diff --git "a/combine_dataset.jsonl" "b/combine_dataset.jsonl"
new file mode 100644--- /dev/null
+++ "b/combine_dataset.jsonl"
@@ -0,0 +1,5520 @@
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: itstb", "label": {"final": "bistt", "init": "itstb", "intermediate": ["btsti"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 5, "shuffle": false}, "task_name": "task01", "example_name": "0000", "problem_name": "task01_0000"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: gvkud", "label": {"final": "dgkuv", "init": "gvkud", "intermediate": ["dvkug"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 5, "shuffle": false}, "task_name": "task01", "example_name": "0001", "problem_name": "task01_0001"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: mhtjah", "label": {"final": "ahhjmt", "init": "mhtjah", "intermediate": ["ahtjmh"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 6, "shuffle": false}, "task_name": "task01", "example_name": "0002", "problem_name": "task01_0002"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: itwlw", "label": {"final": "iltww", "init": "itwlw", "intermediate": ["ilwtw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 5, "shuffle": false}, "task_name": "task01", "example_name": "0003", "problem_name": "task01_0003"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: imqup", "label": {"final": "impqu", "init": "imqup", "intermediate": ["impuq"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 5, "shuffle": false}, "task_name": "task01", "example_name": "0004", "problem_name": "task01_0004"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: yfpduq", "label": {"final": "dfpquy", "init": "yfpduq", "intermediate": ["dfpyuq"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 6, "shuffle": false}, "task_name": "task01", "example_name": "0005", "problem_name": "task01_0005"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zujfa", "label": {"final": "afjuz", "init": "zujfa", "intermediate": ["aujfz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 5, "shuffle": false}, "task_name": "task01", "example_name": "0006", "problem_name": "task01_0006"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: spicv", "label": {"final": "cipsv", "init": "spicv", "intermediate": ["cpisv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 5, "shuffle": false}, "task_name": "task01", "example_name": "0007", "problem_name": "task01_0007"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: yqqywyks", "label": {"final": "kqqswyyy", "init": "yqqywyks", "intermediate": ["kqqywyys"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 8, "shuffle": false}, "task_name": "task01", "example_name": "0008", "problem_name": "task01_0008"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: absczsbj", "label": {"final": "abbcjssz", "init": "absczsbj", "intermediate": ["abbczssj"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 8, "shuffle": false}, "task_name": "task01", "example_name": "0009", "problem_name": "task01_0009"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qmntvi", "label": {"final": "imnqtv", "init": "qmntvi", "intermediate": ["imntvq", "imnqvt"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 6, "shuffle": false}, "task_name": "task01", "example_name": "0010", "problem_name": "task01_0010"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fllxa", "label": {"final": "afllx", "init": "fllxa", "intermediate": ["allxf", "aflxl"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 5, "shuffle": false}, "task_name": "task01", "example_name": "0011", "problem_name": "task01_0011"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fakeesu", "label": {"final": "aeefksu", "init": "fakeesu", "intermediate": ["afkeesu", "aekfesu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 7, "shuffle": false}, "task_name": "task01", "example_name": "0012", "problem_name": "task01_0012"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: dzlvjq", "label": {"final": "djlqvz", "init": "dzlvjq", "intermediate": ["djlvzq", "djlqzv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 6, "shuffle": false}, "task_name": "task01", "example_name": "0013", "problem_name": "task01_0013"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: bmnmhw", "label": {"final": "bhmmnw", "init": "bmnmhw", "intermediate": ["bhnmmw", "bhmnmw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 6, "shuffle": false}, "task_name": "task01", "example_name": "0014", "problem_name": "task01_0014"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kblcfn", "label": {"final": "bcfkln", "init": "kblcfn", "intermediate": ["bklcfn", "bclkfn"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 6, "shuffle": false}, "task_name": "task01", "example_name": "0015", "problem_name": "task01_0015"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: heuaax", "label": {"final": "aaehux", "init": "heuaax", "intermediate": ["aeuhax", "aauhex"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 6, "shuffle": false}, "task_name": "task01", "example_name": "0016", "problem_name": "task01_0016"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: lqxho", "label": {"final": "hloqx", "init": "lqxho", "intermediate": ["hqxlo", "hlxqo"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 5, "shuffle": false}, "task_name": "task01", "example_name": "0017", "problem_name": "task01_0017"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: vtqsi", "label": {"final": "iqstv", "init": "vtqsi", "intermediate": ["itqsv", "iqtsv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 5, "shuffle": false}, "task_name": "task01", "example_name": "0018", "problem_name": "task01_0018"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qhyyxxcs", "label": {"final": "chqsxxyy", "init": "qhyyxxcs", "intermediate": ["chyyxxqs", "chqyxxys"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 8, "shuffle": false}, "task_name": "task01", "example_name": "0019", "problem_name": "task01_0019"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pvyjjt", "label": {"final": "jjptvy", "init": "pvyjjt", "intermediate": ["jvypjt", "jjypvt", "jjpyvt"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 6, "shuffle": false}, "task_name": "task01", "example_name": "0020", "problem_name": "task01_0020"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qqhlpaz", "label": {"final": "ahlpqqz", "init": "qqhlpaz", "intermediate": ["aqhlpqz", "ahqlpqz", "ahlqpqz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 7, "shuffle": false}, "task_name": "task01", "example_name": "0021", "problem_name": "task01_0021"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ucvzi", "label": {"final": "ciuvz", "init": "ucvzi", "intermediate": ["cuvzi", "civzu", "ciuzv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 5, "shuffle": false}, "task_name": "task01", "example_name": "0022", "problem_name": "task01_0022"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: rztbhp", "label": {"final": "bhprtz", "init": "rztbhp", "intermediate": ["bztrhp", "bhtrzp", "bhprzt"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 6, "shuffle": false}, "task_name": "task01", "example_name": "0023", "problem_name": "task01_0023"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: rxlzb", "label": {"final": "blrxz", "init": "rxlzb", "intermediate": ["bxlzr", "blxzr", "blrzx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 5, "shuffle": false}, "task_name": "task01", "example_name": "0024", "problem_name": "task01_0024"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pdgnfda", "label": {"final": "addfgnp", "init": "pdgnfda", "intermediate": ["adgnfdp", "addnfgp", "addfngp"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 7, "shuffle": false}, "task_name": "task01", "example_name": "0025", "problem_name": "task01_0025"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zfydtp", "label": {"final": "dfptyz", "init": "zfydtp", "intermediate": ["dfyztp", "dfpzty", "dfptzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 6, "shuffle": false}, "task_name": "task01", "example_name": "0026", "problem_name": "task01_0026"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pjlbahz", "label": {"final": "abhjlpz", "init": "pjlbahz", "intermediate": ["ajlbphz", "abljphz", "abhjplz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 7, "shuffle": false}, "task_name": "task01", "example_name": "0027", "problem_name": "task01_0027"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: yxalj", "label": {"final": "ajlxy", "init": "yxalj", "intermediate": ["axylj", "ajylx", "ajlyx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 5, "shuffle": false}, "task_name": "task01", "example_name": "0028", "problem_name": "task01_0028"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: seraok", "label": {"final": "aekors", "init": "seraok", "intermediate": ["aersok", "aeksor", "aekosr"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 6, "shuffle": false}, "task_name": "task01", "example_name": "0029", "problem_name": "task01_0029"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: outykqv", "label": {"final": "koqtuvy", "init": "outykqv", "intermediate": ["kutyoqv", "kotyuqv", "koqyutv", "koqtuyv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 7, "shuffle": false}, "task_name": "task01", "example_name": "0030", "problem_name": "task01_0030"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: rxzvjuf", "label": {"final": "fjruvxz", "init": "rxzvjuf", "intermediate": ["fxzvjur", "fjzvxur", "fjrvxuz", "fjruxvz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 7, "shuffle": false}, "task_name": "task01", "example_name": "0031", "problem_name": "task01_0031"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: vyfoav", "label": {"final": "afovvy", "init": "vyfoav", "intermediate": ["ayfovv", "afyovv", "afoyvv", "afovyv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 6, "shuffle": false}, "task_name": "task01", "example_name": "0032", "problem_name": "task01_0032"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qzmkyut", "label": {"final": "kmqtuyz", "init": "qzmkyut", "intermediate": ["kzmqyut", "kmzqyut", "kmqzyut", "kmqtyuz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 7, "shuffle": false}, "task_name": "task01", "example_name": "0033", "problem_name": "task01_0033"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kmnkrbq", "label": {"final": "bkkmnqr", "init": "kmnkrbq", "intermediate": ["bmnkrkq", "bknmrkq", "bkkmrnq", "bkkmnrq"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 7, "shuffle": false}, "task_name": "task01", "example_name": "0034", "problem_name": "task01_0034"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qjflgbgw", "label": {"final": "bfggjlqw", "init": "qjflgbgw", "intermediate": ["bjflgqgw", "bfjlgqgw", "bfgljqgw", "bfggjqlw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 8, "shuffle": false}, "task_name": "task01", "example_name": "0035", "problem_name": "task01_0035"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zieuinx", "label": {"final": "eiinuxz", "init": "zieuinx", "intermediate": ["eizuinx", "eiiuznx", "eiinzux", "eiinuzx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 7, "shuffle": false}, "task_name": "task01", "example_name": "0036", "problem_name": "task01_0036"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kwnlsmpdj", "label": {"final": "djklmnpsw", "init": "kwnlsmpdj", "intermediate": ["dwnlsmpkj", "djnlsmpkw", "djklsmpnw", "djklmspnw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 9, "shuffle": false}, "task_name": "task01", "example_name": "0037", "problem_name": "task01_0037"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: wxxarrc", "label": {"final": "acrrwxx", "init": "wxxarrc", "intermediate": ["axxwrrc", "acxwrrx", "acrwxrx", "acrrxwx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 7, "shuffle": false}, "task_name": "task01", "example_name": "0038", "problem_name": "task01_0038"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fvawasla", "label": {"final": "aaaflsvw", "init": "fvawasla", "intermediate": ["avfwasla", "aafwvsla", "aaawvslf", "aaafvslw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 8, "shuffle": false}, "task_name": "task01", "example_name": "0039", "problem_name": "task01_0039"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: opelvrbmc", "label": {"final": "bcelmoprv", "init": "opelvrbmc", "intermediate": ["bpelvromc", "bcelvromp", "bcelmrovp", "bcelmorvp", "bcelmopvr"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 9, "shuffle": false}, "task_name": "task01", "example_name": "0040", "problem_name": "task01_0040"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: phfsvlzax", "label": {"final": "afhlpsvxz", "init": "phfsvlzax", "intermediate": ["ahfsvlzpx", "afhsvlzpx", "afhlvszpx", "afhlpszvx", "afhlpsvzx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 9, "shuffle": false}, "task_name": "task01", "example_name": "0041", "problem_name": "task01_0041"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fbquapxygf", "label": {"final": "abffgpquxy", "init": "fbquapxygf", "intermediate": ["abqufpxygf", "abfuqpxygf", "abffqpxygu", "abffgpxyqu", "abffgpqyxu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 10, "shuffle": false}, "task_name": "task01", "example_name": "0042", "problem_name": "task01_0042"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: hthxnmte", "label": {"final": "ehhmnttx", "init": "hthxnmte", "intermediate": ["ethxnmth", "ehtxnmth", "ehhxnmtt", "ehhmnxtt", "ehhmntxt"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 8, "shuffle": false}, "task_name": "task01", "example_name": "0043", "problem_name": "task01_0043"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: txxnmjsnu", "label": {"final": "jmnnstuxx", "init": "txxnmjsnu", "intermediate": ["jxxnmtsnu", "jmxnxtsnu", "jmnxxtsnu", "jmnnxtsxu", "jmnnstxxu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 9, "shuffle": false}, "task_name": "task01", "example_name": "0044", "problem_name": "task01_0044"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: bltywglv", "label": {"final": "bglltvwy", "init": "bltywglv", "intermediate": ["bgtywllv", "bglywtlv", "bgllwtyv", "bglltwyv", "bglltvyw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 8, "shuffle": false}, "task_name": "task01", "example_name": "0045", "problem_name": "task01_0045"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kjkuifm", "label": {"final": "fijkkmu", "init": "kjkuifm", "intermediate": ["fjkuikm", "fikujkm", "fijukkm", "fijkukm", "fijkkum"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 7, "shuffle": false}, "task_name": "task01", "example_name": "0046", "problem_name": "task01_0046"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: vcacxatg", "label": {"final": "aaccgtvx", "init": "vcacxatg", "intermediate": ["acvcxatg", "aavcxctg", "aacvxctg", "aaccxvtg", "aaccgvtx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 8, "shuffle": false}, "task_name": "task01", "example_name": "0047", "problem_name": "task01_0047"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: rtjloyr", "label": {"final": "jlorrty", "init": "rtjloyr", "intermediate": ["jtrloyr", "jlrtoyr", "jlotryr", "jlortyr", "jlorryt"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 7, "shuffle": false}, "task_name": "task01", "example_name": "0048", "problem_name": "task01_0048"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ynklsafnmuo", "label": {"final": "afklmnnosuy", "init": "ynklsafnmuo", "intermediate": ["anklsyfnmuo", "afklsynnmuo", "afklmynnsuo", "afklmnynsuo", "afklmnnysuo"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 11, "shuffle": false}, "task_name": "task01", "example_name": "0049", "problem_name": "task01_0049"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: utmpjsrvxipx", "label": {"final": "ijmpprstuvxx", "init": "utmpjsrvxipx", "intermediate": ["itmpjsrvxupx", "ijmptsrvxupx", "ijmppsrvxutx", "ijmpprsvxutx", "ijmpprstxuvx", "ijmpprstuxvx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 12, "shuffle": false}, "task_name": "task01", "example_name": "0050", "problem_name": "task01_0050"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: vroncnizkw", "label": {"final": "ciknnorvwz", "init": "vroncnizkw", "intermediate": ["cronvnizkw", "cionvnrzkw", "ciknvnrzow", "ciknnvrzow", "ciknnorzvw", "ciknnorvzw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 10, "shuffle": false}, "task_name": "task01", "example_name": "0051", "problem_name": "task01_0051"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: eocjmhzbvpm", "label": {"final": "bcehjmmopvz", "init": "eocjmhzbvpm", "intermediate": ["bocjmhzevpm", "bcojmhzevpm", "bcejmhzovpm", "bcehmjzovpm", "bcehjmzovpm", "bcehjmmovpz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 11, "shuffle": false}, "task_name": "task01", "example_name": "0052", "problem_name": "task01_0052"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ftxckrxcv", "label": {"final": "ccfkrtvxx", "init": "ftxckrxcv", "intermediate": ["ctxfkrxcv", "ccxfkrxtv", "ccfxkrxtv", "ccfkxrxtv", "ccfkrxxtv", "ccfkrtxxv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 9, "shuffle": false}, "task_name": "task01", "example_name": "0053", "problem_name": "task01_0053"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: sbsepwble", "label": {"final": "bbeelpssw", "init": "sbsepwble", "intermediate": ["bssepwble", "bbsepwsle", "bbespwsle", "bbeepwsls", "bbeelwsps", "bbeelpsws"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 9, "shuffle": false}, "task_name": "task01", "example_name": "0054", "problem_name": "task01_0054"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: anewbnmucg", "label": {"final": "abcegmnnuw", "init": "anewbnmucg", "intermediate": ["abewnnmucg", "abcwnnmueg", "abcennmuwg", "abcegnmuwn", "abcegmnuwn", "abcegmnnwu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 10, "shuffle": false}, "task_name": "task01", "example_name": "0055", "problem_name": "task01_0055"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: hrnumemmea", "label": {"final": "aeehmmmnru", "init": "hrnumemmea", "intermediate": ["arnumemmeh", "aenumrmmeh", "aeeumrmmnh", "aeehmrmmnu", "aeehmmrmnu", "aeehmmmrnu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 10, "shuffle": false}, "task_name": "task01", "example_name": "0056", "problem_name": "task01_0056"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ttrytnlamed", "label": {"final": "adelmnrttty", "init": "ttrytnlamed", "intermediate": ["atrytnltmed", "adrytnltmet", "adeytnltmrt", "adeltnytmrt", "adelmnyttrt", "adelmnrttyt"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 11, "shuffle": false}, "task_name": "task01", "example_name": "0057", "problem_name": "task01_0057"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: gkolqrcrxn", "label": {"final": "cgklnoqrrx", "init": "gkolqrcrxn", "intermediate": ["ckolqrgrxn", "cgolqrkrxn", "cgklqrorxn", "cgklnrorxq", "cgklnorrxq", "cgklnoqrxr"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 10, "shuffle": false}, "task_name": "task01", "example_name": "0058", "problem_name": "task01_0058"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: yvhhvall", "label": {"final": "ahhllvvy", "init": "yvhhvall", "intermediate": ["avhhvyll", "ahvhvyll", "ahhvvyll", "ahhlvyvl", "ahhllyvv", "ahhllvyv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 8, "shuffle": false}, "task_name": "task01", "example_name": "0059", "problem_name": "task01_0059"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: jndwpnwknpi", "label": {"final": "dijknnnppww", "init": "jndwpnwknpi", "intermediate": ["dnjwpnwknpi", "dijwpnwknpn", "dijkpnwwnpn", "dijknpwwnpn", "dijknnwwppn", "dijknnnwppw", "dijknnnpwpw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 11, "shuffle": false}, "task_name": "task01", "example_name": "0060", "problem_name": "task01_0060"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: hnyklphjrrji", "label": {"final": "hhijjklnprry", "init": "hnyklphjrrji", "intermediate": ["hhyklpnjrrji", "hhiklpnjrrjy", "hhijlpnkrrjy", "hhijjpnkrrly", "hhijjknprrly", "hhijjklprrny", "hhijjklnrrpy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 12, "shuffle": false}, "task_name": "task01", "example_name": "0061", "problem_name": "task01_0061"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: reseonvptsibc", "label": {"final": "bceeinoprsstv", "init": "reseonvptsibc", "intermediate": ["beseonvptsirc", "bcseonvptsire", "bcesonvptsire", "bceeonvptsirs", "bceeinvptsors", "bceeinoptsvrs", "bceeinoprsvts"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 13, "shuffle": false}, "task_name": "task01", "example_name": "0062", "problem_name": "task01_0062"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ebzmgzjjdyn", "label": {"final": "bdegjjmnyzz", "init": "ebzmgzjjdyn", "intermediate": ["bezmgzjjdyn", "bdzmgzjjeyn", "bdemgzjjzyn", "bdegmzjjzyn", "bdegjzmjzyn", "bdegjjmzzyn", "bdegjjmnzyz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 11, "shuffle": false}, "task_name": "task01", "example_name": "0063", "problem_name": "task01_0063"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: jnuklhldszgshp", "label": {"final": "dghhjkllnpssuz", "init": "jnuklhldszgshp", "intermediate": ["dnuklhljszgshp", "dguklhljsznshp", "dghkluljsznshp", "dghhluljsznskp", "dghhjullsznskp", "dghhjkllsznsup", "dghhjkllnzssup"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 14, "shuffle": false}, "task_name": "task01", "example_name": "0064", "problem_name": "task01_0064"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fmuottlal", "label": {"final": "afllmottu", "init": "fmuottlal", "intermediate": ["amuottlfl", "afuottlml", "aflottuml", "afllttumo", "afllmtuto", "afllmoutt", "afllmotut"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 9, "shuffle": false}, "task_name": "task01", "example_name": "0065", "problem_name": "task01_0065"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: wsbemrupoocazr", "label": {"final": "abcemooprrsuwz", "init": "wsbemrupoocazr", "intermediate": ["asbemrupoocwzr", "absemrupoocwzr", "abcemrupooswzr", "abcemouproswzr", "abcemoopruswzr", "abcemooprrswzu", "abcemooprrsuzw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 14, "shuffle": false}, "task_name": "task01", "example_name": "0066", "problem_name": "task01_0066"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: wpexggxidi", "label": {"final": "deggiipwxx", "init": "wpexggxidi", "intermediate": ["dpexggxiwi", "depxggxiwi", "degxpgxiwi", "deggpxxiwi", "deggixxpwi", "deggiixpwx", "deggiipxwx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 10, "shuffle": false}, "task_name": "task01", "example_name": "0067", "problem_name": "task01_0067"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: wgkyqubhghhb", "label": {"final": "bbgghhhkquwy", "init": "wgkyqubhghhb", "intermediate": ["bgkyquwhghhb", "bbkyquwhghhg", "bbgyquwhkhhg", "bbggquwhkhhy", "bbgghuwqkhhy", "bbgghhwqkuhy", "bbgghhhqkuwy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 12, "shuffle": false}, "task_name": "task01", "example_name": "0068", "problem_name": "task01_0068"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: intikcauuuons", "label": {"final": "aciiknnostuuu", "init": "intikcauuuons", "intermediate": ["antikciuuuons", "actikniuuuons", "acitkniuuuons", "aciikntuuuons", "aciiknnuuuots", "aciiknnouuuts", "aciiknnosuutu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 13, "shuffle": false}, "task_name": "task01", "example_name": "0069", "problem_name": "task01_0069"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ajpeytgirqofv", "label": {"final": "aefgijopqrtvy", "init": "ajpeytgirqofv", "intermediate": ["aepjytgirqofv", "aefjytgirqopv", "aefgytjirqopv", "aefgitjyrqopv", "aefgijtyrqopv", "aefgijoyrqtpv", "aefgijoprqtyv", "aefgijopqrtyv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 13, "shuffle": false}, "task_name": "task01", "example_name": "0070", "problem_name": "task01_0070"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: nmzlvdtfyzst", "label": {"final": "dflmnsttvyzz", "init": "nmzlvdtfyzst", "intermediate": ["dmzlvntfyzst", "dfzlvntmyzst", "dflzvntmyzst", "dflmvntzyzst", "dflmnvtzyzst", "dflmnstzyzvt", "dflmnsttyzvz", "dflmnsttvzyz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 12, "shuffle": false}, "task_name": "task01", "example_name": "0071", "problem_name": "task01_0071"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ybpgzcjzjews", "label": {"final": "bcegjjpswyzz", "init": "ybpgzcjzjews", "intermediate": ["bypgzcjzjews", "bcpgzyjzjews", "bcegzyjzjpws", "bcegjyzzjpws", "bcegjjzzypws", "bcegjjpzyzws", "bcegjjpsyzwz", "bcegjjpswzyz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 12, "shuffle": false}, "task_name": "task01", "example_name": "0072", "problem_name": "task01_0072"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: uelmsxqfllwg", "label": {"final": "efglllmqsuwx", "init": "uelmsxqfllwg", "intermediate": ["eulmsxqfllwg", "eflmsxqullwg", "efgmsxqullwl", "efglsxqumlwl", "efgllxqumswl", "efglllqumswx", "efglllmuqswx", "efglllmquswx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 12, "shuffle": false}, "task_name": "task01", "example_name": "0073", "problem_name": "task01_0073"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: gftlcisjdcdtyu", "label": {"final": "ccddfgijlsttuy", "init": "gftlcisjdcdtyu", "intermediate": ["cftlgisjdcdtyu", "cctlgisjdfdtyu", "ccdlgisjtfdtyu", "ccddgisjtfltyu", "ccddfisjtgltyu", "ccddfgsjtiltyu", "ccddfgijtsltyu", "ccddfgijlsttyu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 14, "shuffle": false}, "task_name": "task01", "example_name": "0074", "problem_name": "task01_0074"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: nwhegmuacizh", "label": {"final": "aceghhimnuwz", "init": "nwhegmuacizh", "intermediate": ["awhegmuncizh", "achegmunwizh", "acehgmunwizh", "aceghmunwizh", "aceghhunwizm", "aceghhinwuzm", "aceghhimwuzn", "aceghhimnuzw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 12, "shuffle": false}, "task_name": "task01", "example_name": "0075", "problem_name": "task01_0075"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ulwxikyrili", "label": {"final": "iiikllruwxy", "init": "ulwxikyrili", "intermediate": ["ilwxukyrili", "iiwxukyrlli", "iiixukyrllw", "iiikuxyrllw", "iiiklxyrulw", "iiikllyruxw", "iiikllryuxw", "iiikllruyxw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 11, "shuffle": false}, "task_name": "task01", "example_name": "0076", "problem_name": "task01_0076"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: uhluhgkztszwtwx", "label": {"final": "ghhklsttuuwwxzz", "init": "uhluhgkztszwtwx", "intermediate": ["ghluhukztszwtwx", "ghhulukztszwtwx", "ghhkluuztszwtwx", "ghhklsuztuzwtwx", "ghhklstzuuzwtwx", "ghhklsttuuzwzwx", "ghhklsttuuwzzwx", "ghhklsttuuwwzzx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 15, "shuffle": false}, "task_name": "task01", "example_name": "0077", "problem_name": "task01_0077"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: phjxeehxgtox", "label": {"final": "eeghhjoptxxx", "init": "phjxeehxgtox", "intermediate": ["ehjxpehxgtox", "eejxphhxgtox", "eegxphhxjtox", "eeghpxhxjtox", "eeghhxpxjtox", "eeghhjpxxtox", "eeghhjoxxtpx", "eeghhjopxtxx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 12, "shuffle": false}, "task_name": "task01", "example_name": "0078", "problem_name": "task01_0078"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: udeqxngcrvrqqei", "label": {"final": "cdeeginqqqrruvx", "init": "udeqxngcrvrqqei", "intermediate": ["cdeqxngurvrqqei", "cdeexngurvrqqqi", "cdeegnxurvrqqqi", "cdeegixurvrqqqn", "cdeeginurvrqqqx", "cdeeginqrvruqqx", "cdeeginqqvrurqx", "cdeeginqqqrurvx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 15, "shuffle": false}, "task_name": "task01", "example_name": "0079", "problem_name": "task01_0079"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: veezlfwvtqzln", "label": {"final": "eefllnqtvvwzz", "init": "veezlfwvtqzln", "intermediate": ["evezlfwvtqzln", "eevzlfwvtqzln", "eefzlvwvtqzln", "eeflzvwvtqzln", "eefllvwvtqzzn", "eefllnwvtqzzv", "eefllnqvtwzzv", "eefllnqtvwzzv", "eefllnqtvvzzw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 13, "shuffle": false}, "task_name": "task01", "example_name": "0080", "problem_name": "task01_0080"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: deneeqhzfcapcwxxn", "label": {"final": "accdeeefhnnpqwxxz", "init": "deneeqhzfcapcwxxn", "intermediate": ["aeneeqhzfcdpcwxxn", "acneeqhzfedpcwxxn", "acceeqhzfedpnwxxn", "accdeqhzfeepnwxxn", "accdeehzfqepnwxxn", "accdeeezfqhpnwxxn", "accdeeefzqhpnwxxn", "accdeeefhqzpnwxxn", "accdeeefhnzpqwxxn"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 17, "shuffle": false}, "task_name": "task01", "example_name": "0081", "problem_name": "task01_0081"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: njwklazbjhhryp", "label": {"final": "abhhjjklnprwyz", "init": "njwklazbjhhryp", "intermediate": ["ajwklnzbjhhryp", "abwklnzjjhhryp", "abhklnzjjwhryp", "abhhlnzjjwkryp", "abhhjnzljwkryp", "abhhjjzlnwkryp", "abhhjjklnwzryp", "abhhjjklnpzryw", "abhhjjklnprzyw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 14, "shuffle": false}, "task_name": "task01", "example_name": "0082", "problem_name": "task01_0082"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: nvjgriazksgwh", "label": {"final": "agghijknrsvwz", "init": "nvjgriazksgwh", "intermediate": ["avjgrinzksgwh", "agjvrinzksgwh", "aggvrinzksjwh", "agghrinzksjwv", "agghirnzksjwv", "agghijnzksrwv", "agghijkznsrwv", "agghijknzsrwv", "agghijknrszwv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 13, "shuffle": false}, "task_name": "task01", "example_name": "0083", "problem_name": "task01_0083"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: txawrhsyxycxojvy", "label": {"final": "achjorstvwxxxyyy", "init": "txawrhsyxycxojvy", "intermediate": ["axtwrhsyxycxojvy", "actwrhsyxyxxojvy", "achwrtsyxyxxojvy", "achjrtsyxyxxowvy", "achjotsyxyxxrwvy", "achjorsyxyxxtwvy", "achjorstxyxxywvy", "achjorstvyxxywxy", "achjorstvwxxyyxy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 16, "shuffle": false}, "task_name": "task01", "example_name": "0084", "problem_name": "task01_0084"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: rwynfnvzzkqums", "label": {"final": "fkmnnqrsuvwyzz", "init": "rwynfnvzzkqums", "intermediate": ["fwynrnvzzkqums", "fkynrnvzzwqums", "fkmnrnvzzwquys", "fkmnnrvzzwquys", "fkmnnqvzzwruys", "fkmnnqrzzwvuys", "fkmnnqrszwvuyz", "fkmnnqrsuwvzyz", "fkmnnqrsuvwzyz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 14, "shuffle": false}, "task_name": "task01", "example_name": "0085", "problem_name": "task01_0085"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: yqetfjdinuqzea", "label": {"final": "adeefijnqqtuyz", "init": "yqetfjdinuqzea", "intermediate": ["aqetfjdinuqzey", "adetfjqinuqzey", "adeefjqinuqzty", "adeefiqjnuqzty", "adeefijqnuqzty", "adeefijnquqzty", "adeefijnqquzty", "adeefijnqqtzuy", "adeefijnqqtuzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 14, "shuffle": false}, "task_name": "task01", "example_name": "0086", "problem_name": "task01_0086"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: vpdurlftzozv", "label": {"final": "dfloprtuvvzz", "init": "vpdurlftzozv", "intermediate": ["dpvurlftzozv", "dfvurlptzozv", "dflurvptzozv", "dflorvptzuzv", "dflopvrtzuzv", "dfloprvtzuzv", "dfloprtvzuzv", "dfloprtuzvzv", "dfloprtuvzzv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 12, "shuffle": false}, "task_name": "task01", "example_name": "0087", "problem_name": "task01_0087"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ryuzwogumvjd", "label": {"final": "dgjmoruuvwyz", "init": "ryuzwogumvjd", "intermediate": ["dyuzwogumvjr", "dguzwoyumvjr", "dgjzwoyumvur", "dgjmwoyuzvur", "dgjmowyuzvur", "dgjmoryuzvuw", "dgjmoruyzvuw", "dgjmoruuzvyw", "dgjmoruuvzyw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 12, "shuffle": false}, "task_name": "task01", "example_name": "0088", "problem_name": "task01_0088"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: canysknuppuhm", "label": {"final": "achkmnnppsuuy", "init": "canysknuppuhm", "intermediate": ["acnysknuppuhm", "achysknuppunm", "achksynuppunm", "achkmynuppuns", "achkmnyuppuns", "achkmnnuppuys", "achkmnnpupuys", "achkmnnppuuys", "achkmnnppsuyu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 13, "shuffle": false}, "task_name": "task01", "example_name": "0089", "problem_name": "task01_0089"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ibehabgopkcqvpm", "label": {"final": "abbceghikmoppqv", "init": "ibehabgopkcqvpm", "intermediate": ["abehibgopkcqvpm", "abbhiegopkcqvpm", "abbciegopkhqvpm", "abbceigopkhqvpm", "abbcegiopkhqvpm", "abbceghopkiqvpm", "abbceghipkoqvpm", "abbceghikpoqvpm", "abbceghikmoqvpp", "abbceghikmopvqp"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 15, "shuffle": false}, "task_name": "task01", "example_name": "0090", "problem_name": "task01_0090"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: rdcncpendjdwdqqz", "label": {"final": "ccddddejnnpqqrwz", "init": "rdcncpendjdwdqqz", "intermediate": ["cdrncpendjdwdqqz", "ccrndpendjdwdqqz", "ccdnrpendjdwdqqz", "ccddrpennjdwdqqz", "ccdddpennjrwdqqz", "ccddddennjrwpqqz", "ccddddejnnrwpqqz", "ccddddejnnpwrqqz", "ccddddejnnpqrwqz", "ccddddejnnpqqwrz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 16, "shuffle": false}, "task_name": "task01", "example_name": "0091", "problem_name": "task01_0091"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fiqqzsbdbzyaxu", "label": {"final": "abbdfiqqsuxyzz", "init": "fiqqzsbdbzyaxu", "intermediate": ["aiqqzsbdbzyfxu", "abqqzsidbzyfxu", "abbqzsidqzyfxu", "abbdzsiqqzyfxu", "abbdfsiqqzyzxu", "abbdfisqqzyzxu", "abbdfiqsqzyzxu", "abbdfiqqszyzxu", "abbdfiqqsuyzxz", "abbdfiqqsuxzyz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 14, "shuffle": false}, "task_name": "task01", "example_name": "0092", "problem_name": "task01_0092"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: xpsksatmdsuaqhu", "label": {"final": "aadhkmpqssstuux", "init": "xpsksatmdsuaqhu", "intermediate": ["apsksxtmdsuaqhu", "aasksxtmdsupqhu", "aadksxtmssupqhu", "aadhsxtmssupqku", "aadhkxtmssupqsu", "aadhkmtxssupqsu", "aadhkmpxssutqsu", "aadhkmpqssutxsu", "aadhkmpqssstxuu", "aadhkmpqssstuxu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 15, "shuffle": false}, "task_name": "task01", "example_name": "0093", "problem_name": "task01_0093"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fhnpuhnommicb", "label": {"final": "bcfhhimmnnopu", "init": "fhnpuhnommicb", "intermediate": ["bhnpuhnommicf", "bcnpuhnommihf", "bcfpuhnommihn", "bcfhupnommihn", "bcfhhpnommiun", "bcfhhinommpun", "bcfhhimonmpun", "bcfhhimmnopun", "bcfhhimmnnpuo", "bcfhhimmnnoup"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 13, "shuffle": false}, "task_name": "task01", "example_name": "0094", "problem_name": "task01_0094"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: xtdxyafyxmqishcn", "label": {"final": "acdfhimnqstxxxyy", "init": "xtdxyafyxmqishcn", "intermediate": ["atdxyxfyxmqishcn", "acdxyxfyxmqishtn", "acdfyxxyxmqishtn", "acdfhxxyxmqisytn", "acdfhixyxmqxsytn", "acdfhimyxxqxsytn", "acdfhimnxxqxsyty", "acdfhimnqxxxsyty", "acdfhimnqsxxxyty", "acdfhimnqstxxyxy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 16, "shuffle": false}, "task_name": "task01", "example_name": "0095", "problem_name": "task01_0095"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: wnllneqepupohv", "label": {"final": "eehllnnoppquvw", "init": "wnllneqepupohv", "intermediate": ["enllnwqepupohv", "eellnwqnpupohv", "eehlnwqnpupolv", "eehllwqnpuponv", "eehllnqwpuponv", "eehllnnwpupoqv", "eehllnnopupwqv", "eehllnnoppuwqv", "eehllnnoppqwuv", "eehllnnoppquwv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 14, "shuffle": false}, "task_name": "task01", "example_name": "0096", "problem_name": "task01_0096"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: lramhslfzorxo", "label": {"final": "afhllmoorrsxz", "init": "lramhslfzorxo", "intermediate": ["arlmhslfzorxo", "aflmhslrzorxo", "afhmlslrzorxo", "afhlmslrzorxo", "afhllsmrzorxo", "afhllmsrzorxo", "afhllmorzsrxo", "afhllmoozsrxr", "afhllmoorszxr", "afhllmoorrzxs"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 13, "shuffle": false}, "task_name": "task01", "example_name": "0097", "problem_name": "task01_0097"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: phsjngwsivqkcgl", "label": {"final": "cgghijklnpqssvw", "init": "phsjngwsivqkcgl", "intermediate": ["chsjngwsivqkpgl", "cgsjnhwsivqkpgl", "cggjnhwsivqkpsl", "cgghnjwsivqkpsl", "cgghijwsnvqkpsl", "cgghijksnvqwpsl", "cgghijklnvqwpss", "cgghijklnpqwvss", "cgghijklnpqsvws", "cgghijklnpqsswv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 15, "shuffle": false}, "task_name": "task01", "example_name": "0098", "problem_name": "task01_0098"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: atwserxlvruvxlkg", "label": {"final": "aegkllrrstuvvwxx", "init": "atwserxlvruvxlkg", "intermediate": ["aewstrxlvruvxlkg", "aegstrxlvruvxlkw", "aegktrxlvruvxlsw", "aegklrxtvruvxlsw", "aegkllxtvruvxrsw", "aegkllrtvxuvxrsw", "aegkllrrvxuvxtsw", "aegkllrrsxuvxtvw", "aegkllrrstuvxxvw", "aegkllrrstuvvxxw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 16, "shuffle": false}, "task_name": "task01", "example_name": "0099", "problem_name": "task01_0099"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: agtcwowaonvpmfsn", "label": {"final": "aacfgmnnoopstvww", "init": "agtcwowaonvpmfsn", "intermediate": ["aatcwowgonvpmfsn", "aactwowgonvpmfsn", "aacfwowgonvpmtsn", "aacfgowwonvpmtsn", "aacfgmwwonvpotsn", "aacfgmnwowvpotsn", "aacfgmnnowvpotsw", "aacfgmnnoovpwtsw", "aacfgmnnoopvwtsw", "aacfgmnnoopswtvw", "aacfgmnnoopstwvw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 16, "shuffle": false}, "task_name": "task01", "example_name": "0100", "problem_name": "task01_0100"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: gtlbpidfscmfcrbo", "label": {"final": "bbccdffgilmoprst", "init": "gtlbpidfscmfcrbo", "intermediate": ["btlgpidfscmfcrbo", "bblgpidfscmfcrto", "bbcgpidfslmfcrto", "bbccpidfslmfgrto", "bbccdipfslmfgrto", "bbccdfpislmfgrto", "bbccdffislmpgrto", "bbccdffgslmpirto", "bbccdffgilmpsrto", "bbccdffgilmosrtp", "bbccdffgilmoprts"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 16, "shuffle": false}, "task_name": "task01", "example_name": "0101", "problem_name": "task01_0101"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ydrbdfutezeluoc", "label": {"final": "bcddeeflortuuyz", "init": "ydrbdfutezeluoc", "intermediate": ["bdrydfutezeluoc", "bcrydfutezeluod", "bcdyrfutezeluod", "bcddrfutezeluoy", "bcddefutrzeluoy", "bcddeeutrzfluoy", "bcddeeftrzuluoy", "bcddeeflrzutuoy", "bcddeeflozutury", "bcddeeflorutuzy", "bcddeeflortuuzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 15, "shuffle": false}, "task_name": "task01", "example_name": "0102", "problem_name": "task01_0102"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zqrbphildaboico", "label": {"final": "abbcdhiiloopqrz", "init": "zqrbphildaboico", "intermediate": ["aqrbphildzboico", "abrqphildzboico", "abbqphildzroico", "abbcphildzroiqo", "abbcdhilpzroiqo", "abbcdhiipzrolqo", "abbcdhiilzropqo", "abbcdhiilorzpqo", "abbcdhiiloozpqr", "abbcdhiiloopzqr", "abbcdhiiloopqzr"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 15, "shuffle": false}, "task_name": "task01", "example_name": "0103", "problem_name": "task01_0103"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kiixcbqtbxvcquw", "label": {"final": "bbcciikqqtuvwxx", "init": "kiixcbqtbxvcquw", "intermediate": ["biixckqtbxvcquw", "bbixckqtixvcquw", "bbcxikqtixvcquw", "bbccikqtixvxquw", "bbcciiqtkxvxquw", "bbcciiktqxvxquw", "bbcciikqtxvxquw", "bbcciikqqxvxtuw", "bbcciikqqtvxxuw", "bbcciikqqtuxxvw", "bbcciikqqtuvxxw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 15, "shuffle": false}, "task_name": "task01", "example_name": "0104", "problem_name": "task01_0104"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qmljbbkbdyflzit", "label": {"final": "bbbdfijkllmqtyz", "init": "qmljbbkbdyflzit", "intermediate": ["bmljqbkbdyflzit", "bbljqmkbdyflzit", "bbbjqmkldyflzit", "bbbdqmkljyflzit", "bbbdfmkljyqlzit", "bbbdfikljyqlzmt", "bbbdfijlkyqlzmt", "bbbdfijklyqlzmt", "bbbdfijkllqyzmt", "bbbdfijkllmyzqt", "bbbdfijkllmqzyt"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 15, "shuffle": false}, "task_name": "task01", "example_name": "0105", "problem_name": "task01_0105"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ivbhamyfssqoqbkaye", "label": {"final": "aabbefhikmoqqssvyy", "init": "ivbhamyfssqoqbkaye", "intermediate": ["avbhimyfssqoqbkaye", "aabhimyfssqoqbkvye", "aabbimyfssqoqhkvye", "aabbemyfssqoqhkvyi", "aabbefymssqoqhkvyi", "aabbefhmssqoqykvyi", "aabbefhissqoqykvym", "aabbefhiksqoqysvym", "aabbefhikmqoqysvys", "aabbefhikmoqqysvys", "aabbefhikmoqqsyvys"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 18, "shuffle": false}, "task_name": "task01", "example_name": "0106", "problem_name": "task01_0106"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: plbwakiuuewqogg", "label": {"final": "abeggiklopquuww", "init": "plbwakiuuewqogg", "intermediate": ["albwpkiuuewqogg", "ablwpkiuuewqogg", "abewpkiuulwqogg", "abegpkiuulwqowg", "abeggkiuulwqowp", "abeggikuulwqowp", "abeggikluuwqowp", "abeggiklouwquwp", "abeggiklopwquwu", "abeggiklopqwuwu", "abeggiklopquwwu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 15, "shuffle": false}, "task_name": "task01", "example_name": "0107", "problem_name": "task01_0107"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: gdfoztvbzowatm", "label": {"final": "abdfgmoottvwzz", "init": "gdfoztvbzowatm", "intermediate": ["adfoztvbzowgtm", "abfoztvdzowgtm", "abdoztvfzowgtm", "abdfztvozowgtm", "abdfgtvozowztm", "abdfgmvozowztt", "abdfgmovzowztt", "abdfgmoozvwztt", "abdfgmootvwzzt", "abdfgmoottwzzv", "abdfgmoottvzzw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 14, "shuffle": false}, "task_name": "task01", "example_name": "0108", "problem_name": "task01_0108"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: mhvugqqcjogtoqdf", "label": {"final": "cdfgghjmooqqqtuv", "init": "mhvugqqcjogtoqdf", "intermediate": ["chvugqqmjogtoqdf", "cdvugqqmjogtoqhf", "cdfugqqmjogtoqhv", "cdfguqqmjogtoqhv", "cdfggqqmjoutoqhv", "cdfgghqmjoutoqqv", "cdfgghjmqoutoqqv", "cdfgghjmoqutoqqv", "cdfgghjmooutqqqv", "cdfgghjmooqtuqqv", "cdfgghjmooqqutqv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 16, "shuffle": false}, "task_name": "task01", "example_name": "0109", "problem_name": "task01_0109"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: slcglinpnwpqdxwtad", "label": {"final": "acddgillnnppqstwwx", "init": "slcglinpnwpqdxwtad", "intermediate": ["alcglinpnwpqdxwtsd", "aclglinpnwpqdxwtsd", "acdglinpnwpqlxwtsd", "acddlinpnwpqlxwtsg", "acddginpnwpqlxwtsl", "acddgilpnwpqnxwtsl", "acddgillnwpqnxwtsp", "acddgillnnpqwxwtsp", "acddgillnnppwxwtsq", "acddgillnnppqxwtsw", "acddgillnnppqswtxw", "acddgillnnppqstwxw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 18, "shuffle": false}, "task_name": "task01", "example_name": "0110", "problem_name": "task01_0110"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: bbqnxppdylvprkmak", "label": {"final": "abbdkklmnpppqrvxy", "init": "bbqnxppdylvprkmak", "intermediate": ["abqnxppdylvprkmbk", "abbnxppdylvprkmqk", "abbdxppnylvprkmqk", "abbdkppnylvprxmqk", "abbdkkpnylvprxmqp", "abbdkklnypvprxmqp", "abbdkklmypvprxnqp", "abbdkklmnpvprxyqp", "abbdkklmnppvrxyqp", "abbdkklmnppprxyqv", "abbdkklmnpppqxyrv", "abbdkklmnpppqryxv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 17, "shuffle": false}, "task_name": "task01", "example_name": "0111", "problem_name": "task01_0111"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: brganciribrvehgcmu", "label": {"final": "abbccegghiimnrrruv", "init": "brganciribrvehgcmu", "intermediate": ["argbnciribrvehgcmu", "abgrnciribrvehgcmu", "abbrncirigrvehgcmu", "abbcnririgrvehgcmu", "abbccririgrvehgnmu", "abbcceirigrvrhgnmu", "abbccegriirvrhgnmu", "abbcceggiirvrhrnmu", "abbccegghirvrirnmu", "abbccegghiivrrrnmu", "abbccegghiimrrrnvu", "abbccegghiimnrrrvu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 18, "shuffle": false}, "task_name": "task01", "example_name": "0112", "problem_name": "task01_0112"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kabhtldftdtdjsfr", "label": {"final": "abdddffhjklrsttt", "init": "kabhtldftdtdjsfr", "intermediate": ["akbhtldftdtdjsfr", "abkhtldftdtdjsfr", "abdhtlkftdtdjsfr", "abddtlkfthtdjsfr", "abdddlkfthttjsfr", "abdddfklthttjsfr", "abdddfflthttjskr", "abdddffhtlttjskr", "abdddffhjltttskr", "abdddffhjktttslr", "abdddffhjklttstr", "abdddffhjklrtstt"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 16, "shuffle": false}, "task_name": "task01", "example_name": "0113", "problem_name": "task01_0113"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ctykysabddzvpzj", "label": {"final": "abcddjkpstvyyzz", "init": "ctykysabddzvpzj", "intermediate": ["atykyscbddzvpzj", "abykysctddzvpzj", "abckysytddzvpzj", "abcdysytkdzvpzj", "abcddsytkyzvpzj", "abcddjytkyzvpzs", "abcddjktyyzvpzs", "abcddjkpyyzvtzs", "abcddjkpsyzvtzy", "abcddjkpstzvyzy", "abcddjkpstvzyzy", "abcddjkpstvyzzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 15, "shuffle": false}, "task_name": "task01", "example_name": "0114", "problem_name": "task01_0114"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pfskwvjmpmzfpmv", "label": {"final": "ffjkmmmpppsvvwz", "init": "pfskwvjmpmzfpmv", "intermediate": ["fpskwvjmpmzfpmv", "ffskwvjmpmzppmv", "ffjkwvsmpmzppmv", "ffjkmvswpmzppmv", "ffjkmmswpvzppmv", "ffjkmmmwpvzppsv", "ffjkmmmpwvzppsv", "ffjkmmmppvzwpsv", "ffjkmmmpppzwvsv", "ffjkmmmpppswvzv", "ffjkmmmpppsvwzv", "ffjkmmmpppsvvzw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 15, "shuffle": false}, "task_name": "task01", "example_name": "0115", "problem_name": "task01_0115"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: vpshrktvgfyzparay", "label": {"final": "aafghkpprrstvvyyz", "init": "vpshrktvgfyzparay", "intermediate": ["apshrktvgfyzpvray", "aashrktvgfyzpvrpy", "aafhrktvgsyzpvrpy", "aafgrktvhsyzpvrpy", "aafghktvrsyzpvrpy", "aafghkpvrsyztvrpy", "aafghkpprsyztvrvy", "aafghkpprryztvsvy", "aafghkpprrsztvyvy", "aafghkpprrstzvyvy", "aafghkpprrstvzyvy", "aafghkpprrstvvyzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 17, "shuffle": false}, "task_name": "task01", "example_name": "0116", "problem_name": "task01_0116"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: eiymlnqmsudjilse", "label": {"final": "deeiijllmmnqssuy", "init": "eiymlnqmsudjilse", "intermediate": ["diymlnqmsuejilse", "deymlnqmsuijilse", "deemlnqmsuijilsy", "deeilnqmsumjilsy", "deeiinqmsumjllsy", "deeiijqmsumnllsy", "deeiijlmsumnqlsy", "deeiijllsumnqmsy", "deeiijllmusnqmsy", "deeiijllmmsnqusy", "deeiijllmmnsqusy", "deeiijllmmnqsusy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 16, "shuffle": false}, "task_name": "task01", "example_name": "0117", "problem_name": "task01_0117"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: jyqbcmbhxzjcjr", "label": {"final": "bbcchjjjmqrxyz", "init": "jyqbcmbhxzjcjr", "intermediate": ["byqjcmbhxzjcjr", "bbqjcmyhxzjcjr", "bbcjqmyhxzjcjr", "bbccqmyhxzjjjr", "bbcchmyqxzjjjr", "bbcchjyqxzmjjr", "bbcchjjqxzmyjr", "bbcchjjjxzmyqr", "bbcchjjjmzxyqr", "bbcchjjjmqxyzr", "bbcchjjjmqryzx", "bbcchjjjmqrxzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 14, "shuffle": false}, "task_name": "task01", "example_name": "0118", "problem_name": "task01_0118"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ogvryvjdlesjghl", "label": {"final": "degghjjllorsvvy", "init": "ogvryvjdlesjghl", "intermediate": ["dgvryvjolesjghl", "devryvjolgsjghl", "degryvjolvsjghl", "deggyvjolvsjrhl", "degghvjolvsjryl", "degghjvolvsjryl", "degghjjolvsvryl", "degghjjlovsvryl", "degghjjllvsvryo", "degghjjllosvryv", "degghjjllorvsyv", "degghjjllorsvyv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 15, "shuffle": false}, "task_name": "task01", "example_name": "0119", "problem_name": "task01_0119"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: omcqraynxdlrjoglaus", "label": {"final": "aacdgjllmnooqrrsuxy", "init": "omcqraynxdlrjoglaus", "intermediate": ["amcqroynxdlrjoglaus", "aacqroynxdlrjoglmus", "aacdroynxqlrjoglmus", "aacdgoynxqlrjorlmus", "aacdgjynxqlroorlmus", "aacdgjlnxqyroorlmus", "aacdgjllxqyroornmus", "aacdgjllmqyroornxus", "aacdgjllmnyroorqxus", "aacdgjllmnoryorqxus", "aacdgjllmnooyrrqxus", "aacdgjllmnooqrryxus", "aacdgjllmnooqrrsxuy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 19, "shuffle": false}, "task_name": "task01", "example_name": "0120", "problem_name": "task01_0120"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pphskslujfrnjmelzmol", "label": {"final": "efhjjklllmmnopprssuz", "init": "pphskslujfrnjmelzmol", "intermediate": ["ephskslujfrnjmplzmol", "efhskslujprnjmplzmol", "efhjkslusprnjmplzmol", "efhjjslusprnkmplzmol", "efhjjklusprnsmplzmol", "efhjjkllsprnsmpuzmol", "efhjjklllprnsmpuzmos", "efhjjklllmrnsppuzmos", "efhjjklllmmnsppuzros", "efhjjklllmmnoppuzrss", "efhjjklllmmnopprzuss", "efhjjklllmmnopprsuzs", "efhjjklllmmnopprsszu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 20, "shuffle": false}, "task_name": "task01", "example_name": "0121", "problem_name": "task01_0121"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zikdgvqqbhdxhfaam", "label": {"final": "aabddfghhikmqqvxz", "init": "zikdgvqqbhdxhfaam", "intermediate": ["aikdgvqqbhdxhfzam", "aakdgvqqbhdxhfzim", "aabdgvqqkhdxhfzim", "aabddvqqkhgxhfzim", "aabddfqqkhgxhvzim", "aabddfgqkhqxhvzim", "aabddfghkqqxhvzim", "aabddfghhqqxkvzim", "aabddfghhiqxkvzqm", "aabddfghhikxqvzqm", "aabddfghhikmqvzqx", "aabddfghhikmqqzvx", "aabddfghhikmqqvzx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 17, "shuffle": false}, "task_name": "task01", "example_name": "0122", "problem_name": "task01_0122"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: rufpnlvfxrgywlrxv", "label": {"final": "ffgllnprrruvvwxxy", "init": "rufpnlvfxrgywlrxv", "intermediate": ["furpnlvfxrgywlrxv", "ffrpnlvuxrgywlrxv", "ffgpnlvuxrrywlrxv", "ffglnpvuxrrywlrxv", "ffgllpvuxrrywnrxv", "ffgllnvuxrrywprxv", "ffgllnpuxrrywvrxv", "ffgllnprxurywvrxv", "ffgllnprruxywvrxv", "ffgllnprrrxywvuxv", "ffgllnprrruywvxxv", "ffgllnprrruvwyxxv", "ffgllnprrruvvyxxw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 17, "shuffle": false}, "task_name": "task01", "example_name": "0123", "problem_name": "task01_0123"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qzfokcdqssgnhcuyvn", "label": {"final": "ccdfghknnoqqssuvyz", "init": "qzfokcdqssgnhcuyvn", "intermediate": ["czfokqdqssgnhcuyvn", "ccfokqdqssgnhzuyvn", "ccdokqfqssgnhzuyvn", "ccdfkqoqssgnhzuyvn", "ccdfgqoqssknhzuyvn", "ccdfghoqssknqzuyvn", "ccdfghkqssonqzuyvn", "ccdfghknssoqqzuyvn", "ccdfghknnsoqqzuyvs", "ccdfghknnosqqzuyvs", "ccdfghknnoqsqzuyvs", "ccdfghknnoqqszuyvs", "ccdfghknnoqqssuyvz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 18, "shuffle": false}, "task_name": "task01", "example_name": "0124", "problem_name": "task01_0124"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: shccfpdgieuamrxiisp", "label": {"final": "accdefghiiimpprssux", "init": "shccfpdgieuamrxiisp", "intermediate": ["ahccfpdgieusmrxiisp", "achcfpdgieusmrxiisp", "acchfpdgieusmrxiisp", "accdfphgieusmrxiisp", "accdephgifusmrxiisp", "accdefhgipusmrxiisp", "accdefghipusmrxiisp", "accdefghiiusmrxpisp", "accdefghiiismrxpusp", "accdefghiiimsrxpusp", "accdefghiiimprxsusp", "accdefghiiimppxsusr", "accdefghiiimpprsusx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 19, "shuffle": false}, "task_name": "task01", "example_name": "0125", "problem_name": "task01_0125"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: mhamvyhujcrljrwtz", "label": {"final": "achhjjlmmrrtuvwyz", "init": "mhamvyhujcrljrwtz", "intermediate": ["ahmmvyhujcrljrwtz", "acmmvyhujhrljrwtz", "achmvymujhrljrwtz", "achhvymujmrljrwtz", "achhjymuvmrljrwtz", "achhjjmuvmrlyrwtz", "achhjjluvmrmyrwtz", "achhjjlmvurmyrwtz", "achhjjlmmurvyrwtz", "achhjjlmmruvyrwtz", "achhjjlmmrrvyuwtz", "achhjjlmmrrtyuwvz", "achhjjlmmrrtuywvz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 17, "shuffle": false}, "task_name": "task01", "example_name": "0126", "problem_name": "task01_0126"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: xkbhwdqeyvtihapyazbzb", "label": {"final": "aabbbdehhikpqtvwxyyzz", "init": "xkbhwdqeyvtihapyazbzb", "intermediate": ["akbhwdqeyvtihxpyazbzb", "aabhwdqeyvtihxpykzbzb", "aabbwdqeyvtihxpykzhzb", "aabbbdqeyvtihxpykzhzw", "aabbbdeqyvtihxpykzhzw", "aabbbdehyvtiqxpykzhzw", "aabbbdehhvtiqxpykzyzw", "aabbbdehhitvqxpykzyzw", "aabbbdehhikvqxpytzyzw", "aabbbdehhikpqxvytzyzw", "aabbbdehhikpqtvyxzyzw", "aabbbdehhikpqtvwxzyzy", "aabbbdehhikpqtvwxyzzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 21, "shuffle": false}, "task_name": "task01", "example_name": "0127", "problem_name": "task01_0127"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pisssaawehfeyevk", "label": {"final": "aaeeefhikpsssvwy", "init": "pisssaawehfeyevk", "intermediate": ["aissspawehfeyevk", "aassspiwehfeyevk", "aaesspiwshfeyevk", "aaeespiwshfsyevk", "aaeeepiwshfsysvk", "aaeeefiwshpsysvk", "aaeeefhwsipsysvk", "aaeeefhiswpsysvk", "aaeeefhikwpsysvs", "aaeeefhikpwsysvs", "aaeeefhikpswysvs", "aaeeefhikpssywvs", "aaeeefhikpssswvy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 16, "shuffle": false}, "task_name": "task01", "example_name": "0128", "problem_name": "task01_0128"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: jnxbswkrlijazjymp", "label": {"final": "abijjjklmnprswxyz", "init": "jnxbswkrlijazjymp", "intermediate": ["anxbswkrlijjzjymp", "abxnswkrlijjzjymp", "abinswkrlxjjzjymp", "abijswkrlxnjzjymp", "abijjwkrlxnszjymp", "abijjjkrlxnszwymp", "abijjjklrxnszwymp", "abijjjklmxnszwyrp", "abijjjklmnxszwyrp", "abijjjklmnpszwyrx", "abijjjklmnprzwysx", "abijjjklmnprswyzx", "abijjjklmnprswxzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 17, "shuffle": false}, "task_name": "task01", "example_name": "0129", "problem_name": "task01_0129"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: lvfxxtnwancvtrtuna", "label": {"final": "aacflnnnrtttuvvwxx", "init": "lvfxxtnwancvtrtuna", "intermediate": ["avfxxtnwlncvtrtuna", "aafxxtnwlncvtrtunv", "aacxxtnwlnfvtrtunv", "aacfxtnwlnxvtrtunv", "aacfltnwxnxvtrtunv", "aacflntwxnxvtrtunv", "aacflnnwxtxvtrtunv", "aacflnnnxtxvtrtuwv", "aacflnnnrtxvtxtuwv", "aacflnnnrttvxxtuwv", "aacflnnnrtttxxvuwv", "aacflnnnrtttuxvxwv", "aacflnnnrtttuvxxwv", "aacflnnnrtttuvvxwx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 18, "shuffle": false}, "task_name": "task01", "example_name": "0130", "problem_name": "task01_0130"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: yggvxfzvnkmyhzhbbkg", "label": {"final": "bbfggghhkkmnvvxyyzz", "init": "yggvxfzvnkmyhzhbbkg", "intermediate": ["bggvxfzvnkmyhzhybkg", "bbgvxfzvnkmyhzhygkg", "bbfvxgzvnkmyhzhygkg", "bbfgxvzvnkmyhzhygkg", "bbfggvzvnkmyhzhyxkg", "bbfgggzvnkmyhzhyxkv", "bbfggghvnkmyzzhyxkv", "bbfggghhnkmyzzvyxkv", "bbfggghhknmyzzvyxkv", "bbfggghhkkmyzzvyxnv", "bbfggghhkkmnzzvyxyv", "bbfggghhkkmnvzzyxyv", "bbfggghhkkmnvvzyxyz", "bbfggghhkkmnvvxyzyz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 19, "shuffle": false}, "task_name": "task01", "example_name": "0131", "problem_name": "task01_0131"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fsnejnhcichqarcwgwgr", "label": {"final": "acccefgghhijnnqrrsww", "init": "fsnejnhcichqarcwgwgr", "intermediate": ["asnejnhcichqfrcwgwgr", "acnejnhsichqfrcwgwgr", "accejnhsinhqfrcwgwgr", "acccjnhsinhqfrewgwgr", "acccenhsinhqfrjwgwgr", "acccefhsinhqnrjwgwgr", "acccefgsinhqnrjwhwgr", "acccefgginhqnrjwhwsr", "acccefgghniqnrjwhwsr", "acccefgghhiqnrjwnwsr", "acccefgghhijnrqwnwsr", "acccefgghhijnnqwrwsr", "acccefgghhijnnqrwwsr", "acccefgghhijnnqrrwsw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 20, "shuffle": false}, "task_name": "task01", "example_name": "0132", "problem_name": "task01_0132"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qpnxaznfueiklebmk", "label": {"final": "abeefikklmnnpquxz", "init": "qpnxaznfueiklebmk", "intermediate": ["apnxqznfueiklebmk", "abnxqznfueiklepmk", "abexqznfuniklepmk", "abeeqznfuniklxpmk", "abeefznquniklxpmk", "abeefinqunzklxpmk", "abeefikqunznlxpmk", "abeefikkunznlxpmq", "abeefikklnznuxpmq", "abeefikklmznuxpnq", "abeefikklmnzuxpnq", "abeefikklmnnuxpzq", "abeefikklmnnpxuzq", "abeefikklmnnpquzx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 17, "shuffle": false}, "task_name": "task01", "example_name": "0133", "problem_name": "task01_0133"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: vkkhwkfbzumqmhrwts", "label": {"final": "bfhhkkkmmqrstuvwwz", "init": "vkkhwkfbzumqmhrwts", "intermediate": ["bkkhwkfvzumqmhrwts", "bfkhwkkvzumqmhrwts", "bfhkwkkvzumqmhrwts", "bfhhwkkvzumqmkrwts", "bfhhkwkvzumqmkrwts", "bfhhkkwvzumqmkrwts", "bfhhkkkvzumqmwrwts", "bfhhkkkmzuvqmwrwts", "bfhhkkkmmuvqzwrwts", "bfhhkkkmmqvuzwrwts", "bfhhkkkmmqruzwvwts", "bfhhkkkmmqrszwvwtu", "bfhhkkkmmqrstwvwzu", "bfhhkkkmmqrstuvwzw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 18, "shuffle": false}, "task_name": "task01", "example_name": "0134", "problem_name": "task01_0134"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: nncregvtbwquifehibj", "label": {"final": "bbceefghiijnnqrtuvw", "init": "nncregvtbwquifehibj", "intermediate": ["bncregvtnwquifehibj", "bbcregvtnwquifehinj", "bbcergvtnwquifehinj", "bbceegvtnwquifrhinj", "bbceefvtnwquigrhinj", "bbceefgtnwquivrhinj", "bbceefghnwquivrtinj", "bbceefghiwqunvrtinj", "bbceefghiiqunvrtwnj", "bbceefghiijunvrtwnq", "bbceefghiijnuvrtwnq", "bbceefghiijnnvrtwuq", "bbceefghiijnnqrtwuv", "bbceefghiijnnqrtuwv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 19, "shuffle": false}, "task_name": "task01", "example_name": "0135", "problem_name": "task01_0135"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: avwkyonuigruxdzijyss", "label": {"final": "adgiijknorssuuvwxyyz", "init": "avwkyonuigruxdzijyss", "intermediate": ["adwkyonuigruxvzijyss", "adgkyonuiwruxvzijyss", "adgiyonukwruxvzijyss", "adgiionukwruxvzyjyss", "adgiijnukwruxvzyoyss", "adgiijkunwruxvzyoyss", "adgiijknuwruxvzyoyss", "adgiijknowruxvzyuyss", "adgiijknorwuxvzyuyss", "adgiijknorsuxvzyuyws", "adgiijknorssxvzyuywu", "adgiijknorssuvzyxywu", "adgiijknorssuuzyxywv", "adgiijknorssuuvyxywz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 20, "shuffle": false}, "task_name": "task01", "example_name": "0136", "problem_name": "task01_0136"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kkmlkxbcftiwmlawscsc", "label": {"final": "abcccfikkkllmmsstwwx", "init": "kkmlkxbcftiwmlawscsc", "intermediate": ["akmlkxbcftiwmlkwscsc", "abmlkxkcftiwmlkwscsc", "abclkxkmftiwmlkwscsc", "abcckxkmftiwmlkwslsc", "abcccxkmftiwmlkwslsk", "abcccfkmxtiwmlkwslsk", "abcccfimxtkwmlkwslsk", "abcccfikxtmwmlkwslsk", "abcccfikktmwmlxwslsk", "abcccfikkkmwmlxwslst", "abcccfikkklwmmxwslst", "abcccfikkkllmmxwswst", "abcccfikkkllmmswxwst", "abcccfikkkllmmssxwwt"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 20, "shuffle": false}, "task_name": "task01", "example_name": "0137", "problem_name": "task01_0137"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: glgaizhsetvqqcmxnmgyu", "label": {"final": "aceggghilmmnqqstuvxyz", "init": "glgaizhsetvqqcmxnmgyu", "intermediate": ["alggizhsetvqqcmxnmgyu", "acggizhsetvqqlmxnmgyu", "acegizhsgtvqqlmxnmgyu", "aceggzhsitvqqlmxnmgyu", "aceggghsitvqqlmxnmzyu", "aceggghistvqqlmxnmzyu", "aceggghiltvqqsmxnmzyu", "aceggghilmvqqstxnmzyu", "aceggghilmmqqstxnvzyu", "aceggghilmmnqstxqvzyu", "aceggghilmmnqqtxsvzyu", "aceggghilmmnqqsxtvzyu", "aceggghilmmnqqstxvzyu", "aceggghilmmnqqstuvzyx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 21, "shuffle": false}, "task_name": "task01", "example_name": "0138", "problem_name": "task01_0138"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: dkxgukvbvuaafvhrsnh", "label": {"final": "aabdfghhkknrsuuvvvx", "init": "dkxgukvbvuaafvhrsnh", "intermediate": ["akxgukvbvudafvhrsnh", "aaxgukvbvudkfvhrsnh", "aabgukvxvudkfvhrsnh", "aabdukvxvugkfvhrsnh", "aabdfkvxvugkuvhrsnh", "aabdfgvxvukkuvhrsnh", "aabdfghxvukkuvvrsnh", "aabdfghhvukkuvvrsnx", "aabdfghhkuvkuvvrsnx", "aabdfghhkkvuuvvrsnx", "aabdfghhkknuuvvrsvx", "aabdfghhkknruvvusvx", "aabdfghhkknrsvvuuvx", "aabdfghhkknrsuvvuvx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 19, "shuffle": false}, "task_name": "task01", "example_name": "0139", "problem_name": "task01_0139"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qupikdtyogokurvjryfq", "label": {"final": "dfgijkkoopqqrrtuuvyy", "init": "qupikdtyogokurvjryfq", "intermediate": ["dupikqtyogokurvjryfq", "dfpikqtyogokurvjryuq", "dfgikqtyopokurvjryuq", "dfgijqtyopokurvkryuq", "dfgijktyopoqurvkryuq", "dfgijkkyopoqurvtryuq", "dfgijkkoypoqurvtryuq", "dfgijkkoopyqurvtryuq", "dfgijkkoopqyurvtryuq", "dfgijkkoopqqurvtryuy", "dfgijkkoopqqruvtryuy", "dfgijkkoopqqrrvtuyuy", "dfgijkkoopqqrrtvuyuy", "dfgijkkoopqqrrtuvyuy", "dfgijkkoopqqrrtuuyvy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 20, "shuffle": false}, "task_name": "task01", "example_name": "0140", "problem_name": "task01_0140"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ednmncfvidwqnfrjixye", "label": {"final": "cddeeffiijmnnnqrvwxy", "init": "ednmncfvidwqnfrjixye", "intermediate": ["cdnmnefvidwqnfrjixye", "cddmnefvinwqnfrjixye", "cddenmfvinwqnfrjixye", "cddeemfvinwqnfrjixyn", "cddeefmvinwqnfrjixyn", "cddeeffvinwqnmrjixyn", "cddeeffivnwqnmrjixyn", "cddeeffiinwqnmrjvxyn", "cddeeffiijwqnmrnvxyn", "cddeeffiijmqnwrnvxyn", "cddeeffiijmnqwrnvxyn", "cddeeffiijmnnwrqvxyn", "cddeeffiijmnnnrqvxyw", "cddeeffiijmnnnqrvxyw", "cddeeffiijmnnnqrvwyx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 20, "shuffle": false}, "task_name": "task01", "example_name": "0141", "problem_name": "task01_0141"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: dgpgruqntricuqjziglzl", "label": {"final": "cdgggiijllnpqqrrtuuzz", "init": "dgpgruqntricuqjziglzl", "intermediate": ["cgpgruqntriduqjziglzl", "cdpgruqntriguqjziglzl", "cdgpruqntriguqjziglzl", "cdggruqntripuqjziglzl", "cdggguqntripuqjzirlzl", "cdgggiqntrupuqjzirlzl", "cdgggiintrupuqjzqrlzl", "cdgggiijtrupuqnzqrlzl", "cdgggiijlrupuqnzqrtzl", "cdgggiijllupuqnzqrtzr", "cdgggiijllnpuquzqrtzr", "cdgggiijllnpquuzqrtzr", "cdgggiijllnpqquzurtzr", "cdgggiijllnpqqrzuutzr", "cdgggiijllnpqqrruutzz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 21, "shuffle": false}, "task_name": "task01", "example_name": "0142", "problem_name": "task01_0142"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: njeemuzcrqxjwfnaklvv", "label": {"final": "aceefjjklmnnqruvvwxz", "init": "njeemuzcrqxjwfnaklvv", "intermediate": ["ajeemuzcrqxjwfnnklvv", "aceemuzjrqxjwfnnklvv", "aceefuzjrqxjwmnnklvv", "aceefjzurqxjwmnnklvv", "aceefjjurqxzwmnnklvv", "aceefjjkrqxzwmnnulvv", "aceefjjklqxzwmnnurvv", "aceefjjklmxzwqnnurvv", "aceefjjklmnzwqxnurvv", "aceefjjklmnnwqxzurvv", "aceefjjklmnnqwxzurvv", "aceefjjklmnnqrxzuwvv", "aceefjjklmnnqruzxwvv", "aceefjjklmnnqruvxwzv", "aceefjjklmnnqruvvwzx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 20, "shuffle": false}, "task_name": "task01", "example_name": "0143", "problem_name": "task01_0143"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ferfyjvbnirmdfphjxofsg", "label": {"final": "bdeffffghijjmnoprrsvxy", "init": "ferfyjvbnirmdfphjxofsg", "intermediate": ["berfyjvfnirmdfphjxofsg", "bdrfyjvfnirmefphjxofsg", "bdefyjvfnirmrfphjxofsg", "bdeffjvynirmrfphjxofsg", "bdefffvynirmrjphjxofsg", "bdeffffynirmrjphjxovsg", "bdeffffgnirmrjphjxovsy", "bdeffffghirmrjpnjxovsy", "bdeffffghijmrrpnjxovsy", "bdeffffghijjrrpnmxovsy", "bdeffffghijjmrpnrxovsy", "bdeffffghijjmnprrxovsy", "bdeffffghijjmnorrxpvsy", "bdeffffghijjmnoprxrvsy", "bdeffffghijjmnoprrxvsy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 22, "shuffle": false}, "task_name": "task01", "example_name": "0144", "problem_name": "task01_0144"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: brduyxutxiyosiskivhr", "label": {"final": "bdhiiikorrsstuuvxxyy", "init": "brduyxutxiyosiskivhr", "intermediate": ["bdruyxutxiyosiskivhr", "bdhuyxutxiyosiskivrr", "bdhiyxutxuyosiskivrr", "bdhiixutxuyosyskivrr", "bdhiiiutxuyosyskxvrr", "bdhiiiktxuyosysuxvrr", "bdhiiikoxuytsysuxvrr", "bdhiiikoruytsysuxvxr", "bdhiiikorrytsysuxvxu", "bdhiiikorrstyysuxvxu", "bdhiiikorrssyytuxvxu", "bdhiiikorrsstyyuxvxu", "bdhiiikorrsstuyyxvxu", "bdhiiikorrsstuuyxvxy", "bdhiiikorrsstuuvxyxy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 20, "shuffle": false}, "task_name": "task01", "example_name": "0145", "problem_name": "task01_0145"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fimnmswwylarnpaovdcp", "label": {"final": "aacdfilmmnnopprsvwwy", "init": "fimnmswwylarnpaovdcp", "intermediate": ["aimnmswwylfrnpaovdcp", "aamnmswwylfrnpiovdcp", "aacnmswwylfrnpiovdmp", "aacdmswwylfrnpiovnmp", "aacdfswwylmrnpiovnmp", "aacdfiwwylmrnpsovnmp", "aacdfilwywmrnpsovnmp", "aacdfilmywwrnpsovnmp", "aacdfilmmwwrnpsovnyp", "aacdfilmmnwrwpsovnyp", "aacdfilmmnnrwpsovwyp", "aacdfilmmnnowpsrvwyp", "aacdfilmmnnopwsrvwyp", "aacdfilmmnnoppsrvwyw", "aacdfilmmnnopprsvwyw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 20, "shuffle": false}, "task_name": "task01", "example_name": "0146", "problem_name": "task01_0146"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: uwcrhaqkglebvpnmbhx", "label": {"final": "abbceghhklmnpqruvwx", "init": "uwcrhaqkglebvpnmbhx", "intermediate": ["awcrhuqkglebvpnmbhx", "abcrhuqkglewvpnmbhx", "abbrhuqkglewvpnmchx", "abbchuqkglewvpnmrhx", "abbceuqkglhwvpnmrhx", "abbcegqkulhwvpnmrhx", "abbceghkulqwvpnmrhx", "abbceghhulqwvpnmrkx", "abbceghhklqwvpnmrux", "abbceghhklmwvpnqrux", "abbceghhklmnvpwqrux", "abbceghhklmnpvwqrux", "abbceghhklmnpqwvrux", "abbceghhklmnpqrvwux", "abbceghhklmnpqruwvx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 19, "shuffle": false}, "task_name": "task01", "example_name": "0147", "problem_name": "task01_0147"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ddyueaonuvnmikgsqpcew", "label": {"final": "acddeegikmnnopqsuuvwy", "init": "ddyueaonuvnmikgsqpcew", "intermediate": ["adyuedonuvnmikgsqpcew", "acyuedonuvnmikgsqpdew", "acdueyonuvnmikgsqpdew", "acddeyonuvnmikgsqpuew", "acddeeonuvnmikgsqpuyw", "acddeegnuvnmikosqpuyw", "acddeegiuvnmnkosqpuyw", "acddeegikvnmnuosqpuyw", "acddeegikmnvnuosqpuyw", "acddeegikmnnvuosqpuyw", "acddeegikmnnouvsqpuyw", "acddeegikmnnopvsquuyw", "acddeegikmnnopqsvuuyw", "acddeegikmnnopqsuvuyw", "acddeegikmnnopqsuuvyw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 21, "shuffle": false}, "task_name": "task01", "example_name": "0148", "problem_name": "task01_0148"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: bklolyegwbdblyggvlvzuwg", "label": {"final": "bbbdeggggkllllouvvwwyyz", "init": "bklolyegwbdblyggvlvzuwg", "intermediate": ["bblolyegwkdblyggvlvzuwg", "bbbolyegwkdllyggvlvzuwg", "bbbdlyegwkollyggvlvzuwg", "bbbdeylgwkollyggvlvzuwg", "bbbdeglywkollyggvlvzuwg", "bbbdeggywkollylgvlvzuwg", "bbbdegggwkollylyvlvzuwg", "bbbdeggggkollylyvlvzuww", "bbbdeggggklolylyvlvzuww", "bbbdeggggklloylyvlvzuww", "bbbdeggggklllyoyvlvzuww", "bbbdeggggklllloyvyvzuww", "bbbdeggggkllllouvyvzyww", "bbbdeggggkllllouvvyzyww", "bbbdeggggkllllouvvwzyyw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 23, "shuffle": false}, "task_name": "task01", "example_name": "0149", "problem_name": "task01_0149"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: hagdzaiybfwhbrhoddt", "label": {"final": "aabbdddfghhhiortwyz", "init": "hagdzaiybfwhbrhoddt", "intermediate": ["ahgdzaiybfwhbrhoddt", "aagdzhiybfwhbrhoddt", "aabdzhiygfwhbrhoddt", "aabbzhiygfwhdrhoddt", "aabbdhiygfwhzrhoddt", "aabbddiygfwhzrhohdt", "aabbdddygfwhzrhohit", "aabbdddfgywhzrhohit", "aabbdddfghwyzrhohit", "aabbdddfghhyzrwohit", "aabbdddfghhhzrwoyit", "aabbdddfghhhirwoyzt", "aabbdddfghhhiowryzt", "aabbdddfghhhiorwyzt", "aabbdddfghhhiortyzw", "aabbdddfghhhiortwzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 19, "shuffle": false}, "task_name": "task01", "example_name": "0150", "problem_name": "task01_0150"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: oqwzjjvmxuvzauxmardtad", "label": {"final": "aaaddjjmmoqrtuuvvwxxzz", "init": "oqwzjjvmxuvzauxmardtad", "intermediate": ["aqwzjjvmxuvzouxmardtad", "aawzjjvmxuvzouxmqrdtad", "aaazjjvmxuvzouxmqrdtwd", "aaadjjvmxuvzouxmqrztwd", "aaaddjvmxuvzouxmqrztwj", "aaaddjjmxuvzouxmqrztwv", "aaaddjjmmuvzouxxqrztwv", "aaaddjjmmovzuuxxqrztwv", "aaaddjjmmoqzuuxxvrztwv", "aaaddjjmmoqruuxxvzztwv", "aaaddjjmmoqrtuxxvzzuwv", "aaaddjjmmoqrtuuxvzzxwv", "aaaddjjmmoqrtuuvxzzxwv", "aaaddjjmmoqrtuuvvzzxwx", "aaaddjjmmoqrtuuvvwzxzx", "aaaddjjmmoqrtuuvvwxzzx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 22, "shuffle": false}, "task_name": "task01", "example_name": "0151", "problem_name": "task01_0151"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: yypdbojgcwcwogypsseyofaksn", "label": {"final": "abccdefggjknoooppssswwyyyy", "init": "yypdbojgcwcwogypsseyofaksn", "intermediate": ["aypdbojgcwcwogypsseyofyksn", "abpdyojgcwcwogypsseyofyksn", "abcdyojgpwcwogypsseyofyksn", "abccyojgpwdwogypsseyofyksn", "abccdojgpwywogypsseyofyksn", "abccdejgpwywogypssoyofyksn", "abccdefgpwywogypssoyojyksn", "abccdefggwywopypssoyojyksn", "abccdefggjywopypssoyowyksn", "abccdefggjkwopypssoyowyysn", "abccdefggjknopypssoyowyysw", "abccdefggjknooypsspyowyysw", "abccdefggjknooopsspyywyysw", "abccdefggjknoooppssyywyysw", "abccdefggjknoooppsssywyyyw", "abccdefggjknoooppssswyyyyw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 26, "shuffle": false}, "task_name": "task01", "example_name": "0152", "problem_name": "task01_0152"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: uorynrqkcdtiivwnqh", "label": {"final": "cdhiiknnoqqrrtuvwy", "init": "uorynrqkcdtiivwnqh", "intermediate": ["corynrqkudtiivwnqh", "cdrynrqkuotiivwnqh", "cdhynrqkuotiivwnqr", "cdhinrqkuotyivwnqr", "cdhiirqkuotynvwnqr", "cdhiikqruotynvwnqr", "cdhiiknruotyqvwnqr", "cdhiiknnuotyqvwrqr", "cdhiiknnoutyqvwrqr", "cdhiiknnoqtyuvwrqr", "cdhiiknnoqqyuvwrtr", "cdhiiknnoqqruvwytr", "cdhiiknnoqqrrvwytu", "cdhiiknnoqqrrtwyvu", "cdhiiknnoqqrrtuyvw", "cdhiiknnoqqrrtuvyw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 18, "shuffle": false}, "task_name": "task01", "example_name": "0153", "problem_name": "task01_0153"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: mslwntmzjhfupnmsiuejl", "label": {"final": "efhijjllmmmnnpsstuuwz", "init": "mslwntmzjhfupnmsiuejl", "intermediate": ["eslwntmzjhfupnmsiumjl", "eflwntmzjhsupnmsiumjl", "efhwntmzjlsupnmsiumjl", "efhintmzjlsupnmswumjl", "efhijtmznlsupnmswumjl", "efhijjmznlsupnmswumtl", "efhijjlznmsupnmswumtl", "efhijjllnmsupnmswumtz", "efhijjllmnsupnmswumtz", "efhijjllmmsupnnswumtz", "efhijjllmmmupnnswustz", "efhijjllmmmnpunswustz", "efhijjllmmmnnupswustz", "efhijjllmmmnnpuswustz", "efhijjllmmmnnpsuwustz", "efhijjllmmmnnpsswuutz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 21, "shuffle": false}, "task_name": "task01", "example_name": "0154", "problem_name": "task01_0154"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: thhtyjiirsbvoxotbcczni", "label": {"final": "bbcchhiiijnoorstttvxyz", "init": "thhtyjiirsbvoxotbcczni", "intermediate": ["bhhtyjiirstvoxotbcczni", "bbhtyjiirstvoxothcczni", "bbctyjiirstvoxothhczni", "bbccyjiirstvoxothhtzni", "bbcchjiirstvoxotyhtzni", "bbcchhiirstvoxotyjtzni", "bbcchhiiistvoxotyjtznr", "bbcchhiiijtvoxotystznr", "bbcchhiiijnvoxotystztr", "bbcchhiiijnovxotystztr", "bbcchhiiijnooxvtystztr", "bbcchhiiijnoorvtystztx", "bbcchhiiijnoorstyvtztx", "bbcchhiiijnoorsttvyztx", "bbcchhiiijnoorstttyzvx", "bbcchhiiijnoorstttvzyx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 22, "shuffle": false}, "task_name": "task01", "example_name": "0155", "problem_name": "task01_0155"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kbvzuozyifpcrnlomldt", "label": {"final": "bcdfikllmnooprtuvyzz", "init": "kbvzuozyifpcrnlomldt", "intermediate": ["bkvzuozyifpcrnlomldt", "bcvzuozyifpkrnlomldt", "bcdzuozyifpkrnlomlvt", "bcdfuozyizpkrnlomlvt", "bcdfiozyuzpkrnlomlvt", "bcdfikzyuzpornlomlvt", "bcdfiklyuzpornzomlvt", "bcdfiklluzpornzomyvt", "bcdfikllmzpornzouyvt", "bcdfikllmnporzzouyvt", "bcdfikllmnoprzzouyvt", "bcdfikllmnoorzzpuyvt", "bcdfikllmnoopzzruyvt", "bcdfikllmnooprzzuyvt", "bcdfikllmnooprtzuyvz", "bcdfikllmnooprtuzyvz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 20, "shuffle": false}, "task_name": "task01", "example_name": "0156", "problem_name": "task01_0156"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ssfsxbxazespfvetzuoctn", "label": {"final": "abceeffnopssssttuvxxzz", "init": "ssfsxbxazespfvetzuoctn", "intermediate": ["asfsxbxszespfvetzuoctn", "abfsxsxszespfvetzuoctn", "abcsxsxszespfvetzuoftn", "abcexsxszsspfvetzuoftn", "abceesxszsspfvxtzuoftn", "abceefxszsspsvxtzuoftn", "abceeffszsspsvxtzuoxtn", "abceeffnzsspsvxtzuoxts", "abceeffnosspsvxtzuzxts", "abceeffnopsssvxtzuzxts", "abceeffnopssssxtzuzxtv", "abceeffnopsssstxzuzxtv", "abceeffnopssssttzuzxxv", "abceeffnopssssttuzzxxv", "abceeffnopssssttuvzxxz", "abceeffnopssssttuvxzxz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 22, "shuffle": false}, "task_name": "task01", "example_name": "0157", "problem_name": "task01_0157"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: vebotvijvvcweruaxjvlnnkxr", "label": {"final": "abceeijjklnnorrtuvvvvvwxx", "init": "vebotvijvvcweruaxjvlnnkxr", "intermediate": ["aebotvijvvcweruvxjvlnnkxr", "abeotvijvvcweruvxjvlnnkxr", "abcotvijvveweruvxjvlnnkxr", "abcetvijvvoweruvxjvlnnkxr", "abceevijvvowtruvxjvlnnkxr", "abceeivjvvowtruvxjvlnnkxr", "abceeijvvvowtruvxjvlnnkxr", "abceeijjvvowtruvxvvlnnkxr", "abceeijjkvowtruvxvvlnnvxr", "abceeijjklowtruvxvvvnnvxr", "abceeijjklnwtruvxvvvonvxr", "abceeijjklnntruvxvvvowvxr", "abceeijjklnnoruvxvvvtwvxr", "abceeijjklnnorrvxvvvtwvxu", "abceeijjklnnorrtxvvvvwvxu", "abceeijjklnnorrtuvvvvwvxx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 25, "shuffle": false}, "task_name": "task01", "example_name": "0158", "problem_name": "task01_0158"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: oyjroudiwccluxekzyob", "label": {"final": "bccdeijkloooruuwxyyz", "init": "oyjroudiwccluxekzyob", "intermediate": ["byjroudiwccluxekzyoo", "bcjroudiwycluxekzyoo", "bccroudiwyjluxekzyoo", "bccdouriwyjluxekzyoo", "bccdeuriwyjluxokzyoo", "bccdeiruwyjluxokzyoo", "bccdeijuwyrluxokzyoo", "bccdeijkwyrluxouzyoo", "bccdeijklyrwuxouzyoo", "bccdeijklorwuxyuzyoo", "bccdeijkloowuxyuzyro", "bccdeijklooouxyuzyrw", "bccdeijklooorxyuzyuw", "bccdeijkloooruyxzyuw", "bccdeijkloooruuxzyyw", "bccdeijkloooruuwzyyx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 20, "shuffle": false}, "task_name": "task01", "example_name": "0159", "problem_name": "task01_0159"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: eqzaprxljlsvqmyeglu", "label": {"final": "aeegjlllmpqqrsuvxyz", "init": "eqzaprxljlsvqmyeglu", "intermediate": ["aqzeprxljlsvqmyeglu", "aezqprxljlsvqmyeglu", "aeeqprxljlsvqmyzglu", "aeegprxljlsvqmyzqlu", "aeegjrxlplsvqmyzqlu", "aeegjlxrplsvqmyzqlu", "aeegjllrpxsvqmyzqlu", "aeegjlllpxsvqmyzqru", "aeegjlllmxsvqpyzqru", "aeegjlllmpsvqxyzqru", "aeegjlllmpqvsxyzqru", "aeegjlllmpqqsxyzvru", "aeegjlllmpqqrxyzvsu", "aeegjlllmpqqrsyzvxu", "aeegjlllmpqqrsuzvxy", "aeegjlllmpqqrsuvzxy", "aeegjlllmpqqrsuvxzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 19, "shuffle": false}, "task_name": "task01", "example_name": "0160", "problem_name": "task01_0160"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: dtxlfddgefqehpdiydeauuxte", "label": {"final": "adddddeeeeffghilpqttuuxxy", "init": "dtxlfddgefqehpdiydeauuxte", "intermediate": ["atxlfddgefqehpdiydeduuxte", "adxlftdgefqehpdiydeduuxte", "addlftxgefqehpdiydeduuxte", "adddftxgefqehpliydeduuxte", "addddtxgefqehpliyfeduuxte", "adddddxgefqehpliyfetuuxte", "adddddegxfqehpliyfetuuxte", "adddddeexfqghpliyfetuuxte", "adddddeeefqghpliyfxtuuxte", "adddddeeeeqghpliyfxtuuxtf", "adddddeeeefghpliyqxtuuxtf", "adddddeeeeffhpliyqxtuuxtg", "adddddeeeeffgpliyqxtuuxth", "adddddeeeeffghliyqxtuuxtp", "adddddeeeeffghilyqxtuuxtp", "adddddeeeeffghilpqxtuuxty", "adddddeeeeffghilpqtxuuxty"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 25, "shuffle": false}, "task_name": "task01", "example_name": "0161", "problem_name": "task01_0161"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: oftivqzwdgukqvfqobkzatk", "label": {"final": "abdffgikkkooqqqttuvvwzz", "init": "oftivqzwdgukqvfqobkzatk", "intermediate": ["aftivqzwdgukqvfqobkzotk", "abtivqzwdgukqvfqofkzotk", "abdivqzwtgukqvfqofkzotk", "abdfvqzwtgukqviqofkzotk", "abdffqzwtgukqviqovkzotk", "abdffgzwtqukqviqovkzotk", "abdffgiwtqukqvzqovkzotk", "abdffgiktquwqvzqovkzotk", "abdffgikkquwqvzqovtzotk", "abdffgikkkuwqvzqovtzotq", "abdffgikkkowqvzquvtzotq", "abdffgikkkooqvzquvtzwtq", "abdffgikkkooqqzvuvtzwtq", "abdffgikkkooqqqvuvtzwtz", "abdffgikkkooqqqtuvvzwtz", "abdffgikkkooqqqttvvzwuz", "abdffgikkkooqqqttuvzwvz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 23, "shuffle": false}, "task_name": "task01", "example_name": "0162", "problem_name": "task01_0162"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ysttreufkblijewtojzoc", "label": {"final": "bceefijjkloorstttuwyz", "init": "ysttreufkblijewtojzoc", "intermediate": ["bsttreufkylijewtojzoc", "bcttreufkylijewtojzos", "bcetrtufkylijewtojzos", "bceertufkylijtwtojzos", "bceefturkylijtwtojzos", "bceefiurkyltjtwtojzos", "bceefijrkyltutwtojzos", "bceefijjkyltutwtorzos", "bceefijjklytutwtorzos", "bceefijjklotutwtyrzos", "bceefijjklooutwtyrzts", "bceefijjkloortwtyuzts", "bceefijjkloorswtyuztt", "bceefijjkloorstwyuztt", "bceefijjkloorsttyuzwt", "bceefijjkloorstttuzwy", "bceefijjkloorstttuwzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 21, "shuffle": false}, "task_name": "task01", "example_name": "0163", "problem_name": "task01_0163"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: vikuccocmbfbhultnlmwaf", "label": {"final": "abbcccffhikllmmnotuuvw", "init": "vikuccocmbfbhultnlmwaf", "intermediate": ["aikuccocmbfbhultnlmwvf", "abkuccocmifbhultnlmwvf", "abbuccocmifkhultnlmwvf", "abbcucocmifkhultnlmwvf", "abbccuocmifkhultnlmwvf", "abbcccoumifkhultnlmwvf", "abbcccfumiokhultnlmwvf", "abbcccffmiokhultnlmwvu", "abbcccffhiokmultnlmwvu", "abbcccffhikomultnlmwvu", "abbcccffhiklmuotnlmwvu", "abbcccffhiklluotnmmwvu", "abbcccffhikllmotnumwvu", "abbcccffhikllmmtnuowvu", "abbcccffhikllmmntuowvu", "abbcccffhikllmmnoutwvu", "abbcccffhikllmmnotuwvu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 22, "shuffle": false}, "task_name": "task01", "example_name": "0164", "problem_name": "task01_0164"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: jeambvuiyecbmvwqxaybuj", "label": {"final": "aabbbceeijjmmquuvvwxyy", "init": "jeambvuiyecbmvwqxaybuj", "intermediate": ["aejmbvuiyecbmvwqxaybuj", "aajmbvuiyecbmvwqxeybuj", "aabmjvuiyecbmvwqxeybuj", "aabbjvuiyecmmvwqxeybuj", "aabbbvuiyecmmvwqxeyjuj", "aabbbcuiyevmmvwqxeyjuj", "aabbbceiyuvmmvwqxeyjuj", "aabbbceeyuvmmvwqxiyjuj", "aabbbceeiuvmmvwqxyyjuj", "aabbbceeijvmmvwqxyyuuj", "aabbbceeijjmmvwqxyyuuv", "aabbbceeijjmmqwvxyyuuv", "aabbbceeijjmmquvxyywuv", "aabbbceeijjmmquuxyywvv", "aabbbceeijjmmquuvyywxv", "aabbbceeijjmmquuvvywxy", "aabbbceeijjmmquuvvwyxy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 22, "shuffle": false}, "task_name": "task01", "example_name": "0165", "problem_name": "task01_0165"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: vlelujfcfylpaahbbynbz", "label": {"final": "aabbbceffhjlllnpuvyyz", "init": "vlelujfcfylpaahbbynbz", "intermediate": ["alelujfcfylpvahbbynbz", "aaelujfcfylpvlhbbynbz", "aablujfcfylpvlhebynbz", "aabbujfcfylpvlhelynbz", "aabbbjfcfylpvlhelynuz", "aabbbcfjfylpvlhelynuz", "aabbbcejfylpvlhflynuz", "aabbbcefjylpvlhflynuz", "aabbbceffylpvlhjlynuz", "aabbbceffhlpvlyjlynuz", "aabbbceffhjpvlyllynuz", "aabbbceffhjlvpyllynuz", "aabbbceffhjllpyvlynuz", "aabbbceffhjlllyvpynuz", "aabbbceffhjlllnvpyyuz", "aabbbceffhjlllnpvyyuz", "aabbbceffhjlllnpuyyvz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 21, "shuffle": false}, "task_name": "task01", "example_name": "0166", "problem_name": "task01_0166"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: jqylkjpayubjchchlxxeniz", "label": {"final": "abccehhijjjkllnpquxxyyz", "init": "jqylkjpayubjchchlxxeniz", "intermediate": ["aqylkjpjyubjchchlxxeniz", "abylkjpjyuqjchchlxxeniz", "abclkjpjyuqjyhchlxxeniz", "abcckjpjyuqjyhlhlxxeniz", "abccejpjyuqjyhlhlxxkniz", "abccehpjyuqjyjlhlxxkniz", "abccehhjyuqjyjlplxxkniz", "abccehhiyuqjyjlplxxknjz", "abccehhijuqyyjlplxxknjz", "abccehhijjqyyulplxxknjz", "abccehhijjjyyulplxxknqz", "abccehhijjjkyulplxxynqz", "abccehhijjjkluyplxxynqz", "abccehhijjjkllypuxxynqz", "abccehhijjjkllnpuxxyyqz", "abccehhijjjkllnpqxxyyuz", "abccehhijjjkllnpquxyyxz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 23, "shuffle": false}, "task_name": "task01", "example_name": "0167", "problem_name": "task01_0167"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ewgxtjdairggzbqhdlumg", "label": {"final": "abddegggghijlmqrtuwxz", "init": "ewgxtjdairggzbqhdlumg", "intermediate": ["awgxtjdeirggzbqhdlumg", "abgxtjdeirggzwqhdlumg", "abdxtjgeirggzwqhdlumg", "abddtjgeirggzwqhxlumg", "abddejgtirggzwqhxlumg", "abddegjtirggzwqhxlumg", "abddeggtirjgzwqhxlumg", "abddegggirjtzwqhxlumg", "abddeggggrjtzwqhxlumi", "abddegggghjtzwqrxlumi", "abddegggghitzwqrxlumj", "abddegggghijzwqrxlumt", "abddegggghijlwqrxzumt", "abddegggghijlmqrxzuwt", "abddegggghijlmqrtzuwx", "abddegggghijlmqrtuzwx", "abddegggghijlmqrtuwzx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 21, "shuffle": false}, "task_name": "task01", "example_name": "0168", "problem_name": "task01_0168"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zjdtqflrnclcncxaqryynkff", "label": {"final": "acccdfffjkllnnnqqrrtxyyz", "init": "zjdtqflrnclcncxaqryynkff", "intermediate": ["ajdtqflrnclcncxzqryynkff", "acdtqflrnjlcncxzqryynkff", "acctqflrnjldncxzqryynkff", "acccqflrnjldntxzqryynkff", "acccdflrnjlqntxzqryynkff", "acccdffrnjlqntxzqryynklf", "acccdfffnjlqntxzqryynklr", "acccdfffjnlqntxzqryynklr", "acccdfffjklqntxzqryynnlr", "acccdfffjkllntxzqryynnqr", "acccdfffjkllnnxzqryytnqr", "acccdfffjkllnnnzqryytxqr", "acccdfffjkllnnnqzryytxqr", "acccdfffjkllnnnqqryytxzr", "acccdfffjkllnnnqqrrytxzy", "acccdfffjkllnnnqqrrtyxzy", "acccdfffjkllnnnqqrrtxyzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 24, "shuffle": false}, "task_name": "task01", "example_name": "0169", "problem_name": "task01_0169"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: tynaxvguqjlohtoqhefjjivik", "label": {"final": "aefghhiijjjklnooqqttuvvxy", "init": "tynaxvguqjlohtoqhefjjivik", "intermediate": ["ayntxvguqjlohtoqhefjjivik", "aentxvguqjlohtoqhyfjjivik", "aeftxvguqjlohtoqhynjjivik", "aefgxvtuqjlohtoqhynjjivik", "aefghvtuqjloxtoqhynjjivik", "aefghhtuqjloxtoqvynjjivik", "aefghhiuqjloxtoqvynjjtvik", "aefghhiiqjloxtoqvynjjtvuk", "aefghhiijqloxtoqvynjjtvuk", "aefghhiijjloxtoqvynqjtvuk", "aefghhiijjjoxtoqvynqltvuk", "aefghhiijjjkxtoqvynqltvuo", "aefghhiijjjkltoqvynqxtvuo", "aefghhiijjjklnoqvytqxtvuo", "aefghhiijjjklnoovytqxtvuq", "aefghhiijjjklnooqytvxtvuq", "aefghhiijjjklnooqqtvxtvuy", "aefghhiijjjklnooqqttxvvuy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 25, "shuffle": false}, "task_name": "task01", "example_name": "0170", "problem_name": "task01_0170"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: hmvwfuijshhpfiwlxuymaj", "label": {"final": "affhhhiijjlmmpsuuvwwxy", "init": "hmvwfuijshhpfiwlxuymaj", "intermediate": ["amvwfuijshhpfiwlxuymhj", "afvwmuijshhpfiwlxuymhj", "affwmuijshhpviwlxuymhj", "affhmuijswhpviwlxuymhj", "affhhuijswmpviwlxuymhj", "affhhhijswmpviwlxuymuj", "affhhhiiswmpvjwlxuymuj", "affhhhiijwmpvswlxuymuj", "affhhhiijjmpvswlxuymuw", "affhhhiijjlpvswmxuymuw", "affhhhiijjlmvswpxuymuw", "affhhhiijjlmmswpxuyvuw", "affhhhiijjlmmpwsxuyvuw", "affhhhiijjlmmpswxuyvuw", "affhhhiijjlmmpsuxwyvuw", "affhhhiijjlmmpsuuwyvxw", "affhhhiijjlmmpsuuvywxw", "affhhhiijjlmmpsuuvwyxw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 22, "shuffle": false}, "task_name": "task01", "example_name": "0171", "problem_name": "task01_0171"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qorjouzfdhmlhhmkmyoay", "label": {"final": "adfhhhjklmmmoooqruyyz", "init": "qorjouzfdhmlhhmkmyoay", "intermediate": ["aorjouzfdhmlhhmkmyoqy", "adrjouzfohmlhhmkmyoqy", "adfjouzrohmlhhmkmyoqy", "adfhouzrojmlhhmkmyoqy", "adfhhuzrojmlohmkmyoqy", "adfhhhzrojmloumkmyoqy", "adfhhhjrozmloumkmyoqy", "adfhhhjkozmloumrmyoqy", "adfhhhjklzmooumrmyoqy", "adfhhhjklmzooumrmyoqy", "adfhhhjklmmoouzrmyoqy", "adfhhhjklmmmouzroyoqy", "adfhhhjklmmmoozruyoqy", "adfhhhjklmmmoooruyzqy", "adfhhhjklmmmoooquyzry", "adfhhhjklmmmoooqryzuy", "adfhhhjklmmmoooqruzyy", "adfhhhjklmmmoooqruyzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 21, "shuffle": false}, "task_name": "task01", "example_name": "0172", "problem_name": "task01_0172"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: repjcsohodtxuisyagevx", "label": {"final": "acdeeghijooprsstuvxxy", "init": "repjcsohodtxuisyagevx", "intermediate": ["aepjcsohodtxuisyrgevx", "acpjesohodtxuisyrgevx", "acdjesohoptxuisyrgevx", "acdejsohoptxuisyrgevx", "acdeesohoptxuisyrgjvx", "acdeegohoptxuisyrsjvx", "acdeeghooptxuisyrsjvx", "acdeeghioptxuosyrsjvx", "acdeeghijptxuosyrsovx", "acdeeghijotxupsyrsovx", "acdeeghijooxupsyrstvx", "acdeeghijoopuxsyrstvx", "acdeeghijooprxsyustvx", "acdeeghijooprsxyustvx", "acdeeghijooprssyuxtvx", "acdeeghijooprsstuxyvx", "acdeeghijooprsstuvyxx", "acdeeghijooprsstuvxyx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 21, "shuffle": false}, "task_name": "task01", "example_name": "0173", "problem_name": "task01_0173"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: uabqcuwhvvbycvdnysqkunbpt", "label": {"final": "abbbccdhknnpqqstuuuvvvwyy", "init": "uabqcuwhvvbycvdnysqkunbpt", "intermediate": ["aubqcuwhvvbycvdnysqkunbpt", "abuqcuwhvvbycvdnysqkunbpt", "abbqcuwhvvuycvdnysqkunbpt", "abbbcuwhvvuycvdnysqkunqpt", "abbbccwhvvuyuvdnysqkunqpt", "abbbccdhvvuyuvwnysqkunqpt", "abbbccdhkvuyuvwnysqvunqpt", "abbbccdhknuyuvwvysqvunqpt", "abbbccdhknnyuvwvysqvuuqpt", "abbbccdhknnpuvwvysqvuuqyt", "abbbccdhknnpqvwvysuvuuqyt", "abbbccdhknnpqqwvysuvuuvyt", "abbbccdhknnpqqsvywuvuuvyt", "abbbccdhknnpqqstywuvuuvyv", "abbbccdhknnpqqstuwyvuuvyv", "abbbccdhknnpqqstuuyvwuvyv", "abbbccdhknnpqqstuuuvwyvyv", "abbbccdhknnpqqstuuuvvywyv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 25, "shuffle": false}, "task_name": "task01", "example_name": "0174", "problem_name": "task01_0174"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: dqjkjoscjyfbelchtdjcubu", "label": {"final": "bbcccddefhjjjjkloqstuuy", "init": "dqjkjoscjyfbelchtdjcubu", "intermediate": ["bqjkjoscjyfdelchtdjcubu", "bbjkjoscjyfdelchtdjcuqu", "bbckjosjjyfdelchtdjcuqu", "bbccjosjjyfdelkhtdjcuqu", "bbcccosjjyfdelkhtdjjuqu", "bbcccdsjjyfoelkhtdjjuqu", "bbcccddjjyfoelkhtsjjuqu", "bbcccddejyfojlkhtsjjuqu", "bbcccddefyjojlkhtsjjuqu", "bbcccddefhjojlkytsjjuqu", "bbcccddefhjjolkytsjjuqu", "bbcccddefhjjjlkytsojuqu", "bbcccddefhjjjjkytsoluqu", "bbcccddefhjjjjkltsoyuqu", "bbcccddefhjjjjklostyuqu", "bbcccddefhjjjjkloqtyusu", "bbcccddefhjjjjkloqsyutu", "bbcccddefhjjjjkloqstuyu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 23, "shuffle": false}, "task_name": "task01", "example_name": "0175", "problem_name": "task01_0175"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kzehrfdzuzaaryioeaktqat", "label": {"final": "aaaadeefhikkoqrrttuyzzz", "init": "kzehrfdzuzaaryioeaktqat", "intermediate": ["azehrfdzuzkaryioeaktqat", "aaehrfdzuzkzryioeaktqat", "aaahrfdzuzkzryioeektqat", "aaaarfdzuzkzryioeektqht", "aaaadfrzuzkzryioeektqht", "aaaaderzuzkzryiofektqht", "aaaadeezuzkzryiofrktqht", "aaaadeefuzkzryiozrktqht", "aaaadeefhzkzryiozrktqut", "aaaadeefhikzryzozrktqut", "aaaadeefhikkryzozrztqut", "aaaadeefhikkoyzrzrztqut", "aaaadeefhikkoqzrzrztyut", "aaaadeefhikkoqrzzrztyut", "aaaadeefhikkoqrrzzztyut", "aaaadeefhikkoqrrtzzzyut", "aaaadeefhikkoqrrttzzyuz", "aaaadeefhikkoqrrttuzyzz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 23, "shuffle": false}, "task_name": "task01", "example_name": "0176", "problem_name": "task01_0176"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: oxbroaxwomdymupasxwghq", "label": {"final": "aabdghmmooopqrsuwwxxxy", "init": "oxbroaxwomdymupasxwghq", "intermediate": ["axbrooxwomdymupasxwghq", "aabrooxwomdymupxsxwghq", "aabdooxwomrymupxsxwghq", "aabdgoxwomrymupxsxwohq", "aabdghxwomrymupxsxwooq", "aabdghmwoxrymupxsxwooq", "aabdghmmoxrywupxsxwooq", "aabdghmmoorywupxsxwxoq", "aabdghmmoooywupxsxwxrq", "aabdghmmooopwuyxsxwxrq", "aabdghmmooopquyxsxwxrw", "aabdghmmooopqryxsxwxuw", "aabdghmmooopqrsxyxwxuw", "aabdghmmooopqrsuyxwxxw", "aabdghmmooopqrsuwxyxxw", "aabdghmmooopqrsuwwyxxx", "aabdghmmooopqrsuwwxyxx", "aabdghmmooopqrsuwwxxyx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 22, "shuffle": false}, "task_name": "task01", "example_name": "0177", "problem_name": "task01_0177"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: siwmwijcomvurcrdxgfrzsbyzz", "label": {"final": "bccdfgiijmmorrrssuvwwxyzzz", "init": "siwmwijcomvurcrdxgfrzsbyzz", "intermediate": ["biwmwijcomvurcrdxgfrzssyzz", "bcwmwijiomvurcrdxgfrzssyzz", "bccmwijiomvurwrdxgfrzssyzz", "bccdwijiomvurwrmxgfrzssyzz", "bccdfijiomvurwrmxgwrzssyzz", "bccdfgjiomvurwrmxiwrzssyzz", "bccdfgijomvurwrmxiwrzssyzz", "bccdfgiiomvurwrmxjwrzssyzz", "bccdfgiijmvurwrmxowrzssyzz", "bccdfgiijmmurwrvxowrzssyzz", "bccdfgiijmmorwrvxuwrzssyzz", "bccdfgiijmmorrwvxuwrzssyzz", "bccdfgiijmmorrrvxuwwzssyzz", "bccdfgiijmmorrrsxuwwzvsyzz", "bccdfgiijmmorrrssuwwzvxyzz", "bccdfgiijmmorrrssuvwzwxyzz", "bccdfgiijmmorrrssuvwwzxyzz", "bccdfgiijmmorrrssuvwwxzyzz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 26, "shuffle": false}, "task_name": "task01", "example_name": "0178", "problem_name": "task01_0178"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pymzrnuaprwkqfuohkclek", "label": {"final": "acefhkkklmnoppqrruuwyz", "init": "pymzrnuaprwkqfuohkclek", "intermediate": ["aymzrnupprwkqfuohkclek", "acmzrnupprwkqfuohkylek", "acezrnupprwkqfuohkylmk", "acefrnupprwkqzuohkylmk", "acefhnupprwkqzuorkylmk", "acefhkupprwnqzuorkylmk", "acefhkkpprwnqzuoruylmk", "acefhkkkprwnqzuoruylmp", "acefhkkklrwnqzuoruypmp", "acefhkkklmwnqzuoruyprp", "acefhkkklmnwqzuoruyprp", "acefhkkklmnoqzuwruyprp", "acefhkkklmnopzuwruyqrp", "acefhkkklmnoppuwruyqrz", "acefhkkklmnoppqwruyurz", "acefhkkklmnoppqrwuyurz", "acefhkkklmnoppqrruyuwz", "acefhkkklmnoppqrruuywz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 22, "shuffle": false}, "task_name": "task01", "example_name": "0179", "problem_name": "task01_0179"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: sdnvwwtgodkgctsoxhvuotcdxr", "label": {"final": "ccdddgghknooorsstttuvvwwxx", "init": "sdnvwwtgodkgctsoxhvuotcdxr", "intermediate": ["cdnvwwtgodkgstsoxhvuotcdxr", "ccnvwwtgodkgstsoxhvuotddxr", "ccdvwwtgonkgstsoxhvuotddxr", "ccddwwtgonkgstsoxhvuotvdxr", "ccdddwtgonkgstsoxhvuotvwxr", "ccdddgtwonkgstsoxhvuotvwxr", "ccdddggwonktstsoxhvuotvwxr", "ccdddgghonktstsoxwvuotvwxr", "ccdddgghknotstsoxwvuotvwxr", "ccdddgghknooststxwvuotvwxr", "ccdddgghknoootstxwvustvwxr", "ccdddgghknooorstxwvustvwxt", "ccdddgghknooorssxwvuttvwxt", "ccdddgghknooorsstwvuxtvwxt", "ccdddgghknooorssttvuxwvwxt", "ccdddgghknooorsstttuxwvwxv", "ccdddgghknooorsstttuvwxwxv", "ccdddgghknooorsstttuvvxwxw", "ccdddgghknooorsstttuvvwxxw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 26, "shuffle": false}, "task_name": "task01", "example_name": "0180", "problem_name": "task01_0180"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: lhxabpiwuvvmfzwbbdembmnz", "label": {"final": "abbbbdefhilmmmnpuvvwwxzz", "init": "lhxabpiwuvvmfzwbbdembmnz", "intermediate": ["ahxlbpiwuvvmfzwbbdembmnz", "abxlhpiwuvvmfzwbbdembmnz", "abblhpiwuvvmfzwxbdembmnz", "abbbhpiwuvvmfzwxldembmnz", "abbbbpiwuvvmfzwxldemhmnz", "abbbbdiwuvvmfzwxlpemhmnz", "abbbbdewuvvmfzwxlpimhmnz", "abbbbdefuvvmwzwxlpimhmnz", "abbbbdefhvvmwzwxlpimumnz", "abbbbdefhivmwzwxlpvmumnz", "abbbbdefhilmwzwxvpvmumnz", "abbbbdefhilmmzwxvpvwumnz", "abbbbdefhilmmmwxvpvwuznz", "abbbbdefhilmmmnxvpvwuzwz", "abbbbdefhilmmmnpvxvwuzwz", "abbbbdefhilmmmnpuxvwvzwz", "abbbbdefhilmmmnpuvxwvzwz", "abbbbdefhilmmmnpuvvwxzwz", "abbbbdefhilmmmnpuvvwwzxz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 24, "shuffle": false}, "task_name": "task01", "example_name": "0181", "problem_name": "task01_0181"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fgwdqoxmuuwoiwgkeuylybad", "label": {"final": "abddefggiklmooquuuwwwxyy", "init": "fgwdqoxmuuwoiwgkeuylybad", "intermediate": ["agwdqoxmuuwoiwgkeuylybfd", "abwdqoxmuuwoiwgkeuylygfd", "abdwqoxmuuwoiwgkeuylygfd", "abddqoxmuuwoiwgkeuylygfw", "abddeoxmuuwoiwgkquylygfw", "abddefxmuuwoiwgkquylygow", "abddefgmuuwoiwxkquylygow", "abddefgguuwoiwxkquylymow", "abddefggiuwouwxkquylymow", "abddefggikwouwxuquylymow", "abddefggiklouwxuquywymow", "abddefggiklmuwxuquywyoow", "abddefggiklmowxuquywyuow", "abddefggiklmooxuquywyuww", "abddefggiklmooquxuywyuww", "abddefggiklmooquuxywyuww", "abddefggiklmooquuuywyxww", "abddefggiklmooquuuwyyxww", "abddefggiklmooquuuwwyxyw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 24, "shuffle": false}, "task_name": "task01", "example_name": "0182", "problem_name": "task01_0182"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: daucbssceuwzmbfngktkpbs", "label": {"final": "abbbccdefgkkmnpssstuuwz", "init": "daucbssceuwzmbfngktkpbs", "intermediate": ["aducbssceuwzmbfngktkpbs", "abucdssceuwzmbfngktkpbs", "abbcdssceuwzmufngktkpbs", "abbbdssceuwzmufngktkpcs", "abbbcssdeuwzmufngktkpcs", "abbbccsdeuwzmufngktkpss", "abbbccdseuwzmufngktkpss", "abbbccdesuwzmufngktkpss", "abbbccdefuwzmusngktkpss", "abbbccdefgwzmusnuktkpss", "abbbccdefgkzmusnuwtkpss", "abbbccdefgkkmusnuwtzpss", "abbbccdefgkkmnsuuwtzpss", "abbbccdefgkkmnpuuwtzsss", "abbbccdefgkkmnpsuwtzuss", "abbbccdefgkkmnpsswtzuus", "abbbccdefgkkmnpssstzuuw", "abbbccdefgkkmnpssstuzuw", "abbbccdefgkkmnpssstuuzw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 23, "shuffle": false}, "task_name": "task01", "example_name": "0183", "problem_name": "task01_0183"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: yrhhxnrvavgmnulxxijpwrr", "label": {"final": "aghhijlmnnprrrruvvwxxxy", "init": "yrhhxnrvavgmnulxxijpwrr", "intermediate": ["arhhxnrvyvgmnulxxijpwrr", "aghhxnrvyvrmnulxxijpwrr", "aghhinrvyvrmnulxxxjpwrr", "aghhijrvyvrmnulxxxnpwrr", "aghhijlvyvrmnurxxxnpwrr", "aghhijlmyvrvnurxxxnpwrr", "aghhijlmnvrvyurxxxnpwrr", "aghhijlmnnrvyurxxxvpwrr", "aghhijlmnnpvyurxxxvrwrr", "aghhijlmnnpryuvxxxvrwrr", "aghhijlmnnprruvxxxvywrr", "aghhijlmnnprrrvxxxvywur", "aghhijlmnnprrrrxxxvywuv", "aghhijlmnnprrrruxxvywxv", "aghhijlmnnprrrruvxxywxv", "aghhijlmnnprrrruvvxywxx", "aghhijlmnnprrrruvvwyxxx", "aghhijlmnnprrrruvvwxyxx", "aghhijlmnnprrrruvvwxxyx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 23, "shuffle": false}, "task_name": "task01", "example_name": "0184", "problem_name": "task01_0184"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: utsdjyiivnzbimnddudtbonwsl", "label": {"final": "bbddddiiijlmnnnossttuuvwyz", "init": "utsdjyiivnzbimnddudtbonwsl", "intermediate": ["btsdjyiivnzuimnddudtbonwsl", "bbsdjyiivnzuimnddudttonwsl", "bbdsjyiivnzuimnddudttonwsl", "bbddjyiivnzuimnsdudttonwsl", "bbdddyiivnzuimnsjudttonwsl", "bbddddiivnzuimnsjuyttonwsl", "bbddddiiinzuvmnsjuyttonwsl", "bbddddiiijzuvmnsnuyttonwsl", "bbddddiiijluvmnsnuyttonwsz", "bbddddiiijlmvunsnuyttonwsz", "bbddddiiijlmnuvsnuyttonwsz", "bbddddiiijlmnnvsuuyttonwsz", "bbddddiiijlmnnnsuuyttovwsz", "bbddddiiijlmnnnouuyttsvwsz", "bbddddiiijlmnnnosuyttuvwsz", "bbddddiiijlmnnnossyttuvwuz", "bbddddiiijlmnnnosstytuvwuz", "bbddddiiijlmnnnossttyuvwuz", "bbddddiiijlmnnnossttuyvwuz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 26, "shuffle": false}, "task_name": "task01", "example_name": "0185", "problem_name": "task01_0185"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: wejpweqpxiydwgnvbhycjghg", "label": {"final": "bcdeeggghhijjnppqvwwwxyy", "init": "wejpweqpxiydwgnvbhycjghg", "intermediate": ["bejpweqpxiydwgnvwhycjghg", "bcjpweqpxiydwgnvwhyejghg", "bcdpweqpxiyjwgnvwhyejghg", "bcdewpqpxiyjwgnvwhyejghg", "bcdeepqpxiyjwgnvwhywjghg", "bcdeegqpxiyjwpnvwhywjghg", "bcdeeggpxiyjwpnvwhywjqhg", "bcdeegggxiyjwpnvwhywjqhp", "bcdeeggghiyjwpnvwxywjqhp", "bcdeeggghhyjwpnvwxywjqip", "bcdeeggghhijwpnvwxywjqyp", "bcdeeggghhijjpnvwxywwqyp", "bcdeeggghhijjnpvwxywwqyp", "bcdeeggghhijjnppwxywwqyv", "bcdeeggghhijjnppqxywwwyv", "bcdeeggghhijjnppqvywwwyx", "bcdeeggghhijjnppqvwywwyx", "bcdeeggghhijjnppqvwwywyx", "bcdeeggghhijjnppqvwwwyyx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 24, "shuffle": false}, "task_name": "task01", "example_name": "0186", "problem_name": "task01_0186"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fimalwakmqtaxdmkkgjunab", "label": {"final": "aaaabdfgijkkklmmmnqtuwx", "init": "fimalwakmqtaxdmkkgjunab", "intermediate": ["aimflwakmqtaxdmkkgjunab", "aamflwikmqtaxdmkkgjunab", "aaaflwikmqtmxdmkkgjunab", "aaaalwikmqtmxdmkkgjunfb", "aaaabwikmqtmxdmkkgjunfl", "aaaabdikmqtmxwmkkgjunfl", "aaaabdfkmqtmxwmkkgjunil", "aaaabdfgmqtmxwmkkkjunil", "aaaabdfgiqtmxwmkkkjunml", "aaaabdfgijtmxwmkkkqunml", "aaaabdfgijkmxwmtkkqunml", "aaaabdfgijkkxwmtmkqunml", "aaaabdfgijkkkwmtmxqunml", "aaaabdfgijkkklmtmxqunmw", "aaaabdfgijkkklmmtxqunmw", "aaaabdfgijkkklmmmxquntw", "aaaabdfgijkkklmmmnquxtw", "aaaabdfgijkkklmmmnqtxuw", "aaaabdfgijkkklmmmnqtuxw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 23, "shuffle": false}, "task_name": "task01", "example_name": "0187", "problem_name": "task01_0187"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zlfjfzzsnxsxcqtnpcrhvokqg", "label": {"final": "ccffghjklnnopqqrsstvxxzzz", "init": "zlfjfzzsnxsxcqtnpcrhvokqg", "intermediate": ["clfjfzzsnxsxzqtnpcrhvokqg", "ccfjfzzsnxsxzqtnplrhvokqg", "ccffjzzsnxsxzqtnplrhvokqg", "ccffgzzsnxsxzqtnplrhvokqj", "ccffghzsnxsxzqtnplrzvokqj", "ccffghjsnxsxzqtnplrzvokqz", "ccffghjknxsxzqtnplrzvosqz", "ccffghjklxsxzqtnpnrzvosqz", "ccffghjklnsxzqtxpnrzvosqz", "ccffghjklnnxzqtxpsrzvosqz", "ccffghjklnnozqtxpsrzvxsqz", "ccffghjklnnopqtxzsrzvxsqz", "ccffghjklnnopqqxzsrzvxstz", "ccffghjklnnopqqrzsxzvxstz", "ccffghjklnnopqqrszxzvxstz", "ccffghjklnnopqqrssxzvxztz", "ccffghjklnnopqqrsstzvxzxz", "ccffghjklnnopqqrsstvzxzxz", "ccffghjklnnopqqrsstvxzzxz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 25, "shuffle": false}, "task_name": "task01", "example_name": "0188", "problem_name": "task01_0188"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: mawbxnwjfpqaznhbbmpovrrdpz", "label": {"final": "aabbbdfhjmmnnopppqrrvwwxzz", "init": "mawbxnwjfpqaznhbbmpovrrdpz", "intermediate": ["amwbxnwjfpqaznhbbmpovrrdpz", "aawbxnwjfpqmznhbbmpovrrdpz", "aabwxnwjfpqmznhbbmpovrrdpz", "aabbxnwjfpqmznhwbmpovrrdpz", "aabbbnwjfpqmznhwxmpovrrdpz", "aabbbdwjfpqmznhwxmpovrrnpz", "aabbbdfjwpqmznhwxmpovrrnpz", "aabbbdfhwpqmznjwxmpovrrnpz", "aabbbdfhjpqmznwwxmpovrrnpz", "aabbbdfhjmqpznwwxmpovrrnpz", "aabbbdfhjmmpznwwxqpovrrnpz", "aabbbdfhjmmnzpwwxqpovrrnpz", "aabbbdfhjmmnnpwwxqpovrrzpz", "aabbbdfhjmmnnowwxqppvrrzpz", "aabbbdfhjmmnnopwxqwpvrrzpz", "aabbbdfhjmmnnoppxqwwvrrzpz", "aabbbdfhjmmnnopppqwwvrrzxz", "aabbbdfhjmmnnopppqrwvwrzxz", "aabbbdfhjmmnnopppqrrvwwzxz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 26, "shuffle": false}, "task_name": "task01", "example_name": "0189", "problem_name": "task01_0189"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qdqdehciiafzzeiinarpkofxa", "label": {"final": "aaacddeeffhiiiiknopqqrxzz", "init": "qdqdehciiafzzeiinarpkofxa", "intermediate": ["adqdehciiqfzzeiinarpkofxa", "aaqdehciiqfzzeiindrpkofxa", "aaadehciiqfzzeiindrpkofxq", "aaacehdiiqfzzeiindrpkofxq", "aaacdheiiqfzzeiindrpkofxq", "aaacddeiiqfzzeiinhrpkofxq", "aaacddeeiqfzziiinhrpkofxq", "aaacddeefqizziiinhrpkofxq", "aaacddeeffizziiinhrpkoqxq", "aaacddeeffhzziiinirpkoqxq", "aaacddeeffhizziinirpkoqxq", "aaacddeeffhiizzinirpkoqxq", "aaacddeeffhiiizznirpkoqxq", "aaacddeeffhiiiiznzrpkoqxq", "aaacddeeffhiiiiknzrpzoqxq", "aaacddeeffhiiiiknorpzzqxq", "aaacddeeffhiiiiknoprzzqxq", "aaacddeeffhiiiiknopqzzrxq", "aaacddeeffhiiiiknopqqzrxz", "aaacddeeffhiiiiknopqqrzxz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 25, "shuffle": false}, "task_name": "task01", "example_name": "0190", "problem_name": "task01_0190"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: suprbaervejjefhhakkpugfa", "label": {"final": "aaabeeeffghhjjkkpprrsuuv", "init": "suprbaervejjefhhakkpugfa", "intermediate": ["auprbservejjefhhakkpugfa", "aaprbservejjefhhukkpugfa", "aaarbservejjefhhukkpugfp", "aaabrservejjefhhukkpugfp", "aaabesrrvejjefhhukkpugfp", "aaabeerrvsjjefhhukkpugfp", "aaabeeervsjjrfhhukkpugfp", "aaabeeefvsjjrrhhukkpugfp", "aaabeeeffsjjrrhhukkpugvp", "aaabeeeffgjjrrhhukkpusvp", "aaabeeeffghjrrjhukkpusvp", "aaabeeeffghhrrjjukkpusvp", "aaabeeeffghhjrrjukkpusvp", "aaabeeeffghhjjrrukkpusvp", "aaabeeeffghhjjkrurkpusvp", "aaabeeeffghhjjkkurrpusvp", "aaabeeeffghhjjkkprruusvp", "aaabeeeffghhjjkkppruusvr", "aaabeeeffghhjjkkpprrusvu", "aaabeeeffghhjjkkpprrsuvu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 24, "shuffle": false}, "task_name": "task01", "example_name": "0191", "problem_name": "task01_0191"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: lkbngydievkfxuypgukkgrycr", "label": {"final": "bcdefgggikkkklnprruuvxyyy", "init": "lkbngydievkfxuypgukkgrycr", "intermediate": ["bklngydievkfxuypgukkgrycr", "bclngydievkfxuypgukkgrykr", "bcdngylievkfxuypgukkgrykr", "bcdegylinvkfxuypgukkgrykr", "bcdefylinvkgxuypgukkgrykr", "bcdefglinvkyxuypgukkgrykr", "bcdefgginvkyxuyplukkgrykr", "bcdefgggnvkyxuyplukkirykr", "bcdefgggivkyxuyplukknrykr", "bcdefgggikvyxuyplukknrykr", "bcdefgggikkyxuypluvknrykr", "bcdefgggikkkxuypluvynrykr", "bcdefgggikkkkuypluvynryxr", "bcdefgggikkkklypuuvynryxr", "bcdefgggikkkklnpuuvyyryxr", "bcdefgggikkkklnpruvyyuyxr", "bcdefgggikkkklnprrvyyuyxu", "bcdefgggikkkklnprruyyvyxu", "bcdefgggikkkklnprruuyvyxy", "bcdefgggikkkklnprruuvyyxy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 25, "shuffle": false}, "task_name": "task01", "example_name": "0192", "problem_name": "task01_0192"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: yydnkebwyuwboezdnvnjvpjb", "label": {"final": "bbbddeejjknnnopuvvwwyyyz", "init": "yydnkebwyuwboezdnvnjvpjb", "intermediate": ["bydnkeywyuwboezdnvnjvpjb", "bbdnkeywyuwyoezdnvnjvpjb", "bbbnkeywyuwyoezdnvnjvpjd", "bbbdkeywyuwyoeznnvnjvpjd", "bbbddeywyuwyoeznnvnjvpjk", "bbbddeewyuwyoyznnvnjvpjk", "bbbddeejyuwyoyznnvnwvpjk", "bbbddeejjuwyoyznnvnwvpyk", "bbbddeejjkwyoyznnvnwvpyu", "bbbddeejjknyoyzwnvnwvpyu", "bbbddeejjknnoyzwyvnwvpyu", "bbbddeejjknnnyzwyvowvpyu", "bbbddeejjknnnozwyvywvpyu", "bbbddeejjknnnopwyvywvzyu", "bbbddeejjknnnopuyvywvzyw", "bbbddeejjknnnopuvyywvzyw", "bbbddeejjknnnopuvvywyzyw", "bbbddeejjknnnopuvvwyyzyw", "bbbddeejjknnnopuvvwwyzyy", "bbbddeejjknnnopuvvwwyyzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 24, "shuffle": false}, "task_name": "task01", "example_name": "0193", "problem_name": "task01_0193"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: iabnczidmvvhrtnurwnunxzsjh", "label": {"final": "abcdhhiijmnnnnrrstuuvvwxzz", "init": "iabnczidmvvhrtnurwnunxzsjh", "intermediate": ["aibnczidmvvhrtnurwnunxzsjh", "abinczidmvvhrtnurwnunxzsjh", "abcnizidmvvhrtnurwnunxzsjh", "abcdizinmvvhrtnurwnunxzsjh", "abcdhzinmvvirtnurwnunxzsjh", "abcdhhinmvvirtnurwnunxzsjz", "abcdhhiimvvnrtnurwnunxzsjz", "abcdhhiijvvnrtnurwnunxzsmz", "abcdhhiijmvnrtnurwnunxzsvz", "abcdhhiijmnvrtnurwnunxzsvz", "abcdhhiijmnnrtvurwnunxzsvz", "abcdhhiijmnnntvurwrunxzsvz", "abcdhhiijmnnnnvurwrutxzsvz", "abcdhhiijmnnnnruvwrutxzsvz", "abcdhhiijmnnnnrrvwuutxzsvz", "abcdhhiijmnnnnrrswuutxzvvz", "abcdhhiijmnnnnrrstuuwxzvvz", "abcdhhiijmnnnnrrstuuvxzwvz", "abcdhhiijmnnnnrrstuuvvzwxz", "abcdhhiijmnnnnrrstuuvvwzxz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 26, "shuffle": false}, "task_name": "task01", "example_name": "0194", "problem_name": "task01_0194"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fxktknarxdppbjudkdxueovnse", "label": {"final": "abdddeefjkkknnopprstuuvxxx", "init": "fxktknarxdppbjudkdxueovnse", "intermediate": ["axktknfrxdppbjudkdxueovnse", "abktknfrxdppxjudkdxueovnse", "abdtknfrxkppxjudkdxueovnse", "abddknfrxkppxjutkdxueovnse", "abdddnfrxkppxjutkkxueovnse", "abdddefrxkppxjutkkxunovnse", "abdddeerxkppxjutkkxunovnsf", "abdddeefxkppxjutkkxunovnsr", "abdddeefjkppxxutkkxunovnsr", "abdddeefjkkpxxutpkxunovnsr", "abdddeefjkkkxxutppxunovnsr", "abdddeefjkkknxutppxuxovnsr", "abdddeefjkkknnutppxuxovxsr", "abdddeefjkkknnotppxuxuvxsr", "abdddeefjkkknnoptpxuxuvxsr", "abdddeefjkkknnopptxuxuvxsr", "abdddeefjkkknnopprxuxuvxst", "abdddeefjkkknnopprsuxuvxxt", "abdddeefjkkknnopprstxuvxxu", "abdddeefjkkknnopprstuxvxxu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 26, "shuffle": false}, "task_name": "task01", "example_name": "0195", "problem_name": "task01_0195"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fjkjajfswtqtsvnaijjhqyl", "label": {"final": "aaffhijjjjjklnqqssttvwy", "init": "fjkjajfswtqtsvnaijjhqyl", "intermediate": ["ajkjfjfswtqtsvnaijjhqyl", "aakjfjfswtqtsvnjijjhqyl", "aafjkjfswtqtsvnjijjhqyl", "aaffkjjswtqtsvnjijjhqyl", "aaffhjjswtqtsvnjijjkqyl", "aaffhijswtqtsvnjjjjkqyl", "aaffhijjwtqtsvnsjjjkqyl", "aaffhijjjtqtsvnswjjkqyl", "aaffhijjjjqtsvnswtjkqyl", "aaffhijjjjjtsvnswtqkqyl", "aaffhijjjjjksvnswtqtqyl", "aaffhijjjjjklvnswtqtqys", "aaffhijjjjjklnvswtqtqys", "aaffhijjjjjklnqswtvtqys", "aaffhijjjjjklnqqwtvtsys", "aaffhijjjjjklnqqstvtwys", "aaffhijjjjjklnqqssvtwyt", "aaffhijjjjjklnqqsstvwyt", "aaffhijjjjjklnqqssttwyv", "aaffhijjjjjklnqqssttvyw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 23, "shuffle": false}, "task_name": "task01", "example_name": "0196", "problem_name": "task01_0196"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: umwiwmxdrxksrfnrwsjlhchk", "label": {"final": "cdfhhijkklmmnrrrssuwwwxx", "init": "umwiwmxdrxksrfnrwsjlhchk", "intermediate": ["cmwiwmxdrxksrfnrwsjlhuhk", "cdwiwmxmrxksrfnrwsjlhuhk", "cdfiwmxmrxksrwnrwsjlhuhk", "cdfhwmxmrxksrwnrwsjliuhk", "cdfhhmxmrxksrwnrwsjliuwk", "cdfhhixmrxksrwnrwsjlmuwk", "cdfhhijmrxksrwnrwsxlmuwk", "cdfhhijkrxmsrwnrwsxlmuwk", "cdfhhijkkxmsrwnrwsxlmuwr", "cdfhhijkklmsrwnrwsxxmuwr", "cdfhhijkklmmrwnrwsxxsuwr", "cdfhhijkklmmnwrrwsxxsuwr", "cdfhhijkklmmnrwrwsxxsuwr", "cdfhhijkklmmnrrwwsxxsuwr", "cdfhhijkklmmnrrrwsxxsuww", "cdfhhijkklmmnrrrswxxsuww", "cdfhhijkklmmnrrrssxxwuww", "cdfhhijkklmmnrrrssuxwxww", "cdfhhijkklmmnrrrssuwxxww", "cdfhhijkklmmnrrrssuwwxxw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 24, "shuffle": false}, "task_name": "task01", "example_name": "0197", "problem_name": "task01_0197"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: lcnmtjdyvxammdyjwjveboqawnj", "label": {"final": "aabcddejjjjlmmmnnoqtvvwwxyy", "init": "lcnmtjdyvxammdyjwjveboqawnj", "intermediate": ["acnmtjdyvxlmmdyjwjveboqawnj", "aanmtjdyvxlmmdyjwjveboqcwnj", "aabmtjdyvxlmmdyjwjvenoqcwnj", "aabctjdyvxlmmdyjwjvenoqmwnj", "aabcdjtyvxlmmdyjwjvenoqmwnj", "aabcddtyvxlmmjyjwjvenoqmwnj", "aabcddeyvxlmmjyjwjvtnoqmwnj", "aabcddejvxlmmyyjwjvtnoqmwnj", "aabcddejjxlmmyyvwjvtnoqmwnj", "aabcddejjjlmmyyvwxvtnoqmwnj", "aabcddejjjjmmyyvwxvtnoqmwnl", "aabcddejjjjlmyyvwxvtnoqmwnm", "aabcddejjjjlmmyvwxvtnoqywnm", "aabcddejjjjlmmmvwxvtnoqywny", "aabcddejjjjlmmmnwxvtvoqywny", "aabcddejjjjlmmmnnxvtvoqywwy", "aabcddejjjjlmmmnnovtvxqywwy", "aabcddejjjjlmmmnnoqtvxvywwy", "aabcddejjjjlmmmnnoqtvvxywwy", "aabcddejjjjlmmmnnoqtvvwyxwy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 27, "shuffle": false}, "task_name": "task01", "example_name": "0198", "problem_name": "task01_0198"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: setsgacfeewnokghtwwtkslxp", "label": {"final": "aceeefgghkklnopssstttwwwx", "init": "setsgacfeewnokghtwwtkslxp", "intermediate": ["aetsgscfeewnokghtwwtkslxp", "actsgsefeewnokghtwwtkslxp", "acesgstfeewnokghtwwtkslxp", "aceegstfsewnokghtwwtkslxp", "aceeestfsgwnokghtwwtkslxp", "aceeeftssgwnokghtwwtkslxp", "aceeefgsstwnokghtwwtkslxp", "aceeefggstwnokshtwwtkslxp", "aceeefgghtwnoksstwwtkslxp", "aceeefgghkwnotsstwwtkslxp", "aceeefgghkknotsstwwtwslxp", "aceeefgghkklotsstwwtwsnxp", "aceeefgghkklntsstwwtwsoxp", "aceeefgghkklnosstwwtwstxp", "aceeefgghkklnopstwwtwstxs", "aceeefgghkklnopsswwtwttxs", "aceeefgghkklnopssswtwttxw", "aceeefgghkklnopssstwwttxw", "aceeefgghkklnopsssttwwtxw", "aceeefgghkklnopssstttwwxw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 25, "shuffle": false}, "task_name": "task01", "example_name": "0199", "problem_name": "task01_0199"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fbxkcymfyjkczpzpevyewruggxuxr", "label": {"final": "bcceeffggjkkmpprruuvwxxxyyyzz", "init": "fbxkcymfyjkczpzpevyewruggxuxr", "intermediate": ["bfxkcymfyjkczpzpevyewruggxuxr", "bcxkfymfyjkczpzpevyewruggxuxr", "bcckfymfyjkxzpzpevyewruggxuxr", "bccefymfyjkxzpzpkvyewruggxuxr", "bcceeymfyjkxzpzpkvyfwruggxuxr", "bcceefmyyjkxzpzpkvyfwruggxuxr", "bcceeffyyjkxzpzpkvymwruggxuxr", "bcceeffgyjkxzpzpkvymwruygxuxr", "bcceeffggjkxzpzpkvymwruyyxuxr", "bcceeffggjkkzpzpxvymwruyyxuxr", "bcceeffggjkkmpzpxvyzwruyyxuxr", "bcceeffggjkkmppzxvyzwruyyxuxr", "bcceeffggjkkmpprxvyzwzuyyxuxr", "bcceeffggjkkmpprrvyzwzuyyxuxx", "bcceeffggjkkmpprruyzwzvyyxuxx", "bcceeffggjkkmpprruuzwzvyyxyxx", "bcceeffggjkkmpprruuvwzzyyxyxx", "bcceeffggjkkmpprruuvwxzyyzyxx", "bcceeffggjkkmpprruuvwxxyyzyzx", "bcceeffggjkkmpprruuvwxxxyzyzy", "bcceeffggjkkmpprruuvwxxxyyzzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 29, "shuffle": false}, "task_name": "task01", "example_name": "0200", "problem_name": "task01_0200"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: dkruzhqmfhcwubljdoouttmhkddyyt", "label": {"final": "bcddddfhhhjkklmmooqrtttuuuwyyz", "init": "dkruzhqmfhcwubljdoouttmhkddyyt", "intermediate": ["bkruzhqmfhcwudljdoouttmhkddyyt", "bcruzhqmfhkwudljdoouttmhkddyyt", "bcduzhqmfhkwurljdoouttmhkddyyt", "bcddzhqmfhkwurljuoouttmhkddyyt", "bcdddhqmfhkwurljuoouttmhkzdyyt", "bcddddqmfhkwurljuoouttmhkzhyyt", "bcddddfmqhkwurljuoouttmhkzhyyt", "bcddddfhqmkwurljuoouttmhkzhyyt", "bcddddfhhmkwurljuoouttmqkzhyyt", "bcddddfhhhkwurljuoouttmqkzmyyt", "bcddddfhhhjwurlkuoouttmqkzmyyt", "bcddddfhhhjkurlwuoouttmqkzmyyt", "bcddddfhhhjkkrlwuoouttmquzmyyt", "bcddddfhhhjkklrwuoouttmquzmyyt", "bcddddfhhhjkklmwuoouttrquzmyyt", "bcddddfhhhjkklmmuoouttrquzwyyt", "bcddddfhhhjkklmmououttrquzwyyt", "bcddddfhhhjkklmmoouuttrquzwyyt", "bcddddfhhhjkklmmooquttruuzwyyt", "bcddddfhhhjkklmmooqrttuuuzwyyt", "bcddddfhhhjkklmmooqrtttuuzwyyu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 30, "shuffle": false}, "task_name": "task01", "example_name": "0201", "problem_name": "task01_0201"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kplhecyecfqlazqrapkxhagzdywkx", "label": {"final": "aaaccdeefghhkkkllppqqrwxxyyzz", "init": "kplhecyecfqlazqrapkxhagzdywkx", "intermediate": ["aplhecyecfqlkzqrapkxhagzdywkx", "aalhecyecfqlkzqrppkxhagzdywkx", "aaahecyecfqlkzqrppkxhlgzdywkx", "aaacehyecfqlkzqrppkxhlgzdywkx", "aaacchyeefqlkzqrppkxhlgzdywkx", "aaaccdyeefqlkzqrppkxhlgzhywkx", "aaaccdeyefqlkzqrppkxhlgzhywkx", "aaaccdeeyfqlkzqrppkxhlgzhywkx", "aaaccdeefyqlkzqrppkxhlgzhywkx", "aaaccdeefgqlkzqrppkxhlyzhywkx", "aaaccdeefghlkzqrppkxqlyzhywkx", "aaaccdeefghhkzqrppkxqlyzlywkx", "aaaccdeefghhkkqrppzxqlyzlywkx", "aaaccdeefghhkkkrppzxqlyzlywqx", "aaaccdeefghhkkklppzxqryzlywqx", "aaaccdeefghhkkkllpzxqryzpywqx", "aaaccdeefghhkkkllppxqryzzywqx", "aaaccdeefghhkkkllppqxryzzywqx", "aaaccdeefghhkkkllppqqryzzywxx", "aaaccdeefghhkkkllppqqrwzzyyxx", "aaaccdeefghhkkkllppqqrwxzyyzx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 29, "shuffle": false}, "task_name": "task01", "example_name": "0202", "problem_name": "task01_0202"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zjgmjrekaygsinjsknmcaczf", "label": {"final": "aaccefggijjjkkmmnnrssyzz", "init": "zjgmjrekaygsinjsknmcaczf", "intermediate": ["ajgmjrekzygsinjsknmcaczf", "aagmjrekzygsinjsknmcjczf", "aacmjrekzygsinjsknmgjczf", "aaccjrekzygsinjsknmgjmzf", "aaccerjkzygsinjsknmgjmzf", "aaccefjkzygsinjsknmgjmzr", "aaccefgkzyjsinjsknmgjmzr", "aaccefggzyjsinjsknmkjmzr", "aaccefggiyjsznjsknmkjmzr", "aaccefggijysznjsknmkjmzr", "aaccefggijjsznysknmkjmzr", "aaccefggijjjznysknmksmzr", "aaccefggijjjknysznmksmzr", "aaccefggijjjkkysznmnsmzr", "aaccefggijjjkkmsznynsmzr", "aaccefggijjjkkmmznynsszr", "aaccefggijjjkkmmnzynsszr", "aaccefggijjjkkmmnnyzsszr", "aaccefggijjjkkmmnnrzsszy", "aaccefggijjjkkmmnnrszszy", "aaccefggijjjkkmmnnrsszzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 24, "shuffle": false}, "task_name": "task01", "example_name": "0203", "problem_name": "task01_0203"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: tuoknwhpisctnmagzkolbdrsfdn", "label": {"final": "abcddfghikklmnnnooprssttuwz", "init": "tuoknwhpisctnmagzkolbdrsfdn", "intermediate": ["auoknwhpisctnmtgzkolbdrsfdn", "aboknwhpisctnmtgzkoludrsfdn", "abcknwhpisotnmtgzkoludrsfdn", "abcdnwhpisotnmtgzkolukrsfdn", "abcddwhpisotnmtgzkolukrsfnn", "abcddfhpisotnmtgzkolukrswnn", "abcddfgpisotnmthzkolukrswnn", "abcddfghisotnmtpzkolukrswnn", "abcddfghikotnmtpzsolukrswnn", "abcddfghikktnmtpzsoluorswnn", "abcddfghikklnmtpzsotuorswnn", "abcddfghikklmntpzsotuorswnn", "abcddfghikklmnnpzsotuorswtn", "abcddfghikklmnnnzsotuorswtp", "abcddfghikklmnnnosztuorswtp", "abcddfghikklmnnnooztusrswtp", "abcddfghikklmnnnooptusrswtz", "abcddfghikklmnnnooprustswtz", "abcddfghikklmnnnooprsutswtz", "abcddfghikklmnnnooprsstuwtz", "abcddfghikklmnnnooprssttwuz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 27, "shuffle": false}, "task_name": "task01", "example_name": "0204", "problem_name": "task01_0204"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: asatgifiosysyzlbyjjxreqitcj", "label": {"final": "aabcefgiiijjjloqrsssttxyyyz", "init": "asatgifiosysyzlbyjjxreqitcj", "intermediate": ["aastgifiosysyzlbyjjxreqitcj", "aabtgifiosysyzlsyjjxreqitcj", "aabcgifiosysyzlsyjjxreqittj", "aabceifiosysyzlsyjjxrgqittj", "aabcefiiosysyzlsyjjxrgqittj", "aabcefgiosysyzlsyjjxriqittj", "aabcefgiisysyzlsyjjxroqittj", "aabcefgiiiysyzlsyjjxroqsttj", "aabcefgiiijsyzlsyyjxroqsttj", "aabcefgiiijjyzlsyysxroqsttj", "aabcefgiiijjjzlsyysxroqstty", "aabcefgiiijjjlzsyysxroqstty", "aabcefgiiijjjlosyysxrzqstty", "aabcefgiiijjjloqyysxrzsstty", "aabcefgiiijjjloqrysxyzsstty", "aabcefgiiijjjloqrsyxyzsstty", "aabcefgiiijjjloqrssxyzystty", "aabcefgiiijjjloqrsssyzyxtty", "aabcefgiiijjjloqrssstzyxyty", "aabcefgiiijjjloqrsssttyxyzy", "aabcefgiiijjjloqrsssttxyyzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 27, "shuffle": false}, "task_name": "task01", "example_name": "0205", "problem_name": "task01_0205"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ietneyttgccswjtdtkqneujtfc", "label": {"final": "cccdeeefgijjknnqsttttttuwy", "init": "ietneyttgccswjtdtkqneujtfc", "intermediate": ["cetneyttgicswjtdtkqneujtfc", "cctneyttgieswjtdtkqneujtfc", "cccneyttgieswjtdtkqneujtft", "cccdeyttgieswjtntkqneujtft", "cccdeettgiyswjtntkqneujtft", "cccdeeetgiyswjtntkqntujtft", "cccdeeefgiyswjtntkqntujttt", "cccdeeefgijswytntkqntujttt", "cccdeeefgijjwytntkqntusttt", "cccdeeefgijjkytntwqntusttt", "cccdeeefgijjkntytwqntusttt", "cccdeeefgijjknnytwqttusttt", "cccdeeefgijjknnqtwyttusttt", "cccdeeefgijjknnqswyttutttt", "cccdeeefgijjknnqstywtutttt", "cccdeeefgijjknnqsttwyutttt", "cccdeeefgijjknnqstttyuwttt", "cccdeeefgijjknnqsttttuwytt", "cccdeeefgijjknnqstttttwyut", "cccdeeefgijjknnqsttttttyuw", "cccdeeefgijjknnqsttttttuyw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 26, "shuffle": false}, "task_name": "task01", "example_name": "0206", "problem_name": "task01_0206"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kelrvohmwpapminchflsnqmnlof", "label": {"final": "aceffhhiklllmmmnnnooppqrsvw", "init": "kelrvohmwpapminchflsnqmnlof", "intermediate": ["aelrvohmwpkpminchflsnqmnlof", "aclrvohmwpkpminehflsnqmnlof", "acervohmwpkpminlhflsnqmnlof", "acefvohmwpkpminlhrlsnqmnlof", "aceffohmwpkpminlhrlsnqmnlov", "aceffhomwpkpminlhrlsnqmnlov", "aceffhhmwpkpminlorlsnqmnlov", "aceffhhiwpkpmmnlorlsnqmnlov", "aceffhhikpwpmmnlorlsnqmnlov", "aceffhhiklwpmmnporlsnqmnlov", "aceffhhikllpmmnporwsnqmnlov", "aceffhhiklllmmnporwsnqmnpov", "aceffhhiklllmmmporwsnqnnpov", "aceffhhiklllmmmnorwspqnnpov", "aceffhhiklllmmmnnrwspqonpov", "aceffhhiklllmmmnnnwspqorpov", "aceffhhiklllmmmnnnospqwrpov", "aceffhhiklllmmmnnnoopqwrpsv", "aceffhhiklllmmmnnnooppwrqsv", "aceffhhiklllmmmnnnooppqrwsv", "aceffhhiklllmmmnnnooppqrswv"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 27, "shuffle": false}, "task_name": "task01", "example_name": "0207", "problem_name": "task01_0207"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: gmybvxujqjhrqzghddrhzwwsvrmx", "label": {"final": "bddgghhhjjmmqqrrrsuvvwwxxyzz", "init": "gmybvxujqjhrqzghddrhzwwsvrmx", "intermediate": ["bmygvxujqjhrqzghddrhzwwsvrmx", "bdygvxujqjhrqzghmdrhzwwsvrmx", "bddgvxujqjhrqzghmyrhzwwsvrmx", "bddggxujqjhrqzvhmyrhzwwsvrmx", "bddgghujqjxrqzvhmyrhzwwsvrmx", "bddgghhjqjxrqzvumyrhzwwsvrmx", "bddgghhhqjxrqzvumyrjzwwsvrmx", "bddgghhhjqxrqzvumyrjzwwsvrmx", "bddgghhhjjxrqzvumyrqzwwsvrmx", "bddgghhhjjmrqzvuxyrqzwwsvrmx", "bddgghhhjjmmqzvuxyrqzwwsvrrx", "bddgghhhjjmmqqvuxyrzzwwsvrrx", "bddgghhhjjmmqqruxyvzzwwsvrrx", "bddgghhhjjmmqqrrxyvzzwwsvurx", "bddgghhhjjmmqqrrryvzzwwsvuxx", "bddgghhhjjmmqqrrrsvzzwwyvuxx", "bddgghhhjjmmqqrrrsuzzwwyvvxx", "bddgghhhjjmmqqrrrsuvzwwyzvxx", "bddgghhhjjmmqqrrrsuvvwwyzzxx", "bddgghhhjjmmqqrrrsuvvwwxzzyx", "bddgghhhjjmmqqrrrsuvvwwxxzyz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 28, "shuffle": false}, "task_name": "task01", "example_name": "0208", "problem_name": "task01_0208"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: oumbcfjrjubebzldqlntzsxs", "label": {"final": "bbbcdefjjllmnoqrsstuuxzz", "init": "oumbcfjrjubebzldqlntzsxs", "intermediate": ["bumocfjrjubebzldqlntzsxs", "bbmocfjrjuuebzldqlntzsxs", "bbbocfjrjuuemzldqlntzsxs", "bbbcofjrjuuemzldqlntzsxs", "bbbcdfjrjuuemzloqlntzsxs", "bbbcdejrjuufmzloqlntzsxs", "bbbcdefrjuujmzloqlntzsxs", "bbbcdefjruujmzloqlntzsxs", "bbbcdefjjuurmzloqlntzsxs", "bbbcdefjjlurmzuoqlntzsxs", "bbbcdefjjllrmzuoquntzsxs", "bbbcdefjjllmrzuoquntzsxs", "bbbcdefjjllmnzuoqurtzsxs", "bbbcdefjjllmnouzqurtzsxs", "bbbcdefjjllmnoqzuurtzsxs", "bbbcdefjjllmnoqruuztzsxs", "bbbcdefjjllmnoqrsuztzuxs", "bbbcdefjjllmnoqrssztzuxu", "bbbcdefjjllmnoqrsstzzuxu", "bbbcdefjjllmnoqrsstuzzxu", "bbbcdefjjllmnoqrsstuuzxz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 24, "shuffle": false}, "task_name": "task01", "example_name": "0209", "problem_name": "task01_0209"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: rksgyssijvrlsfagobcjlbwap", "label": {"final": "aabbcfggijjklloprrssssvwy", "init": "rksgyssijvrlsfagobcjlbwap", "intermediate": ["aksgyssijvrlsfrgobcjlbwap", "aasgyssijvrlsfrgobcjlbwkp", "aabgyssijvrlsfrgoscjlbwkp", "aabbyssijvrlsfrgoscjlgwkp", "aabbcssijvrlsfrgosyjlgwkp", "aabbcfsijvrlssrgosyjlgwkp", "aabbcfgijvrlssrsosyjlgwkp", "aabbcfggjvrlssrsosyjliwkp", "aabbcfggivrlssrsosyjljwkp", "aabbcfggijrlssrsosyvljwkp", "aabbcfggijjlssrsosyvlrwkp", "aabbcfggijjkssrsosyvlrwlp", "aabbcfggijjklsrsosyvsrwlp", "aabbcfggijjkllrsosyvsrwsp", "aabbcfggijjkllosrsyvsrwsp", "aabbcfggijjklloprsyvsrwss", "aabbcfggijjklloprryvsswss", "aabbcfggijjklloprrsvyswss", "aabbcfggijjklloprrssyvwss", "aabbcfggijjklloprrsssvwys", "aabbcfggijjklloprrsssswyv", "aabbcfggijjklloprrssssvyw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 25, "shuffle": false}, "task_name": "task01", "example_name": "0210", "problem_name": "task01_0210"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ujgodhrecquzcbbvbskbxmihcnwjg", "label": {"final": "bbbbcccdegghhijjkmnoqrsuuvwxz", "init": "ujgodhrecquzcbbvbskbxmihcnwjg", "intermediate": ["bjgodhrecquzcubvbskbxmihcnwjg", "bbgodhrecquzcujvbskbxmihcnwjg", "bbbodhrecquzcujvgskbxmihcnwjg", "bbbbdhrecquzcujvgskoxmihcnwjg", "bbbbchredquzcujvgskoxmihcnwjg", "bbbbccredquzhujvgskoxmihcnwjg", "bbbbcccedquzhujvgskoxmihrnwjg", "bbbbcccdequzhujvgskoxmihrnwjg", "bbbbcccdeguzhujvqskoxmihrnwjg", "bbbbcccdeggzhujvqskoxmihrnwju", "bbbbcccdegghzujvqskoxmihrnwju", "bbbbcccdegghhujvqskoxmizrnwju", "bbbbcccdegghhijvqskoxmuzrnwju", "bbbbcccdegghhijjqskoxmuzrnwvu", "bbbbcccdegghhijjksqoxmuzrnwvu", "bbbbcccdegghhijjkmqoxsuzrnwvu", "bbbbcccdegghhijjkmnoxsuzrqwvu", "bbbbcccdegghhijjkmnoqsuzrxwvu", "bbbbcccdegghhijjkmnoqruzsxwvu", "bbbbcccdegghhijjkmnoqrszuxwvu", "bbbbcccdegghhijjkmnoqrsuzxwvu", "bbbbcccdegghhijjkmnoqrsuuxwvz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 29, "shuffle": false}, "task_name": "task01", "example_name": "0211", "problem_name": "task01_0211"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: aoalzniqdjsehsnnjcunzrnbgvvxjnu", "label": {"final": "aabcdeghijjjlnnnnnnoqrssuuvvxzz", "init": "aoalzniqdjsehsnnjcunzrnbgvvxjnu", "intermediate": ["aaolzniqdjsehsnnjcunzrnbgvvxjnu", "aablzniqdjsehsnnjcunzrnogvvxjnu", "aabczniqdjsehsnnjlunzrnogvvxjnu", "aabcdniqzjsehsnnjlunzrnogvvxjnu", "aabcdeiqzjsnhsnnjlunzrnogvvxjnu", "aabcdegqzjsnhsnnjlunzrnoivvxjnu", "aabcdeghzjsnqsnnjlunzrnoivvxjnu", "aabcdeghijsnqsnnjlunzrnozvvxjnu", "aabcdeghijjnqsnnslunzrnozvvxjnu", "aabcdeghijjjqsnnslunzrnozvvxnnu", "aabcdeghijjjlsnnsqunzrnozvvxnnu", "aabcdeghijjjlnsnsqunzrnozvvxnnu", "aabcdeghijjjlnnssqunzrnozvvxnnu", "aabcdeghijjjlnnnsquszrnozvvxnnu", "aabcdeghijjjlnnnnquszrsozvvxnnu", "aabcdeghijjjlnnnnnuszrsozvvxqnu", "aabcdeghijjjlnnnnnnszrsozvvxquu", "aabcdeghijjjlnnnnnnozrsszvvxquu", "aabcdeghijjjlnnnnnnoqrsszvvxzuu", "aabcdeghijjjlnnnnnnoqrssuvvxzzu", "aabcdeghijjjlnnnnnnoqrssuuvxzzv", "aabcdeghijjjlnnnnnnoqrssuuvvzzx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 31, "shuffle": false}, "task_name": "task01", "example_name": "0212", "problem_name": "task01_0212"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: miplnvrceuznzpeskemdyocahli", "label": {"final": "accdeeehiikllmmnnopprsuvyzz", "init": "miplnvrceuznzpeskemdyocahli", "intermediate": ["aiplnvrceuznzpeskemdyocmhli", "acplnvrieuznzpeskemdyocmhli", "acclnvrieuznzpeskemdyopmhli", "accdnvrieuznzpeskemlyopmhli", "accdevrinuznzpeskemlyopmhli", "accdeerinuznzpvskemlyopmhli", "accdeeeinuznzpvskrmlyopmhli", "accdeeehnuznzpvskrmlyopmili", "accdeeehiuznzpvskrmlyopmnli", "accdeeehiiznzpvskrmlyopmnlu", "accdeeehiiknzpvszrmlyopmnlu", "accdeeehiiklzpvszrmnyopmnlu", "accdeeehiikllpvszrmnyopmnzu", "accdeeehiikllmvszrpnyopmnzu", "accdeeehiikllmmszrpnyopvnzu", "accdeeehiikllmmnzrpsyopvnzu", "accdeeehiikllmmnnrpsyopvzzu", "accdeeehiikllmmnnopsyrpvzzu", "accdeeehiikllmmnnoppyrsvzzu", "accdeeehiikllmmnnopprysvzzu", "accdeeehiikllmmnnopprsyvzzu", "accdeeehiikllmmnnopprsuvzzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 27, "shuffle": false}, "task_name": "task01", "example_name": "0213", "problem_name": "task01_0213"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: jiinnosjlaxuypecltwqfwzfjeaa", "label": {"final": "aaaceeffiijjjllnnopqstuwwxyz", "init": "jiinnosjlaxuypecltwqfwzfjeaa", "intermediate": ["aiinnosjljxuypecltwqfwzfjeaa", "aainnosjljxuypecltwqfwzfjeia", "aaannosjljxuypecltwqfwzfjeii", "aaacnosjljxuypenltwqfwzfjeii", "aaaceosjljxuypnnltwqfwzfjeii", "aaaceesjljxuypnnltwqfwzfjoii", "aaaceefjljxuypnnltwqswzfjoii", "aaaceeffljxuypnnltwqswzjjoii", "aaaceeffijxuypnnltwqswzjjoli", "aaaceeffiixuypnnltwqswzjjolj", "aaaceeffiijuypnnltwqswzxjolj", "aaaceeffiijjypnnltwqswzxuolj", "aaaceeffiijjjpnnltwqswzxuoly", "aaaceeffiijjjlnnptwqswzxuoly", "aaaceeffiijjjllnptwqswzxuony", "aaaceeffiijjjllnntwqswzxuopy", "aaaceeffiijjjllnnowqswzxutpy", "aaaceeffiijjjllnnopqswzxutwy", "aaaceeffiijjjllnnopqstzxuwwy", "aaaceeffiijjjllnnopqstuxzwwy", "aaaceeffiijjjllnnopqstuwzxwy", "aaaceeffiijjjllnnopqstuwwxzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 28, "shuffle": false}, "task_name": "task01", "example_name": "0214", "problem_name": "task01_0214"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: omvarzpilnlscwqltqujonsvxgzrb", "label": {"final": "abcgijlllmnnoopqqrrsstuvvwxzz", "init": "omvarzpilnlscwqltqujonsvxgzrb", "intermediate": ["amvorzpilnlscwqltqujonsvxgzrb", "abvorzpilnlscwqltqujonsvxgzrm", "abcorzpilnlsvwqltqujonsvxgzrm", "abcgrzpilnlsvwqltqujonsvxozrm", "abcgizprlnlsvwqltqujonsvxozrm", "abcgijprlnlsvwqltquzonsvxozrm", "abcgijlrpnlsvwqltquzonsvxozrm", "abcgijllpnrsvwqltquzonsvxozrm", "abcgijlllnrsvwqptquzonsvxozrm", "abcgijlllmrsvwqptquzonsvxozrn", "abcgijlllmnsvwqptquzorsvxozrn", "abcgijlllmnnvwqptquzorsvxozrs", "abcgijlllmnnowqptquzvrsvxozrs", "abcgijlllmnnooqptquzvrsvxwzrs", "abcgijlllmnnoopqtquzvrsvxwzrs", "abcgijlllmnnoopqqtuzvrsvxwzrs", "abcgijlllmnnoopqqruzvtsvxwzrs", "abcgijlllmnnoopqqrrzvtsvxwzus", "abcgijlllmnnoopqqrrsvtzvxwzus", "abcgijlllmnnoopqqrrsstzvxwzuv", "abcgijlllmnnoopqqrrsstuvxwzzv", "abcgijlllmnnoopqqrrsstuvvwzzx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 29, "shuffle": false}, "task_name": "task01", "example_name": "0215", "problem_name": "task01_0215"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: havjenukrroalewjypvmrixfc", "label": {"final": "aaceefhijjklmnoprrruvvwxy", "init": "havjenukrroalewjypvmrixfc", "intermediate": ["ahvjenukrroalewjypvmrixfc", "aavjenukrrohlewjypvmrixfc", "aacjenukrrohlewjypvmrixfv", "aacejnukrrohlewjypvmrixfv", "aaceenukrrohljwjypvmrixfv", "aaceefukrrohljwjypvmrixnv", "aaceefhkrrouljwjypvmrixnv", "aaceefhirrouljwjypvmrkxnv", "aaceefhijroulrwjypvmrkxnv", "aaceefhijjoulrwrypvmrkxnv", "aaceefhijjkulrwrypvmroxnv", "aaceefhijjklurwrypvmroxnv", "aaceefhijjklmrwrypvuroxnv", "aaceefhijjklmnwrypvuroxrv", "aaceefhijjklmnorypvurwxrv", "aaceefhijjklmnopyrvurwxrv", "aaceefhijjklmnopryvurwxrv", "aaceefhijjklmnoprrvuywxrv", "aaceefhijjklmnoprrruywxvv", "aaceefhijjklmnoprrruvwxyv", "aaceefhijjklmnoprrruvvxyw", "aaceefhijjklmnoprrruvvwyx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 25, "shuffle": false}, "task_name": "task01", "example_name": "0216", "problem_name": "task01_0216"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: efvyiuwnjcroimawjcazmvslpzlczr", "label": {"final": "aacccefiijjllmmnoprrsuvvwwyzzz", "init": "efvyiuwnjcroimawjcazmvslpzlczr", "intermediate": ["afvyiuwnjcroimewjcazmvslpzlczr", "aavyiuwnjcroimewjcfzmvslpzlczr", "aacyiuwnjvroimewjcfzmvslpzlczr", "aacciuwnjvroimewjyfzmvslpzlczr", "aacccuwnjvroimewjyfzmvslpzlizr", "aacccewnjvroimuwjyfzmvslpzlizr", "aacccefnjvroimuwjywzmvslpzlizr", "aacccefijvronmuwjywzmvslpzlizr", "aacccefiivronmuwjywzmvslpzljzr", "aacccefiijronmuwvywzmvslpzljzr", "aacccefiijjonmuwvywzmvslpzlrzr", "aacccefiijjlnmuwvywzmvsopzlrzr", "aacccefiijjllmuwvywzmvsopznrzr", "aacccefiijjllmmwvywzuvsopznrzr", "aacccefiijjllmmnvywzuvsopzwrzr", "aacccefiijjllmmnoywzuvsvpzwrzr", "aacccefiijjllmmnopwzuvsvyzwrzr", "aacccefiijjllmmnoprzuvsvyzwwzr", "aacccefiijjllmmnoprruvsvyzwwzz", "aacccefiijjllmmnoprrsvuvyzwwzz", "aacccefiijjllmmnoprrsuvvyzwwzz", "aacccefiijjllmmnoprrsuvvwzywzz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 30, "shuffle": false}, "task_name": "task01", "example_name": "0217", "problem_name": "task01_0217"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pjukcglyvlhxdrfaogzohiwzzydu", "label": {"final": "acddfgghhijklloopruuvwxyyzzz", "init": "pjukcglyvlhxdrfaogzohiwzzydu", "intermediate": ["ajukcglyvlhxdrfpogzohiwzzydu", "acukjglyvlhxdrfpogzohiwzzydu", "acdkjglyvlhxurfpogzohiwzzydu", "acddjglyvlhxurfpogzohiwzzyku", "acddfglyvlhxurjpogzohiwzzyku", "acddfggyvlhxurjpolzohiwzzyku", "acddfgghvlyxurjpolzohiwzzyku", "acddfgghhlyxurjpolzoviwzzyku", "acddfgghhiyxurjpolzovlwzzyku", "acddfgghhijxurypolzovlwzzyku", "acddfgghhijkurypolzovlwzzyxu", "acddfgghhijklrypouzovlwzzyxu", "acddfgghhijkllypouzovrwzzyxu", "acddfgghhijkllopyuzovrwzzyxu", "acddfgghhijkllooyuzpvrwzzyxu", "acddfgghhijklloopuzyvrwzzyxu", "acddfgghhijkllooprzyvuwzzyxu", "acddfgghhijklloopruyvzwzzyxu", "acddfgghhijklloopruuvzwzzyxy", "acddfgghhijklloopruuvwzzzyxy", "acddfgghhijklloopruuvwxzzyzy", "acddfgghhijklloopruuvwxyzzzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 28, "shuffle": false}, "task_name": "task01", "example_name": "0218", "problem_name": "task01_0218"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: youbkzohfvupxcyvwtqxfyzqbzbd", "label": {"final": "bbbcdffhkoopqqtuuvvwxxyyyzzz", "init": "youbkzohfvupxcyvwtqxfyzqbzbd", "intermediate": ["bouykzohfvupxcyvwtqxfyzqbzbd", "bbuykzohfvupxcyvwtqxfyzqozbd", "bbbykzohfvupxcyvwtqxfyzqozud", "bbbckzohfvupxyyvwtqxfyzqozud", "bbbcdzohfvupxyyvwtqxfyzqozuk", "bbbcdfohzvupxyyvwtqxfyzqozuk", "bbbcdffhzvupxyyvwtqxoyzqozuk", "bbbcdffhkvupxyyvwtqxoyzqozuz", "bbbcdffhkoupxyyvwtqxvyzqozuz", "bbbcdffhkoopxyyvwtqxvyzquzuz", "bbbcdffhkoopqyyvwtxxvyzquzuz", "bbbcdffhkoopqqyvwtxxvyzyuzuz", "bbbcdffhkoopqqtvwyxxvyzyuzuz", "bbbcdffhkoopqqtuwyxxvyzyvzuz", "bbbcdffhkoopqqtuuyxxvyzyvzwz", "bbbcdffhkoopqqtuuvxxyyzyvzwz", "bbbcdffhkoopqqtuuvvxyyzyxzwz", "bbbcdffhkoopqqtuuvvwyyzyxzxz", "bbbcdffhkoopqqtuuvvwxyzyyzxz", "bbbcdffhkoopqqtuuvvwxxzyyzyz", "bbbcdffhkoopqqtuuvvwxxyzyzyz", "bbbcdffhkoopqqtuuvvwxxyyzzyz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 28, "shuffle": false}, "task_name": "task01", "example_name": "0219", "problem_name": "task01_0219"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: cawhtukwzrirdxvodotdkmedutjit", "label": {"final": "acddddehiijkkmoorrttttuuvwwxz", "init": "cawhtukwzrirdxvodotdkmedutjit", "intermediate": ["acwhtukwzrirdxvodotdkmedutjit", "acdhtukwzrirwxvodotdkmedutjit", "acddtukwzrirwxvohotdkmedutjit", "acdddukwzrirwxvohottkmedutjit", "acddddkwzrirwxvohottkmeuutjit", "acddddewzrirwxvohottkmkuutjit", "acddddehzrirwxvowottkmkuutjit", "acddddehirzrwxvowottkmkuutjit", "acddddehiizrwxvowottkmkuutjrt", "acddddehiijrwxvowottkmkuutzrt", "acddddehiijkwxvowottrmkuutzrt", "acddddehiijkkxvowottrmwuutzrt", "acddddehiijkkmvowottrxwuutzrt", "acddddehiijkkmovwottrxwuutzrt", "acddddehiijkkmoowvttrxwuutzrt", "acddddehiijkkmoorvttwxwuutzrt", "acddddehiijkkmoorrttwxwuutzvt", "acddddehiijkkmoorrtttxwuuwzvt", "acddddehiijkkmoorrttttwuuwzvx", "acddddehiijkkmoorrttttuwuwzvx", "acddddehiijkkmoorrttttuuwwzvx", "acddddehiijkkmoorrttttuuvwzwx", "acddddehiijkkmoorrttttuuvwwzx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 29, "shuffle": false}, "task_name": "task01", "example_name": "0220", "problem_name": "task01_0220"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ukddhwnflfwlttoapfwauboojwqgu", "label": {"final": "aabddfffghjkllnooopqttuuuwwww", "init": "ukddhwnflfwlttoapfwauboojwqgu", "intermediate": ["akddhwnflfwlttoupfwauboojwqgu", "aaddhwnflfwlttoupfwkuboojwqgu", "aabdhwnflfwlttoupfwkudoojwqgu", "aabddwnflfwlttoupfwkuhoojwqgu", "aabddfnwlfwlttoupfwkuhoojwqgu", "aabddffwlnwlttoupfwkuhoojwqgu", "aabddffflnwlttoupwwkuhoojwqgu", "aabddfffgnwlttoupwwkuhoojwqlu", "aabddfffghwlttoupwwkunoojwqlu", "aabddfffghjlttoupwwkunoowwqlu", "aabddfffghjkttoupwwlunoowwqlu", "aabddfffghjkltoupwwtunoowwqlu", "aabddfffghjklloupwwtunoowwqtu", "aabddfffghjkllnupwwtuooowwqtu", "aabddfffghjkllnopwwtuuoowwqtu", "aabddfffghjkllnoowwtuupowwqtu", "aabddfffghjkllnooowtuupwwwqtu", "aabddfffghjkllnoooptuuwwwwqtu", "aabddfffghjkllnooopquuwwwwttu", "aabddfffghjkllnooopqtuwwwwutu", "aabddfffghjkllnooopqttwwwwuuu", "aabddfffghjkllnooopqttuwwwwuu", "aabddfffghjkllnooopqttuuwwwwu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 29, "shuffle": false}, "task_name": "task01", "example_name": "0221", "problem_name": "task01_0221"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: hczbrtpfukezczmkaepbwdymqvogm", "label": {"final": "abbccdeefghkkmmmoppqrtuvwyzzz", "init": "hczbrtpfukezczmkaepbwdymqvogm", "intermediate": ["aczbrtpfukezczmkhepbwdymqvogm", "abzcrtpfukezczmkhepbwdymqvogm", "abbcrtpfukezczmkhepzwdymqvogm", "abbcctpfukezrzmkhepzwdymqvogm", "abbccdpfukezrzmkhepzwtymqvogm", "abbccdefukpzrzmkhepzwtymqvogm", "abbccdeeukpzrzmkhfpzwtymqvogm", "abbccdeefkpzrzmkhupzwtymqvogm", "abbccdeefgpzrzmkhupzwtymqvokm", "abbccdeefghzrzmkpupzwtymqvokm", "abbccdeefghkrzmzpupzwtymqvokm", "abbccdeefghkkzmzpupzwtymqvorm", "abbccdeefghkkmzzpupzwtymqvorm", "abbccdeefghkkmmzpupzwtyzqvorm", "abbccdeefghkkmmmpupzwtyzqvorz", "abbccdeefghkkmmmoupzwtyzqvprz", "abbccdeefghkkmmmopuzwtyzqvprz", "abbccdeefghkkmmmoppzwtyzqvurz", "abbccdeefghkkmmmoppqwtyzzvurz", "abbccdeefghkkmmmoppqrtyzzvuwz", "abbccdeefghkkmmmoppqrtuzzvywz", "abbccdeefghkkmmmoppqrtuvzzywz", "abbccdeefghkkmmmoppqrtuvwzyzz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 29, "shuffle": false}, "task_name": "task01", "example_name": "0222", "problem_name": "task01_0222"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: khunvyxvgbkaesimxmijqlnaztlcc", "label": {"final": "aabcceghiijkkllmmnnqstuvvxxyz", "init": "khunvyxvgbkaesimxmijqlnaztlcc", "intermediate": ["ahunvyxvgbkkesimxmijqlnaztlcc", "aaunvyxvgbkkesimxmijqlnhztlcc", "aabnvyxvgukkesimxmijqlnhztlcc", "aabcvyxvgukkesimxmijqlnhztlnc", "aabccyxvgukkesimxmijqlnhztlnv", "aabccexvgukkysimxmijqlnhztlnv", "aabccegvxukkysimxmijqlnhztlnv", "aabcceghxukkysimxmijqlnvztlnv", "aabcceghiukkysxmxmijqlnvztlnv", "aabcceghiikkysxmxmujqlnvztlnv", "aabcceghiijkysxmxmukqlnvztlnv", "aabcceghiijkksxmxmuyqlnvztlnv", "aabcceghiijkklxmxmuyqsnvztlnv", "aabcceghiijkkllmxmuyqsnvztxnv", "aabcceghiijkkllmmxuyqsnvztxnv", "aabcceghiijkkllmmnuyqsxvztxnv", "aabcceghiijkkllmmnnyqsxvztxuv", "aabcceghiijkkllmmnnqysxvztxuv", "aabcceghiijkkllmmnnqsyxvztxuv", "aabcceghiijkkllmmnnqstxvzyxuv", "aabcceghiijkkllmmnnqstuvzyxxv", "aabcceghiijkkllmmnnqstuvvyxxz", "aabcceghiijkkllmmnnqstuvvxyxz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 29, "shuffle": false}, "task_name": "task01", "example_name": "0223", "problem_name": "task01_0223"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: bvwlyavhfhqlrjdtgquefucis", "label": {"final": "abcdeffghhijllqqrstuuvvwy", "init": "bvwlyavhfhqlrjdtgquefucis", "intermediate": ["avwlybvhfhqlrjdtgquefucis", "abwlyvvhfhqlrjdtgquefucis", "abclyvvhfhqlrjdtgquefuwis", "abcdyvvhfhqlrjltgquefuwis", "abcdevvhfhqlrjltgquyfuwis", "abcdefvhvhqlrjltgquyfuwis", "abcdeffhvhqlrjltgquyvuwis", "abcdeffgvhqlrjlthquyvuwis", "abcdeffghvqlrjlthquyvuwis", "abcdeffghhqlrjltvquyvuwis", "abcdeffghhilrjltvquyvuwqs", "abcdeffghhijrlltvquyvuwqs", "abcdeffghhijlrltvquyvuwqs", "abcdeffghhijllrtvquyvuwqs", "abcdeffghhijllqtvruyvuwqs", "abcdeffghhijllqqvruyvuwts", "abcdeffghhijllqqrvuyvuwts", "abcdeffghhijllqqrsuyvuwtv", "abcdeffghhijllqqrstyvuwuv", "abcdeffghhijllqqrstuvywuv", "abcdeffghhijllqqrstuuywvv", "abcdeffghhijllqqrstuuvwyv", "abcdeffghhijllqqrstuuvvyw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 25, "shuffle": false}, "task_name": "task01", "example_name": "0224", "problem_name": "task01_0224"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: nudzrmzzcdnkicciqswrsbfyfjign", "label": {"final": "bcccddffgiiijkmnnnqrrssuwyzzz", "init": "nudzrmzzcdnkicciqswrsbfyfjign", "intermediate": ["budzrmzzcdnkicciqswrsnfyfjign", "bcdzrmzzudnkicciqswrsnfyfjign", "bcczrmzzudnkidciqswrsnfyfjign", "bcccrmzzudnkidziqswrsnfyfjign", "bcccdmzzurnkidziqswrsnfyfjign", "bcccddzzurnkimziqswrsnfyfjign", "bcccddfzurnkimziqswrsnzyfjign", "bcccddffurnkimziqswrsnzyzjign", "bcccddffgrnkimziqswrsnzyzjiun", "bcccddffginkrmziqswrsnzyzjiun", "bcccddffgiikrmznqswrsnzyzjiun", "bcccddffgiiirmznqswrsnzyzjkun", "bcccddffgiiijmznqswrsnzyzrkun", "bcccddffgiiijkznqswrsnzyzrmun", "bcccddffgiiijkmnqswrsnzyzrzun", "bcccddffgiiijkmnnswrsqzyzrzun", "bcccddffgiiijkmnnnwrsqzyzrzus", "bcccddffgiiijkmnnnqrswzyzrzus", "bcccddffgiiijkmnnnqrrwzyzszus", "bcccddffgiiijkmnnnqrrszyzwzus", "bcccddffgiiijkmnnnqrrssyzwzuz", "bcccddffgiiijkmnnnqrrssuzwzyz", "bcccddffgiiijkmnnnqrrssuwzzyz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 29, "shuffle": false}, "task_name": "task01", "example_name": "0225", "problem_name": "task01_0225"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ccgayiwirednghvctzcbzvrbvxmokw", "label": {"final": "abbccccdegghiikmnorrtvvvwwxyzz", "init": "ccgayiwirednghvctzcbzvrbvxmokw", "intermediate": ["acgcyiwirednghvctzcbzvrbvxmokw", "abgcyiwirednghvctzcczvrbvxmokw", "abbcyiwirednghvctzcczvrgvxmokw", "abbcciwirednghvytzcczvrgvxmokw", "abbcccwirednghvytziczvrgvxmokw", "abbccccirednghvytziwzvrgvxmokw", "abbccccdreinghvytziwzvrgvxmokw", "abbccccderinghvytziwzvrgvxmokw", "abbccccdeginrhvytziwzvrgvxmokw", "abbccccdeggnrhvytziwzvrivxmokw", "abbccccdegghrnvytziwzvrivxmokw", "abbccccdegghinvytzrwzvrivxmokw", "abbccccdegghiivytzrwzvrnvxmokw", "abbccccdegghiikytzrwzvrnvxmovw", "abbccccdegghiikmtzrwzvrnvxyovw", "abbccccdegghiikmnzrwzvrtvxyovw", "abbccccdegghiikmnorwzvrtvxyzvw", "abbccccdegghiikmnorrzvwtvxyzvw", "abbccccdegghiikmnorrtvwzvxyzvw", "abbccccdegghiikmnorrtvvzwxyzvw", "abbccccdegghiikmnorrtvvvwxyzzw", "abbccccdegghiikmnorrtvvvwwyzzx", "abbccccdegghiikmnorrtvvvwwxzzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 30, "shuffle": false}, "task_name": "task01", "example_name": "0226", "problem_name": "task01_0226"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: rxszqrusbamnlyvbsdtwlfovvjvngjvroz", "label": {"final": "abbdfgjjllmnnooqrrrssstuvvvvvwxyzz", "init": "rxszqrusbamnlyvbsdtwlfovvjvngjvroz", "intermediate": ["axszqrusbrmnlyvbsdtwlfovvjvngjvroz", "abszqrusxrmnlyvbsdtwlfovvjvngjvroz", "abbzqrusxrmnlyvssdtwlfovvjvngjvroz", "abbdqrusxrmnlyvssztwlfovvjvngjvroz", "abbdfrusxrmnlyvssztwlqovvjvngjvroz", "abbdfgusxrmnlyvssztwlqovvjvnrjvroz", "abbdfgjsxrmnlyvssztwlqovvuvnrjvroz", "abbdfgjjxrmnlyvssztwlqovvuvnrsvroz", "abbdfgjjlrmnxyvssztwlqovvuvnrsvroz", "abbdfgjjllmnxyvssztwrqovvuvnrsvroz", "abbdfgjjllmnnyvssztwrqovvuvxrsvroz", "abbdfgjjllmnnovssztwrqyvvuvxrsvroz", "abbdfgjjllmnnoossztwrqyvvuvxrsvrvz", "abbdfgjjllmnnooqsztwrsyvvuvxrsvrvz", "abbdfgjjllmnnooqrztwssyvvuvxrsvrvz", "abbdfgjjllmnnooqrrtwssyvvuvxzsvrvz", "abbdfgjjllmnnooqrrrwssyvvuvxzsvtvz", "abbdfgjjllmnnooqrrrswsyvvuvxzsvtvz", "abbdfgjjllmnnooqrrrsswyvvuvxzsvtvz", "abbdfgjjllmnnooqrrrsssyvvuvxzwvtvz", "abbdfgjjllmnnooqrrrssstvvuvxzwvyvz", "abbdfgjjllmnnooqrrrssstuvvvxzwvyvz", "abbdfgjjllmnnooqrrrssstuvvvvzwxyvz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 34, "shuffle": false}, "task_name": "task01", "example_name": "0227", "problem_name": "task01_0227"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: poetxnpehjrqwytjkyessduvfzuwp", "label": {"final": "deeefhjjknopppqrssttuuvwwxyyz", "init": "poetxnpehjrqwytjkyessduvfzuwp", "intermediate": ["doetxnpehjrqwytjkyesspuvfzuwp", "deotxnpehjrqwytjkyesspuvfzuwp", "deetxnpohjrqwytjkyesspuvfzuwp", "deeexnpohjrqwytjkytsspuvfzuwp", "deeefnpohjrqwytjkytsspuvxzuwp", "deeefhponjrqwytjkytsspuvxzuwp", "deeefhjonprqwytjkytsspuvxzuwp", "deeefhjjnprqwytokytsspuvxzuwp", "deeefhjjkprqwytonytsspuvxzuwp", "deeefhjjknrqwytopytsspuvxzuwp", "deeefhjjknoqwytrpytsspuvxzuwp", "deeefhjjknopwytrqytsspuvxzuwp", "deeefhjjknoppytrqytsswuvxzuwp", "deeefhjjknoppptrqytsswuvxzuwy", "deeefhjjknopppqrtytsswuvxzuwy", "deeefhjjknopppqrsyttswuvxzuwy", "deeefhjjknopppqrssttywuvxzuwy", "deeefhjjknopppqrssttuwyvxzuwy", "deeefhjjknopppqrssttuuyvxzwwy", "deeefhjjknopppqrssttuuvyxzwwy", "deeefhjjknopppqrssttuuvwxzywy", "deeefhjjknopppqrssttuuvwwzyxy", "deeefhjjknopppqrssttuuvwwxyzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 29, "shuffle": false}, "task_name": "task01", "example_name": "0228", "problem_name": "task01_0228"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: bcrrblfimfasfksyttjtgysrziprw", "label": {"final": "abbcfffgiijklmprrrrssstttwyyz", "init": "bcrrblfimfasfksyttjtgysrziprw", "intermediate": ["acrrblfimfbsfksyttjtgysrziprw", "abrrclfimfbsfksyttjtgysrziprw", "abbrclfimfrsfksyttjtgysrziprw", "abbcrlfimfrsfksyttjtgysrziprw", "abbcflrimfrsfksyttjtgysrziprw", "abbcffrimlrsfksyttjtgysrziprw", "abbcfffimlrsrksyttjtgysrziprw", "abbcfffgmlrsrksyttjtiysrziprw", "abbcfffgilrsrksyttjtmysrziprw", "abbcfffgiirsrksyttjtmysrzlprw", "abbcfffgiijsrksyttrtmysrzlprw", "abbcfffgiijkrssyttrtmysrzlprw", "abbcfffgiijklssyttrtmysrzrprw", "abbcfffgiijklmsyttrtsysrzrprw", "abbcfffgiijklmpyttrtsysrzrsrw", "abbcfffgiijklmprttytsysrzrsrw", "abbcfffgiijklmprrtytsystzrsrw", "abbcfffgiijklmprrrytsystztsrw", "abbcfffgiijklmprrrrtsystztsyw", "abbcfffgiijklmprrrrstystztsyw", "abbcfffgiijklmprrrrssyttztsyw", "abbcfffgiijklmprrrrsssttztyyw", "abbcfffgiijklmprrrrssstttzyyw"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 29, "shuffle": false}, "task_name": "task01", "example_name": "0229", "problem_name": "task01_0229"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: jlhbetjxikutbesypxzqeknbmkrnn", "label": {"final": "bbbeeehijjkkklmnnnpqrsttuxxyz", "init": "jlhbetjxikutbesypxzqeknbmkrnn", "intermediate": ["blhjetjxikutbesypxzqeknbmkrnn", "bbhjetjxikutlesypxzqeknbmkrnn", "bbbjetjxikutlesypxzqeknhmkrnn", "bbbejtjxikutlesypxzqeknhmkrnn", "bbbeetjxikutljsypxzqeknhmkrnn", "bbbeeejxikutljsypxzqtknhmkrnn", "bbbeeehxikutljsypxzqtknjmkrnn", "bbbeeehixkutljsypxzqtknjmkrnn", "bbbeeehijkutlxsypxzqtknjmkrnn", "bbbeeehijjutlxsypxzqtknkmkrnn", "bbbeeehijjktlxsypxzqtunkmkrnn", "bbbeeehijjkklxsypxzqtuntmkrnn", "bbbeeehijjkkkxsypxzqtuntmlrnn", "bbbeeehijjkkklsypxzqtuntmxrnn", "bbbeeehijjkkklmypxzqtuntsxrnn", "bbbeeehijjkkklmnpxzqtuytsxrnn", "bbbeeehijjkkklmnnxzqtuytsxrpn", "bbbeeehijjkkklmnnnzqtuytsxrpx", "bbbeeehijjkkklmnnnpqtuytsxrzx", "bbbeeehijjkkklmnnnpqruytsxtzx", "bbbeeehijjkkklmnnnpqrsytuxtzx", "bbbeeehijjkkklmnnnpqrstyuxtzx", "bbbeeehijjkkklmnnnpqrsttuxyzx", "bbbeeehijjkkklmnnnpqrsttuxxzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 29, "shuffle": false}, "task_name": "task01", "example_name": "0230", "problem_name": "task01_0230"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pbyaoupcchfkohhigagbdyksnlhj", "label": {"final": "aabbccdfgghhhhijkklnooppsuyy", "init": "pbyaoupcchfkohhigagbdyksnlhj", "intermediate": ["abypoupcchfkohhigagbdyksnlhj", "aaypoupcchfkohhigbgbdyksnlhj", "aabpoupcchfkohhigygbdyksnlhj", "aabboupcchfkohhigygpdyksnlhj", "aabbcupochfkohhigygpdyksnlhj", "aabbccpouhfkohhigygpdyksnlhj", "aabbccdouhfkohhigygppyksnlhj", "aabbccdfuhokohhigygppyksnlhj", "aabbccdfghokohhiuygppyksnlhj", "aabbccdfggokohhiuyhppyksnlhj", "aabbccdfgghkoohiuyhppyksnlhj", "aabbccdfgghhookiuyhppyksnlhj", "aabbccdfgghhhokiuyoppyksnlhj", "aabbccdfgghhhhkiuyoppyksnloj", "aabbccdfgghhhhikuyoppyksnloj", "aabbccdfgghhhhijuyoppyksnlok", "aabbccdfgghhhhijkyoppyusnlok", "aabbccdfgghhhhijkkoppyusnloy", "aabbccdfgghhhhijkklppyusnooy", "aabbccdfgghhhhijkklnpyuspooy", "aabbccdfgghhhhijkklnoyusppoy", "aabbccdfgghhhhijkklnoousppyy", "aabbccdfgghhhhijkklnoopsupyy", "aabbccdfgghhhhijkklnooppusyy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 28, "shuffle": false}, "task_name": "task01", "example_name": "0231", "problem_name": "task01_0231"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: wuanwawhpbxsgifkfqlkonatlaxdxu", "label": {"final": "aaaabdffghikkllnnopqstuuwwwxxx", "init": "wuanwawhpbxsgifkfqlkonatlaxdxu", "intermediate": ["auwnwawhpbxsgifkfqlkonatlaxdxu", "aawnwuwhpbxsgifkfqlkonatlaxdxu", "aaanwuwhpbxsgifkfqlkonwtlaxdxu", "aaaawuwhpbxsgifkfqlkonwtlnxdxu", "aaaabuwhpwxsgifkfqlkonwtlnxdxu", "aaaabdwhpwxsgifkfqlkonwtlnxuxu", "aaaabdfhpwxsgiwkfqlkonwtlnxuxu", "aaaabdffpwxsgiwkhqlkonwtlnxuxu", "aaaabdffgwxspiwkhqlkonwtlnxuxu", "aaaabdffghxspiwkwqlkonwtlnxuxu", "aaaabdffghispxwkwqlkonwtlnxuxu", "aaaabdffghikpxwswqlkonwtlnxuxu", "aaaabdffghikkxwswqlponwtlnxuxu", "aaaabdffghikklwswqxponwtlnxuxu", "aaaabdffghikkllswqxponwtwnxuxu", "aaaabdffghikkllnwqxposwtwnxuxu", "aaaabdffghikkllnnqxposwtwwxuxu", "aaaabdffghikkllnnoxpqswtwwxuxu", "aaaabdffghikkllnnopxqswtwwxuxu", "aaaabdffghikkllnnopqxswtwwxuxu", "aaaabdffghikkllnnopqsxwtwwxuxu", "aaaabdffghikkllnnopqstwxwwxuxu", "aaaabdffghikkllnnopqstuxwwxwxu", "aaaabdffghikkllnnopqstuuwwxwxx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 30, "shuffle": false}, "task_name": "task01", "example_name": "0232", "problem_name": "task01_0232"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: wnrcolvyvoolreamsiozxpxjholh", "label": {"final": "acehhijlllmnoooooprrsvvwxxyz", "init": "wnrcolvyvoolreamsiozxpxjholh", "intermediate": ["anrcolvyvoolrewmsiozxpxjholh", "acrnolvyvoolrewmsiozxpxjholh", "acenolvyvoolrrwmsiozxpxjholh", "aceholvyvoolrrwmsiozxpxjnolh", "acehhlvyvoolrrwmsiozxpxjnolo", "acehhivyvoolrrwmslozxpxjnolo", "acehhijyvoolrrwmslozxpxvnolo", "acehhijlvooyrrwmslozxpxvnolo", "acehhijllooyrrwmsvozxpxvnolo", "acehhijllloyrrwmsvozxpxvnooo", "acehhijlllmyrrwosvozxpxvnooo", "acehhijlllmnrrwosvozxpxvyooo", "acehhijlllmnorwrsvozxpxvyooo", "acehhijlllmnoowrsvrzxpxvyooo", "acehhijlllmnooorsvrzxpxvywoo", "acehhijlllmnoooosvrzxpxvywro", "acehhijlllmnooooovrzxpxvywrs", "acehhijlllmnoooooprzxvxvywrs", "acehhijlllmnoooooprrxvxvywzs", "acehhijlllmnoooooprrsvxvywzx", "acehhijlllmnoooooprrsvvxywzx", "acehhijlllmnoooooprrsvvwyxzx", "acehhijlllmnoooooprrsvvwxyzx", "acehhijlllmnoooooprrsvvwxxzy"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 28, "shuffle": false}, "task_name": "task01", "example_name": "0233", "problem_name": "task01_0233"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: gbbcbgpbkjdlenkxdumuonsgeewant", "label": {"final": "abbbbcddeeegggjkklmnnnopstuuwx", "init": "gbbcbgpbkjdlenkxdumuonsgeewant", "intermediate": ["abbcbgpbkjdlenkxdumuonsgeewgnt", "abbbcgpbkjdlenkxdumuonsgeewgnt", "abbbbgpckjdlenkxdumuonsgeewgnt", "abbbbcpgkjdlenkxdumuonsgeewgnt", "abbbbcdgkjplenkxdumuonsgeewgnt", "abbbbcddkjplenkxgumuonsgeewgnt", "abbbbcddejplknkxgumuonsgeewgnt", "abbbbcddeeplknkxgumuonsgjewgnt", "abbbbcddeeelknkxgumuonsgjpwgnt", "abbbbcddeeegknkxlumuonsgjpwgnt", "abbbbcddeeeggnkxlumuonskjpwgnt", "abbbbcddeeegggkxlumuonskjpwnnt", "abbbbcddeeegggjxlumuonskkpwnnt", "abbbbcddeeegggjklumuonsxkpwnnt", "abbbbcddeeegggjkkumuonsxlpwnnt", "abbbbcddeeegggjkklmuonsxupwnnt", "abbbbcddeeegggjkklmnousxupwnnt", "abbbbcddeeegggjkklmnnusxupwont", "abbbbcddeeegggjkklmnnnsxupwout", "abbbbcddeeegggjkklmnnnoxupwsut", "abbbbcddeeegggjkklmnnnopuxwsut", "abbbbcddeeegggjkklmnnnopsxwuut", "abbbbcddeeegggjkklmnnnopstwuux", "abbbbcddeeegggjkklmnnnopstuwux"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 30, "shuffle": false}, "task_name": "task01", "example_name": "0234", "problem_name": "task01_0234"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fybvzjznuwrctybhquhdjmdvppawat", "label": {"final": "aabbcddfhhjjmnppqrttuuvvwwyyzz", "init": "fybvzjznuwrctybhquhdjmdvppawat", "intermediate": ["aybvzjznuwrctybhquhdjmdvppfwat", "aabvzjznuwrctybhquhdjmdvppfwyt", "aabbzjznuwrctyvhquhdjmdvppfwyt", "aabbcjznuwrztyvhquhdjmdvppfwyt", "aabbcdznuwrztyvhquhjjmdvppfwyt", "aabbcddnuwrztyvhquhjjmzvppfwyt", "aabbcddfuwrztyvhquhjjmzvppnwyt", "aabbcddfhwrztyvuquhjjmzvppnwyt", "aabbcddfhhrztyvuquwjjmzvppnwyt", "aabbcddfhhjztyvuquwrjmzvppnwyt", "aabbcddfhhjjtyvuquwrzmzvppnwyt", "aabbcddfhhjjmyvuquwrztzvppnwyt", "aabbcddfhhjjmnvuquwrztzvppywyt", "aabbcddfhhjjmnpuquwrztzvvpywyt", "aabbcddfhhjjmnppquwrztzvvuywyt", "aabbcddfhhjjmnppqrwuztzvvuywyt", "aabbcddfhhjjmnppqrtuzwzvvuywyt", "aabbcddfhhjjmnppqrttzwzvvuywyu", "aabbcddfhhjjmnppqrttuwzvvzywyu", "aabbcddfhhjjmnppqrttuuzvvzywyw", "aabbcddfhhjjmnppqrttuuvzvzywyw", "aabbcddfhhjjmnppqrttuuvvzzywyw", "aabbcddfhhjjmnppqrttuuvvwzyzyw", "aabbcddfhhjjmnppqrttuuvvwwyzyz"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 30, "shuffle": false}, "task_name": "task01", "example_name": "0235", "problem_name": "task01_0235"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qtjaxxtrjwigrinumfnjclfbpvvoup", "label": {"final": "abcffgiijjjlmnnoppqrrttuuvvwxx", "init": "qtjaxxtrjwigrinumfnjclfbpvvoup", "intermediate": ["atjqxxtrjwigrinumfnjclfbpvvoup", "abjqxxtrjwigrinumfnjclftpvvoup", "abcqxxtrjwigrinumfnjjlftpvvoup", "abcfxxtrjwigrinumqnjjlftpvvoup", "abcffxtrjwigrinumqnjjlxtpvvoup", "abcffgtrjwixrinumqnjjlxtpvvoup", "abcffgirjwtxrinumqnjjlxtpvvoup", "abcffgiijwtxrrnumqnjjlxtpvvoup", "abcffgiijjtxrrnumqnwjlxtpvvoup", "abcffgiijjjxrrnumqnwtlxtpvvoup", "abcffgiijjjlrrnumqnwtxxtpvvoup", "abcffgiijjjlmrnurqnwtxxtpvvoup", "abcffgiijjjlmnrurqnwtxxtpvvoup", "abcffgiijjjlmnnurqrwtxxtpvvoup", "abcffgiijjjlmnnorqrwtxxtpvvuup", "abcffgiijjjlmnnopqrwtxxtrvvuup", "abcffgiijjjlmnnopprwtxxtrvvuuq", "abcffgiijjjlmnnoppqwtxxtrvvuur", "abcffgiijjjlmnnoppqrtxxtwvvuur", "abcffgiijjjlmnnoppqrrxxtwvvuut", "abcffgiijjjlmnnoppqrrtxxwvvuut", "abcffgiijjjlmnnoppqrrttxwvvuux", "abcffgiijjjlmnnoppqrrttuwvvxux", "abcffgiijjjlmnnoppqrrttuuvvxwx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 30, "shuffle": false}, "task_name": "task01", "example_name": "0236", "problem_name": "task01_0236"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kcpfehziudjjtcdreqanurmjqiepgoq", "label": {"final": "accddeeefghiijjjkmnoppqqqrrtuuz", "init": "kcpfehziudjjtcdreqanurmjqiepgoq", "intermediate": ["acpfehziudjjtcdreqknurmjqiepgoq", "accfehziudjjtpdreqknurmjqiepgoq", "accdehziufjjtpdreqknurmjqiepgoq", "accddhziufjjtpereqknurmjqiepgoq", "accddeziufjjtphreqknurmjqiepgoq", "accddeeiufjjtphrzqknurmjqiepgoq", "accddeeeufjjtphrzqknurmjqiipgoq", "accddeeefujjtphrzqknurmjqiipgoq", "accddeeefgjjtphrzqknurmjqiipuoq", "accddeeefghjtpjrzqknurmjqiipuoq", "accddeeefghitpjrzqknurmjqjipuoq", "accddeeefghiipjrzqknurmjqjtpuoq", "accddeeefghiijprzqknurmjqjtpuoq", "accddeeefghiijjrzqknurmpqjtpuoq", "accddeeefghiijjjzqknurmpqrtpuoq", "accddeeefghiijjjkqznurmpqrtpuoq", "accddeeefghiijjjkmznurqpqrtpuoq", "accddeeefghiijjjkmnzurqpqrtpuoq", "accddeeefghiijjjkmnourqpqrtpuzq", "accddeeefghiijjjkmnoprquqrtpuzq", "accddeeefghiijjjkmnoppquqrtruzq", "accddeeefghiijjjkmnoppqqurtruzq", "accddeeefghiijjjkmnoppqqqrtruzu", "accddeeefghiijjjkmnoppqqqrrtuzu"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 31, "shuffle": false}, "task_name": "task01", "example_name": "0237", "problem_name": "task01_0237"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ulwiasqkmugoiexzqlkagtgylyux", "label": {"final": "aaegggiikklllmoqqstuuuwxxyyz", "init": "ulwiasqkmugoiexzqlkagtgylyux", "intermediate": ["alwiusqkmugoiexzqlkagtgylyux", "aawiusqkmugoiexzqlklgtgylyux", "aaeiusqkmugoiwxzqlklgtgylyux", "aaegusqkmuioiwxzqlklgtgylyux", "aaeggsqkmuioiwxzqlklutgylyux", "aaegggqkmuioiwxzqlklutsylyux", "aaegggikmuqoiwxzqlklutsylyux", "aaegggiimuqokwxzqlklutsylyux", "aaegggiikuqomwxzqlklutsylyux", "aaegggiikkqomwxzqlulutsylyux", "aaegggiikklomwxzqqulutsylyux", "aaegggiikkllmwxzqquoutsylyux", "aaegggiikklllwxzqquoutsymyux", "aaegggiikklllmxzqquoutsywyux", "aaegggiikklllmozqquxutsywyux", "aaegggiikklllmoqzquxutsywyux", "aaegggiikklllmoqqzuxutsywyux", "aaegggiikklllmoqqsuxutzywyux", "aaegggiikklllmoqqstxuuzywyux", "aaegggiikklllmoqqstuxuzywyux", "aaegggiikklllmoqqstuuxzywyux", "aaegggiikklllmoqqstuuuzywyxx", "aaegggiikklllmoqqstuuuwyzyxx", "aaegggiikklllmoqqstuuuwxzyyx"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 28, "shuffle": false}, "task_name": "task01", "example_name": "0238", "problem_name": "task01_0238"}
+{"prompt": "Sort a given string into alphabetical order step by step by swapping two characters.\nStarting with the first alphabet in alphabetical order 'a' and the first position of the string, repeat the following process until the end of the alphabetical order 'z'. \nAt each step, search for the alphabet in the string from left to right. If you find it, swap it with the character at the current position. Then, move to the next position of the string. If the alphabet is not found, do nothing.\nRepeat the step until the whole string has been searched, and move on to the next alphabet.\n\nProvide the final sorted string along with the intermediate strings after each swap in a list ignoring the steps with no change. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qffdbdhjpkhphalwdrknqgtdhko", "label": {"final": "abddddffghhhhjkkklnoppqqrtw", "init": "qffdbdhjpkhphalwdrknqgtdhko", "intermediate": ["affdbdhjpkhphqlwdrknqgtdhko", "abfdfdhjpkhphqlwdrknqgtdhko", "abdffdhjpkhphqlwdrknqgtdhko", "abddffhjpkhphqlwdrknqgtdhko", "abdddfhjpkhphqlwfrknqgtdhko", "abddddhjpkhphqlwfrknqgtfhko", "abddddfjpkhphqlwhrknqgtfhko", "abddddffpkhphqlwhrknqgtjhko", "abddddffgkhphqlwhrknqptjhko", "abddddffghkphqlwhrknqptjhko", "abddddffghhpkqlwhrknqptjhko", "abddddffghhhkqlwprknqptjhko", "abddddffghhhhqlwprknqptjkko", "abddddffghhhhjlwprknqptqkko", "abddddffghhhhjkwprlnqptqkko", "abddddffghhhhjkkprlnqptqwko", "abddddffghhhhjkkkrlnqptqwpo", "abddddffghhhhjkkklrnqptqwpo", "abddddffghhhhjkkklnrqptqwpo", "abddddffghhhhjkkklnoqptqwpr", "abddddffghhhhjkkklnopqtqwpr", "abddddffghhhhjkkklnopptqwqr", "abddddffghhhhjkkklnoppqtwqr", "abddddffghhhhjkkklnoppqqwtr"]}, "config": {"alphabet": "abcdefghijklmnopqrstuvwxyz", "length": 27, "shuffle": false}, "task_name": "task01", "example_name": "0239", "problem_name": "task01_0239"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [gpk4ihwwv, r8q7oqm, z1is0sxwzm, la62o86f4, pljob, belfe3nrv7, fi467tng6, 1t2jt, 6dwg44x, parmoc, 7su46tt4, n6a2s, w9ho20s1y5, xnkceb9]\nSets of Numbers: [(2, 1, 3), (2, 8, 1)]\n", "label": {"final": "1isz", "init": "", "intermediate": ["1is"]}, "config": {"commands": [[2, 1, 3], [2, 8, 1]], "max_length": 10, "min_length": 5, "num_commands": 2, "num_strings": 14, "strings": ["gpk4ihwwv", "r8q7oqm", "z1is0sxwzm", "la62o86f4", "pljob", "belfe3nrv7", "fi467tng6", "1t2jt", "6dwg44x", "parmoc", "7su46tt4", "n6a2s", "w9ho20s1y5", "xnkceb9"]}, "task_name": "task02", "example_name": "0000", "problem_name": "task02_0000"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [zthi05d, 7v54wj7, 83aajarv, yvdb26]\nSets of Numbers: [(2, 1, 6), (0, 2, 3)]\n", "label": {"final": "3aajarhi0", "init": "", "intermediate": ["3aajar"]}, "config": {"commands": [[2, 1, 6], [0, 2, 3]], "max_length": 10, "min_length": 5, "num_commands": 2, "num_strings": 4, "strings": ["zthi05d", "7v54wj7", "83aajarv", "yvdb26"]}, "task_name": "task02", "example_name": "0001", "problem_name": "task02_0001"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [yt0qw4, cj5sx, ljhgb, r3879g, 6e59s6d, ubr6e0ayb, geoxfz, kjms1z, 3stvp, 7oirymqnc, 9vbp2, g5dtw5a, fzdt52789t, dyznp5pv, rhsln8sv, 5xdjlks5, 1ts86g7, rpxx1edcv, njpx6]\nSets of Numbers: [(1, 4, 1), (2, 3, 2)]\n", "label": {"final": "xgb", "init": "", "intermediate": ["x"]}, "config": {"commands": [[1, 4, 1], [2, 3, 2]], "max_length": 10, "min_length": 5, "num_commands": 2, "num_strings": 19, "strings": ["yt0qw4", "cj5sx", "ljhgb", "r3879g", "6e59s6d", "ubr6e0ayb", "geoxfz", "kjms1z", "3stvp", "7oirymqnc", "9vbp2", "g5dtw5a", "fzdt52789t", "dyznp5pv", "rhsln8sv", "5xdjlks5", "1ts86g7", "rpxx1edcv", "njpx6"]}, "task_name": "task02", "example_name": "0002", "problem_name": "task02_0002"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [nwjm91, st2k4udx, pbmhm18hve, 2wvmg0lm, qfbjpsmrai, ucyov, yvrcpd, deadm, 3vgbyc, zcz7j, 3f5h7n86, dybkz1, jtd937rog, tc5ufo1]\nSets of Numbers: [(4, 4, 2), (2, 9, 1)]\n", "label": {"final": "pse", "init": "", "intermediate": ["ps"]}, "config": {"commands": [[4, 4, 2], [2, 9, 1]], "max_length": 10, "min_length": 5, "num_commands": 2, "num_strings": 14, "strings": ["nwjm91", "st2k4udx", "pbmhm18hve", "2wvmg0lm", "qfbjpsmrai", "ucyov", "yvrcpd", "deadm", "3vgbyc", "zcz7j", "3f5h7n86", "dybkz1", "jtd937rog", "tc5ufo1"]}, "task_name": "task02", "example_name": "0003", "problem_name": "task02_0003"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ntw76w, 3z1wlltp, 7r9fx, t1abi0hv, g387o, smbau7j9f3, 22on19nio5, xjoved5, 3kfc3ol67, qljdfnri, lfhzoe]\nSets of Numbers: [(0, 4, 1), (10, 1, 1)]\n", "label": {"final": "6f", "init": "", "intermediate": ["6"]}, "config": {"commands": [[0, 4, 1], [10, 1, 1]], "max_length": 10, "min_length": 5, "num_commands": 2, "num_strings": 11, "strings": ["ntw76w", "3z1wlltp", "7r9fx", "t1abi0hv", "g387o", "smbau7j9f3", "22on19nio5", "xjoved5", "3kfc3ol67", "qljdfnri", "lfhzoe"]}, "task_name": "task02", "example_name": "0004", "problem_name": "task02_0004"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [9o6ql2ugaz, p84tg, mvbpkmuk, 2arr0ca, r9osyc, w3c6x06t]\nSets of Numbers: [(3, 6, 1), (4, 1, 3)]\n", "label": {"final": "a9os", "init": "", "intermediate": ["a"]}, "config": {"commands": [[3, 6, 1], [4, 1, 3]], "max_length": 10, "min_length": 5, "num_commands": 2, "num_strings": 6, "strings": ["9o6ql2ugaz", "p84tg", "mvbpkmuk", "2arr0ca", "r9osyc", "w3c6x06t"]}, "task_name": "task02", "example_name": "0005", "problem_name": "task02_0005"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [hivpyj, fspvg4ur, whc2qim, p5lxt, 4wv07spap, 2t924g]\nSets of Numbers: [(1, 3, 5), (0, 4, 2)]\n", "label": {"final": "vg4uryj", "init": "", "intermediate": ["vg4ur"]}, "config": {"commands": [[1, 3, 5], [0, 4, 2]], "max_length": 10, "min_length": 5, "num_commands": 2, "num_strings": 6, "strings": ["hivpyj", "fspvg4ur", "whc2qim", "p5lxt", "4wv07spap", "2t924g"]}, "task_name": "task02", "example_name": "0006", "problem_name": "task02_0006"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [fjf2kp7r, ef1af, ue4q3cjb3, mhcftf5tli, 0fuv2cdn5, ywozvs0oyj, g03sxm3]\nSets of Numbers: [(2, 8, 1), (3, 0, 5)]\n", "label": {"final": "3mhcft", "init": "", "intermediate": ["3"]}, "config": {"commands": [[2, 8, 1], [3, 0, 5]], "max_length": 10, "min_length": 5, "num_commands": 2, "num_strings": 7, "strings": ["fjf2kp7r", "ef1af", "ue4q3cjb3", "mhcftf5tli", "0fuv2cdn5", "ywozvs0oyj", "g03sxm3"]}, "task_name": "task02", "example_name": "0007", "problem_name": "task02_0007"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [tj9in0vs, gmc5zwc, nn01h, oiwse8, 0j36l3, xj2h1, vvvcns, ripjx39, zfjk27dq, pctkhhn, lyktdjy, t9na120p, kp6aw8y, icx8i1v5jm, oileqsolpi]\nSets of Numbers: [(0, 2, 1), (4, 2, 4)]\n", "label": {"final": "936l3", "init": "", "intermediate": ["9"]}, "config": {"commands": [[0, 2, 1], [4, 2, 4]], "max_length": 10, "min_length": 5, "num_commands": 2, "num_strings": 15, "strings": ["tj9in0vs", "gmc5zwc", "nn01h", "oiwse8", "0j36l3", "xj2h1", "vvvcns", "ripjx39", "zfjk27dq", "pctkhhn", "lyktdjy", "t9na120p", "kp6aw8y", "icx8i1v5jm", "oileqsolpi"]}, "task_name": "task02", "example_name": "0008", "problem_name": "task02_0008"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [c783z, pcutk80kh, 3pcxrrb1, 8vdwtclj, c208k, 7j1fc, qmn755jjy1, lnpje, yokkje83, koplx612]\nSets of Numbers: [(5, 1, 3), (7, 3, 1)]\n", "label": {"final": "j1fj", "init": "", "intermediate": ["j1f"]}, "config": {"commands": [[5, 1, 3], [7, 3, 1]], "max_length": 10, "min_length": 5, "num_commands": 2, "num_strings": 10, "strings": ["c783z", "pcutk80kh", "3pcxrrb1", "8vdwtclj", "c208k", "7j1fc", "qmn755jjy1", "lnpje", "yokkje83", "koplx612"]}, "task_name": "task02", "example_name": "0009", "problem_name": "task02_0009"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [gu2gfeli1, frw48b3, p9w2me, v6zrx, tczd9vtcjz, q0ihv, u24ve, rz5cko3r, e08j7jhfos, ttpyv6qq5u, 0vby5, 48qpcbiz1, 0huphe]\nSets of Numbers: [(4, 2, 2), (2, 2, 2), (6, 0, 2)]\n", "label": {"final": "zdw2u2", "init": "", "intermediate": ["zd", "zdw2"]}, "config": {"commands": [[4, 2, 2], [2, 2, 2], [6, 0, 2]], "max_length": 10, "min_length": 5, "num_commands": 3, "num_strings": 13, "strings": ["gu2gfeli1", "frw48b3", "p9w2me", "v6zrx", "tczd9vtcjz", "q0ihv", "u24ve", "rz5cko3r", "e08j7jhfos", "ttpyv6qq5u", "0vby5", "48qpcbiz1", "0huphe"]}, "task_name": "task02", "example_name": "0010", "problem_name": "task02_0010"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [q3jn7bji1, ha5bo, 7zlthd, bizvv7k, 6iciwkcg, 7c1u4345, qlltnzexsk, r4uk5, m5rnbr, wb6foxm, yqqv8q, 2hro77ux, fzt2r, mav23r]\nSets of Numbers: [(6, 9, 1), (9, 3, 3), (9, 0, 7)]\n", "label": {"final": "kfoxwb6foxm", "init": "", "intermediate": ["k", "kfox"]}, "config": {"commands": [[6, 9, 1], [9, 3, 3], [9, 0, 7]], "max_length": 10, "min_length": 5, "num_commands": 3, "num_strings": 14, "strings": ["q3jn7bji1", "ha5bo", "7zlthd", "bizvv7k", "6iciwkcg", "7c1u4345", "qlltnzexsk", "r4uk5", "m5rnbr", "wb6foxm", "yqqv8q", "2hro77ux", "fzt2r", "mav23r"]}, "task_name": "task02", "example_name": "0011", "problem_name": "task02_0011"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [eawt2cu0p, zrums, 9l5ich, ovwv9r, 4lmrf3ry0, xdxa6aayj, 4b5kn, 3w2tgs2, rloehiuc, 1sgng111bu, 2bd82afqk, aonjvxn4f]\nSets of Numbers: [(2, 1, 5), (6, 3, 2), (0, 5, 3)]\n", "label": {"final": "l5ichkncu0", "init": "", "intermediate": ["l5ich", "l5ichkn"]}, "config": {"commands": [[2, 1, 5], [6, 3, 2], [0, 5, 3]], "max_length": 10, "min_length": 5, "num_commands": 3, "num_strings": 12, "strings": ["eawt2cu0p", "zrums", "9l5ich", "ovwv9r", "4lmrf3ry0", "xdxa6aayj", "4b5kn", "3w2tgs2", "rloehiuc", "1sgng111bu", "2bd82afqk", "aonjvxn4f"]}, "task_name": "task02", "example_name": "0012", "problem_name": "task02_0012"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cym7ba6y7, y5qe43120]\nSets of Numbers: [(0, 2, 3), (1, 5, 3), (1, 4, 2)]\n", "label": {"final": "m7b31243", "init": "", "intermediate": ["m7b", "m7b312"]}, "config": {"commands": [[0, 2, 3], [1, 5, 3], [1, 4, 2]], "max_length": 10, "min_length": 5, "num_commands": 3, "num_strings": 2, "strings": ["cym7ba6y7", "y5qe43120"]}, "task_name": "task02", "example_name": "0013", "problem_name": "task02_0013"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ats0pwiu3k, 5987sjk, 6fkli87, mrc6bic, 4freggvgk]\nSets of Numbers: [(3, 2, 2), (3, 5, 2), (1, 6, 1)]\n", "label": {"final": "c6ick", "init": "", "intermediate": ["c6", "c6ic"]}, "config": {"commands": [[3, 2, 2], [3, 5, 2], [1, 6, 1]], "max_length": 10, "min_length": 5, "num_commands": 3, "num_strings": 5, "strings": ["ats0pwiu3k", "5987sjk", "6fkli87", "mrc6bic", "4freggvgk"]}, "task_name": "task02", "example_name": "0014", "problem_name": "task02_0014"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [90fxk79xz, bogv1, rqqbxy]\nSets of Numbers: [(1, 2, 1), (1, 0, 4), (1, 3, 2)]\n", "label": {"final": "gbogvv1", "init": "", "intermediate": ["g", "gbogv"]}, "config": {"commands": [[1, 2, 1], [1, 0, 4], [1, 3, 2]], "max_length": 10, "min_length": 5, "num_commands": 3, "num_strings": 3, "strings": ["90fxk79xz", "bogv1", "rqqbxy"]}, "task_name": "task02", "example_name": "0015", "problem_name": "task02_0015"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ojg0c8375l, 02i9mce, ac8sbh, hidzk, dl1cbgfr]\nSets of Numbers: [(0, 2, 1), (2, 5, 1), (1, 6, 1)]\n", "label": {"final": "ghe", "init": "", "intermediate": ["g", "gh"]}, "config": {"commands": [[0, 2, 1], [2, 5, 1], [1, 6, 1]], "max_length": 10, "min_length": 5, "num_commands": 3, "num_strings": 5, "strings": ["ojg0c8375l", "02i9mce", "ac8sbh", "hidzk", "dl1cbgfr"]}, "task_name": "task02", "example_name": "0016", "problem_name": "task02_0016"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ef7vs7fsm, zlgw84, hws85rhi3, ihh6rqrs, 7lixxutjx, 02sho8, cowmpfw5o, 97dlffh, ojlxwbnnz, dcvhnf, 46vc7l9r2v, 8le3uzbu5, 51fu77ob, 2nf5zevyy, ez7q7sech, 08yd7cr, o0o5gf3tpu, e6mgk9, oqlvc0]\nSets of Numbers: [(18, 1, 5), (8, 5, 3), (17, 3, 3)]\n", "label": {"final": "qlvc0bnngk9", "init": "", "intermediate": ["qlvc0", "qlvc0bnn"]}, "config": {"commands": [[18, 1, 5], [8, 5, 3], [17, 3, 3]], "max_length": 10, "min_length": 5, "num_commands": 3, "num_strings": 19, "strings": ["ef7vs7fsm", "zlgw84", "hws85rhi3", "ihh6rqrs", "7lixxutjx", "02sho8", "cowmpfw5o", "97dlffh", "ojlxwbnnz", "dcvhnf", "46vc7l9r2v", "8le3uzbu5", "51fu77ob", "2nf5zevyy", "ez7q7sech", "08yd7cr", "o0o5gf3tpu", "e6mgk9", "oqlvc0"]}, "task_name": "task02", "example_name": "0017", "problem_name": "task02_0017"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [0tju3g0, 09svsm4y4x, u8ohcsq, 2tqqz3g, sd7iv, vsyckm5uc, 3nbx48, tz0xkq3vc, ofjz7y00j, 8qa9fo5h, lmvriaejj3, b7yo5y5ro, gxacn2, 0azmsxq4o, 33meb]\nSets of Numbers: [(3, 3, 4), (12, 5, 1), (3, 2, 1)]\n", "label": {"final": "qz3g2q", "init": "", "intermediate": ["qz3g", "qz3g2"]}, "config": {"commands": [[3, 3, 4], [12, 5, 1], [3, 2, 1]], "max_length": 10, "min_length": 5, "num_commands": 3, "num_strings": 15, "strings": ["0tju3g0", "09svsm4y4x", "u8ohcsq", "2tqqz3g", "sd7iv", "vsyckm5uc", "3nbx48", "tz0xkq3vc", "ofjz7y00j", "8qa9fo5h", "lmvriaejj3", "b7yo5y5ro", "gxacn2", "0azmsxq4o", "33meb"]}, "task_name": "task02", "example_name": "0018", "problem_name": "task02_0018"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [6bawu, i71kcekg, 0abxdi7tz, u52flyaw, 7ablcgs, jmrsz6y, szie7q6j, gbmqu, e7npchr864, m6yjldlsv, 1wz8d, 0959c, 052um3, 6ip422qpsi, ohyxke9pkh, en2fhchzz, 5sx2mh995n]\nSets of Numbers: [(1, 3, 3), (1, 2, 3), (6, 1, 4)]\n", "label": {"final": "kce1kczie7", "init": "", "intermediate": ["kce", "kce1kc"]}, "config": {"commands": [[1, 3, 3], [1, 2, 3], [6, 1, 4]], "max_length": 10, "min_length": 5, "num_commands": 3, "num_strings": 17, "strings": ["6bawu", "i71kcekg", "0abxdi7tz", "u52flyaw", "7ablcgs", "jmrsz6y", "szie7q6j", "gbmqu", "e7npchr864", "m6yjldlsv", "1wz8d", "0959c", "052um3", "6ip422qpsi", "ohyxke9pkh", "en2fhchzz", "5sx2mh995n"]}, "task_name": "task02", "example_name": "0019", "problem_name": "task02_0019"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [33a88xqhdv, ay3hv, 18fp1zopoo, o97g9g2j2, o35tdoq4, 1vbvi0nbq]\nSets of Numbers: [(1, 4, 1), (3, 1, 3), (4, 1, 5), (2, 7, 2)]\n", "label": {"final": "v97g35tdopo", "init": "", "intermediate": ["v", "v97g", "v97g35tdo"]}, "config": {"commands": [[1, 4, 1], [3, 1, 3], [4, 1, 5], [2, 7, 2]], "max_length": 10, "min_length": 5, "num_commands": 4, "num_strings": 6, "strings": ["33a88xqhdv", "ay3hv", "18fp1zopoo", "o97g9g2j2", "o35tdoq4", "1vbvi0nbq"]}, "task_name": "task02", "example_name": "0020", "problem_name": "task02_0020"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [3p4syn6uga, dwclc0, q43mc, qjiqk, j42ve6w9, nto9oey, tdk7434, il6urj8r, s3scltbi54, 3erhn9v1, 5wdito, mr607tqhrc, s1w1ol, mjiwz0x5r, 9nuo5zjx1, rp9tju3vo]\nSets of Numbers: [(6, 3, 2), (1, 3, 3), (14, 5, 4), (15, 6, 2)]\n", "label": {"final": "74lc0zjx13v", "init": "", "intermediate": ["74", "74lc0", "74lc0zjx1"]}, "config": {"commands": [[6, 3, 2], [1, 3, 3], [14, 5, 4], [15, 6, 2]], "max_length": 10, "min_length": 5, "num_commands": 4, "num_strings": 16, "strings": ["3p4syn6uga", "dwclc0", "q43mc", "qjiqk", "j42ve6w9", "nto9oey", "tdk7434", "il6urj8r", "s3scltbi54", "3erhn9v1", "5wdito", "mr607tqhrc", "s1w1ol", "mjiwz0x5r", "9nuo5zjx1", "rp9tju3vo"]}, "task_name": "task02", "example_name": "0021", "problem_name": "task02_0021"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [u6vv03jl3, 42j54i, 8cbfe9, zc8e0kj, oobrr65o0]\nSets of Numbers: [(3, 1, 4), (0, 2, 7), (2, 4, 1), (4, 4, 1)]\n", "label": {"final": "c8e0vv03jl3er", "init": "", "intermediate": ["c8e0", "c8e0vv03jl3", "c8e0vv03jl3e"]}, "config": {"commands": [[3, 1, 4], [0, 2, 7], [2, 4, 1], [4, 4, 1]], "max_length": 10, "min_length": 5, "num_commands": 4, "num_strings": 5, "strings": ["u6vv03jl3", "42j54i", "8cbfe9", "zc8e0kj", "oobrr65o0"]}, "task_name": "task02", "example_name": "0022", "problem_name": "task02_0022"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [f0kb4y, nfb3q4jpn, 638ug4, mz144, buq498s, mjlet]\nSets of Numbers: [(1, 6, 1), (1, 5, 1), (5, 2, 3), (3, 3, 2)]\n", "label": {"final": "j4let44", "init": "", "intermediate": ["j", "j4", "j4let"]}, "config": {"commands": [[1, 6, 1], [1, 5, 1], [5, 2, 3], [3, 3, 2]], "max_length": 10, "min_length": 5, "num_commands": 4, "num_strings": 6, "strings": ["f0kb4y", "nfb3q4jpn", "638ug4", "mz144", "buq498s", "mjlet"]}, "task_name": "task02", "example_name": "0023", "problem_name": "task02_0023"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [u1ir85u, 9k3dgo, 852fn8, fmx0x7, 7fg206, qvxoudc, wi4r5u, 2xte6ehx, etf03, dpi6u6q1, ktu62uh8]\nSets of Numbers: [(6, 0, 3), (0, 5, 1), (4, 0, 3), (6, 4, 2)]\n", "label": {"final": "wi457fg5u", "init": "", "intermediate": ["wi4", "wi45", "wi457fg"]}, "config": {"commands": [[6, 0, 3], [0, 5, 1], [4, 0, 3], [6, 4, 2]], "max_length": 10, "min_length": 5, "num_commands": 4, "num_strings": 11, "strings": ["u1ir85u", "9k3dgo", "852fn8", "fmx0x7", "7fg206", "qvxoudc", "wi4r5u", "2xte6ehx", "etf03", "dpi6u6q1", "ktu62uh8"]}, "task_name": "task02", "example_name": "0024", "problem_name": "task02_0024"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [a5fiu, emb64h, cs6zlj, gclfq2h, 12sjav9q, 6xadw, evcxg47nx, kdbzs65, 6ps6g, l0v7a, gj6v9ie6o1, j90lvjnisz]\nSets of Numbers: [(5, 4, 1), (3, 4, 1), (8, 1, 1), (8, 0, 1)]\n", "label": {"final": "wqp6", "init": "", "intermediate": ["w", "wq", "wqp"]}, "config": {"commands": [[5, 4, 1], [3, 4, 1], [8, 1, 1], [8, 0, 1]], "max_length": 10, "min_length": 5, "num_commands": 4, "num_strings": 12, "strings": ["a5fiu", "emb64h", "cs6zlj", "gclfq2h", "12sjav9q", "6xadw", "evcxg47nx", "kdbzs65", "6ps6g", "l0v7a", "gj6v9ie6o1", "j90lvjnisz"]}, "task_name": "task02", "example_name": "0025", "problem_name": "task02_0025"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [efuwvbxmc6, 6boyuo06ec, al667qhux, t520pk, z8ctprz46, jlkd3o9, 4ssduduk2g, fe3ajxuf, 1fpnq, 2zsjodim, zaob64g, po6df72i]\nSets of Numbers: [(5, 6, 1), (3, 1, 1), (6, 0, 1), (10, 2, 3)]\n", "label": {"final": "954ob6", "init": "", "intermediate": ["9", "95", "954"]}, "config": {"commands": [[5, 6, 1], [3, 1, 1], [6, 0, 1], [10, 2, 3]], "max_length": 10, "min_length": 5, "num_commands": 4, "num_strings": 12, "strings": ["efuwvbxmc6", "6boyuo06ec", "al667qhux", "t520pk", "z8ctprz46", "jlkd3o9", "4ssduduk2g", "fe3ajxuf", "1fpnq", "2zsjodim", "zaob64g", "po6df72i"]}, "task_name": "task02", "example_name": "0026", "problem_name": "task02_0026"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [44vgptzd0, q42zuxma, wnus1kw, uhu90io37k, 7yfr87jdj, xbumg757, b81dedbjyh, ionz6rbcb, 4bc1y9, 9623n]\nSets of Numbers: [(0, 4, 5), (2, 2, 3), (4, 6, 2), (5, 6, 2)]\n", "label": {"final": "ptzd0us1jd57", "init": "", "intermediate": ["ptzd0", "ptzd0us1", "ptzd0us1jd"]}, "config": {"commands": [[0, 4, 5], [2, 2, 3], [4, 6, 2], [5, 6, 2]], "max_length": 10, "min_length": 5, "num_commands": 4, "num_strings": 10, "strings": ["44vgptzd0", "q42zuxma", "wnus1kw", "uhu90io37k", "7yfr87jdj", "xbumg757", "b81dedbjyh", "ionz6rbcb", "4bc1y9", "9623n"]}, "task_name": "task02", "example_name": "0027", "problem_name": "task02_0027"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [1tvt00s, 5lbjr6y7h, u18bav19w8, w3ugct5d, jbedh5s9rr, z0twr, dr5kcgdfja, u1eqslo1n, g8e7a47e, 83jw2, jh3tvduv, 1ibpwv33m6]\nSets of Numbers: [(4, 6, 3), (2, 7, 3), (6, 5, 4), (3, 7, 1)]\n", "label": {"final": "s9r9w8gdfjd", "init": "", "intermediate": ["s9r", "s9r9w8", "s9r9w8gdfj"]}, "config": {"commands": [[4, 6, 3], [2, 7, 3], [6, 5, 4], [3, 7, 1]], "max_length": 10, "min_length": 5, "num_commands": 4, "num_strings": 12, "strings": ["1tvt00s", "5lbjr6y7h", "u18bav19w8", "w3ugct5d", "jbedh5s9rr", "z0twr", "dr5kcgdfja", "u1eqslo1n", "g8e7a47e", "83jw2", "jh3tvduv", "1ibpwv33m6"]}, "task_name": "task02", "example_name": "0028", "problem_name": "task02_0028"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [u6o7ncoz7, e6ix1i8m]\nSets of Numbers: [(1, 2, 2), (0, 1, 2), (0, 4, 1), (1, 3, 4)]\n", "label": {"final": "ix6onx1i8", "init": "", "intermediate": ["ix", "ix6o", "ix6on"]}, "config": {"commands": [[1, 2, 2], [0, 1, 2], [0, 4, 1], [1, 3, 4]], "max_length": 10, "min_length": 5, "num_commands": 4, "num_strings": 2, "strings": ["u6o7ncoz7", "e6ix1i8m"]}, "task_name": "task02", "example_name": "0029", "problem_name": "task02_0029"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [2yuy2kjm2, 9gfkw, 50f51, sfcwyo43u, vd8swm]\nSets of Numbers: [(0, 7, 2), (2, 4, 1), (1, 4, 1), (0, 4, 1), (3, 5, 2)]\n", "label": {"final": "m21w2o4", "init": "", "intermediate": ["m2", "m21", "m21w", "m21w2"]}, "config": {"commands": [[0, 7, 2], [2, 4, 1], [1, 4, 1], [0, 4, 1], [3, 5, 2]], "max_length": 10, "min_length": 5, "num_commands": 5, "num_strings": 5, "strings": ["2yuy2kjm2", "9gfkw", "50f51", "sfcwyo43u", "vd8swm"]}, "task_name": "task02", "example_name": "0030", "problem_name": "task02_0030"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [0bpwx, o0x48ne8m, wuucqbqtgt, 681mktbp, 9xh9mkk4, y9c7rviz, fl4ywzwjg7, naqzh, jr8du, jzewc, lk6hhg1am, a4bi7, gn3eiil, l50gge5, mun0d, vxi9g8b, g529jhepy, yfig5si, spf7fuo9t, q65vah]\nSets of Numbers: [(12, 2, 4), (15, 2, 1), (3, 0, 8), (5, 5, 2), (4, 7, 1)]\n", "label": {"final": "3eiii681mktbpvi4", "init": "", "intermediate": ["3eii", "3eiii", "3eiii681mktbp", "3eiii681mktbpvi"]}, "config": {"commands": [[12, 2, 4], [15, 2, 1], [3, 0, 8], [5, 5, 2], [4, 7, 1]], "max_length": 10, "min_length": 5, "num_commands": 5, "num_strings": 20, "strings": ["0bpwx", "o0x48ne8m", "wuucqbqtgt", "681mktbp", "9xh9mkk4", "y9c7rviz", "fl4ywzwjg7", "naqzh", "jr8du", "jzewc", "lk6hhg1am", "a4bi7", "gn3eiil", "l50gge5", "mun0d", "vxi9g8b", "g529jhepy", "yfig5si", "spf7fuo9t", "q65vah"]}, "task_name": "task02", "example_name": "0031", "problem_name": "task02_0031"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [faaspr7, toi42np, cx7l42m]\nSets of Numbers: [(2, 0, 5), (0, 0, 3), (2, 3, 1), (0, 1, 1), (1, 3, 2)]\n", "label": {"final": "cx7l4faala42", "init": "", "intermediate": ["cx7l4", "cx7l4faa", "cx7l4faal", "cx7l4faala"]}, "config": {"commands": [[2, 0, 5], [0, 0, 3], [2, 3, 1], [0, 1, 1], [1, 3, 2]], "max_length": 10, "min_length": 5, "num_commands": 5, "num_strings": 3, "strings": ["faaspr7", "toi42np", "cx7l42m"]}, "task_name": "task02", "example_name": "0032", "problem_name": "task02_0032"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [u2vrpmig, vkoazuk7qz, 7egu5t7, 28kuh2m5s, ce0ce, zbbg0mwhb, hpkztmxf, xhp76mz, ysd9mzfcl, e9emyjfeo, 39b4k93l14, vivkr3ynmp]\nSets of Numbers: [(2, 3, 3), (2, 4, 2), (11, 3, 6), (3, 4, 4), (2, 0, 2)]\n", "label": {"final": "u5t5tkr3ynmh2m57e", "init": "", "intermediate": ["u5t", "u5t5t", "u5t5tkr3ynm", "u5t5tkr3ynmh2m5"]}, "config": {"commands": [[2, 3, 3], [2, 4, 2], [11, 3, 6], [3, 4, 4], [2, 0, 2]], "max_length": 10, "min_length": 5, "num_commands": 5, "num_strings": 12, "strings": ["u2vrpmig", "vkoazuk7qz", "7egu5t7", "28kuh2m5s", "ce0ce", "zbbg0mwhb", "hpkztmxf", "xhp76mz", "ysd9mzfcl", "e9emyjfeo", "39b4k93l14", "vivkr3ynmp"]}, "task_name": "task02", "example_name": "0033", "problem_name": "task02_0033"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ukgmmy, nr8ui, 9z9pl]\nSets of Numbers: [(1, 4, 1), (2, 0, 2), (2, 2, 1), (1, 2, 3), (2, 3, 2)]\n", "label": {"final": "i9z98uipl", "init": "", "intermediate": ["i", "i9z", "i9z9", "i9z98ui"]}, "config": {"commands": [[1, 4, 1], [2, 0, 2], [2, 2, 1], [1, 2, 3], [2, 3, 2]], "max_length": 10, "min_length": 5, "num_commands": 5, "num_strings": 3, "strings": ["ukgmmy", "nr8ui", "9z9pl"]}, "task_name": "task02", "example_name": "0034", "problem_name": "task02_0034"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [w5hk4, khencu, cyot8lcn, t4m82zrwb0, p71nod, sgmg7ol, w8mz4e6n, ujl9ya, iyscp, 4nqxyq21, brq0hf1, hvlnoksf63, 5tt0tgjz, j1wbhosyl, skty6kj0, wsr75lpyo, e86psyh3a5, vapeg, y244t]\nSets of Numbers: [(4, 1, 1), (9, 0, 3), (2, 6, 2), (3, 6, 3), (6, 1, 4)]\n", "label": {"final": "74nqcnrwb8mz4", "init": "", "intermediate": ["7", "74nq", "74nqcn", "74nqcnrwb"]}, "config": {"commands": [[4, 1, 1], [9, 0, 3], [2, 6, 2], [3, 6, 3], [6, 1, 4]], "max_length": 10, "min_length": 5, "num_commands": 5, "num_strings": 19, "strings": ["w5hk4", "khencu", "cyot8lcn", "t4m82zrwb0", "p71nod", "sgmg7ol", "w8mz4e6n", "ujl9ya", "iyscp", "4nqxyq21", "brq0hf1", "hvlnoksf63", "5tt0tgjz", "j1wbhosyl", "skty6kj0", "wsr75lpyo", "e86psyh3a5", "vapeg", "y244t"]}, "task_name": "task02", "example_name": "0035", "problem_name": "task02_0035"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [bfqkf, irr6yhf73a, pr4b9b27ay, 1s0r93g, pw9wcq1h, qq00274d, ze4yddvq, 99ja3rsx, u43q7jnk7, ugnbjj, xudb4v69q, hls27m77]\nSets of Numbers: [(4, 0, 4), (10, 5, 2), (1, 4, 2), (0, 0, 3), (3, 4, 2)]\n", "label": {"final": "pw9wv6yhbfq93", "init": "", "intermediate": ["pw9w", "pw9wv6", "pw9wv6yh", "pw9wv6yhbfq"]}, "config": {"commands": [[4, 0, 4], [10, 5, 2], [1, 4, 2], [0, 0, 3], [3, 4, 2]], "max_length": 10, "min_length": 5, "num_commands": 5, "num_strings": 12, "strings": ["bfqkf", "irr6yhf73a", "pr4b9b27ay", "1s0r93g", "pw9wcq1h", "qq00274d", "ze4yddvq", "99ja3rsx", "u43q7jnk7", "ugnbjj", "xudb4v69q", "hls27m77"]}, "task_name": "task02", "example_name": "0036", "problem_name": "task02_0036"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [u6fp72iyw3, gg9qh541, w9qs39, s7vsdx7, lp8cda9zd, l1afx03, 1q88l, 5xwbam5d, h5zvqg6g]\nSets of Numbers: [(3, 4, 3), (2, 3, 3), (7, 5, 3), (7, 5, 1), (0, 4, 3)]\n", "label": {"final": "dx7s39m5dm72i", "init": "", "intermediate": ["dx7", "dx7s39", "dx7s39m5d", "dx7s39m5dm"]}, "config": {"commands": [[3, 4, 3], [2, 3, 3], [7, 5, 3], [7, 5, 1], [0, 4, 3]], "max_length": 10, "min_length": 5, "num_commands": 5, "num_strings": 9, "strings": ["u6fp72iyw3", "gg9qh541", "w9qs39", "s7vsdx7", "lp8cda9zd", "l1afx03", "1q88l", "5xwbam5d", "h5zvqg6g"]}, "task_name": "task02", "example_name": "0037", "problem_name": "task02_0037"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [003e6zp, 7xwmg3f, uf9ckjq, 7y9rn110h, z3x23, t0bxl42, 2mkte, nuwoh17a, 5gf0m9, wajag, 8ff9x, mcmaze5, xokd5blwj]\nSets of Numbers: [(7, 3, 2), (8, 4, 1), (11, 2, 2), (5, 1, 2), (9, 4, 1)]\n", "label": {"final": "ohmma0bg", "init": "", "intermediate": ["oh", "ohm", "ohmma", "ohmma0b"]}, "config": {"commands": [[7, 3, 2], [8, 4, 1], [11, 2, 2], [5, 1, 2], [9, 4, 1]], "max_length": 10, "min_length": 5, "num_commands": 5, "num_strings": 13, "strings": ["003e6zp", "7xwmg3f", "uf9ckjq", "7y9rn110h", "z3x23", "t0bxl42", "2mkte", "nuwoh17a", "5gf0m9", "wajag", "8ff9x", "mcmaze5", "xokd5blwj"]}, "task_name": "task02", "example_name": "0038", "problem_name": "task02_0038"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [7vxso1t, bhm8k4, y1kxog87, pr6cli4jp, hf48dpc2, be25o356e, hra2ot, 1y3eg, qrkdvsu0, m4zeie1uaj, monlyunq2g, ebceb, kxol3, t0dpe, zp58u9381, 7cw7y4, 40s1o, n06ea]\nSets of Numbers: [(4, 0, 6), (14, 6, 3), (8, 5, 3), (1, 4, 2), (5, 3, 4)]\n", "label": {"final": "hf48dp381su0k45o35", "init": "", "intermediate": ["hf48dp", "hf48dp381", "hf48dp381su0", "hf48dp381su0k4"]}, "config": {"commands": [[4, 0, 6], [14, 6, 3], [8, 5, 3], [1, 4, 2], [5, 3, 4]], "max_length": 10, "min_length": 5, "num_commands": 5, "num_strings": 18, "strings": ["7vxso1t", "bhm8k4", "y1kxog87", "pr6cli4jp", "hf48dpc2", "be25o356e", "hra2ot", "1y3eg", "qrkdvsu0", "m4zeie1uaj", "monlyunq2g", "ebceb", "kxol3", "t0dpe", "zp58u9381", "7cw7y4", "40s1o", "n06ea"]}, "task_name": "task02", "example_name": "0039", "problem_name": "task02_0039"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [niz61, das7zos3v, v2jrn1zcv, 8dg71gcy]\nSets of Numbers: [(1, 5, 4), (1, 4, 3), (0, 0, 1), (2, 2, 7), (2, 4, 4), (3, 3, 4)]\n", "label": {"final": "os3vzosnjrn1zcvn1zc71gc", "init": "", "intermediate": ["os3v", "os3vzos", "os3vzosn", "os3vzosnjrn1zcv", "os3vzosnjrn1zcvn1zc"]}, "config": {"commands": [[1, 5, 4], [1, 4, 3], [0, 0, 1], [2, 2, 7], [2, 4, 4], [3, 3, 4]], "max_length": 10, "min_length": 5, "num_commands": 6, "num_strings": 4, "strings": ["niz61", "das7zos3v", "v2jrn1zcv", "8dg71gcy"]}, "task_name": "task02", "example_name": "0040", "problem_name": "task02_0040"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [0s1uv8igd, jcdtb3j730, n1tzracu9x]\nSets of Numbers: [(1, 1, 4), (2, 4, 2), (1, 9, 1), (1, 3, 7), (2, 8, 1), (1, 9, 1)]\n", "label": {"final": "cdtbra0tb3j73090", "init": "", "intermediate": ["cdtb", "cdtbra", "cdtbra0", "cdtbra0tb3j730", "cdtbra0tb3j7309"]}, "config": {"commands": [[1, 1, 4], [2, 4, 2], [1, 9, 1], [1, 3, 7], [2, 8, 1], [1, 9, 1]], "max_length": 10, "min_length": 5, "num_commands": 6, "num_strings": 3, "strings": ["0s1uv8igd", "jcdtb3j730", "n1tzracu9x"]}, "task_name": "task02", "example_name": "0041", "problem_name": "task02_0041"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [pko8m66q4b, fo3l7ya9]\nSets of Numbers: [(1, 2, 4), (0, 9, 1), (0, 7, 2), (1, 0, 6), (0, 9, 1), (1, 7, 1)]\n", "label": {"final": "3l7ybq4fo3l7yb9", "init": "", "intermediate": ["3l7y", "3l7yb", "3l7ybq4", "3l7ybq4fo3l7y", "3l7ybq4fo3l7yb"]}, "config": {"commands": [[1, 2, 4], [0, 9, 1], [0, 7, 2], [1, 0, 6], [0, 9, 1], [1, 7, 1]], "max_length": 10, "min_length": 5, "num_commands": 6, "num_strings": 2, "strings": ["pko8m66q4b", "fo3l7ya9"]}, "task_name": "task02", "example_name": "0042", "problem_name": "task02_0042"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ybvsc0o, wdow1, h92fsefwdt, 48na9m, o0pdcp0v5x, 9syn68o, yep5k997u, w51d3, jbbtr, ki81ypzvtf, y4jqap]\nSets of Numbers: [(2, 4, 2), (8, 4, 1), (6, 3, 5), (3, 3, 2), (5, 2, 1), (6, 4, 3)]\n", "label": {"final": "ser5k997a9yk99", "init": "", "intermediate": ["se", "ser", "ser5k997", "ser5k997a9", "ser5k997a9y"]}, "config": {"commands": [[2, 4, 2], [8, 4, 1], [6, 3, 5], [3, 3, 2], [5, 2, 1], [6, 4, 3]], "max_length": 10, "min_length": 5, "num_commands": 6, "num_strings": 11, "strings": ["ybvsc0o", "wdow1", "h92fsefwdt", "48na9m", "o0pdcp0v5x", "9syn68o", "yep5k997u", "w51d3", "jbbtr", "ki81ypzvtf", "y4jqap"]}, "task_name": "task02", "example_name": "0043", "problem_name": "task02_0043"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [3039y, espmiwaimb, 7rylagqg, u8n60, vmaamd8, brecv8, kxm97fwzq, focbwepkhg, rxjn8mghps, 42tsc3zg, 6z7i2]\nSets of Numbers: [(5, 0, 4), (6, 3, 5), (3, 1, 2), (10, 4, 1), (4, 5, 2), (10, 0, 2)]\n", "label": {"final": "brec97fwz8n2d86z", "init": "", "intermediate": ["brec", "brec97fwz", "brec97fwz8n", "brec97fwz8n2", "brec97fwz8n2d8"]}, "config": {"commands": [[5, 0, 4], [6, 3, 5], [3, 1, 2], [10, 4, 1], [4, 5, 2], [10, 0, 2]], "max_length": 10, "min_length": 5, "num_commands": 6, "num_strings": 11, "strings": ["3039y", "espmiwaimb", "7rylagqg", "u8n60", "vmaamd8", "brecv8", "kxm97fwzq", "focbwepkhg", "rxjn8mghps", "42tsc3zg", "6z7i2"]}, "task_name": "task02", "example_name": "0044", "problem_name": "task02_0044"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [3cj6hc1, ak0nitse0u, qd87u6e68c]\nSets of Numbers: [(0, 1, 3), (0, 5, 2), (1, 9, 1), (1, 7, 3), (1, 3, 2), (2, 5, 1)]\n", "label": {"final": "cj6c1ue0uni6", "init": "", "intermediate": ["cj6", "cj6c1", "cj6c1u", "cj6c1ue0u", "cj6c1ue0uni"]}, "config": {"commands": [[0, 1, 3], [0, 5, 2], [1, 9, 1], [1, 7, 3], [1, 3, 2], [2, 5, 1]], "max_length": 10, "min_length": 5, "num_commands": 6, "num_strings": 3, "strings": ["3cj6hc1", "ak0nitse0u", "qd87u6e68c"]}, "task_name": "task02", "example_name": "0045", "problem_name": "task02_0045"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [5sthin96v3, gbq261, tc1auw8, h2hw2, qb9nsl, 94jooxz, cqcyrcz2, 7cckgs, jgzyrlybeu, as3iv, ftv4p, vusxe76e, x30l9lr, je15xycei5, uiqq05y, j0znkh, e04r908sg, 2xin1p]\nSets of Numbers: [(8, 5, 4), (8, 0, 7), (0, 7, 1), (10, 3, 2), (16, 2, 5), (13, 3, 3)]\n", "label": {"final": "lybejgzyrly64p4r9085xy", "init": "", "intermediate": ["lybe", "lybejgzyrly", "lybejgzyrly6", "lybejgzyrly64p", "lybejgzyrly64p4r908"]}, "config": {"commands": [[8, 5, 4], [8, 0, 7], [0, 7, 1], [10, 3, 2], [16, 2, 5], [13, 3, 3]], "max_length": 10, "min_length": 5, "num_commands": 6, "num_strings": 18, "strings": ["5sthin96v3", "gbq261", "tc1auw8", "h2hw2", "qb9nsl", "94jooxz", "cqcyrcz2", "7cckgs", "jgzyrlybeu", "as3iv", "ftv4p", "vusxe76e", "x30l9lr", "je15xycei5", "uiqq05y", "j0znkh", "e04r908sg", "2xin1p"]}, "task_name": "task02", "example_name": "0046", "problem_name": "task02_0046"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [hgl880clp, 1jxm1wn4b, crbuny, v7i4mkb12u, hr8w7, ywowaz, wwvtzl8x, eamkzgu, ajok955ch, 7hlmwe, n8pxa, rwdms7, 8k88t3vv, 5n9nto2, y8ubtk]\nSets of Numbers: [(2, 4, 2), (5, 3, 1), (4, 1, 3), (0, 1, 5), (14, 1, 1), (4, 2, 2)]\n", "label": {"final": "nywr8wgl88088w", "init": "", "intermediate": ["ny", "nyw", "nywr8w", "nywr8wgl880", "nywr8wgl8808"]}, "config": {"commands": [[2, 4, 2], [5, 3, 1], [4, 1, 3], [0, 1, 5], [14, 1, 1], [4, 2, 2]], "max_length": 10, "min_length": 5, "num_commands": 6, "num_strings": 15, "strings": ["hgl880clp", "1jxm1wn4b", "crbuny", "v7i4mkb12u", "hr8w7", "ywowaz", "wwvtzl8x", "eamkzgu", "ajok955ch", "7hlmwe", "n8pxa", "rwdms7", "8k88t3vv", "5n9nto2", "y8ubtk"]}, "task_name": "task02", "example_name": "0047", "problem_name": "task02_0047"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xl2vjnja, msssuiu8, psqow9a1, ovwqng26mn, 3ys43z, 0tyl1pe, 3lji6, 3kpzbry369, henep3h0wg, 2g371rsiu, swryd8, 98tbfuce, tkg1sv6i, v2a5cv, srz9pjle, toxqx7]\nSets of Numbers: [(5, 3, 2), (12, 3, 2), (15, 4, 1), (1, 4, 2), (0, 2, 6), (7, 7, 2)]\n", "label": {"final": "l11sxui2vjnja36", "init": "", "intermediate": ["l1", "l11s", "l11sx", "l11sxui", "l11sxui2vjnja"]}, "config": {"commands": [[5, 3, 2], [12, 3, 2], [15, 4, 1], [1, 4, 2], [0, 2, 6], [7, 7, 2]], "max_length": 10, "min_length": 5, "num_commands": 6, "num_strings": 16, "strings": ["xl2vjnja", "msssuiu8", "psqow9a1", "ovwqng26mn", "3ys43z", "0tyl1pe", "3lji6", "3kpzbry369", "henep3h0wg", "2g371rsiu", "swryd8", "98tbfuce", "tkg1sv6i", "v2a5cv", "srz9pjle", "toxqx7"]}, "task_name": "task02", "example_name": "0048", "problem_name": "task02_0048"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [v3ut0j, qq1lm, oa1shcla, hggzs8bvy, 2hibe, zueb1i, sc5q5vzt, 1q063p, swjye9c7, eyqnp7, thi7qrvte5, 6vvlq, 005p0qo6v]\nSets of Numbers: [(9, 5, 1), (5, 2, 4), (4, 0, 1), (7, 5, 1), (8, 4, 4), (0, 0, 3)]\n", "label": {"final": "7eb1i2pe9c7v3u", "init": "", "intermediate": ["7", "7eb1i", "7eb1i2", "7eb1i2p", "7eb1i2pe9c7"]}, "config": {"commands": [[9, 5, 1], [5, 2, 4], [4, 0, 1], [7, 5, 1], [8, 4, 4], [0, 0, 3]], "max_length": 10, "min_length": 5, "num_commands": 6, "num_strings": 13, "strings": ["v3ut0j", "qq1lm", "oa1shcla", "hggzs8bvy", "2hibe", "zueb1i", "sc5q5vzt", "1q063p", "swjye9c7", "eyqnp7", "thi7qrvte5", "6vvlq", "005p0qo6v"]}, "task_name": "task02", "example_name": "0049", "problem_name": "task02_0049"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xemnaos, ho7595mt1, sffhk0, juur9x2h5s, cm4622n9, lwnzyk4q33, nmc0iy9edg, br42yv, z0ul1ybjv, jyaalbei, kkjl8, cyk1k90j]\nSets of Numbers: [(9, 7, 1), (9, 5, 1), (1, 7, 2), (7, 5, 1), (8, 1, 4), (3, 9, 1), (7, 2, 1)]\n", "label": {"final": "ibt1v0ul1s4", "init": "", "intermediate": ["i", "ib", "ibt1", "ibt1v", "ibt1v0ul1", "ibt1v0ul1s"]}, "config": {"commands": [[9, 7, 1], [9, 5, 1], [1, 7, 2], [7, 5, 1], [8, 1, 4], [3, 9, 1], [7, 2, 1]], "max_length": 10, "min_length": 5, "num_commands": 7, "num_strings": 12, "strings": ["xemnaos", "ho7595mt1", "sffhk0", "juur9x2h5s", "cm4622n9", "lwnzyk4q33", "nmc0iy9edg", "br42yv", "z0ul1ybjv", "jyaalbei", "kkjl8", "cyk1k90j"]}, "task_name": "task02", "example_name": "0050", "problem_name": "task02_0050"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [hvxq77, 8cqtx6gx1q, nkmzi, 9wuhe, dmn2q, op28r, mjf170, 2jnkzr, rtfenhnzoh, hdu5v, sw78w5h4, bv5ixlvrau, k9g7nr]\nSets of Numbers: [(4, 0, 5), (4, 2, 1), (11, 9, 1), (8, 8, 2), (3, 2, 3), (6, 4, 1), (7, 3, 3)]\n", "label": {"final": "dmn2qnuohuhe7kzr", "init": "", "intermediate": ["dmn2q", "dmn2qn", "dmn2qnu", "dmn2qnuoh", "dmn2qnuohuhe", "dmn2qnuohuhe7"]}, "config": {"commands": [[4, 0, 5], [4, 2, 1], [11, 9, 1], [8, 8, 2], [3, 2, 3], [6, 4, 1], [7, 3, 3]], "max_length": 10, "min_length": 5, "num_commands": 7, "num_strings": 13, "strings": ["hvxq77", "8cqtx6gx1q", "nkmzi", "9wuhe", "dmn2q", "op28r", "mjf170", "2jnkzr", "rtfenhnzoh", "hdu5v", "sw78w5h4", "bv5ixlvrau", "k9g7nr"]}, "task_name": "task02", "example_name": "0051", "problem_name": "task02_0051"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [k24l6, qbr6jh, 8jmu75, voqt495ku, sj00j07w5, aorg4, 9e2jrx, xygy7ew5j, l8wz2b8, qhtt7ah8, sirs7kucy, g4xtm, i7s9e3mn, qkgdwlv, 02fjl5fi0v, lz0za]\nSets of Numbers: [(0, 1, 2), (5, 2, 2), (7, 2, 2), (1, 1, 5), (13, 0, 4), (1, 1, 4), (7, 7, 1)]\n", "label": {"final": "24rggybr6jhqkgdbr6j5", "init": "", "intermediate": ["24", "24rg", "24rggy", "24rggybr6jh", "24rggybr6jhqkgd", "24rggybr6jhqkgdbr6j"]}, "config": {"commands": [[0, 1, 2], [5, 2, 2], [7, 2, 2], [1, 1, 5], [13, 0, 4], [1, 1, 4], [7, 7, 1]], "max_length": 10, "min_length": 5, "num_commands": 7, "num_strings": 16, "strings": ["k24l6", "qbr6jh", "8jmu75", "voqt495ku", "sj00j07w5", "aorg4", "9e2jrx", "xygy7ew5j", "l8wz2b8", "qhtt7ah8", "sirs7kucy", "g4xtm", "i7s9e3mn", "qkgdwlv", "02fjl5fi0v", "lz0za"]}, "task_name": "task02", "example_name": "0052", "problem_name": "task02_0052"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [rrii3n7, 8zm84, fln7f, sq4n7jra5i, kzjge37dn, pwjcgd341c, san3gpj3w, irwyrcd4, 1pocj, vbhrys4iqv, xds3e0ks, zmvpgdij]\nSets of Numbers: [(1, 3, 1), (0, 0, 6), (0, 6, 1), (0, 4, 2), (7, 3, 2), (0, 2, 1), (5, 6, 1)]\n", "label": {"final": "8rrii3n73nyri3", "init": "", "intermediate": ["8", "8rrii3n", "8rrii3n7", "8rrii3n73n", "8rrii3n73nyr", "8rrii3n73nyri"]}, "config": {"commands": [[1, 3, 1], [0, 0, 6], [0, 6, 1], [0, 4, 2], [7, 3, 2], [0, 2, 1], [5, 6, 1]], "max_length": 10, "min_length": 5, "num_commands": 7, "num_strings": 12, "strings": ["rrii3n7", "8zm84", "fln7f", "sq4n7jra5i", "kzjge37dn", "pwjcgd341c", "san3gpj3w", "irwyrcd4", "1pocj", "vbhrys4iqv", "xds3e0ks", "zmvpgdij"]}, "task_name": "task02", "example_name": "0053", "problem_name": "task02_0053"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [fybe0nv7jh, i47igz7eue, 0lpozod5l, stctf10, dp15s, o5ujyify5l]\nSets of Numbers: [(3, 4, 3), (0, 1, 1), (5, 6, 2), (4, 1, 3), (3, 1, 6), (5, 7, 3), (0, 6, 3)]\n", "label": {"final": "f10yfyp15tctf10y5lv7j", "init": "", "intermediate": ["f10", "f10y", "f10yfy", "f10yfyp15", "f10yfyp15tctf10", "f10yfyp15tctf10y5l"]}, "config": {"commands": [[3, 4, 3], [0, 1, 1], [5, 6, 2], [4, 1, 3], [3, 1, 6], [5, 7, 3], [0, 6, 3]], "max_length": 10, "min_length": 5, "num_commands": 7, "num_strings": 6, "strings": ["fybe0nv7jh", "i47igz7eue", "0lpozod5l", "stctf10", "dp15s", "o5ujyify5l"]}, "task_name": "task02", "example_name": "0054", "problem_name": "task02_0054"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [t85ut360, dtadt0, rmlfa, y3l1c2, ugg2ws6, a850t9keho, 7yn8ued6z, ut1t551m7y, 7y9uhl, 53lrdczr8g, 8ade67, pxki80fd8, ffd5uv]\nSets of Numbers: [(11, 3, 3), (4, 5, 2), (5, 8, 1), (1, 5, 1), (2, 0, 3), (0, 4, 2), (0, 5, 3)]\n", "label": {"final": "i80s6h0rmlt3360", "init": "", "intermediate": ["i80", "i80s6", "i80s6h", "i80s6h0", "i80s6h0rml", "i80s6h0rmlt3"]}, "config": {"commands": [[11, 3, 3], [4, 5, 2], [5, 8, 1], [1, 5, 1], [2, 0, 3], [0, 4, 2], [0, 5, 3]], "max_length": 10, "min_length": 5, "num_commands": 7, "num_strings": 13, "strings": ["t85ut360", "dtadt0", "rmlfa", "y3l1c2", "ugg2ws6", "a850t9keho", "7yn8ued6z", "ut1t551m7y", "7y9uhl", "53lrdczr8g", "8ade67", "pxki80fd8", "ffd5uv"]}, "task_name": "task02", "example_name": "0055", "problem_name": "task02_0055"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ng03h2jvzy, g7vy89, vu2a8nzsm, vbid2, e0ykpr, nbz2olc, q0vycm5kz, shsvmma, 7u4so33zz, zfycsf1ug, g2i27exu, 67nfsmutr, qoixn2kx, id13mx, 35iu97d, f203794, zg5dix7s, 47f917f6, r8429, rirdxgw]\nSets of Numbers: [(12, 0, 4), (6, 8, 1), (6, 0, 6), (6, 3, 5), (0, 3, 7), (19, 0, 4), (16, 1, 6)]\n", "label": {"final": "qoixzq0vycmycm5k3h2jvzyrirdg5dix7", "init": "", "intermediate": ["qoix", "qoixz", "qoixzq0vycm", "qoixzq0vycmycm5k", "qoixzq0vycmycm5k3h2jvzy", "qoixzq0vycmycm5k3h2jvzyrird"]}, "config": {"commands": [[12, 0, 4], [6, 8, 1], [6, 0, 6], [6, 3, 5], [0, 3, 7], [19, 0, 4], [16, 1, 6]], "max_length": 10, "min_length": 5, "num_commands": 7, "num_strings": 20, "strings": ["ng03h2jvzy", "g7vy89", "vu2a8nzsm", "vbid2", "e0ykpr", "nbz2olc", "q0vycm5kz", "shsvmma", "7u4so33zz", "zfycsf1ug", "g2i27exu", "67nfsmutr", "qoixn2kx", "id13mx", "35iu97d", "f203794", "zg5dix7s", "47f917f6", "r8429", "rirdxgw"]}, "task_name": "task02", "example_name": "0056", "problem_name": "task02_0056"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [mqg3oway, ky2efxf, f3an3x, 2g4oqd, r7od1epd, fxh5427t, f94zl61sw, d19zlx, vlastd52, llt0xzma, p0nz54m, r0ay4sp, mgfm6waacw, kwl9cvj5c, 8zw189nza]\nSets of Numbers: [(5, 7, 1), (12, 6, 1), (6, 6, 1), (1, 0, 2), (13, 3, 4), (9, 2, 5), (5, 3, 1)]\n", "label": {"final": "ta1ky9cvjt0xzm5", "init": "", "intermediate": ["t", "ta", "ta1", "ta1ky", "ta1ky9cvj", "ta1ky9cvjt0xzm"]}, "config": {"commands": [[5, 7, 1], [12, 6, 1], [6, 6, 1], [1, 0, 2], [13, 3, 4], [9, 2, 5], [5, 3, 1]], "max_length": 10, "min_length": 5, "num_commands": 7, "num_strings": 15, "strings": ["mqg3oway", "ky2efxf", "f3an3x", "2g4oqd", "r7od1epd", "fxh5427t", "f94zl61sw", "d19zlx", "vlastd52", "llt0xzma", "p0nz54m", "r0ay4sp", "mgfm6waacw", "kwl9cvj5c", "8zw189nza"]}, "task_name": "task02", "example_name": "0057", "problem_name": "task02_0057"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [1o78hpholt, w8jnrq712x, 3x9qvxj]\nSets of Numbers: [(2, 0, 1), (0, 4, 5), (0, 3, 3), (0, 2, 2), (1, 5, 3), (1, 5, 1), (2, 0, 4)]\n", "label": {"final": "3hphol8hp78q71q3x9q", "init": "", "intermediate": ["3", "3hphol", "3hphol8hp", "3hphol8hp78", "3hphol8hp78q71", "3hphol8hp78q71q"]}, "config": {"commands": [[2, 0, 1], [0, 4, 5], [0, 3, 3], [0, 2, 2], [1, 5, 3], [1, 5, 1], [2, 0, 4]], "max_length": 10, "min_length": 5, "num_commands": 7, "num_strings": 3, "strings": ["1o78hpholt", "w8jnrq712x", "3x9qvxj"]}, "task_name": "task02", "example_name": "0058", "problem_name": "task02_0058"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [2x9tamhls, oz5tx2, ta98sx8q, evs3y5jlsw, 6wqc03ucl, c39vbyk4xy, 5i5t6v80b, mwvxwqdgzg, 90noa, uymsiti5sx]\nSets of Numbers: [(6, 2, 3), (6, 4, 3), (1, 3, 1), (4, 4, 4), (5, 9, 1), (8, 3, 2), (5, 7, 3)]\n", "label": {"final": "5t66v8t03ucyoa4xy", "init": "", "intermediate": ["5t6", "5t66v8", "5t66v8t", "5t66v8t03uc", "5t66v8t03ucy", "5t66v8t03ucyoa"]}, "config": {"commands": [[6, 2, 3], [6, 4, 3], [1, 3, 1], [4, 4, 4], [5, 9, 1], [8, 3, 2], [5, 7, 3]], "max_length": 10, "min_length": 5, "num_commands": 7, "num_strings": 10, "strings": ["2x9tamhls", "oz5tx2", "ta98sx8q", "evs3y5jlsw", "6wqc03ucl", "c39vbyk4xy", "5i5t6v80b", "mwvxwqdgzg", "90noa", "uymsiti5sx"]}, "task_name": "task02", "example_name": "0059", "problem_name": "task02_0059"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jwwut, iiii9a, p0a8kt3zr0, mfpfjf, svjmwwnrxa, 97kyk, hrysegsj, r1q8jotfxx, cb0r1j, 6sq40y61, sfro1dbb, ylate, j2f08, 55t7ojp, o1rch]\nSets of Numbers: [(2, 5, 4), (4, 4, 5), (8, 0, 5), (5, 3, 1), (9, 1, 3), (10, 6, 2), (1, 2, 4), (7, 9, 1)]\n", "label": {"final": "t3zrwwnrxcb0r1ysq4bbii9ax", "init": "", "intermediate": ["t3zr", "t3zrwwnrx", "t3zrwwnrxcb0r1", "t3zrwwnrxcb0r1y", "t3zrwwnrxcb0r1ysq4", "t3zrwwnrxcb0r1ysq4bb", "t3zrwwnrxcb0r1ysq4bbii9a"]}, "config": {"commands": [[2, 5, 4], [4, 4, 5], [8, 0, 5], [5, 3, 1], [9, 1, 3], [10, 6, 2], [1, 2, 4], [7, 9, 1]], "max_length": 10, "min_length": 5, "num_commands": 8, "num_strings": 15, "strings": ["jwwut", "iiii9a", "p0a8kt3zr0", "mfpfjf", "svjmwwnrxa", "97kyk", "hrysegsj", "r1q8jotfxx", "cb0r1j", "6sq40y61", "sfro1dbb", "ylate", "j2f08", "55t7ojp", "o1rch"]}, "task_name": "task02", "example_name": "0060", "problem_name": "task02_0060"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [lr7io9qr1v, eq1fxx5, 6nrmtx, 4b7y213u, tgd8gqihhg]\nSets of Numbers: [(3, 0, 5), (0, 9, 1), (4, 4, 1), (0, 6, 4), (1, 0, 2), (4, 1, 3), (1, 2, 2), (3, 0, 4)]\n", "label": {"final": "4b7y2vgqr1veqgd81f4b7y", "init": "", "intermediate": ["4b7y2", "4b7y2v", "4b7y2vg", "4b7y2vgqr1v", "4b7y2vgqr1veq", "4b7y2vgqr1veqgd8", "4b7y2vgqr1veqgd81f"]}, "config": {"commands": [[3, 0, 5], [0, 9, 1], [4, 4, 1], [0, 6, 4], [1, 0, 2], [4, 1, 3], [1, 2, 2], [3, 0, 4]], "max_length": 10, "min_length": 5, "num_commands": 8, "num_strings": 5, "strings": ["lr7io9qr1v", "eq1fxx5", "6nrmtx", "4b7y213u", "tgd8gqihhg"]}, "task_name": "task02", "example_name": "0061", "problem_name": "task02_0061"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [5s9ubet, k6288, 8ab5nnr]\nSets of Numbers: [(0, 1, 5), (0, 0, 7), (1, 2, 3), (0, 0, 7), (0, 1, 6), (0, 3, 4), (2, 4, 1), (2, 6, 1)]\n", "label": {"final": "s9ube5s9ubet2885s9ubets9ubetubetnr", "init": "", "intermediate": ["s9ube", "s9ube5s9ubet", "s9ube5s9ubet288", "s9ube5s9ubet2885s9ubet", "s9ube5s9ubet2885s9ubets9ubet", "s9ube5s9ubet2885s9ubets9ubetubet", "s9ube5s9ubet2885s9ubets9ubetubetn"]}, "config": {"commands": [[0, 1, 5], [0, 0, 7], [1, 2, 3], [0, 0, 7], [0, 1, 6], [0, 3, 4], [2, 4, 1], [2, 6, 1]], "max_length": 10, "min_length": 5, "num_commands": 8, "num_strings": 3, "strings": ["5s9ubet", "k6288", "8ab5nnr"]}, "task_name": "task02", "example_name": "0062", "problem_name": "task02_0062"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [9ac4qe, ck135y, 2c8amu, b2fyzps, elhakgj, dx3rteh, dukcct, 7nx1hz7, t104ganbr, 8fan6k, dttd6c5jy, dv3nzqo5, ra96u, 0zwl43q, ng8mig8q, 49ty9oz, nrhv8d0l7]\nSets of Numbers: [(16, 3, 3), (14, 6, 2), (15, 1, 6), (16, 4, 2), (12, 4, 1), (0, 0, 5), (4, 0, 5), (7, 5, 2)]\n", "label": {"final": "v8d8q9ty9oz8du9ac4qelhakz7", "init": "", "intermediate": ["v8d", "v8d8q", "v8d8q9ty9oz", "v8d8q9ty9oz8d", "v8d8q9ty9oz8du", "v8d8q9ty9oz8du9ac4q", "v8d8q9ty9oz8du9ac4qelhak"]}, "config": {"commands": [[16, 3, 3], [14, 6, 2], [15, 1, 6], [16, 4, 2], [12, 4, 1], [0, 0, 5], [4, 0, 5], [7, 5, 2]], "max_length": 10, "min_length": 5, "num_commands": 8, "num_strings": 17, "strings": ["9ac4qe", "ck135y", "2c8amu", "b2fyzps", "elhakgj", "dx3rteh", "dukcct", "7nx1hz7", "t104ganbr", "8fan6k", "dttd6c5jy", "dv3nzqo5", "ra96u", "0zwl43q", "ng8mig8q", "49ty9oz", "nrhv8d0l7"]}, "task_name": "task02", "example_name": "0063", "problem_name": "task02_0063"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [zgb427ig, nf04c, 06y7j2xrck, dl651o1ca, xs2s9sv, hdpvl, wmtqoo]\nSets of Numbers: [(0, 5, 1), (5, 3, 2), (3, 3, 3), (3, 7, 2), (1, 2, 2), (4, 1, 2), (3, 1, 2), (2, 0, 9)]\n", "label": {"final": "7vl51oca04s2l606y7j2xrc", "init": "", "intermediate": ["7", "7vl", "7vl51o", "7vl51oca", "7vl51oca04", "7vl51oca04s2", "7vl51oca04s2l6"]}, "config": {"commands": [[0, 5, 1], [5, 3, 2], [3, 3, 3], [3, 7, 2], [1, 2, 2], [4, 1, 2], [3, 1, 2], [2, 0, 9]], "max_length": 10, "min_length": 5, "num_commands": 8, "num_strings": 7, "strings": ["zgb427ig", "nf04c", "06y7j2xrck", "dl651o1ca", "xs2s9sv", "hdpvl", "wmtqoo"]}, "task_name": "task02", "example_name": "0064", "problem_name": "task02_0064"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [0oixh2, y74mxq65x, xjeuq7, 0vipt5, 9sqg85devl, e9fyhzfv, ptndpbrtz8, 280xs2o, x4iroa8wtf, rzx6jhcz, baf7y, tllg20u4, 17agijnv]\nSets of Numbers: [(4, 2, 4), (2, 1, 5), (7, 5, 1), (0, 5, 1), (6, 1, 3), (4, 0, 5), (7, 2, 3), (3, 2, 3)]\n", "label": {"final": "qg85jeuq722tnd9sqg80xsipt", "init": "", "intermediate": ["qg85", "qg85jeuq7", "qg85jeuq72", "qg85jeuq722", "qg85jeuq722tnd", "qg85jeuq722tnd9sqg8", "qg85jeuq722tnd9sqg80xs"]}, "config": {"commands": [[4, 2, 4], [2, 1, 5], [7, 5, 1], [0, 5, 1], [6, 1, 3], [4, 0, 5], [7, 2, 3], [3, 2, 3]], "max_length": 10, "min_length": 5, "num_commands": 8, "num_strings": 13, "strings": ["0oixh2", "y74mxq65x", "xjeuq7", "0vipt5", "9sqg85devl", "e9fyhzfv", "ptndpbrtz8", "280xs2o", "x4iroa8wtf", "rzx6jhcz", "baf7y", "tllg20u4", "17agijnv"]}, "task_name": "task02", "example_name": "0065", "problem_name": "task02_0065"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [1sckz, ex4z95miug, kzszgdj, gavu8k, i61wi, v19a79pg, epmv8vtxpz, wmjv3, 0i5b6suko3, 91yom0, llytn]\nSets of Numbers: [(9, 5, 1), (1, 5, 1), (10, 4, 1), (1, 0, 6), (7, 0, 1), (2, 2, 1), (5, 2, 5), (6, 5, 3)]\n", "label": {"final": "05nex4z95ws9a79pvtx", "init": "", "intermediate": ["0", "05", "05n", "05nex4z95", "05nex4z95w", "05nex4z95ws", "05nex4z95ws9a79p"]}, "config": {"commands": [[9, 5, 1], [1, 5, 1], [10, 4, 1], [1, 0, 6], [7, 0, 1], [2, 2, 1], [5, 2, 5], [6, 5, 3]], "max_length": 10, "min_length": 5, "num_commands": 8, "num_strings": 11, "strings": ["1sckz", "ex4z95miug", "kzszgdj", "gavu8k", "i61wi", "v19a79pg", "epmv8vtxpz", "wmjv3", "0i5b6suko3", "91yom0", "llytn"]}, "task_name": "task02", "example_name": "0066", "problem_name": "task02_0066"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [uztuggcyr, r9dws, 22v2wy8, rwjyhas, d0a38o1tmj, zfhz8aa, bxth5o, lt7gr1qn, irqraa, 3yd2nztslp, 7wlwz8kl, fkxf9ip56k, jlngfxwo, w6w2nl8n9, c8vtn9o, ir65yxl, urqv3cjm3, ixruu29k, 33zta]\nSets of Numbers: [(6, 1, 5), (3, 3, 3), (14, 0, 4), (17, 2, 1), (8, 5, 1), (11, 0, 5), (5, 3, 4), (13, 5, 1)]\n", "label": {"final": "xth5oyhac8vtrafkxf9z8aal", "init": "", "intermediate": ["xth5o", "xth5oyha", "xth5oyhac8vt", "xth5oyhac8vtr", "xth5oyhac8vtra", "xth5oyhac8vtrafkxf9", "xth5oyhac8vtrafkxf9z8aa"]}, "config": {"commands": [[6, 1, 5], [3, 3, 3], [14, 0, 4], [17, 2, 1], [8, 5, 1], [11, 0, 5], [5, 3, 4], [13, 5, 1]], "max_length": 10, "min_length": 5, "num_commands": 8, "num_strings": 19, "strings": ["uztuggcyr", "r9dws", "22v2wy8", "rwjyhas", "d0a38o1tmj", "zfhz8aa", "bxth5o", "lt7gr1qn", "irqraa", "3yd2nztslp", "7wlwz8kl", "fkxf9ip56k", "jlngfxwo", "w6w2nl8n9", "c8vtn9o", "ir65yxl", "urqv3cjm3", "ixruu29k", "33zta"]}, "task_name": "task02", "example_name": "0067", "problem_name": "task02_0067"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [y8eyc0o0, hmgrs, s5b0ii, d3jqo64pj, ruvxzn, o30p50, y1k0ltkg5l, ktgjftkxb, p08gtuqx, qn0tgj2, vmeqg278, hjqxpflkpj, e3epajv, 6ee6np2hlq]\nSets of Numbers: [(11, 9, 1), (3, 5, 3), (11, 7, 3), (3, 7, 2), (2, 2, 4), (6, 3, 4), (3, 0, 4), (6, 7, 2)]\n", "label": {"final": "j64pkpjpjb0ii0ltkd3jqg5", "init": "", "intermediate": ["j", "j64p", "j64pkpj", "j64pkpjpj", "j64pkpjpjb0ii", "j64pkpjpjb0ii0ltk", "j64pkpjpjb0ii0ltkd3jq"]}, "config": {"commands": [[11, 9, 1], [3, 5, 3], [11, 7, 3], [3, 7, 2], [2, 2, 4], [6, 3, 4], [3, 0, 4], [6, 7, 2]], "max_length": 10, "min_length": 5, "num_commands": 8, "num_strings": 14, "strings": ["y8eyc0o0", "hmgrs", "s5b0ii", "d3jqo64pj", "ruvxzn", "o30p50", "y1k0ltkg5l", "ktgjftkxb", "p08gtuqx", "qn0tgj2", "vmeqg278", "hjqxpflkpj", "e3epajv", "6ee6np2hlq"]}, "task_name": "task02", "example_name": "0068", "problem_name": "task02_0068"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [uevg8l4ui, dmg7lbc, sd9ler33k, y1s2y5s1t]\nSets of Numbers: [(3, 6, 2), (2, 1, 3), (1, 6, 1), (3, 3, 1), (0, 1, 3), (1, 3, 2), (2, 5, 2), (2, 7, 1)]\n", "label": {"final": "s1d9lc2evg7lr33", "init": "", "intermediate": ["s1", "s1d9l", "s1d9lc", "s1d9lc2", "s1d9lc2evg", "s1d9lc2evg7l", "s1d9lc2evg7lr3"]}, "config": {"commands": [[3, 6, 2], [2, 1, 3], [1, 6, 1], [3, 3, 1], [0, 1, 3], [1, 3, 2], [2, 5, 2], [2, 7, 1]], "max_length": 10, "min_length": 5, "num_commands": 8, "num_strings": 4, "strings": ["uevg8l4ui", "dmg7lbc", "sd9ler33k", "y1s2y5s1t"]}, "task_name": "task02", "example_name": "0069", "problem_name": "task02_0069"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [mktp0g, xylo7qzm, k4bxy03j, 0c4y19iyt, g66e1njkf, s8l9l]\nSets of Numbers: [(5, 2, 2), (4, 7, 1), (4, 3, 6), (1, 2, 5), (3, 7, 2), (2, 4, 1), (5, 3, 2), (1, 2, 4), (1, 0, 4)]\n", "label": {"final": "l9ke1njkflo7qzyty9llo7qxylo", "init": "", "intermediate": ["l9", "l9k", "l9ke1njkf", "l9ke1njkflo7qz", "l9ke1njkflo7qzyt", "l9ke1njkflo7qzyty", "l9ke1njkflo7qzyty9l", "l9ke1njkflo7qzyty9llo7q"]}, "config": {"commands": [[5, 2, 2], [4, 7, 1], [4, 3, 6], [1, 2, 5], [3, 7, 2], [2, 4, 1], [5, 3, 2], [1, 2, 4], [1, 0, 4]], "max_length": 10, "min_length": 5, "num_commands": 9, "num_strings": 6, "strings": ["mktp0g", "xylo7qzm", "k4bxy03j", "0c4y19iyt", "g66e1njkf", "s8l9l"]}, "task_name": "task02", "example_name": "0070", "problem_name": "task02_0070"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [il8j23f60, bytvdmz31, 953l7p]\nSets of Numbers: [(1, 2, 2), (2, 5, 1), (0, 0, 6), (0, 8, 1), (2, 1, 2), (2, 2, 1), (0, 3, 5), (0, 4, 4), (1, 3, 3)]\n", "label": {"final": "tvpil8j230533j23f623f6vdm", "init": "", "intermediate": ["tv", "tvp", "tvpil8j23", "tvpil8j230", "tvpil8j23053", "tvpil8j230533", "tvpil8j230533j23f6", "tvpil8j230533j23f623f6"]}, "config": {"commands": [[1, 2, 2], [2, 5, 1], [0, 0, 6], [0, 8, 1], [2, 1, 2], [2, 2, 1], [0, 3, 5], [0, 4, 4], [1, 3, 3]], "max_length": 10, "min_length": 5, "num_commands": 9, "num_strings": 3, "strings": ["il8j23f60", "bytvdmz31", "953l7p"]}, "task_name": "task02", "example_name": "0071", "problem_name": "task02_0071"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [007dqpcfv, flsutj, 4a8i0ogwur, g7vgon6, 1t8gz6496, wk58s0p]\nSets of Numbers: [(3, 2, 4), (1, 0, 1), (2, 4, 4), (4, 4, 3), (4, 5, 4), (5, 6, 1), (0, 2, 6), (5, 3, 3), (0, 2, 5)]\n", "label": {"final": "vgonf0ogwz646496p7dqpcf8s07dqpc", "init": "", "intermediate": ["vgon", "vgonf", "vgonf0ogw", "vgonf0ogwz64", "vgonf0ogwz646496", "vgonf0ogwz646496p", "vgonf0ogwz646496p7dqpcf", "vgonf0ogwz646496p7dqpcf8s0"]}, "config": {"commands": [[3, 2, 4], [1, 0, 1], [2, 4, 4], [4, 4, 3], [4, 5, 4], [5, 6, 1], [0, 2, 6], [5, 3, 3], [0, 2, 5]], "max_length": 10, "min_length": 5, "num_commands": 9, "num_strings": 6, "strings": ["007dqpcfv", "flsutj", "4a8i0ogwur", "g7vgon6", "1t8gz6496", "wk58s0p"]}, "task_name": "task02", "example_name": "0072", "problem_name": "task02_0072"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [hge7h99nu4, 0j770ec, z3rqixq, ekfst2w, lqv0k1, aer3m, ii3u1wx, 6lnm2c]\nSets of Numbers: [(0, 0, 4), (4, 5, 1), (3, 3, 1), (7, 1, 5), (4, 4, 2), (0, 5, 5), (7, 3, 2), (4, 2, 2), (0, 6, 3)]\n", "label": {"final": "hge71slnm2ck199nu4m2v09nu", "init": "", "intermediate": ["hge7", "hge71", "hge71s", "hge71slnm2c", "hge71slnm2ck1", "hge71slnm2ck199nu4", "hge71slnm2ck199nu4m2", "hge71slnm2ck199nu4m2v0"]}, "config": {"commands": [[0, 0, 4], [4, 5, 1], [3, 3, 1], [7, 1, 5], [4, 4, 2], [0, 5, 5], [7, 3, 2], [4, 2, 2], [0, 6, 3]], "max_length": 10, "min_length": 5, "num_commands": 9, "num_strings": 8, "strings": ["hge7h99nu4", "0j770ec", "z3rqixq", "ekfst2w", "lqv0k1", "aer3m", "ii3u1wx", "6lnm2c"]}, "task_name": "task02", "example_name": "0073", "problem_name": "task02_0073"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [1w92f4c, zbsr3smyb9, ev49jj6, 26h1ialwh6, 30u5u41, pulxc4s, wdc2tie]\nSets of Numbers: [(6, 4, 3), (6, 0, 6), (3, 8, 2), (6, 6, 1), (5, 4, 1), (2, 1, 4), (4, 4, 3), (1, 4, 4), (0, 0, 2)]\n", "label": {"final": "tiewdc2tih6ecv49ju413smy1w", "init": "", "intermediate": ["tie", "tiewdc2ti", "tiewdc2tih6", "tiewdc2tih6e", "tiewdc2tih6ec", "tiewdc2tih6ecv49j", "tiewdc2tih6ecv49ju41", "tiewdc2tih6ecv49ju413smy"]}, "config": {"commands": [[6, 4, 3], [6, 0, 6], [3, 8, 2], [6, 6, 1], [5, 4, 1], [2, 1, 4], [4, 4, 3], [1, 4, 4], [0, 0, 2]], "max_length": 10, "min_length": 5, "num_commands": 9, "num_strings": 7, "strings": ["1w92f4c", "zbsr3smyb9", "ev49jj6", "26h1ialwh6", "30u5u41", "pulxc4s", "wdc2tie"]}, "task_name": "task02", "example_name": "0074", "problem_name": "task02_0074"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [f9ys0kfmly, 1fmjps9pf, flcim, 3ctjrghun, zo4uwxx, f9bwru, npfsft81, 13ich7h1qw, ym3wou, 4vrot2v, 5nmtb7vma, 3jdwtna, i5t6108i, l2qr2o, e881s, ulyan]\nSets of Numbers: [(8, 4, 2), (12, 6, 2), (14, 2, 1), (3, 5, 4), (5, 4, 1), (5, 2, 3), (14, 4, 1), (12, 7, 1), (12, 1, 4)]\n", "label": {"final": "ou8i8ghunrbwrsi5t61", "init": "", "intermediate": ["ou", "ou8i", "ou8i8", "ou8i8ghun", "ou8i8ghunr", "ou8i8ghunrbwr", "ou8i8ghunrbwrs", "ou8i8ghunrbwrsi"]}, "config": {"commands": [[8, 4, 2], [12, 6, 2], [14, 2, 1], [3, 5, 4], [5, 4, 1], [5, 2, 3], [14, 4, 1], [12, 7, 1], [12, 1, 4]], "max_length": 10, "min_length": 5, "num_commands": 9, "num_strings": 16, "strings": ["f9ys0kfmly", "1fmjps9pf", "flcim", "3ctjrghun", "zo4uwxx", "f9bwru", "npfsft81", "13ich7h1qw", "ym3wou", "4vrot2v", "5nmtb7vma", "3jdwtna", "i5t6108i", "l2qr2o", "e881s", "ulyan"]}, "task_name": "task02", "example_name": "0075", "problem_name": "task02_0075"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qam1o, rxstn9e, 0sscwu6t6c, pseo9, seqxcnexxp, k147b, 6pahf8, 5q5did5, vflweqnai, faoq9mxaip, 1opka27v, dgzgvs, 2ppxfve1o2, uj0kv]\nSets of Numbers: [(3, 2, 1), (1, 4, 3), (9, 1, 4), (1, 4, 2), (12, 8, 2), (11, 4, 2), (11, 2, 3), (2, 3, 3), (7, 2, 2)]\n", "label": {"final": "en9eaoq9n9o2vszgvcwu5d", "init": "", "intermediate": ["e", "en9e", "en9eaoq9", "en9eaoq9n9", "en9eaoq9n9o2", "en9eaoq9n9o2vs", "en9eaoq9n9o2vszgv", "en9eaoq9n9o2vszgvcwu"]}, "config": {"commands": [[3, 2, 1], [1, 4, 3], [9, 1, 4], [1, 4, 2], [12, 8, 2], [11, 4, 2], [11, 2, 3], [2, 3, 3], [7, 2, 2]], "max_length": 10, "min_length": 5, "num_commands": 9, "num_strings": 14, "strings": ["qam1o", "rxstn9e", "0sscwu6t6c", "pseo9", "seqxcnexxp", "k147b", "6pahf8", "5q5did5", "vflweqnai", "faoq9mxaip", "1opka27v", "dgzgvs", "2ppxfve1o2", "uj0kv"]}, "task_name": "task02", "example_name": "0076", "problem_name": "task02_0076"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ih3p8uf, h89i3, 0jynj, mumrve87, grzcg, kzy07t, c9xjxxn, lt5096h9j, viogi6oxrq, m1xgk59, 1oj7xkln, u9vwhv, 1nlger4x, v5fha1pjzr, 144yxs1, 2z86fvfjv, jmp9xiyrz, qmcbrrnv, 4sb27dfsml, gxptgl5]\nSets of Numbers: [(1, 3, 2), (19, 1, 1), (14, 2, 2), (7, 1, 4), (18, 8, 2), (11, 4, 2), (1, 1, 2), (0, 6, 1), (0, 3, 3)]\n", "label": {"final": "i3x4yt509mlhv89fp8u", "init": "", "intermediate": ["i3", "i3x", "i3x4y", "i3x4yt509", "i3x4yt509ml", "i3x4yt509mlhv", "i3x4yt509mlhv89", "i3x4yt509mlhv89f"]}, "config": {"commands": [[1, 3, 2], [19, 1, 1], [14, 2, 2], [7, 1, 4], [18, 8, 2], [11, 4, 2], [1, 1, 2], [0, 6, 1], [0, 3, 3]], "max_length": 10, "min_length": 5, "num_commands": 9, "num_strings": 20, "strings": ["ih3p8uf", "h89i3", "0jynj", "mumrve87", "grzcg", "kzy07t", "c9xjxxn", "lt5096h9j", "viogi6oxrq", "m1xgk59", "1oj7xkln", "u9vwhv", "1nlger4x", "v5fha1pjzr", "144yxs1", "2z86fvfjv", "jmp9xiyrz", "qmcbrrnv", "4sb27dfsml", "gxptgl5"]}, "task_name": "task02", "example_name": "0077", "problem_name": "task02_0077"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [2t5bmvol, lxvbvcpw0, c4ag6, w02ap31a4w, kwc9v1je, ujy3urrgyj, 39j2kg59t, o7gugbw657, iaxmzl, r7x5lwb1, 1qfo81uy, chsae]\nSets of Numbers: [(2, 0, 1), (4, 1, 1), (4, 2, 4), (11, 1, 1), (7, 0, 5), (5, 3, 7), (2, 0, 4), (9, 4, 1), (7, 2, 1)]\n", "label": {"final": "cwc9v1ho7gug3urrgyjc4aglg", "init": "", "intermediate": ["c", "cw", "cwc9v1", "cwc9v1h", "cwc9v1ho7gug", "cwc9v1ho7gug3urrgyj", "cwc9v1ho7gug3urrgyjc4ag", "cwc9v1ho7gug3urrgyjc4agl"]}, "config": {"commands": [[2, 0, 1], [4, 1, 1], [4, 2, 4], [11, 1, 1], [7, 0, 5], [5, 3, 7], [2, 0, 4], [9, 4, 1], [7, 2, 1]], "max_length": 10, "min_length": 5, "num_commands": 9, "num_strings": 12, "strings": ["2t5bmvol", "lxvbvcpw0", "c4ag6", "w02ap31a4w", "kwc9v1je", "ujy3urrgyj", "39j2kg59t", "o7gugbw657", "iaxmzl", "r7x5lwb1", "1qfo81uy", "chsae"]}, "task_name": "task02", "example_name": "0078", "problem_name": "task02_0078"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [1nimmo, 1ob3unk, 3cavdos, icjclog3k, ttpxus, gjqcgj0, drj44in4c3, ka1m1ct77, uw5kavd, kceu8cx, t93im, ctzru, yjz94e3fo, z9x0vv5yl, tfiqol3n, u6f1v05, ikx5g2fe, 5t66m5, 49srrd9cl4, 8gwr1u]\nSets of Numbers: [(9, 2, 1), (1, 2, 5), (19, 3, 3), (10, 2, 1), (15, 3, 4), (18, 7, 2), (7, 1, 1), (18, 0, 10), (15, 0, 2)]\n", "label": {"final": "eb3unkr1u31v05cla49srrd9cl4u6", "init": "", "intermediate": ["e", "eb3unk", "eb3unkr1u", "eb3unkr1u3", "eb3unkr1u31v05", "eb3unkr1u31v05cl", "eb3unkr1u31v05cla", "eb3unkr1u31v05cla49srrd9cl4"]}, "config": {"commands": [[9, 2, 1], [1, 2, 5], [19, 3, 3], [10, 2, 1], [15, 3, 4], [18, 7, 2], [7, 1, 1], [18, 0, 10], [15, 0, 2]], "max_length": 10, "min_length": 5, "num_commands": 9, "num_strings": 20, "strings": ["1nimmo", "1ob3unk", "3cavdos", "icjclog3k", "ttpxus", "gjqcgj0", "drj44in4c3", "ka1m1ct77", "uw5kavd", "kceu8cx", "t93im", "ctzru", "yjz94e3fo", "z9x0vv5yl", "tfiqol3n", "u6f1v05", "ikx5g2fe", "5t66m5", "49srrd9cl4", "8gwr1u"]}, "task_name": "task02", "example_name": "0079", "problem_name": "task02_0079"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [kb6jsmj1m, 8y7a4i3s7, xcsehm15kk, bxgylh, 32c0v, 0dq97h, 2wt4dh, ksj56g3d, c1kfv6lwb, uclc4l, ffa5ukett8, 5og3n]\nSets of Numbers: [(10, 6, 2), (8, 5, 1), (2, 9, 1), (7, 3, 3), (0, 5, 1), (9, 4, 1), (3, 0, 6), (1, 7, 2), (10, 4, 2), (9, 0, 3)]\n", "label": {"final": "et6k56gm4bxgylhs7ukucl", "init": "", "intermediate": ["et", "et6", "et6k", "et6k56g", "et6k56gm", "et6k56gm4", "et6k56gm4bxgylh", "et6k56gm4bxgylhs7", "et6k56gm4bxgylhs7uk"]}, "config": {"commands": [[10, 6, 2], [8, 5, 1], [2, 9, 1], [7, 3, 3], [0, 5, 1], [9, 4, 1], [3, 0, 6], [1, 7, 2], [10, 4, 2], [9, 0, 3]], "max_length": 10, "min_length": 5, "num_commands": 10, "num_strings": 12, "strings": ["kb6jsmj1m", "8y7a4i3s7", "xcsehm15kk", "bxgylh", "32c0v", "0dq97h", "2wt4dh", "ksj56g3d", "c1kfv6lwb", "uclc4l", "ffa5ukett8", "5og3n"]}, "task_name": "task02", "example_name": "0080", "problem_name": "task02_0080"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [nobtv, jqsvlm, npcq1vs, 20k69, 6h9ho2e2a]\nSets of Numbers: [(0, 4, 1), (1, 4, 1), (3, 1, 2), (2, 3, 4), (4, 3, 1), (2, 6, 1), (1, 2, 2), (2, 6, 1), (4, 8, 1), (3, 1, 4)]\n", "label": {"final": "vl0kq1vshssvsa0k69", "init": "", "intermediate": ["v", "vl", "vl0k", "vl0kq1vs", "vl0kq1vsh", "vl0kq1vshs", "vl0kq1vshssv", "vl0kq1vshssvs", "vl0kq1vshssvsa"]}, "config": {"commands": [[0, 4, 1], [1, 4, 1], [3, 1, 2], [2, 3, 4], [4, 3, 1], [2, 6, 1], [1, 2, 2], [2, 6, 1], [4, 8, 1], [3, 1, 4]], "max_length": 10, "min_length": 5, "num_commands": 10, "num_strings": 5, "strings": ["nobtv", "jqsvlm", "npcq1vs", "20k69", "6h9ho2e2a"]}, "task_name": "task02", "example_name": "0081", "problem_name": "task02_0081"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [p7r86qoh, i4kpxv1, iihuoq, jjzqy, ft3n7k73, lspa8, ludbk2r]\nSets of Numbers: [(0, 0, 5), (1, 2, 3), (5, 2, 3), (4, 3, 1), (1, 3, 4), (6, 4, 1), (1, 6, 1), (5, 2, 3), (2, 5, 1), (5, 1, 4)]\n", "label": {"final": "p7r86kpxpa8npxv1k1pa8qspa8", "init": "", "intermediate": ["p7r86", "p7r86kpx", "p7r86kpxpa8", "p7r86kpxpa8n", "p7r86kpxpa8npxv1", "p7r86kpxpa8npxv1k", "p7r86kpxpa8npxv1k1", "p7r86kpxpa8npxv1k1pa8", "p7r86kpxpa8npxv1k1pa8q"]}, "config": {"commands": [[0, 0, 5], [1, 2, 3], [5, 2, 3], [4, 3, 1], [1, 3, 4], [6, 4, 1], [1, 6, 1], [5, 2, 3], [2, 5, 1], [5, 1, 4]], "max_length": 10, "min_length": 5, "num_commands": 10, "num_strings": 7, "strings": ["p7r86qoh", "i4kpxv1", "iihuoq", "jjzqy", "ft3n7k73", "lspa8", "ludbk2r"]}, "task_name": "task02", "example_name": "0082", "problem_name": "task02_0082"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [oia5jz79q1, o68vyx0, n122anm, ipmprzym, 3x2e952lj, yqhz77pr, 0qflwyfa, yddceta4, i5c75js, dl6ygd6vt8, dnlanz, fkr3ugr1gz, 2q65k, 6qway56ha, 2cluxjjm4]\nSets of Numbers: [(5, 2, 3), (13, 4, 1), (13, 1, 2), (3, 6, 2), (9, 0, 8), (10, 5, 1), (0, 7, 2), (2, 3, 1), (5, 4, 1), (13, 1, 6)]\n", "label": {"final": "hz7yqwymdl6ygd6vz9q27qway56", "init": "", "intermediate": ["hz7", "hz7y", "hz7yqw", "hz7yqwym", "hz7yqwymdl6ygd6v", "hz7yqwymdl6ygd6vz", "hz7yqwymdl6ygd6vz9q", "hz7yqwymdl6ygd6vz9q2", "hz7yqwymdl6ygd6vz9q27"]}, "config": {"commands": [[5, 2, 3], [13, 4, 1], [13, 1, 2], [3, 6, 2], [9, 0, 8], [10, 5, 1], [0, 7, 2], [2, 3, 1], [5, 4, 1], [13, 1, 6]], "max_length": 10, "min_length": 5, "num_commands": 10, "num_strings": 15, "strings": ["oia5jz79q1", "o68vyx0", "n122anm", "ipmprzym", "3x2e952lj", "yqhz77pr", "0qflwyfa", "yddceta4", "i5c75js", "dl6ygd6vt8", "dnlanz", "fkr3ugr1gz", "2q65k", "6qway56ha", "2cluxjjm4"]}, "task_name": "task02", "example_name": "0083", "problem_name": "task02_0083"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [uuqnp, y9vgg6oyk, qforp04kk, iumimr8zew, zblz33kq, 9fw75hjav, 1mm3n4zx9, 3jbbt12jkm]\nSets of Numbers: [(6, 2, 4), (1, 7, 1), (3, 5, 4), (5, 8, 1), (7, 0, 4), (4, 4, 3), (2, 3, 5), (5, 0, 1), (6, 5, 2), (3, 9, 1)]\n", "label": {"final": "m3n4yr8zev3jbb33krp04k94zw", "init": "", "intermediate": ["m3n4", "m3n4y", "m3n4yr8ze", "m3n4yr8zev", "m3n4yr8zev3jbb", "m3n4yr8zev3jbb33k", "m3n4yr8zev3jbb33krp04k", "m3n4yr8zev3jbb33krp04k9", "m3n4yr8zev3jbb33krp04k94z"]}, "config": {"commands": [[6, 2, 4], [1, 7, 1], [3, 5, 4], [5, 8, 1], [7, 0, 4], [4, 4, 3], [2, 3, 5], [5, 0, 1], [6, 5, 2], [3, 9, 1]], "max_length": 10, "min_length": 5, "num_commands": 10, "num_strings": 8, "strings": ["uuqnp", "y9vgg6oyk", "qforp04kk", "iumimr8zew", "zblz33kq", "9fw75hjav", "1mm3n4zx9", "3jbbt12jkm"]}, "task_name": "task02", "example_name": "0084", "problem_name": "task02_0084"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [im0op, rx1kde047j, ztkaw0mh, vsgidt0np, 7tgp0nmra, lii96qrny]\nSets of Numbers: [(1, 2, 2), (2, 1, 3), (3, 2, 5), (2, 5, 3), (3, 7, 1), (3, 2, 5), (5, 8, 1), (3, 0, 3), (0, 0, 2), (3, 3, 6)]\n", "label": {"final": "1ktkagidt00mhngidt0yvsgimidt0np", "init": "", "intermediate": ["1k", "1ktka", "1ktkagidt0", "1ktkagidt00mh", "1ktkagidt00mhn", "1ktkagidt00mhngidt0", "1ktkagidt00mhngidt0y", "1ktkagidt00mhngidt0yvsg", "1ktkagidt00mhngidt0yvsgim"]}, "config": {"commands": [[1, 2, 2], [2, 1, 3], [3, 2, 5], [2, 5, 3], [3, 7, 1], [3, 2, 5], [5, 8, 1], [3, 0, 3], [0, 0, 2], [3, 3, 6]], "max_length": 10, "min_length": 5, "num_commands": 10, "num_strings": 6, "strings": ["im0op", "rx1kde047j", "ztkaw0mh", "vsgidt0np", "7tgp0nmra", "lii96qrny"]}, "task_name": "task02", "example_name": "0085", "problem_name": "task02_0085"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [uotma4tt, hsjii, w9ag1pr2, mw5j3m4f, 2i4xd8q9e, ktta09atf, 33ojip, tbnjribpp9, v1kt7ob, lo3l7kw, os1sg, krucfo6, r5l3zk, srsn1g]\nSets of Numbers: [(3, 7, 1), (0, 3, 4), (5, 3, 2), (11, 3, 1), (9, 5, 1), (8, 6, 1), (10, 0, 3), (13, 5, 1), (2, 5, 3), (5, 8, 1)]\n", "label": {"final": "fma4ta0ckbos1gpr2f", "init": "", "intermediate": ["f", "fma4t", "fma4ta0", "fma4ta0c", "fma4ta0ck", "fma4ta0ckb", "fma4ta0ckbos1", "fma4ta0ckbos1g", "fma4ta0ckbos1gpr2"]}, "config": {"commands": [[3, 7, 1], [0, 3, 4], [5, 3, 2], [11, 3, 1], [9, 5, 1], [8, 6, 1], [10, 0, 3], [13, 5, 1], [2, 5, 3], [5, 8, 1]], "max_length": 10, "min_length": 5, "num_commands": 10, "num_strings": 14, "strings": ["uotma4tt", "hsjii", "w9ag1pr2", "mw5j3m4f", "2i4xd8q9e", "ktta09atf", "33ojip", "tbnjribpp9", "v1kt7ob", "lo3l7kw", "os1sg", "krucfo6", "r5l3zk", "srsn1g"]}, "task_name": "task02", "example_name": "0086", "problem_name": "task02_0086"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [fk2718, otoz4ex, 7phsqqj558, u8i37he, ggx1tpyxv, 86nvxjb2d, 7smzm, 5fx5n3feam, rix20ud8m]\nSets of Numbers: [(1, 2, 1), (7, 3, 3), (2, 0, 10), (5, 2, 7), (8, 8, 1), (7, 0, 8), (0, 3, 3), (3, 6, 1), (5, 6, 3), (1, 4, 3)]\n", "label": {"final": "o5n37phsqqj558nvxjb2dm5fx5n3fe718eb2d4ex", "init": "", "intermediate": ["o", "o5n3", "o5n37phsqqj558", "o5n37phsqqj558nvxjb2d", "o5n37phsqqj558nvxjb2dm", "o5n37phsqqj558nvxjb2dm5fx5n3fe", "o5n37phsqqj558nvxjb2dm5fx5n3fe718", "o5n37phsqqj558nvxjb2dm5fx5n3fe718e", "o5n37phsqqj558nvxjb2dm5fx5n3fe718eb2d"]}, "config": {"commands": [[1, 2, 1], [7, 3, 3], [2, 0, 10], [5, 2, 7], [8, 8, 1], [7, 0, 8], [0, 3, 3], [3, 6, 1], [5, 6, 3], [1, 4, 3]], "max_length": 10, "min_length": 5, "num_commands": 10, "num_strings": 9, "strings": ["fk2718", "otoz4ex", "7phsqqj558", "u8i37he", "ggx1tpyxv", "86nvxjb2d", "7smzm", "5fx5n3feam", "rix20ud8m"]}, "task_name": "task02", "example_name": "0087", "problem_name": "task02_0087"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [v1drr6, k0ofeou9n, 800xqt, dgvawar6uz, 1roqvnd, cdtc6d, ik3cz, lpp8dn, r4pyxc5y, zfza9k, npn8gc, ouwntf, jz9lvc1jjg, 66f0u3g2t, 9nnxfrgk0]\nSets of Numbers: [(3, 9, 1), (10, 4, 1), (7, 1, 4), (13, 8, 1), (5, 4, 1), (6, 0, 4), (14, 5, 1), (1, 3, 4), (12, 9, 1), (14, 0, 8)]\n", "label": {"final": "zgpp8dt6ik3crfeoug9nnxfrgk", "init": "", "intermediate": ["z", "zg", "zgpp8d", "zgpp8dt", "zgpp8dt6", "zgpp8dt6ik3c", "zgpp8dt6ik3cr", "zgpp8dt6ik3crfeou", "zgpp8dt6ik3crfeoug"]}, "config": {"commands": [[3, 9, 1], [10, 4, 1], [7, 1, 4], [13, 8, 1], [5, 4, 1], [6, 0, 4], [14, 5, 1], [1, 3, 4], [12, 9, 1], [14, 0, 8]], "max_length": 10, "min_length": 5, "num_commands": 10, "num_strings": 15, "strings": ["v1drr6", "k0ofeou9n", "800xqt", "dgvawar6uz", "1roqvnd", "cdtc6d", "ik3cz", "lpp8dn", "r4pyxc5y", "zfza9k", "npn8gc", "ouwntf", "jz9lvc1jjg", "66f0u3g2t", "9nnxfrgk0"]}, "task_name": "task02", "example_name": "0088", "problem_name": "task02_0088"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [f1opvtuyka, gvspntq, w3lptq0jv7, 5a5s2fu3d, i0x60, mgfi75pagg, jkdl0z0n, yrmmbc, lgegga, dgy2i92f, dui77m, a0fqpkk, z0blggrt, exi97c, werhmg9, kxr4dks, 61lja, 2noj4m41, 36f4b73u, h4peb238]\nSets of Numbers: [(2, 0, 2), (9, 6, 1), (0, 7, 3), (4, 4, 1), (1, 1, 1), (5, 9, 1), (7, 5, 1), (17, 7, 1), (17, 4, 1), (10, 4, 2)]\n", "label": {"final": "w32yka0vgc147m", "init": "", "intermediate": ["w3", "w32", "w32yka", "w32yka0", "w32yka0v", "w32yka0vg", "w32yka0vgc", "w32yka0vgc1", "w32yka0vgc14"]}, "config": {"commands": [[2, 0, 2], [9, 6, 1], [0, 7, 3], [4, 4, 1], [1, 1, 1], [5, 9, 1], [7, 5, 1], [17, 7, 1], [17, 4, 1], [10, 4, 2]], "max_length": 10, "min_length": 5, "num_commands": 10, "num_strings": 20, "strings": ["f1opvtuyka", "gvspntq", "w3lptq0jv7", "5a5s2fu3d", "i0x60", "mgfi75pagg", "jkdl0z0n", "yrmmbc", "lgegga", "dgy2i92f", "dui77m", "a0fqpkk", "z0blggrt", "exi97c", "werhmg9", "kxr4dks", "61lja", "2noj4m41", "36f4b73u", "h4peb238"]}, "task_name": "task02", "example_name": "0089", "problem_name": "task02_0089"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [a4tipbcf, rgllif, rb0hgejcp, p3qeb8kma, 2ty2mxm]\nSets of Numbers: [(4, 1, 5), (0, 0, 4), (2, 4, 5), (4, 0, 5), (3, 7, 2), (1, 4, 1), (3, 5, 4), (2, 8, 1), (1, 5, 1), (4, 5, 1), (2, 3, 1)]\n", "label": {"final": "ty2mxa4tigejcp2ty2mmai8kmapfxh", "init": "", "intermediate": ["ty2mx", "ty2mxa4ti", "ty2mxa4tigejcp", "ty2mxa4tigejcp2ty2m", "ty2mxa4tigejcp2ty2mma", "ty2mxa4tigejcp2ty2mmai", "ty2mxa4tigejcp2ty2mmai8kma", "ty2mxa4tigejcp2ty2mmai8kmap", "ty2mxa4tigejcp2ty2mmai8kmapf", "ty2mxa4tigejcp2ty2mmai8kmapfx"]}, "config": {"commands": [[4, 1, 5], [0, 0, 4], [2, 4, 5], [4, 0, 5], [3, 7, 2], [1, 4, 1], [3, 5, 4], [2, 8, 1], [1, 5, 1], [4, 5, 1], [2, 3, 1]], "max_length": 10, "min_length": 5, "num_commands": 11, "num_strings": 5, "strings": ["a4tipbcf", "rgllif", "rb0hgejcp", "p3qeb8kma", "2ty2mxm"]}, "task_name": "task02", "example_name": "0090", "problem_name": "task02_0090"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [hbzo5zr, o5y31, 7mz955m5, l6a72x56x]\nSets of Numbers: [(2, 0, 6), (2, 0, 2), (1, 2, 3), (0, 5, 2), (2, 3, 3), (3, 1, 6), (1, 3, 1), (0, 3, 3), (2, 7, 1), (2, 2, 4), (1, 1, 3)]\n", "label": {"final": "7mz9557my31zr9556a72x53o5z5z9555y3", "init": "", "intermediate": ["7mz955", "7mz9557m", "7mz9557my31", "7mz9557my31zr", "7mz9557my31zr955", "7mz9557my31zr9556a72x5", "7mz9557my31zr9556a72x53", "7mz9557my31zr9556a72x53o5z", "7mz9557my31zr9556a72x53o5z5", "7mz9557my31zr9556a72x53o5z5z955"]}, "config": {"commands": [[2, 0, 6], [2, 0, 2], [1, 2, 3], [0, 5, 2], [2, 3, 3], [3, 1, 6], [1, 3, 1], [0, 3, 3], [2, 7, 1], [2, 2, 4], [1, 1, 3]], "max_length": 10, "min_length": 5, "num_commands": 11, "num_strings": 4, "strings": ["hbzo5zr", "o5y31", "7mz955m5", "l6a72x56x"]}, "task_name": "task02", "example_name": "0091", "problem_name": "task02_0091"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ciul897xp2, n882n1a2, xn4d7i, uo4o0]\nSets of Numbers: [(0, 2, 7), (1, 3, 3), (1, 7, 1), (3, 3, 2), (2, 1, 5), (2, 2, 3), (3, 2, 2), (3, 2, 2), (3, 1, 1), (3, 2, 2), (3, 3, 1)]\n", "label": {"final": "ul897xp2n12o0n4d7i4d74o4oo4oo", "init": "", "intermediate": ["ul897xp", "ul897xp2n1", "ul897xp2n12", "ul897xp2n12o0", "ul897xp2n12o0n4d7i", "ul897xp2n12o0n4d7i4d7", "ul897xp2n12o0n4d7i4d74o", "ul897xp2n12o0n4d7i4d74o4o", "ul897xp2n12o0n4d7i4d74o4oo", "ul897xp2n12o0n4d7i4d74o4oo4o"]}, "config": {"commands": [[0, 2, 7], [1, 3, 3], [1, 7, 1], [3, 3, 2], [2, 1, 5], [2, 2, 3], [3, 2, 2], [3, 2, 2], [3, 1, 1], [3, 2, 2], [3, 3, 1]], "max_length": 10, "min_length": 5, "num_commands": 11, "num_strings": 4, "strings": ["ciul897xp2", "n882n1a2", "xn4d7i", "uo4o0"]}, "task_name": "task02", "example_name": "0092", "problem_name": "task02_0092"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [7peddf3ppe, xgwfeg8r, 9zwk8o1uyy, pg57j7xi0d, 85h04da, 5pack5, 0oe737, bpsyt97yd, ewqyic3, 0th1xp, g03kbd, 4z124m, ixcgdfi6k, 9c4yz8, 7p4ipd]\nSets of Numbers: [(13, 3, 1), (14, 4, 1), (10, 5, 1), (8, 2, 4), (5, 3, 1), (8, 3, 3), (3, 3, 4), (12, 4, 2), (13, 0, 5), (12, 1, 8), (14, 5, 1)]\n", "label": {"final": "ypdqyiccyic7j7xdf9c4yzxcgdfi6kd", "init": "", "intermediate": ["y", "yp", "ypd", "ypdqyic", "ypdqyicc", "ypdqyiccyic", "ypdqyiccyic7j7x", "ypdqyiccyic7j7xdf", "ypdqyiccyic7j7xdf9c4yz", "ypdqyiccyic7j7xdf9c4yzxcgdfi6k"]}, "config": {"commands": [[13, 3, 1], [14, 4, 1], [10, 5, 1], [8, 2, 4], [5, 3, 1], [8, 3, 3], [3, 3, 4], [12, 4, 2], [13, 0, 5], [12, 1, 8], [14, 5, 1]], "max_length": 10, "min_length": 5, "num_commands": 11, "num_strings": 15, "strings": ["7peddf3ppe", "xgwfeg8r", "9zwk8o1uyy", "pg57j7xi0d", "85h04da", "5pack5", "0oe737", "bpsyt97yd", "ewqyic3", "0th1xp", "g03kbd", "4z124m", "ixcgdfi6k", "9c4yz8", "7p4ipd"]}, "task_name": "task02", "example_name": "0093", "problem_name": "task02_0093"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [phgnr, wjfok7o7bq, 58h0i, z4gbo, 4tpu8mpc8, z9pybjf, mlbw1u6, pqfw2xr07, opdqp, qwjve, xdf6yqan0h, 02gl0e0b5t, pjn5g, 4trcszsfc]\nSets of Numbers: [(11, 5, 5), (4, 2, 3), (4, 1, 5), (9, 1, 3), (12, 3, 1), (10, 6, 2), (3, 3, 2), (3, 4, 1), (7, 4, 1), (11, 8, 2), (0, 1, 4)]\n", "label": {"final": "e0b5tpu8tpu8mwjv5anboo25thgnr", "init": "", "intermediate": ["e0b5t", "e0b5tpu8", "e0b5tpu8tpu8m", "e0b5tpu8tpu8mwjv", "e0b5tpu8tpu8mwjv5", "e0b5tpu8tpu8mwjv5an", "e0b5tpu8tpu8mwjv5anbo", "e0b5tpu8tpu8mwjv5anboo", "e0b5tpu8tpu8mwjv5anboo2", "e0b5tpu8tpu8mwjv5anboo25t"]}, "config": {"commands": [[11, 5, 5], [4, 2, 3], [4, 1, 5], [9, 1, 3], [12, 3, 1], [10, 6, 2], [3, 3, 2], [3, 4, 1], [7, 4, 1], [11, 8, 2], [0, 1, 4]], "max_length": 10, "min_length": 5, "num_commands": 11, "num_strings": 14, "strings": ["phgnr", "wjfok7o7bq", "58h0i", "z4gbo", "4tpu8mpc8", "z9pybjf", "mlbw1u6", "pqfw2xr07", "opdqp", "qwjve", "xdf6yqan0h", "02gl0e0b5t", "pjn5g", "4trcszsfc"]}, "task_name": "task02", "example_name": "0094", "problem_name": "task02_0094"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [p7kvlhz2y6, a5v94us0, 6a8gm1cst]\nSets of Numbers: [(2, 4, 1), (1, 4, 4), (2, 5, 1), (1, 4, 1), (1, 2, 4), (2, 8, 1), (0, 5, 2), (1, 7, 1), (1, 6, 1), (0, 6, 1), (2, 3, 3)]\n", "label": {"final": "m4us014v94uthz0szgm1", "init": "", "intermediate": ["m", "m4us0", "m4us01", "m4us014", "m4us014v94u", "m4us014v94ut", "m4us014v94uthz", "m4us014v94uthz0", "m4us014v94uthz0s", "m4us014v94uthz0sz"]}, "config": {"commands": [[2, 4, 1], [1, 4, 4], [2, 5, 1], [1, 4, 1], [1, 2, 4], [2, 8, 1], [0, 5, 2], [1, 7, 1], [1, 6, 1], [0, 6, 1], [2, 3, 3]], "max_length": 10, "min_length": 5, "num_commands": 11, "num_strings": 3, "strings": ["p7kvlhz2y6", "a5v94us0", "6a8gm1cst"]}, "task_name": "task02", "example_name": "0095", "problem_name": "task02_0095"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [vayf8sy3br, r66ch, 531fs, wvc400s7ie, mpkjmoy, dxy336378, ghlmob6iuf, gu3pa3q2, 6g4pvl, s7iz0ls3vw]\nSets of Numbers: [(1, 1, 3), (4, 0, 7), (5, 5, 3), (9, 3, 3), (5, 7, 1), (6, 0, 10), (2, 4, 1), (3, 4, 5), (3, 6, 2), (9, 7, 2), (4, 0, 5)]\n", "label": {"final": "66cmpkjmoy637z0l7ghlmob6iufs00s7is73vmpkjm", "init": "", "intermediate": ["66c", "66cmpkjmoy", "66cmpkjmoy637", "66cmpkjmoy637z0l", "66cmpkjmoy637z0l7", "66cmpkjmoy637z0l7ghlmob6iuf", "66cmpkjmoy637z0l7ghlmob6iufs", "66cmpkjmoy637z0l7ghlmob6iufs00s7i", "66cmpkjmoy637z0l7ghlmob6iufs00s7is7", "66cmpkjmoy637z0l7ghlmob6iufs00s7is73v"]}, "config": {"commands": [[1, 1, 3], [4, 0, 7], [5, 5, 3], [9, 3, 3], [5, 7, 1], [6, 0, 10], [2, 4, 1], [3, 4, 5], [3, 6, 2], [9, 7, 2], [4, 0, 5]], "max_length": 10, "min_length": 5, "num_commands": 11, "num_strings": 10, "strings": ["vayf8sy3br", "r66ch", "531fs", "wvc400s7ie", "mpkjmoy", "dxy336378", "ghlmob6iuf", "gu3pa3q2", "6g4pvl", "s7iz0ls3vw"]}, "task_name": "task02", "example_name": "0096", "problem_name": "task02_0096"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [84rfsgac, hoh75d, rlk1qnhq, fs5p61s, aifd6hi, 5buvs, pb3et577i, 2c0bhyxc3c, juunxfph, j8s66h5, 7jkqarl, vvk7b8q9b, cgisoo, kvtuujd62, peeuw, 2t94olazm, 1vu8af0, 84gnspe]\nSets of Numbers: [(14, 0, 1), (3, 3, 4), (9, 1, 2), (2, 5, 3), (11, 5, 4), (13, 3, 3), (15, 6, 3), (11, 8, 1), (10, 4, 2), (2, 2, 3), (10, 1, 1)]\n", "label": {"final": "pp61s8snhq8q9buujazmbark1qj", "init": "", "intermediate": ["p", "pp61s", "pp61s8s", "pp61s8snhq", "pp61s8snhq8q9b", "pp61s8snhq8q9buuj", "pp61s8snhq8q9buujazm", "pp61s8snhq8q9buujazmb", "pp61s8snhq8q9buujazmbar", "pp61s8snhq8q9buujazmbark1q"]}, "config": {"commands": [[14, 0, 1], [3, 3, 4], [9, 1, 2], [2, 5, 3], [11, 5, 4], [13, 3, 3], [15, 6, 3], [11, 8, 1], [10, 4, 2], [2, 2, 3], [10, 1, 1]], "max_length": 10, "min_length": 5, "num_commands": 11, "num_strings": 18, "strings": ["84rfsgac", "hoh75d", "rlk1qnhq", "fs5p61s", "aifd6hi", "5buvs", "pb3et577i", "2c0bhyxc3c", "juunxfph", "j8s66h5", "7jkqarl", "vvk7b8q9b", "cgisoo", "kvtuujd62", "peeuw", "2t94olazm", "1vu8af0", "84gnspe"]}, "task_name": "task02", "example_name": "0097", "problem_name": "task02_0097"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [8elh397x, 3w0nmx6, 5snqv84ebq, t85v34, 3y2epolcj, abhpdw, crkbbgrx, qe68kg84kv, 752oy, td5bsirsn0, y05r1aqi]\nSets of Numbers: [(1, 4, 3), (9, 2, 4), (2, 1, 9), (1, 2, 5), (4, 1, 7), (3, 1, 4), (2, 6, 3), (9, 4, 3), (9, 7, 2), (5, 0, 5), (2, 8, 2)]\n", "label": {"final": "mx65bsisnqv84ebq0nmx6y2epolc85v34ebsirsnabhpdbq", "init": "", "intermediate": ["mx6", "mx65bsi", "mx65bsisnqv84ebq", "mx65bsisnqv84ebq0nmx6", "mx65bsisnqv84ebq0nmx6y2epolc", "mx65bsisnqv84ebq0nmx6y2epolc85v3", "mx65bsisnqv84ebq0nmx6y2epolc85v34eb", "mx65bsisnqv84ebq0nmx6y2epolc85v34ebsir", "mx65bsisnqv84ebq0nmx6y2epolc85v34ebsirsn", "mx65bsisnqv84ebq0nmx6y2epolc85v34ebsirsnabhpd"]}, "config": {"commands": [[1, 4, 3], [9, 2, 4], [2, 1, 9], [1, 2, 5], [4, 1, 7], [3, 1, 4], [2, 6, 3], [9, 4, 3], [9, 7, 2], [5, 0, 5], [2, 8, 2]], "max_length": 10, "min_length": 5, "num_commands": 11, "num_strings": 11, "strings": ["8elh397x", "3w0nmx6", "5snqv84ebq", "t85v34", "3y2epolcj", "abhpdw", "crkbbgrx", "qe68kg84kv", "752oy", "td5bsirsn0", "y05r1aqi"]}, "task_name": "task02", "example_name": "0098", "problem_name": "task02_0098"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [c5ms5, nznihcu8pn, hvk5hz9, gr5n21xt, 46f0r, d7r4o, js4hpryya, 9p588wu6r2, 1qsygvw, i7jo5]\nSets of Numbers: [(0, 4, 1), (8, 0, 5), (0, 1, 2), (8, 4, 2), (4, 0, 4), (7, 0, 5), (1, 3, 5), (3, 6, 1), (4, 3, 1), (2, 1, 6), (4, 4, 1)]\n", "label": {"final": "51qsyg5mgv46f09p588ihcu8x0vk5hz9r", "init": "", "intermediate": ["5", "51qsyg", "51qsyg5m", "51qsyg5mgv", "51qsyg5mgv46f0", "51qsyg5mgv46f09p588", "51qsyg5mgv46f09p588ihcu8", "51qsyg5mgv46f09p588ihcu8x", "51qsyg5mgv46f09p588ihcu8x0", "51qsyg5mgv46f09p588ihcu8x0vk5hz9"]}, "config": {"commands": [[0, 4, 1], [8, 0, 5], [0, 1, 2], [8, 4, 2], [4, 0, 4], [7, 0, 5], [1, 3, 5], [3, 6, 1], [4, 3, 1], [2, 1, 6], [4, 4, 1]], "max_length": 10, "min_length": 5, "num_commands": 11, "num_strings": 10, "strings": ["c5ms5", "nznihcu8pn", "hvk5hz9", "gr5n21xt", "46f0r", "d7r4o", "js4hpryya", "9p588wu6r2", "1qsygvw", "i7jo5"]}, "task_name": "task02", "example_name": "0099", "problem_name": "task02_0099"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [wfss0zlg8r, 829r25, erb1d, 39q6uf5u]\nSets of Numbers: [(3, 2, 3), (2, 3, 2), (2, 2, 1), (3, 3, 1), (0, 5, 5), (1, 3, 3), (2, 2, 2), (1, 5, 1), (0, 7, 1), (2, 2, 2), (3, 1, 2), (3, 5, 2)]\n", "label": {"final": "q6u1db6zlg8rr25b15gb19qf5", "init": "", "intermediate": ["q6u", "q6u1d", "q6u1db", "q6u1db6", "q6u1db6zlg8r", "q6u1db6zlg8rr25", "q6u1db6zlg8rr25b1", "q6u1db6zlg8rr25b15", "q6u1db6zlg8rr25b15g", "q6u1db6zlg8rr25b15gb1", "q6u1db6zlg8rr25b15gb19q"]}, "config": {"commands": [[3, 2, 3], [2, 3, 2], [2, 2, 1], [3, 3, 1], [0, 5, 5], [1, 3, 3], [2, 2, 2], [1, 5, 1], [0, 7, 1], [2, 2, 2], [3, 1, 2], [3, 5, 2]], "max_length": 10, "min_length": 5, "num_commands": 12, "num_strings": 4, "strings": ["wfss0zlg8r", "829r25", "erb1d", "39q6uf5u"]}, "task_name": "task02", "example_name": "0100", "problem_name": "task02_0100"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jecajhxxn, prrrb3pm]\nSets of Numbers: [(1, 6, 2), (0, 1, 4), (0, 0, 9), (0, 5, 3), (0, 2, 5), (1, 0, 3), (1, 5, 1), (0, 3, 4), (0, 8, 1), (0, 6, 3), (1, 5, 3), (0, 1, 6)]\n", "label": {"final": "pmecajjecajhxxnhxxcajhxprr3ajhxnxxn3pmecajhx", "init": "", "intermediate": ["pm", "pmecaj", "pmecajjecajhxxn", "pmecajjecajhxxnhxx", "pmecajjecajhxxnhxxcajhx", "pmecajjecajhxxnhxxcajhxprr", "pmecajjecajhxxnhxxcajhxprr3", "pmecajjecajhxxnhxxcajhxprr3ajhx", "pmecajjecajhxxnhxxcajhxprr3ajhxn", "pmecajjecajhxxnhxxcajhxprr3ajhxnxxn", "pmecajjecajhxxnhxxcajhxprr3ajhxnxxn3pm"]}, "config": {"commands": [[1, 6, 2], [0, 1, 4], [0, 0, 9], [0, 5, 3], [0, 2, 5], [1, 0, 3], [1, 5, 1], [0, 3, 4], [0, 8, 1], [0, 6, 3], [1, 5, 3], [0, 1, 6]], "max_length": 10, "min_length": 5, "num_commands": 12, "num_strings": 2, "strings": ["jecajhxxn", "prrrb3pm"]}, "task_name": "task02", "example_name": "0101", "problem_name": "task02_0101"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [n9hb60m897, jev4snt, 7rqfvjse3c, 7ix9o63bk6, qmxe6m, 95p2j, q9lol, mylab6voe, j1078m8a, cy34u8a8]\nSets of Numbers: [(8, 6, 1), (5, 2, 1), (1, 3, 2), (1, 3, 3), (5, 2, 1), (1, 0, 2), (9, 1, 5), (4, 0, 5), (8, 2, 4), (6, 4, 1), (7, 3, 5), (8, 5, 1)]\n", "label": {"final": "8p4s4snpjey34u8qmxe6078mlab6vom", "init": "", "intermediate": ["8", "8p", "8p4s", "8p4s4sn", "8p4s4snp", "8p4s4snpje", "8p4s4snpjey34u8", "8p4s4snpjey34u8qmxe6", "8p4s4snpjey34u8qmxe6078m", "8p4s4snpjey34u8qmxe6078ml", "8p4s4snpjey34u8qmxe6078mlab6vo"]}, "config": {"commands": [[8, 6, 1], [5, 2, 1], [1, 3, 2], [1, 3, 3], [5, 2, 1], [1, 0, 2], [9, 1, 5], [4, 0, 5], [8, 2, 4], [6, 4, 1], [7, 3, 5], [8, 5, 1]], "max_length": 10, "min_length": 5, "num_commands": 12, "num_strings": 10, "strings": ["n9hb60m897", "jev4snt", "7rqfvjse3c", "7ix9o63bk6", "qmxe6m", "95p2j", "q9lol", "mylab6voe", "j1078m8a", "cy34u8a8"]}, "task_name": "task02", "example_name": "0102", "problem_name": "task02_0102"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [44n1n8gz, v5haa196, aiff63on3, o34nlye, ro5cunv, ubz2nj]\nSets of Numbers: [(1, 5, 2), (5, 3, 1), (5, 3, 2), (5, 5, 1), (4, 4, 1), (4, 3, 1), (0, 7, 1), (5, 5, 1), (0, 2, 4), (2, 4, 2), (0, 4, 4), (5, 2, 4)]\n", "label": {"final": "1922njuczjn1n863n8gzz2nj", "init": "", "intermediate": ["19", "192", "1922n", "1922nj", "1922nju", "1922njuc", "1922njucz", "1922njuczj", "1922njuczjn1n8", "1922njuczjn1n863", "1922njuczjn1n863n8gz"]}, "config": {"commands": [[1, 5, 2], [5, 3, 1], [5, 3, 2], [5, 5, 1], [4, 4, 1], [4, 3, 1], [0, 7, 1], [5, 5, 1], [0, 2, 4], [2, 4, 2], [0, 4, 4], [5, 2, 4]], "max_length": 10, "min_length": 5, "num_commands": 12, "num_strings": 6, "strings": ["44n1n8gz", "v5haa196", "aiff63on3", "o34nlye", "ro5cunv", "ubz2nj"]}, "task_name": "task02", "example_name": "0103", "problem_name": "task02_0103"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [tgx55a, vdcj7, ow11k203, 0g62of9s2r, yq5dr1bu, c55d4vy, ej4sne, sq7n312f0]\nSets of Numbers: [(6, 1, 2), (1, 2, 3), (1, 0, 5), (4, 4, 2), (4, 6, 2), (7, 6, 1), (4, 1, 7), (0, 5, 1), (2, 1, 2), (3, 0, 10), (0, 3, 1), (2, 6, 2)]\n", "label": {"final": "j4cj7vdcj7r1bu2q5dr1buaw10g62of9s2r503", "init": "", "intermediate": ["j4", "j4cj7", "j4cj7vdcj7", "j4cj7vdcj7r1", "j4cj7vdcj7r1bu", "j4cj7vdcj7r1bu2", "j4cj7vdcj7r1bu2q5dr1bu", "j4cj7vdcj7r1bu2q5dr1bua", "j4cj7vdcj7r1bu2q5dr1buaw1", "j4cj7vdcj7r1bu2q5dr1buaw10g62of9s2r", "j4cj7vdcj7r1bu2q5dr1buaw10g62of9s2r5"]}, "config": {"commands": [[6, 1, 2], [1, 2, 3], [1, 0, 5], [4, 4, 2], [4, 6, 2], [7, 6, 1], [4, 1, 7], [0, 5, 1], [2, 1, 2], [3, 0, 10], [0, 3, 1], [2, 6, 2]], "max_length": 10, "min_length": 5, "num_commands": 12, "num_strings": 8, "strings": ["tgx55a", "vdcj7", "ow11k203", "0g62of9s2r", "yq5dr1bu", "c55d4vy", "ej4sne", "sq7n312f0"]}, "task_name": "task02", "example_name": "0104", "problem_name": "task02_0104"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [6j573847, k4b10rco, mj8s8, yb6f2rnvf, ytf0yz7ye, osshexjf, 5i9kvysf6x, 3ote91w, kev3t5n07j, nw1xki, rdpn3mdj7]\nSets of Numbers: [(9, 0, 4), (1, 5, 3), (1, 0, 1), (4, 2, 1), (10, 2, 1), (8, 0, 8), (4, 0, 7), (4, 1, 7), (0, 2, 1), (3, 6, 3), (10, 1, 3), (1, 1, 3)]\n", "label": {"final": "nw1xrcokfpkev3t5n0ytf0yz7tf0yz7y5nvfdpn4b1", "init": "", "intermediate": ["nw1x", "nw1xrco", "nw1xrcok", "nw1xrcokf", "nw1xrcokfp", "nw1xrcokfpkev3t5n0", "nw1xrcokfpkev3t5n0ytf0yz7", "nw1xrcokfpkev3t5n0ytf0yz7tf0yz7y", "nw1xrcokfpkev3t5n0ytf0yz7tf0yz7y5", "nw1xrcokfpkev3t5n0ytf0yz7tf0yz7y5nvf", "nw1xrcokfpkev3t5n0ytf0yz7tf0yz7y5nvfdpn"]}, "config": {"commands": [[9, 0, 4], [1, 5, 3], [1, 0, 1], [4, 2, 1], [10, 2, 1], [8, 0, 8], [4, 0, 7], [4, 1, 7], [0, 2, 1], [3, 6, 3], [10, 1, 3], [1, 1, 3]], "max_length": 10, "min_length": 5, "num_commands": 12, "num_strings": 11, "strings": ["6j573847", "k4b10rco", "mj8s8", "yb6f2rnvf", "ytf0yz7ye", "osshexjf", "5i9kvysf6x", "3ote91w", "kev3t5n07j", "nw1xki", "rdpn3mdj7"]}, "task_name": "task02", "example_name": "0105", "problem_name": "task02_0105"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [wif9k2y1y, jgggnvym70, capl0hhu, agxlyyxq0h, h0cl9, o0j8yu3cf5, tp63nsin, 8a6wld, bb41y5tdc, f09gkn, mgjb9bys, qs9rxawwx, 7uczz, iad5q5lz, gcz0vf, 4wmwa2vkp]\nSets of Numbers: [(9, 4, 1), (6, 3, 2), (9, 0, 6), (3, 4, 4), (15, 4, 1), (7, 3, 2), (3, 7, 3), (14, 1, 1), (7, 4, 1), (5, 8, 1), (10, 1, 4), (4, 4, 1)]\n", "label": {"final": "k3nf09gknyyxqawlq0hclfgjb99", "init": "", "intermediate": ["k", "k3n", "k3nf09gkn", "k3nf09gknyyxq", "k3nf09gknyyxqa", "k3nf09gknyyxqawl", "k3nf09gknyyxqawlq0h", "k3nf09gknyyxqawlq0hc", "k3nf09gknyyxqawlq0hcl", "k3nf09gknyyxqawlq0hclf", "k3nf09gknyyxqawlq0hclfgjb9"]}, "config": {"commands": [[9, 4, 1], [6, 3, 2], [9, 0, 6], [3, 4, 4], [15, 4, 1], [7, 3, 2], [3, 7, 3], [14, 1, 1], [7, 4, 1], [5, 8, 1], [10, 1, 4], [4, 4, 1]], "max_length": 10, "min_length": 5, "num_commands": 12, "num_strings": 16, "strings": ["wif9k2y1y", "jgggnvym70", "capl0hhu", "agxlyyxq0h", "h0cl9", "o0j8yu3cf5", "tp63nsin", "8a6wld", "bb41y5tdc", "f09gkn", "mgjb9bys", "qs9rxawwx", "7uczz", "iad5q5lz", "gcz0vf", "4wmwa2vkp"]}, "task_name": "task02", "example_name": "0106", "problem_name": "task02_0106"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [agfofkzwi, yg6ug4ga, y3m6p, rn0obitm]\nSets of Numbers: [(3, 7, 1), (1, 5, 2), (3, 6, 1), (3, 4, 3), (1, 4, 3), (0, 5, 1), (1, 6, 2), (2, 1, 1), (2, 3, 2), (2, 4, 1), (3, 4, 2), (1, 5, 1)]\n", "label": {"final": "m4gtbitg4gkga36ppbi4", "init": "", "intermediate": ["m", "m4g", "m4gt", "m4gtbit", "m4gtbitg4g", "m4gtbitg4gk", "m4gtbitg4gkga", "m4gtbitg4gkga3", "m4gtbitg4gkga36p", "m4gtbitg4gkga36pp", "m4gtbitg4gkga36ppbi"]}, "config": {"commands": [[3, 7, 1], [1, 5, 2], [3, 6, 1], [3, 4, 3], [1, 4, 3], [0, 5, 1], [1, 6, 2], [2, 1, 1], [2, 3, 2], [2, 4, 1], [3, 4, 2], [1, 5, 1]], "max_length": 10, "min_length": 5, "num_commands": 12, "num_strings": 4, "strings": ["agfofkzwi", "yg6ug4ga", "y3m6p", "rn0obitm"]}, "task_name": "task02", "example_name": "0107", "problem_name": "task02_0107"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [p8h7cvvb, hu3cnvc1, 6okxw, rv7wo, jbqm0wubd, 47diu4xa0, zlwymbz, 45zogw880, 4yv31k495m, 2y13b, wnlpy, 4tglm0, b1isbafoy4]\nSets of Numbers: [(8, 8, 2), (11, 3, 1), (9, 4, 1), (8, 0, 4), (6, 2, 1), (8, 9, 1), (10, 0, 5), (4, 3, 3), (9, 1, 4), (1, 7, 1), (8, 9, 1), (5, 0, 6)]\n", "label": {"final": "5mlb4yv3wmwnlpym0wy13b1m47diu4", "init": "", "intermediate": ["5m", "5ml", "5mlb", "5mlb4yv3", "5mlb4yv3w", "5mlb4yv3wm", "5mlb4yv3wmwnlpy", "5mlb4yv3wmwnlpym0w", "5mlb4yv3wmwnlpym0wy13b", "5mlb4yv3wmwnlpym0wy13b1", "5mlb4yv3wmwnlpym0wy13b1m"]}, "config": {"commands": [[8, 8, 2], [11, 3, 1], [9, 4, 1], [8, 0, 4], [6, 2, 1], [8, 9, 1], [10, 0, 5], [4, 3, 3], [9, 1, 4], [1, 7, 1], [8, 9, 1], [5, 0, 6]], "max_length": 10, "min_length": 5, "num_commands": 12, "num_strings": 13, "strings": ["p8h7cvvb", "hu3cnvc1", "6okxw", "rv7wo", "jbqm0wubd", "47diu4xa0", "zlwymbz", "45zogw880", "4yv31k495m", "2y13b", "wnlpy", "4tglm0", "b1isbafoy4"]}, "task_name": "task02", "example_name": "0108", "problem_name": "task02_0108"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [iamc2, jli69n8p0y, n850j5n, xp6jeww, 9gek4nt6, aqw0zyo74, 6jputug, j0kd1, ps77z1wkjj, vr971wb, s078419vsq, jz5q6q2, b5b1yq1, k1rom, dqph2ba0n, ykppf, 7txy5, orp48qc]\nSets of Numbers: [(6, 1, 5), (5, 7, 1), (9, 1, 3), (4, 0, 4), (6, 4, 1), (0, 2, 1), (9, 1, 4), (13, 3, 2), (10, 4, 6), (9, 1, 2), (4, 7, 1), (0, 3, 1)]\n", "label": {"final": "jputu7r979gektmr971om419vsqr96c", "init": "", "intermediate": ["jputu", "jputu7", "jputu7r97", "jputu7r979gek", "jputu7r979gekt", "jputu7r979gektm", "jputu7r979gektmr971", "jputu7r979gektmr971om", "jputu7r979gektmr971om419vsq", "jputu7r979gektmr971om419vsqr9", "jputu7r979gektmr971om419vsqr96"]}, "config": {"commands": [[6, 1, 5], [5, 7, 1], [9, 1, 3], [4, 0, 4], [6, 4, 1], [0, 2, 1], [9, 1, 4], [13, 3, 2], [10, 4, 6], [9, 1, 2], [4, 7, 1], [0, 3, 1]], "max_length": 10, "min_length": 5, "num_commands": 12, "num_strings": 18, "strings": ["iamc2", "jli69n8p0y", "n850j5n", "xp6jeww", "9gek4nt6", "aqw0zyo74", "6jputug", "j0kd1", "ps77z1wkjj", "vr971wb", "s078419vsq", "jz5q6q2", "b5b1yq1", "k1rom", "dqph2ba0n", "ykppf", "7txy5", "orp48qc"]}, "task_name": "task02", "example_name": "0109", "problem_name": "task02_0109"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [v0064jd, zsbbpg, uopwb0, 162nowkuv, 04iznqa, 04n4t, koxa1prc3o, stimzz9lsp, bil8ry2, uege82mk, 7xqf6nap, txer8z1hh, eu4dlk, vg6zewyd]\nSets of Numbers: [(10, 5, 1), (13, 6, 1), (2, 5, 1), (11, 5, 4), (10, 1, 3), (8, 4, 3), (6, 2, 3), (8, 3, 3), (6, 1, 4), (2, 3, 2), (6, 9, 1), (11, 0, 3), (4, 6, 1)]\n", "label": {"final": "ny0z1hhxqfry2xa18ryoxa1wbotxea", "init": "", "intermediate": ["n", "ny", "ny0", "ny0z1hh", "ny0z1hhxqf", "ny0z1hhxqfry2", "ny0z1hhxqfry2xa1", "ny0z1hhxqfry2xa18ry", "ny0z1hhxqfry2xa18ryoxa1", "ny0z1hhxqfry2xa18ryoxa1wb", "ny0z1hhxqfry2xa18ryoxa1wbo", "ny0z1hhxqfry2xa18ryoxa1wbotxe"]}, "config": {"commands": [[10, 5, 1], [13, 6, 1], [2, 5, 1], [11, 5, 4], [10, 1, 3], [8, 4, 3], [6, 2, 3], [8, 3, 3], [6, 1, 4], [2, 3, 2], [6, 9, 1], [11, 0, 3], [4, 6, 1]], "max_length": 10, "min_length": 5, "num_commands": 13, "num_strings": 14, "strings": ["v0064jd", "zsbbpg", "uopwb0", "162nowkuv", "04iznqa", "04n4t", "koxa1prc3o", "stimzz9lsp", "bil8ry2", "uege82mk", "7xqf6nap", "txer8z1hh", "eu4dlk", "vg6zewyd"]}, "task_name": "task02", "example_name": "0110", "problem_name": "task02_0110"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ujb4xvgtae, 9rkval]\nSets of Numbers: [(1, 4, 1), (0, 6, 3), (0, 9, 1), (1, 1, 3), (1, 0, 6), (0, 1, 4), (1, 2, 4), (1, 3, 2), (1, 4, 1), (0, 6, 4), (0, 4, 3), (0, 6, 2), (0, 8, 1)]\n", "label": {"final": "agtaerkv9rkvaljb4xkvalvaagtaexvggta", "init": "", "intermediate": ["a", "agta", "agtae", "agtaerkv", "agtaerkv9rkval", "agtaerkv9rkvaljb4x", "agtaerkv9rkvaljb4xkval", "agtaerkv9rkvaljb4xkvalva", "agtaerkv9rkvaljb4xkvalvaa", "agtaerkv9rkvaljb4xkvalvaagtae", "agtaerkv9rkvaljb4xkvalvaagtaexvg", "agtaerkv9rkvaljb4xkvalvaagtaexvggt"]}, "config": {"commands": [[1, 4, 1], [0, 6, 3], [0, 9, 1], [1, 1, 3], [1, 0, 6], [0, 1, 4], [1, 2, 4], [1, 3, 2], [1, 4, 1], [0, 6, 4], [0, 4, 3], [0, 6, 2], [0, 8, 1]], "max_length": 10, "min_length": 5, "num_commands": 13, "num_strings": 2, "strings": ["ujb4xvgtae", "9rkval"]}, "task_name": "task02", "example_name": "0111", "problem_name": "task02_0111"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [y1f6o19r44, 3gq4aymi, 8p9v3, qt4tfjw, x121lw0, rclj3a, hf9x2n87]\nSets of Numbers: [(2, 2, 3), (2, 4, 1), (5, 2, 1), (4, 3, 1), (6, 2, 1), (0, 6, 3), (6, 7, 1), (5, 3, 3), (5, 1, 4), (5, 5, 1), (2, 0, 3), (1, 3, 3), (3, 5, 1)]\n", "label": {"final": "9v33l199r47j3aclj3a8p94ayj", "init": "", "intermediate": ["9v3", "9v33", "9v33l", "9v33l1", "9v33l19", "9v33l199r4", "9v33l199r47", "9v33l199r47j3a", "9v33l199r47j3aclj3", "9v33l199r47j3aclj3a", "9v33l199r47j3aclj3a8p9", "9v33l199r47j3aclj3a8p94ay"]}, "config": {"commands": [[2, 2, 3], [2, 4, 1], [5, 2, 1], [4, 3, 1], [6, 2, 1], [0, 6, 3], [6, 7, 1], [5, 3, 3], [5, 1, 4], [5, 5, 1], [2, 0, 3], [1, 3, 3], [3, 5, 1]], "max_length": 10, "min_length": 5, "num_commands": 13, "num_strings": 7, "strings": ["y1f6o19r44", "3gq4aymi", "8p9v3", "qt4tfjw", "x121lw0", "rclj3a", "hf9x2n87"]}, "task_name": "task02", "example_name": "0112", "problem_name": "task02_0112"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [wvgy6lc1k, ecjh9nmbts, 6r6qm5qy, 53pcesiq, wwairnw, njj3o7, kjz5lz5q, o58qg8rcld, tb6gh9l, tm5l716, td9rkyu1q, uizwi2yt, 5s2k6nm6yu, udnafsv0l, i3dzv]\nSets of Numbers: [(1, 3, 7), (8, 5, 2), (13, 3, 5), (8, 5, 2), (10, 6, 3), (0, 4, 5), (6, 7, 1), (3, 5, 2), (10, 3, 2), (13, 0, 9), (9, 1, 3), (8, 1, 6), (14, 3, 1)]\n", "label": {"final": "h9nmbts9lafsv09lu1q6lc1kqsirkudnafsv0lm5lb6gh9lz", "init": "", "intermediate": ["h9nmbts", "h9nmbts9l", "h9nmbts9lafsv0", "h9nmbts9lafsv09l", "h9nmbts9lafsv09lu1q", "h9nmbts9lafsv09lu1q6lc1k", "h9nmbts9lafsv09lu1q6lc1kq", "h9nmbts9lafsv09lu1q6lc1kqsi", "h9nmbts9lafsv09lu1q6lc1kqsirk", "h9nmbts9lafsv09lu1q6lc1kqsirkudnafsv0l", "h9nmbts9lafsv09lu1q6lc1kqsirkudnafsv0lm5l", "h9nmbts9lafsv09lu1q6lc1kqsirkudnafsv0lm5lb6gh9l"]}, "config": {"commands": [[1, 3, 7], [8, 5, 2], [13, 3, 5], [8, 5, 2], [10, 6, 3], [0, 4, 5], [6, 7, 1], [3, 5, 2], [10, 3, 2], [13, 0, 9], [9, 1, 3], [8, 1, 6], [14, 3, 1]], "max_length": 10, "min_length": 5, "num_commands": 13, "num_strings": 15, "strings": ["wvgy6lc1k", "ecjh9nmbts", "6r6qm5qy", "53pcesiq", "wwairnw", "njj3o7", "kjz5lz5q", "o58qg8rcld", "tb6gh9l", "tm5l716", "td9rkyu1q", "uizwi2yt", "5s2k6nm6yu", "udnafsv0l", "i3dzv"]}, "task_name": "task02", "example_name": "0113", "problem_name": "task02_0113"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [u9u1w78, 4dqceaqy, bas85x0y4x, kvl7m, 5s1hnhcqc, 4ctwehp4]\nSets of Numbers: [(1, 7, 1), (0, 0, 2), (4, 2, 3), (4, 3, 6), (3, 1, 3), (4, 2, 6), (0, 4, 2), (0, 2, 1), (5, 0, 3), (4, 6, 1), (3, 2, 2), (4, 3, 5), (4, 7, 2)]\n", "label": {"final": "yu91hnhnhcqcvl71hnhcqw7u4ctcl7hnhcqqc", "init": "", "intermediate": ["y", "yu9", "yu91hn", "yu91hnhnhcqc", "yu91hnhnhcqcvl7", "yu91hnhnhcqcvl71hnhcq", "yu91hnhnhcqcvl71hnhcqw7", "yu91hnhnhcqcvl71hnhcqw7u", "yu91hnhnhcqcvl71hnhcqw7u4ct", "yu91hnhnhcqcvl71hnhcqw7u4ctc", "yu91hnhnhcqcvl71hnhcqw7u4ctcl7", "yu91hnhnhcqcvl71hnhcqw7u4ctcl7hnhcq"]}, "config": {"commands": [[1, 7, 1], [0, 0, 2], [4, 2, 3], [4, 3, 6], [3, 1, 3], [4, 2, 6], [0, 4, 2], [0, 2, 1], [5, 0, 3], [4, 6, 1], [3, 2, 2], [4, 3, 5], [4, 7, 2]], "max_length": 10, "min_length": 5, "num_commands": 13, "num_strings": 6, "strings": ["u9u1w78", "4dqceaqy", "bas85x0y4x", "kvl7m", "5s1hnhcqc", "4ctwehp4"]}, "task_name": "task02", "example_name": "0114", "problem_name": "task02_0114"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ui2k4wu, icz8fyl, 7sjydmgya, b6xnv, ordis2x6pp, 25kdc3i35i, xum27urt, gm7wy, zuboyow0gv, it0199iyu, o797m03, eupxb9b, 9zpo0ih, ezzxphg98, th2jppkn1, nuw1vc29ev, ckkwgh6lg, i9lcn, 5rluo, xfpwm9]\nSets of Numbers: [(16, 4, 4), (9, 6, 3), (17, 3, 1), (17, 1, 4), (6, 2, 5), (18, 0, 2), (3, 2, 3), (6, 5, 3), (16, 2, 1), (12, 2, 4), (3, 2, 1), (5, 4, 5), (9, 3, 6)]\n", "label": {"final": "gh6liyuc9lcnm27ur5rxnvurtkpo0ixc3i35199iyu", "init": "", "intermediate": ["gh6l", "gh6liyu", "gh6liyuc", "gh6liyuc9lcn", "gh6liyuc9lcnm27ur", "gh6liyuc9lcnm27ur5r", "gh6liyuc9lcnm27ur5rxnv", "gh6liyuc9lcnm27ur5rxnvurt", "gh6liyuc9lcnm27ur5rxnvurtk", "gh6liyuc9lcnm27ur5rxnvurtkpo0i", "gh6liyuc9lcnm27ur5rxnvurtkpo0ix", "gh6liyuc9lcnm27ur5rxnvurtkpo0ixc3i35"]}, "config": {"commands": [[16, 4, 4], [9, 6, 3], [17, 3, 1], [17, 1, 4], [6, 2, 5], [18, 0, 2], [3, 2, 3], [6, 5, 3], [16, 2, 1], [12, 2, 4], [3, 2, 1], [5, 4, 5], [9, 3, 6]], "max_length": 10, "min_length": 5, "num_commands": 13, "num_strings": 20, "strings": ["ui2k4wu", "icz8fyl", "7sjydmgya", "b6xnv", "ordis2x6pp", "25kdc3i35i", "xum27urt", "gm7wy", "zuboyow0gv", "it0199iyu", "o797m03", "eupxb9b", "9zpo0ih", "ezzxphg98", "th2jppkn1", "nuw1vc29ev", "ckkwgh6lg", "i9lcn", "5rluo", "xfpwm9"]}, "task_name": "task02", "example_name": "0115", "problem_name": "task02_0115"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [38q3yv, an0hcm8, 0c69r1mj, 066stcogb, e92sgf3uq7, lbjlw16, bs1i5alqs2, dkenzbplqx, 14nzii0sz, wsfjgd9wma, u4vozpfzwh, rv0lvs, yd0rkcp]\nSets of Numbers: [(7, 2, 7), (1, 2, 3), (7, 9, 1), (7, 9, 1), (0, 5, 1), (9, 9, 1), (12, 5, 1), (9, 6, 2), (5, 2, 3), (3, 7, 2), (1, 5, 1), (0, 0, 1), (10, 0, 4)]\n", "label": {"final": "enzbplq0hcxxvac9wjlwgbm3u4vo", "init": "", "intermediate": ["enzbplq", "enzbplq0hc", "enzbplq0hcx", "enzbplq0hcxx", "enzbplq0hcxxv", "enzbplq0hcxxva", "enzbplq0hcxxvac", "enzbplq0hcxxvac9w", "enzbplq0hcxxvac9wjlw", "enzbplq0hcxxvac9wjlwgb", "enzbplq0hcxxvac9wjlwgbm", "enzbplq0hcxxvac9wjlwgbm3"]}, "config": {"commands": [[7, 2, 7], [1, 2, 3], [7, 9, 1], [7, 9, 1], [0, 5, 1], [9, 9, 1], [12, 5, 1], [9, 6, 2], [5, 2, 3], [3, 7, 2], [1, 5, 1], [0, 0, 1], [10, 0, 4]], "max_length": 10, "min_length": 5, "num_commands": 13, "num_strings": 13, "strings": ["38q3yv", "an0hcm8", "0c69r1mj", "066stcogb", "e92sgf3uq7", "lbjlw16", "bs1i5alqs2", "dkenzbplqx", "14nzii0sz", "wsfjgd9wma", "u4vozpfzwh", "rv0lvs", "yd0rkcp"]}, "task_name": "task02", "example_name": "0116", "problem_name": "task02_0116"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [bo1tiogh0, 8kklmqdu, 4ma8f7e1, bjbq9ul7v]\nSets of Numbers: [(0, 0, 9), (1, 2, 5), (2, 5, 2), (2, 0, 7), (1, 4, 3), (2, 6, 1), (0, 5, 4), (3, 8, 1), (2, 5, 3), (2, 5, 2), (1, 6, 2), (1, 1, 3), (2, 3, 3)]\n", "label": {"final": "bo1tiogh0klmqd7e4ma8f7emqdeogh0v7e17edukkl8f7", "init": "", "intermediate": ["bo1tiogh0", "bo1tiogh0klmqd", "bo1tiogh0klmqd7e", "bo1tiogh0klmqd7e4ma8f7e", "bo1tiogh0klmqd7e4ma8f7emqd", "bo1tiogh0klmqd7e4ma8f7emqde", "bo1tiogh0klmqd7e4ma8f7emqdeogh0", "bo1tiogh0klmqd7e4ma8f7emqdeogh0v", "bo1tiogh0klmqd7e4ma8f7emqdeogh0v7e1", "bo1tiogh0klmqd7e4ma8f7emqdeogh0v7e17e", "bo1tiogh0klmqd7e4ma8f7emqdeogh0v7e17edu", "bo1tiogh0klmqd7e4ma8f7emqdeogh0v7e17edukkl"]}, "config": {"commands": [[0, 0, 9], [1, 2, 5], [2, 5, 2], [2, 0, 7], [1, 4, 3], [2, 6, 1], [0, 5, 4], [3, 8, 1], [2, 5, 3], [2, 5, 2], [1, 6, 2], [1, 1, 3], [2, 3, 3]], "max_length": 10, "min_length": 5, "num_commands": 13, "num_strings": 4, "strings": ["bo1tiogh0", "8kklmqdu", "4ma8f7e1", "bjbq9ul7v"]}, "task_name": "task02", "example_name": "0117", "problem_name": "task02_0117"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qu7vyy07, kxszw, wsffen7, lnni2sp41, idlop, 4fbzof3, dybgspc, o83otxitj, qnfeg9jwz7, f2eyl4fx, le66mvs, dczbtwxcgv, ntelbo, a47ybvm, rjmw2skz, 6p0j7, 5zllnyo]\nSets of Numbers: [(15, 2, 2), (0, 7, 1), (8, 6, 4), (15, 3, 1), (13, 3, 3), (1, 3, 1), (4, 3, 1), (7, 4, 4), (4, 1, 3), (14, 5, 2), (5, 1, 2), (13, 3, 2), (7, 5, 4)]\n", "label": {"final": "0j7jwz7jybvzotxitdloskfbybxitj", "init": "", "intermediate": ["0j", "0j7", "0j7jwz7", "0j7jwz7j", "0j7jwz7jybv", "0j7jwz7jybvz", "0j7jwz7jybvzo", "0j7jwz7jybvzotxit", "0j7jwz7jybvzotxitdlo", "0j7jwz7jybvzotxitdlosk", "0j7jwz7jybvzotxitdloskfb", "0j7jwz7jybvzotxitdloskfbyb"]}, "config": {"commands": [[15, 2, 2], [0, 7, 1], [8, 6, 4], [15, 3, 1], [13, 3, 3], [1, 3, 1], [4, 3, 1], [7, 4, 4], [4, 1, 3], [14, 5, 2], [5, 1, 2], [13, 3, 2], [7, 5, 4]], "max_length": 10, "min_length": 5, "num_commands": 13, "num_strings": 17, "strings": ["qu7vyy07", "kxszw", "wsffen7", "lnni2sp41", "idlop", "4fbzof3", "dybgspc", "o83otxitj", "qnfeg9jwz7", "f2eyl4fx", "le66mvs", "dczbtwxcgv", "ntelbo", "a47ybvm", "rjmw2skz", "6p0j7", "5zllnyo"]}, "task_name": "task02", "example_name": "0118", "problem_name": "task02_0118"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [q5z07ioqes, oghfca, l59j1cyjxb, wcgzje25u, 9u698a3n6, on683u3i, zjxublxxo, edknq5go, mj61epa7, 8ib2zdvbzg, a07yoc, rrtouszt, 6h9g9p36o, qmm0428qp, 1wi1wrz]\nSets of Numbers: [(12, 0, 2), (14, 5, 1), (8, 1, 4), (8, 0, 1), (4, 2, 3), (2, 5, 5), (10, 2, 2), (5, 1, 7), (13, 5, 3), (2, 7, 2), (9, 0, 5), (3, 7, 2), (2, 9, 1)]\n", "label": {"final": "6hrj61em698cyjxb7yn683u3i28qjx8ib2z5ub", "init": "", "intermediate": ["6h", "6hr", "6hrj61e", "6hrj61em", "6hrj61em698", "6hrj61em698cyjxb", "6hrj61em698cyjxb7y", "6hrj61em698cyjxb7yn683u3i", "6hrj61em698cyjxb7yn683u3i28q", "6hrj61em698cyjxb7yn683u3i28qjx", "6hrj61em698cyjxb7yn683u3i28qjx8ib2z", "6hrj61em698cyjxb7yn683u3i28qjx8ib2z5u"]}, "config": {"commands": [[12, 0, 2], [14, 5, 1], [8, 1, 4], [8, 0, 1], [4, 2, 3], [2, 5, 5], [10, 2, 2], [5, 1, 7], [13, 5, 3], [2, 7, 2], [9, 0, 5], [3, 7, 2], [2, 9, 1]], "max_length": 10, "min_length": 5, "num_commands": 13, "num_strings": 15, "strings": ["q5z07ioqes", "oghfca", "l59j1cyjxb", "wcgzje25u", "9u698a3n6", "on683u3i", "zjxublxxo", "edknq5go", "mj61epa7", "8ib2zdvbzg", "a07yoc", "rrtouszt", "6h9g9p36o", "qmm0428qp", "1wi1wrz"]}, "task_name": "task02", "example_name": "0119", "problem_name": "task02_0119"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [u83i5b, seuz8k, oagi8l7x, 5erpqlnwwk, jkftx9kiw, c7o897qqsw, zpk3jd8ny, 3pmmnerp, 7au2b, lzyt0hqcfw, 6lwkaq8pnr, 8wp0k, mp91l48rf, cv1ofcq3j9, a914c, hh4qcr57, rypu1kf8xo, emv5jqss, vf5xgnn, dmo2tys]\nSets of Numbers: [(3, 6, 4), (13, 5, 5), (19, 6, 1), (0, 1, 4), (19, 1, 2), (19, 0, 6), (16, 0, 9), (17, 3, 2), (2, 4, 3), (11, 1, 2), (10, 4, 4), (14, 0, 4), (12, 6, 2), (0, 3, 1)]\n", "label": {"final": "nwwkcq3j9s83i5modmo2tyrypu1kf8x5j8l7wpaq8pa9148ri", "init": "", "intermediate": ["nwwk", "nwwkcq3j9", "nwwkcq3j9s", "nwwkcq3j9s83i5", "nwwkcq3j9s83i5mo", "nwwkcq3j9s83i5modmo2ty", "nwwkcq3j9s83i5modmo2tyrypu1kf8x", "nwwkcq3j9s83i5modmo2tyrypu1kf8x5j", "nwwkcq3j9s83i5modmo2tyrypu1kf8x5j8l7", "nwwkcq3j9s83i5modmo2tyrypu1kf8x5j8l7wp", "nwwkcq3j9s83i5modmo2tyrypu1kf8x5j8l7wpaq8p", "nwwkcq3j9s83i5modmo2tyrypu1kf8x5j8l7wpaq8pa914", "nwwkcq3j9s83i5modmo2tyrypu1kf8x5j8l7wpaq8pa9148r"]}, "config": {"commands": [[3, 6, 4], [13, 5, 5], [19, 6, 1], [0, 1, 4], [19, 1, 2], [19, 0, 6], [16, 0, 9], [17, 3, 2], [2, 4, 3], [11, 1, 2], [10, 4, 4], [14, 0, 4], [12, 6, 2], [0, 3, 1]], "max_length": 10, "min_length": 5, "num_commands": 14, "num_strings": 20, "strings": ["u83i5b", "seuz8k", "oagi8l7x", "5erpqlnwwk", "jkftx9kiw", "c7o897qqsw", "zpk3jd8ny", "3pmmnerp", "7au2b", "lzyt0hqcfw", "6lwkaq8pnr", "8wp0k", "mp91l48rf", "cv1ofcq3j9", "a914c", "hh4qcr57", "rypu1kf8xo", "emv5jqss", "vf5xgnn", "dmo2tys"]}, "task_name": "task02", "example_name": "0120", "problem_name": "task02_0120"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [fe7tvp, f4yw2wewtr, 1ayokq, fh50qf, qhaw1pku8, wzo5un, ubcf52, 57vlwfrev2, 9vm6y1, ti7p05, lj1p3sbqg, gnxq8s0, 05m30xpn9y, ru7guuft5p, ylsnzazmpv]\nSets of Numbers: [(13, 9, 1), (3, 2, 4), (10, 0, 3), (12, 9, 1), (0, 0, 5), (14, 8, 1), (9, 1, 4), (2, 5, 1), (3, 1, 1), (5, 4, 1), (11, 6, 1), (11, 3, 3), (13, 1, 5), (12, 3, 4)]\n", "label": {"final": "p50qflj1yfe7tvpi7p0qhu0q8su7guu30xp", "init": "", "intermediate": ["p", "p50qf", "p50qflj1", "p50qflj1y", "p50qflj1yfe7tv", "p50qflj1yfe7tvp", "p50qflj1yfe7tvpi7p0", "p50qflj1yfe7tvpi7p0q", "p50qflj1yfe7tvpi7p0qh", "p50qflj1yfe7tvpi7p0qhu", "p50qflj1yfe7tvpi7p0qhu0", "p50qflj1yfe7tvpi7p0qhu0q8s", "p50qflj1yfe7tvpi7p0qhu0q8su7guu"]}, "config": {"commands": [[13, 9, 1], [3, 2, 4], [10, 0, 3], [12, 9, 1], [0, 0, 5], [14, 8, 1], [9, 1, 4], [2, 5, 1], [3, 1, 1], [5, 4, 1], [11, 6, 1], [11, 3, 3], [13, 1, 5], [12, 3, 4]], "max_length": 10, "min_length": 5, "num_commands": 14, "num_strings": 15, "strings": ["fe7tvp", "f4yw2wewtr", "1ayokq", "fh50qf", "qhaw1pku8", "wzo5un", "ubcf52", "57vlwfrev2", "9vm6y1", "ti7p05", "lj1p3sbqg", "gnxq8s0", "05m30xpn9y", "ru7guuft5p", "ylsnzazmpv"]}, "task_name": "task02", "example_name": "0121", "problem_name": "task02_0121"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qgt64kc, li7xiog5z, p7w1yq7d2w, wqn2r5xs, l399s0oyo, bamuqhn7, ed5thou, rgoziwy, f3j16d53y2, csp3w95, zt2rvbply, f3t2b4r, 5suw02m6s, p67r4u, 44w2n0tds7, zhc2v9589q]\nSets of Numbers: [(1, 4, 4), (11, 5, 2), (7, 3, 3), (1, 6, 1), (6, 4, 3), (5, 2, 2), (14, 6, 1), (10, 7, 2), (1, 6, 1), (2, 7, 1), (12, 2, 7), (13, 0, 6), (11, 1, 2), (4, 0, 6)]\n", "label": {"final": "iog54rziwghoumutlygduw02m6sp67r4u3tl399s0", "init": "", "intermediate": ["iog5", "iog54r", "iog54rziw", "iog54rziwg", "iog54rziwghou", "iog54rziwghoumu", "iog54rziwghoumut", "iog54rziwghoumutly", "iog54rziwghoumutlyg", "iog54rziwghoumutlygd", "iog54rziwghoumutlygduw02m6s", "iog54rziwghoumutlygduw02m6sp67r4u", "iog54rziwghoumutlygduw02m6sp67r4u3t"]}, "config": {"commands": [[1, 4, 4], [11, 5, 2], [7, 3, 3], [1, 6, 1], [6, 4, 3], [5, 2, 2], [14, 6, 1], [10, 7, 2], [1, 6, 1], [2, 7, 1], [12, 2, 7], [13, 0, 6], [11, 1, 2], [4, 0, 6]], "max_length": 10, "min_length": 5, "num_commands": 14, "num_strings": 16, "strings": ["qgt64kc", "li7xiog5z", "p7w1yq7d2w", "wqn2r5xs", "l399s0oyo", "bamuqhn7", "ed5thou", "rgoziwy", "f3j16d53y2", "csp3w95", "zt2rvbply", "f3t2b4r", "5suw02m6s", "p67r4u", "44w2n0tds7", "zhc2v9589q"]}, "task_name": "task02", "example_name": "0122", "problem_name": "task02_0122"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [01hm4xmt9x, tltrcsa, jqox79u9, h51tpn6v, 1hs3c9s1j, xpvoc3598s, q5dqz2, w5m100n, qziqt2z0ql, 2rg46, y106z, ytun63vr3]\nSets of Numbers: [(11, 2, 4), (7, 0, 2), (11, 6, 2), (4, 7, 2), (10, 0, 1), (9, 3, 2), (3, 4, 4), (11, 6, 1), (8, 1, 4), (0, 1, 6), (10, 0, 1), (1, 6, 1), (4, 2, 7), (6, 3, 3)]\n", "label": {"final": "un63w5vr1jy46pn6vvziqt1hm4xmyas3c9s1jqz2", "init": "", "intermediate": ["un63", "un63w5", "un63w5vr", "un63w5vr1j", "un63w5vr1jy", "un63w5vr1jy46", "un63w5vr1jy46pn6v", "un63w5vr1jy46pn6vv", "un63w5vr1jy46pn6vvziqt", "un63w5vr1jy46pn6vvziqt1hm4xm", "un63w5vr1jy46pn6vvziqt1hm4xmy", "un63w5vr1jy46pn6vvziqt1hm4xmya", "un63w5vr1jy46pn6vvziqt1hm4xmyas3c9s1j"]}, "config": {"commands": [[11, 2, 4], [7, 0, 2], [11, 6, 2], [4, 7, 2], [10, 0, 1], [9, 3, 2], [3, 4, 4], [11, 6, 1], [8, 1, 4], [0, 1, 6], [10, 0, 1], [1, 6, 1], [4, 2, 7], [6, 3, 3]], "max_length": 10, "min_length": 5, "num_commands": 14, "num_strings": 12, "strings": ["01hm4xmt9x", "tltrcsa", "jqox79u9", "h51tpn6v", "1hs3c9s1j", "xpvoc3598s", "q5dqz2", "w5m100n", "qziqt2z0ql", "2rg46", "y106z", "ytun63vr3"]}, "task_name": "task02", "example_name": "0123", "problem_name": "task02_0123"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [mt8mom, 48351y5li3, 2ulmymgibk, nh2cchg4pl, myn2jltc]\nSets of Numbers: [(1, 5, 3), (0, 0, 3), (3, 7, 2), (3, 5, 2), (4, 2, 6), (4, 2, 6), (4, 2, 1), (2, 9, 1), (4, 1, 1), (0, 3, 1), (1, 9, 1), (3, 9, 1), (3, 8, 1), (0, 0, 1)]\n", "label": {"final": "y5lmt84phgn2jltcn2jltcnkym3lpm", "init": "", "intermediate": ["y5l", "y5lmt8", "y5lmt84p", "y5lmt84phg", "y5lmt84phgn2jltc", "y5lmt84phgn2jltcn2jltc", "y5lmt84phgn2jltcn2jltcn", "y5lmt84phgn2jltcn2jltcnk", "y5lmt84phgn2jltcn2jltcnky", "y5lmt84phgn2jltcn2jltcnkym", "y5lmt84phgn2jltcn2jltcnkym3", "y5lmt84phgn2jltcn2jltcnkym3l", "y5lmt84phgn2jltcn2jltcnkym3lp"]}, "config": {"commands": [[1, 5, 3], [0, 0, 3], [3, 7, 2], [3, 5, 2], [4, 2, 6], [4, 2, 6], [4, 2, 1], [2, 9, 1], [4, 1, 1], [0, 3, 1], [1, 9, 1], [3, 9, 1], [3, 8, 1], [0, 0, 1]], "max_length": 10, "min_length": 5, "num_commands": 14, "num_strings": 5, "strings": ["mt8mom", "48351y5li3", "2ulmymgibk", "nh2cchg4pl", "myn2jltc"]}, "task_name": "task02", "example_name": "0124", "problem_name": "task02_0124"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [25h8y61f, ktm2vyr, t9ksxjgjy, eyd8buud, 1fjjjll, p6yisg4n48, 7lsn60, gr44q03ja6, h6of0o, 6xqujregmu, ujwvy3kmo9, c0dac, 9lkgocvg6, uvdb6, 4yeccbv, 4ybk5mu, xj7eb]\nSets of Numbers: [(4, 2, 2), (3, 4, 2), (8, 5, 1), (13, 4, 1), (14, 3, 4), (1, 2, 5), (9, 5, 4), (10, 3, 6), (3, 2, 1), (7, 2, 7), (9, 4, 6), (13, 1, 4), (1, 5, 2), (15, 1, 5)]\n", "label": {"final": "jjbuo6ccbvm2vyrregmvy3kmod44q03jajregmuvdb6yrybk5m", "init": "", "intermediate": ["jj", "jjbu", "jjbuo", "jjbuo6", "jjbuo6ccbv", "jjbuo6ccbvm2vyr", "jjbuo6ccbvm2vyrregm", "jjbuo6ccbvm2vyrregmvy3kmo", "jjbuo6ccbvm2vyrregmvy3kmod", "jjbuo6ccbvm2vyrregmvy3kmod44q03ja", "jjbuo6ccbvm2vyrregmvy3kmod44q03jajregmu", "jjbuo6ccbvm2vyrregmvy3kmod44q03jajregmuvdb6", "jjbuo6ccbvm2vyrregmvy3kmod44q03jajregmuvdb6yr"]}, "config": {"commands": [[4, 2, 2], [3, 4, 2], [8, 5, 1], [13, 4, 1], [14, 3, 4], [1, 2, 5], [9, 5, 4], [10, 3, 6], [3, 2, 1], [7, 2, 7], [9, 4, 6], [13, 1, 4], [1, 5, 2], [15, 1, 5]], "max_length": 10, "min_length": 5, "num_commands": 14, "num_strings": 17, "strings": ["25h8y61f", "ktm2vyr", "t9ksxjgjy", "eyd8buud", "1fjjjll", "p6yisg4n48", "7lsn60", "gr44q03ja6", "h6of0o", "6xqujregmu", "ujwvy3kmo9", "c0dac", "9lkgocvg6", "uvdb6", "4yeccbv", "4ybk5mu", "xj7eb"]}, "task_name": "task02", "example_name": "0125", "problem_name": "task02_0125"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [5tealxscyf, t5gxhgtj, hj4bb9ui, zqioit, 4uassv, ljplw4, n9gmt0, e4q98, c9jtk8yag, snl2x, 8702a8og, 46d9t7dhz, n2zsni8, xpnu6al9tf, td6le0vmk, kwjbfae0a]\nSets of Numbers: [(4, 2, 2), (6, 3, 1), (11, 3, 4), (13, 5, 2), (2, 5, 1), (15, 2, 4), (1, 6, 2), (11, 6, 2), (1, 6, 1), (7, 0, 2), (15, 7, 1), (3, 0, 6), (4, 2, 3), (8, 7, 2)]\n", "label": {"final": "asm9t7dal9jbfatjdhte40zqioitassag", "init": "", "intermediate": ["as", "asm", "asm9t7d", "asm9t7dal", "asm9t7dal9", "asm9t7dal9jbfa", "asm9t7dal9jbfatj", "asm9t7dal9jbfatjdh", "asm9t7dal9jbfatjdht", "asm9t7dal9jbfatjdhte4", "asm9t7dal9jbfatjdhte40", "asm9t7dal9jbfatjdhte40zqioit", "asm9t7dal9jbfatjdhte40zqioitass"]}, "config": {"commands": [[4, 2, 2], [6, 3, 1], [11, 3, 4], [13, 5, 2], [2, 5, 1], [15, 2, 4], [1, 6, 2], [11, 6, 2], [1, 6, 1], [7, 0, 2], [15, 7, 1], [3, 0, 6], [4, 2, 3], [8, 7, 2]], "max_length": 10, "min_length": 5, "num_commands": 14, "num_strings": 16, "strings": ["5tealxscyf", "t5gxhgtj", "hj4bb9ui", "zqioit", "4uassv", "ljplw4", "n9gmt0", "e4q98", "c9jtk8yag", "snl2x", "8702a8og", "46d9t7dhz", "n2zsni8", "xpnu6al9tf", "td6le0vmk", "kwjbfae0a"]}, "task_name": "task02", "example_name": "0126", "problem_name": "task02_0126"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [8mygm, 90jzu, czwnx, mh6d64e, 010hxstsz, luhuk44, 2g8yhrz3g1, me08jv, dvqumxpsh, tydw56cq9v, zjvy1je8i, c4r1y, rrog215hyo, dt3ad1, 227aiqz, ttdgz, ulgg6d8, rrhv33f1f3, x9uirax]\nSets of Numbers: [(10, 0, 2), (17, 1, 5), (5, 5, 2), (2, 2, 1), (8, 2, 1), (17, 9, 1), (4, 5, 1), (9, 6, 3), (7, 5, 1), (8, 2, 4), (10, 0, 5), (5, 5, 2), (9, 6, 2), (16, 5, 2)]\n", "label": {"final": "zjrhv3344wq3scq9vqumxzjvy144cqd8", "init": "", "intermediate": ["zj", "zjrhv33", "zjrhv3344", "zjrhv3344w", "zjrhv3344wq", "zjrhv3344wq3", "zjrhv3344wq3s", "zjrhv3344wq3scq9", "zjrhv3344wq3scq9v", "zjrhv3344wq3scq9vqumx", "zjrhv3344wq3scq9vqumxzjvy1", "zjrhv3344wq3scq9vqumxzjvy144", "zjrhv3344wq3scq9vqumxzjvy144cq"]}, "config": {"commands": [[10, 0, 2], [17, 1, 5], [5, 5, 2], [2, 2, 1], [8, 2, 1], [17, 9, 1], [4, 5, 1], [9, 6, 3], [7, 5, 1], [8, 2, 4], [10, 0, 5], [5, 5, 2], [9, 6, 2], [16, 5, 2]], "max_length": 10, "min_length": 5, "num_commands": 14, "num_strings": 19, "strings": ["8mygm", "90jzu", "czwnx", "mh6d64e", "010hxstsz", "luhuk44", "2g8yhrz3g1", "me08jv", "dvqumxpsh", "tydw56cq9v", "zjvy1je8i", "c4r1y", "rrog215hyo", "dt3ad1", "227aiqz", "ttdgz", "ulgg6d8", "rrhv33f1f3", "x9uirax"]}, "task_name": "task02", "example_name": "0127", "problem_name": "task02_0127"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [8k9fhj3io, bt1nqn9hmy, d3en82debf, 5peyv3ajmr, qny07s8c, q7dr8bx4, svn8sd, 8qexvx0n, 1iahh1, 2r4k48vfs, 4xahbti3, 7hdpgy7, d8u3ukos, 0gvo4uovum, eq5xlrp, znf019mx, m67ll, rwwgssjsd, 3lg2zy]\nSets of Numbers: [(4, 3, 3), (10, 1, 7), (2, 4, 1), (12, 5, 2), (12, 0, 1), (16, 0, 3), (11, 2, 4), (16, 3, 2), (17, 0, 3), (10, 5, 3), (6, 0, 2), (5, 7, 1), (4, 7, 1), (10, 1, 5)]\n", "label": {"final": "07sxahbti38kodm67dpgyllrwwti3sv4cxahbt", "init": "", "intermediate": ["07s", "07sxahbti3", "07sxahbti38", "07sxahbti38ko", "07sxahbti38kod", "07sxahbti38kodm67", "07sxahbti38kodm67dpgy", "07sxahbti38kodm67dpgyll", "07sxahbti38kodm67dpgyllrww", "07sxahbti38kodm67dpgyllrwwti3", "07sxahbti38kodm67dpgyllrwwti3sv", "07sxahbti38kodm67dpgyllrwwti3sv4", "07sxahbti38kodm67dpgyllrwwti3sv4c"]}, "config": {"commands": [[4, 3, 3], [10, 1, 7], [2, 4, 1], [12, 5, 2], [12, 0, 1], [16, 0, 3], [11, 2, 4], [16, 3, 2], [17, 0, 3], [10, 5, 3], [6, 0, 2], [5, 7, 1], [4, 7, 1], [10, 1, 5]], "max_length": 10, "min_length": 5, "num_commands": 14, "num_strings": 19, "strings": ["8k9fhj3io", "bt1nqn9hmy", "d3en82debf", "5peyv3ajmr", "qny07s8c", "q7dr8bx4", "svn8sd", "8qexvx0n", "1iahh1", "2r4k48vfs", "4xahbti3", "7hdpgy7", "d8u3ukos", "0gvo4uovum", "eq5xlrp", "znf019mx", "m67ll", "rwwgssjsd", "3lg2zy"]}, "task_name": "task02", "example_name": "0128", "problem_name": "task02_0128"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [eay201q, b3fwkj, y7s6oof5s, krnhzv2, c7c7sbos, 4wobyleo, o5gj63deq]\nSets of Numbers: [(0, 2, 3), (3, 5, 2), (5, 7, 1), (4, 4, 2), (2, 6, 2), (0, 5, 2), (4, 4, 1), (3, 0, 5), (2, 0, 9), (3, 4, 3), (1, 0, 1), (3, 3, 4), (3, 4, 1), (1, 3, 3)]\n", "label": {"final": "y20v2osbf51qskrnhzy7s6oof5szv2bhzv2zwkj", "init": "", "intermediate": ["y20", "y20v2", "y20v2o", "y20v2osb", "y20v2osbf5", "y20v2osbf51q", "y20v2osbf51qs", "y20v2osbf51qskrnhz", "y20v2osbf51qskrnhzy7s6oof5s", "y20v2osbf51qskrnhzy7s6oof5szv2", "y20v2osbf51qskrnhzy7s6oof5szv2b", "y20v2osbf51qskrnhzy7s6oof5szv2bhzv2", "y20v2osbf51qskrnhzy7s6oof5szv2bhzv2z"]}, "config": {"commands": [[0, 2, 3], [3, 5, 2], [5, 7, 1], [4, 4, 2], [2, 6, 2], [0, 5, 2], [4, 4, 1], [3, 0, 5], [2, 0, 9], [3, 4, 3], [1, 0, 1], [3, 3, 4], [3, 4, 1], [1, 3, 3]], "max_length": 10, "min_length": 5, "num_commands": 14, "num_strings": 7, "strings": ["eay201q", "b3fwkj", "y7s6oof5s", "krnhzv2", "c7c7sbos", "4wobyleo", "o5gj63deq"]}, "task_name": "task02", "example_name": "0129", "problem_name": "task02_0129"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [w1ilxf, 9iacfaq, dp5ylufpa, 9bnqvej, gs0k0, sdv923, n98hdyk6p, 4o58s9p5vk, fnakz6, 114zaa, o74cl2tj4, hnlh61i6wd, o5060lltpd, mblni6]\nSets of Numbers: [(0, 4, 2), (7, 6, 1), (9, 1, 5), (9, 3, 3), (13, 0, 2), (12, 5, 5), (5, 0, 2), (7, 0, 5), (5, 4, 2), (3, 2, 1), (0, 5, 1), (6, 8, 1), (1, 0, 1), (12, 7, 3), (7, 3, 2)]\n", "label": {"final": "xfp14zaazaamblltpdsd4o58s23nfp9tpd8s", "init": "", "intermediate": ["xf", "xfp", "xfp14zaa", "xfp14zaazaa", "xfp14zaazaamb", "xfp14zaazaamblltpd", "xfp14zaazaamblltpdsd", "xfp14zaazaamblltpdsd4o58s", "xfp14zaazaamblltpdsd4o58s23", "xfp14zaazaamblltpdsd4o58s23n", "xfp14zaazaamblltpdsd4o58s23nf", "xfp14zaazaamblltpdsd4o58s23nfp", "xfp14zaazaamblltpdsd4o58s23nfp9", "xfp14zaazaamblltpdsd4o58s23nfp9tpd"]}, "config": {"commands": [[0, 4, 2], [7, 6, 1], [9, 1, 5], [9, 3, 3], [13, 0, 2], [12, 5, 5], [5, 0, 2], [7, 0, 5], [5, 4, 2], [3, 2, 1], [0, 5, 1], [6, 8, 1], [1, 0, 1], [12, 7, 3], [7, 3, 2]], "max_length": 10, "min_length": 5, "num_commands": 15, "num_strings": 14, "strings": ["w1ilxf", "9iacfaq", "dp5ylufpa", "9bnqvej", "gs0k0", "sdv923", "n98hdyk6p", "4o58s9p5vk", "fnakz6", "114zaa", "o74cl2tj4", "hnlh61i6wd", "o5060lltpd", "mblni6"]}, "task_name": "task02", "example_name": "0130", "problem_name": "task02_0130"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [lctvlff, vsloxj2k, n4zsr5j, b6lozni, cfr0n4f, 9wyo4, blz51z, uc3uph7, zkqbrz, y6gwk9l, o9rdd6nm3z, mmr4x3mg2o, rjlkypx, ahuba3, hd7dn, moh7dbobp, vya3mx, c4krkgh5zo, lp5x5ko, fktjcr4ww]\nSets of Numbers: [(1, 1, 4), (3, 4, 1), (13, 4, 2), (10, 2, 2), (14, 2, 3), (0, 6, 1), (19, 4, 1), (7, 5, 2), (1, 6, 2), (4, 1, 4), (7, 4, 2), (14, 1, 4), (14, 0, 5), (11, 5, 3), (16, 2, 3)]\n", "label": {"final": "sloxza3rd7dnfch72kfr0nphd7dnhd7dn3mga3m", "init": "", "intermediate": ["slox", "sloxz", "sloxza3", "sloxza3rd", "sloxza3rd7dn", "sloxza3rd7dnf", "sloxza3rd7dnfc", "sloxza3rd7dnfch7", "sloxza3rd7dnfch72k", "sloxza3rd7dnfch72kfr0n", "sloxza3rd7dnfch72kfr0nph", "sloxza3rd7dnfch72kfr0nphd7dn", "sloxza3rd7dnfch72kfr0nphd7dnhd7dn", "sloxza3rd7dnfch72kfr0nphd7dnhd7dn3mg"]}, "config": {"commands": [[1, 1, 4], [3, 4, 1], [13, 4, 2], [10, 2, 2], [14, 2, 3], [0, 6, 1], [19, 4, 1], [7, 5, 2], [1, 6, 2], [4, 1, 4], [7, 4, 2], [14, 1, 4], [14, 0, 5], [11, 5, 3], [16, 2, 3]], "max_length": 10, "min_length": 5, "num_commands": 15, "num_strings": 20, "strings": ["lctvlff", "vsloxj2k", "n4zsr5j", "b6lozni", "cfr0n4f", "9wyo4", "blz51z", "uc3uph7", "zkqbrz", "y6gwk9l", "o9rdd6nm3z", "mmr4x3mg2o", "rjlkypx", "ahuba3", "hd7dn", "moh7dbobp", "vya3mx", "c4krkgh5zo", "lp5x5ko", "fktjcr4ww"]}, "task_name": "task02", "example_name": "0131", "problem_name": "task02_0131"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jjrbnl172e, 9tmhb7dajs, nfdy6nk, 5f4ht011gx, jgscda, n233md059w, tse8egk6u, goves2k, ckd5wbxx7, 5x7gcj5g, gpirbfed, acegc1b, wgdtgt, rg03jzj]\nSets of Numbers: [(6, 8, 1), (3, 7, 3), (0, 5, 4), (12, 3, 2), (13, 6, 1), (9, 0, 3), (12, 0, 4), (4, 2, 3), (8, 5, 1), (9, 3, 4), (5, 9, 1), (4, 4, 2), (11, 4, 1), (3, 0, 1), (1, 0, 5)]\n", "label": {"final": "u1gxl172tgj5x7wgdtscdbgcj5wdac59tmhb", "init": "", "intermediate": ["u", "u1gx", "u1gxl172", "u1gxl172tg", "u1gxl172tgj", "u1gxl172tgj5x7", "u1gxl172tgj5x7wgdt", "u1gxl172tgj5x7wgdtscd", "u1gxl172tgj5x7wgdtscdb", "u1gxl172tgj5x7wgdtscdbgcj5", "u1gxl172tgj5x7wgdtscdbgcj5w", "u1gxl172tgj5x7wgdtscdbgcj5wda", "u1gxl172tgj5x7wgdtscdbgcj5wdac", "u1gxl172tgj5x7wgdtscdbgcj5wdac5"]}, "config": {"commands": [[6, 8, 1], [3, 7, 3], [0, 5, 4], [12, 3, 2], [13, 6, 1], [9, 0, 3], [12, 0, 4], [4, 2, 3], [8, 5, 1], [9, 3, 4], [5, 9, 1], [4, 4, 2], [11, 4, 1], [3, 0, 1], [1, 0, 5]], "max_length": 10, "min_length": 5, "num_commands": 15, "num_strings": 14, "strings": ["jjrbnl172e", "9tmhb7dajs", "nfdy6nk", "5f4ht011gx", "jgscda", "n233md059w", "tse8egk6u", "goves2k", "ckd5wbxx7", "5x7gcj5g", "gpirbfed", "acegc1b", "wgdtgt", "rg03jzj"]}, "task_name": "task02", "example_name": "0132", "problem_name": "task02_0132"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [tg0cdm9, 5gopgvu, 0qtinx, 0lmjr0, a8ktazut2z, aeq28ii6zw, dg9iaeitq, t4fcxwwk, 0ornrmqci, z5xh0in, jv2s51t, 96x7khmnu]\nSets of Numbers: [(0, 4, 3), (3, 5, 1), (8, 8, 1), (11, 0, 6), (11, 5, 3), (2, 3, 1), (1, 4, 1), (7, 4, 4), (7, 4, 3), (1, 5, 2), (5, 3, 7), (11, 1, 4), (4, 0, 10), (10, 4, 1), (2, 5, 1)]\n", "label": {"final": "dm90i96x7khhmnigxwwkxwwvu28ii6zw6x7ka8ktazut2z5x", "init": "", "intermediate": ["dm9", "dm90", "dm90i", "dm90i96x7kh", "dm90i96x7khhmn", "dm90i96x7khhmni", "dm90i96x7khhmnig", "dm90i96x7khhmnigxwwk", "dm90i96x7khhmnigxwwkxww", "dm90i96x7khhmnigxwwkxwwvu", "dm90i96x7khhmnigxwwkxwwvu28ii6zw", "dm90i96x7khhmnigxwwkxwwvu28ii6zw6x7k", "dm90i96x7khhmnigxwwkxwwvu28ii6zw6x7ka8ktazut2z", "dm90i96x7khhmnigxwwkxwwvu28ii6zw6x7ka8ktazut2z5"]}, "config": {"commands": [[0, 4, 3], [3, 5, 1], [8, 8, 1], [11, 0, 6], [11, 5, 3], [2, 3, 1], [1, 4, 1], [7, 4, 4], [7, 4, 3], [1, 5, 2], [5, 3, 7], [11, 1, 4], [4, 0, 10], [10, 4, 1], [2, 5, 1]], "max_length": 10, "min_length": 5, "num_commands": 15, "num_strings": 12, "strings": ["tg0cdm9", "5gopgvu", "0qtinx", "0lmjr0", "a8ktazut2z", "aeq28ii6zw", "dg9iaeitq", "t4fcxwwk", "0ornrmqci", "z5xh0in", "jv2s51t", "96x7khmnu"]}, "task_name": "task02", "example_name": "0133", "problem_name": "task02_0133"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [01zb7hdhsa, pvj37cxi6, z13x1fjbv, xzz7ajvz5, 0950q, q7vwpl, cm20g79k, rejms2o, ngpnkrbe, t9nvpk9u, nl4yr9r0x, ocg47o1, 1jhckwhz, mxtzw8]\nSets of Numbers: [(3, 6, 2), (1, 7, 2), (13, 3, 3), (8, 7, 1), (9, 1, 7), (12, 0, 4), (5, 2, 4), (1, 7, 1), (1, 1, 1), (4, 2, 2), (4, 0, 4), (4, 1, 1), (7, 2, 2), (1, 1, 1), (9, 0, 5)]\n", "label": {"final": "vzi6zw8e9nvpk9u1jhcvwpliv5009509jmvt9nvp", "init": "", "intermediate": ["vz", "vzi6", "vzi6zw8", "vzi6zw8e", "vzi6zw8e9nvpk9u", "vzi6zw8e9nvpk9u1jhc", "vzi6zw8e9nvpk9u1jhcvwpl", "vzi6zw8e9nvpk9u1jhcvwpli", "vzi6zw8e9nvpk9u1jhcvwpliv", "vzi6zw8e9nvpk9u1jhcvwpliv50", "vzi6zw8e9nvpk9u1jhcvwpliv500950", "vzi6zw8e9nvpk9u1jhcvwpliv5009509", "vzi6zw8e9nvpk9u1jhcvwpliv5009509jm", "vzi6zw8e9nvpk9u1jhcvwpliv5009509jmv"]}, "config": {"commands": [[3, 6, 2], [1, 7, 2], [13, 3, 3], [8, 7, 1], [9, 1, 7], [12, 0, 4], [5, 2, 4], [1, 7, 1], [1, 1, 1], [4, 2, 2], [4, 0, 4], [4, 1, 1], [7, 2, 2], [1, 1, 1], [9, 0, 5]], "max_length": 10, "min_length": 5, "num_commands": 15, "num_strings": 14, "strings": ["01zb7hdhsa", "pvj37cxi6", "z13x1fjbv", "xzz7ajvz5", "0950q", "q7vwpl", "cm20g79k", "rejms2o", "ngpnkrbe", "t9nvpk9u", "nl4yr9r0x", "ocg47o1", "1jhckwhz", "mxtzw8"]}, "task_name": "task02", "example_name": "0134", "problem_name": "task02_0134"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [0e6vowe, 18gz01a8qu, ip237i80m, ldmwl0y, 6z4akcu, pvm3rtrw2, alfgcd1be, crjgwayzja, 0sffbttp, ecuac, t1ywi, 31ul6c2hwx, qhnj6wq, q9gz9s, okt7tqo, 7gft66k]\nSets of Numbers: [(2, 6, 1), (12, 3, 2), (6, 8, 1), (1, 8, 1), (0, 6, 1), (3, 5, 2), (13, 1, 3), (11, 2, 4), (1, 5, 3), (0, 6, 1), (14, 1, 1), (2, 0, 6), (13, 1, 4), (4, 0, 5), (7, 7, 2)]\n", "label": {"final": "8j6eqe0y9gzul6c1a8ekip237i9gz96z4akzj", "init": "", "intermediate": ["8", "8j6", "8j6e", "8j6eq", "8j6eqe", "8j6eqe0y", "8j6eqe0y9gz", "8j6eqe0y9gzul6c", "8j6eqe0y9gzul6c1a8", "8j6eqe0y9gzul6c1a8e", "8j6eqe0y9gzul6c1a8ek", "8j6eqe0y9gzul6c1a8ekip237i", "8j6eqe0y9gzul6c1a8ekip237i9gz9", "8j6eqe0y9gzul6c1a8ekip237i9gz96z4ak"]}, "config": {"commands": [[2, 6, 1], [12, 3, 2], [6, 8, 1], [1, 8, 1], [0, 6, 1], [3, 5, 2], [13, 1, 3], [11, 2, 4], [1, 5, 3], [0, 6, 1], [14, 1, 1], [2, 0, 6], [13, 1, 4], [4, 0, 5], [7, 7, 2]], "max_length": 10, "min_length": 5, "num_commands": 15, "num_strings": 16, "strings": ["0e6vowe", "18gz01a8qu", "ip237i80m", "ldmwl0y", "6z4akcu", "pvm3rtrw2", "alfgcd1be", "crjgwayzja", "0sffbttp", "ecuac", "t1ywi", "31ul6c2hwx", "qhnj6wq", "q9gz9s", "okt7tqo", "7gft66k"]}, "task_name": "task02", "example_name": "0135", "problem_name": "task02_0135"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [on11r4, rdji3i2lzg, 8pa2xmrkyl]\nSets of Numbers: [(1, 2, 6), (0, 2, 3), (2, 8, 2), (2, 6, 4), (0, 2, 1), (2, 1, 3), (2, 9, 1), (1, 8, 2), (0, 2, 1), (1, 2, 3), (0, 2, 2), (2, 8, 2), (2, 4, 1), (2, 8, 1), (2, 2, 7)]\n", "label": {"final": "ji3i2l11rylrkyl1pa2lzg1ji311ylxya2xmrky", "init": "", "intermediate": ["ji3i2l", "ji3i2l11r", "ji3i2l11ryl", "ji3i2l11rylrkyl", "ji3i2l11rylrkyl1", "ji3i2l11rylrkyl1pa2", "ji3i2l11rylrkyl1pa2l", "ji3i2l11rylrkyl1pa2lzg", "ji3i2l11rylrkyl1pa2lzg1", "ji3i2l11rylrkyl1pa2lzg1ji3", "ji3i2l11rylrkyl1pa2lzg1ji311", "ji3i2l11rylrkyl1pa2lzg1ji311yl", "ji3i2l11rylrkyl1pa2lzg1ji311ylx", "ji3i2l11rylrkyl1pa2lzg1ji311ylxy"]}, "config": {"commands": [[1, 2, 6], [0, 2, 3], [2, 8, 2], [2, 6, 4], [0, 2, 1], [2, 1, 3], [2, 9, 1], [1, 8, 2], [0, 2, 1], [1, 2, 3], [0, 2, 2], [2, 8, 2], [2, 4, 1], [2, 8, 1], [2, 2, 7]], "max_length": 10, "min_length": 5, "num_commands": 15, "num_strings": 3, "strings": ["on11r4", "rdji3i2lzg", "8pa2xmrkyl"]}, "task_name": "task02", "example_name": "0136", "problem_name": "task02_0136"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [facn08jt6t, lyvvhp, 92sdobh, fz76bjteuo]\nSets of Numbers: [(0, 4, 5), (0, 0, 7), (0, 6, 3), (2, 0, 4), (2, 2, 3), (0, 1, 4), (2, 4, 2), (0, 8, 1), (3, 2, 3), (3, 9, 1), (1, 2, 4), (1, 1, 1), (0, 3, 1), (2, 4, 2), (0, 2, 7)]\n", "label": {"final": "08jt6facn08jjt692sdsdoacn0ob676bovvhpynobcn08jt6", "init": "", "intermediate": ["08jt6", "08jt6facn08j", "08jt6facn08jjt6", "08jt6facn08jjt692sd", "08jt6facn08jjt692sdsdo", "08jt6facn08jjt692sdsdoacn0", "08jt6facn08jjt692sdsdoacn0ob", "08jt6facn08jjt692sdsdoacn0ob6", "08jt6facn08jjt692sdsdoacn0ob676b", "08jt6facn08jjt692sdsdoacn0ob676bo", "08jt6facn08jjt692sdsdoacn0ob676bovvhp", "08jt6facn08jjt692sdsdoacn0ob676bovvhpy", "08jt6facn08jjt692sdsdoacn0ob676bovvhpyn", "08jt6facn08jjt692sdsdoacn0ob676bovvhpynob"]}, "config": {"commands": [[0, 4, 5], [0, 0, 7], [0, 6, 3], [2, 0, 4], [2, 2, 3], [0, 1, 4], [2, 4, 2], [0, 8, 1], [3, 2, 3], [3, 9, 1], [1, 2, 4], [1, 1, 1], [0, 3, 1], [2, 4, 2], [0, 2, 7]], "max_length": 10, "min_length": 5, "num_commands": 15, "num_strings": 4, "strings": ["facn08jt6t", "lyvvhp", "92sdobh", "fz76bjteuo"]}, "task_name": "task02", "example_name": "0137", "problem_name": "task02_0137"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [4mioh2vq, h79mmp4q, tpytbclgw, cz9hhbybzz, 7rkpilp, 07m4kvb, nvkxmee, wwhog, ljd7f1fy, 6ogr8c1ng7, 4ik0r6, 3artek, v5xmbn92, 4310i, 7c4586, 0t720hyeu, cd6lg0n, dtaj0of, ix0sjbg6]\nSets of Numbers: [(12, 1, 6), (1, 5, 3), (14, 5, 1), (5, 6, 1), (7, 1, 2), (16, 6, 1), (6, 5, 1), (15, 3, 2), (10, 4, 1), (9, 8, 1), (16, 2, 5), (13, 1, 4), (6, 5, 2), (13, 4, 1), (16, 6, 1)]\n", "label": {"final": "5xmbn9p4q6bwhne20rg6lg0n310ieein", "init": "", "intermediate": ["5xmbn9", "5xmbn9p4q", "5xmbn9p4q6", "5xmbn9p4q6b", "5xmbn9p4q6bwh", "5xmbn9p4q6bwhn", "5xmbn9p4q6bwhne", "5xmbn9p4q6bwhne20", "5xmbn9p4q6bwhne20r", "5xmbn9p4q6bwhne20rg", "5xmbn9p4q6bwhne20rg6lg0n", "5xmbn9p4q6bwhne20rg6lg0n310i", "5xmbn9p4q6bwhne20rg6lg0n310iee", "5xmbn9p4q6bwhne20rg6lg0n310ieei"]}, "config": {"commands": [[12, 1, 6], [1, 5, 3], [14, 5, 1], [5, 6, 1], [7, 1, 2], [16, 6, 1], [6, 5, 1], [15, 3, 2], [10, 4, 1], [9, 8, 1], [16, 2, 5], [13, 1, 4], [6, 5, 2], [13, 4, 1], [16, 6, 1]], "max_length": 10, "min_length": 5, "num_commands": 15, "num_strings": 19, "strings": ["4mioh2vq", "h79mmp4q", "tpytbclgw", "cz9hhbybzz", "7rkpilp", "07m4kvb", "nvkxmee", "wwhog", "ljd7f1fy", "6ogr8c1ng7", "4ik0r6", "3artek", "v5xmbn92", "4310i", "7c4586", "0t720hyeu", "cd6lg0n", "dtaj0of", "ix0sjbg6"]}, "task_name": "task02", "example_name": "0138", "problem_name": "task02_0138"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [rok9wcc, 2dc3iobzt, 5vd9da, tly5ao]\nSets of Numbers: [(3, 3, 1), (0, 1, 4), (1, 6, 2), (3, 0, 2), (0, 2, 1), (3, 2, 4), (0, 3, 1), (2, 1, 2), (0, 2, 4), (1, 6, 3), (3, 0, 2), (3, 0, 4), (3, 5, 1), (3, 1, 3), (1, 7, 1)]\n", "label": {"final": "5ok9wbztlky5ao9vdk9wcbzttltly5oly5z", "init": "", "intermediate": ["5", "5ok9w", "5ok9wbz", "5ok9wbztl", "5ok9wbztlk", "5ok9wbztlky5ao", "5ok9wbztlky5ao9", "5ok9wbztlky5ao9vd", "5ok9wbztlky5ao9vdk9wc", "5ok9wbztlky5ao9vdk9wcbzt", "5ok9wbztlky5ao9vdk9wcbzttl", "5ok9wbztlky5ao9vdk9wcbzttltly5", "5ok9wbztlky5ao9vdk9wcbzttltly5o", "5ok9wbztlky5ao9vdk9wcbzttltly5oly5"]}, "config": {"commands": [[3, 3, 1], [0, 1, 4], [1, 6, 2], [3, 0, 2], [0, 2, 1], [3, 2, 4], [0, 3, 1], [2, 1, 2], [0, 2, 4], [1, 6, 3], [3, 0, 2], [3, 0, 4], [3, 5, 1], [3, 1, 3], [1, 7, 1]], "max_length": 10, "min_length": 5, "num_commands": 15, "num_strings": 4, "strings": ["rok9wcc", "2dc3iobzt", "5vd9da", "tly5ao"]}, "task_name": "task02", "example_name": "0139", "problem_name": "task02_0139"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [bsoiwzm8g, 2s5khsq, h3tlnyli6, hlyso, 40j4a, zpgfvfhbiv, qurjd470e, c5x3bl4q]\nSets of Numbers: [(7, 1, 5), (2, 3, 2), (6, 7, 2), (1, 3, 3), (2, 0, 3), (4, 3, 2), (4, 2, 1), (0, 2, 3), (0, 2, 6), (4, 4, 1), (4, 3, 2), (5, 4, 6), (2, 1, 7), (7, 6, 2), (6, 6, 1), (0, 4, 2)]\n", "label": {"final": "5x3blln0ekhsh3t4ajoiwoiwzm8a4avfhbiv3tlnyli4q7wz", "init": "", "intermediate": ["5x3bl", "5x3blln", "5x3blln0e", "5x3blln0ekhs", "5x3blln0ekhsh3t", "5x3blln0ekhsh3t4a", "5x3blln0ekhsh3t4aj", "5x3blln0ekhsh3t4ajoiw", "5x3blln0ekhsh3t4ajoiwoiwzm8", "5x3blln0ekhsh3t4ajoiwoiwzm8a", "5x3blln0ekhsh3t4ajoiwoiwzm8a4a", "5x3blln0ekhsh3t4ajoiwoiwzm8a4avfhbiv", "5x3blln0ekhsh3t4ajoiwoiwzm8a4avfhbiv3tlnyli", "5x3blln0ekhsh3t4ajoiwoiwzm8a4avfhbiv3tlnyli4q", "5x3blln0ekhsh3t4ajoiwoiwzm8a4avfhbiv3tlnyli4q7"]}, "config": {"commands": [[7, 1, 5], [2, 3, 2], [6, 7, 2], [1, 3, 3], [2, 0, 3], [4, 3, 2], [4, 2, 1], [0, 2, 3], [0, 2, 6], [4, 4, 1], [4, 3, 2], [5, 4, 6], [2, 1, 7], [7, 6, 2], [6, 6, 1], [0, 4, 2]], "max_length": 10, "min_length": 5, "num_commands": 16, "num_strings": 8, "strings": ["bsoiwzm8g", "2s5khsq", "h3tlnyli6", "hlyso", "40j4a", "zpgfvfhbiv", "qurjd470e", "c5x3bl4q"]}, "task_name": "task02", "example_name": "0140", "problem_name": "task02_0140"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [q0heza, s98j3z, t1z5h7n, fzcp54me0, 6o3v92uxv, d607qo783d, 1gxvp, xrhtoqz, 1ghkn0qm]\nSets of Numbers: [(8, 5, 1), (1, 0, 4), (2, 1, 1), (8, 2, 4), (1, 3, 3), (2, 2, 4), (6, 2, 2), (6, 4, 1), (7, 5, 2), (3, 8, 1), (7, 5, 2), (6, 3, 2), (1, 1, 1), (0, 3, 2), (2, 4, 1), (5, 9, 1)]\n", "label": {"final": "0s98j1hkn0j3zz5h7xvpqz0qzvp9ezhd", "init": "", "intermediate": ["0", "0s98j", "0s98j1", "0s98j1hkn0", "0s98j1hkn0j3z", "0s98j1hkn0j3zz5h7", "0s98j1hkn0j3zz5h7xv", "0s98j1hkn0j3zz5h7xvp", "0s98j1hkn0j3zz5h7xvpqz", "0s98j1hkn0j3zz5h7xvpqz0", "0s98j1hkn0j3zz5h7xvpqz0qz", "0s98j1hkn0j3zz5h7xvpqz0qzvp", "0s98j1hkn0j3zz5h7xvpqz0qzvp9", "0s98j1hkn0j3zz5h7xvpqz0qzvp9ez", "0s98j1hkn0j3zz5h7xvpqz0qzvp9ezh"]}, "config": {"commands": [[8, 5, 1], [1, 0, 4], [2, 1, 1], [8, 2, 4], [1, 3, 3], [2, 2, 4], [6, 2, 2], [6, 4, 1], [7, 5, 2], [3, 8, 1], [7, 5, 2], [6, 3, 2], [1, 1, 1], [0, 3, 2], [2, 4, 1], [5, 9, 1]], "max_length": 10, "min_length": 5, "num_commands": 16, "num_strings": 9, "strings": ["q0heza", "s98j3z", "t1z5h7n", "fzcp54me0", "6o3v92uxv", "d607qo783d", "1gxvp", "xrhtoqz", "1ghkn0qm"]}, "task_name": "task02", "example_name": "0141", "problem_name": "task02_0141"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [b1h4m, 0khyx, xalo7v99, vnnlfk, y6w9ve, ihbp519, yagcwj3z]\nSets of Numbers: [(1, 4, 1), (4, 0, 3), (6, 6, 1), (1, 2, 1), (3, 4, 1), (0, 4, 1), (3, 2, 1), (2, 2, 3), (4, 4, 2), (0, 1, 3), (2, 0, 2), (4, 5, 1), (5, 5, 2), (5, 1, 6), (0, 0, 4), (6, 7, 1)]\n", "label": {"final": "xy6w3hfmnlo7ve1h4xae19hbp519b1h4z", "init": "", "intermediate": ["x", "xy6w", "xy6w3", "xy6w3h", "xy6w3hf", "xy6w3hfm", "xy6w3hfmn", "xy6w3hfmnlo7", "xy6w3hfmnlo7ve", "xy6w3hfmnlo7ve1h4", "xy6w3hfmnlo7ve1h4xa", "xy6w3hfmnlo7ve1h4xae", "xy6w3hfmnlo7ve1h4xae19", "xy6w3hfmnlo7ve1h4xae19hbp519", "xy6w3hfmnlo7ve1h4xae19hbp519b1h4"]}, "config": {"commands": [[1, 4, 1], [4, 0, 3], [6, 6, 1], [1, 2, 1], [3, 4, 1], [0, 4, 1], [3, 2, 1], [2, 2, 3], [4, 4, 2], [0, 1, 3], [2, 0, 2], [4, 5, 1], [5, 5, 2], [5, 1, 6], [0, 0, 4], [6, 7, 1]], "max_length": 10, "min_length": 5, "num_commands": 16, "num_strings": 7, "strings": ["b1h4m", "0khyx", "xalo7v99", "vnnlfk", "y6w9ve", "ihbp519", "yagcwj3z"]}, "task_name": "task02", "example_name": "0142", "problem_name": "task02_0142"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [d0cpaec, f6sgwyr, ojr85son, t2ahlwgku, p9f7fv, sjx5oe1, oktnp3f9, he8z8gl27, g9v06o28sk, yst5c, qiw4sjzzrm, 2uuqh8cf9g, 667b8viqf, qlpbzdigbv, s0etq9x, zfeip, 2nvv4ujg, 4umhqy, v2og6qktl]\nSets of Numbers: [(10, 5, 1), (10, 1, 7), (2, 5, 2), (5, 2, 4), (10, 3, 3), (8, 1, 8), (1, 3, 2), (8, 5, 1), (6, 0, 2), (7, 0, 1), (7, 1, 6), (4, 2, 4), (11, 6, 1), (3, 4, 3), (13, 4, 5), (17, 1, 2)]\n", "label": {"final": "jiw4sjzzsox5oe4sj9v06o28sgwookhe8z8glf7fvclwgzdigbum", "init": "", "intermediate": ["j", "jiw4sjzz", "jiw4sjzzso", "jiw4sjzzsox5oe", "jiw4sjzzsox5oe4sj", "jiw4sjzzsox5oe4sj9v06o28s", "jiw4sjzzsox5oe4sj9v06o28sgw", "jiw4sjzzsox5oe4sj9v06o28sgwo", "jiw4sjzzsox5oe4sj9v06o28sgwook", "jiw4sjzzsox5oe4sj9v06o28sgwookh", "jiw4sjzzsox5oe4sj9v06o28sgwookhe8z8gl", "jiw4sjzzsox5oe4sj9v06o28sgwookhe8z8glf7fv", "jiw4sjzzsox5oe4sj9v06o28sgwookhe8z8glf7fvc", "jiw4sjzzsox5oe4sj9v06o28sgwookhe8z8glf7fvclwg", "jiw4sjzzsox5oe4sj9v06o28sgwookhe8z8glf7fvclwgzdigb"]}, "config": {"commands": [[10, 5, 1], [10, 1, 7], [2, 5, 2], [5, 2, 4], [10, 3, 3], [8, 1, 8], [1, 3, 2], [8, 5, 1], [6, 0, 2], [7, 0, 1], [7, 1, 6], [4, 2, 4], [11, 6, 1], [3, 4, 3], [13, 4, 5], [17, 1, 2]], "max_length": 10, "min_length": 5, "num_commands": 16, "num_strings": 19, "strings": ["d0cpaec", "f6sgwyr", "ojr85son", "t2ahlwgku", "p9f7fv", "sjx5oe1", "oktnp3f9", "he8z8gl27", "g9v06o28sk", "yst5c", "qiw4sjzzrm", "2uuqh8cf9g", "667b8viqf", "qlpbzdigbv", "s0etq9x", "zfeip", "2nvv4ujg", "4umhqy", "v2og6qktl"]}, "task_name": "task02", "example_name": "0143", "problem_name": "task02_0143"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ettxna, zcfaphc, u19sa7, ezud8y9ig0]\nSets of Numbers: [(3, 6, 4), (3, 1, 8), (0, 0, 5), (2, 0, 3), (3, 1, 8), (0, 4, 2), (3, 8, 2), (3, 5, 5), (1, 5, 1), (2, 2, 3), (3, 0, 8), (2, 1, 5), (1, 1, 6), (0, 4, 1), (2, 4, 2), (0, 4, 2)]\n", "label": {"final": "9ig0zud8y9igettxnu19zud8y9ignag0y9ig0h9saezud8y9i19sa7cfaphcna7na", "init": "", "intermediate": ["9ig0", "9ig0zud8y9ig", "9ig0zud8y9igettxn", "9ig0zud8y9igettxnu19", "9ig0zud8y9igettxnu19zud8y9ig", "9ig0zud8y9igettxnu19zud8y9igna", "9ig0zud8y9igettxnu19zud8y9ignag0", "9ig0zud8y9igettxnu19zud8y9ignag0y9ig0", "9ig0zud8y9igettxnu19zud8y9ignag0y9ig0h", "9ig0zud8y9igettxnu19zud8y9ignag0y9ig0h9sa", "9ig0zud8y9igettxnu19zud8y9ignag0y9ig0h9saezud8y9i", "9ig0zud8y9igettxnu19zud8y9ignag0y9ig0h9saezud8y9i19sa7", "9ig0zud8y9igettxnu19zud8y9ignag0y9ig0h9saezud8y9i19sa7cfaphc", "9ig0zud8y9igettxnu19zud8y9ignag0y9ig0h9saezud8y9i19sa7cfaphcn", "9ig0zud8y9igettxnu19zud8y9ignag0y9ig0h9saezud8y9i19sa7cfaphcna7"]}, "config": {"commands": [[3, 6, 4], [3, 1, 8], [0, 0, 5], [2, 0, 3], [3, 1, 8], [0, 4, 2], [3, 8, 2], [3, 5, 5], [1, 5, 1], [2, 2, 3], [3, 0, 8], [2, 1, 5], [1, 1, 6], [0, 4, 1], [2, 4, 2], [0, 4, 2]], "max_length": 10, "min_length": 5, "num_commands": 16, "num_strings": 4, "strings": ["ettxna", "zcfaphc", "u19sa7", "ezud8y9ig0"]}, "task_name": "task02", "example_name": "0144", "problem_name": "task02_0144"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [tmikd3g2bd, t03ny5fa, h3i09us, u08yq6n, 6809m30ud, q7mqx01, 84za24bqt3, 15nft4ec, wtssn61, wrfcd, bpxz2a, f5yob, h3ibzfrpy, 2p1ljwt, fedmoj, d14i7, 7ec19]\nSets of Numbers: [(1, 1, 5), (14, 0, 6), (1, 7, 1), (7, 7, 1), (13, 2, 4), (1, 7, 1), (6, 6, 2), (14, 3, 1), (13, 0, 1), (7, 0, 5), (8, 4, 2), (1, 1, 2), (5, 0, 4), (8, 6, 1), (4, 5, 3), (3, 2, 3)]\n", "label": {"final": "03ny5fedmojac1ljwabqm215nftn603q7mq130u8yq", "init": "", "intermediate": ["03ny5", "03ny5fedmoj", "03ny5fedmoja", "03ny5fedmojac", "03ny5fedmojac1ljw", "03ny5fedmojac1ljwa", "03ny5fedmojac1ljwabq", "03ny5fedmojac1ljwabqm", "03ny5fedmojac1ljwabqm2", "03ny5fedmojac1ljwabqm215nft", "03ny5fedmojac1ljwabqm215nftn6", "03ny5fedmojac1ljwabqm215nftn603", "03ny5fedmojac1ljwabqm215nftn603q7mq", "03ny5fedmojac1ljwabqm215nftn603q7mq1", "03ny5fedmojac1ljwabqm215nftn603q7mq130u"]}, "config": {"commands": [[1, 1, 5], [14, 0, 6], [1, 7, 1], [7, 7, 1], [13, 2, 4], [1, 7, 1], [6, 6, 2], [14, 3, 1], [13, 0, 1], [7, 0, 5], [8, 4, 2], [1, 1, 2], [5, 0, 4], [8, 6, 1], [4, 5, 3], [3, 2, 3]], "max_length": 10, "min_length": 5, "num_commands": 16, "num_strings": 17, "strings": ["tmikd3g2bd", "t03ny5fa", "h3i09us", "u08yq6n", "6809m30ud", "q7mqx01", "84za24bqt3", "15nft4ec", "wtssn61", "wrfcd", "bpxz2a", "f5yob", "h3ibzfrpy", "2p1ljwt", "fedmoj", "d14i7", "7ec19"]}, "task_name": "task02", "example_name": "0145", "problem_name": "task02_0145"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [2cg9o31n16, 7aax2, 0eyl9f]\nSets of Numbers: [(1, 3, 1), (2, 1, 1), (0, 5, 1), (0, 9, 1), (0, 5, 2), (2, 5, 1), (0, 9, 1), (2, 3, 3), (1, 3, 2), (2, 5, 1), (0, 2, 5), (2, 2, 1), (0, 3, 3), (1, 3, 2), (0, 5, 3), (2, 0, 2)]\n", "label": {"final": "xe3631f6l9fx2fg9o31y9o3x231n0e", "init": "", "intermediate": ["x", "xe", "xe3", "xe36", "xe3631", "xe3631f", "xe3631f6", "xe3631f6l9f", "xe3631f6l9fx2", "xe3631f6l9fx2f", "xe3631f6l9fx2fg9o31", "xe3631f6l9fx2fg9o31y", "xe3631f6l9fx2fg9o31y9o3", "xe3631f6l9fx2fg9o31y9o3x2", "xe3631f6l9fx2fg9o31y9o3x231n"]}, "config": {"commands": [[1, 3, 1], [2, 1, 1], [0, 5, 1], [0, 9, 1], [0, 5, 2], [2, 5, 1], [0, 9, 1], [2, 3, 3], [1, 3, 2], [2, 5, 1], [0, 2, 5], [2, 2, 1], [0, 3, 3], [1, 3, 2], [0, 5, 3], [2, 0, 2]], "max_length": 10, "min_length": 5, "num_commands": 16, "num_strings": 3, "strings": ["2cg9o31n16", "7aax2", "0eyl9f"]}, "task_name": "task02", "example_name": "0146", "problem_name": "task02_0146"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [suz84kn, qyzdu, vn24t0cqd, 0gkcdcqlsa, 2u255s0vvp, 2xfu671n, 6zjd6s, 2bvb3]\nSets of Numbers: [(4, 9, 1), (6, 5, 1), (1, 2, 3), (6, 4, 1), (7, 1, 1), (7, 2, 1), (6, 1, 3), (0, 4, 2), (5, 1, 6), (5, 6, 2), (3, 8, 1), (7, 3, 1), (1, 1, 1), (7, 3, 2), (3, 3, 3), (7, 1, 3)]\n", "label": {"final": "pszdu6bvzjd4kxfu6711nsbyb3cdcbvb", "init": "", "intermediate": ["p", "ps", "pszdu", "pszdu6", "pszdu6b", "pszdu6bv", "pszdu6bvzjd", "pszdu6bvzjd4k", "pszdu6bvzjd4kxfu671", "pszdu6bvzjd4kxfu6711n", "pszdu6bvzjd4kxfu6711ns", "pszdu6bvzjd4kxfu6711nsb", "pszdu6bvzjd4kxfu6711nsby", "pszdu6bvzjd4kxfu6711nsbyb3", "pszdu6bvzjd4kxfu6711nsbyb3cdc"]}, "config": {"commands": [[4, 9, 1], [6, 5, 1], [1, 2, 3], [6, 4, 1], [7, 1, 1], [7, 2, 1], [6, 1, 3], [0, 4, 2], [5, 1, 6], [5, 6, 2], [3, 8, 1], [7, 3, 1], [1, 1, 1], [7, 3, 2], [3, 3, 3], [7, 1, 3]], "max_length": 10, "min_length": 5, "num_commands": 16, "num_strings": 8, "strings": ["suz84kn", "qyzdu", "vn24t0cqd", "0gkcdcqlsa", "2u255s0vvp", "2xfu671n", "6zjd6s", "2bvb3"]}, "task_name": "task02", "example_name": "0147", "problem_name": "task02_0147"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [6304yruqab, 9loxpquwu2, wsuagz, z0c4ftg, e63co5]\nSets of Numbers: [(2, 4, 2), (3, 6, 1), (3, 3, 4), (2, 1, 5), (0, 0, 2), (4, 3, 3), (3, 3, 2), (2, 3, 1), (4, 5, 1), (4, 5, 1), (1, 9, 1), (3, 4, 2), (4, 5, 1), (1, 9, 1), (3, 0, 1), (0, 8, 2)]\n", "label": {"final": "gzg4ftgsuagz63co54fa552ft52zab", "init": "", "intermediate": ["gz", "gzg", "gzg4ftg", "gzg4ftgsuagz", "gzg4ftgsuagz63", "gzg4ftgsuagz63co5", "gzg4ftgsuagz63co54f", "gzg4ftgsuagz63co54fa", "gzg4ftgsuagz63co54fa5", "gzg4ftgsuagz63co54fa55", "gzg4ftgsuagz63co54fa552", "gzg4ftgsuagz63co54fa552ft", "gzg4ftgsuagz63co54fa552ft5", "gzg4ftgsuagz63co54fa552ft52", "gzg4ftgsuagz63co54fa552ft52z"]}, "config": {"commands": [[2, 4, 2], [3, 6, 1], [3, 3, 4], [2, 1, 5], [0, 0, 2], [4, 3, 3], [3, 3, 2], [2, 3, 1], [4, 5, 1], [4, 5, 1], [1, 9, 1], [3, 4, 2], [4, 5, 1], [1, 9, 1], [3, 0, 1], [0, 8, 2]], "max_length": 10, "min_length": 5, "num_commands": 16, "num_strings": 5, "strings": ["6304yruqab", "9loxpquwu2", "wsuagz", "z0c4ftg", "e63co5"]}, "task_name": "task02", "example_name": "0148", "problem_name": "task02_0148"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [d1eqv5rl, kn3c8wg, p5dmxj]\nSets of Numbers: [(1, 6, 1), (2, 4, 2), (2, 1, 5), (1, 0, 5), (1, 2, 2), (0, 2, 4), (2, 3, 1), (2, 0, 4), (1, 1, 5), (1, 5, 2), (1, 2, 1), (1, 1, 4), (1, 2, 3), (2, 0, 3), (1, 6, 1), (2, 1, 4)]\n", "label": {"final": "gxj5dmxjkn3c83ceqv5mp5dmn3c8wwg3n3c83c8p5dg5dmx", "init": "", "intermediate": ["g", "gxj", "gxj5dmxj", "gxj5dmxjkn3c8", "gxj5dmxjkn3c83c", "gxj5dmxjkn3c83ceqv5", "gxj5dmxjkn3c83ceqv5m", "gxj5dmxjkn3c83ceqv5mp5dm", "gxj5dmxjkn3c83ceqv5mp5dmn3c8w", "gxj5dmxjkn3c83ceqv5mp5dmn3c8wwg", "gxj5dmxjkn3c83ceqv5mp5dmn3c8wwg3", "gxj5dmxjkn3c83ceqv5mp5dmn3c8wwg3n3c8", "gxj5dmxjkn3c83ceqv5mp5dmn3c8wwg3n3c83c8", "gxj5dmxjkn3c83ceqv5mp5dmn3c8wwg3n3c83c8p5d", "gxj5dmxjkn3c83ceqv5mp5dmn3c8wwg3n3c83c8p5dg"]}, "config": {"commands": [[1, 6, 1], [2, 4, 2], [2, 1, 5], [1, 0, 5], [1, 2, 2], [0, 2, 4], [2, 3, 1], [2, 0, 4], [1, 1, 5], [1, 5, 2], [1, 2, 1], [1, 1, 4], [1, 2, 3], [2, 0, 3], [1, 6, 1], [2, 1, 4]], "max_length": 10, "min_length": 5, "num_commands": 16, "num_strings": 3, "strings": ["d1eqv5rl", "kn3c8wg", "p5dmxj"]}, "task_name": "task02", "example_name": "0149", "problem_name": "task02_0149"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [r5z43e, nisl2wn, 8lui96xn, i6o0bl4, yocjomt]\nSets of Numbers: [(4, 6, 1), (0, 5, 1), (1, 1, 2), (4, 2, 5), (1, 0, 7), (2, 6, 2), (2, 2, 2), (3, 0, 7), (1, 0, 7), (0, 3, 3), (0, 4, 1), (2, 3, 5), (4, 0, 7), (2, 0, 3), (1, 2, 3), (4, 3, 4), (0, 3, 2)]\n", "label": {"final": "teiscjomtnisl2wnxnuii6o0bl4nisl2wn43e3i96xnyocjomt8lusl2jomt43", "init": "", "intermediate": ["t", "te", "teis", "teiscjomt", "teiscjomtnisl2wn", "teiscjomtnisl2wnxn", "teiscjomtnisl2wnxnui", "teiscjomtnisl2wnxnuii6o0bl4", "teiscjomtnisl2wnxnuii6o0bl4nisl2wn", "teiscjomtnisl2wnxnuii6o0bl4nisl2wn43e", "teiscjomtnisl2wnxnuii6o0bl4nisl2wn43e3", "teiscjomtnisl2wnxnuii6o0bl4nisl2wn43e3i96xn", "teiscjomtnisl2wnxnuii6o0bl4nisl2wn43e3i96xnyocjomt", "teiscjomtnisl2wnxnuii6o0bl4nisl2wn43e3i96xnyocjomt8lu", "teiscjomtnisl2wnxnuii6o0bl4nisl2wn43e3i96xnyocjomt8lusl2", "teiscjomtnisl2wnxnuii6o0bl4nisl2wn43e3i96xnyocjomt8lusl2jomt"]}, "config": {"commands": [[4, 6, 1], [0, 5, 1], [1, 1, 2], [4, 2, 5], [1, 0, 7], [2, 6, 2], [2, 2, 2], [3, 0, 7], [1, 0, 7], [0, 3, 3], [0, 4, 1], [2, 3, 5], [4, 0, 7], [2, 0, 3], [1, 2, 3], [4, 3, 4], [0, 3, 2]], "max_length": 10, "min_length": 5, "num_commands": 17, "num_strings": 5, "strings": ["r5z43e", "nisl2wn", "8lui96xn", "i6o0bl4", "yocjomt"]}, "task_name": "task02", "example_name": "0150", "problem_name": "task02_0150"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [6dy0e6hkr, l3hw2q, 7rz46czjm, nzrdyqr7, r5rl45q, bc0g3b99, 9wasj, ngq39hm, xdftlei]\nSets of Numbers: [(0, 7, 1), (1, 4, 2), (2, 6, 1), (2, 1, 1), (2, 8, 1), (0, 6, 1), (7, 5, 2), (8, 1, 4), (7, 4, 2), (2, 2, 7), (6, 1, 4), (8, 3, 2), (2, 8, 1), (1, 2, 4), (6, 3, 2), (5, 4, 1), (6, 2, 2)]\n", "label": {"final": "k2qzrmhhmdftl9hz46czjmwasjtlmhw2qsj3as", "init": "", "intermediate": ["k", "k2q", "k2qz", "k2qzr", "k2qzrm", "k2qzrmh", "k2qzrmhhm", "k2qzrmhhmdftl", "k2qzrmhhmdftl9h", "k2qzrmhhmdftl9hz46czjm", "k2qzrmhhmdftl9hz46czjmwasj", "k2qzrmhhmdftl9hz46czjmwasjtl", "k2qzrmhhmdftl9hz46czjmwasjtlm", "k2qzrmhhmdftl9hz46czjmwasjtlmhw2q", "k2qzrmhhmdftl9hz46czjmwasjtlmhw2qsj", "k2qzrmhhmdftl9hz46czjmwasjtlmhw2qsj3"]}, "config": {"commands": [[0, 7, 1], [1, 4, 2], [2, 6, 1], [2, 1, 1], [2, 8, 1], [0, 6, 1], [7, 5, 2], [8, 1, 4], [7, 4, 2], [2, 2, 7], [6, 1, 4], [8, 3, 2], [2, 8, 1], [1, 2, 4], [6, 3, 2], [5, 4, 1], [6, 2, 2]], "max_length": 10, "min_length": 5, "num_commands": 17, "num_strings": 9, "strings": ["6dy0e6hkr", "l3hw2q", "7rz46czjm", "nzrdyqr7", "r5rl45q", "bc0g3b99", "9wasj", "ngq39hm", "xdftlei"]}, "task_name": "task02", "example_name": "0151", "problem_name": "task02_0151"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [pnujbblvb2, fmuqira, er9btx5v9x, kmvhj3or, 8qujf78jr, 7hjvw7u9sf, eqnub3, yqc3mdfm63, 4zfrkxrhne, w8be85c792, w4zsi33, 7vpmiz, 2q7ag9u9]\nSets of Numbers: [(1, 6, 1), (1, 6, 1), (9, 4, 1), (11, 5, 1), (11, 2, 2), (8, 8, 1), (8, 4, 6), (3, 2, 1), (3, 5, 3), (7, 6, 4), (7, 8, 1), (2, 2, 4), (0, 1, 9), (1, 6, 1), (1, 1, 1), (7, 9, 1), (0, 3, 5)]\n", "label": {"final": "aa8zpmnkxrhnev3orfm6369btxnujbblvb2am3jbblv", "init": "", "intermediate": ["a", "aa", "aa8", "aa8z", "aa8zpm", "aa8zpmn", "aa8zpmnkxrhne", "aa8zpmnkxrhnev", "aa8zpmnkxrhnev3or", "aa8zpmnkxrhnev3orfm63", "aa8zpmnkxrhnev3orfm636", "aa8zpmnkxrhnev3orfm6369btx", "aa8zpmnkxrhnev3orfm6369btxnujbblvb2", "aa8zpmnkxrhnev3orfm6369btxnujbblvb2a", "aa8zpmnkxrhnev3orfm6369btxnujbblvb2am", "aa8zpmnkxrhnev3orfm6369btxnujbblvb2am3"]}, "config": {"commands": [[1, 6, 1], [1, 6, 1], [9, 4, 1], [11, 5, 1], [11, 2, 2], [8, 8, 1], [8, 4, 6], [3, 2, 1], [3, 5, 3], [7, 6, 4], [7, 8, 1], [2, 2, 4], [0, 1, 9], [1, 6, 1], [1, 1, 1], [7, 9, 1], [0, 3, 5]], "max_length": 10, "min_length": 5, "num_commands": 17, "num_strings": 13, "strings": ["pnujbblvb2", "fmuqira", "er9btx5v9x", "kmvhj3or", "8qujf78jr", "7hjvw7u9sf", "eqnub3", "yqc3mdfm63", "4zfrkxrhne", "w8be85c792", "w4zsi33", "7vpmiz", "2q7ag9u9"]}, "task_name": "task02", "example_name": "0152", "problem_name": "task02_0152"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [hhiph075, upmioa, xcw92oi2zw, kxrea, kpfpys]\nSets of Numbers: [(2, 2, 5), (4, 0, 4), (3, 0, 4), (1, 1, 2), (1, 1, 3), (1, 1, 5), (2, 2, 2), (4, 0, 6), (1, 2, 2), (2, 2, 3), (3, 0, 3), (3, 2, 3), (2, 7, 3), (0, 2, 2), (3, 0, 5), (1, 2, 2), (4, 5, 1)]\n", "label": {"final": "w92oikpfpkxrepmpmipmioaw9kpfpysmiw92kxrrea2zwipkxreamis", "init": "", "intermediate": ["w92oi", "w92oikpfp", "w92oikpfpkxre", "w92oikpfpkxrepm", "w92oikpfpkxrepmpmi", "w92oikpfpkxrepmpmipmioa", "w92oikpfpkxrepmpmipmioaw9", "w92oikpfpkxrepmpmipmioaw9kpfpys", "w92oikpfpkxrepmpmipmioaw9kpfpysmi", "w92oikpfpkxrepmpmipmioaw9kpfpysmiw92", "w92oikpfpkxrepmpmipmioaw9kpfpysmiw92kxr", "w92oikpfpkxrepmpmipmioaw9kpfpysmiw92kxrrea", "w92oikpfpkxrepmpmipmioaw9kpfpysmiw92kxrrea2zw", "w92oikpfpkxrepmpmipmioaw9kpfpysmiw92kxrrea2zwip", "w92oikpfpkxrepmpmipmioaw9kpfpysmiw92kxrrea2zwipkxrea", "w92oikpfpkxrepmpmipmioaw9kpfpysmiw92kxrrea2zwipkxreami"]}, "config": {"commands": [[2, 2, 5], [4, 0, 4], [3, 0, 4], [1, 1, 2], [1, 1, 3], [1, 1, 5], [2, 2, 2], [4, 0, 6], [1, 2, 2], [2, 2, 3], [3, 0, 3], [3, 2, 3], [2, 7, 3], [0, 2, 2], [3, 0, 5], [1, 2, 2], [4, 5, 1]], "max_length": 10, "min_length": 5, "num_commands": 17, "num_strings": 5, "strings": ["hhiph075", "upmioa", "xcw92oi2zw", "kxrea", "kpfpys"]}, "task_name": "task02", "example_name": "0153", "problem_name": "task02_0153"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [8wam089yty, yjbuy2, o4r83h6s, b4h6c, qg0a6]\nSets of Numbers: [(0, 0, 6), (2, 3, 1), (2, 2, 4), (1, 2, 2), (3, 1, 1), (3, 0, 4), (0, 9, 1), (0, 5, 5), (1, 4, 1), (1, 2, 1), (3, 4, 1), (2, 5, 3), (0, 4, 3), (3, 2, 1), (4, 2, 2), (1, 0, 4), (1, 4, 1)]\n", "label": {"final": "8wam088r83hbu4b4h6y89ytyybch6s089h0ayjbuy", "init": "", "intermediate": ["8wam08", "8wam088", "8wam088r83h", "8wam088r83hbu", "8wam088r83hbu4", "8wam088r83hbu4b4h6", "8wam088r83hbu4b4h6y", "8wam088r83hbu4b4h6y89yty", "8wam088r83hbu4b4h6y89ytyy", "8wam088r83hbu4b4h6y89ytyyb", "8wam088r83hbu4b4h6y89ytyybc", "8wam088r83hbu4b4h6y89ytyybch6s", "8wam088r83hbu4b4h6y89ytyybch6s089", "8wam088r83hbu4b4h6y89ytyybch6s089h", "8wam088r83hbu4b4h6y89ytyybch6s089h0a", "8wam088r83hbu4b4h6y89ytyybch6s089h0ayjbu"]}, "config": {"commands": [[0, 0, 6], [2, 3, 1], [2, 2, 4], [1, 2, 2], [3, 1, 1], [3, 0, 4], [0, 9, 1], [0, 5, 5], [1, 4, 1], [1, 2, 1], [3, 4, 1], [2, 5, 3], [0, 4, 3], [3, 2, 1], [4, 2, 2], [1, 0, 4], [1, 4, 1]], "max_length": 10, "min_length": 5, "num_commands": 17, "num_strings": 5, "strings": ["8wam089yty", "yjbuy2", "o4r83h6s", "b4h6c", "qg0a6"]}, "task_name": "task02", "example_name": "0154", "problem_name": "task02_0154"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [eedqc5yv, gufbuk3]\nSets of Numbers: [(0, 1, 7), (0, 4, 4), (0, 7, 1), (1, 1, 3), (1, 3, 3), (1, 1, 5), (1, 1, 3), (0, 4, 3), (1, 6, 1), (1, 6, 1), (1, 4, 2), (1, 2, 4), (0, 2, 3), (1, 1, 6), (0, 2, 2), (1, 4, 2), (0, 7, 1)]\n", "label": {"final": "edqc5yvc5yvvufbbukufbukufbc5y33ukfbukdqcufbuk3dqukv", "init": "", "intermediate": ["edqc5yv", "edqc5yvc5yv", "edqc5yvc5yvv", "edqc5yvc5yvvufb", "edqc5yvc5yvvufbbuk", "edqc5yvc5yvvufbbukufbuk", "edqc5yvc5yvvufbbukufbukufb", "edqc5yvc5yvvufbbukufbukufbc5y", "edqc5yvc5yvvufbbukufbukufbc5y3", "edqc5yvc5yvvufbbukufbukufbc5y33", "edqc5yvc5yvvufbbukufbukufbc5y33uk", "edqc5yvc5yvvufbbukufbukufbc5y33ukfbuk", "edqc5yvc5yvvufbbukufbukufbc5y33ukfbukdqc", "edqc5yvc5yvvufbbukufbukufbc5y33ukfbukdqcufbuk3", "edqc5yvc5yvvufbbukufbukufbc5y33ukfbukdqcufbuk3dq", "edqc5yvc5yvvufbbukufbukufbc5y33ukfbukdqcufbuk3dquk"]}, "config": {"commands": [[0, 1, 7], [0, 4, 4], [0, 7, 1], [1, 1, 3], [1, 3, 3], [1, 1, 5], [1, 1, 3], [0, 4, 3], [1, 6, 1], [1, 6, 1], [1, 4, 2], [1, 2, 4], [0, 2, 3], [1, 1, 6], [0, 2, 2], [1, 4, 2], [0, 7, 1]], "max_length": 10, "min_length": 5, "num_commands": 17, "num_strings": 2, "strings": ["eedqc5yv", "gufbuk3"]}, "task_name": "task02", "example_name": "0155", "problem_name": "task02_0155"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ohvnk2wl2, 3uwve, rwchtjohf, yg7fyof4id, 8ajx6, 35wv84d, rvzy5s194, bsg5mfeh, 9arjxmh4, iu63gsk98, xei0098h, e8ddbq]\nSets of Numbers: [(4, 2, 3), (8, 1, 7), (10, 1, 1), (10, 4, 1), (5, 0, 3), (5, 1, 2), (7, 5, 3), (7, 2, 5), (8, 0, 2), (10, 7, 1), (0, 2, 5), (4, 2, 1), (5, 4, 2), (10, 3, 3), (0, 5, 1), (7, 2, 3), (9, 8, 1)]\n", "label": {"final": "jx6arjxmh4e035w5wfehg5mfe9ahvnk2wj840092g5m8", "init": "", "intermediate": ["jx6", "jx6arjxmh4", "jx6arjxmh4e", "jx6arjxmh4e0", "jx6arjxmh4e035w", "jx6arjxmh4e035w5w", "jx6arjxmh4e035w5wfeh", "jx6arjxmh4e035w5wfehg5mfe", "jx6arjxmh4e035w5wfehg5mfe9a", "jx6arjxmh4e035w5wfehg5mfe9ah", "jx6arjxmh4e035w5wfehg5mfe9ahvnk2w", "jx6arjxmh4e035w5wfehg5mfe9ahvnk2wj", "jx6arjxmh4e035w5wfehg5mfe9ahvnk2wj84", "jx6arjxmh4e035w5wfehg5mfe9ahvnk2wj84009", "jx6arjxmh4e035w5wfehg5mfe9ahvnk2wj840092", "jx6arjxmh4e035w5wfehg5mfe9ahvnk2wj840092g5m"]}, "config": {"commands": [[4, 2, 3], [8, 1, 7], [10, 1, 1], [10, 4, 1], [5, 0, 3], [5, 1, 2], [7, 5, 3], [7, 2, 5], [8, 0, 2], [10, 7, 1], [0, 2, 5], [4, 2, 1], [5, 4, 2], [10, 3, 3], [0, 5, 1], [7, 2, 3], [9, 8, 1]], "max_length": 10, "min_length": 5, "num_commands": 17, "num_strings": 12, "strings": ["ohvnk2wl2", "3uwve", "rwchtjohf", "yg7fyof4id", "8ajx6", "35wv84d", "rvzy5s194", "bsg5mfeh", "9arjxmh4", "iu63gsk98", "xei0098h", "e8ddbq"]}, "task_name": "task02", "example_name": "0156", "problem_name": "task02_0156"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [eh968fhr, 2sz1a9s, 7thaph4zn, sld4oyy, 50hqj5b, v9ei9f7, zvx9nbue, 560yfcd9vf]\nSets of Numbers: [(4, 0, 1), (7, 1, 2), (2, 2, 5), (3, 3, 4), (0, 5, 3), (6, 5, 1), (4, 2, 4), (5, 2, 2), (1, 1, 1), (3, 0, 4), (2, 0, 2), (4, 3, 2), (7, 1, 3), (0, 3, 3), (1, 6, 1), (6, 6, 1), (5, 6, 1)]\n", "label": {"final": "560haph44oyyfhrbhqj5eissld47tqj60y68fsu7", "init": "", "intermediate": ["5", "560", "560haph4", "560haph44oyy", "560haph44oyyfhr", "560haph44oyyfhrb", "560haph44oyyfhrbhqj5", "560haph44oyyfhrbhqj5ei", "560haph44oyyfhrbhqj5eis", "560haph44oyyfhrbhqj5eissld4", "560haph44oyyfhrbhqj5eissld47t", "560haph44oyyfhrbhqj5eissld47tqj", "560haph44oyyfhrbhqj5eissld47tqj60y", "560haph44oyyfhrbhqj5eissld47tqj60y68f", "560haph44oyyfhrbhqj5eissld47tqj60y68fs", "560haph44oyyfhrbhqj5eissld47tqj60y68fsu"]}, "config": {"commands": [[4, 0, 1], [7, 1, 2], [2, 2, 5], [3, 3, 4], [0, 5, 3], [6, 5, 1], [4, 2, 4], [5, 2, 2], [1, 1, 1], [3, 0, 4], [2, 0, 2], [4, 3, 2], [7, 1, 3], [0, 3, 3], [1, 6, 1], [6, 6, 1], [5, 6, 1]], "max_length": 10, "min_length": 5, "num_commands": 17, "num_strings": 8, "strings": ["eh968fhr", "2sz1a9s", "7thaph4zn", "sld4oyy", "50hqj5b", "v9ei9f7", "zvx9nbue", "560yfcd9vf"]}, "task_name": "task02", "example_name": "0157", "problem_name": "task02_0157"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [v1my81jr, loyw63am, 7217xds6s, u5lsacsuf, tqbxrb5iv]\nSets of Numbers: [(4, 8, 1), (1, 1, 1), (2, 8, 1), (0, 2, 2), (0, 2, 1), (4, 6, 3), (0, 6, 2), (2, 7, 1), (1, 2, 4), (0, 1, 4), (3, 1, 7), (0, 3, 3), (2, 6, 2), (4, 7, 2), (0, 0, 7), (2, 1, 5), (3, 1, 3)]\n", "label": {"final": "vosmym5ivjr6yw631my85lsacsuy81s6ivv1my81j217xd5ls", "init": "", "intermediate": ["v", "vo", "vos", "vosmy", "vosmym", "vosmym5iv", "vosmym5ivjr", "vosmym5ivjr6", "vosmym5ivjr6yw63", "vosmym5ivjr6yw631my8", "vosmym5ivjr6yw631my85lsacsu", "vosmym5ivjr6yw631my85lsacsuy81", "vosmym5ivjr6yw631my85lsacsuy81s6", "vosmym5ivjr6yw631my85lsacsuy81s6iv", "vosmym5ivjr6yw631my85lsacsuy81s6ivv1my81j", "vosmym5ivjr6yw631my85lsacsuy81s6ivv1my81j217xd"]}, "config": {"commands": [[4, 8, 1], [1, 1, 1], [2, 8, 1], [0, 2, 2], [0, 2, 1], [4, 6, 3], [0, 6, 2], [2, 7, 1], [1, 2, 4], [0, 1, 4], [3, 1, 7], [0, 3, 3], [2, 6, 2], [4, 7, 2], [0, 0, 7], [2, 1, 5], [3, 1, 3]], "max_length": 10, "min_length": 5, "num_commands": 17, "num_strings": 5, "strings": ["v1my81jr", "loyw63am", "7217xds6s", "u5lsacsuf", "tqbxrb5iv"]}, "task_name": "task02", "example_name": "0158", "problem_name": "task02_0158"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [9qr77mppd, 8mzhaa9, 8gh9z31n]\nSets of Numbers: [(1, 6, 1), (2, 6, 1), (1, 1, 1), (0, 5, 3), (2, 3, 4), (2, 2, 3), (2, 4, 1), (1, 4, 1), (0, 1, 5), (0, 4, 2), (1, 5, 2), (1, 3, 2), (2, 0, 5), (1, 3, 4), (1, 5, 2), (2, 4, 4), (1, 4, 1)]\n", "label": {"final": "91mmpp9z31h9zzaqr77m7ma9ha8gh9zhaa9a9z31na", "init": "", "intermediate": ["9", "91", "91m", "91mmpp", "91mmpp9z31", "91mmpp9z31h9z", "91mmpp9z31h9zz", "91mmpp9z31h9zza", "91mmpp9z31h9zzaqr77m", "91mmpp9z31h9zzaqr77m7m", "91mmpp9z31h9zzaqr77m7ma9", "91mmpp9z31h9zzaqr77m7ma9ha", "91mmpp9z31h9zzaqr77m7ma9ha8gh9z", "91mmpp9z31h9zzaqr77m7ma9ha8gh9zhaa9", "91mmpp9z31h9zzaqr77m7ma9ha8gh9zhaa9a9", "91mmpp9z31h9zzaqr77m7ma9ha8gh9zhaa9a9z31n"]}, "config": {"commands": [[1, 6, 1], [2, 6, 1], [1, 1, 1], [0, 5, 3], [2, 3, 4], [2, 2, 3], [2, 4, 1], [1, 4, 1], [0, 1, 5], [0, 4, 2], [1, 5, 2], [1, 3, 2], [2, 0, 5], [1, 3, 4], [1, 5, 2], [2, 4, 4], [1, 4, 1]], "max_length": 10, "min_length": 5, "num_commands": 17, "num_strings": 3, "strings": ["9qr77mppd", "8mzhaa9", "8gh9z31n"]}, "task_name": "task02", "example_name": "0159", "problem_name": "task02_0159"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [t2r3g, uuzlgktq5x]\nSets of Numbers: [(0, 2, 1), (1, 9, 1), (0, 3, 1), (0, 0, 3), (1, 7, 1), (1, 3, 7), (1, 4, 5), (1, 4, 4), (1, 2, 1), (0, 2, 3), (1, 7, 1), (0, 2, 1), (1, 9, 1), (1, 0, 6), (1, 5, 4), (0, 3, 1), (0, 1, 3), (0, 0, 5)]\n", "label": {"final": "rx3t2rqlgktq5xgktq5gktqzr3gqrxuuzlgkktq532r3t2r3g", "init": "", "intermediate": ["r", "rx", "rx3", "rx3t2r", "rx3t2rq", "rx3t2rqlgktq5x", "rx3t2rqlgktq5xgktq5", "rx3t2rqlgktq5xgktq5gktq", "rx3t2rqlgktq5xgktq5gktqz", "rx3t2rqlgktq5xgktq5gktqzr3g", "rx3t2rqlgktq5xgktq5gktqzr3gq", "rx3t2rqlgktq5xgktq5gktqzr3gqr", "rx3t2rqlgktq5xgktq5gktqzr3gqrx", "rx3t2rqlgktq5xgktq5gktqzr3gqrxuuzlgk", "rx3t2rqlgktq5xgktq5gktqzr3gqrxuuzlgkktq5", "rx3t2rqlgktq5xgktq5gktqzr3gqrxuuzlgkktq53", "rx3t2rqlgktq5xgktq5gktqzr3gqrxuuzlgkktq532r3"]}, "config": {"commands": [[0, 2, 1], [1, 9, 1], [0, 3, 1], [0, 0, 3], [1, 7, 1], [1, 3, 7], [1, 4, 5], [1, 4, 4], [1, 2, 1], [0, 2, 3], [1, 7, 1], [0, 2, 1], [1, 9, 1], [1, 0, 6], [1, 5, 4], [0, 3, 1], [0, 1, 3], [0, 0, 5]], "max_length": 10, "min_length": 5, "num_commands": 18, "num_strings": 2, "strings": ["t2r3g", "uuzlgktq5x"]}, "task_name": "task02", "example_name": "0160", "problem_name": "task02_0160"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [l5nn5x, kevfy1s0p, ndqrgjy, y3qt4fe2bn, udl6m1ofz, 36yo3, y4l7b, 2fqmsnz2l, cfzs0fq, wzs5yloq7]\nSets of Numbers: [(9, 3, 1), (9, 1, 4), (5, 3, 2), (4, 7, 1), (5, 0, 2), (3, 0, 2), (5, 0, 1), (2, 1, 4), (7, 8, 1), (5, 0, 4), (2, 4, 1), (2, 4, 1), (3, 0, 7), (0, 5, 1), (0, 5, 1), (2, 4, 2), (7, 3, 6), (1, 7, 2)]\n", "label": {"final": "5zs5yo3f36y33dqrgl36yoggy3qt4fexxgjmsnz2l0p", "init": "", "intermediate": ["5", "5zs5y", "5zs5yo3", "5zs5yo3f", "5zs5yo3f36", "5zs5yo3f36y3", "5zs5yo3f36y33", "5zs5yo3f36y33dqrg", "5zs5yo3f36y33dqrgl", "5zs5yo3f36y33dqrgl36yo", "5zs5yo3f36y33dqrgl36yog", "5zs5yo3f36y33dqrgl36yogg", "5zs5yo3f36y33dqrgl36yoggy3qt4fe", "5zs5yo3f36y33dqrgl36yoggy3qt4fex", "5zs5yo3f36y33dqrgl36yoggy3qt4fexx", "5zs5yo3f36y33dqrgl36yoggy3qt4fexxgj", "5zs5yo3f36y33dqrgl36yoggy3qt4fexxgjmsnz2l"]}, "config": {"commands": [[9, 3, 1], [9, 1, 4], [5, 3, 2], [4, 7, 1], [5, 0, 2], [3, 0, 2], [5, 0, 1], [2, 1, 4], [7, 8, 1], [5, 0, 4], [2, 4, 1], [2, 4, 1], [3, 0, 7], [0, 5, 1], [0, 5, 1], [2, 4, 2], [7, 3, 6], [1, 7, 2]], "max_length": 10, "min_length": 5, "num_commands": 18, "num_strings": 10, "strings": ["l5nn5x", "kevfy1s0p", "ndqrgjy", "y3qt4fe2bn", "udl6m1ofz", "36yo3", "y4l7b", "2fqmsnz2l", "cfzs0fq", "wzs5yloq7"]}, "task_name": "task02", "example_name": "0161", "problem_name": "task02_0161"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cijmhb4jr, c4xzxq4s, tkoz4rbx, 9ipz7, 89w7ooi, e40mkgh238, lphz2wmw, rupxi]\nSets of Numbers: [(1, 4, 2), (6, 6, 2), (0, 8, 1), (0, 4, 2), (5, 6, 3), (4, 1, 3), (2, 4, 4), (5, 9, 1), (7, 1, 4), (5, 8, 2), (6, 4, 1), (5, 0, 2), (5, 3, 5), (4, 3, 4), (3, 0, 2), (0, 7, 2), (1, 7, 1), (6, 2, 1)]\n", "label": {"final": "xqmwrhbh239w74rbx8upxi382e4mkgh27ooi9ijrsh", "init": "", "intermediate": ["xq", "xqmw", "xqmwr", "xqmwrhb", "xqmwrhbh23", "xqmwrhbh239w7", "xqmwrhbh239w74rbx", "xqmwrhbh239w74rbx8", "xqmwrhbh239w74rbx8upxi", "xqmwrhbh239w74rbx8upxi38", "xqmwrhbh239w74rbx8upxi382", "xqmwrhbh239w74rbx8upxi382e4", "xqmwrhbh239w74rbx8upxi382e4mkgh2", "xqmwrhbh239w74rbx8upxi382e4mkgh27ooi", "xqmwrhbh239w74rbx8upxi382e4mkgh27ooi9i", "xqmwrhbh239w74rbx8upxi382e4mkgh27ooi9ijr", "xqmwrhbh239w74rbx8upxi382e4mkgh27ooi9ijrs"]}, "config": {"commands": [[1, 4, 2], [6, 6, 2], [0, 8, 1], [0, 4, 2], [5, 6, 3], [4, 1, 3], [2, 4, 4], [5, 9, 1], [7, 1, 4], [5, 8, 2], [6, 4, 1], [5, 0, 2], [5, 3, 5], [4, 3, 4], [3, 0, 2], [0, 7, 2], [1, 7, 1], [6, 2, 1]], "max_length": 10, "min_length": 5, "num_commands": 18, "num_strings": 8, "strings": ["cijmhb4jr", "c4xzxq4s", "tkoz4rbx", "9ipz7", "89w7ooi", "e40mkgh238", "lphz2wmw", "rupxi"]}, "task_name": "task02", "example_name": "0162", "problem_name": "task02_0162"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [h4e0tih3, ozx7s31iq, ofe23, u35lr, bsutuj, w5tes0l, 5fb2v0, dbjg8, 92k3q, sj06zqq8, p21viqrwd, x3c5w, cz5jjm93, 8wjweazgou, 9b8cnbnzxl, 1o9hahtf]\nSets of Numbers: [(12, 6, 1), (0, 7, 1), (3, 0, 5), (1, 8, 1), (8, 4, 1), (11, 0, 4), (3, 2, 3), (6, 2, 1), (11, 4, 1), (13, 3, 2), (0, 1, 1), (8, 0, 2), (15, 5, 3), (1, 6, 3), (5, 6, 1), (8, 3, 2), (6, 2, 4), (9, 1, 5)]\n", "label": {"final": "93u35lrqqx3c55lrbwwe492htf1iql3qb2v0j06zq", "init": "", "intermediate": ["9", "93", "93u35lr", "93u35lrq", "93u35lrqq", "93u35lrqqx3c5", "93u35lrqqx3c55lr", "93u35lrqqx3c55lrb", "93u35lrqqx3c55lrbw", "93u35lrqqx3c55lrbwwe", "93u35lrqqx3c55lrbwwe4", "93u35lrqqx3c55lrbwwe492", "93u35lrqqx3c55lrbwwe492htf", "93u35lrqqx3c55lrbwwe492htf1iq", "93u35lrqqx3c55lrbwwe492htf1iql", "93u35lrqqx3c55lrbwwe492htf1iql3q", "93u35lrqqx3c55lrbwwe492htf1iql3qb2v0"]}, "config": {"commands": [[12, 6, 1], [0, 7, 1], [3, 0, 5], [1, 8, 1], [8, 4, 1], [11, 0, 4], [3, 2, 3], [6, 2, 1], [11, 4, 1], [13, 3, 2], [0, 1, 1], [8, 0, 2], [15, 5, 3], [1, 6, 3], [5, 6, 1], [8, 3, 2], [6, 2, 4], [9, 1, 5]], "max_length": 10, "min_length": 5, "num_commands": 18, "num_strings": 16, "strings": ["h4e0tih3", "ozx7s31iq", "ofe23", "u35lr", "bsutuj", "w5tes0l", "5fb2v0", "dbjg8", "92k3q", "sj06zqq8", "p21viqrwd", "x3c5w", "cz5jjm93", "8wjweazgou", "9b8cnbnzxl", "1o9hahtf"]}, "task_name": "task02", "example_name": "0163", "problem_name": "task02_0163"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [lp1ydq7d, 2f0as2t35g, gqwfxptdp, pnmrqb86q, 0jx4oy52uq, feb4sfy6, ma3zobg3, hakpvc9fpp, pc67iqd2w9, 6u9qurjeh6, 7p1wgbt6e4]\nSets of Numbers: [(2, 8, 1), (9, 2, 3), (1, 1, 2), (8, 2, 6), (10, 7, 3), (9, 1, 1), (6, 3, 2), (3, 1, 1), (0, 2, 1), (9, 6, 2), (9, 8, 1), (2, 0, 4), (1, 4, 2), (10, 5, 2), (0, 2, 3), (5, 7, 1), (8, 1, 9), (6, 3, 4)]\n", "label": {"final": "p9quf067iqd26e4uzon1jehgqwfs2bt1yd6c67iqd2w9zobg", "init": "", "intermediate": ["p", "p9qu", "p9quf0", "p9quf067iqd2", "p9quf067iqd26e4", "p9quf067iqd26e4u", "p9quf067iqd26e4uzo", "p9quf067iqd26e4uzon", "p9quf067iqd26e4uzon1", "p9quf067iqd26e4uzon1je", "p9quf067iqd26e4uzon1jeh", "p9quf067iqd26e4uzon1jehgqwf", "p9quf067iqd26e4uzon1jehgqwfs2", "p9quf067iqd26e4uzon1jehgqwfs2bt", "p9quf067iqd26e4uzon1jehgqwfs2bt1yd", "p9quf067iqd26e4uzon1jehgqwfs2bt1yd6", "p9quf067iqd26e4uzon1jehgqwfs2bt1yd6c67iqd2w9"]}, "config": {"commands": [[2, 8, 1], [9, 2, 3], [1, 1, 2], [8, 2, 6], [10, 7, 3], [9, 1, 1], [6, 3, 2], [3, 1, 1], [0, 2, 1], [9, 6, 2], [9, 8, 1], [2, 0, 4], [1, 4, 2], [10, 5, 2], [0, 2, 3], [5, 7, 1], [8, 1, 9], [6, 3, 4]], "max_length": 10, "min_length": 5, "num_commands": 18, "num_strings": 11, "strings": ["lp1ydq7d", "2f0as2t35g", "gqwfxptdp", "pnmrqb86q", "0jx4oy52uq", "feb4sfy6", "ma3zobg3", "hakpvc9fpp", "pc67iqd2w9", "6u9qurjeh6", "7p1wgbt6e4"]}, "task_name": "task02", "example_name": "0164", "problem_name": "task02_0164"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [7mlfnh89, q124q5lw, z4p0o6wa, guvmg44mc, xk88a736, kbwnprpg, 41pqa3, rcudx8okxk, 5vl87w7f, c9eb2a, 6vdev4]\nSets of Numbers: [(5, 5, 3), (6, 1, 5), (9, 4, 2), (7, 1, 2), (7, 9, 1), (1, 4, 4), (5, 4, 4), (10, 3, 1), (9, 4, 2), (5, 3, 3), (2, 5, 1), (6, 4, 1), (6, 0, 4), (10, 3, 3), (10, 3, 2), (1, 6, 2), (6, 5, 1), (9, 0, 1)]\n", "label": {"final": "rpg1pqa32acukq5lwprpge2anpr6a41pqev4evlw3c", "init": "", "intermediate": ["rpg", "rpg1pqa3", "rpg1pqa32a", "rpg1pqa32acu", "rpg1pqa32acuk", "rpg1pqa32acukq5lw", "rpg1pqa32acukq5lwprpg", "rpg1pqa32acukq5lwprpge", "rpg1pqa32acukq5lwprpge2a", "rpg1pqa32acukq5lwprpge2anpr", "rpg1pqa32acukq5lwprpge2anpr6", "rpg1pqa32acukq5lwprpge2anpr6a", "rpg1pqa32acukq5lwprpge2anpr6a41pq", "rpg1pqa32acukq5lwprpge2anpr6a41pqev4", "rpg1pqa32acukq5lwprpge2anpr6a41pqev4ev", "rpg1pqa32acukq5lwprpge2anpr6a41pqev4evlw", "rpg1pqa32acukq5lwprpge2anpr6a41pqev4evlw3"]}, "config": {"commands": [[5, 5, 3], [6, 1, 5], [9, 4, 2], [7, 1, 2], [7, 9, 1], [1, 4, 4], [5, 4, 4], [10, 3, 1], [9, 4, 2], [5, 3, 3], [2, 5, 1], [6, 4, 1], [6, 0, 4], [10, 3, 3], [10, 3, 2], [1, 6, 2], [6, 5, 1], [9, 0, 1]], "max_length": 10, "min_length": 5, "num_commands": 18, "num_strings": 11, "strings": ["7mlfnh89", "q124q5lw", "z4p0o6wa", "guvmg44mc", "xk88a736", "kbwnprpg", "41pqa3", "rcudx8okxk", "5vl87w7f", "c9eb2a", "6vdev4"]}, "task_name": "task02", "example_name": "0165", "problem_name": "task02_0165"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xjvbqjge, rsx6917, s9fiu]\nSets of Numbers: [(0, 5, 3), (1, 2, 3), (2, 3, 1), (1, 1, 4), (1, 4, 3), (0, 3, 5), (0, 6, 1), (2, 4, 1), (1, 1, 3), (2, 2, 1), (2, 0, 2), (1, 2, 1), (2, 3, 1), (0, 5, 1), (1, 3, 1), (0, 3, 4), (1, 5, 2), (2, 4, 1)]\n", "label": {"final": "jgex69isx69917bqjgegusx6fs9xij6bqjg17u", "init": "", "intermediate": ["jge", "jgex69", "jgex69i", "jgex69isx69", "jgex69isx69917", "jgex69isx69917bqjge", "jgex69isx69917bqjgeg", "jgex69isx69917bqjgegu", "jgex69isx69917bqjgegusx6", "jgex69isx69917bqjgegusx6f", "jgex69isx69917bqjgegusx6fs9", "jgex69isx69917bqjgegusx6fs9x", "jgex69isx69917bqjgegusx6fs9xi", "jgex69isx69917bqjgegusx6fs9xij", "jgex69isx69917bqjgegusx6fs9xij6", "jgex69isx69917bqjgegusx6fs9xij6bqjg", "jgex69isx69917bqjgegusx6fs9xij6bqjg17"]}, "config": {"commands": [[0, 5, 3], [1, 2, 3], [2, 3, 1], [1, 1, 4], [1, 4, 3], [0, 3, 5], [0, 6, 1], [2, 4, 1], [1, 1, 3], [2, 2, 1], [2, 0, 2], [1, 2, 1], [2, 3, 1], [0, 5, 1], [1, 3, 1], [0, 3, 4], [1, 5, 2], [2, 4, 1]], "max_length": 10, "min_length": 5, "num_commands": 18, "num_strings": 3, "strings": ["xjvbqjge", "rsx6917", "s9fiu"]}, "task_name": "task02", "example_name": "0166", "problem_name": "task02_0166"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ccait8, qsdodmn7q, pwe56uz23n, zo36q12j, 14a6yv8ep, yv7edfd3, 0qm1s, pplsw, 1zb6r, bpesvvq, 7ohtzzd4y, 8rm6xcyfi, b5p83m9i, zz8kk1u, 3sk7fppa, xmw573, 8wvumr7z2, 21fb7efmhb, eee3i7v4, ucm32oq]\nSets of Numbers: [(7, 1, 3), (12, 3, 1), (4, 6, 3), (16, 8, 1), (10, 2, 6), (18, 2, 2), (14, 2, 1), (0, 5, 1), (2, 0, 10), (15, 1, 3), (8, 4, 1), (1, 4, 4), (10, 7, 1), (3, 3, 5), (1, 3, 5), (17, 1, 7), (15, 3, 1), (10, 1, 2)]\n", "label": {"final": "pls88ep2htzzd4e3k8pwe56uz23nmw5rdmn746q12jodmn71fb7efm5oh", "init": "", "intermediate": ["pls", "pls8", "pls88ep", "pls88ep2", "pls88ep2htzzd4", "pls88ep2htzzd4e3", "pls88ep2htzzd4e3k", "pls88ep2htzzd4e3k8", "pls88ep2htzzd4e3k8pwe56uz23n", "pls88ep2htzzd4e3k8pwe56uz23nmw5", "pls88ep2htzzd4e3k8pwe56uz23nmw5r", "pls88ep2htzzd4e3k8pwe56uz23nmw5rdmn7", "pls88ep2htzzd4e3k8pwe56uz23nmw5rdmn74", "pls88ep2htzzd4e3k8pwe56uz23nmw5rdmn746q12j", "pls88ep2htzzd4e3k8pwe56uz23nmw5rdmn746q12jodmn7", "pls88ep2htzzd4e3k8pwe56uz23nmw5rdmn746q12jodmn71fb7efm", "pls88ep2htzzd4e3k8pwe56uz23nmw5rdmn746q12jodmn71fb7efm5"]}, "config": {"commands": [[7, 1, 3], [12, 3, 1], [4, 6, 3], [16, 8, 1], [10, 2, 6], [18, 2, 2], [14, 2, 1], [0, 5, 1], [2, 0, 10], [15, 1, 3], [8, 4, 1], [1, 4, 4], [10, 7, 1], [3, 3, 5], [1, 3, 5], [17, 1, 7], [15, 3, 1], [10, 1, 2]], "max_length": 10, "min_length": 5, "num_commands": 18, "num_strings": 20, "strings": ["ccait8", "qsdodmn7q", "pwe56uz23n", "zo36q12j", "14a6yv8ep", "yv7edfd3", "0qm1s", "pplsw", "1zb6r", "bpesvvq", "7ohtzzd4y", "8rm6xcyfi", "b5p83m9i", "zz8kk1u", "3sk7fppa", "xmw573", "8wvumr7z2", "21fb7efmhb", "eee3i7v4", "ucm32oq"]}, "task_name": "task02", "example_name": "0167", "problem_name": "task02_0167"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [z3t1uo, c0nh7ak1, 7fmjb, 0c24543z2, jxlvp90de3, mwphoata9w, j55krnvt, cd2tfx80n9, ndm1ib7e, hobjx, aihx7pv, rjyoet8t, wjtyr, vprqsf67yi, 2amn67i, yh9djw94og]\nSets of Numbers: [(15, 7, 1), (10, 2, 5), (13, 2, 4), (7, 5, 3), (8, 0, 5), (9, 4, 1), (5, 8, 1), (14, 1, 4), (9, 0, 3), (15, 6, 3), (4, 0, 7), (4, 3, 4), (8, 6, 2), (1, 2, 2), (9, 0, 5), (8, 2, 5), (8, 2, 5), (5, 5, 5)]\n", "label": {"final": "4hx7pvrqsfx80ndm1ix9amn6hob94ojxlvp90vp907enhhobjxm1ib7m1ib7ata9w", "init": "", "intermediate": ["4", "4hx7pv", "4hx7pvrqsf", "4hx7pvrqsfx80", "4hx7pvrqsfx80ndm1i", "4hx7pvrqsfx80ndm1ix", "4hx7pvrqsfx80ndm1ix9", "4hx7pvrqsfx80ndm1ix9amn6", "4hx7pvrqsfx80ndm1ix9amn6hob", "4hx7pvrqsfx80ndm1ix9amn6hob94o", "4hx7pvrqsfx80ndm1ix9amn6hob94ojxlvp90", "4hx7pvrqsfx80ndm1ix9amn6hob94ojxlvp90vp90", "4hx7pvrqsfx80ndm1ix9amn6hob94ojxlvp90vp907e", "4hx7pvrqsfx80ndm1ix9amn6hob94ojxlvp90vp907enh", "4hx7pvrqsfx80ndm1ix9amn6hob94ojxlvp90vp907enhhobjx", "4hx7pvrqsfx80ndm1ix9amn6hob94ojxlvp90vp907enhhobjxm1ib7", "4hx7pvrqsfx80ndm1ix9amn6hob94ojxlvp90vp907enhhobjxm1ib7m1ib7"]}, "config": {"commands": [[15, 7, 1], [10, 2, 5], [13, 2, 4], [7, 5, 3], [8, 0, 5], [9, 4, 1], [5, 8, 1], [14, 1, 4], [9, 0, 3], [15, 6, 3], [4, 0, 7], [4, 3, 4], [8, 6, 2], [1, 2, 2], [9, 0, 5], [8, 2, 5], [8, 2, 5], [5, 5, 5]], "max_length": 10, "min_length": 5, "num_commands": 18, "num_strings": 16, "strings": ["z3t1uo", "c0nh7ak1", "7fmjb", "0c24543z2", "jxlvp90de3", "mwphoata9w", "j55krnvt", "cd2tfx80n9", "ndm1ib7e", "hobjx", "aihx7pv", "rjyoet8t", "wjtyr", "vprqsf67yi", "2amn67i", "yh9djw94og"]}, "task_name": "task02", "example_name": "0168", "problem_name": "task02_0168"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [iyybrgl, 9dlldb, pgdr5qxm0, 6ktmdzju, 4pfm004, ngpci8o, 43lkf82w45, i3pby, 5h262j8, k2ypcvia3, 0yzhll, zl3t26, gbx79, jyz8b1, unm0dn, gdk1w98ed]\nSets of Numbers: [(14, 4, 2), (2, 3, 2), (10, 1, 3), (15, 0, 3), (1, 0, 1), (8, 1, 5), (5, 1, 3), (7, 1, 2), (0, 2, 2), (5, 1, 2), (4, 3, 4), (2, 3, 2), (8, 5, 2), (15, 7, 1), (1, 5, 1), (11, 0, 4), (9, 0, 8), (0, 4, 2)]\n", "label": {"final": "dnr5yzhgdk9h262jgpc3pybgpm004r5j8ebzl3tk2ypcviarg", "init": "", "intermediate": ["dn", "dnr5", "dnr5yzh", "dnr5yzhgdk", "dnr5yzhgdk9", "dnr5yzhgdk9h262j", "dnr5yzhgdk9h262jgpc", "dnr5yzhgdk9h262jgpc3p", "dnr5yzhgdk9h262jgpc3pyb", "dnr5yzhgdk9h262jgpc3pybgp", "dnr5yzhgdk9h262jgpc3pybgpm004", "dnr5yzhgdk9h262jgpc3pybgpm004r5", "dnr5yzhgdk9h262jgpc3pybgpm004r5j8", "dnr5yzhgdk9h262jgpc3pybgpm004r5j8e", "dnr5yzhgdk9h262jgpc3pybgpm004r5j8eb", "dnr5yzhgdk9h262jgpc3pybgpm004r5j8ebzl3t", "dnr5yzhgdk9h262jgpc3pybgpm004r5j8ebzl3tk2ypcvia"]}, "config": {"commands": [[14, 4, 2], [2, 3, 2], [10, 1, 3], [15, 0, 3], [1, 0, 1], [8, 1, 5], [5, 1, 3], [7, 1, 2], [0, 2, 2], [5, 1, 2], [4, 3, 4], [2, 3, 2], [8, 5, 2], [15, 7, 1], [1, 5, 1], [11, 0, 4], [9, 0, 8], [0, 4, 2]], "max_length": 10, "min_length": 5, "num_commands": 18, "num_strings": 16, "strings": ["iyybrgl", "9dlldb", "pgdr5qxm0", "6ktmdzju", "4pfm004", "ngpci8o", "43lkf82w45", "i3pby", "5h262j8", "k2ypcvia3", "0yzhll", "zl3t26", "gbx79", "jyz8b1", "unm0dn", "gdk1w98ed"]}, "task_name": "task02", "example_name": "0169", "problem_name": "task02_0169"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [d6bmugna, y4f8u3, dwabg, sf0n6vk2, 8gb9dk, xcby68ghk, ikn89, rhfwudjego, z5y799e, beafa8x8, 5kn2ec, jza29s6, frge2]\nSets of Numbers: [(5, 0, 5), (0, 0, 3), (3, 5, 3), (6, 3, 2), (3, 6, 1), (9, 0, 4), (10, 3, 2), (4, 2, 3), (6, 3, 1), (7, 2, 7), (3, 0, 6), (0, 3, 2), (3, 5, 1), (6, 0, 5), (9, 0, 3), (12, 2, 3), (11, 6, 1), (6, 4, 1), (9, 6, 1)]\n", "label": {"final": "xcby6d6bvk289kbeaf2eb9d8fwudjegsf0n6vmuvikn89beage269x", "init": "", "intermediate": ["xcby6", "xcby6d6b", "xcby6d6bvk2", "xcby6d6bvk289", "xcby6d6bvk289k", "xcby6d6bvk289kbeaf", "xcby6d6bvk289kbeaf2e", "xcby6d6bvk289kbeaf2eb9d", "xcby6d6bvk289kbeaf2eb9d8", "xcby6d6bvk289kbeaf2eb9d8fwudjeg", "xcby6d6bvk289kbeaf2eb9d8fwudjegsf0n6v", "xcby6d6bvk289kbeaf2eb9d8fwudjegsf0n6vmu", "xcby6d6bvk289kbeaf2eb9d8fwudjegsf0n6vmuv", "xcby6d6bvk289kbeaf2eb9d8fwudjegsf0n6vmuvikn89", "xcby6d6bvk289kbeaf2eb9d8fwudjegsf0n6vmuvikn89bea", "xcby6d6bvk289kbeaf2eb9d8fwudjegsf0n6vmuvikn89beage2", "xcby6d6bvk289kbeaf2eb9d8fwudjegsf0n6vmuvikn89beage26", "xcby6d6bvk289kbeaf2eb9d8fwudjegsf0n6vmuvikn89beage269"]}, "config": {"commands": [[5, 0, 5], [0, 0, 3], [3, 5, 3], [6, 3, 2], [3, 6, 1], [9, 0, 4], [10, 3, 2], [4, 2, 3], [6, 3, 1], [7, 2, 7], [3, 0, 6], [0, 3, 2], [3, 5, 1], [6, 0, 5], [9, 0, 3], [12, 2, 3], [11, 6, 1], [6, 4, 1], [9, 6, 1]], "max_length": 10, "min_length": 5, "num_commands": 19, "num_strings": 13, "strings": ["d6bmugna", "y4f8u3", "dwabg", "sf0n6vk2", "8gb9dk", "xcby68ghk", "ikn89", "rhfwudjego", "z5y799e", "beafa8x8", "5kn2ec", "jza29s6", "frge2"]}, "task_name": "task02", "example_name": "0170", "problem_name": "task02_0170"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jyzy7, 4qhy0qcz, 0r5pd89pyd, vm95mp, z5mdn, mo3j0sxo, os7052ssp, zvsamm, vvazu, 7sa1s, czzw3b29k3, ippndxgveb, 1ggd5de4, lu8lfeat]\nSets of Numbers: [(0, 4, 1), (8, 0, 1), (5, 1, 4), (4, 1, 3), (10, 4, 6), (6, 8, 1), (2, 4, 4), (6, 6, 1), (13, 4, 1), (2, 7, 1), (5, 7, 1), (8, 2, 1), (3, 2, 1), (6, 1, 4), (1, 6, 2), (11, 8, 1), (10, 6, 1), (8, 4, 1), (5, 3, 5)]\n", "label": {"final": "7vo3j05md3b29k3pd89psfpoa9s705cze2uj0sxo", "init": "", "intermediate": ["7", "7v", "7vo3j0", "7vo3j05md", "7vo3j05md3b29k3", "7vo3j05md3b29k3p", "7vo3j05md3b29k3pd89p", "7vo3j05md3b29k3pd89ps", "7vo3j05md3b29k3pd89psf", "7vo3j05md3b29k3pd89psfp", "7vo3j05md3b29k3pd89psfpo", "7vo3j05md3b29k3pd89psfpoa", "7vo3j05md3b29k3pd89psfpoa9", "7vo3j05md3b29k3pd89psfpoa9s705", "7vo3j05md3b29k3pd89psfpoa9s705cz", "7vo3j05md3b29k3pd89psfpoa9s705cze", "7vo3j05md3b29k3pd89psfpoa9s705cze2", "7vo3j05md3b29k3pd89psfpoa9s705cze2u"]}, "config": {"commands": [[0, 4, 1], [8, 0, 1], [5, 1, 4], [4, 1, 3], [10, 4, 6], [6, 8, 1], [2, 4, 4], [6, 6, 1], [13, 4, 1], [2, 7, 1], [5, 7, 1], [8, 2, 1], [3, 2, 1], [6, 1, 4], [1, 6, 2], [11, 8, 1], [10, 6, 1], [8, 4, 1], [5, 3, 5]], "max_length": 10, "min_length": 5, "num_commands": 19, "num_strings": 14, "strings": ["jyzy7", "4qhy0qcz", "0r5pd89pyd", "vm95mp", "z5mdn", "mo3j0sxo", "os7052ssp", "zvsamm", "vvazu", "7sa1s", "czzw3b29k3", "ippndxgveb", "1ggd5de4", "lu8lfeat"]}, "task_name": "task02", "example_name": "0171", "problem_name": "task02_0171"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cyzul, zmcahs6, 6zplf, y59qx1wh, 2zmp2nh62b]\nSets of Numbers: [(1, 0, 2), (0, 3, 1), (1, 1, 3), (0, 4, 1), (0, 2, 3), (4, 0, 2), (0, 3, 2), (3, 7, 1), (2, 0, 3), (2, 0, 1), (0, 2, 1), (1, 0, 7), (0, 0, 3), (3, 4, 3), (0, 3, 1), (2, 0, 2), (2, 1, 1), (3, 1, 4), (4, 2, 6)]\n", "label": {"final": "zmumcalzul2zulh6zp6zzmcahs6cyzx1wu6zz59qxmp2nh6", "init": "", "intermediate": ["zm", "zmu", "zmumca", "zmumcal", "zmumcalzul", "zmumcalzul2z", "zmumcalzul2zul", "zmumcalzul2zulh", "zmumcalzul2zulh6zp", "zmumcalzul2zulh6zp6", "zmumcalzul2zulh6zp6z", "zmumcalzul2zulh6zp6zzmcahs6", "zmumcalzul2zulh6zp6zzmcahs6cyz", "zmumcalzul2zulh6zp6zzmcahs6cyzx1w", "zmumcalzul2zulh6zp6zzmcahs6cyzx1wu", "zmumcalzul2zulh6zp6zzmcahs6cyzx1wu6z", "zmumcalzul2zulh6zp6zzmcahs6cyzx1wu6zz", "zmumcalzul2zulh6zp6zzmcahs6cyzx1wu6zz59qx"]}, "config": {"commands": [[1, 0, 2], [0, 3, 1], [1, 1, 3], [0, 4, 1], [0, 2, 3], [4, 0, 2], [0, 3, 2], [3, 7, 1], [2, 0, 3], [2, 0, 1], [0, 2, 1], [1, 0, 7], [0, 0, 3], [3, 4, 3], [0, 3, 1], [2, 0, 2], [2, 1, 1], [3, 1, 4], [4, 2, 6]], "max_length": 10, "min_length": 5, "num_commands": 19, "num_strings": 5, "strings": ["cyzul", "zmcahs6", "6zplf", "y59qx1wh", "2zmp2nh62b"]}, "task_name": "task02", "example_name": "0172", "problem_name": "task02_0172"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [0bksh, 1zxah9k, 9j6i2rkubn, 4aux80, kobgq, mk3p44]\nSets of Numbers: [(1, 0, 7), (2, 3, 1), (1, 0, 6), (3, 5, 1), (0, 3, 1), (1, 4, 1), (0, 3, 1), (2, 6, 3), (4, 0, 4), (2, 1, 3), (4, 2, 3), (4, 0, 1), (1, 2, 5), (0, 2, 3), (3, 2, 4), (0, 0, 3), (3, 2, 3), (5, 2, 1), (4, 3, 1)]\n", "label": {"final": "1zxah9ki1zxah90shskubkobgj6ibgqkxah9kkshux800bkux83g", "init": "", "intermediate": ["1zxah9k", "1zxah9ki", "1zxah9ki1zxah9", "1zxah9ki1zxah90", "1zxah9ki1zxah90s", "1zxah9ki1zxah90sh", "1zxah9ki1zxah90shs", "1zxah9ki1zxah90shskub", "1zxah9ki1zxah90shskubkobg", "1zxah9ki1zxah90shskubkobgj6i", "1zxah9ki1zxah90shskubkobgj6ibgq", "1zxah9ki1zxah90shskubkobgj6ibgqk", "1zxah9ki1zxah90shskubkobgj6ibgqkxah9k", "1zxah9ki1zxah90shskubkobgj6ibgqkxah9kksh", "1zxah9ki1zxah90shskubkobgj6ibgqkxah9kkshux80", "1zxah9ki1zxah90shskubkobgj6ibgqkxah9kkshux800bk", "1zxah9ki1zxah90shskubkobgj6ibgqkxah9kkshux800bkux8", "1zxah9ki1zxah90shskubkobgj6ibgqkxah9kkshux800bkux83"]}, "config": {"commands": [[1, 0, 7], [2, 3, 1], [1, 0, 6], [3, 5, 1], [0, 3, 1], [1, 4, 1], [0, 3, 1], [2, 6, 3], [4, 0, 4], [2, 1, 3], [4, 2, 3], [4, 0, 1], [1, 2, 5], [0, 2, 3], [3, 2, 4], [0, 0, 3], [3, 2, 3], [5, 2, 1], [4, 3, 1]], "max_length": 10, "min_length": 5, "num_commands": 19, "num_strings": 6, "strings": ["0bksh", "1zxah9k", "9j6i2rkubn", "4aux80", "kobgq", "mk3p44"]}, "task_name": "task02", "example_name": "0173", "problem_name": "task02_0173"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [1cl7x, 13xv2vb, ow0j2s88qa]\nSets of Numbers: [(1, 0, 5), (2, 2, 5), (2, 5, 3), (2, 1, 7), (2, 5, 5), (0, 0, 5), (0, 0, 2), (1, 2, 4), (2, 6, 2), (1, 2, 1), (2, 5, 2), (0, 0, 3), (0, 1, 1), (1, 0, 2), (2, 1, 8), (0, 2, 1), (1, 2, 4), (1, 2, 3), (2, 6, 4)]\n", "label": {"final": "13xv20j2s8s88w0j2s88s88qa1cl7x1cxv2v88xs81clc13w0j2s88qlxv2vxv288qa", "init": "", "intermediate": ["13xv2", "13xv20j2s8", "13xv20j2s8s88", "13xv20j2s8s88w0j2s88", "13xv20j2s8s88w0j2s88s88qa", "13xv20j2s8s88w0j2s88s88qa1cl7x", "13xv20j2s8s88w0j2s88s88qa1cl7x1c", "13xv20j2s8s88w0j2s88s88qa1cl7x1cxv2v", "13xv20j2s8s88w0j2s88s88qa1cl7x1cxv2v88", "13xv20j2s8s88w0j2s88s88qa1cl7x1cxv2v88x", "13xv20j2s8s88w0j2s88s88qa1cl7x1cxv2v88xs8", "13xv20j2s8s88w0j2s88s88qa1cl7x1cxv2v88xs81cl", "13xv20j2s8s88w0j2s88s88qa1cl7x1cxv2v88xs81clc", "13xv20j2s8s88w0j2s88s88qa1cl7x1cxv2v88xs81clc13", "13xv20j2s8s88w0j2s88s88qa1cl7x1cxv2v88xs81clc13w0j2s88q", "13xv20j2s8s88w0j2s88s88qa1cl7x1cxv2v88xs81clc13w0j2s88ql", "13xv20j2s8s88w0j2s88s88qa1cl7x1cxv2v88xs81clc13w0j2s88qlxv2v", "13xv20j2s8s88w0j2s88s88qa1cl7x1cxv2v88xs81clc13w0j2s88qlxv2vxv2"]}, "config": {"commands": [[1, 0, 5], [2, 2, 5], [2, 5, 3], [2, 1, 7], [2, 5, 5], [0, 0, 5], [0, 0, 2], [1, 2, 4], [2, 6, 2], [1, 2, 1], [2, 5, 2], [0, 0, 3], [0, 1, 1], [1, 0, 2], [2, 1, 8], [0, 2, 1], [1, 2, 4], [1, 2, 3], [2, 6, 4]], "max_length": 10, "min_length": 5, "num_commands": 19, "num_strings": 3, "strings": ["1cl7x", "13xv2vb", "ow0j2s88qa"]}, "task_name": "task02", "example_name": "0174", "problem_name": "task02_0174"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [7rowq, ar1902, iaa2mh, kdcxqjsp, 5rlfx9l, gaqato6g53, fnm482on6, c6zbthetj]\nSets of Numbers: [(0, 1, 1), (5, 5, 3), (0, 3, 1), (6, 8, 1), (1, 2, 3), (6, 1, 4), (5, 5, 5), (5, 2, 8), (7, 3, 2), (4, 2, 2), (1, 0, 4), (7, 7, 2), (1, 2, 4), (4, 3, 4), (4, 0, 2), (0, 1, 3), (3, 1, 1), (7, 3, 3), (2, 1, 4)]\n", "label": {"final": "ro6gw6190nm48o6g53qato6g53btlfar19tj1902fx9l5rrowdbthaa2m", "init": "", "intermediate": ["r", "ro6g", "ro6gw", "ro6gw6", "ro6gw6190", "ro6gw6190nm48", "ro6gw6190nm48o6g53", "ro6gw6190nm48o6g53qato6g53", "ro6gw6190nm48o6g53qato6g53bt", "ro6gw6190nm48o6g53qato6g53btlf", "ro6gw6190nm48o6g53qato6g53btlfar19", "ro6gw6190nm48o6g53qato6g53btlfar19tj", "ro6gw6190nm48o6g53qato6g53btlfar19tj1902", "ro6gw6190nm48o6g53qato6g53btlfar19tj1902fx9l", "ro6gw6190nm48o6g53qato6g53btlfar19tj1902fx9l5r", "ro6gw6190nm48o6g53qato6g53btlfar19tj1902fx9l5rrow", "ro6gw6190nm48o6g53qato6g53btlfar19tj1902fx9l5rrowd", "ro6gw6190nm48o6g53qato6g53btlfar19tj1902fx9l5rrowdbth"]}, "config": {"commands": [[0, 1, 1], [5, 5, 3], [0, 3, 1], [6, 8, 1], [1, 2, 3], [6, 1, 4], [5, 5, 5], [5, 2, 8], [7, 3, 2], [4, 2, 2], [1, 0, 4], [7, 7, 2], [1, 2, 4], [4, 3, 4], [4, 0, 2], [0, 1, 3], [3, 1, 1], [7, 3, 3], [2, 1, 4]], "max_length": 10, "min_length": 5, "num_commands": 19, "num_strings": 8, "strings": ["7rowq", "ar1902", "iaa2mh", "kdcxqjsp", "5rlfx9l", "gaqato6g53", "fnm482on6", "c6zbthetj"]}, "task_name": "task02", "example_name": "0175", "problem_name": "task02_0175"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [51r7h7x, gsnaw9107e, ldruv22i15, r493d58t, i6zew1e1, 2sht0di7o, 86b3d, 7w63kzzc, j9r7fj, 4b9r8fl]\nSets of Numbers: [(7, 7, 1), (2, 2, 7), (3, 7, 1), (9, 1, 2), (4, 4, 3), (6, 2, 1), (3, 2, 2), (1, 8, 1), (7, 7, 1), (5, 0, 2), (6, 4, 1), (2, 6, 4), (8, 3, 1), (4, 4, 4), (4, 4, 2), (8, 3, 1), (7, 0, 2), (6, 3, 1), (5, 2, 7)]\n", "label": {"final": "cruv22i1tb9w1eb937c2sd2i157w1e1w177w3ht0di7o", "init": "", "intermediate": ["c", "cruv22i1", "cruv22i1t", "cruv22i1tb9", "cruv22i1tb9w1e", "cruv22i1tb9w1eb", "cruv22i1tb9w1eb93", "cruv22i1tb9w1eb937", "cruv22i1tb9w1eb937c", "cruv22i1tb9w1eb937c2s", "cruv22i1tb9w1eb937c2sd", "cruv22i1tb9w1eb937c2sd2i15", "cruv22i1tb9w1eb937c2sd2i157", "cruv22i1tb9w1eb937c2sd2i157w1e1", "cruv22i1tb9w1eb937c2sd2i157w1e1w1", "cruv22i1tb9w1eb937c2sd2i157w1e1w17", "cruv22i1tb9w1eb937c2sd2i157w1e1w177w", "cruv22i1tb9w1eb937c2sd2i157w1e1w177w3"]}, "config": {"commands": [[7, 7, 1], [2, 2, 7], [3, 7, 1], [9, 1, 2], [4, 4, 3], [6, 2, 1], [3, 2, 2], [1, 8, 1], [7, 7, 1], [5, 0, 2], [6, 4, 1], [2, 6, 4], [8, 3, 1], [4, 4, 4], [4, 4, 2], [8, 3, 1], [7, 0, 2], [6, 3, 1], [5, 2, 7]], "max_length": 10, "min_length": 5, "num_commands": 19, "num_strings": 10, "strings": ["51r7h7x", "gsnaw9107e", "ldruv22i15", "r493d58t", "i6zew1e1", "2sht0di7o", "86b3d", "7w63kzzc", "j9r7fj", "4b9r8fl"]}, "task_name": "task02", "example_name": "0176", "problem_name": "task02_0176"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [8y1kl5hwx, leehk, hg6ux6it, rt2k5wfz, 7lb62agb, f1rx0rag, v42twmqdzg, sx31e4l22]\nSets of Numbers: [(0, 5, 2), (5, 0, 4), (6, 1, 6), (0, 5, 1), (2, 1, 7), (0, 6, 3), (6, 3, 4), (7, 2, 5), (7, 1, 6), (5, 7, 1), (2, 2, 3), (7, 2, 1), (3, 3, 5), (4, 6, 1), (3, 2, 1), (0, 5, 2), (0, 5, 2), (7, 1, 4), (6, 4, 2)]\n", "label": {"final": "5hf1rx42twmq5g6ux6ithwxtwmq31e4lx31e4lg6ux3k5wfzg25h5hx31ewm", "init": "", "intermediate": ["5h", "5hf1rx", "5hf1rx42twmq", "5hf1rx42twmq5", "5hf1rx42twmq5g6ux6it", "5hf1rx42twmq5g6ux6ithwx", "5hf1rx42twmq5g6ux6ithwxtwmq", "5hf1rx42twmq5g6ux6ithwxtwmq31e4l", "5hf1rx42twmq5g6ux6ithwxtwmq31e4lx31e4l", "5hf1rx42twmq5g6ux6ithwxtwmq31e4lx31e4lg", "5hf1rx42twmq5g6ux6ithwxtwmq31e4lx31e4lg6ux", "5hf1rx42twmq5g6ux6ithwxtwmq31e4lx31e4lg6ux3", "5hf1rx42twmq5g6ux6ithwxtwmq31e4lx31e4lg6ux3k5wfz", "5hf1rx42twmq5g6ux6ithwxtwmq31e4lx31e4lg6ux3k5wfzg", "5hf1rx42twmq5g6ux6ithwxtwmq31e4lx31e4lg6ux3k5wfzg2", "5hf1rx42twmq5g6ux6ithwxtwmq31e4lx31e4lg6ux3k5wfzg25h", "5hf1rx42twmq5g6ux6ithwxtwmq31e4lx31e4lg6ux3k5wfzg25h5h", "5hf1rx42twmq5g6ux6ithwxtwmq31e4lx31e4lg6ux3k5wfzg25h5hx31e"]}, "config": {"commands": [[0, 5, 2], [5, 0, 4], [6, 1, 6], [0, 5, 1], [2, 1, 7], [0, 6, 3], [6, 3, 4], [7, 2, 5], [7, 1, 6], [5, 7, 1], [2, 2, 3], [7, 2, 1], [3, 3, 5], [4, 6, 1], [3, 2, 1], [0, 5, 2], [0, 5, 2], [7, 1, 4], [6, 4, 2]], "max_length": 10, "min_length": 5, "num_commands": 19, "num_strings": 8, "strings": ["8y1kl5hwx", "leehk", "hg6ux6it", "rt2k5wfz", "7lb62agb", "f1rx0rag", "v42twmqdzg", "sx31e4l22"]}, "task_name": "task02", "example_name": "0177", "problem_name": "task02_0177"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ll9uyf3t, 7po2y, a04luf, sg3qwu, 7515vygg6w, h8m9hv, zw9qoh, gz8d5qtk5, uweygnrfpo, 1y8v6eb, rg35smt1, mihg9n7x, kyk48kny5, a94bfj29oh]\nSets of Numbers: [(11, 6, 1), (2, 4, 1), (3, 0, 5), (7, 6, 2), (9, 4, 1), (9, 3, 1), (2, 3, 3), (3, 1, 1), (4, 8, 1), (8, 4, 4), (10, 3, 4), (10, 5, 3), (10, 1, 6), (12, 3, 2), (12, 0, 8), (10, 2, 1), (5, 0, 6), (13, 2, 4), (10, 3, 4)]\n", "label": {"final": "7usg3qwtk6vlufg6gnrf5smtmt1g35smt48kyk48kny3h8m9hv4bfj5smt", "init": "", "intermediate": ["7", "7u", "7usg3qw", "7usg3qwtk", "7usg3qwtk6", "7usg3qwtk6v", "7usg3qwtk6vluf", "7usg3qwtk6vlufg", "7usg3qwtk6vlufg6", "7usg3qwtk6vlufg6gnrf", "7usg3qwtk6vlufg6gnrf5smt", "7usg3qwtk6vlufg6gnrf5smtmt1", "7usg3qwtk6vlufg6gnrf5smtmt1g35smt", "7usg3qwtk6vlufg6gnrf5smtmt1g35smt48", "7usg3qwtk6vlufg6gnrf5smtmt1g35smt48kyk48kny", "7usg3qwtk6vlufg6gnrf5smtmt1g35smt48kyk48kny3", "7usg3qwtk6vlufg6gnrf5smtmt1g35smt48kyk48kny3h8m9hv", "7usg3qwtk6vlufg6gnrf5smtmt1g35smt48kyk48kny3h8m9hv4bfj"]}, "config": {"commands": [[11, 6, 1], [2, 4, 1], [3, 0, 5], [7, 6, 2], [9, 4, 1], [9, 3, 1], [2, 3, 3], [3, 1, 1], [4, 8, 1], [8, 4, 4], [10, 3, 4], [10, 5, 3], [10, 1, 6], [12, 3, 2], [12, 0, 8], [10, 2, 1], [5, 0, 6], [13, 2, 4], [10, 3, 4]], "max_length": 10, "min_length": 5, "num_commands": 19, "num_strings": 14, "strings": ["ll9uyf3t", "7po2y", "a04luf", "sg3qwu", "7515vygg6w", "h8m9hv", "zw9qoh", "gz8d5qtk5", "uweygnrfpo", "1y8v6eb", "rg35smt1", "mihg9n7x", "kyk48kny5", "a94bfj29oh"]}, "task_name": "task02", "example_name": "0178", "problem_name": "task02_0178"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ytu2fmyxy, g31pl8wk, v5myl5a59c]\nSets of Numbers: [(0, 8, 1), (2, 0, 10), (0, 0, 5), (0, 2, 6), (0, 2, 6), (1, 1, 1), (1, 1, 2), (2, 5, 2), (0, 3, 5), (2, 8, 1), (2, 0, 5), (0, 4, 1), (0, 6, 1), (0, 0, 7), (1, 0, 1), (1, 3, 3), (1, 4, 4), (0, 1, 2), (2, 9, 1)]\n", "label": {"final": "yv5myl5a59cytu2fu2fmyxu2fmyx3315a2fmyx9v5mylfyytu2fmygpl8l8wktuc", "init": "", "intermediate": ["y", "yv5myl5a59c", "yv5myl5a59cytu2f", "yv5myl5a59cytu2fu2fmyx", "yv5myl5a59cytu2fu2fmyxu2fmyx", "yv5myl5a59cytu2fu2fmyxu2fmyx3", "yv5myl5a59cytu2fu2fmyxu2fmyx331", "yv5myl5a59cytu2fu2fmyxu2fmyx3315a", "yv5myl5a59cytu2fu2fmyxu2fmyx3315a2fmyx", "yv5myl5a59cytu2fu2fmyxu2fmyx3315a2fmyx9", "yv5myl5a59cytu2fu2fmyxu2fmyx3315a2fmyx9v5myl", "yv5myl5a59cytu2fu2fmyxu2fmyx3315a2fmyx9v5mylf", "yv5myl5a59cytu2fu2fmyxu2fmyx3315a2fmyx9v5mylfy", "yv5myl5a59cytu2fu2fmyxu2fmyx3315a2fmyx9v5mylfyytu2fmy", "yv5myl5a59cytu2fu2fmyxu2fmyx3315a2fmyx9v5mylfyytu2fmyg", "yv5myl5a59cytu2fu2fmyxu2fmyx3315a2fmyx9v5mylfyytu2fmygpl8", "yv5myl5a59cytu2fu2fmyxu2fmyx3315a2fmyx9v5mylfyytu2fmygpl8l8wk", "yv5myl5a59cytu2fu2fmyxu2fmyx3315a2fmyx9v5mylfyytu2fmygpl8l8wktu"]}, "config": {"commands": [[0, 8, 1], [2, 0, 10], [0, 0, 5], [0, 2, 6], [0, 2, 6], [1, 1, 1], [1, 1, 2], [2, 5, 2], [0, 3, 5], [2, 8, 1], [2, 0, 5], [0, 4, 1], [0, 6, 1], [0, 0, 7], [1, 0, 1], [1, 3, 3], [1, 4, 4], [0, 1, 2], [2, 9, 1]], "max_length": 10, "min_length": 5, "num_commands": 19, "num_strings": 3, "strings": ["ytu2fmyxy", "g31pl8wk", "v5myl5a59c"]}, "task_name": "task02", "example_name": "0179", "problem_name": "task02_0179"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [mc32i93h1, 61euyc, cmvylq, ta5b0bi7g, jen832ie, igw57, f19tznp, htyexvbbr, lnd15, 5tc2aaupt, 9eesvma6, jfrzif8, agucgomadq, asne0a, v3pbicn, dn6udfc]\nSets of Numbers: [(1, 3, 2), (12, 9, 1), (9, 8, 1), (0, 3, 3), (0, 1, 8), (8, 3, 1), (14, 2, 5), (10, 4, 4), (4, 3, 5), (8, 4, 1), (9, 8, 1), (0, 2, 2), (11, 4, 1), (3, 2, 7), (10, 6, 1), (15, 5, 1), (12, 9, 1), (13, 2, 4), (11, 5, 1), (15, 5, 2)]\n", "label": {"final": "uyqt2i9c32i93h11pbicnvma6832ie5t32i5b0bi7gafqne0affc", "init": "", "intermediate": ["uy", "uyq", "uyqt", "uyqt2i9", "uyqt2i9c32i93h1", "uyqt2i9c32i93h11", "uyqt2i9c32i93h11pbicn", "uyqt2i9c32i93h11pbicnvma6", "uyqt2i9c32i93h11pbicnvma6832ie", "uyqt2i9c32i93h11pbicnvma6832ie5", "uyqt2i9c32i93h11pbicnvma6832ie5t", "uyqt2i9c32i93h11pbicnvma6832ie5t32", "uyqt2i9c32i93h11pbicnvma6832ie5t32i", "uyqt2i9c32i93h11pbicnvma6832ie5t32i5b0bi7g", "uyqt2i9c32i93h11pbicnvma6832ie5t32i5b0bi7ga", "uyqt2i9c32i93h11pbicnvma6832ie5t32i5b0bi7gaf", "uyqt2i9c32i93h11pbicnvma6832ie5t32i5b0bi7gafq", "uyqt2i9c32i93h11pbicnvma6832ie5t32i5b0bi7gafqne0a", "uyqt2i9c32i93h11pbicnvma6832ie5t32i5b0bi7gafqne0af"]}, "config": {"commands": [[1, 3, 2], [12, 9, 1], [9, 8, 1], [0, 3, 3], [0, 1, 8], [8, 3, 1], [14, 2, 5], [10, 4, 4], [4, 3, 5], [8, 4, 1], [9, 8, 1], [0, 2, 2], [11, 4, 1], [3, 2, 7], [10, 6, 1], [15, 5, 1], [12, 9, 1], [13, 2, 4], [11, 5, 1], [15, 5, 2]], "max_length": 10, "min_length": 5, "num_commands": 20, "num_strings": 16, "strings": ["mc32i93h1", "61euyc", "cmvylq", "ta5b0bi7g", "jen832ie", "igw57", "f19tznp", "htyexvbbr", "lnd15", "5tc2aaupt", "9eesvma6", "jfrzif8", "agucgomadq", "asne0a", "v3pbicn", "dn6udfc"]}, "task_name": "task02", "example_name": "0180", "problem_name": "task02_0180"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [nx45d0dp, 5hb4omm, yp11242, qaio2, pui4j, eofqm, m6qtpzs0f, vzppqgaw, ehnhp4t6a, rjret, v7jidu4i, 8wopoebjkm, gi260mujc0, 75plk8rd2m, qjtbk]\nSets of Numbers: [(4, 4, 1), (5, 4, 1), (2, 2, 4), (8, 3, 1), (8, 4, 1), (6, 6, 3), (7, 1, 3), (4, 1, 2), (9, 2, 2), (13, 9, 1), (12, 7, 1), (11, 7, 3), (5, 2, 1), (11, 0, 4), (13, 1, 1), (11, 9, 1), (4, 2, 3), (14, 1, 2), (1, 4, 2), (11, 7, 3)]\n", "label": {"final": "jm1124hps0fzppuiremjjkmf8wop5mi4jjtomjkm", "init": "", "intermediate": ["j", "jm", "jm1124", "jm1124h", "jm1124hp", "jm1124hps0f", "jm1124hps0fzpp", "jm1124hps0fzppui", "jm1124hps0fzppuire", "jm1124hps0fzppuirem", "jm1124hps0fzppuiremj", "jm1124hps0fzppuiremjjkm", "jm1124hps0fzppuiremjjkmf", "jm1124hps0fzppuiremjjkmf8wop", "jm1124hps0fzppuiremjjkmf8wop5", "jm1124hps0fzppuiremjjkmf8wop5m", "jm1124hps0fzppuiremjjkmf8wop5mi4j", "jm1124hps0fzppuiremjjkmf8wop5mi4jjt", "jm1124hps0fzppuiremjjkmf8wop5mi4jjtom"]}, "config": {"commands": [[4, 4, 1], [5, 4, 1], [2, 2, 4], [8, 3, 1], [8, 4, 1], [6, 6, 3], [7, 1, 3], [4, 1, 2], [9, 2, 2], [13, 9, 1], [12, 7, 1], [11, 7, 3], [5, 2, 1], [11, 0, 4], [13, 1, 1], [11, 9, 1], [4, 2, 3], [14, 1, 2], [1, 4, 2], [11, 7, 3]], "max_length": 10, "min_length": 5, "num_commands": 20, "num_strings": 15, "strings": ["nx45d0dp", "5hb4omm", "yp11242", "qaio2", "pui4j", "eofqm", "m6qtpzs0f", "vzppqgaw", "ehnhp4t6a", "rjret", "v7jidu4i", "8wopoebjkm", "gi260mujc0", "75plk8rd2m", "qjtbk"]}, "task_name": "task02", "example_name": "0181", "problem_name": "task02_0181"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [j0wp7d63zk, g5qybwtkzo, jhrel, 61in9pmn, nmwuvqod, 9dbj8iz, vx12kh7n, fhqr1, 0ehvjsqd, bm3v4pq, lm450skmfr, 84bik]\nSets of Numbers: [(5, 2, 5), (7, 4, 1), (6, 5, 3), (0, 4, 4), (3, 1, 6), (5, 3, 1), (11, 1, 2), (1, 7, 1), (2, 4, 1), (7, 1, 3), (2, 4, 1), (6, 3, 1), (8, 1, 5), (9, 1, 4), (5, 1, 1), (2, 0, 3), (6, 4, 3), (1, 5, 1), (3, 0, 7), (6, 7, 1)]\n", "label": {"final": "bj8iz1h7n7d631in9pmj4bklhqrl2ehvjsm3v4djhrkh7w61in9pmn", "init": "", "intermediate": ["bj8iz", "bj8iz1", "bj8iz1h7n", "bj8iz1h7n7d63", "bj8iz1h7n7d631in9pm", "bj8iz1h7n7d631in9pmj", "bj8iz1h7n7d631in9pmj4b", "bj8iz1h7n7d631in9pmj4bk", "bj8iz1h7n7d631in9pmj4bkl", "bj8iz1h7n7d631in9pmj4bklhqr", "bj8iz1h7n7d631in9pmj4bklhqrl", "bj8iz1h7n7d631in9pmj4bklhqrl2", "bj8iz1h7n7d631in9pmj4bklhqrl2ehvjs", "bj8iz1h7n7d631in9pmj4bklhqrl2ehvjsm3v4", "bj8iz1h7n7d631in9pmj4bklhqrl2ehvjsm3v4d", "bj8iz1h7n7d631in9pmj4bklhqrl2ehvjsm3v4djhr", "bj8iz1h7n7d631in9pmj4bklhqrl2ehvjsm3v4djhrkh7", "bj8iz1h7n7d631in9pmj4bklhqrl2ehvjsm3v4djhrkh7w", "bj8iz1h7n7d631in9pmj4bklhqrl2ehvjsm3v4djhrkh7w61in9pm"]}, "config": {"commands": [[5, 2, 5], [7, 4, 1], [6, 5, 3], [0, 4, 4], [3, 1, 6], [5, 3, 1], [11, 1, 2], [1, 7, 1], [2, 4, 1], [7, 1, 3], [2, 4, 1], [6, 3, 1], [8, 1, 5], [9, 1, 4], [5, 1, 1], [2, 0, 3], [6, 4, 3], [1, 5, 1], [3, 0, 7], [6, 7, 1]], "max_length": 10, "min_length": 5, "num_commands": 20, "num_strings": 12, "strings": ["j0wp7d63zk", "g5qybwtkzo", "jhrel", "61in9pmn", "nmwuvqod", "9dbj8iz", "vx12kh7n", "fhqr1", "0ehvjsqd", "bm3v4pq", "lm450skmfr", "84bik"]}, "task_name": "task02", "example_name": "0182", "problem_name": "task02_0182"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jjzzznqa, kakw9p4325, qpgmpo9orl, g77u7q880, fhchef, vwlzqzhb, nyjmcvoh, v4qq02t9n]\nSets of Numbers: [(0, 3, 4), (0, 7, 1), (3, 4, 1), (6, 3, 2), (2, 6, 1), (0, 6, 1), (1, 9, 1), (4, 3, 3), (2, 7, 2), (3, 2, 4), (7, 6, 1), (6, 1, 7), (7, 0, 2), (7, 7, 1), (0, 6, 2), (2, 7, 3), (4, 5, 1), (6, 5, 1), (1, 9, 1), (0, 7, 1)]\n", "label": {"final": "zznqa7mc9q5hefor7u7qtyjmcvohv49qaorlfv5a", "init": "", "intermediate": ["zznq", "zznqa", "zznqa7", "zznqa7mc", "zznqa7mc9", "zznqa7mc9q", "zznqa7mc9q5", "zznqa7mc9q5hef", "zznqa7mc9q5hefor", "zznqa7mc9q5hefor7u7q", "zznqa7mc9q5hefor7u7qt", "zznqa7mc9q5hefor7u7qtyjmcvoh", "zznqa7mc9q5hefor7u7qtyjmcvohv4", "zznqa7mc9q5hefor7u7qtyjmcvohv49", "zznqa7mc9q5hefor7u7qtyjmcvohv49qa", "zznqa7mc9q5hefor7u7qtyjmcvohv49qaorl", "zznqa7mc9q5hefor7u7qtyjmcvohv49qaorlf", "zznqa7mc9q5hefor7u7qtyjmcvohv49qaorlfv", "zznqa7mc9q5hefor7u7qtyjmcvohv49qaorlfv5"]}, "config": {"commands": [[0, 3, 4], [0, 7, 1], [3, 4, 1], [6, 3, 2], [2, 6, 1], [0, 6, 1], [1, 9, 1], [4, 3, 3], [2, 7, 2], [3, 2, 4], [7, 6, 1], [6, 1, 7], [7, 0, 2], [7, 7, 1], [0, 6, 2], [2, 7, 3], [4, 5, 1], [6, 5, 1], [1, 9, 1], [0, 7, 1]], "max_length": 10, "min_length": 5, "num_commands": 20, "num_strings": 8, "strings": ["jjzzznqa", "kakw9p4325", "qpgmpo9orl", "g77u7q880", "fhchef", "vwlzqzhb", "nyjmcvoh", "v4qq02t9n"]}, "task_name": "task02", "example_name": "0183", "problem_name": "task02_0183"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [af5phne, 8ptka, uml63d, cnwm2s8s0, g5p62tyz, eke2eedbz, rxifm, jlf5r5z, fes9zzq6ts, tqol21j6, h2hy45ci, 5rqjq85, 2mpu3, pqyterl8, 6hjduu3cu, gtx3v, 4snbw8u, j1xk9t, ekgrmcacnl]\nSets of Numbers: [(14, 7, 1), (14, 6, 1), (3, 6, 2), (7, 0, 5), (18, 1, 4), (1, 4, 1), (18, 0, 4), (10, 6, 1), (10, 3, 1), (8, 8, 1), (18, 9, 1), (18, 4, 4), (5, 6, 2), (4, 6, 2), (11, 2, 5), (15, 3, 1), (9, 1, 2), (16, 5, 2), (9, 4, 1), (8, 7, 1)]\n", "label": {"final": "c38sjlf5rkgrmaekgrcytlmcacdbyzqjq853qo8u26", "init": "", "intermediate": ["c", "c3", "c38s", "c38sjlf5r", "c38sjlf5rkgrm", "c38sjlf5rkgrma", "c38sjlf5rkgrmaekgr", "c38sjlf5rkgrmaekgrc", "c38sjlf5rkgrmaekgrcy", "c38sjlf5rkgrmaekgrcyt", "c38sjlf5rkgrmaekgrcytl", "c38sjlf5rkgrmaekgrcytlmcac", "c38sjlf5rkgrmaekgrcytlmcacdb", "c38sjlf5rkgrmaekgrcytlmcacdbyz", "c38sjlf5rkgrmaekgrcytlmcacdbyzqjq85", "c38sjlf5rkgrmaekgrcytlmcacdbyzqjq853", "c38sjlf5rkgrmaekgrcytlmcacdbyzqjq853qo", "c38sjlf5rkgrmaekgrcytlmcacdbyzqjq853qo8u", "c38sjlf5rkgrmaekgrcytlmcacdbyzqjq853qo8u2"]}, "config": {"commands": [[14, 7, 1], [14, 6, 1], [3, 6, 2], [7, 0, 5], [18, 1, 4], [1, 4, 1], [18, 0, 4], [10, 6, 1], [10, 3, 1], [8, 8, 1], [18, 9, 1], [18, 4, 4], [5, 6, 2], [4, 6, 2], [11, 2, 5], [15, 3, 1], [9, 1, 2], [16, 5, 2], [9, 4, 1], [8, 7, 1]], "max_length": 10, "min_length": 5, "num_commands": 20, "num_strings": 19, "strings": ["af5phne", "8ptka", "uml63d", "cnwm2s8s0", "g5p62tyz", "eke2eedbz", "rxifm", "jlf5r5z", "fes9zzq6ts", "tqol21j6", "h2hy45ci", "5rqjq85", "2mpu3", "pqyterl8", "6hjduu3cu", "gtx3v", "4snbw8u", "j1xk9t", "ekgrmcacnl"]}, "task_name": "task02", "example_name": "0184", "problem_name": "task02_0184"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [3gflm, f86ktdszw, uu9acj, 7kn25c2m3g, byhnz9]\nSets of Numbers: [(0, 2, 2), (1, 5, 1), (1, 0, 6), (0, 0, 4), (4, 5, 1), (4, 0, 2), (2, 0, 4), (1, 1, 2), (0, 2, 1), (4, 3, 1), (4, 5, 1), (1, 8, 1), (4, 2, 3), (1, 8, 1), (4, 3, 3), (1, 8, 1), (4, 2, 3), (3, 6, 3), (1, 3, 4), (1, 5, 3)]\n", "label": {"final": "fldf86ktd3gfl9byuu9a86fn9whnzwnz9whnz2m3ktdsdsz", "init": "", "intermediate": ["fl", "fld", "fldf86ktd", "fldf86ktd3gfl", "fldf86ktd3gfl9", "fldf86ktd3gfl9by", "fldf86ktd3gfl9byuu9a", "fldf86ktd3gfl9byuu9a86", "fldf86ktd3gfl9byuu9a86f", "fldf86ktd3gfl9byuu9a86fn", "fldf86ktd3gfl9byuu9a86fn9", "fldf86ktd3gfl9byuu9a86fn9w", "fldf86ktd3gfl9byuu9a86fn9whnz", "fldf86ktd3gfl9byuu9a86fn9whnzw", "fldf86ktd3gfl9byuu9a86fn9whnzwnz9", "fldf86ktd3gfl9byuu9a86fn9whnzwnz9w", "fldf86ktd3gfl9byuu9a86fn9whnzwnz9whnz", "fldf86ktd3gfl9byuu9a86fn9whnzwnz9whnz2m3", "fldf86ktd3gfl9byuu9a86fn9whnzwnz9whnz2m3ktds"]}, "config": {"commands": [[0, 2, 2], [1, 5, 1], [1, 0, 6], [0, 0, 4], [4, 5, 1], [4, 0, 2], [2, 0, 4], [1, 1, 2], [0, 2, 1], [4, 3, 1], [4, 5, 1], [1, 8, 1], [4, 2, 3], [1, 8, 1], [4, 3, 3], [1, 8, 1], [4, 2, 3], [3, 6, 3], [1, 3, 4], [1, 5, 3]], "max_length": 10, "min_length": 5, "num_commands": 20, "num_strings": 5, "strings": ["3gflm", "f86ktdszw", "uu9acj", "7kn25c2m3g", "byhnz9"]}, "task_name": "task02", "example_name": "0185", "problem_name": "task02_0185"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jxmqy4y5p, drsqw, 897y6wr, ygqi3izyvh, jofabw, v1g94s, sz12a, lj0n59ap, uk8dt2eh, 7n0377yev, xedqh5le, f9pexp, eaibi, fj7evv0qw, 6u9lrxmx, 55l4qy3ij, v4gf2h, 76l0nbrs, 59cv30u]\nSets of Numbers: [(14, 0, 4), (2, 4, 3), (4, 4, 2), (13, 0, 9), (8, 3, 4), (15, 8, 1), (0, 6, 1), (17, 3, 1), (0, 6, 1), (17, 6, 1), (5, 0, 6), (9, 0, 4), (10, 1, 5), (17, 1, 2), (18, 4, 2), (4, 4, 2), (11, 3, 2), (18, 4, 3), (1, 4, 1), (15, 1, 1)]\n", "label": {"final": "6u9l6wrbwfj7evv0qwdt2ejy0yrv1g94s7n03edqh56l30bwex30uw5", "init": "", "intermediate": ["6u9l", "6u9l6wr", "6u9l6wrbw", "6u9l6wrbwfj7evv0qw", "6u9l6wrbwfj7evv0qwdt2e", "6u9l6wrbwfj7evv0qwdt2ej", "6u9l6wrbwfj7evv0qwdt2ejy", "6u9l6wrbwfj7evv0qwdt2ejy0", "6u9l6wrbwfj7evv0qwdt2ejy0y", "6u9l6wrbwfj7evv0qwdt2ejy0yr", "6u9l6wrbwfj7evv0qwdt2ejy0yrv1g94s", "6u9l6wrbwfj7evv0qwdt2ejy0yrv1g94s7n03", "6u9l6wrbwfj7evv0qwdt2ejy0yrv1g94s7n03edqh5", "6u9l6wrbwfj7evv0qwdt2ejy0yrv1g94s7n03edqh56l", "6u9l6wrbwfj7evv0qwdt2ejy0yrv1g94s7n03edqh56l30", "6u9l6wrbwfj7evv0qwdt2ejy0yrv1g94s7n03edqh56l30bw", "6u9l6wrbwfj7evv0qwdt2ejy0yrv1g94s7n03edqh56l30bwex", "6u9l6wrbwfj7evv0qwdt2ejy0yrv1g94s7n03edqh56l30bwex30u", "6u9l6wrbwfj7evv0qwdt2ejy0yrv1g94s7n03edqh56l30bwex30uw"]}, "config": {"commands": [[14, 0, 4], [2, 4, 3], [4, 4, 2], [13, 0, 9], [8, 3, 4], [15, 8, 1], [0, 6, 1], [17, 3, 1], [0, 6, 1], [17, 6, 1], [5, 0, 6], [9, 0, 4], [10, 1, 5], [17, 1, 2], [18, 4, 2], [4, 4, 2], [11, 3, 2], [18, 4, 3], [1, 4, 1], [15, 1, 1]], "max_length": 10, "min_length": 5, "num_commands": 20, "num_strings": 19, "strings": ["jxmqy4y5p", "drsqw", "897y6wr", "ygqi3izyvh", "jofabw", "v1g94s", "sz12a", "lj0n59ap", "uk8dt2eh", "7n0377yev", "xedqh5le", "f9pexp", "eaibi", "fj7evv0qw", "6u9lrxmx", "55l4qy3ij", "v4gf2h", "76l0nbrs", "59cv30u"]}, "task_name": "task02", "example_name": "0186", "problem_name": "task02_0186"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qfj6ojkr9b, a18bj2, 48s75va, 2exkicve9q, yzqhce3pw, wmfn9b, 23tr4g8vs, 3z6p2ymhoo, ukj6szgg]\nSets of Numbers: [(7, 2, 2), (4, 4, 5), (5, 5, 1), (3, 1, 6), (1, 1, 5), (1, 0, 6), (5, 3, 2), (8, 6, 1), (1, 1, 5), (6, 6, 3), (2, 5, 2), (0, 4, 3), (6, 8, 1), (3, 4, 6), (5, 3, 1), (0, 9, 1), (8, 5, 1), (1, 3, 1), (0, 5, 1), (4, 6, 3)]\n", "label": {"final": "6pce3pwbexkicv18bj2a18bj2n9g18bj28vsvaojksicve9qnbzbj3pw", "init": "", "intermediate": ["6p", "6pce3pw", "6pce3pwb", "6pce3pwbexkicv", "6pce3pwbexkicv18bj2", "6pce3pwbexkicv18bj2a18bj2", "6pce3pwbexkicv18bj2a18bj2n9", "6pce3pwbexkicv18bj2a18bj2n9g", "6pce3pwbexkicv18bj2a18bj2n9g18bj2", "6pce3pwbexkicv18bj2a18bj2n9g18bj28vs", "6pce3pwbexkicv18bj2a18bj2n9g18bj28vsva", "6pce3pwbexkicv18bj2a18bj2n9g18bj28vsvaojk", "6pce3pwbexkicv18bj2a18bj2n9g18bj28vsvaojks", "6pce3pwbexkicv18bj2a18bj2n9g18bj28vsvaojksicve9q", "6pce3pwbexkicv18bj2a18bj2n9g18bj28vsvaojksicve9qn", "6pce3pwbexkicv18bj2a18bj2n9g18bj28vsvaojksicve9qnb", "6pce3pwbexkicv18bj2a18bj2n9g18bj28vsvaojksicve9qnbz", "6pce3pwbexkicv18bj2a18bj2n9g18bj28vsvaojksicve9qnbzb", "6pce3pwbexkicv18bj2a18bj2n9g18bj28vsvaojksicve9qnbzbj"]}, "config": {"commands": [[7, 2, 2], [4, 4, 5], [5, 5, 1], [3, 1, 6], [1, 1, 5], [1, 0, 6], [5, 3, 2], [8, 6, 1], [1, 1, 5], [6, 6, 3], [2, 5, 2], [0, 4, 3], [6, 8, 1], [3, 4, 6], [5, 3, 1], [0, 9, 1], [8, 5, 1], [1, 3, 1], [0, 5, 1], [4, 6, 3]], "max_length": 10, "min_length": 5, "num_commands": 20, "num_strings": 9, "strings": ["qfj6ojkr9b", "a18bj2", "48s75va", "2exkicve9q", "yzqhce3pw", "wmfn9b", "23tr4g8vs", "3z6p2ymhoo", "ukj6szgg"]}, "task_name": "task02", "example_name": "0187", "problem_name": "task02_0187"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [4w9npg, ux922n8utl]\nSets of Numbers: [(0, 4, 2), (0, 3, 3), (1, 2, 4), (0, 2, 4), (1, 6, 1), (1, 4, 6), (0, 2, 4), (1, 8, 1), (1, 1, 3), (1, 1, 9), (0, 0, 2), (1, 5, 3), (1, 8, 2), (1, 3, 4), (0, 4, 2), (1, 8, 1), (1, 0, 5), (1, 6, 3), (0, 0, 2), (1, 2, 7)]\n", "label": {"final": "pgnpg922n9npg82n8utl9npgtx92x922n8utl4wn8utl22n8pgtux9228ut4w922n8ut", "init": "", "intermediate": ["pg", "pgnpg", "pgnpg922n", "pgnpg922n9npg", "pgnpg922n9npg8", "pgnpg922n9npg82n8utl", "pgnpg922n9npg82n8utl9npg", "pgnpg922n9npg82n8utl9npgt", "pgnpg922n9npg82n8utl9npgtx92", "pgnpg922n9npg82n8utl9npgtx92x922n8utl", "pgnpg922n9npg82n8utl9npgtx92x922n8utl4w", "pgnpg922n9npg82n8utl9npgtx92x922n8utl4wn8u", "pgnpg922n9npg82n8utl9npgtx92x922n8utl4wn8utl", "pgnpg922n9npg82n8utl9npgtx92x922n8utl4wn8utl22n8", "pgnpg922n9npg82n8utl9npgtx92x922n8utl4wn8utl22n8pg", "pgnpg922n9npg82n8utl9npgtx92x922n8utl4wn8utl22n8pgt", "pgnpg922n9npg82n8utl9npgtx92x922n8utl4wn8utl22n8pgtux922", "pgnpg922n9npg82n8utl9npgtx92x922n8utl4wn8utl22n8pgtux9228ut", "pgnpg922n9npg82n8utl9npgtx92x922n8utl4wn8utl22n8pgtux9228ut4w"]}, "config": {"commands": [[0, 4, 2], [0, 3, 3], [1, 2, 4], [0, 2, 4], [1, 6, 1], [1, 4, 6], [0, 2, 4], [1, 8, 1], [1, 1, 3], [1, 1, 9], [0, 0, 2], [1, 5, 3], [1, 8, 2], [1, 3, 4], [0, 4, 2], [1, 8, 1], [1, 0, 5], [1, 6, 3], [0, 0, 2], [1, 2, 7]], "max_length": 10, "min_length": 5, "num_commands": 20, "num_strings": 2, "strings": ["4w9npg", "ux922n8utl"]}, "task_name": "task02", "example_name": "0188", "problem_name": "task02_0188"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [1iru4glgep, 5u3kefvzf, rdgjghel9r, lh08ivv, be2kdx, sehqnvae, fra8v, 39kgz, b2wf5, 7bth93, l6fvcb0, l5txq42l, qwadmga, ofeu1esy0i, 4s3en, rp0iqsi8, itn110iat2, tt4u19u7z6]\nSets of Numbers: [(8, 0, 3), (16, 3, 2), (2, 3, 2), (0, 7, 3), (13, 0, 7), (10, 0, 5), (0, 4, 2), (9, 5, 1), (4, 2, 3), (9, 4, 1), (9, 3, 3), (4, 0, 1), (15, 6, 1), (13, 0, 3), (9, 1, 2), (13, 4, 3), (14, 0, 5), (10, 3, 3), (9, 2, 1), (1, 5, 3)]\n", "label": {"final": "b2w11jggepofeu1esl6fvc4g32kd9h93biofebt1es4s3envcbtfvz", "init": "", "intermediate": ["b2w", "b2w11", "b2w11jg", "b2w11jggep", "b2w11jggepofeu1es", "b2w11jggepofeu1esl6fvc", "b2w11jggepofeu1esl6fvc4g", "b2w11jggepofeu1esl6fvc4g3", "b2w11jggepofeu1esl6fvc4g32kd", "b2w11jggepofeu1esl6fvc4g32kd9", "b2w11jggepofeu1esl6fvc4g32kd9h93", "b2w11jggepofeu1esl6fvc4g32kd9h93b", "b2w11jggepofeu1esl6fvc4g32kd9h93bi", "b2w11jggepofeu1esl6fvc4g32kd9h93biofe", "b2w11jggepofeu1esl6fvc4g32kd9h93biofebt", "b2w11jggepofeu1esl6fvc4g32kd9h93biofebt1es", "b2w11jggepofeu1esl6fvc4g32kd9h93biofebt1es4s3en", "b2w11jggepofeu1esl6fvc4g32kd9h93biofebt1es4s3envcb", "b2w11jggepofeu1esl6fvc4g32kd9h93biofebt1es4s3envcbt"]}, "config": {"commands": [[8, 0, 3], [16, 3, 2], [2, 3, 2], [0, 7, 3], [13, 0, 7], [10, 0, 5], [0, 4, 2], [9, 5, 1], [4, 2, 3], [9, 4, 1], [9, 3, 3], [4, 0, 1], [15, 6, 1], [13, 0, 3], [9, 1, 2], [13, 4, 3], [14, 0, 5], [10, 3, 3], [9, 2, 1], [1, 5, 3]], "max_length": 10, "min_length": 5, "num_commands": 20, "num_strings": 18, "strings": ["1iru4glgep", "5u3kefvzf", "rdgjghel9r", "lh08ivv", "be2kdx", "sehqnvae", "fra8v", "39kgz", "b2wf5", "7bth93", "l6fvcb0", "l5txq42l", "qwadmga", "ofeu1esy0i", "4s3en", "rp0iqsi8", "itn110iat2", "tt4u19u7z6"]}, "task_name": "task02", "example_name": "0189", "problem_name": "task02_0189"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [sv1p3c6, 9neblu9ie, x2xh7jcm2, oxa56edp2, o60bbe2, wbeb4l6, syo92dei, 6wdghstc, bl6crmal, lq8gswd4q, z0lpby6ke]\nSets of Numbers: [(4, 1, 5), (8, 0, 5), (1, 0, 4), (3, 1, 7), (4, 4, 1), (0, 2, 4), (2, 4, 5), (3, 5, 2), (3, 8, 1), (8, 6, 1), (4, 3, 1), (7, 7, 1), (9, 6, 1), (7, 3, 2), (9, 5, 3), (6, 5, 3), (6, 6, 2), (8, 5, 1), (5, 3, 1), (4, 4, 1), (10, 6, 1)]\n", "label": {"final": "60bbebl6cr9nebxa56edpb1p3c7jcm2ed2abcdghwd4deieimbb6", "init": "", "intermediate": ["60bbe", "60bbebl6cr", "60bbebl6cr9neb", "60bbebl6cr9nebxa56edp", "60bbebl6cr9nebxa56edpb", "60bbebl6cr9nebxa56edpb1p3c", "60bbebl6cr9nebxa56edpb1p3c7jcm2", "60bbebl6cr9nebxa56edpb1p3c7jcm2ed", "60bbebl6cr9nebxa56edpb1p3c7jcm2ed2", "60bbebl6cr9nebxa56edpb1p3c7jcm2ed2a", "60bbebl6cr9nebxa56edpb1p3c7jcm2ed2ab", "60bbebl6cr9nebxa56edpb1p3c7jcm2ed2abc", "60bbebl6cr9nebxa56edpb1p3c7jcm2ed2abcd", "60bbebl6cr9nebxa56edpb1p3c7jcm2ed2abcdgh", "60bbebl6cr9nebxa56edpb1p3c7jcm2ed2abcdghwd4", "60bbebl6cr9nebxa56edpb1p3c7jcm2ed2abcdghwd4dei", "60bbebl6cr9nebxa56edpb1p3c7jcm2ed2abcdghwd4deiei", "60bbebl6cr9nebxa56edpb1p3c7jcm2ed2abcdghwd4deieim", "60bbebl6cr9nebxa56edpb1p3c7jcm2ed2abcdghwd4deieimb", "60bbebl6cr9nebxa56edpb1p3c7jcm2ed2abcdghwd4deieimbb"]}, "config": {"commands": [[4, 1, 5], [8, 0, 5], [1, 0, 4], [3, 1, 7], [4, 4, 1], [0, 2, 4], [2, 4, 5], [3, 5, 2], [3, 8, 1], [8, 6, 1], [4, 3, 1], [7, 7, 1], [9, 6, 1], [7, 3, 2], [9, 5, 3], [6, 5, 3], [6, 6, 2], [8, 5, 1], [5, 3, 1], [4, 4, 1], [10, 6, 1]], "max_length": 10, "min_length": 5, "num_commands": 21, "num_strings": 11, "strings": ["sv1p3c6", "9neblu9ie", "x2xh7jcm2", "oxa56edp2", "o60bbe2", "wbeb4l6", "syo92dei", "6wdghstc", "bl6crmal", "lq8gswd4q", "z0lpby6ke"]}, "task_name": "task02", "example_name": "0190", "problem_name": "task02_0190"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [svo56, iqq6sll7u]\nSets of Numbers: [(1, 2, 4), (0, 4, 1), (1, 1, 3), (1, 4, 4), (0, 0, 2), (1, 4, 2), (1, 4, 1), (0, 2, 2), (1, 5, 3), (1, 8, 1), (0, 0, 2), (1, 2, 2), (1, 3, 5), (0, 1, 4), (0, 3, 2), (0, 4, 1), (1, 8, 1), (0, 4, 1), (0, 4, 1), (1, 3, 6), (1, 4, 4)]\n", "label": {"final": "q6sl6qq6sll7svslso5ll7usvq66sll7vo56566u666sll7usll7", "init": "", "intermediate": ["q6sl", "q6sl6", "q6sl6qq6", "q6sl6qq6sll7", "q6sl6qq6sll7sv", "q6sl6qq6sll7svsl", "q6sl6qq6sll7svsls", "q6sl6qq6sll7svslso5", "q6sl6qq6sll7svslso5ll7", "q6sl6qq6sll7svslso5ll7u", "q6sl6qq6sll7svslso5ll7usv", "q6sl6qq6sll7svslso5ll7usvq6", "q6sl6qq6sll7svslso5ll7usvq66sll7", "q6sl6qq6sll7svslso5ll7usvq66sll7vo56", "q6sl6qq6sll7svslso5ll7usvq66sll7vo5656", "q6sl6qq6sll7svslso5ll7usvq66sll7vo56566", "q6sl6qq6sll7svslso5ll7usvq66sll7vo56566u", "q6sl6qq6sll7svslso5ll7usvq66sll7vo56566u6", "q6sl6qq6sll7svslso5ll7usvq66sll7vo56566u66", "q6sl6qq6sll7svslso5ll7usvq66sll7vo56566u666sll7u"]}, "config": {"commands": [[1, 2, 4], [0, 4, 1], [1, 1, 3], [1, 4, 4], [0, 0, 2], [1, 4, 2], [1, 4, 1], [0, 2, 2], [1, 5, 3], [1, 8, 1], [0, 0, 2], [1, 2, 2], [1, 3, 5], [0, 1, 4], [0, 3, 2], [0, 4, 1], [1, 8, 1], [0, 4, 1], [0, 4, 1], [1, 3, 6], [1, 4, 4]], "max_length": 10, "min_length": 5, "num_commands": 21, "num_strings": 2, "strings": ["svo56", "iqq6sll7u"]}, "task_name": "task02", "example_name": "0191", "problem_name": "task02_0191"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ksz8x, s5fx59v4, p8zqh, m6620m0, o4l5yojx9, x4n5pi1qs, asrucnxa2, x8okxpn6r, zsoajn, 1yytcotfvi, fo4qlah, 6spjp9g, dehi620ec]\nSets of Numbers: [(6, 2, 2), (10, 1, 6), (9, 3, 1), (11, 4, 3), (10, 5, 1), (0, 1, 2), (7, 8, 1), (5, 4, 2), (5, 1, 2), (8, 5, 1), (9, 0, 6), (12, 2, 3), (2, 2, 3), (4, 8, 1), (5, 8, 1), (3, 0, 1), (12, 3, 1), (7, 5, 1), (5, 3, 2), (2, 0, 5), (0, 3, 2)]\n", "label": {"final": "ruo4qlahtp9gaszrpi4nn1yytcohi6zqh9smip5pp8zqh8x", "init": "", "intermediate": ["ru", "ruo4qlah", "ruo4qlaht", "ruo4qlahtp9g", "ruo4qlahtp9ga", "ruo4qlahtp9gasz", "ruo4qlahtp9gaszr", "ruo4qlahtp9gaszrpi", "ruo4qlahtp9gaszrpi4n", "ruo4qlahtp9gaszrpi4nn", "ruo4qlahtp9gaszrpi4nn1yytco", "ruo4qlahtp9gaszrpi4nn1yytcohi6", "ruo4qlahtp9gaszrpi4nn1yytcohi6zqh", "ruo4qlahtp9gaszrpi4nn1yytcohi6zqh9", "ruo4qlahtp9gaszrpi4nn1yytcohi6zqh9s", "ruo4qlahtp9gaszrpi4nn1yytcohi6zqh9sm", "ruo4qlahtp9gaszrpi4nn1yytcohi6zqh9smi", "ruo4qlahtp9gaszrpi4nn1yytcohi6zqh9smip", "ruo4qlahtp9gaszrpi4nn1yytcohi6zqh9smip5p", "ruo4qlahtp9gaszrpi4nn1yytcohi6zqh9smip5pp8zqh"]}, "config": {"commands": [[6, 2, 2], [10, 1, 6], [9, 3, 1], [11, 4, 3], [10, 5, 1], [0, 1, 2], [7, 8, 1], [5, 4, 2], [5, 1, 2], [8, 5, 1], [9, 0, 6], [12, 2, 3], [2, 2, 3], [4, 8, 1], [5, 8, 1], [3, 0, 1], [12, 3, 1], [7, 5, 1], [5, 3, 2], [2, 0, 5], [0, 3, 2]], "max_length": 10, "min_length": 5, "num_commands": 21, "num_strings": 13, "strings": ["ksz8x", "s5fx59v4", "p8zqh", "m6620m0", "o4l5yojx9", "x4n5pi1qs", "asrucnxa2", "x8okxpn6r", "zsoajn", "1yytcotfvi", "fo4qlah", "6spjp9g", "dehi620ec"]}, "task_name": "task02", "example_name": "0192", "problem_name": "task02_0192"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [i96vjs0fd8, 90vnnpgy, hv99fizm, spouk465, 6ir722cm, bbkitkshj]\nSets of Numbers: [(1, 2, 4), (0, 0, 10), (1, 6, 1), (1, 3, 4), (0, 8, 1), (3, 1, 4), (1, 1, 7), (5, 6, 2), (4, 1, 7), (3, 4, 3), (0, 4, 2), (0, 5, 1), (4, 0, 7), (0, 1, 7), (4, 6, 1), (2, 1, 2), (3, 7, 1), (1, 5, 3), (1, 6, 1), (0, 7, 2), (0, 6, 1)]\n", "label": {"final": "vnnpi96vjs0fd8gnnpgdpouk0vnnpgyshir722cmk46jss6ir722c96vjs0fcv95pgygfd0", "init": "", "intermediate": ["vnnp", "vnnpi96vjs0fd8", "vnnpi96vjs0fd8g", "vnnpi96vjs0fd8gnnpg", "vnnpi96vjs0fd8gnnpgd", "vnnpi96vjs0fd8gnnpgdpouk", "vnnpi96vjs0fd8gnnpgdpouk0vnnpgy", "vnnpi96vjs0fd8gnnpgdpouk0vnnpgysh", "vnnpi96vjs0fd8gnnpgdpouk0vnnpgyshir722cm", "vnnpi96vjs0fd8gnnpgdpouk0vnnpgyshir722cmk46", "vnnpi96vjs0fd8gnnpgdpouk0vnnpgyshir722cmk46js", "vnnpi96vjs0fd8gnnpgdpouk0vnnpgyshir722cmk46jss", "vnnpi96vjs0fd8gnnpgdpouk0vnnpgyshir722cmk46jss6ir722c", "vnnpi96vjs0fd8gnnpgdpouk0vnnpgyshir722cmk46jss6ir722c96vjs0f", "vnnpi96vjs0fd8gnnpgdpouk0vnnpgyshir722cmk46jss6ir722c96vjs0fc", "vnnpi96vjs0fd8gnnpgdpouk0vnnpgyshir722cmk46jss6ir722c96vjs0fcv9", "vnnpi96vjs0fd8gnnpgdpouk0vnnpgyshir722cmk46jss6ir722c96vjs0fcv95", "vnnpi96vjs0fd8gnnpgdpouk0vnnpgyshir722cmk46jss6ir722c96vjs0fcv95pgy", "vnnpi96vjs0fd8gnnpgdpouk0vnnpgyshir722cmk46jss6ir722c96vjs0fcv95pgyg", "vnnpi96vjs0fd8gnnpgdpouk0vnnpgyshir722cmk46jss6ir722c96vjs0fcv95pgygfd"]}, "config": {"commands": [[1, 2, 4], [0, 0, 10], [1, 6, 1], [1, 3, 4], [0, 8, 1], [3, 1, 4], [1, 1, 7], [5, 6, 2], [4, 1, 7], [3, 4, 3], [0, 4, 2], [0, 5, 1], [4, 0, 7], [0, 1, 7], [4, 6, 1], [2, 1, 2], [3, 7, 1], [1, 5, 3], [1, 6, 1], [0, 7, 2], [0, 6, 1]], "max_length": 10, "min_length": 5, "num_commands": 21, "num_strings": 6, "strings": ["i96vjs0fd8", "90vnnpgy", "hv99fizm", "spouk465", "6ir722cm", "bbkitkshj"]}, "task_name": "task02", "example_name": "0193", "problem_name": "task02_0193"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [wl6vitbp, v1oih, p4en67gr, y564d2z, foh7xotq]\nSets of Numbers: [(0, 6, 1), (2, 1, 5), (0, 6, 2), (1, 4, 1), (4, 6, 1), (1, 3, 1), (0, 6, 2), (3, 2, 2), (3, 1, 1), (1, 4, 1), (4, 0, 3), (0, 6, 2), (4, 0, 1), (3, 0, 1), (3, 2, 3), (4, 0, 3), (4, 7, 1), (3, 0, 7), (3, 3, 3), (1, 2, 3), (4, 1, 1)]\n", "label": {"final": "b4en67bphtibp645hfohbpfy64dfohqy564d2z4d2oiho", "init": "", "intermediate": ["b", "b4en67", "b4en67bp", "b4en67bph", "b4en67bpht", "b4en67bphti", "b4en67bphtibp", "b4en67bphtibp64", "b4en67bphtibp645", "b4en67bphtibp645h", "b4en67bphtibp645hfoh", "b4en67bphtibp645hfohbp", "b4en67bphtibp645hfohbpf", "b4en67bphtibp645hfohbpfy", "b4en67bphtibp645hfohbpfy64d", "b4en67bphtibp645hfohbpfy64dfoh", "b4en67bphtibp645hfohbpfy64dfohq", "b4en67bphtibp645hfohbpfy64dfohqy564d2z", "b4en67bphtibp645hfohbpfy64dfohqy564d2z4d2", "b4en67bphtibp645hfohbpfy64dfohqy564d2z4d2oih"]}, "config": {"commands": [[0, 6, 1], [2, 1, 5], [0, 6, 2], [1, 4, 1], [4, 6, 1], [1, 3, 1], [0, 6, 2], [3, 2, 2], [3, 1, 1], [1, 4, 1], [4, 0, 3], [0, 6, 2], [4, 0, 1], [3, 0, 1], [3, 2, 3], [4, 0, 3], [4, 7, 1], [3, 0, 7], [3, 3, 3], [1, 2, 3], [4, 1, 1]], "max_length": 10, "min_length": 5, "num_commands": 21, "num_strings": 5, "strings": ["wl6vitbp", "v1oih", "p4en67gr", "y564d2z", "foh7xotq"]}, "task_name": "task02", "example_name": "0194", "problem_name": "task02_0194"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [r942tu6h, phm6cd1g, f1ih3g, aji8n, n7gte5vm, 5v7wi, gi1hwtp87, 1c0js8uhid, aongliwxfa, 6cdl9eq, vs003ztib, yx2fl146p, 3s1kdn, n7band6]\nSets of Numbers: [(10, 1, 4), (13, 0, 6), (13, 1, 1), (4, 5, 3), (10, 6, 1), (12, 1, 1), (9, 5, 2), (1, 2, 6), (12, 2, 3), (8, 8, 1), (9, 5, 2), (7, 3, 6), (8, 7, 3), (4, 7, 1), (3, 1, 4), (13, 2, 1), (4, 0, 3), (1, 3, 1), (6, 5, 3), (2, 0, 3), (8, 3, 5)]\n", "label": {"final": "s003n7band75vmtseqm6cd1g1kdfeqjs8uhixfamji8nbn7g6tp8f1igliwx", "init": "", "intermediate": ["s003", "s003n7band", "s003n7band7", "s003n7band75vm", "s003n7band75vmt", "s003n7band75vmts", "s003n7band75vmtseq", "s003n7band75vmtseqm6cd1g", "s003n7band75vmtseqm6cd1g1kd", "s003n7band75vmtseqm6cd1g1kdf", "s003n7band75vmtseqm6cd1g1kdfeq", "s003n7band75vmtseqm6cd1g1kdfeqjs8uhi", "s003n7band75vmtseqm6cd1g1kdfeqjs8uhixfa", "s003n7band75vmtseqm6cd1g1kdfeqjs8uhixfam", "s003n7band75vmtseqm6cd1g1kdfeqjs8uhixfamji8n", "s003n7band75vmtseqm6cd1g1kdfeqjs8uhixfamji8nb", "s003n7band75vmtseqm6cd1g1kdfeqjs8uhixfamji8nbn7g", "s003n7band75vmtseqm6cd1g1kdfeqjs8uhixfamji8nbn7g6", "s003n7band75vmtseqm6cd1g1kdfeqjs8uhixfamji8nbn7g6tp8", "s003n7band75vmtseqm6cd1g1kdfeqjs8uhixfamji8nbn7g6tp8f1i"]}, "config": {"commands": [[10, 1, 4], [13, 0, 6], [13, 1, 1], [4, 5, 3], [10, 6, 1], [12, 1, 1], [9, 5, 2], [1, 2, 6], [12, 2, 3], [8, 8, 1], [9, 5, 2], [7, 3, 6], [8, 7, 3], [4, 7, 1], [3, 1, 4], [13, 2, 1], [4, 0, 3], [1, 3, 1], [6, 5, 3], [2, 0, 3], [8, 3, 5]], "max_length": 10, "min_length": 5, "num_commands": 21, "num_strings": 14, "strings": ["r942tu6h", "phm6cd1g", "f1ih3g", "aji8n", "n7gte5vm", "5v7wi", "gi1hwtp87", "1c0js8uhid", "aongliwxfa", "6cdl9eq", "vs003ztib", "yx2fl146p", "3s1kdn", "n7band6"]}, "task_name": "task02", "example_name": "0195", "problem_name": "task02_0195"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [il938, 9peo2gnw, l8868j5, 19tn4]\nSets of Numbers: [(2, 4, 3), (3, 0, 5), (1, 4, 3), (2, 5, 1), (1, 5, 3), (1, 4, 4), (0, 0, 3), (0, 4, 1), (0, 1, 2), (2, 4, 1), (0, 0, 4), (2, 4, 1), (1, 1, 3), (2, 1, 3), (1, 2, 6), (1, 2, 2), (1, 5, 1), (0, 2, 2), (2, 0, 7), (3, 3, 1), (2, 0, 2)]\n", "label": {"final": "8j519tn42gnjgnw2gnwil98l98il938peo886eo2gnweog93l8868j5nl8", "init": "", "intermediate": ["8j5", "8j519tn4", "8j519tn42gn", "8j519tn42gnj", "8j519tn42gnjgnw", "8j519tn42gnjgnw2gnw", "8j519tn42gnjgnw2gnwil9", "8j519tn42gnjgnw2gnwil98", "8j519tn42gnjgnw2gnwil98l9", "8j519tn42gnjgnw2gnwil98l98", "8j519tn42gnjgnw2gnwil98l98il93", "8j519tn42gnjgnw2gnwil98l98il938", "8j519tn42gnjgnw2gnwil98l98il938peo", "8j519tn42gnjgnw2gnwil98l98il938peo886", "8j519tn42gnjgnw2gnwil98l98il938peo886eo2gnw", "8j519tn42gnjgnw2gnwil98l98il938peo886eo2gnweo", "8j519tn42gnjgnw2gnwil98l98il938peo886eo2gnweog", "8j519tn42gnjgnw2gnwil98l98il938peo886eo2gnweog93", "8j519tn42gnjgnw2gnwil98l98il938peo886eo2gnweog93l8868j5", "8j519tn42gnjgnw2gnwil98l98il938peo886eo2gnweog93l8868j5n"]}, "config": {"commands": [[2, 4, 3], [3, 0, 5], [1, 4, 3], [2, 5, 1], [1, 5, 3], [1, 4, 4], [0, 0, 3], [0, 4, 1], [0, 1, 2], [2, 4, 1], [0, 0, 4], [2, 4, 1], [1, 1, 3], [2, 1, 3], [1, 2, 6], [1, 2, 2], [1, 5, 1], [0, 2, 2], [2, 0, 7], [3, 3, 1], [2, 0, 2]], "max_length": 10, "min_length": 5, "num_commands": 21, "num_strings": 4, "strings": ["il938", "9peo2gnw", "l8868j5", "19tn4"]}, "task_name": "task02", "example_name": "0196", "problem_name": "task02_0196"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [9sbx59rub7, louh3, lzgqg1fs, 8dsoso73y, y4ru9109n, rdt0xqm, 10eddfsxj, qxm8d, z0fiujbg17, 3sf3ti, pke4enlvl, l8dxfc, yu1uiun, 52wy4y, w7h2yl4d, shhelaw6b, cz2v9z, hzoyt0ax7, hzve7a3sn7, jspid4]\nSets of Numbers: [(12, 0, 7), (15, 1, 3), (3, 7, 2), (4, 6, 1), (16, 3, 3), (18, 1, 7), (17, 1, 6), (16, 4, 1), (13, 4, 1), (19, 1, 3), (19, 0, 5), (11, 0, 1), (15, 2, 2), (18, 6, 1), (18, 2, 8), (1, 3, 2), (19, 2, 2), (4, 3, 3), (17, 1, 4), (9, 5, 1), (10, 4, 5)]\n", "label": {"final": "yu1uiunhhe3y0v9zzve7a3szoyt0a94spijspidlhe3ve7a3sn7h3piu91zoytienlvl", "init": "", "intermediate": ["yu1uiun", "yu1uiunhhe", "yu1uiunhhe3y", "yu1uiunhhe3y0", "yu1uiunhhe3y0v9z", "yu1uiunhhe3y0v9zzve7a3s", "yu1uiunhhe3y0v9zzve7a3szoyt0a", "yu1uiunhhe3y0v9zzve7a3szoyt0a9", "yu1uiunhhe3y0v9zzve7a3szoyt0a94", "yu1uiunhhe3y0v9zzve7a3szoyt0a94spi", "yu1uiunhhe3y0v9zzve7a3szoyt0a94spijspid", "yu1uiunhhe3y0v9zzve7a3szoyt0a94spijspidl", "yu1uiunhhe3y0v9zzve7a3szoyt0a94spijspidlhe", "yu1uiunhhe3y0v9zzve7a3szoyt0a94spijspidlhe3", "yu1uiunhhe3y0v9zzve7a3szoyt0a94spijspidlhe3ve7a3sn7", "yu1uiunhhe3y0v9zzve7a3szoyt0a94spijspidlhe3ve7a3sn7h3", "yu1uiunhhe3y0v9zzve7a3szoyt0a94spijspidlhe3ve7a3sn7h3pi", "yu1uiunhhe3y0v9zzve7a3szoyt0a94spijspidlhe3ve7a3sn7h3piu91", "yu1uiunhhe3y0v9zzve7a3szoyt0a94spijspidlhe3ve7a3sn7h3piu91zoyt", "yu1uiunhhe3y0v9zzve7a3szoyt0a94spijspidlhe3ve7a3sn7h3piu91zoyti"]}, "config": {"commands": [[12, 0, 7], [15, 1, 3], [3, 7, 2], [4, 6, 1], [16, 3, 3], [18, 1, 7], [17, 1, 6], [16, 4, 1], [13, 4, 1], [19, 1, 3], [19, 0, 5], [11, 0, 1], [15, 2, 2], [18, 6, 1], [18, 2, 8], [1, 3, 2], [19, 2, 2], [4, 3, 3], [17, 1, 4], [9, 5, 1], [10, 4, 5]], "max_length": 10, "min_length": 5, "num_commands": 21, "num_strings": 20, "strings": ["9sbx59rub7", "louh3", "lzgqg1fs", "8dsoso73y", "y4ru9109n", "rdt0xqm", "10eddfsxj", "qxm8d", "z0fiujbg17", "3sf3ti", "pke4enlvl", "l8dxfc", "yu1uiun", "52wy4y", "w7h2yl4d", "shhelaw6b", "cz2v9z", "hzoyt0ax7", "hzve7a3sn7", "jspid4"]}, "task_name": "task02", "example_name": "0197", "problem_name": "task02_0197"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [5x00ao4l, ci2e898r, qhqqepgtmv]\nSets of Numbers: [(2, 4, 1), (1, 6, 2), (0, 2, 2), (2, 1, 4), (2, 5, 5), (2, 7, 2), (1, 7, 1), (0, 4, 2), (1, 4, 2), (1, 5, 3), (1, 6, 1), (2, 5, 4), (1, 2, 6), (1, 7, 1), (1, 2, 2), (0, 3, 1), (2, 8, 2), (1, 5, 3), (1, 3, 5), (0, 7, 1), (1, 6, 1)]\n", "label": {"final": "e8r00hqqepgtmvtmrao8998r8pgtm2e898rr2e0mv98re898rl8", "init": "", "intermediate": ["e", "e8r", "e8r00", "e8r00hqqe", "e8r00hqqepgtmv", "e8r00hqqepgtmvtm", "e8r00hqqepgtmvtmr", "e8r00hqqepgtmvtmrao", "e8r00hqqepgtmvtmrao89", "e8r00hqqepgtmvtmrao8998r", "e8r00hqqepgtmvtmrao8998r8", "e8r00hqqepgtmvtmrao8998r8pgtm", "e8r00hqqepgtmvtmrao8998r8pgtm2e898r", "e8r00hqqepgtmvtmrao8998r8pgtm2e898rr", "e8r00hqqepgtmvtmrao8998r8pgtm2e898rr2e", "e8r00hqqepgtmvtmrao8998r8pgtm2e898rr2e0", "e8r00hqqepgtmvtmrao8998r8pgtm2e898rr2e0mv", "e8r00hqqepgtmvtmrao8998r8pgtm2e898rr2e0mv98r", "e8r00hqqepgtmvtmrao8998r8pgtm2e898rr2e0mv98re898r", "e8r00hqqepgtmvtmrao8998r8pgtm2e898rr2e0mv98re898rl"]}, "config": {"commands": [[2, 4, 1], [1, 6, 2], [0, 2, 2], [2, 1, 4], [2, 5, 5], [2, 7, 2], [1, 7, 1], [0, 4, 2], [1, 4, 2], [1, 5, 3], [1, 6, 1], [2, 5, 4], [1, 2, 6], [1, 7, 1], [1, 2, 2], [0, 3, 1], [2, 8, 2], [1, 5, 3], [1, 3, 5], [0, 7, 1], [1, 6, 1]], "max_length": 10, "min_length": 5, "num_commands": 21, "num_strings": 3, "strings": ["5x00ao4l", "ci2e898r", "qhqqepgtmv"]}, "task_name": "task02", "example_name": "0198", "problem_name": "task02_0198"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qyfw3haqh, 1mtjjk9e]\nSets of Numbers: [(1, 2, 5), (1, 7, 1), (1, 6, 1), (0, 2, 2), (0, 2, 5), (1, 0, 2), (1, 1, 3), (1, 2, 1), (1, 1, 7), (0, 1, 4), (1, 1, 1), (1, 6, 1), (1, 4, 4), (1, 1, 6), (0, 0, 4), (0, 6, 1), (0, 8, 1), (1, 4, 4), (1, 6, 2), (1, 4, 3), (0, 0, 6)]\n", "label": {"final": "tjjk9e9fwfw3ha1mmtjtmtjjk9eyfw3m9jk9emtjjk9qyfwahjk9e9ejk9qyfw3h", "init": "", "intermediate": ["tjjk9", "tjjk9e", "tjjk9e9", "tjjk9e9fw", "tjjk9e9fwfw3ha", "tjjk9e9fwfw3ha1m", "tjjk9e9fwfw3ha1mmtj", "tjjk9e9fwfw3ha1mmtjt", "tjjk9e9fwfw3ha1mmtjtmtjjk9e", "tjjk9e9fwfw3ha1mmtjtmtjjk9eyfw3", "tjjk9e9fwfw3ha1mmtjtmtjjk9eyfw3m", "tjjk9e9fwfw3ha1mmtjtmtjjk9eyfw3m9", "tjjk9e9fwfw3ha1mmtjtmtjjk9eyfw3m9jk9e", "tjjk9e9fwfw3ha1mmtjtmtjjk9eyfw3m9jk9emtjjk9", "tjjk9e9fwfw3ha1mmtjtmtjjk9eyfw3m9jk9emtjjk9qyfw", "tjjk9e9fwfw3ha1mmtjtmtjjk9eyfw3m9jk9emtjjk9qyfwa", "tjjk9e9fwfw3ha1mmtjtmtjjk9eyfw3m9jk9emtjjk9qyfwah", "tjjk9e9fwfw3ha1mmtjtmtjjk9eyfw3m9jk9emtjjk9qyfwahjk9e", "tjjk9e9fwfw3ha1mmtjtmtjjk9eyfw3m9jk9emtjjk9qyfwahjk9e9e", "tjjk9e9fwfw3ha1mmtjtmtjjk9eyfw3m9jk9emtjjk9qyfwahjk9e9ejk9"]}, "config": {"commands": [[1, 2, 5], [1, 7, 1], [1, 6, 1], [0, 2, 2], [0, 2, 5], [1, 0, 2], [1, 1, 3], [1, 2, 1], [1, 1, 7], [0, 1, 4], [1, 1, 1], [1, 6, 1], [1, 4, 4], [1, 1, 6], [0, 0, 4], [0, 6, 1], [0, 8, 1], [1, 4, 4], [1, 6, 2], [1, 4, 3], [0, 0, 6]], "max_length": 10, "min_length": 5, "num_commands": 21, "num_strings": 2, "strings": ["qyfw3haqh", "1mtjjk9e"]}, "task_name": "task02", "example_name": "0199", "problem_name": "task02_0199"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [oogwd370, k0l4dk, wijte7bc0v, emxwweyco, 9tk9ly2ing]\nSets of Numbers: [(1, 5, 1), (2, 8, 1), (4, 3, 1), (3, 6, 2), (4, 8, 1), (0, 6, 2), (4, 9, 1), (4, 8, 2), (0, 1, 3), (3, 7, 1), (3, 3, 6), (2, 7, 1), (4, 6, 3), (2, 5, 4), (1, 5, 1), (0, 5, 3), (1, 2, 4), (2, 1, 4), (2, 4, 2), (3, 0, 5), (1, 2, 1), (3, 3, 1)]\n", "label": {"final": "k09ycn70gngogwcwweycoc2in7bc0k370l4dkijtee7emxwwlw", "init": "", "intermediate": ["k", "k0", "k09", "k09yc", "k09ycn", "k09ycn70", "k09ycn70g", "k09ycn70gng", "k09ycn70gngogw", "k09ycn70gngogwc", "k09ycn70gngogwcwweyco", "k09ycn70gngogwcwweycoc", "k09ycn70gngogwcwweycoc2in", "k09ycn70gngogwcwweycoc2in7bc0", "k09ycn70gngogwcwweycoc2in7bc0k", "k09ycn70gngogwcwweycoc2in7bc0k370", "k09ycn70gngogwcwweycoc2in7bc0k370l4dk", "k09ycn70gngogwcwweycoc2in7bc0k370l4dkijte", "k09ycn70gngogwcwweycoc2in7bc0k370l4dkijtee7", "k09ycn70gngogwcwweycoc2in7bc0k370l4dkijtee7emxww", "k09ycn70gngogwcwweycoc2in7bc0k370l4dkijtee7emxwwl"]}, "config": {"commands": [[1, 5, 1], [2, 8, 1], [4, 3, 1], [3, 6, 2], [4, 8, 1], [0, 6, 2], [4, 9, 1], [4, 8, 2], [0, 1, 3], [3, 7, 1], [3, 3, 6], [2, 7, 1], [4, 6, 3], [2, 5, 4], [1, 5, 1], [0, 5, 3], [1, 2, 4], [2, 1, 4], [2, 4, 2], [3, 0, 5], [1, 2, 1], [3, 3, 1]], "max_length": 10, "min_length": 5, "num_commands": 22, "num_strings": 5, "strings": ["oogwd370", "k0l4dk", "wijte7bc0v", "emxwweyco", "9tk9ly2ing"]}, "task_name": "task02", "example_name": "0200", "problem_name": "task02_0200"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [mkeexks56, vz7u2b, nfggl, fn30cdy, i0l42d, et7llo, fcx3d1ny]\nSets of Numbers: [(5, 2, 2), (5, 1, 2), (5, 0, 1), (6, 1, 1), (1, 3, 3), (4, 1, 2), (5, 2, 4), (0, 8, 1), (6, 3, 2), (6, 6, 1), (1, 3, 1), (1, 2, 1), (1, 4, 2), (6, 7, 1), (3, 6, 1), (6, 4, 3), (6, 2, 4), (5, 2, 1), (2, 2, 2), (4, 5, 1), (0, 1, 4), (4, 0, 2)]\n", "label": {"final": "7lt7ecu2b0l7llo63dnu72byyd1nx3d17ggdkeexi0", "init": "", "intermediate": ["7l", "7lt7", "7lt7e", "7lt7ec", "7lt7ecu2b", "7lt7ecu2b0l", "7lt7ecu2b0l7llo", "7lt7ecu2b0l7llo6", "7lt7ecu2b0l7llo63d", "7lt7ecu2b0l7llo63dn", "7lt7ecu2b0l7llo63dnu", "7lt7ecu2b0l7llo63dnu7", "7lt7ecu2b0l7llo63dnu72b", "7lt7ecu2b0l7llo63dnu72by", "7lt7ecu2b0l7llo63dnu72byy", "7lt7ecu2b0l7llo63dnu72byyd1n", "7lt7ecu2b0l7llo63dnu72byyd1nx3d1", "7lt7ecu2b0l7llo63dnu72byyd1nx3d17", "7lt7ecu2b0l7llo63dnu72byyd1nx3d17gg", "7lt7ecu2b0l7llo63dnu72byyd1nx3d17ggd", "7lt7ecu2b0l7llo63dnu72byyd1nx3d17ggdkeex"]}, "config": {"commands": [[5, 2, 2], [5, 1, 2], [5, 0, 1], [6, 1, 1], [1, 3, 3], [4, 1, 2], [5, 2, 4], [0, 8, 1], [6, 3, 2], [6, 6, 1], [1, 3, 1], [1, 2, 1], [1, 4, 2], [6, 7, 1], [3, 6, 1], [6, 4, 3], [6, 2, 4], [5, 2, 1], [2, 2, 2], [4, 5, 1], [0, 1, 4], [4, 0, 2]], "max_length": 10, "min_length": 5, "num_commands": 22, "num_strings": 7, "strings": ["mkeexks56", "vz7u2b", "nfggl", "fn30cdy", "i0l42d", "et7llo", "fcx3d1ny"]}, "task_name": "task02", "example_name": "0201", "problem_name": "task02_0201"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [nj13y, car9luu, e0zuxsd9, z38enlddm, enmig, sqy00, e6nxw, qso69m15, ndrbdcjy5, c49rfp, ypvah, 8aidk0u5fm, 1lf0r, ocbc350aw, 030lzi5, 0bmkmd]\nSets of Numbers: [(9, 0, 5), (12, 0, 3), (11, 9, 1), (14, 0, 2), (8, 8, 1), (12, 4, 1), (0, 0, 4), (2, 4, 1), (15, 3, 1), (9, 1, 2), (15, 1, 4), (7, 2, 4), (13, 8, 1), (5, 3, 2), (10, 2, 3), (2, 0, 4), (8, 7, 1), (12, 0, 5), (11, 9, 1), (15, 2, 2), (6, 4, 1), (11, 7, 1)]\n", "label": {"final": "c49rf1lfm035rnj13xk49bmkmo69mw00vahe0zuy1lf0rmmkw5", "init": "", "intermediate": ["c49rf", "c49rf1lf", "c49rf1lfm", "c49rf1lfm03", "c49rf1lfm035", "c49rf1lfm035r", "c49rf1lfm035rnj13", "c49rf1lfm035rnj13x", "c49rf1lfm035rnj13xk", "c49rf1lfm035rnj13xk49", "c49rf1lfm035rnj13xk49bmkm", "c49rf1lfm035rnj13xk49bmkmo69m", "c49rf1lfm035rnj13xk49bmkmo69mw", "c49rf1lfm035rnj13xk49bmkmo69mw00", "c49rf1lfm035rnj13xk49bmkmo69mw00vah", "c49rf1lfm035rnj13xk49bmkmo69mw00vahe0zu", "c49rf1lfm035rnj13xk49bmkmo69mw00vahe0zuy", "c49rf1lfm035rnj13xk49bmkmo69mw00vahe0zuy1lf0r", "c49rf1lfm035rnj13xk49bmkmo69mw00vahe0zuy1lf0rm", "c49rf1lfm035rnj13xk49bmkmo69mw00vahe0zuy1lf0rmmk", "c49rf1lfm035rnj13xk49bmkmo69mw00vahe0zuy1lf0rmmkw"]}, "config": {"commands": [[9, 0, 5], [12, 0, 3], [11, 9, 1], [14, 0, 2], [8, 8, 1], [12, 4, 1], [0, 0, 4], [2, 4, 1], [15, 3, 1], [9, 1, 2], [15, 1, 4], [7, 2, 4], [13, 8, 1], [5, 3, 2], [10, 2, 3], [2, 0, 4], [8, 7, 1], [12, 0, 5], [11, 9, 1], [15, 2, 2], [6, 4, 1], [11, 7, 1]], "max_length": 10, "min_length": 5, "num_commands": 22, "num_strings": 16, "strings": ["nj13y", "car9luu", "e0zuxsd9", "z38enlddm", "enmig", "sqy00", "e6nxw", "qso69m15", "ndrbdcjy5", "c49rfp", "ypvah", "8aidk0u5fm", "1lf0r", "ocbc350aw", "030lzi5", "0bmkmd"]}, "task_name": "task02", "example_name": "0202", "problem_name": "task02_0202"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [f9k01gp, ngqf5oj8kn, awovg196y, lw57re, l83yf, ujty4ma2, 5k10r, dtzazx, v8upgu6hxn, i10k6fk, 4kek1e, uq8ys, yl8ssa2x, ox3blg]\nSets of Numbers: [(4, 0, 3), (0, 6, 1), (5, 3, 5), (4, 0, 4), (3, 0, 4), (13, 5, 1), (6, 0, 2), (13, 3, 3), (5, 3, 4), (8, 5, 5), (12, 1, 4), (11, 3, 1), (0, 6, 1), (8, 9, 1), (4, 2, 2), (9, 2, 2), (12, 3, 1), (5, 0, 7), (6, 1, 3), (3, 2, 4), (8, 3, 3), (0, 4, 2)]\n", "label": {"final": "l83py4ma2l83ylw57g5kblgy4mau6hxnl8ssypn3y0ksujty4mak1057repgu1g", "init": "", "intermediate": ["l83", "l83p", "l83py4ma2", "l83py4ma2l83y", "l83py4ma2l83ylw57", "l83py4ma2l83ylw57g", "l83py4ma2l83ylw57g5k", "l83py4ma2l83ylw57g5kblg", "l83py4ma2l83ylw57g5kblgy4ma", "l83py4ma2l83ylw57g5kblgy4mau6hxn", "l83py4ma2l83ylw57g5kblgy4mau6hxnl8ss", "l83py4ma2l83ylw57g5kblgy4mau6hxnl8ssy", "l83py4ma2l83ylw57g5kblgy4mau6hxnl8ssyp", "l83py4ma2l83ylw57g5kblgy4mau6hxnl8ssypn", "l83py4ma2l83ylw57g5kblgy4mau6hxnl8ssypn3y", "l83py4ma2l83ylw57g5kblgy4mau6hxnl8ssypn3y0k", "l83py4ma2l83ylw57g5kblgy4mau6hxnl8ssypn3y0ks", "l83py4ma2l83ylw57g5kblgy4mau6hxnl8ssypn3y0ksujty4ma", "l83py4ma2l83ylw57g5kblgy4mau6hxnl8ssypn3y0ksujty4mak10", "l83py4ma2l83ylw57g5kblgy4mau6hxnl8ssypn3y0ksujty4mak1057re", "l83py4ma2l83ylw57g5kblgy4mau6hxnl8ssypn3y0ksujty4mak1057repgu"]}, "config": {"commands": [[4, 0, 3], [0, 6, 1], [5, 3, 5], [4, 0, 4], [3, 0, 4], [13, 5, 1], [6, 0, 2], [13, 3, 3], [5, 3, 4], [8, 5, 5], [12, 1, 4], [11, 3, 1], [0, 6, 1], [8, 9, 1], [4, 2, 2], [9, 2, 2], [12, 3, 1], [5, 0, 7], [6, 1, 3], [3, 2, 4], [8, 3, 3], [0, 4, 2]], "max_length": 10, "min_length": 5, "num_commands": 22, "num_strings": 14, "strings": ["f9k01gp", "ngqf5oj8kn", "awovg196y", "lw57re", "l83yf", "ujty4ma2", "5k10r", "dtzazx", "v8upgu6hxn", "i10k6fk", "4kek1e", "uq8ys", "yl8ssa2x", "ox3blg"]}, "task_name": "task02", "example_name": "0203", "problem_name": "task02_0203"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ierny, 4nsew, mh1p8, 8gkag2z, 5pzt6x32, 3bqv8, fcgug7vvz]\nSets of Numbers: [(6, 3, 5), (2, 4, 1), (2, 1, 3), (2, 3, 1), (6, 3, 2), (6, 1, 2), (3, 4, 3), (4, 7, 1), (2, 1, 4), (0, 3, 2), (5, 2, 3), (5, 3, 2), (3, 5, 1), (4, 2, 5), (0, 1, 1), (1, 1, 4), (6, 2, 4), (6, 4, 2), (1, 3, 1), (2, 0, 4), (0, 4, 1), (4, 1, 4)]\n", "label": {"final": "ug7vv8h1ppugcgg2z2h1p8nyqv8v82zt6x3ensewgug7g7emh1pypzt6", "init": "", "intermediate": ["ug7vv", "ug7vv8", "ug7vv8h1p", "ug7vv8h1pp", "ug7vv8h1ppug", "ug7vv8h1ppugcg", "ug7vv8h1ppugcgg2z", "ug7vv8h1ppugcgg2z2", "ug7vv8h1ppugcgg2z2h1p8", "ug7vv8h1ppugcgg2z2h1p8ny", "ug7vv8h1ppugcgg2z2h1p8nyqv8", "ug7vv8h1ppugcgg2z2h1p8nyqv8v8", "ug7vv8h1ppugcgg2z2h1p8nyqv8v82", "ug7vv8h1ppugcgg2z2h1p8nyqv8v82zt6x3", "ug7vv8h1ppugcgg2z2h1p8nyqv8v82zt6x3e", "ug7vv8h1ppugcgg2z2h1p8nyqv8v82zt6x3ensew", "ug7vv8h1ppugcgg2z2h1p8nyqv8v82zt6x3ensewgug7", "ug7vv8h1ppugcgg2z2h1p8nyqv8v82zt6x3ensewgug7g7", "ug7vv8h1ppugcgg2z2h1p8nyqv8v82zt6x3ensewgug7g7e", "ug7vv8h1ppugcgg2z2h1p8nyqv8v82zt6x3ensewgug7g7emh1p", "ug7vv8h1ppugcgg2z2h1p8nyqv8v82zt6x3ensewgug7g7emh1py"]}, "config": {"commands": [[6, 3, 5], [2, 4, 1], [2, 1, 3], [2, 3, 1], [6, 3, 2], [6, 1, 2], [3, 4, 3], [4, 7, 1], [2, 1, 4], [0, 3, 2], [5, 2, 3], [5, 3, 2], [3, 5, 1], [4, 2, 5], [0, 1, 1], [1, 1, 4], [6, 2, 4], [6, 4, 2], [1, 3, 1], [2, 0, 4], [0, 4, 1], [4, 1, 4]], "max_length": 10, "min_length": 5, "num_commands": 22, "num_strings": 7, "strings": ["ierny", "4nsew", "mh1p8", "8gkag2z", "5pzt6x32", "3bqv8", "fcgug7vvz"]}, "task_name": "task02", "example_name": "0204", "problem_name": "task02_0204"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cmjpg, 2wijor6, 18eg0osq, 60tiqsu, 0u50p, fpiiglsae, 6xg27zp, q5cec, pz7d7g3a, 7fe4lw8x0, 8dfgytrd84, wlh2sdcu, u28bm47l22, rfl6j9, 0y1lqtxy6, lyj2u0ex00, fhv71, 1mahte9y, sa06af5bl]\nSets of Numbers: [(12, 3, 5), (2, 1, 2), (1, 0, 6), (2, 0, 5), (13, 4, 2), (7, 0, 5), (11, 7, 1), (15, 5, 3), (11, 2, 4), (4, 0, 5), (8, 6, 2), (15, 7, 3), (14, 4, 3), (15, 9, 1), (15, 0, 1), (5, 4, 3), (10, 3, 4), (12, 3, 7), (0, 3, 1), (5, 4, 5), (8, 1, 2), (16, 0, 3)]\n", "label": {"final": "bm47l8e2wijor18eg0j9q5cecu0exh2sd0u50p3ax00qtx0lglsgytrbm47l22pglsaez7fhv", "init": "", "intermediate": ["bm47l", "bm47l8e", "bm47l8e2wijor", "bm47l8e2wijor18eg0", "bm47l8e2wijor18eg0j9", "bm47l8e2wijor18eg0j9q5cec", "bm47l8e2wijor18eg0j9q5cecu", "bm47l8e2wijor18eg0j9q5cecu0ex", "bm47l8e2wijor18eg0j9q5cecu0exh2sd", "bm47l8e2wijor18eg0j9q5cecu0exh2sd0u50p", "bm47l8e2wijor18eg0j9q5cecu0exh2sd0u50p3a", "bm47l8e2wijor18eg0j9q5cecu0exh2sd0u50p3ax00", "bm47l8e2wijor18eg0j9q5cecu0exh2sd0u50p3ax00qtx", "bm47l8e2wijor18eg0j9q5cecu0exh2sd0u50p3ax00qtx0", "bm47l8e2wijor18eg0j9q5cecu0exh2sd0u50p3ax00qtx0l", "bm47l8e2wijor18eg0j9q5cecu0exh2sd0u50p3ax00qtx0lgls", "bm47l8e2wijor18eg0j9q5cecu0exh2sd0u50p3ax00qtx0lglsgytr", "bm47l8e2wijor18eg0j9q5cecu0exh2sd0u50p3ax00qtx0lglsgytrbm47l22", "bm47l8e2wijor18eg0j9q5cecu0exh2sd0u50p3ax00qtx0lglsgytrbm47l22p", "bm47l8e2wijor18eg0j9q5cecu0exh2sd0u50p3ax00qtx0lglsgytrbm47l22pglsae", "bm47l8e2wijor18eg0j9q5cecu0exh2sd0u50p3ax00qtx0lglsgytrbm47l22pglsaez7"]}, "config": {"commands": [[12, 3, 5], [2, 1, 2], [1, 0, 6], [2, 0, 5], [13, 4, 2], [7, 0, 5], [11, 7, 1], [15, 5, 3], [11, 2, 4], [4, 0, 5], [8, 6, 2], [15, 7, 3], [14, 4, 3], [15, 9, 1], [15, 0, 1], [5, 4, 3], [10, 3, 4], [12, 3, 7], [0, 3, 1], [5, 4, 5], [8, 1, 2], [16, 0, 3]], "max_length": 10, "min_length": 5, "num_commands": 22, "num_strings": 19, "strings": ["cmjpg", "2wijor6", "18eg0osq", "60tiqsu", "0u50p", "fpiiglsae", "6xg27zp", "q5cec", "pz7d7g3a", "7fe4lw8x0", "8dfgytrd84", "wlh2sdcu", "u28bm47l22", "rfl6j9", "0y1lqtxy6", "lyj2u0ex00", "fhv71", "1mahte9y", "sa06af5bl"]}, "task_name": "task02", "example_name": "0205", "problem_name": "task02_0205"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qb5pnujb34, v4xz26wn, tgj89phv6o, xyvy98dh, 7u9vl93, xemxhgk4yp, cukj9j, 8zkfv, drbk2q9ryf, y7wu3sk, jzbn7h3, 66p33r, g8t3bd5ltm, 9hdw7yfh7, 3e23e, q757j9p, ojmtt7c, wlu3kdd1f]\nSets of Numbers: [(8, 2, 2), (5, 3, 2), (2, 0, 2), (3, 5, 2), (14, 2, 1), (11, 2, 3), (7, 4, 1), (1, 7, 1), (3, 1, 7), (2, 2, 1), (9, 4, 3), (1, 4, 1), (15, 6, 1), (0, 6, 4), (14, 2, 2), (13, 0, 8), (12, 5, 3), (9, 4, 3), (6, 4, 2), (0, 0, 10), (13, 7, 2), (14, 0, 1)]\n", "label": {"final": "bkxhtg8d2p33vnyvy98dhj3sk2pjb34239hdw7yfhd5l3sk9jqb5pnujb34h73", "init": "", "intermediate": ["bk", "bkxh", "bkxhtg", "bkxhtg8d", "bkxhtg8d2", "bkxhtg8d2p33", "bkxhtg8d2p33v", "bkxhtg8d2p33vn", "bkxhtg8d2p33vnyvy98dh", "bkxhtg8d2p33vnyvy98dhj", "bkxhtg8d2p33vnyvy98dhj3sk", "bkxhtg8d2p33vnyvy98dhj3sk2", "bkxhtg8d2p33vnyvy98dhj3sk2p", "bkxhtg8d2p33vnyvy98dhj3sk2pjb34", "bkxhtg8d2p33vnyvy98dhj3sk2pjb3423", "bkxhtg8d2p33vnyvy98dhj3sk2pjb34239hdw7yfh", "bkxhtg8d2p33vnyvy98dhj3sk2pjb34239hdw7yfhd5l", "bkxhtg8d2p33vnyvy98dhj3sk2pjb34239hdw7yfhd5l3sk", "bkxhtg8d2p33vnyvy98dhj3sk2pjb34239hdw7yfhd5l3sk9j", "bkxhtg8d2p33vnyvy98dhj3sk2pjb34239hdw7yfhd5l3sk9jqb5pnujb34", "bkxhtg8d2p33vnyvy98dhj3sk2pjb34239hdw7yfhd5l3sk9jqb5pnujb34h7"]}, "config": {"commands": [[8, 2, 2], [5, 3, 2], [2, 0, 2], [3, 5, 2], [14, 2, 1], [11, 2, 3], [7, 4, 1], [1, 7, 1], [3, 1, 7], [2, 2, 1], [9, 4, 3], [1, 4, 1], [15, 6, 1], [0, 6, 4], [14, 2, 2], [13, 0, 8], [12, 5, 3], [9, 4, 3], [6, 4, 2], [0, 0, 10], [13, 7, 2], [14, 0, 1]], "max_length": 10, "min_length": 5, "num_commands": 22, "num_strings": 18, "strings": ["qb5pnujb34", "v4xz26wn", "tgj89phv6o", "xyvy98dh", "7u9vl93", "xemxhgk4yp", "cukj9j", "8zkfv", "drbk2q9ryf", "y7wu3sk", "jzbn7h3", "66p33r", "g8t3bd5ltm", "9hdw7yfh7", "3e23e", "q757j9p", "ojmtt7c", "wlu3kdd1f"]}, "task_name": "task02", "example_name": "0206", "problem_name": "task02_0206"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ec9dd7xk, xprv2b, sot8n0b5, 6kih4d, aqptaaiy, njvydr, vlhs9i5uj, lm90qidn2k, dimzvj, igcmbb2]\nSets of Numbers: [(0, 0, 3), (5, 1, 1), (3, 3, 1), (9, 1, 2), (6, 0, 2), (8, 4, 2), (2, 0, 1), (2, 2, 2), (3, 4, 1), (6, 8, 1), (3, 0, 1), (0, 2, 2), (9, 3, 1), (4, 4, 2), (1, 5, 1), (2, 6, 2), (6, 8, 1), (1, 4, 1), (0, 5, 3), (9, 5, 1), (5, 0, 4), (8, 3, 1)]\n", "label": {"final": "ec9jhgcvlvjst84j69dmaabb5j27xkbnjvyz", "init": "", "intermediate": ["ec9", "ec9j", "ec9jh", "ec9jhgc", "ec9jhgcvl", "ec9jhgcvlvj", "ec9jhgcvlvjs", "ec9jhgcvlvjst8", "ec9jhgcvlvjst84", "ec9jhgcvlvjst84j", "ec9jhgcvlvjst84j6", "ec9jhgcvlvjst84j69d", "ec9jhgcvlvjst84j69dm", "ec9jhgcvlvjst84j69dmaa", "ec9jhgcvlvjst84j69dmaab", "ec9jhgcvlvjst84j69dmaabb5", "ec9jhgcvlvjst84j69dmaabb5j", "ec9jhgcvlvjst84j69dmaabb5j2", "ec9jhgcvlvjst84j69dmaabb5j27xk", "ec9jhgcvlvjst84j69dmaabb5j27xkb", "ec9jhgcvlvjst84j69dmaabb5j27xkbnjvy"]}, "config": {"commands": [[0, 0, 3], [5, 1, 1], [3, 3, 1], [9, 1, 2], [6, 0, 2], [8, 4, 2], [2, 0, 1], [2, 2, 2], [3, 4, 1], [6, 8, 1], [3, 0, 1], [0, 2, 2], [9, 3, 1], [4, 4, 2], [1, 5, 1], [2, 6, 2], [6, 8, 1], [1, 4, 1], [0, 5, 3], [9, 5, 1], [5, 0, 4], [8, 3, 1]], "max_length": 10, "min_length": 5, "num_commands": 22, "num_strings": 10, "strings": ["ec9dd7xk", "xprv2b", "sot8n0b5", "6kih4d", "aqptaaiy", "njvydr", "vlhs9i5uj", "lm90qidn2k", "dimzvj", "igcmbb2"]}, "task_name": "task02", "example_name": "0207", "problem_name": "task02_0207"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [v10decg, zy874yet, pj2qf]\nSets of Numbers: [(2, 2, 1), (2, 1, 1), (0, 0, 1), (2, 4, 1), (1, 7, 1), (2, 1, 3), (0, 0, 7), (2, 3, 1), (1, 5, 3), (1, 2, 3), (0, 4, 1), (2, 0, 5), (0, 2, 3), (1, 4, 1), (2, 4, 1), (1, 7, 1), (2, 0, 5), (1, 0, 4), (0, 2, 5), (2, 0, 2), (0, 3, 1), (2, 4, 1)]\n", "label": {"final": "2jvftj2qv10decgqyet874epj2qf0de4ftpj2qfzy870decgpjdf", "init": "", "intermediate": ["2", "2j", "2jv", "2jvf", "2jvft", "2jvftj2q", "2jvftj2qv10decg", "2jvftj2qv10decgq", "2jvftj2qv10decgqyet", "2jvftj2qv10decgqyet874", "2jvftj2qv10decgqyet874e", "2jvftj2qv10decgqyet874epj2qf", "2jvftj2qv10decgqyet874epj2qf0de", "2jvftj2qv10decgqyet874epj2qf0de4", "2jvftj2qv10decgqyet874epj2qf0de4f", "2jvftj2qv10decgqyet874epj2qf0de4ft", "2jvftj2qv10decgqyet874epj2qf0de4ftpj2qf", "2jvftj2qv10decgqyet874epj2qf0de4ftpj2qfzy87", "2jvftj2qv10decgqyet874epj2qf0de4ftpj2qfzy870decg", "2jvftj2qv10decgqyet874epj2qf0de4ftpj2qfzy870decgpj", "2jvftj2qv10decgqyet874epj2qf0de4ftpj2qfzy870decgpjd"]}, "config": {"commands": [[2, 2, 1], [2, 1, 1], [0, 0, 1], [2, 4, 1], [1, 7, 1], [2, 1, 3], [0, 0, 7], [2, 3, 1], [1, 5, 3], [1, 2, 3], [0, 4, 1], [2, 0, 5], [0, 2, 3], [1, 4, 1], [2, 4, 1], [1, 7, 1], [2, 0, 5], [1, 0, 4], [0, 2, 5], [2, 0, 2], [0, 3, 1], [2, 4, 1]], "max_length": 10, "min_length": 5, "num_commands": 22, "num_strings": 3, "strings": ["v10decg", "zy874yet", "pj2qf"]}, "task_name": "task02", "example_name": "0208", "problem_name": "task02_0208"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [j2azaoi, ajx2u, 15da36rvye, twciwr78, bkec4y3oc, mgusq, cbsetz64rc, bt29ydo, ovfkh, 64ya8y23ve, t0uczekj, 8b3hg, 52rpkjch, 5xqt646, u7x3w]\nSets of Numbers: [(5, 2, 3), (14, 3, 1), (7, 1, 4), (3, 5, 1), (1, 4, 1), (9, 2, 2), (10, 1, 1), (5, 3, 2), (5, 2, 2), (10, 2, 3), (14, 1, 4), (2, 6, 1), (11, 0, 5), (7, 6, 1), (14, 3, 2), (12, 0, 7), (3, 7, 1), (3, 5, 2), (13, 6, 1), (13, 2, 1), (2, 5, 1), (7, 0, 6)]\n", "label": {"final": "usq3t29yruya0squsucz7x3wr8b3hgo3w52rpkjc8r76q6bt29yd", "init": "", "intermediate": ["usq", "usq3", "usq3t29y", "usq3t29yr", "usq3t29yru", "usq3t29yruya", "usq3t29yruya0", "usq3t29yruya0sq", "usq3t29yruya0squs", "usq3t29yruya0squsucz", "usq3t29yruya0squsucz7x3w", "usq3t29yruya0squsucz7x3wr", "usq3t29yruya0squsucz7x3wr8b3hg", "usq3t29yruya0squsucz7x3wr8b3hgo", "usq3t29yruya0squsucz7x3wr8b3hgo3w", "usq3t29yruya0squsucz7x3wr8b3hgo3w52rpkjc", "usq3t29yruya0squsucz7x3wr8b3hgo3w52rpkjc8", "usq3t29yruya0squsucz7x3wr8b3hgo3w52rpkjc8r7", "usq3t29yruya0squsucz7x3wr8b3hgo3w52rpkjc8r76", "usq3t29yruya0squsucz7x3wr8b3hgo3w52rpkjc8r76q", "usq3t29yruya0squsucz7x3wr8b3hgo3w52rpkjc8r76q6"]}, "config": {"commands": [[5, 2, 3], [14, 3, 1], [7, 1, 4], [3, 5, 1], [1, 4, 1], [9, 2, 2], [10, 1, 1], [5, 3, 2], [5, 2, 2], [10, 2, 3], [14, 1, 4], [2, 6, 1], [11, 0, 5], [7, 6, 1], [14, 3, 2], [12, 0, 7], [3, 7, 1], [3, 5, 2], [13, 6, 1], [13, 2, 1], [2, 5, 1], [7, 0, 6]], "max_length": 10, "min_length": 5, "num_commands": 22, "num_strings": 15, "strings": ["j2azaoi", "ajx2u", "15da36rvye", "twciwr78", "bkec4y3oc", "mgusq", "cbsetz64rc", "bt29ydo", "ovfkh", "64ya8y23ve", "t0uczekj", "8b3hg", "52rpkjch", "5xqt646", "u7x3w"]}, "task_name": "task02", "example_name": "0209", "problem_name": "task02_0209"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [a6l3wrz, zk8l2epn, 0irrnwc9, ht1rdbgxc, 86itgdit, f1qsj5, crrmyb4t, f3n3b, rxjw3pt2l3, 0x88r4nn7, wzyd7ar, hffcws, b0x81bm0, o0h0ike, 8to5votv6, ixuo5akoi, lacy4bs6, zvgtkbhc]\nSets of Numbers: [(8, 8, 1), (4, 0, 4), (5, 1, 3), (13, 6, 1), (8, 7, 3), (14, 1, 1), (2, 2, 2), (17, 5, 3), (7, 2, 2), (11, 3, 3), (14, 7, 1), (7, 2, 2), (13, 1, 3), (15, 0, 2), (6, 1, 6), (9, 7, 1), (15, 2, 2), (14, 8, 1), (11, 5, 1), (1, 3, 3), (15, 1, 1), (16, 0, 2), (3, 4, 3)]\n", "label": {"final": "l86it1qse2l3trrbhcn3cwsvn30h0ixrrmyb4nuo6sl2exladbg", "init": "", "intermediate": ["l", "l86it", "l86it1qs", "l86it1qse", "l86it1qse2l3", "l86it1qse2l3t", "l86it1qse2l3trr", "l86it1qse2l3trrbhc", "l86it1qse2l3trrbhcn3", "l86it1qse2l3trrbhcn3cws", "l86it1qse2l3trrbhcn3cwsv", "l86it1qse2l3trrbhcn3cwsvn3", "l86it1qse2l3trrbhcn3cwsvn30h0", "l86it1qse2l3trrbhcn3cwsvn30h0ix", "l86it1qse2l3trrbhcn3cwsvn30h0ixrrmyb4", "l86it1qse2l3trrbhcn3cwsvn30h0ixrrmyb4n", "l86it1qse2l3trrbhcn3cwsvn30h0ixrrmyb4nuo", "l86it1qse2l3trrbhcn3cwsvn30h0ixrrmyb4nuo6", "l86it1qse2l3trrbhcn3cwsvn30h0ixrrmyb4nuo6s", "l86it1qse2l3trrbhcn3cwsvn30h0ixrrmyb4nuo6sl2e", "l86it1qse2l3trrbhcn3cwsvn30h0ixrrmyb4nuo6sl2ex", "l86it1qse2l3trrbhcn3cwsvn30h0ixrrmyb4nuo6sl2exla"]}, "config": {"commands": [[8, 8, 1], [4, 0, 4], [5, 1, 3], [13, 6, 1], [8, 7, 3], [14, 1, 1], [2, 2, 2], [17, 5, 3], [7, 2, 2], [11, 3, 3], [14, 7, 1], [7, 2, 2], [13, 1, 3], [15, 0, 2], [6, 1, 6], [9, 7, 1], [15, 2, 2], [14, 8, 1], [11, 5, 1], [1, 3, 3], [15, 1, 1], [16, 0, 2], [3, 4, 3]], "max_length": 10, "min_length": 5, "num_commands": 23, "num_strings": 18, "strings": ["a6l3wrz", "zk8l2epn", "0irrnwc9", "ht1rdbgxc", "86itgdit", "f1qsj5", "crrmyb4t", "f3n3b", "rxjw3pt2l3", "0x88r4nn7", "wzyd7ar", "hffcws", "b0x81bm0", "o0h0ike", "8to5votv6", "ixuo5akoi", "lacy4bs6", "zvgtkbhc"]}, "task_name": "task02", "example_name": "0210", "problem_name": "task02_0210"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [18mkml, s6o2jkehst, xcm1exbta5, e43fwejo, amcv6er, c9jxny3nju, e8j66tw11, w2lytcj6s, z9wan, 0qprw3icnn, 8n6oa, k6u5q7we]\nSets of Numbers: [(9, 4, 6), (9, 0, 7), (2, 7, 3), (9, 5, 5), (6, 3, 6), (7, 4, 3), (0, 3, 2), (1, 2, 4), (5, 0, 10), (9, 6, 3), (4, 3, 1), (10, 1, 3), (3, 7, 1), (6, 3, 3), (4, 1, 5), (3, 4, 3), (2, 4, 3), (9, 2, 4), (2, 8, 2), (11, 1, 2), (11, 0, 1), (3, 1, 7), (10, 2, 3)]\n", "label": {"final": "w3icnn0qprw3ita53icnn66tw11tcjkmo2jkc9jxny3njuicnvn6oo66tmcv6ewejexbprw3a56uk43fwejo6oa", "init": "", "intermediate": ["w3icnn", "w3icnn0qprw3i", "w3icnn0qprw3ita5", "w3icnn0qprw3ita53icnn", "w3icnn0qprw3ita53icnn66tw11", "w3icnn0qprw3ita53icnn66tw11tcj", "w3icnn0qprw3ita53icnn66tw11tcjkm", "w3icnn0qprw3ita53icnn66tw11tcjkmo2jk", "w3icnn0qprw3ita53icnn66tw11tcjkmo2jkc9jxny3nju", "w3icnn0qprw3ita53icnn66tw11tcjkmo2jkc9jxny3njuicn", "w3icnn0qprw3ita53icnn66tw11tcjkmo2jkc9jxny3njuicnv", "w3icnn0qprw3ita53icnn66tw11tcjkmo2jkc9jxny3njuicnvn6o", "w3icnn0qprw3ita53icnn66tw11tcjkmo2jkc9jxny3njuicnvn6oo", "w3icnn0qprw3ita53icnn66tw11tcjkmo2jkc9jxny3njuicnvn6oo66t", "w3icnn0qprw3ita53icnn66tw11tcjkmo2jkc9jxny3njuicnvn6oo66tmcv6e", "w3icnn0qprw3ita53icnn66tw11tcjkmo2jkc9jxny3njuicnvn6oo66tmcv6ewej", "w3icnn0qprw3ita53icnn66tw11tcjkmo2jkc9jxny3njuicnvn6oo66tmcv6ewejexb", "w3icnn0qprw3ita53icnn66tw11tcjkmo2jkc9jxny3njuicnvn6oo66tmcv6ewejexbprw3", "w3icnn0qprw3ita53icnn66tw11tcjkmo2jkc9jxny3njuicnvn6oo66tmcv6ewejexbprw3a5", "w3icnn0qprw3ita53icnn66tw11tcjkmo2jkc9jxny3njuicnvn6oo66tmcv6ewejexbprw3a56u", "w3icnn0qprw3ita53icnn66tw11tcjkmo2jkc9jxny3njuicnvn6oo66tmcv6ewejexbprw3a56uk", "w3icnn0qprw3ita53icnn66tw11tcjkmo2jkc9jxny3njuicnvn6oo66tmcv6ewejexbprw3a56uk43fwejo"]}, "config": {"commands": [[9, 4, 6], [9, 0, 7], [2, 7, 3], [9, 5, 5], [6, 3, 6], [7, 4, 3], [0, 3, 2], [1, 2, 4], [5, 0, 10], [9, 6, 3], [4, 3, 1], [10, 1, 3], [3, 7, 1], [6, 3, 3], [4, 1, 5], [3, 4, 3], [2, 4, 3], [9, 2, 4], [2, 8, 2], [11, 1, 2], [11, 0, 1], [3, 1, 7], [10, 2, 3]], "max_length": 10, "min_length": 5, "num_commands": 23, "num_strings": 12, "strings": ["18mkml", "s6o2jkehst", "xcm1exbta5", "e43fwejo", "amcv6er", "c9jxny3nju", "e8j66tw11", "w2lytcj6s", "z9wan", "0qprw3icnn", "8n6oa", "k6u5q7we"]}, "task_name": "task02", "example_name": "0211", "problem_name": "task02_0211"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [0xyxaw7, 2nps1j6dw, ozga1mi, 49vg7k0fok, 7stfo, 3efmla, z0e06g, u9zccr8rs4, mmgunbzi69, wkmmq7, h1w153o5oh, ohlamdtyn, e3k4od, 8of7om, jkyypjd67, v5ihcug, v1p3tu, xlvhjcj]\nSets of Numbers: [(0, 6, 1), (4, 3, 2), (17, 6, 1), (14, 0, 2), (9, 0, 2), (4, 0, 4), (16, 3, 3), (15, 4, 3), (11, 3, 3), (1, 7, 2), (2, 1, 2), (13, 5, 1), (4, 2, 3), (4, 1, 2), (2, 5, 2), (5, 2, 3), (9, 2, 4), (16, 5, 1), (4, 4, 1), (13, 5, 1), (9, 0, 5), (17, 3, 4), (0, 1, 2)]\n", "label": {"final": "7fojjkwk7stf3tucugamddwzgmtfostmifmlmmq7uomwkmmqhjcjxy", "init": "", "intermediate": ["7", "7fo", "7foj", "7fojjk", "7fojjkwk", "7fojjkwk7stf", "7fojjkwk7stf3tu", "7fojjkwk7stf3tucug", "7fojjkwk7stf3tucugamd", "7fojjkwk7stf3tucugamddw", "7fojjkwk7stf3tucugamddwzg", "7fojjkwk7stf3tucugamddwzgm", "7fojjkwk7stf3tucugamddwzgmtfo", "7fojjkwk7stf3tucugamddwzgmtfost", "7fojjkwk7stf3tucugamddwzgmtfostmi", "7fojjkwk7stf3tucugamddwzgmtfostmifml", "7fojjkwk7stf3tucugamddwzgmtfostmifmlmmq7", "7fojjkwk7stf3tucugamddwzgmtfostmifmlmmq7u", "7fojjkwk7stf3tucugamddwzgmtfostmifmlmmq7uo", "7fojjkwk7stf3tucugamddwzgmtfostmifmlmmq7uom", "7fojjkwk7stf3tucugamddwzgmtfostmifmlmmq7uomwkmmq", "7fojjkwk7stf3tucugamddwzgmtfostmifmlmmq7uomwkmmqhjcj"]}, "config": {"commands": [[0, 6, 1], [4, 3, 2], [17, 6, 1], [14, 0, 2], [9, 0, 2], [4, 0, 4], [16, 3, 3], [15, 4, 3], [11, 3, 3], [1, 7, 2], [2, 1, 2], [13, 5, 1], [4, 2, 3], [4, 1, 2], [2, 5, 2], [5, 2, 3], [9, 2, 4], [16, 5, 1], [4, 4, 1], [13, 5, 1], [9, 0, 5], [17, 3, 4], [0, 1, 2]], "max_length": 10, "min_length": 5, "num_commands": 23, "num_strings": 18, "strings": ["0xyxaw7", "2nps1j6dw", "ozga1mi", "49vg7k0fok", "7stfo", "3efmla", "z0e06g", "u9zccr8rs4", "mmgunbzi69", "wkmmq7", "h1w153o5oh", "ohlamdtyn", "e3k4od", "8of7om", "jkyypjd67", "v5ihcug", "v1p3tu", "xlvhjcj"]}, "task_name": "task02", "example_name": "0212", "problem_name": "task02_0212"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [f5ga7yzl, gxo6qpth, c67etcsl, fbtqjmd1m3]\nSets of Numbers: [(2, 2, 3), (2, 1, 5), (2, 6, 2), (2, 0, 5), (1, 7, 1), (0, 7, 1), (1, 5, 1), (2, 1, 3), (0, 6, 2), (1, 5, 2), (2, 7, 1), (2, 0, 6), (3, 0, 2), (3, 4, 1), (1, 4, 4), (1, 5, 1), (1, 3, 1), (2, 2, 1), (1, 2, 1), (3, 9, 1), (1, 0, 3), (3, 8, 1), (1, 3, 1)]\n", "label": {"final": "7et67etcslc67ethlp67ezlptlc67etcfbjqpthp67o3gxom6", "init": "", "intermediate": ["7et", "7et67etc", "7et67etcsl", "7et67etcslc67et", "7et67etcslc67eth", "7et67etcslc67ethl", "7et67etcslc67ethlp", "7et67etcslc67ethlp67e", "7et67etcslc67ethlp67ezl", "7et67etcslc67ethlp67ezlpt", "7et67etcslc67ethlp67ezlptl", "7et67etcslc67ethlp67ezlptlc67etc", "7et67etcslc67ethlp67ezlptlc67etcfb", "7et67etcslc67ethlp67ezlptlc67etcfbj", "7et67etcslc67ethlp67ezlptlc67etcfbjqpth", "7et67etcslc67ethlp67ezlptlc67etcfbjqpthp", "7et67etcslc67ethlp67ezlptlc67etcfbjqpthp6", "7et67etcslc67ethlp67ezlptlc67etcfbjqpthp67", "7et67etcslc67ethlp67ezlptlc67etcfbjqpthp67o", "7et67etcslc67ethlp67ezlptlc67etcfbjqpthp67o3", "7et67etcslc67ethlp67ezlptlc67etcfbjqpthp67o3gxo", "7et67etcslc67ethlp67ezlptlc67etcfbjqpthp67o3gxom"]}, "config": {"commands": [[2, 2, 3], [2, 1, 5], [2, 6, 2], [2, 0, 5], [1, 7, 1], [0, 7, 1], [1, 5, 1], [2, 1, 3], [0, 6, 2], [1, 5, 2], [2, 7, 1], [2, 0, 6], [3, 0, 2], [3, 4, 1], [1, 4, 4], [1, 5, 1], [1, 3, 1], [2, 2, 1], [1, 2, 1], [3, 9, 1], [1, 0, 3], [3, 8, 1], [1, 3, 1]], "max_length": 10, "min_length": 5, "num_commands": 23, "num_strings": 4, "strings": ["f5ga7yzl", "gxo6qpth", "c67etcsl", "fbtqjmd1m3"]}, "task_name": "task02", "example_name": "0213", "problem_name": "task02_0213"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [hovgm3, tsx7na, gn9dn, qv37mtsp4q, hm23wvrbq, 0l8cy30blj, 1ihm66n, t8vt285ho, bzrhgtwzdw, 6mmv8q1, zqjuhi379, m4tvfalr, 9unyaaw]\nSets of Numbers: [(2, 3, 2), (4, 0, 2), (7, 1, 5), (4, 7, 2), (6, 5, 2), (7, 1, 3), (10, 7, 1), (10, 3, 1), (9, 3, 1), (4, 0, 3), (1, 4, 1), (0, 4, 2), (0, 3, 2), (2, 4, 1), (5, 2, 7), (2, 1, 4), (0, 5, 1), (11, 0, 6), (6, 1, 4), (5, 6, 4), (9, 5, 1), (0, 0, 3), (4, 1, 8)]\n", "label": {"final": "dnhm8vt28bq6n8vt7uvhm2nm3gmn8cy30bln9dn3m4tvfaihm60bljqhovm23wvrbq", "init": "", "intermediate": ["dn", "dnhm", "dnhm8vt28", "dnhm8vt28bq", "dnhm8vt28bq6n", "dnhm8vt28bq6n8vt", "dnhm8vt28bq6n8vt7", "dnhm8vt28bq6n8vt7u", "dnhm8vt28bq6n8vt7uv", "dnhm8vt28bq6n8vt7uvhm2", "dnhm8vt28bq6n8vt7uvhm2n", "dnhm8vt28bq6n8vt7uvhm2nm3", "dnhm8vt28bq6n8vt7uvhm2nm3gm", "dnhm8vt28bq6n8vt7uvhm2nm3gmn", "dnhm8vt28bq6n8vt7uvhm2nm3gmn8cy30bl", "dnhm8vt28bq6n8vt7uvhm2nm3gmn8cy30bln9dn", "dnhm8vt28bq6n8vt7uvhm2nm3gmn8cy30bln9dn3", "dnhm8vt28bq6n8vt7uvhm2nm3gmn8cy30bln9dn3m4tvfa", "dnhm8vt28bq6n8vt7uvhm2nm3gmn8cy30bln9dn3m4tvfaihm6", "dnhm8vt28bq6n8vt7uvhm2nm3gmn8cy30bln9dn3m4tvfaihm60blj", "dnhm8vt28bq6n8vt7uvhm2nm3gmn8cy30bln9dn3m4tvfaihm60bljq", "dnhm8vt28bq6n8vt7uvhm2nm3gmn8cy30bln9dn3m4tvfaihm60bljqhov"]}, "config": {"commands": [[2, 3, 2], [4, 0, 2], [7, 1, 5], [4, 7, 2], [6, 5, 2], [7, 1, 3], [10, 7, 1], [10, 3, 1], [9, 3, 1], [4, 0, 3], [1, 4, 1], [0, 4, 2], [0, 3, 2], [2, 4, 1], [5, 2, 7], [2, 1, 4], [0, 5, 1], [11, 0, 6], [6, 1, 4], [5, 6, 4], [9, 5, 1], [0, 0, 3], [4, 1, 8]], "max_length": 10, "min_length": 5, "num_commands": 23, "num_strings": 13, "strings": ["hovgm3", "tsx7na", "gn9dn", "qv37mtsp4q", "hm23wvrbq", "0l8cy30blj", "1ihm66n", "t8vt285ho", "bzrhgtwzdw", "6mmv8q1", "zqjuhi379", "m4tvfalr", "9unyaaw"]}, "task_name": "task02", "example_name": "0214", "problem_name": "task02_0214"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [pnv3gjoawv, 2d406463, j9opxowx, 1ley0, detlz74, z29fib, k305w, a64le7u, qya9umfo, wfndnd, 2dsmpu8]\nSets of Numbers: [(6, 0, 2), (5, 5, 1), (10, 4, 1), (5, 0, 1), (4, 0, 4), (3, 2, 2), (6, 0, 5), (1, 2, 5), (9, 4, 1), (1, 2, 1), (10, 2, 3), (4, 3, 1), (9, 3, 3), (3, 2, 1), (6, 2, 2), (3, 4, 1), (0, 5, 4), (10, 3, 2), (6, 3, 2), (8, 3, 2), (4, 1, 4), (2, 3, 3), (2, 4, 3)]\n", "label": {"final": "k3bpzdetleyk305w40646n4smpldnde050joawmp5w9uetlzpxoxow", "init": "", "intermediate": ["k3", "k3b", "k3bp", "k3bpz", "k3bpzdetl", "k3bpzdetley", "k3bpzdetleyk305w", "k3bpzdetleyk305w40646", "k3bpzdetleyk305w40646n", "k3bpzdetleyk305w40646n4", "k3bpzdetleyk305w40646n4smp", "k3bpzdetleyk305w40646n4smpl", "k3bpzdetleyk305w40646n4smpldnd", "k3bpzdetleyk305w40646n4smpldnde", "k3bpzdetleyk305w40646n4smpldnde05", "k3bpzdetleyk305w40646n4smpldnde050", "k3bpzdetleyk305w40646n4smpldnde050joaw", "k3bpzdetleyk305w40646n4smpldnde050joawmp", "k3bpzdetleyk305w40646n4smpldnde050joawmp5w", "k3bpzdetleyk305w40646n4smpldnde050joawmp5w9u", "k3bpzdetleyk305w40646n4smpldnde050joawmp5w9uetlz", "k3bpzdetleyk305w40646n4smpldnde050joawmp5w9uetlzpxo"]}, "config": {"commands": [[6, 0, 2], [5, 5, 1], [10, 4, 1], [5, 0, 1], [4, 0, 4], [3, 2, 2], [6, 0, 5], [1, 2, 5], [9, 4, 1], [1, 2, 1], [10, 2, 3], [4, 3, 1], [9, 3, 3], [3, 2, 1], [6, 2, 2], [3, 4, 1], [0, 5, 4], [10, 3, 2], [6, 3, 2], [8, 3, 2], [4, 1, 4], [2, 3, 3], [2, 4, 3]], "max_length": 10, "min_length": 5, "num_commands": 23, "num_strings": 11, "strings": ["pnv3gjoawv", "2d406463", "j9opxowx", "1ley0", "detlz74", "z29fib", "k305w", "a64le7u", "qya9umfo", "wfndnd", "2dsmpu8"]}, "task_name": "task02", "example_name": "0215", "problem_name": "task02_0215"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [y6wbp, sjuezbh5pb, zdcwi5mmw, 1yzwep, 192ynm87z, irn16tuh, 8humyhm8, k7zvbxo, wmyw58vn6q, 00zxj, ai4qcov, ovwe2pyhw, g6sfno, sz8oln, g1f3976, 5jbzt92wzd]\nSets of Numbers: [(5, 0, 8), (1, 4, 1), (13, 0, 3), (6, 0, 8), (9, 3, 2), (14, 1, 6), (12, 1, 2), (15, 2, 8), (11, 2, 4), (15, 5, 3), (12, 5, 1), (15, 0, 6), (0, 3, 1), (13, 1, 3), (11, 6, 1), (0, 4, 1), (3, 4, 1), (2, 3, 2), (6, 3, 3), (0, 1, 2), (1, 3, 6), (13, 4, 2), (5, 3, 5)]\n", "label": {"final": "irn16tuhzsz88humyhm8xj1f39766sbzt92wzdwe2p92wo5jbzt9bz8oypewimyh6wezbh5pln16tuh", "init": "", "intermediate": ["irn16tuh", "irn16tuhz", "irn16tuhzsz8", "irn16tuhzsz88humyhm8", "irn16tuhzsz88humyhm8xj", "irn16tuhzsz88humyhm8xj1f3976", "irn16tuhzsz88humyhm8xj1f39766s", "irn16tuhzsz88humyhm8xj1f39766sbzt92wzd", "irn16tuhzsz88humyhm8xj1f39766sbzt92wzdwe2p", "irn16tuhzsz88humyhm8xj1f39766sbzt92wzdwe2p92w", "irn16tuhzsz88humyhm8xj1f39766sbzt92wzdwe2p92wo", "irn16tuhzsz88humyhm8xj1f39766sbzt92wzdwe2p92wo5jbzt9", "irn16tuhzsz88humyhm8xj1f39766sbzt92wzdwe2p92wo5jbzt9b", "irn16tuhzsz88humyhm8xj1f39766sbzt92wzdwe2p92wo5jbzt9bz8o", "irn16tuhzsz88humyhm8xj1f39766sbzt92wzdwe2p92wo5jbzt9bz8oy", "irn16tuhzsz88humyhm8xj1f39766sbzt92wzdwe2p92wo5jbzt9bz8oyp", "irn16tuhzsz88humyhm8xj1f39766sbzt92wzdwe2p92wo5jbzt9bz8oype", "irn16tuhzsz88humyhm8xj1f39766sbzt92wzdwe2p92wo5jbzt9bz8oypewi", "irn16tuhzsz88humyhm8xj1f39766sbzt92wzdwe2p92wo5jbzt9bz8oypewimyh", "irn16tuhzsz88humyhm8xj1f39766sbzt92wzdwe2p92wo5jbzt9bz8oypewimyh6w", "irn16tuhzsz88humyhm8xj1f39766sbzt92wzdwe2p92wo5jbzt9bz8oypewimyh6wezbh5p", "irn16tuhzsz88humyhm8xj1f39766sbzt92wzdwe2p92wo5jbzt9bz8oypewimyh6wezbh5pln"]}, "config": {"commands": [[5, 0, 8], [1, 4, 1], [13, 0, 3], [6, 0, 8], [9, 3, 2], [14, 1, 6], [12, 1, 2], [15, 2, 8], [11, 2, 4], [15, 5, 3], [12, 5, 1], [15, 0, 6], [0, 3, 1], [13, 1, 3], [11, 6, 1], [0, 4, 1], [3, 4, 1], [2, 3, 2], [6, 3, 3], [0, 1, 2], [1, 3, 6], [13, 4, 2], [5, 3, 5]], "max_length": 10, "min_length": 5, "num_commands": 23, "num_strings": 16, "strings": ["y6wbp", "sjuezbh5pb", "zdcwi5mmw", "1yzwep", "192ynm87z", "irn16tuh", "8humyhm8", "k7zvbxo", "wmyw58vn6q", "00zxj", "ai4qcov", "ovwe2pyhw", "g6sfno", "sz8oln", "g1f3976", "5jbzt92wzd"]}, "task_name": "task02", "example_name": "0216", "problem_name": "task02_0216"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xcik8, b6le28hg, eo7vhzgsu, eptlyw38, 1xp8zt5u, c9kbrm, gobt8p1l, 6vu6f, lrtumyc, wg4k5d1cd, ur24cba05i, sfoutx, h23j6, u79o8, hla7v6, rkknlfcny, xqcvti, wiy9vz4w4l]\nSets of Numbers: [(11, 4, 1), (6, 1, 4), (12, 0, 5), (5, 5, 1), (13, 1, 3), (14, 4, 1), (5, 2, 1), (8, 3, 4), (12, 1, 1), (5, 4, 1), (14, 4, 1), (8, 2, 5), (8, 3, 3), (14, 5, 1), (1, 0, 6), (10, 9, 1), (15, 2, 1), (6, 2, 4), (1, 2, 1), (1, 7, 1), (2, 0, 5), (8, 3, 3), (16, 5, 1)]\n", "label": {"final": "tobt8h23j6m79ovkumyc2rvtumycumy6b6le28ikbt8plgeo7vhumyi", "init": "", "intermediate": ["t", "tobt8", "tobt8h23j6", "tobt8h23j6m", "tobt8h23j6m79o", "tobt8h23j6m79ov", "tobt8h23j6m79ovk", "tobt8h23j6m79ovkumyc", "tobt8h23j6m79ovkumyc2", "tobt8h23j6m79ovkumyc2r", "tobt8h23j6m79ovkumyc2rv", "tobt8h23j6m79ovkumyc2rvtumyc", "tobt8h23j6m79ovkumyc2rvtumycumy", "tobt8h23j6m79ovkumyc2rvtumycumy6", "tobt8h23j6m79ovkumyc2rvtumycumy6b6le28", "tobt8h23j6m79ovkumyc2rvtumycumy6b6le28i", "tobt8h23j6m79ovkumyc2rvtumycumy6b6le28ik", "tobt8h23j6m79ovkumyc2rvtumycumy6b6le28ikbt8p", "tobt8h23j6m79ovkumyc2rvtumycumy6b6le28ikbt8pl", "tobt8h23j6m79ovkumyc2rvtumycumy6b6le28ikbt8plg", "tobt8h23j6m79ovkumyc2rvtumycumy6b6le28ikbt8plgeo7vh", "tobt8h23j6m79ovkumyc2rvtumycumy6b6le28ikbt8plgeo7vhumy"]}, "config": {"commands": [[11, 4, 1], [6, 1, 4], [12, 0, 5], [5, 5, 1], [13, 1, 3], [14, 4, 1], [5, 2, 1], [8, 3, 4], [12, 1, 1], [5, 4, 1], [14, 4, 1], [8, 2, 5], [8, 3, 3], [14, 5, 1], [1, 0, 6], [10, 9, 1], [15, 2, 1], [6, 2, 4], [1, 2, 1], [1, 7, 1], [2, 0, 5], [8, 3, 3], [16, 5, 1]], "max_length": 10, "min_length": 5, "num_commands": 23, "num_strings": 18, "strings": ["xcik8", "b6le28hg", "eo7vhzgsu", "eptlyw38", "1xp8zt5u", "c9kbrm", "gobt8p1l", "6vu6f", "lrtumyc", "wg4k5d1cd", "ur24cba05i", "sfoutx", "h23j6", "u79o8", "hla7v6", "rkknlfcny", "xqcvti", "wiy9vz4w4l"]}, "task_name": "task02", "example_name": "0217", "problem_name": "task02_0217"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [p9p83n6t, uzveb26n, ujuxtq, 084g15k5a, 382p986, zfoj6m8y, arzi6ymxcm, 70gcwzjw, nyu3tcm8r, f7759l, k2bxu7, cb7pg4p41o, lj8bwejy47, 7kf8y6i, 8ywqas0o, 0hh93ak]\nSets of Numbers: [(5, 1, 3), (15, 5, 1), (5, 6, 2), (10, 4, 1), (10, 4, 2), (6, 3, 3), (9, 3, 1), (5, 3, 4), (11, 6, 2), (0, 0, 2), (12, 7, 1), (7, 6, 1), (15, 6, 1), (2, 0, 5), (14, 7, 1), (0, 5, 3), (8, 5, 1), (14, 6, 2), (4, 3, 1), (12, 9, 1), (8, 5, 3), (3, 7, 1), (2, 1, 4)]\n", "label": {"final": "foja8yuu7i6y5j6m8p4p9yjkujuxton6tc0op7cm85juxt", "init": "", "intermediate": ["foj", "foja", "foja8y", "foja8yu", "foja8yuu7", "foja8yuu7i6y", "foja8yuu7i6y5", "foja8yuu7i6y5j6m8", "foja8yuu7i6y5j6m8p4", "foja8yuu7i6y5j6m8p4p9", "foja8yuu7i6y5j6m8p4p9y", "foja8yuu7i6y5j6m8p4p9yj", "foja8yuu7i6y5j6m8p4p9yjk", "foja8yuu7i6y5j6m8p4p9yjkujuxt", "foja8yuu7i6y5j6m8p4p9yjkujuxto", "foja8yuu7i6y5j6m8p4p9yjkujuxton6t", "foja8yuu7i6y5j6m8p4p9yjkujuxton6tc", "foja8yuu7i6y5j6m8p4p9yjkujuxton6tc0o", "foja8yuu7i6y5j6m8p4p9yjkujuxton6tc0op", "foja8yuu7i6y5j6m8p4p9yjkujuxton6tc0op7", "foja8yuu7i6y5j6m8p4p9yjkujuxton6tc0op7cm8", "foja8yuu7i6y5j6m8p4p9yjkujuxton6tc0op7cm85"]}, "config": {"commands": [[5, 1, 3], [15, 5, 1], [5, 6, 2], [10, 4, 1], [10, 4, 2], [6, 3, 3], [9, 3, 1], [5, 3, 4], [11, 6, 2], [0, 0, 2], [12, 7, 1], [7, 6, 1], [15, 6, 1], [2, 0, 5], [14, 7, 1], [0, 5, 3], [8, 5, 1], [14, 6, 2], [4, 3, 1], [12, 9, 1], [8, 5, 3], [3, 7, 1], [2, 1, 4]], "max_length": 10, "min_length": 5, "num_commands": 23, "num_strings": 16, "strings": ["p9p83n6t", "uzveb26n", "ujuxtq", "084g15k5a", "382p986", "zfoj6m8y", "arzi6ymxcm", "70gcwzjw", "nyu3tcm8r", "f7759l", "k2bxu7", "cb7pg4p41o", "lj8bwejy47", "7kf8y6i", "8ywqas0o", "0hh93ak"]}, "task_name": "task02", "example_name": "0218", "problem_name": "task02_0218"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [5wf9l, ghx81, def20bafjo, 249y30b, ju84pc, 7o6i0e, 59w5wfj2ia, 0yb3bijaz, t55bucjw, 0htb84r, y0vndmc, kt749gfg, fpr488wgu]\nSets of Numbers: [(10, 6, 1), (6, 3, 1), (3, 6, 1), (7, 2, 1), (12, 8, 1), (2, 1, 6), (7, 6, 2), (9, 1, 1), (6, 3, 5), (10, 2, 1), (8, 6, 2), (6, 3, 6), (7, 1, 2), (4, 1, 2), (0, 2, 2), (4, 4, 1), (2, 4, 1), (11, 0, 2), (10, 6, 1), (6, 8, 2), (3, 2, 3), (0, 0, 1), (7, 4, 4)]\n", "label": {"final": "c5bbuef20bajah5wfj2vjw5wfj2iybu8f9p0ktcia9y35bija", "init": "", "intermediate": ["c", "c5", "c5b", "c5bb", "c5bbu", "c5bbuef20ba", "c5bbuef20baja", "c5bbuef20bajah", "c5bbuef20bajah5wfj2", "c5bbuef20bajah5wfj2v", "c5bbuef20bajah5wfj2vjw", "c5bbuef20bajah5wfj2vjw5wfj2i", "c5bbuef20bajah5wfj2vjw5wfj2iyb", "c5bbuef20bajah5wfj2vjw5wfj2iybu8", "c5bbuef20bajah5wfj2vjw5wfj2iybu8f9", "c5bbuef20bajah5wfj2vjw5wfj2iybu8f9p", "c5bbuef20bajah5wfj2vjw5wfj2iybu8f9p0", "c5bbuef20bajah5wfj2vjw5wfj2iybu8f9p0kt", "c5bbuef20bajah5wfj2vjw5wfj2iybu8f9p0ktc", "c5bbuef20bajah5wfj2vjw5wfj2iybu8f9p0ktcia", "c5bbuef20bajah5wfj2vjw5wfj2iybu8f9p0ktcia9y3", "c5bbuef20bajah5wfj2vjw5wfj2iybu8f9p0ktcia9y35"]}, "config": {"commands": [[10, 6, 1], [6, 3, 1], [3, 6, 1], [7, 2, 1], [12, 8, 1], [2, 1, 6], [7, 6, 2], [9, 1, 1], [6, 3, 5], [10, 2, 1], [8, 6, 2], [6, 3, 6], [7, 1, 2], [4, 1, 2], [0, 2, 2], [4, 4, 1], [2, 4, 1], [11, 0, 2], [10, 6, 1], [6, 8, 2], [3, 2, 3], [0, 0, 1], [7, 4, 4]], "max_length": 10, "min_length": 5, "num_commands": 23, "num_strings": 13, "strings": ["5wf9l", "ghx81", "def20bafjo", "249y30b", "ju84pc", "7o6i0e", "59w5wfj2ia", "0yb3bijaz", "t55bucjw", "0htb84r", "y0vndmc", "kt749gfg", "fpr488wgu"]}, "task_name": "task02", "example_name": "0219", "problem_name": "task02_0219"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ekxbwfkp42, 28l2r, ofkasr0z53, 5zkjhee, ezd1jc]\nSets of Numbers: [(4, 5, 1), (1, 4, 1), (0, 2, 4), (1, 2, 2), (1, 2, 3), (0, 6, 4), (2, 2, 1), (1, 4, 1), (2, 9, 1), (0, 8, 2), (2, 7, 3), (0, 5, 1), (2, 9, 1), (3, 6, 1), (0, 0, 3), (0, 6, 3), (2, 3, 6), (4, 3, 2), (1, 4, 1), (2, 4, 3), (1, 3, 2), (2, 0, 10), (2, 0, 10), (2, 1, 8)]\n", "label": {"final": "crxbwfl2l2rkp42kr342z53f3eekxkp4asr0z51jrsr02rofkasr0z53ofkasr0z53fkasr0z5", "init": "", "intermediate": ["c", "cr", "crxbwf", "crxbwfl2", "crxbwfl2l2r", "crxbwfl2l2rkp42", "crxbwfl2l2rkp42k", "crxbwfl2l2rkp42kr", "crxbwfl2l2rkp42kr3", "crxbwfl2l2rkp42kr342", "crxbwfl2l2rkp42kr342z53", "crxbwfl2l2rkp42kr342z53f", "crxbwfl2l2rkp42kr342z53f3", "crxbwfl2l2rkp42kr342z53f3e", "crxbwfl2l2rkp42kr342z53f3eekx", "crxbwfl2l2rkp42kr342z53f3eekxkp4", "crxbwfl2l2rkp42kr342z53f3eekxkp4asr0z5", "crxbwfl2l2rkp42kr342z53f3eekxkp4asr0z51j", "crxbwfl2l2rkp42kr342z53f3eekxkp4asr0z51jr", "crxbwfl2l2rkp42kr342z53f3eekxkp4asr0z51jrsr0", "crxbwfl2l2rkp42kr342z53f3eekxkp4asr0z51jrsr02r", "crxbwfl2l2rkp42kr342z53f3eekxkp4asr0z51jrsr02rofkasr0z53", "crxbwfl2l2rkp42kr342z53f3eekxkp4asr0z51jrsr02rofkasr0z53ofkasr0z53"]}, "config": {"commands": [[4, 5, 1], [1, 4, 1], [0, 2, 4], [1, 2, 2], [1, 2, 3], [0, 6, 4], [2, 2, 1], [1, 4, 1], [2, 9, 1], [0, 8, 2], [2, 7, 3], [0, 5, 1], [2, 9, 1], [3, 6, 1], [0, 0, 3], [0, 6, 3], [2, 3, 6], [4, 3, 2], [1, 4, 1], [2, 4, 3], [1, 3, 2], [2, 0, 10], [2, 0, 10], [2, 1, 8]], "max_length": 10, "min_length": 5, "num_commands": 24, "num_strings": 5, "strings": ["ekxbwfkp42", "28l2r", "ofkasr0z53", "5zkjhee", "ezd1jc"]}, "task_name": "task02", "example_name": "0220", "problem_name": "task02_0220"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [c6j69, goafia, axgkwu3y, k1t9sk, 7cah7k1ffk, bpphv, g727vjae4h, z5lh72ps0, qyrvaz, 986s0, diksuj, vh5vduqae6, nyhimj77, oy66x, vj0k2mabp, 3hrp5, x64ug]\nSets of Numbers: [(11, 2, 3), (2, 2, 1), (12, 4, 4), (5, 0, 3), (16, 4, 1), (15, 3, 1), (6, 0, 8), (10, 0, 3), (9, 1, 2), (7, 4, 3), (11, 5, 1), (3, 1, 1), (9, 1, 2), (15, 2, 1), (15, 4, 1), (10, 2, 3), (10, 3, 3), (4, 4, 1), (12, 2, 3), (11, 3, 4), (7, 8, 1), (14, 4, 3), (4, 1, 8), (9, 2, 1)]\n", "label": {"final": "5vdgmj77bppgpg727vjaedik8672pu186r5ksusuj7himvduq02macah7k1ff6", "init": "", "intermediate": ["5vd", "5vdg", "5vdgmj77", "5vdgmj77bpp", "5vdgmj77bppg", "5vdgmj77bppgp", "5vdgmj77bppgpg727vjae", "5vdgmj77bppgpg727vjaedik", "5vdgmj77bppgpg727vjaedik86", "5vdgmj77bppgpg727vjaedik8672p", "5vdgmj77bppgpg727vjaedik8672pu", "5vdgmj77bppgpg727vjaedik8672pu1", "5vdgmj77bppgpg727vjaedik8672pu186", "5vdgmj77bppgpg727vjaedik8672pu186r", "5vdgmj77bppgpg727vjaedik8672pu186r5", "5vdgmj77bppgpg727vjaedik8672pu186r5ksu", "5vdgmj77bppgpg727vjaedik8672pu186r5ksusuj", "5vdgmj77bppgpg727vjaedik8672pu186r5ksusuj7", "5vdgmj77bppgpg727vjaedik8672pu186r5ksusuj7him", "5vdgmj77bppgpg727vjaedik8672pu186r5ksusuj7himvduq", "5vdgmj77bppgpg727vjaedik8672pu186r5ksusuj7himvduq0", "5vdgmj77bppgpg727vjaedik8672pu186r5ksusuj7himvduq02ma", "5vdgmj77bppgpg727vjaedik8672pu186r5ksusuj7himvduq02macah7k1ff"]}, "config": {"commands": [[11, 2, 3], [2, 2, 1], [12, 4, 4], [5, 0, 3], [16, 4, 1], [15, 3, 1], [6, 0, 8], [10, 0, 3], [9, 1, 2], [7, 4, 3], [11, 5, 1], [3, 1, 1], [9, 1, 2], [15, 2, 1], [15, 4, 1], [10, 2, 3], [10, 3, 3], [4, 4, 1], [12, 2, 3], [11, 3, 4], [7, 8, 1], [14, 4, 3], [4, 1, 8], [9, 2, 1]], "max_length": 10, "min_length": 5, "num_commands": 24, "num_strings": 17, "strings": ["c6j69", "goafia", "axgkwu3y", "k1t9sk", "7cah7k1ffk", "bpphv", "g727vjae4h", "z5lh72ps0", "qyrvaz", "986s0", "diksuj", "vh5vduqae6", "nyhimj77", "oy66x", "vj0k2mabp", "3hrp5", "x64ug"]}, "task_name": "task02", "example_name": "0221", "problem_name": "task02_0221"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [64m7ootsr, q3522d2dmg, 1dqe6f, pzcne6ssr, zldw5uzb, zgqtn, o4emf, qwuely, k9kg8arwml, lng4v0, 6pgs6vn, q4a8ar1jv, 3tcqena]\nSets of Numbers: [(6, 0, 1), (2, 3, 3), (4, 6, 2), (6, 3, 2), (1, 8, 1), (11, 3, 1), (9, 5, 1), (5, 0, 1), (4, 6, 1), (10, 5, 1), (1, 8, 1), (7, 2, 1), (11, 4, 5), (3, 1, 3), (4, 5, 2), (1, 7, 1), (2, 2, 4), (6, 2, 3), (0, 4, 5), (0, 4, 5), (11, 6, 2), (9, 3, 2), (1, 4, 4), (6, 2, 3)]\n", "label": {"final": "oe6fzbmfm80zzvmuar1jvzcnuzdqe6femfootsrootsr1j4v2d2demf", "init": "", "intermediate": ["o", "oe6f", "oe6fzb", "oe6fzbmf", "oe6fzbmfm", "oe6fzbmfm8", "oe6fzbmfm80", "oe6fzbmfm80z", "oe6fzbmfm80zz", "oe6fzbmfm80zzv", "oe6fzbmfm80zzvm", "oe6fzbmfm80zzvmu", "oe6fzbmfm80zzvmuar1jv", "oe6fzbmfm80zzvmuar1jvzcn", "oe6fzbmfm80zzvmuar1jvzcnuz", "oe6fzbmfm80zzvmuar1jvzcnuzd", "oe6fzbmfm80zzvmuar1jvzcnuzdqe6f", "oe6fzbmfm80zzvmuar1jvzcnuzdqe6femf", "oe6fzbmfm80zzvmuar1jvzcnuzdqe6femfootsr", "oe6fzbmfm80zzvmuar1jvzcnuzdqe6femfootsrootsr", "oe6fzbmfm80zzvmuar1jvzcnuzdqe6femfootsrootsr1j", "oe6fzbmfm80zzvmuar1jvzcnuzdqe6femfootsrootsr1j4v", "oe6fzbmfm80zzvmuar1jvzcnuzdqe6femfootsrootsr1j4v2d2d"]}, "config": {"commands": [[6, 0, 1], [2, 3, 3], [4, 6, 2], [6, 3, 2], [1, 8, 1], [11, 3, 1], [9, 5, 1], [5, 0, 1], [4, 6, 1], [10, 5, 1], [1, 8, 1], [7, 2, 1], [11, 4, 5], [3, 1, 3], [4, 5, 2], [1, 7, 1], [2, 2, 4], [6, 2, 3], [0, 4, 5], [0, 4, 5], [11, 6, 2], [9, 3, 2], [1, 4, 4], [6, 2, 3]], "max_length": 10, "min_length": 5, "num_commands": 24, "num_strings": 13, "strings": ["64m7ootsr", "q3522d2dmg", "1dqe6f", "pzcne6ssr", "zldw5uzb", "zgqtn", "o4emf", "qwuely", "k9kg8arwml", "lng4v0", "6pgs6vn", "q4a8ar1jv", "3tcqena"]}, "task_name": "task02", "example_name": "0222", "problem_name": "task02_0222"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [vw1trb17bj, o97dn7a, x8pfgw4ri, 8d50p3w, 9sfzb9h, h50ye2q196, vt6jsp330, mcby3d2y, dl5a6, awa29mv, 9kyeq77, fka2okxrr, r5nwk7gqx]\nSets of Numbers: [(1, 4, 1), (12, 7, 1), (0, 0, 9), (11, 5, 4), (4, 6, 1), (0, 3, 2), (9, 2, 3), (0, 4, 4), (4, 2, 3), (5, 3, 4), (7, 2, 2), (7, 1, 5), (1, 5, 1), (5, 3, 7), (10, 2, 2), (4, 5, 2), (8, 1, 2), (8, 3, 1), (6, 0, 5), (6, 7, 2), (10, 6, 1), (11, 6, 2), (0, 9, 1), (0, 9, 1)]\n", "label": {"final": "nqvw1trb17bkxrrhtra29rb17fzbye2qbycby3d7ye2q196ye9hl5avt6js307xrjj", "init": "", "intermediate": ["n", "nq", "nqvw1trb17b", "nqvw1trb17bkxrr", "nqvw1trb17bkxrrh", "nqvw1trb17bkxrrhtr", "nqvw1trb17bkxrrhtra29", "nqvw1trb17bkxrrhtra29rb17", "nqvw1trb17bkxrrhtra29rb17fzb", "nqvw1trb17bkxrrhtra29rb17fzbye2q", "nqvw1trb17bkxrrhtra29rb17fzbye2qby", "nqvw1trb17bkxrrhtra29rb17fzbye2qbycby3d", "nqvw1trb17bkxrrhtra29rb17fzbye2qbycby3d7", "nqvw1trb17bkxrrhtra29rb17fzbye2qbycby3d7ye2q196", "nqvw1trb17bkxrrhtra29rb17fzbye2qbycby3d7ye2q196ye", "nqvw1trb17bkxrrhtra29rb17fzbye2qbycby3d7ye2q196ye9h", "nqvw1trb17bkxrrhtra29rb17fzbye2qbycby3d7ye2q196ye9hl5", "nqvw1trb17bkxrrhtra29rb17fzbye2qbycby3d7ye2q196ye9hl5a", "nqvw1trb17bkxrrhtra29rb17fzbye2qbycby3d7ye2q196ye9hl5avt6js", "nqvw1trb17bkxrrhtra29rb17fzbye2qbycby3d7ye2q196ye9hl5avt6js30", "nqvw1trb17bkxrrhtra29rb17fzbye2qbycby3d7ye2q196ye9hl5avt6js307", "nqvw1trb17bkxrrhtra29rb17fzbye2qbycby3d7ye2q196ye9hl5avt6js307xr", "nqvw1trb17bkxrrhtra29rb17fzbye2qbycby3d7ye2q196ye9hl5avt6js307xrj"]}, "config": {"commands": [[1, 4, 1], [12, 7, 1], [0, 0, 9], [11, 5, 4], [4, 6, 1], [0, 3, 2], [9, 2, 3], [0, 4, 4], [4, 2, 3], [5, 3, 4], [7, 2, 2], [7, 1, 5], [1, 5, 1], [5, 3, 7], [10, 2, 2], [4, 5, 2], [8, 1, 2], [8, 3, 1], [6, 0, 5], [6, 7, 2], [10, 6, 1], [11, 6, 2], [0, 9, 1], [0, 9, 1]], "max_length": 10, "min_length": 5, "num_commands": 24, "num_strings": 13, "strings": ["vw1trb17bj", "o97dn7a", "x8pfgw4ri", "8d50p3w", "9sfzb9h", "h50ye2q196", "vt6jsp330", "mcby3d2y", "dl5a6", "awa29mv", "9kyeq77", "fka2okxrr", "r5nwk7gqx"]}, "task_name": "task02", "example_name": "0223", "problem_name": "task02_0223"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [oh0njd, cp4574, c5ff3, pq1d2sf, xxs36qqo6x, vxaf3, kfm4kz, kp24m0, ww0byo7u2, 4ru8it, o8moiq1qi, q1infxv, 2dcpqo03, esqmdppf, 1ok21, v53rd7p]\nSets of Numbers: [(4, 5, 3), (0, 4, 2), (12, 1, 4), (14, 4, 1), (1, 2, 3), (10, 4, 3), (1, 4, 2), (3, 2, 4), (5, 1, 2), (1, 0, 3), (4, 4, 3), (3, 3, 1), (10, 1, 1), (15, 2, 2), (1, 1, 4), (0, 4, 1), (8, 8, 1), (0, 3, 2), (13, 2, 2), (7, 3, 3), (8, 1, 7), (1, 0, 2), (10, 1, 1), (4, 4, 4)]\n", "label": {"final": "qqojddcpq1457iq1741d2sxacp46qqd83rp457j2njqm4m0w0byo7ucp86qqo", "init": "", "intermediate": ["qqo", "qqojd", "qqojddcpq", "qqojddcpq1", "qqojddcpq1457", "qqojddcpq1457iq1", "qqojddcpq1457iq174", "qqojddcpq1457iq1741d2s", "qqojddcpq1457iq1741d2sxa", "qqojddcpq1457iq1741d2sxacp4", "qqojddcpq1457iq1741d2sxacp46qq", "qqojddcpq1457iq1741d2sxacp46qqd", "qqojddcpq1457iq1741d2sxacp46qqd8", "qqojddcpq1457iq1741d2sxacp46qqd83r", "qqojddcpq1457iq1741d2sxacp46qqd83rp457", "qqojddcpq1457iq1741d2sxacp46qqd83rp457j", "qqojddcpq1457iq1741d2sxacp46qqd83rp457j2", "qqojddcpq1457iq1741d2sxacp46qqd83rp457j2nj", "qqojddcpq1457iq1741d2sxacp46qqd83rp457j2njqm", "qqojddcpq1457iq1741d2sxacp46qqd83rp457j2njqm4m0", "qqojddcpq1457iq1741d2sxacp46qqd83rp457j2njqm4m0w0byo7u", "qqojddcpq1457iq1741d2sxacp46qqd83rp457j2njqm4m0w0byo7ucp", "qqojddcpq1457iq1741d2sxacp46qqd83rp457j2njqm4m0w0byo7ucp8"]}, "config": {"commands": [[4, 5, 3], [0, 4, 2], [12, 1, 4], [14, 4, 1], [1, 2, 3], [10, 4, 3], [1, 4, 2], [3, 2, 4], [5, 1, 2], [1, 0, 3], [4, 4, 3], [3, 3, 1], [10, 1, 1], [15, 2, 2], [1, 1, 4], [0, 4, 1], [8, 8, 1], [0, 3, 2], [13, 2, 2], [7, 3, 3], [8, 1, 7], [1, 0, 2], [10, 1, 1], [4, 4, 4]], "max_length": 10, "min_length": 5, "num_commands": 24, "num_strings": 16, "strings": ["oh0njd", "cp4574", "c5ff3", "pq1d2sf", "xxs36qqo6x", "vxaf3", "kfm4kz", "kp24m0", "ww0byo7u2", "4ru8it", "o8moiq1qi", "q1infxv", "2dcpqo03", "esqmdppf", "1ok21", "v53rd7p"]}, "task_name": "task02", "example_name": "0224", "problem_name": "task02_0224"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [yl0ih3e, 8c6t6md, cqpx94, 7j9ls3ot9, jzlw28bh, t9xezk, jak39hus9a, 2atw81rb4t, is0eu9gaf, lriop, bspsvg5hgk, xufc5t9, jm2avuve8p, zc5wlncw, fqu7ma6, 6dml3, fcoztk03ye]\nSets of Numbers: [(14, 2, 1), (10, 6, 4), (4, 3, 5), (5, 1, 4), (7, 2, 8), (2, 3, 1), (8, 8, 1), (14, 3, 2), (2, 5, 1), (13, 4, 4), (15, 1, 2), (8, 5, 1), (5, 5, 1), (5, 2, 3), (10, 6, 2), (12, 3, 2), (0, 1, 1), (7, 7, 2), (12, 2, 1), (8, 0, 5), (1, 0, 7), (2, 4, 1), (1, 6, 1), (12, 9, 1)]\n", "label": {"final": "u5hgkw28bh9xeztw81rb4txf7m4lncwdm9kxez5havlb42is0eu8c6t6md9dp", "init": "", "intermediate": ["u", "u5hgk", "u5hgkw28bh", "u5hgkw28bh9xez", "u5hgkw28bh9xeztw81rb4t", "u5hgkw28bh9xeztw81rb4tx", "u5hgkw28bh9xeztw81rb4txf", "u5hgkw28bh9xeztw81rb4txf7m", "u5hgkw28bh9xeztw81rb4txf7m4", "u5hgkw28bh9xeztw81rb4txf7m4lncw", "u5hgkw28bh9xeztw81rb4txf7m4lncwdm", "u5hgkw28bh9xeztw81rb4txf7m4lncwdm9", "u5hgkw28bh9xeztw81rb4txf7m4lncwdm9k", "u5hgkw28bh9xeztw81rb4txf7m4lncwdm9kxez", "u5hgkw28bh9xeztw81rb4txf7m4lncwdm9kxez5h", "u5hgkw28bh9xeztw81rb4txf7m4lncwdm9kxez5hav", "u5hgkw28bh9xeztw81rb4txf7m4lncwdm9kxez5havl", "u5hgkw28bh9xeztw81rb4txf7m4lncwdm9kxez5havlb4", "u5hgkw28bh9xeztw81rb4txf7m4lncwdm9kxez5havlb42", "u5hgkw28bh9xeztw81rb4txf7m4lncwdm9kxez5havlb42is0eu", "u5hgkw28bh9xeztw81rb4txf7m4lncwdm9kxez5havlb42is0eu8c6t6md", "u5hgkw28bh9xeztw81rb4txf7m4lncwdm9kxez5havlb42is0eu8c6t6md9", "u5hgkw28bh9xeztw81rb4txf7m4lncwdm9kxez5havlb42is0eu8c6t6md9d"]}, "config": {"commands": [[14, 2, 1], [10, 6, 4], [4, 3, 5], [5, 1, 4], [7, 2, 8], [2, 3, 1], [8, 8, 1], [14, 3, 2], [2, 5, 1], [13, 4, 4], [15, 1, 2], [8, 5, 1], [5, 5, 1], [5, 2, 3], [10, 6, 2], [12, 3, 2], [0, 1, 1], [7, 7, 2], [12, 2, 1], [8, 0, 5], [1, 0, 7], [2, 4, 1], [1, 6, 1], [12, 9, 1]], "max_length": 10, "min_length": 5, "num_commands": 24, "num_strings": 17, "strings": ["yl0ih3e", "8c6t6md", "cqpx94", "7j9ls3ot9", "jzlw28bh", "t9xezk", "jak39hus9a", "2atw81rb4t", "is0eu9gaf", "lriop", "bspsvg5hgk", "xufc5t9", "jm2avuve8p", "zc5wlncw", "fqu7ma6", "6dml3", "fcoztk03ye"]}, "task_name": "task02", "example_name": "0225", "problem_name": "task02_0225"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [lmls6, a6pm8z64qy, 37tqgpjdh1, ep4xsqtqb, 38jg4d9, ey25290, oomsnebsg, l50kl6]\nSets of Numbers: [(4, 5, 1), (1, 5, 3), (2, 8, 1), (0, 4, 1), (2, 2, 4), (6, 7, 1), (6, 0, 4), (4, 6, 1), (1, 3, 5), (4, 0, 1), (4, 3, 4), (4, 0, 1), (2, 2, 7), (5, 2, 4), (7, 5, 1), (7, 3, 2), (5, 6, 1), (7, 2, 1), (6, 7, 2), (1, 5, 1), (3, 5, 1), (5, 1, 3), (2, 1, 7), (0, 4, 1)]\n", "label": {"final": "dz64h6tqgpsooms9m8z643g4d93tqgpjdh25296kl00sgzqy257tqgpjd6", "init": "", "intermediate": ["d", "dz64", "dz64h", "dz64h6", "dz64h6tqgp", "dz64h6tqgps", "dz64h6tqgpsooms", "dz64h6tqgpsooms9", "dz64h6tqgpsooms9m8z64", "dz64h6tqgpsooms9m8z643", "dz64h6tqgpsooms9m8z643g4d9", "dz64h6tqgpsooms9m8z643g4d93", "dz64h6tqgpsooms9m8z643g4d93tqgpjdh", "dz64h6tqgpsooms9m8z643g4d93tqgpjdh2529", "dz64h6tqgpsooms9m8z643g4d93tqgpjdh25296", "dz64h6tqgpsooms9m8z643g4d93tqgpjdh25296kl", "dz64h6tqgpsooms9m8z643g4d93tqgpjdh25296kl0", "dz64h6tqgpsooms9m8z643g4d93tqgpjdh25296kl00", "dz64h6tqgpsooms9m8z643g4d93tqgpjdh25296kl00sg", "dz64h6tqgpsooms9m8z643g4d93tqgpjdh25296kl00sgz", "dz64h6tqgpsooms9m8z643g4d93tqgpjdh25296kl00sgzq", "dz64h6tqgpsooms9m8z643g4d93tqgpjdh25296kl00sgzqy25", "dz64h6tqgpsooms9m8z643g4d93tqgpjdh25296kl00sgzqy257tqgpjd"]}, "config": {"commands": [[4, 5, 1], [1, 5, 3], [2, 8, 1], [0, 4, 1], [2, 2, 4], [6, 7, 1], [6, 0, 4], [4, 6, 1], [1, 3, 5], [4, 0, 1], [4, 3, 4], [4, 0, 1], [2, 2, 7], [5, 2, 4], [7, 5, 1], [7, 3, 2], [5, 6, 1], [7, 2, 1], [6, 7, 2], [1, 5, 1], [3, 5, 1], [5, 1, 3], [2, 1, 7], [0, 4, 1]], "max_length": 10, "min_length": 5, "num_commands": 24, "num_strings": 8, "strings": ["lmls6", "a6pm8z64qy", "37tqgpjdh1", "ep4xsqtqb", "38jg4d9", "ey25290", "oomsnebsg", "l50kl6"]}, "task_name": "task02", "example_name": "0226", "problem_name": "task02_0226"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [vz6ucn, nm16mb, npzwu860zm, je88kb, 46ke6dc]\nSets of Numbers: [(3, 3, 1), (1, 3, 2), (4, 6, 1), (4, 6, 1), (1, 3, 1), (2, 4, 6), (3, 3, 3), (0, 5, 1), (2, 9, 1), (0, 0, 2), (3, 1, 4), (1, 0, 3), (3, 3, 2), (2, 9, 1), (2, 6, 1), (0, 0, 5), (4, 1, 5), (1, 1, 3), (0, 5, 1), (0, 0, 1), (4, 5, 1), (4, 6, 1), (4, 5, 1), (3, 2, 4)]\n", "label": {"final": "86mcc6u860zm8kbnmvze88knm18km6vz6uc6ke6dm16nvdcd88kb", "init": "", "intermediate": ["8", "86m", "86mc", "86mcc", "86mcc6", "86mcc6u860zm", "86mcc6u860zm8kb", "86mcc6u860zm8kbn", "86mcc6u860zm8kbnm", "86mcc6u860zm8kbnmvz", "86mcc6u860zm8kbnmvze88k", "86mcc6u860zm8kbnmvze88knm1", "86mcc6u860zm8kbnmvze88knm18k", "86mcc6u860zm8kbnmvze88knm18km", "86mcc6u860zm8kbnmvze88knm18km6", "86mcc6u860zm8kbnmvze88knm18km6vz6uc", "86mcc6u860zm8kbnmvze88knm18km6vz6uc6ke6d", "86mcc6u860zm8kbnmvze88knm18km6vz6uc6ke6dm16", "86mcc6u860zm8kbnmvze88knm18km6vz6uc6ke6dm16n", "86mcc6u860zm8kbnmvze88knm18km6vz6uc6ke6dm16nv", "86mcc6u860zm8kbnmvze88knm18km6vz6uc6ke6dm16nvd", "86mcc6u860zm8kbnmvze88knm18km6vz6uc6ke6dm16nvdc", "86mcc6u860zm8kbnmvze88knm18km6vz6uc6ke6dm16nvdcd"]}, "config": {"commands": [[3, 3, 1], [1, 3, 2], [4, 6, 1], [4, 6, 1], [1, 3, 1], [2, 4, 6], [3, 3, 3], [0, 5, 1], [2, 9, 1], [0, 0, 2], [3, 1, 4], [1, 0, 3], [3, 3, 2], [2, 9, 1], [2, 6, 1], [0, 0, 5], [4, 1, 5], [1, 1, 3], [0, 5, 1], [0, 0, 1], [4, 5, 1], [4, 6, 1], [4, 5, 1], [3, 2, 4]], "max_length": 10, "min_length": 5, "num_commands": 24, "num_strings": 5, "strings": ["vz6ucn", "nm16mb", "npzwu860zm", "je88kb", "46ke6dc"]}, "task_name": "task02", "example_name": "0227", "problem_name": "task02_0227"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [pjp605, w5w6lzry7]\nSets of Numbers: [(0, 2, 3), (0, 0, 3), (0, 1, 4), (1, 0, 8), (1, 5, 2), (0, 5, 1), (1, 4, 1), (0, 4, 2), (0, 3, 3), (0, 2, 3), (0, 5, 1), (1, 5, 1), (0, 2, 2), (1, 3, 5), (1, 4, 3), (1, 6, 2), (1, 7, 2), (0, 0, 1), (1, 4, 1), (1, 6, 2), (0, 4, 2), (0, 4, 2), (1, 6, 2), (1, 1, 8)]\n", "label": {"final": "p60pjpjp60w5w6lzryzr5l05605p605zp66lzrylzrryy7plry0505ry5w6lzry7", "init": "", "intermediate": ["p60", "p60pjp", "p60pjpjp60", "p60pjpjp60w5w6lzry", "p60pjpjp60w5w6lzryzr", "p60pjpjp60w5w6lzryzr5", "p60pjpjp60w5w6lzryzr5l", "p60pjpjp60w5w6lzryzr5l05", "p60pjpjp60w5w6lzryzr5l05605", "p60pjpjp60w5w6lzryzr5l05605p60", "p60pjpjp60w5w6lzryzr5l05605p605", "p60pjpjp60w5w6lzryzr5l05605p605z", "p60pjpjp60w5w6lzryzr5l05605p605zp6", "p60pjpjp60w5w6lzryzr5l05605p605zp66lzry", "p60pjpjp60w5w6lzryzr5l05605p605zp66lzrylzr", "p60pjpjp60w5w6lzryzr5l05605p605zp66lzrylzrry", "p60pjpjp60w5w6lzryzr5l05605p605zp66lzrylzrryy7", "p60pjpjp60w5w6lzryzr5l05605p605zp66lzrylzrryy7p", "p60pjpjp60w5w6lzryzr5l05605p605zp66lzrylzrryy7pl", "p60pjpjp60w5w6lzryzr5l05605p605zp66lzrylzrryy7plry", "p60pjpjp60w5w6lzryzr5l05605p605zp66lzrylzrryy7plry05", "p60pjpjp60w5w6lzryzr5l05605p605zp66lzrylzrryy7plry0505", "p60pjpjp60w5w6lzryzr5l05605p605zp66lzrylzrryy7plry0505ry"]}, "config": {"commands": [[0, 2, 3], [0, 0, 3], [0, 1, 4], [1, 0, 8], [1, 5, 2], [0, 5, 1], [1, 4, 1], [0, 4, 2], [0, 3, 3], [0, 2, 3], [0, 5, 1], [1, 5, 1], [0, 2, 2], [1, 3, 5], [1, 4, 3], [1, 6, 2], [1, 7, 2], [0, 0, 1], [1, 4, 1], [1, 6, 2], [0, 4, 2], [0, 4, 2], [1, 6, 2], [1, 1, 8]], "max_length": 10, "min_length": 5, "num_commands": 24, "num_strings": 2, "strings": ["pjp605", "w5w6lzry7"]}, "task_name": "task02", "example_name": "0228", "problem_name": "task02_0228"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [l5ddn, joayfczhaa, m273oy5, jo979yb3d7, kvs40r, 7p9ld2y, q8ur2, gho1q9y, 6txvc3ra, k41nv, ackri5k, ilat967, hq6qyu4, 4jz41ieo, 0fs2b5l7, 6hzrvqmtq, jd1v13, 97qabw3ize, k4lm6h8]\nSets of Numbers: [(8, 4, 2), (7, 3, 4), (18, 4, 1), (6, 4, 1), (16, 2, 3), (16, 1, 1), (6, 0, 3), (5, 1, 5), (2, 6, 1), (8, 0, 1), (18, 6, 1), (4, 4, 1), (9, 3, 1), (15, 3, 1), (13, 1, 4), (6, 3, 1), (4, 0, 4), (10, 5, 1), (17, 3, 7), (18, 3, 1), (17, 3, 4), (1, 2, 7), (9, 2, 2), (17, 0, 3)]\n", "label": {"final": "c31q9y621v1dq8up9ld25680nrjz41rkvs45abw3izemabw3ayfczha1n97q", "init": "", "intermediate": ["c3", "c31q9y", "c31q9y6", "c31q9y62", "c31q9y621v1", "c31q9y621v1d", "c31q9y621v1dq8u", "c31q9y621v1dq8up9ld2", "c31q9y621v1dq8up9ld25", "c31q9y621v1dq8up9ld256", "c31q9y621v1dq8up9ld2568", "c31q9y621v1dq8up9ld25680", "c31q9y621v1dq8up9ld25680n", "c31q9y621v1dq8up9ld25680nr", "c31q9y621v1dq8up9ld25680nrjz41", "c31q9y621v1dq8up9ld25680nrjz41r", "c31q9y621v1dq8up9ld25680nrjz41rkvs4", "c31q9y621v1dq8up9ld25680nrjz41rkvs45", "c31q9y621v1dq8up9ld25680nrjz41rkvs45abw3ize", "c31q9y621v1dq8up9ld25680nrjz41rkvs45abw3izem", "c31q9y621v1dq8up9ld25680nrjz41rkvs45abw3izemabw3", "c31q9y621v1dq8up9ld25680nrjz41rkvs45abw3izemabw3ayfczha", "c31q9y621v1dq8up9ld25680nrjz41rkvs45abw3izemabw3ayfczha1n"]}, "config": {"commands": [[8, 4, 2], [7, 3, 4], [18, 4, 1], [6, 4, 1], [16, 2, 3], [16, 1, 1], [6, 0, 3], [5, 1, 5], [2, 6, 1], [8, 0, 1], [18, 6, 1], [4, 4, 1], [9, 3, 1], [15, 3, 1], [13, 1, 4], [6, 3, 1], [4, 0, 4], [10, 5, 1], [17, 3, 7], [18, 3, 1], [17, 3, 4], [1, 2, 7], [9, 2, 2], [17, 0, 3]], "max_length": 10, "min_length": 5, "num_commands": 24, "num_strings": 19, "strings": ["l5ddn", "joayfczhaa", "m273oy5", "jo979yb3d7", "kvs40r", "7p9ld2y", "q8ur2", "gho1q9y", "6txvc3ra", "k41nv", "ackri5k", "ilat967", "hq6qyu4", "4jz41ieo", "0fs2b5l7", "6hzrvqmtq", "jd1v13", "97qabw3ize", "k4lm6h8"]}, "task_name": "task02", "example_name": "0229", "problem_name": "task02_0229"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [rx4gc9psq, puuqtm0, ly6i9, qbmdsmh72, cfhde6, ms8y6to81s, u5gbu944, 6ecam, us6o3, v3jsjk, vfijem, hoehwtcw9v, 43acd0cx9, a76hh9306, x2hhn2g, li1npzgk, otmgvn8dj]\nSets of Numbers: [(15, 5, 2), (12, 6, 2), (8, 1, 2), (12, 6, 2), (5, 4, 6), (6, 6, 1), (11, 7, 1), (5, 0, 10), (4, 4, 1), (4, 3, 3), (0, 6, 2), (0, 0, 3), (7, 0, 5), (16, 5, 2), (8, 0, 5), (1, 4, 1), (2, 1, 2), (7, 3, 1), (16, 5, 4), (13, 1, 2), (0, 7, 2), (11, 7, 3), (8, 4, 1), (15, 0, 3), (1, 1, 1)]\n", "label": {"final": "zgcxs6cx6to81s4wms8y6to81sede6psrx46ecamn8us6o3ty6an8dj76sqw9v3li1u", "init": "", "intermediate": ["zg", "zgcx", "zgcxs6", "zgcxs6cx", "zgcxs6cx6to81s", "zgcxs6cx6to81s4", "zgcxs6cx6to81s4w", "zgcxs6cx6to81s4wms8y6to81s", "zgcxs6cx6to81s4wms8y6to81se", "zgcxs6cx6to81s4wms8y6to81sede6", "zgcxs6cx6to81s4wms8y6to81sede6ps", "zgcxs6cx6to81s4wms8y6to81sede6psrx4", "zgcxs6cx6to81s4wms8y6to81sede6psrx46ecam", "zgcxs6cx6to81s4wms8y6to81sede6psrx46ecamn8", "zgcxs6cx6to81s4wms8y6to81sede6psrx46ecamn8us6o3", "zgcxs6cx6to81s4wms8y6to81sede6psrx46ecamn8us6o3t", "zgcxs6cx6to81s4wms8y6to81sede6psrx46ecamn8us6o3ty6", "zgcxs6cx6to81s4wms8y6to81sede6psrx46ecamn8us6o3ty6a", "zgcxs6cx6to81s4wms8y6to81sede6psrx46ecamn8us6o3ty6an8dj", "zgcxs6cx6to81s4wms8y6to81sede6psrx46ecamn8us6o3ty6an8dj76", "zgcxs6cx6to81s4wms8y6to81sede6psrx46ecamn8us6o3ty6an8dj76sq", "zgcxs6cx6to81s4wms8y6to81sede6psrx46ecamn8us6o3ty6an8dj76sqw9v", "zgcxs6cx6to81s4wms8y6to81sede6psrx46ecamn8us6o3ty6an8dj76sqw9v3", "zgcxs6cx6to81s4wms8y6to81sede6psrx46ecamn8us6o3ty6an8dj76sqw9v3li1"]}, "config": {"commands": [[15, 5, 2], [12, 6, 2], [8, 1, 2], [12, 6, 2], [5, 4, 6], [6, 6, 1], [11, 7, 1], [5, 0, 10], [4, 4, 1], [4, 3, 3], [0, 6, 2], [0, 0, 3], [7, 0, 5], [16, 5, 2], [8, 0, 5], [1, 4, 1], [2, 1, 2], [7, 3, 1], [16, 5, 4], [13, 1, 2], [0, 7, 2], [11, 7, 3], [8, 4, 1], [15, 0, 3], [1, 1, 1]], "max_length": 10, "min_length": 5, "num_commands": 25, "num_strings": 17, "strings": ["rx4gc9psq", "puuqtm0", "ly6i9", "qbmdsmh72", "cfhde6", "ms8y6to81s", "u5gbu944", "6ecam", "us6o3", "v3jsjk", "vfijem", "hoehwtcw9v", "43acd0cx9", "a76hh9306", "x2hhn2g", "li1npzgk", "otmgvn8dj"]}, "task_name": "task02", "example_name": "0230", "problem_name": "task02_0230"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [hee3xm1vx9, 96osfq7b7k, nzovp07a, v1nf8jui, pf8ot8, hq8e2, e7tzd6k, xy1ryb4rhf, dubzida, 6ekhze2, dne6trzt2, 3poyd0j, epfovm, e7vvkxm, gcb5wq7mbn, euhpzz4k, ht1ksw2]\nSets of Numbers: [(16, 2, 3), (15, 1, 5), (3, 1, 5), (11, 3, 1), (13, 5, 1), (8, 6, 1), (2, 3, 2), (6, 5, 2), (2, 7, 1), (0, 9, 1), (10, 3, 2), (15, 4, 1), (3, 0, 8), (13, 3, 1), (16, 0, 1), (9, 3, 1), (9, 4, 2), (16, 5, 2), (3, 6, 2), (8, 4, 2), (7, 3, 6), (10, 7, 2), (5, 4, 1), (0, 6, 2), (10, 7, 2)]\n", "label": {"final": "1ksuhpzz1nf8jyxavp6ka96tzv1nf8juivhhzew2uiidryb4rht221vt2", "init": "", "intermediate": ["1ks", "1ksuhpzz", "1ksuhpzz1nf8j", "1ksuhpzz1nf8jy", "1ksuhpzz1nf8jyx", "1ksuhpzz1nf8jyxa", "1ksuhpzz1nf8jyxavp", "1ksuhpzz1nf8jyxavp6k", "1ksuhpzz1nf8jyxavp6ka", "1ksuhpzz1nf8jyxavp6ka9", "1ksuhpzz1nf8jyxavp6ka96t", "1ksuhpzz1nf8jyxavp6ka96tz", "1ksuhpzz1nf8jyxavp6ka96tzv1nf8jui", "1ksuhpzz1nf8jyxavp6ka96tzv1nf8juiv", "1ksuhpzz1nf8jyxavp6ka96tzv1nf8juivh", "1ksuhpzz1nf8jyxavp6ka96tzv1nf8juivhh", "1ksuhpzz1nf8jyxavp6ka96tzv1nf8juivhhze", "1ksuhpzz1nf8jyxavp6ka96tzv1nf8juivhhzew2", "1ksuhpzz1nf8jyxavp6ka96tzv1nf8juivhhzew2ui", "1ksuhpzz1nf8jyxavp6ka96tzv1nf8juivhhzew2uiid", "1ksuhpzz1nf8jyxavp6ka96tzv1nf8juivhhzew2uiidryb4rh", "1ksuhpzz1nf8jyxavp6ka96tzv1nf8juivhhzew2uiidryb4rht2", "1ksuhpzz1nf8jyxavp6ka96tzv1nf8juivhhzew2uiidryb4rht22", "1ksuhpzz1nf8jyxavp6ka96tzv1nf8juivhhzew2uiidryb4rht221v"]}, "config": {"commands": [[16, 2, 3], [15, 1, 5], [3, 1, 5], [11, 3, 1], [13, 5, 1], [8, 6, 1], [2, 3, 2], [6, 5, 2], [2, 7, 1], [0, 9, 1], [10, 3, 2], [15, 4, 1], [3, 0, 8], [13, 3, 1], [16, 0, 1], [9, 3, 1], [9, 4, 2], [16, 5, 2], [3, 6, 2], [8, 4, 2], [7, 3, 6], [10, 7, 2], [5, 4, 1], [0, 6, 2], [10, 7, 2]], "max_length": 10, "min_length": 5, "num_commands": 25, "num_strings": 17, "strings": ["hee3xm1vx9", "96osfq7b7k", "nzovp07a", "v1nf8jui", "pf8ot8", "hq8e2", "e7tzd6k", "xy1ryb4rhf", "dubzida", "6ekhze2", "dne6trzt2", "3poyd0j", "epfovm", "e7vvkxm", "gcb5wq7mbn", "euhpzz4k", "ht1ksw2"]}, "task_name": "task02", "example_name": "0231", "problem_name": "task02_0231"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [6l8e1zyoqr, lamtmoru0, liop1z7tl9, b5tb1gzm3l, llmssn, 13w3na, z4t8m, s89d348]\nSets of Numbers: [(7, 2, 2), (2, 8, 1), (7, 5, 2), (2, 8, 1), (7, 4, 3), (3, 9, 1), (0, 8, 1), (6, 2, 3), (4, 1, 5), (3, 8, 2), (2, 7, 1), (6, 1, 3), (3, 8, 2), (2, 0, 4), (1, 2, 3), (2, 1, 4), (1, 7, 1), (5, 1, 5), (4, 3, 1), (1, 2, 5), (1, 0, 2), (4, 0, 3), (4, 4, 1), (1, 7, 2), (6, 2, 2)]\n", "label": {"final": "9dl48l348lqt8mlmssn3lt4t83lliopmtmiop1u3w3nasmtmorlallmsu0t8", "init": "", "intermediate": ["9d", "9dl", "9dl48", "9dl48l", "9dl48l348", "9dl48l348l", "9dl48l348lq", "9dl48l348lqt8m", "9dl48l348lqt8mlmssn", "9dl48l348lqt8mlmssn3l", "9dl48l348lqt8mlmssn3lt", "9dl48l348lqt8mlmssn3lt4t8", "9dl48l348lqt8mlmssn3lt4t83l", "9dl48l348lqt8mlmssn3lt4t83lliop", "9dl48l348lqt8mlmssn3lt4t83lliopmtm", "9dl48l348lqt8mlmssn3lt4t83lliopmtmiop1", "9dl48l348lqt8mlmssn3lt4t83lliopmtmiop1u", "9dl48l348lqt8mlmssn3lt4t83lliopmtmiop1u3w3na", "9dl48l348lqt8mlmssn3lt4t83lliopmtmiop1u3w3nas", "9dl48l348lqt8mlmssn3lt4t83lliopmtmiop1u3w3nasmtmor", "9dl48l348lqt8mlmssn3lt4t83lliopmtmiop1u3w3nasmtmorla", "9dl48l348lqt8mlmssn3lt4t83lliopmtmiop1u3w3nasmtmorlallm", "9dl48l348lqt8mlmssn3lt4t83lliopmtmiop1u3w3nasmtmorlallms", "9dl48l348lqt8mlmssn3lt4t83lliopmtmiop1u3w3nasmtmorlallmsu0"]}, "config": {"commands": [[7, 2, 2], [2, 8, 1], [7, 5, 2], [2, 8, 1], [7, 4, 3], [3, 9, 1], [0, 8, 1], [6, 2, 3], [4, 1, 5], [3, 8, 2], [2, 7, 1], [6, 1, 3], [3, 8, 2], [2, 0, 4], [1, 2, 3], [2, 1, 4], [1, 7, 1], [5, 1, 5], [4, 3, 1], [1, 2, 5], [1, 0, 2], [4, 0, 3], [4, 4, 1], [1, 7, 2], [6, 2, 2]], "max_length": 10, "min_length": 5, "num_commands": 25, "num_strings": 8, "strings": ["6l8e1zyoqr", "lamtmoru0", "liop1z7tl9", "b5tb1gzm3l", "llmssn", "13w3na", "z4t8m", "s89d348"]}, "task_name": "task02", "example_name": "0232", "problem_name": "task02_0232"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [0zasf0q, ypu0cz0, adtx8jlpc, 3dd7uozes2, ygti1, 2br7ebp43, s9hax0jjvp, 3z0xpujk8z, 0xvlkbl, pef4qotxv9, yff01ce, 92cwtx, ztu3h, j79gw48z3, tpg57, cc08o, txh4h4pyc2, ynnqm, yp1w20alz6, m2p5m]\nSets of Numbers: [(18, 9, 1), (18, 1, 8), (8, 0, 4), (7, 1, 1), (18, 2, 4), (6, 7, 3), (11, 4, 1), (2, 6, 3), (12, 3, 2), (17, 2, 1), (18, 6, 4), (12, 1, 2), (19, 1, 4), (18, 4, 5), (14, 4, 1), (11, 5, 1), (2, 8, 1), (8, 4, 1), (13, 3, 1), (3, 8, 2), (13, 6, 1), (16, 6, 4), (17, 4, 1), (4, 1, 3), (9, 3, 6)]\n", "label": {"final": "6p1w20alz0xvlz1w20jvptlpc3hnalz6tu2p5m20alz7xckgs28pyc2mgti4qotxv", "init": "", "intermediate": ["6", "6p1w20alz", "6p1w20alz0xvl", "6p1w20alz0xvlz", "6p1w20alz0xvlz1w20", "6p1w20alz0xvlz1w20jvp", "6p1w20alz0xvlz1w20jvpt", "6p1w20alz0xvlz1w20jvptlpc", "6p1w20alz0xvlz1w20jvptlpc3h", "6p1w20alz0xvlz1w20jvptlpc3hn", "6p1w20alz0xvlz1w20jvptlpc3hnalz6", "6p1w20alz0xvlz1w20jvptlpc3hnalz6tu", "6p1w20alz0xvlz1w20jvptlpc3hnalz6tu2p5m", "6p1w20alz0xvlz1w20jvptlpc3hnalz6tu2p5m20alz", "6p1w20alz0xvlz1w20jvptlpc3hnalz6tu2p5m20alz7", "6p1w20alz0xvlz1w20jvptlpc3hnalz6tu2p5m20alz7x", "6p1w20alz0xvlz1w20jvptlpc3hnalz6tu2p5m20alz7xc", "6p1w20alz0xvlz1w20jvptlpc3hnalz6tu2p5m20alz7xck", "6p1w20alz0xvlz1w20jvptlpc3hnalz6tu2p5m20alz7xckg", "6p1w20alz0xvlz1w20jvptlpc3hnalz6tu2p5m20alz7xckgs2", "6p1w20alz0xvlz1w20jvptlpc3hnalz6tu2p5m20alz7xckgs28", "6p1w20alz0xvlz1w20jvptlpc3hnalz6tu2p5m20alz7xckgs28pyc2", "6p1w20alz0xvlz1w20jvptlpc3hnalz6tu2p5m20alz7xckgs28pyc2m", "6p1w20alz0xvlz1w20jvptlpc3hnalz6tu2p5m20alz7xckgs28pyc2mgti"]}, "config": {"commands": [[18, 9, 1], [18, 1, 8], [8, 0, 4], [7, 1, 1], [18, 2, 4], [6, 7, 3], [11, 4, 1], [2, 6, 3], [12, 3, 2], [17, 2, 1], [18, 6, 4], [12, 1, 2], [19, 1, 4], [18, 4, 5], [14, 4, 1], [11, 5, 1], [2, 8, 1], [8, 4, 1], [13, 3, 1], [3, 8, 2], [13, 6, 1], [16, 6, 4], [17, 4, 1], [4, 1, 3], [9, 3, 6]], "max_length": 10, "min_length": 5, "num_commands": 25, "num_strings": 20, "strings": ["0zasf0q", "ypu0cz0", "adtx8jlpc", "3dd7uozes2", "ygti1", "2br7ebp43", "s9hax0jjvp", "3z0xpujk8z", "0xvlkbl", "pef4qotxv9", "yff01ce", "92cwtx", "ztu3h", "j79gw48z3", "tpg57", "cc08o", "txh4h4pyc2", "ynnqm", "yp1w20alz6", "m2p5m"]}, "task_name": "task02", "example_name": "0233", "problem_name": "task02_0233"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [amg7b, ds2btlygc, 6qu7v5z, 007e2ra1]\nSets of Numbers: [(2, 6, 1), (2, 5, 1), (3, 0, 7), (2, 3, 4), (1, 2, 1), (2, 1, 5), (0, 0, 3), (0, 3, 2), (3, 0, 2), (2, 2, 5), (3, 7, 1), (0, 1, 4), (1, 4, 5), (1, 1, 3), (3, 6, 2), (0, 4, 1), (3, 1, 6), (3, 2, 2), (1, 0, 8), (1, 6, 3), (0, 3, 1), (0, 3, 1), (1, 1, 5), (1, 1, 6), (0, 3, 2)]\n", "label": {"final": "z5007e2ra7v5z2qu7v5amg7b00u7v5z1mg7btlygcs2ba1b07e2ra7eds2btlygygc77s2btls2btly7b", "init": "", "intermediate": ["z", "z5", "z5007e2ra", "z5007e2ra7v5z", "z5007e2ra7v5z2", "z5007e2ra7v5z2qu7v5", "z5007e2ra7v5z2qu7v5amg", "z5007e2ra7v5z2qu7v5amg7b", "z5007e2ra7v5z2qu7v5amg7b00", "z5007e2ra7v5z2qu7v5amg7b00u7v5z", "z5007e2ra7v5z2qu7v5amg7b00u7v5z1", "z5007e2ra7v5z2qu7v5amg7b00u7v5z1mg7b", "z5007e2ra7v5z2qu7v5amg7b00u7v5z1mg7btlygc", "z5007e2ra7v5z2qu7v5amg7b00u7v5z1mg7btlygcs2b", "z5007e2ra7v5z2qu7v5amg7b00u7v5z1mg7btlygcs2ba1", "z5007e2ra7v5z2qu7v5amg7b00u7v5z1mg7btlygcs2ba1b", "z5007e2ra7v5z2qu7v5amg7b00u7v5z1mg7btlygcs2ba1b07e2ra", "z5007e2ra7v5z2qu7v5amg7b00u7v5z1mg7btlygcs2ba1b07e2ra7e", "z5007e2ra7v5z2qu7v5amg7b00u7v5z1mg7btlygcs2ba1b07e2ra7eds2btlyg", "z5007e2ra7v5z2qu7v5amg7b00u7v5z1mg7btlygcs2ba1b07e2ra7eds2btlygygc", "z5007e2ra7v5z2qu7v5amg7b00u7v5z1mg7btlygcs2ba1b07e2ra7eds2btlygygc7", "z5007e2ra7v5z2qu7v5amg7b00u7v5z1mg7btlygcs2ba1b07e2ra7eds2btlygygc77", "z5007e2ra7v5z2qu7v5amg7b00u7v5z1mg7btlygcs2ba1b07e2ra7eds2btlygygc77s2btl", "z5007e2ra7v5z2qu7v5amg7b00u7v5z1mg7btlygcs2ba1b07e2ra7eds2btlygygc77s2btls2btly"]}, "config": {"commands": [[2, 6, 1], [2, 5, 1], [3, 0, 7], [2, 3, 4], [1, 2, 1], [2, 1, 5], [0, 0, 3], [0, 3, 2], [3, 0, 2], [2, 2, 5], [3, 7, 1], [0, 1, 4], [1, 4, 5], [1, 1, 3], [3, 6, 2], [0, 4, 1], [3, 1, 6], [3, 2, 2], [1, 0, 8], [1, 6, 3], [0, 3, 1], [0, 3, 1], [1, 1, 5], [1, 1, 6], [0, 3, 2]], "max_length": 10, "min_length": 5, "num_commands": 25, "num_strings": 4, "strings": ["amg7b", "ds2btlygc", "6qu7v5z", "007e2ra1"]}, "task_name": "task02", "example_name": "0234", "problem_name": "task02_0234"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [f6gq3fx, 26hnzhsi, i9knj6we, s58whv4m5, ql7fgt, xsit55, yust57i]\nSets of Numbers: [(5, 4, 2), (1, 7, 1), (6, 6, 1), (6, 5, 1), (5, 3, 2), (0, 5, 1), (5, 3, 3), (3, 8, 1), (4, 1, 2), (1, 6, 1), (2, 7, 1), (6, 0, 1), (0, 0, 1), (6, 5, 1), (4, 2, 4), (0, 4, 2), (6, 3, 2), (1, 6, 1), (6, 5, 1), (0, 1, 3), (5, 4, 2), (0, 6, 1), (1, 2, 2), (5, 4, 2), (5, 4, 1)]\n", "label": {"final": "55ii7t5ft555l7seyf77fgt3ft5s76gq55xhn555", "init": "", "intermediate": ["55", "55i", "55ii", "55ii7", "55ii7t5", "55ii7t5f", "55ii7t5ft55", "55ii7t5ft555", "55ii7t5ft555l7", "55ii7t5ft555l7s", "55ii7t5ft555l7se", "55ii7t5ft555l7sey", "55ii7t5ft555l7seyf", "55ii7t5ft555l7seyf7", "55ii7t5ft555l7seyf77fgt", "55ii7t5ft555l7seyf77fgt3f", "55ii7t5ft555l7seyf77fgt3ft5", "55ii7t5ft555l7seyf77fgt3ft5s", "55ii7t5ft555l7seyf77fgt3ft5s7", "55ii7t5ft555l7seyf77fgt3ft5s76gq", "55ii7t5ft555l7seyf77fgt3ft5s76gq55", "55ii7t5ft555l7seyf77fgt3ft5s76gq55x", "55ii7t5ft555l7seyf77fgt3ft5s76gq55xhn", "55ii7t5ft555l7seyf77fgt3ft5s76gq55xhn55"]}, "config": {"commands": [[5, 4, 2], [1, 7, 1], [6, 6, 1], [6, 5, 1], [5, 3, 2], [0, 5, 1], [5, 3, 3], [3, 8, 1], [4, 1, 2], [1, 6, 1], [2, 7, 1], [6, 0, 1], [0, 0, 1], [6, 5, 1], [4, 2, 4], [0, 4, 2], [6, 3, 2], [1, 6, 1], [6, 5, 1], [0, 1, 3], [5, 4, 2], [0, 6, 1], [1, 2, 2], [5, 4, 2], [5, 4, 1]], "max_length": 10, "min_length": 5, "num_commands": 25, "num_strings": 7, "strings": ["f6gq3fx", "26hnzhsi", "i9knj6we", "s58whv4m5", "ql7fgt", "xsit55", "yust57i"]}, "task_name": "task02", "example_name": "0235", "problem_name": "task02_0235"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [9qnjqf, i64zj55hj, 9xcwnn2hab, o343bci4y, lzlxw8fi1a, zr3a6]\nSets of Numbers: [(3, 5, 3), (4, 9, 1), (0, 4, 2), (1, 8, 1), (3, 1, 4), (4, 6, 2), (1, 1, 3), (3, 1, 7), (0, 4, 2), (2, 2, 8), (5, 4, 1), (4, 7, 3), (0, 2, 4), (2, 7, 3), (4, 6, 1), (2, 0, 10), (4, 7, 2), (3, 0, 4), (0, 2, 4), (1, 8, 1), (4, 6, 4), (5, 2, 3), (4, 9, 1), (2, 3, 7), (0, 3, 3)]\n", "label": {"final": "ci4aqfj343bfi64z343bci4qfcwnn2hab6i1anjqfhabf9xcwnn2habi1o343njqfjfi1a3a6awnn2habjqf", "init": "", "intermediate": ["ci4", "ci4a", "ci4aqf", "ci4aqfj", "ci4aqfj343b", "ci4aqfj343bfi", "ci4aqfj343bfi64z", "ci4aqfj343bfi64z343bci4", "ci4aqfj343bfi64z343bci4qf", "ci4aqfj343bfi64z343bci4qfcwnn2hab", "ci4aqfj343bfi64z343bci4qfcwnn2hab6", "ci4aqfj343bfi64z343bci4qfcwnn2hab6i1a", "ci4aqfj343bfi64z343bci4qfcwnn2hab6i1anjqf", "ci4aqfj343bfi64z343bci4qfcwnn2hab6i1anjqfhab", "ci4aqfj343bfi64z343bci4qfcwnn2hab6i1anjqfhabf", "ci4aqfj343bfi64z343bci4qfcwnn2hab6i1anjqfhabf9xcwnn2hab", "ci4aqfj343bfi64z343bci4qfcwnn2hab6i1anjqfhabf9xcwnn2habi1", "ci4aqfj343bfi64z343bci4qfcwnn2hab6i1anjqfhabf9xcwnn2habi1o343", "ci4aqfj343bfi64z343bci4qfcwnn2hab6i1anjqfhabf9xcwnn2habi1o343njqf", "ci4aqfj343bfi64z343bci4qfcwnn2hab6i1anjqfhabf9xcwnn2habi1o343njqfj", "ci4aqfj343bfi64z343bci4qfcwnn2hab6i1anjqfhabf9xcwnn2habi1o343njqfjfi1a", "ci4aqfj343bfi64z343bci4qfcwnn2hab6i1anjqfhabf9xcwnn2habi1o343njqfjfi1a3a6", "ci4aqfj343bfi64z343bci4qfcwnn2hab6i1anjqfhabf9xcwnn2habi1o343njqfjfi1a3a6a", "ci4aqfj343bfi64z343bci4qfcwnn2hab6i1anjqfhabf9xcwnn2habi1o343njqfjfi1a3a6awnn2hab"]}, "config": {"commands": [[3, 5, 3], [4, 9, 1], [0, 4, 2], [1, 8, 1], [3, 1, 4], [4, 6, 2], [1, 1, 3], [3, 1, 7], [0, 4, 2], [2, 2, 8], [5, 4, 1], [4, 7, 3], [0, 2, 4], [2, 7, 3], [4, 6, 1], [2, 0, 10], [4, 7, 2], [3, 0, 4], [0, 2, 4], [1, 8, 1], [4, 6, 4], [5, 2, 3], [4, 9, 1], [2, 3, 7], [0, 3, 3]], "max_length": 10, "min_length": 5, "num_commands": 25, "num_strings": 6, "strings": ["9qnjqf", "i64zj55hj", "9xcwnn2hab", "o343bci4y", "lzlxw8fi1a", "zr3a6"]}, "task_name": "task02", "example_name": "0236", "problem_name": "task02_0236"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [gg1lx, 014qsm1xo6, pan6y, d31fotk, xmp2b, w8bdi, x66ezbu2, y5z1smim4e, giuuiov, 63ayz5sp, q6sai, p0f2pexk, ykb8xagco]\nSets of Numbers: [(10, 2, 3), (5, 2, 3), (4, 3, 2), (6, 7, 1), (3, 2, 5), (0, 0, 3), (10, 2, 2), (9, 2, 3), (11, 3, 4), (9, 5, 2), (6, 7, 1), (7, 4, 3), (11, 3, 5), (2, 0, 3), (8, 4, 1), (2, 3, 1), (0, 3, 2), (9, 4, 2), (6, 2, 5), (7, 4, 3), (1, 3, 2), (0, 1, 2), (6, 2, 2), (8, 6, 1), (3, 2, 2)]\n", "label": {"final": "saibdi2b21fotkgg1saayz2pex5s2smi2pexkpani6lxz56ezbusmiqsg16ev1f", "init": "", "intermediate": ["sai", "saibdi", "saibdi2b", "saibdi2b2", "saibdi2b21fotk", "saibdi2b21fotkgg1", "saibdi2b21fotkgg1sa", "saibdi2b21fotkgg1saayz", "saibdi2b21fotkgg1saayz2pex", "saibdi2b21fotkgg1saayz2pex5s", "saibdi2b21fotkgg1saayz2pex5s2", "saibdi2b21fotkgg1saayz2pex5s2smi", "saibdi2b21fotkgg1saayz2pex5s2smi2pexk", "saibdi2b21fotkgg1saayz2pex5s2smi2pexkpan", "saibdi2b21fotkgg1saayz2pex5s2smi2pexkpani", "saibdi2b21fotkgg1saayz2pex5s2smi2pexkpani6", "saibdi2b21fotkgg1saayz2pex5s2smi2pexkpani6lx", "saibdi2b21fotkgg1saayz2pex5s2smi2pexkpani6lxz5", "saibdi2b21fotkgg1saayz2pex5s2smi2pexkpani6lxz56ezbu", "saibdi2b21fotkgg1saayz2pex5s2smi2pexkpani6lxz56ezbusmi", "saibdi2b21fotkgg1saayz2pex5s2smi2pexkpani6lxz56ezbusmiqs", "saibdi2b21fotkgg1saayz2pex5s2smi2pexkpani6lxz56ezbusmiqsg1", "saibdi2b21fotkgg1saayz2pex5s2smi2pexkpani6lxz56ezbusmiqsg16e", "saibdi2b21fotkgg1saayz2pex5s2smi2pexkpani6lxz56ezbusmiqsg16ev"]}, "config": {"commands": [[10, 2, 3], [5, 2, 3], [4, 3, 2], [6, 7, 1], [3, 2, 5], [0, 0, 3], [10, 2, 2], [9, 2, 3], [11, 3, 4], [9, 5, 2], [6, 7, 1], [7, 4, 3], [11, 3, 5], [2, 0, 3], [8, 4, 1], [2, 3, 1], [0, 3, 2], [9, 4, 2], [6, 2, 5], [7, 4, 3], [1, 3, 2], [0, 1, 2], [6, 2, 2], [8, 6, 1], [3, 2, 2]], "max_length": 10, "min_length": 5, "num_commands": 25, "num_strings": 13, "strings": ["gg1lx", "014qsm1xo6", "pan6y", "d31fotk", "xmp2b", "w8bdi", "x66ezbu2", "y5z1smim4e", "giuuiov", "63ayz5sp", "q6sai", "p0f2pexk", "ykb8xagco"]}, "task_name": "task02", "example_name": "0237", "problem_name": "task02_0237"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ae69ar, 1sxocqh, f7s4dwc, 4cc1sjme, bjju4qsd, a0hf1y, cf2dwwd]\nSets of Numbers: [(3, 0, 3), (3, 1, 3), (4, 1, 6), (0, 2, 4), (5, 4, 2), (3, 6, 2), (1, 1, 2), (5, 4, 1), (6, 5, 2), (1, 3, 2), (6, 0, 1), (2, 6, 1), (0, 4, 2), (4, 4, 2), (6, 3, 2), (2, 6, 1), (5, 2, 2), (6, 5, 2), (5, 5, 1), (0, 0, 2), (3, 3, 4), (3, 3, 3), (1, 2, 3), (0, 1, 5), (0, 0, 1)]\n", "label": {"final": "4cccc1jju4qs69ar1ymesx1wdocccar4qdwchfwdyae1sjm1sjxoce69ara", "init": "", "intermediate": ["4cc", "4cccc1", "4cccc1jju4qs", "4cccc1jju4qs69ar", "4cccc1jju4qs69ar1y", "4cccc1jju4qs69ar1yme", "4cccc1jju4qs69ar1ymesx", "4cccc1jju4qs69ar1ymesx1", "4cccc1jju4qs69ar1ymesx1wd", "4cccc1jju4qs69ar1ymesx1wdoc", "4cccc1jju4qs69ar1ymesx1wdocc", "4cccc1jju4qs69ar1ymesx1wdoccc", "4cccc1jju4qs69ar1ymesx1wdocccar", "4cccc1jju4qs69ar1ymesx1wdocccar4q", "4cccc1jju4qs69ar1ymesx1wdocccar4qdw", "4cccc1jju4qs69ar1ymesx1wdocccar4qdwc", "4cccc1jju4qs69ar1ymesx1wdocccar4qdwchf", "4cccc1jju4qs69ar1ymesx1wdocccar4qdwchfwd", "4cccc1jju4qs69ar1ymesx1wdocccar4qdwchfwdy", "4cccc1jju4qs69ar1ymesx1wdocccar4qdwchfwdyae", "4cccc1jju4qs69ar1ymesx1wdocccar4qdwchfwdyae1sjm", "4cccc1jju4qs69ar1ymesx1wdocccar4qdwchfwdyae1sjm1sj", "4cccc1jju4qs69ar1ymesx1wdocccar4qdwchfwdyae1sjm1sjxoc", "4cccc1jju4qs69ar1ymesx1wdocccar4qdwchfwdyae1sjm1sjxoce69ar"]}, "config": {"commands": [[3, 0, 3], [3, 1, 3], [4, 1, 6], [0, 2, 4], [5, 4, 2], [3, 6, 2], [1, 1, 2], [5, 4, 1], [6, 5, 2], [1, 3, 2], [6, 0, 1], [2, 6, 1], [0, 4, 2], [4, 4, 2], [6, 3, 2], [2, 6, 1], [5, 2, 2], [6, 5, 2], [5, 5, 1], [0, 0, 2], [3, 3, 4], [3, 3, 3], [1, 2, 3], [0, 1, 5], [0, 0, 1]], "max_length": 10, "min_length": 5, "num_commands": 25, "num_strings": 7, "strings": ["ae69ar", "1sxocqh", "f7s4dwc", "4cc1sjme", "bjju4qsd", "a0hf1y", "cf2dwwd"]}, "task_name": "task02", "example_name": "0238", "problem_name": "task02_0238"}
+{"prompt": "Extract substrings from given strings according to a given list of sets of numbers (N, i, n) step by step.\nStart with an empty string.\nFor each number set, extract n characters starting from the i-th character of the N-th string with N and i being in 0-based indexing, and append the extracted substring to the string.\nRepeat the process until the end of the list starting from the first element of the list.\n\nProvide the final string along with the intermediate strings after each process in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [97d5jem, ytxjd07ir, d5vmbm, cfjvkbpso, zh7vr, jfvwpb, gftq0up, g0ylq4r, dtd91r, jj7th, ap8kgqe0, l3aee, zz1dq]\nSets of Numbers: [(8, 3, 3), (3, 3, 6), (5, 4, 2), (2, 4, 1), (10, 0, 7), (8, 3, 2), (10, 2, 4), (8, 4, 1), (6, 6, 1), (0, 5, 2), (5, 4, 2), (3, 8, 1), (2, 4, 1), (8, 0, 2), (4, 4, 1), (12, 0, 1), (4, 3, 1), (10, 5, 1), (6, 0, 5), (5, 1, 4), (4, 3, 1), (0, 3, 2), (5, 3, 1), (7, 1, 3), (1, 0, 5)]\n", "label": {"final": "91rvkbpsopbbap8kgqe918kgq1pempbobdtrzvqgftq0fvwpv5jw0ylytxjd", "init": "", "intermediate": ["91r", "91rvkbpso", "91rvkbpsopb", "91rvkbpsopbb", "91rvkbpsopbbap8kgqe", "91rvkbpsopbbap8kgqe91", "91rvkbpsopbbap8kgqe918kgq", "91rvkbpsopbbap8kgqe918kgq1", "91rvkbpsopbbap8kgqe918kgq1p", "91rvkbpsopbbap8kgqe918kgq1pem", "91rvkbpsopbbap8kgqe918kgq1pempb", "91rvkbpsopbbap8kgqe918kgq1pempbo", "91rvkbpsopbbap8kgqe918kgq1pempbob", "91rvkbpsopbbap8kgqe918kgq1pempbobdt", "91rvkbpsopbbap8kgqe918kgq1pempbobdtr", "91rvkbpsopbbap8kgqe918kgq1pempbobdtrz", "91rvkbpsopbbap8kgqe918kgq1pempbobdtrzv", "91rvkbpsopbbap8kgqe918kgq1pempbobdtrzvq", "91rvkbpsopbbap8kgqe918kgq1pempbobdtrzvqgftq0", "91rvkbpsopbbap8kgqe918kgq1pempbobdtrzvqgftq0fvwp", "91rvkbpsopbbap8kgqe918kgq1pempbobdtrzvqgftq0fvwpv", "91rvkbpsopbbap8kgqe918kgq1pempbobdtrzvqgftq0fvwpv5j", "91rvkbpsopbbap8kgqe918kgq1pempbobdtrzvqgftq0fvwpv5jw", "91rvkbpsopbbap8kgqe918kgq1pempbobdtrzvqgftq0fvwpv5jw0yl"]}, "config": {"commands": [[8, 3, 3], [3, 3, 6], [5, 4, 2], [2, 4, 1], [10, 0, 7], [8, 3, 2], [10, 2, 4], [8, 4, 1], [6, 6, 1], [0, 5, 2], [5, 4, 2], [3, 8, 1], [2, 4, 1], [8, 0, 2], [4, 4, 1], [12, 0, 1], [4, 3, 1], [10, 5, 1], [6, 0, 5], [5, 1, 4], [4, 3, 1], [0, 3, 2], [5, 3, 1], [7, 1, 3], [1, 0, 5]], "max_length": 10, "min_length": 5, "num_commands": 25, "num_strings": 13, "strings": ["97d5jem", "ytxjd07ir", "d5vmbm", "cfjvkbpso", "zh7vr", "jfvwpb", "gftq0up", "g0ylq4r", "dtd91r", "jj7th", "ap8kgqe0", "l3aee", "zz1dq"]}, "task_name": "task02", "example_name": "0239", "problem_name": "task02_0239"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['fi5yjz']", "label": {"final": 25, "init": "0", "intermediate": [["fi5yjz", "5", "5", "25"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 1, "strings": ["fi5yjz"]}, "task_name": "task03", "example_name": "0000", "problem_name": "task03_0000"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['xum6ead']", "label": {"final": 36, "init": "0", "intermediate": [["xum6ead", "6", "6", "36"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 1, "strings": ["xum6ead"]}, "task_name": "task03", "example_name": "0001", "problem_name": "task03_0001"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ptsfned']", "label": {"final": 0, "init": "0", "intermediate": [["ptsfned", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 1, "strings": ["ptsfned"]}, "task_name": "task03", "example_name": "0002", "problem_name": "task03_0002"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['qqh3t']", "label": {"final": 12, "init": "0", "intermediate": [["qqh3t", "4", "3", "12"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 1, "strings": ["qqh3t"]}, "task_name": "task03", "example_name": "0003", "problem_name": "task03_0003"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['gojk']", "label": {"final": 0, "init": "0", "intermediate": [["gojk", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 1, "strings": ["gojk"]}, "task_name": "task03", "example_name": "0004", "problem_name": "task03_0004"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ngzhw']", "label": {"final": 0, "init": "0", "intermediate": [["ngzhw", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 1, "strings": ["ngzhw"]}, "task_name": "task03", "example_name": "0005", "problem_name": "task03_0005"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['i3soqekc']", "label": {"final": 21, "init": "0", "intermediate": [["i3soqekc", "7", "3", "21"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 1, "strings": ["i3soqekc"]}, "task_name": "task03", "example_name": "0006", "problem_name": "task03_0006"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['mgnkdp1vg']", "label": {"final": 8, "init": "0", "intermediate": [["mgnkdp1vg", "8", "1", "8"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 1, "strings": ["mgnkdp1vg"]}, "task_name": "task03", "example_name": "0007", "problem_name": "task03_0007"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['cqkzoo']", "label": {"final": 0, "init": "0", "intermediate": [["cqkzoo", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 1, "strings": ["cqkzoo"]}, "task_name": "task03", "example_name": "0008", "problem_name": "task03_0008"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['mpmvpk']", "label": {"final": 0, "init": "0", "intermediate": [["mpmvpk", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 1, "strings": ["mpmvpk"]}, "task_name": "task03", "example_name": "0009", "problem_name": "task03_0009"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ukptbxls', 'nogkjs']", "label": {"final": 0, "init": "0", "intermediate": [["ukptbxls", "8", "0", "0"], ["nogkjs", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 2, "strings": ["ukptbxls", "nogkjs"]}, "task_name": "task03", "example_name": "0010", "problem_name": "task03_0010"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ogzuwqh', 'plpx']", "label": {"final": 0, "init": "0", "intermediate": [["ogzuwqh", "7", "0", "0"], ["plpx", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 2, "strings": ["ogzuwqh", "plpx"]}, "task_name": "task03", "example_name": "0011", "problem_name": "task03_0011"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['awacz0iax', 'cqvgkucrc']", "label": {"final": 0, "init": "0", "intermediate": [["awacz0iax", "8", "0", "0"], ["cqvgkucrc", "9", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 2, "strings": ["awacz0iax", "cqvgkucrc"]}, "task_name": "task03", "example_name": "0012", "problem_name": "task03_0012"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['njbcrf', 'hbdb1uf']", "label": {"final": 6, "init": "0", "intermediate": [["njbcrf", "6", "0", "0"], ["hbdb1uf", "6", "1", "6"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 2, "strings": ["njbcrf", "hbdb1uf"]}, "task_name": "task03", "example_name": "0013", "problem_name": "task03_0013"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ulntab', 'psvkhf']", "label": {"final": 0, "init": "0", "intermediate": [["ulntab", "6", "0", "0"], ["psvkhf", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 2, "strings": ["ulntab", "psvkhf"]}, "task_name": "task03", "example_name": "0014", "problem_name": "task03_0014"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ihi6ms5r9', 'abkuwk']", "label": {"final": 3954, "init": "0", "intermediate": [["ihi6ms5r9", "6", "659", "3954"], ["abkuwk", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 2, "strings": ["ihi6ms5r9", "abkuwk"]}, "task_name": "task03", "example_name": "0015", "problem_name": "task03_0015"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['2qx6ia', 'bdfmf']", "label": {"final": 104, "init": "0", "intermediate": [["2qx6ia", "4", "26", "104"], ["bdfmf", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 2, "strings": ["2qx6ia", "bdfmf"]}, "task_name": "task03", "example_name": "0016", "problem_name": "task03_0016"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['z2wlew', 'rltqhffuc']", "label": {"final": 10, "init": "0", "intermediate": [["z2wlew", "5", "2", "10"], ["rltqhffuc", "9", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 2, "strings": ["z2wlew", "rltqhffuc"]}, "task_name": "task03", "example_name": "0017", "problem_name": "task03_0017"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['yinfmpzuv', '8lqqt']", "label": {"final": 32, "init": "0", "intermediate": [["yinfmpzuv", "9", "0", "0"], ["8lqqt", "4", "8", "32"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 2, "strings": ["yinfmpzuv", "8lqqt"]}, "task_name": "task03", "example_name": "0018", "problem_name": "task03_0018"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['lhy9', 'bfifitzza']", "label": {"final": 27, "init": "0", "intermediate": [["lhy9", "3", "9", "27"], ["bfifitzza", "9", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 2, "strings": ["lhy9", "bfifitzza"]}, "task_name": "task03", "example_name": "0019", "problem_name": "task03_0019"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['snmw', 'ftxm', 'ouc9yxaj']", "label": {"final": 63, "init": "0", "intermediate": [["snmw", "4", "0", "0"], ["ftxm", "4", "0", "0"], ["ouc9yxaj", "7", "9", "63"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 3, "strings": ["snmw", "ftxm", "ouc9yxaj"]}, "task_name": "task03", "example_name": "0020", "problem_name": "task03_0020"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['g3cj1wbyz', 'ahotezziw', 'qbjismpe4']", "label": {"final": 249, "init": "0", "intermediate": [["g3cj1wbyz", "7", "31", "217"], ["ahotezziw", "9", "0", "0"], ["qbjismpe4", "8", "4", "32"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 3, "strings": ["g3cj1wbyz", "ahotezziw", "qbjismpe4"]}, "task_name": "task03", "example_name": "0021", "problem_name": "task03_0021"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['xudvzwzpc', 'wv4lq', 'hpiu']", "label": {"final": 16, "init": "0", "intermediate": [["xudvzwzpc", "9", "0", "0"], ["wv4lq", "4", "4", "16"], ["hpiu", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 3, "strings": ["xudvzwzpc", "wv4lq", "hpiu"]}, "task_name": "task03", "example_name": "0022", "problem_name": "task03_0022"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['bfcqsxrl', 'mhzgfz4', 'o2h3i8']", "label": {"final": 738, "init": "0", "intermediate": [["bfcqsxrl", "8", "0", "0"], ["mhzgfz4", "6", "4", "24"], ["o2h3i8", "3", "238", "714"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 3, "strings": ["bfcqsxrl", "mhzgfz4", "o2h3i8"]}, "task_name": "task03", "example_name": "0023", "problem_name": "task03_0023"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['8iqpa', 'acuee', 'wcfobfh']", "label": {"final": 32, "init": "0", "intermediate": [["8iqpa", "4", "8", "32"], ["acuee", "5", "0", "0"], ["wcfobfh", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 3, "strings": ["8iqpa", "acuee", "wcfobfh"]}, "task_name": "task03", "example_name": "0024", "problem_name": "task03_0024"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['c3doekyhp', 'pako9', 'uambi']", "label": {"final": 60, "init": "0", "intermediate": [["c3doekyhp", "8", "3", "24"], ["pako9", "4", "9", "36"], ["uambi", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 3, "strings": ["c3doekyhp", "pako9", "uambi"]}, "task_name": "task03", "example_name": "0025", "problem_name": "task03_0025"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['rqojao', 'lhxnyke', 'wfdibofpx']", "label": {"final": 0, "init": "0", "intermediate": [["rqojao", "6", "0", "0"], ["lhxnyke", "7", "0", "0"], ["wfdibofpx", "9", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 3, "strings": ["rqojao", "lhxnyke", "wfdibofpx"]}, "task_name": "task03", "example_name": "0026", "problem_name": "task03_0026"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ikqveaxov', '9uza1lj', 'nse3irv']", "label": {"final": 473, "init": "0", "intermediate": [["ikqveaxov", "9", "0", "0"], ["9uza1lj", "5", "91", "455"], ["nse3irv", "6", "3", "18"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 3, "strings": ["ikqveaxov", "9uza1lj", "nse3irv"]}, "task_name": "task03", "example_name": "0027", "problem_name": "task03_0027"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['oeyue', 'cv3el', '1auvi']", "label": {"final": 16, "init": "0", "intermediate": [["oeyue", "5", "0", "0"], ["cv3el", "4", "3", "12"], ["1auvi", "4", "1", "4"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 3, "strings": ["oeyue", "cv3el", "1auvi"]}, "task_name": "task03", "example_name": "0028", "problem_name": "task03_0028"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['9nscf', 'bi0qbl', 'wrwv']", "label": {"final": 36, "init": "0", "intermediate": [["9nscf", "4", "9", "36"], ["bi0qbl", "5", "0", "0"], ["wrwv", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 3, "strings": ["9nscf", "bi0qbl", "wrwv"]}, "task_name": "task03", "example_name": "0029", "problem_name": "task03_0029"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['xemo', 'v2sgmm', 'yhby', 'tteaxl']", "label": {"final": 10, "init": "0", "intermediate": [["xemo", "4", "0", "0"], ["v2sgmm", "5", "2", "10"], ["yhby", "4", "0", "0"], ["tteaxl", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 4, "strings": ["xemo", "v2sgmm", "yhby", "tteaxl"]}, "task_name": "task03", "example_name": "0030", "problem_name": "task03_0030"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['nmcavkt', 'isbzcc', '0jgads', '0pu1rejey']", "label": {"final": 7, "init": "0", "intermediate": [["nmcavkt", "7", "0", "0"], ["isbzcc", "6", "0", "0"], ["0jgads", "5", "0", "0"], ["0pu1rejey", "7", "1", "7"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 4, "strings": ["nmcavkt", "isbzcc", "0jgads", "0pu1rejey"]}, "task_name": "task03", "example_name": "0031", "problem_name": "task03_0031"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['iagy', 'gvge', 'yxojeyby', '0do5']", "label": {"final": 10, "init": "0", "intermediate": [["iagy", "4", "0", "0"], ["gvge", "4", "0", "0"], ["yxojeyby", "8", "0", "0"], ["0do5", "2", "5", "10"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 4, "strings": ["iagy", "gvge", "yxojeyby", "0do5"]}, "task_name": "task03", "example_name": "0032", "problem_name": "task03_0032"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['kd1z', 'nwikk', 'yjuxterqw', 'cuuvb']", "label": {"final": 3, "init": "0", "intermediate": [["kd1z", "3", "1", "3"], ["nwikk", "5", "0", "0"], ["yjuxterqw", "9", "0", "0"], ["cuuvb", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 4, "strings": ["kd1z", "nwikk", "yjuxterqw", "cuuvb"]}, "task_name": "task03", "example_name": "0033", "problem_name": "task03_0033"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['go6zy', 'ygpo6', 'kz0lekuk', 'yppdvnh']", "label": {"final": 48, "init": "0", "intermediate": [["go6zy", "4", "6", "24"], ["ygpo6", "4", "6", "24"], ["kz0lekuk", "7", "0", "0"], ["yppdvnh", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 4, "strings": ["go6zy", "ygpo6", "kz0lekuk", "yppdvnh"]}, "task_name": "task03", "example_name": "0034", "problem_name": "task03_0034"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['vxllhvctl', 'k7yksljdr', 'ddbh6njf', 'xzw5titdc']", "label": {"final": 138, "init": "0", "intermediate": [["vxllhvctl", "9", "0", "0"], ["k7yksljdr", "8", "7", "56"], ["ddbh6njf", "7", "6", "42"], ["xzw5titdc", "8", "5", "40"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 4, "strings": ["vxllhvctl", "k7yksljdr", "ddbh6njf", "xzw5titdc"]}, "task_name": "task03", "example_name": "0035", "problem_name": "task03_0035"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['qnohf', '88tjmq', 'gpf46t', 'zdeg3vmgg']", "label": {"final": 560, "init": "0", "intermediate": [["qnohf", "5", "0", "0"], ["88tjmq", "4", "88", "352"], ["gpf46t", "4", "46", "184"], ["zdeg3vmgg", "8", "3", "24"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 4, "strings": ["qnohf", "88tjmq", "gpf46t", "zdeg3vmgg"]}, "task_name": "task03", "example_name": "0036", "problem_name": "task03_0036"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['gmpoigx', 'yh4fdvy', 'tqvaljh', '4bg2j']", "label": {"final": 150, "init": "0", "intermediate": [["gmpoigx", "7", "0", "0"], ["yh4fdvy", "6", "4", "24"], ["tqvaljh", "7", "0", "0"], ["4bg2j", "3", "42", "126"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 4, "strings": ["gmpoigx", "yh4fdvy", "tqvaljh", "4bg2j"]}, "task_name": "task03", "example_name": "0037", "problem_name": "task03_0037"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['dhanpnjgl', 'cfte', 'aq1doa2', 'horbxke']", "label": {"final": 60, "init": "0", "intermediate": [["dhanpnjgl", "9", "0", "0"], ["cfte", "4", "0", "0"], ["aq1doa2", "5", "12", "60"], ["horbxke", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 4, "strings": ["dhanpnjgl", "cfte", "aq1doa2", "horbxke"]}, "task_name": "task03", "example_name": "0038", "problem_name": "task03_0038"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['enwloxb', 'v5fftqs', '4bklmt7', '67wbbvsoj']", "label": {"final": 734, "init": "0", "intermediate": [["enwloxb", "7", "0", "0"], ["v5fftqs", "6", "5", "30"], ["4bklmt7", "5", "47", "235"], ["67wbbvsoj", "7", "67", "469"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 4, "strings": ["enwloxb", "v5fftqs", "4bklmt7", "67wbbvsoj"]}, "task_name": "task03", "example_name": "0039", "problem_name": "task03_0039"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['xmht', 'ntlo', 'qpphkwk', 'ztogsq', 'jywb8dvc']", "label": {"final": 56, "init": "0", "intermediate": [["xmht", "4", "0", "0"], ["ntlo", "4", "0", "0"], ["qpphkwk", "7", "0", "0"], ["ztogsq", "6", "0", "0"], ["jywb8dvc", "7", "8", "56"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 5, "strings": ["xmht", "ntlo", "qpphkwk", "ztogsq", "jywb8dvc"]}, "task_name": "task03", "example_name": "0040", "problem_name": "task03_0040"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['5nrffxxtb', 'blcw', 'vlsjw', 'ru92', 'vvc6i8v']", "label": {"final": 564, "init": "0", "intermediate": [["5nrffxxtb", "8", "5", "40"], ["blcw", "4", "0", "0"], ["vlsjw", "5", "0", "0"], ["ru92", "2", "92", "184"], ["vvc6i8v", "5", "68", "340"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 5, "strings": ["5nrffxxtb", "blcw", "vlsjw", "ru92", "vvc6i8v"]}, "task_name": "task03", "example_name": "0041", "problem_name": "task03_0041"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['mgye', 'prks', 'lubooj', 'ul2po', 'cgev']", "label": {"final": 8, "init": "0", "intermediate": [["mgye", "4", "0", "0"], ["prks", "4", "0", "0"], ["lubooj", "6", "0", "0"], ["ul2po", "4", "2", "8"], ["cgev", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 5, "strings": ["mgye", "prks", "lubooj", "ul2po", "cgev"]}, "task_name": "task03", "example_name": "0042", "problem_name": "task03_0042"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['rstecsgq', 'gfmvcxcl', 'aup2gtx', 'vxdgpwq', 'wcrl']", "label": {"final": 12, "init": "0", "intermediate": [["rstecsgq", "8", "0", "0"], ["gfmvcxcl", "8", "0", "0"], ["aup2gtx", "6", "2", "12"], ["vxdgpwq", "7", "0", "0"], ["wcrl", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 5, "strings": ["rstecsgq", "gfmvcxcl", "aup2gtx", "vxdgpwq", "wcrl"]}, "task_name": "task03", "example_name": "0043", "problem_name": "task03_0043"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['n1jn6itin', 'kz9zfcm', 'btcumnqdk', 'eneernpz', 'l3md']", "label": {"final": 175, "init": "0", "intermediate": [["n1jn6itin", "7", "16", "112"], ["kz9zfcm", "6", "9", "54"], ["btcumnqdk", "9", "0", "0"], ["eneernpz", "8", "0", "0"], ["l3md", "3", "3", "9"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 5, "strings": ["n1jn6itin", "kz9zfcm", "btcumnqdk", "eneernpz", "l3md"]}, "task_name": "task03", "example_name": "0044", "problem_name": "task03_0044"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['kjlzzha', 'fvyfntp7', 'y2sbgx', 'gzekbmgmp', 'oirg']", "label": {"final": 59, "init": "0", "intermediate": [["kjlzzha", "7", "0", "0"], ["fvyfntp7", "7", "7", "49"], ["y2sbgx", "5", "2", "10"], ["gzekbmgmp", "9", "0", "0"], ["oirg", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 5, "strings": ["kjlzzha", "fvyfntp7", "y2sbgx", "gzekbmgmp", "oirg"]}, "task_name": "task03", "example_name": "0045", "problem_name": "task03_0045"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['hsxosege', 'gb9mp', '5setqse', 'oq4vrh', '0k77fe']", "label": {"final": 317, "init": "0", "intermediate": [["hsxosege", "8", "0", "0"], ["gb9mp", "4", "9", "36"], ["5setqse", "6", "5", "30"], ["oq4vrh", "5", "4", "20"], ["0k77fe", "3", "77", "231"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 5, "strings": ["hsxosege", "gb9mp", "5setqse", "oq4vrh", "0k77fe"]}, "task_name": "task03", "example_name": "0046", "problem_name": "task03_0046"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['poqvee', 'z371', 'mqao', 'gua2t7ndp', 'ya3ituyc']", "label": {"final": 581, "init": "0", "intermediate": [["poqvee", "6", "0", "0"], ["z371", "1", "371", "371"], ["mqao", "4", "0", "0"], ["gua2t7ndp", "7", "27", "189"], ["ya3ituyc", "7", "3", "21"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 5, "strings": ["poqvee", "z371", "mqao", "gua2t7ndp", "ya3ituyc"]}, "task_name": "task03", "example_name": "0047", "problem_name": "task03_0047"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['exry', 'actur', 'qdlrs4', 'iucovs', 'dstrt']", "label": {"final": 20, "init": "0", "intermediate": [["exry", "4", "0", "0"], ["actur", "5", "0", "0"], ["qdlrs4", "5", "4", "20"], ["iucovs", "6", "0", "0"], ["dstrt", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 5, "strings": ["exry", "actur", "qdlrs4", "iucovs", "dstrt"]}, "task_name": "task03", "example_name": "0048", "problem_name": "task03_0048"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['27n4u', '2sav', 'g6c2n', 'jzlx', 'bcsp0']", "label": {"final": 740, "init": "0", "intermediate": [["27n4u", "2", "274", "548"], ["2sav", "3", "2", "6"], ["g6c2n", "3", "62", "186"], ["jzlx", "4", "0", "0"], ["bcsp0", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 5, "strings": ["27n4u", "2sav", "g6c2n", "jzlx", "bcsp0"]}, "task_name": "task03", "example_name": "0049", "problem_name": "task03_0049"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['tvluzuuz', 'vcptbanef', 'rnckjqp2h', '65i1wulq', 'rqjyzm8', 'xekz']", "label": {"final": 3319, "init": "0", "intermediate": [["tvluzuuz", "8", "0", "0"], ["vcptbanef", "9", "0", "0"], ["rnckjqp2h", "8", "2", "16"], ["65i1wulq", "5", "651", "3255"], ["rqjyzm8", "6", "8", "48"], ["xekz", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 6, "strings": ["tvluzuuz", "vcptbanef", "rnckjqp2h", "65i1wulq", "rqjyzm8", "xekz"]}, "task_name": "task03", "example_name": "0050", "problem_name": "task03_0050"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['hciimpcaj', 'nuyy7', 'dnqlnlq', 'fwwvgc', 'grryk6bzf', '6rivb']", "label": {"final": 100, "init": "0", "intermediate": [["hciimpcaj", "9", "0", "0"], ["nuyy7", "4", "7", "28"], ["dnqlnlq", "7", "0", "0"], ["fwwvgc", "6", "0", "0"], ["grryk6bzf", "8", "6", "48"], ["6rivb", "4", "6", "24"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 6, "strings": ["hciimpcaj", "nuyy7", "dnqlnlq", "fwwvgc", "grryk6bzf", "6rivb"]}, "task_name": "task03", "example_name": "0051", "problem_name": "task03_0051"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['iqsgelc', 'ghemo7gn', 'f9o3', 'yykydd', '90wyu9hpq', 'lwtym']", "label": {"final": 5689, "init": "0", "intermediate": [["iqsgelc", "7", "0", "0"], ["ghemo7gn", "7", "7", "49"], ["f9o3", "2", "93", "186"], ["yykydd", "6", "0", "0"], ["90wyu9hpq", "6", "909", "5454"], ["lwtym", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 6, "strings": ["iqsgelc", "ghemo7gn", "f9o3", "yykydd", "90wyu9hpq", "lwtym"]}, "task_name": "task03", "example_name": "0052", "problem_name": "task03_0052"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['tjxjwuwln', 'xjzm', 'bmhfp', 'ep5gcxgu', 'pez6', 'g2o9xzq']", "label": {"final": 198, "init": "0", "intermediate": [["tjxjwuwln", "9", "0", "0"], ["xjzm", "4", "0", "0"], ["bmhfp", "5", "0", "0"], ["ep5gcxgu", "7", "5", "35"], ["pez6", "3", "6", "18"], ["g2o9xzq", "5", "29", "145"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 6, "strings": ["tjxjwuwln", "xjzm", "bmhfp", "ep5gcxgu", "pez6", "g2o9xzq"]}, "task_name": "task03", "example_name": "0053", "problem_name": "task03_0053"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['axxghul', 'bdpv', 'mrg6bl', 'keaqlui', 'ifbvbvpf', 'bleyx']", "label": {"final": 30, "init": "0", "intermediate": [["axxghul", "7", "0", "0"], ["bdpv", "4", "0", "0"], ["mrg6bl", "5", "6", "30"], ["keaqlui", "7", "0", "0"], ["ifbvbvpf", "8", "0", "0"], ["bleyx", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 6, "strings": ["axxghul", "bdpv", "mrg6bl", "keaqlui", "ifbvbvpf", "bleyx"]}, "task_name": "task03", "example_name": "0054", "problem_name": "task03_0054"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['sylcwsi', 'xyj0nb', 'o0hg6hjr2', 'zrlnqy8z', 'iqohvvh', 'v3sza']", "label": {"final": 440, "init": "0", "intermediate": [["sylcwsi", "7", "0", "0"], ["xyj0nb", "5", "0", "0"], ["o0hg6hjr2", "6", "62", "372"], ["zrlnqy8z", "7", "8", "56"], ["iqohvvh", "7", "0", "0"], ["v3sza", "4", "3", "12"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 6, "strings": ["sylcwsi", "xyj0nb", "o0hg6hjr2", "zrlnqy8z", "iqohvvh", "v3sza"]}, "task_name": "task03", "example_name": "0055", "problem_name": "task03_0055"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['wad4dn', 'oucrbwnyt', 'evdtsxy', '6gxqzt', 'kwmws90x', 'jubr']", "label": {"final": 590, "init": "0", "intermediate": [["wad4dn", "5", "4", "20"], ["oucrbwnyt", "9", "0", "0"], ["evdtsxy", "7", "0", "0"], ["6gxqzt", "5", "6", "30"], ["kwmws90x", "6", "90", "540"], ["jubr", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 6, "strings": ["wad4dn", "oucrbwnyt", "evdtsxy", "6gxqzt", "kwmws90x", "jubr"]}, "task_name": "task03", "example_name": "0056", "problem_name": "task03_0056"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['xifaqrru', '2xcozfi', 'f4xesp', 'zril', 'jkgelf', 'uku2vpn']", "label": {"final": 44, "init": "0", "intermediate": [["xifaqrru", "8", "0", "0"], ["2xcozfi", "6", "2", "12"], ["f4xesp", "5", "4", "20"], ["zril", "4", "0", "0"], ["jkgelf", "6", "0", "0"], ["uku2vpn", "6", "2", "12"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 6, "strings": ["xifaqrru", "2xcozfi", "f4xesp", "zril", "jkgelf", "uku2vpn"]}, "task_name": "task03", "example_name": "0057", "problem_name": "task03_0057"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['6nwv', 'neammzqa', '7rfoes1', 'rxsdwc1x', '4eh0godlv', 'buwx']", "label": {"final": 660, "init": "0", "intermediate": [["6nwv", "3", "6", "18"], ["neammzqa", "8", "0", "0"], ["7rfoes1", "5", "71", "355"], ["rxsdwc1x", "7", "1", "7"], ["4eh0godlv", "7", "40", "280"], ["buwx", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 6, "strings": ["6nwv", "neammzqa", "7rfoes1", "rxsdwc1x", "4eh0godlv", "buwx"]}, "task_name": "task03", "example_name": "0058", "problem_name": "task03_0058"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['v8stwxagv', 'kkz8yk9p0', 'pokgt3n', 'fymieuapz', 'cpvow', 'vs6p1mxz']", "label": {"final": 5788, "init": "0", "intermediate": [["v8stwxagv", "8", "8", "64"], ["kkz8yk9p0", "6", "890", "5340"], ["pokgt3n", "6", "3", "18"], ["fymieuapz", "9", "0", "0"], ["cpvow", "5", "0", "0"], ["vs6p1mxz", "6", "61", "366"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 6, "strings": ["v8stwxagv", "kkz8yk9p0", "pokgt3n", "fymieuapz", "cpvow", "vs6p1mxz"]}, "task_name": "task03", "example_name": "0059", "problem_name": "task03_0059"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['6xxqxg3z', 'hlhbrl', 'oj2pwga', 'rirt', 'fyevra8v', 'agroey', 'xshltwezk']", "label": {"final": 446, "init": "0", "intermediate": [["6xxqxg3z", "6", "63", "378"], ["hlhbrl", "6", "0", "0"], ["oj2pwga", "6", "2", "12"], ["rirt", "4", "0", "0"], ["fyevra8v", "7", "8", "56"], ["agroey", "6", "0", "0"], ["xshltwezk", "9", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 7, "strings": ["6xxqxg3z", "hlhbrl", "oj2pwga", "rirt", "fyevra8v", "agroey", "xshltwezk"]}, "task_name": "task03", "example_name": "0060", "problem_name": "task03_0060"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['t8sqnnu', 'wcdgytc', 'becdee', 'pmmtfigny', 'nw1tw', 'ezjpvrze6', 'woqeg']", "label": {"final": 100, "init": "0", "intermediate": [["t8sqnnu", "6", "8", "48"], ["wcdgytc", "7", "0", "0"], ["becdee", "6", "0", "0"], ["pmmtfigny", "9", "0", "0"], ["nw1tw", "4", "1", "4"], ["ezjpvrze6", "8", "6", "48"], ["woqeg", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 7, "strings": ["t8sqnnu", "wcdgytc", "becdee", "pmmtfigny", "nw1tw", "ezjpvrze6", "woqeg"]}, "task_name": "task03", "example_name": "0061", "problem_name": "task03_0061"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['byyoj', '6snxlb', 'q7oy0efau', 'qun3tnrj', 'wersi', 'jamjuqni3', 'gkrd4hfi']", "label": {"final": 593, "init": "0", "intermediate": [["byyoj", "5", "0", "0"], ["6snxlb", "5", "6", "30"], ["q7oy0efau", "7", "70", "490"], ["qun3tnrj", "7", "3", "21"], ["wersi", "5", "0", "0"], ["jamjuqni3", "8", "3", "24"], ["gkrd4hfi", "7", "4", "28"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 7, "strings": ["byyoj", "6snxlb", "q7oy0efau", "qun3tnrj", "wersi", "jamjuqni3", "gkrd4hfi"]}, "task_name": "task03", "example_name": "0062", "problem_name": "task03_0062"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['p0xehd', 'bncd', 'oqpfgbol1', 'j5byt3w', 'zm44p', 'ykdt', 'mbec9r']", "label": {"final": 450, "init": "0", "intermediate": [["p0xehd", "5", "0", "0"], ["bncd", "4", "0", "0"], ["oqpfgbol1", "8", "1", "8"], ["j5byt3w", "5", "53", "265"], ["zm44p", "3", "44", "132"], ["ykdt", "4", "0", "0"], ["mbec9r", "5", "9", "45"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 7, "strings": ["p0xehd", "bncd", "oqpfgbol1", "j5byt3w", "zm44p", "ykdt", "mbec9r"]}, "task_name": "task03", "example_name": "0063", "problem_name": "task03_0063"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['vusz8', 'qgrympbl', 'biqkh', 'slhmtrcdx', '8pktztk4', '9wtlucc3', 'a1s3uac1o']", "label": {"final": 1880, "init": "0", "intermediate": [["vusz8", "4", "8", "32"], ["qgrympbl", "8", "0", "0"], ["biqkh", "5", "0", "0"], ["slhmtrcdx", "9", "0", "0"], ["8pktztk4", "6", "84", "504"], ["9wtlucc3", "6", "93", "558"], ["a1s3uac1o", "6", "131", "786"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 7, "strings": ["vusz8", "qgrympbl", "biqkh", "slhmtrcdx", "8pktztk4", "9wtlucc3", "a1s3uac1o"]}, "task_name": "task03", "example_name": "0064", "problem_name": "task03_0064"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['oxmwzrbgn', 'r8cfidzi', 'kq8dx', 'p8xsh3u', 'p8uza', 'vcj1', 'xrm0mqtc']", "label": {"final": 538, "init": "0", "intermediate": [["oxmwzrbgn", "9", "0", "0"], ["r8cfidzi", "7", "8", "56"], ["kq8dx", "4", "8", "32"], ["p8xsh3u", "5", "83", "415"], ["p8uza", "4", "8", "32"], ["vcj1", "3", "1", "3"], ["xrm0mqtc", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 7, "strings": ["oxmwzrbgn", "r8cfidzi", "kq8dx", "p8xsh3u", "p8uza", "vcj1", "xrm0mqtc"]}, "task_name": "task03", "example_name": "0065", "problem_name": "task03_0065"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['9yavsgcyf', 'fqkzei', 'isth04m', 'fy93', 'volz', 'gozylc', 'p4lumfv']", "label": {"final": 302, "init": "0", "intermediate": [["9yavsgcyf", "8", "9", "72"], ["fqkzei", "6", "0", "0"], ["isth04m", "5", "4", "20"], ["fy93", "2", "93", "186"], ["volz", "4", "0", "0"], ["gozylc", "6", "0", "0"], ["p4lumfv", "6", "4", "24"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 7, "strings": ["9yavsgcyf", "fqkzei", "isth04m", "fy93", "volz", "gozylc", "p4lumfv"]}, "task_name": "task03", "example_name": "0066", "problem_name": "task03_0066"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['1lsruag5c', 'rbnpqfjkw', 'qbmt', 'wux9v', 'zntt', 'dipgepl', 'npxxh']", "label": {"final": 141, "init": "0", "intermediate": [["1lsruag5c", "7", "15", "105"], ["rbnpqfjkw", "9", "0", "0"], ["qbmt", "4", "0", "0"], ["wux9v", "4", "9", "36"], ["zntt", "4", "0", "0"], ["dipgepl", "7", "0", "0"], ["npxxh", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 7, "strings": ["1lsruag5c", "rbnpqfjkw", "qbmt", "wux9v", "zntt", "dipgepl", "npxxh"]}, "task_name": "task03", "example_name": "0067", "problem_name": "task03_0067"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['uzd4f3b7l', 'gpth24cn', 'hdu3uvlc', 'atyfwzo', 'rvvgxbonw', 'zew94p', 'unjsu3rk']", "label": {"final": 3184, "init": "0", "intermediate": [["uzd4f3b7l", "6", "437", "2622"], ["gpth24cn", "6", "24", "144"], ["hdu3uvlc", "7", "3", "21"], ["atyfwzo", "7", "0", "0"], ["rvvgxbonw", "9", "0", "0"], ["zew94p", "4", "94", "376"], ["unjsu3rk", "7", "3", "21"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 7, "strings": ["uzd4f3b7l", "gpth24cn", "hdu3uvlc", "atyfwzo", "rvvgxbonw", "zew94p", "unjsu3rk"]}, "task_name": "task03", "example_name": "0068", "problem_name": "task03_0068"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ch5d', 'fuwy', '9hx7k', 'buwmjc', '5d7jdcxg', '4a55kf', 'zxptcv7z']", "label": {"final": 2062, "init": "0", "intermediate": [["ch5d", "3", "5", "15"], ["fuwy", "4", "0", "0"], ["9hx7k", "3", "97", "291"], ["buwmjc", "6", "0", "0"], ["5d7jdcxg", "6", "57", "342"], ["4a55kf", "3", "455", "1365"], ["zxptcv7z", "7", "7", "49"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 7, "strings": ["ch5d", "fuwy", "9hx7k", "buwmjc", "5d7jdcxg", "4a55kf", "zxptcv7z"]}, "task_name": "task03", "example_name": "0069", "problem_name": "task03_0069"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['saiov', 'tgnwm', 'i7aj', '06jslp', 'i7xoorzj', 'x7idw4', 'tl58a5zlz', 'dqu5rqclx']", "label": {"final": 3940, "init": "0", "intermediate": [["saiov", "5", "0", "0"], ["tgnwm", "5", "0", "0"], ["i7aj", "3", "7", "21"], ["06jslp", "4", "6", "24"], ["i7xoorzj", "7", "7", "49"], ["x7idw4", "4", "74", "296"], ["tl58a5zlz", "6", "585", "3510"], ["dqu5rqclx", "8", "5", "40"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 8, "strings": ["saiov", "tgnwm", "i7aj", "06jslp", "i7xoorzj", "x7idw4", "tl58a5zlz", "dqu5rqclx"]}, "task_name": "task03", "example_name": "0070", "problem_name": "task03_0070"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['5zmep', 'fj2tbh', 'qfof2', 'tzn2h', 'ufzpe', 'dmuf', 'fbyx', 'fbbndbwio']", "label": {"final": 46, "init": "0", "intermediate": [["5zmep", "4", "5", "20"], ["fj2tbh", "5", "2", "10"], ["qfof2", "4", "2", "8"], ["tzn2h", "4", "2", "8"], ["ufzpe", "5", "0", "0"], ["dmuf", "4", "0", "0"], ["fbyx", "4", "0", "0"], ["fbbndbwio", "9", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 8, "strings": ["5zmep", "fj2tbh", "qfof2", "tzn2h", "ufzpe", "dmuf", "fbyx", "fbbndbwio"]}, "task_name": "task03", "example_name": "0071", "problem_name": "task03_0071"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['pcxnihlgv', 'xlgssn', 'jodjqfmx', 'zxp1', 'emaqc', 'vfbyw2h', 'fkev', 'ycv1t']", "label": {"final": 19, "init": "0", "intermediate": [["pcxnihlgv", "9", "0", "0"], ["xlgssn", "6", "0", "0"], ["jodjqfmx", "8", "0", "0"], ["zxp1", "3", "1", "3"], ["emaqc", "5", "0", "0"], ["vfbyw2h", "6", "2", "12"], ["fkev", "4", "0", "0"], ["ycv1t", "4", "1", "4"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 8, "strings": ["pcxnihlgv", "xlgssn", "jodjqfmx", "zxp1", "emaqc", "vfbyw2h", "fkev", "ycv1t"]}, "task_name": "task03", "example_name": "0072", "problem_name": "task03_0072"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['h6b2ks', 'ts9rdv', 'lcjg', 'myjbkzc', '6t8isb', 'upbfiknm', '6rskd3fn', 'ctdzhggvi']", "label": {"final": 943, "init": "0", "intermediate": [["h6b2ks", "4", "62", "248"], ["ts9rdv", "5", "9", "45"], ["lcjg", "4", "0", "0"], ["myjbkzc", "7", "0", "0"], ["6t8isb", "4", "68", "272"], ["upbfiknm", "8", "0", "0"], ["6rskd3fn", "6", "63", "378"], ["ctdzhggvi", "9", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 8, "strings": ["h6b2ks", "ts9rdv", "lcjg", "myjbkzc", "6t8isb", "upbfiknm", "6rskd3fn", "ctdzhggvi"]}, "task_name": "task03", "example_name": "0073", "problem_name": "task03_0073"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['xssaqf', 'yworb', 'grwbji', 'blmb', 'saslbh', 'plqc9bzh', 'px5f', 'wsqb']", "label": {"final": 78, "init": "0", "intermediate": [["xssaqf", "6", "0", "0"], ["yworb", "5", "0", "0"], ["grwbji", "6", "0", "0"], ["blmb", "4", "0", "0"], ["saslbh", "6", "0", "0"], ["plqc9bzh", "7", "9", "63"], ["px5f", "3", "5", "15"], ["wsqb", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 8, "strings": ["xssaqf", "yworb", "grwbji", "blmb", "saslbh", "plqc9bzh", "px5f", "wsqb"]}, "task_name": "task03", "example_name": "0074", "problem_name": "task03_0074"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['t4y4vshwj', 'ngbjivnb', 'uzmada', 'zepj', 'odjqpgbvq', 'ddwefra', '5rk4u9x', 'd2vswxqva']", "label": {"final": 2520, "init": "0", "intermediate": [["t4y4vshwj", "7", "44", "308"], ["ngbjivnb", "8", "0", "0"], ["uzmada", "6", "0", "0"], ["zepj", "4", "0", "0"], ["odjqpgbvq", "9", "0", "0"], ["ddwefra", "7", "0", "0"], ["5rk4u9x", "4", "549", "2196"], ["d2vswxqva", "8", "2", "16"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 8, "strings": ["t4y4vshwj", "ngbjivnb", "uzmada", "zepj", "odjqpgbvq", "ddwefra", "5rk4u9x", "d2vswxqva"]}, "task_name": "task03", "example_name": "0075", "problem_name": "task03_0075"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['qzr6f', 'mgyjnzhu', '5ccv', 'jblremp', 'qdlgla', '06yb', 'pfuwwgw6w', 'wgiq6lc']", "label": {"final": 135, "init": "0", "intermediate": [["qzr6f", "4", "6", "24"], ["mgyjnzhu", "8", "0", "0"], ["5ccv", "3", "5", "15"], ["jblremp", "7", "0", "0"], ["qdlgla", "6", "0", "0"], ["06yb", "2", "6", "12"], ["pfuwwgw6w", "8", "6", "48"], ["wgiq6lc", "6", "6", "36"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 8, "strings": ["qzr6f", "mgyjnzhu", "5ccv", "jblremp", "qdlgla", "06yb", "pfuwwgw6w", "wgiq6lc"]}, "task_name": "task03", "example_name": "0076", "problem_name": "task03_0076"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['gmuod8mb', 'k3qbnnr5e', 'xs9s', 'h5eeph7', 'nycg', 'rvdrrks', 'xaburhjgj', 'eqcxklb']", "label": {"final": 613, "init": "0", "intermediate": [["gmuod8mb", "7", "8", "56"], ["k3qbnnr5e", "7", "35", "245"], ["xs9s", "3", "9", "27"], ["h5eeph7", "5", "57", "285"], ["nycg", "4", "0", "0"], ["rvdrrks", "7", "0", "0"], ["xaburhjgj", "9", "0", "0"], ["eqcxklb", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 8, "strings": ["gmuod8mb", "k3qbnnr5e", "xs9s", "h5eeph7", "nycg", "rvdrrks", "xaburhjgj", "eqcxklb"]}, "task_name": "task03", "example_name": "0077", "problem_name": "task03_0077"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['mbsqqsa7', 'mce0rzb', 'spog5itun', 'qzyj', 'epop', 'zsjgc', 'inwtbco', 'itiepqo']", "label": {"final": 89, "init": "0", "intermediate": [["mbsqqsa7", "7", "7", "49"], ["mce0rzb", "6", "0", "0"], ["spog5itun", "8", "5", "40"], ["qzyj", "4", "0", "0"], ["epop", "4", "0", "0"], ["zsjgc", "5", "0", "0"], ["inwtbco", "7", "0", "0"], ["itiepqo", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 8, "strings": ["mbsqqsa7", "mce0rzb", "spog5itun", "qzyj", "epop", "zsjgc", "inwtbco", "itiepqo"]}, "task_name": "task03", "example_name": "0078", "problem_name": "task03_0078"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['fjnzokwi', 'epemmcuc', 'ik6qpbed6', 'gl1u2ej', 'xu42qj', 'pvosgiwe', 'hlsvxbqmh', 'rtilttl']", "label": {"final": 690, "init": "0", "intermediate": [["fjnzokwi", "8", "0", "0"], ["epemmcuc", "8", "0", "0"], ["ik6qpbed6", "7", "66", "462"], ["gl1u2ej", "5", "12", "60"], ["xu42qj", "4", "42", "168"], ["pvosgiwe", "8", "0", "0"], ["hlsvxbqmh", "9", "0", "0"], ["rtilttl", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 8, "strings": ["fjnzokwi", "epemmcuc", "ik6qpbed6", "gl1u2ej", "xu42qj", "pvosgiwe", "hlsvxbqmh", "rtilttl"]}, "task_name": "task03", "example_name": "0079", "problem_name": "task03_0079"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['rvvv', '1doff2ft', 'sqog5plqn', 'ukzxjuyrh', 'vfupowjvd', 't2dx1', 'naris', 'x1qyxe9ut', 'wdiribjkx']", "label": {"final": 308, "init": "0", "intermediate": [["rvvv", "4", "0", "0"], ["1doff2ft", "6", "12", "72"], ["sqog5plqn", "8", "5", "40"], ["ukzxjuyrh", "9", "0", "0"], ["vfupowjvd", "9", "0", "0"], ["t2dx1", "3", "21", "63"], ["naris", "5", "0", "0"], ["x1qyxe9ut", "7", "19", "133"], ["wdiribjkx", "9", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 9, "strings": ["rvvv", "1doff2ft", "sqog5plqn", "ukzxjuyrh", "vfupowjvd", "t2dx1", "naris", "x1qyxe9ut", "wdiribjkx"]}, "task_name": "task03", "example_name": "0080", "problem_name": "task03_0080"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['fkoqppvsf', 'y4ceijzp', 'ehkctea', 'u7krfvv', 'jpehfsxpy', 'yi3s', 'txntf', '2rrj', 'dawp']", "label": {"final": 85, "init": "0", "intermediate": [["fkoqppvsf", "9", "0", "0"], ["y4ceijzp", "7", "4", "28"], ["ehkctea", "7", "0", "0"], ["u7krfvv", "6", "7", "42"], ["jpehfsxpy", "9", "0", "0"], ["yi3s", "3", "3", "9"], ["txntf", "5", "0", "0"], ["2rrj", "3", "2", "6"], ["dawp", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 9, "strings": ["fkoqppvsf", "y4ceijzp", "ehkctea", "u7krfvv", "jpehfsxpy", "yi3s", "txntf", "2rrj", "dawp"]}, "task_name": "task03", "example_name": "0081", "problem_name": "task03_0081"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['q7se00', 'wwaa9zg8', 'xyvxoo', 'w6rozlq', 'sca3', 'sxe7ghkzz', 'kxekcm3', 'rexsdn', 'gk5fkzo']", "label": {"final": 2837, "init": "0", "intermediate": [["q7se00", "3", "700", "2100"], ["wwaa9zg8", "6", "98", "588"], ["xyvxoo", "6", "0", "0"], ["w6rozlq", "6", "6", "36"], ["sca3", "3", "3", "9"], ["sxe7ghkzz", "8", "7", "56"], ["kxekcm3", "6", "3", "18"], ["rexsdn", "6", "0", "0"], ["gk5fkzo", "6", "5", "30"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 9, "strings": ["q7se00", "wwaa9zg8", "xyvxoo", "w6rozlq", "sca3", "sxe7ghkzz", "kxekcm3", "rexsdn", "gk5fkzo"]}, "task_name": "task03", "example_name": "0082", "problem_name": "task03_0082"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['atpswnbqn', 'kd0ulih', 'qiuisggrj', '18lb', 'imxu', 'i7wji', 'kx4q', 'wbl7q', 'igxxs1']", "label": {"final": 109, "init": "0", "intermediate": [["atpswnbqn", "9", "0", "0"], ["kd0ulih", "6", "0", "0"], ["qiuisggrj", "9", "0", "0"], ["18lb", "2", "18", "36"], ["imxu", "4", "0", "0"], ["i7wji", "4", "7", "28"], ["kx4q", "3", "4", "12"], ["wbl7q", "4", "7", "28"], ["igxxs1", "5", "1", "5"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 9, "strings": ["atpswnbqn", "kd0ulih", "qiuisggrj", "18lb", "imxu", "i7wji", "kx4q", "wbl7q", "igxxs1"]}, "task_name": "task03", "example_name": "0083", "problem_name": "task03_0083"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['qfeuaaeow', 'cv0f', 'y6zkzudcr', 'gnsf', 'q6itf4r', 'nwi0tzj', '2evf', 'o4rduz', 'juh0']", "label": {"final": 394, "init": "0", "intermediate": [["qfeuaaeow", "9", "0", "0"], ["cv0f", "3", "0", "0"], ["y6zkzudcr", "8", "6", "48"], ["gnsf", "4", "0", "0"], ["q6itf4r", "5", "64", "320"], ["nwi0tzj", "6", "0", "0"], ["2evf", "3", "2", "6"], ["o4rduz", "5", "4", "20"], ["juh0", "3", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 9, "strings": ["qfeuaaeow", "cv0f", "y6zkzudcr", "gnsf", "q6itf4r", "nwi0tzj", "2evf", "o4rduz", "juh0"]}, "task_name": "task03", "example_name": "0084", "problem_name": "task03_0084"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['opfoc', 'iw9uei', 'mintppyin', 'lgis6mppa', 'cwxkztdv', 'oj2fl', 'f16w', 'jofwgmmk', '89yuietl']", "label": {"final": 667, "init": "0", "intermediate": [["opfoc", "5", "0", "0"], ["iw9uei", "5", "9", "45"], ["mintppyin", "9", "0", "0"], ["lgis6mppa", "8", "6", "48"], ["cwxkztdv", "8", "0", "0"], ["oj2fl", "4", "2", "8"], ["f16w", "2", "16", "32"], ["jofwgmmk", "8", "0", "0"], ["89yuietl", "6", "89", "534"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 9, "strings": ["opfoc", "iw9uei", "mintppyin", "lgis6mppa", "cwxkztdv", "oj2fl", "f16w", "jofwgmmk", "89yuietl"]}, "task_name": "task03", "example_name": "0085", "problem_name": "task03_0085"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ftvyrhs', 't4grzsebb', 'duhsdnet', 'syfkmftr', 'cplulktd', 'erfzjp', 'eyybes6cg', 'irhur', 'bspnyia']", "label": {"final": 80, "init": "0", "intermediate": [["ftvyrhs", "7", "0", "0"], ["t4grzsebb", "8", "4", "32"], ["duhsdnet", "8", "0", "0"], ["syfkmftr", "8", "0", "0"], ["cplulktd", "8", "0", "0"], ["erfzjp", "6", "0", "0"], ["eyybes6cg", "8", "6", "48"], ["irhur", "5", "0", "0"], ["bspnyia", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 9, "strings": ["ftvyrhs", "t4grzsebb", "duhsdnet", "syfkmftr", "cplulktd", "erfzjp", "eyybes6cg", "irhur", "bspnyia"]}, "task_name": "task03", "example_name": "0086", "problem_name": "task03_0086"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['2rbg', 'ts7ibv6', 'ywarq167', 'rcgoynv', 'chqn', 'me5wrgb', 'ysweyn', 'fodupu', 'qcxllri']", "label": {"final": 1251, "init": "0", "intermediate": [["2rbg", "3", "2", "6"], ["ts7ibv6", "5", "76", "380"], ["ywarq167", "5", "167", "835"], ["rcgoynv", "7", "0", "0"], ["chqn", "4", "0", "0"], ["me5wrgb", "6", "5", "30"], ["ysweyn", "6", "0", "0"], ["fodupu", "6", "0", "0"], ["qcxllri", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 9, "strings": ["2rbg", "ts7ibv6", "ywarq167", "rcgoynv", "chqn", "me5wrgb", "ysweyn", "fodupu", "qcxllri"]}, "task_name": "task03", "example_name": "0087", "problem_name": "task03_0087"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['6byi', 'jnrtj0f2e', 'cnargyv', '1xh8', 'cddci', '4y7qy', 'dzlqj4hm5', 'tzgzbf', 'h8tu7ce']", "label": {"final": 959, "init": "0", "intermediate": [["6byi", "3", "6", "18"], ["jnrtj0f2e", "7", "2", "14"], ["cnargyv", "7", "0", "0"], ["1xh8", "2", "18", "36"], ["cddci", "5", "0", "0"], ["4y7qy", "3", "47", "141"], ["dzlqj4hm5", "7", "45", "315"], ["tzgzbf", "6", "0", "0"], ["h8tu7ce", "5", "87", "435"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 9, "strings": ["6byi", "jnrtj0f2e", "cnargyv", "1xh8", "cddci", "4y7qy", "dzlqj4hm5", "tzgzbf", "h8tu7ce"]}, "task_name": "task03", "example_name": "0088", "problem_name": "task03_0088"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['4gxrx', 'aukrwyy', 'jaym4dmxc', 'hqfx', 'abez', 'unprlji', 'dgcgzwqg', 'mv9k', 'felpxeg']", "label": {"final": 75, "init": "0", "intermediate": [["4gxrx", "4", "4", "16"], ["aukrwyy", "7", "0", "0"], ["jaym4dmxc", "8", "4", "32"], ["hqfx", "4", "0", "0"], ["abez", "4", "0", "0"], ["unprlji", "7", "0", "0"], ["dgcgzwqg", "8", "0", "0"], ["mv9k", "3", "9", "27"], ["felpxeg", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 9, "strings": ["4gxrx", "aukrwyy", "jaym4dmxc", "hqfx", "abez", "unprlji", "dgcgzwqg", "mv9k", "felpxeg"]}, "task_name": "task03", "example_name": "0089", "problem_name": "task03_0089"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['bfloayg', 'ccwj', 'gatimt1m', 'wsjzu', 'blbhet', 'ctmo', 'trbwj', 'tzpnre', 'euefx', 'cryc6tn6']", "label": {"final": 403, "init": "0", "intermediate": [["bfloayg", "7", "0", "0"], ["ccwj", "4", "0", "0"], ["gatimt1m", "7", "1", "7"], ["wsjzu", "5", "0", "0"], ["blbhet", "6", "0", "0"], ["ctmo", "4", "0", "0"], ["trbwj", "5", "0", "0"], ["tzpnre", "6", "0", "0"], ["euefx", "5", "0", "0"], ["cryc6tn6", "6", "66", "396"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 10, "strings": ["bfloayg", "ccwj", "gatimt1m", "wsjzu", "blbhet", "ctmo", "trbwj", "tzpnre", "euefx", "cryc6tn6"]}, "task_name": "task03", "example_name": "0090", "problem_name": "task03_0090"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['jjbb5oke', 'ywpjwyy2u', 'zahvdb', 'a0aqt', 'qqdehhi0b', 'jzcu98b2', 'dxzvhzel', 'lm7i6l', 'g0hjzp', '2teylzm']", "label": {"final": 5277, "init": "0", "intermediate": [["jjbb5oke", "7", "5", "35"], ["ywpjwyy2u", "8", "2", "16"], ["zahvdb", "6", "0", "0"], ["a0aqt", "4", "0", "0"], ["qqdehhi0b", "8", "0", "0"], ["jzcu98b2", "5", "982", "4910"], ["dxzvhzel", "8", "0", "0"], ["lm7i6l", "4", "76", "304"], ["g0hjzp", "5", "0", "0"], ["2teylzm", "6", "2", "12"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 10, "strings": ["jjbb5oke", "ywpjwyy2u", "zahvdb", "a0aqt", "qqdehhi0b", "jzcu98b2", "dxzvhzel", "lm7i6l", "g0hjzp", "2teylzm"]}, "task_name": "task03", "example_name": "0091", "problem_name": "task03_0091"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['s7zoq', 'l1jyqss5u', 'alfmfqe', 'kkddxiwp', '9uezqde', 'qzco', 'rer4l', 'zcrp', 'd6x3fp', 'yljo6s']", "label": {"final": 485, "init": "0", "intermediate": [["s7zoq", "4", "7", "28"], ["l1jyqss5u", "7", "15", "105"], ["alfmfqe", "7", "0", "0"], ["kkddxiwp", "8", "0", "0"], ["9uezqde", "6", "9", "54"], ["qzco", "4", "0", "0"], ["rer4l", "4", "4", "16"], ["zcrp", "4", "0", "0"], ["d6x3fp", "4", "63", "252"], ["yljo6s", "5", "6", "30"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 10, "strings": ["s7zoq", "l1jyqss5u", "alfmfqe", "kkddxiwp", "9uezqde", "qzco", "rer4l", "zcrp", "d6x3fp", "yljo6s"]}, "task_name": "task03", "example_name": "0092", "problem_name": "task03_0092"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['mnpcf4heh', 'jsssd', '574bkb', 'wzkt3uze6', 'eaybyvcx', 'zd7tj', '82ex7a', 'loyjcgfb', 'kps1vxh', 'alogbh']", "label": {"final": 4521, "init": "0", "intermediate": [["mnpcf4heh", "8", "4", "32"], ["jsssd", "5", "0", "0"], ["574bkb", "3", "574", "1722"], ["wzkt3uze6", "7", "36", "252"], ["eaybyvcx", "8", "0", "0"], ["zd7tj", "4", "7", "28"], ["82ex7a", "3", "827", "2481"], ["loyjcgfb", "8", "0", "0"], ["kps1vxh", "6", "1", "6"], ["alogbh", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 10, "strings": ["mnpcf4heh", "jsssd", "574bkb", "wzkt3uze6", "eaybyvcx", "zd7tj", "82ex7a", "loyjcgfb", "kps1vxh", "alogbh"]}, "task_name": "task03", "example_name": "0093", "problem_name": "task03_0093"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['vo5hwic6g', 'fsjzo', 'gcungghxh', 'adribwqm', 'h0liy9a', 'jdgywsoe', 'z3ogh', 'm5ijkn', 'qrabn', 'zpfw']", "label": {"final": 474, "init": "0", "intermediate": [["vo5hwic6g", "7", "56", "392"], ["fsjzo", "5", "0", "0"], ["gcungghxh", "9", "0", "0"], ["adribwqm", "8", "0", "0"], ["h0liy9a", "5", "9", "45"], ["jdgywsoe", "8", "0", "0"], ["z3ogh", "4", "3", "12"], ["m5ijkn", "5", "5", "25"], ["qrabn", "5", "0", "0"], ["zpfw", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 10, "strings": ["vo5hwic6g", "fsjzo", "gcungghxh", "adribwqm", "h0liy9a", "jdgywsoe", "z3ogh", "m5ijkn", "qrabn", "zpfw"]}, "task_name": "task03", "example_name": "0094", "problem_name": "task03_0094"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['qn7zsry', 'obj2py0nd', 'uaxpv', 'wp1lu', 'z72ohvp', '7f9r', 'nwvvfi', 'pdnlk', 'qrhs9d', 'actjl']", "label": {"final": 749, "init": "0", "intermediate": [["qn7zsry", "6", "7", "42"], ["obj2py0nd", "7", "20", "140"], ["uaxpv", "5", "0", "0"], ["wp1lu", "4", "1", "4"], ["z72ohvp", "5", "72", "360"], ["7f9r", "2", "79", "158"], ["nwvvfi", "6", "0", "0"], ["pdnlk", "5", "0", "0"], ["qrhs9d", "5", "9", "45"], ["actjl", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 10, "strings": ["qn7zsry", "obj2py0nd", "uaxpv", "wp1lu", "z72ohvp", "7f9r", "nwvvfi", "pdnlk", "qrhs9d", "actjl"]}, "task_name": "task03", "example_name": "0095", "problem_name": "task03_0095"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['xgrjhsmho', 'ygnoamy', 'widlid', 'f78g9g', 'dlyyg', 't13cw', 'ezabzhwtv', 'kezz', 'ezg9b3o', 'aaqii']", "label": {"final": 2871, "init": "0", "intermediate": [["xgrjhsmho", "9", "0", "0"], ["ygnoamy", "7", "0", "0"], ["widlid", "6", "0", "0"], ["f78g9g", "3", "789", "2367"], ["dlyyg", "5", "0", "0"], ["t13cw", "3", "13", "39"], ["ezabzhwtv", "9", "0", "0"], ["kezz", "4", "0", "0"], ["ezg9b3o", "5", "93", "465"], ["aaqii", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 10, "strings": ["xgrjhsmho", "ygnoamy", "widlid", "f78g9g", "dlyyg", "t13cw", "ezabzhwtv", "kezz", "ezg9b3o", "aaqii"]}, "task_name": "task03", "example_name": "0096", "problem_name": "task03_0096"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['kenbpdw', 'gctn1pr6h', 'oasnb', 'rgzh7jd', 'd3v6uenku', 'ipprnpmh', 'nknbxho', '6rykk22sk', 'uzxi', 'ljei']", "label": {"final": 4138, "init": "0", "intermediate": [["kenbpdw", "7", "0", "0"], ["gctn1pr6h", "7", "16", "112"], ["oasnb", "5", "0", "0"], ["rgzh7jd", "6", "7", "42"], ["d3v6uenku", "7", "36", "252"], ["ipprnpmh", "8", "0", "0"], ["nknbxho", "7", "0", "0"], ["6rykk22sk", "6", "622", "3732"], ["uzxi", "4", "0", "0"], ["ljei", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 10, "strings": ["kenbpdw", "gctn1pr6h", "oasnb", "rgzh7jd", "d3v6uenku", "ipprnpmh", "nknbxho", "6rykk22sk", "uzxi", "ljei"]}, "task_name": "task03", "example_name": "0097", "problem_name": "task03_0097"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['zq3hc6ro', 'soxsfu', 'efyyqiwp1', '4a4c', 'dmxss', '7samwxbuu', 'isy5yef', 'dlguhv', 'n6c2oxpz', 'bzn4k']", "label": {"final": 786, "init": "0", "intermediate": [["zq3hc6ro", "6", "36", "216"], ["soxsfu", "6", "0", "0"], ["efyyqiwp1", "8", "1", "8"], ["4a4c", "2", "44", "88"], ["dmxss", "5", "0", "0"], ["7samwxbuu", "8", "7", "56"], ["isy5yef", "6", "5", "30"], ["dlguhv", "6", "0", "0"], ["n6c2oxpz", "6", "62", "372"], ["bzn4k", "4", "4", "16"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 10, "strings": ["zq3hc6ro", "soxsfu", "efyyqiwp1", "4a4c", "dmxss", "7samwxbuu", "isy5yef", "dlguhv", "n6c2oxpz", "bzn4k"]}, "task_name": "task03", "example_name": "0098", "problem_name": "task03_0098"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ihrc2se', 'wiwwpbh', 'lohravv', '8qod3psy', '1b3l', 'fwkb3', 'txdx', 'ftcmia', 'gwz8dol', 'dn1rxukpg']", "label": {"final": 604, "init": "0", "intermediate": [["ihrc2se", "6", "2", "12"], ["wiwwpbh", "7", "0", "0"], ["lohravv", "7", "0", "0"], ["8qod3psy", "6", "83", "498"], ["1b3l", "2", "13", "26"], ["fwkb3", "4", "3", "12"], ["txdx", "4", "0", "0"], ["ftcmia", "6", "0", "0"], ["gwz8dol", "6", "8", "48"], ["dn1rxukpg", "8", "1", "8"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 10, "strings": ["ihrc2se", "wiwwpbh", "lohravv", "8qod3psy", "1b3l", "fwkb3", "txdx", "ftcmia", "gwz8dol", "dn1rxukpg"]}, "task_name": "task03", "example_name": "0099", "problem_name": "task03_0099"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['g5faut4', '2qpaaa', 'dmbyxdn', 'jmgao', 'fpipkq', 'ocxrzgm', 'ofvme8a', 'm7qqsurs', 'fucf', 'fwfy', 'uksgb']", "label": {"final": 377, "init": "0", "intermediate": [["g5faut4", "5", "54", "270"], ["2qpaaa", "5", "2", "10"], ["dmbyxdn", "7", "0", "0"], ["jmgao", "5", "0", "0"], ["fpipkq", "6", "0", "0"], ["ocxrzgm", "7", "0", "0"], ["ofvme8a", "6", "8", "48"], ["m7qqsurs", "7", "7", "49"], ["fucf", "4", "0", "0"], ["fwfy", "4", "0", "0"], ["uksgb", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 11, "strings": ["g5faut4", "2qpaaa", "dmbyxdn", "jmgao", "fpipkq", "ocxrzgm", "ofvme8a", "m7qqsurs", "fucf", "fwfy", "uksgb"]}, "task_name": "task03", "example_name": "0100", "problem_name": "task03_0100"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['2kxa1', 'rpor', 'awvnvdbj', 'rd0f', 'd8snl', 'zjit', '3e7hn2', 'o9z5', 'w8njuayrb', 'mcutb3', 't9f0guj']", "label": {"final": 1930, "init": "0", "intermediate": [["2kxa1", "3", "21", "63"], ["rpor", "4", "0", "0"], ["awvnvdbj", "8", "0", "0"], ["rd0f", "3", "0", "0"], ["d8snl", "4", "8", "32"], ["zjit", "4", "0", "0"], ["3e7hn2", "3", "372", "1116"], ["o9z5", "2", "95", "190"], ["w8njuayrb", "8", "8", "64"], ["mcutb3", "5", "3", "15"], ["t9f0guj", "5", "90", "450"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 11, "strings": ["2kxa1", "rpor", "awvnvdbj", "rd0f", "d8snl", "zjit", "3e7hn2", "o9z5", "w8njuayrb", "mcutb3", "t9f0guj"]}, "task_name": "task03", "example_name": "0101", "problem_name": "task03_0101"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['u1k6q', 'sujeqmag', 'kjroz', 'wcyzpa', 'vyx9y', 'rpjkpuo', 'hyon', 'wp2r2ol4n', 'lysgurs', 'nobacp0', 'mmil']", "label": {"final": 1428, "init": "0", "intermediate": [["u1k6q", "3", "16", "48"], ["sujeqmag", "8", "0", "0"], ["kjroz", "5", "0", "0"], ["wcyzpa", "6", "0", "0"], ["vyx9y", "4", "9", "36"], ["rpjkpuo", "7", "0", "0"], ["hyon", "4", "0", "0"], ["wp2r2ol4n", "6", "224", "1344"], ["lysgurs", "7", "0", "0"], ["nobacp0", "6", "0", "0"], ["mmil", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 11, "strings": ["u1k6q", "sujeqmag", "kjroz", "wcyzpa", "vyx9y", "rpjkpuo", "hyon", "wp2r2ol4n", "lysgurs", "nobacp0", "mmil"]}, "task_name": "task03", "example_name": "0102", "problem_name": "task03_0102"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['pm6poiww', 'itfa8', 'ytfz', 'gzqvx', 'ixma2', 'lmwihth', 'ehacumq', 'kgbn', '9tkrnf', 'forsbco3', 'rwqdaly']", "label": {"final": 148, "init": "0", "intermediate": [["pm6poiww", "7", "6", "42"], ["itfa8", "4", "8", "32"], ["ytfz", "4", "0", "0"], ["gzqvx", "5", "0", "0"], ["ixma2", "4", "2", "8"], ["lmwihth", "7", "0", "0"], ["ehacumq", "7", "0", "0"], ["kgbn", "4", "0", "0"], ["9tkrnf", "5", "9", "45"], ["forsbco3", "7", "3", "21"], ["rwqdaly", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 11, "strings": ["pm6poiww", "itfa8", "ytfz", "gzqvx", "ixma2", "lmwihth", "ehacumq", "kgbn", "9tkrnf", "forsbco3", "rwqdaly"]}, "task_name": "task03", "example_name": "0103", "problem_name": "task03_0103"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['s4jznb8l', 'g5ylc', 'bc2t', 'jizt34wz', 'fewyp', 'isjgsdnzg', 'thukxb', '8yg9be', 'nbqbjif', 'otr0p19', 'kaqyiao']", "label": {"final": 950, "init": "0", "intermediate": [["s4jznb8l", "6", "48", "288"], ["g5ylc", "4", "5", "20"], ["bc2t", "3", "2", "6"], ["jizt34wz", "6", "34", "204"], ["fewyp", "5", "0", "0"], ["isjgsdnzg", "9", "0", "0"], ["thukxb", "6", "0", "0"], ["8yg9be", "4", "89", "356"], ["nbqbjif", "7", "0", "0"], ["otr0p19", "4", "19", "76"], ["kaqyiao", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 11, "strings": ["s4jznb8l", "g5ylc", "bc2t", "jizt34wz", "fewyp", "isjgsdnzg", "thukxb", "8yg9be", "nbqbjif", "otr0p19", "kaqyiao"]}, "task_name": "task03", "example_name": "0104", "problem_name": "task03_0104"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['svzrogmn', 'hdvlomhw', '45cjkc', 'qxv0yhw', 'ceaecizi', 'gzznj', 'n6bmr', 'imsqc2t7y', 'br0uss', 'fam5gy', '6zzfjv1jb']", "label": {"final": 845, "init": "0", "intermediate": [["svzrogmn", "8", "0", "0"], ["hdvlomhw", "8", "0", "0"], ["45cjkc", "4", "45", "180"], ["qxv0yhw", "6", "0", "0"], ["ceaecizi", "8", "0", "0"], ["gzznj", "5", "0", "0"], ["n6bmr", "4", "6", "24"], ["imsqc2t7y", "7", "27", "189"], ["br0uss", "5", "0", "0"], ["fam5gy", "5", "5", "25"], ["6zzfjv1jb", "7", "61", "427"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 11, "strings": ["svzrogmn", "hdvlomhw", "45cjkc", "qxv0yhw", "ceaecizi", "gzznj", "n6bmr", "imsqc2t7y", "br0uss", "fam5gy", "6zzfjv1jb"]}, "task_name": "task03", "example_name": "0105", "problem_name": "task03_0105"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['pp9gkcd', 'hokhf0', 'vucglyh', 'rvvslrbti', 'ae8a', 'ppesn', 'jmfwdra', 'agqu', 'flga', '8jeh0xe', 'gskfp']", "label": {"final": 478, "init": "0", "intermediate": [["pp9gkcd", "6", "9", "54"], ["hokhf0", "5", "0", "0"], ["vucglyh", "7", "0", "0"], ["rvvslrbti", "9", "0", "0"], ["ae8a", "3", "8", "24"], ["ppesn", "5", "0", "0"], ["jmfwdra", "7", "0", "0"], ["agqu", "4", "0", "0"], ["flga", "4", "0", "0"], ["8jeh0xe", "5", "80", "400"], ["gskfp", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 11, "strings": ["pp9gkcd", "hokhf0", "vucglyh", "rvvslrbti", "ae8a", "ppesn", "jmfwdra", "agqu", "flga", "8jeh0xe", "gskfp"]}, "task_name": "task03", "example_name": "0106", "problem_name": "task03_0106"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['xqgq', 'v3dlbv', '8ii93wmpj', 'krmxf4', 'hd7dvl', 'h2uqc', 'tlpxobd', 'vqinix', '24zduq', 'mkjv', 'k0yn']", "label": {"final": 5532, "init": "0", "intermediate": [["xqgq", "4", "0", "0"], ["v3dlbv", "5", "3", "15"], ["8ii93wmpj", "6", "893", "5358"], ["krmxf4", "5", "4", "20"], ["hd7dvl", "5", "7", "35"], ["h2uqc", "4", "2", "8"], ["tlpxobd", "7", "0", "0"], ["vqinix", "6", "0", "0"], ["24zduq", "4", "24", "96"], ["mkjv", "4", "0", "0"], ["k0yn", "3", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 11, "strings": ["xqgq", "v3dlbv", "8ii93wmpj", "krmxf4", "hd7dvl", "h2uqc", "tlpxobd", "vqinix", "24zduq", "mkjv", "k0yn"]}, "task_name": "task03", "example_name": "0107", "problem_name": "task03_0107"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['eufwkmb', 'nehfryy', 'qxg9uzjcp', 'qvlp1b4', '7hnkohxo', 'apjcwpa', 'xejzayowf', 'kjomkyrsi', 'snpw', 'joa9iuhs', '18i8h']", "label": {"final": 630, "init": "0", "intermediate": [["eufwkmb", "7", "0", "0"], ["nehfryy", "7", "0", "0"], ["qxg9uzjcp", "8", "9", "72"], ["qvlp1b4", "5", "14", "70"], ["7hnkohxo", "7", "7", "49"], ["apjcwpa", "7", "0", "0"], ["xejzayowf", "9", "0", "0"], ["kjomkyrsi", "9", "0", "0"], ["snpw", "4", "0", "0"], ["joa9iuhs", "7", "9", "63"], ["18i8h", "2", "188", "376"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 11, "strings": ["eufwkmb", "nehfryy", "qxg9uzjcp", "qvlp1b4", "7hnkohxo", "apjcwpa", "xejzayowf", "kjomkyrsi", "snpw", "joa9iuhs", "18i8h"]}, "task_name": "task03", "example_name": "0108", "problem_name": "task03_0108"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['yvddlsqu', 'pnkr', 'nsgs', 'uqmdaf', 'spi1oenlj', 'tatoz83sg', 'czr9y', 'djreufqs7', 'tcillq', 'frcnrppx', 'v9gh']", "label": {"final": 708, "init": "0", "intermediate": [["yvddlsqu", "8", "0", "0"], ["pnkr", "4", "0", "0"], ["nsgs", "4", "0", "0"], ["uqmdaf", "6", "0", "0"], ["spi1oenlj", "8", "1", "8"], ["tatoz83sg", "7", "83", "581"], ["czr9y", "4", "9", "36"], ["djreufqs7", "8", "7", "56"], ["tcillq", "6", "0", "0"], ["frcnrppx", "8", "0", "0"], ["v9gh", "3", "9", "27"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 11, "strings": ["yvddlsqu", "pnkr", "nsgs", "uqmdaf", "spi1oenlj", "tatoz83sg", "czr9y", "djreufqs7", "tcillq", "frcnrppx", "v9gh"]}, "task_name": "task03", "example_name": "0109", "problem_name": "task03_0109"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['lxwpx', 'jguswpaa', 'neajbna5', '2ycwbulw', '3dz8tmvw', 't93dq', 'ycou23ya', '7ww3kykqj', 'joi65', '3prf', 'qoog', 'htulirp3z']", "label": {"final": 1433, "init": "0", "intermediate": [["lxwpx", "5", "0", "0"], ["jguswpaa", "8", "0", "0"], ["neajbna5", "7", "5", "35"], ["2ycwbulw", "7", "2", "14"], ["3dz8tmvw", "6", "38", "228"], ["t93dq", "3", "93", "279"], ["ycou23ya", "6", "23", "138"], ["7ww3kykqj", "7", "73", "511"], ["joi65", "3", "65", "195"], ["3prf", "3", "3", "9"], ["qoog", "4", "0", "0"], ["htulirp3z", "8", "3", "24"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 12, "strings": ["lxwpx", "jguswpaa", "neajbna5", "2ycwbulw", "3dz8tmvw", "t93dq", "ycou23ya", "7ww3kykqj", "joi65", "3prf", "qoog", "htulirp3z"]}, "task_name": "task03", "example_name": "0110", "problem_name": "task03_0110"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['hbepum3o', 'xsgy1jq', 'nrexcbl', 'ipemaoe', 'tnnve', 'tlbggf7i', 'xfrh', 'sexvyf', 'hjn9almw', 'cuefg', '1roh7', 'ctn82azh']", "label": {"final": 682, "init": "0", "intermediate": [["hbepum3o", "7", "3", "21"], ["xsgy1jq", "6", "1", "6"], ["nrexcbl", "7", "0", "0"], ["ipemaoe", "7", "0", "0"], ["tnnve", "5", "0", "0"], ["tlbggf7i", "7", "7", "49"], ["xfrh", "4", "0", "0"], ["sexvyf", "6", "0", "0"], ["hjn9almw", "7", "9", "63"], ["cuefg", "5", "0", "0"], ["1roh7", "3", "17", "51"], ["ctn82azh", "6", "82", "492"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 12, "strings": ["hbepum3o", "xsgy1jq", "nrexcbl", "ipemaoe", "tnnve", "tlbggf7i", "xfrh", "sexvyf", "hjn9almw", "cuefg", "1roh7", "ctn82azh"]}, "task_name": "task03", "example_name": "0111", "problem_name": "task03_0111"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['zb9h0als', 'ihzx2npm', 'uazai7', 'mokdkjl', '39mofrso', 'ysffw', 'rs48wmgxo', 'frcif', 'zhbrgntn', 'tqln8', 'pwpgk', 'fiba']", "label": {"final": 1191, "init": "0", "intermediate": [["zb9h0als", "6", "90", "540"], ["ihzx2npm", "7", "2", "14"], ["uazai7", "5", "7", "35"], ["mokdkjl", "7", "0", "0"], ["39mofrso", "6", "39", "234"], ["ysffw", "5", "0", "0"], ["rs48wmgxo", "7", "48", "336"], ["frcif", "5", "0", "0"], ["zhbrgntn", "8", "0", "0"], ["tqln8", "4", "8", "32"], ["pwpgk", "5", "0", "0"], ["fiba", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 12, "strings": ["zb9h0als", "ihzx2npm", "uazai7", "mokdkjl", "39mofrso", "ysffw", "rs48wmgxo", "frcif", "zhbrgntn", "tqln8", "pwpgk", "fiba"]}, "task_name": "task03", "example_name": "0112", "problem_name": "task03_0112"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['8yzr', 'qmvq6sat', 'pn4xwk', 'tx9ukimgv', 's7w9iwua', 'snzol', '7lyyq', '4rr1prnt8', 'fqbi3fse', 'sykbuth', 'pye9do', 'wufou3']", "label": {"final": 3249, "init": "0", "intermediate": [["8yzr", "3", "8", "24"], ["qmvq6sat", "7", "6", "42"], ["pn4xwk", "5", "4", "20"], ["tx9ukimgv", "8", "9", "72"], ["s7w9iwua", "6", "79", "474"], ["snzol", "5", "0", "0"], ["7lyyq", "4", "7", "28"], ["4rr1prnt8", "6", "418", "2508"], ["fqbi3fse", "7", "3", "21"], ["sykbuth", "7", "0", "0"], ["pye9do", "5", "9", "45"], ["wufou3", "5", "3", "15"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 12, "strings": ["8yzr", "qmvq6sat", "pn4xwk", "tx9ukimgv", "s7w9iwua", "snzol", "7lyyq", "4rr1prnt8", "fqbi3fse", "sykbuth", "pye9do", "wufou3"]}, "task_name": "task03", "example_name": "0113", "problem_name": "task03_0113"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['6yhwtiwzf', 'fplhyr', 'bjfk', 'ldfrl', 'a6trbfskq', 'xrfpqwkl', 'qakqzx', 'wygmhhk', 'liber', 'ibig8w2', 'slq8tjz', 'gn0zy']", "label": {"final": 554, "init": "0", "intermediate": [["6yhwtiwzf", "8", "6", "48"], ["fplhyr", "6", "0", "0"], ["bjfk", "4", "0", "0"], ["ldfrl", "5", "0", "0"], ["a6trbfskq", "8", "6", "48"], ["xrfpqwkl", "8", "0", "0"], ["qakqzx", "6", "0", "0"], ["wygmhhk", "7", "0", "0"], ["liber", "5", "0", "0"], ["ibig8w2", "5", "82", "410"], ["slq8tjz", "6", "8", "48"], ["gn0zy", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 12, "strings": ["6yhwtiwzf", "fplhyr", "bjfk", "ldfrl", "a6trbfskq", "xrfpqwkl", "qakqzx", "wygmhhk", "liber", "ibig8w2", "slq8tjz", "gn0zy"]}, "task_name": "task03", "example_name": "0114", "problem_name": "task03_0114"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['h8stfj', 'cd4llila', 'znlor0vs', 'hlixgp', 'xcbqrori', 'uz7v', 'ztilyof3', 'asuhvem', '1vrv', 'bbxwmuy', 'bzaifkenu', 'ronrtx']", "label": {"final": 113, "init": "0", "intermediate": [["h8stfj", "5", "8", "40"], ["cd4llila", "7", "4", "28"], ["znlor0vs", "7", "0", "0"], ["hlixgp", "6", "0", "0"], ["xcbqrori", "8", "0", "0"], ["uz7v", "3", "7", "21"], ["ztilyof3", "7", "3", "21"], ["asuhvem", "7", "0", "0"], ["1vrv", "3", "1", "3"], ["bbxwmuy", "7", "0", "0"], ["bzaifkenu", "9", "0", "0"], ["ronrtx", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 12, "strings": ["h8stfj", "cd4llila", "znlor0vs", "hlixgp", "xcbqrori", "uz7v", "ztilyof3", "asuhvem", "1vrv", "bbxwmuy", "bzaifkenu", "ronrtx"]}, "task_name": "task03", "example_name": "0115", "problem_name": "task03_0115"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['br7aozhn', 'ckswt', 'fjlqx', 'pwenz7oa', 'nvjtnfr28', 'qnrnes', 'vxwmlhvm', 'w2rbajr', 'wpgm', 'b63j', 'bjmt', 'tctjmot']", "label": {"final": 432, "init": "0", "intermediate": [["br7aozhn", "7", "7", "49"], ["ckswt", "5", "0", "0"], ["fjlqx", "5", "0", "0"], ["pwenz7oa", "7", "7", "49"], ["nvjtnfr28", "7", "28", "196"], ["qnrnes", "6", "0", "0"], ["vxwmlhvm", "8", "0", "0"], ["w2rbajr", "6", "2", "12"], ["wpgm", "4", "0", "0"], ["b63j", "2", "63", "126"], ["bjmt", "4", "0", "0"], ["tctjmot", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 12, "strings": ["br7aozhn", "ckswt", "fjlqx", "pwenz7oa", "nvjtnfr28", "qnrnes", "vxwmlhvm", "w2rbajr", "wpgm", "b63j", "bjmt", "tctjmot"]}, "task_name": "task03", "example_name": "0116", "problem_name": "task03_0116"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['l1qsms', '78zpw', 'rqrcbc', '1g2x', 'lgwfhrg', 'rhgamppww', 'ioqbqjeg', 'ytlnhk', 'ztlqzj4db', 'keyq', 'n8bafc', 'sdoxb']", "label": {"final": 335, "init": "0", "intermediate": [["l1qsms", "5", "1", "5"], ["78zpw", "3", "78", "234"], ["rqrcbc", "6", "0", "0"], ["1g2x", "2", "12", "24"], ["lgwfhrg", "7", "0", "0"], ["rhgamppww", "9", "0", "0"], ["ioqbqjeg", "8", "0", "0"], ["ytlnhk", "6", "0", "0"], ["ztlqzj4db", "8", "4", "32"], ["keyq", "4", "0", "0"], ["n8bafc", "5", "8", "40"], ["sdoxb", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 12, "strings": ["l1qsms", "78zpw", "rqrcbc", "1g2x", "lgwfhrg", "rhgamppww", "ioqbqjeg", "ytlnhk", "ztlqzj4db", "keyq", "n8bafc", "sdoxb"]}, "task_name": "task03", "example_name": "0117", "problem_name": "task03_0117"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['k9q3um5li', 'mevg', 'jbwhly', 'vriuszju', 'jotltd', 'f0rdis', 'cituaj', 'ivhjbb', 'jtmsxhumc', 'mocape2h1', 'rrlkzt', 'lqkoa']", "label": {"final": 5757, "init": "0", "intermediate": [["k9q3um5li", "6", "935", "5610"], ["mevg", "4", "0", "0"], ["jbwhly", "6", "0", "0"], ["vriuszju", "8", "0", "0"], ["jotltd", "6", "0", "0"], ["f0rdis", "5", "0", "0"], ["cituaj", "6", "0", "0"], ["ivhjbb", "6", "0", "0"], ["jtmsxhumc", "9", "0", "0"], ["mocape2h1", "7", "21", "147"], ["rrlkzt", "6", "0", "0"], ["lqkoa", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 12, "strings": ["k9q3um5li", "mevg", "jbwhly", "vriuszju", "jotltd", "f0rdis", "cituaj", "ivhjbb", "jtmsxhumc", "mocape2h1", "rrlkzt", "lqkoa"]}, "task_name": "task03", "example_name": "0118", "problem_name": "task03_0118"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['tn24pel', 'ukuoq', 'aukv', 'bqmf', 'knnr2zw3s', 'qseu', 'hhpr', 'e2ceccdb', 'hrvctws', 'kbprlob', 't7je', 'jv3ofpuf']", "label": {"final": 337, "init": "0", "intermediate": [["tn24pel", "5", "24", "120"], ["ukuoq", "5", "0", "0"], ["aukv", "4", "0", "0"], ["bqmf", "4", "0", "0"], ["knnr2zw3s", "7", "23", "161"], ["qseu", "4", "0", "0"], ["hhpr", "4", "0", "0"], ["e2ceccdb", "7", "2", "14"], ["hrvctws", "7", "0", "0"], ["kbprlob", "7", "0", "0"], ["t7je", "3", "7", "21"], ["jv3ofpuf", "7", "3", "21"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 12, "strings": ["tn24pel", "ukuoq", "aukv", "bqmf", "knnr2zw3s", "qseu", "hhpr", "e2ceccdb", "hrvctws", "kbprlob", "t7je", "jv3ofpuf"]}, "task_name": "task03", "example_name": "0119", "problem_name": "task03_0119"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['hjzt', 'eqdfia', 'fxevk', 'yiqlvq', 'cspoat', 'tygrhl9mp', 'qk794jo', 'gqswj0l', 'etfm3', 'lxgf67', 'bpv6zg', 'sg1bh', '0e1nmmjka']", "label": {"final": 3569, "init": "0", "intermediate": [["hjzt", "4", "0", "0"], ["eqdfia", "6", "0", "0"], ["fxevk", "5", "0", "0"], ["yiqlvq", "6", "0", "0"], ["cspoat", "6", "0", "0"], ["tygrhl9mp", "8", "9", "72"], ["qk794jo", "4", "794", "3176"], ["gqswj0l", "6", "0", "0"], ["etfm3", "4", "3", "12"], ["lxgf67", "4", "67", "268"], ["bpv6zg", "5", "6", "30"], ["sg1bh", "4", "1", "4"], ["0e1nmmjka", "7", "1", "7"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 13, "strings": ["hjzt", "eqdfia", "fxevk", "yiqlvq", "cspoat", "tygrhl9mp", "qk794jo", "gqswj0l", "etfm3", "lxgf67", "bpv6zg", "sg1bh", "0e1nmmjka"]}, "task_name": "task03", "example_name": "0120", "problem_name": "task03_0120"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['bupno8o', 'tasst', '4qcvug', 'acznz', 'jufcuvrey', 'skraxrim', 'ib9ge4xi', 'vimi', 'giyyncqe9', 'a5jzn', 'sr5io1v', 'jyly2a5', 'daj8pwhlx']", "label": {"final": 1168, "init": "0", "intermediate": [["bupno8o", "6", "8", "48"], ["tasst", "5", "0", "0"], ["4qcvug", "5", "4", "20"], ["acznz", "5", "0", "0"], ["jufcuvrey", "9", "0", "0"], ["skraxrim", "8", "0", "0"], ["ib9ge4xi", "6", "94", "564"], ["vimi", "4", "0", "0"], ["giyyncqe9", "8", "9", "72"], ["a5jzn", "4", "5", "20"], ["sr5io1v", "5", "51", "255"], ["jyly2a5", "5", "25", "125"], ["daj8pwhlx", "8", "8", "64"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 13, "strings": ["bupno8o", "tasst", "4qcvug", "acznz", "jufcuvrey", "skraxrim", "ib9ge4xi", "vimi", "giyyncqe9", "a5jzn", "sr5io1v", "jyly2a5", "daj8pwhlx"]}, "task_name": "task03", "example_name": "0121", "problem_name": "task03_0121"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['snkkcno', 'lu64tif', 'mfrc', 'oblt4srd', '8jj2khdpe', 'h3lhud', '7i1rnwgrk', 'dowaou', 'capvddgm5', 'legikx', 'pfdxr', 'shph0gu', 'j6lrsw3']", "label": {"final": 1789, "init": "0", "intermediate": [["snkkcno", "7", "0", "0"], ["lu64tif", "5", "64", "320"], ["mfrc", "4", "0", "0"], ["oblt4srd", "7", "4", "28"], ["8jj2khdpe", "7", "82", "574"], ["h3lhud", "5", "3", "15"], ["7i1rnwgrk", "7", "71", "497"], ["dowaou", "6", "0", "0"], ["capvddgm5", "8", "5", "40"], ["legikx", "6", "0", "0"], ["pfdxr", "5", "0", "0"], ["shph0gu", "6", "0", "0"], ["j6lrsw3", "5", "63", "315"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 13, "strings": ["snkkcno", "lu64tif", "mfrc", "oblt4srd", "8jj2khdpe", "h3lhud", "7i1rnwgrk", "dowaou", "capvddgm5", "legikx", "pfdxr", "shph0gu", "j6lrsw3"]}, "task_name": "task03", "example_name": "0122", "problem_name": "task03_0122"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['kivtfa', 'mnhkfxw41', '7kndfw2k6', 'azov', 'jlxr2g7sz', 'p9mbvgd', 'ilcn', '5oszj', '4tyc', 'lxpha2h4', 'doij', '4q4fh', 'l7otxuww']", "label": {"final": 5243, "init": "0", "intermediate": [["kivtfa", "6", "0", "0"], ["mnhkfxw41", "7", "41", "287"], ["7kndfw2k6", "6", "726", "4356"], ["azov", "4", "0", "0"], ["jlxr2g7sz", "7", "27", "189"], ["p9mbvgd", "6", "9", "54"], ["ilcn", "4", "0", "0"], ["5oszj", "4", "5", "20"], ["4tyc", "3", "4", "12"], ["lxpha2h4", "6", "24", "144"], ["doij", "4", "0", "0"], ["4q4fh", "3", "44", "132"], ["l7otxuww", "7", "7", "49"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 13, "strings": ["kivtfa", "mnhkfxw41", "7kndfw2k6", "azov", "jlxr2g7sz", "p9mbvgd", "ilcn", "5oszj", "4tyc", "lxpha2h4", "doij", "4q4fh", "l7otxuww"]}, "task_name": "task03", "example_name": "0123", "problem_name": "task03_0123"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['fdq3bgxuw', 'yf1ib5qj', '4tl466', 'fdzpv8a83', 'gawaq', 'lgerll1', 'weaaql', 'bruetq', '7xdgo', 'qcuk', 'epux2tbc', 'q8kihtu', 'yjfpgvla']", "label": {"final": 14440, "init": "0", "intermediate": [["fdq3bgxuw", "8", "3", "24"], ["yf1ib5qj", "6", "15", "90"], ["4tl466", "2", "4466", "8932"], ["fdzpv8a83", "6", "883", "5298"], ["gawaq", "5", "0", "0"], ["lgerll1", "6", "1", "6"], ["weaaql", "6", "0", "0"], ["bruetq", "6", "0", "0"], ["7xdgo", "4", "7", "28"], ["qcuk", "4", "0", "0"], ["epux2tbc", "7", "2", "14"], ["q8kihtu", "6", "8", "48"], ["yjfpgvla", "8", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 13, "strings": ["fdq3bgxuw", "yf1ib5qj", "4tl466", "fdzpv8a83", "gawaq", "lgerll1", "weaaql", "bruetq", "7xdgo", "qcuk", "epux2tbc", "q8kihtu", "yjfpgvla"]}, "task_name": "task03", "example_name": "0124", "problem_name": "task03_0124"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['urc6l', 'eco8pw', 'uxcmjhy', 'jcdx', 'iwefd', '31qoai4d', 'sd8yyyp2x', 'jzxv9qvk', 'hhnia', 's0tryj6cu', 'arnzm', 'jxzn', 'rtxhuohw']", "label": {"final": 2313, "init": "0", "intermediate": [["urc6l", "4", "6", "24"], ["eco8pw", "5", "8", "40"], ["uxcmjhy", "7", "0", "0"], ["jcdx", "4", "0", "0"], ["iwefd", "5", "0", "0"], ["31qoai4d", "5", "314", "1570"], ["sd8yyyp2x", "7", "82", "574"], ["jzxv9qvk", "7", "9", "63"], ["hhnia", "5", "0", "0"], ["s0tryj6cu", "7", "6", "42"], ["arnzm", "5", "0", "0"], ["jxzn", "4", "0", "0"], ["rtxhuohw", "8", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 13, "strings": ["urc6l", "eco8pw", "uxcmjhy", "jcdx", "iwefd", "31qoai4d", "sd8yyyp2x", "jzxv9qvk", "hhnia", "s0tryj6cu", "arnzm", "jxzn", "rtxhuohw"]}, "task_name": "task03", "example_name": "0125", "problem_name": "task03_0125"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ofxnxs', 'keex', '0py10uefm', '6bfclou', 'dvhxcprko', 'rpclkyk', 'bdsp', 'sclv7bf', '5oft', '7thdfnz', 'wk5pgo', 'qyoqetm', 'lqv9']", "label": {"final": 247, "init": "0", "intermediate": [["ofxnxs", "6", "0", "0"], ["keex", "4", "0", "0"], ["0py10uefm", "6", "10", "60"], ["6bfclou", "6", "6", "36"], ["dvhxcprko", "9", "0", "0"], ["rpclkyk", "7", "0", "0"], ["bdsp", "4", "0", "0"], ["sclv7bf", "6", "7", "42"], ["5oft", "3", "5", "15"], ["7thdfnz", "6", "7", "42"], ["wk5pgo", "5", "5", "25"], ["qyoqetm", "7", "0", "0"], ["lqv9", "3", "9", "27"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 13, "strings": ["ofxnxs", "keex", "0py10uefm", "6bfclou", "dvhxcprko", "rpclkyk", "bdsp", "sclv7bf", "5oft", "7thdfnz", "wk5pgo", "qyoqetm", "lqv9"]}, "task_name": "task03", "example_name": "0126", "problem_name": "task03_0126"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['hzmnrftao', 'xgnyqibso', 'fwcyth', 'hncg0di', '9bxzcgvbp', 'dug9dnwd', 'lutj', 'oualvny', 'vnoeq2sxw', 'mcvvo', 'rdkiij5x', '0gnbntft', 'l6qadv']", "label": {"final": 216, "init": "0", "intermediate": [["hzmnrftao", "9", "0", "0"], ["xgnyqibso", "9", "0", "0"], ["fwcyth", "6", "0", "0"], ["hncg0di", "6", "0", "0"], ["9bxzcgvbp", "8", "9", "72"], ["dug9dnwd", "7", "9", "63"], ["lutj", "4", "0", "0"], ["oualvny", "7", "0", "0"], ["vnoeq2sxw", "8", "2", "16"], ["mcvvo", "5", "0", "0"], ["rdkiij5x", "7", "5", "35"], ["0gnbntft", "7", "0", "0"], ["l6qadv", "5", "6", "30"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 13, "strings": ["hzmnrftao", "xgnyqibso", "fwcyth", "hncg0di", "9bxzcgvbp", "dug9dnwd", "lutj", "oualvny", "vnoeq2sxw", "mcvvo", "rdkiij5x", "0gnbntft", "l6qadv"]}, "task_name": "task03", "example_name": "0127", "problem_name": "task03_0127"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['fbjchse', 'f4zdhhvax', 'ugbrsay', 'ofux1', 'r9za', '5eldgbjt', 'kkkn0ct', 'pwd9aas', 'qfk6w', 'oawk3slr', '6bekaroda', 'ntrgpj', 'yej1r']", "label": {"final": 249, "init": "0", "intermediate": [["fbjchse", "7", "0", "0"], ["f4zdhhvax", "8", "4", "32"], ["ugbrsay", "7", "0", "0"], ["ofux1", "4", "1", "4"], ["r9za", "3", "9", "27"], ["5eldgbjt", "7", "5", "35"], ["kkkn0ct", "6", "0", "0"], ["pwd9aas", "6", "9", "54"], ["qfk6w", "4", "6", "24"], ["oawk3slr", "7", "3", "21"], ["6bekaroda", "8", "6", "48"], ["ntrgpj", "6", "0", "0"], ["yej1r", "4", "1", "4"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 13, "strings": ["fbjchse", "f4zdhhvax", "ugbrsay", "ofux1", "r9za", "5eldgbjt", "kkkn0ct", "pwd9aas", "qfk6w", "oawk3slr", "6bekaroda", "ntrgpj", "yej1r"]}, "task_name": "task03", "example_name": "0128", "problem_name": "task03_0128"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ulcxgt', 'jzoiqbhlk', 'vjwkda2ei', 'pe3wx6dr', 'uosiwsw', 'uynuf', 'pcqu', 'qh6j', 'dgz5hfr', '3cxl', 'ule1t', 'howb', 'iburg']", "label": {"final": 293, "init": "0", "intermediate": [["ulcxgt", "6", "0", "0"], ["jzoiqbhlk", "9", "0", "0"], ["vjwkda2ei", "8", "2", "16"], ["pe3wx6dr", "6", "36", "216"], ["uosiwsw", "7", "0", "0"], ["uynuf", "5", "0", "0"], ["pcqu", "4", "0", "0"], ["qh6j", "3", "6", "18"], ["dgz5hfr", "6", "5", "30"], ["3cxl", "3", "3", "9"], ["ule1t", "4", "1", "4"], ["howb", "4", "0", "0"], ["iburg", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 13, "strings": ["ulcxgt", "jzoiqbhlk", "vjwkda2ei", "pe3wx6dr", "uosiwsw", "uynuf", "pcqu", "qh6j", "dgz5hfr", "3cxl", "ule1t", "howb", "iburg"]}, "task_name": "task03", "example_name": "0129", "problem_name": "task03_0129"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['zwtiyigb', 'aefinp', 'uyijjrua', 'snvwjpdmi', 'z805jj', 'szunsyyjx', 'fcbstg', 'bc7h', 'j1srjr', 'dctlh', 'rq0jowe', 'xabptl6', 'exfwrwoj', 'f2ptdthrm']", "label": {"final": 2493, "init": "0", "intermediate": [["zwtiyigb", "8", "0", "0"], ["aefinp", "6", "0", "0"], ["uyijjrua", "8", "0", "0"], ["snvwjpdmi", "9", "0", "0"], ["z805jj", "3", "805", "2415"], ["szunsyyjx", "9", "0", "0"], ["fcbstg", "6", "0", "0"], ["bc7h", "3", "7", "21"], ["j1srjr", "5", "1", "5"], ["dctlh", "5", "0", "0"], ["rq0jowe", "6", "0", "0"], ["xabptl6", "6", "6", "36"], ["exfwrwoj", "8", "0", "0"], ["f2ptdthrm", "8", "2", "16"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 14, "strings": ["zwtiyigb", "aefinp", "uyijjrua", "snvwjpdmi", "z805jj", "szunsyyjx", "fcbstg", "bc7h", "j1srjr", "dctlh", "rq0jowe", "xabptl6", "exfwrwoj", "f2ptdthrm"]}, "task_name": "task03", "example_name": "0130", "problem_name": "task03_0130"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['qwbnv9', 'e8nulezeo', 'ruxlt1wv', 'voz4dyhfz', 'fddb60a', '3s0i5piw', 'dijbc', 'pp3fc0z', 'kwetmis', 'comarjr', 'uksx', 'sxjw', 'lunprrty', '7zhvjl']", "label": {"final": 2158, "init": "0", "intermediate": [["qwbnv9", "5", "9", "45"], ["e8nulezeo", "8", "8", "64"], ["ruxlt1wv", "7", "1", "7"], ["voz4dyhfz", "8", "4", "32"], ["fddb60a", "5", "60", "300"], ["3s0i5piw", "5", "305", "1525"], ["dijbc", "5", "0", "0"], ["pp3fc0z", "5", "30", "150"], ["kwetmis", "7", "0", "0"], ["comarjr", "7", "0", "0"], ["uksx", "4", "0", "0"], ["sxjw", "4", "0", "0"], ["lunprrty", "8", "0", "0"], ["7zhvjl", "5", "7", "35"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 14, "strings": ["qwbnv9", "e8nulezeo", "ruxlt1wv", "voz4dyhfz", "fddb60a", "3s0i5piw", "dijbc", "pp3fc0z", "kwetmis", "comarjr", "uksx", "sxjw", "lunprrty", "7zhvjl"]}, "task_name": "task03", "example_name": "0131", "problem_name": "task03_0131"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['eonscb', 'vder4zse', 'mlxpf', 'pulsorf', 'bpz7ufd', 'kl89f2hcf', 'bwbzgykge', 'idoazler', 'olls8fjy', 'euvo', 'xzht5sm', 'hm9rt', 'hac6fo', 'yrr5otel']", "label": {"final": 5609, "init": "0", "intermediate": [["eonscb", "6", "0", "0"], ["vder4zse", "7", "4", "28"], ["mlxpf", "5", "0", "0"], ["pulsorf", "7", "0", "0"], ["bpz7ufd", "6", "7", "42"], ["kl89f2hcf", "6", "892", "5352"], ["bwbzgykge", "9", "0", "0"], ["idoazler", "8", "0", "0"], ["olls8fjy", "7", "8", "56"], ["euvo", "4", "0", "0"], ["xzht5sm", "6", "5", "30"], ["hm9rt", "4", "9", "36"], ["hac6fo", "5", "6", "30"], ["yrr5otel", "7", "5", "35"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 14, "strings": ["eonscb", "vder4zse", "mlxpf", "pulsorf", "bpz7ufd", "kl89f2hcf", "bwbzgykge", "idoazler", "olls8fjy", "euvo", "xzht5sm", "hm9rt", "hac6fo", "yrr5otel"]}, "task_name": "task03", "example_name": "0132", "problem_name": "task03_0132"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['lk33dbd', 'krbup', 'i4odoa2jf', '3rntt', 'ylxoi', '58del', 'ceqmi', 'denixbh', 'pgx9zl', '83x9bxehp', 'oomsh', 'astl', 'vv3n3nbdy', 'vk6uy']", "label": {"final": 5979, "init": "0", "intermediate": [["lk33dbd", "5", "33", "165"], ["krbup", "5", "0", "0"], ["i4odoa2jf", "7", "42", "294"], ["3rntt", "4", "3", "12"], ["ylxoi", "5", "0", "0"], ["58del", "3", "58", "174"], ["ceqmi", "5", "0", "0"], ["denixbh", "7", "0", "0"], ["pgx9zl", "5", "9", "45"], ["83x9bxehp", "6", "839", "5034"], ["oomsh", "5", "0", "0"], ["astl", "4", "0", "0"], ["vv3n3nbdy", "7", "33", "231"], ["vk6uy", "4", "6", "24"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 14, "strings": ["lk33dbd", "krbup", "i4odoa2jf", "3rntt", "ylxoi", "58del", "ceqmi", "denixbh", "pgx9zl", "83x9bxehp", "oomsh", "astl", "vv3n3nbdy", "vk6uy"]}, "task_name": "task03", "example_name": "0133", "problem_name": "task03_0133"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['xgd8rc', 'td61re', 'ltukndc', 'l1tewzok', 'yphahdra', '1j7ul', '5mlw', 'ogwtt4du', 'puanis', '8jenowkir', 'uiyqjtd3', 'zccoypv6', 'b2jqpsher', 'r43nuqque']", "label": {"final": 829, "init": "0", "intermediate": [["xgd8rc", "5", "8", "40"], ["td61re", "4", "61", "244"], ["ltukndc", "7", "0", "0"], ["l1tewzok", "7", "1", "7"], ["yphahdra", "8", "0", "0"], ["1j7ul", "3", "17", "51"], ["5mlw", "3", "5", "15"], ["ogwtt4du", "7", "4", "28"], ["puanis", "6", "0", "0"], ["8jenowkir", "8", "8", "64"], ["uiyqjtd3", "7", "3", "21"], ["zccoypv6", "7", "6", "42"], ["b2jqpsher", "8", "2", "16"], ["r43nuqque", "7", "43", "301"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 14, "strings": ["xgd8rc", "td61re", "ltukndc", "l1tewzok", "yphahdra", "1j7ul", "5mlw", "ogwtt4du", "puanis", "8jenowkir", "uiyqjtd3", "zccoypv6", "b2jqpsher", "r43nuqque"]}, "task_name": "task03", "example_name": "0134", "problem_name": "task03_0134"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['rj4tpt', 'gdl1gl', 'vchopxgmv', 'upqjxdwsa', 'bcatd7kc', '9pwnw4gc', 'jtmverlw5', 'c8mqqse', 'lb9uncshz', 'x3nn', '3kaeimwb', '6uklirnt', 'lckndbzr', 'aq0qqwrc']", "label": {"final": 870, "init": "0", "intermediate": [["rj4tpt", "5", "4", "20"], ["gdl1gl", "5", "1", "5"], ["vchopxgmv", "9", "0", "0"], ["upqjxdwsa", "9", "0", "0"], ["bcatd7kc", "7", "7", "49"], ["9pwnw4gc", "6", "94", "564"], ["jtmverlw5", "8", "5", "40"], ["c8mqqse", "6", "8", "48"], ["lb9uncshz", "8", "9", "72"], ["x3nn", "3", "3", "9"], ["3kaeimwb", "7", "3", "21"], ["6uklirnt", "7", "6", "42"], ["lckndbzr", "8", "0", "0"], ["aq0qqwrc", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 14, "strings": ["rj4tpt", "gdl1gl", "vchopxgmv", "upqjxdwsa", "bcatd7kc", "9pwnw4gc", "jtmverlw5", "c8mqqse", "lb9uncshz", "x3nn", "3kaeimwb", "6uklirnt", "lckndbzr", "aq0qqwrc"]}, "task_name": "task03", "example_name": "0135", "problem_name": "task03_0135"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['8pxrx', 'umstu', 'czrz', 'kpejpci', 'ydwp', 'sxailaiuf', 'tizsub', 'ad67zkvm', 'ghjq', 'y6tr', 'salgwtnqh', 'y63cww', 'fcpemw5', 'rljeqx4ka']", "label": {"final": 766, "init": "0", "intermediate": [["8pxrx", "4", "8", "32"], ["umstu", "5", "0", "0"], ["czrz", "4", "0", "0"], ["kpejpci", "7", "0", "0"], ["ydwp", "4", "0", "0"], ["sxailaiuf", "9", "0", "0"], ["tizsub", "6", "0", "0"], ["ad67zkvm", "6", "67", "402"], ["ghjq", "4", "0", "0"], ["y6tr", "3", "6", "18"], ["salgwtnqh", "9", "0", "0"], ["y63cww", "4", "63", "252"], ["fcpemw5", "6", "5", "30"], ["rljeqx4ka", "8", "4", "32"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 14, "strings": ["8pxrx", "umstu", "czrz", "kpejpci", "ydwp", "sxailaiuf", "tizsub", "ad67zkvm", "ghjq", "y6tr", "salgwtnqh", "y63cww", "fcpemw5", "rljeqx4ka"]}, "task_name": "task03", "example_name": "0136", "problem_name": "task03_0136"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['1fyxisv', 'qpqdr', 'fbklnyf', 'emrnduqb', 'h99yr', 'gsewy1m', 'adxn', 'ow8hfmx', 'wqfq9dt7b', 'szmmq', 'u6qgrd', 'sdowr', 'bfplzxkhp', 'eydiid']", "label": {"final": 1066, "init": "0", "intermediate": [["1fyxisv", "6", "1", "6"], ["qpqdr", "5", "0", "0"], ["fbklnyf", "7", "0", "0"], ["emrnduqb", "8", "0", "0"], ["h99yr", "3", "99", "297"], ["gsewy1m", "6", "1", "6"], ["adxn", "4", "0", "0"], ["ow8hfmx", "6", "8", "48"], ["wqfq9dt7b", "7", "97", "679"], ["szmmq", "5", "0", "0"], ["u6qgrd", "5", "6", "30"], ["sdowr", "5", "0", "0"], ["bfplzxkhp", "9", "0", "0"], ["eydiid", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 14, "strings": ["1fyxisv", "qpqdr", "fbklnyf", "emrnduqb", "h99yr", "gsewy1m", "adxn", "ow8hfmx", "wqfq9dt7b", "szmmq", "u6qgrd", "sdowr", "bfplzxkhp", "eydiid"]}, "task_name": "task03", "example_name": "0137", "problem_name": "task03_0137"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['b9gb', 'vrndllen', 'sovgec', 'l4v7ktngl', 'iuiyd', 'datheh', 'jifsbyxlq', '60hu', 'ffh4zfn', 'ipjdz', 'ygzf7vcbd', 'rnlwrkk', 'odz6b1jl', 'xssqrhza4']", "label": {"final": 954, "init": "0", "intermediate": [["b9gb", "3", "9", "27"], ["vrndllen", "8", "0", "0"], ["sovgec", "6", "0", "0"], ["l4v7ktngl", "7", "47", "329"], ["iuiyd", "5", "0", "0"], ["datheh", "6", "0", "0"], ["jifsbyxlq", "9", "0", "0"], ["60hu", "2", "60", "120"], ["ffh4zfn", "6", "4", "24"], ["ipjdz", "5", "0", "0"], ["ygzf7vcbd", "8", "7", "56"], ["rnlwrkk", "7", "0", "0"], ["odz6b1jl", "6", "61", "366"], ["xssqrhza4", "8", "4", "32"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 14, "strings": ["b9gb", "vrndllen", "sovgec", "l4v7ktngl", "iuiyd", "datheh", "jifsbyxlq", "60hu", "ffh4zfn", "ipjdz", "ygzf7vcbd", "rnlwrkk", "odz6b1jl", "xssqrhza4"]}, "task_name": "task03", "example_name": "0138", "problem_name": "task03_0138"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['pbl9l', 'isf3', 'zodfvr0', 'dyyy9whwy', 'slp7wa', 'cdehe', 'wsugww', 'ie70', 'zques4', '7tbnaa', 'atxpctm', 'sn740beq', 'ivtbtv', 'ejekri']", "label": {"final": 4047, "init": "0", "intermediate": [["pbl9l", "4", "9", "36"], ["isf3", "3", "3", "9"], ["zodfvr0", "6", "0", "0"], ["dyyy9whwy", "8", "9", "72"], ["slp7wa", "5", "7", "35"], ["cdehe", "5", "0", "0"], ["wsugww", "6", "0", "0"], ["ie70", "2", "70", "140"], ["zques4", "5", "4", "20"], ["7tbnaa", "5", "7", "35"], ["atxpctm", "7", "0", "0"], ["sn740beq", "5", "740", "3700"], ["ivtbtv", "6", "0", "0"], ["ejekri", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 14, "strings": ["pbl9l", "isf3", "zodfvr0", "dyyy9whwy", "slp7wa", "cdehe", "wsugww", "ie70", "zques4", "7tbnaa", "atxpctm", "sn740beq", "ivtbtv", "ejekri"]}, "task_name": "task03", "example_name": "0139", "problem_name": "task03_0139"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['gh5n', 'hcfzlbbo', 'czlldy', 'bxelfy1h', 'dhrsnlp', 'hiciq3jl', 'qjs8n', 'mxls5rftm', 'ku0bfk', 'kkdntd', 'qqkprrk', 'qdwsla', 'fwmkc0hfh', 'aoewio', 'abejuqxb']", "label": {"final": 115, "init": "0", "intermediate": [["gh5n", "3", "5", "15"], ["hcfzlbbo", "8", "0", "0"], ["czlldy", "6", "0", "0"], ["bxelfy1h", "7", "1", "7"], ["dhrsnlp", "7", "0", "0"], ["hiciq3jl", "7", "3", "21"], ["qjs8n", "4", "8", "32"], ["mxls5rftm", "8", "5", "40"], ["ku0bfk", "5", "0", "0"], ["kkdntd", "6", "0", "0"], ["qqkprrk", "7", "0", "0"], ["qdwsla", "6", "0", "0"], ["fwmkc0hfh", "8", "0", "0"], ["aoewio", "6", "0", "0"], ["abejuqxb", "8", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 15, "strings": ["gh5n", "hcfzlbbo", "czlldy", "bxelfy1h", "dhrsnlp", "hiciq3jl", "qjs8n", "mxls5rftm", "ku0bfk", "kkdntd", "qqkprrk", "qdwsla", "fwmkc0hfh", "aoewio", "abejuqxb"]}, "task_name": "task03", "example_name": "0140", "problem_name": "task03_0140"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['anvg', 'komhmr', 'unq4rw', 'uglfar', 'm0dup', 'r5fwhvlc', 'j84df', 'dbznlt', 'be9oojv', 'krn1lyls', 'hsip4', 'nqpan', 'npxjvhwa', 'hdywr3u', 'idmidhcfv']", "label": {"final": 402, "init": "0", "intermediate": [["anvg", "4", "0", "0"], ["komhmr", "6", "0", "0"], ["unq4rw", "5", "4", "20"], ["uglfar", "6", "0", "0"], ["m0dup", "4", "0", "0"], ["r5fwhvlc", "7", "5", "35"], ["j84df", "3", "84", "252"], ["dbznlt", "6", "0", "0"], ["be9oojv", "6", "9", "54"], ["krn1lyls", "7", "1", "7"], ["hsip4", "4", "4", "16"], ["nqpan", "5", "0", "0"], ["npxjvhwa", "8", "0", "0"], ["hdywr3u", "6", "3", "18"], ["idmidhcfv", "9", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 15, "strings": ["anvg", "komhmr", "unq4rw", "uglfar", "m0dup", "r5fwhvlc", "j84df", "dbznlt", "be9oojv", "krn1lyls", "hsip4", "nqpan", "npxjvhwa", "hdywr3u", "idmidhcfv"]}, "task_name": "task03", "example_name": "0141", "problem_name": "task03_0141"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['5t0g3p', 'czn4z', 'sii1mb7', 'iksxvwtv', 'duoo', 'mvtgdc', 'tgj9ouinp', 'fd5nh', 'dafx', 'mf8zlnn', 'vsvimcxxa', 'ihhc2', 'z8hh2', 'ygrl', 'xc2hisryq']", "label": {"final": 2020, "init": "0", "intermediate": [["5t0g3p", "3", "503", "1509"], ["czn4z", "4", "4", "16"], ["sii1mb7", "5", "17", "85"], ["iksxvwtv", "8", "0", "0"], ["duoo", "4", "0", "0"], ["mvtgdc", "6", "0", "0"], ["tgj9ouinp", "8", "9", "72"], ["fd5nh", "4", "5", "20"], ["dafx", "4", "0", "0"], ["mf8zlnn", "6", "8", "48"], ["vsvimcxxa", "9", "0", "0"], ["ihhc2", "4", "2", "8"], ["z8hh2", "3", "82", "246"], ["ygrl", "4", "0", "0"], ["xc2hisryq", "8", "2", "16"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 15, "strings": ["5t0g3p", "czn4z", "sii1mb7", "iksxvwtv", "duoo", "mvtgdc", "tgj9ouinp", "fd5nh", "dafx", "mf8zlnn", "vsvimcxxa", "ihhc2", "z8hh2", "ygrl", "xc2hisryq"]}, "task_name": "task03", "example_name": "0142", "problem_name": "task03_0142"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['lnheb8nir', 'zqda', 'jtpcuepz', 'ftgfph', 'fhybb9rh', 'ungl', 'hpzqa', 'oprjhmj', 'szk9', 'fkpvdyn', '85c7hpi5t', 'afpkjxt6', '3vwa6l', 'fy1d9q4c', 'fulxup']", "label": {"final": 44185, "init": "0", "intermediate": [["lnheb8nir", "8", "8", "64"], ["zqda", "4", "0", "0"], ["jtpcuepz", "8", "0", "0"], ["ftgfph", "6", "0", "0"], ["fhybb9rh", "7", "9", "63"], ["ungl", "4", "0", "0"], ["hpzqa", "5", "0", "0"], ["oprjhmj", "7", "0", "0"], ["szk9", "3", "9", "27"], ["fkpvdyn", "7", "0", "0"], ["85c7hpi5t", "5", "8575", "42875"], ["afpkjxt6", "7", "6", "42"], ["3vwa6l", "4", "36", "144"], ["fy1d9q4c", "5", "194", "970"], ["fulxup", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 15, "strings": ["lnheb8nir", "zqda", "jtpcuepz", "ftgfph", "fhybb9rh", "ungl", "hpzqa", "oprjhmj", "szk9", "fkpvdyn", "85c7hpi5t", "afpkjxt6", "3vwa6l", "fy1d9q4c", "fulxup"]}, "task_name": "task03", "example_name": "0143", "problem_name": "task03_0143"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['b18jq', 'wvanwmv', 'n2twqvwrt', 'nmziprtw', 'bizj', 'oyxmhzc3', '9tsie3', 'fvx13g0j', 'sbn9', 'kitg9xal', 'obhbv', 'ggux', 'hjgujcdzh', 'b0gdbuh', 'gbbq6f']", "label": {"final": 1233, "init": "0", "intermediate": [["b18jq", "3", "18", "54"], ["wvanwmv", "7", "0", "0"], ["n2twqvwrt", "8", "2", "16"], ["nmziprtw", "8", "0", "0"], ["bizj", "4", "0", "0"], ["oyxmhzc3", "7", "3", "21"], ["9tsie3", "4", "93", "372"], ["fvx13g0j", "5", "130", "650"], ["sbn9", "3", "9", "27"], ["kitg9xal", "7", "9", "63"], ["obhbv", "5", "0", "0"], ["ggux", "4", "0", "0"], ["hjgujcdzh", "9", "0", "0"], ["b0gdbuh", "6", "0", "0"], ["gbbq6f", "5", "6", "30"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 15, "strings": ["b18jq", "wvanwmv", "n2twqvwrt", "nmziprtw", "bizj", "oyxmhzc3", "9tsie3", "fvx13g0j", "sbn9", "kitg9xal", "obhbv", "ggux", "hjgujcdzh", "b0gdbuh", "gbbq6f"]}, "task_name": "task03", "example_name": "0144", "problem_name": "task03_0144"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ujtgxgg', '6xqwbdyjp', 'lfk1', 'x4bd7jwal', '0wjq', 'lrvdm429l', 'y0ygle', 'tdkm', 'famcjv', 'jjpgfgs', 'fzjb', 'a0dpeo0', 'vvnydnd', 'tpt2', '2sfqmq']", "label": {"final": 2970, "init": "0", "intermediate": [["ujtgxgg", "7", "0", "0"], ["6xqwbdyjp", "8", "6", "48"], ["lfk1", "3", "1", "3"], ["x4bd7jwal", "7", "47", "329"], ["0wjq", "3", "0", "0"], ["lrvdm429l", "6", "429", "2574"], ["y0ygle", "5", "0", "0"], ["tdkm", "4", "0", "0"], ["famcjv", "6", "0", "0"], ["jjpgfgs", "7", "0", "0"], ["fzjb", "4", "0", "0"], ["a0dpeo0", "5", "0", "0"], ["vvnydnd", "7", "0", "0"], ["tpt2", "3", "2", "6"], ["2sfqmq", "5", "2", "10"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 15, "strings": ["ujtgxgg", "6xqwbdyjp", "lfk1", "x4bd7jwal", "0wjq", "lrvdm429l", "y0ygle", "tdkm", "famcjv", "jjpgfgs", "fzjb", "a0dpeo0", "vvnydnd", "tpt2", "2sfqmq"]}, "task_name": "task03", "example_name": "0145", "problem_name": "task03_0145"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['xmktovn', '3pjxsvu', 'bwam', 'lrijd', 'x7hkbkp', 'sdullqcd', '1im2i3oz', 'xhvp9ge7', 'si5zgiadu', 'stxf1tzh', 'hchbyx', 'xrvrsmjot', 'dazb0ih', 'nsvv9e6j9', 'gww0']", "label": {"final": 7118, "init": "0", "intermediate": [["xmktovn", "7", "0", "0"], ["3pjxsvu", "6", "3", "18"], ["bwam", "4", "0", "0"], ["lrijd", "5", "0", "0"], ["x7hkbkp", "6", "7", "42"], ["sdullqcd", "8", "0", "0"], ["1im2i3oz", "5", "123", "615"], ["xhvp9ge7", "6", "97", "582"], ["si5zgiadu", "8", "5", "40"], ["stxf1tzh", "7", "1", "7"], ["hchbyx", "6", "0", "0"], ["xrvrsmjot", "9", "0", "0"], ["dazb0ih", "6", "0", "0"], ["nsvv9e6j9", "6", "969", "5814"], ["gww0", "3", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 15, "strings": ["xmktovn", "3pjxsvu", "bwam", "lrijd", "x7hkbkp", "sdullqcd", "1im2i3oz", "xhvp9ge7", "si5zgiadu", "stxf1tzh", "hchbyx", "xrvrsmjot", "dazb0ih", "nsvv9e6j9", "gww0"]}, "task_name": "task03", "example_name": "0146", "problem_name": "task03_0146"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['wk96g', 'ajdyha', 'laazcj', 'xdh3eidli', 'fchegqhc', 'm99ja7v', 'hguv', '79b6z', 'csr1sr', 's3f3', 'irya', 'bskhyn', 'acz78bs', 'lw1iy4p', 'c5hhxvfc']", "label": {"final": 6458, "init": "0", "intermediate": [["wk96g", "3", "96", "288"], ["ajdyha", "6", "0", "0"], ["laazcj", "6", "0", "0"], ["xdh3eidli", "8", "3", "24"], ["fchegqhc", "8", "0", "0"], ["m99ja7v", "4", "997", "3988"], ["hguv", "4", "0", "0"], ["79b6z", "2", "796", "1592"], ["csr1sr", "5", "1", "5"], ["s3f3", "2", "33", "66"], ["irya", "4", "0", "0"], ["bskhyn", "6", "0", "0"], ["acz78bs", "5", "78", "390"], ["lw1iy4p", "5", "14", "70"], ["c5hhxvfc", "7", "5", "35"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 15, "strings": ["wk96g", "ajdyha", "laazcj", "xdh3eidli", "fchegqhc", "m99ja7v", "hguv", "79b6z", "csr1sr", "s3f3", "irya", "bskhyn", "acz78bs", "lw1iy4p", "c5hhxvfc"]}, "task_name": "task03", "example_name": "0147", "problem_name": "task03_0147"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['y8ad', 'hzjt', 'bzmh', '3zxtaqy', 'obzalqup', 'o5eyzdxh', 'kbnnnkmp', 'thapcn6', 'zzpvkwrgf', 'tlmey7', 'nnf2j6mcb', 'rpfz', 'czm4vs2g', 'jmo2fdkhh', 'ux96vfazo']", "label": {"final": 1270, "init": "0", "intermediate": [["y8ad", "3", "8", "24"], ["hzjt", "4", "0", "0"], ["bzmh", "4", "0", "0"], ["3zxtaqy", "6", "3", "18"], ["obzalqup", "8", "0", "0"], ["o5eyzdxh", "7", "5", "35"], ["kbnnnkmp", "8", "0", "0"], ["thapcn6", "6", "6", "36"], ["zzpvkwrgf", "9", "0", "0"], ["tlmey7", "5", "7", "35"], ["nnf2j6mcb", "7", "26", "182"], ["rpfz", "4", "0", "0"], ["czm4vs2g", "6", "42", "252"], ["jmo2fdkhh", "8", "2", "16"], ["ux96vfazo", "7", "96", "672"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 15, "strings": ["y8ad", "hzjt", "bzmh", "3zxtaqy", "obzalqup", "o5eyzdxh", "kbnnnkmp", "thapcn6", "zzpvkwrgf", "tlmey7", "nnf2j6mcb", "rpfz", "czm4vs2g", "jmo2fdkhh", "ux96vfazo"]}, "task_name": "task03", "example_name": "0148", "problem_name": "task03_0148"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['pjhcuwycv', 'sgnre69qq', '8azf', '0hqg', 'than', 'osotfv9c', 'tqzierimq', 'dtjvpi', 'zgzgpfm', 'pxekgstc', 'aeiftl', 'gysv', '52tydwng', 'sryupd', 'wch5s6c']", "label": {"final": 1162, "init": "0", "intermediate": [["pjhcuwycv", "9", "0", "0"], ["sgnre69qq", "7", "69", "483"], ["8azf", "3", "8", "24"], ["0hqg", "3", "0", "0"], ["than", "4", "0", "0"], ["osotfv9c", "7", "9", "63"], ["tqzierimq", "9", "0", "0"], ["dtjvpi", "6", "0", "0"], ["zgzgpfm", "7", "0", "0"], ["pxekgstc", "8", "0", "0"], ["aeiftl", "6", "0", "0"], ["gysv", "4", "0", "0"], ["52tydwng", "6", "52", "312"], ["sryupd", "6", "0", "0"], ["wch5s6c", "5", "56", "280"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 15, "strings": ["pjhcuwycv", "sgnre69qq", "8azf", "0hqg", "than", "osotfv9c", "tqzierimq", "dtjvpi", "zgzgpfm", "pxekgstc", "aeiftl", "gysv", "52tydwng", "sryupd", "wch5s6c"]}, "task_name": "task03", "example_name": "0149", "problem_name": "task03_0149"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ksfad', 'kbjblk', '7rtwab', 'cbwejlc', 'rtu70xqpm', 'k9zkq', 'obzijv', 'znzhzb', 'hor0caqa', 'iczq', 'cxvvzs', 'rluc6kzgf', 'yt418', 'xrp7cwxx', 'wvpdhfptx', 'za7km']", "label": {"final": 1522, "init": "0", "intermediate": [["ksfad", "5", "0", "0"], ["kbjblk", "6", "0", "0"], ["7rtwab", "5", "7", "35"], ["cbwejlc", "7", "0", "0"], ["rtu70xqpm", "7", "70", "490"], ["k9zkq", "4", "9", "36"], ["obzijv", "6", "0", "0"], ["znzhzb", "6", "0", "0"], ["hor0caqa", "7", "0", "0"], ["iczq", "4", "0", "0"], ["cxvvzs", "6", "0", "0"], ["rluc6kzgf", "8", "6", "48"], ["yt418", "2", "418", "836"], ["xrp7cwxx", "7", "7", "49"], ["wvpdhfptx", "9", "0", "0"], ["za7km", "4", "7", "28"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 16, "strings": ["ksfad", "kbjblk", "7rtwab", "cbwejlc", "rtu70xqpm", "k9zkq", "obzijv", "znzhzb", "hor0caqa", "iczq", "cxvvzs", "rluc6kzgf", "yt418", "xrp7cwxx", "wvpdhfptx", "za7km"]}, "task_name": "task03", "example_name": "0150", "problem_name": "task03_0150"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['y1xq', 'tsvzcdfs', 'mlyhv7', 'jgcz4e5um', 'njfwnhgny', '4cgxsbwh', 'mb3bulk', 'vvjsn', 'ucvoihvwd', '61hl', 'jmzsg', 'tld3joa', 'bnihdjl', 'wph9', 'go8y8pmli', 'ruvwwf']", "label": {"final": 1182, "init": "0", "intermediate": [["y1xq", "3", "1", "3"], ["tsvzcdfs", "8", "0", "0"], ["mlyhv7", "5", "7", "35"], ["jgcz4e5um", "7", "45", "315"], ["njfwnhgny", "9", "0", "0"], ["4cgxsbwh", "7", "4", "28"], ["mb3bulk", "6", "3", "18"], ["vvjsn", "5", "0", "0"], ["ucvoihvwd", "9", "0", "0"], ["61hl", "2", "61", "122"], ["jmzsg", "5", "0", "0"], ["tld3joa", "6", "3", "18"], ["bnihdjl", "7", "0", "0"], ["wph9", "3", "9", "27"], ["go8y8pmli", "7", "88", "616"], ["ruvwwf", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 16, "strings": ["y1xq", "tsvzcdfs", "mlyhv7", "jgcz4e5um", "njfwnhgny", "4cgxsbwh", "mb3bulk", "vvjsn", "ucvoihvwd", "61hl", "jmzsg", "tld3joa", "bnihdjl", "wph9", "go8y8pmli", "ruvwwf"]}, "task_name": "task03", "example_name": "0151", "problem_name": "task03_0151"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['zpwko5c', 'yx1y7w', 'w1s5itf', 'fngdfd', 'h9uoqt', '8vl5rqwci', 'yctt', 'uerfl', 'ohgb', 'sfz0ts106', 'hivvsarku', 'dxoeq', 'thll9iuh', 'zpdh', '9tnzoxm', '3hqo7']", "label": {"final": 1571, "init": "0", "intermediate": [["zpwko5c", "6", "5", "30"], ["yx1y7w", "4", "17", "68"], ["w1s5itf", "5", "15", "75"], ["fngdfd", "6", "0", "0"], ["h9uoqt", "5", "9", "45"], ["8vl5rqwci", "7", "85", "595"], ["yctt", "4", "0", "0"], ["uerfl", "5", "0", "0"], ["ohgb", "4", "0", "0"], ["sfz0ts106", "5", "106", "530"], ["hivvsarku", "9", "0", "0"], ["dxoeq", "5", "0", "0"], ["thll9iuh", "7", "9", "63"], ["zpdh", "4", "0", "0"], ["9tnzoxm", "6", "9", "54"], ["3hqo7", "3", "37", "111"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 16, "strings": ["zpwko5c", "yx1y7w", "w1s5itf", "fngdfd", "h9uoqt", "8vl5rqwci", "yctt", "uerfl", "ohgb", "sfz0ts106", "hivvsarku", "dxoeq", "thll9iuh", "zpdh", "9tnzoxm", "3hqo7"]}, "task_name": "task03", "example_name": "0152", "problem_name": "task03_0152"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['2cix4ftyd', 'yy97fh5', 'udelsdrc', '9grwae', 'gjagczr', '1wwejp', 'txri3h', 'ofjzcc', 'jhbnc', 'odmn1li', '50wxs', 'etixpq', 'kylrfym6l', 'bsruver', 'fdkl', '0sgggss']", "label": {"final": 4337, "init": "0", "intermediate": [["2cix4ftyd", "7", "24", "168"], ["yy97fh5", "4", "975", "3900"], ["udelsdrc", "8", "0", "0"], ["9grwae", "5", "9", "45"], ["gjagczr", "7", "0", "0"], ["1wwejp", "5", "1", "5"], ["txri3h", "5", "3", "15"], ["ofjzcc", "6", "0", "0"], ["jhbnc", "5", "0", "0"], ["odmn1li", "6", "1", "6"], ["50wxs", "3", "50", "150"], ["etixpq", "6", "0", "0"], ["kylrfym6l", "8", "6", "48"], ["bsruver", "7", "0", "0"], ["fdkl", "4", "0", "0"], ["0sgggss", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 16, "strings": ["2cix4ftyd", "yy97fh5", "udelsdrc", "9grwae", "gjagczr", "1wwejp", "txri3h", "ofjzcc", "jhbnc", "odmn1li", "50wxs", "etixpq", "kylrfym6l", "bsruver", "fdkl", "0sgggss"]}, "task_name": "task03", "example_name": "0153", "problem_name": "task03_0153"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['af88r', 'riiyhuamy', 'mwf3es2f6', 'i9amrlv', 'aiq7cxq6', 'omnytjk', 'ukvldinx', 'xt1sx', 'rzyjguemt', 'ywqssrj', 'gv8lq', 'huuy', 'c0h6tqwm', 'btrrl', 'bibdydkef', 'rp3gpwb']", "label": {"final": 2820, "init": "0", "intermediate": [["af88r", "3", "88", "264"], ["riiyhuamy", "9", "0", "0"], ["mwf3es2f6", "6", "326", "1956"], ["i9amrlv", "6", "9", "54"], ["aiq7cxq6", "6", "76", "456"], ["omnytjk", "7", "0", "0"], ["ukvldinx", "8", "0", "0"], ["xt1sx", "4", "1", "4"], ["rzyjguemt", "9", "0", "0"], ["ywqssrj", "7", "0", "0"], ["gv8lq", "4", "8", "32"], ["huuy", "4", "0", "0"], ["c0h6tqwm", "6", "6", "36"], ["btrrl", "5", "0", "0"], ["bibdydkef", "9", "0", "0"], ["rp3gpwb", "6", "3", "18"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 16, "strings": ["af88r", "riiyhuamy", "mwf3es2f6", "i9amrlv", "aiq7cxq6", "omnytjk", "ukvldinx", "xt1sx", "rzyjguemt", "ywqssrj", "gv8lq", "huuy", "c0h6tqwm", "btrrl", "bibdydkef", "rp3gpwb"]}, "task_name": "task03", "example_name": "0154", "problem_name": "task03_0154"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['urxqmva3k', 'lchthrxy', '8geucxm', 'ghyxetsl', 'm1gj', 'zltafulm', 'iidj4x', 'ngcnptg', 'xvmm', 'viqk', 'arpt', 'ehpuilhll', 'ild3ct1bk', 'd3azeipe', 'eb0olmm', 'dbmockuj']", "label": {"final": 333, "init": "0", "intermediate": [["urxqmva3k", "8", "3", "24"], ["lchthrxy", "8", "0", "0"], ["8geucxm", "6", "8", "48"], ["ghyxetsl", "8", "0", "0"], ["m1gj", "3", "1", "3"], ["zltafulm", "8", "0", "0"], ["iidj4x", "5", "4", "20"], ["ngcnptg", "7", "0", "0"], ["xvmm", "4", "0", "0"], ["viqk", "4", "0", "0"], ["arpt", "4", "0", "0"], ["ehpuilhll", "9", "0", "0"], ["ild3ct1bk", "7", "31", "217"], ["d3azeipe", "7", "3", "21"], ["eb0olmm", "6", "0", "0"], ["dbmockuj", "8", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 16, "strings": ["urxqmva3k", "lchthrxy", "8geucxm", "ghyxetsl", "m1gj", "zltafulm", "iidj4x", "ngcnptg", "xvmm", "viqk", "arpt", "ehpuilhll", "ild3ct1bk", "d3azeipe", "eb0olmm", "dbmockuj"]}, "task_name": "task03", "example_name": "0155", "problem_name": "task03_0155"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['0sxu7bg4l', 'kjdcf', 'nsswkom', 'q248', 'vhxoquqrz', 'lmrbxjb', 'dyap0xov', 'srnud', 'ttfuodj', 'qvzm2', 'tiijuu17', 'rszz', '5r0cqf', 'juqhkafmy', 'gupb', 'ff4kuw']", "label": {"final": 1022, "init": "0", "intermediate": [["0sxu7bg4l", "6", "74", "444"], ["kjdcf", "5", "0", "0"], ["nsswkom", "7", "0", "0"], ["q248", "1", "248", "248"], ["vhxoquqrz", "9", "0", "0"], ["lmrbxjb", "7", "0", "0"], ["dyap0xov", "7", "0", "0"], ["srnud", "5", "0", "0"], ["ttfuodj", "7", "0", "0"], ["qvzm2", "4", "2", "8"], ["tiijuu17", "6", "17", "102"], ["rszz", "4", "0", "0"], ["5r0cqf", "4", "50", "200"], ["juqhkafmy", "9", "0", "0"], ["gupb", "4", "0", "0"], ["ff4kuw", "5", "4", "20"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 16, "strings": ["0sxu7bg4l", "kjdcf", "nsswkom", "q248", "vhxoquqrz", "lmrbxjb", "dyap0xov", "srnud", "ttfuodj", "qvzm2", "tiijuu17", "rszz", "5r0cqf", "juqhkafmy", "gupb", "ff4kuw"]}, "task_name": "task03", "example_name": "0156", "problem_name": "task03_0156"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['svmegrbd', 'jaokkvt', 'ofjoa0j', 'rwmwq1', 'xloaykun', '7mlzippq', 'wk9q', 'e433z', 'ncminr', 'ahbscr', 'zlcgcx', 'zuxtqx', 'nryjed', 'c9m2i', 'njkcyfeo0', 'jhqfxvlv']", "label": {"final": 1223, "init": "0", "intermediate": [["svmegrbd", "8", "0", "0"], ["jaokkvt", "7", "0", "0"], ["ofjoa0j", "6", "0", "0"], ["rwmwq1", "5", "1", "5"], ["xloaykun", "8", "0", "0"], ["7mlzippq", "7", "7", "49"], ["wk9q", "3", "9", "27"], ["e433z", "2", "433", "866"], ["ncminr", "6", "0", "0"], ["ahbscr", "6", "0", "0"], ["zlcgcx", "6", "0", "0"], ["zuxtqx", "6", "0", "0"], ["nryjed", "6", "0", "0"], ["c9m2i", "3", "92", "276"], ["njkcyfeo0", "8", "0", "0"], ["jhqfxvlv", "8", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 16, "strings": ["svmegrbd", "jaokkvt", "ofjoa0j", "rwmwq1", "xloaykun", "7mlzippq", "wk9q", "e433z", "ncminr", "ahbscr", "zlcgcx", "zuxtqx", "nryjed", "c9m2i", "njkcyfeo0", "jhqfxvlv"]}, "task_name": "task03", "example_name": "0157", "problem_name": "task03_0157"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['vvqn1gs', '2d9vfycu', 'ery3ndnc', 'blryrilf', 'vgoi', '2dsjndpse', 'juhmtx5nq', 'ruuw7', 'h6fe', 'x8yzqo2', 'pdmyh5sqo', 'klgnrzp', 'xbrslkk', 'pkijguqp', 'wqvjteij', 'jnit']", "label": {"final": 753, "init": "0", "intermediate": [["vvqn1gs", "6", "1", "6"], ["2d9vfycu", "6", "29", "174"], ["ery3ndnc", "7", "3", "21"], ["blryrilf", "8", "0", "0"], ["vgoi", "4", "0", "0"], ["2dsjndpse", "8", "2", "16"], ["juhmtx5nq", "8", "5", "40"], ["ruuw7", "4", "7", "28"], ["h6fe", "3", "6", "18"], ["x8yzqo2", "5", "82", "410"], ["pdmyh5sqo", "8", "5", "40"], ["klgnrzp", "7", "0", "0"], ["xbrslkk", "7", "0", "0"], ["pkijguqp", "8", "0", "0"], ["wqvjteij", "8", "0", "0"], ["jnit", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 16, "strings": ["vvqn1gs", "2d9vfycu", "ery3ndnc", "blryrilf", "vgoi", "2dsjndpse", "juhmtx5nq", "ruuw7", "h6fe", "x8yzqo2", "pdmyh5sqo", "klgnrzp", "xbrslkk", "pkijguqp", "wqvjteij", "jnit"]}, "task_name": "task03", "example_name": "0158", "problem_name": "task03_0158"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['hety', 'kqtc9kl', 'no5e2h9', 'jdu03dq3x', 'ytmt9gqm', 'kzyfvoiek', 'lkkui06', 'ybgi', 'zpg1lk', 'jmygjjvqv', 'aucfvx5ag', 'nhfr', '3rphf4mc3', 'fyy0', 'urfvz', '5oxegr']", "label": {"final": 4589, "init": "0", "intermediate": [["hety", "4", "0", "0"], ["kqtc9kl", "6", "9", "54"], ["no5e2h9", "4", "529", "2116"], ["jdu03dq3x", "6", "33", "198"], ["ytmt9gqm", "7", "9", "63"], ["kzyfvoiek", "9", "0", "0"], ["lkkui06", "5", "6", "30"], ["ybgi", "4", "0", "0"], ["zpg1lk", "5", "1", "5"], ["jmygjjvqv", "9", "0", "0"], ["aucfvx5ag", "8", "5", "40"], ["nhfr", "4", "0", "0"], ["3rphf4mc3", "6", "343", "2058"], ["fyy0", "3", "0", "0"], ["urfvz", "5", "0", "0"], ["5oxegr", "5", "5", "25"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 16, "strings": ["hety", "kqtc9kl", "no5e2h9", "jdu03dq3x", "ytmt9gqm", "kzyfvoiek", "lkkui06", "ybgi", "zpg1lk", "jmygjjvqv", "aucfvx5ag", "nhfr", "3rphf4mc3", "fyy0", "urfvz", "5oxegr"]}, "task_name": "task03", "example_name": "0159", "problem_name": "task03_0159"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['pn7jhszr', 'nktgo', 'pmrqyyx', 'bajxefie', 'vxrzsejp', 'ms9lahlj', 'xfolsfgso', 'hwtqhnjh', 'otctr', 'plulibhaj', 'z2di8z', 'lfpqfcle', 'ssv5y', 'bwieoewm', '2o5ccv5', 'ofoqrjlkv', 'uh4xu4']", "label": {"final": 1440, "init": "0", "intermediate": [["pn7jhszr", "7", "7", "49"], ["nktgo", "5", "0", "0"], ["pmrqyyx", "7", "0", "0"], ["bajxefie", "8", "0", "0"], ["vxrzsejp", "8", "0", "0"], ["ms9lahlj", "7", "9", "63"], ["xfolsfgso", "9", "0", "0"], ["hwtqhnjh", "8", "0", "0"], ["otctr", "5", "0", "0"], ["plulibhaj", "9", "0", "0"], ["z2di8z", "4", "28", "112"], ["lfpqfcle", "8", "0", "0"], ["ssv5y", "4", "5", "20"], ["bwieoewm", "8", "0", "0"], ["2o5ccv5", "4", "255", "1020"], ["ofoqrjlkv", "9", "0", "0"], ["uh4xu4", "4", "44", "176"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 17, "strings": ["pn7jhszr", "nktgo", "pmrqyyx", "bajxefie", "vxrzsejp", "ms9lahlj", "xfolsfgso", "hwtqhnjh", "otctr", "plulibhaj", "z2di8z", "lfpqfcle", "ssv5y", "bwieoewm", "2o5ccv5", "ofoqrjlkv", "uh4xu4"]}, "task_name": "task03", "example_name": "0160", "problem_name": "task03_0160"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ziqt2oop', 'nrcl', 'xju0q2ih', 'rhkvsliu', 'omcd7cm', '3zjcck95w', '6janzm', 'jrkw', 'fiyroe1', 'zfjjmco', '5v7n', 'zlg6fw', 'wbvqnf8ed', 't9gadr', 'u3zfunkn', 'jvrwujr', 'plqu0o']", "label": {"final": 2748, "init": "0", "intermediate": [["ziqt2oop", "7", "2", "14"], ["nrcl", "4", "0", "0"], ["xju0q2ih", "6", "2", "12"], ["rhkvsliu", "8", "0", "0"], ["omcd7cm", "6", "7", "42"], ["3zjcck95w", "6", "395", "2370"], ["6janzm", "5", "6", "30"], ["jrkw", "4", "0", "0"], ["fiyroe1", "6", "1", "6"], ["zfjjmco", "7", "0", "0"], ["5v7n", "2", "57", "114"], ["zlg6fw", "5", "6", "30"], ["wbvqnf8ed", "8", "8", "64"], ["t9gadr", "5", "9", "45"], ["u3zfunkn", "7", "3", "21"], ["jvrwujr", "7", "0", "0"], ["plqu0o", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 17, "strings": ["ziqt2oop", "nrcl", "xju0q2ih", "rhkvsliu", "omcd7cm", "3zjcck95w", "6janzm", "jrkw", "fiyroe1", "zfjjmco", "5v7n", "zlg6fw", "wbvqnf8ed", "t9gadr", "u3zfunkn", "jvrwujr", "plqu0o"]}, "task_name": "task03", "example_name": "0161", "problem_name": "task03_0161"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['37x3q2u', 'ldnxb2caj', 'sv6j5msp', 'wdrutxiqg', 'hysa', 'exxnvisve', 'm7ncaq', 'gfvw8', 'txrdqrhrb', 'mvko', 'qxtkbxfno', 'md3z', 'kltxhl', '4rwhqj7', 'nlsi', 'bzov', 'zlszxwq']", "label": {"final": 11913, "init": "0", "intermediate": [["37x3q2u", "3", "3732", "11196"], ["ldnxb2caj", "8", "2", "16"], ["sv6j5msp", "6", "65", "390"], ["wdrutxiqg", "9", "0", "0"], ["hysa", "4", "0", "0"], ["exxnvisve", "9", "0", "0"], ["m7ncaq", "5", "7", "35"], ["gfvw8", "4", "8", "32"], ["txrdqrhrb", "9", "0", "0"], ["mvko", "4", "0", "0"], ["qxtkbxfno", "9", "0", "0"], ["md3z", "3", "3", "9"], ["kltxhl", "6", "0", "0"], ["4rwhqj7", "5", "47", "235"], ["nlsi", "4", "0", "0"], ["bzov", "4", "0", "0"], ["zlszxwq", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 17, "strings": ["37x3q2u", "ldnxb2caj", "sv6j5msp", "wdrutxiqg", "hysa", "exxnvisve", "m7ncaq", "gfvw8", "txrdqrhrb", "mvko", "qxtkbxfno", "md3z", "kltxhl", "4rwhqj7", "nlsi", "bzov", "zlszxwq"]}, "task_name": "task03", "example_name": "0162", "problem_name": "task03_0162"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['pmavhieg', 'x9aof', 'twtg', 'cnfz', 'vsort', '7odw2hzc', 'tlaz', '5ajpvzlo', 'i1b3fmu6g', 'ynttro', 'lfufg1f5g', 'nlb9mrvk', 'hvo2olwt', 'xyulys7ud', 'es8dpjnp', 'wgndq6kzj', 'vewp4tz5c']", "label": {"final": 1976, "init": "0", "intermediate": [["pmavhieg", "8", "0", "0"], ["x9aof", "4", "9", "36"], ["twtg", "4", "0", "0"], ["cnfz", "4", "0", "0"], ["vsort", "5", "0", "0"], ["7odw2hzc", "6", "72", "432"], ["tlaz", "4", "0", "0"], ["5ajpvzlo", "7", "5", "35"], ["i1b3fmu6g", "6", "136", "816"], ["ynttro", "6", "0", "0"], ["lfufg1f5g", "7", "15", "105"], ["nlb9mrvk", "7", "9", "63"], ["hvo2olwt", "7", "2", "14"], ["xyulys7ud", "8", "7", "56"], ["es8dpjnp", "7", "8", "56"], ["wgndq6kzj", "8", "6", "48"], ["vewp4tz5c", "7", "45", "315"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 17, "strings": ["pmavhieg", "x9aof", "twtg", "cnfz", "vsort", "7odw2hzc", "tlaz", "5ajpvzlo", "i1b3fmu6g", "ynttro", "lfufg1f5g", "nlb9mrvk", "hvo2olwt", "xyulys7ud", "es8dpjnp", "wgndq6kzj", "vewp4tz5c"]}, "task_name": "task03", "example_name": "0163", "problem_name": "task03_0163"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['nujrcwclw', 'lezoysja', 'llasnf', 'bku93dl', 'nicg7', 'xhf3j2z', '5t9ijy', 'wscb1nnvy', 'phsvik', 'dzytf', 'l0ne9ad0v', 'c1gyqj', 'eqyu', '2g9dp', 'ykoq', 'acrjsfruw', '7bs4lid']", "label": {"final": 1899, "init": "0", "intermediate": [["nujrcwclw", "9", "0", "0"], ["lezoysja", "8", "0", "0"], ["llasnf", "6", "0", "0"], ["bku93dl", "5", "93", "465"], ["nicg7", "4", "7", "28"], ["xhf3j2z", "5", "32", "160"], ["5t9ijy", "4", "59", "236"], ["wscb1nnvy", "8", "1", "8"], ["phsvik", "6", "0", "0"], ["dzytf", "5", "0", "0"], ["l0ne9ad0v", "6", "90", "540"], ["c1gyqj", "5", "1", "5"], ["eqyu", "4", "0", "0"], ["2g9dp", "3", "29", "87"], ["ykoq", "4", "0", "0"], ["acrjsfruw", "9", "0", "0"], ["7bs4lid", "5", "74", "370"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 17, "strings": ["nujrcwclw", "lezoysja", "llasnf", "bku93dl", "nicg7", "xhf3j2z", "5t9ijy", "wscb1nnvy", "phsvik", "dzytf", "l0ne9ad0v", "c1gyqj", "eqyu", "2g9dp", "ykoq", "acrjsfruw", "7bs4lid"]}, "task_name": "task03", "example_name": "0164", "problem_name": "task03_0164"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['beuujt', 'zjyaub', 'ffuauv', 'sxw9jsc58', 'jbnudy2ha', '3cslsxz', 'sicnpxd', 'a8pujgl', 'rwqrf', 'banz7vxcr', 'qji8x9n', 'ob60rk6g', 'lv3c', '0ngrnuyx', '8casbz1f', 'rjnitgopi', 'vk5fofmda']", "label": {"final": 9896, "init": "0", "intermediate": [["beuujt", "6", "0", "0"], ["zjyaub", "6", "0", "0"], ["ffuauv", "6", "0", "0"], ["sxw9jsc58", "6", "958", "5748"], ["jbnudy2ha", "8", "2", "16"], ["3cslsxz", "6", "3", "18"], ["sicnpxd", "7", "0", "0"], ["a8pujgl", "6", "8", "48"], ["rwqrf", "5", "0", "0"], ["banz7vxcr", "8", "7", "56"], ["qji8x9n", "5", "89", "445"], ["ob60rk6g", "5", "606", "3030"], ["lv3c", "3", "3", "9"], ["0ngrnuyx", "7", "0", "0"], ["8casbz1f", "6", "81", "486"], ["rjnitgopi", "9", "0", "0"], ["vk5fofmda", "8", "5", "40"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 17, "strings": ["beuujt", "zjyaub", "ffuauv", "sxw9jsc58", "jbnudy2ha", "3cslsxz", "sicnpxd", "a8pujgl", "rwqrf", "banz7vxcr", "qji8x9n", "ob60rk6g", "lv3c", "0ngrnuyx", "8casbz1f", "rjnitgopi", "vk5fofmda"]}, "task_name": "task03", "example_name": "0165", "problem_name": "task03_0165"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['3ud7hpaw', '8kbek', '9cxc', 'fpozrne', 'qaveozbrg', 'nj23et', 'owfbvvo', 'pnst', 'mcybt', 'mejj', 'mrijbn', 'kszr', 'gavcg', 'ie9ytrk', 'bgabz', 't7dsw1t', 'kzhnk5']", "label": {"final": 807, "init": "0", "intermediate": [["3ud7hpaw", "6", "37", "222"], ["8kbek", "4", "8", "32"], ["9cxc", "3", "9", "27"], ["fpozrne", "7", "0", "0"], ["qaveozbrg", "9", "0", "0"], ["nj23et", "4", "23", "92"], ["owfbvvo", "7", "0", "0"], ["pnst", "4", "0", "0"], ["mcybt", "5", "0", "0"], ["mejj", "4", "0", "0"], ["mrijbn", "6", "0", "0"], ["kszr", "4", "0", "0"], ["gavcg", "5", "0", "0"], ["ie9ytrk", "6", "9", "54"], ["bgabz", "5", "0", "0"], ["t7dsw1t", "5", "71", "355"], ["kzhnk5", "5", "5", "25"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 17, "strings": ["3ud7hpaw", "8kbek", "9cxc", "fpozrne", "qaveozbrg", "nj23et", "owfbvvo", "pnst", "mcybt", "mejj", "mrijbn", "kszr", "gavcg", "ie9ytrk", "bgabz", "t7dsw1t", "kzhnk5"]}, "task_name": "task03", "example_name": "0166", "problem_name": "task03_0166"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['iulcbkgay', 'uzqmivt', 'mkyivv', 'payhlco', 'rpaox', 'yijv', 'zqsu', 'ldqktto', 'dw03yx', '13hitu5or', 'e76n', 'orpw54y88', 'zm5jihhz', '5hzltl', 'kywzbgvj', 'lsyw', 'ceojjz']", "label": {"final": 28474, "init": "0", "intermediate": [["iulcbkgay", "9", "0", "0"], ["uzqmivt", "7", "0", "0"], ["mkyivv", "6", "0", "0"], ["payhlco", "7", "0", "0"], ["rpaox", "5", "0", "0"], ["yijv", "4", "0", "0"], ["zqsu", "4", "0", "0"], ["ldqktto", "7", "0", "0"], ["dw03yx", "4", "3", "12"], ["13hitu5or", "6", "135", "810"], ["e76n", "2", "76", "152"], ["orpw54y88", "5", "5488", "27440"], ["zm5jihhz", "7", "5", "35"], ["5hzltl", "5", "5", "25"], ["kywzbgvj", "8", "0", "0"], ["lsyw", "4", "0", "0"], ["ceojjz", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 17, "strings": ["iulcbkgay", "uzqmivt", "mkyivv", "payhlco", "rpaox", "yijv", "zqsu", "ldqktto", "dw03yx", "13hitu5or", "e76n", "orpw54y88", "zm5jihhz", "5hzltl", "kywzbgvj", "lsyw", "ceojjz"]}, "task_name": "task03", "example_name": "0167", "problem_name": "task03_0167"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['uye2ixfx', 'nytvmd', 'sbj07fre', '4nurf', 'f5ykrk', '1m3j7', 'plo3gg', 'mbviedcp', 'hos8cn', 'kzhf', 'mlezvhq', 'uj6qu1', 'nwtnakj', 'gcgy', 'yxtb', 'os3ggb', 'akctbo']", "label": {"final": 685, "init": "0", "intermediate": [["uye2ixfx", "7", "2", "14"], ["nytvmd", "6", "0", "0"], ["sbj07fre", "6", "7", "42"], ["4nurf", "4", "4", "16"], ["f5ykrk", "5", "5", "25"], ["1m3j7", "2", "137", "274"], ["plo3gg", "5", "3", "15"], ["mbviedcp", "8", "0", "0"], ["hos8cn", "5", "8", "40"], ["kzhf", "4", "0", "0"], ["mlezvhq", "7", "0", "0"], ["uj6qu1", "4", "61", "244"], ["nwtnakj", "7", "0", "0"], ["gcgy", "4", "0", "0"], ["yxtb", "4", "0", "0"], ["os3ggb", "5", "3", "15"], ["akctbo", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 17, "strings": ["uye2ixfx", "nytvmd", "sbj07fre", "4nurf", "f5ykrk", "1m3j7", "plo3gg", "mbviedcp", "hos8cn", "kzhf", "mlezvhq", "uj6qu1", "nwtnakj", "gcgy", "yxtb", "os3ggb", "akctbo"]}, "task_name": "task03", "example_name": "0168", "problem_name": "task03_0168"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['jbgtxvd', 'bmgvi1', 'ao9f4xf', 'hzxy', 'txggiv', 'im17bll1', 'pogj0zj', 'z1hdfyybp', 'bp7u1i', 'akjwbff6', 'mnvnnnl', 'fj0ih2xg', 'kxqyximt1', 'a0eghyv4', 'olinnsqa', 'ukcqpjsrr', 'hzczf']", "label": {"final": 1708, "init": "0", "intermediate": [["jbgtxvd", "7", "0", "0"], ["bmgvi1", "5", "1", "5"], ["ao9f4xf", "5", "94", "470"], ["hzxy", "4", "0", "0"], ["txggiv", "6", "0", "0"], ["im17bll1", "5", "171", "855"], ["pogj0zj", "6", "0", "0"], ["z1hdfyybp", "8", "1", "8"], ["bp7u1i", "4", "71", "284"], ["akjwbff6", "7", "6", "42"], ["mnvnnnl", "7", "0", "0"], ["fj0ih2xg", "6", "2", "12"], ["kxqyximt1", "8", "1", "8"], ["a0eghyv4", "6", "4", "24"], ["olinnsqa", "8", "0", "0"], ["ukcqpjsrr", "9", "0", "0"], ["hzczf", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 17, "strings": ["jbgtxvd", "bmgvi1", "ao9f4xf", "hzxy", "txggiv", "im17bll1", "pogj0zj", "z1hdfyybp", "bp7u1i", "akjwbff6", "mnvnnnl", "fj0ih2xg", "kxqyximt1", "a0eghyv4", "olinnsqa", "ukcqpjsrr", "hzczf"]}, "task_name": "task03", "example_name": "0169", "problem_name": "task03_0169"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ot9o', '3mffhzwt4', 'zylc8', 'yhqtp6', 'aywykpw', 'wwty0gr', 'zizrkpv9', 'xkw1', 'sfgwx', 'a6vm9t', 'rm88', 'pnxpwac', '419mo', 'qijvw', 'vanq', 'lsqg9j', 'gsog5', 'yk8x']", "label": {"final": 1772, "init": "0", "intermediate": [["ot9o", "3", "9", "27"], ["3mffhzwt4", "7", "34", "238"], ["zylc8", "4", "8", "32"], ["yhqtp6", "5", "6", "30"], ["aywykpw", "7", "0", "0"], ["wwty0gr", "6", "0", "0"], ["zizrkpv9", "7", "9", "63"], ["xkw1", "3", "1", "3"], ["sfgwx", "5", "0", "0"], ["a6vm9t", "4", "69", "276"], ["rm88", "2", "88", "176"], ["pnxpwac", "7", "0", "0"], ["419mo", "2", "419", "838"], ["qijvw", "5", "0", "0"], ["vanq", "4", "0", "0"], ["lsqg9j", "5", "9", "45"], ["gsog5", "4", "5", "20"], ["yk8x", "3", "8", "24"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 18, "strings": ["ot9o", "3mffhzwt4", "zylc8", "yhqtp6", "aywykpw", "wwty0gr", "zizrkpv9", "xkw1", "sfgwx", "a6vm9t", "rm88", "pnxpwac", "419mo", "qijvw", "vanq", "lsqg9j", "gsog5", "yk8x"]}, "task_name": "task03", "example_name": "0170", "problem_name": "task03_0170"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['17jmuj', 'uhj9yfxq', 'hify1op', 'h7ru8g3', 'wft2pobva', 'n7whu9ra', 'jwh90x', 'r3ualhdfd', 'cntq0u', 'bisvteg', '3h0u', 'egvccawm', 'yrqy6fm', '7dq9blily', 'k28a', 'fwr9lylp', 'fmxn47', 'lertc']", "label": {"final": 5099, "init": "0", "intermediate": [["17jmuj", "4", "17", "68"], ["uhj9yfxq", "7", "9", "63"], ["hify1op", "6", "1", "6"], ["h7ru8g3", "4", "783", "3132"], ["wft2pobva", "8", "2", "16"], ["n7whu9ra", "6", "79", "474"], ["jwh90x", "4", "90", "360"], ["r3ualhdfd", "8", "3", "24"], ["cntq0u", "5", "0", "0"], ["bisvteg", "7", "0", "0"], ["3h0u", "2", "30", "60"], ["egvccawm", "8", "0", "0"], ["yrqy6fm", "6", "6", "36"], ["7dq9blily", "7", "79", "553"], ["k28a", "2", "28", "56"], ["fwr9lylp", "7", "9", "63"], ["fmxn47", "4", "47", "188"], ["lertc", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 18, "strings": ["17jmuj", "uhj9yfxq", "hify1op", "h7ru8g3", "wft2pobva", "n7whu9ra", "jwh90x", "r3ualhdfd", "cntq0u", "bisvteg", "3h0u", "egvccawm", "yrqy6fm", "7dq9blily", "k28a", "fwr9lylp", "fmxn47", "lertc"]}, "task_name": "task03", "example_name": "0171", "problem_name": "task03_0171"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ytrfjjsm', 'bzxjbf6v', 'hoqpbbziz', 'yx8j', 'degn7', 'ks1rzke2', 'zosiih', 'zfmsdtdxf', 'cnkmrmpou', 'x5efuf6s', 'frmtyfpid', 'uyvze', '1djphmcsz', 'rlzl8', 'ome4bq', 'rnwfmeu', 'pifv8p', 'pqgr']", "label": {"final": 602, "init": "0", "intermediate": [["ytrfjjsm", "8", "0", "0"], ["bzxjbf6v", "7", "6", "42"], ["hoqpbbziz", "9", "0", "0"], ["yx8j", "3", "8", "24"], ["degn7", "4", "7", "28"], ["ks1rzke2", "6", "12", "72"], ["zosiih", "6", "0", "0"], ["zfmsdtdxf", "9", "0", "0"], ["cnkmrmpou", "9", "0", "0"], ["x5efuf6s", "6", "56", "336"], ["frmtyfpid", "9", "0", "0"], ["uyvze", "5", "0", "0"], ["1djphmcsz", "8", "1", "8"], ["rlzl8", "4", "8", "32"], ["ome4bq", "5", "4", "20"], ["rnwfmeu", "7", "0", "0"], ["pifv8p", "5", "8", "40"], ["pqgr", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 18, "strings": ["ytrfjjsm", "bzxjbf6v", "hoqpbbziz", "yx8j", "degn7", "ks1rzke2", "zosiih", "zfmsdtdxf", "cnkmrmpou", "x5efuf6s", "frmtyfpid", "uyvze", "1djphmcsz", "rlzl8", "ome4bq", "rnwfmeu", "pifv8p", "pqgr"]}, "task_name": "task03", "example_name": "0172", "problem_name": "task03_0172"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['dzwwvasy', 'xwfh', 'ksu3', 'qq9gyhl', 'durwnigu', 'iiinm', 'lwxk', 'egrkz', 'wnuo', 'iq1ff', 'n2tjdce', 'qtdez', 'ahsl', 'mvmhmrvi', 'ajhe1evul', 'wzagnekav', 'l2re', 'w7sm']", "label": {"final": 114, "init": "0", "intermediate": [["dzwwvasy", "8", "0", "0"], ["xwfh", "4", "0", "0"], ["ksu3", "3", "3", "9"], ["qq9gyhl", "6", "9", "54"], ["durwnigu", "8", "0", "0"], ["iiinm", "5", "0", "0"], ["lwxk", "4", "0", "0"], ["egrkz", "5", "0", "0"], ["wnuo", "4", "0", "0"], ["iq1ff", "4", "1", "4"], ["n2tjdce", "6", "2", "12"], ["qtdez", "5", "0", "0"], ["ahsl", "4", "0", "0"], ["mvmhmrvi", "8", "0", "0"], ["ajhe1evul", "8", "1", "8"], ["wzagnekav", "9", "0", "0"], ["l2re", "3", "2", "6"], ["w7sm", "3", "7", "21"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 18, "strings": ["dzwwvasy", "xwfh", "ksu3", "qq9gyhl", "durwnigu", "iiinm", "lwxk", "egrkz", "wnuo", "iq1ff", "n2tjdce", "qtdez", "ahsl", "mvmhmrvi", "ajhe1evul", "wzagnekav", "l2re", "w7sm"]}, "task_name": "task03", "example_name": "0173", "problem_name": "task03_0173"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['dmh4p8pw', 'sxnlc', '7r41gdqnj', 'uspnv', 'ejxxqvmwy', 'oakiwj6q', 'j3wytxpk', 'h0ozd', 'wvjb', 'm2lwz1bzd', 'mdzwj', 'z8thdwo', 'lfhu8', 'e5ir', 'inkhd', 'kwxak', '6qlfnf', 'gwtk']", "label": {"final": 5069, "init": "0", "intermediate": [["dmh4p8pw", "6", "48", "288"], ["sxnlc", "5", "0", "0"], ["7r41gdqnj", "6", "741", "4446"], ["uspnv", "5", "0", "0"], ["ejxxqvmwy", "9", "0", "0"], ["oakiwj6q", "7", "6", "42"], ["j3wytxpk", "7", "3", "21"], ["h0ozd", "4", "0", "0"], ["wvjb", "4", "0", "0"], ["m2lwz1bzd", "7", "21", "147"], ["mdzwj", "5", "0", "0"], ["z8thdwo", "6", "8", "48"], ["lfhu8", "4", "8", "32"], ["e5ir", "3", "5", "15"], ["inkhd", "5", "0", "0"], ["kwxak", "5", "0", "0"], ["6qlfnf", "5", "6", "30"], ["gwtk", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 18, "strings": ["dmh4p8pw", "sxnlc", "7r41gdqnj", "uspnv", "ejxxqvmwy", "oakiwj6q", "j3wytxpk", "h0ozd", "wvjb", "m2lwz1bzd", "mdzwj", "z8thdwo", "lfhu8", "e5ir", "inkhd", "kwxak", "6qlfnf", "gwtk"]}, "task_name": "task03", "example_name": "0174", "problem_name": "task03_0174"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['pgoyfhee', 'qxrvfeed', 'wv0x', 'pbzeid', 'zzsj', 'kjbx', 'fuy9mjib', 'pocb3uiaz', '3q4my89v', 'yq3p0fei', 'uniymqfd', 'vrldi', 'ludq8', 'oeob', 'pumfewtk', 'iwn0stsge', 'usaiulkw', 'rhpipvsg']", "label": {"final": 14255, "init": "0", "intermediate": [["pgoyfhee", "8", "0", "0"], ["qxrvfeed", "8", "0", "0"], ["wv0x", "3", "0", "0"], ["pbzeid", "6", "0", "0"], ["zzsj", "4", "0", "0"], ["kjbx", "4", "0", "0"], ["fuy9mjib", "7", "9", "63"], ["pocb3uiaz", "8", "3", "24"], ["3q4my89v", "4", "3489", "13956"], ["yq3p0fei", "6", "30", "180"], ["uniymqfd", "8", "0", "0"], ["vrldi", "5", "0", "0"], ["ludq8", "4", "8", "32"], ["oeob", "4", "0", "0"], ["pumfewtk", "8", "0", "0"], ["iwn0stsge", "8", "0", "0"], ["usaiulkw", "8", "0", "0"], ["rhpipvsg", "8", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 18, "strings": ["pgoyfhee", "qxrvfeed", "wv0x", "pbzeid", "zzsj", "kjbx", "fuy9mjib", "pocb3uiaz", "3q4my89v", "yq3p0fei", "uniymqfd", "vrldi", "ludq8", "oeob", "pumfewtk", "iwn0stsge", "usaiulkw", "rhpipvsg"]}, "task_name": "task03", "example_name": "0175", "problem_name": "task03_0175"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['rzzzcc', 'kg86cfc', 'fdp6led', 'ovfma', '7nqmvwua', 'zwht', '6fmx', 'ovwsa', 'sjwaawlsz', 'oxtz', 'jfjdlcnff', 'eg8hzc', 'agdsd', 'lxkiksft', '5rksf94ec', 'una9kv', '9cmfyn', 'forprrr']", "label": {"final": 4227, "init": "0", "intermediate": [["rzzzcc", "6", "0", "0"], ["kg86cfc", "5", "86", "430"], ["fdp6led", "6", "6", "36"], ["ovfma", "5", "0", "0"], ["7nqmvwua", "7", "7", "49"], ["zwht", "4", "0", "0"], ["6fmx", "3", "6", "18"], ["ovwsa", "5", "0", "0"], ["sjwaawlsz", "9", "0", "0"], ["oxtz", "4", "0", "0"], ["jfjdlcnff", "9", "0", "0"], ["eg8hzc", "5", "8", "40"], ["agdsd", "5", "0", "0"], ["lxkiksft", "8", "0", "0"], ["5rksf94ec", "6", "594", "3564"], ["una9kv", "5", "9", "45"], ["9cmfyn", "5", "9", "45"], ["forprrr", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 18, "strings": ["rzzzcc", "kg86cfc", "fdp6led", "ovfma", "7nqmvwua", "zwht", "6fmx", "ovwsa", "sjwaawlsz", "oxtz", "jfjdlcnff", "eg8hzc", "agdsd", "lxkiksft", "5rksf94ec", "una9kv", "9cmfyn", "forprrr"]}, "task_name": "task03", "example_name": "0176", "problem_name": "task03_0176"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['zqlrg', '0nmwldeqf', 'idvyujiyc', '1txerw', 'gyyybt', 'umjz3ixex', 'kwpb2wd6o', 'ibhzhrb', 'njsvjrboe', 'xrw3acktv', 'gf8qckzbi', 'vmq16cy', 'fwcs', 'dexy2wzno', 'jw7khzt', 'yehurpq', 'zovm', 'lpqzbdbr']", "label": {"final": 437, "init": "0", "intermediate": [["zqlrg", "5", "0", "0"], ["0nmwldeqf", "8", "0", "0"], ["idvyujiyc", "9", "0", "0"], ["1txerw", "5", "1", "5"], ["gyyybt", "6", "0", "0"], ["umjz3ixex", "8", "3", "24"], ["kwpb2wd6o", "7", "26", "182"], ["ibhzhrb", "7", "0", "0"], ["njsvjrboe", "9", "0", "0"], ["xrw3acktv", "8", "3", "24"], ["gf8qckzbi", "8", "8", "64"], ["vmq16cy", "5", "16", "80"], ["fwcs", "4", "0", "0"], ["dexy2wzno", "8", "2", "16"], ["jw7khzt", "6", "7", "42"], ["yehurpq", "7", "0", "0"], ["zovm", "4", "0", "0"], ["lpqzbdbr", "8", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 18, "strings": ["zqlrg", "0nmwldeqf", "idvyujiyc", "1txerw", "gyyybt", "umjz3ixex", "kwpb2wd6o", "ibhzhrb", "njsvjrboe", "xrw3acktv", "gf8qckzbi", "vmq16cy", "fwcs", "dexy2wzno", "jw7khzt", "yehurpq", "zovm", "lpqzbdbr"]}, "task_name": "task03", "example_name": "0177", "problem_name": "task03_0177"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['vce6rwh', '6tvdtdvg', 'lwbdz1w', 'negdaliv', 'vmb31fpx', 'ydcvunypi', '6yshbgvrh', 'ybdpn', 'sk30emujs', 'krvq4ewoz', 'yqrcm', 'v6qg', 'ax57suurm', 'wdnspiwy', 'qqjiicrc', '7imgptkp', 'ql61tmc', 'qdpjzpwyf']", "label": {"final": 1331, "init": "0", "intermediate": [["vce6rwh", "6", "6", "36"], ["6tvdtdvg", "7", "6", "42"], ["lwbdz1w", "6", "1", "6"], ["negdaliv", "8", "0", "0"], ["vmb31fpx", "6", "31", "186"], ["ydcvunypi", "9", "0", "0"], ["6yshbgvrh", "8", "6", "48"], ["ybdpn", "5", "0", "0"], ["sk30emujs", "7", "30", "210"], ["krvq4ewoz", "8", "4", "32"], ["yqrcm", "5", "0", "0"], ["v6qg", "3", "6", "18"], ["ax57suurm", "7", "57", "399"], ["wdnspiwy", "8", "0", "0"], ["qqjiicrc", "8", "0", "0"], ["7imgptkp", "7", "7", "49"], ["ql61tmc", "5", "61", "305"], ["qdpjzpwyf", "9", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 18, "strings": ["vce6rwh", "6tvdtdvg", "lwbdz1w", "negdaliv", "vmb31fpx", "ydcvunypi", "6yshbgvrh", "ybdpn", "sk30emujs", "krvq4ewoz", "yqrcm", "v6qg", "ax57suurm", "wdnspiwy", "qqjiicrc", "7imgptkp", "ql61tmc", "qdpjzpwyf"]}, "task_name": "task03", "example_name": "0178", "problem_name": "task03_0178"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['chtmmmc', 'jmmv29e', 'xkgc', '88of901pr', 'kjuutx', 'txrvisa', '5efr39q', 'vczsqlbtu', 'hrqvlm', 'oal2y', 'c4pannwja', 'nadzak', '7q1z', 'cf5daa', 'a4pnuxi', 'hk58', 'o9jyg', 'httd']", "label": {"final": 358288, "init": "0", "intermediate": [["chtmmmc", "7", "0", "0"], ["jmmv29e", "5", "29", "145"], ["xkgc", "4", "0", "0"], ["88of901pr", "4", "88901", "355604"], ["kjuutx", "6", "0", "0"], ["txrvisa", "7", "0", "0"], ["5efr39q", "4", "539", "2156"], ["vczsqlbtu", "9", "0", "0"], ["hrqvlm", "6", "0", "0"], ["oal2y", "4", "2", "8"], ["c4pannwja", "8", "4", "32"], ["nadzak", "6", "0", "0"], ["7q1z", "2", "71", "142"], ["cf5daa", "5", "5", "25"], ["a4pnuxi", "6", "4", "24"], ["hk58", "2", "58", "116"], ["o9jyg", "4", "9", "36"], ["httd", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 18, "strings": ["chtmmmc", "jmmv29e", "xkgc", "88of901pr", "kjuutx", "txrvisa", "5efr39q", "vczsqlbtu", "hrqvlm", "oal2y", "c4pannwja", "nadzak", "7q1z", "cf5daa", "a4pnuxi", "hk58", "o9jyg", "httd"]}, "task_name": "task03", "example_name": "0179", "problem_name": "task03_0179"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['rjdenb', 'ur1d3d', 'q1mbzvks', 'l4msbqyr', 'c1cfz', 'saxhxogs', 'ucgq8k', 'ww92ghv', 'lkb5s', 'nm3eoaea', '6c7hu', 'enaau', 'nevpdc', 'ygri', 'grsmce', 'uyfr4s', 'ceoydo', 'f1sbkswv', 'u0wd0qjr']", "label": {"final": 860, "init": "0", "intermediate": [["rjdenb", "6", "0", "0"], ["ur1d3d", "4", "13", "52"], ["q1mbzvks", "7", "1", "7"], ["l4msbqyr", "7", "4", "28"], ["c1cfz", "4", "1", "4"], ["saxhxogs", "8", "0", "0"], ["ucgq8k", "5", "8", "40"], ["ww92ghv", "5", "92", "460"], ["lkb5s", "4", "5", "20"], ["nm3eoaea", "7", "3", "21"], ["6c7hu", "3", "67", "201"], ["enaau", "5", "0", "0"], ["nevpdc", "6", "0", "0"], ["ygri", "4", "0", "0"], ["grsmce", "6", "0", "0"], ["uyfr4s", "5", "4", "20"], ["ceoydo", "6", "0", "0"], ["f1sbkswv", "7", "1", "7"], ["u0wd0qjr", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 19, "strings": ["rjdenb", "ur1d3d", "q1mbzvks", "l4msbqyr", "c1cfz", "saxhxogs", "ucgq8k", "ww92ghv", "lkb5s", "nm3eoaea", "6c7hu", "enaau", "nevpdc", "ygri", "grsmce", "uyfr4s", "ceoydo", "f1sbkswv", "u0wd0qjr"]}, "task_name": "task03", "example_name": "0180", "problem_name": "task03_0180"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['qautnmt', 'gzh0c', 'whin', 'jygacfb8a', '9lpvb1', '3s4ql', 'b6no', '5r3vbrm4', 'jdvbauz', 'voy2by9ga', 'emtpu0', 'izhifer', 'mcpgf', 'ijzkld', 'i1cuc', 'iekkbg', 'sivruek', '8nvlzg', 'cawek']", "label": {"final": 3465, "init": "0", "intermediate": [["qautnmt", "7", "0", "0"], ["gzh0c", "4", "0", "0"], ["whin", "4", "0", "0"], ["jygacfb8a", "8", "8", "64"], ["9lpvb1", "4", "91", "364"], ["3s4ql", "3", "34", "102"], ["b6no", "3", "6", "18"], ["5r3vbrm4", "5", "534", "2670"], ["jdvbauz", "7", "0", "0"], ["voy2by9ga", "7", "29", "203"], ["emtpu0", "5", "0", "0"], ["izhifer", "7", "0", "0"], ["mcpgf", "5", "0", "0"], ["ijzkld", "6", "0", "0"], ["i1cuc", "4", "1", "4"], ["iekkbg", "6", "0", "0"], ["sivruek", "7", "0", "0"], ["8nvlzg", "5", "8", "40"], ["cawek", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 19, "strings": ["qautnmt", "gzh0c", "whin", "jygacfb8a", "9lpvb1", "3s4ql", "b6no", "5r3vbrm4", "jdvbauz", "voy2by9ga", "emtpu0", "izhifer", "mcpgf", "ijzkld", "i1cuc", "iekkbg", "sivruek", "8nvlzg", "cawek"]}, "task_name": "task03", "example_name": "0181", "problem_name": "task03_0181"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['zopnn8dsg', 'rjoamvtaw', 'ymgz', 'psdxmy6', 'f8pzsdt', 'yiew', 'zkud', 'jqhd', 'pjlqg', 'ea60nsk', '1gis', '9ogr4', 'x8dsakcdf', 'ifw6z', 'zwjekhy', 'aazfye', 'yyfuxuvar', 'xzakddjcy', 'jflf']", "label": {"final": 821, "init": "0", "intermediate": [["zopnn8dsg", "8", "8", "64"], ["rjoamvtaw", "9", "0", "0"], ["ymgz", "4", "0", "0"], ["psdxmy6", "6", "6", "36"], ["f8pzsdt", "6", "8", "48"], ["yiew", "4", "0", "0"], ["zkud", "4", "0", "0"], ["jqhd", "4", "0", "0"], ["pjlqg", "5", "0", "0"], ["ea60nsk", "5", "60", "300"], ["1gis", "3", "1", "3"], ["9ogr4", "3", "94", "282"], ["x8dsakcdf", "8", "8", "64"], ["ifw6z", "4", "6", "24"], ["zwjekhy", "7", "0", "0"], ["aazfye", "6", "0", "0"], ["yyfuxuvar", "9", "0", "0"], ["xzakddjcy", "9", "0", "0"], ["jflf", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 19, "strings": ["zopnn8dsg", "rjoamvtaw", "ymgz", "psdxmy6", "f8pzsdt", "yiew", "zkud", "jqhd", "pjlqg", "ea60nsk", "1gis", "9ogr4", "x8dsakcdf", "ifw6z", "zwjekhy", "aazfye", "yyfuxuvar", "xzakddjcy", "jflf"]}, "task_name": "task03", "example_name": "0182", "problem_name": "task03_0182"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ylfjj', 'drj1sv7', 'nfvqm', 'w5at9', 'tqnxstn', 'wbnt5he', 'pdlpid', 'fowc8qk', 'zymyv', 'gzpgahjb', 'vgrg1', '5zenxwbx', 'sn8cjjb', 'nufy', 'lzps6lx2t', 'osjdhf2', 'eivzduwid', 'ccvcruec', 'awtuuel']", "label": {"final": 873, "init": "0", "intermediate": [["ylfjj", "5", "0", "0"], ["drj1sv7", "5", "17", "85"], ["nfvqm", "5", "0", "0"], ["w5at9", "3", "59", "177"], ["tqnxstn", "7", "0", "0"], ["wbnt5he", "6", "5", "30"], ["pdlpid", "6", "0", "0"], ["fowc8qk", "6", "8", "48"], ["zymyv", "5", "0", "0"], ["gzpgahjb", "8", "0", "0"], ["vgrg1", "4", "1", "4"], ["5zenxwbx", "7", "5", "35"], ["sn8cjjb", "6", "8", "48"], ["nufy", "4", "0", "0"], ["lzps6lx2t", "7", "62", "434"], ["osjdhf2", "6", "2", "12"], ["eivzduwid", "9", "0", "0"], ["ccvcruec", "8", "0", "0"], ["awtuuel", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 19, "strings": ["ylfjj", "drj1sv7", "nfvqm", "w5at9", "tqnxstn", "wbnt5he", "pdlpid", "fowc8qk", "zymyv", "gzpgahjb", "vgrg1", "5zenxwbx", "sn8cjjb", "nufy", "lzps6lx2t", "osjdhf2", "eivzduwid", "ccvcruec", "awtuuel"]}, "task_name": "task03", "example_name": "0183", "problem_name": "task03_0183"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['3kmgjiyr', 'oeol', 'czpy6eqx', 'u7y9cmb', 'umhhjcg', 'zxtpqn', 'yxctamuga', 'jcpffi', 'thd6xp', 'b7jiuuxvs', 'xjtcy', 'nhps', 'gtcx3', '4vukrtg5h', 'ctmybtifk', 'niyrst9', 'unrymhiqw', 'opejrm9ai', 'nqkcxfans']", "label": {"final": 997, "init": "0", "intermediate": [["3kmgjiyr", "7", "3", "21"], ["oeol", "4", "0", "0"], ["czpy6eqx", "7", "6", "42"], ["u7y9cmb", "5", "79", "395"], ["umhhjcg", "7", "0", "0"], ["zxtpqn", "6", "0", "0"], ["yxctamuga", "9", "0", "0"], ["jcpffi", "6", "0", "0"], ["thd6xp", "5", "6", "30"], ["b7jiuuxvs", "8", "7", "56"], ["xjtcy", "5", "0", "0"], ["nhps", "4", "0", "0"], ["gtcx3", "4", "3", "12"], ["4vukrtg5h", "7", "45", "315"], ["ctmybtifk", "9", "0", "0"], ["niyrst9", "6", "9", "54"], ["unrymhiqw", "9", "0", "0"], ["opejrm9ai", "8", "9", "72"], ["nqkcxfans", "9", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 19, "strings": ["3kmgjiyr", "oeol", "czpy6eqx", "u7y9cmb", "umhhjcg", "zxtpqn", "yxctamuga", "jcpffi", "thd6xp", "b7jiuuxvs", "xjtcy", "nhps", "gtcx3", "4vukrtg5h", "ctmybtifk", "niyrst9", "unrymhiqw", "opejrm9ai", "nqkcxfans"]}, "task_name": "task03", "example_name": "0184", "problem_name": "task03_0184"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['nblh9qvh', 'f7643', 'smyi', 'qhkbl', 'ig2csusg', 'ymdis', 'jxucpro', 'w5zr', 'nmuau', 'es6mh', 'jdrgrvk', 'nyysgniwa', 'l8unpk', 'wjl1y', 'qrwrden', 'jyjscx2a', 'tvivv', '5ieb60u', 'psakge']", "label": {"final": 10057, "init": "0", "intermediate": [["nblh9qvh", "7", "9", "63"], ["f7643", "1", "7643", "7643"], ["smyi", "4", "0", "0"], ["qhkbl", "5", "0", "0"], ["ig2csusg", "7", "2", "14"], ["ymdis", "5", "0", "0"], ["jxucpro", "7", "0", "0"], ["w5zr", "3", "5", "15"], ["nmuau", "5", "0", "0"], ["es6mh", "4", "6", "24"], ["jdrgrvk", "7", "0", "0"], ["nyysgniwa", "9", "0", "0"], ["l8unpk", "5", "8", "40"], ["wjl1y", "4", "1", "4"], ["qrwrden", "7", "0", "0"], ["jyjscx2a", "7", "2", "14"], ["tvivv", "5", "0", "0"], ["5ieb60u", "4", "560", "2240"], ["psakge", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 19, "strings": ["nblh9qvh", "f7643", "smyi", "qhkbl", "ig2csusg", "ymdis", "jxucpro", "w5zr", "nmuau", "es6mh", "jdrgrvk", "nyysgniwa", "l8unpk", "wjl1y", "qrwrden", "jyjscx2a", "tvivv", "5ieb60u", "psakge"]}, "task_name": "task03", "example_name": "0185", "problem_name": "task03_0185"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['fahy', 'kqarkfjz', 'sq1vrj7', 'lfdiovdrx', 'nqklb1', 'jnnhi2m', '5mrld', 'oyusgmel', 'ojycnkiyk', '7urr', 'tudotci7e', 'mlwhnczw', 'hmjvjnpq', 'collr', 'dcfjoqvpd', 'v5yariv5s', 'hfuaj', 'bysoma', 'gikhfhd']", "label": {"final": 584, "init": "0", "intermediate": [["fahy", "4", "0", "0"], ["kqarkfjz", "8", "0", "0"], ["sq1vrj7", "5", "17", "85"], ["lfdiovdrx", "9", "0", "0"], ["nqklb1", "5", "1", "5"], ["jnnhi2m", "6", "2", "12"], ["5mrld", "4", "5", "20"], ["oyusgmel", "8", "0", "0"], ["ojycnkiyk", "9", "0", "0"], ["7urr", "3", "7", "21"], ["tudotci7e", "8", "7", "56"], ["mlwhnczw", "8", "0", "0"], ["hmjvjnpq", "8", "0", "0"], ["collr", "5", "0", "0"], ["dcfjoqvpd", "9", "0", "0"], ["v5yariv5s", "7", "55", "385"], ["hfuaj", "5", "0", "0"], ["bysoma", "6", "0", "0"], ["gikhfhd", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 19, "strings": ["fahy", "kqarkfjz", "sq1vrj7", "lfdiovdrx", "nqklb1", "jnnhi2m", "5mrld", "oyusgmel", "ojycnkiyk", "7urr", "tudotci7e", "mlwhnczw", "hmjvjnpq", "collr", "dcfjoqvpd", "v5yariv5s", "hfuaj", "bysoma", "gikhfhd"]}, "task_name": "task03", "example_name": "0186", "problem_name": "task03_0186"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['xmmx9xr', 'cbexb', 'ajie', '4dh5pva', 'e1cvhscb', 'psarn', 'qnj7w', 'zaor', 'hq4dvt8l', 'nw0ms9hz', 'tqzjfsy', 'niojt', 'kusgdy', 'l0fsuto', 'q1zwlc', 'tekgi', 'bs3g', 'agq62wi4', 'lcebret']", "label": {"final": 3790, "init": "0", "intermediate": [["xmmx9xr", "6", "9", "54"], ["cbexb", "5", "0", "0"], ["ajie", "4", "0", "0"], ["4dh5pva", "5", "45", "225"], ["e1cvhscb", "7", "1", "7"], ["psarn", "5", "0", "0"], ["qnj7w", "4", "7", "28"], ["zaor", "4", "0", "0"], ["hq4dvt8l", "6", "48", "288"], ["nw0ms9hz", "6", "9", "54"], ["tqzjfsy", "7", "0", "0"], ["niojt", "5", "0", "0"], ["kusgdy", "6", "0", "0"], ["l0fsuto", "6", "0", "0"], ["q1zwlc", "5", "1", "5"], ["tekgi", "5", "0", "0"], ["bs3g", "3", "3", "9"], ["agq62wi4", "5", "624", "3120"], ["lcebret", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 19, "strings": ["xmmx9xr", "cbexb", "ajie", "4dh5pva", "e1cvhscb", "psarn", "qnj7w", "zaor", "hq4dvt8l", "nw0ms9hz", "tqzjfsy", "niojt", "kusgdy", "l0fsuto", "q1zwlc", "tekgi", "bs3g", "agq62wi4", "lcebret"]}, "task_name": "task03", "example_name": "0187", "problem_name": "task03_0187"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['h33hpl9n', 'yq0hgm', 'mpny4mk', 'gfdphygol', 'rqcsi', 'slyn', 'cdvtrpoxp', 'nyjzf', 'bqh51qtol', 'ewve1', 'pvrkgqeqb', 'rlsxqlmv', '9zciy', 'hfza', 'ikms', 'uuql', 'kikewnp', 'arcch7kpn', '4eaztr']", "label": {"final": 2192, "init": "0", "intermediate": [["h33hpl9n", "5", "339", "1695"], ["yq0hgm", "5", "0", "0"], ["mpny4mk", "6", "4", "24"], ["gfdphygol", "9", "0", "0"], ["rqcsi", "5", "0", "0"], ["slyn", "4", "0", "0"], ["cdvtrpoxp", "9", "0", "0"], ["nyjzf", "5", "0", "0"], ["bqh51qtol", "7", "51", "357"], ["ewve1", "4", "1", "4"], ["pvrkgqeqb", "9", "0", "0"], ["rlsxqlmv", "8", "0", "0"], ["9zciy", "4", "9", "36"], ["hfza", "4", "0", "0"], ["ikms", "4", "0", "0"], ["uuql", "4", "0", "0"], ["kikewnp", "7", "0", "0"], ["arcch7kpn", "8", "7", "56"], ["4eaztr", "5", "4", "20"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 19, "strings": ["h33hpl9n", "yq0hgm", "mpny4mk", "gfdphygol", "rqcsi", "slyn", "cdvtrpoxp", "nyjzf", "bqh51qtol", "ewve1", "pvrkgqeqb", "rlsxqlmv", "9zciy", "hfza", "ikms", "uuql", "kikewnp", "arcch7kpn", "4eaztr"]}, "task_name": "task03", "example_name": "0188", "problem_name": "task03_0188"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['bh3q', 'g7ax2czs', 'x7hfcw', 'k5alfil', '5bxon', '07pqju4', 'mqxns', 'd4ip', 'tbdxturgn', '0qqe8bx', 'epeb', 'm0t6a0q', 'nfehhtc0c', 'n3qbul', 't7mu', 'pbaz', 'fcpnh', 'eporznbb', 'd7bx2fp']", "label": {"final": 1510, "init": "0", "intermediate": [["bh3q", "3", "3", "9"], ["g7ax2czs", "6", "72", "432"], ["x7hfcw", "5", "7", "35"], ["k5alfil", "6", "5", "30"], ["5bxon", "4", "5", "20"], ["07pqju4", "4", "74", "296"], ["mqxns", "5", "0", "0"], ["d4ip", "3", "4", "12"], ["tbdxturgn", "9", "0", "0"], ["0qqe8bx", "5", "8", "40"], ["epeb", "4", "0", "0"], ["m0t6a0q", "4", "60", "240"], ["nfehhtc0c", "8", "0", "0"], ["n3qbul", "5", "3", "15"], ["t7mu", "3", "7", "21"], ["pbaz", "4", "0", "0"], ["fcpnh", "5", "0", "0"], ["eporznbb", "8", "0", "0"], ["d7bx2fp", "5", "72", "360"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 19, "strings": ["bh3q", "g7ax2czs", "x7hfcw", "k5alfil", "5bxon", "07pqju4", "mqxns", "d4ip", "tbdxturgn", "0qqe8bx", "epeb", "m0t6a0q", "nfehhtc0c", "n3qbul", "t7mu", "pbaz", "fcpnh", "eporznbb", "d7bx2fp"]}, "task_name": "task03", "example_name": "0189", "problem_name": "task03_0189"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['b2rlih6iy', '9uro', 'ghonuut', '7xrtmut7', 'aexytds', 'db1yu', 'gstlvzoi', '9ihyfde', 'lzc5ki', 'upvxa', 'rmraik', '4koutr2m', 'hauj', 'qih2xh5b', 'suvki', 'fcqcziisu', 'u70mk', 'ms5tqaqhr', 'pxty', 'zwxyxibqq']", "label": {"final": 1406, "init": "0", "intermediate": [["b2rlih6iy", "7", "26", "182"], ["9uro", "3", "9", "27"], ["ghonuut", "7", "0", "0"], ["7xrtmut7", "6", "77", "462"], ["aexytds", "7", "0", "0"], ["db1yu", "4", "1", "4"], ["gstlvzoi", "8", "0", "0"], ["9ihyfde", "6", "9", "54"], ["lzc5ki", "5", "5", "25"], ["upvxa", "5", "0", "0"], ["rmraik", "6", "0", "0"], ["4koutr2m", "6", "42", "252"], ["hauj", "4", "0", "0"], ["qih2xh5b", "6", "25", "150"], ["suvki", "5", "0", "0"], ["fcqcziisu", "9", "0", "0"], ["u70mk", "3", "70", "210"], ["ms5tqaqhr", "8", "5", "40"], ["pxty", "4", "0", "0"], ["zwxyxibqq", "9", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 20, "strings": ["b2rlih6iy", "9uro", "ghonuut", "7xrtmut7", "aexytds", "db1yu", "gstlvzoi", "9ihyfde", "lzc5ki", "upvxa", "rmraik", "4koutr2m", "hauj", "qih2xh5b", "suvki", "fcqcziisu", "u70mk", "ms5tqaqhr", "pxty", "zwxyxibqq"]}, "task_name": "task03", "example_name": "0190", "problem_name": "task03_0190"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['divwpoflb', 'tixto', 'xtohra', 'glyigoz', 'zrils', '4r0jw', 'cgw4iuun', 'nea7k4', 'j4dccuqfy', '8uubw4lt', 'ckhdlez', 'joawtqlru', 'orhkwxy', 'nxrj8y', '55gx2y', 'nsxcie', 'ijh5b', 'releqdyq', 'nwt0n', 'o2y7kv']", "label": {"final": 2804, "init": "0", "intermediate": [["divwpoflb", "9", "0", "0"], ["tixto", "5", "0", "0"], ["xtohra", "6", "0", "0"], ["glyigoz", "7", "0", "0"], ["zrils", "5", "0", "0"], ["4r0jw", "3", "40", "120"], ["cgw4iuun", "7", "4", "28"], ["nea7k4", "4", "74", "296"], ["j4dccuqfy", "8", "4", "32"], ["8uubw4lt", "6", "84", "504"], ["ckhdlez", "7", "0", "0"], ["joawtqlru", "9", "0", "0"], ["orhkwxy", "7", "0", "0"], ["nxrj8y", "5", "8", "40"], ["55gx2y", "3", "552", "1656"], ["nsxcie", "6", "0", "0"], ["ijh5b", "4", "5", "20"], ["releqdyq", "8", "0", "0"], ["nwt0n", "4", "0", "0"], ["o2y7kv", "4", "27", "108"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 20, "strings": ["divwpoflb", "tixto", "xtohra", "glyigoz", "zrils", "4r0jw", "cgw4iuun", "nea7k4", "j4dccuqfy", "8uubw4lt", "ckhdlez", "joawtqlru", "orhkwxy", "nxrj8y", "55gx2y", "nsxcie", "ijh5b", "releqdyq", "nwt0n", "o2y7kv"]}, "task_name": "task03", "example_name": "0191", "problem_name": "task03_0191"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['cmctz', 'rl2r1', 'iecekvht', 'zkgkiag', '6mav', 'ssojxg', 'flztph6gp', 'fkzqnnyfq', '5zqzkwm', 'aqpnbu', 'ct6cjjq', 'gj8se9ax', 'mdilhveeb', 'vuvbrrq2l', 'fya9', 'a616zf', 'klmwjq', 'uovi5pdo', '4wt5', 'jfmmkqaiu']", "label": {"final": 2745, "init": "0", "intermediate": [["cmctz", "5", "0", "0"], ["rl2r1", "3", "21", "63"], ["iecekvht", "8", "0", "0"], ["zkgkiag", "7", "0", "0"], ["6mav", "3", "6", "18"], ["ssojxg", "6", "0", "0"], ["flztph6gp", "8", "6", "48"], ["fkzqnnyfq", "9", "0", "0"], ["5zqzkwm", "6", "5", "30"], ["aqpnbu", "6", "0", "0"], ["ct6cjjq", "6", "6", "36"], ["gj8se9ax", "6", "89", "534"], ["mdilhveeb", "9", "0", "0"], ["vuvbrrq2l", "8", "2", "16"], ["fya9", "3", "9", "27"], ["a616zf", "3", "616", "1848"], ["klmwjq", "6", "0", "0"], ["uovi5pdo", "7", "5", "35"], ["4wt5", "2", "45", "90"], ["jfmmkqaiu", "9", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 20, "strings": ["cmctz", "rl2r1", "iecekvht", "zkgkiag", "6mav", "ssojxg", "flztph6gp", "fkzqnnyfq", "5zqzkwm", "aqpnbu", "ct6cjjq", "gj8se9ax", "mdilhveeb", "vuvbrrq2l", "fya9", "a616zf", "klmwjq", "uovi5pdo", "4wt5", "jfmmkqaiu"]}, "task_name": "task03", "example_name": "0192", "problem_name": "task03_0192"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['cyay1', '7bitspgd', 'dadv', 'pcoxrp', 'nzyoww6p', 'ijp7nz', 'efmb', 'cjs1bmup', 'qeztbvwb', 'jpuwjzju', 'ojdkade', 'gmwrhmzvo', 'pfxrt', 'jrzxc', 'v5h38pz', 'wkszyzax', 'uhijgwa', 'njugcqr', 'mvcr', 'xehhq2f']", "label": {"final": 2301, "init": "0", "intermediate": [["cyay1", "4", "1", "4"], ["7bitspgd", "7", "7", "49"], ["dadv", "4", "0", "0"], ["pcoxrp", "6", "0", "0"], ["nzyoww6p", "7", "6", "42"], ["ijp7nz", "5", "7", "35"], ["efmb", "4", "0", "0"], ["cjs1bmup", "7", "1", "7"], ["qeztbvwb", "8", "0", "0"], ["jpuwjzju", "8", "0", "0"], ["ojdkade", "7", "0", "0"], ["gmwrhmzvo", "9", "0", "0"], ["pfxrt", "5", "0", "0"], ["jrzxc", "5", "0", "0"], ["v5h38pz", "4", "538", "2152"], ["wkszyzax", "8", "0", "0"], ["uhijgwa", "7", "0", "0"], ["njugcqr", "7", "0", "0"], ["mvcr", "4", "0", "0"], ["xehhq2f", "6", "2", "12"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 20, "strings": ["cyay1", "7bitspgd", "dadv", "pcoxrp", "nzyoww6p", "ijp7nz", "efmb", "cjs1bmup", "qeztbvwb", "jpuwjzju", "ojdkade", "gmwrhmzvo", "pfxrt", "jrzxc", "v5h38pz", "wkszyzax", "uhijgwa", "njugcqr", "mvcr", "xehhq2f"]}, "task_name": "task03", "example_name": "0193", "problem_name": "task03_0193"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['bmljqx', 'ldiejhxg4', 'jqx3', 'mtra', 'p9v3iu8', 'rtus', 'qwqr', 'th5beg', 'vqbhvw', '7wt33f8', 'z4dg', 'ys0ru', 'gsf2t7e', 'jc8doatrw', 'z1vuxofa', 'j8js', 'fwmzeo', 'jgej', 'gp2uoc', 'obxxw']", "label": {"final": 26084, "init": "0", "intermediate": [["bmljqx", "6", "0", "0"], ["ldiejhxg4", "8", "4", "32"], ["jqx3", "3", "3", "9"], ["mtra", "4", "0", "0"], ["p9v3iu8", "4", "938", "3752"], ["rtus", "4", "0", "0"], ["qwqr", "4", "0", "0"], ["th5beg", "5", "5", "25"], ["vqbhvw", "6", "0", "0"], ["7wt33f8", "3", "7338", "22014"], ["z4dg", "3", "4", "12"], ["ys0ru", "4", "0", "0"], ["gsf2t7e", "5", "27", "135"], ["jc8doatrw", "8", "8", "64"], ["z1vuxofa", "7", "1", "7"], ["j8js", "3", "8", "24"], ["fwmzeo", "6", "0", "0"], ["jgej", "4", "0", "0"], ["gp2uoc", "5", "2", "10"], ["obxxw", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 20, "strings": ["bmljqx", "ldiejhxg4", "jqx3", "mtra", "p9v3iu8", "rtus", "qwqr", "th5beg", "vqbhvw", "7wt33f8", "z4dg", "ys0ru", "gsf2t7e", "jc8doatrw", "z1vuxofa", "j8js", "fwmzeo", "jgej", "gp2uoc", "obxxw"]}, "task_name": "task03", "example_name": "0194", "problem_name": "task03_0194"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['cvk0qc', 'rghpsbw', 'agojsw', 'jtdv1i', 'bd8kg', 'do7gdo9ra', 'couym', 'hbmod', 'ds3c8c', 'lxxpar', 'r8bnxdvj', 'lf8g', 'zki2', '4egohbi8', 'eaodn', 'cgtosgqty', 'ajonfyd', 'ttbv', 'innjgl', 'vshzzhn1r']", "label": {"final": 1124, "init": "0", "intermediate": [["cvk0qc", "5", "0", "0"], ["rghpsbw", "7", "0", "0"], ["agojsw", "6", "0", "0"], ["jtdv1i", "5", "1", "5"], ["bd8kg", "4", "8", "32"], ["do7gdo9ra", "7", "79", "553"], ["couym", "5", "0", "0"], ["hbmod", "5", "0", "0"], ["ds3c8c", "4", "38", "152"], ["lxxpar", "6", "0", "0"], ["r8bnxdvj", "7", "8", "56"], ["lf8g", "3", "8", "24"], ["zki2", "3", "2", "6"], ["4egohbi8", "6", "48", "288"], ["eaodn", "5", "0", "0"], ["cgtosgqty", "9", "0", "0"], ["ajonfyd", "7", "0", "0"], ["ttbv", "4", "0", "0"], ["innjgl", "6", "0", "0"], ["vshzzhn1r", "8", "1", "8"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 20, "strings": ["cvk0qc", "rghpsbw", "agojsw", "jtdv1i", "bd8kg", "do7gdo9ra", "couym", "hbmod", "ds3c8c", "lxxpar", "r8bnxdvj", "lf8g", "zki2", "4egohbi8", "eaodn", "cgtosgqty", "ajonfyd", "ttbv", "innjgl", "vshzzhn1r"]}, "task_name": "task03", "example_name": "0195", "problem_name": "task03_0195"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['umzxrv', 'uhfqbc', 'crgz', 'wc9jwqn3', 'p2hb9q', 'loaku6lkq', 'tmaeh5hj', 'kfsyh', 'gernjru1', 'gose1q', 'lsv7k3jt', 'negjysxu', 'rrtqmfpo7', 'vxscqcc', 'hxa7ama', 'wzlbpc', 'ptlc0w', 'cjku', '2c7wo', 'apac']", "label": {"final": 1386, "init": "0", "intermediate": [["umzxrv", "6", "0", "0"], ["uhfqbc", "6", "0", "0"], ["crgz", "4", "0", "0"], ["wc9jwqn3", "6", "93", "558"], ["p2hb9q", "4", "29", "116"], ["loaku6lkq", "8", "6", "48"], ["tmaeh5hj", "7", "5", "35"], ["kfsyh", "5", "0", "0"], ["gernjru1", "7", "1", "7"], ["gose1q", "5", "1", "5"], ["lsv7k3jt", "6", "73", "438"], ["negjysxu", "8", "0", "0"], ["rrtqmfpo7", "8", "7", "56"], ["vxscqcc", "7", "0", "0"], ["hxa7ama", "6", "7", "42"], ["wzlbpc", "6", "0", "0"], ["ptlc0w", "5", "0", "0"], ["cjku", "4", "0", "0"], ["2c7wo", "3", "27", "81"], ["apac", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 20, "strings": ["umzxrv", "uhfqbc", "crgz", "wc9jwqn3", "p2hb9q", "loaku6lkq", "tmaeh5hj", "kfsyh", "gernjru1", "gose1q", "lsv7k3jt", "negjysxu", "rrtqmfpo7", "vxscqcc", "hxa7ama", "wzlbpc", "ptlc0w", "cjku", "2c7wo", "apac"]}, "task_name": "task03", "example_name": "0196", "problem_name": "task03_0196"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['aj5cttsv', 'ibylt', '8rwl', 'jc44jm', 'hbo3', 'ycotsoi', '59tcn5f', 'cd40ljmxr', 'sbwxqyn', 'i9zvcoun0', 'vj3mywg', 'nlhh0nz', 'uaav', 'umtu', 'vha7n', 'cnh3wma', 'xiqtq', '3pdlhq', 'rtpqgtnt', 'pimjd']", "label": {"final": 3613, "init": "0", "intermediate": [["aj5cttsv", "7", "5", "35"], ["ibylt", "5", "0", "0"], ["8rwl", "3", "8", "24"], ["jc44jm", "4", "44", "176"], ["hbo3", "3", "3", "9"], ["ycotsoi", "7", "0", "0"], ["59tcn5f", "4", "595", "2380"], ["cd40ljmxr", "7", "40", "280"], ["sbwxqyn", "7", "0", "0"], ["i9zvcoun0", "7", "90", "630"], ["vj3mywg", "6", "3", "18"], ["nlhh0nz", "6", "0", "0"], ["uaav", "4", "0", "0"], ["umtu", "4", "0", "0"], ["vha7n", "4", "7", "28"], ["cnh3wma", "6", "3", "18"], ["xiqtq", "5", "0", "0"], ["3pdlhq", "5", "3", "15"], ["rtpqgtnt", "8", "0", "0"], ["pimjd", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 20, "strings": ["aj5cttsv", "ibylt", "8rwl", "jc44jm", "hbo3", "ycotsoi", "59tcn5f", "cd40ljmxr", "sbwxqyn", "i9zvcoun0", "vj3mywg", "nlhh0nz", "uaav", "umtu", "vha7n", "cnh3wma", "xiqtq", "3pdlhq", "rtpqgtnt", "pimjd"]}, "task_name": "task03", "example_name": "0197", "problem_name": "task03_0197"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['xu3idsybu', 'el7ac', 'ghcxwex5c', 'vora', 'iitwspfh', 'fggq', 'knuvy', 'iawxhy2r', 'cdhr', 'vdwwme', 'v1qu4sg5n', 'n1adodlke', 'jnax16wlo', 'yt7yixv', 'gzuqk756v', 'yvzzuml', 'm5gdc', 'qli0dgc', 'fc5b', 'tv2d']", "label": {"final": 5715, "init": "0", "intermediate": [["xu3idsybu", "8", "3", "24"], ["el7ac", "4", "7", "28"], ["ghcxwex5c", "8", "5", "40"], ["vora", "4", "0", "0"], ["iitwspfh", "8", "0", "0"], ["fggq", "4", "0", "0"], ["knuvy", "5", "0", "0"], ["iawxhy2r", "7", "2", "14"], ["cdhr", "4", "0", "0"], ["vdwwme", "6", "0", "0"], ["v1qu4sg5n", "6", "145", "870"], ["n1adodlke", "8", "1", "8"], ["jnax16wlo", "7", "16", "112"], ["yt7yixv", "6", "7", "42"], ["gzuqk756v", "6", "756", "4536"], ["yvzzuml", "7", "0", "0"], ["m5gdc", "4", "5", "20"], ["qli0dgc", "6", "0", "0"], ["fc5b", "3", "5", "15"], ["tv2d", "3", "2", "6"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 20, "strings": ["xu3idsybu", "el7ac", "ghcxwex5c", "vora", "iitwspfh", "fggq", "knuvy", "iawxhy2r", "cdhr", "vdwwme", "v1qu4sg5n", "n1adodlke", "jnax16wlo", "yt7yixv", "gzuqk756v", "yvzzuml", "m5gdc", "qli0dgc", "fc5b", "tv2d"]}, "task_name": "task03", "example_name": "0198", "problem_name": "task03_0198"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['2grjhf', 'jz7nrd', 'gfx5zml', 'jjonsr5qn', '5ayz9jel', 'yxxu', 'e6efb', 'sv93btgr4', 'a5im', 'nn2xbqakd', 'jauzrydxn', 'u8tr4nn', 'obifaw', 'yk3c', 'ltpi', 'kjliqfk', 'jrxbnnktw', 'y7nxmsd', 'l6ry', 'hwqokp']", "label": {"final": 6617, "init": "0", "intermediate": [["2grjhf", "5", "2", "10"], ["jz7nrd", "5", "7", "35"], ["gfx5zml", "6", "5", "30"], ["jjonsr5qn", "8", "5", "40"], ["5ayz9jel", "6", "59", "354"], ["yxxu", "4", "0", "0"], ["e6efb", "4", "6", "24"], ["sv93btgr4", "6", "934", "5604"], ["a5im", "3", "5", "15"], ["nn2xbqakd", "8", "2", "16"], ["jauzrydxn", "9", "0", "0"], ["u8tr4nn", "5", "84", "420"], ["obifaw", "6", "0", "0"], ["yk3c", "3", "3", "9"], ["ltpi", "4", "0", "0"], ["kjliqfk", "7", "0", "0"], ["jrxbnnktw", "9", "0", "0"], ["y7nxmsd", "6", "7", "42"], ["l6ry", "3", "6", "18"], ["hwqokp", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 20, "strings": ["2grjhf", "jz7nrd", "gfx5zml", "jjonsr5qn", "5ayz9jel", "yxxu", "e6efb", "sv93btgr4", "a5im", "nn2xbqakd", "jauzrydxn", "u8tr4nn", "obifaw", "yk3c", "ltpi", "kjliqfk", "jrxbnnktw", "y7nxmsd", "l6ry", "hwqokp"]}, "task_name": "task03", "example_name": "0199", "problem_name": "task03_0199"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ddmyhilyt', '2mits6h5u', 'kwjzpd1l', '6bnzfo', 'fifmsx', 'qazqt', 'zlrpu', 'm34h9u', 'kh6leiylv', 'ryqytcabm', 'sjkjrtscs', 'gcalvhnq', 'fkyk', 'mkerf', 'tjacao1tl', 'ogye', 'uld18wca', 'asvm', 'hywp2p', 'pmzvoiy', 'd9mqusjms']", "label": {"final": 2920, "init": "0", "intermediate": [["ddmyhilyt", "9", "0", "0"], ["2mits6h5u", "6", "265", "1590"], ["kwjzpd1l", "7", "1", "7"], ["6bnzfo", "5", "6", "30"], ["fifmsx", "6", "0", "0"], ["qazqt", "5", "0", "0"], ["zlrpu", "5", "0", "0"], ["m34h9u", "3", "349", "1047"], ["kh6leiylv", "8", "6", "48"], ["ryqytcabm", "9", "0", "0"], ["sjkjrtscs", "9", "0", "0"], ["gcalvhnq", "8", "0", "0"], ["fkyk", "4", "0", "0"], ["mkerf", "5", "0", "0"], ["tjacao1tl", "8", "1", "8"], ["ogye", "4", "0", "0"], ["uld18wca", "6", "18", "108"], ["asvm", "4", "0", "0"], ["hywp2p", "5", "2", "10"], ["pmzvoiy", "7", "0", "0"], ["d9mqusjms", "8", "9", "72"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 21, "strings": ["ddmyhilyt", "2mits6h5u", "kwjzpd1l", "6bnzfo", "fifmsx", "qazqt", "zlrpu", "m34h9u", "kh6leiylv", "ryqytcabm", "sjkjrtscs", "gcalvhnq", "fkyk", "mkerf", "tjacao1tl", "ogye", "uld18wca", "asvm", "hywp2p", "pmzvoiy", "d9mqusjms"]}, "task_name": "task03", "example_name": "0200", "problem_name": "task03_0200"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['dtxmn', '1xvx0r77', 'clgyfy', '9qyy', 'xicx4uf', 'hnw14xgyj', 'bb90wk', 'tbmuygq', 'bnz4', 'yg4sva', 'jswvr', '2yiec0l', 'jsm1kqxb', 'odrjwm', 'zwhf5', 'xttyjws', 'pimdrgq', 'azpq', 'wchomi', '9gguc', 'irfphf7']", "label": {"final": 5054, "init": "0", "intermediate": [["dtxmn", "5", "0", "0"], ["1xvx0r77", "4", "1077", "4308"], ["clgyfy", "6", "0", "0"], ["9qyy", "3", "9", "27"], ["xicx4uf", "6", "4", "24"], ["hnw14xgyj", "7", "14", "98"], ["bb90wk", "4", "90", "360"], ["tbmuygq", "7", "0", "0"], ["bnz4", "3", "4", "12"], ["yg4sva", "5", "4", "20"], ["jswvr", "5", "0", "0"], ["2yiec0l", "5", "20", "100"], ["jsm1kqxb", "7", "1", "7"], ["odrjwm", "6", "0", "0"], ["zwhf5", "4", "5", "20"], ["xttyjws", "7", "0", "0"], ["pimdrgq", "7", "0", "0"], ["azpq", "4", "0", "0"], ["wchomi", "6", "0", "0"], ["9gguc", "4", "9", "36"], ["irfphf7", "6", "7", "42"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 21, "strings": ["dtxmn", "1xvx0r77", "clgyfy", "9qyy", "xicx4uf", "hnw14xgyj", "bb90wk", "tbmuygq", "bnz4", "yg4sva", "jswvr", "2yiec0l", "jsm1kqxb", "odrjwm", "zwhf5", "xttyjws", "pimdrgq", "azpq", "wchomi", "9gguc", "irfphf7"]}, "task_name": "task03", "example_name": "0201", "problem_name": "task03_0201"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['td1gk', 'kzff', '2d2j7', 'xpkxhql', 'dpol', 'e1y6', 'eccw', 'pshjr01w', 'dsqhffkqk', 'zngmlxs', 'ewc2wm0', '4xmwogda', 'x8pgz5vc', 'h5gqer3', 'hloui', 'kcpc49wg', 'o5h2', 'ek6m7qh', 'qgjdmqt', 'v2fjab8id', 'cqnpm']", "label": {"final": 2328, "init": "0", "intermediate": [["td1gk", "4", "1", "4"], ["kzff", "4", "0", "0"], ["2d2j7", "2", "227", "454"], ["xpkxhql", "7", "0", "0"], ["dpol", "4", "0", "0"], ["e1y6", "2", "16", "32"], ["eccw", "4", "0", "0"], ["pshjr01w", "6", "1", "6"], ["dsqhffkqk", "9", "0", "0"], ["zngmlxs", "7", "0", "0"], ["ewc2wm0", "5", "20", "100"], ["4xmwogda", "7", "4", "28"], ["x8pgz5vc", "6", "85", "510"], ["h5gqer3", "5", "53", "265"], ["hloui", "5", "0", "0"], ["kcpc49wg", "6", "49", "294"], ["o5h2", "2", "52", "104"], ["ek6m7qh", "5", "67", "335"], ["qgjdmqt", "7", "0", "0"], ["v2fjab8id", "7", "28", "196"], ["cqnpm", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 21, "strings": ["td1gk", "kzff", "2d2j7", "xpkxhql", "dpol", "e1y6", "eccw", "pshjr01w", "dsqhffkqk", "zngmlxs", "ewc2wm0", "4xmwogda", "x8pgz5vc", "h5gqer3", "hloui", "kcpc49wg", "o5h2", "ek6m7qh", "qgjdmqt", "v2fjab8id", "cqnpm"]}, "task_name": "task03", "example_name": "0202", "problem_name": "task03_0202"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['q2es', '0cwjm', 'vixslz', 'gmlofg4q', 'jfhzwv', 'dcakqk', 'ridcn3', 'cjgmb', '0uaobfbll', '6xgl', '0dhtk30y', 'btje', 'lcaf', 'kfd15vpp', 'fauhqz', 'nprjumpcs', 'ekdijbpx2', 'wqw5po', 'qngwhoz0', 'dypk', 'xh7vhoq']", "label": {"final": 390, "init": "0", "intermediate": [["q2es", "3", "2", "6"], ["0cwjm", "4", "0", "0"], ["vixslz", "6", "0", "0"], ["gmlofg4q", "7", "4", "28"], ["jfhzwv", "6", "0", "0"], ["dcakqk", "6", "0", "0"], ["ridcn3", "5", "3", "15"], ["cjgmb", "5", "0", "0"], ["0uaobfbll", "8", "0", "0"], ["6xgl", "3", "6", "18"], ["0dhtk30y", "5", "30", "150"], ["btje", "4", "0", "0"], ["lcaf", "4", "0", "0"], ["kfd15vpp", "6", "15", "90"], ["fauhqz", "6", "0", "0"], ["nprjumpcs", "9", "0", "0"], ["ekdijbpx2", "8", "2", "16"], ["wqw5po", "5", "5", "25"], ["qngwhoz0", "7", "0", "0"], ["dypk", "4", "0", "0"], ["xh7vhoq", "6", "7", "42"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 21, "strings": ["q2es", "0cwjm", "vixslz", "gmlofg4q", "jfhzwv", "dcakqk", "ridcn3", "cjgmb", "0uaobfbll", "6xgl", "0dhtk30y", "btje", "lcaf", "kfd15vpp", "fauhqz", "nprjumpcs", "ekdijbpx2", "wqw5po", "qngwhoz0", "dypk", "xh7vhoq"]}, "task_name": "task03", "example_name": "0203", "problem_name": "task03_0203"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['sf4hl', 'oa0rei', 'oxbmbyj', 'tvvooqiz', '1nylxwb', 'tyjq0x', 'hnfbnjg', 'xrcoz', 'i8kkb', 'uomr5te', 'awf115d', 'edhc5pk', 'looupn5sk', 'uih2pfak', 'fycxezzbb', 'agyvvprxo', 'o6pplgng', '5jcvndq', 'xwyhtre', 'awilsbpfe', 'iv4vn']", "label": {"final": 716, "init": "0", "intermediate": [["sf4hl", "4", "4", "16"], ["oa0rei", "5", "0", "0"], ["oxbmbyj", "7", "0", "0"], ["tvvooqiz", "8", "0", "0"], ["1nylxwb", "6", "1", "6"], ["tyjq0x", "5", "0", "0"], ["hnfbnjg", "7", "0", "0"], ["xrcoz", "5", "0", "0"], ["i8kkb", "4", "8", "32"], ["uomr5te", "6", "5", "30"], ["awf115d", "4", "115", "460"], ["edhc5pk", "6", "5", "30"], ["looupn5sk", "8", "5", "40"], ["uih2pfak", "7", "2", "14"], ["fycxezzbb", "9", "0", "0"], ["agyvvprxo", "9", "0", "0"], ["o6pplgng", "7", "6", "42"], ["5jcvndq", "6", "5", "30"], ["xwyhtre", "7", "0", "0"], ["awilsbpfe", "9", "0", "0"], ["iv4vn", "4", "4", "16"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 21, "strings": ["sf4hl", "oa0rei", "oxbmbyj", "tvvooqiz", "1nylxwb", "tyjq0x", "hnfbnjg", "xrcoz", "i8kkb", "uomr5te", "awf115d", "edhc5pk", "looupn5sk", "uih2pfak", "fycxezzbb", "agyvvprxo", "o6pplgng", "5jcvndq", "xwyhtre", "awilsbpfe", "iv4vn"]}, "task_name": "task03", "example_name": "0204", "problem_name": "task03_0204"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['lyqsr', 'anqahkdj', 'e94cmdca', 'ywlrjduz', 'csntr', 'qpis', 'trrnfs', '8zhpfyqre', 'medfl8', 'snsc', 'nndq4dzb', 'wcdxh', 'kmri', 'rzx4j', 'wky6chm', 'bmvn3upuo', 'k16uepf', 'ltlghfq', 'mvjeq8', 'ajnjxqla', 'jp6zlsfq']", "label": {"final": 934, "init": "0", "intermediate": [["lyqsr", "5", "0", "0"], ["anqahkdj", "8", "0", "0"], ["e94cmdca", "6", "94", "564"], ["ywlrjduz", "8", "0", "0"], ["csntr", "5", "0", "0"], ["qpis", "4", "0", "0"], ["trrnfs", "6", "0", "0"], ["8zhpfyqre", "8", "8", "64"], ["medfl8", "5", "8", "40"], ["snsc", "4", "0", "0"], ["nndq4dzb", "7", "4", "28"], ["wcdxh", "5", "0", "0"], ["kmri", "4", "0", "0"], ["rzx4j", "4", "4", "16"], ["wky6chm", "6", "6", "36"], ["bmvn3upuo", "8", "3", "24"], ["k16uepf", "5", "16", "80"], ["ltlghfq", "7", "0", "0"], ["mvjeq8", "5", "8", "40"], ["ajnjxqla", "8", "0", "0"], ["jp6zlsfq", "7", "6", "42"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 21, "strings": ["lyqsr", "anqahkdj", "e94cmdca", "ywlrjduz", "csntr", "qpis", "trrnfs", "8zhpfyqre", "medfl8", "snsc", "nndq4dzb", "wcdxh", "kmri", "rzx4j", "wky6chm", "bmvn3upuo", "k16uepf", "ltlghfq", "mvjeq8", "ajnjxqla", "jp6zlsfq"]}, "task_name": "task03", "example_name": "0205", "problem_name": "task03_0205"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['jzvztaym', 'y6bdda', 'f7olvgsey', 'v5ga', '8jjq0h', '6w6kns', 'kqmoeb', 'vjamjj5b', 'mnhune', 'b81l7wsn', 'ygfnh', 'lpk1', 'giqq3swt', 'wcu7blrt', 'nqqxf0qq', 'qbnqitwwo', 'hmcwv', 'rwumuiug', 'kyyyh', 'k6utrmq', 'gfzsktugm']", "label": {"final": 4914, "init": "0", "intermediate": [["jzvztaym", "8", "0", "0"], ["y6bdda", "5", "6", "30"], ["f7olvgsey", "8", "7", "56"], ["v5ga", "3", "5", "15"], ["8jjq0h", "4", "80", "320"], ["6w6kns", "4", "66", "264"], ["kqmoeb", "6", "0", "0"], ["vjamjj5b", "7", "5", "35"], ["mnhune", "6", "0", "0"], ["b81l7wsn", "5", "817", "4085"], ["ygfnh", "5", "0", "0"], ["lpk1", "3", "1", "3"], ["giqq3swt", "7", "3", "21"], ["wcu7blrt", "7", "7", "49"], ["nqqxf0qq", "7", "0", "0"], ["qbnqitwwo", "9", "0", "0"], ["hmcwv", "5", "0", "0"], ["rwumuiug", "8", "0", "0"], ["kyyyh", "5", "0", "0"], ["k6utrmq", "6", "6", "36"], ["gfzsktugm", "9", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 21, "strings": ["jzvztaym", "y6bdda", "f7olvgsey", "v5ga", "8jjq0h", "6w6kns", "kqmoeb", "vjamjj5b", "mnhune", "b81l7wsn", "ygfnh", "lpk1", "giqq3swt", "wcu7blrt", "nqqxf0qq", "qbnqitwwo", "hmcwv", "rwumuiug", "kyyyh", "k6utrmq", "gfzsktugm"]}, "task_name": "task03", "example_name": "0206", "problem_name": "task03_0206"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['pjigw', 'kpi9sq', 'oqkfpumpw', 'eakanw', 'hncm', 'ms8wuqt', 'ih9govinf', 'pmza', 'exqjbgs', 'lckim1c', 'ptwdew', 'bzzoj', 'bhqu', '0d5mon', 'zkayhs', 'lxphg0r', 'les1mofnk', 'w0zkxxp', 'dbv5v', 'vzms', 'eozeaa']", "label": {"final": 219, "init": "0", "intermediate": [["pjigw", "5", "0", "0"], ["kpi9sq", "5", "9", "45"], ["oqkfpumpw", "9", "0", "0"], ["eakanw", "6", "0", "0"], ["hncm", "4", "0", "0"], ["ms8wuqt", "6", "8", "48"], ["ih9govinf", "8", "9", "72"], ["pmza", "4", "0", "0"], ["exqjbgs", "7", "0", "0"], ["lckim1c", "6", "1", "6"], ["ptwdew", "6", "0", "0"], ["bzzoj", "5", "0", "0"], ["bhqu", "4", "0", "0"], ["0d5mon", "4", "5", "20"], ["zkayhs", "6", "0", "0"], ["lxphg0r", "6", "0", "0"], ["les1mofnk", "8", "1", "8"], ["w0zkxxp", "6", "0", "0"], ["dbv5v", "4", "5", "20"], ["vzms", "4", "0", "0"], ["eozeaa", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 21, "strings": ["pjigw", "kpi9sq", "oqkfpumpw", "eakanw", "hncm", "ms8wuqt", "ih9govinf", "pmza", "exqjbgs", "lckim1c", "ptwdew", "bzzoj", "bhqu", "0d5mon", "zkayhs", "lxphg0r", "les1mofnk", "w0zkxxp", "dbv5v", "vzms", "eozeaa"]}, "task_name": "task03", "example_name": "0207", "problem_name": "task03_0207"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['btewd6', 'ndjj2usul', 'uzedndl', 'el6xl3u', 'yzuz', 'kqozoy', 'fbpb', 'sgw2pxdcd', 'vsvzmum1r', 'knolxnv', 'lppqkl', 'oawjbx', 'drlbn8lw', 'vloduwii', 'afsfuo2c', 'spawpvd7i', 'dfywlp1', 'xf94b', 'oc0asmne', 'hrameoth0', 'gfly']", "label": {"final": 799, "init": "0", "intermediate": [["btewd6", "5", "6", "30"], ["ndjj2usul", "8", "2", "16"], ["uzedndl", "7", "0", "0"], ["el6xl3u", "5", "63", "315"], ["yzuz", "4", "0", "0"], ["kqozoy", "6", "0", "0"], ["fbpb", "4", "0", "0"], ["sgw2pxdcd", "8", "2", "16"], ["vsvzmum1r", "8", "1", "8"], ["knolxnv", "7", "0", "0"], ["lppqkl", "6", "0", "0"], ["oawjbx", "6", "0", "0"], ["drlbn8lw", "7", "8", "56"], ["vloduwii", "8", "0", "0"], ["afsfuo2c", "7", "2", "14"], ["spawpvd7i", "8", "7", "56"], ["dfywlp1", "6", "1", "6"], ["xf94b", "3", "94", "282"], ["oc0asmne", "7", "0", "0"], ["hrameoth0", "8", "0", "0"], ["gfly", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 21, "strings": ["btewd6", "ndjj2usul", "uzedndl", "el6xl3u", "yzuz", "kqozoy", "fbpb", "sgw2pxdcd", "vsvzmum1r", "knolxnv", "lppqkl", "oawjbx", "drlbn8lw", "vloduwii", "afsfuo2c", "spawpvd7i", "dfywlp1", "xf94b", "oc0asmne", "hrameoth0", "gfly"]}, "task_name": "task03", "example_name": "0208", "problem_name": "task03_0208"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['dp0pfosd', 'fhfqo', 'c1aa', '0sscy', 'y1gk', 'hpeo8vti', 'tzvk9', 'ncf2', 'wlz6wg', 'smsby', 'bssp', 'diuirpr', 'mu42mask', 'esnk', 'uqwoz', 'zqsnr3hb', 'sc5ra7', 'hcgx4', 'm8lijtor', '7hcinmts', 'vgrv']", "label": {"final": 756, "init": "0", "intermediate": [["dp0pfosd", "7", "0", "0"], ["fhfqo", "5", "0", "0"], ["c1aa", "3", "1", "3"], ["0sscy", "4", "0", "0"], ["y1gk", "3", "1", "3"], ["hpeo8vti", "7", "8", "56"], ["tzvk9", "4", "9", "36"], ["ncf2", "3", "2", "6"], ["wlz6wg", "5", "6", "30"], ["smsby", "5", "0", "0"], ["bssp", "4", "0", "0"], ["diuirpr", "7", "0", "0"], ["mu42mask", "6", "42", "252"], ["esnk", "4", "0", "0"], ["uqwoz", "5", "0", "0"], ["zqsnr3hb", "7", "3", "21"], ["sc5ra7", "4", "57", "228"], ["hcgx4", "4", "4", "16"], ["m8lijtor", "7", "8", "56"], ["7hcinmts", "7", "7", "49"], ["vgrv", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 21, "strings": ["dp0pfosd", "fhfqo", "c1aa", "0sscy", "y1gk", "hpeo8vti", "tzvk9", "ncf2", "wlz6wg", "smsby", "bssp", "diuirpr", "mu42mask", "esnk", "uqwoz", "zqsnr3hb", "sc5ra7", "hcgx4", "m8lijtor", "7hcinmts", "vgrv"]}, "task_name": "task03", "example_name": "0209", "problem_name": "task03_0209"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['nnhfdcv', 'jkmgtey', '47plh', 'hemwiqbw', 'chnxt', 'm0pergn', 'ixcnavdsm', 'kgqrzpr7q', 'guhkvyb', 'iceahtiz2', 'ggdbx', 'eoicu', 'lhbz6ad', 'rwxkb', 'ml7kxtwp', 'jfci', 'pj4reyp', 'he5rale', 'yytzp5bfi', 'pbfypvvr', 'lrkn', 'syfrou']", "label": {"final": 392, "init": "0", "intermediate": [["nnhfdcv", "7", "0", "0"], ["jkmgtey", "7", "0", "0"], ["47plh", "3", "47", "141"], ["hemwiqbw", "8", "0", "0"], ["chnxt", "5", "0", "0"], ["m0pergn", "6", "0", "0"], ["ixcnavdsm", "9", "0", "0"], ["kgqrzpr7q", "8", "7", "56"], ["guhkvyb", "7", "0", "0"], ["iceahtiz2", "8", "2", "16"], ["ggdbx", "5", "0", "0"], ["eoicu", "5", "0", "0"], ["lhbz6ad", "6", "6", "36"], ["rwxkb", "5", "0", "0"], ["ml7kxtwp", "7", "7", "49"], ["jfci", "4", "0", "0"], ["pj4reyp", "6", "4", "24"], ["he5rale", "6", "5", "30"], ["yytzp5bfi", "8", "5", "40"], ["pbfypvvr", "8", "0", "0"], ["lrkn", "4", "0", "0"], ["syfrou", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 22, "strings": ["nnhfdcv", "jkmgtey", "47plh", "hemwiqbw", "chnxt", "m0pergn", "ixcnavdsm", "kgqrzpr7q", "guhkvyb", "iceahtiz2", "ggdbx", "eoicu", "lhbz6ad", "rwxkb", "ml7kxtwp", "jfci", "pj4reyp", "he5rale", "yytzp5bfi", "pbfypvvr", "lrkn", "syfrou"]}, "task_name": "task03", "example_name": "0210", "problem_name": "task03_0210"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['wh98xg4xm', 'aesp', 'avmelutl', 'axqm', 'dl0s28oe', 'dg6nqtn', 'gznwxyq', 'e8yoekf4', 'guohxr', 'i4d4ls', 'bntfol', 'zagzymnj', 'bf1tbbk', 'dhix', 'hkpj', 'mnnaf', 'tgzx', 'rivwhvndo', 'y1dr', 'cczf', 'uvtsi', 'aymj']", "label": {"final": 6769, "init": "0", "intermediate": [["wh98xg4xm", "6", "984", "5904"], ["aesp", "4", "0", "0"], ["avmelutl", "8", "0", "0"], ["axqm", "4", "0", "0"], ["dl0s28oe", "5", "28", "140"], ["dg6nqtn", "6", "6", "36"], ["gznwxyq", "7", "0", "0"], ["e8yoekf4", "6", "84", "504"], ["guohxr", "6", "0", "0"], ["i4d4ls", "4", "44", "176"], ["bntfol", "6", "0", "0"], ["zagzymnj", "8", "0", "0"], ["bf1tbbk", "6", "1", "6"], ["dhix", "4", "0", "0"], ["hkpj", "4", "0", "0"], ["mnnaf", "5", "0", "0"], ["tgzx", "4", "0", "0"], ["rivwhvndo", "9", "0", "0"], ["y1dr", "3", "1", "3"], ["cczf", "4", "0", "0"], ["uvtsi", "5", "0", "0"], ["aymj", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 22, "strings": ["wh98xg4xm", "aesp", "avmelutl", "axqm", "dl0s28oe", "dg6nqtn", "gznwxyq", "e8yoekf4", "guohxr", "i4d4ls", "bntfol", "zagzymnj", "bf1tbbk", "dhix", "hkpj", "mnnaf", "tgzx", "rivwhvndo", "y1dr", "cczf", "uvtsi", "aymj"]}, "task_name": "task03", "example_name": "0211", "problem_name": "task03_0211"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ivhl1e', 'oueb1cglp', '9dugz', 'z3daq', 'shfvll', '5det', 'fcnjraqae', '4ocd', '8fsryyzt', 'wq9mmz', 'gbcdgbkp', 'xjta', 'a9wpm', 'hj7v', 'pc2y2kn3g', 'czsmm', 'bxikkh', 'y4dwws', 'qtkrygcr', 'ahxnipah', 'yjwsjvmxh', 'fdydg3sux']", "label": {"final": 1628, "init": "0", "intermediate": [["ivhl1e", "5", "1", "5"], ["oueb1cglp", "8", "1", "8"], ["9dugz", "4", "9", "36"], ["z3daq", "4", "3", "12"], ["shfvll", "6", "0", "0"], ["5det", "3", "5", "15"], ["fcnjraqae", "9", "0", "0"], ["4ocd", "3", "4", "12"], ["8fsryyzt", "7", "8", "56"], ["wq9mmz", "5", "9", "45"], ["gbcdgbkp", "8", "0", "0"], ["xjta", "4", "0", "0"], ["a9wpm", "4", "9", "36"], ["hj7v", "3", "7", "21"], ["pc2y2kn3g", "6", "223", "1338"], ["czsmm", "5", "0", "0"], ["bxikkh", "6", "0", "0"], ["y4dwws", "5", "4", "20"], ["qtkrygcr", "8", "0", "0"], ["ahxnipah", "8", "0", "0"], ["yjwsjvmxh", "9", "0", "0"], ["fdydg3sux", "8", "3", "24"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 22, "strings": ["ivhl1e", "oueb1cglp", "9dugz", "z3daq", "shfvll", "5det", "fcnjraqae", "4ocd", "8fsryyzt", "wq9mmz", "gbcdgbkp", "xjta", "a9wpm", "hj7v", "pc2y2kn3g", "czsmm", "bxikkh", "y4dwws", "qtkrygcr", "ahxnipah", "yjwsjvmxh", "fdydg3sux"]}, "task_name": "task03", "example_name": "0212", "problem_name": "task03_0212"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['b7ebv', 'bmt1', 'xjjvtf', 'gvf78h', 'f1fc1', 'btkx', '4bi59ub', 'ewna8jxt6', 'awybznp', 'vteoo', 'auh5wgz', '7vj0', 'bipul5uk', 'uaapa', 'utsqxh', 'kqxlydr', 'zzisj', 'ky2avo', 'enycy5yu', 'i7iplwj', 'i1l1', 'pnyrnsy']", "label": {"final": 3128, "init": "0", "intermediate": [["b7ebv", "4", "7", "28"], ["bmt1", "3", "1", "3"], ["xjjvtf", "6", "0", "0"], ["gvf78h", "4", "78", "312"], ["f1fc1", "3", "11", "33"], ["btkx", "4", "0", "0"], ["4bi59ub", "4", "459", "1836"], ["ewna8jxt6", "7", "86", "602"], ["awybznp", "7", "0", "0"], ["vteoo", "5", "0", "0"], ["auh5wgz", "6", "5", "30"], ["7vj0", "2", "70", "140"], ["bipul5uk", "7", "5", "35"], ["uaapa", "5", "0", "0"], ["utsqxh", "6", "0", "0"], ["kqxlydr", "7", "0", "0"], ["zzisj", "5", "0", "0"], ["ky2avo", "5", "2", "10"], ["enycy5yu", "7", "5", "35"], ["i7iplwj", "6", "7", "42"], ["i1l1", "2", "11", "22"], ["pnyrnsy", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 22, "strings": ["b7ebv", "bmt1", "xjjvtf", "gvf78h", "f1fc1", "btkx", "4bi59ub", "ewna8jxt6", "awybznp", "vteoo", "auh5wgz", "7vj0", "bipul5uk", "uaapa", "utsqxh", "kqxlydr", "zzisj", "ky2avo", "enycy5yu", "i7iplwj", "i1l1", "pnyrnsy"]}, "task_name": "task03", "example_name": "0213", "problem_name": "task03_0213"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['zsbkzj', 'ipcjxkyb', 'q5a3j', 'ovomz', 'hrewgd', 'r2bs', '88sbvow', 'wzip3', 'jjk6j', 'de8puyd7', 'awixx', 'bktvs5', '63quqzy', 'bqyk', '1cqmo', 'i2obx', 'jigld', 'aesxi', '3mlppjqc', 'lmhg', 'ltur', 'yx8sryhn']", "label": {"final": 1592, "init": "0", "intermediate": [["zsbkzj", "6", "0", "0"], ["ipcjxkyb", "8", "0", "0"], ["q5a3j", "3", "53", "159"], ["ovomz", "5", "0", "0"], ["hrewgd", "6", "0", "0"], ["r2bs", "3", "2", "6"], ["88sbvow", "5", "88", "440"], ["wzip3", "4", "3", "12"], ["jjk6j", "4", "6", "24"], ["de8puyd7", "6", "87", "522"], ["awixx", "5", "0", "0"], ["bktvs5", "5", "5", "25"], ["63quqzy", "5", "63", "315"], ["bqyk", "4", "0", "0"], ["1cqmo", "4", "1", "4"], ["i2obx", "4", "2", "8"], ["jigld", "5", "0", "0"], ["aesxi", "5", "0", "0"], ["3mlppjqc", "7", "3", "21"], ["lmhg", "4", "0", "0"], ["ltur", "4", "0", "0"], ["yx8sryhn", "7", "8", "56"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 22, "strings": ["zsbkzj", "ipcjxkyb", "q5a3j", "ovomz", "hrewgd", "r2bs", "88sbvow", "wzip3", "jjk6j", "de8puyd7", "awixx", "bktvs5", "63quqzy", "bqyk", "1cqmo", "i2obx", "jigld", "aesxi", "3mlppjqc", "lmhg", "ltur", "yx8sryhn"]}, "task_name": "task03", "example_name": "0214", "problem_name": "task03_0214"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['xdwewbgm', 'rewungge6', 'tca5uk74l', 'tdnqhh', 'bvlk', 'bisnk6ddt', 'w8ugyy', 'e1o8', 'ucdhki', '3laqnr', 'aqf0', 'wnyndrf', 'sbsnqvh', '5ctr9om', 'edejfunus', 'rqtq', 'zhbamev', 'gliqbl', 'jswbv', 'mmkpb', 'rwnu', 'houc1pwg']", "label": {"final": 3933, "init": "0", "intermediate": [["xdwewbgm", "8", "0", "0"], ["rewungge6", "8", "6", "48"], ["tca5uk74l", "6", "574", "3444"], ["tdnqhh", "6", "0", "0"], ["bvlk", "4", "0", "0"], ["bisnk6ddt", "8", "6", "48"], ["w8ugyy", "5", "8", "40"], ["e1o8", "2", "18", "36"], ["ucdhki", "6", "0", "0"], ["3laqnr", "5", "3", "15"], ["aqf0", "3", "0", "0"], ["wnyndrf", "7", "0", "0"], ["sbsnqvh", "7", "0", "0"], ["5ctr9om", "5", "59", "295"], ["edejfunus", "9", "0", "0"], ["rqtq", "4", "0", "0"], ["zhbamev", "7", "0", "0"], ["gliqbl", "6", "0", "0"], ["jswbv", "5", "0", "0"], ["mmkpb", "5", "0", "0"], ["rwnu", "4", "0", "0"], ["houc1pwg", "7", "1", "7"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 22, "strings": ["xdwewbgm", "rewungge6", "tca5uk74l", "tdnqhh", "bvlk", "bisnk6ddt", "w8ugyy", "e1o8", "ucdhki", "3laqnr", "aqf0", "wnyndrf", "sbsnqvh", "5ctr9om", "edejfunus", "rqtq", "zhbamev", "gliqbl", "jswbv", "mmkpb", "rwnu", "houc1pwg"]}, "task_name": "task03", "example_name": "0215", "problem_name": "task03_0215"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['pnbjd', 'rd7vge2wd', 'lmmtr', 'czozgcn', 'nwqy', 'ihvgrwt', 'l1ybvup', 'sjqm7j', 'owikg1tt', 'mvvugdw5', 'ktcpym3', 'tddroxb', 'wbde5dmtj', 'fmyko', 'ouklf0chi', 'jlz0v', 'daguggvaw', 'cwqheenz', '8sz1we7t', 'mb4drgxr', 'hholzldo', 'y6xqjelg']", "label": {"final": 4800, "init": "0", "intermediate": [["pnbjd", "5", "0", "0"], ["rd7vge2wd", "7", "72", "504"], ["lmmtr", "5", "0", "0"], ["czozgcn", "7", "0", "0"], ["nwqy", "4", "0", "0"], ["ihvgrwt", "7", "0", "0"], ["l1ybvup", "6", "1", "6"], ["sjqm7j", "5", "7", "35"], ["owikg1tt", "7", "1", "7"], ["mvvugdw5", "7", "5", "35"], ["ktcpym3", "6", "3", "18"], ["tddroxb", "7", "0", "0"], ["wbde5dmtj", "8", "5", "40"], ["fmyko", "5", "0", "0"], ["ouklf0chi", "8", "0", "0"], ["jlz0v", "4", "0", "0"], ["daguggvaw", "9", "0", "0"], ["cwqheenz", "8", "0", "0"], ["8sz1we7t", "5", "817", "4085"], ["mb4drgxr", "7", "4", "28"], ["hholzldo", "8", "0", "0"], ["y6xqjelg", "7", "6", "42"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 22, "strings": ["pnbjd", "rd7vge2wd", "lmmtr", "czozgcn", "nwqy", "ihvgrwt", "l1ybvup", "sjqm7j", "owikg1tt", "mvvugdw5", "ktcpym3", "tddroxb", "wbde5dmtj", "fmyko", "ouklf0chi", "jlz0v", "daguggvaw", "cwqheenz", "8sz1we7t", "mb4drgxr", "hholzldo", "y6xqjelg"]}, "task_name": "task03", "example_name": "0216", "problem_name": "task03_0216"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['sc7bll', 'hdyrdzm', 'sycxb', 'hye0ip', 'tocpsa', 'm4px46t', 'ksfsetst', 'kwam49', 'bsute', 'wuia', 'senqtbzr', 'dpxxqirte', 'ayzrez', 'gwcy', 'ibwdfu', 'mhfix', 'yykckmdnt', 'dofji', 'spale7', 'ucfkvecm', 'gpjx0g', 'zboeo']", "label": {"final": 2050, "init": "0", "intermediate": [["sc7bll", "5", "7", "35"], ["hdyrdzm", "7", "0", "0"], ["sycxb", "5", "0", "0"], ["hye0ip", "5", "0", "0"], ["tocpsa", "6", "0", "0"], ["m4px46t", "4", "446", "1784"], ["ksfsetst", "8", "0", "0"], ["kwam49", "4", "49", "196"], ["bsute", "5", "0", "0"], ["wuia", "4", "0", "0"], ["senqtbzr", "8", "0", "0"], ["dpxxqirte", "9", "0", "0"], ["ayzrez", "6", "0", "0"], ["gwcy", "4", "0", "0"], ["ibwdfu", "6", "0", "0"], ["mhfix", "5", "0", "0"], ["yykckmdnt", "9", "0", "0"], ["dofji", "5", "0", "0"], ["spale7", "5", "7", "35"], ["ucfkvecm", "8", "0", "0"], ["gpjx0g", "5", "0", "0"], ["zboeo", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 22, "strings": ["sc7bll", "hdyrdzm", "sycxb", "hye0ip", "tocpsa", "m4px46t", "ksfsetst", "kwam49", "bsute", "wuia", "senqtbzr", "dpxxqirte", "ayzrez", "gwcy", "ibwdfu", "mhfix", "yykckmdnt", "dofji", "spale7", "ucfkvecm", "gpjx0g", "zboeo"]}, "task_name": "task03", "example_name": "0217", "problem_name": "task03_0217"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['gkiap2ukn', '0m4f', 'gfaw', 'wsmhe1et', 'zujx', 'xaafokrnt', 'axpk', 'sfqtfat', 'l9qstrl89', 'k4uf9klg', 'axyg', 'cdiihjqs', '9do1wf30', 'evbkuqin', 'kpxg1vsmv', '68enk0k', 'qgoi', 'tzceksin', 'tasiam', 't8zjyg', 'dkphmhw', 'rinr']", "label": {"final": 45547, "init": "0", "intermediate": [["gkiap2ukn", "8", "2", "16"], ["0m4f", "2", "4", "8"], ["gfaw", "4", "0", "0"], ["wsmhe1et", "7", "1", "7"], ["zujx", "4", "0", "0"], ["xaafokrnt", "9", "0", "0"], ["axpk", "4", "0", "0"], ["sfqtfat", "7", "0", "0"], ["l9qstrl89", "6", "989", "5934"], ["k4uf9klg", "6", "49", "294"], ["axyg", "4", "0", "0"], ["cdiihjqs", "8", "0", "0"], ["9do1wf30", "4", "9130", "36520"], ["evbkuqin", "8", "0", "0"], ["kpxg1vsmv", "8", "1", "8"], ["68enk0k", "4", "680", "2720"], ["qgoi", "4", "0", "0"], ["tzceksin", "8", "0", "0"], ["tasiam", "6", "0", "0"], ["t8zjyg", "5", "8", "40"], ["dkphmhw", "7", "0", "0"], ["rinr", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 22, "strings": ["gkiap2ukn", "0m4f", "gfaw", "wsmhe1et", "zujx", "xaafokrnt", "axpk", "sfqtfat", "l9qstrl89", "k4uf9klg", "axyg", "cdiihjqs", "9do1wf30", "evbkuqin", "kpxg1vsmv", "68enk0k", "qgoi", "tzceksin", "tasiam", "t8zjyg", "dkphmhw", "rinr"]}, "task_name": "task03", "example_name": "0218", "problem_name": "task03_0218"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ifafzfeo', 'boijohh', 'p5da', 'v1unu', 'brjlexwc', 'jpkyy', 'wgug', 'rzadpez', '19zex', 'csdwdw', 'dvaajl', 'ymp76', 'j4go', 'oeasoac', 'vpcrr', 'ogarnm', 'wtstrdo9', '5i40cpf', 'i4qvxd3', '6afyl6t', 'why8', 'g8ouyxe']", "label": {"final": 3156, "init": "0", "intermediate": [["ifafzfeo", "8", "0", "0"], ["boijohh", "7", "0", "0"], ["p5da", "3", "5", "15"], ["v1unu", "4", "1", "4"], ["brjlexwc", "8", "0", "0"], ["jpkyy", "5", "0", "0"], ["wgug", "4", "0", "0"], ["rzadpez", "7", "0", "0"], ["19zex", "3", "19", "57"], ["csdwdw", "6", "0", "0"], ["dvaajl", "6", "0", "0"], ["ymp76", "3", "76", "228"], ["j4go", "3", "4", "12"], ["oeasoac", "7", "0", "0"], ["vpcrr", "5", "0", "0"], ["ogarnm", "6", "0", "0"], ["wtstrdo9", "7", "9", "63"], ["5i40cpf", "4", "540", "2160"], ["i4qvxd3", "5", "43", "215"], ["6afyl6t", "5", "66", "330"], ["why8", "3", "8", "24"], ["g8ouyxe", "6", "8", "48"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 22, "strings": ["ifafzfeo", "boijohh", "p5da", "v1unu", "brjlexwc", "jpkyy", "wgug", "rzadpez", "19zex", "csdwdw", "dvaajl", "ymp76", "j4go", "oeasoac", "vpcrr", "ogarnm", "wtstrdo9", "5i40cpf", "i4qvxd3", "6afyl6t", "why8", "g8ouyxe"]}, "task_name": "task03", "example_name": "0219", "problem_name": "task03_0219"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['6ouqmy', 'rbu2t', 'wmnh6r', '5lmxqc', 'bzvyb', 'sdvowhc', '7cohgun', 'wo8z', 'g1ba', 'ufxumhzqf', 'ykigl8bc', 'tihggpjqd', '64rfnh', 'ksvychv', 'g29xuf', 'nwp2', 'ttc7ak', 'xgrvpoh', 'mkqwxlyio', '6nttu', 'l3fc9pu', 'pzuqvwkg', 'vpv1dl6']", "label": {"final": 930, "init": "0", "intermediate": [["6ouqmy", "5", "6", "30"], ["rbu2t", "4", "2", "8"], ["wmnh6r", "5", "6", "30"], ["5lmxqc", "5", "5", "25"], ["bzvyb", "5", "0", "0"], ["sdvowhc", "7", "0", "0"], ["7cohgun", "6", "7", "42"], ["wo8z", "3", "8", "24"], ["g1ba", "3", "1", "3"], ["ufxumhzqf", "9", "0", "0"], ["ykigl8bc", "7", "8", "56"], ["tihggpjqd", "9", "0", "0"], ["64rfnh", "4", "64", "256"], ["ksvychv", "7", "0", "0"], ["g29xuf", "4", "29", "116"], ["nwp2", "3", "2", "6"], ["ttc7ak", "5", "7", "35"], ["xgrvpoh", "7", "0", "0"], ["mkqwxlyio", "9", "0", "0"], ["6nttu", "4", "6", "24"], ["l3fc9pu", "5", "39", "195"], ["pzuqvwkg", "8", "0", "0"], ["vpv1dl6", "5", "16", "80"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 23, "strings": ["6ouqmy", "rbu2t", "wmnh6r", "5lmxqc", "bzvyb", "sdvowhc", "7cohgun", "wo8z", "g1ba", "ufxumhzqf", "ykigl8bc", "tihggpjqd", "64rfnh", "ksvychv", "g29xuf", "nwp2", "ttc7ak", "xgrvpoh", "mkqwxlyio", "6nttu", "l3fc9pu", "pzuqvwkg", "vpv1dl6"]}, "task_name": "task03", "example_name": "0220", "problem_name": "task03_0220"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['cvdfof', '4wblj3', 'righyxhge', 'jhbw', 'r8fxh', 'kynlyghob', 'qvhzux', 'audpwy', 'faweqin', 'ykjbmzjv', 'xjrbm2o7o', 'yxfjp', 'xi6gqxom', '56nq', 'osqpk', 'xxv6y', '5qcs', 't0u5', '2gpa', 'esmvgm3hi', '4csgycur', 'vwqwpxq', 'khix']", "label": {"final": 654, "init": "0", "intermediate": [["cvdfof", "6", "0", "0"], ["4wblj3", "4", "43", "172"], ["righyxhge", "9", "0", "0"], ["jhbw", "4", "0", "0"], ["r8fxh", "4", "8", "32"], ["kynlyghob", "9", "0", "0"], ["qvhzux", "6", "0", "0"], ["audpwy", "6", "0", "0"], ["faweqin", "7", "0", "0"], ["ykjbmzjv", "8", "0", "0"], ["xjrbm2o7o", "7", "27", "189"], ["yxfjp", "5", "0", "0"], ["xi6gqxom", "7", "6", "42"], ["56nq", "2", "56", "112"], ["osqpk", "5", "0", "0"], ["xxv6y", "4", "6", "24"], ["5qcs", "3", "5", "15"], ["t0u5", "2", "5", "10"], ["2gpa", "3", "2", "6"], ["esmvgm3hi", "8", "3", "24"], ["4csgycur", "7", "4", "28"], ["vwqwpxq", "7", "0", "0"], ["khix", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 23, "strings": ["cvdfof", "4wblj3", "righyxhge", "jhbw", "r8fxh", "kynlyghob", "qvhzux", "audpwy", "faweqin", "ykjbmzjv", "xjrbm2o7o", "yxfjp", "xi6gqxom", "56nq", "osqpk", "xxv6y", "5qcs", "t0u5", "2gpa", "esmvgm3hi", "4csgycur", "vwqwpxq", "khix"]}, "task_name": "task03", "example_name": "0221", "problem_name": "task03_0221"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['cmiq', 'l0ip', 'enlrncyr', 'exurbv', 'vbifckojg', 'idqgunsxq', '1gnuif', 'qsy88xds', 'lnwih', 'hnjcbyi', 'luuhcdcs', 'fc44ubmcx', 'wt5vjyie', 'z3lbk9r', 'fdzw2yfp', 'mrgeiwyz', 'zpvnm6u', 'znr2', 'jm0lx2', 'gzxbh', 'jp1ew', 'sy4jpcp5', 'cxrbhvw3a']", "label": {"final": 1433, "init": "0", "intermediate": [["cmiq", "4", "0", "0"], ["l0ip", "3", "0", "0"], ["enlrncyr", "8", "0", "0"], ["exurbv", "6", "0", "0"], ["vbifckojg", "9", "0", "0"], ["idqgunsxq", "9", "0", "0"], ["1gnuif", "5", "1", "5"], ["qsy88xds", "6", "88", "528"], ["lnwih", "5", "0", "0"], ["hnjcbyi", "7", "0", "0"], ["luuhcdcs", "8", "0", "0"], ["fc44ubmcx", "7", "44", "308"], ["wt5vjyie", "7", "5", "35"], ["z3lbk9r", "5", "39", "195"], ["fdzw2yfp", "7", "2", "14"], ["mrgeiwyz", "8", "0", "0"], ["zpvnm6u", "6", "6", "36"], ["znr2", "3", "2", "6"], ["jm0lx2", "4", "2", "8"], ["gzxbh", "5", "0", "0"], ["jp1ew", "4", "1", "4"], ["sy4jpcp5", "6", "45", "270"], ["cxrbhvw3a", "8", "3", "24"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 23, "strings": ["cmiq", "l0ip", "enlrncyr", "exurbv", "vbifckojg", "idqgunsxq", "1gnuif", "qsy88xds", "lnwih", "hnjcbyi", "luuhcdcs", "fc44ubmcx", "wt5vjyie", "z3lbk9r", "fdzw2yfp", "mrgeiwyz", "zpvnm6u", "znr2", "jm0lx2", "gzxbh", "jp1ew", "sy4jpcp5", "cxrbhvw3a"]}, "task_name": "task03", "example_name": "0222", "problem_name": "task03_0222"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['zvewaf4', 'qolrcc5ec', '0rit', 'pcqoizc', 'nmahr8', 'ln5sk1tpq', '89zsl', 'xaaa', 'xnxcvs', '4wxtp7l', '0ix3mj', 'zfwldpeu', 'iclskjhl', 'dvierhq', 'gzb8my8', 'p26ddzf', 'ecrwa', 'qhfozd', 'kbrrrn21', 'cmfewl1h', 'tevxicu', '3rqq8id', 'fptxtn']", "label": {"final": 1868, "init": "0", "intermediate": [["zvewaf4", "6", "4", "24"], ["qolrcc5ec", "8", "5", "40"], ["0rit", "3", "0", "0"], ["pcqoizc", "7", "0", "0"], ["nmahr8", "5", "8", "40"], ["ln5sk1tpq", "7", "51", "357"], ["89zsl", "3", "89", "267"], ["xaaa", "4", "0", "0"], ["xnxcvs", "6", "0", "0"], ["4wxtp7l", "5", "47", "235"], ["0ix3mj", "4", "3", "12"], ["zfwldpeu", "8", "0", "0"], ["iclskjhl", "8", "0", "0"], ["dvierhq", "7", "0", "0"], ["gzb8my8", "5", "88", "440"], ["p26ddzf", "5", "26", "130"], ["ecrwa", "5", "0", "0"], ["qhfozd", "6", "0", "0"], ["kbrrrn21", "6", "21", "126"], ["cmfewl1h", "7", "1", "7"], ["tevxicu", "7", "0", "0"], ["3rqq8id", "5", "38", "190"], ["fptxtn", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 23, "strings": ["zvewaf4", "qolrcc5ec", "0rit", "pcqoizc", "nmahr8", "ln5sk1tpq", "89zsl", "xaaa", "xnxcvs", "4wxtp7l", "0ix3mj", "zfwldpeu", "iclskjhl", "dvierhq", "gzb8my8", "p26ddzf", "ecrwa", "qhfozd", "kbrrrn21", "cmfewl1h", "tevxicu", "3rqq8id", "fptxtn"]}, "task_name": "task03", "example_name": "0223", "problem_name": "task03_0223"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['znhw1e', 'hcvhwb7nx', 'rvcm', 'iv93ovoie', 'lfkx', 'npczjlg8', 'ppuxqe1', 'tlsskkn', 'r8zp', 'rwh4', 'nfnohqg', 'zaxvwfal', 'fxjlv', 'gpyflq', 'qmgr81tad', 'usjgrsfr', 'scsgot', '4wwm2ya', 'slxoqol7q', 'n5bfbhynu', 'lgmf6hm', 'g7pw', 'musd']", "label": {"final": 1740, "init": "0", "intermediate": [["znhw1e", "5", "1", "5"], ["hcvhwb7nx", "8", "7", "56"], ["rvcm", "4", "0", "0"], ["iv93ovoie", "7", "93", "651"], ["lfkx", "4", "0", "0"], ["npczjlg8", "7", "8", "56"], ["ppuxqe1", "6", "1", "6"], ["tlsskkn", "7", "0", "0"], ["r8zp", "3", "8", "24"], ["rwh4", "3", "4", "12"], ["nfnohqg", "7", "0", "0"], ["zaxvwfal", "8", "0", "0"], ["fxjlv", "5", "0", "0"], ["gpyflq", "6", "0", "0"], ["qmgr81tad", "7", "81", "567"], ["usjgrsfr", "8", "0", "0"], ["scsgot", "6", "0", "0"], ["4wwm2ya", "5", "42", "210"], ["slxoqol7q", "8", "7", "56"], ["n5bfbhynu", "8", "5", "40"], ["lgmf6hm", "6", "6", "36"], ["g7pw", "3", "7", "21"], ["musd", "4", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 23, "strings": ["znhw1e", "hcvhwb7nx", "rvcm", "iv93ovoie", "lfkx", "npczjlg8", "ppuxqe1", "tlsskkn", "r8zp", "rwh4", "nfnohqg", "zaxvwfal", "fxjlv", "gpyflq", "qmgr81tad", "usjgrsfr", "scsgot", "4wwm2ya", "slxoqol7q", "n5bfbhynu", "lgmf6hm", "g7pw", "musd"]}, "task_name": "task03", "example_name": "0224", "problem_name": "task03_0224"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['pzuhwbzz', 'eqnsjirtj', 'rytc', 'vzisinid', 'y6txj', 'vvz1ckjy', 'ugbqf3', 'ces5kk', 'pqipemwt3', 'auaomdc8', 'fs6me', 'lk2mjmf', 'agkf4m', 'hvdspotq0', 'do5ql', 'sbx4ftit', '6x3em', 'l3sc', 'd5ulbxk', 'zhdktl', 'tzkkg6', 'kfcym1b', 'kzwvjr']", "label": {"final": 519, "init": "0", "intermediate": [["pzuhwbzz", "8", "0", "0"], ["eqnsjirtj", "9", "0", "0"], ["rytc", "4", "0", "0"], ["vzisinid", "8", "0", "0"], ["y6txj", "4", "6", "24"], ["vvz1ckjy", "7", "1", "7"], ["ugbqf3", "5", "3", "15"], ["ces5kk", "5", "5", "25"], ["pqipemwt3", "8", "3", "24"], ["auaomdc8", "7", "8", "56"], ["fs6me", "4", "6", "24"], ["lk2mjmf", "6", "2", "12"], ["agkf4m", "5", "4", "20"], ["hvdspotq0", "8", "0", "0"], ["do5ql", "4", "5", "20"], ["sbx4ftit", "7", "4", "28"], ["6x3em", "3", "63", "189"], ["l3sc", "3", "3", "9"], ["d5ulbxk", "6", "5", "30"], ["zhdktl", "6", "0", "0"], ["tzkkg6", "5", "6", "30"], ["kfcym1b", "6", "1", "6"], ["kzwvjr", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 23, "strings": ["pzuhwbzz", "eqnsjirtj", "rytc", "vzisinid", "y6txj", "vvz1ckjy", "ugbqf3", "ces5kk", "pqipemwt3", "auaomdc8", "fs6me", "lk2mjmf", "agkf4m", "hvdspotq0", "do5ql", "sbx4ftit", "6x3em", "l3sc", "d5ulbxk", "zhdktl", "tzkkg6", "kfcym1b", "kzwvjr"]}, "task_name": "task03", "example_name": "0225", "problem_name": "task03_0225"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ynozelr1f', 'kzkwd', 'uqcto', 'ozk6', 'w6rpwums4', 'o0iho', 'wxncvgay', 'ze1htw', 'ttab', 'ipm8kc', 'nximw', 'rscayv', 'zeiwy', 'hckd', 'db9cbsis', 'bzq9uwbh', 'ycch7eges', 'nuncny', '0swejduw', 'ogboas', 'yybdlk0p', 'vjnk', 'tfcqtrj']", "label": {"final": 701, "init": "0", "intermediate": [["ynozelr1f", "8", "1", "8"], ["kzkwd", "5", "0", "0"], ["uqcto", "5", "0", "0"], ["ozk6", "3", "6", "18"], ["w6rpwums4", "7", "64", "448"], ["o0iho", "4", "0", "0"], ["wxncvgay", "8", "0", "0"], ["ze1htw", "5", "1", "5"], ["ttab", "4", "0", "0"], ["ipm8kc", "5", "8", "40"], ["nximw", "5", "0", "0"], ["rscayv", "6", "0", "0"], ["zeiwy", "5", "0", "0"], ["hckd", "4", "0", "0"], ["db9cbsis", "7", "9", "63"], ["bzq9uwbh", "7", "9", "63"], ["ycch7eges", "8", "7", "56"], ["nuncny", "6", "0", "0"], ["0swejduw", "7", "0", "0"], ["ogboas", "6", "0", "0"], ["yybdlk0p", "7", "0", "0"], ["vjnk", "4", "0", "0"], ["tfcqtrj", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 23, "strings": ["ynozelr1f", "kzkwd", "uqcto", "ozk6", "w6rpwums4", "o0iho", "wxncvgay", "ze1htw", "ttab", "ipm8kc", "nximw", "rscayv", "zeiwy", "hckd", "db9cbsis", "bzq9uwbh", "ycch7eges", "nuncny", "0swejduw", "ogboas", "yybdlk0p", "vjnk", "tfcqtrj"]}, "task_name": "task03", "example_name": "0226", "problem_name": "task03_0226"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['wtxkjwbte', '0llovpj', 'wbod', 'ddi7', 'yvbuvpg', 'c4cfiii', 'xgwcc', 'f4xzr', 'kgrgzzk', 'wmv4nly', 'xeakwbn2z', '9td0if6t', 'yxtq8vcu', 'e2vdt3zo', 'uvgg', 'kjsg03age', 'agltpu', 'k6kf', '03fwr', 'yi9r', 'p0lmcn8s4', 'wywxcw', 'vxqc9v']", "label": {"final": 5449, "init": "0", "intermediate": [["wtxkjwbte", "9", "0", "0"], ["0llovpj", "6", "0", "0"], ["wbod", "4", "0", "0"], ["ddi7", "3", "7", "21"], ["yvbuvpg", "7", "0", "0"], ["c4cfiii", "6", "4", "24"], ["xgwcc", "5", "0", "0"], ["f4xzr", "4", "4", "16"], ["kgrgzzk", "7", "0", "0"], ["wmv4nly", "6", "4", "24"], ["xeakwbn2z", "8", "2", "16"], ["9td0if6t", "5", "906", "4530"], ["yxtq8vcu", "7", "8", "56"], ["e2vdt3zo", "6", "23", "138"], ["uvgg", "4", "0", "0"], ["kjsg03age", "7", "3", "21"], ["agltpu", "6", "0", "0"], ["k6kf", "3", "6", "18"], ["03fwr", "3", "3", "9"], ["yi9r", "3", "9", "27"], ["p0lmcn8s4", "6", "84", "504"], ["wywxcw", "6", "0", "0"], ["vxqc9v", "5", "9", "45"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 23, "strings": ["wtxkjwbte", "0llovpj", "wbod", "ddi7", "yvbuvpg", "c4cfiii", "xgwcc", "f4xzr", "kgrgzzk", "wmv4nly", "xeakwbn2z", "9td0if6t", "yxtq8vcu", "e2vdt3zo", "uvgg", "kjsg03age", "agltpu", "k6kf", "03fwr", "yi9r", "p0lmcn8s4", "wywxcw", "vxqc9v"]}, "task_name": "task03", "example_name": "0227", "problem_name": "task03_0227"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['acinzqh', '0hl1x1cl', 'ltymy', 'szpx', 'obgubxj', 'qwesh2', 'dgk2fnh', 'xzpmr', '0jda', '4o6fwd', 'cjul', 'ftjdeoy', 'h0gqiq', 'qkrootg', '38v7brxdb', 'mteitkz', 'eyvw', 'qrocpxc', 'lla2qsj0', 'sxfo', 'tyrm', 'ogdqb9ivp', 'nzjoiy']", "label": {"final": 2775, "init": "0", "intermediate": [["acinzqh", "7", "0", "0"], ["0hl1x1cl", "5", "11", "55"], ["ltymy", "5", "0", "0"], ["szpx", "4", "0", "0"], ["obgubxj", "7", "0", "0"], ["qwesh2", "5", "2", "10"], ["dgk2fnh", "6", "2", "12"], ["xzpmr", "5", "0", "0"], ["0jda", "3", "0", "0"], ["4o6fwd", "4", "46", "184"], ["cjul", "4", "0", "0"], ["ftjdeoy", "7", "0", "0"], ["h0gqiq", "5", "0", "0"], ["qkrootg", "7", "0", "0"], ["38v7brxdb", "6", "387", "2322"], ["mteitkz", "7", "0", "0"], ["eyvw", "4", "0", "0"], ["qrocpxc", "7", "0", "0"], ["lla2qsj0", "6", "20", "120"], ["sxfo", "4", "0", "0"], ["tyrm", "4", "0", "0"], ["ogdqb9ivp", "8", "9", "72"], ["nzjoiy", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 23, "strings": ["acinzqh", "0hl1x1cl", "ltymy", "szpx", "obgubxj", "qwesh2", "dgk2fnh", "xzpmr", "0jda", "4o6fwd", "cjul", "ftjdeoy", "h0gqiq", "qkrootg", "38v7brxdb", "mteitkz", "eyvw", "qrocpxc", "lla2qsj0", "sxfo", "tyrm", "ogdqb9ivp", "nzjoiy"]}, "task_name": "task03", "example_name": "0228", "problem_name": "task03_0228"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['slid', 'mmbxvl5i', 'wvsao0zb', 'dwsfgai', 'cujn', '69tb', 'mtwvop', 'bdpb', 'eutyxu', 'zuneiavc6', 'nv0rdee', 'mwykcpc6', 'byxbbwvw', 'mkuf', 'cpaxe', 'pzil', 'gy8pto7w', 'bmoicjcx', '5byp9lhh', 'tzh3y4', 'kn1g', 's0m6q', 'wgoonosru']", "label": {"final": 1296, "init": "0", "intermediate": [["slid", "4", "0", "0"], ["mmbxvl5i", "7", "5", "35"], ["wvsao0zb", "7", "0", "0"], ["dwsfgai", "7", "0", "0"], ["cujn", "4", "0", "0"], ["69tb", "2", "69", "138"], ["mtwvop", "6", "0", "0"], ["bdpb", "4", "0", "0"], ["eutyxu", "6", "0", "0"], ["zuneiavc6", "8", "6", "48"], ["nv0rdee", "6", "0", "0"], ["mwykcpc6", "7", "6", "42"], ["byxbbwvw", "8", "0", "0"], ["mkuf", "4", "0", "0"], ["cpaxe", "5", "0", "0"], ["pzil", "4", "0", "0"], ["gy8pto7w", "6", "87", "522"], ["bmoicjcx", "8", "0", "0"], ["5byp9lhh", "6", "59", "354"], ["tzh3y4", "4", "34", "136"], ["kn1g", "3", "1", "3"], ["s0m6q", "3", "6", "18"], ["wgoonosru", "9", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 23, "strings": ["slid", "mmbxvl5i", "wvsao0zb", "dwsfgai", "cujn", "69tb", "mtwvop", "bdpb", "eutyxu", "zuneiavc6", "nv0rdee", "mwykcpc6", "byxbbwvw", "mkuf", "cpaxe", "pzil", "gy8pto7w", "bmoicjcx", "5byp9lhh", "tzh3y4", "kn1g", "s0m6q", "wgoonosru"]}, "task_name": "task03", "example_name": "0229", "problem_name": "task03_0229"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['rczzf4t5x', 'ytqwqm', 'bxs9myew', 'pqceiur', 'irif', 'g5xgumyb2', '5wiqotyj', 'hm6oo2lcz', 'p9feny', 'c7ss', 'v5iipi', 'dsqxbdxaq', 'audvca', 'yltnpkxxd', 'e3ubem5', 'al1uhj', 'qpyr2t', 'w7unkcm', 'ra1ohp9jv', 'xymnqy', '8lt3vnza', 'gzdfg', 'pgslbcj', 'tx0ff0n']", "label": {"final": 2165, "init": "0", "intermediate": [["rczzf4t5x", "7", "45", "315"], ["ytqwqm", "6", "0", "0"], ["bxs9myew", "7", "9", "63"], ["pqceiur", "7", "0", "0"], ["irif", "4", "0", "0"], ["g5xgumyb2", "7", "52", "364"], ["5wiqotyj", "7", "5", "35"], ["hm6oo2lcz", "7", "62", "434"], ["p9feny", "5", "9", "45"], ["c7ss", "3", "7", "21"], ["v5iipi", "5", "5", "25"], ["dsqxbdxaq", "9", "0", "0"], ["audvca", "6", "0", "0"], ["yltnpkxxd", "9", "0", "0"], ["e3ubem5", "5", "35", "175"], ["al1uhj", "5", "1", "5"], ["qpyr2t", "5", "2", "10"], ["w7unkcm", "6", "7", "42"], ["ra1ohp9jv", "7", "19", "133"], ["xymnqy", "6", "0", "0"], ["8lt3vnza", "6", "83", "498"], ["gzdfg", "5", "0", "0"], ["pgslbcj", "7", "0", "0"], ["tx0ff0n", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 24, "strings": ["rczzf4t5x", "ytqwqm", "bxs9myew", "pqceiur", "irif", "g5xgumyb2", "5wiqotyj", "hm6oo2lcz", "p9feny", "c7ss", "v5iipi", "dsqxbdxaq", "audvca", "yltnpkxxd", "e3ubem5", "al1uhj", "qpyr2t", "w7unkcm", "ra1ohp9jv", "xymnqy", "8lt3vnza", "gzdfg", "pgslbcj", "tx0ff0n"]}, "task_name": "task03", "example_name": "0230", "problem_name": "task03_0230"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['3lxfn', '1sokbcmp', 'pn9ezomw', 'jhav', 'grwhlyqmg', '7oxx0wdoi', 'cwz1tjmvv', 'ahbgihb5u', 'eup13', 'krxmlz57', '42wr3mr', 'zucmhb', 'djxrthtdv', '5tgmezdag', 'gwumvd3ej', 'vng9wbja', 'ujnor', 'nyo3ph9', 'bljcmusj', '2ljuaj', 'cqajl', '7qx6y8', 'epnelyy9j', 'ujqcon']", "label": {"final": 5401, "init": "0", "intermediate": [["3lxfn", "4", "3", "12"], ["1sokbcmp", "7", "1", "7"], ["pn9ezomw", "7", "9", "63"], ["jhav", "4", "0", "0"], ["grwhlyqmg", "9", "0", "0"], ["7oxx0wdoi", "7", "70", "490"], ["cwz1tjmvv", "8", "1", "8"], ["ahbgihb5u", "8", "5", "40"], ["eup13", "3", "13", "39"], ["krxmlz57", "6", "57", "342"], ["42wr3mr", "4", "423", "1692"], ["zucmhb", "6", "0", "0"], ["djxrthtdv", "9", "0", "0"], ["5tgmezdag", "8", "5", "40"], ["gwumvd3ej", "8", "3", "24"], ["vng9wbja", "7", "9", "63"], ["ujnor", "5", "0", "0"], ["nyo3ph9", "5", "39", "195"], ["bljcmusj", "8", "0", "0"], ["2ljuaj", "5", "2", "10"], ["cqajl", "5", "0", "0"], ["7qx6y8", "3", "768", "2304"], ["epnelyy9j", "8", "9", "72"], ["ujqcon", "6", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 24, "strings": ["3lxfn", "1sokbcmp", "pn9ezomw", "jhav", "grwhlyqmg", "7oxx0wdoi", "cwz1tjmvv", "ahbgihb5u", "eup13", "krxmlz57", "42wr3mr", "zucmhb", "djxrthtdv", "5tgmezdag", "gwumvd3ej", "vng9wbja", "ujnor", "nyo3ph9", "bljcmusj", "2ljuaj", "cqajl", "7qx6y8", "epnelyy9j", "ujqcon"]}, "task_name": "task03", "example_name": "0231", "problem_name": "task03_0231"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['9ythevkd', 'hcmpi', 'dfgk', 'qobbbskj', 'qntg', '5w89', 'qi9y8gy6', 'nxoh', 'nvaclch', 'td34nu', '5kbwrggau', 'ovlao', 'mwdfnbvb', 'bqa0r', 'apdgghft1', 'ca9ttwpib', 'upjcr', 'zinmqz', 'mrpcgfdwe', 'ys6hzk', 'v3blwekqt', 'claecoat', '4k1x5e', 'nkqqm6d']", "label": {"final": 7173, "init": "0", "intermediate": [["9ythevkd", "7", "9", "63"], ["hcmpi", "5", "0", "0"], ["dfgk", "4", "0", "0"], ["qobbbskj", "8", "0", "0"], ["qntg", "4", "0", "0"], ["5w89", "1", "589", "589"], ["qi9y8gy6", "5", "986", "4930"], ["nxoh", "4", "0", "0"], ["nvaclch", "7", "0", "0"], ["td34nu", "4", "34", "136"], ["5kbwrggau", "8", "5", "40"], ["ovlao", "5", "0", "0"], ["mwdfnbvb", "8", "0", "0"], ["bqa0r", "4", "0", "0"], ["apdgghft1", "8", "1", "8"], ["ca9ttwpib", "8", "9", "72"], ["upjcr", "5", "0", "0"], ["zinmqz", "6", "0", "0"], ["mrpcgfdwe", "9", "0", "0"], ["ys6hzk", "5", "6", "30"], ["v3blwekqt", "8", "3", "24"], ["claecoat", "8", "0", "0"], ["4k1x5e", "3", "415", "1245"], ["nkqqm6d", "6", "6", "36"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 24, "strings": ["9ythevkd", "hcmpi", "dfgk", "qobbbskj", "qntg", "5w89", "qi9y8gy6", "nxoh", "nvaclch", "td34nu", "5kbwrggau", "ovlao", "mwdfnbvb", "bqa0r", "apdgghft1", "ca9ttwpib", "upjcr", "zinmqz", "mrpcgfdwe", "ys6hzk", "v3blwekqt", "claecoat", "4k1x5e", "nkqqm6d"]}, "task_name": "task03", "example_name": "0232", "problem_name": "task03_0232"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['lldf', 'noou', 'ipv0i', 'uz1p', 'sjig4mnz', 'zhjiq', 'x6ddt', 'upwh', 'gavtlk', 'browm', 'hzrsg3bbw', '9fh8', 'cawfxz', 'bbn8skq', 'ekqj5gz', 'ou6f', 'f2fc4', 'eo1wa', 'usujo', 'zcybu', 'mknp', 'x2oqu', 'eyb2obut4', 'xkwwfvk']", "label": {"final": 623, "init": "0", "intermediate": [["lldf", "4", "0", "0"], ["noou", "4", "0", "0"], ["ipv0i", "4", "0", "0"], ["uz1p", "3", "1", "3"], ["sjig4mnz", "7", "4", "28"], ["zhjiq", "5", "0", "0"], ["x6ddt", "4", "6", "24"], ["upwh", "4", "0", "0"], ["gavtlk", "6", "0", "0"], ["browm", "5", "0", "0"], ["hzrsg3bbw", "8", "3", "24"], ["9fh8", "2", "98", "196"], ["cawfxz", "6", "0", "0"], ["bbn8skq", "6", "8", "48"], ["ekqj5gz", "6", "5", "30"], ["ou6f", "3", "6", "18"], ["f2fc4", "3", "24", "72"], ["eo1wa", "4", "1", "4"], ["usujo", "5", "0", "0"], ["zcybu", "5", "0", "0"], ["mknp", "4", "0", "0"], ["x2oqu", "4", "2", "8"], ["eyb2obut4", "7", "24", "168"], ["xkwwfvk", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 24, "strings": ["lldf", "noou", "ipv0i", "uz1p", "sjig4mnz", "zhjiq", "x6ddt", "upwh", "gavtlk", "browm", "hzrsg3bbw", "9fh8", "cawfxz", "bbn8skq", "ekqj5gz", "ou6f", "f2fc4", "eo1wa", "usujo", "zcybu", "mknp", "x2oqu", "eyb2obut4", "xkwwfvk"]}, "task_name": "task03", "example_name": "0233", "problem_name": "task03_0233"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['nnfge4l6', 'jtjutmt', 'gffc0gs', 'errr', 'd9cio', 'damlnl', 'utbwqzgd', 'p9jdkjky', 'sver46zj', 'l3djtggk', 'hl5qj', 'mtg7', '6n8phvkl', 'nmhgzuvek', 'alv6qvpik', 'eh0hczwi', 'r7bgvuhm', '2qtfswm', 'thewmatv', 'y6i0ardj', 'ixybldzy', '7tje', 'nnsyxj', 'aajn5cpss']", "label": {"final": 1651, "init": "0", "intermediate": [["nnfge4l6", "6", "46", "276"], ["jtjutmt", "7", "0", "0"], ["gffc0gs", "6", "0", "0"], ["errr", "4", "0", "0"], ["d9cio", "4", "9", "36"], ["damlnl", "6", "0", "0"], ["utbwqzgd", "8", "0", "0"], ["p9jdkjky", "7", "9", "63"], ["sver46zj", "6", "46", "276"], ["l3djtggk", "7", "3", "21"], ["hl5qj", "4", "5", "20"], ["mtg7", "3", "7", "21"], ["6n8phvkl", "6", "68", "408"], ["nmhgzuvek", "9", "0", "0"], ["alv6qvpik", "8", "6", "48"], ["eh0hczwi", "7", "0", "0"], ["r7bgvuhm", "7", "7", "49"], ["2qtfswm", "6", "2", "12"], ["thewmatv", "8", "0", "0"], ["y6i0ardj", "6", "60", "360"], ["ixybldzy", "8", "0", "0"], ["7tje", "3", "7", "21"], ["nnsyxj", "6", "0", "0"], ["aajn5cpss", "8", "5", "40"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 24, "strings": ["nnfge4l6", "jtjutmt", "gffc0gs", "errr", "d9cio", "damlnl", "utbwqzgd", "p9jdkjky", "sver46zj", "l3djtggk", "hl5qj", "mtg7", "6n8phvkl", "nmhgzuvek", "alv6qvpik", "eh0hczwi", "r7bgvuhm", "2qtfswm", "thewmatv", "y6i0ardj", "ixybldzy", "7tje", "nnsyxj", "aajn5cpss"]}, "task_name": "task03", "example_name": "0234", "problem_name": "task03_0234"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['cfq8x', 'bjwcezw', 'rlgqikqp', '2uoyl3i', 'phiye', 'uvkqew8', 'mtyaaouz', '97eje', 'fdtap2w5', 'w7d9l', 'cjlpv', 'tyyre', 'fehby', 'bpk2uqc', 'isqj', 'wtvhwl', 'nyqnpv09', 'i7z6chh', 'ltyu42wol', 'dkect', 'tabyq', 'ofjr0ma', 'pxra', 'pdsqrzlmy']", "label": {"final": 1613, "init": "0", "intermediate": [["cfq8x", "4", "8", "32"], ["bjwcezw", "7", "0", "0"], ["rlgqikqp", "8", "0", "0"], ["2uoyl3i", "5", "23", "115"], ["phiye", "5", "0", "0"], ["uvkqew8", "6", "8", "48"], ["mtyaaouz", "8", "0", "0"], ["97eje", "3", "97", "291"], ["fdtap2w5", "6", "25", "150"], ["w7d9l", "3", "79", "237"], ["cjlpv", "5", "0", "0"], ["tyyre", "5", "0", "0"], ["fehby", "5", "0", "0"], ["bpk2uqc", "6", "2", "12"], ["isqj", "4", "0", "0"], ["wtvhwl", "6", "0", "0"], ["nyqnpv09", "6", "9", "54"], ["i7z6chh", "5", "76", "380"], ["ltyu42wol", "7", "42", "294"], ["dkect", "5", "0", "0"], ["tabyq", "5", "0", "0"], ["ofjr0ma", "6", "0", "0"], ["pxra", "4", "0", "0"], ["pdsqrzlmy", "9", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 24, "strings": ["cfq8x", "bjwcezw", "rlgqikqp", "2uoyl3i", "phiye", "uvkqew8", "mtyaaouz", "97eje", "fdtap2w5", "w7d9l", "cjlpv", "tyyre", "fehby", "bpk2uqc", "isqj", "wtvhwl", "nyqnpv09", "i7z6chh", "ltyu42wol", "dkect", "tabyq", "ofjr0ma", "pxra", "pdsqrzlmy"]}, "task_name": "task03", "example_name": "0235", "problem_name": "task03_0235"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ckj1osa', 'jgw9w2d', 'cplhrc2o', '3nrfz75g', 'tnfren', 'gvlrjom', 'litiyb', 'sfb3lnyl', 'avnq47tad', 'xc8ntp', '4bfrqkzq', 'bk7e', 'duswtw', 'hvfm', 'o47wkr', 'op6wbbdh', 'jmizstj', 'bntnhoz', 'torv', 'ebgei', 'ionctm', 'iu2898b', 'eguuhb', 'aeosen9']", "label": {"final": 11772, "init": "0", "intermediate": [["ckj1osa", "6", "1", "6"], ["jgw9w2d", "5", "92", "460"], ["cplhrc2o", "7", "2", "14"], ["3nrfz75g", "5", "375", "1875"], ["tnfren", "6", "0", "0"], ["gvlrjom", "7", "0", "0"], ["litiyb", "6", "0", "0"], ["sfb3lnyl", "7", "3", "21"], ["avnq47tad", "7", "47", "329"], ["xc8ntp", "5", "8", "40"], ["4bfrqkzq", "7", "4", "28"], ["bk7e", "3", "7", "21"], ["duswtw", "6", "0", "0"], ["hvfm", "4", "0", "0"], ["o47wkr", "4", "47", "188"], ["op6wbbdh", "7", "6", "42"], ["jmizstj", "7", "0", "0"], ["bntnhoz", "7", "0", "0"], ["torv", "4", "0", "0"], ["ebgei", "5", "0", "0"], ["ionctm", "6", "0", "0"], ["iu2898b", "3", "2898", "8694"], ["eguuhb", "6", "0", "0"], ["aeosen9", "6", "9", "54"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 24, "strings": ["ckj1osa", "jgw9w2d", "cplhrc2o", "3nrfz75g", "tnfren", "gvlrjom", "litiyb", "sfb3lnyl", "avnq47tad", "xc8ntp", "4bfrqkzq", "bk7e", "duswtw", "hvfm", "o47wkr", "op6wbbdh", "jmizstj", "bntnhoz", "torv", "ebgei", "ionctm", "iu2898b", "eguuhb", "aeosen9"]}, "task_name": "task03", "example_name": "0236", "problem_name": "task03_0236"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ugvkifiux', 'rkabt', 'mbrb22se', 'ogvkxjsb', 'j0dbdp', 'joktz', '8kpqs', 'cogil', 'yvimvl4lw', 'puwzxq', 'nusypnj', 'ucxqof', 'ddyfixodx', 'v4rd', 'dqiz4itqj', 'bspkd6', 'uuftrta', 'ylbk', 'falqkxuz', 'ojtjvnew', 'vwpz', 'x1txgka', 'a79dlyyxu', 'lqbraws']", "label": {"final": 829, "init": "0", "intermediate": [["ugvkifiux", "9", "0", "0"], ["rkabt", "5", "0", "0"], ["mbrb22se", "6", "22", "132"], ["ogvkxjsb", "8", "0", "0"], ["j0dbdp", "5", "0", "0"], ["joktz", "5", "0", "0"], ["8kpqs", "4", "8", "32"], ["cogil", "5", "0", "0"], ["yvimvl4lw", "8", "4", "32"], ["puwzxq", "6", "0", "0"], ["nusypnj", "7", "0", "0"], ["ucxqof", "6", "0", "0"], ["ddyfixodx", "9", "0", "0"], ["v4rd", "3", "4", "12"], ["dqiz4itqj", "8", "4", "32"], ["bspkd6", "5", "6", "30"], ["uuftrta", "7", "0", "0"], ["ylbk", "4", "0", "0"], ["falqkxuz", "8", "0", "0"], ["ojtjvnew", "8", "0", "0"], ["vwpz", "4", "0", "0"], ["x1txgka", "6", "1", "6"], ["a79dlyyxu", "7", "79", "553"], ["lqbraws", "7", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 24, "strings": ["ugvkifiux", "rkabt", "mbrb22se", "ogvkxjsb", "j0dbdp", "joktz", "8kpqs", "cogil", "yvimvl4lw", "puwzxq", "nusypnj", "ucxqof", "ddyfixodx", "v4rd", "dqiz4itqj", "bspkd6", "uuftrta", "ylbk", "falqkxuz", "ojtjvnew", "vwpz", "x1txgka", "a79dlyyxu", "lqbraws"]}, "task_name": "task03", "example_name": "0237", "problem_name": "task03_0237"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['fvrg', 'mlbkqn', 'gxk1xv6l', 'o0f17lod', '8x34w', '1pbodjra', '40l14o2', 'ks6gcx6', '8omri', 'lpg0r', '0pyl3', 'epeyguec', 'lnewo', 'cbeahc', 'e2sonfll', 'cisx', 'btsbjdm5u', 'u2nym', 'xjm1wij', 't9d4ymjq', 'kmqhz', 'feqtzki', 'tbrs', 'zwwuc']", "label": {"final": 83143, "init": "0", "intermediate": [["fvrg", "4", "0", "0"], ["mlbkqn", "6", "0", "0"], ["gxk1xv6l", "6", "16", "96"], ["o0f17lod", "5", "17", "85"], ["8x34w", "2", "834", "1668"], ["1pbodjra", "7", "1", "7"], ["40l14o2", "2", "40142", "80284"], ["ks6gcx6", "5", "66", "330"], ["8omri", "4", "8", "32"], ["lpg0r", "4", "0", "0"], ["0pyl3", "3", "3", "9"], ["epeyguec", "8", "0", "0"], ["lnewo", "5", "0", "0"], ["cbeahc", "6", "0", "0"], ["e2sonfll", "7", "2", "14"], ["cisx", "4", "0", "0"], ["btsbjdm5u", "8", "5", "40"], ["u2nym", "4", "2", "8"], ["xjm1wij", "6", "1", "6"], ["t9d4ymjq", "6", "94", "564"], ["kmqhz", "5", "0", "0"], ["feqtzki", "7", "0", "0"], ["tbrs", "4", "0", "0"], ["zwwuc", "5", "0", "0"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 24, "strings": ["fvrg", "mlbkqn", "gxk1xv6l", "o0f17lod", "8x34w", "1pbodjra", "40l14o2", "ks6gcx6", "8omri", "lpg0r", "0pyl3", "epeyguec", "lnewo", "cbeahc", "e2sonfll", "cisx", "btsbjdm5u", "u2nym", "xjm1wij", "t9d4ymjq", "kmqhz", "feqtzki", "tbrs", "zwwuc"]}, "task_name": "task03", "example_name": "0238", "problem_name": "task03_0238"}
+{"prompt": "Make calculations in a specific manner as follows:\n\nFor each string, count the number of alphabets and encode it as N1, then concatenate all numeric characters in the order of apperance to form a single number N2. If no numeric character is included, let the number be zero.\nThen, calculate the product of N1 and N2, which is N3.\nRepeat the calculation for all substrings, starting from the first string.\n\nProvide the sum of all N3 values along with the intermediate results in a 2D array, where each row includes the list [string, N1, N2, N3] for each substring.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nStrings:\n['ytwp', 'luyq6xetb', 'mlltz', 'dpptk', 'ezqa3li', 'pfdttoyk', 'ohacwhqgf', 'xiohfxzr3', 'gpu5w', 'glgwiuq', 'rdipw', 'ihtoaunlq', 'dxr3hd', 'xhexw', 'h9otj7q8c', 'reiv', 'njs3', 'nwtye', 'gqgw', 'uxrrn', 's72lv', 'znal', 'dteupbt8', 'ilc3']", "label": {"final": 6283, "init": "0", "intermediate": [["ytwp", "4", "0", "0"], ["luyq6xetb", "8", "6", "48"], ["mlltz", "5", "0", "0"], ["dpptk", "5", "0", "0"], ["ezqa3li", "6", "3", "18"], ["pfdttoyk", "8", "0", "0"], ["ohacwhqgf", "9", "0", "0"], ["xiohfxzr3", "8", "3", "24"], ["gpu5w", "4", "5", "20"], ["glgwiuq", "7", "0", "0"], ["rdipw", "5", "0", "0"], ["ihtoaunlq", "9", "0", "0"], ["dxr3hd", "5", "3", "15"], ["xhexw", "5", "0", "0"], ["h9otj7q8c", "6", "978", "5868"], ["reiv", "4", "0", "0"], ["njs3", "3", "3", "9"], ["nwtye", "5", "0", "0"], ["gqgw", "4", "0", "0"], ["uxrrn", "5", "0", "0"], ["s72lv", "3", "72", "216"], ["znal", "4", "0", "0"], ["dteupbt8", "7", "8", "56"], ["ilc3", "3", "3", "9"]]}, "config": {"max_length": 10, "min_length": 4, "num_strings": 24, "strings": ["ytwp", "luyq6xetb", "mlltz", "dpptk", "ezqa3li", "pfdttoyk", "ohacwhqgf", "xiohfxzr3", "gpu5w", "glgwiuq", "rdipw", "ihtoaunlq", "dxr3hd", "xhexw", "h9otj7q8c", "reiv", "njs3", "nwtye", "gqgw", "uxrrn", "s72lv", "znal", "dteupbt8", "ilc3"]}, "task_name": "task03", "example_name": "0239", "problem_name": "task03_0239"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [hvrpmrmr, qzjimrf, vbrikvabx, zlmrlrzow, rdxon, mrkpmj, eugrdmry, gjnvrdmr, wmrmraarb, uco]\nSubstrings: [mr, rd]\n", "label": {"final": [2, 1, 0, 1, 1, 1, 2, 2, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[2, 1, 0, 1, 0, 1, 1, 1, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 2, "strings": ["hvrpmrmr", "qzjimrf", "vbrikvabx", "zlmrlrzow", "rdxon", "mrkpmj", "eugrdmry", "gjnvrdmr", "wmrmraarb", "uco"], "substrings": ["mr", "rd"]}, "task_name": "task04", "example_name": "0000", "problem_name": "task04_0000"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [snjlmilsw, ylmch, etfpyxu, bqchchzzna, hdulmlm, rlchch, ehwhyn, lutnaaaog, chchzoqxz, pxchupj]\nSubstrings: [ch, lm]\n", "label": {"final": [1, 2, 0, 2, 2, 2, 0, 0, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 2, 0, 2, 0, 0, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 2, "strings": ["snjlmilsw", "ylmch", "etfpyxu", "bqchchzzna", "hdulmlm", "rlchch", "ehwhyn", "lutnaaaog", "chchzoqxz", "pxchupj"], "substrings": ["ch", "lm"]}, "task_name": "task04", "example_name": "0001", "problem_name": "task04_0001"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [eaab, ujcjiyrer, nserqkkgkir, ersi, try, efqmbplwc, ajhflf, nsempv, ubuqk, ntkrrz]\nSubstrings: [qk, er]\n", "label": {"final": [0, 1, 2, 1, 0, 0, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 0, 0, 0, 0, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 2, "strings": ["eaab", "ujcjiyrer", "nserqkkgkir", "ersi", "try", "efqmbplwc", "ajhflf", "nsempv", "ubuqk", "ntkrrz"], "substrings": ["qk", "er"]}, "task_name": "task04", "example_name": "0002", "problem_name": "task04_0002"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [uxqemudm, uhypkw, qvoioipukq, moitayve, gxwqttaoi, oithdwvfw, vtaoiffv, zuoaxjmf, unqtatam, avaetjtatacv]\nSubstrings: [oi, ta]\n", "label": {"final": [0, 0, 2, 2, 2, 1, 2, 0, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 2, 1, 1, 1, 1, 0, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 2, "strings": ["uxqemudm", "uhypkw", "qvoioipukq", "moitayve", "gxwqttaoi", "oithdwvfw", "vtaoiffv", "zuoaxjmf", "unqtatam", "avaetjtatacv"], "substrings": ["oi", "ta"]}, "task_name": "task04", "example_name": "0003", "problem_name": "task04_0003"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xjgkuv, ozroysqv, puqlijb, igjbc, jbztyjhypr, fdlikiptwv, nozjbjfkp, jbrlhiz, qeoppjbji, jbjbyp]\nSubstrings: [oz, jb]\n", "label": {"final": [0, 1, 1, 1, 1, 0, 2, 1, 1, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 0, 0, 1, 0, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 2, "strings": ["xjgkuv", "ozroysqv", "puqlijb", "igjbc", "jbztyjhypr", "fdlikiptwv", "nozjbjfkp", "jbrlhiz", "qeoppjbji", "jbjbyp"], "substrings": ["oz", "jb"]}, "task_name": "task04", "example_name": "0004", "problem_name": "task04_0004"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [yhirekekk, invnwemciu, hvgfqqpmy, meklkh, gnsnrq, ikdbrh, xdfivk, kvdlngfuek, pyekekdfw, ynjextou]\nSubstrings: [ek, fi]\n", "label": {"final": [2, 0, 0, 1, 0, 0, 1, 1, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[2, 0, 0, 1, 0, 0, 0, 1, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 2, "strings": ["yhirekekk", "invnwemciu", "hvgfqqpmy", "meklkh", "gnsnrq", "ikdbrh", "xdfivk", "kvdlngfuek", "pyekekdfw", "ynjextou"], "substrings": ["ek", "fi"]}, "task_name": "task04", "example_name": "0005", "problem_name": "task04_0005"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [nzowbhzjv, noaolmvxoowj, aunq, fkutnur, qjhc, vcvbdun, evwzfkrho, tvthtlea, mkaoaoi, zlmlmx]\nSubstrings: [ao, lm]\n", "label": {"final": [0, 2, 0, 0, 0, 0, 0, 0, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 0, 0, 0, 0, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 2, "strings": ["nzowbhzjv", "noaolmvxoowj", "aunq", "fkutnur", "qjhc", "vcvbdun", "evwzfkrho", "tvthtlea", "mkaoaoi", "zlmlmx"], "substrings": ["ao", "lm"]}, "task_name": "task04", "example_name": "0006", "problem_name": "task04_0006"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [gdvou, wcyptzz, lxibywrdvdv, xwqvr, ydvnrmus, vrpeml, qqof, qizrn, rxe, doeipegdvs]\nSubstrings: [qo, dv]\n", "label": {"final": [1, 0, 2, 0, 1, 0, 1, 0, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 1, 0, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 2, "strings": ["gdvou", "wcyptzz", "lxibywrdvdv", "xwqvr", "ydvnrmus", "vrpeml", "qqof", "qizrn", "rxe", "doeipegdvs"], "substrings": ["qo", "dv"]}, "task_name": "task04", "example_name": "0007", "problem_name": "task04_0007"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [lzofy, zxnpnxw, ehytdtdwr, plnzqt, xatdtdtd, xwcqsv, nub, iyxwtddc, hjxplxwtd, vutdxwjhjc]\nSubstrings: [td, xw]\n", "label": {"final": [0, 1, 2, 0, 3, 1, 0, 2, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 2, 0, 3, 0, 0, 1, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 2, "strings": ["lzofy", "zxnpnxw", "ehytdtdwr", "plnzqt", "xatdtdtd", "xwcqsv", "nub", "iyxwtddc", "hjxplxwtd", "vutdxwjhjc"], "substrings": ["td", "xw"]}, "task_name": "task04", "example_name": "0008", "problem_name": "task04_0008"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xghsa, lhshsmnwuxtk, xelhs, hshsbw, tzhsxgxukc, amxgji, aigfk, xgsz, tfcz, jwjeldhs]\nSubstrings: [hs, xg]\n", "label": {"final": [2, 2, 1, 2, 2, 1, 0, 1, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 2, 1, 2, 1, 0, 0, 0, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 2, "strings": ["xghsa", "lhshsmnwuxtk", "xelhs", "hshsbw", "tzhsxgxukc", "amxgji", "aigfk", "xgsz", "tfcz", "jwjeldhs"], "substrings": ["hs", "xg"]}, "task_name": "task04", "example_name": "0009", "problem_name": "task04_0009"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jmle, xactdebng, dedeekk, ctctm, bdex, pdeq, gjmjm, pjmjmyuisgmn, fvvamvq, srdeexxxoi]\nSubstrings: [ct, jm, de]\n", "label": {"final": [1, 2, 2, 2, 1, 1, 2, 2, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 2, 0, 0, 0, 0, 0, 0], [1, 1, 0, 2, 0, 0, 2, 2, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 3, "strings": ["jmle", "xactdebng", "dedeekk", "ctctm", "bdex", "pdeq", "gjmjm", "pjmjmyuisgmn", "fvvamvq", "srdeexxxoi"], "substrings": ["ct", "jm", "de"]}, "task_name": "task04", "example_name": "0010", "problem_name": "task04_0010"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [gsocy, yaylbqdrn, ayodfxbxdj, vybayjf, crqho, icesay, uwtqocayolt, jnpoplrdv, iagnyzcy, daya]\nSubstrings: [yz, ay, cy]\n", "label": {"final": [1, 1, 1, 1, 0, 1, 1, 0, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 1, 1, 1, 0, 1, 1, 0, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 3, "strings": ["gsocy", "yaylbqdrn", "ayodfxbxdj", "vybayjf", "crqho", "icesay", "uwtqocayolt", "jnpoplrdv", "iagnyzcy", "daya"], "substrings": ["yz", "ay", "cy"]}, "task_name": "task04", "example_name": "0011", "problem_name": "task04_0011"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ldada, biqahu, zmdm, payvjtx, dauktr, ywnqhuvqwzbt, dadatpd, svclo, kxseqhwnrwpx, xlmwnhwwnn]\nSubstrings: [wn, qh, da]\n", "label": {"final": [2, 0, 0, 0, 1, 2, 2, 0, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 1, 2], [0, 0, 0, 0, 0, 2, 0, 0, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 3, "strings": ["ldada", "biqahu", "zmdm", "payvjtx", "dauktr", "ywnqhuvqwzbt", "dadatpd", "svclo", "kxseqhwnrwpx", "xlmwnhwwnn"], "substrings": ["wn", "qh", "da"]}, "task_name": "task04", "example_name": "0012", "problem_name": "task04_0012"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [lujtpaofqv, dfqao, kmjjstn, ptnpnm, haaonsko, rtnfqtunl, shkctnfowlz, frmxjtnsnp, wloxdmaofql, gfohywfqs]\nSubstrings: [fq, ao, tn]\n", "label": {"final": [2, 2, 1, 1, 1, 2, 1, 1, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 1, 0, 0, 0, 1, 0, 0, 1, 1], [2, 2, 0, 0, 1, 1, 0, 0, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 3, "strings": ["lujtpaofqv", "dfqao", "kmjjstn", "ptnpnm", "haaonsko", "rtnfqtunl", "shkctnfowlz", "frmxjtnsnp", "wloxdmaofql", "gfohywfqs"], "substrings": ["fq", "ao", "tn"]}, "task_name": "task04", "example_name": "0013", "problem_name": "task04_0013"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [tskqxscg, rxrp, ubm, nynyr, sgnyvjeasxb, yukmpzlw, znrpvqvkyz, xjixvp, rpjfghch, usgpdzakspq]\nSubstrings: [sg, rp, ny]\n", "label": {"final": [0, 1, 0, 2, 2, 0, 1, 0, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 0, 0, 1], [0, 1, 0, 0, 1, 0, 1, 0, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 3, "strings": ["tskqxscg", "rxrp", "ubm", "nynyr", "sgnyvjeasxb", "yukmpzlw", "znrpvqvkyz", "xjixvp", "rpjfghch", "usgpdzakspq"], "substrings": ["sg", "rp", "ny"]}, "task_name": "task04", "example_name": "0014", "problem_name": "task04_0014"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [vfsnj, yibutxrarn, orsnvfjvtx, sokkqqccqnvf, mwcivublzz, qfowtmeziu, tea, sgjqnrc, ugjsnvfkwbvc, tnrsnrdfx]\nSubstrings: [vf, sn, qn]\n", "label": {"final": [2, 0, 2, 2, 0, 0, 0, 1, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 1, 1, 0, 0, 0, 0, 1, 0], [2, 0, 2, 1, 0, 0, 0, 0, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 3, "strings": ["vfsnj", "yibutxrarn", "orsnvfjvtx", "sokkqqccqnvf", "mwcivublzz", "qfowtmeziu", "tea", "sgjqnrc", "ugjsnvfkwbvc", "tnrsnrdfx"], "substrings": ["vf", "sn", "qn"]}, "task_name": "task04", "example_name": "0015", "problem_name": "task04_0015"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [zmocroj, uknwnv, cyyfn, aojkndpm, knojk, lqkncrse, ojojzozhmcrc, ticrvjqvyqf, ylc, uyyp]\nSubstrings: [oj, kn, cr]\n", "label": {"final": [2, 1, 0, 2, 2, 2, 3, 1, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 1, 1, 0, 2, 0, 0, 0], [1, 1, 0, 2, 2, 1, 2, 0, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 3, "strings": ["zmocroj", "uknwnv", "cyyfn", "aojkndpm", "knojk", "lqkncrse", "ojojzozhmcrc", "ticrvjqvyqf", "ylc", "uyyp"], "substrings": ["oj", "kn", "cr"]}, "task_name": "task04", "example_name": "0016", "problem_name": "task04_0016"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [byfuaakue, qwmtraezo, umkdwnhee, vznlnlwm, bmwunlaa, yfnlaaktubug, rcfojc, iabaaaanju, taaaadqafv, wmhjvbqsno]\nSubstrings: [nl, wm, aa]\n", "label": {"final": [1, 1, 0, 3, 2, 2, 0, 2, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 2, 1, 1, 0, 0, 0, 0], [0, 1, 0, 3, 1, 1, 0, 0, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 3, "strings": ["byfuaakue", "qwmtraezo", "umkdwnhee", "vznlnlwm", "bmwunlaa", "yfnlaaktubug", "rcfojc", "iabaaaanju", "taaaadqafv", "wmhjvbqsno"], "substrings": ["nl", "wm", "aa"]}, "task_name": "task04", "example_name": "0017", "problem_name": "task04_0017"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xgmhstitch, lstitac, ntmkavx, gkxnwyv, poqzwcyxitt, gust, pwbsk, flhpgjs, ebbvussd, aaqakj]\nSubstrings: [it, st, bs]\n", "label": {"final": [2, 2, 0, 0, 1, 1, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 1, 0, 0, 1, 0, 0, 0, 0, 0], [2, 2, 0, 0, 1, 1, 0, 0, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 3, "strings": ["xgmhstitch", "lstitac", "ntmkavx", "gkxnwyv", "poqzwcyxitt", "gust", "pwbsk", "flhpgjs", "ebbvussd", "aaqakj"], "substrings": ["it", "st", "bs"]}, "task_name": "task04", "example_name": "0018", "problem_name": "task04_0018"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cibdhge, fihci, whvd, bbdbdfnvvx, hfgh, bdbdlis, micit, kofgko, nezjnmos, xcyihbdaiirc]\nSubstrings: [bd, ih, ci]\n", "label": {"final": [2, 2, 0, 2, 0, 2, 1, 0, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 2, 0, 2, 0, 0, 0, 1], [1, 1, 0, 2, 0, 2, 0, 0, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 3, "strings": ["cibdhge", "fihci", "whvd", "bbdbdfnvvx", "hfgh", "bdbdlis", "micit", "kofgko", "nezjnmos", "xcyihbdaiirc"], "substrings": ["bd", "ih", "ci"]}, "task_name": "task04", "example_name": "0019", "problem_name": "task04_0019"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [lddkspo, wfkxajflumpg, wjtsxjwepy, spginqtc, inumcj, gvxhptffb, yjssbgv, lqin, uoxpuma, ibvumpgol]\nSubstrings: [pg, um, in, gv]\n", "label": {"final": [0, 2, 0, 2, 2, 1, 1, 1, 1, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 1, 0, 0, 0, 0, 0, 1], [0, 2, 0, 1, 1, 0, 0, 0, 1, 2], [0, 2, 0, 2, 2, 0, 0, 1, 1, 2]]}, "config": {"num_strings": 10, "num_substrings": 4, "strings": ["lddkspo", "wfkxajflumpg", "wjtsxjwepy", "spginqtc", "inumcj", "gvxhptffb", "yjssbgv", "lqin", "uoxpuma", "ibvumpgol"], "substrings": ["pg", "um", "in", "gv"]}, "task_name": "task04", "example_name": "0020", "problem_name": "task04_0020"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [evcdogkjtu, qwucbimpat, duwfme, bffgpg, ifdkam, menpe, cgiwg, gbdqpcpgnki, ymc, nujuwpca]\nSubstrings: [ka, pg, pc, uw]\n", "label": {"final": [0, 0, 1, 1, 1, 0, 0, 2, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 0, 0, 1, 0, 0], [0, 0, 0, 1, 1, 0, 0, 2, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 4, "strings": ["evcdogkjtu", "qwucbimpat", "duwfme", "bffgpg", "ifdkam", "menpe", "cgiwg", "gbdqpcpgnki", "ymc", "nujuwpca"], "substrings": ["ka", "pg", "pc", "uw"]}, "task_name": "task04", "example_name": "0021", "problem_name": "task04_0021"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [tbhzuo, bxsyw, bfhdgxtwmmk, tgivajlqfe, szuffgn, vpvpdhlomxq, agvpxxma, zwivpqz, pjasnar, tkyfbbmvpgr]\nSubstrings: [dg, xt, uf, vp]\n", "label": {"final": [0, 0, 2, 0, 1, 2, 1, 1, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 2, 0, 0, 0, 0, 0, 0, 0], [0, 0, 2, 0, 1, 0, 0, 0, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 4, "strings": ["tbhzuo", "bxsyw", "bfhdgxtwmmk", "tgivajlqfe", "szuffgn", "vpvpdhlomxq", "agvpxxma", "zwivpqz", "pjasnar", "tkyfbbmvpgr"], "substrings": ["dg", "xt", "uf", "vp"]}, "task_name": "task04", "example_name": "0022", "problem_name": "task04_0022"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xrdr, jhecrrdosar, acrrdfiayvhv, njcrpqh, hsqyaie, zfgrsqe, rdfu, bppkxcrezn, njrdcd, crgex]\nSubstrings: [cr, rd, mg, nj]\n", "label": {"final": [1, 2, 2, 2, 0, 0, 1, 1, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 1, 1, 0, 0, 0, 1, 0, 1], [1, 2, 2, 1, 0, 0, 1, 1, 1, 1], [1, 2, 2, 1, 0, 0, 1, 1, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 4, "strings": ["xrdr", "jhecrrdosar", "acrrdfiayvhv", "njcrpqh", "hsqyaie", "zfgrsqe", "rdfu", "bppkxcrezn", "njrdcd", "crgex"], "substrings": ["cr", "rd", "mg", "nj"]}, "task_name": "task04", "example_name": "0023", "problem_name": "task04_0023"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [pds, gquenf, wiubdkk, yxu, iihpua, kcj, gcahzupfk, nwnwhpibv, tceohp, eogbjfodgh]\nSubstrings: [hp, kg, eo, nf]\n", "label": {"final": [0, 1, 0, 0, 1, 0, 0, 1, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 1, 1, 0], [0, 0, 0, 0, 1, 0, 0, 1, 1, 0], [0, 0, 0, 0, 1, 0, 0, 1, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 4, "strings": ["pds", "gquenf", "wiubdkk", "yxu", "iihpua", "kcj", "gcahzupfk", "nwnwhpibv", "tceohp", "eogbjfodgh"], "substrings": ["hp", "kg", "eo", "nf"]}, "task_name": "task04", "example_name": "0024", "problem_name": "task04_0024"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [fkwsdvyjwxn, qdk, ohqipsbtsp, sdjutipndbj, xpoxh, qsdx, nenbrmwgdlx, vyse, psgnf, rufssdvygac]\nSubstrings: [lx, sd, vy, bt]\n", "label": {"final": [2, 0, 1, 1, 0, 1, 1, 1, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [1, 0, 0, 1, 0, 1, 1, 0, 0, 1], [2, 0, 0, 1, 0, 1, 1, 1, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 4, "strings": ["fkwsdvyjwxn", "qdk", "ohqipsbtsp", "sdjutipndbj", "xpoxh", "qsdx", "nenbrmwgdlx", "vyse", "psgnf", "rufssdvygac"], "substrings": ["lx", "sd", "vy", "bt"]}, "task_name": "task04", "example_name": "0025", "problem_name": "task04_0025"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [kckbfhfriwp, npebo, msw, hhfeuehyr, nir, cnbhfmv, hfcytiridb, ztbscuohcrit, usriri, dry]\nSubstrings: [ri, hc, di, hf]\n", "label": {"final": [2, 0, 0, 1, 0, 1, 2, 2, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 1, 1, 2, 0], [1, 0, 0, 0, 0, 0, 1, 2, 2, 0], [1, 0, 0, 0, 0, 0, 1, 2, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 4, "strings": ["kckbfhfriwp", "npebo", "msw", "hhfeuehyr", "nir", "cnbhfmv", "hfcytiridb", "ztbscuohcrit", "usriri", "dry"], "substrings": ["ri", "hc", "di", "hf"]}, "task_name": "task04", "example_name": "0026", "problem_name": "task04_0026"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cqdffqc, xplplqaadip, eyfutyy, rvxi, jjijip, wrvs, wscyc, hzfcgmo, tumtyzz, xqoflukkoe]\nSubstrings: [ff, fl, ji, pl]\n", "label": {"final": [1, 2, 0, 0, 2, 0, 0, 0, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 1], [1, 0, 0, 0, 2, 0, 0, 0, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 4, "strings": ["cqdffqc", "xplplqaadip", "eyfutyy", "rvxi", "jjijip", "wrvs", "wscyc", "hzfcgmo", "tumtyzz", "xqoflukkoe"], "substrings": ["ff", "fl", "ji", "pl"]}, "task_name": "task04", "example_name": "0027", "problem_name": "task04_0027"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [oyth, dbylbuaief, iijex, ivalvzi, gqhbivc, ihdvuzhusb, hrqfy, dosbtkgje, livdd, hrjd]\nSubstrings: [hr, je, ai, iv]\n", "label": {"final": [0, 1, 1, 1, 1, 0, 1, 1, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 1, 0, 0, 1], [0, 0, 1, 0, 0, 0, 1, 1, 0, 1], [0, 1, 1, 0, 0, 0, 1, 1, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 4, "strings": ["oyth", "dbylbuaief", "iijex", "ivalvzi", "gqhbivc", "ihdvuzhusb", "hrqfy", "dosbtkgje", "livdd", "hrjd"], "substrings": ["hr", "je", "ai", "iv"]}, "task_name": "task04", "example_name": "0028", "problem_name": "task04_0028"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [kfty, xgkhbiltol, znwlbnk, mhbekp, xkrrzsmfhn, gynvy, eklcfcg, iltxycwi, dxgekilmql, bbjnojm]\nSubstrings: [ek, hb, mf, il]\n", "label": {"final": [0, 2, 0, 2, 1, 0, 1, 1, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 1, 0, 1, 0], [0, 1, 0, 2, 0, 0, 1, 0, 1, 0], [0, 1, 0, 2, 1, 0, 1, 0, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 4, "strings": ["kfty", "xgkhbiltol", "znwlbnk", "mhbekp", "xkrrzsmfhn", "gynvy", "eklcfcg", "iltxycwi", "dxgekilmql", "bbjnojm"], "substrings": ["ek", "hb", "mf", "il"]}, "task_name": "task04", "example_name": "0029", "problem_name": "task04_0029"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [dqelrwvf, gzsudvh, rroivvh, nyhiw, xkyfau, bdqa, wue, jqrccqb, xgqbywmnzc, qkuqqbv]\nSubstrings: [qc, qb, dq, au, vh]\n", "label": {"final": [1, 1, 1, 0, 1, 1, 0, 1, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 1, 1], [1, 0, 0, 0, 0, 1, 0, 1, 1, 1], [1, 0, 0, 0, 1, 1, 0, 1, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 5, "strings": ["dqelrwvf", "gzsudvh", "rroivvh", "nyhiw", "xkyfau", "bdqa", "wue", "jqrccqb", "xgqbywmnzc", "qkuqqbv"], "substrings": ["qc", "qb", "dq", "au", "vh"]}, "task_name": "task04", "example_name": "0030", "problem_name": "task04_0030"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [vwmnmp, cqkkerh, acao, quurwm, twmvfanm, rjemt, lwmdskqomq, tmaopzi, ypxtururmsmo, jbzykwmao]\nSubstrings: [ur, ao, tm, nm, wm]\n", "label": {"final": [2, 0, 1, 2, 2, 0, 1, 2, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 0, 0, 2, 0], [0, 0, 1, 1, 0, 0, 0, 1, 2, 1], [0, 0, 1, 1, 0, 0, 0, 2, 2, 1], [1, 0, 1, 1, 1, 0, 0, 2, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 5, "strings": ["vwmnmp", "cqkkerh", "acao", "quurwm", "twmvfanm", "rjemt", "lwmdskqomq", "tmaopzi", "ypxtururmsmo", "jbzykwmao"], "substrings": ["ur", "ao", "tm", "nm", "wm"]}, "task_name": "task04", "example_name": "0031", "problem_name": "task04_0031"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cmqgtrzq, jmwq, pqakgukgz, ezepaitog, aiqhogr, lzagbujhft, ttqgqgfil, ktrog, rdgegu, kimo]\nSubstrings: [ut, tr, og, ki, qg]\n", "label": {"final": [2, 0, 0, 1, 1, 0, 2, 2, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 1, 0, 0], [1, 0, 0, 1, 1, 0, 0, 2, 0, 0], [1, 0, 0, 1, 1, 0, 0, 2, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 5, "strings": ["cmqgtrzq", "jmwq", "pqakgukgz", "ezepaitog", "aiqhogr", "lzagbujhft", "ttqgqgfil", "ktrog", "rdgegu", "kimo"], "substrings": ["ut", "tr", "og", "ki", "qg"]}, "task_name": "task04", "example_name": "0032", "problem_name": "task04_0032"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [eycct, zvzrztes, xcqxw, obalmjqbyr, bufzg, jccxchqgxnac, wvnsfuux, gaxxda, dazgl, htpxcbqb]\nSubstrings: [ba, cc, na, zg, xc]\n", "label": {"final": [1, 0, 1, 1, 1, 3, 0, 0, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 1, 0, 0, 0, 0], [1, 0, 0, 1, 0, 2, 0, 0, 0, 0], [1, 0, 0, 1, 1, 2, 0, 0, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 5, "strings": ["eycct", "zvzrztes", "xcqxw", "obalmjqbyr", "bufzg", "jccxchqgxnac", "wvnsfuux", "gaxxda", "dazgl", "htpxcbqb"], "substrings": ["ba", "cc", "na", "zg", "xc"]}, "task_name": "task04", "example_name": "0033", "problem_name": "task04_0033"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [bcwugpuq, cjfhxapaih, qkej, tzpbvclijftk, klagzabq, lguqviq, wuwlkmezfv, dnvau, dcfvatkmfj, wcjfuqha]\nSubstrings: [yy, jf, tk, va, uq]\n", "label": {"final": [1, 1, 0, 2, 0, 1, 0, 1, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 1, 0, 0, 0, 0, 0, 1], [0, 1, 0, 2, 0, 0, 0, 0, 1, 1], [0, 1, 0, 2, 0, 0, 0, 1, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 5, "strings": ["bcwugpuq", "cjfhxapaih", "qkej", "tzpbvclijftk", "klagzabq", "lguqviq", "wuwlkmezfv", "dnvau", "dcfvatkmfj", "wcjfuqha"], "substrings": ["yy", "jf", "tk", "va", "uq"]}, "task_name": "task04", "example_name": "0034", "problem_name": "task04_0034"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [yjcmea, ydgdcmu, aefrf, eesefvgqknb, yjyjav, ewicsesgpx, scmes, cmgdd, smyrfozkfg, bpdhgdgdxog]\nSubstrings: [gd, es, cm, yj, ef]\n", "label": {"final": [2, 2, 1, 2, 2, 1, 2, 2, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 0, 0, 0, 1, 0, 2], [0, 1, 0, 1, 0, 1, 1, 1, 0, 2], [1, 2, 0, 1, 0, 1, 2, 2, 0, 2], [2, 2, 0, 1, 2, 1, 2, 2, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 5, "strings": ["yjcmea", "ydgdcmu", "aefrf", "eesefvgqknb", "yjyjav", "ewicsesgpx", "scmes", "cmgdd", "smyrfozkfg", "bpdhgdgdxog"], "substrings": ["gd", "es", "cm", "yj", "ef"]}, "task_name": "task04", "example_name": "0035", "problem_name": "task04_0035"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [kvonl, qghpuydvo, goehpmsu, dordwtgis, ttjlmmoz, zgkve, dzbtsmihz, xpfk, mdzdzqaweokq, eghkv]\nSubstrings: [uy, hp, kv, dz, xh]\n", "label": {"final": [1, 2, 1, 0, 0, 1, 1, 0, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 2, 1, 0, 0, 0, 0, 0, 0, 0], [1, 2, 1, 0, 0, 1, 0, 0, 0, 1], [1, 2, 1, 0, 0, 1, 1, 0, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 5, "strings": ["kvonl", "qghpuydvo", "goehpmsu", "dordwtgis", "ttjlmmoz", "zgkve", "dzbtsmihz", "xpfk", "mdzdzqaweokq", "eghkv"], "substrings": ["uy", "hp", "kv", "dz", "xh"]}, "task_name": "task04", "example_name": "0036", "problem_name": "task04_0036"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [lengwu, awprpc, leomrbyxik, tiwi, gfdidif, zyz, fsmrmpc, wmany, xxgfeeqgl, xgqsv]\nSubstrings: [mr, by, be, xg, uz]\n", "label": {"final": [0, 0, 2, 0, 0, 0, 1, 0, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 0, 0, 1, 0, 0, 0], [0, 0, 2, 0, 0, 0, 1, 0, 0, 0], [0, 0, 2, 0, 0, 0, 1, 0, 0, 0], [0, 0, 2, 0, 0, 0, 1, 0, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 5, "strings": ["lengwu", "awprpc", "leomrbyxik", "tiwi", "gfdidif", "zyz", "fsmrmpc", "wmany", "xxgfeeqgl", "xgqsv"], "substrings": ["mr", "by", "be", "xg", "uz"]}, "task_name": "task04", "example_name": "0037", "problem_name": "task04_0037"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [coaexuhc, ujrxggmt, rxzjoovjew, uzjx, kbetziaiq, ytkxxurxps, qzjmvtmc, mqrxuags, xvxuuzgtna, gcxurxbrgjro]\nSubstrings: [rx, xu, zi, zj, dy]\n", "label": {"final": [1, 1, 2, 1, 1, 2, 1, 2, 1, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 1, 0, 0, 1, 0, 1, 0, 1], [1, 1, 1, 0, 0, 2, 0, 2, 1, 2], [1, 1, 1, 0, 1, 2, 0, 2, 1, 2], [1, 1, 2, 1, 1, 2, 1, 2, 1, 2]]}, "config": {"num_strings": 10, "num_substrings": 5, "strings": ["coaexuhc", "ujrxggmt", "rxzjoovjew", "uzjx", "kbetziaiq", "ytkxxurxps", "qzjmvtmc", "mqrxuags", "xvxuuzgtna", "gcxurxbrgjro"], "substrings": ["rx", "xu", "zi", "zj", "dy"]}, "task_name": "task04", "example_name": "0038", "problem_name": "task04_0038"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [tacmmyj, gdxhepbgdw, jummncy, khxjudwryzdt, mtdwxhgfq, dwmmg, dkjuyjstn, gkqpjudwl, msb, qjusu]\nSubstrings: [mm, ju, xh, yj, dw]\n", "label": {"final": [2, 2, 2, 2, 2, 2, 2, 2, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 1, 0, 0, 1, 0, 0, 0, 0], [1, 0, 2, 1, 0, 1, 1, 1, 0, 1], [1, 1, 2, 1, 1, 1, 1, 1, 0, 1], [2, 1, 2, 1, 1, 1, 2, 1, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 5, "strings": ["tacmmyj", "gdxhepbgdw", "jummncy", "khxjudwryzdt", "mtdwxhgfq", "dwmmg", "dkjuyjstn", "gkqpjudwl", "msb", "qjusu"], "substrings": ["mm", "ju", "xh", "yj", "dw"]}, "task_name": "task04", "example_name": "0039", "problem_name": "task04_0039"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [mkneum, psps, hmffbyfvckh, gssikdork, qxeuyogn, euyswrevb, qajluunffv, dnueueus, rbtru, imkuisun]\nSubstrings: [eu, kn, ff, ic, is, un]\n", "label": {"final": [2, 0, 1, 0, 1, 1, 2, 2, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 1, 0, 2, 0, 0], [2, 0, 0, 0, 1, 1, 0, 2, 0, 0], [2, 0, 1, 0, 1, 1, 1, 2, 0, 0], [2, 0, 1, 0, 1, 1, 1, 2, 0, 0], [2, 0, 1, 0, 1, 1, 1, 2, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 6, "strings": ["mkneum", "psps", "hmffbyfvckh", "gssikdork", "qxeuyogn", "euyswrevb", "qajluunffv", "dnueueus", "rbtru", "imkuisun"], "substrings": ["eu", "kn", "ff", "ic", "is", "un"]}, "task_name": "task04", "example_name": "0040", "problem_name": "task04_0040"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [gtuponvo, gak, myeknshpb, boonvonqjyv, cntykbbk, kgmypakvc, gjeenclgmve, sfonuko, lucsf, envovodalshf]\nSubstrings: [dq, gm, uc, sf, vo, on]\n", "label": {"final": [2, 0, 0, 3, 0, 1, 1, 2, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 1, 0, 0, 0], [0, 0, 0, 0, 0, 1, 1, 0, 1, 0], [0, 0, 0, 0, 0, 1, 1, 1, 2, 0], [1, 0, 0, 1, 0, 1, 1, 1, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 6, "strings": ["gtuponvo", "gak", "myeknshpb", "boonvonqjyv", "cntykbbk", "kgmypakvc", "gjeenclgmve", "sfonuko", "lucsf", "envovodalshf"], "substrings": ["dq", "gm", "uc", "sf", "vo", "on"]}, "task_name": "task04", "example_name": "0041", "problem_name": "task04_0041"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [kvextjhav, swxwevptw, nilibiqk, ojqvtbnz, zqnamadxud, axmnamaa, kiazrvfxlq, kqpmqz, jxegmoe, wyfnar]\nSubstrings: [na, ng, ma, oz, yf, xa]\n", "label": {"final": [0, 0, 0, 0, 2, 2, 0, 0, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 1, 0, 0, 0, 1], [0, 0, 0, 0, 1, 1, 0, 0, 0, 1], [0, 0, 0, 0, 2, 2, 0, 0, 0, 1], [0, 0, 0, 0, 2, 2, 0, 0, 0, 1], [0, 0, 0, 0, 2, 2, 0, 0, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 6, "strings": ["kvextjhav", "swxwevptw", "nilibiqk", "ojqvtbnz", "zqnamadxud", "axmnamaa", "kiazrvfxlq", "kqpmqz", "jxegmoe", "wyfnar"], "substrings": ["na", "ng", "ma", "oz", "yf", "xa"]}, "task_name": "task04", "example_name": "0042", "problem_name": "task04_0042"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [lsenkjq, qnbudabrz, fuvvyox, cfkx, xgt, zwvcjlsoyh, kxnvsbonl, brrlsdoxq, tlsb, tdvcutsblru]\nSubstrings: [do, qc, ls, me, oy, sb]\n", "label": {"final": [1, 0, 0, 0, 0, 2, 1, 2, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [1, 0, 0, 0, 0, 1, 0, 2, 1, 0], [1, 0, 0, 0, 0, 1, 0, 2, 1, 0], [1, 0, 0, 0, 0, 2, 0, 2, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 6, "strings": ["lsenkjq", "qnbudabrz", "fuvvyox", "cfkx", "xgt", "zwvcjlsoyh", "kxnvsbonl", "brrlsdoxq", "tlsb", "tdvcutsblru"], "substrings": ["do", "qc", "ls", "me", "oy", "sb"]}, "task_name": "task04", "example_name": "0043", "problem_name": "task04_0043"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jlbawhlbrdl, nbancere, whyvn, ywhwh, ukviwhncudkz, xshvqg, whncmghb, whxdsql, civunb, hzvnshelw]\nSubstrings: [xd, ba, wh, vq, ns, nc]\n", "label": {"final": [2, 2, 1, 2, 2, 1, 2, 2, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [1, 1, 0, 0, 0, 0, 0, 1, 0, 0], [2, 1, 1, 2, 1, 0, 1, 2, 0, 0], [2, 1, 1, 2, 1, 1, 1, 2, 0, 0], [2, 1, 1, 2, 1, 1, 1, 2, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 6, "strings": ["jlbawhlbrdl", "nbancere", "whyvn", "ywhwh", "ukviwhncudkz", "xshvqg", "whncmghb", "whxdsql", "civunb", "hzvnshelw"], "substrings": ["xd", "ba", "wh", "vq", "ns", "nc"]}, "task_name": "task04", "example_name": "0044", "problem_name": "task04_0044"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [vis, gbrxeqigvu, rngdrutuax, llvyvu, xuvywjubxen, fwwaxpr, ddcxvfrbzt, qvzchvyutmq, zjus, mmsvjfj]\nSubstrings: [ut, vy, wa, vu, fw, wj]\n", "label": {"final": [0, 1, 1, 2, 2, 2, 0, 2, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 0, 0, 0, 1, 0, 0], [0, 0, 1, 1, 1, 0, 0, 2, 0, 0], [0, 0, 1, 1, 1, 1, 0, 2, 0, 0], [0, 1, 1, 2, 1, 1, 0, 2, 0, 0], [0, 1, 1, 2, 1, 2, 0, 2, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 6, "strings": ["vis", "gbrxeqigvu", "rngdrutuax", "llvyvu", "xuvywjubxen", "fwwaxpr", "ddcxvfrbzt", "qvzchvyutmq", "zjus", "mmsvjfj"], "substrings": ["ut", "vy", "wa", "vu", "fw", "wj"]}, "task_name": "task04", "example_name": "0045", "problem_name": "task04_0045"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jecpmax, sxvbix, teoaj, felqutndx, jiyfplag, qdwnplc, tmmeyf, dynd, uyfx, hkm]\nSubstrings: [sd, pl, ye, nd, yf, sh]\n", "label": {"final": [0, 0, 0, 1, 2, 1, 1, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 1, 0, 0, 0, 0], [0, 0, 0, 0, 1, 1, 0, 0, 0, 0], [0, 0, 0, 1, 1, 1, 0, 1, 0, 0], [0, 0, 0, 1, 2, 1, 1, 1, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 6, "strings": ["jecpmax", "sxvbix", "teoaj", "felqutndx", "jiyfplag", "qdwnplc", "tmmeyf", "dynd", "uyfx", "hkm"], "substrings": ["sd", "pl", "ye", "nd", "yf", "sh"]}, "task_name": "task04", "example_name": "0046", "problem_name": "task04_0046"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [tkenzocqp, jkyefuzvrtkh, owfwu, iqkkaaqm, ltkg, zexigv, jgmtktkbt, vril, ujvidrzr, rvrigvmw]\nSubstrings: [ow, ig, bo, tk, qq, vr]\n", "label": {"final": [1, 2, 1, 0, 1, 1, 2, 1, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 0, 1, 0, 0, 0, 1], [0, 0, 1, 0, 0, 1, 0, 0, 0, 1], [1, 1, 1, 0, 1, 1, 2, 0, 0, 1], [1, 1, 1, 0, 1, 1, 2, 0, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 6, "strings": ["tkenzocqp", "jkyefuzvrtkh", "owfwu", "iqkkaaqm", "ltkg", "zexigv", "jgmtktkbt", "vril", "ujvidrzr", "rvrigvmw"], "substrings": ["ow", "ig", "bo", "tk", "qq", "vr"]}, "task_name": "task04", "example_name": "0047", "problem_name": "task04_0047"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [upys, hgbgedm, obad, iukaouge, pxnlzobkcl, ofzijj, iugvh, enzipy, sgilzl, ifmiukpnngc]\nSubstrings: [ob, zi, iu, gv, py, ed]\n", "label": {"final": [1, 1, 1, 1, 1, 1, 2, 2, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 1, 0, 0, 0, 0, 0], [0, 0, 1, 0, 1, 1, 0, 1, 0, 0], [0, 0, 1, 1, 1, 1, 1, 1, 0, 1], [0, 0, 1, 1, 1, 1, 2, 1, 0, 1], [1, 0, 1, 1, 1, 1, 2, 2, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 6, "strings": ["upys", "hgbgedm", "obad", "iukaouge", "pxnlzobkcl", "ofzijj", "iugvh", "enzipy", "sgilzl", "ifmiukpnngc"], "substrings": ["ob", "zi", "iu", "gv", "py", "ed"]}, "task_name": "task04", "example_name": "0048", "problem_name": "task04_0048"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qfnlf, nmlafzzxiuh, rmqrok, vaztcsj, vcylzjpapaj, rqnffneqt, ixrcw, wafafaavhn, phgbj, biygvq]\nSubstrings: [tc, af, ml, ly, pa, li]\n", "label": {"final": [0, 2, 0, 1, 2, 0, 0, 2, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 1, 0, 1, 0, 0, 0, 2, 0, 0], [0, 2, 0, 1, 0, 0, 0, 2, 0, 0], [0, 2, 0, 1, 0, 0, 0, 2, 0, 0], [0, 2, 0, 1, 2, 0, 0, 2, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 6, "strings": ["qfnlf", "nmlafzzxiuh", "rmqrok", "vaztcsj", "vcylzjpapaj", "rqnffneqt", "ixrcw", "wafafaavhn", "phgbj", "biygvq"], "substrings": ["tc", "af", "ml", "ly", "pa", "li"]}, "task_name": "task04", "example_name": "0049", "problem_name": "task04_0049"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [merklfdyn, otgdkzcc, zoenbkz, azyerb, ymaukzynqrcr, kftz, wnztfjlf, utgwg, ccmi, ylhftocv]\nSubstrings: [it, cc, ft, ql, kz, au, lf]\n", "label": {"final": [1, 2, 1, 0, 2, 1, 1, 0, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 0, 1, 0], [0, 1, 0, 0, 0, 1, 0, 0, 1, 1], [0, 1, 0, 0, 0, 1, 0, 0, 1, 1], [0, 2, 1, 0, 1, 1, 0, 0, 1, 1], [0, 2, 1, 0, 2, 1, 0, 0, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 7, "strings": ["merklfdyn", "otgdkzcc", "zoenbkz", "azyerb", "ymaukzynqrcr", "kftz", "wnztfjlf", "utgwg", "ccmi", "ylhftocv"], "substrings": ["it", "cc", "ft", "ql", "kz", "au", "lf"]}, "task_name": "task04", "example_name": "0050", "problem_name": "task04_0050"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [yqdhk, xyerazp, blz, dsexmkzrre, ascr, ztztaxe, ilikxzgrw, gyazis, mztil, fwbpreil]\nSubstrings: [il, az, ft, an, zt, re, is]\n", "label": {"final": [0, 1, 0, 1, 0, 2, 1, 2, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 1, 0, 1, 1], [0, 1, 0, 0, 0, 0, 1, 1, 1, 1], [0, 1, 0, 0, 0, 0, 1, 1, 1, 1], [0, 1, 0, 0, 0, 0, 1, 1, 1, 1], [0, 1, 0, 0, 0, 2, 1, 1, 2, 1], [0, 1, 0, 1, 0, 2, 1, 1, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 7, "strings": ["yqdhk", "xyerazp", "blz", "dsexmkzrre", "ascr", "ztztaxe", "ilikxzgrw", "gyazis", "mztil", "fwbpreil"], "substrings": ["il", "az", "ft", "an", "zt", "re", "is"]}, "task_name": "task04", "example_name": "0051", "problem_name": "task04_0051"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [bplvlytz, nnqjhztmkz, gvov, yptodqaue, dqauz, gdtritnz, sax, udqhtf, bpcancrqz, uumsuc]\nSubstrings: [au, ht, nt, tc, ov, yr, dq]\n", "label": {"final": [0, 0, 1, 2, 2, 0, 0, 2, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 0, 0, 1, 0, 0], [0, 0, 0, 1, 1, 0, 0, 1, 0, 0], [0, 0, 0, 1, 1, 0, 0, 1, 0, 0], [0, 0, 1, 1, 1, 0, 0, 1, 0, 0], [0, 0, 1, 1, 1, 0, 0, 1, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 7, "strings": ["bplvlytz", "nnqjhztmkz", "gvov", "yptodqaue", "dqauz", "gdtritnz", "sax", "udqhtf", "bpcancrqz", "uumsuc"], "substrings": ["au", "ht", "nt", "tc", "ov", "yr", "dq"]}, "task_name": "task04", "example_name": "0052", "problem_name": "task04_0052"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [diglid, mftbaf, wfrogtxk, jbedwy, wvbet, ljiyesqbyxu, qrlswiul, salx, jhan, dydwbebdvx]\nSubstrings: [pq, wv, bs, be, es, rl, dw]\n", "label": {"final": [0, 0, 0, 2, 2, 1, 1, 0, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 2, 0, 0, 0, 0, 1], [0, 0, 0, 1, 2, 1, 0, 0, 0, 1], [0, 0, 0, 1, 2, 1, 1, 0, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 7, "strings": ["diglid", "mftbaf", "wfrogtxk", "jbedwy", "wvbet", "ljiyesqbyxu", "qrlswiul", "salx", "jhan", "dydwbebdvx"], "substrings": ["pq", "wv", "bs", "be", "es", "rl", "dw"]}, "task_name": "task04", "example_name": "0053", "problem_name": "task04_0053"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [dkeevvf, goshyrewrr, eunv, dspsgi, ybybqlqt, emqsexrgiw, wojt, uerltzonfr, ylepcr, plemlltp]\nSubstrings: [zc, oj, le, pc, be, gi, yb]\n", "label": {"final": [0, 0, 0, 1, 2, 1, 1, 0, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 1, 1], [0, 0, 0, 0, 0, 0, 1, 0, 2, 1], [0, 0, 0, 0, 0, 0, 1, 0, 2, 1], [0, 0, 0, 1, 0, 1, 1, 0, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 7, "strings": ["dkeevvf", "goshyrewrr", "eunv", "dspsgi", "ybybqlqt", "emqsexrgiw", "wojt", "uerltzonfr", "ylepcr", "plemlltp"], "substrings": ["zc", "oj", "le", "pc", "be", "gi", "yb"]}, "task_name": "task04", "example_name": "0054", "problem_name": "task04_0054"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [nncorrjczlwz, rnvhpdw, odwju, gmngjcb, oduckfmx, mqpjj, kspruizep, knthmytxvjc, qlikrrhv, usmq]\nSubstrings: [ku, rr, ng, jc, mq, od, xb]\n", "label": {"final": [2, 0, 1, 2, 1, 1, 0, 1, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 0, 0, 1, 0, 0, 0, 0, 1, 0], [2, 0, 0, 2, 0, 0, 0, 1, 1, 0], [2, 0, 0, 2, 0, 1, 0, 1, 1, 1], [2, 0, 1, 2, 1, 1, 0, 1, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 7, "strings": ["nncorrjczlwz", "rnvhpdw", "odwju", "gmngjcb", "oduckfmx", "mqpjj", "kspruizep", "knthmytxvjc", "qlikrrhv", "usmq"], "substrings": ["ku", "rr", "ng", "jc", "mq", "od", "xb"]}, "task_name": "task04", "example_name": "0055", "problem_name": "task04_0055"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [otzhiwemlz, nzvsgxpomfb, dwfrtudzfvv, hwpbj, dwphijqisy, udzyh, qjrkay, loirrznqb, yhinz, cndzweyrtha]\nSubstrings: [we, jq, tu, hi, dz, nz, yh]\n", "label": {"final": [2, 1, 2, 0, 2, 2, 0, 0, 3, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 1], [1, 0, 0, 0, 1, 0, 0, 0, 0, 1], [1, 0, 1, 0, 1, 0, 0, 0, 0, 1], [2, 0, 1, 0, 2, 0, 0, 0, 1, 1], [2, 0, 2, 0, 2, 1, 0, 0, 1, 2], [2, 1, 2, 0, 2, 1, 0, 0, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 7, "strings": ["otzhiwemlz", "nzvsgxpomfb", "dwfrtudzfvv", "hwpbj", "dwphijqisy", "udzyh", "qjrkay", "loirrznqb", "yhinz", "cndzweyrtha"], "substrings": ["we", "jq", "tu", "hi", "dz", "nz", "yh"]}, "task_name": "task04", "example_name": "0056", "problem_name": "task04_0056"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [vaspiu, gvat, vnukkkjli, utntbdfi, mpvuhpiat, vfjdfnxwzziy, gdrnmjocaty, vmtsg, xrcdktcwsg, orhoc]\nSubstrings: [fv, nx, pi, ob, oc, df, at]\n", "label": {"final": [1, 1, 0, 1, 2, 2, 2, 0, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [1, 0, 0, 0, 1, 1, 0, 0, 0, 0], [1, 0, 0, 0, 1, 1, 0, 0, 0, 0], [1, 0, 0, 0, 1, 1, 1, 0, 0, 1], [1, 0, 0, 1, 1, 2, 1, 0, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 7, "strings": ["vaspiu", "gvat", "vnukkkjli", "utntbdfi", "mpvuhpiat", "vfjdfnxwzziy", "gdrnmjocaty", "vmtsg", "xrcdktcwsg", "orhoc"], "substrings": ["fv", "nx", "pi", "ob", "oc", "df", "at"]}, "task_name": "task04", "example_name": "0057", "problem_name": "task04_0057"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [bpc, aoh, xuuucu, ymsuvilglc, lglgnj, ucrxjtb, viviv, urfjurxkkbx, fbibugh, jypxk]\nSubstrings: [rx, uu, kk, jn, lg, vi, uc]\n", "label": {"final": [0, 0, 2, 2, 2, 2, 2, 2, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 1, 0, 0], [0, 0, 1, 0, 0, 1, 0, 1, 0, 0], [0, 0, 1, 0, 0, 1, 0, 2, 0, 0], [0, 0, 1, 0, 0, 1, 0, 2, 0, 0], [0, 0, 1, 1, 2, 1, 0, 2, 0, 0], [0, 0, 1, 2, 2, 1, 2, 2, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 7, "strings": ["bpc", "aoh", "xuuucu", "ymsuvilglc", "lglgnj", "ucrxjtb", "viviv", "urfjurxkkbx", "fbibugh", "jypxk"], "substrings": ["rx", "uu", "kk", "jn", "lg", "vi", "uc"]}, "task_name": "task04", "example_name": "0058", "problem_name": "task04_0058"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [dsctep, amyfp, dbqhaih, myosyf, ksebfbmxan, yhepqhp, uumyadrkidv, vnytjruzd, fpix, gqyritmr]\nSubstrings: [ai, ad, ep, my, fp, qh, jy]\n", "label": {"final": [1, 2, 2, 1, 0, 2, 2, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 0, 0, 1, 0, 0, 0], [1, 0, 1, 0, 0, 1, 1, 0, 0, 0], [1, 1, 1, 1, 0, 1, 2, 0, 0, 0], [1, 2, 1, 1, 0, 1, 2, 0, 1, 0], [1, 2, 2, 1, 0, 2, 2, 0, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 7, "strings": ["dsctep", "amyfp", "dbqhaih", "myosyf", "ksebfbmxan", "yhepqhp", "uumyadrkidv", "vnytjruzd", "fpix", "gqyritmr"], "substrings": ["ai", "ad", "ep", "my", "fp", "qh", "jy"]}, "task_name": "task04", "example_name": "0059", "problem_name": "task04_0059"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ijjrzptg, hzneptsbih, whp, yhke, easfqb, vbrgrvoh, rkvmxkjvoaz, ymgubaal, yprsfktxqff, jvovoffry]\nSubstrings: [vo, ww, sf, ea, qh, ge, pr, al]\n", "label": {"final": [0, 0, 0, 0, 2, 1, 1, 1, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 1, 0, 0, 2], [0, 0, 0, 0, 0, 1, 1, 0, 0, 2], [0, 0, 0, 0, 1, 1, 1, 0, 1, 2], [0, 0, 0, 0, 2, 1, 1, 0, 1, 2], [0, 0, 0, 0, 2, 1, 1, 0, 1, 2], [0, 0, 0, 0, 2, 1, 1, 0, 1, 2], [0, 0, 0, 0, 2, 1, 1, 0, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 8, "strings": ["ijjrzptg", "hzneptsbih", "whp", "yhke", "easfqb", "vbrgrvoh", "rkvmxkjvoaz", "ymgubaal", "yprsfktxqff", "jvovoffry"], "substrings": ["vo", "ww", "sf", "ea", "qh", "ge", "pr", "al"]}, "task_name": "task04", "example_name": "0060", "problem_name": "task04_0060"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jnfxtugtt, juqbps, duyszf, wfteyq, chqq, xvzxiscvbw, eofrm, zjochsfcwe, xagtbjqhtxc, nspcbgdtus]\nSubstrings: [dp, qo, tu, st, ch, gt, ng, jh]\n", "label": {"final": [2, 0, 0, 0, 1, 0, 0, 1, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 1], [1, 0, 0, 0, 0, 0, 0, 0, 0, 1], [1, 0, 0, 0, 1, 0, 0, 1, 0, 1], [2, 0, 0, 0, 1, 0, 0, 1, 1, 1], [2, 0, 0, 0, 1, 0, 0, 1, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 8, "strings": ["jnfxtugtt", "juqbps", "duyszf", "wfteyq", "chqq", "xvzxiscvbw", "eofrm", "zjochsfcwe", "xagtbjqhtxc", "nspcbgdtus"], "substrings": ["dp", "qo", "tu", "st", "ch", "gt", "ng", "jh"]}, "task_name": "task04", "example_name": "0061", "problem_name": "task04_0061"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [bggoctcelbr, ynrbclct, bxsce, brscfxohu, tndiskoqb, frgoc, cscfrcl, vxouw, pgofxrdghl, yvvitd]\nSubstrings: [ct, ov, xo, go, fx, bx, sc, fr]\n", "label": {"final": [2, 1, 2, 3, 0, 2, 2, 1, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 1, 0, 0, 0, 0, 0, 0, 0, 0], [1, 1, 0, 0, 0, 0, 0, 0, 0, 0], [1, 1, 0, 1, 0, 0, 0, 1, 0, 0], [2, 1, 0, 1, 0, 1, 0, 1, 1, 0], [2, 1, 0, 2, 0, 1, 0, 1, 2, 0], [2, 1, 1, 2, 0, 1, 0, 1, 2, 0], [2, 1, 2, 3, 0, 1, 1, 1, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 8, "strings": ["bggoctcelbr", "ynrbclct", "bxsce", "brscfxohu", "tndiskoqb", "frgoc", "cscfrcl", "vxouw", "pgofxrdghl", "yvvitd"], "substrings": ["ct", "ov", "xo", "go", "fx", "bx", "sc", "fr"]}, "task_name": "task04", "example_name": "0062", "problem_name": "task04_0062"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [evxjiuiusg, gmoypu, cgatxe, skom, pvypajxquq, wthzrsrqm, jarf, rhgrtpvmc, goyozun, semwhfoy]\nSubstrings: [pv, pk, xl, iu, oa, xe, yp, hf]\n", "label": {"final": [2, 1, 1, 0, 2, 0, 0, 1, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 1, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0], [2, 0, 0, 0, 1, 0, 0, 1, 0, 0], [2, 0, 0, 0, 1, 0, 0, 1, 0, 0], [2, 0, 1, 0, 1, 0, 0, 1, 0, 0], [2, 1, 1, 0, 2, 0, 0, 1, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 8, "strings": ["evxjiuiusg", "gmoypu", "cgatxe", "skom", "pvypajxquq", "wthzrsrqm", "jarf", "rhgrtpvmc", "goyozun", "semwhfoy"], "substrings": ["pv", "pk", "xl", "iu", "oa", "xe", "yp", "hf"]}, "task_name": "task04", "example_name": "0063", "problem_name": "task04_0063"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [tqxkt, bgqqgram, lnshk, qgghsangjz, lnshva, zkfukyem, jvkshazgc, wxshkfvbpuuo, mmjqir, xiogcmrgd]\nSubstrings: [kf, ln, kt, qx, sx, sh, qg, gw]\n", "label": {"final": [2, 1, 2, 1, 2, 1, 1, 2, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 1, 0, 0], [0, 0, 1, 0, 1, 1, 0, 1, 0, 0], [1, 0, 1, 0, 1, 1, 0, 1, 0, 0], [2, 0, 1, 0, 1, 1, 0, 1, 0, 0], [2, 0, 1, 0, 1, 1, 0, 1, 0, 0], [2, 0, 2, 0, 2, 1, 1, 2, 0, 0], [2, 1, 2, 1, 2, 1, 1, 2, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 8, "strings": ["tqxkt", "bgqqgram", "lnshk", "qgghsangjz", "lnshva", "zkfukyem", "jvkshazgc", "wxshkfvbpuuo", "mmjqir", "xiogcmrgd"], "substrings": ["kf", "ln", "kt", "qx", "sx", "sh", "qg", "gw"]}, "task_name": "task04", "example_name": "0064", "problem_name": "task04_0064"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xgodfhd, drlursdeepz, vfqobj, gswcfemt, aqsyosmiys, eubqgagdf, uxbuj, fmxdofqo, obnrkfdc, fqnbdvidbx]\nSubstrings: [ng, df, ob, nr, hd, fq, ze, de]\n", "label": {"final": [2, 1, 2, 0, 0, 1, 0, 1, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 0, 0, 0, 0], [1, 0, 1, 0, 0, 1, 0, 0, 1, 0], [1, 0, 1, 0, 0, 1, 0, 0, 2, 0], [2, 0, 1, 0, 0, 1, 0, 0, 2, 0], [2, 0, 2, 0, 0, 1, 0, 1, 2, 1], [2, 0, 2, 0, 0, 1, 0, 1, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 8, "strings": ["xgodfhd", "drlursdeepz", "vfqobj", "gswcfemt", "aqsyosmiys", "eubqgagdf", "uxbuj", "fmxdofqo", "obnrkfdc", "fqnbdvidbx"], "substrings": ["ng", "df", "ob", "nr", "hd", "fq", "ze", "de"]}, "task_name": "task04", "example_name": "0065", "problem_name": "task04_0065"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qcqfhjqltqk, rqkimlghelp, srgqljllx, txnnpizlx, fro, izizvoi, edi, rbemnhp, gmzk, ytyvhtwvx]\nSubstrings: [ac, uu, we, iz, lt, rb, vr, el]\n", "label": {"final": [1, 1, 0, 1, 0, 2, 0, 1, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 2, 0, 0, 0, 0], [1, 0, 0, 1, 0, 2, 0, 0, 0, 0], [1, 0, 0, 1, 0, 2, 0, 1, 0, 0], [1, 0, 0, 1, 0, 2, 0, 1, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 8, "strings": ["qcqfhjqltqk", "rqkimlghelp", "srgqljllx", "txnnpizlx", "fro", "izizvoi", "edi", "rbemnhp", "gmzk", "ytyvhtwvx"], "substrings": ["ac", "uu", "we", "iz", "lt", "rb", "vr", "el"]}, "task_name": "task04", "example_name": "0066", "problem_name": "task04_0066"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [kgmfztygn, vwfy, wtcerwcfpwn, twutv, nsssue, fkhk, rzjps, jpyp, pygjdl, rorawnmoo]\nSubstrings: [tq, ss, wn, vw, jp, rz, fp, qa]\n", "label": {"final": [0, 1, 2, 0, 1, 0, 2, 1, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 1, 0, 1, 0, 0, 0, 0, 1], [0, 1, 1, 0, 1, 0, 0, 0, 0, 1], [0, 1, 1, 0, 1, 0, 1, 1, 0, 1], [0, 1, 1, 0, 1, 0, 2, 1, 0, 1], [0, 1, 2, 0, 1, 0, 2, 1, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 8, "strings": ["kgmfztygn", "vwfy", "wtcerwcfpwn", "twutv", "nsssue", "fkhk", "rzjps", "jpyp", "pygjdl", "rorawnmoo"], "substrings": ["tq", "ss", "wn", "vw", "jp", "rz", "fp", "qa"]}, "task_name": "task04", "example_name": "0067", "problem_name": "task04_0067"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [kvsbfmhwoi, tigszi, vmlu, koggidgbvg, hfykvaudul, jmur, vbnfywyvkutd, wvxgojmqt, auhgbbnqs, wepxoh]\nSubstrings: [kv, gb, vm, qt, zv, jm, fy, bn]\n", "label": {"final": [1, 0, 1, 1, 2, 1, 2, 2, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 0, 0, 0, 0], [1, 0, 0, 1, 1, 0, 0, 0, 1, 0], [1, 0, 1, 1, 1, 0, 0, 0, 1, 0], [1, 0, 1, 1, 1, 0, 0, 1, 1, 0], [1, 0, 1, 1, 1, 0, 0, 1, 1, 0], [1, 0, 1, 1, 1, 1, 0, 2, 1, 0], [1, 0, 1, 1, 2, 1, 1, 2, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 8, "strings": ["kvsbfmhwoi", "tigszi", "vmlu", "koggidgbvg", "hfykvaudul", "jmur", "vbnfywyvkutd", "wvxgojmqt", "auhgbbnqs", "wepxoh"], "substrings": ["kv", "gb", "vm", "qt", "zv", "jm", "fy", "bn"]}, "task_name": "task04", "example_name": "0068", "problem_name": "task04_0068"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [aqapmh, cjhbbcq, ofqrwdwwehmr, tmf, gziwcvhwvava, wmeaakst, axtqf, pft, hdrdwyw, hwnnzbqzvo]\nSubstrings: [sk, dw, tm, we, nd, st, va, yw]\n", "label": {"final": [0, 0, 2, 1, 2, 1, 0, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 0, 0, 0, 0, 1, 0], [0, 0, 1, 1, 0, 0, 0, 0, 1, 0], [0, 0, 2, 1, 0, 0, 0, 0, 1, 0], [0, 0, 2, 1, 0, 0, 0, 0, 1, 0], [0, 0, 2, 1, 0, 1, 0, 0, 1, 0], [0, 0, 2, 1, 2, 1, 0, 0, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 8, "strings": ["aqapmh", "cjhbbcq", "ofqrwdwwehmr", "tmf", "gziwcvhwvava", "wmeaakst", "axtqf", "pft", "hdrdwyw", "hwnnzbqzvo"], "substrings": ["sk", "dw", "tm", "we", "nd", "st", "va", "yw"]}, "task_name": "task04", "example_name": "0069", "problem_name": "task04_0069"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [mccg, xbhrxhavu, ectxigxakxai, oadevqfeai, nosc, hlsbujdo, lkhhfkxkx, vrnkxzvn, udjqcdwshcj, jhdwfeh]\nSubstrings: [kx, ad, zo, fe, dw, qi, ai, uj, wk]\n", "label": {"final": [0, 0, 2, 3, 0, 1, 2, 1, 1, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 0, 0, 2, 1, 0, 0], [0, 0, 1, 1, 0, 0, 2, 1, 0, 0], [0, 0, 1, 1, 0, 0, 2, 1, 0, 0], [0, 0, 1, 2, 0, 0, 2, 1, 0, 1], [0, 0, 1, 2, 0, 0, 2, 1, 1, 2], [0, 0, 1, 2, 0, 0, 2, 1, 1, 2], [0, 0, 2, 3, 0, 0, 2, 1, 1, 2], [0, 0, 2, 3, 0, 1, 2, 1, 1, 2]]}, "config": {"num_strings": 10, "num_substrings": 9, "strings": ["mccg", "xbhrxhavu", "ectxigxakxai", "oadevqfeai", "nosc", "hlsbujdo", "lkhhfkxkx", "vrnkxzvn", "udjqcdwshcj", "jhdwfeh"], "substrings": ["kx", "ad", "zo", "fe", "dw", "qi", "ai", "uj", "wk"]}, "task_name": "task04", "example_name": "0070", "problem_name": "task04_0070"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ffowdghsxk, poujczqp, ektwhebrjws, zpdjfbqeg, xmrnpnqg, glfycyc, pujvy, zaiosfdodg, ekujlypa, sfuoysambf]\nSubstrings: [km, do, ek, bb, jf, uj, sf, yc, fo]\n", "label": {"final": [1, 1, 1, 1, 0, 2, 1, 2, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 1, 0, 0, 0, 0, 1, 1, 0], [0, 0, 1, 0, 0, 0, 0, 1, 1, 0], [0, 0, 1, 1, 0, 0, 0, 1, 1, 0], [0, 1, 1, 1, 0, 0, 1, 1, 2, 0], [0, 1, 1, 1, 0, 0, 1, 2, 2, 1], [0, 1, 1, 1, 0, 2, 1, 2, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 9, "strings": ["ffowdghsxk", "poujczqp", "ektwhebrjws", "zpdjfbqeg", "xmrnpnqg", "glfycyc", "pujvy", "zaiosfdodg", "ekujlypa", "sfuoysambf"], "substrings": ["km", "do", "ek", "bb", "jf", "uj", "sf", "yc", "fo"]}, "task_name": "task04", "example_name": "0071", "problem_name": "task04_0071"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [zpar, whsmjbxckahx, iakpmnhsf, eajptiuzp, ssgjhriu, flv, ixplszbf, drrmjfmzc, isopmj, ciuff]\nSubstrings: [fm, zp, mj, hs, xp, hr, op, pt, iu]\n", "label": {"final": [1, 2, 1, 3, 2, 0, 1, 2, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [1, 0, 0, 1, 0, 0, 0, 1, 0, 0], [1, 1, 0, 1, 0, 0, 0, 2, 1, 0], [1, 2, 1, 1, 0, 0, 0, 2, 1, 0], [1, 2, 1, 1, 0, 0, 1, 2, 1, 0], [1, 2, 1, 1, 1, 0, 1, 2, 1, 0], [1, 2, 1, 1, 1, 0, 1, 2, 2, 0], [1, 2, 1, 2, 1, 0, 1, 2, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 9, "strings": ["zpar", "whsmjbxckahx", "iakpmnhsf", "eajptiuzp", "ssgjhriu", "flv", "ixplszbf", "drrmjfmzc", "isopmj", "ciuff"], "substrings": ["fm", "zp", "mj", "hs", "xp", "hr", "op", "pt", "iu"]}, "task_name": "task04", "example_name": "0072", "problem_name": "task04_0072"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [hjbhsb, esbsbh, zkbbxlu, jfmgdhbfb, thfht, nnyl, jsgrnljoyhv, lodzqo, xcltmhqxdrk, zrhmkhvx]\nSubstrings: [bx, rn, hf, bh, sg, nn, zq, tm, sb]\n", "label": {"final": [2, 3, 1, 0, 1, 1, 2, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 0, 0, 1, 0, 0, 0], [0, 0, 1, 0, 1, 0, 1, 0, 0, 0], [1, 1, 1, 0, 1, 0, 1, 0, 0, 0], [1, 1, 1, 0, 1, 0, 2, 0, 0, 0], [1, 1, 1, 0, 1, 1, 2, 0, 0, 0], [1, 1, 1, 0, 1, 1, 2, 1, 0, 0], [1, 1, 1, 0, 1, 1, 2, 1, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 9, "strings": ["hjbhsb", "esbsbh", "zkbbxlu", "jfmgdhbfb", "thfht", "nnyl", "jsgrnljoyhv", "lodzqo", "xcltmhqxdrk", "zrhmkhvx"], "substrings": ["bx", "rn", "hf", "bh", "sg", "nn", "zq", "tm", "sb"]}, "task_name": "task04", "example_name": "0073", "problem_name": "task04_0073"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cptrg, htgoai, meszx, dwichcpkmygb, szxevogmta, cjkhg, otrpacplz, tetpefeu, oybtkbcxz, joznbcrefc]\nSubstrings: [ch, cx, tr, vl, zx, ci, pd, cp, bc]\n", "label": {"final": [2, 0, 1, 2, 1, 0, 2, 0, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 1, 0], [1, 0, 0, 1, 0, 0, 1, 0, 1, 0], [1, 0, 0, 1, 0, 0, 1, 0, 1, 0], [1, 0, 1, 1, 1, 0, 1, 0, 1, 0], [1, 0, 1, 1, 1, 0, 1, 0, 1, 0], [1, 0, 1, 1, 1, 0, 1, 0, 1, 0], [2, 0, 1, 2, 1, 0, 2, 0, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 9, "strings": ["cptrg", "htgoai", "meszx", "dwichcpkmygb", "szxevogmta", "cjkhg", "otrpacplz", "tetpefeu", "oybtkbcxz", "joznbcrefc"], "substrings": ["ch", "cx", "tr", "vl", "zx", "ci", "pd", "cp", "bc"]}, "task_name": "task04", "example_name": "0074", "problem_name": "task04_0074"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [hjoubeqkm, qgkuvyikz, pzzsqld, tpsokamke, pmijts, ntopdra, xodlzivqic, tjszyejevsrn, bsuhnunwq, ljtl]\nSubstrings: [ui, ke, bi, eq, zy, it, js, ub, vq]\n", "label": {"final": [2, 0, 0, 1, 0, 0, 1, 2, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0, 0, 1, 0, 0], [1, 0, 0, 1, 0, 0, 0, 1, 0, 0], [1, 0, 0, 1, 0, 0, 0, 2, 0, 0], [2, 0, 0, 1, 0, 0, 0, 2, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 9, "strings": ["hjoubeqkm", "qgkuvyikz", "pzzsqld", "tpsokamke", "pmijts", "ntopdra", "xodlzivqic", "tjszyejevsrn", "bsuhnunwq", "ljtl"], "substrings": ["ui", "ke", "bi", "eq", "zy", "it", "js", "ub", "vq"]}, "task_name": "task04", "example_name": "0075", "problem_name": "task04_0075"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jvrkimxwuid, cgsqh, aaexhr, ijvnfnatinpz, ufxe, rvewswfv, hqvgrrrkthbw, jvexbyed, damhjliua, drjvcedtbi]\nSubstrings: [nf, xe, ex, th, gs, rk, sw, aa, jv]\n", "label": {"final": [2, 1, 2, 2, 1, 1, 2, 2, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 0, 0, 0, 0, 0], [0, 0, 1, 1, 1, 0, 0, 1, 0, 0], [0, 0, 1, 1, 1, 0, 1, 1, 0, 0], [0, 1, 1, 1, 1, 0, 1, 1, 0, 0], [1, 1, 1, 1, 1, 0, 2, 1, 0, 0], [1, 1, 1, 1, 1, 1, 2, 1, 0, 0], [1, 1, 2, 1, 1, 1, 2, 1, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 9, "strings": ["jvrkimxwuid", "cgsqh", "aaexhr", "ijvnfnatinpz", "ufxe", "rvewswfv", "hqvgrrrkthbw", "jvexbyed", "damhjliua", "drjvcedtbi"], "substrings": ["nf", "xe", "ex", "th", "gs", "rk", "sw", "aa", "jv"]}, "task_name": "task04", "example_name": "0076", "problem_name": "task04_0076"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [dhcnpfyshzv, whrpuwlg, drzxf, dwwwlhmiw, pwndmdh, ndhwhh, yhmin, qzm, zcnng, kzrdyjeao]\nSubstrings: [hm, rp, dh, ia, ea, ng, cn, wh, dm]\n", "label": {"final": [2, 2, 0, 1, 2, 2, 1, 0, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [0, 1, 0, 1, 0, 0, 1, 0, 0, 0], [1, 1, 0, 1, 1, 1, 1, 0, 0, 0], [1, 1, 0, 1, 1, 1, 1, 0, 0, 0], [1, 1, 0, 1, 1, 1, 1, 0, 0, 1], [1, 1, 0, 1, 1, 1, 1, 0, 1, 1], [2, 1, 0, 1, 1, 1, 1, 0, 2, 1], [2, 2, 0, 1, 1, 2, 1, 0, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 9, "strings": ["dhcnpfyshzv", "whrpuwlg", "drzxf", "dwwwlhmiw", "pwndmdh", "ndhwhh", "yhmin", "qzm", "zcnng", "kzrdyjeao"], "substrings": ["hm", "rp", "dh", "ia", "ea", "ng", "cn", "wh", "dm"]}, "task_name": "task04", "example_name": "0077", "problem_name": "task04_0077"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [iecdsj, scpqhs, qxulptdprr, fks, texjctw, dmkzq, aztfdaez, wjompjzsth, yxivencwwxb, kvrash]\nSubstrings: [eo, cm, iv, np, yx, hs, pr, pq, dm]\n", "label": {"final": [0, 2, 1, 0, 0, 1, 0, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 0, 2, 0], [0, 1, 0, 0, 0, 0, 0, 0, 2, 0], [0, 1, 1, 0, 0, 0, 0, 0, 2, 0], [0, 2, 1, 0, 0, 0, 0, 0, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 9, "strings": ["iecdsj", "scpqhs", "qxulptdprr", "fks", "texjctw", "dmkzq", "aztfdaez", "wjompjzsth", "yxivencwwxb", "kvrash"], "substrings": ["eo", "cm", "iv", "np", "yx", "hs", "pr", "pq", "dm"]}, "task_name": "task04", "example_name": "0078", "problem_name": "task04_0078"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cbolbdt, adg, xemejtk, nodob, xtevysiq, aobobygmyoar, yvjiidflr, qlgd, bvpjjtfv, wnhdwgb]\nSubstrings: [jt, gm, ob, lw, me, dw, nh, pj, vy]\n", "label": {"final": [0, 0, 2, 1, 1, 3, 0, 0, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 0, 0, 0, 0, 1, 0], [0, 0, 1, 0, 0, 1, 0, 0, 1, 0], [0, 0, 1, 1, 0, 3, 0, 0, 1, 0], [0, 0, 1, 1, 0, 3, 0, 0, 1, 0], [0, 0, 2, 1, 0, 3, 0, 0, 1, 0], [0, 0, 2, 1, 0, 3, 0, 0, 1, 1], [0, 0, 2, 1, 0, 3, 0, 0, 1, 2], [0, 0, 2, 1, 0, 3, 0, 0, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 9, "strings": ["cbolbdt", "adg", "xemejtk", "nodob", "xtevysiq", "aobobygmyoar", "yvjiidflr", "qlgd", "bvpjjtfv", "wnhdwgb"], "substrings": ["jt", "gm", "ob", "lw", "me", "dw", "nh", "pj", "vy"]}, "task_name": "task04", "example_name": "0079", "problem_name": "task04_0079"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [fnsblfty, jewenos, lnvnsbl, relpbi, yldaj, bbdaxhgchl, kvemre, ajojogbew, mkjold, sfmpjett]\nSubstrings: [xl, ns, aj, je, tt, oj, bl, ld, re, lp]\n", "label": {"final": [2, 1, 2, 2, 2, 0, 1, 2, 1, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 1, 0, 0, 1, 0, 0], [1, 1, 1, 0, 1, 0, 0, 1, 0, 1], [1, 1, 1, 0, 1, 0, 0, 1, 0, 2], [1, 1, 1, 0, 1, 0, 0, 2, 0, 2], [2, 1, 2, 0, 1, 0, 0, 2, 0, 2], [2, 1, 2, 0, 2, 0, 0, 2, 1, 2], [2, 1, 2, 1, 2, 0, 1, 2, 1, 2]]}, "config": {"num_strings": 10, "num_substrings": 10, "strings": ["fnsblfty", "jewenos", "lnvnsbl", "relpbi", "yldaj", "bbdaxhgchl", "kvemre", "ajojogbew", "mkjold", "sfmpjett"], "substrings": ["xl", "ns", "aj", "je", "tt", "oj", "bl", "ld", "re", "lp"]}, "task_name": "task04", "example_name": "0080", "problem_name": "task04_0080"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [oxspxno, apjwncydmv, mmnmtw, wks, bfxtagir, yycrkszx, rbyqxtyzhe, bhywtvusu, tzwss, xqd]\nSubstrings: [xt, ys, rk, jl, kb, qu, on, nd, xs, rz]\n", "label": {"final": [1, 0, 0, 0, 1, 1, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 1, 0, 0, 0], [0, 0, 0, 0, 1, 0, 1, 0, 0, 0], [0, 0, 0, 0, 1, 1, 1, 0, 0, 0], [0, 0, 0, 0, 1, 1, 1, 0, 0, 0], [0, 0, 0, 0, 1, 1, 1, 0, 0, 0], [0, 0, 0, 0, 1, 1, 1, 0, 0, 0], [0, 0, 0, 0, 1, 1, 1, 0, 0, 0], [0, 0, 0, 0, 1, 1, 1, 0, 0, 0], [1, 0, 0, 0, 1, 1, 1, 0, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 10, "strings": ["oxspxno", "apjwncydmv", "mmnmtw", "wks", "bfxtagir", "yycrkszx", "rbyqxtyzhe", "bhywtvusu", "tzwss", "xqd"], "substrings": ["xt", "ys", "rk", "jl", "kb", "qu", "on", "nd", "xs", "rz"]}, "task_name": "task04", "example_name": "0081", "problem_name": "task04_0081"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [fjjkby, crcvoehn, ojkzkg, mcbprcfjxr, uoeejv, pcqpo, ziefjhb, voryp, ozkzkklzi, bhkhelk]\nSubstrings: [op, ry, zk, hm, rc, fj, po, jk, vo, zt]\n", "label": {"final": [2, 2, 2, 2, 0, 1, 1, 2, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 1, 0, 0, 0, 0, 1, 2, 0], [0, 0, 1, 0, 0, 0, 0, 1, 2, 0], [0, 1, 1, 1, 0, 0, 0, 1, 2, 0], [1, 1, 1, 2, 0, 0, 1, 1, 2, 0], [1, 1, 1, 2, 0, 1, 1, 1, 2, 0], [2, 1, 2, 2, 0, 1, 1, 1, 2, 0], [2, 2, 2, 2, 0, 1, 1, 2, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 10, "strings": ["fjjkby", "crcvoehn", "ojkzkg", "mcbprcfjxr", "uoeejv", "pcqpo", "ziefjhb", "voryp", "ozkzkklzi", "bhkhelk"], "substrings": ["op", "ry", "zk", "hm", "rc", "fj", "po", "jk", "vo", "zt"]}, "task_name": "task04", "example_name": "0082", "problem_name": "task04_0082"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [fxd, eldvhnj, tzlwmcv, nnpz, hxgymj, ajhxhxq, jdlnnm, abvcrzrr, rjaij, irehklkvbx]\nSubstrings: [hx, if, hp, lw, mc, ca, js, gz, ab, hj]\n", "label": {"final": [0, 0, 2, 0, 1, 2, 0, 1, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 2, 0, 0, 0, 0], [0, 0, 0, 0, 1, 2, 0, 0, 0, 0], [0, 0, 0, 0, 1, 2, 0, 0, 0, 0], [0, 0, 1, 0, 1, 2, 0, 0, 0, 0], [0, 0, 2, 0, 1, 2, 0, 0, 0, 0], [0, 0, 2, 0, 1, 2, 0, 0, 0, 0], [0, 0, 2, 0, 1, 2, 0, 0, 0, 0], [0, 0, 2, 0, 1, 2, 0, 0, 0, 0], [0, 0, 2, 0, 1, 2, 0, 1, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 10, "strings": ["fxd", "eldvhnj", "tzlwmcv", "nnpz", "hxgymj", "ajhxhxq", "jdlnnm", "abvcrzrr", "rjaij", "irehklkvbx"], "substrings": ["hx", "if", "hp", "lw", "mc", "ca", "js", "gz", "ab", "hj"]}, "task_name": "task04", "example_name": "0083", "problem_name": "task04_0083"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [bhyp, orwb, mpgxyomi, igosmbohcaq, vith, xkvrwbwehlk, dth, yjjgopwxj, qmptmxulpo, ihyxasq]\nSubstrings: [hy, go, ez, zd, rw, pv, ws, yi, nr, th]\n", "label": {"final": [1, 1, 0, 1, 1, 1, 1, 1, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 1], [1, 0, 0, 1, 0, 0, 0, 1, 0, 1], [1, 0, 0, 1, 0, 0, 0, 1, 0, 1], [1, 0, 0, 1, 0, 0, 0, 1, 0, 1], [1, 1, 0, 1, 0, 1, 0, 1, 0, 1], [1, 1, 0, 1, 0, 1, 0, 1, 0, 1], [1, 1, 0, 1, 0, 1, 0, 1, 0, 1], [1, 1, 0, 1, 0, 1, 0, 1, 0, 1], [1, 1, 0, 1, 0, 1, 0, 1, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 10, "strings": ["bhyp", "orwb", "mpgxyomi", "igosmbohcaq", "vith", "xkvrwbwehlk", "dth", "yjjgopwxj", "qmptmxulpo", "ihyxasq"], "substrings": ["hy", "go", "ez", "zd", "rw", "pv", "ws", "yi", "nr", "th"]}, "task_name": "task04", "example_name": "0084", "problem_name": "task04_0084"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [clbzvlg, xim, bebep, zopbec, qvx, mifvlqhfszki, zihuqtr, cclnfyasopt, dbjyazgx, wxditw]\nSubstrings: [vl, mg, bz, qh, gh, db, zg, op, be, qx]\n", "label": {"final": [2, 0, 2, 2, 0, 2, 0, 1, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 1, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 0, 0, 0, 0], [2, 0, 0, 0, 0, 1, 0, 0, 0, 0], [2, 0, 0, 0, 0, 2, 0, 0, 0, 0], [2, 0, 0, 0, 0, 2, 0, 0, 0, 0], [2, 0, 0, 0, 0, 2, 0, 0, 1, 0], [2, 0, 0, 0, 0, 2, 0, 0, 2, 0], [2, 0, 0, 1, 0, 2, 0, 1, 2, 0], [2, 0, 2, 2, 0, 2, 0, 1, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 10, "strings": ["clbzvlg", "xim", "bebep", "zopbec", "qvx", "mifvlqhfszki", "zihuqtr", "cclnfyasopt", "dbjyazgx", "wxditw"], "substrings": ["vl", "mg", "bz", "qh", "gh", "db", "zg", "op", "be", "qx"]}, "task_name": "task04", "example_name": "0085", "problem_name": "task04_0085"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [bxdc, jklj, uqbuxqtqdz, gehjplne, pkvvdkobef, tstakbuegi, aufp, pmuu, okygkm, xqvbzf]\nSubstrings: [vk, qb, bx, pc, gk, ky, ji, ef, ux, ob]\n", "label": {"final": [1, 0, 2, 0, 2, 0, 0, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 0, 0, 0, 0, 1, 0], [1, 0, 1, 0, 0, 0, 0, 0, 2, 0], [1, 0, 1, 0, 0, 0, 0, 0, 2, 0], [1, 0, 1, 0, 1, 0, 0, 0, 2, 0], [1, 0, 2, 0, 1, 0, 0, 0, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 10, "strings": ["bxdc", "jklj", "uqbuxqtqdz", "gehjplne", "pkvvdkobef", "tstakbuegi", "aufp", "pmuu", "okygkm", "xqvbzf"], "substrings": ["vk", "qb", "bx", "pc", "gk", "ky", "ji", "ef", "ux", "ob"]}, "task_name": "task04", "example_name": "0086", "problem_name": "task04_0086"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [sdfebhfcccg, rcdmamz, xyuaag, elhngpxrn, apsbhhqgzp, feq, dxohuzric, tgdfx, nboatrpkxoum, ytjrfnxpb]\nSubstrings: [um, px, df, qq, pe, rc, ap, ld, xo, hu]\n", "label": {"final": [1, 1, 0, 1, 1, 0, 2, 1, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 1, 0, 0, 0, 0, 1, 0], [1, 0, 0, 1, 0, 0, 0, 1, 1, 0], [1, 0, 0, 1, 0, 0, 0, 1, 1, 0], [1, 0, 0, 1, 0, 0, 0, 1, 1, 0], [1, 1, 0, 1, 0, 0, 0, 1, 1, 0], [1, 1, 0, 1, 1, 0, 0, 1, 1, 0], [1, 1, 0, 1, 1, 0, 0, 1, 1, 0], [1, 1, 0, 1, 1, 0, 1, 1, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 10, "strings": ["sdfebhfcccg", "rcdmamz", "xyuaag", "elhngpxrn", "apsbhhqgzp", "feq", "dxohuzric", "tgdfx", "nboatrpkxoum", "ytjrfnxpb"], "substrings": ["um", "px", "df", "qq", "pe", "rc", "ap", "ld", "xo", "hu"]}, "task_name": "task04", "example_name": "0087", "problem_name": "task04_0087"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [zujweeecuu, wijbwougt, kimgotg, cuyztzf, lktiebkaxh, rwcggkdp, emxysdigwj, bunljkh, soayuvdcwhv, rrty]\nSubstrings: [la, wj, jw, jy, tg, gx, yr, ux, ee, so]\n", "label": {"final": [2, 0, 1, 0, 0, 0, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [1, 0, 0, 0, 0, 0, 1, 0, 0, 0], [1, 0, 0, 0, 0, 0, 1, 0, 0, 0], [1, 0, 1, 0, 0, 0, 1, 0, 0, 0], [1, 0, 1, 0, 0, 0, 1, 0, 0, 0], [1, 0, 1, 0, 0, 0, 1, 0, 0, 0], [1, 0, 1, 0, 0, 0, 1, 0, 0, 0], [2, 0, 1, 0, 0, 0, 1, 0, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 10, "strings": ["zujweeecuu", "wijbwougt", "kimgotg", "cuyztzf", "lktiebkaxh", "rwcggkdp", "emxysdigwj", "bunljkh", "soayuvdcwhv", "rrty"], "substrings": ["la", "wj", "jw", "jy", "tg", "gx", "yr", "ux", "ee", "so"]}, "task_name": "task04", "example_name": "0088", "problem_name": "task04_0088"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [iyzxrq, nzx, lbfei, ejmfeqy, nawutvpjty, yaqlbmgiw, avnptnz, mfg, kqpnsvekv, tzbunmmikc]\nSubstrings: [ux, np, av, ya, fe, mf, xn, sv, ej, yi]\n", "label": {"final": [0, 0, 1, 3, 0, 1, 2, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 2, 0, 0, 0], [0, 0, 0, 0, 0, 1, 2, 0, 0, 0], [0, 0, 1, 1, 0, 1, 2, 0, 0, 0], [0, 0, 1, 2, 0, 1, 2, 1, 0, 0], [0, 0, 1, 2, 0, 1, 2, 1, 0, 0], [0, 0, 1, 2, 0, 1, 2, 1, 1, 0], [0, 0, 1, 3, 0, 1, 2, 1, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 10, "strings": ["iyzxrq", "nzx", "lbfei", "ejmfeqy", "nawutvpjty", "yaqlbmgiw", "avnptnz", "mfg", "kqpnsvekv", "tzbunmmikc"], "substrings": ["ux", "np", "av", "ya", "fe", "mf", "xn", "sv", "ej", "yi"]}, "task_name": "task04", "example_name": "0089", "problem_name": "task04_0089"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [vdesuvh, coczmrntzh, wzogtz, qaazzrpqogsp, bqfantd, jwfrfknl, gabvrnnqauw, mamadas, rtin, efoigverj]\nSubstrings: [kn, og, oi, tz, ql, ek, rn, rb, ha, ma, sp]\n", "label": {"final": [0, 2, 2, 2, 0, 1, 1, 2, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [0, 0, 1, 1, 0, 1, 0, 0, 0, 0], [0, 0, 1, 1, 0, 1, 0, 0, 0, 1], [0, 1, 2, 1, 0, 1, 0, 0, 0, 1], [0, 1, 2, 1, 0, 1, 0, 0, 0, 1], [0, 1, 2, 1, 0, 1, 0, 0, 0, 1], [0, 2, 2, 1, 0, 1, 1, 0, 0, 1], [0, 2, 2, 1, 0, 1, 1, 0, 0, 1], [0, 2, 2, 1, 0, 1, 1, 0, 0, 1], [0, 2, 2, 1, 0, 1, 1, 2, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 11, "strings": ["vdesuvh", "coczmrntzh", "wzogtz", "qaazzrpqogsp", "bqfantd", "jwfrfknl", "gabvrnnqauw", "mamadas", "rtin", "efoigverj"], "substrings": ["kn", "og", "oi", "tz", "ql", "ek", "rn", "rb", "ha", "ma", "sp"]}, "task_name": "task04", "example_name": "0090", "problem_name": "task04_0090"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [poecmpm, qhtpqooj, vvrocuq, vwupwyfb, dyxw, ojxkr, temgxkw, vjqxzuik, tavvmpoii, tsoj]\nSubstrings: [xk, lg, ec, ic, ab, mp, se, yo, oj, qo, qz]\n", "label": {"final": [2, 2, 0, 0, 0, 2, 1, 0, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 1, 0, 0, 0], [0, 0, 0, 0, 0, 1, 1, 0, 0, 0], [1, 0, 0, 0, 0, 1, 1, 0, 0, 0], [1, 0, 0, 0, 0, 1, 1, 0, 0, 0], [1, 0, 0, 0, 0, 1, 1, 0, 0, 0], [2, 0, 0, 0, 0, 1, 1, 0, 1, 0], [2, 0, 0, 0, 0, 1, 1, 0, 1, 0], [2, 0, 0, 0, 0, 1, 1, 0, 1, 0], [2, 1, 0, 0, 0, 2, 1, 0, 1, 1], [2, 2, 0, 0, 0, 2, 1, 0, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 11, "strings": ["poecmpm", "qhtpqooj", "vvrocuq", "vwupwyfb", "dyxw", "ojxkr", "temgxkw", "vjqxzuik", "tavvmpoii", "tsoj"], "substrings": ["xk", "lg", "ec", "ic", "ab", "mp", "se", "yo", "oj", "qo", "qz"]}, "task_name": "task04", "example_name": "0091", "problem_name": "task04_0091"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [rdbzhogzdt, tzotzufyzmb, qxhsoeupz, dqfmlxhxhn, mogdclvrvv, rqqyg, xhwma, dcgovbng, dkubaidw, frdhdy]\nSubstrings: [xh, ub, qy, ai, nz, go, rq, em, dc, zo, og]\n", "label": {"final": [1, 1, 1, 2, 2, 2, 1, 2, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 2, 0, 0, 1, 0, 0, 0], [0, 0, 1, 2, 0, 0, 1, 0, 1, 0], [0, 0, 1, 2, 0, 1, 1, 0, 1, 0], [0, 0, 1, 2, 0, 1, 1, 0, 2, 0], [0, 0, 1, 2, 0, 1, 1, 0, 2, 0], [0, 0, 1, 2, 0, 1, 1, 1, 2, 0], [0, 0, 1, 2, 0, 2, 1, 1, 2, 0], [0, 0, 1, 2, 0, 2, 1, 1, 2, 0], [0, 0, 1, 2, 1, 2, 1, 2, 2, 0], [0, 1, 1, 2, 1, 2, 1, 2, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 11, "strings": ["rdbzhogzdt", "tzotzufyzmb", "qxhsoeupz", "dqfmlxhxhn", "mogdclvrvv", "rqqyg", "xhwma", "dcgovbng", "dkubaidw", "frdhdy"], "substrings": ["xh", "ub", "qy", "ai", "nz", "go", "rq", "em", "dc", "zo", "og"]}, "task_name": "task04", "example_name": "0092", "problem_name": "task04_0092"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ioqlh, qclbk, tyqajj, ijjhfmii, zjt, tftwv, jng, ykrfustl, oosjcl, nlmpll]\nSubstrings: [wu, yk, ja, jd, pi, fi, cl, tw, wv, yu, jj]\n", "label": {"final": [0, 1, 1, 1, 0, 2, 0, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 1, 0, 0, 0, 0, 0, 1, 1, 0], [0, 1, 0, 0, 0, 1, 0, 1, 1, 0], [0, 1, 0, 0, 0, 2, 0, 1, 1, 0], [0, 1, 0, 0, 0, 2, 0, 1, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 11, "strings": ["ioqlh", "qclbk", "tyqajj", "ijjhfmii", "zjt", "tftwv", "jng", "ykrfustl", "oosjcl", "nlmpll"], "substrings": ["wu", "yk", "ja", "jd", "pi", "fi", "cl", "tw", "wv", "yu", "jj"]}, "task_name": "task04", "example_name": "0093", "problem_name": "task04_0093"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [yiyglzbjkp, iesqruezx, wlnkjusp, odgu, apxdwbt, wgiqeikugyi, ojbdznhq, fhmxcz, awvvllue, btyqyygspl]\nSubstrings: [yg, sp, ix, ll, ue, ki, yi, zd, wn, zx, wp]\n", "label": {"final": [2, 2, 1, 0, 0, 1, 0, 0, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 1], [1, 0, 1, 0, 0, 0, 0, 0, 0, 2], [1, 0, 1, 0, 0, 0, 0, 0, 0, 2], [1, 0, 1, 0, 0, 0, 0, 0, 1, 2], [1, 1, 1, 0, 0, 0, 0, 0, 2, 2], [1, 1, 1, 0, 0, 0, 0, 0, 2, 2], [2, 1, 1, 0, 0, 1, 0, 0, 2, 2], [2, 1, 1, 0, 0, 1, 0, 0, 2, 2], [2, 1, 1, 0, 0, 1, 0, 0, 2, 2], [2, 2, 1, 0, 0, 1, 0, 0, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 11, "strings": ["yiyglzbjkp", "iesqruezx", "wlnkjusp", "odgu", "apxdwbt", "wgiqeikugyi", "ojbdznhq", "fhmxcz", "awvvllue", "btyqyygspl"], "substrings": ["yg", "sp", "ix", "ll", "ue", "ki", "yi", "zd", "wn", "zx", "wp"]}, "task_name": "task04", "example_name": "0094", "problem_name": "task04_0094"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [gvupfcom, bsbsfmp, ljdx, hzeaqaump, fmbsxk, gxkenqqcimh, iquqke, jfxcr, ozfotjykwsz, ufblunx]\nSubstrings: [fc, jo, qq, om, iq, bs, en, lw, jf, oz, jd]\n", "label": {"final": [2, 2, 1, 0, 1, 2, 1, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 0, 0, 0, 0], [2, 0, 0, 0, 0, 1, 0, 0, 0, 0], [2, 0, 0, 0, 0, 1, 1, 0, 0, 0], [2, 2, 0, 0, 1, 1, 1, 0, 0, 0], [2, 2, 0, 0, 1, 2, 1, 0, 0, 0], [2, 2, 0, 0, 1, 2, 1, 0, 0, 0], [2, 2, 0, 0, 1, 2, 1, 1, 0, 0], [2, 2, 0, 0, 1, 2, 1, 1, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 11, "strings": ["gvupfcom", "bsbsfmp", "ljdx", "hzeaqaump", "fmbsxk", "gxkenqqcimh", "iquqke", "jfxcr", "ozfotjykwsz", "ufblunx"], "substrings": ["fc", "jo", "qq", "om", "iq", "bs", "en", "lw", "jf", "oz", "jd"]}, "task_name": "task04", "example_name": "0095", "problem_name": "task04_0095"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [crzbuquqfqnh, mswomryjxcc, fdofcazof, uccapsdh, ppyi, rjnyfckr, ujaqbpgyb, cwekefq, rmrfszdc, xjujgki]\nSubstrings: [pp, kk, oe, ke, do, mr, uj, fq, hx, uq, bj]\n", "label": {"final": [3, 1, 1, 0, 1, 0, 1, 2, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0], [0, 0, 1, 0, 1, 0, 0, 1, 0, 0], [0, 1, 1, 0, 1, 0, 0, 1, 1, 0], [0, 1, 1, 0, 1, 0, 1, 1, 1, 1], [1, 1, 1, 0, 1, 0, 1, 2, 1, 1], [1, 1, 1, 0, 1, 0, 1, 2, 1, 1], [3, 1, 1, 0, 1, 0, 1, 2, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 11, "strings": ["crzbuquqfqnh", "mswomryjxcc", "fdofcazof", "uccapsdh", "ppyi", "rjnyfckr", "ujaqbpgyb", "cwekefq", "rmrfszdc", "xjujgki"], "substrings": ["pp", "kk", "oe", "ke", "do", "mr", "uj", "fq", "hx", "uq", "bj"]}, "task_name": "task04", "example_name": "0096", "problem_name": "task04_0096"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [rlqztywehbb, bamguqzhhb, saz, csz, wehb, qkshbhbvu, ehmywutbpx, bhfawwny, sbji, ffuqodycnr]\nSubstrings: [my, hb, om, zh, eh, ww, uq, xb, od, jw, sb]\n", "label": {"final": [2, 3, 0, 0, 2, 2, 2, 1, 1, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [1, 1, 0, 0, 1, 2, 1, 0, 0, 0], [1, 1, 0, 0, 1, 2, 1, 0, 0, 0], [1, 2, 0, 0, 1, 2, 1, 0, 0, 0], [2, 2, 0, 0, 2, 2, 2, 0, 0, 0], [2, 2, 0, 0, 2, 2, 2, 1, 0, 0], [2, 3, 0, 0, 2, 2, 2, 1, 0, 1], [2, 3, 0, 0, 2, 2, 2, 1, 0, 1], [2, 3, 0, 0, 2, 2, 2, 1, 0, 2], [2, 3, 0, 0, 2, 2, 2, 1, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 11, "strings": ["rlqztywehbb", "bamguqzhhb", "saz", "csz", "wehb", "qkshbhbvu", "ehmywutbpx", "bhfawwny", "sbji", "ffuqodycnr"], "substrings": ["my", "hb", "om", "zh", "eh", "ww", "uq", "xb", "od", "jw", "sb"]}, "task_name": "task04", "example_name": "0097", "problem_name": "task04_0097"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [pacaomc, ovcvp, jkkpbj, cocgl, hnso, zjoarbvd, kezfahjiyph, dsneougegs, lsju, kqsargo]\nSubstrings: [go, ug, ls, br, dv, fu, hn, eo, ez, mu, zr]\n", "label": {"final": [0, 0, 0, 0, 1, 0, 1, 2, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 0, 0, 1, 0, 1], [0, 0, 0, 0, 0, 0, 0, 1, 1, 1], [0, 0, 0, 0, 0, 0, 0, 1, 1, 1], [0, 0, 0, 0, 0, 0, 0, 1, 1, 1], [0, 0, 0, 0, 0, 0, 0, 1, 1, 1], [0, 0, 0, 0, 1, 0, 0, 1, 1, 1], [0, 0, 0, 0, 1, 0, 0, 2, 1, 1], [0, 0, 0, 0, 1, 0, 1, 2, 1, 1], [0, 0, 0, 0, 1, 0, 1, 2, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 11, "strings": ["pacaomc", "ovcvp", "jkkpbj", "cocgl", "hnso", "zjoarbvd", "kezfahjiyph", "dsneougegs", "lsju", "kqsargo"], "substrings": ["go", "ug", "ls", "br", "dv", "fu", "hn", "eo", "ez", "mu", "zr"]}, "task_name": "task04", "example_name": "0098", "problem_name": "task04_0098"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [oyttgviq, zlhzugt, nxsrnwr, fdj, vqiunis, qurvdfbwrtk, yccfhflfvs, zehscavkfm, fdfkq, pons]\nSubstrings: [gk, zu, lh, je, rn, wr, qi, mh, vk, ee, df]\n", "label": {"final": [0, 2, 2, 0, 1, 2, 0, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 2, 0, 0, 0, 0, 0, 0, 0, 0], [0, 2, 0, 0, 0, 0, 0, 0, 0, 0], [0, 2, 1, 0, 0, 0, 0, 0, 0, 0], [0, 2, 2, 0, 0, 1, 0, 0, 0, 0], [0, 2, 2, 0, 1, 1, 0, 0, 0, 0], [0, 2, 2, 0, 1, 1, 0, 0, 0, 0], [0, 2, 2, 0, 1, 1, 0, 1, 0, 0], [0, 2, 2, 0, 1, 1, 0, 1, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 11, "strings": ["oyttgviq", "zlhzugt", "nxsrnwr", "fdj", "vqiunis", "qurvdfbwrtk", "yccfhflfvs", "zehscavkfm", "fdfkq", "pons"], "substrings": ["gk", "zu", "lh", "je", "rn", "wr", "qi", "mh", "vk", "ee", "df"]}, "task_name": "task04", "example_name": "0099", "problem_name": "task04_0099"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [twlvlvzr, hyodrjswl, lvfiyexqk, pkgumy, jovlvwsdk, lhjwdlipp, lhumtalii, rjxr, vnkq, gfvfvrfonx]\nSubstrings: [yy, xk, al, pn, uf, za, fv, lv, qs, er, ii, ev]\n", "label": {"final": [2, 0, 1, 0, 1, 0, 2, 0, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 2], [2, 0, 1, 0, 1, 0, 1, 0, 0, 2], [2, 0, 1, 0, 1, 0, 1, 0, 0, 2], [2, 0, 1, 0, 1, 0, 1, 0, 0, 2], [2, 0, 1, 0, 1, 0, 2, 0, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 12, "strings": ["twlvlvzr", "hyodrjswl", "lvfiyexqk", "pkgumy", "jovlvwsdk", "lhjwdlipp", "lhumtalii", "rjxr", "vnkq", "gfvfvrfonx"], "substrings": ["yy", "xk", "al", "pn", "uf", "za", "fv", "lv", "qs", "er", "ii", "ev"]}, "task_name": "task04", "example_name": "0100", "problem_name": "task04_0100"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [knqxl, onyfwu, qxmloug, grnqjc, blqoqqjrifiv, yoqcivqx, texruok, peiad, jkhpkullny, szfdqzivifba]\nSubstrings: [ft, qx, dn, qy, rf, if, ex, iv, ia, my, fc, qz]\n", "label": {"final": [1, 0, 1, 0, 2, 2, 1, 1, 0, 3], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 0, 1, 0, 0, 0, 0], [1, 0, 1, 0, 0, 1, 0, 0, 0, 0], [1, 0, 1, 0, 0, 1, 0, 0, 0, 0], [1, 0, 1, 0, 0, 1, 0, 0, 0, 0], [1, 0, 1, 0, 1, 1, 0, 0, 0, 1], [1, 0, 1, 0, 1, 1, 1, 0, 0, 1], [1, 0, 1, 0, 2, 2, 1, 0, 0, 2], [1, 0, 1, 0, 2, 2, 1, 1, 0, 2], [1, 0, 1, 0, 2, 2, 1, 1, 0, 2], [1, 0, 1, 0, 2, 2, 1, 1, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 12, "strings": ["knqxl", "onyfwu", "qxmloug", "grnqjc", "blqoqqjrifiv", "yoqcivqx", "texruok", "peiad", "jkhpkullny", "szfdqzivifba"], "substrings": ["ft", "qx", "dn", "qy", "rf", "if", "ex", "iv", "ia", "my", "fc", "qz"]}, "task_name": "task04", "example_name": "0101", "problem_name": "task04_0101"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [yxroxcwznxcp, iqvsvdmqw, bgqt, jpshgjnts, lxkwnqig, knsvtl, zsvpbluew, yxwni, amrg, xmueby]\nSubstrings: [sv, jp, ro, tl, qv, bg, wn, qi, gf, eb, mu, yx]\n", "label": {"final": [2, 2, 1, 1, 2, 2, 1, 2, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 0, 1, 1, 0, 0, 0], [0, 1, 0, 1, 0, 1, 1, 0, 0, 0], [1, 1, 0, 1, 0, 1, 1, 0, 0, 0], [1, 1, 0, 1, 0, 2, 1, 0, 0, 0], [1, 2, 0, 1, 0, 2, 1, 0, 0, 0], [1, 2, 1, 1, 0, 2, 1, 0, 0, 0], [1, 2, 1, 1, 1, 2, 1, 1, 0, 0], [1, 2, 1, 1, 2, 2, 1, 1, 0, 0], [1, 2, 1, 1, 2, 2, 1, 1, 0, 0], [1, 2, 1, 1, 2, 2, 1, 1, 0, 1], [1, 2, 1, 1, 2, 2, 1, 1, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 12, "strings": ["yxroxcwznxcp", "iqvsvdmqw", "bgqt", "jpshgjnts", "lxkwnqig", "knsvtl", "zsvpbluew", "yxwni", "amrg", "xmueby"], "substrings": ["sv", "jp", "ro", "tl", "qv", "bg", "wn", "qi", "gf", "eb", "mu", "yx"]}, "task_name": "task04", "example_name": "0102", "problem_name": "task04_0102"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [thiony, mjlhnkqrtdc, grroois, khmoctqp, cojlmro, entkdjo, kgrsjdmga, ywmcpljgw, jsyngrd, pmpbrx]\nSubstrings: [oc, rs, jl, xl, pm, fn, ij, yn, pw, rc, hi, hn]\n", "label": {"final": [1, 2, 0, 1, 1, 0, 1, 0, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [0, 1, 0, 1, 1, 0, 1, 0, 0, 0], [0, 1, 0, 1, 1, 0, 1, 0, 0, 0], [0, 1, 0, 1, 1, 0, 1, 0, 0, 1], [0, 1, 0, 1, 1, 0, 1, 0, 0, 1], [0, 1, 0, 1, 1, 0, 1, 0, 0, 1], [0, 1, 0, 1, 1, 0, 1, 0, 1, 1], [0, 1, 0, 1, 1, 0, 1, 0, 1, 1], [0, 1, 0, 1, 1, 0, 1, 0, 1, 1], [1, 1, 0, 1, 1, 0, 1, 0, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 12, "strings": ["thiony", "mjlhnkqrtdc", "grroois", "khmoctqp", "cojlmro", "entkdjo", "kgrsjdmga", "ywmcpljgw", "jsyngrd", "pmpbrx"], "substrings": ["oc", "rs", "jl", "xl", "pm", "fn", "ij", "yn", "pw", "rc", "hi", "hn"]}, "task_name": "task04", "example_name": "0103", "problem_name": "task04_0103"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [pqtr, lkcualay, jwifhqrx, hldjts, yksmdboj, xypitad, gdpdvynjpw, vdsdpjtmdtcx, xaozq, wcjtnmcs]\nSubstrings: [ua, te, jl, nm, dp, wd, uf, bo, ca, py, kc, jt]\n", "label": {"final": [0, 2, 0, 1, 1, 0, 1, 2, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 0, 0, 1], [0, 1, 0, 0, 0, 0, 1, 1, 0, 1], [0, 1, 0, 0, 0, 0, 1, 1, 0, 1], [0, 1, 0, 0, 0, 0, 1, 1, 0, 1], [0, 1, 0, 0, 1, 0, 1, 1, 0, 1], [0, 1, 0, 0, 1, 0, 1, 1, 0, 1], [0, 1, 0, 0, 1, 0, 1, 1, 0, 1], [0, 2, 0, 0, 1, 0, 1, 1, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 12, "strings": ["pqtr", "lkcualay", "jwifhqrx", "hldjts", "yksmdboj", "xypitad", "gdpdvynjpw", "vdsdpjtmdtcx", "xaozq", "wcjtnmcs"], "substrings": ["ua", "te", "jl", "nm", "dp", "wd", "uf", "bo", "ca", "py", "kc", "jt"]}, "task_name": "task04", "example_name": "0104", "problem_name": "task04_0104"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [lixmakzbiwg, zxdyijshl, zwwwkl, mpafrj, xtuuzurpjc, ixitjxkde, gxaegktf, owmix, aezmavdtp, zdldeggv]\nSubstrings: [ma, xa, ez, ix, eg, bf, cj, de, zx, nr, tz, wm]\n", "label": {"final": [2, 1, 0, 0, 0, 2, 2, 2, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 0, 0, 0, 0, 0, 1, 0, 1, 0], [1, 0, 0, 0, 0, 0, 1, 0, 2, 0], [2, 0, 0, 0, 0, 1, 1, 1, 2, 0], [2, 0, 0, 0, 0, 1, 2, 1, 2, 1], [2, 0, 0, 0, 0, 1, 2, 1, 2, 1], [2, 0, 0, 0, 0, 1, 2, 1, 2, 1], [2, 0, 0, 0, 0, 2, 2, 1, 2, 2], [2, 1, 0, 0, 0, 2, 2, 1, 2, 2], [2, 1, 0, 0, 0, 2, 2, 1, 2, 2], [2, 1, 0, 0, 0, 2, 2, 1, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 12, "strings": ["lixmakzbiwg", "zxdyijshl", "zwwwkl", "mpafrj", "xtuuzurpjc", "ixitjxkde", "gxaegktf", "owmix", "aezmavdtp", "zdldeggv"], "substrings": ["ma", "xa", "ez", "ix", "eg", "bf", "cj", "de", "zx", "nr", "tz", "wm"]}, "task_name": "task04", "example_name": "0105", "problem_name": "task04_0105"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ffokr, iasb, nwsns, ogcwmam, pncwveclikx, wuipogspzb, chgqx, jogrvljuz, njnasddd, xbxiksdtp]\nSubstrings: [xb, fo, nw, og, qt, zt, tb, yc, cw, wn, ip, rg]\n", "label": {"final": [1, 0, 1, 2, 1, 2, 0, 1, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [1, 0, 0, 0, 0, 0, 0, 0, 0, 1], [1, 0, 1, 0, 0, 0, 0, 0, 0, 1], [1, 0, 1, 1, 0, 1, 0, 1, 0, 1], [1, 0, 1, 1, 0, 1, 0, 1, 0, 1], [1, 0, 1, 1, 0, 1, 0, 1, 0, 1], [1, 0, 1, 1, 0, 1, 0, 1, 0, 1], [1, 0, 1, 1, 0, 1, 0, 1, 0, 1], [1, 0, 1, 2, 1, 1, 0, 1, 0, 1], [1, 0, 1, 2, 1, 1, 0, 1, 0, 1], [1, 0, 1, 2, 1, 2, 0, 1, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 12, "strings": ["ffokr", "iasb", "nwsns", "ogcwmam", "pncwveclikx", "wuipogspzb", "chgqx", "jogrvljuz", "njnasddd", "xbxiksdtp"], "substrings": ["xb", "fo", "nw", "og", "qt", "zt", "tb", "yc", "cw", "wn", "ip", "rg"]}, "task_name": "task04", "example_name": "0106", "problem_name": "task04_0106"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [erutujjcs, wgwgh, uawuokrcut, lfhqvijja, cwgzl, xbiueqaa, rmergn, ltqe, emrcquvinr, vdarcuu]\nSubstrings: [qe, gn, ut, wg, rc, or, yh, zl, qu, iy, er, da]\n", "label": {"final": [2, 2, 2, 0, 2, 0, 2, 1, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 1, 1, 0, 0], [1, 0, 1, 0, 0, 0, 1, 1, 0, 0], [1, 2, 1, 0, 1, 0, 1, 1, 0, 0], [1, 2, 2, 0, 1, 0, 1, 1, 1, 1], [1, 2, 2, 0, 1, 0, 1, 1, 1, 1], [1, 2, 2, 0, 1, 0, 1, 1, 1, 1], [1, 2, 2, 0, 2, 0, 1, 1, 1, 1], [1, 2, 2, 0, 2, 0, 1, 1, 2, 1], [1, 2, 2, 0, 2, 0, 1, 1, 2, 1], [2, 2, 2, 0, 2, 0, 2, 1, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 12, "strings": ["erutujjcs", "wgwgh", "uawuokrcut", "lfhqvijja", "cwgzl", "xbiueqaa", "rmergn", "ltqe", "emrcquvinr", "vdarcuu"], "substrings": ["qe", "gn", "ut", "wg", "rc", "or", "yh", "zl", "qu", "iy", "er", "da"]}, "task_name": "task04", "example_name": "0107", "problem_name": "task04_0107"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [vmzmzx, caxhyf, rba, rftziwjvh, ltohiqvu, irotwzbv, juhfrm, net, ninojziuj, aiyvd]\nSubstrings: [ei, mz, uj, qb, fv, oa, ir, zi, yi, ok, ft, iy]\n", "label": {"final": [2, 0, 0, 2, 0, 1, 0, 0, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 0, 0, 0, 0, 1, 0], [2, 0, 0, 0, 0, 0, 0, 0, 1, 0], [2, 0, 0, 0, 0, 0, 0, 0, 1, 0], [2, 0, 0, 0, 0, 0, 0, 0, 1, 0], [2, 0, 0, 0, 0, 1, 0, 0, 1, 0], [2, 0, 0, 1, 0, 1, 0, 0, 2, 0], [2, 0, 0, 1, 0, 1, 0, 0, 2, 0], [2, 0, 0, 1, 0, 1, 0, 0, 2, 0], [2, 0, 0, 2, 0, 1, 0, 0, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 12, "strings": ["vmzmzx", "caxhyf", "rba", "rftziwjvh", "ltohiqvu", "irotwzbv", "juhfrm", "net", "ninojziuj", "aiyvd"], "substrings": ["ei", "mz", "uj", "qb", "fv", "oa", "ir", "zi", "yi", "ok", "ft", "iy"]}, "task_name": "task04", "example_name": "0108", "problem_name": "task04_0108"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [bvxlaarq, rlsysyku, xqdure, xwqojcedl, rtytaxxvs, vwzc, keqfahpnvs, avcbghkuxt, uhnsqerdh, cyqorgf]\nSubstrings: [rq, lc, vs, ne, co, yl, kj, xx, kd, uk, sy, wz]\n", "label": {"final": [1, 2, 0, 0, 2, 1, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 1, 0, 0, 0], [1, 0, 0, 0, 1, 0, 1, 0, 0, 0], [1, 0, 0, 0, 1, 0, 1, 0, 0, 0], [1, 0, 0, 0, 1, 0, 1, 0, 0, 0], [1, 0, 0, 0, 1, 0, 1, 0, 0, 0], [1, 0, 0, 0, 2, 0, 1, 0, 0, 0], [1, 0, 0, 0, 2, 0, 1, 0, 0, 0], [1, 0, 0, 0, 2, 0, 1, 0, 0, 0], [1, 2, 0, 0, 2, 0, 1, 0, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 12, "strings": ["bvxlaarq", "rlsysyku", "xqdure", "xwqojcedl", "rtytaxxvs", "vwzc", "keqfahpnvs", "avcbghkuxt", "uhnsqerdh", "cyqorgf"], "substrings": ["rq", "lc", "vs", "ne", "co", "yl", "kj", "xx", "kd", "uk", "sy", "wz"]}, "task_name": "task04", "example_name": "0109", "problem_name": "task04_0109"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cptpt, hkpom, azwxozmeki, szbn, aeqgpt, ayezv, qmdwnwutc, viile, hqwnhpt, dyskkvfamdz]\nSubstrings: [qm, nh, kp, om, zk, wx, sz, eq, fa, kv, uu, pt, ak]\n", "label": {"final": [2, 2, 1, 1, 2, 0, 1, 0, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 1, 0], [0, 1, 0, 0, 0, 0, 1, 0, 1, 0], [0, 2, 0, 0, 0, 0, 1, 0, 1, 0], [0, 2, 0, 0, 0, 0, 1, 0, 1, 0], [0, 2, 1, 0, 0, 0, 1, 0, 1, 0], [0, 2, 1, 1, 0, 0, 1, 0, 1, 0], [0, 2, 1, 1, 1, 0, 1, 0, 1, 0], [0, 2, 1, 1, 1, 0, 1, 0, 1, 1], [0, 2, 1, 1, 1, 0, 1, 0, 1, 2], [0, 2, 1, 1, 1, 0, 1, 0, 1, 2], [2, 2, 1, 1, 2, 0, 1, 0, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 13, "strings": ["cptpt", "hkpom", "azwxozmeki", "szbn", "aeqgpt", "ayezv", "qmdwnwutc", "viile", "hqwnhpt", "dyskkvfamdz"], "substrings": ["qm", "nh", "kp", "om", "zk", "wx", "sz", "eq", "fa", "kv", "uu", "pt", "ak"]}, "task_name": "task04", "example_name": "0110", "problem_name": "task04_0110"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [yzvo, tqmdfyrtl, vcyzz, hgyz, dgqqm, jrzgpvwmj, pycwnzbeosn, hxhcpzp, ncylkiqc, hpcpxrggryx]\nSubstrings: [hf, os, iq, yz, gc, vw, cp, ml, gp, hp, df, ns, qm]\n", "label": {"final": [1, 2, 1, 1, 1, 2, 1, 1, 1, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 1, 0], [1, 0, 1, 1, 0, 0, 1, 0, 1, 0], [1, 0, 1, 1, 0, 0, 1, 0, 1, 0], [1, 0, 1, 1, 0, 1, 1, 0, 1, 0], [1, 0, 1, 1, 0, 1, 1, 1, 1, 1], [1, 0, 1, 1, 0, 1, 1, 1, 1, 1], [1, 0, 1, 1, 0, 2, 1, 1, 1, 1], [1, 0, 1, 1, 0, 2, 1, 1, 1, 2], [1, 1, 1, 1, 0, 2, 1, 1, 1, 2], [1, 1, 1, 1, 0, 2, 1, 1, 1, 2]]}, "config": {"num_strings": 10, "num_substrings": 13, "strings": ["yzvo", "tqmdfyrtl", "vcyzz", "hgyz", "dgqqm", "jrzgpvwmj", "pycwnzbeosn", "hxhcpzp", "ncylkiqc", "hpcpxrggryx"], "substrings": ["hf", "os", "iq", "yz", "gc", "vw", "cp", "ml", "gp", "hp", "df", "ns", "qm"]}, "task_name": "task04", "example_name": "0111", "problem_name": "task04_0111"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [zzzzug, nascl, juxkkzzlb, lnt, hdxacl, xyjowl, hdkyqq, hbatjoih, ugnzibxlp, awugekkpkf]\nSubstrings: [lv, ky, xa, ge, od, zz, zf, kk, zo, vl, hd, ye, cl]\n", "label": {"final": [2, 1, 2, 0, 3, 0, 2, 0, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 1, 0, 1, 0, 0, 0], [0, 0, 0, 0, 1, 0, 1, 0, 0, 1], [0, 0, 0, 0, 1, 0, 1, 0, 0, 1], [2, 0, 1, 0, 1, 0, 1, 0, 0, 1], [2, 0, 1, 0, 1, 0, 1, 0, 0, 1], [2, 0, 2, 0, 1, 0, 1, 0, 0, 2], [2, 0, 2, 0, 1, 0, 1, 0, 0, 2], [2, 0, 2, 0, 1, 0, 1, 0, 0, 2], [2, 0, 2, 0, 2, 0, 2, 0, 0, 2], [2, 0, 2, 0, 2, 0, 2, 0, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 13, "strings": ["zzzzug", "nascl", "juxkkzzlb", "lnt", "hdxacl", "xyjowl", "hdkyqq", "hbatjoih", "ugnzibxlp", "awugekkpkf"], "substrings": ["lv", "ky", "xa", "ge", "od", "zz", "zf", "kk", "zo", "vl", "hd", "ye", "cl"]}, "task_name": "task04", "example_name": "0112", "problem_name": "task04_0112"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [mruzpjlrpkw, bawhw, tjkydxyyqqre, jgewbwmbhbh, nigbmt, bnewrir, xksfuum, hlgxodezic, cawiy, ugzp]\nSubstrings: [pt, xn, jg, ks, xq, jd, ew, xy, yd, aw, qo, zp, dn]\n", "label": {"final": [1, 1, 2, 2, 0, 1, 1, 0, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [0, 0, 0, 2, 0, 1, 1, 0, 0, 0], [0, 0, 1, 2, 0, 1, 1, 0, 0, 0], [0, 0, 2, 2, 0, 1, 1, 0, 0, 0], [0, 1, 2, 2, 0, 1, 1, 0, 1, 0], [0, 1, 2, 2, 0, 1, 1, 0, 1, 0], [1, 1, 2, 2, 0, 1, 1, 0, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 13, "strings": ["mruzpjlrpkw", "bawhw", "tjkydxyyqqre", "jgewbwmbhbh", "nigbmt", "bnewrir", "xksfuum", "hlgxodezic", "cawiy", "ugzp"], "substrings": ["pt", "xn", "jg", "ks", "xq", "jd", "ew", "xy", "yd", "aw", "qo", "zp", "dn"]}, "task_name": "task04", "example_name": "0113", "problem_name": "task04_0113"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [pzqlxd, ynzfkbtll, ciflnwz, jrvetlgz, vayxt, nwmezxx, vhoaiij, jggacwckbs, vwicbzomz, iwlvafmu]\nSubstrings: [eb, tl, kb, vy, km, ok, ln, vt, me, cb, nw, wi, an]\n", "label": {"final": [0, 2, 2, 1, 0, 2, 0, 1, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 1, 0, 0, 0, 0, 0, 0], [0, 2, 0, 1, 0, 0, 0, 1, 0, 0], [0, 2, 0, 1, 0, 0, 0, 1, 0, 0], [0, 2, 0, 1, 0, 0, 0, 1, 0, 0], [0, 2, 0, 1, 0, 0, 0, 1, 0, 0], [0, 2, 1, 1, 0, 0, 0, 1, 0, 0], [0, 2, 1, 1, 0, 0, 0, 1, 0, 0], [0, 2, 1, 1, 0, 1, 0, 1, 0, 0], [0, 2, 1, 1, 0, 1, 0, 1, 1, 0], [0, 2, 2, 1, 0, 2, 0, 1, 1, 0], [0, 2, 2, 1, 0, 2, 0, 1, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 13, "strings": ["pzqlxd", "ynzfkbtll", "ciflnwz", "jrvetlgz", "vayxt", "nwmezxx", "vhoaiij", "jggacwckbs", "vwicbzomz", "iwlvafmu"], "substrings": ["eb", "tl", "kb", "vy", "km", "ok", "ln", "vt", "me", "cb", "nw", "wi", "an"]}, "task_name": "task04", "example_name": "0114", "problem_name": "task04_0114"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [rtwgvrxhoufn, zufu, msrjc, krpvkiqsmvw, dsq, cnjimqu, jjkh, wgrwetvbql, qzcara, nuprvcfc]\nSubstrings: [wn, fw, lf, iq, ho, mo, wg, bu, zu, hf, bz, jb, rt]\n", "label": {"final": [3, 1, 0, 1, 0, 0, 0, 1, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 0, 0, 0, 1, 0, 0], [2, 0, 0, 1, 0, 0, 0, 1, 0, 0], [2, 1, 0, 1, 0, 0, 0, 1, 0, 0], [2, 1, 0, 1, 0, 0, 0, 1, 0, 0], [2, 1, 0, 1, 0, 0, 0, 1, 0, 0], [2, 1, 0, 1, 0, 0, 0, 1, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 13, "strings": ["rtwgvrxhoufn", "zufu", "msrjc", "krpvkiqsmvw", "dsq", "cnjimqu", "jjkh", "wgrwetvbql", "qzcara", "nuprvcfc"], "substrings": ["wn", "fw", "lf", "iq", "ho", "mo", "wg", "bu", "zu", "hf", "bz", "jb", "rt"]}, "task_name": "task04", "example_name": "0115", "problem_name": "task04_0115"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [yvc, fcidfo, onqwgwkc, xyazdfm, rmjkotvfrm, xodqm, dfcqna, ibtkhidp, izjl, nkfassrg]\nSubstrings: [mg, as, sr, mu, ag, hj, zt, cq, oi, nr, df, ra, qu]\n", "label": {"final": [0, 1, 0, 1, 0, 0, 2, 0, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 0, 0, 0, 0, 2], [0, 0, 0, 0, 0, 0, 0, 0, 0, 2], [0, 0, 0, 0, 0, 0, 0, 0, 0, 2], [0, 0, 0, 0, 0, 0, 0, 0, 0, 2], [0, 0, 0, 0, 0, 0, 0, 0, 0, 2], [0, 0, 0, 0, 0, 0, 1, 0, 0, 2], [0, 0, 0, 0, 0, 0, 1, 0, 0, 2], [0, 0, 0, 0, 0, 0, 1, 0, 0, 2], [0, 1, 0, 1, 0, 0, 2, 0, 0, 2], [0, 1, 0, 1, 0, 0, 2, 0, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 13, "strings": ["yvc", "fcidfo", "onqwgwkc", "xyazdfm", "rmjkotvfrm", "xodqm", "dfcqna", "ibtkhidp", "izjl", "nkfassrg"], "substrings": ["mg", "as", "sr", "mu", "ag", "hj", "zt", "cq", "oi", "nr", "df", "ra", "qu"]}, "task_name": "task04", "example_name": "0116", "problem_name": "task04_0116"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [hrsde, qdvsoersax, zuuuy, ejmsdqxzsg, xdcb, shuuj, rzcgh, pkvjevnwq, ourybotbvk, lhrhlw]\nSubstrings: [zx, tb, kb, xd, hl, uu, sh, wq, fv, rx, gw, hr, nv]\n", "label": {"final": [1, 0, 1, 0, 1, 2, 0, 1, 1, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 1, 0, 0, 0, 1, 0], [0, 0, 0, 0, 1, 0, 0, 0, 1, 1], [0, 0, 1, 0, 1, 1, 0, 0, 1, 1], [0, 0, 1, 0, 1, 2, 0, 0, 1, 1], [0, 0, 1, 0, 1, 2, 0, 1, 1, 1], [0, 0, 1, 0, 1, 2, 0, 1, 1, 1], [0, 0, 1, 0, 1, 2, 0, 1, 1, 1], [0, 0, 1, 0, 1, 2, 0, 1, 1, 1], [1, 0, 1, 0, 1, 2, 0, 1, 1, 2]]}, "config": {"num_strings": 10, "num_substrings": 13, "strings": ["hrsde", "qdvsoersax", "zuuuy", "ejmsdqxzsg", "xdcb", "shuuj", "rzcgh", "pkvjevnwq", "ourybotbvk", "lhrhlw"], "substrings": ["zx", "tb", "kb", "xd", "hl", "uu", "sh", "wq", "fv", "rx", "gw", "hr", "nv"]}, "task_name": "task04", "example_name": "0117", "problem_name": "task04_0117"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [wlwtssigez, aajov, afdafoqv, skaiiuqzla, dlzxfoqzd, nvbiqnvdesq, hgyvt, sqtvfoqxvmmk, fnvqv, pmjprc]\nSubstrings: [fo, ez, cc, yv, qv, bb, jh, qz, hg, qx, yo, aa, nv]\n", "label": {"final": [1, 1, 2, 1, 2, 2, 2, 2, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 1, 0, 0, 1, 0, 0], [1, 0, 1, 0, 1, 0, 0, 1, 0, 0], [1, 0, 1, 0, 1, 0, 0, 1, 0, 0], [1, 0, 1, 0, 1, 0, 1, 1, 0, 0], [1, 0, 2, 0, 1, 0, 1, 1, 1, 0], [1, 0, 2, 0, 1, 0, 1, 1, 1, 0], [1, 0, 2, 0, 1, 0, 1, 1, 1, 0], [1, 0, 2, 1, 2, 0, 1, 1, 1, 0], [1, 0, 2, 1, 2, 0, 2, 1, 1, 0], [1, 0, 2, 1, 2, 0, 2, 2, 1, 0], [1, 0, 2, 1, 2, 0, 2, 2, 1, 0], [1, 1, 2, 1, 2, 0, 2, 2, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 13, "strings": ["wlwtssigez", "aajov", "afdafoqv", "skaiiuqzla", "dlzxfoqzd", "nvbiqnvdesq", "hgyvt", "sqtvfoqxvmmk", "fnvqv", "pmjprc"], "substrings": ["fo", "ez", "cc", "yv", "qv", "bb", "jh", "qz", "hg", "qx", "yo", "aa", "nv"]}, "task_name": "task04", "example_name": "0118", "problem_name": "task04_0118"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [kcngfcf, iwwzymoracar, cnzifczknpj, wdmyepzii, vsbcngchwt, mpriowacvsf, ofhzis, jxfod, kpsnukcj, aariec]\nSubstrings: [sb, mg, ra, kn, hn, zi, ur, bx, lb, mo, cn, mb, ri]\n", "label": {"final": [1, 2, 3, 1, 2, 1, 1, 0, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 1, 0, 0, 1, 0, 0, 0, 0, 0], [0, 1, 1, 0, 1, 0, 0, 0, 0, 0], [0, 1, 1, 0, 1, 0, 0, 0, 0, 0], [0, 1, 2, 1, 1, 0, 1, 0, 0, 0], [0, 1, 2, 1, 1, 0, 1, 0, 0, 0], [0, 1, 2, 1, 1, 0, 1, 0, 0, 0], [0, 1, 2, 1, 1, 0, 1, 0, 0, 0], [0, 2, 2, 1, 1, 0, 1, 0, 0, 0], [1, 2, 3, 1, 2, 0, 1, 0, 0, 0], [1, 2, 3, 1, 2, 0, 1, 0, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 13, "strings": ["kcngfcf", "iwwzymoracar", "cnzifczknpj", "wdmyepzii", "vsbcngchwt", "mpriowacvsf", "ofhzis", "jxfod", "kpsnukcj", "aariec"], "substrings": ["sb", "mg", "ra", "kn", "hn", "zi", "ur", "bx", "lb", "mo", "cn", "mb", "ri"]}, "task_name": "task04", "example_name": "0119", "problem_name": "task04_0119"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [rekewl, fjajkfe, hfamwrqngl, hruhenb, nbsxq, aowsanrl, gliqkcappk, jhz, cnimqsresk, hcyt]\nSubstrings: [lo, jz, yt, ke, lp, rl, nb, tf, es, sx, he, sr, ob, zc]\n", "label": {"final": [1, 0, 0, 2, 2, 1, 0, 0, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [1, 0, 0, 0, 0, 0, 0, 0, 0, 1], [1, 0, 0, 0, 0, 0, 0, 0, 0, 1], [1, 0, 0, 0, 0, 1, 0, 0, 0, 1], [1, 0, 0, 1, 1, 1, 0, 0, 0, 1], [1, 0, 0, 1, 1, 1, 0, 0, 0, 1], [1, 0, 0, 1, 1, 1, 0, 0, 1, 1], [1, 0, 0, 1, 2, 1, 0, 0, 1, 1], [1, 0, 0, 2, 2, 1, 0, 0, 1, 1], [1, 0, 0, 2, 2, 1, 0, 0, 2, 1], [1, 0, 0, 2, 2, 1, 0, 0, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 14, "strings": ["rekewl", "fjajkfe", "hfamwrqngl", "hruhenb", "nbsxq", "aowsanrl", "gliqkcappk", "jhz", "cnimqsresk", "hcyt"], "substrings": ["lo", "jz", "yt", "ke", "lp", "rl", "nb", "tf", "es", "sx", "he", "sr", "ob", "zc"]}, "task_name": "task04", "example_name": "0120", "problem_name": "task04_0120"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [aodtfx, xdhfqdogyw, vzsvczhrfqrf, eyavqmhrya, mcoklu, ewgqxpdkhn, elwzzm, pwzkbdilw, ohwz, lutpyui]\nSubstrings: [wz, jz, is, hn, hr, xd, dh, na, og, qm, ig, dk, fq, od]\n", "label": {"final": [1, 4, 2, 2, 0, 2, 1, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 1, 1, 1, 0], [0, 0, 0, 0, 0, 0, 1, 1, 1, 0], [0, 0, 0, 0, 0, 0, 1, 1, 1, 0], [0, 0, 0, 0, 0, 1, 1, 1, 1, 0], [0, 0, 1, 1, 0, 1, 1, 1, 1, 0], [0, 1, 1, 1, 0, 1, 1, 1, 1, 0], [0, 2, 1, 1, 0, 1, 1, 1, 1, 0], [0, 2, 1, 1, 0, 1, 1, 1, 1, 0], [0, 3, 1, 1, 0, 1, 1, 1, 1, 0], [0, 3, 1, 2, 0, 1, 1, 1, 1, 0], [0, 3, 1, 2, 0, 1, 1, 1, 1, 0], [0, 3, 1, 2, 0, 2, 1, 1, 1, 0], [0, 4, 2, 2, 0, 2, 1, 1, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 14, "strings": ["aodtfx", "xdhfqdogyw", "vzsvczhrfqrf", "eyavqmhrya", "mcoklu", "ewgqxpdkhn", "elwzzm", "pwzkbdilw", "ohwz", "lutpyui"], "substrings": ["wz", "jz", "is", "hn", "hr", "xd", "dh", "na", "og", "qm", "ig", "dk", "fq", "od"]}, "task_name": "task04", "example_name": "0121", "problem_name": "task04_0121"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ptwfxoukpu, rckpjzrctwe, krkud, wndqv, uqeov, cxufqb, qwxspvfxet, qiwrdpkrbp, yqryfthnyx, uzalai]\nSubstrings: [kn, uk, xu, wn, th, zx, rf, pk, jz, yx, fx, pv, ny, wz]\n", "label": {"final": [2, 1, 0, 1, 0, 1, 2, 1, 3, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 0, 0, 0, 0], [1, 0, 0, 1, 0, 1, 0, 0, 0, 0], [1, 0, 0, 1, 0, 1, 0, 0, 1, 0], [1, 0, 0, 1, 0, 1, 0, 0, 1, 0], [1, 0, 0, 1, 0, 1, 0, 0, 1, 0], [1, 0, 0, 1, 0, 1, 0, 1, 1, 0], [1, 1, 0, 1, 0, 1, 0, 1, 1, 0], [1, 1, 0, 1, 0, 1, 0, 1, 2, 0], [2, 1, 0, 1, 0, 1, 1, 1, 2, 0], [2, 1, 0, 1, 0, 1, 2, 1, 2, 0], [2, 1, 0, 1, 0, 1, 2, 1, 3, 0]]}, "config": {"num_strings": 10, "num_substrings": 14, "strings": ["ptwfxoukpu", "rckpjzrctwe", "krkud", "wndqv", "uqeov", "cxufqb", "qwxspvfxet", "qiwrdpkrbp", "yqryfthnyx", "uzalai"], "substrings": ["kn", "uk", "xu", "wn", "th", "zx", "rf", "pk", "jz", "yx", "fx", "pv", "ny", "wz"]}, "task_name": "task04", "example_name": "0122", "problem_name": "task04_0122"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xuksmprc, tohog, qraglhi, evgzqw, libpmffe, ggmcwqasgxx, asbv, kyvioftbt, cwuchpgkym, ohtcl]\nSubstrings: [bi, wl, cf, sb, ht, of, qa, vi, cl, uc, hm, cw, ux, nw]\n", "label": {"final": [0, 0, 0, 0, 0, 2, 1, 2, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 1], [0, 0, 0, 0, 0, 0, 1, 1, 0, 1], [0, 0, 0, 0, 0, 1, 1, 1, 0, 1], [0, 0, 0, 0, 0, 1, 1, 2, 0, 1], [0, 0, 0, 0, 0, 1, 1, 2, 0, 2], [0, 0, 0, 0, 0, 1, 1, 2, 1, 2], [0, 0, 0, 0, 0, 1, 1, 2, 1, 2], [0, 0, 0, 0, 0, 2, 1, 2, 2, 2], [0, 0, 0, 0, 0, 2, 1, 2, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 14, "strings": ["xuksmprc", "tohog", "qraglhi", "evgzqw", "libpmffe", "ggmcwqasgxx", "asbv", "kyvioftbt", "cwuchpgkym", "ohtcl"], "substrings": ["bi", "wl", "cf", "sb", "ht", "of", "qa", "vi", "cl", "uc", "hm", "cw", "ux", "nw"]}, "task_name": "task04", "example_name": "0123", "problem_name": "task04_0123"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ukr, xhdqlrbnbh, asbblhmle, zsrwxuuklrmi, rukvjs, xekpd, lhwsmkgfhl, dzuas, qwsb, jwmygfd]\nSubstrings: [uk, ku, lh, kp, as, ws, bf, np, tu, en, xe, xw, kj, lr]\n", "label": {"final": [1, 1, 2, 2, 1, 2, 2, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 1, 1, 0, 0, 0, 0, 0], [1, 0, 0, 1, 1, 0, 0, 0, 0, 0], [1, 0, 1, 1, 1, 0, 1, 0, 0, 0], [1, 0, 1, 1, 1, 1, 1, 0, 0, 0], [1, 0, 2, 1, 1, 1, 1, 1, 0, 0], [1, 0, 2, 1, 1, 1, 2, 1, 1, 0], [1, 0, 2, 1, 1, 1, 2, 1, 1, 0], [1, 0, 2, 1, 1, 1, 2, 1, 1, 0], [1, 0, 2, 1, 1, 1, 2, 1, 1, 0], [1, 0, 2, 1, 1, 1, 2, 1, 1, 0], [1, 0, 2, 1, 1, 2, 2, 1, 1, 0], [1, 0, 2, 1, 1, 2, 2, 1, 1, 0], [1, 0, 2, 1, 1, 2, 2, 1, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 14, "strings": ["ukr", "xhdqlrbnbh", "asbblhmle", "zsrwxuuklrmi", "rukvjs", "xekpd", "lhwsmkgfhl", "dzuas", "qwsb", "jwmygfd"], "substrings": ["uk", "ku", "lh", "kp", "as", "ws", "bf", "np", "tu", "en", "xe", "xw", "kj", "lr"]}, "task_name": "task04", "example_name": "0124", "problem_name": "task04_0124"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [oszzjersb, mvvheroazd, osmanuhwpcrk, xpmsqa, ixcximapmo, ldgsgsbhln, mxgqknko, yexopmblcc, vosmaxv, sbfqgq]\nSubstrings: [gq, ro, fq, zo, gs, nj, nz, ma, ye, xo, os, pk, pm, le]\n", "label": {"final": [1, 1, 2, 1, 2, 2, 1, 3, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 1, 0, 0, 1], [0, 1, 0, 0, 0, 0, 1, 0, 0, 1], [0, 1, 0, 0, 0, 0, 1, 0, 0, 2], [0, 1, 0, 0, 0, 0, 1, 0, 0, 2], [0, 1, 0, 0, 0, 2, 1, 0, 0, 2], [0, 1, 0, 0, 0, 2, 1, 0, 0, 2], [0, 1, 0, 0, 0, 2, 1, 0, 0, 2], [0, 1, 1, 0, 1, 2, 1, 0, 1, 2], [0, 1, 1, 0, 1, 2, 1, 1, 1, 2], [0, 1, 1, 0, 1, 2, 1, 2, 1, 2], [1, 1, 2, 0, 1, 2, 1, 2, 2, 2], [1, 1, 2, 0, 1, 2, 1, 2, 2, 2], [1, 1, 2, 1, 2, 2, 1, 3, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 14, "strings": ["oszzjersb", "mvvheroazd", "osmanuhwpcrk", "xpmsqa", "ixcximapmo", "ldgsgsbhln", "mxgqknko", "yexopmblcc", "vosmaxv", "sbfqgq"], "substrings": ["gq", "ro", "fq", "zo", "gs", "nj", "nz", "ma", "ye", "xo", "os", "pk", "pm", "le"]}, "task_name": "task04", "example_name": "0125", "problem_name": "task04_0125"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [iymqhcnhgd, shya, jnkraajaf, iysxub, hppypygom, tccypzzf, cqisgv, bzianc, qzxgxtgrxiq, uupbhppj]\nSubstrings: [tf, cc, hy, ab, ii, zx, lq, yp, ae, xu, zi, an, pp, wh]\n", "label": {"final": [0, 1, 0, 1, 2, 2, 0, 2, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [0, 1, 0, 0, 0, 1, 0, 0, 0, 0], [0, 1, 0, 0, 0, 1, 0, 0, 0, 0], [0, 1, 0, 0, 0, 1, 0, 0, 0, 0], [0, 1, 0, 0, 0, 1, 0, 0, 1, 0], [0, 1, 0, 0, 0, 1, 0, 0, 1, 0], [0, 1, 0, 0, 1, 2, 0, 0, 1, 0], [0, 1, 0, 0, 1, 2, 0, 0, 1, 0], [0, 1, 0, 1, 1, 2, 0, 0, 1, 0], [0, 1, 0, 1, 1, 2, 0, 1, 1, 0], [0, 1, 0, 1, 1, 2, 0, 2, 1, 0], [0, 1, 0, 1, 2, 2, 0, 2, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 14, "strings": ["iymqhcnhgd", "shya", "jnkraajaf", "iysxub", "hppypygom", "tccypzzf", "cqisgv", "bzianc", "qzxgxtgrxiq", "uupbhppj"], "substrings": ["tf", "cc", "hy", "ab", "ii", "zx", "lq", "yp", "ae", "xu", "zi", "an", "pp", "wh"]}, "task_name": "task04", "example_name": "0126", "problem_name": "task04_0126"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [aukvzbd, rmrik, ameeldqfbtnk, eolutzeebucb, blomrcqt, asfqaudaw, tikmps, nktzhtoe, tztzg, xcikix]\nSubstrings: [rp, hp, au, ud, nk, wh, lu, bt, mr, ai, ik, aw, ai, tz]\n", "label": {"final": [1, 2, 2, 2, 1, 3, 1, 2, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 0, 0, 0, 0], [1, 0, 0, 0, 0, 2, 0, 0, 0, 0], [1, 0, 1, 0, 0, 2, 0, 1, 0, 0], [1, 0, 1, 0, 0, 2, 0, 1, 0, 0], [1, 0, 1, 1, 0, 2, 0, 1, 0, 0], [1, 0, 2, 1, 0, 2, 0, 1, 0, 0], [1, 1, 2, 1, 1, 2, 0, 1, 0, 0], [1, 1, 2, 1, 1, 2, 0, 1, 0, 0], [1, 2, 2, 1, 1, 2, 1, 1, 0, 1], [1, 2, 2, 1, 1, 3, 1, 1, 0, 1], [1, 2, 2, 1, 1, 3, 1, 1, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 14, "strings": ["aukvzbd", "rmrik", "ameeldqfbtnk", "eolutzeebucb", "blomrcqt", "asfqaudaw", "tikmps", "nktzhtoe", "tztzg", "xcikix"], "substrings": ["rp", "hp", "au", "ud", "nk", "wh", "lu", "bt", "mr", "ai", "ik", "aw", "ai", "tz"]}, "task_name": "task04", "example_name": "0127", "problem_name": "task04_0127"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ecnsmzrytq, klw, vjmvesxpljv, zgpduiesfzp, bxxpduut, tmgpkdm, iolcbqgswgp, abpeskd, duxbqpnlow, mtmesnnqq]\nSubstrings: [xp, kd, og, tm, ik, xs, gy, ry, mz, du, fw, zn, gp, es]\n", "label": {"final": [2, 0, 2, 3, 2, 3, 1, 2, 1, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 1, 0, 0, 0, 0, 0], [0, 0, 1, 0, 1, 1, 0, 1, 0, 0], [0, 0, 1, 0, 1, 1, 0, 1, 0, 0], [0, 0, 1, 0, 1, 2, 0, 1, 0, 1], [0, 0, 1, 0, 1, 2, 0, 1, 0, 1], [0, 0, 1, 0, 1, 2, 0, 1, 0, 1], [0, 0, 1, 0, 1, 2, 0, 1, 0, 1], [1, 0, 1, 0, 1, 2, 0, 1, 0, 1], [2, 0, 1, 0, 1, 2, 0, 1, 0, 1], [2, 0, 1, 1, 2, 2, 0, 1, 1, 1], [2, 0, 1, 1, 2, 2, 0, 1, 1, 1], [2, 0, 1, 1, 2, 2, 0, 1, 1, 1], [2, 0, 1, 2, 2, 3, 1, 1, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 14, "strings": ["ecnsmzrytq", "klw", "vjmvesxpljv", "zgpduiesfzp", "bxxpduut", "tmgpkdm", "iolcbqgswgp", "abpeskd", "duxbqpnlow", "mtmesnnqq"], "substrings": ["xp", "kd", "og", "tm", "ik", "xs", "gy", "ry", "mz", "du", "fw", "zn", "gp", "es"]}, "task_name": "task04", "example_name": "0128", "problem_name": "task04_0128"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [hrvtsogtygd, nieplaapq, jehdcmcmdda, nltluzrg, lis, pkzpm, qgtwvrphkzkc, bzuuyw, vuz, gbbmkzq]\nSubstrings: [kz, cm, cz, nj, jb, kc, ya, ie, kz, bm, ip, ty, ss, id]\n", "label": {"final": [1, 1, 2, 0, 0, 2, 3, 0, 0, 3], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 1, 0, 0, 1], [0, 0, 2, 0, 0, 1, 1, 0, 0, 1], [0, 0, 2, 0, 0, 1, 1, 0, 0, 1], [0, 0, 2, 0, 0, 1, 1, 0, 0, 1], [0, 0, 2, 0, 0, 1, 1, 0, 0, 1], [0, 0, 2, 0, 0, 1, 2, 0, 0, 1], [0, 0, 2, 0, 0, 1, 2, 0, 0, 1], [0, 1, 2, 0, 0, 1, 2, 0, 0, 1], [0, 1, 2, 0, 0, 2, 3, 0, 0, 2], [0, 1, 2, 0, 0, 2, 3, 0, 0, 3], [0, 1, 2, 0, 0, 2, 3, 0, 0, 3], [1, 1, 2, 0, 0, 2, 3, 0, 0, 3], [1, 1, 2, 0, 0, 2, 3, 0, 0, 3]]}, "config": {"num_strings": 10, "num_substrings": 14, "strings": ["hrvtsogtygd", "nieplaapq", "jehdcmcmdda", "nltluzrg", "lis", "pkzpm", "qgtwvrphkzkc", "bzuuyw", "vuz", "gbbmkzq"], "substrings": ["kz", "cm", "cz", "nj", "jb", "kc", "ya", "ie", "kz", "bm", "ip", "ty", "ss", "id"]}, "task_name": "task04", "example_name": "0129", "problem_name": "task04_0129"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [elqzqlwiqr, ftzdgczybhj, jelvqijkr, kfclnauekt, krabof, dgwlszgvn, oatsckfktcz, uqptlbc, ukryi, eiclsgnoavv]\nSubstrings: [yi, ls, kr, nn, cz, ab, gw, zt, kt, qr, hc, nw, pj, ue, cg]\n", "label": {"final": [1, 1, 1, 2, 2, 2, 2, 0, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 1, 0, 0, 1, 1], [0, 0, 1, 0, 1, 1, 0, 0, 2, 1], [0, 0, 1, 0, 1, 1, 0, 0, 2, 1], [0, 1, 1, 0, 1, 1, 1, 0, 2, 1], [0, 1, 1, 0, 2, 1, 1, 0, 2, 1], [0, 1, 1, 0, 2, 2, 1, 0, 2, 1], [0, 1, 1, 0, 2, 2, 1, 0, 2, 1], [0, 1, 1, 1, 2, 2, 2, 0, 2, 1], [1, 1, 1, 1, 2, 2, 2, 0, 2, 1], [1, 1, 1, 1, 2, 2, 2, 0, 2, 1], [1, 1, 1, 1, 2, 2, 2, 0, 2, 1], [1, 1, 1, 1, 2, 2, 2, 0, 2, 1], [1, 1, 1, 2, 2, 2, 2, 0, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 15, "strings": ["elqzqlwiqr", "ftzdgczybhj", "jelvqijkr", "kfclnauekt", "krabof", "dgwlszgvn", "oatsckfktcz", "uqptlbc", "ukryi", "eiclsgnoavv"], "substrings": ["yi", "ls", "kr", "nn", "cz", "ab", "gw", "zt", "kt", "qr", "hc", "nw", "pj", "ue", "cg"]}, "task_name": "task04", "example_name": "0130", "problem_name": "task04_0130"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [rtfgrgpbg, llscwa, lanobstbp, vulswp, zjbkbr, dvwj, xmibgnt, bgvuiahmpq, alsfzmlfa, kaggxwj]\nSubstrings: [or, ls, lz, vu, uz, fg, fz, ev, wj, bi, bg, sj, ra, zs, fg]\n", "label": {"final": [3, 1, 0, 2, 0, 1, 1, 2, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 1, 0, 0, 0, 0, 1, 0], [0, 1, 0, 1, 0, 0, 0, 0, 1, 0], [0, 1, 0, 2, 0, 0, 0, 1, 1, 0], [0, 1, 0, 2, 0, 0, 0, 1, 1, 0], [1, 1, 0, 2, 0, 0, 0, 1, 1, 0], [1, 1, 0, 2, 0, 0, 0, 1, 2, 0], [1, 1, 0, 2, 0, 0, 0, 1, 2, 0], [1, 1, 0, 2, 0, 1, 0, 1, 2, 1], [1, 1, 0, 2, 0, 1, 0, 1, 2, 1], [2, 1, 0, 2, 0, 1, 1, 2, 2, 1], [2, 1, 0, 2, 0, 1, 1, 2, 2, 1], [2, 1, 0, 2, 0, 1, 1, 2, 2, 1], [2, 1, 0, 2, 0, 1, 1, 2, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 15, "strings": ["rtfgrgpbg", "llscwa", "lanobstbp", "vulswp", "zjbkbr", "dvwj", "xmibgnt", "bgvuiahmpq", "alsfzmlfa", "kaggxwj"], "substrings": ["or", "ls", "lz", "vu", "uz", "fg", "fz", "ev", "wj", "bi", "bg", "sj", "ra", "zs", "fg"]}, "task_name": "task04", "example_name": "0131", "problem_name": "task04_0131"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [llho, asl, cdwlrkjcg, wxbqeaujj, wxxtgxdij, yeqacr, klbsy, svmsekqjmzjg, asmqvr, rjyrn]\nSubstrings: [wf, ka, fa, kq, se, rn, pj, qe, se, za, au, cd, sm, fq, tk]\n", "label": {"final": [0, 0, 1, 2, 0, 0, 0, 3, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 0, 2, 0, 0], [0, 0, 0, 0, 0, 0, 0, 2, 0, 1], [0, 0, 0, 0, 0, 0, 0, 2, 0, 1], [0, 0, 0, 1, 0, 0, 0, 2, 0, 1], [0, 0, 0, 1, 0, 0, 0, 3, 0, 1], [0, 0, 0, 1, 0, 0, 0, 3, 0, 1], [0, 0, 0, 2, 0, 0, 0, 3, 0, 1], [0, 0, 1, 2, 0, 0, 0, 3, 0, 1], [0, 0, 1, 2, 0, 0, 0, 3, 1, 1], [0, 0, 1, 2, 0, 0, 0, 3, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 15, "strings": ["llho", "asl", "cdwlrkjcg", "wxbqeaujj", "wxxtgxdij", "yeqacr", "klbsy", "svmsekqjmzjg", "asmqvr", "rjyrn"], "substrings": ["wf", "ka", "fa", "kq", "se", "rn", "pj", "qe", "se", "za", "au", "cd", "sm", "fq", "tk"]}, "task_name": "task04", "example_name": "0132", "problem_name": "task04_0132"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qslunjan, wplzidwacdf, cdxxy, vmgetyes, lrhju, ouxrzrfwsys, zcsolxaccrjf, bewdrcrj, jogcs, bxtdkz]\nSubstrings: [ns, nu, wd, ac, cr, rc, yt, ht, jo, lo, un, rz, wn, vt, cd]\n", "label": {"final": [1, 2, 1, 0, 0, 1, 2, 3, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 1, 0, 0, 0, 0, 1, 1, 0, 0], [0, 1, 0, 0, 0, 0, 2, 2, 0, 0], [0, 1, 0, 0, 0, 0, 2, 3, 0, 0], [0, 1, 0, 0, 0, 0, 2, 3, 0, 0], [0, 1, 0, 0, 0, 0, 2, 3, 0, 0], [0, 1, 0, 0, 0, 0, 2, 3, 1, 0], [0, 1, 0, 0, 0, 0, 2, 3, 1, 0], [1, 1, 0, 0, 0, 0, 2, 3, 1, 0], [1, 1, 0, 0, 0, 1, 2, 3, 1, 0], [1, 1, 0, 0, 0, 1, 2, 3, 1, 0], [1, 1, 0, 0, 0, 1, 2, 3, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 15, "strings": ["qslunjan", "wplzidwacdf", "cdxxy", "vmgetyes", "lrhju", "ouxrzrfwsys", "zcsolxaccrjf", "bewdrcrj", "jogcs", "bxtdkz"], "substrings": ["ns", "nu", "wd", "ac", "cr", "rc", "yt", "ht", "jo", "lo", "un", "rz", "wn", "vt", "cd"]}, "task_name": "task04", "example_name": "0133", "problem_name": "task04_0133"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [tsouevkzy, hmsuejarecgr, hmjfdnpchn, rhspw, tkmz, itkabsqcm, urec, mwhme, fjptznoo, uewlttawrr]\nSubstrings: [pw, li, xm, su, tk, xj, mw, hm, mx, cu, ck, tf, hs, sc, mu]\n", "label": {"final": [0, 2, 1, 2, 1, 1, 0, 2, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 1, 0, 1, 0, 0, 0, 0, 0, 0], [0, 1, 0, 1, 1, 1, 0, 0, 0, 0], [0, 1, 0, 1, 1, 1, 0, 0, 0, 0], [0, 1, 0, 1, 1, 1, 0, 1, 0, 0], [0, 2, 1, 1, 1, 1, 0, 2, 0, 0], [0, 2, 1, 1, 1, 1, 0, 2, 0, 0], [0, 2, 1, 1, 1, 1, 0, 2, 0, 0], [0, 2, 1, 1, 1, 1, 0, 2, 0, 0], [0, 2, 1, 1, 1, 1, 0, 2, 0, 0], [0, 2, 1, 2, 1, 1, 0, 2, 0, 0], [0, 2, 1, 2, 1, 1, 0, 2, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 15, "strings": ["tsouevkzy", "hmsuejarecgr", "hmjfdnpchn", "rhspw", "tkmz", "itkabsqcm", "urec", "mwhme", "fjptznoo", "uewlttawrr"], "substrings": ["pw", "li", "xm", "su", "tk", "xj", "mw", "hm", "mx", "cu", "ck", "tf", "hs", "sc", "mu"]}, "task_name": "task04", "example_name": "0134", "problem_name": "task04_0134"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [mbmoxbwcut, bmoypgar, msactp, vcozorho, cozycvfsvdd, xmosa, azi, zjoqyxq, ihzonlymz, giamwpqs]\nSubstrings: [yp, co, jj, mo, bl, jt, ts, sa, ic, zo, re, hv, xg, ga, xq]\n", "label": {"final": [1, 3, 1, 2, 1, 2, 0, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 1, 1, 0, 0, 0, 0, 0], [0, 1, 0, 1, 1, 0, 0, 0, 0, 0], [1, 2, 0, 1, 1, 1, 0, 0, 0, 0], [1, 2, 0, 1, 1, 1, 0, 0, 0, 0], [1, 2, 0, 1, 1, 1, 0, 0, 0, 0], [1, 2, 0, 1, 1, 1, 0, 0, 0, 0], [1, 2, 1, 1, 1, 2, 0, 0, 0, 0], [1, 2, 1, 1, 1, 2, 0, 0, 0, 0], [1, 2, 1, 2, 1, 2, 0, 0, 1, 0], [1, 2, 1, 2, 1, 2, 0, 0, 1, 0], [1, 2, 1, 2, 1, 2, 0, 0, 1, 0], [1, 2, 1, 2, 1, 2, 0, 0, 1, 0], [1, 3, 1, 2, 1, 2, 0, 0, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 15, "strings": ["mbmoxbwcut", "bmoypgar", "msactp", "vcozorho", "cozycvfsvdd", "xmosa", "azi", "zjoqyxq", "ihzonlymz", "giamwpqs"], "substrings": ["yp", "co", "jj", "mo", "bl", "jt", "ts", "sa", "ic", "zo", "re", "hv", "xg", "ga", "xq"]}, "task_name": "task04", "example_name": "0135", "problem_name": "task04_0135"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cxvhdbvyv, znjorcejkp, idfevnjskdbd, hfxkkxkeygtv, vrxof, mkxejpir, xkjfmabjw, anwsg, vyevdcw, sbbnkkuzjp]\nSubstrings: [pe, vy, xk, nj, ba, ox, hz, ev, uu, kk, uz, jf, kx, qh, kp]\n", "label": {"final": [1, 2, 2, 4, 0, 1, 2, 0, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 0, 0, 2, 0, 0, 1, 0, 1, 0], [1, 1, 1, 2, 0, 0, 1, 0, 1, 0], [1, 1, 1, 2, 0, 0, 1, 0, 1, 0], [1, 1, 1, 2, 0, 0, 1, 0, 1, 0], [1, 1, 1, 2, 0, 0, 1, 0, 1, 0], [1, 1, 2, 2, 0, 0, 1, 0, 2, 0], [1, 1, 2, 2, 0, 0, 1, 0, 2, 0], [1, 1, 2, 3, 0, 0, 1, 0, 2, 1], [1, 1, 2, 3, 0, 0, 1, 0, 2, 2], [1, 1, 2, 3, 0, 0, 2, 0, 2, 2], [1, 1, 2, 4, 0, 1, 2, 0, 2, 2], [1, 1, 2, 4, 0, 1, 2, 0, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 15, "strings": ["cxvhdbvyv", "znjorcejkp", "idfevnjskdbd", "hfxkkxkeygtv", "vrxof", "mkxejpir", "xkjfmabjw", "anwsg", "vyevdcw", "sbbnkkuzjp"], "substrings": ["pe", "vy", "xk", "nj", "ba", "ox", "hz", "ev", "uu", "kk", "uz", "jf", "kx", "qh", "kp"]}, "task_name": "task04", "example_name": "0136", "problem_name": "task04_0136"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [fmfnm, nocufvtscr, ncpjbqrt, sduaib, itfynm, vumitlmqutl, zmfwe, sgeikihgtnan, obxl, iiagygdk]\nSubstrings: [yl, ob, qu, ei, rf, ji, hi, vm, sa, wo, dl, ki, we, dk, ua]\n", "label": {"final": [0, 0, 0, 1, 0, 1, 1, 2, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 1, 0, 0, 1, 0], [0, 0, 0, 0, 0, 1, 0, 1, 1, 0], [0, 0, 0, 0, 0, 1, 0, 1, 1, 0], [0, 0, 0, 0, 0, 1, 0, 1, 1, 0], [0, 0, 0, 0, 0, 1, 0, 1, 1, 0], [0, 0, 0, 0, 0, 1, 0, 1, 1, 0], [0, 0, 0, 0, 0, 1, 0, 1, 1, 0], [0, 0, 0, 0, 0, 1, 0, 1, 1, 0], [0, 0, 0, 0, 0, 1, 0, 1, 1, 0], [0, 0, 0, 0, 0, 1, 0, 2, 1, 0], [0, 0, 0, 0, 0, 1, 1, 2, 1, 0], [0, 0, 0, 0, 0, 1, 1, 2, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 15, "strings": ["fmfnm", "nocufvtscr", "ncpjbqrt", "sduaib", "itfynm", "vumitlmqutl", "zmfwe", "sgeikihgtnan", "obxl", "iiagygdk"], "substrings": ["yl", "ob", "qu", "ei", "rf", "ji", "hi", "vm", "sa", "wo", "dl", "ki", "we", "dk", "ua"]}, "task_name": "task04", "example_name": "0137", "problem_name": "task04_0137"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [rzztm, iycnzn, zrsxnpqm, prrpkyxknil, lfd, jzymhzzxgt, sthrn, nfrmtnzyvgog, swg, zzccwvnubapn]\nSubstrings: [gk, cc, xg, nz, mt, xn, le, ox, zz, ca, hl, hr, tm, yc, xk]\n", "label": {"final": [2, 2, 1, 1, 0, 2, 1, 2, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 1, 0, 0, 0, 1], [0, 1, 0, 0, 0, 1, 0, 1, 0, 1], [0, 1, 0, 0, 0, 1, 0, 2, 0, 1], [0, 1, 1, 0, 0, 1, 0, 2, 0, 1], [0, 1, 1, 0, 0, 1, 0, 2, 0, 1], [0, 1, 1, 0, 0, 1, 0, 2, 0, 1], [1, 1, 1, 0, 0, 2, 0, 2, 0, 2], [1, 1, 1, 0, 0, 2, 0, 2, 0, 2], [1, 1, 1, 0, 0, 2, 0, 2, 0, 2], [1, 1, 1, 0, 0, 2, 1, 2, 0, 2], [2, 1, 1, 0, 0, 2, 1, 2, 0, 2], [2, 2, 1, 0, 0, 2, 1, 2, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 15, "strings": ["rzztm", "iycnzn", "zrsxnpqm", "prrpkyxknil", "lfd", "jzymhzzxgt", "sthrn", "nfrmtnzyvgog", "swg", "zzccwvnubapn"], "substrings": ["gk", "cc", "xg", "nz", "mt", "xn", "le", "ox", "zz", "ca", "hl", "hr", "tm", "yc", "xk"]}, "task_name": "task04", "example_name": "0138", "problem_name": "task04_0138"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [uuvu, kgdrsybh, dru, ewzunvyabo, vuorcsydli, qdjihvyt, xyqicobngi, wqshgyayeh, twxqkgeghey, ttwnbnkbqw]\nSubstrings: [ms, pn, ya, vu, ko, op, yt, ju, oa, jw, xq, bi, ee, kd, tw]\n", "label": {"final": [1, 0, 0, 1, 1, 1, 0, 1, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 1, 0, 0], [1, 0, 0, 1, 1, 0, 0, 1, 0, 0], [1, 0, 0, 1, 1, 0, 0, 1, 0, 0], [1, 0, 0, 1, 1, 0, 0, 1, 0, 0], [1, 0, 0, 1, 1, 1, 0, 1, 0, 0], [1, 0, 0, 1, 1, 1, 0, 1, 0, 0], [1, 0, 0, 1, 1, 1, 0, 1, 0, 0], [1, 0, 0, 1, 1, 1, 0, 1, 0, 0], [1, 0, 0, 1, 1, 1, 0, 1, 1, 0], [1, 0, 0, 1, 1, 1, 0, 1, 1, 0], [1, 0, 0, 1, 1, 1, 0, 1, 1, 0], [1, 0, 0, 1, 1, 1, 0, 1, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 15, "strings": ["uuvu", "kgdrsybh", "dru", "ewzunvyabo", "vuorcsydli", "qdjihvyt", "xyqicobngi", "wqshgyayeh", "twxqkgeghey", "ttwnbnkbqw"], "substrings": ["ms", "pn", "ya", "vu", "ko", "op", "yt", "ju", "oa", "jw", "xq", "bi", "ee", "kd", "tw"]}, "task_name": "task04", "example_name": "0139", "problem_name": "task04_0139"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [sfem, vhripr, zmbgaskxka, tvapbqn, eoufif, oouk, rwkhivooq, vljuukekl, rinydl, pccmnoc]\nSubstrings: [ap, rl, sq, uk, vh, sk, ri, tv, rw, ud, ya, wf, jp, uv, yv, rw]\n", "label": {"final": [0, 2, 1, 2, 0, 1, 2, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 1, 0, 1, 0, 0], [0, 1, 0, 1, 0, 1, 0, 1, 0, 0], [0, 1, 1, 1, 0, 1, 0, 1, 0, 0], [0, 2, 1, 1, 0, 1, 0, 1, 1, 0], [0, 2, 1, 2, 0, 1, 0, 1, 1, 0], [0, 2, 1, 2, 0, 1, 1, 1, 1, 0], [0, 2, 1, 2, 0, 1, 1, 1, 1, 0], [0, 2, 1, 2, 0, 1, 1, 1, 1, 0], [0, 2, 1, 2, 0, 1, 1, 1, 1, 0], [0, 2, 1, 2, 0, 1, 1, 1, 1, 0], [0, 2, 1, 2, 0, 1, 1, 1, 1, 0], [0, 2, 1, 2, 0, 1, 1, 1, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 16, "strings": ["sfem", "vhripr", "zmbgaskxka", "tvapbqn", "eoufif", "oouk", "rwkhivooq", "vljuukekl", "rinydl", "pccmnoc"], "substrings": ["ap", "rl", "sq", "uk", "vh", "sk", "ri", "tv", "rw", "ud", "ya", "wf", "jp", "uv", "yv", "rw"]}, "task_name": "task04", "example_name": "0140", "problem_name": "task04_0140"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qkl, afaozmqcgeu, lombsrm, wvjnbvdr, jxznsay, mpwa, zadecw, kbwrjitourik, pnyb, mburdmwa]\nSubstrings: [eq, mp, lo, pr, dw, rc, to, fa, de, xm, of, xu, cp, ur, oz, dm]\n", "label": {"final": [0, 2, 1, 0, 0, 1, 1, 2, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [0, 0, 1, 0, 0, 1, 0, 0, 0, 0], [0, 0, 1, 0, 0, 1, 0, 0, 0, 0], [0, 0, 1, 0, 0, 1, 0, 0, 0, 0], [0, 0, 1, 0, 0, 1, 0, 0, 0, 0], [0, 0, 1, 0, 0, 1, 0, 1, 0, 0], [0, 1, 1, 0, 0, 1, 0, 1, 0, 0], [0, 1, 1, 0, 0, 1, 1, 1, 0, 0], [0, 1, 1, 0, 0, 1, 1, 1, 0, 0], [0, 1, 1, 0, 0, 1, 1, 1, 0, 0], [0, 1, 1, 0, 0, 1, 1, 1, 0, 0], [0, 1, 1, 0, 0, 1, 1, 1, 0, 0], [0, 1, 1, 0, 0, 1, 1, 2, 0, 1], [0, 2, 1, 0, 0, 1, 1, 2, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 16, "strings": ["qkl", "afaozmqcgeu", "lombsrm", "wvjnbvdr", "jxznsay", "mpwa", "zadecw", "kbwrjitourik", "pnyb", "mburdmwa"], "substrings": ["eq", "mp", "lo", "pr", "dw", "rc", "to", "fa", "de", "xm", "of", "xu", "cp", "ur", "oz", "dm"]}, "task_name": "task04", "example_name": "0141", "problem_name": "task04_0141"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [evjzjevffx, drihsxdele, knrihi, qsyzuqp, jnuqihuooz, bttmimi, klqzx, eyoopsphzv, nmddgj, vsvzdnsx]\nSubstrings: [mh, js, uo, jq, ih, ra, nr, sx, vf, je, zx, mi, wz, rz, xc, nb]\n", "label": {"final": [2, 2, 2, 0, 2, 2, 1, 0, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 1, 1, 0, 2, 0, 0, 0, 0, 0], [0, 1, 1, 0, 2, 0, 0, 0, 0, 0], [0, 1, 2, 0, 2, 0, 0, 0, 0, 0], [0, 2, 2, 0, 2, 0, 0, 0, 0, 1], [1, 2, 2, 0, 2, 0, 0, 0, 0, 1], [2, 2, 2, 0, 2, 0, 0, 0, 0, 1], [2, 2, 2, 0, 2, 0, 1, 0, 0, 1], [2, 2, 2, 0, 2, 2, 1, 0, 0, 1], [2, 2, 2, 0, 2, 2, 1, 0, 0, 1], [2, 2, 2, 0, 2, 2, 1, 0, 0, 1], [2, 2, 2, 0, 2, 2, 1, 0, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 16, "strings": ["evjzjevffx", "drihsxdele", "knrihi", "qsyzuqp", "jnuqihuooz", "bttmimi", "klqzx", "eyoopsphzv", "nmddgj", "vsvzdnsx"], "substrings": ["mh", "js", "uo", "jq", "ih", "ra", "nr", "sx", "vf", "je", "zx", "mi", "wz", "rz", "xc", "nb"]}, "task_name": "task04", "example_name": "0142", "problem_name": "task04_0142"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ufyamlvni, ypkcbtkth, mjti, pwtirfb, kpkcc, cncetbbqtq, jfjyzmjag, qxdmpkupdy, yamqpkdoqa, zpy]\nSubstrings: [zn, da, ml, gu, mj, pk, yz, qn, ti, tb, tg, yl, gr, rf, el, bu]\n", "label": {"final": [1, 1, 2, 2, 1, 1, 2, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 0, 0, 1, 0, 0, 0], [1, 1, 1, 0, 1, 0, 1, 1, 1, 0], [1, 1, 1, 0, 1, 0, 2, 1, 1, 0], [1, 1, 1, 0, 1, 0, 2, 1, 1, 0], [1, 1, 2, 1, 1, 0, 2, 1, 1, 0], [1, 1, 2, 1, 1, 1, 2, 1, 1, 0], [1, 1, 2, 1, 1, 1, 2, 1, 1, 0], [1, 1, 2, 1, 1, 1, 2, 1, 1, 0], [1, 1, 2, 1, 1, 1, 2, 1, 1, 0], [1, 1, 2, 2, 1, 1, 2, 1, 1, 0], [1, 1, 2, 2, 1, 1, 2, 1, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 16, "strings": ["ufyamlvni", "ypkcbtkth", "mjti", "pwtirfb", "kpkcc", "cncetbbqtq", "jfjyzmjag", "qxdmpkupdy", "yamqpkdoqa", "zpy"], "substrings": ["zn", "da", "ml", "gu", "mj", "pk", "yz", "qn", "ti", "tb", "tg", "yl", "gr", "rf", "el", "bu"]}, "task_name": "task04", "example_name": "0143", "problem_name": "task04_0143"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [dlzfyygrgk, idulwp, ftfryfx, vgwqthn, cfuwg, dsyjyqfcfibf, gtzgkcv, anwqgv, vxxypoguwmh, lbe]\nSubstrings: [uw, cf, vh, wq, mh, th, qf, fy, yw, ec, rb, nj, qq, wr, ai, gt]\n", "label": {"final": [1, 0, 0, 2, 2, 2, 1, 1, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 0, 1, 0], [0, 0, 0, 0, 2, 1, 0, 0, 1, 0], [0, 0, 0, 0, 2, 1, 0, 0, 1, 0], [0, 0, 0, 1, 2, 1, 0, 1, 1, 0], [0, 0, 0, 1, 2, 1, 0, 1, 2, 0], [0, 0, 0, 2, 2, 1, 0, 1, 2, 0], [0, 0, 0, 2, 2, 2, 0, 1, 2, 0], [1, 0, 0, 2, 2, 2, 0, 1, 2, 0], [1, 0, 0, 2, 2, 2, 0, 1, 2, 0], [1, 0, 0, 2, 2, 2, 0, 1, 2, 0], [1, 0, 0, 2, 2, 2, 0, 1, 2, 0], [1, 0, 0, 2, 2, 2, 0, 1, 2, 0], [1, 0, 0, 2, 2, 2, 0, 1, 2, 0], [1, 0, 0, 2, 2, 2, 0, 1, 2, 0], [1, 0, 0, 2, 2, 2, 0, 1, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 16, "strings": ["dlzfyygrgk", "idulwp", "ftfryfx", "vgwqthn", "cfuwg", "dsyjyqfcfibf", "gtzgkcv", "anwqgv", "vxxypoguwmh", "lbe"], "substrings": ["uw", "cf", "vh", "wq", "mh", "th", "qf", "fy", "yw", "ec", "rb", "nj", "qq", "wr", "ai", "gt"]}, "task_name": "task04", "example_name": "0144", "problem_name": "task04_0144"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [wfcfzk, ktowwwwxch, wdpufvxamc, vwwsxfuh, ieowt, jkl, abkdqal, dgnye, hsfusyq, kwodsdcfsm]\nSubstrings: [nz, bj, al, hr, od, sp, co, yq, ow, ww, dq, ye, kw, xa, cj, bc]\n", "label": {"final": [0, 3, 1, 1, 1, 0, 2, 1, 1, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 1], [0, 0, 0, 0, 0, 0, 1, 0, 0, 1], [0, 0, 0, 0, 0, 0, 1, 0, 0, 1], [0, 0, 0, 0, 0, 0, 1, 0, 1, 1], [0, 1, 0, 0, 1, 0, 1, 0, 1, 1], [0, 3, 0, 1, 1, 0, 1, 0, 1, 1], [0, 3, 0, 1, 1, 0, 2, 0, 1, 1], [0, 3, 0, 1, 1, 0, 2, 1, 1, 1], [0, 3, 0, 1, 1, 0, 2, 1, 1, 2], [0, 3, 1, 1, 1, 0, 2, 1, 1, 2], [0, 3, 1, 1, 1, 0, 2, 1, 1, 2]]}, "config": {"num_strings": 10, "num_substrings": 16, "strings": ["wfcfzk", "ktowwwwxch", "wdpufvxamc", "vwwsxfuh", "ieowt", "jkl", "abkdqal", "dgnye", "hsfusyq", "kwodsdcfsm"], "substrings": ["nz", "bj", "al", "hr", "od", "sp", "co", "yq", "ow", "ww", "dq", "ye", "kw", "xa", "cj", "bc"]}, "task_name": "task04", "example_name": "0145", "problem_name": "task04_0145"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [sosqiet, xeoz, evwmrbroxlr, gahwayk, qqofbtvgdgdg, qhdobozzthx, qkmybjfh, futvnxf, hcbboluedpl, gyxcbmgwc]\nSubstrings: [do, id, cp, br, wx, hr, cb, gd, ck, sc, dz, ox, rz, zr, mn, bo]\n", "label": {"final": [0, 0, 2, 0, 2, 2, 0, 0, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [0, 0, 1, 0, 0, 1, 0, 0, 0, 0], [0, 0, 1, 0, 0, 1, 0, 0, 0, 0], [0, 0, 1, 0, 0, 1, 0, 0, 0, 0], [0, 0, 1, 0, 0, 1, 0, 0, 1, 1], [0, 0, 1, 0, 2, 1, 0, 0, 1, 1], [0, 0, 1, 0, 2, 1, 0, 0, 1, 1], [0, 0, 1, 0, 2, 1, 0, 0, 1, 1], [0, 0, 1, 0, 2, 1, 0, 0, 1, 1], [0, 0, 2, 0, 2, 1, 0, 0, 1, 1], [0, 0, 2, 0, 2, 1, 0, 0, 1, 1], [0, 0, 2, 0, 2, 1, 0, 0, 1, 1], [0, 0, 2, 0, 2, 1, 0, 0, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 16, "strings": ["sosqiet", "xeoz", "evwmrbroxlr", "gahwayk", "qqofbtvgdgdg", "qhdobozzthx", "qkmybjfh", "futvnxf", "hcbboluedpl", "gyxcbmgwc"], "substrings": ["do", "id", "cp", "br", "wx", "hr", "cb", "gd", "ck", "sc", "dz", "ox", "rz", "zr", "mn", "bo"]}, "task_name": "task04", "example_name": "0146", "problem_name": "task04_0146"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ehid, zbtts, dfpfr, qfllrgvrj, ccbdmwdpsf, driqmvg, glxvtkajyic, bmnfaxw, femkjv, dro]\nSubstrings: [id, lp, sr, jy, id, ic, bm, pj, qq, hs, cb, np, ff, mk, yd, wl]\n", "label": {"final": [2, 0, 0, 0, 1, 0, 2, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 1, 0, 0, 0], [2, 0, 0, 0, 0, 0, 1, 0, 0, 0], [2, 0, 0, 0, 0, 0, 2, 0, 0, 0], [2, 0, 0, 0, 0, 0, 2, 1, 0, 0], [2, 0, 0, 0, 0, 0, 2, 1, 0, 0], [2, 0, 0, 0, 0, 0, 2, 1, 0, 0], [2, 0, 0, 0, 0, 0, 2, 1, 0, 0], [2, 0, 0, 0, 1, 0, 2, 1, 0, 0], [2, 0, 0, 0, 1, 0, 2, 1, 0, 0], [2, 0, 0, 0, 1, 0, 2, 1, 0, 0], [2, 0, 0, 0, 1, 0, 2, 1, 1, 0], [2, 0, 0, 0, 1, 0, 2, 1, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 16, "strings": ["ehid", "zbtts", "dfpfr", "qfllrgvrj", "ccbdmwdpsf", "driqmvg", "glxvtkajyic", "bmnfaxw", "femkjv", "dro"], "substrings": ["id", "lp", "sr", "jy", "id", "ic", "bm", "pj", "qq", "hs", "cb", "np", "ff", "mk", "yd", "wl"]}, "task_name": "task04", "example_name": "0147", "problem_name": "task04_0147"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cvrlrzjat, kagrs, gjnntfd, tqrlk, ghkxkicvtqj, wnzcjrs, kuwpyozuka, rnqrr, tqbwtqpra, tqrlyhm]\nSubstrings: [so, od, de, cb, qr, wa, cv, rl, ia, na, rn, tq, fq, ea, cr, nc]\n", "label": {"final": [2, 0, 0, 3, 2, 0, 0, 2, 2, 3], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 1, 0, 1], [0, 0, 0, 1, 0, 0, 0, 1, 0, 1], [1, 0, 0, 1, 1, 0, 0, 1, 0, 1], [2, 0, 0, 2, 1, 0, 0, 1, 0, 2], [2, 0, 0, 2, 1, 0, 0, 1, 0, 2], [2, 0, 0, 2, 1, 0, 0, 1, 0, 2], [2, 0, 0, 2, 1, 0, 0, 2, 0, 2], [2, 0, 0, 3, 2, 0, 0, 2, 2, 3], [2, 0, 0, 3, 2, 0, 0, 2, 2, 3], [2, 0, 0, 3, 2, 0, 0, 2, 2, 3], [2, 0, 0, 3, 2, 0, 0, 2, 2, 3]]}, "config": {"num_strings": 10, "num_substrings": 16, "strings": ["cvrlrzjat", "kagrs", "gjnntfd", "tqrlk", "ghkxkicvtqj", "wnzcjrs", "kuwpyozuka", "rnqrr", "tqbwtqpra", "tqrlyhm"], "substrings": ["so", "od", "de", "cb", "qr", "wa", "cv", "rl", "ia", "na", "rn", "tq", "fq", "ea", "cr", "nc"]}, "task_name": "task04", "example_name": "0148", "problem_name": "task04_0148"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [lkbxjc, uicewdrnw, qslhswogjh, pvxjcnclc, tuwtvcnv, wsraatukdp, rdwkbaavlt, afbl, ewtxjtajwn, kbltqe]\nSubstrings: [kb, ip, na, ut, fb, sy, qk, xh, gw, tu, vb, xj, wt, lv, aa, gy]\n", "label": {"final": [2, 0, 0, 1, 2, 2, 2, 1, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 1, 0, 0, 1], [1, 0, 0, 0, 0, 0, 1, 0, 0, 1], [1, 0, 0, 0, 0, 0, 1, 0, 0, 1], [1, 0, 0, 0, 0, 0, 1, 0, 0, 1], [1, 0, 0, 0, 0, 0, 1, 1, 0, 1], [1, 0, 0, 0, 0, 0, 1, 1, 0, 1], [1, 0, 0, 0, 0, 0, 1, 1, 0, 1], [1, 0, 0, 0, 0, 0, 1, 1, 0, 1], [1, 0, 0, 0, 0, 0, 1, 1, 0, 1], [1, 0, 0, 0, 1, 1, 1, 1, 0, 1], [1, 0, 0, 0, 1, 1, 1, 1, 0, 1], [2, 0, 0, 1, 1, 1, 1, 1, 1, 1], [2, 0, 0, 1, 2, 1, 1, 1, 2, 1], [2, 0, 0, 1, 2, 1, 1, 1, 2, 1], [2, 0, 0, 1, 2, 2, 2, 1, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 16, "strings": ["lkbxjc", "uicewdrnw", "qslhswogjh", "pvxjcnclc", "tuwtvcnv", "wsraatukdp", "rdwkbaavlt", "afbl", "ewtxjtajwn", "kbltqe"], "substrings": ["kb", "ip", "na", "ut", "fb", "sy", "qk", "xh", "gw", "tu", "vb", "xj", "wt", "lv", "aa", "gy"]}, "task_name": "task04", "example_name": "0149", "problem_name": "task04_0149"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qjlkisvf, xqrqrdwqgfch, kxqrbxc, gihgxtgjo, tlrrmmcr, frbtaefylx, mykxyac, eosvxtgfwdq, kaelsaw, svfmzww]\nSubstrings: [jl, tg, gj, fm, my, mc, rm, wm, sv, qr, kx, xt, pa, cn, yb, ie, at]\n", "label": {"final": [2, 2, 2, 3, 2, 0, 2, 3, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0, 0, 1, 0, 0], [1, 0, 0, 2, 0, 0, 0, 1, 0, 0], [1, 0, 0, 2, 0, 0, 0, 1, 0, 1], [1, 0, 0, 2, 0, 0, 1, 1, 0, 1], [1, 0, 0, 2, 1, 0, 1, 1, 0, 1], [1, 0, 0, 2, 2, 0, 1, 1, 0, 1], [1, 0, 0, 2, 2, 0, 1, 1, 0, 1], [2, 0, 0, 2, 2, 0, 1, 2, 0, 2], [2, 2, 1, 2, 2, 0, 1, 2, 0, 2], [2, 2, 2, 2, 2, 0, 2, 2, 0, 2], [2, 2, 2, 3, 2, 0, 2, 3, 0, 2], [2, 2, 2, 3, 2, 0, 2, 3, 0, 2], [2, 2, 2, 3, 2, 0, 2, 3, 0, 2], [2, 2, 2, 3, 2, 0, 2, 3, 0, 2], [2, 2, 2, 3, 2, 0, 2, 3, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 17, "strings": ["qjlkisvf", "xqrqrdwqgfch", "kxqrbxc", "gihgxtgjo", "tlrrmmcr", "frbtaefylx", "mykxyac", "eosvxtgfwdq", "kaelsaw", "svfmzww"], "substrings": ["jl", "tg", "gj", "fm", "my", "mc", "rm", "wm", "sv", "qr", "kx", "xt", "pa", "cn", "yb", "ie", "at"]}, "task_name": "task04", "example_name": "0150", "problem_name": "task04_0150"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [istkij, sezkz, lkdxykzpdjth, idffipixmv, jai, afkxy, tkxydijz, kzppo, ikhgltwal, wppgprgddg]\nSubstrings: [qj, is, kz, tt, qc, hy, yc, pn, yf, rp, gh, xy, gc, tk, tn, xr, pg]\n", "label": {"final": [2, 1, 2, 0, 0, 1, 2, 1, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 1, 1, 0, 0, 0, 0, 1, 0, 0], [1, 1, 1, 0, 0, 0, 0, 1, 0, 0], [1, 1, 1, 0, 0, 0, 0, 1, 0, 0], [1, 1, 1, 0, 0, 0, 0, 1, 0, 0], [1, 1, 1, 0, 0, 0, 0, 1, 0, 0], [1, 1, 1, 0, 0, 0, 0, 1, 0, 0], [1, 1, 1, 0, 0, 0, 0, 1, 0, 0], [1, 1, 1, 0, 0, 0, 0, 1, 0, 0], [1, 1, 1, 0, 0, 0, 0, 1, 0, 0], [1, 1, 2, 0, 0, 1, 1, 1, 0, 0], [1, 1, 2, 0, 0, 1, 1, 1, 0, 0], [2, 1, 2, 0, 0, 1, 2, 1, 0, 0], [2, 1, 2, 0, 0, 1, 2, 1, 0, 0], [2, 1, 2, 0, 0, 1, 2, 1, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 17, "strings": ["istkij", "sezkz", "lkdxykzpdjth", "idffipixmv", "jai", "afkxy", "tkxydijz", "kzppo", "ikhgltwal", "wppgprgddg"], "substrings": ["qj", "is", "kz", "tt", "qc", "hy", "yc", "pn", "yf", "rp", "gh", "xy", "gc", "tk", "tn", "xr", "pg"]}, "task_name": "task04", "example_name": "0151", "problem_name": "task04_0151"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cvuaislxxvm, nujcyjgkqei, kqkwy, bzcscwyjdnh, jhctuh, vqwy, ykohbbza, zuggx, olxo, hrjfl]\nSubstrings: [hr, kq, kw, wy, zu, jf, ai, kj, sn, bs, ry, jg, gg, td, hb, wn, so]\n", "label": {"final": [1, 2, 3, 1, 0, 1, 1, 2, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 1, 1, 0, 0, 0, 0, 0, 0, 1], [0, 1, 2, 0, 0, 0, 0, 0, 0, 1], [0, 1, 3, 1, 0, 1, 0, 0, 0, 1], [0, 1, 3, 1, 0, 1, 0, 1, 0, 1], [0, 1, 3, 1, 0, 1, 0, 1, 0, 2], [1, 1, 3, 1, 0, 1, 0, 1, 0, 2], [1, 1, 3, 1, 0, 1, 0, 1, 0, 2], [1, 1, 3, 1, 0, 1, 0, 1, 0, 2], [1, 1, 3, 1, 0, 1, 0, 1, 0, 2], [1, 1, 3, 1, 0, 1, 0, 1, 0, 2], [1, 2, 3, 1, 0, 1, 0, 1, 0, 2], [1, 2, 3, 1, 0, 1, 0, 2, 0, 2], [1, 2, 3, 1, 0, 1, 0, 2, 0, 2], [1, 2, 3, 1, 0, 1, 1, 2, 0, 2], [1, 2, 3, 1, 0, 1, 1, 2, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 17, "strings": ["cvuaislxxvm", "nujcyjgkqei", "kqkwy", "bzcscwyjdnh", "jhctuh", "vqwy", "ykohbbza", "zuggx", "olxo", "hrjfl"], "substrings": ["hr", "kq", "kw", "wy", "zu", "jf", "ai", "kj", "sn", "bs", "ry", "jg", "gg", "td", "hb", "wn", "so"]}, "task_name": "task04", "example_name": "0152", "problem_name": "task04_0152"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [stq, hsjpqxelu, pjkwuinn, rwzwj, ifmekzvdlzw, wkusrrs, zrzso, qlertzu, divxwix, liohzy]\nSubstrings: [rd, wi, nw, so, rw, xl, ql, dn, fm, rs, lo, rz, ui, vx, ek, gz, tt]\n", "label": {"final": [0, 0, 1, 1, 2, 1, 2, 1, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 1, 0, 1, 0], [0, 0, 0, 1, 0, 0, 1, 0, 1, 0], [0, 0, 0, 1, 0, 0, 1, 0, 1, 0], [0, 0, 0, 1, 0, 0, 1, 1, 1, 0], [0, 0, 0, 1, 0, 0, 1, 1, 1, 0], [0, 0, 0, 1, 1, 0, 1, 1, 1, 0], [0, 0, 0, 1, 1, 1, 1, 1, 1, 0], [0, 0, 0, 1, 1, 1, 1, 1, 1, 0], [0, 0, 0, 1, 1, 1, 2, 1, 1, 0], [0, 0, 1, 1, 1, 1, 2, 1, 1, 0], [0, 0, 1, 1, 1, 1, 2, 1, 2, 0], [0, 0, 1, 1, 2, 1, 2, 1, 2, 0], [0, 0, 1, 1, 2, 1, 2, 1, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 17, "strings": ["stq", "hsjpqxelu", "pjkwuinn", "rwzwj", "ifmekzvdlzw", "wkusrrs", "zrzso", "qlertzu", "divxwix", "liohzy"], "substrings": ["rd", "wi", "nw", "so", "rw", "xl", "ql", "dn", "fm", "rs", "lo", "rz", "ui", "vx", "ek", "gz", "tt"]}, "task_name": "task04", "example_name": "0153", "problem_name": "task04_0153"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [toimge, efmvfctiaswk, gjtahrwqbjbj, defwlxbds, selyhsxx, gqbvcao, dwgahpzsqav, urppyefha, jbxmsol, zyvgd]\nSubstrings: [fv, mv, ol, ha, gq, ms, fi, vr, wl, bj, ef, uj, yv, uh, ly, lf, ah]\n", "label": {"final": [0, 2, 3, 2, 1, 1, 1, 2, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 0, 1, 0], [0, 1, 0, 0, 0, 0, 0, 1, 1, 0], [0, 1, 0, 0, 0, 1, 0, 1, 1, 0], [0, 1, 0, 0, 0, 1, 0, 1, 2, 0], [0, 1, 0, 0, 0, 1, 0, 1, 2, 0], [0, 1, 0, 0, 0, 1, 0, 1, 2, 0], [0, 1, 0, 1, 0, 1, 0, 1, 2, 0], [0, 1, 2, 1, 0, 1, 0, 1, 2, 0], [0, 2, 2, 2, 0, 1, 0, 2, 2, 0], [0, 2, 2, 2, 0, 1, 0, 2, 2, 0], [0, 2, 2, 2, 0, 1, 0, 2, 2, 1], [0, 2, 2, 2, 0, 1, 0, 2, 2, 1], [0, 2, 2, 2, 1, 1, 0, 2, 2, 1], [0, 2, 2, 2, 1, 1, 0, 2, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 17, "strings": ["toimge", "efmvfctiaswk", "gjtahrwqbjbj", "defwlxbds", "selyhsxx", "gqbvcao", "dwgahpzsqav", "urppyefha", "jbxmsol", "zyvgd"], "substrings": ["fv", "mv", "ol", "ha", "gq", "ms", "fi", "vr", "wl", "bj", "ef", "uj", "yv", "uh", "ly", "lf", "ah"]}, "task_name": "task04", "example_name": "0154", "problem_name": "task04_0154"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [obfjednqp, kxrclu, ufybv, utsx, denibcla, zjoagoyqrbi, luqefmvh, qrybr, wctsmtel, nxxul]\nSubstrings: [yb, xp, ia, ul, am, ts, fa, ox, lt, ea, xr, oc, mt, qr, cf, oy, gj]\n", "label": {"final": [0, 1, 1, 1, 0, 2, 0, 2, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 0, 0, 0, 1, 0, 0], [0, 0, 1, 0, 0, 0, 0, 1, 0, 0], [0, 0, 1, 0, 0, 0, 0, 1, 0, 0], [0, 0, 1, 0, 0, 0, 0, 1, 0, 1], [0, 0, 1, 0, 0, 0, 0, 1, 0, 1], [0, 0, 1, 1, 0, 0, 0, 1, 1, 1], [0, 0, 1, 1, 0, 0, 0, 1, 1, 1], [0, 0, 1, 1, 0, 0, 0, 1, 1, 1], [0, 0, 1, 1, 0, 0, 0, 1, 1, 1], [0, 0, 1, 1, 0, 0, 0, 1, 1, 1], [0, 1, 1, 1, 0, 0, 0, 1, 1, 1], [0, 1, 1, 1, 0, 0, 0, 1, 1, 1], [0, 1, 1, 1, 0, 0, 0, 1, 2, 1], [0, 1, 1, 1, 0, 1, 0, 2, 2, 1], [0, 1, 1, 1, 0, 1, 0, 2, 2, 1], [0, 1, 1, 1, 0, 2, 0, 2, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 17, "strings": ["obfjednqp", "kxrclu", "ufybv", "utsx", "denibcla", "zjoagoyqrbi", "luqefmvh", "qrybr", "wctsmtel", "nxxul"], "substrings": ["yb", "xp", "ia", "ul", "am", "ts", "fa", "ox", "lt", "ea", "xr", "oc", "mt", "qr", "cf", "oy", "gj"]}, "task_name": "task04", "example_name": "0155", "problem_name": "task04_0155"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [awxl, zlsfisdf, zdvv, jmgxx, xitscyssto, yhrgfo, hlqtf, fonxiezoa, ewzhl, utwdvfrlivh]\nSubstrings: [fi, gy, ez, tw, mg, dv, xx, hl, ra, ad, pz, tu, xi, yh, wz, kl, ll]\n", "label": {"final": [0, 1, 1, 2, 1, 1, 1, 2, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 1, 0, 0], [0, 1, 0, 0, 0, 0, 0, 1, 0, 1], [0, 1, 0, 1, 0, 0, 0, 1, 0, 1], [0, 1, 1, 1, 0, 0, 0, 1, 0, 2], [0, 1, 1, 2, 0, 0, 0, 1, 0, 2], [0, 1, 1, 2, 0, 0, 1, 1, 1, 2], [0, 1, 1, 2, 0, 0, 1, 1, 1, 2], [0, 1, 1, 2, 0, 0, 1, 1, 1, 2], [0, 1, 1, 2, 0, 0, 1, 1, 1, 2], [0, 1, 1, 2, 0, 0, 1, 1, 1, 2], [0, 1, 1, 2, 1, 0, 1, 2, 1, 2], [0, 1, 1, 2, 1, 1, 1, 2, 1, 2], [0, 1, 1, 2, 1, 1, 1, 2, 2, 2], [0, 1, 1, 2, 1, 1, 1, 2, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 17, "strings": ["awxl", "zlsfisdf", "zdvv", "jmgxx", "xitscyssto", "yhrgfo", "hlqtf", "fonxiezoa", "ewzhl", "utwdvfrlivh"], "substrings": ["fi", "gy", "ez", "tw", "mg", "dv", "xx", "hl", "ra", "ad", "pz", "tu", "xi", "yh", "wz", "kl", "ll"]}, "task_name": "task04", "example_name": "0156", "problem_name": "task04_0156"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [mxklmg, vxxtfl, lvklidpm, dmxtqqug, xfzmj, hvuzlyyemggp, afjqoai, elgxtyew, tuhgpb, wivh]\nSubstrings: [mg, gd, ye, zw, eg, df, fi, bj, tu, xf, bd, tu, xt, dd, kl, wp, mu]\n", "label": {"final": [2, 1, 1, 1, 1, 2, 0, 2, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 1, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 0, 0, 0, 0], [1, 0, 0, 0, 0, 2, 0, 1, 0, 0], [1, 0, 0, 0, 0, 2, 0, 1, 0, 0], [1, 0, 0, 0, 0, 2, 0, 1, 0, 0], [1, 0, 0, 0, 0, 2, 0, 1, 0, 0], [1, 0, 0, 0, 0, 2, 0, 1, 0, 0], [1, 0, 0, 0, 0, 2, 0, 1, 0, 0], [1, 0, 0, 0, 0, 2, 0, 1, 1, 0], [1, 0, 0, 0, 1, 2, 0, 1, 1, 0], [1, 0, 0, 0, 1, 2, 0, 1, 1, 0], [1, 0, 0, 0, 1, 2, 0, 1, 2, 0], [1, 1, 0, 1, 1, 2, 0, 2, 2, 0], [1, 1, 0, 1, 1, 2, 0, 2, 2, 0], [2, 1, 1, 1, 1, 2, 0, 2, 2, 0], [2, 1, 1, 1, 1, 2, 0, 2, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 17, "strings": ["mxklmg", "vxxtfl", "lvklidpm", "dmxtqqug", "xfzmj", "hvuzlyyemggp", "afjqoai", "elgxtyew", "tuhgpb", "wivh"], "substrings": ["mg", "gd", "ye", "zw", "eg", "df", "fi", "bj", "tu", "xf", "bd", "tu", "xt", "dd", "kl", "wp", "mu"]}, "task_name": "task04", "example_name": "0157", "problem_name": "task04_0157"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [nfgppvlwjg, lmypkjnvhjo, bzpehfqkc, vdnvjhmo, appeq, wkrpkx, pkocu, vrppgbpsnb, byon, wuatbmc]\nSubstrings: [sv, pk, eq, uu, bm, at, ug, gz, zg, uq, vl, uc, li, lt, za, oc, pp]\n", "label": {"final": [2, 1, 0, 0, 2, 1, 2, 1, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 1, 1, 0, 0, 0], [0, 1, 0, 0, 1, 1, 1, 0, 0, 0], [0, 1, 0, 0, 1, 1, 1, 0, 0, 0], [0, 1, 0, 0, 1, 1, 1, 0, 0, 1], [0, 1, 0, 0, 1, 1, 1, 0, 0, 2], [0, 1, 0, 0, 1, 1, 1, 0, 0, 2], [0, 1, 0, 0, 1, 1, 1, 0, 0, 2], [0, 1, 0, 0, 1, 1, 1, 0, 0, 2], [0, 1, 0, 0, 1, 1, 1, 0, 0, 2], [1, 1, 0, 0, 1, 1, 1, 0, 0, 2], [1, 1, 0, 0, 1, 1, 1, 0, 0, 2], [1, 1, 0, 0, 1, 1, 1, 0, 0, 2], [1, 1, 0, 0, 1, 1, 1, 0, 0, 2], [1, 1, 0, 0, 1, 1, 1, 0, 0, 2], [1, 1, 0, 0, 1, 1, 2, 0, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 17, "strings": ["nfgppvlwjg", "lmypkjnvhjo", "bzpehfqkc", "vdnvjhmo", "appeq", "wkrpkx", "pkocu", "vrppgbpsnb", "byon", "wuatbmc"], "substrings": ["sv", "pk", "eq", "uu", "bm", "at", "ug", "gz", "zg", "uq", "vl", "uc", "li", "lt", "za", "oc", "pp"]}, "task_name": "task04", "example_name": "0158", "problem_name": "task04_0158"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jbmvkaukluq, seeag, eemfuhn, kpmfm, pgragcfcci, bicntagamx, tkwvw, ajnqsxbg, pzktpwuu, yuxnvu]\nSubstrings: [zk, ag, yd, kr, sv, gr, am, vd, mf, mv, mq, xh, yq, ee, fk, kw, fw]\n", "label": {"final": [1, 2, 2, 1, 2, 2, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 1, 0, 0, 1, 1, 0, 0, 1, 0], [0, 1, 0, 0, 1, 1, 0, 0, 1, 0], [0, 1, 0, 0, 1, 1, 0, 0, 1, 0], [0, 1, 0, 0, 1, 1, 0, 0, 1, 0], [0, 1, 0, 0, 2, 1, 0, 0, 1, 0], [0, 1, 0, 0, 2, 2, 0, 0, 1, 0], [0, 1, 0, 0, 2, 2, 0, 0, 1, 0], [0, 1, 1, 1, 2, 2, 0, 0, 1, 0], [1, 1, 1, 1, 2, 2, 0, 0, 1, 0], [1, 1, 1, 1, 2, 2, 0, 0, 1, 0], [1, 1, 1, 1, 2, 2, 0, 0, 1, 0], [1, 1, 1, 1, 2, 2, 0, 0, 1, 0], [1, 2, 2, 1, 2, 2, 0, 0, 1, 0], [1, 2, 2, 1, 2, 2, 0, 0, 1, 0], [1, 2, 2, 1, 2, 2, 1, 0, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 17, "strings": ["jbmvkaukluq", "seeag", "eemfuhn", "kpmfm", "pgragcfcci", "bicntagamx", "tkwvw", "ajnqsxbg", "pzktpwuu", "yuxnvu"], "substrings": ["zk", "ag", "yd", "kr", "sv", "gr", "am", "vd", "mf", "mv", "mq", "xh", "yq", "ee", "fk", "kw", "fw"]}, "task_name": "task04", "example_name": "0159", "problem_name": "task04_0159"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jvilpiyz, hniilhlpd, uqqiyqe, myemtipbxr, hnytod, welraeowow, smyrea, mjoiowow, cskx, rycx]\nSubstrings: [yf, aj, bm, sg, mb, iy, od, qo, qn, ty, nh, jl, on, kx, dz, ow, qb, ds]\n", "label": {"final": [1, 0, 1, 0, 1, 2, 0, 2, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 1, 0, 0, 0, 0, 0], [1, 0, 1, 0, 1, 0, 0, 0, 0, 0], [1, 0, 1, 0, 1, 0, 0, 0, 0, 0], [1, 0, 1, 0, 1, 0, 0, 0, 0, 0], [1, 0, 1, 0, 1, 0, 0, 0, 0, 0], [1, 0, 1, 0, 1, 0, 0, 0, 0, 0], [1, 0, 1, 0, 1, 0, 0, 0, 0, 0], [1, 0, 1, 0, 1, 0, 0, 0, 1, 0], [1, 0, 1, 0, 1, 0, 0, 0, 1, 0], [1, 0, 1, 0, 1, 2, 0, 2, 1, 0], [1, 0, 1, 0, 1, 2, 0, 2, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 18, "strings": ["jvilpiyz", "hniilhlpd", "uqqiyqe", "myemtipbxr", "hnytod", "welraeowow", "smyrea", "mjoiowow", "cskx", "rycx"], "substrings": ["yf", "aj", "bm", "sg", "mb", "iy", "od", "qo", "qn", "ty", "nh", "jl", "on", "kx", "dz", "ow", "qb", "ds"]}, "task_name": "task04", "example_name": "0160", "problem_name": "task04_0160"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [alvnwsrf, rbxfulh, qditps, ipvxxp, luljhrbe, dbiiwzche, nonh, nmhksevpz, hlibdbx, uxss]\nSubstrings: [zc, pu, rx, al, hw, sq, al, ge, jh, ul, ur, vp, iw, kj, oj, ye, kj, vl]\n", "label": {"final": [2, 1, 0, 0, 2, 2, 0, 1, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 0, 0, 0, 0], [2, 0, 0, 0, 0, 1, 0, 0, 0, 0], [2, 0, 0, 0, 0, 1, 0, 0, 0, 0], [2, 0, 0, 0, 1, 1, 0, 0, 0, 0], [2, 1, 0, 0, 2, 1, 0, 0, 0, 0], [2, 1, 0, 0, 2, 1, 0, 0, 0, 0], [2, 1, 0, 0, 2, 1, 0, 1, 0, 0], [2, 1, 0, 0, 2, 2, 0, 1, 0, 0], [2, 1, 0, 0, 2, 2, 0, 1, 0, 0], [2, 1, 0, 0, 2, 2, 0, 1, 0, 0], [2, 1, 0, 0, 2, 2, 0, 1, 0, 0], [2, 1, 0, 0, 2, 2, 0, 1, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 18, "strings": ["alvnwsrf", "rbxfulh", "qditps", "ipvxxp", "luljhrbe", "dbiiwzche", "nonh", "nmhksevpz", "hlibdbx", "uxss"], "substrings": ["zc", "pu", "rx", "al", "hw", "sq", "al", "ge", "jh", "ul", "ur", "vp", "iw", "kj", "oj", "ye", "kj", "vl"]}, "task_name": "task04", "example_name": "0161", "problem_name": "task04_0161"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [mpuzt, zgtjxeeh, pgegwenxll, mfovzat, xtjwggpssr, zelhgcagqwlm, zjxjamj, uaywjggs, bceuxqmq, pkzjiojbo]\nSubstrings: [ef, zt, ux, ke, pv, ce, tl, ab, gc, pb, ec, rv, gg, lh, ln, vz, ja, br]\n", "label": {"final": [1, 0, 0, 1, 1, 2, 1, 1, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 0, 0, 0, 0, 0, 0, 0, 2, 0], [1, 0, 0, 0, 0, 0, 0, 0, 2, 0], [1, 0, 0, 0, 0, 0, 0, 0, 2, 0], [1, 0, 0, 0, 0, 1, 0, 0, 2, 0], [1, 0, 0, 0, 0, 1, 0, 0, 2, 0], [1, 0, 0, 0, 0, 1, 0, 0, 2, 0], [1, 0, 0, 0, 0, 1, 0, 0, 2, 0], [1, 0, 0, 0, 1, 1, 0, 1, 2, 0], [1, 0, 0, 0, 1, 2, 0, 1, 2, 0], [1, 0, 0, 0, 1, 2, 0, 1, 2, 0], [1, 0, 0, 1, 1, 2, 0, 1, 2, 0], [1, 0, 0, 1, 1, 2, 1, 1, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 18, "strings": ["mpuzt", "zgtjxeeh", "pgegwenxll", "mfovzat", "xtjwggpssr", "zelhgcagqwlm", "zjxjamj", "uaywjggs", "bceuxqmq", "pkzjiojbo"], "substrings": ["ef", "zt", "ux", "ke", "pv", "ce", "tl", "ab", "gc", "pb", "ec", "rv", "gg", "lh", "ln", "vz", "ja", "br"]}, "task_name": "task04", "example_name": "0162", "problem_name": "task04_0162"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xyywnzya, ntjtz, wuqfte, esiapif, pctjt, nzqevzi, jomnzzl, qultzl, pcucu, wxzs]\nSubstrings: [nz, sw, cj, cu, lt, fo, vd, cm, vr, qf, aw, bj, zl, nt, zk, yw, jt, wu]\n", "label": {"final": [2, 2, 2, 0, 1, 1, 2, 2, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 1, 1, 0, 0, 0], [1, 0, 0, 0, 0, 1, 1, 0, 0, 0], [1, 0, 0, 0, 0, 1, 1, 0, 0, 0], [1, 0, 0, 0, 0, 1, 1, 0, 2, 0], [1, 0, 0, 0, 0, 1, 1, 1, 2, 0], [1, 0, 0, 0, 0, 1, 1, 1, 2, 0], [1, 0, 0, 0, 0, 1, 1, 1, 2, 0], [1, 0, 0, 0, 0, 1, 1, 1, 2, 0], [1, 0, 0, 0, 0, 1, 1, 1, 2, 0], [1, 0, 1, 0, 0, 1, 1, 1, 2, 0], [1, 0, 1, 0, 0, 1, 1, 1, 2, 0], [1, 0, 1, 0, 0, 1, 1, 1, 2, 0], [1, 0, 1, 0, 0, 1, 2, 2, 2, 0], [1, 1, 1, 0, 0, 1, 2, 2, 2, 0], [1, 1, 1, 0, 0, 1, 2, 2, 2, 0], [2, 1, 1, 0, 0, 1, 2, 2, 2, 0], [2, 2, 1, 0, 1, 1, 2, 2, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 18, "strings": ["xyywnzya", "ntjtz", "wuqfte", "esiapif", "pctjt", "nzqevzi", "jomnzzl", "qultzl", "pcucu", "wxzs"], "substrings": ["nz", "sw", "cj", "cu", "lt", "fo", "vd", "cm", "vr", "qf", "aw", "bj", "zl", "nt", "zk", "yw", "jt", "wu"]}, "task_name": "task04", "example_name": "0163", "problem_name": "task04_0163"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [myjty, xpslylz, svbmpbuvkxg, eiiwly, diraxyg, jnqtf, zue, tbwdl, dtectqo, ukhn]\nSubstrings: [bw, ow, tf, dr, ra, nq, di, mu, dl, xx, uk, br, uv, gh, uo, jl, rw, wn]\n", "label": {"final": [0, 0, 1, 0, 2, 2, 0, 2, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 1, 0, 1, 0, 0], [0, 0, 0, 0, 0, 1, 0, 1, 0, 0], [0, 0, 0, 0, 1, 1, 0, 1, 0, 0], [0, 0, 0, 0, 1, 2, 0, 1, 0, 0], [0, 0, 0, 0, 2, 2, 0, 1, 0, 0], [0, 0, 0, 0, 2, 2, 0, 1, 0, 0], [0, 0, 0, 0, 2, 2, 0, 2, 0, 0], [0, 0, 0, 0, 2, 2, 0, 2, 0, 0], [0, 0, 0, 0, 2, 2, 0, 2, 0, 1], [0, 0, 0, 0, 2, 2, 0, 2, 0, 1], [0, 0, 1, 0, 2, 2, 0, 2, 0, 1], [0, 0, 1, 0, 2, 2, 0, 2, 0, 1], [0, 0, 1, 0, 2, 2, 0, 2, 0, 1], [0, 0, 1, 0, 2, 2, 0, 2, 0, 1], [0, 0, 1, 0, 2, 2, 0, 2, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 18, "strings": ["myjty", "xpslylz", "svbmpbuvkxg", "eiiwly", "diraxyg", "jnqtf", "zue", "tbwdl", "dtectqo", "ukhn"], "substrings": ["bw", "ow", "tf", "dr", "ra", "nq", "di", "mu", "dl", "xx", "uk", "br", "uv", "gh", "uo", "jl", "rw", "wn"]}, "task_name": "task04", "example_name": "0164", "problem_name": "task04_0164"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [lqmmgdwssiy, wfnr, zafw, ocqagm, dhmvhjmcafd, qreoagkaa, rbgcka, vnswbsd, uxralcc, tramvlvyd]\nSubstrings: [ra, df, ux, vd, sk, cq, dr, ka, zi, vb, qw, yx, dw, ml, ma, km, mv, ag]\n", "label": {"final": [1, 0, 0, 2, 1, 2, 1, 0, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 1], [0, 0, 0, 0, 0, 0, 0, 0, 1, 1], [0, 0, 0, 0, 0, 0, 0, 0, 2, 1], [0, 0, 0, 0, 0, 0, 0, 0, 2, 1], [0, 0, 0, 0, 0, 0, 0, 0, 2, 1], [0, 0, 0, 1, 0, 0, 0, 0, 2, 1], [0, 0, 0, 1, 0, 0, 0, 0, 2, 1], [0, 0, 0, 1, 0, 1, 1, 0, 2, 1], [0, 0, 0, 1, 0, 1, 1, 0, 2, 1], [0, 0, 0, 1, 0, 1, 1, 0, 2, 1], [0, 0, 0, 1, 0, 1, 1, 0, 2, 1], [0, 0, 0, 1, 0, 1, 1, 0, 2, 1], [1, 0, 0, 1, 0, 1, 1, 0, 2, 1], [1, 0, 0, 1, 0, 1, 1, 0, 2, 1], [1, 0, 0, 1, 0, 1, 1, 0, 2, 1], [1, 0, 0, 1, 0, 1, 1, 0, 2, 1], [1, 0, 0, 1, 1, 1, 1, 0, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 18, "strings": ["lqmmgdwssiy", "wfnr", "zafw", "ocqagm", "dhmvhjmcafd", "qreoagkaa", "rbgcka", "vnswbsd", "uxralcc", "tramvlvyd"], "substrings": ["ra", "df", "ux", "vd", "sk", "cq", "dr", "ka", "zi", "vb", "qw", "yx", "dw", "ml", "ma", "km", "mv", "ag"]}, "task_name": "task04", "example_name": "0165", "problem_name": "task04_0165"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [guvlhy, eztt, deai, mrxgmarn, ofzglzhfo, vodaif, ulonsuyn, zta, rddtxnsj, eocavgztt]\nSubstrings: [qy, xt, zt, ul, uy, vo, ns, ip, ea, jb, et, uq, ue, aq, vl, bd, kk, gu]\n", "label": {"final": [2, 1, 1, 0, 0, 1, 3, 1, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 1, 0, 1], [0, 1, 0, 0, 0, 0, 1, 1, 0, 1], [0, 1, 0, 0, 0, 0, 2, 1, 0, 1], [0, 1, 0, 0, 0, 1, 2, 1, 0, 1], [0, 1, 0, 0, 0, 1, 3, 1, 1, 1], [0, 1, 0, 0, 0, 1, 3, 1, 1, 1], [0, 1, 1, 0, 0, 1, 3, 1, 1, 1], [0, 1, 1, 0, 0, 1, 3, 1, 1, 1], [0, 1, 1, 0, 0, 1, 3, 1, 1, 1], [0, 1, 1, 0, 0, 1, 3, 1, 1, 1], [0, 1, 1, 0, 0, 1, 3, 1, 1, 1], [0, 1, 1, 0, 0, 1, 3, 1, 1, 1], [1, 1, 1, 0, 0, 1, 3, 1, 1, 1], [1, 1, 1, 0, 0, 1, 3, 1, 1, 1], [1, 1, 1, 0, 0, 1, 3, 1, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 18, "strings": ["guvlhy", "eztt", "deai", "mrxgmarn", "ofzglzhfo", "vodaif", "ulonsuyn", "zta", "rddtxnsj", "eocavgztt"], "substrings": ["qy", "xt", "zt", "ul", "uy", "vo", "ns", "ip", "ea", "jb", "et", "uq", "ue", "aq", "vl", "bd", "kk", "gu"]}, "task_name": "task04", "example_name": "0166", "problem_name": "task04_0166"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [oswjzlloow, ncudvprswny, tyqudvapzqk, tgbepp, wonbans, vstpwretors, muqf, rsrkpjba, soyngn, lqpzcytmut]\nSubstrings: [hp, au, ig, pw, su, qo, cx, ll, fc, ny, nz, no, re, vg, qf, ag, ud, ba]\n", "label": {"final": [1, 2, 1, 0, 1, 2, 1, 1, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 0, 0, 0, 0], [1, 1, 0, 0, 0, 1, 0, 0, 0, 0], [1, 1, 0, 0, 0, 1, 0, 0, 0, 0], [1, 1, 0, 0, 0, 1, 0, 0, 0, 0], [1, 1, 0, 0, 0, 2, 0, 0, 0, 0], [1, 1, 0, 0, 0, 2, 0, 0, 0, 0], [1, 1, 0, 0, 0, 2, 1, 0, 0, 0], [1, 1, 0, 0, 0, 2, 1, 0, 0, 0], [1, 2, 1, 0, 0, 2, 1, 0, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 18, "strings": ["oswjzlloow", "ncudvprswny", "tyqudvapzqk", "tgbepp", "wonbans", "vstpwretors", "muqf", "rsrkpjba", "soyngn", "lqpzcytmut"], "substrings": ["hp", "au", "ig", "pw", "su", "qo", "cx", "ll", "fc", "ny", "nz", "no", "re", "vg", "qf", "ag", "ud", "ba"]}, "task_name": "task04", "example_name": "0167", "problem_name": "task04_0167"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [wgvvvshz, norfgghzlc, hybxth, vdpj, ksqrxky, qqaenw, foenknzxbf, norzh, ylrelmtro, knndhbfvz]\nSubstrings: [vv, rf, ff, gv, nr, qa, yb, zu, kn, aw, hy, oq, en, gg, cq, bh, gg, be]\n", "label": {"final": [2, 3, 2, 0, 0, 2, 2, 0, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 1, 0, 0, 0, 0, 0, 0, 0, 0], [1, 1, 0, 0, 0, 0, 0, 0, 0, 0], [2, 1, 0, 0, 0, 0, 0, 0, 0, 0], [2, 1, 0, 0, 0, 0, 0, 0, 0, 0], [2, 1, 0, 0, 0, 1, 0, 0, 0, 0], [2, 1, 1, 0, 0, 1, 0, 0, 0, 0], [2, 1, 1, 0, 0, 1, 0, 0, 0, 0], [2, 1, 1, 0, 0, 1, 1, 0, 0, 1], [2, 1, 1, 0, 0, 1, 1, 0, 0, 1], [2, 1, 2, 0, 0, 1, 1, 0, 0, 1], [2, 1, 2, 0, 0, 1, 1, 0, 0, 1], [2, 1, 2, 0, 0, 2, 2, 0, 0, 1], [2, 2, 2, 0, 0, 2, 2, 0, 0, 1], [2, 2, 2, 0, 0, 2, 2, 0, 0, 1], [2, 2, 2, 0, 0, 2, 2, 0, 0, 1], [2, 3, 2, 0, 0, 2, 2, 0, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 18, "strings": ["wgvvvshz", "norfgghzlc", "hybxth", "vdpj", "ksqrxky", "qqaenw", "foenknzxbf", "norzh", "ylrelmtro", "knndhbfvz"], "substrings": ["vv", "rf", "ff", "gv", "nr", "qa", "yb", "zu", "kn", "aw", "hy", "oq", "en", "gg", "cq", "bh", "gg", "be"]}, "task_name": "task04", "example_name": "0168", "problem_name": "task04_0168"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xngvbjjtl, odxkotewp, vkegyijea, xggyg, jijlhio, nhdnjeojb, ijbjtgusjji, gqqwez, oznxgknr, dwilhx]\nSubstrings: [wi, jk, kw, lh, hg, gg, ez, et, fs, vm, sf, gy, ib, rg, ij, qw, bj, jt]\n", "label": {"final": [2, 0, 2, 2, 2, 0, 3, 2, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 1, 0, 0, 0, 0, 2], [0, 0, 0, 0, 1, 0, 0, 0, 0, 2], [0, 0, 0, 1, 1, 0, 0, 0, 0, 2], [0, 0, 0, 1, 1, 0, 0, 1, 0, 2], [0, 0, 0, 1, 1, 0, 0, 1, 0, 2], [0, 0, 0, 1, 1, 0, 0, 1, 0, 2], [0, 0, 0, 1, 1, 0, 0, 1, 0, 2], [0, 0, 0, 1, 1, 0, 0, 1, 0, 2], [0, 0, 1, 2, 1, 0, 0, 1, 0, 2], [0, 0, 1, 2, 1, 0, 0, 1, 0, 2], [0, 0, 1, 2, 1, 0, 0, 1, 0, 2], [0, 0, 2, 2, 2, 0, 1, 1, 0, 2], [0, 0, 2, 2, 2, 0, 1, 2, 0, 2], [1, 0, 2, 2, 2, 0, 2, 2, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 18, "strings": ["xngvbjjtl", "odxkotewp", "vkegyijea", "xggyg", "jijlhio", "nhdnjeojb", "ijbjtgusjji", "gqqwez", "oznxgknr", "dwilhx"], "substrings": ["wi", "jk", "kw", "lh", "hg", "gg", "ez", "et", "fs", "vm", "sf", "gy", "ib", "rg", "ij", "qw", "bj", "jt"]}, "task_name": "task04", "example_name": "0169", "problem_name": "task04_0169"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [gkbain, rbzwnaq, vexualqo, mihytisu, bjsv, ymxybbnsadv, daxbz, pqhdjsq, elbmgm, ihtitii]\nSubstrings: [ih, xb, wq, js, cm, wn, eo, rw, hk, ti, gk, uq, ba, ed, yn, bm, ym, aq, kt]\n", "label": {"final": [2, 2, 0, 2, 1, 1, 1, 1, 1, 3], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 0, 0, 0, 1], [0, 0, 0, 1, 0, 0, 1, 0, 0, 1], [0, 0, 0, 1, 0, 0, 1, 0, 0, 1], [0, 0, 0, 1, 1, 0, 1, 1, 0, 1], [0, 0, 0, 1, 1, 0, 1, 1, 0, 1], [0, 1, 0, 1, 1, 0, 1, 1, 0, 1], [0, 1, 0, 1, 1, 0, 1, 1, 0, 1], [0, 1, 0, 1, 1, 0, 1, 1, 0, 1], [0, 1, 0, 1, 1, 0, 1, 1, 0, 1], [0, 1, 0, 2, 1, 0, 1, 1, 0, 3], [1, 1, 0, 2, 1, 0, 1, 1, 0, 3], [1, 1, 0, 2, 1, 0, 1, 1, 0, 3], [2, 1, 0, 2, 1, 0, 1, 1, 0, 3], [2, 1, 0, 2, 1, 0, 1, 1, 0, 3], [2, 1, 0, 2, 1, 0, 1, 1, 0, 3], [2, 1, 0, 2, 1, 0, 1, 1, 1, 3], [2, 1, 0, 2, 1, 1, 1, 1, 1, 3], [2, 2, 0, 2, 1, 1, 1, 1, 1, 3]]}, "config": {"num_strings": 10, "num_substrings": 19, "strings": ["gkbain", "rbzwnaq", "vexualqo", "mihytisu", "bjsv", "ymxybbnsadv", "daxbz", "pqhdjsq", "elbmgm", "ihtitii"], "substrings": ["ih", "xb", "wq", "js", "cm", "wn", "eo", "rw", "hk", "ti", "gk", "uq", "ba", "ed", "yn", "bm", "ym", "aq", "kt"]}, "task_name": "task04", "example_name": "0170", "problem_name": "task04_0170"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [yjyjs, jxbl, ykoqrseof, bpohj, qvqpzmtkjs, iceysjayegm, latek, wdpxbyxx, uzfmhac, amvvmvphyzyb]\nSubstrings: [bl, qv, ys, xq, at, yj, eo, fm, dc, io, bg, ph, ml, tj, ax, kf, cw, yz, jc]\n", "label": {"final": [2, 1, 1, 0, 1, 1, 1, 0, 1, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 1, 0, 0, 0, 0, 0], [0, 1, 0, 0, 1, 1, 0, 0, 0, 0], [0, 1, 0, 0, 1, 1, 0, 0, 0, 0], [0, 1, 0, 0, 1, 1, 1, 0, 0, 0], [2, 1, 0, 0, 1, 1, 1, 0, 0, 0], [2, 1, 1, 0, 1, 1, 1, 0, 0, 0], [2, 1, 1, 0, 1, 1, 1, 0, 1, 0], [2, 1, 1, 0, 1, 1, 1, 0, 1, 0], [2, 1, 1, 0, 1, 1, 1, 0, 1, 0], [2, 1, 1, 0, 1, 1, 1, 0, 1, 0], [2, 1, 1, 0, 1, 1, 1, 0, 1, 1], [2, 1, 1, 0, 1, 1, 1, 0, 1, 1], [2, 1, 1, 0, 1, 1, 1, 0, 1, 1], [2, 1, 1, 0, 1, 1, 1, 0, 1, 1], [2, 1, 1, 0, 1, 1, 1, 0, 1, 1], [2, 1, 1, 0, 1, 1, 1, 0, 1, 1], [2, 1, 1, 0, 1, 1, 1, 0, 1, 2]]}, "config": {"num_strings": 10, "num_substrings": 19, "strings": ["yjyjs", "jxbl", "ykoqrseof", "bpohj", "qvqpzmtkjs", "iceysjayegm", "latek", "wdpxbyxx", "uzfmhac", "amvvmvphyzyb"], "substrings": ["bl", "qv", "ys", "xq", "at", "yj", "eo", "fm", "dc", "io", "bg", "ph", "ml", "tj", "ax", "kf", "cw", "yz", "jc"]}, "task_name": "task04", "example_name": "0171", "problem_name": "task04_0171"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [uapzdfmwo, aimuwltxzrrf, swhxlpwck, dig, rkghldspkn, vdk, srjjsrxmtyw, zlllkhsamxkd, hltxjowpyj, uizlt]\nSubstrings: [fw, px, ew, ll, kh, bk, ry, gn, fc, dm, pd, wh, ds, al, gn, yw, uw, ix, lt]\n", "label": {"final": [0, 2, 1, 0, 1, 0, 1, 2, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 0, 2, 0, 0], [0, 0, 0, 0, 0, 0, 0, 2, 0, 0], [0, 0, 0, 0, 0, 0, 0, 2, 0, 0], [0, 0, 0, 0, 0, 0, 0, 2, 0, 0], [0, 0, 0, 0, 0, 0, 0, 2, 0, 0], [0, 0, 0, 0, 0, 0, 0, 2, 0, 0], [0, 0, 0, 0, 0, 0, 0, 2, 0, 0], [0, 0, 1, 0, 0, 0, 0, 2, 0, 0], [0, 0, 1, 0, 1, 0, 0, 2, 0, 0], [0, 0, 1, 0, 1, 0, 0, 2, 0, 0], [0, 0, 1, 0, 1, 0, 0, 2, 0, 0], [0, 0, 1, 0, 1, 0, 1, 2, 0, 0], [0, 1, 1, 0, 1, 0, 1, 2, 0, 0], [0, 1, 1, 0, 1, 0, 1, 2, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 19, "strings": ["uapzdfmwo", "aimuwltxzrrf", "swhxlpwck", "dig", "rkghldspkn", "vdk", "srjjsrxmtyw", "zlllkhsamxkd", "hltxjowpyj", "uizlt"], "substrings": ["fw", "px", "ew", "ll", "kh", "bk", "ry", "gn", "fc", "dm", "pd", "wh", "ds", "al", "gn", "yw", "uw", "ix", "lt"]}, "task_name": "task04", "example_name": "0172", "problem_name": "task04_0172"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [dtygdrgigksc, kinmxa, ylplhwly, scprdoaur, ldsjcmy, paepdcdv, yligd, frijlh, bjzxrelbr, nfdrt]\nSubstrings: [ke, bw, hn, pl, iv, yl, kv, hr, xc, gi, fg, ig, ua, fb, oa, ya, dr, mk, jy]\n", "label": {"final": [3, 0, 2, 1, 0, 0, 2, 0, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 2, 0, 0, 0, 1, 0, 0, 0], [0, 0, 2, 0, 0, 0, 1, 0, 0, 0], [0, 0, 2, 0, 0, 0, 1, 0, 0, 0], [0, 0, 2, 0, 0, 0, 1, 0, 0, 0], [1, 0, 2, 0, 0, 0, 1, 0, 0, 0], [1, 0, 2, 0, 0, 0, 1, 0, 0, 0], [2, 0, 2, 0, 0, 0, 2, 0, 0, 0], [2, 0, 2, 0, 0, 0, 2, 0, 0, 0], [2, 0, 2, 0, 0, 0, 2, 0, 0, 0], [2, 0, 2, 1, 0, 0, 2, 0, 0, 0], [2, 0, 2, 1, 0, 0, 2, 0, 0, 0], [3, 0, 2, 1, 0, 0, 2, 0, 0, 1], [3, 0, 2, 1, 0, 0, 2, 0, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 19, "strings": ["dtygdrgigksc", "kinmxa", "ylplhwly", "scprdoaur", "ldsjcmy", "paepdcdv", "yligd", "frijlh", "bjzxrelbr", "nfdrt"], "substrings": ["ke", "bw", "hn", "pl", "iv", "yl", "kv", "hr", "xc", "gi", "fg", "ig", "ua", "fb", "oa", "ya", "dr", "mk", "jy"]}, "task_name": "task04", "example_name": "0173", "problem_name": "task04_0173"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [tvkfxkjj, uagcxfhamwy, vhyejzur, gxgpnphbh, jrflcycxej, qshekkymg, rilngwzjk, ighx, mdnnsaogp, djrrupc]\nSubstrings: [sh, it, gp, ef, nh, zj, fx, pc, ag, cx, al, tr, ek, nw, np, ou, jz, ej, gw]\n", "label": {"final": [1, 2, 2, 2, 2, 2, 2, 0, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [0, 0, 0, 1, 0, 1, 0, 0, 1, 0], [0, 0, 0, 1, 0, 1, 0, 0, 1, 0], [0, 0, 0, 1, 0, 1, 0, 0, 1, 0], [0, 0, 0, 1, 0, 1, 1, 0, 1, 0], [1, 0, 0, 1, 0, 1, 1, 0, 1, 0], [1, 0, 0, 1, 0, 1, 1, 0, 1, 1], [1, 1, 0, 1, 0, 1, 1, 0, 1, 1], [1, 2, 0, 1, 1, 1, 1, 0, 1, 1], [1, 2, 0, 1, 1, 1, 1, 0, 1, 1], [1, 2, 0, 1, 1, 1, 1, 0, 1, 1], [1, 2, 0, 1, 1, 2, 1, 0, 1, 1], [1, 2, 0, 1, 1, 2, 1, 0, 1, 1], [1, 2, 0, 2, 1, 2, 1, 0, 1, 1], [1, 2, 0, 2, 1, 2, 1, 0, 1, 1], [1, 2, 1, 2, 1, 2, 1, 0, 1, 1], [1, 2, 2, 2, 2, 2, 1, 0, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 19, "strings": ["tvkfxkjj", "uagcxfhamwy", "vhyejzur", "gxgpnphbh", "jrflcycxej", "qshekkymg", "rilngwzjk", "ighx", "mdnnsaogp", "djrrupc"], "substrings": ["sh", "it", "gp", "ef", "nh", "zj", "fx", "pc", "ag", "cx", "al", "tr", "ek", "nw", "np", "ou", "jz", "ej", "gw"]}, "task_name": "task04", "example_name": "0174", "problem_name": "task04_0174"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cacfqzwjr, dcxmjwhje, veuvbjoxztl, ejsprtmza, ztzner, rvdeeplzeg, pcnofssb, hixnqyn, ubyhfmfwn, yaxbtxh]\nSubstrings: [rw, yn, ca, hi, zs, mq, vb, by, zt, cf, by, xj, mv, jv, xh, uc, wo, fu, sd]\n", "label": {"final": [2, 0, 2, 0, 1, 0, 0, 2, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [1, 0, 0, 0, 0, 0, 0, 1, 0, 0], [1, 0, 0, 0, 0, 0, 0, 2, 0, 0], [1, 0, 0, 0, 0, 0, 0, 2, 0, 0], [1, 0, 0, 0, 0, 0, 0, 2, 0, 0], [1, 0, 1, 0, 0, 0, 0, 2, 0, 0], [1, 0, 1, 0, 0, 0, 0, 2, 1, 0], [1, 0, 2, 0, 1, 0, 0, 2, 1, 0], [2, 0, 2, 0, 1, 0, 0, 2, 1, 0], [2, 0, 2, 0, 1, 0, 0, 2, 2, 0], [2, 0, 2, 0, 1, 0, 0, 2, 2, 0], [2, 0, 2, 0, 1, 0, 0, 2, 2, 0], [2, 0, 2, 0, 1, 0, 0, 2, 2, 0], [2, 0, 2, 0, 1, 0, 0, 2, 2, 1], [2, 0, 2, 0, 1, 0, 0, 2, 2, 1], [2, 0, 2, 0, 1, 0, 0, 2, 2, 1], [2, 0, 2, 0, 1, 0, 0, 2, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 19, "strings": ["cacfqzwjr", "dcxmjwhje", "veuvbjoxztl", "ejsprtmza", "ztzner", "rvdeeplzeg", "pcnofssb", "hixnqyn", "ubyhfmfwn", "yaxbtxh"], "substrings": ["rw", "yn", "ca", "hi", "zs", "mq", "vb", "by", "zt", "cf", "by", "xj", "mv", "jv", "xh", "uc", "wo", "fu", "sd"]}, "task_name": "task04", "example_name": "0175", "problem_name": "task04_0175"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [tlaibcbkhk, nnrn, wnea, wzopwqwwlcr, xpzskdzb, vssfpivapwpv, znyxdozq, dydzdjvfi, ifckwrwdm, eresj]\nSubstrings: [re, qa, dy, qw, ss, dz, va, tl, nr, pw, co, ex, oy, nj, dj, zv, ai, sj, gr]\n", "label": {"final": [2, 1, 0, 2, 1, 3, 0, 3, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 0, 0, 1, 0, 1], [0, 0, 0, 1, 0, 0, 0, 1, 0, 1], [0, 0, 0, 1, 0, 1, 0, 1, 0, 1], [0, 0, 0, 1, 1, 1, 0, 2, 0, 1], [0, 0, 0, 1, 1, 2, 0, 2, 0, 1], [1, 0, 0, 1, 1, 2, 0, 2, 0, 1], [1, 1, 0, 1, 1, 2, 0, 2, 0, 1], [1, 1, 0, 2, 1, 3, 0, 2, 0, 1], [1, 1, 0, 2, 1, 3, 0, 2, 0, 1], [1, 1, 0, 2, 1, 3, 0, 2, 0, 1], [1, 1, 0, 2, 1, 3, 0, 2, 0, 1], [1, 1, 0, 2, 1, 3, 0, 2, 0, 1], [1, 1, 0, 2, 1, 3, 0, 3, 0, 1], [1, 1, 0, 2, 1, 3, 0, 3, 0, 1], [2, 1, 0, 2, 1, 3, 0, 3, 0, 1], [2, 1, 0, 2, 1, 3, 0, 3, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 19, "strings": ["tlaibcbkhk", "nnrn", "wnea", "wzopwqwwlcr", "xpzskdzb", "vssfpivapwpv", "znyxdozq", "dydzdjvfi", "ifckwrwdm", "eresj"], "substrings": ["re", "qa", "dy", "qw", "ss", "dz", "va", "tl", "nr", "pw", "co", "ex", "oy", "nj", "dj", "zv", "ai", "sj", "gr"]}, "task_name": "task04", "example_name": "0176", "problem_name": "task04_0176"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ysqubjhfrsw, tbdmjwroynpu, puqjlubah, vlngplupu, bio, jyjwlrhpko, mznaljrwm, aqe, jud, zajwdfvggepf]\nSubstrings: [ro, pl, pq, ub, bk, ng, dq, zb, jh, jw, sp, uz, za, jr, av, nj, sk, rl, gw]\n", "label": {"final": [2, 2, 1, 2, 0, 1, 1, 0, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 1, 0, 0, 0, 0, 0, 0], [0, 1, 0, 1, 0, 0, 0, 0, 0, 0], [1, 1, 1, 1, 0, 0, 0, 0, 0, 0], [1, 1, 1, 1, 0, 0, 0, 0, 0, 0], [1, 1, 1, 2, 0, 0, 0, 0, 0, 0], [1, 1, 1, 2, 0, 0, 0, 0, 0, 0], [1, 1, 1, 2, 0, 0, 0, 0, 0, 0], [2, 1, 1, 2, 0, 0, 0, 0, 0, 0], [2, 2, 1, 2, 0, 1, 0, 0, 0, 1], [2, 2, 1, 2, 0, 1, 0, 0, 0, 1], [2, 2, 1, 2, 0, 1, 0, 0, 0, 1], [2, 2, 1, 2, 0, 1, 0, 0, 0, 2], [2, 2, 1, 2, 0, 1, 1, 0, 0, 2], [2, 2, 1, 2, 0, 1, 1, 0, 0, 2], [2, 2, 1, 2, 0, 1, 1, 0, 0, 2], [2, 2, 1, 2, 0, 1, 1, 0, 0, 2], [2, 2, 1, 2, 0, 1, 1, 0, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 19, "strings": ["ysqubjhfrsw", "tbdmjwroynpu", "puqjlubah", "vlngplupu", "bio", "jyjwlrhpko", "mznaljrwm", "aqe", "jud", "zajwdfvggepf"], "substrings": ["ro", "pl", "pq", "ub", "bk", "ng", "dq", "zb", "jh", "jw", "sp", "uz", "za", "jr", "av", "nj", "sk", "rl", "gw"]}, "task_name": "task04", "example_name": "0177", "problem_name": "task04_0177"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [wfyq, nzprpsopu, qik, jgyqlqyju, ombpqzkln, mmiwnsfq, vdkygdf, pdxwzx, dwvdzx, bzpvdjcdrc]\nSubstrings: [zo, dq, hu, pr, jv, qy, np, yq, lu, xs, sy, oc, dh, pq, vd, mb, iz, ht, lq]\n", "label": {"final": [1, 1, 0, 3, 2, 0, 1, 0, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 1, 0, 0, 0, 0, 0, 0], [0, 1, 0, 1, 0, 0, 0, 0, 0, 0], [1, 1, 0, 2, 0, 0, 0, 0, 0, 0], [1, 1, 0, 2, 0, 0, 0, 0, 0, 0], [1, 1, 0, 2, 0, 0, 0, 0, 0, 0], [1, 1, 0, 2, 0, 0, 0, 0, 0, 0], [1, 1, 0, 2, 0, 0, 0, 0, 0, 0], [1, 1, 0, 2, 0, 0, 0, 0, 0, 0], [1, 1, 0, 2, 1, 0, 0, 0, 0, 0], [1, 1, 0, 2, 1, 0, 1, 0, 1, 1], [1, 1, 0, 2, 2, 0, 1, 0, 1, 1], [1, 1, 0, 2, 2, 0, 1, 0, 1, 1], [1, 1, 0, 2, 2, 0, 1, 0, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 19, "strings": ["wfyq", "nzprpsopu", "qik", "jgyqlqyju", "ombpqzkln", "mmiwnsfq", "vdkygdf", "pdxwzx", "dwvdzx", "bzpvdjcdrc"], "substrings": ["zo", "dq", "hu", "pr", "jv", "qy", "np", "yq", "lu", "xs", "sy", "oc", "dh", "pq", "vd", "mb", "iz", "ht", "lq"]}, "task_name": "task04", "example_name": "0178", "problem_name": "task04_0178"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [svuestvqyym, zmlgixsloc, fdvqx, cbtfohilwnq, mua, aslv, yfryhqbfvh, armmphfrn, uyojjbu, bgylzywbbr]\nSubstrings: [qn, vf, ef, qo, yw, zm, vl, yw, jb, ns, oj, on, oh, hf, sj, rn, ue, nf, st]\n", "label": {"final": [2, 1, 0, 1, 0, 0, 0, 2, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 1, 0, 0, 0, 0, 0, 0, 0, 1], [0, 1, 0, 0, 0, 0, 0, 0, 0, 1], [0, 1, 0, 0, 0, 0, 0, 0, 0, 2], [0, 1, 0, 0, 0, 0, 0, 0, 1, 2], [0, 1, 0, 0, 0, 0, 0, 0, 1, 2], [0, 1, 0, 0, 0, 0, 0, 0, 2, 2], [0, 1, 0, 0, 0, 0, 0, 0, 2, 2], [0, 1, 0, 1, 0, 0, 0, 0, 2, 2], [0, 1, 0, 1, 0, 0, 0, 1, 2, 2], [0, 1, 0, 1, 0, 0, 0, 1, 2, 2], [0, 1, 0, 1, 0, 0, 0, 2, 2, 2], [1, 1, 0, 1, 0, 0, 0, 2, 2, 2], [1, 1, 0, 1, 0, 0, 0, 2, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 19, "strings": ["svuestvqyym", "zmlgixsloc", "fdvqx", "cbtfohilwnq", "mua", "aslv", "yfryhqbfvh", "armmphfrn", "uyojjbu", "bgylzywbbr"], "substrings": ["qn", "vf", "ef", "qo", "yw", "zm", "vl", "yw", "jb", "ns", "oj", "on", "oh", "hf", "sj", "rn", "ue", "nf", "st"]}, "task_name": "task04", "example_name": "0179", "problem_name": "task04_0179"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [hvqhpboehtg, qktbs, xqboxbk, xwboti, walakswmh, atzeeeqpbo, uyadbbog, suwcimh, qmlf, qjalcipos]\nSubstrings: [hi, tm, kr, je, lt, db, ly, bo, cu, sn, gt, bf, al, he, st, qp, xb, xw, ci, cw]\n", "label": {"final": [1, 0, 2, 2, 1, 2, 2, 1, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [1, 0, 1, 1, 0, 1, 2, 0, 0, 0], [1, 0, 1, 1, 0, 1, 2, 0, 0, 0], [1, 0, 1, 1, 0, 1, 2, 0, 0, 0], [1, 0, 1, 1, 0, 1, 2, 0, 0, 0], [1, 0, 1, 1, 0, 1, 2, 0, 0, 0], [1, 0, 1, 1, 1, 1, 2, 0, 0, 1], [1, 0, 1, 1, 1, 1, 2, 0, 0, 1], [1, 0, 1, 1, 1, 1, 2, 0, 0, 1], [1, 0, 1, 1, 1, 2, 2, 0, 0, 1], [1, 0, 2, 1, 1, 2, 2, 0, 0, 1], [1, 0, 2, 2, 1, 2, 2, 0, 0, 1], [1, 0, 2, 2, 1, 2, 2, 1, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 20, "strings": ["hvqhpboehtg", "qktbs", "xqboxbk", "xwboti", "walakswmh", "atzeeeqpbo", "uyadbbog", "suwcimh", "qmlf", "qjalcipos"], "substrings": ["hi", "tm", "kr", "je", "lt", "db", "ly", "bo", "cu", "sn", "gt", "bf", "al", "he", "st", "qp", "xb", "xw", "ci", "cw"]}, "task_name": "task04", "example_name": "0180", "problem_name": "task04_0180"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [glrqfawm, ojsffq, gqbe, dfgwmfheyimp, phsvmhrs, pnvhy, ehbnjknegq, ikwhxfhm, ipljymrgg, wkdpt]\nSubstrings: [ha, fh, cu, ri, ft, yp, mc, ww, wd, mj, oe, dr, fa, hx, ip, wm, eg, oy, bn, qg]\n", "label": {"final": [2, 0, 0, 2, 0, 0, 2, 2, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 1, 0, 0], [0, 0, 0, 1, 0, 0, 0, 1, 0, 0], [0, 0, 0, 1, 0, 0, 0, 1, 0, 0], [0, 0, 0, 1, 0, 0, 0, 1, 0, 0], [0, 0, 0, 1, 0, 0, 0, 1, 0, 0], [0, 0, 0, 1, 0, 0, 0, 1, 0, 0], [0, 0, 0, 1, 0, 0, 0, 1, 0, 0], [0, 0, 0, 1, 0, 0, 0, 1, 0, 0], [0, 0, 0, 1, 0, 0, 0, 1, 0, 0], [0, 0, 0, 1, 0, 0, 0, 1, 0, 0], [0, 0, 0, 1, 0, 0, 0, 1, 0, 0], [1, 0, 0, 1, 0, 0, 0, 1, 0, 0], [1, 0, 0, 1, 0, 0, 0, 2, 0, 0], [1, 0, 0, 1, 0, 0, 0, 2, 1, 0], [2, 0, 0, 2, 0, 0, 0, 2, 1, 0], [2, 0, 0, 2, 0, 0, 1, 2, 1, 0], [2, 0, 0, 2, 0, 0, 1, 2, 1, 0], [2, 0, 0, 2, 0, 0, 2, 2, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 20, "strings": ["glrqfawm", "ojsffq", "gqbe", "dfgwmfheyimp", "phsvmhrs", "pnvhy", "ehbnjknegq", "ikwhxfhm", "ipljymrgg", "wkdpt"], "substrings": ["ha", "fh", "cu", "ri", "ft", "yp", "mc", "ww", "wd", "mj", "oe", "dr", "fa", "hx", "ip", "wm", "eg", "oy", "bn", "qg"]}, "task_name": "task04", "example_name": "0181", "problem_name": "task04_0181"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [itvyyxdypb, goflonhhcg, hdmggv, btndsdng, nmtjgjpcl, upoypm, zixxcsdjjw, izsg, pndsdb, spft]\nSubstrings: [sd, sb, ui, lb, ie, mj, ng, gv, iz, kw, pf, ds, nd, py, th, fw, lc, qg, qf, bj]\n", "label": {"final": [0, 0, 1, 4, 0, 0, 1, 1, 3, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 1, 0, 1, 0], [0, 0, 0, 1, 0, 0, 1, 0, 1, 0], [0, 0, 0, 1, 0, 0, 1, 0, 1, 0], [0, 0, 0, 1, 0, 0, 1, 0, 1, 0], [0, 0, 0, 1, 0, 0, 1, 0, 1, 0], [0, 0, 0, 1, 0, 0, 1, 0, 1, 0], [0, 0, 0, 2, 0, 0, 1, 0, 1, 0], [0, 0, 1, 2, 0, 0, 1, 0, 1, 0], [0, 0, 1, 2, 0, 0, 1, 1, 1, 0], [0, 0, 1, 2, 0, 0, 1, 1, 1, 0], [0, 0, 1, 2, 0, 0, 1, 1, 1, 1], [0, 0, 1, 3, 0, 0, 1, 1, 2, 1], [0, 0, 1, 4, 0, 0, 1, 1, 3, 1], [0, 0, 1, 4, 0, 0, 1, 1, 3, 1], [0, 0, 1, 4, 0, 0, 1, 1, 3, 1], [0, 0, 1, 4, 0, 0, 1, 1, 3, 1], [0, 0, 1, 4, 0, 0, 1, 1, 3, 1], [0, 0, 1, 4, 0, 0, 1, 1, 3, 1], [0, 0, 1, 4, 0, 0, 1, 1, 3, 1]]}, "config": {"num_strings": 10, "num_substrings": 20, "strings": ["itvyyxdypb", "goflonhhcg", "hdmggv", "btndsdng", "nmtjgjpcl", "upoypm", "zixxcsdjjw", "izsg", "pndsdb", "spft"], "substrings": ["sd", "sb", "ui", "lb", "ie", "mj", "ng", "gv", "iz", "kw", "pf", "ds", "nd", "py", "th", "fw", "lc", "qg", "qf", "bj"]}, "task_name": "task04", "example_name": "0182", "problem_name": "task04_0182"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jqlmbksbh, mwsajsgnsvgb, cfbqc, hnvmmwath, qgwxi, ivwtfansc, oftjjs, bzqxgntil, fajwyg, qwucqgzj]\nSubstrings: [tl, xg, sm, jw, jk, qg, sj, nc, sa, kl, fb, az, qc, fa, jx, wx, mw, pz, js, ns]\n", "label": {"final": [0, 4, 2, 1, 2, 2, 1, 1, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 1, 0], [0, 0, 0, 0, 0, 0, 0, 1, 1, 0], [0, 0, 0, 0, 1, 0, 0, 1, 1, 1], [0, 0, 0, 0, 1, 0, 0, 1, 1, 1], [0, 0, 0, 0, 1, 0, 0, 1, 1, 1], [0, 1, 0, 0, 1, 0, 0, 1, 1, 1], [0, 1, 0, 0, 1, 0, 0, 1, 1, 1], [0, 1, 1, 0, 1, 0, 0, 1, 1, 1], [0, 1, 1, 0, 1, 0, 0, 1, 1, 1], [0, 1, 2, 0, 1, 0, 0, 1, 1, 1], [0, 1, 2, 0, 1, 1, 0, 1, 2, 1], [0, 1, 2, 0, 1, 1, 0, 1, 2, 1], [0, 1, 2, 0, 2, 1, 0, 1, 2, 1], [0, 2, 2, 1, 2, 1, 0, 1, 2, 1], [0, 2, 2, 1, 2, 1, 0, 1, 2, 1], [0, 3, 2, 1, 2, 1, 1, 1, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 20, "strings": ["jqlmbksbh", "mwsajsgnsvgb", "cfbqc", "hnvmmwath", "qgwxi", "ivwtfansc", "oftjjs", "bzqxgntil", "fajwyg", "qwucqgzj"], "substrings": ["tl", "xg", "sm", "jw", "jk", "qg", "sj", "nc", "sa", "kl", "fb", "az", "qc", "fa", "jx", "wx", "mw", "pz", "js", "ns"]}, "task_name": "task04", "example_name": "0183", "problem_name": "task04_0183"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [rfswrowjemgf, ajpwjlm, seregwi, cneqkqwjbo, irtp, tgvibhk, qihhgtwg, oxqk, eppjqidqdv, zqnnfanipcr]\nSubstrings: [ey, ws, an, bo, or, if, wg, ql, em, er, rf, hk, wj, de, rq, id, qk, qw, gy, pf]\n", "label": {"final": [3, 1, 1, 4, 0, 1, 1, 1, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 1, 0, 0, 0, 0, 0, 1], [0, 0, 0, 1, 0, 0, 0, 0, 0, 1], [0, 0, 0, 1, 0, 0, 0, 0, 0, 1], [0, 0, 0, 1, 0, 0, 1, 0, 0, 1], [0, 0, 0, 1, 0, 0, 1, 0, 0, 1], [1, 0, 0, 1, 0, 0, 1, 0, 0, 1], [1, 0, 1, 1, 0, 0, 1, 0, 0, 1], [2, 0, 1, 1, 0, 0, 1, 0, 0, 1], [2, 0, 1, 1, 0, 1, 1, 0, 0, 1], [3, 1, 1, 2, 0, 1, 1, 0, 0, 1], [3, 1, 1, 2, 0, 1, 1, 0, 0, 1], [3, 1, 1, 2, 0, 1, 1, 0, 0, 1], [3, 1, 1, 2, 0, 1, 1, 0, 1, 1], [3, 1, 1, 3, 0, 1, 1, 1, 1, 1], [3, 1, 1, 4, 0, 1, 1, 1, 1, 1], [3, 1, 1, 4, 0, 1, 1, 1, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 20, "strings": ["rfswrowjemgf", "ajpwjlm", "seregwi", "cneqkqwjbo", "irtp", "tgvibhk", "qihhgtwg", "oxqk", "eppjqidqdv", "zqnnfanipcr"], "substrings": ["ey", "ws", "an", "bo", "or", "if", "wg", "ql", "em", "er", "rf", "hk", "wj", "de", "rq", "id", "qk", "qw", "gy", "pf"]}, "task_name": "task04", "example_name": "0184", "problem_name": "task04_0184"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [elsn, lhiohuamm, adjcjftnakob, rjvak, elcujucsq, jnrj, koueuhi, qpelrjm, qjwvelrj, zerxjzyev]\nSubstrings: [bj, eq, ny, ao, dn, cu, jc, lr, rp, qw, va, bt, el, rt, js, td, kf, ad, rj, ge]\n", "label": {"final": [1, 0, 2, 2, 2, 1, 0, 3, 3, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 1, 0, 1, 0, 0, 0, 0, 0], [0, 0, 1, 0, 1, 0, 0, 1, 1, 0], [0, 0, 1, 0, 1, 0, 0, 1, 1, 0], [0, 0, 1, 0, 1, 0, 0, 1, 1, 0], [0, 0, 1, 1, 1, 0, 0, 1, 1, 0], [0, 0, 1, 1, 1, 0, 0, 1, 1, 0], [1, 0, 1, 1, 2, 0, 0, 2, 2, 0], [1, 0, 1, 1, 2, 0, 0, 2, 2, 0], [1, 0, 1, 1, 2, 0, 0, 2, 2, 0], [1, 0, 1, 1, 2, 0, 0, 2, 2, 0], [1, 0, 1, 1, 2, 0, 0, 2, 2, 0], [1, 0, 2, 1, 2, 0, 0, 2, 2, 0], [1, 0, 2, 2, 2, 1, 0, 3, 3, 0]]}, "config": {"num_strings": 10, "num_substrings": 20, "strings": ["elsn", "lhiohuamm", "adjcjftnakob", "rjvak", "elcujucsq", "jnrj", "koueuhi", "qpelrjm", "qjwvelrj", "zerxjzyev"], "substrings": ["bj", "eq", "ny", "ao", "dn", "cu", "jc", "lr", "rp", "qw", "va", "bt", "el", "rt", "js", "td", "kf", "ad", "rj", "ge"]}, "task_name": "task04", "example_name": "0185", "problem_name": "task04_0185"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cufgtvzkbt, sdvuoqwpbo, axcerqd, ksewpblzwwl, rlovsij, nehri, hebrrsd, ijepon, pojevplfw, qcvuma]\nSubstrings: [sg, sd, je, gp, lj, wi, rr, gv, za, ed, nc, jg, zu, wl, po, ws, ma, vz, vu, nf]\n", "label": {"final": [1, 2, 0, 1, 0, 0, 2, 2, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 1, 0, 0, 0], [0, 1, 0, 0, 0, 0, 1, 1, 1, 0], [0, 1, 0, 0, 0, 0, 1, 1, 1, 0], [0, 1, 0, 0, 0, 0, 1, 1, 1, 0], [0, 1, 0, 0, 0, 0, 1, 1, 1, 0], [0, 1, 0, 0, 0, 0, 2, 1, 1, 0], [0, 1, 0, 0, 0, 0, 2, 1, 1, 0], [0, 1, 0, 0, 0, 0, 2, 1, 1, 0], [0, 1, 0, 0, 0, 0, 2, 1, 1, 0], [0, 1, 0, 0, 0, 0, 2, 1, 1, 0], [0, 1, 0, 0, 0, 0, 2, 1, 1, 0], [0, 1, 0, 0, 0, 0, 2, 1, 1, 0], [0, 1, 0, 1, 0, 0, 2, 1, 1, 0], [0, 1, 0, 1, 0, 0, 2, 2, 2, 0], [0, 1, 0, 1, 0, 0, 2, 2, 2, 0], [0, 1, 0, 1, 0, 0, 2, 2, 2, 1], [1, 1, 0, 1, 0, 0, 2, 2, 2, 1], [1, 2, 0, 1, 0, 0, 2, 2, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 20, "strings": ["cufgtvzkbt", "sdvuoqwpbo", "axcerqd", "ksewpblzwwl", "rlovsij", "nehri", "hebrrsd", "ijepon", "pojevplfw", "qcvuma"], "substrings": ["sg", "sd", "je", "gp", "lj", "wi", "rr", "gv", "za", "ed", "nc", "jg", "zu", "wl", "po", "ws", "ma", "vz", "vu", "nf"]}, "task_name": "task04", "example_name": "0186", "problem_name": "task04_0186"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jzfstbbo, ubhkep, pxtrlic, msxvya, rwa, gpobybftn, oidy, mtyrmvomxx, wjvug, ygvj]\nSubstrings: [bm, sa, ug, ft, zy, xr, pl, su, hd, jv, dy, ig, hc, hb, gv, ur, yz, qy, lh, bb]\n", "label": {"final": [1, 0, 0, 0, 0, 1, 1, 0, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 1, 0, 0, 1, 0], [0, 0, 0, 0, 0, 1, 0, 0, 1, 0], [0, 0, 0, 0, 0, 1, 0, 0, 1, 0], [0, 0, 0, 0, 0, 1, 0, 0, 1, 0], [0, 0, 0, 0, 0, 1, 0, 0, 1, 0], [0, 0, 0, 0, 0, 1, 0, 0, 1, 0], [0, 0, 0, 0, 0, 1, 0, 0, 2, 0], [0, 0, 0, 0, 0, 1, 1, 0, 2, 0], [0, 0, 0, 0, 0, 1, 1, 0, 2, 0], [0, 0, 0, 0, 0, 1, 1, 0, 2, 0], [0, 0, 0, 0, 0, 1, 1, 0, 2, 0], [0, 0, 0, 0, 0, 1, 1, 0, 2, 1], [0, 0, 0, 0, 0, 1, 1, 0, 2, 1], [0, 0, 0, 0, 0, 1, 1, 0, 2, 1], [0, 0, 0, 0, 0, 1, 1, 0, 2, 1], [0, 0, 0, 0, 0, 1, 1, 0, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 20, "strings": ["jzfstbbo", "ubhkep", "pxtrlic", "msxvya", "rwa", "gpobybftn", "oidy", "mtyrmvomxx", "wjvug", "ygvj"], "substrings": ["bm", "sa", "ug", "ft", "zy", "xr", "pl", "su", "hd", "jv", "dy", "ig", "hc", "hb", "gv", "ur", "yz", "qy", "lh", "bb"]}, "task_name": "task04", "example_name": "0187", "problem_name": "task04_0187"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [vjdjwoa, otonpr, oqkfltwi, amnzz, zlhzxjoozp, gxxaw, vauvd, iurnzjj, habwhzetws, hqgmhrd]\nSubstrings: [tq, il, wh, dp, nz, is, ix, li, ah, py, kn, fl, aa, gx, on, hr, jj, dx, oz, ln]\n", "label": {"final": [0, 1, 1, 1, 1, 1, 0, 2, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 1, 0, 0, 0, 1, 1, 0], [0, 0, 0, 1, 0, 0, 0, 1, 1, 0], [0, 0, 0, 1, 0, 0, 0, 1, 1, 0], [0, 0, 0, 1, 0, 0, 0, 1, 1, 0], [0, 0, 0, 1, 0, 0, 0, 1, 1, 0], [0, 0, 0, 1, 0, 0, 0, 1, 1, 0], [0, 0, 0, 1, 0, 0, 0, 1, 1, 0], [0, 0, 1, 1, 0, 0, 0, 1, 1, 0], [0, 0, 1, 1, 0, 0, 0, 1, 1, 0], [0, 0, 1, 1, 0, 1, 0, 1, 1, 0], [0, 1, 1, 1, 0, 1, 0, 1, 1, 0], [0, 1, 1, 1, 0, 1, 0, 1, 1, 1], [0, 1, 1, 1, 0, 1, 0, 2, 1, 1], [0, 1, 1, 1, 0, 1, 0, 2, 1, 1], [0, 1, 1, 1, 1, 1, 0, 2, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 20, "strings": ["vjdjwoa", "otonpr", "oqkfltwi", "amnzz", "zlhzxjoozp", "gxxaw", "vauvd", "iurnzjj", "habwhzetws", "hqgmhrd"], "substrings": ["tq", "il", "wh", "dp", "nz", "is", "ix", "li", "ah", "py", "kn", "fl", "aa", "gx", "on", "hr", "jj", "dx", "oz", "ln"]}, "task_name": "task04", "example_name": "0188", "problem_name": "task04_0188"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [bptnflnttomm, wokugm, cqqcjp, nejiehls, jhpeiaay, qoyfzgpgcp, dirzkryly, ofjqrli, pvywxsjxihx, ugmafxd]\nSubstrings: [ur, pn, qr, fl, af, yw, su, aa, hk, fh, ub, xh, gm, fj, zk, jh, vy, gw, tn, hc]\n", "label": {"final": [2, 1, 0, 0, 2, 0, 1, 2, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [1, 0, 0, 0, 0, 0, 0, 1, 0, 0], [1, 0, 0, 0, 0, 0, 0, 1, 0, 1], [1, 0, 0, 0, 0, 0, 0, 1, 1, 1], [1, 0, 0, 0, 0, 0, 0, 1, 1, 1], [1, 0, 0, 0, 1, 0, 0, 1, 1, 1], [1, 0, 0, 0, 1, 0, 0, 1, 1, 1], [1, 0, 0, 0, 1, 0, 0, 1, 1, 1], [1, 0, 0, 0, 1, 0, 0, 1, 1, 1], [1, 0, 0, 0, 1, 0, 0, 1, 1, 1], [1, 1, 0, 0, 1, 0, 0, 1, 1, 2], [1, 1, 0, 0, 1, 0, 0, 2, 1, 2], [1, 1, 0, 0, 1, 0, 1, 2, 1, 2], [1, 1, 0, 0, 2, 0, 1, 2, 1, 2], [1, 1, 0, 0, 2, 0, 1, 2, 2, 2], [1, 1, 0, 0, 2, 0, 1, 2, 2, 2], [2, 1, 0, 0, 2, 0, 1, 2, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 20, "strings": ["bptnflnttomm", "wokugm", "cqqcjp", "nejiehls", "jhpeiaay", "qoyfzgpgcp", "dirzkryly", "ofjqrli", "pvywxsjxihx", "ugmafxd"], "substrings": ["ur", "pn", "qr", "fl", "af", "yw", "su", "aa", "hk", "fh", "ub", "xh", "gm", "fj", "zk", "jh", "vy", "gw", "tn", "hc"]}, "task_name": "task04", "example_name": "0189", "problem_name": "task04_0189"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xnc, pdksmddaci, adqvixxy, snpedzlmx, ztfq, nlbymfbzdth, vea, vbiznpzivi, ajurcuca, rrc]\nSubstrings: [mx, xd, lg, jo, ln, bt, fb, vb, fq, nh, qs, sa, hp, hm, xm, cy, os, lx, rc, aw, qx]\n", "label": {"final": [0, 0, 0, 1, 1, 1, 0, 1, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 1, 0, 0, 0, 0], [0, 0, 0, 1, 0, 1, 0, 1, 0, 0], [0, 0, 0, 1, 1, 1, 0, 1, 0, 0], [0, 0, 0, 1, 1, 1, 0, 1, 0, 0], [0, 0, 0, 1, 1, 1, 0, 1, 0, 0], [0, 0, 0, 1, 1, 1, 0, 1, 0, 0], [0, 0, 0, 1, 1, 1, 0, 1, 0, 0], [0, 0, 0, 1, 1, 1, 0, 1, 0, 0], [0, 0, 0, 1, 1, 1, 0, 1, 0, 0], [0, 0, 0, 1, 1, 1, 0, 1, 0, 0], [0, 0, 0, 1, 1, 1, 0, 1, 0, 0], [0, 0, 0, 1, 1, 1, 0, 1, 0, 0], [0, 0, 0, 1, 1, 1, 0, 1, 1, 1], [0, 0, 0, 1, 1, 1, 0, 1, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 21, "strings": ["xnc", "pdksmddaci", "adqvixxy", "snpedzlmx", "ztfq", "nlbymfbzdth", "vea", "vbiznpzivi", "ajurcuca", "rrc"], "substrings": ["mx", "xd", "lg", "jo", "ln", "bt", "fb", "vb", "fq", "nh", "qs", "sa", "hp", "hm", "xm", "cy", "os", "lx", "rc", "aw", "qx"]}, "task_name": "task04", "example_name": "0190", "problem_name": "task04_0190"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [pugvwyktjk, uuapydrbiuoa, qsvnggnggnn, nggnyctpfmeh, kktgn, gnvd, jpbepm, itaeelu, lbni, ngyjcqmom]\nSubstrings: [ma, ky, jp, be, ng, ic, uu, gn, kk, ni, ap, jk, ej, sk, bn, kt, jc, sf, sr, eu, pp]\n", "label": {"final": [2, 2, 4, 2, 3, 1, 2, 0, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 2, 0, 0, 0], [0, 0, 2, 1, 0, 0, 2, 0, 0, 1], [0, 0, 2, 1, 0, 0, 2, 0, 0, 1], [0, 1, 2, 1, 0, 0, 2, 0, 0, 1], [0, 1, 4, 2, 1, 1, 2, 0, 0, 1], [0, 1, 4, 2, 2, 1, 2, 0, 0, 1], [0, 1, 4, 2, 2, 1, 2, 0, 1, 1], [0, 2, 4, 2, 2, 1, 2, 0, 1, 1], [1, 2, 4, 2, 2, 1, 2, 0, 1, 1], [1, 2, 4, 2, 2, 1, 2, 0, 1, 1], [1, 2, 4, 2, 2, 1, 2, 0, 1, 1], [1, 2, 4, 2, 2, 1, 2, 0, 2, 1], [2, 2, 4, 2, 3, 1, 2, 0, 2, 1], [2, 2, 4, 2, 3, 1, 2, 0, 2, 2], [2, 2, 4, 2, 3, 1, 2, 0, 2, 2], [2, 2, 4, 2, 3, 1, 2, 0, 2, 2], [2, 2, 4, 2, 3, 1, 2, 0, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 21, "strings": ["pugvwyktjk", "uuapydrbiuoa", "qsvnggnggnn", "nggnyctpfmeh", "kktgn", "gnvd", "jpbepm", "itaeelu", "lbni", "ngyjcqmom"], "substrings": ["ma", "ky", "jp", "be", "ng", "ic", "uu", "gn", "kk", "ni", "ap", "jk", "ej", "sk", "bn", "kt", "jc", "sf", "sr", "eu", "pp"]}, "task_name": "task04", "example_name": "0191", "problem_name": "task04_0191"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [rangixrmj, zuhxzyid, ajxznoge, fufnazvwgms, ajusyxarwipn, rnwuxsx, dfmaoikhfok, vqtdnsp, xrxqrq, xsuvdhwlfk]\nSubstrings: [hw, ff, sg, zy, fh, uk, bs, id, sy, nb, ef, nr, hs, yl, bf, ju, od, kh, pv, ko, na]\n", "label": {"final": [0, 2, 0, 1, 2, 0, 1, 0, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 1, 0, 0, 0, 0, 0, 0, 0, 1], [0, 1, 0, 0, 0, 0, 0, 0, 0, 1], [0, 1, 0, 0, 0, 0, 0, 0, 0, 1], [0, 1, 0, 0, 0, 0, 0, 0, 0, 1], [0, 2, 0, 0, 0, 0, 0, 0, 0, 1], [0, 2, 0, 0, 1, 0, 0, 0, 0, 1], [0, 2, 0, 0, 1, 0, 0, 0, 0, 1], [0, 2, 0, 0, 1, 0, 0, 0, 0, 1], [0, 2, 0, 0, 1, 0, 0, 0, 0, 1], [0, 2, 0, 0, 1, 0, 0, 0, 0, 1], [0, 2, 0, 0, 1, 0, 0, 0, 0, 1], [0, 2, 0, 0, 1, 0, 0, 0, 0, 1], [0, 2, 0, 0, 2, 0, 0, 0, 0, 1], [0, 2, 0, 0, 2, 0, 0, 0, 0, 1], [0, 2, 0, 0, 2, 0, 1, 0, 0, 1], [0, 2, 0, 0, 2, 0, 1, 0, 0, 1], [0, 2, 0, 0, 2, 0, 1, 0, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 21, "strings": ["rangixrmj", "zuhxzyid", "ajxznoge", "fufnazvwgms", "ajusyxarwipn", "rnwuxsx", "dfmaoikhfok", "vqtdnsp", "xrxqrq", "xsuvdhwlfk"], "substrings": ["hw", "ff", "sg", "zy", "fh", "uk", "bs", "id", "sy", "nb", "ef", "nr", "hs", "yl", "bf", "ju", "od", "kh", "pv", "ko", "na"]}, "task_name": "task04", "example_name": "0192", "problem_name": "task04_0192"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [sqixnfrxant, xal, bkqjaap, ltyj, foztrxrxgcy, hwatd, ncfgulgf, yyrmhzr, ujxcbh, lvgva]\nSubstrings: [hz, cf, il, pz, va, ul, kb, yo, qj, rp, at, rx, an, aa, hd, el, cb, aa, xm, av, yh]\n", "label": {"final": [2, 0, 3, 0, 2, 1, 2, 1, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 1, 1, 0, 0], [0, 0, 0, 0, 0, 0, 1, 1, 0, 0], [0, 0, 0, 0, 0, 0, 1, 1, 0, 0], [0, 0, 0, 0, 0, 0, 1, 1, 0, 1], [0, 0, 0, 0, 0, 0, 2, 1, 0, 1], [0, 0, 0, 0, 0, 0, 2, 1, 0, 1], [0, 0, 0, 0, 0, 0, 2, 1, 0, 1], [0, 0, 1, 0, 0, 0, 2, 1, 0, 1], [0, 0, 1, 0, 0, 0, 2, 1, 0, 1], [0, 0, 1, 0, 0, 1, 2, 1, 0, 1], [1, 0, 1, 0, 2, 1, 2, 1, 0, 1], [2, 0, 1, 0, 2, 1, 2, 1, 0, 1], [2, 0, 2, 0, 2, 1, 2, 1, 0, 1], [2, 0, 2, 0, 2, 1, 2, 1, 0, 1], [2, 0, 2, 0, 2, 1, 2, 1, 0, 1], [2, 0, 2, 0, 2, 1, 2, 1, 1, 1], [2, 0, 3, 0, 2, 1, 2, 1, 1, 1], [2, 0, 3, 0, 2, 1, 2, 1, 1, 1], [2, 0, 3, 0, 2, 1, 2, 1, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 21, "strings": ["sqixnfrxant", "xal", "bkqjaap", "ltyj", "foztrxrxgcy", "hwatd", "ncfgulgf", "yyrmhzr", "ujxcbh", "lvgva"], "substrings": ["hz", "cf", "il", "pz", "va", "ul", "kb", "yo", "qj", "rp", "at", "rx", "an", "aa", "hd", "el", "cb", "aa", "xm", "av", "yh"]}, "task_name": "task04", "example_name": "0193", "problem_name": "task04_0193"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [oudhm, fsqrjto, zzenbdoz, iidwe, nrvmybyudz, rhprcplhekb, lkwstzm, tozeexivykd, okng, nrqzyngur]\nSubstrings: [to, mh, rh, yu, rq, bd, gu, zv, iz, ws, wk, qe, zh, ng, en, da, pr, yn, ud, gq, uv]\n", "label": {"final": [1, 1, 2, 0, 2, 2, 1, 1, 1, 4], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 0, 0, 0, 1, 0, 0], [0, 1, 0, 0, 0, 0, 0, 1, 0, 0], [0, 1, 0, 0, 0, 1, 0, 1, 0, 0], [0, 1, 0, 0, 1, 1, 0, 1, 0, 0], [0, 1, 0, 0, 1, 1, 0, 1, 0, 1], [0, 1, 1, 0, 1, 1, 0, 1, 0, 1], [0, 1, 1, 0, 1, 1, 0, 1, 0, 2], [0, 1, 1, 0, 1, 1, 0, 1, 0, 2], [0, 1, 1, 0, 1, 1, 0, 1, 0, 2], [0, 1, 1, 0, 1, 1, 1, 1, 0, 2], [0, 1, 1, 0, 1, 1, 1, 1, 0, 2], [0, 1, 1, 0, 1, 1, 1, 1, 0, 2], [0, 1, 1, 0, 1, 1, 1, 1, 0, 2], [0, 1, 1, 0, 1, 1, 1, 1, 1, 3], [0, 1, 2, 0, 1, 1, 1, 1, 1, 3], [0, 1, 2, 0, 1, 1, 1, 1, 1, 3], [0, 1, 2, 0, 1, 2, 1, 1, 1, 3], [0, 1, 2, 0, 1, 2, 1, 1, 1, 4], [1, 1, 2, 0, 2, 2, 1, 1, 1, 4], [1, 1, 2, 0, 2, 2, 1, 1, 1, 4]]}, "config": {"num_strings": 10, "num_substrings": 21, "strings": ["oudhm", "fsqrjto", "zzenbdoz", "iidwe", "nrvmybyudz", "rhprcplhekb", "lkwstzm", "tozeexivykd", "okng", "nrqzyngur"], "substrings": ["to", "mh", "rh", "yu", "rq", "bd", "gu", "zv", "iz", "ws", "wk", "qe", "zh", "ng", "en", "da", "pr", "yn", "ud", "gq", "uv"]}, "task_name": "task04", "example_name": "0194", "problem_name": "task04_0194"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [lemmyqwfczq, absczscxhbb, ofbevgam, lryyxxmu, dfhyckmlopc, dsisiwg, ztfrjfmff, ukjdwhbco, bewfpp, wsiisdge]\nSubstrings: [yc, sy, hb, zz, wh, dg, xy, cx, ad, be, si, mp, el, ok, pp, ww, wf, aw, ih, cz, vg]\n", "label": {"final": [2, 3, 2, 0, 1, 2, 0, 2, 3, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 1, 0, 0, 1, 0, 0, 1, 0, 0], [0, 1, 0, 0, 1, 0, 0, 1, 0, 0], [0, 1, 0, 0, 1, 0, 0, 2, 0, 0], [0, 1, 0, 0, 1, 0, 0, 2, 0, 1], [0, 1, 0, 0, 1, 0, 0, 2, 0, 1], [0, 2, 0, 0, 1, 0, 0, 2, 0, 1], [0, 2, 0, 0, 1, 0, 0, 2, 0, 1], [0, 2, 1, 0, 1, 0, 0, 2, 1, 1], [0, 2, 1, 0, 1, 2, 0, 2, 1, 2], [0, 2, 1, 0, 1, 2, 0, 2, 1, 2], [0, 2, 1, 0, 1, 2, 0, 2, 1, 2], [0, 2, 1, 0, 1, 2, 0, 2, 1, 2], [0, 2, 1, 0, 1, 2, 0, 2, 2, 2], [0, 2, 1, 0, 1, 2, 0, 2, 2, 2], [1, 2, 1, 0, 1, 2, 0, 2, 3, 2], [1, 2, 1, 0, 1, 2, 0, 2, 3, 2], [1, 2, 1, 0, 1, 2, 0, 2, 3, 2], [2, 3, 1, 0, 1, 2, 0, 2, 3, 2]]}, "config": {"num_strings": 10, "num_substrings": 21, "strings": ["lemmyqwfczq", "absczscxhbb", "ofbevgam", "lryyxxmu", "dfhyckmlopc", "dsisiwg", "ztfrjfmff", "ukjdwhbco", "bewfpp", "wsiisdge"], "substrings": ["yc", "sy", "hb", "zz", "wh", "dg", "xy", "cx", "ad", "be", "si", "mp", "el", "ok", "pp", "ww", "wf", "aw", "ih", "cz", "vg"]}, "task_name": "task04", "example_name": "0195", "problem_name": "task04_0195"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [dgxzzjlaqs, ofxgyn, kywuo, szjphgv, cmocckckqvp, qpgettlchk, fymmgdekcg, mbgxfusekpw, sfly, utghxsy]\nSubstrings: [gp, iz, rx, fl, mk, nf, pv, gd, tv, qp, vs, kv, ck, yq, yg, ok, gx, yk, ay, fu, op]\n", "label": {"final": [1, 0, 0, 0, 2, 1, 1, 2, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 1, 0, 1, 0], [0, 0, 0, 0, 0, 0, 1, 0, 1, 0], [0, 0, 0, 0, 0, 1, 1, 0, 1, 0], [0, 0, 0, 0, 0, 1, 1, 0, 1, 0], [0, 0, 0, 0, 0, 1, 1, 0, 1, 0], [0, 0, 0, 0, 2, 1, 1, 0, 1, 0], [0, 0, 0, 0, 2, 1, 1, 0, 1, 0], [0, 0, 0, 0, 2, 1, 1, 0, 1, 0], [0, 0, 0, 0, 2, 1, 1, 0, 1, 0], [1, 0, 0, 0, 2, 1, 1, 1, 1, 0], [1, 0, 0, 0, 2, 1, 1, 1, 1, 0], [1, 0, 0, 0, 2, 1, 1, 1, 1, 0], [1, 0, 0, 0, 2, 1, 1, 2, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 21, "strings": ["dgxzzjlaqs", "ofxgyn", "kywuo", "szjphgv", "cmocckckqvp", "qpgettlchk", "fymmgdekcg", "mbgxfusekpw", "sfly", "utghxsy"], "substrings": ["gp", "iz", "rx", "fl", "mk", "nf", "pv", "gd", "tv", "qp", "vs", "kv", "ck", "yq", "yg", "ok", "gx", "yk", "ay", "fu", "op"]}, "task_name": "task04", "example_name": "0196", "problem_name": "task04_0196"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ckpa, nxybz, tvaxq, qxanibbeodo, bkwbjx, jffywcbt, ewcjyfk, huupakv, fdbetiezo, ubzrzo]\nSubstrings: [ox, kv, pa, wy, be, zr, fy, cp, ab, ef, db, bn, nd, ub, ua, hi, bp, yp, no, cu, tq]\n", "label": {"final": [1, 0, 0, 1, 0, 1, 0, 2, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [1, 0, 0, 0, 0, 0, 0, 2, 0, 0], [1, 0, 0, 0, 0, 0, 0, 2, 0, 0], [1, 0, 0, 1, 0, 0, 0, 2, 1, 0], [1, 0, 0, 1, 0, 0, 0, 2, 1, 1], [1, 0, 0, 1, 0, 1, 0, 2, 1, 1], [1, 0, 0, 1, 0, 1, 0, 2, 1, 1], [1, 0, 0, 1, 0, 1, 0, 2, 1, 1], [1, 0, 0, 1, 0, 1, 0, 2, 1, 1], [1, 0, 0, 1, 0, 1, 0, 2, 2, 1], [1, 0, 0, 1, 0, 1, 0, 2, 2, 1], [1, 0, 0, 1, 0, 1, 0, 2, 2, 1], [1, 0, 0, 1, 0, 1, 0, 2, 2, 2], [1, 0, 0, 1, 0, 1, 0, 2, 2, 2], [1, 0, 0, 1, 0, 1, 0, 2, 2, 2], [1, 0, 0, 1, 0, 1, 0, 2, 2, 2], [1, 0, 0, 1, 0, 1, 0, 2, 2, 2], [1, 0, 0, 1, 0, 1, 0, 2, 2, 2], [1, 0, 0, 1, 0, 1, 0, 2, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 21, "strings": ["ckpa", "nxybz", "tvaxq", "qxanibbeodo", "bkwbjx", "jffywcbt", "ewcjyfk", "huupakv", "fdbetiezo", "ubzrzo"], "substrings": ["ox", "kv", "pa", "wy", "be", "zr", "fy", "cp", "ab", "ef", "db", "bn", "nd", "ub", "ua", "hi", "bp", "yp", "no", "cu", "tq"]}, "task_name": "task04", "example_name": "0197", "problem_name": "task04_0197"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ivmtaqzux, zlaqqt, rjinnax, uqyzwr, qywigzptsk, jhjhwhafn, xihkqtpfrx, rekzld, faqbfzsii, cwwtaefev]\nSubstrings: [ha, hn, ha, np, ot, ld, vm, rj, zl, mo, oa, aq, az, rs, ty, bx, wu, rt, oi, wr, yz]\n", "label": {"final": [2, 2, 1, 2, 0, 2, 0, 2, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [0, 0, 0, 0, 0, 2, 0, 0, 0, 0], [0, 0, 0, 0, 0, 2, 0, 0, 0, 0], [0, 0, 0, 0, 0, 2, 0, 0, 0, 0], [0, 0, 0, 0, 0, 2, 0, 1, 0, 0], [1, 0, 0, 0, 0, 2, 0, 1, 0, 0], [1, 0, 1, 0, 0, 2, 0, 1, 0, 0], [1, 1, 1, 0, 0, 2, 0, 2, 0, 0], [1, 1, 1, 0, 0, 2, 0, 2, 0, 0], [1, 1, 1, 0, 0, 2, 0, 2, 0, 0], [2, 2, 1, 0, 0, 2, 0, 2, 1, 0], [2, 2, 1, 0, 0, 2, 0, 2, 1, 0], [2, 2, 1, 0, 0, 2, 0, 2, 1, 0], [2, 2, 1, 0, 0, 2, 0, 2, 1, 0], [2, 2, 1, 0, 0, 2, 0, 2, 1, 0], [2, 2, 1, 0, 0, 2, 0, 2, 1, 0], [2, 2, 1, 0, 0, 2, 0, 2, 1, 0], [2, 2, 1, 0, 0, 2, 0, 2, 1, 0], [2, 2, 1, 1, 0, 2, 0, 2, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 21, "strings": ["ivmtaqzux", "zlaqqt", "rjinnax", "uqyzwr", "qywigzptsk", "jhjhwhafn", "xihkqtpfrx", "rekzld", "faqbfzsii", "cwwtaefev"], "substrings": ["ha", "hn", "ha", "np", "ot", "ld", "vm", "rj", "zl", "mo", "oa", "aq", "az", "rs", "ty", "bx", "wu", "rt", "oi", "wr", "yz"]}, "task_name": "task04", "example_name": "0198", "problem_name": "task04_0198"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [fvdwipgl, goqsdjw, nnomwuym, aaljcibmd, pvkner, hwpu, djygfwy, rpyaohsigg, cnsmlwrvqc, qfbrhws]\nSubstrings: [ca, oh, ul, dw, eh, dj, ah, wr, ab, mw, cd, bh, jf, dj, gf, fb, rh, ol, nh, qs, ci]\n", "label": {"final": [1, 3, 1, 1, 0, 0, 3, 1, 1, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [1, 0, 0, 0, 0, 0, 0, 1, 0, 0], [1, 0, 0, 0, 0, 0, 0, 1, 0, 0], [1, 1, 0, 0, 0, 0, 1, 1, 0, 0], [1, 1, 0, 0, 0, 0, 1, 1, 0, 0], [1, 1, 0, 0, 0, 0, 1, 1, 1, 0], [1, 1, 0, 0, 0, 0, 1, 1, 1, 0], [1, 1, 1, 0, 0, 0, 1, 1, 1, 0], [1, 1, 1, 0, 0, 0, 1, 1, 1, 0], [1, 1, 1, 0, 0, 0, 1, 1, 1, 0], [1, 1, 1, 0, 0, 0, 1, 1, 1, 0], [1, 2, 1, 0, 0, 0, 2, 1, 1, 0], [1, 2, 1, 0, 0, 0, 3, 1, 1, 0], [1, 2, 1, 0, 0, 0, 3, 1, 1, 1], [1, 2, 1, 0, 0, 0, 3, 1, 1, 2], [1, 2, 1, 0, 0, 0, 3, 1, 1, 2], [1, 2, 1, 0, 0, 0, 3, 1, 1, 2], [1, 3, 1, 0, 0, 0, 3, 1, 1, 2]]}, "config": {"num_strings": 10, "num_substrings": 21, "strings": ["fvdwipgl", "goqsdjw", "nnomwuym", "aaljcibmd", "pvkner", "hwpu", "djygfwy", "rpyaohsigg", "cnsmlwrvqc", "qfbrhws"], "substrings": ["ca", "oh", "ul", "dw", "eh", "dj", "ah", "wr", "ab", "mw", "cd", "bh", "jf", "dj", "gf", "fb", "rh", "ol", "nh", "qs", "ci"]}, "task_name": "task04", "example_name": "0199", "problem_name": "task04_0199"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [sbfdo, ggjgqtlx, runcbkulk, gnoytiseup, gqiqmoy, lipahppm, vidwxmpxunm, kvncnjgonst, torrltf, okwkwsacrs]\nSubstrings: [gr, oy, pm, no, qm, mo, rr, jg, qy, mp, hj, gz, hm, bf, hp, mx, wj, lk, tg, wm, xu, lx]\n", "label": {"final": [1, 2, 1, 2, 3, 2, 2, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 1, 0, 0, 0, 0], [0, 0, 0, 2, 1, 1, 0, 0, 0, 0], [0, 0, 0, 2, 2, 1, 0, 0, 0, 0], [0, 0, 0, 2, 3, 1, 0, 0, 0, 0], [0, 0, 0, 2, 3, 1, 0, 0, 1, 0], [0, 1, 0, 2, 3, 1, 0, 1, 1, 0], [0, 1, 0, 2, 3, 1, 0, 1, 1, 0], [0, 1, 0, 2, 3, 1, 1, 1, 1, 0], [0, 1, 0, 2, 3, 1, 1, 1, 1, 0], [0, 1, 0, 2, 3, 1, 1, 1, 1, 0], [0, 1, 0, 2, 3, 1, 1, 1, 1, 0], [1, 1, 0, 2, 3, 1, 1, 1, 1, 0], [1, 1, 0, 2, 3, 2, 1, 1, 1, 0], [1, 1, 0, 2, 3, 2, 1, 1, 1, 0], [1, 1, 0, 2, 3, 2, 1, 1, 1, 0], [1, 1, 1, 2, 3, 2, 1, 1, 1, 0], [1, 1, 1, 2, 3, 2, 1, 1, 1, 0], [1, 1, 1, 2, 3, 2, 1, 1, 1, 0], [1, 1, 1, 2, 3, 2, 2, 1, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 22, "strings": ["sbfdo", "ggjgqtlx", "runcbkulk", "gnoytiseup", "gqiqmoy", "lipahppm", "vidwxmpxunm", "kvncnjgonst", "torrltf", "okwkwsacrs"], "substrings": ["gr", "oy", "pm", "no", "qm", "mo", "rr", "jg", "qy", "mp", "hj", "gz", "hm", "bf", "hp", "mx", "wj", "lk", "tg", "wm", "xu", "lx"]}, "task_name": "task04", "example_name": "0200", "problem_name": "task04_0200"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [feba, jjfebgfekkkk, gqikvp, blevaqylafj, iwjxbw, fmavhpg, bfeppangmkv, gpvyznvpz, crylalv, kvqji]\nSubstrings: [wm, pz, kv, la, fo, qi, vv, nz, kv, aq, lv, bo, fe, iw, ym, uw, hs, bg, qj, kp, gm, jx]\n", "label": {"final": [1, 3, 3, 2, 2, 0, 4, 1, 2, 3], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 1, 0, 0, 0, 1, 1, 0, 1], [0, 0, 1, 1, 0, 0, 1, 1, 1, 1], [0, 0, 1, 1, 0, 0, 1, 1, 1, 1], [0, 0, 2, 1, 0, 0, 1, 1, 1, 1], [0, 0, 2, 1, 0, 0, 1, 1, 1, 1], [0, 0, 2, 1, 0, 0, 1, 1, 1, 1], [0, 0, 3, 1, 0, 0, 2, 1, 1, 2], [0, 0, 3, 2, 0, 0, 2, 1, 1, 2], [0, 0, 3, 2, 0, 0, 2, 1, 2, 2], [0, 0, 3, 2, 0, 0, 2, 1, 2, 2], [1, 2, 3, 2, 0, 0, 3, 1, 2, 2], [1, 2, 3, 2, 1, 0, 3, 1, 2, 2], [1, 2, 3, 2, 1, 0, 3, 1, 2, 2], [1, 2, 3, 2, 1, 0, 3, 1, 2, 2], [1, 2, 3, 2, 1, 0, 3, 1, 2, 2], [1, 3, 3, 2, 1, 0, 3, 1, 2, 2], [1, 3, 3, 2, 1, 0, 3, 1, 2, 3], [1, 3, 3, 2, 1, 0, 3, 1, 2, 3], [1, 3, 3, 2, 1, 0, 4, 1, 2, 3]]}, "config": {"num_strings": 10, "num_substrings": 22, "strings": ["feba", "jjfebgfekkkk", "gqikvp", "blevaqylafj", "iwjxbw", "fmavhpg", "bfeppangmkv", "gpvyznvpz", "crylalv", "kvqji"], "substrings": ["wm", "pz", "kv", "la", "fo", "qi", "vv", "nz", "kv", "aq", "lv", "bo", "fe", "iw", "ym", "uw", "hs", "bg", "qj", "kp", "gm", "jx"]}, "task_name": "task04", "example_name": "0201", "problem_name": "task04_0201"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jswqppbpagk, myllza, iyykj, nosjupouj, bahsujeg, lyvzfeqool, tqgosfcpbr, wltjuwaqvgbb, usutncx, bhaqgfgr]\nSubstrings: [os, ke, jw, kg, ft, qj, wy, ow, vs, ki, ju, tg, bp, qo, vs, vh, ag, su, zr, lt, no, vd]\n", "label": {"final": [2, 0, 0, 3, 1, 1, 1, 2, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [0, 0, 0, 2, 0, 0, 1, 1, 0, 0], [0, 0, 0, 2, 0, 0, 1, 1, 0, 0], [1, 0, 0, 2, 0, 0, 1, 1, 0, 0], [1, 0, 0, 2, 0, 1, 1, 1, 0, 0], [1, 0, 0, 2, 0, 1, 1, 1, 0, 0], [1, 0, 0, 2, 0, 1, 1, 1, 0, 0], [2, 0, 0, 2, 0, 1, 1, 1, 0, 0], [2, 0, 0, 2, 1, 1, 1, 1, 1, 0], [2, 0, 0, 2, 1, 1, 1, 1, 1, 0], [2, 0, 0, 2, 1, 1, 1, 2, 1, 0], [2, 0, 0, 3, 1, 1, 1, 2, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 22, "strings": ["jswqppbpagk", "myllza", "iyykj", "nosjupouj", "bahsujeg", "lyvzfeqool", "tqgosfcpbr", "wltjuwaqvgbb", "usutncx", "bhaqgfgr"], "substrings": ["os", "ke", "jw", "kg", "ft", "qj", "wy", "ow", "vs", "ki", "ju", "tg", "bp", "qo", "vs", "vh", "ag", "su", "zr", "lt", "no", "vd"]}, "task_name": "task04", "example_name": "0202", "problem_name": "task04_0202"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xekftnwuz, dzpk, ugdtbraq, mvwvwugwp, ezhd, syghdq, kvwkj, gqzxtngd, hvj, noxfaelt]\nSubstrings: [cg, sg, rl, sf, hu, jv, ce, uq, gd, wr, mc, lo, zk, kd, kf, ti, bc, hd, tb, tn, yb, yg]\n", "label": {"final": [2, 0, 2, 0, 1, 2, 0, 2, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 0, 0, 0, 1, 0, 0], [0, 0, 1, 0, 0, 0, 0, 1, 0, 0], [0, 0, 1, 0, 0, 0, 0, 1, 0, 0], [0, 0, 1, 0, 0, 0, 0, 1, 0, 0], [0, 0, 1, 0, 0, 0, 0, 1, 0, 0], [0, 0, 1, 0, 0, 0, 0, 1, 0, 0], [1, 0, 1, 0, 0, 0, 0, 1, 0, 0], [1, 0, 1, 0, 0, 0, 0, 1, 0, 0], [1, 0, 1, 0, 0, 0, 0, 1, 0, 0], [1, 0, 1, 0, 1, 1, 0, 1, 0, 0], [1, 0, 2, 0, 1, 1, 0, 1, 0, 0], [2, 0, 2, 0, 1, 1, 0, 2, 0, 0], [2, 0, 2, 0, 1, 1, 0, 2, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 22, "strings": ["xekftnwuz", "dzpk", "ugdtbraq", "mvwvwugwp", "ezhd", "syghdq", "kvwkj", "gqzxtngd", "hvj", "noxfaelt"], "substrings": ["cg", "sg", "rl", "sf", "hu", "jv", "ce", "uq", "gd", "wr", "mc", "lo", "zk", "kd", "kf", "ti", "bc", "hd", "tb", "tn", "yb", "yg"]}, "task_name": "task04", "example_name": "0203", "problem_name": "task04_0203"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [iggdhieqivy, biggxcoqi, tgcxfbjgrc, fjaeorwi, cqrvgu, xzpfdfhmonw, fbjfqkmxi, fhqfxgfnoh, vuzefzoy, aliepfzhe]\nSubstrings: [ts, ej, fy, ql, fq, yd, bj, ot, ie, xf, xs, ba, on, mz, fi, fn, qi, fd, ja, ah, gl, nr]\n", "label": {"final": [2, 1, 2, 1, 0, 2, 2, 1, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 1, 0, 0, 0, 2, 0, 0, 0], [0, 0, 1, 0, 0, 0, 2, 0, 0, 0], [1, 0, 1, 0, 0, 0, 2, 0, 0, 1], [1, 0, 2, 0, 0, 0, 2, 0, 0, 1], [1, 0, 2, 0, 0, 0, 2, 0, 0, 1], [1, 0, 2, 0, 0, 0, 2, 0, 0, 1], [1, 0, 2, 0, 0, 1, 2, 0, 0, 1], [1, 0, 2, 0, 0, 1, 2, 0, 0, 1], [1, 0, 2, 0, 0, 1, 2, 0, 0, 1], [1, 0, 2, 0, 0, 1, 2, 1, 0, 1], [2, 1, 2, 0, 0, 1, 2, 1, 0, 1], [2, 1, 2, 0, 0, 2, 2, 1, 0, 1], [2, 1, 2, 1, 0, 2, 2, 1, 0, 1], [2, 1, 2, 1, 0, 2, 2, 1, 0, 1], [2, 1, 2, 1, 0, 2, 2, 1, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 22, "strings": ["iggdhieqivy", "biggxcoqi", "tgcxfbjgrc", "fjaeorwi", "cqrvgu", "xzpfdfhmonw", "fbjfqkmxi", "fhqfxgfnoh", "vuzefzoy", "aliepfzhe"], "substrings": ["ts", "ej", "fy", "ql", "fq", "yd", "bj", "ot", "ie", "xf", "xs", "ba", "on", "mz", "fi", "fn", "qi", "fd", "ja", "ah", "gl", "nr"]}, "task_name": "task04", "example_name": "0204", "problem_name": "task04_0204"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [olhwgqfzw, pwjfb, wpolaivswdl, cvhvfuftljl, savgsgizc, kizuh, mellolxjncvk, hnrxspupfuad, bvhwzagc, eswj]\nSubstrings: [fu, we, xm, hw, yj, hm, os, es, hv, ai, rg, wj, za, cn, zt, up, ms, xj, cq, kq, ol, co]\n", "label": {"final": [2, 1, 2, 2, 0, 0, 2, 2, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 0, 1, 0, 0], [0, 0, 0, 1, 0, 0, 0, 1, 0, 0], [0, 0, 0, 1, 0, 0, 0, 1, 0, 0], [1, 0, 0, 1, 0, 0, 0, 1, 1, 0], [1, 0, 0, 1, 0, 0, 0, 1, 1, 0], [1, 0, 0, 1, 0, 0, 0, 1, 1, 0], [1, 0, 0, 1, 0, 0, 0, 1, 1, 0], [1, 0, 0, 1, 0, 0, 0, 1, 1, 1], [1, 0, 0, 2, 0, 0, 0, 1, 1, 1], [1, 0, 1, 2, 0, 0, 0, 1, 1, 1], [1, 0, 1, 2, 0, 0, 0, 1, 1, 1], [1, 1, 1, 2, 0, 0, 0, 1, 1, 2], [1, 1, 1, 2, 0, 0, 0, 1, 2, 2], [1, 1, 1, 2, 0, 0, 0, 1, 2, 2], [1, 1, 1, 2, 0, 0, 0, 1, 2, 2], [1, 1, 1, 2, 0, 0, 0, 2, 2, 2], [1, 1, 1, 2, 0, 0, 0, 2, 2, 2], [1, 1, 1, 2, 0, 0, 1, 2, 2, 2], [1, 1, 1, 2, 0, 0, 1, 2, 2, 2], [1, 1, 1, 2, 0, 0, 1, 2, 2, 2], [2, 1, 2, 2, 0, 0, 2, 2, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 22, "strings": ["olhwgqfzw", "pwjfb", "wpolaivswdl", "cvhvfuftljl", "savgsgizc", "kizuh", "mellolxjncvk", "hnrxspupfuad", "bvhwzagc", "eswj"], "substrings": ["fu", "we", "xm", "hw", "yj", "hm", "os", "es", "hv", "ai", "rg", "wj", "za", "cn", "zt", "up", "ms", "xj", "cq", "kq", "ol", "co"]}, "task_name": "task04", "example_name": "0205", "problem_name": "task04_0205"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [sjcwkqt, srstt, vgiuv, krckiouk, cdlrgirm, wxl, ocpbympbaej, adhxmft, xmxmk, lbamhs]\nSubstrings: [ba, qf, wk, qd, kj, ou, st, xm, nn, ad, zs, tq, ye, gq, vi, xm, pi, sr, mp, ft, mh, jc]\n", "label": {"final": [2, 2, 0, 1, 0, 0, 2, 4, 4, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 1, 0, 0, 1], [0, 0, 0, 0, 0, 0, 1, 0, 0, 1], [1, 0, 0, 0, 0, 0, 1, 0, 0, 1], [1, 0, 0, 0, 0, 0, 1, 0, 0, 1], [1, 0, 0, 0, 0, 0, 1, 0, 0, 1], [1, 0, 0, 1, 0, 0, 1, 0, 0, 1], [1, 1, 0, 1, 0, 0, 1, 0, 0, 1], [1, 1, 0, 1, 0, 0, 1, 1, 2, 1], [1, 1, 0, 1, 0, 0, 1, 1, 2, 1], [1, 1, 0, 1, 0, 0, 1, 2, 2, 1], [1, 1, 0, 1, 0, 0, 1, 2, 2, 1], [1, 1, 0, 1, 0, 0, 1, 2, 2, 1], [1, 1, 0, 1, 0, 0, 1, 2, 2, 1], [1, 1, 0, 1, 0, 0, 1, 2, 2, 1], [1, 1, 0, 1, 0, 0, 1, 2, 2, 1], [1, 1, 0, 1, 0, 0, 1, 3, 4, 1], [1, 1, 0, 1, 0, 0, 1, 3, 4, 1], [1, 2, 0, 1, 0, 0, 1, 3, 4, 1], [1, 2, 0, 1, 0, 0, 2, 3, 4, 1], [1, 2, 0, 1, 0, 0, 2, 4, 4, 1], [1, 2, 0, 1, 0, 0, 2, 4, 4, 2]]}, "config": {"num_strings": 10, "num_substrings": 22, "strings": ["sjcwkqt", "srstt", "vgiuv", "krckiouk", "cdlrgirm", "wxl", "ocpbympbaej", "adhxmft", "xmxmk", "lbamhs"], "substrings": ["ba", "qf", "wk", "qd", "kj", "ou", "st", "xm", "nn", "ad", "zs", "tq", "ye", "gq", "vi", "xm", "pi", "sr", "mp", "ft", "mh", "jc"]}, "task_name": "task04", "example_name": "0206", "problem_name": "task04_0206"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [hneg, fqcxfbgkm, zxprs, fhceurxpviq, owedgyn, grksetsgi, kpqktyssxn, bdtyr, leznuin, bzosqsgnjh]\nSubstrings: [jb, ur, uw, rs, ah, kj, vw, le, ka, kb, iq, sg, xp, et, we, dl, yr, hn, bb, xj, ht, sx]\n", "label": {"final": [1, 0, 2, 3, 1, 2, 1, 1, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 1, 0, 0, 0, 0, 1, 0], [0, 0, 1, 1, 0, 0, 0, 0, 1, 0], [0, 0, 1, 1, 0, 0, 0, 0, 1, 0], [0, 0, 1, 2, 0, 0, 0, 0, 1, 0], [0, 0, 1, 2, 0, 1, 0, 0, 1, 1], [0, 0, 2, 3, 0, 1, 0, 0, 1, 1], [0, 0, 2, 3, 0, 2, 0, 0, 1, 1], [0, 0, 2, 3, 1, 2, 0, 0, 1, 1], [0, 0, 2, 3, 1, 2, 0, 0, 1, 1], [0, 0, 2, 3, 1, 2, 0, 1, 1, 1], [1, 0, 2, 3, 1, 2, 0, 1, 1, 1], [1, 0, 2, 3, 1, 2, 0, 1, 1, 1], [1, 0, 2, 3, 1, 2, 0, 1, 1, 1], [1, 0, 2, 3, 1, 2, 0, 1, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 22, "strings": ["hneg", "fqcxfbgkm", "zxprs", "fhceurxpviq", "owedgyn", "grksetsgi", "kpqktyssxn", "bdtyr", "leznuin", "bzosqsgnjh"], "substrings": ["jb", "ur", "uw", "rs", "ah", "kj", "vw", "le", "ka", "kb", "iq", "sg", "xp", "et", "we", "dl", "yr", "hn", "bb", "xj", "ht", "sx"]}, "task_name": "task04", "example_name": "0207", "problem_name": "task04_0207"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cpjtplftq, onxq, eyks, dmeljohf, fluolb, zjtsf, clelkxdvzo, ckcpgupv, nsxjh, svqppzdf]\nSubstrings: [rd, gu, dg, lc, lb, pg, kx, ba, ip, gf, jt, pd, xj, uo, eq, sf, xh, re, np, mp, dw, ue]\n", "label": {"final": [1, 0, 0, 0, 2, 2, 1, 2, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0], [0, 0, 0, 0, 1, 0, 0, 2, 0, 0], [0, 0, 0, 0, 1, 0, 1, 2, 0, 0], [0, 0, 0, 0, 1, 0, 1, 2, 0, 0], [0, 0, 0, 0, 1, 0, 1, 2, 0, 0], [0, 0, 0, 0, 1, 0, 1, 2, 0, 0], [1, 0, 0, 0, 1, 1, 1, 2, 0, 0], [1, 0, 0, 0, 1, 1, 1, 2, 0, 0], [1, 0, 0, 0, 1, 1, 1, 2, 1, 0], [1, 0, 0, 0, 2, 1, 1, 2, 1, 0], [1, 0, 0, 0, 2, 1, 1, 2, 1, 0], [1, 0, 0, 0, 2, 2, 1, 2, 1, 0], [1, 0, 0, 0, 2, 2, 1, 2, 1, 0], [1, 0, 0, 0, 2, 2, 1, 2, 1, 0], [1, 0, 0, 0, 2, 2, 1, 2, 1, 0], [1, 0, 0, 0, 2, 2, 1, 2, 1, 0], [1, 0, 0, 0, 2, 2, 1, 2, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 22, "strings": ["cpjtplftq", "onxq", "eyks", "dmeljohf", "fluolb", "zjtsf", "clelkxdvzo", "ckcpgupv", "nsxjh", "svqppzdf"], "substrings": ["rd", "gu", "dg", "lc", "lb", "pg", "kx", "ba", "ip", "gf", "jt", "pd", "xj", "uo", "eq", "sf", "xh", "re", "np", "mp", "dw", "ue"]}, "task_name": "task04", "example_name": "0208", "problem_name": "task04_0208"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [albs, ndreeybf, asdy, ebiroltdcggc, vkhrc, atpsnh, mjdalpfcn, vbodzd, pek, pjh]\nSubstrings: [zd, ii, ma, aj, tz, vk, pv, wo, qk, al, fp, ld, lk, jt, sx, od, dy, td, lk, cg, dp, mt]\n", "label": {"final": [1, 0, 1, 2, 1, 0, 1, 2, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0], [1, 0, 0, 0, 1, 0, 1, 1, 0, 0], [1, 0, 0, 0, 1, 0, 1, 1, 0, 0], [1, 0, 0, 0, 1, 0, 1, 1, 0, 0], [1, 0, 0, 0, 1, 0, 1, 1, 0, 0], [1, 0, 0, 0, 1, 0, 1, 1, 0, 0], [1, 0, 0, 0, 1, 0, 1, 1, 0, 0], [1, 0, 0, 0, 1, 0, 1, 2, 0, 0], [1, 0, 1, 0, 1, 0, 1, 2, 0, 0], [1, 0, 1, 1, 1, 0, 1, 2, 0, 0], [1, 0, 1, 1, 1, 0, 1, 2, 0, 0], [1, 0, 1, 2, 1, 0, 1, 2, 0, 0], [1, 0, 1, 2, 1, 0, 1, 2, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 22, "strings": ["albs", "ndreeybf", "asdy", "ebiroltdcggc", "vkhrc", "atpsnh", "mjdalpfcn", "vbodzd", "pek", "pjh"], "substrings": ["zd", "ii", "ma", "aj", "tz", "vk", "pv", "wo", "qk", "al", "fp", "ld", "lk", "jt", "sx", "od", "dy", "td", "lk", "cg", "dp", "mt"]}, "task_name": "task04", "example_name": "0209", "problem_name": "task04_0209"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [mmjmibn, jbeli, wbzomihaev, mpyis, emzidrgrtef, yizseguwx, xqdpjentd, newgoz, ozfbi, ucnqrim]\nSubstrings: [nt, ri, dp, ey, mi, xs, rd, oz, qa, oz, iy, ha, gr, eb, uc, jp, lo, dd, je, fb, yt, eu, wg]\n", "label": {"final": [1, 0, 2, 0, 1, 0, 3, 3, 3, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 1], [0, 0, 0, 0, 0, 0, 2, 0, 0, 1], [0, 0, 0, 0, 0, 0, 2, 0, 0, 1], [1, 0, 1, 0, 0, 0, 2, 0, 0, 1], [1, 0, 1, 0, 0, 0, 2, 0, 0, 1], [1, 0, 1, 0, 0, 0, 2, 0, 0, 1], [1, 0, 1, 0, 0, 0, 2, 1, 1, 1], [1, 0, 1, 0, 0, 0, 2, 1, 1, 1], [1, 0, 1, 0, 0, 0, 2, 2, 2, 1], [1, 0, 1, 0, 0, 0, 2, 2, 2, 1], [1, 0, 2, 0, 0, 0, 2, 2, 2, 1], [1, 0, 2, 0, 1, 0, 2, 2, 2, 1], [1, 0, 2, 0, 1, 0, 2, 2, 2, 1], [1, 0, 2, 0, 1, 0, 2, 2, 2, 2], [1, 0, 2, 0, 1, 0, 2, 2, 2, 2], [1, 0, 2, 0, 1, 0, 2, 2, 2, 2], [1, 0, 2, 0, 1, 0, 2, 2, 2, 2], [1, 0, 2, 0, 1, 0, 3, 2, 2, 2], [1, 0, 2, 0, 1, 0, 3, 2, 3, 2], [1, 0, 2, 0, 1, 0, 3, 2, 3, 2], [1, 0, 2, 0, 1, 0, 3, 2, 3, 2]]}, "config": {"num_strings": 10, "num_substrings": 23, "strings": ["mmjmibn", "jbeli", "wbzomihaev", "mpyis", "emzidrgrtef", "yizseguwx", "xqdpjentd", "newgoz", "ozfbi", "ucnqrim"], "substrings": ["nt", "ri", "dp", "ey", "mi", "xs", "rd", "oz", "qa", "oz", "iy", "ha", "gr", "eb", "uc", "jp", "lo", "dd", "je", "fb", "yt", "eu", "wg"]}, "task_name": "task04", "example_name": "0210", "problem_name": "task04_0210"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [lhswr, xrfbgpxbju, goampcxcqm, exeilf, zqkjlf, kodomhrba, rslg, akcwudm, wazqkjoxm, kim]\nSubstrings: [lf, ty, bi, eg, nh, wf, go, nb, ai, dz, vj, ak, aq, cw, lg, wv, bd, am, sx, sw, eb, oy, zm]\n", "label": {"final": [1, 0, 2, 1, 1, 0, 1, 2, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 0, 0, 0, 0, 0], [0, 0, 1, 1, 1, 0, 0, 0, 0, 0], [0, 0, 1, 1, 1, 0, 0, 0, 0, 0], [0, 0, 1, 1, 1, 0, 0, 0, 0, 0], [0, 0, 1, 1, 1, 0, 0, 0, 0, 0], [0, 0, 1, 1, 1, 0, 0, 0, 0, 0], [0, 0, 1, 1, 1, 0, 0, 1, 0, 0], [0, 0, 1, 1, 1, 0, 0, 1, 0, 0], [0, 0, 1, 1, 1, 0, 0, 2, 0, 0], [0, 0, 1, 1, 1, 0, 1, 2, 0, 0], [0, 0, 1, 1, 1, 0, 1, 2, 0, 0], [0, 0, 1, 1, 1, 0, 1, 2, 0, 0], [0, 0, 2, 1, 1, 0, 1, 2, 0, 0], [0, 0, 2, 1, 1, 0, 1, 2, 0, 0], [1, 0, 2, 1, 1, 0, 1, 2, 0, 0], [1, 0, 2, 1, 1, 0, 1, 2, 0, 0], [1, 0, 2, 1, 1, 0, 1, 2, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 23, "strings": ["lhswr", "xrfbgpxbju", "goampcxcqm", "exeilf", "zqkjlf", "kodomhrba", "rslg", "akcwudm", "wazqkjoxm", "kim"], "substrings": ["lf", "ty", "bi", "eg", "nh", "wf", "go", "nb", "ai", "dz", "vj", "ak", "aq", "cw", "lg", "wv", "bd", "am", "sx", "sw", "eb", "oy", "zm"]}, "task_name": "task04", "example_name": "0211", "problem_name": "task04_0211"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [juiugzqwc, pzmwdf, ppcgngsubnvs, oflikasc, xqmetmnpzzs, iko, dbu, vmzedop, fubci, vshbrzt]\nSubstrings: [mw, br, zv, pz, py, cn, zt, hf, nv, id, mn, ub, xq, qw, fj, bh, vd, rn, pp, my, yp, qj, zu]\n", "label": {"final": [1, 2, 3, 0, 3, 0, 0, 0, 1, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 0, 0, 1], [0, 1, 0, 0, 0, 0, 0, 0, 0, 1], [0, 2, 0, 0, 1, 0, 0, 0, 0, 1], [0, 2, 0, 0, 1, 0, 0, 0, 0, 1], [0, 2, 0, 0, 1, 0, 0, 0, 0, 1], [0, 2, 0, 0, 1, 0, 0, 0, 0, 2], [0, 2, 0, 0, 1, 0, 0, 0, 0, 2], [0, 2, 1, 0, 1, 0, 0, 0, 0, 2], [0, 2, 1, 0, 1, 0, 0, 0, 0, 2], [0, 2, 1, 0, 2, 0, 0, 0, 0, 2], [0, 2, 2, 0, 2, 0, 0, 0, 1, 2], [0, 2, 2, 0, 3, 0, 0, 0, 1, 2], [1, 2, 2, 0, 3, 0, 0, 0, 1, 2], [1, 2, 2, 0, 3, 0, 0, 0, 1, 2], [1, 2, 2, 0, 3, 0, 0, 0, 1, 2], [1, 2, 2, 0, 3, 0, 0, 0, 1, 2], [1, 2, 2, 0, 3, 0, 0, 0, 1, 2], [1, 2, 3, 0, 3, 0, 0, 0, 1, 2], [1, 2, 3, 0, 3, 0, 0, 0, 1, 2], [1, 2, 3, 0, 3, 0, 0, 0, 1, 2], [1, 2, 3, 0, 3, 0, 0, 0, 1, 2]]}, "config": {"num_strings": 10, "num_substrings": 23, "strings": ["juiugzqwc", "pzmwdf", "ppcgngsubnvs", "oflikasc", "xqmetmnpzzs", "iko", "dbu", "vmzedop", "fubci", "vshbrzt"], "substrings": ["mw", "br", "zv", "pz", "py", "cn", "zt", "hf", "nv", "id", "mn", "ub", "xq", "qw", "fj", "bh", "vd", "rn", "pp", "my", "yp", "qj", "zu"]}, "task_name": "task04", "example_name": "0212", "problem_name": "task04_0212"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [reiq, zsbsbr, tjnsxzsnp, lxxdxssi, ywrjfjtmsa, izhmcrzk, uenlerxts, uxbpcgrac, iuyylsgzx, myjjvld]\nSubstrings: [hb, ra, yy, cx, re, lx, zw, rj, qb, hi, tb, un, fx, wb, jy, yx, xt, cr, mn, ds, te, hm, ju]\n", "label": {"final": [1, 0, 0, 1, 1, 2, 1, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 1, 0], [0, 0, 0, 0, 0, 0, 0, 1, 1, 0], [1, 0, 0, 0, 0, 0, 0, 1, 1, 0], [1, 0, 0, 1, 0, 0, 0, 1, 1, 0], [1, 0, 0, 1, 0, 0, 0, 1, 1, 0], [1, 0, 0, 1, 1, 0, 0, 1, 1, 0], [1, 0, 0, 1, 1, 0, 0, 1, 1, 0], [1, 0, 0, 1, 1, 0, 0, 1, 1, 0], [1, 0, 0, 1, 1, 0, 0, 1, 1, 0], [1, 0, 0, 1, 1, 0, 0, 1, 1, 0], [1, 0, 0, 1, 1, 0, 0, 1, 1, 0], [1, 0, 0, 1, 1, 0, 0, 1, 1, 0], [1, 0, 0, 1, 1, 0, 0, 1, 1, 0], [1, 0, 0, 1, 1, 0, 0, 1, 1, 0], [1, 0, 0, 1, 1, 0, 1, 1, 1, 0], [1, 0, 0, 1, 1, 1, 1, 1, 1, 0], [1, 0, 0, 1, 1, 1, 1, 1, 1, 0], [1, 0, 0, 1, 1, 1, 1, 1, 1, 0], [1, 0, 0, 1, 1, 1, 1, 1, 1, 0], [1, 0, 0, 1, 1, 2, 1, 1, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 23, "strings": ["reiq", "zsbsbr", "tjnsxzsnp", "lxxdxssi", "ywrjfjtmsa", "izhmcrzk", "uenlerxts", "uxbpcgrac", "iuyylsgzx", "myjjvld"], "substrings": ["hb", "ra", "yy", "cx", "re", "lx", "zw", "rj", "qb", "hi", "tb", "un", "fx", "wb", "jy", "yx", "xt", "cr", "mn", "ds", "te", "hm", "ju"]}, "task_name": "task04", "example_name": "0213", "problem_name": "task04_0213"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qufflo, epizvtgsh, auupafwxw, pgcbiichpt, cbeqrpvp, vtfmvzltdkid, civffyciwq, jbkpcctlpm, ufxsj, fllxak]\nSubstrings: [qx, uf, iv, ik, jh, lt, ct, ke, vf, is, bi, xx, wk, cd, fz, ae, ao, be, vz, zv, bw, pr, gi]\n", "label": {"final": [1, 1, 0, 1, 1, 2, 2, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 0, 0, 0, 0, 0, 1, 0, 1, 0], [1, 0, 0, 0, 0, 0, 1, 0, 1, 0], [1, 0, 0, 0, 0, 0, 1, 0, 1, 0], [1, 0, 0, 0, 0, 1, 1, 0, 1, 0], [1, 0, 0, 0, 0, 1, 1, 1, 1, 0], [1, 0, 0, 0, 0, 1, 1, 1, 1, 0], [1, 0, 0, 0, 0, 1, 2, 1, 1, 0], [1, 0, 0, 0, 0, 1, 2, 1, 1, 0], [1, 0, 0, 1, 0, 1, 2, 1, 1, 0], [1, 0, 0, 1, 0, 1, 2, 1, 1, 0], [1, 0, 0, 1, 0, 1, 2, 1, 1, 0], [1, 0, 0, 1, 0, 1, 2, 1, 1, 0], [1, 0, 0, 1, 0, 1, 2, 1, 1, 0], [1, 0, 0, 1, 0, 1, 2, 1, 1, 0], [1, 0, 0, 1, 0, 1, 2, 1, 1, 0], [1, 0, 0, 1, 1, 1, 2, 1, 1, 0], [1, 0, 0, 1, 1, 2, 2, 1, 1, 0], [1, 1, 0, 1, 1, 2, 2, 1, 1, 0], [1, 1, 0, 1, 1, 2, 2, 1, 1, 0], [1, 1, 0, 1, 1, 2, 2, 1, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 23, "strings": ["qufflo", "epizvtgsh", "auupafwxw", "pgcbiichpt", "cbeqrpvp", "vtfmvzltdkid", "civffyciwq", "jbkpcctlpm", "ufxsj", "fllxak"], "substrings": ["qx", "uf", "iv", "ik", "jh", "lt", "ct", "ke", "vf", "is", "bi", "xx", "wk", "cd", "fz", "ae", "ao", "be", "vz", "zv", "bw", "pr", "gi"]}, "task_name": "task04", "example_name": "0214", "problem_name": "task04_0214"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [mmk, crjxbm, ucrk, hhiqmz, uipzadwb, njpezlschjx, uibcoawj, ytpfannvn, evlj, rsipcsme]\nSubstrings: [tv, ch, nn, ad, nd, rx, lt, vn, dc, wb, pe, sx, xw, jx, cs, de, oi, ev, vw, hh, nn, al, tg]\n", "label": {"final": [0, 1, 0, 1, 2, 3, 0, 3, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 1, 0, 0], [0, 0, 0, 0, 1, 1, 0, 1, 0, 0], [0, 0, 0, 0, 1, 1, 0, 1, 0, 0], [0, 0, 0, 0, 1, 1, 0, 1, 0, 0], [0, 0, 0, 0, 1, 1, 0, 1, 0, 0], [0, 0, 0, 0, 1, 1, 0, 2, 0, 0], [0, 0, 0, 0, 1, 1, 0, 2, 0, 0], [0, 0, 0, 0, 2, 1, 0, 2, 0, 0], [0, 0, 0, 0, 2, 2, 0, 2, 0, 0], [0, 0, 0, 0, 2, 2, 0, 2, 0, 0], [0, 0, 0, 0, 2, 2, 0, 2, 0, 0], [0, 1, 0, 0, 2, 3, 0, 2, 0, 0], [0, 1, 0, 0, 2, 3, 0, 2, 0, 1], [0, 1, 0, 0, 2, 3, 0, 2, 0, 1], [0, 1, 0, 0, 2, 3, 0, 2, 0, 1], [0, 1, 0, 0, 2, 3, 0, 2, 1, 1], [0, 1, 0, 0, 2, 3, 0, 2, 1, 1], [0, 1, 0, 1, 2, 3, 0, 2, 1, 1], [0, 1, 0, 1, 2, 3, 0, 3, 1, 1], [0, 1, 0, 1, 2, 3, 0, 3, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 23, "strings": ["mmk", "crjxbm", "ucrk", "hhiqmz", "uipzadwb", "njpezlschjx", "uibcoawj", "ytpfannvn", "evlj", "rsipcsme"], "substrings": ["tv", "ch", "nn", "ad", "nd", "rx", "lt", "vn", "dc", "wb", "pe", "sx", "xw", "jx", "cs", "de", "oi", "ev", "vw", "hh", "nn", "al", "tg"]}, "task_name": "task04", "example_name": "0215", "problem_name": "task04_0215"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [wvhwuxxu, htqajwz, ymkup, prrahq, vyeriuato, rfyjjgbf, cfspdtgbsv, ushdhn, owlsbmivhm, nyxjutyrkknd]\nSubstrings: [fw, gz, lm, hj, nf, kc, ty, yr, xo, uy, er, ub, st, xu, in, ai, vy, er, rs, hn, rk, sv, ru]\n", "label": {"final": [1, 0, 0, 0, 3, 0, 1, 1, 0, 3], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 0, 0, 0, 0, 2], [0, 0, 0, 0, 0, 0, 0, 0, 0, 2], [0, 0, 0, 0, 0, 0, 0, 0, 0, 2], [0, 0, 0, 0, 1, 0, 0, 0, 0, 2], [0, 0, 0, 0, 1, 0, 0, 0, 0, 2], [0, 0, 0, 0, 1, 0, 0, 0, 0, 2], [1, 0, 0, 0, 1, 0, 0, 0, 0, 2], [1, 0, 0, 0, 1, 0, 0, 0, 0, 2], [1, 0, 0, 0, 1, 0, 0, 0, 0, 2], [1, 0, 0, 0, 2, 0, 0, 0, 0, 2], [1, 0, 0, 0, 3, 0, 0, 0, 0, 2], [1, 0, 0, 0, 3, 0, 0, 0, 0, 2], [1, 0, 0, 0, 3, 0, 0, 1, 0, 2], [1, 0, 0, 0, 3, 0, 0, 1, 0, 3], [1, 0, 0, 0, 3, 0, 1, 1, 0, 3]]}, "config": {"num_strings": 10, "num_substrings": 23, "strings": ["wvhwuxxu", "htqajwz", "ymkup", "prrahq", "vyeriuato", "rfyjjgbf", "cfspdtgbsv", "ushdhn", "owlsbmivhm", "nyxjutyrkknd"], "substrings": ["fw", "gz", "lm", "hj", "nf", "kc", "ty", "yr", "xo", "uy", "er", "ub", "st", "xu", "in", "ai", "vy", "er", "rs", "hn", "rk", "sv", "ru"]}, "task_name": "task04", "example_name": "0216", "problem_name": "task04_0216"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [inm, mliio, otqeoo, kkztkzys, woxaob, kcsgnm, ebjsmewv, oblpbbca, oonsivabix, cwvcrvfr]\nSubstrings: [wo, mg, da, zt, jt, vy, xr, oo, lp, js, kz, cw, yl, vc, es, sl, wf, on, po, jc, cz, vn, xt]\n", "label": {"final": [0, 0, 1, 3, 1, 0, 1, 1, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 0, 0, 0, 0, 0], [0, 0, 1, 1, 1, 0, 0, 0, 1, 0], [0, 0, 1, 1, 1, 0, 0, 1, 1, 0], [0, 0, 1, 1, 1, 0, 1, 1, 1, 0], [0, 0, 1, 3, 1, 0, 1, 1, 1, 0], [0, 0, 1, 3, 1, 0, 1, 1, 1, 1], [0, 0, 1, 3, 1, 0, 1, 1, 1, 1], [0, 0, 1, 3, 1, 0, 1, 1, 1, 2], [0, 0, 1, 3, 1, 0, 1, 1, 1, 2], [0, 0, 1, 3, 1, 0, 1, 1, 1, 2], [0, 0, 1, 3, 1, 0, 1, 1, 1, 2], [0, 0, 1, 3, 1, 0, 1, 1, 2, 2], [0, 0, 1, 3, 1, 0, 1, 1, 2, 2], [0, 0, 1, 3, 1, 0, 1, 1, 2, 2], [0, 0, 1, 3, 1, 0, 1, 1, 2, 2], [0, 0, 1, 3, 1, 0, 1, 1, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 23, "strings": ["inm", "mliio", "otqeoo", "kkztkzys", "woxaob", "kcsgnm", "ebjsmewv", "oblpbbca", "oonsivabix", "cwvcrvfr"], "substrings": ["wo", "mg", "da", "zt", "jt", "vy", "xr", "oo", "lp", "js", "kz", "cw", "yl", "vc", "es", "sl", "wf", "on", "po", "jc", "cz", "vn", "xt"]}, "task_name": "task04", "example_name": "0217", "problem_name": "task04_0217"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ygjtc, lwvnxjxyyyzu, mytgywxc, injnc, eguqbcnxyf, qrbekxc, hauwdfh, vwhnjxgwts, tempx, bgfr]\nSubstrings: [gv, zl, xc, fl, dk, nx, rw, lb, aa, xk, ek, zt, wv, tc, zk, sv, mp, te, fn, yj, au, ij, ph]\n", "label": {"final": [1, 2, 1, 0, 1, 2, 1, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 0, 1, 0, 0, 0, 0], [0, 0, 1, 0, 0, 1, 0, 0, 0, 0], [0, 0, 1, 0, 0, 1, 0, 0, 0, 0], [0, 1, 1, 0, 1, 1, 0, 0, 0, 0], [0, 1, 1, 0, 1, 1, 0, 0, 0, 0], [0, 1, 1, 0, 1, 1, 0, 0, 0, 0], [0, 1, 1, 0, 1, 1, 0, 0, 0, 0], [0, 1, 1, 0, 1, 1, 0, 0, 0, 0], [0, 1, 1, 0, 1, 2, 0, 0, 0, 0], [0, 1, 1, 0, 1, 2, 0, 0, 0, 0], [0, 2, 1, 0, 1, 2, 0, 0, 0, 0], [1, 2, 1, 0, 1, 2, 0, 0, 0, 0], [1, 2, 1, 0, 1, 2, 0, 0, 0, 0], [1, 2, 1, 0, 1, 2, 0, 0, 0, 0], [1, 2, 1, 0, 1, 2, 0, 0, 1, 0], [1, 2, 1, 0, 1, 2, 0, 0, 2, 0], [1, 2, 1, 0, 1, 2, 0, 0, 2, 0], [1, 2, 1, 0, 1, 2, 0, 0, 2, 0], [1, 2, 1, 0, 1, 2, 1, 0, 2, 0], [1, 2, 1, 0, 1, 2, 1, 0, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 23, "strings": ["ygjtc", "lwvnxjxyyyzu", "mytgywxc", "injnc", "eguqbcnxyf", "qrbekxc", "hauwdfh", "vwhnjxgwts", "tempx", "bgfr"], "substrings": ["gv", "zl", "xc", "fl", "dk", "nx", "rw", "lb", "aa", "xk", "ek", "zt", "wv", "tc", "zk", "sv", "mp", "te", "fn", "yj", "au", "ij", "ph"]}, "task_name": "task04", "example_name": "0218", "problem_name": "task04_0218"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ekrfnde, mpmnhekll, lqfsvbzjrl, ylkvtbgrjdqz, fbedjrwnemx, hpwdgcaxor, klwyoqhrupq, tke, bbgwujhrgrg, bzvbbhbvtcl]\nSubstrings: [hg, jd, hp, zj, bh, ru, be, nf, qh, xx, xa, of, lj, vb, qz, rg, dj, op, hz, qe, qw, aq, gi]\n", "label": {"final": [0, 0, 2, 2, 2, 1, 2, 0, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 1, 0, 0, 0, 0], [0, 0, 1, 1, 0, 1, 0, 0, 0, 0], [0, 0, 1, 1, 0, 1, 0, 0, 0, 1], [0, 0, 1, 1, 0, 1, 1, 0, 0, 1], [0, 0, 1, 1, 1, 1, 1, 0, 0, 1], [0, 0, 1, 1, 1, 1, 1, 0, 0, 1], [0, 0, 1, 1, 1, 1, 2, 0, 0, 1], [0, 0, 1, 1, 1, 1, 2, 0, 0, 1], [0, 0, 1, 1, 1, 1, 2, 0, 0, 1], [0, 0, 1, 1, 1, 1, 2, 0, 0, 1], [0, 0, 1, 1, 1, 1, 2, 0, 0, 1], [0, 0, 2, 1, 1, 1, 2, 0, 0, 2], [0, 0, 2, 2, 1, 1, 2, 0, 0, 2], [0, 0, 2, 2, 1, 1, 2, 0, 2, 2], [0, 0, 2, 2, 2, 1, 2, 0, 2, 2], [0, 0, 2, 2, 2, 1, 2, 0, 2, 2], [0, 0, 2, 2, 2, 1, 2, 0, 2, 2], [0, 0, 2, 2, 2, 1, 2, 0, 2, 2], [0, 0, 2, 2, 2, 1, 2, 0, 2, 2], [0, 0, 2, 2, 2, 1, 2, 0, 2, 2]]}, "config": {"num_strings": 10, "num_substrings": 23, "strings": ["ekrfnde", "mpmnhekll", "lqfsvbzjrl", "ylkvtbgrjdqz", "fbedjrwnemx", "hpwdgcaxor", "klwyoqhrupq", "tke", "bbgwujhrgrg", "bzvbbhbvtcl"], "substrings": ["hg", "jd", "hp", "zj", "bh", "ru", "be", "nf", "qh", "xx", "xa", "of", "lj", "vb", "qz", "rg", "dj", "op", "hz", "qe", "qw", "aq", "gi"]}, "task_name": "task04", "example_name": "0219", "problem_name": "task04_0219"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [uvlmblky, jrzhjszkle, havaoxbnk, vwnqnferczq, skvcwe, ceqtjkshm, vmnjfvafwtm, ijsvalcai, weygozkeqwow, gryazezjnq]\nSubstrings: [jf, va, if, xe, sk, lk, hj, id, qj, eq, sz, fe, mn, gd, eg, vj, ha, yq, yz, zk, lw, ed, mp, va]\n", "label": {"final": [1, 3, 3, 1, 1, 1, 4, 2, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 1, 0, 0, 0, 2, 1, 0, 0], [0, 0, 1, 0, 0, 0, 2, 1, 0, 0], [0, 0, 1, 0, 0, 0, 2, 1, 0, 0], [0, 0, 1, 0, 1, 0, 2, 1, 0, 0], [1, 0, 1, 0, 1, 0, 2, 1, 0, 0], [1, 1, 1, 0, 1, 0, 2, 1, 0, 0], [1, 1, 1, 0, 1, 0, 2, 1, 0, 0], [1, 1, 1, 0, 1, 0, 2, 1, 0, 0], [1, 1, 1, 0, 1, 1, 2, 1, 1, 0], [1, 2, 1, 0, 1, 1, 2, 1, 1, 0], [1, 2, 1, 1, 1, 1, 2, 1, 1, 0], [1, 2, 1, 1, 1, 1, 3, 1, 1, 0], [1, 2, 1, 1, 1, 1, 3, 1, 1, 0], [1, 2, 1, 1, 1, 1, 3, 1, 1, 0], [1, 2, 1, 1, 1, 1, 3, 1, 1, 0], [1, 2, 2, 1, 1, 1, 3, 1, 1, 0], [1, 2, 2, 1, 1, 1, 3, 1, 1, 0], [1, 2, 2, 1, 1, 1, 3, 1, 1, 0], [1, 3, 2, 1, 1, 1, 3, 1, 2, 0], [1, 3, 2, 1, 1, 1, 3, 1, 2, 0], [1, 3, 2, 1, 1, 1, 3, 1, 2, 0], [1, 3, 2, 1, 1, 1, 3, 1, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 24, "strings": ["uvlmblky", "jrzhjszkle", "havaoxbnk", "vwnqnferczq", "skvcwe", "ceqtjkshm", "vmnjfvafwtm", "ijsvalcai", "weygozkeqwow", "gryazezjnq"], "substrings": ["jf", "va", "if", "xe", "sk", "lk", "hj", "id", "qj", "eq", "sz", "fe", "mn", "gd", "eg", "vj", "ha", "yq", "yz", "zk", "lw", "ed", "mp", "va"]}, "task_name": "task04", "example_name": "0220", "problem_name": "task04_0220"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [sec, ztcg, tywzsppd, woefo, ofnjqx, eyguqx, xxpotupda, raehct, vtcozx, nehkulv]\nSubstrings: [ba, sc, wo, gh, ym, ly, mo, im, nf, kr, eh, rg, lr, tc, ie, ls, ra, ut, tn, gs, bv, yx, wv, ru]\n", "label": {"final": [0, 1, 0, 1, 0, 0, 0, 2, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 1, 0, 1], [0, 0, 0, 1, 0, 0, 0, 1, 0, 1], [0, 0, 0, 1, 0, 0, 0, 1, 0, 1], [0, 1, 0, 1, 0, 0, 0, 1, 1, 1], [0, 1, 0, 1, 0, 0, 0, 1, 1, 1], [0, 1, 0, 1, 0, 0, 0, 1, 1, 1], [0, 1, 0, 1, 0, 0, 0, 2, 1, 1], [0, 1, 0, 1, 0, 0, 0, 2, 1, 1], [0, 1, 0, 1, 0, 0, 0, 2, 1, 1], [0, 1, 0, 1, 0, 0, 0, 2, 1, 1], [0, 1, 0, 1, 0, 0, 0, 2, 1, 1], [0, 1, 0, 1, 0, 0, 0, 2, 1, 1], [0, 1, 0, 1, 0, 0, 0, 2, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 24, "strings": ["sec", "ztcg", "tywzsppd", "woefo", "ofnjqx", "eyguqx", "xxpotupda", "raehct", "vtcozx", "nehkulv"], "substrings": ["ba", "sc", "wo", "gh", "ym", "ly", "mo", "im", "nf", "kr", "eh", "rg", "lr", "tc", "ie", "ls", "ra", "ut", "tn", "gs", "bv", "yx", "wv", "ru"]}, "task_name": "task04", "example_name": "0221", "problem_name": "task04_0221"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jnkrhwotvnq, ksygk, ixgl, yfirsm, hsiwca, rtbdps, nmnvjlte, wsirtb, iaolx, mewk]\nSubstrings: [gl, rb, jr, ee, ao, jo, gk, wf, nk, tw, hl, qn, ku, sy, wc, rt, nm, fy, vd, ir, it, uq, rh, ws]\n", "label": {"final": [2, 2, 1, 1, 1, 1, 1, 3, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 0, 0, 0, 0, 1, 0], [0, 0, 1, 0, 0, 0, 0, 0, 1, 0], [0, 1, 1, 0, 0, 0, 0, 0, 1, 0], [0, 1, 1, 0, 0, 0, 0, 0, 1, 0], [1, 1, 1, 0, 0, 0, 0, 0, 1, 0], [1, 1, 1, 0, 0, 0, 0, 0, 1, 0], [1, 1, 1, 0, 0, 0, 0, 0, 1, 0], [1, 1, 1, 0, 0, 0, 0, 0, 1, 0], [1, 1, 1, 0, 0, 0, 0, 0, 1, 0], [1, 2, 1, 0, 0, 0, 0, 0, 1, 0], [1, 2, 1, 0, 1, 0, 0, 0, 1, 0], [1, 2, 1, 0, 1, 1, 0, 1, 1, 0], [1, 2, 1, 0, 1, 1, 1, 1, 1, 0], [1, 2, 1, 0, 1, 1, 1, 1, 1, 0], [1, 2, 1, 0, 1, 1, 1, 1, 1, 0], [1, 2, 1, 1, 1, 1, 1, 2, 1, 0], [1, 2, 1, 1, 1, 1, 1, 2, 1, 0], [1, 2, 1, 1, 1, 1, 1, 2, 1, 0], [2, 2, 1, 1, 1, 1, 1, 2, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 24, "strings": ["jnkrhwotvnq", "ksygk", "ixgl", "yfirsm", "hsiwca", "rtbdps", "nmnvjlte", "wsirtb", "iaolx", "mewk"], "substrings": ["gl", "rb", "jr", "ee", "ao", "jo", "gk", "wf", "nk", "tw", "hl", "qn", "ku", "sy", "wc", "rt", "nm", "fy", "vd", "ir", "it", "uq", "rh", "ws"]}, "task_name": "task04", "example_name": "0222", "problem_name": "task04_0222"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [mhxosiepg, qujrq, ivciv, cujmkkfg, lnntvgee, qxvhigena, nddmlxoeeu, znm, jdwfkf, caynmnou]\nSubstrings: [sp, ui, hu, wf, af, hc, uz, ma, ae, kx, xo, az, tc, pu, cb, bj, vh, nf, bh, yd, kf, ee, hy, mq]\n", "label": {"final": [1, 0, 0, 1, 1, 1, 2, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 0, 0, 0, 0, 0, 1, 0, 1, 0], [1, 0, 0, 0, 0, 0, 1, 0, 1, 0], [1, 0, 0, 0, 0, 0, 1, 0, 1, 0], [1, 0, 0, 0, 0, 0, 1, 0, 1, 0], [1, 0, 0, 0, 0, 0, 1, 0, 1, 0], [1, 0, 0, 0, 0, 0, 1, 0, 1, 0], [1, 0, 0, 0, 0, 1, 1, 0, 1, 0], [1, 0, 0, 0, 0, 1, 1, 0, 1, 0], [1, 0, 0, 0, 0, 1, 1, 0, 1, 0], [1, 0, 0, 0, 0, 1, 1, 0, 1, 0], [1, 0, 0, 1, 0, 1, 1, 0, 2, 0], [1, 0, 0, 1, 1, 1, 2, 0, 2, 0], [1, 0, 0, 1, 1, 1, 2, 0, 2, 0]]}, "config": {"num_strings": 10, "num_substrings": 24, "strings": ["mhxosiepg", "qujrq", "ivciv", "cujmkkfg", "lnntvgee", "qxvhigena", "nddmlxoeeu", "znm", "jdwfkf", "caynmnou"], "substrings": ["sp", "ui", "hu", "wf", "af", "hc", "uz", "ma", "ae", "kx", "xo", "az", "tc", "pu", "cb", "bj", "vh", "nf", "bh", "yd", "kf", "ee", "hy", "mq"]}, "task_name": "task04", "example_name": "0223", "problem_name": "task04_0223"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qef, rrgfhyg, rruwndi, xsjdpsbacr, tgzyaalojz, pfmpcyy, uwsq, eauykkpkvn, hmuwdmbwnyo, tksbg]\nSubstrings: [az, mb, xx, cp, aj, wn, tk, jz, lm, jr, df, lw, lz, yq, mg, xd, mz, ru, io, pf, fc, ki, ja, sb]\n", "label": {"final": [0, 0, 2, 1, 1, 1, 0, 0, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 1, 0, 0, 0, 0, 0, 2, 0], [0, 0, 1, 0, 0, 0, 0, 0, 2, 1], [0, 0, 1, 0, 1, 0, 0, 0, 2, 1], [0, 0, 1, 0, 1, 0, 0, 0, 2, 1], [0, 0, 1, 0, 1, 0, 0, 0, 2, 1], [0, 0, 1, 0, 1, 0, 0, 0, 2, 1], [0, 0, 1, 0, 1, 0, 0, 0, 2, 1], [0, 0, 1, 0, 1, 0, 0, 0, 2, 1], [0, 0, 1, 0, 1, 0, 0, 0, 2, 1], [0, 0, 1, 0, 1, 0, 0, 0, 2, 1], [0, 0, 1, 0, 1, 0, 0, 0, 2, 1], [0, 0, 1, 0, 1, 0, 0, 0, 2, 1], [0, 0, 2, 0, 1, 0, 0, 0, 2, 1], [0, 0, 2, 0, 1, 0, 0, 0, 2, 1], [0, 0, 2, 0, 1, 1, 0, 0, 2, 1], [0, 0, 2, 0, 1, 1, 0, 0, 2, 1], [0, 0, 2, 0, 1, 1, 0, 0, 2, 1], [0, 0, 2, 0, 1, 1, 0, 0, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 24, "strings": ["qef", "rrgfhyg", "rruwndi", "xsjdpsbacr", "tgzyaalojz", "pfmpcyy", "uwsq", "eauykkpkvn", "hmuwdmbwnyo", "tksbg"], "substrings": ["az", "mb", "xx", "cp", "aj", "wn", "tk", "jz", "lm", "jr", "df", "lw", "lz", "yq", "mg", "xd", "mz", "ru", "io", "pf", "fc", "ki", "ja", "sb"]}, "task_name": "task04", "example_name": "0224", "problem_name": "task04_0224"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [dzug, dsqho, eedkugb, dkijkkbrm, qqpk, oulvxz, ypum, jyrll, almbhd, sfenjx]\nSubstrings: [hj, pv, ij, ut, ix, dk, by, pq, li, uj, ab, fi, er, tz, vx, ew, um, ge, nj, ll, bn, qp, xn, ug]\n", "label": {"final": [1, 0, 2, 2, 1, 1, 1, 1, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 1, 2, 0, 1, 0, 0, 0, 0], [0, 0, 1, 2, 0, 1, 0, 0, 0, 0], [0, 0, 1, 2, 0, 1, 1, 0, 0, 0], [0, 0, 1, 2, 0, 1, 1, 0, 0, 0], [0, 0, 1, 2, 0, 1, 1, 0, 0, 1], [0, 0, 1, 2, 0, 1, 1, 1, 0, 1], [0, 0, 1, 2, 0, 1, 1, 1, 0, 1], [0, 0, 1, 2, 1, 1, 1, 1, 0, 1], [0, 0, 1, 2, 1, 1, 1, 1, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 24, "strings": ["dzug", "dsqho", "eedkugb", "dkijkkbrm", "qqpk", "oulvxz", "ypum", "jyrll", "almbhd", "sfenjx"], "substrings": ["hj", "pv", "ij", "ut", "ix", "dk", "by", "pq", "li", "uj", "ab", "fi", "er", "tz", "vx", "ew", "um", "ge", "nj", "ll", "bn", "qp", "xn", "ug"]}, "task_name": "task04", "example_name": "0225", "problem_name": "task04_0225"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [zqje, uthhe, fgunnxcp, cymel, hdjeety, umngyrzoco, hvkjmwnbmva, mcjhe, jmjmvcoa, epwem]\nSubstrings: [rj, uf, ob, nf, yg, by, he, jm, li, hb, md, cy, he, cj, po, vv, ve, em, th, um, xj, wn, je, rp]\n", "label": {"final": [1, 3, 0, 1, 1, 1, 2, 3, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 1, 0, 0], [0, 1, 0, 0, 0, 0, 1, 1, 2, 0], [0, 1, 0, 0, 0, 0, 1, 1, 2, 0], [0, 1, 0, 0, 0, 0, 1, 1, 2, 0], [0, 1, 0, 0, 0, 0, 1, 1, 2, 0], [0, 1, 0, 1, 0, 0, 1, 1, 2, 0], [0, 2, 0, 1, 0, 0, 1, 2, 2, 0], [0, 2, 0, 1, 0, 0, 1, 3, 2, 0], [0, 2, 0, 1, 0, 0, 1, 3, 2, 0], [0, 2, 0, 1, 0, 0, 1, 3, 2, 0], [0, 2, 0, 1, 0, 0, 1, 3, 2, 0], [0, 2, 0, 1, 0, 0, 1, 3, 2, 1], [0, 3, 0, 1, 0, 0, 1, 3, 2, 1], [0, 3, 0, 1, 0, 1, 1, 3, 2, 1], [0, 3, 0, 1, 0, 1, 1, 3, 2, 1], [0, 3, 0, 1, 0, 1, 2, 3, 2, 1], [1, 3, 0, 1, 1, 1, 2, 3, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 24, "strings": ["zqje", "uthhe", "fgunnxcp", "cymel", "hdjeety", "umngyrzoco", "hvkjmwnbmva", "mcjhe", "jmjmvcoa", "epwem"], "substrings": ["rj", "uf", "ob", "nf", "yg", "by", "he", "jm", "li", "hb", "md", "cy", "he", "cj", "po", "vv", "ve", "em", "th", "um", "xj", "wn", "je", "rp"]}, "task_name": "task04", "example_name": "0226", "problem_name": "task04_0226"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cmpcfack, nxiwhaadyk, jtxfbrjbb, abjazbulxgvx, xqqhsiigpu, wvq, ejwbllzqhu, hpdfowjrqev, dnlnksnlde, xqwbrlmcmens]\nSubstrings: [zb, aj, ds, yj, xg, zz, xe, wp, wh, ll, ow, pc, wb, xq, ul, ex, gk, vq, qh, ob, xi, gg, dc, dz]\n", "label": {"final": [1, 2, 0, 3, 2, 1, 3, 1, 0, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [0, 1, 0, 2, 0, 0, 0, 0, 0, 0], [0, 1, 0, 2, 0, 0, 1, 0, 0, 0], [0, 1, 0, 2, 0, 0, 1, 1, 0, 0], [1, 1, 0, 2, 0, 0, 1, 1, 0, 0], [1, 1, 0, 2, 0, 0, 2, 1, 0, 1], [1, 1, 0, 2, 1, 0, 2, 1, 0, 2], [1, 1, 0, 3, 1, 0, 2, 1, 0, 2], [1, 1, 0, 3, 1, 0, 2, 1, 0, 2], [1, 1, 0, 3, 1, 0, 2, 1, 0, 2], [1, 1, 0, 3, 1, 1, 2, 1, 0, 2], [1, 1, 0, 3, 2, 1, 3, 1, 0, 2], [1, 1, 0, 3, 2, 1, 3, 1, 0, 2], [1, 2, 0, 3, 2, 1, 3, 1, 0, 2], [1, 2, 0, 3, 2, 1, 3, 1, 0, 2], [1, 2, 0, 3, 2, 1, 3, 1, 0, 2]]}, "config": {"num_strings": 10, "num_substrings": 24, "strings": ["cmpcfack", "nxiwhaadyk", "jtxfbrjbb", "abjazbulxgvx", "xqqhsiigpu", "wvq", "ejwbllzqhu", "hpdfowjrqev", "dnlnksnlde", "xqwbrlmcmens"], "substrings": ["zb", "aj", "ds", "yj", "xg", "zz", "xe", "wp", "wh", "ll", "ow", "pc", "wb", "xq", "ul", "ex", "gk", "vq", "qh", "ob", "xi", "gg", "dc", "dz"]}, "task_name": "task04", "example_name": "0227", "problem_name": "task04_0227"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [tux, shncxgypyes, jrwo, bqyab, btnpbvxe, vza, gaqybrrrjbh, ckqyqd, cjdga, bdqh]\nSubstrings: [on, kj, ga, ym, dc, es, qy, ga, ws, lk, ey, py, sd, ud, nb, jr, fi, qq, qd, cw, we, vz, jd, tb]\n", "label": {"final": [0, 2, 1, 1, 0, 1, 3, 2, 3, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 1, 0], [0, 0, 0, 0, 0, 0, 1, 0, 1, 0], [0, 0, 0, 0, 0, 0, 1, 0, 1, 0], [0, 1, 0, 0, 0, 0, 1, 0, 1, 0], [0, 1, 0, 1, 0, 0, 2, 1, 1, 0], [0, 1, 0, 1, 0, 0, 3, 1, 2, 0], [0, 1, 0, 1, 0, 0, 3, 1, 2, 0], [0, 1, 0, 1, 0, 0, 3, 1, 2, 0], [0, 1, 0, 1, 0, 0, 3, 1, 2, 0], [0, 2, 0, 1, 0, 0, 3, 1, 2, 0], [0, 2, 0, 1, 0, 0, 3, 1, 2, 0], [0, 2, 0, 1, 0, 0, 3, 1, 2, 0], [0, 2, 0, 1, 0, 0, 3, 1, 2, 0], [0, 2, 1, 1, 0, 0, 3, 1, 2, 0], [0, 2, 1, 1, 0, 0, 3, 1, 2, 0], [0, 2, 1, 1, 0, 0, 3, 1, 2, 0], [0, 2, 1, 1, 0, 0, 3, 2, 2, 0], [0, 2, 1, 1, 0, 0, 3, 2, 2, 0], [0, 2, 1, 1, 0, 0, 3, 2, 2, 0], [0, 2, 1, 1, 0, 1, 3, 2, 2, 0], [0, 2, 1, 1, 0, 1, 3, 2, 3, 0]]}, "config": {"num_strings": 10, "num_substrings": 24, "strings": ["tux", "shncxgypyes", "jrwo", "bqyab", "btnpbvxe", "vza", "gaqybrrrjbh", "ckqyqd", "cjdga", "bdqh"], "substrings": ["on", "kj", "ga", "ym", "dc", "es", "qy", "ga", "ws", "lk", "ey", "py", "sd", "ud", "nb", "jr", "fi", "qq", "qd", "cw", "we", "vz", "jd", "tb"]}, "task_name": "task04", "example_name": "0228", "problem_name": "task04_0228"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [gytjq, hxhm, bayay, guiorrfkrpc, cihxcpmi, ynszq, tsrdbfp, xoqsbzhnfz, iovctzubs, zbl]\nSubstrings: [cp, ql, qw, tt, yt, xi, wo, br, ti, hx, qz, rc, ts, jq, gb, ay, fk, ry, jv, qx, tj, ld, iz, zx]\n", "label": {"final": [3, 1, 2, 1, 2, 0, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 0, 0, 0, 0], [1, 1, 0, 0, 2, 0, 0, 0, 0, 0], [1, 1, 0, 0, 2, 0, 0, 0, 0, 0], [1, 1, 0, 0, 2, 0, 0, 0, 0, 0], [1, 1, 0, 0, 2, 0, 1, 0, 0, 0], [2, 1, 0, 0, 2, 0, 1, 0, 0, 0], [2, 1, 0, 0, 2, 0, 1, 0, 0, 0], [2, 1, 2, 0, 2, 0, 1, 0, 0, 0], [2, 1, 2, 1, 2, 0, 1, 0, 0, 0], [2, 1, 2, 1, 2, 0, 1, 0, 0, 0], [2, 1, 2, 1, 2, 0, 1, 0, 0, 0], [2, 1, 2, 1, 2, 0, 1, 0, 0, 0], [3, 1, 2, 1, 2, 0, 1, 0, 0, 0], [3, 1, 2, 1, 2, 0, 1, 0, 0, 0], [3, 1, 2, 1, 2, 0, 1, 0, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 24, "strings": ["gytjq", "hxhm", "bayay", "guiorrfkrpc", "cihxcpmi", "ynszq", "tsrdbfp", "xoqsbzhnfz", "iovctzubs", "zbl"], "substrings": ["cp", "ql", "qw", "tt", "yt", "xi", "wo", "br", "ti", "hx", "qz", "rc", "ts", "jq", "gb", "ay", "fk", "ry", "jv", "qx", "tj", "ld", "iz", "zx"]}, "task_name": "task04", "example_name": "0229", "problem_name": "task04_0229"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [byce, ccpqlspxur, aicakhq, jnryhpoa, mfdpqbumf, tbvtz, crwasfuaray, qypub, dutwrwbrvs, lmticrysh]\nSubstrings: [rz, mn, ce, wa, jn, ky, qy, rw, sm, br, pq, yb, qd, yb, tb, ur, ry, kf, ma, bk, sq, nc, pv, ql, ic]\n", "label": {"final": [1, 3, 1, 2, 1, 1, 2, 1, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 1, 0, 0, 0], [1, 0, 0, 1, 0, 0, 1, 0, 0, 0], [1, 0, 0, 1, 0, 0, 1, 0, 0, 0], [1, 0, 0, 1, 0, 0, 1, 1, 0, 0], [1, 0, 0, 1, 0, 0, 2, 1, 1, 0], [1, 0, 0, 1, 0, 0, 2, 1, 1, 0], [1, 0, 0, 1, 0, 0, 2, 1, 2, 0], [1, 1, 0, 1, 1, 0, 2, 1, 2, 0], [1, 1, 0, 1, 1, 0, 2, 1, 2, 0], [1, 1, 0, 1, 1, 0, 2, 1, 2, 0], [1, 1, 0, 1, 1, 0, 2, 1, 2, 0], [1, 1, 0, 1, 1, 1, 2, 1, 2, 0], [1, 2, 0, 1, 1, 1, 2, 1, 2, 0], [1, 2, 0, 2, 1, 1, 2, 1, 2, 1], [1, 2, 0, 2, 1, 1, 2, 1, 2, 1], [1, 2, 0, 2, 1, 1, 2, 1, 2, 1], [1, 2, 0, 2, 1, 1, 2, 1, 2, 1], [1, 2, 0, 2, 1, 1, 2, 1, 2, 1], [1, 2, 0, 2, 1, 1, 2, 1, 2, 1], [1, 2, 0, 2, 1, 1, 2, 1, 2, 1], [1, 3, 0, 2, 1, 1, 2, 1, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 25, "strings": ["byce", "ccpqlspxur", "aicakhq", "jnryhpoa", "mfdpqbumf", "tbvtz", "crwasfuaray", "qypub", "dutwrwbrvs", "lmticrysh"], "substrings": ["rz", "mn", "ce", "wa", "jn", "ky", "qy", "rw", "sm", "br", "pq", "yb", "qd", "yb", "tb", "ur", "ry", "kf", "ma", "bk", "sq", "nc", "pv", "ql", "ic"]}, "task_name": "task04", "example_name": "0230", "problem_name": "task04_0230"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [emrts, fefbthcd, fozjnibbj, suywpqbgagv, tavielydoui, fetzz, axorkdrr, gxklwy, kahgzp, pbolr]\nSubstrings: [gh, ka, gx, bg, pq, bf, ea, to, ok, kl, iz, zx, ok, fe, dd, kt, dr, ta, bq, ol, du, eg, qj, fq, hg]\n", "label": {"final": [0, 1, 0, 2, 1, 1, 1, 2, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 1, 1, 0], [0, 0, 0, 1, 0, 0, 0, 1, 1, 0], [0, 0, 0, 2, 0, 0, 0, 1, 1, 0], [0, 0, 0, 2, 0, 0, 0, 1, 1, 0], [0, 0, 0, 2, 0, 0, 0, 1, 1, 0], [0, 0, 0, 2, 0, 0, 0, 1, 1, 0], [0, 0, 0, 2, 0, 0, 0, 1, 1, 0], [0, 0, 0, 2, 0, 0, 0, 2, 1, 0], [0, 0, 0, 2, 0, 0, 0, 2, 1, 0], [0, 0, 0, 2, 0, 0, 0, 2, 1, 0], [0, 0, 0, 2, 0, 0, 0, 2, 1, 0], [0, 1, 0, 2, 0, 1, 0, 2, 1, 0], [0, 1, 0, 2, 0, 1, 0, 2, 1, 0], [0, 1, 0, 2, 0, 1, 0, 2, 1, 0], [0, 1, 0, 2, 0, 1, 1, 2, 1, 0], [0, 1, 0, 2, 1, 1, 1, 2, 1, 0], [0, 1, 0, 2, 1, 1, 1, 2, 1, 0], [0, 1, 0, 2, 1, 1, 1, 2, 1, 1], [0, 1, 0, 2, 1, 1, 1, 2, 1, 1], [0, 1, 0, 2, 1, 1, 1, 2, 1, 1], [0, 1, 0, 2, 1, 1, 1, 2, 1, 1], [0, 1, 0, 2, 1, 1, 1, 2, 1, 1]]}, "config": {"num_strings": 10, "num_substrings": 25, "strings": ["emrts", "fefbthcd", "fozjnibbj", "suywpqbgagv", "tavielydoui", "fetzz", "axorkdrr", "gxklwy", "kahgzp", "pbolr"], "substrings": ["gh", "ka", "gx", "bg", "pq", "bf", "ea", "to", "ok", "kl", "iz", "zx", "ok", "fe", "dd", "kt", "dr", "ta", "bq", "ol", "du", "eg", "qj", "fq", "hg"]}, "task_name": "task04", "example_name": "0231", "problem_name": "task04_0231"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qdah, kqwcggs, uhcgylbp, ssaead, zqbdcihvx, qvwdiktl, flisr, zslbthztsc, clkcexl, oluckzhr]\nSubstrings: [qs, zy, ww, gg, cg, kw, sl, hb, kz, ah, nn, of, pu, fl, ms, pu, bd, lx, dg, mo, vk, ri, en, zq, oc]\n", "label": {"final": [1, 2, 1, 0, 2, 0, 1, 1, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 2, 1, 0, 0, 0, 0, 0, 0, 0], [0, 2, 1, 0, 0, 0, 0, 0, 0, 0], [0, 2, 1, 0, 0, 0, 0, 1, 0, 0], [0, 2, 1, 0, 0, 0, 0, 1, 0, 0], [0, 2, 1, 0, 0, 0, 0, 1, 0, 1], [1, 2, 1, 0, 0, 0, 0, 1, 0, 1], [1, 2, 1, 0, 0, 0, 0, 1, 0, 1], [1, 2, 1, 0, 0, 0, 0, 1, 0, 1], [1, 2, 1, 0, 0, 0, 0, 1, 0, 1], [1, 2, 1, 0, 0, 0, 1, 1, 0, 1], [1, 2, 1, 0, 0, 0, 1, 1, 0, 1], [1, 2, 1, 0, 0, 0, 1, 1, 0, 1], [1, 2, 1, 0, 1, 0, 1, 1, 0, 1], [1, 2, 1, 0, 1, 0, 1, 1, 0, 1], [1, 2, 1, 0, 1, 0, 1, 1, 0, 1], [1, 2, 1, 0, 1, 0, 1, 1, 0, 1], [1, 2, 1, 0, 1, 0, 1, 1, 0, 1], [1, 2, 1, 0, 1, 0, 1, 1, 0, 1], [1, 2, 1, 0, 1, 0, 1, 1, 0, 1], [1, 2, 1, 0, 2, 0, 1, 1, 0, 1]]}, "config": {"num_strings": 10, "num_substrings": 25, "strings": ["qdah", "kqwcggs", "uhcgylbp", "ssaead", "zqbdcihvx", "qvwdiktl", "flisr", "zslbthztsc", "clkcexl", "oluckzhr"], "substrings": ["qs", "zy", "ww", "gg", "cg", "kw", "sl", "hb", "kz", "ah", "nn", "of", "pu", "fl", "ms", "pu", "bd", "lx", "dg", "mo", "vk", "ri", "en", "zq", "oc"]}, "task_name": "task04", "example_name": "0232", "problem_name": "task04_0232"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ckmsfhog, wzwoxk, sdywrdkssh, cbnbslx, mxoxnodnev, uylxatfy, orngqxaov, pnculeh, casbdgza, diwe]\nSubstrings: [bd, qd, tf, sz, sd, gz, ct, sl, ht, ui, sf, rd, bd, ls, km, ml, vj, qa, yw, ly, cx, yj, ti, tx, zw]\n", "label": {"final": [2, 1, 3, 1, 0, 1, 0, 0, 3, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 1, 0, 0, 1, 0], [0, 0, 0, 0, 0, 1, 0, 0, 1, 0], [0, 0, 1, 0, 0, 1, 0, 0, 1, 0], [0, 0, 1, 0, 0, 1, 0, 0, 2, 0], [0, 0, 1, 0, 0, 1, 0, 0, 2, 0], [0, 0, 1, 1, 0, 1, 0, 0, 2, 0], [0, 0, 1, 1, 0, 1, 0, 0, 2, 0], [0, 0, 1, 1, 0, 1, 0, 0, 2, 0], [1, 0, 1, 1, 0, 1, 0, 0, 2, 0], [1, 0, 2, 1, 0, 1, 0, 0, 2, 0], [1, 0, 2, 1, 0, 1, 0, 0, 3, 0], [1, 0, 2, 1, 0, 1, 0, 0, 3, 0], [2, 0, 2, 1, 0, 1, 0, 0, 3, 0], [2, 0, 2, 1, 0, 1, 0, 0, 3, 0], [2, 0, 2, 1, 0, 1, 0, 0, 3, 0], [2, 0, 2, 1, 0, 1, 0, 0, 3, 0], [2, 0, 3, 1, 0, 1, 0, 0, 3, 0], [2, 0, 3, 1, 0, 1, 0, 0, 3, 0], [2, 0, 3, 1, 0, 1, 0, 0, 3, 0], [2, 0, 3, 1, 0, 1, 0, 0, 3, 0], [2, 0, 3, 1, 0, 1, 0, 0, 3, 0], [2, 0, 3, 1, 0, 1, 0, 0, 3, 0]]}, "config": {"num_strings": 10, "num_substrings": 25, "strings": ["ckmsfhog", "wzwoxk", "sdywrdkssh", "cbnbslx", "mxoxnodnev", "uylxatfy", "orngqxaov", "pnculeh", "casbdgza", "diwe"], "substrings": ["bd", "qd", "tf", "sz", "sd", "gz", "ct", "sl", "ht", "ui", "sf", "rd", "bd", "ls", "km", "ml", "vj", "qa", "yw", "ly", "cx", "yj", "ti", "tx", "zw"]}, "task_name": "task04", "example_name": "0233", "problem_name": "task04_0233"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [fjptlkx, hhzzxrtobv, lpnjpt, fmcvudo, gmvwmxgwla, fqbsxjd, ggznxg, aufjdpveh, rzpyhe, ijwekyf]\nSubstrings: [yf, gx, su, ei, gs, lz, yj, wi, jg, tv, cv, pt, bv, zy, fj, zy, ij, rq, we, md, xj, dp, ds, ph, ff]\n", "label": {"final": [2, 1, 1, 1, 0, 1, 0, 2, 0, 3], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [0, 0, 0, 1, 0, 0, 0, 0, 0, 1], [1, 0, 1, 1, 0, 0, 0, 0, 0, 1], [1, 1, 1, 1, 0, 0, 0, 0, 0, 1], [1, 1, 1, 1, 0, 0, 0, 0, 0, 1], [2, 1, 1, 1, 0, 0, 0, 1, 0, 1], [2, 1, 1, 1, 0, 0, 0, 1, 0, 1], [2, 1, 1, 1, 0, 0, 0, 1, 0, 2], [2, 1, 1, 1, 0, 0, 0, 1, 0, 2], [2, 1, 1, 1, 0, 0, 0, 1, 0, 3], [2, 1, 1, 1, 0, 0, 0, 1, 0, 3], [2, 1, 1, 1, 0, 1, 0, 1, 0, 3], [2, 1, 1, 1, 0, 1, 0, 2, 0, 3], [2, 1, 1, 1, 0, 1, 0, 2, 0, 3], [2, 1, 1, 1, 0, 1, 0, 2, 0, 3]]}, "config": {"num_strings": 10, "num_substrings": 25, "strings": ["fjptlkx", "hhzzxrtobv", "lpnjpt", "fmcvudo", "gmvwmxgwla", "fqbsxjd", "ggznxg", "aufjdpveh", "rzpyhe", "ijwekyf"], "substrings": ["yf", "gx", "su", "ei", "gs", "lz", "yj", "wi", "jg", "tv", "cv", "pt", "bv", "zy", "fj", "zy", "ij", "rq", "we", "md", "xj", "dp", "ds", "ph", "ff"]}, "task_name": "task04", "example_name": "0234", "problem_name": "task04_0234"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xnbrwmiz, buqpnu, kbkrvex, rsoxt, mjacmv, jyde, ymwqsqir, mmeerq, zybzqqo, srnvkr]\nSubstrings: [xn, ix, oj, jl, nq, xt, zv, bh, fe, xq, md, so, mj, gs, wq, br, rg, yd, fg, wn, ct, nb, uq, pn, pw]\n", "label": {"final": [3, 2, 0, 2, 1, 1, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 2, 0, 0, 0, 0, 0, 0], [1, 0, 0, 2, 1, 0, 0, 0, 0, 0], [1, 0, 0, 2, 1, 0, 0, 0, 0, 0], [1, 0, 0, 2, 1, 0, 1, 0, 0, 0], [2, 0, 0, 2, 1, 0, 1, 0, 0, 0], [2, 0, 0, 2, 1, 0, 1, 0, 0, 0], [2, 0, 0, 2, 1, 1, 1, 0, 0, 0], [2, 0, 0, 2, 1, 1, 1, 0, 0, 0], [2, 0, 0, 2, 1, 1, 1, 0, 0, 0], [2, 0, 0, 2, 1, 1, 1, 0, 0, 0], [3, 0, 0, 2, 1, 1, 1, 0, 0, 0], [3, 1, 0, 2, 1, 1, 1, 0, 0, 0], [3, 2, 0, 2, 1, 1, 1, 0, 0, 0]]}, "config": {"num_strings": 10, "num_substrings": 25, "strings": ["xnbrwmiz", "buqpnu", "kbkrvex", "rsoxt", "mjacmv", "jyde", "ymwqsqir", "mmeerq", "zybzqqo", "srnvkr"], "substrings": ["xn", "ix", "oj", "jl", "nq", "xt", "zv", "bh", "fe", "xq", "md", "so", "mj", "gs", "wq", "br", "rg", "yd", "fg", "wn", "ct", "nb", "uq", "pn", "pw"]}, "task_name": "task04", "example_name": "0235", "problem_name": "task04_0235"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [gnte, peoyehgfew, yflnvvkg, iwlyohuw, dbyopk, orue, naegqz, igqyomq, pudtthaxthmi, qntfyubb]\nSubstrings: [ge, wl, vv, ew, kg, uy, ik, qq, th, gq, ou, ix, na, xc, dt, rb, ub, ww, mq, yk, hf, nl, fr, yo, kx]\n", "label": {"final": [0, 1, 2, 2, 1, 0, 2, 3, 3, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [0, 1, 1, 1, 0, 0, 0, 0, 0, 0], [0, 1, 2, 1, 0, 0, 0, 0, 0, 0], [0, 1, 2, 1, 0, 0, 0, 0, 0, 0], [0, 1, 2, 1, 0, 0, 0, 0, 0, 0], [0, 1, 2, 1, 0, 0, 0, 0, 0, 0], [0, 1, 2, 1, 0, 0, 0, 0, 2, 0], [0, 1, 2, 1, 0, 0, 1, 1, 2, 0], [0, 1, 2, 1, 0, 0, 1, 1, 2, 0], [0, 1, 2, 1, 0, 0, 1, 1, 2, 0], [0, 1, 2, 1, 0, 0, 2, 1, 2, 0], [0, 1, 2, 1, 0, 0, 2, 1, 2, 0], [0, 1, 2, 1, 0, 0, 2, 1, 3, 0], [0, 1, 2, 1, 0, 0, 2, 1, 3, 0], [0, 1, 2, 1, 0, 0, 2, 1, 3, 1], [0, 1, 2, 1, 0, 0, 2, 1, 3, 1], [0, 1, 2, 1, 0, 0, 2, 2, 3, 1], [0, 1, 2, 1, 0, 0, 2, 2, 3, 1], [0, 1, 2, 1, 0, 0, 2, 2, 3, 1], [0, 1, 2, 1, 0, 0, 2, 2, 3, 1], [0, 1, 2, 1, 0, 0, 2, 2, 3, 1], [0, 1, 2, 2, 1, 0, 2, 3, 3, 1]]}, "config": {"num_strings": 10, "num_substrings": 25, "strings": ["gnte", "peoyehgfew", "yflnvvkg", "iwlyohuw", "dbyopk", "orue", "naegqz", "igqyomq", "pudtthaxthmi", "qntfyubb"], "substrings": ["ge", "wl", "vv", "ew", "kg", "uy", "ik", "qq", "th", "gq", "ou", "ix", "na", "xc", "dt", "rb", "ub", "ww", "mq", "yk", "hf", "nl", "fr", "yo", "kx"]}, "task_name": "task04", "example_name": "0236", "problem_name": "task04_0236"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [bmgkjl, uvgrfn, lhp, zto, ueuet, xvyszltddlf, wfqsp, ylpe, udbqatcf, otdht]\nSubstrings: [ae, yl, uv, xn, yy, bq, td, zl, vj, qw, hk, mj, qa, xf, wm, lr, fq, lb, on, fx, ev, ue, br, qz, sn]\n", "label": {"final": [0, 1, 0, 0, 2, 2, 1, 1, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 0, 0], [0, 1, 0, 0, 0, 0, 0, 1, 0, 0], [0, 1, 0, 0, 0, 0, 0, 1, 0, 0], [0, 1, 0, 0, 0, 0, 0, 1, 0, 0], [0, 1, 0, 0, 0, 0, 0, 1, 1, 0], [0, 1, 0, 0, 0, 1, 0, 1, 1, 1], [0, 1, 0, 0, 0, 2, 0, 1, 1, 1], [0, 1, 0, 0, 0, 2, 0, 1, 1, 1], [0, 1, 0, 0, 0, 2, 0, 1, 1, 1], [0, 1, 0, 0, 0, 2, 0, 1, 1, 1], [0, 1, 0, 0, 0, 2, 0, 1, 1, 1], [0, 1, 0, 0, 0, 2, 0, 1, 2, 1], [0, 1, 0, 0, 0, 2, 0, 1, 2, 1], [0, 1, 0, 0, 0, 2, 0, 1, 2, 1], [0, 1, 0, 0, 0, 2, 0, 1, 2, 1], [0, 1, 0, 0, 0, 2, 1, 1, 2, 1], [0, 1, 0, 0, 0, 2, 1, 1, 2, 1], [0, 1, 0, 0, 0, 2, 1, 1, 2, 1], [0, 1, 0, 0, 0, 2, 1, 1, 2, 1], [0, 1, 0, 0, 0, 2, 1, 1, 2, 1], [0, 1, 0, 0, 2, 2, 1, 1, 2, 1], [0, 1, 0, 0, 2, 2, 1, 1, 2, 1], [0, 1, 0, 0, 2, 2, 1, 1, 2, 1]]}, "config": {"num_strings": 10, "num_substrings": 25, "strings": ["bmgkjl", "uvgrfn", "lhp", "zto", "ueuet", "xvyszltddlf", "wfqsp", "ylpe", "udbqatcf", "otdht"], "substrings": ["ae", "yl", "uv", "xn", "yy", "bq", "td", "zl", "vj", "qw", "hk", "mj", "qa", "xf", "wm", "lr", "fq", "lb", "on", "fx", "ev", "ue", "br", "qz", "sn"]}, "task_name": "task04", "example_name": "0237", "problem_name": "task04_0237"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [fwxplo, gatkkszpd, zampfzqfjr, tosqllbhv, axdhooie, vrbosjglaqbl, fotwvgplrg, ostjmjawn, qfbulfi, sewosqdx]\nSubstrings: [at, ci, oi, qi, tj, kh, dj, pl, rd, os, wx, ql, wv, xm, go, bk, tv, tj, ul, me, gz, rb, ot, qd, at]\n", "label": {"final": [2, 2, 0, 2, 1, 2, 3, 3, 1, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 1, 0, 0, 0, 0, 0], [0, 1, 0, 0, 1, 0, 0, 0, 0, 0], [0, 1, 0, 0, 1, 0, 0, 1, 0, 0], [0, 1, 0, 0, 1, 0, 0, 1, 0, 0], [0, 1, 0, 0, 1, 0, 0, 1, 0, 0], [1, 1, 0, 0, 1, 0, 1, 1, 0, 0], [1, 1, 0, 0, 1, 0, 1, 1, 0, 0], [1, 1, 0, 1, 1, 1, 1, 2, 0, 1], [2, 1, 0, 1, 1, 1, 1, 2, 0, 1], [2, 1, 0, 2, 1, 1, 1, 2, 0, 1], [2, 1, 0, 2, 1, 1, 2, 2, 0, 1], [2, 1, 0, 2, 1, 1, 2, 2, 0, 1], [2, 1, 0, 2, 1, 1, 2, 2, 0, 1], [2, 1, 0, 2, 1, 1, 2, 2, 0, 1], [2, 1, 0, 2, 1, 1, 2, 2, 0, 1], [2, 1, 0, 2, 1, 1, 2, 3, 0, 1], [2, 1, 0, 2, 1, 1, 2, 3, 1, 1], [2, 1, 0, 2, 1, 1, 2, 3, 1, 1], [2, 1, 0, 2, 1, 1, 2, 3, 1, 1], [2, 1, 0, 2, 1, 2, 2, 3, 1, 1], [2, 1, 0, 2, 1, 2, 3, 3, 1, 1], [2, 1, 0, 2, 1, 2, 3, 3, 1, 2]]}, "config": {"num_strings": 10, "num_substrings": 25, "strings": ["fwxplo", "gatkkszpd", "zampfzqfjr", "tosqllbhv", "axdhooie", "vrbosjglaqbl", "fotwvgplrg", "ostjmjawn", "qfbulfi", "sewosqdx"], "substrings": ["at", "ci", "oi", "qi", "tj", "kh", "dj", "pl", "rd", "os", "wx", "ql", "wv", "xm", "go", "bk", "tv", "tj", "ul", "me", "gz", "rb", "ot", "qd", "at"]}, "task_name": "task04", "example_name": "0238", "problem_name": "task04_0238"}
+{"prompt": "Count the occurrences of substrings in each given string step by step:\nStart with an initial counting list with zeros, where each element correponds to the count for each string.\nFor each substring, count the occurrences of the substring in each string, and add the occurrences to counts in the counting list.\nRepeat the step for all substrings starting from the first substring in the given list. \n                                                                      \nProvide the final counting list along with the intermediate states in a 2D array, where each row includes the counting list after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [urvdyud, prfvrps, uuitsbzk, gavvma, pjwn, pxgwdbjud, qssnz, ozunwz, hkqohpkhg, hcuaeguaei]\nSubstrings: [pt, yn, la, ku, nz, uv, et, rn, dy, uo, yi, bj, av, it, ss, mo, kq, pz, vh, vm, bk, sb, nz, sy, ud]\n", "label": {"final": [2, 0, 2, 2, 0, 2, 3, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [1, 0, 0, 0, 0, 0, 1, 0, 0, 0], [1, 0, 0, 0, 0, 0, 1, 0, 0, 0], [1, 0, 0, 0, 0, 0, 1, 0, 0, 0], [1, 0, 0, 0, 0, 1, 1, 0, 0, 0], [1, 0, 0, 1, 0, 1, 1, 0, 0, 0], [1, 0, 1, 1, 0, 1, 1, 0, 0, 0], [1, 0, 1, 1, 0, 1, 2, 0, 0, 0], [1, 0, 1, 1, 0, 1, 2, 0, 0, 0], [1, 0, 1, 1, 0, 1, 2, 0, 1, 0], [1, 0, 1, 1, 0, 1, 2, 0, 1, 0], [1, 0, 1, 1, 0, 1, 2, 0, 1, 0], [1, 0, 1, 2, 0, 1, 2, 0, 1, 0], [1, 0, 1, 2, 0, 1, 2, 0, 1, 0], [1, 0, 2, 2, 0, 1, 2, 0, 1, 0], [1, 0, 2, 2, 0, 1, 3, 0, 1, 0], [1, 0, 2, 2, 0, 1, 3, 0, 1, 0]]}, "config": {"num_strings": 10, "num_substrings": 25, "strings": ["urvdyud", "prfvrps", "uuitsbzk", "gavvma", "pjwn", "pxgwdbjud", "qssnz", "ozunwz", "hkqohpkhg", "hcuaeguaei"], "substrings": ["pt", "yn", "la", "ku", "nz", "uv", "et", "rn", "dy", "uo", "yi", "bj", "av", "it", "ss", "mo", "kq", "pz", "vh", "vm", "bk", "sb", "nz", "sy", "ud"]}, "task_name": "task04", "example_name": "0239", "problem_name": "task04_0239"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [uhs3y2d73xi9p, px8t5u95tsdvyqvt, xcg2j75nl, jmnu1gn4baybhv1hc, jprv0, snmqz4i9qtg1hv86, 2g2siemtf75yke2srmyq, 0qwbl5xq20sba, aujehqcuz7jbpdohu9w, nfyfbbcoh72z, gj2yr, whvyucmcl, yzlgywpghwrcvq5di8n, 4yksf6lsnszq2b1o, z2spbdul1a, 16wgr2erpnowk32, vfjbx2npxm1, r73g24]\nIndices: [3, 8]\n", "label": {"final": "jmnu1gn4baybhv1hcaujehqcuz7jbpdohu9w", "init": "", "intermediate": ["jmnu1gn4baybhv1hc"]}, "config": {"commands": [3, 8], "max_length": 20, "min_length": 5, "num_commands": 2, "num_strings": 18, "strings": ["uhs3y2d73xi9p", "px8t5u95tsdvyqvt", "xcg2j75nl", "jmnu1gn4baybhv1hc", "jprv0", "snmqz4i9qtg1hv86", "2g2siemtf75yke2srmyq", "0qwbl5xq20sba", "aujehqcuz7jbpdohu9w", "nfyfbbcoh72z", "gj2yr", "whvyucmcl", "yzlgywpghwrcvq5di8n", "4yksf6lsnszq2b1o", "z2spbdul1a", "16wgr2erpnowk32", "vfjbx2npxm1", "r73g24"]}, "task_name": "task05", "example_name": "0000", "problem_name": "task05_0000"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [vdytqs, x2swqwnoszk7r4y8, ypov14ecddcaie, yw8808bi7, rh1ptlidv8917n, k7vyair031m, n59rh, wtninwet80jpd0, wgtvun, lm9ls, qgohlnm7kl, xosxcydj39y, gpk4ihwwvr, 8q7oqmz1is0, sxwzmla62o86f4, pljobbelfe3, nrv7fi467t, ng61t2jt6dwg44, xparm]\nIndices: [12, 2]\n", "label": {"final": "gpk4ihwwvrypov14ecddcaie", "init": "", "intermediate": ["gpk4ihwwvr"]}, "config": {"commands": [12, 2], "max_length": 20, "min_length": 5, "num_commands": 2, "num_strings": 19, "strings": ["vdytqs", "x2swqwnoszk7r4y8", "ypov14ecddcaie", "yw8808bi7", "rh1ptlidv8917n", "k7vyair031m", "n59rh", "wtninwet80jpd0", "wgtvun", "lm9ls", "qgohlnm7kl", "xosxcydj39y", "gpk4ihwwvr", "8q7oqmz1is0", "sxwzmla62o86f4", "pljobbelfe3", "nrv7fi467t", "ng61t2jt6dwg44", "xparm"]}, "task_name": "task05", "example_name": "0001", "problem_name": "task05_0001"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [6a2sw9ho20s1y5xnkce, b9fve8tg349ioxkuz, 131k1, pgawmdrolutt96k5, l7cl7xzhe8cgp3y92p]\nIndices: [2, 2]\n", "label": {"final": "131k1131k1", "init": "", "intermediate": ["131k1"]}, "config": {"commands": [2, 2], "max_length": 20, "min_length": 5, "num_commands": 2, "num_strings": 5, "strings": ["6a2sw9ho20s1y5xnkce", "b9fve8tg349ioxkuz", "131k1", "pgawmdrolutt96k5", "l7cl7xzhe8cgp3y92p"]}, "task_name": "task05", "example_name": "0002", "problem_name": "task05_0002"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [z94yvg, qqfhogwl9yspoh8, 6xxftglvgi0r6fd7vyuf, 9r6fjti4jcf, j85ypb3ehp5g, c6a0fkh, p74tdgk2, 6am8fcj6jzexgv05p9o8, 69djz5j1radai7y56ozx, yd5fqy03lk, 0b5lolzgece, w9aqmlmdpjce7z930id, 9y0f2tdh8wdc1mreg]\nIndices: [7, 5]\n", "label": {"final": "6am8fcj6jzexgv05p9o8c6a0fkh", "init": "", "intermediate": ["6am8fcj6jzexgv05p9o8"]}, "config": {"commands": [7, 5], "max_length": 20, "min_length": 5, "num_commands": 2, "num_strings": 13, "strings": ["z94yvg", "qqfhogwl9yspoh8", "6xxftglvgi0r6fd7vyuf", "9r6fjti4jcf", "j85ypb3ehp5g", "c6a0fkh", "p74tdgk2", "6am8fcj6jzexgv05p9o8", "69djz5j1radai7y56ozx", "yd5fqy03lk", "0b5lolzgece", "w9aqmlmdpjce7z930id", "9y0f2tdh8wdc1mreg"]}, "task_name": "task05", "example_name": "0003", "problem_name": "task05_0003"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [tw5ler4d, 5qxp3ltrpi, rehaq8g93, kv2h33ar3x59zx, f666tlgpg7t5iv8okm7, pcwexses, b1t7a4, pp7w4, 7bmhoj7tngoldf0v59gf, ec1f21, nsvtvp, yf3qy3khypwe, boa7jibw4z1vbmw, aj269, rer9vb74n16i7u, 4zlhr713w5]\nIndices: [4, 2]\n", "label": {"final": "f666tlgpg7t5iv8okm7rehaq8g93", "init": "", "intermediate": ["f666tlgpg7t5iv8okm7"]}, "config": {"commands": [4, 2], "max_length": 20, "min_length": 5, "num_commands": 2, "num_strings": 16, "strings": ["tw5ler4d", "5qxp3ltrpi", "rehaq8g93", "kv2h33ar3x59zx", "f666tlgpg7t5iv8okm7", "pcwexses", "b1t7a4", "pp7w4", "7bmhoj7tngoldf0v59gf", "ec1f21", "nsvtvp", "yf3qy3khypwe", "boa7jibw4z1vbmw", "aj269", "rer9vb74n16i7u", "4zlhr713w5"]}, "task_name": "task05", "example_name": "0004", "problem_name": "task05_0004"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jef53h0hwau1, sweq2n0, v30k33pzoul, ql6wwsqgx, qmsex2nf8wlduh6zjo, diu5p8jd, 4nkpwhdvxuf4pt, 5erpwiii, uk750o3u, 28e16omb6hads, y6xd75364y1a9apusm, slxbmxqaq7s0n9s3w3o7, 966nm63vu, aucsivfl1ue9, aozux6dsjvqw2sp, ug6or449ztp2wauym3, 05kxumkd4jm, jur5cm42cq99l0lc6e, 9q4r60gagv, dcnblwi2jn, o4b3d8u1syyf, g6hibz2b5ersj, lr2ji9jd77ht5l, maevr5qjofrygv, 9zlxdd3zwum4s30m3mw]\nIndices: [18, 20]\n", "label": {"final": "9q4r60gagvo4b3d8u1syyf", "init": "", "intermediate": ["9q4r60gagv"]}, "config": {"commands": [18, 20], "max_length": 20, "min_length": 5, "num_commands": 2, "num_strings": 25, "strings": ["jef53h0hwau1", "sweq2n0", "v30k33pzoul", "ql6wwsqgx", "qmsex2nf8wlduh6zjo", "diu5p8jd", "4nkpwhdvxuf4pt", "5erpwiii", "uk750o3u", "28e16omb6hads", "y6xd75364y1a9apusm", "slxbmxqaq7s0n9s3w3o7", "966nm63vu", "aucsivfl1ue9", "aozux6dsjvqw2sp", "ug6or449ztp2wauym3", "05kxumkd4jm", "jur5cm42cq99l0lc6e", "9q4r60gagv", "dcnblwi2jn", "o4b3d8u1syyf", "g6hibz2b5ersj", "lr2ji9jd77ht5l", "maevr5qjofrygv", "9zlxdd3zwum4s30m3mw"]}, "task_name": "task05", "example_name": "0005", "problem_name": "task05_0005"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [h1o2fkcukdk, dku11rof5sk, gglxxh24ef, ybr52vve981fetfryd, htneyfmhx4g8n3, 81fwbi3f, 8dwwt6yy7, a62srt39djmefz3xlp, bdfcp3gvah, 0jo6s584ug, utx95d761snl44w5o, 6hpkvinzrogxe71vcsx, 13859cflkdl5dkjgb, nqorwankf, vlb6mlrgjhjkgszjjfzs, 4qm10jy8u, bmpsg, 9nsrtzdsyrfhtju, yavi2, rlsj3qfeo, zvuqny, f0t4i3o150u907de]\nIndices: [7, 4]\n", "label": {"final": "a62srt39djmefz3xlphtneyfmhx4g8n3", "init": "", "intermediate": ["a62srt39djmefz3xlp"]}, "config": {"commands": [7, 4], "max_length": 20, "min_length": 5, "num_commands": 2, "num_strings": 22, "strings": ["h1o2fkcukdk", "dku11rof5sk", "gglxxh24ef", "ybr52vve981fetfryd", "htneyfmhx4g8n3", "81fwbi3f", "8dwwt6yy7", "a62srt39djmefz3xlp", "bdfcp3gvah", "0jo6s584ug", "utx95d761snl44w5o", "6hpkvinzrogxe71vcsx", "13859cflkdl5dkjgb", "nqorwankf", "vlb6mlrgjhjkgszjjfzs", "4qm10jy8u", "bmpsg", "9nsrtzdsyrfhtju", "yavi2", "rlsj3qfeo", "zvuqny", "f0t4i3o150u907de"]}, "task_name": "task05", "example_name": "0006", "problem_name": "task05_0006"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qce77kv0hhb518n0z, c0r3tj2t5v, awzopp3ut1, q7kutjdvtadxtxx6, 3d77x41dbmrv, a0d8pfov, f57aafdlh, fr9rgtufew4clpvqjbex, sol8ksl0dt20k]\nIndices: [0, 5]\n", "label": {"final": "qce77kv0hhb518n0za0d8pfov", "init": "", "intermediate": ["qce77kv0hhb518n0z"]}, "config": {"commands": [0, 5], "max_length": 20, "min_length": 5, "num_commands": 2, "num_strings": 9, "strings": ["qce77kv0hhb518n0z", "c0r3tj2t5v", "awzopp3ut1", "q7kutjdvtadxtxx6", "3d77x41dbmrv", "a0d8pfov", "f57aafdlh", "fr9rgtufew4clpvqjbex", "sol8ksl0dt20k"]}, "task_name": "task05", "example_name": "0007", "problem_name": "task05_0007"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [5rrp80im3anpwhg0wz9, hjsjia9z, sdowhsu1bi76rak, 9vs4x0umazsa, xkugu6dyxr9dwdxxerj, snm6yroe4cbd, 9rcgra, hla84j3ct, ad9dkyw8bmfec6, 5b6z5lbjkgb, vvo7g9su5rdedvu, w4jvpjgtthvfz14jx2g2, 5l1ceoo, er5odtzzpmj25s, ieal92vhnmzk4tp1l, oxf1dxse, z69a05qp6z, f37c0kshp5n45s13w, eoc9xyq0brl9ln20lv, sfcmajou, k1nw5qk, 1udkm7pxkyz, g5ilgjikqxy2i, zibcj8o69gagfno]\nIndices: [0, 3]\n", "label": {"final": "5rrp80im3anpwhg0wz99vs4x0umazsa", "init": "", "intermediate": ["5rrp80im3anpwhg0wz9"]}, "config": {"commands": [0, 3], "max_length": 20, "min_length": 5, "num_commands": 2, "num_strings": 24, "strings": ["5rrp80im3anpwhg0wz9", "hjsjia9z", "sdowhsu1bi76rak", "9vs4x0umazsa", "xkugu6dyxr9dwdxxerj", "snm6yroe4cbd", "9rcgra", "hla84j3ct", "ad9dkyw8bmfec6", "5b6z5lbjkgb", "vvo7g9su5rdedvu", "w4jvpjgtthvfz14jx2g2", "5l1ceoo", "er5odtzzpmj25s", "ieal92vhnmzk4tp1l", "oxf1dxse", "z69a05qp6z", "f37c0kshp5n45s13w", "eoc9xyq0brl9ln20lv", "sfcmajou", "k1nw5qk", "1udkm7pxkyz", "g5ilgjikqxy2i", "zibcj8o69gagfno"]}, "task_name": "task05", "example_name": "0008", "problem_name": "task05_0008"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [6u6z3smxpkvp9d4eki, d71lebp, 7m6ruju2kjc, c2zsbk4giwk4177x, 1rhfc2247xabelue, e3h9ipukuqoqi9gy, 85x4zksu1h6k8hc, jruu02r0798i9m, q5pl36o4iv, 84fyzw, 6ic83sec8qc1fh, 4p2e5h6ap39la, klwaqemkf319, k20bufqcplfuzc0oivz, qtkh3, hmec8, r3n92uvx9jpm26jo0t, qrh9gaa14pfqvo, 73og9wk618o, f31chdto9o, d85168c5lary39xk, bkcbnsumr5xwcx]\nIndices: [2, 18]\n", "label": {"final": "7m6ruju2kjc73og9wk618o", "init": "", "intermediate": ["7m6ruju2kjc"]}, "config": {"commands": [2, 18], "max_length": 20, "min_length": 5, "num_commands": 2, "num_strings": 22, "strings": ["6u6z3smxpkvp9d4eki", "d71lebp", "7m6ruju2kjc", "c2zsbk4giwk4177x", "1rhfc2247xabelue", "e3h9ipukuqoqi9gy", "85x4zksu1h6k8hc", "jruu02r0798i9m", "q5pl36o4iv", "84fyzw", "6ic83sec8qc1fh", "4p2e5h6ap39la", "klwaqemkf319", "k20bufqcplfuzc0oivz", "qtkh3", "hmec8", "r3n92uvx9jpm26jo0t", "qrh9gaa14pfqvo", "73og9wk618o", "f31chdto9o", "d85168c5lary39xk", "bkcbnsumr5xwcx"]}, "task_name": "task05", "example_name": "0009", "problem_name": "task05_0009"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [4uiz7, 86i9z2f76y, yum30zv3p1z6p8h, ss8xlgrnmnwydd, 0q3g50w7gv9fj0j, 0adwk0xubodplhj8j3, dxoogykols]\nIndices: [1, 4, 1]\n", "label": {"final": "86i9z2f76y0q3g50w7gv9fj0j86i9z2f76y", "init": "", "intermediate": ["86i9z2f76y", "86i9z2f76y0q3g50w7gv9fj0j"]}, "config": {"commands": [1, 4, 1], "max_length": 20, "min_length": 5, "num_commands": 3, "num_strings": 7, "strings": ["4uiz7", "86i9z2f76y", "yum30zv3p1z6p8h", "ss8xlgrnmnwydd", "0q3g50w7gv9fj0j", "0adwk0xubodplhj8j3", "dxoogykols"]}, "task_name": "task05", "example_name": "0010", "problem_name": "task05_0010"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [unv9mac38qejr1v, 49lmc97n7210yt, jolwi4ndq9wmcce5vwao, j2oi9, bdy6llgqxpa, lxky8, p9ajc2, mkh0azd, 7wrbao0ytj1w256gy, 2xrtcy25m6, p33pxu5af949x90gz78w, 64bh79mb1q94etsa6poo, 18h4utbi54szh216, rfz40z2weap4ktmvnlt, j77nh1p3a2w5bd42iw4q, ydd9ucgd, zdnn9kj, r19uc4cpl3oqaj9bc, wuhfvhm, h424porg8i3yf, 5xhjr036pnxqn85, dkbkb6pglwjcfsjnp4ih, rzyj3ayh]\nIndices: [6, 10, 3]\n", "label": {"final": "p9ajc2p33pxu5af949x90gz78wj2oi9", "init": "", "intermediate": ["p9ajc2", "p9ajc2p33pxu5af949x90gz78w"]}, "config": {"commands": [6, 10, 3], "max_length": 20, "min_length": 5, "num_commands": 3, "num_strings": 23, "strings": ["unv9mac38qejr1v", "49lmc97n7210yt", "jolwi4ndq9wmcce5vwao", "j2oi9", "bdy6llgqxpa", "lxky8", "p9ajc2", "mkh0azd", "7wrbao0ytj1w256gy", "2xrtcy25m6", "p33pxu5af949x90gz78w", "64bh79mb1q94etsa6poo", "18h4utbi54szh216", "rfz40z2weap4ktmvnlt", "j77nh1p3a2w5bd42iw4q", "ydd9ucgd", "zdnn9kj", "r19uc4cpl3oqaj9bc", "wuhfvhm", "h424porg8i3yf", "5xhjr036pnxqn85", "dkbkb6pglwjcfsjnp4ih", "rzyj3ayh"]}, "task_name": "task05", "example_name": "0011", "problem_name": "task05_0011"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [1a4dpzyz8lb1p9tjz, l6jth4kgb86od, htcgbvfk6ti0327, kvo3e86jruspe7w72h, hgkiugqz3p, 7m127t, 32k01npq, rt902u8ig50b1zq]\nIndices: [5, 4, 2]\n", "label": {"final": "7m127thgkiugqz3phtcgbvfk6ti0327", "init": "", "intermediate": ["7m127t", "7m127thgkiugqz3p"]}, "config": {"commands": [5, 4, 2], "max_length": 20, "min_length": 5, "num_commands": 3, "num_strings": 8, "strings": ["1a4dpzyz8lb1p9tjz", "l6jth4kgb86od", "htcgbvfk6ti0327", "kvo3e86jruspe7w72h", "hgkiugqz3p", "7m127t", "32k01npq", "rt902u8ig50b1zq"]}, "task_name": "task05", "example_name": "0012", "problem_name": "task05_0012"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [yzrwa, 5gtow, 7sgijp69y29, gg736mm8evlb4vxw, dndixzfwaz1l4luhwy, ixkk2, 989beegw4r]\nIndices: [6, 3, 3]\n", "label": {"final": "989beegw4rgg736mm8evlb4vxwgg736mm8evlb4vxw", "init": "", "intermediate": ["989beegw4r", "989beegw4rgg736mm8evlb4vxw"]}, "config": {"commands": [6, 3, 3], "max_length": 20, "min_length": 5, "num_commands": 3, "num_strings": 7, "strings": ["yzrwa", "5gtow", "7sgijp69y29", "gg736mm8evlb4vxw", "dndixzfwaz1l4luhwy", "ixkk2", "989beegw4r"]}, "task_name": "task05", "example_name": "0013", "problem_name": "task05_0013"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [m9nf8j, ctafkcv3x0oq, g1f2tt3mg4a, knqupbg0a, lwjaww9y3mnxwq3, 1rcgcnhj04ph, 6429i0sagt, 6jh41cku4rrn16j7mf, 5bx0aenfy7, rudes5icsc70, j5pk6y89e1iy, fire103gideja5r6j, h6iowvp1tnb6iwz2zy, hr4m1uuxysacpd0, nyv0vzxp, 0utn8o9gamjzz, moetyo7, ax58tjslbj, 7hziu, z8rxbmp1, 4xt6x, p6syc0y24herh]\nIndices: [12, 12, 21]\n", "label": {"final": "h6iowvp1tnb6iwz2zyh6iowvp1tnb6iwz2zyp6syc0y24herh", "init": "", "intermediate": ["h6iowvp1tnb6iwz2zy", "h6iowvp1tnb6iwz2zyh6iowvp1tnb6iwz2zy"]}, "config": {"commands": [12, 12, 21], "max_length": 20, "min_length": 5, "num_commands": 3, "num_strings": 22, "strings": ["m9nf8j", "ctafkcv3x0oq", "g1f2tt3mg4a", "knqupbg0a", "lwjaww9y3mnxwq3", "1rcgcnhj04ph", "6429i0sagt", "6jh41cku4rrn16j7mf", "5bx0aenfy7", "rudes5icsc70", "j5pk6y89e1iy", "fire103gideja5r6j", "h6iowvp1tnb6iwz2zy", "hr4m1uuxysacpd0", "nyv0vzxp", "0utn8o9gamjzz", "moetyo7", "ax58tjslbj", "7hziu", "z8rxbmp1", "4xt6x", "p6syc0y24herh"]}, "task_name": "task05", "example_name": "0014", "problem_name": "task05_0014"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [2eovkpq7s, 2oum0br7gos, 0kwbm9n0fyt0, r5cs07pccnfsnkdj728s, ljngf, sdp3gr1m, 3innuq5w21g]\nIndices: [4, 6, 1]\n", "label": {"final": "ljngf3innuq5w21g2oum0br7gos", "init": "", "intermediate": ["ljngf", "ljngf3innuq5w21g"]}, "config": {"commands": [4, 6, 1], "max_length": 20, "min_length": 5, "num_commands": 3, "num_strings": 7, "strings": ["2eovkpq7s", "2oum0br7gos", "0kwbm9n0fyt0", "r5cs07pccnfsnkdj728s", "ljngf", "sdp3gr1m", "3innuq5w21g"]}, "task_name": "task05", "example_name": "0015", "problem_name": "task05_0015"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [au97h, 6ao3g60njb4nkgfvvrn, laslqmblxo9umx, 31bt94lrt1zv918, ama6raogkf59, aglx3owvrw8bkcz0kh2q, ze92n5dey, 3ldga, 2xg04opb7cx, 8f7j5112r68xt, ox0cho5slmbr2953cmkz, 7rx5stscp]\nIndices: [1, 0, 11]\n", "label": {"final": "6ao3g60njb4nkgfvvrnau97h7rx5stscp", "init": "", "intermediate": ["6ao3g60njb4nkgfvvrn", "6ao3g60njb4nkgfvvrnau97h"]}, "config": {"commands": [1, 0, 11], "max_length": 20, "min_length": 5, "num_commands": 3, "num_strings": 12, "strings": ["au97h", "6ao3g60njb4nkgfvvrn", "laslqmblxo9umx", "31bt94lrt1zv918", "ama6raogkf59", "aglx3owvrw8bkcz0kh2q", "ze92n5dey", "3ldga", "2xg04opb7cx", "8f7j5112r68xt", "ox0cho5slmbr2953cmkz", "7rx5stscp"]}, "task_name": "task05", "example_name": "0016", "problem_name": "task05_0016"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [sckqmqpbyeq77g9, sgxfi07vfoq7tq92o3l2, en92t60k, i6o5rikbam1lqpdm32s, coqkav2r, 9zhuf564tlhzgw74pqwi, bx6gxljs, orebu5ircluq, t13h6721c6ftf6zsa8, efc63hxb815jbx38dj, qws9n2z70, rr03mhngsz0vhr1ng, en6bf2vdpuz73cl77, 0fuanecbm, ig8ir3h, nlajk, vc7uvpvpfmhuw, f7u3s5korr04t4va, h1803zsyre9gcz, aygi43xdah9]\nIndices: [14, 5, 8]\n", "label": {"final": "ig8ir3h9zhuf564tlhzgw74pqwit13h6721c6ftf6zsa8", "init": "", "intermediate": ["ig8ir3h", "ig8ir3h9zhuf564tlhzgw74pqwi"]}, "config": {"commands": [14, 5, 8], "max_length": 20, "min_length": 5, "num_commands": 3, "num_strings": 20, "strings": ["sckqmqpbyeq77g9", "sgxfi07vfoq7tq92o3l2", "en92t60k", "i6o5rikbam1lqpdm32s", "coqkav2r", "9zhuf564tlhzgw74pqwi", "bx6gxljs", "orebu5ircluq", "t13h6721c6ftf6zsa8", "efc63hxb815jbx38dj", "qws9n2z70", "rr03mhngsz0vhr1ng", "en6bf2vdpuz73cl77", "0fuanecbm", "ig8ir3h", "nlajk", "vc7uvpvpfmhuw", "f7u3s5korr04t4va", "h1803zsyre9gcz", "aygi43xdah9"]}, "task_name": "task05", "example_name": "0017", "problem_name": "task05_0017"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [abxq4ls4ei8f7476s, tmirb1, nkfb2n3lfy8xsai, 9ug5f8voogc64tp2rh, o66kicjq7aafgdfd, yhn7fv6sq9pdpmcu4, pe8nckuwz, j1gtypj57diomhrov, ssjdhh5br7c21ps]\nIndices: [5, 2, 3]\n", "label": {"final": "yhn7fv6sq9pdpmcu4nkfb2n3lfy8xsai9ug5f8voogc64tp2rh", "init": "", "intermediate": ["yhn7fv6sq9pdpmcu4", "yhn7fv6sq9pdpmcu4nkfb2n3lfy8xsai"]}, "config": {"commands": [5, 2, 3], "max_length": 20, "min_length": 5, "num_commands": 3, "num_strings": 9, "strings": ["abxq4ls4ei8f7476s", "tmirb1", "nkfb2n3lfy8xsai", "9ug5f8voogc64tp2rh", "o66kicjq7aafgdfd", "yhn7fv6sq9pdpmcu4", "pe8nckuwz", "j1gtypj57diomhrov", "ssjdhh5br7c21ps"]}, "task_name": "task05", "example_name": "0018", "problem_name": "task05_0018"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [8zm2203d8p9mm6ywsg, hsgw1, r4vodhjl4aa3, kshtia5vjoj54oqm, 1ddh1wpo9a2qi6rgyoe, 7s5yft1je1us4, ea9ka9, 7fyb2heti6mi, s8lfamx694s90, hm3ol1imhqm5n7, qkud39l, qa9i0as, 81xgmz7xekonuh, 0hz9cp9, lk74pswmexxsplm, mwza6gbvoylt9qvf9j7w, ud25403eh5bu4a1k, 0t10et47, yfwcvp3q709i4smtc, ifi35wi4xm1v, n6te5e9hap2nw0w, uza649f, 2h6cv, dbtey, x9822rz2edcbkkmf]\nIndices: [10, 5, 11]\n", "label": {"final": "qkud39l7s5yft1je1us4qa9i0as", "init": "", "intermediate": ["qkud39l", "qkud39l7s5yft1je1us4"]}, "config": {"commands": [10, 5, 11], "max_length": 20, "min_length": 5, "num_commands": 3, "num_strings": 25, "strings": ["8zm2203d8p9mm6ywsg", "hsgw1", "r4vodhjl4aa3", "kshtia5vjoj54oqm", "1ddh1wpo9a2qi6rgyoe", "7s5yft1je1us4", "ea9ka9", "7fyb2heti6mi", "s8lfamx694s90", "hm3ol1imhqm5n7", "qkud39l", "qa9i0as", "81xgmz7xekonuh", "0hz9cp9", "lk74pswmexxsplm", "mwza6gbvoylt9qvf9j7w", "ud25403eh5bu4a1k", "0t10et47", "yfwcvp3q709i4smtc", "ifi35wi4xm1v", "n6te5e9hap2nw0w", "uza649f", "2h6cv", "dbtey", "x9822rz2edcbkkmf"]}, "task_name": "task05", "example_name": "0019", "problem_name": "task05_0019"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jg4sfrh0bahefk7wr9w, czr8m7rs1di9tewfq, 1t0mzxz5, m1pi20wq2mkbt69re8c, e46k8nlz, fse06i6m8, nmlskihf8, itzj8xg5xxgmpsc]\nIndices: [2, 0, 7, 1]\n", "label": {"final": "1t0mzxz5jg4sfrh0bahefk7wr9witzj8xg5xxgmpscczr8m7rs1di9tewfq", "init": "", "intermediate": ["1t0mzxz5", "1t0mzxz5jg4sfrh0bahefk7wr9w", "1t0mzxz5jg4sfrh0bahefk7wr9witzj8xg5xxgmpsc"]}, "config": {"commands": [2, 0, 7, 1], "max_length": 20, "min_length": 5, "num_commands": 4, "num_strings": 8, "strings": ["jg4sfrh0bahefk7wr9w", "czr8m7rs1di9tewfq", "1t0mzxz5", "m1pi20wq2mkbt69re8c", "e46k8nlz", "fse06i6m8", "nmlskihf8", "itzj8xg5xxgmpsc"]}, "task_name": "task05", "example_name": "0020", "problem_name": "task05_0020"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [i3mvfd, kzjpt7x9k, vrqp0ufku3, u6890l7wyx2gx, 0h1herhu5yt3kuf55te5, m1jdcdl9te2, cohq6ih3wto0vy1l9, gwx4ros1kr, 816333gwp, loj3v6c04gmw01kl, f9s97lqau18rp8o5vj57, 3pvwqbfujp7x3d86jvy, bmwpje4vm08p8, 41wnyob7l1oxh, ykj76q07xucdt8x, 0kawgvurdmz0ln, zp0fm9ir8j]\nIndices: [7, 12, 16, 16]\n", "label": {"final": "gwx4ros1krbmwpje4vm08p8zp0fm9ir8jzp0fm9ir8j", "init": "", "intermediate": ["gwx4ros1kr", "gwx4ros1krbmwpje4vm08p8", "gwx4ros1krbmwpje4vm08p8zp0fm9ir8j"]}, "config": {"commands": [7, 12, 16, 16], "max_length": 20, "min_length": 5, "num_commands": 4, "num_strings": 17, "strings": ["i3mvfd", "kzjpt7x9k", "vrqp0ufku3", "u6890l7wyx2gx", "0h1herhu5yt3kuf55te5", "m1jdcdl9te2", "cohq6ih3wto0vy1l9", "gwx4ros1kr", "816333gwp", "loj3v6c04gmw01kl", "f9s97lqau18rp8o5vj57", "3pvwqbfujp7x3d86jvy", "bmwpje4vm08p8", "41wnyob7l1oxh", "ykj76q07xucdt8x", "0kawgvurdmz0ln", "zp0fm9ir8j"]}, "task_name": "task05", "example_name": "0021", "problem_name": "task05_0021"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [m04h4jl0x3g3hm588, l8h0f3wwdfys3r0zi, l4e4zfftz53wuyjrrr, 2ig438kv3gu8j4zfe, fgg962l42mc51t4xy, smbyr1rrbucmisyp02, hqpf1iblc2, jkrf2mk0amaegvq, 8hvwkn8pfze0uwr51d, ebjkmmj, p9yo0gc, gbq6asxzjlnbtj1, 3xole3, fuaufuvx53zl6cn]\nIndices: [5, 11, 11, 2]\n", "label": {"final": "smbyr1rrbucmisyp02gbq6asxzjlnbtj1gbq6asxzjlnbtj1l4e4zfftz53wuyjrrr", "init": "", "intermediate": ["smbyr1rrbucmisyp02", "smbyr1rrbucmisyp02gbq6asxzjlnbtj1", "smbyr1rrbucmisyp02gbq6asxzjlnbtj1gbq6asxzjlnbtj1"]}, "config": {"commands": [5, 11, 11, 2], "max_length": 20, "min_length": 5, "num_commands": 4, "num_strings": 14, "strings": ["m04h4jl0x3g3hm588", "l8h0f3wwdfys3r0zi", "l4e4zfftz53wuyjrrr", "2ig438kv3gu8j4zfe", "fgg962l42mc51t4xy", "smbyr1rrbucmisyp02", "hqpf1iblc2", "jkrf2mk0amaegvq", "8hvwkn8pfze0uwr51d", "ebjkmmj", "p9yo0gc", "gbq6asxzjlnbtj1", "3xole3", "fuaufuvx53zl6cn"]}, "task_name": "task05", "example_name": "0022", "problem_name": "task05_0022"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [aqlnnx9v0ixj8tgv1zbl, k55kvas, 5p4rkxb53cyix3, tkzgpvvh236orq068, qi2ca4xun9o, bsjsezckgj, cg9cicf5tgznax6oow, fl3j3, 6b7pm3wcvzo9v, kapc4h1f8w0uy, e66386mzd3, b452guiyqza]\nIndices: [5, 7, 8, 8]\n", "label": {"final": "bsjsezckgjfl3j36b7pm3wcvzo9v6b7pm3wcvzo9v", "init": "", "intermediate": ["bsjsezckgj", "bsjsezckgjfl3j3", "bsjsezckgjfl3j36b7pm3wcvzo9v"]}, "config": {"commands": [5, 7, 8, 8], "max_length": 20, "min_length": 5, "num_commands": 4, "num_strings": 12, "strings": ["aqlnnx9v0ixj8tgv1zbl", "k55kvas", "5p4rkxb53cyix3", "tkzgpvvh236orq068", "qi2ca4xun9o", "bsjsezckgj", "cg9cicf5tgznax6oow", "fl3j3", "6b7pm3wcvzo9v", "kapc4h1f8w0uy", "e66386mzd3", "b452guiyqza"]}, "task_name": "task05", "example_name": "0023", "problem_name": "task05_0023"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [czd0u36ujtg6, b6zcixn, dbicgqby10, 7gjf3bxyu0, 2f44s, bytj2lslqar2, jgu8pd, ikaa3, 1j324f, ywlj4ck1743m0ey2, urd2lrts061uy, nrpcnad49xi, rt7v2n1kot, tv464eb, 4an6x2wcf, rgvg6k9imaxi4b, ykiy1rdmb9qan, 7z7zfr5u8wbkilz49vy, 77kez8bx1d4cixxbq, qtl5h6kezcu4, xta7pgoi, j1wsxg, 4xm3oa8idh2, pl0im6lpuqrmx, lydicz4n]\nIndices: [10, 21, 17, 8]\n", "label": {"final": "urd2lrts061uyj1wsxg7z7zfr5u8wbkilz49vy1j324f", "init": "", "intermediate": ["urd2lrts061uy", "urd2lrts061uyj1wsxg", "urd2lrts061uyj1wsxg7z7zfr5u8wbkilz49vy"]}, "config": {"commands": [10, 21, 17, 8], "max_length": 20, "min_length": 5, "num_commands": 4, "num_strings": 25, "strings": ["czd0u36ujtg6", "b6zcixn", "dbicgqby10", "7gjf3bxyu0", "2f44s", "bytj2lslqar2", "jgu8pd", "ikaa3", "1j324f", "ywlj4ck1743m0ey2", "urd2lrts061uy", "nrpcnad49xi", "rt7v2n1kot", "tv464eb", "4an6x2wcf", "rgvg6k9imaxi4b", "ykiy1rdmb9qan", "7z7zfr5u8wbkilz49vy", "77kez8bx1d4cixxbq", "qtl5h6kezcu4", "xta7pgoi", "j1wsxg", "4xm3oa8idh2", "pl0im6lpuqrmx", "lydicz4n"]}, "task_name": "task05", "example_name": "0024", "problem_name": "task05_0024"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ucsykehw9gfght6i, upxvue8prj, uhno80aj05dhg, q14axz8u0, rl7z9rh, 0knuubuc9ki, v9ivzhq6fttyeqn]\nIndices: [3, 0, 4, 0]\n", "label": {"final": "q14axz8u0ucsykehw9gfght6irl7z9rhucsykehw9gfght6i", "init": "", "intermediate": ["q14axz8u0", "q14axz8u0ucsykehw9gfght6i", "q14axz8u0ucsykehw9gfght6irl7z9rh"]}, "config": {"commands": [3, 0, 4, 0], "max_length": 20, "min_length": 5, "num_commands": 4, "num_strings": 7, "strings": ["ucsykehw9gfght6i", "upxvue8prj", "uhno80aj05dhg", "q14axz8u0", "rl7z9rh", "0knuubuc9ki", "v9ivzhq6fttyeqn"]}, "task_name": "task05", "example_name": "0025", "problem_name": "task05_0025"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [0wvfj, yjtjbfcqieu, ugausc, rq1wuy5igkr8xwo, lrqjlv, 2tor3kqsv]\nIndices: [4, 2, 3, 5]\n", "label": {"final": "lrqjlvugauscrq1wuy5igkr8xwo2tor3kqsv", "init": "", "intermediate": ["lrqjlv", "lrqjlvugausc", "lrqjlvugauscrq1wuy5igkr8xwo"]}, "config": {"commands": [4, 2, 3, 5], "max_length": 20, "min_length": 5, "num_commands": 4, "num_strings": 6, "strings": ["0wvfj", "yjtjbfcqieu", "ugausc", "rq1wuy5igkr8xwo", "lrqjlv", "2tor3kqsv"]}, "task_name": "task05", "example_name": "0026", "problem_name": "task05_0026"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [zj72c, 29lj87184k1536nihcu, pk9r97vv, ga653x8hwjva9qh, 7h5mvs734r5r, fmemw, 72hsz1gk2uasl3s, v64u7vgty8ei1jytyaru, u7o3jb4rw194mrh7bs, eybhqk5ulbwe1er2k, q2i74ucg13ofnfe02mbg, vy1yihkvctavft, gx537jtx1mfigo, 8rw5fw5t, km02zy5ep3, wc7rlsuw4, c1glldmkbcd, wjnxz0qir6rcldk3, 914j9l4d3j55, 6y5qgbbo5tcugu, wi09g9kfyq, dy41a8uos3o5af9uhfe4]\nIndices: [20, 19, 9, 20]\n", "label": {"final": "wi09g9kfyq6y5qgbbo5tcugueybhqk5ulbwe1er2kwi09g9kfyq", "init": "", "intermediate": ["wi09g9kfyq", "wi09g9kfyq6y5qgbbo5tcugu", "wi09g9kfyq6y5qgbbo5tcugueybhqk5ulbwe1er2k"]}, "config": {"commands": [20, 19, 9, 20], "max_length": 20, "min_length": 5, "num_commands": 4, "num_strings": 22, "strings": ["zj72c", "29lj87184k1536nihcu", "pk9r97vv", "ga653x8hwjva9qh", "7h5mvs734r5r", "fmemw", "72hsz1gk2uasl3s", "v64u7vgty8ei1jytyaru", "u7o3jb4rw194mrh7bs", "eybhqk5ulbwe1er2k", "q2i74ucg13ofnfe02mbg", "vy1yihkvctavft", "gx537jtx1mfigo", "8rw5fw5t", "km02zy5ep3", "wc7rlsuw4", "c1glldmkbcd", "wjnxz0qir6rcldk3", "914j9l4d3j55", "6y5qgbbo5tcugu", "wi09g9kfyq", "dy41a8uos3o5af9uhfe4"]}, "task_name": "task05", "example_name": "0027", "problem_name": "task05_0027"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [oqddi96cky6ka32, 0dj8o6m0azuqpube, f4wblnn]\nIndices: [0, 2, 1, 0]\n", "label": {"final": "oqddi96cky6ka32f4wblnn0dj8o6m0azuqpubeoqddi96cky6ka32", "init": "", "intermediate": ["oqddi96cky6ka32", "oqddi96cky6ka32f4wblnn", "oqddi96cky6ka32f4wblnn0dj8o6m0azuqpube"]}, "config": {"commands": [0, 2, 1, 0], "max_length": 20, "min_length": 5, "num_commands": 4, "num_strings": 3, "strings": ["oqddi96cky6ka32", "0dj8o6m0azuqpube", "f4wblnn"]}, "task_name": "task05", "example_name": "0028", "problem_name": "task05_0028"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [74qe4ys, o693snih3i17us, yimln2lxk25f6qrb3m, cft2kzntwrbnlxbgago, wvud8x, vljv5n5c9, 04mw3r9veb, xfji6gl, d7wfsbha, n5oxv38f5ukjtf2sjv, p7ubewmqncw78g4iq]\nIndices: [9, 7, 7, 8]\n", "label": {"final": "n5oxv38f5ukjtf2sjvxfji6glxfji6gld7wfsbha", "init": "", "intermediate": ["n5oxv38f5ukjtf2sjv", "n5oxv38f5ukjtf2sjvxfji6gl", "n5oxv38f5ukjtf2sjvxfji6glxfji6gl"]}, "config": {"commands": [9, 7, 7, 8], "max_length": 20, "min_length": 5, "num_commands": 4, "num_strings": 11, "strings": ["74qe4ys", "o693snih3i17us", "yimln2lxk25f6qrb3m", "cft2kzntwrbnlxbgago", "wvud8x", "vljv5n5c9", "04mw3r9veb", "xfji6gl", "d7wfsbha", "n5oxv38f5ukjtf2sjv", "p7ubewmqncw78g4iq"]}, "task_name": "task05", "example_name": "0029", "problem_name": "task05_0029"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ya8x8wdfd7miz4cz, 50oc29l6gganu1, znjvqxvhp41, rmqz8, cgf3art77s1im0w, ziiwfacr6mauak, szgsqmr, t9ef1s68fk5d9ocq3nxc, kgmzegzi1k1f6pw, temqmt7k3yeubbub56, eqkw5eyoijl, 619rw, sdke71, y3q95elufducd4kiwk1j]\nIndices: [8, 0, 8, 5, 5]\n", "label": {"final": "kgmzegzi1k1f6pwya8x8wdfd7miz4czkgmzegzi1k1f6pwziiwfacr6mauakziiwfacr6mauak", "init": "", "intermediate": ["kgmzegzi1k1f6pw", "kgmzegzi1k1f6pwya8x8wdfd7miz4cz", "kgmzegzi1k1f6pwya8x8wdfd7miz4czkgmzegzi1k1f6pw", "kgmzegzi1k1f6pwya8x8wdfd7miz4czkgmzegzi1k1f6pwziiwfacr6mauak"]}, "config": {"commands": [8, 0, 8, 5, 5], "max_length": 20, "min_length": 5, "num_commands": 5, "num_strings": 14, "strings": ["ya8x8wdfd7miz4cz", "50oc29l6gganu1", "znjvqxvhp41", "rmqz8", "cgf3art77s1im0w", "ziiwfacr6mauak", "szgsqmr", "t9ef1s68fk5d9ocq3nxc", "kgmzegzi1k1f6pw", "temqmt7k3yeubbub56", "eqkw5eyoijl", "619rw", "sdke71", "y3q95elufducd4kiwk1j"]}, "task_name": "task05", "example_name": "0030", "problem_name": "task05_0030"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [enojjngi1rx5mv1g1vgh, f2mgsl1omp, zmvbu7f0p, hrjyevpj0rm1bquo983e, 8sike6f, 1xio237ln, 95ve2pcyupe1vzun, ar9vqln1z1pnn2f, wuuj2959v, 117zoksmo6q1f52c02, js1t4w7pm1qtxk3yc7x, w4r7mtlkdz6k1, 10u36b, jsdwke8l536alsa1ltu, 9ccqvwvb74rs, zvmkx3iyyc5nszr4lzye, brknpl2b27, o37bzx, cs01jryuejlb, fasids4jerlz, vh7zk93a2mf2c0ea9580, bf554qm4, w8jw4s, px48hb7mt8w9, rlvnaso]\nIndices: [5, 21, 18, 4, 10]\n", "label": {"final": "1xio237lnbf554qm4cs01jryuejlb8sike6fjs1t4w7pm1qtxk3yc7x", "init": "", "intermediate": ["1xio237ln", "1xio237lnbf554qm4", "1xio237lnbf554qm4cs01jryuejlb", "1xio237lnbf554qm4cs01jryuejlb8sike6f"]}, "config": {"commands": [5, 21, 18, 4, 10], "max_length": 20, "min_length": 5, "num_commands": 5, "num_strings": 25, "strings": ["enojjngi1rx5mv1g1vgh", "f2mgsl1omp", "zmvbu7f0p", "hrjyevpj0rm1bquo983e", "8sike6f", "1xio237ln", "95ve2pcyupe1vzun", "ar9vqln1z1pnn2f", "wuuj2959v", "117zoksmo6q1f52c02", "js1t4w7pm1qtxk3yc7x", "w4r7mtlkdz6k1", "10u36b", "jsdwke8l536alsa1ltu", "9ccqvwvb74rs", "zvmkx3iyyc5nszr4lzye", "brknpl2b27", "o37bzx", "cs01jryuejlb", "fasids4jerlz", "vh7zk93a2mf2c0ea9580", "bf554qm4", "w8jw4s", "px48hb7mt8w9", "rlvnaso"]}, "task_name": "task05", "example_name": "0031", "problem_name": "task05_0031"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [c6yobzbu7remor2x, zd0fwd04, g0tmhoz7oel20t7f6n, 9w1a91ifag, 9rypp8kp86hm, rkfsd45, 6bbie9mv3n0jrtcp5rg, e5skvn48ccupcf0, mu13z, yra7fnn6298z7, 61gzlwo7fuo2, e7xz9e, 85hla32ya6wqi]\nIndices: [2, 9, 4, 2, 1]\n", "label": {"final": "g0tmhoz7oel20t7f6nyra7fnn6298z79rypp8kp86hmg0tmhoz7oel20t7f6nzd0fwd04", "init": "", "intermediate": ["g0tmhoz7oel20t7f6n", "g0tmhoz7oel20t7f6nyra7fnn6298z7", "g0tmhoz7oel20t7f6nyra7fnn6298z79rypp8kp86hm", "g0tmhoz7oel20t7f6nyra7fnn6298z79rypp8kp86hmg0tmhoz7oel20t7f6n"]}, "config": {"commands": [2, 9, 4, 2, 1], "max_length": 20, "min_length": 5, "num_commands": 5, "num_strings": 13, "strings": ["c6yobzbu7remor2x", "zd0fwd04", "g0tmhoz7oel20t7f6n", "9w1a91ifag", "9rypp8kp86hm", "rkfsd45", "6bbie9mv3n0jrtcp5rg", "e5skvn48ccupcf0", "mu13z", "yra7fnn6298z7", "61gzlwo7fuo2", "e7xz9e", "85hla32ya6wqi"]}, "task_name": "task05", "example_name": "0032", "problem_name": "task05_0032"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ln89tc, 11zenyvn5ftuzezg, sonqffdjfi, wm8fcodkh29, ndi4o3gr8unue3, t1t2qonuvo5boup608, zxompobw2uts, e7zx9t6, 0v6tulfz7szjr, 6s2qqsr15, xxlaucbhajlxje4s, 9hckbxc8w78kfjclgm, di2e5194zzj4ayrvw, ncg33, kq7sjjzxne, ul8ltw4e36rbtj51, kuiqg8rcwd5y1ufg, n3b0j5st9lgkbrf4, tf97as907c, knjfpo5f4ht7pi, 1pbbtcgdnqey6, 3zr2i, 92gc6ni1o09q533um, 87cbi7, qn0ccbmxk7v62ms43dy]\nIndices: [19, 21, 11, 20, 0]\n", "label": {"final": "knjfpo5f4ht7pi3zr2i9hckbxc8w78kfjclgm1pbbtcgdnqey6ln89tc", "init": "", "intermediate": ["knjfpo5f4ht7pi", "knjfpo5f4ht7pi3zr2i", "knjfpo5f4ht7pi3zr2i9hckbxc8w78kfjclgm", "knjfpo5f4ht7pi3zr2i9hckbxc8w78kfjclgm1pbbtcgdnqey6"]}, "config": {"commands": [19, 21, 11, 20, 0], "max_length": 20, "min_length": 5, "num_commands": 5, "num_strings": 25, "strings": ["ln89tc", "11zenyvn5ftuzezg", "sonqffdjfi", "wm8fcodkh29", "ndi4o3gr8unue3", "t1t2qonuvo5boup608", "zxompobw2uts", "e7zx9t6", "0v6tulfz7szjr", "6s2qqsr15", "xxlaucbhajlxje4s", "9hckbxc8w78kfjclgm", "di2e5194zzj4ayrvw", "ncg33", "kq7sjjzxne", "ul8ltw4e36rbtj51", "kuiqg8rcwd5y1ufg", "n3b0j5st9lgkbrf4", "tf97as907c", "knjfpo5f4ht7pi", "1pbbtcgdnqey6", "3zr2i", "92gc6ni1o09q533um", "87cbi7", "qn0ccbmxk7v62ms43dy"]}, "task_name": "task05", "example_name": "0033", "problem_name": "task05_0033"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xcqx3c8z3zfvjcct, 5kyq5o, 5gfq6k40jh47o1z, pucj1gvr9, s668m8za5vpoygj8]\nIndices: [2, 4, 3, 2, 4]\n", "label": {"final": "5gfq6k40jh47o1zs668m8za5vpoygj8pucj1gvr95gfq6k40jh47o1zs668m8za5vpoygj8", "init": "", "intermediate": ["5gfq6k40jh47o1z", "5gfq6k40jh47o1zs668m8za5vpoygj8", "5gfq6k40jh47o1zs668m8za5vpoygj8pucj1gvr9", "5gfq6k40jh47o1zs668m8za5vpoygj8pucj1gvr95gfq6k40jh47o1z"]}, "config": {"commands": [2, 4, 3, 2, 4], "max_length": 20, "min_length": 5, "num_commands": 5, "num_strings": 5, "strings": ["xcqx3c8z3zfvjcct", "5kyq5o", "5gfq6k40jh47o1z", "pucj1gvr9", "s668m8za5vpoygj8"]}, "task_name": "task05", "example_name": "0034", "problem_name": "task05_0034"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [rh06iby, 19ywrv, 0r62pvt6dl, 7bzx74qrjb9x, kikeb9iuvbfx6j, ccqikvpt43wtf6o1ux, 36kuljuhxqq589lk1x1, yu0ddqsi7az0tk4u4, pet46fl, 044lu41o61rh, 1ztx2akj, 88l5fnmoqnroe8, qkzv9igkmuqsf, x90vo34eo35xg93itdi, 7b1hvehmk]\nIndices: [9, 14, 0, 8, 1]\n", "label": {"final": "044lu41o61rh7b1hvehmkrh06ibypet46fl19ywrv", "init": "", "intermediate": ["044lu41o61rh", "044lu41o61rh7b1hvehmk", "044lu41o61rh7b1hvehmkrh06iby", "044lu41o61rh7b1hvehmkrh06ibypet46fl"]}, "config": {"commands": [9, 14, 0, 8, 1], "max_length": 20, "min_length": 5, "num_commands": 5, "num_strings": 15, "strings": ["rh06iby", "19ywrv", "0r62pvt6dl", "7bzx74qrjb9x", "kikeb9iuvbfx6j", "ccqikvpt43wtf6o1ux", "36kuljuhxqq589lk1x1", "yu0ddqsi7az0tk4u4", "pet46fl", "044lu41o61rh", "1ztx2akj", "88l5fnmoqnroe8", "qkzv9igkmuqsf", "x90vo34eo35xg93itdi", "7b1hvehmk"]}, "task_name": "task05", "example_name": "0035", "problem_name": "task05_0035"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [enp31yo9gxudjozthi05, d7v54wj783aajarv, yvdb26jy, 0ckkwi9w7igweocp, ue7e0ie, h6lzgan, d97sg970nyi, s5ucpndafbyrj4kg70k9, w649dldvz2vqk5mnb5t2, j1n93n6qn, e27908imi9m, qr143mpy5eijoe, vqfqnzdk, g4nb2spmok, y7a824ed5, k3bdd1tw]\nIndices: [3, 0, 8, 1, 0]\n", "label": {"final": "0ckkwi9w7igweocpenp31yo9gxudjozthi05w649dldvz2vqk5mnb5t2d7v54wj783aajarvenp31yo9gxudjozthi05", "init": "", "intermediate": ["0ckkwi9w7igweocp", "0ckkwi9w7igweocpenp31yo9gxudjozthi05", "0ckkwi9w7igweocpenp31yo9gxudjozthi05w649dldvz2vqk5mnb5t2", "0ckkwi9w7igweocpenp31yo9gxudjozthi05w649dldvz2vqk5mnb5t2d7v54wj783aajarv"]}, "config": {"commands": [3, 0, 8, 1, 0], "max_length": 20, "min_length": 5, "num_commands": 5, "num_strings": 16, "strings": ["enp31yo9gxudjozthi05", "d7v54wj783aajarv", "yvdb26jy", "0ckkwi9w7igweocp", "ue7e0ie", "h6lzgan", "d97sg970nyi", "s5ucpndafbyrj4kg70k9", "w649dldvz2vqk5mnb5t2", "j1n93n6qn", "e27908imi9m", "qr143mpy5eijoe", "vqfqnzdk", "g4nb2spmok", "y7a824ed5", "k3bdd1tw"]}, "task_name": "task05", "example_name": "0036", "problem_name": "task05_0036"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [fn7ml, 796ywusqld, 490vlvzfjntb5204vm07, kspwpg6ae6ub3sw1, t8ko73uzowvs, go3y09c2srrlod, 1g2vg6jjup1q6g, le2ln1r2yp8fads, po72umdud8rkx2rzjd8w]\nIndices: [0, 0, 0, 4, 5]\n", "label": {"final": "fn7mlfn7mlfn7mlt8ko73uzowvsgo3y09c2srrlod", "init": "", "intermediate": ["fn7ml", "fn7mlfn7ml", "fn7mlfn7mlfn7ml", "fn7mlfn7mlfn7mlt8ko73uzowvs"]}, "config": {"commands": [0, 0, 0, 4, 5], "max_length": 20, "min_length": 5, "num_commands": 5, "num_strings": 9, "strings": ["fn7ml", "796ywusqld", "490vlvzfjntb5204vm07", "kspwpg6ae6ub3sw1", "t8ko73uzowvs", "go3y09c2srrlod", "1g2vg6jjup1q6g", "le2ln1r2yp8fads", "po72umdud8rkx2rzjd8w"]}, "task_name": "task05", "example_name": "0037", "problem_name": "task05_0037"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [c3swb15k5z8, uzbhby, 84gghi3gxmfv58y51vuo, 2yg5jwvx34h, tntkl, 89742wk1v, selrmd1b342w58hc6, e865qs, xeat88s, mdvlsvh6jz5s1b33, tllt1100hw, b8zpsagzacl, 07hzua1, vt06qjeby5i, 8mtd7h, o2bjywc04djvgj7dbkv, cec8e7redq3y, 437d3nx7j5rad4, 0hkh8xb8pqml1, gxeke7o16wetcde, rmyf7m, wt2on]\nIndices: [20, 11, 12, 14, 10]\n", "label": {"final": "rmyf7mb8zpsagzacl07hzua18mtd7htllt1100hw", "init": "", "intermediate": ["rmyf7m", "rmyf7mb8zpsagzacl", "rmyf7mb8zpsagzacl07hzua1", "rmyf7mb8zpsagzacl07hzua18mtd7h"]}, "config": {"commands": [20, 11, 12, 14, 10], "max_length": 20, "min_length": 5, "num_commands": 5, "num_strings": 22, "strings": ["c3swb15k5z8", "uzbhby", "84gghi3gxmfv58y51vuo", "2yg5jwvx34h", "tntkl", "89742wk1v", "selrmd1b342w58hc6", "e865qs", "xeat88s", "mdvlsvh6jz5s1b33", "tllt1100hw", "b8zpsagzacl", "07hzua1", "vt06qjeby5i", "8mtd7h", "o2bjywc04djvgj7dbkv", "cec8e7redq3y", "437d3nx7j5rad4", "0hkh8xb8pqml1", "gxeke7o16wetcde", "rmyf7m", "wt2on"]}, "task_name": "task05", "example_name": "0038", "problem_name": "task05_0038"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [lfaudcin, 11mtjoay3ijryvtt0n, t24drb88j0wm6qp2, gom7m8f5s974vt, bp9cmovb7ieh7s0d, 5ptom23, 2kuqau6e5c0m, ht6jq2taievaieccrd, 3yh1oijodmoa434ve63, kxvtdygn5r, xaglunc, d3nc0, xed52ddmv3dwtrhqub, 3rgl8gbxb2qvqee, umfntdn7erj1c6, q2wogctaq00p, 6i8l6ayqre, 2hbq2s617mrdei9udu6g, h2u2i5, o031j94r7x0po3a, fj6rvd4b1yldk]\nIndices: [6, 6, 5, 2, 1]\n", "label": {"final": "2kuqau6e5c0m2kuqau6e5c0m5ptom23t24drb88j0wm6qp211mtjoay3ijryvtt0n", "init": "", "intermediate": ["2kuqau6e5c0m", "2kuqau6e5c0m2kuqau6e5c0m", "2kuqau6e5c0m2kuqau6e5c0m5ptom23", "2kuqau6e5c0m2kuqau6e5c0m5ptom23t24drb88j0wm6qp2"]}, "config": {"commands": [6, 6, 5, 2, 1], "max_length": 20, "min_length": 5, "num_commands": 5, "num_strings": 21, "strings": ["lfaudcin", "11mtjoay3ijryvtt0n", "t24drb88j0wm6qp2", "gom7m8f5s974vt", "bp9cmovb7ieh7s0d", "5ptom23", "2kuqau6e5c0m", "ht6jq2taievaieccrd", "3yh1oijodmoa434ve63", "kxvtdygn5r", "xaglunc", "d3nc0", "xed52ddmv3dwtrhqub", "3rgl8gbxb2qvqee", "umfntdn7erj1c6", "q2wogctaq00p", "6i8l6ayqre", "2hbq2s617mrdei9udu6g", "h2u2i5", "o031j94r7x0po3a", "fj6rvd4b1yldk"]}, "task_name": "task05", "example_name": "0039", "problem_name": "task05_0039"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jx8tcx2xm, s8hdpxhooe10ck02myd5, gobq3pqv2v7, njommh4k, n5csl7xwv90891a77zp5, x81hgeaa, qkdbarj2, x4e75hw, eqkkj, 1fgxoz3, 2pgxvtxoq9, rbkias7u]\nIndices: [7, 5, 5, 11, 2, 9]\n", "label": {"final": "x4e75hwx81hgeaax81hgeaarbkias7ugobq3pqv2v71fgxoz3", "init": "", "intermediate": ["x4e75hw", "x4e75hwx81hgeaa", "x4e75hwx81hgeaax81hgeaa", "x4e75hwx81hgeaax81hgeaarbkias7u", "x4e75hwx81hgeaax81hgeaarbkias7ugobq3pqv2v7"]}, "config": {"commands": [7, 5, 5, 11, 2, 9], "max_length": 20, "min_length": 5, "num_commands": 6, "num_strings": 12, "strings": ["jx8tcx2xm", "s8hdpxhooe10ck02myd5", "gobq3pqv2v7", "njommh4k", "n5csl7xwv90891a77zp5", "x81hgeaa", "qkdbarj2", "x4e75hw", "eqkkj", "1fgxoz3", "2pgxvtxoq9", "rbkias7u"]}, "task_name": "task05", "example_name": "0040", "problem_name": "task05_0040"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [sgtg9q28xwb, dbtrcasgcvknonubn7c, tdip4uzub08, k0xphzhkq4eqo5, ev7zeezs, fizoxct3a, owzaywlo, xz56s7t6q, m4i9peotnxs27st, 1ouwg9jwj9nr, t6zngpdq7ueifsqx, 2y3eic0oqshqqlpxr5, 918fjzcahr09, how8fs57, p876oaqws2h9ah3p3x0, fylmf3wx158x, n6dn00, ejiwxhl8g6wpbfp, d6livmu35, zfo8qjn5fqlvv0l, ljibxc7yqw6w, 23sowctk43wrcs, i0w7esw8x]\nIndices: [7, 10, 10, 9, 7, 4]\n", "label": {"final": "xz56s7t6qt6zngpdq7ueifsqxt6zngpdq7ueifsqx1ouwg9jwj9nrxz56s7t6qev7zeezs", "init": "", "intermediate": ["xz56s7t6q", "xz56s7t6qt6zngpdq7ueifsqx", "xz56s7t6qt6zngpdq7ueifsqxt6zngpdq7ueifsqx", "xz56s7t6qt6zngpdq7ueifsqxt6zngpdq7ueifsqx1ouwg9jwj9nr", "xz56s7t6qt6zngpdq7ueifsqxt6zngpdq7ueifsqx1ouwg9jwj9nrxz56s7t6q"]}, "config": {"commands": [7, 10, 10, 9, 7, 4], "max_length": 20, "min_length": 5, "num_commands": 6, "num_strings": 23, "strings": ["sgtg9q28xwb", "dbtrcasgcvknonubn7c", "tdip4uzub08", "k0xphzhkq4eqo5", "ev7zeezs", "fizoxct3a", "owzaywlo", "xz56s7t6q", "m4i9peotnxs27st", "1ouwg9jwj9nr", "t6zngpdq7ueifsqx", "2y3eic0oqshqqlpxr5", "918fjzcahr09", "how8fs57", "p876oaqws2h9ah3p3x0", "fylmf3wx158x", "n6dn00", "ejiwxhl8g6wpbfp", "d6livmu35", "zfo8qjn5fqlvv0l", "ljibxc7yqw6w", "23sowctk43wrcs", "i0w7esw8x"]}, "task_name": "task05", "example_name": "0041", "problem_name": "task05_0041"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [dw9dpsqn9u, h8o2erpt2i6d2n2, 1xqpxcqwtxxmxt8vc, phbu1y2tpho1p7nokw, p1qpt807xz9hem, hba4z3, nuyt0qw4cj5sxl, jhgbr3879g6e59s6dub, r6e0aybgeoxf, zkjms1z3]\nIndices: [8, 0, 8, 9, 9, 6]\n", "label": {"final": "r6e0aybgeoxfdw9dpsqn9ur6e0aybgeoxfzkjms1z3zkjms1z3nuyt0qw4cj5sxl", "init": "", "intermediate": ["r6e0aybgeoxf", "r6e0aybgeoxfdw9dpsqn9u", "r6e0aybgeoxfdw9dpsqn9ur6e0aybgeoxf", "r6e0aybgeoxfdw9dpsqn9ur6e0aybgeoxfzkjms1z3", "r6e0aybgeoxfdw9dpsqn9ur6e0aybgeoxfzkjms1z3zkjms1z3"]}, "config": {"commands": [8, 0, 8, 9, 9, 6], "max_length": 20, "min_length": 5, "num_commands": 6, "num_strings": 10, "strings": ["dw9dpsqn9u", "h8o2erpt2i6d2n2", "1xqpxcqwtxxmxt8vc", "phbu1y2tpho1p7nokw", "p1qpt807xz9hem", "hba4z3", "nuyt0qw4cj5sxl", "jhgbr3879g6e59s6dub", "r6e0aybgeoxf", "zkjms1z3"]}, "task_name": "task05", "example_name": "0042", "problem_name": "task05_0042"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [fwxjy, 8ulwaqxis1rhnl3p6, ibg3udayw2u1, e6ycsjw3l2p2o0h, iwiftnmqoixyutmzxwur, 8wxa3lc, geuryumdkgsww4, fojnerjbghrisxdw, hhxn0jyelkx3pjdn1e, 83fktdloqk3f2ww2udg, wibepttni5jfen4l, hlwy6f5, b9rb7v8oyrenzp0n, rj0fmj]\nIndices: [2, 9, 13, 5, 7, 8]\n", "label": {"final": "ibg3udayw2u183fktdloqk3f2ww2udgrj0fmj8wxa3lcfojnerjbghrisxdwhhxn0jyelkx3pjdn1e", "init": "", "intermediate": ["ibg3udayw2u1", "ibg3udayw2u183fktdloqk3f2ww2udg", "ibg3udayw2u183fktdloqk3f2ww2udgrj0fmj", "ibg3udayw2u183fktdloqk3f2ww2udgrj0fmj8wxa3lc", "ibg3udayw2u183fktdloqk3f2ww2udgrj0fmj8wxa3lcfojnerjbghrisxdw"]}, "config": {"commands": [2, 9, 13, 5, 7, 8], "max_length": 20, "min_length": 5, "num_commands": 6, "num_strings": 14, "strings": ["fwxjy", "8ulwaqxis1rhnl3p6", "ibg3udayw2u1", "e6ycsjw3l2p2o0h", "iwiftnmqoixyutmzxwur", "8wxa3lc", "geuryumdkgsww4", "fojnerjbghrisxdw", "hhxn0jyelkx3pjdn1e", "83fktdloqk3f2ww2udg", "wibepttni5jfen4l", "hlwy6f5", "b9rb7v8oyrenzp0n", "rj0fmj"]}, "task_name": "task05", "example_name": "0043", "problem_name": "task05_0043"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [2geu7k, 5cd0nqxg8cdalvxp, 8cguoa3o, 5ab31muxg3laxd0e7, mmzjq79554oq7m6jwfz, 5602291xumdkp7i, z6vis0dn, io0hivdwh, cb3f0vhfh8sy0g6cgus5, tjw1901b8, cd54tmvyjdho, yh4j6y4, 5hzszajsngv, civy9zbj9tg5, j51yv]\nIndices: [3, 0, 8, 4, 1, 13]\n", "label": {"final": "5ab31muxg3laxd0e72geu7kcb3f0vhfh8sy0g6cgus5mmzjq79554oq7m6jwfz5cd0nqxg8cdalvxpcivy9zbj9tg5", "init": "", "intermediate": ["5ab31muxg3laxd0e7", "5ab31muxg3laxd0e72geu7k", "5ab31muxg3laxd0e72geu7kcb3f0vhfh8sy0g6cgus5", "5ab31muxg3laxd0e72geu7kcb3f0vhfh8sy0g6cgus5mmzjq79554oq7m6jwfz", "5ab31muxg3laxd0e72geu7kcb3f0vhfh8sy0g6cgus5mmzjq79554oq7m6jwfz5cd0nqxg8cdalvxp"]}, "config": {"commands": [3, 0, 8, 4, 1, 13], "max_length": 20, "min_length": 5, "num_commands": 6, "num_strings": 15, "strings": ["2geu7k", "5cd0nqxg8cdalvxp", "8cguoa3o", "5ab31muxg3laxd0e7", "mmzjq79554oq7m6jwfz", "5602291xumdkp7i", "z6vis0dn", "io0hivdwh", "cb3f0vhfh8sy0g6cgus5", "tjw1901b8", "cd54tmvyjdho", "yh4j6y4", "5hzszajsngv", "civy9zbj9tg5", "j51yv"]}, "task_name": "task05", "example_name": "0044", "problem_name": "task05_0044"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cg2koctu5c6lo, ze1v2xgis, 205jydty, 7k9qx2l7gyfa6g, 1mndzbpwnni2a42u, n3ph1kmr, g1ekvdt6bl, 2fxab93gkq7jbp1samo, i36q28o312h4lkso, et3amy860yk89xud, zjrgb3gd]\nIndices: [0, 0, 4, 3, 1, 6]\n", "label": {"final": "cg2koctu5c6locg2koctu5c6lo1mndzbpwnni2a42u7k9qx2l7gyfa6gze1v2xgisg1ekvdt6bl", "init": "", "intermediate": ["cg2koctu5c6lo", "cg2koctu5c6locg2koctu5c6lo", "cg2koctu5c6locg2koctu5c6lo1mndzbpwnni2a42u", "cg2koctu5c6locg2koctu5c6lo1mndzbpwnni2a42u7k9qx2l7gyfa6g", "cg2koctu5c6locg2koctu5c6lo1mndzbpwnni2a42u7k9qx2l7gyfa6gze1v2xgis"]}, "config": {"commands": [0, 0, 4, 3, 1, 6], "max_length": 20, "min_length": 5, "num_commands": 6, "num_strings": 11, "strings": ["cg2koctu5c6lo", "ze1v2xgis", "205jydty", "7k9qx2l7gyfa6g", "1mndzbpwnni2a42u", "n3ph1kmr", "g1ekvdt6bl", "2fxab93gkq7jbp1samo", "i36q28o312h4lkso", "et3amy860yk89xud", "zjrgb3gd"]}, "task_name": "task05", "example_name": "0045", "problem_name": "task05_0045"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [n3jhxr4p67d, med9rz, 17a3e2y, xqd30, tgdt8ppm65oe1oz749a, c47qaa71xkk2, k06we2yg855xu, ndgeq9wgx070b0ame, hogxh, akwttompk45ca5, 01ls0wgyek, aidakqncwrtkovtr8p4, 609gwhao322v0bo76d, 0hjkuqb8t9rgom, e43khmwxlch5cz, id0vu5bsqbx, 84llqgyfmari7rfj, jgamt5rjvf, wssollh3, 1vvsdsx3q2al, slu13hy8, 308y1qfm0k, iikiyfn, 3xyony9rm9d, v8c5t8c]\nIndices: [5, 23, 16, 16, 16, 1]\n", "label": {"final": "c47qaa71xkk23xyony9rm9d84llqgyfmari7rfj84llqgyfmari7rfj84llqgyfmari7rfjmed9rz", "init": "", "intermediate": ["c47qaa71xkk2", "c47qaa71xkk23xyony9rm9d", "c47qaa71xkk23xyony9rm9d84llqgyfmari7rfj", "c47qaa71xkk23xyony9rm9d84llqgyfmari7rfj84llqgyfmari7rfj", "c47qaa71xkk23xyony9rm9d84llqgyfmari7rfj84llqgyfmari7rfj84llqgyfmari7rfj"]}, "config": {"commands": [5, 23, 16, 16, 16, 1], "max_length": 20, "min_length": 5, "num_commands": 6, "num_strings": 25, "strings": ["n3jhxr4p67d", "med9rz", "17a3e2y", "xqd30", "tgdt8ppm65oe1oz749a", "c47qaa71xkk2", "k06we2yg855xu", "ndgeq9wgx070b0ame", "hogxh", "akwttompk45ca5", "01ls0wgyek", "aidakqncwrtkovtr8p4", "609gwhao322v0bo76d", "0hjkuqb8t9rgom", "e43khmwxlch5cz", "id0vu5bsqbx", "84llqgyfmari7rfj", "jgamt5rjvf", "wssollh3", "1vvsdsx3q2al", "slu13hy8", "308y1qfm0k", "iikiyfn", "3xyony9rm9d", "v8c5t8c"]}, "task_name": "task05", "example_name": "0046", "problem_name": "task05_0046"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [d0o5gk6zomm2afl, i8gbj9ue0zr4y, 34q62cvqyqkmjo, h7tazttqn26pbof8aa, vbyz67nt5p62dwwcn3, yyl9nah650, ydw22vku, a52vo, hnsp4835s5om6, low8rxm8b8g4mrtqjq1, 87sj25gsp1c2xu0mo8, xwygyht]\nIndices: [1, 2, 2, 7, 8, 1]\n", "label": {"final": "i8gbj9ue0zr4y34q62cvqyqkmjo34q62cvqyqkmjoa52vohnsp4835s5om6i8gbj9ue0zr4y", "init": "", "intermediate": ["i8gbj9ue0zr4y", "i8gbj9ue0zr4y34q62cvqyqkmjo", "i8gbj9ue0zr4y34q62cvqyqkmjo34q62cvqyqkmjo", "i8gbj9ue0zr4y34q62cvqyqkmjo34q62cvqyqkmjoa52vo", "i8gbj9ue0zr4y34q62cvqyqkmjo34q62cvqyqkmjoa52vohnsp4835s5om6"]}, "config": {"commands": [1, 2, 2, 7, 8, 1], "max_length": 20, "min_length": 5, "num_commands": 6, "num_strings": 12, "strings": ["d0o5gk6zomm2afl", "i8gbj9ue0zr4y", "34q62cvqyqkmjo", "h7tazttqn26pbof8aa", "vbyz67nt5p62dwwcn3", "yyl9nah650", "ydw22vku", "a52vo", "hnsp4835s5om6", "low8rxm8b8g4mrtqjq1", "87sj25gsp1c2xu0mo8", "xwygyht"]}, "task_name": "task05", "example_name": "0047", "problem_name": "task05_0047"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [q0mym33e04i5h21rht, at9nkre, iozdm, 7fb7ugb1qpb37o, rupqs41qgdbs5, 5lasw8, wq6e89gd7t8hqww, zj7cndny3g, i993a86174y96, 7bcyro57hq6, jf2lf4, o1l5z]\nIndices: [3, 8, 7, 4, 11, 3]\n", "label": {"final": "7fb7ugb1qpb37oi993a86174y96zj7cndny3grupqs41qgdbs5o1l5z7fb7ugb1qpb37o", "init": "", "intermediate": ["7fb7ugb1qpb37o", "7fb7ugb1qpb37oi993a86174y96", "7fb7ugb1qpb37oi993a86174y96zj7cndny3g", "7fb7ugb1qpb37oi993a86174y96zj7cndny3grupqs41qgdbs5", "7fb7ugb1qpb37oi993a86174y96zj7cndny3grupqs41qgdbs5o1l5z"]}, "config": {"commands": [3, 8, 7, 4, 11, 3], "max_length": 20, "min_length": 5, "num_commands": 6, "num_strings": 12, "strings": ["q0mym33e04i5h21rht", "at9nkre", "iozdm", "7fb7ugb1qpb37o", "rupqs41qgdbs5", "5lasw8", "wq6e89gd7t8hqww", "zj7cndny3g", "i993a86174y96", "7bcyro57hq6", "jf2lf4", "o1l5z"]}, "task_name": "task05", "example_name": "0048", "problem_name": "task05_0048"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xvlclbzed8l5u3am7, 51y3a1d88ekeawh2fq1, nxjjo, xv3nzr45lxi6kjp, aht2l4mmokl, pyz38nu3hva104edgs2v, y4dhdxria0zxr2aikm9, 1dwulsyf, ixaw184e53h, dmurw, oc3oj141468a8ru7ncm, zv0p5uyjlmp, rw1nwcutcc4pvez]\nIndices: [6, 9, 5, 11, 12, 8]\n", "label": {"final": "y4dhdxria0zxr2aikm9dmurwpyz38nu3hva104edgs2vzv0p5uyjlmprw1nwcutcc4pvezixaw184e53h", "init": "", "intermediate": ["y4dhdxria0zxr2aikm9", "y4dhdxria0zxr2aikm9dmurw", "y4dhdxria0zxr2aikm9dmurwpyz38nu3hva104edgs2v", "y4dhdxria0zxr2aikm9dmurwpyz38nu3hva104edgs2vzv0p5uyjlmp", "y4dhdxria0zxr2aikm9dmurwpyz38nu3hva104edgs2vzv0p5uyjlmprw1nwcutcc4pvez"]}, "config": {"commands": [6, 9, 5, 11, 12, 8], "max_length": 20, "min_length": 5, "num_commands": 6, "num_strings": 13, "strings": ["xvlclbzed8l5u3am7", "51y3a1d88ekeawh2fq1", "nxjjo", "xv3nzr45lxi6kjp", "aht2l4mmokl", "pyz38nu3hva104edgs2v", "y4dhdxria0zxr2aikm9", "1dwulsyf", "ixaw184e53h", "dmurw", "oc3oj141468a8ru7ncm", "zv0p5uyjlmp", "rw1nwcutcc4pvez"]}, "task_name": "task05", "example_name": "0049", "problem_name": "task05_0049"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [rrf2bfkygqm, rxqtxdkq15n7g9ev9, 8roceoj9b6du5ypqz9, 4fnrzew79yijlgqpzkm, jw1fw1v, vo3ng4t, 818rexaotprkm6nq5, 4iug8ce73x3, cbmkw9jiw68ubbs4c, 5q51zzmite7prwscpm, y7h2u0pamm2, pbv3nv061rfb, 7clws3egzxa]\nIndices: [7, 4, 12, 12, 11, 2, 0]\n", "label": {"final": "4iug8ce73x3jw1fw1v7clws3egzxa7clws3egzxapbv3nv061rfb8roceoj9b6du5ypqz9rrf2bfkygqm", "init": "", "intermediate": ["4iug8ce73x3", "4iug8ce73x3jw1fw1v", "4iug8ce73x3jw1fw1v7clws3egzxa", "4iug8ce73x3jw1fw1v7clws3egzxa7clws3egzxa", "4iug8ce73x3jw1fw1v7clws3egzxa7clws3egzxapbv3nv061rfb", "4iug8ce73x3jw1fw1v7clws3egzxa7clws3egzxapbv3nv061rfb8roceoj9b6du5ypqz9"]}, "config": {"commands": [7, 4, 12, 12, 11, 2, 0], "max_length": 20, "min_length": 5, "num_commands": 7, "num_strings": 13, "strings": ["rrf2bfkygqm", "rxqtxdkq15n7g9ev9", "8roceoj9b6du5ypqz9", "4fnrzew79yijlgqpzkm", "jw1fw1v", "vo3ng4t", "818rexaotprkm6nq5", "4iug8ce73x3", "cbmkw9jiw68ubbs4c", "5q51zzmite7prwscpm", "y7h2u0pamm2", "pbv3nv061rfb", "7clws3egzxa"]}, "task_name": "task05", "example_name": "0050", "problem_name": "task05_0050"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [do55tqvn8oeu8z5e3n, 5y2axsjf, knk391cr4he8qetj5gn3, 2phc8oswnb01vng, 0e0s81c23ick40fgq258, 47mcvouikzrpw2kiovzt, 1ndmr1hu0sptm970o, gpwyqsb1hf0z7, kfzxuc9ciyg5qkcd, 0m2x8khar5y, wtiquri9j4rz, xaitakss, ojplxoeavunjfbi3wct, mqxo8hjdtxrnqc60m93, cxn7i5jjtn2qxdlx8vm8, 6g7r66etj85i73tj, kr1ahrymg8a37asc]\nIndices: [11, 13, 14, 14, 3, 9, 7]\n", "label": {"final": "xaitakssmqxo8hjdtxrnqc60m93cxn7i5jjtn2qxdlx8vm8cxn7i5jjtn2qxdlx8vm82phc8oswnb01vng0m2x8khar5ygpwyqsb1hf0z7", "init": "", "intermediate": ["xaitakss", "xaitakssmqxo8hjdtxrnqc60m93", "xaitakssmqxo8hjdtxrnqc60m93cxn7i5jjtn2qxdlx8vm8", "xaitakssmqxo8hjdtxrnqc60m93cxn7i5jjtn2qxdlx8vm8cxn7i5jjtn2qxdlx8vm8", "xaitakssmqxo8hjdtxrnqc60m93cxn7i5jjtn2qxdlx8vm8cxn7i5jjtn2qxdlx8vm82phc8oswnb01vng", "xaitakssmqxo8hjdtxrnqc60m93cxn7i5jjtn2qxdlx8vm8cxn7i5jjtn2qxdlx8vm82phc8oswnb01vng0m2x8khar5y"]}, "config": {"commands": [11, 13, 14, 14, 3, 9, 7], "max_length": 20, "min_length": 5, "num_commands": 7, "num_strings": 17, "strings": ["do55tqvn8oeu8z5e3n", "5y2axsjf", "knk391cr4he8qetj5gn3", "2phc8oswnb01vng", "0e0s81c23ick40fgq258", "47mcvouikzrpw2kiovzt", "1ndmr1hu0sptm970o", "gpwyqsb1hf0z7", "kfzxuc9ciyg5qkcd", "0m2x8khar5y", "wtiquri9j4rz", "xaitakss", "ojplxoeavunjfbi3wct", "mqxo8hjdtxrnqc60m93", "cxn7i5jjtn2qxdlx8vm8", "6g7r66etj85i73tj", "kr1ahrymg8a37asc"]}, "task_name": "task05", "example_name": "0051", "problem_name": "task05_0051"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [a19jcgp9rn, tsrovelo7toc, hp11v82lj522ua3nu319, in0yet8miu1us]\nIndices: [3, 0, 2, 0, 1, 3, 0]\n", "label": {"final": "in0yet8miu1usa19jcgp9rnhp11v82lj522ua3nu319a19jcgp9rntsrovelo7tocin0yet8miu1usa19jcgp9rn", "init": "", "intermediate": ["in0yet8miu1us", "in0yet8miu1usa19jcgp9rn", "in0yet8miu1usa19jcgp9rnhp11v82lj522ua3nu319", "in0yet8miu1usa19jcgp9rnhp11v82lj522ua3nu319a19jcgp9rn", "in0yet8miu1usa19jcgp9rnhp11v82lj522ua3nu319a19jcgp9rntsrovelo7toc", "in0yet8miu1usa19jcgp9rnhp11v82lj522ua3nu319a19jcgp9rntsrovelo7tocin0yet8miu1us"]}, "config": {"commands": [3, 0, 2, 0, 1, 3, 0], "max_length": 20, "min_length": 5, "num_commands": 7, "num_strings": 4, "strings": ["a19jcgp9rn", "tsrovelo7toc", "hp11v82lj522ua3nu319", "in0yet8miu1us"]}, "task_name": "task05", "example_name": "0052", "problem_name": "task05_0052"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [31ebzlvjgd, hxbg3odq4vo1v8fz5t, d0893lcuabb, 2z3wi, f6h6jgg, qim4wwzbh4b14dud0, r52zjopbz601dhvf, oe0tktjbzmlqr1, cg3j9x5c, unslldcefza9oy6drnb, zb3xzsno80, c094ylvio7qc6o, zjn2jw2hgednfnkf7, w4xvs2rn7uedlfx6fu, hr6tk, 0fhzga, 0ccqpfjus, vx06axbdo5jlytzje3go, rpjhlqa7pbaw5, zckyke6nm, sd202g31o1zl3ge]\nIndices: [0, 15, 7, 0, 8, 17, 5]\n", "label": {"final": "31ebzlvjgd0fhzgaoe0tktjbzmlqr131ebzlvjgdcg3j9x5cvx06axbdo5jlytzje3goqim4wwzbh4b14dud0", "init": "", "intermediate": ["31ebzlvjgd", "31ebzlvjgd0fhzga", "31ebzlvjgd0fhzgaoe0tktjbzmlqr1", "31ebzlvjgd0fhzgaoe0tktjbzmlqr131ebzlvjgd", "31ebzlvjgd0fhzgaoe0tktjbzmlqr131ebzlvjgdcg3j9x5c", "31ebzlvjgd0fhzgaoe0tktjbzmlqr131ebzlvjgdcg3j9x5cvx06axbdo5jlytzje3go"]}, "config": {"commands": [0, 15, 7, 0, 8, 17, 5], "max_length": 20, "min_length": 5, "num_commands": 7, "num_strings": 21, "strings": ["31ebzlvjgd", "hxbg3odq4vo1v8fz5t", "d0893lcuabb", "2z3wi", "f6h6jgg", "qim4wwzbh4b14dud0", "r52zjopbz601dhvf", "oe0tktjbzmlqr1", "cg3j9x5c", "unslldcefza9oy6drnb", "zb3xzsno80", "c094ylvio7qc6o", "zjn2jw2hgednfnkf7", "w4xvs2rn7uedlfx6fu", "hr6tk", "0fhzga", "0ccqpfjus", "vx06axbdo5jlytzje3go", "rpjhlqa7pbaw5", "zckyke6nm", "sd202g31o1zl3ge"]}, "task_name": "task05", "example_name": "0053", "problem_name": "task05_0053"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [r43kfb8e, m5bclebhn0866zwbxs, 5m6c6luxas5du66qbr6o, toukci7y8b0h1u463f3u, r10hddj8abll96qx8, vaf629lasvv5kl7rwke, tkjehgyvns, oyabmbiwz8mcf5uk7jt, riql26md, dxlzj395z3ccrmxm2, 3qr3mx, 422vcknxil, vfcl37ytmsep87ksb, 6ydo8a1uxotftyynl, ir87tm, aqfgqewit9e, 0bp0t, xsuwcqudw, 15h4a]\nIndices: [7, 1, 3, 1, 6, 15, 18]\n", "label": {"final": "oyabmbiwz8mcf5uk7jtm5bclebhn0866zwbxstoukci7y8b0h1u463f3um5bclebhn0866zwbxstkjehgyvnsaqfgqewit9e15h4a", "init": "", "intermediate": ["oyabmbiwz8mcf5uk7jt", "oyabmbiwz8mcf5uk7jtm5bclebhn0866zwbxs", "oyabmbiwz8mcf5uk7jtm5bclebhn0866zwbxstoukci7y8b0h1u463f3u", "oyabmbiwz8mcf5uk7jtm5bclebhn0866zwbxstoukci7y8b0h1u463f3um5bclebhn0866zwbxs", "oyabmbiwz8mcf5uk7jtm5bclebhn0866zwbxstoukci7y8b0h1u463f3um5bclebhn0866zwbxstkjehgyvns", "oyabmbiwz8mcf5uk7jtm5bclebhn0866zwbxstoukci7y8b0h1u463f3um5bclebhn0866zwbxstkjehgyvnsaqfgqewit9e"]}, "config": {"commands": [7, 1, 3, 1, 6, 15, 18], "max_length": 20, "min_length": 5, "num_commands": 7, "num_strings": 19, "strings": ["r43kfb8e", "m5bclebhn0866zwbxs", "5m6c6luxas5du66qbr6o", "toukci7y8b0h1u463f3u", "r10hddj8abll96qx8", "vaf629lasvv5kl7rwke", "tkjehgyvns", "oyabmbiwz8mcf5uk7jt", "riql26md", "dxlzj395z3ccrmxm2", "3qr3mx", "422vcknxil", "vfcl37ytmsep87ksb", "6ydo8a1uxotftyynl", "ir87tm", "aqfgqewit9e", "0bp0t", "xsuwcqudw", "15h4a"]}, "task_name": "task05", "example_name": "0054", "problem_name": "task05_0054"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [rlo6zi7y8, r9e2h59sju, gzvtfdsz1wsbml, 7a4nr4qn3, kv2x0k2sn5axc6, 20k8a00ut7, mupecwjz, 5v7358, yols9i1og2u3b9n0se, am71o8drd9snm, bod8bl, go8cqlv0800lf3ky41z, tiieq6ex, 6rx7a0dh2rh8421, 9sq1p29yinpt, ivvvqwanwi153, yujt5uqsg6329nt63, 622tb029, 42ua7z2fn51pfj, wkcjaop93sik, mp6itc, b5m1nuley0ydd]\nIndices: [10, 12, 11, 5, 10, 11, 6]\n", "label": {"final": "bod8bltiieq6exgo8cqlv0800lf3ky41z20k8a00ut7bod8blgo8cqlv0800lf3ky41zmupecwjz", "init": "", "intermediate": ["bod8bl", "bod8bltiieq6ex", "bod8bltiieq6exgo8cqlv0800lf3ky41z", "bod8bltiieq6exgo8cqlv0800lf3ky41z20k8a00ut7", "bod8bltiieq6exgo8cqlv0800lf3ky41z20k8a00ut7bod8bl", "bod8bltiieq6exgo8cqlv0800lf3ky41z20k8a00ut7bod8blgo8cqlv0800lf3ky41z"]}, "config": {"commands": [10, 12, 11, 5, 10, 11, 6], "max_length": 20, "min_length": 5, "num_commands": 7, "num_strings": 22, "strings": ["rlo6zi7y8", "r9e2h59sju", "gzvtfdsz1wsbml", "7a4nr4qn3", "kv2x0k2sn5axc6", "20k8a00ut7", "mupecwjz", "5v7358", "yols9i1og2u3b9n0se", "am71o8drd9snm", "bod8bl", "go8cqlv0800lf3ky41z", "tiieq6ex", "6rx7a0dh2rh8421", "9sq1p29yinpt", "ivvvqwanwi153", "yujt5uqsg6329nt63", "622tb029", "42ua7z2fn51pfj", "wkcjaop93sik", "mp6itc", "b5m1nuley0ydd"]}, "task_name": "task05", "example_name": "0055", "problem_name": "task05_0055"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [4zgrjpde9j3t3ewhglc, px3lz9v5d, g58ecf, a2m4klu7edp6buy, pzp94219ijh8g34n, cmcjznyb9zhj0y1h, ixivrplse2pastb0, 0buo4mkg9mcobyqt6ly, 6rls0o8ge2b0tyepa, rpha3obij65n, v4ioahbo, wzgytumwf0f8aa2cez, qhx0o, qqju4g4nkls9h0rm]\nIndices: [2, 4, 5, 9, 12, 0, 7]\n", "label": {"final": "g58ecfpzp94219ijh8g34ncmcjznyb9zhj0y1hrpha3obij65nqhx0o4zgrjpde9j3t3ewhglc0buo4mkg9mcobyqt6ly", "init": "", "intermediate": ["g58ecf", "g58ecfpzp94219ijh8g34n", "g58ecfpzp94219ijh8g34ncmcjznyb9zhj0y1h", "g58ecfpzp94219ijh8g34ncmcjznyb9zhj0y1hrpha3obij65n", "g58ecfpzp94219ijh8g34ncmcjznyb9zhj0y1hrpha3obij65nqhx0o", "g58ecfpzp94219ijh8g34ncmcjznyb9zhj0y1hrpha3obij65nqhx0o4zgrjpde9j3t3ewhglc"]}, "config": {"commands": [2, 4, 5, 9, 12, 0, 7], "max_length": 20, "min_length": 5, "num_commands": 7, "num_strings": 14, "strings": ["4zgrjpde9j3t3ewhglc", "px3lz9v5d", "g58ecf", "a2m4klu7edp6buy", "pzp94219ijh8g34n", "cmcjznyb9zhj0y1h", "ixivrplse2pastb0", "0buo4mkg9mcobyqt6ly", "6rls0o8ge2b0tyepa", "rpha3obij65n", "v4ioahbo", "wzgytumwf0f8aa2cez", "qhx0o", "qqju4g4nkls9h0rm"]}, "task_name": "task05", "example_name": "0056", "problem_name": "task05_0056"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xacxiy, kpy4ti, z3rnr9ni023ax3x0, xmym7ofl1sktv2cy, xgp36znontc355jzv, edib8, hqlt9rvgeck6mqifp, hvy03rjf17g, zko7cdjcmbex7yup, l3il9ezup6ni, piqqncnnu, jdz4c6, 0eo9eym6v868p5i, j81dqewlqsg3d4g2, kot4k7lgh, 6y5jsignaygcj, xaxxmd1i9g3, b9elma2ce0llbczxeqv]\nIndices: [5, 14, 3, 5, 13, 10, 16]\n", "label": {"final": "edib8kot4k7lghxmym7ofl1sktv2cyedib8j81dqewlqsg3d4g2piqqncnnuxaxxmd1i9g3", "init": "", "intermediate": ["edib8", "edib8kot4k7lgh", "edib8kot4k7lghxmym7ofl1sktv2cy", "edib8kot4k7lghxmym7ofl1sktv2cyedib8", "edib8kot4k7lghxmym7ofl1sktv2cyedib8j81dqewlqsg3d4g2", "edib8kot4k7lghxmym7ofl1sktv2cyedib8j81dqewlqsg3d4g2piqqncnnu"]}, "config": {"commands": [5, 14, 3, 5, 13, 10, 16], "max_length": 20, "min_length": 5, "num_commands": 7, "num_strings": 18, "strings": ["xacxiy", "kpy4ti", "z3rnr9ni023ax3x0", "xmym7ofl1sktv2cy", "xgp36znontc355jzv", "edib8", "hqlt9rvgeck6mqifp", "hvy03rjf17g", "zko7cdjcmbex7yup", "l3il9ezup6ni", "piqqncnnu", "jdz4c6", "0eo9eym6v868p5i", "j81dqewlqsg3d4g2", "kot4k7lgh", "6y5jsignaygcj", "xaxxmd1i9g3", "b9elma2ce0llbczxeqv"]}, "task_name": "task05", "example_name": "0057", "problem_name": "task05_0057"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [4vx0n0lryo, wfsl3dre, r4313psl445, 2q36w07qg2ffswtr, 86iacibywhim225e, w4yjufsu8, kdrgqqkir7ozz, 37oi2l7lkf, y8p82h6mw9fjmar4vwzr, fmk2rsm02rqpl9w35p, ihyoyx67m24aup289z]\nIndices: [5, 6, 4, 8, 5, 7, 8]\n", "label": {"final": "w4yjufsu8kdrgqqkir7ozz86iacibywhim225ey8p82h6mw9fjmar4vwzrw4yjufsu837oi2l7lkfy8p82h6mw9fjmar4vwzr", "init": "", "intermediate": ["w4yjufsu8", "w4yjufsu8kdrgqqkir7ozz", "w4yjufsu8kdrgqqkir7ozz86iacibywhim225e", "w4yjufsu8kdrgqqkir7ozz86iacibywhim225ey8p82h6mw9fjmar4vwzr", "w4yjufsu8kdrgqqkir7ozz86iacibywhim225ey8p82h6mw9fjmar4vwzrw4yjufsu8", "w4yjufsu8kdrgqqkir7ozz86iacibywhim225ey8p82h6mw9fjmar4vwzrw4yjufsu837oi2l7lkf"]}, "config": {"commands": [5, 6, 4, 8, 5, 7, 8], "max_length": 20, "min_length": 5, "num_commands": 7, "num_strings": 11, "strings": ["4vx0n0lryo", "wfsl3dre", "r4313psl445", "2q36w07qg2ffswtr", "86iacibywhim225e", "w4yjufsu8", "kdrgqqkir7ozz", "37oi2l7lkf", "y8p82h6mw9fjmar4vwzr", "fmk2rsm02rqpl9w35p", "ihyoyx67m24aup289z"]}, "task_name": "task05", "example_name": "0058", "problem_name": "task05_0058"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [hzoebexwfkh6g, 8j03uhu, lqit4rgn, vlyf0bj49d, bbp9kq3dr, fe4wcpgo2y56j7qu, cw2glyhmmkm3r0a4t, epol5ffo1bhrhsr13std, 2h31zdyc1p4, jxoyx69zelc4, l0h7tr20wyqtpx7, by2qj475o, 37v2hr9x]\nIndices: [8, 8, 4, 11, 2, 1, 12]\n", "label": {"final": "2h31zdyc1p42h31zdyc1p4bbp9kq3drby2qj475olqit4rgn8j03uhu37v2hr9x", "init": "", "intermediate": ["2h31zdyc1p4", "2h31zdyc1p42h31zdyc1p4", "2h31zdyc1p42h31zdyc1p4bbp9kq3dr", "2h31zdyc1p42h31zdyc1p4bbp9kq3drby2qj475o", "2h31zdyc1p42h31zdyc1p4bbp9kq3drby2qj475olqit4rgn", "2h31zdyc1p42h31zdyc1p4bbp9kq3drby2qj475olqit4rgn8j03uhu"]}, "config": {"commands": [8, 8, 4, 11, 2, 1, 12], "max_length": 20, "min_length": 5, "num_commands": 7, "num_strings": 13, "strings": ["hzoebexwfkh6g", "8j03uhu", "lqit4rgn", "vlyf0bj49d", "bbp9kq3dr", "fe4wcpgo2y56j7qu", "cw2glyhmmkm3r0a4t", "epol5ffo1bhrhsr13std", "2h31zdyc1p4", "jxoyx69zelc4", "l0h7tr20wyqtpx7", "by2qj475o", "37v2hr9x"]}, "task_name": "task05", "example_name": "0059", "problem_name": "task05_0059"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [s9r05sqgu599dalqky0, r7e6ov3xxj77, pqn9x0vwroez45, cvord6pie5a8rak, 1h4e1z0tlfpgka, qqlxv, z5jc7n2ew2mx, aer0ws7a32pt, uv80m3tan56xb, lggpe04h210u, e7kzddncyjwlkf4y, 0y0f6jtydz8fqmbhaz, nw3r67wletbtjmm, j3m33n7p, ymvt42czgz09571, sctocx5, xdmsqgyp60wbtbpy5c, 1k4h102vsgu4, 4xp64038]\nIndices: [13, 9, 9, 12, 14, 18, 1, 7]\n", "label": {"final": "j3m33n7plggpe04h210ulggpe04h210unw3r67wletbtjmmymvt42czgz095714xp64038r7e6ov3xxj77aer0ws7a32pt", "init": "", "intermediate": ["j3m33n7p", "j3m33n7plggpe04h210u", "j3m33n7plggpe04h210ulggpe04h210u", "j3m33n7plggpe04h210ulggpe04h210unw3r67wletbtjmm", "j3m33n7plggpe04h210ulggpe04h210unw3r67wletbtjmmymvt42czgz09571", "j3m33n7plggpe04h210ulggpe04h210unw3r67wletbtjmmymvt42czgz095714xp64038", "j3m33n7plggpe04h210ulggpe04h210unw3r67wletbtjmmymvt42czgz095714xp64038r7e6ov3xxj77"]}, "config": {"commands": [13, 9, 9, 12, 14, 18, 1, 7], "max_length": 20, "min_length": 5, "num_commands": 8, "num_strings": 19, "strings": ["s9r05sqgu599dalqky0", "r7e6ov3xxj77", "pqn9x0vwroez45", "cvord6pie5a8rak", "1h4e1z0tlfpgka", "qqlxv", "z5jc7n2ew2mx", "aer0ws7a32pt", "uv80m3tan56xb", "lggpe04h210u", "e7kzddncyjwlkf4y", "0y0f6jtydz8fqmbhaz", "nw3r67wletbtjmm", "j3m33n7p", "ymvt42czgz09571", "sctocx5", "xdmsqgyp60wbtbpy5c", "1k4h102vsgu4", "4xp64038"]}, "task_name": "task05", "example_name": "0060", "problem_name": "task05_0060"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qacwtd93y1i9gutwx, b0qvtozzi3qn2gnqj0y5, kfvddq, stdi476ml2ewwgjlu, js7iu98df4kbz, l37ljrxffr7bq, wdig2, 1ctg3qs553n, sb3eybw50xj, a0ryxyd1cb2cfo3oc, 4xmllpop2kroupwiedw, qjnz1, tnxmk, ybsyz63gmf86rl5]\nIndices: [6, 11, 10, 3, 8, 1, 6, 8]\n", "label": {"final": "wdig2qjnz14xmllpop2kroupwiedwstdi476ml2ewwgjlusb3eybw50xjb0qvtozzi3qn2gnqj0y5wdig2sb3eybw50xj", "init": "", "intermediate": ["wdig2", "wdig2qjnz1", "wdig2qjnz14xmllpop2kroupwiedw", "wdig2qjnz14xmllpop2kroupwiedwstdi476ml2ewwgjlu", "wdig2qjnz14xmllpop2kroupwiedwstdi476ml2ewwgjlusb3eybw50xj", "wdig2qjnz14xmllpop2kroupwiedwstdi476ml2ewwgjlusb3eybw50xjb0qvtozzi3qn2gnqj0y5", "wdig2qjnz14xmllpop2kroupwiedwstdi476ml2ewwgjlusb3eybw50xjb0qvtozzi3qn2gnqj0y5wdig2"]}, "config": {"commands": [6, 11, 10, 3, 8, 1, 6, 8], "max_length": 20, "min_length": 5, "num_commands": 8, "num_strings": 14, "strings": ["qacwtd93y1i9gutwx", "b0qvtozzi3qn2gnqj0y5", "kfvddq", "stdi476ml2ewwgjlu", "js7iu98df4kbz", "l37ljrxffr7bq", "wdig2", "1ctg3qs553n", "sb3eybw50xj", "a0ryxyd1cb2cfo3oc", "4xmllpop2kroupwiedw", "qjnz1", "tnxmk", "ybsyz63gmf86rl5"]}, "task_name": "task05", "example_name": "0061", "problem_name": "task05_0061"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [97bpjol, 8q6e3x9fzlf, ms1xu9tvsgs, dywpp, xtg7uuv0vk84mx9m, iuqp3z39es2qs8o, o81z0izk6jnh, wbtkkcyiekn0rh, qagn9oybi6l8vodb0o1j, zurnt9uba, 51moecec7, tean5wc2ok]\nIndices: [5, 8, 3, 0, 6, 1, 0, 4]\n", "label": {"final": "iuqp3z39es2qs8oqagn9oybi6l8vodb0o1jdywpp97bpjolo81z0izk6jnh8q6e3x9fzlf97bpjolxtg7uuv0vk84mx9m", "init": "", "intermediate": ["iuqp3z39es2qs8o", "iuqp3z39es2qs8oqagn9oybi6l8vodb0o1j", "iuqp3z39es2qs8oqagn9oybi6l8vodb0o1jdywpp", "iuqp3z39es2qs8oqagn9oybi6l8vodb0o1jdywpp97bpjol", "iuqp3z39es2qs8oqagn9oybi6l8vodb0o1jdywpp97bpjolo81z0izk6jnh", "iuqp3z39es2qs8oqagn9oybi6l8vodb0o1jdywpp97bpjolo81z0izk6jnh8q6e3x9fzlf", "iuqp3z39es2qs8oqagn9oybi6l8vodb0o1jdywpp97bpjolo81z0izk6jnh8q6e3x9fzlf97bpjol"]}, "config": {"commands": [5, 8, 3, 0, 6, 1, 0, 4], "max_length": 20, "min_length": 5, "num_commands": 8, "num_strings": 12, "strings": ["97bpjol", "8q6e3x9fzlf", "ms1xu9tvsgs", "dywpp", "xtg7uuv0vk84mx9m", "iuqp3z39es2qs8o", "o81z0izk6jnh", "wbtkkcyiekn0rh", "qagn9oybi6l8vodb0o1j", "zurnt9uba", "51moecec7", "tean5wc2ok"]}, "task_name": "task05", "example_name": "0062", "problem_name": "task05_0062"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [etwa39v7z25di3j, 4xrk1k, whi784gdy, csmww5xami0qe, q97ixioh928m8rh1gy7i, 735im4ity0n7atz, pee08, m7mchw99j, od4c9qc9lvbj4677vuis, pbf1t8cm, aqkytf0wdu8wu5, 45fx7go56aence5g, dh8plesoxsi3t45, ev2h4qcnt405cj8umg0, z3mop, mohocrxpik4ipjzi2yx, sgkpmhmzfumed, vbx56kydciedozde9t6x]\nIndices: [1, 17, 14, 1, 16, 11, 1, 2]\n", "label": {"final": "4xrk1kvbx56kydciedozde9t6xz3mop4xrk1ksgkpmhmzfumed45fx7go56aence5g4xrk1kwhi784gdy", "init": "", "intermediate": ["4xrk1k", "4xrk1kvbx56kydciedozde9t6x", "4xrk1kvbx56kydciedozde9t6xz3mop", "4xrk1kvbx56kydciedozde9t6xz3mop4xrk1k", "4xrk1kvbx56kydciedozde9t6xz3mop4xrk1ksgkpmhmzfumed", "4xrk1kvbx56kydciedozde9t6xz3mop4xrk1ksgkpmhmzfumed45fx7go56aence5g", "4xrk1kvbx56kydciedozde9t6xz3mop4xrk1ksgkpmhmzfumed45fx7go56aence5g4xrk1k"]}, "config": {"commands": [1, 17, 14, 1, 16, 11, 1, 2], "max_length": 20, "min_length": 5, "num_commands": 8, "num_strings": 18, "strings": ["etwa39v7z25di3j", "4xrk1k", "whi784gdy", "csmww5xami0qe", "q97ixioh928m8rh1gy7i", "735im4ity0n7atz", "pee08", "m7mchw99j", "od4c9qc9lvbj4677vuis", "pbf1t8cm", "aqkytf0wdu8wu5", "45fx7go56aence5g", "dh8plesoxsi3t45", "ev2h4qcnt405cj8umg0", "z3mop", "mohocrxpik4ipjzi2yx", "sgkpmhmzfumed", "vbx56kydciedozde9t6x"]}, "task_name": "task05", "example_name": "0063", "problem_name": "task05_0063"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xpxmvfgr59o, qqwwthc03jvb8xk98, 1k6sxfwk0a5nwi2, oio8gaebp9kp2ffv, q2pj86rj5d3, mfpvzxm8lfldcrvnww, jzdcswhi, ro8e5p, kgkwdupoc, ehwiy, 9xhpqxi, 3yn8k9l, nfa7krqc2l3, o82pbpzuopvx, xnr6zw52j4hfn4jnalz, uueegdcwy4a, d3xqlbsaxs0x, iwfady, sdprx9na1ceyse0imss0, he0zro]\nIndices: [4, 13, 7, 16, 9, 6, 12, 5]\n", "label": {"final": "q2pj86rj5d3o82pbpzuopvxro8e5pd3xqlbsaxs0xehwiyjzdcswhinfa7krqc2l3mfpvzxm8lfldcrvnww", "init": "", "intermediate": ["q2pj86rj5d3", "q2pj86rj5d3o82pbpzuopvx", "q2pj86rj5d3o82pbpzuopvxro8e5p", "q2pj86rj5d3o82pbpzuopvxro8e5pd3xqlbsaxs0x", "q2pj86rj5d3o82pbpzuopvxro8e5pd3xqlbsaxs0xehwiy", "q2pj86rj5d3o82pbpzuopvxro8e5pd3xqlbsaxs0xehwiyjzdcswhi", "q2pj86rj5d3o82pbpzuopvxro8e5pd3xqlbsaxs0xehwiyjzdcswhinfa7krqc2l3"]}, "config": {"commands": [4, 13, 7, 16, 9, 6, 12, 5], "max_length": 20, "min_length": 5, "num_commands": 8, "num_strings": 20, "strings": ["xpxmvfgr59o", "qqwwthc03jvb8xk98", "1k6sxfwk0a5nwi2", "oio8gaebp9kp2ffv", "q2pj86rj5d3", "mfpvzxm8lfldcrvnww", "jzdcswhi", "ro8e5p", "kgkwdupoc", "ehwiy", "9xhpqxi", "3yn8k9l", "nfa7krqc2l3", "o82pbpzuopvx", "xnr6zw52j4hfn4jnalz", "uueegdcwy4a", "d3xqlbsaxs0x", "iwfady", "sdprx9na1ceyse0imss0", "he0zro"]}, "task_name": "task05", "example_name": "0064", "problem_name": "task05_0064"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [4v7t92obtyyoe71toyc, arksfefhocmvsa2, 1hc07wo6ki5023, b6n41p4aaj7azpd7, 2lef4eys5cf25sju0n9, t0v4dsdqeerrrjhey6, u4yxofvqyat1f, 9j0kapn2, p8so1r0ap1wgc72h, a9oorqepea5p, 4kwiyh, 6vdb4, 8nngs, 0uhvbf0fjqut6e5xi, hck5d6ad2mc02]\nIndices: [13, 5, 10, 4, 2, 3, 9, 9]\n", "label": {"final": "0uhvbf0fjqut6e5xit0v4dsdqeerrrjhey64kwiyh2lef4eys5cf25sju0n91hc07wo6ki5023b6n41p4aaj7azpd7a9oorqepea5pa9oorqepea5p", "init": "", "intermediate": ["0uhvbf0fjqut6e5xi", "0uhvbf0fjqut6e5xit0v4dsdqeerrrjhey6", "0uhvbf0fjqut6e5xit0v4dsdqeerrrjhey64kwiyh", "0uhvbf0fjqut6e5xit0v4dsdqeerrrjhey64kwiyh2lef4eys5cf25sju0n9", "0uhvbf0fjqut6e5xit0v4dsdqeerrrjhey64kwiyh2lef4eys5cf25sju0n91hc07wo6ki5023", "0uhvbf0fjqut6e5xit0v4dsdqeerrrjhey64kwiyh2lef4eys5cf25sju0n91hc07wo6ki5023b6n41p4aaj7azpd7", "0uhvbf0fjqut6e5xit0v4dsdqeerrrjhey64kwiyh2lef4eys5cf25sju0n91hc07wo6ki5023b6n41p4aaj7azpd7a9oorqepea5p"]}, "config": {"commands": [13, 5, 10, 4, 2, 3, 9, 9], "max_length": 20, "min_length": 5, "num_commands": 8, "num_strings": 15, "strings": ["4v7t92obtyyoe71toyc", "arksfefhocmvsa2", "1hc07wo6ki5023", "b6n41p4aaj7azpd7", "2lef4eys5cf25sju0n9", "t0v4dsdqeerrrjhey6", "u4yxofvqyat1f", "9j0kapn2", "p8so1r0ap1wgc72h", "a9oorqepea5p", "4kwiyh", "6vdb4", "8nngs", "0uhvbf0fjqut6e5xi", "hck5d6ad2mc02"]}, "task_name": "task05", "example_name": "0065", "problem_name": "task05_0065"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [q6rxgf6p89dr36rf, 5p5joagq0a58og7, m0kba, e14jwzniszx82rjxsw, mmtnmuvo75m8izw, yk4ehld31r, zwtqpewjruht6jpss9, x8t5mal1yai, ooi54, jqrevv, us2mokiq1, 5bpt8reecm7rw7jxowo4, 4893m, halon0tb0x, 7nijj1fkb5, s0tod32zp65, 3ri1vgjj4ypkd, g8gnus8es1zcm1n]\nIndices: [9, 8, 2, 8, 9, 13, 5, 3]\n", "label": {"final": "jqrevvooi54m0kbaooi54jqrevvhalon0tb0xyk4ehld31re14jwzniszx82rjxsw", "init": "", "intermediate": ["jqrevv", "jqrevvooi54", "jqrevvooi54m0kba", "jqrevvooi54m0kbaooi54", "jqrevvooi54m0kbaooi54jqrevv", "jqrevvooi54m0kbaooi54jqrevvhalon0tb0x", "jqrevvooi54m0kbaooi54jqrevvhalon0tb0xyk4ehld31r"]}, "config": {"commands": [9, 8, 2, 8, 9, 13, 5, 3], "max_length": 20, "min_length": 5, "num_commands": 8, "num_strings": 18, "strings": ["q6rxgf6p89dr36rf", "5p5joagq0a58og7", "m0kba", "e14jwzniszx82rjxsw", "mmtnmuvo75m8izw", "yk4ehld31r", "zwtqpewjruht6jpss9", "x8t5mal1yai", "ooi54", "jqrevv", "us2mokiq1", "5bpt8reecm7rw7jxowo4", "4893m", "halon0tb0x", "7nijj1fkb5", "s0tod32zp65", "3ri1vgjj4ypkd", "g8gnus8es1zcm1n"]}, "task_name": "task05", "example_name": "0066", "problem_name": "task05_0066"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [zty56qxqethqy0qty, 92l37g, oi91100wus, f94f0, 2zoqz8, moomx688i85nd7g6xujr, 2fdnh6kjpxh92, mgx09242dfl, 6l33mo8uh3r3tqjbiwq, 0gl4y5pbnfh2m842kp8p, haj1tmqif25mv9y4ih, 0uyttim, 0aky4, wtnf2cz3r5zglz, 75lgkxtah9e5iv80xb4, h417g9vh0szuc, oz8jf9, 7c6ula1qar0ziau6p1, ga6yudr1w, xdiu8jnucingftwvo, kjzg4c1h3kxwneg, tmbcpbrdsprt, e7yeq2xghr]\nIndices: [21, 9, 14, 6, 6, 0, 21, 3]\n", "label": {"final": "tmbcpbrdsprt0gl4y5pbnfh2m842kp8p75lgkxtah9e5iv80xb42fdnh6kjpxh922fdnh6kjpxh92zty56qxqethqy0qtytmbcpbrdsprtf94f0", "init": "", "intermediate": ["tmbcpbrdsprt", "tmbcpbrdsprt0gl4y5pbnfh2m842kp8p", "tmbcpbrdsprt0gl4y5pbnfh2m842kp8p75lgkxtah9e5iv80xb4", "tmbcpbrdsprt0gl4y5pbnfh2m842kp8p75lgkxtah9e5iv80xb42fdnh6kjpxh92", "tmbcpbrdsprt0gl4y5pbnfh2m842kp8p75lgkxtah9e5iv80xb42fdnh6kjpxh922fdnh6kjpxh92", "tmbcpbrdsprt0gl4y5pbnfh2m842kp8p75lgkxtah9e5iv80xb42fdnh6kjpxh922fdnh6kjpxh92zty56qxqethqy0qty", "tmbcpbrdsprt0gl4y5pbnfh2m842kp8p75lgkxtah9e5iv80xb42fdnh6kjpxh922fdnh6kjpxh92zty56qxqethqy0qtytmbcpbrdsprt"]}, "config": {"commands": [21, 9, 14, 6, 6, 0, 21, 3], "max_length": 20, "min_length": 5, "num_commands": 8, "num_strings": 23, "strings": ["zty56qxqethqy0qty", "92l37g", "oi91100wus", "f94f0", "2zoqz8", "moomx688i85nd7g6xujr", "2fdnh6kjpxh92", "mgx09242dfl", "6l33mo8uh3r3tqjbiwq", "0gl4y5pbnfh2m842kp8p", "haj1tmqif25mv9y4ih", "0uyttim", "0aky4", "wtnf2cz3r5zglz", "75lgkxtah9e5iv80xb4", "h417g9vh0szuc", "oz8jf9", "7c6ula1qar0ziau6p1", "ga6yudr1w", "xdiu8jnucingftwvo", "kjzg4c1h3kxwneg", "tmbcpbrdsprt", "e7yeq2xghr"]}, "task_name": "task05", "example_name": "0067", "problem_name": "task05_0067"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ekgs668imi8g90, 4qif366kqxba, ev902, 7l7j58o, qqpa56q8a9p]\nIndices: [0, 1, 3, 1, 0, 3, 2, 0]\n", "label": {"final": "ekgs668imi8g904qif366kqxba7l7j58o4qif366kqxbaekgs668imi8g907l7j58oev902ekgs668imi8g90", "init": "", "intermediate": ["ekgs668imi8g90", "ekgs668imi8g904qif366kqxba", "ekgs668imi8g904qif366kqxba7l7j58o", "ekgs668imi8g904qif366kqxba7l7j58o4qif366kqxba", "ekgs668imi8g904qif366kqxba7l7j58o4qif366kqxbaekgs668imi8g90", "ekgs668imi8g904qif366kqxba7l7j58o4qif366kqxbaekgs668imi8g907l7j58o", "ekgs668imi8g904qif366kqxba7l7j58o4qif366kqxbaekgs668imi8g907l7j58oev902"]}, "config": {"commands": [0, 1, 3, 1, 0, 3, 2, 0], "max_length": 20, "min_length": 5, "num_commands": 8, "num_strings": 5, "strings": ["ekgs668imi8g90", "4qif366kqxba", "ev902", "7l7j58o", "qqpa56q8a9p"]}, "task_name": "task05", "example_name": "0068", "problem_name": "task05_0068"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [80z1ua, dkxmzqw1hbabifex, u5qfohhji4m5f, wrjif8f94fifgilbm, 115hcf0360eepp, 5vr25ar66z46hqmo, l8nygo0erwx, 2im7vxaebl419q8jv, uahnwtalo6z3d, auzkjvc6b, lj8nz3v, pgx22cra12ji89j]\nIndices: [9, 8, 6, 0, 1, 6, 7, 4]\n", "label": {"final": "auzkjvc6buahnwtalo6z3dl8nygo0erwx80z1uadkxmzqw1hbabifexl8nygo0erwx2im7vxaebl419q8jv115hcf0360eepp", "init": "", "intermediate": ["auzkjvc6b", "auzkjvc6buahnwtalo6z3d", "auzkjvc6buahnwtalo6z3dl8nygo0erwx", "auzkjvc6buahnwtalo6z3dl8nygo0erwx80z1ua", "auzkjvc6buahnwtalo6z3dl8nygo0erwx80z1uadkxmzqw1hbabifex", "auzkjvc6buahnwtalo6z3dl8nygo0erwx80z1uadkxmzqw1hbabifexl8nygo0erwx", "auzkjvc6buahnwtalo6z3dl8nygo0erwx80z1uadkxmzqw1hbabifexl8nygo0erwx2im7vxaebl419q8jv"]}, "config": {"commands": [9, 8, 6, 0, 1, 6, 7, 4], "max_length": 20, "min_length": 5, "num_commands": 8, "num_strings": 12, "strings": ["80z1ua", "dkxmzqw1hbabifex", "u5qfohhji4m5f", "wrjif8f94fifgilbm", "115hcf0360eepp", "5vr25ar66z46hqmo", "l8nygo0erwx", "2im7vxaebl419q8jv", "uahnwtalo6z3d", "auzkjvc6b", "lj8nz3v", "pgx22cra12ji89j"]}, "task_name": "task05", "example_name": "0069", "problem_name": "task05_0069"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [7qcbrtzoi00mv, snwyb9vfkhxodf890j, oatd1wx8fa3p, x6v5c4c61bph, qxx04, 1og60omb43, 49z9oai, 7foyz4, ixar4eqir4rw, 7k8wfgion4h, 4uncoa2op2wfdo61r1, ks9rnvrkmcc7]\nIndices: [7, 1, 4, 1, 5, 5, 3, 1, 4]\n", "label": {"final": "7foyz4snwyb9vfkhxodf890jqxx04snwyb9vfkhxodf890j1og60omb431og60omb43x6v5c4c61bphsnwyb9vfkhxodf890jqxx04", "init": "", "intermediate": ["7foyz4", "7foyz4snwyb9vfkhxodf890j", "7foyz4snwyb9vfkhxodf890jqxx04", "7foyz4snwyb9vfkhxodf890jqxx04snwyb9vfkhxodf890j", "7foyz4snwyb9vfkhxodf890jqxx04snwyb9vfkhxodf890j1og60omb43", "7foyz4snwyb9vfkhxodf890jqxx04snwyb9vfkhxodf890j1og60omb431og60omb43", "7foyz4snwyb9vfkhxodf890jqxx04snwyb9vfkhxodf890j1og60omb431og60omb43x6v5c4c61bph", "7foyz4snwyb9vfkhxodf890jqxx04snwyb9vfkhxodf890j1og60omb431og60omb43x6v5c4c61bphsnwyb9vfkhxodf890j"]}, "config": {"commands": [7, 1, 4, 1, 5, 5, 3, 1, 4], "max_length": 20, "min_length": 5, "num_commands": 9, "num_strings": 12, "strings": ["7qcbrtzoi00mv", "snwyb9vfkhxodf890j", "oatd1wx8fa3p", "x6v5c4c61bph", "qxx04", "1og60omb43", "49z9oai", "7foyz4", "ixar4eqir4rw", "7k8wfgion4h", "4uncoa2op2wfdo61r1", "ks9rnvrkmcc7"]}, "task_name": "task05", "example_name": "0070", "problem_name": "task05_0070"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [pr39hs, a3bu1v422iae, 5a418ianbqzjrcm7, tewuws, 17sknqus, o6f8u4, wce0km3mpu8xwg1k79bc, 4w1s2qidr8fr1lvc6xgk, xcvx55fpybfu4puo, 9zya44rntl11dz, tjujw9rgqnbg, 1lfeocob1, 66bw1, o76epm2xxgqc7fi6]\nIndices: [7, 3, 12, 13, 1, 8, 10, 7, 11]\n", "label": {"final": "4w1s2qidr8fr1lvc6xgktewuws66bw1o76epm2xxgqc7fi6a3bu1v422iaexcvx55fpybfu4puotjujw9rgqnbg4w1s2qidr8fr1lvc6xgk1lfeocob1", "init": "", "intermediate": ["4w1s2qidr8fr1lvc6xgk", "4w1s2qidr8fr1lvc6xgktewuws", "4w1s2qidr8fr1lvc6xgktewuws66bw1", "4w1s2qidr8fr1lvc6xgktewuws66bw1o76epm2xxgqc7fi6", "4w1s2qidr8fr1lvc6xgktewuws66bw1o76epm2xxgqc7fi6a3bu1v422iae", "4w1s2qidr8fr1lvc6xgktewuws66bw1o76epm2xxgqc7fi6a3bu1v422iaexcvx55fpybfu4puo", "4w1s2qidr8fr1lvc6xgktewuws66bw1o76epm2xxgqc7fi6a3bu1v422iaexcvx55fpybfu4puotjujw9rgqnbg", "4w1s2qidr8fr1lvc6xgktewuws66bw1o76epm2xxgqc7fi6a3bu1v422iaexcvx55fpybfu4puotjujw9rgqnbg4w1s2qidr8fr1lvc6xgk"]}, "config": {"commands": [7, 3, 12, 13, 1, 8, 10, 7, 11], "max_length": 20, "min_length": 5, "num_commands": 9, "num_strings": 14, "strings": ["pr39hs", "a3bu1v422iae", "5a418ianbqzjrcm7", "tewuws", "17sknqus", "o6f8u4", "wce0km3mpu8xwg1k79bc", "4w1s2qidr8fr1lvc6xgk", "xcvx55fpybfu4puo", "9zya44rntl11dz", "tjujw9rgqnbg", "1lfeocob1", "66bw1", "o76epm2xxgqc7fi6"]}, "task_name": "task05", "example_name": "0071", "problem_name": "task05_0071"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [iavmex, 4yaebmkgomc, izxtrkozg88kqlc, ec7umg7f, dfi9027, ogv3df0pacj, cucfdx3jiqjps38, macydqv1njqp4, 11aepq77crt9pzwbcv, 53qj6y50n5vz0yk8j3, 87okhzlv6, 79m6rnrw07sy48k, ecwqw4f6aatt7l9zk8, 4bzeu6ch4, tpyyp9, e2fcxzdfe59w41r, kcuhqrn75x9, j3lndqi5dgzlaw, lh7vd0n1ppkckt6]\nIndices: [1, 11, 11, 17, 14, 12, 7, 16, 5]\n", "label": {"final": "4yaebmkgomc79m6rnrw07sy48k79m6rnrw07sy48kj3lndqi5dgzlawtpyyp9ecwqw4f6aatt7l9zk8macydqv1njqp4kcuhqrn75x9ogv3df0pacj", "init": "", "intermediate": ["4yaebmkgomc", "4yaebmkgomc79m6rnrw07sy48k", "4yaebmkgomc79m6rnrw07sy48k79m6rnrw07sy48k", "4yaebmkgomc79m6rnrw07sy48k79m6rnrw07sy48kj3lndqi5dgzlaw", "4yaebmkgomc79m6rnrw07sy48k79m6rnrw07sy48kj3lndqi5dgzlawtpyyp9", "4yaebmkgomc79m6rnrw07sy48k79m6rnrw07sy48kj3lndqi5dgzlawtpyyp9ecwqw4f6aatt7l9zk8", "4yaebmkgomc79m6rnrw07sy48k79m6rnrw07sy48kj3lndqi5dgzlawtpyyp9ecwqw4f6aatt7l9zk8macydqv1njqp4", "4yaebmkgomc79m6rnrw07sy48k79m6rnrw07sy48kj3lndqi5dgzlawtpyyp9ecwqw4f6aatt7l9zk8macydqv1njqp4kcuhqrn75x9"]}, "config": {"commands": [1, 11, 11, 17, 14, 12, 7, 16, 5], "max_length": 20, "min_length": 5, "num_commands": 9, "num_strings": 19, "strings": ["iavmex", "4yaebmkgomc", "izxtrkozg88kqlc", "ec7umg7f", "dfi9027", "ogv3df0pacj", "cucfdx3jiqjps38", "macydqv1njqp4", "11aepq77crt9pzwbcv", "53qj6y50n5vz0yk8j3", "87okhzlv6", "79m6rnrw07sy48k", "ecwqw4f6aatt7l9zk8", "4bzeu6ch4", "tpyyp9", "e2fcxzdfe59w41r", "kcuhqrn75x9", "j3lndqi5dgzlaw", "lh7vd0n1ppkckt6"]}, "task_name": "task05", "example_name": "0072", "problem_name": "task05_0072"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [elq2ep662oc, y24jk2unpy54sq8n07gk, k68t8ozz4c, qvco6io95oqohmi68j, cxnky92giss3f0fd1w, uwuq2wr3yaeh263, e0odwexoa8, l4bw576f5rpraorr3aiy, pxrrjzzl7lie7, rfshbdo, mja5jyt7cu2cd1l8ox, xgtatjmwy13, tz5czehmi18xa, 61q37fi1f, 3kpw6u7eiw2kb, 2d5ta, 56divkz0ux1, j9cpw42obissqr, yqfqy6iraxsx2z0]\nIndices: [18, 2, 6, 7, 15, 8, 1, 14, 16]\n", "label": {"final": "yqfqy6iraxsx2z0k68t8ozz4ce0odwexoa8l4bw576f5rpraorr3aiy2d5tapxrrjzzl7lie7y24jk2unpy54sq8n07gk3kpw6u7eiw2kb56divkz0ux1", "init": "", "intermediate": ["yqfqy6iraxsx2z0", "yqfqy6iraxsx2z0k68t8ozz4c", "yqfqy6iraxsx2z0k68t8ozz4ce0odwexoa8", "yqfqy6iraxsx2z0k68t8ozz4ce0odwexoa8l4bw576f5rpraorr3aiy", "yqfqy6iraxsx2z0k68t8ozz4ce0odwexoa8l4bw576f5rpraorr3aiy2d5ta", "yqfqy6iraxsx2z0k68t8ozz4ce0odwexoa8l4bw576f5rpraorr3aiy2d5tapxrrjzzl7lie7", "yqfqy6iraxsx2z0k68t8ozz4ce0odwexoa8l4bw576f5rpraorr3aiy2d5tapxrrjzzl7lie7y24jk2unpy54sq8n07gk", "yqfqy6iraxsx2z0k68t8ozz4ce0odwexoa8l4bw576f5rpraorr3aiy2d5tapxrrjzzl7lie7y24jk2unpy54sq8n07gk3kpw6u7eiw2kb"]}, "config": {"commands": [18, 2, 6, 7, 15, 8, 1, 14, 16], "max_length": 20, "min_length": 5, "num_commands": 9, "num_strings": 19, "strings": ["elq2ep662oc", "y24jk2unpy54sq8n07gk", "k68t8ozz4c", "qvco6io95oqohmi68j", "cxnky92giss3f0fd1w", "uwuq2wr3yaeh263", "e0odwexoa8", "l4bw576f5rpraorr3aiy", "pxrrjzzl7lie7", "rfshbdo", "mja5jyt7cu2cd1l8ox", "xgtatjmwy13", "tz5czehmi18xa", "61q37fi1f", "3kpw6u7eiw2kb", "2d5ta", "56divkz0ux1", "j9cpw42obissqr", "yqfqy6iraxsx2z0"]}, "task_name": "task05", "example_name": "0073", "problem_name": "task05_0073"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [mj2qtso45ftmyfe16, m0ssntbn36w, vpky8fzll5iu9dh67v, l1kydtofm32tb4g2mp, pq81buoct0a1ts, d1f4vxz5ud, zchbjb5r7, ijq2h, ny85tss0rgokmyx, ipz3r22urpba, t9vzt8sis42auug, 78z0u33]\nIndices: [10, 1, 3, 11, 3, 3, 6, 4, 6]\n", "label": {"final": "t9vzt8sis42auugm0ssntbn36wl1kydtofm32tb4g2mp78z0u33l1kydtofm32tb4g2mpl1kydtofm32tb4g2mpzchbjb5r7pq81buoct0a1tszchbjb5r7", "init": "", "intermediate": ["t9vzt8sis42auug", "t9vzt8sis42auugm0ssntbn36w", "t9vzt8sis42auugm0ssntbn36wl1kydtofm32tb4g2mp", "t9vzt8sis42auugm0ssntbn36wl1kydtofm32tb4g2mp78z0u33", "t9vzt8sis42auugm0ssntbn36wl1kydtofm32tb4g2mp78z0u33l1kydtofm32tb4g2mp", "t9vzt8sis42auugm0ssntbn36wl1kydtofm32tb4g2mp78z0u33l1kydtofm32tb4g2mpl1kydtofm32tb4g2mp", "t9vzt8sis42auugm0ssntbn36wl1kydtofm32tb4g2mp78z0u33l1kydtofm32tb4g2mpl1kydtofm32tb4g2mpzchbjb5r7", "t9vzt8sis42auugm0ssntbn36wl1kydtofm32tb4g2mp78z0u33l1kydtofm32tb4g2mpl1kydtofm32tb4g2mpzchbjb5r7pq81buoct0a1ts"]}, "config": {"commands": [10, 1, 3, 11, 3, 3, 6, 4, 6], "max_length": 20, "min_length": 5, "num_commands": 9, "num_strings": 12, "strings": ["mj2qtso45ftmyfe16", "m0ssntbn36w", "vpky8fzll5iu9dh67v", "l1kydtofm32tb4g2mp", "pq81buoct0a1ts", "d1f4vxz5ud", "zchbjb5r7", "ijq2h", "ny85tss0rgokmyx", "ipz3r22urpba", "t9vzt8sis42auug", "78z0u33"]}, "task_name": "task05", "example_name": "0074", "problem_name": "task05_0074"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [gha5yj94fvpsntq, axnk6, 0kfrybq, kyz1vw13kzw5r, hog0yyertux9k17pxg, pr1xu, 9rsekbi39au0tpy0i9x, nocsyk9ntbn, kujg69y9nkqoch, il90akushuf6ot1g5v6h, rsiunlyx6jjm77hcc, egpwp0qk64g0, ftuqimqv5njw6, ytvrq99cbl, 0ag8lk6b4wm0, dr5sgty5jo1lio2xc, bfe7sbq7qbwo0, txms4l7, yc9p5j1ojn32rlk81lz, 2t5p54, 67cbtzae4581df, b87fuxkews72, 0m8lljc4neep5, 5wo2bk, 7wrtfmcn81mdzqs3]\nIndices: [23, 23, 23, 11, 10, 0, 18, 13, 10]\n", "label": {"final": "5wo2bk5wo2bk5wo2bkegpwp0qk64g0rsiunlyx6jjm77hccgha5yj94fvpsntqyc9p5j1ojn32rlk81lzytvrq99cblrsiunlyx6jjm77hcc", "init": "", "intermediate": ["5wo2bk", "5wo2bk5wo2bk", "5wo2bk5wo2bk5wo2bk", "5wo2bk5wo2bk5wo2bkegpwp0qk64g0", "5wo2bk5wo2bk5wo2bkegpwp0qk64g0rsiunlyx6jjm77hcc", "5wo2bk5wo2bk5wo2bkegpwp0qk64g0rsiunlyx6jjm77hccgha5yj94fvpsntq", "5wo2bk5wo2bk5wo2bkegpwp0qk64g0rsiunlyx6jjm77hccgha5yj94fvpsntqyc9p5j1ojn32rlk81lz", "5wo2bk5wo2bk5wo2bkegpwp0qk64g0rsiunlyx6jjm77hccgha5yj94fvpsntqyc9p5j1ojn32rlk81lzytvrq99cbl"]}, "config": {"commands": [23, 23, 23, 11, 10, 0, 18, 13, 10], "max_length": 20, "min_length": 5, "num_commands": 9, "num_strings": 25, "strings": ["gha5yj94fvpsntq", "axnk6", "0kfrybq", "kyz1vw13kzw5r", "hog0yyertux9k17pxg", "pr1xu", "9rsekbi39au0tpy0i9x", "nocsyk9ntbn", "kujg69y9nkqoch", "il90akushuf6ot1g5v6h", "rsiunlyx6jjm77hcc", "egpwp0qk64g0", "ftuqimqv5njw6", "ytvrq99cbl", "0ag8lk6b4wm0", "dr5sgty5jo1lio2xc", "bfe7sbq7qbwo0", "txms4l7", "yc9p5j1ojn32rlk81lz", "2t5p54", "67cbtzae4581df", "b87fuxkews72", "0m8lljc4neep5", "5wo2bk", "7wrtfmcn81mdzqs3"]}, "task_name": "task05", "example_name": "0075", "problem_name": "task05_0075"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [kz7gatbz4g10mbkhoyg, 6lvkc47a, mjhxmx, eldfma8girgir355, fv6c766q34oljr, v7ar33r3, 8cohfkgxtm, s585mxz7x30asd, 8qrrcu49tcybyay7p2]\nIndices: [0, 8, 2, 3, 3, 7, 2, 1, 3]\n", "label": {"final": "kz7gatbz4g10mbkhoyg8qrrcu49tcybyay7p2mjhxmxeldfma8girgir355eldfma8girgir355s585mxz7x30asdmjhxmx6lvkc47aeldfma8girgir355", "init": "", "intermediate": ["kz7gatbz4g10mbkhoyg", "kz7gatbz4g10mbkhoyg8qrrcu49tcybyay7p2", "kz7gatbz4g10mbkhoyg8qrrcu49tcybyay7p2mjhxmx", "kz7gatbz4g10mbkhoyg8qrrcu49tcybyay7p2mjhxmxeldfma8girgir355", "kz7gatbz4g10mbkhoyg8qrrcu49tcybyay7p2mjhxmxeldfma8girgir355eldfma8girgir355", "kz7gatbz4g10mbkhoyg8qrrcu49tcybyay7p2mjhxmxeldfma8girgir355eldfma8girgir355s585mxz7x30asd", "kz7gatbz4g10mbkhoyg8qrrcu49tcybyay7p2mjhxmxeldfma8girgir355eldfma8girgir355s585mxz7x30asdmjhxmx", "kz7gatbz4g10mbkhoyg8qrrcu49tcybyay7p2mjhxmxeldfma8girgir355eldfma8girgir355s585mxz7x30asdmjhxmx6lvkc47a"]}, "config": {"commands": [0, 8, 2, 3, 3, 7, 2, 1, 3], "max_length": 20, "min_length": 5, "num_commands": 9, "num_strings": 9, "strings": ["kz7gatbz4g10mbkhoyg", "6lvkc47a", "mjhxmx", "eldfma8girgir355", "fv6c766q34oljr", "v7ar33r3", "8cohfkgxtm", "s585mxz7x30asd", "8qrrcu49tcybyay7p2"]}, "task_name": "task05", "example_name": "0076", "problem_name": "task05_0076"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [lagqkjv07pv5do, cweaxyojkqvosnzx4, z3zynmzx6r08wgj8q0aq]\nIndices: [2, 1, 1, 0, 1, 0, 2, 1, 1]\n", "label": {"final": "z3zynmzx6r08wgj8q0aqcweaxyojkqvosnzx4cweaxyojkqvosnzx4lagqkjv07pv5docweaxyojkqvosnzx4lagqkjv07pv5doz3zynmzx6r08wgj8q0aqcweaxyojkqvosnzx4cweaxyojkqvosnzx4", "init": "", "intermediate": ["z3zynmzx6r08wgj8q0aq", "z3zynmzx6r08wgj8q0aqcweaxyojkqvosnzx4", "z3zynmzx6r08wgj8q0aqcweaxyojkqvosnzx4cweaxyojkqvosnzx4", "z3zynmzx6r08wgj8q0aqcweaxyojkqvosnzx4cweaxyojkqvosnzx4lagqkjv07pv5do", "z3zynmzx6r08wgj8q0aqcweaxyojkqvosnzx4cweaxyojkqvosnzx4lagqkjv07pv5docweaxyojkqvosnzx4", "z3zynmzx6r08wgj8q0aqcweaxyojkqvosnzx4cweaxyojkqvosnzx4lagqkjv07pv5docweaxyojkqvosnzx4lagqkjv07pv5do", "z3zynmzx6r08wgj8q0aqcweaxyojkqvosnzx4cweaxyojkqvosnzx4lagqkjv07pv5docweaxyojkqvosnzx4lagqkjv07pv5doz3zynmzx6r08wgj8q0aq", "z3zynmzx6r08wgj8q0aqcweaxyojkqvosnzx4cweaxyojkqvosnzx4lagqkjv07pv5docweaxyojkqvosnzx4lagqkjv07pv5doz3zynmzx6r08wgj8q0aqcweaxyojkqvosnzx4"]}, "config": {"commands": [2, 1, 1, 0, 1, 0, 2, 1, 1], "max_length": 20, "min_length": 5, "num_commands": 9, "num_strings": 3, "strings": ["lagqkjv07pv5do", "cweaxyojkqvosnzx4", "z3zynmzx6r08wgj8q0aq"]}, "task_name": "task05", "example_name": "0077", "problem_name": "task05_0077"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [7c7vvp, kouldax9qvzamqjk, ntw5rcwavsvr8vdrw8f, ppiolsr6, ai8yuqyi1zdvye2, ynijnsw44wafvede3, vjved4flhj5cn95y, gpbyy54sh1mht8h6m, ecczn8xk75nwbgxykk, blb9hiflhawya, 5dtn69y9qs, 2hkar5, 8cdto3pbwe1j6j, ckjtofdpth8axw]\nIndices: [6, 4, 6, 7, 1, 4, 1, 3, 1]\n", "label": {"final": "vjved4flhj5cn95yai8yuqyi1zdvye2vjved4flhj5cn95ygpbyy54sh1mht8h6mkouldax9qvzamqjkai8yuqyi1zdvye2kouldax9qvzamqjkppiolsr6kouldax9qvzamqjk", "init": "", "intermediate": ["vjved4flhj5cn95y", "vjved4flhj5cn95yai8yuqyi1zdvye2", "vjved4flhj5cn95yai8yuqyi1zdvye2vjved4flhj5cn95y", "vjved4flhj5cn95yai8yuqyi1zdvye2vjved4flhj5cn95ygpbyy54sh1mht8h6m", "vjved4flhj5cn95yai8yuqyi1zdvye2vjved4flhj5cn95ygpbyy54sh1mht8h6mkouldax9qvzamqjk", "vjved4flhj5cn95yai8yuqyi1zdvye2vjved4flhj5cn95ygpbyy54sh1mht8h6mkouldax9qvzamqjkai8yuqyi1zdvye2", "vjved4flhj5cn95yai8yuqyi1zdvye2vjved4flhj5cn95ygpbyy54sh1mht8h6mkouldax9qvzamqjkai8yuqyi1zdvye2kouldax9qvzamqjk", "vjved4flhj5cn95yai8yuqyi1zdvye2vjved4flhj5cn95ygpbyy54sh1mht8h6mkouldax9qvzamqjkai8yuqyi1zdvye2kouldax9qvzamqjkppiolsr6"]}, "config": {"commands": [6, 4, 6, 7, 1, 4, 1, 3, 1], "max_length": 20, "min_length": 5, "num_commands": 9, "num_strings": 14, "strings": ["7c7vvp", "kouldax9qvzamqjk", "ntw5rcwavsvr8vdrw8f", "ppiolsr6", "ai8yuqyi1zdvye2", "ynijnsw44wafvede3", "vjved4flhj5cn95y", "gpbyy54sh1mht8h6m", "ecczn8xk75nwbgxykk", "blb9hiflhawya", "5dtn69y9qs", "2hkar5", "8cdto3pbwe1j6j", "ckjtofdpth8axw"]}, "task_name": "task05", "example_name": "0078", "problem_name": "task05_0078"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [23uo0h5m3pfnyy, 2whiubtv0ha1zmt, luya0n47bjx5w9o7hs, bs7e7, uq2qiib49rvfe6rn4, jngxn4f2nu680p0gnzv, y0q9ahcbjm9dyp, 94kg2zv7vdsu, hzzbl14o2t7p3k, hrh4su07a7b10vasbb, kghjtb9, 197d0km4o0hwmtso9zmj]\nIndices: [9, 5, 11, 6, 5, 7, 4, 10, 10]\n", "label": {"final": "hrh4su07a7b10vasbbjngxn4f2nu680p0gnzv197d0km4o0hwmtso9zmjy0q9ahcbjm9dypjngxn4f2nu680p0gnzv94kg2zv7vdsuuq2qiib49rvfe6rn4kghjtb9kghjtb9", "init": "", "intermediate": ["hrh4su07a7b10vasbb", "hrh4su07a7b10vasbbjngxn4f2nu680p0gnzv", "hrh4su07a7b10vasbbjngxn4f2nu680p0gnzv197d0km4o0hwmtso9zmj", "hrh4su07a7b10vasbbjngxn4f2nu680p0gnzv197d0km4o0hwmtso9zmjy0q9ahcbjm9dyp", "hrh4su07a7b10vasbbjngxn4f2nu680p0gnzv197d0km4o0hwmtso9zmjy0q9ahcbjm9dypjngxn4f2nu680p0gnzv", "hrh4su07a7b10vasbbjngxn4f2nu680p0gnzv197d0km4o0hwmtso9zmjy0q9ahcbjm9dypjngxn4f2nu680p0gnzv94kg2zv7vdsu", "hrh4su07a7b10vasbbjngxn4f2nu680p0gnzv197d0km4o0hwmtso9zmjy0q9ahcbjm9dypjngxn4f2nu680p0gnzv94kg2zv7vdsuuq2qiib49rvfe6rn4", "hrh4su07a7b10vasbbjngxn4f2nu680p0gnzv197d0km4o0hwmtso9zmjy0q9ahcbjm9dypjngxn4f2nu680p0gnzv94kg2zv7vdsuuq2qiib49rvfe6rn4kghjtb9"]}, "config": {"commands": [9, 5, 11, 6, 5, 7, 4, 10, 10], "max_length": 20, "min_length": 5, "num_commands": 9, "num_strings": 12, "strings": ["23uo0h5m3pfnyy", "2whiubtv0ha1zmt", "luya0n47bjx5w9o7hs", "bs7e7", "uq2qiib49rvfe6rn4", "jngxn4f2nu680p0gnzv", "y0q9ahcbjm9dyp", "94kg2zv7vdsu", "hzzbl14o2t7p3k", "hrh4su07a7b10vasbb", "kghjtb9", "197d0km4o0hwmtso9zmj"]}, "task_name": "task05", "example_name": "0079", "problem_name": "task05_0079"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cpkoc90t5sfachhy, ids5jxhgv9bzypms4z, zhumv3n, qmxw02x4j0e74hlk, vho57yj, fub7fjwmdmq]\nIndices: [4, 0, 0, 3, 0, 3, 3, 1, 4, 4]\n", "label": {"final": "vho57yjcpkoc90t5sfachhycpkoc90t5sfachhyqmxw02x4j0e74hlkcpkoc90t5sfachhyqmxw02x4j0e74hlkqmxw02x4j0e74hlkids5jxhgv9bzypms4zvho57yjvho57yj", "init": "", "intermediate": ["vho57yj", "vho57yjcpkoc90t5sfachhy", "vho57yjcpkoc90t5sfachhycpkoc90t5sfachhy", "vho57yjcpkoc90t5sfachhycpkoc90t5sfachhyqmxw02x4j0e74hlk", "vho57yjcpkoc90t5sfachhycpkoc90t5sfachhyqmxw02x4j0e74hlkcpkoc90t5sfachhy", "vho57yjcpkoc90t5sfachhycpkoc90t5sfachhyqmxw02x4j0e74hlkcpkoc90t5sfachhyqmxw02x4j0e74hlk", "vho57yjcpkoc90t5sfachhycpkoc90t5sfachhyqmxw02x4j0e74hlkcpkoc90t5sfachhyqmxw02x4j0e74hlkqmxw02x4j0e74hlk", "vho57yjcpkoc90t5sfachhycpkoc90t5sfachhyqmxw02x4j0e74hlkcpkoc90t5sfachhyqmxw02x4j0e74hlkqmxw02x4j0e74hlkids5jxhgv9bzypms4z", "vho57yjcpkoc90t5sfachhycpkoc90t5sfachhyqmxw02x4j0e74hlkcpkoc90t5sfachhyqmxw02x4j0e74hlkqmxw02x4j0e74hlkids5jxhgv9bzypms4zvho57yj"]}, "config": {"commands": [4, 0, 0, 3, 0, 3, 3, 1, 4, 4], "max_length": 20, "min_length": 5, "num_commands": 10, "num_strings": 6, "strings": ["cpkoc90t5sfachhy", "ids5jxhgv9bzypms4z", "zhumv3n", "qmxw02x4j0e74hlk", "vho57yj", "fub7fjwmdmq"]}, "task_name": "task05", "example_name": "0080", "problem_name": "task05_0080"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [2uwz4d5n3acbckia79, n3u7hx59c, xlsb0ber8sv2kywj, e144s, jd3q2v2mfzyn7n4p, ykvouf, fsbep9, te4awg4n2fcd2ecs, zka8zatjkj5uyx, 8az5p4psqou0ft9n]\nIndices: [4, 9, 6, 4, 2, 3, 7, 6, 0, 0]\n", "label": {"final": "jd3q2v2mfzyn7n4p8az5p4psqou0ft9nfsbep9jd3q2v2mfzyn7n4pxlsb0ber8sv2kywje144ste4awg4n2fcd2ecsfsbep92uwz4d5n3acbckia792uwz4d5n3acbckia79", "init": "", "intermediate": ["jd3q2v2mfzyn7n4p", "jd3q2v2mfzyn7n4p8az5p4psqou0ft9n", "jd3q2v2mfzyn7n4p8az5p4psqou0ft9nfsbep9", "jd3q2v2mfzyn7n4p8az5p4psqou0ft9nfsbep9jd3q2v2mfzyn7n4p", "jd3q2v2mfzyn7n4p8az5p4psqou0ft9nfsbep9jd3q2v2mfzyn7n4pxlsb0ber8sv2kywj", "jd3q2v2mfzyn7n4p8az5p4psqou0ft9nfsbep9jd3q2v2mfzyn7n4pxlsb0ber8sv2kywje144s", "jd3q2v2mfzyn7n4p8az5p4psqou0ft9nfsbep9jd3q2v2mfzyn7n4pxlsb0ber8sv2kywje144ste4awg4n2fcd2ecs", "jd3q2v2mfzyn7n4p8az5p4psqou0ft9nfsbep9jd3q2v2mfzyn7n4pxlsb0ber8sv2kywje144ste4awg4n2fcd2ecsfsbep9", "jd3q2v2mfzyn7n4p8az5p4psqou0ft9nfsbep9jd3q2v2mfzyn7n4pxlsb0ber8sv2kywje144ste4awg4n2fcd2ecsfsbep92uwz4d5n3acbckia79"]}, "config": {"commands": [4, 9, 6, 4, 2, 3, 7, 6, 0, 0], "max_length": 20, "min_length": 5, "num_commands": 10, "num_strings": 10, "strings": ["2uwz4d5n3acbckia79", "n3u7hx59c", "xlsb0ber8sv2kywj", "e144s", "jd3q2v2mfzyn7n4p", "ykvouf", "fsbep9", "te4awg4n2fcd2ecs", "zka8zatjkj5uyx", "8az5p4psqou0ft9n"]}, "task_name": "task05", "example_name": "0081", "problem_name": "task05_0081"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [wlo1fe2cj, raw30u8oqsfdvg, cihcj3eo7ieh0ve65, 95djkiotmp0v08, qh8mhus5aq2o446r103, gtua2wy70, txoqyexgpcmorzoc, fk6he6309rpil6zptd4, xn558h47jcab0wricn40, r2awrqzu77h, x7kxbh4j30, 2ayqrw7up173kk, ez4cdzjnjm]\nIndices: [12, 5, 7, 5, 6, 11, 9, 6, 1, 3]\n", "label": {"final": "ez4cdzjnjmgtua2wy70fk6he6309rpil6zptd4gtua2wy70txoqyexgpcmorzoc2ayqrw7up173kkr2awrqzu77htxoqyexgpcmorzocraw30u8oqsfdvg95djkiotmp0v08", "init": "", "intermediate": ["ez4cdzjnjm", "ez4cdzjnjmgtua2wy70", "ez4cdzjnjmgtua2wy70fk6he6309rpil6zptd4", "ez4cdzjnjmgtua2wy70fk6he6309rpil6zptd4gtua2wy70", "ez4cdzjnjmgtua2wy70fk6he6309rpil6zptd4gtua2wy70txoqyexgpcmorzoc", "ez4cdzjnjmgtua2wy70fk6he6309rpil6zptd4gtua2wy70txoqyexgpcmorzoc2ayqrw7up173kk", "ez4cdzjnjmgtua2wy70fk6he6309rpil6zptd4gtua2wy70txoqyexgpcmorzoc2ayqrw7up173kkr2awrqzu77h", "ez4cdzjnjmgtua2wy70fk6he6309rpil6zptd4gtua2wy70txoqyexgpcmorzoc2ayqrw7up173kkr2awrqzu77htxoqyexgpcmorzoc", "ez4cdzjnjmgtua2wy70fk6he6309rpil6zptd4gtua2wy70txoqyexgpcmorzoc2ayqrw7up173kkr2awrqzu77htxoqyexgpcmorzocraw30u8oqsfdvg"]}, "config": {"commands": [12, 5, 7, 5, 6, 11, 9, 6, 1, 3], "max_length": 20, "min_length": 5, "num_commands": 10, "num_strings": 13, "strings": ["wlo1fe2cj", "raw30u8oqsfdvg", "cihcj3eo7ieh0ve65", "95djkiotmp0v08", "qh8mhus5aq2o446r103", "gtua2wy70", "txoqyexgpcmorzoc", "fk6he6309rpil6zptd4", "xn558h47jcab0wricn40", "r2awrqzu77h", "x7kxbh4j30", "2ayqrw7up173kk", "ez4cdzjnjm"]}, "task_name": "task05", "example_name": "0082", "problem_name": "task05_0082"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [5nhbmx4d5yecxc3lse, 9a82fkxo0, c0ar2yj, ct06n1mfg89ag55q, 1na19gfg2k2e7rh6z15, qko4hn9, g6583yrd, jahkc2x, mi07vrd454, frnufexhak6, lw4rgit7bswi, x2ipxxs2t2m, 09jwcgc, t8h7gbbh1r40gg10p226, fcmpy01gkbs, nosfjxwobm, aber9, zcaoemz5ofv1lcgn71, 15l1dhid2sjzz6ih4dt, p7a1gek0g, nagu9ye1khp5fv]\nIndices: [18, 16, 1, 5, 13, 8, 17, 6, 20, 13]\n", "label": {"final": "15l1dhid2sjzz6ih4dtaber99a82fkxo0qko4hn9t8h7gbbh1r40gg10p226mi07vrd454zcaoemz5ofv1lcgn71g6583yrdnagu9ye1khp5fvt8h7gbbh1r40gg10p226", "init": "", "intermediate": ["15l1dhid2sjzz6ih4dt", "15l1dhid2sjzz6ih4dtaber9", "15l1dhid2sjzz6ih4dtaber99a82fkxo0", "15l1dhid2sjzz6ih4dtaber99a82fkxo0qko4hn9", "15l1dhid2sjzz6ih4dtaber99a82fkxo0qko4hn9t8h7gbbh1r40gg10p226", "15l1dhid2sjzz6ih4dtaber99a82fkxo0qko4hn9t8h7gbbh1r40gg10p226mi07vrd454", "15l1dhid2sjzz6ih4dtaber99a82fkxo0qko4hn9t8h7gbbh1r40gg10p226mi07vrd454zcaoemz5ofv1lcgn71", "15l1dhid2sjzz6ih4dtaber99a82fkxo0qko4hn9t8h7gbbh1r40gg10p226mi07vrd454zcaoemz5ofv1lcgn71g6583yrd", "15l1dhid2sjzz6ih4dtaber99a82fkxo0qko4hn9t8h7gbbh1r40gg10p226mi07vrd454zcaoemz5ofv1lcgn71g6583yrdnagu9ye1khp5fv"]}, "config": {"commands": [18, 16, 1, 5, 13, 8, 17, 6, 20, 13], "max_length": 20, "min_length": 5, "num_commands": 10, "num_strings": 21, "strings": ["5nhbmx4d5yecxc3lse", "9a82fkxo0", "c0ar2yj", "ct06n1mfg89ag55q", "1na19gfg2k2e7rh6z15", "qko4hn9", "g6583yrd", "jahkc2x", "mi07vrd454", "frnufexhak6", "lw4rgit7bswi", "x2ipxxs2t2m", "09jwcgc", "t8h7gbbh1r40gg10p226", "fcmpy01gkbs", "nosfjxwobm", "aber9", "zcaoemz5ofv1lcgn71", "15l1dhid2sjzz6ih4dt", "p7a1gek0g", "nagu9ye1khp5fv"]}, "task_name": "task05", "example_name": "0083", "problem_name": "task05_0083"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [sr1minvdq72vu8, wqp43d4t3zxepz, i3h2291k, e910q6i0rn4n, owjzntdzan, phca8xchan747, r5v9nzszmwqrco0bk, b1lasgxf8dgtwd, ov0vuoizxvu8yi31x8, m451dtrhf, exdc9xt1mq4tislcrkx5, 2d9ntbsaiof9, efibrq4jw00uqs, mij2cf15rf, zhfem, m90vahv, lo3ol, wdwbmwprrccyq, 1awgdsgwnx1k0r, clt5e5pq76lwlkk]\nIndices: [8, 0, 8, 6, 17, 12, 2, 18, 8, 5]\n", "label": {"final": "ov0vuoizxvu8yi31x8sr1minvdq72vu8ov0vuoizxvu8yi31x8r5v9nzszmwqrco0bkwdwbmwprrccyqefibrq4jw00uqsi3h2291k1awgdsgwnx1k0rov0vuoizxvu8yi31x8phca8xchan747", "init": "", "intermediate": ["ov0vuoizxvu8yi31x8", "ov0vuoizxvu8yi31x8sr1minvdq72vu8", "ov0vuoizxvu8yi31x8sr1minvdq72vu8ov0vuoizxvu8yi31x8", "ov0vuoizxvu8yi31x8sr1minvdq72vu8ov0vuoizxvu8yi31x8r5v9nzszmwqrco0bk", "ov0vuoizxvu8yi31x8sr1minvdq72vu8ov0vuoizxvu8yi31x8r5v9nzszmwqrco0bkwdwbmwprrccyq", "ov0vuoizxvu8yi31x8sr1minvdq72vu8ov0vuoizxvu8yi31x8r5v9nzszmwqrco0bkwdwbmwprrccyqefibrq4jw00uqs", "ov0vuoizxvu8yi31x8sr1minvdq72vu8ov0vuoizxvu8yi31x8r5v9nzszmwqrco0bkwdwbmwprrccyqefibrq4jw00uqsi3h2291k", "ov0vuoizxvu8yi31x8sr1minvdq72vu8ov0vuoizxvu8yi31x8r5v9nzszmwqrco0bkwdwbmwprrccyqefibrq4jw00uqsi3h2291k1awgdsgwnx1k0r", "ov0vuoizxvu8yi31x8sr1minvdq72vu8ov0vuoizxvu8yi31x8r5v9nzszmwqrco0bkwdwbmwprrccyqefibrq4jw00uqsi3h2291k1awgdsgwnx1k0rov0vuoizxvu8yi31x8"]}, "config": {"commands": [8, 0, 8, 6, 17, 12, 2, 18, 8, 5], "max_length": 20, "min_length": 5, "num_commands": 10, "num_strings": 20, "strings": ["sr1minvdq72vu8", "wqp43d4t3zxepz", "i3h2291k", "e910q6i0rn4n", "owjzntdzan", "phca8xchan747", "r5v9nzszmwqrco0bk", "b1lasgxf8dgtwd", "ov0vuoizxvu8yi31x8", "m451dtrhf", "exdc9xt1mq4tislcrkx5", "2d9ntbsaiof9", "efibrq4jw00uqs", "mij2cf15rf", "zhfem", "m90vahv", "lo3ol", "wdwbmwprrccyq", "1awgdsgwnx1k0r", "clt5e5pq76lwlkk"]}, "task_name": "task05", "example_name": "0084", "problem_name": "task05_0084"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [e9wssiludxmu, tg9q3v62emq2xg1y, x32ewrl39, o6ql2ugaz, p84tgmvbpkmuk2, arr0car9osycw3c6x06, tn8ieim4v898nt9n]\nIndices: [4, 1, 6, 1, 3, 6, 2, 5, 2, 5]\n", "label": {"final": "p84tgmvbpkmuk2tg9q3v62emq2xg1ytn8ieim4v898nt9ntg9q3v62emq2xg1yo6ql2ugaztn8ieim4v898nt9nx32ewrl39arr0car9osycw3c6x06x32ewrl39arr0car9osycw3c6x06", "init": "", "intermediate": ["p84tgmvbpkmuk2", "p84tgmvbpkmuk2tg9q3v62emq2xg1y", "p84tgmvbpkmuk2tg9q3v62emq2xg1ytn8ieim4v898nt9n", "p84tgmvbpkmuk2tg9q3v62emq2xg1ytn8ieim4v898nt9ntg9q3v62emq2xg1y", "p84tgmvbpkmuk2tg9q3v62emq2xg1ytn8ieim4v898nt9ntg9q3v62emq2xg1yo6ql2ugaz", "p84tgmvbpkmuk2tg9q3v62emq2xg1ytn8ieim4v898nt9ntg9q3v62emq2xg1yo6ql2ugaztn8ieim4v898nt9n", "p84tgmvbpkmuk2tg9q3v62emq2xg1ytn8ieim4v898nt9ntg9q3v62emq2xg1yo6ql2ugaztn8ieim4v898nt9nx32ewrl39", "p84tgmvbpkmuk2tg9q3v62emq2xg1ytn8ieim4v898nt9ntg9q3v62emq2xg1yo6ql2ugaztn8ieim4v898nt9nx32ewrl39arr0car9osycw3c6x06", "p84tgmvbpkmuk2tg9q3v62emq2xg1ytn8ieim4v898nt9ntg9q3v62emq2xg1yo6ql2ugaztn8ieim4v898nt9nx32ewrl39arr0car9osycw3c6x06x32ewrl39"]}, "config": {"commands": [4, 1, 6, 1, 3, 6, 2, 5, 2, 5], "max_length": 20, "min_length": 5, "num_commands": 10, "num_strings": 7, "strings": ["e9wssiludxmu", "tg9q3v62emq2xg1y", "x32ewrl39", "o6ql2ugaz", "p84tgmvbpkmuk2", "arr0car9osycw3c6x06", "tn8ieim4v898nt9n"]}, "task_name": "task05", "example_name": "0085", "problem_name": "task05_0085"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [nfjwqn5lyy, i49agesdnj835qv, u5zra4941t, h4d2hi1oc1nat287jw4a, 6dgywftily066fvm, ub2xpt4zln, 2tfkxmw30, 055dzlsmigupw6ld, cpcqbrza2ih0886xvp0, 2kfn3f8lik, ckbj32x89w7pkbb8n9, iz1tyekjru6v71y, pldyrz6, 38b9y5aq6iuq41s5, xv6su, lxb62j52, bbv50rv80yoe, r31xmp5kf, vs9l0l6pmakv8othqa, ai7utjxnme6t9, ps4men5ua40t0, vyjiccjnfmea, rs990qg82, fsbng1p]\nIndices: [12, 17, 0, 6, 0, 3, 22, 1, 2, 6]\n", "label": {"final": "pldyrz6r31xmp5kfnfjwqn5lyy2tfkxmw30nfjwqn5lyyh4d2hi1oc1nat287jw4ars990qg82i49agesdnj835qvu5zra4941t2tfkxmw30", "init": "", "intermediate": ["pldyrz6", "pldyrz6r31xmp5kf", "pldyrz6r31xmp5kfnfjwqn5lyy", "pldyrz6r31xmp5kfnfjwqn5lyy2tfkxmw30", "pldyrz6r31xmp5kfnfjwqn5lyy2tfkxmw30nfjwqn5lyy", "pldyrz6r31xmp5kfnfjwqn5lyy2tfkxmw30nfjwqn5lyyh4d2hi1oc1nat287jw4a", "pldyrz6r31xmp5kfnfjwqn5lyy2tfkxmw30nfjwqn5lyyh4d2hi1oc1nat287jw4ars990qg82", "pldyrz6r31xmp5kfnfjwqn5lyy2tfkxmw30nfjwqn5lyyh4d2hi1oc1nat287jw4ars990qg82i49agesdnj835qv", "pldyrz6r31xmp5kfnfjwqn5lyy2tfkxmw30nfjwqn5lyyh4d2hi1oc1nat287jw4ars990qg82i49agesdnj835qvu5zra4941t"]}, "config": {"commands": [12, 17, 0, 6, 0, 3, 22, 1, 2, 6], "max_length": 20, "min_length": 5, "num_commands": 10, "num_strings": 24, "strings": ["nfjwqn5lyy", "i49agesdnj835qv", "u5zra4941t", "h4d2hi1oc1nat287jw4a", "6dgywftily066fvm", "ub2xpt4zln", "2tfkxmw30", "055dzlsmigupw6ld", "cpcqbrza2ih0886xvp0", "2kfn3f8lik", "ckbj32x89w7pkbb8n9", "iz1tyekjru6v71y", "pldyrz6", "38b9y5aq6iuq41s5", "xv6su", "lxb62j52", "bbv50rv80yoe", "r31xmp5kf", "vs9l0l6pmakv8othqa", "ai7utjxnme6t9", "ps4men5ua40t0", "vyjiccjnfmea", "rs990qg82", "fsbng1p"]}, "task_name": "task05", "example_name": "0086", "problem_name": "task05_0086"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [kac5k8g04z1, 2kwjrfuwivwb, cue6d2m, sorcq0hx7q7pn, 83rh83da3ufn5m, ud220lqw5, 2cw5uo2sugocx1tgnlgk]\nIndices: [3, 5, 5, 4, 2, 3, 2, 2, 0, 4]\n", "label": {"final": "sorcq0hx7q7pnud220lqw5ud220lqw583rh83da3ufn5mcue6d2msorcq0hx7q7pncue6d2mcue6d2mkac5k8g04z183rh83da3ufn5m", "init": "", "intermediate": ["sorcq0hx7q7pn", "sorcq0hx7q7pnud220lqw5", "sorcq0hx7q7pnud220lqw5ud220lqw5", "sorcq0hx7q7pnud220lqw5ud220lqw583rh83da3ufn5m", "sorcq0hx7q7pnud220lqw5ud220lqw583rh83da3ufn5mcue6d2m", "sorcq0hx7q7pnud220lqw5ud220lqw583rh83da3ufn5mcue6d2msorcq0hx7q7pn", "sorcq0hx7q7pnud220lqw5ud220lqw583rh83da3ufn5mcue6d2msorcq0hx7q7pncue6d2m", "sorcq0hx7q7pnud220lqw5ud220lqw583rh83da3ufn5mcue6d2msorcq0hx7q7pncue6d2mcue6d2m", "sorcq0hx7q7pnud220lqw5ud220lqw583rh83da3ufn5mcue6d2msorcq0hx7q7pncue6d2mcue6d2mkac5k8g04z1"]}, "config": {"commands": [3, 5, 5, 4, 2, 3, 2, 2, 0, 4], "max_length": 20, "min_length": 5, "num_commands": 10, "num_strings": 7, "strings": ["kac5k8g04z1", "2kwjrfuwivwb", "cue6d2m", "sorcq0hx7q7pn", "83rh83da3ufn5m", "ud220lqw5", "2cw5uo2sugocx1tgnlgk"]}, "task_name": "task05", "example_name": "0087", "problem_name": "task05_0087"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [8xduplsevg, hicgwf1hg108slwr, 66epi, mtpsb, 1ic3chxskxzzakv, kr6rd7uzp6ydb5w66scn, v1tbxmg977af, x3l6671zaztvg, e9qqk54ksq, b8r8f0kl14pf9, 32hvq2kus6y413c4suyy, duc025n2bgvn, pj3ykr1, pnnc03uxsxqvrp67ztqh, ovh6c, 3sujrat1ulr7excl1tab, h3wju5n2e, im8d1vhrgkv0mon, ca3ffvqbpyd3bw7rqbwk, aw22yajrd9s96f20q0, b2gncyfgolxx, bt95z6d0vuopw1ll26]\nIndices: [16, 0, 0, 21, 0, 17, 8, 1, 10, 21]\n", "label": {"final": "h3wju5n2e8xduplsevg8xduplsevgbt95z6d0vuopw1ll268xduplsevgim8d1vhrgkv0mone9qqk54ksqhicgwf1hg108slwr32hvq2kus6y413c4suyybt95z6d0vuopw1ll26", "init": "", "intermediate": ["h3wju5n2e", "h3wju5n2e8xduplsevg", "h3wju5n2e8xduplsevg8xduplsevg", "h3wju5n2e8xduplsevg8xduplsevgbt95z6d0vuopw1ll26", "h3wju5n2e8xduplsevg8xduplsevgbt95z6d0vuopw1ll268xduplsevg", "h3wju5n2e8xduplsevg8xduplsevgbt95z6d0vuopw1ll268xduplsevgim8d1vhrgkv0mon", "h3wju5n2e8xduplsevg8xduplsevgbt95z6d0vuopw1ll268xduplsevgim8d1vhrgkv0mone9qqk54ksq", "h3wju5n2e8xduplsevg8xduplsevgbt95z6d0vuopw1ll268xduplsevgim8d1vhrgkv0mone9qqk54ksqhicgwf1hg108slwr", "h3wju5n2e8xduplsevg8xduplsevgbt95z6d0vuopw1ll268xduplsevgim8d1vhrgkv0mone9qqk54ksqhicgwf1hg108slwr32hvq2kus6y413c4suyy"]}, "config": {"commands": [16, 0, 0, 21, 0, 17, 8, 1, 10, 21], "max_length": 20, "min_length": 5, "num_commands": 10, "num_strings": 22, "strings": ["8xduplsevg", "hicgwf1hg108slwr", "66epi", "mtpsb", "1ic3chxskxzzakv", "kr6rd7uzp6ydb5w66scn", "v1tbxmg977af", "x3l6671zaztvg", "e9qqk54ksq", "b8r8f0kl14pf9", "32hvq2kus6y413c4suyy", "duc025n2bgvn", "pj3ykr1", "pnnc03uxsxqvrp67ztqh", "ovh6c", "3sujrat1ulr7excl1tab", "h3wju5n2e", "im8d1vhrgkv0mon", "ca3ffvqbpyd3bw7rqbwk", "aw22yajrd9s96f20q0", "b2gncyfgolxx", "bt95z6d0vuopw1ll26"]}, "task_name": "task05", "example_name": "0088", "problem_name": "task05_0088"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [934jr0iu55hp1661, 9yt526z7znjtes21kge, y4w1fszvx6y, 6wyx6a7z33fqiolp, q5ajsg, bgt07zws51, z25nlcao, 7m56jnkiu14hlbyd, 6heol6y, fzy5aqnxcd65q0, 8n1ct, s05tcr75yyk4a0f8j, tdgjihuw, kj8qz22n6jopcw8q, qel14cf699wkq, 53arbd7l, 1kxu2hwckr, nhydlx, g1w8mk0l0i, hzwyn1uk2y9, xh3mlf4fiwazhkiroxy, l1sc1vs8ir, qpo19rlonff, k94sifa8ho3lt]\nIndices: [22, 10, 20, 7, 21, 18, 17, 7, 3, 16]\n", "label": {"final": "qpo19rlonff8n1ctxh3mlf4fiwazhkiroxy7m56jnkiu14hlbydl1sc1vs8irg1w8mk0l0inhydlx7m56jnkiu14hlbyd6wyx6a7z33fqiolp1kxu2hwckr", "init": "", "intermediate": ["qpo19rlonff", "qpo19rlonff8n1ct", "qpo19rlonff8n1ctxh3mlf4fiwazhkiroxy", "qpo19rlonff8n1ctxh3mlf4fiwazhkiroxy7m56jnkiu14hlbyd", "qpo19rlonff8n1ctxh3mlf4fiwazhkiroxy7m56jnkiu14hlbydl1sc1vs8ir", "qpo19rlonff8n1ctxh3mlf4fiwazhkiroxy7m56jnkiu14hlbydl1sc1vs8irg1w8mk0l0i", "qpo19rlonff8n1ctxh3mlf4fiwazhkiroxy7m56jnkiu14hlbydl1sc1vs8irg1w8mk0l0inhydlx", "qpo19rlonff8n1ctxh3mlf4fiwazhkiroxy7m56jnkiu14hlbydl1sc1vs8irg1w8mk0l0inhydlx7m56jnkiu14hlbyd", "qpo19rlonff8n1ctxh3mlf4fiwazhkiroxy7m56jnkiu14hlbydl1sc1vs8irg1w8mk0l0inhydlx7m56jnkiu14hlbyd6wyx6a7z33fqiolp"]}, "config": {"commands": [22, 10, 20, 7, 21, 18, 17, 7, 3, 16], "max_length": 20, "min_length": 5, "num_commands": 10, "num_strings": 24, "strings": ["934jr0iu55hp1661", "9yt526z7znjtes21kge", "y4w1fszvx6y", "6wyx6a7z33fqiolp", "q5ajsg", "bgt07zws51", "z25nlcao", "7m56jnkiu14hlbyd", "6heol6y", "fzy5aqnxcd65q0", "8n1ct", "s05tcr75yyk4a0f8j", "tdgjihuw", "kj8qz22n6jopcw8q", "qel14cf699wkq", "53arbd7l", "1kxu2hwckr", "nhydlx", "g1w8mk0l0i", "hzwyn1uk2y9", "xh3mlf4fiwazhkiroxy", "l1sc1vs8ir", "qpo19rlonff", "k94sifa8ho3lt"]}, "task_name": "task05", "example_name": "0089", "problem_name": "task05_0089"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [1tp4zoe3dxudhkrj, cd8f7azpnbnic8s8n, dbczd9zcn9d3fq, upy8766r2u, tyiduk, 91uwnrre5j8091hymhrh, hr4v9on2uau10q2vubp, jyt0xjiul8x6hq, qpshu3if14wv3z, o4eo7x7jt, oj68oa7i2uv, 2e88npbwzv7th, 6i7s122, slfz8mv, jj3wmw3n3, leuw5kyv5rgsacg8h7rr, iegpd, jq6fzowwqagfz, 8oikye95, o1u7o3, va57cg9xh7, cvabgieccste, 2c2akmbv8, vsud31xddpus1h6, v14a5x7ix6aslbuftnq]\nIndices: [10, 0, 1, 11, 4, 13, 9, 23, 12, 16, 6]\n", "label": {"final": "oj68oa7i2uv1tp4zoe3dxudhkrjcd8f7azpnbnic8s8n2e88npbwzv7thtyidukslfz8mvo4eo7x7jtvsud31xddpus1h66i7s122iegpdhr4v9on2uau10q2vubp", "init": "", "intermediate": ["oj68oa7i2uv", "oj68oa7i2uv1tp4zoe3dxudhkrj", "oj68oa7i2uv1tp4zoe3dxudhkrjcd8f7azpnbnic8s8n", "oj68oa7i2uv1tp4zoe3dxudhkrjcd8f7azpnbnic8s8n2e88npbwzv7th", "oj68oa7i2uv1tp4zoe3dxudhkrjcd8f7azpnbnic8s8n2e88npbwzv7thtyiduk", "oj68oa7i2uv1tp4zoe3dxudhkrjcd8f7azpnbnic8s8n2e88npbwzv7thtyidukslfz8mv", "oj68oa7i2uv1tp4zoe3dxudhkrjcd8f7azpnbnic8s8n2e88npbwzv7thtyidukslfz8mvo4eo7x7jt", "oj68oa7i2uv1tp4zoe3dxudhkrjcd8f7azpnbnic8s8n2e88npbwzv7thtyidukslfz8mvo4eo7x7jtvsud31xddpus1h6", "oj68oa7i2uv1tp4zoe3dxudhkrjcd8f7azpnbnic8s8n2e88npbwzv7thtyidukslfz8mvo4eo7x7jtvsud31xddpus1h66i7s122", "oj68oa7i2uv1tp4zoe3dxudhkrjcd8f7azpnbnic8s8n2e88npbwzv7thtyidukslfz8mvo4eo7x7jtvsud31xddpus1h66i7s122iegpd"]}, "config": {"commands": [10, 0, 1, 11, 4, 13, 9, 23, 12, 16, 6], "max_length": 20, "min_length": 5, "num_commands": 11, "num_strings": 25, "strings": ["1tp4zoe3dxudhkrj", "cd8f7azpnbnic8s8n", "dbczd9zcn9d3fq", "upy8766r2u", "tyiduk", "91uwnrre5j8091hymhrh", "hr4v9on2uau10q2vubp", "jyt0xjiul8x6hq", "qpshu3if14wv3z", "o4eo7x7jt", "oj68oa7i2uv", "2e88npbwzv7th", "6i7s122", "slfz8mv", "jj3wmw3n3", "leuw5kyv5rgsacg8h7rr", "iegpd", "jq6fzowwqagfz", "8oikye95", "o1u7o3", "va57cg9xh7", "cvabgieccste", "2c2akmbv8", "vsud31xddpus1h6", "v14a5x7ix6aslbuftnq"]}, "task_name": "task05", "example_name": "0090", "problem_name": "task05_0090"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [b3g5dm8i, ot0eck12284shg1mf8u, dytlnhs]\nIndices: [2, 1, 0, 2, 1, 1, 0, 0, 2, 1, 2]\n", "label": {"final": "dytlnhsot0eck12284shg1mf8ub3g5dm8idytlnhsot0eck12284shg1mf8uot0eck12284shg1mf8ub3g5dm8ib3g5dm8idytlnhsot0eck12284shg1mf8udytlnhs", "init": "", "intermediate": ["dytlnhs", "dytlnhsot0eck12284shg1mf8u", "dytlnhsot0eck12284shg1mf8ub3g5dm8i", "dytlnhsot0eck12284shg1mf8ub3g5dm8idytlnhs", "dytlnhsot0eck12284shg1mf8ub3g5dm8idytlnhsot0eck12284shg1mf8u", "dytlnhsot0eck12284shg1mf8ub3g5dm8idytlnhsot0eck12284shg1mf8uot0eck12284shg1mf8u", "dytlnhsot0eck12284shg1mf8ub3g5dm8idytlnhsot0eck12284shg1mf8uot0eck12284shg1mf8ub3g5dm8i", "dytlnhsot0eck12284shg1mf8ub3g5dm8idytlnhsot0eck12284shg1mf8uot0eck12284shg1mf8ub3g5dm8ib3g5dm8i", "dytlnhsot0eck12284shg1mf8ub3g5dm8idytlnhsot0eck12284shg1mf8uot0eck12284shg1mf8ub3g5dm8ib3g5dm8idytlnhs", "dytlnhsot0eck12284shg1mf8ub3g5dm8idytlnhsot0eck12284shg1mf8uot0eck12284shg1mf8ub3g5dm8ib3g5dm8idytlnhsot0eck12284shg1mf8u"]}, "config": {"commands": [2, 1, 0, 2, 1, 1, 0, 0, 2, 1, 2], "max_length": 20, "min_length": 5, "num_commands": 11, "num_strings": 3, "strings": ["b3g5dm8i", "ot0eck12284shg1mf8u", "dytlnhs"]}, "task_name": "task05", "example_name": "0091", "problem_name": "task05_0091"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [rttabwb9yz17c7, 52y0um5x79kl0aw916, 3ntx0buze, pqw971x4x7, 5lj9v0zolcg3lo4k286, mkox1wiy6qiss0, ssxzm60v7ipc551afh, g3dung42trek0utw, fblcvd9gsbk0xcyk0, fg1es2mt3ur, cfatvonp8wju57pssu2, 7rov614ns9bdv3os]\nIndices: [2, 10, 4, 4, 5, 9, 3, 11, 6, 2, 9]\n", "label": {"final": "3ntx0buzecfatvonp8wju57pssu25lj9v0zolcg3lo4k2865lj9v0zolcg3lo4k286mkox1wiy6qiss0fg1es2mt3urpqw971x4x77rov614ns9bdv3osssxzm60v7ipc551afh3ntx0buzefg1es2mt3ur", "init": "", "intermediate": ["3ntx0buze", "3ntx0buzecfatvonp8wju57pssu2", "3ntx0buzecfatvonp8wju57pssu25lj9v0zolcg3lo4k286", "3ntx0buzecfatvonp8wju57pssu25lj9v0zolcg3lo4k2865lj9v0zolcg3lo4k286", "3ntx0buzecfatvonp8wju57pssu25lj9v0zolcg3lo4k2865lj9v0zolcg3lo4k286mkox1wiy6qiss0", "3ntx0buzecfatvonp8wju57pssu25lj9v0zolcg3lo4k2865lj9v0zolcg3lo4k286mkox1wiy6qiss0fg1es2mt3ur", "3ntx0buzecfatvonp8wju57pssu25lj9v0zolcg3lo4k2865lj9v0zolcg3lo4k286mkox1wiy6qiss0fg1es2mt3urpqw971x4x7", "3ntx0buzecfatvonp8wju57pssu25lj9v0zolcg3lo4k2865lj9v0zolcg3lo4k286mkox1wiy6qiss0fg1es2mt3urpqw971x4x77rov614ns9bdv3os", "3ntx0buzecfatvonp8wju57pssu25lj9v0zolcg3lo4k2865lj9v0zolcg3lo4k286mkox1wiy6qiss0fg1es2mt3urpqw971x4x77rov614ns9bdv3osssxzm60v7ipc551afh", "3ntx0buzecfatvonp8wju57pssu25lj9v0zolcg3lo4k2865lj9v0zolcg3lo4k286mkox1wiy6qiss0fg1es2mt3urpqw971x4x77rov614ns9bdv3osssxzm60v7ipc551afh3ntx0buze"]}, "config": {"commands": [2, 10, 4, 4, 5, 9, 3, 11, 6, 2, 9], "max_length": 20, "min_length": 5, "num_commands": 11, "num_strings": 12, "strings": ["rttabwb9yz17c7", "52y0um5x79kl0aw916", "3ntx0buze", "pqw971x4x7", "5lj9v0zolcg3lo4k286", "mkox1wiy6qiss0", "ssxzm60v7ipc551afh", "g3dung42trek0utw", "fblcvd9gsbk0xcyk0", "fg1es2mt3ur", "cfatvonp8wju57pssu2", "7rov614ns9bdv3os"]}, "task_name": "task05", "example_name": "0092", "problem_name": "task05_0092"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [zrp5y3xdynz63chyr, 0k8kjobx, a7e8ex3onlrvmzqn5hrc, k1fh2ih, qaqlm, ijx4ou8i, iniw13, 174cb9qar11n4, h01gb2hc, ixlxyepmwaxux3c, x6pmww3looqui, 480buk1tp1h5k, i87nnx3t2b4rw, 9o3pbitw, l43s9o3aw]\nIndices: [7, 12, 13, 6, 0, 6, 9, 12, 3, 10, 2]\n", "label": {"final": "174cb9qar11n4i87nnx3t2b4rw9o3pbitwiniw13zrp5y3xdynz63chyriniw13ixlxyepmwaxux3ci87nnx3t2b4rwk1fh2ihx6pmww3looquia7e8ex3onlrvmzqn5hrc", "init": "", "intermediate": ["174cb9qar11n4", "174cb9qar11n4i87nnx3t2b4rw", "174cb9qar11n4i87nnx3t2b4rw9o3pbitw", "174cb9qar11n4i87nnx3t2b4rw9o3pbitwiniw13", "174cb9qar11n4i87nnx3t2b4rw9o3pbitwiniw13zrp5y3xdynz63chyr", "174cb9qar11n4i87nnx3t2b4rw9o3pbitwiniw13zrp5y3xdynz63chyriniw13", "174cb9qar11n4i87nnx3t2b4rw9o3pbitwiniw13zrp5y3xdynz63chyriniw13ixlxyepmwaxux3c", "174cb9qar11n4i87nnx3t2b4rw9o3pbitwiniw13zrp5y3xdynz63chyriniw13ixlxyepmwaxux3ci87nnx3t2b4rw", "174cb9qar11n4i87nnx3t2b4rw9o3pbitwiniw13zrp5y3xdynz63chyriniw13ixlxyepmwaxux3ci87nnx3t2b4rwk1fh2ih", "174cb9qar11n4i87nnx3t2b4rw9o3pbitwiniw13zrp5y3xdynz63chyriniw13ixlxyepmwaxux3ci87nnx3t2b4rwk1fh2ihx6pmww3looqui"]}, "config": {"commands": [7, 12, 13, 6, 0, 6, 9, 12, 3, 10, 2], "max_length": 20, "min_length": 5, "num_commands": 11, "num_strings": 15, "strings": ["zrp5y3xdynz63chyr", "0k8kjobx", "a7e8ex3onlrvmzqn5hrc", "k1fh2ih", "qaqlm", "ijx4ou8i", "iniw13", "174cb9qar11n4", "h01gb2hc", "ixlxyepmwaxux3c", "x6pmww3looqui", "480buk1tp1h5k", "i87nnx3t2b4rw", "9o3pbitw", "l43s9o3aw"]}, "task_name": "task05", "example_name": "0093", "problem_name": "task05_0093"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [b2zxmlz, 5oi8h, 8v7dkfo0, yjtrij55fbqf3ax7in0v, 9b4bv, x4qvsg7obhfvvasq5y, agdir6zq9k9hu9, e3luag, gjfs5rp763kkuu1t2, gawxp4jmf6ki, pltja4tmg3t, 5ff1lg1m7w9ur8pp, 9arz3o0bbrsvu2mgvm]\nIndices: [3, 11, 11, 12, 8, 6, 4, 2, 3, 12, 0]\n", "label": {"final": "yjtrij55fbqf3ax7in0v5ff1lg1m7w9ur8pp5ff1lg1m7w9ur8pp9arz3o0bbrsvu2mgvmgjfs5rp763kkuu1t2agdir6zq9k9hu99b4bv8v7dkfo0yjtrij55fbqf3ax7in0v9arz3o0bbrsvu2mgvmb2zxmlz", "init": "", "intermediate": ["yjtrij55fbqf3ax7in0v", "yjtrij55fbqf3ax7in0v5ff1lg1m7w9ur8pp", "yjtrij55fbqf3ax7in0v5ff1lg1m7w9ur8pp5ff1lg1m7w9ur8pp", "yjtrij55fbqf3ax7in0v5ff1lg1m7w9ur8pp5ff1lg1m7w9ur8pp9arz3o0bbrsvu2mgvm", "yjtrij55fbqf3ax7in0v5ff1lg1m7w9ur8pp5ff1lg1m7w9ur8pp9arz3o0bbrsvu2mgvmgjfs5rp763kkuu1t2", "yjtrij55fbqf3ax7in0v5ff1lg1m7w9ur8pp5ff1lg1m7w9ur8pp9arz3o0bbrsvu2mgvmgjfs5rp763kkuu1t2agdir6zq9k9hu9", "yjtrij55fbqf3ax7in0v5ff1lg1m7w9ur8pp5ff1lg1m7w9ur8pp9arz3o0bbrsvu2mgvmgjfs5rp763kkuu1t2agdir6zq9k9hu99b4bv", "yjtrij55fbqf3ax7in0v5ff1lg1m7w9ur8pp5ff1lg1m7w9ur8pp9arz3o0bbrsvu2mgvmgjfs5rp763kkuu1t2agdir6zq9k9hu99b4bv8v7dkfo0", "yjtrij55fbqf3ax7in0v5ff1lg1m7w9ur8pp5ff1lg1m7w9ur8pp9arz3o0bbrsvu2mgvmgjfs5rp763kkuu1t2agdir6zq9k9hu99b4bv8v7dkfo0yjtrij55fbqf3ax7in0v", "yjtrij55fbqf3ax7in0v5ff1lg1m7w9ur8pp5ff1lg1m7w9ur8pp9arz3o0bbrsvu2mgvmgjfs5rp763kkuu1t2agdir6zq9k9hu99b4bv8v7dkfo0yjtrij55fbqf3ax7in0v9arz3o0bbrsvu2mgvm"]}, "config": {"commands": [3, 11, 11, 12, 8, 6, 4, 2, 3, 12, 0], "max_length": 20, "min_length": 5, "num_commands": 11, "num_strings": 13, "strings": ["b2zxmlz", "5oi8h", "8v7dkfo0", "yjtrij55fbqf3ax7in0v", "9b4bv", "x4qvsg7obhfvvasq5y", "agdir6zq9k9hu9", "e3luag", "gjfs5rp763kkuu1t2", "gawxp4jmf6ki", "pltja4tmg3t", "5ff1lg1m7w9ur8pp", "9arz3o0bbrsvu2mgvm"]}, "task_name": "task05", "example_name": "0094", "problem_name": "task05_0094"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [45bx3ib, cvctaip15bjaxihjyx, djzjypzhk2n, 4dg2xje5xqdp, t8ooeoh0lbc, ke0c1t8b8j, x56g5, 18kzu93ob9baeyhhkzb, xdioysyfn92ywo4rz, 6dzgp, bhyej4, nmict0fbeomnlr1, 30y3djx26n2, jwotp4eagpqw, i480pmj1kuj, batjhaxq25g, ehhsublj, i6dtwlc, zts2nkwm4hftx, 4m6cxy4i2ki1, ptrt68y2hltr21llikwh, 7ihsuje]\nIndices: [4, 5, 6, 7, 21, 2, 17, 21, 9, 11, 0]\n", "label": {"final": "t8ooeoh0lbcke0c1t8b8jx56g518kzu93ob9baeyhhkzb7ihsujedjzjypzhk2ni6dtwlc7ihsuje6dzgpnmict0fbeomnlr145bx3ib", "init": "", "intermediate": ["t8ooeoh0lbc", "t8ooeoh0lbcke0c1t8b8j", "t8ooeoh0lbcke0c1t8b8jx56g5", "t8ooeoh0lbcke0c1t8b8jx56g518kzu93ob9baeyhhkzb", "t8ooeoh0lbcke0c1t8b8jx56g518kzu93ob9baeyhhkzb7ihsuje", "t8ooeoh0lbcke0c1t8b8jx56g518kzu93ob9baeyhhkzb7ihsujedjzjypzhk2n", "t8ooeoh0lbcke0c1t8b8jx56g518kzu93ob9baeyhhkzb7ihsujedjzjypzhk2ni6dtwlc", "t8ooeoh0lbcke0c1t8b8jx56g518kzu93ob9baeyhhkzb7ihsujedjzjypzhk2ni6dtwlc7ihsuje", "t8ooeoh0lbcke0c1t8b8jx56g518kzu93ob9baeyhhkzb7ihsujedjzjypzhk2ni6dtwlc7ihsuje6dzgp", "t8ooeoh0lbcke0c1t8b8jx56g518kzu93ob9baeyhhkzb7ihsujedjzjypzhk2ni6dtwlc7ihsuje6dzgpnmict0fbeomnlr1"]}, "config": {"commands": [4, 5, 6, 7, 21, 2, 17, 21, 9, 11, 0], "max_length": 20, "min_length": 5, "num_commands": 11, "num_strings": 22, "strings": ["45bx3ib", "cvctaip15bjaxihjyx", "djzjypzhk2n", "4dg2xje5xqdp", "t8ooeoh0lbc", "ke0c1t8b8j", "x56g5", "18kzu93ob9baeyhhkzb", "xdioysyfn92ywo4rz", "6dzgp", "bhyej4", "nmict0fbeomnlr1", "30y3djx26n2", "jwotp4eagpqw", "i480pmj1kuj", "batjhaxq25g", "ehhsublj", "i6dtwlc", "zts2nkwm4hftx", "4m6cxy4i2ki1", "ptrt68y2hltr21llikwh", "7ihsuje"]}, "task_name": "task05", "example_name": "0095", "problem_name": "task05_0095"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [f6lfly8y1aat3yadrv, ikq2dkwvnr4c, ah75x461txi9zf, hme9ixjfk, qrw1dpwte0, uwcvtq, ez0a3jzil, 9d6om82laiy, ssfiglb, ojimbvu5xm, 5jo78bnsyfz5nwo, h2hqahfz97fp14452nh]\nIndices: [11, 8, 11, 2, 10, 11, 2, 0, 3, 1, 10]\n", "label": {"final": "h2hqahfz97fp14452nhssfiglbh2hqahfz97fp14452nhah75x461txi9zf5jo78bnsyfz5nwoh2hqahfz97fp14452nhah75x461txi9zff6lfly8y1aat3yadrvhme9ixjfkikq2dkwvnr4c5jo78bnsyfz5nwo", "init": "", "intermediate": ["h2hqahfz97fp14452nh", "h2hqahfz97fp14452nhssfiglb", "h2hqahfz97fp14452nhssfiglbh2hqahfz97fp14452nh", "h2hqahfz97fp14452nhssfiglbh2hqahfz97fp14452nhah75x461txi9zf", "h2hqahfz97fp14452nhssfiglbh2hqahfz97fp14452nhah75x461txi9zf5jo78bnsyfz5nwo", "h2hqahfz97fp14452nhssfiglbh2hqahfz97fp14452nhah75x461txi9zf5jo78bnsyfz5nwoh2hqahfz97fp14452nh", "h2hqahfz97fp14452nhssfiglbh2hqahfz97fp14452nhah75x461txi9zf5jo78bnsyfz5nwoh2hqahfz97fp14452nhah75x461txi9zf", "h2hqahfz97fp14452nhssfiglbh2hqahfz97fp14452nhah75x461txi9zf5jo78bnsyfz5nwoh2hqahfz97fp14452nhah75x461txi9zff6lfly8y1aat3yadrv", "h2hqahfz97fp14452nhssfiglbh2hqahfz97fp14452nhah75x461txi9zf5jo78bnsyfz5nwoh2hqahfz97fp14452nhah75x461txi9zff6lfly8y1aat3yadrvhme9ixjfk", "h2hqahfz97fp14452nhssfiglbh2hqahfz97fp14452nhah75x461txi9zf5jo78bnsyfz5nwoh2hqahfz97fp14452nhah75x461txi9zff6lfly8y1aat3yadrvhme9ixjfkikq2dkwvnr4c"]}, "config": {"commands": [11, 8, 11, 2, 10, 11, 2, 0, 3, 1, 10], "max_length": 20, "min_length": 5, "num_commands": 11, "num_strings": 12, "strings": ["f6lfly8y1aat3yadrv", "ikq2dkwvnr4c", "ah75x461txi9zf", "hme9ixjfk", "qrw1dpwte0", "uwcvtq", "ez0a3jzil", "9d6om82laiy", "ssfiglb", "ojimbvu5xm", "5jo78bnsyfz5nwo", "h2hqahfz97fp14452nh"]}, "task_name": "task05", "example_name": "0096", "problem_name": "task05_0096"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [389iep6bhbfujr, t22i3l1yv4gnlk85joy, doloxv39c160p56pis7]\nIndices: [1, 0, 1, 2, 0, 0, 0, 0, 2, 1, 2]\n", "label": {"final": "t22i3l1yv4gnlk85joy389iep6bhbfujrt22i3l1yv4gnlk85joydoloxv39c160p56pis7389iep6bhbfujr389iep6bhbfujr389iep6bhbfujr389iep6bhbfujrdoloxv39c160p56pis7t22i3l1yv4gnlk85joydoloxv39c160p56pis7", "init": "", "intermediate": ["t22i3l1yv4gnlk85joy", "t22i3l1yv4gnlk85joy389iep6bhbfujr", "t22i3l1yv4gnlk85joy389iep6bhbfujrt22i3l1yv4gnlk85joy", "t22i3l1yv4gnlk85joy389iep6bhbfujrt22i3l1yv4gnlk85joydoloxv39c160p56pis7", "t22i3l1yv4gnlk85joy389iep6bhbfujrt22i3l1yv4gnlk85joydoloxv39c160p56pis7389iep6bhbfujr", "t22i3l1yv4gnlk85joy389iep6bhbfujrt22i3l1yv4gnlk85joydoloxv39c160p56pis7389iep6bhbfujr389iep6bhbfujr", "t22i3l1yv4gnlk85joy389iep6bhbfujrt22i3l1yv4gnlk85joydoloxv39c160p56pis7389iep6bhbfujr389iep6bhbfujr389iep6bhbfujr", "t22i3l1yv4gnlk85joy389iep6bhbfujrt22i3l1yv4gnlk85joydoloxv39c160p56pis7389iep6bhbfujr389iep6bhbfujr389iep6bhbfujr389iep6bhbfujr", "t22i3l1yv4gnlk85joy389iep6bhbfujrt22i3l1yv4gnlk85joydoloxv39c160p56pis7389iep6bhbfujr389iep6bhbfujr389iep6bhbfujr389iep6bhbfujrdoloxv39c160p56pis7", "t22i3l1yv4gnlk85joy389iep6bhbfujrt22i3l1yv4gnlk85joydoloxv39c160p56pis7389iep6bhbfujr389iep6bhbfujr389iep6bhbfujr389iep6bhbfujrdoloxv39c160p56pis7t22i3l1yv4gnlk85joy"]}, "config": {"commands": [1, 0, 1, 2, 0, 0, 0, 0, 2, 1, 2], "max_length": 20, "min_length": 5, "num_commands": 11, "num_strings": 3, "strings": ["389iep6bhbfujr", "t22i3l1yv4gnlk85joy", "doloxv39c160p56pis7"]}, "task_name": "task05", "example_name": "0097", "problem_name": "task05_0097"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [a8q0qgvkzfzxcmx, k5rr7kbt, fk4ix, 00fnsd5, 5szrc6q82, jj5wn4jjfvn8al, 1ni2tg9qm2olf8o, emj5swfsk1vsjxpzltjy, 8l298gu1b, f1q89t5k9tb9u0x, tmkl14omdf7kwt0t5, bprh4b4n85j2jr, u4x1z9fnhy]\nIndices: [7, 0, 9, 12, 1, 7, 12, 12, 10, 2, 3]\n", "label": {"final": "emj5swfsk1vsjxpzltjya8q0qgvkzfzxcmxf1q89t5k9tb9u0xu4x1z9fnhyk5rr7kbtemj5swfsk1vsjxpzltjyu4x1z9fnhyu4x1z9fnhytmkl14omdf7kwt0t5fk4ix00fnsd5", "init": "", "intermediate": ["emj5swfsk1vsjxpzltjy", "emj5swfsk1vsjxpzltjya8q0qgvkzfzxcmx", "emj5swfsk1vsjxpzltjya8q0qgvkzfzxcmxf1q89t5k9tb9u0x", "emj5swfsk1vsjxpzltjya8q0qgvkzfzxcmxf1q89t5k9tb9u0xu4x1z9fnhy", "emj5swfsk1vsjxpzltjya8q0qgvkzfzxcmxf1q89t5k9tb9u0xu4x1z9fnhyk5rr7kbt", "emj5swfsk1vsjxpzltjya8q0qgvkzfzxcmxf1q89t5k9tb9u0xu4x1z9fnhyk5rr7kbtemj5swfsk1vsjxpzltjy", "emj5swfsk1vsjxpzltjya8q0qgvkzfzxcmxf1q89t5k9tb9u0xu4x1z9fnhyk5rr7kbtemj5swfsk1vsjxpzltjyu4x1z9fnhy", "emj5swfsk1vsjxpzltjya8q0qgvkzfzxcmxf1q89t5k9tb9u0xu4x1z9fnhyk5rr7kbtemj5swfsk1vsjxpzltjyu4x1z9fnhyu4x1z9fnhy", "emj5swfsk1vsjxpzltjya8q0qgvkzfzxcmxf1q89t5k9tb9u0xu4x1z9fnhyk5rr7kbtemj5swfsk1vsjxpzltjyu4x1z9fnhyu4x1z9fnhytmkl14omdf7kwt0t5", "emj5swfsk1vsjxpzltjya8q0qgvkzfzxcmxf1q89t5k9tb9u0xu4x1z9fnhyk5rr7kbtemj5swfsk1vsjxpzltjyu4x1z9fnhyu4x1z9fnhytmkl14omdf7kwt0t5fk4ix"]}, "config": {"commands": [7, 0, 9, 12, 1, 7, 12, 12, 10, 2, 3], "max_length": 20, "min_length": 5, "num_commands": 11, "num_strings": 13, "strings": ["a8q0qgvkzfzxcmx", "k5rr7kbt", "fk4ix", "00fnsd5", "5szrc6q82", "jj5wn4jjfvn8al", "1ni2tg9qm2olf8o", "emj5swfsk1vsjxpzltjy", "8l298gu1b", "f1q89t5k9tb9u0x", "tmkl14omdf7kwt0t5", "bprh4b4n85j2jr", "u4x1z9fnhy"]}, "task_name": "task05", "example_name": "0098", "problem_name": "task05_0098"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [pntkhg2, gsuqy9opb, 5tk706bdodvj2w3fht, htzz3xuv9ei, sxywux6s3pp, xjifd7idv, 59uz1hvof0ijzlx, aleyigbczxahcseyff8, bh40aztw4omlgpwh5y0i, kxdcz7xlvx, prnevgdti74coug, pc7efm4x1s7y86c7y, hdvmti3jscj3, ki6drgit, 7vihoetubbe6k38r7c1h, 1mcgplx628hxfhxrv8mz, a0w2xb5uww4, pdksfp5hcrd2]\nIndices: [16, 6, 4, 7, 9, 13, 16, 5, 6, 7, 17]\n", "label": {"final": "a0w2xb5uww459uz1hvof0ijzlxsxywux6s3ppaleyigbczxahcseyff8kxdcz7xlvxki6drgita0w2xb5uww4xjifd7idv59uz1hvof0ijzlxaleyigbczxahcseyff8pdksfp5hcrd2", "init": "", "intermediate": ["a0w2xb5uww4", "a0w2xb5uww459uz1hvof0ijzlx", "a0w2xb5uww459uz1hvof0ijzlxsxywux6s3pp", "a0w2xb5uww459uz1hvof0ijzlxsxywux6s3ppaleyigbczxahcseyff8", "a0w2xb5uww459uz1hvof0ijzlxsxywux6s3ppaleyigbczxahcseyff8kxdcz7xlvx", "a0w2xb5uww459uz1hvof0ijzlxsxywux6s3ppaleyigbczxahcseyff8kxdcz7xlvxki6drgit", "a0w2xb5uww459uz1hvof0ijzlxsxywux6s3ppaleyigbczxahcseyff8kxdcz7xlvxki6drgita0w2xb5uww4", "a0w2xb5uww459uz1hvof0ijzlxsxywux6s3ppaleyigbczxahcseyff8kxdcz7xlvxki6drgita0w2xb5uww4xjifd7idv", "a0w2xb5uww459uz1hvof0ijzlxsxywux6s3ppaleyigbczxahcseyff8kxdcz7xlvxki6drgita0w2xb5uww4xjifd7idv59uz1hvof0ijzlx", "a0w2xb5uww459uz1hvof0ijzlxsxywux6s3ppaleyigbczxahcseyff8kxdcz7xlvxki6drgita0w2xb5uww4xjifd7idv59uz1hvof0ijzlxaleyigbczxahcseyff8"]}, "config": {"commands": [16, 6, 4, 7, 9, 13, 16, 5, 6, 7, 17], "max_length": 20, "min_length": 5, "num_commands": 11, "num_strings": 18, "strings": ["pntkhg2", "gsuqy9opb", "5tk706bdodvj2w3fht", "htzz3xuv9ei", "sxywux6s3pp", "xjifd7idv", "59uz1hvof0ijzlx", "aleyigbczxahcseyff8", "bh40aztw4omlgpwh5y0i", "kxdcz7xlvx", "prnevgdti74coug", "pc7efm4x1s7y86c7y", "hdvmti3jscj3", "ki6drgit", "7vihoetubbe6k38r7c1h", "1mcgplx628hxfhxrv8mz", "a0w2xb5uww4", "pdksfp5hcrd2"]}, "task_name": "task05", "example_name": "0099", "problem_name": "task05_0099"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [24mpnl7vi8ifp0, jsjqj2y30o2xiz8, 32cu100wg, swvvhgn, 2lmapv, wa7of5gipt, y9dgzag6, gl2b9xomsl3qmk, 634efblqr, u2er75a8xomu5reyv8ln, gcc2fepeogxolh5y9mo, gl0ck8f7ql614relxwr, cn27652ysli, g01ik1, faeh3, rovvdjs]\nIndices: [7, 0, 14, 7, 12, 13, 10, 12, 4, 0, 3, 15]\n", "label": {"final": "gl2b9xomsl3qmk24mpnl7vi8ifp0faeh3gl2b9xomsl3qmkcn27652yslig01ik1gcc2fepeogxolh5y9mocn27652ysli2lmapv24mpnl7vi8ifp0swvvhgnrovvdjs", "init": "", "intermediate": ["gl2b9xomsl3qmk", "gl2b9xomsl3qmk24mpnl7vi8ifp0", "gl2b9xomsl3qmk24mpnl7vi8ifp0faeh3", "gl2b9xomsl3qmk24mpnl7vi8ifp0faeh3gl2b9xomsl3qmk", "gl2b9xomsl3qmk24mpnl7vi8ifp0faeh3gl2b9xomsl3qmkcn27652ysli", "gl2b9xomsl3qmk24mpnl7vi8ifp0faeh3gl2b9xomsl3qmkcn27652yslig01ik1", "gl2b9xomsl3qmk24mpnl7vi8ifp0faeh3gl2b9xomsl3qmkcn27652yslig01ik1gcc2fepeogxolh5y9mo", "gl2b9xomsl3qmk24mpnl7vi8ifp0faeh3gl2b9xomsl3qmkcn27652yslig01ik1gcc2fepeogxolh5y9mocn27652ysli", "gl2b9xomsl3qmk24mpnl7vi8ifp0faeh3gl2b9xomsl3qmkcn27652yslig01ik1gcc2fepeogxolh5y9mocn27652ysli2lmapv", "gl2b9xomsl3qmk24mpnl7vi8ifp0faeh3gl2b9xomsl3qmkcn27652yslig01ik1gcc2fepeogxolh5y9mocn27652ysli2lmapv24mpnl7vi8ifp0", "gl2b9xomsl3qmk24mpnl7vi8ifp0faeh3gl2b9xomsl3qmkcn27652yslig01ik1gcc2fepeogxolh5y9mocn27652ysli2lmapv24mpnl7vi8ifp0swvvhgn"]}, "config": {"commands": [7, 0, 14, 7, 12, 13, 10, 12, 4, 0, 3, 15], "max_length": 20, "min_length": 5, "num_commands": 12, "num_strings": 16, "strings": ["24mpnl7vi8ifp0", "jsjqj2y30o2xiz8", "32cu100wg", "swvvhgn", "2lmapv", "wa7of5gipt", "y9dgzag6", "gl2b9xomsl3qmk", "634efblqr", "u2er75a8xomu5reyv8ln", "gcc2fepeogxolh5y9mo", "gl0ck8f7ql614relxwr", "cn27652ysli", "g01ik1", "faeh3", "rovvdjs"]}, "task_name": "task05", "example_name": "0100", "problem_name": "task05_0100"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [fb2jcrab60, 3shclf92dcboj2nf, 1cnara8fy0wxa3zgrdc, tf8k76z99s, 5u6takz2, bi1qvhmf9zbz, cyscnza4fmxq9t8, jtrglll85hn1rzb, evqmlwt2fspfy61z0, yc27cudidxvdm2p, zi963r7n, n3perk79oup6gx8wnp7n]\nIndices: [0, 4, 3, 11, 5, 11, 3, 0, 4, 5, 11, 3]\n", "label": {"final": "fb2jcrab605u6takz2tf8k76z99sn3perk79oup6gx8wnp7nbi1qvhmf9zbzn3perk79oup6gx8wnp7ntf8k76z99sfb2jcrab605u6takz2bi1qvhmf9zbzn3perk79oup6gx8wnp7ntf8k76z99s", "init": "", "intermediate": ["fb2jcrab60", "fb2jcrab605u6takz2", "fb2jcrab605u6takz2tf8k76z99s", "fb2jcrab605u6takz2tf8k76z99sn3perk79oup6gx8wnp7n", "fb2jcrab605u6takz2tf8k76z99sn3perk79oup6gx8wnp7nbi1qvhmf9zbz", "fb2jcrab605u6takz2tf8k76z99sn3perk79oup6gx8wnp7nbi1qvhmf9zbzn3perk79oup6gx8wnp7n", "fb2jcrab605u6takz2tf8k76z99sn3perk79oup6gx8wnp7nbi1qvhmf9zbzn3perk79oup6gx8wnp7ntf8k76z99s", "fb2jcrab605u6takz2tf8k76z99sn3perk79oup6gx8wnp7nbi1qvhmf9zbzn3perk79oup6gx8wnp7ntf8k76z99sfb2jcrab60", "fb2jcrab605u6takz2tf8k76z99sn3perk79oup6gx8wnp7nbi1qvhmf9zbzn3perk79oup6gx8wnp7ntf8k76z99sfb2jcrab605u6takz2", "fb2jcrab605u6takz2tf8k76z99sn3perk79oup6gx8wnp7nbi1qvhmf9zbzn3perk79oup6gx8wnp7ntf8k76z99sfb2jcrab605u6takz2bi1qvhmf9zbz", "fb2jcrab605u6takz2tf8k76z99sn3perk79oup6gx8wnp7nbi1qvhmf9zbzn3perk79oup6gx8wnp7ntf8k76z99sfb2jcrab605u6takz2bi1qvhmf9zbzn3perk79oup6gx8wnp7n"]}, "config": {"commands": [0, 4, 3, 11, 5, 11, 3, 0, 4, 5, 11, 3], "max_length": 20, "min_length": 5, "num_commands": 12, "num_strings": 12, "strings": ["fb2jcrab60", "3shclf92dcboj2nf", "1cnara8fy0wxa3zgrdc", "tf8k76z99s", "5u6takz2", "bi1qvhmf9zbz", "cyscnza4fmxq9t8", "jtrglll85hn1rzb", "evqmlwt2fspfy61z0", "yc27cudidxvdm2p", "zi963r7n", "n3perk79oup6gx8wnp7n"]}, "task_name": "task05", "example_name": "0101", "problem_name": "task05_0101"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [uj3lgmh5sneo85my1, ocvgvl931j, zk6za21, vah564wrs, 03l1w1vhnlk, 8lcke2iknhz, jtkh5, kltc517y46]\nIndices: [4, 5, 0, 6, 4, 3, 1, 7, 3, 7, 7, 5]\n", "label": {"final": "03l1w1vhnlk8lcke2iknhzuj3lgmh5sneo85my1jtkh503l1w1vhnlkvah564wrsocvgvl931jkltc517y46vah564wrskltc517y46kltc517y468lcke2iknhz", "init": "", "intermediate": ["03l1w1vhnlk", "03l1w1vhnlk8lcke2iknhz", "03l1w1vhnlk8lcke2iknhzuj3lgmh5sneo85my1", "03l1w1vhnlk8lcke2iknhzuj3lgmh5sneo85my1jtkh5", "03l1w1vhnlk8lcke2iknhzuj3lgmh5sneo85my1jtkh503l1w1vhnlk", "03l1w1vhnlk8lcke2iknhzuj3lgmh5sneo85my1jtkh503l1w1vhnlkvah564wrs", "03l1w1vhnlk8lcke2iknhzuj3lgmh5sneo85my1jtkh503l1w1vhnlkvah564wrsocvgvl931j", "03l1w1vhnlk8lcke2iknhzuj3lgmh5sneo85my1jtkh503l1w1vhnlkvah564wrsocvgvl931jkltc517y46", "03l1w1vhnlk8lcke2iknhzuj3lgmh5sneo85my1jtkh503l1w1vhnlkvah564wrsocvgvl931jkltc517y46vah564wrs", "03l1w1vhnlk8lcke2iknhzuj3lgmh5sneo85my1jtkh503l1w1vhnlkvah564wrsocvgvl931jkltc517y46vah564wrskltc517y46", "03l1w1vhnlk8lcke2iknhzuj3lgmh5sneo85my1jtkh503l1w1vhnlkvah564wrsocvgvl931jkltc517y46vah564wrskltc517y46kltc517y46"]}, "config": {"commands": [4, 5, 0, 6, 4, 3, 1, 7, 3, 7, 7, 5], "max_length": 20, "min_length": 5, "num_commands": 12, "num_strings": 8, "strings": ["uj3lgmh5sneo85my1", "ocvgvl931j", "zk6za21", "vah564wrs", "03l1w1vhnlk", "8lcke2iknhz", "jtkh5", "kltc517y46"]}, "task_name": "task05", "example_name": "0102", "problem_name": "task05_0102"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [hqq6bn904dksta, fsex6q03sed5, cvgz665n6d0egtlg, 335kks, tbp1i]\nIndices: [3, 3, 2, 3, 3, 3, 4, 3, 0, 2, 0, 3]\n", "label": {"final": "335kks335kkscvgz665n6d0egtlg335kks335kks335kkstbp1i335kkshqq6bn904dkstacvgz665n6d0egtlghqq6bn904dksta335kks", "init": "", "intermediate": ["335kks", "335kks335kks", "335kks335kkscvgz665n6d0egtlg", "335kks335kkscvgz665n6d0egtlg335kks", "335kks335kkscvgz665n6d0egtlg335kks335kks", "335kks335kkscvgz665n6d0egtlg335kks335kks335kks", "335kks335kkscvgz665n6d0egtlg335kks335kks335kkstbp1i", "335kks335kkscvgz665n6d0egtlg335kks335kks335kkstbp1i335kks", "335kks335kkscvgz665n6d0egtlg335kks335kks335kkstbp1i335kkshqq6bn904dksta", "335kks335kkscvgz665n6d0egtlg335kks335kks335kkstbp1i335kkshqq6bn904dkstacvgz665n6d0egtlg", "335kks335kkscvgz665n6d0egtlg335kks335kks335kkstbp1i335kkshqq6bn904dkstacvgz665n6d0egtlghqq6bn904dksta"]}, "config": {"commands": [3, 3, 2, 3, 3, 3, 4, 3, 0, 2, 0, 3], "max_length": 20, "min_length": 5, "num_commands": 12, "num_strings": 5, "strings": ["hqq6bn904dksta", "fsex6q03sed5", "cvgz665n6d0egtlg", "335kks", "tbp1i"]}, "task_name": "task05", "example_name": "0103", "problem_name": "task05_0103"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [6to3ccvsmw, g9pz71lc, cta5mt8glrp0z5, 0pnfi5mndv4i4j9qqk, mshoe1, 77x6u17fy1bz172, ltal48gyyz, ksyoz4y2u43, k4263jbz4hk07qo2vqco, 42bkz1m2b0ud, lc782xygxw5eg1qj8f, twlx31zj, fvhxcdmzm, tulk6t76n1otemj3y8]\nIndices: [3, 0, 2, 6, 12, 0, 6, 10, 12, 4, 13, 6]\n", "label": {"final": "0pnfi5mndv4i4j9qqk6to3ccvsmwcta5mt8glrp0z5ltal48gyyzfvhxcdmzm6to3ccvsmwltal48gyyzlc782xygxw5eg1qj8ffvhxcdmzmmshoe1tulk6t76n1otemj3y8ltal48gyyz", "init": "", "intermediate": ["0pnfi5mndv4i4j9qqk", "0pnfi5mndv4i4j9qqk6to3ccvsmw", "0pnfi5mndv4i4j9qqk6to3ccvsmwcta5mt8glrp0z5", "0pnfi5mndv4i4j9qqk6to3ccvsmwcta5mt8glrp0z5ltal48gyyz", "0pnfi5mndv4i4j9qqk6to3ccvsmwcta5mt8glrp0z5ltal48gyyzfvhxcdmzm", "0pnfi5mndv4i4j9qqk6to3ccvsmwcta5mt8glrp0z5ltal48gyyzfvhxcdmzm6to3ccvsmw", "0pnfi5mndv4i4j9qqk6to3ccvsmwcta5mt8glrp0z5ltal48gyyzfvhxcdmzm6to3ccvsmwltal48gyyz", "0pnfi5mndv4i4j9qqk6to3ccvsmwcta5mt8glrp0z5ltal48gyyzfvhxcdmzm6to3ccvsmwltal48gyyzlc782xygxw5eg1qj8f", "0pnfi5mndv4i4j9qqk6to3ccvsmwcta5mt8glrp0z5ltal48gyyzfvhxcdmzm6to3ccvsmwltal48gyyzlc782xygxw5eg1qj8ffvhxcdmzm", "0pnfi5mndv4i4j9qqk6to3ccvsmwcta5mt8glrp0z5ltal48gyyzfvhxcdmzm6to3ccvsmwltal48gyyzlc782xygxw5eg1qj8ffvhxcdmzmmshoe1", "0pnfi5mndv4i4j9qqk6to3ccvsmwcta5mt8glrp0z5ltal48gyyzfvhxcdmzm6to3ccvsmwltal48gyyzlc782xygxw5eg1qj8ffvhxcdmzmmshoe1tulk6t76n1otemj3y8"]}, "config": {"commands": [3, 0, 2, 6, 12, 0, 6, 10, 12, 4, 13, 6], "max_length": 20, "min_length": 5, "num_commands": 12, "num_strings": 14, "strings": ["6to3ccvsmw", "g9pz71lc", "cta5mt8glrp0z5", "0pnfi5mndv4i4j9qqk", "mshoe1", "77x6u17fy1bz172", "ltal48gyyz", "ksyoz4y2u43", "k4263jbz4hk07qo2vqco", "42bkz1m2b0ud", "lc782xygxw5eg1qj8f", "twlx31zj", "fvhxcdmzm", "tulk6t76n1otemj3y8"]}, "task_name": "task05", "example_name": "0104", "problem_name": "task05_0104"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [crbni9, 3kt0u40z13, qk7zaj9n5rqlltbx4a, y6eqno70k2rypzndzi, srq10q4i2untcbbda, nzyvqnywd0ruy4hxa, hqgrsux446holy9el, 5ztz0baeh0wxo22qx9t, dfhp7f7l, o20p6zvuipm678792d4, mbsq7nmsmsds4qmjpkg]\nIndices: [3, 6, 7, 9, 1, 10, 7, 10, 5, 0, 7, 4]\n", "label": {"final": "y6eqno70k2rypzndzihqgrsux446holy9el5ztz0baeh0wxo22qx9to20p6zvuipm678792d43kt0u40z13mbsq7nmsmsds4qmjpkg5ztz0baeh0wxo22qx9tmbsq7nmsmsds4qmjpkgnzyvqnywd0ruy4hxacrbni95ztz0baeh0wxo22qx9tsrq10q4i2untcbbda", "init": "", "intermediate": ["y6eqno70k2rypzndzi", "y6eqno70k2rypzndzihqgrsux446holy9el", "y6eqno70k2rypzndzihqgrsux446holy9el5ztz0baeh0wxo22qx9t", "y6eqno70k2rypzndzihqgrsux446holy9el5ztz0baeh0wxo22qx9to20p6zvuipm678792d4", "y6eqno70k2rypzndzihqgrsux446holy9el5ztz0baeh0wxo22qx9to20p6zvuipm678792d43kt0u40z13", "y6eqno70k2rypzndzihqgrsux446holy9el5ztz0baeh0wxo22qx9to20p6zvuipm678792d43kt0u40z13mbsq7nmsmsds4qmjpkg", "y6eqno70k2rypzndzihqgrsux446holy9el5ztz0baeh0wxo22qx9to20p6zvuipm678792d43kt0u40z13mbsq7nmsmsds4qmjpkg5ztz0baeh0wxo22qx9t", "y6eqno70k2rypzndzihqgrsux446holy9el5ztz0baeh0wxo22qx9to20p6zvuipm678792d43kt0u40z13mbsq7nmsmsds4qmjpkg5ztz0baeh0wxo22qx9tmbsq7nmsmsds4qmjpkg", "y6eqno70k2rypzndzihqgrsux446holy9el5ztz0baeh0wxo22qx9to20p6zvuipm678792d43kt0u40z13mbsq7nmsmsds4qmjpkg5ztz0baeh0wxo22qx9tmbsq7nmsmsds4qmjpkgnzyvqnywd0ruy4hxa", "y6eqno70k2rypzndzihqgrsux446holy9el5ztz0baeh0wxo22qx9to20p6zvuipm678792d43kt0u40z13mbsq7nmsmsds4qmjpkg5ztz0baeh0wxo22qx9tmbsq7nmsmsds4qmjpkgnzyvqnywd0ruy4hxacrbni9", "y6eqno70k2rypzndzihqgrsux446holy9el5ztz0baeh0wxo22qx9to20p6zvuipm678792d43kt0u40z13mbsq7nmsmsds4qmjpkg5ztz0baeh0wxo22qx9tmbsq7nmsmsds4qmjpkgnzyvqnywd0ruy4hxacrbni95ztz0baeh0wxo22qx9t"]}, "config": {"commands": [3, 6, 7, 9, 1, 10, 7, 10, 5, 0, 7, 4], "max_length": 20, "min_length": 5, "num_commands": 12, "num_strings": 11, "strings": ["crbni9", "3kt0u40z13", "qk7zaj9n5rqlltbx4a", "y6eqno70k2rypzndzi", "srq10q4i2untcbbda", "nzyvqnywd0ruy4hxa", "hqgrsux446holy9el", "5ztz0baeh0wxo22qx9t", "dfhp7f7l", "o20p6zvuipm678792d4", "mbsq7nmsmsds4qmjpkg"]}, "task_name": "task05", "example_name": "0105", "problem_name": "task05_0105"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [5ktm6j40, zyqrocihy, pnyp7o94ylnvma, rp0oa1wc7s8n, a4kkn5, 9y6fz13z7eac0h, bqrhql55r, uqskgoqp7vfpwh]\nIndices: [5, 6, 1, 0, 7, 6, 6, 2, 5, 0, 6, 4]\n", "label": {"final": "9y6fz13z7eac0hbqrhql55rzyqrocihy5ktm6j40uqskgoqp7vfpwhbqrhql55rbqrhql55rpnyp7o94ylnvma9y6fz13z7eac0h5ktm6j40bqrhql55ra4kkn5", "init": "", "intermediate": ["9y6fz13z7eac0h", "9y6fz13z7eac0hbqrhql55r", "9y6fz13z7eac0hbqrhql55rzyqrocihy", "9y6fz13z7eac0hbqrhql55rzyqrocihy5ktm6j40", "9y6fz13z7eac0hbqrhql55rzyqrocihy5ktm6j40uqskgoqp7vfpwh", "9y6fz13z7eac0hbqrhql55rzyqrocihy5ktm6j40uqskgoqp7vfpwhbqrhql55r", "9y6fz13z7eac0hbqrhql55rzyqrocihy5ktm6j40uqskgoqp7vfpwhbqrhql55rbqrhql55r", "9y6fz13z7eac0hbqrhql55rzyqrocihy5ktm6j40uqskgoqp7vfpwhbqrhql55rbqrhql55rpnyp7o94ylnvma", "9y6fz13z7eac0hbqrhql55rzyqrocihy5ktm6j40uqskgoqp7vfpwhbqrhql55rbqrhql55rpnyp7o94ylnvma9y6fz13z7eac0h", "9y6fz13z7eac0hbqrhql55rzyqrocihy5ktm6j40uqskgoqp7vfpwhbqrhql55rbqrhql55rpnyp7o94ylnvma9y6fz13z7eac0h5ktm6j40", "9y6fz13z7eac0hbqrhql55rzyqrocihy5ktm6j40uqskgoqp7vfpwhbqrhql55rbqrhql55rpnyp7o94ylnvma9y6fz13z7eac0h5ktm6j40bqrhql55r"]}, "config": {"commands": [5, 6, 1, 0, 7, 6, 6, 2, 5, 0, 6, 4], "max_length": 20, "min_length": 5, "num_commands": 12, "num_strings": 8, "strings": ["5ktm6j40", "zyqrocihy", "pnyp7o94ylnvma", "rp0oa1wc7s8n", "a4kkn5", "9y6fz13z7eac0h", "bqrhql55r", "uqskgoqp7vfpwh"]}, "task_name": "task05", "example_name": "0106", "problem_name": "task05_0106"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [b2bwzg0ofn6b1o, yec0l2vgc9c31, ep5f4il8d9a, v83fmjbnn5, vw251l8kbl, mlcb32h6ifbm28quj3a5, 3abs2v0djpny9oqfr51u, 1tmgd1ph, se5tldpl, 13h2feoo, w4v2wjd9kv9d2eut9m, nzpdali8v, ma6khdx, hiy8a8g8nswjw, cfral55, z9duv, 9je0x, g3s9tt, plcwap40khxnkgan, yla1nuwui9, 0swobql07490w, we1rexyquhsnw62j2e, ucq66vu12ueanfej3, i7azqepsn2p4hgzzbhv]\nIndices: [14, 5, 17, 0, 17, 18, 11, 21, 17, 7, 19, 13]\n", "label": {"final": "cfral55mlcb32h6ifbm28quj3a5g3s9ttb2bwzg0ofn6b1og3s9ttplcwap40khxnkgannzpdali8vwe1rexyquhsnw62j2eg3s9tt1tmgd1phyla1nuwui9hiy8a8g8nswjw", "init": "", "intermediate": ["cfral55", "cfral55mlcb32h6ifbm28quj3a5", "cfral55mlcb32h6ifbm28quj3a5g3s9tt", "cfral55mlcb32h6ifbm28quj3a5g3s9ttb2bwzg0ofn6b1o", "cfral55mlcb32h6ifbm28quj3a5g3s9ttb2bwzg0ofn6b1og3s9tt", "cfral55mlcb32h6ifbm28quj3a5g3s9ttb2bwzg0ofn6b1og3s9ttplcwap40khxnkgan", "cfral55mlcb32h6ifbm28quj3a5g3s9ttb2bwzg0ofn6b1og3s9ttplcwap40khxnkgannzpdali8v", "cfral55mlcb32h6ifbm28quj3a5g3s9ttb2bwzg0ofn6b1og3s9ttplcwap40khxnkgannzpdali8vwe1rexyquhsnw62j2e", "cfral55mlcb32h6ifbm28quj3a5g3s9ttb2bwzg0ofn6b1og3s9ttplcwap40khxnkgannzpdali8vwe1rexyquhsnw62j2eg3s9tt", "cfral55mlcb32h6ifbm28quj3a5g3s9ttb2bwzg0ofn6b1og3s9ttplcwap40khxnkgannzpdali8vwe1rexyquhsnw62j2eg3s9tt1tmgd1ph", "cfral55mlcb32h6ifbm28quj3a5g3s9ttb2bwzg0ofn6b1og3s9ttplcwap40khxnkgannzpdali8vwe1rexyquhsnw62j2eg3s9tt1tmgd1phyla1nuwui9"]}, "config": {"commands": [14, 5, 17, 0, 17, 18, 11, 21, 17, 7, 19, 13], "max_length": 20, "min_length": 5, "num_commands": 12, "num_strings": 24, "strings": ["b2bwzg0ofn6b1o", "yec0l2vgc9c31", "ep5f4il8d9a", "v83fmjbnn5", "vw251l8kbl", "mlcb32h6ifbm28quj3a5", "3abs2v0djpny9oqfr51u", "1tmgd1ph", "se5tldpl", "13h2feoo", "w4v2wjd9kv9d2eut9m", "nzpdali8v", "ma6khdx", "hiy8a8g8nswjw", "cfral55", "z9duv", "9je0x", "g3s9tt", "plcwap40khxnkgan", "yla1nuwui9", "0swobql07490w", "we1rexyquhsnw62j2e", "ucq66vu12ueanfej3", "i7azqepsn2p4hgzzbhv"]}, "task_name": "task05", "example_name": "0107", "problem_name": "task05_0107"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [85cy1tri74flyl12wyl, 50n7n4t13swch8, jbl502nsc2j28e0dxc, ewzdg5lgk9o92, 0cipz47gz6l9zv2lj25, hahkd29r, aagn65tb90dv1dccn, 3kshck7eohgfj8qxq, rjzlfvi0w1myw]\nIndices: [1, 5, 6, 1, 4, 5, 4, 6, 1, 3, 5, 4]\n", "label": {"final": "50n7n4t13swch8hahkd29raagn65tb90dv1dccn50n7n4t13swch80cipz47gz6l9zv2lj25hahkd29r0cipz47gz6l9zv2lj25aagn65tb90dv1dccn50n7n4t13swch8ewzdg5lgk9o92hahkd29r0cipz47gz6l9zv2lj25", "init": "", "intermediate": ["50n7n4t13swch8", "50n7n4t13swch8hahkd29r", "50n7n4t13swch8hahkd29raagn65tb90dv1dccn", "50n7n4t13swch8hahkd29raagn65tb90dv1dccn50n7n4t13swch8", "50n7n4t13swch8hahkd29raagn65tb90dv1dccn50n7n4t13swch80cipz47gz6l9zv2lj25", "50n7n4t13swch8hahkd29raagn65tb90dv1dccn50n7n4t13swch80cipz47gz6l9zv2lj25hahkd29r", "50n7n4t13swch8hahkd29raagn65tb90dv1dccn50n7n4t13swch80cipz47gz6l9zv2lj25hahkd29r0cipz47gz6l9zv2lj25", "50n7n4t13swch8hahkd29raagn65tb90dv1dccn50n7n4t13swch80cipz47gz6l9zv2lj25hahkd29r0cipz47gz6l9zv2lj25aagn65tb90dv1dccn", "50n7n4t13swch8hahkd29raagn65tb90dv1dccn50n7n4t13swch80cipz47gz6l9zv2lj25hahkd29r0cipz47gz6l9zv2lj25aagn65tb90dv1dccn50n7n4t13swch8", "50n7n4t13swch8hahkd29raagn65tb90dv1dccn50n7n4t13swch80cipz47gz6l9zv2lj25hahkd29r0cipz47gz6l9zv2lj25aagn65tb90dv1dccn50n7n4t13swch8ewzdg5lgk9o92", "50n7n4t13swch8hahkd29raagn65tb90dv1dccn50n7n4t13swch80cipz47gz6l9zv2lj25hahkd29r0cipz47gz6l9zv2lj25aagn65tb90dv1dccn50n7n4t13swch8ewzdg5lgk9o92hahkd29r"]}, "config": {"commands": [1, 5, 6, 1, 4, 5, 4, 6, 1, 3, 5, 4], "max_length": 20, "min_length": 5, "num_commands": 12, "num_strings": 9, "strings": ["85cy1tri74flyl12wyl", "50n7n4t13swch8", "jbl502nsc2j28e0dxc", "ewzdg5lgk9o92", "0cipz47gz6l9zv2lj25", "hahkd29r", "aagn65tb90dv1dccn", "3kshck7eohgfj8qxq", "rjzlfvi0w1myw"]}, "task_name": "task05", "example_name": "0108", "problem_name": "task05_0108"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [fq6seerp2, 0v3ye4nfup2wr4msjg, ytwmh78eiaq0fvenz, lwtzs8jmupsrsmi, eein1l4dguu, 7zi4icl0xyyjh, k7jezen7i96znevbe, yl3m0k, 0yl7vp3ruc7834250w2, ga28oovo3sk2jpun4, sh03j9jaw35, cicmnoy4q2blb, aw2pf74sy4, nc6vp9w89hjj3yv733, 2qwqcj4vgkb9dh8, ggcm5f3ayomd, goxvu2p9px, pa2m7]\nIndices: [13, 1, 14, 15, 1, 13, 8, 10, 4, 3, 2, 10]\n", "label": {"final": "nc6vp9w89hjj3yv7330v3ye4nfup2wr4msjg2qwqcj4vgkb9dh8ggcm5f3ayomd0v3ye4nfup2wr4msjgnc6vp9w89hjj3yv7330yl7vp3ruc7834250w2sh03j9jaw35eein1l4dguulwtzs8jmupsrsmiytwmh78eiaq0fvenzsh03j9jaw35", "init": "", "intermediate": ["nc6vp9w89hjj3yv733", "nc6vp9w89hjj3yv7330v3ye4nfup2wr4msjg", "nc6vp9w89hjj3yv7330v3ye4nfup2wr4msjg2qwqcj4vgkb9dh8", "nc6vp9w89hjj3yv7330v3ye4nfup2wr4msjg2qwqcj4vgkb9dh8ggcm5f3ayomd", "nc6vp9w89hjj3yv7330v3ye4nfup2wr4msjg2qwqcj4vgkb9dh8ggcm5f3ayomd0v3ye4nfup2wr4msjg", "nc6vp9w89hjj3yv7330v3ye4nfup2wr4msjg2qwqcj4vgkb9dh8ggcm5f3ayomd0v3ye4nfup2wr4msjgnc6vp9w89hjj3yv733", "nc6vp9w89hjj3yv7330v3ye4nfup2wr4msjg2qwqcj4vgkb9dh8ggcm5f3ayomd0v3ye4nfup2wr4msjgnc6vp9w89hjj3yv7330yl7vp3ruc7834250w2", "nc6vp9w89hjj3yv7330v3ye4nfup2wr4msjg2qwqcj4vgkb9dh8ggcm5f3ayomd0v3ye4nfup2wr4msjgnc6vp9w89hjj3yv7330yl7vp3ruc7834250w2sh03j9jaw35", "nc6vp9w89hjj3yv7330v3ye4nfup2wr4msjg2qwqcj4vgkb9dh8ggcm5f3ayomd0v3ye4nfup2wr4msjgnc6vp9w89hjj3yv7330yl7vp3ruc7834250w2sh03j9jaw35eein1l4dguu", "nc6vp9w89hjj3yv7330v3ye4nfup2wr4msjg2qwqcj4vgkb9dh8ggcm5f3ayomd0v3ye4nfup2wr4msjgnc6vp9w89hjj3yv7330yl7vp3ruc7834250w2sh03j9jaw35eein1l4dguulwtzs8jmupsrsmi", "nc6vp9w89hjj3yv7330v3ye4nfup2wr4msjg2qwqcj4vgkb9dh8ggcm5f3ayomd0v3ye4nfup2wr4msjgnc6vp9w89hjj3yv7330yl7vp3ruc7834250w2sh03j9jaw35eein1l4dguulwtzs8jmupsrsmiytwmh78eiaq0fvenz"]}, "config": {"commands": [13, 1, 14, 15, 1, 13, 8, 10, 4, 3, 2, 10], "max_length": 20, "min_length": 5, "num_commands": 12, "num_strings": 18, "strings": ["fq6seerp2", "0v3ye4nfup2wr4msjg", "ytwmh78eiaq0fvenz", "lwtzs8jmupsrsmi", "eein1l4dguu", "7zi4icl0xyyjh", "k7jezen7i96znevbe", "yl3m0k", "0yl7vp3ruc7834250w2", "ga28oovo3sk2jpun4", "sh03j9jaw35", "cicmnoy4q2blb", "aw2pf74sy4", "nc6vp9w89hjj3yv733", "2qwqcj4vgkb9dh8", "ggcm5f3ayomd", "goxvu2p9px", "pa2m7"]}, "task_name": "task05", "example_name": "0109", "problem_name": "task05_0109"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [7ic7lgnqpm, kbrfd7kgdnwt443gfr, 1k2r6n5snfyv89x21j2z, ms88au8fmzqrfpx8j, eg178, lgxuu0ya87l, 6j3pbr3, ahzg3ku2dvi, scy2q29bbmf0, 7n6j99]\nIndices: [2, 9, 9, 6, 7, 4, 7, 6, 8, 2, 5, 9, 9]\n", "label": {"final": "1k2r6n5snfyv89x21j2z7n6j997n6j996j3pbr3ahzg3ku2dvieg178ahzg3ku2dvi6j3pbr3scy2q29bbmf01k2r6n5snfyv89x21j2zlgxuu0ya87l7n6j997n6j99", "init": "", "intermediate": ["1k2r6n5snfyv89x21j2z", "1k2r6n5snfyv89x21j2z7n6j99", "1k2r6n5snfyv89x21j2z7n6j997n6j99", "1k2r6n5snfyv89x21j2z7n6j997n6j996j3pbr3", "1k2r6n5snfyv89x21j2z7n6j997n6j996j3pbr3ahzg3ku2dvi", "1k2r6n5snfyv89x21j2z7n6j997n6j996j3pbr3ahzg3ku2dvieg178", "1k2r6n5snfyv89x21j2z7n6j997n6j996j3pbr3ahzg3ku2dvieg178ahzg3ku2dvi", "1k2r6n5snfyv89x21j2z7n6j997n6j996j3pbr3ahzg3ku2dvieg178ahzg3ku2dvi6j3pbr3", "1k2r6n5snfyv89x21j2z7n6j997n6j996j3pbr3ahzg3ku2dvieg178ahzg3ku2dvi6j3pbr3scy2q29bbmf0", "1k2r6n5snfyv89x21j2z7n6j997n6j996j3pbr3ahzg3ku2dvieg178ahzg3ku2dvi6j3pbr3scy2q29bbmf01k2r6n5snfyv89x21j2z", "1k2r6n5snfyv89x21j2z7n6j997n6j996j3pbr3ahzg3ku2dvieg178ahzg3ku2dvi6j3pbr3scy2q29bbmf01k2r6n5snfyv89x21j2zlgxuu0ya87l", "1k2r6n5snfyv89x21j2z7n6j997n6j996j3pbr3ahzg3ku2dvieg178ahzg3ku2dvi6j3pbr3scy2q29bbmf01k2r6n5snfyv89x21j2zlgxuu0ya87l7n6j99"]}, "config": {"commands": [2, 9, 9, 6, 7, 4, 7, 6, 8, 2, 5, 9, 9], "max_length": 20, "min_length": 5, "num_commands": 13, "num_strings": 10, "strings": ["7ic7lgnqpm", "kbrfd7kgdnwt443gfr", "1k2r6n5snfyv89x21j2z", "ms88au8fmzqrfpx8j", "eg178", "lgxuu0ya87l", "6j3pbr3", "ahzg3ku2dvi", "scy2q29bbmf0", "7n6j99"]}, "task_name": "task05", "example_name": "0110", "problem_name": "task05_0110"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [vujclt, kvmj7smfmq9, x29ykvgq4nt, bae7p9n06hcymcc, nd3gg0qjflgpgub5g09, 243wt2sog]\nIndices: [2, 4, 2, 4, 2, 5, 0, 2, 3, 0, 2, 5, 4]\n", "label": {"final": "x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4nt243wt2sogvujcltx29ykvgq4ntbae7p9n06hcymccvujcltx29ykvgq4nt243wt2sognd3gg0qjflgpgub5g09", "init": "", "intermediate": ["x29ykvgq4nt", "x29ykvgq4ntnd3gg0qjflgpgub5g09", "x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4nt", "x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4ntnd3gg0qjflgpgub5g09", "x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4nt", "x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4nt243wt2sog", "x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4nt243wt2sogvujclt", "x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4nt243wt2sogvujcltx29ykvgq4nt", "x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4nt243wt2sogvujcltx29ykvgq4ntbae7p9n06hcymcc", "x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4nt243wt2sogvujcltx29ykvgq4ntbae7p9n06hcymccvujclt", "x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4nt243wt2sogvujcltx29ykvgq4ntbae7p9n06hcymccvujcltx29ykvgq4nt", "x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4ntnd3gg0qjflgpgub5g09x29ykvgq4nt243wt2sogvujcltx29ykvgq4ntbae7p9n06hcymccvujcltx29ykvgq4nt243wt2sog"]}, "config": {"commands": [2, 4, 2, 4, 2, 5, 0, 2, 3, 0, 2, 5, 4], "max_length": 20, "min_length": 5, "num_commands": 13, "num_strings": 6, "strings": ["vujclt", "kvmj7smfmq9", "x29ykvgq4nt", "bae7p9n06hcymcc", "nd3gg0qjflgpgub5g09", "243wt2sog"]}, "task_name": "task05", "example_name": "0111", "problem_name": "task05_0111"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [gs5mzx5y, 15y3utonja8, rfdgzw8ia4zqpg8v, 70e2fsbmxh, lwxwfd, 55f39nf0b1, 174yfq, he345zovw4ubv4, q3g5p17v, uts39bm, bukmgsgu0b07wr7dd9, bfwkfm0pojzds2czn, u3d5zsg, 2hwg9tar3, 9o5545pvuox1dpym7ae, owms9ln2oxwcw5ohc1, rttm24zov, 1xidw8ty9xf22oo4]\nIndices: [7, 2, 0, 10, 0, 3, 2, 11, 7, 8, 7, 16, 6]\n", "label": {"final": "he345zovw4ubv4rfdgzw8ia4zqpg8vgs5mzx5ybukmgsgu0b07wr7dd9gs5mzx5y70e2fsbmxhrfdgzw8ia4zqpg8vbfwkfm0pojzds2cznhe345zovw4ubv4q3g5p17vhe345zovw4ubv4rttm24zov174yfq", "init": "", "intermediate": ["he345zovw4ubv4", "he345zovw4ubv4rfdgzw8ia4zqpg8v", "he345zovw4ubv4rfdgzw8ia4zqpg8vgs5mzx5y", "he345zovw4ubv4rfdgzw8ia4zqpg8vgs5mzx5ybukmgsgu0b07wr7dd9", "he345zovw4ubv4rfdgzw8ia4zqpg8vgs5mzx5ybukmgsgu0b07wr7dd9gs5mzx5y", "he345zovw4ubv4rfdgzw8ia4zqpg8vgs5mzx5ybukmgsgu0b07wr7dd9gs5mzx5y70e2fsbmxh", "he345zovw4ubv4rfdgzw8ia4zqpg8vgs5mzx5ybukmgsgu0b07wr7dd9gs5mzx5y70e2fsbmxhrfdgzw8ia4zqpg8v", "he345zovw4ubv4rfdgzw8ia4zqpg8vgs5mzx5ybukmgsgu0b07wr7dd9gs5mzx5y70e2fsbmxhrfdgzw8ia4zqpg8vbfwkfm0pojzds2czn", "he345zovw4ubv4rfdgzw8ia4zqpg8vgs5mzx5ybukmgsgu0b07wr7dd9gs5mzx5y70e2fsbmxhrfdgzw8ia4zqpg8vbfwkfm0pojzds2cznhe345zovw4ubv4", "he345zovw4ubv4rfdgzw8ia4zqpg8vgs5mzx5ybukmgsgu0b07wr7dd9gs5mzx5y70e2fsbmxhrfdgzw8ia4zqpg8vbfwkfm0pojzds2cznhe345zovw4ubv4q3g5p17v", "he345zovw4ubv4rfdgzw8ia4zqpg8vgs5mzx5ybukmgsgu0b07wr7dd9gs5mzx5y70e2fsbmxhrfdgzw8ia4zqpg8vbfwkfm0pojzds2cznhe345zovw4ubv4q3g5p17vhe345zovw4ubv4", "he345zovw4ubv4rfdgzw8ia4zqpg8vgs5mzx5ybukmgsgu0b07wr7dd9gs5mzx5y70e2fsbmxhrfdgzw8ia4zqpg8vbfwkfm0pojzds2cznhe345zovw4ubv4q3g5p17vhe345zovw4ubv4rttm24zov"]}, "config": {"commands": [7, 2, 0, 10, 0, 3, 2, 11, 7, 8, 7, 16, 6], "max_length": 20, "min_length": 5, "num_commands": 13, "num_strings": 18, "strings": ["gs5mzx5y", "15y3utonja8", "rfdgzw8ia4zqpg8v", "70e2fsbmxh", "lwxwfd", "55f39nf0b1", "174yfq", "he345zovw4ubv4", "q3g5p17v", "uts39bm", "bukmgsgu0b07wr7dd9", "bfwkfm0pojzds2czn", "u3d5zsg", "2hwg9tar3", "9o5545pvuox1dpym7ae", "owms9ln2oxwcw5ohc1", "rttm24zov", "1xidw8ty9xf22oo4"]}, "task_name": "task05", "example_name": "0112", "problem_name": "task05_0112"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [rma7bsskvh, myy84o0x5ri1q0w, 7c569mxqed, 8i96padxvz7k1p28, cevxpzv6, 2ytzpp5e, yfxkvu, acub1850ddv3096, kdazh1, aya8cvdzblne2054yun, p29znvorvo, qfwybwg26k, 3vnruvfvhmxx7akugl79]\nIndices: [5, 11, 2, 0, 8, 0, 11, 9, 8, 12, 6, 5, 1]\n", "label": {"final": "2ytzpp5eqfwybwg26k7c569mxqedrma7bsskvhkdazh1rma7bsskvhqfwybwg26kaya8cvdzblne2054yunkdazh13vnruvfvhmxx7akugl79yfxkvu2ytzpp5emyy84o0x5ri1q0w", "init": "", "intermediate": ["2ytzpp5e", "2ytzpp5eqfwybwg26k", "2ytzpp5eqfwybwg26k7c569mxqed", "2ytzpp5eqfwybwg26k7c569mxqedrma7bsskvh", "2ytzpp5eqfwybwg26k7c569mxqedrma7bsskvhkdazh1", "2ytzpp5eqfwybwg26k7c569mxqedrma7bsskvhkdazh1rma7bsskvh", "2ytzpp5eqfwybwg26k7c569mxqedrma7bsskvhkdazh1rma7bsskvhqfwybwg26k", "2ytzpp5eqfwybwg26k7c569mxqedrma7bsskvhkdazh1rma7bsskvhqfwybwg26kaya8cvdzblne2054yun", "2ytzpp5eqfwybwg26k7c569mxqedrma7bsskvhkdazh1rma7bsskvhqfwybwg26kaya8cvdzblne2054yunkdazh1", "2ytzpp5eqfwybwg26k7c569mxqedrma7bsskvhkdazh1rma7bsskvhqfwybwg26kaya8cvdzblne2054yunkdazh13vnruvfvhmxx7akugl79", "2ytzpp5eqfwybwg26k7c569mxqedrma7bsskvhkdazh1rma7bsskvhqfwybwg26kaya8cvdzblne2054yunkdazh13vnruvfvhmxx7akugl79yfxkvu", "2ytzpp5eqfwybwg26k7c569mxqedrma7bsskvhkdazh1rma7bsskvhqfwybwg26kaya8cvdzblne2054yunkdazh13vnruvfvhmxx7akugl79yfxkvu2ytzpp5e"]}, "config": {"commands": [5, 11, 2, 0, 8, 0, 11, 9, 8, 12, 6, 5, 1], "max_length": 20, "min_length": 5, "num_commands": 13, "num_strings": 13, "strings": ["rma7bsskvh", "myy84o0x5ri1q0w", "7c569mxqed", "8i96padxvz7k1p28", "cevxpzv6", "2ytzpp5e", "yfxkvu", "acub1850ddv3096", "kdazh1", "aya8cvdzblne2054yun", "p29znvorvo", "qfwybwg26k", "3vnruvfvhmxx7akugl79"]}, "task_name": "task05", "example_name": "0113", "problem_name": "task05_0113"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [e1ep3i1byhb, ogfz275ai32z3, lgp8eu2lc08dv, oxa6ux, oyyran0c98vc8, rqvwz9845ijdjo5z, pjco9aktsth, v2hqqzv2, beq6ejqt4oxmfs, 9xudnw, etr90phyg2k8, qcv70zagae, ms0gbjq1w35fln1q7tmz, yax2bq15i5, 55dppef5pm15j65u7cfw, e1hz9zei8c10pk12m0hx, fcepzp, qqp3nxa85q7d, 57n1m0, 684upcktj684u7ox, ex0riq92yl, ecsb69r7u7ste, tg3j68u]\nIndices: [5, 2, 0, 5, 21, 17, 6, 21, 0, 16, 1, 8, 7]\n", "label": {"final": "rqvwz9845ijdjo5zlgp8eu2lc08dve1ep3i1byhbrqvwz9845ijdjo5zecsb69r7u7steqqp3nxa85q7dpjco9aktsthecsb69r7u7stee1ep3i1byhbfcepzpogfz275ai32z3beq6ejqt4oxmfsv2hqqzv2", "init": "", "intermediate": ["rqvwz9845ijdjo5z", "rqvwz9845ijdjo5zlgp8eu2lc08dv", "rqvwz9845ijdjo5zlgp8eu2lc08dve1ep3i1byhb", "rqvwz9845ijdjo5zlgp8eu2lc08dve1ep3i1byhbrqvwz9845ijdjo5z", "rqvwz9845ijdjo5zlgp8eu2lc08dve1ep3i1byhbrqvwz9845ijdjo5zecsb69r7u7ste", "rqvwz9845ijdjo5zlgp8eu2lc08dve1ep3i1byhbrqvwz9845ijdjo5zecsb69r7u7steqqp3nxa85q7d", "rqvwz9845ijdjo5zlgp8eu2lc08dve1ep3i1byhbrqvwz9845ijdjo5zecsb69r7u7steqqp3nxa85q7dpjco9aktsth", "rqvwz9845ijdjo5zlgp8eu2lc08dve1ep3i1byhbrqvwz9845ijdjo5zecsb69r7u7steqqp3nxa85q7dpjco9aktsthecsb69r7u7ste", "rqvwz9845ijdjo5zlgp8eu2lc08dve1ep3i1byhbrqvwz9845ijdjo5zecsb69r7u7steqqp3nxa85q7dpjco9aktsthecsb69r7u7stee1ep3i1byhb", "rqvwz9845ijdjo5zlgp8eu2lc08dve1ep3i1byhbrqvwz9845ijdjo5zecsb69r7u7steqqp3nxa85q7dpjco9aktsthecsb69r7u7stee1ep3i1byhbfcepzp", "rqvwz9845ijdjo5zlgp8eu2lc08dve1ep3i1byhbrqvwz9845ijdjo5zecsb69r7u7steqqp3nxa85q7dpjco9aktsthecsb69r7u7stee1ep3i1byhbfcepzpogfz275ai32z3", "rqvwz9845ijdjo5zlgp8eu2lc08dve1ep3i1byhbrqvwz9845ijdjo5zecsb69r7u7steqqp3nxa85q7dpjco9aktsthecsb69r7u7stee1ep3i1byhbfcepzpogfz275ai32z3beq6ejqt4oxmfs"]}, "config": {"commands": [5, 2, 0, 5, 21, 17, 6, 21, 0, 16, 1, 8, 7], "max_length": 20, "min_length": 5, "num_commands": 13, "num_strings": 23, "strings": ["e1ep3i1byhb", "ogfz275ai32z3", "lgp8eu2lc08dv", "oxa6ux", "oyyran0c98vc8", "rqvwz9845ijdjo5z", "pjco9aktsth", "v2hqqzv2", "beq6ejqt4oxmfs", "9xudnw", "etr90phyg2k8", "qcv70zagae", "ms0gbjq1w35fln1q7tmz", "yax2bq15i5", "55dppef5pm15j65u7cfw", "e1hz9zei8c10pk12m0hx", "fcepzp", "qqp3nxa85q7d", "57n1m0", "684upcktj684u7ox", "ex0riq92yl", "ecsb69r7u7ste", "tg3j68u"]}, "task_name": "task05", "example_name": "0114", "problem_name": "task05_0114"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jonfl5giefa5kab9, tjwpcy, 9xe476ggru5rx, 32xlqigu8xof5zrquh, bn5jckpspf, rkk996x, 0tujppn, 6phq2etnb2lt, sym5gd2, hwcze4, ij9s6jx97zqfw0, y9v8kf5bahx076sm6tn, npsw6193cj, hg6wqezurniz4wc, yxi8eij5sd0sb2, wwtw4bw5rm9b, 94qnnc, nx3f6laa3uracr366xdd, g97r4x0wlyv4n0, y54hb87c8xxt, 9elzgwp4, ig5p4]\nIndices: [15, 5, 4, 9, 12, 7, 18, 16, 10, 16, 13, 4, 20]\n", "label": {"final": "wwtw4bw5rm9brkk996xbn5jckpspfhwcze4npsw6193cj6phq2etnb2ltg97r4x0wlyv4n094qnncij9s6jx97zqfw094qnnchg6wqezurniz4wcbn5jckpspf9elzgwp4", "init": "", "intermediate": ["wwtw4bw5rm9b", "wwtw4bw5rm9brkk996x", "wwtw4bw5rm9brkk996xbn5jckpspf", "wwtw4bw5rm9brkk996xbn5jckpspfhwcze4", "wwtw4bw5rm9brkk996xbn5jckpspfhwcze4npsw6193cj", "wwtw4bw5rm9brkk996xbn5jckpspfhwcze4npsw6193cj6phq2etnb2lt", "wwtw4bw5rm9brkk996xbn5jckpspfhwcze4npsw6193cj6phq2etnb2ltg97r4x0wlyv4n0", "wwtw4bw5rm9brkk996xbn5jckpspfhwcze4npsw6193cj6phq2etnb2ltg97r4x0wlyv4n094qnnc", "wwtw4bw5rm9brkk996xbn5jckpspfhwcze4npsw6193cj6phq2etnb2ltg97r4x0wlyv4n094qnncij9s6jx97zqfw0", "wwtw4bw5rm9brkk996xbn5jckpspfhwcze4npsw6193cj6phq2etnb2ltg97r4x0wlyv4n094qnncij9s6jx97zqfw094qnnc", "wwtw4bw5rm9brkk996xbn5jckpspfhwcze4npsw6193cj6phq2etnb2ltg97r4x0wlyv4n094qnncij9s6jx97zqfw094qnnchg6wqezurniz4wc", "wwtw4bw5rm9brkk996xbn5jckpspfhwcze4npsw6193cj6phq2etnb2ltg97r4x0wlyv4n094qnncij9s6jx97zqfw094qnnchg6wqezurniz4wcbn5jckpspf"]}, "config": {"commands": [15, 5, 4, 9, 12, 7, 18, 16, 10, 16, 13, 4, 20], "max_length": 20, "min_length": 5, "num_commands": 13, "num_strings": 22, "strings": ["jonfl5giefa5kab9", "tjwpcy", "9xe476ggru5rx", "32xlqigu8xof5zrquh", "bn5jckpspf", "rkk996x", "0tujppn", "6phq2etnb2lt", "sym5gd2", "hwcze4", "ij9s6jx97zqfw0", "y9v8kf5bahx076sm6tn", "npsw6193cj", "hg6wqezurniz4wc", "yxi8eij5sd0sb2", "wwtw4bw5rm9b", "94qnnc", "nx3f6laa3uracr366xdd", "g97r4x0wlyv4n0", "y54hb87c8xxt", "9elzgwp4", "ig5p4"]}, "task_name": "task05", "example_name": "0115", "problem_name": "task05_0115"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [0yc2c5, 5qw7okhsphy7uo6is0g, xeufu8fkihsgq, o1rhb7mj2447f, bvojc6mhosaf9, okt4ogum, v2a70kqmgwe4e2g5ag, 7q136s78cw0f9p4, mw4knr, mxa6h4rq, xiwqct, si7g32gcyw9zscqio, np8djyhsc59h90uhh, hp7g7rf, 2nxljrx4, zvhzutr2eb0dhoi1cizi]\nIndices: [1, 3, 2, 10, 11, 11, 12, 2, 10, 10, 13, 12, 9]\n", "label": {"final": "5qw7okhsphy7uo6is0go1rhb7mj2447fxeufu8fkihsgqxiwqctsi7g32gcyw9zscqiosi7g32gcyw9zscqionp8djyhsc59h90uhhxeufu8fkihsgqxiwqctxiwqcthp7g7rfnp8djyhsc59h90uhhmxa6h4rq", "init": "", "intermediate": ["5qw7okhsphy7uo6is0g", "5qw7okhsphy7uo6is0go1rhb7mj2447f", "5qw7okhsphy7uo6is0go1rhb7mj2447fxeufu8fkihsgq", "5qw7okhsphy7uo6is0go1rhb7mj2447fxeufu8fkihsgqxiwqct", "5qw7okhsphy7uo6is0go1rhb7mj2447fxeufu8fkihsgqxiwqctsi7g32gcyw9zscqio", "5qw7okhsphy7uo6is0go1rhb7mj2447fxeufu8fkihsgqxiwqctsi7g32gcyw9zscqiosi7g32gcyw9zscqio", "5qw7okhsphy7uo6is0go1rhb7mj2447fxeufu8fkihsgqxiwqctsi7g32gcyw9zscqiosi7g32gcyw9zscqionp8djyhsc59h90uhh", "5qw7okhsphy7uo6is0go1rhb7mj2447fxeufu8fkihsgqxiwqctsi7g32gcyw9zscqiosi7g32gcyw9zscqionp8djyhsc59h90uhhxeufu8fkihsgq", "5qw7okhsphy7uo6is0go1rhb7mj2447fxeufu8fkihsgqxiwqctsi7g32gcyw9zscqiosi7g32gcyw9zscqionp8djyhsc59h90uhhxeufu8fkihsgqxiwqct", "5qw7okhsphy7uo6is0go1rhb7mj2447fxeufu8fkihsgqxiwqctsi7g32gcyw9zscqiosi7g32gcyw9zscqionp8djyhsc59h90uhhxeufu8fkihsgqxiwqctxiwqct", "5qw7okhsphy7uo6is0go1rhb7mj2447fxeufu8fkihsgqxiwqctsi7g32gcyw9zscqiosi7g32gcyw9zscqionp8djyhsc59h90uhhxeufu8fkihsgqxiwqctxiwqcthp7g7rf", "5qw7okhsphy7uo6is0go1rhb7mj2447fxeufu8fkihsgqxiwqctsi7g32gcyw9zscqiosi7g32gcyw9zscqionp8djyhsc59h90uhhxeufu8fkihsgqxiwqctxiwqcthp7g7rfnp8djyhsc59h90uhh"]}, "config": {"commands": [1, 3, 2, 10, 11, 11, 12, 2, 10, 10, 13, 12, 9], "max_length": 20, "min_length": 5, "num_commands": 13, "num_strings": 16, "strings": ["0yc2c5", "5qw7okhsphy7uo6is0g", "xeufu8fkihsgq", "o1rhb7mj2447f", "bvojc6mhosaf9", "okt4ogum", "v2a70kqmgwe4e2g5ag", "7q136s78cw0f9p4", "mw4knr", "mxa6h4rq", "xiwqct", "si7g32gcyw9zscqio", "np8djyhsc59h90uhh", "hp7g7rf", "2nxljrx4", "zvhzutr2eb0dhoi1cizi"]}, "task_name": "task05", "example_name": "0116", "problem_name": "task05_0116"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [6ritbo130m3pr, fi9ybu0xea1pkhu, qnj9daf4o, 9brvh8xhnygp6kh5, wcda6ek, ufwc1yj9y1fej6shivp, yjfspv, g4urwhc2qim, p5lxt4wv, 07spap2t924g1yt, e72t7, lbma3m0zzquoxv94k4, rbpzbs8z81em92y4r, 2brwllju4228n, m6k7du]\nIndices: [5, 7, 13, 5, 8, 4, 7, 7, 14, 9, 9, 11, 14]\n", "label": {"final": "ufwc1yj9y1fej6shivpg4urwhc2qim2brwllju4228nufwc1yj9y1fej6shivpp5lxt4wvwcda6ekg4urwhc2qimg4urwhc2qimm6k7du07spap2t924g1yt07spap2t924g1ytlbma3m0zzquoxv94k4m6k7du", "init": "", "intermediate": ["ufwc1yj9y1fej6shivp", "ufwc1yj9y1fej6shivpg4urwhc2qim", "ufwc1yj9y1fej6shivpg4urwhc2qim2brwllju4228n", "ufwc1yj9y1fej6shivpg4urwhc2qim2brwllju4228nufwc1yj9y1fej6shivp", "ufwc1yj9y1fej6shivpg4urwhc2qim2brwllju4228nufwc1yj9y1fej6shivpp5lxt4wv", "ufwc1yj9y1fej6shivpg4urwhc2qim2brwllju4228nufwc1yj9y1fej6shivpp5lxt4wvwcda6ek", "ufwc1yj9y1fej6shivpg4urwhc2qim2brwllju4228nufwc1yj9y1fej6shivpp5lxt4wvwcda6ekg4urwhc2qim", "ufwc1yj9y1fej6shivpg4urwhc2qim2brwllju4228nufwc1yj9y1fej6shivpp5lxt4wvwcda6ekg4urwhc2qimg4urwhc2qim", "ufwc1yj9y1fej6shivpg4urwhc2qim2brwllju4228nufwc1yj9y1fej6shivpp5lxt4wvwcda6ekg4urwhc2qimg4urwhc2qimm6k7du", "ufwc1yj9y1fej6shivpg4urwhc2qim2brwllju4228nufwc1yj9y1fej6shivpp5lxt4wvwcda6ekg4urwhc2qimg4urwhc2qimm6k7du07spap2t924g1yt", "ufwc1yj9y1fej6shivpg4urwhc2qim2brwllju4228nufwc1yj9y1fej6shivpp5lxt4wvwcda6ekg4urwhc2qimg4urwhc2qimm6k7du07spap2t924g1yt07spap2t924g1yt", "ufwc1yj9y1fej6shivpg4urwhc2qim2brwllju4228nufwc1yj9y1fej6shivpp5lxt4wvwcda6ekg4urwhc2qimg4urwhc2qimm6k7du07spap2t924g1yt07spap2t924g1ytlbma3m0zzquoxv94k4"]}, "config": {"commands": [5, 7, 13, 5, 8, 4, 7, 7, 14, 9, 9, 11, 14], "max_length": 20, "min_length": 5, "num_commands": 13, "num_strings": 15, "strings": ["6ritbo130m3pr", "fi9ybu0xea1pkhu", "qnj9daf4o", "9brvh8xhnygp6kh5", "wcda6ek", "ufwc1yj9y1fej6shivp", "yjfspv", "g4urwhc2qim", "p5lxt4wv", "07spap2t924g1yt", "e72t7", "lbma3m0zzquoxv94k4", "rbpzbs8z81em92y4r", "2brwllju4228n", "m6k7du"]}, "task_name": "task05", "example_name": "0117", "problem_name": "task05_0117"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [w5u5ww3u81s48, 2yu71h4vjkd, 2bfj1bgmo]\nIndices: [2, 2, 0, 0, 2, 0, 1, 2, 2, 2, 0, 0, 2]\n", "label": {"final": "2bfj1bgmo2bfj1bgmow5u5ww3u81s48w5u5ww3u81s482bfj1bgmow5u5ww3u81s482yu71h4vjkd2bfj1bgmo2bfj1bgmo2bfj1bgmow5u5ww3u81s48w5u5ww3u81s482bfj1bgmo", "init": "", "intermediate": ["2bfj1bgmo", "2bfj1bgmo2bfj1bgmo", "2bfj1bgmo2bfj1bgmow5u5ww3u81s48", "2bfj1bgmo2bfj1bgmow5u5ww3u81s48w5u5ww3u81s48", "2bfj1bgmo2bfj1bgmow5u5ww3u81s48w5u5ww3u81s482bfj1bgmo", "2bfj1bgmo2bfj1bgmow5u5ww3u81s48w5u5ww3u81s482bfj1bgmow5u5ww3u81s48", "2bfj1bgmo2bfj1bgmow5u5ww3u81s48w5u5ww3u81s482bfj1bgmow5u5ww3u81s482yu71h4vjkd", "2bfj1bgmo2bfj1bgmow5u5ww3u81s48w5u5ww3u81s482bfj1bgmow5u5ww3u81s482yu71h4vjkd2bfj1bgmo", "2bfj1bgmo2bfj1bgmow5u5ww3u81s48w5u5ww3u81s482bfj1bgmow5u5ww3u81s482yu71h4vjkd2bfj1bgmo2bfj1bgmo", "2bfj1bgmo2bfj1bgmow5u5ww3u81s48w5u5ww3u81s482bfj1bgmow5u5ww3u81s482yu71h4vjkd2bfj1bgmo2bfj1bgmo2bfj1bgmo", "2bfj1bgmo2bfj1bgmow5u5ww3u81s48w5u5ww3u81s482bfj1bgmow5u5ww3u81s482yu71h4vjkd2bfj1bgmo2bfj1bgmo2bfj1bgmow5u5ww3u81s48", "2bfj1bgmo2bfj1bgmow5u5ww3u81s48w5u5ww3u81s482bfj1bgmow5u5ww3u81s482yu71h4vjkd2bfj1bgmo2bfj1bgmo2bfj1bgmow5u5ww3u81s48w5u5ww3u81s48"]}, "config": {"commands": [2, 2, 0, 0, 2, 0, 1, 2, 2, 2, 0, 0, 2], "max_length": 20, "min_length": 5, "num_commands": 13, "num_strings": 3, "strings": ["w5u5ww3u81s48", "2yu71h4vjkd", "2bfj1bgmo"]}, "task_name": "task05", "example_name": "0118", "problem_name": "task05_0118"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [be13sy0ic5jf5wd9pgj, w1iooc4f7zk2ovizl7d, g8b14, a1gjul0pu]\nIndices: [3, 2, 3, 2, 1, 0, 3, 0, 2, 0, 2, 0, 0]\n", "label": {"final": "a1gjul0pug8b14a1gjul0pug8b14w1iooc4f7zk2ovizl7dbe13sy0ic5jf5wd9pgja1gjul0pube13sy0ic5jf5wd9pgjg8b14be13sy0ic5jf5wd9pgjg8b14be13sy0ic5jf5wd9pgjbe13sy0ic5jf5wd9pgj", "init": "", "intermediate": ["a1gjul0pu", "a1gjul0pug8b14", "a1gjul0pug8b14a1gjul0pu", "a1gjul0pug8b14a1gjul0pug8b14", "a1gjul0pug8b14a1gjul0pug8b14w1iooc4f7zk2ovizl7d", "a1gjul0pug8b14a1gjul0pug8b14w1iooc4f7zk2ovizl7dbe13sy0ic5jf5wd9pgj", "a1gjul0pug8b14a1gjul0pug8b14w1iooc4f7zk2ovizl7dbe13sy0ic5jf5wd9pgja1gjul0pu", "a1gjul0pug8b14a1gjul0pug8b14w1iooc4f7zk2ovizl7dbe13sy0ic5jf5wd9pgja1gjul0pube13sy0ic5jf5wd9pgj", "a1gjul0pug8b14a1gjul0pug8b14w1iooc4f7zk2ovizl7dbe13sy0ic5jf5wd9pgja1gjul0pube13sy0ic5jf5wd9pgjg8b14", "a1gjul0pug8b14a1gjul0pug8b14w1iooc4f7zk2ovizl7dbe13sy0ic5jf5wd9pgja1gjul0pube13sy0ic5jf5wd9pgjg8b14be13sy0ic5jf5wd9pgj", "a1gjul0pug8b14a1gjul0pug8b14w1iooc4f7zk2ovizl7dbe13sy0ic5jf5wd9pgja1gjul0pube13sy0ic5jf5wd9pgjg8b14be13sy0ic5jf5wd9pgjg8b14", "a1gjul0pug8b14a1gjul0pug8b14w1iooc4f7zk2ovizl7dbe13sy0ic5jf5wd9pgja1gjul0pube13sy0ic5jf5wd9pgjg8b14be13sy0ic5jf5wd9pgjg8b14be13sy0ic5jf5wd9pgj"]}, "config": {"commands": [3, 2, 3, 2, 1, 0, 3, 0, 2, 0, 2, 0, 0], "max_length": 20, "min_length": 5, "num_commands": 13, "num_strings": 4, "strings": ["be13sy0ic5jf5wd9pgj", "w1iooc4f7zk2ovizl7d", "g8b14", "a1gjul0pu"]}, "task_name": "task05", "example_name": "0119", "problem_name": "task05_0119"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [5bxpsqhm, oacvidxqvq0rbzow, gnpva0m30pes64qe, iu3dl33jdcw6ewka, ggtt2, a5tg49y81kcn0vbv, 1vwf7, hpx6kor4sq4koxw, xzor3gj21zgbe, tm2vbeqi8b8ktdzwh, hxmk7pu8vjtutyul6c3]\nIndices: [1, 10, 0, 10, 0, 1, 7, 4, 5, 8, 10, 4, 9, 6]\n", "label": {"final": "oacvidxqvq0rbzowhxmk7pu8vjtutyul6c35bxpsqhmhxmk7pu8vjtutyul6c35bxpsqhmoacvidxqvq0rbzowhpx6kor4sq4koxwggtt2a5tg49y81kcn0vbvxzor3gj21zgbehxmk7pu8vjtutyul6c3ggtt2tm2vbeqi8b8ktdzwh1vwf7", "init": "", "intermediate": ["oacvidxqvq0rbzow", "oacvidxqvq0rbzowhxmk7pu8vjtutyul6c3", "oacvidxqvq0rbzowhxmk7pu8vjtutyul6c35bxpsqhm", "oacvidxqvq0rbzowhxmk7pu8vjtutyul6c35bxpsqhmhxmk7pu8vjtutyul6c3", "oacvidxqvq0rbzowhxmk7pu8vjtutyul6c35bxpsqhmhxmk7pu8vjtutyul6c35bxpsqhm", "oacvidxqvq0rbzowhxmk7pu8vjtutyul6c35bxpsqhmhxmk7pu8vjtutyul6c35bxpsqhmoacvidxqvq0rbzow", "oacvidxqvq0rbzowhxmk7pu8vjtutyul6c35bxpsqhmhxmk7pu8vjtutyul6c35bxpsqhmoacvidxqvq0rbzowhpx6kor4sq4koxw", "oacvidxqvq0rbzowhxmk7pu8vjtutyul6c35bxpsqhmhxmk7pu8vjtutyul6c35bxpsqhmoacvidxqvq0rbzowhpx6kor4sq4koxwggtt2", "oacvidxqvq0rbzowhxmk7pu8vjtutyul6c35bxpsqhmhxmk7pu8vjtutyul6c35bxpsqhmoacvidxqvq0rbzowhpx6kor4sq4koxwggtt2a5tg49y81kcn0vbv", "oacvidxqvq0rbzowhxmk7pu8vjtutyul6c35bxpsqhmhxmk7pu8vjtutyul6c35bxpsqhmoacvidxqvq0rbzowhpx6kor4sq4koxwggtt2a5tg49y81kcn0vbvxzor3gj21zgbe", "oacvidxqvq0rbzowhxmk7pu8vjtutyul6c35bxpsqhmhxmk7pu8vjtutyul6c35bxpsqhmoacvidxqvq0rbzowhpx6kor4sq4koxwggtt2a5tg49y81kcn0vbvxzor3gj21zgbehxmk7pu8vjtutyul6c3", "oacvidxqvq0rbzowhxmk7pu8vjtutyul6c35bxpsqhmhxmk7pu8vjtutyul6c35bxpsqhmoacvidxqvq0rbzowhpx6kor4sq4koxwggtt2a5tg49y81kcn0vbvxzor3gj21zgbehxmk7pu8vjtutyul6c3ggtt2", "oacvidxqvq0rbzowhxmk7pu8vjtutyul6c35bxpsqhmhxmk7pu8vjtutyul6c35bxpsqhmoacvidxqvq0rbzowhpx6kor4sq4koxwggtt2a5tg49y81kcn0vbvxzor3gj21zgbehxmk7pu8vjtutyul6c3ggtt2tm2vbeqi8b8ktdzwh"]}, "config": {"commands": [1, 10, 0, 10, 0, 1, 7, 4, 5, 8, 10, 4, 9, 6], "max_length": 20, "min_length": 5, "num_commands": 14, "num_strings": 11, "strings": ["5bxpsqhm", "oacvidxqvq0rbzow", "gnpva0m30pes64qe", "iu3dl33jdcw6ewka", "ggtt2", "a5tg49y81kcn0vbv", "1vwf7", "hpx6kor4sq4koxw", "xzor3gj21zgbe", "tm2vbeqi8b8ktdzwh", "hxmk7pu8vjtutyul6c3"]}, "task_name": "task05", "example_name": "0120", "problem_name": "task05_0120"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [tn1gvz99cpzrc8ttjnr, iywqcsbtuem4n3zi, rkn41k, y4jphmtoi1uwl, wn4budn7nupua, 4kb2y7jypuenjo, 37meaysmzhnm7zcat, uho98y2r9ir, y2q3z7q]\nIndices: [0, 8, 7, 5, 4, 1, 6, 4, 6, 0, 5, 0, 6, 5]\n", "label": {"final": "tn1gvz99cpzrc8ttjnry2q3z7quho98y2r9ir4kb2y7jypuenjown4budn7nupuaiywqcsbtuem4n3zi37meaysmzhnm7zcatwn4budn7nupua37meaysmzhnm7zcattn1gvz99cpzrc8ttjnr4kb2y7jypuenjotn1gvz99cpzrc8ttjnr37meaysmzhnm7zcat4kb2y7jypuenjo", "init": "", "intermediate": ["tn1gvz99cpzrc8ttjnr", "tn1gvz99cpzrc8ttjnry2q3z7q", "tn1gvz99cpzrc8ttjnry2q3z7quho98y2r9ir", "tn1gvz99cpzrc8ttjnry2q3z7quho98y2r9ir4kb2y7jypuenjo", "tn1gvz99cpzrc8ttjnry2q3z7quho98y2r9ir4kb2y7jypuenjown4budn7nupua", "tn1gvz99cpzrc8ttjnry2q3z7quho98y2r9ir4kb2y7jypuenjown4budn7nupuaiywqcsbtuem4n3zi", "tn1gvz99cpzrc8ttjnry2q3z7quho98y2r9ir4kb2y7jypuenjown4budn7nupuaiywqcsbtuem4n3zi37meaysmzhnm7zcat", "tn1gvz99cpzrc8ttjnry2q3z7quho98y2r9ir4kb2y7jypuenjown4budn7nupuaiywqcsbtuem4n3zi37meaysmzhnm7zcatwn4budn7nupua", "tn1gvz99cpzrc8ttjnry2q3z7quho98y2r9ir4kb2y7jypuenjown4budn7nupuaiywqcsbtuem4n3zi37meaysmzhnm7zcatwn4budn7nupua37meaysmzhnm7zcat", "tn1gvz99cpzrc8ttjnry2q3z7quho98y2r9ir4kb2y7jypuenjown4budn7nupuaiywqcsbtuem4n3zi37meaysmzhnm7zcatwn4budn7nupua37meaysmzhnm7zcattn1gvz99cpzrc8ttjnr", "tn1gvz99cpzrc8ttjnry2q3z7quho98y2r9ir4kb2y7jypuenjown4budn7nupuaiywqcsbtuem4n3zi37meaysmzhnm7zcatwn4budn7nupua37meaysmzhnm7zcattn1gvz99cpzrc8ttjnr4kb2y7jypuenjo", "tn1gvz99cpzrc8ttjnry2q3z7quho98y2r9ir4kb2y7jypuenjown4budn7nupuaiywqcsbtuem4n3zi37meaysmzhnm7zcatwn4budn7nupua37meaysmzhnm7zcattn1gvz99cpzrc8ttjnr4kb2y7jypuenjotn1gvz99cpzrc8ttjnr", "tn1gvz99cpzrc8ttjnry2q3z7quho98y2r9ir4kb2y7jypuenjown4budn7nupuaiywqcsbtuem4n3zi37meaysmzhnm7zcatwn4budn7nupua37meaysmzhnm7zcattn1gvz99cpzrc8ttjnr4kb2y7jypuenjotn1gvz99cpzrc8ttjnr37meaysmzhnm7zcat"]}, "config": {"commands": [0, 8, 7, 5, 4, 1, 6, 4, 6, 0, 5, 0, 6, 5], "max_length": 20, "min_length": 5, "num_commands": 14, "num_strings": 9, "strings": ["tn1gvz99cpzrc8ttjnr", "iywqcsbtuem4n3zi", "rkn41k", "y4jphmtoi1uwl", "wn4budn7nupua", "4kb2y7jypuenjo", "37meaysmzhnm7zcat", "uho98y2r9ir", "y2q3z7q"]}, "task_name": "task05", "example_name": "0121", "problem_name": "task05_0121"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [v6y9q3dncr9iz5rcipf9, qvycoy9m4q02wav, 6ixmcr5xkfre6yxw, vkc7lu, xt85f2qxfte0krg]\nIndices: [2, 0, 0, 1, 4, 3, 4, 3, 0, 3, 1, 3, 3, 2]\n", "label": {"final": "6ixmcr5xkfre6yxwv6y9q3dncr9iz5rcipf9v6y9q3dncr9iz5rcipf9qvycoy9m4q02wavxt85f2qxfte0krgvkc7luxt85f2qxfte0krgvkc7luv6y9q3dncr9iz5rcipf9vkc7luqvycoy9m4q02wavvkc7luvkc7lu6ixmcr5xkfre6yxw", "init": "", "intermediate": ["6ixmcr5xkfre6yxw", "6ixmcr5xkfre6yxwv6y9q3dncr9iz5rcipf9", "6ixmcr5xkfre6yxwv6y9q3dncr9iz5rcipf9v6y9q3dncr9iz5rcipf9", "6ixmcr5xkfre6yxwv6y9q3dncr9iz5rcipf9v6y9q3dncr9iz5rcipf9qvycoy9m4q02wav", "6ixmcr5xkfre6yxwv6y9q3dncr9iz5rcipf9v6y9q3dncr9iz5rcipf9qvycoy9m4q02wavxt85f2qxfte0krg", "6ixmcr5xkfre6yxwv6y9q3dncr9iz5rcipf9v6y9q3dncr9iz5rcipf9qvycoy9m4q02wavxt85f2qxfte0krgvkc7lu", "6ixmcr5xkfre6yxwv6y9q3dncr9iz5rcipf9v6y9q3dncr9iz5rcipf9qvycoy9m4q02wavxt85f2qxfte0krgvkc7luxt85f2qxfte0krg", "6ixmcr5xkfre6yxwv6y9q3dncr9iz5rcipf9v6y9q3dncr9iz5rcipf9qvycoy9m4q02wavxt85f2qxfte0krgvkc7luxt85f2qxfte0krgvkc7lu", "6ixmcr5xkfre6yxwv6y9q3dncr9iz5rcipf9v6y9q3dncr9iz5rcipf9qvycoy9m4q02wavxt85f2qxfte0krgvkc7luxt85f2qxfte0krgvkc7luv6y9q3dncr9iz5rcipf9", "6ixmcr5xkfre6yxwv6y9q3dncr9iz5rcipf9v6y9q3dncr9iz5rcipf9qvycoy9m4q02wavxt85f2qxfte0krgvkc7luxt85f2qxfte0krgvkc7luv6y9q3dncr9iz5rcipf9vkc7lu", "6ixmcr5xkfre6yxwv6y9q3dncr9iz5rcipf9v6y9q3dncr9iz5rcipf9qvycoy9m4q02wavxt85f2qxfte0krgvkc7luxt85f2qxfte0krgvkc7luv6y9q3dncr9iz5rcipf9vkc7luqvycoy9m4q02wav", "6ixmcr5xkfre6yxwv6y9q3dncr9iz5rcipf9v6y9q3dncr9iz5rcipf9qvycoy9m4q02wavxt85f2qxfte0krgvkc7luxt85f2qxfte0krgvkc7luv6y9q3dncr9iz5rcipf9vkc7luqvycoy9m4q02wavvkc7lu", "6ixmcr5xkfre6yxwv6y9q3dncr9iz5rcipf9v6y9q3dncr9iz5rcipf9qvycoy9m4q02wavxt85f2qxfte0krgvkc7luxt85f2qxfte0krgvkc7luv6y9q3dncr9iz5rcipf9vkc7luqvycoy9m4q02wavvkc7luvkc7lu"]}, "config": {"commands": [2, 0, 0, 1, 4, 3, 4, 3, 0, 3, 1, 3, 3, 2], "max_length": 20, "min_length": 5, "num_commands": 14, "num_strings": 5, "strings": ["v6y9q3dncr9iz5rcipf9", "qvycoy9m4q02wav", "6ixmcr5xkfre6yxw", "vkc7lu", "xt85f2qxfte0krg"]}, "task_name": "task05", "example_name": "0122", "problem_name": "task05_0122"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [0w97riuqowf0ggfqrts, cf7p56qysz2xtjt7l3, 9pv2hnx, v36mggpbb9p, p2sjlv08r, lrnml199kvq7lvzoi, ez4oul3jab9i, 9clcppm, ykfdgzgou, ruoc2ok1]\nIndices: [3, 8, 2, 4, 9, 7, 5, 4, 6, 7, 4, 7, 3, 2]\n", "label": {"final": "v36mggpbb9pykfdgzgou9pv2hnxp2sjlv08rruoc2ok19clcppmlrnml199kvq7lvzoip2sjlv08rez4oul3jab9i9clcppmp2sjlv08r9clcppmv36mggpbb9p9pv2hnx", "init": "", "intermediate": ["v36mggpbb9p", "v36mggpbb9pykfdgzgou", "v36mggpbb9pykfdgzgou9pv2hnx", "v36mggpbb9pykfdgzgou9pv2hnxp2sjlv08r", "v36mggpbb9pykfdgzgou9pv2hnxp2sjlv08rruoc2ok1", "v36mggpbb9pykfdgzgou9pv2hnxp2sjlv08rruoc2ok19clcppm", "v36mggpbb9pykfdgzgou9pv2hnxp2sjlv08rruoc2ok19clcppmlrnml199kvq7lvzoi", "v36mggpbb9pykfdgzgou9pv2hnxp2sjlv08rruoc2ok19clcppmlrnml199kvq7lvzoip2sjlv08r", "v36mggpbb9pykfdgzgou9pv2hnxp2sjlv08rruoc2ok19clcppmlrnml199kvq7lvzoip2sjlv08rez4oul3jab9i", "v36mggpbb9pykfdgzgou9pv2hnxp2sjlv08rruoc2ok19clcppmlrnml199kvq7lvzoip2sjlv08rez4oul3jab9i9clcppm", "v36mggpbb9pykfdgzgou9pv2hnxp2sjlv08rruoc2ok19clcppmlrnml199kvq7lvzoip2sjlv08rez4oul3jab9i9clcppmp2sjlv08r", "v36mggpbb9pykfdgzgou9pv2hnxp2sjlv08rruoc2ok19clcppmlrnml199kvq7lvzoip2sjlv08rez4oul3jab9i9clcppmp2sjlv08r9clcppm", "v36mggpbb9pykfdgzgou9pv2hnxp2sjlv08rruoc2ok19clcppmlrnml199kvq7lvzoip2sjlv08rez4oul3jab9i9clcppmp2sjlv08r9clcppmv36mggpbb9p"]}, "config": {"commands": [3, 8, 2, 4, 9, 7, 5, 4, 6, 7, 4, 7, 3, 2], "max_length": 20, "min_length": 5, "num_commands": 14, "num_strings": 10, "strings": ["0w97riuqowf0ggfqrts", "cf7p56qysz2xtjt7l3", "9pv2hnx", "v36mggpbb9p", "p2sjlv08r", "lrnml199kvq7lvzoi", "ez4oul3jab9i", "9clcppm", "ykfdgzgou", "ruoc2ok1"]}, "task_name": "task05", "example_name": "0123", "problem_name": "task05_0123"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xflebptcpknol, prdr4l9zepsudfcpmc5, doxlxl8p3, uby2yjsu9cx55ee, umgm4twr7fje, tuz2tvzsh069j9, yfl5u1ymtxb3nxqrinmw, lsm0rd0u0, pqlrwgl9q4, lejaa4it5ggbqvav83k, 6hkfs6fau6te81w, vju72p, a45sw98p0mmq, bki1dqrq6qt, rkv9f, 992z6fiqdbm1, t1rk3ou, nofqbrqmk0z1mejaf3]\nIndices: [6, 15, 13, 8, 6, 4, 14, 15, 12, 5, 10, 10, 7, 12]\n", "label": {"final": "yfl5u1ymtxb3nxqrinmw992z6fiqdbm1bki1dqrq6qtpqlrwgl9q4yfl5u1ymtxb3nxqrinmwumgm4twr7fjerkv9f992z6fiqdbm1a45sw98p0mmqtuz2tvzsh069j96hkfs6fau6te81w6hkfs6fau6te81wlsm0rd0u0a45sw98p0mmq", "init": "", "intermediate": ["yfl5u1ymtxb3nxqrinmw", "yfl5u1ymtxb3nxqrinmw992z6fiqdbm1", "yfl5u1ymtxb3nxqrinmw992z6fiqdbm1bki1dqrq6qt", "yfl5u1ymtxb3nxqrinmw992z6fiqdbm1bki1dqrq6qtpqlrwgl9q4", "yfl5u1ymtxb3nxqrinmw992z6fiqdbm1bki1dqrq6qtpqlrwgl9q4yfl5u1ymtxb3nxqrinmw", "yfl5u1ymtxb3nxqrinmw992z6fiqdbm1bki1dqrq6qtpqlrwgl9q4yfl5u1ymtxb3nxqrinmwumgm4twr7fje", "yfl5u1ymtxb3nxqrinmw992z6fiqdbm1bki1dqrq6qtpqlrwgl9q4yfl5u1ymtxb3nxqrinmwumgm4twr7fjerkv9f", "yfl5u1ymtxb3nxqrinmw992z6fiqdbm1bki1dqrq6qtpqlrwgl9q4yfl5u1ymtxb3nxqrinmwumgm4twr7fjerkv9f992z6fiqdbm1", "yfl5u1ymtxb3nxqrinmw992z6fiqdbm1bki1dqrq6qtpqlrwgl9q4yfl5u1ymtxb3nxqrinmwumgm4twr7fjerkv9f992z6fiqdbm1a45sw98p0mmq", "yfl5u1ymtxb3nxqrinmw992z6fiqdbm1bki1dqrq6qtpqlrwgl9q4yfl5u1ymtxb3nxqrinmwumgm4twr7fjerkv9f992z6fiqdbm1a45sw98p0mmqtuz2tvzsh069j9", "yfl5u1ymtxb3nxqrinmw992z6fiqdbm1bki1dqrq6qtpqlrwgl9q4yfl5u1ymtxb3nxqrinmwumgm4twr7fjerkv9f992z6fiqdbm1a45sw98p0mmqtuz2tvzsh069j96hkfs6fau6te81w", "yfl5u1ymtxb3nxqrinmw992z6fiqdbm1bki1dqrq6qtpqlrwgl9q4yfl5u1ymtxb3nxqrinmwumgm4twr7fjerkv9f992z6fiqdbm1a45sw98p0mmqtuz2tvzsh069j96hkfs6fau6te81w6hkfs6fau6te81w", "yfl5u1ymtxb3nxqrinmw992z6fiqdbm1bki1dqrq6qtpqlrwgl9q4yfl5u1ymtxb3nxqrinmwumgm4twr7fjerkv9f992z6fiqdbm1a45sw98p0mmqtuz2tvzsh069j96hkfs6fau6te81w6hkfs6fau6te81wlsm0rd0u0"]}, "config": {"commands": [6, 15, 13, 8, 6, 4, 14, 15, 12, 5, 10, 10, 7, 12], "max_length": 20, "min_length": 5, "num_commands": 14, "num_strings": 18, "strings": ["xflebptcpknol", "prdr4l9zepsudfcpmc5", "doxlxl8p3", "uby2yjsu9cx55ee", "umgm4twr7fje", "tuz2tvzsh069j9", "yfl5u1ymtxb3nxqrinmw", "lsm0rd0u0", "pqlrwgl9q4", "lejaa4it5ggbqvav83k", "6hkfs6fau6te81w", "vju72p", "a45sw98p0mmq", "bki1dqrq6qt", "rkv9f", "992z6fiqdbm1", "t1rk3ou", "nofqbrqmk0z1mejaf3"]}, "task_name": "task05", "example_name": "0124", "problem_name": "task05_0124"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [7ytdkhg8mvvdszucsq, oqusgfj, d16lavk7b, mimzx, e39pq6jl2ef7ep, xsf3v, r3jm8yix72yz0ais5ebx, obknow1yn, gpy4471qpiky, mvhbsgoz, hr5k46ykqps4m14s]\nIndices: [8, 7, 6, 6, 4, 9, 2, 6, 8, 2, 10, 3, 4, 3]\n", "label": {"final": "gpy4471qpikyobknow1ynr3jm8yix72yz0ais5ebxr3jm8yix72yz0ais5ebxe39pq6jl2ef7epmvhbsgozd16lavk7br3jm8yix72yz0ais5ebxgpy4471qpikyd16lavk7bhr5k46ykqps4m14smimzxe39pq6jl2ef7epmimzx", "init": "", "intermediate": ["gpy4471qpiky", "gpy4471qpikyobknow1yn", "gpy4471qpikyobknow1ynr3jm8yix72yz0ais5ebx", "gpy4471qpikyobknow1ynr3jm8yix72yz0ais5ebxr3jm8yix72yz0ais5ebx", "gpy4471qpikyobknow1ynr3jm8yix72yz0ais5ebxr3jm8yix72yz0ais5ebxe39pq6jl2ef7ep", "gpy4471qpikyobknow1ynr3jm8yix72yz0ais5ebxr3jm8yix72yz0ais5ebxe39pq6jl2ef7epmvhbsgoz", "gpy4471qpikyobknow1ynr3jm8yix72yz0ais5ebxr3jm8yix72yz0ais5ebxe39pq6jl2ef7epmvhbsgozd16lavk7b", "gpy4471qpikyobknow1ynr3jm8yix72yz0ais5ebxr3jm8yix72yz0ais5ebxe39pq6jl2ef7epmvhbsgozd16lavk7br3jm8yix72yz0ais5ebx", "gpy4471qpikyobknow1ynr3jm8yix72yz0ais5ebxr3jm8yix72yz0ais5ebxe39pq6jl2ef7epmvhbsgozd16lavk7br3jm8yix72yz0ais5ebxgpy4471qpiky", "gpy4471qpikyobknow1ynr3jm8yix72yz0ais5ebxr3jm8yix72yz0ais5ebxe39pq6jl2ef7epmvhbsgozd16lavk7br3jm8yix72yz0ais5ebxgpy4471qpikyd16lavk7b", "gpy4471qpikyobknow1ynr3jm8yix72yz0ais5ebxr3jm8yix72yz0ais5ebxe39pq6jl2ef7epmvhbsgozd16lavk7br3jm8yix72yz0ais5ebxgpy4471qpikyd16lavk7bhr5k46ykqps4m14s", "gpy4471qpikyobknow1ynr3jm8yix72yz0ais5ebxr3jm8yix72yz0ais5ebxe39pq6jl2ef7epmvhbsgozd16lavk7br3jm8yix72yz0ais5ebxgpy4471qpikyd16lavk7bhr5k46ykqps4m14smimzx", "gpy4471qpikyobknow1ynr3jm8yix72yz0ais5ebxr3jm8yix72yz0ais5ebxe39pq6jl2ef7epmvhbsgozd16lavk7br3jm8yix72yz0ais5ebxgpy4471qpikyd16lavk7bhr5k46ykqps4m14smimzxe39pq6jl2ef7ep"]}, "config": {"commands": [8, 7, 6, 6, 4, 9, 2, 6, 8, 2, 10, 3, 4, 3], "max_length": 20, "min_length": 5, "num_commands": 14, "num_strings": 11, "strings": ["7ytdkhg8mvvdszucsq", "oqusgfj", "d16lavk7b", "mimzx", "e39pq6jl2ef7ep", "xsf3v", "r3jm8yix72yz0ais5ebx", "obknow1yn", "gpy4471qpiky", "mvhbsgoz", "hr5k46ykqps4m14s"]}, "task_name": "task05", "example_name": "0125", "problem_name": "task05_0125"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [6z4a6nwtfsda, ikly2ydr2mxvn, tenk4dmsk, 3b1lhdiy, fos8o9rxt4rudihud, vvof0pbv2vzuljhlf, p3vtmguqqx2y8qd68tm8, k6cw5yue7, cju7hg7wq1kxkq47ck6g]\nIndices: [1, 6, 8, 8, 0, 6, 0, 8, 4, 3, 7, 8, 0, 5]\n", "label": {"final": "ikly2ydr2mxvnp3vtmguqqx2y8qd68tm8cju7hg7wq1kxkq47ck6gcju7hg7wq1kxkq47ck6g6z4a6nwtfsdap3vtmguqqx2y8qd68tm86z4a6nwtfsdacju7hg7wq1kxkq47ck6gfos8o9rxt4rudihud3b1lhdiyk6cw5yue7cju7hg7wq1kxkq47ck6g6z4a6nwtfsdavvof0pbv2vzuljhlf", "init": "", "intermediate": ["ikly2ydr2mxvn", "ikly2ydr2mxvnp3vtmguqqx2y8qd68tm8", "ikly2ydr2mxvnp3vtmguqqx2y8qd68tm8cju7hg7wq1kxkq47ck6g", "ikly2ydr2mxvnp3vtmguqqx2y8qd68tm8cju7hg7wq1kxkq47ck6gcju7hg7wq1kxkq47ck6g", "ikly2ydr2mxvnp3vtmguqqx2y8qd68tm8cju7hg7wq1kxkq47ck6gcju7hg7wq1kxkq47ck6g6z4a6nwtfsda", "ikly2ydr2mxvnp3vtmguqqx2y8qd68tm8cju7hg7wq1kxkq47ck6gcju7hg7wq1kxkq47ck6g6z4a6nwtfsdap3vtmguqqx2y8qd68tm8", "ikly2ydr2mxvnp3vtmguqqx2y8qd68tm8cju7hg7wq1kxkq47ck6gcju7hg7wq1kxkq47ck6g6z4a6nwtfsdap3vtmguqqx2y8qd68tm86z4a6nwtfsda", "ikly2ydr2mxvnp3vtmguqqx2y8qd68tm8cju7hg7wq1kxkq47ck6gcju7hg7wq1kxkq47ck6g6z4a6nwtfsdap3vtmguqqx2y8qd68tm86z4a6nwtfsdacju7hg7wq1kxkq47ck6g", "ikly2ydr2mxvnp3vtmguqqx2y8qd68tm8cju7hg7wq1kxkq47ck6gcju7hg7wq1kxkq47ck6g6z4a6nwtfsdap3vtmguqqx2y8qd68tm86z4a6nwtfsdacju7hg7wq1kxkq47ck6gfos8o9rxt4rudihud", "ikly2ydr2mxvnp3vtmguqqx2y8qd68tm8cju7hg7wq1kxkq47ck6gcju7hg7wq1kxkq47ck6g6z4a6nwtfsdap3vtmguqqx2y8qd68tm86z4a6nwtfsdacju7hg7wq1kxkq47ck6gfos8o9rxt4rudihud3b1lhdiy", "ikly2ydr2mxvnp3vtmguqqx2y8qd68tm8cju7hg7wq1kxkq47ck6gcju7hg7wq1kxkq47ck6g6z4a6nwtfsdap3vtmguqqx2y8qd68tm86z4a6nwtfsdacju7hg7wq1kxkq47ck6gfos8o9rxt4rudihud3b1lhdiyk6cw5yue7", "ikly2ydr2mxvnp3vtmguqqx2y8qd68tm8cju7hg7wq1kxkq47ck6gcju7hg7wq1kxkq47ck6g6z4a6nwtfsdap3vtmguqqx2y8qd68tm86z4a6nwtfsdacju7hg7wq1kxkq47ck6gfos8o9rxt4rudihud3b1lhdiyk6cw5yue7cju7hg7wq1kxkq47ck6g", "ikly2ydr2mxvnp3vtmguqqx2y8qd68tm8cju7hg7wq1kxkq47ck6gcju7hg7wq1kxkq47ck6g6z4a6nwtfsdap3vtmguqqx2y8qd68tm86z4a6nwtfsdacju7hg7wq1kxkq47ck6gfos8o9rxt4rudihud3b1lhdiyk6cw5yue7cju7hg7wq1kxkq47ck6g6z4a6nwtfsda"]}, "config": {"commands": [1, 6, 8, 8, 0, 6, 0, 8, 4, 3, 7, 8, 0, 5], "max_length": 20, "min_length": 5, "num_commands": 14, "num_strings": 9, "strings": ["6z4a6nwtfsda", "ikly2ydr2mxvn", "tenk4dmsk", "3b1lhdiy", "fos8o9rxt4rudihud", "vvof0pbv2vzuljhlf", "p3vtmguqqx2y8qd68tm8", "k6cw5yue7", "cju7hg7wq1kxkq47ck6g"]}, "task_name": "task05", "example_name": "0126", "problem_name": "task05_0126"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [1ype7u15pt8aollo, n4oahjr5uul4k9uvg, pbdqmn, 2ugtjen2tyj8d, qm77ib4j, lh30trv8gs, ns44x, ns0sqetjhg9re8g, tq03qq6bqlptzuwqi, n27wp05, sfevwe4b]\nIndices: [9, 10, 7, 8, 9, 8, 6, 2, 0, 1, 10, 5, 6, 2]\n", "label": {"final": "n27wp05sfevwe4bns0sqetjhg9re8gtq03qq6bqlptzuwqin27wp05tq03qq6bqlptzuwqins44xpbdqmn1ype7u15pt8aollon4oahjr5uul4k9uvgsfevwe4blh30trv8gsns44xpbdqmn", "init": "", "intermediate": ["n27wp05", "n27wp05sfevwe4b", "n27wp05sfevwe4bns0sqetjhg9re8g", "n27wp05sfevwe4bns0sqetjhg9re8gtq03qq6bqlptzuwqi", "n27wp05sfevwe4bns0sqetjhg9re8gtq03qq6bqlptzuwqin27wp05", "n27wp05sfevwe4bns0sqetjhg9re8gtq03qq6bqlptzuwqin27wp05tq03qq6bqlptzuwqi", "n27wp05sfevwe4bns0sqetjhg9re8gtq03qq6bqlptzuwqin27wp05tq03qq6bqlptzuwqins44x", "n27wp05sfevwe4bns0sqetjhg9re8gtq03qq6bqlptzuwqin27wp05tq03qq6bqlptzuwqins44xpbdqmn", "n27wp05sfevwe4bns0sqetjhg9re8gtq03qq6bqlptzuwqin27wp05tq03qq6bqlptzuwqins44xpbdqmn1ype7u15pt8aollo", "n27wp05sfevwe4bns0sqetjhg9re8gtq03qq6bqlptzuwqin27wp05tq03qq6bqlptzuwqins44xpbdqmn1ype7u15pt8aollon4oahjr5uul4k9uvg", "n27wp05sfevwe4bns0sqetjhg9re8gtq03qq6bqlptzuwqin27wp05tq03qq6bqlptzuwqins44xpbdqmn1ype7u15pt8aollon4oahjr5uul4k9uvgsfevwe4b", "n27wp05sfevwe4bns0sqetjhg9re8gtq03qq6bqlptzuwqin27wp05tq03qq6bqlptzuwqins44xpbdqmn1ype7u15pt8aollon4oahjr5uul4k9uvgsfevwe4blh30trv8gs", "n27wp05sfevwe4bns0sqetjhg9re8gtq03qq6bqlptzuwqin27wp05tq03qq6bqlptzuwqins44xpbdqmn1ype7u15pt8aollon4oahjr5uul4k9uvgsfevwe4blh30trv8gsns44x"]}, "config": {"commands": [9, 10, 7, 8, 9, 8, 6, 2, 0, 1, 10, 5, 6, 2], "max_length": 20, "min_length": 5, "num_commands": 14, "num_strings": 11, "strings": ["1ype7u15pt8aollo", "n4oahjr5uul4k9uvg", "pbdqmn", "2ugtjen2tyj8d", "qm77ib4j", "lh30trv8gs", "ns44x", "ns0sqetjhg9re8g", "tq03qq6bqlptzuwqi", "n27wp05", "sfevwe4b"]}, "task_name": "task05", "example_name": "0127", "problem_name": "task05_0127"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [x9rg4q8vp, eor1s, xy46f87mkp, gulyghyoxexg, ne168x39hli87436pk, m3w1dazpki62jehn2wx, 6nlmm9syreb7c5xk1bm, l1j7glm8gfme, 7n0qtvtuop, o9q94ntf27adzyoed3, 07ll7p0xc2tv16033]\nIndices: [8, 1, 5, 0, 7, 4, 5, 9, 4, 0, 3, 6, 0, 7]\n", "label": {"final": "7n0qtvtuopeor1sm3w1dazpki62jehn2wxx9rg4q8vpl1j7glm8gfmene168x39hli87436pkm3w1dazpki62jehn2wxo9q94ntf27adzyoed3ne168x39hli87436pkx9rg4q8vpgulyghyoxexg6nlmm9syreb7c5xk1bmx9rg4q8vpl1j7glm8gfme", "init": "", "intermediate": ["7n0qtvtuop", "7n0qtvtuopeor1s", "7n0qtvtuopeor1sm3w1dazpki62jehn2wx", "7n0qtvtuopeor1sm3w1dazpki62jehn2wxx9rg4q8vp", "7n0qtvtuopeor1sm3w1dazpki62jehn2wxx9rg4q8vpl1j7glm8gfme", "7n0qtvtuopeor1sm3w1dazpki62jehn2wxx9rg4q8vpl1j7glm8gfmene168x39hli87436pk", "7n0qtvtuopeor1sm3w1dazpki62jehn2wxx9rg4q8vpl1j7glm8gfmene168x39hli87436pkm3w1dazpki62jehn2wx", "7n0qtvtuopeor1sm3w1dazpki62jehn2wxx9rg4q8vpl1j7glm8gfmene168x39hli87436pkm3w1dazpki62jehn2wxo9q94ntf27adzyoed3", "7n0qtvtuopeor1sm3w1dazpki62jehn2wxx9rg4q8vpl1j7glm8gfmene168x39hli87436pkm3w1dazpki62jehn2wxo9q94ntf27adzyoed3ne168x39hli87436pk", "7n0qtvtuopeor1sm3w1dazpki62jehn2wxx9rg4q8vpl1j7glm8gfmene168x39hli87436pkm3w1dazpki62jehn2wxo9q94ntf27adzyoed3ne168x39hli87436pkx9rg4q8vp", "7n0qtvtuopeor1sm3w1dazpki62jehn2wxx9rg4q8vpl1j7glm8gfmene168x39hli87436pkm3w1dazpki62jehn2wxo9q94ntf27adzyoed3ne168x39hli87436pkx9rg4q8vpgulyghyoxexg", "7n0qtvtuopeor1sm3w1dazpki62jehn2wxx9rg4q8vpl1j7glm8gfmene168x39hli87436pkm3w1dazpki62jehn2wxo9q94ntf27adzyoed3ne168x39hli87436pkx9rg4q8vpgulyghyoxexg6nlmm9syreb7c5xk1bm", "7n0qtvtuopeor1sm3w1dazpki62jehn2wxx9rg4q8vpl1j7glm8gfmene168x39hli87436pkm3w1dazpki62jehn2wxo9q94ntf27adzyoed3ne168x39hli87436pkx9rg4q8vpgulyghyoxexg6nlmm9syreb7c5xk1bmx9rg4q8vp"]}, "config": {"commands": [8, 1, 5, 0, 7, 4, 5, 9, 4, 0, 3, 6, 0, 7], "max_length": 20, "min_length": 5, "num_commands": 14, "num_strings": 11, "strings": ["x9rg4q8vp", "eor1s", "xy46f87mkp", "gulyghyoxexg", "ne168x39hli87436pk", "m3w1dazpki62jehn2wx", "6nlmm9syreb7c5xk1bm", "l1j7glm8gfme", "7n0qtvtuop", "o9q94ntf27adzyoed3", "07ll7p0xc2tv16033"]}, "task_name": "task05", "example_name": "0128", "problem_name": "task05_0128"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [n51gag95k688znty6ydg, 9rps5kjz2vp4omy, siisu1sw4snza8u4zcl, zu5dycyrjzotb, ofbhoso, tpbkfvzh3shi20v, 6eturnri26uye, pb3lvx5, suhxfby3tevbfq20bw, 82v0qgmgr9o1, 8wqeifja2b3qoseilb, 6gsiwtz, 9eg1v9, 8cuw70fs4tqj, fbbyrk130e, i80mik, ph60j07tmp, olef9n, g2k4q71j9nd, sihwb, jp2fnoz0yb2i178, i71py8, zj0rulqyq, ma8zvxwd684z3gc]\nIndices: [0, 17, 4, 13, 10, 5, 8, 20, 3, 9, 10, 19, 22, 16]\n", "label": {"final": "n51gag95k688znty6ydgolef9nofbhoso8cuw70fs4tqj8wqeifja2b3qoseilbtpbkfvzh3shi20vsuhxfby3tevbfq20bwjp2fnoz0yb2i178zu5dycyrjzotb82v0qgmgr9o18wqeifja2b3qoseilbsihwbzj0rulqyqph60j07tmp", "init": "", "intermediate": ["n51gag95k688znty6ydg", "n51gag95k688znty6ydgolef9n", "n51gag95k688znty6ydgolef9nofbhoso", "n51gag95k688znty6ydgolef9nofbhoso8cuw70fs4tqj", "n51gag95k688znty6ydgolef9nofbhoso8cuw70fs4tqj8wqeifja2b3qoseilb", "n51gag95k688znty6ydgolef9nofbhoso8cuw70fs4tqj8wqeifja2b3qoseilbtpbkfvzh3shi20v", "n51gag95k688znty6ydgolef9nofbhoso8cuw70fs4tqj8wqeifja2b3qoseilbtpbkfvzh3shi20vsuhxfby3tevbfq20bw", "n51gag95k688znty6ydgolef9nofbhoso8cuw70fs4tqj8wqeifja2b3qoseilbtpbkfvzh3shi20vsuhxfby3tevbfq20bwjp2fnoz0yb2i178", "n51gag95k688znty6ydgolef9nofbhoso8cuw70fs4tqj8wqeifja2b3qoseilbtpbkfvzh3shi20vsuhxfby3tevbfq20bwjp2fnoz0yb2i178zu5dycyrjzotb", "n51gag95k688znty6ydgolef9nofbhoso8cuw70fs4tqj8wqeifja2b3qoseilbtpbkfvzh3shi20vsuhxfby3tevbfq20bwjp2fnoz0yb2i178zu5dycyrjzotb82v0qgmgr9o1", "n51gag95k688znty6ydgolef9nofbhoso8cuw70fs4tqj8wqeifja2b3qoseilbtpbkfvzh3shi20vsuhxfby3tevbfq20bwjp2fnoz0yb2i178zu5dycyrjzotb82v0qgmgr9o18wqeifja2b3qoseilb", "n51gag95k688znty6ydgolef9nofbhoso8cuw70fs4tqj8wqeifja2b3qoseilbtpbkfvzh3shi20vsuhxfby3tevbfq20bwjp2fnoz0yb2i178zu5dycyrjzotb82v0qgmgr9o18wqeifja2b3qoseilbsihwb", "n51gag95k688znty6ydgolef9nofbhoso8cuw70fs4tqj8wqeifja2b3qoseilbtpbkfvzh3shi20vsuhxfby3tevbfq20bwjp2fnoz0yb2i178zu5dycyrjzotb82v0qgmgr9o18wqeifja2b3qoseilbsihwbzj0rulqyq"]}, "config": {"commands": [0, 17, 4, 13, 10, 5, 8, 20, 3, 9, 10, 19, 22, 16], "max_length": 20, "min_length": 5, "num_commands": 14, "num_strings": 24, "strings": ["n51gag95k688znty6ydg", "9rps5kjz2vp4omy", "siisu1sw4snza8u4zcl", "zu5dycyrjzotb", "ofbhoso", "tpbkfvzh3shi20v", "6eturnri26uye", "pb3lvx5", "suhxfby3tevbfq20bw", "82v0qgmgr9o1", "8wqeifja2b3qoseilb", "6gsiwtz", "9eg1v9", "8cuw70fs4tqj", "fbbyrk130e", "i80mik", "ph60j07tmp", "olef9n", "g2k4q71j9nd", "sihwb", "jp2fnoz0yb2i178", "i71py8", "zj0rulqyq", "ma8zvxwd684z3gc"]}, "task_name": "task05", "example_name": "0129", "problem_name": "task05_0129"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [nmqobogaorhcv, jlv2ihrde0g4x5vqo6, web02jmzbi2cotut, 3xjbu0pk8eim8ke2br, x2a3bg7qo3cb7we9agj, o1tuvka3j6b8fb3xa, 3bswvt9, 05zsta23uqys9, 7jfmsjerhsnn774, t0kepd7d3xt75nrkfx, ocl1xj1n2fpft79fe, n3qq7ts, cahm94f0wqia5iwa, yrukgdb4, ax0uf, 5givwd9e9, ath3d]\nIndices: [7, 13, 1, 11, 3, 5, 12, 0, 7, 2, 11, 2, 1, 13, 6]\n", "label": {"final": "05zsta23uqys9yrukgdb4jlv2ihrde0g4x5vqo6n3qq7ts3xjbu0pk8eim8ke2bro1tuvka3j6b8fb3xacahm94f0wqia5iwanmqobogaorhcv05zsta23uqys9web02jmzbi2cotutn3qq7tsweb02jmzbi2cotutjlv2ihrde0g4x5vqo6yrukgdb43bswvt9", "init": "", "intermediate": ["05zsta23uqys9", "05zsta23uqys9yrukgdb4", "05zsta23uqys9yrukgdb4jlv2ihrde0g4x5vqo6", "05zsta23uqys9yrukgdb4jlv2ihrde0g4x5vqo6n3qq7ts", "05zsta23uqys9yrukgdb4jlv2ihrde0g4x5vqo6n3qq7ts3xjbu0pk8eim8ke2br", "05zsta23uqys9yrukgdb4jlv2ihrde0g4x5vqo6n3qq7ts3xjbu0pk8eim8ke2bro1tuvka3j6b8fb3xa", "05zsta23uqys9yrukgdb4jlv2ihrde0g4x5vqo6n3qq7ts3xjbu0pk8eim8ke2bro1tuvka3j6b8fb3xacahm94f0wqia5iwa", "05zsta23uqys9yrukgdb4jlv2ihrde0g4x5vqo6n3qq7ts3xjbu0pk8eim8ke2bro1tuvka3j6b8fb3xacahm94f0wqia5iwanmqobogaorhcv", "05zsta23uqys9yrukgdb4jlv2ihrde0g4x5vqo6n3qq7ts3xjbu0pk8eim8ke2bro1tuvka3j6b8fb3xacahm94f0wqia5iwanmqobogaorhcv05zsta23uqys9", "05zsta23uqys9yrukgdb4jlv2ihrde0g4x5vqo6n3qq7ts3xjbu0pk8eim8ke2bro1tuvka3j6b8fb3xacahm94f0wqia5iwanmqobogaorhcv05zsta23uqys9web02jmzbi2cotut", "05zsta23uqys9yrukgdb4jlv2ihrde0g4x5vqo6n3qq7ts3xjbu0pk8eim8ke2bro1tuvka3j6b8fb3xacahm94f0wqia5iwanmqobogaorhcv05zsta23uqys9web02jmzbi2cotutn3qq7ts", "05zsta23uqys9yrukgdb4jlv2ihrde0g4x5vqo6n3qq7ts3xjbu0pk8eim8ke2bro1tuvka3j6b8fb3xacahm94f0wqia5iwanmqobogaorhcv05zsta23uqys9web02jmzbi2cotutn3qq7tsweb02jmzbi2cotut", "05zsta23uqys9yrukgdb4jlv2ihrde0g4x5vqo6n3qq7ts3xjbu0pk8eim8ke2bro1tuvka3j6b8fb3xacahm94f0wqia5iwanmqobogaorhcv05zsta23uqys9web02jmzbi2cotutn3qq7tsweb02jmzbi2cotutjlv2ihrde0g4x5vqo6", "05zsta23uqys9yrukgdb4jlv2ihrde0g4x5vqo6n3qq7ts3xjbu0pk8eim8ke2bro1tuvka3j6b8fb3xacahm94f0wqia5iwanmqobogaorhcv05zsta23uqys9web02jmzbi2cotutn3qq7tsweb02jmzbi2cotutjlv2ihrde0g4x5vqo6yrukgdb4"]}, "config": {"commands": [7, 13, 1, 11, 3, 5, 12, 0, 7, 2, 11, 2, 1, 13, 6], "max_length": 20, "min_length": 5, "num_commands": 15, "num_strings": 17, "strings": ["nmqobogaorhcv", "jlv2ihrde0g4x5vqo6", "web02jmzbi2cotut", "3xjbu0pk8eim8ke2br", "x2a3bg7qo3cb7we9agj", "o1tuvka3j6b8fb3xa", "3bswvt9", "05zsta23uqys9", "7jfmsjerhsnn774", "t0kepd7d3xt75nrkfx", "ocl1xj1n2fpft79fe", "n3qq7ts", "cahm94f0wqia5iwa", "yrukgdb4", "ax0uf", "5givwd9e9", "ath3d"]}, "task_name": "task05", "example_name": "0130", "problem_name": "task05_0130"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [kc9usf07ai6vwb40c4u, t92tdjz35, g0ukjb, vh6zhiw6ui, o9nvj]\nIndices: [3, 2, 2, 1, 2, 4, 2, 2, 4, 0, 4, 3, 1, 4, 2]\n", "label": {"final": "vh6zhiw6uig0ukjbg0ukjbt92tdjz35g0ukjbo9nvjg0ukjbg0ukjbo9nvjkc9usf07ai6vwb40c4uo9nvjvh6zhiw6uit92tdjz35o9nvjg0ukjb", "init": "", "intermediate": ["vh6zhiw6ui", "vh6zhiw6uig0ukjb", "vh6zhiw6uig0ukjbg0ukjb", "vh6zhiw6uig0ukjbg0ukjbt92tdjz35", "vh6zhiw6uig0ukjbg0ukjbt92tdjz35g0ukjb", "vh6zhiw6uig0ukjbg0ukjbt92tdjz35g0ukjbo9nvj", "vh6zhiw6uig0ukjbg0ukjbt92tdjz35g0ukjbo9nvjg0ukjb", "vh6zhiw6uig0ukjbg0ukjbt92tdjz35g0ukjbo9nvjg0ukjbg0ukjb", "vh6zhiw6uig0ukjbg0ukjbt92tdjz35g0ukjbo9nvjg0ukjbg0ukjbo9nvj", "vh6zhiw6uig0ukjbg0ukjbt92tdjz35g0ukjbo9nvjg0ukjbg0ukjbo9nvjkc9usf07ai6vwb40c4u", "vh6zhiw6uig0ukjbg0ukjbt92tdjz35g0ukjbo9nvjg0ukjbg0ukjbo9nvjkc9usf07ai6vwb40c4uo9nvj", "vh6zhiw6uig0ukjbg0ukjbt92tdjz35g0ukjbo9nvjg0ukjbg0ukjbo9nvjkc9usf07ai6vwb40c4uo9nvjvh6zhiw6ui", "vh6zhiw6uig0ukjbg0ukjbt92tdjz35g0ukjbo9nvjg0ukjbg0ukjbo9nvjkc9usf07ai6vwb40c4uo9nvjvh6zhiw6uit92tdjz35", "vh6zhiw6uig0ukjbg0ukjbt92tdjz35g0ukjbo9nvjg0ukjbg0ukjbo9nvjkc9usf07ai6vwb40c4uo9nvjvh6zhiw6uit92tdjz35o9nvj"]}, "config": {"commands": [3, 2, 2, 1, 2, 4, 2, 2, 4, 0, 4, 3, 1, 4, 2], "max_length": 20, "min_length": 5, "num_commands": 15, "num_strings": 5, "strings": ["kc9usf07ai6vwb40c4u", "t92tdjz35", "g0ukjb", "vh6zhiw6ui", "o9nvj"]}, "task_name": "task05", "example_name": "0131", "problem_name": "task05_0131"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [tox9p3w5y1d, sgrtsn5dk88esmtv4bx1, 2bxqdrhs0hli4j6nyx, u1ecb3pu2, fotxpgb, r5qw3yy2e5qnrbldvc8g, rlp8es, 9u4h7fsz6ol6rkcvxjk, vsx7vloyiyph, bbf48iycf, x366cfar4d4snp5jh4, vf9lhgf1u, 4pq8p8j119uzx38btx74, 8wqvc8ggpes, q5k7pqqg, 6sel4l9lf27a92o, kejgm4ov, vxdyq89xi21]\nIndices: [10, 1, 11, 8, 0, 17, 11, 16, 12, 4, 14, 13, 8, 13, 14]\n", "label": {"final": "x366cfar4d4snp5jh4sgrtsn5dk88esmtv4bx1vf9lhgf1uvsx7vloyiyphtox9p3w5y1dvxdyq89xi21vf9lhgf1ukejgm4ov4pq8p8j119uzx38btx74fotxpgbq5k7pqqg8wqvc8ggpesvsx7vloyiyph8wqvc8ggpesq5k7pqqg", "init": "", "intermediate": ["x366cfar4d4snp5jh4", "x366cfar4d4snp5jh4sgrtsn5dk88esmtv4bx1", "x366cfar4d4snp5jh4sgrtsn5dk88esmtv4bx1vf9lhgf1u", "x366cfar4d4snp5jh4sgrtsn5dk88esmtv4bx1vf9lhgf1uvsx7vloyiyph", "x366cfar4d4snp5jh4sgrtsn5dk88esmtv4bx1vf9lhgf1uvsx7vloyiyphtox9p3w5y1d", "x366cfar4d4snp5jh4sgrtsn5dk88esmtv4bx1vf9lhgf1uvsx7vloyiyphtox9p3w5y1dvxdyq89xi21", "x366cfar4d4snp5jh4sgrtsn5dk88esmtv4bx1vf9lhgf1uvsx7vloyiyphtox9p3w5y1dvxdyq89xi21vf9lhgf1u", "x366cfar4d4snp5jh4sgrtsn5dk88esmtv4bx1vf9lhgf1uvsx7vloyiyphtox9p3w5y1dvxdyq89xi21vf9lhgf1ukejgm4ov", "x366cfar4d4snp5jh4sgrtsn5dk88esmtv4bx1vf9lhgf1uvsx7vloyiyphtox9p3w5y1dvxdyq89xi21vf9lhgf1ukejgm4ov4pq8p8j119uzx38btx74", "x366cfar4d4snp5jh4sgrtsn5dk88esmtv4bx1vf9lhgf1uvsx7vloyiyphtox9p3w5y1dvxdyq89xi21vf9lhgf1ukejgm4ov4pq8p8j119uzx38btx74fotxpgb", "x366cfar4d4snp5jh4sgrtsn5dk88esmtv4bx1vf9lhgf1uvsx7vloyiyphtox9p3w5y1dvxdyq89xi21vf9lhgf1ukejgm4ov4pq8p8j119uzx38btx74fotxpgbq5k7pqqg", "x366cfar4d4snp5jh4sgrtsn5dk88esmtv4bx1vf9lhgf1uvsx7vloyiyphtox9p3w5y1dvxdyq89xi21vf9lhgf1ukejgm4ov4pq8p8j119uzx38btx74fotxpgbq5k7pqqg8wqvc8ggpes", "x366cfar4d4snp5jh4sgrtsn5dk88esmtv4bx1vf9lhgf1uvsx7vloyiyphtox9p3w5y1dvxdyq89xi21vf9lhgf1ukejgm4ov4pq8p8j119uzx38btx74fotxpgbq5k7pqqg8wqvc8ggpesvsx7vloyiyph", "x366cfar4d4snp5jh4sgrtsn5dk88esmtv4bx1vf9lhgf1uvsx7vloyiyphtox9p3w5y1dvxdyq89xi21vf9lhgf1ukejgm4ov4pq8p8j119uzx38btx74fotxpgbq5k7pqqg8wqvc8ggpesvsx7vloyiyph8wqvc8ggpes"]}, "config": {"commands": [10, 1, 11, 8, 0, 17, 11, 16, 12, 4, 14, 13, 8, 13, 14], "max_length": 20, "min_length": 5, "num_commands": 15, "num_strings": 18, "strings": ["tox9p3w5y1d", "sgrtsn5dk88esmtv4bx1", "2bxqdrhs0hli4j6nyx", "u1ecb3pu2", "fotxpgb", "r5qw3yy2e5qnrbldvc8g", "rlp8es", "9u4h7fsz6ol6rkcvxjk", "vsx7vloyiyph", "bbf48iycf", "x366cfar4d4snp5jh4", "vf9lhgf1u", "4pq8p8j119uzx38btx74", "8wqvc8ggpes", "q5k7pqqg", "6sel4l9lf27a92o", "kejgm4ov", "vxdyq89xi21"]}, "task_name": "task05", "example_name": "0132", "problem_name": "task05_0132"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [98lng5ixz, xpgoe, qosrhvw90robzr5hoe, i92f3midoxgkn, 73b6203t, box9xkahn9xkhz9r9oso, agybr6vrp5oo7zw, s645jzv3lc9bd02b, s6m587wsjsn, 0n6ozvjybt3, onhuq61wfo5cgl, shwblqaehr47xpg2r, 1180p, carq4vl, 5saahyygg485, 1vkpp4n6cuf449l, vdhqfp9f, xd6pwxa9, 6gusp14tu581, af6g8u9k1g4hx, 8mrzg4vmmcksizwr]\nIndices: [11, 2, 18, 1, 5, 18, 15, 18, 2, 0, 19, 5, 1, 2, 7]\n", "label": {"final": "shwblqaehr47xpg2rqosrhvw90robzr5hoe6gusp14tu581xpgoebox9xkahn9xkhz9r9oso6gusp14tu5811vkpp4n6cuf449l6gusp14tu581qosrhvw90robzr5hoe98lng5ixzaf6g8u9k1g4hxbox9xkahn9xkhz9r9osoxpgoeqosrhvw90robzr5hoes645jzv3lc9bd02b", "init": "", "intermediate": ["shwblqaehr47xpg2r", "shwblqaehr47xpg2rqosrhvw90robzr5hoe", "shwblqaehr47xpg2rqosrhvw90robzr5hoe6gusp14tu581", "shwblqaehr47xpg2rqosrhvw90robzr5hoe6gusp14tu581xpgoe", "shwblqaehr47xpg2rqosrhvw90robzr5hoe6gusp14tu581xpgoebox9xkahn9xkhz9r9oso", "shwblqaehr47xpg2rqosrhvw90robzr5hoe6gusp14tu581xpgoebox9xkahn9xkhz9r9oso6gusp14tu581", "shwblqaehr47xpg2rqosrhvw90robzr5hoe6gusp14tu581xpgoebox9xkahn9xkhz9r9oso6gusp14tu5811vkpp4n6cuf449l", "shwblqaehr47xpg2rqosrhvw90robzr5hoe6gusp14tu581xpgoebox9xkahn9xkhz9r9oso6gusp14tu5811vkpp4n6cuf449l6gusp14tu581", "shwblqaehr47xpg2rqosrhvw90robzr5hoe6gusp14tu581xpgoebox9xkahn9xkhz9r9oso6gusp14tu5811vkpp4n6cuf449l6gusp14tu581qosrhvw90robzr5hoe", "shwblqaehr47xpg2rqosrhvw90robzr5hoe6gusp14tu581xpgoebox9xkahn9xkhz9r9oso6gusp14tu5811vkpp4n6cuf449l6gusp14tu581qosrhvw90robzr5hoe98lng5ixz", "shwblqaehr47xpg2rqosrhvw90robzr5hoe6gusp14tu581xpgoebox9xkahn9xkhz9r9oso6gusp14tu5811vkpp4n6cuf449l6gusp14tu581qosrhvw90robzr5hoe98lng5ixzaf6g8u9k1g4hx", "shwblqaehr47xpg2rqosrhvw90robzr5hoe6gusp14tu581xpgoebox9xkahn9xkhz9r9oso6gusp14tu5811vkpp4n6cuf449l6gusp14tu581qosrhvw90robzr5hoe98lng5ixzaf6g8u9k1g4hxbox9xkahn9xkhz9r9oso", "shwblqaehr47xpg2rqosrhvw90robzr5hoe6gusp14tu581xpgoebox9xkahn9xkhz9r9oso6gusp14tu5811vkpp4n6cuf449l6gusp14tu581qosrhvw90robzr5hoe98lng5ixzaf6g8u9k1g4hxbox9xkahn9xkhz9r9osoxpgoe", "shwblqaehr47xpg2rqosrhvw90robzr5hoe6gusp14tu581xpgoebox9xkahn9xkhz9r9oso6gusp14tu5811vkpp4n6cuf449l6gusp14tu581qosrhvw90robzr5hoe98lng5ixzaf6g8u9k1g4hxbox9xkahn9xkhz9r9osoxpgoeqosrhvw90robzr5hoe"]}, "config": {"commands": [11, 2, 18, 1, 5, 18, 15, 18, 2, 0, 19, 5, 1, 2, 7], "max_length": 20, "min_length": 5, "num_commands": 15, "num_strings": 21, "strings": ["98lng5ixz", "xpgoe", "qosrhvw90robzr5hoe", "i92f3midoxgkn", "73b6203t", "box9xkahn9xkhz9r9oso", "agybr6vrp5oo7zw", "s645jzv3lc9bd02b", "s6m587wsjsn", "0n6ozvjybt3", "onhuq61wfo5cgl", "shwblqaehr47xpg2r", "1180p", "carq4vl", "5saahyygg485", "1vkpp4n6cuf449l", "vdhqfp9f", "xd6pwxa9", "6gusp14tu581", "af6g8u9k1g4hx", "8mrzg4vmmcksizwr"]}, "task_name": "task05", "example_name": "0133", "problem_name": "task05_0133"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [18moazyg93yve, bukdu, 4138eqwk, 4zelm2x78ytyc5m5hv]\nIndices: [1, 0, 1, 3, 3, 1, 0, 1, 2, 1, 0, 0, 0, 1, 3]\n", "label": {"final": "bukdu18moazyg93yvebukdu4zelm2x78ytyc5m5hv4zelm2x78ytyc5m5hvbukdu18moazyg93yvebukdu4138eqwkbukdu18moazyg93yve18moazyg93yve18moazyg93yvebukdu4zelm2x78ytyc5m5hv", "init": "", "intermediate": ["bukdu", "bukdu18moazyg93yve", "bukdu18moazyg93yvebukdu", "bukdu18moazyg93yvebukdu4zelm2x78ytyc5m5hv", "bukdu18moazyg93yvebukdu4zelm2x78ytyc5m5hv4zelm2x78ytyc5m5hv", "bukdu18moazyg93yvebukdu4zelm2x78ytyc5m5hv4zelm2x78ytyc5m5hvbukdu", "bukdu18moazyg93yvebukdu4zelm2x78ytyc5m5hv4zelm2x78ytyc5m5hvbukdu18moazyg93yve", "bukdu18moazyg93yvebukdu4zelm2x78ytyc5m5hv4zelm2x78ytyc5m5hvbukdu18moazyg93yvebukdu", "bukdu18moazyg93yvebukdu4zelm2x78ytyc5m5hv4zelm2x78ytyc5m5hvbukdu18moazyg93yvebukdu4138eqwk", "bukdu18moazyg93yvebukdu4zelm2x78ytyc5m5hv4zelm2x78ytyc5m5hvbukdu18moazyg93yvebukdu4138eqwkbukdu", "bukdu18moazyg93yvebukdu4zelm2x78ytyc5m5hv4zelm2x78ytyc5m5hvbukdu18moazyg93yvebukdu4138eqwkbukdu18moazyg93yve", "bukdu18moazyg93yvebukdu4zelm2x78ytyc5m5hv4zelm2x78ytyc5m5hvbukdu18moazyg93yvebukdu4138eqwkbukdu18moazyg93yve18moazyg93yve", "bukdu18moazyg93yvebukdu4zelm2x78ytyc5m5hv4zelm2x78ytyc5m5hvbukdu18moazyg93yvebukdu4138eqwkbukdu18moazyg93yve18moazyg93yve18moazyg93yve", "bukdu18moazyg93yvebukdu4zelm2x78ytyc5m5hv4zelm2x78ytyc5m5hvbukdu18moazyg93yvebukdu4138eqwkbukdu18moazyg93yve18moazyg93yve18moazyg93yvebukdu"]}, "config": {"commands": [1, 0, 1, 3, 3, 1, 0, 1, 2, 1, 0, 0, 0, 1, 3], "max_length": 20, "min_length": 5, "num_commands": 15, "num_strings": 4, "strings": ["18moazyg93yve", "bukdu", "4138eqwk", "4zelm2x78ytyc5m5hv"]}, "task_name": "task05", "example_name": "0134", "problem_name": "task05_0134"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [clmqim67, qqyppdttm68xxsg4, d1kcnziuocwidiw6h8, 1gn6lq, mbeqxq2cde2x0006lr2, 3qknf2b85abr5n, nglvb57p9e3aow, 6r6u0bycmppv, 8a06r6t, qv6s11wivs5p, fiiqlu, jpvf0eu8ak]\nIndices: [3, 6, 9, 5, 5, 6, 4, 11, 7, 3, 4, 9, 8, 9, 7]\n", "label": {"final": "1gn6lqnglvb57p9e3aowqv6s11wivs5p3qknf2b85abr5n3qknf2b85abr5nnglvb57p9e3aowmbeqxq2cde2x0006lr2jpvf0eu8ak6r6u0bycmppv1gn6lqmbeqxq2cde2x0006lr2qv6s11wivs5p8a06r6tqv6s11wivs5p6r6u0bycmppv", "init": "", "intermediate": ["1gn6lq", "1gn6lqnglvb57p9e3aow", "1gn6lqnglvb57p9e3aowqv6s11wivs5p", "1gn6lqnglvb57p9e3aowqv6s11wivs5p3qknf2b85abr5n", "1gn6lqnglvb57p9e3aowqv6s11wivs5p3qknf2b85abr5n3qknf2b85abr5n", "1gn6lqnglvb57p9e3aowqv6s11wivs5p3qknf2b85abr5n3qknf2b85abr5nnglvb57p9e3aow", "1gn6lqnglvb57p9e3aowqv6s11wivs5p3qknf2b85abr5n3qknf2b85abr5nnglvb57p9e3aowmbeqxq2cde2x0006lr2", "1gn6lqnglvb57p9e3aowqv6s11wivs5p3qknf2b85abr5n3qknf2b85abr5nnglvb57p9e3aowmbeqxq2cde2x0006lr2jpvf0eu8ak", "1gn6lqnglvb57p9e3aowqv6s11wivs5p3qknf2b85abr5n3qknf2b85abr5nnglvb57p9e3aowmbeqxq2cde2x0006lr2jpvf0eu8ak6r6u0bycmppv", "1gn6lqnglvb57p9e3aowqv6s11wivs5p3qknf2b85abr5n3qknf2b85abr5nnglvb57p9e3aowmbeqxq2cde2x0006lr2jpvf0eu8ak6r6u0bycmppv1gn6lq", "1gn6lqnglvb57p9e3aowqv6s11wivs5p3qknf2b85abr5n3qknf2b85abr5nnglvb57p9e3aowmbeqxq2cde2x0006lr2jpvf0eu8ak6r6u0bycmppv1gn6lqmbeqxq2cde2x0006lr2", "1gn6lqnglvb57p9e3aowqv6s11wivs5p3qknf2b85abr5n3qknf2b85abr5nnglvb57p9e3aowmbeqxq2cde2x0006lr2jpvf0eu8ak6r6u0bycmppv1gn6lqmbeqxq2cde2x0006lr2qv6s11wivs5p", "1gn6lqnglvb57p9e3aowqv6s11wivs5p3qknf2b85abr5n3qknf2b85abr5nnglvb57p9e3aowmbeqxq2cde2x0006lr2jpvf0eu8ak6r6u0bycmppv1gn6lqmbeqxq2cde2x0006lr2qv6s11wivs5p8a06r6t", "1gn6lqnglvb57p9e3aowqv6s11wivs5p3qknf2b85abr5n3qknf2b85abr5nnglvb57p9e3aowmbeqxq2cde2x0006lr2jpvf0eu8ak6r6u0bycmppv1gn6lqmbeqxq2cde2x0006lr2qv6s11wivs5p8a06r6tqv6s11wivs5p"]}, "config": {"commands": [3, 6, 9, 5, 5, 6, 4, 11, 7, 3, 4, 9, 8, 9, 7], "max_length": 20, "min_length": 5, "num_commands": 15, "num_strings": 12, "strings": ["clmqim67", "qqyppdttm68xxsg4", "d1kcnziuocwidiw6h8", "1gn6lq", "mbeqxq2cde2x0006lr2", "3qknf2b85abr5n", "nglvb57p9e3aow", "6r6u0bycmppv", "8a06r6t", "qv6s11wivs5p", "fiiqlu", "jpvf0eu8ak"]}, "task_name": "task05", "example_name": "0135", "problem_name": "task05_0135"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [eoam8m96vuh, 9o5r8e, un04r6, 75c3t6ahq6f, 6hon0koz0b1f1jcncp, eis9b4bpzgf4x91ajgh, 9cvyqfavjntc0fs, wijb6okuxt11eop]\nIndices: [7, 6, 3, 6, 4, 4, 1, 0, 5, 0, 6, 4, 7, 1, 5]\n", "label": {"final": "wijb6okuxt11eop9cvyqfavjntc0fs75c3t6ahq6f9cvyqfavjntc0fs6hon0koz0b1f1jcncp6hon0koz0b1f1jcncp9o5r8eeoam8m96vuheis9b4bpzgf4x91ajgheoam8m96vuh9cvyqfavjntc0fs6hon0koz0b1f1jcncpwijb6okuxt11eop9o5r8eeis9b4bpzgf4x91ajgh", "init": "", "intermediate": ["wijb6okuxt11eop", "wijb6okuxt11eop9cvyqfavjntc0fs", "wijb6okuxt11eop9cvyqfavjntc0fs75c3t6ahq6f", "wijb6okuxt11eop9cvyqfavjntc0fs75c3t6ahq6f9cvyqfavjntc0fs", "wijb6okuxt11eop9cvyqfavjntc0fs75c3t6ahq6f9cvyqfavjntc0fs6hon0koz0b1f1jcncp", "wijb6okuxt11eop9cvyqfavjntc0fs75c3t6ahq6f9cvyqfavjntc0fs6hon0koz0b1f1jcncp6hon0koz0b1f1jcncp", "wijb6okuxt11eop9cvyqfavjntc0fs75c3t6ahq6f9cvyqfavjntc0fs6hon0koz0b1f1jcncp6hon0koz0b1f1jcncp9o5r8e", "wijb6okuxt11eop9cvyqfavjntc0fs75c3t6ahq6f9cvyqfavjntc0fs6hon0koz0b1f1jcncp6hon0koz0b1f1jcncp9o5r8eeoam8m96vuh", "wijb6okuxt11eop9cvyqfavjntc0fs75c3t6ahq6f9cvyqfavjntc0fs6hon0koz0b1f1jcncp6hon0koz0b1f1jcncp9o5r8eeoam8m96vuheis9b4bpzgf4x91ajgh", "wijb6okuxt11eop9cvyqfavjntc0fs75c3t6ahq6f9cvyqfavjntc0fs6hon0koz0b1f1jcncp6hon0koz0b1f1jcncp9o5r8eeoam8m96vuheis9b4bpzgf4x91ajgheoam8m96vuh", "wijb6okuxt11eop9cvyqfavjntc0fs75c3t6ahq6f9cvyqfavjntc0fs6hon0koz0b1f1jcncp6hon0koz0b1f1jcncp9o5r8eeoam8m96vuheis9b4bpzgf4x91ajgheoam8m96vuh9cvyqfavjntc0fs", "wijb6okuxt11eop9cvyqfavjntc0fs75c3t6ahq6f9cvyqfavjntc0fs6hon0koz0b1f1jcncp6hon0koz0b1f1jcncp9o5r8eeoam8m96vuheis9b4bpzgf4x91ajgheoam8m96vuh9cvyqfavjntc0fs6hon0koz0b1f1jcncp", "wijb6okuxt11eop9cvyqfavjntc0fs75c3t6ahq6f9cvyqfavjntc0fs6hon0koz0b1f1jcncp6hon0koz0b1f1jcncp9o5r8eeoam8m96vuheis9b4bpzgf4x91ajgheoam8m96vuh9cvyqfavjntc0fs6hon0koz0b1f1jcncpwijb6okuxt11eop", "wijb6okuxt11eop9cvyqfavjntc0fs75c3t6ahq6f9cvyqfavjntc0fs6hon0koz0b1f1jcncp6hon0koz0b1f1jcncp9o5r8eeoam8m96vuheis9b4bpzgf4x91ajgheoam8m96vuh9cvyqfavjntc0fs6hon0koz0b1f1jcncpwijb6okuxt11eop9o5r8e"]}, "config": {"commands": [7, 6, 3, 6, 4, 4, 1, 0, 5, 0, 6, 4, 7, 1, 5], "max_length": 20, "min_length": 5, "num_commands": 15, "num_strings": 8, "strings": ["eoam8m96vuh", "9o5r8e", "un04r6", "75c3t6ahq6f", "6hon0koz0b1f1jcncp", "eis9b4bpzgf4x91ajgh", "9cvyqfavjntc0fs", "wijb6okuxt11eop"]}, "task_name": "task05", "example_name": "0136", "problem_name": "task05_0136"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jesso8, tgwukxc8q8z, qsx6ccw7w0rkj, s8vi80p0xq, ni9vqja0i6dx3a0we1q6]\nIndices: [1, 4, 0, 1, 0, 0, 3, 2, 3, 3, 1, 4, 1, 3, 4]\n", "label": {"final": "tgwukxc8q8zni9vqja0i6dx3a0we1q6jesso8tgwukxc8q8zjesso8jesso8s8vi80p0xqqsx6ccw7w0rkjs8vi80p0xqs8vi80p0xqtgwukxc8q8zni9vqja0i6dx3a0we1q6tgwukxc8q8zs8vi80p0xqni9vqja0i6dx3a0we1q6", "init": "", "intermediate": ["tgwukxc8q8z", "tgwukxc8q8zni9vqja0i6dx3a0we1q6", "tgwukxc8q8zni9vqja0i6dx3a0we1q6jesso8", "tgwukxc8q8zni9vqja0i6dx3a0we1q6jesso8tgwukxc8q8z", "tgwukxc8q8zni9vqja0i6dx3a0we1q6jesso8tgwukxc8q8zjesso8", "tgwukxc8q8zni9vqja0i6dx3a0we1q6jesso8tgwukxc8q8zjesso8jesso8", "tgwukxc8q8zni9vqja0i6dx3a0we1q6jesso8tgwukxc8q8zjesso8jesso8s8vi80p0xq", "tgwukxc8q8zni9vqja0i6dx3a0we1q6jesso8tgwukxc8q8zjesso8jesso8s8vi80p0xqqsx6ccw7w0rkj", "tgwukxc8q8zni9vqja0i6dx3a0we1q6jesso8tgwukxc8q8zjesso8jesso8s8vi80p0xqqsx6ccw7w0rkjs8vi80p0xq", "tgwukxc8q8zni9vqja0i6dx3a0we1q6jesso8tgwukxc8q8zjesso8jesso8s8vi80p0xqqsx6ccw7w0rkjs8vi80p0xqs8vi80p0xq", "tgwukxc8q8zni9vqja0i6dx3a0we1q6jesso8tgwukxc8q8zjesso8jesso8s8vi80p0xqqsx6ccw7w0rkjs8vi80p0xqs8vi80p0xqtgwukxc8q8z", "tgwukxc8q8zni9vqja0i6dx3a0we1q6jesso8tgwukxc8q8zjesso8jesso8s8vi80p0xqqsx6ccw7w0rkjs8vi80p0xqs8vi80p0xqtgwukxc8q8zni9vqja0i6dx3a0we1q6", "tgwukxc8q8zni9vqja0i6dx3a0we1q6jesso8tgwukxc8q8zjesso8jesso8s8vi80p0xqqsx6ccw7w0rkjs8vi80p0xqs8vi80p0xqtgwukxc8q8zni9vqja0i6dx3a0we1q6tgwukxc8q8z", "tgwukxc8q8zni9vqja0i6dx3a0we1q6jesso8tgwukxc8q8zjesso8jesso8s8vi80p0xqqsx6ccw7w0rkjs8vi80p0xqs8vi80p0xqtgwukxc8q8zni9vqja0i6dx3a0we1q6tgwukxc8q8zs8vi80p0xq"]}, "config": {"commands": [1, 4, 0, 1, 0, 0, 3, 2, 3, 3, 1, 4, 1, 3, 4], "max_length": 20, "min_length": 5, "num_commands": 15, "num_strings": 5, "strings": ["jesso8", "tgwukxc8q8z", "qsx6ccw7w0rkj", "s8vi80p0xq", "ni9vqja0i6dx3a0we1q6"]}, "task_name": "task05", "example_name": "0137", "problem_name": "task05_0137"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [kg4qmw0qrtp9, d5ifm6ykcdbysf3jqov, n1o6x7, h4hskipgdd9p2, nr5zv8, poj2hdkomk9x209du, 7jkpv0x78w18lpxl, k02swem0r, 0xjii1, g371fo4m, a9yqlv8in8c64, 71uyw6mawj04p3r, ncevn3joyijo09, lzkmp7wjjj, pfk1e24sn0hfjqgn, ltojbripnn, jj6hqzb3ut, iqygs, 7jackappv3oykyb6k8oo, vx2ng2n1z4u8wdetf3x, 6mjbjhsyy7rjmmwk1ydd, o1enq, 9ls7xb0nltk]\nIndices: [1, 3, 6, 3, 6, 21, 20, 17, 19, 18, 18, 4, 9, 22, 1]\n", "label": {"final": "d5ifm6ykcdbysf3jqovh4hskipgdd9p27jkpv0x78w18lpxlh4hskipgdd9p27jkpv0x78w18lpxlo1enq6mjbjhsyy7rjmmwk1yddiqygsvx2ng2n1z4u8wdetf3x7jackappv3oykyb6k8oo7jackappv3oykyb6k8oonr5zv8g371fo4m9ls7xb0nltkd5ifm6ykcdbysf3jqov", "init": "", "intermediate": ["d5ifm6ykcdbysf3jqov", "d5ifm6ykcdbysf3jqovh4hskipgdd9p2", "d5ifm6ykcdbysf3jqovh4hskipgdd9p27jkpv0x78w18lpxl", "d5ifm6ykcdbysf3jqovh4hskipgdd9p27jkpv0x78w18lpxlh4hskipgdd9p2", "d5ifm6ykcdbysf3jqovh4hskipgdd9p27jkpv0x78w18lpxlh4hskipgdd9p27jkpv0x78w18lpxl", "d5ifm6ykcdbysf3jqovh4hskipgdd9p27jkpv0x78w18lpxlh4hskipgdd9p27jkpv0x78w18lpxlo1enq", "d5ifm6ykcdbysf3jqovh4hskipgdd9p27jkpv0x78w18lpxlh4hskipgdd9p27jkpv0x78w18lpxlo1enq6mjbjhsyy7rjmmwk1ydd", "d5ifm6ykcdbysf3jqovh4hskipgdd9p27jkpv0x78w18lpxlh4hskipgdd9p27jkpv0x78w18lpxlo1enq6mjbjhsyy7rjmmwk1yddiqygs", "d5ifm6ykcdbysf3jqovh4hskipgdd9p27jkpv0x78w18lpxlh4hskipgdd9p27jkpv0x78w18lpxlo1enq6mjbjhsyy7rjmmwk1yddiqygsvx2ng2n1z4u8wdetf3x", "d5ifm6ykcdbysf3jqovh4hskipgdd9p27jkpv0x78w18lpxlh4hskipgdd9p27jkpv0x78w18lpxlo1enq6mjbjhsyy7rjmmwk1yddiqygsvx2ng2n1z4u8wdetf3x7jackappv3oykyb6k8oo", "d5ifm6ykcdbysf3jqovh4hskipgdd9p27jkpv0x78w18lpxlh4hskipgdd9p27jkpv0x78w18lpxlo1enq6mjbjhsyy7rjmmwk1yddiqygsvx2ng2n1z4u8wdetf3x7jackappv3oykyb6k8oo7jackappv3oykyb6k8oo", "d5ifm6ykcdbysf3jqovh4hskipgdd9p27jkpv0x78w18lpxlh4hskipgdd9p27jkpv0x78w18lpxlo1enq6mjbjhsyy7rjmmwk1yddiqygsvx2ng2n1z4u8wdetf3x7jackappv3oykyb6k8oo7jackappv3oykyb6k8oonr5zv8", "d5ifm6ykcdbysf3jqovh4hskipgdd9p27jkpv0x78w18lpxlh4hskipgdd9p27jkpv0x78w18lpxlo1enq6mjbjhsyy7rjmmwk1yddiqygsvx2ng2n1z4u8wdetf3x7jackappv3oykyb6k8oo7jackappv3oykyb6k8oonr5zv8g371fo4m", "d5ifm6ykcdbysf3jqovh4hskipgdd9p27jkpv0x78w18lpxlh4hskipgdd9p27jkpv0x78w18lpxlo1enq6mjbjhsyy7rjmmwk1yddiqygsvx2ng2n1z4u8wdetf3x7jackappv3oykyb6k8oo7jackappv3oykyb6k8oonr5zv8g371fo4m9ls7xb0nltk"]}, "config": {"commands": [1, 3, 6, 3, 6, 21, 20, 17, 19, 18, 18, 4, 9, 22, 1], "max_length": 20, "min_length": 5, "num_commands": 15, "num_strings": 23, "strings": ["kg4qmw0qrtp9", "d5ifm6ykcdbysf3jqov", "n1o6x7", "h4hskipgdd9p2", "nr5zv8", "poj2hdkomk9x209du", "7jkpv0x78w18lpxl", "k02swem0r", "0xjii1", "g371fo4m", "a9yqlv8in8c64", "71uyw6mawj04p3r", "ncevn3joyijo09", "lzkmp7wjjj", "pfk1e24sn0hfjqgn", "ltojbripnn", "jj6hqzb3ut", "iqygs", "7jackappv3oykyb6k8oo", "vx2ng2n1z4u8wdetf3x", "6mjbjhsyy7rjmmwk1ydd", "o1enq", "9ls7xb0nltk"]}, "task_name": "task05", "example_name": "0138", "problem_name": "task05_0138"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [cnkarv4k62esv, s5545csnbnb, xqztr1fpghvrv, eq1ne, 4se0mejnz, 2wmhimou8enz, 6ofx8uwtm35, te2c2, 3k3cb3u2a]\nIndices: [3, 6, 2, 4, 6, 5, 2, 7, 0, 8, 6, 6, 7, 7, 6]\n", "label": {"final": "eq1ne6ofx8uwtm35xqztr1fpghvrv4se0mejnz6ofx8uwtm352wmhimou8enzxqztr1fpghvrvte2c2cnkarv4k62esv3k3cb3u2a6ofx8uwtm356ofx8uwtm35te2c2te2c26ofx8uwtm35", "init": "", "intermediate": ["eq1ne", "eq1ne6ofx8uwtm35", "eq1ne6ofx8uwtm35xqztr1fpghvrv", "eq1ne6ofx8uwtm35xqztr1fpghvrv4se0mejnz", "eq1ne6ofx8uwtm35xqztr1fpghvrv4se0mejnz6ofx8uwtm35", "eq1ne6ofx8uwtm35xqztr1fpghvrv4se0mejnz6ofx8uwtm352wmhimou8enz", "eq1ne6ofx8uwtm35xqztr1fpghvrv4se0mejnz6ofx8uwtm352wmhimou8enzxqztr1fpghvrv", "eq1ne6ofx8uwtm35xqztr1fpghvrv4se0mejnz6ofx8uwtm352wmhimou8enzxqztr1fpghvrvte2c2", "eq1ne6ofx8uwtm35xqztr1fpghvrv4se0mejnz6ofx8uwtm352wmhimou8enzxqztr1fpghvrvte2c2cnkarv4k62esv", "eq1ne6ofx8uwtm35xqztr1fpghvrv4se0mejnz6ofx8uwtm352wmhimou8enzxqztr1fpghvrvte2c2cnkarv4k62esv3k3cb3u2a", "eq1ne6ofx8uwtm35xqztr1fpghvrv4se0mejnz6ofx8uwtm352wmhimou8enzxqztr1fpghvrvte2c2cnkarv4k62esv3k3cb3u2a6ofx8uwtm35", "eq1ne6ofx8uwtm35xqztr1fpghvrv4se0mejnz6ofx8uwtm352wmhimou8enzxqztr1fpghvrvte2c2cnkarv4k62esv3k3cb3u2a6ofx8uwtm356ofx8uwtm35", "eq1ne6ofx8uwtm35xqztr1fpghvrv4se0mejnz6ofx8uwtm352wmhimou8enzxqztr1fpghvrvte2c2cnkarv4k62esv3k3cb3u2a6ofx8uwtm356ofx8uwtm35te2c2", "eq1ne6ofx8uwtm35xqztr1fpghvrv4se0mejnz6ofx8uwtm352wmhimou8enzxqztr1fpghvrvte2c2cnkarv4k62esv3k3cb3u2a6ofx8uwtm356ofx8uwtm35te2c2te2c2"]}, "config": {"commands": [3, 6, 2, 4, 6, 5, 2, 7, 0, 8, 6, 6, 7, 7, 6], "max_length": 20, "min_length": 5, "num_commands": 15, "num_strings": 9, "strings": ["cnkarv4k62esv", "s5545csnbnb", "xqztr1fpghvrv", "eq1ne", "4se0mejnz", "2wmhimou8enz", "6ofx8uwtm35", "te2c2", "3k3cb3u2a"]}, "task_name": "task05", "example_name": "0139", "problem_name": "task05_0139"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [9d6gih1i55h, gwibplnl1zighthmo, xu0xsq, o90k4rshe735tg075g, zpoalz1p1by, wncqdez4vozw, 18d4gk64lv69vyza3, iq4exlncy67n, q2waxowesdl9bqdr0ko, ud9na, alv4eaae5, zigzs0doyjrm, w06o8, f4qp37elyo2m6a77pb, wkcc6va4q8v9u, ksf2hd74, cjx4pmb5]\nIndices: [0, 5, 4, 4, 4, 7, 8, 4, 13, 16, 0, 0, 8, 0, 10, 1]\n", "label": {"final": "9d6gih1i55hwncqdez4vozwzpoalz1p1byzpoalz1p1byzpoalz1p1byiq4exlncy67nq2waxowesdl9bqdr0kozpoalz1p1byf4qp37elyo2m6a77pbcjx4pmb59d6gih1i55h9d6gih1i55hq2waxowesdl9bqdr0ko9d6gih1i55halv4eaae5gwibplnl1zighthmo", "init": "", "intermediate": ["9d6gih1i55h", "9d6gih1i55hwncqdez4vozw", "9d6gih1i55hwncqdez4vozwzpoalz1p1by", "9d6gih1i55hwncqdez4vozwzpoalz1p1byzpoalz1p1by", "9d6gih1i55hwncqdez4vozwzpoalz1p1byzpoalz1p1byzpoalz1p1by", "9d6gih1i55hwncqdez4vozwzpoalz1p1byzpoalz1p1byzpoalz1p1byiq4exlncy67n", "9d6gih1i55hwncqdez4vozwzpoalz1p1byzpoalz1p1byzpoalz1p1byiq4exlncy67nq2waxowesdl9bqdr0ko", "9d6gih1i55hwncqdez4vozwzpoalz1p1byzpoalz1p1byzpoalz1p1byiq4exlncy67nq2waxowesdl9bqdr0kozpoalz1p1by", "9d6gih1i55hwncqdez4vozwzpoalz1p1byzpoalz1p1byzpoalz1p1byiq4exlncy67nq2waxowesdl9bqdr0kozpoalz1p1byf4qp37elyo2m6a77pb", "9d6gih1i55hwncqdez4vozwzpoalz1p1byzpoalz1p1byzpoalz1p1byiq4exlncy67nq2waxowesdl9bqdr0kozpoalz1p1byf4qp37elyo2m6a77pbcjx4pmb5", "9d6gih1i55hwncqdez4vozwzpoalz1p1byzpoalz1p1byzpoalz1p1byiq4exlncy67nq2waxowesdl9bqdr0kozpoalz1p1byf4qp37elyo2m6a77pbcjx4pmb59d6gih1i55h", "9d6gih1i55hwncqdez4vozwzpoalz1p1byzpoalz1p1byzpoalz1p1byiq4exlncy67nq2waxowesdl9bqdr0kozpoalz1p1byf4qp37elyo2m6a77pbcjx4pmb59d6gih1i55h9d6gih1i55h", "9d6gih1i55hwncqdez4vozwzpoalz1p1byzpoalz1p1byzpoalz1p1byiq4exlncy67nq2waxowesdl9bqdr0kozpoalz1p1byf4qp37elyo2m6a77pbcjx4pmb59d6gih1i55h9d6gih1i55hq2waxowesdl9bqdr0ko", "9d6gih1i55hwncqdez4vozwzpoalz1p1byzpoalz1p1byzpoalz1p1byiq4exlncy67nq2waxowesdl9bqdr0kozpoalz1p1byf4qp37elyo2m6a77pbcjx4pmb59d6gih1i55h9d6gih1i55hq2waxowesdl9bqdr0ko9d6gih1i55h", "9d6gih1i55hwncqdez4vozwzpoalz1p1byzpoalz1p1byzpoalz1p1byiq4exlncy67nq2waxowesdl9bqdr0kozpoalz1p1byf4qp37elyo2m6a77pbcjx4pmb59d6gih1i55h9d6gih1i55hq2waxowesdl9bqdr0ko9d6gih1i55halv4eaae5"]}, "config": {"commands": [0, 5, 4, 4, 4, 7, 8, 4, 13, 16, 0, 0, 8, 0, 10, 1], "max_length": 20, "min_length": 5, "num_commands": 16, "num_strings": 17, "strings": ["9d6gih1i55h", "gwibplnl1zighthmo", "xu0xsq", "o90k4rshe735tg075g", "zpoalz1p1by", "wncqdez4vozw", "18d4gk64lv69vyza3", "iq4exlncy67n", "q2waxowesdl9bqdr0ko", "ud9na", "alv4eaae5", "zigzs0doyjrm", "w06o8", "f4qp37elyo2m6a77pb", "wkcc6va4q8v9u", "ksf2hd74", "cjx4pmb5"]}, "task_name": "task05", "example_name": "0140", "problem_name": "task05_0140"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [k8zedp1z02dl9ie488, 8ean48frj0k1ot5, 4tbol5mt8w8n57px, carv4tey, 1e4cj, 05rtfvnisa42slm8b, phgzus1skfkaw5b5nk, il0e6, xpeged92l, itvf87g9, zqyx1, acw87742rq9fbs9bcb, t649ezqc783zpcutk80, kh3pcxrrb18vd, wtcljc208k, 7j1fcqmn755jjy, 1lnpjeyokkj, e83koplx612m5, xwvzqblfi2p3n2g, qpnxn22458r8, nqzqhk]\nIndices: [9, 5, 17, 19, 6, 18, 10, 20, 1, 12, 5, 14, 5, 9, 0, 20]\n", "label": {"final": "itvf87g905rtfvnisa42slm8be83koplx612m5qpnxn22458r8phgzus1skfkaw5b5nkxwvzqblfi2p3n2gzqyx1nqzqhk8ean48frj0k1ot5t649ezqc783zpcutk8005rtfvnisa42slm8bwtcljc208k05rtfvnisa42slm8bitvf87g9k8zedp1z02dl9ie488nqzqhk", "init": "", "intermediate": ["itvf87g9", "itvf87g905rtfvnisa42slm8b", "itvf87g905rtfvnisa42slm8be83koplx612m5", "itvf87g905rtfvnisa42slm8be83koplx612m5qpnxn22458r8", "itvf87g905rtfvnisa42slm8be83koplx612m5qpnxn22458r8phgzus1skfkaw5b5nk", "itvf87g905rtfvnisa42slm8be83koplx612m5qpnxn22458r8phgzus1skfkaw5b5nkxwvzqblfi2p3n2g", "itvf87g905rtfvnisa42slm8be83koplx612m5qpnxn22458r8phgzus1skfkaw5b5nkxwvzqblfi2p3n2gzqyx1", "itvf87g905rtfvnisa42slm8be83koplx612m5qpnxn22458r8phgzus1skfkaw5b5nkxwvzqblfi2p3n2gzqyx1nqzqhk", "itvf87g905rtfvnisa42slm8be83koplx612m5qpnxn22458r8phgzus1skfkaw5b5nkxwvzqblfi2p3n2gzqyx1nqzqhk8ean48frj0k1ot5", "itvf87g905rtfvnisa42slm8be83koplx612m5qpnxn22458r8phgzus1skfkaw5b5nkxwvzqblfi2p3n2gzqyx1nqzqhk8ean48frj0k1ot5t649ezqc783zpcutk80", "itvf87g905rtfvnisa42slm8be83koplx612m5qpnxn22458r8phgzus1skfkaw5b5nkxwvzqblfi2p3n2gzqyx1nqzqhk8ean48frj0k1ot5t649ezqc783zpcutk8005rtfvnisa42slm8b", "itvf87g905rtfvnisa42slm8be83koplx612m5qpnxn22458r8phgzus1skfkaw5b5nkxwvzqblfi2p3n2gzqyx1nqzqhk8ean48frj0k1ot5t649ezqc783zpcutk8005rtfvnisa42slm8bwtcljc208k", "itvf87g905rtfvnisa42slm8be83koplx612m5qpnxn22458r8phgzus1skfkaw5b5nkxwvzqblfi2p3n2gzqyx1nqzqhk8ean48frj0k1ot5t649ezqc783zpcutk8005rtfvnisa42slm8bwtcljc208k05rtfvnisa42slm8b", "itvf87g905rtfvnisa42slm8be83koplx612m5qpnxn22458r8phgzus1skfkaw5b5nkxwvzqblfi2p3n2gzqyx1nqzqhk8ean48frj0k1ot5t649ezqc783zpcutk8005rtfvnisa42slm8bwtcljc208k05rtfvnisa42slm8bitvf87g9", "itvf87g905rtfvnisa42slm8be83koplx612m5qpnxn22458r8phgzus1skfkaw5b5nkxwvzqblfi2p3n2gzqyx1nqzqhk8ean48frj0k1ot5t649ezqc783zpcutk8005rtfvnisa42slm8bwtcljc208k05rtfvnisa42slm8bitvf87g9k8zedp1z02dl9ie488"]}, "config": {"commands": [9, 5, 17, 19, 6, 18, 10, 20, 1, 12, 5, 14, 5, 9, 0, 20], "max_length": 20, "min_length": 5, "num_commands": 16, "num_strings": 21, "strings": ["k8zedp1z02dl9ie488", "8ean48frj0k1ot5", "4tbol5mt8w8n57px", "carv4tey", "1e4cj", "05rtfvnisa42slm8b", "phgzus1skfkaw5b5nk", "il0e6", "xpeged92l", "itvf87g9", "zqyx1", "acw87742rq9fbs9bcb", "t649ezqc783zpcutk80", "kh3pcxrrb18vd", "wtcljc208k", "7j1fcqmn755jjy", "1lnpjeyokkj", "e83koplx612m5", "xwvzqblfi2p3n2g", "qpnxn22458r8", "nqzqhk"]}, "task_name": "task05", "example_name": "0141", "problem_name": "task05_0141"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [dk4me56wexnr2ax, iosk4qxpav2kk918, jqkhn1x, l4xoxgagreaq9, 96fc2d, 8i44d02d2g, u2gfeli1frw48b3, p9w2me, v6zrxtczd9vtcjzq0, ihvu24verz5cko3, re08j7jhfo, sttpyv6q]\nIndices: [7, 11, 9, 11, 11, 9, 2, 0, 0, 10, 5, 0, 6, 0, 7, 11]\n", "label": {"final": "p9w2mesttpyv6qihvu24verz5cko3sttpyv6qsttpyv6qihvu24verz5cko3jqkhn1xdk4me56wexnr2axdk4me56wexnr2axre08j7jhfo8i44d02d2gdk4me56wexnr2axu2gfeli1frw48b3dk4me56wexnr2axp9w2mesttpyv6q", "init": "", "intermediate": ["p9w2me", "p9w2mesttpyv6q", "p9w2mesttpyv6qihvu24verz5cko3", "p9w2mesttpyv6qihvu24verz5cko3sttpyv6q", "p9w2mesttpyv6qihvu24verz5cko3sttpyv6qsttpyv6q", "p9w2mesttpyv6qihvu24verz5cko3sttpyv6qsttpyv6qihvu24verz5cko3", "p9w2mesttpyv6qihvu24verz5cko3sttpyv6qsttpyv6qihvu24verz5cko3jqkhn1x", "p9w2mesttpyv6qihvu24verz5cko3sttpyv6qsttpyv6qihvu24verz5cko3jqkhn1xdk4me56wexnr2ax", "p9w2mesttpyv6qihvu24verz5cko3sttpyv6qsttpyv6qihvu24verz5cko3jqkhn1xdk4me56wexnr2axdk4me56wexnr2ax", "p9w2mesttpyv6qihvu24verz5cko3sttpyv6qsttpyv6qihvu24verz5cko3jqkhn1xdk4me56wexnr2axdk4me56wexnr2axre08j7jhfo", "p9w2mesttpyv6qihvu24verz5cko3sttpyv6qsttpyv6qihvu24verz5cko3jqkhn1xdk4me56wexnr2axdk4me56wexnr2axre08j7jhfo8i44d02d2g", "p9w2mesttpyv6qihvu24verz5cko3sttpyv6qsttpyv6qihvu24verz5cko3jqkhn1xdk4me56wexnr2axdk4me56wexnr2axre08j7jhfo8i44d02d2gdk4me56wexnr2ax", "p9w2mesttpyv6qihvu24verz5cko3sttpyv6qsttpyv6qihvu24verz5cko3jqkhn1xdk4me56wexnr2axdk4me56wexnr2axre08j7jhfo8i44d02d2gdk4me56wexnr2axu2gfeli1frw48b3", "p9w2mesttpyv6qihvu24verz5cko3sttpyv6qsttpyv6qihvu24verz5cko3jqkhn1xdk4me56wexnr2axdk4me56wexnr2axre08j7jhfo8i44d02d2gdk4me56wexnr2axu2gfeli1frw48b3dk4me56wexnr2ax", "p9w2mesttpyv6qihvu24verz5cko3sttpyv6qsttpyv6qihvu24verz5cko3jqkhn1xdk4me56wexnr2axdk4me56wexnr2axre08j7jhfo8i44d02d2gdk4me56wexnr2axu2gfeli1frw48b3dk4me56wexnr2axp9w2me"]}, "config": {"commands": [7, 11, 9, 11, 11, 9, 2, 0, 0, 10, 5, 0, 6, 0, 7, 11], "max_length": 20, "min_length": 5, "num_commands": 16, "num_strings": 12, "strings": ["dk4me56wexnr2ax", "iosk4qxpav2kk918", "jqkhn1x", "l4xoxgagreaq9", "96fc2d", "8i44d02d2g", "u2gfeli1frw48b3", "p9w2me", "v6zrxtczd9vtcjzq0", "ihvu24verz5cko3", "re08j7jhfo", "sttpyv6q"]}, "task_name": "task05", "example_name": "0142", "problem_name": "task05_0142"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [vfvcegy1ga, 4o2z9b, vzrme4c, rv9ong, vbfw2kq39i6erv810c, qz9z8v6l5lsk, 0dr3k1k, vqo97mnaei80r0t7m, nmvsdgz8tnw, u4e3ve3h1, yzii7aorj1d, 5d1djyuqymrbcf8ga77, wb6edzrsa57q7qcbpbo, x09xjzvheii, 6z0407apv17nsw, g5ya4a6cq]\nIndices: [10, 3, 11, 1, 8, 15, 8, 12, 3, 7, 9, 11, 6, 2, 1, 10]\n", "label": {"final": "yzii7aorj1drv9ong5d1djyuqymrbcf8ga774o2z9bnmvsdgz8tnwg5ya4a6cqnmvsdgz8tnwwb6edzrsa57q7qcbpborv9ongvqo97mnaei80r0t7mu4e3ve3h15d1djyuqymrbcf8ga770dr3k1kvzrme4c4o2z9byzii7aorj1d", "init": "", "intermediate": ["yzii7aorj1d", "yzii7aorj1drv9ong", "yzii7aorj1drv9ong5d1djyuqymrbcf8ga77", "yzii7aorj1drv9ong5d1djyuqymrbcf8ga774o2z9b", "yzii7aorj1drv9ong5d1djyuqymrbcf8ga774o2z9bnmvsdgz8tnw", "yzii7aorj1drv9ong5d1djyuqymrbcf8ga774o2z9bnmvsdgz8tnwg5ya4a6cq", "yzii7aorj1drv9ong5d1djyuqymrbcf8ga774o2z9bnmvsdgz8tnwg5ya4a6cqnmvsdgz8tnw", "yzii7aorj1drv9ong5d1djyuqymrbcf8ga774o2z9bnmvsdgz8tnwg5ya4a6cqnmvsdgz8tnwwb6edzrsa57q7qcbpbo", "yzii7aorj1drv9ong5d1djyuqymrbcf8ga774o2z9bnmvsdgz8tnwg5ya4a6cqnmvsdgz8tnwwb6edzrsa57q7qcbpborv9ong", "yzii7aorj1drv9ong5d1djyuqymrbcf8ga774o2z9bnmvsdgz8tnwg5ya4a6cqnmvsdgz8tnwwb6edzrsa57q7qcbpborv9ongvqo97mnaei80r0t7m", "yzii7aorj1drv9ong5d1djyuqymrbcf8ga774o2z9bnmvsdgz8tnwg5ya4a6cqnmvsdgz8tnwwb6edzrsa57q7qcbpborv9ongvqo97mnaei80r0t7mu4e3ve3h1", "yzii7aorj1drv9ong5d1djyuqymrbcf8ga774o2z9bnmvsdgz8tnwg5ya4a6cqnmvsdgz8tnwwb6edzrsa57q7qcbpborv9ongvqo97mnaei80r0t7mu4e3ve3h15d1djyuqymrbcf8ga77", "yzii7aorj1drv9ong5d1djyuqymrbcf8ga774o2z9bnmvsdgz8tnwg5ya4a6cqnmvsdgz8tnwwb6edzrsa57q7qcbpborv9ongvqo97mnaei80r0t7mu4e3ve3h15d1djyuqymrbcf8ga770dr3k1k", "yzii7aorj1drv9ong5d1djyuqymrbcf8ga774o2z9bnmvsdgz8tnwg5ya4a6cqnmvsdgz8tnwwb6edzrsa57q7qcbpborv9ongvqo97mnaei80r0t7mu4e3ve3h15d1djyuqymrbcf8ga770dr3k1kvzrme4c", "yzii7aorj1drv9ong5d1djyuqymrbcf8ga774o2z9bnmvsdgz8tnwg5ya4a6cqnmvsdgz8tnwwb6edzrsa57q7qcbpborv9ongvqo97mnaei80r0t7mu4e3ve3h15d1djyuqymrbcf8ga770dr3k1kvzrme4c4o2z9b"]}, "config": {"commands": [10, 3, 11, 1, 8, 15, 8, 12, 3, 7, 9, 11, 6, 2, 1, 10], "max_length": 20, "min_length": 5, "num_commands": 16, "num_strings": 16, "strings": ["vfvcegy1ga", "4o2z9b", "vzrme4c", "rv9ong", "vbfw2kq39i6erv810c", "qz9z8v6l5lsk", "0dr3k1k", "vqo97mnaei80r0t7m", "nmvsdgz8tnw", "u4e3ve3h1", "yzii7aorj1d", "5d1djyuqymrbcf8ga77", "wb6edzrsa57q7qcbpbo", "x09xjzvheii", "6z0407apv17nsw", "g5ya4a6cq"]}, "task_name": "task05", "example_name": "0143", "problem_name": "task05_0143"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [5qzg7wfu4yewwzoj6, wqy3wfnj9yhyo667vm4, ll0uozmwpeo43, dkvkzk1fi7qj8, 6pos863no, o22vbsn5, owngknuq23lv2h, lvktm1gpbfoki, qhswk, w7ep3bwjz, ntg6y6t1b555]\nIndices: [6, 7, 7, 3, 10, 0, 8, 7, 7, 1, 0, 7, 7, 8, 6, 8]\n", "label": {"final": "owngknuq23lv2hlvktm1gpbfokilvktm1gpbfokidkvkzk1fi7qj8ntg6y6t1b5555qzg7wfu4yewwzoj6qhswklvktm1gpbfokilvktm1gpbfokiwqy3wfnj9yhyo667vm45qzg7wfu4yewwzoj6lvktm1gpbfokilvktm1gpbfokiqhswkowngknuq23lv2hqhswk", "init": "", "intermediate": ["owngknuq23lv2h", "owngknuq23lv2hlvktm1gpbfoki", "owngknuq23lv2hlvktm1gpbfokilvktm1gpbfoki", "owngknuq23lv2hlvktm1gpbfokilvktm1gpbfokidkvkzk1fi7qj8", "owngknuq23lv2hlvktm1gpbfokilvktm1gpbfokidkvkzk1fi7qj8ntg6y6t1b555", "owngknuq23lv2hlvktm1gpbfokilvktm1gpbfokidkvkzk1fi7qj8ntg6y6t1b5555qzg7wfu4yewwzoj6", "owngknuq23lv2hlvktm1gpbfokilvktm1gpbfokidkvkzk1fi7qj8ntg6y6t1b5555qzg7wfu4yewwzoj6qhswk", "owngknuq23lv2hlvktm1gpbfokilvktm1gpbfokidkvkzk1fi7qj8ntg6y6t1b5555qzg7wfu4yewwzoj6qhswklvktm1gpbfoki", "owngknuq23lv2hlvktm1gpbfokilvktm1gpbfokidkvkzk1fi7qj8ntg6y6t1b5555qzg7wfu4yewwzoj6qhswklvktm1gpbfokilvktm1gpbfoki", "owngknuq23lv2hlvktm1gpbfokilvktm1gpbfokidkvkzk1fi7qj8ntg6y6t1b5555qzg7wfu4yewwzoj6qhswklvktm1gpbfokilvktm1gpbfokiwqy3wfnj9yhyo667vm4", "owngknuq23lv2hlvktm1gpbfokilvktm1gpbfokidkvkzk1fi7qj8ntg6y6t1b5555qzg7wfu4yewwzoj6qhswklvktm1gpbfokilvktm1gpbfokiwqy3wfnj9yhyo667vm45qzg7wfu4yewwzoj6", "owngknuq23lv2hlvktm1gpbfokilvktm1gpbfokidkvkzk1fi7qj8ntg6y6t1b5555qzg7wfu4yewwzoj6qhswklvktm1gpbfokilvktm1gpbfokiwqy3wfnj9yhyo667vm45qzg7wfu4yewwzoj6lvktm1gpbfoki", "owngknuq23lv2hlvktm1gpbfokilvktm1gpbfokidkvkzk1fi7qj8ntg6y6t1b5555qzg7wfu4yewwzoj6qhswklvktm1gpbfokilvktm1gpbfokiwqy3wfnj9yhyo667vm45qzg7wfu4yewwzoj6lvktm1gpbfokilvktm1gpbfoki", "owngknuq23lv2hlvktm1gpbfokilvktm1gpbfokidkvkzk1fi7qj8ntg6y6t1b5555qzg7wfu4yewwzoj6qhswklvktm1gpbfokilvktm1gpbfokiwqy3wfnj9yhyo667vm45qzg7wfu4yewwzoj6lvktm1gpbfokilvktm1gpbfokiqhswk", "owngknuq23lv2hlvktm1gpbfokilvktm1gpbfokidkvkzk1fi7qj8ntg6y6t1b5555qzg7wfu4yewwzoj6qhswklvktm1gpbfokilvktm1gpbfokiwqy3wfnj9yhyo667vm45qzg7wfu4yewwzoj6lvktm1gpbfokilvktm1gpbfokiqhswkowngknuq23lv2h"]}, "config": {"commands": [6, 7, 7, 3, 10, 0, 8, 7, 7, 1, 0, 7, 7, 8, 6, 8], "max_length": 20, "min_length": 5, "num_commands": 16, "num_strings": 11, "strings": ["5qzg7wfu4yewwzoj6", "wqy3wfnj9yhyo667vm4", "ll0uozmwpeo43", "dkvkzk1fi7qj8", "6pos863no", "o22vbsn5", "owngknuq23lv2h", "lvktm1gpbfoki", "qhswk", "w7ep3bwjz", "ntg6y6t1b555"]}, "task_name": "task05", "example_name": "0144", "problem_name": "task05_0144"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [i1rlz4bakrjzs5pjn, rkfcoxvz2hayk6qtw, m1xen2, jhcnkece2ns28, n3c21xbf2474a, 6s1amuh2ouel28u5, cfhsgfo8, o28yeh3wky0mojev01j, 5zkg2xbas, mj6q704k0, 880kp9eh]\nIndices: [2, 0, 2, 9, 6, 5, 1, 4, 10, 1, 2, 3, 6, 5, 4, 8]\n", "label": {"final": "m1xen2i1rlz4bakrjzs5pjnm1xen2mj6q704k0cfhsgfo86s1amuh2ouel28u5rkfcoxvz2hayk6qtwn3c21xbf2474a880kp9ehrkfcoxvz2hayk6qtwm1xen2jhcnkece2ns28cfhsgfo86s1amuh2ouel28u5n3c21xbf2474a5zkg2xbas", "init": "", "intermediate": ["m1xen2", "m1xen2i1rlz4bakrjzs5pjn", "m1xen2i1rlz4bakrjzs5pjnm1xen2", "m1xen2i1rlz4bakrjzs5pjnm1xen2mj6q704k0", "m1xen2i1rlz4bakrjzs5pjnm1xen2mj6q704k0cfhsgfo8", "m1xen2i1rlz4bakrjzs5pjnm1xen2mj6q704k0cfhsgfo86s1amuh2ouel28u5", "m1xen2i1rlz4bakrjzs5pjnm1xen2mj6q704k0cfhsgfo86s1amuh2ouel28u5rkfcoxvz2hayk6qtw", "m1xen2i1rlz4bakrjzs5pjnm1xen2mj6q704k0cfhsgfo86s1amuh2ouel28u5rkfcoxvz2hayk6qtwn3c21xbf2474a", "m1xen2i1rlz4bakrjzs5pjnm1xen2mj6q704k0cfhsgfo86s1amuh2ouel28u5rkfcoxvz2hayk6qtwn3c21xbf2474a880kp9eh", "m1xen2i1rlz4bakrjzs5pjnm1xen2mj6q704k0cfhsgfo86s1amuh2ouel28u5rkfcoxvz2hayk6qtwn3c21xbf2474a880kp9ehrkfcoxvz2hayk6qtw", "m1xen2i1rlz4bakrjzs5pjnm1xen2mj6q704k0cfhsgfo86s1amuh2ouel28u5rkfcoxvz2hayk6qtwn3c21xbf2474a880kp9ehrkfcoxvz2hayk6qtwm1xen2", "m1xen2i1rlz4bakrjzs5pjnm1xen2mj6q704k0cfhsgfo86s1amuh2ouel28u5rkfcoxvz2hayk6qtwn3c21xbf2474a880kp9ehrkfcoxvz2hayk6qtwm1xen2jhcnkece2ns28", "m1xen2i1rlz4bakrjzs5pjnm1xen2mj6q704k0cfhsgfo86s1amuh2ouel28u5rkfcoxvz2hayk6qtwn3c21xbf2474a880kp9ehrkfcoxvz2hayk6qtwm1xen2jhcnkece2ns28cfhsgfo8", "m1xen2i1rlz4bakrjzs5pjnm1xen2mj6q704k0cfhsgfo86s1amuh2ouel28u5rkfcoxvz2hayk6qtwn3c21xbf2474a880kp9ehrkfcoxvz2hayk6qtwm1xen2jhcnkece2ns28cfhsgfo86s1amuh2ouel28u5", "m1xen2i1rlz4bakrjzs5pjnm1xen2mj6q704k0cfhsgfo86s1amuh2ouel28u5rkfcoxvz2hayk6qtwn3c21xbf2474a880kp9ehrkfcoxvz2hayk6qtwm1xen2jhcnkece2ns28cfhsgfo86s1amuh2ouel28u5n3c21xbf2474a"]}, "config": {"commands": [2, 0, 2, 9, 6, 5, 1, 4, 10, 1, 2, 3, 6, 5, 4, 8], "max_length": 20, "min_length": 5, "num_commands": 16, "num_strings": 11, "strings": ["i1rlz4bakrjzs5pjn", "rkfcoxvz2hayk6qtw", "m1xen2", "jhcnkece2ns28", "n3c21xbf2474a", "6s1amuh2ouel28u5", "cfhsgfo8", "o28yeh3wky0mojev01j", "5zkg2xbas", "mj6q704k0", "880kp9eh"]}, "task_name": "task05", "example_name": "0145", "problem_name": "task05_0145"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [t0gphq7difpd, hxkbm85ex1p8fsg50, 274hualsj6, 29xtarxdj67i4aac1n, 9fkovwbl, sk8n1oq8rmqzfyitf2b, aad4hvt0vk1yimux2a, znmq9zb6ytn7gsf7, cy8lrui7wa, 3z4xdk, mmhrk45rax3l, tpf737sr6ap1seb5, 8mun9ul97s9qstq, b2pt4v, 6jyys, 98txyxvpp9vj06z4, ni4tsmj9wiqo, kz7vh3juqbnz7lg6v9, ywvjuni37n7nhizq, bq2d8i7mqb20, rja1fqms4mul, l8qtviq9wwvkfc15qan9, u4lpb1cwbzcd3rxi19, xe1rgqnwpgrnldcbb3x]\nIndices: [0, 19, 9, 12, 8, 3, 4, 5, 9, 10, 20, 12, 17, 3, 8, 4]\n", "label": {"final": "t0gphq7difpdbq2d8i7mqb203z4xdk8mun9ul97s9qstqcy8lrui7wa29xtarxdj67i4aac1n9fkovwblsk8n1oq8rmqzfyitf2b3z4xdkmmhrk45rax3lrja1fqms4mul8mun9ul97s9qstqkz7vh3juqbnz7lg6v929xtarxdj67i4aac1ncy8lrui7wa9fkovwbl", "init": "", "intermediate": ["t0gphq7difpd", "t0gphq7difpdbq2d8i7mqb20", "t0gphq7difpdbq2d8i7mqb203z4xdk", "t0gphq7difpdbq2d8i7mqb203z4xdk8mun9ul97s9qstq", "t0gphq7difpdbq2d8i7mqb203z4xdk8mun9ul97s9qstqcy8lrui7wa", "t0gphq7difpdbq2d8i7mqb203z4xdk8mun9ul97s9qstqcy8lrui7wa29xtarxdj67i4aac1n", "t0gphq7difpdbq2d8i7mqb203z4xdk8mun9ul97s9qstqcy8lrui7wa29xtarxdj67i4aac1n9fkovwbl", "t0gphq7difpdbq2d8i7mqb203z4xdk8mun9ul97s9qstqcy8lrui7wa29xtarxdj67i4aac1n9fkovwblsk8n1oq8rmqzfyitf2b", "t0gphq7difpdbq2d8i7mqb203z4xdk8mun9ul97s9qstqcy8lrui7wa29xtarxdj67i4aac1n9fkovwblsk8n1oq8rmqzfyitf2b3z4xdk", "t0gphq7difpdbq2d8i7mqb203z4xdk8mun9ul97s9qstqcy8lrui7wa29xtarxdj67i4aac1n9fkovwblsk8n1oq8rmqzfyitf2b3z4xdkmmhrk45rax3l", "t0gphq7difpdbq2d8i7mqb203z4xdk8mun9ul97s9qstqcy8lrui7wa29xtarxdj67i4aac1n9fkovwblsk8n1oq8rmqzfyitf2b3z4xdkmmhrk45rax3lrja1fqms4mul", "t0gphq7difpdbq2d8i7mqb203z4xdk8mun9ul97s9qstqcy8lrui7wa29xtarxdj67i4aac1n9fkovwblsk8n1oq8rmqzfyitf2b3z4xdkmmhrk45rax3lrja1fqms4mul8mun9ul97s9qstq", "t0gphq7difpdbq2d8i7mqb203z4xdk8mun9ul97s9qstqcy8lrui7wa29xtarxdj67i4aac1n9fkovwblsk8n1oq8rmqzfyitf2b3z4xdkmmhrk45rax3lrja1fqms4mul8mun9ul97s9qstqkz7vh3juqbnz7lg6v9", "t0gphq7difpdbq2d8i7mqb203z4xdk8mun9ul97s9qstqcy8lrui7wa29xtarxdj67i4aac1n9fkovwblsk8n1oq8rmqzfyitf2b3z4xdkmmhrk45rax3lrja1fqms4mul8mun9ul97s9qstqkz7vh3juqbnz7lg6v929xtarxdj67i4aac1n", "t0gphq7difpdbq2d8i7mqb203z4xdk8mun9ul97s9qstqcy8lrui7wa29xtarxdj67i4aac1n9fkovwblsk8n1oq8rmqzfyitf2b3z4xdkmmhrk45rax3lrja1fqms4mul8mun9ul97s9qstqkz7vh3juqbnz7lg6v929xtarxdj67i4aac1ncy8lrui7wa"]}, "config": {"commands": [0, 19, 9, 12, 8, 3, 4, 5, 9, 10, 20, 12, 17, 3, 8, 4], "max_length": 20, "min_length": 5, "num_commands": 16, "num_strings": 24, "strings": ["t0gphq7difpd", "hxkbm85ex1p8fsg50", "274hualsj6", "29xtarxdj67i4aac1n", "9fkovwbl", "sk8n1oq8rmqzfyitf2b", "aad4hvt0vk1yimux2a", "znmq9zb6ytn7gsf7", "cy8lrui7wa", "3z4xdk", "mmhrk45rax3l", "tpf737sr6ap1seb5", "8mun9ul97s9qstq", "b2pt4v", "6jyys", "98txyxvpp9vj06z4", "ni4tsmj9wiqo", "kz7vh3juqbnz7lg6v9", "ywvjuni37n7nhizq", "bq2d8i7mqb20", "rja1fqms4mul", "l8qtviq9wwvkfc15qan9", "u4lpb1cwbzcd3rxi19", "xe1rgqnwpgrnldcbb3x"]}, "task_name": "task05", "example_name": "0146", "problem_name": "task05_0146"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ybvq7w, cb5lyhz1sxkn, hyw6l6, f9icacjwvpi95wop, jw6b4kz5, lar0tfm64, zartcvos5yl50izh0te, rgzudh5tkn, dtragpbv, xg1jwpub7i, v19q22ln30f, v0fil0mbi3kvwc3yy, aueludx47m6coz3nre6c, uvlvdqcngcgfevxn9xw, lsysb76sepnt2, clsletc, sy3xy2fdfzjx1je0, 0c0ou233is3yajuugci, dhplq, lxnoxnsfpwd9, krbq3jn7bji1ha5bo, 7zlthdbizvv7k6ici, wkcg7c1u4345qll]\nIndices: [17, 18, 11, 7, 22, 11, 3, 4, 20, 16, 9, 15, 19, 18, 15, 9]\n", "label": {"final": "0c0ou233is3yajuugcidhplqv0fil0mbi3kvwc3yyrgzudh5tknwkcg7c1u4345qllv0fil0mbi3kvwc3yyf9icacjwvpi95wopjw6b4kz5krbq3jn7bji1ha5bosy3xy2fdfzjx1je0xg1jwpub7iclsletclxnoxnsfpwd9dhplqclsletcxg1jwpub7i", "init": "", "intermediate": ["0c0ou233is3yajuugci", "0c0ou233is3yajuugcidhplq", "0c0ou233is3yajuugcidhplqv0fil0mbi3kvwc3yy", "0c0ou233is3yajuugcidhplqv0fil0mbi3kvwc3yyrgzudh5tkn", "0c0ou233is3yajuugcidhplqv0fil0mbi3kvwc3yyrgzudh5tknwkcg7c1u4345qll", "0c0ou233is3yajuugcidhplqv0fil0mbi3kvwc3yyrgzudh5tknwkcg7c1u4345qllv0fil0mbi3kvwc3yy", "0c0ou233is3yajuugcidhplqv0fil0mbi3kvwc3yyrgzudh5tknwkcg7c1u4345qllv0fil0mbi3kvwc3yyf9icacjwvpi95wop", "0c0ou233is3yajuugcidhplqv0fil0mbi3kvwc3yyrgzudh5tknwkcg7c1u4345qllv0fil0mbi3kvwc3yyf9icacjwvpi95wopjw6b4kz5", "0c0ou233is3yajuugcidhplqv0fil0mbi3kvwc3yyrgzudh5tknwkcg7c1u4345qllv0fil0mbi3kvwc3yyf9icacjwvpi95wopjw6b4kz5krbq3jn7bji1ha5bo", "0c0ou233is3yajuugcidhplqv0fil0mbi3kvwc3yyrgzudh5tknwkcg7c1u4345qllv0fil0mbi3kvwc3yyf9icacjwvpi95wopjw6b4kz5krbq3jn7bji1ha5bosy3xy2fdfzjx1je0", "0c0ou233is3yajuugcidhplqv0fil0mbi3kvwc3yyrgzudh5tknwkcg7c1u4345qllv0fil0mbi3kvwc3yyf9icacjwvpi95wopjw6b4kz5krbq3jn7bji1ha5bosy3xy2fdfzjx1je0xg1jwpub7i", "0c0ou233is3yajuugcidhplqv0fil0mbi3kvwc3yyrgzudh5tknwkcg7c1u4345qllv0fil0mbi3kvwc3yyf9icacjwvpi95wopjw6b4kz5krbq3jn7bji1ha5bosy3xy2fdfzjx1je0xg1jwpub7iclsletc", "0c0ou233is3yajuugcidhplqv0fil0mbi3kvwc3yyrgzudh5tknwkcg7c1u4345qllv0fil0mbi3kvwc3yyf9icacjwvpi95wopjw6b4kz5krbq3jn7bji1ha5bosy3xy2fdfzjx1je0xg1jwpub7iclsletclxnoxnsfpwd9", "0c0ou233is3yajuugcidhplqv0fil0mbi3kvwc3yyrgzudh5tknwkcg7c1u4345qllv0fil0mbi3kvwc3yyf9icacjwvpi95wopjw6b4kz5krbq3jn7bji1ha5bosy3xy2fdfzjx1je0xg1jwpub7iclsletclxnoxnsfpwd9dhplq", "0c0ou233is3yajuugcidhplqv0fil0mbi3kvwc3yyrgzudh5tknwkcg7c1u4345qllv0fil0mbi3kvwc3yyf9icacjwvpi95wopjw6b4kz5krbq3jn7bji1ha5bosy3xy2fdfzjx1je0xg1jwpub7iclsletclxnoxnsfpwd9dhplqclsletc"]}, "config": {"commands": [17, 18, 11, 7, 22, 11, 3, 4, 20, 16, 9, 15, 19, 18, 15, 9], "max_length": 20, "min_length": 5, "num_commands": 16, "num_strings": 23, "strings": ["ybvq7w", "cb5lyhz1sxkn", "hyw6l6", "f9icacjwvpi95wop", "jw6b4kz5", "lar0tfm64", "zartcvos5yl50izh0te", "rgzudh5tkn", "dtragpbv", "xg1jwpub7i", "v19q22ln30f", "v0fil0mbi3kvwc3yy", "aueludx47m6coz3nre6c", "uvlvdqcngcgfevxn9xw", "lsysb76sepnt2", "clsletc", "sy3xy2fdfzjx1je0", "0c0ou233is3yajuugci", "dhplq", "lxnoxnsfpwd9", "krbq3jn7bji1ha5bo", "7zlthdbizvv7k6ici", "wkcg7c1u4345qll"]}, "task_name": "task05", "example_name": "0147", "problem_name": "task05_0147"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [6zhugdcdy965odd, 6xtihi1yt6gdks, uwkbf, droztbxwfbqn1oexbj4m, w9o53xmbqqi2beaeslv9, bs428054bnnvfe3s, gh55h8hspa, 1mw13w, 7yj4eg00ata07w, 9zyekg2vyyl5s7498qay, fi0lpixgyesn7ejbkov6, 1y0dqr, hzfoilt4immqk3l0qm, y0kbo7dnr]\nIndices: [0, 8, 13, 11, 2, 10, 4, 11, 4, 2, 0, 3, 9, 13, 3, 7]\n", "label": {"final": "6zhugdcdy965odd7yj4eg00ata07wy0kbo7dnr1y0dqruwkbffi0lpixgyesn7ejbkov6w9o53xmbqqi2beaeslv91y0dqrw9o53xmbqqi2beaeslv9uwkbf6zhugdcdy965odddroztbxwfbqn1oexbj4m9zyekg2vyyl5s7498qayy0kbo7dnrdroztbxwfbqn1oexbj4m1mw13w", "init": "", "intermediate": ["6zhugdcdy965odd", "6zhugdcdy965odd7yj4eg00ata07w", "6zhugdcdy965odd7yj4eg00ata07wy0kbo7dnr", "6zhugdcdy965odd7yj4eg00ata07wy0kbo7dnr1y0dqr", "6zhugdcdy965odd7yj4eg00ata07wy0kbo7dnr1y0dqruwkbf", "6zhugdcdy965odd7yj4eg00ata07wy0kbo7dnr1y0dqruwkbffi0lpixgyesn7ejbkov6", "6zhugdcdy965odd7yj4eg00ata07wy0kbo7dnr1y0dqruwkbffi0lpixgyesn7ejbkov6w9o53xmbqqi2beaeslv9", "6zhugdcdy965odd7yj4eg00ata07wy0kbo7dnr1y0dqruwkbffi0lpixgyesn7ejbkov6w9o53xmbqqi2beaeslv91y0dqr", "6zhugdcdy965odd7yj4eg00ata07wy0kbo7dnr1y0dqruwkbffi0lpixgyesn7ejbkov6w9o53xmbqqi2beaeslv91y0dqrw9o53xmbqqi2beaeslv9", "6zhugdcdy965odd7yj4eg00ata07wy0kbo7dnr1y0dqruwkbffi0lpixgyesn7ejbkov6w9o53xmbqqi2beaeslv91y0dqrw9o53xmbqqi2beaeslv9uwkbf", "6zhugdcdy965odd7yj4eg00ata07wy0kbo7dnr1y0dqruwkbffi0lpixgyesn7ejbkov6w9o53xmbqqi2beaeslv91y0dqrw9o53xmbqqi2beaeslv9uwkbf6zhugdcdy965odd", "6zhugdcdy965odd7yj4eg00ata07wy0kbo7dnr1y0dqruwkbffi0lpixgyesn7ejbkov6w9o53xmbqqi2beaeslv91y0dqrw9o53xmbqqi2beaeslv9uwkbf6zhugdcdy965odddroztbxwfbqn1oexbj4m", "6zhugdcdy965odd7yj4eg00ata07wy0kbo7dnr1y0dqruwkbffi0lpixgyesn7ejbkov6w9o53xmbqqi2beaeslv91y0dqrw9o53xmbqqi2beaeslv9uwkbf6zhugdcdy965odddroztbxwfbqn1oexbj4m9zyekg2vyyl5s7498qay", "6zhugdcdy965odd7yj4eg00ata07wy0kbo7dnr1y0dqruwkbffi0lpixgyesn7ejbkov6w9o53xmbqqi2beaeslv91y0dqrw9o53xmbqqi2beaeslv9uwkbf6zhugdcdy965odddroztbxwfbqn1oexbj4m9zyekg2vyyl5s7498qayy0kbo7dnr", "6zhugdcdy965odd7yj4eg00ata07wy0kbo7dnr1y0dqruwkbffi0lpixgyesn7ejbkov6w9o53xmbqqi2beaeslv91y0dqrw9o53xmbqqi2beaeslv9uwkbf6zhugdcdy965odddroztbxwfbqn1oexbj4m9zyekg2vyyl5s7498qayy0kbo7dnrdroztbxwfbqn1oexbj4m"]}, "config": {"commands": [0, 8, 13, 11, 2, 10, 4, 11, 4, 2, 0, 3, 9, 13, 3, 7], "max_length": 20, "min_length": 5, "num_commands": 16, "num_strings": 14, "strings": ["6zhugdcdy965odd", "6xtihi1yt6gdks", "uwkbf", "droztbxwfbqn1oexbj4m", "w9o53xmbqqi2beaeslv9", "bs428054bnnvfe3s", "gh55h8hspa", "1mw13w", "7yj4eg00ata07w", "9zyekg2vyyl5s7498qay", "fi0lpixgyesn7ejbkov6", "1y0dqr", "hzfoilt4immqk3l0qm", "y0kbo7dnr"]}, "task_name": "task05", "example_name": "0148", "problem_name": "task05_0148"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [9jxv9f, o76pvplofz3n615pyo, 41rtcegcggh5uk06o, 639uumv4, f2n5rborf, wzuu6lrzs, q6h8r25sb5, fi7hvcckde1ih9smjrak, dfd0mak5d94g, 5gftmpjn, 02db4a, 06hke, yar06v, axk475ng, oc6kq, pg1d4z8bp6znfec04fj]\nIndices: [11, 13, 12, 0, 14, 8, 0, 8, 7, 7, 7, 3, 14, 2, 1, 7]\n", "label": {"final": "06hkeaxk475ngyar06v9jxv9foc6kqdfd0mak5d94g9jxv9fdfd0mak5d94gfi7hvcckde1ih9smjrakfi7hvcckde1ih9smjrakfi7hvcckde1ih9smjrak639uumv4oc6kq41rtcegcggh5uk06oo76pvplofz3n615pyofi7hvcckde1ih9smjrak", "init": "", "intermediate": ["06hke", "06hkeaxk475ng", "06hkeaxk475ngyar06v", "06hkeaxk475ngyar06v9jxv9f", "06hkeaxk475ngyar06v9jxv9foc6kq", "06hkeaxk475ngyar06v9jxv9foc6kqdfd0mak5d94g", "06hkeaxk475ngyar06v9jxv9foc6kqdfd0mak5d94g9jxv9f", "06hkeaxk475ngyar06v9jxv9foc6kqdfd0mak5d94g9jxv9fdfd0mak5d94g", "06hkeaxk475ngyar06v9jxv9foc6kqdfd0mak5d94g9jxv9fdfd0mak5d94gfi7hvcckde1ih9smjrak", "06hkeaxk475ngyar06v9jxv9foc6kqdfd0mak5d94g9jxv9fdfd0mak5d94gfi7hvcckde1ih9smjrakfi7hvcckde1ih9smjrak", "06hkeaxk475ngyar06v9jxv9foc6kqdfd0mak5d94g9jxv9fdfd0mak5d94gfi7hvcckde1ih9smjrakfi7hvcckde1ih9smjrakfi7hvcckde1ih9smjrak", "06hkeaxk475ngyar06v9jxv9foc6kqdfd0mak5d94g9jxv9fdfd0mak5d94gfi7hvcckde1ih9smjrakfi7hvcckde1ih9smjrakfi7hvcckde1ih9smjrak639uumv4", "06hkeaxk475ngyar06v9jxv9foc6kqdfd0mak5d94g9jxv9fdfd0mak5d94gfi7hvcckde1ih9smjrakfi7hvcckde1ih9smjrakfi7hvcckde1ih9smjrak639uumv4oc6kq", "06hkeaxk475ngyar06v9jxv9foc6kqdfd0mak5d94g9jxv9fdfd0mak5d94gfi7hvcckde1ih9smjrakfi7hvcckde1ih9smjrakfi7hvcckde1ih9smjrak639uumv4oc6kq41rtcegcggh5uk06o", "06hkeaxk475ngyar06v9jxv9foc6kqdfd0mak5d94g9jxv9fdfd0mak5d94gfi7hvcckde1ih9smjrakfi7hvcckde1ih9smjrakfi7hvcckde1ih9smjrak639uumv4oc6kq41rtcegcggh5uk06oo76pvplofz3n615pyo"]}, "config": {"commands": [11, 13, 12, 0, 14, 8, 0, 8, 7, 7, 7, 3, 14, 2, 1, 7], "max_length": 20, "min_length": 5, "num_commands": 16, "num_strings": 16, "strings": ["9jxv9f", "o76pvplofz3n615pyo", "41rtcegcggh5uk06o", "639uumv4", "f2n5rborf", "wzuu6lrzs", "q6h8r25sb5", "fi7hvcckde1ih9smjrak", "dfd0mak5d94g", "5gftmpjn", "02db4a", "06hke", "yar06v", "axk475ng", "oc6kq", "pg1d4z8bp6znfec04fj"]}, "task_name": "task05", "example_name": "0149", "problem_name": "task05_0149"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [g560bvm, qi17i48e94xr7awccn, bv1auqxk4vwi, melif8ya8ygczksq5c8p, 7cyxxx7tiu8vzla5re9, clrj3, ilv6r5nrk9cr6, qe2qes, 4s7q9m2o137a4agrh6]\nIndices: [6, 3, 3, 5, 3, 0, 6, 3, 6, 5, 2, 6, 7, 6, 2, 5, 6]\n", "label": {"final": "ilv6r5nrk9cr6melif8ya8ygczksq5c8pmelif8ya8ygczksq5c8pclrj3melif8ya8ygczksq5c8pg560bvmilv6r5nrk9cr6melif8ya8ygczksq5c8pilv6r5nrk9cr6clrj3bv1auqxk4vwiilv6r5nrk9cr6qe2qesilv6r5nrk9cr6bv1auqxk4vwiclrj3ilv6r5nrk9cr6", "init": "", "intermediate": ["ilv6r5nrk9cr6", "ilv6r5nrk9cr6melif8ya8ygczksq5c8p", "ilv6r5nrk9cr6melif8ya8ygczksq5c8pmelif8ya8ygczksq5c8p", "ilv6r5nrk9cr6melif8ya8ygczksq5c8pmelif8ya8ygczksq5c8pclrj3", "ilv6r5nrk9cr6melif8ya8ygczksq5c8pmelif8ya8ygczksq5c8pclrj3melif8ya8ygczksq5c8p", "ilv6r5nrk9cr6melif8ya8ygczksq5c8pmelif8ya8ygczksq5c8pclrj3melif8ya8ygczksq5c8pg560bvm", "ilv6r5nrk9cr6melif8ya8ygczksq5c8pmelif8ya8ygczksq5c8pclrj3melif8ya8ygczksq5c8pg560bvmilv6r5nrk9cr6", "ilv6r5nrk9cr6melif8ya8ygczksq5c8pmelif8ya8ygczksq5c8pclrj3melif8ya8ygczksq5c8pg560bvmilv6r5nrk9cr6melif8ya8ygczksq5c8p", "ilv6r5nrk9cr6melif8ya8ygczksq5c8pmelif8ya8ygczksq5c8pclrj3melif8ya8ygczksq5c8pg560bvmilv6r5nrk9cr6melif8ya8ygczksq5c8pilv6r5nrk9cr6", "ilv6r5nrk9cr6melif8ya8ygczksq5c8pmelif8ya8ygczksq5c8pclrj3melif8ya8ygczksq5c8pg560bvmilv6r5nrk9cr6melif8ya8ygczksq5c8pilv6r5nrk9cr6clrj3", "ilv6r5nrk9cr6melif8ya8ygczksq5c8pmelif8ya8ygczksq5c8pclrj3melif8ya8ygczksq5c8pg560bvmilv6r5nrk9cr6melif8ya8ygczksq5c8pilv6r5nrk9cr6clrj3bv1auqxk4vwi", "ilv6r5nrk9cr6melif8ya8ygczksq5c8pmelif8ya8ygczksq5c8pclrj3melif8ya8ygczksq5c8pg560bvmilv6r5nrk9cr6melif8ya8ygczksq5c8pilv6r5nrk9cr6clrj3bv1auqxk4vwiilv6r5nrk9cr6", "ilv6r5nrk9cr6melif8ya8ygczksq5c8pmelif8ya8ygczksq5c8pclrj3melif8ya8ygczksq5c8pg560bvmilv6r5nrk9cr6melif8ya8ygczksq5c8pilv6r5nrk9cr6clrj3bv1auqxk4vwiilv6r5nrk9cr6qe2qes", "ilv6r5nrk9cr6melif8ya8ygczksq5c8pmelif8ya8ygczksq5c8pclrj3melif8ya8ygczksq5c8pg560bvmilv6r5nrk9cr6melif8ya8ygczksq5c8pilv6r5nrk9cr6clrj3bv1auqxk4vwiilv6r5nrk9cr6qe2qesilv6r5nrk9cr6", "ilv6r5nrk9cr6melif8ya8ygczksq5c8pmelif8ya8ygczksq5c8pclrj3melif8ya8ygczksq5c8pg560bvmilv6r5nrk9cr6melif8ya8ygczksq5c8pilv6r5nrk9cr6clrj3bv1auqxk4vwiilv6r5nrk9cr6qe2qesilv6r5nrk9cr6bv1auqxk4vwi", "ilv6r5nrk9cr6melif8ya8ygczksq5c8pmelif8ya8ygczksq5c8pclrj3melif8ya8ygczksq5c8pg560bvmilv6r5nrk9cr6melif8ya8ygczksq5c8pilv6r5nrk9cr6clrj3bv1auqxk4vwiilv6r5nrk9cr6qe2qesilv6r5nrk9cr6bv1auqxk4vwiclrj3"]}, "config": {"commands": [6, 3, 3, 5, 3, 0, 6, 3, 6, 5, 2, 6, 7, 6, 2, 5, 6], "max_length": 20, "min_length": 5, "num_commands": 17, "num_strings": 9, "strings": ["g560bvm", "qi17i48e94xr7awccn", "bv1auqxk4vwi", "melif8ya8ygczksq5c8p", "7cyxxx7tiu8vzla5re9", "clrj3", "ilv6r5nrk9cr6", "qe2qes", "4s7q9m2o137a4agrh6"]}, "task_name": "task05", "example_name": "0150", "problem_name": "task05_0150"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [esvw83uvgcy, 5k013e5n, zpnq6b78bcg67pqstuq, qxe7cqgrdycf72]\nIndices: [1, 1, 0, 1, 1, 0, 0, 0, 1, 3, 0, 3, 3, 0, 3, 0, 1]\n", "label": {"final": "5k013e5n5k013e5nesvw83uvgcy5k013e5n5k013e5nesvw83uvgcyesvw83uvgcyesvw83uvgcy5k013e5nqxe7cqgrdycf72esvw83uvgcyqxe7cqgrdycf72qxe7cqgrdycf72esvw83uvgcyqxe7cqgrdycf72esvw83uvgcy5k013e5n", "init": "", "intermediate": ["5k013e5n", "5k013e5n5k013e5n", "5k013e5n5k013e5nesvw83uvgcy", "5k013e5n5k013e5nesvw83uvgcy5k013e5n", "5k013e5n5k013e5nesvw83uvgcy5k013e5n5k013e5n", "5k013e5n5k013e5nesvw83uvgcy5k013e5n5k013e5nesvw83uvgcy", "5k013e5n5k013e5nesvw83uvgcy5k013e5n5k013e5nesvw83uvgcyesvw83uvgcy", "5k013e5n5k013e5nesvw83uvgcy5k013e5n5k013e5nesvw83uvgcyesvw83uvgcyesvw83uvgcy", "5k013e5n5k013e5nesvw83uvgcy5k013e5n5k013e5nesvw83uvgcyesvw83uvgcyesvw83uvgcy5k013e5n", "5k013e5n5k013e5nesvw83uvgcy5k013e5n5k013e5nesvw83uvgcyesvw83uvgcyesvw83uvgcy5k013e5nqxe7cqgrdycf72", "5k013e5n5k013e5nesvw83uvgcy5k013e5n5k013e5nesvw83uvgcyesvw83uvgcyesvw83uvgcy5k013e5nqxe7cqgrdycf72esvw83uvgcy", "5k013e5n5k013e5nesvw83uvgcy5k013e5n5k013e5nesvw83uvgcyesvw83uvgcyesvw83uvgcy5k013e5nqxe7cqgrdycf72esvw83uvgcyqxe7cqgrdycf72", "5k013e5n5k013e5nesvw83uvgcy5k013e5n5k013e5nesvw83uvgcyesvw83uvgcyesvw83uvgcy5k013e5nqxe7cqgrdycf72esvw83uvgcyqxe7cqgrdycf72qxe7cqgrdycf72", "5k013e5n5k013e5nesvw83uvgcy5k013e5n5k013e5nesvw83uvgcyesvw83uvgcyesvw83uvgcy5k013e5nqxe7cqgrdycf72esvw83uvgcyqxe7cqgrdycf72qxe7cqgrdycf72esvw83uvgcy", "5k013e5n5k013e5nesvw83uvgcy5k013e5n5k013e5nesvw83uvgcyesvw83uvgcyesvw83uvgcy5k013e5nqxe7cqgrdycf72esvw83uvgcyqxe7cqgrdycf72qxe7cqgrdycf72esvw83uvgcyqxe7cqgrdycf72", "5k013e5n5k013e5nesvw83uvgcy5k013e5n5k013e5nesvw83uvgcyesvw83uvgcyesvw83uvgcy5k013e5nqxe7cqgrdycf72esvw83uvgcyqxe7cqgrdycf72qxe7cqgrdycf72esvw83uvgcyqxe7cqgrdycf72esvw83uvgcy"]}, "config": {"commands": [1, 1, 0, 1, 1, 0, 0, 0, 1, 3, 0, 3, 3, 0, 3, 0, 1], "max_length": 20, "min_length": 5, "num_commands": 17, "num_strings": 4, "strings": ["esvw83uvgcy", "5k013e5n", "zpnq6b78bcg67pqstuq", "qxe7cqgrdycf72"]}, "task_name": "task05", "example_name": "0151", "problem_name": "task05_0151"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [806sma2, 5tdhuvpfuh3sdm6, j3d9cdequ451x07qjil, 4zyrwvlg, dnktah, y0rh3cc4k, sfo9qxwoxdi2a55vn, egknhtm, 989741d55fz9chvm1c, tmx08i12, hb4h4a, mu35e4s332, e6lpp86n1pofnqn, cueg3f2d2senhc, 8vbmjj8fb1]\nIndices: [7, 6, 7, 14, 5, 3, 8, 2, 3, 7, 14, 10, 2, 10, 7, 9, 9]\n", "label": {"final": "egknhtmsfo9qxwoxdi2a55vnegknhtm8vbmjj8fb1y0rh3cc4k4zyrwvlg989741d55fz9chvm1cj3d9cdequ451x07qjil4zyrwvlgegknhtm8vbmjj8fb1hb4h4aj3d9cdequ451x07qjilhb4h4aegknhtmtmx08i12tmx08i12", "init": "", "intermediate": ["egknhtm", "egknhtmsfo9qxwoxdi2a55vn", "egknhtmsfo9qxwoxdi2a55vnegknhtm", "egknhtmsfo9qxwoxdi2a55vnegknhtm8vbmjj8fb1", "egknhtmsfo9qxwoxdi2a55vnegknhtm8vbmjj8fb1y0rh3cc4k", "egknhtmsfo9qxwoxdi2a55vnegknhtm8vbmjj8fb1y0rh3cc4k4zyrwvlg", "egknhtmsfo9qxwoxdi2a55vnegknhtm8vbmjj8fb1y0rh3cc4k4zyrwvlg989741d55fz9chvm1c", "egknhtmsfo9qxwoxdi2a55vnegknhtm8vbmjj8fb1y0rh3cc4k4zyrwvlg989741d55fz9chvm1cj3d9cdequ451x07qjil", "egknhtmsfo9qxwoxdi2a55vnegknhtm8vbmjj8fb1y0rh3cc4k4zyrwvlg989741d55fz9chvm1cj3d9cdequ451x07qjil4zyrwvlg", "egknhtmsfo9qxwoxdi2a55vnegknhtm8vbmjj8fb1y0rh3cc4k4zyrwvlg989741d55fz9chvm1cj3d9cdequ451x07qjil4zyrwvlgegknhtm", "egknhtmsfo9qxwoxdi2a55vnegknhtm8vbmjj8fb1y0rh3cc4k4zyrwvlg989741d55fz9chvm1cj3d9cdequ451x07qjil4zyrwvlgegknhtm8vbmjj8fb1", "egknhtmsfo9qxwoxdi2a55vnegknhtm8vbmjj8fb1y0rh3cc4k4zyrwvlg989741d55fz9chvm1cj3d9cdequ451x07qjil4zyrwvlgegknhtm8vbmjj8fb1hb4h4a", "egknhtmsfo9qxwoxdi2a55vnegknhtm8vbmjj8fb1y0rh3cc4k4zyrwvlg989741d55fz9chvm1cj3d9cdequ451x07qjil4zyrwvlgegknhtm8vbmjj8fb1hb4h4aj3d9cdequ451x07qjil", "egknhtmsfo9qxwoxdi2a55vnegknhtm8vbmjj8fb1y0rh3cc4k4zyrwvlg989741d55fz9chvm1cj3d9cdequ451x07qjil4zyrwvlgegknhtm8vbmjj8fb1hb4h4aj3d9cdequ451x07qjilhb4h4a", "egknhtmsfo9qxwoxdi2a55vnegknhtm8vbmjj8fb1y0rh3cc4k4zyrwvlg989741d55fz9chvm1cj3d9cdequ451x07qjil4zyrwvlgegknhtm8vbmjj8fb1hb4h4aj3d9cdequ451x07qjilhb4h4aegknhtm", "egknhtmsfo9qxwoxdi2a55vnegknhtm8vbmjj8fb1y0rh3cc4k4zyrwvlg989741d55fz9chvm1cj3d9cdequ451x07qjil4zyrwvlgegknhtm8vbmjj8fb1hb4h4aj3d9cdequ451x07qjilhb4h4aegknhtmtmx08i12"]}, "config": {"commands": [7, 6, 7, 14, 5, 3, 8, 2, 3, 7, 14, 10, 2, 10, 7, 9, 9], "max_length": 20, "min_length": 5, "num_commands": 17, "num_strings": 15, "strings": ["806sma2", "5tdhuvpfuh3sdm6", "j3d9cdequ451x07qjil", "4zyrwvlg", "dnktah", "y0rh3cc4k", "sfo9qxwoxdi2a55vn", "egknhtm", "989741d55fz9chvm1c", "tmx08i12", "hb4h4a", "mu35e4s332", "e6lpp86n1pofnqn", "cueg3f2d2senhc", "8vbmjj8fb1"]}, "task_name": "task05", "example_name": "0152", "problem_name": "task05_0152"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [pt67cb, 8bp5n8pzu6cyw, vjoohna, zxhgzxu2iwreldd7e1ei, g6yzg96dm8, k144o67rnm, ii75py0qme12wgg, xzggbmx]\nIndices: [1, 4, 4, 3, 7, 6, 6, 3, 6, 6, 6, 5, 1, 3, 0, 1, 3]\n", "label": {"final": "8bp5n8pzu6cywg6yzg96dm8g6yzg96dm8zxhgzxu2iwreldd7e1eixzggbmxii75py0qme12wggii75py0qme12wggzxhgzxu2iwreldd7e1eiii75py0qme12wggii75py0qme12wggii75py0qme12wggk144o67rnm8bp5n8pzu6cywzxhgzxu2iwreldd7e1eipt67cb8bp5n8pzu6cywzxhgzxu2iwreldd7e1ei", "init": "", "intermediate": ["8bp5n8pzu6cyw", "8bp5n8pzu6cywg6yzg96dm8", "8bp5n8pzu6cywg6yzg96dm8g6yzg96dm8", "8bp5n8pzu6cywg6yzg96dm8g6yzg96dm8zxhgzxu2iwreldd7e1ei", "8bp5n8pzu6cywg6yzg96dm8g6yzg96dm8zxhgzxu2iwreldd7e1eixzggbmx", "8bp5n8pzu6cywg6yzg96dm8g6yzg96dm8zxhgzxu2iwreldd7e1eixzggbmxii75py0qme12wgg", "8bp5n8pzu6cywg6yzg96dm8g6yzg96dm8zxhgzxu2iwreldd7e1eixzggbmxii75py0qme12wggii75py0qme12wgg", "8bp5n8pzu6cywg6yzg96dm8g6yzg96dm8zxhgzxu2iwreldd7e1eixzggbmxii75py0qme12wggii75py0qme12wggzxhgzxu2iwreldd7e1ei", "8bp5n8pzu6cywg6yzg96dm8g6yzg96dm8zxhgzxu2iwreldd7e1eixzggbmxii75py0qme12wggii75py0qme12wggzxhgzxu2iwreldd7e1eiii75py0qme12wgg", "8bp5n8pzu6cywg6yzg96dm8g6yzg96dm8zxhgzxu2iwreldd7e1eixzggbmxii75py0qme12wggii75py0qme12wggzxhgzxu2iwreldd7e1eiii75py0qme12wggii75py0qme12wgg", "8bp5n8pzu6cywg6yzg96dm8g6yzg96dm8zxhgzxu2iwreldd7e1eixzggbmxii75py0qme12wggii75py0qme12wggzxhgzxu2iwreldd7e1eiii75py0qme12wggii75py0qme12wggii75py0qme12wgg", "8bp5n8pzu6cywg6yzg96dm8g6yzg96dm8zxhgzxu2iwreldd7e1eixzggbmxii75py0qme12wggii75py0qme12wggzxhgzxu2iwreldd7e1eiii75py0qme12wggii75py0qme12wggii75py0qme12wggk144o67rnm", "8bp5n8pzu6cywg6yzg96dm8g6yzg96dm8zxhgzxu2iwreldd7e1eixzggbmxii75py0qme12wggii75py0qme12wggzxhgzxu2iwreldd7e1eiii75py0qme12wggii75py0qme12wggii75py0qme12wggk144o67rnm8bp5n8pzu6cyw", "8bp5n8pzu6cywg6yzg96dm8g6yzg96dm8zxhgzxu2iwreldd7e1eixzggbmxii75py0qme12wggii75py0qme12wggzxhgzxu2iwreldd7e1eiii75py0qme12wggii75py0qme12wggii75py0qme12wggk144o67rnm8bp5n8pzu6cywzxhgzxu2iwreldd7e1ei", "8bp5n8pzu6cywg6yzg96dm8g6yzg96dm8zxhgzxu2iwreldd7e1eixzggbmxii75py0qme12wggii75py0qme12wggzxhgzxu2iwreldd7e1eiii75py0qme12wggii75py0qme12wggii75py0qme12wggk144o67rnm8bp5n8pzu6cywzxhgzxu2iwreldd7e1eipt67cb", "8bp5n8pzu6cywg6yzg96dm8g6yzg96dm8zxhgzxu2iwreldd7e1eixzggbmxii75py0qme12wggii75py0qme12wggzxhgzxu2iwreldd7e1eiii75py0qme12wggii75py0qme12wggii75py0qme12wggk144o67rnm8bp5n8pzu6cywzxhgzxu2iwreldd7e1eipt67cb8bp5n8pzu6cyw"]}, "config": {"commands": [1, 4, 4, 3, 7, 6, 6, 3, 6, 6, 6, 5, 1, 3, 0, 1, 3], "max_length": 20, "min_length": 5, "num_commands": 17, "num_strings": 8, "strings": ["pt67cb", "8bp5n8pzu6cyw", "vjoohna", "zxhgzxu2iwreldd7e1ei", "g6yzg96dm8", "k144o67rnm", "ii75py0qme12wgg", "xzggbmx"]}, "task_name": "task05", "example_name": "0153", "problem_name": "task05_0153"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jv9brs6m7r, 08uubjntu9e0na, g0gv1w2s9g49ecnqqbl, i996j7wvu1jf6ls2ca, 9l3mq19igl, wb828lq7qs21, yoho1al, 0yubqxw, tb2hkw6mzs72l6, sxy2x3z, ybtqyif, 4vhwnmbebvig6hqelc, i6gei, 1iwsufjfcss3qyx4eh, fr6t2gmnu, 6teskaa4vdj, qx9if3wj5xxsbbj, j1da0, 5gpoanwzgla1nh7a6t, mvaee46vb7, p7u8kg2ba7n5yhw, g0jzw16eouh9ro, 78a9bdp, a99gj93dslrxoje6cxm, 5apadarqem4wj]\nIndices: [5, 24, 11, 18, 5, 19, 24, 17, 24, 24, 1, 1, 18, 18, 1, 24, 22]\n", "label": {"final": "wb828lq7qs215apadarqem4wj4vhwnmbebvig6hqelc5gpoanwzgla1nh7a6twb828lq7qs21mvaee46vb75apadarqem4wjj1da05apadarqem4wj5apadarqem4wj08uubjntu9e0na08uubjntu9e0na5gpoanwzgla1nh7a6t5gpoanwzgla1nh7a6t08uubjntu9e0na5apadarqem4wj78a9bdp", "init": "", "intermediate": ["wb828lq7qs21", "wb828lq7qs215apadarqem4wj", "wb828lq7qs215apadarqem4wj4vhwnmbebvig6hqelc", "wb828lq7qs215apadarqem4wj4vhwnmbebvig6hqelc5gpoanwzgla1nh7a6t", "wb828lq7qs215apadarqem4wj4vhwnmbebvig6hqelc5gpoanwzgla1nh7a6twb828lq7qs21", "wb828lq7qs215apadarqem4wj4vhwnmbebvig6hqelc5gpoanwzgla1nh7a6twb828lq7qs21mvaee46vb7", "wb828lq7qs215apadarqem4wj4vhwnmbebvig6hqelc5gpoanwzgla1nh7a6twb828lq7qs21mvaee46vb75apadarqem4wj", "wb828lq7qs215apadarqem4wj4vhwnmbebvig6hqelc5gpoanwzgla1nh7a6twb828lq7qs21mvaee46vb75apadarqem4wjj1da0", "wb828lq7qs215apadarqem4wj4vhwnmbebvig6hqelc5gpoanwzgla1nh7a6twb828lq7qs21mvaee46vb75apadarqem4wjj1da05apadarqem4wj", "wb828lq7qs215apadarqem4wj4vhwnmbebvig6hqelc5gpoanwzgla1nh7a6twb828lq7qs21mvaee46vb75apadarqem4wjj1da05apadarqem4wj5apadarqem4wj", "wb828lq7qs215apadarqem4wj4vhwnmbebvig6hqelc5gpoanwzgla1nh7a6twb828lq7qs21mvaee46vb75apadarqem4wjj1da05apadarqem4wj5apadarqem4wj08uubjntu9e0na", "wb828lq7qs215apadarqem4wj4vhwnmbebvig6hqelc5gpoanwzgla1nh7a6twb828lq7qs21mvaee46vb75apadarqem4wjj1da05apadarqem4wj5apadarqem4wj08uubjntu9e0na08uubjntu9e0na", "wb828lq7qs215apadarqem4wj4vhwnmbebvig6hqelc5gpoanwzgla1nh7a6twb828lq7qs21mvaee46vb75apadarqem4wjj1da05apadarqem4wj5apadarqem4wj08uubjntu9e0na08uubjntu9e0na5gpoanwzgla1nh7a6t", "wb828lq7qs215apadarqem4wj4vhwnmbebvig6hqelc5gpoanwzgla1nh7a6twb828lq7qs21mvaee46vb75apadarqem4wjj1da05apadarqem4wj5apadarqem4wj08uubjntu9e0na08uubjntu9e0na5gpoanwzgla1nh7a6t5gpoanwzgla1nh7a6t", "wb828lq7qs215apadarqem4wj4vhwnmbebvig6hqelc5gpoanwzgla1nh7a6twb828lq7qs21mvaee46vb75apadarqem4wjj1da05apadarqem4wj5apadarqem4wj08uubjntu9e0na08uubjntu9e0na5gpoanwzgla1nh7a6t5gpoanwzgla1nh7a6t08uubjntu9e0na", "wb828lq7qs215apadarqem4wj4vhwnmbebvig6hqelc5gpoanwzgla1nh7a6twb828lq7qs21mvaee46vb75apadarqem4wjj1da05apadarqem4wj5apadarqem4wj08uubjntu9e0na08uubjntu9e0na5gpoanwzgla1nh7a6t5gpoanwzgla1nh7a6t08uubjntu9e0na5apadarqem4wj"]}, "config": {"commands": [5, 24, 11, 18, 5, 19, 24, 17, 24, 24, 1, 1, 18, 18, 1, 24, 22], "max_length": 20, "min_length": 5, "num_commands": 17, "num_strings": 25, "strings": ["jv9brs6m7r", "08uubjntu9e0na", "g0gv1w2s9g49ecnqqbl", "i996j7wvu1jf6ls2ca", "9l3mq19igl", "wb828lq7qs21", "yoho1al", "0yubqxw", "tb2hkw6mzs72l6", "sxy2x3z", "ybtqyif", "4vhwnmbebvig6hqelc", "i6gei", "1iwsufjfcss3qyx4eh", "fr6t2gmnu", "6teskaa4vdj", "qx9if3wj5xxsbbj", "j1da0", "5gpoanwzgla1nh7a6t", "mvaee46vb7", "p7u8kg2ba7n5yhw", "g0jzw16eouh9ro", "78a9bdp", "a99gj93dslrxoje6cxm", "5apadarqem4wj"]}, "task_name": "task05", "example_name": "0154", "problem_name": "task05_0154"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [5lkzetk, zu8ppng2n, zu9q5a87n0enytuiv, c2jt5]\nIndices: [2, 0, 1, 3, 3, 3, 2, 2, 0, 0, 1, 2, 0, 2, 2, 3, 2]\n", "label": {"final": "zu9q5a87n0enytuiv5lkzetkzu8ppng2nc2jt5c2jt5c2jt5zu9q5a87n0enytuivzu9q5a87n0enytuiv5lkzetk5lkzetkzu8ppng2nzu9q5a87n0enytuiv5lkzetkzu9q5a87n0enytuivzu9q5a87n0enytuivc2jt5zu9q5a87n0enytuiv", "init": "", "intermediate": ["zu9q5a87n0enytuiv", "zu9q5a87n0enytuiv5lkzetk", "zu9q5a87n0enytuiv5lkzetkzu8ppng2n", "zu9q5a87n0enytuiv5lkzetkzu8ppng2nc2jt5", "zu9q5a87n0enytuiv5lkzetkzu8ppng2nc2jt5c2jt5", "zu9q5a87n0enytuiv5lkzetkzu8ppng2nc2jt5c2jt5c2jt5", "zu9q5a87n0enytuiv5lkzetkzu8ppng2nc2jt5c2jt5c2jt5zu9q5a87n0enytuiv", "zu9q5a87n0enytuiv5lkzetkzu8ppng2nc2jt5c2jt5c2jt5zu9q5a87n0enytuivzu9q5a87n0enytuiv", "zu9q5a87n0enytuiv5lkzetkzu8ppng2nc2jt5c2jt5c2jt5zu9q5a87n0enytuivzu9q5a87n0enytuiv5lkzetk", "zu9q5a87n0enytuiv5lkzetkzu8ppng2nc2jt5c2jt5c2jt5zu9q5a87n0enytuivzu9q5a87n0enytuiv5lkzetk5lkzetk", "zu9q5a87n0enytuiv5lkzetkzu8ppng2nc2jt5c2jt5c2jt5zu9q5a87n0enytuivzu9q5a87n0enytuiv5lkzetk5lkzetkzu8ppng2n", "zu9q5a87n0enytuiv5lkzetkzu8ppng2nc2jt5c2jt5c2jt5zu9q5a87n0enytuivzu9q5a87n0enytuiv5lkzetk5lkzetkzu8ppng2nzu9q5a87n0enytuiv", "zu9q5a87n0enytuiv5lkzetkzu8ppng2nc2jt5c2jt5c2jt5zu9q5a87n0enytuivzu9q5a87n0enytuiv5lkzetk5lkzetkzu8ppng2nzu9q5a87n0enytuiv5lkzetk", "zu9q5a87n0enytuiv5lkzetkzu8ppng2nc2jt5c2jt5c2jt5zu9q5a87n0enytuivzu9q5a87n0enytuiv5lkzetk5lkzetkzu8ppng2nzu9q5a87n0enytuiv5lkzetkzu9q5a87n0enytuiv", "zu9q5a87n0enytuiv5lkzetkzu8ppng2nc2jt5c2jt5c2jt5zu9q5a87n0enytuivzu9q5a87n0enytuiv5lkzetk5lkzetkzu8ppng2nzu9q5a87n0enytuiv5lkzetkzu9q5a87n0enytuivzu9q5a87n0enytuiv", "zu9q5a87n0enytuiv5lkzetkzu8ppng2nc2jt5c2jt5c2jt5zu9q5a87n0enytuivzu9q5a87n0enytuiv5lkzetk5lkzetkzu8ppng2nzu9q5a87n0enytuiv5lkzetkzu9q5a87n0enytuivzu9q5a87n0enytuivc2jt5"]}, "config": {"commands": [2, 0, 1, 3, 3, 3, 2, 2, 0, 0, 1, 2, 0, 2, 2, 3, 2], "max_length": 20, "min_length": 5, "num_commands": 17, "num_strings": 4, "strings": ["5lkzetk", "zu8ppng2n", "zu9q5a87n0enytuiv", "c2jt5"]}, "task_name": "task05", "example_name": "0155", "problem_name": "task05_0155"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ppfno1, aemzpikl0j6j, 1vo2mv858x58ibm, ds3le0mh9, ss57ym9p7osl, teq3u, mitwwdfchljkgxj0wl, bam921r38k8o54dmwg]\nIndices: [4, 5, 5, 5, 3, 4, 0, 6, 0, 4, 7, 7, 7, 1, 6, 2, 5]\n", "label": {"final": "ss57ym9p7oslteq3uteq3uteq3uds3le0mh9ss57ym9p7oslppfno1mitwwdfchljkgxj0wlppfno1ss57ym9p7oslbam921r38k8o54dmwgbam921r38k8o54dmwgbam921r38k8o54dmwgaemzpikl0j6jmitwwdfchljkgxj0wl1vo2mv858x58ibmteq3u", "init": "", "intermediate": ["ss57ym9p7osl", "ss57ym9p7oslteq3u", "ss57ym9p7oslteq3uteq3u", "ss57ym9p7oslteq3uteq3uteq3u", "ss57ym9p7oslteq3uteq3uteq3uds3le0mh9", "ss57ym9p7oslteq3uteq3uteq3uds3le0mh9ss57ym9p7osl", "ss57ym9p7oslteq3uteq3uteq3uds3le0mh9ss57ym9p7oslppfno1", "ss57ym9p7oslteq3uteq3uteq3uds3le0mh9ss57ym9p7oslppfno1mitwwdfchljkgxj0wl", "ss57ym9p7oslteq3uteq3uteq3uds3le0mh9ss57ym9p7oslppfno1mitwwdfchljkgxj0wlppfno1", "ss57ym9p7oslteq3uteq3uteq3uds3le0mh9ss57ym9p7oslppfno1mitwwdfchljkgxj0wlppfno1ss57ym9p7osl", "ss57ym9p7oslteq3uteq3uteq3uds3le0mh9ss57ym9p7oslppfno1mitwwdfchljkgxj0wlppfno1ss57ym9p7oslbam921r38k8o54dmwg", "ss57ym9p7oslteq3uteq3uteq3uds3le0mh9ss57ym9p7oslppfno1mitwwdfchljkgxj0wlppfno1ss57ym9p7oslbam921r38k8o54dmwgbam921r38k8o54dmwg", "ss57ym9p7oslteq3uteq3uteq3uds3le0mh9ss57ym9p7oslppfno1mitwwdfchljkgxj0wlppfno1ss57ym9p7oslbam921r38k8o54dmwgbam921r38k8o54dmwgbam921r38k8o54dmwg", "ss57ym9p7oslteq3uteq3uteq3uds3le0mh9ss57ym9p7oslppfno1mitwwdfchljkgxj0wlppfno1ss57ym9p7oslbam921r38k8o54dmwgbam921r38k8o54dmwgbam921r38k8o54dmwgaemzpikl0j6j", "ss57ym9p7oslteq3uteq3uteq3uds3le0mh9ss57ym9p7oslppfno1mitwwdfchljkgxj0wlppfno1ss57ym9p7oslbam921r38k8o54dmwgbam921r38k8o54dmwgbam921r38k8o54dmwgaemzpikl0j6jmitwwdfchljkgxj0wl", "ss57ym9p7oslteq3uteq3uteq3uds3le0mh9ss57ym9p7oslppfno1mitwwdfchljkgxj0wlppfno1ss57ym9p7oslbam921r38k8o54dmwgbam921r38k8o54dmwgbam921r38k8o54dmwgaemzpikl0j6jmitwwdfchljkgxj0wl1vo2mv858x58ibm"]}, "config": {"commands": [4, 5, 5, 5, 3, 4, 0, 6, 0, 4, 7, 7, 7, 1, 6, 2, 5], "max_length": 20, "min_length": 5, "num_commands": 17, "num_strings": 8, "strings": ["ppfno1", "aemzpikl0j6j", "1vo2mv858x58ibm", "ds3le0mh9", "ss57ym9p7osl", "teq3u", "mitwwdfchljkgxj0wl", "bam921r38k8o54dmwg"]}, "task_name": "task05", "example_name": "0156", "problem_name": "task05_0156"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [l2ox5p9jk4ii, ievxq8, lxdg1u, 39w2k61qnwc500, ec7gua57wec24o2u, ten4ykcceq73fn, u9r1xio3rdju4g7gl, uruxte0, 0cqjjbtxxou2lwq, 2tcnexrb8caaz, yvim97, nuohwfoy5, t5vl44, l708esfr1qe, aimf5u1dt7uz6zwl8, l3bm42q, knc8niyfruisfqymb8k, ko9dzh6s4momnp9tj6, 2242b, 9skja5, mlkz3zja0e9o, pj7wwqlsxuj, 1ji3y6ran7o07arnjz5z]\nIndices: [9, 10, 7, 9, 4, 6, 20, 14, 7, 9, 14, 20, 22, 9, 19, 10, 2]\n", "label": {"final": "2tcnexrb8caazyvim97uruxte02tcnexrb8caazec7gua57wec24o2uu9r1xio3rdju4g7glmlkz3zja0e9oaimf5u1dt7uz6zwl8uruxte02tcnexrb8caazaimf5u1dt7uz6zwl8mlkz3zja0e9o1ji3y6ran7o07arnjz5z2tcnexrb8caaz9skja5yvim97lxdg1u", "init": "", "intermediate": ["2tcnexrb8caaz", "2tcnexrb8caazyvim97", "2tcnexrb8caazyvim97uruxte0", "2tcnexrb8caazyvim97uruxte02tcnexrb8caaz", "2tcnexrb8caazyvim97uruxte02tcnexrb8caazec7gua57wec24o2u", "2tcnexrb8caazyvim97uruxte02tcnexrb8caazec7gua57wec24o2uu9r1xio3rdju4g7gl", "2tcnexrb8caazyvim97uruxte02tcnexrb8caazec7gua57wec24o2uu9r1xio3rdju4g7glmlkz3zja0e9o", "2tcnexrb8caazyvim97uruxte02tcnexrb8caazec7gua57wec24o2uu9r1xio3rdju4g7glmlkz3zja0e9oaimf5u1dt7uz6zwl8", "2tcnexrb8caazyvim97uruxte02tcnexrb8caazec7gua57wec24o2uu9r1xio3rdju4g7glmlkz3zja0e9oaimf5u1dt7uz6zwl8uruxte0", "2tcnexrb8caazyvim97uruxte02tcnexrb8caazec7gua57wec24o2uu9r1xio3rdju4g7glmlkz3zja0e9oaimf5u1dt7uz6zwl8uruxte02tcnexrb8caaz", "2tcnexrb8caazyvim97uruxte02tcnexrb8caazec7gua57wec24o2uu9r1xio3rdju4g7glmlkz3zja0e9oaimf5u1dt7uz6zwl8uruxte02tcnexrb8caazaimf5u1dt7uz6zwl8", "2tcnexrb8caazyvim97uruxte02tcnexrb8caazec7gua57wec24o2uu9r1xio3rdju4g7glmlkz3zja0e9oaimf5u1dt7uz6zwl8uruxte02tcnexrb8caazaimf5u1dt7uz6zwl8mlkz3zja0e9o", "2tcnexrb8caazyvim97uruxte02tcnexrb8caazec7gua57wec24o2uu9r1xio3rdju4g7glmlkz3zja0e9oaimf5u1dt7uz6zwl8uruxte02tcnexrb8caazaimf5u1dt7uz6zwl8mlkz3zja0e9o1ji3y6ran7o07arnjz5z", "2tcnexrb8caazyvim97uruxte02tcnexrb8caazec7gua57wec24o2uu9r1xio3rdju4g7glmlkz3zja0e9oaimf5u1dt7uz6zwl8uruxte02tcnexrb8caazaimf5u1dt7uz6zwl8mlkz3zja0e9o1ji3y6ran7o07arnjz5z2tcnexrb8caaz", "2tcnexrb8caazyvim97uruxte02tcnexrb8caazec7gua57wec24o2uu9r1xio3rdju4g7glmlkz3zja0e9oaimf5u1dt7uz6zwl8uruxte02tcnexrb8caazaimf5u1dt7uz6zwl8mlkz3zja0e9o1ji3y6ran7o07arnjz5z2tcnexrb8caaz9skja5", "2tcnexrb8caazyvim97uruxte02tcnexrb8caazec7gua57wec24o2uu9r1xio3rdju4g7glmlkz3zja0e9oaimf5u1dt7uz6zwl8uruxte02tcnexrb8caazaimf5u1dt7uz6zwl8mlkz3zja0e9o1ji3y6ran7o07arnjz5z2tcnexrb8caaz9skja5yvim97"]}, "config": {"commands": [9, 10, 7, 9, 4, 6, 20, 14, 7, 9, 14, 20, 22, 9, 19, 10, 2], "max_length": 20, "min_length": 5, "num_commands": 17, "num_strings": 23, "strings": ["l2ox5p9jk4ii", "ievxq8", "lxdg1u", "39w2k61qnwc500", "ec7gua57wec24o2u", "ten4ykcceq73fn", "u9r1xio3rdju4g7gl", "uruxte0", "0cqjjbtxxou2lwq", "2tcnexrb8caaz", "yvim97", "nuohwfoy5", "t5vl44", "l708esfr1qe", "aimf5u1dt7uz6zwl8", "l3bm42q", "knc8niyfruisfqymb8k", "ko9dzh6s4momnp9tj6", "2242b", "9skja5", "mlkz3zja0e9o", "pj7wwqlsxuj", "1ji3y6ran7o07arnjz5z"]}, "task_name": "task05", "example_name": "0157", "problem_name": "task05_0157"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [aruxkar8, mrhf61h7, 087lbybbug3u7]\nIndices: [1, 2, 2, 0, 2, 0, 2, 1, 1, 0, 2, 0, 2, 2, 2, 2, 2]\n", "label": {"final": "mrhf61h7087lbybbug3u7087lbybbug3u7aruxkar8087lbybbug3u7aruxkar8087lbybbug3u7mrhf61h7mrhf61h7aruxkar8087lbybbug3u7aruxkar8087lbybbug3u7087lbybbug3u7087lbybbug3u7087lbybbug3u7087lbybbug3u7", "init": "", "intermediate": ["mrhf61h7", "mrhf61h7087lbybbug3u7", "mrhf61h7087lbybbug3u7087lbybbug3u7", "mrhf61h7087lbybbug3u7087lbybbug3u7aruxkar8", "mrhf61h7087lbybbug3u7087lbybbug3u7aruxkar8087lbybbug3u7", "mrhf61h7087lbybbug3u7087lbybbug3u7aruxkar8087lbybbug3u7aruxkar8", "mrhf61h7087lbybbug3u7087lbybbug3u7aruxkar8087lbybbug3u7aruxkar8087lbybbug3u7", "mrhf61h7087lbybbug3u7087lbybbug3u7aruxkar8087lbybbug3u7aruxkar8087lbybbug3u7mrhf61h7", "mrhf61h7087lbybbug3u7087lbybbug3u7aruxkar8087lbybbug3u7aruxkar8087lbybbug3u7mrhf61h7mrhf61h7", "mrhf61h7087lbybbug3u7087lbybbug3u7aruxkar8087lbybbug3u7aruxkar8087lbybbug3u7mrhf61h7mrhf61h7aruxkar8", "mrhf61h7087lbybbug3u7087lbybbug3u7aruxkar8087lbybbug3u7aruxkar8087lbybbug3u7mrhf61h7mrhf61h7aruxkar8087lbybbug3u7", "mrhf61h7087lbybbug3u7087lbybbug3u7aruxkar8087lbybbug3u7aruxkar8087lbybbug3u7mrhf61h7mrhf61h7aruxkar8087lbybbug3u7aruxkar8", "mrhf61h7087lbybbug3u7087lbybbug3u7aruxkar8087lbybbug3u7aruxkar8087lbybbug3u7mrhf61h7mrhf61h7aruxkar8087lbybbug3u7aruxkar8087lbybbug3u7", "mrhf61h7087lbybbug3u7087lbybbug3u7aruxkar8087lbybbug3u7aruxkar8087lbybbug3u7mrhf61h7mrhf61h7aruxkar8087lbybbug3u7aruxkar8087lbybbug3u7087lbybbug3u7", "mrhf61h7087lbybbug3u7087lbybbug3u7aruxkar8087lbybbug3u7aruxkar8087lbybbug3u7mrhf61h7mrhf61h7aruxkar8087lbybbug3u7aruxkar8087lbybbug3u7087lbybbug3u7087lbybbug3u7", "mrhf61h7087lbybbug3u7087lbybbug3u7aruxkar8087lbybbug3u7aruxkar8087lbybbug3u7mrhf61h7mrhf61h7aruxkar8087lbybbug3u7aruxkar8087lbybbug3u7087lbybbug3u7087lbybbug3u7087lbybbug3u7"]}, "config": {"commands": [1, 2, 2, 0, 2, 0, 2, 1, 1, 0, 2, 0, 2, 2, 2, 2, 2], "max_length": 20, "min_length": 5, "num_commands": 17, "num_strings": 3, "strings": ["aruxkar8", "mrhf61h7", "087lbybbug3u7"]}, "task_name": "task05", "example_name": "0158", "problem_name": "task05_0158"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [jn2k797vh9d1, p7gsnenvm8tubj0oq, nfnjuradtg95qs9, 6dgtvge, 5oqixzjidm1oln5db2, dp85m, qxhu36os2firfu, mao127sj8, tceygot02k4qwhgjh, 3b0bthvqogwamy, j3u2ed5t1sm, pj27277obmzygyoaud, 04265hwsp14, 9reth3azlixedgnu0, ff3fscbw0, qunxawy, il1shyub3zaiydxn, i93sb0jpmzk, hgwrs, zj4fewfdfyxqn8af27, 7zli220t7k, w3kvl6b8r7ms]\nIndices: [6, 3, 9, 7, 12, 12, 21, 19, 20, 21, 13, 20, 2, 18, 15, 18, 11]\n", "label": {"final": "qxhu36os2firfu6dgtvge3b0bthvqogwamymao127sj804265hwsp1404265hwsp14w3kvl6b8r7mszj4fewfdfyxqn8af277zli220t7kw3kvl6b8r7ms9reth3azlixedgnu07zli220t7knfnjuradtg95qs9hgwrsqunxawyhgwrspj27277obmzygyoaud", "init": "", "intermediate": ["qxhu36os2firfu", "qxhu36os2firfu6dgtvge", "qxhu36os2firfu6dgtvge3b0bthvqogwamy", "qxhu36os2firfu6dgtvge3b0bthvqogwamymao127sj8", "qxhu36os2firfu6dgtvge3b0bthvqogwamymao127sj804265hwsp14", "qxhu36os2firfu6dgtvge3b0bthvqogwamymao127sj804265hwsp1404265hwsp14", "qxhu36os2firfu6dgtvge3b0bthvqogwamymao127sj804265hwsp1404265hwsp14w3kvl6b8r7ms", "qxhu36os2firfu6dgtvge3b0bthvqogwamymao127sj804265hwsp1404265hwsp14w3kvl6b8r7mszj4fewfdfyxqn8af27", "qxhu36os2firfu6dgtvge3b0bthvqogwamymao127sj804265hwsp1404265hwsp14w3kvl6b8r7mszj4fewfdfyxqn8af277zli220t7k", "qxhu36os2firfu6dgtvge3b0bthvqogwamymao127sj804265hwsp1404265hwsp14w3kvl6b8r7mszj4fewfdfyxqn8af277zli220t7kw3kvl6b8r7ms", "qxhu36os2firfu6dgtvge3b0bthvqogwamymao127sj804265hwsp1404265hwsp14w3kvl6b8r7mszj4fewfdfyxqn8af277zli220t7kw3kvl6b8r7ms9reth3azlixedgnu0", "qxhu36os2firfu6dgtvge3b0bthvqogwamymao127sj804265hwsp1404265hwsp14w3kvl6b8r7mszj4fewfdfyxqn8af277zli220t7kw3kvl6b8r7ms9reth3azlixedgnu07zli220t7k", "qxhu36os2firfu6dgtvge3b0bthvqogwamymao127sj804265hwsp1404265hwsp14w3kvl6b8r7mszj4fewfdfyxqn8af277zli220t7kw3kvl6b8r7ms9reth3azlixedgnu07zli220t7knfnjuradtg95qs9", "qxhu36os2firfu6dgtvge3b0bthvqogwamymao127sj804265hwsp1404265hwsp14w3kvl6b8r7mszj4fewfdfyxqn8af277zli220t7kw3kvl6b8r7ms9reth3azlixedgnu07zli220t7knfnjuradtg95qs9hgwrs", "qxhu36os2firfu6dgtvge3b0bthvqogwamymao127sj804265hwsp1404265hwsp14w3kvl6b8r7mszj4fewfdfyxqn8af277zli220t7kw3kvl6b8r7ms9reth3azlixedgnu07zli220t7knfnjuradtg95qs9hgwrsqunxawy", "qxhu36os2firfu6dgtvge3b0bthvqogwamymao127sj804265hwsp1404265hwsp14w3kvl6b8r7mszj4fewfdfyxqn8af277zli220t7kw3kvl6b8r7ms9reth3azlixedgnu07zli220t7knfnjuradtg95qs9hgwrsqunxawyhgwrs"]}, "config": {"commands": [6, 3, 9, 7, 12, 12, 21, 19, 20, 21, 13, 20, 2, 18, 15, 18, 11], "max_length": 20, "min_length": 5, "num_commands": 17, "num_strings": 22, "strings": ["jn2k797vh9d1", "p7gsnenvm8tubj0oq", "nfnjuradtg95qs9", "6dgtvge", "5oqixzjidm1oln5db2", "dp85m", "qxhu36os2firfu", "mao127sj8", "tceygot02k4qwhgjh", "3b0bthvqogwamy", "j3u2ed5t1sm", "pj27277obmzygyoaud", "04265hwsp14", "9reth3azlixedgnu0", "ff3fscbw0", "qunxawy", "il1shyub3zaiydxn", "i93sb0jpmzk", "hgwrs", "zj4fewfdfyxqn8af27", "7zli220t7k", "w3kvl6b8r7ms"]}, "task_name": "task05", "example_name": "0159", "problem_name": "task05_0159"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [2sfid92lkuqhx, m4m5r8yudfj21t, j73v17ctn00m3w3p, i5wahhoq, 6u1cmsvkjweta]\nIndices: [0, 0, 3, 0, 4, 2, 4, 3, 3, 1, 4, 1, 0, 2, 3, 0, 3, 1]\n", "label": {"final": "2sfid92lkuqhx2sfid92lkuqhxi5wahhoq2sfid92lkuqhx6u1cmsvkjwetaj73v17ctn00m3w3p6u1cmsvkjwetai5wahhoqi5wahhoqm4m5r8yudfj21t6u1cmsvkjwetam4m5r8yudfj21t2sfid92lkuqhxj73v17ctn00m3w3pi5wahhoq2sfid92lkuqhxi5wahhoqm4m5r8yudfj21t", "init": "", "intermediate": ["2sfid92lkuqhx", "2sfid92lkuqhx2sfid92lkuqhx", "2sfid92lkuqhx2sfid92lkuqhxi5wahhoq", "2sfid92lkuqhx2sfid92lkuqhxi5wahhoq2sfid92lkuqhx", "2sfid92lkuqhx2sfid92lkuqhxi5wahhoq2sfid92lkuqhx6u1cmsvkjweta", "2sfid92lkuqhx2sfid92lkuqhxi5wahhoq2sfid92lkuqhx6u1cmsvkjwetaj73v17ctn00m3w3p", "2sfid92lkuqhx2sfid92lkuqhxi5wahhoq2sfid92lkuqhx6u1cmsvkjwetaj73v17ctn00m3w3p6u1cmsvkjweta", "2sfid92lkuqhx2sfid92lkuqhxi5wahhoq2sfid92lkuqhx6u1cmsvkjwetaj73v17ctn00m3w3p6u1cmsvkjwetai5wahhoq", "2sfid92lkuqhx2sfid92lkuqhxi5wahhoq2sfid92lkuqhx6u1cmsvkjwetaj73v17ctn00m3w3p6u1cmsvkjwetai5wahhoqi5wahhoq", "2sfid92lkuqhx2sfid92lkuqhxi5wahhoq2sfid92lkuqhx6u1cmsvkjwetaj73v17ctn00m3w3p6u1cmsvkjwetai5wahhoqi5wahhoqm4m5r8yudfj21t", "2sfid92lkuqhx2sfid92lkuqhxi5wahhoq2sfid92lkuqhx6u1cmsvkjwetaj73v17ctn00m3w3p6u1cmsvkjwetai5wahhoqi5wahhoqm4m5r8yudfj21t6u1cmsvkjweta", "2sfid92lkuqhx2sfid92lkuqhxi5wahhoq2sfid92lkuqhx6u1cmsvkjwetaj73v17ctn00m3w3p6u1cmsvkjwetai5wahhoqi5wahhoqm4m5r8yudfj21t6u1cmsvkjwetam4m5r8yudfj21t", "2sfid92lkuqhx2sfid92lkuqhxi5wahhoq2sfid92lkuqhx6u1cmsvkjwetaj73v17ctn00m3w3p6u1cmsvkjwetai5wahhoqi5wahhoqm4m5r8yudfj21t6u1cmsvkjwetam4m5r8yudfj21t2sfid92lkuqhx", "2sfid92lkuqhx2sfid92lkuqhxi5wahhoq2sfid92lkuqhx6u1cmsvkjwetaj73v17ctn00m3w3p6u1cmsvkjwetai5wahhoqi5wahhoqm4m5r8yudfj21t6u1cmsvkjwetam4m5r8yudfj21t2sfid92lkuqhxj73v17ctn00m3w3p", "2sfid92lkuqhx2sfid92lkuqhxi5wahhoq2sfid92lkuqhx6u1cmsvkjwetaj73v17ctn00m3w3p6u1cmsvkjwetai5wahhoqi5wahhoqm4m5r8yudfj21t6u1cmsvkjwetam4m5r8yudfj21t2sfid92lkuqhxj73v17ctn00m3w3pi5wahhoq", "2sfid92lkuqhx2sfid92lkuqhxi5wahhoq2sfid92lkuqhx6u1cmsvkjwetaj73v17ctn00m3w3p6u1cmsvkjwetai5wahhoqi5wahhoqm4m5r8yudfj21t6u1cmsvkjwetam4m5r8yudfj21t2sfid92lkuqhxj73v17ctn00m3w3pi5wahhoq2sfid92lkuqhx", "2sfid92lkuqhx2sfid92lkuqhxi5wahhoq2sfid92lkuqhx6u1cmsvkjwetaj73v17ctn00m3w3p6u1cmsvkjwetai5wahhoqi5wahhoqm4m5r8yudfj21t6u1cmsvkjwetam4m5r8yudfj21t2sfid92lkuqhxj73v17ctn00m3w3pi5wahhoq2sfid92lkuqhxi5wahhoq"]}, "config": {"commands": [0, 0, 3, 0, 4, 2, 4, 3, 3, 1, 4, 1, 0, 2, 3, 0, 3, 1], "max_length": 20, "min_length": 5, "num_commands": 18, "num_strings": 5, "strings": ["2sfid92lkuqhx", "m4m5r8yudfj21t", "j73v17ctn00m3w3p", "i5wahhoq", "6u1cmsvkjweta"]}, "task_name": "task05", "example_name": "0160", "problem_name": "task05_0160"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [l26ljy0qzm, x8wjjovvzjbqt, dyd1cx60zaeszp9x, sj1tvbe8xj13xp, kpf6tzq8k4o62vs, 9z1s0ux, jw1hfe6e, 82yzpdj8ltxzpry3bo, fox9rzgvg0m, lr5rji8ydgk7acw2j, 1bttto, hv1sfg0, 1dzt53tv712x11aukffe, u9nqk, yjbz0husvasd5]\nIndices: [13, 9, 1, 14, 14, 13, 8, 6, 12, 5, 8, 7, 11, 11, 1, 3, 0, 8]\n", "label": {"final": "u9nqklr5rji8ydgk7acw2jx8wjjovvzjbqtyjbz0husvasd5yjbz0husvasd5u9nqkfox9rzgvg0mjw1hfe6e1dzt53tv712x11aukffe9z1s0uxfox9rzgvg0m82yzpdj8ltxzpry3bohv1sfg0hv1sfg0x8wjjovvzjbqtsj1tvbe8xj13xpl26ljy0qzmfox9rzgvg0m", "init": "", "intermediate": ["u9nqk", "u9nqklr5rji8ydgk7acw2j", "u9nqklr5rji8ydgk7acw2jx8wjjovvzjbqt", "u9nqklr5rji8ydgk7acw2jx8wjjovvzjbqtyjbz0husvasd5", "u9nqklr5rji8ydgk7acw2jx8wjjovvzjbqtyjbz0husvasd5yjbz0husvasd5", "u9nqklr5rji8ydgk7acw2jx8wjjovvzjbqtyjbz0husvasd5yjbz0husvasd5u9nqk", "u9nqklr5rji8ydgk7acw2jx8wjjovvzjbqtyjbz0husvasd5yjbz0husvasd5u9nqkfox9rzgvg0m", "u9nqklr5rji8ydgk7acw2jx8wjjovvzjbqtyjbz0husvasd5yjbz0husvasd5u9nqkfox9rzgvg0mjw1hfe6e", "u9nqklr5rji8ydgk7acw2jx8wjjovvzjbqtyjbz0husvasd5yjbz0husvasd5u9nqkfox9rzgvg0mjw1hfe6e1dzt53tv712x11aukffe", "u9nqklr5rji8ydgk7acw2jx8wjjovvzjbqtyjbz0husvasd5yjbz0husvasd5u9nqkfox9rzgvg0mjw1hfe6e1dzt53tv712x11aukffe9z1s0ux", "u9nqklr5rji8ydgk7acw2jx8wjjovvzjbqtyjbz0husvasd5yjbz0husvasd5u9nqkfox9rzgvg0mjw1hfe6e1dzt53tv712x11aukffe9z1s0uxfox9rzgvg0m", "u9nqklr5rji8ydgk7acw2jx8wjjovvzjbqtyjbz0husvasd5yjbz0husvasd5u9nqkfox9rzgvg0mjw1hfe6e1dzt53tv712x11aukffe9z1s0uxfox9rzgvg0m82yzpdj8ltxzpry3bo", "u9nqklr5rji8ydgk7acw2jx8wjjovvzjbqtyjbz0husvasd5yjbz0husvasd5u9nqkfox9rzgvg0mjw1hfe6e1dzt53tv712x11aukffe9z1s0uxfox9rzgvg0m82yzpdj8ltxzpry3bohv1sfg0", "u9nqklr5rji8ydgk7acw2jx8wjjovvzjbqtyjbz0husvasd5yjbz0husvasd5u9nqkfox9rzgvg0mjw1hfe6e1dzt53tv712x11aukffe9z1s0uxfox9rzgvg0m82yzpdj8ltxzpry3bohv1sfg0hv1sfg0", "u9nqklr5rji8ydgk7acw2jx8wjjovvzjbqtyjbz0husvasd5yjbz0husvasd5u9nqkfox9rzgvg0mjw1hfe6e1dzt53tv712x11aukffe9z1s0uxfox9rzgvg0m82yzpdj8ltxzpry3bohv1sfg0hv1sfg0x8wjjovvzjbqt", "u9nqklr5rji8ydgk7acw2jx8wjjovvzjbqtyjbz0husvasd5yjbz0husvasd5u9nqkfox9rzgvg0mjw1hfe6e1dzt53tv712x11aukffe9z1s0uxfox9rzgvg0m82yzpdj8ltxzpry3bohv1sfg0hv1sfg0x8wjjovvzjbqtsj1tvbe8xj13xp", "u9nqklr5rji8ydgk7acw2jx8wjjovvzjbqtyjbz0husvasd5yjbz0husvasd5u9nqkfox9rzgvg0mjw1hfe6e1dzt53tv712x11aukffe9z1s0uxfox9rzgvg0m82yzpdj8ltxzpry3bohv1sfg0hv1sfg0x8wjjovvzjbqtsj1tvbe8xj13xpl26ljy0qzm"]}, "config": {"commands": [13, 9, 1, 14, 14, 13, 8, 6, 12, 5, 8, 7, 11, 11, 1, 3, 0, 8], "max_length": 20, "min_length": 5, "num_commands": 18, "num_strings": 15, "strings": ["l26ljy0qzm", "x8wjjovvzjbqt", "dyd1cx60zaeszp9x", "sj1tvbe8xj13xp", "kpf6tzq8k4o62vs", "9z1s0ux", "jw1hfe6e", "82yzpdj8ltxzpry3bo", "fox9rzgvg0m", "lr5rji8ydgk7acw2j", "1bttto", "hv1sfg0", "1dzt53tv712x11aukffe", "u9nqk", "yjbz0husvasd5"]}, "task_name": "task05", "example_name": "0161", "problem_name": "task05_0161"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [t0o436r, o9jnoy, mfslo376w1kaqxl, 9flk7jqb19, 8rrueku5jkkf370t, fj2vb9, ny0nkyfkb0w, vxfnqb5ddrjhir6x, fy4wgl084nnx3soko, bpe9huior, dri8qjeyrx1djbwg41, syfsutrvt0d, 8x3zt65rt3t, tk85b5xc]\nIndices: [8, 10, 1, 6, 12, 12, 11, 9, 13, 1, 7, 5, 4, 8, 7, 10, 12, 1]\n", "label": {"final": "fy4wgl084nnx3sokodri8qjeyrx1djbwg41o9jnoyny0nkyfkb0w8x3zt65rt3t8x3zt65rt3tsyfsutrvt0dbpe9huiortk85b5xco9jnoyvxfnqb5ddrjhir6xfj2vb98rrueku5jkkf370tfy4wgl084nnx3sokovxfnqb5ddrjhir6xdri8qjeyrx1djbwg418x3zt65rt3to9jnoy", "init": "", "intermediate": ["fy4wgl084nnx3soko", "fy4wgl084nnx3sokodri8qjeyrx1djbwg41", "fy4wgl084nnx3sokodri8qjeyrx1djbwg41o9jnoy", "fy4wgl084nnx3sokodri8qjeyrx1djbwg41o9jnoyny0nkyfkb0w", "fy4wgl084nnx3sokodri8qjeyrx1djbwg41o9jnoyny0nkyfkb0w8x3zt65rt3t", "fy4wgl084nnx3sokodri8qjeyrx1djbwg41o9jnoyny0nkyfkb0w8x3zt65rt3t8x3zt65rt3t", "fy4wgl084nnx3sokodri8qjeyrx1djbwg41o9jnoyny0nkyfkb0w8x3zt65rt3t8x3zt65rt3tsyfsutrvt0d", "fy4wgl084nnx3sokodri8qjeyrx1djbwg41o9jnoyny0nkyfkb0w8x3zt65rt3t8x3zt65rt3tsyfsutrvt0dbpe9huior", "fy4wgl084nnx3sokodri8qjeyrx1djbwg41o9jnoyny0nkyfkb0w8x3zt65rt3t8x3zt65rt3tsyfsutrvt0dbpe9huiortk85b5xc", "fy4wgl084nnx3sokodri8qjeyrx1djbwg41o9jnoyny0nkyfkb0w8x3zt65rt3t8x3zt65rt3tsyfsutrvt0dbpe9huiortk85b5xco9jnoy", "fy4wgl084nnx3sokodri8qjeyrx1djbwg41o9jnoyny0nkyfkb0w8x3zt65rt3t8x3zt65rt3tsyfsutrvt0dbpe9huiortk85b5xco9jnoyvxfnqb5ddrjhir6x", "fy4wgl084nnx3sokodri8qjeyrx1djbwg41o9jnoyny0nkyfkb0w8x3zt65rt3t8x3zt65rt3tsyfsutrvt0dbpe9huiortk85b5xco9jnoyvxfnqb5ddrjhir6xfj2vb9", "fy4wgl084nnx3sokodri8qjeyrx1djbwg41o9jnoyny0nkyfkb0w8x3zt65rt3t8x3zt65rt3tsyfsutrvt0dbpe9huiortk85b5xco9jnoyvxfnqb5ddrjhir6xfj2vb98rrueku5jkkf370t", "fy4wgl084nnx3sokodri8qjeyrx1djbwg41o9jnoyny0nkyfkb0w8x3zt65rt3t8x3zt65rt3tsyfsutrvt0dbpe9huiortk85b5xco9jnoyvxfnqb5ddrjhir6xfj2vb98rrueku5jkkf370tfy4wgl084nnx3soko", "fy4wgl084nnx3sokodri8qjeyrx1djbwg41o9jnoyny0nkyfkb0w8x3zt65rt3t8x3zt65rt3tsyfsutrvt0dbpe9huiortk85b5xco9jnoyvxfnqb5ddrjhir6xfj2vb98rrueku5jkkf370tfy4wgl084nnx3sokovxfnqb5ddrjhir6x", "fy4wgl084nnx3sokodri8qjeyrx1djbwg41o9jnoyny0nkyfkb0w8x3zt65rt3t8x3zt65rt3tsyfsutrvt0dbpe9huiortk85b5xco9jnoyvxfnqb5ddrjhir6xfj2vb98rrueku5jkkf370tfy4wgl084nnx3sokovxfnqb5ddrjhir6xdri8qjeyrx1djbwg41", "fy4wgl084nnx3sokodri8qjeyrx1djbwg41o9jnoyny0nkyfkb0w8x3zt65rt3t8x3zt65rt3tsyfsutrvt0dbpe9huiortk85b5xco9jnoyvxfnqb5ddrjhir6xfj2vb98rrueku5jkkf370tfy4wgl084nnx3sokovxfnqb5ddrjhir6xdri8qjeyrx1djbwg418x3zt65rt3t"]}, "config": {"commands": [8, 10, 1, 6, 12, 12, 11, 9, 13, 1, 7, 5, 4, 8, 7, 10, 12, 1], "max_length": 20, "min_length": 5, "num_commands": 18, "num_strings": 14, "strings": ["t0o436r", "o9jnoy", "mfslo376w1kaqxl", "9flk7jqb19", "8rrueku5jkkf370t", "fj2vb9", "ny0nkyfkb0w", "vxfnqb5ddrjhir6x", "fy4wgl084nnx3soko", "bpe9huior", "dri8qjeyrx1djbwg41", "syfsutrvt0d", "8x3zt65rt3t", "tk85b5xc"]}, "task_name": "task05", "example_name": "0162", "problem_name": "task05_0162"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [r3qg7c02qvaczwax0, ta11vvdiwonxwp0os, 5ht9q4eaufpc6gfx7bfb, vumvc1egj53myjkv, r29lxesqt, 077zie5jg, hymymv0cy9, yqvk4, yw5uujwi4tkpwm9f93, vp43km7yl8o4j5sqb0eb, 1fwl28dm0l, o6cwnxdbi9, 0r5i9joosaafu, c4zyv5wnu6saf, 8i0fc, wztza4x4vu23qxs0yfi9, 6pumuxotr]\nIndices: [5, 8, 3, 15, 5, 0, 1, 12, 2, 5, 7, 4, 15, 0, 1, 6, 13, 9]\n", "label": {"final": "077zie5jgyw5uujwi4tkpwm9f93vumvc1egj53myjkvwztza4x4vu23qxs0yfi9077zie5jgr3qg7c02qvaczwax0ta11vvdiwonxwp0os0r5i9joosaafu5ht9q4eaufpc6gfx7bfb077zie5jgyqvk4r29lxesqtwztza4x4vu23qxs0yfi9r3qg7c02qvaczwax0ta11vvdiwonxwp0oshymymv0cy9c4zyv5wnu6safvp43km7yl8o4j5sqb0eb", "init": "", "intermediate": ["077zie5jg", "077zie5jgyw5uujwi4tkpwm9f93", "077zie5jgyw5uujwi4tkpwm9f93vumvc1egj53myjkv", "077zie5jgyw5uujwi4tkpwm9f93vumvc1egj53myjkvwztza4x4vu23qxs0yfi9", "077zie5jgyw5uujwi4tkpwm9f93vumvc1egj53myjkvwztza4x4vu23qxs0yfi9077zie5jg", "077zie5jgyw5uujwi4tkpwm9f93vumvc1egj53myjkvwztza4x4vu23qxs0yfi9077zie5jgr3qg7c02qvaczwax0", "077zie5jgyw5uujwi4tkpwm9f93vumvc1egj53myjkvwztza4x4vu23qxs0yfi9077zie5jgr3qg7c02qvaczwax0ta11vvdiwonxwp0os", "077zie5jgyw5uujwi4tkpwm9f93vumvc1egj53myjkvwztza4x4vu23qxs0yfi9077zie5jgr3qg7c02qvaczwax0ta11vvdiwonxwp0os0r5i9joosaafu", "077zie5jgyw5uujwi4tkpwm9f93vumvc1egj53myjkvwztza4x4vu23qxs0yfi9077zie5jgr3qg7c02qvaczwax0ta11vvdiwonxwp0os0r5i9joosaafu5ht9q4eaufpc6gfx7bfb", "077zie5jgyw5uujwi4tkpwm9f93vumvc1egj53myjkvwztza4x4vu23qxs0yfi9077zie5jgr3qg7c02qvaczwax0ta11vvdiwonxwp0os0r5i9joosaafu5ht9q4eaufpc6gfx7bfb077zie5jg", "077zie5jgyw5uujwi4tkpwm9f93vumvc1egj53myjkvwztza4x4vu23qxs0yfi9077zie5jgr3qg7c02qvaczwax0ta11vvdiwonxwp0os0r5i9joosaafu5ht9q4eaufpc6gfx7bfb077zie5jgyqvk4", "077zie5jgyw5uujwi4tkpwm9f93vumvc1egj53myjkvwztza4x4vu23qxs0yfi9077zie5jgr3qg7c02qvaczwax0ta11vvdiwonxwp0os0r5i9joosaafu5ht9q4eaufpc6gfx7bfb077zie5jgyqvk4r29lxesqt", "077zie5jgyw5uujwi4tkpwm9f93vumvc1egj53myjkvwztza4x4vu23qxs0yfi9077zie5jgr3qg7c02qvaczwax0ta11vvdiwonxwp0os0r5i9joosaafu5ht9q4eaufpc6gfx7bfb077zie5jgyqvk4r29lxesqtwztza4x4vu23qxs0yfi9", "077zie5jgyw5uujwi4tkpwm9f93vumvc1egj53myjkvwztza4x4vu23qxs0yfi9077zie5jgr3qg7c02qvaczwax0ta11vvdiwonxwp0os0r5i9joosaafu5ht9q4eaufpc6gfx7bfb077zie5jgyqvk4r29lxesqtwztza4x4vu23qxs0yfi9r3qg7c02qvaczwax0", "077zie5jgyw5uujwi4tkpwm9f93vumvc1egj53myjkvwztza4x4vu23qxs0yfi9077zie5jgr3qg7c02qvaczwax0ta11vvdiwonxwp0os0r5i9joosaafu5ht9q4eaufpc6gfx7bfb077zie5jgyqvk4r29lxesqtwztza4x4vu23qxs0yfi9r3qg7c02qvaczwax0ta11vvdiwonxwp0os", "077zie5jgyw5uujwi4tkpwm9f93vumvc1egj53myjkvwztza4x4vu23qxs0yfi9077zie5jgr3qg7c02qvaczwax0ta11vvdiwonxwp0os0r5i9joosaafu5ht9q4eaufpc6gfx7bfb077zie5jgyqvk4r29lxesqtwztza4x4vu23qxs0yfi9r3qg7c02qvaczwax0ta11vvdiwonxwp0oshymymv0cy9", "077zie5jgyw5uujwi4tkpwm9f93vumvc1egj53myjkvwztza4x4vu23qxs0yfi9077zie5jgr3qg7c02qvaczwax0ta11vvdiwonxwp0os0r5i9joosaafu5ht9q4eaufpc6gfx7bfb077zie5jgyqvk4r29lxesqtwztza4x4vu23qxs0yfi9r3qg7c02qvaczwax0ta11vvdiwonxwp0oshymymv0cy9c4zyv5wnu6saf"]}, "config": {"commands": [5, 8, 3, 15, 5, 0, 1, 12, 2, 5, 7, 4, 15, 0, 1, 6, 13, 9], "max_length": 20, "min_length": 5, "num_commands": 18, "num_strings": 17, "strings": ["r3qg7c02qvaczwax0", "ta11vvdiwonxwp0os", "5ht9q4eaufpc6gfx7bfb", "vumvc1egj53myjkv", "r29lxesqt", "077zie5jg", "hymymv0cy9", "yqvk4", "yw5uujwi4tkpwm9f93", "vp43km7yl8o4j5sqb0eb", "1fwl28dm0l", "o6cwnxdbi9", "0r5i9joosaafu", "c4zyv5wnu6saf", "8i0fc", "wztza4x4vu23qxs0yfi9", "6pumuxotr"]}, "task_name": "task05", "example_name": "0163", "problem_name": "task05_0163"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [s7rz8x2pttp4, 04gny, ggrlu9861j6zo66to7, ekj2szxybli4w6yp, fe8y1wg03uxz9jcdbxb, srag4w5bw5noej, u9aiu840wka]\nIndices: [5, 4, 1, 6, 0, 2, 2, 4, 5, 2, 2, 4, 3, 6, 5, 4, 1, 0]\n", "label": {"final": "srag4w5bw5noejfe8y1wg03uxz9jcdbxb04gnyu9aiu840wkas7rz8x2pttp4ggrlu9861j6zo66to7ggrlu9861j6zo66to7fe8y1wg03uxz9jcdbxbsrag4w5bw5noejggrlu9861j6zo66to7ggrlu9861j6zo66to7fe8y1wg03uxz9jcdbxbekj2szxybli4w6ypu9aiu840wkasrag4w5bw5noejfe8y1wg03uxz9jcdbxb04gnys7rz8x2pttp4", "init": "", "intermediate": ["srag4w5bw5noej", "srag4w5bw5noejfe8y1wg03uxz9jcdbxb", "srag4w5bw5noejfe8y1wg03uxz9jcdbxb04gny", "srag4w5bw5noejfe8y1wg03uxz9jcdbxb04gnyu9aiu840wka", "srag4w5bw5noejfe8y1wg03uxz9jcdbxb04gnyu9aiu840wkas7rz8x2pttp4", "srag4w5bw5noejfe8y1wg03uxz9jcdbxb04gnyu9aiu840wkas7rz8x2pttp4ggrlu9861j6zo66to7", "srag4w5bw5noejfe8y1wg03uxz9jcdbxb04gnyu9aiu840wkas7rz8x2pttp4ggrlu9861j6zo66to7ggrlu9861j6zo66to7", "srag4w5bw5noejfe8y1wg03uxz9jcdbxb04gnyu9aiu840wkas7rz8x2pttp4ggrlu9861j6zo66to7ggrlu9861j6zo66to7fe8y1wg03uxz9jcdbxb", "srag4w5bw5noejfe8y1wg03uxz9jcdbxb04gnyu9aiu840wkas7rz8x2pttp4ggrlu9861j6zo66to7ggrlu9861j6zo66to7fe8y1wg03uxz9jcdbxbsrag4w5bw5noej", "srag4w5bw5noejfe8y1wg03uxz9jcdbxb04gnyu9aiu840wkas7rz8x2pttp4ggrlu9861j6zo66to7ggrlu9861j6zo66to7fe8y1wg03uxz9jcdbxbsrag4w5bw5noejggrlu9861j6zo66to7", "srag4w5bw5noejfe8y1wg03uxz9jcdbxb04gnyu9aiu840wkas7rz8x2pttp4ggrlu9861j6zo66to7ggrlu9861j6zo66to7fe8y1wg03uxz9jcdbxbsrag4w5bw5noejggrlu9861j6zo66to7ggrlu9861j6zo66to7", "srag4w5bw5noejfe8y1wg03uxz9jcdbxb04gnyu9aiu840wkas7rz8x2pttp4ggrlu9861j6zo66to7ggrlu9861j6zo66to7fe8y1wg03uxz9jcdbxbsrag4w5bw5noejggrlu9861j6zo66to7ggrlu9861j6zo66to7fe8y1wg03uxz9jcdbxb", "srag4w5bw5noejfe8y1wg03uxz9jcdbxb04gnyu9aiu840wkas7rz8x2pttp4ggrlu9861j6zo66to7ggrlu9861j6zo66to7fe8y1wg03uxz9jcdbxbsrag4w5bw5noejggrlu9861j6zo66to7ggrlu9861j6zo66to7fe8y1wg03uxz9jcdbxbekj2szxybli4w6yp", "srag4w5bw5noejfe8y1wg03uxz9jcdbxb04gnyu9aiu840wkas7rz8x2pttp4ggrlu9861j6zo66to7ggrlu9861j6zo66to7fe8y1wg03uxz9jcdbxbsrag4w5bw5noejggrlu9861j6zo66to7ggrlu9861j6zo66to7fe8y1wg03uxz9jcdbxbekj2szxybli4w6ypu9aiu840wka", "srag4w5bw5noejfe8y1wg03uxz9jcdbxb04gnyu9aiu840wkas7rz8x2pttp4ggrlu9861j6zo66to7ggrlu9861j6zo66to7fe8y1wg03uxz9jcdbxbsrag4w5bw5noejggrlu9861j6zo66to7ggrlu9861j6zo66to7fe8y1wg03uxz9jcdbxbekj2szxybli4w6ypu9aiu840wkasrag4w5bw5noej", "srag4w5bw5noejfe8y1wg03uxz9jcdbxb04gnyu9aiu840wkas7rz8x2pttp4ggrlu9861j6zo66to7ggrlu9861j6zo66to7fe8y1wg03uxz9jcdbxbsrag4w5bw5noejggrlu9861j6zo66to7ggrlu9861j6zo66to7fe8y1wg03uxz9jcdbxbekj2szxybli4w6ypu9aiu840wkasrag4w5bw5noejfe8y1wg03uxz9jcdbxb", "srag4w5bw5noejfe8y1wg03uxz9jcdbxb04gnyu9aiu840wkas7rz8x2pttp4ggrlu9861j6zo66to7ggrlu9861j6zo66to7fe8y1wg03uxz9jcdbxbsrag4w5bw5noejggrlu9861j6zo66to7ggrlu9861j6zo66to7fe8y1wg03uxz9jcdbxbekj2szxybli4w6ypu9aiu840wkasrag4w5bw5noejfe8y1wg03uxz9jcdbxb04gny"]}, "config": {"commands": [5, 4, 1, 6, 0, 2, 2, 4, 5, 2, 2, 4, 3, 6, 5, 4, 1, 0], "max_length": 20, "min_length": 5, "num_commands": 18, "num_strings": 7, "strings": ["s7rz8x2pttp4", "04gny", "ggrlu9861j6zo66to7", "ekj2szxybli4w6yp", "fe8y1wg03uxz9jcdbxb", "srag4w5bw5noej", "u9aiu840wka"]}, "task_name": "task05", "example_name": "0164", "problem_name": "task05_0164"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [sa7a9v0tp2g7fothtm2b, 1wrl0gy, o87nlqttfwgoufghu73z, walw330txockm7fjcdp, 7rkzikmf1fv, 38snpbl8ym5dbkqh4, cmylf, qgt1w4i, l4jojaykiq, z35muv7m7, bb7vs1il, ngan0]\nIndices: [10, 9, 6, 5, 5, 6, 4, 4, 9, 11, 7, 5, 9, 7, 5, 8, 3, 3]\n", "label": {"final": "bb7vs1ilz35muv7m7cmylf38snpbl8ym5dbkqh438snpbl8ym5dbkqh4cmylf7rkzikmf1fv7rkzikmf1fvz35muv7m7ngan0qgt1w4i38snpbl8ym5dbkqh4z35muv7m7qgt1w4i38snpbl8ym5dbkqh4l4jojaykiqwalw330txockm7fjcdpwalw330txockm7fjcdp", "init": "", "intermediate": ["bb7vs1il", "bb7vs1ilz35muv7m7", "bb7vs1ilz35muv7m7cmylf", "bb7vs1ilz35muv7m7cmylf38snpbl8ym5dbkqh4", "bb7vs1ilz35muv7m7cmylf38snpbl8ym5dbkqh438snpbl8ym5dbkqh4", "bb7vs1ilz35muv7m7cmylf38snpbl8ym5dbkqh438snpbl8ym5dbkqh4cmylf", "bb7vs1ilz35muv7m7cmylf38snpbl8ym5dbkqh438snpbl8ym5dbkqh4cmylf7rkzikmf1fv", "bb7vs1ilz35muv7m7cmylf38snpbl8ym5dbkqh438snpbl8ym5dbkqh4cmylf7rkzikmf1fv7rkzikmf1fv", "bb7vs1ilz35muv7m7cmylf38snpbl8ym5dbkqh438snpbl8ym5dbkqh4cmylf7rkzikmf1fv7rkzikmf1fvz35muv7m7", "bb7vs1ilz35muv7m7cmylf38snpbl8ym5dbkqh438snpbl8ym5dbkqh4cmylf7rkzikmf1fv7rkzikmf1fvz35muv7m7ngan0", "bb7vs1ilz35muv7m7cmylf38snpbl8ym5dbkqh438snpbl8ym5dbkqh4cmylf7rkzikmf1fv7rkzikmf1fvz35muv7m7ngan0qgt1w4i", "bb7vs1ilz35muv7m7cmylf38snpbl8ym5dbkqh438snpbl8ym5dbkqh4cmylf7rkzikmf1fv7rkzikmf1fvz35muv7m7ngan0qgt1w4i38snpbl8ym5dbkqh4", "bb7vs1ilz35muv7m7cmylf38snpbl8ym5dbkqh438snpbl8ym5dbkqh4cmylf7rkzikmf1fv7rkzikmf1fvz35muv7m7ngan0qgt1w4i38snpbl8ym5dbkqh4z35muv7m7", "bb7vs1ilz35muv7m7cmylf38snpbl8ym5dbkqh438snpbl8ym5dbkqh4cmylf7rkzikmf1fv7rkzikmf1fvz35muv7m7ngan0qgt1w4i38snpbl8ym5dbkqh4z35muv7m7qgt1w4i", "bb7vs1ilz35muv7m7cmylf38snpbl8ym5dbkqh438snpbl8ym5dbkqh4cmylf7rkzikmf1fv7rkzikmf1fvz35muv7m7ngan0qgt1w4i38snpbl8ym5dbkqh4z35muv7m7qgt1w4i38snpbl8ym5dbkqh4", "bb7vs1ilz35muv7m7cmylf38snpbl8ym5dbkqh438snpbl8ym5dbkqh4cmylf7rkzikmf1fv7rkzikmf1fvz35muv7m7ngan0qgt1w4i38snpbl8ym5dbkqh4z35muv7m7qgt1w4i38snpbl8ym5dbkqh4l4jojaykiq", "bb7vs1ilz35muv7m7cmylf38snpbl8ym5dbkqh438snpbl8ym5dbkqh4cmylf7rkzikmf1fv7rkzikmf1fvz35muv7m7ngan0qgt1w4i38snpbl8ym5dbkqh4z35muv7m7qgt1w4i38snpbl8ym5dbkqh4l4jojaykiqwalw330txockm7fjcdp"]}, "config": {"commands": [10, 9, 6, 5, 5, 6, 4, 4, 9, 11, 7, 5, 9, 7, 5, 8, 3, 3], "max_length": 20, "min_length": 5, "num_commands": 18, "num_strings": 12, "strings": ["sa7a9v0tp2g7fothtm2b", "1wrl0gy", "o87nlqttfwgoufghu73z", "walw330txockm7fjcdp", "7rkzikmf1fv", "38snpbl8ym5dbkqh4", "cmylf", "qgt1w4i", "l4jojaykiq", "z35muv7m7", "bb7vs1il", "ngan0"]}, "task_name": "task05", "example_name": "0165", "problem_name": "task05_0165"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [wwtsrg6z9w7wd, v2h6vat6, 967y0n1rbtus, f328yttr7mjtt32ot]\nIndices: [0, 2, 1, 2, 3, 1, 1, 0, 2, 0, 3, 3, 2, 1, 1, 1, 0, 0]\n", "label": {"final": "wwtsrg6z9w7wd967y0n1rbtusv2h6vat6967y0n1rbtusf328yttr7mjtt32otv2h6vat6v2h6vat6wwtsrg6z9w7wd967y0n1rbtuswwtsrg6z9w7wdf328yttr7mjtt32otf328yttr7mjtt32ot967y0n1rbtusv2h6vat6v2h6vat6v2h6vat6wwtsrg6z9w7wdwwtsrg6z9w7wd", "init": "", "intermediate": ["wwtsrg6z9w7wd", "wwtsrg6z9w7wd967y0n1rbtus", "wwtsrg6z9w7wd967y0n1rbtusv2h6vat6", "wwtsrg6z9w7wd967y0n1rbtusv2h6vat6967y0n1rbtus", "wwtsrg6z9w7wd967y0n1rbtusv2h6vat6967y0n1rbtusf328yttr7mjtt32ot", "wwtsrg6z9w7wd967y0n1rbtusv2h6vat6967y0n1rbtusf328yttr7mjtt32otv2h6vat6", "wwtsrg6z9w7wd967y0n1rbtusv2h6vat6967y0n1rbtusf328yttr7mjtt32otv2h6vat6v2h6vat6", "wwtsrg6z9w7wd967y0n1rbtusv2h6vat6967y0n1rbtusf328yttr7mjtt32otv2h6vat6v2h6vat6wwtsrg6z9w7wd", "wwtsrg6z9w7wd967y0n1rbtusv2h6vat6967y0n1rbtusf328yttr7mjtt32otv2h6vat6v2h6vat6wwtsrg6z9w7wd967y0n1rbtus", "wwtsrg6z9w7wd967y0n1rbtusv2h6vat6967y0n1rbtusf328yttr7mjtt32otv2h6vat6v2h6vat6wwtsrg6z9w7wd967y0n1rbtuswwtsrg6z9w7wd", "wwtsrg6z9w7wd967y0n1rbtusv2h6vat6967y0n1rbtusf328yttr7mjtt32otv2h6vat6v2h6vat6wwtsrg6z9w7wd967y0n1rbtuswwtsrg6z9w7wdf328yttr7mjtt32ot", "wwtsrg6z9w7wd967y0n1rbtusv2h6vat6967y0n1rbtusf328yttr7mjtt32otv2h6vat6v2h6vat6wwtsrg6z9w7wd967y0n1rbtuswwtsrg6z9w7wdf328yttr7mjtt32otf328yttr7mjtt32ot", "wwtsrg6z9w7wd967y0n1rbtusv2h6vat6967y0n1rbtusf328yttr7mjtt32otv2h6vat6v2h6vat6wwtsrg6z9w7wd967y0n1rbtuswwtsrg6z9w7wdf328yttr7mjtt32otf328yttr7mjtt32ot967y0n1rbtus", "wwtsrg6z9w7wd967y0n1rbtusv2h6vat6967y0n1rbtusf328yttr7mjtt32otv2h6vat6v2h6vat6wwtsrg6z9w7wd967y0n1rbtuswwtsrg6z9w7wdf328yttr7mjtt32otf328yttr7mjtt32ot967y0n1rbtusv2h6vat6", "wwtsrg6z9w7wd967y0n1rbtusv2h6vat6967y0n1rbtusf328yttr7mjtt32otv2h6vat6v2h6vat6wwtsrg6z9w7wd967y0n1rbtuswwtsrg6z9w7wdf328yttr7mjtt32otf328yttr7mjtt32ot967y0n1rbtusv2h6vat6v2h6vat6", "wwtsrg6z9w7wd967y0n1rbtusv2h6vat6967y0n1rbtusf328yttr7mjtt32otv2h6vat6v2h6vat6wwtsrg6z9w7wd967y0n1rbtuswwtsrg6z9w7wdf328yttr7mjtt32otf328yttr7mjtt32ot967y0n1rbtusv2h6vat6v2h6vat6v2h6vat6", "wwtsrg6z9w7wd967y0n1rbtusv2h6vat6967y0n1rbtusf328yttr7mjtt32otv2h6vat6v2h6vat6wwtsrg6z9w7wd967y0n1rbtuswwtsrg6z9w7wdf328yttr7mjtt32otf328yttr7mjtt32ot967y0n1rbtusv2h6vat6v2h6vat6v2h6vat6wwtsrg6z9w7wd"]}, "config": {"commands": [0, 2, 1, 2, 3, 1, 1, 0, 2, 0, 3, 3, 2, 1, 1, 1, 0, 0], "max_length": 20, "min_length": 5, "num_commands": 18, "num_strings": 4, "strings": ["wwtsrg6z9w7wd", "v2h6vat6", "967y0n1rbtus", "f328yttr7mjtt32ot"]}, "task_name": "task05", "example_name": "0166", "problem_name": "task05_0166"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ddruwxma6, i8amjvquhg0owxqducz, 4r9kqv93lgdve1vmqs1, q8i5mc063y9, 70ta3vzlfts2l3a19lb, 5p33d9k2xo, jry17e8upbwjkqb, 3me081nuj, 7jnvqjwwr5058g0t2da, 10jcgslf22wsrm5zn, e5c327y2ytvund, hkzrnma66ymam, j530kms5x5, a58gedixz8dbzjs, w20hei, xzrrrh, 9yxirgnednmv93qz, 0rs1pnrtnv92s, clxmhoa6, y4vat96ptpe1e]\nIndices: [9, 19, 16, 15, 10, 7, 9, 17, 16, 11, 13, 18, 6, 5, 8, 12, 11, 15]\n", "label": {"final": "10jcgslf22wsrm5zny4vat96ptpe1e9yxirgnednmv93qzxzrrrhe5c327y2ytvund3me081nuj10jcgslf22wsrm5zn0rs1pnrtnv92s9yxirgnednmv93qzhkzrnma66ymama58gedixz8dbzjsclxmhoa6jry17e8upbwjkqb5p33d9k2xo7jnvqjwwr5058g0t2daj530kms5x5hkzrnma66ymamxzrrrh", "init": "", "intermediate": ["10jcgslf22wsrm5zn", "10jcgslf22wsrm5zny4vat96ptpe1e", "10jcgslf22wsrm5zny4vat96ptpe1e9yxirgnednmv93qz", "10jcgslf22wsrm5zny4vat96ptpe1e9yxirgnednmv93qzxzrrrh", "10jcgslf22wsrm5zny4vat96ptpe1e9yxirgnednmv93qzxzrrrhe5c327y2ytvund", "10jcgslf22wsrm5zny4vat96ptpe1e9yxirgnednmv93qzxzrrrhe5c327y2ytvund3me081nuj", "10jcgslf22wsrm5zny4vat96ptpe1e9yxirgnednmv93qzxzrrrhe5c327y2ytvund3me081nuj10jcgslf22wsrm5zn", "10jcgslf22wsrm5zny4vat96ptpe1e9yxirgnednmv93qzxzrrrhe5c327y2ytvund3me081nuj10jcgslf22wsrm5zn0rs1pnrtnv92s", "10jcgslf22wsrm5zny4vat96ptpe1e9yxirgnednmv93qzxzrrrhe5c327y2ytvund3me081nuj10jcgslf22wsrm5zn0rs1pnrtnv92s9yxirgnednmv93qz", "10jcgslf22wsrm5zny4vat96ptpe1e9yxirgnednmv93qzxzrrrhe5c327y2ytvund3me081nuj10jcgslf22wsrm5zn0rs1pnrtnv92s9yxirgnednmv93qzhkzrnma66ymam", "10jcgslf22wsrm5zny4vat96ptpe1e9yxirgnednmv93qzxzrrrhe5c327y2ytvund3me081nuj10jcgslf22wsrm5zn0rs1pnrtnv92s9yxirgnednmv93qzhkzrnma66ymama58gedixz8dbzjs", "10jcgslf22wsrm5zny4vat96ptpe1e9yxirgnednmv93qzxzrrrhe5c327y2ytvund3me081nuj10jcgslf22wsrm5zn0rs1pnrtnv92s9yxirgnednmv93qzhkzrnma66ymama58gedixz8dbzjsclxmhoa6", "10jcgslf22wsrm5zny4vat96ptpe1e9yxirgnednmv93qzxzrrrhe5c327y2ytvund3me081nuj10jcgslf22wsrm5zn0rs1pnrtnv92s9yxirgnednmv93qzhkzrnma66ymama58gedixz8dbzjsclxmhoa6jry17e8upbwjkqb", "10jcgslf22wsrm5zny4vat96ptpe1e9yxirgnednmv93qzxzrrrhe5c327y2ytvund3me081nuj10jcgslf22wsrm5zn0rs1pnrtnv92s9yxirgnednmv93qzhkzrnma66ymama58gedixz8dbzjsclxmhoa6jry17e8upbwjkqb5p33d9k2xo", "10jcgslf22wsrm5zny4vat96ptpe1e9yxirgnednmv93qzxzrrrhe5c327y2ytvund3me081nuj10jcgslf22wsrm5zn0rs1pnrtnv92s9yxirgnednmv93qzhkzrnma66ymama58gedixz8dbzjsclxmhoa6jry17e8upbwjkqb5p33d9k2xo7jnvqjwwr5058g0t2da", "10jcgslf22wsrm5zny4vat96ptpe1e9yxirgnednmv93qzxzrrrhe5c327y2ytvund3me081nuj10jcgslf22wsrm5zn0rs1pnrtnv92s9yxirgnednmv93qzhkzrnma66ymama58gedixz8dbzjsclxmhoa6jry17e8upbwjkqb5p33d9k2xo7jnvqjwwr5058g0t2daj530kms5x5", "10jcgslf22wsrm5zny4vat96ptpe1e9yxirgnednmv93qzxzrrrhe5c327y2ytvund3me081nuj10jcgslf22wsrm5zn0rs1pnrtnv92s9yxirgnednmv93qzhkzrnma66ymama58gedixz8dbzjsclxmhoa6jry17e8upbwjkqb5p33d9k2xo7jnvqjwwr5058g0t2daj530kms5x5hkzrnma66ymam"]}, "config": {"commands": [9, 19, 16, 15, 10, 7, 9, 17, 16, 11, 13, 18, 6, 5, 8, 12, 11, 15], "max_length": 20, "min_length": 5, "num_commands": 18, "num_strings": 20, "strings": ["ddruwxma6", "i8amjvquhg0owxqducz", "4r9kqv93lgdve1vmqs1", "q8i5mc063y9", "70ta3vzlfts2l3a19lb", "5p33d9k2xo", "jry17e8upbwjkqb", "3me081nuj", "7jnvqjwwr5058g0t2da", "10jcgslf22wsrm5zn", "e5c327y2ytvund", "hkzrnma66ymam", "j530kms5x5", "a58gedixz8dbzjs", "w20hei", "xzrrrh", "9yxirgnednmv93qz", "0rs1pnrtnv92s", "clxmhoa6", "y4vat96ptpe1e"]}, "task_name": "task05", "example_name": "0167", "problem_name": "task05_0167"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [58o5a5j1yu98eaz, qssntp6, clniezpzs9gds31nvr, 8gsnma8nbpycmgu2, lp9t4, c1rvnfqnczy, gtlsq, 64s6u5iqigg3, 2tk4sacxb8p5119f7, 82za6a1bl13ekbd85, cegldxeaqywo, 9thys, 0wjj7e, 1npmaddc4fe, qyd8j4s, 14pve, dtpru]\nIndices: [4, 8, 1, 1, 10, 9, 6, 10, 6, 9, 16, 7, 11, 2, 1, 11, 10, 2]\n", "label": {"final": "lp9t42tk4sacxb8p5119f7qssntp6qssntp6cegldxeaqywo82za6a1bl13ekbd85gtlsqcegldxeaqywogtlsq82za6a1bl13ekbd85dtpru64s6u5iqigg39thysclniezpzs9gds31nvrqssntp69thyscegldxeaqywoclniezpzs9gds31nvr", "init": "", "intermediate": ["lp9t4", "lp9t42tk4sacxb8p5119f7", "lp9t42tk4sacxb8p5119f7qssntp6", "lp9t42tk4sacxb8p5119f7qssntp6qssntp6", "lp9t42tk4sacxb8p5119f7qssntp6qssntp6cegldxeaqywo", "lp9t42tk4sacxb8p5119f7qssntp6qssntp6cegldxeaqywo82za6a1bl13ekbd85", "lp9t42tk4sacxb8p5119f7qssntp6qssntp6cegldxeaqywo82za6a1bl13ekbd85gtlsq", "lp9t42tk4sacxb8p5119f7qssntp6qssntp6cegldxeaqywo82za6a1bl13ekbd85gtlsqcegldxeaqywo", "lp9t42tk4sacxb8p5119f7qssntp6qssntp6cegldxeaqywo82za6a1bl13ekbd85gtlsqcegldxeaqywogtlsq", "lp9t42tk4sacxb8p5119f7qssntp6qssntp6cegldxeaqywo82za6a1bl13ekbd85gtlsqcegldxeaqywogtlsq82za6a1bl13ekbd85", "lp9t42tk4sacxb8p5119f7qssntp6qssntp6cegldxeaqywo82za6a1bl13ekbd85gtlsqcegldxeaqywogtlsq82za6a1bl13ekbd85dtpru", "lp9t42tk4sacxb8p5119f7qssntp6qssntp6cegldxeaqywo82za6a1bl13ekbd85gtlsqcegldxeaqywogtlsq82za6a1bl13ekbd85dtpru64s6u5iqigg3", "lp9t42tk4sacxb8p5119f7qssntp6qssntp6cegldxeaqywo82za6a1bl13ekbd85gtlsqcegldxeaqywogtlsq82za6a1bl13ekbd85dtpru64s6u5iqigg39thys", "lp9t42tk4sacxb8p5119f7qssntp6qssntp6cegldxeaqywo82za6a1bl13ekbd85gtlsqcegldxeaqywogtlsq82za6a1bl13ekbd85dtpru64s6u5iqigg39thysclniezpzs9gds31nvr", "lp9t42tk4sacxb8p5119f7qssntp6qssntp6cegldxeaqywo82za6a1bl13ekbd85gtlsqcegldxeaqywogtlsq82za6a1bl13ekbd85dtpru64s6u5iqigg39thysclniezpzs9gds31nvrqssntp6", "lp9t42tk4sacxb8p5119f7qssntp6qssntp6cegldxeaqywo82za6a1bl13ekbd85gtlsqcegldxeaqywogtlsq82za6a1bl13ekbd85dtpru64s6u5iqigg39thysclniezpzs9gds31nvrqssntp69thys", "lp9t42tk4sacxb8p5119f7qssntp6qssntp6cegldxeaqywo82za6a1bl13ekbd85gtlsqcegldxeaqywogtlsq82za6a1bl13ekbd85dtpru64s6u5iqigg39thysclniezpzs9gds31nvrqssntp69thyscegldxeaqywo"]}, "config": {"commands": [4, 8, 1, 1, 10, 9, 6, 10, 6, 9, 16, 7, 11, 2, 1, 11, 10, 2], "max_length": 20, "min_length": 5, "num_commands": 18, "num_strings": 17, "strings": ["58o5a5j1yu98eaz", "qssntp6", "clniezpzs9gds31nvr", "8gsnma8nbpycmgu2", "lp9t4", "c1rvnfqnczy", "gtlsq", "64s6u5iqigg3", "2tk4sacxb8p5119f7", "82za6a1bl13ekbd85", "cegldxeaqywo", "9thys", "0wjj7e", "1npmaddc4fe", "qyd8j4s", "14pve", "dtpru"]}, "task_name": "task05", "example_name": "0168", "problem_name": "task05_0168"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [sxawsabtyeuvp4, hjqe71ipqkrpmxlbk6, u6u72n06y, awidwrssg8ejx7ovi, biqd9t0uys, tr9a5eu8bngroajm, k77rg, n91rq, 2gcm3j, w1e6u, 4cwygr6c, oo7mdy13s, uk8wcqbrhsryibd]\nIndices: [12, 6, 3, 4, 2, 3, 1, 8, 1, 5, 6, 7, 5, 11, 10, 1, 2, 0]\n", "label": {"final": "uk8wcqbrhsryibdk77rgawidwrssg8ejx7ovibiqd9t0uysu6u72n06yawidwrssg8ejx7ovihjqe71ipqkrpmxlbk62gcm3jhjqe71ipqkrpmxlbk6tr9a5eu8bngroajmk77rgn91rqtr9a5eu8bngroajmoo7mdy13s4cwygr6chjqe71ipqkrpmxlbk6u6u72n06ysxawsabtyeuvp4", "init": "", "intermediate": ["uk8wcqbrhsryibd", "uk8wcqbrhsryibdk77rg", "uk8wcqbrhsryibdk77rgawidwrssg8ejx7ovi", "uk8wcqbrhsryibdk77rgawidwrssg8ejx7ovibiqd9t0uys", "uk8wcqbrhsryibdk77rgawidwrssg8ejx7ovibiqd9t0uysu6u72n06y", "uk8wcqbrhsryibdk77rgawidwrssg8ejx7ovibiqd9t0uysu6u72n06yawidwrssg8ejx7ovi", "uk8wcqbrhsryibdk77rgawidwrssg8ejx7ovibiqd9t0uysu6u72n06yawidwrssg8ejx7ovihjqe71ipqkrpmxlbk6", "uk8wcqbrhsryibdk77rgawidwrssg8ejx7ovibiqd9t0uysu6u72n06yawidwrssg8ejx7ovihjqe71ipqkrpmxlbk62gcm3j", "uk8wcqbrhsryibdk77rgawidwrssg8ejx7ovibiqd9t0uysu6u72n06yawidwrssg8ejx7ovihjqe71ipqkrpmxlbk62gcm3jhjqe71ipqkrpmxlbk6", "uk8wcqbrhsryibdk77rgawidwrssg8ejx7ovibiqd9t0uysu6u72n06yawidwrssg8ejx7ovihjqe71ipqkrpmxlbk62gcm3jhjqe71ipqkrpmxlbk6tr9a5eu8bngroajm", "uk8wcqbrhsryibdk77rgawidwrssg8ejx7ovibiqd9t0uysu6u72n06yawidwrssg8ejx7ovihjqe71ipqkrpmxlbk62gcm3jhjqe71ipqkrpmxlbk6tr9a5eu8bngroajmk77rg", "uk8wcqbrhsryibdk77rgawidwrssg8ejx7ovibiqd9t0uysu6u72n06yawidwrssg8ejx7ovihjqe71ipqkrpmxlbk62gcm3jhjqe71ipqkrpmxlbk6tr9a5eu8bngroajmk77rgn91rq", "uk8wcqbrhsryibdk77rgawidwrssg8ejx7ovibiqd9t0uysu6u72n06yawidwrssg8ejx7ovihjqe71ipqkrpmxlbk62gcm3jhjqe71ipqkrpmxlbk6tr9a5eu8bngroajmk77rgn91rqtr9a5eu8bngroajm", "uk8wcqbrhsryibdk77rgawidwrssg8ejx7ovibiqd9t0uysu6u72n06yawidwrssg8ejx7ovihjqe71ipqkrpmxlbk62gcm3jhjqe71ipqkrpmxlbk6tr9a5eu8bngroajmk77rgn91rqtr9a5eu8bngroajmoo7mdy13s", "uk8wcqbrhsryibdk77rgawidwrssg8ejx7ovibiqd9t0uysu6u72n06yawidwrssg8ejx7ovihjqe71ipqkrpmxlbk62gcm3jhjqe71ipqkrpmxlbk6tr9a5eu8bngroajmk77rgn91rqtr9a5eu8bngroajmoo7mdy13s4cwygr6c", "uk8wcqbrhsryibdk77rgawidwrssg8ejx7ovibiqd9t0uysu6u72n06yawidwrssg8ejx7ovihjqe71ipqkrpmxlbk62gcm3jhjqe71ipqkrpmxlbk6tr9a5eu8bngroajmk77rgn91rqtr9a5eu8bngroajmoo7mdy13s4cwygr6chjqe71ipqkrpmxlbk6", "uk8wcqbrhsryibdk77rgawidwrssg8ejx7ovibiqd9t0uysu6u72n06yawidwrssg8ejx7ovihjqe71ipqkrpmxlbk62gcm3jhjqe71ipqkrpmxlbk6tr9a5eu8bngroajmk77rgn91rqtr9a5eu8bngroajmoo7mdy13s4cwygr6chjqe71ipqkrpmxlbk6u6u72n06y"]}, "config": {"commands": [12, 6, 3, 4, 2, 3, 1, 8, 1, 5, 6, 7, 5, 11, 10, 1, 2, 0], "max_length": 20, "min_length": 5, "num_commands": 18, "num_strings": 13, "strings": ["sxawsabtyeuvp4", "hjqe71ipqkrpmxlbk6", "u6u72n06y", "awidwrssg8ejx7ovi", "biqd9t0uys", "tr9a5eu8bngroajm", "k77rg", "n91rq", "2gcm3j", "w1e6u", "4cwygr6c", "oo7mdy13s", "uk8wcqbrhsryibd"]}, "task_name": "task05", "example_name": "0169", "problem_name": "task05_0169"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [l5jk8h6an13qs, hsslirn8tq, 9hg0paq9, z1v4wiobcn7ddvy, 25w06ccf663ll2yjjr, ur8q25pq3, 9br1rpiqbkcup8o46, t7gdh9nqc0zas2cs7v]\nIndices: [2, 5, 4, 4, 6, 5, 2, 0, 1, 2, 6, 4, 4, 5, 5, 3, 0, 1, 2]\n", "label": {"final": "9hg0paq9ur8q25pq325w06ccf663ll2yjjr25w06ccf663ll2yjjr9br1rpiqbkcup8o46ur8q25pq39hg0paq9l5jk8h6an13qshsslirn8tq9hg0paq99br1rpiqbkcup8o4625w06ccf663ll2yjjr25w06ccf663ll2yjjrur8q25pq3ur8q25pq3z1v4wiobcn7ddvyl5jk8h6an13qshsslirn8tq9hg0paq9", "init": "", "intermediate": ["9hg0paq9", "9hg0paq9ur8q25pq3", "9hg0paq9ur8q25pq325w06ccf663ll2yjjr", "9hg0paq9ur8q25pq325w06ccf663ll2yjjr25w06ccf663ll2yjjr", "9hg0paq9ur8q25pq325w06ccf663ll2yjjr25w06ccf663ll2yjjr9br1rpiqbkcup8o46", "9hg0paq9ur8q25pq325w06ccf663ll2yjjr25w06ccf663ll2yjjr9br1rpiqbkcup8o46ur8q25pq3", "9hg0paq9ur8q25pq325w06ccf663ll2yjjr25w06ccf663ll2yjjr9br1rpiqbkcup8o46ur8q25pq39hg0paq9", "9hg0paq9ur8q25pq325w06ccf663ll2yjjr25w06ccf663ll2yjjr9br1rpiqbkcup8o46ur8q25pq39hg0paq9l5jk8h6an13qs", "9hg0paq9ur8q25pq325w06ccf663ll2yjjr25w06ccf663ll2yjjr9br1rpiqbkcup8o46ur8q25pq39hg0paq9l5jk8h6an13qshsslirn8tq", "9hg0paq9ur8q25pq325w06ccf663ll2yjjr25w06ccf663ll2yjjr9br1rpiqbkcup8o46ur8q25pq39hg0paq9l5jk8h6an13qshsslirn8tq9hg0paq9", "9hg0paq9ur8q25pq325w06ccf663ll2yjjr25w06ccf663ll2yjjr9br1rpiqbkcup8o46ur8q25pq39hg0paq9l5jk8h6an13qshsslirn8tq9hg0paq99br1rpiqbkcup8o46", "9hg0paq9ur8q25pq325w06ccf663ll2yjjr25w06ccf663ll2yjjr9br1rpiqbkcup8o46ur8q25pq39hg0paq9l5jk8h6an13qshsslirn8tq9hg0paq99br1rpiqbkcup8o4625w06ccf663ll2yjjr", "9hg0paq9ur8q25pq325w06ccf663ll2yjjr25w06ccf663ll2yjjr9br1rpiqbkcup8o46ur8q25pq39hg0paq9l5jk8h6an13qshsslirn8tq9hg0paq99br1rpiqbkcup8o4625w06ccf663ll2yjjr25w06ccf663ll2yjjr", "9hg0paq9ur8q25pq325w06ccf663ll2yjjr25w06ccf663ll2yjjr9br1rpiqbkcup8o46ur8q25pq39hg0paq9l5jk8h6an13qshsslirn8tq9hg0paq99br1rpiqbkcup8o4625w06ccf663ll2yjjr25w06ccf663ll2yjjrur8q25pq3", "9hg0paq9ur8q25pq325w06ccf663ll2yjjr25w06ccf663ll2yjjr9br1rpiqbkcup8o46ur8q25pq39hg0paq9l5jk8h6an13qshsslirn8tq9hg0paq99br1rpiqbkcup8o4625w06ccf663ll2yjjr25w06ccf663ll2yjjrur8q25pq3ur8q25pq3", "9hg0paq9ur8q25pq325w06ccf663ll2yjjr25w06ccf663ll2yjjr9br1rpiqbkcup8o46ur8q25pq39hg0paq9l5jk8h6an13qshsslirn8tq9hg0paq99br1rpiqbkcup8o4625w06ccf663ll2yjjr25w06ccf663ll2yjjrur8q25pq3ur8q25pq3z1v4wiobcn7ddvy", "9hg0paq9ur8q25pq325w06ccf663ll2yjjr25w06ccf663ll2yjjr9br1rpiqbkcup8o46ur8q25pq39hg0paq9l5jk8h6an13qshsslirn8tq9hg0paq99br1rpiqbkcup8o4625w06ccf663ll2yjjr25w06ccf663ll2yjjrur8q25pq3ur8q25pq3z1v4wiobcn7ddvyl5jk8h6an13qs", "9hg0paq9ur8q25pq325w06ccf663ll2yjjr25w06ccf663ll2yjjr9br1rpiqbkcup8o46ur8q25pq39hg0paq9l5jk8h6an13qshsslirn8tq9hg0paq99br1rpiqbkcup8o4625w06ccf663ll2yjjr25w06ccf663ll2yjjrur8q25pq3ur8q25pq3z1v4wiobcn7ddvyl5jk8h6an13qshsslirn8tq"]}, "config": {"commands": [2, 5, 4, 4, 6, 5, 2, 0, 1, 2, 6, 4, 4, 5, 5, 3, 0, 1, 2], "max_length": 20, "min_length": 5, "num_commands": 19, "num_strings": 8, "strings": ["l5jk8h6an13qs", "hsslirn8tq", "9hg0paq9", "z1v4wiobcn7ddvy", "25w06ccf663ll2yjjr", "ur8q25pq3", "9br1rpiqbkcup8o46", "t7gdh9nqc0zas2cs7v"]}, "task_name": "task05", "example_name": "0170", "problem_name": "task05_0170"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [89408, u2ughhcchip05, ibr3vion6zm, amiv5f9r3i, tw7cp, baj8kuwdxow1gl, rfbp2, 5pz32fz16dvn1oy, ny31kf, ea63788vu8, 46e7elmc0, sbeavj, 95yw0s, anczgtf, 20a2k5q3, 98kufzfzae9ew1576up, 6vtu8dezz0dr, 20mkcy]\nIndices: [2, 6, 6, 6, 0, 13, 15, 5, 4, 17, 12, 1, 13, 13, 10, 2, 17, 12, 5]\n", "label": {"final": "ibr3vion6zmrfbp2rfbp2rfbp289408anczgtf98kufzfzae9ew1576upbaj8kuwdxow1gltw7cp20mkcy95yw0su2ughhcchip05anczgtfanczgtf46e7elmc0ibr3vion6zm20mkcy95yw0sbaj8kuwdxow1gl", "init": "", "intermediate": ["ibr3vion6zm", "ibr3vion6zmrfbp2", "ibr3vion6zmrfbp2rfbp2", "ibr3vion6zmrfbp2rfbp2rfbp2", "ibr3vion6zmrfbp2rfbp2rfbp289408", "ibr3vion6zmrfbp2rfbp2rfbp289408anczgtf", "ibr3vion6zmrfbp2rfbp2rfbp289408anczgtf98kufzfzae9ew1576up", "ibr3vion6zmrfbp2rfbp2rfbp289408anczgtf98kufzfzae9ew1576upbaj8kuwdxow1gl", "ibr3vion6zmrfbp2rfbp2rfbp289408anczgtf98kufzfzae9ew1576upbaj8kuwdxow1gltw7cp", "ibr3vion6zmrfbp2rfbp2rfbp289408anczgtf98kufzfzae9ew1576upbaj8kuwdxow1gltw7cp20mkcy", "ibr3vion6zmrfbp2rfbp2rfbp289408anczgtf98kufzfzae9ew1576upbaj8kuwdxow1gltw7cp20mkcy95yw0s", "ibr3vion6zmrfbp2rfbp2rfbp289408anczgtf98kufzfzae9ew1576upbaj8kuwdxow1gltw7cp20mkcy95yw0su2ughhcchip05", "ibr3vion6zmrfbp2rfbp2rfbp289408anczgtf98kufzfzae9ew1576upbaj8kuwdxow1gltw7cp20mkcy95yw0su2ughhcchip05anczgtf", "ibr3vion6zmrfbp2rfbp2rfbp289408anczgtf98kufzfzae9ew1576upbaj8kuwdxow1gltw7cp20mkcy95yw0su2ughhcchip05anczgtfanczgtf", "ibr3vion6zmrfbp2rfbp2rfbp289408anczgtf98kufzfzae9ew1576upbaj8kuwdxow1gltw7cp20mkcy95yw0su2ughhcchip05anczgtfanczgtf46e7elmc0", "ibr3vion6zmrfbp2rfbp2rfbp289408anczgtf98kufzfzae9ew1576upbaj8kuwdxow1gltw7cp20mkcy95yw0su2ughhcchip05anczgtfanczgtf46e7elmc0ibr3vion6zm", "ibr3vion6zmrfbp2rfbp2rfbp289408anczgtf98kufzfzae9ew1576upbaj8kuwdxow1gltw7cp20mkcy95yw0su2ughhcchip05anczgtfanczgtf46e7elmc0ibr3vion6zm20mkcy", "ibr3vion6zmrfbp2rfbp2rfbp289408anczgtf98kufzfzae9ew1576upbaj8kuwdxow1gltw7cp20mkcy95yw0su2ughhcchip05anczgtfanczgtf46e7elmc0ibr3vion6zm20mkcy95yw0s"]}, "config": {"commands": [2, 6, 6, 6, 0, 13, 15, 5, 4, 17, 12, 1, 13, 13, 10, 2, 17, 12, 5], "max_length": 20, "min_length": 5, "num_commands": 19, "num_strings": 18, "strings": ["89408", "u2ughhcchip05", "ibr3vion6zm", "amiv5f9r3i", "tw7cp", "baj8kuwdxow1gl", "rfbp2", "5pz32fz16dvn1oy", "ny31kf", "ea63788vu8", "46e7elmc0", "sbeavj", "95yw0s", "anczgtf", "20a2k5q3", "98kufzfzae9ew1576up", "6vtu8dezz0dr", "20mkcy"]}, "task_name": "task05", "example_name": "0171", "problem_name": "task05_0171"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xrkvhigf, h9h50h7os, hpmcw0, iyla71, xc23rwf, 6hdkbo91coaz7z, 562ftkz, t7oi8rmilda6r3mhq1, m6jmw, 0k6rz5s]\nIndices: [9, 8, 5, 3, 7, 6, 5, 1, 3, 6, 9, 4, 2, 2, 1, 9, 9, 8, 4]\n", "label": {"final": "0k6rz5sm6jmw6hdkbo91coaz7ziyla71t7oi8rmilda6r3mhq1562ftkz6hdkbo91coaz7zh9h50h7osiyla71562ftkz0k6rz5sxc23rwfhpmcw0hpmcw0h9h50h7os0k6rz5s0k6rz5sm6jmwxc23rwf", "init": "", "intermediate": ["0k6rz5s", "0k6rz5sm6jmw", "0k6rz5sm6jmw6hdkbo91coaz7z", "0k6rz5sm6jmw6hdkbo91coaz7ziyla71", "0k6rz5sm6jmw6hdkbo91coaz7ziyla71t7oi8rmilda6r3mhq1", "0k6rz5sm6jmw6hdkbo91coaz7ziyla71t7oi8rmilda6r3mhq1562ftkz", "0k6rz5sm6jmw6hdkbo91coaz7ziyla71t7oi8rmilda6r3mhq1562ftkz6hdkbo91coaz7z", "0k6rz5sm6jmw6hdkbo91coaz7ziyla71t7oi8rmilda6r3mhq1562ftkz6hdkbo91coaz7zh9h50h7os", "0k6rz5sm6jmw6hdkbo91coaz7ziyla71t7oi8rmilda6r3mhq1562ftkz6hdkbo91coaz7zh9h50h7osiyla71", "0k6rz5sm6jmw6hdkbo91coaz7ziyla71t7oi8rmilda6r3mhq1562ftkz6hdkbo91coaz7zh9h50h7osiyla71562ftkz", "0k6rz5sm6jmw6hdkbo91coaz7ziyla71t7oi8rmilda6r3mhq1562ftkz6hdkbo91coaz7zh9h50h7osiyla71562ftkz0k6rz5s", "0k6rz5sm6jmw6hdkbo91coaz7ziyla71t7oi8rmilda6r3mhq1562ftkz6hdkbo91coaz7zh9h50h7osiyla71562ftkz0k6rz5sxc23rwf", "0k6rz5sm6jmw6hdkbo91coaz7ziyla71t7oi8rmilda6r3mhq1562ftkz6hdkbo91coaz7zh9h50h7osiyla71562ftkz0k6rz5sxc23rwfhpmcw0", "0k6rz5sm6jmw6hdkbo91coaz7ziyla71t7oi8rmilda6r3mhq1562ftkz6hdkbo91coaz7zh9h50h7osiyla71562ftkz0k6rz5sxc23rwfhpmcw0hpmcw0", "0k6rz5sm6jmw6hdkbo91coaz7ziyla71t7oi8rmilda6r3mhq1562ftkz6hdkbo91coaz7zh9h50h7osiyla71562ftkz0k6rz5sxc23rwfhpmcw0hpmcw0h9h50h7os", "0k6rz5sm6jmw6hdkbo91coaz7ziyla71t7oi8rmilda6r3mhq1562ftkz6hdkbo91coaz7zh9h50h7osiyla71562ftkz0k6rz5sxc23rwfhpmcw0hpmcw0h9h50h7os0k6rz5s", "0k6rz5sm6jmw6hdkbo91coaz7ziyla71t7oi8rmilda6r3mhq1562ftkz6hdkbo91coaz7zh9h50h7osiyla71562ftkz0k6rz5sxc23rwfhpmcw0hpmcw0h9h50h7os0k6rz5s0k6rz5s", "0k6rz5sm6jmw6hdkbo91coaz7ziyla71t7oi8rmilda6r3mhq1562ftkz6hdkbo91coaz7zh9h50h7osiyla71562ftkz0k6rz5sxc23rwfhpmcw0hpmcw0h9h50h7os0k6rz5s0k6rz5sm6jmw"]}, "config": {"commands": [9, 8, 5, 3, 7, 6, 5, 1, 3, 6, 9, 4, 2, 2, 1, 9, 9, 8, 4], "max_length": 20, "min_length": 5, "num_commands": 19, "num_strings": 10, "strings": ["xrkvhigf", "h9h50h7os", "hpmcw0", "iyla71", "xc23rwf", "6hdkbo91coaz7z", "562ftkz", "t7oi8rmilda6r3mhq1", "m6jmw", "0k6rz5s"]}, "task_name": "task05", "example_name": "0172", "problem_name": "task05_0172"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [3a5r3hlcn2pbs34, xdyvmit95, ud1dr9, 9wrwcv0b, pdoc5oii7, 0tvnac, 1tnimo372w6fzmgoar, mmjiil1osmoy45a3kr, czw8eb, 3n1sb3cvvvn8dnzan, wafy6wwzc797u9, 8iq6o768vw8cvi, avxknxfcgtrlzb0u, 3g5wjoz, 2mmjmbntc6o4o5743h, sw1gu9d89d26u602, nxdn9lqtqervrxe3]\nIndices: [0, 3, 15, 3, 7, 1, 3, 0, 16, 8, 8, 7, 13, 2, 11, 7, 16, 16, 15]\n", "label": {"final": "3a5r3hlcn2pbs349wrwcv0bsw1gu9d89d26u6029wrwcv0bmmjiil1osmoy45a3krxdyvmit959wrwcv0b3a5r3hlcn2pbs34nxdn9lqtqervrxe3czw8ebczw8ebmmjiil1osmoy45a3kr3g5wjozud1dr98iq6o768vw8cvimmjiil1osmoy45a3krnxdn9lqtqervrxe3nxdn9lqtqervrxe3sw1gu9d89d26u602", "init": "", "intermediate": ["3a5r3hlcn2pbs34", "3a5r3hlcn2pbs349wrwcv0b", "3a5r3hlcn2pbs349wrwcv0bsw1gu9d89d26u602", "3a5r3hlcn2pbs349wrwcv0bsw1gu9d89d26u6029wrwcv0b", "3a5r3hlcn2pbs349wrwcv0bsw1gu9d89d26u6029wrwcv0bmmjiil1osmoy45a3kr", "3a5r3hlcn2pbs349wrwcv0bsw1gu9d89d26u6029wrwcv0bmmjiil1osmoy45a3krxdyvmit95", "3a5r3hlcn2pbs349wrwcv0bsw1gu9d89d26u6029wrwcv0bmmjiil1osmoy45a3krxdyvmit959wrwcv0b", "3a5r3hlcn2pbs349wrwcv0bsw1gu9d89d26u6029wrwcv0bmmjiil1osmoy45a3krxdyvmit959wrwcv0b3a5r3hlcn2pbs34", "3a5r3hlcn2pbs349wrwcv0bsw1gu9d89d26u6029wrwcv0bmmjiil1osmoy45a3krxdyvmit959wrwcv0b3a5r3hlcn2pbs34nxdn9lqtqervrxe3", "3a5r3hlcn2pbs349wrwcv0bsw1gu9d89d26u6029wrwcv0bmmjiil1osmoy45a3krxdyvmit959wrwcv0b3a5r3hlcn2pbs34nxdn9lqtqervrxe3czw8eb", "3a5r3hlcn2pbs349wrwcv0bsw1gu9d89d26u6029wrwcv0bmmjiil1osmoy45a3krxdyvmit959wrwcv0b3a5r3hlcn2pbs34nxdn9lqtqervrxe3czw8ebczw8eb", "3a5r3hlcn2pbs349wrwcv0bsw1gu9d89d26u6029wrwcv0bmmjiil1osmoy45a3krxdyvmit959wrwcv0b3a5r3hlcn2pbs34nxdn9lqtqervrxe3czw8ebczw8ebmmjiil1osmoy45a3kr", "3a5r3hlcn2pbs349wrwcv0bsw1gu9d89d26u6029wrwcv0bmmjiil1osmoy45a3krxdyvmit959wrwcv0b3a5r3hlcn2pbs34nxdn9lqtqervrxe3czw8ebczw8ebmmjiil1osmoy45a3kr3g5wjoz", "3a5r3hlcn2pbs349wrwcv0bsw1gu9d89d26u6029wrwcv0bmmjiil1osmoy45a3krxdyvmit959wrwcv0b3a5r3hlcn2pbs34nxdn9lqtqervrxe3czw8ebczw8ebmmjiil1osmoy45a3kr3g5wjozud1dr9", "3a5r3hlcn2pbs349wrwcv0bsw1gu9d89d26u6029wrwcv0bmmjiil1osmoy45a3krxdyvmit959wrwcv0b3a5r3hlcn2pbs34nxdn9lqtqervrxe3czw8ebczw8ebmmjiil1osmoy45a3kr3g5wjozud1dr98iq6o768vw8cvi", "3a5r3hlcn2pbs349wrwcv0bsw1gu9d89d26u6029wrwcv0bmmjiil1osmoy45a3krxdyvmit959wrwcv0b3a5r3hlcn2pbs34nxdn9lqtqervrxe3czw8ebczw8ebmmjiil1osmoy45a3kr3g5wjozud1dr98iq6o768vw8cvimmjiil1osmoy45a3kr", "3a5r3hlcn2pbs349wrwcv0bsw1gu9d89d26u6029wrwcv0bmmjiil1osmoy45a3krxdyvmit959wrwcv0b3a5r3hlcn2pbs34nxdn9lqtqervrxe3czw8ebczw8ebmmjiil1osmoy45a3kr3g5wjozud1dr98iq6o768vw8cvimmjiil1osmoy45a3krnxdn9lqtqervrxe3", "3a5r3hlcn2pbs349wrwcv0bsw1gu9d89d26u6029wrwcv0bmmjiil1osmoy45a3krxdyvmit959wrwcv0b3a5r3hlcn2pbs34nxdn9lqtqervrxe3czw8ebczw8ebmmjiil1osmoy45a3kr3g5wjozud1dr98iq6o768vw8cvimmjiil1osmoy45a3krnxdn9lqtqervrxe3nxdn9lqtqervrxe3"]}, "config": {"commands": [0, 3, 15, 3, 7, 1, 3, 0, 16, 8, 8, 7, 13, 2, 11, 7, 16, 16, 15], "max_length": 20, "min_length": 5, "num_commands": 19, "num_strings": 17, "strings": ["3a5r3hlcn2pbs34", "xdyvmit95", "ud1dr9", "9wrwcv0b", "pdoc5oii7", "0tvnac", "1tnimo372w6fzmgoar", "mmjiil1osmoy45a3kr", "czw8eb", "3n1sb3cvvvn8dnzan", "wafy6wwzc797u9", "8iq6o768vw8cvi", "avxknxfcgtrlzb0u", "3g5wjoz", "2mmjmbntc6o4o5743h", "sw1gu9d89d26u602", "nxdn9lqtqervrxe3"]}, "task_name": "task05", "example_name": "0173", "problem_name": "task05_0173"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [9nctru2fwobo2gz9hcx, s7pgqkd, xkh3ixcfrinupo2gxf2d]\nIndices: [2, 0, 1, 2, 2, 0, 1, 0, 1, 1, 1, 0, 1, 2, 0, 1, 1, 2, 1]\n", "label": {"final": "xkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2dxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkd9nctru2fwobo2gz9hcxs7pgqkds7pgqkds7pgqkd9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkds7pgqkdxkh3ixcfrinupo2gxf2ds7pgqkd", "init": "", "intermediate": ["xkh3ixcfrinupo2gxf2d", "xkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcx", "xkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkd", "xkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2d", "xkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2dxkh3ixcfrinupo2gxf2d", "xkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2dxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcx", "xkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2dxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkd", "xkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2dxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkd9nctru2fwobo2gz9hcx", "xkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2dxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkd9nctru2fwobo2gz9hcxs7pgqkd", "xkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2dxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkd9nctru2fwobo2gz9hcxs7pgqkds7pgqkd", "xkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2dxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkd9nctru2fwobo2gz9hcxs7pgqkds7pgqkds7pgqkd", "xkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2dxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkd9nctru2fwobo2gz9hcxs7pgqkds7pgqkds7pgqkd9nctru2fwobo2gz9hcx", "xkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2dxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkd9nctru2fwobo2gz9hcxs7pgqkds7pgqkds7pgqkd9nctru2fwobo2gz9hcxs7pgqkd", "xkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2dxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkd9nctru2fwobo2gz9hcxs7pgqkds7pgqkds7pgqkd9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2d", "xkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2dxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkd9nctru2fwobo2gz9hcxs7pgqkds7pgqkds7pgqkd9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcx", "xkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2dxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkd9nctru2fwobo2gz9hcxs7pgqkds7pgqkds7pgqkd9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkd", "xkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2dxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkd9nctru2fwobo2gz9hcxs7pgqkds7pgqkds7pgqkd9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkds7pgqkd", "xkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2dxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkd9nctru2fwobo2gz9hcxs7pgqkds7pgqkds7pgqkd9nctru2fwobo2gz9hcxs7pgqkdxkh3ixcfrinupo2gxf2d9nctru2fwobo2gz9hcxs7pgqkds7pgqkdxkh3ixcfrinupo2gxf2d"]}, "config": {"commands": [2, 0, 1, 2, 2, 0, 1, 0, 1, 1, 1, 0, 1, 2, 0, 1, 1, 2, 1], "max_length": 20, "min_length": 5, "num_commands": 19, "num_strings": 3, "strings": ["9nctru2fwobo2gz9hcx", "s7pgqkd", "xkh3ixcfrinupo2gxf2d"]}, "task_name": "task05", "example_name": "0174", "problem_name": "task05_0174"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [tner9sngc1ou8gfszer, kniii35, jrl1p]\nIndices: [1, 1, 1, 2, 0, 0, 1, 1, 2, 1, 2, 2, 1, 0, 1, 1, 1, 2, 0]\n", "label": {"final": "kniii35kniii35kniii35jrl1ptner9sngc1ou8gfszertner9sngc1ou8gfszerkniii35kniii35jrl1pkniii35jrl1pjrl1pkniii35tner9sngc1ou8gfszerkniii35kniii35kniii35jrl1ptner9sngc1ou8gfszer", "init": "", "intermediate": ["kniii35", "kniii35kniii35", "kniii35kniii35kniii35", "kniii35kniii35kniii35jrl1p", "kniii35kniii35kniii35jrl1ptner9sngc1ou8gfszer", "kniii35kniii35kniii35jrl1ptner9sngc1ou8gfszertner9sngc1ou8gfszer", "kniii35kniii35kniii35jrl1ptner9sngc1ou8gfszertner9sngc1ou8gfszerkniii35", "kniii35kniii35kniii35jrl1ptner9sngc1ou8gfszertner9sngc1ou8gfszerkniii35kniii35", "kniii35kniii35kniii35jrl1ptner9sngc1ou8gfszertner9sngc1ou8gfszerkniii35kniii35jrl1p", "kniii35kniii35kniii35jrl1ptner9sngc1ou8gfszertner9sngc1ou8gfszerkniii35kniii35jrl1pkniii35", "kniii35kniii35kniii35jrl1ptner9sngc1ou8gfszertner9sngc1ou8gfszerkniii35kniii35jrl1pkniii35jrl1p", "kniii35kniii35kniii35jrl1ptner9sngc1ou8gfszertner9sngc1ou8gfszerkniii35kniii35jrl1pkniii35jrl1pjrl1p", "kniii35kniii35kniii35jrl1ptner9sngc1ou8gfszertner9sngc1ou8gfszerkniii35kniii35jrl1pkniii35jrl1pjrl1pkniii35", "kniii35kniii35kniii35jrl1ptner9sngc1ou8gfszertner9sngc1ou8gfszerkniii35kniii35jrl1pkniii35jrl1pjrl1pkniii35tner9sngc1ou8gfszer", "kniii35kniii35kniii35jrl1ptner9sngc1ou8gfszertner9sngc1ou8gfszerkniii35kniii35jrl1pkniii35jrl1pjrl1pkniii35tner9sngc1ou8gfszerkniii35", "kniii35kniii35kniii35jrl1ptner9sngc1ou8gfszertner9sngc1ou8gfszerkniii35kniii35jrl1pkniii35jrl1pjrl1pkniii35tner9sngc1ou8gfszerkniii35kniii35", "kniii35kniii35kniii35jrl1ptner9sngc1ou8gfszertner9sngc1ou8gfszerkniii35kniii35jrl1pkniii35jrl1pjrl1pkniii35tner9sngc1ou8gfszerkniii35kniii35kniii35", "kniii35kniii35kniii35jrl1ptner9sngc1ou8gfszertner9sngc1ou8gfszerkniii35kniii35jrl1pkniii35jrl1pjrl1pkniii35tner9sngc1ou8gfszerkniii35kniii35kniii35jrl1p"]}, "config": {"commands": [1, 1, 1, 2, 0, 0, 1, 1, 2, 1, 2, 2, 1, 0, 1, 1, 1, 2, 0], "max_length": 20, "min_length": 5, "num_commands": 19, "num_strings": 3, "strings": ["tner9sngc1ou8gfszer", "kniii35", "jrl1p"]}, "task_name": "task05", "example_name": "0175", "problem_name": "task05_0175"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [b2ud9a15dq5ww, u8cjeuq5b452svp6oe, ca2jz4okj638bocpy, y4ag2n0wj3su4, e7ptm6np0t3ic, 57dc5ua0rmggcoiwpij, k1mbswt1r5u0r, jh7yl3niiuibl91kfjl, 08tpsg8kijpx8liv1ryi]\nIndices: [7, 2, 2, 0, 0, 1, 8, 7, 7, 2, 6, 8, 7, 0, 3, 3, 8, 7, 2]\n", "label": {"final": "jh7yl3niiuibl91kfjlca2jz4okj638bocpyca2jz4okj638bocpyb2ud9a15dq5wwb2ud9a15dq5wwu8cjeuq5b452svp6oe08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjljh7yl3niiuibl91kfjlca2jz4okj638bocpyk1mbswt1r5u0r08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjlb2ud9a15dq5wwy4ag2n0wj3su4y4ag2n0wj3su408tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjlca2jz4okj638bocpy", "init": "", "intermediate": ["jh7yl3niiuibl91kfjl", "jh7yl3niiuibl91kfjlca2jz4okj638bocpy", "jh7yl3niiuibl91kfjlca2jz4okj638bocpyca2jz4okj638bocpy", "jh7yl3niiuibl91kfjlca2jz4okj638bocpyca2jz4okj638bocpyb2ud9a15dq5ww", "jh7yl3niiuibl91kfjlca2jz4okj638bocpyca2jz4okj638bocpyb2ud9a15dq5wwb2ud9a15dq5ww", "jh7yl3niiuibl91kfjlca2jz4okj638bocpyca2jz4okj638bocpyb2ud9a15dq5wwb2ud9a15dq5wwu8cjeuq5b452svp6oe", "jh7yl3niiuibl91kfjlca2jz4okj638bocpyca2jz4okj638bocpyb2ud9a15dq5wwb2ud9a15dq5wwu8cjeuq5b452svp6oe08tpsg8kijpx8liv1ryi", "jh7yl3niiuibl91kfjlca2jz4okj638bocpyca2jz4okj638bocpyb2ud9a15dq5wwb2ud9a15dq5wwu8cjeuq5b452svp6oe08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjl", "jh7yl3niiuibl91kfjlca2jz4okj638bocpyca2jz4okj638bocpyb2ud9a15dq5wwb2ud9a15dq5wwu8cjeuq5b452svp6oe08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjljh7yl3niiuibl91kfjl", "jh7yl3niiuibl91kfjlca2jz4okj638bocpyca2jz4okj638bocpyb2ud9a15dq5wwb2ud9a15dq5wwu8cjeuq5b452svp6oe08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjljh7yl3niiuibl91kfjlca2jz4okj638bocpy", "jh7yl3niiuibl91kfjlca2jz4okj638bocpyca2jz4okj638bocpyb2ud9a15dq5wwb2ud9a15dq5wwu8cjeuq5b452svp6oe08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjljh7yl3niiuibl91kfjlca2jz4okj638bocpyk1mbswt1r5u0r", "jh7yl3niiuibl91kfjlca2jz4okj638bocpyca2jz4okj638bocpyb2ud9a15dq5wwb2ud9a15dq5wwu8cjeuq5b452svp6oe08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjljh7yl3niiuibl91kfjlca2jz4okj638bocpyk1mbswt1r5u0r08tpsg8kijpx8liv1ryi", "jh7yl3niiuibl91kfjlca2jz4okj638bocpyca2jz4okj638bocpyb2ud9a15dq5wwb2ud9a15dq5wwu8cjeuq5b452svp6oe08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjljh7yl3niiuibl91kfjlca2jz4okj638bocpyk1mbswt1r5u0r08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjl", "jh7yl3niiuibl91kfjlca2jz4okj638bocpyca2jz4okj638bocpyb2ud9a15dq5wwb2ud9a15dq5wwu8cjeuq5b452svp6oe08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjljh7yl3niiuibl91kfjlca2jz4okj638bocpyk1mbswt1r5u0r08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjlb2ud9a15dq5ww", "jh7yl3niiuibl91kfjlca2jz4okj638bocpyca2jz4okj638bocpyb2ud9a15dq5wwb2ud9a15dq5wwu8cjeuq5b452svp6oe08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjljh7yl3niiuibl91kfjlca2jz4okj638bocpyk1mbswt1r5u0r08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjlb2ud9a15dq5wwy4ag2n0wj3su4", "jh7yl3niiuibl91kfjlca2jz4okj638bocpyca2jz4okj638bocpyb2ud9a15dq5wwb2ud9a15dq5wwu8cjeuq5b452svp6oe08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjljh7yl3niiuibl91kfjlca2jz4okj638bocpyk1mbswt1r5u0r08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjlb2ud9a15dq5wwy4ag2n0wj3su4y4ag2n0wj3su4", "jh7yl3niiuibl91kfjlca2jz4okj638bocpyca2jz4okj638bocpyb2ud9a15dq5wwb2ud9a15dq5wwu8cjeuq5b452svp6oe08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjljh7yl3niiuibl91kfjlca2jz4okj638bocpyk1mbswt1r5u0r08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjlb2ud9a15dq5wwy4ag2n0wj3su4y4ag2n0wj3su408tpsg8kijpx8liv1ryi", "jh7yl3niiuibl91kfjlca2jz4okj638bocpyca2jz4okj638bocpyb2ud9a15dq5wwb2ud9a15dq5wwu8cjeuq5b452svp6oe08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjljh7yl3niiuibl91kfjlca2jz4okj638bocpyk1mbswt1r5u0r08tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjlb2ud9a15dq5wwy4ag2n0wj3su4y4ag2n0wj3su408tpsg8kijpx8liv1ryijh7yl3niiuibl91kfjl"]}, "config": {"commands": [7, 2, 2, 0, 0, 1, 8, 7, 7, 2, 6, 8, 7, 0, 3, 3, 8, 7, 2], "max_length": 20, "min_length": 5, "num_commands": 19, "num_strings": 9, "strings": ["b2ud9a15dq5ww", "u8cjeuq5b452svp6oe", "ca2jz4okj638bocpy", "y4ag2n0wj3su4", "e7ptm6np0t3ic", "57dc5ua0rmggcoiwpij", "k1mbswt1r5u0r", "jh7yl3niiuibl91kfjl", "08tpsg8kijpx8liv1ryi"]}, "task_name": "task05", "example_name": "0176", "problem_name": "task05_0176"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [q3tmgyv7, mxdygwhdsp57trlt, kko9vuckqsv8qref, uzv5p5q42qp, q0qw6d7esu, 1c6ah9x94sx7tyr, opeo3e, nore6281ynvh6tztdg, 3h4ikcvo1w8gcb, ytef2saba, um3c74kakij, qx97ys5u, vgpjpoq0lmc7jcduz, 8jrj921pnqvnq8, t0xokw6o, 7j0s997ay92ma, gzqhpotx3gkcuyr, vam2ajxm3n9xbt, lyp3ows11j2c5f9lvdt]\nIndices: [15, 17, 15, 18, 1, 15, 16, 5, 14, 9, 9, 6, 12, 12, 1, 10, 0, 1, 10]\n", "label": {"final": "7j0s997ay92mavam2ajxm3n9xbt7j0s997ay92malyp3ows11j2c5f9lvdtmxdygwhdsp57trlt7j0s997ay92magzqhpotx3gkcuyr1c6ah9x94sx7tyrt0xokw6oytef2sabaytef2sabaopeo3evgpjpoq0lmc7jcduzvgpjpoq0lmc7jcduzmxdygwhdsp57trltum3c74kakijq3tmgyv7mxdygwhdsp57trltum3c74kakij", "init": "", "intermediate": ["7j0s997ay92ma", "7j0s997ay92mavam2ajxm3n9xbt", "7j0s997ay92mavam2ajxm3n9xbt7j0s997ay92ma", "7j0s997ay92mavam2ajxm3n9xbt7j0s997ay92malyp3ows11j2c5f9lvdt", "7j0s997ay92mavam2ajxm3n9xbt7j0s997ay92malyp3ows11j2c5f9lvdtmxdygwhdsp57trlt", "7j0s997ay92mavam2ajxm3n9xbt7j0s997ay92malyp3ows11j2c5f9lvdtmxdygwhdsp57trlt7j0s997ay92ma", "7j0s997ay92mavam2ajxm3n9xbt7j0s997ay92malyp3ows11j2c5f9lvdtmxdygwhdsp57trlt7j0s997ay92magzqhpotx3gkcuyr", "7j0s997ay92mavam2ajxm3n9xbt7j0s997ay92malyp3ows11j2c5f9lvdtmxdygwhdsp57trlt7j0s997ay92magzqhpotx3gkcuyr1c6ah9x94sx7tyr", "7j0s997ay92mavam2ajxm3n9xbt7j0s997ay92malyp3ows11j2c5f9lvdtmxdygwhdsp57trlt7j0s997ay92magzqhpotx3gkcuyr1c6ah9x94sx7tyrt0xokw6o", "7j0s997ay92mavam2ajxm3n9xbt7j0s997ay92malyp3ows11j2c5f9lvdtmxdygwhdsp57trlt7j0s997ay92magzqhpotx3gkcuyr1c6ah9x94sx7tyrt0xokw6oytef2saba", "7j0s997ay92mavam2ajxm3n9xbt7j0s997ay92malyp3ows11j2c5f9lvdtmxdygwhdsp57trlt7j0s997ay92magzqhpotx3gkcuyr1c6ah9x94sx7tyrt0xokw6oytef2sabaytef2saba", "7j0s997ay92mavam2ajxm3n9xbt7j0s997ay92malyp3ows11j2c5f9lvdtmxdygwhdsp57trlt7j0s997ay92magzqhpotx3gkcuyr1c6ah9x94sx7tyrt0xokw6oytef2sabaytef2sabaopeo3e", "7j0s997ay92mavam2ajxm3n9xbt7j0s997ay92malyp3ows11j2c5f9lvdtmxdygwhdsp57trlt7j0s997ay92magzqhpotx3gkcuyr1c6ah9x94sx7tyrt0xokw6oytef2sabaytef2sabaopeo3evgpjpoq0lmc7jcduz", "7j0s997ay92mavam2ajxm3n9xbt7j0s997ay92malyp3ows11j2c5f9lvdtmxdygwhdsp57trlt7j0s997ay92magzqhpotx3gkcuyr1c6ah9x94sx7tyrt0xokw6oytef2sabaytef2sabaopeo3evgpjpoq0lmc7jcduzvgpjpoq0lmc7jcduz", "7j0s997ay92mavam2ajxm3n9xbt7j0s997ay92malyp3ows11j2c5f9lvdtmxdygwhdsp57trlt7j0s997ay92magzqhpotx3gkcuyr1c6ah9x94sx7tyrt0xokw6oytef2sabaytef2sabaopeo3evgpjpoq0lmc7jcduzvgpjpoq0lmc7jcduzmxdygwhdsp57trlt", "7j0s997ay92mavam2ajxm3n9xbt7j0s997ay92malyp3ows11j2c5f9lvdtmxdygwhdsp57trlt7j0s997ay92magzqhpotx3gkcuyr1c6ah9x94sx7tyrt0xokw6oytef2sabaytef2sabaopeo3evgpjpoq0lmc7jcduzvgpjpoq0lmc7jcduzmxdygwhdsp57trltum3c74kakij", "7j0s997ay92mavam2ajxm3n9xbt7j0s997ay92malyp3ows11j2c5f9lvdtmxdygwhdsp57trlt7j0s997ay92magzqhpotx3gkcuyr1c6ah9x94sx7tyrt0xokw6oytef2sabaytef2sabaopeo3evgpjpoq0lmc7jcduzvgpjpoq0lmc7jcduzmxdygwhdsp57trltum3c74kakijq3tmgyv7", "7j0s997ay92mavam2ajxm3n9xbt7j0s997ay92malyp3ows11j2c5f9lvdtmxdygwhdsp57trlt7j0s997ay92magzqhpotx3gkcuyr1c6ah9x94sx7tyrt0xokw6oytef2sabaytef2sabaopeo3evgpjpoq0lmc7jcduzvgpjpoq0lmc7jcduzmxdygwhdsp57trltum3c74kakijq3tmgyv7mxdygwhdsp57trlt"]}, "config": {"commands": [15, 17, 15, 18, 1, 15, 16, 5, 14, 9, 9, 6, 12, 12, 1, 10, 0, 1, 10], "max_length": 20, "min_length": 5, "num_commands": 19, "num_strings": 19, "strings": ["q3tmgyv7", "mxdygwhdsp57trlt", "kko9vuckqsv8qref", "uzv5p5q42qp", "q0qw6d7esu", "1c6ah9x94sx7tyr", "opeo3e", "nore6281ynvh6tztdg", "3h4ikcvo1w8gcb", "ytef2saba", "um3c74kakij", "qx97ys5u", "vgpjpoq0lmc7jcduz", "8jrj921pnqvnq8", "t0xokw6o", "7j0s997ay92ma", "gzqhpotx3gkcuyr", "vam2ajxm3n9xbt", "lyp3ows11j2c5f9lvdt"]}, "task_name": "task05", "example_name": "0177", "problem_name": "task05_0177"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [vl2lk4, pp1q5eu8hh, qppdptomzciv5hk, hr9bqae0cjn397jm, mk8tit4yohlklvxnzd, eqt4zkl812h2l8xogihu, hmgm7wnk22, 3dcpg4psaerogn, q6ijjv799akjr9tg, mxwmiignnkgmlu, fdpal4e7b10ldnebblvx, nih9ybuvcjr0, 7duqyiu0, v2hq1xhf, m73xqr4yysnm01vb, 1pcv7nb6, fsask6lnj3u, upt4e6p7sc0f4, 5qpbnq]\nIndices: [5, 17, 14, 10, 17, 4, 14, 1, 16, 6, 1, 14, 7, 10, 3, 1, 15, 6, 11]\n", "label": {"final": "eqt4zkl812h2l8xogihuupt4e6p7sc0f4m73xqr4yysnm01vbfdpal4e7b10ldnebblvxupt4e6p7sc0f4mk8tit4yohlklvxnzdm73xqr4yysnm01vbpp1q5eu8hhfsask6lnj3uhmgm7wnk22pp1q5eu8hhm73xqr4yysnm01vb3dcpg4psaerognfdpal4e7b10ldnebblvxhr9bqae0cjn397jmpp1q5eu8hh1pcv7nb6hmgm7wnk22nih9ybuvcjr0", "init": "", "intermediate": ["eqt4zkl812h2l8xogihu", "eqt4zkl812h2l8xogihuupt4e6p7sc0f4", "eqt4zkl812h2l8xogihuupt4e6p7sc0f4m73xqr4yysnm01vb", "eqt4zkl812h2l8xogihuupt4e6p7sc0f4m73xqr4yysnm01vbfdpal4e7b10ldnebblvx", "eqt4zkl812h2l8xogihuupt4e6p7sc0f4m73xqr4yysnm01vbfdpal4e7b10ldnebblvxupt4e6p7sc0f4", "eqt4zkl812h2l8xogihuupt4e6p7sc0f4m73xqr4yysnm01vbfdpal4e7b10ldnebblvxupt4e6p7sc0f4mk8tit4yohlklvxnzd", "eqt4zkl812h2l8xogihuupt4e6p7sc0f4m73xqr4yysnm01vbfdpal4e7b10ldnebblvxupt4e6p7sc0f4mk8tit4yohlklvxnzdm73xqr4yysnm01vb", "eqt4zkl812h2l8xogihuupt4e6p7sc0f4m73xqr4yysnm01vbfdpal4e7b10ldnebblvxupt4e6p7sc0f4mk8tit4yohlklvxnzdm73xqr4yysnm01vbpp1q5eu8hh", "eqt4zkl812h2l8xogihuupt4e6p7sc0f4m73xqr4yysnm01vbfdpal4e7b10ldnebblvxupt4e6p7sc0f4mk8tit4yohlklvxnzdm73xqr4yysnm01vbpp1q5eu8hhfsask6lnj3u", "eqt4zkl812h2l8xogihuupt4e6p7sc0f4m73xqr4yysnm01vbfdpal4e7b10ldnebblvxupt4e6p7sc0f4mk8tit4yohlklvxnzdm73xqr4yysnm01vbpp1q5eu8hhfsask6lnj3uhmgm7wnk22", "eqt4zkl812h2l8xogihuupt4e6p7sc0f4m73xqr4yysnm01vbfdpal4e7b10ldnebblvxupt4e6p7sc0f4mk8tit4yohlklvxnzdm73xqr4yysnm01vbpp1q5eu8hhfsask6lnj3uhmgm7wnk22pp1q5eu8hh", "eqt4zkl812h2l8xogihuupt4e6p7sc0f4m73xqr4yysnm01vbfdpal4e7b10ldnebblvxupt4e6p7sc0f4mk8tit4yohlklvxnzdm73xqr4yysnm01vbpp1q5eu8hhfsask6lnj3uhmgm7wnk22pp1q5eu8hhm73xqr4yysnm01vb", "eqt4zkl812h2l8xogihuupt4e6p7sc0f4m73xqr4yysnm01vbfdpal4e7b10ldnebblvxupt4e6p7sc0f4mk8tit4yohlklvxnzdm73xqr4yysnm01vbpp1q5eu8hhfsask6lnj3uhmgm7wnk22pp1q5eu8hhm73xqr4yysnm01vb3dcpg4psaerogn", "eqt4zkl812h2l8xogihuupt4e6p7sc0f4m73xqr4yysnm01vbfdpal4e7b10ldnebblvxupt4e6p7sc0f4mk8tit4yohlklvxnzdm73xqr4yysnm01vbpp1q5eu8hhfsask6lnj3uhmgm7wnk22pp1q5eu8hhm73xqr4yysnm01vb3dcpg4psaerognfdpal4e7b10ldnebblvx", "eqt4zkl812h2l8xogihuupt4e6p7sc0f4m73xqr4yysnm01vbfdpal4e7b10ldnebblvxupt4e6p7sc0f4mk8tit4yohlklvxnzdm73xqr4yysnm01vbpp1q5eu8hhfsask6lnj3uhmgm7wnk22pp1q5eu8hhm73xqr4yysnm01vb3dcpg4psaerognfdpal4e7b10ldnebblvxhr9bqae0cjn397jm", "eqt4zkl812h2l8xogihuupt4e6p7sc0f4m73xqr4yysnm01vbfdpal4e7b10ldnebblvxupt4e6p7sc0f4mk8tit4yohlklvxnzdm73xqr4yysnm01vbpp1q5eu8hhfsask6lnj3uhmgm7wnk22pp1q5eu8hhm73xqr4yysnm01vb3dcpg4psaerognfdpal4e7b10ldnebblvxhr9bqae0cjn397jmpp1q5eu8hh", "eqt4zkl812h2l8xogihuupt4e6p7sc0f4m73xqr4yysnm01vbfdpal4e7b10ldnebblvxupt4e6p7sc0f4mk8tit4yohlklvxnzdm73xqr4yysnm01vbpp1q5eu8hhfsask6lnj3uhmgm7wnk22pp1q5eu8hhm73xqr4yysnm01vb3dcpg4psaerognfdpal4e7b10ldnebblvxhr9bqae0cjn397jmpp1q5eu8hh1pcv7nb6", "eqt4zkl812h2l8xogihuupt4e6p7sc0f4m73xqr4yysnm01vbfdpal4e7b10ldnebblvxupt4e6p7sc0f4mk8tit4yohlklvxnzdm73xqr4yysnm01vbpp1q5eu8hhfsask6lnj3uhmgm7wnk22pp1q5eu8hhm73xqr4yysnm01vb3dcpg4psaerognfdpal4e7b10ldnebblvxhr9bqae0cjn397jmpp1q5eu8hh1pcv7nb6hmgm7wnk22"]}, "config": {"commands": [5, 17, 14, 10, 17, 4, 14, 1, 16, 6, 1, 14, 7, 10, 3, 1, 15, 6, 11], "max_length": 20, "min_length": 5, "num_commands": 19, "num_strings": 19, "strings": ["vl2lk4", "pp1q5eu8hh", "qppdptomzciv5hk", "hr9bqae0cjn397jm", "mk8tit4yohlklvxnzd", "eqt4zkl812h2l8xogihu", "hmgm7wnk22", "3dcpg4psaerogn", "q6ijjv799akjr9tg", "mxwmiignnkgmlu", "fdpal4e7b10ldnebblvx", "nih9ybuvcjr0", "7duqyiu0", "v2hq1xhf", "m73xqr4yysnm01vb", "1pcv7nb6", "fsask6lnj3u", "upt4e6p7sc0f4", "5qpbnq"]}, "task_name": "task05", "example_name": "0178", "problem_name": "task05_0178"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [nhn9hoxjldl489ib3kfq, j4jbgsdkw793hug, fdgxtcjkt3, 087eu8f7fl7b8x5vqc, jh0m6e9j4, ztyp1sjep791aqlj1u, tkwrymsrem1, jevlw6tssknfu, xe6zx4cvo4y6, gscrc9g, 2tlt55hhfqdez]\nIndices: [0, 9, 6, 9, 4, 9, 0, 10, 4, 8, 7, 7, 5, 9, 9, 9, 0, 3, 7]\n", "label": {"final": "nhn9hoxjldl489ib3kfqgscrc9gtkwrymsrem1gscrc9gjh0m6e9j4gscrc9gnhn9hoxjldl489ib3kfq2tlt55hhfqdezjh0m6e9j4xe6zx4cvo4y6jevlw6tssknfujevlw6tssknfuztyp1sjep791aqlj1ugscrc9ggscrc9ggscrc9gnhn9hoxjldl489ib3kfq087eu8f7fl7b8x5vqcjevlw6tssknfu", "init": "", "intermediate": ["nhn9hoxjldl489ib3kfq", "nhn9hoxjldl489ib3kfqgscrc9g", "nhn9hoxjldl489ib3kfqgscrc9gtkwrymsrem1", "nhn9hoxjldl489ib3kfqgscrc9gtkwrymsrem1gscrc9g", "nhn9hoxjldl489ib3kfqgscrc9gtkwrymsrem1gscrc9gjh0m6e9j4", "nhn9hoxjldl489ib3kfqgscrc9gtkwrymsrem1gscrc9gjh0m6e9j4gscrc9g", "nhn9hoxjldl489ib3kfqgscrc9gtkwrymsrem1gscrc9gjh0m6e9j4gscrc9gnhn9hoxjldl489ib3kfq", "nhn9hoxjldl489ib3kfqgscrc9gtkwrymsrem1gscrc9gjh0m6e9j4gscrc9gnhn9hoxjldl489ib3kfq2tlt55hhfqdez", "nhn9hoxjldl489ib3kfqgscrc9gtkwrymsrem1gscrc9gjh0m6e9j4gscrc9gnhn9hoxjldl489ib3kfq2tlt55hhfqdezjh0m6e9j4", "nhn9hoxjldl489ib3kfqgscrc9gtkwrymsrem1gscrc9gjh0m6e9j4gscrc9gnhn9hoxjldl489ib3kfq2tlt55hhfqdezjh0m6e9j4xe6zx4cvo4y6", "nhn9hoxjldl489ib3kfqgscrc9gtkwrymsrem1gscrc9gjh0m6e9j4gscrc9gnhn9hoxjldl489ib3kfq2tlt55hhfqdezjh0m6e9j4xe6zx4cvo4y6jevlw6tssknfu", "nhn9hoxjldl489ib3kfqgscrc9gtkwrymsrem1gscrc9gjh0m6e9j4gscrc9gnhn9hoxjldl489ib3kfq2tlt55hhfqdezjh0m6e9j4xe6zx4cvo4y6jevlw6tssknfujevlw6tssknfu", "nhn9hoxjldl489ib3kfqgscrc9gtkwrymsrem1gscrc9gjh0m6e9j4gscrc9gnhn9hoxjldl489ib3kfq2tlt55hhfqdezjh0m6e9j4xe6zx4cvo4y6jevlw6tssknfujevlw6tssknfuztyp1sjep791aqlj1u", "nhn9hoxjldl489ib3kfqgscrc9gtkwrymsrem1gscrc9gjh0m6e9j4gscrc9gnhn9hoxjldl489ib3kfq2tlt55hhfqdezjh0m6e9j4xe6zx4cvo4y6jevlw6tssknfujevlw6tssknfuztyp1sjep791aqlj1ugscrc9g", "nhn9hoxjldl489ib3kfqgscrc9gtkwrymsrem1gscrc9gjh0m6e9j4gscrc9gnhn9hoxjldl489ib3kfq2tlt55hhfqdezjh0m6e9j4xe6zx4cvo4y6jevlw6tssknfujevlw6tssknfuztyp1sjep791aqlj1ugscrc9ggscrc9g", "nhn9hoxjldl489ib3kfqgscrc9gtkwrymsrem1gscrc9gjh0m6e9j4gscrc9gnhn9hoxjldl489ib3kfq2tlt55hhfqdezjh0m6e9j4xe6zx4cvo4y6jevlw6tssknfujevlw6tssknfuztyp1sjep791aqlj1ugscrc9ggscrc9ggscrc9g", "nhn9hoxjldl489ib3kfqgscrc9gtkwrymsrem1gscrc9gjh0m6e9j4gscrc9gnhn9hoxjldl489ib3kfq2tlt55hhfqdezjh0m6e9j4xe6zx4cvo4y6jevlw6tssknfujevlw6tssknfuztyp1sjep791aqlj1ugscrc9ggscrc9ggscrc9gnhn9hoxjldl489ib3kfq", "nhn9hoxjldl489ib3kfqgscrc9gtkwrymsrem1gscrc9gjh0m6e9j4gscrc9gnhn9hoxjldl489ib3kfq2tlt55hhfqdezjh0m6e9j4xe6zx4cvo4y6jevlw6tssknfujevlw6tssknfuztyp1sjep791aqlj1ugscrc9ggscrc9ggscrc9gnhn9hoxjldl489ib3kfq087eu8f7fl7b8x5vqc"]}, "config": {"commands": [0, 9, 6, 9, 4, 9, 0, 10, 4, 8, 7, 7, 5, 9, 9, 9, 0, 3, 7], "max_length": 20, "min_length": 5, "num_commands": 19, "num_strings": 11, "strings": ["nhn9hoxjldl489ib3kfq", "j4jbgsdkw793hug", "fdgxtcjkt3", "087eu8f7fl7b8x5vqc", "jh0m6e9j4", "ztyp1sjep791aqlj1u", "tkwrymsrem1", "jevlw6tssknfu", "xe6zx4cvo4y6", "gscrc9g", "2tlt55hhfqdez"]}, "task_name": "task05", "example_name": "0179", "problem_name": "task05_0179"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [3f2xstdwuxfnuqvpg, 7paqllg48rknxvxt, u7ni01jqkobzrz, qwfuy39i53fou4juhpz, 0ei07l4u1nkxgi]\nIndices: [1, 0, 4, 1, 4, 1, 2, 1, 3, 2, 2, 2, 3, 2, 4, 1, 0, 2, 1, 2]\n", "label": {"final": "7paqllg48rknxvxt3f2xstdwuxfnuqvpg0ei07l4u1nkxgi7paqllg48rknxvxt0ei07l4u1nkxgi7paqllg48rknxvxtu7ni01jqkobzrz7paqllg48rknxvxtqwfuy39i53fou4juhpzu7ni01jqkobzrzu7ni01jqkobzrzu7ni01jqkobzrzqwfuy39i53fou4juhpzu7ni01jqkobzrz0ei07l4u1nkxgi7paqllg48rknxvxt3f2xstdwuxfnuqvpgu7ni01jqkobzrz7paqllg48rknxvxtu7ni01jqkobzrz", "init": "", "intermediate": ["7paqllg48rknxvxt", "7paqllg48rknxvxt3f2xstdwuxfnuqvpg", "7paqllg48rknxvxt3f2xstdwuxfnuqvpg0ei07l4u1nkxgi", "7paqllg48rknxvxt3f2xstdwuxfnuqvpg0ei07l4u1nkxgi7paqllg48rknxvxt", "7paqllg48rknxvxt3f2xstdwuxfnuqvpg0ei07l4u1nkxgi7paqllg48rknxvxt0ei07l4u1nkxgi", "7paqllg48rknxvxt3f2xstdwuxfnuqvpg0ei07l4u1nkxgi7paqllg48rknxvxt0ei07l4u1nkxgi7paqllg48rknxvxt", "7paqllg48rknxvxt3f2xstdwuxfnuqvpg0ei07l4u1nkxgi7paqllg48rknxvxt0ei07l4u1nkxgi7paqllg48rknxvxtu7ni01jqkobzrz", "7paqllg48rknxvxt3f2xstdwuxfnuqvpg0ei07l4u1nkxgi7paqllg48rknxvxt0ei07l4u1nkxgi7paqllg48rknxvxtu7ni01jqkobzrz7paqllg48rknxvxt", "7paqllg48rknxvxt3f2xstdwuxfnuqvpg0ei07l4u1nkxgi7paqllg48rknxvxt0ei07l4u1nkxgi7paqllg48rknxvxtu7ni01jqkobzrz7paqllg48rknxvxtqwfuy39i53fou4juhpz", "7paqllg48rknxvxt3f2xstdwuxfnuqvpg0ei07l4u1nkxgi7paqllg48rknxvxt0ei07l4u1nkxgi7paqllg48rknxvxtu7ni01jqkobzrz7paqllg48rknxvxtqwfuy39i53fou4juhpzu7ni01jqkobzrz", "7paqllg48rknxvxt3f2xstdwuxfnuqvpg0ei07l4u1nkxgi7paqllg48rknxvxt0ei07l4u1nkxgi7paqllg48rknxvxtu7ni01jqkobzrz7paqllg48rknxvxtqwfuy39i53fou4juhpzu7ni01jqkobzrzu7ni01jqkobzrz", "7paqllg48rknxvxt3f2xstdwuxfnuqvpg0ei07l4u1nkxgi7paqllg48rknxvxt0ei07l4u1nkxgi7paqllg48rknxvxtu7ni01jqkobzrz7paqllg48rknxvxtqwfuy39i53fou4juhpzu7ni01jqkobzrzu7ni01jqkobzrzu7ni01jqkobzrz", "7paqllg48rknxvxt3f2xstdwuxfnuqvpg0ei07l4u1nkxgi7paqllg48rknxvxt0ei07l4u1nkxgi7paqllg48rknxvxtu7ni01jqkobzrz7paqllg48rknxvxtqwfuy39i53fou4juhpzu7ni01jqkobzrzu7ni01jqkobzrzu7ni01jqkobzrzqwfuy39i53fou4juhpz", "7paqllg48rknxvxt3f2xstdwuxfnuqvpg0ei07l4u1nkxgi7paqllg48rknxvxt0ei07l4u1nkxgi7paqllg48rknxvxtu7ni01jqkobzrz7paqllg48rknxvxtqwfuy39i53fou4juhpzu7ni01jqkobzrzu7ni01jqkobzrzu7ni01jqkobzrzqwfuy39i53fou4juhpzu7ni01jqkobzrz", "7paqllg48rknxvxt3f2xstdwuxfnuqvpg0ei07l4u1nkxgi7paqllg48rknxvxt0ei07l4u1nkxgi7paqllg48rknxvxtu7ni01jqkobzrz7paqllg48rknxvxtqwfuy39i53fou4juhpzu7ni01jqkobzrzu7ni01jqkobzrzu7ni01jqkobzrzqwfuy39i53fou4juhpzu7ni01jqkobzrz0ei07l4u1nkxgi", "7paqllg48rknxvxt3f2xstdwuxfnuqvpg0ei07l4u1nkxgi7paqllg48rknxvxt0ei07l4u1nkxgi7paqllg48rknxvxtu7ni01jqkobzrz7paqllg48rknxvxtqwfuy39i53fou4juhpzu7ni01jqkobzrzu7ni01jqkobzrzu7ni01jqkobzrzqwfuy39i53fou4juhpzu7ni01jqkobzrz0ei07l4u1nkxgi7paqllg48rknxvxt", "7paqllg48rknxvxt3f2xstdwuxfnuqvpg0ei07l4u1nkxgi7paqllg48rknxvxt0ei07l4u1nkxgi7paqllg48rknxvxtu7ni01jqkobzrz7paqllg48rknxvxtqwfuy39i53fou4juhpzu7ni01jqkobzrzu7ni01jqkobzrzu7ni01jqkobzrzqwfuy39i53fou4juhpzu7ni01jqkobzrz0ei07l4u1nkxgi7paqllg48rknxvxt3f2xstdwuxfnuqvpg", "7paqllg48rknxvxt3f2xstdwuxfnuqvpg0ei07l4u1nkxgi7paqllg48rknxvxt0ei07l4u1nkxgi7paqllg48rknxvxtu7ni01jqkobzrz7paqllg48rknxvxtqwfuy39i53fou4juhpzu7ni01jqkobzrzu7ni01jqkobzrzu7ni01jqkobzrzqwfuy39i53fou4juhpzu7ni01jqkobzrz0ei07l4u1nkxgi7paqllg48rknxvxt3f2xstdwuxfnuqvpgu7ni01jqkobzrz", "7paqllg48rknxvxt3f2xstdwuxfnuqvpg0ei07l4u1nkxgi7paqllg48rknxvxt0ei07l4u1nkxgi7paqllg48rknxvxtu7ni01jqkobzrz7paqllg48rknxvxtqwfuy39i53fou4juhpzu7ni01jqkobzrzu7ni01jqkobzrzu7ni01jqkobzrzqwfuy39i53fou4juhpzu7ni01jqkobzrz0ei07l4u1nkxgi7paqllg48rknxvxt3f2xstdwuxfnuqvpgu7ni01jqkobzrz7paqllg48rknxvxt"]}, "config": {"commands": [1, 0, 4, 1, 4, 1, 2, 1, 3, 2, 2, 2, 3, 2, 4, 1, 0, 2, 1, 2], "max_length": 20, "min_length": 5, "num_commands": 20, "num_strings": 5, "strings": ["3f2xstdwuxfnuqvpg", "7paqllg48rknxvxt", "u7ni01jqkobzrz", "qwfuy39i53fou4juhpz", "0ei07l4u1nkxgi"]}, "task_name": "task05", "example_name": "0180", "problem_name": "task05_0180"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [6ck1wdm3qhfz, gu8syo2hzyr, s68l1hljaem74h4x4zs1, wmjt9kp81fkx328h, l03t879k4l, ei8po, 3ksjq, 3lxq7tsa1vs7, j4rpub4quaqj6daod, 0xhxb4xd5jkv7vvtx]\nIndices: [8, 4, 0, 3, 2, 0, 0, 0, 7, 4, 3, 1, 3, 6, 9, 9, 5, 3, 7, 3]\n", "label": {"final": "j4rpub4quaqj6daodl03t879k4l6ck1wdm3qhfzwmjt9kp81fkx328hs68l1hljaem74h4x4zs16ck1wdm3qhfz6ck1wdm3qhfz6ck1wdm3qhfz3lxq7tsa1vs7l03t879k4lwmjt9kp81fkx328hgu8syo2hzyrwmjt9kp81fkx328h3ksjq0xhxb4xd5jkv7vvtx0xhxb4xd5jkv7vvtxei8powmjt9kp81fkx328h3lxq7tsa1vs7wmjt9kp81fkx328h", "init": "", "intermediate": ["j4rpub4quaqj6daod", "j4rpub4quaqj6daodl03t879k4l", "j4rpub4quaqj6daodl03t879k4l6ck1wdm3qhfz", "j4rpub4quaqj6daodl03t879k4l6ck1wdm3qhfzwmjt9kp81fkx328h", "j4rpub4quaqj6daodl03t879k4l6ck1wdm3qhfzwmjt9kp81fkx328hs68l1hljaem74h4x4zs1", "j4rpub4quaqj6daodl03t879k4l6ck1wdm3qhfzwmjt9kp81fkx328hs68l1hljaem74h4x4zs16ck1wdm3qhfz", "j4rpub4quaqj6daodl03t879k4l6ck1wdm3qhfzwmjt9kp81fkx328hs68l1hljaem74h4x4zs16ck1wdm3qhfz6ck1wdm3qhfz", "j4rpub4quaqj6daodl03t879k4l6ck1wdm3qhfzwmjt9kp81fkx328hs68l1hljaem74h4x4zs16ck1wdm3qhfz6ck1wdm3qhfz6ck1wdm3qhfz", "j4rpub4quaqj6daodl03t879k4l6ck1wdm3qhfzwmjt9kp81fkx328hs68l1hljaem74h4x4zs16ck1wdm3qhfz6ck1wdm3qhfz6ck1wdm3qhfz3lxq7tsa1vs7", "j4rpub4quaqj6daodl03t879k4l6ck1wdm3qhfzwmjt9kp81fkx328hs68l1hljaem74h4x4zs16ck1wdm3qhfz6ck1wdm3qhfz6ck1wdm3qhfz3lxq7tsa1vs7l03t879k4l", "j4rpub4quaqj6daodl03t879k4l6ck1wdm3qhfzwmjt9kp81fkx328hs68l1hljaem74h4x4zs16ck1wdm3qhfz6ck1wdm3qhfz6ck1wdm3qhfz3lxq7tsa1vs7l03t879k4lwmjt9kp81fkx328h", "j4rpub4quaqj6daodl03t879k4l6ck1wdm3qhfzwmjt9kp81fkx328hs68l1hljaem74h4x4zs16ck1wdm3qhfz6ck1wdm3qhfz6ck1wdm3qhfz3lxq7tsa1vs7l03t879k4lwmjt9kp81fkx328hgu8syo2hzyr", "j4rpub4quaqj6daodl03t879k4l6ck1wdm3qhfzwmjt9kp81fkx328hs68l1hljaem74h4x4zs16ck1wdm3qhfz6ck1wdm3qhfz6ck1wdm3qhfz3lxq7tsa1vs7l03t879k4lwmjt9kp81fkx328hgu8syo2hzyrwmjt9kp81fkx328h", "j4rpub4quaqj6daodl03t879k4l6ck1wdm3qhfzwmjt9kp81fkx328hs68l1hljaem74h4x4zs16ck1wdm3qhfz6ck1wdm3qhfz6ck1wdm3qhfz3lxq7tsa1vs7l03t879k4lwmjt9kp81fkx328hgu8syo2hzyrwmjt9kp81fkx328h3ksjq", "j4rpub4quaqj6daodl03t879k4l6ck1wdm3qhfzwmjt9kp81fkx328hs68l1hljaem74h4x4zs16ck1wdm3qhfz6ck1wdm3qhfz6ck1wdm3qhfz3lxq7tsa1vs7l03t879k4lwmjt9kp81fkx328hgu8syo2hzyrwmjt9kp81fkx328h3ksjq0xhxb4xd5jkv7vvtx", "j4rpub4quaqj6daodl03t879k4l6ck1wdm3qhfzwmjt9kp81fkx328hs68l1hljaem74h4x4zs16ck1wdm3qhfz6ck1wdm3qhfz6ck1wdm3qhfz3lxq7tsa1vs7l03t879k4lwmjt9kp81fkx328hgu8syo2hzyrwmjt9kp81fkx328h3ksjq0xhxb4xd5jkv7vvtx0xhxb4xd5jkv7vvtx", "j4rpub4quaqj6daodl03t879k4l6ck1wdm3qhfzwmjt9kp81fkx328hs68l1hljaem74h4x4zs16ck1wdm3qhfz6ck1wdm3qhfz6ck1wdm3qhfz3lxq7tsa1vs7l03t879k4lwmjt9kp81fkx328hgu8syo2hzyrwmjt9kp81fkx328h3ksjq0xhxb4xd5jkv7vvtx0xhxb4xd5jkv7vvtxei8po", "j4rpub4quaqj6daodl03t879k4l6ck1wdm3qhfzwmjt9kp81fkx328hs68l1hljaem74h4x4zs16ck1wdm3qhfz6ck1wdm3qhfz6ck1wdm3qhfz3lxq7tsa1vs7l03t879k4lwmjt9kp81fkx328hgu8syo2hzyrwmjt9kp81fkx328h3ksjq0xhxb4xd5jkv7vvtx0xhxb4xd5jkv7vvtxei8powmjt9kp81fkx328h", "j4rpub4quaqj6daodl03t879k4l6ck1wdm3qhfzwmjt9kp81fkx328hs68l1hljaem74h4x4zs16ck1wdm3qhfz6ck1wdm3qhfz6ck1wdm3qhfz3lxq7tsa1vs7l03t879k4lwmjt9kp81fkx328hgu8syo2hzyrwmjt9kp81fkx328h3ksjq0xhxb4xd5jkv7vvtx0xhxb4xd5jkv7vvtxei8powmjt9kp81fkx328h3lxq7tsa1vs7"]}, "config": {"commands": [8, 4, 0, 3, 2, 0, 0, 0, 7, 4, 3, 1, 3, 6, 9, 9, 5, 3, 7, 3], "max_length": 20, "min_length": 5, "num_commands": 20, "num_strings": 10, "strings": ["6ck1wdm3qhfz", "gu8syo2hzyr", "s68l1hljaem74h4x4zs1", "wmjt9kp81fkx328h", "l03t879k4l", "ei8po", "3ksjq", "3lxq7tsa1vs7", "j4rpub4quaqj6daod", "0xhxb4xd5jkv7vvtx"]}, "task_name": "task05", "example_name": "0181", "problem_name": "task05_0181"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [wbetng1ey046yjd29o, wcmvbwj7776d0ibrbq, f99uvc3jg4n4m6az, rxexr, eo6sqjmtms1hdtoli, ffr8tsujyzzlmq98e, us6n5g9sj1r0, 7wrzl5k5s4n3q7x, 02zk2tjp4d0te, 4r178g4px681, tyaqs92i3faam2p0, ciyzrdryhobk4, so8j8]\nIndices: [5, 8, 5, 6, 4, 9, 1, 11, 0, 6, 0, 4, 10, 10, 6, 9, 9, 1, 7, 6]\n", "label": {"final": "ffr8tsujyzzlmq98e02zk2tjp4d0teffr8tsujyzzlmq98eus6n5g9sj1r0eo6sqjmtms1hdtoli4r178g4px681wcmvbwj7776d0ibrbqciyzrdryhobk4wbetng1ey046yjd29ous6n5g9sj1r0wbetng1ey046yjd29oeo6sqjmtms1hdtolityaqs92i3faam2p0tyaqs92i3faam2p0us6n5g9sj1r04r178g4px6814r178g4px681wcmvbwj7776d0ibrbq7wrzl5k5s4n3q7xus6n5g9sj1r0", "init": "", "intermediate": ["ffr8tsujyzzlmq98e", "ffr8tsujyzzlmq98e02zk2tjp4d0te", "ffr8tsujyzzlmq98e02zk2tjp4d0teffr8tsujyzzlmq98e", "ffr8tsujyzzlmq98e02zk2tjp4d0teffr8tsujyzzlmq98eus6n5g9sj1r0", "ffr8tsujyzzlmq98e02zk2tjp4d0teffr8tsujyzzlmq98eus6n5g9sj1r0eo6sqjmtms1hdtoli", "ffr8tsujyzzlmq98e02zk2tjp4d0teffr8tsujyzzlmq98eus6n5g9sj1r0eo6sqjmtms1hdtoli4r178g4px681", "ffr8tsujyzzlmq98e02zk2tjp4d0teffr8tsujyzzlmq98eus6n5g9sj1r0eo6sqjmtms1hdtoli4r178g4px681wcmvbwj7776d0ibrbq", "ffr8tsujyzzlmq98e02zk2tjp4d0teffr8tsujyzzlmq98eus6n5g9sj1r0eo6sqjmtms1hdtoli4r178g4px681wcmvbwj7776d0ibrbqciyzrdryhobk4", "ffr8tsujyzzlmq98e02zk2tjp4d0teffr8tsujyzzlmq98eus6n5g9sj1r0eo6sqjmtms1hdtoli4r178g4px681wcmvbwj7776d0ibrbqciyzrdryhobk4wbetng1ey046yjd29o", "ffr8tsujyzzlmq98e02zk2tjp4d0teffr8tsujyzzlmq98eus6n5g9sj1r0eo6sqjmtms1hdtoli4r178g4px681wcmvbwj7776d0ibrbqciyzrdryhobk4wbetng1ey046yjd29ous6n5g9sj1r0", "ffr8tsujyzzlmq98e02zk2tjp4d0teffr8tsujyzzlmq98eus6n5g9sj1r0eo6sqjmtms1hdtoli4r178g4px681wcmvbwj7776d0ibrbqciyzrdryhobk4wbetng1ey046yjd29ous6n5g9sj1r0wbetng1ey046yjd29o", "ffr8tsujyzzlmq98e02zk2tjp4d0teffr8tsujyzzlmq98eus6n5g9sj1r0eo6sqjmtms1hdtoli4r178g4px681wcmvbwj7776d0ibrbqciyzrdryhobk4wbetng1ey046yjd29ous6n5g9sj1r0wbetng1ey046yjd29oeo6sqjmtms1hdtoli", "ffr8tsujyzzlmq98e02zk2tjp4d0teffr8tsujyzzlmq98eus6n5g9sj1r0eo6sqjmtms1hdtoli4r178g4px681wcmvbwj7776d0ibrbqciyzrdryhobk4wbetng1ey046yjd29ous6n5g9sj1r0wbetng1ey046yjd29oeo6sqjmtms1hdtolityaqs92i3faam2p0", "ffr8tsujyzzlmq98e02zk2tjp4d0teffr8tsujyzzlmq98eus6n5g9sj1r0eo6sqjmtms1hdtoli4r178g4px681wcmvbwj7776d0ibrbqciyzrdryhobk4wbetng1ey046yjd29ous6n5g9sj1r0wbetng1ey046yjd29oeo6sqjmtms1hdtolityaqs92i3faam2p0tyaqs92i3faam2p0", "ffr8tsujyzzlmq98e02zk2tjp4d0teffr8tsujyzzlmq98eus6n5g9sj1r0eo6sqjmtms1hdtoli4r178g4px681wcmvbwj7776d0ibrbqciyzrdryhobk4wbetng1ey046yjd29ous6n5g9sj1r0wbetng1ey046yjd29oeo6sqjmtms1hdtolityaqs92i3faam2p0tyaqs92i3faam2p0us6n5g9sj1r0", "ffr8tsujyzzlmq98e02zk2tjp4d0teffr8tsujyzzlmq98eus6n5g9sj1r0eo6sqjmtms1hdtoli4r178g4px681wcmvbwj7776d0ibrbqciyzrdryhobk4wbetng1ey046yjd29ous6n5g9sj1r0wbetng1ey046yjd29oeo6sqjmtms1hdtolityaqs92i3faam2p0tyaqs92i3faam2p0us6n5g9sj1r04r178g4px681", "ffr8tsujyzzlmq98e02zk2tjp4d0teffr8tsujyzzlmq98eus6n5g9sj1r0eo6sqjmtms1hdtoli4r178g4px681wcmvbwj7776d0ibrbqciyzrdryhobk4wbetng1ey046yjd29ous6n5g9sj1r0wbetng1ey046yjd29oeo6sqjmtms1hdtolityaqs92i3faam2p0tyaqs92i3faam2p0us6n5g9sj1r04r178g4px6814r178g4px681", "ffr8tsujyzzlmq98e02zk2tjp4d0teffr8tsujyzzlmq98eus6n5g9sj1r0eo6sqjmtms1hdtoli4r178g4px681wcmvbwj7776d0ibrbqciyzrdryhobk4wbetng1ey046yjd29ous6n5g9sj1r0wbetng1ey046yjd29oeo6sqjmtms1hdtolityaqs92i3faam2p0tyaqs92i3faam2p0us6n5g9sj1r04r178g4px6814r178g4px681wcmvbwj7776d0ibrbq", "ffr8tsujyzzlmq98e02zk2tjp4d0teffr8tsujyzzlmq98eus6n5g9sj1r0eo6sqjmtms1hdtoli4r178g4px681wcmvbwj7776d0ibrbqciyzrdryhobk4wbetng1ey046yjd29ous6n5g9sj1r0wbetng1ey046yjd29oeo6sqjmtms1hdtolityaqs92i3faam2p0tyaqs92i3faam2p0us6n5g9sj1r04r178g4px6814r178g4px681wcmvbwj7776d0ibrbq7wrzl5k5s4n3q7x"]}, "config": {"commands": [5, 8, 5, 6, 4, 9, 1, 11, 0, 6, 0, 4, 10, 10, 6, 9, 9, 1, 7, 6], "max_length": 20, "min_length": 5, "num_commands": 20, "num_strings": 13, "strings": ["wbetng1ey046yjd29o", "wcmvbwj7776d0ibrbq", "f99uvc3jg4n4m6az", "rxexr", "eo6sqjmtms1hdtoli", "ffr8tsujyzzlmq98e", "us6n5g9sj1r0", "7wrzl5k5s4n3q7x", "02zk2tjp4d0te", "4r178g4px681", "tyaqs92i3faam2p0", "ciyzrdryhobk4", "so8j8"]}, "task_name": "task05", "example_name": "0182", "problem_name": "task05_0182"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qjqwr4c5ay, hiyyl8egmjqhd, 5vesxd5hv2, 3v10c, ly3bh65mx1igw7tmyru, wxfwx0x46folvyohr7]\nIndices: [2, 2, 0, 2, 4, 1, 4, 5, 1, 3, 0, 5, 0, 0, 5, 4, 4, 5, 5, 5]\n", "label": {"final": "5vesxd5hv25vesxd5hv2qjqwr4c5ay5vesxd5hv2ly3bh65mx1igw7tmyruhiyyl8egmjqhdly3bh65mx1igw7tmyruwxfwx0x46folvyohr7hiyyl8egmjqhd3v10cqjqwr4c5aywxfwx0x46folvyohr7qjqwr4c5ayqjqwr4c5aywxfwx0x46folvyohr7ly3bh65mx1igw7tmyruly3bh65mx1igw7tmyruwxfwx0x46folvyohr7wxfwx0x46folvyohr7wxfwx0x46folvyohr7", "init": "", "intermediate": ["5vesxd5hv2", "5vesxd5hv25vesxd5hv2", "5vesxd5hv25vesxd5hv2qjqwr4c5ay", "5vesxd5hv25vesxd5hv2qjqwr4c5ay5vesxd5hv2", "5vesxd5hv25vesxd5hv2qjqwr4c5ay5vesxd5hv2ly3bh65mx1igw7tmyru", "5vesxd5hv25vesxd5hv2qjqwr4c5ay5vesxd5hv2ly3bh65mx1igw7tmyruhiyyl8egmjqhd", "5vesxd5hv25vesxd5hv2qjqwr4c5ay5vesxd5hv2ly3bh65mx1igw7tmyruhiyyl8egmjqhdly3bh65mx1igw7tmyru", "5vesxd5hv25vesxd5hv2qjqwr4c5ay5vesxd5hv2ly3bh65mx1igw7tmyruhiyyl8egmjqhdly3bh65mx1igw7tmyruwxfwx0x46folvyohr7", "5vesxd5hv25vesxd5hv2qjqwr4c5ay5vesxd5hv2ly3bh65mx1igw7tmyruhiyyl8egmjqhdly3bh65mx1igw7tmyruwxfwx0x46folvyohr7hiyyl8egmjqhd", "5vesxd5hv25vesxd5hv2qjqwr4c5ay5vesxd5hv2ly3bh65mx1igw7tmyruhiyyl8egmjqhdly3bh65mx1igw7tmyruwxfwx0x46folvyohr7hiyyl8egmjqhd3v10c", "5vesxd5hv25vesxd5hv2qjqwr4c5ay5vesxd5hv2ly3bh65mx1igw7tmyruhiyyl8egmjqhdly3bh65mx1igw7tmyruwxfwx0x46folvyohr7hiyyl8egmjqhd3v10cqjqwr4c5ay", "5vesxd5hv25vesxd5hv2qjqwr4c5ay5vesxd5hv2ly3bh65mx1igw7tmyruhiyyl8egmjqhdly3bh65mx1igw7tmyruwxfwx0x46folvyohr7hiyyl8egmjqhd3v10cqjqwr4c5aywxfwx0x46folvyohr7", "5vesxd5hv25vesxd5hv2qjqwr4c5ay5vesxd5hv2ly3bh65mx1igw7tmyruhiyyl8egmjqhdly3bh65mx1igw7tmyruwxfwx0x46folvyohr7hiyyl8egmjqhd3v10cqjqwr4c5aywxfwx0x46folvyohr7qjqwr4c5ay", "5vesxd5hv25vesxd5hv2qjqwr4c5ay5vesxd5hv2ly3bh65mx1igw7tmyruhiyyl8egmjqhdly3bh65mx1igw7tmyruwxfwx0x46folvyohr7hiyyl8egmjqhd3v10cqjqwr4c5aywxfwx0x46folvyohr7qjqwr4c5ayqjqwr4c5ay", "5vesxd5hv25vesxd5hv2qjqwr4c5ay5vesxd5hv2ly3bh65mx1igw7tmyruhiyyl8egmjqhdly3bh65mx1igw7tmyruwxfwx0x46folvyohr7hiyyl8egmjqhd3v10cqjqwr4c5aywxfwx0x46folvyohr7qjqwr4c5ayqjqwr4c5aywxfwx0x46folvyohr7", "5vesxd5hv25vesxd5hv2qjqwr4c5ay5vesxd5hv2ly3bh65mx1igw7tmyruhiyyl8egmjqhdly3bh65mx1igw7tmyruwxfwx0x46folvyohr7hiyyl8egmjqhd3v10cqjqwr4c5aywxfwx0x46folvyohr7qjqwr4c5ayqjqwr4c5aywxfwx0x46folvyohr7ly3bh65mx1igw7tmyru", "5vesxd5hv25vesxd5hv2qjqwr4c5ay5vesxd5hv2ly3bh65mx1igw7tmyruhiyyl8egmjqhdly3bh65mx1igw7tmyruwxfwx0x46folvyohr7hiyyl8egmjqhd3v10cqjqwr4c5aywxfwx0x46folvyohr7qjqwr4c5ayqjqwr4c5aywxfwx0x46folvyohr7ly3bh65mx1igw7tmyruly3bh65mx1igw7tmyru", "5vesxd5hv25vesxd5hv2qjqwr4c5ay5vesxd5hv2ly3bh65mx1igw7tmyruhiyyl8egmjqhdly3bh65mx1igw7tmyruwxfwx0x46folvyohr7hiyyl8egmjqhd3v10cqjqwr4c5aywxfwx0x46folvyohr7qjqwr4c5ayqjqwr4c5aywxfwx0x46folvyohr7ly3bh65mx1igw7tmyruly3bh65mx1igw7tmyruwxfwx0x46folvyohr7", "5vesxd5hv25vesxd5hv2qjqwr4c5ay5vesxd5hv2ly3bh65mx1igw7tmyruhiyyl8egmjqhdly3bh65mx1igw7tmyruwxfwx0x46folvyohr7hiyyl8egmjqhd3v10cqjqwr4c5aywxfwx0x46folvyohr7qjqwr4c5ayqjqwr4c5aywxfwx0x46folvyohr7ly3bh65mx1igw7tmyruly3bh65mx1igw7tmyruwxfwx0x46folvyohr7wxfwx0x46folvyohr7"]}, "config": {"commands": [2, 2, 0, 2, 4, 1, 4, 5, 1, 3, 0, 5, 0, 0, 5, 4, 4, 5, 5, 5], "max_length": 20, "min_length": 5, "num_commands": 20, "num_strings": 6, "strings": ["qjqwr4c5ay", "hiyyl8egmjqhd", "5vesxd5hv2", "3v10c", "ly3bh65mx1igw7tmyru", "wxfwx0x46folvyohr7"]}, "task_name": "task05", "example_name": "0183", "problem_name": "task05_0183"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [98u6o3k4yvd25781dpg0, ba8qioeqdvs8dj6t5g, xbbuxvjw37n, n1vmkg5wl7, oi6dgnpfwj6b, 2czj35a7b81, yxdpvhxfm9qo6o7m, 5o5oif1efzc716, 78wb48l4eb8naf92, 8portsepyi7vwneox3k]\nIndices: [9, 8, 2, 7, 1, 3, 8, 1, 4, 3, 9, 7, 0, 0, 9, 6, 9, 0, 5, 4]\n", "label": {"final": "8portsepyi7vwneox3k78wb48l4eb8naf92xbbuxvjw37n5o5oif1efzc716ba8qioeqdvs8dj6t5gn1vmkg5wl778wb48l4eb8naf92ba8qioeqdvs8dj6t5goi6dgnpfwj6bn1vmkg5wl78portsepyi7vwneox3k5o5oif1efzc71698u6o3k4yvd25781dpg098u6o3k4yvd25781dpg08portsepyi7vwneox3kyxdpvhxfm9qo6o7m8portsepyi7vwneox3k98u6o3k4yvd25781dpg02czj35a7b81oi6dgnpfwj6b", "init": "", "intermediate": ["8portsepyi7vwneox3k", "8portsepyi7vwneox3k78wb48l4eb8naf92", "8portsepyi7vwneox3k78wb48l4eb8naf92xbbuxvjw37n", "8portsepyi7vwneox3k78wb48l4eb8naf92xbbuxvjw37n5o5oif1efzc716", "8portsepyi7vwneox3k78wb48l4eb8naf92xbbuxvjw37n5o5oif1efzc716ba8qioeqdvs8dj6t5g", "8portsepyi7vwneox3k78wb48l4eb8naf92xbbuxvjw37n5o5oif1efzc716ba8qioeqdvs8dj6t5gn1vmkg5wl7", "8portsepyi7vwneox3k78wb48l4eb8naf92xbbuxvjw37n5o5oif1efzc716ba8qioeqdvs8dj6t5gn1vmkg5wl778wb48l4eb8naf92", "8portsepyi7vwneox3k78wb48l4eb8naf92xbbuxvjw37n5o5oif1efzc716ba8qioeqdvs8dj6t5gn1vmkg5wl778wb48l4eb8naf92ba8qioeqdvs8dj6t5g", "8portsepyi7vwneox3k78wb48l4eb8naf92xbbuxvjw37n5o5oif1efzc716ba8qioeqdvs8dj6t5gn1vmkg5wl778wb48l4eb8naf92ba8qioeqdvs8dj6t5goi6dgnpfwj6b", "8portsepyi7vwneox3k78wb48l4eb8naf92xbbuxvjw37n5o5oif1efzc716ba8qioeqdvs8dj6t5gn1vmkg5wl778wb48l4eb8naf92ba8qioeqdvs8dj6t5goi6dgnpfwj6bn1vmkg5wl7", "8portsepyi7vwneox3k78wb48l4eb8naf92xbbuxvjw37n5o5oif1efzc716ba8qioeqdvs8dj6t5gn1vmkg5wl778wb48l4eb8naf92ba8qioeqdvs8dj6t5goi6dgnpfwj6bn1vmkg5wl78portsepyi7vwneox3k", "8portsepyi7vwneox3k78wb48l4eb8naf92xbbuxvjw37n5o5oif1efzc716ba8qioeqdvs8dj6t5gn1vmkg5wl778wb48l4eb8naf92ba8qioeqdvs8dj6t5goi6dgnpfwj6bn1vmkg5wl78portsepyi7vwneox3k5o5oif1efzc716", "8portsepyi7vwneox3k78wb48l4eb8naf92xbbuxvjw37n5o5oif1efzc716ba8qioeqdvs8dj6t5gn1vmkg5wl778wb48l4eb8naf92ba8qioeqdvs8dj6t5goi6dgnpfwj6bn1vmkg5wl78portsepyi7vwneox3k5o5oif1efzc71698u6o3k4yvd25781dpg0", "8portsepyi7vwneox3k78wb48l4eb8naf92xbbuxvjw37n5o5oif1efzc716ba8qioeqdvs8dj6t5gn1vmkg5wl778wb48l4eb8naf92ba8qioeqdvs8dj6t5goi6dgnpfwj6bn1vmkg5wl78portsepyi7vwneox3k5o5oif1efzc71698u6o3k4yvd25781dpg098u6o3k4yvd25781dpg0", "8portsepyi7vwneox3k78wb48l4eb8naf92xbbuxvjw37n5o5oif1efzc716ba8qioeqdvs8dj6t5gn1vmkg5wl778wb48l4eb8naf92ba8qioeqdvs8dj6t5goi6dgnpfwj6bn1vmkg5wl78portsepyi7vwneox3k5o5oif1efzc71698u6o3k4yvd25781dpg098u6o3k4yvd25781dpg08portsepyi7vwneox3k", "8portsepyi7vwneox3k78wb48l4eb8naf92xbbuxvjw37n5o5oif1efzc716ba8qioeqdvs8dj6t5gn1vmkg5wl778wb48l4eb8naf92ba8qioeqdvs8dj6t5goi6dgnpfwj6bn1vmkg5wl78portsepyi7vwneox3k5o5oif1efzc71698u6o3k4yvd25781dpg098u6o3k4yvd25781dpg08portsepyi7vwneox3kyxdpvhxfm9qo6o7m", "8portsepyi7vwneox3k78wb48l4eb8naf92xbbuxvjw37n5o5oif1efzc716ba8qioeqdvs8dj6t5gn1vmkg5wl778wb48l4eb8naf92ba8qioeqdvs8dj6t5goi6dgnpfwj6bn1vmkg5wl78portsepyi7vwneox3k5o5oif1efzc71698u6o3k4yvd25781dpg098u6o3k4yvd25781dpg08portsepyi7vwneox3kyxdpvhxfm9qo6o7m8portsepyi7vwneox3k", "8portsepyi7vwneox3k78wb48l4eb8naf92xbbuxvjw37n5o5oif1efzc716ba8qioeqdvs8dj6t5gn1vmkg5wl778wb48l4eb8naf92ba8qioeqdvs8dj6t5goi6dgnpfwj6bn1vmkg5wl78portsepyi7vwneox3k5o5oif1efzc71698u6o3k4yvd25781dpg098u6o3k4yvd25781dpg08portsepyi7vwneox3kyxdpvhxfm9qo6o7m8portsepyi7vwneox3k98u6o3k4yvd25781dpg0", "8portsepyi7vwneox3k78wb48l4eb8naf92xbbuxvjw37n5o5oif1efzc716ba8qioeqdvs8dj6t5gn1vmkg5wl778wb48l4eb8naf92ba8qioeqdvs8dj6t5goi6dgnpfwj6bn1vmkg5wl78portsepyi7vwneox3k5o5oif1efzc71698u6o3k4yvd25781dpg098u6o3k4yvd25781dpg08portsepyi7vwneox3kyxdpvhxfm9qo6o7m8portsepyi7vwneox3k98u6o3k4yvd25781dpg02czj35a7b81"]}, "config": {"commands": [9, 8, 2, 7, 1, 3, 8, 1, 4, 3, 9, 7, 0, 0, 9, 6, 9, 0, 5, 4], "max_length": 20, "min_length": 5, "num_commands": 20, "num_strings": 10, "strings": ["98u6o3k4yvd25781dpg0", "ba8qioeqdvs8dj6t5g", "xbbuxvjw37n", "n1vmkg5wl7", "oi6dgnpfwj6b", "2czj35a7b81", "yxdpvhxfm9qo6o7m", "5o5oif1efzc716", "78wb48l4eb8naf92", "8portsepyi7vwneox3k"]}, "task_name": "task05", "example_name": "0184", "problem_name": "task05_0184"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [kouecakmdrg2ym, 48ggl3lwbgai7h94, tavi2spu27xu, gtprjc17d63fxtoa, 4j9tir2, ywx378bc0ny5urjj4, 97dfmu5g4if1tr66, 5ydopwani9nvbtw77, fkp1e2obcyg52xl, 1etzs64muk6jz317, ugyixcv, iscuh8b, 82hns7qycunv9k06g, 4py8uqyc03h, se902zhimfgev0, 8skk0yz1o82j5esxd, 5j3vojeguewe76xxrbt4, xqrq1pnbfngptjzse40, 1nzvm9bqcp433uza, liczjjat, s0pwiu3k59]\nIndices: [13, 16, 2, 8, 18, 8, 14, 4, 3, 9, 10, 15, 7, 1, 6, 11, 15, 20, 2, 2]\n", "label": {"final": "4py8uqyc03h5j3vojeguewe76xxrbt4tavi2spu27xufkp1e2obcyg52xl1nzvm9bqcp433uzafkp1e2obcyg52xlse902zhimfgev04j9tir2gtprjc17d63fxtoa1etzs64muk6jz317ugyixcv8skk0yz1o82j5esxd5ydopwani9nvbtw7748ggl3lwbgai7h9497dfmu5g4if1tr66iscuh8b8skk0yz1o82j5esxds0pwiu3k59tavi2spu27xutavi2spu27xu", "init": "", "intermediate": ["4py8uqyc03h", "4py8uqyc03h5j3vojeguewe76xxrbt4", "4py8uqyc03h5j3vojeguewe76xxrbt4tavi2spu27xu", "4py8uqyc03h5j3vojeguewe76xxrbt4tavi2spu27xufkp1e2obcyg52xl", "4py8uqyc03h5j3vojeguewe76xxrbt4tavi2spu27xufkp1e2obcyg52xl1nzvm9bqcp433uza", "4py8uqyc03h5j3vojeguewe76xxrbt4tavi2spu27xufkp1e2obcyg52xl1nzvm9bqcp433uzafkp1e2obcyg52xl", "4py8uqyc03h5j3vojeguewe76xxrbt4tavi2spu27xufkp1e2obcyg52xl1nzvm9bqcp433uzafkp1e2obcyg52xlse902zhimfgev0", "4py8uqyc03h5j3vojeguewe76xxrbt4tavi2spu27xufkp1e2obcyg52xl1nzvm9bqcp433uzafkp1e2obcyg52xlse902zhimfgev04j9tir2", "4py8uqyc03h5j3vojeguewe76xxrbt4tavi2spu27xufkp1e2obcyg52xl1nzvm9bqcp433uzafkp1e2obcyg52xlse902zhimfgev04j9tir2gtprjc17d63fxtoa", "4py8uqyc03h5j3vojeguewe76xxrbt4tavi2spu27xufkp1e2obcyg52xl1nzvm9bqcp433uzafkp1e2obcyg52xlse902zhimfgev04j9tir2gtprjc17d63fxtoa1etzs64muk6jz317", "4py8uqyc03h5j3vojeguewe76xxrbt4tavi2spu27xufkp1e2obcyg52xl1nzvm9bqcp433uzafkp1e2obcyg52xlse902zhimfgev04j9tir2gtprjc17d63fxtoa1etzs64muk6jz317ugyixcv", "4py8uqyc03h5j3vojeguewe76xxrbt4tavi2spu27xufkp1e2obcyg52xl1nzvm9bqcp433uzafkp1e2obcyg52xlse902zhimfgev04j9tir2gtprjc17d63fxtoa1etzs64muk6jz317ugyixcv8skk0yz1o82j5esxd", "4py8uqyc03h5j3vojeguewe76xxrbt4tavi2spu27xufkp1e2obcyg52xl1nzvm9bqcp433uzafkp1e2obcyg52xlse902zhimfgev04j9tir2gtprjc17d63fxtoa1etzs64muk6jz317ugyixcv8skk0yz1o82j5esxd5ydopwani9nvbtw77", "4py8uqyc03h5j3vojeguewe76xxrbt4tavi2spu27xufkp1e2obcyg52xl1nzvm9bqcp433uzafkp1e2obcyg52xlse902zhimfgev04j9tir2gtprjc17d63fxtoa1etzs64muk6jz317ugyixcv8skk0yz1o82j5esxd5ydopwani9nvbtw7748ggl3lwbgai7h94", "4py8uqyc03h5j3vojeguewe76xxrbt4tavi2spu27xufkp1e2obcyg52xl1nzvm9bqcp433uzafkp1e2obcyg52xlse902zhimfgev04j9tir2gtprjc17d63fxtoa1etzs64muk6jz317ugyixcv8skk0yz1o82j5esxd5ydopwani9nvbtw7748ggl3lwbgai7h9497dfmu5g4if1tr66", "4py8uqyc03h5j3vojeguewe76xxrbt4tavi2spu27xufkp1e2obcyg52xl1nzvm9bqcp433uzafkp1e2obcyg52xlse902zhimfgev04j9tir2gtprjc17d63fxtoa1etzs64muk6jz317ugyixcv8skk0yz1o82j5esxd5ydopwani9nvbtw7748ggl3lwbgai7h9497dfmu5g4if1tr66iscuh8b", "4py8uqyc03h5j3vojeguewe76xxrbt4tavi2spu27xufkp1e2obcyg52xl1nzvm9bqcp433uzafkp1e2obcyg52xlse902zhimfgev04j9tir2gtprjc17d63fxtoa1etzs64muk6jz317ugyixcv8skk0yz1o82j5esxd5ydopwani9nvbtw7748ggl3lwbgai7h9497dfmu5g4if1tr66iscuh8b8skk0yz1o82j5esxd", "4py8uqyc03h5j3vojeguewe76xxrbt4tavi2spu27xufkp1e2obcyg52xl1nzvm9bqcp433uzafkp1e2obcyg52xlse902zhimfgev04j9tir2gtprjc17d63fxtoa1etzs64muk6jz317ugyixcv8skk0yz1o82j5esxd5ydopwani9nvbtw7748ggl3lwbgai7h9497dfmu5g4if1tr66iscuh8b8skk0yz1o82j5esxds0pwiu3k59", "4py8uqyc03h5j3vojeguewe76xxrbt4tavi2spu27xufkp1e2obcyg52xl1nzvm9bqcp433uzafkp1e2obcyg52xlse902zhimfgev04j9tir2gtprjc17d63fxtoa1etzs64muk6jz317ugyixcv8skk0yz1o82j5esxd5ydopwani9nvbtw7748ggl3lwbgai7h9497dfmu5g4if1tr66iscuh8b8skk0yz1o82j5esxds0pwiu3k59tavi2spu27xu"]}, "config": {"commands": [13, 16, 2, 8, 18, 8, 14, 4, 3, 9, 10, 15, 7, 1, 6, 11, 15, 20, 2, 2], "max_length": 20, "min_length": 5, "num_commands": 20, "num_strings": 21, "strings": ["kouecakmdrg2ym", "48ggl3lwbgai7h94", "tavi2spu27xu", "gtprjc17d63fxtoa", "4j9tir2", "ywx378bc0ny5urjj4", "97dfmu5g4if1tr66", "5ydopwani9nvbtw77", "fkp1e2obcyg52xl", "1etzs64muk6jz317", "ugyixcv", "iscuh8b", "82hns7qycunv9k06g", "4py8uqyc03h", "se902zhimfgev0", "8skk0yz1o82j5esxd", "5j3vojeguewe76xxrbt4", "xqrq1pnbfngptjzse40", "1nzvm9bqcp433uza", "liczjjat", "s0pwiu3k59"]}, "task_name": "task05", "example_name": "0185", "problem_name": "task05_0185"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [rom6h1jgokg4, pk2nx2, cb90fxk, 79xzbogv1]\nIndices: [3, 3, 3, 1, 3, 3, 0, 3, 1, 3, 2, 0, 2, 0, 3, 3, 3, 3, 2, 3]\n", "label": {"final": "79xzbogv179xzbogv179xzbogv1pk2nx279xzbogv179xzbogv1rom6h1jgokg479xzbogv1pk2nx279xzbogv1cb90fxkrom6h1jgokg4cb90fxkrom6h1jgokg479xzbogv179xzbogv179xzbogv179xzbogv1cb90fxk79xzbogv1", "init": "", "intermediate": ["79xzbogv1", "79xzbogv179xzbogv1", "79xzbogv179xzbogv179xzbogv1", "79xzbogv179xzbogv179xzbogv1pk2nx2", "79xzbogv179xzbogv179xzbogv1pk2nx279xzbogv1", "79xzbogv179xzbogv179xzbogv1pk2nx279xzbogv179xzbogv1", "79xzbogv179xzbogv179xzbogv1pk2nx279xzbogv179xzbogv1rom6h1jgokg4", "79xzbogv179xzbogv179xzbogv1pk2nx279xzbogv179xzbogv1rom6h1jgokg479xzbogv1", "79xzbogv179xzbogv179xzbogv1pk2nx279xzbogv179xzbogv1rom6h1jgokg479xzbogv1pk2nx2", "79xzbogv179xzbogv179xzbogv1pk2nx279xzbogv179xzbogv1rom6h1jgokg479xzbogv1pk2nx279xzbogv1", "79xzbogv179xzbogv179xzbogv1pk2nx279xzbogv179xzbogv1rom6h1jgokg479xzbogv1pk2nx279xzbogv1cb90fxk", "79xzbogv179xzbogv179xzbogv1pk2nx279xzbogv179xzbogv1rom6h1jgokg479xzbogv1pk2nx279xzbogv1cb90fxkrom6h1jgokg4", "79xzbogv179xzbogv179xzbogv1pk2nx279xzbogv179xzbogv1rom6h1jgokg479xzbogv1pk2nx279xzbogv1cb90fxkrom6h1jgokg4cb90fxk", "79xzbogv179xzbogv179xzbogv1pk2nx279xzbogv179xzbogv1rom6h1jgokg479xzbogv1pk2nx279xzbogv1cb90fxkrom6h1jgokg4cb90fxkrom6h1jgokg4", "79xzbogv179xzbogv179xzbogv1pk2nx279xzbogv179xzbogv1rom6h1jgokg479xzbogv1pk2nx279xzbogv1cb90fxkrom6h1jgokg4cb90fxkrom6h1jgokg479xzbogv1", "79xzbogv179xzbogv179xzbogv1pk2nx279xzbogv179xzbogv1rom6h1jgokg479xzbogv1pk2nx279xzbogv1cb90fxkrom6h1jgokg4cb90fxkrom6h1jgokg479xzbogv179xzbogv1", "79xzbogv179xzbogv179xzbogv1pk2nx279xzbogv179xzbogv1rom6h1jgokg479xzbogv1pk2nx279xzbogv1cb90fxkrom6h1jgokg4cb90fxkrom6h1jgokg479xzbogv179xzbogv179xzbogv1", "79xzbogv179xzbogv179xzbogv1pk2nx279xzbogv179xzbogv1rom6h1jgokg479xzbogv1pk2nx279xzbogv1cb90fxkrom6h1jgokg4cb90fxkrom6h1jgokg479xzbogv179xzbogv179xzbogv179xzbogv1", "79xzbogv179xzbogv179xzbogv1pk2nx279xzbogv179xzbogv1rom6h1jgokg479xzbogv1pk2nx279xzbogv1cb90fxkrom6h1jgokg4cb90fxkrom6h1jgokg479xzbogv179xzbogv179xzbogv179xzbogv1cb90fxk"]}, "config": {"commands": [3, 3, 3, 1, 3, 3, 0, 3, 1, 3, 2, 0, 2, 0, 3, 3, 3, 3, 2, 3], "max_length": 20, "min_length": 5, "num_commands": 20, "num_strings": 4, "strings": ["rom6h1jgokg4", "pk2nx2", "cb90fxk", "79xzbogv1"]}, "task_name": "task05", "example_name": "0186", "problem_name": "task05_0186"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [u645tyibo1, cy80f3, hqo5c575ihnws9fyy86, wrt26a4oyrz38ciku0, nb1saxr68fl914fn1b3f, drvo0hl2tonr1ds, 1o97wnmq29u9d, a75rkytg6lm4rzp6br, ipollyawmu2wt4zqn, 9r2sdpo4f9k4jzx8cq, 3m5mxt0irnu, jpirqwy258cy, b7x7rrkvpsfr6gd, 3d4dh, q2xk2en8bhh1ds5dv8, 9b2d3b5ceclv, i1ab7b9r04, n90p4kt0ctqf, 9u4wu8, ajw1olrwwgqc6zwbibnl, 6doiwbk3p0be, a8r4hfqncwxfslxz]\nIndices: [9, 2, 19, 0, 12, 6, 16, 16, 0, 13, 18, 0, 21, 17, 17, 5, 12, 2, 2, 10]\n", "label": {"final": "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86ajw1olrwwgqc6zwbibnlu645tyibo1b7x7rrkvpsfr6gd1o97wnmq29u9di1ab7b9r04i1ab7b9r04u645tyibo13d4dh9u4wu8u645tyibo1a8r4hfqncwxfslxzn90p4kt0ctqfn90p4kt0ctqfdrvo0hl2tonr1dsb7x7rrkvpsfr6gdhqo5c575ihnws9fyy86hqo5c575ihnws9fyy863m5mxt0irnu", "init": "", "intermediate": ["9r2sdpo4f9k4jzx8cq", "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86", "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86ajw1olrwwgqc6zwbibnl", "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86ajw1olrwwgqc6zwbibnlu645tyibo1", "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86ajw1olrwwgqc6zwbibnlu645tyibo1b7x7rrkvpsfr6gd", "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86ajw1olrwwgqc6zwbibnlu645tyibo1b7x7rrkvpsfr6gd1o97wnmq29u9d", "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86ajw1olrwwgqc6zwbibnlu645tyibo1b7x7rrkvpsfr6gd1o97wnmq29u9di1ab7b9r04", "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86ajw1olrwwgqc6zwbibnlu645tyibo1b7x7rrkvpsfr6gd1o97wnmq29u9di1ab7b9r04i1ab7b9r04", "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86ajw1olrwwgqc6zwbibnlu645tyibo1b7x7rrkvpsfr6gd1o97wnmq29u9di1ab7b9r04i1ab7b9r04u645tyibo1", "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86ajw1olrwwgqc6zwbibnlu645tyibo1b7x7rrkvpsfr6gd1o97wnmq29u9di1ab7b9r04i1ab7b9r04u645tyibo13d4dh", "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86ajw1olrwwgqc6zwbibnlu645tyibo1b7x7rrkvpsfr6gd1o97wnmq29u9di1ab7b9r04i1ab7b9r04u645tyibo13d4dh9u4wu8", "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86ajw1olrwwgqc6zwbibnlu645tyibo1b7x7rrkvpsfr6gd1o97wnmq29u9di1ab7b9r04i1ab7b9r04u645tyibo13d4dh9u4wu8u645tyibo1", "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86ajw1olrwwgqc6zwbibnlu645tyibo1b7x7rrkvpsfr6gd1o97wnmq29u9di1ab7b9r04i1ab7b9r04u645tyibo13d4dh9u4wu8u645tyibo1a8r4hfqncwxfslxz", "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86ajw1olrwwgqc6zwbibnlu645tyibo1b7x7rrkvpsfr6gd1o97wnmq29u9di1ab7b9r04i1ab7b9r04u645tyibo13d4dh9u4wu8u645tyibo1a8r4hfqncwxfslxzn90p4kt0ctqf", "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86ajw1olrwwgqc6zwbibnlu645tyibo1b7x7rrkvpsfr6gd1o97wnmq29u9di1ab7b9r04i1ab7b9r04u645tyibo13d4dh9u4wu8u645tyibo1a8r4hfqncwxfslxzn90p4kt0ctqfn90p4kt0ctqf", "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86ajw1olrwwgqc6zwbibnlu645tyibo1b7x7rrkvpsfr6gd1o97wnmq29u9di1ab7b9r04i1ab7b9r04u645tyibo13d4dh9u4wu8u645tyibo1a8r4hfqncwxfslxzn90p4kt0ctqfn90p4kt0ctqfdrvo0hl2tonr1ds", "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86ajw1olrwwgqc6zwbibnlu645tyibo1b7x7rrkvpsfr6gd1o97wnmq29u9di1ab7b9r04i1ab7b9r04u645tyibo13d4dh9u4wu8u645tyibo1a8r4hfqncwxfslxzn90p4kt0ctqfn90p4kt0ctqfdrvo0hl2tonr1dsb7x7rrkvpsfr6gd", "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86ajw1olrwwgqc6zwbibnlu645tyibo1b7x7rrkvpsfr6gd1o97wnmq29u9di1ab7b9r04i1ab7b9r04u645tyibo13d4dh9u4wu8u645tyibo1a8r4hfqncwxfslxzn90p4kt0ctqfn90p4kt0ctqfdrvo0hl2tonr1dsb7x7rrkvpsfr6gdhqo5c575ihnws9fyy86", "9r2sdpo4f9k4jzx8cqhqo5c575ihnws9fyy86ajw1olrwwgqc6zwbibnlu645tyibo1b7x7rrkvpsfr6gd1o97wnmq29u9di1ab7b9r04i1ab7b9r04u645tyibo13d4dh9u4wu8u645tyibo1a8r4hfqncwxfslxzn90p4kt0ctqfn90p4kt0ctqfdrvo0hl2tonr1dsb7x7rrkvpsfr6gdhqo5c575ihnws9fyy86hqo5c575ihnws9fyy86"]}, "config": {"commands": [9, 2, 19, 0, 12, 6, 16, 16, 0, 13, 18, 0, 21, 17, 17, 5, 12, 2, 2, 10], "max_length": 20, "min_length": 5, "num_commands": 20, "num_strings": 22, "strings": ["u645tyibo1", "cy80f3", "hqo5c575ihnws9fyy86", "wrt26a4oyrz38ciku0", "nb1saxr68fl914fn1b3f", "drvo0hl2tonr1ds", "1o97wnmq29u9d", "a75rkytg6lm4rzp6br", "ipollyawmu2wt4zqn", "9r2sdpo4f9k4jzx8cq", "3m5mxt0irnu", "jpirqwy258cy", "b7x7rrkvpsfr6gd", "3d4dh", "q2xk2en8bhh1ds5dv8", "9b2d3b5ceclv", "i1ab7b9r04", "n90p4kt0ctqf", "9u4wu8", "ajw1olrwwgqc6zwbibnl", "6doiwbk3p0be", "a8r4hfqncwxfslxz"]}, "task_name": "task05", "example_name": "0187", "problem_name": "task05_0187"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [r75b2bd1o19, xzwbipw6s1bskmf9e, 3r2g3h0o, wfttte38h1, i8gm87t65, rzq6cjuftjtah, m5572a1cr, 0w8hyuf, xh7bsd8if92n, tlt9ymj40lpz3dxmcvd8, umcq6yjm1acq0, gzlm4xewvi, n254jm02viudpo7do22, o0qicrrccf9j3i4stfo4, nqvctoec5r392, 17imi, rplxnekpd7g32ug0z17d, 7der1v9y3zjp4ed0p, jirzvp42kuzshf, pds8s2, nteul, n9nztf80, jdggavszkqo, 57aay]\nIndices: [18, 6, 17, 8, 13, 10, 8, 22, 7, 15, 1, 22, 20, 1, 8, 8, 23, 13, 20, 6]\n", "label": {"final": "jirzvp42kuzshfm5572a1cr7der1v9y3zjp4ed0pxh7bsd8if92no0qicrrccf9j3i4stfo4umcq6yjm1acq0xh7bsd8if92njdggavszkqo0w8hyuf17imixzwbipw6s1bskmf9ejdggavszkqonteulxzwbipw6s1bskmf9exh7bsd8if92nxh7bsd8if92n57aayo0qicrrccf9j3i4stfo4nteulm5572a1cr", "init": "", "intermediate": ["jirzvp42kuzshf", "jirzvp42kuzshfm5572a1cr", "jirzvp42kuzshfm5572a1cr7der1v9y3zjp4ed0p", "jirzvp42kuzshfm5572a1cr7der1v9y3zjp4ed0pxh7bsd8if92n", "jirzvp42kuzshfm5572a1cr7der1v9y3zjp4ed0pxh7bsd8if92no0qicrrccf9j3i4stfo4", "jirzvp42kuzshfm5572a1cr7der1v9y3zjp4ed0pxh7bsd8if92no0qicrrccf9j3i4stfo4umcq6yjm1acq0", "jirzvp42kuzshfm5572a1cr7der1v9y3zjp4ed0pxh7bsd8if92no0qicrrccf9j3i4stfo4umcq6yjm1acq0xh7bsd8if92n", "jirzvp42kuzshfm5572a1cr7der1v9y3zjp4ed0pxh7bsd8if92no0qicrrccf9j3i4stfo4umcq6yjm1acq0xh7bsd8if92njdggavszkqo", "jirzvp42kuzshfm5572a1cr7der1v9y3zjp4ed0pxh7bsd8if92no0qicrrccf9j3i4stfo4umcq6yjm1acq0xh7bsd8if92njdggavszkqo0w8hyuf", "jirzvp42kuzshfm5572a1cr7der1v9y3zjp4ed0pxh7bsd8if92no0qicrrccf9j3i4stfo4umcq6yjm1acq0xh7bsd8if92njdggavszkqo0w8hyuf17imi", "jirzvp42kuzshfm5572a1cr7der1v9y3zjp4ed0pxh7bsd8if92no0qicrrccf9j3i4stfo4umcq6yjm1acq0xh7bsd8if92njdggavszkqo0w8hyuf17imixzwbipw6s1bskmf9e", "jirzvp42kuzshfm5572a1cr7der1v9y3zjp4ed0pxh7bsd8if92no0qicrrccf9j3i4stfo4umcq6yjm1acq0xh7bsd8if92njdggavszkqo0w8hyuf17imixzwbipw6s1bskmf9ejdggavszkqo", "jirzvp42kuzshfm5572a1cr7der1v9y3zjp4ed0pxh7bsd8if92no0qicrrccf9j3i4stfo4umcq6yjm1acq0xh7bsd8if92njdggavszkqo0w8hyuf17imixzwbipw6s1bskmf9ejdggavszkqonteul", "jirzvp42kuzshfm5572a1cr7der1v9y3zjp4ed0pxh7bsd8if92no0qicrrccf9j3i4stfo4umcq6yjm1acq0xh7bsd8if92njdggavszkqo0w8hyuf17imixzwbipw6s1bskmf9ejdggavszkqonteulxzwbipw6s1bskmf9e", "jirzvp42kuzshfm5572a1cr7der1v9y3zjp4ed0pxh7bsd8if92no0qicrrccf9j3i4stfo4umcq6yjm1acq0xh7bsd8if92njdggavszkqo0w8hyuf17imixzwbipw6s1bskmf9ejdggavszkqonteulxzwbipw6s1bskmf9exh7bsd8if92n", "jirzvp42kuzshfm5572a1cr7der1v9y3zjp4ed0pxh7bsd8if92no0qicrrccf9j3i4stfo4umcq6yjm1acq0xh7bsd8if92njdggavszkqo0w8hyuf17imixzwbipw6s1bskmf9ejdggavszkqonteulxzwbipw6s1bskmf9exh7bsd8if92nxh7bsd8if92n", "jirzvp42kuzshfm5572a1cr7der1v9y3zjp4ed0pxh7bsd8if92no0qicrrccf9j3i4stfo4umcq6yjm1acq0xh7bsd8if92njdggavszkqo0w8hyuf17imixzwbipw6s1bskmf9ejdggavszkqonteulxzwbipw6s1bskmf9exh7bsd8if92nxh7bsd8if92n57aay", "jirzvp42kuzshfm5572a1cr7der1v9y3zjp4ed0pxh7bsd8if92no0qicrrccf9j3i4stfo4umcq6yjm1acq0xh7bsd8if92njdggavszkqo0w8hyuf17imixzwbipw6s1bskmf9ejdggavszkqonteulxzwbipw6s1bskmf9exh7bsd8if92nxh7bsd8if92n57aayo0qicrrccf9j3i4stfo4", "jirzvp42kuzshfm5572a1cr7der1v9y3zjp4ed0pxh7bsd8if92no0qicrrccf9j3i4stfo4umcq6yjm1acq0xh7bsd8if92njdggavszkqo0w8hyuf17imixzwbipw6s1bskmf9ejdggavszkqonteulxzwbipw6s1bskmf9exh7bsd8if92nxh7bsd8if92n57aayo0qicrrccf9j3i4stfo4nteul"]}, "config": {"commands": [18, 6, 17, 8, 13, 10, 8, 22, 7, 15, 1, 22, 20, 1, 8, 8, 23, 13, 20, 6], "max_length": 20, "min_length": 5, "num_commands": 20, "num_strings": 24, "strings": ["r75b2bd1o19", "xzwbipw6s1bskmf9e", "3r2g3h0o", "wfttte38h1", "i8gm87t65", "rzq6cjuftjtah", "m5572a1cr", "0w8hyuf", "xh7bsd8if92n", "tlt9ymj40lpz3dxmcvd8", "umcq6yjm1acq0", "gzlm4xewvi", "n254jm02viudpo7do22", "o0qicrrccf9j3i4stfo4", "nqvctoec5r392", "17imi", "rplxnekpd7g32ug0z17d", "7der1v9y3zjp4ed0p", "jirzvp42kuzshf", "pds8s2", "nteul", "n9nztf80", "jdggavszkqo", "57aay"]}, "task_name": "task05", "example_name": "0188", "problem_name": "task05_0188"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [b2mf3e, tiwdtruqz79483vphk2, 90d6yn, 5ldt66ja8, q8vgvhkdpt3pf, mwzf1q9n1ne8da, t2xlzfabr6h3i, nhwkabsi05k02ey0x3, 7r7ycclym, g0aax82a6h7q6, xiojji0ct5op0mbvkro, 44n6dhmbvpgf3ekjqhl1, hwbiwhyr, j2t6fd13srm3apoo70z4, 0qdqu6, rr6kv5llpd4bk8u92ke5, zrwx4bd6nhcz0nunu, hylyofabqth82z30pm0, cd83g0yk0u, 6mn6cswx8xwxnvuhrmse, kmbc39i8bwu]\nIndices: [3, 8, 2, 11, 7, 6, 19, 14, 10, 10, 16, 0, 18, 2, 17, 13, 14, 4, 20, 10]\n", "label": {"final": "5ldt66ja87r7ycclym90d6yn44n6dhmbvpgf3ekjqhl1nhwkabsi05k02ey0x3t2xlzfabr6h3i6mn6cswx8xwxnvuhrmse0qdqu6xiojji0ct5op0mbvkroxiojji0ct5op0mbvkrozrwx4bd6nhcz0nunub2mf3ecd83g0yk0u90d6ynhylyofabqth82z30pm0j2t6fd13srm3apoo70z40qdqu6q8vgvhkdpt3pfkmbc39i8bwuxiojji0ct5op0mbvkro", "init": "", "intermediate": ["5ldt66ja8", "5ldt66ja87r7ycclym", "5ldt66ja87r7ycclym90d6yn", "5ldt66ja87r7ycclym90d6yn44n6dhmbvpgf3ekjqhl1", "5ldt66ja87r7ycclym90d6yn44n6dhmbvpgf3ekjqhl1nhwkabsi05k02ey0x3", "5ldt66ja87r7ycclym90d6yn44n6dhmbvpgf3ekjqhl1nhwkabsi05k02ey0x3t2xlzfabr6h3i", "5ldt66ja87r7ycclym90d6yn44n6dhmbvpgf3ekjqhl1nhwkabsi05k02ey0x3t2xlzfabr6h3i6mn6cswx8xwxnvuhrmse", "5ldt66ja87r7ycclym90d6yn44n6dhmbvpgf3ekjqhl1nhwkabsi05k02ey0x3t2xlzfabr6h3i6mn6cswx8xwxnvuhrmse0qdqu6", "5ldt66ja87r7ycclym90d6yn44n6dhmbvpgf3ekjqhl1nhwkabsi05k02ey0x3t2xlzfabr6h3i6mn6cswx8xwxnvuhrmse0qdqu6xiojji0ct5op0mbvkro", "5ldt66ja87r7ycclym90d6yn44n6dhmbvpgf3ekjqhl1nhwkabsi05k02ey0x3t2xlzfabr6h3i6mn6cswx8xwxnvuhrmse0qdqu6xiojji0ct5op0mbvkroxiojji0ct5op0mbvkro", "5ldt66ja87r7ycclym90d6yn44n6dhmbvpgf3ekjqhl1nhwkabsi05k02ey0x3t2xlzfabr6h3i6mn6cswx8xwxnvuhrmse0qdqu6xiojji0ct5op0mbvkroxiojji0ct5op0mbvkrozrwx4bd6nhcz0nunu", "5ldt66ja87r7ycclym90d6yn44n6dhmbvpgf3ekjqhl1nhwkabsi05k02ey0x3t2xlzfabr6h3i6mn6cswx8xwxnvuhrmse0qdqu6xiojji0ct5op0mbvkroxiojji0ct5op0mbvkrozrwx4bd6nhcz0nunub2mf3e", "5ldt66ja87r7ycclym90d6yn44n6dhmbvpgf3ekjqhl1nhwkabsi05k02ey0x3t2xlzfabr6h3i6mn6cswx8xwxnvuhrmse0qdqu6xiojji0ct5op0mbvkroxiojji0ct5op0mbvkrozrwx4bd6nhcz0nunub2mf3ecd83g0yk0u", "5ldt66ja87r7ycclym90d6yn44n6dhmbvpgf3ekjqhl1nhwkabsi05k02ey0x3t2xlzfabr6h3i6mn6cswx8xwxnvuhrmse0qdqu6xiojji0ct5op0mbvkroxiojji0ct5op0mbvkrozrwx4bd6nhcz0nunub2mf3ecd83g0yk0u90d6yn", "5ldt66ja87r7ycclym90d6yn44n6dhmbvpgf3ekjqhl1nhwkabsi05k02ey0x3t2xlzfabr6h3i6mn6cswx8xwxnvuhrmse0qdqu6xiojji0ct5op0mbvkroxiojji0ct5op0mbvkrozrwx4bd6nhcz0nunub2mf3ecd83g0yk0u90d6ynhylyofabqth82z30pm0", "5ldt66ja87r7ycclym90d6yn44n6dhmbvpgf3ekjqhl1nhwkabsi05k02ey0x3t2xlzfabr6h3i6mn6cswx8xwxnvuhrmse0qdqu6xiojji0ct5op0mbvkroxiojji0ct5op0mbvkrozrwx4bd6nhcz0nunub2mf3ecd83g0yk0u90d6ynhylyofabqth82z30pm0j2t6fd13srm3apoo70z4", "5ldt66ja87r7ycclym90d6yn44n6dhmbvpgf3ekjqhl1nhwkabsi05k02ey0x3t2xlzfabr6h3i6mn6cswx8xwxnvuhrmse0qdqu6xiojji0ct5op0mbvkroxiojji0ct5op0mbvkrozrwx4bd6nhcz0nunub2mf3ecd83g0yk0u90d6ynhylyofabqth82z30pm0j2t6fd13srm3apoo70z40qdqu6", "5ldt66ja87r7ycclym90d6yn44n6dhmbvpgf3ekjqhl1nhwkabsi05k02ey0x3t2xlzfabr6h3i6mn6cswx8xwxnvuhrmse0qdqu6xiojji0ct5op0mbvkroxiojji0ct5op0mbvkrozrwx4bd6nhcz0nunub2mf3ecd83g0yk0u90d6ynhylyofabqth82z30pm0j2t6fd13srm3apoo70z40qdqu6q8vgvhkdpt3pf", "5ldt66ja87r7ycclym90d6yn44n6dhmbvpgf3ekjqhl1nhwkabsi05k02ey0x3t2xlzfabr6h3i6mn6cswx8xwxnvuhrmse0qdqu6xiojji0ct5op0mbvkroxiojji0ct5op0mbvkrozrwx4bd6nhcz0nunub2mf3ecd83g0yk0u90d6ynhylyofabqth82z30pm0j2t6fd13srm3apoo70z40qdqu6q8vgvhkdpt3pfkmbc39i8bwu"]}, "config": {"commands": [3, 8, 2, 11, 7, 6, 19, 14, 10, 10, 16, 0, 18, 2, 17, 13, 14, 4, 20, 10], "max_length": 20, "min_length": 5, "num_commands": 20, "num_strings": 21, "strings": ["b2mf3e", "tiwdtruqz79483vphk2", "90d6yn", "5ldt66ja8", "q8vgvhkdpt3pf", "mwzf1q9n1ne8da", "t2xlzfabr6h3i", "nhwkabsi05k02ey0x3", "7r7ycclym", "g0aax82a6h7q6", "xiojji0ct5op0mbvkro", "44n6dhmbvpgf3ekjqhl1", "hwbiwhyr", "j2t6fd13srm3apoo70z4", "0qdqu6", "rr6kv5llpd4bk8u92ke5", "zrwx4bd6nhcz0nunu", "hylyofabqth82z30pm0", "cd83g0yk0u", "6mn6cswx8xwxnvuhrmse", "kmbc39i8bwu"]}, "task_name": "task05", "example_name": "0189", "problem_name": "task05_0189"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ye3fzq7, kj7whmk, abz3xga, w6oi8bjg5i, 2mca5eo87, ap4cc9wuus5sgunk4rh, 71lsmnqxm4c, 35g6gm3xo1t7k, 4wffzrw3ci7jg2k]\nIndices: [5, 0, 3, 0, 4, 5, 5, 1, 5, 2, 8, 7, 7, 8, 5, 6, 2, 2, 3, 4, 3]\n", "label": {"final": "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5iye3fzq72mca5eo87ap4cc9wuus5sgunk4rhap4cc9wuus5sgunk4rhkj7whmkap4cc9wuus5sgunk4rhabz3xga4wffzrw3ci7jg2k35g6gm3xo1t7k35g6gm3xo1t7k4wffzrw3ci7jg2kap4cc9wuus5sgunk4rh71lsmnqxm4cabz3xgaabz3xgaw6oi8bjg5i2mca5eo87w6oi8bjg5i", "init": "", "intermediate": ["ap4cc9wuus5sgunk4rh", "ap4cc9wuus5sgunk4rhye3fzq7", "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5i", "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5iye3fzq7", "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5iye3fzq72mca5eo87", "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5iye3fzq72mca5eo87ap4cc9wuus5sgunk4rh", "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5iye3fzq72mca5eo87ap4cc9wuus5sgunk4rhap4cc9wuus5sgunk4rh", "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5iye3fzq72mca5eo87ap4cc9wuus5sgunk4rhap4cc9wuus5sgunk4rhkj7whmk", "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5iye3fzq72mca5eo87ap4cc9wuus5sgunk4rhap4cc9wuus5sgunk4rhkj7whmkap4cc9wuus5sgunk4rh", "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5iye3fzq72mca5eo87ap4cc9wuus5sgunk4rhap4cc9wuus5sgunk4rhkj7whmkap4cc9wuus5sgunk4rhabz3xga", "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5iye3fzq72mca5eo87ap4cc9wuus5sgunk4rhap4cc9wuus5sgunk4rhkj7whmkap4cc9wuus5sgunk4rhabz3xga4wffzrw3ci7jg2k", "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5iye3fzq72mca5eo87ap4cc9wuus5sgunk4rhap4cc9wuus5sgunk4rhkj7whmkap4cc9wuus5sgunk4rhabz3xga4wffzrw3ci7jg2k35g6gm3xo1t7k", "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5iye3fzq72mca5eo87ap4cc9wuus5sgunk4rhap4cc9wuus5sgunk4rhkj7whmkap4cc9wuus5sgunk4rhabz3xga4wffzrw3ci7jg2k35g6gm3xo1t7k35g6gm3xo1t7k", "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5iye3fzq72mca5eo87ap4cc9wuus5sgunk4rhap4cc9wuus5sgunk4rhkj7whmkap4cc9wuus5sgunk4rhabz3xga4wffzrw3ci7jg2k35g6gm3xo1t7k35g6gm3xo1t7k4wffzrw3ci7jg2k", "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5iye3fzq72mca5eo87ap4cc9wuus5sgunk4rhap4cc9wuus5sgunk4rhkj7whmkap4cc9wuus5sgunk4rhabz3xga4wffzrw3ci7jg2k35g6gm3xo1t7k35g6gm3xo1t7k4wffzrw3ci7jg2kap4cc9wuus5sgunk4rh", "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5iye3fzq72mca5eo87ap4cc9wuus5sgunk4rhap4cc9wuus5sgunk4rhkj7whmkap4cc9wuus5sgunk4rhabz3xga4wffzrw3ci7jg2k35g6gm3xo1t7k35g6gm3xo1t7k4wffzrw3ci7jg2kap4cc9wuus5sgunk4rh71lsmnqxm4c", "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5iye3fzq72mca5eo87ap4cc9wuus5sgunk4rhap4cc9wuus5sgunk4rhkj7whmkap4cc9wuus5sgunk4rhabz3xga4wffzrw3ci7jg2k35g6gm3xo1t7k35g6gm3xo1t7k4wffzrw3ci7jg2kap4cc9wuus5sgunk4rh71lsmnqxm4cabz3xga", "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5iye3fzq72mca5eo87ap4cc9wuus5sgunk4rhap4cc9wuus5sgunk4rhkj7whmkap4cc9wuus5sgunk4rhabz3xga4wffzrw3ci7jg2k35g6gm3xo1t7k35g6gm3xo1t7k4wffzrw3ci7jg2kap4cc9wuus5sgunk4rh71lsmnqxm4cabz3xgaabz3xga", "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5iye3fzq72mca5eo87ap4cc9wuus5sgunk4rhap4cc9wuus5sgunk4rhkj7whmkap4cc9wuus5sgunk4rhabz3xga4wffzrw3ci7jg2k35g6gm3xo1t7k35g6gm3xo1t7k4wffzrw3ci7jg2kap4cc9wuus5sgunk4rh71lsmnqxm4cabz3xgaabz3xgaw6oi8bjg5i", "ap4cc9wuus5sgunk4rhye3fzq7w6oi8bjg5iye3fzq72mca5eo87ap4cc9wuus5sgunk4rhap4cc9wuus5sgunk4rhkj7whmkap4cc9wuus5sgunk4rhabz3xga4wffzrw3ci7jg2k35g6gm3xo1t7k35g6gm3xo1t7k4wffzrw3ci7jg2kap4cc9wuus5sgunk4rh71lsmnqxm4cabz3xgaabz3xgaw6oi8bjg5i2mca5eo87"]}, "config": {"commands": [5, 0, 3, 0, 4, 5, 5, 1, 5, 2, 8, 7, 7, 8, 5, 6, 2, 2, 3, 4, 3], "max_length": 20, "min_length": 5, "num_commands": 21, "num_strings": 9, "strings": ["ye3fzq7", "kj7whmk", "abz3xga", "w6oi8bjg5i", "2mca5eo87", "ap4cc9wuus5sgunk4rh", "71lsmnqxm4c", "35g6gm3xo1t7k", "4wffzrw3ci7jg2k"]}, "task_name": "task05", "example_name": "0190", "problem_name": "task05_0190"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [u0wha2cxf2rzzub, 9lhbn6z1b, 1o3fu8daby3zv, 026l5u, nycybuajo9pjrbjwnc0, 1a18c, j1gov3g, u3v1l4ao, 71xp6est2, fb6ng6g9729fm2cts, 44pogqs4c4vyrtufob, bbibmhhopmhd, 90ixrft37v5kb, 4gt72e3qi3ojbiosgiw]\nIndices: [10, 12, 9, 5, 6, 4, 2, 13, 5, 4, 2, 2, 8, 2, 5, 2, 6, 5, 6, 0, 11]\n", "label": {"final": "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts1a18cj1gov3gnycybuajo9pjrbjwnc01o3fu8daby3zv4gt72e3qi3ojbiosgiw1a18cnycybuajo9pjrbjwnc01o3fu8daby3zv1o3fu8daby3zv71xp6est21o3fu8daby3zv1a18c1o3fu8daby3zvj1gov3g1a18cj1gov3gu0wha2cxf2rzzubbbibmhhopmhd", "init": "", "intermediate": ["44pogqs4c4vyrtufob", "44pogqs4c4vyrtufob90ixrft37v5kb", "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts", "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts1a18c", "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts1a18cj1gov3g", "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts1a18cj1gov3gnycybuajo9pjrbjwnc0", "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts1a18cj1gov3gnycybuajo9pjrbjwnc01o3fu8daby3zv", "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts1a18cj1gov3gnycybuajo9pjrbjwnc01o3fu8daby3zv4gt72e3qi3ojbiosgiw", "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts1a18cj1gov3gnycybuajo9pjrbjwnc01o3fu8daby3zv4gt72e3qi3ojbiosgiw1a18c", "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts1a18cj1gov3gnycybuajo9pjrbjwnc01o3fu8daby3zv4gt72e3qi3ojbiosgiw1a18cnycybuajo9pjrbjwnc0", "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts1a18cj1gov3gnycybuajo9pjrbjwnc01o3fu8daby3zv4gt72e3qi3ojbiosgiw1a18cnycybuajo9pjrbjwnc01o3fu8daby3zv", "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts1a18cj1gov3gnycybuajo9pjrbjwnc01o3fu8daby3zv4gt72e3qi3ojbiosgiw1a18cnycybuajo9pjrbjwnc01o3fu8daby3zv1o3fu8daby3zv", "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts1a18cj1gov3gnycybuajo9pjrbjwnc01o3fu8daby3zv4gt72e3qi3ojbiosgiw1a18cnycybuajo9pjrbjwnc01o3fu8daby3zv1o3fu8daby3zv71xp6est2", "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts1a18cj1gov3gnycybuajo9pjrbjwnc01o3fu8daby3zv4gt72e3qi3ojbiosgiw1a18cnycybuajo9pjrbjwnc01o3fu8daby3zv1o3fu8daby3zv71xp6est21o3fu8daby3zv", "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts1a18cj1gov3gnycybuajo9pjrbjwnc01o3fu8daby3zv4gt72e3qi3ojbiosgiw1a18cnycybuajo9pjrbjwnc01o3fu8daby3zv1o3fu8daby3zv71xp6est21o3fu8daby3zv1a18c", "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts1a18cj1gov3gnycybuajo9pjrbjwnc01o3fu8daby3zv4gt72e3qi3ojbiosgiw1a18cnycybuajo9pjrbjwnc01o3fu8daby3zv1o3fu8daby3zv71xp6est21o3fu8daby3zv1a18c1o3fu8daby3zv", "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts1a18cj1gov3gnycybuajo9pjrbjwnc01o3fu8daby3zv4gt72e3qi3ojbiosgiw1a18cnycybuajo9pjrbjwnc01o3fu8daby3zv1o3fu8daby3zv71xp6est21o3fu8daby3zv1a18c1o3fu8daby3zvj1gov3g", "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts1a18cj1gov3gnycybuajo9pjrbjwnc01o3fu8daby3zv4gt72e3qi3ojbiosgiw1a18cnycybuajo9pjrbjwnc01o3fu8daby3zv1o3fu8daby3zv71xp6est21o3fu8daby3zv1a18c1o3fu8daby3zvj1gov3g1a18c", "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts1a18cj1gov3gnycybuajo9pjrbjwnc01o3fu8daby3zv4gt72e3qi3ojbiosgiw1a18cnycybuajo9pjrbjwnc01o3fu8daby3zv1o3fu8daby3zv71xp6est21o3fu8daby3zv1a18c1o3fu8daby3zvj1gov3g1a18cj1gov3g", "44pogqs4c4vyrtufob90ixrft37v5kbfb6ng6g9729fm2cts1a18cj1gov3gnycybuajo9pjrbjwnc01o3fu8daby3zv4gt72e3qi3ojbiosgiw1a18cnycybuajo9pjrbjwnc01o3fu8daby3zv1o3fu8daby3zv71xp6est21o3fu8daby3zv1a18c1o3fu8daby3zvj1gov3g1a18cj1gov3gu0wha2cxf2rzzub"]}, "config": {"commands": [10, 12, 9, 5, 6, 4, 2, 13, 5, 4, 2, 2, 8, 2, 5, 2, 6, 5, 6, 0, 11], "max_length": 20, "min_length": 5, "num_commands": 21, "num_strings": 14, "strings": ["u0wha2cxf2rzzub", "9lhbn6z1b", "1o3fu8daby3zv", "026l5u", "nycybuajo9pjrbjwnc0", "1a18c", "j1gov3g", "u3v1l4ao", "71xp6est2", "fb6ng6g9729fm2cts", "44pogqs4c4vyrtufob", "bbibmhhopmhd", "90ixrft37v5kb", "4gt72e3qi3ojbiosgiw"]}, "task_name": "task05", "example_name": "0191", "problem_name": "task05_0191"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [2y2twmf, x2wth8hko4a, 0bxjzymi9, ou7gq794h, 11dnz, fca82, n158k8ek70s]\nIndices: [6, 3, 3, 2, 2, 3, 0, 6, 2, 4, 0, 6, 5, 4, 6, 3, 6, 4, 0, 0, 5]\n", "label": {"final": "n158k8ek70sou7gq794hou7gq794h0bxjzymi90bxjzymi9ou7gq794h2y2twmfn158k8ek70s0bxjzymi911dnz2y2twmfn158k8ek70sfca8211dnzn158k8ek70sou7gq794hn158k8ek70s11dnz2y2twmf2y2twmffca82", "init": "", "intermediate": ["n158k8ek70s", "n158k8ek70sou7gq794h", "n158k8ek70sou7gq794hou7gq794h", "n158k8ek70sou7gq794hou7gq794h0bxjzymi9", "n158k8ek70sou7gq794hou7gq794h0bxjzymi90bxjzymi9", "n158k8ek70sou7gq794hou7gq794h0bxjzymi90bxjzymi9ou7gq794h", "n158k8ek70sou7gq794hou7gq794h0bxjzymi90bxjzymi9ou7gq794h2y2twmf", "n158k8ek70sou7gq794hou7gq794h0bxjzymi90bxjzymi9ou7gq794h2y2twmfn158k8ek70s", "n158k8ek70sou7gq794hou7gq794h0bxjzymi90bxjzymi9ou7gq794h2y2twmfn158k8ek70s0bxjzymi9", "n158k8ek70sou7gq794hou7gq794h0bxjzymi90bxjzymi9ou7gq794h2y2twmfn158k8ek70s0bxjzymi911dnz", "n158k8ek70sou7gq794hou7gq794h0bxjzymi90bxjzymi9ou7gq794h2y2twmfn158k8ek70s0bxjzymi911dnz2y2twmf", "n158k8ek70sou7gq794hou7gq794h0bxjzymi90bxjzymi9ou7gq794h2y2twmfn158k8ek70s0bxjzymi911dnz2y2twmfn158k8ek70s", "n158k8ek70sou7gq794hou7gq794h0bxjzymi90bxjzymi9ou7gq794h2y2twmfn158k8ek70s0bxjzymi911dnz2y2twmfn158k8ek70sfca82", "n158k8ek70sou7gq794hou7gq794h0bxjzymi90bxjzymi9ou7gq794h2y2twmfn158k8ek70s0bxjzymi911dnz2y2twmfn158k8ek70sfca8211dnz", "n158k8ek70sou7gq794hou7gq794h0bxjzymi90bxjzymi9ou7gq794h2y2twmfn158k8ek70s0bxjzymi911dnz2y2twmfn158k8ek70sfca8211dnzn158k8ek70s", "n158k8ek70sou7gq794hou7gq794h0bxjzymi90bxjzymi9ou7gq794h2y2twmfn158k8ek70s0bxjzymi911dnz2y2twmfn158k8ek70sfca8211dnzn158k8ek70sou7gq794h", "n158k8ek70sou7gq794hou7gq794h0bxjzymi90bxjzymi9ou7gq794h2y2twmfn158k8ek70s0bxjzymi911dnz2y2twmfn158k8ek70sfca8211dnzn158k8ek70sou7gq794hn158k8ek70s", "n158k8ek70sou7gq794hou7gq794h0bxjzymi90bxjzymi9ou7gq794h2y2twmfn158k8ek70s0bxjzymi911dnz2y2twmfn158k8ek70sfca8211dnzn158k8ek70sou7gq794hn158k8ek70s11dnz", "n158k8ek70sou7gq794hou7gq794h0bxjzymi90bxjzymi9ou7gq794h2y2twmfn158k8ek70s0bxjzymi911dnz2y2twmfn158k8ek70sfca8211dnzn158k8ek70sou7gq794hn158k8ek70s11dnz2y2twmf", "n158k8ek70sou7gq794hou7gq794h0bxjzymi90bxjzymi9ou7gq794h2y2twmfn158k8ek70s0bxjzymi911dnz2y2twmfn158k8ek70sfca8211dnzn158k8ek70sou7gq794hn158k8ek70s11dnz2y2twmf2y2twmf"]}, "config": {"commands": [6, 3, 3, 2, 2, 3, 0, 6, 2, 4, 0, 6, 5, 4, 6, 3, 6, 4, 0, 0, 5], "max_length": 20, "min_length": 5, "num_commands": 21, "num_strings": 7, "strings": ["2y2twmf", "x2wth8hko4a", "0bxjzymi9", "ou7gq794h", "11dnz", "fca82", "n158k8ek70s"]}, "task_name": "task05", "example_name": "0192", "problem_name": "task05_0192"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ws5upy36kxs, pmlg8o5o1q3799ynb70a, koes6izpdntn3j07, 5ww73y7q, 9crhx0991gpm7, 5xrv54gkwwhqcd8gu, vyawvwl4uyu]\nIndices: [5, 5, 5, 1, 5, 4, 3, 0, 6, 1, 3, 6, 3, 1, 6, 2, 0, 0, 2, 1, 1]\n", "label": {"final": "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gupmlg8o5o1q3799ynb70a5xrv54gkwwhqcd8gu9crhx0991gpm75ww73y7qws5upy36kxsvyawvwl4uyupmlg8o5o1q3799ynb70a5ww73y7qvyawvwl4uyu5ww73y7qpmlg8o5o1q3799ynb70avyawvwl4uyukoes6izpdntn3j07ws5upy36kxsws5upy36kxskoes6izpdntn3j07pmlg8o5o1q3799ynb70apmlg8o5o1q3799ynb70a", "init": "", "intermediate": ["5xrv54gkwwhqcd8gu", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gupmlg8o5o1q3799ynb70a", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gupmlg8o5o1q3799ynb70a5xrv54gkwwhqcd8gu", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gupmlg8o5o1q3799ynb70a5xrv54gkwwhqcd8gu9crhx0991gpm7", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gupmlg8o5o1q3799ynb70a5xrv54gkwwhqcd8gu9crhx0991gpm75ww73y7q", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gupmlg8o5o1q3799ynb70a5xrv54gkwwhqcd8gu9crhx0991gpm75ww73y7qws5upy36kxs", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gupmlg8o5o1q3799ynb70a5xrv54gkwwhqcd8gu9crhx0991gpm75ww73y7qws5upy36kxsvyawvwl4uyu", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gupmlg8o5o1q3799ynb70a5xrv54gkwwhqcd8gu9crhx0991gpm75ww73y7qws5upy36kxsvyawvwl4uyupmlg8o5o1q3799ynb70a", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gupmlg8o5o1q3799ynb70a5xrv54gkwwhqcd8gu9crhx0991gpm75ww73y7qws5upy36kxsvyawvwl4uyupmlg8o5o1q3799ynb70a5ww73y7q", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gupmlg8o5o1q3799ynb70a5xrv54gkwwhqcd8gu9crhx0991gpm75ww73y7qws5upy36kxsvyawvwl4uyupmlg8o5o1q3799ynb70a5ww73y7qvyawvwl4uyu", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gupmlg8o5o1q3799ynb70a5xrv54gkwwhqcd8gu9crhx0991gpm75ww73y7qws5upy36kxsvyawvwl4uyupmlg8o5o1q3799ynb70a5ww73y7qvyawvwl4uyu5ww73y7q", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gupmlg8o5o1q3799ynb70a5xrv54gkwwhqcd8gu9crhx0991gpm75ww73y7qws5upy36kxsvyawvwl4uyupmlg8o5o1q3799ynb70a5ww73y7qvyawvwl4uyu5ww73y7qpmlg8o5o1q3799ynb70a", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gupmlg8o5o1q3799ynb70a5xrv54gkwwhqcd8gu9crhx0991gpm75ww73y7qws5upy36kxsvyawvwl4uyupmlg8o5o1q3799ynb70a5ww73y7qvyawvwl4uyu5ww73y7qpmlg8o5o1q3799ynb70avyawvwl4uyu", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gupmlg8o5o1q3799ynb70a5xrv54gkwwhqcd8gu9crhx0991gpm75ww73y7qws5upy36kxsvyawvwl4uyupmlg8o5o1q3799ynb70a5ww73y7qvyawvwl4uyu5ww73y7qpmlg8o5o1q3799ynb70avyawvwl4uyukoes6izpdntn3j07", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gupmlg8o5o1q3799ynb70a5xrv54gkwwhqcd8gu9crhx0991gpm75ww73y7qws5upy36kxsvyawvwl4uyupmlg8o5o1q3799ynb70a5ww73y7qvyawvwl4uyu5ww73y7qpmlg8o5o1q3799ynb70avyawvwl4uyukoes6izpdntn3j07ws5upy36kxs", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gupmlg8o5o1q3799ynb70a5xrv54gkwwhqcd8gu9crhx0991gpm75ww73y7qws5upy36kxsvyawvwl4uyupmlg8o5o1q3799ynb70a5ww73y7qvyawvwl4uyu5ww73y7qpmlg8o5o1q3799ynb70avyawvwl4uyukoes6izpdntn3j07ws5upy36kxsws5upy36kxs", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gupmlg8o5o1q3799ynb70a5xrv54gkwwhqcd8gu9crhx0991gpm75ww73y7qws5upy36kxsvyawvwl4uyupmlg8o5o1q3799ynb70a5ww73y7qvyawvwl4uyu5ww73y7qpmlg8o5o1q3799ynb70avyawvwl4uyukoes6izpdntn3j07ws5upy36kxsws5upy36kxskoes6izpdntn3j07", "5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gu5xrv54gkwwhqcd8gupmlg8o5o1q3799ynb70a5xrv54gkwwhqcd8gu9crhx0991gpm75ww73y7qws5upy36kxsvyawvwl4uyupmlg8o5o1q3799ynb70a5ww73y7qvyawvwl4uyu5ww73y7qpmlg8o5o1q3799ynb70avyawvwl4uyukoes6izpdntn3j07ws5upy36kxsws5upy36kxskoes6izpdntn3j07pmlg8o5o1q3799ynb70a"]}, "config": {"commands": [5, 5, 5, 1, 5, 4, 3, 0, 6, 1, 3, 6, 3, 1, 6, 2, 0, 0, 2, 1, 1], "max_length": 20, "min_length": 5, "num_commands": 21, "num_strings": 7, "strings": ["ws5upy36kxs", "pmlg8o5o1q3799ynb70a", "koes6izpdntn3j07", "5ww73y7q", "9crhx0991gpm7", "5xrv54gkwwhqcd8gu", "vyawvwl4uyu"]}, "task_name": "task05", "example_name": "0193", "problem_name": "task05_0193"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [0s6o1zjen7rl, f8bkj2lvs, j7x2xe6lthql4ykq, jjj4ca, ful2mp4fexu3svfpx4, 1o6g4bsbdgwn, 39nppd8dnis9gwabb, bm4hr4xm0]\nIndices: [7, 3, 5, 6, 1, 3, 4, 1, 2, 0, 0, 7, 0, 7, 2, 7, 3, 6, 7, 0, 6]\n", "label": {"final": "bm4hr4xm0jjj4ca1o6g4bsbdgwn39nppd8dnis9gwabbf8bkj2lvsjjj4caful2mp4fexu3svfpx4f8bkj2lvsj7x2xe6lthql4ykq0s6o1zjen7rl0s6o1zjen7rlbm4hr4xm00s6o1zjen7rlbm4hr4xm0j7x2xe6lthql4ykqbm4hr4xm0jjj4ca39nppd8dnis9gwabbbm4hr4xm00s6o1zjen7rl39nppd8dnis9gwabb", "init": "", "intermediate": ["bm4hr4xm0", "bm4hr4xm0jjj4ca", "bm4hr4xm0jjj4ca1o6g4bsbdgwn", "bm4hr4xm0jjj4ca1o6g4bsbdgwn39nppd8dnis9gwabb", "bm4hr4xm0jjj4ca1o6g4bsbdgwn39nppd8dnis9gwabbf8bkj2lvs", "bm4hr4xm0jjj4ca1o6g4bsbdgwn39nppd8dnis9gwabbf8bkj2lvsjjj4ca", "bm4hr4xm0jjj4ca1o6g4bsbdgwn39nppd8dnis9gwabbf8bkj2lvsjjj4caful2mp4fexu3svfpx4", "bm4hr4xm0jjj4ca1o6g4bsbdgwn39nppd8dnis9gwabbf8bkj2lvsjjj4caful2mp4fexu3svfpx4f8bkj2lvs", "bm4hr4xm0jjj4ca1o6g4bsbdgwn39nppd8dnis9gwabbf8bkj2lvsjjj4caful2mp4fexu3svfpx4f8bkj2lvsj7x2xe6lthql4ykq", "bm4hr4xm0jjj4ca1o6g4bsbdgwn39nppd8dnis9gwabbf8bkj2lvsjjj4caful2mp4fexu3svfpx4f8bkj2lvsj7x2xe6lthql4ykq0s6o1zjen7rl", "bm4hr4xm0jjj4ca1o6g4bsbdgwn39nppd8dnis9gwabbf8bkj2lvsjjj4caful2mp4fexu3svfpx4f8bkj2lvsj7x2xe6lthql4ykq0s6o1zjen7rl0s6o1zjen7rl", "bm4hr4xm0jjj4ca1o6g4bsbdgwn39nppd8dnis9gwabbf8bkj2lvsjjj4caful2mp4fexu3svfpx4f8bkj2lvsj7x2xe6lthql4ykq0s6o1zjen7rl0s6o1zjen7rlbm4hr4xm0", "bm4hr4xm0jjj4ca1o6g4bsbdgwn39nppd8dnis9gwabbf8bkj2lvsjjj4caful2mp4fexu3svfpx4f8bkj2lvsj7x2xe6lthql4ykq0s6o1zjen7rl0s6o1zjen7rlbm4hr4xm00s6o1zjen7rl", "bm4hr4xm0jjj4ca1o6g4bsbdgwn39nppd8dnis9gwabbf8bkj2lvsjjj4caful2mp4fexu3svfpx4f8bkj2lvsj7x2xe6lthql4ykq0s6o1zjen7rl0s6o1zjen7rlbm4hr4xm00s6o1zjen7rlbm4hr4xm0", "bm4hr4xm0jjj4ca1o6g4bsbdgwn39nppd8dnis9gwabbf8bkj2lvsjjj4caful2mp4fexu3svfpx4f8bkj2lvsj7x2xe6lthql4ykq0s6o1zjen7rl0s6o1zjen7rlbm4hr4xm00s6o1zjen7rlbm4hr4xm0j7x2xe6lthql4ykq", "bm4hr4xm0jjj4ca1o6g4bsbdgwn39nppd8dnis9gwabbf8bkj2lvsjjj4caful2mp4fexu3svfpx4f8bkj2lvsj7x2xe6lthql4ykq0s6o1zjen7rl0s6o1zjen7rlbm4hr4xm00s6o1zjen7rlbm4hr4xm0j7x2xe6lthql4ykqbm4hr4xm0", "bm4hr4xm0jjj4ca1o6g4bsbdgwn39nppd8dnis9gwabbf8bkj2lvsjjj4caful2mp4fexu3svfpx4f8bkj2lvsj7x2xe6lthql4ykq0s6o1zjen7rl0s6o1zjen7rlbm4hr4xm00s6o1zjen7rlbm4hr4xm0j7x2xe6lthql4ykqbm4hr4xm0jjj4ca", "bm4hr4xm0jjj4ca1o6g4bsbdgwn39nppd8dnis9gwabbf8bkj2lvsjjj4caful2mp4fexu3svfpx4f8bkj2lvsj7x2xe6lthql4ykq0s6o1zjen7rl0s6o1zjen7rlbm4hr4xm00s6o1zjen7rlbm4hr4xm0j7x2xe6lthql4ykqbm4hr4xm0jjj4ca39nppd8dnis9gwabb", "bm4hr4xm0jjj4ca1o6g4bsbdgwn39nppd8dnis9gwabbf8bkj2lvsjjj4caful2mp4fexu3svfpx4f8bkj2lvsj7x2xe6lthql4ykq0s6o1zjen7rl0s6o1zjen7rlbm4hr4xm00s6o1zjen7rlbm4hr4xm0j7x2xe6lthql4ykqbm4hr4xm0jjj4ca39nppd8dnis9gwabbbm4hr4xm0", "bm4hr4xm0jjj4ca1o6g4bsbdgwn39nppd8dnis9gwabbf8bkj2lvsjjj4caful2mp4fexu3svfpx4f8bkj2lvsj7x2xe6lthql4ykq0s6o1zjen7rl0s6o1zjen7rlbm4hr4xm00s6o1zjen7rlbm4hr4xm0j7x2xe6lthql4ykqbm4hr4xm0jjj4ca39nppd8dnis9gwabbbm4hr4xm00s6o1zjen7rl"]}, "config": {"commands": [7, 3, 5, 6, 1, 3, 4, 1, 2, 0, 0, 7, 0, 7, 2, 7, 3, 6, 7, 0, 6], "max_length": 20, "min_length": 5, "num_commands": 21, "num_strings": 8, "strings": ["0s6o1zjen7rl", "f8bkj2lvs", "j7x2xe6lthql4ykq", "jjj4ca", "ful2mp4fexu3svfpx4", "1o6g4bsbdgwn", "39nppd8dnis9gwabb", "bm4hr4xm0"]}, "task_name": "task05", "example_name": "0194", "problem_name": "task05_0194"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [gq7emfwe3el, 0lqhptz1my267lnn, yhgqmhps91u0, 15qvoz1m, vcxyhpsh45t, 8br6o7l4ltvnldy4op95, 6bikc0627thmngmj2vot, 7p5setunjyb, m3qd2rl, 4lif460khuu1snb7, ynrhah5evmy, u2d7bl3po999njel1, rq6ofqlj, q7cyifhs, d9z5me2fkndfq, jxtltzrpl55hvprtyugs, h7h3zhtxv85ey24, f7jvizttbid, vhbert13n78, 1drhljrijz23ui9h, r856143vcx1kec0mc2c, s0v9as, muuodfqrmt0jjg9n]\nIndices: [2, 12, 3, 4, 8, 2, 12, 11, 11, 2, 0, 18, 7, 5, 14, 9, 19, 9, 21, 1, 5]\n", "label": {"final": "yhgqmhps91u0rq6ofqlj15qvoz1mvcxyhpsh45tm3qd2rlyhgqmhps91u0rq6ofqlju2d7bl3po999njel1u2d7bl3po999njel1yhgqmhps91u0gq7emfwe3elvhbert13n787p5setunjyb8br6o7l4ltvnldy4op95d9z5me2fkndfq4lif460khuu1snb71drhljrijz23ui9h4lif460khuu1snb7s0v9as0lqhptz1my267lnn8br6o7l4ltvnldy4op95", "init": "", "intermediate": ["yhgqmhps91u0", "yhgqmhps91u0rq6ofqlj", "yhgqmhps91u0rq6ofqlj15qvoz1m", "yhgqmhps91u0rq6ofqlj15qvoz1mvcxyhpsh45t", "yhgqmhps91u0rq6ofqlj15qvoz1mvcxyhpsh45tm3qd2rl", "yhgqmhps91u0rq6ofqlj15qvoz1mvcxyhpsh45tm3qd2rlyhgqmhps91u0", "yhgqmhps91u0rq6ofqlj15qvoz1mvcxyhpsh45tm3qd2rlyhgqmhps91u0rq6ofqlj", "yhgqmhps91u0rq6ofqlj15qvoz1mvcxyhpsh45tm3qd2rlyhgqmhps91u0rq6ofqlju2d7bl3po999njel1", "yhgqmhps91u0rq6ofqlj15qvoz1mvcxyhpsh45tm3qd2rlyhgqmhps91u0rq6ofqlju2d7bl3po999njel1u2d7bl3po999njel1", "yhgqmhps91u0rq6ofqlj15qvoz1mvcxyhpsh45tm3qd2rlyhgqmhps91u0rq6ofqlju2d7bl3po999njel1u2d7bl3po999njel1yhgqmhps91u0", "yhgqmhps91u0rq6ofqlj15qvoz1mvcxyhpsh45tm3qd2rlyhgqmhps91u0rq6ofqlju2d7bl3po999njel1u2d7bl3po999njel1yhgqmhps91u0gq7emfwe3el", "yhgqmhps91u0rq6ofqlj15qvoz1mvcxyhpsh45tm3qd2rlyhgqmhps91u0rq6ofqlju2d7bl3po999njel1u2d7bl3po999njel1yhgqmhps91u0gq7emfwe3elvhbert13n78", "yhgqmhps91u0rq6ofqlj15qvoz1mvcxyhpsh45tm3qd2rlyhgqmhps91u0rq6ofqlju2d7bl3po999njel1u2d7bl3po999njel1yhgqmhps91u0gq7emfwe3elvhbert13n787p5setunjyb", "yhgqmhps91u0rq6ofqlj15qvoz1mvcxyhpsh45tm3qd2rlyhgqmhps91u0rq6ofqlju2d7bl3po999njel1u2d7bl3po999njel1yhgqmhps91u0gq7emfwe3elvhbert13n787p5setunjyb8br6o7l4ltvnldy4op95", "yhgqmhps91u0rq6ofqlj15qvoz1mvcxyhpsh45tm3qd2rlyhgqmhps91u0rq6ofqlju2d7bl3po999njel1u2d7bl3po999njel1yhgqmhps91u0gq7emfwe3elvhbert13n787p5setunjyb8br6o7l4ltvnldy4op95d9z5me2fkndfq", "yhgqmhps91u0rq6ofqlj15qvoz1mvcxyhpsh45tm3qd2rlyhgqmhps91u0rq6ofqlju2d7bl3po999njel1u2d7bl3po999njel1yhgqmhps91u0gq7emfwe3elvhbert13n787p5setunjyb8br6o7l4ltvnldy4op95d9z5me2fkndfq4lif460khuu1snb7", "yhgqmhps91u0rq6ofqlj15qvoz1mvcxyhpsh45tm3qd2rlyhgqmhps91u0rq6ofqlju2d7bl3po999njel1u2d7bl3po999njel1yhgqmhps91u0gq7emfwe3elvhbert13n787p5setunjyb8br6o7l4ltvnldy4op95d9z5me2fkndfq4lif460khuu1snb71drhljrijz23ui9h", "yhgqmhps91u0rq6ofqlj15qvoz1mvcxyhpsh45tm3qd2rlyhgqmhps91u0rq6ofqlju2d7bl3po999njel1u2d7bl3po999njel1yhgqmhps91u0gq7emfwe3elvhbert13n787p5setunjyb8br6o7l4ltvnldy4op95d9z5me2fkndfq4lif460khuu1snb71drhljrijz23ui9h4lif460khuu1snb7", "yhgqmhps91u0rq6ofqlj15qvoz1mvcxyhpsh45tm3qd2rlyhgqmhps91u0rq6ofqlju2d7bl3po999njel1u2d7bl3po999njel1yhgqmhps91u0gq7emfwe3elvhbert13n787p5setunjyb8br6o7l4ltvnldy4op95d9z5me2fkndfq4lif460khuu1snb71drhljrijz23ui9h4lif460khuu1snb7s0v9as", "yhgqmhps91u0rq6ofqlj15qvoz1mvcxyhpsh45tm3qd2rlyhgqmhps91u0rq6ofqlju2d7bl3po999njel1u2d7bl3po999njel1yhgqmhps91u0gq7emfwe3elvhbert13n787p5setunjyb8br6o7l4ltvnldy4op95d9z5me2fkndfq4lif460khuu1snb71drhljrijz23ui9h4lif460khuu1snb7s0v9as0lqhptz1my267lnn"]}, "config": {"commands": [2, 12, 3, 4, 8, 2, 12, 11, 11, 2, 0, 18, 7, 5, 14, 9, 19, 9, 21, 1, 5], "max_length": 20, "min_length": 5, "num_commands": 21, "num_strings": 23, "strings": ["gq7emfwe3el", "0lqhptz1my267lnn", "yhgqmhps91u0", "15qvoz1m", "vcxyhpsh45t", "8br6o7l4ltvnldy4op95", "6bikc0627thmngmj2vot", "7p5setunjyb", "m3qd2rl", "4lif460khuu1snb7", "ynrhah5evmy", "u2d7bl3po999njel1", "rq6ofqlj", "q7cyifhs", "d9z5me2fkndfq", "jxtltzrpl55hvprtyugs", "h7h3zhtxv85ey24", "f7jvizttbid", "vhbert13n78", "1drhljrijz23ui9h", "r856143vcx1kec0mc2c", "s0v9as", "muuodfqrmt0jjg9n"]}, "task_name": "task05", "example_name": "0195", "problem_name": "task05_0195"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [mzre8q91tg1, dg9ve, jtieag, syjzctmceiom, dudwbdn7, 3gbnqr7ujl83, pgppf8t, svnpd26umx2jnz, frv594wje1p5323, r7pif6ga6uun9na6, qym2arga0gd86, z2gmdy, byfcxwxc54xb, nrvgol7, w85y8kn3y2pzs7ikxm, liquhyxxod28u2szlp, xcxzwfjhtmulomdc, bnkivck, 0ofvddp]\nIndices: [15, 4, 14, 9, 10, 4, 17, 15, 8, 5, 12, 4, 10, 15, 18, 9, 16, 14, 12, 4, 1]\n", "label": {"final": "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxmr7pif6ga6uun9na6qym2arga0gd86dudwbdn7bnkivckliquhyxxod28u2szlpfrv594wje1p53233gbnqr7ujl83byfcxwxc54xbdudwbdn7qym2arga0gd86liquhyxxod28u2szlp0ofvddpr7pif6ga6uun9na6xcxzwfjhtmulomdcw85y8kn3y2pzs7ikxmbyfcxwxc54xbdudwbdn7dg9ve", "init": "", "intermediate": ["liquhyxxod28u2szlp", "liquhyxxod28u2szlpdudwbdn7", "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxm", "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxmr7pif6ga6uun9na6", "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxmr7pif6ga6uun9na6qym2arga0gd86", "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxmr7pif6ga6uun9na6qym2arga0gd86dudwbdn7", "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxmr7pif6ga6uun9na6qym2arga0gd86dudwbdn7bnkivck", "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxmr7pif6ga6uun9na6qym2arga0gd86dudwbdn7bnkivckliquhyxxod28u2szlp", "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxmr7pif6ga6uun9na6qym2arga0gd86dudwbdn7bnkivckliquhyxxod28u2szlpfrv594wje1p5323", "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxmr7pif6ga6uun9na6qym2arga0gd86dudwbdn7bnkivckliquhyxxod28u2szlpfrv594wje1p53233gbnqr7ujl83", "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxmr7pif6ga6uun9na6qym2arga0gd86dudwbdn7bnkivckliquhyxxod28u2szlpfrv594wje1p53233gbnqr7ujl83byfcxwxc54xb", "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxmr7pif6ga6uun9na6qym2arga0gd86dudwbdn7bnkivckliquhyxxod28u2szlpfrv594wje1p53233gbnqr7ujl83byfcxwxc54xbdudwbdn7", "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxmr7pif6ga6uun9na6qym2arga0gd86dudwbdn7bnkivckliquhyxxod28u2szlpfrv594wje1p53233gbnqr7ujl83byfcxwxc54xbdudwbdn7qym2arga0gd86", "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxmr7pif6ga6uun9na6qym2arga0gd86dudwbdn7bnkivckliquhyxxod28u2szlpfrv594wje1p53233gbnqr7ujl83byfcxwxc54xbdudwbdn7qym2arga0gd86liquhyxxod28u2szlp", "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxmr7pif6ga6uun9na6qym2arga0gd86dudwbdn7bnkivckliquhyxxod28u2szlpfrv594wje1p53233gbnqr7ujl83byfcxwxc54xbdudwbdn7qym2arga0gd86liquhyxxod28u2szlp0ofvddp", "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxmr7pif6ga6uun9na6qym2arga0gd86dudwbdn7bnkivckliquhyxxod28u2szlpfrv594wje1p53233gbnqr7ujl83byfcxwxc54xbdudwbdn7qym2arga0gd86liquhyxxod28u2szlp0ofvddpr7pif6ga6uun9na6", "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxmr7pif6ga6uun9na6qym2arga0gd86dudwbdn7bnkivckliquhyxxod28u2szlpfrv594wje1p53233gbnqr7ujl83byfcxwxc54xbdudwbdn7qym2arga0gd86liquhyxxod28u2szlp0ofvddpr7pif6ga6uun9na6xcxzwfjhtmulomdc", "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxmr7pif6ga6uun9na6qym2arga0gd86dudwbdn7bnkivckliquhyxxod28u2szlpfrv594wje1p53233gbnqr7ujl83byfcxwxc54xbdudwbdn7qym2arga0gd86liquhyxxod28u2szlp0ofvddpr7pif6ga6uun9na6xcxzwfjhtmulomdcw85y8kn3y2pzs7ikxm", "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxmr7pif6ga6uun9na6qym2arga0gd86dudwbdn7bnkivckliquhyxxod28u2szlpfrv594wje1p53233gbnqr7ujl83byfcxwxc54xbdudwbdn7qym2arga0gd86liquhyxxod28u2szlp0ofvddpr7pif6ga6uun9na6xcxzwfjhtmulomdcw85y8kn3y2pzs7ikxmbyfcxwxc54xb", "liquhyxxod28u2szlpdudwbdn7w85y8kn3y2pzs7ikxmr7pif6ga6uun9na6qym2arga0gd86dudwbdn7bnkivckliquhyxxod28u2szlpfrv594wje1p53233gbnqr7ujl83byfcxwxc54xbdudwbdn7qym2arga0gd86liquhyxxod28u2szlp0ofvddpr7pif6ga6uun9na6xcxzwfjhtmulomdcw85y8kn3y2pzs7ikxmbyfcxwxc54xbdudwbdn7"]}, "config": {"commands": [15, 4, 14, 9, 10, 4, 17, 15, 8, 5, 12, 4, 10, 15, 18, 9, 16, 14, 12, 4, 1], "max_length": 20, "min_length": 5, "num_commands": 21, "num_strings": 19, "strings": ["mzre8q91tg1", "dg9ve", "jtieag", "syjzctmceiom", "dudwbdn7", "3gbnqr7ujl83", "pgppf8t", "svnpd26umx2jnz", "frv594wje1p5323", "r7pif6ga6uun9na6", "qym2arga0gd86", "z2gmdy", "byfcxwxc54xb", "nrvgol7", "w85y8kn3y2pzs7ikxm", "liquhyxxod28u2szlp", "xcxzwfjhtmulomdc", "bnkivck", "0ofvddp"]}, "task_name": "task05", "example_name": "0196", "problem_name": "task05_0196"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [8dfera, lzhj9emkzbgp4hnpzwl, tdp90q, qi7uf1iakc, 1fp5vjb7vhjwtfp8zu, zm24jbam7h, z90a0ksk2i3dfo2k56sl, 5xra9al3f1u4w0wd, g0piokuusrupvn, ubojnp5nr7czq, v24nmbljm4fz9rfhw, u0zolvka6zro2a, ht8af98, wbi1otipll6gwn64w, brkugkcvap1j]\nIndices: [6, 8, 14, 12, 1, 5, 12, 0, 8, 7, 7, 13, 6, 7, 3, 2, 14, 13, 5, 6, 13]\n", "label": {"final": "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1jht8af98lzhj9emkzbgp4hnpzwlzm24jbam7hht8af988dferag0piokuusrupvn5xra9al3f1u4w0wd5xra9al3f1u4w0wdwbi1otipll6gwn64wz90a0ksk2i3dfo2k56sl5xra9al3f1u4w0wdqi7uf1iakctdp90qbrkugkcvap1jwbi1otipll6gwn64wzm24jbam7hz90a0ksk2i3dfo2k56slwbi1otipll6gwn64w", "init": "", "intermediate": ["z90a0ksk2i3dfo2k56sl", "z90a0ksk2i3dfo2k56slg0piokuusrupvn", "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1j", "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1jht8af98", "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1jht8af98lzhj9emkzbgp4hnpzwl", "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1jht8af98lzhj9emkzbgp4hnpzwlzm24jbam7h", "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1jht8af98lzhj9emkzbgp4hnpzwlzm24jbam7hht8af98", "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1jht8af98lzhj9emkzbgp4hnpzwlzm24jbam7hht8af988dfera", "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1jht8af98lzhj9emkzbgp4hnpzwlzm24jbam7hht8af988dferag0piokuusrupvn", "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1jht8af98lzhj9emkzbgp4hnpzwlzm24jbam7hht8af988dferag0piokuusrupvn5xra9al3f1u4w0wd", "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1jht8af98lzhj9emkzbgp4hnpzwlzm24jbam7hht8af988dferag0piokuusrupvn5xra9al3f1u4w0wd5xra9al3f1u4w0wd", "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1jht8af98lzhj9emkzbgp4hnpzwlzm24jbam7hht8af988dferag0piokuusrupvn5xra9al3f1u4w0wd5xra9al3f1u4w0wdwbi1otipll6gwn64w", "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1jht8af98lzhj9emkzbgp4hnpzwlzm24jbam7hht8af988dferag0piokuusrupvn5xra9al3f1u4w0wd5xra9al3f1u4w0wdwbi1otipll6gwn64wz90a0ksk2i3dfo2k56sl", "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1jht8af98lzhj9emkzbgp4hnpzwlzm24jbam7hht8af988dferag0piokuusrupvn5xra9al3f1u4w0wd5xra9al3f1u4w0wdwbi1otipll6gwn64wz90a0ksk2i3dfo2k56sl5xra9al3f1u4w0wd", "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1jht8af98lzhj9emkzbgp4hnpzwlzm24jbam7hht8af988dferag0piokuusrupvn5xra9al3f1u4w0wd5xra9al3f1u4w0wdwbi1otipll6gwn64wz90a0ksk2i3dfo2k56sl5xra9al3f1u4w0wdqi7uf1iakc", "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1jht8af98lzhj9emkzbgp4hnpzwlzm24jbam7hht8af988dferag0piokuusrupvn5xra9al3f1u4w0wd5xra9al3f1u4w0wdwbi1otipll6gwn64wz90a0ksk2i3dfo2k56sl5xra9al3f1u4w0wdqi7uf1iakctdp90q", "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1jht8af98lzhj9emkzbgp4hnpzwlzm24jbam7hht8af988dferag0piokuusrupvn5xra9al3f1u4w0wd5xra9al3f1u4w0wdwbi1otipll6gwn64wz90a0ksk2i3dfo2k56sl5xra9al3f1u4w0wdqi7uf1iakctdp90qbrkugkcvap1j", "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1jht8af98lzhj9emkzbgp4hnpzwlzm24jbam7hht8af988dferag0piokuusrupvn5xra9al3f1u4w0wd5xra9al3f1u4w0wdwbi1otipll6gwn64wz90a0ksk2i3dfo2k56sl5xra9al3f1u4w0wdqi7uf1iakctdp90qbrkugkcvap1jwbi1otipll6gwn64w", "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1jht8af98lzhj9emkzbgp4hnpzwlzm24jbam7hht8af988dferag0piokuusrupvn5xra9al3f1u4w0wd5xra9al3f1u4w0wdwbi1otipll6gwn64wz90a0ksk2i3dfo2k56sl5xra9al3f1u4w0wdqi7uf1iakctdp90qbrkugkcvap1jwbi1otipll6gwn64wzm24jbam7h", "z90a0ksk2i3dfo2k56slg0piokuusrupvnbrkugkcvap1jht8af98lzhj9emkzbgp4hnpzwlzm24jbam7hht8af988dferag0piokuusrupvn5xra9al3f1u4w0wd5xra9al3f1u4w0wdwbi1otipll6gwn64wz90a0ksk2i3dfo2k56sl5xra9al3f1u4w0wdqi7uf1iakctdp90qbrkugkcvap1jwbi1otipll6gwn64wzm24jbam7hz90a0ksk2i3dfo2k56sl"]}, "config": {"commands": [6, 8, 14, 12, 1, 5, 12, 0, 8, 7, 7, 13, 6, 7, 3, 2, 14, 13, 5, 6, 13], "max_length": 20, "min_length": 5, "num_commands": 21, "num_strings": 15, "strings": ["8dfera", "lzhj9emkzbgp4hnpzwl", "tdp90q", "qi7uf1iakc", "1fp5vjb7vhjwtfp8zu", "zm24jbam7h", "z90a0ksk2i3dfo2k56sl", "5xra9al3f1u4w0wd", "g0piokuusrupvn", "ubojnp5nr7czq", "v24nmbljm4fz9rfhw", "u0zolvka6zro2a", "ht8af98", "wbi1otipll6gwn64w", "brkugkcvap1j"]}, "task_name": "task05", "example_name": "0197", "problem_name": "task05_0197"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [5nxoz24rg0covxvd8zo, 1nuiaw81c6jdtn8x9va, 08mo69mqsxvi8fi, 4kw8h6r1j5243qw7, godjby54x4fk64f, dkxwzun8z, hajucxn26ro08n7, boirt7a, 31589h7e, 1vns0hn2us, rwc8dgl9edvb7iwthjqq, 9gvmp, cak9oq0s1]\nIndices: [3, 11, 9, 1, 1, 1, 12, 8, 11, 5, 8, 6, 4, 6, 7, 1, 5, 3, 7, 12, 3]\n", "label": {"final": "4kw8h6r1j5243qw79gvmp1vns0hn2us1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9vacak9oq0s131589h7e9gvmpdkxwzun8z31589h7ehajucxn26ro08n7godjby54x4fk64fhajucxn26ro08n7boirt7a1nuiaw81c6jdtn8x9vadkxwzun8z4kw8h6r1j5243qw7boirt7acak9oq0s14kw8h6r1j5243qw7", "init": "", "intermediate": ["4kw8h6r1j5243qw7", "4kw8h6r1j5243qw79gvmp", "4kw8h6r1j5243qw79gvmp1vns0hn2us", "4kw8h6r1j5243qw79gvmp1vns0hn2us1nuiaw81c6jdtn8x9va", "4kw8h6r1j5243qw79gvmp1vns0hn2us1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9va", "4kw8h6r1j5243qw79gvmp1vns0hn2us1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9va", "4kw8h6r1j5243qw79gvmp1vns0hn2us1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9vacak9oq0s1", "4kw8h6r1j5243qw79gvmp1vns0hn2us1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9vacak9oq0s131589h7e", "4kw8h6r1j5243qw79gvmp1vns0hn2us1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9vacak9oq0s131589h7e9gvmp", "4kw8h6r1j5243qw79gvmp1vns0hn2us1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9vacak9oq0s131589h7e9gvmpdkxwzun8z", "4kw8h6r1j5243qw79gvmp1vns0hn2us1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9vacak9oq0s131589h7e9gvmpdkxwzun8z31589h7e", "4kw8h6r1j5243qw79gvmp1vns0hn2us1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9vacak9oq0s131589h7e9gvmpdkxwzun8z31589h7ehajucxn26ro08n7", "4kw8h6r1j5243qw79gvmp1vns0hn2us1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9vacak9oq0s131589h7e9gvmpdkxwzun8z31589h7ehajucxn26ro08n7godjby54x4fk64f", "4kw8h6r1j5243qw79gvmp1vns0hn2us1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9vacak9oq0s131589h7e9gvmpdkxwzun8z31589h7ehajucxn26ro08n7godjby54x4fk64fhajucxn26ro08n7", "4kw8h6r1j5243qw79gvmp1vns0hn2us1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9vacak9oq0s131589h7e9gvmpdkxwzun8z31589h7ehajucxn26ro08n7godjby54x4fk64fhajucxn26ro08n7boirt7a", "4kw8h6r1j5243qw79gvmp1vns0hn2us1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9vacak9oq0s131589h7e9gvmpdkxwzun8z31589h7ehajucxn26ro08n7godjby54x4fk64fhajucxn26ro08n7boirt7a1nuiaw81c6jdtn8x9va", "4kw8h6r1j5243qw79gvmp1vns0hn2us1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9vacak9oq0s131589h7e9gvmpdkxwzun8z31589h7ehajucxn26ro08n7godjby54x4fk64fhajucxn26ro08n7boirt7a1nuiaw81c6jdtn8x9vadkxwzun8z", "4kw8h6r1j5243qw79gvmp1vns0hn2us1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9vacak9oq0s131589h7e9gvmpdkxwzun8z31589h7ehajucxn26ro08n7godjby54x4fk64fhajucxn26ro08n7boirt7a1nuiaw81c6jdtn8x9vadkxwzun8z4kw8h6r1j5243qw7", "4kw8h6r1j5243qw79gvmp1vns0hn2us1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9vacak9oq0s131589h7e9gvmpdkxwzun8z31589h7ehajucxn26ro08n7godjby54x4fk64fhajucxn26ro08n7boirt7a1nuiaw81c6jdtn8x9vadkxwzun8z4kw8h6r1j5243qw7boirt7a", "4kw8h6r1j5243qw79gvmp1vns0hn2us1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9va1nuiaw81c6jdtn8x9vacak9oq0s131589h7e9gvmpdkxwzun8z31589h7ehajucxn26ro08n7godjby54x4fk64fhajucxn26ro08n7boirt7a1nuiaw81c6jdtn8x9vadkxwzun8z4kw8h6r1j5243qw7boirt7acak9oq0s1"]}, "config": {"commands": [3, 11, 9, 1, 1, 1, 12, 8, 11, 5, 8, 6, 4, 6, 7, 1, 5, 3, 7, 12, 3], "max_length": 20, "min_length": 5, "num_commands": 21, "num_strings": 13, "strings": ["5nxoz24rg0covxvd8zo", "1nuiaw81c6jdtn8x9va", "08mo69mqsxvi8fi", "4kw8h6r1j5243qw7", "godjby54x4fk64f", "dkxwzun8z", "hajucxn26ro08n7", "boirt7a", "31589h7e", "1vns0hn2us", "rwc8dgl9edvb7iwthjqq", "9gvmp", "cak9oq0s1"]}, "task_name": "task05", "example_name": "0198", "problem_name": "task05_0198"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [gwwjav5n5bz1ntiu4rh, zxq6gnvu6ih1uamb0, zg2nw42uilkus0, kgjftnhg8djq, 2obxwjzeqfxcv9zrp, 5p59rkuesi, 87u41bfvcz573s8p, grvu0, vmub2jt5d9dfz2, j7k8ci, 80ox3wo2pj1q54vu8]\nIndices: [2, 2, 10, 0, 1, 8, 7, 4, 5, 8, 4, 6, 10, 0, 9, 10, 1, 2, 10, 9, 0]\n", "label": {"final": "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhzxq6gnvu6ih1uamb0vmub2jt5d9dfz2grvu02obxwjzeqfxcv9zrp5p59rkuesivmub2jt5d9dfz22obxwjzeqfxcv9zrp87u41bfvcz573s8p80ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhj7k8ci80ox3wo2pj1q54vu8zxq6gnvu6ih1uamb0zg2nw42uilkus080ox3wo2pj1q54vu8j7k8cigwwjav5n5bz1ntiu4rh", "init": "", "intermediate": ["zg2nw42uilkus0", "zg2nw42uilkus0zg2nw42uilkus0", "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8", "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rh", "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhzxq6gnvu6ih1uamb0", "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhzxq6gnvu6ih1uamb0vmub2jt5d9dfz2", "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhzxq6gnvu6ih1uamb0vmub2jt5d9dfz2grvu0", "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhzxq6gnvu6ih1uamb0vmub2jt5d9dfz2grvu02obxwjzeqfxcv9zrp", "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhzxq6gnvu6ih1uamb0vmub2jt5d9dfz2grvu02obxwjzeqfxcv9zrp5p59rkuesi", "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhzxq6gnvu6ih1uamb0vmub2jt5d9dfz2grvu02obxwjzeqfxcv9zrp5p59rkuesivmub2jt5d9dfz2", "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhzxq6gnvu6ih1uamb0vmub2jt5d9dfz2grvu02obxwjzeqfxcv9zrp5p59rkuesivmub2jt5d9dfz22obxwjzeqfxcv9zrp", "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhzxq6gnvu6ih1uamb0vmub2jt5d9dfz2grvu02obxwjzeqfxcv9zrp5p59rkuesivmub2jt5d9dfz22obxwjzeqfxcv9zrp87u41bfvcz573s8p", "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhzxq6gnvu6ih1uamb0vmub2jt5d9dfz2grvu02obxwjzeqfxcv9zrp5p59rkuesivmub2jt5d9dfz22obxwjzeqfxcv9zrp87u41bfvcz573s8p80ox3wo2pj1q54vu8", "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhzxq6gnvu6ih1uamb0vmub2jt5d9dfz2grvu02obxwjzeqfxcv9zrp5p59rkuesivmub2jt5d9dfz22obxwjzeqfxcv9zrp87u41bfvcz573s8p80ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rh", "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhzxq6gnvu6ih1uamb0vmub2jt5d9dfz2grvu02obxwjzeqfxcv9zrp5p59rkuesivmub2jt5d9dfz22obxwjzeqfxcv9zrp87u41bfvcz573s8p80ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhj7k8ci", "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhzxq6gnvu6ih1uamb0vmub2jt5d9dfz2grvu02obxwjzeqfxcv9zrp5p59rkuesivmub2jt5d9dfz22obxwjzeqfxcv9zrp87u41bfvcz573s8p80ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhj7k8ci80ox3wo2pj1q54vu8", "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhzxq6gnvu6ih1uamb0vmub2jt5d9dfz2grvu02obxwjzeqfxcv9zrp5p59rkuesivmub2jt5d9dfz22obxwjzeqfxcv9zrp87u41bfvcz573s8p80ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhj7k8ci80ox3wo2pj1q54vu8zxq6gnvu6ih1uamb0", "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhzxq6gnvu6ih1uamb0vmub2jt5d9dfz2grvu02obxwjzeqfxcv9zrp5p59rkuesivmub2jt5d9dfz22obxwjzeqfxcv9zrp87u41bfvcz573s8p80ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhj7k8ci80ox3wo2pj1q54vu8zxq6gnvu6ih1uamb0zg2nw42uilkus0", "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhzxq6gnvu6ih1uamb0vmub2jt5d9dfz2grvu02obxwjzeqfxcv9zrp5p59rkuesivmub2jt5d9dfz22obxwjzeqfxcv9zrp87u41bfvcz573s8p80ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhj7k8ci80ox3wo2pj1q54vu8zxq6gnvu6ih1uamb0zg2nw42uilkus080ox3wo2pj1q54vu8", "zg2nw42uilkus0zg2nw42uilkus080ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhzxq6gnvu6ih1uamb0vmub2jt5d9dfz2grvu02obxwjzeqfxcv9zrp5p59rkuesivmub2jt5d9dfz22obxwjzeqfxcv9zrp87u41bfvcz573s8p80ox3wo2pj1q54vu8gwwjav5n5bz1ntiu4rhj7k8ci80ox3wo2pj1q54vu8zxq6gnvu6ih1uamb0zg2nw42uilkus080ox3wo2pj1q54vu8j7k8ci"]}, "config": {"commands": [2, 2, 10, 0, 1, 8, 7, 4, 5, 8, 4, 6, 10, 0, 9, 10, 1, 2, 10, 9, 0], "max_length": 20, "min_length": 5, "num_commands": 21, "num_strings": 11, "strings": ["gwwjav5n5bz1ntiu4rh", "zxq6gnvu6ih1uamb0", "zg2nw42uilkus0", "kgjftnhg8djq", "2obxwjzeqfxcv9zrp", "5p59rkuesi", "87u41bfvcz573s8p", "grvu0", "vmub2jt5d9dfz2", "j7k8ci", "80ox3wo2pj1q54vu8"]}, "task_name": "task05", "example_name": "0199", "problem_name": "task05_0199"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qicoitpdtd3y0px756ug, bpp3k1z, ojzlmzqjos8n, 8ggp1o0zi7niq83, jluiu, 5bzfbr1nxhcg3qow, 5zq2uwgo4lwa07, ws46ss9, 2vnauvyb32c0ge0qmq, tp5n9ues9, 942s71cwkc, ynlijfljpepziy4, 3ios4vbrwguaqinh9w, 8ihbg9vwki517zc4g, c89vlvakvpxtcpslttin, mmp0udfyvfly3hlds, l2g6plp660tc10, auiatsu2sehyp, as933k, 4wg38na7k4tyw6izadv, 2w3d81]\nIndices: [2, 19, 12, 5, 18, 2, 1, 0, 12, 19, 20, 2, 1, 7, 11, 8, 20, 18, 18, 8, 19, 9]\n", "label": {"final": "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qowas933kojzlmzqjos8nbpp3k1zqicoitpdtd3y0px756ug3ios4vbrwguaqinh9w4wg38na7k4tyw6izadv2w3d81ojzlmzqjos8nbpp3k1zws46ss9ynlijfljpepziy42vnauvyb32c0ge0qmq2w3d81as933kas933k2vnauvyb32c0ge0qmq4wg38na7k4tyw6izadvtp5n9ues9", "init": "", "intermediate": ["ojzlmzqjos8n", "ojzlmzqjos8n4wg38na7k4tyw6izadv", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qow", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qowas933k", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qowas933kojzlmzqjos8n", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qowas933kojzlmzqjos8nbpp3k1z", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qowas933kojzlmzqjos8nbpp3k1zqicoitpdtd3y0px756ug", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qowas933kojzlmzqjos8nbpp3k1zqicoitpdtd3y0px756ug3ios4vbrwguaqinh9w", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qowas933kojzlmzqjos8nbpp3k1zqicoitpdtd3y0px756ug3ios4vbrwguaqinh9w4wg38na7k4tyw6izadv", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qowas933kojzlmzqjos8nbpp3k1zqicoitpdtd3y0px756ug3ios4vbrwguaqinh9w4wg38na7k4tyw6izadv2w3d81", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qowas933kojzlmzqjos8nbpp3k1zqicoitpdtd3y0px756ug3ios4vbrwguaqinh9w4wg38na7k4tyw6izadv2w3d81ojzlmzqjos8n", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qowas933kojzlmzqjos8nbpp3k1zqicoitpdtd3y0px756ug3ios4vbrwguaqinh9w4wg38na7k4tyw6izadv2w3d81ojzlmzqjos8nbpp3k1z", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qowas933kojzlmzqjos8nbpp3k1zqicoitpdtd3y0px756ug3ios4vbrwguaqinh9w4wg38na7k4tyw6izadv2w3d81ojzlmzqjos8nbpp3k1zws46ss9", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qowas933kojzlmzqjos8nbpp3k1zqicoitpdtd3y0px756ug3ios4vbrwguaqinh9w4wg38na7k4tyw6izadv2w3d81ojzlmzqjos8nbpp3k1zws46ss9ynlijfljpepziy4", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qowas933kojzlmzqjos8nbpp3k1zqicoitpdtd3y0px756ug3ios4vbrwguaqinh9w4wg38na7k4tyw6izadv2w3d81ojzlmzqjos8nbpp3k1zws46ss9ynlijfljpepziy42vnauvyb32c0ge0qmq", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qowas933kojzlmzqjos8nbpp3k1zqicoitpdtd3y0px756ug3ios4vbrwguaqinh9w4wg38na7k4tyw6izadv2w3d81ojzlmzqjos8nbpp3k1zws46ss9ynlijfljpepziy42vnauvyb32c0ge0qmq2w3d81", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qowas933kojzlmzqjos8nbpp3k1zqicoitpdtd3y0px756ug3ios4vbrwguaqinh9w4wg38na7k4tyw6izadv2w3d81ojzlmzqjos8nbpp3k1zws46ss9ynlijfljpepziy42vnauvyb32c0ge0qmq2w3d81as933k", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qowas933kojzlmzqjos8nbpp3k1zqicoitpdtd3y0px756ug3ios4vbrwguaqinh9w4wg38na7k4tyw6izadv2w3d81ojzlmzqjos8nbpp3k1zws46ss9ynlijfljpepziy42vnauvyb32c0ge0qmq2w3d81as933kas933k", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qowas933kojzlmzqjos8nbpp3k1zqicoitpdtd3y0px756ug3ios4vbrwguaqinh9w4wg38na7k4tyw6izadv2w3d81ojzlmzqjos8nbpp3k1zws46ss9ynlijfljpepziy42vnauvyb32c0ge0qmq2w3d81as933kas933k2vnauvyb32c0ge0qmq", "ojzlmzqjos8n4wg38na7k4tyw6izadv3ios4vbrwguaqinh9w5bzfbr1nxhcg3qowas933kojzlmzqjos8nbpp3k1zqicoitpdtd3y0px756ug3ios4vbrwguaqinh9w4wg38na7k4tyw6izadv2w3d81ojzlmzqjos8nbpp3k1zws46ss9ynlijfljpepziy42vnauvyb32c0ge0qmq2w3d81as933kas933k2vnauvyb32c0ge0qmq4wg38na7k4tyw6izadv"]}, "config": {"commands": [2, 19, 12, 5, 18, 2, 1, 0, 12, 19, 20, 2, 1, 7, 11, 8, 20, 18, 18, 8, 19, 9], "max_length": 20, "min_length": 5, "num_commands": 22, "num_strings": 21, "strings": ["qicoitpdtd3y0px756ug", "bpp3k1z", "ojzlmzqjos8n", "8ggp1o0zi7niq83", "jluiu", "5bzfbr1nxhcg3qow", "5zq2uwgo4lwa07", "ws46ss9", "2vnauvyb32c0ge0qmq", "tp5n9ues9", "942s71cwkc", "ynlijfljpepziy4", "3ios4vbrwguaqinh9w", "8ihbg9vwki517zc4g", "c89vlvakvpxtcpslttin", "mmp0udfyvfly3hlds", "l2g6plp660tc10", "auiatsu2sehyp", "as933k", "4wg38na7k4tyw6izadv", "2w3d81"]}, "task_name": "task05", "example_name": "0200", "problem_name": "task05_0200"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [pfyzr9z1zb5a9phn2xbf, 1fngvnah9d, aonj04p0db, wwict1vs, o0uvtj0sfuetqpw5cjw4, 8legsu, qly9gxkgfq3d]\nIndices: [3, 5, 1, 1, 6, 4, 0, 5, 3, 3, 4, 4, 3, 3, 4, 1, 5, 1, 5, 1, 3, 3]\n", "label": {"final": "wwict1vs8legsu1fngvnah9d1fngvnah9dqly9gxkgfq3do0uvtj0sfuetqpw5cjw4pfyzr9z1zb5a9phn2xbf8legsuwwict1vswwict1vso0uvtj0sfuetqpw5cjw4o0uvtj0sfuetqpw5cjw4wwict1vswwict1vso0uvtj0sfuetqpw5cjw41fngvnah9d8legsu1fngvnah9d8legsu1fngvnah9dwwict1vswwict1vs", "init": "", "intermediate": ["wwict1vs", "wwict1vs8legsu", "wwict1vs8legsu1fngvnah9d", "wwict1vs8legsu1fngvnah9d1fngvnah9d", "wwict1vs8legsu1fngvnah9d1fngvnah9dqly9gxkgfq3d", "wwict1vs8legsu1fngvnah9d1fngvnah9dqly9gxkgfq3do0uvtj0sfuetqpw5cjw4", "wwict1vs8legsu1fngvnah9d1fngvnah9dqly9gxkgfq3do0uvtj0sfuetqpw5cjw4pfyzr9z1zb5a9phn2xbf", "wwict1vs8legsu1fngvnah9d1fngvnah9dqly9gxkgfq3do0uvtj0sfuetqpw5cjw4pfyzr9z1zb5a9phn2xbf8legsu", "wwict1vs8legsu1fngvnah9d1fngvnah9dqly9gxkgfq3do0uvtj0sfuetqpw5cjw4pfyzr9z1zb5a9phn2xbf8legsuwwict1vs", "wwict1vs8legsu1fngvnah9d1fngvnah9dqly9gxkgfq3do0uvtj0sfuetqpw5cjw4pfyzr9z1zb5a9phn2xbf8legsuwwict1vswwict1vs", "wwict1vs8legsu1fngvnah9d1fngvnah9dqly9gxkgfq3do0uvtj0sfuetqpw5cjw4pfyzr9z1zb5a9phn2xbf8legsuwwict1vswwict1vso0uvtj0sfuetqpw5cjw4", "wwict1vs8legsu1fngvnah9d1fngvnah9dqly9gxkgfq3do0uvtj0sfuetqpw5cjw4pfyzr9z1zb5a9phn2xbf8legsuwwict1vswwict1vso0uvtj0sfuetqpw5cjw4o0uvtj0sfuetqpw5cjw4", "wwict1vs8legsu1fngvnah9d1fngvnah9dqly9gxkgfq3do0uvtj0sfuetqpw5cjw4pfyzr9z1zb5a9phn2xbf8legsuwwict1vswwict1vso0uvtj0sfuetqpw5cjw4o0uvtj0sfuetqpw5cjw4wwict1vs", "wwict1vs8legsu1fngvnah9d1fngvnah9dqly9gxkgfq3do0uvtj0sfuetqpw5cjw4pfyzr9z1zb5a9phn2xbf8legsuwwict1vswwict1vso0uvtj0sfuetqpw5cjw4o0uvtj0sfuetqpw5cjw4wwict1vswwict1vs", "wwict1vs8legsu1fngvnah9d1fngvnah9dqly9gxkgfq3do0uvtj0sfuetqpw5cjw4pfyzr9z1zb5a9phn2xbf8legsuwwict1vswwict1vso0uvtj0sfuetqpw5cjw4o0uvtj0sfuetqpw5cjw4wwict1vswwict1vso0uvtj0sfuetqpw5cjw4", "wwict1vs8legsu1fngvnah9d1fngvnah9dqly9gxkgfq3do0uvtj0sfuetqpw5cjw4pfyzr9z1zb5a9phn2xbf8legsuwwict1vswwict1vso0uvtj0sfuetqpw5cjw4o0uvtj0sfuetqpw5cjw4wwict1vswwict1vso0uvtj0sfuetqpw5cjw41fngvnah9d", "wwict1vs8legsu1fngvnah9d1fngvnah9dqly9gxkgfq3do0uvtj0sfuetqpw5cjw4pfyzr9z1zb5a9phn2xbf8legsuwwict1vswwict1vso0uvtj0sfuetqpw5cjw4o0uvtj0sfuetqpw5cjw4wwict1vswwict1vso0uvtj0sfuetqpw5cjw41fngvnah9d8legsu", "wwict1vs8legsu1fngvnah9d1fngvnah9dqly9gxkgfq3do0uvtj0sfuetqpw5cjw4pfyzr9z1zb5a9phn2xbf8legsuwwict1vswwict1vso0uvtj0sfuetqpw5cjw4o0uvtj0sfuetqpw5cjw4wwict1vswwict1vso0uvtj0sfuetqpw5cjw41fngvnah9d8legsu1fngvnah9d", "wwict1vs8legsu1fngvnah9d1fngvnah9dqly9gxkgfq3do0uvtj0sfuetqpw5cjw4pfyzr9z1zb5a9phn2xbf8legsuwwict1vswwict1vso0uvtj0sfuetqpw5cjw4o0uvtj0sfuetqpw5cjw4wwict1vswwict1vso0uvtj0sfuetqpw5cjw41fngvnah9d8legsu1fngvnah9d8legsu", "wwict1vs8legsu1fngvnah9d1fngvnah9dqly9gxkgfq3do0uvtj0sfuetqpw5cjw4pfyzr9z1zb5a9phn2xbf8legsuwwict1vswwict1vso0uvtj0sfuetqpw5cjw4o0uvtj0sfuetqpw5cjw4wwict1vswwict1vso0uvtj0sfuetqpw5cjw41fngvnah9d8legsu1fngvnah9d8legsu1fngvnah9d", "wwict1vs8legsu1fngvnah9d1fngvnah9dqly9gxkgfq3do0uvtj0sfuetqpw5cjw4pfyzr9z1zb5a9phn2xbf8legsuwwict1vswwict1vso0uvtj0sfuetqpw5cjw4o0uvtj0sfuetqpw5cjw4wwict1vswwict1vso0uvtj0sfuetqpw5cjw41fngvnah9d8legsu1fngvnah9d8legsu1fngvnah9dwwict1vs"]}, "config": {"commands": [3, 5, 1, 1, 6, 4, 0, 5, 3, 3, 4, 4, 3, 3, 4, 1, 5, 1, 5, 1, 3, 3], "max_length": 20, "min_length": 5, "num_commands": 22, "num_strings": 7, "strings": ["pfyzr9z1zb5a9phn2xbf", "1fngvnah9d", "aonj04p0db", "wwict1vs", "o0uvtj0sfuetqpw5cjw4", "8legsu", "qly9gxkgfq3d"]}, "task_name": "task05", "example_name": "0201", "problem_name": "task05_0201"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [nce73quqpfdlz13x, bgycorbz5dubxcxm3, 5lyb2v4, xihytagujokpnyttc2, py5y9a9l4, a344aqpxyq, 1l9wgqkv3c7, e0i87aqmfncbf9jun8g, jwcaehckunrl9g7jb9, 9baf388fw5, ojxkfqjzy, jjnptnfj, iel5nmlq9drpl, 8i6iihor51s70308vin, rd9a1ykqjqa5n, n5t9ekslmcni]\nIndices: [5, 1, 2, 2, 6, 15, 13, 5, 13, 9, 6, 4, 14, 6, 6, 6, 3, 13, 1, 11, 9, 9]\n", "label": {"final": "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v41l9wgqkv3c7n5t9ekslmcni8i6iihor51s70308vina344aqpxyq8i6iihor51s70308vin9baf388fw51l9wgqkv3c7py5y9a9l4rd9a1ykqjqa5n1l9wgqkv3c71l9wgqkv3c71l9wgqkv3c7xihytagujokpnyttc28i6iihor51s70308vinbgycorbz5dubxcxm3jjnptnfj9baf388fw59baf388fw5", "init": "", "intermediate": ["a344aqpxyq", "a344aqpxyqbgycorbz5dubxcxm3", "a344aqpxyqbgycorbz5dubxcxm35lyb2v4", "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v4", "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v41l9wgqkv3c7", "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v41l9wgqkv3c7n5t9ekslmcni", "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v41l9wgqkv3c7n5t9ekslmcni8i6iihor51s70308vin", "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v41l9wgqkv3c7n5t9ekslmcni8i6iihor51s70308vina344aqpxyq", "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v41l9wgqkv3c7n5t9ekslmcni8i6iihor51s70308vina344aqpxyq8i6iihor51s70308vin", "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v41l9wgqkv3c7n5t9ekslmcni8i6iihor51s70308vina344aqpxyq8i6iihor51s70308vin9baf388fw5", "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v41l9wgqkv3c7n5t9ekslmcni8i6iihor51s70308vina344aqpxyq8i6iihor51s70308vin9baf388fw51l9wgqkv3c7", "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v41l9wgqkv3c7n5t9ekslmcni8i6iihor51s70308vina344aqpxyq8i6iihor51s70308vin9baf388fw51l9wgqkv3c7py5y9a9l4", "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v41l9wgqkv3c7n5t9ekslmcni8i6iihor51s70308vina344aqpxyq8i6iihor51s70308vin9baf388fw51l9wgqkv3c7py5y9a9l4rd9a1ykqjqa5n", "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v41l9wgqkv3c7n5t9ekslmcni8i6iihor51s70308vina344aqpxyq8i6iihor51s70308vin9baf388fw51l9wgqkv3c7py5y9a9l4rd9a1ykqjqa5n1l9wgqkv3c7", "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v41l9wgqkv3c7n5t9ekslmcni8i6iihor51s70308vina344aqpxyq8i6iihor51s70308vin9baf388fw51l9wgqkv3c7py5y9a9l4rd9a1ykqjqa5n1l9wgqkv3c71l9wgqkv3c7", "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v41l9wgqkv3c7n5t9ekslmcni8i6iihor51s70308vina344aqpxyq8i6iihor51s70308vin9baf388fw51l9wgqkv3c7py5y9a9l4rd9a1ykqjqa5n1l9wgqkv3c71l9wgqkv3c71l9wgqkv3c7", "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v41l9wgqkv3c7n5t9ekslmcni8i6iihor51s70308vina344aqpxyq8i6iihor51s70308vin9baf388fw51l9wgqkv3c7py5y9a9l4rd9a1ykqjqa5n1l9wgqkv3c71l9wgqkv3c71l9wgqkv3c7xihytagujokpnyttc2", "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v41l9wgqkv3c7n5t9ekslmcni8i6iihor51s70308vina344aqpxyq8i6iihor51s70308vin9baf388fw51l9wgqkv3c7py5y9a9l4rd9a1ykqjqa5n1l9wgqkv3c71l9wgqkv3c71l9wgqkv3c7xihytagujokpnyttc28i6iihor51s70308vin", "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v41l9wgqkv3c7n5t9ekslmcni8i6iihor51s70308vina344aqpxyq8i6iihor51s70308vin9baf388fw51l9wgqkv3c7py5y9a9l4rd9a1ykqjqa5n1l9wgqkv3c71l9wgqkv3c71l9wgqkv3c7xihytagujokpnyttc28i6iihor51s70308vinbgycorbz5dubxcxm3", "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v41l9wgqkv3c7n5t9ekslmcni8i6iihor51s70308vina344aqpxyq8i6iihor51s70308vin9baf388fw51l9wgqkv3c7py5y9a9l4rd9a1ykqjqa5n1l9wgqkv3c71l9wgqkv3c71l9wgqkv3c7xihytagujokpnyttc28i6iihor51s70308vinbgycorbz5dubxcxm3jjnptnfj", "a344aqpxyqbgycorbz5dubxcxm35lyb2v45lyb2v41l9wgqkv3c7n5t9ekslmcni8i6iihor51s70308vina344aqpxyq8i6iihor51s70308vin9baf388fw51l9wgqkv3c7py5y9a9l4rd9a1ykqjqa5n1l9wgqkv3c71l9wgqkv3c71l9wgqkv3c7xihytagujokpnyttc28i6iihor51s70308vinbgycorbz5dubxcxm3jjnptnfj9baf388fw5"]}, "config": {"commands": [5, 1, 2, 2, 6, 15, 13, 5, 13, 9, 6, 4, 14, 6, 6, 6, 3, 13, 1, 11, 9, 9], "max_length": 20, "min_length": 5, "num_commands": 22, "num_strings": 16, "strings": ["nce73quqpfdlz13x", "bgycorbz5dubxcxm3", "5lyb2v4", "xihytagujokpnyttc2", "py5y9a9l4", "a344aqpxyq", "1l9wgqkv3c7", "e0i87aqmfncbf9jun8g", "jwcaehckunrl9g7jb9", "9baf388fw5", "ojxkfqjzy", "jjnptnfj", "iel5nmlq9drpl", "8i6iihor51s70308vin", "rd9a1ykqjqa5n", "n5t9ekslmcni"]}, "task_name": "task05", "example_name": "0202", "problem_name": "task05_0202"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [d742scr, f408mjp8p, 0iv8du7oqfmqig3aejzd, 2v6t6]\nIndices: [0, 2, 2, 3, 3, 1, 3, 2, 1, 3, 0, 2, 1, 2, 3, 3, 0, 1, 1, 1, 1, 1]\n", "label": {"final": "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t62v6t6f408mjp8p2v6t60iv8du7oqfmqig3aejzdf408mjp8p2v6t6d742scr0iv8du7oqfmqig3aejzdf408mjp8p0iv8du7oqfmqig3aejzd2v6t62v6t6d742scrf408mjp8pf408mjp8pf408mjp8pf408mjp8pf408mjp8p", "init": "", "intermediate": ["d742scr", "d742scr0iv8du7oqfmqig3aejzd", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t6", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t62v6t6", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t62v6t6f408mjp8p", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t62v6t6f408mjp8p2v6t6", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t62v6t6f408mjp8p2v6t60iv8du7oqfmqig3aejzd", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t62v6t6f408mjp8p2v6t60iv8du7oqfmqig3aejzdf408mjp8p", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t62v6t6f408mjp8p2v6t60iv8du7oqfmqig3aejzdf408mjp8p2v6t6", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t62v6t6f408mjp8p2v6t60iv8du7oqfmqig3aejzdf408mjp8p2v6t6d742scr", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t62v6t6f408mjp8p2v6t60iv8du7oqfmqig3aejzdf408mjp8p2v6t6d742scr0iv8du7oqfmqig3aejzd", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t62v6t6f408mjp8p2v6t60iv8du7oqfmqig3aejzdf408mjp8p2v6t6d742scr0iv8du7oqfmqig3aejzdf408mjp8p", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t62v6t6f408mjp8p2v6t60iv8du7oqfmqig3aejzdf408mjp8p2v6t6d742scr0iv8du7oqfmqig3aejzdf408mjp8p0iv8du7oqfmqig3aejzd", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t62v6t6f408mjp8p2v6t60iv8du7oqfmqig3aejzdf408mjp8p2v6t6d742scr0iv8du7oqfmqig3aejzdf408mjp8p0iv8du7oqfmqig3aejzd2v6t6", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t62v6t6f408mjp8p2v6t60iv8du7oqfmqig3aejzdf408mjp8p2v6t6d742scr0iv8du7oqfmqig3aejzdf408mjp8p0iv8du7oqfmqig3aejzd2v6t62v6t6", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t62v6t6f408mjp8p2v6t60iv8du7oqfmqig3aejzdf408mjp8p2v6t6d742scr0iv8du7oqfmqig3aejzdf408mjp8p0iv8du7oqfmqig3aejzd2v6t62v6t6d742scr", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t62v6t6f408mjp8p2v6t60iv8du7oqfmqig3aejzdf408mjp8p2v6t6d742scr0iv8du7oqfmqig3aejzdf408mjp8p0iv8du7oqfmqig3aejzd2v6t62v6t6d742scrf408mjp8p", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t62v6t6f408mjp8p2v6t60iv8du7oqfmqig3aejzdf408mjp8p2v6t6d742scr0iv8du7oqfmqig3aejzdf408mjp8p0iv8du7oqfmqig3aejzd2v6t62v6t6d742scrf408mjp8pf408mjp8p", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t62v6t6f408mjp8p2v6t60iv8du7oqfmqig3aejzdf408mjp8p2v6t6d742scr0iv8du7oqfmqig3aejzdf408mjp8p0iv8du7oqfmqig3aejzd2v6t62v6t6d742scrf408mjp8pf408mjp8pf408mjp8p", "d742scr0iv8du7oqfmqig3aejzd0iv8du7oqfmqig3aejzd2v6t62v6t6f408mjp8p2v6t60iv8du7oqfmqig3aejzdf408mjp8p2v6t6d742scr0iv8du7oqfmqig3aejzdf408mjp8p0iv8du7oqfmqig3aejzd2v6t62v6t6d742scrf408mjp8pf408mjp8pf408mjp8pf408mjp8p"]}, "config": {"commands": [0, 2, 2, 3, 3, 1, 3, 2, 1, 3, 0, 2, 1, 2, 3, 3, 0, 1, 1, 1, 1, 1], "max_length": 20, "min_length": 5, "num_commands": 22, "num_strings": 4, "strings": ["d742scr", "f408mjp8p", "0iv8du7oqfmqig3aejzd", "2v6t6"]}, "task_name": "task05", "example_name": "0203", "problem_name": "task05_0203"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [85sss, dw6cy5fehtva, 1k3ck, wwvqmk, u3kczqap, 12e65kyx2, l2fxx7ofva, fhu1v0dl, 47wdpygoojcflc89didz, 4w2hys7y4h, 13vhx5sb6, vz84eg, i78c7cw0bwh0ewni]\nIndices: [4, 1, 12, 5, 4, 1, 9, 12, 0, 4, 8, 10, 8, 8, 2, 4, 3, 11, 12, 11, 12, 11]\n", "label": {"final": "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2u3kczqapdw6cy5fehtva4w2hys7y4hi78c7cw0bwh0ewni85sssu3kczqap47wdpygoojcflc89didz13vhx5sb647wdpygoojcflc89didz47wdpygoojcflc89didz1k3cku3kczqapwwvqmkvz84egi78c7cw0bwh0ewnivz84egi78c7cw0bwh0ewnivz84eg", "init": "", "intermediate": ["u3kczqap", "u3kczqapdw6cy5fehtva", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2u3kczqap", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2u3kczqapdw6cy5fehtva", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2u3kczqapdw6cy5fehtva4w2hys7y4h", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2u3kczqapdw6cy5fehtva4w2hys7y4hi78c7cw0bwh0ewni", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2u3kczqapdw6cy5fehtva4w2hys7y4hi78c7cw0bwh0ewni85sss", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2u3kczqapdw6cy5fehtva4w2hys7y4hi78c7cw0bwh0ewni85sssu3kczqap", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2u3kczqapdw6cy5fehtva4w2hys7y4hi78c7cw0bwh0ewni85sssu3kczqap47wdpygoojcflc89didz", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2u3kczqapdw6cy5fehtva4w2hys7y4hi78c7cw0bwh0ewni85sssu3kczqap47wdpygoojcflc89didz13vhx5sb6", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2u3kczqapdw6cy5fehtva4w2hys7y4hi78c7cw0bwh0ewni85sssu3kczqap47wdpygoojcflc89didz13vhx5sb647wdpygoojcflc89didz", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2u3kczqapdw6cy5fehtva4w2hys7y4hi78c7cw0bwh0ewni85sssu3kczqap47wdpygoojcflc89didz13vhx5sb647wdpygoojcflc89didz47wdpygoojcflc89didz", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2u3kczqapdw6cy5fehtva4w2hys7y4hi78c7cw0bwh0ewni85sssu3kczqap47wdpygoojcflc89didz13vhx5sb647wdpygoojcflc89didz47wdpygoojcflc89didz1k3ck", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2u3kczqapdw6cy5fehtva4w2hys7y4hi78c7cw0bwh0ewni85sssu3kczqap47wdpygoojcflc89didz13vhx5sb647wdpygoojcflc89didz47wdpygoojcflc89didz1k3cku3kczqap", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2u3kczqapdw6cy5fehtva4w2hys7y4hi78c7cw0bwh0ewni85sssu3kczqap47wdpygoojcflc89didz13vhx5sb647wdpygoojcflc89didz47wdpygoojcflc89didz1k3cku3kczqapwwvqmk", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2u3kczqapdw6cy5fehtva4w2hys7y4hi78c7cw0bwh0ewni85sssu3kczqap47wdpygoojcflc89didz13vhx5sb647wdpygoojcflc89didz47wdpygoojcflc89didz1k3cku3kczqapwwvqmkvz84eg", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2u3kczqapdw6cy5fehtva4w2hys7y4hi78c7cw0bwh0ewni85sssu3kczqap47wdpygoojcflc89didz13vhx5sb647wdpygoojcflc89didz47wdpygoojcflc89didz1k3cku3kczqapwwvqmkvz84egi78c7cw0bwh0ewni", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2u3kczqapdw6cy5fehtva4w2hys7y4hi78c7cw0bwh0ewni85sssu3kczqap47wdpygoojcflc89didz13vhx5sb647wdpygoojcflc89didz47wdpygoojcflc89didz1k3cku3kczqapwwvqmkvz84egi78c7cw0bwh0ewnivz84eg", "u3kczqapdw6cy5fehtvai78c7cw0bwh0ewni12e65kyx2u3kczqapdw6cy5fehtva4w2hys7y4hi78c7cw0bwh0ewni85sssu3kczqap47wdpygoojcflc89didz13vhx5sb647wdpygoojcflc89didz47wdpygoojcflc89didz1k3cku3kczqapwwvqmkvz84egi78c7cw0bwh0ewnivz84egi78c7cw0bwh0ewni"]}, "config": {"commands": [4, 1, 12, 5, 4, 1, 9, 12, 0, 4, 8, 10, 8, 8, 2, 4, 3, 11, 12, 11, 12, 11], "max_length": 20, "min_length": 5, "num_commands": 22, "num_strings": 13, "strings": ["85sss", "dw6cy5fehtva", "1k3ck", "wwvqmk", "u3kczqap", "12e65kyx2", "l2fxx7ofva", "fhu1v0dl", "47wdpygoojcflc89didz", "4w2hys7y4h", "13vhx5sb6", "vz84eg", "i78c7cw0bwh0ewni"]}, "task_name": "task05", "example_name": "0204", "problem_name": "task05_0204"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [qnm6r, ktb820418z, wymo0wr09iosbwq2j, fgsoi0xq8g02hblya7fp]\nIndices: [1, 0, 2, 2, 1, 2, 3, 3, 1, 0, 1, 3, 2, 0, 1, 3, 3, 3, 1, 0, 1, 0]\n", "label": {"final": "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2jktb820418zwymo0wr09iosbwq2jfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpktb820418zqnm6rktb820418zfgsoi0xq8g02hblya7fpwymo0wr09iosbwq2jqnm6rktb820418zfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpktb820418zqnm6rktb820418zqnm6r", "init": "", "intermediate": ["ktb820418z", "ktb820418zqnm6r", "ktb820418zqnm6rwymo0wr09iosbwq2j", "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2j", "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2jktb820418z", "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2jktb820418zwymo0wr09iosbwq2j", "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2jktb820418zwymo0wr09iosbwq2jfgsoi0xq8g02hblya7fp", "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2jktb820418zwymo0wr09iosbwq2jfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fp", "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2jktb820418zwymo0wr09iosbwq2jfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpktb820418z", "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2jktb820418zwymo0wr09iosbwq2jfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpktb820418zqnm6r", "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2jktb820418zwymo0wr09iosbwq2jfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpktb820418zqnm6rktb820418z", "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2jktb820418zwymo0wr09iosbwq2jfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpktb820418zqnm6rktb820418zfgsoi0xq8g02hblya7fp", "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2jktb820418zwymo0wr09iosbwq2jfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpktb820418zqnm6rktb820418zfgsoi0xq8g02hblya7fpwymo0wr09iosbwq2j", "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2jktb820418zwymo0wr09iosbwq2jfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpktb820418zqnm6rktb820418zfgsoi0xq8g02hblya7fpwymo0wr09iosbwq2jqnm6r", "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2jktb820418zwymo0wr09iosbwq2jfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpktb820418zqnm6rktb820418zfgsoi0xq8g02hblya7fpwymo0wr09iosbwq2jqnm6rktb820418z", "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2jktb820418zwymo0wr09iosbwq2jfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpktb820418zqnm6rktb820418zfgsoi0xq8g02hblya7fpwymo0wr09iosbwq2jqnm6rktb820418zfgsoi0xq8g02hblya7fp", "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2jktb820418zwymo0wr09iosbwq2jfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpktb820418zqnm6rktb820418zfgsoi0xq8g02hblya7fpwymo0wr09iosbwq2jqnm6rktb820418zfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fp", "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2jktb820418zwymo0wr09iosbwq2jfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpktb820418zqnm6rktb820418zfgsoi0xq8g02hblya7fpwymo0wr09iosbwq2jqnm6rktb820418zfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fp", "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2jktb820418zwymo0wr09iosbwq2jfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpktb820418zqnm6rktb820418zfgsoi0xq8g02hblya7fpwymo0wr09iosbwq2jqnm6rktb820418zfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpktb820418z", "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2jktb820418zwymo0wr09iosbwq2jfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpktb820418zqnm6rktb820418zfgsoi0xq8g02hblya7fpwymo0wr09iosbwq2jqnm6rktb820418zfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpktb820418zqnm6r", "ktb820418zqnm6rwymo0wr09iosbwq2jwymo0wr09iosbwq2jktb820418zwymo0wr09iosbwq2jfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpktb820418zqnm6rktb820418zfgsoi0xq8g02hblya7fpwymo0wr09iosbwq2jqnm6rktb820418zfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpfgsoi0xq8g02hblya7fpktb820418zqnm6rktb820418z"]}, "config": {"commands": [1, 0, 2, 2, 1, 2, 3, 3, 1, 0, 1, 3, 2, 0, 1, 3, 3, 3, 1, 0, 1, 0], "max_length": 20, "min_length": 5, "num_commands": 22, "num_strings": 4, "strings": ["qnm6r", "ktb820418z", "wymo0wr09iosbwq2j", "fgsoi0xq8g02hblya7fp"]}, "task_name": "task05", "example_name": "0205", "problem_name": "task05_0205"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [gqcp3qagy4zxkp40, vaz13ckgu1, i63hchcl2f752, pdhhgwa1zf, mgjvsd3y799khl57]\nIndices: [3, 0, 3, 2, 2, 2, 3, 0, 3, 4, 3, 3, 2, 2, 0, 3, 1, 0, 2, 2, 4, 0]\n", "label": {"final": "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752i63hchcl2f752i63hchcl2f752pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfmgjvsd3y799khl57pdhhgwa1zfpdhhgwa1zfi63hchcl2f752i63hchcl2f752gqcp3qagy4zxkp40pdhhgwa1zfvaz13ckgu1gqcp3qagy4zxkp40i63hchcl2f752i63hchcl2f752mgjvsd3y799khl57gqcp3qagy4zxkp40", "init": "", "intermediate": ["pdhhgwa1zf", "pdhhgwa1zfgqcp3qagy4zxkp40", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zf", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752i63hchcl2f752", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752i63hchcl2f752i63hchcl2f752", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752i63hchcl2f752i63hchcl2f752pdhhgwa1zf", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752i63hchcl2f752i63hchcl2f752pdhhgwa1zfgqcp3qagy4zxkp40", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752i63hchcl2f752i63hchcl2f752pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zf", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752i63hchcl2f752i63hchcl2f752pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfmgjvsd3y799khl57", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752i63hchcl2f752i63hchcl2f752pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfmgjvsd3y799khl57pdhhgwa1zf", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752i63hchcl2f752i63hchcl2f752pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfmgjvsd3y799khl57pdhhgwa1zfpdhhgwa1zf", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752i63hchcl2f752i63hchcl2f752pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfmgjvsd3y799khl57pdhhgwa1zfpdhhgwa1zfi63hchcl2f752", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752i63hchcl2f752i63hchcl2f752pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfmgjvsd3y799khl57pdhhgwa1zfpdhhgwa1zfi63hchcl2f752i63hchcl2f752", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752i63hchcl2f752i63hchcl2f752pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfmgjvsd3y799khl57pdhhgwa1zfpdhhgwa1zfi63hchcl2f752i63hchcl2f752gqcp3qagy4zxkp40", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752i63hchcl2f752i63hchcl2f752pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfmgjvsd3y799khl57pdhhgwa1zfpdhhgwa1zfi63hchcl2f752i63hchcl2f752gqcp3qagy4zxkp40pdhhgwa1zf", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752i63hchcl2f752i63hchcl2f752pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfmgjvsd3y799khl57pdhhgwa1zfpdhhgwa1zfi63hchcl2f752i63hchcl2f752gqcp3qagy4zxkp40pdhhgwa1zfvaz13ckgu1", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752i63hchcl2f752i63hchcl2f752pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfmgjvsd3y799khl57pdhhgwa1zfpdhhgwa1zfi63hchcl2f752i63hchcl2f752gqcp3qagy4zxkp40pdhhgwa1zfvaz13ckgu1gqcp3qagy4zxkp40", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752i63hchcl2f752i63hchcl2f752pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfmgjvsd3y799khl57pdhhgwa1zfpdhhgwa1zfi63hchcl2f752i63hchcl2f752gqcp3qagy4zxkp40pdhhgwa1zfvaz13ckgu1gqcp3qagy4zxkp40i63hchcl2f752", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752i63hchcl2f752i63hchcl2f752pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfmgjvsd3y799khl57pdhhgwa1zfpdhhgwa1zfi63hchcl2f752i63hchcl2f752gqcp3qagy4zxkp40pdhhgwa1zfvaz13ckgu1gqcp3qagy4zxkp40i63hchcl2f752i63hchcl2f752", "pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfi63hchcl2f752i63hchcl2f752i63hchcl2f752pdhhgwa1zfgqcp3qagy4zxkp40pdhhgwa1zfmgjvsd3y799khl57pdhhgwa1zfpdhhgwa1zfi63hchcl2f752i63hchcl2f752gqcp3qagy4zxkp40pdhhgwa1zfvaz13ckgu1gqcp3qagy4zxkp40i63hchcl2f752i63hchcl2f752mgjvsd3y799khl57"]}, "config": {"commands": [3, 0, 3, 2, 2, 2, 3, 0, 3, 4, 3, 3, 2, 2, 0, 3, 1, 0, 2, 2, 4, 0], "max_length": 20, "min_length": 5, "num_commands": 22, "num_strings": 5, "strings": ["gqcp3qagy4zxkp40", "vaz13ckgu1", "i63hchcl2f752", "pdhhgwa1zf", "mgjvsd3y799khl57"]}, "task_name": "task05", "example_name": "0206", "problem_name": "task05_0206"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [l9ag0rbloe8ggel7g4vq, to7gwcn6teormxgbk, yscetmwj, j8by1pyar69jjupbj, gw63xzi0gf1kx, 1xd5gdjxlsotti0xf, ocma8kqbkvdjk5zs9j1, 6zurd8qiuyq4, o0bwp6z, 2sm28vd0b3v, wk9ifqs1ht1t8i, a94imkviic2b9rwt, n45dcsglnv0fet1, jdj3tlmmmlijc, y06sftno59f, m4kgjdr1i1, f3cqmit6smr4q14ru4k, 15nfn6kre0hsqs8j4, axvs4ms9]\nIndices: [17, 17, 15, 1, 11, 5, 10, 2, 11, 7, 5, 9, 13, 16, 4, 8, 4, 12, 18, 6, 11, 14]\n", "label": {"final": "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbka94imkviic2b9rwt1xd5gdjxlsotti0xfwk9ifqs1ht1t8iyscetmwja94imkviic2b9rwt6zurd8qiuyq41xd5gdjxlsotti0xf2sm28vd0b3vjdj3tlmmmlijcf3cqmit6smr4q14ru4kgw63xzi0gf1kxo0bwp6zgw63xzi0gf1kxn45dcsglnv0fet1axvs4ms9ocma8kqbkvdjk5zs9j1a94imkviic2b9rwty06sftno59f", "init": "", "intermediate": ["15nfn6kre0hsqs8j4", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbk", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbka94imkviic2b9rwt", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbka94imkviic2b9rwt1xd5gdjxlsotti0xf", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbka94imkviic2b9rwt1xd5gdjxlsotti0xfwk9ifqs1ht1t8i", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbka94imkviic2b9rwt1xd5gdjxlsotti0xfwk9ifqs1ht1t8iyscetmwj", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbka94imkviic2b9rwt1xd5gdjxlsotti0xfwk9ifqs1ht1t8iyscetmwja94imkviic2b9rwt", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbka94imkviic2b9rwt1xd5gdjxlsotti0xfwk9ifqs1ht1t8iyscetmwja94imkviic2b9rwt6zurd8qiuyq4", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbka94imkviic2b9rwt1xd5gdjxlsotti0xfwk9ifqs1ht1t8iyscetmwja94imkviic2b9rwt6zurd8qiuyq41xd5gdjxlsotti0xf", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbka94imkviic2b9rwt1xd5gdjxlsotti0xfwk9ifqs1ht1t8iyscetmwja94imkviic2b9rwt6zurd8qiuyq41xd5gdjxlsotti0xf2sm28vd0b3v", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbka94imkviic2b9rwt1xd5gdjxlsotti0xfwk9ifqs1ht1t8iyscetmwja94imkviic2b9rwt6zurd8qiuyq41xd5gdjxlsotti0xf2sm28vd0b3vjdj3tlmmmlijc", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbka94imkviic2b9rwt1xd5gdjxlsotti0xfwk9ifqs1ht1t8iyscetmwja94imkviic2b9rwt6zurd8qiuyq41xd5gdjxlsotti0xf2sm28vd0b3vjdj3tlmmmlijcf3cqmit6smr4q14ru4k", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbka94imkviic2b9rwt1xd5gdjxlsotti0xfwk9ifqs1ht1t8iyscetmwja94imkviic2b9rwt6zurd8qiuyq41xd5gdjxlsotti0xf2sm28vd0b3vjdj3tlmmmlijcf3cqmit6smr4q14ru4kgw63xzi0gf1kx", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbka94imkviic2b9rwt1xd5gdjxlsotti0xfwk9ifqs1ht1t8iyscetmwja94imkviic2b9rwt6zurd8qiuyq41xd5gdjxlsotti0xf2sm28vd0b3vjdj3tlmmmlijcf3cqmit6smr4q14ru4kgw63xzi0gf1kxo0bwp6z", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbka94imkviic2b9rwt1xd5gdjxlsotti0xfwk9ifqs1ht1t8iyscetmwja94imkviic2b9rwt6zurd8qiuyq41xd5gdjxlsotti0xf2sm28vd0b3vjdj3tlmmmlijcf3cqmit6smr4q14ru4kgw63xzi0gf1kxo0bwp6zgw63xzi0gf1kx", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbka94imkviic2b9rwt1xd5gdjxlsotti0xfwk9ifqs1ht1t8iyscetmwja94imkviic2b9rwt6zurd8qiuyq41xd5gdjxlsotti0xf2sm28vd0b3vjdj3tlmmmlijcf3cqmit6smr4q14ru4kgw63xzi0gf1kxo0bwp6zgw63xzi0gf1kxn45dcsglnv0fet1", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbka94imkviic2b9rwt1xd5gdjxlsotti0xfwk9ifqs1ht1t8iyscetmwja94imkviic2b9rwt6zurd8qiuyq41xd5gdjxlsotti0xf2sm28vd0b3vjdj3tlmmmlijcf3cqmit6smr4q14ru4kgw63xzi0gf1kxo0bwp6zgw63xzi0gf1kxn45dcsglnv0fet1axvs4ms9", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbka94imkviic2b9rwt1xd5gdjxlsotti0xfwk9ifqs1ht1t8iyscetmwja94imkviic2b9rwt6zurd8qiuyq41xd5gdjxlsotti0xf2sm28vd0b3vjdj3tlmmmlijcf3cqmit6smr4q14ru4kgw63xzi0gf1kxo0bwp6zgw63xzi0gf1kxn45dcsglnv0fet1axvs4ms9ocma8kqbkvdjk5zs9j1", "15nfn6kre0hsqs8j415nfn6kre0hsqs8j4m4kgjdr1i1to7gwcn6teormxgbka94imkviic2b9rwt1xd5gdjxlsotti0xfwk9ifqs1ht1t8iyscetmwja94imkviic2b9rwt6zurd8qiuyq41xd5gdjxlsotti0xf2sm28vd0b3vjdj3tlmmmlijcf3cqmit6smr4q14ru4kgw63xzi0gf1kxo0bwp6zgw63xzi0gf1kxn45dcsglnv0fet1axvs4ms9ocma8kqbkvdjk5zs9j1a94imkviic2b9rwt"]}, "config": {"commands": [17, 17, 15, 1, 11, 5, 10, 2, 11, 7, 5, 9, 13, 16, 4, 8, 4, 12, 18, 6, 11, 14], "max_length": 20, "min_length": 5, "num_commands": 22, "num_strings": 19, "strings": ["l9ag0rbloe8ggel7g4vq", "to7gwcn6teormxgbk", "yscetmwj", "j8by1pyar69jjupbj", "gw63xzi0gf1kx", "1xd5gdjxlsotti0xf", "ocma8kqbkvdjk5zs9j1", "6zurd8qiuyq4", "o0bwp6z", "2sm28vd0b3v", "wk9ifqs1ht1t8i", "a94imkviic2b9rwt", "n45dcsglnv0fet1", "jdj3tlmmmlijc", "y06sftno59f", "m4kgjdr1i1", "f3cqmit6smr4q14ru4k", "15nfn6kre0hsqs8j4", "axvs4ms9"]}, "task_name": "task05", "example_name": "0207", "problem_name": "task05_0207"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [6xbieamvg0fj3gij4, t0yjh92o7il1l9p14, 1vubdlred39kv6x2, raklyikk6s5qp8g0z3d, 1lm2k1e2gglmamz, 67dblqgqaep5vrupv2i, g3es8ot5tzsierhdqws, fq6o8otyel4, copj7czyowxzz11gl, 6fbpjcsj2y4n3wm22p, p5ctoity1vovegdzyv, a82fobs2hxsdkm2dwoa1, cg27tc50h6462, b10nu7m998z97v3e, f7bqczf163e2ffphusa, w6uq1y445q5gixt892, 381e9gh3y699j]\nIndices: [13, 2, 9, 0, 6, 4, 12, 1, 5, 8, 16, 14, 6, 6, 14, 13, 15, 0, 7, 16, 16, 5]\n", "label": {"final": "b10nu7m998z97v3e1vubdlred39kv6x26fbpjcsj2y4n3wm22p6xbieamvg0fj3gij4g3es8ot5tzsierhdqws1lm2k1e2gglmamzcg27tc50h6462t0yjh92o7il1l9p1467dblqgqaep5vrupv2icopj7czyowxzz11gl381e9gh3y699jf7bqczf163e2ffphusag3es8ot5tzsierhdqwsg3es8ot5tzsierhdqwsf7bqczf163e2ffphusab10nu7m998z97v3ew6uq1y445q5gixt8926xbieamvg0fj3gij4fq6o8otyel4381e9gh3y699j381e9gh3y699j67dblqgqaep5vrupv2i", "init": "", "intermediate": ["b10nu7m998z97v3e", "b10nu7m998z97v3e1vubdlred39kv6x2", "b10nu7m998z97v3e1vubdlred39kv6x26fbpjcsj2y4n3wm22p", "b10nu7m998z97v3e1vubdlred39kv6x26fbpjcsj2y4n3wm22p6xbieamvg0fj3gij4", "b10nu7m998z97v3e1vubdlred39kv6x26fbpjcsj2y4n3wm22p6xbieamvg0fj3gij4g3es8ot5tzsierhdqws", "b10nu7m998z97v3e1vubdlred39kv6x26fbpjcsj2y4n3wm22p6xbieamvg0fj3gij4g3es8ot5tzsierhdqws1lm2k1e2gglmamz", "b10nu7m998z97v3e1vubdlred39kv6x26fbpjcsj2y4n3wm22p6xbieamvg0fj3gij4g3es8ot5tzsierhdqws1lm2k1e2gglmamzcg27tc50h6462", "b10nu7m998z97v3e1vubdlred39kv6x26fbpjcsj2y4n3wm22p6xbieamvg0fj3gij4g3es8ot5tzsierhdqws1lm2k1e2gglmamzcg27tc50h6462t0yjh92o7il1l9p14", "b10nu7m998z97v3e1vubdlred39kv6x26fbpjcsj2y4n3wm22p6xbieamvg0fj3gij4g3es8ot5tzsierhdqws1lm2k1e2gglmamzcg27tc50h6462t0yjh92o7il1l9p1467dblqgqaep5vrupv2i", "b10nu7m998z97v3e1vubdlred39kv6x26fbpjcsj2y4n3wm22p6xbieamvg0fj3gij4g3es8ot5tzsierhdqws1lm2k1e2gglmamzcg27tc50h6462t0yjh92o7il1l9p1467dblqgqaep5vrupv2icopj7czyowxzz11gl", "b10nu7m998z97v3e1vubdlred39kv6x26fbpjcsj2y4n3wm22p6xbieamvg0fj3gij4g3es8ot5tzsierhdqws1lm2k1e2gglmamzcg27tc50h6462t0yjh92o7il1l9p1467dblqgqaep5vrupv2icopj7czyowxzz11gl381e9gh3y699j", "b10nu7m998z97v3e1vubdlred39kv6x26fbpjcsj2y4n3wm22p6xbieamvg0fj3gij4g3es8ot5tzsierhdqws1lm2k1e2gglmamzcg27tc50h6462t0yjh92o7il1l9p1467dblqgqaep5vrupv2icopj7czyowxzz11gl381e9gh3y699jf7bqczf163e2ffphusa", "b10nu7m998z97v3e1vubdlred39kv6x26fbpjcsj2y4n3wm22p6xbieamvg0fj3gij4g3es8ot5tzsierhdqws1lm2k1e2gglmamzcg27tc50h6462t0yjh92o7il1l9p1467dblqgqaep5vrupv2icopj7czyowxzz11gl381e9gh3y699jf7bqczf163e2ffphusag3es8ot5tzsierhdqws", "b10nu7m998z97v3e1vubdlred39kv6x26fbpjcsj2y4n3wm22p6xbieamvg0fj3gij4g3es8ot5tzsierhdqws1lm2k1e2gglmamzcg27tc50h6462t0yjh92o7il1l9p1467dblqgqaep5vrupv2icopj7czyowxzz11gl381e9gh3y699jf7bqczf163e2ffphusag3es8ot5tzsierhdqwsg3es8ot5tzsierhdqws", "b10nu7m998z97v3e1vubdlred39kv6x26fbpjcsj2y4n3wm22p6xbieamvg0fj3gij4g3es8ot5tzsierhdqws1lm2k1e2gglmamzcg27tc50h6462t0yjh92o7il1l9p1467dblqgqaep5vrupv2icopj7czyowxzz11gl381e9gh3y699jf7bqczf163e2ffphusag3es8ot5tzsierhdqwsg3es8ot5tzsierhdqwsf7bqczf163e2ffphusa", "b10nu7m998z97v3e1vubdlred39kv6x26fbpjcsj2y4n3wm22p6xbieamvg0fj3gij4g3es8ot5tzsierhdqws1lm2k1e2gglmamzcg27tc50h6462t0yjh92o7il1l9p1467dblqgqaep5vrupv2icopj7czyowxzz11gl381e9gh3y699jf7bqczf163e2ffphusag3es8ot5tzsierhdqwsg3es8ot5tzsierhdqwsf7bqczf163e2ffphusab10nu7m998z97v3e", 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"g3es8ot5tzsierhdqws", "fq6o8otyel4", "copj7czyowxzz11gl", "6fbpjcsj2y4n3wm22p", "p5ctoity1vovegdzyv", "a82fobs2hxsdkm2dwoa1", "cg27tc50h6462", "b10nu7m998z97v3e", "f7bqczf163e2ffphusa", "w6uq1y445q5gixt892", "381e9gh3y699j"]}, "task_name": "task05", "example_name": "0208", "problem_name": "task05_0208"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ytytqscea, ye4gb6zgv99tous80vqx, r3nzw9ew, vnx97t, edqc24, 1web8]\nIndices: [1, 0, 2, 2, 0, 0, 5, 0, 2, 3, 3, 2, 2, 2, 4, 0, 3, 0, 0, 0, 5, 4]\n", "label": {"final": "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ewytytqsceaytytqscea1web8ytytqscear3nzw9ewvnx97tvnx97tr3nzw9ewr3nzw9ewr3nzw9ewedqc24ytytqsceavnx97tytytqsceaytytqsceaytytqscea1web8edqc24", "init": "", "intermediate": ["ye4gb6zgv99tous80vqx", "ye4gb6zgv99tous80vqxytytqscea", "ye4gb6zgv99tous80vqxytytqscear3nzw9ew", "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ew", "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ewytytqscea", "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ewytytqsceaytytqscea", "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ewytytqsceaytytqscea1web8", "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ewytytqsceaytytqscea1web8ytytqscea", "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ewytytqsceaytytqscea1web8ytytqscear3nzw9ew", "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ewytytqsceaytytqscea1web8ytytqscear3nzw9ewvnx97t", "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ewytytqsceaytytqscea1web8ytytqscear3nzw9ewvnx97tvnx97t", "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ewytytqsceaytytqscea1web8ytytqscear3nzw9ewvnx97tvnx97tr3nzw9ew", "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ewytytqsceaytytqscea1web8ytytqscear3nzw9ewvnx97tvnx97tr3nzw9ewr3nzw9ew", "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ewytytqsceaytytqscea1web8ytytqscear3nzw9ewvnx97tvnx97tr3nzw9ewr3nzw9ewr3nzw9ew", "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ewytytqsceaytytqscea1web8ytytqscear3nzw9ewvnx97tvnx97tr3nzw9ewr3nzw9ewr3nzw9ewedqc24", "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ewytytqsceaytytqscea1web8ytytqscear3nzw9ewvnx97tvnx97tr3nzw9ewr3nzw9ewr3nzw9ewedqc24ytytqscea", "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ewytytqsceaytytqscea1web8ytytqscear3nzw9ewvnx97tvnx97tr3nzw9ewr3nzw9ewr3nzw9ewedqc24ytytqsceavnx97t", "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ewytytqsceaytytqscea1web8ytytqscear3nzw9ewvnx97tvnx97tr3nzw9ewr3nzw9ewr3nzw9ewedqc24ytytqsceavnx97tytytqscea", "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ewytytqsceaytytqscea1web8ytytqscear3nzw9ewvnx97tvnx97tr3nzw9ewr3nzw9ewr3nzw9ewedqc24ytytqsceavnx97tytytqsceaytytqscea", "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ewytytqsceaytytqscea1web8ytytqscear3nzw9ewvnx97tvnx97tr3nzw9ewr3nzw9ewr3nzw9ewedqc24ytytqsceavnx97tytytqsceaytytqsceaytytqscea", "ye4gb6zgv99tous80vqxytytqscear3nzw9ewr3nzw9ewytytqsceaytytqscea1web8ytytqscear3nzw9ewvnx97tvnx97tr3nzw9ewr3nzw9ewr3nzw9ewedqc24ytytqsceavnx97tytytqsceaytytqsceaytytqscea1web8"]}, "config": {"commands": [1, 0, 2, 2, 0, 0, 5, 0, 2, 3, 3, 2, 2, 2, 4, 0, 3, 0, 0, 0, 5, 4], "max_length": 20, "min_length": 5, "num_commands": 22, "num_strings": 6, "strings": ["ytytqscea", "ye4gb6zgv99tous80vqx", "r3nzw9ew", "vnx97t", "edqc24", "1web8"]}, "task_name": "task05", "example_name": "0209", "problem_name": "task05_0209"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [l96tuzpay47ev1qlp, 4whil8o1lmcu, cnwuialf44y, 1cyz7, q38uq2k0bgr0eo, r6bfab0e5, oukfvcmjsrgkskn7f1ha, owck8t, cho1ysi9eg, 96fblfmjcfe]\nIndices: [6, 3, 3, 4, 5, 1, 9, 5, 6, 3, 0, 0, 5, 9, 2, 1, 6, 8, 6, 4, 9, 6, 1]\n", "label": {"final": "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e54whil8o1lmcu96fblfmjcfer6bfab0e5oukfvcmjsrgkskn7f1ha1cyz7l96tuzpay47ev1qlpl96tuzpay47ev1qlpr6bfab0e596fblfmjcfecnwuialf44y4whil8o1lmcuoukfvcmjsrgkskn7f1hacho1ysi9egoukfvcmjsrgkskn7f1haq38uq2k0bgr0eo96fblfmjcfeoukfvcmjsrgkskn7f1ha4whil8o1lmcu", "init": "", "intermediate": ["oukfvcmjsrgkskn7f1ha", "oukfvcmjsrgkskn7f1ha1cyz7", "oukfvcmjsrgkskn7f1ha1cyz71cyz7", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eo", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e5", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e54whil8o1lmcu", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e54whil8o1lmcu96fblfmjcfe", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e54whil8o1lmcu96fblfmjcfer6bfab0e5", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e54whil8o1lmcu96fblfmjcfer6bfab0e5oukfvcmjsrgkskn7f1ha", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e54whil8o1lmcu96fblfmjcfer6bfab0e5oukfvcmjsrgkskn7f1ha1cyz7", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e54whil8o1lmcu96fblfmjcfer6bfab0e5oukfvcmjsrgkskn7f1ha1cyz7l96tuzpay47ev1qlp", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e54whil8o1lmcu96fblfmjcfer6bfab0e5oukfvcmjsrgkskn7f1ha1cyz7l96tuzpay47ev1qlpl96tuzpay47ev1qlp", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e54whil8o1lmcu96fblfmjcfer6bfab0e5oukfvcmjsrgkskn7f1ha1cyz7l96tuzpay47ev1qlpl96tuzpay47ev1qlpr6bfab0e5", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e54whil8o1lmcu96fblfmjcfer6bfab0e5oukfvcmjsrgkskn7f1ha1cyz7l96tuzpay47ev1qlpl96tuzpay47ev1qlpr6bfab0e596fblfmjcfe", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e54whil8o1lmcu96fblfmjcfer6bfab0e5oukfvcmjsrgkskn7f1ha1cyz7l96tuzpay47ev1qlpl96tuzpay47ev1qlpr6bfab0e596fblfmjcfecnwuialf44y", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e54whil8o1lmcu96fblfmjcfer6bfab0e5oukfvcmjsrgkskn7f1ha1cyz7l96tuzpay47ev1qlpl96tuzpay47ev1qlpr6bfab0e596fblfmjcfecnwuialf44y4whil8o1lmcu", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e54whil8o1lmcu96fblfmjcfer6bfab0e5oukfvcmjsrgkskn7f1ha1cyz7l96tuzpay47ev1qlpl96tuzpay47ev1qlpr6bfab0e596fblfmjcfecnwuialf44y4whil8o1lmcuoukfvcmjsrgkskn7f1ha", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e54whil8o1lmcu96fblfmjcfer6bfab0e5oukfvcmjsrgkskn7f1ha1cyz7l96tuzpay47ev1qlpl96tuzpay47ev1qlpr6bfab0e596fblfmjcfecnwuialf44y4whil8o1lmcuoukfvcmjsrgkskn7f1hacho1ysi9eg", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e54whil8o1lmcu96fblfmjcfer6bfab0e5oukfvcmjsrgkskn7f1ha1cyz7l96tuzpay47ev1qlpl96tuzpay47ev1qlpr6bfab0e596fblfmjcfecnwuialf44y4whil8o1lmcuoukfvcmjsrgkskn7f1hacho1ysi9egoukfvcmjsrgkskn7f1ha", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e54whil8o1lmcu96fblfmjcfer6bfab0e5oukfvcmjsrgkskn7f1ha1cyz7l96tuzpay47ev1qlpl96tuzpay47ev1qlpr6bfab0e596fblfmjcfecnwuialf44y4whil8o1lmcuoukfvcmjsrgkskn7f1hacho1ysi9egoukfvcmjsrgkskn7f1haq38uq2k0bgr0eo", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e54whil8o1lmcu96fblfmjcfer6bfab0e5oukfvcmjsrgkskn7f1ha1cyz7l96tuzpay47ev1qlpl96tuzpay47ev1qlpr6bfab0e596fblfmjcfecnwuialf44y4whil8o1lmcuoukfvcmjsrgkskn7f1hacho1ysi9egoukfvcmjsrgkskn7f1haq38uq2k0bgr0eo96fblfmjcfe", "oukfvcmjsrgkskn7f1ha1cyz71cyz7q38uq2k0bgr0eor6bfab0e54whil8o1lmcu96fblfmjcfer6bfab0e5oukfvcmjsrgkskn7f1ha1cyz7l96tuzpay47ev1qlpl96tuzpay47ev1qlpr6bfab0e596fblfmjcfecnwuialf44y4whil8o1lmcuoukfvcmjsrgkskn7f1hacho1ysi9egoukfvcmjsrgkskn7f1haq38uq2k0bgr0eo96fblfmjcfeoukfvcmjsrgkskn7f1ha"]}, "config": {"commands": [6, 3, 3, 4, 5, 1, 9, 5, 6, 3, 0, 0, 5, 9, 2, 1, 6, 8, 6, 4, 9, 6, 1], "max_length": 20, "min_length": 5, "num_commands": 23, "num_strings": 10, "strings": ["l96tuzpay47ev1qlp", "4whil8o1lmcu", "cnwuialf44y", "1cyz7", "q38uq2k0bgr0eo", "r6bfab0e5", "oukfvcmjsrgkskn7f1ha", "owck8t", "cho1ysi9eg", "96fblfmjcfe"]}, "task_name": "task05", "example_name": "0210", "problem_name": "task05_0210"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [to2o47l0jgg7, nlkjz2p, ee5p9, viabxq6g9, f46ovsr925apnb3, 5pf7kw1qzx8diyb3kd, amghphdifz61i2b, pplqxj0uh8dlona, ekrj6n4f, 5d9s4w, lqwlh6zr40jlp, qni7nl954xnnlr2g, qry8iuuyd17ag, 0djby1dda4kdk5se9o, b1jv4, 5obh9fvk6hpv9fzzgcks, a4z7qsimmu1xb, 3rgz41fhew7hg]\nIndices: [1, 6, 7, 12, 3, 9, 2, 0, 4, 2, 9, 11, 10, 12, 4, 10, 13, 15, 17, 3, 15, 0, 15]\n", "label": {"final": "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g95d9s4wee5p9to2o47l0jgg7f46ovsr925apnb3ee5p95d9s4wqni7nl954xnnlr2glqwlh6zr40jlpqry8iuuyd17agf46ovsr925apnb3lqwlh6zr40jlp0djby1dda4kdk5se9o5obh9fvk6hpv9fzzgcks3rgz41fhew7hgviabxq6g95obh9fvk6hpv9fzzgcksto2o47l0jgg75obh9fvk6hpv9fzzgcks", "init": "", "intermediate": ["nlkjz2p", "nlkjz2pamghphdifz61i2b", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlona", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17ag", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g9", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g95d9s4w", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g95d9s4wee5p9", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g95d9s4wee5p9to2o47l0jgg7", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g95d9s4wee5p9to2o47l0jgg7f46ovsr925apnb3", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g95d9s4wee5p9to2o47l0jgg7f46ovsr925apnb3ee5p9", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g95d9s4wee5p9to2o47l0jgg7f46ovsr925apnb3ee5p95d9s4w", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g95d9s4wee5p9to2o47l0jgg7f46ovsr925apnb3ee5p95d9s4wqni7nl954xnnlr2g", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g95d9s4wee5p9to2o47l0jgg7f46ovsr925apnb3ee5p95d9s4wqni7nl954xnnlr2glqwlh6zr40jlp", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g95d9s4wee5p9to2o47l0jgg7f46ovsr925apnb3ee5p95d9s4wqni7nl954xnnlr2glqwlh6zr40jlpqry8iuuyd17ag", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g95d9s4wee5p9to2o47l0jgg7f46ovsr925apnb3ee5p95d9s4wqni7nl954xnnlr2glqwlh6zr40jlpqry8iuuyd17agf46ovsr925apnb3", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g95d9s4wee5p9to2o47l0jgg7f46ovsr925apnb3ee5p95d9s4wqni7nl954xnnlr2glqwlh6zr40jlpqry8iuuyd17agf46ovsr925apnb3lqwlh6zr40jlp", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g95d9s4wee5p9to2o47l0jgg7f46ovsr925apnb3ee5p95d9s4wqni7nl954xnnlr2glqwlh6zr40jlpqry8iuuyd17agf46ovsr925apnb3lqwlh6zr40jlp0djby1dda4kdk5se9o", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g95d9s4wee5p9to2o47l0jgg7f46ovsr925apnb3ee5p95d9s4wqni7nl954xnnlr2glqwlh6zr40jlpqry8iuuyd17agf46ovsr925apnb3lqwlh6zr40jlp0djby1dda4kdk5se9o5obh9fvk6hpv9fzzgcks", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g95d9s4wee5p9to2o47l0jgg7f46ovsr925apnb3ee5p95d9s4wqni7nl954xnnlr2glqwlh6zr40jlpqry8iuuyd17agf46ovsr925apnb3lqwlh6zr40jlp0djby1dda4kdk5se9o5obh9fvk6hpv9fzzgcks3rgz41fhew7hg", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g95d9s4wee5p9to2o47l0jgg7f46ovsr925apnb3ee5p95d9s4wqni7nl954xnnlr2glqwlh6zr40jlpqry8iuuyd17agf46ovsr925apnb3lqwlh6zr40jlp0djby1dda4kdk5se9o5obh9fvk6hpv9fzzgcks3rgz41fhew7hgviabxq6g9", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g95d9s4wee5p9to2o47l0jgg7f46ovsr925apnb3ee5p95d9s4wqni7nl954xnnlr2glqwlh6zr40jlpqry8iuuyd17agf46ovsr925apnb3lqwlh6zr40jlp0djby1dda4kdk5se9o5obh9fvk6hpv9fzzgcks3rgz41fhew7hgviabxq6g95obh9fvk6hpv9fzzgcks", "nlkjz2pamghphdifz61i2bpplqxj0uh8dlonaqry8iuuyd17agviabxq6g95d9s4wee5p9to2o47l0jgg7f46ovsr925apnb3ee5p95d9s4wqni7nl954xnnlr2glqwlh6zr40jlpqry8iuuyd17agf46ovsr925apnb3lqwlh6zr40jlp0djby1dda4kdk5se9o5obh9fvk6hpv9fzzgcks3rgz41fhew7hgviabxq6g95obh9fvk6hpv9fzzgcksto2o47l0jgg7"]}, "config": {"commands": [1, 6, 7, 12, 3, 9, 2, 0, 4, 2, 9, 11, 10, 12, 4, 10, 13, 15, 17, 3, 15, 0, 15], "max_length": 20, "min_length": 5, "num_commands": 23, "num_strings": 18, "strings": ["to2o47l0jgg7", "nlkjz2p", "ee5p9", "viabxq6g9", "f46ovsr925apnb3", "5pf7kw1qzx8diyb3kd", "amghphdifz61i2b", "pplqxj0uh8dlona", "ekrj6n4f", "5d9s4w", "lqwlh6zr40jlp", "qni7nl954xnnlr2g", "qry8iuuyd17ag", "0djby1dda4kdk5se9o", "b1jv4", "5obh9fvk6hpv9fzzgcks", "a4z7qsimmu1xb", "3rgz41fhew7hg"]}, "task_name": "task05", "example_name": "0211", "problem_name": "task05_0211"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xlcp48jag7xhofeo7om, 67h3vklkd47wnys29p, mk7et5a6cufln3y, 9ws3z17l2m00s0j, xvmd7s8hhr0fvvdt, o7hucpbuo, azpfxu1cikczzid7q, uraw3, vptukq4es, 1dp90lw, avsph146lzr907nh0v9, 54iqgkx86srr2mfb2iu, zokeeujg4, cys654w7b58db, 0f6yko8msy06lcuv, w41eiv1w0t360v, 1hxaz1y4gxi, jpr7nu9mywo4lqu1, 27uhiaple4325jyfg]\nIndices: [1, 15, 14, 6, 12, 13, 10, 16, 2, 9, 4, 15, 3, 3, 14, 12, 17, 1, 3, 8, 1, 3, 17]\n", "label": {"final": "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4cys654w7b58dbavsph146lzr907nh0v91hxaz1y4gximk7et5a6cufln3y1dp90lwxvmd7s8hhr0fvvdtw41eiv1w0t360v9ws3z17l2m00s0j9ws3z17l2m00s0j0f6yko8msy06lcuvzokeeujg4jpr7nu9mywo4lqu167h3vklkd47wnys29p9ws3z17l2m00s0jvptukq4es67h3vklkd47wnys29p9ws3z17l2m00s0jjpr7nu9mywo4lqu1", "init": "", "intermediate": ["67h3vklkd47wnys29p", "67h3vklkd47wnys29pw41eiv1w0t360v", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuv", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7q", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4cys654w7b58db", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4cys654w7b58dbavsph146lzr907nh0v9", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4cys654w7b58dbavsph146lzr907nh0v91hxaz1y4gxi", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4cys654w7b58dbavsph146lzr907nh0v91hxaz1y4gximk7et5a6cufln3y", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4cys654w7b58dbavsph146lzr907nh0v91hxaz1y4gximk7et5a6cufln3y1dp90lw", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4cys654w7b58dbavsph146lzr907nh0v91hxaz1y4gximk7et5a6cufln3y1dp90lwxvmd7s8hhr0fvvdt", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4cys654w7b58dbavsph146lzr907nh0v91hxaz1y4gximk7et5a6cufln3y1dp90lwxvmd7s8hhr0fvvdtw41eiv1w0t360v", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4cys654w7b58dbavsph146lzr907nh0v91hxaz1y4gximk7et5a6cufln3y1dp90lwxvmd7s8hhr0fvvdtw41eiv1w0t360v9ws3z17l2m00s0j", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4cys654w7b58dbavsph146lzr907nh0v91hxaz1y4gximk7et5a6cufln3y1dp90lwxvmd7s8hhr0fvvdtw41eiv1w0t360v9ws3z17l2m00s0j9ws3z17l2m00s0j", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4cys654w7b58dbavsph146lzr907nh0v91hxaz1y4gximk7et5a6cufln3y1dp90lwxvmd7s8hhr0fvvdtw41eiv1w0t360v9ws3z17l2m00s0j9ws3z17l2m00s0j0f6yko8msy06lcuv", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4cys654w7b58dbavsph146lzr907nh0v91hxaz1y4gximk7et5a6cufln3y1dp90lwxvmd7s8hhr0fvvdtw41eiv1w0t360v9ws3z17l2m00s0j9ws3z17l2m00s0j0f6yko8msy06lcuvzokeeujg4", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4cys654w7b58dbavsph146lzr907nh0v91hxaz1y4gximk7et5a6cufln3y1dp90lwxvmd7s8hhr0fvvdtw41eiv1w0t360v9ws3z17l2m00s0j9ws3z17l2m00s0j0f6yko8msy06lcuvzokeeujg4jpr7nu9mywo4lqu1", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4cys654w7b58dbavsph146lzr907nh0v91hxaz1y4gximk7et5a6cufln3y1dp90lwxvmd7s8hhr0fvvdtw41eiv1w0t360v9ws3z17l2m00s0j9ws3z17l2m00s0j0f6yko8msy06lcuvzokeeujg4jpr7nu9mywo4lqu167h3vklkd47wnys29p", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4cys654w7b58dbavsph146lzr907nh0v91hxaz1y4gximk7et5a6cufln3y1dp90lwxvmd7s8hhr0fvvdtw41eiv1w0t360v9ws3z17l2m00s0j9ws3z17l2m00s0j0f6yko8msy06lcuvzokeeujg4jpr7nu9mywo4lqu167h3vklkd47wnys29p9ws3z17l2m00s0j", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4cys654w7b58dbavsph146lzr907nh0v91hxaz1y4gximk7et5a6cufln3y1dp90lwxvmd7s8hhr0fvvdtw41eiv1w0t360v9ws3z17l2m00s0j9ws3z17l2m00s0j0f6yko8msy06lcuvzokeeujg4jpr7nu9mywo4lqu167h3vklkd47wnys29p9ws3z17l2m00s0jvptukq4es", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4cys654w7b58dbavsph146lzr907nh0v91hxaz1y4gximk7et5a6cufln3y1dp90lwxvmd7s8hhr0fvvdtw41eiv1w0t360v9ws3z17l2m00s0j9ws3z17l2m00s0j0f6yko8msy06lcuvzokeeujg4jpr7nu9mywo4lqu167h3vklkd47wnys29p9ws3z17l2m00s0jvptukq4es67h3vklkd47wnys29p", "67h3vklkd47wnys29pw41eiv1w0t360v0f6yko8msy06lcuvazpfxu1cikczzid7qzokeeujg4cys654w7b58dbavsph146lzr907nh0v91hxaz1y4gximk7et5a6cufln3y1dp90lwxvmd7s8hhr0fvvdtw41eiv1w0t360v9ws3z17l2m00s0j9ws3z17l2m00s0j0f6yko8msy06lcuvzokeeujg4jpr7nu9mywo4lqu167h3vklkd47wnys29p9ws3z17l2m00s0jvptukq4es67h3vklkd47wnys29p9ws3z17l2m00s0j"]}, "config": {"commands": [1, 15, 14, 6, 12, 13, 10, 16, 2, 9, 4, 15, 3, 3, 14, 12, 17, 1, 3, 8, 1, 3, 17], "max_length": 20, "min_length": 5, "num_commands": 23, "num_strings": 19, "strings": ["xlcp48jag7xhofeo7om", "67h3vklkd47wnys29p", "mk7et5a6cufln3y", "9ws3z17l2m00s0j", "xvmd7s8hhr0fvvdt", "o7hucpbuo", "azpfxu1cikczzid7q", "uraw3", "vptukq4es", "1dp90lw", "avsph146lzr907nh0v9", "54iqgkx86srr2mfb2iu", "zokeeujg4", "cys654w7b58db", "0f6yko8msy06lcuv", "w41eiv1w0t360v", "1hxaz1y4gxi", "jpr7nu9mywo4lqu1", "27uhiaple4325jyfg"]}, "task_name": "task05", "example_name": "0212", "problem_name": "task05_0212"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [7juox14y6s, jvpm0xacis, aqp5v0aswog3x2pb0, vlt7hro45jpwgii]\nIndices: [2, 0, 3, 0, 2, 2, 0, 2, 0, 1, 0, 1, 0, 2, 0, 1, 3, 0, 0, 0, 1, 3, 0]\n", "label": {"final": "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0aqp5v0aswog3x2pb07juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacis7juox14y6sjvpm0xacis7juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacisvlt7hro45jpwgii7juox14y6s7juox14y6s7juox14y6sjvpm0xacisvlt7hro45jpwgii7juox14y6s", "init": "", "intermediate": ["aqp5v0aswog3x2pb0", "aqp5v0aswog3x2pb07juox14y6s", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6s", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0aqp5v0aswog3x2pb0", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0aqp5v0aswog3x2pb07juox14y6s", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0aqp5v0aswog3x2pb07juox14y6saqp5v0aswog3x2pb0", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0aqp5v0aswog3x2pb07juox14y6saqp5v0aswog3x2pb07juox14y6s", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0aqp5v0aswog3x2pb07juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacis", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0aqp5v0aswog3x2pb07juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacis7juox14y6s", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0aqp5v0aswog3x2pb07juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacis7juox14y6sjvpm0xacis", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0aqp5v0aswog3x2pb07juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacis7juox14y6sjvpm0xacis7juox14y6s", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0aqp5v0aswog3x2pb07juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacis7juox14y6sjvpm0xacis7juox14y6saqp5v0aswog3x2pb0", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0aqp5v0aswog3x2pb07juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacis7juox14y6sjvpm0xacis7juox14y6saqp5v0aswog3x2pb07juox14y6s", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0aqp5v0aswog3x2pb07juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacis7juox14y6sjvpm0xacis7juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacis", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0aqp5v0aswog3x2pb07juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacis7juox14y6sjvpm0xacis7juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacisvlt7hro45jpwgii", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0aqp5v0aswog3x2pb07juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacis7juox14y6sjvpm0xacis7juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacisvlt7hro45jpwgii7juox14y6s", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0aqp5v0aswog3x2pb07juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacis7juox14y6sjvpm0xacis7juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacisvlt7hro45jpwgii7juox14y6s7juox14y6s", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0aqp5v0aswog3x2pb07juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacis7juox14y6sjvpm0xacis7juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacisvlt7hro45jpwgii7juox14y6s7juox14y6s7juox14y6s", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0aqp5v0aswog3x2pb07juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacis7juox14y6sjvpm0xacis7juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacisvlt7hro45jpwgii7juox14y6s7juox14y6s7juox14y6sjvpm0xacis", "aqp5v0aswog3x2pb07juox14y6svlt7hro45jpwgii7juox14y6saqp5v0aswog3x2pb0aqp5v0aswog3x2pb07juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacis7juox14y6sjvpm0xacis7juox14y6saqp5v0aswog3x2pb07juox14y6sjvpm0xacisvlt7hro45jpwgii7juox14y6s7juox14y6s7juox14y6sjvpm0xacisvlt7hro45jpwgii"]}, "config": {"commands": [2, 0, 3, 0, 2, 2, 0, 2, 0, 1, 0, 1, 0, 2, 0, 1, 3, 0, 0, 0, 1, 3, 0], "max_length": 20, "min_length": 5, "num_commands": 23, "num_strings": 4, "strings": ["7juox14y6s", "jvpm0xacis", "aqp5v0aswog3x2pb0", "vlt7hro45jpwgii"]}, "task_name": "task05", "example_name": "0213", "problem_name": "task05_0213"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [kpos5uk5ui5o, o1uzbxqv3rj34z5cy9, b9nsukncb7cv4hzmtx5, sjoznvyp4rwss3rys, 3x526t, lkttql85h2ipn, t6rw6qb7xj1, p64mmmhcrso8ovqvmj0, twhizdo4wymejex1, qx809eeshpti57dv32kx, hmcvxq4f]\nIndices: [5, 10, 10, 8, 8, 8, 9, 8, 9, 2, 3, 4, 8, 8, 8, 5, 4, 2, 2, 9, 2, 7, 0]\n", "label": {"final": "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1qx809eeshpti57dv32kxtwhizdo4wymejex1qx809eeshpti57dv32kxb9nsukncb7cv4hzmtx5sjoznvyp4rwss3rys3x526ttwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1lkttql85h2ipn3x526tb9nsukncb7cv4hzmtx5b9nsukncb7cv4hzmtx5qx809eeshpti57dv32kxb9nsukncb7cv4hzmtx5p64mmmhcrso8ovqvmj0kpos5uk5ui5o", "init": "", "intermediate": ["lkttql85h2ipn", "lkttql85h2ipnhmcvxq4f", "lkttql85h2ipnhmcvxq4fhmcvxq4f", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1qx809eeshpti57dv32kx", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1qx809eeshpti57dv32kxtwhizdo4wymejex1", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1qx809eeshpti57dv32kxtwhizdo4wymejex1qx809eeshpti57dv32kx", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1qx809eeshpti57dv32kxtwhizdo4wymejex1qx809eeshpti57dv32kxb9nsukncb7cv4hzmtx5", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1qx809eeshpti57dv32kxtwhizdo4wymejex1qx809eeshpti57dv32kxb9nsukncb7cv4hzmtx5sjoznvyp4rwss3rys", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1qx809eeshpti57dv32kxtwhizdo4wymejex1qx809eeshpti57dv32kxb9nsukncb7cv4hzmtx5sjoznvyp4rwss3rys3x526t", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1qx809eeshpti57dv32kxtwhizdo4wymejex1qx809eeshpti57dv32kxb9nsukncb7cv4hzmtx5sjoznvyp4rwss3rys3x526ttwhizdo4wymejex1", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1qx809eeshpti57dv32kxtwhizdo4wymejex1qx809eeshpti57dv32kxb9nsukncb7cv4hzmtx5sjoznvyp4rwss3rys3x526ttwhizdo4wymejex1twhizdo4wymejex1", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1qx809eeshpti57dv32kxtwhizdo4wymejex1qx809eeshpti57dv32kxb9nsukncb7cv4hzmtx5sjoznvyp4rwss3rys3x526ttwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1qx809eeshpti57dv32kxtwhizdo4wymejex1qx809eeshpti57dv32kxb9nsukncb7cv4hzmtx5sjoznvyp4rwss3rys3x526ttwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1lkttql85h2ipn", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1qx809eeshpti57dv32kxtwhizdo4wymejex1qx809eeshpti57dv32kxb9nsukncb7cv4hzmtx5sjoznvyp4rwss3rys3x526ttwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1lkttql85h2ipn3x526t", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1qx809eeshpti57dv32kxtwhizdo4wymejex1qx809eeshpti57dv32kxb9nsukncb7cv4hzmtx5sjoznvyp4rwss3rys3x526ttwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1lkttql85h2ipn3x526tb9nsukncb7cv4hzmtx5", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1qx809eeshpti57dv32kxtwhizdo4wymejex1qx809eeshpti57dv32kxb9nsukncb7cv4hzmtx5sjoznvyp4rwss3rys3x526ttwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1lkttql85h2ipn3x526tb9nsukncb7cv4hzmtx5b9nsukncb7cv4hzmtx5", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1qx809eeshpti57dv32kxtwhizdo4wymejex1qx809eeshpti57dv32kxb9nsukncb7cv4hzmtx5sjoznvyp4rwss3rys3x526ttwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1lkttql85h2ipn3x526tb9nsukncb7cv4hzmtx5b9nsukncb7cv4hzmtx5qx809eeshpti57dv32kx", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1qx809eeshpti57dv32kxtwhizdo4wymejex1qx809eeshpti57dv32kxb9nsukncb7cv4hzmtx5sjoznvyp4rwss3rys3x526ttwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1lkttql85h2ipn3x526tb9nsukncb7cv4hzmtx5b9nsukncb7cv4hzmtx5qx809eeshpti57dv32kxb9nsukncb7cv4hzmtx5", "lkttql85h2ipnhmcvxq4fhmcvxq4ftwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1qx809eeshpti57dv32kxtwhizdo4wymejex1qx809eeshpti57dv32kxb9nsukncb7cv4hzmtx5sjoznvyp4rwss3rys3x526ttwhizdo4wymejex1twhizdo4wymejex1twhizdo4wymejex1lkttql85h2ipn3x526tb9nsukncb7cv4hzmtx5b9nsukncb7cv4hzmtx5qx809eeshpti57dv32kxb9nsukncb7cv4hzmtx5p64mmmhcrso8ovqvmj0"]}, "config": {"commands": [5, 10, 10, 8, 8, 8, 9, 8, 9, 2, 3, 4, 8, 8, 8, 5, 4, 2, 2, 9, 2, 7, 0], "max_length": 20, "min_length": 5, "num_commands": 23, "num_strings": 11, "strings": ["kpos5uk5ui5o", "o1uzbxqv3rj34z5cy9", "b9nsukncb7cv4hzmtx5", "sjoznvyp4rwss3rys", "3x526t", "lkttql85h2ipn", "t6rw6qb7xj1", "p64mmmhcrso8ovqvmj0", "twhizdo4wymejex1", "qx809eeshpti57dv32kx", "hmcvxq4f"]}, "task_name": "task05", "example_name": "0214", "problem_name": "task05_0214"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [rcgjf461bzsw2vl748q, rjlxqhmgqs, g01p6, g2ifri80kp1, td8n3pwx, 6kjr2xrygbyk8u1i5, 97xkwq1e9dr, julg9n9t3, fyxha1j168dxwa5rl, ccmhvmpi6a1n, ga3zno355assv, sopon7n, q5wcgkq7w34, s25teqm42sd7jt, ujor1jmah6yi2da]\nIndices: [3, 6, 2, 1, 6, 9, 11, 10, 8, 10, 2, 8, 10, 5, 8, 4, 9, 4, 4, 10, 4, 11, 9]\n", "label": {"final": "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9drccmhvmpi6a1nsopon7nga3zno355assvfyxha1j168dxwa5rlga3zno355assvg01p6fyxha1j168dxwa5rlga3zno355assv6kjr2xrygbyk8u1i5fyxha1j168dxwa5rltd8n3pwxccmhvmpi6a1ntd8n3pwxtd8n3pwxga3zno355assvtd8n3pwxsopon7nccmhvmpi6a1n", "init": "", "intermediate": ["g2ifri80kp1", "g2ifri80kp197xkwq1e9dr", "g2ifri80kp197xkwq1e9drg01p6", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9dr", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9drccmhvmpi6a1n", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9drccmhvmpi6a1nsopon7n", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9drccmhvmpi6a1nsopon7nga3zno355assv", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9drccmhvmpi6a1nsopon7nga3zno355assvfyxha1j168dxwa5rl", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9drccmhvmpi6a1nsopon7nga3zno355assvfyxha1j168dxwa5rlga3zno355assv", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9drccmhvmpi6a1nsopon7nga3zno355assvfyxha1j168dxwa5rlga3zno355assvg01p6", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9drccmhvmpi6a1nsopon7nga3zno355assvfyxha1j168dxwa5rlga3zno355assvg01p6fyxha1j168dxwa5rl", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9drccmhvmpi6a1nsopon7nga3zno355assvfyxha1j168dxwa5rlga3zno355assvg01p6fyxha1j168dxwa5rlga3zno355assv", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9drccmhvmpi6a1nsopon7nga3zno355assvfyxha1j168dxwa5rlga3zno355assvg01p6fyxha1j168dxwa5rlga3zno355assv6kjr2xrygbyk8u1i5", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9drccmhvmpi6a1nsopon7nga3zno355assvfyxha1j168dxwa5rlga3zno355assvg01p6fyxha1j168dxwa5rlga3zno355assv6kjr2xrygbyk8u1i5fyxha1j168dxwa5rl", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9drccmhvmpi6a1nsopon7nga3zno355assvfyxha1j168dxwa5rlga3zno355assvg01p6fyxha1j168dxwa5rlga3zno355assv6kjr2xrygbyk8u1i5fyxha1j168dxwa5rltd8n3pwx", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9drccmhvmpi6a1nsopon7nga3zno355assvfyxha1j168dxwa5rlga3zno355assvg01p6fyxha1j168dxwa5rlga3zno355assv6kjr2xrygbyk8u1i5fyxha1j168dxwa5rltd8n3pwxccmhvmpi6a1n", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9drccmhvmpi6a1nsopon7nga3zno355assvfyxha1j168dxwa5rlga3zno355assvg01p6fyxha1j168dxwa5rlga3zno355assv6kjr2xrygbyk8u1i5fyxha1j168dxwa5rltd8n3pwxccmhvmpi6a1ntd8n3pwx", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9drccmhvmpi6a1nsopon7nga3zno355assvfyxha1j168dxwa5rlga3zno355assvg01p6fyxha1j168dxwa5rlga3zno355assv6kjr2xrygbyk8u1i5fyxha1j168dxwa5rltd8n3pwxccmhvmpi6a1ntd8n3pwxtd8n3pwx", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9drccmhvmpi6a1nsopon7nga3zno355assvfyxha1j168dxwa5rlga3zno355assvg01p6fyxha1j168dxwa5rlga3zno355assv6kjr2xrygbyk8u1i5fyxha1j168dxwa5rltd8n3pwxccmhvmpi6a1ntd8n3pwxtd8n3pwxga3zno355assv", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9drccmhvmpi6a1nsopon7nga3zno355assvfyxha1j168dxwa5rlga3zno355assvg01p6fyxha1j168dxwa5rlga3zno355assv6kjr2xrygbyk8u1i5fyxha1j168dxwa5rltd8n3pwxccmhvmpi6a1ntd8n3pwxtd8n3pwxga3zno355assvtd8n3pwx", "g2ifri80kp197xkwq1e9drg01p6rjlxqhmgqs97xkwq1e9drccmhvmpi6a1nsopon7nga3zno355assvfyxha1j168dxwa5rlga3zno355assvg01p6fyxha1j168dxwa5rlga3zno355assv6kjr2xrygbyk8u1i5fyxha1j168dxwa5rltd8n3pwxccmhvmpi6a1ntd8n3pwxtd8n3pwxga3zno355assvtd8n3pwxsopon7n"]}, "config": {"commands": [3, 6, 2, 1, 6, 9, 11, 10, 8, 10, 2, 8, 10, 5, 8, 4, 9, 4, 4, 10, 4, 11, 9], "max_length": 20, "min_length": 5, "num_commands": 23, "num_strings": 15, "strings": ["rcgjf461bzsw2vl748q", "rjlxqhmgqs", "g01p6", "g2ifri80kp1", "td8n3pwx", "6kjr2xrygbyk8u1i5", "97xkwq1e9dr", "julg9n9t3", "fyxha1j168dxwa5rl", "ccmhvmpi6a1n", "ga3zno355assv", "sopon7n", "q5wcgkq7w34", "s25teqm42sd7jt", "ujor1jmah6yi2da"]}, "task_name": "task05", "example_name": "0215", "problem_name": "task05_0215"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [1hmvxjdedpevp8khx9z, f7pxcj73di8h, y5bo6o91, szxph0j1ve2b7eqj6l, bkzahsb2i, 2zhww6kelyu5h9dyo7kn, g8gttu1o, wtgmzaa892tnxo, 3vr5y3tp, cajhlg2dd, yxregatc7r961rib, c60vzn, j2lygnn5wuy1rl7my, t9nt8cyf4dnf792jcf1, yrj1z72, mgcym17i, mp2gsyylp5kurrux9, 3prlviio1ywu66wakqp8, e1srjf055h7zvbs09h1, oo2qsj1r5eho, go7qs5a2ha4accfb]\nIndices: [8, 5, 13, 5, 4, 16, 0, 11, 19, 3, 18, 8, 20, 1, 14, 12, 17, 20, 0, 5, 11, 20, 14]\n", "label": {"final": "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2imp2gsyylp5kurrux91hmvxjdedpevp8khx9zc60vznoo2qsj1r5ehoszxph0j1ve2b7eqj6le1srjf055h7zvbs09h13vr5y3tpgo7qs5a2ha4accfbf7pxcj73di8hyrj1z72j2lygnn5wuy1rl7my3prlviio1ywu66wakqp8go7qs5a2ha4accfb1hmvxjdedpevp8khx9z2zhww6kelyu5h9dyo7knc60vzngo7qs5a2ha4accfbyrj1z72", "init": "", "intermediate": ["3vr5y3tp", "3vr5y3tp2zhww6kelyu5h9dyo7kn", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf1", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7kn", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2i", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2imp2gsyylp5kurrux9", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2imp2gsyylp5kurrux91hmvxjdedpevp8khx9z", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2imp2gsyylp5kurrux91hmvxjdedpevp8khx9zc60vzn", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2imp2gsyylp5kurrux91hmvxjdedpevp8khx9zc60vznoo2qsj1r5eho", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2imp2gsyylp5kurrux91hmvxjdedpevp8khx9zc60vznoo2qsj1r5ehoszxph0j1ve2b7eqj6l", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2imp2gsyylp5kurrux91hmvxjdedpevp8khx9zc60vznoo2qsj1r5ehoszxph0j1ve2b7eqj6le1srjf055h7zvbs09h1", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2imp2gsyylp5kurrux91hmvxjdedpevp8khx9zc60vznoo2qsj1r5ehoszxph0j1ve2b7eqj6le1srjf055h7zvbs09h13vr5y3tp", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2imp2gsyylp5kurrux91hmvxjdedpevp8khx9zc60vznoo2qsj1r5ehoszxph0j1ve2b7eqj6le1srjf055h7zvbs09h13vr5y3tpgo7qs5a2ha4accfb", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2imp2gsyylp5kurrux91hmvxjdedpevp8khx9zc60vznoo2qsj1r5ehoszxph0j1ve2b7eqj6le1srjf055h7zvbs09h13vr5y3tpgo7qs5a2ha4accfbf7pxcj73di8h", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2imp2gsyylp5kurrux91hmvxjdedpevp8khx9zc60vznoo2qsj1r5ehoszxph0j1ve2b7eqj6le1srjf055h7zvbs09h13vr5y3tpgo7qs5a2ha4accfbf7pxcj73di8hyrj1z72", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2imp2gsyylp5kurrux91hmvxjdedpevp8khx9zc60vznoo2qsj1r5ehoszxph0j1ve2b7eqj6le1srjf055h7zvbs09h13vr5y3tpgo7qs5a2ha4accfbf7pxcj73di8hyrj1z72j2lygnn5wuy1rl7my", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2imp2gsyylp5kurrux91hmvxjdedpevp8khx9zc60vznoo2qsj1r5ehoszxph0j1ve2b7eqj6le1srjf055h7zvbs09h13vr5y3tpgo7qs5a2ha4accfbf7pxcj73di8hyrj1z72j2lygnn5wuy1rl7my3prlviio1ywu66wakqp8", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2imp2gsyylp5kurrux91hmvxjdedpevp8khx9zc60vznoo2qsj1r5ehoszxph0j1ve2b7eqj6le1srjf055h7zvbs09h13vr5y3tpgo7qs5a2ha4accfbf7pxcj73di8hyrj1z72j2lygnn5wuy1rl7my3prlviio1ywu66wakqp8go7qs5a2ha4accfb", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2imp2gsyylp5kurrux91hmvxjdedpevp8khx9zc60vznoo2qsj1r5ehoszxph0j1ve2b7eqj6le1srjf055h7zvbs09h13vr5y3tpgo7qs5a2ha4accfbf7pxcj73di8hyrj1z72j2lygnn5wuy1rl7my3prlviio1ywu66wakqp8go7qs5a2ha4accfb1hmvxjdedpevp8khx9z", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2imp2gsyylp5kurrux91hmvxjdedpevp8khx9zc60vznoo2qsj1r5ehoszxph0j1ve2b7eqj6le1srjf055h7zvbs09h13vr5y3tpgo7qs5a2ha4accfbf7pxcj73di8hyrj1z72j2lygnn5wuy1rl7my3prlviio1ywu66wakqp8go7qs5a2ha4accfb1hmvxjdedpevp8khx9z2zhww6kelyu5h9dyo7kn", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2imp2gsyylp5kurrux91hmvxjdedpevp8khx9zc60vznoo2qsj1r5ehoszxph0j1ve2b7eqj6le1srjf055h7zvbs09h13vr5y3tpgo7qs5a2ha4accfbf7pxcj73di8hyrj1z72j2lygnn5wuy1rl7my3prlviio1ywu66wakqp8go7qs5a2ha4accfb1hmvxjdedpevp8khx9z2zhww6kelyu5h9dyo7knc60vzn", "3vr5y3tp2zhww6kelyu5h9dyo7knt9nt8cyf4dnf792jcf12zhww6kelyu5h9dyo7knbkzahsb2imp2gsyylp5kurrux91hmvxjdedpevp8khx9zc60vznoo2qsj1r5ehoszxph0j1ve2b7eqj6le1srjf055h7zvbs09h13vr5y3tpgo7qs5a2ha4accfbf7pxcj73di8hyrj1z72j2lygnn5wuy1rl7my3prlviio1ywu66wakqp8go7qs5a2ha4accfb1hmvxjdedpevp8khx9z2zhww6kelyu5h9dyo7knc60vzngo7qs5a2ha4accfb"]}, "config": {"commands": [8, 5, 13, 5, 4, 16, 0, 11, 19, 3, 18, 8, 20, 1, 14, 12, 17, 20, 0, 5, 11, 20, 14], "max_length": 20, "min_length": 5, "num_commands": 23, "num_strings": 21, "strings": ["1hmvxjdedpevp8khx9z", "f7pxcj73di8h", "y5bo6o91", "szxph0j1ve2b7eqj6l", "bkzahsb2i", "2zhww6kelyu5h9dyo7kn", "g8gttu1o", "wtgmzaa892tnxo", "3vr5y3tp", "cajhlg2dd", "yxregatc7r961rib", "c60vzn", "j2lygnn5wuy1rl7my", "t9nt8cyf4dnf792jcf1", "yrj1z72", "mgcym17i", "mp2gsyylp5kurrux9", "3prlviio1ywu66wakqp8", "e1srjf055h7zvbs09h1", "oo2qsj1r5eho", "go7qs5a2ha4accfb"]}, "task_name": "task05", "example_name": "0216", "problem_name": "task05_0216"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [n682fpcs69, 3g0w0po, hqzz2, smbm9uhuqc8x, b13hecbts, pkdti5zdgwme9, sjo64d0ldsks9y, 2o8r7wx, 00n6p8tynjsn7, sxz7fcorwxub7, 5yyho2rqwn, nyc2h8qv20we6, pfelmh22eo8gy, jklvu0o, 58906avc6hctma29m, 33us7a2hk8wgecw5h3, zh5vew, 0quig]\nIndices: [15, 16, 12, 14, 14, 9, 12, 10, 12, 3, 15, 3, 5, 8, 11, 11, 15, 13, 6, 10, 15, 8, 9]\n", "label": {"final": "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29msxz7fcorwxub7pfelmh22eo8gy5yyho2rqwnpfelmh22eo8gysmbm9uhuqc8x33us7a2hk8wgecw5h3smbm9uhuqc8xpkdti5zdgwme900n6p8tynjsn7nyc2h8qv20we6nyc2h8qv20we633us7a2hk8wgecw5h3jklvu0osjo64d0ldsks9y5yyho2rqwn33us7a2hk8wgecw5h300n6p8tynjsn7sxz7fcorwxub7", "init": "", "intermediate": ["33us7a2hk8wgecw5h3", "33us7a2hk8wgecw5h3zh5vew", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29m", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29msxz7fcorwxub7", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29msxz7fcorwxub7pfelmh22eo8gy", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29msxz7fcorwxub7pfelmh22eo8gy5yyho2rqwn", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29msxz7fcorwxub7pfelmh22eo8gy5yyho2rqwnpfelmh22eo8gy", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29msxz7fcorwxub7pfelmh22eo8gy5yyho2rqwnpfelmh22eo8gysmbm9uhuqc8x", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29msxz7fcorwxub7pfelmh22eo8gy5yyho2rqwnpfelmh22eo8gysmbm9uhuqc8x33us7a2hk8wgecw5h3", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29msxz7fcorwxub7pfelmh22eo8gy5yyho2rqwnpfelmh22eo8gysmbm9uhuqc8x33us7a2hk8wgecw5h3smbm9uhuqc8x", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29msxz7fcorwxub7pfelmh22eo8gy5yyho2rqwnpfelmh22eo8gysmbm9uhuqc8x33us7a2hk8wgecw5h3smbm9uhuqc8xpkdti5zdgwme9", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29msxz7fcorwxub7pfelmh22eo8gy5yyho2rqwnpfelmh22eo8gysmbm9uhuqc8x33us7a2hk8wgecw5h3smbm9uhuqc8xpkdti5zdgwme900n6p8tynjsn7", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29msxz7fcorwxub7pfelmh22eo8gy5yyho2rqwnpfelmh22eo8gysmbm9uhuqc8x33us7a2hk8wgecw5h3smbm9uhuqc8xpkdti5zdgwme900n6p8tynjsn7nyc2h8qv20we6", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29msxz7fcorwxub7pfelmh22eo8gy5yyho2rqwnpfelmh22eo8gysmbm9uhuqc8x33us7a2hk8wgecw5h3smbm9uhuqc8xpkdti5zdgwme900n6p8tynjsn7nyc2h8qv20we6nyc2h8qv20we6", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29msxz7fcorwxub7pfelmh22eo8gy5yyho2rqwnpfelmh22eo8gysmbm9uhuqc8x33us7a2hk8wgecw5h3smbm9uhuqc8xpkdti5zdgwme900n6p8tynjsn7nyc2h8qv20we6nyc2h8qv20we633us7a2hk8wgecw5h3", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29msxz7fcorwxub7pfelmh22eo8gy5yyho2rqwnpfelmh22eo8gysmbm9uhuqc8x33us7a2hk8wgecw5h3smbm9uhuqc8xpkdti5zdgwme900n6p8tynjsn7nyc2h8qv20we6nyc2h8qv20we633us7a2hk8wgecw5h3jklvu0o", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29msxz7fcorwxub7pfelmh22eo8gy5yyho2rqwnpfelmh22eo8gysmbm9uhuqc8x33us7a2hk8wgecw5h3smbm9uhuqc8xpkdti5zdgwme900n6p8tynjsn7nyc2h8qv20we6nyc2h8qv20we633us7a2hk8wgecw5h3jklvu0osjo64d0ldsks9y", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29msxz7fcorwxub7pfelmh22eo8gy5yyho2rqwnpfelmh22eo8gysmbm9uhuqc8x33us7a2hk8wgecw5h3smbm9uhuqc8xpkdti5zdgwme900n6p8tynjsn7nyc2h8qv20we6nyc2h8qv20we633us7a2hk8wgecw5h3jklvu0osjo64d0ldsks9y5yyho2rqwn", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29msxz7fcorwxub7pfelmh22eo8gy5yyho2rqwnpfelmh22eo8gysmbm9uhuqc8x33us7a2hk8wgecw5h3smbm9uhuqc8xpkdti5zdgwme900n6p8tynjsn7nyc2h8qv20we6nyc2h8qv20we633us7a2hk8wgecw5h3jklvu0osjo64d0ldsks9y5yyho2rqwn33us7a2hk8wgecw5h3", "33us7a2hk8wgecw5h3zh5vewpfelmh22eo8gy58906avc6hctma29m58906avc6hctma29msxz7fcorwxub7pfelmh22eo8gy5yyho2rqwnpfelmh22eo8gysmbm9uhuqc8x33us7a2hk8wgecw5h3smbm9uhuqc8xpkdti5zdgwme900n6p8tynjsn7nyc2h8qv20we6nyc2h8qv20we633us7a2hk8wgecw5h3jklvu0osjo64d0ldsks9y5yyho2rqwn33us7a2hk8wgecw5h300n6p8tynjsn7"]}, "config": {"commands": [15, 16, 12, 14, 14, 9, 12, 10, 12, 3, 15, 3, 5, 8, 11, 11, 15, 13, 6, 10, 15, 8, 9], "max_length": 20, "min_length": 5, "num_commands": 23, "num_strings": 18, "strings": ["n682fpcs69", "3g0w0po", "hqzz2", "smbm9uhuqc8x", "b13hecbts", "pkdti5zdgwme9", "sjo64d0ldsks9y", "2o8r7wx", "00n6p8tynjsn7", "sxz7fcorwxub7", "5yyho2rqwn", "nyc2h8qv20we6", "pfelmh22eo8gy", "jklvu0o", "58906avc6hctma29m", "33us7a2hk8wgecw5h3", "zh5vew", "0quig"]}, "task_name": "task05", "example_name": "0217", "problem_name": "task05_0217"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [edopm4zl, fn6ng, lbnhb, 0vzl1ur4mvc, i41o18o6gzal3, m0hf99yxtkqokdv5g0o, 1qnkilsci244l3eg407, xb709ka, ptxx2okq7z, b43303e9johr3, 9dr70k389muc3ptus, 51r0r8, tzjk7mna89feelqy, c1mkbdhhzx67xxt7hwh, ouuxkd0, tw4tq6q4y6mr55djp, ytvt3hncn28nv3m0, udphvldd7zp75r1, 86z0e4pm3xqn, z66amc, r3eh5jg7uyu4vipypaln]\nIndices: [5, 6, 0, 0, 1, 3, 4, 14, 2, 8, 12, 4, 5, 17, 8, 7, 11, 9, 3, 3, 20, 7, 14]\n", "label": {"final": "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng0vzl1ur4mvci41o18o6gzal3ouuxkd0lbnhbptxx2okq7ztzjk7mna89feelqyi41o18o6gzal3m0hf99yxtkqokdv5g0oudphvldd7zp75r1ptxx2okq7zxb709ka51r0r8b43303e9johr30vzl1ur4mvc0vzl1ur4mvcr3eh5jg7uyu4vipypalnxb709kaouuxkd0", "init": "", "intermediate": ["m0hf99yxtkqokdv5g0o", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zl", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zl", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng0vzl1ur4mvc", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng0vzl1ur4mvci41o18o6gzal3", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng0vzl1ur4mvci41o18o6gzal3ouuxkd0", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng0vzl1ur4mvci41o18o6gzal3ouuxkd0lbnhb", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng0vzl1ur4mvci41o18o6gzal3ouuxkd0lbnhbptxx2okq7z", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng0vzl1ur4mvci41o18o6gzal3ouuxkd0lbnhbptxx2okq7ztzjk7mna89feelqy", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng0vzl1ur4mvci41o18o6gzal3ouuxkd0lbnhbptxx2okq7ztzjk7mna89feelqyi41o18o6gzal3", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng0vzl1ur4mvci41o18o6gzal3ouuxkd0lbnhbptxx2okq7ztzjk7mna89feelqyi41o18o6gzal3m0hf99yxtkqokdv5g0o", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng0vzl1ur4mvci41o18o6gzal3ouuxkd0lbnhbptxx2okq7ztzjk7mna89feelqyi41o18o6gzal3m0hf99yxtkqokdv5g0oudphvldd7zp75r1", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng0vzl1ur4mvci41o18o6gzal3ouuxkd0lbnhbptxx2okq7ztzjk7mna89feelqyi41o18o6gzal3m0hf99yxtkqokdv5g0oudphvldd7zp75r1ptxx2okq7z", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng0vzl1ur4mvci41o18o6gzal3ouuxkd0lbnhbptxx2okq7ztzjk7mna89feelqyi41o18o6gzal3m0hf99yxtkqokdv5g0oudphvldd7zp75r1ptxx2okq7zxb709ka", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng0vzl1ur4mvci41o18o6gzal3ouuxkd0lbnhbptxx2okq7ztzjk7mna89feelqyi41o18o6gzal3m0hf99yxtkqokdv5g0oudphvldd7zp75r1ptxx2okq7zxb709ka51r0r8", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng0vzl1ur4mvci41o18o6gzal3ouuxkd0lbnhbptxx2okq7ztzjk7mna89feelqyi41o18o6gzal3m0hf99yxtkqokdv5g0oudphvldd7zp75r1ptxx2okq7zxb709ka51r0r8b43303e9johr3", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng0vzl1ur4mvci41o18o6gzal3ouuxkd0lbnhbptxx2okq7ztzjk7mna89feelqyi41o18o6gzal3m0hf99yxtkqokdv5g0oudphvldd7zp75r1ptxx2okq7zxb709ka51r0r8b43303e9johr30vzl1ur4mvc", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng0vzl1ur4mvci41o18o6gzal3ouuxkd0lbnhbptxx2okq7ztzjk7mna89feelqyi41o18o6gzal3m0hf99yxtkqokdv5g0oudphvldd7zp75r1ptxx2okq7zxb709ka51r0r8b43303e9johr30vzl1ur4mvc0vzl1ur4mvc", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng0vzl1ur4mvci41o18o6gzal3ouuxkd0lbnhbptxx2okq7ztzjk7mna89feelqyi41o18o6gzal3m0hf99yxtkqokdv5g0oudphvldd7zp75r1ptxx2okq7zxb709ka51r0r8b43303e9johr30vzl1ur4mvc0vzl1ur4mvcr3eh5jg7uyu4vipypaln", "m0hf99yxtkqokdv5g0o1qnkilsci244l3eg407edopm4zledopm4zlfn6ng0vzl1ur4mvci41o18o6gzal3ouuxkd0lbnhbptxx2okq7ztzjk7mna89feelqyi41o18o6gzal3m0hf99yxtkqokdv5g0oudphvldd7zp75r1ptxx2okq7zxb709ka51r0r8b43303e9johr30vzl1ur4mvc0vzl1ur4mvcr3eh5jg7uyu4vipypalnxb709ka"]}, "config": {"commands": [5, 6, 0, 0, 1, 3, 4, 14, 2, 8, 12, 4, 5, 17, 8, 7, 11, 9, 3, 3, 20, 7, 14], "max_length": 20, "min_length": 5, "num_commands": 23, "num_strings": 21, "strings": ["edopm4zl", "fn6ng", "lbnhb", "0vzl1ur4mvc", "i41o18o6gzal3", "m0hf99yxtkqokdv5g0o", "1qnkilsci244l3eg407", "xb709ka", "ptxx2okq7z", "b43303e9johr3", "9dr70k389muc3ptus", "51r0r8", "tzjk7mna89feelqy", "c1mkbdhhzx67xxt7hwh", "ouuxkd0", "tw4tq6q4y6mr55djp", "ytvt3hncn28nv3m0", "udphvldd7zp75r1", "86z0e4pm3xqn", "z66amc", "r3eh5jg7uyu4vipypaln"]}, "task_name": "task05", "example_name": "0218", "problem_name": "task05_0218"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [14jh7g6msg0, 0php462x6e2gxy, lxq9tye8djpoz8, 0hhlnzd3er, 6ibb1wfonthxzhr, maebxzzcajq1rsno61, kn25e6viixmwzfds975, voyvtddtcnnjk, 855kobyd23eiz73xu, itj7x9, 8hzpfttwn5gat, m80no, 9brnp, v2qfk644, 14plnp6xl5cyzppeb50, xcyok4uzfiq9uxto, a749u944my64, 1mbuzozrjn, 0aca372d5vm9puaz5, 20qshb1cdpyyhwqscm]\nIndices: [11, 19, 6, 4, 7, 8, 6, 11, 12, 15, 1, 18, 4, 14, 19, 4, 9, 8, 12, 11, 13, 13, 3]\n", "label": {"final": "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk855kobyd23eiz73xukn25e6viixmwzfds975m80no9brnpxcyok4uzfiq9uxto0php462x6e2gxy0aca372d5vm9puaz56ibb1wfonthxzhr14plnp6xl5cyzppeb5020qshb1cdpyyhwqscm6ibb1wfonthxzhritj7x9855kobyd23eiz73xu9brnpm80nov2qfk644v2qfk6440hhlnzd3er", "init": "", "intermediate": ["m80no", "m80no20qshb1cdpyyhwqscm", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds975", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhr", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk855kobyd23eiz73xu", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk855kobyd23eiz73xukn25e6viixmwzfds975", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk855kobyd23eiz73xukn25e6viixmwzfds975m80no", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk855kobyd23eiz73xukn25e6viixmwzfds975m80no9brnp", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk855kobyd23eiz73xukn25e6viixmwzfds975m80no9brnpxcyok4uzfiq9uxto", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk855kobyd23eiz73xukn25e6viixmwzfds975m80no9brnpxcyok4uzfiq9uxto0php462x6e2gxy", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk855kobyd23eiz73xukn25e6viixmwzfds975m80no9brnpxcyok4uzfiq9uxto0php462x6e2gxy0aca372d5vm9puaz5", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk855kobyd23eiz73xukn25e6viixmwzfds975m80no9brnpxcyok4uzfiq9uxto0php462x6e2gxy0aca372d5vm9puaz56ibb1wfonthxzhr", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk855kobyd23eiz73xukn25e6viixmwzfds975m80no9brnpxcyok4uzfiq9uxto0php462x6e2gxy0aca372d5vm9puaz56ibb1wfonthxzhr14plnp6xl5cyzppeb50", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk855kobyd23eiz73xukn25e6viixmwzfds975m80no9brnpxcyok4uzfiq9uxto0php462x6e2gxy0aca372d5vm9puaz56ibb1wfonthxzhr14plnp6xl5cyzppeb5020qshb1cdpyyhwqscm", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk855kobyd23eiz73xukn25e6viixmwzfds975m80no9brnpxcyok4uzfiq9uxto0php462x6e2gxy0aca372d5vm9puaz56ibb1wfonthxzhr14plnp6xl5cyzppeb5020qshb1cdpyyhwqscm6ibb1wfonthxzhr", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk855kobyd23eiz73xukn25e6viixmwzfds975m80no9brnpxcyok4uzfiq9uxto0php462x6e2gxy0aca372d5vm9puaz56ibb1wfonthxzhr14plnp6xl5cyzppeb5020qshb1cdpyyhwqscm6ibb1wfonthxzhritj7x9", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk855kobyd23eiz73xukn25e6viixmwzfds975m80no9brnpxcyok4uzfiq9uxto0php462x6e2gxy0aca372d5vm9puaz56ibb1wfonthxzhr14plnp6xl5cyzppeb5020qshb1cdpyyhwqscm6ibb1wfonthxzhritj7x9855kobyd23eiz73xu", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk855kobyd23eiz73xukn25e6viixmwzfds975m80no9brnpxcyok4uzfiq9uxto0php462x6e2gxy0aca372d5vm9puaz56ibb1wfonthxzhr14plnp6xl5cyzppeb5020qshb1cdpyyhwqscm6ibb1wfonthxzhritj7x9855kobyd23eiz73xu9brnp", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk855kobyd23eiz73xukn25e6viixmwzfds975m80no9brnpxcyok4uzfiq9uxto0php462x6e2gxy0aca372d5vm9puaz56ibb1wfonthxzhr14plnp6xl5cyzppeb5020qshb1cdpyyhwqscm6ibb1wfonthxzhritj7x9855kobyd23eiz73xu9brnpm80no", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk855kobyd23eiz73xukn25e6viixmwzfds975m80no9brnpxcyok4uzfiq9uxto0php462x6e2gxy0aca372d5vm9puaz56ibb1wfonthxzhr14plnp6xl5cyzppeb5020qshb1cdpyyhwqscm6ibb1wfonthxzhritj7x9855kobyd23eiz73xu9brnpm80nov2qfk644", "m80no20qshb1cdpyyhwqscmkn25e6viixmwzfds9756ibb1wfonthxzhrvoyvtddtcnnjk855kobyd23eiz73xukn25e6viixmwzfds975m80no9brnpxcyok4uzfiq9uxto0php462x6e2gxy0aca372d5vm9puaz56ibb1wfonthxzhr14plnp6xl5cyzppeb5020qshb1cdpyyhwqscm6ibb1wfonthxzhritj7x9855kobyd23eiz73xu9brnpm80nov2qfk644v2qfk644"]}, "config": {"commands": [11, 19, 6, 4, 7, 8, 6, 11, 12, 15, 1, 18, 4, 14, 19, 4, 9, 8, 12, 11, 13, 13, 3], "max_length": 20, "min_length": 5, "num_commands": 23, "num_strings": 20, "strings": ["14jh7g6msg0", "0php462x6e2gxy", "lxq9tye8djpoz8", "0hhlnzd3er", "6ibb1wfonthxzhr", "maebxzzcajq1rsno61", "kn25e6viixmwzfds975", "voyvtddtcnnjk", "855kobyd23eiz73xu", "itj7x9", "8hzpfttwn5gat", "m80no", "9brnp", "v2qfk644", "14plnp6xl5cyzppeb50", "xcyok4uzfiq9uxto", "a749u944my64", "1mbuzozrjn", "0aca372d5vm9puaz5", "20qshb1cdpyyhwqscm"]}, "task_name": "task05", "example_name": "0219", "problem_name": "task05_0219"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [xx0r8zv46rm0mz, i5s24ivzemyps, jemphkwzpnx, 39mfxbfdotue, a29pabj, y5gi20ffr176d6h, 65b1uu1plx57sm9b7l, dt3qssfyg8, hhlsq9mnmjt1o1czm, jyzzufy, 39v5yfxauob, oerklrwwh9cmr, yo96yn1bw8, zm1eermw0d5esmjb96uh, c45ajm0rlbtmfsa, dkpm41y3e, 2bjf2m1ys6ym, szm7y1qra5f3s, iehqzk4h8fnjyf07d1x, 0epcjk, t6xsj, lmaf3xi07me2m9m]\nIndices: [12, 9, 6, 3, 19, 11, 7, 13, 8, 4, 12, 11, 14, 2, 9, 5, 9, 2, 9, 4, 15, 14, 16, 12]\n", "label": {"final": "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmrdt3qssfyg8zm1eermw0d5esmjb96uhhhlsq9mnmjt1o1czma29pabjyo96yn1bw8oerklrwwh9cmrc45ajm0rlbtmfsajemphkwzpnxjyzzufyy5gi20ffr176d6hjyzzufyjemphkwzpnxjyzzufya29pabjdkpm41y3ec45ajm0rlbtmfsa2bjf2m1ys6ymyo96yn1bw8", "init": "", "intermediate": ["yo96yn1bw8", "yo96yn1bw8jyzzufy", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjk", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmr", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmrdt3qssfyg8", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmrdt3qssfyg8zm1eermw0d5esmjb96uh", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmrdt3qssfyg8zm1eermw0d5esmjb96uhhhlsq9mnmjt1o1czm", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmrdt3qssfyg8zm1eermw0d5esmjb96uhhhlsq9mnmjt1o1czma29pabj", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmrdt3qssfyg8zm1eermw0d5esmjb96uhhhlsq9mnmjt1o1czma29pabjyo96yn1bw8", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmrdt3qssfyg8zm1eermw0d5esmjb96uhhhlsq9mnmjt1o1czma29pabjyo96yn1bw8oerklrwwh9cmr", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmrdt3qssfyg8zm1eermw0d5esmjb96uhhhlsq9mnmjt1o1czma29pabjyo96yn1bw8oerklrwwh9cmrc45ajm0rlbtmfsa", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmrdt3qssfyg8zm1eermw0d5esmjb96uhhhlsq9mnmjt1o1czma29pabjyo96yn1bw8oerklrwwh9cmrc45ajm0rlbtmfsajemphkwzpnx", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmrdt3qssfyg8zm1eermw0d5esmjb96uhhhlsq9mnmjt1o1czma29pabjyo96yn1bw8oerklrwwh9cmrc45ajm0rlbtmfsajemphkwzpnxjyzzufy", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmrdt3qssfyg8zm1eermw0d5esmjb96uhhhlsq9mnmjt1o1czma29pabjyo96yn1bw8oerklrwwh9cmrc45ajm0rlbtmfsajemphkwzpnxjyzzufyy5gi20ffr176d6h", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmrdt3qssfyg8zm1eermw0d5esmjb96uhhhlsq9mnmjt1o1czma29pabjyo96yn1bw8oerklrwwh9cmrc45ajm0rlbtmfsajemphkwzpnxjyzzufyy5gi20ffr176d6hjyzzufy", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmrdt3qssfyg8zm1eermw0d5esmjb96uhhhlsq9mnmjt1o1czma29pabjyo96yn1bw8oerklrwwh9cmrc45ajm0rlbtmfsajemphkwzpnxjyzzufyy5gi20ffr176d6hjyzzufyjemphkwzpnx", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmrdt3qssfyg8zm1eermw0d5esmjb96uhhhlsq9mnmjt1o1czma29pabjyo96yn1bw8oerklrwwh9cmrc45ajm0rlbtmfsajemphkwzpnxjyzzufyy5gi20ffr176d6hjyzzufyjemphkwzpnxjyzzufy", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmrdt3qssfyg8zm1eermw0d5esmjb96uhhhlsq9mnmjt1o1czma29pabjyo96yn1bw8oerklrwwh9cmrc45ajm0rlbtmfsajemphkwzpnxjyzzufyy5gi20ffr176d6hjyzzufyjemphkwzpnxjyzzufya29pabj", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmrdt3qssfyg8zm1eermw0d5esmjb96uhhhlsq9mnmjt1o1czma29pabjyo96yn1bw8oerklrwwh9cmrc45ajm0rlbtmfsajemphkwzpnxjyzzufyy5gi20ffr176d6hjyzzufyjemphkwzpnxjyzzufya29pabjdkpm41y3e", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmrdt3qssfyg8zm1eermw0d5esmjb96uhhhlsq9mnmjt1o1czma29pabjyo96yn1bw8oerklrwwh9cmrc45ajm0rlbtmfsajemphkwzpnxjyzzufyy5gi20ffr176d6hjyzzufyjemphkwzpnxjyzzufya29pabjdkpm41y3ec45ajm0rlbtmfsa", "yo96yn1bw8jyzzufy65b1uu1plx57sm9b7l39mfxbfdotue0epcjkoerklrwwh9cmrdt3qssfyg8zm1eermw0d5esmjb96uhhhlsq9mnmjt1o1czma29pabjyo96yn1bw8oerklrwwh9cmrc45ajm0rlbtmfsajemphkwzpnxjyzzufyy5gi20ffr176d6hjyzzufyjemphkwzpnxjyzzufya29pabjdkpm41y3ec45ajm0rlbtmfsa2bjf2m1ys6ym"]}, "config": {"commands": [12, 9, 6, 3, 19, 11, 7, 13, 8, 4, 12, 11, 14, 2, 9, 5, 9, 2, 9, 4, 15, 14, 16, 12], "max_length": 20, "min_length": 5, "num_commands": 24, "num_strings": 22, "strings": ["xx0r8zv46rm0mz", "i5s24ivzemyps", "jemphkwzpnx", "39mfxbfdotue", "a29pabj", "y5gi20ffr176d6h", "65b1uu1plx57sm9b7l", "dt3qssfyg8", "hhlsq9mnmjt1o1czm", "jyzzufy", "39v5yfxauob", "oerklrwwh9cmr", "yo96yn1bw8", "zm1eermw0d5esmjb96uh", "c45ajm0rlbtmfsa", "dkpm41y3e", "2bjf2m1ys6ym", "szm7y1qra5f3s", "iehqzk4h8fnjyf07d1x", "0epcjk", "t6xsj", "lmaf3xi07me2m9m"]}, "task_name": "task05", "example_name": "0220", "problem_name": "task05_0220"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [kn9hnztgog7, 6w719rf7, srit4brkg1udadoe3p, qp70deu, hxuu70spl1f9flsg69, v7fldt8bdt0xdh1amq]\nIndices: [4, 3, 1, 4, 1, 0, 4, 3, 2, 1, 1, 4, 0, 0, 3, 3, 1, 4, 0, 0, 0, 2, 0, 0]\n", "label": {"final": "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7hxuu70spl1f9flsg69qp70deusrit4brkg1udadoe3p6w719rf76w719rf7hxuu70spl1f9flsg69kn9hnztgog7kn9hnztgog7qp70deuqp70deu6w719rf7hxuu70spl1f9flsg69kn9hnztgog7kn9hnztgog7kn9hnztgog7srit4brkg1udadoe3pkn9hnztgog7kn9hnztgog7", "init": "", "intermediate": ["hxuu70spl1f9flsg69", "hxuu70spl1f9flsg69qp70deu", "hxuu70spl1f9flsg69qp70deu6w719rf7", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg69", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7hxuu70spl1f9flsg69", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7hxuu70spl1f9flsg69qp70deu", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7hxuu70spl1f9flsg69qp70deusrit4brkg1udadoe3p", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7hxuu70spl1f9flsg69qp70deusrit4brkg1udadoe3p6w719rf7", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7hxuu70spl1f9flsg69qp70deusrit4brkg1udadoe3p6w719rf76w719rf7", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7hxuu70spl1f9flsg69qp70deusrit4brkg1udadoe3p6w719rf76w719rf7hxuu70spl1f9flsg69", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7hxuu70spl1f9flsg69qp70deusrit4brkg1udadoe3p6w719rf76w719rf7hxuu70spl1f9flsg69kn9hnztgog7", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7hxuu70spl1f9flsg69qp70deusrit4brkg1udadoe3p6w719rf76w719rf7hxuu70spl1f9flsg69kn9hnztgog7kn9hnztgog7", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7hxuu70spl1f9flsg69qp70deusrit4brkg1udadoe3p6w719rf76w719rf7hxuu70spl1f9flsg69kn9hnztgog7kn9hnztgog7qp70deu", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7hxuu70spl1f9flsg69qp70deusrit4brkg1udadoe3p6w719rf76w719rf7hxuu70spl1f9flsg69kn9hnztgog7kn9hnztgog7qp70deuqp70deu", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7hxuu70spl1f9flsg69qp70deusrit4brkg1udadoe3p6w719rf76w719rf7hxuu70spl1f9flsg69kn9hnztgog7kn9hnztgog7qp70deuqp70deu6w719rf7", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7hxuu70spl1f9flsg69qp70deusrit4brkg1udadoe3p6w719rf76w719rf7hxuu70spl1f9flsg69kn9hnztgog7kn9hnztgog7qp70deuqp70deu6w719rf7hxuu70spl1f9flsg69", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7hxuu70spl1f9flsg69qp70deusrit4brkg1udadoe3p6w719rf76w719rf7hxuu70spl1f9flsg69kn9hnztgog7kn9hnztgog7qp70deuqp70deu6w719rf7hxuu70spl1f9flsg69kn9hnztgog7", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7hxuu70spl1f9flsg69qp70deusrit4brkg1udadoe3p6w719rf76w719rf7hxuu70spl1f9flsg69kn9hnztgog7kn9hnztgog7qp70deuqp70deu6w719rf7hxuu70spl1f9flsg69kn9hnztgog7kn9hnztgog7", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7hxuu70spl1f9flsg69qp70deusrit4brkg1udadoe3p6w719rf76w719rf7hxuu70spl1f9flsg69kn9hnztgog7kn9hnztgog7qp70deuqp70deu6w719rf7hxuu70spl1f9flsg69kn9hnztgog7kn9hnztgog7kn9hnztgog7", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7hxuu70spl1f9flsg69qp70deusrit4brkg1udadoe3p6w719rf76w719rf7hxuu70spl1f9flsg69kn9hnztgog7kn9hnztgog7qp70deuqp70deu6w719rf7hxuu70spl1f9flsg69kn9hnztgog7kn9hnztgog7kn9hnztgog7srit4brkg1udadoe3p", "hxuu70spl1f9flsg69qp70deu6w719rf7hxuu70spl1f9flsg696w719rf7kn9hnztgog7hxuu70spl1f9flsg69qp70deusrit4brkg1udadoe3p6w719rf76w719rf7hxuu70spl1f9flsg69kn9hnztgog7kn9hnztgog7qp70deuqp70deu6w719rf7hxuu70spl1f9flsg69kn9hnztgog7kn9hnztgog7kn9hnztgog7srit4brkg1udadoe3pkn9hnztgog7"]}, "config": {"commands": [4, 3, 1, 4, 1, 0, 4, 3, 2, 1, 1, 4, 0, 0, 3, 3, 1, 4, 0, 0, 0, 2, 0, 0], "max_length": 20, "min_length": 5, "num_commands": 24, "num_strings": 6, "strings": ["kn9hnztgog7", "6w719rf7", "srit4brkg1udadoe3p", "qp70deu", "hxuu70spl1f9flsg69", "v7fldt8bdt0xdh1amq"]}, "task_name": "task05", "example_name": "0221", "problem_name": "task05_0221"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [r6jxl8o59r91h9n3j3x, 10z2d4hd120h0, 0mny4heh0w2, q6l4tocl965jcoqakfh, 4lietn, xgc4oa35po5uar, kcs1te2g, 8up12tvscp, xl4rc9bulkiymp, km81m, i88d1famgvb1ml82ca9]\nIndices: [7, 5, 5, 8, 0, 8, 8, 9, 5, 1, 7, 7, 3, 10, 10, 2, 7, 8, 4, 0, 1, 8, 7, 8]\n", "label": {"final": "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiympxl4rc9bulkiympkm81mxgc4oa35po5uar10z2d4hd120h08up12tvscp8up12tvscpq6l4tocl965jcoqakfhi88d1famgvb1ml82ca9i88d1famgvb1ml82ca90mny4heh0w28up12tvscpxl4rc9bulkiymp4lietnr6jxl8o59r91h9n3j3x10z2d4hd120h0xl4rc9bulkiymp8up12tvscpxl4rc9bulkiymp", "init": "", "intermediate": ["8up12tvscp", "8up12tvscpxgc4oa35po5uar", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uar", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiymp", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3x", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiymp", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiympxl4rc9bulkiymp", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiympxl4rc9bulkiympkm81m", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiympxl4rc9bulkiympkm81mxgc4oa35po5uar", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiympxl4rc9bulkiympkm81mxgc4oa35po5uar10z2d4hd120h0", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiympxl4rc9bulkiympkm81mxgc4oa35po5uar10z2d4hd120h08up12tvscp", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiympxl4rc9bulkiympkm81mxgc4oa35po5uar10z2d4hd120h08up12tvscp8up12tvscp", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiympxl4rc9bulkiympkm81mxgc4oa35po5uar10z2d4hd120h08up12tvscp8up12tvscpq6l4tocl965jcoqakfh", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiympxl4rc9bulkiympkm81mxgc4oa35po5uar10z2d4hd120h08up12tvscp8up12tvscpq6l4tocl965jcoqakfhi88d1famgvb1ml82ca9", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiympxl4rc9bulkiympkm81mxgc4oa35po5uar10z2d4hd120h08up12tvscp8up12tvscpq6l4tocl965jcoqakfhi88d1famgvb1ml82ca9i88d1famgvb1ml82ca9", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiympxl4rc9bulkiympkm81mxgc4oa35po5uar10z2d4hd120h08up12tvscp8up12tvscpq6l4tocl965jcoqakfhi88d1famgvb1ml82ca9i88d1famgvb1ml82ca90mny4heh0w2", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiympxl4rc9bulkiympkm81mxgc4oa35po5uar10z2d4hd120h08up12tvscp8up12tvscpq6l4tocl965jcoqakfhi88d1famgvb1ml82ca9i88d1famgvb1ml82ca90mny4heh0w28up12tvscp", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiympxl4rc9bulkiympkm81mxgc4oa35po5uar10z2d4hd120h08up12tvscp8up12tvscpq6l4tocl965jcoqakfhi88d1famgvb1ml82ca9i88d1famgvb1ml82ca90mny4heh0w28up12tvscpxl4rc9bulkiymp", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiympxl4rc9bulkiympkm81mxgc4oa35po5uar10z2d4hd120h08up12tvscp8up12tvscpq6l4tocl965jcoqakfhi88d1famgvb1ml82ca9i88d1famgvb1ml82ca90mny4heh0w28up12tvscpxl4rc9bulkiymp4lietn", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiympxl4rc9bulkiympkm81mxgc4oa35po5uar10z2d4hd120h08up12tvscp8up12tvscpq6l4tocl965jcoqakfhi88d1famgvb1ml82ca9i88d1famgvb1ml82ca90mny4heh0w28up12tvscpxl4rc9bulkiymp4lietnr6jxl8o59r91h9n3j3x", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiympxl4rc9bulkiympkm81mxgc4oa35po5uar10z2d4hd120h08up12tvscp8up12tvscpq6l4tocl965jcoqakfhi88d1famgvb1ml82ca9i88d1famgvb1ml82ca90mny4heh0w28up12tvscpxl4rc9bulkiymp4lietnr6jxl8o59r91h9n3j3x10z2d4hd120h0", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiympxl4rc9bulkiympkm81mxgc4oa35po5uar10z2d4hd120h08up12tvscp8up12tvscpq6l4tocl965jcoqakfhi88d1famgvb1ml82ca9i88d1famgvb1ml82ca90mny4heh0w28up12tvscpxl4rc9bulkiymp4lietnr6jxl8o59r91h9n3j3x10z2d4hd120h0xl4rc9bulkiymp", "8up12tvscpxgc4oa35po5uarxgc4oa35po5uarxl4rc9bulkiympr6jxl8o59r91h9n3j3xxl4rc9bulkiympxl4rc9bulkiympkm81mxgc4oa35po5uar10z2d4hd120h08up12tvscp8up12tvscpq6l4tocl965jcoqakfhi88d1famgvb1ml82ca9i88d1famgvb1ml82ca90mny4heh0w28up12tvscpxl4rc9bulkiymp4lietnr6jxl8o59r91h9n3j3x10z2d4hd120h0xl4rc9bulkiymp8up12tvscp"]}, "config": {"commands": [7, 5, 5, 8, 0, 8, 8, 9, 5, 1, 7, 7, 3, 10, 10, 2, 7, 8, 4, 0, 1, 8, 7, 8], "max_length": 20, "min_length": 5, "num_commands": 24, "num_strings": 11, "strings": ["r6jxl8o59r91h9n3j3x", "10z2d4hd120h0", "0mny4heh0w2", "q6l4tocl965jcoqakfh", "4lietn", "xgc4oa35po5uar", "kcs1te2g", "8up12tvscp", "xl4rc9bulkiymp", "km81m", "i88d1famgvb1ml82ca9"]}, "task_name": "task05", "example_name": "0222", "problem_name": "task05_0222"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [8pfo4, p12y7ti59qha5, 0k39vvw4, nz7khy4w8, dyygp93amm3ch9i70sxk, tqlbcvgjbeb6yggg8w, bv3cq1124rotp8tv6cs, dvhzdf643n, 6y2s4kq7kru, g8ut94qw36j, pm7afs3talr7a, 84cdo, sgft4z3q9wnoyt0d, glinlqtqzk34yd, kb9n4l, h4fop, cfdtdi547, 74i8g9t7, t9e19mnbr64cx, 1s9vitjvcw8iu]\nIndices: [9, 18, 19, 6, 18, 14, 9, 0, 14, 14, 12, 4, 2, 5, 6, 5, 16, 4, 11, 17, 10, 2, 0, 9]\n", "label": {"final": "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4lg8ut94qw36j8pfo4kb9n4lkb9n4lsgft4z3q9wnoyt0ddyygp93amm3ch9i70sxk0k39vvw4tqlbcvgjbeb6yggg8wbv3cq1124rotp8tv6cstqlbcvgjbeb6yggg8wcfdtdi547dyygp93amm3ch9i70sxk84cdo74i8g9t7pm7afs3talr7a0k39vvw48pfo4g8ut94qw36j", "init": "", "intermediate": ["g8ut94qw36j", "g8ut94qw36jt9e19mnbr64cx", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iu", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cs", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cx", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4l", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4lg8ut94qw36j", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4lg8ut94qw36j8pfo4", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4lg8ut94qw36j8pfo4kb9n4l", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4lg8ut94qw36j8pfo4kb9n4lkb9n4l", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4lg8ut94qw36j8pfo4kb9n4lkb9n4lsgft4z3q9wnoyt0d", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4lg8ut94qw36j8pfo4kb9n4lkb9n4lsgft4z3q9wnoyt0ddyygp93amm3ch9i70sxk", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4lg8ut94qw36j8pfo4kb9n4lkb9n4lsgft4z3q9wnoyt0ddyygp93amm3ch9i70sxk0k39vvw4", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4lg8ut94qw36j8pfo4kb9n4lkb9n4lsgft4z3q9wnoyt0ddyygp93amm3ch9i70sxk0k39vvw4tqlbcvgjbeb6yggg8w", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4lg8ut94qw36j8pfo4kb9n4lkb9n4lsgft4z3q9wnoyt0ddyygp93amm3ch9i70sxk0k39vvw4tqlbcvgjbeb6yggg8wbv3cq1124rotp8tv6cs", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4lg8ut94qw36j8pfo4kb9n4lkb9n4lsgft4z3q9wnoyt0ddyygp93amm3ch9i70sxk0k39vvw4tqlbcvgjbeb6yggg8wbv3cq1124rotp8tv6cstqlbcvgjbeb6yggg8w", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4lg8ut94qw36j8pfo4kb9n4lkb9n4lsgft4z3q9wnoyt0ddyygp93amm3ch9i70sxk0k39vvw4tqlbcvgjbeb6yggg8wbv3cq1124rotp8tv6cstqlbcvgjbeb6yggg8wcfdtdi547", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4lg8ut94qw36j8pfo4kb9n4lkb9n4lsgft4z3q9wnoyt0ddyygp93amm3ch9i70sxk0k39vvw4tqlbcvgjbeb6yggg8wbv3cq1124rotp8tv6cstqlbcvgjbeb6yggg8wcfdtdi547dyygp93amm3ch9i70sxk", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4lg8ut94qw36j8pfo4kb9n4lkb9n4lsgft4z3q9wnoyt0ddyygp93amm3ch9i70sxk0k39vvw4tqlbcvgjbeb6yggg8wbv3cq1124rotp8tv6cstqlbcvgjbeb6yggg8wcfdtdi547dyygp93amm3ch9i70sxk84cdo", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4lg8ut94qw36j8pfo4kb9n4lkb9n4lsgft4z3q9wnoyt0ddyygp93amm3ch9i70sxk0k39vvw4tqlbcvgjbeb6yggg8wbv3cq1124rotp8tv6cstqlbcvgjbeb6yggg8wcfdtdi547dyygp93amm3ch9i70sxk84cdo74i8g9t7", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4lg8ut94qw36j8pfo4kb9n4lkb9n4lsgft4z3q9wnoyt0ddyygp93amm3ch9i70sxk0k39vvw4tqlbcvgjbeb6yggg8wbv3cq1124rotp8tv6cstqlbcvgjbeb6yggg8wcfdtdi547dyygp93amm3ch9i70sxk84cdo74i8g9t7pm7afs3talr7a", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4lg8ut94qw36j8pfo4kb9n4lkb9n4lsgft4z3q9wnoyt0ddyygp93amm3ch9i70sxk0k39vvw4tqlbcvgjbeb6yggg8wbv3cq1124rotp8tv6cstqlbcvgjbeb6yggg8wcfdtdi547dyygp93amm3ch9i70sxk84cdo74i8g9t7pm7afs3talr7a0k39vvw4", "g8ut94qw36jt9e19mnbr64cx1s9vitjvcw8iubv3cq1124rotp8tv6cst9e19mnbr64cxkb9n4lg8ut94qw36j8pfo4kb9n4lkb9n4lsgft4z3q9wnoyt0ddyygp93amm3ch9i70sxk0k39vvw4tqlbcvgjbeb6yggg8wbv3cq1124rotp8tv6cstqlbcvgjbeb6yggg8wcfdtdi547dyygp93amm3ch9i70sxk84cdo74i8g9t7pm7afs3talr7a0k39vvw48pfo4"]}, "config": {"commands": [9, 18, 19, 6, 18, 14, 9, 0, 14, 14, 12, 4, 2, 5, 6, 5, 16, 4, 11, 17, 10, 2, 0, 9], "max_length": 20, "min_length": 5, "num_commands": 24, "num_strings": 20, "strings": ["8pfo4", "p12y7ti59qha5", "0k39vvw4", "nz7khy4w8", "dyygp93amm3ch9i70sxk", "tqlbcvgjbeb6yggg8w", "bv3cq1124rotp8tv6cs", "dvhzdf643n", "6y2s4kq7kru", "g8ut94qw36j", "pm7afs3talr7a", "84cdo", "sgft4z3q9wnoyt0d", "glinlqtqzk34yd", "kb9n4l", "h4fop", "cfdtdi547", "74i8g9t7", "t9e19mnbr64cx", "1s9vitjvcw8iu"]}, "task_name": "task05", "example_name": "0223", "problem_name": "task05_0223"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [bw1zc34xgd, zb5huyuxyhg, je7v11cgongqv9z, doapdu4v, qhe4bua8fsrnh, 17ssvo, pottfzke, zqihk1dc11sp538yqjp, j6tpwcxlzqpap3cj, 77e34, m4fd5vg0haxe8bmib, ao6ucnhqe9ixq8o705, 2idkvdoe9ht17d7gk, k055r8gl, sjxygotmuq, xdm9tmadlh42hk4c, qug0gxc4, 517nb05mai, l35n7lzolr]\nIndices: [16, 16, 6, 11, 0, 18, 18, 10, 12, 12, 8, 4, 17, 0, 9, 2, 18, 12, 2, 17, 14, 9, 1, 18]\n", "label": {"final": "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolrl35n7lzolrm4fd5vg0haxe8bmib2idkvdoe9ht17d7gk2idkvdoe9ht17d7gkj6tpwcxlzqpap3cjqhe4bua8fsrnh517nb05maibw1zc34xgd77e34je7v11cgongqv9zl35n7lzolr2idkvdoe9ht17d7gkje7v11cgongqv9z517nb05maisjxygotmuq77e34zb5huyuxyhgl35n7lzolr", "init": "", "intermediate": ["qug0gxc4", "qug0gxc4qug0gxc4", "qug0gxc4qug0gxc4pottfzke", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgd", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolr", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolrl35n7lzolr", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolrl35n7lzolrm4fd5vg0haxe8bmib", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolrl35n7lzolrm4fd5vg0haxe8bmib2idkvdoe9ht17d7gk", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolrl35n7lzolrm4fd5vg0haxe8bmib2idkvdoe9ht17d7gk2idkvdoe9ht17d7gk", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolrl35n7lzolrm4fd5vg0haxe8bmib2idkvdoe9ht17d7gk2idkvdoe9ht17d7gkj6tpwcxlzqpap3cj", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolrl35n7lzolrm4fd5vg0haxe8bmib2idkvdoe9ht17d7gk2idkvdoe9ht17d7gkj6tpwcxlzqpap3cjqhe4bua8fsrnh", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolrl35n7lzolrm4fd5vg0haxe8bmib2idkvdoe9ht17d7gk2idkvdoe9ht17d7gkj6tpwcxlzqpap3cjqhe4bua8fsrnh517nb05mai", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolrl35n7lzolrm4fd5vg0haxe8bmib2idkvdoe9ht17d7gk2idkvdoe9ht17d7gkj6tpwcxlzqpap3cjqhe4bua8fsrnh517nb05maibw1zc34xgd", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolrl35n7lzolrm4fd5vg0haxe8bmib2idkvdoe9ht17d7gk2idkvdoe9ht17d7gkj6tpwcxlzqpap3cjqhe4bua8fsrnh517nb05maibw1zc34xgd77e34", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolrl35n7lzolrm4fd5vg0haxe8bmib2idkvdoe9ht17d7gk2idkvdoe9ht17d7gkj6tpwcxlzqpap3cjqhe4bua8fsrnh517nb05maibw1zc34xgd77e34je7v11cgongqv9z", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolrl35n7lzolrm4fd5vg0haxe8bmib2idkvdoe9ht17d7gk2idkvdoe9ht17d7gkj6tpwcxlzqpap3cjqhe4bua8fsrnh517nb05maibw1zc34xgd77e34je7v11cgongqv9zl35n7lzolr", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolrl35n7lzolrm4fd5vg0haxe8bmib2idkvdoe9ht17d7gk2idkvdoe9ht17d7gkj6tpwcxlzqpap3cjqhe4bua8fsrnh517nb05maibw1zc34xgd77e34je7v11cgongqv9zl35n7lzolr2idkvdoe9ht17d7gk", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolrl35n7lzolrm4fd5vg0haxe8bmib2idkvdoe9ht17d7gk2idkvdoe9ht17d7gkj6tpwcxlzqpap3cjqhe4bua8fsrnh517nb05maibw1zc34xgd77e34je7v11cgongqv9zl35n7lzolr2idkvdoe9ht17d7gkje7v11cgongqv9z", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolrl35n7lzolrm4fd5vg0haxe8bmib2idkvdoe9ht17d7gk2idkvdoe9ht17d7gkj6tpwcxlzqpap3cjqhe4bua8fsrnh517nb05maibw1zc34xgd77e34je7v11cgongqv9zl35n7lzolr2idkvdoe9ht17d7gkje7v11cgongqv9z517nb05mai", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolrl35n7lzolrm4fd5vg0haxe8bmib2idkvdoe9ht17d7gk2idkvdoe9ht17d7gkj6tpwcxlzqpap3cjqhe4bua8fsrnh517nb05maibw1zc34xgd77e34je7v11cgongqv9zl35n7lzolr2idkvdoe9ht17d7gkje7v11cgongqv9z517nb05maisjxygotmuq", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolrl35n7lzolrm4fd5vg0haxe8bmib2idkvdoe9ht17d7gk2idkvdoe9ht17d7gkj6tpwcxlzqpap3cjqhe4bua8fsrnh517nb05maibw1zc34xgd77e34je7v11cgongqv9zl35n7lzolr2idkvdoe9ht17d7gkje7v11cgongqv9z517nb05maisjxygotmuq77e34", "qug0gxc4qug0gxc4pottfzkeao6ucnhqe9ixq8o705bw1zc34xgdl35n7lzolrl35n7lzolrm4fd5vg0haxe8bmib2idkvdoe9ht17d7gk2idkvdoe9ht17d7gkj6tpwcxlzqpap3cjqhe4bua8fsrnh517nb05maibw1zc34xgd77e34je7v11cgongqv9zl35n7lzolr2idkvdoe9ht17d7gkje7v11cgongqv9z517nb05maisjxygotmuq77e34zb5huyuxyhg"]}, "config": {"commands": [16, 16, 6, 11, 0, 18, 18, 10, 12, 12, 8, 4, 17, 0, 9, 2, 18, 12, 2, 17, 14, 9, 1, 18], "max_length": 20, "min_length": 5, "num_commands": 24, "num_strings": 19, "strings": ["bw1zc34xgd", "zb5huyuxyhg", "je7v11cgongqv9z", "doapdu4v", "qhe4bua8fsrnh", "17ssvo", "pottfzke", "zqihk1dc11sp538yqjp", "j6tpwcxlzqpap3cj", "77e34", "m4fd5vg0haxe8bmib", "ao6ucnhqe9ixq8o705", "2idkvdoe9ht17d7gk", "k055r8gl", "sjxygotmuq", "xdm9tmadlh42hk4c", "qug0gxc4", "517nb05mai", "l35n7lzolr"]}, "task_name": "task05", "example_name": "0224", "problem_name": "task05_0224"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [3ebjei2rtzp, m459b, 9wlfbax3gxr]\nIndices: [1, 0, 1, 0, 2, 1, 1, 1, 0, 1, 0, 0, 2, 2, 0, 0, 0, 1, 1, 1, 1, 0, 2, 0]\n", "label": {"final": "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459bm459bm459b3ebjei2rtzpm459b3ebjei2rtzp3ebjei2rtzp9wlfbax3gxr9wlfbax3gxr3ebjei2rtzp3ebjei2rtzp3ebjei2rtzpm459bm459bm459bm459b3ebjei2rtzp9wlfbax3gxr3ebjei2rtzp", "init": "", "intermediate": ["m459b", "m459b3ebjei2rtzp", "m459b3ebjei2rtzpm459b", "m459b3ebjei2rtzpm459b3ebjei2rtzp", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxr", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459b", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459bm459b", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459bm459bm459b", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459bm459bm459b3ebjei2rtzp", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459bm459bm459b3ebjei2rtzpm459b", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459bm459bm459b3ebjei2rtzpm459b3ebjei2rtzp", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459bm459bm459b3ebjei2rtzpm459b3ebjei2rtzp3ebjei2rtzp", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459bm459bm459b3ebjei2rtzpm459b3ebjei2rtzp3ebjei2rtzp9wlfbax3gxr", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459bm459bm459b3ebjei2rtzpm459b3ebjei2rtzp3ebjei2rtzp9wlfbax3gxr9wlfbax3gxr", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459bm459bm459b3ebjei2rtzpm459b3ebjei2rtzp3ebjei2rtzp9wlfbax3gxr9wlfbax3gxr3ebjei2rtzp", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459bm459bm459b3ebjei2rtzpm459b3ebjei2rtzp3ebjei2rtzp9wlfbax3gxr9wlfbax3gxr3ebjei2rtzp3ebjei2rtzp", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459bm459bm459b3ebjei2rtzpm459b3ebjei2rtzp3ebjei2rtzp9wlfbax3gxr9wlfbax3gxr3ebjei2rtzp3ebjei2rtzp3ebjei2rtzp", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459bm459bm459b3ebjei2rtzpm459b3ebjei2rtzp3ebjei2rtzp9wlfbax3gxr9wlfbax3gxr3ebjei2rtzp3ebjei2rtzp3ebjei2rtzpm459b", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459bm459bm459b3ebjei2rtzpm459b3ebjei2rtzp3ebjei2rtzp9wlfbax3gxr9wlfbax3gxr3ebjei2rtzp3ebjei2rtzp3ebjei2rtzpm459bm459b", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459bm459bm459b3ebjei2rtzpm459b3ebjei2rtzp3ebjei2rtzp9wlfbax3gxr9wlfbax3gxr3ebjei2rtzp3ebjei2rtzp3ebjei2rtzpm459bm459bm459b", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459bm459bm459b3ebjei2rtzpm459b3ebjei2rtzp3ebjei2rtzp9wlfbax3gxr9wlfbax3gxr3ebjei2rtzp3ebjei2rtzp3ebjei2rtzpm459bm459bm459bm459b", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459bm459bm459b3ebjei2rtzpm459b3ebjei2rtzp3ebjei2rtzp9wlfbax3gxr9wlfbax3gxr3ebjei2rtzp3ebjei2rtzp3ebjei2rtzpm459bm459bm459bm459b3ebjei2rtzp", "m459b3ebjei2rtzpm459b3ebjei2rtzp9wlfbax3gxrm459bm459bm459b3ebjei2rtzpm459b3ebjei2rtzp3ebjei2rtzp9wlfbax3gxr9wlfbax3gxr3ebjei2rtzp3ebjei2rtzp3ebjei2rtzpm459bm459bm459bm459b3ebjei2rtzp9wlfbax3gxr"]}, "config": {"commands": [1, 0, 1, 0, 2, 1, 1, 1, 0, 1, 0, 0, 2, 2, 0, 0, 0, 1, 1, 1, 1, 0, 2, 0], "max_length": 20, "min_length": 5, "num_commands": 24, "num_strings": 3, "strings": ["3ebjei2rtzp", "m459b", "9wlfbax3gxr"]}, "task_name": "task05", "example_name": "0225", "problem_name": "task05_0225"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [ye1xkm95id, wjt0dzj2inaa0, 52uuj86lzj0r00dzl5s, jooakxq, j5nie1bavezl, ur1icw8l6u2qtut, 0nzw63e86rw, th7ijto, gvvb27xi93fmbth4c, mfiabf5y, kl7uvxdb, okdq9, za206yq4mavf2vk4l, a6kyozh47tu, genc6l419pk, oe9sz6i4gm12de, k59szdo0ffaetxfdbvzp, tqs97hnmt8p0a6kmvtg, va89m, jdd7re9sc1oh]\nIndices: [11, 12, 5, 13, 7, 2, 9, 10, 15, 3, 18, 7, 1, 6, 17, 13, 11, 4, 4, 18, 12, 17, 4, 6]\n", "label": {"final": "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5smfiabf5ykl7uvxdboe9sz6i4gm12dejooakxqva89mth7ijtowjt0dzj2inaa00nzw63e86rwtqs97hnmt8p0a6kmvtga6kyozh47tuokdq9j5nie1bavezlj5nie1bavezlva89mza206yq4mavf2vk4ltqs97hnmt8p0a6kmvtgj5nie1bavezl0nzw63e86rw", "init": "", "intermediate": ["okdq9", "okdq9za206yq4mavf2vk4l", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtut", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tu", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5s", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5smfiabf5y", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5smfiabf5ykl7uvxdb", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5smfiabf5ykl7uvxdboe9sz6i4gm12de", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5smfiabf5ykl7uvxdboe9sz6i4gm12dejooakxq", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5smfiabf5ykl7uvxdboe9sz6i4gm12dejooakxqva89m", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5smfiabf5ykl7uvxdboe9sz6i4gm12dejooakxqva89mth7ijto", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5smfiabf5ykl7uvxdboe9sz6i4gm12dejooakxqva89mth7ijtowjt0dzj2inaa0", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5smfiabf5ykl7uvxdboe9sz6i4gm12dejooakxqva89mth7ijtowjt0dzj2inaa00nzw63e86rw", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5smfiabf5ykl7uvxdboe9sz6i4gm12dejooakxqva89mth7ijtowjt0dzj2inaa00nzw63e86rwtqs97hnmt8p0a6kmvtg", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5smfiabf5ykl7uvxdboe9sz6i4gm12dejooakxqva89mth7ijtowjt0dzj2inaa00nzw63e86rwtqs97hnmt8p0a6kmvtga6kyozh47tu", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5smfiabf5ykl7uvxdboe9sz6i4gm12dejooakxqva89mth7ijtowjt0dzj2inaa00nzw63e86rwtqs97hnmt8p0a6kmvtga6kyozh47tuokdq9", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5smfiabf5ykl7uvxdboe9sz6i4gm12dejooakxqva89mth7ijtowjt0dzj2inaa00nzw63e86rwtqs97hnmt8p0a6kmvtga6kyozh47tuokdq9j5nie1bavezl", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5smfiabf5ykl7uvxdboe9sz6i4gm12dejooakxqva89mth7ijtowjt0dzj2inaa00nzw63e86rwtqs97hnmt8p0a6kmvtga6kyozh47tuokdq9j5nie1bavezlj5nie1bavezl", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5smfiabf5ykl7uvxdboe9sz6i4gm12dejooakxqva89mth7ijtowjt0dzj2inaa00nzw63e86rwtqs97hnmt8p0a6kmvtga6kyozh47tuokdq9j5nie1bavezlj5nie1bavezlva89m", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5smfiabf5ykl7uvxdboe9sz6i4gm12dejooakxqva89mth7ijtowjt0dzj2inaa00nzw63e86rwtqs97hnmt8p0a6kmvtga6kyozh47tuokdq9j5nie1bavezlj5nie1bavezlva89mza206yq4mavf2vk4l", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5smfiabf5ykl7uvxdboe9sz6i4gm12dejooakxqva89mth7ijtowjt0dzj2inaa00nzw63e86rwtqs97hnmt8p0a6kmvtga6kyozh47tuokdq9j5nie1bavezlj5nie1bavezlva89mza206yq4mavf2vk4ltqs97hnmt8p0a6kmvtg", "okdq9za206yq4mavf2vk4lur1icw8l6u2qtuta6kyozh47tuth7ijto52uuj86lzj0r00dzl5smfiabf5ykl7uvxdboe9sz6i4gm12dejooakxqva89mth7ijtowjt0dzj2inaa00nzw63e86rwtqs97hnmt8p0a6kmvtga6kyozh47tuokdq9j5nie1bavezlj5nie1bavezlva89mza206yq4mavf2vk4ltqs97hnmt8p0a6kmvtgj5nie1bavezl"]}, "config": {"commands": [11, 12, 5, 13, 7, 2, 9, 10, 15, 3, 18, 7, 1, 6, 17, 13, 11, 4, 4, 18, 12, 17, 4, 6], "max_length": 20, "min_length": 5, "num_commands": 24, "num_strings": 20, "strings": ["ye1xkm95id", "wjt0dzj2inaa0", "52uuj86lzj0r00dzl5s", "jooakxq", "j5nie1bavezl", "ur1icw8l6u2qtut", "0nzw63e86rw", "th7ijto", "gvvb27xi93fmbth4c", "mfiabf5y", "kl7uvxdb", "okdq9", "za206yq4mavf2vk4l", "a6kyozh47tu", "genc6l419pk", "oe9sz6i4gm12de", "k59szdo0ffaetxfdbvzp", "tqs97hnmt8p0a6kmvtg", "va89m", "jdd7re9sc1oh"]}, "task_name": "task05", "example_name": "0226", "problem_name": "task05_0226"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [18xe1gz, xqq1lyjczbxmbz4, erm9kr0h9989w9e, kao5fio2449gm5mu, ujs2jlxvbxi, m8a40xdi2, 9z3tv9c7, r4it4nuum2n, cu39q, olbh8dt0yv7vn9b, r61s47yr, pjw7ymxd0au, ysuwk1]\nIndices: [1, 0, 3, 3, 10, 4, 3, 3, 9, 2, 3, 6, 8, 9, 12, 12, 7, 8, 12, 3, 9, 1, 2, 0]\n", "label": {"final": "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxikao5fio2449gm5mukao5fio2449gm5muolbh8dt0yv7vn9berm9kr0h9989w9ekao5fio2449gm5mu9z3tv9c7cu39qolbh8dt0yv7vn9bysuwk1ysuwk1r4it4nuum2ncu39qysuwk1kao5fio2449gm5muolbh8dt0yv7vn9bxqq1lyjczbxmbz4erm9kr0h9989w9e18xe1gz", "init": "", "intermediate": ["xqq1lyjczbxmbz4", "xqq1lyjczbxmbz418xe1gz", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mu", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mu", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yr", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxi", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxikao5fio2449gm5mu", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxikao5fio2449gm5mukao5fio2449gm5mu", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxikao5fio2449gm5mukao5fio2449gm5muolbh8dt0yv7vn9b", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxikao5fio2449gm5mukao5fio2449gm5muolbh8dt0yv7vn9berm9kr0h9989w9e", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxikao5fio2449gm5mukao5fio2449gm5muolbh8dt0yv7vn9berm9kr0h9989w9ekao5fio2449gm5mu", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxikao5fio2449gm5mukao5fio2449gm5muolbh8dt0yv7vn9berm9kr0h9989w9ekao5fio2449gm5mu9z3tv9c7", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxikao5fio2449gm5mukao5fio2449gm5muolbh8dt0yv7vn9berm9kr0h9989w9ekao5fio2449gm5mu9z3tv9c7cu39q", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxikao5fio2449gm5mukao5fio2449gm5muolbh8dt0yv7vn9berm9kr0h9989w9ekao5fio2449gm5mu9z3tv9c7cu39qolbh8dt0yv7vn9b", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxikao5fio2449gm5mukao5fio2449gm5muolbh8dt0yv7vn9berm9kr0h9989w9ekao5fio2449gm5mu9z3tv9c7cu39qolbh8dt0yv7vn9bysuwk1", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxikao5fio2449gm5mukao5fio2449gm5muolbh8dt0yv7vn9berm9kr0h9989w9ekao5fio2449gm5mu9z3tv9c7cu39qolbh8dt0yv7vn9bysuwk1ysuwk1", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxikao5fio2449gm5mukao5fio2449gm5muolbh8dt0yv7vn9berm9kr0h9989w9ekao5fio2449gm5mu9z3tv9c7cu39qolbh8dt0yv7vn9bysuwk1ysuwk1r4it4nuum2n", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxikao5fio2449gm5mukao5fio2449gm5muolbh8dt0yv7vn9berm9kr0h9989w9ekao5fio2449gm5mu9z3tv9c7cu39qolbh8dt0yv7vn9bysuwk1ysuwk1r4it4nuum2ncu39q", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxikao5fio2449gm5mukao5fio2449gm5muolbh8dt0yv7vn9berm9kr0h9989w9ekao5fio2449gm5mu9z3tv9c7cu39qolbh8dt0yv7vn9bysuwk1ysuwk1r4it4nuum2ncu39qysuwk1", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxikao5fio2449gm5mukao5fio2449gm5muolbh8dt0yv7vn9berm9kr0h9989w9ekao5fio2449gm5mu9z3tv9c7cu39qolbh8dt0yv7vn9bysuwk1ysuwk1r4it4nuum2ncu39qysuwk1kao5fio2449gm5mu", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxikao5fio2449gm5mukao5fio2449gm5muolbh8dt0yv7vn9berm9kr0h9989w9ekao5fio2449gm5mu9z3tv9c7cu39qolbh8dt0yv7vn9bysuwk1ysuwk1r4it4nuum2ncu39qysuwk1kao5fio2449gm5muolbh8dt0yv7vn9b", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxikao5fio2449gm5mukao5fio2449gm5muolbh8dt0yv7vn9berm9kr0h9989w9ekao5fio2449gm5mu9z3tv9c7cu39qolbh8dt0yv7vn9bysuwk1ysuwk1r4it4nuum2ncu39qysuwk1kao5fio2449gm5muolbh8dt0yv7vn9bxqq1lyjczbxmbz4", "xqq1lyjczbxmbz418xe1gzkao5fio2449gm5mukao5fio2449gm5mur61s47yrujs2jlxvbxikao5fio2449gm5mukao5fio2449gm5muolbh8dt0yv7vn9berm9kr0h9989w9ekao5fio2449gm5mu9z3tv9c7cu39qolbh8dt0yv7vn9bysuwk1ysuwk1r4it4nuum2ncu39qysuwk1kao5fio2449gm5muolbh8dt0yv7vn9bxqq1lyjczbxmbz4erm9kr0h9989w9e"]}, "config": {"commands": [1, 0, 3, 3, 10, 4, 3, 3, 9, 2, 3, 6, 8, 9, 12, 12, 7, 8, 12, 3, 9, 1, 2, 0], "max_length": 20, "min_length": 5, "num_commands": 24, "num_strings": 13, "strings": ["18xe1gz", "xqq1lyjczbxmbz4", "erm9kr0h9989w9e", "kao5fio2449gm5mu", "ujs2jlxvbxi", "m8a40xdi2", "9z3tv9c7", "r4it4nuum2n", "cu39q", "olbh8dt0yv7vn9b", "r61s47yr", "pjw7ymxd0au", "ysuwk1"]}, "task_name": "task05", "example_name": "0227", "problem_name": "task05_0227"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [hqz9figyol8m, wx7y693, n1hvsdfkub7n5b, pirlx, ct12afhg3jp86276q94, jsm3tcifhgid, mcfygw5h, 3k5o0th43hpt36n9dv7, fnw4xtlk9ldzs8fqcb1p, 6c7dlayzq5avm217j, m3i31t30us2a5dn, wpr4o7x4l2cr, k0mw7u7i0s9, z6tp84rnybx3s4kg]\nIndices: [11, 0, 13, 10, 12, 7, 0, 12, 1, 10, 10, 2, 4, 4, 11, 5, 13, 12, 13, 5, 1, 9, 11, 1]\n", "label": {"final": "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7hqz9figyol8mk0mw7u7i0s9wx7y693m3i31t30us2a5dnm3i31t30us2a5dnn1hvsdfkub7n5bct12afhg3jp86276q94ct12afhg3jp86276q94wpr4o7x4l2crjsm3tcifhgidz6tp84rnybx3s4kgk0mw7u7i0s9z6tp84rnybx3s4kgjsm3tcifhgidwx7y6936c7dlayzq5avm217jwpr4o7x4l2crwx7y693", "init": "", "intermediate": ["wpr4o7x4l2cr", "wpr4o7x4l2crhqz9figyol8m", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kg", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dn", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s9", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7hqz9figyol8m", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7hqz9figyol8mk0mw7u7i0s9", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7hqz9figyol8mk0mw7u7i0s9wx7y693", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7hqz9figyol8mk0mw7u7i0s9wx7y693m3i31t30us2a5dn", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7hqz9figyol8mk0mw7u7i0s9wx7y693m3i31t30us2a5dnm3i31t30us2a5dn", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7hqz9figyol8mk0mw7u7i0s9wx7y693m3i31t30us2a5dnm3i31t30us2a5dnn1hvsdfkub7n5b", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7hqz9figyol8mk0mw7u7i0s9wx7y693m3i31t30us2a5dnm3i31t30us2a5dnn1hvsdfkub7n5bct12afhg3jp86276q94", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7hqz9figyol8mk0mw7u7i0s9wx7y693m3i31t30us2a5dnm3i31t30us2a5dnn1hvsdfkub7n5bct12afhg3jp86276q94ct12afhg3jp86276q94", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7hqz9figyol8mk0mw7u7i0s9wx7y693m3i31t30us2a5dnm3i31t30us2a5dnn1hvsdfkub7n5bct12afhg3jp86276q94ct12afhg3jp86276q94wpr4o7x4l2cr", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7hqz9figyol8mk0mw7u7i0s9wx7y693m3i31t30us2a5dnm3i31t30us2a5dnn1hvsdfkub7n5bct12afhg3jp86276q94ct12afhg3jp86276q94wpr4o7x4l2crjsm3tcifhgid", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7hqz9figyol8mk0mw7u7i0s9wx7y693m3i31t30us2a5dnm3i31t30us2a5dnn1hvsdfkub7n5bct12afhg3jp86276q94ct12afhg3jp86276q94wpr4o7x4l2crjsm3tcifhgidz6tp84rnybx3s4kg", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7hqz9figyol8mk0mw7u7i0s9wx7y693m3i31t30us2a5dnm3i31t30us2a5dnn1hvsdfkub7n5bct12afhg3jp86276q94ct12afhg3jp86276q94wpr4o7x4l2crjsm3tcifhgidz6tp84rnybx3s4kgk0mw7u7i0s9", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7hqz9figyol8mk0mw7u7i0s9wx7y693m3i31t30us2a5dnm3i31t30us2a5dnn1hvsdfkub7n5bct12afhg3jp86276q94ct12afhg3jp86276q94wpr4o7x4l2crjsm3tcifhgidz6tp84rnybx3s4kgk0mw7u7i0s9z6tp84rnybx3s4kg", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7hqz9figyol8mk0mw7u7i0s9wx7y693m3i31t30us2a5dnm3i31t30us2a5dnn1hvsdfkub7n5bct12afhg3jp86276q94ct12afhg3jp86276q94wpr4o7x4l2crjsm3tcifhgidz6tp84rnybx3s4kgk0mw7u7i0s9z6tp84rnybx3s4kgjsm3tcifhgid", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7hqz9figyol8mk0mw7u7i0s9wx7y693m3i31t30us2a5dnm3i31t30us2a5dnn1hvsdfkub7n5bct12afhg3jp86276q94ct12afhg3jp86276q94wpr4o7x4l2crjsm3tcifhgidz6tp84rnybx3s4kgk0mw7u7i0s9z6tp84rnybx3s4kgjsm3tcifhgidwx7y693", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7hqz9figyol8mk0mw7u7i0s9wx7y693m3i31t30us2a5dnm3i31t30us2a5dnn1hvsdfkub7n5bct12afhg3jp86276q94ct12afhg3jp86276q94wpr4o7x4l2crjsm3tcifhgidz6tp84rnybx3s4kgk0mw7u7i0s9z6tp84rnybx3s4kgjsm3tcifhgidwx7y6936c7dlayzq5avm217j", "wpr4o7x4l2crhqz9figyol8mz6tp84rnybx3s4kgm3i31t30us2a5dnk0mw7u7i0s93k5o0th43hpt36n9dv7hqz9figyol8mk0mw7u7i0s9wx7y693m3i31t30us2a5dnm3i31t30us2a5dnn1hvsdfkub7n5bct12afhg3jp86276q94ct12afhg3jp86276q94wpr4o7x4l2crjsm3tcifhgidz6tp84rnybx3s4kgk0mw7u7i0s9z6tp84rnybx3s4kgjsm3tcifhgidwx7y6936c7dlayzq5avm217jwpr4o7x4l2cr"]}, "config": {"commands": [11, 0, 13, 10, 12, 7, 0, 12, 1, 10, 10, 2, 4, 4, 11, 5, 13, 12, 13, 5, 1, 9, 11, 1], "max_length": 20, "min_length": 5, "num_commands": 24, "num_strings": 14, "strings": ["hqz9figyol8m", "wx7y693", "n1hvsdfkub7n5b", "pirlx", "ct12afhg3jp86276q94", "jsm3tcifhgid", "mcfygw5h", "3k5o0th43hpt36n9dv7", "fnw4xtlk9ldzs8fqcb1p", "6c7dlayzq5avm217j", "m3i31t30us2a5dn", "wpr4o7x4l2cr", "k0mw7u7i0s9", "z6tp84rnybx3s4kg"]}, "task_name": "task05", "example_name": "0228", "problem_name": "task05_0228"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [j4rk9m3o2flyhge4c, tfa5w8abwnel, y1cll87qlmipur, df0iaz4fmih77lk79vi, xko9kk1b6qxl, 9ubg6jwlh3g7x, mw54cwrh9hx5, e3ugfp9qqo, oskhd41]\nIndices: [8, 6, 6, 0, 3, 7, 1, 6, 5, 3, 1, 3, 6, 7, 5, 8, 2, 7, 3, 0, 0, 8, 7, 0]\n", "label": {"final": "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqotfa5w8abwnelmw54cwrh9hx59ubg6jwlh3g7xdf0iaz4fmih77lk79vitfa5w8abwneldf0iaz4fmih77lk79vimw54cwrh9hx5e3ugfp9qqo9ubg6jwlh3g7xoskhd41y1cll87qlmipure3ugfp9qqodf0iaz4fmih77lk79vij4rk9m3o2flyhge4cj4rk9m3o2flyhge4coskhd41e3ugfp9qqoj4rk9m3o2flyhge4c", "init": "", "intermediate": ["oskhd41", "oskhd41mw54cwrh9hx5", "oskhd41mw54cwrh9hx5mw54cwrh9hx5", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4c", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vi", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqo", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqotfa5w8abwnel", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqotfa5w8abwnelmw54cwrh9hx5", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqotfa5w8abwnelmw54cwrh9hx59ubg6jwlh3g7x", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqotfa5w8abwnelmw54cwrh9hx59ubg6jwlh3g7xdf0iaz4fmih77lk79vi", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqotfa5w8abwnelmw54cwrh9hx59ubg6jwlh3g7xdf0iaz4fmih77lk79vitfa5w8abwnel", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqotfa5w8abwnelmw54cwrh9hx59ubg6jwlh3g7xdf0iaz4fmih77lk79vitfa5w8abwneldf0iaz4fmih77lk79vi", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqotfa5w8abwnelmw54cwrh9hx59ubg6jwlh3g7xdf0iaz4fmih77lk79vitfa5w8abwneldf0iaz4fmih77lk79vimw54cwrh9hx5", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqotfa5w8abwnelmw54cwrh9hx59ubg6jwlh3g7xdf0iaz4fmih77lk79vitfa5w8abwneldf0iaz4fmih77lk79vimw54cwrh9hx5e3ugfp9qqo", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqotfa5w8abwnelmw54cwrh9hx59ubg6jwlh3g7xdf0iaz4fmih77lk79vitfa5w8abwneldf0iaz4fmih77lk79vimw54cwrh9hx5e3ugfp9qqo9ubg6jwlh3g7x", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqotfa5w8abwnelmw54cwrh9hx59ubg6jwlh3g7xdf0iaz4fmih77lk79vitfa5w8abwneldf0iaz4fmih77lk79vimw54cwrh9hx5e3ugfp9qqo9ubg6jwlh3g7xoskhd41", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqotfa5w8abwnelmw54cwrh9hx59ubg6jwlh3g7xdf0iaz4fmih77lk79vitfa5w8abwneldf0iaz4fmih77lk79vimw54cwrh9hx5e3ugfp9qqo9ubg6jwlh3g7xoskhd41y1cll87qlmipur", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqotfa5w8abwnelmw54cwrh9hx59ubg6jwlh3g7xdf0iaz4fmih77lk79vitfa5w8abwneldf0iaz4fmih77lk79vimw54cwrh9hx5e3ugfp9qqo9ubg6jwlh3g7xoskhd41y1cll87qlmipure3ugfp9qqo", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqotfa5w8abwnelmw54cwrh9hx59ubg6jwlh3g7xdf0iaz4fmih77lk79vitfa5w8abwneldf0iaz4fmih77lk79vimw54cwrh9hx5e3ugfp9qqo9ubg6jwlh3g7xoskhd41y1cll87qlmipure3ugfp9qqodf0iaz4fmih77lk79vi", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqotfa5w8abwnelmw54cwrh9hx59ubg6jwlh3g7xdf0iaz4fmih77lk79vitfa5w8abwneldf0iaz4fmih77lk79vimw54cwrh9hx5e3ugfp9qqo9ubg6jwlh3g7xoskhd41y1cll87qlmipure3ugfp9qqodf0iaz4fmih77lk79vij4rk9m3o2flyhge4c", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqotfa5w8abwnelmw54cwrh9hx59ubg6jwlh3g7xdf0iaz4fmih77lk79vitfa5w8abwneldf0iaz4fmih77lk79vimw54cwrh9hx5e3ugfp9qqo9ubg6jwlh3g7xoskhd41y1cll87qlmipure3ugfp9qqodf0iaz4fmih77lk79vij4rk9m3o2flyhge4cj4rk9m3o2flyhge4c", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqotfa5w8abwnelmw54cwrh9hx59ubg6jwlh3g7xdf0iaz4fmih77lk79vitfa5w8abwneldf0iaz4fmih77lk79vimw54cwrh9hx5e3ugfp9qqo9ubg6jwlh3g7xoskhd41y1cll87qlmipure3ugfp9qqodf0iaz4fmih77lk79vij4rk9m3o2flyhge4cj4rk9m3o2flyhge4coskhd41", "oskhd41mw54cwrh9hx5mw54cwrh9hx5j4rk9m3o2flyhge4cdf0iaz4fmih77lk79vie3ugfp9qqotfa5w8abwnelmw54cwrh9hx59ubg6jwlh3g7xdf0iaz4fmih77lk79vitfa5w8abwneldf0iaz4fmih77lk79vimw54cwrh9hx5e3ugfp9qqo9ubg6jwlh3g7xoskhd41y1cll87qlmipure3ugfp9qqodf0iaz4fmih77lk79vij4rk9m3o2flyhge4cj4rk9m3o2flyhge4coskhd41e3ugfp9qqo"]}, "config": {"commands": [8, 6, 6, 0, 3, 7, 1, 6, 5, 3, 1, 3, 6, 7, 5, 8, 2, 7, 3, 0, 0, 8, 7, 0], "max_length": 20, "min_length": 5, "num_commands": 24, "num_strings": 9, "strings": ["j4rk9m3o2flyhge4c", "tfa5w8abwnel", "y1cll87qlmipur", "df0iaz4fmih77lk79vi", "xko9kk1b6qxl", "9ubg6jwlh3g7x", "mw54cwrh9hx5", "e3ugfp9qqo", "oskhd41"]}, "task_name": "task05", "example_name": "0229", "problem_name": "task05_0229"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [0jb5vjccowp6pv7, f6fr2fyrc9hdpg6, 12y4nsdt87, 54vdod778e7c2, pgleah1, y9lp724nuexwls1, 5fs8p, 8xdsukyniwu, gmkikb28fshpk0, gs68j22fmwahkwcm2jk, u19mougf, fo15axq1ykf85nbkp, c08f9, nttux568tz7a74djbv8, cupssywv6]\nIndices: [13, 3, 7, 11, 9, 8, 10, 5, 9, 10, 5, 13, 3, 4, 8, 3, 0, 6, 8, 3, 3, 4, 12, 13, 3]\n", "label": {"final": "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougfy9lp724nuexwls1gs68j22fmwahkwcm2jku19mougfy9lp724nuexwls1nttux568tz7a74djbv854vdod778e7c2pgleah1gmkikb28fshpk054vdod778e7c20jb5vjccowp6pv75fs8pgmkikb28fshpk054vdod778e7c254vdod778e7c2pgleah1c08f9nttux568tz7a74djbv854vdod778e7c2", "init": "", "intermediate": ["nttux568tz7a74djbv8", "nttux568tz7a74djbv854vdod778e7c2", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwu", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkp", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jk", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougf", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougfy9lp724nuexwls1", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougfy9lp724nuexwls1gs68j22fmwahkwcm2jk", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougfy9lp724nuexwls1gs68j22fmwahkwcm2jku19mougf", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougfy9lp724nuexwls1gs68j22fmwahkwcm2jku19mougfy9lp724nuexwls1", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougfy9lp724nuexwls1gs68j22fmwahkwcm2jku19mougfy9lp724nuexwls1nttux568tz7a74djbv8", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougfy9lp724nuexwls1gs68j22fmwahkwcm2jku19mougfy9lp724nuexwls1nttux568tz7a74djbv854vdod778e7c2", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougfy9lp724nuexwls1gs68j22fmwahkwcm2jku19mougfy9lp724nuexwls1nttux568tz7a74djbv854vdod778e7c2pgleah1", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougfy9lp724nuexwls1gs68j22fmwahkwcm2jku19mougfy9lp724nuexwls1nttux568tz7a74djbv854vdod778e7c2pgleah1gmkikb28fshpk0", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougfy9lp724nuexwls1gs68j22fmwahkwcm2jku19mougfy9lp724nuexwls1nttux568tz7a74djbv854vdod778e7c2pgleah1gmkikb28fshpk054vdod778e7c2", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougfy9lp724nuexwls1gs68j22fmwahkwcm2jku19mougfy9lp724nuexwls1nttux568tz7a74djbv854vdod778e7c2pgleah1gmkikb28fshpk054vdod778e7c20jb5vjccowp6pv7", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougfy9lp724nuexwls1gs68j22fmwahkwcm2jku19mougfy9lp724nuexwls1nttux568tz7a74djbv854vdod778e7c2pgleah1gmkikb28fshpk054vdod778e7c20jb5vjccowp6pv75fs8p", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougfy9lp724nuexwls1gs68j22fmwahkwcm2jku19mougfy9lp724nuexwls1nttux568tz7a74djbv854vdod778e7c2pgleah1gmkikb28fshpk054vdod778e7c20jb5vjccowp6pv75fs8pgmkikb28fshpk0", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougfy9lp724nuexwls1gs68j22fmwahkwcm2jku19mougfy9lp724nuexwls1nttux568tz7a74djbv854vdod778e7c2pgleah1gmkikb28fshpk054vdod778e7c20jb5vjccowp6pv75fs8pgmkikb28fshpk054vdod778e7c2", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougfy9lp724nuexwls1gs68j22fmwahkwcm2jku19mougfy9lp724nuexwls1nttux568tz7a74djbv854vdod778e7c2pgleah1gmkikb28fshpk054vdod778e7c20jb5vjccowp6pv75fs8pgmkikb28fshpk054vdod778e7c254vdod778e7c2", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougfy9lp724nuexwls1gs68j22fmwahkwcm2jku19mougfy9lp724nuexwls1nttux568tz7a74djbv854vdod778e7c2pgleah1gmkikb28fshpk054vdod778e7c20jb5vjccowp6pv75fs8pgmkikb28fshpk054vdod778e7c254vdod778e7c2pgleah1", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougfy9lp724nuexwls1gs68j22fmwahkwcm2jku19mougfy9lp724nuexwls1nttux568tz7a74djbv854vdod778e7c2pgleah1gmkikb28fshpk054vdod778e7c20jb5vjccowp6pv75fs8pgmkikb28fshpk054vdod778e7c254vdod778e7c2pgleah1c08f9", "nttux568tz7a74djbv854vdod778e7c28xdsukyniwufo15axq1ykf85nbkpgs68j22fmwahkwcm2jkgmkikb28fshpk0u19mougfy9lp724nuexwls1gs68j22fmwahkwcm2jku19mougfy9lp724nuexwls1nttux568tz7a74djbv854vdod778e7c2pgleah1gmkikb28fshpk054vdod778e7c20jb5vjccowp6pv75fs8pgmkikb28fshpk054vdod778e7c254vdod778e7c2pgleah1c08f9nttux568tz7a74djbv8"]}, "config": {"commands": [13, 3, 7, 11, 9, 8, 10, 5, 9, 10, 5, 13, 3, 4, 8, 3, 0, 6, 8, 3, 3, 4, 12, 13, 3], "max_length": 20, "min_length": 5, "num_commands": 25, "num_strings": 15, "strings": ["0jb5vjccowp6pv7", "f6fr2fyrc9hdpg6", "12y4nsdt87", "54vdod778e7c2", "pgleah1", "y9lp724nuexwls1", "5fs8p", "8xdsukyniwu", "gmkikb28fshpk0", "gs68j22fmwahkwcm2jk", "u19mougf", "fo15axq1ykf85nbkp", "c08f9", "nttux568tz7a74djbv8", "cupssywv6"]}, "task_name": "task05", "example_name": "0230", "problem_name": "task05_0230"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [afzsgrc, uevb7umroys, 7i7p1u6jo9qlpm, hlwefye1hazbyail, o5ut1ylp4flgs0wrek, 6a0k5hg9, rthrswt, j86z7iv0l2, f9zcz7qt, rhyz2eodngqmo4, hr5ftclnbysae, xrm15joi9xt, ms0oowi4, z20cauprexu5sd, f1ccnxb6x6u73s7iy, yadfg43f, 8c9d30, vna9qufn86000kqaesla, xpszz12en6a03, 4nwjqgcbgnq38daif29]\nIndices: [1, 8, 1, 5, 4, 14, 18, 8, 8, 0, 19, 5, 3, 10, 7, 8, 8, 5, 5, 10, 6, 3, 16, 13, 2]\n", "label": {"final": "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03f9zcz7qtf9zcz7qtafzsgrc4nwjqgcbgnq38daif296a0k5hg9hlwefye1hazbyailhr5ftclnbysaej86z7iv0l2f9zcz7qtf9zcz7qt6a0k5hg96a0k5hg9hr5ftclnbysaerthrswthlwefye1hazbyail8c9d30z20cauprexu5sd7i7p1u6jo9qlpm", "init": "", "intermediate": ["uevb7umroys", "uevb7umroysf9zcz7qt", "uevb7umroysf9zcz7qtuevb7umroys", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrek", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iy", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03f9zcz7qt", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03f9zcz7qtf9zcz7qt", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03f9zcz7qtf9zcz7qtafzsgrc", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03f9zcz7qtf9zcz7qtafzsgrc4nwjqgcbgnq38daif29", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03f9zcz7qtf9zcz7qtafzsgrc4nwjqgcbgnq38daif296a0k5hg9", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03f9zcz7qtf9zcz7qtafzsgrc4nwjqgcbgnq38daif296a0k5hg9hlwefye1hazbyail", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03f9zcz7qtf9zcz7qtafzsgrc4nwjqgcbgnq38daif296a0k5hg9hlwefye1hazbyailhr5ftclnbysae", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03f9zcz7qtf9zcz7qtafzsgrc4nwjqgcbgnq38daif296a0k5hg9hlwefye1hazbyailhr5ftclnbysaej86z7iv0l2", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03f9zcz7qtf9zcz7qtafzsgrc4nwjqgcbgnq38daif296a0k5hg9hlwefye1hazbyailhr5ftclnbysaej86z7iv0l2f9zcz7qt", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03f9zcz7qtf9zcz7qtafzsgrc4nwjqgcbgnq38daif296a0k5hg9hlwefye1hazbyailhr5ftclnbysaej86z7iv0l2f9zcz7qtf9zcz7qt", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03f9zcz7qtf9zcz7qtafzsgrc4nwjqgcbgnq38daif296a0k5hg9hlwefye1hazbyailhr5ftclnbysaej86z7iv0l2f9zcz7qtf9zcz7qt6a0k5hg9", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03f9zcz7qtf9zcz7qtafzsgrc4nwjqgcbgnq38daif296a0k5hg9hlwefye1hazbyailhr5ftclnbysaej86z7iv0l2f9zcz7qtf9zcz7qt6a0k5hg96a0k5hg9", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03f9zcz7qtf9zcz7qtafzsgrc4nwjqgcbgnq38daif296a0k5hg9hlwefye1hazbyailhr5ftclnbysaej86z7iv0l2f9zcz7qtf9zcz7qt6a0k5hg96a0k5hg9hr5ftclnbysae", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03f9zcz7qtf9zcz7qtafzsgrc4nwjqgcbgnq38daif296a0k5hg9hlwefye1hazbyailhr5ftclnbysaej86z7iv0l2f9zcz7qtf9zcz7qt6a0k5hg96a0k5hg9hr5ftclnbysaerthrswt", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03f9zcz7qtf9zcz7qtafzsgrc4nwjqgcbgnq38daif296a0k5hg9hlwefye1hazbyailhr5ftclnbysaej86z7iv0l2f9zcz7qtf9zcz7qt6a0k5hg96a0k5hg9hr5ftclnbysaerthrswthlwefye1hazbyail", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03f9zcz7qtf9zcz7qtafzsgrc4nwjqgcbgnq38daif296a0k5hg9hlwefye1hazbyailhr5ftclnbysaej86z7iv0l2f9zcz7qtf9zcz7qt6a0k5hg96a0k5hg9hr5ftclnbysaerthrswthlwefye1hazbyail8c9d30", "uevb7umroysf9zcz7qtuevb7umroys6a0k5hg9o5ut1ylp4flgs0wrekf1ccnxb6x6u73s7iyxpszz12en6a03f9zcz7qtf9zcz7qtafzsgrc4nwjqgcbgnq38daif296a0k5hg9hlwefye1hazbyailhr5ftclnbysaej86z7iv0l2f9zcz7qtf9zcz7qt6a0k5hg96a0k5hg9hr5ftclnbysaerthrswthlwefye1hazbyail8c9d30z20cauprexu5sd"]}, "config": {"commands": [1, 8, 1, 5, 4, 14, 18, 8, 8, 0, 19, 5, 3, 10, 7, 8, 8, 5, 5, 10, 6, 3, 16, 13, 2], "max_length": 20, "min_length": 5, "num_commands": 25, "num_strings": 20, "strings": ["afzsgrc", "uevb7umroys", "7i7p1u6jo9qlpm", "hlwefye1hazbyail", "o5ut1ylp4flgs0wrek", "6a0k5hg9", "rthrswt", "j86z7iv0l2", "f9zcz7qt", "rhyz2eodngqmo4", "hr5ftclnbysae", "xrm15joi9xt", "ms0oowi4", "z20cauprexu5sd", "f1ccnxb6x6u73s7iy", "yadfg43f", "8c9d30", "vna9qufn86000kqaesla", "xpszz12en6a03", "4nwjqgcbgnq38daif29"]}, "task_name": "task05", "example_name": "0231", "problem_name": "task05_0231"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [7hvxfk, ioiu3glutb0, 1fs1ksj, eoybgmfvy5wkpi, un7ph, yr6guv3jzu7j, svwbk]\nIndices: [3, 0, 4, 6, 4, 0, 2, 0, 1, 2, 1, 0, 5, 2, 3, 4, 1, 5, 5, 3, 1, 2, 2, 2, 1]\n", "label": {"final": "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj7hvxfkioiu3glutb01fs1ksjioiu3glutb07hvxfkyr6guv3jzu7j1fs1ksjeoybgmfvy5wkpiun7phioiu3glutb0yr6guv3jzu7jyr6guv3jzu7jeoybgmfvy5wkpiioiu3glutb01fs1ksj1fs1ksj1fs1ksjioiu3glutb0", "init": "", "intermediate": ["eoybgmfvy5wkpi", "eoybgmfvy5wkpi7hvxfk", "eoybgmfvy5wkpi7hvxfkun7ph", "eoybgmfvy5wkpi7hvxfkun7phsvwbk", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj7hvxfk", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj7hvxfkioiu3glutb0", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj7hvxfkioiu3glutb01fs1ksj", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj7hvxfkioiu3glutb01fs1ksjioiu3glutb0", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj7hvxfkioiu3glutb01fs1ksjioiu3glutb07hvxfk", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj7hvxfkioiu3glutb01fs1ksjioiu3glutb07hvxfkyr6guv3jzu7j", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj7hvxfkioiu3glutb01fs1ksjioiu3glutb07hvxfkyr6guv3jzu7j1fs1ksj", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj7hvxfkioiu3glutb01fs1ksjioiu3glutb07hvxfkyr6guv3jzu7j1fs1ksjeoybgmfvy5wkpi", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj7hvxfkioiu3glutb01fs1ksjioiu3glutb07hvxfkyr6guv3jzu7j1fs1ksjeoybgmfvy5wkpiun7ph", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj7hvxfkioiu3glutb01fs1ksjioiu3glutb07hvxfkyr6guv3jzu7j1fs1ksjeoybgmfvy5wkpiun7phioiu3glutb0", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj7hvxfkioiu3glutb01fs1ksjioiu3glutb07hvxfkyr6guv3jzu7j1fs1ksjeoybgmfvy5wkpiun7phioiu3glutb0yr6guv3jzu7j", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj7hvxfkioiu3glutb01fs1ksjioiu3glutb07hvxfkyr6guv3jzu7j1fs1ksjeoybgmfvy5wkpiun7phioiu3glutb0yr6guv3jzu7jyr6guv3jzu7j", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj7hvxfkioiu3glutb01fs1ksjioiu3glutb07hvxfkyr6guv3jzu7j1fs1ksjeoybgmfvy5wkpiun7phioiu3glutb0yr6guv3jzu7jyr6guv3jzu7jeoybgmfvy5wkpi", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj7hvxfkioiu3glutb01fs1ksjioiu3glutb07hvxfkyr6guv3jzu7j1fs1ksjeoybgmfvy5wkpiun7phioiu3glutb0yr6guv3jzu7jyr6guv3jzu7jeoybgmfvy5wkpiioiu3glutb0", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj7hvxfkioiu3glutb01fs1ksjioiu3glutb07hvxfkyr6guv3jzu7j1fs1ksjeoybgmfvy5wkpiun7phioiu3glutb0yr6guv3jzu7jyr6guv3jzu7jeoybgmfvy5wkpiioiu3glutb01fs1ksj", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj7hvxfkioiu3glutb01fs1ksjioiu3glutb07hvxfkyr6guv3jzu7j1fs1ksjeoybgmfvy5wkpiun7phioiu3glutb0yr6guv3jzu7jyr6guv3jzu7jeoybgmfvy5wkpiioiu3glutb01fs1ksj1fs1ksj", "eoybgmfvy5wkpi7hvxfkun7phsvwbkun7ph7hvxfk1fs1ksj7hvxfkioiu3glutb01fs1ksjioiu3glutb07hvxfkyr6guv3jzu7j1fs1ksjeoybgmfvy5wkpiun7phioiu3glutb0yr6guv3jzu7jyr6guv3jzu7jeoybgmfvy5wkpiioiu3glutb01fs1ksj1fs1ksj1fs1ksj"]}, "config": {"commands": [3, 0, 4, 6, 4, 0, 2, 0, 1, 2, 1, 0, 5, 2, 3, 4, 1, 5, 5, 3, 1, 2, 2, 2, 1], "max_length": 20, "min_length": 5, "num_commands": 25, "num_strings": 7, "strings": ["7hvxfk", "ioiu3glutb0", "1fs1ksj", "eoybgmfvy5wkpi", "un7ph", "yr6guv3jzu7j", "svwbk"]}, "task_name": "task05", "example_name": "0232", "problem_name": "task05_0232"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [2b98hq1i, ggjguk, i62des0, 08eh0lrw]\nIndices: [1, 0, 1, 0, 3, 2, 0, 0, 1, 2, 3, 2, 2, 0, 3, 0, 3, 3, 1, 0, 0, 2, 3, 2, 2]\n", "label": {"final": "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i2b98hq1iggjguki62des008eh0lrwi62des0i62des02b98hq1i08eh0lrw2b98hq1i08eh0lrw08eh0lrwggjguk2b98hq1i2b98hq1ii62des008eh0lrwi62des0i62des0", "init": "", "intermediate": ["ggjguk", "ggjguk2b98hq1i", "ggjguk2b98hq1iggjguk", "ggjguk2b98hq1iggjguk2b98hq1i", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrw", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des0", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i2b98hq1i", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i2b98hq1iggjguk", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i2b98hq1iggjguki62des0", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i2b98hq1iggjguki62des008eh0lrw", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i2b98hq1iggjguki62des008eh0lrwi62des0", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i2b98hq1iggjguki62des008eh0lrwi62des0i62des0", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i2b98hq1iggjguki62des008eh0lrwi62des0i62des02b98hq1i", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i2b98hq1iggjguki62des008eh0lrwi62des0i62des02b98hq1i08eh0lrw", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i2b98hq1iggjguki62des008eh0lrwi62des0i62des02b98hq1i08eh0lrw2b98hq1i", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i2b98hq1iggjguki62des008eh0lrwi62des0i62des02b98hq1i08eh0lrw2b98hq1i08eh0lrw", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i2b98hq1iggjguki62des008eh0lrwi62des0i62des02b98hq1i08eh0lrw2b98hq1i08eh0lrw08eh0lrw", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i2b98hq1iggjguki62des008eh0lrwi62des0i62des02b98hq1i08eh0lrw2b98hq1i08eh0lrw08eh0lrwggjguk", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i2b98hq1iggjguki62des008eh0lrwi62des0i62des02b98hq1i08eh0lrw2b98hq1i08eh0lrw08eh0lrwggjguk2b98hq1i", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i2b98hq1iggjguki62des008eh0lrwi62des0i62des02b98hq1i08eh0lrw2b98hq1i08eh0lrw08eh0lrwggjguk2b98hq1i2b98hq1i", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i2b98hq1iggjguki62des008eh0lrwi62des0i62des02b98hq1i08eh0lrw2b98hq1i08eh0lrw08eh0lrwggjguk2b98hq1i2b98hq1ii62des0", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i2b98hq1iggjguki62des008eh0lrwi62des0i62des02b98hq1i08eh0lrw2b98hq1i08eh0lrw08eh0lrwggjguk2b98hq1i2b98hq1ii62des008eh0lrw", "ggjguk2b98hq1iggjguk2b98hq1i08eh0lrwi62des02b98hq1i2b98hq1iggjguki62des008eh0lrwi62des0i62des02b98hq1i08eh0lrw2b98hq1i08eh0lrw08eh0lrwggjguk2b98hq1i2b98hq1ii62des008eh0lrwi62des0"]}, "config": {"commands": [1, 0, 1, 0, 3, 2, 0, 0, 1, 2, 3, 2, 2, 0, 3, 0, 3, 3, 1, 0, 0, 2, 3, 2, 2], "max_length": 20, "min_length": 5, "num_commands": 25, "num_strings": 4, "strings": ["2b98hq1i", "ggjguk", "i62des0", "08eh0lrw"]}, "task_name": "task05", "example_name": "0233", "problem_name": "task05_0233"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [pq0hg0ae3ouciavdsa, b8g0f, guizdv9xmh5, efhmmhyq7tws, tqgk627yklzku89fqr5c, 82yk3detaye, tbht8, rqo54mc4, x5e7vcj8e, pg8ghzz5slizv, s6wgahfwabvgsk7ak, 7wt99p3quo5kk1bm, y2pi4goysz537, i0g0sc02jbaow8b5f]\nIndices: [3, 4, 2, 9, 13, 8, 11, 13, 4, 6, 8, 8, 5, 7, 5, 3, 1, 11, 0, 9, 9, 10, 2, 10, 3]\n", "label": {"final": "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bmi0g0sc02jbaow8b5ftqgk627yklzku89fqr5ctbht8x5e7vcj8ex5e7vcj8e82yk3detayerqo54mc482yk3detayeefhmmhyq7twsb8g0f7wt99p3quo5kk1bmpq0hg0ae3ouciavdsapg8ghzz5slizvpg8ghzz5slizvs6wgahfwabvgsk7akguizdv9xmh5s6wgahfwabvgsk7akefhmmhyq7tws", "init": "", "intermediate": ["efhmmhyq7tws", "efhmmhyq7twstqgk627yklzku89fqr5c", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizv", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5f", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bm", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bmi0g0sc02jbaow8b5f", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bmi0g0sc02jbaow8b5ftqgk627yklzku89fqr5c", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bmi0g0sc02jbaow8b5ftqgk627yklzku89fqr5ctbht8", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bmi0g0sc02jbaow8b5ftqgk627yklzku89fqr5ctbht8x5e7vcj8e", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bmi0g0sc02jbaow8b5ftqgk627yklzku89fqr5ctbht8x5e7vcj8ex5e7vcj8e", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bmi0g0sc02jbaow8b5ftqgk627yklzku89fqr5ctbht8x5e7vcj8ex5e7vcj8e82yk3detaye", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bmi0g0sc02jbaow8b5ftqgk627yklzku89fqr5ctbht8x5e7vcj8ex5e7vcj8e82yk3detayerqo54mc4", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bmi0g0sc02jbaow8b5ftqgk627yklzku89fqr5ctbht8x5e7vcj8ex5e7vcj8e82yk3detayerqo54mc482yk3detaye", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bmi0g0sc02jbaow8b5ftqgk627yklzku89fqr5ctbht8x5e7vcj8ex5e7vcj8e82yk3detayerqo54mc482yk3detayeefhmmhyq7tws", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bmi0g0sc02jbaow8b5ftqgk627yklzku89fqr5ctbht8x5e7vcj8ex5e7vcj8e82yk3detayerqo54mc482yk3detayeefhmmhyq7twsb8g0f", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bmi0g0sc02jbaow8b5ftqgk627yklzku89fqr5ctbht8x5e7vcj8ex5e7vcj8e82yk3detayerqo54mc482yk3detayeefhmmhyq7twsb8g0f7wt99p3quo5kk1bm", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bmi0g0sc02jbaow8b5ftqgk627yklzku89fqr5ctbht8x5e7vcj8ex5e7vcj8e82yk3detayerqo54mc482yk3detayeefhmmhyq7twsb8g0f7wt99p3quo5kk1bmpq0hg0ae3ouciavdsa", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bmi0g0sc02jbaow8b5ftqgk627yklzku89fqr5ctbht8x5e7vcj8ex5e7vcj8e82yk3detayerqo54mc482yk3detayeefhmmhyq7twsb8g0f7wt99p3quo5kk1bmpq0hg0ae3ouciavdsapg8ghzz5slizv", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bmi0g0sc02jbaow8b5ftqgk627yklzku89fqr5ctbht8x5e7vcj8ex5e7vcj8e82yk3detayerqo54mc482yk3detayeefhmmhyq7twsb8g0f7wt99p3quo5kk1bmpq0hg0ae3ouciavdsapg8ghzz5slizvpg8ghzz5slizv", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bmi0g0sc02jbaow8b5ftqgk627yklzku89fqr5ctbht8x5e7vcj8ex5e7vcj8e82yk3detayerqo54mc482yk3detayeefhmmhyq7twsb8g0f7wt99p3quo5kk1bmpq0hg0ae3ouciavdsapg8ghzz5slizvpg8ghzz5slizvs6wgahfwabvgsk7ak", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bmi0g0sc02jbaow8b5ftqgk627yklzku89fqr5ctbht8x5e7vcj8ex5e7vcj8e82yk3detayerqo54mc482yk3detayeefhmmhyq7twsb8g0f7wt99p3quo5kk1bmpq0hg0ae3ouciavdsapg8ghzz5slizvpg8ghzz5slizvs6wgahfwabvgsk7akguizdv9xmh5", "efhmmhyq7twstqgk627yklzku89fqr5cguizdv9xmh5pg8ghzz5slizvi0g0sc02jbaow8b5fx5e7vcj8e7wt99p3quo5kk1bmi0g0sc02jbaow8b5ftqgk627yklzku89fqr5ctbht8x5e7vcj8ex5e7vcj8e82yk3detayerqo54mc482yk3detayeefhmmhyq7twsb8g0f7wt99p3quo5kk1bmpq0hg0ae3ouciavdsapg8ghzz5slizvpg8ghzz5slizvs6wgahfwabvgsk7akguizdv9xmh5s6wgahfwabvgsk7ak"]}, "config": {"commands": [3, 4, 2, 9, 13, 8, 11, 13, 4, 6, 8, 8, 5, 7, 5, 3, 1, 11, 0, 9, 9, 10, 2, 10, 3], "max_length": 20, "min_length": 5, "num_commands": 25, "num_strings": 14, "strings": ["pq0hg0ae3ouciavdsa", "b8g0f", "guizdv9xmh5", "efhmmhyq7tws", "tqgk627yklzku89fqr5c", "82yk3detaye", "tbht8", "rqo54mc4", "x5e7vcj8e", "pg8ghzz5slizv", "s6wgahfwabvgsk7ak", "7wt99p3quo5kk1bm", "y2pi4goysz537", "i0g0sc02jbaow8b5f"]}, "task_name": "task05", "example_name": "0234", "problem_name": "task05_0234"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [x6l77pqhhnkce52ae7qr, j04plyqu, bb9tooca7uz8ab, i4ovut34t1jqvhzi3, rspeqhmt5jm84rb5y9, cnfmxo, ziogk2, z8x6viaw6w3shvf8, kcbrz, 29iriu2kaswg, tbk30bslipk3sgcep]\nIndices: [6, 7, 2, 8, 2, 0, 4, 6, 0, 3, 4, 3, 7, 7, 8, 5, 10, 4, 3, 7, 8, 10, 1, 3, 5]\n", "label": {"final": "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9ziogk2x6l77pqhhnkce52ae7qri4ovut34t1jqvhzi3rspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8z8x6viaw6w3shvf8kcbrzcnfmxotbk30bslipk3sgceprspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8kcbrztbk30bslipk3sgcepj04plyqui4ovut34t1jqvhzi3cnfmxo", "init": "", "intermediate": ["ziogk2", "ziogk2z8x6viaw6w3shvf8", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8ab", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrz", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8ab", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qr", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9ziogk2", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9ziogk2x6l77pqhhnkce52ae7qr", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9ziogk2x6l77pqhhnkce52ae7qri4ovut34t1jqvhzi3", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9ziogk2x6l77pqhhnkce52ae7qri4ovut34t1jqvhzi3rspeqhmt5jm84rb5y9", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9ziogk2x6l77pqhhnkce52ae7qri4ovut34t1jqvhzi3rspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9ziogk2x6l77pqhhnkce52ae7qri4ovut34t1jqvhzi3rspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9ziogk2x6l77pqhhnkce52ae7qri4ovut34t1jqvhzi3rspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8z8x6viaw6w3shvf8", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9ziogk2x6l77pqhhnkce52ae7qri4ovut34t1jqvhzi3rspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8z8x6viaw6w3shvf8kcbrz", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9ziogk2x6l77pqhhnkce52ae7qri4ovut34t1jqvhzi3rspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8z8x6viaw6w3shvf8kcbrzcnfmxo", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9ziogk2x6l77pqhhnkce52ae7qri4ovut34t1jqvhzi3rspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8z8x6viaw6w3shvf8kcbrzcnfmxotbk30bslipk3sgcep", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9ziogk2x6l77pqhhnkce52ae7qri4ovut34t1jqvhzi3rspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8z8x6viaw6w3shvf8kcbrzcnfmxotbk30bslipk3sgceprspeqhmt5jm84rb5y9", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9ziogk2x6l77pqhhnkce52ae7qri4ovut34t1jqvhzi3rspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8z8x6viaw6w3shvf8kcbrzcnfmxotbk30bslipk3sgceprspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9ziogk2x6l77pqhhnkce52ae7qri4ovut34t1jqvhzi3rspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8z8x6viaw6w3shvf8kcbrzcnfmxotbk30bslipk3sgceprspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9ziogk2x6l77pqhhnkce52ae7qri4ovut34t1jqvhzi3rspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8z8x6viaw6w3shvf8kcbrzcnfmxotbk30bslipk3sgceprspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8kcbrz", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9ziogk2x6l77pqhhnkce52ae7qri4ovut34t1jqvhzi3rspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8z8x6viaw6w3shvf8kcbrzcnfmxotbk30bslipk3sgceprspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8kcbrztbk30bslipk3sgcep", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9ziogk2x6l77pqhhnkce52ae7qri4ovut34t1jqvhzi3rspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8z8x6viaw6w3shvf8kcbrzcnfmxotbk30bslipk3sgceprspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8kcbrztbk30bslipk3sgcepj04plyqu", "ziogk2z8x6viaw6w3shvf8bb9tooca7uz8abkcbrzbb9tooca7uz8abx6l77pqhhnkce52ae7qrrspeqhmt5jm84rb5y9ziogk2x6l77pqhhnkce52ae7qri4ovut34t1jqvhzi3rspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8z8x6viaw6w3shvf8kcbrzcnfmxotbk30bslipk3sgceprspeqhmt5jm84rb5y9i4ovut34t1jqvhzi3z8x6viaw6w3shvf8kcbrztbk30bslipk3sgcepj04plyqui4ovut34t1jqvhzi3"]}, "config": {"commands": [6, 7, 2, 8, 2, 0, 4, 6, 0, 3, 4, 3, 7, 7, 8, 5, 10, 4, 3, 7, 8, 10, 1, 3, 5], "max_length": 20, "min_length": 5, "num_commands": 25, "num_strings": 11, "strings": ["x6l77pqhhnkce52ae7qr", "j04plyqu", "bb9tooca7uz8ab", "i4ovut34t1jqvhzi3", "rspeqhmt5jm84rb5y9", "cnfmxo", "ziogk2", "z8x6viaw6w3shvf8", "kcbrz", "29iriu2kaswg", "tbk30bslipk3sgcep"]}, "task_name": "task05", "example_name": "0235", "problem_name": "task05_0235"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [55m8zxnote33w9, q3jfo93ezpdw1e5eyd4, 7e8tv19corqz8ys4b, 3a2bhwg93tq9byqo820, 0mmagqos3d72m2gsv6]\nIndices: [0, 3, 1, 3, 0, 3, 0, 1, 4, 0, 2, 3, 3, 1, 2, 3, 0, 3, 2, 2, 4, 0, 4, 1, 0]\n", "label": {"final": "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9q3jfo93ezpdw1e5eyd40mmagqos3d72m2gsv655m8zxnote33w97e8tv19corqz8ys4b3a2bhwg93tq9byqo8203a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd47e8tv19corqz8ys4b3a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo8207e8tv19corqz8ys4b7e8tv19corqz8ys4b0mmagqos3d72m2gsv655m8zxnote33w90mmagqos3d72m2gsv6q3jfo93ezpdw1e5eyd455m8zxnote33w9", "init": "", "intermediate": ["55m8zxnote33w9", "55m8zxnote33w93a2bhwg93tq9byqo820", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd4", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo820", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w9", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo820", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9q3jfo93ezpdw1e5eyd4", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9q3jfo93ezpdw1e5eyd40mmagqos3d72m2gsv6", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9q3jfo93ezpdw1e5eyd40mmagqos3d72m2gsv655m8zxnote33w9", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9q3jfo93ezpdw1e5eyd40mmagqos3d72m2gsv655m8zxnote33w97e8tv19corqz8ys4b", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9q3jfo93ezpdw1e5eyd40mmagqos3d72m2gsv655m8zxnote33w97e8tv19corqz8ys4b3a2bhwg93tq9byqo820", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9q3jfo93ezpdw1e5eyd40mmagqos3d72m2gsv655m8zxnote33w97e8tv19corqz8ys4b3a2bhwg93tq9byqo8203a2bhwg93tq9byqo820", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9q3jfo93ezpdw1e5eyd40mmagqos3d72m2gsv655m8zxnote33w97e8tv19corqz8ys4b3a2bhwg93tq9byqo8203a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd4", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9q3jfo93ezpdw1e5eyd40mmagqos3d72m2gsv655m8zxnote33w97e8tv19corqz8ys4b3a2bhwg93tq9byqo8203a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd47e8tv19corqz8ys4b", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9q3jfo93ezpdw1e5eyd40mmagqos3d72m2gsv655m8zxnote33w97e8tv19corqz8ys4b3a2bhwg93tq9byqo8203a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd47e8tv19corqz8ys4b3a2bhwg93tq9byqo820", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9q3jfo93ezpdw1e5eyd40mmagqos3d72m2gsv655m8zxnote33w97e8tv19corqz8ys4b3a2bhwg93tq9byqo8203a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd47e8tv19corqz8ys4b3a2bhwg93tq9byqo82055m8zxnote33w9", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9q3jfo93ezpdw1e5eyd40mmagqos3d72m2gsv655m8zxnote33w97e8tv19corqz8ys4b3a2bhwg93tq9byqo8203a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd47e8tv19corqz8ys4b3a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo820", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9q3jfo93ezpdw1e5eyd40mmagqos3d72m2gsv655m8zxnote33w97e8tv19corqz8ys4b3a2bhwg93tq9byqo8203a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd47e8tv19corqz8ys4b3a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo8207e8tv19corqz8ys4b", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9q3jfo93ezpdw1e5eyd40mmagqos3d72m2gsv655m8zxnote33w97e8tv19corqz8ys4b3a2bhwg93tq9byqo8203a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd47e8tv19corqz8ys4b3a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo8207e8tv19corqz8ys4b7e8tv19corqz8ys4b", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9q3jfo93ezpdw1e5eyd40mmagqos3d72m2gsv655m8zxnote33w97e8tv19corqz8ys4b3a2bhwg93tq9byqo8203a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd47e8tv19corqz8ys4b3a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo8207e8tv19corqz8ys4b7e8tv19corqz8ys4b0mmagqos3d72m2gsv6", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9q3jfo93ezpdw1e5eyd40mmagqos3d72m2gsv655m8zxnote33w97e8tv19corqz8ys4b3a2bhwg93tq9byqo8203a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd47e8tv19corqz8ys4b3a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo8207e8tv19corqz8ys4b7e8tv19corqz8ys4b0mmagqos3d72m2gsv655m8zxnote33w9", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9q3jfo93ezpdw1e5eyd40mmagqos3d72m2gsv655m8zxnote33w97e8tv19corqz8ys4b3a2bhwg93tq9byqo8203a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd47e8tv19corqz8ys4b3a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo8207e8tv19corqz8ys4b7e8tv19corqz8ys4b0mmagqos3d72m2gsv655m8zxnote33w90mmagqos3d72m2gsv6", "55m8zxnote33w93a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd43a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo82055m8zxnote33w9q3jfo93ezpdw1e5eyd40mmagqos3d72m2gsv655m8zxnote33w97e8tv19corqz8ys4b3a2bhwg93tq9byqo8203a2bhwg93tq9byqo820q3jfo93ezpdw1e5eyd47e8tv19corqz8ys4b3a2bhwg93tq9byqo82055m8zxnote33w93a2bhwg93tq9byqo8207e8tv19corqz8ys4b7e8tv19corqz8ys4b0mmagqos3d72m2gsv655m8zxnote33w90mmagqos3d72m2gsv6q3jfo93ezpdw1e5eyd4"]}, "config": {"commands": [0, 3, 1, 3, 0, 3, 0, 1, 4, 0, 2, 3, 3, 1, 2, 3, 0, 3, 2, 2, 4, 0, 4, 1, 0], "max_length": 20, "min_length": 5, "num_commands": 25, "num_strings": 5, "strings": ["55m8zxnote33w9", "q3jfo93ezpdw1e5eyd4", "7e8tv19corqz8ys4b", "3a2bhwg93tq9byqo820", "0mmagqos3d72m2gsv6"]}, "task_name": "task05", "example_name": "0236", "problem_name": "task05_0236"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [642e7wfv2g0ex, xy4j46res, uiz47idsdhxk9f3wl, kd1ye8ufoi, uv31163y3ds]\nIndices: [0, 4, 2, 0, 3, 1, 0, 3, 3, 4, 0, 1, 0, 2, 0, 2, 4, 0, 2, 1, 0, 4, 1, 4, 0]\n", "label": {"final": "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0exkd1ye8ufoikd1ye8ufoiuv31163y3ds642e7wfv2g0exxy4j46res642e7wfv2g0exuiz47idsdhxk9f3wl642e7wfv2g0exuiz47idsdhxk9f3wluv31163y3ds642e7wfv2g0exuiz47idsdhxk9f3wlxy4j46res642e7wfv2g0exuv31163y3dsxy4j46resuv31163y3ds642e7wfv2g0ex", "init": "", "intermediate": ["642e7wfv2g0ex", "642e7wfv2g0exuv31163y3ds", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0ex", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoi", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0ex", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0exkd1ye8ufoi", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0exkd1ye8ufoikd1ye8ufoi", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0exkd1ye8ufoikd1ye8ufoiuv31163y3ds", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0exkd1ye8ufoikd1ye8ufoiuv31163y3ds642e7wfv2g0ex", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0exkd1ye8ufoikd1ye8ufoiuv31163y3ds642e7wfv2g0exxy4j46res", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0exkd1ye8ufoikd1ye8ufoiuv31163y3ds642e7wfv2g0exxy4j46res642e7wfv2g0ex", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0exkd1ye8ufoikd1ye8ufoiuv31163y3ds642e7wfv2g0exxy4j46res642e7wfv2g0exuiz47idsdhxk9f3wl", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0exkd1ye8ufoikd1ye8ufoiuv31163y3ds642e7wfv2g0exxy4j46res642e7wfv2g0exuiz47idsdhxk9f3wl642e7wfv2g0ex", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0exkd1ye8ufoikd1ye8ufoiuv31163y3ds642e7wfv2g0exxy4j46res642e7wfv2g0exuiz47idsdhxk9f3wl642e7wfv2g0exuiz47idsdhxk9f3wl", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0exkd1ye8ufoikd1ye8ufoiuv31163y3ds642e7wfv2g0exxy4j46res642e7wfv2g0exuiz47idsdhxk9f3wl642e7wfv2g0exuiz47idsdhxk9f3wluv31163y3ds", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0exkd1ye8ufoikd1ye8ufoiuv31163y3ds642e7wfv2g0exxy4j46res642e7wfv2g0exuiz47idsdhxk9f3wl642e7wfv2g0exuiz47idsdhxk9f3wluv31163y3ds642e7wfv2g0ex", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0exkd1ye8ufoikd1ye8ufoiuv31163y3ds642e7wfv2g0exxy4j46res642e7wfv2g0exuiz47idsdhxk9f3wl642e7wfv2g0exuiz47idsdhxk9f3wluv31163y3ds642e7wfv2g0exuiz47idsdhxk9f3wl", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0exkd1ye8ufoikd1ye8ufoiuv31163y3ds642e7wfv2g0exxy4j46res642e7wfv2g0exuiz47idsdhxk9f3wl642e7wfv2g0exuiz47idsdhxk9f3wluv31163y3ds642e7wfv2g0exuiz47idsdhxk9f3wlxy4j46res", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0exkd1ye8ufoikd1ye8ufoiuv31163y3ds642e7wfv2g0exxy4j46res642e7wfv2g0exuiz47idsdhxk9f3wl642e7wfv2g0exuiz47idsdhxk9f3wluv31163y3ds642e7wfv2g0exuiz47idsdhxk9f3wlxy4j46res642e7wfv2g0ex", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0exkd1ye8ufoikd1ye8ufoiuv31163y3ds642e7wfv2g0exxy4j46res642e7wfv2g0exuiz47idsdhxk9f3wl642e7wfv2g0exuiz47idsdhxk9f3wluv31163y3ds642e7wfv2g0exuiz47idsdhxk9f3wlxy4j46res642e7wfv2g0exuv31163y3ds", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0exkd1ye8ufoikd1ye8ufoiuv31163y3ds642e7wfv2g0exxy4j46res642e7wfv2g0exuiz47idsdhxk9f3wl642e7wfv2g0exuiz47idsdhxk9f3wluv31163y3ds642e7wfv2g0exuiz47idsdhxk9f3wlxy4j46res642e7wfv2g0exuv31163y3dsxy4j46res", "642e7wfv2g0exuv31163y3dsuiz47idsdhxk9f3wl642e7wfv2g0exkd1ye8ufoixy4j46res642e7wfv2g0exkd1ye8ufoikd1ye8ufoiuv31163y3ds642e7wfv2g0exxy4j46res642e7wfv2g0exuiz47idsdhxk9f3wl642e7wfv2g0exuiz47idsdhxk9f3wluv31163y3ds642e7wfv2g0exuiz47idsdhxk9f3wlxy4j46res642e7wfv2g0exuv31163y3dsxy4j46resuv31163y3ds"]}, "config": {"commands": [0, 4, 2, 0, 3, 1, 0, 3, 3, 4, 0, 1, 0, 2, 0, 2, 4, 0, 2, 1, 0, 4, 1, 4, 0], "max_length": 20, "min_length": 5, "num_commands": 25, "num_strings": 5, "strings": ["642e7wfv2g0ex", "xy4j46res", "uiz47idsdhxk9f3wl", "kd1ye8ufoi", "uv31163y3ds"]}, "task_name": "task05", "example_name": "0237", "problem_name": "task05_0237"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [wbpeue0zjp92ku2z0, eqbwkasgpioabrxhj, msqz8jfacs80i, xm2tw1e, t8ba9s, ubtirjjvz5qtip6jw, 3eqnpkvt2m3aw, sfmpdrpegr, z003o3dajdb, ub88yr4k7lmip4ejc, ehzjo14h33, k67nj4uryglivpz8l, id6km73inj7zm, piosxzuofjx, c9b34ts1d8c845o, tktbgmzcl3iygbko03, rad2cksd, caxomkzjftd, ca323gtg, rryp5qvhgtn5vmg, fwyz9e39, e8inuc0mstgm4]\nIndices: [6, 19, 20, 11, 20, 5, 18, 20, 6, 8, 13, 6, 11, 2, 21, 15, 6, 19, 20, 4, 10, 15, 4, 21, 18]\n", "label": {"final": "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtgfwyz9e393eqnpkvt2m3awz003o3dajdbpiosxzuofjx3eqnpkvt2m3awk67nj4uryglivpz8lmsqz8jfacs80ie8inuc0mstgm4tktbgmzcl3iygbko033eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39t8ba9sehzjo14h33tktbgmzcl3iygbko03t8ba9se8inuc0mstgm4ca323gtg", "init": "", "intermediate": ["3eqnpkvt2m3aw", "3eqnpkvt2m3awrryp5qvhgtn5vmg", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8l", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jw", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtg", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtgfwyz9e39", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtgfwyz9e393eqnpkvt2m3aw", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtgfwyz9e393eqnpkvt2m3awz003o3dajdb", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtgfwyz9e393eqnpkvt2m3awz003o3dajdbpiosxzuofjx", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtgfwyz9e393eqnpkvt2m3awz003o3dajdbpiosxzuofjx3eqnpkvt2m3aw", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtgfwyz9e393eqnpkvt2m3awz003o3dajdbpiosxzuofjx3eqnpkvt2m3awk67nj4uryglivpz8l", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtgfwyz9e393eqnpkvt2m3awz003o3dajdbpiosxzuofjx3eqnpkvt2m3awk67nj4uryglivpz8lmsqz8jfacs80i", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtgfwyz9e393eqnpkvt2m3awz003o3dajdbpiosxzuofjx3eqnpkvt2m3awk67nj4uryglivpz8lmsqz8jfacs80ie8inuc0mstgm4", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtgfwyz9e393eqnpkvt2m3awz003o3dajdbpiosxzuofjx3eqnpkvt2m3awk67nj4uryglivpz8lmsqz8jfacs80ie8inuc0mstgm4tktbgmzcl3iygbko03", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtgfwyz9e393eqnpkvt2m3awz003o3dajdbpiosxzuofjx3eqnpkvt2m3awk67nj4uryglivpz8lmsqz8jfacs80ie8inuc0mstgm4tktbgmzcl3iygbko033eqnpkvt2m3aw", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtgfwyz9e393eqnpkvt2m3awz003o3dajdbpiosxzuofjx3eqnpkvt2m3awk67nj4uryglivpz8lmsqz8jfacs80ie8inuc0mstgm4tktbgmzcl3iygbko033eqnpkvt2m3awrryp5qvhgtn5vmg", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtgfwyz9e393eqnpkvt2m3awz003o3dajdbpiosxzuofjx3eqnpkvt2m3awk67nj4uryglivpz8lmsqz8jfacs80ie8inuc0mstgm4tktbgmzcl3iygbko033eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtgfwyz9e393eqnpkvt2m3awz003o3dajdbpiosxzuofjx3eqnpkvt2m3awk67nj4uryglivpz8lmsqz8jfacs80ie8inuc0mstgm4tktbgmzcl3iygbko033eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39t8ba9s", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtgfwyz9e393eqnpkvt2m3awz003o3dajdbpiosxzuofjx3eqnpkvt2m3awk67nj4uryglivpz8lmsqz8jfacs80ie8inuc0mstgm4tktbgmzcl3iygbko033eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39t8ba9sehzjo14h33", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtgfwyz9e393eqnpkvt2m3awz003o3dajdbpiosxzuofjx3eqnpkvt2m3awk67nj4uryglivpz8lmsqz8jfacs80ie8inuc0mstgm4tktbgmzcl3iygbko033eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39t8ba9sehzjo14h33tktbgmzcl3iygbko03", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtgfwyz9e393eqnpkvt2m3awz003o3dajdbpiosxzuofjx3eqnpkvt2m3awk67nj4uryglivpz8lmsqz8jfacs80ie8inuc0mstgm4tktbgmzcl3iygbko033eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39t8ba9sehzjo14h33tktbgmzcl3iygbko03t8ba9s", "3eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39k67nj4uryglivpz8lfwyz9e39ubtirjjvz5qtip6jwca323gtgfwyz9e393eqnpkvt2m3awz003o3dajdbpiosxzuofjx3eqnpkvt2m3awk67nj4uryglivpz8lmsqz8jfacs80ie8inuc0mstgm4tktbgmzcl3iygbko033eqnpkvt2m3awrryp5qvhgtn5vmgfwyz9e39t8ba9sehzjo14h33tktbgmzcl3iygbko03t8ba9se8inuc0mstgm4"]}, "config": {"commands": [6, 19, 20, 11, 20, 5, 18, 20, 6, 8, 13, 6, 11, 2, 21, 15, 6, 19, 20, 4, 10, 15, 4, 21, 18], "max_length": 20, "min_length": 5, "num_commands": 25, "num_strings": 22, "strings": ["wbpeue0zjp92ku2z0", "eqbwkasgpioabrxhj", "msqz8jfacs80i", "xm2tw1e", "t8ba9s", "ubtirjjvz5qtip6jw", "3eqnpkvt2m3aw", "sfmpdrpegr", "z003o3dajdb", "ub88yr4k7lmip4ejc", "ehzjo14h33", "k67nj4uryglivpz8l", "id6km73inj7zm", "piosxzuofjx", "c9b34ts1d8c845o", "tktbgmzcl3iygbko03", "rad2cksd", "caxomkzjftd", "ca323gtg", "rryp5qvhgtn5vmg", "fwyz9e39", "e8inuc0mstgm4"]}, "task_name": "task05", "example_name": "0238", "problem_name": "task05_0238"}
+{"prompt": "Concatenate given strings in a string list according to the order specified by a given list of indices.\nPrepare an empty string.\nAt each step, append the string specified by the index in 0-based indexing, starting from the first element of the index list.\nRepeat the step until the end of the list.\nProvide the final string along with the intermediated strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nStrings: [785vla, piryv, 7cdu795sscl]\nIndices: [2, 2, 0, 2, 2, 1, 1, 1, 1, 2, 1, 0, 0, 2, 2, 0, 1, 2, 2, 1, 1, 0, 2, 0, 2]\n", "label": {"final": "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryvpiryvpiryv7cdu795ssclpiryv785vla785vla7cdu795sscl7cdu795sscl785vlapiryv7cdu795sscl7cdu795ssclpiryvpiryv785vla7cdu795sscl785vla7cdu795sscl", "init": "", "intermediate": ["7cdu795sscl", "7cdu795sscl7cdu795sscl", "7cdu795sscl7cdu795sscl785vla", "7cdu795sscl7cdu795sscl785vla7cdu795sscl", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795sscl", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryv", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryv", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryvpiryv", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryvpiryvpiryv", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryvpiryvpiryv7cdu795sscl", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryvpiryvpiryv7cdu795ssclpiryv", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryvpiryvpiryv7cdu795ssclpiryv785vla", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryvpiryvpiryv7cdu795ssclpiryv785vla785vla", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryvpiryvpiryv7cdu795ssclpiryv785vla785vla7cdu795sscl", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryvpiryvpiryv7cdu795ssclpiryv785vla785vla7cdu795sscl7cdu795sscl", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryvpiryvpiryv7cdu795ssclpiryv785vla785vla7cdu795sscl7cdu795sscl785vla", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryvpiryvpiryv7cdu795ssclpiryv785vla785vla7cdu795sscl7cdu795sscl785vlapiryv", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryvpiryvpiryv7cdu795ssclpiryv785vla785vla7cdu795sscl7cdu795sscl785vlapiryv7cdu795sscl", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryvpiryvpiryv7cdu795ssclpiryv785vla785vla7cdu795sscl7cdu795sscl785vlapiryv7cdu795sscl7cdu795sscl", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryvpiryvpiryv7cdu795ssclpiryv785vla785vla7cdu795sscl7cdu795sscl785vlapiryv7cdu795sscl7cdu795ssclpiryv", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryvpiryvpiryv7cdu795ssclpiryv785vla785vla7cdu795sscl7cdu795sscl785vlapiryv7cdu795sscl7cdu795ssclpiryvpiryv", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryvpiryvpiryv7cdu795ssclpiryv785vla785vla7cdu795sscl7cdu795sscl785vlapiryv7cdu795sscl7cdu795ssclpiryvpiryv785vla", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryvpiryvpiryv7cdu795ssclpiryv785vla785vla7cdu795sscl7cdu795sscl785vlapiryv7cdu795sscl7cdu795ssclpiryvpiryv785vla7cdu795sscl", "7cdu795sscl7cdu795sscl785vla7cdu795sscl7cdu795ssclpiryvpiryvpiryvpiryv7cdu795ssclpiryv785vla785vla7cdu795sscl7cdu795sscl785vlapiryv7cdu795sscl7cdu795ssclpiryvpiryv785vla7cdu795sscl785vla"]}, "config": {"commands": [2, 2, 0, 2, 2, 1, 1, 1, 1, 2, 1, 0, 0, 2, 2, 0, 1, 2, 2, 1, 1, 0, 2, 0, 2], "max_length": 20, "min_length": 5, "num_commands": 25, "num_strings": 3, "strings": ["785vla", "piryv", "7cdu795sscl"]}, "task_name": "task05", "example_name": "0239", "problem_name": "task05_0239"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(x, z)\n(r, 3)\nString:\nrx", "label": {"final": "3z", "init": "rx", "intermediate": ["3x"]}, "config": {"length": 2, "num_substitutions": 2, "string": "rx", "table": {"r": "3", "x": "z"}}, "task_name": "task06", "example_name": "0000", "problem_name": "task06_0000"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(7, h)\n(5, w)\nString:\n75", "label": {"final": "hw", "init": "75", "intermediate": ["h5"]}, "config": {"length": 2, "num_substitutions": 2, "string": "75", "table": {"5": "w", "7": "h"}}, "task_name": "task06", "example_name": "0001", "problem_name": "task06_0001"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(7, o)\n(5, i)\nString:\n75", "label": {"final": "oi", "init": "75", "intermediate": ["o5"]}, "config": {"length": 2, "num_substitutions": 2, "string": "75", "table": {"5": "i", "7": "o"}}, "task_name": "task06", "example_name": "0002", "problem_name": "task06_0002"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(z, r)\n(2, v)\nString:\n2z", "label": {"final": "vr", "init": "2z", "intermediate": ["vz"]}, "config": {"length": 2, "num_substitutions": 2, "string": "2z", "table": {"2": "v", "z": "r"}}, "task_name": "task06", "example_name": "0003", "problem_name": "task06_0003"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(x, b)\n(9, v)\nString:\nx9", "label": {"final": "bv", "init": "x9", "intermediate": ["b9"]}, "config": {"length": 2, "num_substitutions": 2, "string": "x9", "table": {"9": "v", "x": "b"}}, "task_name": "task06", "example_name": "0004", "problem_name": "task06_0004"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(1, x)\n(9, i)\nString:\n91", "label": {"final": "ix", "init": "91", "intermediate": ["i1"]}, "config": {"length": 2, "num_substitutions": 2, "string": "91", "table": {"1": "x", "9": "i"}}, "task_name": "task06", "example_name": "0005", "problem_name": "task06_0005"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(k, a)\n(7, 6)\nString:\nk7", "label": {"final": "a6", "init": "k7", "intermediate": ["a7"]}, "config": {"length": 2, "num_substitutions": 2, "string": "k7", "table": {"7": "6", "k": "a"}}, "task_name": "task06", "example_name": "0006", "problem_name": "task06_0006"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(s, 6)\n(4, x)\nString:\n4s", "label": {"final": "x6", "init": "4s", "intermediate": ["xs"]}, "config": {"length": 2, "num_substitutions": 2, "string": "4s", "table": {"4": "x", "s": "6"}}, "task_name": "task06", "example_name": "0007", "problem_name": "task06_0007"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(l, p)\n(d, a)\nString:\nld", "label": {"final": "pa", "init": "ld", "intermediate": ["pd"]}, "config": {"length": 2, "num_substitutions": 2, "string": "ld", "table": {"d": "a", "l": "p"}}, "task_name": "task06", "example_name": "0008", "problem_name": "task06_0008"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(3, i)\n(e, 7)\nString:\ne3", "label": {"final": "7i", "init": "e3", "intermediate": ["73"]}, "config": {"length": 2, "num_substitutions": 2, "string": "e3", "table": {"3": "i", "e": "7"}}, "task_name": "task06", "example_name": "0009", "problem_name": "task06_0009"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(p, v)\n(6, v)\n(2, 8)\nString:\n2p6", "label": {"final": "8vv", "init": "2p6", "intermediate": ["8p6", "8v6"]}, "config": {"length": 3, "num_substitutions": 3, "string": "2p6", "table": {"2": "8", "6": "v", "p": "v"}}, "task_name": "task06", "example_name": "0010", "problem_name": "task06_0010"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(e, 3)\n(o, z)\n(t, w)\nString:\neto", "label": {"final": "3wz", "init": "eto", "intermediate": ["3to", "3wo"]}, "config": {"length": 3, "num_substitutions": 3, "string": "eto", "table": {"e": "3", "o": "z", "t": "w"}}, "task_name": "task06", "example_name": "0011", "problem_name": "task06_0011"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(e, t)\n(c, b)\n(j, 2)\nString:\njce", "label": {"final": "2bt", "init": "jce", "intermediate": ["2ce", "2be"]}, "config": {"length": 3, "num_substitutions": 3, "string": "jce", "table": {"c": "b", "e": "t", "j": "2"}}, "task_name": "task06", "example_name": "0012", "problem_name": "task06_0012"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(l, b)\n(t, 0)\n(6, 0)\nString:\n6tl", "label": {"final": "00b", "init": "6tl", "intermediate": ["0tl", "00l"]}, "config": {"length": 3, "num_substitutions": 3, "string": "6tl", "table": {"6": "0", "l": "b", "t": "0"}}, "task_name": "task06", "example_name": "0013", "problem_name": "task06_0013"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(s, c)\n(4, o)\n(x, 3)\nString:\n4sx", "label": {"final": "oc3", "init": "4sx", "intermediate": ["osx", "ocx"]}, "config": {"length": 3, "num_substitutions": 3, "string": "4sx", "table": {"4": "o", "s": "c", "x": "3"}}, "task_name": "task06", "example_name": "0014", "problem_name": "task06_0014"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(0, 9)\n(n, f)\n(v, k)\nString:\nn0v", "label": {"final": "f9k", "init": "n0v", "intermediate": ["f0v", "f9v"]}, "config": {"length": 3, "num_substitutions": 3, "string": "n0v", "table": {"0": "9", "n": "f", "v": "k"}}, "task_name": "task06", "example_name": "0015", "problem_name": "task06_0015"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(c, d)\n(j, l)\n(f, g)\nString:\ncjf", "label": {"final": "dlg", "init": "cjf", "intermediate": ["djf", "dlf"]}, "config": {"length": 3, "num_substitutions": 3, "string": "cjf", "table": {"c": "d", "f": "g", "j": "l"}}, "task_name": "task06", "example_name": "0016", "problem_name": "task06_0016"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(4, 9)\n(r, w)\nString:\nr44", "label": {"final": "w99", "init": "r44", "intermediate": ["w44", "w94"]}, "config": {"length": 3, "num_substitutions": 3, "string": "r44", "table": {"4": "9", "r": "w"}}, "task_name": "task06", "example_name": "0017", "problem_name": "task06_0017"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(l, h)\n(n, 7)\n(b, 5)\nString:\nnbl", "label": {"final": "75h", "init": "nbl", "intermediate": ["7bl", "75l"]}, "config": {"length": 3, "num_substitutions": 3, "string": "nbl", "table": {"b": "5", "l": "h", "n": "7"}}, "task_name": "task06", "example_name": "0018", "problem_name": "task06_0018"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(k, l)\n(u, 8)\nString:\nkku", "label": {"final": "ll8", "init": "kku", "intermediate": ["lku", "llu"]}, "config": {"length": 3, "num_substitutions": 3, "string": "kku", "table": {"k": "l", "u": "8"}}, "task_name": "task06", "example_name": "0019", "problem_name": "task06_0019"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(r, h)\n(8, q)\n(n, v)\n(5, 0)\nString:\n85rn", "label": {"final": "q0hv", "init": "85rn", "intermediate": ["q5rn", "q0rn", "q0hn"]}, "config": {"length": 4, "num_substitutions": 4, "string": "85rn", "table": {"5": "0", "8": "q", "n": "v", "r": "h"}}, "task_name": "task06", "example_name": "0020", "problem_name": "task06_0020"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(p, 0)\n(6, r)\n(h, t)\n(k, o)\nString:\n6hpk", "label": {"final": "rt0o", "init": "6hpk", "intermediate": ["rhpk", "rtpk", "rt0k"]}, "config": {"length": 4, "num_substitutions": 4, "string": "6hpk", "table": {"6": "r", "h": "t", "k": "o", "p": "0"}}, "task_name": "task06", "example_name": "0021", "problem_name": "task06_0021"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(3, i)\n(l, m)\n(s, 7)\n(j, g)\nString:\nlsj3", "label": {"final": "m7gi", "init": "lsj3", "intermediate": ["msj3", "m7j3", "m7g3"]}, "config": {"length": 4, "num_substitutions": 4, "string": "lsj3", "table": {"3": "i", "j": "g", "l": "m", "s": "7"}}, "task_name": "task06", "example_name": "0022", "problem_name": "task06_0022"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(f, 1)\n(6, r)\n(1, 4)\nString:\nf16f", "label": {"final": "14r1", "init": "f16f", "intermediate": ["116f", "146f", "14rf"]}, "config": {"length": 4, "num_substitutions": 4, "string": "f16f", "table": {"1": "4", "6": "r", "f": "1"}}, "task_name": "task06", "example_name": "0023", "problem_name": "task06_0023"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(i, 2)\n(g, 0)\n(z, 7)\n(l, a)\nString:\nlgiz", "label": {"final": "a027", "init": "lgiz", "intermediate": ["agiz", "a0iz", "a02z"]}, "config": {"length": 4, "num_substitutions": 4, "string": "lgiz", "table": {"g": "0", "i": "2", "l": "a", "z": "7"}}, "task_name": "task06", "example_name": "0024", "problem_name": "task06_0024"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(9, u)\n(g, s)\n(b, 7)\n(h, y)\nString:\ngb9h", "label": {"final": "s7uy", "init": "gb9h", "intermediate": ["sb9h", "s79h", "s7uh"]}, "config": {"length": 4, "num_substitutions": 4, "string": "gb9h", "table": {"9": "u", "b": "7", "g": "s", "h": "y"}}, "task_name": "task06", "example_name": "0025", "problem_name": "task06_0025"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(z, 7)\n(3, w)\n(f, 2)\n(7, 2)\nString:\nzf37", "label": {"final": "72w2", "init": "zf37", "intermediate": ["7f37", "7237", "72w7"]}, "config": {"length": 4, "num_substitutions": 4, "string": "zf37", "table": {"3": "w", "7": "2", "f": "2", "z": "7"}}, "task_name": "task06", "example_name": "0026", "problem_name": "task06_0026"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(q, t)\n(s, i)\n(k, o)\nString:\nskkq", "label": {"final": "ioot", "init": "skkq", "intermediate": ["ikkq", "iokq", "iooq"]}, "config": {"length": 4, "num_substitutions": 4, "string": "skkq", "table": {"k": "o", "q": "t", "s": "i"}}, "task_name": "task06", "example_name": "0027", "problem_name": "task06_0027"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(h, 1)\n(e, 7)\n(3, f)\n(9, f)\nString:\ne3h9", "label": {"final": "7f1f", "init": "e3h9", "intermediate": ["73h9", "7fh9", "7f19"]}, "config": {"length": 4, "num_substitutions": 4, "string": "e3h9", "table": {"3": "f", "9": "f", "e": "7", "h": "1"}}, "task_name": "task06", "example_name": "0028", "problem_name": "task06_0028"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(y, t)\n(p, s)\n(4, g)\nString:\npy44", "label": {"final": "stgg", "init": "py44", "intermediate": ["sy44", "st44", "stg4"]}, "config": {"length": 4, "num_substitutions": 4, "string": "py44", "table": {"4": "g", "p": "s", "y": "t"}}, "task_name": "task06", "example_name": "0029", "problem_name": "task06_0029"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(r, i)\n(5, u)\n(u, j)\n(s, e)\n(m, 4)\nString:\nsumr5", "label": {"final": "ej4iu", "init": "sumr5", "intermediate": ["eumr5", "ejmr5", "ej4r5", "ej4i5"]}, "config": {"length": 5, "num_substitutions": 5, "string": "sumr5", "table": {"5": "u", "m": "4", "r": "i", "s": "e", "u": "j"}}, "task_name": "task06", "example_name": "0030", "problem_name": "task06_0030"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(y, w)\n(5, 4)\n(0, a)\n(r, g)\nString:\n50ryr", "label": {"final": "4agwg", "init": "50ryr", "intermediate": ["40ryr", "4aryr", "4agyr", "4agwr"]}, "config": {"length": 5, "num_substitutions": 5, "string": "50ryr", "table": {"0": "a", "5": "4", "r": "g", "y": "w"}}, "task_name": "task06", "example_name": "0031", "problem_name": "task06_0031"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(4, 1)\n(9, f)\n(a, u)\n(5, e)\n(f, m)\nString:\n5af94", "label": {"final": "eumf1", "init": "5af94", "intermediate": ["eaf94", "euf94", "eum94", "eumf4"]}, "config": {"length": 5, "num_substitutions": 5, "string": "5af94", "table": {"4": "1", "5": "e", "9": "f", "a": "u", "f": "m"}}, "task_name": "task06", "example_name": "0032", "problem_name": "task06_0032"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(f, g)\n(5, 8)\n(y, b)\n(3, l)\n(x, 2)\nString:\n3yf5x", "label": {"final": "lbg82", "init": "3yf5x", "intermediate": ["lyf5x", "lbf5x", "lbg5x", "lbg8x"]}, "config": {"length": 5, "num_substitutions": 5, "string": "3yf5x", "table": {"3": "l", "5": "8", "f": "g", "x": "2", "y": "b"}}, "task_name": "task06", "example_name": "0033", "problem_name": "task06_0033"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(e, u)\n(v, y)\n(t, r)\n(1, l)\n(2, m)\nString:\nv12te", "label": {"final": "ylmru", "init": "v12te", "intermediate": ["y12te", "yl2te", "ylmte", "ylmre"]}, "config": {"length": 5, "num_substitutions": 5, "string": "v12te", "table": {"1": "l", "2": "m", "e": "u", "t": "r", "v": "y"}}, "task_name": "task06", "example_name": "0034", "problem_name": "task06_0034"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(6, f)\n(2, 4)\n(m, n)\n(9, r)\nString:\n629m9", "label": {"final": "f4rnr", "init": "629m9", "intermediate": ["f29m9", "f49m9", "f4rm9", "f4rn9"]}, "config": {"length": 5, "num_substitutions": 5, "string": "629m9", "table": {"2": "4", "6": "f", "9": "r", "m": "n"}}, "task_name": "task06", "example_name": "0035", "problem_name": "task06_0035"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(c, o)\n(g, b)\n(i, r)\n(k, s)\n(v, 1)\nString:\nkgvci", "label": {"final": "sb1or", "init": "kgvci", "intermediate": ["sgvci", "sbvci", "sb1ci", "sb1oi"]}, "config": {"length": 5, "num_substitutions": 5, "string": "kgvci", "table": {"c": "o", "g": "b", "i": "r", "k": "s", "v": "1"}}, "task_name": "task06", "example_name": "0036", "problem_name": "task06_0036"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(v, z)\n(7, 0)\n(5, 1)\n(4, 3)\n(c, h)\nString:\n5vc74", "label": {"final": "1zh03", "init": "5vc74", "intermediate": ["1vc74", "1zc74", "1zh74", "1zh04"]}, "config": {"length": 5, "num_substitutions": 5, "string": "5vc74", "table": {"4": "3", "5": "1", "7": "0", "c": "h", "v": "z"}}, "task_name": "task06", "example_name": "0037", "problem_name": "task06_0037"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(b, x)\n(f, p)\n(o, i)\n(c, a)\n(u, 6)\nString:\nfcoub", "label": {"final": "pai6x", "init": "fcoub", "intermediate": ["pcoub", "paoub", "paiub", "pai6b"]}, "config": {"length": 5, "num_substitutions": 5, "string": "fcoub", "table": {"b": "x", "c": "a", "f": "p", "o": "i", "u": "6"}}, "task_name": "task06", "example_name": "0038", "problem_name": "task06_0038"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(y, r)\n(d, 1)\n(1, 5)\n(p, 8)\n(2, k)\nString:\nd21py", "label": {"final": "1k58r", "init": "d21py", "intermediate": ["121py", "1k1py", "1k5py", "1k58y"]}, "config": {"length": 5, "num_substitutions": 5, "string": "d21py", "table": {"1": "5", "2": "k", "d": "1", "p": "8", "y": "r"}}, "task_name": "task06", "example_name": "0039", "problem_name": "task06_0039"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(p, i)\n(y, 7)\n(0, f)\n(c, 4)\n(f, l)\n(8, x)\nString:\nf8cy0p", "label": {"final": "lx47fi", "init": "f8cy0p", "intermediate": ["l8cy0p", "lxcy0p", "lx4y0p", "lx470p", "lx47fp"]}, "config": {"length": 6, "num_substitutions": 6, "string": "f8cy0p", "table": {"0": "f", "8": "x", "c": "4", "f": "l", "p": "i", "y": "7"}}, "task_name": "task06", "example_name": "0040", "problem_name": "task06_0040"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(x, o)\n(a, p)\n(b, c)\n(n, h)\n(o, m)\n(q, v)\nString:\nonabxq", "label": {"final": "mhpcov", "init": "onabxq", "intermediate": ["mnabxq", "mhabxq", "mhpbxq", "mhpcxq", "mhpcoq"]}, "config": {"length": 6, "num_substitutions": 6, "string": "onabxq", "table": {"a": "p", "b": "c", "n": "h", "o": "m", "q": "v", "x": "o"}}, "task_name": "task06", "example_name": "0041", "problem_name": "task06_0041"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(d, 0)\n(z, 8)\n(m, b)\n(i, a)\n(c, 4)\n(3, a)\nString:\nmd3zic", "label": {"final": "b0a8a4", "init": "md3zic", "intermediate": ["bd3zic", "b03zic", "b0azic", "b0a8ic", "b0a8ac"]}, "config": {"length": 6, "num_substitutions": 6, "string": "md3zic", "table": {"3": "a", "c": "4", "d": "0", "i": "a", "m": "b", "z": "8"}}, "task_name": "task06", "example_name": "0042", "problem_name": "task06_0042"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(v, w)\n(x, g)\n(r, q)\n(t, 2)\n(y, s)\n(4, 5)\nString:\nyvtr4x", "label": {"final": "sw2q5g", "init": "yvtr4x", "intermediate": ["svtr4x", "swtr4x", "sw2r4x", "sw2q4x", "sw2q5x"]}, "config": {"length": 6, "num_substitutions": 6, "string": "yvtr4x", "table": {"4": "5", "r": "q", "t": "2", "v": "w", "x": "g", "y": "s"}}, "task_name": "task06", "example_name": "0043", "problem_name": "task06_0043"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(u, 1)\n(n, 8)\n(z, k)\n(4, w)\n(r, y)\nString:\nn4rzu4", "label": {"final": "8wyk1w", "init": "n4rzu4", "intermediate": ["84rzu4", "8wrzu4", "8wyzu4", "8wyku4", "8wyk14"]}, "config": {"length": 6, "num_substitutions": 6, "string": "n4rzu4", "table": {"4": "w", "n": "8", "r": "y", "u": "1", "z": "k"}}, "task_name": "task06", "example_name": "0044", "problem_name": "task06_0044"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(5, t)\n(3, w)\n(s, v)\n(n, k)\n(o, 7)\n(r, x)\nString:\nos35rn", "label": {"final": "7vwtxk", "init": "os35rn", "intermediate": ["7s35rn", "7v35rn", "7vw5rn", "7vwtrn", "7vwtxn"]}, "config": {"length": 6, "num_substitutions": 6, "string": "os35rn", "table": {"3": "w", "5": "t", "n": "k", "o": "7", "r": "x", "s": "v"}}, "task_name": "task06", "example_name": "0045", "problem_name": "task06_0045"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(l, y)\n(h, k)\n(y, x)\n(x, 3)\n(1, 4)\n(o, m)\nString:\nl1oxhy", "label": {"final": "y4m3kx", "init": "l1oxhy", "intermediate": ["y1oxhy", "y4oxhy", "y4mxhy", "y4m3hy", "y4m3ky"]}, "config": {"length": 6, "num_substitutions": 6, "string": "l1oxhy", "table": {"1": "4", "h": "k", "l": "y", "o": "m", "x": "3", "y": "x"}}, "task_name": "task06", "example_name": "0046", "problem_name": "task06_0046"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(h, c)\n(2, 7)\n(y, p)\n(p, w)\n(0, u)\n(s, u)\nString:\nsyp02h", "label": {"final": "upwu7c", "init": "syp02h", "intermediate": ["uyp02h", "upp02h", "upw02h", "upwu2h", "upwu7h"]}, "config": {"length": 6, "num_substitutions": 6, "string": "syp02h", "table": {"0": "u", "2": "7", "h": "c", "p": "w", "s": "u", "y": "p"}}, "task_name": "task06", "example_name": "0047", "problem_name": "task06_0047"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(3, k)\n(y, n)\n(b, z)\n(c, q)\n(i, 9)\n(5, e)\nString:\nb53cyi", "label": {"final": "zekqn9", "init": "b53cyi", "intermediate": ["z53cyi", "ze3cyi", "zekcyi", "zekqyi", "zekqni"]}, "config": {"length": 6, "num_substitutions": 6, "string": "b53cyi", "table": {"3": "k", "5": "e", "b": "z", "c": "q", "i": "9", "y": "n"}}, "task_name": "task06", "example_name": "0048", "problem_name": "task06_0048"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(y, d)\n(g, 2)\n(1, v)\n(q, 5)\n(b, e)\n(0, l)\nString:\ngqby10", "label": {"final": "25edvl", "init": "gqby10", "intermediate": ["2qby10", "25by10", "25ey10", "25ed10", "25edv0"]}, "config": {"length": 6, "num_substitutions": 6, "string": "gqby10", "table": {"0": "l", "1": "v", "b": "e", "g": "2", "q": "5", "y": "d"}}, "task_name": "task06", "example_name": "0049", "problem_name": "task06_0049"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(p, 6)\n(w, 3)\n(y, z)\n(1, j)\n(s, e)\n(o, j)\n(6, c)\nString:\npso1w6y", "label": {"final": "6ejj3cz", "init": "pso1w6y", "intermediate": ["6so1w6y", "6eo1w6y", "6ej1w6y", "6ejjw6y", "6ejj36y", "6ejj3cy"]}, "config": {"length": 7, "num_substitutions": 7, "string": "pso1w6y", "table": {"1": "j", "6": "c", "o": "j", "p": "6", "s": "e", "w": "3", "y": "z"}}, "task_name": "task06", "example_name": "0050", "problem_name": "task06_0050"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(e, f)\n(6, y)\n(b, 9)\n(l, n)\n(a, 0)\n(2, 9)\n(d, 5)\nString:\ned6ab2l", "label": {"final": "f5y099n", "init": "ed6ab2l", "intermediate": ["fd6ab2l", "f56ab2l", "f5yab2l", "f5y0b2l", "f5y092l", "f5y099l"]}, "config": {"length": 7, "num_substitutions": 7, "string": "ed6ab2l", "table": {"2": "9", "6": "y", "a": "0", "b": "9", "d": "5", "e": "f", "l": "n"}}, "task_name": "task06", "example_name": "0051", "problem_name": "task06_0051"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(t, c)\n(r, h)\n(u, i)\n(a, k)\n(y, b)\nString:\nytyaruu", "label": {"final": "bcbkhii", "init": "ytyaruu", "intermediate": ["btyaruu", "bcyaruu", "bcbaruu", "bcbkruu", "bcbkhuu", "bcbkhiu"]}, "config": {"length": 7, "num_substitutions": 7, "string": "ytyaruu", "table": {"a": "k", "r": "h", "t": "c", "u": "i", "y": "b"}}, "task_name": "task06", "example_name": "0052", "problem_name": "task06_0052"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(c, y)\n(i, 1)\n(q, w)\n(0, 4)\n(r, 1)\n(6, u)\nString:\n0qir6rc", "label": {"final": "4w11u1y", "init": "0qir6rc", "intermediate": ["4qir6rc", "4wir6rc", "4w1r6rc", "4w116rc", "4w11urc", "4w11u1c"]}, "config": {"length": 7, "num_substitutions": 7, "string": "0qir6rc", "table": {"0": "4", "6": "u", "c": "y", "i": "1", "q": "w", "r": "1"}}, "task_name": "task06", "example_name": "0053", "problem_name": "task06_0053"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(5, 9)\n(f, v)\n(6, c)\n(b, o)\n(2, t)\n(r, z)\n(q, z)\nString:\n25f6qrb", "label": {"final": "t9vczzo", "init": "25f6qrb", "intermediate": ["t5f6qrb", "t9f6qrb", "t9v6qrb", "t9vcqrb", "t9vczrb", "t9vczzb"]}, "config": {"length": 7, "num_substitutions": 7, "string": "25f6qrb", "table": {"2": "t", "5": "9", "6": "c", "b": "o", "f": "v", "q": "z", "r": "z"}}, "task_name": "task06", "example_name": "0054", "problem_name": "task06_0054"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(w, 8)\n(z, v)\n(m, 4)\n(i, q)\n(0, k)\nString:\nim0wzii", "label": {"final": "q4k8vqq", "init": "im0wzii", "intermediate": ["qm0wzii", "q40wzii", "q4kwzii", "q4k8zii", "q4k8vii", "q4k8vqi"]}, "config": {"length": 7, "num_substitutions": 7, "string": "im0wzii", "table": {"0": "k", "i": "q", "m": "4", "w": "8", "z": "v"}}, "task_name": "task06", "example_name": "0055", "problem_name": "task06_0055"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(q, c)\n(m, 0)\n(4, 8)\n(c, 8)\n(f, p)\n(o, 9)\n(5, s)\nString:\nc4f5moq", "label": {"final": "88ps09c", "init": "c4f5moq", "intermediate": ["84f5moq", "88f5moq", "88p5moq", "88psmoq", "88ps0oq", "88ps09q"]}, "config": {"length": 7, "num_substitutions": 7, "string": "c4f5moq", "table": {"4": "8", "5": "s", "c": "8", "f": "p", "m": "0", "o": "9", "q": "c"}}, "task_name": "task06", "example_name": "0056", "problem_name": "task06_0056"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(6, 8)\n(1, 8)\n(z, 4)\n(0, k)\n(k, 5)\n(d, m)\nString:\ndz6k110", "label": {"final": "m48588k", "init": "dz6k110", "intermediate": ["mz6k110", "m46k110", "m48k110", "m485110", "m485810", "m485880"]}, "config": {"length": 7, "num_substitutions": 7, "string": "dz6k110", "table": {"0": "k", "1": "8", "6": "8", "d": "m", "k": "5", "z": "4"}}, "task_name": "task06", "example_name": "0057", "problem_name": "task06_0057"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(t, r)\n(x, 4)\n(i, 4)\n(m, 1)\n(8, 0)\n(p, b)\nString:\n8mtpitx", "label": {"final": "01rb4r4", "init": "8mtpitx", "intermediate": ["0mtpitx", "01tpitx", "01rpitx", "01rbitx", "01rb4tx", "01rb4rx"]}, "config": {"length": 7, "num_substitutions": 7, "string": "8mtpitx", "table": {"8": "0", "i": "4", "m": "1", "p": "b", "t": "r", "x": "4"}}, "task_name": "task06", "example_name": "0058", "problem_name": "task06_0058"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(c, s)\n(h, o)\n(3, z)\n(u, e)\n(b, y)\nString:\nhu3cb3h", "label": {"final": "oezsyzo", "init": "hu3cb3h", "intermediate": ["ou3cb3h", "oe3cb3h", "oezcb3h", "oezsb3h", "oezsy3h", "oezsyzh"]}, "config": {"length": 7, "num_substitutions": 7, "string": "hu3cb3h", "table": {"3": "z", "b": "y", "c": "s", "h": "o", "u": "e"}}, "task_name": "task06", "example_name": "0059", "problem_name": "task06_0059"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(8, e)\n(b, s)\n(q, n)\n(f, s)\n(z, m)\n(4, 9)\n(k, p)\nString:\n8fq4bfzk", "label": {"final": "esn9ssmp", "init": "8fq4bfzk", "intermediate": ["efq4bfzk", "esq4bfzk", "esn4bfzk", "esn9bfzk", "esn9sfzk", "esn9sszk", "esn9ssmk"]}, "config": {"length": 8, "num_substitutions": 8, "string": "8fq4bfzk", "table": {"4": "9", "8": "e", "b": "s", "f": "s", "k": "p", "q": "n", "z": "m"}}, "task_name": "task06", "example_name": "0060", "problem_name": "task06_0060"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(9, x)\n(m, i)\n(5, s)\n(s, e)\n(v, 1)\n(t, k)\n(3, u)\nString:\n55m3stv9", "label": {"final": "ssiuek1x", "init": "55m3stv9", "intermediate": ["s5m3stv9", "ssm3stv9", "ssi3stv9", "ssiustv9", "ssiuetv9", "ssiuekv9", "ssiuek19"]}, "config": {"length": 8, "num_substitutions": 8, "string": "55m3stv9", "table": {"3": "u", "5": "s", "9": "x", "m": "i", "s": "e", "t": "k", "v": "1"}}, "task_name": "task06", "example_name": "0061", "problem_name": "task06_0061"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(a, 4)\n(m, c)\n(j, c)\n(n, 0)\n(4, o)\n(9, 7)\n(d, z)\nString:\n9dmm4jan", "label": {"final": "7zccoc40", "init": "9dmm4jan", "intermediate": ["7dmm4jan", "7zmm4jan", "7zcm4jan", "7zcc4jan", "7zccojan", "7zccocan", "7zccoc4n"]}, "config": {"length": 8, "num_substitutions": 8, "string": "9dmm4jan", "table": {"4": "o", "9": "7", "a": "4", "d": "z", "j": "c", "m": "c", "n": "0"}}, "task_name": "task06", "example_name": "0062", "problem_name": "task06_0062"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(i, t)\n(5, m)\n(p, y)\n(j, 7)\n(t, s)\n(3, d)\n(f, 0)\n(s, 4)\nString:\nt35fpjsi", "label": {"final": "sdm0y74t", "init": "t35fpjsi", "intermediate": ["s35fpjsi", "sd5fpjsi", "sdmfpjsi", "sdm0pjsi", "sdm0yjsi", "sdm0y7si", "sdm0y74i"]}, "config": {"length": 8, "num_substitutions": 8, "string": "t35fpjsi", "table": {"3": "d", "5": "m", "f": "0", "i": "t", "j": "7", "p": "y", "s": "4", "t": "s"}}, "task_name": "task06", "example_name": "0063", "problem_name": "task06_0063"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(m, 5)\n(5, t)\n(v, c)\n(0, l)\n(2, u)\n(4, t)\n(7, 8)\nString:\n5204vm07", "label": {"final": "tultc5l8", "init": "5204vm07", "intermediate": ["t204vm07", "tu04vm07", "tul4vm07", "tultvm07", "tultcm07", "tultc507", "tultc5l7"]}, "config": {"length": 8, "num_substitutions": 8, "string": "5204vm07", "table": {"0": "l", "2": "u", "4": "t", "5": "t", "7": "8", "m": "5", "v": "c"}}, "task_name": "task06", "example_name": "0064", "problem_name": "task06_0064"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(k, h)\n(9, z)\n(1, a)\n(0, l)\n(f, t)\n(z, q)\n(t, n)\n(r, q)\nString:\ntr0k9z1f", "label": {"final": "nqlhzqat", "init": "tr0k9z1f", "intermediate": ["nr0k9z1f", "nq0k9z1f", "nqlk9z1f", "nqlh9z1f", "nqlhzz1f", "nqlhzq1f", "nqlhzqaf"]}, "config": {"length": 8, "num_substitutions": 8, "string": "tr0k9z1f", "table": {"0": "l", "1": "a", "9": "z", "f": "t", "k": "h", "r": "q", "t": "n", "z": "q"}}, "task_name": "task06", "example_name": "0065", "problem_name": "task06_0065"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(f, n)\n(y, 6)\n(l, k)\n(0, r)\n(e, c)\n(h, i)\n(w, 7)\n(3, q)\nString:\nh3lwe0fy", "label": {"final": "iqk7crn6", "init": "h3lwe0fy", "intermediate": ["i3lwe0fy", "iqlwe0fy", "iqkwe0fy", "iqk7e0fy", "iqk7c0fy", "iqk7crfy", "iqk7crny"]}, "config": {"length": 8, "num_substitutions": 8, "string": "h3lwe0fy", "table": {"0": "r", "3": "q", "e": "c", "f": "n", "h": "i", "l": "k", "w": "7", "y": "6"}}, "task_name": "task06", "example_name": "0066", "problem_name": "task06_0066"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(2, z)\n(e, 9)\n(r, i)\n(6, 0)\n(q, 4)\n(h, 3)\n(a, 4)\n(y, k)\nString:\n6ayqre2h", "label": {"final": "04k4i9z3", "init": "6ayqre2h", "intermediate": ["0ayqre2h", "04yqre2h", "04kqre2h", "04k4re2h", "04k4ie2h", "04k4i92h", "04k4i9zh"]}, "config": {"length": 8, "num_substitutions": 8, "string": "6ayqre2h", "table": {"2": "z", "6": "0", "a": "4", "e": "9", "h": "3", "q": "4", "r": "i", "y": "k"}}, "task_name": "task06", "example_name": "0067", "problem_name": "task06_0067"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(2, 9)\n(i, 0)\n(y, o)\n(p, k)\n(z, 5)\n(b, s)\n(t, 1)\nString:\nit2ipzby", "label": {"final": "0190k5so", "init": "it2ipzby", "intermediate": ["0t2ipzby", "012ipzby", "019ipzby", "0190pzby", "0190kzby", "0190k5by", "0190k5sy"]}, "config": {"length": 8, "num_substitutions": 8, "string": "it2ipzby", "table": {"2": "9", "b": "s", "i": "0", "p": "k", "t": "1", "y": "o", "z": "5"}}, "task_name": "task06", "example_name": "0068", "problem_name": "task06_0068"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(o, 5)\n(g, t)\n(4, 2)\n(3, 5)\n(t, l)\n(m, 7)\n(7, y)\n(z, 8)\nString:\nz4mg3to7", "label": {"final": "827t5l5y", "init": "z4mg3to7", "intermediate": ["84mg3to7", "82mg3to7", "827g3to7", "827t3to7", "827t5to7", "827t5lo7", "827t5l57"]}, "config": {"length": 8, "num_substitutions": 8, "string": "z4mg3to7", "table": {"3": "5", "4": "2", "7": "y", "g": "t", "m": "7", "o": "5", "t": "l", "z": "8"}}, "task_name": "task06", "example_name": "0069", "problem_name": "task06_0069"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(0, 4)\n(t, 3)\n(y, 3)\n(q, 6)\n(4, 7)\n(n, u)\n(u, f)\n(w, p)\n(c, 5)\nString:\nnuyt0qw4c", "label": {"final": "uf3346p75", "init": "nuyt0qw4c", "intermediate": ["uuyt0qw4c", "ufyt0qw4c", "uf3t0qw4c", "uf330qw4c", "uf334qw4c", "uf3346w4c", "uf3346p4c", "uf3346p7c"]}, "config": {"length": 9, "num_substitutions": 9, "string": "nuyt0qw4c", "table": {"0": "4", "4": "7", "c": "5", "n": "u", "q": "6", "t": "3", "u": "f", "w": "p", "y": "3"}}, "task_name": "task06", "example_name": "0070", "problem_name": "task06_0070"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(b, 4)\n(e, 2)\n(i, h)\n(d, 6)\n(2, s)\n(u, z)\n(g, m)\n(w, t)\nString:\nw2udgwibe", "label": {"final": "tsz6mth42", "init": "w2udgwibe", "intermediate": ["t2udgwibe", "tsudgwibe", "tszdgwibe", "tsz6gwibe", "tsz6mwibe", "tsz6mtibe", "tsz6mthbe", "tsz6mth4e"]}, "config": {"length": 9, "num_substitutions": 9, "string": "w2udgwibe", "table": {"2": "s", "b": "4", "d": "6", "e": "2", "g": "m", "i": "h", "u": "z", "w": "t"}}, "task_name": "task06", "example_name": "0071", "problem_name": "task06_0071"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(y, t)\n(d, k)\n(h, k)\n(o, t)\n(j, 5)\n(4, x)\n(6, q)\nString:\njdhoyh4j6", "label": {"final": "5kkttkx5q", "init": "jdhoyh4j6", "intermediate": ["5dhoyh4j6", "5khoyh4j6", "5kkoyh4j6", "5kktyh4j6", "5kktth4j6", "5kkttk4j6", "5kkttkxj6", "5kkttkx56"]}, "config": {"length": 9, "num_substitutions": 9, "string": "jdhoyh4j6", "table": {"4": "x", "6": "q", "d": "k", "h": "k", "j": "5", "o": "t", "y": "t"}}, "task_name": "task06", "example_name": "0072", "problem_name": "task06_0072"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(h, l)\n(8, q)\n(o, 1)\n(b, n)\n(d, j)\n(k, f)\n(5, w)\nString:\ndb5k8hohd", "label": {"final": "jnwfql1lj", "init": "db5k8hohd", "intermediate": ["jb5k8hohd", "jn5k8hohd", "jnwk8hohd", "jnwf8hohd", "jnwfqhohd", "jnwfqlohd", "jnwfql1hd", "jnwfql1ld"]}, "config": {"length": 9, "num_substitutions": 9, "string": "db5k8hohd", "table": {"5": "w", "8": "q", "b": "n", "d": "j", "h": "l", "k": "f", "o": "1"}}, "task_name": "task06", "example_name": "0073", "problem_name": "task06_0073"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(b, 9)\n(j, m)\n(u, y)\n(q, 6)\n(h, e)\n(0, d)\n(t, x)\n(k, l)\n(8, n)\nString:\n0hjkuqb8t", "label": {"final": "demly69nx", "init": "0hjkuqb8t", "intermediate": ["dhjkuqb8t", "dejkuqb8t", "demkuqb8t", "demluqb8t", "demlyqb8t", "demly6b8t", "demly698t", "demly69nt"]}, "config": {"length": 9, "num_substitutions": 9, "string": "0hjkuqb8t", "table": {"0": "d", "8": "n", "b": "9", "h": "e", "j": "m", "k": "l", "q": "6", "t": "x", "u": "y"}}, "task_name": "task06", "example_name": "0074", "problem_name": "task06_0074"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(u, a)\n(t, 7)\n(k, n)\n(l, x)\n(1, d)\n(j, r)\n(9, 2)\n(4, 8)\nString:\nulk41jt9l", "label": {"final": "axn8dr72x", "init": "ulk41jt9l", "intermediate": ["alk41jt9l", "axk41jt9l", "axn41jt9l", "axn81jt9l", "axn8djt9l", "axn8drt9l", "axn8dr79l", "axn8dr72l"]}, "config": {"length": 9, "num_substitutions": 9, "string": "ulk41jt9l", "table": {"1": "d", "4": "8", "9": "2", "j": "r", "k": "n", "l": "x", "t": "7", "u": "a"}}, "task_name": "task06", "example_name": "0075", "problem_name": "task06_0075"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(l, e)\n(0, o)\n(4, z)\n(5, b)\n(1, h)\n(p, 7)\n(o, n)\n(7, 9)\nString:\n7o51l05p4", "label": {"final": "9nbheob7z", "init": "7o51l05p4", "intermediate": ["9o51l05p4", "9n51l05p4", "9nb1l05p4", "9nbhl05p4", "9nbhe05p4", "9nbheo5p4", "9nbheobp4", "9nbheob74"]}, "config": {"length": 9, "num_substitutions": 9, "string": "7o51l05p4", "table": {"0": "o", "1": "h", "4": "z", "5": "b", "7": "9", "l": "e", "o": "n", "p": "7"}}, "task_name": "task06", "example_name": "0076", "problem_name": "task06_0076"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(g, 9)\n(c, 6)\n(9, w)\n(6, 8)\n(o, b)\n(f, j)\n(1, m)\nString:\ng961coc6f", "label": {"final": "9w8m6b68j", "init": "g961coc6f", "intermediate": ["9961coc6f", "9w61coc6f", "9w81coc6f", "9w8mcoc6f", "9w8m6oc6f", "9w8m6bc6f", "9w8m6b66f", "9w8m6b68f"]}, "config": {"length": 9, "num_substitutions": 9, "string": "g961coc6f", "table": {"1": "m", "6": "8", "9": "w", "c": "6", "f": "j", "g": "9", "o": "b"}}, "task_name": "task06", "example_name": "0077", "problem_name": "task06_0077"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(h, a)\n(z, e)\n(v, i)\n(r, n)\n(5, g)\n(n, k)\n(j, d)\n(d, 2)\nString:\nzj5hdvrnv", "label": {"final": "edga2inki", "init": "zj5hdvrnv", "intermediate": ["ej5hdvrnv", "ed5hdvrnv", "edghdvrnv", "edgadvrnv", "edga2vrnv", "edga2irnv", "edga2innv", "edga2inkv"]}, "config": {"length": 9, "num_substitutions": 9, "string": "zj5hdvrnv", "table": {"5": "g", "d": "2", "h": "a", "j": "d", "n": "k", "r": "n", "v": "i", "z": "e"}}, "task_name": "task06", "example_name": "0078", "problem_name": "task06_0078"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(j, s)\n(n, i)\n(b, 7)\n(i, a)\n(a, 3)\n(u, 8)\n(v, r)\n(e, 9)\n(f, c)\nString:\neavunjfbi", "label": {"final": "93r8isc7a", "init": "eavunjfbi", "intermediate": ["9avunjfbi", "93vunjfbi", "93runjfbi", "93r8njfbi", "93r8ijfbi", "93r8isfbi", "93r8iscbi", "93r8isc7i"]}, "config": {"length": 9, "num_substitutions": 9, "string": "eavunjfbi", "table": {"a": "3", "b": "7", "e": "9", "f": "c", "i": "a", "j": "s", "n": "i", "u": "8", "v": "r"}}, "task_name": "task06", "example_name": "0079", "problem_name": "task06_0079"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(1, k)\n(p, f)\n(q, y)\n(d, r)\n(l, 7)\n(5, v)\n(k, u)\nString:\nldp1dkqd51", "label": {"final": "7rfkruyrvk", "init": "ldp1dkqd51", "intermediate": ["7dp1dkqd51", "7rp1dkqd51", "7rf1dkqd51", "7rfkdkqd51", "7rfkrkqd51", "7rfkruqd51", "7rfkruyd51", "7rfkruyr51", "7rfkruyrv1"]}, "config": {"length": 10, "num_substitutions": 10, "string": "ldp1dkqd51", "table": {"1": "k", "5": "v", "d": "r", "k": "u", "l": "7", "p": "f", "q": "y"}}, "task_name": "task06", "example_name": "0080", "problem_name": "task06_0080"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(o, a)\n(0, s)\n(m, a)\n(g, 5)\n(2, 8)\n(s, q)\n(1, i)\n(d, n)\n(3, 8)\nString:\nmsd202g31o", "label": {"final": "aqn8s858ia", "init": "msd202g31o", "intermediate": ["asd202g31o", "aqd202g31o", "aqn202g31o", "aqn802g31o", "aqn8s2g31o", "aqn8s8g31o", "aqn8s8531o", "aqn8s8581o", "aqn8s858io"]}, "config": {"length": 10, "num_substitutions": 10, "string": "msd202g31o", "table": {"0": "s", "1": "i", "2": "8", "3": "8", "d": "n", "g": "5", "m": "a", "o": "a", "s": "q"}}, "task_name": "task06", "example_name": "0081", "problem_name": "task06_0081"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(s, 9)\n(k, l)\n(8, 6)\n(6, w)\n(7, v)\n(b, a)\n(p, 4)\n(y, 4)\n(e, d)\nString:\nsep87ksb6y", "label": {"final": "9d46vl9aw4", "init": "sep87ksb6y", "intermediate": ["9ep87ksb6y", "9dp87ksb6y", "9d487ksb6y", "9d467ksb6y", "9d46vksb6y", "9d46vlsb6y", "9d46vl9b6y", "9d46vl9a6y", "9d46vl9awy"]}, "config": {"length": 10, "num_substitutions": 10, "string": "sep87ksb6y", "table": {"6": "w", "7": "v", "8": "6", "b": "a", "e": "d", "k": "l", "p": "4", "s": "9", "y": "4"}}, "task_name": "task06", "example_name": "0082", "problem_name": "task06_0082"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(l, i)\n(a, q)\n(j, b)\n(w, 6)\n(q, 7)\n(s, r)\n(v, 5)\n(b, g)\n(f, 3)\nString:\njslfvqbavw", "label": {"final": "bri357gq56", "init": "jslfvqbavw", "intermediate": ["bslfvqbavw", "brlfvqbavw", "brifvqbavw", "bri3vqbavw", "bri35qbavw", "bri357bavw", "bri357gavw", "bri357gqvw", "bri357gq5w"]}, "config": {"length": 10, "num_substitutions": 10, "string": "jslfvqbavw", "table": {"a": "q", "b": "g", "f": "3", "j": "b", "l": "i", "q": "7", "s": "r", "v": "5", "w": "6"}}, "task_name": "task06", "example_name": "0083", "problem_name": "task06_0083"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(2, m)\n(b, e)\n(p, 3)\n(s, 7)\n(l, o)\n(e, n)\n(t, g)\n(a, k)\n(0, h)\nString:\nlse2pastb0", "label": {"final": "o7nm3k7geh", "init": "lse2pastb0", "intermediate": ["ose2pastb0", "o7e2pastb0", "o7n2pastb0", "o7nmpastb0", "o7nm3astb0", "o7nm3kstb0", "o7nm3k7tb0", "o7nm3k7gb0", "o7nm3k7ge0"]}, "config": {"length": 10, "num_substitutions": 10, "string": "lse2pastb0", "table": {"0": "h", "2": "m", "a": "k", "b": "e", "e": "n", "l": "o", "p": "3", "s": "7", "t": "g"}}, "task_name": "task06", "example_name": "0084", "problem_name": "task06_0084"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(1, x)\n(y, 4)\n(8, l)\n(2, o)\n(7, o)\n(4, t)\n(z, x)\n(u, l)\n(h, d)\nString:\n82u17yh4z8", "label": {"final": "lolxo4dtxl", "init": "82u17yh4z8", "intermediate": ["l2u17yh4z8", "lou17yh4z8", "lol17yh4z8", "lolx7yh4z8", "lolxoyh4z8", "lolxo4h4z8", "lolxo4d4z8", "lolxo4dtz8", "lolxo4dtx8"]}, "config": {"length": 10, "num_substitutions": 10, "string": "82u17yh4z8", "table": {"1": "x", "2": "o", "4": "t", "7": "o", "8": "l", "h": "d", "u": "l", "y": "4", "z": "x"}}, "task_name": "task06", "example_name": "0085", "problem_name": "task06_0085"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(a, 8)\n(r, t)\n(v, d)\n(w, l)\n(f, 1)\n(m, 9)\n(9, t)\n(j, s)\n(4, t)\nString:\nmw9fjmar4v", "label": {"final": "9lt1s98ttd", "init": "mw9fjmar4v", "intermediate": ["9w9fjmar4v", "9l9fjmar4v", "9ltfjmar4v", "9lt1jmar4v", "9lt1smar4v", "9lt1s9ar4v", "9lt1s98r4v", "9lt1s98t4v", "9lt1s98ttv"]}, "config": {"length": 10, "num_substitutions": 10, "string": "mw9fjmar4v", "table": {"4": "t", "9": "t", "a": "8", "f": "1", "j": "s", "m": "9", "r": "t", "v": "d", "w": "l"}}, "task_name": "task06", "example_name": "0086", "problem_name": "task06_0086"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(o, 6)\n(1, b)\n(i, j)\n(u, j)\n(j, v)\n(d, 2)\n(4, r)\n(y, p)\n(s, c)\nString:\ny1us4jiodd", "label": {"final": "pbjcrvj622", "init": "y1us4jiodd", "intermediate": ["p1us4jiodd", "pbus4jiodd", "pbjs4jiodd", "pbjc4jiodd", "pbjcrjiodd", "pbjcrviodd", "pbjcrvjodd", "pbjcrvj6dd", "pbjcrvj62d"]}, "config": {"length": 10, "num_substitutions": 10, "string": "y1us4jiodd", "table": {"1": "b", "4": "r", "d": "2", "i": "j", "j": "v", "o": "6", "s": "c", "u": "j", "y": "p"}}, "task_name": "task06", "example_name": "0087", "problem_name": "task06_0087"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(8, k)\n(f, m)\n(a, q)\n(y, k)\n(l, k)\n(5, 7)\n(3, 2)\n(1, c)\nString:\nyl13y51f8a", "label": {"final": "kkc2k7cmkq", "init": "yl13y51f8a", "intermediate": ["kl13y51f8a", "kk13y51f8a", "kkc3y51f8a", "kkc2y51f8a", "kkc2k51f8a", "kkc2k71f8a", "kkc2k7cf8a", "kkc2k7cm8a", "kkc2k7cmka"]}, "config": {"length": 10, "num_substitutions": 10, "string": "yl13y51f8a", "table": {"1": "c", "3": "2", "5": "7", "8": "k", "a": "q", "f": "m", "l": "k", "y": "k"}}, "task_name": "task06", "example_name": "0088", "problem_name": "task06_0088"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(5, c)\n(s, w)\n(b, t)\n(i, r)\n(g, 1)\n(v, 0)\n(y, n)\n(h, q)\n(t, 1)\n(1, u)\nString:\nhs1bvg5tyi", "label": {"final": "qwut01c1nr", "init": "hs1bvg5tyi", "intermediate": ["qs1bvg5tyi", "qw1bvg5tyi", "qwubvg5tyi", "qwutvg5tyi", "qwut0g5tyi", "qwut015tyi", "qwut01ctyi", "qwut01c1yi", "qwut01c1ni"]}, "config": {"length": 10, "num_substitutions": 10, "string": "hs1bvg5tyi", "table": {"1": "u", "5": "c", "b": "t", "g": "1", "h": "q", "i": "r", "s": "w", "t": "1", "v": "0", "y": "n"}}, "task_name": "task06", "example_name": "0089", "problem_name": "task06_0089"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(0, m)\n(h, e)\n(e, 6)\n(9, n)\n(x, 4)\n(i, v)\n(o, s)\n(7, k)\n(q, n)\nString:\n0qeq97ixioh", "label": {"final": "mn6nnkv4vse", "init": "0qeq97ixioh", "intermediate": ["mqeq97ixioh", "mneq97ixioh", "mn6q97ixioh", "mn6n97ixioh", "mn6nn7ixioh", "mn6nnkixioh", "mn6nnkvxioh", "mn6nnkv4ioh", "mn6nnkv4voh", "mn6nnkv4vsh"]}, "config": {"length": 11, "num_substitutions": 11, "string": "0qeq97ixioh", "table": {"0": "m", "7": "k", "9": "n", "e": "6", "h": "e", "i": "v", "o": "s", "q": "n", "x": "4"}}, "task_name": "task06", "example_name": "0090", "problem_name": "task06_0090"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(z, r)\n(k, e)\n(r, y)\n(n, i)\n(f, s)\n(0, 6)\n(7, e)\n(6, g)\n(b, s)\n(5, 4)\n(c, a)\nString:\nk5b7nfr6c0z", "label": {"final": "e4seisyga6r", "init": "k5b7nfr6c0z", "intermediate": ["e5b7nfr6c0z", "e4b7nfr6c0z", "e4s7nfr6c0z", "e4senfr6c0z", "e4seifr6c0z", "e4seisr6c0z", "e4seisy6c0z", "e4seisygc0z", "e4seisyga0z", "e4seisyga6z"]}, "config": {"length": 11, "num_substitutions": 11, "string": "k5b7nfr6c0z", "table": {"0": "6", "5": "4", "6": "g", "7": "e", "b": "s", "c": "a", "f": "s", "k": "e", "n": "i", "r": "y", "z": "r"}}, "task_name": "task06", "example_name": "0091", "problem_name": "task06_0091"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(n, y)\n(7, h)\n(b, 8)\n(z, f)\n(t, o)\n(q, m)\n(2, s)\n(j, r)\n(y, u)\n(a, p)\nString:\nb2zq7jqatyn", "label": {"final": "8sfmhrmpouy", "init": "b2zq7jqatyn", "intermediate": ["82zq7jqatyn", "8szq7jqatyn", "8sfq7jqatyn", "8sfm7jqatyn", "8sfmhjqatyn", "8sfmhrqatyn", "8sfmhrmatyn", "8sfmhrmptyn", "8sfmhrmpoyn", "8sfmhrmpoun"]}, "config": {"length": 11, "num_substitutions": 11, "string": "b2zq7jqatyn", "table": {"2": "s", "7": "h", "a": "p", "b": "8", "j": "r", "n": "y", "q": "m", "t": "o", "y": "u", "z": "f"}}, "task_name": "task06", "example_name": "0092", "problem_name": "task06_0092"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(7, u)\n(s, 3)\n(t, r)\n(w, v)\n(m, 1)\n(v, c)\n(n, l)\n(u, p)\n(o, y)\nString:\nswmmtnmuvo7", "label": {"final": "3v11rl1pcyu", "init": "swmmtnmuvo7", "intermediate": ["3wmmtnmuvo7", "3vmmtnmuvo7", "3v1mtnmuvo7", "3v11tnmuvo7", "3v11rnmuvo7", "3v11rlmuvo7", "3v11rl1uvo7", "3v11rl1pvo7", "3v11rl1pco7", "3v11rl1pcy7"]}, "config": {"length": 11, "num_substitutions": 11, "string": "swmmtnmuvo7", "table": {"7": "u", "m": "1", "n": "l", "o": "y", "s": "3", "t": "r", "u": "p", "v": "c", "w": "v"}}, "task_name": "task06", "example_name": "0093", "problem_name": "task06_0093"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(0, f)\n(s, o)\n(9, m)\n(2, w)\n(f, w)\n(z, j)\n(u, 4)\n(4, a)\n(o, v)\n(q, 8)\nString:\nusf94f02zoq", "label": {"final": "4owmawfwjv8", "init": "usf94f02zoq", "intermediate": ["4sf94f02zoq", "4of94f02zoq", "4ow94f02zoq", "4owm4f02zoq", "4owmaf02zoq", "4owmaw02zoq", "4owmawf2zoq", "4owmawfwzoq", "4owmawfwjoq", "4owmawfwjvq"]}, "config": {"length": 11, "num_substitutions": 11, "string": "usf94f02zoq", "table": {"0": "f", "2": "w", "4": "a", "9": "m", "f": "w", "o": "v", "q": "8", "s": "o", "u": "4", "z": "j"}}, "task_name": "task06", "example_name": "0094", "problem_name": "task06_0094"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(h, u)\n(y, 5)\n(q, x)\n(t, v)\n(g, v)\n(r, n)\n(2, 8)\n(x, 5)\n(7, c)\n(e, c)\nString:\nrte7yeq2xgh", "label": {"final": "nvcc5cx85vu", "init": "rte7yeq2xgh", "intermediate": ["nte7yeq2xgh", "nve7yeq2xgh", "nvc7yeq2xgh", "nvccyeq2xgh", "nvcc5eq2xgh", "nvcc5cq2xgh", "nvcc5cx2xgh", "nvcc5cx8xgh", "nvcc5cx85gh", "nvcc5cx85vh"]}, "config": {"length": 11, "num_substitutions": 11, "string": "rte7yeq2xgh", "table": {"2": "8", "7": "c", "e": "c", "g": "v", "h": "u", "q": "x", "r": "n", "t": "v", "x": "5", "y": "5"}}, "task_name": "task06", "example_name": "0095", "problem_name": "task06_0095"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(r, 3)\n(x, 9)\n(j, k)\n(c, w)\n(8, s)\n(a, p)\n(1, n)\n(i, 7)\n(2, s)\nString:\nx22cra12ji8", "label": {"final": "9ssw3pnsk7s", "init": "x22cra12ji8", "intermediate": ["922cra12ji8", "9s2cra12ji8", "9sscra12ji8", "9sswra12ji8", "9ssw3a12ji8", "9ssw3p12ji8", "9ssw3pn2ji8", "9ssw3pnsji8", "9ssw3pnski8", "9ssw3pnsk78"]}, "config": {"length": 11, "num_substitutions": 11, "string": "x22cra12ji8", "table": {"1": "n", "2": "s", "8": "s", "a": "p", "c": "w", "i": "7", "j": "k", "r": "3", "x": "9"}}, "task_name": "task06", "example_name": "0096", "problem_name": "task06_0096"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(7, 9)\n(1, v)\n(a, b)\n(n, v)\n(8, f)\n(v, 0)\n(4, s)\n(t, o)\n(h, g)\n(3, s)\n(s, b)\nString:\nav48n3t7sh1", "label": {"final": "b0sfvso9bgv", "init": "av48n3t7sh1", "intermediate": ["bv48n3t7sh1", "b048n3t7sh1", "b0s8n3t7sh1", "b0sfn3t7sh1", "b0sfv3t7sh1", "b0sfvst7sh1", "b0sfvso7sh1", "b0sfvso9sh1", "b0sfvso9bh1", "b0sfvso9bg1"]}, "config": {"length": 11, "num_substitutions": 11, "string": "av48n3t7sh1", "table": {"1": "v", "3": "s", "4": "s", "7": "9", "8": "f", "a": "b", "h": "g", "n": "v", "s": "b", "t": "o", "v": "0"}}, "task_name": "task06", "example_name": "0097", "problem_name": "task06_0097"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(q, 2)\n(5, d)\n(0, 4)\n(n, o)\n(z, r)\n(6, v)\n(j, m)\n(v, k)\n(y, t)\nString:\nqj6y50n5vz0", "label": {"final": "2mvtd4odkr4", "init": "qj6y50n5vz0", "intermediate": ["2j6y50n5vz0", "2m6y50n5vz0", "2mvy50n5vz0", "2mvt50n5vz0", "2mvtd0n5vz0", "2mvtd4n5vz0", "2mvtd4o5vz0", "2mvtd4odvz0", "2mvtd4odkz0", "2mvtd4odkr0"]}, "config": {"length": 11, "num_substitutions": 11, "string": "qj6y50n5vz0", "table": {"0": "4", "5": "d", "6": "v", "j": "m", "n": "o", "q": "2", "v": "k", "y": "t", "z": "r"}}, "task_name": "task06", "example_name": "0098", "problem_name": "task06_0098"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(i, 5)\n(z, k)\n(a, 2)\n(b, h)\n(s, v)\n(l, u)\n(e, r)\n(j, v)\n(3, 8)\nString:\nlaszbe3j3i3", "label": {"final": "u2vkhr8v858", "init": "laszbe3j3i3", "intermediate": ["uaszbe3j3i3", "u2szbe3j3i3", "u2vzbe3j3i3", "u2vkbe3j3i3", "u2vkhe3j3i3", "u2vkhr3j3i3", "u2vkhr8j3i3", "u2vkhr8v3i3", "u2vkhr8v8i3", "u2vkhr8v853"]}, "config": {"length": 11, "num_substitutions": 11, "string": "laszbe3j3i3", "table": {"3": "8", "a": "2", "b": "h", "e": "r", "i": "5", "j": "v", "l": "u", "s": "v", "z": "k"}}, "task_name": "task06", "example_name": "0099", "problem_name": "task06_0099"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(h, g)\n(1, 6)\n(b, 6)\n(o, u)\n(3, a)\n(e, g)\n(a, w)\n(g, 2)\n(w, 6)\n(j, m)\nString:\ng3jwhaj1ebbo", "label": {"final": "2am6gwm6g66u", "init": "g3jwhaj1ebbo", "intermediate": ["23jwhaj1ebbo", "2ajwhaj1ebbo", "2amwhaj1ebbo", "2am6haj1ebbo", "2am6gaj1ebbo", "2am6gwj1ebbo", "2am6gwm1ebbo", "2am6gwm6ebbo", "2am6gwm6gbbo", "2am6gwm6g6bo", "2am6gwm6g66o"]}, "config": {"length": 12, "num_substitutions": 12, "string": "g3jwhaj1ebbo", "table": {"1": "6", "3": "a", "a": "w", "b": "6", "e": "g", "g": "2", "h": "g", "j": "m", "o": "u", "w": "6"}}, "task_name": "task06", "example_name": "0100", "problem_name": "task06_0100"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(o, 2)\n(a, 8)\n(e, 3)\n(0, n)\n(4, t)\n(2, 3)\n(y, q)\n(u, k)\n(w, b)\n(f, t)\n(r, k)\nString:\nw24offarye0u", "label": {"final": "b3t2tt8kq3nk", "init": "w24offarye0u", "intermediate": ["b24offarye0u", "b34offarye0u", "b3toffarye0u", "b3t2ffarye0u", "b3t2tfarye0u", "b3t2ttarye0u", "b3t2tt8rye0u", "b3t2tt8kye0u", "b3t2tt8kqe0u", "b3t2tt8kq30u", "b3t2tt8kq3nu"]}, "config": {"length": 12, "num_substitutions": 12, "string": "w24offarye0u", "table": {"0": "n", "2": "3", "4": "t", "a": "8", "e": "3", "f": "t", "o": "2", "r": "k", "u": "k", "w": "b", "y": "q"}}, "task_name": "task06", "example_name": "0101", "problem_name": "task06_0101"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(u, w)\n(h, o)\n(6, k)\n(n, l)\n(e, o)\n(p, a)\n(t, k)\n(4, x)\n(z, b)\n(q, 3)\nString:\nphqnet6zh4u6", "label": {"final": "ao3lokkboxwk", "init": "phqnet6zh4u6", "intermediate": ["ahqnet6zh4u6", "aoqnet6zh4u6", "ao3net6zh4u6", "ao3let6zh4u6", "ao3lot6zh4u6", "ao3lok6zh4u6", "ao3lokkzh4u6", "ao3lokkbh4u6", "ao3lokkbo4u6", "ao3lokkboxu6", "ao3lokkboxw6"]}, "config": {"length": 12, "num_substitutions": 12, "string": "phqnet6zh4u6", "table": {"4": "x", "6": "k", "e": "o", "h": "o", "n": "l", "p": "a", "q": "3", "t": "k", "u": "w", "z": "b"}}, "task_name": "task06", "example_name": "0102", "problem_name": "task06_0102"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(x, j)\n(w, e)\n(k, o)\n(g, i)\n(5, 1)\n(y, 7)\n(7, o)\n(b, d)\n(8, d)\n(n, z)\nString:\n8xk75nwbgxyk", "label": {"final": "djoo1zedij7o", "init": "8xk75nwbgxyk", "intermediate": ["dxk75nwbgxyk", "djk75nwbgxyk", "djo75nwbgxyk", "djoo5nwbgxyk", "djoo1nwbgxyk", "djoo1zwbgxyk", "djoo1zebgxyk", "djoo1zedgxyk", "djoo1zedixyk", "djoo1zedijyk", "djoo1zedij7k"]}, "config": {"length": 12, "num_substitutions": 12, "string": "8xk75nwbgxyk", "table": {"5": "1", "7": "o", "8": "d", "b": "d", "g": "i", "k": "o", "n": "z", "w": "e", "x": "j", "y": "7"}}, "task_name": "task06", "example_name": "0103", "problem_name": "task06_0103"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(8, w)\n(u, r)\n(c, d)\n(t, z)\n(m, 4)\n(s, 2)\n(9, l)\n(5, p)\n(g, l)\n(e, y)\n(6, v)\nString:\n5cug6t8smem9", "label": {"final": "pdrlvzw24y4l", "init": "5cug6t8smem9", "intermediate": ["pcug6t8smem9", "pdug6t8smem9", "pdrg6t8smem9", "pdrl6t8smem9", "pdrlvt8smem9", "pdrlvz8smem9", "pdrlvzwsmem9", "pdrlvzw2mem9", "pdrlvzw24em9", "pdrlvzw24ym9", "pdrlvzw24y49"]}, "config": {"length": 12, "num_substitutions": 12, "string": "5cug6t8smem9", "table": {"5": "p", "6": "v", "8": "w", "9": "l", "c": "d", "e": "y", "g": "l", "m": "4", "s": "2", "t": "z", "u": "r"}}, "task_name": "task06", "example_name": "0104", "problem_name": "task06_0104"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(i, o)\n(d, a)\n(o, e)\n(0, c)\n(g, n)\n(8, 9)\n(f, 9)\n(s, 3)\n(q, n)\n(u, a)\n(v, l)\n(c, a)\nString:\n0u8oqsfdvgci", "label": {"final": "ca9en39alnao", "init": "0u8oqsfdvgci", "intermediate": ["cu8oqsfdvgci", "ca8oqsfdvgci", "ca9oqsfdvgci", "ca9eqsfdvgci", "ca9ensfdvgci", "ca9en3fdvgci", "ca9en39dvgci", "ca9en39avgci", "ca9en39algci", "ca9en39alnci", "ca9en39alnai"]}, "config": {"length": 12, "num_substitutions": 12, "string": "0u8oqsfdvgci", "table": {"0": "c", "8": "9", "c": "a", "d": "a", "f": "9", "g": "n", "i": "o", "o": "e", "q": "n", "s": "3", "u": "a", "v": "l"}}, "task_name": "task06", "example_name": "0105", "problem_name": "task06_0105"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(a, g)\n(n, o)\n(k, 4)\n(x, p)\n(4, 6)\n(w, 9)\n(f, 7)\n(u, 7)\n(e, 8)\n(6, l)\n(l, v)\n(h, q)\nString:\nnufexhak6lw4", "label": {"final": "o778pqg4lv96", "init": "nufexhak6lw4", "intermediate": ["oufexhak6lw4", "o7fexhak6lw4", "o77exhak6lw4", "o778xhak6lw4", "o778phak6lw4", "o778pqak6lw4", "o778pqgk6lw4", "o778pqg46lw4", "o778pqg4llw4", "o778pqg4lvw4", "o778pqg4lv94"]}, "config": {"length": 12, "num_substitutions": 12, "string": "nufexhak6lw4", "table": {"4": "6", "6": "l", "a": "g", "e": "8", "f": "7", "h": "q", "k": "4", "l": "v", "n": "o", "u": "7", "w": "9", "x": "p"}}, "task_name": "task06", "example_name": "0106", "problem_name": "task06_0106"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(t, x)\n(f, 8)\n(2, u)\n(j, 4)\n(l, m)\n(a, r)\n(n, k)\n(5, 1)\n(0, u)\n(y, b)\nString:\n5a0j2j2lytfn", "label": {"final": "1ru4u4umbx8k", "init": "5a0j2j2lytfn", "intermediate": ["1a0j2j2lytfn", "1r0j2j2lytfn", "1ruj2j2lytfn", "1ru42j2lytfn", "1ru4uj2lytfn", "1ru4u42lytfn", "1ru4u4ulytfn", "1ru4u4umytfn", "1ru4u4umbtfn", "1ru4u4umbxfn", "1ru4u4umbx8n"]}, "config": {"length": 12, "num_substitutions": 12, "string": "5a0j2j2lytfn", "table": {"0": "u", "2": "u", "5": "1", "a": "r", "f": "8", "j": "4", "l": "m", "n": "k", "t": "x", "y": "b"}}, "task_name": "task06", "example_name": "0107", "problem_name": "task06_0107"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(n, 6)\n(t, l)\n(8, 3)\n(9, g)\n(v, k)\n(u, f)\n(m, d)\n(1, 7)\n(4, e)\nString:\nm4v898nt9nu1", "label": {"final": "dek3g36lg6f7", "init": "m4v898nt9nu1", "intermediate": ["d4v898nt9nu1", "dev898nt9nu1", "dek898nt9nu1", "dek398nt9nu1", "dek3g8nt9nu1", "dek3g3nt9nu1", "dek3g36t9nu1", "dek3g36l9nu1", "dek3g36lgnu1", "dek3g36lg6u1", "dek3g36lg6f1"]}, "config": {"length": 12, "num_substitutions": 12, "string": "m4v898nt9nu1", "table": {"1": "7", "4": "e", "8": "3", "9": "g", "m": "d", "n": "6", "t": "l", "u": "f", "v": "k"}}, "task_name": "task06", "example_name": "0108", "problem_name": "task06_0108"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(6, w)\n(5, a)\n(s, x)\n(2, 4)\n(j, v)\n(x, c)\n(l, n)\n(u, 7)\n(b, a)\nString:\nsulxb62j52bb", "label": {"final": "x7ncaw4va4aa", "init": "sulxb62j52bb", "intermediate": ["xulxb62j52bb", "x7lxb62j52bb", "x7nxb62j52bb", "x7ncb62j52bb", "x7nca62j52bb", "x7ncaw2j52bb", "x7ncaw4j52bb", "x7ncaw4v52bb", "x7ncaw4va2bb", "x7ncaw4va4bb", "x7ncaw4va4ab"]}, "config": {"length": 12, "num_substitutions": 12, "string": "sulxb62j52bb", "table": {"2": "4", "5": "a", "6": "w", "b": "a", "j": "v", "l": "n", "s": "x", "u": "7", "x": "c"}}, "task_name": "task06", "example_name": "0109", "problem_name": "task06_0109"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(l, m)\n(x, t)\n(y, d)\n(e, 4)\n(p, k)\n(7, w)\n(s, w)\n(d, i)\n(u, a)\n(8, 0)\n(v, 3)\nString:\ny7p88xduplsev", "label": {"final": "dwk00tiakmw43", "init": "y7p88xduplsev", "intermediate": ["d7p88xduplsev", "dwp88xduplsev", "dwk88xduplsev", "dwk08xduplsev", "dwk00xduplsev", "dwk00tduplsev", "dwk00tiuplsev", "dwk00tiaplsev", "dwk00tiaklsev", "dwk00tiakmsev", "dwk00tiakmwev", "dwk00tiakmw4v"]}, "config": {"length": 13, "num_substitutions": 13, "string": "y7p88xduplsev", "table": {"7": "w", "8": "0", "d": "i", "e": "4", "l": "m", "p": "k", "s": "w", "u": "a", "v": "3", "x": "t", "y": "d"}}, "task_name": "task06", "example_name": "0110", "problem_name": "task06_0110"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(c, v)\n(k, m)\n(z, l)\n(i, 6)\n(s, 2)\n(0, l)\n(t, l)\n(8, d)\n(e, 9)\n(f, 6)\n(y, j)\n(m, p)\nString:\nzmez8scfityk0", "label": {"final": "lp9ld2v66ljml", "init": "zmez8scfityk0", "intermediate": ["lmez8scfityk0", "lpez8scfityk0", "lp9z8scfityk0", "lp9l8scfityk0", "lp9ldscfityk0", "lp9ld2cfityk0", "lp9ld2vfityk0", "lp9ld2v6ityk0", "lp9ld2v66tyk0", "lp9ld2v66lyk0", "lp9ld2v66ljk0", "lp9ld2v66ljm0"]}, "config": {"length": 13, "num_substitutions": 13, "string": "zmez8scfityk0", "table": {"0": "l", "8": "d", "c": "v", "e": "9", "f": "6", "i": "6", "k": "m", "m": "p", "s": "2", "t": "l", "y": "j", "z": "l"}}, "task_name": "task06", "example_name": "0111", "problem_name": "task06_0111"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(z, h)\n(b, 7)\n(p, g)\n(g, f)\n(k, t)\n(6, o)\n(u, 2)\n(w, r)\n(o, 2)\n(9, e)\n(d, e)\nString:\nwpkgobbdu69zd", "label": {"final": "rgtf277e2oehe", "init": "wpkgobbdu69zd", "intermediate": ["rpkgobbdu69zd", "rgkgobbdu69zd", "rgtgobbdu69zd", "rgtfobbdu69zd", "rgtf2bbdu69zd", "rgtf27bdu69zd", "rgtf277du69zd", "rgtf277eu69zd", "rgtf277e269zd", "rgtf277e2o9zd", "rgtf277e2oezd", "rgtf277e2oehd"]}, "config": {"length": 13, "num_substitutions": 13, "string": "wpkgobbdu69zd", "table": {"6": "o", "9": "e", "b": "7", "d": "e", "g": "f", "k": "t", "o": "2", "p": "g", "u": "2", "w": "r", "z": "h"}}, "task_name": "task06", "example_name": "0112", "problem_name": "task06_0112"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(g, a)\n(o, u)\n(a, s)\n(8, f)\n(z, h)\n(q, 1)\n(i, t)\n(f, y)\n(k, s)\n(w, 4)\nString:\nzowwqagfz8oik", "label": {"final": "hu441sayhfuts", "init": "zowwqagfz8oik", "intermediate": ["howwqagfz8oik", "huwwqagfz8oik", "hu4wqagfz8oik", "hu44qagfz8oik", "hu441agfz8oik", "hu441sgfz8oik", "hu441safz8oik", "hu441sayz8oik", "hu441sayh8oik", "hu441sayhfoik", "hu441sayhfuik", "hu441sayhfutk"]}, "config": {"length": 13, "num_substitutions": 13, "string": "zowwqagfz8oik", "table": {"8": "f", "a": "s", "f": "y", "g": "a", "i": "t", "k": "s", "o": "u", "q": "1", "w": "4", "z": "h"}}, "task_name": "task06", "example_name": "0113", "problem_name": "task06_0113"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(u, e)\n(2, v)\n(h, a)\n(d, b)\n(4, v)\n(z, 1)\n(q, j)\n(f, 6)\n(1, 9)\n(b, n)\n(v, k)\n(a, 3)\n(k, 5)\nString:\n1avhzdbuk2qf4", "label": {"final": "93ka1bne5vj6v", "init": "1avhzdbuk2qf4", "intermediate": ["9avhzdbuk2qf4", "93vhzdbuk2qf4", "93khzdbuk2qf4", "93kazdbuk2qf4", "93ka1dbuk2qf4", "93ka1bbuk2qf4", "93ka1bnuk2qf4", "93ka1bnek2qf4", "93ka1bne52qf4", "93ka1bne5vqf4", "93ka1bne5vjf4", "93ka1bne5vj64"]}, "config": {"length": 13, "num_substitutions": 13, "string": "1avhzdbuk2qf4", "table": {"1": "9", "2": "v", "4": "v", "a": "3", "b": "n", "d": "b", "f": "6", "h": "a", "k": "5", "q": "j", "u": "e", "v": "k", "z": "1"}}, "task_name": "task06", "example_name": "0114", "problem_name": "task06_0114"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(0, j)\n(q, 8)\n(5, l)\n(o, y)\n(b, 3)\n(f, c)\n(y, 3)\n(i, 3)\n(r, s)\n(j, k)\n(t, l)\nString:\no0yjtrij55fbq", "label": {"final": "yj3kls3kllc38", "init": "o0yjtrij55fbq", "intermediate": ["y0yjtrij55fbq", "yjyjtrij55fbq", "yj3jtrij55fbq", "yj3ktrij55fbq", "yj3klrij55fbq", "yj3klsij55fbq", "yj3kls3j55fbq", "yj3kls3k55fbq", "yj3kls3kl5fbq", "yj3kls3kllfbq", "yj3kls3kllcbq", "yj3kls3kllc3q"]}, "config": {"length": 13, "num_substitutions": 13, "string": "o0yjtrij55fbq", "table": {"0": "j", "5": "l", "b": "3", "f": "c", "i": "3", "j": "k", "o": "y", "q": "8", "r": "s", "t": "l", "y": "3"}}, "task_name": "task06", "example_name": "0115", "problem_name": "task06_0115"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(m, p)\n(e, x)\n(4, i)\n(c, v)\n(y, 7)\n(p, k)\n(t, n)\n(b, u)\n(i, h)\n(j, 3)\n(h, s)\n(n, a)\n(0, z)\nString:\npbhyej4nmict0", "label": {"final": "kus7x3iaphvnz", "init": "pbhyej4nmict0", "intermediate": ["kbhyej4nmict0", "kuhyej4nmict0", "kusyej4nmict0", "kus7ej4nmict0", "kus7xj4nmict0", "kus7x34nmict0", "kus7x3inmict0", "kus7x3iamict0", "kus7x3iapict0", "kus7x3iaphct0", "kus7x3iaphvt0", "kus7x3iaphvn0"]}, "config": {"length": 13, "num_substitutions": 13, "string": "pbhyej4nmict0", "table": {"0": "z", "4": "i", "b": "u", "c": "v", "e": "x", "h": "s", "i": "h", "j": "3", "m": "p", "n": "a", "p": "k", "t": "n", "y": "7"}}, "task_name": "task06", "example_name": "0116", "problem_name": "task06_0116"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(0, 4)\n(1, q)\n(z, g)\n(a, k)\n(x, g)\n(6, 9)\n(s, e)\n(7, t)\n(f, 4)\n(q, c)\n(9, 3)\nString:\n16qssaf9z0x7f", "label": {"final": "q9ceek43g4gt4", "init": "16qssaf9z0x7f", "intermediate": ["q6qssaf9z0x7f", "q9qssaf9z0x7f", "q9cssaf9z0x7f", "q9cesaf9z0x7f", "q9ceeaf9z0x7f", "q9ceekf9z0x7f", "q9ceek49z0x7f", "q9ceek43z0x7f", "q9ceek43g0x7f", "q9ceek43g4x7f", "q9ceek43g4g7f", "q9ceek43g4gtf"]}, "config": {"length": 13, "num_substitutions": 13, "string": "16qssaf9z0x7f", "table": {"0": "4", "1": "q", "6": "9", "7": "t", "9": "3", "a": "k", "f": "4", "q": "c", "s": "e", "x": "g", "z": "g"}}, "task_name": "task06", "example_name": "0117", "problem_name": "task06_0117"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(l, 4)\n(s, 1)\n(r, 4)\n(w, c)\n(q, k)\n(u, e)\n(7, t)\n(3, b)\n(z, 9)\n(t, g)\n(i, f)\nString:\nut7wql3istrzi", "label": {"final": "egtck4bf1g49f", "init": "ut7wql3istrzi", "intermediate": ["et7wql3istrzi", "eg7wql3istrzi", "egtwql3istrzi", "egtcql3istrzi", "egtckl3istrzi", "egtck43istrzi", "egtck4bistrzi", "egtck4bfstrzi", "egtck4bf1trzi", "egtck4bf1grzi", "egtck4bf1g4zi", "egtck4bf1g49i"]}, "config": {"length": 13, "num_substitutions": 13, "string": "ut7wql3istrzi", "table": {"3": "b", "7": "t", "i": "f", "l": "4", "q": "k", "r": "4", "s": "1", "t": "g", "u": "e", "w": "c", "z": "9"}}, "task_name": "task06", "example_name": "0118", "problem_name": "task06_0118"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(s, 7)\n(8, 9)\n(d, m)\n(c, j)\n(b, x)\n(q, j)\n(a, z)\n(t, n)\n(w, 5)\n(r, f)\n(2, i)\nString:\nwc2dtwrsqba82", "label": {"final": "5jimn5f7jxz9i", "init": "wc2dtwrsqba82", "intermediate": ["5c2dtwrsqba82", "5j2dtwrsqba82", "5jidtwrsqba82", "5jimtwrsqba82", "5jimnwrsqba82", "5jimn5rsqba82", "5jimn5fsqba82", "5jimn5f7qba82", "5jimn5f7jba82", "5jimn5f7jxa82", "5jimn5f7jxz82", "5jimn5f7jxz92"]}, "config": {"length": 13, "num_substitutions": 13, "string": "wc2dtwrsqba82", "table": {"2": "i", "8": "9", "a": "z", "b": "x", "c": "j", "d": "m", "q": "j", "r": "f", "s": "7", "t": "n", "w": "5"}}, "task_name": "task06", "example_name": "0119", "problem_name": "task06_0119"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(f, x)\n(9, n)\n(6, 8)\n(z, 0)\n(k, h)\n(8, 4)\n(t, 3)\n(c, x)\n(5, v)\n(7, b)\n(d, 1)\n(s, x)\n(u, w)\nString:\ndctf8k76z99s5u", "label": {"final": "1x3x4hb80nnxvw", "init": "dctf8k76z99s5u", "intermediate": ["1ctf8k76z99s5u", "1xtf8k76z99s5u", "1x3f8k76z99s5u", "1x3x8k76z99s5u", "1x3x4k76z99s5u", "1x3x4h76z99s5u", "1x3x4hb6z99s5u", "1x3x4hb8z99s5u", "1x3x4hb8099s5u", "1x3x4hb80n9s5u", "1x3x4hb80nns5u", "1x3x4hb80nnx5u", "1x3x4hb80nnxvu"]}, "config": {"length": 14, "num_substitutions": 14, "string": "dctf8k76z99s5u", "table": {"5": "v", "6": "8", "7": "b", "8": "4", "9": "n", "c": "x", "d": "1", "f": "x", "k": "h", "s": "x", "t": "3", "u": "w", "z": "0"}}, "task_name": "task06", "example_name": "0120", "problem_name": "task06_0120"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(1, m)\n(d, 3)\n(q, x)\n(a, z)\n(s, v)\n(w, u)\n(3, v)\n(o, 8)\n(9, n)\n(l, 7)\n(7, 4)\n(p, 5)\nString:\n93daw1oslq1l7p", "label": {"final": "nv3zum8v7xm745", "init": "93daw1oslq1l7p", "intermediate": ["n3daw1oslq1l7p", "nvdaw1oslq1l7p", "nv3aw1oslq1l7p", "nv3zw1oslq1l7p", "nv3zu1oslq1l7p", "nv3zumoslq1l7p", "nv3zum8slq1l7p", "nv3zum8vlq1l7p", "nv3zum8v7q1l7p", "nv3zum8v7x1l7p", "nv3zum8v7xml7p", "nv3zum8v7xm77p", "nv3zum8v7xm74p"]}, "config": {"length": 14, "num_substitutions": 14, "string": "93daw1oslq1l7p", "table": {"1": "m", "3": "v", "7": "4", "9": "n", "a": "z", "d": "3", "l": "7", "o": "8", "p": "5", "q": "x", "s": "v", "w": "u"}}, "task_name": "task06", "example_name": "0121", "problem_name": "task06_0121"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(2, p)\n(t, w)\n(h, y)\n(p, 0)\n(f, o)\n(d, 8)\n(9, 0)\n(x, e)\n(q, b)\n(o, k)\n(7, n)\n(w, v)\nString:\nwxo22qx9tdfhp7", "label": {"final": "vekppbe0w8oy0n", "init": "wxo22qx9tdfhp7", "intermediate": ["vxo22qx9tdfhp7", "veo22qx9tdfhp7", "vek22qx9tdfhp7", "vekp2qx9tdfhp7", "vekppqx9tdfhp7", "vekppbx9tdfhp7", "vekppbe9tdfhp7", "vekppbe0tdfhp7", "vekppbe0wdfhp7", "vekppbe0w8fhp7", "vekppbe0w8ohp7", "vekppbe0w8oyp7", "vekppbe0w8oy07"]}, "config": {"length": 14, "num_substitutions": 14, "string": "wxo22qx9tdfhp7", "table": {"2": "p", "7": "n", "9": "0", "d": "8", "f": "o", "h": "y", "o": "k", "p": "0", "q": "b", "t": "w", "w": "v", "x": "e"}}, "task_name": "task06", "example_name": "0122", "problem_name": "task06_0122"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(d, v)\n(f, z)\n(g, 0)\n(9, o)\n(r, a)\n(u, i)\n(m, p)\n(t, p)\n(y, e)\n(1, z)\n(o, 7)\n(5, b)\n(q, a)\nString:\ny9oqfr51u1tmgd", "label": {"final": "eo7azabzizpp0v", "init": "y9oqfr51u1tmgd", "intermediate": ["e9oqfr51u1tmgd", "eooqfr51u1tmgd", "eo7qfr51u1tmgd", "eo7afr51u1tmgd", "eo7azr51u1tmgd", "eo7aza51u1tmgd", "eo7azab1u1tmgd", "eo7azabzu1tmgd", "eo7azabzi1tmgd", "eo7azabziztmgd", "eo7azabzizpmgd", "eo7azabzizppgd", "eo7azabzizpp0d"]}, "config": {"length": 14, "num_substitutions": 14, "string": "y9oqfr51u1tmgd", "table": {"1": "z", "5": "b", "9": "o", "d": "v", "f": "z", "g": "0", "m": "p", "o": "7", "q": "a", "r": "a", "t": "p", "u": "i", "y": "e"}}, "task_name": "task06", "example_name": "0123", "problem_name": "task06_0123"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(h, e)\n(0, 7)\n(1, j)\n(b, 8)\n(o, 9)\n(e, 2)\n(2, n)\n(v, r)\n(7, d)\n(a, f)\n(u, f)\n(x, 3)\n(p, 8)\nString:\nb7phu01oxvhae2", "label": {"final": "8d8ef7j93ref2n", "init": "b7phu01oxvhae2", "intermediate": ["87phu01oxvhae2", "8dphu01oxvhae2", "8d8hu01oxvhae2", "8d8eu01oxvhae2", "8d8ef01oxvhae2", "8d8ef71oxvhae2", "8d8ef7joxvhae2", "8d8ef7j9xvhae2", "8d8ef7j93vhae2", "8d8ef7j93rhae2", "8d8ef7j93reae2", "8d8ef7j93refe2", "8d8ef7j93ref22"]}, "config": {"length": 14, "num_substitutions": 14, "string": "b7phu01oxvhae2", "table": {"0": "7", "1": "j", "2": "n", "7": "d", "a": "f", "b": "8", "e": "2", "h": "e", "o": "9", "p": "8", "u": "f", "v": "r", "x": "3"}}, "task_name": "task06", "example_name": "0124", "problem_name": "task06_0124"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(6, c)\n(z, 7)\n(m, 5)\n(t, 4)\n(e, 3)\n(d, 4)\n(y, s)\n(o, b)\n(p, n)\n(w, 1)\nString:\nypzw6omyedmtyp", "label": {"final": "sn71cb5s3454sn", "init": "ypzw6omyedmtyp", "intermediate": ["spzw6omyedmtyp", "snzw6omyedmtyp", "sn7w6omyedmtyp", "sn716omyedmtyp", "sn71comyedmtyp", "sn71cbmyedmtyp", "sn71cb5yedmtyp", "sn71cb5sedmtyp", "sn71cb5s3dmtyp", "sn71cb5s34mtyp", "sn71cb5s345typ", "sn71cb5s3454yp", "sn71cb5s3454sp"]}, "config": {"length": 14, "num_substitutions": 14, "string": "ypzw6omyedmtyp", "table": {"6": "c", "d": "4", "e": "3", "m": "5", "o": "b", "p": "n", "t": "4", "w": "1", "y": "s", "z": "7"}}, "task_name": "task06", "example_name": "0125", "problem_name": "task06_0125"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(g, m)\n(r, 5)\n(t, 3)\n(j, c)\n(d, m)\n(y, c)\n(s, q)\n(5, 3)\n(p, a)\n(a, w)\n(0, c)\nString:\n5tsyprdrgt0ayj", "label": {"final": "33qca5m5m3cwcc", "init": "5tsyprdrgt0ayj", "intermediate": ["3tsyprdrgt0ayj", "33syprdrgt0ayj", "33qyprdrgt0ayj", "33qcprdrgt0ayj", "33qcardrgt0ayj", "33qca5drgt0ayj", "33qca5mrgt0ayj", "33qca5m5gt0ayj", "33qca5m5mt0ayj", "33qca5m5m30ayj", "33qca5m5m3cayj", "33qca5m5m3cwyj", "33qca5m5m3cwcj"]}, "config": {"length": 14, "num_substitutions": 14, "string": "5tsyprdrgt0ayj", "table": {"0": "c", "5": "3", "a": "w", "d": "m", "g": "m", "j": "c", "p": "a", "r": "5", "s": "q", "t": "3", "y": "c"}}, "task_name": "task06", "example_name": "0126", "problem_name": "task06_0126"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(p, 1)\n(u, f)\n(n, 1)\n(d, 2)\n(w, e)\n(c, z)\n(x, j)\n(7, q)\n(s, k)\n(3, i)\n(z, m)\n(l, g)\nString:\nnzwsdu3xplddc7", "label": {"final": "1mek2fij1g22zq", "init": "nzwsdu3xplddc7", "intermediate": ["1zwsdu3xplddc7", "1mwsdu3xplddc7", "1mesdu3xplddc7", "1mekdu3xplddc7", "1mek2u3xplddc7", "1mek2f3xplddc7", "1mek2fixplddc7", "1mek2fijplddc7", "1mek2fij1lddc7", "1mek2fij1gddc7", "1mek2fij1g2dc7", "1mek2fij1g22c7", "1mek2fij1g22z7"]}, "config": {"length": 14, "num_substitutions": 14, "string": "nzwsdu3xplddc7", "table": {"3": "i", "7": "q", "c": "z", "d": "2", "l": "g", "n": "1", "p": "1", "s": "k", "u": "f", "w": "e", "x": "j", "z": "m"}}, "task_name": "task06", "example_name": "0127", "problem_name": "task06_0127"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(7, 0)\n(5, 4)\n(t, 1)\n(z, 8)\n(3, 6)\n(y, o)\n(m, f)\n(1, k)\n(l, g)\n(q, w)\n(n, s)\n(f, g)\n(a, k)\n(w, j)\nString:\nw35fln1q7tmzya", "label": {"final": "j64ggskw01f8ok", "init": "w35fln1q7tmzya", "intermediate": ["j35fln1q7tmzya", "j65fln1q7tmzya", "j64fln1q7tmzya", "j64gln1q7tmzya", "j64ggn1q7tmzya", "j64ggs1q7tmzya", "j64ggskq7tmzya", "j64ggskw7tmzya", "j64ggskw0tmzya", "j64ggskw01mzya", "j64ggskw01fzya", "j64ggskw01f8ya", "j64ggskw01f8oa"]}, "config": {"length": 14, "num_substitutions": 14, "string": "w35fln1q7tmzya", "table": {"1": "k", "3": "6", "5": "4", "7": "0", "a": "k", "f": "g", "l": "g", "m": "f", "n": "s", "q": "w", "t": "1", "w": "j", "y": "o", "z": "8"}}, "task_name": "task06", "example_name": "0128", "problem_name": "task06_0128"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(9, a)\n(4, b)\n(5, 0)\n(r, u)\n(t, 8)\n(w, y)\n(n, j)\n(b, z)\n(q, s)\n(m, u)\nString:\ntw4bw5rm9b94qn", "label": {"final": "8ybzy0uuazabsj", "init": "tw4bw5rm9b94qn", "intermediate": ["8w4bw5rm9b94qn", "8y4bw5rm9b94qn", "8ybbw5rm9b94qn", "8ybzw5rm9b94qn", "8ybzy5rm9b94qn", "8ybzy0rm9b94qn", "8ybzy0um9b94qn", "8ybzy0uu9b94qn", "8ybzy0uuab94qn", "8ybzy0uuaz94qn", "8ybzy0uuaza4qn", "8ybzy0uuazabqn", "8ybzy0uuazabsn"]}, "config": {"length": 14, "num_substitutions": 14, "string": "tw4bw5rm9b94qn", "table": {"4": "b", "5": "0", "9": "a", "b": "z", "m": "u", "n": "j", "q": "s", "r": "u", "t": "8", "w": "y"}}, "task_name": "task06", "example_name": "0129", "problem_name": "task06_0129"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(p, y)\n(f, v)\n(h, 0)\n(7, b)\n(g, e)\n(2, r)\n(x, 1)\n(r, b)\n(n, 6)\n(j, y)\n(l, d)\nString:\nhhhp7g7rf2nxljr", "label": {"final": "000ybebbvr61dyb", "init": "hhhp7g7rf2nxljr", "intermediate": ["0hhp7g7rf2nxljr", "00hp7g7rf2nxljr", "000p7g7rf2nxljr", "000y7g7rf2nxljr", "000ybg7rf2nxljr", "000ybe7rf2nxljr", "000ybebrf2nxljr", "000ybebbf2nxljr", "000ybebbv2nxljr", "000ybebbvrnxljr", "000ybebbvr6xljr", "000ybebbvr61ljr", "000ybebbvr61djr", "000ybebbvr61dyr"]}, "config": {"length": 15, "num_substitutions": 15, "string": "hhhp7g7rf2nxljr", "table": {"2": "r", "7": "b", "f": "v", "g": "e", "h": "0", "j": "y", "l": "d", "n": "6", "p": "y", "r": "b", "x": "1"}}, "task_name": "task06", "example_name": "0130", "problem_name": "task06_0130"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(b, m)\n(y, v)\n(z, x)\n(o, q)\n(f, k)\n(a, e)\n(1, 3)\n(m, r)\n(g, r)\n(v, u)\n(5, 7)\n(c, 8)\n(0, x)\n(t, p)\nString:\n1bgmo5zafv0gtcy", "label": {"final": "3mrrq7xekuxrp8v", "init": "1bgmo5zafv0gtcy", "intermediate": ["3bgmo5zafv0gtcy", "3mgmo5zafv0gtcy", "3mrmo5zafv0gtcy", "3mrro5zafv0gtcy", "3mrrq5zafv0gtcy", "3mrrq7zafv0gtcy", "3mrrq7xafv0gtcy", "3mrrq7xefv0gtcy", "3mrrq7xekv0gtcy", "3mrrq7xeku0gtcy", "3mrrq7xekuxgtcy", "3mrrq7xekuxrtcy", "3mrrq7xekuxrpcy", "3mrrq7xekuxrp8y"]}, "config": {"length": 15, "num_substitutions": 15, "string": "1bgmo5zafv0gtcy", "table": {"0": "x", "1": "3", "5": "7", "a": "e", "b": "m", "c": "8", "f": "k", "g": "r", "m": "r", "o": "q", "t": "p", "v": "u", "y": "v", "z": "x"}}, "task_name": "task06", "example_name": "0131", "problem_name": "task06_0131"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(0, v)\n(8, k)\n(7, p)\n(k, q)\n(w, v)\n(3, i)\n(n, p)\n(q, 6)\n(p, i)\n(e, l)\n(r, m)\n(z, b)\nString:\nwk8300qeqnzrp07", "label": {"final": "vqkivv6l6pbmivp", "init": "wk8300qeqnzrp07", "intermediate": ["vk8300qeqnzrp07", "vq8300qeqnzrp07", "vqk300qeqnzrp07", "vqki00qeqnzrp07", "vqkiv0qeqnzrp07", "vqkivvqeqnzrp07", "vqkivv6eqnzrp07", "vqkivv6lqnzrp07", "vqkivv6l6nzrp07", "vqkivv6l6pzrp07", "vqkivv6l6pbrp07", "vqkivv6l6pbmp07", "vqkivv6l6pbmi07", "vqkivv6l6pbmiv7"]}, "config": {"length": 15, "num_substitutions": 15, "string": "wk8300qeqnzrp07", "table": {"0": "v", "3": "i", "7": "p", "8": "k", "e": "l", "k": "q", "n": "p", "p": "i", "q": "6", "r": "m", "w": "v", "z": "b"}}, "task_name": "task06", "example_name": "0132", "problem_name": "task06_0132"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(z, 2)\n(i, e)\n(4, f)\n(v, 0)\n(f, s)\n(r, 3)\n(e, k)\n(1, y)\n(h, u)\n(x, l)\n(9, o)\n(l, t)\nString:\nz4f941ivrefxlzh", "label": {"final": "2fsofye03kslt2u", "init": "z4f941ivrefxlzh", "intermediate": ["24f941ivrefxlzh", "2ff941ivrefxlzh", "2fs941ivrefxlzh", "2fso41ivrefxlzh", "2fsof1ivrefxlzh", "2fsofyivrefxlzh", "2fsofyevrefxlzh", "2fsofye0refxlzh", "2fsofye03efxlzh", "2fsofye03kfxlzh", "2fsofye03ksxlzh", "2fsofye03ksllzh", "2fsofye03ksltzh", "2fsofye03kslt2h"]}, "config": {"length": 15, "num_substitutions": 15, "string": "z4f941ivrefxlzh", "table": {"1": "y", "4": "f", "9": "o", "e": "k", "f": "s", "h": "u", "i": "e", "l": "t", "r": "3", "v": "0", "x": "l", "z": "2"}}, "task_name": "task06", "example_name": "0133", "problem_name": "task06_0133"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(o, s)\n(m, u)\n(q, e)\n(z, c)\n(v, p)\n(g, e)\n(d, 8)\n(s, 2)\n(u, 8)\n(c, 4)\nString:\nmvvdszucsqoqusg", "label": {"final": "upp82c842ese82e", "init": "mvvdszucsqoqusg", "intermediate": ["uvvdszucsqoqusg", "upvdszucsqoqusg", "uppdszucsqoqusg", "upp8szucsqoqusg", "upp82zucsqoqusg", "upp82cucsqoqusg", "upp82c8csqoqusg", "upp82c84sqoqusg", "upp82c842qoqusg", "upp82c842eoqusg", "upp82c842esqusg", "upp82c842eseusg", "upp82c842ese8sg", "upp82c842ese82g"]}, "config": {"length": 15, "num_substitutions": 15, "string": "mvvdszucsqoqusg", "table": {"c": "4", "d": "8", "g": "e", "m": "u", "o": "s", "q": "e", "s": "2", "u": "8", "v": "p", "z": "c"}}, "task_name": "task06", "example_name": "0134", "problem_name": "task06_0134"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(2, a)\n(5, i)\n(l, r)\n(v, g)\n(n, 3)\n(0, 8)\n(u, x)\n(f, y)\n(i, k)\n(t, 8)\n(c, j)\n(d, j)\nString:\nftf5tli0fuv2cdn", "label": {"final": "y8yi8rk8yxgajj3", "init": "ftf5tli0fuv2cdn", "intermediate": ["ytf5tli0fuv2cdn", "y8f5tli0fuv2cdn", "y8y5tli0fuv2cdn", "y8yitli0fuv2cdn", "y8yi8li0fuv2cdn", "y8yi8ri0fuv2cdn", "y8yi8rk0fuv2cdn", "y8yi8rk8fuv2cdn", "y8yi8rk8yuv2cdn", "y8yi8rk8yxv2cdn", "y8yi8rk8yxg2cdn", "y8yi8rk8yxgacdn", "y8yi8rk8yxgajdn", "y8yi8rk8yxgajjn"]}, "config": {"length": 15, "num_substitutions": 15, "string": "ftf5tli0fuv2cdn", "table": {"0": "8", "2": "a", "5": "i", "c": "j", "d": "j", "f": "y", "i": "k", "l": "r", "n": "3", "t": "8", "u": "x", "v": "g"}}, "task_name": "task06", "example_name": "0135", "problem_name": "task06_0135"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(v, q)\n(y, t)\n(8, d)\n(f, 9)\n(c, 3)\n(l, b)\n(s, o)\n(d, 7)\n(4, k)\n(e, 1)\n(u, 0)\n(3, t)\n(p, t)\nString:\neylvecd438fspus", "label": {"final": "1tbq137ktd9ot0o", "init": "eylvecd438fspus", "intermediate": ["1ylvecd438fspus", "1tlvecd438fspus", "1tbvecd438fspus", "1tbqecd438fspus", "1tbq1cd438fspus", "1tbq13d438fspus", "1tbq137438fspus", "1tbq137k38fspus", "1tbq137kt8fspus", "1tbq137ktdfspus", "1tbq137ktd9spus", "1tbq137ktd9opus", "1tbq137ktd9otus", "1tbq137ktd9ot0s"]}, "config": {"length": 15, "num_substitutions": 15, "string": "eylvecd438fspus", "table": {"3": "t", "4": "k", "8": "d", "c": "3", "d": "7", "e": "1", "f": "9", "l": "b", "p": "t", "s": "o", "u": "0", "v": "q", "y": "t"}}, "task_name": "task06", "example_name": "0136", "problem_name": "task06_0136"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(x, q)\n(5, h)\n(t, 6)\n(6, u)\n(z, 2)\n(w, a)\n(p, 1)\n(r, 2)\n(s, q)\n(c, 0)\n(j, o)\n(9, b)\n(a, 4)\nString:\nrrxsjpzc6t5w6a9", "label": {"final": "22qqo120u6hau4b", "init": "rrxsjpzc6t5w6a9", "intermediate": ["2rxsjpzc6t5w6a9", "22xsjpzc6t5w6a9", "22qsjpzc6t5w6a9", "22qqjpzc6t5w6a9", "22qqopzc6t5w6a9", "22qqo1zc6t5w6a9", "22qqo12c6t5w6a9", "22qqo1206t5w6a9", "22qqo120ut5w6a9", "22qqo120u65w6a9", "22qqo120u6hw6a9", "22qqo120u6ha6a9", "22qqo120u6haua9", "22qqo120u6hau49"]}, "config": {"length": 15, "num_substitutions": 15, "string": "rrxsjpzc6t5w6a9", "table": {"5": "h", "6": "u", "9": "b", "a": "4", "c": "0", "j": "o", "p": "1", "r": "2", "s": "q", "t": "6", "w": "a", "x": "q", "z": "2"}}, "task_name": "task06", "example_name": "0137", "problem_name": "task06_0137"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(2, l)\n(9, x)\n(q, 1)\n(1, g)\n(g, i)\n(s, r)\n(k, 7)\n(b, y)\n(u, n)\n(f, 0)\n(n, 6)\n(c, w)\n(h, r)\nString:\nn2c1bh2qfgkc9us", "label": {"final": "6lwgyrl10i7wxnr", "init": "n2c1bh2qfgkc9us", "intermediate": ["62c1bh2qfgkc9us", "6lc1bh2qfgkc9us", "6lw1bh2qfgkc9us", "6lwgbh2qfgkc9us", "6lwgyh2qfgkc9us", "6lwgyr2qfgkc9us", "6lwgyrlqfgkc9us", "6lwgyrl1fgkc9us", "6lwgyrl10gkc9us", "6lwgyrl10ikc9us", "6lwgyrl10i7c9us", "6lwgyrl10i7w9us", "6lwgyrl10i7wxus", "6lwgyrl10i7wxns"]}, "config": {"length": 15, "num_substitutions": 15, "string": "n2c1bh2qfgkc9us", "table": {"1": "g", "2": "l", "9": "x", "b": "y", "c": "w", "f": "0", "g": "i", "h": "r", "k": "7", "n": "6", "q": "1", "s": "r", "u": "n"}}, "task_name": "task06", "example_name": "0138", "problem_name": "task06_0138"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(1, f)\n(t, 0)\n(8, p)\n(l, s)\n(n, k)\n(v, w)\n(x, e)\n(6, c)\n(7, q)\n(9, r)\n(j, 0)\n(o, 3)\n(p, a)\n(3, e)\nString:\n1l6jt9n7p8oxv73", "label": {"final": "fsc00rkqap3ewqe", "init": "1l6jt9n7p8oxv73", "intermediate": ["fl6jt9n7p8oxv73", "fs6jt9n7p8oxv73", "fscjt9n7p8oxv73", "fsc0t9n7p8oxv73", "fsc009n7p8oxv73", "fsc00rn7p8oxv73", "fsc00rk7p8oxv73", "fsc00rkqp8oxv73", "fsc00rkqa8oxv73", "fsc00rkqapoxv73", "fsc00rkqap3xv73", "fsc00rkqap3ev73", "fsc00rkqap3ew73", "fsc00rkqap3ewq3"]}, "config": {"length": 15, "num_substitutions": 15, "string": "1l6jt9n7p8oxv73", "table": {"1": "f", "3": "e", "6": "c", "7": "q", "8": "p", "9": "r", "j": "0", "l": "s", "n": "k", "o": "3", "p": "a", "t": "0", "v": "w", "x": "e"}}, "task_name": "task06", "example_name": "0139", "problem_name": "task06_0139"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(9, c)\n(5, 3)\n(z, y)\n(h, j)\n(2, 7)\n(r, c)\n(0, a)\n(d, p)\n(1, n)\n(u, a)\n(y, b)\n(c, i)\n(o, k)\n(k, x)\n(7, x)\nString:\n2o1y19ucrz075dhk", "label": {"final": "7knbncaicyax3pjx", "init": "2o1y19ucrz075dhk", "intermediate": ["7o1y19ucrz075dhk", "7k1y19ucrz075dhk", "7kny19ucrz075dhk", "7knb19ucrz075dhk", "7knbn9ucrz075dhk", "7knbncucrz075dhk", "7knbncacrz075dhk", "7knbncairz075dhk", "7knbncaicz075dhk", "7knbncaicy075dhk", "7knbncaicya75dhk", "7knbncaicyax5dhk", "7knbncaicyax3dhk", "7knbncaicyax3phk", "7knbncaicyax3pjk"]}, "config": {"length": 16, "num_substitutions": 16, "string": "2o1y19ucrz075dhk", "table": {"0": "a", "1": "n", "2": "7", "5": "3", "7": "x", "9": "c", "c": "i", "d": "p", "h": "j", "k": "x", "o": "k", "r": "c", "u": "a", "y": "b", "z": "y"}}, "task_name": "task06", "example_name": "0140", "problem_name": "task06_0140"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(v, r)\n(i, 4)\n(j, w)\n(s, 1)\n(c, h)\n(w, 3)\n(0, o)\n(6, 2)\n(r, 5)\n(7, k)\n(8, p)\n(k, g)\nString:\n6ccw7w0rkjs8vi80", "label": {"final": "2hh3k3o5gw1pr4po", "init": "6ccw7w0rkjs8vi80", "intermediate": ["2ccw7w0rkjs8vi80", "2hcw7w0rkjs8vi80", "2hhw7w0rkjs8vi80", "2hh37w0rkjs8vi80", "2hh3kw0rkjs8vi80", "2hh3k30rkjs8vi80", "2hh3k3orkjs8vi80", "2hh3k3o5kjs8vi80", "2hh3k3o5gjs8vi80", "2hh3k3o5gws8vi80", "2hh3k3o5gw18vi80", "2hh3k3o5gw1pvi80", "2hh3k3o5gw1pri80", "2hh3k3o5gw1pr480", "2hh3k3o5gw1pr4p0"]}, "config": {"length": 16, "num_substitutions": 16, "string": "6ccw7w0rkjs8vi80", "table": {"0": "o", "6": "2", "7": "k", "8": "p", "c": "h", "i": "4", "j": "w", "k": "g", "r": "5", "s": "1", "v": "r", "w": "3"}}, "task_name": "task06", "example_name": "0141", "problem_name": "task06_0141"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(y, k)\n(k, p)\n(g, 2)\n(s, b)\n(p, v)\n(v, c)\n(a, 3)\n(c, 2)\n(7, f)\n(j, m)\n(o, 0)\n(3, w)\nString:\nygs7jackappv3oyk", "label": {"final": "k2bfm32p3vvcw0kp", "init": "ygs7jackappv3oyk", "intermediate": ["kgs7jackappv3oyk", "k2s7jackappv3oyk", "k2b7jackappv3oyk", "k2bfjackappv3oyk", "k2bfmackappv3oyk", "k2bfm3ckappv3oyk", "k2bfm32kappv3oyk", "k2bfm32pappv3oyk", "k2bfm32p3ppv3oyk", "k2bfm32p3vpv3oyk", "k2bfm32p3vvv3oyk", "k2bfm32p3vvc3oyk", "k2bfm32p3vvcwoyk", "k2bfm32p3vvcw0yk", "k2bfm32p3vvcw0kk"]}, "config": {"length": 16, "num_substitutions": 16, "string": "ygs7jackappv3oyk", "table": {"3": "w", "7": "f", "a": "3", "c": "2", "g": "2", "j": "m", "k": "p", "o": "0", "p": "v", "s": "b", "v": "c", "y": "k"}}, "task_name": "task06", "example_name": "0142", "problem_name": "task06_0142"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(s, p)\n(r, a)\n(i, h)\n(q, o)\n(a, m)\n(o, c)\n(g, m)\n(h, k)\n(m, d)\n(5, b)\n(7, d)\n(0, 4)\n(e, x)\n(n, v)\n(6, t)\nString:\nn6oegn70h5iramsq", "label": {"final": "vtcxmvd4kbhamdpo", "init": "n6oegn70h5iramsq", "intermediate": ["v6oegn70h5iramsq", "vtoegn70h5iramsq", "vtcegn70h5iramsq", "vtcxgn70h5iramsq", "vtcxmn70h5iramsq", "vtcxmv70h5iramsq", "vtcxmvd0h5iramsq", "vtcxmvd4h5iramsq", "vtcxmvd4k5iramsq", "vtcxmvd4kbiramsq", "vtcxmvd4kbhramsq", "vtcxmvd4kbhaamsq", "vtcxmvd4kbhammsq", "vtcxmvd4kbhamdsq", "vtcxmvd4kbhamdpq"]}, "config": {"length": 16, "num_substitutions": 16, "string": "n6oegn70h5iramsq", "table": {"0": "4", "5": "b", "6": "t", "7": "d", "a": "m", "e": "x", "g": "m", "h": "k", "i": "h", "m": "d", "n": "v", "o": "c", "q": "o", "r": "a", "s": "p"}}, "task_name": "task06", "example_name": "0143", "problem_name": "task06_0143"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(j, d)\n(r, p)\n(p, g)\n(y, 4)\n(s, e)\n(4, d)\n(h, b)\n(o, v)\n(t, u)\n(6, 7)\n(8, a)\n(z, b)\n(v, m)\n(k, d)\n(x, c)\n(9, i)\nString:\n6yj4zshrtoxpk98v", "label": {"final": "74ddbebpuvcgdiam", "init": "6yj4zshrtoxpk98v", "intermediate": ["7yj4zshrtoxpk98v", "74j4zshrtoxpk98v", "74d4zshrtoxpk98v", "74ddzshrtoxpk98v", "74ddbshrtoxpk98v", "74ddbehrtoxpk98v", "74ddbebrtoxpk98v", "74ddbebptoxpk98v", "74ddbebpuoxpk98v", "74ddbebpuvxpk98v", "74ddbebpuvcpk98v", "74ddbebpuvcgk98v", "74ddbebpuvcgd98v", "74ddbebpuvcgdi8v", "74ddbebpuvcgdiav"]}, "config": {"length": 16, "num_substitutions": 16, "string": "6yj4zshrtoxpk98v", "table": {"4": "d", "6": "7", "8": "a", "9": "i", "h": "b", "j": "d", "k": "d", "o": "v", "p": "g", "r": "p", "s": "e", "t": "u", "v": "m", "x": "c", "y": "4", "z": "b"}}, "task_name": "task06", "example_name": "0144", "problem_name": "task06_0144"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(b, 4)\n(4, m)\n(5, 6)\n(m, 7)\n(1, w)\n(e, q)\n(f, w)\n(a, o)\n(3, s)\n(p, w)\n(j, 7)\n(v, h)\n(s, u)\nString:\nejvsp44fb35a11me", "label": {"final": "q7huwmmw4s6oww7q", "init": "ejvsp44fb35a11me", "intermediate": ["qjvsp44fb35a11me", "q7vsp44fb35a11me", "q7hsp44fb35a11me", "q7hup44fb35a11me", "q7huw44fb35a11me", "q7huwm4fb35a11me", "q7huwmmfb35a11me", "q7huwmmwb35a11me", "q7huwmmw435a11me", "q7huwmmw4s5a11me", "q7huwmmw4s6a11me", "q7huwmmw4s6o11me", "q7huwmmw4s6ow1me", "q7huwmmw4s6owwme", "q7huwmmw4s6oww7e"]}, "config": {"length": 16, "num_substitutions": 16, "string": "ejvsp44fb35a11me", "table": {"1": "w", "3": "s", "4": "m", "5": "6", "a": "o", "b": "4", "e": "q", "f": "w", "j": "7", "m": "7", "p": "w", "s": "u", "v": "h"}}, "task_name": "task06", "example_name": "0145", "problem_name": "task06_0145"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(c, 0)\n(u, k)\n(m, g)\n(8, q)\n(o, 9)\n(p, j)\n(3, h)\n(h, 9)\n(d, 2)\n(l, 7)\nString:\ncd3loochllo8plum", "label": {"final": "02h79909779qj7kg", "init": "cd3loochllo8plum", "intermediate": ["0d3loochllo8plum", "023loochllo8plum", "02hloochllo8plum", "02h7oochllo8plum", "02h79ochllo8plum", "02h799chllo8plum", "02h7990hllo8plum", "02h79909llo8plum", "02h799097lo8plum", "02h7990977o8plum", "02h799097798plum", "02h79909779qplum", "02h79909779qjlum", "02h79909779qj7um", "02h79909779qj7km"]}, "config": {"length": 16, "num_substitutions": 16, "string": "cd3loochllo8plum", "table": {"3": "h", "8": "q", "c": "0", "d": "2", "h": "9", "l": "7", "m": "g", "o": "9", "p": "j", "u": "k"}}, "task_name": "task06", "example_name": "0146", "problem_name": "task06_0146"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(4, u)\n(a, l)\n(r, 0)\n(s, w)\n(l, v)\n(6, v)\n(7, z)\n(3, k)\n(p, 2)\n(5, 1)\n(t, o)\n(f, 9)\n(x, 8)\nString:\n45rax3ltpf737sr6", "label": {"final": "u10l8kvo29zkzw0v", "init": "45rax3ltpf737sr6", "intermediate": ["u5rax3ltpf737sr6", "u1rax3ltpf737sr6", "u10ax3ltpf737sr6", "u10lx3ltpf737sr6", "u10l83ltpf737sr6", "u10l8kltpf737sr6", "u10l8kvtpf737sr6", "u10l8kvopf737sr6", "u10l8kvo2f737sr6", "u10l8kvo29737sr6", "u10l8kvo29z37sr6", "u10l8kvo29zk7sr6", "u10l8kvo29zkzsr6", "u10l8kvo29zkzwr6", "u10l8kvo29zkzw06"]}, "config": {"length": 16, "num_substitutions": 16, "string": "45rax3ltpf737sr6", "table": {"3": "k", "4": "u", "5": "1", "6": "v", "7": "z", "a": "l", "f": "9", "l": "v", "p": "2", "r": "0", "s": "w", "t": "o", "x": "8"}}, "task_name": "task06", "example_name": "0147", "problem_name": "task06_0147"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(2, x)\n(9, w)\n(i, e)\n(z, v)\n(r, 0)\n(j, m)\n(e, n)\n(8, u)\n(a, 3)\n(t, s)\n(y, 5)\nString:\nrzy9y8j9ie288a8t", "label": {"final": "0v5w5umwenxuu3us", "init": "rzy9y8j9ie288a8t", "intermediate": ["0zy9y8j9ie288a8t", "0vy9y8j9ie288a8t", "0v59y8j9ie288a8t", "0v5wy8j9ie288a8t", "0v5w58j9ie288a8t", "0v5w5uj9ie288a8t", "0v5w5um9ie288a8t", "0v5w5umwie288a8t", "0v5w5umwee288a8t", "0v5w5umwen288a8t", "0v5w5umwenx88a8t", "0v5w5umwenxu8a8t", "0v5w5umwenxuua8t", "0v5w5umwenxuu38t", "0v5w5umwenxuu3ut"]}, "config": {"length": 16, "num_substitutions": 16, "string": "rzy9y8j9ie288a8t", "table": {"2": "x", "8": "u", "9": "w", "a": "3", "e": "n", "i": "e", "j": "m", "r": "0", "t": "s", "y": "5", "z": "v"}}, "task_name": "task06", "example_name": "0148", "problem_name": "task06_0148"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(n, 4)\n(x, i)\n(1, a)\n(e, v)\n(b, s)\n(w, 0)\n(r, 9)\n(z, 3)\n(o, h)\n(t, 7)\n(f, h)\n(q, a)\nString:\nroztbxwfbqn1oexb", "label": {"final": "9h37si0hsa4ahvis", "init": "roztbxwfbqn1oexb", "intermediate": ["9oztbxwfbqn1oexb", "9hztbxwfbqn1oexb", "9h3tbxwfbqn1oexb", "9h37bxwfbqn1oexb", "9h37sxwfbqn1oexb", "9h37siwfbqn1oexb", "9h37si0fbqn1oexb", "9h37si0hbqn1oexb", "9h37si0hsqn1oexb", "9h37si0hsan1oexb", "9h37si0hsa41oexb", "9h37si0hsa4aoexb", "9h37si0hsa4ahexb", "9h37si0hsa4ahvxb", "9h37si0hsa4ahvib"]}, "config": {"length": 16, "num_substitutions": 16, "string": "roztbxwfbqn1oexb", "table": {"1": "a", "b": "s", "e": "v", "f": "h", "n": "4", "o": "h", "q": "a", "r": "9", "t": "7", "w": "0", "x": "i", "z": "3"}}, "task_name": "task06", "example_name": "0149", "problem_name": "task06_0149"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(0, z)\n(4, 8)\n(m, l)\n(b, y)\n(6, l)\n(h, d)\n(p, w)\n(k, 7)\n(f, y)\n(j, e)\n(t, w)\n(d, 5)\n(n, e)\n(e, y)\n(a, 1)\n(2, 9)\nString:\nftmpjn02db4a06hke", "label": {"final": "ywlweez95y81zld7y", "init": "ftmpjn02db4a06hke", "intermediate": ["ytmpjn02db4a06hke", "ywmpjn02db4a06hke", "ywlpjn02db4a06hke", "ywlwjn02db4a06hke", "ywlwen02db4a06hke", "ywlwee02db4a06hke", "ywlweez2db4a06hke", "ywlweez9db4a06hke", "ywlweez95b4a06hke", "ywlweez95y4a06hke", "ywlweez95y8a06hke", "ywlweez95y8106hke", "ywlweez95y81z6hke", "ywlweez95y81zlhke", "ywlweez95y81zldke", "ywlweez95y81zld7e"]}, "config": {"length": 17, "num_substitutions": 17, "string": "ftmpjn02db4a06hke", "table": {"0": "z", "2": "9", "4": "8", "6": "l", "a": "1", "b": "y", "d": "5", "e": "y", "f": "y", "h": "d", "j": "e", "k": "7", "m": "l", "n": "e", "p": "w", "t": "w"}}, "task_name": "task06", "example_name": "0150", "problem_name": "task06_0150"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(w, r)\n(h, y)\n(x, 0)\n(4, 5)\n(s, k)\n(3, y)\n(d, 2)\n(f, 1)\n(o, t)\n(9, c)\n(c, v)\n(r, 0)\n(q, k)\n(k, p)\nString:\nrh3cc4ksfo9qxwoxd", "label": {"final": "0yyvv5pk1tck0rt02", "init": "rh3cc4ksfo9qxwoxd", "intermediate": ["0h3cc4ksfo9qxwoxd", "0y3cc4ksfo9qxwoxd", "0yycc4ksfo9qxwoxd", "0yyvc4ksfo9qxwoxd", "0yyvv4ksfo9qxwoxd", "0yyvv5ksfo9qxwoxd", "0yyvv5psfo9qxwoxd", "0yyvv5pkfo9qxwoxd", "0yyvv5pk1o9qxwoxd", "0yyvv5pk1t9qxwoxd", "0yyvv5pk1tcqxwoxd", "0yyvv5pk1tckxwoxd", "0yyvv5pk1tck0woxd", "0yyvv5pk1tck0roxd", "0yyvv5pk1tck0rtxd", "0yyvv5pk1tck0rt0d"]}, "config": {"length": 17, "num_substitutions": 17, "string": "rh3cc4ksfo9qxwoxd", "table": {"3": "y", "4": "5", "9": "c", "c": "v", "d": "2", "f": "1", "h": "y", "k": "p", "o": "t", "q": "k", "r": "0", "s": "k", "w": "r", "x": "0"}}, "task_name": "task06", "example_name": "0151", "problem_name": "task06_0151"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(1, r)\n(l, d)\n(0, 9)\n(o, a)\n(y, 3)\n(a, 4)\n(2, 3)\n(s, g)\n(q, b)\n(u, p)\n(7, z)\n(h, i)\nString:\nlq7qs21yoho1al0yu", "label": {"final": "dbzbg3r3aiar4d93p", "init": "lq7qs21yoho1al0yu", "intermediate": ["dq7qs21yoho1al0yu", "db7qs21yoho1al0yu", "dbzqs21yoho1al0yu", "dbzbs21yoho1al0yu", "dbzbg21yoho1al0yu", "dbzbg31yoho1al0yu", "dbzbg3ryoho1al0yu", "dbzbg3r3oho1al0yu", "dbzbg3r3aho1al0yu", "dbzbg3r3aio1al0yu", "dbzbg3r3aia1al0yu", "dbzbg3r3aiaral0yu", "dbzbg3r3aiar4l0yu", "dbzbg3r3aiar4d0yu", "dbzbg3r3aiar4d9yu", "dbzbg3r3aiar4d93u"]}, "config": {"length": 17, "num_substitutions": 17, "string": "lq7qs21yoho1al0yu", "table": {"0": "9", "1": "r", "2": "3", "7": "z", "a": "4", "h": "i", "l": "d", "o": "a", "q": "b", "s": "g", "u": "p", "y": "3"}}, "task_name": "task06", "example_name": "0152", "problem_name": "task06_0152"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(s, g)\n(0, m)\n(n, u)\n(m, 8)\n(q, h)\n(2, a)\n(x, e)\n(w, o)\n(i, u)\n(j, c)\n(h, k)\n(9, p)\n(o, b)\nString:\nm0ioonqswxj2hx99x", "label": {"final": "8mubbuhgoecakeppe", "init": "m0ioonqswxj2hx99x", "intermediate": ["80ioonqswxj2hx99x", "8mioonqswxj2hx99x", "8muoonqswxj2hx99x", "8mubonqswxj2hx99x", "8mubbnqswxj2hx99x", "8mubbuqswxj2hx99x", "8mubbuhswxj2hx99x", "8mubbuhgwxj2hx99x", "8mubbuhgoxj2hx99x", "8mubbuhgoej2hx99x", "8mubbuhgoec2hx99x", "8mubbuhgoecahx99x", "8mubbuhgoecakx99x", "8mubbuhgoecake99x", "8mubbuhgoecakep9x", "8mubbuhgoecakeppx"]}, "config": {"length": 17, "num_substitutions": 17, "string": "m0ioonqswxj2hx99x", "table": {"0": "m", "2": "a", "9": "p", "h": "k", "i": "u", "j": "c", "m": "8", "n": "u", "o": "b", "q": "h", "s": "g", "w": "o", "x": "e"}}, "task_name": "task06", "example_name": "0153", "problem_name": "task06_0153"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(y, x)\n(q, p)\n(s, v)\n(8, i)\n(b, r)\n(m, v)\n(h, p)\n(f, z)\n(i, l)\n(9, t)\n(d, v)\n(o, l)\n(k, 3)\n(z, c)\n(6, 2)\nString:\nisfqymb8kko9dzh6s", "label": {"final": "lvzpxvri33ltvcp2v", "init": "isfqymb8kko9dzh6s", "intermediate": ["lsfqymb8kko9dzh6s", "lvfqymb8kko9dzh6s", "lvzqymb8kko9dzh6s", "lvzpymb8kko9dzh6s", "lvzpxmb8kko9dzh6s", "lvzpxvb8kko9dzh6s", "lvzpxvr8kko9dzh6s", "lvzpxvrikko9dzh6s", "lvzpxvri3ko9dzh6s", "lvzpxvri33o9dzh6s", "lvzpxvri33l9dzh6s", "lvzpxvri33ltdzh6s", "lvzpxvri33ltvzh6s", "lvzpxvri33ltvch6s", "lvzpxvri33ltvcp6s", "lvzpxvri33ltvcp2s"]}, "config": {"length": 17, "num_substitutions": 17, "string": "isfqymb8kko9dzh6s", "table": {"6": "2", "8": "i", "9": "t", "b": "r", "d": "v", "f": "z", "h": "p", "i": "l", "k": "3", "m": "v", "o": "l", "q": "p", "s": "v", "y": "x", "z": "c"}}, "task_name": "task06", "example_name": "0154", "problem_name": "task06_0154"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(p, a)\n(c, 3)\n(3, v)\n(o, l)\n(l, a)\n(j, s)\n(8, g)\n(x, n)\n(s, t)\n(1, n)\n(b, y)\n(u, 2)\n(y, i)\nString:\nyxlpycxsu81xojbp3", "label": {"final": "inaai3nt2gnnlsyav", "init": "yxlpycxsu81xojbp3", "intermediate": ["ixlpycxsu81xojbp3", "inlpycxsu81xojbp3", "inapycxsu81xojbp3", "inaaycxsu81xojbp3", "inaaicxsu81xojbp3", "inaai3xsu81xojbp3", "inaai3nsu81xojbp3", "inaai3ntu81xojbp3", "inaai3nt281xojbp3", "inaai3nt2g1xojbp3", "inaai3nt2gnxojbp3", "inaai3nt2gnnojbp3", "inaai3nt2gnnljbp3", "inaai3nt2gnnlsbp3", "inaai3nt2gnnlsyp3", "inaai3nt2gnnlsya3"]}, "config": {"length": 17, "num_substitutions": 17, "string": "yxlpycxsu81xojbp3", "table": {"1": "n", "3": "v", "8": "g", "b": "y", "c": "3", "j": "s", "l": "a", "o": "l", "p": "a", "s": "t", "u": "2", "x": "n", "y": "i"}}, "task_name": "task06", "example_name": "0155", "problem_name": "task06_0155"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(2, 6)\n(s, g)\n(j, o)\n(1, b)\n(v, k)\n(w, l)\n(h, z)\n(b, o)\n(f, c)\n(a, y)\n(7, z)\n(t, i)\n(o, 3)\n(c, e)\nString:\n7acw2j1btttohv1sf", "label": {"final": "zyel6oboiii3zkbgc", "init": "7acw2j1btttohv1sf", "intermediate": ["zacw2j1btttohv1sf", "zycw2j1btttohv1sf", "zyew2j1btttohv1sf", "zyel2j1btttohv1sf", "zyel6j1btttohv1sf", "zyel6o1btttohv1sf", "zyel6obbtttohv1sf", "zyel6obotttohv1sf", "zyel6oboittohv1sf", "zyel6oboiitohv1sf", "zyel6oboiiiohv1sf", "zyel6oboiii3hv1sf", "zyel6oboiii3zv1sf", "zyel6oboiii3zk1sf", "zyel6oboiii3zkbsf", "zyel6oboiii3zkbgf"]}, "config": {"length": 17, "num_substitutions": 17, "string": "7acw2j1btttohv1sf", "table": {"1": "b", "2": "6", "7": "z", "a": "y", "b": "o", "c": "e", "f": "c", "h": "z", "j": "o", "o": "3", "s": "g", "t": "i", "v": "k", "w": "l"}}, "task_name": "task06", "example_name": "0156", "problem_name": "task06_0156"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(u, s)\n(2, p)\n(3, h)\n(j, i)\n(g, a)\n(r, 1)\n(c, h)\n(v, q)\n(m, y)\n(1, 7)\n(e, p)\n(y, z)\n(k, 0)\n(5, d)\nString:\numvc1egj53myjkvr2", "label": {"final": "syqh7paidhyzi0q1p", "init": "umvc1egj53myjkvr2", "intermediate": ["smvc1egj53myjkvr2", "syvc1egj53myjkvr2", "syqc1egj53myjkvr2", "syqh1egj53myjkvr2", "syqh7egj53myjkvr2", "syqh7pgj53myjkvr2", "syqh7paj53myjkvr2", "syqh7pai53myjkvr2", "syqh7paid3myjkvr2", "syqh7paidhmyjkvr2", "syqh7paidhyyjkvr2", "syqh7paidhyzjkvr2", "syqh7paidhyzikvr2", "syqh7paidhyzi0vr2", "syqh7paidhyzi0qr2", "syqh7paidhyzi0q12"]}, "config": {"length": 17, "num_substitutions": 17, "string": "umvc1egj53myjkvr2", "table": {"1": "7", "2": "p", "3": "h", "5": "d", "c": "h", "e": "p", "g": "a", "j": "i", "k": "0", "m": "y", "r": "1", "u": "s", "v": "q", "y": "z"}}, "task_name": "task06", "example_name": "0157", "problem_name": "task06_0157"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(9, s)\n(x, v)\n(0, u)\n(d, 6)\n(8, q)\n(6, 2)\n(j, 5)\n(c, l)\n(2, k)\n(u, p)\n(f, l)\n(z, s)\n(k, 3)\nString:\nkzc82j92j60udx2ff", "label": {"final": "3slqk5sk52up6vkll", "init": "kzc82j92j60udx2ff", "intermediate": ["3zc82j92j60udx2ff", "3sc82j92j60udx2ff", "3sl82j92j60udx2ff", "3slq2j92j60udx2ff", "3slqkj92j60udx2ff", "3slqk592j60udx2ff", "3slqk5s2j60udx2ff", "3slqk5skj60udx2ff", "3slqk5sk560udx2ff", "3slqk5sk520udx2ff", "3slqk5sk52uudx2ff", "3slqk5sk52updx2ff", "3slqk5sk52up6x2ff", "3slqk5sk52up6v2ff", "3slqk5sk52up6vkff", "3slqk5sk52up6vklf"]}, "config": {"length": 17, "num_substitutions": 17, "string": "kzc82j92j60udx2ff", "table": {"0": "u", "2": "k", "6": "2", "8": "q", "9": "s", "c": "l", "d": "6", "f": "l", "j": "5", "k": "3", "u": "p", "x": "v", "z": "s"}}, "task_name": "task06", "example_name": "0158", "problem_name": "task06_0158"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(n, x)\n(2, b)\n(w, s)\n(v, f)\n(c, 0)\n(k, 0)\n(l, i)\n(i, j)\n(y, 8)\n(m, q)\n(6, p)\n(3, 5)\n(s, f)\n(t, e)\nString:\n6lt2yw2myknmvci3s", "label": {"final": "pieb8sbq80xqf0j5f", "init": "6lt2yw2myknmvci3s", "intermediate": ["plt2yw2myknmvci3s", "pit2yw2myknmvci3s", "pie2yw2myknmvci3s", "piebyw2myknmvci3s", "pieb8w2myknmvci3s", "pieb8s2myknmvci3s", "pieb8sbmyknmvci3s", "pieb8sbqyknmvci3s", "pieb8sbq8knmvci3s", "pieb8sbq80nmvci3s", "pieb8sbq80xmvci3s", "pieb8sbq80xqvci3s", "pieb8sbq80xqfci3s", "pieb8sbq80xqf0i3s", "pieb8sbq80xqf0j3s", "pieb8sbq80xqf0j5s"]}, "config": {"length": 17, "num_substitutions": 17, "string": "6lt2yw2myknmvci3s", "table": {"2": "b", "3": "5", "6": "p", "c": "0", "i": "j", "k": "0", "l": "i", "m": "q", "n": "x", "s": "f", "t": "e", "v": "f", "w": "s", "y": "8"}}, "task_name": "task06", "example_name": "0159", "problem_name": "task06_0159"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(3, x)\n(y, 2)\n(5, 8)\n(7, 9)\n(h, n)\n(l, w)\n(g, t)\n(k, e)\n(0, m)\n(2, q)\n(b, r)\n(v, 6)\n(u, w)\n(c, m)\nString:\n2c3vuu37kguc5yb0lh", "label": {"final": "qmx6wwx9etwm82rmwn", "init": "2c3vuu37kguc5yb0lh", "intermediate": ["qc3vuu37kguc5yb0lh", "qm3vuu37kguc5yb0lh", "qmxvuu37kguc5yb0lh", "qmx6uu37kguc5yb0lh", "qmx6wu37kguc5yb0lh", "qmx6ww37kguc5yb0lh", "qmx6wwx7kguc5yb0lh", "qmx6wwx9kguc5yb0lh", "qmx6wwx9eguc5yb0lh", "qmx6wwx9etuc5yb0lh", "qmx6wwx9etwc5yb0lh", "qmx6wwx9etwm5yb0lh", "qmx6wwx9etwm8yb0lh", "qmx6wwx9etwm82b0lh", "qmx6wwx9etwm82r0lh", "qmx6wwx9etwm82rmlh", "qmx6wwx9etwm82rmwh"]}, "config": {"length": 18, "num_substitutions": 18, "string": "2c3vuu37kguc5yb0lh", "table": {"0": "m", "2": "q", "3": "x", "5": "8", "7": "9", "b": "r", "c": "m", "g": "t", "h": "n", "k": "e", "l": "w", "u": "w", "v": "6", "y": "2"}}, "task_name": "task06", "example_name": "0160", "problem_name": "task06_0160"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(w, i)\n(1, p)\n(z, b)\n(o, m)\n(n, x)\n(e, v)\n(3, b)\n(s, f)\n(d, f)\n(j, k)\n(0, k)\n(2, i)\n(m, i)\n(u, 7)\nString:\nj3newus0z0ojmm1d2w", "label": {"final": "kbxvi7fkbkmkiipfii", "init": "j3newus0z0ojmm1d2w", "intermediate": ["k3newus0z0ojmm1d2w", "kbnewus0z0ojmm1d2w", "kbxewus0z0ojmm1d2w", "kbxvwus0z0ojmm1d2w", "kbxvius0z0ojmm1d2w", "kbxvi7s0z0ojmm1d2w", "kbxvi7f0z0ojmm1d2w", "kbxvi7fkz0ojmm1d2w", "kbxvi7fkb0ojmm1d2w", "kbxvi7fkbkojmm1d2w", "kbxvi7fkbkmjmm1d2w", "kbxvi7fkbkmkmm1d2w", "kbxvi7fkbkmkim1d2w", "kbxvi7fkbkmkii1d2w", "kbxvi7fkbkmkiipd2w", "kbxvi7fkbkmkiipf2w", "kbxvi7fkbkmkiipfiw"]}, "config": {"length": 18, "num_substitutions": 18, "string": "j3newus0z0ojmm1d2w", "table": {"0": "k", "1": "p", "2": "i", "3": "b", "d": "f", "e": "v", "j": "k", "m": "i", "n": "x", "o": "m", "s": "f", "u": "7", "w": "i", "z": "b"}}, "task_name": "task06", "example_name": "0161", "problem_name": "task06_0161"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(0, x)\n(3, a)\n(b, k)\n(o, v)\n(f, y)\n(m, x)\n(7, c)\n(c, i)\n(9, r)\n(5, 8)\n(x, w)\n(l, v)\nString:\nmfb579c35obxlxc750", "label": {"final": "xyk8cria8vkwvwic8x", "init": "mfb579c35obxlxc750", "intermediate": ["xfb579c35obxlxc750", "xyb579c35obxlxc750", "xyk579c35obxlxc750", "xyk879c35obxlxc750", "xyk8c9c35obxlxc750", "xyk8crc35obxlxc750", "xyk8cri35obxlxc750", "xyk8cria5obxlxc750", "xyk8cria8obxlxc750", "xyk8cria8vbxlxc750", "xyk8cria8vkxlxc750", "xyk8cria8vkwlxc750", "xyk8cria8vkwvxc750", "xyk8cria8vkwvwc750", "xyk8cria8vkwvwi750", "xyk8cria8vkwvwic50", "xyk8cria8vkwvwic80"]}, "config": {"length": 18, "num_substitutions": 18, "string": "mfb579c35obxlxc750", "table": {"0": "x", "3": "a", "5": "8", "7": "c", "9": "r", "b": "k", "c": "i", "f": "y", "l": "v", "m": "x", "o": "v", "x": "w"}}, "task_name": "task06", "example_name": "0162", "problem_name": "task06_0162"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(v, e)\n(z, 5)\n(c, h)\n(x, b)\n(1, 3)\n(d, e)\n(j, 7)\n(l, k)\n(n, s)\n(e, h)\n(8, f)\n(g, i)\n(9, y)\n(f, 2)\n(i, u)\n(o, s)\n(2, p)\nString:\no2gxf2dzjveilc19n8", "label": {"final": "spib2pe57ehukh3ysf", "init": "o2gxf2dzjveilc19n8", "intermediate": ["s2gxf2dzjveilc19n8", "spgxf2dzjveilc19n8", "spixf2dzjveilc19n8", "spibf2dzjveilc19n8", "spib22dzjveilc19n8", "spib2pdzjveilc19n8", "spib2pezjveilc19n8", "spib2pe5jveilc19n8", "spib2pe57veilc19n8", "spib2pe57eeilc19n8", "spib2pe57ehilc19n8", "spib2pe57ehulc19n8", "spib2pe57ehukc19n8", "spib2pe57ehukh19n8", "spib2pe57ehukh39n8", "spib2pe57ehukh3yn8", "spib2pe57ehukh3ys8"]}, "config": {"length": 18, "num_substitutions": 18, "string": "o2gxf2dzjveilc19n8", "table": {"1": "3", "2": "p", "8": "f", "9": "y", "c": "h", "d": "e", "e": "h", "f": "2", "g": "i", "i": "u", "j": "7", "l": "k", "n": "s", "o": "s", "v": "e", "x": "b", "z": "5"}}, "task_name": "task06", "example_name": "0163", "problem_name": "task06_0163"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(b, w)\n(g, 1)\n(k, p)\n(5, 2)\n(x, m)\n(2, i)\n(0, d)\n(n, 4)\n(h, o)\n(o, m)\n(3, 4)\n(i, m)\n(f, p)\n(r, e)\n(z, u)\nString:\n2z3kb5ohx0if3nigbr", "label": {"final": "iu4pw2momdmp44m1we", "init": "2z3kb5ohx0if3nigbr", "intermediate": ["iz3kb5ohx0if3nigbr", "iu3kb5ohx0if3nigbr", "iu4kb5ohx0if3nigbr", "iu4pb5ohx0if3nigbr", "iu4pw5ohx0if3nigbr", "iu4pw2ohx0if3nigbr", "iu4pw2mhx0if3nigbr", "iu4pw2mox0if3nigbr", "iu4pw2mom0if3nigbr", "iu4pw2momdif3nigbr", "iu4pw2momdmf3nigbr", "iu4pw2momdmp3nigbr", "iu4pw2momdmp4nigbr", "iu4pw2momdmp44igbr", "iu4pw2momdmp44mgbr", "iu4pw2momdmp44m1br", "iu4pw2momdmp44m1wr"]}, "config": {"length": 18, "num_substitutions": 18, "string": "2z3kb5ohx0if3nigbr", "table": {"0": "d", "2": "i", "3": "4", "5": "2", "b": "w", "f": "p", "g": "1", "h": "o", "i": "m", "k": "p", "n": "4", "o": "m", "r": "e", "x": "m", "z": "u"}}, "task_name": "task06", "example_name": "0164", "problem_name": "task06_0164"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(x, d)\n(2, 6)\n(h, w)\n(f, r)\n(n, b)\n(4, r)\n(s, 8)\n(7, 5)\n(3, q)\n(r, t)\n(q, 9)\n(y, g)\n(1, 0)\n(m, e)\nString:\n2hq1xhfm73xqr4yysn", "label": {"final": "6w90dwre5qd9trgg8b", "init": "2hq1xhfm73xqr4yysn", "intermediate": ["6hq1xhfm73xqr4yysn", "6wq1xhfm73xqr4yysn", "6w91xhfm73xqr4yysn", "6w90xhfm73xqr4yysn", "6w90dhfm73xqr4yysn", "6w90dwfm73xqr4yysn", "6w90dwrm73xqr4yysn", "6w90dwre73xqr4yysn", "6w90dwre53xqr4yysn", "6w90dwre5qxqr4yysn", "6w90dwre5qdqr4yysn", "6w90dwre5qd9r4yysn", "6w90dwre5qd9t4yysn", "6w90dwre5qd9tryysn", "6w90dwre5qd9trgysn", "6w90dwre5qd9trggsn", "6w90dwre5qd9trgg8n"]}, "config": {"length": 18, "num_substitutions": 18, "string": "2hq1xhfm73xqr4yysn", "table": {"1": "0", "2": "6", "3": "q", "4": "r", "7": "5", "f": "r", "h": "w", "m": "e", "n": "b", "q": "9", "r": "t", "s": "8", "x": "d", "y": "g"}}, "task_name": "task06", "example_name": "0165", "problem_name": "task06_0165"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(z, 5)\n(f, c)\n(2, n)\n(g, 7)\n(8, l)\n(x, 4)\n(k, 6)\n(i, r)\n(1, y)\n(4, u)\n(n, u)\n(u, 9)\n(9, w)\n(l, w)\n(w, 0)\n(5, d)\nString:\nl4u1nkxgifuzwg9528", "label": {"final": "wu9yu647rc9507wdnl", "init": "l4u1nkxgifuzwg9528", "intermediate": ["w4u1nkxgifuzwg9528", "wuu1nkxgifuzwg9528", "wu91nkxgifuzwg9528", "wu9ynkxgifuzwg9528", "wu9yukxgifuzwg9528", "wu9yu6xgifuzwg9528", "wu9yu64gifuzwg9528", "wu9yu647ifuzwg9528", "wu9yu647rfuzwg9528", "wu9yu647rcuzwg9528", "wu9yu647rc9zwg9528", "wu9yu647rc95wg9528", "wu9yu647rc950g9528", "wu9yu647rc95079528", "wu9yu647rc9507w528", "wu9yu647rc9507wd28", "wu9yu647rc9507wdn8"]}, "config": {"length": 18, "num_substitutions": 18, "string": "l4u1nkxgifuzwg9528", "table": {"1": "y", "2": "n", "4": "u", "5": "d", "8": "l", "9": "w", "f": "c", "g": "7", "i": "r", "k": "6", "l": "w", "n": "u", "u": "9", "w": "0", "x": "4", "z": "5"}}, "task_name": "task06", "example_name": "0166", "problem_name": "task06_0166"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(d, j)\n(b, u)\n(x, 2)\n(w, n)\n(0, p)\n(e, z)\n(p, h)\n(7, 8)\n(o, 1)\n(3, 6)\n(a, y)\n(g, t)\nString:\np33dabxowe7d7gwa0x", "label": {"final": "h66jyu21nz8j8tnyp2", "init": "p33dabxowe7d7gwa0x", "intermediate": ["h33dabxowe7d7gwa0x", "h63dabxowe7d7gwa0x", "h66dabxowe7d7gwa0x", "h66jabxowe7d7gwa0x", "h66jybxowe7d7gwa0x", "h66jyuxowe7d7gwa0x", "h66jyu2owe7d7gwa0x", "h66jyu21we7d7gwa0x", "h66jyu21ne7d7gwa0x", "h66jyu21nz7d7gwa0x", "h66jyu21nz8d7gwa0x", "h66jyu21nz8j7gwa0x", "h66jyu21nz8j8gwa0x", "h66jyu21nz8j8twa0x", "h66jyu21nz8j8tna0x", "h66jyu21nz8j8tny0x", "h66jyu21nz8j8tnypx"]}, "config": {"length": 18, "num_substitutions": 18, "string": "p33dabxowe7d7gwa0x", "table": {"0": "p", "3": "6", "7": "8", "a": "y", "b": "u", "d": "j", "e": "z", "g": "t", "o": "1", "p": "h", "w": "n", "x": "2"}}, "task_name": "task06", "example_name": "0167", "problem_name": "task06_0167"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(w, i)\n(4, r)\n(f, t)\n(3, z)\n(5, 7)\n(j, n)\n(9, p)\n(q, t)\n(6, o)\n(x, r)\n(u, n)\n(r, k)\n(0, 7)\n(c, e)\n(2, k)\nString:\nc3u2rfjw6902ccx4q5", "label": {"final": "eznkktniop7keerrt7", "init": "c3u2rfjw6902ccx4q5", "intermediate": ["e3u2rfjw6902ccx4q5", "ezu2rfjw6902ccx4q5", "ezn2rfjw6902ccx4q5", "eznkrfjw6902ccx4q5", "eznkkfjw6902ccx4q5", "eznkktjw6902ccx4q5", "eznkktnw6902ccx4q5", "eznkktni6902ccx4q5", "eznkktnio902ccx4q5", "eznkktniop02ccx4q5", "eznkktniop72ccx4q5", "eznkktniop7kccx4q5", "eznkktniop7kecx4q5", "eznkktniop7keex4q5", "eznkktniop7keer4q5", "eznkktniop7keerrq5", "eznkktniop7keerrt5"]}, "config": {"length": 18, "num_substitutions": 18, "string": "c3u2rfjw6902ccx4q5", "table": {"0": "7", "2": "k", "3": "z", "4": "r", "5": "7", "6": "o", "9": "p", "c": "e", "f": "t", "j": "n", "q": "t", "r": "k", "u": "n", "w": "i", "x": "r"}}, "task_name": "task06", "example_name": "0168", "problem_name": "task06_0168"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(c, 5)\n(m, z)\n(q, b)\n(x, k)\n(j, r)\n(5, s)\n(g, s)\n(t, 4)\n(0, b)\n(d, z)\n(4, n)\n(8, 9)\n(1, 3)\n(b, f)\n(o, v)\n(y, v)\nString:\nqbxy8mjdq105q4tgco", "label": {"final": "bfkv9zrzb3bsbn4s5v", "init": "qbxy8mjdq105q4tgco", "intermediate": ["bbxy8mjdq105q4tgco", "bfxy8mjdq105q4tgco", "bfky8mjdq105q4tgco", "bfkv8mjdq105q4tgco", "bfkv9mjdq105q4tgco", "bfkv9zjdq105q4tgco", "bfkv9zrdq105q4tgco", "bfkv9zrzq105q4tgco", "bfkv9zrzb105q4tgco", "bfkv9zrzb305q4tgco", "bfkv9zrzb3b5q4tgco", "bfkv9zrzb3bsq4tgco", "bfkv9zrzb3bsb4tgco", "bfkv9zrzb3bsbntgco", "bfkv9zrzb3bsbn4gco", "bfkv9zrzb3bsbn4sco", "bfkv9zrzb3bsbn4s5o"]}, "config": {"length": 18, "num_substitutions": 18, "string": "qbxy8mjdq105q4tgco", "table": {"0": "b", "1": "3", "4": "n", "5": "s", "8": "9", "b": "f", "c": "5", "d": "z", "g": "s", "j": "r", "m": "z", "o": "v", "q": "b", "t": "4", "x": "k", "y": "v"}}, "task_name": "task06", "example_name": "0169", "problem_name": "task06_0169"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(w, v)\n(a, 1)\n(t, e)\n(k, z)\n(y, o)\n(j, 5)\n(b, 7)\n(h, 7)\n(r, l)\n(5, 8)\n(6, z)\n(d, l)\n(o, 9)\nString:\nrj6yowbd5takhayohh6", "label": {"final": "l5zo9v7l8e1z71o977z", "init": "rj6yowbd5takhayohh6", "intermediate": ["lj6yowbd5takhayohh6", "l56yowbd5takhayohh6", "l5zyowbd5takhayohh6", "l5zoowbd5takhayohh6", "l5zo9wbd5takhayohh6", "l5zo9vbd5takhayohh6", "l5zo9v7d5takhayohh6", "l5zo9v7l5takhayohh6", "l5zo9v7l8takhayohh6", "l5zo9v7l8eakhayohh6", "l5zo9v7l8e1khayohh6", "l5zo9v7l8e1zhayohh6", "l5zo9v7l8e1z7ayohh6", "l5zo9v7l8e1z71yohh6", "l5zo9v7l8e1z71oohh6", "l5zo9v7l8e1z71o9hh6", "l5zo9v7l8e1z71o97h6", "l5zo9v7l8e1z71o9776"]}, "config": {"length": 19, "num_substitutions": 19, "string": "rj6yowbd5takhayohh6", "table": {"5": "8", "6": "z", "a": "1", "b": "7", "d": "l", "h": "7", "j": "5", "k": "z", "o": "9", "r": "l", "t": "e", "w": "v", "y": "o"}}, "task_name": "task06", "example_name": "0170", "problem_name": "task06_0170"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(2, m)\n(r, j)\n(f, 6)\n(z, m)\n(9, g)\n(q, 8)\n(b, k)\n(m, p)\n(3, l)\n(0, a)\n(4, j)\n(e, 6)\n(t, n)\n(1, h)\nString:\n449r9rb0z1qrb2mf3et", "label": {"final": "jjgjgjkamh8jkmp6l6n", "init": "449r9rb0z1qrb2mf3et", "intermediate": ["j49r9rb0z1qrb2mf3et", "jj9r9rb0z1qrb2mf3et", "jjgr9rb0z1qrb2mf3et", "jjgj9rb0z1qrb2mf3et", "jjgjgrb0z1qrb2mf3et", "jjgjgjb0z1qrb2mf3et", "jjgjgjk0z1qrb2mf3et", "jjgjgjkaz1qrb2mf3et", "jjgjgjkam1qrb2mf3et", "jjgjgjkamhqrb2mf3et", "jjgjgjkamh8rb2mf3et", "jjgjgjkamh8jb2mf3et", "jjgjgjkamh8jk2mf3et", "jjgjgjkamh8jkmmf3et", "jjgjgjkamh8jkmpf3et", "jjgjgjkamh8jkmp63et", "jjgjgjkamh8jkmp6let", "jjgjgjkamh8jkmp6l6t"]}, "config": {"length": 19, "num_substitutions": 19, "string": "449r9rb0z1qrb2mf3et", "table": {"0": "a", "1": "h", "2": "m", "3": "l", "4": "j", "9": "g", "b": "k", "e": "6", "f": "6", "m": "p", "q": "8", "r": "j", "t": "n", "z": "m"}}, "task_name": "task06", "example_name": "0171", "problem_name": "task06_0171"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(8, h)\n(b, o)\n(l, j)\n(4, w)\n(c, f)\n(s, f)\n(o, r)\n(e, i)\n(g, r)\n(z, 3)\n(3, x)\n(w, p)\n(x, m)\n(6, k)\n(u, k)\n(d, y)\n(k, h)\n(2, 1)\nString:\nd8wcl4z6o6euxbsg32k", "label": {"final": "yhpfjw3krkikmofrx1h", "init": "d8wcl4z6o6euxbsg32k", "intermediate": ["y8wcl4z6o6euxbsg32k", "yhwcl4z6o6euxbsg32k", "yhpcl4z6o6euxbsg32k", "yhpfl4z6o6euxbsg32k", "yhpfj4z6o6euxbsg32k", "yhpfjwz6o6euxbsg32k", "yhpfjw36o6euxbsg32k", "yhpfjw3ko6euxbsg32k", "yhpfjw3kr6euxbsg32k", "yhpfjw3krkeuxbsg32k", "yhpfjw3krkiuxbsg32k", "yhpfjw3krkikxbsg32k", "yhpfjw3krkikmbsg32k", "yhpfjw3krkikmosg32k", "yhpfjw3krkikmofg32k", "yhpfjw3krkikmofr32k", "yhpfjw3krkikmofrx2k", "yhpfjw3krkikmofrx1k"]}, "config": {"length": 19, "num_substitutions": 19, "string": "d8wcl4z6o6euxbsg32k", "table": {"2": "1", "3": "x", "4": "w", "6": "k", "8": "h", "b": "o", "c": "f", "d": "y", "e": "i", "g": "r", "k": "h", "l": "j", "o": "r", "s": "f", "u": "k", "w": "p", "x": "m", "z": "3"}}, "task_name": "task06", "example_name": "0172", "problem_name": "task06_0172"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(7, 0)\n(l, o)\n(5, u)\n(e, 9)\n(g, t)\n(1, m)\n(m, w)\n(f, 9)\n(r, d)\n(9, q)\n(s, k)\n(3, b)\n(h, t)\n(4, 0)\nString:\nr37497sgmehh53rglf1", "label": {"final": "db00q0ktw9ttubdto9m", "init": "r37497sgmehh53rglf1", "intermediate": ["d37497sgmehh53rglf1", "db7497sgmehh53rglf1", "db0497sgmehh53rglf1", "db0097sgmehh53rglf1", "db00q7sgmehh53rglf1", "db00q0sgmehh53rglf1", "db00q0kgmehh53rglf1", "db00q0ktmehh53rglf1", "db00q0ktwehh53rglf1", "db00q0ktw9hh53rglf1", "db00q0ktw9th53rglf1", "db00q0ktw9tt53rglf1", "db00q0ktw9ttu3rglf1", "db00q0ktw9ttubrglf1", "db00q0ktw9ttubdglf1", "db00q0ktw9ttubdtlf1", "db00q0ktw9ttubdtof1", "db00q0ktw9ttubdto91"]}, "config": {"length": 19, "num_substitutions": 19, "string": "r37497sgmehh53rglf1", "table": {"1": "m", "3": "b", "4": "0", "5": "u", "7": "0", "9": "q", "e": "9", "f": "9", "g": "t", "h": "t", "l": "o", "m": "w", "r": "d", "s": "k"}}, "task_name": "task06", "example_name": "0173", "problem_name": "task06_0173"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(8, d)\n(r, e)\n(d, t)\n(t, 2)\n(4, e)\n(y, g)\n(n, v)\n(b, k)\n(7, e)\n(v, 5)\n(6, 0)\n(o, s)\n(l, 2)\n(5, c)\nString:\n5t8br6o7l4ltvnldy4o", "label": {"final": "c2dke0se2e225v2tges", "init": "5t8br6o7l4ltvnldy4o", "intermediate": ["ct8br6o7l4ltvnldy4o", "c28br6o7l4ltvnldy4o", "c2dbr6o7l4ltvnldy4o", "c2dkr6o7l4ltvnldy4o", "c2dke6o7l4ltvnldy4o", "c2dke0o7l4ltvnldy4o", "c2dke0s7l4ltvnldy4o", "c2dke0sel4ltvnldy4o", "c2dke0se24ltvnldy4o", "c2dke0se2eltvnldy4o", "c2dke0se2e2tvnldy4o", "c2dke0se2e22vnldy4o", "c2dke0se2e225nldy4o", "c2dke0se2e225vldy4o", "c2dke0se2e225v2dy4o", "c2dke0se2e225v2ty4o", "c2dke0se2e225v2tg4o", "c2dke0se2e225v2tgeo"]}, "config": {"length": 19, "num_substitutions": 19, "string": "5t8br6o7l4ltvnldy4o", "table": {"4": "e", "5": "c", "6": "0", "7": "e", "8": "d", "b": "k", "d": "t", "l": "2", "n": "v", "o": "s", "r": "e", "t": "2", "v": "5", "y": "g"}}, "task_name": "task06", "example_name": "0174", "problem_name": "task06_0174"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(2, a)\n(k, m)\n(5, z)\n(a, n)\n(o, v)\n(b, x)\n(i, g)\n(g, 6)\n(7, m)\n(n, 0)\n(4, t)\n(6, c)\n(y, 0)\n(l, 8)\nString:\ng5nnbna4gyl2ik2yo67", "label": {"final": "6z00x0nt608agma0vcm", "init": "g5nnbna4gyl2ik2yo67", "intermediate": ["65nnbna4gyl2ik2yo67", "6znnbna4gyl2ik2yo67", "6z0nbna4gyl2ik2yo67", "6z00bna4gyl2ik2yo67", "6z00xna4gyl2ik2yo67", "6z00x0a4gyl2ik2yo67", "6z00x0n4gyl2ik2yo67", "6z00x0ntgyl2ik2yo67", "6z00x0nt6yl2ik2yo67", "6z00x0nt60l2ik2yo67", "6z00x0nt6082ik2yo67", "6z00x0nt608aik2yo67", "6z00x0nt608agk2yo67", "6z00x0nt608agm2yo67", "6z00x0nt608agmayo67", "6z00x0nt608agma0o67", "6z00x0nt608agma0v67", "6z00x0nt608agma0vc7"]}, "config": {"length": 19, "num_substitutions": 19, "string": "g5nnbna4gyl2ik2yo67", "table": {"2": "a", "4": "t", "5": "z", "6": "c", "7": "m", "a": "n", "b": "x", "g": "6", "i": "g", "k": "m", "l": "8", "n": "0", "o": "v", "y": "0"}}, "task_name": "task06", "example_name": "0175", "problem_name": "task06_0175"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(z, 1)\n(0, 4)\n(w, c)\n(n, k)\n(d, x)\n(8, f)\n(h, 1)\n(5, k)\n(u, f)\n(y, g)\n(7, q)\n(9, q)\n(f, 2)\n(s, i)\n(6, 2)\nString:\nynw58dzw69h76fu0s5n", "label": {"final": "gkckfx1c2q1q22f4ikk", "init": "ynw58dzw69h76fu0s5n", "intermediate": ["gnw58dzw69h76fu0s5n", "gkw58dzw69h76fu0s5n", "gkc58dzw69h76fu0s5n", "gkck8dzw69h76fu0s5n", "gkckfdzw69h76fu0s5n", "gkckfxzw69h76fu0s5n", "gkckfx1w69h76fu0s5n", "gkckfx1c69h76fu0s5n", "gkckfx1c29h76fu0s5n", "gkckfx1c2qh76fu0s5n", "gkckfx1c2q176fu0s5n", "gkckfx1c2q1q6fu0s5n", "gkckfx1c2q1q2fu0s5n", "gkckfx1c2q1q22u0s5n", "gkckfx1c2q1q22f0s5n", "gkckfx1c2q1q22f4s5n", "gkckfx1c2q1q22f4i5n", "gkckfx1c2q1q22f4ikn"]}, "config": {"length": 19, "num_substitutions": 19, "string": "ynw58dzw69h76fu0s5n", "table": {"0": "4", "5": "k", "6": "2", "7": "q", "8": "f", "9": "q", "d": "x", "f": "2", "h": "1", "n": "k", "s": "i", "u": "f", "w": "c", "y": "g", "z": "1"}}, "task_name": "task06", "example_name": "0176", "problem_name": "task06_0176"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(u, h)\n(4, w)\n(q, p)\n(9, w)\n(8, w)\n(e, n)\n(b, w)\n(t, p)\n(j, 5)\n(h, v)\n(m, v)\n(n, l)\n(6, i)\n(1, 2)\n(f, d)\n(y, a)\n(0, a)\nString:\n0hy8f1q6b46umtmne9j", "label": {"final": "avawd2piwwihvpvlnw5", "init": "0hy8f1q6b46umtmne9j", "intermediate": ["ahy8f1q6b46umtmne9j", "avy8f1q6b46umtmne9j", "ava8f1q6b46umtmne9j", "avawf1q6b46umtmne9j", "avawd1q6b46umtmne9j", "avawd2q6b46umtmne9j", "avawd2p6b46umtmne9j", "avawd2pib46umtmne9j", "avawd2piw46umtmne9j", "avawd2piww6umtmne9j", "avawd2piwwiumtmne9j", "avawd2piwwihmtmne9j", "avawd2piwwihvtmne9j", "avawd2piwwihvpmne9j", "avawd2piwwihvpvne9j", "avawd2piwwihvpvle9j", "avawd2piwwihvpvln9j", "avawd2piwwihvpvlnwj"]}, "config": {"length": 19, "num_substitutions": 19, "string": "0hy8f1q6b46umtmne9j", "table": {"0": "a", "1": "2", "4": "w", "6": "i", "8": "w", "9": "w", "b": "w", "e": "n", "f": "d", "h": "v", "j": "5", "m": "v", "n": "l", "q": "p", "t": "p", "u": "h", "y": "a"}}, "task_name": "task06", "example_name": "0177", "problem_name": "task06_0177"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(q, 5)\n(l, j)\n(v, 6)\n(1, j)\n(k, h)\n(d, 9)\n(a, e)\n(7, x)\n(9, 5)\n(t, f)\n(e, 2)\n(u, z)\n(h, 4)\n(m, w)\n(2, y)\n(c, s)\n(b, 5)\nString:\n7caqbhkt1mlu9ude22v", "label": {"final": "xse554hfjwjz5z92yy6", "init": "7caqbhkt1mlu9ude22v", "intermediate": ["xcaqbhkt1mlu9ude22v", "xsaqbhkt1mlu9ude22v", "xseqbhkt1mlu9ude22v", "xse5bhkt1mlu9ude22v", "xse55hkt1mlu9ude22v", "xse554kt1mlu9ude22v", "xse554ht1mlu9ude22v", "xse554hf1mlu9ude22v", "xse554hfjmlu9ude22v", "xse554hfjwlu9ude22v", "xse554hfjwju9ude22v", "xse554hfjwjz9ude22v", "xse554hfjwjz5ude22v", "xse554hfjwjz5zde22v", "xse554hfjwjz5z9e22v", "xse554hfjwjz5z9222v", "xse554hfjwjz5z92y2v", "xse554hfjwjz5z92yyv"]}, "config": {"length": 19, "num_substitutions": 19, "string": "7caqbhkt1mlu9ude22v", "table": {"1": "j", "2": "y", "7": "x", "9": "5", "a": "e", "b": "5", "c": "s", "d": "9", "e": "2", "h": "4", "k": "h", "l": "j", "m": "w", "q": "5", "t": "f", "u": "z", "v": "6"}}, "task_name": "task06", "example_name": "0178", "problem_name": "task06_0178"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(w, t)\n(c, v)\n(h, i)\n(z, q)\n(5, u)\n(u, l)\n(8, v)\n(t, 7)\n(m, e)\n(k, 7)\n(e, l)\nString:\nw5kteh8zh8wwm88ukc8", "label": {"final": "tu77livqivttevvl7vv", "init": "w5kteh8zh8wwm88ukc8", "intermediate": ["t5kteh8zh8wwm88ukc8", "tukteh8zh8wwm88ukc8", "tu7teh8zh8wwm88ukc8", "tu77eh8zh8wwm88ukc8", "tu77lh8zh8wwm88ukc8", "tu77li8zh8wwm88ukc8", "tu77livzh8wwm88ukc8", "tu77livqh8wwm88ukc8", "tu77livqi8wwm88ukc8", "tu77livqivwwm88ukc8", "tu77livqivtwm88ukc8", "tu77livqivttm88ukc8", "tu77livqivtte88ukc8", "tu77livqivttev8ukc8", "tu77livqivttevvukc8", "tu77livqivttevvlkc8", "tu77livqivttevvl7c8", "tu77livqivttevvl7v8"]}, "config": {"length": 19, "num_substitutions": 19, "string": "w5kteh8zh8wwm88ukc8", "table": {"5": "u", "8": "v", "c": "v", "e": "l", "h": "i", "k": "7", "m": "e", "t": "7", "u": "l", "w": "t", "z": "q"}}, "task_name": "task06", "example_name": "0179", "problem_name": "task06_0179"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(j, m)\n(r, i)\n(w, b)\n(9, y)\n(y, k)\n(1, o)\n(d, u)\n(b, z)\n(l, q)\n(u, e)\n(e, x)\n(i, m)\n(m, k)\n(0, 7)\n(x, f)\n(g, s)\nString:\nujlxgjb10umirgdweyy9", "label": {"final": "emqfsmzo7ekmisubxkky", "init": "ujlxgjb10umirgdweyy9", "intermediate": ["ejlxgjb10umirgdweyy9", "emlxgjb10umirgdweyy9", "emqxgjb10umirgdweyy9", "emqfgjb10umirgdweyy9", "emqfsjb10umirgdweyy9", "emqfsmb10umirgdweyy9", "emqfsmz10umirgdweyy9", "emqfsmzo0umirgdweyy9", "emqfsmzo7umirgdweyy9", "emqfsmzo7emirgdweyy9", "emqfsmzo7ekirgdweyy9", "emqfsmzo7ekmrgdweyy9", "emqfsmzo7ekmigdweyy9", "emqfsmzo7ekmisdweyy9", "emqfsmzo7ekmisuweyy9", "emqfsmzo7ekmisubeyy9", "emqfsmzo7ekmisubxyy9", "emqfsmzo7ekmisubxky9", "emqfsmzo7ekmisubxkk9"]}, "config": {"length": 20, "num_substitutions": 20, "string": "ujlxgjb10umirgdweyy9", "table": {"0": "7", "1": "o", "9": "y", "b": "z", "d": "u", "e": "x", "g": "s", "i": "m", "j": "m", "l": "q", "m": "k", "r": "i", "u": "e", "w": "b", "x": "f", "y": "k"}}, "task_name": "task06", "example_name": "0180", "problem_name": "task06_0180"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(m, o)\n(6, t)\n(s, c)\n(c, 2)\n(u, l)\n(q, 3)\n(t, y)\n(1, w)\n(f, r)\n(i, l)\n(r, 0)\n(4, a)\n(3, d)\nString:\ni1f3cqmit6smr4q14ru4", "label": {"final": "lwrd23olytco0a3wa0la", "init": "i1f3cqmit6smr4q14ru4", "intermediate": ["l1f3cqmit6smr4q14ru4", "lwf3cqmit6smr4q14ru4", "lwr3cqmit6smr4q14ru4", "lwrdcqmit6smr4q14ru4", "lwrd2qmit6smr4q14ru4", "lwrd23mit6smr4q14ru4", "lwrd23oit6smr4q14ru4", "lwrd23olt6smr4q14ru4", "lwrd23oly6smr4q14ru4", "lwrd23olytsmr4q14ru4", "lwrd23olytcmr4q14ru4", "lwrd23olytcor4q14ru4", "lwrd23olytco04q14ru4", "lwrd23olytco0aq14ru4", "lwrd23olytco0a314ru4", "lwrd23olytco0a3w4ru4", "lwrd23olytco0a3waru4", "lwrd23olytco0a3wa0u4", "lwrd23olytco0a3wa0l4"]}, "config": {"length": 20, "num_substitutions": 20, "string": "i1f3cqmit6smr4q14ru4", "table": {"1": "w", "3": "d", "4": "a", "6": "t", "c": "2", "f": "r", "i": "l", "m": "o", "q": "3", "r": "0", "s": "c", "t": "y", "u": "l"}}, "task_name": "task06", "example_name": "0181", "problem_name": "task06_0181"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(2, c)\n(b, r)\n(v, 9)\n(e, q)\n(f, 3)\n(9, j)\n(c, i)\n(z, 3)\n(6, r)\n(8, u)\n(q, w)\n(1, p)\n(7, a)\n(3, j)\nString:\n8z97v3ef7bqczf163e2f", "label": {"final": "u3ja9jq3arwi33prjqc3", "init": "8z97v3ef7bqczf163e2f", "intermediate": ["uz97v3ef7bqczf163e2f", "u397v3ef7bqczf163e2f", "u3j7v3ef7bqczf163e2f", "u3jav3ef7bqczf163e2f", "u3ja93ef7bqczf163e2f", "u3ja9jef7bqczf163e2f", "u3ja9jqf7bqczf163e2f", "u3ja9jq37bqczf163e2f", "u3ja9jq3abqczf163e2f", "u3ja9jq3arqczf163e2f", "u3ja9jq3arwczf163e2f", "u3ja9jq3arwizf163e2f", "u3ja9jq3arwi3f163e2f", "u3ja9jq3arwi33163e2f", "u3ja9jq3arwi33p63e2f", "u3ja9jq3arwi33pr3e2f", "u3ja9jq3arwi33prje2f", "u3ja9jq3arwi33prjq2f", "u3ja9jq3arwi33prjqcf"]}, "config": {"length": 20, "num_substitutions": 20, "string": "8z97v3ef7bqczf163e2f", "table": {"1": "p", "2": "c", "3": "j", "6": "r", "7": "a", "8": "u", "9": "j", "b": "r", "c": "i", "e": "q", "f": "3", "q": "w", "v": "9", "z": "3"}}, "task_name": "task06", "example_name": "0182", "problem_name": "task06_0182"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(4, 3)\n(b, e)\n(s, r)\n(p, q)\n(9, k)\n(5, v)\n(x, c)\n(f, q)\n(i, u)\n(6, y)\n(q, n)\n(o, e)\n(v, j)\n(a, c)\n(r, l)\n(g, 8)\nString:\n5p9viabxq6g9f46ovsr9", "label": {"final": "vqkjucecny8kq3yejrlk", "init": "5p9viabxq6g9f46ovsr9", "intermediate": ["vp9viabxq6g9f46ovsr9", "vq9viabxq6g9f46ovsr9", "vqkviabxq6g9f46ovsr9", "vqkjiabxq6g9f46ovsr9", "vqkjuabxq6g9f46ovsr9", "vqkjucbxq6g9f46ovsr9", "vqkjucexq6g9f46ovsr9", "vqkjucecq6g9f46ovsr9", "vqkjucecn6g9f46ovsr9", "vqkjucecnyg9f46ovsr9", "vqkjucecny89f46ovsr9", "vqkjucecny8kf46ovsr9", "vqkjucecny8kq46ovsr9", "vqkjucecny8kq36ovsr9", "vqkjucecny8kq3yovsr9", "vqkjucecny8kq3yevsr9", "vqkjucecny8kq3yejsr9", "vqkjucecny8kq3yejrr9", "vqkjucecny8kq3yejrl9"]}, "config": {"length": 20, "num_substitutions": 20, "string": "5p9viabxq6g9f46ovsr9", "table": {"4": "3", "5": "v", "6": "y", "9": "k", "a": "c", "b": "e", "f": "q", "g": "8", "i": "u", "o": "e", "p": "q", "q": "n", "r": "l", "s": "r", "v": "j", "x": "c"}}, "task_name": "task06", "example_name": "0183", "problem_name": "task06_0183"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(w, 1)\n(7, j)\n(s, m)\n(o, 4)\n(4, p)\n(n, 5)\n(x, a)\n(p, q)\n(v, b)\n(1, h)\n(6, k)\n(5, u)\n(h, 8)\n(r, z)\n(q, c)\n(z, 9)\n(u, 0)\n(m, e)\nString:\n6v7rou6q1nmzs46hwxp5", "label": {"final": "kbjz40kch5e9mpk81aqu", "init": "6v7rou6q1nmzs46hwxp5", "intermediate": ["kv7rou6q1nmzs46hwxp5", "kb7rou6q1nmzs46hwxp5", "kbjrou6q1nmzs46hwxp5", "kbjzou6q1nmzs46hwxp5", "kbjz4u6q1nmzs46hwxp5", "kbjz406q1nmzs46hwxp5", "kbjz40kq1nmzs46hwxp5", "kbjz40kc1nmzs46hwxp5", "kbjz40kchnmzs46hwxp5", "kbjz40kch5mzs46hwxp5", "kbjz40kch5ezs46hwxp5", "kbjz40kch5e9s46hwxp5", "kbjz40kch5e9m46hwxp5", "kbjz40kch5e9mp6hwxp5", "kbjz40kch5e9mpkhwxp5", "kbjz40kch5e9mpk8wxp5", "kbjz40kch5e9mpk81xp5", "kbjz40kch5e9mpk81ap5", "kbjz40kch5e9mpk81aq5"]}, "config": {"length": 20, "num_substitutions": 20, "string": "6v7rou6q1nmzs46hwxp5", "table": {"1": "h", "4": "p", "5": "u", "6": "k", "7": "j", "h": "8", "m": "e", "n": "5", "o": "4", "p": "q", "q": "c", "r": "z", "s": "m", "u": "0", "v": "b", "w": "1", "x": "a", "z": "9"}}, "task_name": "task06", "example_name": "0184", "problem_name": "task06_0184"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(2, d)\n(q, l)\n(h, a)\n(o, g)\n(8, c)\n(t, c)\n(1, u)\n(z, s)\n(f, y)\n(e, 7)\n(u, 4)\n(b, s)\n(5, m)\n(3, p)\n(g, v)\nString:\n1gb8u2qf5ueh15oz5t3h", "label": {"final": "uvsc4dlym47aumgsmcpa", "init": "1gb8u2qf5ueh15oz5t3h", "intermediate": ["ugb8u2qf5ueh15oz5t3h", "uvb8u2qf5ueh15oz5t3h", "uvs8u2qf5ueh15oz5t3h", "uvscu2qf5ueh15oz5t3h", "uvsc42qf5ueh15oz5t3h", "uvsc4dqf5ueh15oz5t3h", "uvsc4dlf5ueh15oz5t3h", "uvsc4dly5ueh15oz5t3h", "uvsc4dlymueh15oz5t3h", "uvsc4dlym4eh15oz5t3h", "uvsc4dlym47h15oz5t3h", "uvsc4dlym47a15oz5t3h", "uvsc4dlym47au5oz5t3h", "uvsc4dlym47aumoz5t3h", "uvsc4dlym47aumgz5t3h", "uvsc4dlym47aumgs5t3h", "uvsc4dlym47aumgsmt3h", "uvsc4dlym47aumgsmc3h", "uvsc4dlym47aumgsmcph"]}, "config": {"length": 20, "num_substitutions": 20, "string": "1gb8u2qf5ueh15oz5t3h", "table": {"1": "u", "2": "d", "3": "p", "5": "m", "8": "c", "b": "s", "e": "7", "f": "y", "g": "v", "h": "a", "o": "g", "q": "l", "t": "c", "u": "4", "z": "s"}}, "task_name": "task06", "example_name": "0185", "problem_name": "task06_0185"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(d, e)\n(e, l)\n(u, r)\n(r, s)\n(c, i)\n(o, 2)\n(2, h)\n(s, f)\n(y, 6)\n(x, j)\n(z, j)\n(w, 8)\n(5, 0)\nString:\ne2zzusxdcowsy5srzsy2", "label": {"final": "lhjjrfjei28f60fsjf6h", "init": "e2zzusxdcowsy5srzsy2", "intermediate": ["l2zzusxdcowsy5srzsy2", "lhzzusxdcowsy5srzsy2", "lhjzusxdcowsy5srzsy2", "lhjjusxdcowsy5srzsy2", "lhjjrsxdcowsy5srzsy2", "lhjjrfxdcowsy5srzsy2", "lhjjrfjdcowsy5srzsy2", "lhjjrfjecowsy5srzsy2", "lhjjrfjeiowsy5srzsy2", "lhjjrfjei2wsy5srzsy2", "lhjjrfjei28sy5srzsy2", "lhjjrfjei28fy5srzsy2", "lhjjrfjei28f65srzsy2", "lhjjrfjei28f60srzsy2", "lhjjrfjei28f60frzsy2", "lhjjrfjei28f60fszsy2", "lhjjrfjei28f60fsjsy2", "lhjjrfjei28f60fsjfy2", "lhjjrfjei28f60fsjf62"]}, "config": {"length": 20, "num_substitutions": 20, "string": "e2zzusxdcowsy5srzsy2", "table": {"2": "h", "5": "0", "c": "i", "d": "e", "e": "l", "o": "2", "r": "s", "s": "f", "u": "r", "w": "8", "x": "j", "y": "6", "z": "j"}}, "task_name": "task06", "example_name": "0186", "problem_name": "task06_0186"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(o, b)\n(8, n)\n(g, 5)\n(c, v)\n(j, f)\n(2, m)\n(3, m)\n(9, q)\n(w, h)\n(n, h)\n(6, x)\n(z, h)\n(7, b)\n(x, 5)\n(d, 0)\n(a, f)\n(0, t)\nString:\nnwzc6a9dxjc2ojg0c837", "label": {"final": "hhhvxfq05fvmbf5tvnmb", "init": "nwzc6a9dxjc2ojg0c837", "intermediate": ["hwzc6a9dxjc2ojg0c837", "hhzc6a9dxjc2ojg0c837", "hhhc6a9dxjc2ojg0c837", "hhhv6a9dxjc2ojg0c837", "hhhvxa9dxjc2ojg0c837", "hhhvxf9dxjc2ojg0c837", "hhhvxfqdxjc2ojg0c837", "hhhvxfq0xjc2ojg0c837", "hhhvxfq05jc2ojg0c837", "hhhvxfq05fc2ojg0c837", "hhhvxfq05fv2ojg0c837", "hhhvxfq05fvmojg0c837", "hhhvxfq05fvmbjg0c837", "hhhvxfq05fvmbfg0c837", "hhhvxfq05fvmbf50c837", "hhhvxfq05fvmbf5tc837", "hhhvxfq05fvmbf5tv837", "hhhvxfq05fvmbf5tvn37", "hhhvxfq05fvmbf5tvnm7"]}, "config": {"length": 20, "num_substitutions": 20, "string": "nwzc6a9dxjc2ojg0c837", "table": {"0": "t", "2": "m", "3": "m", "6": "x", "7": "b", "8": "n", "9": "q", "a": "f", "c": "v", "d": "0", "g": "5", "j": "f", "n": "h", "o": "b", "w": "h", "x": "5", "z": "h"}}, "task_name": "task06", "example_name": "0187", "problem_name": "task06_0187"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(g, 4)\n(n, 6)\n(a, 2)\n(u, 3)\n(1, 6)\n(l, p)\n(p, 7)\n(v, y)\n(c, w)\n(j, x)\n(i, t)\n(b, 9)\n(7, t)\n(4, y)\n(y, 2)\n(8, h)\nString:\njg7uyu4vipypaln8gb1c", "label": {"final": "x4t323yyt7272p6h496w", "init": "jg7uyu4vipypaln8gb1c", "intermediate": ["xg7uyu4vipypaln8gb1c", "x47uyu4vipypaln8gb1c", "x4tuyu4vipypaln8gb1c", "x4t3yu4vipypaln8gb1c", "x4t32u4vipypaln8gb1c", "x4t3234vipypaln8gb1c", "x4t323yvipypaln8gb1c", "x4t323yyipypaln8gb1c", "x4t323yytpypaln8gb1c", "x4t323yyt7ypaln8gb1c", "x4t323yyt72paln8gb1c", "x4t323yyt727aln8gb1c", "x4t323yyt7272ln8gb1c", "x4t323yyt7272pn8gb1c", "x4t323yyt7272p68gb1c", "x4t323yyt7272p6hgb1c", "x4t323yyt7272p6h4b1c", "x4t323yyt7272p6h491c", "x4t323yyt7272p6h496c"]}, "config": {"length": 20, "num_substitutions": 20, "string": "jg7uyu4vipypaln8gb1c", "table": {"1": "6", "4": "y", "7": "t", "8": "h", "a": "2", "b": "9", "c": "w", "g": "4", "i": "t", "j": "x", "l": "p", "n": "6", "p": "7", "u": "3", "v": "y", "y": "2"}}, "task_name": "task06", "example_name": "0188", "problem_name": "task06_0188"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(o, l)\n(x, v)\n(4, z)\n(f, w)\n(9, h)\n(k, q)\n(v, z)\n(5, r)\n(q, z)\n(p, e)\n(h, e)\n(8, t)\n(l, y)\n(n, w)\n(y, i)\n(a, z)\n(6, m)\nString:\nxhapq6ffyvn5lk49a8xo", "label": {"final": "vezezmwwizwryqzhztvl", "init": "xhapq6ffyvn5lk49a8xo", "intermediate": ["vhapq6ffyvn5lk49a8xo", "veapq6ffyvn5lk49a8xo", "vezpq6ffyvn5lk49a8xo", "vezeq6ffyvn5lk49a8xo", "vezez6ffyvn5lk49a8xo", "vezezmffyvn5lk49a8xo", "vezezmwfyvn5lk49a8xo", "vezezmwwyvn5lk49a8xo", "vezezmwwivn5lk49a8xo", "vezezmwwizn5lk49a8xo", "vezezmwwizw5lk49a8xo", "vezezmwwizwrlk49a8xo", "vezezmwwizwryk49a8xo", "vezezmwwizwryq49a8xo", "vezezmwwizwryqz9a8xo", "vezezmwwizwryqzha8xo", "vezezmwwizwryqzhz8xo", "vezezmwwizwryqzhztxo", "vezezmwwizwryqzhztvo"]}, "config": {"length": 20, "num_substitutions": 20, "string": "xhapq6ffyvn5lk49a8xo", "table": {"4": "z", "5": "r", "6": "m", "8": "t", "9": "h", "a": "z", "f": "w", "h": "e", "k": "q", "l": "y", "n": "w", "o": "l", "p": "e", "q": "z", "v": "z", "x": "v", "y": "i"}}, "task_name": "task06", "example_name": "0189", "problem_name": "task06_0189"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(r, o)\n(v, 0)\n(q, l)\n(c, y)\n(9, 2)\n(b, t)\n(k, 6)\n(0, 7)\n(w, h)\n(t, a)\n(l, 1)\n(j, y)\n(s, 2)\n(p, z)\n(h, 6)\n(x, a)\n(g, m)\nString:\nvckg0kq9sxwltcjr0phbh", "label": {"final": "0y6m76l22ah1ayyo7z6t6", "init": "vckg0kq9sxwltcjr0phbh", "intermediate": ["0ckg0kq9sxwltcjr0phbh", "0ykg0kq9sxwltcjr0phbh", "0y6g0kq9sxwltcjr0phbh", "0y6m0kq9sxwltcjr0phbh", "0y6m7kq9sxwltcjr0phbh", "0y6m76q9sxwltcjr0phbh", "0y6m76l9sxwltcjr0phbh", "0y6m76l2sxwltcjr0phbh", "0y6m76l22xwltcjr0phbh", "0y6m76l22awltcjr0phbh", "0y6m76l22ahltcjr0phbh", "0y6m76l22ah1tcjr0phbh", "0y6m76l22ah1acjr0phbh", "0y6m76l22ah1ayjr0phbh", "0y6m76l22ah1ayyr0phbh", "0y6m76l22ah1ayyo0phbh", "0y6m76l22ah1ayyo7phbh", "0y6m76l22ah1ayyo7zhbh", "0y6m76l22ah1ayyo7z6bh", "0y6m76l22ah1ayyo7z6th"]}, "config": {"length": 21, "num_substitutions": 21, "string": "vckg0kq9sxwltcjr0phbh", "table": {"0": "7", "9": "2", "b": "t", "c": "y", "g": "m", "h": "6", "j": "y", "k": "6", "l": "1", "p": "z", "q": "l", "r": "o", "s": "2", "t": "a", "v": "0", "w": "h", "x": "a"}}, "task_name": "task06", "example_name": "0190", "problem_name": "task06_0190"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(v, 9)\n(f, h)\n(c, q)\n(u, 7)\n(4, 2)\n(j, q)\n(9, x)\n(d, 3)\n(o, q)\n(x, y)\n(r, 5)\n(1, n)\n(3, e)\n(t, p)\n(5, s)\n(2, 6)\nString:\n4djx1f3o529r3ocv1jtuv", "label": {"final": "23qynheqs6x5eqq9nqp79", "init": "4djx1f3o529r3ocv1jtuv", "intermediate": ["2djx1f3o529r3ocv1jtuv", "23jx1f3o529r3ocv1jtuv", "23qx1f3o529r3ocv1jtuv", "23qy1f3o529r3ocv1jtuv", "23qynf3o529r3ocv1jtuv", "23qynh3o529r3ocv1jtuv", "23qynheo529r3ocv1jtuv", "23qynheq529r3ocv1jtuv", "23qynheqs29r3ocv1jtuv", "23qynheqs69r3ocv1jtuv", "23qynheqs6xr3ocv1jtuv", "23qynheqs6x53ocv1jtuv", "23qynheqs6x5eocv1jtuv", "23qynheqs6x5eqcv1jtuv", "23qynheqs6x5eqqv1jtuv", "23qynheqs6x5eqq91jtuv", "23qynheqs6x5eqq9njtuv", "23qynheqs6x5eqq9nqtuv", "23qynheqs6x5eqq9nqpuv", "23qynheqs6x5eqq9nqp7v"]}, "config": {"length": 21, "num_substitutions": 21, "string": "4djx1f3o529r3ocv1jtuv", "table": {"1": "n", "2": "6", "3": "e", "4": "2", "5": "s", "9": "x", "c": "q", "d": "3", "f": "h", "j": "q", "o": "q", "r": "5", "t": "p", "u": "7", "v": "9", "x": "y"}}, "task_name": "task06", "example_name": "0191", "problem_name": "task06_0191"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(z, f)\n(5, f)\n(2, p)\n(n, x)\n(y, 7)\n(d, g)\n(k, 9)\n(9, b)\n(m, 8)\n(t, l)\n(a, 0)\n(x, f)\n(j, 8)\n(w, p)\n(1, b)\n(0, r)\n(i, c)\n(e, s)\nString:\nye1xkm95idwjt0dzj2ina", "label": {"final": "7sbf98bfcgp8lrgf8pcx0", "init": "ye1xkm95idwjt0dzj2ina", "intermediate": ["7e1xkm95idwjt0dzj2ina", "7s1xkm95idwjt0dzj2ina", "7sbxkm95idwjt0dzj2ina", "7sbfkm95idwjt0dzj2ina", "7sbf9m95idwjt0dzj2ina", "7sbf9895idwjt0dzj2ina", "7sbf98b5idwjt0dzj2ina", "7sbf98bfidwjt0dzj2ina", "7sbf98bfcdwjt0dzj2ina", "7sbf98bfcgwjt0dzj2ina", "7sbf98bfcgpjt0dzj2ina", "7sbf98bfcgp8t0dzj2ina", "7sbf98bfcgp8l0dzj2ina", "7sbf98bfcgp8lrdzj2ina", "7sbf98bfcgp8lrgzj2ina", "7sbf98bfcgp8lrgfj2ina", "7sbf98bfcgp8lrgf82ina", "7sbf98bfcgp8lrgf8pina", "7sbf98bfcgp8lrgf8pcna", "7sbf98bfcgp8lrgf8pcxa"]}, "config": {"length": 21, "num_substitutions": 21, "string": "ye1xkm95idwjt0dzj2ina", "table": {"0": "r", "1": "b", "2": "p", "5": "f", "9": "b", "a": "0", "d": "g", "e": "s", "i": "c", "j": "8", "k": "9", "m": "8", "n": "x", "t": "l", "w": "p", "x": "f", "y": "7", "z": "f"}}, "task_name": "task06", "example_name": "0192", "problem_name": "task06_0192"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(k, 5)\n(2, t)\n(o, 4)\n(w, l)\n(f, a)\n(g, d)\n(n, 4)\n(x, p)\n(u, 3)\n(v, 6)\n(8, 1)\n(i, l)\n(s, 3)\n(c, q)\n(7, l)\n(1, l)\nString:\nwk1c7ixivfou27s2vgn88", "label": {"final": "l5lqllpl6a43tl3t6d411", "init": "wk1c7ixivfou27s2vgn88", "intermediate": ["lk1c7ixivfou27s2vgn88", "l51c7ixivfou27s2vgn88", "l5lc7ixivfou27s2vgn88", "l5lq7ixivfou27s2vgn88", "l5lqlixivfou27s2vgn88", "l5lqllxivfou27s2vgn88", "l5lqllpivfou27s2vgn88", "l5lqllplvfou27s2vgn88", "l5lqllpl6fou27s2vgn88", "l5lqllpl6aou27s2vgn88", "l5lqllpl6a4u27s2vgn88", "l5lqllpl6a4327s2vgn88", "l5lqllpl6a43t7s2vgn88", "l5lqllpl6a43tls2vgn88", "l5lqllpl6a43tl32vgn88", "l5lqllpl6a43tl3tvgn88", "l5lqllpl6a43tl3t6gn88", "l5lqllpl6a43tl3t6dn88", "l5lqllpl6a43tl3t6d488", "l5lqllpl6a43tl3t6d418"]}, "config": {"length": 21, "num_substitutions": 21, "string": "wk1c7ixivfou27s2vgn88", "table": {"1": "l", "2": "t", "7": "l", "8": "1", "c": "q", "f": "a", "g": "d", "i": "l", "k": "5", "n": "4", "o": "4", "s": "3", "u": "3", "v": "6", "w": "l", "x": "p"}}, "task_name": "task06", "example_name": "0193", "problem_name": "task06_0193"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(q, b)\n(y, o)\n(8, c)\n(n, f)\n(l, j)\n(4, v)\n(h, o)\n(d, p)\n(7, k)\n(a, 0)\n(2, 3)\n(e, u)\n(0, b)\n(9, p)\n(j, z)\n(6, i)\nString:\n604eq7ayqn9ljdly860h2", "label": {"final": "ibvubk0obfpjzpjocibo3", "init": "604eq7ayqn9ljdly860h2", "intermediate": ["i04eq7ayqn9ljdly860h2", "ib4eq7ayqn9ljdly860h2", "ibveq7ayqn9ljdly860h2", "ibvuq7ayqn9ljdly860h2", "ibvub7ayqn9ljdly860h2", "ibvubkayqn9ljdly860h2", "ibvubk0yqn9ljdly860h2", "ibvubk0oqn9ljdly860h2", "ibvubk0obn9ljdly860h2", "ibvubk0obf9ljdly860h2", "ibvubk0obfpljdly860h2", "ibvubk0obfpjjdly860h2", "ibvubk0obfpjzdly860h2", "ibvubk0obfpjzply860h2", "ibvubk0obfpjzpjy860h2", "ibvubk0obfpjzpjo860h2", "ibvubk0obfpjzpjoc60h2", "ibvubk0obfpjzpjoci0h2", "ibvubk0obfpjzpjocibh2", "ibvubk0obfpjzpjocibo2"]}, "config": {"length": 21, "num_substitutions": 21, "string": "604eq7ayqn9ljdly860h2", "table": {"0": "b", "2": "3", "4": "v", "6": "i", "7": "k", "8": "c", "9": "p", "a": "0", "d": "p", "e": "u", "h": "o", "j": "z", "l": "j", "n": "f", "q": "b", "y": "o"}}, "task_name": "task06", "example_name": "0194", "problem_name": "task06_0194"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(y, 1)\n(n, q)\n(9, b)\n(j, i)\n(b, k)\n(1, 8)\n(i, r)\n(o, l)\n(m, f)\n(l, q)\n(s, d)\n(a, u)\n(t, p)\n(5, g)\n(x, v)\n(r, u)\n(e, h)\n(c, k)\nString:\ntclnbysaexrm15joi9xtm", "label": {"final": "pkqqk1duhvuf8gilrbvpf", "init": "tclnbysaexrm15joi9xtm", "intermediate": ["pclnbysaexrm15joi9xtm", "pklnbysaexrm15joi9xtm", "pkqnbysaexrm15joi9xtm", "pkqqbysaexrm15joi9xtm", "pkqqkysaexrm15joi9xtm", "pkqqk1saexrm15joi9xtm", "pkqqk1daexrm15joi9xtm", "pkqqk1duexrm15joi9xtm", "pkqqk1duhxrm15joi9xtm", "pkqqk1duhvrm15joi9xtm", "pkqqk1duhvum15joi9xtm", "pkqqk1duhvuf15joi9xtm", "pkqqk1duhvuf85joi9xtm", "pkqqk1duhvuf8gjoi9xtm", "pkqqk1duhvuf8gioi9xtm", "pkqqk1duhvuf8gili9xtm", "pkqqk1duhvuf8gilr9xtm", "pkqqk1duhvuf8gilrbxtm", "pkqqk1duhvuf8gilrbvtm", "pkqqk1duhvuf8gilrbvpm"]}, "config": {"length": 21, "num_substitutions": 21, "string": "tclnbysaexrm15joi9xtm", "table": {"1": "8", "5": "g", "9": "b", "a": "u", "b": "k", "c": "k", "e": "h", "i": "r", "j": "i", "l": "q", "m": "f", "n": "q", "o": "l", "r": "u", "s": "d", "t": "p", "x": "v", "y": "1"}}, "task_name": "task06", "example_name": "0195", "problem_name": "task06_0195"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(j, t)\n(t, e)\n(u, q)\n(b, 4)\n(3, 0)\n(k, h)\n(a, p)\n(9, 0)\n(i, d)\n(z, c)\n(n, x)\n(m, 8)\n(o, 6)\nString:\nabumanzjkka9jti3kmtot", "label": {"final": "p4q8pxcthhp0ted0h8e6e", "init": "abumanzjkka9jti3kmtot", "intermediate": ["pbumanzjkka9jti3kmtot", "p4umanzjkka9jti3kmtot", "p4qmanzjkka9jti3kmtot", "p4q8anzjkka9jti3kmtot", "p4q8pnzjkka9jti3kmtot", "p4q8pxzjkka9jti3kmtot", "p4q8pxcjkka9jti3kmtot", "p4q8pxctkka9jti3kmtot", "p4q8pxcthka9jti3kmtot", "p4q8pxcthha9jti3kmtot", "p4q8pxcthhp9jti3kmtot", "p4q8pxcthhp0jti3kmtot", "p4q8pxcthhp0tti3kmtot", "p4q8pxcthhp0tei3kmtot", "p4q8pxcthhp0ted3kmtot", "p4q8pxcthhp0ted0kmtot", "p4q8pxcthhp0ted0hmtot", "p4q8pxcthhp0ted0h8tot", "p4q8pxcthhp0ted0h8eot", "p4q8pxcthhp0ted0h8e6t"]}, "config": {"length": 21, "num_substitutions": 21, "string": "abumanzjkka9jti3kmtot", "table": {"3": "0", "9": "0", "a": "p", "b": "4", "i": "d", "j": "t", "k": "h", "m": "8", "n": "x", "o": "6", "t": "e", "u": "q", "z": "c"}}, "task_name": "task06", "example_name": "0196", "problem_name": "task06_0196"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(1, 8)\n(c, 9)\n(r, k)\n(p, z)\n(m, y)\n(v, f)\n(x, o)\n(k, i)\n(y, w)\n(4, n)\n(e, a)\n(u, i)\n(8, l)\n(9, t)\n(3, a)\n(i, t)\n(t, o)\nString:\nivurkiv1yvtxempc3e894", "label": {"final": "tfikitf8wfooayz9aaltn", "init": "ivurkiv1yvtxempc3e894", "intermediate": ["tvurkiv1yvtxempc3e894", "tfurkiv1yvtxempc3e894", "tfirkiv1yvtxempc3e894", "tfikkiv1yvtxempc3e894", "tfikiiv1yvtxempc3e894", "tfikitv1yvtxempc3e894", "tfikitf1yvtxempc3e894", "tfikitf8yvtxempc3e894", "tfikitf8wvtxempc3e894", "tfikitf8wftxempc3e894", "tfikitf8wfoxempc3e894", "tfikitf8wfooempc3e894", "tfikitf8wfooampc3e894", "tfikitf8wfooaypc3e894", "tfikitf8wfooayzc3e894", "tfikitf8wfooayz93e894", "tfikitf8wfooayz9ae894", "tfikitf8wfooayz9aa894", "tfikitf8wfooayz9aal94", "tfikitf8wfooayz9aalt4"]}, "config": {"length": 21, "num_substitutions": 21, "string": "ivurkiv1yvtxempc3e894", "table": {"1": "8", "3": "a", "4": "n", "8": "l", "9": "t", "c": "9", "e": "a", "i": "t", "k": "i", "m": "y", "p": "z", "r": "k", "t": "o", "u": "i", "v": "f", "x": "o", "y": "w"}}, "task_name": "task06", "example_name": "0197", "problem_name": "task06_0197"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(y, k)\n(k, 3)\n(j, 8)\n(2, 8)\n(a, o)\n(g, 3)\n(c, f)\n(f, 1)\n(3, d)\n(z, q)\n(d, e)\n(t, w)\n(r, 4)\n(m, h)\n(o, 8)\n(x, i)\nString:\naxomkzjftdca323gtgrry", "label": {"final": "oi8h3q81wefod8d3w344k", "init": "axomkzjftdca323gtgrry", "intermediate": ["oxomkzjftdca323gtgrry", "oiomkzjftdca323gtgrry", "oi8mkzjftdca323gtgrry", "oi8hkzjftdca323gtgrry", "oi8h3zjftdca323gtgrry", "oi8h3qjftdca323gtgrry", "oi8h3q8ftdca323gtgrry", "oi8h3q81tdca323gtgrry", "oi8h3q81wdca323gtgrry", "oi8h3q81weca323gtgrry", "oi8h3q81wefa323gtgrry", "oi8h3q81wefo323gtgrry", "oi8h3q81wefod23gtgrry", "oi8h3q81wefod83gtgrry", "oi8h3q81wefod8dgtgrry", "oi8h3q81wefod8d3tgrry", "oi8h3q81wefod8d3wgrry", "oi8h3q81wefod8d3w3rry", "oi8h3q81wefod8d3w34ry", "oi8h3q81wefod8d3w344y"]}, "config": {"length": 21, "num_substitutions": 21, "string": "axomkzjftdca323gtgrry", "table": {"2": "8", "3": "d", "a": "o", "c": "f", "d": "e", "f": "1", "g": "3", "j": "8", "k": "3", "m": "h", "o": "8", "r": "4", "t": "w", "x": "i", "y": "k", "z": "q"}}, "task_name": "task06", "example_name": "0198", "problem_name": "task06_0198"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(9, 3)\n(8, j)\n(w, v)\n(l, e)\n(m, k)\n(c, 2)\n(3, 7)\n(e, 2)\n(n, z)\n(0, b)\n(2, y)\n(h, 6)\n(p, z)\n(7, 5)\n(y, d)\nString:\ne9em3w82ewmcnyephl790", "label": {"final": "232k7vjy2vk2zd2z6e53b", "init": "e9em3w82ewmcnyephl790", "intermediate": ["29em3w82ewmcnyephl790", "23em3w82ewmcnyephl790", "232m3w82ewmcnyephl790", "232k3w82ewmcnyephl790", "232k7w82ewmcnyephl790", "232k7v82ewmcnyephl790", "232k7vj2ewmcnyephl790", "232k7vjyewmcnyephl790", "232k7vjy2wmcnyephl790", "232k7vjy2vmcnyephl790", "232k7vjy2vkcnyephl790", "232k7vjy2vk2nyephl790", "232k7vjy2vk2zyephl790", "232k7vjy2vk2zdephl790", "232k7vjy2vk2zd2phl790", "232k7vjy2vk2zd2zhl790", "232k7vjy2vk2zd2z6l790", "232k7vjy2vk2zd2z6e790", "232k7vjy2vk2zd2z6e590", "232k7vjy2vk2zd2z6e530"]}, "config": {"length": 21, "num_substitutions": 21, "string": "e9em3w82ewmcnyephl790", "table": {"0": "b", "2": "y", "3": "7", "7": "5", "8": "j", "9": "3", "c": "2", "e": "2", "h": "6", "l": "e", "m": "k", "n": "z", "p": "z", "w": "v", "y": "d"}}, "task_name": "task06", "example_name": "0199", "problem_name": "task06_0199"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(e, 3)\n(t, h)\n(3, r)\n(8, y)\n(6, w)\n(i, d)\n(y, 2)\n(h, 9)\n(r, j)\n(a, 9)\n(5, l)\n(s, 7)\n(9, w)\n(p, o)\n(w, x)\n(b, o)\n(c, 7)\nString:\nr6w5eihpc53rwastb8s9sy", "label": {"final": "jwxl3d9o7lrjx97hoy7w72", "init": "r6w5eihpc53rwastb8s9sy", "intermediate": ["j6w5eihpc53rwastb8s9sy", "jww5eihpc53rwastb8s9sy", "jwx5eihpc53rwastb8s9sy", "jwxleihpc53rwastb8s9sy", "jwxl3ihpc53rwastb8s9sy", "jwxl3dhpc53rwastb8s9sy", "jwxl3d9pc53rwastb8s9sy", "jwxl3d9oc53rwastb8s9sy", "jwxl3d9o753rwastb8s9sy", "jwxl3d9o7l3rwastb8s9sy", "jwxl3d9o7lrrwastb8s9sy", "jwxl3d9o7lrjwastb8s9sy", "jwxl3d9o7lrjxastb8s9sy", "jwxl3d9o7lrjx9stb8s9sy", "jwxl3d9o7lrjx97tb8s9sy", "jwxl3d9o7lrjx97hb8s9sy", "jwxl3d9o7lrjx97ho8s9sy", "jwxl3d9o7lrjx97hoys9sy", "jwxl3d9o7lrjx97hoy79sy", "jwxl3d9o7lrjx97hoy7wsy", "jwxl3d9o7lrjx97hoy7w7y"]}, "config": {"length": 22, "num_substitutions": 22, "string": "r6w5eihpc53rwastb8s9sy", "table": {"3": "r", "5": "l", "6": "w", "8": "y", "9": "w", "a": "9", "b": "o", "c": "7", "e": "3", "h": "9", "i": "d", "p": "o", "r": "j", "s": "7", "t": "h", "w": "x", "y": "2"}}, "task_name": "task06", "example_name": "0200", "problem_name": "task06_0200"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(v, 2)\n(k, 2)\n(8, a)\n(t, g)\n(z, f)\n(y, u)\n(h, 1)\n(7, 5)\n(3, l)\n(a, u)\n(w, j)\n(l, d)\n(b, d)\n(s, g)\n(i, e)\nString:\n3bhyklsyzzlhak7i8vw7lt", "label": {"final": "ld1u2dguffd1u25ea2j5dg", "init": "3bhyklsyzzlhak7i8vw7lt", "intermediate": ["lbhyklsyzzlhak7i8vw7lt", "ldhyklsyzzlhak7i8vw7lt", "ld1yklsyzzlhak7i8vw7lt", "ld1uklsyzzlhak7i8vw7lt", "ld1u2lsyzzlhak7i8vw7lt", "ld1u2dsyzzlhak7i8vw7lt", "ld1u2dgyzzlhak7i8vw7lt", "ld1u2dguzzlhak7i8vw7lt", "ld1u2dgufzlhak7i8vw7lt", "ld1u2dgufflhak7i8vw7lt", "ld1u2dguffdhak7i8vw7lt", "ld1u2dguffd1ak7i8vw7lt", "ld1u2dguffd1uk7i8vw7lt", "ld1u2dguffd1u27i8vw7lt", "ld1u2dguffd1u25i8vw7lt", "ld1u2dguffd1u25e8vw7lt", "ld1u2dguffd1u25eavw7lt", "ld1u2dguffd1u25ea2w7lt", "ld1u2dguffd1u25ea2j7lt", "ld1u2dguffd1u25ea2j5lt", "ld1u2dguffd1u25ea2j5dt"]}, "config": {"length": 22, "num_substitutions": 22, "string": "3bhyklsyzzlhak7i8vw7lt", "table": {"3": "l", "7": "5", "8": "a", "a": "u", "b": "d", "h": "1", "i": "e", "k": "2", "l": "d", "s": "g", "t": "g", "v": "2", "w": "j", "y": "u", "z": "f"}}, "task_name": "task06", "example_name": "0201", "problem_name": "task06_0201"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(4, r)\n(v, c)\n(q, 0)\n(u, p)\n(a, s)\n(k, j)\n(h, d)\n(j, 1)\n(d, 3)\n(5, f)\n(3, 1)\n(y, p)\n(g, i)\n(w, t)\n(8, x)\nString:\nvaywkq45g8kud3qva8hajy", "label": {"final": "csptj0rfixjp310csxds1p", "init": "vaywkq45g8kud3qva8hajy", "intermediate": ["caywkq45g8kud3qva8hajy", "csywkq45g8kud3qva8hajy", "cspwkq45g8kud3qva8hajy", "csptkq45g8kud3qva8hajy", "csptjq45g8kud3qva8hajy", "csptj045g8kud3qva8hajy", "csptj0r5g8kud3qva8hajy", "csptj0rfg8kud3qva8hajy", "csptj0rfi8kud3qva8hajy", "csptj0rfixkud3qva8hajy", "csptj0rfixjud3qva8hajy", "csptj0rfixjpd3qva8hajy", "csptj0rfixjp33qva8hajy", "csptj0rfixjp31qva8hajy", "csptj0rfixjp310va8hajy", "csptj0rfixjp310ca8hajy", "csptj0rfixjp310cs8hajy", "csptj0rfixjp310csxhajy", "csptj0rfixjp310csxdajy", "csptj0rfixjp310csxdsjy", "csptj0rfixjp310csxds1y"]}, "config": {"length": 22, "num_substitutions": 22, "string": "vaywkq45g8kud3qva8hajy", "table": {"3": "1", "4": "r", "5": "f", "8": "x", "a": "s", "d": "3", "g": "i", "h": "d", "j": "1", "k": "j", "q": "0", "u": "p", "v": "c", "w": "t", "y": "p"}}, "task_name": "task06", "example_name": "0202", "problem_name": "task06_0202"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(q, 4)\n(j, 5)\n(5, g)\n(c, p)\n(7, 6)\n(g, z)\n(a, 1)\n(w, z)\n(y, n)\n(d, 9)\n(6, i)\n(8, x)\n(z, v)\n(4, t)\n(k, e)\n(u, i)\n(l, h)\n(h, 9)\nString:\nzhy6u5ywa7d74dygcj8kql", "label": {"final": "v9niignz1696t9nzp5xe4h", "init": "zhy6u5ywa7d74dygcj8kql", "intermediate": ["vhy6u5ywa7d74dygcj8kql", "v9y6u5ywa7d74dygcj8kql", "v9n6u5ywa7d74dygcj8kql", "v9niu5ywa7d74dygcj8kql", "v9nii5ywa7d74dygcj8kql", "v9niigywa7d74dygcj8kql", "v9niignwa7d74dygcj8kql", "v9niignza7d74dygcj8kql", "v9niignz17d74dygcj8kql", "v9niignz16d74dygcj8kql", "v9niignz16974dygcj8kql", "v9niignz16964dygcj8kql", "v9niignz1696tdygcj8kql", "v9niignz1696t9ygcj8kql", "v9niignz1696t9ngcj8kql", "v9niignz1696t9nzcj8kql", "v9niignz1696t9nzpj8kql", "v9niignz1696t9nzp58kql", "v9niignz1696t9nzp5xkql", "v9niignz1696t9nzp5xeql", "v9niignz1696t9nzp5xe4l"]}, "config": {"length": 22, "num_substitutions": 22, "string": "zhy6u5ywa7d74dygcj8kql", "table": {"4": "t", "5": "g", "6": "i", "7": "6", "8": "x", "a": "1", "c": "p", "d": "9", "g": "z", "h": "9", "j": "5", "k": "e", "l": "h", "q": "4", "u": "i", "w": "z", "y": "n", "z": "v"}}, "task_name": "task06", "example_name": "0203", "problem_name": "task06_0203"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(p, o)\n(x, f)\n(c, v)\n(y, f)\n(1, k)\n(4, n)\n(f, q)\n(i, d)\n(7, e)\n(s, k)\n(a, d)\n(j, q)\nString:\ncffsjsx4jsc7f1pa7fiscy", "label": {"final": "vqqkqkfnqkveqkodeqdkvf", "init": "cffsjsx4jsc7f1pa7fiscy", "intermediate": ["vffsjsx4jsc7f1pa7fiscy", "vqfsjsx4jsc7f1pa7fiscy", "vqqsjsx4jsc7f1pa7fiscy", "vqqkjsx4jsc7f1pa7fiscy", "vqqkqsx4jsc7f1pa7fiscy", "vqqkqkx4jsc7f1pa7fiscy", "vqqkqkf4jsc7f1pa7fiscy", "vqqkqkfnjsc7f1pa7fiscy", "vqqkqkfnqsc7f1pa7fiscy", "vqqkqkfnqkc7f1pa7fiscy", "vqqkqkfnqkv7f1pa7fiscy", "vqqkqkfnqkvef1pa7fiscy", "vqqkqkfnqkveq1pa7fiscy", "vqqkqkfnqkveqkpa7fiscy", "vqqkqkfnqkveqkoa7fiscy", "vqqkqkfnqkveqkod7fiscy", "vqqkqkfnqkveqkodefiscy", "vqqkqkfnqkveqkodeqiscy", "vqqkqkfnqkveqkodeqdscy", "vqqkqkfnqkveqkodeqdkcy", "vqqkqkfnqkveqkodeqdkvy"]}, "config": {"length": 22, "num_substitutions": 22, "string": "cffsjsx4jsc7f1pa7fiscy", "table": {"1": "k", "4": "n", "7": "e", "a": "d", "c": "v", "f": "q", "i": "d", "j": "q", "p": "o", "s": "k", "x": "f", "y": "f"}}, "task_name": "task06", "example_name": "0204", "problem_name": "task06_0204"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(4, x)\n(x, t)\n(v, 3)\n(c, t)\n(l, n)\n(n, y)\n(9, o)\n(6, a)\n(5, d)\n(q, 2)\n(r, m)\n(h, t)\n(y, 7)\n(d, f)\n(e, 3)\n(7, a)\n(u, t)\n(s, k)\nString:\nvxynsq9vel6cu7u4rd5lh9", "label": {"final": "3t7yk2o33nattatxmfdnto", "init": "vxynsq9vel6cu7u4rd5lh9", "intermediate": ["3xynsq9vel6cu7u4rd5lh9", "3tynsq9vel6cu7u4rd5lh9", "3t7nsq9vel6cu7u4rd5lh9", "3t7ysq9vel6cu7u4rd5lh9", "3t7ykq9vel6cu7u4rd5lh9", "3t7yk29vel6cu7u4rd5lh9", "3t7yk2ovel6cu7u4rd5lh9", "3t7yk2o3el6cu7u4rd5lh9", "3t7yk2o33l6cu7u4rd5lh9", "3t7yk2o33n6cu7u4rd5lh9", "3t7yk2o33nacu7u4rd5lh9", "3t7yk2o33natu7u4rd5lh9", "3t7yk2o33natt7u4rd5lh9", "3t7yk2o33nattau4rd5lh9", "3t7yk2o33nattat4rd5lh9", "3t7yk2o33nattatxrd5lh9", "3t7yk2o33nattatxmd5lh9", "3t7yk2o33nattatxmf5lh9", "3t7yk2o33nattatxmfdlh9", "3t7yk2o33nattatxmfdnh9", "3t7yk2o33nattatxmfdnt9"]}, "config": {"length": 22, "num_substitutions": 22, "string": "vxynsq9vel6cu7u4rd5lh9", "table": {"4": "x", "5": "d", "6": "a", "7": "a", "9": "o", "c": "t", "d": "f", "e": "3", "h": "t", "l": "n", "n": "y", "q": "2", "r": "m", "s": "k", "u": "t", "v": "3", "x": "t", "y": "7"}}, "task_name": "task06", "example_name": "0205", "problem_name": "task06_0205"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(r, y)\n(l, 5)\n(a, 1)\n(6, z)\n(o, y)\n(h, 9)\n(k, 3)\n(u, 2)\n(v, 7)\n(s, x)\n(2, d)\n(c, g)\n(4, 7)\n(x, d)\n(f, g)\n(5, 7)\n(z, q)\nString:\n4kh54r2fovzucxshxaslo6", "label": {"final": "73977ydgy7q2gdx9d1x5yz", "init": "4kh54r2fovzucxshxaslo6", "intermediate": ["7kh54r2fovzucxshxaslo6", "73h54r2fovzucxshxaslo6", "73954r2fovzucxshxaslo6", "73974r2fovzucxshxaslo6", "73977r2fovzucxshxaslo6", "73977y2fovzucxshxaslo6", "73977ydfovzucxshxaslo6", "73977ydgovzucxshxaslo6", "73977ydgyvzucxshxaslo6", "73977ydgy7zucxshxaslo6", "73977ydgy7qucxshxaslo6", "73977ydgy7q2cxshxaslo6", "73977ydgy7q2gxshxaslo6", "73977ydgy7q2gdshxaslo6", "73977ydgy7q2gdxhxaslo6", "73977ydgy7q2gdx9xaslo6", "73977ydgy7q2gdx9daslo6", "73977ydgy7q2gdx9d1slo6", "73977ydgy7q2gdx9d1xlo6", "73977ydgy7q2gdx9d1x5o6", "73977ydgy7q2gdx9d1x5y6"]}, "config": {"length": 22, "num_substitutions": 22, "string": "4kh54r2fovzucxshxaslo6", "table": {"2": "d", "4": "7", "5": "7", "6": "z", "a": "1", "c": "g", "f": "g", "h": "9", "k": "3", "l": "5", "o": "y", "r": "y", "s": "x", "u": "2", "v": "7", "x": "d", "z": "q"}}, "task_name": "task06", "example_name": "0206", "problem_name": "task06_0206"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(m, g)\n(9, 5)\n(8, s)\n(r, 0)\n(k, s)\n(d, a)\n(x, 1)\n(f, z)\n(g, 4)\n(p, a)\n(s, l)\n(4, b)\n(t, q)\n(y, i)\n(n, 7)\n(c, z)\nString:\ncyxpg4ntrs4dr9kmf8cgtp", "label": {"final": "zi1a4b7q0lba05sgzsz4qa", "init": "cyxpg4ntrs4dr9kmf8cgtp", "intermediate": ["zyxpg4ntrs4dr9kmf8cgtp", "zixpg4ntrs4dr9kmf8cgtp", "zi1pg4ntrs4dr9kmf8cgtp", "zi1ag4ntrs4dr9kmf8cgtp", "zi1a44ntrs4dr9kmf8cgtp", "zi1a4bntrs4dr9kmf8cgtp", "zi1a4b7trs4dr9kmf8cgtp", "zi1a4b7qrs4dr9kmf8cgtp", "zi1a4b7q0s4dr9kmf8cgtp", "zi1a4b7q0l4dr9kmf8cgtp", "zi1a4b7q0lbdr9kmf8cgtp", "zi1a4b7q0lbar9kmf8cgtp", "zi1a4b7q0lba09kmf8cgtp", "zi1a4b7q0lba05kmf8cgtp", "zi1a4b7q0lba05smf8cgtp", "zi1a4b7q0lba05sgf8cgtp", "zi1a4b7q0lba05sgz8cgtp", "zi1a4b7q0lba05sgzscgtp", "zi1a4b7q0lba05sgzszgtp", "zi1a4b7q0lba05sgzsz4tp", "zi1a4b7q0lba05sgzsz4qp"]}, "config": {"length": 22, "num_substitutions": 22, "string": "cyxpg4ntrs4dr9kmf8cgtp", "table": {"4": "b", "8": "s", "9": "5", "c": "z", "d": "a", "f": "z", "g": "4", "k": "s", "m": "g", "n": "7", "p": "a", "r": "0", "s": "l", "t": "q", "x": "1", "y": "i"}}, "task_name": "task06", "example_name": "0207", "problem_name": "task06_0207"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(c, t)\n(x, n)\n(i, g)\n(5, e)\n(v, z)\n(y, h)\n(s, 9)\n(g, o)\n(1, z)\n(l, w)\n(u, r)\n(m, a)\n(0, e)\n(z, w)\n(f, k)\nString:\nxlg15mxfc15u5ivi1zgs0y", "label": {"final": "nwozeanktzeregzgzwo9eh", "init": "xlg15mxfc15u5ivi1zgs0y", "intermediate": ["nlg15mxfc15u5ivi1zgs0y", "nwg15mxfc15u5ivi1zgs0y", "nwo15mxfc15u5ivi1zgs0y", "nwoz5mxfc15u5ivi1zgs0y", "nwozemxfc15u5ivi1zgs0y", "nwozeaxfc15u5ivi1zgs0y", "nwozeanfc15u5ivi1zgs0y", "nwozeankc15u5ivi1zgs0y", "nwozeankt15u5ivi1zgs0y", "nwozeanktz5u5ivi1zgs0y", "nwozeanktzeu5ivi1zgs0y", "nwozeanktzer5ivi1zgs0y", "nwozeanktzereivi1zgs0y", "nwozeanktzeregvi1zgs0y", "nwozeanktzeregzi1zgs0y", "nwozeanktzeregzg1zgs0y", "nwozeanktzeregzgzzgs0y", "nwozeanktzeregzgzwgs0y", "nwozeanktzeregzgzwos0y", "nwozeanktzeregzgzwo90y", "nwozeanktzeregzgzwo9ey"]}, "config": {"length": 22, "num_substitutions": 22, "string": "xlg15mxfc15u5ivi1zgs0y", "table": {"0": "e", "1": "z", "5": "e", "c": "t", "f": "k", "g": "o", "i": "g", "l": "w", "m": "a", "s": "9", "u": "r", "v": "z", "x": "n", "y": "h", "z": "w"}}, "task_name": "task06", "example_name": "0208", "problem_name": "task06_0208"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(y, 3)\n(w, n)\n(l, h)\n(b, 3)\n(1, m)\n(7, k)\n(4, f)\n(i, h)\n(u, x)\n(k, g)\n(p, s)\n(t, d)\n(z, e)\n(v, r)\n(q, 9)\n(e, c)\n(m, 3)\n(d, 6)\nString:\nuqp1ekmly7idulb7wzvtk4", "label": {"final": "x9smcg3h3kh6xh3knerdgf", "init": "uqp1ekmly7idulb7wzvtk4", "intermediate": ["xqp1ekmly7idulb7wzvtk4", "x9p1ekmly7idulb7wzvtk4", "x9s1ekmly7idulb7wzvtk4", "x9smekmly7idulb7wzvtk4", "x9smckmly7idulb7wzvtk4", "x9smcgmly7idulb7wzvtk4", "x9smcg3ly7idulb7wzvtk4", "x9smcg3hy7idulb7wzvtk4", "x9smcg3h37idulb7wzvtk4", "x9smcg3h3kidulb7wzvtk4", "x9smcg3h3khdulb7wzvtk4", "x9smcg3h3kh6ulb7wzvtk4", "x9smcg3h3kh6xlb7wzvtk4", "x9smcg3h3kh6xhb7wzvtk4", "x9smcg3h3kh6xh37wzvtk4", "x9smcg3h3kh6xh3kwzvtk4", "x9smcg3h3kh6xh3knzvtk4", "x9smcg3h3kh6xh3knevtk4", "x9smcg3h3kh6xh3knertk4", "x9smcg3h3kh6xh3knerdk4", "x9smcg3h3kh6xh3knerdg4"]}, "config": {"length": 22, "num_substitutions": 22, "string": "uqp1ekmly7idulb7wzvtk4", "table": {"1": "m", "4": "f", "7": "k", "b": "3", "d": "6", "e": "c", "i": "h", "k": "g", "l": "h", "m": "3", "p": "s", "q": "9", "t": "d", "u": "x", "v": "r", "w": "n", "y": "3", "z": "e"}}, "task_name": "task06", "example_name": "0209", "problem_name": "task06_0209"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(o, 3)\n(w, g)\n(j, g)\n(z, p)\n(3, 7)\n(e, 0)\n(9, y)\n(2, b)\n(g, p)\n(0, d)\n(7, 4)\n(s, t)\n(8, f)\n(4, 5)\n(c, d)\n(f, l)\n(x, h)\n(p, u)\n(n, r)\nString:\noweg2xsj933cz282f734np0", "label": {"final": "3g0pbhtgy77dpbfbl475rud", "init": "oweg2xsj933cz282f734np0", "intermediate": ["3weg2xsj933cz282f734np0", "3geg2xsj933cz282f734np0", "3g0g2xsj933cz282f734np0", "3g0p2xsj933cz282f734np0", "3g0pbxsj933cz282f734np0", "3g0pbhsj933cz282f734np0", "3g0pbhtj933cz282f734np0", "3g0pbhtg933cz282f734np0", "3g0pbhtgy33cz282f734np0", "3g0pbhtgy73cz282f734np0", "3g0pbhtgy77cz282f734np0", "3g0pbhtgy77dz282f734np0", "3g0pbhtgy77dp282f734np0", "3g0pbhtgy77dpb82f734np0", "3g0pbhtgy77dpbf2f734np0", "3g0pbhtgy77dpbfbf734np0", "3g0pbhtgy77dpbfbl734np0", "3g0pbhtgy77dpbfbl434np0", "3g0pbhtgy77dpbfbl474np0", "3g0pbhtgy77dpbfbl475np0", "3g0pbhtgy77dpbfbl475rp0", "3g0pbhtgy77dpbfbl475ru0"]}, "config": {"length": 23, "num_substitutions": 23, "string": "oweg2xsj933cz282f734np0", "table": {"0": "d", "2": "b", "3": "7", "4": "5", "7": "4", "8": "f", "9": "y", "c": "d", "e": "0", "f": "l", "g": "p", "j": "g", "n": "r", "o": "3", "p": "u", "s": "t", "w": "g", "x": "h", "z": "p"}}, "task_name": "task06", "example_name": "0210", "problem_name": "task06_0210"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(u, 5)\n(z, r)\n(g, a)\n(7, 6)\n(t, k)\n(n, 1)\n(h, 2)\n(p, d)\n(1, l)\n(f, x)\n(9, r)\n(4, j)\n(a, j)\n(8, k)\n(x, i)\n(i, r)\n(w, m)\nString:\nin7wiugzt49hxpaf1w1498i", "label": {"final": "r16mr5arkjr2idjxlmljrkr", "init": "in7wiugzt49hxpaf1w1498i", "intermediate": ["rn7wiugzt49hxpaf1w1498i", "r17wiugzt49hxpaf1w1498i", "r16wiugzt49hxpaf1w1498i", "r16miugzt49hxpaf1w1498i", "r16mrugzt49hxpaf1w1498i", "r16mr5gzt49hxpaf1w1498i", "r16mr5azt49hxpaf1w1498i", "r16mr5art49hxpaf1w1498i", "r16mr5ark49hxpaf1w1498i", "r16mr5arkj9hxpaf1w1498i", "r16mr5arkjrhxpaf1w1498i", "r16mr5arkjr2xpaf1w1498i", "r16mr5arkjr2ipaf1w1498i", "r16mr5arkjr2idaf1w1498i", "r16mr5arkjr2idjf1w1498i", "r16mr5arkjr2idjx1w1498i", "r16mr5arkjr2idjxlw1498i", "r16mr5arkjr2idjxlm1498i", "r16mr5arkjr2idjxlml498i", "r16mr5arkjr2idjxlmlj98i", "r16mr5arkjr2idjxlmljr8i", "r16mr5arkjr2idjxlmljrki"]}, "config": {"length": 23, "num_substitutions": 23, "string": "in7wiugzt49hxpaf1w1498i", "table": {"1": "l", "4": "j", "7": "6", "8": "k", "9": "r", "a": "j", "f": "x", "g": "a", "h": "2", "i": "r", "n": "1", "p": "d", "t": "k", "u": "5", "w": "m", "x": "i", "z": "r"}}, "task_name": "task06", "example_name": "0211", "problem_name": "task06_0211"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(k, n)\n(j, l)\n(6, x)\n(m, o)\n(v, o)\n(i, x)\n(u, 9)\n(a, r)\n(8, 0)\n(1, r)\n(7, l)\n(r, x)\n(5, e)\n(n, 0)\n(g, s)\n(3, c)\nString:\nv6av3vmn5j6runjk8i1ng37", "label": {"final": "oxrocoo0elxx90ln0xr0scl", "init": "v6av3vmn5j6runjk8i1ng37", "intermediate": ["o6av3vmn5j6runjk8i1ng37", "oxav3vmn5j6runjk8i1ng37", "oxrv3vmn5j6runjk8i1ng37", "oxro3vmn5j6runjk8i1ng37", "oxrocvmn5j6runjk8i1ng37", "oxrocomn5j6runjk8i1ng37", "oxrocoon5j6runjk8i1ng37", "oxrocoo05j6runjk8i1ng37", "oxrocoo0ej6runjk8i1ng37", "oxrocoo0el6runjk8i1ng37", "oxrocoo0elxrunjk8i1ng37", "oxrocoo0elxxunjk8i1ng37", "oxrocoo0elxx9njk8i1ng37", "oxrocoo0elxx90jk8i1ng37", "oxrocoo0elxx90lk8i1ng37", "oxrocoo0elxx90ln8i1ng37", "oxrocoo0elxx90ln0i1ng37", "oxrocoo0elxx90ln0x1ng37", "oxrocoo0elxx90ln0xrng37", "oxrocoo0elxx90ln0xr0g37", "oxrocoo0elxx90ln0xr0s37", "oxrocoo0elxx90ln0xr0sc7"]}, "config": {"length": 23, "num_substitutions": 23, "string": "v6av3vmn5j6runjk8i1ng37", "table": {"1": "r", "3": "c", "5": "e", "6": "x", "7": "l", "8": "0", "a": "r", "g": "s", "i": "x", "j": "l", "k": "n", "m": "o", "n": "0", "r": "x", "u": "9", "v": "o"}}, "task_name": "task06", "example_name": "0212", "problem_name": "task06_0212"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(k, f)\n(j, 1)\n(e, v)\n(g, 1)\n(t, h)\n(v, d)\n(b, 0)\n(a, w)\n(2, q)\n(8, o)\n(c, m)\n(5, 1)\n(o, f)\n(7, 3)\n(u, h)\n(s, 9)\n(1, y)\n(h, 3)\nString:\nh7u28jacegog71ktubehv5s", "label": {"final": "33hqo1wmv1f13yfhh0v3d19", "init": "h7u28jacegog71ktubehv5s", "intermediate": ["37u28jacegog71ktubehv5s", "33u28jacegog71ktubehv5s", "33h28jacegog71ktubehv5s", "33hq8jacegog71ktubehv5s", "33hqojacegog71ktubehv5s", "33hqo1acegog71ktubehv5s", "33hqo1wcegog71ktubehv5s", "33hqo1wmegog71ktubehv5s", "33hqo1wmvgog71ktubehv5s", "33hqo1wmv1og71ktubehv5s", "33hqo1wmv1fg71ktubehv5s", "33hqo1wmv1f171ktubehv5s", "33hqo1wmv1f131ktubehv5s", "33hqo1wmv1f13yktubehv5s", "33hqo1wmv1f13yftubehv5s", "33hqo1wmv1f13yfhubehv5s", "33hqo1wmv1f13yfhhbehv5s", "33hqo1wmv1f13yfhh0ehv5s", "33hqo1wmv1f13yfhh0vhv5s", "33hqo1wmv1f13yfhh0v3v5s", "33hqo1wmv1f13yfhh0v3d5s", "33hqo1wmv1f13yfhh0v3d1s"]}, "config": {"length": 23, "num_substitutions": 23, "string": "h7u28jacegog71ktubehv5s", "table": {"1": "y", "2": "q", "5": "1", "7": "3", "8": "o", "a": "w", "b": "0", "c": "m", "e": "v", "g": "1", "h": "3", "j": "1", "k": "f", "o": "f", "s": "9", "t": "h", "u": "h", "v": "d"}}, "task_name": "task06", "example_name": "0213", "problem_name": "task06_0213"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(5, o)\n(3, q)\n(j, l)\n(h, 8)\n(z, 6)\n(f, 8)\n(m, s)\n(4, e)\n(l, s)\n(1, 0)\n(g, b)\n(s, p)\n(2, i)\n(a, n)\n(v, 6)\n(t, n)\nString:\ngm2vtj4mlaahh4f5t1s31z4", "label": {"final": "bsi6nlessnn88e8on0pq06e", "init": "gm2vtj4mlaahh4f5t1s31z4", "intermediate": ["bm2vtj4mlaahh4f5t1s31z4", "bs2vtj4mlaahh4f5t1s31z4", "bsivtj4mlaahh4f5t1s31z4", "bsi6tj4mlaahh4f5t1s31z4", "bsi6nj4mlaahh4f5t1s31z4", "bsi6nl4mlaahh4f5t1s31z4", "bsi6nlemlaahh4f5t1s31z4", "bsi6nleslaahh4f5t1s31z4", "bsi6nlessaahh4f5t1s31z4", "bsi6nlessnahh4f5t1s31z4", "bsi6nlessnnhh4f5t1s31z4", "bsi6nlessnn8h4f5t1s31z4", "bsi6nlessnn884f5t1s31z4", "bsi6nlessnn88ef5t1s31z4", "bsi6nlessnn88e85t1s31z4", "bsi6nlessnn88e8ot1s31z4", "bsi6nlessnn88e8on1s31z4", "bsi6nlessnn88e8on0s31z4", "bsi6nlessnn88e8on0p31z4", "bsi6nlessnn88e8on0pq1z4", "bsi6nlessnn88e8on0pq0z4", "bsi6nlessnn88e8on0pq064"]}, "config": {"length": 23, "num_substitutions": 23, "string": "gm2vtj4mlaahh4f5t1s31z4", "table": {"1": "0", "2": "i", "3": "q", "4": "e", "5": "o", "a": "n", "f": "8", "g": "b", "h": "8", "j": "l", "l": "s", "m": "s", "s": "p", "t": "n", "v": "6", "z": "6"}}, "task_name": "task06", "example_name": "0214", "problem_name": "task06_0214"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(k, v)\n(7, y)\n(9, j)\n(j, 3)\n(z, m)\n(y, p)\n(4, i)\n(m, 8)\n(1, s)\n(h, 8)\n(5, u)\n(2, r)\n(u, t)\n(x, s)\n(p, r)\n(c, t)\n(e, r)\n(q, w)\nString:\n5zzxzhey4cqcpkuc7c1j9m2", "label": {"final": "ummsm8rpitwtrvttyts3j8r", "init": "5zzxzhey4cqcpkuc7c1j9m2", "intermediate": ["uzzxzhey4cqcpkuc7c1j9m2", "umzxzhey4cqcpkuc7c1j9m2", "ummxzhey4cqcpkuc7c1j9m2", "ummszhey4cqcpkuc7c1j9m2", "ummsmhey4cqcpkuc7c1j9m2", "ummsm8ey4cqcpkuc7c1j9m2", "ummsm8ry4cqcpkuc7c1j9m2", "ummsm8rp4cqcpkuc7c1j9m2", "ummsm8rpicqcpkuc7c1j9m2", "ummsm8rpitqcpkuc7c1j9m2", "ummsm8rpitwcpkuc7c1j9m2", "ummsm8rpitwtpkuc7c1j9m2", "ummsm8rpitwtrkuc7c1j9m2", "ummsm8rpitwtrvuc7c1j9m2", "ummsm8rpitwtrvtc7c1j9m2", "ummsm8rpitwtrvtt7c1j9m2", "ummsm8rpitwtrvttyc1j9m2", "ummsm8rpitwtrvttyt1j9m2", "ummsm8rpitwtrvttytsj9m2", "ummsm8rpitwtrvttyts39m2", "ummsm8rpitwtrvttyts3jm2", "ummsm8rpitwtrvttyts3j82"]}, "config": {"length": 23, "num_substitutions": 23, "string": "5zzxzhey4cqcpkuc7c1j9m2", "table": {"1": "s", "2": "r", "4": "i", "5": "u", "7": "y", "9": "j", "c": "t", "e": "r", "h": "8", "j": "3", "k": "v", "m": "8", "p": "r", "q": "w", "u": "t", "x": "s", "y": "p", "z": "m"}}, "task_name": "task06", "example_name": "0215", "problem_name": "task06_0215"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(4, u)\n(o, g)\n(a, 5)\n(x, p)\n(s, m)\n(b, k)\n(5, c)\n(u, 6)\n(m, r)\n(2, j)\n(3, d)\n(7, 0)\n(f, 9)\n(g, y)\n(j, 6)\n(8, k)\n(6, v)\nString:\nuj5of6sfu4b7a77sm2x3gf8", "label": {"final": "66cg9vm96uk0500mrjpdy9k", "init": "uj5of6sfu4b7a77sm2x3gf8", "intermediate": ["6j5of6sfu4b7a77sm2x3gf8", "665of6sfu4b7a77sm2x3gf8", "66cof6sfu4b7a77sm2x3gf8", "66cgf6sfu4b7a77sm2x3gf8", "66cg96sfu4b7a77sm2x3gf8", "66cg9vsfu4b7a77sm2x3gf8", "66cg9vmfu4b7a77sm2x3gf8", "66cg9vm9u4b7a77sm2x3gf8", "66cg9vm964b7a77sm2x3gf8", "66cg9vm96ub7a77sm2x3gf8", "66cg9vm96uk7a77sm2x3gf8", "66cg9vm96uk0a77sm2x3gf8", "66cg9vm96uk0577sm2x3gf8", "66cg9vm96uk0507sm2x3gf8", "66cg9vm96uk0500sm2x3gf8", "66cg9vm96uk0500mm2x3gf8", "66cg9vm96uk0500mr2x3gf8", "66cg9vm96uk0500mrjx3gf8", "66cg9vm96uk0500mrjp3gf8", "66cg9vm96uk0500mrjpdgf8", "66cg9vm96uk0500mrjpdyf8", "66cg9vm96uk0500mrjpdy98"]}, "config": {"length": 23, "num_substitutions": 23, "string": "uj5of6sfu4b7a77sm2x3gf8", "table": {"2": "j", "3": "d", "4": "u", "5": "c", "6": "v", "7": "0", "8": "k", "a": "5", "b": "k", "f": "9", "g": "y", "j": "6", "m": "r", "o": "g", "s": "m", "u": "6", "x": "p"}}, "task_name": "task06", "example_name": "0216", "problem_name": "task06_0216"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(d, o)\n(f, 8)\n(h, 9)\n(c, z)\n(a, u)\n(2, 5)\n(4, r)\n(r, x)\n(l, v)\n(0, y)\n(7, p)\n(s, j)\n(e, z)\n(1, o)\n(p, n)\n(o, b)\n(k, 8)\nString:\n12rdl0rrfhkh4deosc7srpa", "label": {"final": "o5xovyxx8989rozbjzpjxnu", "init": "12rdl0rrfhkh4deosc7srpa", "intermediate": ["o2rdl0rrfhkh4deosc7srpa", "o5rdl0rrfhkh4deosc7srpa", "o5xdl0rrfhkh4deosc7srpa", "o5xol0rrfhkh4deosc7srpa", "o5xov0rrfhkh4deosc7srpa", "o5xovyrrfhkh4deosc7srpa", "o5xovyxrfhkh4deosc7srpa", "o5xovyxxfhkh4deosc7srpa", "o5xovyxx8hkh4deosc7srpa", "o5xovyxx89kh4deosc7srpa", "o5xovyxx898h4deosc7srpa", "o5xovyxx89894deosc7srpa", "o5xovyxx8989rdeosc7srpa", "o5xovyxx8989roeosc7srpa", "o5xovyxx8989rozosc7srpa", "o5xovyxx8989rozbsc7srpa", "o5xovyxx8989rozbjc7srpa", "o5xovyxx8989rozbjz7srpa", "o5xovyxx8989rozbjzpsrpa", "o5xovyxx8989rozbjzpjrpa", "o5xovyxx8989rozbjzpjxpa", "o5xovyxx8989rozbjzpjxna"]}, "config": {"length": 23, "num_substitutions": 23, "string": "12rdl0rrfhkh4deosc7srpa", "table": {"0": "y", "1": "o", "2": "5", "4": "r", "7": "p", "a": "u", "c": "z", "d": "o", "e": "z", "f": "8", "h": "9", "k": "8", "l": "v", "o": "b", "p": "n", "r": "x", "s": "j"}}, "task_name": "task06", "example_name": "0217", "problem_name": "task06_0217"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(i, 9)\n(r, 9)\n(7, 3)\n(6, g)\n(2, 9)\n(a, m)\n(3, z)\n(o, q)\n(u, h)\n(8, s)\n(f, b)\n(x, m)\n(t, m)\n(p, v)\n(b, 0)\n(k, 0)\n(e, g)\nString:\n68ufftotxkb673a2iptfrei", "label": {"final": "gshbbmqmm00g3zm99vmb9g9", "init": "68ufftotxkb673a2iptfrei", "intermediate": ["g8ufftotxkb673a2iptfrei", "gsufftotxkb673a2iptfrei", "gshfftotxkb673a2iptfrei", "gshbftotxkb673a2iptfrei", "gshbbtotxkb673a2iptfrei", "gshbbmotxkb673a2iptfrei", "gshbbmqtxkb673a2iptfrei", "gshbbmqmxkb673a2iptfrei", "gshbbmqmmkb673a2iptfrei", "gshbbmqmm0b673a2iptfrei", "gshbbmqmm00673a2iptfrei", "gshbbmqmm00g73a2iptfrei", "gshbbmqmm00g33a2iptfrei", "gshbbmqmm00g3za2iptfrei", "gshbbmqmm00g3zm2iptfrei", "gshbbmqmm00g3zm9iptfrei", "gshbbmqmm00g3zm99ptfrei", "gshbbmqmm00g3zm99vtfrei", "gshbbmqmm00g3zm99vmfrei", "gshbbmqmm00g3zm99vmbrei", "gshbbmqmm00g3zm99vmb9ei", "gshbbmqmm00g3zm99vmb9gi"]}, "config": {"length": 23, "num_substitutions": 23, "string": "68ufftotxkb673a2iptfrei", "table": {"2": "9", "3": "z", "6": "g", "7": "3", "8": "s", "a": "m", "b": "0", "e": "g", "f": "b", "i": "9", "k": "0", "o": "q", "p": "v", "r": "9", "t": "m", "u": "h", "x": "m"}}, "task_name": "task06", "example_name": "0218", "problem_name": "task06_0218"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(n, 7)\n(1, x)\n(r, z)\n(2, 3)\n(m, x)\n(t, j)\n(v, i)\n(b, o)\n(0, 4)\n(8, 9)\n(a, w)\n(d, j)\n(y, p)\n(p, z)\n(h, 9)\n(q, x)\n(7, j)\n(z, u)\nString:\nzr78p11mtqapbpnvyd21m0h", "label": {"final": "uzj9zxxxjxwzoz7ipj3xx49", "init": "zr78p11mtqapbpnvyd21m0h", "intermediate": ["ur78p11mtqapbpnvyd21m0h", "uz78p11mtqapbpnvyd21m0h", "uzj8p11mtqapbpnvyd21m0h", "uzj9p11mtqapbpnvyd21m0h", "uzj9z11mtqapbpnvyd21m0h", "uzj9zx1mtqapbpnvyd21m0h", "uzj9zxxmtqapbpnvyd21m0h", "uzj9zxxxtqapbpnvyd21m0h", "uzj9zxxxjqapbpnvyd21m0h", "uzj9zxxxjxapbpnvyd21m0h", "uzj9zxxxjxwpbpnvyd21m0h", "uzj9zxxxjxwzbpnvyd21m0h", "uzj9zxxxjxwzopnvyd21m0h", "uzj9zxxxjxwzoznvyd21m0h", "uzj9zxxxjxwzoz7vyd21m0h", "uzj9zxxxjxwzoz7iyd21m0h", "uzj9zxxxjxwzoz7ipd21m0h", "uzj9zxxxjxwzoz7ipj21m0h", "uzj9zxxxjxwzoz7ipj31m0h", "uzj9zxxxjxwzoz7ipj3xm0h", "uzj9zxxxjxwzoz7ipj3xx0h", "uzj9zxxxjxwzoz7ipj3xx4h"]}, "config": {"length": 23, "num_substitutions": 23, "string": "zr78p11mtqapbpnvyd21m0h", "table": {"0": "4", "1": "x", "2": "3", "7": "j", "8": "9", "a": "w", "b": "o", "d": "j", "h": "9", "m": "x", "n": "7", "p": "z", "q": "x", "r": "z", "t": "j", "v": "i", "y": "p", "z": "u"}}, "task_name": "task06", "example_name": "0219", "problem_name": "task06_0219"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(z, b)\n(1, v)\n(9, u)\n(7, 3)\n(q, 3)\n(a, b)\n(l, x)\n(r, d)\n(d, y)\n(u, n)\n(i, b)\n(v, g)\n(p, k)\n(0, m)\n(k, c)\n(f, x)\n(3, t)\n(2, e)\n(g, j)\nString:\nf91qurvizzr37qadl10gprk2", "label": {"final": "xuv3ndgbbbdt33byxvmjkdce", "init": "f91qurvizzr37qadl10gprk2", "intermediate": ["x91qurvizzr37qadl10gprk2", "xu1qurvizzr37qadl10gprk2", "xuvqurvizzr37qadl10gprk2", "xuv3urvizzr37qadl10gprk2", "xuv3nrvizzr37qadl10gprk2", "xuv3ndvizzr37qadl10gprk2", "xuv3ndgizzr37qadl10gprk2", "xuv3ndgbzzr37qadl10gprk2", "xuv3ndgbbzr37qadl10gprk2", "xuv3ndgbbbr37qadl10gprk2", "xuv3ndgbbbd37qadl10gprk2", "xuv3ndgbbbdt7qadl10gprk2", "xuv3ndgbbbdt3qadl10gprk2", "xuv3ndgbbbdt33adl10gprk2", "xuv3ndgbbbdt33bdl10gprk2", "xuv3ndgbbbdt33byl10gprk2", "xuv3ndgbbbdt33byx10gprk2", "xuv3ndgbbbdt33byxv0gprk2", "xuv3ndgbbbdt33byxvmgprk2", "xuv3ndgbbbdt33byxvmjprk2", "xuv3ndgbbbdt33byxvmjkrk2", "xuv3ndgbbbdt33byxvmjkdk2", "xuv3ndgbbbdt33byxvmjkdc2"]}, "config": {"length": 24, "num_substitutions": 24, "string": "f91qurvizzr37qadl10gprk2", "table": {"0": "m", "1": "v", "2": "e", "3": "t", "7": "3", "9": "u", "a": "b", "d": "y", "f": "x", "g": "j", "i": "b", "k": "c", "l": "x", "p": "k", "q": "3", "r": "d", "u": "n", "v": "g", "z": "b"}}, "task_name": "task06", "example_name": "0220", "problem_name": "task06_0220"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(i, a)\n(8, w)\n(c, z)\n(s, q)\n(n, m)\n(9, v)\n(d, u)\n(v, 6)\n(g, 6)\n(j, t)\n(2, h)\n(6, t)\n(l, h)\n(y, r)\n(r, 4)\n(5, k)\n(e, t)\nString:\nyejl6jg2v86dcgvirnsil995", "label": {"final": "rtthtt6h6wtuz66a4mqahvvk", "init": "yejl6jg2v86dcgvirnsil995", "intermediate": ["rejl6jg2v86dcgvirnsil995", "rtjl6jg2v86dcgvirnsil995", "rttl6jg2v86dcgvirnsil995", "rtth6jg2v86dcgvirnsil995", "rtthtjg2v86dcgvirnsil995", "rtthttg2v86dcgvirnsil995", "rtthtt62v86dcgvirnsil995", "rtthtt6hv86dcgvirnsil995", "rtthtt6h686dcgvirnsil995", "rtthtt6h6w6dcgvirnsil995", "rtthtt6h6wtdcgvirnsil995", "rtthtt6h6wtucgvirnsil995", "rtthtt6h6wtuzgvirnsil995", "rtthtt6h6wtuz6virnsil995", "rtthtt6h6wtuz66irnsil995", "rtthtt6h6wtuz66arnsil995", "rtthtt6h6wtuz66a4nsil995", "rtthtt6h6wtuz66a4msil995", "rtthtt6h6wtuz66a4mqil995", "rtthtt6h6wtuz66a4mqal995", "rtthtt6h6wtuz66a4mqah995", "rtthtt6h6wtuz66a4mqahv95", "rtthtt6h6wtuz66a4mqahvv5"]}, "config": {"length": 24, "num_substitutions": 24, "string": "yejl6jg2v86dcgvirnsil995", "table": {"2": "h", "5": "k", "6": "t", "8": "w", "9": "v", "c": "z", "d": "u", "e": "t", "g": "6", "i": "a", "j": "t", "l": "h", "n": "m", "r": "4", "s": "q", "v": "6", "y": "r"}}, "task_name": "task06", "example_name": "0221", "problem_name": "task06_0221"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(7, o)\n(t, z)\n(g, v)\n(p, j)\n(i, n)\n(2, d)\n(q, v)\n(b, h)\n(3, 0)\n(0, f)\n(y, 1)\n(e, w)\n(d, x)\n(l, h)\n(z, 4)\n(w, k)\n(k, 9)\nString:\n22pqb7dlg0iwpzekybtz03bd", "label": {"final": "ddjvhoxhvfnkj4w91hz4f0hx", "init": "22pqb7dlg0iwpzekybtz03bd", "intermediate": ["d2pqb7dlg0iwpzekybtz03bd", "ddpqb7dlg0iwpzekybtz03bd", "ddjqb7dlg0iwpzekybtz03bd", "ddjvb7dlg0iwpzekybtz03bd", "ddjvh7dlg0iwpzekybtz03bd", "ddjvhodlg0iwpzekybtz03bd", "ddjvhoxlg0iwpzekybtz03bd", "ddjvhoxhg0iwpzekybtz03bd", "ddjvhoxhv0iwpzekybtz03bd", "ddjvhoxhvfiwpzekybtz03bd", "ddjvhoxhvfnwpzekybtz03bd", "ddjvhoxhvfnkpzekybtz03bd", "ddjvhoxhvfnkjzekybtz03bd", "ddjvhoxhvfnkj4ekybtz03bd", "ddjvhoxhvfnkj4wkybtz03bd", "ddjvhoxhvfnkj4w9ybtz03bd", "ddjvhoxhvfnkj4w91btz03bd", "ddjvhoxhvfnkj4w91htz03bd", "ddjvhoxhvfnkj4w91hzz03bd", "ddjvhoxhvfnkj4w91hz403bd", "ddjvhoxhvfnkj4w91hz4f3bd", "ddjvhoxhvfnkj4w91hz4f0bd", "ddjvhoxhvfnkj4w91hz4f0hd"]}, "config": {"length": 24, "num_substitutions": 24, "string": "22pqb7dlg0iwpzekybtz03bd", "table": {"0": "f", "2": "d", "3": "0", "7": "o", "b": "h", "d": "x", "e": "w", "g": "v", "i": "n", "k": "9", "l": "h", "p": "j", "q": "v", "t": "z", "w": "k", "y": "1", "z": "4"}}, "task_name": "task06", "example_name": "0222", "problem_name": "task06_0222"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(k, n)\n(8, x)\n(t, m)\n(r, l)\n(a, 5)\n(x, i)\n(s, j)\n(5, 9)\n(v, h)\n(g, f)\n(z, 2)\n(e, 3)\n(w, h)\n(y, 7)\n(h, b)\n(l, 9)\n(d, c)\nString:\nkeetswza5ysrdel88l58xgvh", "label": {"final": "n33mjh2597jlc39xx99xifhb", "init": "keetswza5ysrdel88l58xgvh", "intermediate": ["neetswza5ysrdel88l58xgvh", "n3etswza5ysrdel88l58xgvh", "n33tswza5ysrdel88l58xgvh", "n33mswza5ysrdel88l58xgvh", "n33mjwza5ysrdel88l58xgvh", "n33mjhza5ysrdel88l58xgvh", "n33mjh2a5ysrdel88l58xgvh", "n33mjh255ysrdel88l58xgvh", "n33mjh259ysrdel88l58xgvh", "n33mjh2597srdel88l58xgvh", "n33mjh2597jrdel88l58xgvh", "n33mjh2597jldel88l58xgvh", "n33mjh2597jlcel88l58xgvh", "n33mjh2597jlc3l88l58xgvh", "n33mjh2597jlc3988l58xgvh", "n33mjh2597jlc39x8l58xgvh", "n33mjh2597jlc39xxl58xgvh", "n33mjh2597jlc39xx958xgvh", "n33mjh2597jlc39xx998xgvh", "n33mjh2597jlc39xx99xxgvh", "n33mjh2597jlc39xx99xigvh", "n33mjh2597jlc39xx99xifvh", "n33mjh2597jlc39xx99xifhh"]}, "config": {"length": 24, "num_substitutions": 24, "string": "keetswza5ysrdel88l58xgvh", "table": {"5": "9", "8": "x", "a": "5", "d": "c", "e": "3", "g": "f", "h": "b", "k": "n", "l": "9", "r": "l", "s": "j", "t": "m", "v": "h", "w": "h", "x": "i", "y": "7", "z": "2"}}, "task_name": "task06", "example_name": "0223", "problem_name": "task06_0223"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(d, z)\n(x, t)\n(1, o)\n(f, 4)\n(8, h)\n(g, 5)\n(5, h)\n(a, p)\n(k, c)\n(n, 6)\n(c, v)\n(t, u)\n(p, s)\n(7, e)\n(2, j)\n(3, m)\n(l, 9)\nString:\nk2ntxap781g13c35l1nfpdl2", "label": {"final": "cj6utpseho5omvmh9o64sz9j", "init": "k2ntxap781g13c35l1nfpdl2", "intermediate": ["c2ntxap781g13c35l1nfpdl2", "cjntxap781g13c35l1nfpdl2", "cj6txap781g13c35l1nfpdl2", "cj6uxap781g13c35l1nfpdl2", "cj6utap781g13c35l1nfpdl2", "cj6utpp781g13c35l1nfpdl2", "cj6utps781g13c35l1nfpdl2", "cj6utpse81g13c35l1nfpdl2", "cj6utpseh1g13c35l1nfpdl2", "cj6utpsehog13c35l1nfpdl2", "cj6utpseho513c35l1nfpdl2", "cj6utpseho5o3c35l1nfpdl2", "cj6utpseho5omc35l1nfpdl2", "cj6utpseho5omv35l1nfpdl2", "cj6utpseho5omvm5l1nfpdl2", "cj6utpseho5omvmhl1nfpdl2", "cj6utpseho5omvmh91nfpdl2", "cj6utpseho5omvmh9onfpdl2", "cj6utpseho5omvmh9o6fpdl2", "cj6utpseho5omvmh9o64pdl2", "cj6utpseho5omvmh9o64sdl2", "cj6utpseho5omvmh9o64szl2", "cj6utpseho5omvmh9o64sz92"]}, "config": {"length": 24, "num_substitutions": 24, "string": "k2ntxap781g13c35l1nfpdl2", "table": {"1": "o", "2": "j", "3": "m", "5": "h", "7": "e", "8": "h", "a": "p", "c": "v", "d": "z", "f": "4", "g": "5", "k": "c", "l": "9", "n": "6", "p": "s", "t": "u", "x": "t"}}, "task_name": "task06", "example_name": "0224", "problem_name": "task06_0224"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(q, 8)\n(n, 0)\n(h, b)\n(9, u)\n(z, l)\n(m, v)\n(l, 0)\n(y, e)\n(5, e)\n(d, 7)\n(2, r)\n(t, i)\n(k, 4)\n(x, f)\n(g, 7)\n(7, 0)\n(r, e)\n(o, c)\n(p, u)\nString:\nz7ptl9dynqt522xogt5mrkhr", "label": {"final": "l0ui0u7e08ierrfc7ieve4be", "init": "z7ptl9dynqt522xogt5mrkhr", "intermediate": ["l7ptl9dynqt522xogt5mrkhr", "l0ptl9dynqt522xogt5mrkhr", "l0utl9dynqt522xogt5mrkhr", "l0uil9dynqt522xogt5mrkhr", "l0ui09dynqt522xogt5mrkhr", "l0ui0udynqt522xogt5mrkhr", "l0ui0u7ynqt522xogt5mrkhr", "l0ui0u7enqt522xogt5mrkhr", "l0ui0u7e0qt522xogt5mrkhr", "l0ui0u7e08t522xogt5mrkhr", "l0ui0u7e08i522xogt5mrkhr", "l0ui0u7e08ie22xogt5mrkhr", "l0ui0u7e08ier2xogt5mrkhr", "l0ui0u7e08ierrxogt5mrkhr", "l0ui0u7e08ierrfogt5mrkhr", "l0ui0u7e08ierrfcgt5mrkhr", "l0ui0u7e08ierrfc7t5mrkhr", "l0ui0u7e08ierrfc7i5mrkhr", "l0ui0u7e08ierrfc7iemrkhr", "l0ui0u7e08ierrfc7ievrkhr", "l0ui0u7e08ierrfc7ievekhr", "l0ui0u7e08ierrfc7ieve4hr", "l0ui0u7e08ierrfc7ieve4br"]}, "config": {"length": 24, "num_substitutions": 24, "string": "z7ptl9dynqt522xogt5mrkhr", "table": {"2": "r", "5": "e", "7": "0", "9": "u", "d": "7", "g": "7", "h": "b", "k": "4", "l": "0", "m": "v", "n": "0", "o": "c", "p": "u", "q": "8", "r": "e", "t": "i", "x": "f", "y": "e", "z": "l"}}, "task_name": "task06", "example_name": "0225", "problem_name": "task06_0225"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(b, u)\n(a, t)\n(p, k)\n(v, i)\n(t, x)\n(q, i)\n(0, 5)\n(g, j)\n(k, j)\n(1, e)\n(h, d)\n(i, 6)\n(2, 4)\n(5, c)\n(n, 4)\n(o, f)\n(m, d)\n(s, f)\n(9, y)\n(w, 6)\nString:\nki9no01mkkqv52apgobspwth", "label": {"final": "j6y4f5edjjiic4tkjfufk6xd", "init": "ki9no01mkkqv52apgobspwth", "intermediate": ["ji9no01mkkqv52apgobspwth", "j69no01mkkqv52apgobspwth", "j6yno01mkkqv52apgobspwth", "j6y4o01mkkqv52apgobspwth", "j6y4f01mkkqv52apgobspwth", "j6y4f51mkkqv52apgobspwth", "j6y4f5emkkqv52apgobspwth", "j6y4f5edkkqv52apgobspwth", "j6y4f5edjkqv52apgobspwth", "j6y4f5edjjqv52apgobspwth", "j6y4f5edjjiv52apgobspwth", "j6y4f5edjjii52apgobspwth", "j6y4f5edjjiic2apgobspwth", "j6y4f5edjjiic4apgobspwth", "j6y4f5edjjiic4tpgobspwth", "j6y4f5edjjiic4tkgobspwth", "j6y4f5edjjiic4tkjobspwth", "j6y4f5edjjiic4tkjfbspwth", "j6y4f5edjjiic4tkjfuspwth", "j6y4f5edjjiic4tkjfufpwth", "j6y4f5edjjiic4tkjfufkwth", "j6y4f5edjjiic4tkjfufk6th", "j6y4f5edjjiic4tkjfufk6xh"]}, "config": {"length": 24, "num_substitutions": 24, "string": "ki9no01mkkqv52apgobspwth", "table": {"0": "5", "1": "e", "2": "4", "5": "c", "9": "y", "a": "t", "b": "u", "g": "j", "h": "d", "i": "6", "k": "j", "m": "d", "n": "4", "o": "f", "p": "k", "q": "i", "s": "f", "t": "x", "v": "i", "w": "6"}}, "task_name": "task06", "example_name": "0226", "problem_name": "task06_0226"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(5, l)\n(7, p)\n(z, j)\n(6, p)\n(x, 0)\n(b, c)\n(n, r)\n(j, w)\n(4, o)\n(o, m)\n(s, d)\n(a, i)\n(h, 9)\n(c, w)\n(f, 9)\n(t, l)\n(0, u)\nString:\nn6jz6cto7sohc45nzx0hafbc", "label": {"final": "rpwjpwlmpdm9wolrj0u9i9cw", "init": "n6jz6cto7sohc45nzx0hafbc", "intermediate": ["r6jz6cto7sohc45nzx0hafbc", "rpjz6cto7sohc45nzx0hafbc", "rpwz6cto7sohc45nzx0hafbc", "rpwj6cto7sohc45nzx0hafbc", "rpwjpcto7sohc45nzx0hafbc", "rpwjpwto7sohc45nzx0hafbc", "rpwjpwlo7sohc45nzx0hafbc", "rpwjpwlm7sohc45nzx0hafbc", "rpwjpwlmpsohc45nzx0hafbc", "rpwjpwlmpdohc45nzx0hafbc", "rpwjpwlmpdmhc45nzx0hafbc", "rpwjpwlmpdm9c45nzx0hafbc", "rpwjpwlmpdm9w45nzx0hafbc", "rpwjpwlmpdm9wo5nzx0hafbc", "rpwjpwlmpdm9wolnzx0hafbc", "rpwjpwlmpdm9wolrzx0hafbc", "rpwjpwlmpdm9wolrjx0hafbc", "rpwjpwlmpdm9wolrj00hafbc", "rpwjpwlmpdm9wolrj0uhafbc", "rpwjpwlmpdm9wolrj0u9afbc", "rpwjpwlmpdm9wolrj0u9ifbc", "rpwjpwlmpdm9wolrj0u9i9bc", "rpwjpwlmpdm9wolrj0u9i9cc"]}, "config": {"length": 24, "num_substitutions": 24, "string": "n6jz6cto7sohc45nzx0hafbc", "table": {"0": "u", "4": "o", "5": "l", "6": "p", "7": "p", "a": "i", "b": "c", "c": "w", "f": "9", "h": "9", "j": "w", "n": "r", "o": "m", "s": "d", "t": "l", "x": "0", "z": "j"}}, "task_name": "task06", "example_name": "0227", "problem_name": "task06_0227"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(c, i)\n(3, j)\n(2, k)\n(0, 9)\n(7, 1)\n(r, 8)\n(p, t)\n(8, x)\n(x, f)\n(j, a)\n(e, w)\n(o, 9)\n(b, s)\n(z, 9)\n(m, q)\n(v, 4)\n(y, k)\n(h, 9)\nString:\nrojehr3rcoe72y0vx83mpb0z", "label": {"final": "89aw98j8i9w1kk94fxjqts99", "init": "rojehr3rcoe72y0vx83mpb0z", "intermediate": ["8ojehr3rcoe72y0vx83mpb0z", "89jehr3rcoe72y0vx83mpb0z", "89aehr3rcoe72y0vx83mpb0z", "89awhr3rcoe72y0vx83mpb0z", "89aw9r3rcoe72y0vx83mpb0z", "89aw983rcoe72y0vx83mpb0z", "89aw98jrcoe72y0vx83mpb0z", "89aw98j8coe72y0vx83mpb0z", "89aw98j8ioe72y0vx83mpb0z", "89aw98j8i9e72y0vx83mpb0z", "89aw98j8i9w72y0vx83mpb0z", "89aw98j8i9w12y0vx83mpb0z", "89aw98j8i9w1ky0vx83mpb0z", "89aw98j8i9w1kk0vx83mpb0z", "89aw98j8i9w1kk9vx83mpb0z", "89aw98j8i9w1kk94x83mpb0z", "89aw98j8i9w1kk94f83mpb0z", "89aw98j8i9w1kk94fx3mpb0z", "89aw98j8i9w1kk94fxjmpb0z", "89aw98j8i9w1kk94fxjqpb0z", "89aw98j8i9w1kk94fxjqtb0z", "89aw98j8i9w1kk94fxjqts0z", "89aw98j8i9w1kk94fxjqts9z"]}, "config": {"length": 24, "num_substitutions": 24, "string": "rojehr3rcoe72y0vx83mpb0z", "table": {"0": "9", "2": "k", "3": "j", "7": "1", "8": "x", "b": "s", "c": "i", "e": "w", "h": "9", "j": "a", "m": "q", "o": "9", "p": "t", "r": "8", "v": "4", "x": "f", "y": "k", "z": "9"}}, "task_name": "task06", "example_name": "0228", "problem_name": "task06_0228"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(7, 2)\n(u, n)\n(q, y)\n(c, h)\n(d, 3)\n(a, s)\n(i, 6)\n(3, 6)\n(x, e)\n(g, b)\n(1, 0)\n(f, w)\n(y, n)\n(j, n)\n(8, z)\n(w, b)\n(4, m)\n(r, 6)\nString:\nqgcw3au77jidx1jdy8frf8f4", "label": {"final": "ybhb6sn22n63e0n3nzw6wzwm", "init": "qgcw3au77jidx1jdy8frf8f4", "intermediate": ["ygcw3au77jidx1jdy8frf8f4", "ybcw3au77jidx1jdy8frf8f4", "ybhw3au77jidx1jdy8frf8f4", "ybhb3au77jidx1jdy8frf8f4", "ybhb6au77jidx1jdy8frf8f4", "ybhb6su77jidx1jdy8frf8f4", "ybhb6sn77jidx1jdy8frf8f4", "ybhb6sn27jidx1jdy8frf8f4", "ybhb6sn22jidx1jdy8frf8f4", "ybhb6sn22nidx1jdy8frf8f4", "ybhb6sn22n6dx1jdy8frf8f4", "ybhb6sn22n63x1jdy8frf8f4", "ybhb6sn22n63e1jdy8frf8f4", "ybhb6sn22n63e0jdy8frf8f4", "ybhb6sn22n63e0ndy8frf8f4", "ybhb6sn22n63e0n3y8frf8f4", "ybhb6sn22n63e0n3n8frf8f4", "ybhb6sn22n63e0n3nzfrf8f4", "ybhb6sn22n63e0n3nzwrf8f4", "ybhb6sn22n63e0n3nzw6f8f4", "ybhb6sn22n63e0n3nzw6w8f4", "ybhb6sn22n63e0n3nzw6wzf4", "ybhb6sn22n63e0n3nzw6wzw4"]}, "config": {"length": 24, "num_substitutions": 24, "string": "qgcw3au77jidx1jdy8frf8f4", "table": {"1": "0", "3": "6", "4": "m", "7": "2", "8": "z", "a": "s", "c": "h", "d": "3", "f": "w", "g": "b", "i": "6", "j": "n", "q": "y", "r": "6", "u": "n", "w": "b", "x": "e", "y": "n"}}, "task_name": "task06", "example_name": "0229", "problem_name": "task06_0229"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(p, n)\n(g, q)\n(u, h)\n(s, 8)\n(9, w)\n(a, y)\n(7, 4)\n(n, f)\n(t, i)\n(d, 4)\n(e, 8)\n(2, 6)\n(f, q)\n(b, r)\n(k, j)\n(5, 0)\nString:\nps9pt5g2ap25nf5t7eedabu7k", "label": {"final": "n8wni0q6yn60fq0i4884yrh4j", "init": "ps9pt5g2ap25nf5t7eedabu7k", "intermediate": ["ns9pt5g2ap25nf5t7eedabu7k", "n89pt5g2ap25nf5t7eedabu7k", "n8wpt5g2ap25nf5t7eedabu7k", "n8wnt5g2ap25nf5t7eedabu7k", "n8wni5g2ap25nf5t7eedabu7k", "n8wni0g2ap25nf5t7eedabu7k", "n8wni0q2ap25nf5t7eedabu7k", "n8wni0q6ap25nf5t7eedabu7k", "n8wni0q6yp25nf5t7eedabu7k", "n8wni0q6yn25nf5t7eedabu7k", "n8wni0q6yn65nf5t7eedabu7k", "n8wni0q6yn60nf5t7eedabu7k", "n8wni0q6yn60ff5t7eedabu7k", "n8wni0q6yn60fq5t7eedabu7k", "n8wni0q6yn60fq0t7eedabu7k", "n8wni0q6yn60fq0i7eedabu7k", "n8wni0q6yn60fq0i4eedabu7k", "n8wni0q6yn60fq0i48edabu7k", "n8wni0q6yn60fq0i488dabu7k", "n8wni0q6yn60fq0i4884abu7k", "n8wni0q6yn60fq0i4884ybu7k", "n8wni0q6yn60fq0i4884yru7k", "n8wni0q6yn60fq0i4884yrh7k", "n8wni0q6yn60fq0i4884yrh4k"]}, "config": {"length": 25, "num_substitutions": 25, "string": "ps9pt5g2ap25nf5t7eedabu7k", "table": {"2": "6", "5": "0", "7": "4", "9": "w", "a": "y", "b": "r", "d": "4", "e": "8", "f": "q", "g": "q", "k": "j", "n": "f", "p": "n", "s": "8", "t": "i", "u": "h"}}, "task_name": "task06", "example_name": "0230", "problem_name": "task06_0230"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(9, v)\n(a, z)\n(v, 3)\n(k, 6)\n(3, l)\n(y, n)\n(u, q)\n(n, g)\n(g, 6)\n(q, b)\n(h, e)\n(i, 5)\n(j, l)\n(t, m)\n(f, 2)\n(o, x)\n(5, e)\n(e, p)\nString:\nnkhehovai95iyujfegunqgo3t", "label": {"final": "g6epex3z5ve5nql2p6qgb6xlm", "init": "nkhehovai95iyujfegunqgo3t", "intermediate": ["gkhehovai95iyujfegunqgo3t", "g6hehovai95iyujfegunqgo3t", "g6eehovai95iyujfegunqgo3t", "g6ephovai95iyujfegunqgo3t", "g6epeovai95iyujfegunqgo3t", "g6epexvai95iyujfegunqgo3t", "g6epex3ai95iyujfegunqgo3t", "g6epex3zi95iyujfegunqgo3t", "g6epex3z595iyujfegunqgo3t", "g6epex3z5v5iyujfegunqgo3t", "g6epex3z5veiyujfegunqgo3t", "g6epex3z5ve5yujfegunqgo3t", "g6epex3z5ve5nujfegunqgo3t", "g6epex3z5ve5nqjfegunqgo3t", "g6epex3z5ve5nqlfegunqgo3t", "g6epex3z5ve5nql2egunqgo3t", "g6epex3z5ve5nql2pgunqgo3t", "g6epex3z5ve5nql2p6unqgo3t", "g6epex3z5ve5nql2p6qnqgo3t", "g6epex3z5ve5nql2p6qgqgo3t", "g6epex3z5ve5nql2p6qgbgo3t", "g6epex3z5ve5nql2p6qgb6o3t", "g6epex3z5ve5nql2p6qgb6x3t", "g6epex3z5ve5nql2p6qgb6xlt"]}, "config": {"length": 25, "num_substitutions": 25, "string": "nkhehovai95iyujfegunqgo3t", "table": {"3": "l", "5": "e", "9": "v", "a": "z", "e": "p", "f": "2", "g": "6", "h": "e", "i": "5", "j": "l", "k": "6", "n": "g", "o": "x", "q": "b", "t": "m", "u": "q", "v": "3", "y": "n"}}, "task_name": "task06", "example_name": "0231", "problem_name": "task06_0231"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(5, m)\n(n, 1)\n(q, 2)\n(b, 0)\n(u, h)\n(o, 2)\n(x, d)\n(h, j)\n(0, m)\n(3, k)\n(s, g)\n(f, 4)\n(8, 4)\n(l, d)\nString:\nh5s5b0n5lxo3n8u3hqffl0hxs", "label": {"final": "jmgm0m1mdd2k14hkj244dmjdg", "init": "h5s5b0n5lxo3n8u3hqffl0hxs", "intermediate": ["j5s5b0n5lxo3n8u3hqffl0hxs", "jms5b0n5lxo3n8u3hqffl0hxs", "jmg5b0n5lxo3n8u3hqffl0hxs", "jmgmb0n5lxo3n8u3hqffl0hxs", "jmgm00n5lxo3n8u3hqffl0hxs", "jmgm0mn5lxo3n8u3hqffl0hxs", "jmgm0m15lxo3n8u3hqffl0hxs", "jmgm0m1mlxo3n8u3hqffl0hxs", "jmgm0m1mdxo3n8u3hqffl0hxs", "jmgm0m1mddo3n8u3hqffl0hxs", "jmgm0m1mdd23n8u3hqffl0hxs", "jmgm0m1mdd2kn8u3hqffl0hxs", "jmgm0m1mdd2k18u3hqffl0hxs", "jmgm0m1mdd2k14u3hqffl0hxs", "jmgm0m1mdd2k14h3hqffl0hxs", "jmgm0m1mdd2k14hkhqffl0hxs", "jmgm0m1mdd2k14hkjqffl0hxs", "jmgm0m1mdd2k14hkj2ffl0hxs", "jmgm0m1mdd2k14hkj24fl0hxs", "jmgm0m1mdd2k14hkj244l0hxs", "jmgm0m1mdd2k14hkj244d0hxs", "jmgm0m1mdd2k14hkj244dmhxs", "jmgm0m1mdd2k14hkj244dmjxs", "jmgm0m1mdd2k14hkj244dmjds"]}, "config": {"length": 25, "num_substitutions": 25, "string": "h5s5b0n5lxo3n8u3hqffl0hxs", "table": {"0": "m", "3": "k", "5": "m", "8": "4", "b": "0", "f": "4", "h": "j", "l": "d", "n": "1", "o": "2", "q": "2", "s": "g", "u": "h", "x": "d"}}, "task_name": "task06", "example_name": "0232", "problem_name": "task06_0232"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(1, a)\n(b, w)\n(u, z)\n(g, p)\n(8, m)\n(x, f)\n(f, 6)\n(0, o)\n(c, 5)\n(7, q)\n(w, n)\n(y, e)\n(6, s)\n(e, h)\n(k, o)\n(a, s)\n(i, 5)\nString:\n6ycbf87w6bawui71kcekg0abx", "label": {"final": "se5w6mqnswsnz5qao5hoposwf", "init": "6ycbf87w6bawui71kcekg0abx", "intermediate": ["sycbf87w6bawui71kcekg0abx", "secbf87w6bawui71kcekg0abx", "se5bf87w6bawui71kcekg0abx", "se5wf87w6bawui71kcekg0abx", "se5w687w6bawui71kcekg0abx", "se5w6m7w6bawui71kcekg0abx", "se5w6mqw6bawui71kcekg0abx", "se5w6mqn6bawui71kcekg0abx", "se5w6mqnsbawui71kcekg0abx", "se5w6mqnswawui71kcekg0abx", "se5w6mqnswswui71kcekg0abx", "se5w6mqnswsnui71kcekg0abx", "se5w6mqnswsnzi71kcekg0abx", "se5w6mqnswsnz571kcekg0abx", "se5w6mqnswsnz5q1kcekg0abx", "se5w6mqnswsnz5qakcekg0abx", "se5w6mqnswsnz5qaocekg0abx", "se5w6mqnswsnz5qao5ekg0abx", "se5w6mqnswsnz5qao5hkg0abx", "se5w6mqnswsnz5qao5hog0abx", "se5w6mqnswsnz5qao5hop0abx", "se5w6mqnswsnz5qao5hopoabx", "se5w6mqnswsnz5qao5hoposbx", "se5w6mqnswsnz5qao5hoposwx"]}, "config": {"length": 25, "num_substitutions": 25, "string": "6ycbf87w6bawui71kcekg0abx", "table": {"0": "o", "1": "a", "6": "s", "7": "q", "8": "m", "a": "s", "b": "w", "c": "5", "e": "h", "f": "6", "g": "p", "i": "5", "k": "o", "u": "z", "w": "n", "x": "f", "y": "e"}}, "task_name": "task06", "example_name": "0233", "problem_name": "task06_0233"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(p, o)\n(r, j)\n(a, 0)\n(z, c)\n(0, b)\n(i, j)\n(q, 6)\n(o, y)\n(k, s)\n(u, 4)\n(f, 5)\n(n, y)\n(c, 8)\n(y, 8)\n(9, 4)\n(5, d)\nString:\npqykkaofz5yco0iu5a9nuarqi", "label": {"final": "o68ss0y5cd88ybj4d04y40j6j", "init": "pqykkaofz5yco0iu5a9nuarqi", "intermediate": ["oqykkaofz5yco0iu5a9nuarqi", "o6ykkaofz5yco0iu5a9nuarqi", "o68kkaofz5yco0iu5a9nuarqi", "o68skaofz5yco0iu5a9nuarqi", "o68ssaofz5yco0iu5a9nuarqi", "o68ss0ofz5yco0iu5a9nuarqi", "o68ss0yfz5yco0iu5a9nuarqi", "o68ss0y5z5yco0iu5a9nuarqi", "o68ss0y5c5yco0iu5a9nuarqi", "o68ss0y5cdyco0iu5a9nuarqi", "o68ss0y5cd8co0iu5a9nuarqi", "o68ss0y5cd88o0iu5a9nuarqi", "o68ss0y5cd88y0iu5a9nuarqi", "o68ss0y5cd88ybiu5a9nuarqi", "o68ss0y5cd88ybju5a9nuarqi", "o68ss0y5cd88ybj45a9nuarqi", "o68ss0y5cd88ybj4da9nuarqi", "o68ss0y5cd88ybj4d09nuarqi", "o68ss0y5cd88ybj4d04nuarqi", "o68ss0y5cd88ybj4d04yuarqi", "o68ss0y5cd88ybj4d04y4arqi", "o68ss0y5cd88ybj4d04y40rqi", "o68ss0y5cd88ybj4d04y40jqi", "o68ss0y5cd88ybj4d04y40j6i"]}, "config": {"length": 25, "num_substitutions": 25, "string": "pqykkaofz5yco0iu5a9nuarqi", "table": {"0": "b", "5": "d", "9": "4", "a": "0", "c": "8", "f": "5", "i": "j", "k": "s", "n": "y", "o": "y", "p": "o", "q": "6", "r": "j", "u": "4", "y": "8", "z": "c"}}, "task_name": "task06", "example_name": "0234", "problem_name": "task06_0234"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(e, y)\n(t, g)\n(v, h)\n(k, 8)\n(s, h)\n(y, c)\n(0, 1)\n(8, a)\n(d, i)\n(u, m)\n(f, g)\n(9, 1)\n(6, 3)\n(a, c)\n(p, x)\n(c, w)\nString:\n09se0ucckt6kpcaypf8dcf6vf", "label": {"final": "11hy1mww8g38xwccxgaiwg3hg", "init": "09se0ucckt6kpcaypf8dcf6vf", "intermediate": ["19se0ucckt6kpcaypf8dcf6vf", "11se0ucckt6kpcaypf8dcf6vf", "11he0ucckt6kpcaypf8dcf6vf", "11hy0ucckt6kpcaypf8dcf6vf", "11hy1ucckt6kpcaypf8dcf6vf", "11hy1mcckt6kpcaypf8dcf6vf", "11hy1mwckt6kpcaypf8dcf6vf", "11hy1mwwkt6kpcaypf8dcf6vf", "11hy1mww8t6kpcaypf8dcf6vf", "11hy1mww8g6kpcaypf8dcf6vf", "11hy1mww8g3kpcaypf8dcf6vf", "11hy1mww8g38pcaypf8dcf6vf", "11hy1mww8g38xcaypf8dcf6vf", "11hy1mww8g38xwaypf8dcf6vf", "11hy1mww8g38xwcypf8dcf6vf", "11hy1mww8g38xwccpf8dcf6vf", "11hy1mww8g38xwccxf8dcf6vf", "11hy1mww8g38xwccxg8dcf6vf", "11hy1mww8g38xwccxgadcf6vf", "11hy1mww8g38xwccxgaicf6vf", "11hy1mww8g38xwccxgaiwf6vf", "11hy1mww8g38xwccxgaiwg6vf", "11hy1mww8g38xwccxgaiwg3vf", "11hy1mww8g38xwccxgaiwg3hf"]}, "config": {"length": 25, "num_substitutions": 25, "string": "09se0ucckt6kpcaypf8dcf6vf", "table": {"0": "1", "6": "3", "8": "a", "9": "1", "a": "c", "c": "w", "d": "i", "e": "y", "f": "g", "k": "8", "p": "x", "s": "h", "t": "g", "u": "m", "v": "h", "y": "c"}}, "task_name": "task06", "example_name": "0235", "problem_name": "task06_0235"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(1, q)\n(x, q)\n(n, 0)\n(b, u)\n(c, 9)\n(p, r)\n(7, s)\n(5, 2)\n(a, e)\n(m, k)\n(8, u)\n(l, j)\n(0, h)\n(2, 6)\n(t, u)\n(y, o)\n(s, 9)\n(q, 4)\n(9, r)\nString:\nayla1m5209tpcbs78xqnnbynn", "label": {"final": "eojeqk26hrur9u9suq400uo00", "init": "ayla1m5209tpcbs78xqnnbynn", "intermediate": ["eyla1m5209tpcbs78xqnnbynn", "eola1m5209tpcbs78xqnnbynn", "eoja1m5209tpcbs78xqnnbynn", "eoje1m5209tpcbs78xqnnbynn", "eojeqm5209tpcbs78xqnnbynn", "eojeqk5209tpcbs78xqnnbynn", "eojeqk2209tpcbs78xqnnbynn", "eojeqk2609tpcbs78xqnnbynn", "eojeqk26h9tpcbs78xqnnbynn", "eojeqk26hrtpcbs78xqnnbynn", "eojeqk26hrupcbs78xqnnbynn", "eojeqk26hrurcbs78xqnnbynn", "eojeqk26hrur9bs78xqnnbynn", "eojeqk26hrur9us78xqnnbynn", "eojeqk26hrur9u978xqnnbynn", "eojeqk26hrur9u9s8xqnnbynn", "eojeqk26hrur9u9suxqnnbynn", "eojeqk26hrur9u9suqqnnbynn", "eojeqk26hrur9u9suq4nnbynn", "eojeqk26hrur9u9suq40nbynn", "eojeqk26hrur9u9suq400bynn", "eojeqk26hrur9u9suq400uynn", "eojeqk26hrur9u9suq400uonn", "eojeqk26hrur9u9suq400uo0n"]}, "config": {"length": 25, "num_substitutions": 25, "string": "ayla1m5209tpcbs78xqnnbynn", "table": {"0": "h", "1": "q", "2": "6", "5": "2", "7": "s", "8": "u", "9": "r", "a": "e", "b": "u", "c": "9", "l": "j", "m": "k", "n": "0", "p": "r", "q": "4", "s": "9", "t": "u", "x": "q", "y": "o"}}, "task_name": "task06", "example_name": "0236", "problem_name": "task06_0236"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(e, r)\n(5, h)\n(f, u)\n(3, n)\n(p, n)\n(z, 7)\n(m, x)\n(0, 8)\n(8, t)\n(7, c)\n(l, r)\n(1, q)\n(h, 2)\n(j, 6)\n(2, y)\n(b, o)\n(x, 6)\n(d, s)\n(u, o)\n(4, s)\n(s, t)\nString:\n7zleh2m177js8u5bx0zp34fd2", "label": {"final": "c7rr2yxqcc6ttoho687nnsusy", "init": "7zleh2m177js8u5bx0zp34fd2", "intermediate": ["czleh2m177js8u5bx0zp34fd2", "c7leh2m177js8u5bx0zp34fd2", "c7reh2m177js8u5bx0zp34fd2", "c7rrh2m177js8u5bx0zp34fd2", "c7rr22m177js8u5bx0zp34fd2", "c7rr2ym177js8u5bx0zp34fd2", "c7rr2yx177js8u5bx0zp34fd2", "c7rr2yxq77js8u5bx0zp34fd2", "c7rr2yxqc7js8u5bx0zp34fd2", "c7rr2yxqccjs8u5bx0zp34fd2", "c7rr2yxqcc6s8u5bx0zp34fd2", "c7rr2yxqcc6t8u5bx0zp34fd2", "c7rr2yxqcc6ttu5bx0zp34fd2", "c7rr2yxqcc6tto5bx0zp34fd2", "c7rr2yxqcc6ttohbx0zp34fd2", "c7rr2yxqcc6ttohox0zp34fd2", "c7rr2yxqcc6ttoho60zp34fd2", "c7rr2yxqcc6ttoho68zp34fd2", "c7rr2yxqcc6ttoho687p34fd2", "c7rr2yxqcc6ttoho687n34fd2", "c7rr2yxqcc6ttoho687nn4fd2", "c7rr2yxqcc6ttoho687nnsfd2", "c7rr2yxqcc6ttoho687nnsud2", "c7rr2yxqcc6ttoho687nnsus2"]}, "config": {"length": 25, "num_substitutions": 25, "string": "7zleh2m177js8u5bx0zp34fd2", "table": {"0": "8", "1": "q", "2": "y", "3": "n", "4": "s", "5": "h", "7": "c", "8": "t", "b": "o", "d": "s", "e": "r", "f": "u", "h": "2", "j": "6", "l": "r", "m": "x", "p": "n", "s": "t", "u": "o", "x": "6", "z": "7"}}, "task_name": "task06", "example_name": "0237", "problem_name": "task06_0237"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(t, l)\n(a, 5)\n(1, 0)\n(u, o)\n(i, d)\n(p, o)\n(l, k)\n(s, d)\n(3, 7)\n(g, f)\n(9, b)\n(6, 5)\n(q, e)\n(0, 7)\n(4, w)\n(y, z)\n(v, n)\nString:\nv499tagl14sl0p6y3a34quii3", "label": {"final": "nwbbl5fk0wdk7o5z757weodd7", "init": "v499tagl14sl0p6y3a34quii3", "intermediate": ["n499tagl14sl0p6y3a34quii3", "nw99tagl14sl0p6y3a34quii3", "nwb9tagl14sl0p6y3a34quii3", "nwbbtagl14sl0p6y3a34quii3", "nwbblagl14sl0p6y3a34quii3", "nwbbl5gl14sl0p6y3a34quii3", "nwbbl5fl14sl0p6y3a34quii3", "nwbbl5fk14sl0p6y3a34quii3", "nwbbl5fk04sl0p6y3a34quii3", "nwbbl5fk0wsl0p6y3a34quii3", "nwbbl5fk0wdl0p6y3a34quii3", "nwbbl5fk0wdk0p6y3a34quii3", "nwbbl5fk0wdk7p6y3a34quii3", "nwbbl5fk0wdk7o6y3a34quii3", "nwbbl5fk0wdk7o5y3a34quii3", "nwbbl5fk0wdk7o5z3a34quii3", "nwbbl5fk0wdk7o5z7a34quii3", "nwbbl5fk0wdk7o5z7534quii3", "nwbbl5fk0wdk7o5z7574quii3", "nwbbl5fk0wdk7o5z757wquii3", "nwbbl5fk0wdk7o5z757weuii3", "nwbbl5fk0wdk7o5z757weoii3", "nwbbl5fk0wdk7o5z757weodi3", "nwbbl5fk0wdk7o5z757weodd3"]}, "config": {"length": 25, "num_substitutions": 25, "string": "v499tagl14sl0p6y3a34quii3", "table": {"0": "7", "1": "0", "3": "7", "4": "w", "6": "5", "9": "b", "a": "5", "g": "f", "i": "d", "l": "k", "p": "o", "q": "e", "s": "d", "t": "l", "u": "o", "v": "n", "y": "z"}}, "task_name": "task06", "example_name": "0238", "problem_name": "task06_0238"}
+{"prompt": "Replace characters in a given string according to a given list of character pairs step by step as follows.\nStart from the first character in the string.\nAt each step, if the current target character matches the first element of any pairs in the list, replace the character with the second element of the pair. Then, move on to the next character in the string.\nRepeat the step until the end of the string.\n\nProvide the final string along with the intermediate strings after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nPairs:\n(b, f)\n(j, a)\n(y, n)\n(5, 3)\n(q, i)\n(t, w)\n(r, u)\n(d, l)\n(v, a)\n(x, k)\n(u, c)\n(1, e)\n(f, 7)\n(a, g)\n(6, w)\n(3, n)\n(c, l)\n(8, 9)\nString:\nfdr63yu18xaxjyq8vtqb6cfc5", "label": {"final": "7luwnnce9kgkani9awifwl7l3", "init": "fdr63yu18xaxjyq8vtqb6cfc5", "intermediate": ["7dr63yu18xaxjyq8vtqb6cfc5", "7lr63yu18xaxjyq8vtqb6cfc5", "7lu63yu18xaxjyq8vtqb6cfc5", "7luw3yu18xaxjyq8vtqb6cfc5", "7luwnyu18xaxjyq8vtqb6cfc5", "7luwnnu18xaxjyq8vtqb6cfc5", "7luwnnc18xaxjyq8vtqb6cfc5", "7luwnnce8xaxjyq8vtqb6cfc5", "7luwnnce9xaxjyq8vtqb6cfc5", "7luwnnce9kaxjyq8vtqb6cfc5", "7luwnnce9kgxjyq8vtqb6cfc5", "7luwnnce9kgkjyq8vtqb6cfc5", "7luwnnce9kgkayq8vtqb6cfc5", "7luwnnce9kgkanq8vtqb6cfc5", "7luwnnce9kgkani8vtqb6cfc5", "7luwnnce9kgkani9vtqb6cfc5", "7luwnnce9kgkani9atqb6cfc5", "7luwnnce9kgkani9awqb6cfc5", "7luwnnce9kgkani9awib6cfc5", "7luwnnce9kgkani9awif6cfc5", "7luwnnce9kgkani9awifwcfc5", "7luwnnce9kgkani9awifwlfc5", "7luwnnce9kgkani9awifwl7c5", "7luwnnce9kgkani9awifwl7l5"]}, "config": {"length": 25, "num_substitutions": 25, "string": "fdr63yu18xaxjyq8vtqb6cfc5", "table": {"1": "e", "3": "n", "5": "3", "6": "w", "8": "9", "a": "g", "b": "f", "c": "l", "d": "l", "f": "7", "j": "a", "q": "i", "r": "u", "t": "w", "u": "c", "v": "a", "x": "k", "y": "n"}}, "task_name": "task06", "example_name": "0239", "problem_name": "task06_0239"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111100", "label": {"final": ["1_7", "0_2"], "init": "", "intermediate": [["1_7"]]}, "config": {"num_divisions": 2, "string": "111111100"}, "task_name": "task07", "example_name": "0000", "problem_name": "task07_0000"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1110000", "label": {"final": ["1_3", "0_4"], "init": "", "intermediate": [["1_3"]]}, "config": {"num_divisions": 2, "string": "1110000"}, "task_name": "task07", "example_name": "0001", "problem_name": "task07_0001"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11110", "label": {"final": ["1_4", "0_1"], "init": "", "intermediate": [["1_4"]]}, "config": {"num_divisions": 2, "string": "11110"}, "task_name": "task07", "example_name": "0002", "problem_name": "task07_0002"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000000011", "label": {"final": ["0_7", "1_2"], "init": "", "intermediate": [["0_7"]]}, "config": {"num_divisions": 2, "string": "000000011"}, "task_name": "task07", "example_name": "0003", "problem_name": "task07_0003"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111000000", "label": {"final": ["1_5", "0_6"], "init": "", "intermediate": [["1_5"]]}, "config": {"num_divisions": 2, "string": "11111000000"}, "task_name": "task07", "example_name": "0004", "problem_name": "task07_0004"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0001111111", "label": {"final": ["0_3", "1_7"], "init": "", "intermediate": [["0_3"]]}, "config": {"num_divisions": 2, "string": "0001111111"}, "task_name": "task07", "example_name": "0005", "problem_name": "task07_0005"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1000000", "label": {"final": ["1_1", "0_6"], "init": "", "intermediate": [["1_1"]]}, "config": {"num_divisions": 2, "string": "1000000"}, "task_name": "task07", "example_name": "0006", "problem_name": "task07_0006"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111111000", "label": {"final": ["1_9", "0_3"], "init": "", "intermediate": [["1_9"]]}, "config": {"num_divisions": 2, "string": "111111111000"}, "task_name": "task07", "example_name": "0007", "problem_name": "task07_0007"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111100000", "label": {"final": ["1_4", "0_5"], "init": "", "intermediate": [["1_4"]]}, "config": {"num_divisions": 2, "string": "111100000"}, "task_name": "task07", "example_name": "0008", "problem_name": "task07_0008"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111100", "label": {"final": ["1_4", "0_2"], "init": "", "intermediate": [["1_4"]]}, "config": {"num_divisions": 2, "string": "111100"}, "task_name": "task07", "example_name": "0009", "problem_name": "task07_0009"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000000001000", "label": {"final": ["0_8", "1_1", "0_3"], "init": "", "intermediate": [["0_8"], ["0_8", "1_1"]]}, "config": {"num_divisions": 3, "string": "000000001000"}, "task_name": "task07", "example_name": "0010", "problem_name": "task07_0010"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00000001110", "label": {"final": ["0_7", "1_3", "0_1"], "init": "", "intermediate": [["0_7"], ["0_7", "1_3"]]}, "config": {"num_divisions": 3, "string": "00000001110"}, "task_name": "task07", "example_name": "0011", "problem_name": "task07_0011"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000011111110", "label": {"final": ["0_5", "1_7", "0_1"], "init": "", "intermediate": [["0_5"], ["0_5", "1_7"]]}, "config": {"num_divisions": 3, "string": "0000011111110"}, "task_name": "task07", "example_name": "0012", "problem_name": "task07_0012"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n10000000001111111", "label": {"final": ["1_1", "0_9", "1_7"], "init": "", "intermediate": [["1_1"], ["1_1", "0_9"]]}, "config": {"num_divisions": 3, "string": "10000000001111111"}, "task_name": "task07", "example_name": "0013", "problem_name": "task07_0013"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1100000000011111", "label": {"final": ["1_2", "0_9", "1_5"], "init": "", "intermediate": [["1_2"], ["1_2", "0_9"]]}, "config": {"num_divisions": 3, "string": "1100000000011111"}, "task_name": "task07", "example_name": "0014", "problem_name": "task07_0014"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n01111100", "label": {"final": ["0_1", "1_5", "0_2"], "init": "", "intermediate": [["0_1"], ["0_1", "1_5"]]}, "config": {"num_divisions": 3, "string": "01111100"}, "task_name": "task07", "example_name": "0015", "problem_name": "task07_0015"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111110000001111", "label": {"final": ["1_6", "0_6", "1_4"], "init": "", "intermediate": [["1_6"], ["1_6", "0_6"]]}, "config": {"num_divisions": 3, "string": "1111110000001111"}, "task_name": "task07", "example_name": "0016", "problem_name": "task07_0016"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00000111111000000", "label": {"final": ["0_5", "1_6", "0_6"], "init": "", "intermediate": [["0_5"], ["0_5", "1_6"]]}, "config": {"num_divisions": 3, "string": "00000111111000000"}, "task_name": "task07", "example_name": "0017", "problem_name": "task07_0017"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n011111110000000", "label": {"final": ["0_1", "1_7", "0_7"], "init": "", "intermediate": [["0_1"], ["0_1", "1_7"]]}, "config": {"num_divisions": 3, "string": "011111110000000"}, "task_name": "task07", "example_name": "0018", "problem_name": "task07_0018"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000011100000", "label": {"final": ["0_4", "1_3", "0_5"], "init": "", "intermediate": [["0_4"], ["0_4", "1_3"]]}, "config": {"num_divisions": 3, "string": "000011100000"}, "task_name": "task07", "example_name": "0019", "problem_name": "task07_0019"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000011111110000000011111", "label": {"final": ["0_4", "1_7", "0_8", "1_5"], "init": "", "intermediate": [["0_4"], ["0_4", "1_7"], ["0_4", "1_7", "0_8"]]}, "config": {"num_divisions": 4, "string": "000011111110000000011111"}, "task_name": "task07", "example_name": "0020", "problem_name": "task07_0020"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11000001111110000", "label": {"final": ["1_2", "0_5", "1_6", "0_4"], "init": "", "intermediate": [["1_2"], ["1_2", "0_5"], ["1_2", "0_5", "1_6"]]}, "config": {"num_divisions": 4, "string": "11000001111110000"}, "task_name": "task07", "example_name": "0021", "problem_name": "task07_0021"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111101110000000", "label": {"final": ["1_6", "0_1", "1_3", "0_7"], "init": "", "intermediate": [["1_6"], ["1_6", "0_1"], ["1_6", "0_1", "1_3"]]}, "config": {"num_divisions": 4, "string": "11111101110000000"}, "task_name": "task07", "example_name": "0022", "problem_name": "task07_0022"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00000111111110000000111", "label": {"final": ["0_5", "1_8", "0_7", "1_3"], "init": "", "intermediate": [["0_5"], ["0_5", "1_8"], ["0_5", "1_8", "0_7"]]}, "config": {"num_divisions": 4, "string": "00000111111110000000111"}, "task_name": "task07", "example_name": "0023", "problem_name": "task07_0023"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000111000000011111", "label": {"final": ["0_4", "1_3", "0_7", "1_5"], "init": "", "intermediate": [["0_4"], ["0_4", "1_3"], ["0_4", "1_3", "0_7"]]}, "config": {"num_divisions": 4, "string": "0000111000000011111"}, "task_name": "task07", "example_name": "0024", "problem_name": "task07_0024"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00000010111111", "label": {"final": ["0_6", "1_1", "0_1", "1_6"], "init": "", "intermediate": [["0_6"], ["0_6", "1_1"], ["0_6", "1_1", "0_1"]]}, "config": {"num_divisions": 4, "string": "00000010111111"}, "task_name": "task07", "example_name": "0025", "problem_name": "task07_0025"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000001000011111111", "label": {"final": ["0_5", "1_1", "0_4", "1_8"], "init": "", "intermediate": [["0_5"], ["0_5", "1_1"], ["0_5", "1_1", "0_4"]]}, "config": {"num_divisions": 4, "string": "000001000011111111"}, "task_name": "task07", "example_name": "0026", "problem_name": "task07_0026"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000000111111111000000011", "label": {"final": ["0_7", "1_9", "0_7", "1_2"], "init": "", "intermediate": [["0_7"], ["0_7", "1_9"], ["0_7", "1_9", "0_7"]]}, "config": {"num_divisions": 4, "string": "0000000111111111000000011"}, "task_name": "task07", "example_name": "0027", "problem_name": "task07_0027"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111110000000111111000", "label": {"final": ["1_5", "0_7", "1_6", "0_3"], "init": "", "intermediate": [["1_5"], ["1_5", "0_7"], ["1_5", "0_7", "1_6"]]}, "config": {"num_divisions": 4, "string": "111110000000111111000"}, "task_name": "task07", "example_name": "0028", "problem_name": "task07_0028"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111011111111100000", "label": {"final": ["1_5", "0_1", "1_9", "0_5"], "init": "", "intermediate": [["1_5"], ["1_5", "0_1"], ["1_5", "0_1", "1_9"]]}, "config": {"num_divisions": 4, "string": "11111011111111100000"}, "task_name": "task07", "example_name": "0029", "problem_name": "task07_0029"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000011110000000011110000000", "label": {"final": ["0_5", "1_4", "0_8", "1_4", "0_7"], "init": "", "intermediate": [["0_5"], ["0_5", "1_4"], ["0_5", "1_4", "0_8"], ["0_5", "1_4", "0_8", "1_4"]]}, "config": {"num_divisions": 5, "string": "0000011110000000011110000000"}, "task_name": "task07", "example_name": "0030", "problem_name": "task07_0030"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11000001111000000000111111111", "label": {"final": ["1_2", "0_5", "1_4", "0_9", "1_9"], "init": "", "intermediate": [["1_2"], ["1_2", "0_5"], ["1_2", "0_5", "1_4"], ["1_2", "0_5", "1_4", "0_9"]]}, "config": {"num_divisions": 5, "string": "11000001111000000000111111111"}, "task_name": "task07", "example_name": "0031", "problem_name": "task07_0031"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000000111111111000001111100", "label": {"final": ["0_7", "1_9", "0_5", "1_5", "0_2"], "init": "", "intermediate": [["0_7"], ["0_7", "1_9"], ["0_7", "1_9", "0_5"], ["0_7", "1_9", "0_5", "1_5"]]}, "config": {"num_divisions": 5, "string": "0000000111111111000001111100"}, "task_name": "task07", "example_name": "0032", "problem_name": "task07_0032"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111100111110000111", "label": {"final": ["1_5", "0_2", "1_5", "0_4", "1_3"], "init": "", "intermediate": [["1_5"], ["1_5", "0_2"], ["1_5", "0_2", "1_5"], ["1_5", "0_2", "1_5", "0_4"]]}, "config": {"num_divisions": 5, "string": "1111100111110000111"}, "task_name": "task07", "example_name": "0033", "problem_name": "task07_0033"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000000000100111110000000", "label": {"final": ["0_9", "1_1", "0_2", "1_5", "0_7"], "init": "", "intermediate": [["0_9"], ["0_9", "1_1"], ["0_9", "1_1", "0_2"], ["0_9", "1_1", "0_2", "1_5"]]}, "config": {"num_divisions": 5, "string": "000000000100111110000000"}, "task_name": "task07", "example_name": "0034", "problem_name": "task07_0034"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00000011111000100", "label": {"final": ["0_6", "1_5", "0_3", "1_1", "0_2"], "init": "", "intermediate": [["0_6"], ["0_6", "1_5"], ["0_6", "1_5", "0_3"], ["0_6", "1_5", "0_3", "1_1"]]}, "config": {"num_divisions": 5, "string": "00000011111000100"}, "task_name": "task07", "example_name": "0035", "problem_name": "task07_0035"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000111111000100", "label": {"final": ["0_3", "1_6", "0_3", "1_1", "0_2"], "init": "", "intermediate": [["0_3"], ["0_3", "1_6"], ["0_3", "1_6", "0_3"], ["0_3", "1_6", "0_3", "1_1"]]}, "config": {"num_divisions": 5, "string": "000111111000100"}, "task_name": "task07", "example_name": "0036", "problem_name": "task07_0036"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000001111111100000000110000000", "label": {"final": ["0_5", "1_8", "0_8", "1_2", "0_7"], "init": "", "intermediate": [["0_5"], ["0_5", "1_8"], ["0_5", "1_8", "0_8"], ["0_5", "1_8", "0_8", "1_2"]]}, "config": {"num_divisions": 5, "string": "000001111111100000000110000000"}, "task_name": "task07", "example_name": "0037", "problem_name": "task07_0037"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n110000100111111111", "label": {"final": ["1_2", "0_4", "1_1", "0_2", "1_9"], "init": "", "intermediate": [["1_2"], ["1_2", "0_4"], ["1_2", "0_4", "1_1"], ["1_2", "0_4", "1_1", "0_2"]]}, "config": {"num_divisions": 5, "string": "110000100111111111"}, "task_name": "task07", "example_name": "0038", "problem_name": "task07_0038"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111000000000111111111000000000111111111", "label": {"final": ["1_5", "0_9", "1_9", "0_9", "1_9"], "init": "", "intermediate": [["1_5"], ["1_5", "0_9"], ["1_5", "0_9", "1_9"], ["1_5", "0_9", "1_9", "0_9"]]}, "config": {"num_divisions": 5, "string": "11111000000000111111111000000000111111111"}, "task_name": "task07", "example_name": "0039", "problem_name": "task07_0039"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11110000001100000001111000", "label": {"final": ["1_4", "0_6", "1_2", "0_7", "1_4", "0_3"], "init": "", "intermediate": [["1_4"], ["1_4", "0_6"], ["1_4", "0_6", "1_2"], ["1_4", "0_6", "1_2", "0_7"], ["1_4", "0_6", "1_2", "0_7", "1_4"]]}, "config": {"num_divisions": 6, "string": "11110000001100000001111000"}, "task_name": "task07", "example_name": "0040", "problem_name": "task07_0040"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111001111000111000000000", "label": {"final": ["1_4", "0_2", "1_4", "0_3", "1_3", "0_9"], "init": "", "intermediate": [["1_4"], ["1_4", "0_2"], ["1_4", "0_2", "1_4"], ["1_4", "0_2", "1_4", "0_3"], ["1_4", "0_2", "1_4", "0_3", "1_3"]]}, "config": {"num_divisions": 6, "string": "1111001111000111000000000"}, "task_name": "task07", "example_name": "0041", "problem_name": "task07_0041"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11110000001100000000111110", "label": {"final": ["1_4", "0_6", "1_2", "0_8", "1_5", "0_1"], "init": "", "intermediate": [["1_4"], ["1_4", "0_6"], ["1_4", "0_6", "1_2"], ["1_4", "0_6", "1_2", "0_8"], ["1_4", "0_6", "1_2", "0_8", "1_5"]]}, "config": {"num_divisions": 6, "string": "11110000001100000000111110"}, "task_name": "task07", "example_name": "0042", "problem_name": "task07_0042"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000000001111001111100000000111", "label": {"final": ["0_9", "1_4", "0_2", "1_5", "0_8", "1_3"], "init": "", "intermediate": [["0_9"], ["0_9", "1_4"], ["0_9", "1_4", "0_2"], ["0_9", "1_4", "0_2", "1_5"], ["0_9", "1_4", "0_2", "1_5", "0_8"]]}, "config": {"num_divisions": 6, "string": "0000000001111001111100000000111"}, "task_name": "task07", "example_name": "0043", "problem_name": "task07_0043"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0001111101111111110000111111", "label": {"final": ["0_3", "1_5", "0_1", "1_9", "0_4", "1_6"], "init": "", "intermediate": [["0_3"], ["0_3", "1_5"], ["0_3", "1_5", "0_1"], ["0_3", "1_5", "0_1", "1_9"], ["0_3", "1_5", "0_1", "1_9", "0_4"]]}, "config": {"num_divisions": 6, "string": "0001111101111111110000111111"}, "task_name": "task07", "example_name": "0044", "problem_name": "task07_0044"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00011111000000001111110111", "label": {"final": ["0_3", "1_5", "0_8", "1_6", "0_1", "1_3"], "init": "", "intermediate": [["0_3"], ["0_3", "1_5"], ["0_3", "1_5", "0_8"], ["0_3", "1_5", "0_8", "1_6"], ["0_3", "1_5", "0_8", "1_6", "0_1"]]}, "config": {"num_divisions": 6, "string": "00011111000000001111110111"}, "task_name": "task07", "example_name": "0045", "problem_name": "task07_0045"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111110000000111111100011111111000", "label": {"final": ["1_5", "0_7", "1_7", "0_3", "1_8", "0_3"], "init": "", "intermediate": [["1_5"], ["1_5", "0_7"], ["1_5", "0_7", "1_7"], ["1_5", "0_7", "1_7", "0_3"], ["1_5", "0_7", "1_7", "0_3", "1_8"]]}, "config": {"num_divisions": 6, "string": "111110000000111111100011111111000"}, "task_name": "task07", "example_name": "0046", "problem_name": "task07_0046"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111110011111100001111111100000000", "label": {"final": ["1_6", "0_2", "1_6", "0_4", "1_8", "0_8"], "init": "", "intermediate": [["1_6"], ["1_6", "0_2"], ["1_6", "0_2", "1_6"], ["1_6", "0_2", "1_6", "0_4"], ["1_6", "0_2", "1_6", "0_4", "1_8"]]}, "config": {"num_divisions": 6, "string": "1111110011111100001111111100000000"}, "task_name": "task07", "example_name": "0047", "problem_name": "task07_0047"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11000110000001111111110", "label": {"final": ["1_2", "0_3", "1_2", "0_6", "1_9", "0_1"], "init": "", "intermediate": [["1_2"], ["1_2", "0_3"], ["1_2", "0_3", "1_2"], ["1_2", "0_3", "1_2", "0_6"], ["1_2", "0_3", "1_2", "0_6", "1_9"]]}, "config": {"num_divisions": 6, "string": "11000110000001111111110"}, "task_name": "task07", "example_name": "0048", "problem_name": "task07_0048"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111111000000011111100000001111100000000", "label": {"final": ["1_9", "0_7", "1_6", "0_7", "1_5", "0_8"], "init": "", "intermediate": [["1_9"], ["1_9", "0_7"], ["1_9", "0_7", "1_6"], ["1_9", "0_7", "1_6", "0_7"], ["1_9", "0_7", "1_6", "0_7", "1_5"]]}, "config": {"num_divisions": 6, "string": "111111111000000011111100000001111100000000"}, "task_name": "task07", "example_name": "0049", "problem_name": "task07_0049"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111111000000001100000000011100011111111", "label": {"final": ["1_9", "0_8", "1_2", "0_9", "1_3", "0_3", "1_8"], "init": "", "intermediate": [["1_9"], ["1_9", "0_8"], ["1_9", "0_8", "1_2"], ["1_9", "0_8", "1_2", "0_9"], ["1_9", "0_8", "1_2", "0_9", "1_3"], ["1_9", "0_8", "1_2", "0_9", "1_3", "0_3"]]}, "config": {"num_divisions": 7, "string": "111111111000000001100000000011100011111111"}, "task_name": "task07", "example_name": "0050", "problem_name": "task07_0050"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n01101111110100000000", "label": {"final": ["0_1", "1_2", "0_1", "1_6", "0_1", "1_1", "0_8"], "init": "", "intermediate": [["0_1"], ["0_1", "1_2"], ["0_1", "1_2", "0_1"], ["0_1", "1_2", "0_1", "1_6"], ["0_1", "1_2", "0_1", "1_6", "0_1"], ["0_1", "1_2", "0_1", "1_6", "0_1", "1_1"]]}, "config": {"num_divisions": 7, "string": "01101111110100000000"}, "task_name": "task07", "example_name": "0051", "problem_name": "task07_0051"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111110000111000000011110000011111", "label": {"final": ["1_5", "0_4", "1_3", "0_7", "1_4", "0_5", "1_5"], "init": "", "intermediate": [["1_5"], ["1_5", "0_4"], ["1_5", "0_4", "1_3"], ["1_5", "0_4", "1_3", "0_7"], ["1_5", "0_4", "1_3", "0_7", "1_4"], ["1_5", "0_4", "1_3", "0_7", "1_4", "0_5"]]}, "config": {"num_divisions": 7, "string": "111110000111000000011110000011111"}, "task_name": "task07", "example_name": "0052", "problem_name": "task07_0052"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000000011100011110111100000000", "label": {"final": ["0_8", "1_3", "0_3", "1_4", "0_1", "1_4", "0_8"], "init": "", "intermediate": [["0_8"], ["0_8", "1_3"], ["0_8", "1_3", "0_3"], ["0_8", "1_3", "0_3", "1_4"], ["0_8", "1_3", "0_3", "1_4", "0_1"], ["0_8", "1_3", "0_3", "1_4", "0_1", "1_4"]]}, "config": {"num_divisions": 7, "string": "0000000011100011110111100000000"}, "task_name": "task07", "example_name": "0053", "problem_name": "task07_0053"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111111110011111110011111111100000001111111", "label": {"final": ["1_9", "0_2", "1_7", "0_2", "1_9", "0_7", "1_7"], "init": "", "intermediate": [["1_9"], ["1_9", "0_2"], ["1_9", "0_2", "1_7"], ["1_9", "0_2", "1_7", "0_2"], ["1_9", "0_2", "1_7", "0_2", "1_9"], ["1_9", "0_2", "1_7", "0_2", "1_9", "0_7"]]}, "config": {"num_divisions": 7, "string": "1111111110011111110011111111100000001111111"}, "task_name": "task07", "example_name": "0054", "problem_name": "task07_0054"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n110000100000011111100001111", "label": {"final": ["1_2", "0_4", "1_1", "0_6", "1_6", "0_4", "1_4"], "init": "", "intermediate": [["1_2"], ["1_2", "0_4"], ["1_2", "0_4", "1_1"], ["1_2", "0_4", "1_1", "0_6"], ["1_2", "0_4", "1_1", "0_6", "1_6"], ["1_2", "0_4", "1_1", "0_6", "1_6", "0_4"]]}, "config": {"num_divisions": 7, "string": "110000100000011111100001111"}, "task_name": "task07", "example_name": "0055", "problem_name": "task07_0055"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111110000001100000000111111110001111", "label": {"final": ["1_8", "0_6", "1_2", "0_8", "1_8", "0_3", "1_4"], "init": "", "intermediate": [["1_8"], ["1_8", "0_6"], ["1_8", "0_6", "1_2"], ["1_8", "0_6", "1_2", "0_8"], ["1_8", "0_6", "1_2", "0_8", "1_8"], ["1_8", "0_6", "1_2", "0_8", "1_8", "0_3"]]}, "config": {"num_divisions": 7, "string": "111111110000001100000000111111110001111"}, "task_name": "task07", "example_name": "0056", "problem_name": "task07_0056"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n01110000001111111110000011110", "label": {"final": ["0_1", "1_3", "0_6", "1_9", "0_5", "1_4", "0_1"], "init": "", "intermediate": [["0_1"], ["0_1", "1_3"], ["0_1", "1_3", "0_6"], ["0_1", "1_3", "0_6", "1_9"], ["0_1", "1_3", "0_6", "1_9", "0_5"], ["0_1", "1_3", "0_6", "1_9", "0_5", "1_4"]]}, "config": {"num_divisions": 7, "string": "01110000001111111110000011110"}, "task_name": "task07", "example_name": "0057", "problem_name": "task07_0057"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0011111111100000111111111011000000", "label": {"final": ["0_2", "1_9", "0_5", "1_9", "0_1", "1_2", "0_6"], "init": "", "intermediate": [["0_2"], ["0_2", "1_9"], ["0_2", "1_9", "0_5"], ["0_2", "1_9", "0_5", "1_9"], ["0_2", "1_9", "0_5", "1_9", "0_1"], ["0_2", "1_9", "0_5", "1_9", "0_1", "1_2"]]}, "config": {"num_divisions": 7, "string": "0011111111100000111111111011000000"}, "task_name": "task07", "example_name": "0058", "problem_name": "task07_0058"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11000111100000011111110111111111", "label": {"final": ["1_2", "0_3", "1_4", "0_6", "1_7", "0_1", "1_9"], "init": "", "intermediate": [["1_2"], ["1_2", "0_3"], ["1_2", "0_3", "1_4"], ["1_2", "0_3", "1_4", "0_6"], ["1_2", "0_3", "1_4", "0_6", "1_7"], ["1_2", "0_3", "1_4", "0_6", "1_7", "0_1"]]}, "config": {"num_divisions": 7, "string": "11000111100000011111110111111111"}, "task_name": "task07", "example_name": "0059", "problem_name": "task07_0059"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11110000011111000111111110000000010000", "label": {"final": ["1_4", "0_5", "1_5", "0_3", "1_8", "0_8", "1_1", "0_4"], "init": "", "intermediate": [["1_4"], ["1_4", "0_5"], ["1_4", "0_5", "1_5"], ["1_4", "0_5", "1_5", "0_3"], ["1_4", "0_5", "1_5", "0_3", "1_8"], ["1_4", "0_5", "1_5", "0_3", "1_8", "0_8"], ["1_4", "0_5", "1_5", "0_3", "1_8", "0_8", "1_1"]]}, "config": {"num_divisions": 8, "string": "11110000011111000111111110000000010000"}, "task_name": "task07", "example_name": "0060", "problem_name": "task07_0060"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000010001111100011100000011", "label": {"final": ["0_5", "1_1", "0_3", "1_5", "0_3", "1_3", "0_6", "1_2"], "init": "", "intermediate": [["0_5"], ["0_5", "1_1"], ["0_5", "1_1", "0_3"], ["0_5", "1_1", "0_3", "1_5"], ["0_5", "1_1", "0_3", "1_5", "0_3"], ["0_5", "1_1", "0_3", "1_5", "0_3", "1_3"], ["0_5", "1_1", "0_3", "1_5", "0_3", "1_3", "0_6"]]}, "config": {"num_divisions": 8, "string": "0000010001111100011100000011"}, "task_name": "task07", "example_name": "0061", "problem_name": "task07_0061"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000111000111111101111111100000111111111", "label": {"final": ["0_3", "1_3", "0_3", "1_7", "0_1", "1_8", "0_5", "1_9"], "init": "", "intermediate": [["0_3"], ["0_3", "1_3"], ["0_3", "1_3", "0_3"], ["0_3", "1_3", "0_3", "1_7"], ["0_3", "1_3", "0_3", "1_7", "0_1"], ["0_3", "1_3", "0_3", "1_7", "0_1", "1_8"], ["0_3", "1_3", "0_3", "1_7", "0_1", "1_8", "0_5"]]}, "config": {"num_divisions": 8, "string": "000111000111111101111111100000111111111"}, "task_name": "task07", "example_name": "0062", "problem_name": "task07_0062"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000011111111100000000011111111000001110001111", "label": {"final": ["0_4", "1_9", "0_9", "1_8", "0_5", "1_3", "0_3", "1_4"], "init": "", "intermediate": [["0_4"], ["0_4", "1_9"], ["0_4", "1_9", "0_9"], ["0_4", "1_9", "0_9", "1_8"], ["0_4", "1_9", "0_9", "1_8", "0_5"], ["0_4", "1_9", "0_9", "1_8", "0_5", "1_3"], ["0_4", "1_9", "0_9", "1_8", "0_5", "1_3", "0_3"]]}, "config": {"num_divisions": 8, "string": "000011111111100000000011111111000001110001111"}, "task_name": "task07", "example_name": "0063", "problem_name": "task07_0063"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111100000000111110000000001111111100000001000000000", "label": {"final": ["1_4", "0_8", "1_5", "0_9", "1_8", "0_7", "1_1", "0_9"], "init": "", "intermediate": [["1_4"], ["1_4", "0_8"], ["1_4", "0_8", "1_5"], ["1_4", "0_8", "1_5", "0_9"], ["1_4", "0_8", "1_5", "0_9", "1_8"], ["1_4", "0_8", "1_5", "0_9", "1_8", "0_7"], ["1_4", "0_8", "1_5", "0_9", "1_8", "0_7", "1_1"]]}, "config": {"num_divisions": 8, "string": "111100000000111110000000001111111100000001000000000"}, "task_name": "task07", "example_name": "0064", "problem_name": "task07_0064"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n011111110000000011111011000000011111", "label": {"final": ["0_1", "1_7", "0_8", "1_5", "0_1", "1_2", "0_7", "1_5"], "init": "", "intermediate": [["0_1"], ["0_1", "1_7"], ["0_1", "1_7", "0_8"], ["0_1", "1_7", "0_8", "1_5"], ["0_1", "1_7", "0_8", "1_5", "0_1"], ["0_1", "1_7", "0_8", "1_5", "0_1", "1_2"], ["0_1", "1_7", "0_8", "1_5", "0_1", "1_2", "0_7"]]}, "config": {"num_divisions": 8, "string": "011111110000000011111011000000011111"}, "task_name": "task07", "example_name": "0065", "problem_name": "task07_0065"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111011100000000011101111110", "label": {"final": ["1_3", "0_1", "1_3", "0_9", "1_3", "0_1", "1_6", "0_1"], "init": "", "intermediate": [["1_3"], ["1_3", "0_1"], ["1_3", "0_1", "1_3"], ["1_3", "0_1", "1_3", "0_9"], ["1_3", "0_1", "1_3", "0_9", "1_3"], ["1_3", "0_1", "1_3", "0_9", "1_3", "0_1"], ["1_3", "0_1", "1_3", "0_9", "1_3", "0_1", "1_6"]]}, "config": {"num_divisions": 8, "string": "111011100000000011101111110"}, "task_name": "task07", "example_name": "0066", "problem_name": "task07_0066"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00001000000000110111111101", "label": {"final": ["0_4", "1_1", "0_9", "1_2", "0_1", "1_7", "0_1", "1_1"], "init": "", "intermediate": [["0_4"], ["0_4", "1_1"], ["0_4", "1_1", "0_9"], ["0_4", "1_1", "0_9", "1_2"], ["0_4", "1_1", "0_9", "1_2", "0_1"], ["0_4", "1_1", "0_9", "1_2", "0_1", "1_7"], ["0_4", "1_1", "0_9", "1_2", "0_1", "1_7", "0_1"]]}, "config": {"num_divisions": 8, "string": "00001000000000110111111101"}, "task_name": "task07", "example_name": "0067", "problem_name": "task07_0067"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000111110000110000001000111", "label": {"final": ["0_3", "1_5", "0_4", "1_2", "0_6", "1_1", "0_3", "1_3"], "init": "", "intermediate": [["0_3"], ["0_3", "1_5"], ["0_3", "1_5", "0_4"], ["0_3", "1_5", "0_4", "1_2"], ["0_3", "1_5", "0_4", "1_2", "0_6"], ["0_3", "1_5", "0_4", "1_2", "0_6", "1_1"], ["0_3", "1_5", "0_4", "1_2", "0_6", "1_1", "0_3"]]}, "config": {"num_divisions": 8, "string": "000111110000110000001000111"}, "task_name": "task07", "example_name": "0068", "problem_name": "task07_0068"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00000000011111101111111101110000000001", "label": {"final": ["0_9", "1_6", "0_1", "1_8", "0_1", "1_3", "0_9", "1_1"], "init": "", "intermediate": [["0_9"], ["0_9", "1_6"], ["0_9", "1_6", "0_1"], ["0_9", "1_6", "0_1", "1_8"], ["0_9", "1_6", "0_1", "1_8", "0_1"], ["0_9", "1_6", "0_1", "1_8", "0_1", "1_3"], ["0_9", "1_6", "0_1", "1_8", "0_1", "1_3", "0_9"]]}, "config": {"num_divisions": 8, "string": "00000000011111101111111101110000000001"}, "task_name": "task07", "example_name": "0069", "problem_name": "task07_0069"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000001111000000111111110000000111111100000111111100", "label": {"final": ["0_6", "1_4", "0_6", "1_8", "0_7", "1_7", "0_5", "1_7", "0_2"], "init": "", "intermediate": [["0_6"], ["0_6", "1_4"], ["0_6", "1_4", "0_6"], ["0_6", "1_4", "0_6", "1_8"], ["0_6", "1_4", "0_6", "1_8", "0_7"], ["0_6", "1_4", "0_6", "1_8", "0_7", "1_7"], ["0_6", "1_4", "0_6", "1_8", "0_7", "1_7", "0_5"], ["0_6", "1_4", "0_6", "1_8", "0_7", "1_7", "0_5", "1_7"]]}, "config": {"num_divisions": 9, "string": "0000001111000000111111110000000111111100000111111100"}, "task_name": "task07", "example_name": "0070", "problem_name": "task07_0070"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n001110000011111000000011100001111100000", "label": {"final": ["0_2", "1_3", "0_5", "1_5", "0_7", "1_3", "0_4", "1_5", "0_5"], "init": "", "intermediate": [["0_2"], ["0_2", "1_3"], ["0_2", "1_3", "0_5"], ["0_2", "1_3", "0_5", "1_5"], ["0_2", "1_3", "0_5", "1_5", "0_7"], ["0_2", "1_3", "0_5", "1_5", "0_7", "1_3"], ["0_2", "1_3", "0_5", "1_5", "0_7", "1_3", "0_4"], ["0_2", "1_3", "0_5", "1_5", "0_7", "1_3", "0_4", "1_5"]]}, "config": {"num_divisions": 9, "string": "001110000011111000000011100001111100000"}, "task_name": "task07", "example_name": "0071", "problem_name": "task07_0071"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11110111111111000000001111110011000011111111", "label": {"final": ["1_4", "0_1", "1_9", "0_8", "1_6", "0_2", "1_2", "0_4", "1_8"], "init": "", "intermediate": [["1_4"], ["1_4", "0_1"], ["1_4", "0_1", "1_9"], ["1_4", "0_1", "1_9", "0_8"], ["1_4", "0_1", "1_9", "0_8", "1_6"], ["1_4", "0_1", "1_9", "0_8", "1_6", "0_2"], ["1_4", "0_1", "1_9", "0_8", "1_6", "0_2", "1_2"], ["1_4", "0_1", "1_9", "0_8", "1_6", "0_2", "1_2", "0_4"]]}, "config": {"num_divisions": 9, "string": "11110111111111000000001111110011000011111111"}, "task_name": "task07", "example_name": "0072", "problem_name": "task07_0072"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00000010000000011111111100000010000001100000", "label": {"final": ["0_6", "1_1", "0_8", "1_9", "0_6", "1_1", "0_6", "1_2", "0_5"], "init": "", "intermediate": [["0_6"], ["0_6", "1_1"], ["0_6", "1_1", "0_8"], ["0_6", "1_1", "0_8", "1_9"], ["0_6", "1_1", "0_8", "1_9", "0_6"], ["0_6", "1_1", "0_8", "1_9", "0_6", "1_1"], ["0_6", "1_1", "0_8", "1_9", "0_6", "1_1", "0_6"], ["0_6", "1_1", "0_8", "1_9", "0_6", "1_1", "0_6", "1_2"]]}, "config": {"num_divisions": 9, "string": "00000010000000011111111100000010000001100000"}, "task_name": "task07", "example_name": "0073", "problem_name": "task07_0073"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111111000111100000111111110000011111111000000011111", "label": {"final": ["1_7", "0_3", "1_4", "0_5", "1_8", "0_5", "1_8", "0_7", "1_5"], "init": "", "intermediate": [["1_7"], ["1_7", "0_3"], ["1_7", "0_3", "1_4"], ["1_7", "0_3", "1_4", "0_5"], ["1_7", "0_3", "1_4", "0_5", "1_8"], ["1_7", "0_3", "1_4", "0_5", "1_8", "0_5"], ["1_7", "0_3", "1_4", "0_5", "1_8", "0_5", "1_8"], ["1_7", "0_3", "1_4", "0_5", "1_8", "0_5", "1_8", "0_7"]]}, "config": {"num_divisions": 9, "string": "1111111000111100000111111110000011111111000000011111"}, "task_name": "task07", "example_name": "0074", "problem_name": "task07_0074"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111111000011000111110001111111110000000001111", "label": {"final": ["1_7", "0_4", "1_2", "0_3", "1_5", "0_3", "1_9", "0_9", "1_4"], "init": "", "intermediate": [["1_7"], ["1_7", "0_4"], ["1_7", "0_4", "1_2"], ["1_7", "0_4", "1_2", "0_3"], ["1_7", "0_4", "1_2", "0_3", "1_5"], ["1_7", "0_4", "1_2", "0_3", "1_5", "0_3"], ["1_7", "0_4", "1_2", "0_3", "1_5", "0_3", "1_9"], ["1_7", "0_4", "1_2", "0_3", "1_5", "0_3", "1_9", "0_9"]]}, "config": {"num_divisions": 9, "string": "1111111000011000111110001111111110000000001111"}, "task_name": "task07", "example_name": "0075", "problem_name": "task07_0075"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111000011000001111110000011111111000001", "label": {"final": ["1_6", "0_4", "1_2", "0_5", "1_6", "0_5", "1_8", "0_5", "1_1"], "init": "", "intermediate": [["1_6"], ["1_6", "0_4"], ["1_6", "0_4", "1_2"], ["1_6", "0_4", "1_2", "0_5"], ["1_6", "0_4", "1_2", "0_5", "1_6"], ["1_6", "0_4", "1_2", "0_5", "1_6", "0_5"], ["1_6", "0_4", "1_2", "0_5", "1_6", "0_5", "1_8"], ["1_6", "0_4", "1_2", "0_5", "1_6", "0_5", "1_8", "0_5"]]}, "config": {"num_divisions": 9, "string": "111111000011000001111110000011111111000001"}, "task_name": "task07", "example_name": "0076", "problem_name": "task07_0076"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111000111000000001111111100000001000000011", "label": {"final": ["1_5", "0_3", "1_3", "0_8", "1_8", "0_7", "1_1", "0_7", "1_2"], "init": "", "intermediate": [["1_5"], ["1_5", "0_3"], ["1_5", "0_3", "1_3"], ["1_5", "0_3", "1_3", "0_8"], ["1_5", "0_3", "1_3", "0_8", "1_8"], ["1_5", "0_3", "1_3", "0_8", "1_8", "0_7"], ["1_5", "0_3", "1_3", "0_8", "1_8", "0_7", "1_1"], ["1_5", "0_3", "1_3", "0_8", "1_8", "0_7", "1_1", "0_7"]]}, "config": {"num_divisions": 9, "string": "11111000111000000001111111100000001000000011"}, "task_name": "task07", "example_name": "0077", "problem_name": "task07_0077"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00011100000001111001111111000011111111000", "label": {"final": ["0_3", "1_3", "0_7", "1_4", "0_2", "1_7", "0_4", "1_8", "0_3"], "init": "", "intermediate": [["0_3"], ["0_3", "1_3"], ["0_3", "1_3", "0_7"], ["0_3", "1_3", "0_7", "1_4"], ["0_3", "1_3", "0_7", "1_4", "0_2"], ["0_3", "1_3", "0_7", "1_4", "0_2", "1_7"], ["0_3", "1_3", "0_7", "1_4", "0_2", "1_7", "0_4"], ["0_3", "1_3", "0_7", "1_4", "0_2", "1_7", "0_4", "1_8"]]}, "config": {"num_divisions": 9, "string": "00011100000001111001111111000011111111000"}, "task_name": "task07", "example_name": "0078", "problem_name": "task07_0078"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1000000011111000111111111011000000001111", "label": {"final": ["1_1", "0_7", "1_5", "0_3", "1_9", "0_1", "1_2", "0_8", "1_4"], "init": "", "intermediate": [["1_1"], ["1_1", "0_7"], ["1_1", "0_7", "1_5"], ["1_1", "0_7", "1_5", "0_3"], ["1_1", "0_7", "1_5", "0_3", "1_9"], ["1_1", "0_7", "1_5", "0_3", "1_9", "0_1"], ["1_1", "0_7", "1_5", "0_3", "1_9", "0_1", "1_2"], ["1_1", "0_7", "1_5", "0_3", "1_9", "0_1", "1_2", "0_8"]]}, "config": {"num_divisions": 9, "string": "1000000011111000111111111011000000001111"}, "task_name": "task07", "example_name": "0079", "problem_name": "task07_0079"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111110000111111000001111100000011111100000001100000000", "label": {"final": ["1_5", "0_4", "1_6", "0_5", "1_5", "0_6", "1_6", "0_7", "1_2", "0_8"], "init": "", "intermediate": [["1_5"], ["1_5", "0_4"], ["1_5", "0_4", "1_6"], ["1_5", "0_4", "1_6", "0_5"], ["1_5", "0_4", "1_6", "0_5", "1_5"], ["1_5", "0_4", "1_6", "0_5", "1_5", "0_6"], ["1_5", "0_4", "1_6", "0_5", "1_5", "0_6", "1_6"], ["1_5", "0_4", "1_6", "0_5", "1_5", "0_6", "1_6", "0_7"], ["1_5", "0_4", "1_6", "0_5", "1_5", "0_6", "1_6", "0_7", "1_2"]]}, "config": {"num_divisions": 10, "string": "111110000111111000001111100000011111100000001100000000"}, "task_name": "task07", "example_name": "0080", "problem_name": "task07_0080"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000000011000000001001111111110000000011111111000011", "label": {"final": ["0_8", "1_2", "0_8", "1_1", "0_2", "1_9", "0_8", "1_8", "0_4", "1_2"], "init": "", "intermediate": [["0_8"], ["0_8", "1_2"], ["0_8", "1_2", "0_8"], ["0_8", "1_2", "0_8", "1_1"], ["0_8", "1_2", "0_8", "1_1", "0_2"], ["0_8", "1_2", "0_8", "1_1", "0_2", "1_9"], ["0_8", "1_2", "0_8", "1_1", "0_2", "1_9", "0_8"], ["0_8", "1_2", "0_8", "1_1", "0_2", "1_9", "0_8", "1_8"], ["0_8", "1_2", "0_8", "1_1", "0_2", "1_9", "0_8", "1_8", "0_4"]]}, "config": {"num_divisions": 10, "string": "0000000011000000001001111111110000000011111111000011"}, "task_name": "task07", "example_name": "0081", "problem_name": "task07_0081"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111111010000000011100011111110000111111110000", "label": {"final": ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_7", "0_4", "1_8", "0_4"], "init": "", "intermediate": [["1_7"], ["1_7", "0_1"], ["1_7", "0_1", "1_1"], ["1_7", "0_1", "1_1", "0_8"], ["1_7", "0_1", "1_1", "0_8", "1_3"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_7"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_7", "0_4"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_7", "0_4", "1_8"]]}, "config": {"num_divisions": 10, "string": "1111111010000000011100011111110000111111110000"}, "task_name": "task07", "example_name": "0082", "problem_name": "task07_0082"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111111001111110011001111111110111111000000", "label": {"final": ["1_7", "0_2", "1_6", "0_2", "1_2", "0_2", "1_9", "0_1", "1_6", "0_6"], "init": "", "intermediate": [["1_7"], ["1_7", "0_2"], ["1_7", "0_2", "1_6"], ["1_7", "0_2", "1_6", "0_2"], ["1_7", "0_2", "1_6", "0_2", "1_2"], ["1_7", "0_2", "1_6", "0_2", "1_2", "0_2"], ["1_7", "0_2", "1_6", "0_2", "1_2", "0_2", "1_9"], ["1_7", "0_2", "1_6", "0_2", "1_2", "0_2", "1_9", "0_1"], ["1_7", "0_2", "1_6", "0_2", "1_2", "0_2", "1_9", "0_1", "1_6"]]}, "config": {"num_divisions": 10, "string": "1111111001111110011001111111110111111000000"}, "task_name": "task07", "example_name": "0083", "problem_name": "task07_0083"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n100011110000111111011110000001100000", "label": {"final": ["1_1", "0_3", "1_4", "0_4", "1_6", "0_1", "1_4", "0_6", "1_2", "0_5"], "init": "", "intermediate": [["1_1"], ["1_1", "0_3"], ["1_1", "0_3", "1_4"], ["1_1", "0_3", "1_4", "0_4"], ["1_1", "0_3", "1_4", "0_4", "1_6"], ["1_1", "0_3", "1_4", "0_4", "1_6", "0_1"], ["1_1", "0_3", "1_4", "0_4", "1_6", "0_1", "1_4"], ["1_1", "0_3", "1_4", "0_4", "1_6", "0_1", "1_4", "0_6"], ["1_1", "0_3", "1_4", "0_4", "1_6", "0_1", "1_4", "0_6", "1_2"]]}, "config": {"num_divisions": 10, "string": "100011110000111111011110000001100000"}, "task_name": "task07", "example_name": "0084", "problem_name": "task07_0084"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111110100000011110111111000000111111111000000", "label": {"final": ["1_7", "0_1", "1_1", "0_6", "1_4", "0_1", "1_6", "0_6", "1_9", "0_6"], "init": "", "intermediate": [["1_7"], ["1_7", "0_1"], ["1_7", "0_1", "1_1"], ["1_7", "0_1", "1_1", "0_6"], ["1_7", "0_1", "1_1", "0_6", "1_4"], ["1_7", "0_1", "1_1", "0_6", "1_4", "0_1"], ["1_7", "0_1", "1_1", "0_6", "1_4", "0_1", "1_6"], ["1_7", "0_1", "1_1", "0_6", "1_4", "0_1", "1_6", "0_6"], ["1_7", "0_1", "1_1", "0_6", "1_4", "0_1", "1_6", "0_6", "1_9"]]}, "config": {"num_divisions": 10, "string": "11111110100000011110111111000000111111111000000"}, "task_name": "task07", "example_name": "0085", "problem_name": "task07_0085"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111000001111100000001111110000110000001111111100", "label": {"final": ["1_6", "0_5", "1_5", "0_7", "1_6", "0_4", "1_2", "0_6", "1_8", "0_2"], "init": "", "intermediate": [["1_6"], ["1_6", "0_5"], ["1_6", "0_5", "1_5"], ["1_6", "0_5", "1_5", "0_7"], ["1_6", "0_5", "1_5", "0_7", "1_6"], ["1_6", "0_5", "1_5", "0_7", "1_6", "0_4"], ["1_6", "0_5", "1_5", "0_7", "1_6", "0_4", "1_2"], ["1_6", "0_5", "1_5", "0_7", "1_6", "0_4", "1_2", "0_6"], ["1_6", "0_5", "1_5", "0_7", "1_6", "0_4", "1_2", "0_6", "1_8"]]}, "config": {"num_divisions": 10, "string": "111111000001111100000001111110000110000001111111100"}, "task_name": "task07", "example_name": "0086", "problem_name": "task07_0086"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00011101111100000000011000000011111100000001111111", "label": {"final": ["0_3", "1_3", "0_1", "1_5", "0_9", "1_2", "0_7", "1_6", "0_7", "1_7"], "init": "", "intermediate": [["0_3"], ["0_3", "1_3"], ["0_3", "1_3", "0_1"], ["0_3", "1_3", "0_1", "1_5"], ["0_3", "1_3", "0_1", "1_5", "0_9"], ["0_3", "1_3", "0_1", "1_5", "0_9", "1_2"], ["0_3", "1_3", "0_1", "1_5", "0_9", "1_2", "0_7"], ["0_3", "1_3", "0_1", "1_5", "0_9", "1_2", "0_7", "1_6"], ["0_3", "1_3", "0_1", "1_5", "0_9", "1_2", "0_7", "1_6", "0_7"]]}, "config": {"num_divisions": 10, "string": "00011101111100000000011000000011111100000001111111"}, "task_name": "task07", "example_name": "0087", "problem_name": "task07_0087"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000000011000000001111111000000111111000010000111111", "label": {"final": ["0_7", "1_2", "0_8", "1_7", "0_6", "1_6", "0_4", "1_1", "0_4", "1_6"], "init": "", "intermediate": [["0_7"], ["0_7", "1_2"], ["0_7", "1_2", "0_8"], ["0_7", "1_2", "0_8", "1_7"], ["0_7", "1_2", "0_8", "1_7", "0_6"], ["0_7", "1_2", "0_8", "1_7", "0_6", "1_6"], ["0_7", "1_2", "0_8", "1_7", "0_6", "1_6", "0_4"], ["0_7", "1_2", "0_8", "1_7", "0_6", "1_6", "0_4", "1_1"], ["0_7", "1_2", "0_8", "1_7", "0_6", "1_6", "0_4", "1_1", "0_4"]]}, "config": {"num_divisions": 10, "string": "000000011000000001111111000000111111000010000111111"}, "task_name": "task07", "example_name": "0088", "problem_name": "task07_0088"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111100000011111100000001110000000001000000111111110", "label": {"final": ["1_4", "0_6", "1_6", "0_7", "1_3", "0_9", "1_1", "0_6", "1_8", "0_1"], "init": "", "intermediate": [["1_4"], ["1_4", "0_6"], ["1_4", "0_6", "1_6"], ["1_4", "0_6", "1_6", "0_7"], ["1_4", "0_6", "1_6", "0_7", "1_3"], ["1_4", "0_6", "1_6", "0_7", "1_3", "0_9"], ["1_4", "0_6", "1_6", "0_7", "1_3", "0_9", "1_1"], ["1_4", "0_6", "1_6", "0_7", "1_3", "0_9", "1_1", "0_6"], ["1_4", "0_6", "1_6", "0_7", "1_3", "0_9", "1_1", "0_6", "1_8"]]}, "config": {"num_divisions": 10, "string": "111100000011111100000001110000000001000000111111110"}, "task_name": "task07", "example_name": "0089", "problem_name": "task07_0089"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111110000000011100000111110111111000000011111110000001111", "label": {"final": ["1_8", "0_8", "1_3", "0_5", "1_5", "0_1", "1_6", "0_7", "1_7", "0_6", "1_4"], "init": "", "intermediate": [["1_8"], ["1_8", "0_8"], ["1_8", "0_8", "1_3"], ["1_8", "0_8", "1_3", "0_5"], ["1_8", "0_8", "1_3", "0_5", "1_5"], ["1_8", "0_8", "1_3", "0_5", "1_5", "0_1"], ["1_8", "0_8", "1_3", "0_5", "1_5", "0_1", "1_6"], ["1_8", "0_8", "1_3", "0_5", "1_5", "0_1", "1_6", "0_7"], ["1_8", "0_8", "1_3", "0_5", "1_5", "0_1", "1_6", "0_7", "1_7"], ["1_8", "0_8", "1_3", "0_5", "1_5", "0_1", "1_6", "0_7", "1_7", "0_6"]]}, "config": {"num_divisions": 11, "string": "111111110000000011100000111110111111000000011111110000001111"}, "task_name": "task07", "example_name": "0090", "problem_name": "task07_0090"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000011111000001111111110111111100000000010000111111111000", "label": {"final": ["0_4", "1_5", "0_5", "1_9", "0_1", "1_7", "0_9", "1_1", "0_4", "1_9", "0_3"], "init": "", "intermediate": [["0_4"], ["0_4", "1_5"], ["0_4", "1_5", "0_5"], ["0_4", "1_5", "0_5", "1_9"], ["0_4", "1_5", "0_5", "1_9", "0_1"], ["0_4", "1_5", "0_5", "1_9", "0_1", "1_7"], ["0_4", "1_5", "0_5", "1_9", "0_1", "1_7", "0_9"], ["0_4", "1_5", "0_5", "1_9", "0_1", "1_7", "0_9", "1_1"], ["0_4", "1_5", "0_5", "1_9", "0_1", "1_7", "0_9", "1_1", "0_4"], ["0_4", "1_5", "0_5", "1_9", "0_1", "1_7", "0_9", "1_1", "0_4", "1_9"]]}, "config": {"num_divisions": 11, "string": "000011111000001111111110111111100000000010000111111111000"}, "task_name": "task07", "example_name": "0091", "problem_name": "task07_0091"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00001111111000001101111110000001111111110000001111111100000", "label": {"final": ["0_4", "1_7", "0_5", "1_2", "0_1", "1_6", "0_6", "1_9", "0_6", "1_8", "0_5"], "init": "", "intermediate": [["0_4"], ["0_4", "1_7"], ["0_4", "1_7", "0_5"], ["0_4", "1_7", "0_5", "1_2"], ["0_4", "1_7", "0_5", "1_2", "0_1"], ["0_4", "1_7", "0_5", "1_2", "0_1", "1_6"], ["0_4", "1_7", "0_5", "1_2", "0_1", "1_6", "0_6"], ["0_4", "1_7", "0_5", "1_2", "0_1", "1_6", "0_6", "1_9"], ["0_4", "1_7", "0_5", "1_2", "0_1", "1_6", "0_6", "1_9", "0_6"], ["0_4", "1_7", "0_5", "1_2", "0_1", "1_6", "0_6", "1_9", "0_6", "1_8"]]}, "config": {"num_divisions": 11, "string": "00001111111000001101111110000001111111110000001111111100000"}, "task_name": "task07", "example_name": "0092", "problem_name": "task07_0092"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00000111110000011111110000110000000111101111000000", "label": {"final": ["0_5", "1_5", "0_5", "1_7", "0_4", "1_2", "0_7", "1_4", "0_1", "1_4", "0_6"], "init": "", "intermediate": [["0_5"], ["0_5", "1_5"], ["0_5", "1_5", "0_5"], ["0_5", "1_5", "0_5", "1_7"], ["0_5", "1_5", "0_5", "1_7", "0_4"], ["0_5", "1_5", "0_5", "1_7", "0_4", "1_2"], ["0_5", "1_5", "0_5", "1_7", "0_4", "1_2", "0_7"], ["0_5", "1_5", "0_5", "1_7", "0_4", "1_2", "0_7", "1_4"], ["0_5", "1_5", "0_5", "1_7", "0_4", "1_2", "0_7", "1_4", "0_1"], ["0_5", "1_5", "0_5", "1_7", "0_4", "1_2", "0_7", "1_4", "0_1", "1_4"]]}, "config": {"num_divisions": 11, "string": "00000111110000011111110000110000000111101111000000"}, "task_name": "task07", "example_name": "0093", "problem_name": "task07_0093"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000111000000001111111000000000111111000000000111111100000001110000000", "label": {"final": ["0_3", "1_3", "0_8", "1_7", "0_9", "1_6", "0_9", "1_7", "0_7", "1_3", "0_7"], "init": "", "intermediate": [["0_3"], ["0_3", "1_3"], ["0_3", "1_3", "0_8"], ["0_3", "1_3", "0_8", "1_7"], ["0_3", "1_3", "0_8", "1_7", "0_9"], ["0_3", "1_3", "0_8", "1_7", "0_9", "1_6"], ["0_3", "1_3", "0_8", "1_7", "0_9", "1_6", "0_9"], ["0_3", "1_3", "0_8", "1_7", "0_9", "1_6", "0_9", "1_7"], ["0_3", "1_3", "0_8", "1_7", "0_9", "1_6", "0_9", "1_7", "0_7"], ["0_3", "1_3", "0_8", "1_7", "0_9", "1_6", "0_9", "1_7", "0_7", "1_3"]]}, "config": {"num_divisions": 11, "string": "000111000000001111111000000000111111000000000111111100000001110000000"}, "task_name": "task07", "example_name": "0094", "problem_name": "task07_0094"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1100000000111100000011110011111110001011111", "label": {"final": ["1_2", "0_8", "1_4", "0_6", "1_4", "0_2", "1_7", "0_3", "1_1", "0_1", "1_5"], "init": "", "intermediate": [["1_2"], ["1_2", "0_8"], ["1_2", "0_8", "1_4"], ["1_2", "0_8", "1_4", "0_6"], ["1_2", "0_8", "1_4", "0_6", "1_4"], ["1_2", "0_8", "1_4", "0_6", "1_4", "0_2"], ["1_2", "0_8", "1_4", "0_6", "1_4", "0_2", "1_7"], ["1_2", "0_8", "1_4", "0_6", "1_4", "0_2", "1_7", "0_3"], ["1_2", "0_8", "1_4", "0_6", "1_4", "0_2", "1_7", "0_3", "1_1"], ["1_2", "0_8", "1_4", "0_6", "1_4", "0_2", "1_7", "0_3", "1_1", "0_1"]]}, "config": {"num_divisions": 11, "string": "1100000000111100000011110011111110001011111"}, "task_name": "task07", "example_name": "0095", "problem_name": "task07_0095"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11100001000000000100000000011111111000001110011", "label": {"final": ["1_3", "0_4", "1_1", "0_9", "1_1", "0_9", "1_8", "0_5", "1_3", "0_2", "1_2"], "init": "", "intermediate": [["1_3"], ["1_3", "0_4"], ["1_3", "0_4", "1_1"], ["1_3", "0_4", "1_1", "0_9"], ["1_3", "0_4", "1_1", "0_9", "1_1"], ["1_3", "0_4", "1_1", "0_9", "1_1", "0_9"], ["1_3", "0_4", "1_1", "0_9", "1_1", "0_9", "1_8"], ["1_3", "0_4", "1_1", "0_9", "1_1", "0_9", "1_8", "0_5"], ["1_3", "0_4", "1_1", "0_9", "1_1", "0_9", "1_8", "0_5", "1_3"], ["1_3", "0_4", "1_1", "0_9", "1_1", "0_9", "1_8", "0_5", "1_3", "0_2"]]}, "config": {"num_divisions": 11, "string": "11100001000000000100000000011111111000001110011"}, "task_name": "task07", "example_name": "0096", "problem_name": "task07_0096"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000111111111000000111111111000100000011111110000100000000", "label": {"final": ["0_4", "1_9", "0_6", "1_9", "0_3", "1_1", "0_6", "1_7", "0_4", "1_1", "0_8"], "init": "", "intermediate": [["0_4"], ["0_4", "1_9"], ["0_4", "1_9", "0_6"], ["0_4", "1_9", "0_6", "1_9"], ["0_4", "1_9", "0_6", "1_9", "0_3"], ["0_4", "1_9", "0_6", "1_9", "0_3", "1_1"], ["0_4", "1_9", "0_6", "1_9", "0_3", "1_1", "0_6"], ["0_4", "1_9", "0_6", "1_9", "0_3", "1_1", "0_6", "1_7"], ["0_4", "1_9", "0_6", "1_9", "0_3", "1_1", "0_6", "1_7", "0_4"], ["0_4", "1_9", "0_6", "1_9", "0_3", "1_1", "0_6", "1_7", "0_4", "1_1"]]}, "config": {"num_divisions": 11, "string": "0000111111111000000111111111000100000011111110000100000000"}, "task_name": "task07", "example_name": "0097", "problem_name": "task07_0097"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000000111111111000000000111110000000001111000000111111110011000", "label": {"final": ["0_6", "1_9", "0_9", "1_5", "0_9", "1_4", "0_6", "1_8", "0_2", "1_2", "0_3"], "init": "", "intermediate": [["0_6"], ["0_6", "1_9"], ["0_6", "1_9", "0_9"], ["0_6", "1_9", "0_9", "1_5"], ["0_6", "1_9", "0_9", "1_5", "0_9"], ["0_6", "1_9", "0_9", "1_5", "0_9", "1_4"], ["0_6", "1_9", "0_9", "1_5", "0_9", "1_4", "0_6"], ["0_6", "1_9", "0_9", "1_5", "0_9", "1_4", "0_6", "1_8"], ["0_6", "1_9", "0_9", "1_5", "0_9", "1_4", "0_6", "1_8", "0_2"], ["0_6", "1_9", "0_9", "1_5", "0_9", "1_4", "0_6", "1_8", "0_2", "1_2"]]}, "config": {"num_divisions": 11, "string": "000000111111111000000000111110000000001111000000111111110011000"}, "task_name": "task07", "example_name": "0098", "problem_name": "task07_0098"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00011111000000111000011110000000111000000111000000000", "label": {"final": ["0_3", "1_5", "0_6", "1_3", "0_4", "1_4", "0_7", "1_3", "0_6", "1_3", "0_9"], "init": "", "intermediate": [["0_3"], ["0_3", "1_5"], ["0_3", "1_5", "0_6"], ["0_3", "1_5", "0_6", "1_3"], ["0_3", "1_5", "0_6", "1_3", "0_4"], ["0_3", "1_5", "0_6", "1_3", "0_4", "1_4"], ["0_3", "1_5", "0_6", "1_3", "0_4", "1_4", "0_7"], ["0_3", "1_5", "0_6", "1_3", "0_4", "1_4", "0_7", "1_3"], ["0_3", "1_5", "0_6", "1_3", "0_4", "1_4", "0_7", "1_3", "0_6"], ["0_3", "1_5", "0_6", "1_3", "0_4", "1_4", "0_7", "1_3", "0_6", "1_3"]]}, "config": {"num_divisions": 11, "string": "00011111000000111000011110000000111000000111000000000"}, "task_name": "task07", "example_name": "0099", "problem_name": "task07_0099"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00001111111000000000111000000000100001111100000011110000111111111", "label": {"final": ["0_4", "1_7", "0_9", "1_3", "0_9", "1_1", "0_4", "1_5", "0_6", "1_4", "0_4", "1_9"], "init": "", "intermediate": [["0_4"], ["0_4", "1_7"], ["0_4", "1_7", "0_9"], ["0_4", "1_7", "0_9", "1_3"], ["0_4", "1_7", "0_9", "1_3", "0_9"], ["0_4", "1_7", "0_9", "1_3", "0_9", "1_1"], ["0_4", "1_7", "0_9", "1_3", "0_9", "1_1", "0_4"], ["0_4", "1_7", "0_9", "1_3", "0_9", "1_1", "0_4", "1_5"], ["0_4", "1_7", "0_9", "1_3", "0_9", "1_1", "0_4", "1_5", "0_6"], ["0_4", "1_7", "0_9", "1_3", "0_9", "1_1", "0_4", "1_5", "0_6", "1_4"], ["0_4", "1_7", "0_9", "1_3", "0_9", "1_1", "0_4", "1_5", "0_6", "1_4", "0_4"]]}, "config": {"num_divisions": 12, "string": "00001111111000000000111000000000100001111100000011110000111111111"}, "task_name": "task07", "example_name": "0100", "problem_name": "task07_0100"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000100000111111000110000000001111111000000111111000000111", "label": {"final": ["0_3", "1_1", "0_5", "1_6", "0_3", "1_2", "0_9", "1_7", "0_6", "1_6", "0_6", "1_3"], "init": "", "intermediate": [["0_3"], ["0_3", "1_1"], ["0_3", "1_1", "0_5"], ["0_3", "1_1", "0_5", "1_6"], ["0_3", "1_1", "0_5", "1_6", "0_3"], ["0_3", "1_1", "0_5", "1_6", "0_3", "1_2"], ["0_3", "1_1", "0_5", "1_6", "0_3", "1_2", "0_9"], ["0_3", "1_1", "0_5", "1_6", "0_3", "1_2", "0_9", "1_7"], ["0_3", "1_1", "0_5", "1_6", "0_3", "1_2", "0_9", "1_7", "0_6"], ["0_3", "1_1", "0_5", "1_6", "0_3", "1_2", "0_9", "1_7", "0_6", "1_6"], ["0_3", "1_1", "0_5", "1_6", "0_3", "1_2", "0_9", "1_7", "0_6", "1_6", "0_6"]]}, "config": {"num_divisions": 12, "string": "000100000111111000110000000001111111000000111111000000111"}, "task_name": "task07", "example_name": "0101", "problem_name": "task07_0101"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0111111100111111111011111111000000111111111000000011111100000000011111", "label": {"final": ["0_1", "1_7", "0_2", "1_9", "0_1", "1_8", "0_6", "1_9", "0_7", "1_6", "0_9", "1_5"], "init": "", "intermediate": [["0_1"], ["0_1", "1_7"], ["0_1", "1_7", "0_2"], ["0_1", "1_7", "0_2", "1_9"], ["0_1", "1_7", "0_2", "1_9", "0_1"], ["0_1", "1_7", "0_2", "1_9", "0_1", "1_8"], ["0_1", "1_7", "0_2", "1_9", "0_1", "1_8", "0_6"], ["0_1", "1_7", "0_2", "1_9", "0_1", "1_8", "0_6", "1_9"], ["0_1", "1_7", "0_2", "1_9", "0_1", "1_8", "0_6", "1_9", "0_7"], ["0_1", "1_7", "0_2", "1_9", "0_1", "1_8", "0_6", "1_9", "0_7", "1_6"], ["0_1", "1_7", "0_2", "1_9", "0_1", "1_8", "0_6", "1_9", "0_7", "1_6", "0_9"]]}, "config": {"num_divisions": 12, "string": "0111111100111111111011111111000000111111111000000011111100000000011111"}, "task_name": "task07", "example_name": "0102", "problem_name": "task07_0102"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n10000001111111110011111110000011100000001000010", "label": {"final": ["1_1", "0_6", "1_9", "0_2", "1_7", "0_5", "1_3", "0_7", "1_1", "0_4", "1_1", "0_1"], "init": "", "intermediate": [["1_1"], ["1_1", "0_6"], ["1_1", "0_6", "1_9"], ["1_1", "0_6", "1_9", "0_2"], ["1_1", "0_6", "1_9", "0_2", "1_7"], ["1_1", "0_6", "1_9", "0_2", "1_7", "0_5"], ["1_1", "0_6", "1_9", "0_2", "1_7", "0_5", "1_3"], ["1_1", "0_6", "1_9", "0_2", "1_7", "0_5", "1_3", "0_7"], ["1_1", "0_6", "1_9", "0_2", "1_7", "0_5", "1_3", "0_7", "1_1"], ["1_1", "0_6", "1_9", "0_2", "1_7", "0_5", "1_3", "0_7", "1_1", "0_4"], ["1_1", "0_6", "1_9", "0_2", "1_7", "0_5", "1_3", "0_7", "1_1", "0_4", "1_1"]]}, "config": {"num_divisions": 12, "string": "10000001111111110011111110000011100000001000010"}, "task_name": "task07", "example_name": "0103", "problem_name": "task07_0103"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00001111000000110000000001111100000011111000011100000011", "label": {"final": ["0_4", "1_4", "0_6", "1_2", "0_9", "1_5", "0_6", "1_5", "0_4", "1_3", "0_6", "1_2"], "init": "", "intermediate": [["0_4"], ["0_4", "1_4"], ["0_4", "1_4", "0_6"], ["0_4", "1_4", "0_6", "1_2"], ["0_4", "1_4", "0_6", "1_2", "0_9"], ["0_4", "1_4", "0_6", "1_2", "0_9", "1_5"], ["0_4", "1_4", "0_6", "1_2", "0_9", "1_5", "0_6"], ["0_4", "1_4", "0_6", "1_2", "0_9", "1_5", "0_6", "1_5"], ["0_4", "1_4", "0_6", "1_2", "0_9", "1_5", "0_6", "1_5", "0_4"], ["0_4", "1_4", "0_6", "1_2", "0_9", "1_5", "0_6", "1_5", "0_4", "1_3"], ["0_4", "1_4", "0_6", "1_2", "0_9", "1_5", "0_6", "1_5", "0_4", "1_3", "0_6"]]}, "config": {"num_divisions": 12, "string": "00001111000000110000000001111100000011111000011100000011"}, "task_name": "task07", "example_name": "0104", "problem_name": "task07_0104"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000000001111111100000001111111100001111111110000000011111000001111111110011111111", "label": {"final": ["0_9", "1_8", "0_7", "1_8", "0_4", "1_9", "0_8", "1_5", "0_5", "1_9", "0_2", "1_8"], "init": "", "intermediate": [["0_9"], ["0_9", "1_8"], ["0_9", "1_8", "0_7"], ["0_9", "1_8", "0_7", "1_8"], ["0_9", "1_8", "0_7", "1_8", "0_4"], ["0_9", "1_8", "0_7", "1_8", "0_4", "1_9"], ["0_9", "1_8", "0_7", "1_8", "0_4", "1_9", "0_8"], ["0_9", "1_8", "0_7", "1_8", "0_4", "1_9", "0_8", "1_5"], ["0_9", "1_8", "0_7", "1_8", "0_4", "1_9", "0_8", "1_5", "0_5"], ["0_9", "1_8", "0_7", "1_8", "0_4", "1_9", "0_8", "1_5", "0_5", "1_9"], ["0_9", "1_8", "0_7", "1_8", "0_4", "1_9", "0_8", "1_5", "0_5", "1_9", "0_2"]]}, "config": {"num_divisions": 12, "string": "0000000001111111100000001111111100001111111110000000011111000001111111110011111111"}, "task_name": "task07", "example_name": "0105", "problem_name": "task07_0105"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111000001111111100001111111100000111000111111000000010000", "label": {"final": ["1_6", "0_5", "1_8", "0_4", "1_8", "0_5", "1_3", "0_3", "1_6", "0_7", "1_1", "0_4"], "init": "", "intermediate": [["1_6"], ["1_6", "0_5"], ["1_6", "0_5", "1_8"], ["1_6", "0_5", "1_8", "0_4"], ["1_6", "0_5", "1_8", "0_4", "1_8"], ["1_6", "0_5", "1_8", "0_4", "1_8", "0_5"], ["1_6", "0_5", "1_8", "0_4", "1_8", "0_5", "1_3"], ["1_6", "0_5", "1_8", "0_4", "1_8", "0_5", "1_3", "0_3"], ["1_6", "0_5", "1_8", "0_4", "1_8", "0_5", "1_3", "0_3", "1_6"], ["1_6", "0_5", "1_8", "0_4", "1_8", "0_5", "1_3", "0_3", "1_6", "0_7"], ["1_6", "0_5", "1_8", "0_4", "1_8", "0_5", "1_3", "0_3", "1_6", "0_7", "1_1"]]}, "config": {"num_divisions": 12, "string": "111111000001111111100001111111100000111000111111000000010000"}, "task_name": "task07", "example_name": "0106", "problem_name": "task07_0106"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111110011111111100000000111000000000111111100000000011110011111110000", "label": {"final": ["1_5", "0_2", "1_9", "0_8", "1_3", "0_9", "1_7", "0_9", "1_4", "0_2", "1_7", "0_4"], "init": "", "intermediate": [["1_5"], ["1_5", "0_2"], ["1_5", "0_2", "1_9"], ["1_5", "0_2", "1_9", "0_8"], ["1_5", "0_2", "1_9", "0_8", "1_3"], ["1_5", "0_2", "1_9", "0_8", "1_3", "0_9"], ["1_5", "0_2", "1_9", "0_8", "1_3", "0_9", "1_7"], ["1_5", "0_2", "1_9", "0_8", "1_3", "0_9", "1_7", "0_9"], ["1_5", "0_2", "1_9", "0_8", "1_3", "0_9", "1_7", "0_9", "1_4"], ["1_5", "0_2", "1_9", "0_8", "1_3", "0_9", "1_7", "0_9", "1_4", "0_2"], ["1_5", "0_2", "1_9", "0_8", "1_3", "0_9", "1_7", "0_9", "1_4", "0_2", "1_7"]]}, "config": {"num_divisions": 12, "string": "111110011111111100000000111000000000111111100000000011110011111110000"}, "task_name": "task07", "example_name": "0107", "problem_name": "task07_0107"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0100000001111111110000011111100000110001110001", "label": {"final": ["0_1", "1_1", "0_7", "1_9", "0_5", "1_6", "0_5", "1_2", "0_3", "1_3", "0_3", "1_1"], "init": "", "intermediate": [["0_1"], ["0_1", "1_1"], ["0_1", "1_1", "0_7"], ["0_1", "1_1", "0_7", "1_9"], ["0_1", "1_1", "0_7", "1_9", "0_5"], ["0_1", "1_1", "0_7", "1_9", "0_5", "1_6"], ["0_1", "1_1", "0_7", "1_9", "0_5", "1_6", "0_5"], ["0_1", "1_1", "0_7", "1_9", "0_5", "1_6", "0_5", "1_2"], ["0_1", "1_1", "0_7", "1_9", "0_5", "1_6", "0_5", "1_2", "0_3"], ["0_1", "1_1", "0_7", "1_9", "0_5", "1_6", "0_5", "1_2", "0_3", "1_3"], ["0_1", "1_1", "0_7", "1_9", "0_5", "1_6", "0_5", "1_2", "0_3", "1_3", "0_3"]]}, "config": {"num_divisions": 12, "string": "0100000001111111110000011111100000110001110001"}, "task_name": "task07", "example_name": "0108", "problem_name": "task07_0108"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000000001111000000000111111111001101110000011111111100000001111111", "label": {"final": ["0_9", "1_4", "0_9", "1_9", "0_2", "1_2", "0_1", "1_3", "0_5", "1_9", "0_7", "1_7"], "init": "", "intermediate": [["0_9"], ["0_9", "1_4"], ["0_9", "1_4", "0_9"], ["0_9", "1_4", "0_9", "1_9"], ["0_9", "1_4", "0_9", "1_9", "0_2"], ["0_9", "1_4", "0_9", "1_9", "0_2", "1_2"], ["0_9", "1_4", "0_9", "1_9", "0_2", "1_2", "0_1"], ["0_9", "1_4", "0_9", "1_9", "0_2", "1_2", "0_1", "1_3"], ["0_9", "1_4", "0_9", "1_9", "0_2", "1_2", "0_1", "1_3", "0_5"], ["0_9", "1_4", "0_9", "1_9", "0_2", "1_2", "0_1", "1_3", "0_5", "1_9"], ["0_9", "1_4", "0_9", "1_9", "0_2", "1_2", "0_1", "1_3", "0_5", "1_9", "0_7"]]}, "config": {"num_divisions": 12, "string": "0000000001111000000000111111111001101110000011111111100000001111111"}, "task_name": "task07", "example_name": "0109", "problem_name": "task07_0109"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111110000011111111010001111111000000011111111100000011000111111", "label": {"final": ["1_7", "0_5", "1_8", "0_1", "1_1", "0_3", "1_7", "0_7", "1_9", "0_6", "1_2", "0_3", "1_6"], "init": "", "intermediate": [["1_7"], ["1_7", "0_5"], ["1_7", "0_5", "1_8"], ["1_7", "0_5", "1_8", "0_1"], ["1_7", "0_5", "1_8", "0_1", "1_1"], ["1_7", "0_5", "1_8", "0_1", "1_1", "0_3"], ["1_7", "0_5", "1_8", "0_1", "1_1", "0_3", "1_7"], ["1_7", "0_5", "1_8", "0_1", "1_1", "0_3", "1_7", "0_7"], ["1_7", "0_5", "1_8", "0_1", "1_1", "0_3", "1_7", "0_7", "1_9"], ["1_7", "0_5", "1_8", "0_1", "1_1", "0_3", "1_7", "0_7", "1_9", "0_6"], ["1_7", "0_5", "1_8", "0_1", "1_1", "0_3", "1_7", "0_7", "1_9", "0_6", "1_2"], ["1_7", "0_5", "1_8", "0_1", "1_1", "0_3", "1_7", "0_7", "1_9", "0_6", "1_2", "0_3"]]}, "config": {"num_divisions": 13, "string": "11111110000011111111010001111111000000011111111100000011000111111"}, "task_name": "task07", "example_name": "0110", "problem_name": "task07_0110"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n10111111111001111110000000011111100000000010000011111000000111111", "label": {"final": ["1_1", "0_1", "1_9", "0_2", "1_6", "0_8", "1_6", "0_9", "1_1", "0_5", "1_5", "0_6", "1_6"], "init": "", "intermediate": [["1_1"], ["1_1", "0_1"], ["1_1", "0_1", "1_9"], ["1_1", "0_1", "1_9", "0_2"], ["1_1", "0_1", "1_9", "0_2", "1_6"], ["1_1", "0_1", "1_9", "0_2", "1_6", "0_8"], ["1_1", "0_1", "1_9", "0_2", "1_6", "0_8", "1_6"], ["1_1", "0_1", "1_9", "0_2", "1_6", "0_8", "1_6", "0_9"], ["1_1", "0_1", "1_9", "0_2", "1_6", "0_8", "1_6", "0_9", "1_1"], ["1_1", "0_1", "1_9", "0_2", "1_6", "0_8", "1_6", "0_9", "1_1", "0_5"], ["1_1", "0_1", "1_9", "0_2", "1_6", "0_8", "1_6", "0_9", "1_1", "0_5", "1_5"], ["1_1", "0_1", "1_9", "0_2", "1_6", "0_8", "1_6", "0_9", "1_1", "0_5", "1_5", "0_6"]]}, "config": {"num_divisions": 13, "string": "10111111111001111110000000011111100000000010000011111000000111111"}, "task_name": "task07", "example_name": "0111", "problem_name": "task07_0111"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1110000000011111100000111100001111001111111000000001110000000001", "label": {"final": ["1_3", "0_8", "1_6", "0_5", "1_4", "0_4", "1_4", "0_2", "1_7", "0_8", "1_3", "0_9", "1_1"], "init": "", "intermediate": [["1_3"], ["1_3", "0_8"], ["1_3", "0_8", "1_6"], ["1_3", "0_8", "1_6", "0_5"], ["1_3", "0_8", "1_6", "0_5", "1_4"], ["1_3", "0_8", "1_6", "0_5", "1_4", "0_4"], ["1_3", "0_8", "1_6", "0_5", "1_4", "0_4", "1_4"], ["1_3", "0_8", "1_6", "0_5", "1_4", "0_4", "1_4", "0_2"], ["1_3", "0_8", "1_6", "0_5", "1_4", "0_4", "1_4", "0_2", "1_7"], ["1_3", "0_8", "1_6", "0_5", "1_4", "0_4", "1_4", "0_2", "1_7", "0_8"], ["1_3", "0_8", "1_6", "0_5", "1_4", "0_4", "1_4", "0_2", "1_7", "0_8", "1_3"], ["1_3", "0_8", "1_6", "0_5", "1_4", "0_4", "1_4", "0_2", "1_7", "0_8", "1_3", "0_9"]]}, "config": {"num_divisions": 13, "string": "1110000000011111100000111100001111001111111000000001110000000001"}, "task_name": "task07", "example_name": "0112", "problem_name": "task07_0112"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n10000000001111111110000000001111110000010000011111110000000001111110000111", "label": {"final": ["1_1", "0_9", "1_9", "0_9", "1_6", "0_5", "1_1", "0_5", "1_7", "0_9", "1_6", "0_4", "1_3"], "init": "", "intermediate": [["1_1"], ["1_1", "0_9"], ["1_1", "0_9", "1_9"], ["1_1", "0_9", "1_9", "0_9"], ["1_1", "0_9", "1_9", "0_9", "1_6"], ["1_1", "0_9", "1_9", "0_9", "1_6", "0_5"], ["1_1", "0_9", "1_9", "0_9", "1_6", "0_5", "1_1"], ["1_1", "0_9", "1_9", "0_9", "1_6", "0_5", "1_1", "0_5"], ["1_1", "0_9", "1_9", "0_9", "1_6", "0_5", "1_1", "0_5", "1_7"], ["1_1", "0_9", "1_9", "0_9", "1_6", "0_5", "1_1", "0_5", "1_7", "0_9"], ["1_1", "0_9", "1_9", "0_9", "1_6", "0_5", "1_1", "0_5", "1_7", "0_9", "1_6"], ["1_1", "0_9", "1_9", "0_9", "1_6", "0_5", "1_1", "0_5", "1_7", "0_9", "1_6", "0_4"]]}, "config": {"num_divisions": 13, "string": "10000000001111111110000000001111110000010000011111110000000001111110000111"}, "task_name": "task07", "example_name": "0113", "problem_name": "task07_0113"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1100011111110000000011111111100011111110000000111100000000111111111000111111", "label": {"final": ["1_2", "0_3", "1_7", "0_8", "1_9", "0_3", "1_7", "0_7", "1_4", "0_8", "1_9", "0_3", "1_6"], "init": "", "intermediate": [["1_2"], ["1_2", "0_3"], ["1_2", "0_3", "1_7"], ["1_2", "0_3", "1_7", "0_8"], ["1_2", "0_3", "1_7", "0_8", "1_9"], ["1_2", "0_3", "1_7", "0_8", "1_9", "0_3"], ["1_2", "0_3", "1_7", "0_8", "1_9", "0_3", "1_7"], ["1_2", "0_3", "1_7", "0_8", "1_9", "0_3", "1_7", "0_7"], ["1_2", "0_3", "1_7", "0_8", "1_9", "0_3", "1_7", "0_7", "1_4"], ["1_2", "0_3", "1_7", "0_8", "1_9", "0_3", "1_7", "0_7", "1_4", "0_8"], ["1_2", "0_3", "1_7", "0_8", "1_9", "0_3", "1_7", "0_7", "1_4", "0_8", "1_9"], ["1_2", "0_3", "1_7", "0_8", "1_9", "0_3", "1_7", "0_7", "1_4", "0_8", "1_9", "0_3"]]}, "config": {"num_divisions": 13, "string": "1100011111110000000011111111100011111110000000111100000000111111111000111111"}, "task_name": "task07", "example_name": "0114", "problem_name": "task07_0114"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00000001111111100000001111111101111111110000111000000000100000111100", "label": {"final": ["0_7", "1_8", "0_7", "1_8", "0_1", "1_9", "0_4", "1_3", "0_9", "1_1", "0_5", "1_4", "0_2"], "init": "", "intermediate": [["0_7"], ["0_7", "1_8"], ["0_7", "1_8", "0_7"], ["0_7", "1_8", "0_7", "1_8"], ["0_7", "1_8", "0_7", "1_8", "0_1"], ["0_7", "1_8", "0_7", "1_8", "0_1", "1_9"], ["0_7", "1_8", "0_7", "1_8", "0_1", "1_9", "0_4"], ["0_7", "1_8", "0_7", "1_8", "0_1", "1_9", "0_4", "1_3"], ["0_7", "1_8", "0_7", "1_8", "0_1", "1_9", "0_4", "1_3", "0_9"], ["0_7", "1_8", "0_7", "1_8", "0_1", "1_9", "0_4", "1_3", "0_9", "1_1"], ["0_7", "1_8", "0_7", "1_8", "0_1", "1_9", "0_4", "1_3", "0_9", "1_1", "0_5"], ["0_7", "1_8", "0_7", "1_8", "0_1", "1_9", "0_4", "1_3", "0_9", "1_1", "0_5", "1_4"]]}, "config": {"num_divisions": 13, "string": "00000001111111100000001111111101111111110000111000000000100000111100"}, "task_name": "task07", "example_name": "0115", "problem_name": "task07_0115"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n100000000011111110000011111100000000111100000001110000001111111000011111", "label": {"final": ["1_1", "0_9", "1_7", "0_5", "1_6", "0_8", "1_4", "0_7", "1_3", "0_6", "1_7", "0_4", "1_5"], "init": "", "intermediate": [["1_1"], ["1_1", "0_9"], ["1_1", "0_9", "1_7"], ["1_1", "0_9", "1_7", "0_5"], ["1_1", "0_9", "1_7", "0_5", "1_6"], ["1_1", "0_9", "1_7", "0_5", "1_6", "0_8"], ["1_1", "0_9", "1_7", "0_5", "1_6", "0_8", "1_4"], ["1_1", "0_9", "1_7", "0_5", "1_6", "0_8", "1_4", "0_7"], ["1_1", "0_9", "1_7", "0_5", "1_6", "0_8", "1_4", "0_7", "1_3"], ["1_1", "0_9", "1_7", "0_5", "1_6", "0_8", "1_4", "0_7", "1_3", "0_6"], ["1_1", "0_9", "1_7", "0_5", "1_6", "0_8", "1_4", "0_7", "1_3", "0_6", "1_7"], ["1_1", "0_9", "1_7", "0_5", "1_6", "0_8", "1_4", "0_7", "1_3", "0_6", "1_7", "0_4"]]}, "config": {"num_divisions": 13, "string": "100000000011111110000011111100000000111100000001110000001111111000011111"}, "task_name": "task07", "example_name": "0116", "problem_name": "task07_0116"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111110001111100001110000001111101111111100000011111110000000011111111", "label": {"final": ["1_8", "0_3", "1_5", "0_4", "1_3", "0_6", "1_5", "0_1", "1_8", "0_6", "1_7", "0_8", "1_8"], "init": "", "intermediate": [["1_8"], ["1_8", "0_3"], ["1_8", "0_3", "1_5"], ["1_8", "0_3", "1_5", "0_4"], ["1_8", "0_3", "1_5", "0_4", "1_3"], ["1_8", "0_3", "1_5", "0_4", "1_3", "0_6"], ["1_8", "0_3", "1_5", "0_4", "1_3", "0_6", "1_5"], ["1_8", "0_3", "1_5", "0_4", "1_3", "0_6", "1_5", "0_1"], ["1_8", "0_3", "1_5", "0_4", "1_3", "0_6", "1_5", "0_1", "1_8"], ["1_8", "0_3", "1_5", "0_4", "1_3", "0_6", "1_5", "0_1", "1_8", "0_6"], ["1_8", "0_3", "1_5", "0_4", "1_3", "0_6", "1_5", "0_1", "1_8", "0_6", "1_7"], ["1_8", "0_3", "1_5", "0_4", "1_3", "0_6", "1_5", "0_1", "1_8", "0_6", "1_7", "0_8"]]}, "config": {"num_divisions": 13, "string": "111111110001111100001110000001111101111111100000011111110000000011111111"}, "task_name": "task07", "example_name": "0117", "problem_name": "task07_0117"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00000000011111111100001100000001111110000000011111100000000111111111001111111110000", "label": {"final": ["0_9", "1_9", "0_4", "1_2", "0_7", "1_6", "0_8", "1_6", "0_8", "1_9", "0_2", "1_9", "0_4"], "init": "", "intermediate": [["0_9"], ["0_9", "1_9"], ["0_9", "1_9", "0_4"], ["0_9", "1_9", "0_4", "1_2"], ["0_9", "1_9", "0_4", "1_2", "0_7"], ["0_9", "1_9", "0_4", "1_2", "0_7", "1_6"], ["0_9", "1_9", "0_4", "1_2", "0_7", "1_6", "0_8"], ["0_9", "1_9", "0_4", "1_2", "0_7", "1_6", "0_8", "1_6"], ["0_9", "1_9", "0_4", "1_2", "0_7", "1_6", "0_8", "1_6", "0_8"], ["0_9", "1_9", "0_4", "1_2", "0_7", "1_6", "0_8", "1_6", "0_8", "1_9"], ["0_9", "1_9", "0_4", "1_2", "0_7", "1_6", "0_8", "1_6", "0_8", "1_9", "0_2"], ["0_9", "1_9", "0_4", "1_2", "0_7", "1_6", "0_8", "1_6", "0_8", "1_9", "0_2", "1_9"]]}, "config": {"num_divisions": 13, "string": "00000000011111111100001100000001111110000000011111100000000111111111001111111110000"}, "task_name": "task07", "example_name": "0118", "problem_name": "task07_0118"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11100000000011111111100000000011111110111001011111100001111", "label": {"final": ["1_3", "0_9", "1_9", "0_9", "1_7", "0_1", "1_3", "0_2", "1_1", "0_1", "1_6", "0_4", "1_4"], "init": "", "intermediate": [["1_3"], ["1_3", "0_9"], ["1_3", "0_9", "1_9"], ["1_3", "0_9", "1_9", "0_9"], ["1_3", "0_9", "1_9", "0_9", "1_7"], ["1_3", "0_9", "1_9", "0_9", "1_7", "0_1"], ["1_3", "0_9", "1_9", "0_9", "1_7", "0_1", "1_3"], ["1_3", "0_9", "1_9", "0_9", "1_7", "0_1", "1_3", "0_2"], ["1_3", "0_9", "1_9", "0_9", "1_7", "0_1", "1_3", "0_2", "1_1"], ["1_3", "0_9", "1_9", "0_9", "1_7", "0_1", "1_3", "0_2", "1_1", "0_1"], ["1_3", "0_9", "1_9", "0_9", "1_7", "0_1", "1_3", "0_2", "1_1", "0_1", "1_6"], ["1_3", "0_9", "1_9", "0_9", "1_7", "0_1", "1_3", "0_2", "1_1", "0_1", "1_6", "0_4"]]}, "config": {"num_divisions": 13, "string": "11100000000011111111100000000011111110111001011111100001111"}, "task_name": "task07", "example_name": "0119", "problem_name": "task07_0119"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111111000000011111111000000000110000011111110000110000000111101111111000000", "label": {"final": ["1_9", "0_7", "1_8", "0_9", "1_2", "0_5", "1_7", "0_4", "1_2", "0_7", "1_4", "0_1", "1_7", "0_6"], "init": "", "intermediate": [["1_9"], ["1_9", "0_7"], ["1_9", "0_7", "1_8"], ["1_9", "0_7", "1_8", "0_9"], ["1_9", "0_7", "1_8", "0_9", "1_2"], ["1_9", "0_7", "1_8", "0_9", "1_2", "0_5"], ["1_9", "0_7", "1_8", "0_9", "1_2", "0_5", "1_7"], ["1_9", "0_7", "1_8", "0_9", "1_2", "0_5", "1_7", "0_4"], ["1_9", "0_7", "1_8", "0_9", "1_2", "0_5", "1_7", "0_4", "1_2"], ["1_9", "0_7", "1_8", "0_9", "1_2", "0_5", "1_7", "0_4", "1_2", "0_7"], ["1_9", "0_7", "1_8", "0_9", "1_2", "0_5", "1_7", "0_4", "1_2", "0_7", "1_4"], ["1_9", "0_7", "1_8", "0_9", "1_2", "0_5", "1_7", "0_4", "1_2", "0_7", "1_4", "0_1"], ["1_9", "0_7", "1_8", "0_9", "1_2", "0_5", "1_7", "0_4", "1_2", "0_7", "1_4", "0_1", "1_7"]]}, "config": {"num_divisions": 14, "string": "111111111000000011111111000000000110000011111110000110000000111101111111000000"}, "task_name": "task07", "example_name": "0120", "problem_name": "task07_0120"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1000000001111110000011000000110000000001111100000000011111111000001110", "label": {"final": ["1_1", "0_8", "1_6", "0_5", "1_2", "0_6", "1_2", "0_9", "1_5", "0_9", "1_8", "0_5", "1_3", "0_1"], "init": "", "intermediate": [["1_1"], ["1_1", "0_8"], ["1_1", "0_8", "1_6"], ["1_1", "0_8", "1_6", "0_5"], ["1_1", "0_8", "1_6", "0_5", "1_2"], ["1_1", "0_8", "1_6", "0_5", "1_2", "0_6"], ["1_1", "0_8", "1_6", "0_5", "1_2", "0_6", "1_2"], ["1_1", "0_8", "1_6", "0_5", "1_2", "0_6", "1_2", "0_9"], ["1_1", "0_8", "1_6", "0_5", "1_2", "0_6", "1_2", "0_9", "1_5"], ["1_1", "0_8", "1_6", "0_5", "1_2", "0_6", "1_2", "0_9", "1_5", "0_9"], ["1_1", "0_8", "1_6", "0_5", "1_2", "0_6", "1_2", "0_9", "1_5", "0_9", "1_8"], ["1_1", "0_8", "1_6", "0_5", "1_2", "0_6", "1_2", "0_9", "1_5", "0_9", "1_8", "0_5"], ["1_1", "0_8", "1_6", "0_5", "1_2", "0_6", "1_2", "0_9", "1_5", "0_9", "1_8", "0_5", "1_3"]]}, "config": {"num_divisions": 14, "string": "1000000001111110000011000000110000000001111100000000011111111000001110"}, "task_name": "task07", "example_name": "0121", "problem_name": "task07_0121"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000000010000111111101110111101111111011000000011111111", "label": {"final": ["0_8", "1_1", "0_4", "1_7", "0_1", "1_3", "0_1", "1_4", "0_1", "1_7", "0_1", "1_2", "0_7", "1_8"], "init": "", "intermediate": [["0_8"], ["0_8", "1_1"], ["0_8", "1_1", "0_4"], ["0_8", "1_1", "0_4", "1_7"], ["0_8", "1_1", "0_4", "1_7", "0_1"], ["0_8", "1_1", "0_4", "1_7", "0_1", "1_3"], ["0_8", "1_1", "0_4", "1_7", "0_1", "1_3", "0_1"], ["0_8", "1_1", "0_4", "1_7", "0_1", "1_3", "0_1", "1_4"], ["0_8", "1_1", "0_4", "1_7", "0_1", "1_3", "0_1", "1_4", "0_1"], ["0_8", "1_1", "0_4", "1_7", "0_1", "1_3", "0_1", "1_4", "0_1", "1_7"], ["0_8", "1_1", "0_4", "1_7", "0_1", "1_3", "0_1", "1_4", "0_1", "1_7", "0_1"], ["0_8", "1_1", "0_4", "1_7", "0_1", "1_3", "0_1", "1_4", "0_1", "1_7", "0_1", "1_2"], ["0_8", "1_1", "0_4", "1_7", "0_1", "1_3", "0_1", "1_4", "0_1", "1_7", "0_1", "1_2", "0_7"]]}, "config": {"num_divisions": 14, "string": "0000000010000111111101110111101111111011000000011111111"}, "task_name": "task07", "example_name": "0122", "problem_name": "task07_0122"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111100000000111110000000111111000010000001111111011000000011111111000000", "label": {"final": ["1_7", "0_8", "1_5", "0_7", "1_6", "0_4", "1_1", "0_6", "1_7", "0_1", "1_2", "0_7", "1_8", "0_6"], "init": "", "intermediate": [["1_7"], ["1_7", "0_8"], ["1_7", "0_8", "1_5"], ["1_7", "0_8", "1_5", "0_7"], ["1_7", "0_8", "1_5", "0_7", "1_6"], ["1_7", "0_8", "1_5", "0_7", "1_6", "0_4"], ["1_7", "0_8", "1_5", "0_7", "1_6", "0_4", "1_1"], ["1_7", "0_8", "1_5", "0_7", "1_6", "0_4", "1_1", "0_6"], ["1_7", "0_8", "1_5", "0_7", "1_6", "0_4", "1_1", "0_6", "1_7"], ["1_7", "0_8", "1_5", "0_7", "1_6", "0_4", "1_1", "0_6", "1_7", "0_1"], ["1_7", "0_8", "1_5", "0_7", "1_6", "0_4", "1_1", "0_6", "1_7", "0_1", "1_2"], ["1_7", "0_8", "1_5", "0_7", "1_6", "0_4", "1_1", "0_6", "1_7", "0_1", "1_2", "0_7"], ["1_7", "0_8", "1_5", "0_7", "1_6", "0_4", "1_1", "0_6", "1_7", "0_1", "1_2", "0_7", "1_8"]]}, "config": {"num_divisions": 14, "string": "111111100000000111110000000111111000010000001111111011000000011111111000000"}, "task_name": "task07", "example_name": "0123", "problem_name": "task07_0123"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11000000111111110000000011111111000000000111000000001111110000111111111000000000100000", "label": {"final": ["1_2", "0_6", "1_8", "0_8", "1_8", "0_9", "1_3", "0_8", "1_6", "0_4", "1_9", "0_9", "1_1", "0_5"], "init": "", "intermediate": [["1_2"], ["1_2", "0_6"], ["1_2", "0_6", "1_8"], ["1_2", "0_6", "1_8", "0_8"], ["1_2", "0_6", "1_8", "0_8", "1_8"], ["1_2", "0_6", "1_8", "0_8", "1_8", "0_9"], ["1_2", "0_6", "1_8", "0_8", "1_8", "0_9", "1_3"], ["1_2", "0_6", "1_8", "0_8", "1_8", "0_9", "1_3", "0_8"], ["1_2", "0_6", "1_8", "0_8", "1_8", "0_9", "1_3", "0_8", "1_6"], ["1_2", "0_6", "1_8", "0_8", "1_8", "0_9", "1_3", "0_8", "1_6", "0_4"], ["1_2", "0_6", "1_8", "0_8", "1_8", "0_9", "1_3", "0_8", "1_6", "0_4", "1_9"], ["1_2", "0_6", "1_8", "0_8", "1_8", "0_9", "1_3", "0_8", "1_6", "0_4", "1_9", "0_9"], ["1_2", "0_6", "1_8", "0_8", "1_8", "0_9", "1_3", "0_8", "1_6", "0_4", "1_9", "0_9", "1_1"]]}, "config": {"num_divisions": 14, "string": "11000000111111110000000011111111000000000111000000001111110000111111111000000000100000"}, "task_name": "task07", "example_name": "0124", "problem_name": "task07_0124"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00000011111110000111111110111111110001111110011110010000000111111", "label": {"final": ["0_6", "1_7", "0_4", "1_8", "0_1", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_1", "0_7", "1_6"], "init": "", "intermediate": [["0_6"], ["0_6", "1_7"], ["0_6", "1_7", "0_4"], ["0_6", "1_7", "0_4", "1_8"], ["0_6", "1_7", "0_4", "1_8", "0_1"], ["0_6", "1_7", "0_4", "1_8", "0_1", "1_8"], ["0_6", "1_7", "0_4", "1_8", "0_1", "1_8", "0_3"], ["0_6", "1_7", "0_4", "1_8", "0_1", "1_8", "0_3", "1_6"], ["0_6", "1_7", "0_4", "1_8", "0_1", "1_8", "0_3", "1_6", "0_2"], ["0_6", "1_7", "0_4", "1_8", "0_1", "1_8", "0_3", "1_6", "0_2", "1_4"], ["0_6", "1_7", "0_4", "1_8", "0_1", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2"], ["0_6", "1_7", "0_4", "1_8", "0_1", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_1"], ["0_6", "1_7", "0_4", "1_8", "0_1", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_1", "0_7"]]}, "config": {"num_divisions": 14, "string": "00000011111110000111111110111111110001111110011110010000000111111"}, "task_name": "task07", "example_name": "0125", "problem_name": "task07_0125"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000110000000110000000011111011111111000000011111100000011111110000000111111111", "label": {"final": ["0_4", "1_2", "0_7", "1_2", "0_8", "1_5", "0_1", "1_8", "0_7", "1_6", "0_6", "1_7", "0_7", "1_9"], "init": "", "intermediate": [["0_4"], ["0_4", "1_2"], ["0_4", "1_2", "0_7"], ["0_4", "1_2", "0_7", "1_2"], ["0_4", "1_2", "0_7", "1_2", "0_8"], ["0_4", "1_2", "0_7", "1_2", "0_8", "1_5"], ["0_4", "1_2", "0_7", "1_2", "0_8", "1_5", "0_1"], ["0_4", "1_2", "0_7", "1_2", "0_8", "1_5", "0_1", "1_8"], ["0_4", "1_2", "0_7", "1_2", "0_8", "1_5", "0_1", "1_8", "0_7"], ["0_4", "1_2", "0_7", "1_2", "0_8", "1_5", "0_1", "1_8", "0_7", "1_6"], ["0_4", "1_2", "0_7", "1_2", "0_8", "1_5", "0_1", "1_8", "0_7", "1_6", "0_6"], ["0_4", "1_2", "0_7", "1_2", "0_8", "1_5", "0_1", "1_8", "0_7", "1_6", "0_6", "1_7"], ["0_4", "1_2", "0_7", "1_2", "0_8", "1_5", "0_1", "1_8", "0_7", "1_6", "0_6", "1_7", "0_7"]]}, "config": {"num_divisions": 14, "string": "0000110000000110000000011111011111111000000011111100000011111110000000111111111"}, "task_name": "task07", "example_name": "0126", "problem_name": "task07_0126"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000001111000000111101111111100000011111111100000011000001111100000001111111", "label": {"final": ["0_6", "1_4", "0_6", "1_4", "0_1", "1_8", "0_6", "1_9", "0_6", "1_2", "0_5", "1_5", "0_7", "1_7"], "init": "", "intermediate": [["0_6"], ["0_6", "1_4"], ["0_6", "1_4", "0_6"], ["0_6", "1_4", "0_6", "1_4"], ["0_6", "1_4", "0_6", "1_4", "0_1"], ["0_6", "1_4", "0_6", "1_4", "0_1", "1_8"], ["0_6", "1_4", "0_6", "1_4", "0_1", "1_8", "0_6"], ["0_6", "1_4", "0_6", "1_4", "0_1", "1_8", "0_6", "1_9"], ["0_6", "1_4", "0_6", "1_4", "0_1", "1_8", "0_6", "1_9", "0_6"], ["0_6", "1_4", "0_6", "1_4", "0_1", "1_8", "0_6", "1_9", "0_6", "1_2"], ["0_6", "1_4", "0_6", "1_4", "0_1", "1_8", "0_6", "1_9", "0_6", "1_2", "0_5"], ["0_6", "1_4", "0_6", "1_4", "0_1", "1_8", "0_6", "1_9", "0_6", "1_2", "0_5", "1_5"], ["0_6", "1_4", "0_6", "1_4", "0_1", "1_8", "0_6", "1_9", "0_6", "1_2", "0_5", "1_5", "0_7"]]}, "config": {"num_divisions": 14, "string": "0000001111000000111101111111100000011111111100000011000001111100000001111111"}, "task_name": "task07", "example_name": "0127", "problem_name": "task07_0127"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n011111111100000010000000111110000000110111110000000011110011", "label": {"final": ["0_1", "1_9", "0_6", "1_1", "0_7", "1_5", "0_7", "1_2", "0_1", "1_5", "0_8", "1_4", "0_2", "1_2"], "init": "", "intermediate": [["0_1"], ["0_1", "1_9"], ["0_1", "1_9", "0_6"], ["0_1", "1_9", "0_6", "1_1"], ["0_1", "1_9", "0_6", "1_1", "0_7"], ["0_1", "1_9", "0_6", "1_1", "0_7", "1_5"], ["0_1", "1_9", "0_6", "1_1", "0_7", "1_5", "0_7"], ["0_1", "1_9", "0_6", "1_1", "0_7", "1_5", "0_7", "1_2"], ["0_1", "1_9", "0_6", "1_1", "0_7", "1_5", "0_7", "1_2", "0_1"], ["0_1", "1_9", "0_6", "1_1", "0_7", "1_5", "0_7", "1_2", "0_1", "1_5"], ["0_1", "1_9", "0_6", "1_1", "0_7", "1_5", "0_7", "1_2", "0_1", "1_5", "0_8"], ["0_1", "1_9", "0_6", "1_1", "0_7", "1_5", "0_7", "1_2", "0_1", "1_5", "0_8", "1_4"], ["0_1", "1_9", "0_6", "1_1", "0_7", "1_5", "0_7", "1_2", "0_1", "1_5", "0_8", "1_4", "0_2"]]}, "config": {"num_divisions": 14, "string": "011111111100000010000000111110000000110111110000000011110011"}, "task_name": "task07", "example_name": "0128", "problem_name": "task07_0128"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1110001111100000001111000111111001011111110000000001111111000000000", "label": {"final": ["1_3", "0_3", "1_5", "0_7", "1_4", "0_3", "1_6", "0_2", "1_1", "0_1", "1_7", "0_9", "1_7", "0_9"], "init": "", "intermediate": [["1_3"], ["1_3", "0_3"], ["1_3", "0_3", "1_5"], ["1_3", "0_3", "1_5", "0_7"], ["1_3", "0_3", "1_5", "0_7", "1_4"], ["1_3", "0_3", "1_5", "0_7", "1_4", "0_3"], ["1_3", "0_3", "1_5", "0_7", "1_4", "0_3", "1_6"], ["1_3", "0_3", "1_5", "0_7", "1_4", "0_3", "1_6", "0_2"], ["1_3", "0_3", "1_5", "0_7", "1_4", "0_3", "1_6", "0_2", "1_1"], ["1_3", "0_3", "1_5", "0_7", "1_4", "0_3", "1_6", "0_2", "1_1", "0_1"], ["1_3", "0_3", "1_5", "0_7", "1_4", "0_3", "1_6", "0_2", "1_1", "0_1", "1_7"], ["1_3", "0_3", "1_5", "0_7", "1_4", "0_3", "1_6", "0_2", "1_1", "0_1", "1_7", "0_9"], ["1_3", "0_3", "1_5", "0_7", "1_4", "0_3", "1_6", "0_2", "1_1", "0_1", "1_7", "0_9", "1_7"]]}, "config": {"num_divisions": 14, "string": "1110001111100000001111000111111001011111110000000001111111000000000"}, "task_name": "task07", "example_name": "0129", "problem_name": "task07_0129"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11110000000111111111000001100000011111111011111110000000010000011000000001", "label": {"final": ["1_4", "0_7", "1_9", "0_5", "1_2", "0_6", "1_8", "0_1", "1_7", "0_8", "1_1", "0_5", "1_2", "0_8", "1_1"], "init": "", "intermediate": [["1_4"], ["1_4", "0_7"], ["1_4", "0_7", "1_9"], ["1_4", "0_7", "1_9", "0_5"], ["1_4", "0_7", "1_9", "0_5", "1_2"], ["1_4", "0_7", "1_9", "0_5", "1_2", "0_6"], ["1_4", "0_7", "1_9", "0_5", "1_2", "0_6", "1_8"], ["1_4", "0_7", "1_9", "0_5", "1_2", "0_6", "1_8", "0_1"], ["1_4", "0_7", "1_9", "0_5", "1_2", "0_6", "1_8", "0_1", "1_7"], ["1_4", "0_7", "1_9", "0_5", "1_2", "0_6", "1_8", "0_1", "1_7", "0_8"], ["1_4", "0_7", "1_9", "0_5", "1_2", "0_6", "1_8", "0_1", "1_7", "0_8", "1_1"], ["1_4", "0_7", "1_9", "0_5", "1_2", "0_6", "1_8", "0_1", "1_7", "0_8", "1_1", "0_5"], ["1_4", "0_7", "1_9", "0_5", "1_2", "0_6", "1_8", "0_1", "1_7", "0_8", "1_1", "0_5", "1_2"], ["1_4", "0_7", "1_9", "0_5", "1_2", "0_6", "1_8", "0_1", "1_7", "0_8", "1_1", "0_5", "1_2", "0_8"]]}, "config": {"num_divisions": 15, "string": "11110000000111111111000001100000011111111011111110000000010000011000000001"}, "task_name": "task07", "example_name": "0130", "problem_name": "task07_0130"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00010000010011111110011100000111110001100000001111111110000000", "label": {"final": ["0_3", "1_1", "0_5", "1_1", "0_2", "1_7", "0_2", "1_3", "0_5", "1_5", "0_3", "1_2", "0_7", "1_9", "0_7"], "init": "", "intermediate": [["0_3"], ["0_3", "1_1"], ["0_3", "1_1", "0_5"], ["0_3", "1_1", "0_5", "1_1"], ["0_3", "1_1", "0_5", "1_1", "0_2"], ["0_3", "1_1", "0_5", "1_1", "0_2", "1_7"], ["0_3", "1_1", "0_5", "1_1", "0_2", "1_7", "0_2"], ["0_3", "1_1", "0_5", "1_1", "0_2", "1_7", "0_2", "1_3"], ["0_3", "1_1", "0_5", "1_1", "0_2", "1_7", "0_2", "1_3", "0_5"], ["0_3", "1_1", "0_5", "1_1", "0_2", "1_7", "0_2", "1_3", "0_5", "1_5"], ["0_3", "1_1", "0_5", "1_1", "0_2", "1_7", "0_2", "1_3", "0_5", "1_5", "0_3"], ["0_3", "1_1", "0_5", "1_1", "0_2", "1_7", "0_2", "1_3", "0_5", "1_5", "0_3", "1_2"], ["0_3", "1_1", "0_5", "1_1", "0_2", "1_7", "0_2", "1_3", "0_5", "1_5", "0_3", "1_2", "0_7"], ["0_3", "1_1", "0_5", "1_1", "0_2", "1_7", "0_2", "1_3", "0_5", "1_5", "0_3", "1_2", "0_7", "1_9"]]}, "config": {"num_divisions": 15, "string": "00010000010011111110011100000111110001100000001111111110000000"}, "task_name": "task07", "example_name": "0131", "problem_name": "task07_0131"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00001100000000111000111111110000000001111111100111100000000011111000001111111000", "label": {"final": ["0_4", "1_2", "0_8", "1_3", "0_3", "1_8", "0_9", "1_8", "0_2", "1_4", "0_9", "1_5", "0_5", "1_7", "0_3"], "init": "", "intermediate": [["0_4"], ["0_4", "1_2"], ["0_4", "1_2", "0_8"], ["0_4", "1_2", "0_8", "1_3"], ["0_4", "1_2", "0_8", "1_3", "0_3"], ["0_4", "1_2", "0_8", "1_3", "0_3", "1_8"], ["0_4", "1_2", "0_8", "1_3", "0_3", "1_8", "0_9"], ["0_4", "1_2", "0_8", "1_3", "0_3", "1_8", "0_9", "1_8"], ["0_4", "1_2", "0_8", "1_3", "0_3", "1_8", "0_9", "1_8", "0_2"], ["0_4", "1_2", "0_8", "1_3", "0_3", "1_8", "0_9", "1_8", "0_2", "1_4"], ["0_4", "1_2", "0_8", "1_3", "0_3", "1_8", "0_9", "1_8", "0_2", "1_4", "0_9"], ["0_4", "1_2", "0_8", "1_3", "0_3", "1_8", "0_9", "1_8", "0_2", "1_4", "0_9", "1_5"], ["0_4", "1_2", "0_8", "1_3", "0_3", "1_8", "0_9", "1_8", "0_2", "1_4", "0_9", "1_5", "0_5"], ["0_4", "1_2", "0_8", "1_3", "0_3", "1_8", "0_9", "1_8", "0_2", "1_4", "0_9", "1_5", "0_5", "1_7"]]}, "config": {"num_divisions": 15, "string": "00001100000000111000111111110000000001111111100111100000000011111000001111111000"}, "task_name": "task07", "example_name": "0132", "problem_name": "task07_0132"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0100000000011111000000000111111001111110000010011000011111111100000", "label": {"final": ["0_1", "1_1", "0_9", "1_5", "0_9", "1_6", "0_2", "1_6", "0_5", "1_1", "0_2", "1_2", "0_4", "1_9", "0_5"], "init": "", "intermediate": [["0_1"], ["0_1", "1_1"], ["0_1", "1_1", "0_9"], ["0_1", "1_1", "0_9", "1_5"], ["0_1", "1_1", "0_9", "1_5", "0_9"], ["0_1", "1_1", "0_9", "1_5", "0_9", "1_6"], ["0_1", "1_1", "0_9", "1_5", "0_9", "1_6", "0_2"], ["0_1", "1_1", "0_9", "1_5", "0_9", "1_6", "0_2", "1_6"], ["0_1", "1_1", "0_9", "1_5", "0_9", "1_6", "0_2", "1_6", "0_5"], ["0_1", "1_1", "0_9", "1_5", "0_9", "1_6", "0_2", "1_6", "0_5", "1_1"], ["0_1", "1_1", "0_9", "1_5", "0_9", "1_6", "0_2", "1_6", "0_5", "1_1", "0_2"], ["0_1", "1_1", "0_9", "1_5", "0_9", "1_6", "0_2", "1_6", "0_5", "1_1", "0_2", "1_2"], ["0_1", "1_1", "0_9", "1_5", "0_9", "1_6", "0_2", "1_6", "0_5", "1_1", "0_2", "1_2", "0_4"], ["0_1", "1_1", "0_9", "1_5", "0_9", "1_6", "0_2", "1_6", "0_5", "1_1", "0_2", "1_2", "0_4", "1_9"]]}, "config": {"num_divisions": 15, "string": "0100000000011111000000000111111001111110000010011000011111111100000"}, "task_name": "task07", "example_name": "0133", "problem_name": "task07_0133"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111110000000111100000000011001111000000010000011110000010000001", "label": {"final": ["1_8", "0_7", "1_4", "0_9", "1_2", "0_2", "1_4", "0_7", "1_1", "0_5", "1_4", "0_5", "1_1", "0_6", "1_1"], "init": "", "intermediate": [["1_8"], ["1_8", "0_7"], ["1_8", "0_7", "1_4"], ["1_8", "0_7", "1_4", "0_9"], ["1_8", "0_7", "1_4", "0_9", "1_2"], ["1_8", "0_7", "1_4", "0_9", "1_2", "0_2"], ["1_8", "0_7", "1_4", "0_9", "1_2", "0_2", "1_4"], ["1_8", "0_7", "1_4", "0_9", "1_2", "0_2", "1_4", "0_7"], ["1_8", "0_7", "1_4", "0_9", "1_2", "0_2", "1_4", "0_7", "1_1"], ["1_8", "0_7", "1_4", "0_9", "1_2", "0_2", "1_4", "0_7", "1_1", "0_5"], ["1_8", "0_7", "1_4", "0_9", "1_2", "0_2", "1_4", "0_7", "1_1", "0_5", "1_4"], ["1_8", "0_7", "1_4", "0_9", "1_2", "0_2", "1_4", "0_7", "1_1", "0_5", "1_4", "0_5"], ["1_8", "0_7", "1_4", "0_9", "1_2", "0_2", "1_4", "0_7", "1_1", "0_5", "1_4", "0_5", "1_1"], ["1_8", "0_7", "1_4", "0_9", "1_2", "0_2", "1_4", "0_7", "1_1", "0_5", "1_4", "0_5", "1_1", "0_6"]]}, "config": {"num_divisions": 15, "string": "111111110000000111100000000011001111000000010000011110000010000001"}, "task_name": "task07", "example_name": "0134", "problem_name": "task07_0134"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111100011111111010000000010111111000001111000000000110111111", "label": {"final": ["1_6", "0_3", "1_8", "0_1", "1_1", "0_8", "1_1", "0_1", "1_6", "0_5", "1_4", "0_9", "1_2", "0_1", "1_6"], "init": "", "intermediate": [["1_6"], ["1_6", "0_3"], ["1_6", "0_3", "1_8"], ["1_6", "0_3", "1_8", "0_1"], ["1_6", "0_3", "1_8", "0_1", "1_1"], ["1_6", "0_3", "1_8", "0_1", "1_1", "0_8"], ["1_6", "0_3", "1_8", "0_1", "1_1", "0_8", "1_1"], ["1_6", "0_3", "1_8", "0_1", "1_1", "0_8", "1_1", "0_1"], ["1_6", "0_3", "1_8", "0_1", "1_1", "0_8", "1_1", "0_1", "1_6"], ["1_6", "0_3", "1_8", "0_1", "1_1", "0_8", "1_1", "0_1", "1_6", "0_5"], ["1_6", "0_3", "1_8", "0_1", "1_1", "0_8", "1_1", "0_1", "1_6", "0_5", "1_4"], ["1_6", "0_3", "1_8", "0_1", "1_1", "0_8", "1_1", "0_1", "1_6", "0_5", "1_4", "0_9"], ["1_6", "0_3", "1_8", "0_1", "1_1", "0_8", "1_1", "0_1", "1_6", "0_5", "1_4", "0_9", "1_2"], ["1_6", "0_3", "1_8", "0_1", "1_1", "0_8", "1_1", "0_1", "1_6", "0_5", "1_4", "0_9", "1_2", "0_1"]]}, "config": {"num_divisions": 15, "string": "11111100011111111010000000010111111000001111000000000110111111"}, "task_name": "task07", "example_name": "0135", "problem_name": "task07_0135"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000001110000000001111111110010000000011111111000000001111111000000000101000000", "label": {"final": ["0_5", "1_3", "0_9", "1_9", "0_2", "1_1", "0_8", "1_8", "0_8", "1_7", "0_9", "1_1", "0_1", "1_1", "0_6"], "init": "", "intermediate": [["0_5"], ["0_5", "1_3"], ["0_5", "1_3", "0_9"], ["0_5", "1_3", "0_9", "1_9"], ["0_5", "1_3", "0_9", "1_9", "0_2"], ["0_5", "1_3", "0_9", "1_9", "0_2", "1_1"], ["0_5", "1_3", "0_9", "1_9", "0_2", "1_1", "0_8"], ["0_5", "1_3", "0_9", "1_9", "0_2", "1_1", "0_8", "1_8"], ["0_5", "1_3", "0_9", "1_9", "0_2", "1_1", "0_8", "1_8", "0_8"], ["0_5", "1_3", "0_9", "1_9", "0_2", "1_1", "0_8", "1_8", "0_8", "1_7"], ["0_5", "1_3", "0_9", "1_9", "0_2", "1_1", "0_8", "1_8", "0_8", "1_7", "0_9"], ["0_5", "1_3", "0_9", "1_9", "0_2", "1_1", "0_8", "1_8", "0_8", "1_7", "0_9", "1_1"], ["0_5", "1_3", "0_9", "1_9", "0_2", "1_1", "0_8", "1_8", "0_8", "1_7", "0_9", "1_1", "0_1"], ["0_5", "1_3", "0_9", "1_9", "0_2", "1_1", "0_8", "1_8", "0_8", "1_7", "0_9", "1_1", "0_1", "1_1"]]}, "config": {"num_divisions": 15, "string": "000001110000000001111111110010000000011111111000000001111111000000000101000000"}, "task_name": "task07", "example_name": "0136", "problem_name": "task07_0136"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n110011100000111100000000011111110000000011110000111111101111100000001111", "label": {"final": ["1_2", "0_2", "1_3", "0_5", "1_4", "0_9", "1_7", "0_8", "1_4", "0_4", "1_7", "0_1", "1_5", "0_7", "1_4"], "init": "", "intermediate": [["1_2"], ["1_2", "0_2"], ["1_2", "0_2", "1_3"], ["1_2", "0_2", "1_3", "0_5"], ["1_2", "0_2", "1_3", "0_5", "1_4"], ["1_2", "0_2", "1_3", "0_5", "1_4", "0_9"], ["1_2", "0_2", "1_3", "0_5", "1_4", "0_9", "1_7"], ["1_2", "0_2", "1_3", "0_5", "1_4", "0_9", "1_7", "0_8"], ["1_2", "0_2", "1_3", "0_5", "1_4", "0_9", "1_7", "0_8", "1_4"], ["1_2", "0_2", "1_3", "0_5", "1_4", "0_9", "1_7", "0_8", "1_4", "0_4"], ["1_2", "0_2", "1_3", "0_5", "1_4", "0_9", "1_7", "0_8", "1_4", "0_4", "1_7"], ["1_2", "0_2", "1_3", "0_5", "1_4", "0_9", "1_7", "0_8", "1_4", "0_4", "1_7", "0_1"], ["1_2", "0_2", "1_3", "0_5", "1_4", "0_9", "1_7", "0_8", "1_4", "0_4", "1_7", "0_1", "1_5"], ["1_2", "0_2", "1_3", "0_5", "1_4", "0_9", "1_7", "0_8", "1_4", "0_4", "1_7", "0_1", "1_5", "0_7"]]}, "config": {"num_divisions": 15, "string": "110011100000111100000000011111110000000011110000111111101111100000001111"}, "task_name": "task07", "example_name": "0137", "problem_name": "task07_0137"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00000111111111001111111110000000111111111000000111111100001111111100000011111001110", "label": {"final": ["0_5", "1_9", "0_2", "1_9", "0_7", "1_9", "0_6", "1_7", "0_4", "1_8", "0_6", "1_5", "0_2", "1_3", "0_1"], "init": "", "intermediate": [["0_5"], ["0_5", "1_9"], ["0_5", "1_9", "0_2"], ["0_5", "1_9", "0_2", "1_9"], ["0_5", "1_9", "0_2", "1_9", "0_7"], ["0_5", "1_9", "0_2", "1_9", "0_7", "1_9"], ["0_5", "1_9", "0_2", "1_9", "0_7", "1_9", "0_6"], ["0_5", "1_9", "0_2", "1_9", "0_7", "1_9", "0_6", "1_7"], ["0_5", "1_9", "0_2", "1_9", "0_7", "1_9", "0_6", "1_7", "0_4"], ["0_5", "1_9", "0_2", "1_9", "0_7", "1_9", "0_6", "1_7", "0_4", "1_8"], ["0_5", "1_9", "0_2", "1_9", "0_7", "1_9", "0_6", "1_7", "0_4", "1_8", "0_6"], ["0_5", "1_9", "0_2", "1_9", "0_7", "1_9", "0_6", "1_7", "0_4", "1_8", "0_6", "1_5"], ["0_5", "1_9", "0_2", "1_9", "0_7", "1_9", "0_6", "1_7", "0_4", "1_8", "0_6", "1_5", "0_2"], ["0_5", "1_9", "0_2", "1_9", "0_7", "1_9", "0_6", "1_7", "0_4", "1_8", "0_6", "1_5", "0_2", "1_3"]]}, "config": {"num_divisions": 15, "string": "00000111111111001111111110000000111111111000000111111100001111111100000011111001110"}, "task_name": "task07", "example_name": "0138", "problem_name": "task07_0138"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111100000100000000011011111000011111111100111111110000001111101", "label": {"final": ["1_6", "0_5", "1_1", "0_9", "1_2", "0_1", "1_5", "0_4", "1_9", "0_2", "1_8", "0_6", "1_5", "0_1", "1_1"], "init": "", "intermediate": [["1_6"], ["1_6", "0_5"], ["1_6", "0_5", "1_1"], ["1_6", "0_5", "1_1", "0_9"], ["1_6", "0_5", "1_1", "0_9", "1_2"], ["1_6", "0_5", "1_1", "0_9", "1_2", "0_1"], ["1_6", "0_5", "1_1", "0_9", "1_2", "0_1", "1_5"], ["1_6", "0_5", "1_1", "0_9", "1_2", "0_1", "1_5", "0_4"], ["1_6", "0_5", "1_1", "0_9", "1_2", "0_1", "1_5", "0_4", "1_9"], ["1_6", "0_5", "1_1", "0_9", "1_2", "0_1", "1_5", "0_4", "1_9", "0_2"], ["1_6", "0_5", "1_1", "0_9", "1_2", "0_1", "1_5", "0_4", "1_9", "0_2", "1_8"], ["1_6", "0_5", "1_1", "0_9", "1_2", "0_1", "1_5", "0_4", "1_9", "0_2", "1_8", "0_6"], ["1_6", "0_5", "1_1", "0_9", "1_2", "0_1", "1_5", "0_4", "1_9", "0_2", "1_8", "0_6", "1_5"], ["1_6", "0_5", "1_1", "0_9", "1_2", "0_1", "1_5", "0_4", "1_9", "0_2", "1_8", "0_6", "1_5", "0_1"]]}, "config": {"num_divisions": 15, "string": "11111100000100000000011011111000011111111100111111110000001111101"}, "task_name": "task07", "example_name": "0139", "problem_name": "task07_0139"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111111110000111111111000011111111000001111111110000000011100000011111111011100000001111100000000", "label": {"final": ["1_9", "0_4", "1_9", "0_4", "1_8", "0_5", "1_9", "0_8", "1_3", "0_6", "1_8", "0_1", "1_3", "0_7", "1_5", "0_8"], "init": "", "intermediate": [["1_9"], ["1_9", "0_4"], ["1_9", "0_4", "1_9"], ["1_9", "0_4", "1_9", "0_4"], ["1_9", "0_4", "1_9", "0_4", "1_8"], ["1_9", "0_4", "1_9", "0_4", "1_8", "0_5"], ["1_9", "0_4", "1_9", "0_4", "1_8", "0_5", "1_9"], ["1_9", "0_4", "1_9", "0_4", "1_8", "0_5", "1_9", "0_8"], ["1_9", "0_4", "1_9", "0_4", "1_8", "0_5", "1_9", "0_8", "1_3"], ["1_9", "0_4", "1_9", "0_4", "1_8", "0_5", "1_9", "0_8", "1_3", "0_6"], ["1_9", "0_4", "1_9", "0_4", "1_8", "0_5", "1_9", "0_8", "1_3", "0_6", "1_8"], ["1_9", "0_4", "1_9", "0_4", "1_8", "0_5", "1_9", "0_8", "1_3", "0_6", "1_8", "0_1"], ["1_9", "0_4", "1_9", "0_4", "1_8", "0_5", "1_9", "0_8", "1_3", "0_6", "1_8", "0_1", "1_3"], ["1_9", "0_4", "1_9", "0_4", "1_8", "0_5", "1_9", "0_8", "1_3", "0_6", "1_8", "0_1", "1_3", "0_7"], ["1_9", "0_4", "1_9", "0_4", "1_8", "0_5", "1_9", "0_8", "1_3", "0_6", "1_8", "0_1", "1_3", "0_7", "1_5"]]}, "config": {"num_divisions": 16, "string": "1111111110000111111111000011111111000001111111110000000011100000011111111011100000001111100000000"}, "task_name": "task07", "example_name": "0140", "problem_name": "task07_0140"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00001000111100000011111111100000011111101111111010000111111110000001111", "label": {"final": ["0_4", "1_1", "0_3", "1_4", "0_6", "1_9", "0_6", "1_6", "0_1", "1_7", "0_1", "1_1", "0_4", "1_8", "0_6", "1_4"], "init": "", "intermediate": [["0_4"], ["0_4", "1_1"], ["0_4", "1_1", "0_3"], ["0_4", "1_1", "0_3", "1_4"], ["0_4", "1_1", "0_3", "1_4", "0_6"], ["0_4", "1_1", "0_3", "1_4", "0_6", "1_9"], ["0_4", "1_1", "0_3", "1_4", "0_6", "1_9", "0_6"], ["0_4", "1_1", "0_3", "1_4", "0_6", "1_9", "0_6", "1_6"], ["0_4", "1_1", "0_3", "1_4", "0_6", "1_9", "0_6", "1_6", "0_1"], ["0_4", "1_1", "0_3", "1_4", "0_6", "1_9", "0_6", "1_6", "0_1", "1_7"], ["0_4", "1_1", "0_3", "1_4", "0_6", "1_9", "0_6", "1_6", "0_1", "1_7", "0_1"], ["0_4", "1_1", "0_3", "1_4", "0_6", "1_9", "0_6", "1_6", "0_1", "1_7", "0_1", "1_1"], ["0_4", "1_1", "0_3", "1_4", "0_6", "1_9", "0_6", "1_6", "0_1", "1_7", "0_1", "1_1", "0_4"], ["0_4", "1_1", "0_3", "1_4", "0_6", "1_9", "0_6", "1_6", "0_1", "1_7", "0_1", "1_1", "0_4", "1_8"], ["0_4", "1_1", "0_3", "1_4", "0_6", "1_9", "0_6", "1_6", "0_1", "1_7", "0_1", "1_1", "0_4", "1_8", "0_6"]]}, "config": {"num_divisions": 16, "string": "00001000111100000011111111100000011111101111111010000111111110000001111"}, "task_name": "task07", "example_name": "0141", "problem_name": "task07_0141"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111111100000011111110000000001110000111111110000001111110000110011110000000010000000", "label": {"final": ["1_8", "0_6", "1_7", "0_9", "1_3", "0_4", "1_8", "0_6", "1_6", "0_4", "1_2", "0_2", "1_4", "0_8", "1_1", "0_7"], "init": "", "intermediate": [["1_8"], ["1_8", "0_6"], ["1_8", "0_6", "1_7"], ["1_8", "0_6", "1_7", "0_9"], ["1_8", "0_6", "1_7", "0_9", "1_3"], ["1_8", "0_6", "1_7", "0_9", "1_3", "0_4"], ["1_8", "0_6", "1_7", "0_9", "1_3", "0_4", "1_8"], ["1_8", "0_6", "1_7", "0_9", "1_3", "0_4", "1_8", "0_6"], ["1_8", "0_6", "1_7", "0_9", "1_3", "0_4", "1_8", "0_6", "1_6"], ["1_8", "0_6", "1_7", "0_9", "1_3", "0_4", "1_8", "0_6", "1_6", "0_4"], ["1_8", "0_6", "1_7", "0_9", "1_3", "0_4", "1_8", "0_6", "1_6", "0_4", "1_2"], ["1_8", "0_6", "1_7", "0_9", "1_3", "0_4", "1_8", "0_6", "1_6", "0_4", "1_2", "0_2"], ["1_8", "0_6", "1_7", "0_9", "1_3", "0_4", "1_8", "0_6", "1_6", "0_4", "1_2", "0_2", "1_4"], ["1_8", "0_6", "1_7", "0_9", "1_3", "0_4", "1_8", "0_6", "1_6", "0_4", "1_2", "0_2", "1_4", "0_8"], ["1_8", "0_6", "1_7", "0_9", "1_3", "0_4", "1_8", "0_6", "1_6", "0_4", "1_2", "0_2", "1_4", "0_8", "1_1"]]}, "config": {"num_divisions": 16, "string": "1111111100000011111110000000001110000111111110000001111110000110011110000000010000000"}, "task_name": "task07", "example_name": "0142", "problem_name": "task07_0142"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00000000011100000111111111011111111100111111000000001111110000011111100000000100000000111111", "label": {"final": ["0_9", "1_3", "0_5", "1_9", "0_1", "1_9", "0_2", "1_6", "0_8", "1_6", "0_5", "1_6", "0_8", "1_1", "0_8", "1_6"], "init": "", "intermediate": [["0_9"], ["0_9", "1_3"], ["0_9", "1_3", "0_5"], ["0_9", "1_3", "0_5", "1_9"], ["0_9", "1_3", "0_5", "1_9", "0_1"], ["0_9", "1_3", "0_5", "1_9", "0_1", "1_9"], ["0_9", "1_3", "0_5", "1_9", "0_1", "1_9", "0_2"], ["0_9", "1_3", "0_5", "1_9", "0_1", "1_9", "0_2", "1_6"], ["0_9", "1_3", "0_5", "1_9", "0_1", "1_9", "0_2", "1_6", "0_8"], ["0_9", "1_3", "0_5", "1_9", "0_1", "1_9", "0_2", "1_6", "0_8", "1_6"], ["0_9", "1_3", "0_5", "1_9", "0_1", "1_9", "0_2", "1_6", "0_8", "1_6", "0_5"], ["0_9", "1_3", "0_5", "1_9", "0_1", "1_9", "0_2", "1_6", "0_8", "1_6", "0_5", "1_6"], ["0_9", "1_3", "0_5", "1_9", "0_1", "1_9", "0_2", "1_6", "0_8", "1_6", "0_5", "1_6", "0_8"], ["0_9", "1_3", "0_5", "1_9", "0_1", "1_9", "0_2", "1_6", "0_8", "1_6", "0_5", "1_6", "0_8", "1_1"], ["0_9", "1_3", "0_5", "1_9", "0_1", "1_9", "0_2", "1_6", "0_8", "1_6", "0_5", "1_6", "0_8", "1_1", "0_8"]]}, "config": {"num_divisions": 16, "string": "00000000011100000111111111011111111100111111000000001111110000011111100000000100000000111111"}, "task_name": "task07", "example_name": "0143", "problem_name": "task07_0143"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111111001111111100000111110000001111111101111100000001110000000001111111000111000", "label": {"final": ["1_7", "0_2", "1_8", "0_5", "1_5", "0_6", "1_8", "0_1", "1_5", "0_7", "1_3", "0_9", "1_7", "0_3", "1_3", "0_3"], "init": "", "intermediate": [["1_7"], ["1_7", "0_2"], ["1_7", "0_2", "1_8"], ["1_7", "0_2", "1_8", "0_5"], ["1_7", "0_2", "1_8", "0_5", "1_5"], ["1_7", "0_2", "1_8", "0_5", "1_5", "0_6"], ["1_7", "0_2", "1_8", "0_5", "1_5", "0_6", "1_8"], ["1_7", "0_2", "1_8", "0_5", "1_5", "0_6", "1_8", "0_1"], ["1_7", "0_2", "1_8", "0_5", "1_5", "0_6", "1_8", "0_1", "1_5"], ["1_7", "0_2", "1_8", "0_5", "1_5", "0_6", "1_8", "0_1", "1_5", "0_7"], ["1_7", "0_2", "1_8", "0_5", "1_5", "0_6", "1_8", "0_1", "1_5", "0_7", "1_3"], ["1_7", "0_2", "1_8", "0_5", "1_5", "0_6", "1_8", "0_1", "1_5", "0_7", "1_3", "0_9"], ["1_7", "0_2", "1_8", "0_5", "1_5", "0_6", "1_8", "0_1", "1_5", "0_7", "1_3", "0_9", "1_7"], ["1_7", "0_2", "1_8", "0_5", "1_5", "0_6", "1_8", "0_1", "1_5", "0_7", "1_3", "0_9", "1_7", "0_3"], ["1_7", "0_2", "1_8", "0_5", "1_5", "0_6", "1_8", "0_1", "1_5", "0_7", "1_3", "0_9", "1_7", "0_3", "1_3"]]}, "config": {"num_divisions": 16, "string": "1111111001111111100000111110000001111111101111100000001110000000001111111000111000"}, "task_name": "task07", "example_name": "0144", "problem_name": "task07_0144"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1110000000001111110000011111111000000100000011110000111111110011111100000100", "label": {"final": ["1_3", "0_9", "1_6", "0_5", "1_8", "0_6", "1_1", "0_6", "1_4", "0_4", "1_8", "0_2", "1_6", "0_5", "1_1", "0_2"], "init": "", "intermediate": [["1_3"], ["1_3", "0_9"], ["1_3", "0_9", "1_6"], ["1_3", "0_9", "1_6", "0_5"], ["1_3", "0_9", "1_6", "0_5", "1_8"], ["1_3", "0_9", "1_6", "0_5", "1_8", "0_6"], ["1_3", "0_9", "1_6", "0_5", "1_8", "0_6", "1_1"], ["1_3", "0_9", "1_6", "0_5", "1_8", "0_6", "1_1", "0_6"], ["1_3", "0_9", "1_6", "0_5", "1_8", "0_6", "1_1", "0_6", "1_4"], ["1_3", "0_9", "1_6", "0_5", "1_8", "0_6", "1_1", "0_6", "1_4", "0_4"], ["1_3", "0_9", "1_6", "0_5", "1_8", "0_6", "1_1", "0_6", "1_4", "0_4", "1_8"], ["1_3", "0_9", "1_6", "0_5", "1_8", "0_6", "1_1", "0_6", "1_4", "0_4", "1_8", "0_2"], ["1_3", "0_9", "1_6", "0_5", "1_8", "0_6", "1_1", "0_6", "1_4", "0_4", "1_8", "0_2", "1_6"], ["1_3", "0_9", "1_6", "0_5", "1_8", "0_6", "1_1", "0_6", "1_4", "0_4", "1_8", "0_2", "1_6", "0_5"], ["1_3", "0_9", "1_6", "0_5", "1_8", "0_6", "1_1", "0_6", "1_4", "0_4", "1_8", "0_2", "1_6", "0_5", "1_1"]]}, "config": {"num_divisions": 16, "string": "1110000000001111110000011111111000000100000011110000111111110011111100000100"}, "task_name": "task07", "example_name": "0145", "problem_name": "task07_0145"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111000000011110000001111110000000011111101010000001111111010000", "label": {"final": ["1_4", "0_7", "1_4", "0_6", "1_6", "0_8", "1_6", "0_1", "1_1", "0_1", "1_1", "0_6", "1_7", "0_1", "1_1", "0_4"], "init": "", "intermediate": [["1_4"], ["1_4", "0_7"], ["1_4", "0_7", "1_4"], ["1_4", "0_7", "1_4", "0_6"], ["1_4", "0_7", "1_4", "0_6", "1_6"], ["1_4", "0_7", "1_4", "0_6", "1_6", "0_8"], ["1_4", "0_7", "1_4", "0_6", "1_6", "0_8", "1_6"], ["1_4", "0_7", "1_4", "0_6", "1_6", "0_8", "1_6", "0_1"], ["1_4", "0_7", "1_4", "0_6", "1_6", "0_8", "1_6", "0_1", "1_1"], ["1_4", "0_7", "1_4", "0_6", "1_6", "0_8", "1_6", "0_1", "1_1", "0_1"], ["1_4", "0_7", "1_4", "0_6", "1_6", "0_8", "1_6", "0_1", "1_1", "0_1", "1_1"], ["1_4", "0_7", "1_4", "0_6", "1_6", "0_8", "1_6", "0_1", "1_1", "0_1", "1_1", "0_6"], ["1_4", "0_7", "1_4", "0_6", "1_6", "0_8", "1_6", "0_1", "1_1", "0_1", "1_1", "0_6", "1_7"], ["1_4", "0_7", "1_4", "0_6", "1_6", "0_8", "1_6", "0_1", "1_1", "0_1", "1_1", "0_6", "1_7", "0_1"], ["1_4", "0_7", "1_4", "0_6", "1_6", "0_8", "1_6", "0_1", "1_1", "0_1", "1_1", "0_6", "1_7", "0_1", "1_1"]]}, "config": {"num_divisions": 16, "string": "1111000000011110000001111110000000011111101010000001111111010000"}, "task_name": "task07", "example_name": "0146", "problem_name": "task07_0146"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000110000000111110000000001111111101111111110000000001111111100000000111111111001000000011", "label": {"final": ["0_3", "1_2", "0_7", "1_5", "0_9", "1_8", "0_1", "1_9", "0_9", "1_8", "0_8", "1_9", "0_2", "1_1", "0_7", "1_2"], "init": "", "intermediate": [["0_3"], ["0_3", "1_2"], ["0_3", "1_2", "0_7"], ["0_3", "1_2", "0_7", "1_5"], ["0_3", "1_2", "0_7", "1_5", "0_9"], ["0_3", "1_2", "0_7", "1_5", "0_9", "1_8"], ["0_3", "1_2", "0_7", "1_5", "0_9", "1_8", "0_1"], ["0_3", "1_2", "0_7", "1_5", "0_9", "1_8", "0_1", "1_9"], ["0_3", "1_2", "0_7", "1_5", "0_9", "1_8", "0_1", "1_9", "0_9"], ["0_3", "1_2", "0_7", "1_5", "0_9", "1_8", "0_1", "1_9", "0_9", "1_8"], ["0_3", "1_2", "0_7", "1_5", "0_9", "1_8", "0_1", "1_9", "0_9", "1_8", "0_8"], ["0_3", "1_2", "0_7", "1_5", "0_9", "1_8", "0_1", "1_9", "0_9", "1_8", "0_8", "1_9"], ["0_3", "1_2", "0_7", "1_5", "0_9", "1_8", "0_1", "1_9", "0_9", "1_8", "0_8", "1_9", "0_2"], ["0_3", "1_2", "0_7", "1_5", "0_9", "1_8", "0_1", "1_9", "0_9", "1_8", "0_8", "1_9", "0_2", "1_1"], ["0_3", "1_2", "0_7", "1_5", "0_9", "1_8", "0_1", "1_9", "0_9", "1_8", "0_8", "1_9", "0_2", "1_1", "0_7"]]}, "config": {"num_divisions": 16, "string": "000110000000111110000000001111111101111111110000000001111111100000000111111111001000000011"}, "task_name": "task07", "example_name": "0147", "problem_name": "task07_0147"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00111000111111111000011111110011111111100000010000000001111000011111100000001111", "label": {"final": ["0_2", "1_3", "0_3", "1_9", "0_4", "1_7", "0_2", "1_9", "0_6", "1_1", "0_9", "1_4", "0_4", "1_6", "0_7", "1_4"], "init": "", "intermediate": [["0_2"], ["0_2", "1_3"], ["0_2", "1_3", "0_3"], ["0_2", "1_3", "0_3", "1_9"], ["0_2", "1_3", "0_3", "1_9", "0_4"], ["0_2", "1_3", "0_3", "1_9", "0_4", "1_7"], ["0_2", "1_3", "0_3", "1_9", "0_4", "1_7", "0_2"], ["0_2", "1_3", "0_3", "1_9", "0_4", "1_7", "0_2", "1_9"], ["0_2", "1_3", "0_3", "1_9", "0_4", "1_7", "0_2", "1_9", "0_6"], ["0_2", "1_3", "0_3", "1_9", "0_4", "1_7", "0_2", "1_9", "0_6", "1_1"], ["0_2", "1_3", "0_3", "1_9", "0_4", "1_7", "0_2", "1_9", "0_6", "1_1", "0_9"], ["0_2", "1_3", "0_3", "1_9", "0_4", "1_7", "0_2", "1_9", "0_6", "1_1", "0_9", "1_4"], ["0_2", "1_3", "0_3", "1_9", "0_4", "1_7", "0_2", "1_9", "0_6", "1_1", "0_9", "1_4", "0_4"], ["0_2", "1_3", "0_3", "1_9", "0_4", "1_7", "0_2", "1_9", "0_6", "1_1", "0_9", "1_4", "0_4", "1_6"], ["0_2", "1_3", "0_3", "1_9", "0_4", "1_7", "0_2", "1_9", "0_6", "1_1", "0_9", "1_4", "0_4", "1_6", "0_7"]]}, "config": {"num_divisions": 16, "string": "00111000111111111000011111110011111111100000010000000001111000011111100000001111"}, "task_name": "task07", "example_name": "0148", "problem_name": "task07_0148"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000001111001111111000011110000010001100001111000011111111000011", "label": {"final": ["0_5", "1_4", "0_2", "1_7", "0_4", "1_4", "0_5", "1_1", "0_3", "1_2", "0_4", "1_4", "0_4", "1_8", "0_4", "1_2"], "init": "", "intermediate": [["0_5"], ["0_5", "1_4"], ["0_5", "1_4", "0_2"], ["0_5", "1_4", "0_2", "1_7"], ["0_5", "1_4", "0_2", "1_7", "0_4"], ["0_5", "1_4", "0_2", "1_7", "0_4", "1_4"], ["0_5", "1_4", "0_2", "1_7", "0_4", "1_4", "0_5"], ["0_5", "1_4", "0_2", "1_7", "0_4", "1_4", "0_5", "1_1"], ["0_5", "1_4", "0_2", "1_7", "0_4", "1_4", "0_5", "1_1", "0_3"], ["0_5", "1_4", "0_2", "1_7", "0_4", "1_4", "0_5", "1_1", "0_3", "1_2"], ["0_5", "1_4", "0_2", "1_7", "0_4", "1_4", "0_5", "1_1", "0_3", "1_2", "0_4"], ["0_5", "1_4", "0_2", "1_7", "0_4", "1_4", "0_5", "1_1", "0_3", "1_2", "0_4", "1_4"], ["0_5", "1_4", "0_2", "1_7", "0_4", "1_4", "0_5", "1_1", "0_3", "1_2", "0_4", "1_4", "0_4"], ["0_5", "1_4", "0_2", "1_7", "0_4", "1_4", "0_5", "1_1", "0_3", "1_2", "0_4", "1_4", "0_4", "1_8"], ["0_5", "1_4", "0_2", "1_7", "0_4", "1_4", "0_5", "1_1", "0_3", "1_2", "0_4", "1_4", "0_4", "1_8", "0_4"]]}, "config": {"num_divisions": 16, "string": "000001111001111111000011110000010001100001111000011111111000011"}, "task_name": "task07", "example_name": "0149", "problem_name": "task07_0149"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000000011111111001111111100111111111001111000000100000101100001111000", "label": {"final": ["0_8", "1_8", "0_2", "1_8", "0_2", "1_9", "0_2", "1_4", "0_6", "1_1", "0_5", "1_1", "0_1", "1_2", "0_4", "1_4", "0_3"], "init": "", "intermediate": [["0_8"], ["0_8", "1_8"], ["0_8", "1_8", "0_2"], ["0_8", "1_8", "0_2", "1_8"], ["0_8", "1_8", "0_2", "1_8", "0_2"], ["0_8", "1_8", "0_2", "1_8", "0_2", "1_9"], ["0_8", "1_8", "0_2", "1_8", "0_2", "1_9", "0_2"], ["0_8", "1_8", "0_2", "1_8", "0_2", "1_9", "0_2", "1_4"], ["0_8", "1_8", "0_2", "1_8", "0_2", "1_9", "0_2", "1_4", "0_6"], ["0_8", "1_8", "0_2", "1_8", "0_2", "1_9", "0_2", "1_4", "0_6", "1_1"], ["0_8", "1_8", "0_2", "1_8", "0_2", "1_9", "0_2", "1_4", "0_6", "1_1", "0_5"], ["0_8", "1_8", "0_2", "1_8", "0_2", "1_9", "0_2", "1_4", "0_6", "1_1", "0_5", "1_1"], ["0_8", "1_8", "0_2", "1_8", "0_2", "1_9", "0_2", "1_4", "0_6", "1_1", "0_5", "1_1", "0_1"], ["0_8", "1_8", "0_2", "1_8", "0_2", "1_9", "0_2", "1_4", "0_6", "1_1", "0_5", "1_1", "0_1", "1_2"], ["0_8", "1_8", "0_2", "1_8", "0_2", "1_9", "0_2", "1_4", "0_6", "1_1", "0_5", "1_1", "0_1", "1_2", "0_4"], ["0_8", "1_8", "0_2", "1_8", "0_2", "1_9", "0_2", "1_4", "0_6", "1_1", "0_5", "1_1", "0_1", "1_2", "0_4", "1_4"]]}, "config": {"num_divisions": 17, "string": "0000000011111111001111111100111111111001111000000100000101100001111000"}, "task_name": "task07", "example_name": "0150", "problem_name": "task07_0150"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000000111111100000001111111000011111000000011100000011100001111110111100000011100000000", "label": {"final": ["0_6", "1_7", "0_7", "1_7", "0_4", "1_5", "0_7", "1_3", "0_6", "1_3", "0_4", "1_6", "0_1", "1_4", "0_6", "1_3", "0_8"], "init": "", "intermediate": [["0_6"], ["0_6", "1_7"], ["0_6", "1_7", "0_7"], ["0_6", "1_7", "0_7", "1_7"], ["0_6", "1_7", "0_7", "1_7", "0_4"], ["0_6", "1_7", "0_7", "1_7", "0_4", "1_5"], ["0_6", "1_7", "0_7", "1_7", "0_4", "1_5", "0_7"], ["0_6", "1_7", "0_7", "1_7", "0_4", "1_5", "0_7", "1_3"], ["0_6", "1_7", "0_7", "1_7", "0_4", "1_5", "0_7", "1_3", "0_6"], ["0_6", "1_7", "0_7", "1_7", "0_4", "1_5", "0_7", "1_3", "0_6", "1_3"], ["0_6", "1_7", "0_7", "1_7", "0_4", "1_5", "0_7", "1_3", "0_6", "1_3", "0_4"], ["0_6", "1_7", "0_7", "1_7", "0_4", "1_5", "0_7", "1_3", "0_6", "1_3", "0_4", "1_6"], ["0_6", "1_7", "0_7", "1_7", "0_4", "1_5", "0_7", "1_3", "0_6", "1_3", "0_4", "1_6", "0_1"], ["0_6", "1_7", "0_7", "1_7", "0_4", "1_5", "0_7", "1_3", "0_6", "1_3", "0_4", "1_6", "0_1", "1_4"], ["0_6", "1_7", "0_7", "1_7", "0_4", "1_5", "0_7", "1_3", "0_6", "1_3", "0_4", "1_6", "0_1", "1_4", "0_6"], ["0_6", "1_7", "0_7", "1_7", "0_4", "1_5", "0_7", "1_3", "0_6", "1_3", "0_4", "1_6", "0_1", "1_4", "0_6", "1_3"]]}, "config": {"num_divisions": 17, "string": "000000111111100000001111111000011111000000011100000011100001111110111100000011100000000"}, "task_name": "task07", "example_name": "0151", "problem_name": "task07_0151"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0001111100000000111111000000001111000000000111111100001111111100001001000001100000000", "label": {"final": ["0_3", "1_5", "0_8", "1_6", "0_8", "1_4", "0_9", "1_7", "0_4", "1_8", "0_4", "1_1", "0_2", "1_1", "0_5", "1_2", "0_8"], "init": "", "intermediate": [["0_3"], ["0_3", "1_5"], ["0_3", "1_5", "0_8"], ["0_3", "1_5", "0_8", "1_6"], ["0_3", "1_5", "0_8", "1_6", "0_8"], ["0_3", "1_5", "0_8", "1_6", "0_8", "1_4"], ["0_3", "1_5", "0_8", "1_6", "0_8", "1_4", "0_9"], ["0_3", "1_5", "0_8", "1_6", "0_8", "1_4", "0_9", "1_7"], ["0_3", "1_5", "0_8", "1_6", "0_8", "1_4", "0_9", "1_7", "0_4"], ["0_3", "1_5", "0_8", "1_6", "0_8", "1_4", "0_9", "1_7", "0_4", "1_8"], ["0_3", "1_5", "0_8", "1_6", "0_8", "1_4", "0_9", "1_7", "0_4", "1_8", "0_4"], ["0_3", "1_5", "0_8", "1_6", "0_8", "1_4", "0_9", "1_7", "0_4", "1_8", "0_4", "1_1"], ["0_3", "1_5", "0_8", "1_6", "0_8", "1_4", "0_9", "1_7", "0_4", "1_8", "0_4", "1_1", "0_2"], ["0_3", "1_5", "0_8", "1_6", "0_8", "1_4", "0_9", "1_7", "0_4", "1_8", "0_4", "1_1", "0_2", "1_1"], ["0_3", "1_5", "0_8", "1_6", "0_8", "1_4", "0_9", "1_7", "0_4", "1_8", "0_4", "1_1", "0_2", "1_1", "0_5"], ["0_3", "1_5", "0_8", "1_6", "0_8", "1_4", "0_9", "1_7", "0_4", "1_8", "0_4", "1_1", "0_2", "1_1", "0_5", "1_2"]]}, "config": {"num_divisions": 17, "string": "0001111100000000111111000000001111000000000111111100001111111100001001000001100000000"}, "task_name": "task07", "example_name": "0152", "problem_name": "task07_0152"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111110000000110001111111100011111100000011111100111111011110000010000001", "label": {"final": ["1_7", "0_7", "1_2", "0_3", "1_8", "0_3", "1_6", "0_6", "1_6", "0_2", "1_6", "0_1", "1_4", "0_5", "1_1", "0_6", "1_1"], "init": "", "intermediate": [["1_7"], ["1_7", "0_7"], ["1_7", "0_7", "1_2"], ["1_7", "0_7", "1_2", "0_3"], ["1_7", "0_7", "1_2", "0_3", "1_8"], ["1_7", "0_7", "1_2", "0_3", "1_8", "0_3"], ["1_7", "0_7", "1_2", "0_3", "1_8", "0_3", "1_6"], ["1_7", "0_7", "1_2", "0_3", "1_8", "0_3", "1_6", "0_6"], ["1_7", "0_7", "1_2", "0_3", "1_8", "0_3", "1_6", "0_6", "1_6"], ["1_7", "0_7", "1_2", "0_3", "1_8", "0_3", "1_6", "0_6", "1_6", "0_2"], ["1_7", "0_7", "1_2", "0_3", "1_8", "0_3", "1_6", "0_6", "1_6", "0_2", "1_6"], ["1_7", "0_7", "1_2", "0_3", "1_8", "0_3", "1_6", "0_6", "1_6", "0_2", "1_6", "0_1"], ["1_7", "0_7", "1_2", "0_3", "1_8", "0_3", "1_6", "0_6", "1_6", "0_2", "1_6", "0_1", "1_4"], ["1_7", "0_7", "1_2", "0_3", "1_8", "0_3", "1_6", "0_6", "1_6", "0_2", "1_6", "0_1", "1_4", "0_5"], ["1_7", "0_7", "1_2", "0_3", "1_8", "0_3", "1_6", "0_6", "1_6", "0_2", "1_6", "0_1", "1_4", "0_5", "1_1"], ["1_7", "0_7", "1_2", "0_3", "1_8", "0_3", "1_6", "0_6", "1_6", "0_2", "1_6", "0_1", "1_4", "0_5", "1_1", "0_6"]]}, "config": {"num_divisions": 17, "string": "11111110000000110001111111100011111100000011111100111111011110000010000001"}, "task_name": "task07", "example_name": "0153", "problem_name": "task07_0153"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00000011000000000111111000111111100011111111100000000100000001111111000010000001111000000000", "label": {"final": ["0_6", "1_2", "0_9", "1_6", "0_3", "1_7", "0_3", "1_9", "0_8", "1_1", "0_7", "1_7", "0_4", "1_1", "0_6", "1_4", "0_9"], "init": "", "intermediate": [["0_6"], ["0_6", "1_2"], ["0_6", "1_2", "0_9"], ["0_6", "1_2", "0_9", "1_6"], ["0_6", "1_2", "0_9", "1_6", "0_3"], ["0_6", "1_2", "0_9", "1_6", "0_3", "1_7"], ["0_6", "1_2", "0_9", "1_6", "0_3", "1_7", "0_3"], ["0_6", "1_2", "0_9", "1_6", "0_3", "1_7", "0_3", "1_9"], ["0_6", "1_2", "0_9", "1_6", "0_3", "1_7", "0_3", "1_9", "0_8"], ["0_6", "1_2", "0_9", "1_6", "0_3", "1_7", "0_3", "1_9", "0_8", "1_1"], ["0_6", "1_2", "0_9", "1_6", "0_3", "1_7", "0_3", "1_9", "0_8", "1_1", "0_7"], ["0_6", "1_2", "0_9", "1_6", "0_3", "1_7", "0_3", "1_9", "0_8", "1_1", "0_7", "1_7"], ["0_6", "1_2", "0_9", "1_6", "0_3", "1_7", "0_3", "1_9", "0_8", "1_1", "0_7", "1_7", "0_4"], ["0_6", "1_2", "0_9", "1_6", "0_3", "1_7", "0_3", "1_9", "0_8", "1_1", "0_7", "1_7", "0_4", "1_1"], ["0_6", "1_2", "0_9", "1_6", "0_3", "1_7", "0_3", "1_9", "0_8", "1_1", "0_7", "1_7", "0_4", "1_1", "0_6"], ["0_6", "1_2", "0_9", "1_6", "0_3", "1_7", "0_3", "1_9", "0_8", "1_1", "0_7", "1_7", "0_4", "1_1", "0_6", "1_4"]]}, "config": {"num_divisions": 17, "string": "00000011000000000111111000111111100011111111100000000100000001111111000010000001111000000000"}, "task_name": "task07", "example_name": "0154", "problem_name": "task07_0154"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111110011111011111000111111100000100000001111111100000111000011111111100111111", "label": {"final": ["1_5", "0_2", "1_5", "0_1", "1_5", "0_3", "1_7", "0_5", "1_1", "0_7", "1_8", "0_5", "1_3", "0_4", "1_9", "0_2", "1_6"], "init": "", "intermediate": [["1_5"], ["1_5", "0_2"], ["1_5", "0_2", "1_5"], ["1_5", "0_2", "1_5", "0_1"], ["1_5", "0_2", "1_5", "0_1", "1_5"], ["1_5", "0_2", "1_5", "0_1", "1_5", "0_3"], ["1_5", "0_2", "1_5", "0_1", "1_5", "0_3", "1_7"], ["1_5", "0_2", "1_5", "0_1", "1_5", "0_3", "1_7", "0_5"], ["1_5", "0_2", "1_5", "0_1", "1_5", "0_3", "1_7", "0_5", "1_1"], ["1_5", "0_2", "1_5", "0_1", "1_5", "0_3", "1_7", "0_5", "1_1", "0_7"], ["1_5", "0_2", "1_5", "0_1", "1_5", "0_3", "1_7", "0_5", "1_1", "0_7", "1_8"], ["1_5", "0_2", "1_5", "0_1", "1_5", "0_3", "1_7", "0_5", "1_1", "0_7", "1_8", "0_5"], ["1_5", "0_2", "1_5", "0_1", "1_5", "0_3", "1_7", "0_5", "1_1", "0_7", "1_8", "0_5", "1_3"], ["1_5", "0_2", "1_5", "0_1", "1_5", "0_3", "1_7", "0_5", "1_1", "0_7", "1_8", "0_5", "1_3", "0_4"], ["1_5", "0_2", "1_5", "0_1", "1_5", "0_3", "1_7", "0_5", "1_1", "0_7", "1_8", "0_5", "1_3", "0_4", "1_9"], ["1_5", "0_2", "1_5", "0_1", "1_5", "0_3", "1_7", "0_5", "1_1", "0_7", "1_8", "0_5", "1_3", "0_4", "1_9", "0_2"]]}, "config": {"num_divisions": 17, "string": "111110011111011111000111111100000100000001111111100000111000011111111100111111"}, "task_name": "task07", "example_name": "0155", "problem_name": "task07_0155"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00001111100000111111110000111110000000001011100000001110000111111000000000111111000", "label": {"final": ["0_4", "1_5", "0_5", "1_8", "0_4", "1_5", "0_9", "1_1", "0_1", "1_3", "0_7", "1_3", "0_4", "1_6", "0_9", "1_6", "0_3"], "init": "", "intermediate": [["0_4"], ["0_4", "1_5"], ["0_4", "1_5", "0_5"], ["0_4", "1_5", "0_5", "1_8"], ["0_4", "1_5", "0_5", "1_8", "0_4"], ["0_4", "1_5", "0_5", "1_8", "0_4", "1_5"], ["0_4", "1_5", "0_5", "1_8", "0_4", "1_5", "0_9"], ["0_4", "1_5", "0_5", "1_8", "0_4", "1_5", "0_9", "1_1"], ["0_4", "1_5", "0_5", "1_8", "0_4", "1_5", "0_9", "1_1", "0_1"], ["0_4", "1_5", "0_5", "1_8", "0_4", "1_5", "0_9", "1_1", "0_1", "1_3"], ["0_4", "1_5", "0_5", "1_8", "0_4", "1_5", "0_9", "1_1", "0_1", "1_3", "0_7"], ["0_4", "1_5", "0_5", "1_8", "0_4", "1_5", "0_9", "1_1", "0_1", "1_3", "0_7", "1_3"], ["0_4", "1_5", "0_5", "1_8", "0_4", "1_5", "0_9", "1_1", "0_1", "1_3", "0_7", "1_3", "0_4"], ["0_4", "1_5", "0_5", "1_8", "0_4", "1_5", "0_9", "1_1", "0_1", "1_3", "0_7", "1_3", "0_4", "1_6"], ["0_4", "1_5", "0_5", "1_8", "0_4", "1_5", "0_9", "1_1", "0_1", "1_3", "0_7", "1_3", "0_4", "1_6", "0_9"], ["0_4", "1_5", "0_5", "1_8", "0_4", "1_5", "0_9", "1_1", "0_1", "1_3", "0_7", "1_3", "0_4", "1_6", "0_9", "1_6"]]}, "config": {"num_divisions": 17, "string": "00001111100000111111110000111110000000001011100000001110000111111000000000111111000"}, "task_name": "task07", "example_name": "0156", "problem_name": "task07_0156"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111111001001111100000000111100011110000111100000001111001100111111111", "label": {"final": ["1_9", "0_2", "1_1", "0_2", "1_5", "0_8", "1_4", "0_3", "1_4", "0_4", "1_4", "0_7", "1_4", "0_2", "1_2", "0_2", "1_9"], "init": "", "intermediate": [["1_9"], ["1_9", "0_2"], ["1_9", "0_2", "1_1"], ["1_9", "0_2", "1_1", "0_2"], ["1_9", "0_2", "1_1", "0_2", "1_5"], ["1_9", "0_2", "1_1", "0_2", "1_5", "0_8"], ["1_9", "0_2", "1_1", "0_2", "1_5", "0_8", "1_4"], ["1_9", "0_2", "1_1", "0_2", "1_5", "0_8", "1_4", "0_3"], ["1_9", "0_2", "1_1", "0_2", "1_5", "0_8", "1_4", "0_3", "1_4"], ["1_9", "0_2", "1_1", "0_2", "1_5", "0_8", "1_4", "0_3", "1_4", "0_4"], ["1_9", "0_2", "1_1", "0_2", "1_5", "0_8", "1_4", "0_3", "1_4", "0_4", "1_4"], ["1_9", "0_2", "1_1", "0_2", "1_5", "0_8", "1_4", "0_3", "1_4", "0_4", "1_4", "0_7"], ["1_9", "0_2", "1_1", "0_2", "1_5", "0_8", "1_4", "0_3", "1_4", "0_4", "1_4", "0_7", "1_4"], ["1_9", "0_2", "1_1", "0_2", "1_5", "0_8", "1_4", "0_3", "1_4", "0_4", "1_4", "0_7", "1_4", "0_2"], ["1_9", "0_2", "1_1", "0_2", "1_5", "0_8", "1_4", "0_3", "1_4", "0_4", "1_4", "0_7", "1_4", "0_2", "1_2"], ["1_9", "0_2", "1_1", "0_2", "1_5", "0_8", "1_4", "0_3", "1_4", "0_4", "1_4", "0_7", "1_4", "0_2", "1_2", "0_2"]]}, "config": {"num_divisions": 17, "string": "111111111001001111100000000111100011110000111100000001111001100111111111"}, "task_name": "task07", "example_name": "0157", "problem_name": "task07_0157"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00111100000011111110000001111000111111110111011000000001111111000011111111000000000", "label": {"final": ["0_2", "1_4", "0_6", "1_7", "0_6", "1_4", "0_3", "1_8", "0_1", "1_3", "0_1", "1_2", "0_8", "1_7", "0_4", "1_8", "0_9"], "init": "", "intermediate": [["0_2"], ["0_2", "1_4"], ["0_2", "1_4", "0_6"], ["0_2", "1_4", "0_6", "1_7"], ["0_2", "1_4", "0_6", "1_7", "0_6"], ["0_2", "1_4", "0_6", "1_7", "0_6", "1_4"], ["0_2", "1_4", "0_6", "1_7", "0_6", "1_4", "0_3"], ["0_2", "1_4", "0_6", "1_7", "0_6", "1_4", "0_3", "1_8"], ["0_2", "1_4", "0_6", "1_7", "0_6", "1_4", "0_3", "1_8", "0_1"], ["0_2", "1_4", "0_6", "1_7", "0_6", "1_4", "0_3", "1_8", "0_1", "1_3"], ["0_2", "1_4", "0_6", "1_7", "0_6", "1_4", "0_3", "1_8", "0_1", "1_3", "0_1"], ["0_2", "1_4", "0_6", "1_7", "0_6", "1_4", "0_3", "1_8", "0_1", "1_3", "0_1", "1_2"], ["0_2", "1_4", "0_6", "1_7", "0_6", "1_4", "0_3", "1_8", "0_1", "1_3", "0_1", "1_2", "0_8"], ["0_2", "1_4", "0_6", "1_7", "0_6", "1_4", "0_3", "1_8", "0_1", "1_3", "0_1", "1_2", "0_8", "1_7"], ["0_2", "1_4", "0_6", "1_7", "0_6", "1_4", "0_3", "1_8", "0_1", "1_3", "0_1", "1_2", "0_8", "1_7", "0_4"], ["0_2", "1_4", "0_6", "1_7", "0_6", "1_4", "0_3", "1_8", "0_1", "1_3", "0_1", "1_2", "0_8", "1_7", "0_4", "1_8"]]}, "config": {"num_divisions": 17, "string": "00111100000011111110000001111000111111110111011000000001111111000011111111000000000"}, "task_name": "task07", "example_name": "0158", "problem_name": "task07_0158"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111110000001111000001100111100011111111000001111100110111111101111111", "label": {"final": ["1_8", "0_6", "1_4", "0_5", "1_2", "0_2", "1_4", "0_3", "1_8", "0_5", "1_5", "0_2", "1_2", "0_1", "1_7", "0_1", "1_7"], "init": "", "intermediate": [["1_8"], ["1_8", "0_6"], ["1_8", "0_6", "1_4"], ["1_8", "0_6", "1_4", "0_5"], ["1_8", "0_6", "1_4", "0_5", "1_2"], ["1_8", "0_6", "1_4", "0_5", "1_2", "0_2"], ["1_8", "0_6", "1_4", "0_5", "1_2", "0_2", "1_4"], ["1_8", "0_6", "1_4", "0_5", "1_2", "0_2", "1_4", "0_3"], ["1_8", "0_6", "1_4", "0_5", "1_2", "0_2", "1_4", "0_3", "1_8"], ["1_8", "0_6", "1_4", "0_5", "1_2", "0_2", "1_4", "0_3", "1_8", "0_5"], ["1_8", "0_6", "1_4", "0_5", "1_2", "0_2", "1_4", "0_3", "1_8", "0_5", "1_5"], ["1_8", "0_6", "1_4", "0_5", "1_2", "0_2", "1_4", "0_3", "1_8", "0_5", "1_5", "0_2"], ["1_8", "0_6", "1_4", "0_5", "1_2", "0_2", "1_4", "0_3", "1_8", "0_5", "1_5", "0_2", "1_2"], ["1_8", "0_6", "1_4", "0_5", "1_2", "0_2", "1_4", "0_3", "1_8", "0_5", "1_5", "0_2", "1_2", "0_1"], ["1_8", "0_6", "1_4", "0_5", "1_2", "0_2", "1_4", "0_3", "1_8", "0_5", "1_5", "0_2", "1_2", "0_1", "1_7"], ["1_8", "0_6", "1_4", "0_5", "1_2", "0_2", "1_4", "0_3", "1_8", "0_5", "1_5", "0_2", "1_2", "0_1", "1_7", "0_1"]]}, "config": {"num_divisions": 17, "string": "111111110000001111000001100111100011111111000001111100110111111101111111"}, "task_name": "task07", "example_name": "0159", "problem_name": "task07_0159"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111111000000001111111110001000001111000000110111100001111111110011111000000001000000000", "label": {"final": ["1_9", "0_8", "1_9", "0_3", "1_1", "0_5", "1_4", "0_6", "1_2", "0_1", "1_4", "0_4", "1_9", "0_2", "1_5", "0_8", "1_1", "0_9"], "init": "", "intermediate": [["1_9"], ["1_9", "0_8"], ["1_9", "0_8", "1_9"], ["1_9", "0_8", "1_9", "0_3"], ["1_9", "0_8", "1_9", "0_3", "1_1"], ["1_9", "0_8", "1_9", "0_3", "1_1", "0_5"], ["1_9", "0_8", "1_9", "0_3", "1_1", "0_5", "1_4"], ["1_9", "0_8", "1_9", "0_3", "1_1", "0_5", "1_4", "0_6"], ["1_9", "0_8", "1_9", "0_3", "1_1", "0_5", "1_4", "0_6", "1_2"], ["1_9", "0_8", "1_9", "0_3", "1_1", "0_5", "1_4", "0_6", "1_2", "0_1"], ["1_9", "0_8", "1_9", "0_3", "1_1", "0_5", "1_4", "0_6", "1_2", "0_1", "1_4"], ["1_9", "0_8", "1_9", "0_3", "1_1", "0_5", "1_4", "0_6", "1_2", "0_1", "1_4", "0_4"], ["1_9", "0_8", "1_9", "0_3", "1_1", "0_5", "1_4", "0_6", "1_2", "0_1", "1_4", "0_4", "1_9"], ["1_9", "0_8", "1_9", "0_3", "1_1", "0_5", "1_4", "0_6", "1_2", "0_1", "1_4", "0_4", "1_9", "0_2"], ["1_9", "0_8", "1_9", "0_3", "1_1", "0_5", "1_4", "0_6", "1_2", "0_1", "1_4", "0_4", "1_9", "0_2", "1_5"], ["1_9", "0_8", "1_9", "0_3", "1_1", "0_5", "1_4", "0_6", "1_2", "0_1", "1_4", "0_4", "1_9", "0_2", "1_5", "0_8"], ["1_9", "0_8", "1_9", "0_3", "1_1", "0_5", "1_4", "0_6", "1_2", "0_1", "1_4", "0_4", "1_9", "0_2", "1_5", "0_8", "1_1"]]}, "config": {"num_divisions": 18, "string": "111111111000000001111111110001000001111000000110111100001111111110011111000000001000000000"}, "task_name": "task07", "example_name": "0160", "problem_name": "task07_0160"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111110000000011000011111100001000000001111110000011110000000001111000000011000000001100000000", "label": {"final": ["1_6", "0_8", "1_2", "0_4", "1_6", "0_4", "1_1", "0_8", "1_6", "0_5", "1_4", "0_9", "1_4", "0_7", "1_2", "0_8", "1_2", "0_8"], "init": "", "intermediate": [["1_6"], ["1_6", "0_8"], ["1_6", "0_8", "1_2"], ["1_6", "0_8", "1_2", "0_4"], ["1_6", "0_8", "1_2", "0_4", "1_6"], ["1_6", "0_8", "1_2", "0_4", "1_6", "0_4"], ["1_6", "0_8", "1_2", "0_4", "1_6", "0_4", "1_1"], ["1_6", "0_8", "1_2", "0_4", "1_6", "0_4", "1_1", "0_8"], ["1_6", "0_8", "1_2", "0_4", "1_6", "0_4", "1_1", "0_8", "1_6"], ["1_6", "0_8", "1_2", "0_4", "1_6", "0_4", "1_1", "0_8", "1_6", "0_5"], ["1_6", "0_8", "1_2", "0_4", "1_6", "0_4", "1_1", "0_8", "1_6", "0_5", "1_4"], ["1_6", "0_8", "1_2", "0_4", "1_6", "0_4", "1_1", "0_8", "1_6", "0_5", "1_4", "0_9"], ["1_6", "0_8", "1_2", "0_4", "1_6", "0_4", "1_1", "0_8", "1_6", "0_5", "1_4", "0_9", "1_4"], ["1_6", "0_8", "1_2", "0_4", "1_6", "0_4", "1_1", "0_8", "1_6", "0_5", "1_4", "0_9", "1_4", "0_7"], ["1_6", "0_8", "1_2", "0_4", "1_6", "0_4", "1_1", "0_8", "1_6", "0_5", "1_4", "0_9", "1_4", "0_7", "1_2"], ["1_6", "0_8", "1_2", "0_4", "1_6", "0_4", "1_1", "0_8", "1_6", "0_5", "1_4", "0_9", "1_4", "0_7", "1_2", "0_8"], ["1_6", "0_8", "1_2", "0_4", "1_6", "0_4", "1_1", "0_8", "1_6", "0_5", "1_4", "0_9", "1_4", "0_7", "1_2", "0_8", "1_2"]]}, "config": {"num_divisions": 18, "string": "1111110000000011000011111100001000000001111110000011110000000001111000000011000000001100000000"}, "task_name": "task07", "example_name": "0161", "problem_name": "task07_0161"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000000001110000000111101111111100001111100000011111100001111110011111111000000001111111001111", "label": {"final": ["0_9", "1_3", "0_7", "1_4", "0_1", "1_8", "0_4", "1_5", "0_6", "1_6", "0_4", "1_6", "0_2", "1_8", "0_8", "1_7", "0_2", "1_4"], "init": "", "intermediate": [["0_9"], ["0_9", "1_3"], ["0_9", "1_3", "0_7"], ["0_9", "1_3", "0_7", "1_4"], ["0_9", "1_3", "0_7", "1_4", "0_1"], ["0_9", "1_3", "0_7", "1_4", "0_1", "1_8"], ["0_9", "1_3", "0_7", "1_4", "0_1", "1_8", "0_4"], ["0_9", "1_3", "0_7", "1_4", "0_1", "1_8", "0_4", "1_5"], ["0_9", "1_3", "0_7", "1_4", "0_1", "1_8", "0_4", "1_5", "0_6"], ["0_9", "1_3", "0_7", "1_4", "0_1", "1_8", "0_4", "1_5", "0_6", "1_6"], ["0_9", "1_3", "0_7", "1_4", "0_1", "1_8", "0_4", "1_5", "0_6", "1_6", "0_4"], ["0_9", "1_3", "0_7", "1_4", "0_1", "1_8", "0_4", "1_5", "0_6", "1_6", "0_4", "1_6"], ["0_9", "1_3", "0_7", "1_4", "0_1", "1_8", "0_4", "1_5", "0_6", "1_6", "0_4", "1_6", "0_2"], ["0_9", "1_3", "0_7", "1_4", "0_1", "1_8", "0_4", "1_5", "0_6", "1_6", "0_4", "1_6", "0_2", "1_8"], ["0_9", "1_3", "0_7", "1_4", "0_1", "1_8", "0_4", "1_5", "0_6", "1_6", "0_4", "1_6", "0_2", "1_8", "0_8"], ["0_9", "1_3", "0_7", "1_4", "0_1", "1_8", "0_4", "1_5", "0_6", "1_6", "0_4", "1_6", "0_2", "1_8", "0_8", "1_7"], ["0_9", "1_3", "0_7", "1_4", "0_1", "1_8", "0_4", "1_5", "0_6", "1_6", "0_4", "1_6", "0_2", "1_8", "0_8", "1_7", "0_2"]]}, "config": {"num_divisions": 18, "string": "0000000001110000000111101111111100001111100000011111100001111110011111111000000001111111001111"}, "task_name": "task07", "example_name": "0162", "problem_name": "task07_0162"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00000001111111110000000011111111100000000111111000000111000000111111100000001110000011111000000001111111000000111", "label": {"final": ["0_7", "1_9", "0_8", "1_9", "0_8", "1_6", "0_6", "1_3", "0_6", "1_7", "0_7", "1_3", "0_5", "1_5", "0_8", "1_7", "0_6", "1_3"], "init": "", "intermediate": [["0_7"], ["0_7", "1_9"], ["0_7", "1_9", "0_8"], ["0_7", "1_9", "0_8", "1_9"], ["0_7", "1_9", "0_8", "1_9", "0_8"], ["0_7", "1_9", "0_8", "1_9", "0_8", "1_6"], ["0_7", "1_9", "0_8", "1_9", "0_8", "1_6", "0_6"], ["0_7", "1_9", "0_8", "1_9", "0_8", "1_6", "0_6", "1_3"], ["0_7", "1_9", "0_8", "1_9", "0_8", "1_6", "0_6", "1_3", "0_6"], ["0_7", "1_9", "0_8", "1_9", "0_8", "1_6", "0_6", "1_3", "0_6", "1_7"], ["0_7", "1_9", "0_8", "1_9", "0_8", "1_6", "0_6", "1_3", "0_6", "1_7", "0_7"], ["0_7", "1_9", "0_8", "1_9", "0_8", "1_6", "0_6", "1_3", "0_6", "1_7", "0_7", "1_3"], ["0_7", "1_9", "0_8", "1_9", "0_8", "1_6", "0_6", "1_3", "0_6", "1_7", "0_7", "1_3", "0_5"], ["0_7", "1_9", "0_8", "1_9", "0_8", "1_6", "0_6", "1_3", "0_6", "1_7", "0_7", "1_3", "0_5", "1_5"], ["0_7", "1_9", "0_8", "1_9", "0_8", "1_6", "0_6", "1_3", "0_6", "1_7", "0_7", "1_3", "0_5", "1_5", "0_8"], ["0_7", "1_9", "0_8", "1_9", "0_8", "1_6", "0_6", "1_3", "0_6", "1_7", "0_7", "1_3", "0_5", "1_5", "0_8", "1_7"], ["0_7", "1_9", "0_8", "1_9", "0_8", "1_6", "0_6", "1_3", "0_6", "1_7", "0_7", "1_3", "0_5", "1_5", "0_8", "1_7", "0_6"]]}, "config": {"num_divisions": 18, "string": "00000001111111110000000011111111100000000111111000000111000000111111100000001110000011111000000001111111000000111"}, "task_name": "task07", "example_name": "0163", "problem_name": "task07_0163"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111100000001111111100000001100000000111110111111110001000001000000111111111000000111110", "label": {"final": ["1_5", "0_7", "1_8", "0_7", "1_2", "0_8", "1_5", "0_1", "1_8", "0_3", "1_1", "0_5", "1_1", "0_6", "1_9", "0_6", "1_5", "0_1"], "init": "", "intermediate": [["1_5"], ["1_5", "0_7"], ["1_5", "0_7", "1_8"], ["1_5", "0_7", "1_8", "0_7"], ["1_5", "0_7", "1_8", "0_7", "1_2"], ["1_5", "0_7", "1_8", "0_7", "1_2", "0_8"], ["1_5", "0_7", "1_8", "0_7", "1_2", "0_8", "1_5"], ["1_5", "0_7", "1_8", "0_7", "1_2", "0_8", "1_5", "0_1"], ["1_5", "0_7", "1_8", "0_7", "1_2", "0_8", "1_5", "0_1", "1_8"], ["1_5", "0_7", "1_8", "0_7", "1_2", "0_8", "1_5", "0_1", "1_8", "0_3"], ["1_5", "0_7", "1_8", "0_7", "1_2", "0_8", "1_5", "0_1", "1_8", "0_3", "1_1"], ["1_5", "0_7", "1_8", "0_7", "1_2", "0_8", "1_5", "0_1", "1_8", "0_3", "1_1", "0_5"], ["1_5", "0_7", "1_8", "0_7", "1_2", "0_8", "1_5", "0_1", "1_8", "0_3", "1_1", "0_5", "1_1"], ["1_5", "0_7", "1_8", "0_7", "1_2", "0_8", "1_5", "0_1", "1_8", "0_3", "1_1", "0_5", "1_1", "0_6"], ["1_5", "0_7", "1_8", "0_7", "1_2", "0_8", "1_5", "0_1", "1_8", "0_3", "1_1", "0_5", "1_1", "0_6", "1_9"], ["1_5", "0_7", "1_8", "0_7", "1_2", "0_8", "1_5", "0_1", "1_8", "0_3", "1_1", "0_5", "1_1", "0_6", "1_9", "0_6"], ["1_5", "0_7", "1_8", "0_7", "1_2", "0_8", "1_5", "0_1", "1_8", "0_3", "1_1", "0_5", "1_1", "0_6", "1_9", "0_6", "1_5"]]}, "config": {"num_divisions": 18, "string": "1111100000001111111100000001100000000111110111111110001000001000000111111111000000111110"}, "task_name": "task07", "example_name": "0164", "problem_name": "task07_0164"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00010011100000011111111000000100000000111000000001101100000000011111111000111", "label": {"final": ["0_3", "1_1", "0_2", "1_3", "0_6", "1_8", "0_6", "1_1", "0_8", "1_3", "0_8", "1_2", "0_1", "1_2", "0_9", "1_8", "0_3", "1_3"], "init": "", "intermediate": [["0_3"], ["0_3", "1_1"], ["0_3", "1_1", "0_2"], ["0_3", "1_1", "0_2", "1_3"], ["0_3", "1_1", "0_2", "1_3", "0_6"], ["0_3", "1_1", "0_2", "1_3", "0_6", "1_8"], ["0_3", "1_1", "0_2", "1_3", "0_6", "1_8", "0_6"], ["0_3", "1_1", "0_2", "1_3", "0_6", "1_8", "0_6", "1_1"], ["0_3", "1_1", "0_2", "1_3", "0_6", "1_8", "0_6", "1_1", "0_8"], ["0_3", "1_1", "0_2", "1_3", "0_6", "1_8", "0_6", "1_1", "0_8", "1_3"], ["0_3", "1_1", "0_2", "1_3", "0_6", "1_8", "0_6", "1_1", "0_8", "1_3", "0_8"], ["0_3", "1_1", "0_2", "1_3", "0_6", "1_8", "0_6", "1_1", "0_8", "1_3", "0_8", "1_2"], ["0_3", "1_1", "0_2", "1_3", "0_6", "1_8", "0_6", "1_1", "0_8", "1_3", "0_8", "1_2", "0_1"], ["0_3", "1_1", "0_2", "1_3", "0_6", "1_8", "0_6", "1_1", "0_8", "1_3", "0_8", "1_2", "0_1", "1_2"], ["0_3", "1_1", "0_2", "1_3", "0_6", "1_8", "0_6", "1_1", "0_8", "1_3", "0_8", "1_2", "0_1", "1_2", "0_9"], ["0_3", "1_1", "0_2", "1_3", "0_6", "1_8", "0_6", "1_1", "0_8", "1_3", "0_8", "1_2", "0_1", "1_2", "0_9", "1_8"], ["0_3", "1_1", "0_2", "1_3", "0_6", "1_8", "0_6", "1_1", "0_8", "1_3", "0_8", "1_2", "0_1", "1_2", "0_9", "1_8", "0_3"]]}, "config": {"num_divisions": 18, "string": "00010011100000011111111000000100000000111000000001101100000000011111111000111"}, "task_name": "task07", "example_name": "0165", "problem_name": "task07_0165"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000111111000011111100000111000000111111111000000111100000001100000010000111100000111111111", "label": {"final": ["0_3", "1_6", "0_4", "1_6", "0_5", "1_3", "0_6", "1_9", "0_6", "1_4", "0_7", "1_2", "0_6", "1_1", "0_4", "1_4", "0_5", "1_9"], "init": "", "intermediate": [["0_3"], ["0_3", "1_6"], ["0_3", "1_6", "0_4"], ["0_3", "1_6", "0_4", "1_6"], ["0_3", "1_6", "0_4", "1_6", "0_5"], ["0_3", "1_6", "0_4", "1_6", "0_5", "1_3"], ["0_3", "1_6", "0_4", "1_6", "0_5", "1_3", "0_6"], ["0_3", "1_6", "0_4", "1_6", "0_5", "1_3", "0_6", "1_9"], ["0_3", "1_6", "0_4", "1_6", "0_5", "1_3", "0_6", "1_9", "0_6"], ["0_3", "1_6", "0_4", "1_6", "0_5", "1_3", "0_6", "1_9", "0_6", "1_4"], ["0_3", "1_6", "0_4", "1_6", "0_5", "1_3", "0_6", "1_9", "0_6", "1_4", "0_7"], ["0_3", "1_6", "0_4", "1_6", "0_5", "1_3", "0_6", "1_9", "0_6", "1_4", "0_7", "1_2"], ["0_3", "1_6", "0_4", "1_6", "0_5", "1_3", "0_6", "1_9", "0_6", "1_4", "0_7", "1_2", "0_6"], ["0_3", "1_6", "0_4", "1_6", "0_5", "1_3", "0_6", "1_9", "0_6", "1_4", "0_7", "1_2", "0_6", "1_1"], ["0_3", "1_6", "0_4", "1_6", "0_5", "1_3", "0_6", "1_9", "0_6", "1_4", "0_7", "1_2", "0_6", "1_1", "0_4"], ["0_3", "1_6", "0_4", "1_6", "0_5", "1_3", "0_6", "1_9", "0_6", "1_4", "0_7", "1_2", "0_6", "1_1", "0_4", "1_4"], ["0_3", "1_6", "0_4", "1_6", "0_5", "1_3", "0_6", "1_9", "0_6", "1_4", "0_7", "1_2", "0_6", "1_1", "0_4", "1_4", "0_5"]]}, "config": {"num_divisions": 18, "string": "000111111000011111100000111000000111111111000000111100000001100000010000111100000111111111"}, "task_name": "task07", "example_name": "0166", "problem_name": "task07_0166"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111000111000000000111111110001111111110011111000011110001111111001111111110111111100000000", "label": {"final": ["1_5", "0_3", "1_3", "0_9", "1_8", "0_3", "1_9", "0_2", "1_5", "0_4", "1_4", "0_3", "1_7", "0_2", "1_9", "0_1", "1_7", "0_8"], "init": "", "intermediate": [["1_5"], ["1_5", "0_3"], ["1_5", "0_3", "1_3"], ["1_5", "0_3", "1_3", "0_9"], ["1_5", "0_3", "1_3", "0_9", "1_8"], ["1_5", "0_3", "1_3", "0_9", "1_8", "0_3"], ["1_5", "0_3", "1_3", "0_9", "1_8", "0_3", "1_9"], ["1_5", "0_3", "1_3", "0_9", "1_8", "0_3", "1_9", "0_2"], ["1_5", "0_3", "1_3", "0_9", "1_8", "0_3", "1_9", "0_2", "1_5"], ["1_5", "0_3", "1_3", "0_9", "1_8", "0_3", "1_9", "0_2", "1_5", "0_4"], ["1_5", "0_3", "1_3", "0_9", "1_8", "0_3", "1_9", "0_2", "1_5", "0_4", "1_4"], ["1_5", "0_3", "1_3", "0_9", "1_8", "0_3", "1_9", "0_2", "1_5", "0_4", "1_4", "0_3"], ["1_5", "0_3", "1_3", "0_9", "1_8", "0_3", "1_9", "0_2", "1_5", "0_4", "1_4", "0_3", "1_7"], ["1_5", "0_3", "1_3", "0_9", "1_8", "0_3", "1_9", "0_2", "1_5", "0_4", "1_4", "0_3", "1_7", "0_2"], ["1_5", "0_3", "1_3", "0_9", "1_8", "0_3", "1_9", "0_2", "1_5", "0_4", "1_4", "0_3", "1_7", "0_2", "1_9"], ["1_5", "0_3", "1_3", "0_9", "1_8", "0_3", "1_9", "0_2", "1_5", "0_4", "1_4", "0_3", "1_7", "0_2", "1_9", "0_1"], ["1_5", "0_3", "1_3", "0_9", "1_8", "0_3", "1_9", "0_2", "1_5", "0_4", "1_4", "0_3", "1_7", "0_2", "1_9", "0_1", "1_7"]]}, "config": {"num_divisions": 18, "string": "11111000111000000000111111110001111111110011111000011110001111111001111111110111111100000000"}, "task_name": "task07", "example_name": "0167", "problem_name": "task07_0167"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1110000001111100011000111000000010000000111000011110011111111000000111110000000", "label": {"final": ["1_3", "0_6", "1_5", "0_3", "1_2", "0_3", "1_3", "0_7", "1_1", "0_7", "1_3", "0_4", "1_4", "0_2", "1_8", "0_6", "1_5", "0_7"], "init": "", "intermediate": [["1_3"], ["1_3", "0_6"], ["1_3", "0_6", "1_5"], ["1_3", "0_6", "1_5", "0_3"], ["1_3", "0_6", "1_5", "0_3", "1_2"], ["1_3", "0_6", "1_5", "0_3", "1_2", "0_3"], ["1_3", "0_6", "1_5", "0_3", "1_2", "0_3", "1_3"], ["1_3", "0_6", "1_5", "0_3", "1_2", "0_3", "1_3", "0_7"], ["1_3", "0_6", "1_5", "0_3", "1_2", "0_3", "1_3", "0_7", "1_1"], ["1_3", "0_6", "1_5", "0_3", "1_2", "0_3", "1_3", "0_7", "1_1", "0_7"], ["1_3", "0_6", "1_5", "0_3", "1_2", "0_3", "1_3", "0_7", "1_1", "0_7", "1_3"], ["1_3", "0_6", "1_5", "0_3", "1_2", "0_3", "1_3", "0_7", "1_1", "0_7", "1_3", "0_4"], ["1_3", "0_6", "1_5", "0_3", "1_2", "0_3", "1_3", "0_7", "1_1", "0_7", "1_3", "0_4", "1_4"], ["1_3", "0_6", "1_5", "0_3", "1_2", "0_3", "1_3", "0_7", "1_1", "0_7", "1_3", "0_4", "1_4", "0_2"], ["1_3", "0_6", "1_5", "0_3", "1_2", "0_3", "1_3", "0_7", "1_1", "0_7", "1_3", "0_4", "1_4", "0_2", "1_8"], ["1_3", "0_6", "1_5", "0_3", "1_2", "0_3", "1_3", "0_7", "1_1", "0_7", "1_3", "0_4", "1_4", "0_2", "1_8", "0_6"], ["1_3", "0_6", "1_5", "0_3", "1_2", "0_3", "1_3", "0_7", "1_1", "0_7", "1_3", "0_4", "1_4", "0_2", "1_8", "0_6", "1_5"]]}, "config": {"num_divisions": 18, "string": "1110000001111100011000111000000010000000111000011110011111111000000111110000000"}, "task_name": "task07", "example_name": "0168", "problem_name": "task07_0168"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111111100000111111111000000001111101110000011111110000000011100000001100011111100000001111000000", "label": {"final": ["1_9", "0_5", "1_9", "0_8", "1_5", "0_1", "1_3", "0_5", "1_7", "0_8", "1_3", "0_7", "1_2", "0_3", "1_6", "0_7", "1_4", "0_6"], "init": "", "intermediate": [["1_9"], ["1_9", "0_5"], ["1_9", "0_5", "1_9"], ["1_9", "0_5", "1_9", "0_8"], ["1_9", "0_5", "1_9", "0_8", "1_5"], ["1_9", "0_5", "1_9", "0_8", "1_5", "0_1"], ["1_9", "0_5", "1_9", "0_8", "1_5", "0_1", "1_3"], ["1_9", "0_5", "1_9", "0_8", "1_5", "0_1", "1_3", "0_5"], ["1_9", "0_5", "1_9", "0_8", "1_5", "0_1", "1_3", "0_5", "1_7"], ["1_9", "0_5", "1_9", "0_8", "1_5", "0_1", "1_3", "0_5", "1_7", "0_8"], ["1_9", "0_5", "1_9", "0_8", "1_5", "0_1", "1_3", "0_5", "1_7", "0_8", "1_3"], ["1_9", "0_5", "1_9", "0_8", "1_5", "0_1", "1_3", "0_5", "1_7", "0_8", "1_3", "0_7"], ["1_9", "0_5", "1_9", "0_8", "1_5", "0_1", "1_3", "0_5", "1_7", "0_8", "1_3", "0_7", "1_2"], ["1_9", "0_5", "1_9", "0_8", "1_5", "0_1", "1_3", "0_5", "1_7", "0_8", "1_3", "0_7", "1_2", "0_3"], ["1_9", "0_5", "1_9", "0_8", "1_5", "0_1", "1_3", "0_5", "1_7", "0_8", "1_3", "0_7", "1_2", "0_3", "1_6"], ["1_9", "0_5", "1_9", "0_8", "1_5", "0_1", "1_3", "0_5", "1_7", "0_8", "1_3", "0_7", "1_2", "0_3", "1_6", "0_7"], ["1_9", "0_5", "1_9", "0_8", "1_5", "0_1", "1_3", "0_5", "1_7", "0_8", "1_3", "0_7", "1_2", "0_3", "1_6", "0_7", "1_4"]]}, "config": {"num_divisions": 18, "string": "11111111100000111111111000000001111101110000011111110000000011100000001100011111100000001111000000"}, "task_name": "task07", "example_name": "0169", "problem_name": "task07_0169"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000000111111111000000011111110000111111110000000111000000000111111110001111111100000001111111110011111111011110", "label": {"final": ["0_6", "1_9", "0_7", "1_7", "0_4", "1_8", "0_7", "1_3", "0_9", "1_8", "0_3", "1_8", "0_7", "1_9", "0_2", "1_8", "0_1", "1_4", "0_1"], "init": "", "intermediate": [["0_6"], ["0_6", "1_9"], ["0_6", "1_9", "0_7"], ["0_6", "1_9", "0_7", "1_7"], ["0_6", "1_9", "0_7", "1_7", "0_4"], ["0_6", "1_9", "0_7", "1_7", "0_4", "1_8"], ["0_6", "1_9", "0_7", "1_7", "0_4", "1_8", "0_7"], ["0_6", "1_9", "0_7", "1_7", "0_4", "1_8", "0_7", "1_3"], ["0_6", "1_9", "0_7", "1_7", "0_4", "1_8", "0_7", "1_3", "0_9"], ["0_6", "1_9", "0_7", "1_7", "0_4", "1_8", "0_7", "1_3", "0_9", "1_8"], ["0_6", "1_9", "0_7", "1_7", "0_4", "1_8", "0_7", "1_3", "0_9", "1_8", "0_3"], ["0_6", "1_9", "0_7", "1_7", "0_4", "1_8", "0_7", "1_3", "0_9", "1_8", "0_3", "1_8"], ["0_6", "1_9", "0_7", "1_7", "0_4", "1_8", "0_7", "1_3", "0_9", "1_8", "0_3", "1_8", "0_7"], ["0_6", "1_9", "0_7", "1_7", "0_4", "1_8", "0_7", "1_3", "0_9", "1_8", "0_3", "1_8", "0_7", "1_9"], ["0_6", "1_9", "0_7", "1_7", "0_4", "1_8", "0_7", "1_3", "0_9", "1_8", "0_3", "1_8", "0_7", "1_9", "0_2"], ["0_6", "1_9", "0_7", "1_7", "0_4", "1_8", "0_7", "1_3", "0_9", "1_8", "0_3", "1_8", "0_7", "1_9", "0_2", "1_8"], ["0_6", "1_9", "0_7", "1_7", "0_4", "1_8", "0_7", "1_3", "0_9", "1_8", "0_3", "1_8", "0_7", "1_9", "0_2", "1_8", "0_1"], ["0_6", "1_9", "0_7", "1_7", "0_4", "1_8", "0_7", "1_3", "0_9", "1_8", "0_3", "1_8", "0_7", "1_9", "0_2", "1_8", "0_1", "1_4"]]}, "config": {"num_divisions": 19, "string": "000000111111111000000011111110000111111110000000111000000000111111110001111111100000001111111110011111111011110"}, "task_name": "task07", "example_name": "0170", "problem_name": "task07_0170"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111110000001110100000000111111000000111110111100000000111000001111111000000111000000011", "label": {"final": ["1_5", "0_6", "1_3", "0_1", "1_1", "0_8", "1_6", "0_6", "1_5", "0_1", "1_4", "0_8", "1_3", "0_5", "1_7", "0_6", "1_3", "0_7", "1_2"], "init": "", "intermediate": [["1_5"], ["1_5", "0_6"], ["1_5", "0_6", "1_3"], ["1_5", "0_6", "1_3", "0_1"], ["1_5", "0_6", "1_3", "0_1", "1_1"], ["1_5", "0_6", "1_3", "0_1", "1_1", "0_8"], ["1_5", "0_6", "1_3", "0_1", "1_1", "0_8", "1_6"], ["1_5", "0_6", "1_3", "0_1", "1_1", "0_8", "1_6", "0_6"], ["1_5", "0_6", "1_3", "0_1", "1_1", "0_8", "1_6", "0_6", "1_5"], ["1_5", "0_6", "1_3", "0_1", "1_1", "0_8", "1_6", "0_6", "1_5", "0_1"], ["1_5", "0_6", "1_3", "0_1", "1_1", "0_8", "1_6", "0_6", "1_5", "0_1", "1_4"], ["1_5", "0_6", "1_3", "0_1", "1_1", "0_8", "1_6", "0_6", "1_5", "0_1", "1_4", "0_8"], ["1_5", "0_6", "1_3", "0_1", "1_1", "0_8", "1_6", "0_6", "1_5", "0_1", "1_4", "0_8", "1_3"], ["1_5", "0_6", "1_3", "0_1", "1_1", "0_8", "1_6", "0_6", "1_5", "0_1", "1_4", "0_8", "1_3", "0_5"], ["1_5", "0_6", "1_3", "0_1", "1_1", "0_8", "1_6", "0_6", "1_5", "0_1", "1_4", "0_8", "1_3", "0_5", "1_7"], ["1_5", "0_6", "1_3", "0_1", "1_1", "0_8", "1_6", "0_6", "1_5", "0_1", "1_4", "0_8", "1_3", "0_5", "1_7", "0_6"], ["1_5", "0_6", "1_3", "0_1", "1_1", "0_8", "1_6", "0_6", "1_5", "0_1", "1_4", "0_8", "1_3", "0_5", "1_7", "0_6", "1_3"], ["1_5", "0_6", "1_3", "0_1", "1_1", "0_8", "1_6", "0_6", "1_5", "0_1", "1_4", "0_8", "1_3", "0_5", "1_7", "0_6", "1_3", "0_7"]]}, "config": {"num_divisions": 19, "string": "111110000001110100000000111111000000111110111100000000111000001111111000000111000000011"}, "task_name": "task07", "example_name": "0171", "problem_name": "task07_0171"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000011111111100000011011100100011100000000011111111100001101111111110001111100", "label": {"final": ["0_4", "1_9", "0_6", "1_2", "0_1", "1_3", "0_2", "1_1", "0_3", "1_3", "0_9", "1_9", "0_4", "1_2", "0_1", "1_9", "0_3", "1_5", "0_2"], "init": "", "intermediate": [["0_4"], ["0_4", "1_9"], ["0_4", "1_9", "0_6"], ["0_4", "1_9", "0_6", "1_2"], ["0_4", "1_9", "0_6", "1_2", "0_1"], ["0_4", "1_9", "0_6", "1_2", "0_1", "1_3"], ["0_4", "1_9", "0_6", "1_2", "0_1", "1_3", "0_2"], ["0_4", "1_9", "0_6", "1_2", "0_1", "1_3", "0_2", "1_1"], ["0_4", "1_9", "0_6", "1_2", "0_1", "1_3", "0_2", "1_1", "0_3"], ["0_4", "1_9", "0_6", "1_2", "0_1", "1_3", "0_2", "1_1", "0_3", "1_3"], ["0_4", "1_9", "0_6", "1_2", "0_1", "1_3", "0_2", "1_1", "0_3", "1_3", "0_9"], ["0_4", "1_9", "0_6", "1_2", "0_1", "1_3", "0_2", "1_1", "0_3", "1_3", "0_9", "1_9"], ["0_4", "1_9", "0_6", "1_2", "0_1", "1_3", "0_2", "1_1", "0_3", "1_3", "0_9", "1_9", "0_4"], ["0_4", "1_9", "0_6", "1_2", "0_1", "1_3", "0_2", "1_1", "0_3", "1_3", "0_9", "1_9", "0_4", "1_2"], ["0_4", "1_9", "0_6", "1_2", "0_1", "1_3", "0_2", "1_1", "0_3", "1_3", "0_9", "1_9", "0_4", "1_2", "0_1"], ["0_4", "1_9", "0_6", "1_2", "0_1", "1_3", "0_2", "1_1", "0_3", "1_3", "0_9", "1_9", "0_4", "1_2", "0_1", "1_9"], ["0_4", "1_9", "0_6", "1_2", "0_1", "1_3", "0_2", "1_1", "0_3", "1_3", "0_9", "1_9", "0_4", "1_2", "0_1", "1_9", "0_3"], ["0_4", "1_9", "0_6", "1_2", "0_1", "1_3", "0_2", "1_1", "0_3", "1_3", "0_9", "1_9", "0_4", "1_2", "0_1", "1_9", "0_3", "1_5"]]}, "config": {"num_divisions": 19, "string": "000011111111100000011011100100011100000000011111111100001101111111110001111100"}, "task_name": "task07", "example_name": "0172", "problem_name": "task07_0172"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0001111111100001110000110000000001000000011111111100000000100100000011111111000000011111111100", "label": {"final": ["0_3", "1_8", "0_4", "1_3", "0_4", "1_2", "0_9", "1_1", "0_7", "1_9", "0_8", "1_1", "0_2", "1_1", "0_6", "1_8", "0_7", "1_9", "0_2"], "init": "", "intermediate": [["0_3"], ["0_3", "1_8"], ["0_3", "1_8", "0_4"], ["0_3", "1_8", "0_4", "1_3"], ["0_3", "1_8", "0_4", "1_3", "0_4"], ["0_3", "1_8", "0_4", "1_3", "0_4", "1_2"], ["0_3", "1_8", "0_4", "1_3", "0_4", "1_2", "0_9"], ["0_3", "1_8", "0_4", "1_3", "0_4", "1_2", "0_9", "1_1"], ["0_3", "1_8", "0_4", "1_3", "0_4", "1_2", "0_9", "1_1", "0_7"], ["0_3", "1_8", "0_4", "1_3", "0_4", "1_2", "0_9", "1_1", "0_7", "1_9"], ["0_3", "1_8", "0_4", "1_3", "0_4", "1_2", "0_9", "1_1", "0_7", "1_9", "0_8"], ["0_3", "1_8", "0_4", "1_3", "0_4", "1_2", "0_9", "1_1", "0_7", "1_9", "0_8", "1_1"], ["0_3", "1_8", "0_4", "1_3", "0_4", "1_2", "0_9", "1_1", "0_7", "1_9", "0_8", "1_1", "0_2"], ["0_3", "1_8", "0_4", "1_3", "0_4", "1_2", "0_9", "1_1", "0_7", "1_9", "0_8", "1_1", "0_2", "1_1"], ["0_3", "1_8", "0_4", "1_3", "0_4", "1_2", "0_9", "1_1", "0_7", "1_9", "0_8", "1_1", "0_2", "1_1", "0_6"], ["0_3", "1_8", "0_4", "1_3", "0_4", "1_2", "0_9", "1_1", "0_7", "1_9", "0_8", "1_1", "0_2", "1_1", "0_6", "1_8"], ["0_3", "1_8", "0_4", "1_3", "0_4", "1_2", "0_9", "1_1", "0_7", "1_9", "0_8", "1_1", "0_2", "1_1", "0_6", "1_8", "0_7"], ["0_3", "1_8", "0_4", "1_3", "0_4", "1_2", "0_9", "1_1", "0_7", "1_9", "0_8", "1_1", "0_2", "1_1", "0_6", "1_8", "0_7", "1_9"]]}, "config": {"num_divisions": 19, "string": "0001111111100001110000110000000001000000011111111100000000100100000011111111000000011111111100"}, "task_name": "task07", "example_name": "0173", "problem_name": "task07_0173"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111110001111101011111000011110011100111110000000001100000011100000111", "label": {"final": ["1_5", "0_3", "1_5", "0_1", "1_1", "0_1", "1_5", "0_4", "1_4", "0_2", "1_3", "0_2", "1_5", "0_9", "1_2", "0_6", "1_3", "0_5", "1_3"], "init": "", "intermediate": [["1_5"], ["1_5", "0_3"], ["1_5", "0_3", "1_5"], ["1_5", "0_3", "1_5", "0_1"], ["1_5", "0_3", "1_5", "0_1", "1_1"], ["1_5", "0_3", "1_5", "0_1", "1_1", "0_1"], ["1_5", "0_3", "1_5", "0_1", "1_1", "0_1", "1_5"], ["1_5", "0_3", "1_5", "0_1", "1_1", "0_1", "1_5", "0_4"], ["1_5", "0_3", "1_5", "0_1", "1_1", "0_1", "1_5", "0_4", "1_4"], ["1_5", "0_3", "1_5", "0_1", "1_1", "0_1", "1_5", "0_4", "1_4", "0_2"], ["1_5", "0_3", "1_5", "0_1", "1_1", "0_1", "1_5", "0_4", "1_4", "0_2", "1_3"], ["1_5", "0_3", "1_5", "0_1", "1_1", "0_1", "1_5", "0_4", "1_4", "0_2", "1_3", "0_2"], ["1_5", "0_3", "1_5", "0_1", "1_1", "0_1", "1_5", "0_4", "1_4", "0_2", "1_3", "0_2", "1_5"], ["1_5", "0_3", "1_5", "0_1", "1_1", "0_1", "1_5", "0_4", "1_4", "0_2", "1_3", "0_2", "1_5", "0_9"], ["1_5", "0_3", "1_5", "0_1", "1_1", "0_1", "1_5", "0_4", "1_4", "0_2", "1_3", "0_2", "1_5", "0_9", "1_2"], ["1_5", "0_3", "1_5", "0_1", "1_1", "0_1", "1_5", "0_4", "1_4", "0_2", "1_3", "0_2", "1_5", "0_9", "1_2", "0_6"], ["1_5", "0_3", "1_5", "0_1", "1_1", "0_1", "1_5", "0_4", "1_4", "0_2", "1_3", "0_2", "1_5", "0_9", "1_2", "0_6", "1_3"], ["1_5", "0_3", "1_5", "0_1", "1_1", "0_1", "1_5", "0_4", "1_4", "0_2", "1_3", "0_2", "1_5", "0_9", "1_2", "0_6", "1_3", "0_5"]]}, "config": {"num_divisions": 19, "string": "111110001111101011111000011110011100111110000000001100000011100000111"}, "task_name": "task07", "example_name": "0174", "problem_name": "task07_0174"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1110000111111000000111111110000000111110000000001111111000000001100000000011111000011110000011111111100000111111", "label": {"final": ["1_3", "0_4", "1_6", "0_6", "1_8", "0_7", "1_5", "0_9", "1_7", "0_8", "1_2", "0_9", "1_5", "0_4", "1_4", "0_5", "1_9", "0_5", "1_6"], "init": "", "intermediate": [["1_3"], ["1_3", "0_4"], ["1_3", "0_4", "1_6"], ["1_3", "0_4", "1_6", "0_6"], ["1_3", "0_4", "1_6", "0_6", "1_8"], ["1_3", "0_4", "1_6", "0_6", "1_8", "0_7"], ["1_3", "0_4", "1_6", "0_6", "1_8", "0_7", "1_5"], ["1_3", "0_4", "1_6", "0_6", "1_8", "0_7", "1_5", "0_9"], ["1_3", "0_4", "1_6", "0_6", "1_8", "0_7", "1_5", "0_9", "1_7"], ["1_3", "0_4", "1_6", "0_6", "1_8", "0_7", "1_5", "0_9", "1_7", "0_8"], ["1_3", "0_4", "1_6", "0_6", "1_8", "0_7", "1_5", "0_9", "1_7", "0_8", "1_2"], ["1_3", "0_4", "1_6", "0_6", "1_8", "0_7", "1_5", "0_9", "1_7", "0_8", "1_2", "0_9"], ["1_3", "0_4", "1_6", "0_6", "1_8", "0_7", "1_5", "0_9", "1_7", "0_8", "1_2", "0_9", "1_5"], ["1_3", "0_4", "1_6", "0_6", "1_8", "0_7", "1_5", "0_9", "1_7", "0_8", "1_2", "0_9", "1_5", "0_4"], ["1_3", "0_4", "1_6", "0_6", "1_8", "0_7", "1_5", "0_9", "1_7", "0_8", "1_2", "0_9", "1_5", "0_4", "1_4"], ["1_3", "0_4", "1_6", "0_6", "1_8", "0_7", "1_5", "0_9", "1_7", "0_8", "1_2", "0_9", "1_5", "0_4", "1_4", "0_5"], ["1_3", "0_4", "1_6", "0_6", "1_8", "0_7", "1_5", "0_9", "1_7", "0_8", "1_2", "0_9", "1_5", "0_4", "1_4", "0_5", "1_9"], ["1_3", "0_4", "1_6", "0_6", "1_8", "0_7", "1_5", "0_9", "1_7", "0_8", "1_2", "0_9", "1_5", "0_4", "1_4", "0_5", "1_9", "0_5"]]}, "config": {"num_divisions": 19, "string": "1110000111111000000111111110000000111110000000001111111000000001100000000011111000011110000011111111100000111111"}, "task_name": "task07", "example_name": "0175", "problem_name": "task07_0175"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n011110000001011111100111111110111111110001100111111111000000010000000001111100000000", "label": {"final": ["0_1", "1_4", "0_6", "1_1", "0_1", "1_6", "0_2", "1_8", "0_1", "1_8", "0_3", "1_2", "0_2", "1_9", "0_7", "1_1", "0_9", "1_5", "0_8"], "init": "", "intermediate": [["0_1"], ["0_1", "1_4"], ["0_1", "1_4", "0_6"], ["0_1", "1_4", "0_6", "1_1"], ["0_1", "1_4", "0_6", "1_1", "0_1"], ["0_1", "1_4", "0_6", "1_1", "0_1", "1_6"], ["0_1", "1_4", "0_6", "1_1", "0_1", "1_6", "0_2"], ["0_1", "1_4", "0_6", "1_1", "0_1", "1_6", "0_2", "1_8"], ["0_1", "1_4", "0_6", "1_1", "0_1", "1_6", "0_2", "1_8", "0_1"], ["0_1", "1_4", "0_6", "1_1", "0_1", "1_6", "0_2", "1_8", "0_1", "1_8"], ["0_1", "1_4", "0_6", "1_1", "0_1", "1_6", "0_2", "1_8", "0_1", "1_8", "0_3"], ["0_1", "1_4", "0_6", "1_1", "0_1", "1_6", "0_2", "1_8", "0_1", "1_8", "0_3", "1_2"], ["0_1", "1_4", "0_6", "1_1", "0_1", "1_6", "0_2", "1_8", "0_1", "1_8", "0_3", "1_2", "0_2"], ["0_1", "1_4", "0_6", "1_1", "0_1", "1_6", "0_2", "1_8", "0_1", "1_8", "0_3", "1_2", "0_2", "1_9"], ["0_1", "1_4", "0_6", "1_1", "0_1", "1_6", "0_2", "1_8", "0_1", "1_8", "0_3", "1_2", "0_2", "1_9", "0_7"], ["0_1", "1_4", "0_6", "1_1", "0_1", "1_6", "0_2", "1_8", "0_1", "1_8", "0_3", "1_2", "0_2", "1_9", "0_7", "1_1"], ["0_1", "1_4", "0_6", "1_1", "0_1", "1_6", "0_2", "1_8", "0_1", "1_8", "0_3", "1_2", "0_2", "1_9", "0_7", "1_1", "0_9"], ["0_1", "1_4", "0_6", "1_1", "0_1", "1_6", "0_2", "1_8", "0_1", "1_8", "0_3", "1_2", "0_2", "1_9", "0_7", "1_1", "0_9", "1_5"]]}, "config": {"num_divisions": 19, "string": "011110000001011111100111111110111111110001100111111111000000010000000001111100000000"}, "task_name": "task07", "example_name": "0176", "problem_name": "task07_0176"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111111000000011111110000000010000111100001101100000001100110000000111111111000000111", "label": {"final": ["1_7", "0_7", "1_7", "0_8", "1_1", "0_4", "1_4", "0_4", "1_2", "0_1", "1_2", "0_7", "1_2", "0_2", "1_2", "0_7", "1_9", "0_6", "1_3"], "init": "", "intermediate": [["1_7"], ["1_7", "0_7"], ["1_7", "0_7", "1_7"], ["1_7", "0_7", "1_7", "0_8"], ["1_7", "0_7", "1_7", "0_8", "1_1"], ["1_7", "0_7", "1_7", "0_8", "1_1", "0_4"], ["1_7", "0_7", "1_7", "0_8", "1_1", "0_4", "1_4"], ["1_7", "0_7", "1_7", "0_8", "1_1", "0_4", "1_4", "0_4"], ["1_7", "0_7", "1_7", "0_8", "1_1", "0_4", "1_4", "0_4", "1_2"], ["1_7", "0_7", "1_7", "0_8", "1_1", "0_4", "1_4", "0_4", "1_2", "0_1"], ["1_7", "0_7", "1_7", "0_8", "1_1", "0_4", "1_4", "0_4", "1_2", "0_1", "1_2"], ["1_7", "0_7", "1_7", "0_8", "1_1", "0_4", "1_4", "0_4", "1_2", "0_1", "1_2", "0_7"], ["1_7", "0_7", "1_7", "0_8", "1_1", "0_4", "1_4", "0_4", "1_2", "0_1", "1_2", "0_7", "1_2"], ["1_7", "0_7", "1_7", "0_8", "1_1", "0_4", "1_4", "0_4", "1_2", "0_1", "1_2", "0_7", "1_2", "0_2"], ["1_7", "0_7", "1_7", "0_8", "1_1", "0_4", "1_4", "0_4", "1_2", "0_1", "1_2", "0_7", "1_2", "0_2", "1_2"], ["1_7", "0_7", "1_7", "0_8", "1_1", "0_4", "1_4", "0_4", "1_2", "0_1", "1_2", "0_7", "1_2", "0_2", "1_2", "0_7"], ["1_7", "0_7", "1_7", "0_8", "1_1", "0_4", "1_4", "0_4", "1_2", "0_1", "1_2", "0_7", "1_2", "0_2", "1_2", "0_7", "1_9"], ["1_7", "0_7", "1_7", "0_8", "1_1", "0_4", "1_4", "0_4", "1_2", "0_1", "1_2", "0_7", "1_2", "0_2", "1_2", "0_7", "1_9", "0_6"]]}, "config": {"num_divisions": 19, "string": "1111111000000011111110000000010000111100001101100000001100110000000111111111000000111"}, "task_name": "task07", "example_name": "0177", "problem_name": "task07_0177"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111111100000001111111110000001111111100000011011111100000000011111111000011111111100111111111000000000111100000111111", "label": {"final": ["1_8", "0_7", "1_9", "0_6", "1_8", "0_6", "1_2", "0_1", "1_6", "0_9", "1_8", "0_4", "1_9", "0_2", "1_9", "0_9", "1_4", "0_5", "1_6"], "init": "", "intermediate": [["1_8"], ["1_8", "0_7"], ["1_8", "0_7", "1_9"], ["1_8", "0_7", "1_9", "0_6"], ["1_8", "0_7", "1_9", "0_6", "1_8"], ["1_8", "0_7", "1_9", "0_6", "1_8", "0_6"], ["1_8", "0_7", "1_9", "0_6", "1_8", "0_6", "1_2"], ["1_8", "0_7", "1_9", "0_6", "1_8", "0_6", "1_2", "0_1"], ["1_8", "0_7", "1_9", "0_6", "1_8", "0_6", "1_2", "0_1", "1_6"], ["1_8", "0_7", "1_9", "0_6", "1_8", "0_6", "1_2", "0_1", "1_6", "0_9"], ["1_8", "0_7", "1_9", "0_6", "1_8", "0_6", "1_2", "0_1", "1_6", "0_9", "1_8"], ["1_8", "0_7", "1_9", "0_6", "1_8", "0_6", "1_2", "0_1", "1_6", "0_9", "1_8", "0_4"], ["1_8", "0_7", "1_9", "0_6", "1_8", "0_6", "1_2", "0_1", "1_6", "0_9", "1_8", "0_4", "1_9"], ["1_8", "0_7", "1_9", "0_6", "1_8", "0_6", "1_2", "0_1", "1_6", "0_9", "1_8", "0_4", "1_9", "0_2"], ["1_8", "0_7", "1_9", "0_6", "1_8", "0_6", "1_2", "0_1", "1_6", "0_9", "1_8", "0_4", "1_9", "0_2", "1_9"], ["1_8", "0_7", "1_9", "0_6", "1_8", "0_6", "1_2", "0_1", "1_6", "0_9", "1_8", "0_4", "1_9", "0_2", "1_9", "0_9"], ["1_8", "0_7", "1_9", "0_6", "1_8", "0_6", "1_2", "0_1", "1_6", "0_9", "1_8", "0_4", "1_9", "0_2", "1_9", "0_9", "1_4"], ["1_8", "0_7", "1_9", "0_6", "1_8", "0_6", "1_2", "0_1", "1_6", "0_9", "1_8", "0_4", "1_9", "0_2", "1_9", "0_9", "1_4", "0_5"]]}, "config": {"num_divisions": 19, "string": "1111111100000001111111110000001111111100000011011111100000000011111111000011111111100111111111000000000111100000111111"}, "task_name": "task07", "example_name": "0178", "problem_name": "task07_0178"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000000011111110000000110000000001111111110011111110111001111111000000011111110000000001111111100000000111110000", "label": {"final": ["0_7", "1_7", "0_7", "1_2", "0_9", "1_9", "0_2", "1_7", "0_1", "1_3", "0_2", "1_7", "0_7", "1_7", "0_9", "1_8", "0_8", "1_5", "0_4"], "init": "", "intermediate": [["0_7"], ["0_7", "1_7"], ["0_7", "1_7", "0_7"], ["0_7", "1_7", "0_7", "1_2"], ["0_7", "1_7", "0_7", "1_2", "0_9"], ["0_7", "1_7", "0_7", "1_2", "0_9", "1_9"], ["0_7", "1_7", "0_7", "1_2", "0_9", "1_9", "0_2"], ["0_7", "1_7", "0_7", "1_2", "0_9", "1_9", "0_2", "1_7"], ["0_7", "1_7", "0_7", "1_2", "0_9", "1_9", "0_2", "1_7", "0_1"], ["0_7", "1_7", "0_7", "1_2", "0_9", "1_9", "0_2", "1_7", "0_1", "1_3"], ["0_7", "1_7", "0_7", "1_2", "0_9", "1_9", "0_2", "1_7", "0_1", "1_3", "0_2"], ["0_7", "1_7", "0_7", "1_2", "0_9", "1_9", "0_2", "1_7", "0_1", "1_3", "0_2", "1_7"], ["0_7", "1_7", "0_7", "1_2", "0_9", "1_9", "0_2", "1_7", "0_1", "1_3", "0_2", "1_7", "0_7"], ["0_7", "1_7", "0_7", "1_2", "0_9", "1_9", "0_2", "1_7", "0_1", "1_3", "0_2", "1_7", "0_7", "1_7"], ["0_7", "1_7", "0_7", "1_2", "0_9", "1_9", "0_2", "1_7", "0_1", "1_3", "0_2", "1_7", "0_7", "1_7", "0_9"], ["0_7", "1_7", "0_7", "1_2", "0_9", "1_9", "0_2", "1_7", "0_1", "1_3", "0_2", "1_7", "0_7", "1_7", "0_9", "1_8"], ["0_7", "1_7", "0_7", "1_2", "0_9", "1_9", "0_2", "1_7", "0_1", "1_3", "0_2", "1_7", "0_7", "1_7", "0_9", "1_8", "0_8"], ["0_7", "1_7", "0_7", "1_2", "0_9", "1_9", "0_2", "1_7", "0_1", "1_3", "0_2", "1_7", "0_7", "1_7", "0_9", "1_8", "0_8", "1_5"]]}, "config": {"num_divisions": 19, "string": "000000011111110000000110000000001111111110011111110111001111111000000011111110000000001111111100000000111110000"}, "task_name": "task07", "example_name": "0179", "problem_name": "task07_0179"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00111111100000000110000000110000001111100011111111100000000111101111100000000011100011111110000001111", "label": {"final": ["0_2", "1_7", "0_8", "1_2", "0_7", "1_2", "0_6", "1_5", "0_3", "1_9", "0_8", "1_4", "0_1", "1_5", "0_9", "1_3", "0_3", "1_7", "0_6", "1_4"], "init": "", "intermediate": [["0_2"], ["0_2", "1_7"], ["0_2", "1_7", "0_8"], ["0_2", "1_7", "0_8", "1_2"], ["0_2", "1_7", "0_8", "1_2", "0_7"], ["0_2", "1_7", "0_8", "1_2", "0_7", "1_2"], ["0_2", "1_7", "0_8", "1_2", "0_7", "1_2", "0_6"], ["0_2", "1_7", "0_8", "1_2", "0_7", "1_2", "0_6", "1_5"], ["0_2", "1_7", "0_8", "1_2", "0_7", "1_2", "0_6", "1_5", "0_3"], ["0_2", "1_7", "0_8", "1_2", "0_7", "1_2", "0_6", "1_5", "0_3", "1_9"], ["0_2", "1_7", "0_8", "1_2", "0_7", "1_2", "0_6", "1_5", "0_3", "1_9", "0_8"], ["0_2", "1_7", "0_8", "1_2", "0_7", "1_2", "0_6", "1_5", "0_3", "1_9", "0_8", "1_4"], ["0_2", "1_7", "0_8", "1_2", "0_7", "1_2", "0_6", "1_5", "0_3", "1_9", "0_8", "1_4", "0_1"], ["0_2", "1_7", "0_8", "1_2", "0_7", "1_2", "0_6", "1_5", "0_3", "1_9", "0_8", "1_4", "0_1", "1_5"], ["0_2", "1_7", "0_8", "1_2", "0_7", "1_2", "0_6", "1_5", "0_3", "1_9", "0_8", "1_4", "0_1", "1_5", "0_9"], ["0_2", "1_7", "0_8", "1_2", "0_7", "1_2", "0_6", "1_5", "0_3", "1_9", "0_8", "1_4", "0_1", "1_5", "0_9", "1_3"], ["0_2", "1_7", "0_8", "1_2", "0_7", "1_2", "0_6", "1_5", "0_3", "1_9", "0_8", "1_4", "0_1", "1_5", "0_9", "1_3", "0_3"], ["0_2", "1_7", "0_8", "1_2", "0_7", "1_2", "0_6", "1_5", "0_3", "1_9", "0_8", "1_4", "0_1", "1_5", "0_9", "1_3", "0_3", "1_7"], ["0_2", "1_7", "0_8", "1_2", "0_7", "1_2", "0_6", "1_5", "0_3", "1_9", "0_8", "1_4", "0_1", "1_5", "0_9", "1_3", "0_3", "1_7", "0_6"]]}, "config": {"num_divisions": 20, "string": "00111111100000000110000000110000001111100011111111100000000111101111100000000011100011111110000001111"}, "task_name": "task07", "example_name": "0180", "problem_name": "task07_0180"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n011111111100001111110000000111110000000001100001111011001111111100011111100000001111111000001111111", "label": {"final": ["0_1", "1_9", "0_4", "1_6", "0_7", "1_5", "0_9", "1_2", "0_4", "1_4", "0_1", "1_2", "0_2", "1_8", "0_3", "1_6", "0_7", "1_7", "0_5", "1_7"], "init": "", "intermediate": [["0_1"], ["0_1", "1_9"], ["0_1", "1_9", "0_4"], ["0_1", "1_9", "0_4", "1_6"], ["0_1", "1_9", "0_4", "1_6", "0_7"], ["0_1", "1_9", "0_4", "1_6", "0_7", "1_5"], ["0_1", "1_9", "0_4", "1_6", "0_7", "1_5", "0_9"], ["0_1", "1_9", "0_4", "1_6", "0_7", "1_5", "0_9", "1_2"], ["0_1", "1_9", "0_4", "1_6", "0_7", "1_5", "0_9", "1_2", "0_4"], ["0_1", "1_9", "0_4", "1_6", "0_7", "1_5", "0_9", "1_2", "0_4", "1_4"], ["0_1", "1_9", "0_4", "1_6", "0_7", "1_5", "0_9", "1_2", "0_4", "1_4", "0_1"], ["0_1", "1_9", "0_4", "1_6", "0_7", "1_5", "0_9", "1_2", "0_4", "1_4", "0_1", "1_2"], ["0_1", "1_9", "0_4", "1_6", "0_7", "1_5", "0_9", "1_2", "0_4", "1_4", "0_1", "1_2", "0_2"], ["0_1", "1_9", "0_4", "1_6", "0_7", "1_5", "0_9", "1_2", "0_4", "1_4", "0_1", "1_2", "0_2", "1_8"], ["0_1", "1_9", "0_4", "1_6", "0_7", "1_5", "0_9", "1_2", "0_4", "1_4", "0_1", "1_2", "0_2", "1_8", "0_3"], ["0_1", "1_9", "0_4", "1_6", "0_7", "1_5", "0_9", "1_2", "0_4", "1_4", "0_1", "1_2", "0_2", "1_8", "0_3", "1_6"], ["0_1", "1_9", "0_4", "1_6", "0_7", "1_5", "0_9", "1_2", "0_4", "1_4", "0_1", "1_2", "0_2", "1_8", "0_3", "1_6", "0_7"], ["0_1", "1_9", "0_4", "1_6", "0_7", "1_5", "0_9", "1_2", "0_4", "1_4", "0_1", "1_2", "0_2", "1_8", "0_3", "1_6", "0_7", "1_7"], ["0_1", "1_9", "0_4", "1_6", "0_7", "1_5", "0_9", "1_2", "0_4", "1_4", "0_1", "1_2", "0_2", "1_8", "0_3", "1_6", "0_7", "1_7", "0_5"]]}, "config": {"num_divisions": 20, "string": "011111111100001111110000000111110000000001100001111011001111111100011111100000001111111000001111111"}, "task_name": "task07", "example_name": "0181", "problem_name": "task07_0181"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111110000011111101111100000111111110000010001111111110001111111000000010010000000001111111100", "label": {"final": ["1_6", "0_5", "1_6", "0_1", "1_5", "0_5", "1_8", "0_5", "1_1", "0_3", "1_9", "0_3", "1_7", "0_7", "1_1", "0_2", "1_1", "0_9", "1_8", "0_2"], "init": "", "intermediate": [["1_6"], ["1_6", "0_5"], ["1_6", "0_5", "1_6"], ["1_6", "0_5", "1_6", "0_1"], ["1_6", "0_5", "1_6", "0_1", "1_5"], ["1_6", "0_5", "1_6", "0_1", "1_5", "0_5"], ["1_6", "0_5", "1_6", "0_1", "1_5", "0_5", "1_8"], ["1_6", "0_5", "1_6", "0_1", "1_5", "0_5", "1_8", "0_5"], ["1_6", "0_5", "1_6", "0_1", "1_5", "0_5", "1_8", "0_5", "1_1"], ["1_6", "0_5", "1_6", "0_1", "1_5", "0_5", "1_8", "0_5", "1_1", "0_3"], ["1_6", "0_5", "1_6", "0_1", "1_5", "0_5", "1_8", "0_5", "1_1", "0_3", "1_9"], ["1_6", "0_5", "1_6", "0_1", "1_5", "0_5", "1_8", "0_5", "1_1", "0_3", "1_9", "0_3"], ["1_6", "0_5", "1_6", "0_1", "1_5", "0_5", "1_8", "0_5", "1_1", "0_3", "1_9", "0_3", "1_7"], ["1_6", "0_5", "1_6", "0_1", "1_5", "0_5", "1_8", "0_5", "1_1", "0_3", "1_9", "0_3", "1_7", "0_7"], ["1_6", "0_5", "1_6", "0_1", "1_5", "0_5", "1_8", "0_5", "1_1", "0_3", "1_9", "0_3", "1_7", "0_7", "1_1"], ["1_6", "0_5", "1_6", "0_1", "1_5", "0_5", "1_8", "0_5", "1_1", "0_3", "1_9", "0_3", "1_7", "0_7", "1_1", "0_2"], ["1_6", "0_5", "1_6", "0_1", "1_5", "0_5", "1_8", "0_5", "1_1", "0_3", "1_9", "0_3", "1_7", "0_7", "1_1", "0_2", "1_1"], ["1_6", "0_5", "1_6", "0_1", "1_5", "0_5", "1_8", "0_5", "1_1", "0_3", "1_9", "0_3", "1_7", "0_7", "1_1", "0_2", "1_1", "0_9"], ["1_6", "0_5", "1_6", "0_1", "1_5", "0_5", "1_8", "0_5", "1_1", "0_3", "1_9", "0_3", "1_7", "0_7", "1_1", "0_2", "1_1", "0_9", "1_8"]]}, "config": {"num_divisions": 20, "string": "1111110000011111101111100000111111110000010001111111110001111111000000010010000000001111111100"}, "task_name": "task07", "example_name": "0182", "problem_name": "task07_0182"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111011111110111010001000000000111111100000001111011111100011111111100111000000", "label": {"final": ["1_3", "0_1", "1_7", "0_1", "1_3", "0_1", "1_1", "0_3", "1_1", "0_9", "1_7", "0_7", "1_4", "0_1", "1_6", "0_3", "1_9", "0_2", "1_3", "0_6"], "init": "", "intermediate": [["1_3"], ["1_3", "0_1"], ["1_3", "0_1", "1_7"], ["1_3", "0_1", "1_7", "0_1"], ["1_3", "0_1", "1_7", "0_1", "1_3"], ["1_3", "0_1", "1_7", "0_1", "1_3", "0_1"], ["1_3", "0_1", "1_7", "0_1", "1_3", "0_1", "1_1"], ["1_3", "0_1", "1_7", "0_1", "1_3", "0_1", "1_1", "0_3"], ["1_3", "0_1", "1_7", "0_1", "1_3", "0_1", "1_1", "0_3", "1_1"], ["1_3", "0_1", "1_7", "0_1", "1_3", "0_1", "1_1", "0_3", "1_1", "0_9"], ["1_3", "0_1", "1_7", "0_1", "1_3", "0_1", "1_1", "0_3", "1_1", "0_9", "1_7"], ["1_3", "0_1", "1_7", "0_1", "1_3", "0_1", "1_1", "0_3", "1_1", "0_9", "1_7", "0_7"], ["1_3", "0_1", "1_7", "0_1", "1_3", "0_1", "1_1", "0_3", "1_1", "0_9", "1_7", "0_7", "1_4"], ["1_3", "0_1", "1_7", "0_1", "1_3", "0_1", "1_1", "0_3", "1_1", "0_9", "1_7", "0_7", "1_4", "0_1"], ["1_3", "0_1", "1_7", "0_1", "1_3", "0_1", "1_1", "0_3", "1_1", "0_9", "1_7", "0_7", "1_4", "0_1", "1_6"], ["1_3", "0_1", "1_7", "0_1", "1_3", "0_1", "1_1", "0_3", "1_1", "0_9", "1_7", "0_7", "1_4", "0_1", "1_6", "0_3"], ["1_3", "0_1", "1_7", "0_1", "1_3", "0_1", "1_1", "0_3", "1_1", "0_9", "1_7", "0_7", "1_4", "0_1", "1_6", "0_3", "1_9"], ["1_3", "0_1", "1_7", "0_1", "1_3", "0_1", "1_1", "0_3", "1_1", "0_9", "1_7", "0_7", "1_4", "0_1", "1_6", "0_3", "1_9", "0_2"], ["1_3", "0_1", "1_7", "0_1", "1_3", "0_1", "1_1", "0_3", "1_1", "0_9", "1_7", "0_7", "1_4", "0_1", "1_6", "0_3", "1_9", "0_2", "1_3"]]}, "config": {"num_divisions": 20, "string": "111011111110111010001000000000111111100000001111011111100011111111100111000000"}, "task_name": "task07", "example_name": "0183", "problem_name": "task07_0183"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111100000011111000000001110000011110000000011111110001111000000000111111110000001001111111100000000100", "label": {"final": ["1_7", "0_6", "1_5", "0_8", "1_3", "0_5", "1_4", "0_8", "1_7", "0_3", "1_4", "0_9", "1_8", "0_6", "1_1", "0_2", "1_8", "0_8", "1_1", "0_2"], "init": "", "intermediate": [["1_7"], ["1_7", "0_6"], ["1_7", "0_6", "1_5"], ["1_7", "0_6", "1_5", "0_8"], ["1_7", "0_6", "1_5", "0_8", "1_3"], ["1_7", "0_6", "1_5", "0_8", "1_3", "0_5"], ["1_7", "0_6", "1_5", "0_8", "1_3", "0_5", "1_4"], ["1_7", "0_6", "1_5", "0_8", "1_3", "0_5", "1_4", "0_8"], ["1_7", "0_6", "1_5", "0_8", "1_3", "0_5", "1_4", "0_8", "1_7"], ["1_7", "0_6", "1_5", "0_8", "1_3", "0_5", "1_4", "0_8", "1_7", "0_3"], ["1_7", "0_6", "1_5", "0_8", "1_3", "0_5", "1_4", "0_8", "1_7", "0_3", "1_4"], ["1_7", "0_6", "1_5", "0_8", "1_3", "0_5", "1_4", "0_8", "1_7", "0_3", "1_4", "0_9"], ["1_7", "0_6", "1_5", "0_8", "1_3", "0_5", "1_4", "0_8", "1_7", "0_3", "1_4", "0_9", "1_8"], ["1_7", "0_6", "1_5", "0_8", "1_3", "0_5", "1_4", "0_8", "1_7", "0_3", "1_4", "0_9", "1_8", "0_6"], ["1_7", "0_6", "1_5", "0_8", "1_3", "0_5", "1_4", "0_8", "1_7", "0_3", "1_4", "0_9", "1_8", "0_6", "1_1"], ["1_7", "0_6", "1_5", "0_8", "1_3", "0_5", "1_4", "0_8", "1_7", "0_3", "1_4", "0_9", "1_8", "0_6", "1_1", "0_2"], ["1_7", "0_6", "1_5", "0_8", "1_3", "0_5", "1_4", "0_8", "1_7", "0_3", "1_4", "0_9", "1_8", "0_6", "1_1", "0_2", "1_8"], ["1_7", "0_6", "1_5", "0_8", "1_3", "0_5", "1_4", "0_8", "1_7", "0_3", "1_4", "0_9", "1_8", "0_6", "1_1", "0_2", "1_8", "0_8"], ["1_7", "0_6", "1_5", "0_8", "1_3", "0_5", "1_4", "0_8", "1_7", "0_3", "1_4", "0_9", "1_8", "0_6", "1_1", "0_2", "1_8", "0_8", "1_1"]]}, "config": {"num_divisions": 20, "string": "111111100000011111000000001110000011110000000011111110001111000000000111111110000001001111111100000000100"}, "task_name": "task07", "example_name": "0184", "problem_name": "task07_0184"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00001111111110000011111111000000000111111110000000001111111110000011111111100100000010000001111110000000011111110000000111111111", "label": {"final": ["0_4", "1_9", "0_5", "1_8", "0_9", "1_8", "0_9", "1_9", "0_5", "1_9", "0_2", "1_1", "0_6", "1_1", "0_6", "1_6", "0_8", "1_7", "0_7", "1_9"], "init": "", "intermediate": [["0_4"], ["0_4", "1_9"], ["0_4", "1_9", "0_5"], ["0_4", "1_9", "0_5", "1_8"], ["0_4", "1_9", "0_5", "1_8", "0_9"], ["0_4", "1_9", "0_5", "1_8", "0_9", "1_8"], ["0_4", "1_9", "0_5", "1_8", "0_9", "1_8", "0_9"], ["0_4", "1_9", "0_5", "1_8", "0_9", "1_8", "0_9", "1_9"], ["0_4", "1_9", "0_5", "1_8", "0_9", "1_8", "0_9", "1_9", "0_5"], ["0_4", "1_9", "0_5", "1_8", "0_9", "1_8", "0_9", "1_9", "0_5", "1_9"], ["0_4", "1_9", "0_5", "1_8", "0_9", "1_8", "0_9", "1_9", "0_5", "1_9", "0_2"], ["0_4", "1_9", "0_5", "1_8", "0_9", "1_8", "0_9", "1_9", "0_5", "1_9", "0_2", "1_1"], ["0_4", "1_9", "0_5", "1_8", "0_9", "1_8", "0_9", "1_9", "0_5", "1_9", "0_2", "1_1", "0_6"], ["0_4", "1_9", "0_5", "1_8", "0_9", "1_8", "0_9", "1_9", "0_5", "1_9", "0_2", "1_1", "0_6", "1_1"], ["0_4", "1_9", "0_5", "1_8", "0_9", "1_8", "0_9", "1_9", "0_5", "1_9", "0_2", "1_1", "0_6", "1_1", "0_6"], ["0_4", "1_9", "0_5", "1_8", "0_9", "1_8", "0_9", "1_9", "0_5", "1_9", "0_2", "1_1", "0_6", "1_1", "0_6", "1_6"], ["0_4", "1_9", "0_5", "1_8", "0_9", "1_8", "0_9", "1_9", "0_5", "1_9", "0_2", "1_1", "0_6", "1_1", "0_6", "1_6", "0_8"], ["0_4", "1_9", "0_5", "1_8", "0_9", "1_8", "0_9", "1_9", "0_5", "1_9", "0_2", "1_1", "0_6", "1_1", "0_6", "1_6", "0_8", "1_7"], ["0_4", "1_9", "0_5", "1_8", "0_9", "1_8", "0_9", "1_9", "0_5", "1_9", "0_2", "1_1", "0_6", "1_1", "0_6", "1_6", "0_8", "1_7", "0_7"]]}, "config": {"num_divisions": 20, "string": "00001111111110000011111111000000000111111110000000001111111110000011111111100100000010000001111110000000011111110000000111111111"}, "task_name": "task07", "example_name": "0185", "problem_name": "task07_0185"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000011011111111100000110001111111100000011110000011110000000011111000001111111100111110011", "label": {"final": ["0_5", "1_2", "0_1", "1_9", "0_5", "1_2", "0_3", "1_8", "0_6", "1_4", "0_5", "1_4", "0_8", "1_5", "0_5", "1_8", "0_2", "1_5", "0_2", "1_2"], "init": "", "intermediate": [["0_5"], ["0_5", "1_2"], ["0_5", "1_2", "0_1"], ["0_5", "1_2", "0_1", "1_9"], ["0_5", "1_2", "0_1", "1_9", "0_5"], ["0_5", "1_2", "0_1", "1_9", "0_5", "1_2"], ["0_5", "1_2", "0_1", "1_9", "0_5", "1_2", "0_3"], ["0_5", "1_2", "0_1", "1_9", "0_5", "1_2", "0_3", "1_8"], ["0_5", "1_2", "0_1", "1_9", "0_5", "1_2", "0_3", "1_8", "0_6"], ["0_5", "1_2", "0_1", "1_9", "0_5", "1_2", "0_3", "1_8", "0_6", "1_4"], ["0_5", "1_2", "0_1", "1_9", "0_5", "1_2", "0_3", "1_8", "0_6", "1_4", "0_5"], ["0_5", "1_2", "0_1", "1_9", "0_5", "1_2", "0_3", "1_8", "0_6", "1_4", "0_5", "1_4"], ["0_5", "1_2", "0_1", "1_9", "0_5", "1_2", "0_3", "1_8", "0_6", "1_4", "0_5", "1_4", "0_8"], ["0_5", "1_2", "0_1", "1_9", "0_5", "1_2", "0_3", "1_8", "0_6", "1_4", "0_5", "1_4", "0_8", "1_5"], ["0_5", "1_2", "0_1", "1_9", "0_5", "1_2", "0_3", "1_8", "0_6", "1_4", "0_5", "1_4", "0_8", "1_5", "0_5"], ["0_5", "1_2", "0_1", "1_9", "0_5", "1_2", "0_3", "1_8", "0_6", "1_4", "0_5", "1_4", "0_8", "1_5", "0_5", "1_8"], ["0_5", "1_2", "0_1", "1_9", "0_5", "1_2", "0_3", "1_8", "0_6", "1_4", "0_5", "1_4", "0_8", "1_5", "0_5", "1_8", "0_2"], ["0_5", "1_2", "0_1", "1_9", "0_5", "1_2", "0_3", "1_8", "0_6", "1_4", "0_5", "1_4", "0_8", "1_5", "0_5", "1_8", "0_2", "1_5"], ["0_5", "1_2", "0_1", "1_9", "0_5", "1_2", "0_3", "1_8", "0_6", "1_4", "0_5", "1_4", "0_8", "1_5", "0_5", "1_8", "0_2", "1_5", "0_2"]]}, "config": {"num_divisions": 20, "string": "0000011011111111100000110001111111100000011110000011110000000011111000001111111100111110011"}, "task_name": "task07", "example_name": "0186", "problem_name": "task07_0186"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11100000000110000000111001111111110000001111111011111000011111100000010111100000001111111100", "label": {"final": ["1_3", "0_8", "1_2", "0_7", "1_3", "0_2", "1_9", "0_6", "1_7", "0_1", "1_5", "0_4", "1_6", "0_6", "1_1", "0_1", "1_4", "0_7", "1_8", "0_2"], "init": "", "intermediate": [["1_3"], ["1_3", "0_8"], ["1_3", "0_8", "1_2"], ["1_3", "0_8", "1_2", "0_7"], ["1_3", "0_8", "1_2", "0_7", "1_3"], ["1_3", "0_8", "1_2", "0_7", "1_3", "0_2"], ["1_3", "0_8", "1_2", "0_7", "1_3", "0_2", "1_9"], ["1_3", "0_8", "1_2", "0_7", "1_3", "0_2", "1_9", "0_6"], ["1_3", "0_8", "1_2", "0_7", "1_3", "0_2", "1_9", "0_6", "1_7"], ["1_3", "0_8", "1_2", "0_7", "1_3", "0_2", "1_9", "0_6", "1_7", "0_1"], ["1_3", "0_8", "1_2", "0_7", "1_3", "0_2", "1_9", "0_6", "1_7", "0_1", "1_5"], ["1_3", "0_8", "1_2", "0_7", "1_3", "0_2", "1_9", "0_6", "1_7", "0_1", "1_5", "0_4"], ["1_3", "0_8", "1_2", "0_7", "1_3", "0_2", "1_9", "0_6", "1_7", "0_1", "1_5", "0_4", "1_6"], ["1_3", "0_8", "1_2", "0_7", "1_3", "0_2", "1_9", "0_6", "1_7", "0_1", "1_5", "0_4", "1_6", "0_6"], ["1_3", "0_8", "1_2", "0_7", "1_3", "0_2", "1_9", "0_6", "1_7", "0_1", "1_5", "0_4", "1_6", "0_6", "1_1"], ["1_3", "0_8", "1_2", "0_7", "1_3", "0_2", "1_9", "0_6", "1_7", "0_1", "1_5", "0_4", "1_6", "0_6", "1_1", "0_1"], ["1_3", "0_8", "1_2", "0_7", "1_3", "0_2", "1_9", "0_6", "1_7", "0_1", "1_5", "0_4", "1_6", "0_6", "1_1", "0_1", "1_4"], ["1_3", "0_8", "1_2", "0_7", "1_3", "0_2", "1_9", "0_6", "1_7", "0_1", "1_5", "0_4", "1_6", "0_6", "1_1", "0_1", "1_4", "0_7"], ["1_3", "0_8", "1_2", "0_7", "1_3", "0_2", "1_9", "0_6", "1_7", "0_1", "1_5", "0_4", "1_6", "0_6", "1_1", "0_1", "1_4", "0_7", "1_8"]]}, "config": {"num_divisions": 20, "string": "11100000000110000000111001111111110000001111111011111000011111100000010111100000001111111100"}, "task_name": "task07", "example_name": "0187", "problem_name": "task07_0187"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11011111111100000001110000010000111111111000000001110000001110001111100011000000001100", "label": {"final": ["1_2", "0_1", "1_9", "0_7", "1_3", "0_5", "1_1", "0_4", "1_9", "0_8", "1_3", "0_6", "1_3", "0_3", "1_5", "0_3", "1_2", "0_8", "1_2", "0_2"], "init": "", "intermediate": [["1_2"], ["1_2", "0_1"], ["1_2", "0_1", "1_9"], ["1_2", "0_1", "1_9", "0_7"], ["1_2", "0_1", "1_9", "0_7", "1_3"], ["1_2", "0_1", "1_9", "0_7", "1_3", "0_5"], ["1_2", "0_1", "1_9", "0_7", "1_3", "0_5", "1_1"], ["1_2", "0_1", "1_9", "0_7", "1_3", "0_5", "1_1", "0_4"], ["1_2", "0_1", "1_9", "0_7", "1_3", "0_5", "1_1", "0_4", "1_9"], ["1_2", "0_1", "1_9", "0_7", "1_3", "0_5", "1_1", "0_4", "1_9", "0_8"], ["1_2", "0_1", "1_9", "0_7", "1_3", "0_5", "1_1", "0_4", "1_9", "0_8", "1_3"], ["1_2", "0_1", "1_9", "0_7", "1_3", "0_5", "1_1", "0_4", "1_9", "0_8", "1_3", "0_6"], ["1_2", "0_1", "1_9", "0_7", "1_3", "0_5", "1_1", "0_4", "1_9", "0_8", "1_3", "0_6", "1_3"], ["1_2", "0_1", "1_9", "0_7", "1_3", "0_5", "1_1", "0_4", "1_9", "0_8", "1_3", "0_6", "1_3", "0_3"], ["1_2", "0_1", "1_9", "0_7", "1_3", "0_5", "1_1", "0_4", "1_9", "0_8", "1_3", "0_6", "1_3", "0_3", "1_5"], ["1_2", "0_1", "1_9", "0_7", "1_3", "0_5", "1_1", "0_4", "1_9", "0_8", "1_3", "0_6", "1_3", "0_3", "1_5", "0_3"], ["1_2", "0_1", "1_9", "0_7", "1_3", "0_5", "1_1", "0_4", "1_9", "0_8", "1_3", "0_6", "1_3", "0_3", "1_5", "0_3", "1_2"], ["1_2", "0_1", "1_9", "0_7", "1_3", "0_5", "1_1", "0_4", "1_9", "0_8", "1_3", "0_6", "1_3", "0_3", "1_5", "0_3", "1_2", "0_8"], ["1_2", "0_1", "1_9", "0_7", "1_3", "0_5", "1_1", "0_4", "1_9", "0_8", "1_3", "0_6", "1_3", "0_3", "1_5", "0_3", "1_2", "0_8", "1_2"]]}, "config": {"num_divisions": 20, "string": "11011111111100000001110000010000111111111000000001110000001110001111100011000000001100"}, "task_name": "task07", "example_name": "0188", "problem_name": "task07_0188"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00111101110000001111111110000000111111111011100001111100000000011111111000110000000001111111000000000111", "label": {"final": ["0_2", "1_4", "0_1", "1_3", "0_6", "1_9", "0_7", "1_9", "0_1", "1_3", "0_4", "1_5", "0_9", "1_8", "0_3", "1_2", "0_9", "1_7", "0_9", "1_3"], "init": "", "intermediate": [["0_2"], ["0_2", "1_4"], ["0_2", "1_4", "0_1"], ["0_2", "1_4", "0_1", "1_3"], ["0_2", "1_4", "0_1", "1_3", "0_6"], ["0_2", "1_4", "0_1", "1_3", "0_6", "1_9"], ["0_2", "1_4", "0_1", "1_3", "0_6", "1_9", "0_7"], ["0_2", "1_4", "0_1", "1_3", "0_6", "1_9", "0_7", "1_9"], ["0_2", "1_4", "0_1", "1_3", "0_6", "1_9", "0_7", "1_9", "0_1"], ["0_2", "1_4", "0_1", "1_3", "0_6", "1_9", "0_7", "1_9", "0_1", "1_3"], ["0_2", "1_4", "0_1", "1_3", "0_6", "1_9", "0_7", "1_9", "0_1", "1_3", "0_4"], ["0_2", "1_4", "0_1", "1_3", "0_6", "1_9", "0_7", "1_9", "0_1", "1_3", "0_4", "1_5"], ["0_2", "1_4", "0_1", "1_3", "0_6", "1_9", "0_7", "1_9", "0_1", "1_3", "0_4", "1_5", "0_9"], ["0_2", "1_4", "0_1", "1_3", "0_6", "1_9", "0_7", "1_9", "0_1", "1_3", "0_4", "1_5", "0_9", "1_8"], ["0_2", "1_4", "0_1", "1_3", "0_6", "1_9", "0_7", "1_9", "0_1", "1_3", "0_4", "1_5", "0_9", "1_8", "0_3"], ["0_2", "1_4", "0_1", "1_3", "0_6", "1_9", "0_7", "1_9", "0_1", "1_3", "0_4", "1_5", "0_9", "1_8", "0_3", "1_2"], ["0_2", "1_4", "0_1", "1_3", "0_6", "1_9", "0_7", "1_9", "0_1", "1_3", "0_4", "1_5", "0_9", "1_8", "0_3", "1_2", "0_9"], ["0_2", "1_4", "0_1", "1_3", "0_6", "1_9", "0_7", "1_9", "0_1", "1_3", "0_4", "1_5", "0_9", "1_8", "0_3", "1_2", "0_9", "1_7"], ["0_2", "1_4", "0_1", "1_3", "0_6", "1_9", "0_7", "1_9", "0_1", "1_3", "0_4", "1_5", "0_9", "1_8", "0_3", "1_2", "0_9", "1_7", "0_9"]]}, "config": {"num_divisions": 20, "string": "00111101110000001111111110000000111111111011100001111100000000011111111000110000000001111111000000000111"}, "task_name": "task07", "example_name": "0189", "problem_name": "task07_0189"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n110000001111110000001111111000000111110000001000000011110000000011101100000000111111011111111100111111", "label": {"final": ["1_2", "0_6", "1_6", "0_6", "1_7", "0_6", "1_5", "0_6", "1_1", "0_7", "1_4", "0_8", "1_3", "0_1", "1_2", "0_8", "1_6", "0_1", "1_9", "0_2", "1_6"], "init": "", "intermediate": [["1_2"], ["1_2", "0_6"], ["1_2", "0_6", "1_6"], ["1_2", "0_6", "1_6", "0_6"], ["1_2", "0_6", "1_6", "0_6", "1_7"], ["1_2", "0_6", "1_6", "0_6", "1_7", "0_6"], ["1_2", "0_6", "1_6", "0_6", "1_7", "0_6", "1_5"], ["1_2", "0_6", "1_6", "0_6", "1_7", "0_6", "1_5", "0_6"], ["1_2", "0_6", "1_6", "0_6", "1_7", "0_6", "1_5", "0_6", "1_1"], ["1_2", "0_6", "1_6", "0_6", "1_7", "0_6", "1_5", "0_6", "1_1", "0_7"], ["1_2", "0_6", "1_6", "0_6", "1_7", "0_6", "1_5", "0_6", "1_1", "0_7", "1_4"], ["1_2", "0_6", "1_6", "0_6", "1_7", "0_6", "1_5", "0_6", "1_1", "0_7", "1_4", "0_8"], ["1_2", "0_6", "1_6", "0_6", "1_7", "0_6", "1_5", "0_6", "1_1", "0_7", "1_4", "0_8", "1_3"], ["1_2", "0_6", "1_6", "0_6", "1_7", "0_6", "1_5", "0_6", "1_1", "0_7", "1_4", "0_8", "1_3", "0_1"], ["1_2", "0_6", "1_6", "0_6", "1_7", "0_6", "1_5", "0_6", "1_1", "0_7", "1_4", "0_8", "1_3", "0_1", "1_2"], ["1_2", "0_6", "1_6", "0_6", "1_7", "0_6", "1_5", "0_6", "1_1", "0_7", "1_4", "0_8", "1_3", "0_1", "1_2", "0_8"], ["1_2", "0_6", "1_6", "0_6", "1_7", "0_6", "1_5", "0_6", "1_1", "0_7", "1_4", "0_8", "1_3", "0_1", "1_2", "0_8", "1_6"], ["1_2", "0_6", "1_6", "0_6", "1_7", "0_6", "1_5", "0_6", "1_1", "0_7", "1_4", "0_8", "1_3", "0_1", "1_2", "0_8", "1_6", "0_1"], ["1_2", "0_6", "1_6", "0_6", "1_7", "0_6", "1_5", "0_6", "1_1", "0_7", "1_4", "0_8", "1_3", "0_1", "1_2", "0_8", "1_6", "0_1", "1_9"], ["1_2", "0_6", "1_6", "0_6", "1_7", "0_6", "1_5", "0_6", "1_1", "0_7", "1_4", "0_8", "1_3", "0_1", "1_2", "0_8", "1_6", "0_1", "1_9", "0_2"]]}, "config": {"num_divisions": 21, "string": "110000001111110000001111111000000111110000001000000011110000000011101100000000111111011111111100111111"}, "task_name": "task07", "example_name": "0190", "problem_name": "task07_0190"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000000000110111100001100000011111001111110000000011000001111100000001000001100000000111100000", "label": {"final": ["0_9", "1_2", "0_1", "1_4", "0_4", "1_2", "0_6", "1_5", "0_2", "1_6", "0_8", "1_2", "0_5", "1_5", "0_7", "1_1", "0_5", "1_2", "0_8", "1_4", "0_5"], "init": "", "intermediate": [["0_9"], ["0_9", "1_2"], ["0_9", "1_2", "0_1"], ["0_9", "1_2", "0_1", "1_4"], ["0_9", "1_2", "0_1", "1_4", "0_4"], ["0_9", "1_2", "0_1", "1_4", "0_4", "1_2"], ["0_9", "1_2", "0_1", "1_4", "0_4", "1_2", "0_6"], ["0_9", "1_2", "0_1", "1_4", "0_4", "1_2", "0_6", "1_5"], ["0_9", "1_2", "0_1", "1_4", "0_4", "1_2", "0_6", "1_5", "0_2"], ["0_9", "1_2", "0_1", "1_4", "0_4", "1_2", "0_6", "1_5", "0_2", "1_6"], ["0_9", "1_2", "0_1", "1_4", "0_4", "1_2", "0_6", "1_5", "0_2", "1_6", "0_8"], ["0_9", "1_2", "0_1", "1_4", "0_4", "1_2", "0_6", "1_5", "0_2", "1_6", "0_8", "1_2"], ["0_9", "1_2", "0_1", "1_4", "0_4", "1_2", "0_6", "1_5", "0_2", "1_6", "0_8", "1_2", "0_5"], ["0_9", "1_2", "0_1", "1_4", "0_4", "1_2", "0_6", "1_5", "0_2", "1_6", "0_8", "1_2", "0_5", "1_5"], ["0_9", "1_2", "0_1", "1_4", "0_4", "1_2", "0_6", "1_5", "0_2", "1_6", "0_8", "1_2", "0_5", "1_5", "0_7"], ["0_9", "1_2", "0_1", "1_4", "0_4", "1_2", "0_6", "1_5", "0_2", "1_6", "0_8", "1_2", "0_5", "1_5", "0_7", "1_1"], ["0_9", "1_2", "0_1", "1_4", "0_4", "1_2", "0_6", "1_5", "0_2", "1_6", "0_8", "1_2", "0_5", "1_5", "0_7", "1_1", "0_5"], ["0_9", "1_2", "0_1", "1_4", "0_4", "1_2", "0_6", "1_5", "0_2", "1_6", "0_8", "1_2", "0_5", "1_5", "0_7", "1_1", "0_5", "1_2"], ["0_9", "1_2", "0_1", "1_4", "0_4", "1_2", "0_6", "1_5", "0_2", "1_6", "0_8", "1_2", "0_5", "1_5", "0_7", "1_1", "0_5", "1_2", "0_8"], ["0_9", "1_2", "0_1", "1_4", "0_4", "1_2", "0_6", "1_5", "0_2", "1_6", "0_8", "1_2", "0_5", "1_5", "0_7", "1_1", "0_5", "1_2", "0_8", "1_4"]]}, "config": {"num_divisions": 21, "string": "000000000110111100001100000011111001111110000000011000001111100000001000001100000000111100000"}, "task_name": "task07", "example_name": "0191", "problem_name": "task07_0191"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000000001111110000000011111100000001111111110110001111001111111110001111111000000010000011111110001111000", "label": {"final": ["0_9", "1_6", "0_8", "1_6", "0_7", "1_9", "0_1", "1_2", "0_3", "1_4", "0_2", "1_9", "0_3", "1_7", "0_7", "1_1", "0_5", "1_7", "0_3", "1_4", "0_3"], "init": "", "intermediate": [["0_9"], ["0_9", "1_6"], ["0_9", "1_6", "0_8"], ["0_9", "1_6", "0_8", "1_6"], ["0_9", "1_6", "0_8", "1_6", "0_7"], ["0_9", "1_6", "0_8", "1_6", "0_7", "1_9"], ["0_9", "1_6", "0_8", "1_6", "0_7", "1_9", "0_1"], ["0_9", "1_6", "0_8", "1_6", "0_7", "1_9", "0_1", "1_2"], ["0_9", "1_6", "0_8", "1_6", "0_7", "1_9", "0_1", "1_2", "0_3"], ["0_9", "1_6", "0_8", "1_6", "0_7", "1_9", "0_1", "1_2", "0_3", "1_4"], ["0_9", "1_6", "0_8", "1_6", "0_7", "1_9", "0_1", "1_2", "0_3", "1_4", "0_2"], ["0_9", "1_6", "0_8", "1_6", "0_7", "1_9", "0_1", "1_2", "0_3", "1_4", "0_2", "1_9"], ["0_9", "1_6", "0_8", "1_6", "0_7", "1_9", "0_1", "1_2", "0_3", "1_4", "0_2", "1_9", "0_3"], ["0_9", "1_6", "0_8", "1_6", "0_7", "1_9", "0_1", "1_2", "0_3", "1_4", "0_2", "1_9", "0_3", "1_7"], ["0_9", "1_6", "0_8", "1_6", "0_7", "1_9", "0_1", "1_2", "0_3", "1_4", "0_2", "1_9", "0_3", "1_7", "0_7"], ["0_9", "1_6", "0_8", "1_6", "0_7", "1_9", "0_1", "1_2", "0_3", "1_4", "0_2", "1_9", "0_3", "1_7", "0_7", "1_1"], ["0_9", "1_6", "0_8", "1_6", "0_7", "1_9", "0_1", "1_2", "0_3", "1_4", "0_2", "1_9", "0_3", "1_7", "0_7", "1_1", "0_5"], ["0_9", "1_6", "0_8", "1_6", "0_7", "1_9", "0_1", "1_2", "0_3", "1_4", "0_2", "1_9", "0_3", "1_7", "0_7", "1_1", "0_5", "1_7"], ["0_9", "1_6", "0_8", "1_6", "0_7", "1_9", "0_1", "1_2", "0_3", "1_4", "0_2", "1_9", "0_3", "1_7", "0_7", "1_1", "0_5", "1_7", "0_3"], ["0_9", "1_6", "0_8", "1_6", "0_7", "1_9", "0_1", "1_2", "0_3", "1_4", "0_2", "1_9", "0_3", "1_7", "0_7", "1_1", "0_5", "1_7", "0_3", "1_4"]]}, "config": {"num_divisions": 21, "string": "0000000001111110000000011111100000001111111110110001111001111111110001111111000000010000011111110001111000"}, "task_name": "task07", "example_name": "0192", "problem_name": "task07_0192"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0001111100111111111000000000111111111011111000000111000000001111000000111111110000000011111000001111111110000000111111000", "label": {"final": ["0_3", "1_5", "0_2", "1_9", "0_9", "1_9", "0_1", "1_5", "0_6", "1_3", "0_8", "1_4", "0_6", "1_8", "0_8", "1_5", "0_5", "1_9", "0_7", "1_6", "0_3"], "init": "", "intermediate": [["0_3"], ["0_3", "1_5"], ["0_3", "1_5", "0_2"], ["0_3", "1_5", "0_2", "1_9"], ["0_3", "1_5", "0_2", "1_9", "0_9"], ["0_3", "1_5", "0_2", "1_9", "0_9", "1_9"], ["0_3", "1_5", "0_2", "1_9", "0_9", "1_9", "0_1"], ["0_3", "1_5", "0_2", "1_9", "0_9", "1_9", "0_1", "1_5"], ["0_3", "1_5", "0_2", "1_9", "0_9", "1_9", "0_1", "1_5", "0_6"], ["0_3", "1_5", "0_2", "1_9", "0_9", "1_9", "0_1", "1_5", "0_6", "1_3"], ["0_3", "1_5", "0_2", "1_9", "0_9", "1_9", "0_1", "1_5", "0_6", "1_3", "0_8"], ["0_3", "1_5", "0_2", "1_9", "0_9", "1_9", "0_1", "1_5", "0_6", "1_3", "0_8", "1_4"], ["0_3", "1_5", "0_2", "1_9", "0_9", "1_9", "0_1", "1_5", "0_6", "1_3", "0_8", "1_4", "0_6"], ["0_3", "1_5", "0_2", "1_9", "0_9", "1_9", "0_1", "1_5", "0_6", "1_3", "0_8", "1_4", "0_6", "1_8"], ["0_3", "1_5", "0_2", "1_9", "0_9", "1_9", "0_1", "1_5", "0_6", "1_3", "0_8", "1_4", "0_6", "1_8", "0_8"], ["0_3", "1_5", "0_2", "1_9", "0_9", "1_9", "0_1", "1_5", "0_6", "1_3", "0_8", "1_4", "0_6", "1_8", "0_8", "1_5"], ["0_3", "1_5", "0_2", "1_9", "0_9", "1_9", "0_1", "1_5", "0_6", "1_3", "0_8", "1_4", "0_6", "1_8", "0_8", "1_5", "0_5"], ["0_3", "1_5", "0_2", "1_9", "0_9", "1_9", "0_1", "1_5", "0_6", "1_3", "0_8", "1_4", "0_6", "1_8", "0_8", "1_5", "0_5", "1_9"], ["0_3", "1_5", "0_2", "1_9", "0_9", "1_9", "0_1", "1_5", "0_6", "1_3", "0_8", "1_4", "0_6", "1_8", "0_8", "1_5", "0_5", "1_9", "0_7"], ["0_3", "1_5", "0_2", "1_9", "0_9", "1_9", "0_1", "1_5", "0_6", "1_3", "0_8", "1_4", "0_6", "1_8", "0_8", "1_5", "0_5", "1_9", "0_7", "1_6"]]}, "config": {"num_divisions": 21, "string": "0001111100111111111000000000111111111011111000000111000000001111000000111111110000000011111000001111111110000000111111000"}, "task_name": "task07", "example_name": "0193", "problem_name": "task07_0193"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111110000011000000000111111111000010000011111100011000000001000000000110111100000001111111100001111111", "label": {"final": ["1_6", "0_5", "1_2", "0_9", "1_9", "0_4", "1_1", "0_5", "1_6", "0_3", "1_2", "0_8", "1_1", "0_9", "1_2", "0_1", "1_4", "0_7", "1_8", "0_4", "1_7"], "init": "", "intermediate": [["1_6"], ["1_6", "0_5"], ["1_6", "0_5", "1_2"], ["1_6", "0_5", "1_2", "0_9"], ["1_6", "0_5", "1_2", "0_9", "1_9"], ["1_6", "0_5", "1_2", "0_9", "1_9", "0_4"], ["1_6", "0_5", "1_2", "0_9", "1_9", "0_4", "1_1"], ["1_6", "0_5", "1_2", "0_9", "1_9", "0_4", "1_1", "0_5"], ["1_6", "0_5", "1_2", "0_9", "1_9", "0_4", "1_1", "0_5", "1_6"], ["1_6", "0_5", "1_2", "0_9", "1_9", "0_4", "1_1", "0_5", "1_6", "0_3"], ["1_6", "0_5", "1_2", "0_9", "1_9", "0_4", "1_1", "0_5", "1_6", "0_3", "1_2"], ["1_6", "0_5", "1_2", "0_9", "1_9", "0_4", "1_1", "0_5", "1_6", "0_3", "1_2", "0_8"], ["1_6", "0_5", "1_2", "0_9", "1_9", "0_4", "1_1", "0_5", "1_6", "0_3", "1_2", "0_8", "1_1"], ["1_6", "0_5", "1_2", "0_9", "1_9", "0_4", "1_1", "0_5", "1_6", "0_3", "1_2", "0_8", "1_1", "0_9"], ["1_6", "0_5", "1_2", "0_9", "1_9", "0_4", "1_1", "0_5", "1_6", "0_3", "1_2", "0_8", "1_1", "0_9", "1_2"], ["1_6", "0_5", "1_2", "0_9", "1_9", "0_4", "1_1", "0_5", "1_6", "0_3", "1_2", "0_8", "1_1", "0_9", "1_2", "0_1"], ["1_6", "0_5", "1_2", "0_9", "1_9", "0_4", "1_1", "0_5", "1_6", "0_3", "1_2", "0_8", "1_1", "0_9", "1_2", "0_1", "1_4"], ["1_6", "0_5", "1_2", "0_9", "1_9", "0_4", "1_1", "0_5", "1_6", "0_3", "1_2", "0_8", "1_1", "0_9", "1_2", "0_1", "1_4", "0_7"], ["1_6", "0_5", "1_2", "0_9", "1_9", "0_4", "1_1", "0_5", "1_6", "0_3", "1_2", "0_8", "1_1", "0_9", "1_2", "0_1", "1_4", "0_7", "1_8"], ["1_6", "0_5", "1_2", "0_9", "1_9", "0_4", "1_1", "0_5", "1_6", "0_3", "1_2", "0_8", "1_1", "0_9", "1_2", "0_1", "1_4", "0_7", "1_8", "0_4"]]}, "config": {"num_divisions": 21, "string": "1111110000011000000000111111111000010000011111100011000000001000000000110111100000001111111100001111111"}, "task_name": "task07", "example_name": "0194", "problem_name": "task07_0194"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111111100000111111110000000011111100000011111111100000111100011111110000000010000011100000111111100111111000111", "label": {"final": ["1_9", "0_5", "1_8", "0_8", "1_6", "0_6", "1_9", "0_5", "1_4", "0_3", "1_7", "0_8", "1_1", "0_5", "1_3", "0_5", "1_7", "0_2", "1_6", "0_3", "1_3"], "init": "", "intermediate": [["1_9"], ["1_9", "0_5"], ["1_9", "0_5", "1_8"], ["1_9", "0_5", "1_8", "0_8"], ["1_9", "0_5", "1_8", "0_8", "1_6"], ["1_9", "0_5", "1_8", "0_8", "1_6", "0_6"], ["1_9", "0_5", "1_8", "0_8", "1_6", "0_6", "1_9"], ["1_9", "0_5", "1_8", "0_8", "1_6", "0_6", "1_9", "0_5"], ["1_9", "0_5", "1_8", "0_8", "1_6", "0_6", "1_9", "0_5", "1_4"], ["1_9", "0_5", "1_8", "0_8", "1_6", "0_6", "1_9", "0_5", "1_4", "0_3"], ["1_9", "0_5", "1_8", "0_8", "1_6", "0_6", "1_9", "0_5", "1_4", "0_3", "1_7"], ["1_9", "0_5", "1_8", "0_8", "1_6", "0_6", "1_9", "0_5", "1_4", "0_3", "1_7", "0_8"], ["1_9", "0_5", "1_8", "0_8", "1_6", "0_6", "1_9", "0_5", "1_4", "0_3", "1_7", "0_8", "1_1"], ["1_9", "0_5", "1_8", "0_8", "1_6", "0_6", "1_9", "0_5", "1_4", "0_3", "1_7", "0_8", "1_1", "0_5"], ["1_9", "0_5", "1_8", "0_8", "1_6", "0_6", "1_9", "0_5", "1_4", "0_3", "1_7", "0_8", "1_1", "0_5", "1_3"], ["1_9", "0_5", "1_8", "0_8", "1_6", "0_6", "1_9", "0_5", "1_4", "0_3", "1_7", "0_8", "1_1", "0_5", "1_3", "0_5"], ["1_9", "0_5", "1_8", "0_8", "1_6", "0_6", "1_9", "0_5", "1_4", "0_3", "1_7", "0_8", "1_1", "0_5", "1_3", "0_5", "1_7"], ["1_9", "0_5", "1_8", "0_8", "1_6", "0_6", "1_9", "0_5", "1_4", "0_3", "1_7", "0_8", "1_1", "0_5", "1_3", "0_5", "1_7", "0_2"], ["1_9", "0_5", "1_8", "0_8", "1_6", "0_6", "1_9", "0_5", "1_4", "0_3", "1_7", "0_8", "1_1", "0_5", "1_3", "0_5", "1_7", "0_2", "1_6"], ["1_9", "0_5", "1_8", "0_8", "1_6", "0_6", "1_9", "0_5", "1_4", "0_3", "1_7", "0_8", "1_1", "0_5", "1_3", "0_5", "1_7", "0_2", "1_6", "0_3"]]}, "config": {"num_divisions": 21, "string": "11111111100000111111110000000011111100000011111111100000111100011111110000000010000011100000111111100111111000111"}, "task_name": "task07", "example_name": "0195", "problem_name": "task07_0195"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n10000111111100000111100000011111111100111100011111110000000001111100000011111110100011111111000011111111", "label": {"final": ["1_1", "0_4", "1_7", "0_5", "1_4", "0_6", "1_9", "0_2", "1_4", "0_3", "1_7", "0_9", "1_5", "0_6", "1_7", "0_1", "1_1", "0_3", "1_8", "0_4", "1_8"], "init": "", "intermediate": [["1_1"], ["1_1", "0_4"], ["1_1", "0_4", "1_7"], ["1_1", "0_4", "1_7", "0_5"], ["1_1", "0_4", "1_7", "0_5", "1_4"], ["1_1", "0_4", "1_7", "0_5", "1_4", "0_6"], ["1_1", "0_4", "1_7", "0_5", "1_4", "0_6", "1_9"], ["1_1", "0_4", "1_7", "0_5", "1_4", "0_6", "1_9", "0_2"], ["1_1", "0_4", "1_7", "0_5", "1_4", "0_6", "1_9", "0_2", "1_4"], ["1_1", "0_4", "1_7", "0_5", "1_4", "0_6", "1_9", "0_2", "1_4", "0_3"], ["1_1", "0_4", "1_7", "0_5", "1_4", "0_6", "1_9", "0_2", "1_4", "0_3", "1_7"], ["1_1", "0_4", "1_7", "0_5", "1_4", "0_6", "1_9", "0_2", "1_4", "0_3", "1_7", "0_9"], ["1_1", "0_4", "1_7", "0_5", "1_4", "0_6", "1_9", "0_2", "1_4", "0_3", "1_7", "0_9", "1_5"], ["1_1", "0_4", "1_7", "0_5", "1_4", "0_6", "1_9", "0_2", "1_4", "0_3", "1_7", "0_9", "1_5", "0_6"], ["1_1", "0_4", "1_7", "0_5", "1_4", "0_6", "1_9", "0_2", "1_4", "0_3", "1_7", "0_9", "1_5", "0_6", "1_7"], ["1_1", "0_4", "1_7", "0_5", "1_4", "0_6", "1_9", "0_2", "1_4", "0_3", "1_7", "0_9", "1_5", "0_6", "1_7", "0_1"], ["1_1", "0_4", "1_7", "0_5", "1_4", "0_6", "1_9", "0_2", "1_4", "0_3", "1_7", "0_9", "1_5", "0_6", "1_7", "0_1", "1_1"], ["1_1", "0_4", "1_7", "0_5", "1_4", "0_6", "1_9", "0_2", "1_4", "0_3", "1_7", "0_9", "1_5", "0_6", "1_7", "0_1", "1_1", "0_3"], ["1_1", "0_4", "1_7", "0_5", "1_4", "0_6", "1_9", "0_2", "1_4", "0_3", "1_7", "0_9", "1_5", "0_6", "1_7", "0_1", "1_1", "0_3", "1_8"], ["1_1", "0_4", "1_7", "0_5", "1_4", "0_6", "1_9", "0_2", "1_4", "0_3", "1_7", "0_9", "1_5", "0_6", "1_7", "0_1", "1_1", "0_3", "1_8", "0_4"]]}, "config": {"num_divisions": 21, "string": "10000111111100000111100000011111111100111100011111110000000001111100000011111110100011111111000011111111"}, "task_name": "task07", "example_name": "0196", "problem_name": "task07_0196"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0010000000011111100000111111000000000111111101111111100000000110111111101111110000000001111000000111111110000", "label": {"final": ["0_2", "1_1", "0_8", "1_6", "0_5", "1_6", "0_9", "1_7", "0_1", "1_8", "0_8", "1_2", "0_1", "1_7", "0_1", "1_6", "0_9", "1_4", "0_6", "1_8", "0_4"], "init": "", "intermediate": [["0_2"], ["0_2", "1_1"], ["0_2", "1_1", "0_8"], ["0_2", "1_1", "0_8", "1_6"], ["0_2", "1_1", "0_8", "1_6", "0_5"], ["0_2", "1_1", "0_8", "1_6", "0_5", "1_6"], ["0_2", "1_1", "0_8", "1_6", "0_5", "1_6", "0_9"], ["0_2", "1_1", "0_8", "1_6", "0_5", "1_6", "0_9", "1_7"], ["0_2", "1_1", "0_8", "1_6", "0_5", "1_6", "0_9", "1_7", "0_1"], ["0_2", "1_1", "0_8", "1_6", "0_5", "1_6", "0_9", "1_7", "0_1", "1_8"], ["0_2", "1_1", "0_8", "1_6", "0_5", "1_6", "0_9", "1_7", "0_1", "1_8", "0_8"], ["0_2", "1_1", "0_8", "1_6", "0_5", "1_6", "0_9", "1_7", "0_1", "1_8", "0_8", "1_2"], ["0_2", "1_1", "0_8", "1_6", "0_5", "1_6", "0_9", "1_7", "0_1", "1_8", "0_8", "1_2", "0_1"], ["0_2", "1_1", "0_8", "1_6", "0_5", "1_6", "0_9", "1_7", "0_1", "1_8", "0_8", "1_2", "0_1", "1_7"], ["0_2", "1_1", "0_8", "1_6", "0_5", "1_6", "0_9", "1_7", "0_1", "1_8", "0_8", "1_2", "0_1", "1_7", "0_1"], ["0_2", "1_1", "0_8", "1_6", "0_5", "1_6", "0_9", "1_7", "0_1", "1_8", "0_8", "1_2", "0_1", "1_7", "0_1", "1_6"], ["0_2", "1_1", "0_8", "1_6", "0_5", "1_6", "0_9", "1_7", "0_1", "1_8", "0_8", "1_2", "0_1", "1_7", "0_1", "1_6", "0_9"], ["0_2", "1_1", "0_8", "1_6", "0_5", "1_6", "0_9", "1_7", "0_1", "1_8", "0_8", "1_2", "0_1", "1_7", "0_1", "1_6", "0_9", "1_4"], ["0_2", "1_1", "0_8", "1_6", "0_5", "1_6", "0_9", "1_7", "0_1", "1_8", "0_8", "1_2", "0_1", "1_7", "0_1", "1_6", "0_9", "1_4", "0_6"], ["0_2", "1_1", "0_8", "1_6", "0_5", "1_6", "0_9", "1_7", "0_1", "1_8", "0_8", "1_2", "0_1", "1_7", "0_1", "1_6", "0_9", "1_4", "0_6", "1_8"]]}, "config": {"num_divisions": 21, "string": "0010000000011111100000111111000000000111111101111111100000000110111111101111110000000001111000000111111110000"}, "task_name": "task07", "example_name": "0197", "problem_name": "task07_0197"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111000001000011111110001111111110000000011111000000000111111111000000111110000001111100111100001111110000000111111", "label": {"final": ["1_6", "0_5", "1_1", "0_4", "1_7", "0_3", "1_9", "0_8", "1_5", "0_9", "1_9", "0_6", "1_5", "0_6", "1_5", "0_2", "1_4", "0_4", "1_6", "0_7", "1_6"], "init": "", "intermediate": [["1_6"], ["1_6", "0_5"], ["1_6", "0_5", "1_1"], ["1_6", "0_5", "1_1", "0_4"], ["1_6", "0_5", "1_1", "0_4", "1_7"], ["1_6", "0_5", "1_1", "0_4", "1_7", "0_3"], ["1_6", "0_5", "1_1", "0_4", "1_7", "0_3", "1_9"], ["1_6", "0_5", "1_1", "0_4", "1_7", "0_3", "1_9", "0_8"], ["1_6", "0_5", "1_1", "0_4", "1_7", "0_3", "1_9", "0_8", "1_5"], ["1_6", "0_5", "1_1", "0_4", "1_7", "0_3", "1_9", "0_8", "1_5", "0_9"], ["1_6", "0_5", "1_1", "0_4", "1_7", "0_3", "1_9", "0_8", "1_5", "0_9", "1_9"], ["1_6", "0_5", "1_1", "0_4", "1_7", "0_3", "1_9", "0_8", "1_5", "0_9", "1_9", "0_6"], ["1_6", "0_5", "1_1", "0_4", "1_7", "0_3", "1_9", "0_8", "1_5", "0_9", "1_9", "0_6", "1_5"], ["1_6", "0_5", "1_1", "0_4", "1_7", "0_3", "1_9", "0_8", "1_5", "0_9", "1_9", "0_6", "1_5", "0_6"], ["1_6", "0_5", "1_1", "0_4", "1_7", "0_3", "1_9", "0_8", "1_5", "0_9", "1_9", "0_6", "1_5", "0_6", "1_5"], ["1_6", "0_5", "1_1", "0_4", "1_7", "0_3", "1_9", "0_8", "1_5", "0_9", "1_9", "0_6", "1_5", "0_6", "1_5", "0_2"], ["1_6", "0_5", "1_1", "0_4", "1_7", "0_3", "1_9", "0_8", "1_5", "0_9", "1_9", "0_6", "1_5", "0_6", "1_5", "0_2", "1_4"], ["1_6", "0_5", "1_1", "0_4", "1_7", "0_3", "1_9", "0_8", "1_5", "0_9", "1_9", "0_6", "1_5", "0_6", "1_5", "0_2", "1_4", "0_4"], ["1_6", "0_5", "1_1", "0_4", "1_7", "0_3", "1_9", "0_8", "1_5", "0_9", "1_9", "0_6", "1_5", "0_6", "1_5", "0_2", "1_4", "0_4", "1_6"], ["1_6", "0_5", "1_1", "0_4", "1_7", "0_3", "1_9", "0_8", "1_5", "0_9", "1_9", "0_6", "1_5", "0_6", "1_5", "0_2", "1_4", "0_4", "1_6", "0_7"]]}, "config": {"num_divisions": 21, "string": "111111000001000011111110001111111110000000011111000000000111111111000000111110000001111100111100001111110000000111111"}, "task_name": "task07", "example_name": "0198", "problem_name": "task07_0198"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111000000011101111110000000111111110000111101111111110000000001111111110010000000111111110000001111100000001", "label": {"final": ["1_3", "0_7", "1_3", "0_1", "1_6", "0_7", "1_8", "0_4", "1_4", "0_1", "1_9", "0_9", "1_9", "0_2", "1_1", "0_7", "1_8", "0_6", "1_5", "0_7", "1_1"], "init": "", "intermediate": [["1_3"], ["1_3", "0_7"], ["1_3", "0_7", "1_3"], ["1_3", "0_7", "1_3", "0_1"], ["1_3", "0_7", "1_3", "0_1", "1_6"], ["1_3", "0_7", "1_3", "0_1", "1_6", "0_7"], ["1_3", "0_7", "1_3", "0_1", "1_6", "0_7", "1_8"], ["1_3", "0_7", "1_3", "0_1", "1_6", "0_7", "1_8", "0_4"], ["1_3", "0_7", "1_3", "0_1", "1_6", "0_7", "1_8", "0_4", "1_4"], ["1_3", "0_7", "1_3", "0_1", "1_6", "0_7", "1_8", "0_4", "1_4", "0_1"], ["1_3", "0_7", "1_3", "0_1", "1_6", "0_7", "1_8", "0_4", "1_4", "0_1", "1_9"], ["1_3", "0_7", "1_3", "0_1", "1_6", "0_7", "1_8", "0_4", "1_4", "0_1", "1_9", "0_9"], ["1_3", "0_7", "1_3", "0_1", "1_6", "0_7", "1_8", "0_4", "1_4", "0_1", "1_9", "0_9", "1_9"], ["1_3", "0_7", "1_3", "0_1", "1_6", "0_7", "1_8", "0_4", "1_4", "0_1", "1_9", "0_9", "1_9", "0_2"], ["1_3", "0_7", "1_3", "0_1", "1_6", "0_7", "1_8", "0_4", "1_4", "0_1", "1_9", "0_9", "1_9", "0_2", "1_1"], ["1_3", "0_7", "1_3", "0_1", "1_6", "0_7", "1_8", "0_4", "1_4", "0_1", "1_9", "0_9", "1_9", "0_2", "1_1", "0_7"], ["1_3", "0_7", "1_3", "0_1", "1_6", "0_7", "1_8", "0_4", "1_4", "0_1", "1_9", "0_9", "1_9", "0_2", "1_1", "0_7", "1_8"], ["1_3", "0_7", "1_3", "0_1", "1_6", "0_7", "1_8", "0_4", "1_4", "0_1", "1_9", "0_9", "1_9", "0_2", "1_1", "0_7", "1_8", "0_6"], ["1_3", "0_7", "1_3", "0_1", "1_6", "0_7", "1_8", "0_4", "1_4", "0_1", "1_9", "0_9", "1_9", "0_2", "1_1", "0_7", "1_8", "0_6", "1_5"], ["1_3", "0_7", "1_3", "0_1", "1_6", "0_7", "1_8", "0_4", "1_4", "0_1", "1_9", "0_9", "1_9", "0_2", "1_1", "0_7", "1_8", "0_6", "1_5", "0_7"]]}, "config": {"num_divisions": 21, "string": "111000000011101111110000000111111110000111101111111110000000001111111110010000000111111110000001111100000001"}, "task_name": "task07", "example_name": "0199", "problem_name": "task07_0199"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000001100011111000000100000000111111111011111111000001111010111111111000000000111111000001110000001", "label": {"final": ["0_5", "1_2", "0_3", "1_5", "0_6", "1_1", "0_8", "1_9", "0_1", "1_8", "0_5", "1_4", "0_1", "1_1", "0_1", "1_9", "0_9", "1_6", "0_5", "1_3", "0_6", "1_1"], "init": "", "intermediate": [["0_5"], ["0_5", "1_2"], ["0_5", "1_2", "0_3"], ["0_5", "1_2", "0_3", "1_5"], ["0_5", "1_2", "0_3", "1_5", "0_6"], ["0_5", "1_2", "0_3", "1_5", "0_6", "1_1"], ["0_5", "1_2", "0_3", "1_5", "0_6", "1_1", "0_8"], ["0_5", "1_2", "0_3", "1_5", "0_6", "1_1", "0_8", "1_9"], ["0_5", "1_2", "0_3", "1_5", "0_6", "1_1", "0_8", "1_9", "0_1"], ["0_5", "1_2", "0_3", "1_5", "0_6", "1_1", "0_8", "1_9", "0_1", "1_8"], ["0_5", "1_2", "0_3", "1_5", "0_6", "1_1", "0_8", "1_9", "0_1", "1_8", "0_5"], ["0_5", "1_2", "0_3", "1_5", "0_6", "1_1", "0_8", "1_9", "0_1", "1_8", "0_5", "1_4"], ["0_5", "1_2", "0_3", "1_5", "0_6", "1_1", "0_8", "1_9", "0_1", "1_8", "0_5", "1_4", "0_1"], ["0_5", "1_2", "0_3", "1_5", "0_6", "1_1", "0_8", "1_9", "0_1", "1_8", "0_5", "1_4", "0_1", "1_1"], ["0_5", "1_2", "0_3", "1_5", "0_6", "1_1", "0_8", "1_9", "0_1", "1_8", "0_5", "1_4", "0_1", "1_1", "0_1"], ["0_5", "1_2", "0_3", "1_5", "0_6", "1_1", "0_8", "1_9", "0_1", "1_8", "0_5", "1_4", "0_1", "1_1", "0_1", "1_9"], ["0_5", "1_2", "0_3", "1_5", "0_6", "1_1", "0_8", "1_9", "0_1", "1_8", "0_5", "1_4", "0_1", "1_1", "0_1", "1_9", "0_9"], ["0_5", "1_2", "0_3", "1_5", "0_6", "1_1", "0_8", "1_9", "0_1", "1_8", "0_5", "1_4", "0_1", "1_1", "0_1", "1_9", "0_9", "1_6"], ["0_5", "1_2", "0_3", "1_5", "0_6", "1_1", "0_8", "1_9", "0_1", "1_8", "0_5", "1_4", "0_1", "1_1", "0_1", "1_9", "0_9", "1_6", "0_5"], ["0_5", "1_2", "0_3", "1_5", "0_6", "1_1", "0_8", "1_9", "0_1", "1_8", "0_5", "1_4", "0_1", "1_1", "0_1", "1_9", "0_9", "1_6", "0_5", "1_3"], ["0_5", "1_2", "0_3", "1_5", "0_6", "1_1", "0_8", "1_9", "0_1", "1_8", "0_5", "1_4", "0_1", "1_1", "0_1", "1_9", "0_9", "1_6", "0_5", "1_3", "0_6"]]}, "config": {"num_divisions": 22, "string": "000001100011111000000100000000111111111011111111000001111010111111111000000000111111000001110000001"}, "task_name": "task07", "example_name": "0200", "problem_name": "task07_0200"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000000111011111001111111101100000000111110000000111000000000100000111110000000011111110000000111100001", "label": {"final": ["0_7", "1_3", "0_1", "1_5", "0_2", "1_8", "0_1", "1_2", "0_8", "1_5", "0_7", "1_3", "0_9", "1_1", "0_5", "1_5", "0_8", "1_7", "0_7", "1_4", "0_4", "1_1"], "init": "", "intermediate": [["0_7"], ["0_7", "1_3"], ["0_7", "1_3", "0_1"], ["0_7", "1_3", "0_1", "1_5"], ["0_7", "1_3", "0_1", "1_5", "0_2"], ["0_7", "1_3", "0_1", "1_5", "0_2", "1_8"], ["0_7", "1_3", "0_1", "1_5", "0_2", "1_8", "0_1"], ["0_7", "1_3", "0_1", "1_5", "0_2", "1_8", "0_1", "1_2"], ["0_7", "1_3", "0_1", "1_5", "0_2", "1_8", "0_1", "1_2", "0_8"], ["0_7", "1_3", "0_1", "1_5", "0_2", "1_8", "0_1", "1_2", "0_8", "1_5"], ["0_7", "1_3", "0_1", "1_5", "0_2", "1_8", "0_1", "1_2", "0_8", "1_5", "0_7"], ["0_7", "1_3", "0_1", "1_5", "0_2", "1_8", "0_1", "1_2", "0_8", "1_5", "0_7", "1_3"], ["0_7", "1_3", "0_1", "1_5", "0_2", "1_8", "0_1", "1_2", "0_8", "1_5", "0_7", "1_3", "0_9"], ["0_7", "1_3", "0_1", "1_5", "0_2", "1_8", "0_1", "1_2", "0_8", "1_5", "0_7", "1_3", "0_9", "1_1"], ["0_7", "1_3", "0_1", "1_5", "0_2", "1_8", "0_1", "1_2", "0_8", "1_5", "0_7", "1_3", "0_9", "1_1", "0_5"], ["0_7", "1_3", "0_1", "1_5", "0_2", "1_8", "0_1", "1_2", "0_8", "1_5", "0_7", "1_3", "0_9", "1_1", "0_5", "1_5"], ["0_7", "1_3", "0_1", "1_5", "0_2", "1_8", "0_1", "1_2", "0_8", "1_5", "0_7", "1_3", "0_9", "1_1", "0_5", "1_5", "0_8"], ["0_7", "1_3", "0_1", "1_5", "0_2", "1_8", "0_1", "1_2", "0_8", "1_5", "0_7", "1_3", "0_9", "1_1", "0_5", "1_5", "0_8", "1_7"], ["0_7", "1_3", "0_1", "1_5", "0_2", "1_8", "0_1", "1_2", "0_8", "1_5", "0_7", "1_3", "0_9", "1_1", "0_5", "1_5", "0_8", "1_7", "0_7"], ["0_7", "1_3", "0_1", "1_5", "0_2", "1_8", "0_1", "1_2", "0_8", "1_5", "0_7", "1_3", "0_9", "1_1", "0_5", "1_5", "0_8", "1_7", "0_7", "1_4"], ["0_7", "1_3", "0_1", "1_5", "0_2", "1_8", "0_1", "1_2", "0_8", "1_5", "0_7", "1_3", "0_9", "1_1", "0_5", "1_5", "0_8", "1_7", "0_7", "1_4", "0_4"]]}, "config": {"num_divisions": 22, "string": "0000000111011111001111111101100000000111110000000111000000000100000111110000000011111110000000111100001"}, "task_name": "task07", "example_name": "0201", "problem_name": "task07_0201"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111000111111100000000011111110011111100000000111100010100101000000000111100000111111000", "label": {"final": ["1_3", "0_3", "1_7", "0_9", "1_7", "0_2", "1_6", "0_8", "1_4", "0_3", "1_1", "0_1", "1_1", "0_2", "1_1", "0_1", "1_1", "0_9", "1_4", "0_5", "1_6", "0_3"], "init": "", "intermediate": [["1_3"], ["1_3", "0_3"], ["1_3", "0_3", "1_7"], ["1_3", "0_3", "1_7", "0_9"], ["1_3", "0_3", "1_7", "0_9", "1_7"], ["1_3", "0_3", "1_7", "0_9", "1_7", "0_2"], ["1_3", "0_3", "1_7", "0_9", "1_7", "0_2", "1_6"], ["1_3", "0_3", "1_7", "0_9", "1_7", "0_2", "1_6", "0_8"], ["1_3", "0_3", "1_7", "0_9", "1_7", "0_2", "1_6", "0_8", "1_4"], ["1_3", "0_3", "1_7", "0_9", "1_7", "0_2", "1_6", "0_8", "1_4", "0_3"], ["1_3", "0_3", "1_7", "0_9", "1_7", "0_2", "1_6", "0_8", "1_4", "0_3", "1_1"], ["1_3", "0_3", "1_7", "0_9", "1_7", "0_2", "1_6", "0_8", "1_4", "0_3", "1_1", "0_1"], ["1_3", "0_3", "1_7", "0_9", "1_7", "0_2", "1_6", "0_8", "1_4", "0_3", "1_1", "0_1", "1_1"], ["1_3", "0_3", "1_7", "0_9", "1_7", "0_2", "1_6", "0_8", "1_4", "0_3", "1_1", "0_1", "1_1", "0_2"], ["1_3", "0_3", "1_7", "0_9", "1_7", "0_2", "1_6", "0_8", "1_4", "0_3", "1_1", "0_1", "1_1", "0_2", "1_1"], ["1_3", "0_3", "1_7", "0_9", "1_7", "0_2", "1_6", "0_8", "1_4", "0_3", "1_1", "0_1", "1_1", "0_2", "1_1", "0_1"], ["1_3", "0_3", "1_7", "0_9", "1_7", "0_2", "1_6", "0_8", "1_4", "0_3", "1_1", "0_1", "1_1", "0_2", "1_1", "0_1", "1_1"], ["1_3", "0_3", "1_7", "0_9", "1_7", "0_2", "1_6", "0_8", "1_4", "0_3", "1_1", "0_1", "1_1", "0_2", "1_1", "0_1", "1_1", "0_9"], ["1_3", "0_3", "1_7", "0_9", "1_7", "0_2", "1_6", "0_8", "1_4", "0_3", "1_1", "0_1", "1_1", "0_2", "1_1", "0_1", "1_1", "0_9", "1_4"], ["1_3", "0_3", "1_7", "0_9", "1_7", "0_2", "1_6", "0_8", "1_4", "0_3", "1_1", "0_1", "1_1", "0_2", "1_1", "0_1", "1_1", "0_9", "1_4", "0_5"], ["1_3", "0_3", "1_7", "0_9", "1_7", "0_2", "1_6", "0_8", "1_4", "0_3", "1_1", "0_1", "1_1", "0_2", "1_1", "0_1", "1_1", "0_9", "1_4", "0_5", "1_6"]]}, "config": {"num_divisions": 22, "string": "111000111111100000000011111110011111100000000111100010100101000000000111100000111111000"}, "task_name": "task07", "example_name": "0202", "problem_name": "task07_0202"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00000011111110000000010111110011111000000001110000000111111000000011111111000011111000000000111111100000000111100001111", "label": {"final": ["0_6", "1_7", "0_8", "1_1", "0_1", "1_5", "0_2", "1_5", "0_8", "1_3", "0_7", "1_6", "0_7", "1_8", "0_4", "1_5", "0_9", "1_7", "0_8", "1_4", "0_4", "1_4"], "init": "", "intermediate": [["0_6"], ["0_6", "1_7"], ["0_6", "1_7", "0_8"], ["0_6", "1_7", "0_8", "1_1"], ["0_6", "1_7", "0_8", "1_1", "0_1"], ["0_6", "1_7", "0_8", "1_1", "0_1", "1_5"], ["0_6", "1_7", "0_8", "1_1", "0_1", "1_5", "0_2"], ["0_6", "1_7", "0_8", "1_1", "0_1", "1_5", "0_2", "1_5"], ["0_6", "1_7", "0_8", "1_1", "0_1", "1_5", "0_2", "1_5", "0_8"], ["0_6", "1_7", "0_8", "1_1", "0_1", "1_5", "0_2", "1_5", "0_8", "1_3"], ["0_6", "1_7", "0_8", "1_1", "0_1", "1_5", "0_2", "1_5", "0_8", "1_3", "0_7"], ["0_6", "1_7", "0_8", "1_1", "0_1", "1_5", "0_2", "1_5", "0_8", "1_3", "0_7", "1_6"], ["0_6", "1_7", "0_8", "1_1", "0_1", "1_5", "0_2", "1_5", "0_8", "1_3", "0_7", "1_6", "0_7"], ["0_6", "1_7", "0_8", "1_1", "0_1", "1_5", "0_2", "1_5", "0_8", "1_3", "0_7", "1_6", "0_7", "1_8"], ["0_6", "1_7", "0_8", "1_1", "0_1", "1_5", "0_2", "1_5", "0_8", "1_3", "0_7", "1_6", "0_7", "1_8", "0_4"], ["0_6", "1_7", "0_8", "1_1", "0_1", "1_5", "0_2", "1_5", "0_8", "1_3", "0_7", "1_6", "0_7", "1_8", "0_4", "1_5"], ["0_6", "1_7", "0_8", "1_1", "0_1", "1_5", "0_2", "1_5", "0_8", "1_3", "0_7", "1_6", "0_7", "1_8", "0_4", "1_5", "0_9"], ["0_6", "1_7", "0_8", "1_1", "0_1", "1_5", "0_2", "1_5", "0_8", "1_3", "0_7", "1_6", "0_7", "1_8", "0_4", "1_5", "0_9", "1_7"], ["0_6", "1_7", "0_8", "1_1", "0_1", "1_5", "0_2", "1_5", "0_8", "1_3", "0_7", "1_6", "0_7", "1_8", "0_4", "1_5", "0_9", "1_7", "0_8"], ["0_6", "1_7", "0_8", "1_1", "0_1", "1_5", "0_2", "1_5", "0_8", "1_3", "0_7", "1_6", "0_7", "1_8", "0_4", "1_5", "0_9", "1_7", "0_8", "1_4"], ["0_6", "1_7", "0_8", "1_1", "0_1", "1_5", "0_2", "1_5", "0_8", "1_3", "0_7", "1_6", "0_7", "1_8", "0_4", "1_5", "0_9", "1_7", "0_8", "1_4", "0_4"]]}, "config": {"num_divisions": 22, "string": "00000011111110000000010111110011111000000001110000000111111000000011111111000011111000000000111111100000000111100001111"}, "task_name": "task07", "example_name": "0203", "problem_name": "task07_0203"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111000011111100000011111111100000001111111110000011111111100000111000011111110001111000000011110000001111111101111111110000000", "label": {"final": ["1_5", "0_4", "1_6", "0_6", "1_9", "0_7", "1_9", "0_5", "1_9", "0_5", "1_3", "0_4", "1_7", "0_3", "1_4", "0_7", "1_4", "0_6", "1_8", "0_1", "1_9", "0_7"], "init": "", "intermediate": [["1_5"], ["1_5", "0_4"], ["1_5", "0_4", "1_6"], ["1_5", "0_4", "1_6", "0_6"], ["1_5", "0_4", "1_6", "0_6", "1_9"], ["1_5", "0_4", "1_6", "0_6", "1_9", "0_7"], ["1_5", "0_4", "1_6", "0_6", "1_9", "0_7", "1_9"], ["1_5", "0_4", "1_6", "0_6", "1_9", "0_7", "1_9", "0_5"], ["1_5", "0_4", "1_6", "0_6", "1_9", "0_7", "1_9", "0_5", "1_9"], ["1_5", "0_4", "1_6", "0_6", "1_9", "0_7", "1_9", "0_5", "1_9", "0_5"], ["1_5", "0_4", "1_6", "0_6", "1_9", "0_7", "1_9", "0_5", "1_9", "0_5", "1_3"], ["1_5", "0_4", "1_6", "0_6", "1_9", "0_7", "1_9", "0_5", "1_9", "0_5", "1_3", "0_4"], ["1_5", "0_4", "1_6", "0_6", "1_9", "0_7", "1_9", "0_5", "1_9", "0_5", "1_3", "0_4", "1_7"], ["1_5", "0_4", "1_6", "0_6", "1_9", "0_7", "1_9", "0_5", "1_9", "0_5", "1_3", "0_4", "1_7", "0_3"], ["1_5", "0_4", "1_6", "0_6", "1_9", "0_7", "1_9", "0_5", "1_9", "0_5", "1_3", "0_4", "1_7", "0_3", "1_4"], ["1_5", "0_4", "1_6", "0_6", "1_9", "0_7", "1_9", "0_5", "1_9", "0_5", "1_3", "0_4", "1_7", "0_3", "1_4", "0_7"], ["1_5", "0_4", "1_6", "0_6", "1_9", "0_7", "1_9", "0_5", "1_9", "0_5", "1_3", "0_4", "1_7", "0_3", "1_4", "0_7", "1_4"], ["1_5", "0_4", "1_6", "0_6", "1_9", "0_7", "1_9", "0_5", "1_9", "0_5", "1_3", "0_4", "1_7", "0_3", "1_4", "0_7", "1_4", "0_6"], ["1_5", "0_4", "1_6", "0_6", "1_9", "0_7", "1_9", "0_5", "1_9", "0_5", "1_3", "0_4", "1_7", "0_3", "1_4", "0_7", "1_4", "0_6", "1_8"], ["1_5", "0_4", "1_6", "0_6", "1_9", "0_7", "1_9", "0_5", "1_9", "0_5", "1_3", "0_4", "1_7", "0_3", "1_4", "0_7", "1_4", "0_6", "1_8", "0_1"], ["1_5", "0_4", "1_6", "0_6", "1_9", "0_7", "1_9", "0_5", "1_9", "0_5", "1_3", "0_4", "1_7", "0_3", "1_4", "0_7", "1_4", "0_6", "1_8", "0_1", "1_9"]]}, "config": {"num_divisions": 22, "string": "11111000011111100000011111111100000001111111110000011111111100000111000011111110001111000000011110000001111111101111111110000000"}, "task_name": "task07", "example_name": "0204", "problem_name": "task07_0204"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111111100011100111110010000000001111100011111111101000000000110000000001000000000111111111000000001100", "label": {"final": ["1_8", "0_3", "1_3", "0_2", "1_5", "0_2", "1_1", "0_9", "1_5", "0_3", "1_9", "0_1", "1_1", "0_9", "1_2", "0_9", "1_1", "0_9", "1_9", "0_8", "1_2", "0_2"], "init": "", "intermediate": [["1_8"], ["1_8", "0_3"], ["1_8", "0_3", "1_3"], ["1_8", "0_3", "1_3", "0_2"], ["1_8", "0_3", "1_3", "0_2", "1_5"], ["1_8", "0_3", "1_3", "0_2", "1_5", "0_2"], ["1_8", "0_3", "1_3", "0_2", "1_5", "0_2", "1_1"], ["1_8", "0_3", "1_3", "0_2", "1_5", "0_2", "1_1", "0_9"], ["1_8", "0_3", "1_3", "0_2", "1_5", "0_2", "1_1", "0_9", "1_5"], ["1_8", "0_3", "1_3", "0_2", "1_5", "0_2", "1_1", "0_9", "1_5", "0_3"], ["1_8", "0_3", "1_3", "0_2", "1_5", "0_2", "1_1", "0_9", "1_5", "0_3", "1_9"], ["1_8", "0_3", "1_3", "0_2", "1_5", "0_2", "1_1", "0_9", "1_5", "0_3", "1_9", "0_1"], ["1_8", "0_3", "1_3", "0_2", "1_5", "0_2", "1_1", "0_9", "1_5", "0_3", "1_9", "0_1", "1_1"], ["1_8", "0_3", "1_3", "0_2", "1_5", "0_2", "1_1", "0_9", "1_5", "0_3", "1_9", "0_1", "1_1", "0_9"], ["1_8", "0_3", "1_3", "0_2", "1_5", "0_2", "1_1", "0_9", "1_5", "0_3", "1_9", "0_1", "1_1", "0_9", "1_2"], ["1_8", "0_3", "1_3", "0_2", "1_5", "0_2", "1_1", "0_9", "1_5", "0_3", "1_9", "0_1", "1_1", "0_9", "1_2", "0_9"], ["1_8", "0_3", "1_3", "0_2", "1_5", "0_2", "1_1", "0_9", "1_5", "0_3", "1_9", "0_1", "1_1", "0_9", "1_2", "0_9", "1_1"], ["1_8", "0_3", "1_3", "0_2", "1_5", "0_2", "1_1", "0_9", "1_5", "0_3", "1_9", "0_1", "1_1", "0_9", "1_2", "0_9", "1_1", "0_9"], ["1_8", "0_3", "1_3", "0_2", "1_5", "0_2", "1_1", "0_9", "1_5", "0_3", "1_9", "0_1", "1_1", "0_9", "1_2", "0_9", "1_1", "0_9", "1_9"], ["1_8", "0_3", "1_3", "0_2", "1_5", "0_2", "1_1", "0_9", "1_5", "0_3", "1_9", "0_1", "1_1", "0_9", "1_2", "0_9", "1_1", "0_9", "1_9", "0_8"], ["1_8", "0_3", "1_3", "0_2", "1_5", "0_2", "1_1", "0_9", "1_5", "0_3", "1_9", "0_1", "1_1", "0_9", "1_2", "0_9", "1_1", "0_9", "1_9", "0_8", "1_2"]]}, "config": {"num_divisions": 22, "string": "1111111100011100111110010000000001111100011111111101000000000110000000001000000000111111111000000001100"}, "task_name": "task07", "example_name": "0205", "problem_name": "task07_0205"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000001111110001111110001111111001110000000011111000001111111100000111000000000111111110000111111000111100000000111111111", "label": {"final": ["0_5", "1_6", "0_3", "1_6", "0_3", "1_7", "0_2", "1_3", "0_8", "1_5", "0_5", "1_8", "0_5", "1_3", "0_9", "1_8", "0_4", "1_6", "0_3", "1_4", "0_8", "1_9"], "init": "", "intermediate": [["0_5"], ["0_5", "1_6"], ["0_5", "1_6", "0_3"], ["0_5", "1_6", "0_3", "1_6"], ["0_5", "1_6", "0_3", "1_6", "0_3"], ["0_5", "1_6", "0_3", "1_6", "0_3", "1_7"], ["0_5", "1_6", "0_3", "1_6", "0_3", "1_7", "0_2"], ["0_5", "1_6", "0_3", "1_6", "0_3", "1_7", "0_2", "1_3"], ["0_5", "1_6", "0_3", "1_6", "0_3", "1_7", "0_2", "1_3", "0_8"], ["0_5", "1_6", "0_3", "1_6", "0_3", "1_7", "0_2", "1_3", "0_8", "1_5"], ["0_5", "1_6", "0_3", "1_6", "0_3", "1_7", "0_2", "1_3", "0_8", "1_5", "0_5"], ["0_5", "1_6", "0_3", "1_6", "0_3", "1_7", "0_2", "1_3", "0_8", "1_5", "0_5", "1_8"], ["0_5", "1_6", "0_3", "1_6", "0_3", "1_7", "0_2", "1_3", "0_8", "1_5", "0_5", "1_8", "0_5"], ["0_5", "1_6", "0_3", "1_6", "0_3", "1_7", "0_2", "1_3", "0_8", "1_5", "0_5", "1_8", "0_5", "1_3"], ["0_5", "1_6", "0_3", "1_6", "0_3", "1_7", "0_2", "1_3", "0_8", "1_5", "0_5", "1_8", "0_5", "1_3", "0_9"], ["0_5", "1_6", "0_3", "1_6", "0_3", "1_7", "0_2", "1_3", "0_8", "1_5", "0_5", "1_8", "0_5", "1_3", "0_9", "1_8"], ["0_5", "1_6", "0_3", "1_6", "0_3", "1_7", "0_2", "1_3", "0_8", "1_5", "0_5", "1_8", "0_5", "1_3", "0_9", "1_8", "0_4"], ["0_5", "1_6", "0_3", "1_6", "0_3", "1_7", "0_2", "1_3", "0_8", "1_5", "0_5", "1_8", "0_5", "1_3", "0_9", "1_8", "0_4", "1_6"], ["0_5", "1_6", "0_3", "1_6", "0_3", "1_7", "0_2", "1_3", "0_8", "1_5", "0_5", "1_8", "0_5", "1_3", "0_9", "1_8", "0_4", "1_6", "0_3"], ["0_5", "1_6", "0_3", "1_6", "0_3", "1_7", "0_2", "1_3", "0_8", "1_5", "0_5", "1_8", "0_5", "1_3", "0_9", "1_8", "0_4", "1_6", "0_3", "1_4"], ["0_5", "1_6", "0_3", "1_6", "0_3", "1_7", "0_2", "1_3", "0_8", "1_5", "0_5", "1_8", "0_5", "1_3", "0_9", "1_8", "0_4", "1_6", "0_3", "1_4", "0_8"]]}, "config": {"num_divisions": 22, "string": "000001111110001111110001111111001110000000011111000001111111100000111000000000111111110000111111000111100000000111111111"}, "task_name": "task07", "example_name": "0206", "problem_name": "task07_0206"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111111110000101111111101111111101111111100000111111111010000000001100001111111101111100000000111100", "label": {"final": ["1_9", "0_4", "1_1", "0_1", "1_8", "0_1", "1_8", "0_1", "1_8", "0_5", "1_9", "0_1", "1_1", "0_9", "1_2", "0_4", "1_8", "0_1", "1_5", "0_8", "1_4", "0_2"], "init": "", "intermediate": [["1_9"], ["1_9", "0_4"], ["1_9", "0_4", "1_1"], ["1_9", "0_4", "1_1", "0_1"], ["1_9", "0_4", "1_1", "0_1", "1_8"], ["1_9", "0_4", "1_1", "0_1", "1_8", "0_1"], ["1_9", "0_4", "1_1", "0_1", "1_8", "0_1", "1_8"], ["1_9", "0_4", "1_1", "0_1", "1_8", "0_1", "1_8", "0_1"], ["1_9", "0_4", "1_1", "0_1", "1_8", "0_1", "1_8", "0_1", "1_8"], ["1_9", "0_4", "1_1", "0_1", "1_8", "0_1", "1_8", "0_1", "1_8", "0_5"], ["1_9", "0_4", "1_1", "0_1", "1_8", "0_1", "1_8", "0_1", "1_8", "0_5", "1_9"], ["1_9", "0_4", "1_1", "0_1", "1_8", "0_1", "1_8", "0_1", "1_8", "0_5", "1_9", "0_1"], ["1_9", "0_4", "1_1", "0_1", "1_8", "0_1", "1_8", "0_1", "1_8", "0_5", "1_9", "0_1", "1_1"], ["1_9", "0_4", "1_1", "0_1", "1_8", "0_1", "1_8", "0_1", "1_8", "0_5", "1_9", "0_1", "1_1", "0_9"], ["1_9", "0_4", "1_1", "0_1", "1_8", "0_1", "1_8", "0_1", "1_8", "0_5", "1_9", "0_1", "1_1", "0_9", "1_2"], ["1_9", "0_4", "1_1", "0_1", "1_8", "0_1", "1_8", "0_1", "1_8", "0_5", "1_9", "0_1", "1_1", "0_9", "1_2", "0_4"], ["1_9", "0_4", "1_1", "0_1", "1_8", "0_1", "1_8", "0_1", "1_8", "0_5", "1_9", "0_1", "1_1", "0_9", "1_2", "0_4", "1_8"], ["1_9", "0_4", "1_1", "0_1", "1_8", "0_1", "1_8", "0_1", "1_8", "0_5", "1_9", "0_1", "1_1", "0_9", "1_2", "0_4", "1_8", "0_1"], ["1_9", "0_4", "1_1", "0_1", "1_8", "0_1", "1_8", "0_1", "1_8", "0_5", "1_9", "0_1", "1_1", "0_9", "1_2", "0_4", "1_8", "0_1", "1_5"], ["1_9", "0_4", "1_1", "0_1", "1_8", "0_1", "1_8", "0_1", "1_8", "0_5", "1_9", "0_1", "1_1", "0_9", "1_2", "0_4", "1_8", "0_1", "1_5", "0_8"], ["1_9", "0_4", "1_1", "0_1", "1_8", "0_1", "1_8", "0_1", "1_8", "0_5", "1_9", "0_1", "1_1", "0_9", "1_2", "0_4", "1_8", "0_1", "1_5", "0_8", "1_4"]]}, "config": {"num_divisions": 22, "string": "1111111110000101111111101111111101111111100000111111111010000000001100001111111101111100000000111100"}, "task_name": "task07", "example_name": "0207", "problem_name": "task07_0207"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n100000011111111000000011111111010000010000000111011111100000000011111110000111111000000001111100000111100000000", "label": {"final": ["1_1", "0_6", "1_8", "0_7", "1_8", "0_1", "1_1", "0_5", "1_1", "0_7", "1_3", "0_1", "1_6", "0_9", "1_7", "0_4", "1_6", "0_8", "1_5", "0_5", "1_4", "0_8"], "init": "", "intermediate": [["1_1"], ["1_1", "0_6"], ["1_1", "0_6", "1_8"], ["1_1", "0_6", "1_8", "0_7"], ["1_1", "0_6", "1_8", "0_7", "1_8"], ["1_1", "0_6", "1_8", "0_7", "1_8", "0_1"], ["1_1", "0_6", "1_8", "0_7", "1_8", "0_1", "1_1"], ["1_1", "0_6", "1_8", "0_7", "1_8", "0_1", "1_1", "0_5"], ["1_1", "0_6", "1_8", "0_7", "1_8", "0_1", "1_1", "0_5", "1_1"], ["1_1", "0_6", "1_8", "0_7", "1_8", "0_1", "1_1", "0_5", "1_1", "0_7"], ["1_1", "0_6", "1_8", "0_7", "1_8", "0_1", "1_1", "0_5", "1_1", "0_7", "1_3"], ["1_1", "0_6", "1_8", "0_7", "1_8", "0_1", "1_1", "0_5", "1_1", "0_7", "1_3", "0_1"], ["1_1", "0_6", "1_8", "0_7", "1_8", "0_1", "1_1", "0_5", "1_1", "0_7", "1_3", "0_1", "1_6"], ["1_1", "0_6", "1_8", "0_7", "1_8", "0_1", "1_1", "0_5", "1_1", "0_7", "1_3", "0_1", "1_6", "0_9"], ["1_1", "0_6", "1_8", "0_7", "1_8", "0_1", "1_1", "0_5", "1_1", "0_7", "1_3", "0_1", "1_6", "0_9", "1_7"], ["1_1", "0_6", "1_8", "0_7", "1_8", "0_1", "1_1", "0_5", "1_1", "0_7", "1_3", "0_1", "1_6", "0_9", "1_7", "0_4"], ["1_1", "0_6", "1_8", "0_7", "1_8", "0_1", "1_1", "0_5", "1_1", "0_7", "1_3", "0_1", "1_6", "0_9", "1_7", "0_4", "1_6"], ["1_1", "0_6", "1_8", "0_7", "1_8", "0_1", "1_1", "0_5", "1_1", "0_7", "1_3", "0_1", "1_6", "0_9", "1_7", "0_4", "1_6", "0_8"], ["1_1", "0_6", "1_8", "0_7", "1_8", "0_1", "1_1", "0_5", "1_1", "0_7", "1_3", "0_1", "1_6", "0_9", "1_7", "0_4", "1_6", "0_8", "1_5"], ["1_1", "0_6", "1_8", "0_7", "1_8", "0_1", "1_1", "0_5", "1_1", "0_7", "1_3", "0_1", "1_6", "0_9", "1_7", "0_4", "1_6", "0_8", "1_5", "0_5"], ["1_1", "0_6", "1_8", "0_7", "1_8", "0_1", "1_1", "0_5", "1_1", "0_7", "1_3", "0_1", "1_6", "0_9", "1_7", "0_4", "1_6", "0_8", "1_5", "0_5", "1_4"]]}, "config": {"num_divisions": 22, "string": "100000011111111000000011111111010000010000000111011111100000000011111110000111111000000001111100000111100000000"}, "task_name": "task07", "example_name": "0208", "problem_name": "task07_0208"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00000111111100000000011111111001000000001111011111101110001111100111000011111111000111111111000001111", "label": {"final": ["0_5", "1_7", "0_9", "1_8", "0_2", "1_1", "0_8", "1_4", "0_1", "1_6", "0_1", "1_3", "0_3", "1_5", "0_2", "1_3", "0_4", "1_8", "0_3", "1_9", "0_5", "1_4"], "init": "", "intermediate": [["0_5"], ["0_5", "1_7"], ["0_5", "1_7", "0_9"], ["0_5", "1_7", "0_9", "1_8"], ["0_5", "1_7", "0_9", "1_8", "0_2"], ["0_5", "1_7", "0_9", "1_8", "0_2", "1_1"], ["0_5", "1_7", "0_9", "1_8", "0_2", "1_1", "0_8"], ["0_5", "1_7", "0_9", "1_8", "0_2", "1_1", "0_8", "1_4"], ["0_5", "1_7", "0_9", "1_8", "0_2", "1_1", "0_8", "1_4", "0_1"], ["0_5", "1_7", "0_9", "1_8", "0_2", "1_1", "0_8", "1_4", "0_1", "1_6"], ["0_5", "1_7", "0_9", "1_8", "0_2", "1_1", "0_8", "1_4", "0_1", "1_6", "0_1"], ["0_5", "1_7", "0_9", "1_8", "0_2", "1_1", "0_8", "1_4", "0_1", "1_6", "0_1", "1_3"], ["0_5", "1_7", "0_9", "1_8", "0_2", "1_1", "0_8", "1_4", "0_1", "1_6", "0_1", "1_3", "0_3"], ["0_5", "1_7", "0_9", "1_8", "0_2", "1_1", "0_8", "1_4", "0_1", "1_6", "0_1", "1_3", "0_3", "1_5"], ["0_5", "1_7", "0_9", "1_8", "0_2", "1_1", "0_8", "1_4", "0_1", "1_6", "0_1", "1_3", "0_3", "1_5", "0_2"], ["0_5", "1_7", "0_9", "1_8", "0_2", "1_1", "0_8", "1_4", "0_1", "1_6", "0_1", "1_3", "0_3", "1_5", "0_2", "1_3"], ["0_5", "1_7", "0_9", "1_8", "0_2", "1_1", "0_8", "1_4", "0_1", "1_6", "0_1", "1_3", "0_3", "1_5", "0_2", "1_3", "0_4"], ["0_5", "1_7", "0_9", "1_8", "0_2", "1_1", "0_8", "1_4", "0_1", "1_6", "0_1", "1_3", "0_3", "1_5", "0_2", "1_3", "0_4", "1_8"], ["0_5", "1_7", "0_9", "1_8", "0_2", "1_1", "0_8", "1_4", "0_1", "1_6", "0_1", "1_3", "0_3", "1_5", "0_2", "1_3", "0_4", "1_8", "0_3"], ["0_5", "1_7", "0_9", "1_8", "0_2", "1_1", "0_8", "1_4", "0_1", "1_6", "0_1", "1_3", "0_3", "1_5", "0_2", "1_3", "0_4", "1_8", "0_3", "1_9"], ["0_5", "1_7", "0_9", "1_8", "0_2", "1_1", "0_8", "1_4", "0_1", "1_6", "0_1", "1_3", "0_3", "1_5", "0_2", "1_3", "0_4", "1_8", "0_3", "1_9", "0_5"]]}, "config": {"num_divisions": 22, "string": "00000111111100000000011111111001000000001111011111101110001111100111000011111111000111111111000001111"}, "task_name": "task07", "example_name": "0209", "problem_name": "task07_0209"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000000111111110000111111111000011111000001111100000000011110000001111111000000011111100111110000000011111110000011111100011111100000000", "label": {"final": ["0_6", "1_8", "0_4", "1_9", "0_4", "1_5", "0_5", "1_5", "0_9", "1_4", "0_6", "1_7", "0_7", "1_6", "0_2", "1_5", "0_8", "1_7", "0_5", "1_6", "0_3", "1_6", "0_8"], "init": "", "intermediate": [["0_6"], ["0_6", "1_8"], ["0_6", "1_8", "0_4"], ["0_6", "1_8", "0_4", "1_9"], ["0_6", "1_8", "0_4", "1_9", "0_4"], ["0_6", "1_8", "0_4", "1_9", "0_4", "1_5"], ["0_6", "1_8", "0_4", "1_9", "0_4", "1_5", "0_5"], ["0_6", "1_8", "0_4", "1_9", "0_4", "1_5", "0_5", "1_5"], ["0_6", "1_8", "0_4", "1_9", "0_4", "1_5", "0_5", "1_5", "0_9"], ["0_6", "1_8", "0_4", "1_9", "0_4", "1_5", "0_5", "1_5", "0_9", "1_4"], ["0_6", "1_8", "0_4", "1_9", "0_4", "1_5", "0_5", "1_5", "0_9", "1_4", "0_6"], ["0_6", "1_8", "0_4", "1_9", "0_4", "1_5", "0_5", "1_5", "0_9", "1_4", "0_6", "1_7"], ["0_6", "1_8", "0_4", "1_9", "0_4", "1_5", "0_5", "1_5", "0_9", "1_4", "0_6", "1_7", "0_7"], ["0_6", "1_8", "0_4", "1_9", "0_4", "1_5", "0_5", "1_5", "0_9", "1_4", "0_6", "1_7", "0_7", "1_6"], ["0_6", "1_8", "0_4", "1_9", "0_4", "1_5", "0_5", "1_5", "0_9", "1_4", "0_6", "1_7", "0_7", "1_6", "0_2"], ["0_6", "1_8", "0_4", "1_9", "0_4", "1_5", "0_5", "1_5", "0_9", "1_4", "0_6", "1_7", "0_7", "1_6", "0_2", "1_5"], ["0_6", "1_8", "0_4", "1_9", "0_4", "1_5", "0_5", "1_5", "0_9", "1_4", "0_6", "1_7", "0_7", "1_6", "0_2", "1_5", "0_8"], ["0_6", "1_8", "0_4", "1_9", "0_4", "1_5", "0_5", "1_5", "0_9", "1_4", "0_6", "1_7", "0_7", "1_6", "0_2", "1_5", "0_8", "1_7"], ["0_6", "1_8", "0_4", "1_9", "0_4", "1_5", "0_5", "1_5", "0_9", "1_4", "0_6", "1_7", "0_7", "1_6", "0_2", "1_5", "0_8", "1_7", "0_5"], ["0_6", "1_8", "0_4", "1_9", "0_4", "1_5", "0_5", "1_5", "0_9", "1_4", "0_6", "1_7", "0_7", "1_6", "0_2", "1_5", "0_8", "1_7", "0_5", "1_6"], ["0_6", "1_8", "0_4", "1_9", "0_4", "1_5", "0_5", "1_5", "0_9", "1_4", "0_6", "1_7", "0_7", "1_6", "0_2", "1_5", "0_8", "1_7", "0_5", "1_6", "0_3"], ["0_6", "1_8", "0_4", "1_9", "0_4", "1_5", "0_5", "1_5", "0_9", "1_4", "0_6", "1_7", "0_7", "1_6", "0_2", "1_5", "0_8", "1_7", "0_5", "1_6", "0_3", "1_6"]]}, "config": {"num_divisions": 23, "string": "000000111111110000111111111000011111000001111100000000011110000001111111000000011111100111110000000011111110000011111100011111100000000"}, "task_name": "task07", "example_name": "0210", "problem_name": "task07_0210"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111000011100000111111111000001111100000000011100000111101111000000111110000000001110001111111100001111100011", "label": {"final": ["1_6", "0_4", "1_3", "0_5", "1_9", "0_5", "1_5", "0_9", "1_3", "0_5", "1_4", "0_1", "1_4", "0_6", "1_5", "0_9", "1_3", "0_3", "1_8", "0_4", "1_5", "0_3", "1_2"], "init": "", "intermediate": [["1_6"], ["1_6", "0_4"], ["1_6", "0_4", "1_3"], ["1_6", "0_4", "1_3", "0_5"], ["1_6", "0_4", "1_3", "0_5", "1_9"], ["1_6", "0_4", "1_3", "0_5", "1_9", "0_5"], ["1_6", "0_4", "1_3", "0_5", "1_9", "0_5", "1_5"], ["1_6", "0_4", "1_3", "0_5", "1_9", "0_5", "1_5", "0_9"], ["1_6", "0_4", "1_3", "0_5", "1_9", "0_5", "1_5", "0_9", "1_3"], ["1_6", "0_4", "1_3", "0_5", "1_9", "0_5", "1_5", "0_9", "1_3", "0_5"], ["1_6", "0_4", "1_3", "0_5", "1_9", "0_5", "1_5", "0_9", "1_3", "0_5", "1_4"], ["1_6", "0_4", "1_3", "0_5", "1_9", "0_5", "1_5", "0_9", "1_3", "0_5", "1_4", "0_1"], ["1_6", "0_4", "1_3", "0_5", "1_9", "0_5", "1_5", "0_9", "1_3", "0_5", "1_4", "0_1", "1_4"], ["1_6", "0_4", "1_3", "0_5", "1_9", "0_5", "1_5", "0_9", "1_3", "0_5", "1_4", "0_1", "1_4", "0_6"], ["1_6", "0_4", "1_3", "0_5", "1_9", "0_5", "1_5", "0_9", "1_3", "0_5", "1_4", "0_1", "1_4", "0_6", "1_5"], ["1_6", "0_4", "1_3", "0_5", "1_9", "0_5", "1_5", "0_9", "1_3", "0_5", "1_4", "0_1", "1_4", "0_6", "1_5", "0_9"], ["1_6", "0_4", "1_3", "0_5", "1_9", "0_5", "1_5", "0_9", "1_3", "0_5", "1_4", "0_1", "1_4", "0_6", "1_5", "0_9", "1_3"], ["1_6", "0_4", "1_3", "0_5", "1_9", "0_5", "1_5", "0_9", "1_3", "0_5", "1_4", "0_1", "1_4", "0_6", "1_5", "0_9", "1_3", "0_3"], ["1_6", "0_4", "1_3", "0_5", "1_9", "0_5", "1_5", "0_9", "1_3", "0_5", "1_4", "0_1", "1_4", "0_6", "1_5", "0_9", "1_3", "0_3", "1_8"], ["1_6", "0_4", "1_3", "0_5", "1_9", "0_5", "1_5", "0_9", "1_3", "0_5", "1_4", "0_1", "1_4", "0_6", "1_5", "0_9", "1_3", "0_3", "1_8", "0_4"], ["1_6", "0_4", "1_3", "0_5", "1_9", "0_5", "1_5", "0_9", "1_3", "0_5", "1_4", "0_1", "1_4", "0_6", "1_5", "0_9", "1_3", "0_3", "1_8", "0_4", "1_5"], ["1_6", "0_4", "1_3", "0_5", "1_9", "0_5", "1_5", "0_9", "1_3", "0_5", "1_4", "0_1", "1_4", "0_6", "1_5", "0_9", "1_3", "0_3", "1_8", "0_4", "1_5", "0_3"]]}, "config": {"num_divisions": 23, "string": "111111000011100000111111111000001111100000000011100000111101111000000111110000000001110001111111100001111100011"}, "task_name": "task07", "example_name": "0211", "problem_name": "task07_0211"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111000000000111111000000001111111110011111000000111111110000000011000000001110011111100000000111111110000000001011111001111", "label": {"final": ["1_5", "0_9", "1_6", "0_8", "1_9", "0_2", "1_5", "0_6", "1_8", "0_8", "1_2", "0_8", "1_3", "0_2", "1_6", "0_8", "1_8", "0_9", "1_1", "0_1", "1_5", "0_2", "1_4"], "init": "", "intermediate": [["1_5"], ["1_5", "0_9"], ["1_5", "0_9", "1_6"], ["1_5", "0_9", "1_6", "0_8"], ["1_5", "0_9", "1_6", "0_8", "1_9"], ["1_5", "0_9", "1_6", "0_8", "1_9", "0_2"], ["1_5", "0_9", "1_6", "0_8", "1_9", "0_2", "1_5"], ["1_5", "0_9", "1_6", "0_8", "1_9", "0_2", "1_5", "0_6"], ["1_5", "0_9", "1_6", "0_8", "1_9", "0_2", "1_5", "0_6", "1_8"], ["1_5", "0_9", "1_6", "0_8", "1_9", "0_2", "1_5", "0_6", "1_8", "0_8"], ["1_5", "0_9", "1_6", "0_8", "1_9", "0_2", "1_5", "0_6", "1_8", "0_8", "1_2"], ["1_5", "0_9", "1_6", "0_8", "1_9", "0_2", "1_5", "0_6", "1_8", "0_8", "1_2", "0_8"], ["1_5", "0_9", "1_6", "0_8", "1_9", "0_2", "1_5", "0_6", "1_8", "0_8", "1_2", "0_8", "1_3"], ["1_5", "0_9", "1_6", "0_8", "1_9", "0_2", "1_5", "0_6", "1_8", "0_8", "1_2", "0_8", "1_3", "0_2"], ["1_5", "0_9", "1_6", "0_8", "1_9", "0_2", "1_5", "0_6", "1_8", "0_8", "1_2", "0_8", "1_3", "0_2", "1_6"], ["1_5", "0_9", "1_6", "0_8", "1_9", "0_2", "1_5", "0_6", "1_8", "0_8", "1_2", "0_8", "1_3", "0_2", "1_6", "0_8"], ["1_5", "0_9", "1_6", "0_8", "1_9", "0_2", "1_5", "0_6", "1_8", "0_8", "1_2", "0_8", "1_3", "0_2", "1_6", "0_8", "1_8"], ["1_5", "0_9", "1_6", "0_8", "1_9", "0_2", "1_5", "0_6", "1_8", "0_8", "1_2", "0_8", "1_3", "0_2", "1_6", "0_8", "1_8", "0_9"], ["1_5", "0_9", "1_6", "0_8", "1_9", "0_2", "1_5", "0_6", "1_8", "0_8", "1_2", "0_8", "1_3", "0_2", "1_6", "0_8", "1_8", "0_9", "1_1"], ["1_5", "0_9", "1_6", "0_8", "1_9", "0_2", "1_5", "0_6", "1_8", "0_8", "1_2", "0_8", "1_3", "0_2", "1_6", "0_8", "1_8", "0_9", "1_1", "0_1"], ["1_5", "0_9", "1_6", "0_8", "1_9", "0_2", "1_5", "0_6", "1_8", "0_8", "1_2", "0_8", "1_3", "0_2", "1_6", "0_8", "1_8", "0_9", "1_1", "0_1", "1_5"], ["1_5", "0_9", "1_6", "0_8", "1_9", "0_2", "1_5", "0_6", "1_8", "0_8", "1_2", "0_8", "1_3", "0_2", "1_6", "0_8", "1_8", "0_9", "1_1", "0_1", "1_5", "0_2"]]}, "config": {"num_divisions": 23, "string": "11111000000000111111000000001111111110011111000000111111110000000011000000001110011111100000000111111110000000001011111001111"}, "task_name": "task07", "example_name": "0212", "problem_name": "task07_0212"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111000111111111011111001111100011000011111111000011111111000000001111000000111111110000001110000001111110000000011111111", "label": {"final": ["1_3", "0_3", "1_9", "0_1", "1_5", "0_2", "1_5", "0_3", "1_2", "0_4", "1_8", "0_4", "1_8", "0_8", "1_4", "0_6", "1_8", "0_6", "1_3", "0_6", "1_6", "0_8", "1_8"], "init": "", "intermediate": [["1_3"], ["1_3", "0_3"], ["1_3", "0_3", "1_9"], ["1_3", "0_3", "1_9", "0_1"], ["1_3", "0_3", "1_9", "0_1", "1_5"], ["1_3", "0_3", "1_9", "0_1", "1_5", "0_2"], ["1_3", "0_3", "1_9", "0_1", "1_5", "0_2", "1_5"], ["1_3", "0_3", "1_9", "0_1", "1_5", "0_2", "1_5", "0_3"], ["1_3", "0_3", "1_9", "0_1", "1_5", "0_2", "1_5", "0_3", "1_2"], ["1_3", "0_3", "1_9", "0_1", "1_5", "0_2", "1_5", "0_3", "1_2", "0_4"], ["1_3", "0_3", "1_9", "0_1", "1_5", "0_2", "1_5", "0_3", "1_2", "0_4", "1_8"], ["1_3", "0_3", "1_9", "0_1", "1_5", "0_2", "1_5", "0_3", "1_2", "0_4", "1_8", "0_4"], ["1_3", "0_3", "1_9", "0_1", "1_5", "0_2", "1_5", "0_3", "1_2", "0_4", "1_8", "0_4", "1_8"], ["1_3", "0_3", "1_9", "0_1", "1_5", "0_2", "1_5", "0_3", "1_2", "0_4", "1_8", "0_4", "1_8", "0_8"], ["1_3", "0_3", "1_9", "0_1", "1_5", "0_2", "1_5", "0_3", "1_2", "0_4", "1_8", "0_4", "1_8", "0_8", "1_4"], ["1_3", "0_3", "1_9", "0_1", "1_5", "0_2", "1_5", "0_3", "1_2", "0_4", "1_8", "0_4", "1_8", "0_8", "1_4", "0_6"], ["1_3", "0_3", "1_9", "0_1", "1_5", "0_2", "1_5", "0_3", "1_2", "0_4", "1_8", "0_4", "1_8", "0_8", "1_4", "0_6", "1_8"], ["1_3", "0_3", "1_9", "0_1", "1_5", "0_2", "1_5", "0_3", "1_2", "0_4", "1_8", "0_4", "1_8", "0_8", "1_4", "0_6", "1_8", "0_6"], ["1_3", "0_3", "1_9", "0_1", "1_5", "0_2", "1_5", "0_3", "1_2", "0_4", "1_8", "0_4", "1_8", "0_8", "1_4", "0_6", "1_8", "0_6", "1_3"], ["1_3", "0_3", "1_9", "0_1", "1_5", "0_2", "1_5", "0_3", "1_2", "0_4", "1_8", "0_4", "1_8", "0_8", "1_4", "0_6", "1_8", "0_6", "1_3", "0_6"], ["1_3", "0_3", "1_9", "0_1", "1_5", "0_2", "1_5", "0_3", "1_2", "0_4", "1_8", "0_4", "1_8", "0_8", "1_4", "0_6", "1_8", "0_6", "1_3", "0_6", "1_6"], ["1_3", "0_3", "1_9", "0_1", "1_5", "0_2", "1_5", "0_3", "1_2", "0_4", "1_8", "0_4", "1_8", "0_8", "1_4", "0_6", "1_8", "0_6", "1_3", "0_6", "1_6", "0_8"]]}, "config": {"num_divisions": 23, "string": "111000111111111011111001111100011000011111111000011111111000000001111000000111111110000001110000001111110000000011111111"}, "task_name": "task07", "example_name": "0213", "problem_name": "task07_0213"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00001011111111001111111100000111111000100001111111000000011000001110001111100000001111111100001111111000000000", "label": {"final": ["0_4", "1_1", "0_1", "1_8", "0_2", "1_8", "0_5", "1_6", "0_3", "1_1", "0_4", "1_7", "0_7", "1_2", "0_5", "1_3", "0_3", "1_5", "0_7", "1_8", "0_4", "1_7", "0_9"], "init": "", "intermediate": [["0_4"], ["0_4", "1_1"], ["0_4", "1_1", "0_1"], ["0_4", "1_1", "0_1", "1_8"], ["0_4", "1_1", "0_1", "1_8", "0_2"], ["0_4", "1_1", "0_1", "1_8", "0_2", "1_8"], ["0_4", "1_1", "0_1", "1_8", "0_2", "1_8", "0_5"], ["0_4", "1_1", "0_1", "1_8", "0_2", "1_8", "0_5", "1_6"], ["0_4", "1_1", "0_1", "1_8", "0_2", "1_8", "0_5", "1_6", "0_3"], ["0_4", "1_1", "0_1", "1_8", "0_2", "1_8", "0_5", "1_6", "0_3", "1_1"], ["0_4", "1_1", "0_1", "1_8", "0_2", "1_8", "0_5", "1_6", "0_3", "1_1", "0_4"], ["0_4", "1_1", "0_1", "1_8", "0_2", "1_8", "0_5", "1_6", "0_3", "1_1", "0_4", "1_7"], ["0_4", "1_1", "0_1", "1_8", "0_2", "1_8", "0_5", "1_6", "0_3", "1_1", "0_4", "1_7", "0_7"], ["0_4", "1_1", "0_1", "1_8", "0_2", "1_8", "0_5", "1_6", "0_3", "1_1", "0_4", "1_7", "0_7", "1_2"], ["0_4", "1_1", "0_1", "1_8", "0_2", "1_8", "0_5", "1_6", "0_3", "1_1", "0_4", "1_7", "0_7", "1_2", "0_5"], ["0_4", "1_1", "0_1", "1_8", "0_2", "1_8", "0_5", "1_6", "0_3", "1_1", "0_4", "1_7", "0_7", "1_2", "0_5", "1_3"], ["0_4", "1_1", "0_1", "1_8", "0_2", "1_8", "0_5", "1_6", "0_3", "1_1", "0_4", "1_7", "0_7", "1_2", "0_5", "1_3", "0_3"], ["0_4", "1_1", "0_1", "1_8", "0_2", "1_8", "0_5", "1_6", "0_3", "1_1", "0_4", "1_7", "0_7", "1_2", "0_5", "1_3", "0_3", "1_5"], ["0_4", "1_1", "0_1", "1_8", "0_2", "1_8", "0_5", "1_6", "0_3", "1_1", "0_4", "1_7", "0_7", "1_2", "0_5", "1_3", "0_3", "1_5", "0_7"], ["0_4", "1_1", "0_1", "1_8", "0_2", "1_8", "0_5", "1_6", "0_3", "1_1", "0_4", "1_7", "0_7", "1_2", "0_5", "1_3", "0_3", "1_5", "0_7", "1_8"], ["0_4", "1_1", "0_1", "1_8", "0_2", "1_8", "0_5", "1_6", "0_3", "1_1", "0_4", "1_7", "0_7", "1_2", "0_5", "1_3", "0_3", "1_5", "0_7", "1_8", "0_4"], ["0_4", "1_1", "0_1", "1_8", "0_2", "1_8", "0_5", "1_6", "0_3", "1_1", "0_4", "1_7", "0_7", "1_2", "0_5", "1_3", "0_3", "1_5", "0_7", "1_8", "0_4", "1_7"]]}, "config": {"num_divisions": 23, "string": "00001011111111001111111100000111111000100001111111000000011000001110001111100000001111111100001111111000000000"}, "task_name": "task07", "example_name": "0214", "problem_name": "task07_0214"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000111111111001111111000011111100000000111111111001111111011000010000111111111000111111111000011000000011111111000000000", "label": {"final": ["0_3", "1_9", "0_2", "1_7", "0_4", "1_6", "0_8", "1_9", "0_2", "1_7", "0_1", "1_2", "0_4", "1_1", "0_4", "1_9", "0_3", "1_9", "0_4", "1_2", "0_7", "1_8", "0_9"], "init": "", "intermediate": [["0_3"], ["0_3", "1_9"], ["0_3", "1_9", "0_2"], ["0_3", "1_9", "0_2", "1_7"], ["0_3", "1_9", "0_2", "1_7", "0_4"], ["0_3", "1_9", "0_2", "1_7", "0_4", "1_6"], ["0_3", "1_9", "0_2", "1_7", "0_4", "1_6", "0_8"], ["0_3", "1_9", "0_2", "1_7", "0_4", "1_6", "0_8", "1_9"], ["0_3", "1_9", "0_2", "1_7", "0_4", "1_6", "0_8", "1_9", "0_2"], ["0_3", "1_9", "0_2", "1_7", "0_4", "1_6", "0_8", "1_9", "0_2", "1_7"], ["0_3", "1_9", "0_2", "1_7", "0_4", "1_6", "0_8", "1_9", "0_2", "1_7", "0_1"], ["0_3", "1_9", "0_2", "1_7", "0_4", "1_6", "0_8", "1_9", "0_2", "1_7", "0_1", "1_2"], ["0_3", "1_9", "0_2", "1_7", "0_4", "1_6", "0_8", "1_9", "0_2", "1_7", "0_1", "1_2", "0_4"], ["0_3", "1_9", "0_2", "1_7", "0_4", "1_6", "0_8", "1_9", "0_2", "1_7", "0_1", "1_2", "0_4", "1_1"], ["0_3", "1_9", "0_2", "1_7", "0_4", "1_6", "0_8", "1_9", "0_2", "1_7", "0_1", "1_2", "0_4", "1_1", "0_4"], ["0_3", "1_9", "0_2", "1_7", "0_4", "1_6", "0_8", "1_9", "0_2", "1_7", "0_1", "1_2", "0_4", "1_1", "0_4", "1_9"], ["0_3", "1_9", "0_2", "1_7", "0_4", "1_6", "0_8", "1_9", "0_2", "1_7", "0_1", "1_2", "0_4", "1_1", "0_4", "1_9", "0_3"], ["0_3", "1_9", "0_2", "1_7", "0_4", "1_6", "0_8", "1_9", "0_2", "1_7", "0_1", "1_2", "0_4", "1_1", "0_4", "1_9", "0_3", "1_9"], ["0_3", "1_9", "0_2", "1_7", "0_4", "1_6", "0_8", "1_9", "0_2", "1_7", "0_1", "1_2", "0_4", "1_1", "0_4", "1_9", "0_3", "1_9", "0_4"], ["0_3", "1_9", "0_2", "1_7", "0_4", "1_6", "0_8", "1_9", "0_2", "1_7", "0_1", "1_2", "0_4", "1_1", "0_4", "1_9", "0_3", "1_9", "0_4", "1_2"], ["0_3", "1_9", "0_2", "1_7", "0_4", "1_6", "0_8", "1_9", "0_2", "1_7", "0_1", "1_2", "0_4", "1_1", "0_4", "1_9", "0_3", "1_9", "0_4", "1_2", "0_7"], ["0_3", "1_9", "0_2", "1_7", "0_4", "1_6", "0_8", "1_9", "0_2", "1_7", "0_1", "1_2", "0_4", "1_1", "0_4", "1_9", "0_3", "1_9", "0_4", "1_2", "0_7", "1_8"]]}, "config": {"num_divisions": 23, "string": "000111111111001111111000011111100000000111111111001111111011000010000111111111000111111111000011000000011111111000000000"}, "task_name": "task07", "example_name": "0215", "problem_name": "task07_0215"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111111100000111111100000001111110000111111000000111111110110000011111100000001000001100000001111111000000001111001111111", "label": {"final": ["1_8", "0_5", "1_7", "0_7", "1_6", "0_4", "1_6", "0_6", "1_8", "0_1", "1_2", "0_5", "1_6", "0_7", "1_1", "0_5", "1_2", "0_7", "1_7", "0_8", "1_4", "0_2", "1_7"], "init": "", "intermediate": [["1_8"], ["1_8", "0_5"], ["1_8", "0_5", "1_7"], ["1_8", "0_5", "1_7", "0_7"], ["1_8", "0_5", "1_7", "0_7", "1_6"], ["1_8", "0_5", "1_7", "0_7", "1_6", "0_4"], ["1_8", "0_5", "1_7", "0_7", "1_6", "0_4", "1_6"], ["1_8", "0_5", "1_7", "0_7", "1_6", "0_4", "1_6", "0_6"], ["1_8", "0_5", "1_7", "0_7", "1_6", "0_4", "1_6", "0_6", "1_8"], ["1_8", "0_5", "1_7", "0_7", "1_6", "0_4", "1_6", "0_6", "1_8", "0_1"], ["1_8", "0_5", "1_7", "0_7", "1_6", "0_4", "1_6", "0_6", "1_8", "0_1", "1_2"], ["1_8", "0_5", "1_7", "0_7", "1_6", "0_4", "1_6", "0_6", "1_8", "0_1", "1_2", "0_5"], ["1_8", "0_5", "1_7", "0_7", "1_6", "0_4", "1_6", "0_6", "1_8", "0_1", "1_2", "0_5", "1_6"], ["1_8", "0_5", "1_7", "0_7", "1_6", "0_4", "1_6", "0_6", "1_8", "0_1", "1_2", "0_5", "1_6", "0_7"], ["1_8", "0_5", "1_7", "0_7", "1_6", "0_4", "1_6", "0_6", "1_8", "0_1", "1_2", "0_5", "1_6", "0_7", "1_1"], ["1_8", "0_5", "1_7", "0_7", "1_6", "0_4", "1_6", "0_6", "1_8", "0_1", "1_2", "0_5", "1_6", "0_7", "1_1", "0_5"], ["1_8", "0_5", "1_7", "0_7", "1_6", "0_4", "1_6", "0_6", "1_8", "0_1", "1_2", "0_5", "1_6", "0_7", "1_1", "0_5", "1_2"], ["1_8", "0_5", "1_7", "0_7", "1_6", "0_4", "1_6", "0_6", "1_8", "0_1", "1_2", "0_5", "1_6", "0_7", "1_1", "0_5", "1_2", "0_7"], ["1_8", "0_5", "1_7", "0_7", "1_6", "0_4", "1_6", "0_6", "1_8", "0_1", "1_2", "0_5", "1_6", "0_7", "1_1", "0_5", "1_2", "0_7", "1_7"], ["1_8", "0_5", "1_7", "0_7", "1_6", "0_4", "1_6", "0_6", "1_8", "0_1", "1_2", "0_5", "1_6", "0_7", "1_1", "0_5", "1_2", "0_7", "1_7", "0_8"], ["1_8", "0_5", "1_7", "0_7", "1_6", "0_4", "1_6", "0_6", "1_8", "0_1", "1_2", "0_5", "1_6", "0_7", "1_1", "0_5", "1_2", "0_7", "1_7", "0_8", "1_4"], ["1_8", "0_5", "1_7", "0_7", "1_6", "0_4", "1_6", "0_6", "1_8", "0_1", "1_2", "0_5", "1_6", "0_7", "1_1", "0_5", "1_2", "0_7", "1_7", "0_8", "1_4", "0_2"]]}, "config": {"num_divisions": 23, "string": "1111111100000111111100000001111110000111111000000111111110110000011111100000001000001100000001111111000000001111001111111"}, "task_name": "task07", "example_name": "0216", "problem_name": "task07_0216"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111110100000000111000100000000011111100000000011111111100111111110000010000000001110000000111111110000000011111111101111", "label": {"final": ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_1", "0_9", "1_6", "0_9", "1_9", "0_2", "1_8", "0_5", "1_1", "0_9", "1_3", "0_7", "1_8", "0_8", "1_9", "0_1", "1_4"], "init": "", "intermediate": [["1_7"], ["1_7", "0_1"], ["1_7", "0_1", "1_1"], ["1_7", "0_1", "1_1", "0_8"], ["1_7", "0_1", "1_1", "0_8", "1_3"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_1"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_1", "0_9"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_1", "0_9", "1_6"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_1", "0_9", "1_6", "0_9"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_1", "0_9", "1_6", "0_9", "1_9"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_1", "0_9", "1_6", "0_9", "1_9", "0_2"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_1", "0_9", "1_6", "0_9", "1_9", "0_2", "1_8"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_1", "0_9", "1_6", "0_9", "1_9", "0_2", "1_8", "0_5"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_1", "0_9", "1_6", "0_9", "1_9", "0_2", "1_8", "0_5", "1_1"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_1", "0_9", "1_6", "0_9", "1_9", "0_2", "1_8", "0_5", "1_1", "0_9"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_1", "0_9", "1_6", "0_9", "1_9", "0_2", "1_8", "0_5", "1_1", "0_9", "1_3"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_1", "0_9", "1_6", "0_9", "1_9", "0_2", "1_8", "0_5", "1_1", "0_9", "1_3", "0_7"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_1", "0_9", "1_6", "0_9", "1_9", "0_2", "1_8", "0_5", "1_1", "0_9", "1_3", "0_7", "1_8"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_1", "0_9", "1_6", "0_9", "1_9", "0_2", "1_8", "0_5", "1_1", "0_9", "1_3", "0_7", "1_8", "0_8"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_1", "0_9", "1_6", "0_9", "1_9", "0_2", "1_8", "0_5", "1_1", "0_9", "1_3", "0_7", "1_8", "0_8", "1_9"], ["1_7", "0_1", "1_1", "0_8", "1_3", "0_3", "1_1", "0_9", "1_6", "0_9", "1_9", "0_2", "1_8", "0_5", "1_1", "0_9", "1_3", "0_7", "1_8", "0_8", "1_9", "0_1"]]}, "config": {"num_divisions": 23, "string": "11111110100000000111000100000000011111100000000011111111100111111110000010000000001110000000111111110000000011111111101111"}, "task_name": "task07", "example_name": "0217", "problem_name": "task07_0217"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000000011111111000111111001111001101100001111111100000001111011111111101111111100110000000001000000", "label": {"final": ["0_7", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_2", "0_1", "1_2", "0_4", "1_8", "0_7", "1_4", "0_1", "1_9", "0_1", "1_8", "0_2", "1_2", "0_9", "1_1", "0_6"], "init": "", "intermediate": [["0_7"], ["0_7", "1_8"], ["0_7", "1_8", "0_3"], ["0_7", "1_8", "0_3", "1_6"], ["0_7", "1_8", "0_3", "1_6", "0_2"], ["0_7", "1_8", "0_3", "1_6", "0_2", "1_4"], ["0_7", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2"], ["0_7", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_2"], ["0_7", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_2", "0_1"], ["0_7", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_2", "0_1", "1_2"], ["0_7", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_2", "0_1", "1_2", "0_4"], ["0_7", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_2", "0_1", "1_2", "0_4", "1_8"], ["0_7", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_2", "0_1", "1_2", "0_4", "1_8", "0_7"], ["0_7", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_2", "0_1", "1_2", "0_4", "1_8", "0_7", "1_4"], ["0_7", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_2", "0_1", "1_2", "0_4", "1_8", "0_7", "1_4", "0_1"], ["0_7", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_2", "0_1", "1_2", "0_4", "1_8", "0_7", "1_4", "0_1", "1_9"], ["0_7", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_2", "0_1", "1_2", "0_4", "1_8", "0_7", "1_4", "0_1", "1_9", "0_1"], ["0_7", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_2", "0_1", "1_2", "0_4", "1_8", "0_7", "1_4", "0_1", "1_9", "0_1", "1_8"], ["0_7", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_2", "0_1", "1_2", "0_4", "1_8", "0_7", "1_4", "0_1", "1_9", "0_1", "1_8", "0_2"], ["0_7", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_2", "0_1", "1_2", "0_4", "1_8", "0_7", "1_4", "0_1", "1_9", "0_1", "1_8", "0_2", "1_2"], ["0_7", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_2", "0_1", "1_2", "0_4", "1_8", "0_7", "1_4", "0_1", "1_9", "0_1", "1_8", "0_2", "1_2", "0_9"], ["0_7", "1_8", "0_3", "1_6", "0_2", "1_4", "0_2", "1_2", "0_1", "1_2", "0_4", "1_8", "0_7", "1_4", "0_1", "1_9", "0_1", "1_8", "0_2", "1_2", "0_9", "1_1"]]}, "config": {"num_divisions": 23, "string": "000000011111111000111111001111001101100001111111100000001111011111111101111111100110000000001000000"}, "task_name": "task07", "example_name": "0218", "problem_name": "task07_0218"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111111110001111100000000011111100000000111110000000001111110000011111000000001111111110000000111111111000111111101111111110000001111110000000011111", "label": {"final": ["1_9", "0_3", "1_5", "0_9", "1_6", "0_8", "1_5", "0_9", "1_6", "0_5", "1_5", "0_8", "1_9", "0_7", "1_9", "0_3", "1_7", "0_1", "1_9", "0_6", "1_6", "0_8", "1_5"], "init": "", "intermediate": [["1_9"], ["1_9", "0_3"], ["1_9", "0_3", "1_5"], ["1_9", "0_3", "1_5", "0_9"], ["1_9", "0_3", "1_5", "0_9", "1_6"], ["1_9", "0_3", "1_5", "0_9", "1_6", "0_8"], ["1_9", "0_3", "1_5", "0_9", "1_6", "0_8", "1_5"], ["1_9", "0_3", "1_5", "0_9", "1_6", "0_8", "1_5", "0_9"], ["1_9", "0_3", "1_5", "0_9", "1_6", "0_8", "1_5", "0_9", "1_6"], ["1_9", "0_3", "1_5", "0_9", "1_6", "0_8", "1_5", "0_9", "1_6", "0_5"], ["1_9", "0_3", "1_5", "0_9", "1_6", "0_8", "1_5", "0_9", "1_6", "0_5", "1_5"], ["1_9", "0_3", "1_5", "0_9", "1_6", "0_8", "1_5", "0_9", "1_6", "0_5", "1_5", "0_8"], ["1_9", "0_3", "1_5", "0_9", "1_6", "0_8", "1_5", "0_9", "1_6", "0_5", "1_5", "0_8", "1_9"], ["1_9", "0_3", "1_5", "0_9", "1_6", "0_8", "1_5", "0_9", "1_6", "0_5", "1_5", "0_8", "1_9", "0_7"], ["1_9", "0_3", "1_5", "0_9", "1_6", "0_8", "1_5", "0_9", "1_6", "0_5", "1_5", "0_8", "1_9", "0_7", "1_9"], ["1_9", "0_3", "1_5", "0_9", "1_6", "0_8", "1_5", "0_9", "1_6", "0_5", "1_5", "0_8", "1_9", "0_7", "1_9", "0_3"], ["1_9", "0_3", "1_5", "0_9", "1_6", "0_8", "1_5", "0_9", "1_6", "0_5", "1_5", "0_8", "1_9", "0_7", "1_9", "0_3", "1_7"], ["1_9", "0_3", "1_5", "0_9", "1_6", "0_8", "1_5", "0_9", "1_6", "0_5", "1_5", "0_8", "1_9", "0_7", "1_9", "0_3", "1_7", "0_1"], ["1_9", "0_3", "1_5", "0_9", "1_6", "0_8", "1_5", "0_9", "1_6", "0_5", "1_5", "0_8", "1_9", "0_7", "1_9", "0_3", "1_7", "0_1", "1_9"], ["1_9", "0_3", "1_5", "0_9", "1_6", "0_8", "1_5", "0_9", "1_6", "0_5", "1_5", "0_8", "1_9", "0_7", "1_9", "0_3", "1_7", "0_1", "1_9", "0_6"], ["1_9", "0_3", "1_5", "0_9", "1_6", "0_8", "1_5", "0_9", "1_6", "0_5", "1_5", "0_8", "1_9", "0_7", "1_9", "0_3", "1_7", "0_1", "1_9", "0_6", "1_6"], ["1_9", "0_3", "1_5", "0_9", "1_6", "0_8", "1_5", "0_9", "1_6", "0_5", "1_5", "0_8", "1_9", "0_7", "1_9", "0_3", "1_7", "0_1", "1_9", "0_6", "1_6", "0_8"]]}, "config": {"num_divisions": 23, "string": "1111111110001111100000000011111100000000111110000000001111110000011111000000001111111110000000111111111000111111101111111110000001111110000000011111"}, "task_name": "task07", "example_name": "0219", "problem_name": "task07_0219"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111110000000011111110111111111001000000011111110000100000000111100000001111111110000000111111000000001111000000111100000000111111111000", "label": {"final": ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2", "1_1", "0_7", "1_7", "0_4", "1_1", "0_8", "1_4", "0_7", "1_9", "0_7", "1_6", "0_8", "1_4", "0_6", "1_4", "0_8", "1_9", "0_3"], "init": "", "intermediate": [["1_5"], ["1_5", "0_8"], ["1_5", "0_8", "1_7"], ["1_5", "0_8", "1_7", "0_1"], ["1_5", "0_8", "1_7", "0_1", "1_9"], ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2"], ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2", "1_1"], ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2", "1_1", "0_7"], ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2", "1_1", "0_7", "1_7"], ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2", "1_1", "0_7", "1_7", "0_4"], ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2", "1_1", "0_7", "1_7", "0_4", "1_1"], ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2", "1_1", "0_7", "1_7", "0_4", "1_1", "0_8"], ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2", "1_1", "0_7", "1_7", "0_4", "1_1", "0_8", "1_4"], ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2", "1_1", "0_7", "1_7", "0_4", "1_1", "0_8", "1_4", "0_7"], ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2", "1_1", "0_7", "1_7", "0_4", "1_1", "0_8", "1_4", "0_7", "1_9"], ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2", "1_1", "0_7", "1_7", "0_4", "1_1", "0_8", "1_4", "0_7", "1_9", "0_7"], ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2", "1_1", "0_7", "1_7", "0_4", "1_1", "0_8", "1_4", "0_7", "1_9", "0_7", "1_6"], ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2", "1_1", "0_7", "1_7", "0_4", "1_1", "0_8", "1_4", "0_7", "1_9", "0_7", "1_6", "0_8"], ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2", "1_1", "0_7", "1_7", "0_4", "1_1", "0_8", "1_4", "0_7", "1_9", "0_7", "1_6", "0_8", "1_4"], ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2", "1_1", "0_7", "1_7", "0_4", "1_1", "0_8", "1_4", "0_7", "1_9", "0_7", "1_6", "0_8", "1_4", "0_6"], ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2", "1_1", "0_7", "1_7", "0_4", "1_1", "0_8", "1_4", "0_7", "1_9", "0_7", "1_6", "0_8", "1_4", "0_6", "1_4"], ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2", "1_1", "0_7", "1_7", "0_4", "1_1", "0_8", "1_4", "0_7", "1_9", "0_7", "1_6", "0_8", "1_4", "0_6", "1_4", "0_8"], ["1_5", "0_8", "1_7", "0_1", "1_9", "0_2", "1_1", "0_7", "1_7", "0_4", "1_1", "0_8", "1_4", "0_7", "1_9", "0_7", "1_6", "0_8", "1_4", "0_6", "1_4", "0_8", "1_9"]]}, "config": {"num_divisions": 24, "string": "111110000000011111110111111111001000000011111110000100000000111100000001111111110000000111111000000001111000000111100000000111111111000"}, "task_name": "task07", "example_name": "0220", "problem_name": "task07_0220"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1111111000001111111000000011110000000010000011111111001110000110000001111111110000000001110001111011000000001111111000000000", "label": {"final": ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8", "1_1", "0_5", "1_8", "0_2", "1_3", "0_4", "1_2", "0_6", "1_9", "0_9", "1_3", "0_3", "1_4", "0_1", "1_2", "0_8", "1_7", "0_9"], "init": "", "intermediate": [["1_7"], ["1_7", "0_5"], ["1_7", "0_5", "1_7"], ["1_7", "0_5", "1_7", "0_7"], ["1_7", "0_5", "1_7", "0_7", "1_4"], ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8"], ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8", "1_1"], ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8", "1_1", "0_5"], ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8", "1_1", "0_5", "1_8"], ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8", "1_1", "0_5", "1_8", "0_2"], ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8", "1_1", "0_5", "1_8", "0_2", "1_3"], ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8", "1_1", "0_5", "1_8", "0_2", "1_3", "0_4"], ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8", "1_1", "0_5", "1_8", "0_2", "1_3", "0_4", "1_2"], ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8", "1_1", "0_5", "1_8", "0_2", "1_3", "0_4", "1_2", "0_6"], ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8", "1_1", "0_5", "1_8", "0_2", "1_3", "0_4", "1_2", "0_6", "1_9"], ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8", "1_1", "0_5", "1_8", "0_2", "1_3", "0_4", "1_2", "0_6", "1_9", "0_9"], ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8", "1_1", "0_5", "1_8", "0_2", "1_3", "0_4", "1_2", "0_6", "1_9", "0_9", "1_3"], ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8", "1_1", "0_5", "1_8", "0_2", "1_3", "0_4", "1_2", "0_6", "1_9", "0_9", "1_3", "0_3"], ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8", "1_1", "0_5", "1_8", "0_2", "1_3", "0_4", "1_2", "0_6", "1_9", "0_9", "1_3", "0_3", "1_4"], ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8", "1_1", "0_5", "1_8", "0_2", "1_3", "0_4", "1_2", "0_6", "1_9", "0_9", "1_3", "0_3", "1_4", "0_1"], ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8", "1_1", "0_5", "1_8", "0_2", "1_3", "0_4", "1_2", "0_6", "1_9", "0_9", "1_3", "0_3", "1_4", "0_1", "1_2"], ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8", "1_1", "0_5", "1_8", "0_2", "1_3", "0_4", "1_2", "0_6", "1_9", "0_9", "1_3", "0_3", "1_4", "0_1", "1_2", "0_8"], ["1_7", "0_5", "1_7", "0_7", "1_4", "0_8", "1_1", "0_5", "1_8", "0_2", "1_3", "0_4", "1_2", "0_6", "1_9", "0_9", "1_3", "0_3", "1_4", "0_1", "1_2", "0_8", "1_7"]]}, "config": {"num_divisions": 24, "string": "1111111000001111111000000011110000000010000011111111001110000110000001111111110000000001110001111011000000001111111000000000"}, "task_name": "task07", "example_name": "0221", "problem_name": "task07_0221"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111000000111111000001111100011110000001111111100000000111111110000001111111110111111111000000000111000000000111100000111101111111000000000", "label": {"final": ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3", "1_4", "0_6", "1_8", "0_8", "1_8", "0_6", "1_9", "0_1", "1_9", "0_9", "1_3", "0_9", "1_4", "0_5", "1_4", "0_1", "1_7", "0_9"], "init": "", "intermediate": [["1_3"], ["1_3", "0_6"], ["1_3", "0_6", "1_6"], ["1_3", "0_6", "1_6", "0_5"], ["1_3", "0_6", "1_6", "0_5", "1_5"], ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3"], ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3", "1_4"], ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3", "1_4", "0_6"], ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3", "1_4", "0_6", "1_8"], ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3", "1_4", "0_6", "1_8", "0_8"], ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3", "1_4", "0_6", "1_8", "0_8", "1_8"], ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3", "1_4", "0_6", "1_8", "0_8", "1_8", "0_6"], ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3", "1_4", "0_6", "1_8", "0_8", "1_8", "0_6", "1_9"], ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3", "1_4", "0_6", "1_8", "0_8", "1_8", "0_6", "1_9", "0_1"], ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3", "1_4", "0_6", "1_8", "0_8", "1_8", "0_6", "1_9", "0_1", "1_9"], ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3", "1_4", "0_6", "1_8", "0_8", "1_8", "0_6", "1_9", "0_1", "1_9", "0_9"], ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3", "1_4", "0_6", "1_8", "0_8", "1_8", "0_6", "1_9", "0_1", "1_9", "0_9", "1_3"], ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3", "1_4", "0_6", "1_8", "0_8", "1_8", "0_6", "1_9", "0_1", "1_9", "0_9", "1_3", "0_9"], ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3", "1_4", "0_6", "1_8", "0_8", "1_8", "0_6", "1_9", "0_1", "1_9", "0_9", "1_3", "0_9", "1_4"], ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3", "1_4", "0_6", "1_8", "0_8", "1_8", "0_6", "1_9", "0_1", "1_9", "0_9", "1_3", "0_9", "1_4", "0_5"], ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3", "1_4", "0_6", "1_8", "0_8", "1_8", "0_6", "1_9", "0_1", "1_9", "0_9", "1_3", "0_9", "1_4", "0_5", "1_4"], ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3", "1_4", "0_6", "1_8", "0_8", "1_8", "0_6", "1_9", "0_1", "1_9", "0_9", "1_3", "0_9", "1_4", "0_5", "1_4", "0_1"], ["1_3", "0_6", "1_6", "0_5", "1_5", "0_3", "1_4", "0_6", "1_8", "0_8", "1_8", "0_6", "1_9", "0_1", "1_9", "0_9", "1_3", "0_9", "1_4", "0_5", "1_4", "0_1", "1_7"]]}, "config": {"num_divisions": 24, "string": "111000000111111000001111100011110000001111111100000000111111110000001111111110111111111000000000111000000000111100000111101111111000000000"}, "task_name": "task07", "example_name": "0222", "problem_name": "task07_0222"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00111100000000110000011110000000011111111100011111111000010011111110000000001111000000001000001111111000000011111111100000001111111", "label": {"final": ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4", "0_8", "1_9", "0_3", "1_8", "0_4", "1_1", "0_2", "1_7", "0_9", "1_4", "0_8", "1_1", "0_5", "1_7", "0_7", "1_9", "0_7", "1_7"], "init": "", "intermediate": [["0_2"], ["0_2", "1_4"], ["0_2", "1_4", "0_8"], ["0_2", "1_4", "0_8", "1_2"], ["0_2", "1_4", "0_8", "1_2", "0_5"], ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4"], ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4", "0_8"], ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4", "0_8", "1_9"], ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4", "0_8", "1_9", "0_3"], ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4", "0_8", "1_9", "0_3", "1_8"], ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4", "0_8", "1_9", "0_3", "1_8", "0_4"], ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4", "0_8", "1_9", "0_3", "1_8", "0_4", "1_1"], ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4", "0_8", "1_9", "0_3", "1_8", "0_4", "1_1", "0_2"], ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4", "0_8", "1_9", "0_3", "1_8", "0_4", "1_1", "0_2", "1_7"], ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4", "0_8", "1_9", "0_3", "1_8", "0_4", "1_1", "0_2", "1_7", "0_9"], ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4", "0_8", "1_9", "0_3", "1_8", "0_4", "1_1", "0_2", "1_7", "0_9", "1_4"], ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4", "0_8", "1_9", "0_3", "1_8", "0_4", "1_1", "0_2", "1_7", "0_9", "1_4", "0_8"], ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4", "0_8", "1_9", "0_3", "1_8", "0_4", "1_1", "0_2", "1_7", "0_9", "1_4", "0_8", "1_1"], ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4", "0_8", "1_9", "0_3", "1_8", "0_4", "1_1", "0_2", "1_7", "0_9", "1_4", "0_8", "1_1", "0_5"], ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4", "0_8", "1_9", "0_3", "1_8", "0_4", "1_1", "0_2", "1_7", "0_9", "1_4", "0_8", "1_1", "0_5", "1_7"], ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4", "0_8", "1_9", "0_3", "1_8", "0_4", "1_1", "0_2", "1_7", "0_9", "1_4", "0_8", "1_1", "0_5", "1_7", "0_7"], ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4", "0_8", "1_9", "0_3", "1_8", "0_4", "1_1", "0_2", "1_7", "0_9", "1_4", "0_8", "1_1", "0_5", "1_7", "0_7", "1_9"], ["0_2", "1_4", "0_8", "1_2", "0_5", "1_4", "0_8", "1_9", "0_3", "1_8", "0_4", "1_1", "0_2", "1_7", "0_9", "1_4", "0_8", "1_1", "0_5", "1_7", "0_7", "1_9", "0_7"]]}, "config": {"num_divisions": 24, "string": "00111100000000110000011110000000011111111100011111111000010011111110000000001111000000001000001111111000000011111111100000001111111"}, "task_name": "task07", "example_name": "0223", "problem_name": "task07_0223"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n01111111110001111000000001110000000011111000000111110000001111111000000111111110000111000110001111111100001111101", "label": {"final": ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3", "0_8", "1_5", "0_6", "1_5", "0_6", "1_7", "0_6", "1_8", "0_4", "1_3", "0_3", "1_2", "0_3", "1_8", "0_4", "1_5", "0_1", "1_1"], "init": "", "intermediate": [["0_1"], ["0_1", "1_9"], ["0_1", "1_9", "0_3"], ["0_1", "1_9", "0_3", "1_4"], ["0_1", "1_9", "0_3", "1_4", "0_8"], ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3"], ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3", "0_8"], ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3", "0_8", "1_5"], ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3", "0_8", "1_5", "0_6"], ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3", "0_8", "1_5", "0_6", "1_5"], ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3", "0_8", "1_5", "0_6", "1_5", "0_6"], ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3", "0_8", "1_5", "0_6", "1_5", "0_6", "1_7"], ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3", "0_8", "1_5", "0_6", "1_5", "0_6", "1_7", "0_6"], ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3", "0_8", "1_5", "0_6", "1_5", "0_6", "1_7", "0_6", "1_8"], ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3", "0_8", "1_5", "0_6", "1_5", "0_6", "1_7", "0_6", "1_8", "0_4"], ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3", "0_8", "1_5", "0_6", "1_5", "0_6", "1_7", "0_6", "1_8", "0_4", "1_3"], ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3", "0_8", "1_5", "0_6", "1_5", "0_6", "1_7", "0_6", "1_8", "0_4", "1_3", "0_3"], ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3", "0_8", "1_5", "0_6", "1_5", "0_6", "1_7", "0_6", "1_8", "0_4", "1_3", "0_3", "1_2"], ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3", "0_8", "1_5", "0_6", "1_5", "0_6", "1_7", "0_6", "1_8", "0_4", "1_3", "0_3", "1_2", "0_3"], ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3", "0_8", "1_5", "0_6", "1_5", "0_6", "1_7", "0_6", "1_8", "0_4", "1_3", "0_3", "1_2", "0_3", "1_8"], ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3", "0_8", "1_5", "0_6", "1_5", "0_6", "1_7", "0_6", "1_8", "0_4", "1_3", "0_3", "1_2", "0_3", "1_8", "0_4"], ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3", "0_8", "1_5", "0_6", "1_5", "0_6", "1_7", "0_6", "1_8", "0_4", "1_3", "0_3", "1_2", "0_3", "1_8", "0_4", "1_5"], ["0_1", "1_9", "0_3", "1_4", "0_8", "1_3", "0_8", "1_5", "0_6", "1_5", "0_6", "1_7", "0_6", "1_8", "0_4", "1_3", "0_3", "1_2", "0_3", "1_8", "0_4", "1_5", "0_1"]]}, "config": {"num_divisions": 24, "string": "01111111110001111000000001110000000011111000000111110000001111111000000111111110000111000110001111111100001111101"}, "task_name": "task07", "example_name": "0224", "problem_name": "task07_0224"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111100001100001111100111110010111111100000011111110111111111000111110011111100111111110111111000", "label": {"final": ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2", "1_5", "0_2", "1_1", "0_1", "1_7", "0_6", "1_7", "0_1", "1_9", "0_3", "1_5", "0_2", "1_6", "0_2", "1_8", "0_1", "1_6", "0_3"], "init": "", "intermediate": [["1_6"], ["1_6", "0_4"], ["1_6", "0_4", "1_2"], ["1_6", "0_4", "1_2", "0_4"], ["1_6", "0_4", "1_2", "0_4", "1_5"], ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2"], ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2", "1_5"], ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2", "1_5", "0_2"], ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2", "1_5", "0_2", "1_1"], ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2", "1_5", "0_2", "1_1", "0_1"], ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2", "1_5", "0_2", "1_1", "0_1", "1_7"], ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2", "1_5", "0_2", "1_1", "0_1", "1_7", "0_6"], ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2", "1_5", "0_2", "1_1", "0_1", "1_7", "0_6", "1_7"], ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2", "1_5", "0_2", "1_1", "0_1", "1_7", "0_6", "1_7", "0_1"], ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2", "1_5", "0_2", "1_1", "0_1", "1_7", "0_6", "1_7", "0_1", "1_9"], ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2", "1_5", "0_2", "1_1", "0_1", "1_7", "0_6", "1_7", "0_1", "1_9", "0_3"], ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2", "1_5", "0_2", "1_1", "0_1", "1_7", "0_6", "1_7", "0_1", "1_9", "0_3", "1_5"], ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2", "1_5", "0_2", "1_1", "0_1", "1_7", "0_6", "1_7", "0_1", "1_9", "0_3", "1_5", "0_2"], ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2", "1_5", "0_2", "1_1", "0_1", "1_7", "0_6", "1_7", "0_1", "1_9", "0_3", "1_5", "0_2", "1_6"], ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2", "1_5", "0_2", "1_1", "0_1", "1_7", "0_6", "1_7", "0_1", "1_9", "0_3", "1_5", "0_2", "1_6", "0_2"], ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2", "1_5", "0_2", "1_1", "0_1", "1_7", "0_6", "1_7", "0_1", "1_9", "0_3", "1_5", "0_2", "1_6", "0_2", "1_8"], ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2", "1_5", "0_2", "1_1", "0_1", "1_7", "0_6", "1_7", "0_1", "1_9", "0_3", "1_5", "0_2", "1_6", "0_2", "1_8", "0_1"], ["1_6", "0_4", "1_2", "0_4", "1_5", "0_2", "1_5", "0_2", "1_1", "0_1", "1_7", "0_6", "1_7", "0_1", "1_9", "0_3", "1_5", "0_2", "1_6", "0_2", "1_8", "0_1", "1_6"]]}, "config": {"num_divisions": 24, "string": "11111100001100001111100111110010111111100000011111110111111111000111110011111100111111110111111000"}, "task_name": "task07", "example_name": "0225", "problem_name": "task07_0225"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n000000111111111000011111111000000000110000011101111111000000001111000000010111110001111111100000011111111000001111111011111", "label": {"final": ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2", "0_5", "1_3", "0_1", "1_7", "0_8", "1_4", "0_7", "1_1", "0_1", "1_5", "0_3", "1_8", "0_6", "1_8", "0_5", "1_7", "0_1", "1_5"], "init": "", "intermediate": [["0_6"], ["0_6", "1_9"], ["0_6", "1_9", "0_4"], ["0_6", "1_9", "0_4", "1_8"], ["0_6", "1_9", "0_4", "1_8", "0_9"], ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2"], ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2", "0_5"], ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2", "0_5", "1_3"], ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2", "0_5", "1_3", "0_1"], ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2", "0_5", "1_3", "0_1", "1_7"], ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2", "0_5", "1_3", "0_1", "1_7", "0_8"], ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2", "0_5", "1_3", "0_1", "1_7", "0_8", "1_4"], ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2", "0_5", "1_3", "0_1", "1_7", "0_8", "1_4", "0_7"], ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2", "0_5", "1_3", "0_1", "1_7", "0_8", "1_4", "0_7", "1_1"], ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2", "0_5", "1_3", "0_1", "1_7", "0_8", "1_4", "0_7", "1_1", "0_1"], ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2", "0_5", "1_3", "0_1", "1_7", "0_8", "1_4", "0_7", "1_1", "0_1", "1_5"], ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2", "0_5", "1_3", "0_1", "1_7", "0_8", "1_4", "0_7", "1_1", "0_1", "1_5", "0_3"], ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2", "0_5", "1_3", "0_1", "1_7", "0_8", "1_4", "0_7", "1_1", "0_1", "1_5", "0_3", "1_8"], ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2", "0_5", "1_3", "0_1", "1_7", "0_8", "1_4", "0_7", "1_1", "0_1", "1_5", "0_3", "1_8", "0_6"], ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2", "0_5", "1_3", "0_1", "1_7", "0_8", "1_4", "0_7", "1_1", "0_1", "1_5", "0_3", "1_8", "0_6", "1_8"], ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2", "0_5", "1_3", "0_1", "1_7", "0_8", "1_4", "0_7", "1_1", "0_1", "1_5", "0_3", "1_8", "0_6", "1_8", "0_5"], ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2", "0_5", "1_3", "0_1", "1_7", "0_8", "1_4", "0_7", "1_1", "0_1", "1_5", "0_3", "1_8", "0_6", "1_8", "0_5", "1_7"], ["0_6", "1_9", "0_4", "1_8", "0_9", "1_2", "0_5", "1_3", "0_1", "1_7", "0_8", "1_4", "0_7", "1_1", "0_1", "1_5", "0_3", "1_8", "0_6", "1_8", "0_5", "1_7", "0_1"]]}, "config": {"num_divisions": 24, "string": "000000111111111000011111111000000000110000011101111111000000001111000000010111110001111111100000011111111000001111111011111"}, "task_name": "task07", "example_name": "0226", "problem_name": "task07_0226"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00000000010000001111000001110000000111111110000000011011000000000111111111000011111110000000001111111100000001000000001111110000001111111", "label": {"final": ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3", "0_7", "1_8", "0_8", "1_2", "0_1", "1_2", "0_9", "1_9", "0_4", "1_7", "0_9", "1_8", "0_7", "1_1", "0_8", "1_6", "0_6", "1_7"], "init": "", "intermediate": [["0_9"], ["0_9", "1_1"], ["0_9", "1_1", "0_6"], ["0_9", "1_1", "0_6", "1_4"], ["0_9", "1_1", "0_6", "1_4", "0_5"], ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3"], ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3", "0_7"], ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3", "0_7", "1_8"], ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3", "0_7", "1_8", "0_8"], ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3", "0_7", "1_8", "0_8", "1_2"], ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3", "0_7", "1_8", "0_8", "1_2", "0_1"], ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3", "0_7", "1_8", "0_8", "1_2", "0_1", "1_2"], ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3", "0_7", "1_8", "0_8", "1_2", "0_1", "1_2", "0_9"], ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3", "0_7", "1_8", "0_8", "1_2", "0_1", "1_2", "0_9", "1_9"], ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3", "0_7", "1_8", "0_8", "1_2", "0_1", "1_2", "0_9", "1_9", "0_4"], ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3", "0_7", "1_8", "0_8", "1_2", "0_1", "1_2", "0_9", "1_9", "0_4", "1_7"], ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3", "0_7", "1_8", "0_8", "1_2", "0_1", "1_2", "0_9", "1_9", "0_4", "1_7", "0_9"], ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3", "0_7", "1_8", "0_8", "1_2", "0_1", "1_2", "0_9", "1_9", "0_4", "1_7", "0_9", "1_8"], ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3", "0_7", "1_8", "0_8", "1_2", "0_1", "1_2", "0_9", "1_9", "0_4", "1_7", "0_9", "1_8", "0_7"], ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3", "0_7", "1_8", "0_8", "1_2", "0_1", "1_2", "0_9", "1_9", "0_4", "1_7", "0_9", "1_8", "0_7", "1_1"], ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3", "0_7", "1_8", "0_8", "1_2", "0_1", "1_2", "0_9", "1_9", "0_4", "1_7", "0_9", "1_8", "0_7", "1_1", "0_8"], ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3", "0_7", "1_8", "0_8", "1_2", "0_1", "1_2", "0_9", "1_9", "0_4", "1_7", "0_9", "1_8", "0_7", "1_1", "0_8", "1_6"], ["0_9", "1_1", "0_6", "1_4", "0_5", "1_3", "0_7", "1_8", "0_8", "1_2", "0_1", "1_2", "0_9", "1_9", "0_4", "1_7", "0_9", "1_8", "0_7", "1_1", "0_8", "1_6", "0_6"]]}, "config": {"num_divisions": 24, "string": "00000000010000001111000001110000000111111110000000011011000000000111111111000011111110000000001111111100000001000000001111110000001111111"}, "task_name": "task07", "example_name": "0227", "problem_name": "task07_0227"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111110000000111111101111110000000011111110111000000001111100000000111011111110110000001001111111110000000001110000", "label": {"final": ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8", "1_7", "0_1", "1_3", "0_8", "1_5", "0_8", "1_3", "0_1", "1_7", "0_1", "1_2", "0_6", "1_1", "0_2", "1_9", "0_9", "1_3", "0_4"], "init": "", "intermediate": [["1_7"], ["1_7", "0_7"], ["1_7", "0_7", "1_7"], ["1_7", "0_7", "1_7", "0_1"], ["1_7", "0_7", "1_7", "0_1", "1_6"], ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8"], ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8", "1_7"], ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8", "1_7", "0_1"], ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8", "1_7", "0_1", "1_3"], ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8", "1_7", "0_1", "1_3", "0_8"], ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8", "1_7", "0_1", "1_3", "0_8", "1_5"], ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8", "1_7", "0_1", "1_3", "0_8", "1_5", "0_8"], ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8", "1_7", "0_1", "1_3", "0_8", "1_5", "0_8", "1_3"], ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8", "1_7", "0_1", "1_3", "0_8", "1_5", "0_8", "1_3", "0_1"], ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8", "1_7", "0_1", "1_3", "0_8", "1_5", "0_8", "1_3", "0_1", "1_7"], ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8", "1_7", "0_1", "1_3", "0_8", "1_5", "0_8", "1_3", "0_1", "1_7", "0_1"], ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8", "1_7", "0_1", "1_3", "0_8", "1_5", "0_8", "1_3", "0_1", "1_7", "0_1", "1_2"], ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8", "1_7", "0_1", "1_3", "0_8", "1_5", "0_8", "1_3", "0_1", "1_7", "0_1", "1_2", "0_6"], ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8", "1_7", "0_1", "1_3", "0_8", "1_5", "0_8", "1_3", "0_1", "1_7", "0_1", "1_2", "0_6", "1_1"], ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8", "1_7", "0_1", "1_3", "0_8", "1_5", "0_8", "1_3", "0_1", "1_7", "0_1", "1_2", "0_6", "1_1", "0_2"], ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8", "1_7", "0_1", "1_3", "0_8", "1_5", "0_8", "1_3", "0_1", "1_7", "0_1", "1_2", "0_6", "1_1", "0_2", "1_9"], ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8", "1_7", "0_1", "1_3", "0_8", "1_5", "0_8", "1_3", "0_1", "1_7", "0_1", "1_2", "0_6", "1_1", "0_2", "1_9", "0_9"], ["1_7", "0_7", "1_7", "0_1", "1_6", "0_8", "1_7", "0_1", "1_3", "0_8", "1_5", "0_8", "1_3", "0_1", "1_7", "0_1", "1_2", "0_6", "1_1", "0_2", "1_9", "0_9", "1_3"]]}, "config": {"num_divisions": 24, "string": "11111110000000111111101111110000000011111110111000000001111100000000111011111110110000001001111111110000000001110000"}, "task_name": "task07", "example_name": "0228", "problem_name": "task07_0228"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111100000000011111111100001110001111100111111111011110000000111111111000000001100000000111111000000001111111000000011110111111000000000", "label": {"final": ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3", "1_5", "0_2", "1_9", "0_1", "1_4", "0_7", "1_9", "0_8", "1_2", "0_8", "1_6", "0_8", "1_7", "0_7", "1_4", "0_1", "1_6", "0_9"], "init": "", "intermediate": [["1_6"], ["1_6", "0_9"], ["1_6", "0_9", "1_9"], ["1_6", "0_9", "1_9", "0_4"], ["1_6", "0_9", "1_9", "0_4", "1_3"], ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3"], ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3", "1_5"], ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3", "1_5", "0_2"], ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3", "1_5", "0_2", "1_9"], ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3", "1_5", "0_2", "1_9", "0_1"], ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3", "1_5", "0_2", "1_9", "0_1", "1_4"], ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3", "1_5", "0_2", "1_9", "0_1", "1_4", "0_7"], ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3", "1_5", "0_2", "1_9", "0_1", "1_4", "0_7", "1_9"], ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3", "1_5", "0_2", "1_9", "0_1", "1_4", "0_7", "1_9", "0_8"], ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3", "1_5", "0_2", "1_9", "0_1", "1_4", "0_7", "1_9", "0_8", "1_2"], ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3", "1_5", "0_2", "1_9", "0_1", "1_4", "0_7", "1_9", "0_8", "1_2", "0_8"], ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3", "1_5", "0_2", "1_9", "0_1", "1_4", "0_7", "1_9", "0_8", "1_2", "0_8", "1_6"], ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3", "1_5", "0_2", "1_9", "0_1", "1_4", "0_7", "1_9", "0_8", "1_2", "0_8", "1_6", "0_8"], ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3", "1_5", "0_2", "1_9", "0_1", "1_4", "0_7", "1_9", "0_8", "1_2", "0_8", "1_6", "0_8", "1_7"], ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3", "1_5", "0_2", "1_9", "0_1", "1_4", "0_7", "1_9", "0_8", "1_2", "0_8", "1_6", "0_8", "1_7", "0_7"], ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3", "1_5", "0_2", "1_9", "0_1", "1_4", "0_7", "1_9", "0_8", "1_2", "0_8", "1_6", "0_8", "1_7", "0_7", "1_4"], ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3", "1_5", "0_2", "1_9", "0_1", "1_4", "0_7", "1_9", "0_8", "1_2", "0_8", "1_6", "0_8", "1_7", "0_7", "1_4", "0_1"], ["1_6", "0_9", "1_9", "0_4", "1_3", "0_3", "1_5", "0_2", "1_9", "0_1", "1_4", "0_7", "1_9", "0_8", "1_2", "0_8", "1_6", "0_8", "1_7", "0_7", "1_4", "0_1", "1_6"]]}, "config": {"num_divisions": 24, "string": "11111100000000011111111100001110001111100111111111011110000000111111111000000001100000000111111000000001111111000000011110111111000000000"}, "task_name": "task07", "example_name": "0229", "problem_name": "task07_0229"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000011111111101111000000110000000011000000111110011111111001100001100000011111110001110000011100000000011111000", "label": {"final": ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8", "1_2", "0_6", "1_5", "0_2", "1_8", "0_2", "1_2", "0_4", "1_2", "0_6", "1_7", "0_3", "1_3", "0_5", "1_3", "0_9", "1_5", "0_3"], "init": "", "intermediate": [["0_5"], ["0_5", "1_9"], ["0_5", "1_9", "0_1"], ["0_5", "1_9", "0_1", "1_4"], ["0_5", "1_9", "0_1", "1_4", "0_6"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8", "1_2"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8", "1_2", "0_6"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8", "1_2", "0_6", "1_5"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8", "1_2", "0_6", "1_5", "0_2"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8", "1_2", "0_6", "1_5", "0_2", "1_8"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8", "1_2", "0_6", "1_5", "0_2", "1_8", "0_2"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8", "1_2", "0_6", "1_5", "0_2", "1_8", "0_2", "1_2"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8", "1_2", "0_6", "1_5", "0_2", "1_8", "0_2", "1_2", "0_4"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8", "1_2", "0_6", "1_5", "0_2", "1_8", "0_2", "1_2", "0_4", "1_2"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8", "1_2", "0_6", "1_5", "0_2", "1_8", "0_2", "1_2", "0_4", "1_2", "0_6"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8", "1_2", "0_6", "1_5", "0_2", "1_8", "0_2", "1_2", "0_4", "1_2", "0_6", "1_7"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8", "1_2", "0_6", "1_5", "0_2", "1_8", "0_2", "1_2", "0_4", "1_2", "0_6", "1_7", "0_3"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8", "1_2", "0_6", "1_5", "0_2", "1_8", "0_2", "1_2", "0_4", "1_2", "0_6", "1_7", "0_3", "1_3"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8", "1_2", "0_6", "1_5", "0_2", "1_8", "0_2", "1_2", "0_4", "1_2", "0_6", "1_7", "0_3", "1_3", "0_5"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8", "1_2", "0_6", "1_5", "0_2", "1_8", "0_2", "1_2", "0_4", "1_2", "0_6", "1_7", "0_3", "1_3", "0_5", "1_3"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8", "1_2", "0_6", "1_5", "0_2", "1_8", "0_2", "1_2", "0_4", "1_2", "0_6", "1_7", "0_3", "1_3", "0_5", "1_3", "0_9"], ["0_5", "1_9", "0_1", "1_4", "0_6", "1_2", "0_8", "1_2", "0_6", "1_5", "0_2", "1_8", "0_2", "1_2", "0_4", "1_2", "0_6", "1_7", "0_3", "1_3", "0_5", "1_3", "0_9", "1_5"]]}, "config": {"num_divisions": 25, "string": "0000011111111101111000000110000000011000000111110011111111001100001100000011111110001110000011100000000011111000"}, "task_name": "task07", "example_name": "0230", "problem_name": "task07_0230"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111001111111000000001110111100000111111001111100000111111001111111110000000011000000000100001110000001111000000001111", "label": {"final": ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4", "0_5", "1_6", "0_2", "1_5", "0_5", "1_6", "0_2", "1_9", "0_8", "1_2", "0_9", "1_1", "0_4", "1_3", "0_6", "1_4", "0_8", "1_4"], "init": "", "intermediate": [["1_6"], ["1_6", "0_2"], ["1_6", "0_2", "1_7"], ["1_6", "0_2", "1_7", "0_8"], ["1_6", "0_2", "1_7", "0_8", "1_3"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4", "0_5"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4", "0_5", "1_6"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4", "0_5", "1_6", "0_2"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4", "0_5", "1_6", "0_2", "1_5"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4", "0_5", "1_6", "0_2", "1_5", "0_5"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4", "0_5", "1_6", "0_2", "1_5", "0_5", "1_6"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4", "0_5", "1_6", "0_2", "1_5", "0_5", "1_6", "0_2"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4", "0_5", "1_6", "0_2", "1_5", "0_5", "1_6", "0_2", "1_9"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4", "0_5", "1_6", "0_2", "1_5", "0_5", "1_6", "0_2", "1_9", "0_8"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4", "0_5", "1_6", "0_2", "1_5", "0_5", "1_6", "0_2", "1_9", "0_8", "1_2"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4", "0_5", "1_6", "0_2", "1_5", "0_5", "1_6", "0_2", "1_9", "0_8", "1_2", "0_9"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4", "0_5", "1_6", "0_2", "1_5", "0_5", "1_6", "0_2", "1_9", "0_8", "1_2", "0_9", "1_1"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4", "0_5", "1_6", "0_2", "1_5", "0_5", "1_6", "0_2", "1_9", "0_8", "1_2", "0_9", "1_1", "0_4"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4", "0_5", "1_6", "0_2", "1_5", "0_5", "1_6", "0_2", "1_9", "0_8", "1_2", "0_9", "1_1", "0_4", "1_3"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4", "0_5", "1_6", "0_2", "1_5", "0_5", "1_6", "0_2", "1_9", "0_8", "1_2", "0_9", "1_1", "0_4", "1_3", "0_6"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4", "0_5", "1_6", "0_2", "1_5", "0_5", "1_6", "0_2", "1_9", "0_8", "1_2", "0_9", "1_1", "0_4", "1_3", "0_6", "1_4"], ["1_6", "0_2", "1_7", "0_8", "1_3", "0_1", "1_4", "0_5", "1_6", "0_2", "1_5", "0_5", "1_6", "0_2", "1_9", "0_8", "1_2", "0_9", "1_1", "0_4", "1_3", "0_6", "1_4", "0_8"]]}, "config": {"num_divisions": 25, "string": "111111001111111000000001110111100000111111001111100000111111001111111110000000011000000000100001110000001111000000001111"}, "task_name": "task07", "example_name": "0231", "problem_name": "task07_0231"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111110001111100000000111111000001111101111111100001111100000011011000000000111111100000000111110000000111100111111111000111111111", "label": {"final": ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5", "0_1", "1_8", "0_4", "1_5", "0_6", "1_2", "0_1", "1_2", "0_9", "1_7", "0_8", "1_5", "0_7", "1_4", "0_2", "1_9", "0_3", "1_9"], "init": "", "intermediate": [["1_7"], ["1_7", "0_3"], ["1_7", "0_3", "1_5"], ["1_7", "0_3", "1_5", "0_8"], ["1_7", "0_3", "1_5", "0_8", "1_6"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5", "0_1"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5", "0_1", "1_8"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5", "0_1", "1_8", "0_4"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5", "0_1", "1_8", "0_4", "1_5"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5", "0_1", "1_8", "0_4", "1_5", "0_6"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5", "0_1", "1_8", "0_4", "1_5", "0_6", "1_2"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5", "0_1", "1_8", "0_4", "1_5", "0_6", "1_2", "0_1"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5", "0_1", "1_8", "0_4", "1_5", "0_6", "1_2", "0_1", "1_2"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5", "0_1", "1_8", "0_4", "1_5", "0_6", "1_2", "0_1", "1_2", "0_9"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5", "0_1", "1_8", "0_4", "1_5", "0_6", "1_2", "0_1", "1_2", "0_9", "1_7"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5", "0_1", "1_8", "0_4", "1_5", "0_6", "1_2", "0_1", "1_2", "0_9", "1_7", "0_8"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5", "0_1", "1_8", "0_4", "1_5", "0_6", "1_2", "0_1", "1_2", "0_9", "1_7", "0_8", "1_5"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5", "0_1", "1_8", "0_4", "1_5", "0_6", "1_2", "0_1", "1_2", "0_9", "1_7", "0_8", "1_5", "0_7"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5", "0_1", "1_8", "0_4", "1_5", "0_6", "1_2", "0_1", "1_2", "0_9", "1_7", "0_8", "1_5", "0_7", "1_4"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5", "0_1", "1_8", "0_4", "1_5", "0_6", "1_2", "0_1", "1_2", "0_9", "1_7", "0_8", "1_5", "0_7", "1_4", "0_2"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5", "0_1", "1_8", "0_4", "1_5", "0_6", "1_2", "0_1", "1_2", "0_9", "1_7", "0_8", "1_5", "0_7", "1_4", "0_2", "1_9"], ["1_7", "0_3", "1_5", "0_8", "1_6", "0_5", "1_5", "0_1", "1_8", "0_4", "1_5", "0_6", "1_2", "0_1", "1_2", "0_9", "1_7", "0_8", "1_5", "0_7", "1_4", "0_2", "1_9", "0_3"]]}, "config": {"num_divisions": 25, "string": "11111110001111100000000111111000001111101111111100001111100000011011000000000111111100000000111110000000111100111111111000111111111"}, "task_name": "task07", "example_name": "0232", "problem_name": "task07_0232"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111100001111000111100000011111101111111100000100000001111000111000111110000000001111000000111111101110000000001", "label": {"final": ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6", "0_1", "1_8", "0_5", "1_1", "0_7", "1_4", "0_3", "1_3", "0_3", "1_5", "0_9", "1_4", "0_6", "1_7", "0_1", "1_3", "0_9", "1_1"], "init": "", "intermediate": [["1_6"], ["1_6", "0_4"], ["1_6", "0_4", "1_4"], ["1_6", "0_4", "1_4", "0_3"], ["1_6", "0_4", "1_4", "0_3", "1_4"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6", "0_1"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6", "0_1", "1_8"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6", "0_1", "1_8", "0_5"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6", "0_1", "1_8", "0_5", "1_1"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6", "0_1", "1_8", "0_5", "1_1", "0_7"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6", "0_1", "1_8", "0_5", "1_1", "0_7", "1_4"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6", "0_1", "1_8", "0_5", "1_1", "0_7", "1_4", "0_3"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6", "0_1", "1_8", "0_5", "1_1", "0_7", "1_4", "0_3", "1_3"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6", "0_1", "1_8", "0_5", "1_1", "0_7", "1_4", "0_3", "1_3", "0_3"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6", "0_1", "1_8", "0_5", "1_1", "0_7", "1_4", "0_3", "1_3", "0_3", "1_5"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6", "0_1", "1_8", "0_5", "1_1", "0_7", "1_4", "0_3", "1_3", "0_3", "1_5", "0_9"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6", "0_1", "1_8", "0_5", "1_1", "0_7", "1_4", "0_3", "1_3", "0_3", "1_5", "0_9", "1_4"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6", "0_1", "1_8", "0_5", "1_1", "0_7", "1_4", "0_3", "1_3", "0_3", "1_5", "0_9", "1_4", "0_6"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6", "0_1", "1_8", "0_5", "1_1", "0_7", "1_4", "0_3", "1_3", "0_3", "1_5", "0_9", "1_4", "0_6", "1_7"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6", "0_1", "1_8", "0_5", "1_1", "0_7", "1_4", "0_3", "1_3", "0_3", "1_5", "0_9", "1_4", "0_6", "1_7", "0_1"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6", "0_1", "1_8", "0_5", "1_1", "0_7", "1_4", "0_3", "1_3", "0_3", "1_5", "0_9", "1_4", "0_6", "1_7", "0_1", "1_3"], ["1_6", "0_4", "1_4", "0_3", "1_4", "0_6", "1_6", "0_1", "1_8", "0_5", "1_1", "0_7", "1_4", "0_3", "1_3", "0_3", "1_5", "0_9", "1_4", "0_6", "1_7", "0_1", "1_3", "0_9"]]}, "config": {"num_divisions": 25, "string": "11111100001111000111100000011111101111111100000100000001111000111000111110000000001111000000111111101110000000001"}, "task_name": "task07", "example_name": "0233", "problem_name": "task07_0233"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n11111111100000000011011010001111110011111100111111000000001111100000111110000111100000011111000000011111111000011", "label": {"final": ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1", "0_3", "1_6", "0_2", "1_6", "0_2", "1_6", "0_8", "1_5", "0_5", "1_5", "0_4", "1_4", "0_6", "1_5", "0_7", "1_8", "0_4", "1_2"], "init": "", "intermediate": [["1_9"], ["1_9", "0_9"], ["1_9", "0_9", "1_2"], ["1_9", "0_9", "1_2", "0_1"], ["1_9", "0_9", "1_2", "0_1", "1_2"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1", "0_3"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1", "0_3", "1_6"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1", "0_3", "1_6", "0_2"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1", "0_3", "1_6", "0_2", "1_6"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1", "0_3", "1_6", "0_2", "1_6", "0_2"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1", "0_3", "1_6", "0_2", "1_6", "0_2", "1_6"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1", "0_3", "1_6", "0_2", "1_6", "0_2", "1_6", "0_8"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1", "0_3", "1_6", "0_2", "1_6", "0_2", "1_6", "0_8", "1_5"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1", "0_3", "1_6", "0_2", "1_6", "0_2", "1_6", "0_8", "1_5", "0_5"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1", "0_3", "1_6", "0_2", "1_6", "0_2", "1_6", "0_8", "1_5", "0_5", "1_5"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1", "0_3", "1_6", "0_2", "1_6", "0_2", "1_6", "0_8", "1_5", "0_5", "1_5", "0_4"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1", "0_3", "1_6", "0_2", "1_6", "0_2", "1_6", "0_8", "1_5", "0_5", "1_5", "0_4", "1_4"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1", "0_3", "1_6", "0_2", "1_6", "0_2", "1_6", "0_8", "1_5", "0_5", "1_5", "0_4", "1_4", "0_6"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1", "0_3", "1_6", "0_2", "1_6", "0_2", "1_6", "0_8", "1_5", "0_5", "1_5", "0_4", "1_4", "0_6", "1_5"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1", "0_3", "1_6", "0_2", "1_6", "0_2", "1_6", "0_8", "1_5", "0_5", "1_5", "0_4", "1_4", "0_6", "1_5", "0_7"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1", "0_3", "1_6", "0_2", "1_6", "0_2", "1_6", "0_8", "1_5", "0_5", "1_5", "0_4", "1_4", "0_6", "1_5", "0_7", "1_8"], ["1_9", "0_9", "1_2", "0_1", "1_2", "0_1", "1_1", "0_3", "1_6", "0_2", "1_6", "0_2", "1_6", "0_8", "1_5", "0_5", "1_5", "0_4", "1_4", "0_6", "1_5", "0_7", "1_8", "0_4"]]}, "config": {"num_divisions": 25, "string": "11111111100000000011011010001111110011111100111111000000001111100000111110000111100000011111000000011111111000011"}, "task_name": "task07", "example_name": "0234", "problem_name": "task07_0234"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111110111100000000111110000000101100001110000000001111000000011100001111111100000000111000000000100111111110000000111", "label": {"final": ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1", "0_1", "1_2", "0_4", "1_3", "0_9", "1_4", "0_7", "1_3", "0_4", "1_8", "0_8", "1_3", "0_9", "1_1", "0_2", "1_8", "0_7", "1_3"], "init": "", "intermediate": [["1_5"], ["1_5", "0_1"], ["1_5", "0_1", "1_4"], ["1_5", "0_1", "1_4", "0_8"], ["1_5", "0_1", "1_4", "0_8", "1_5"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1", "0_1"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1", "0_1", "1_2"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1", "0_1", "1_2", "0_4"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1", "0_1", "1_2", "0_4", "1_3"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1", "0_1", "1_2", "0_4", "1_3", "0_9"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1", "0_1", "1_2", "0_4", "1_3", "0_9", "1_4"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1", "0_1", "1_2", "0_4", "1_3", "0_9", "1_4", "0_7"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1", "0_1", "1_2", "0_4", "1_3", "0_9", "1_4", "0_7", "1_3"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1", "0_1", "1_2", "0_4", "1_3", "0_9", "1_4", "0_7", "1_3", "0_4"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1", "0_1", "1_2", "0_4", "1_3", "0_9", "1_4", "0_7", "1_3", "0_4", "1_8"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1", "0_1", "1_2", "0_4", "1_3", "0_9", "1_4", "0_7", "1_3", "0_4", "1_8", "0_8"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1", "0_1", "1_2", "0_4", "1_3", "0_9", "1_4", "0_7", "1_3", "0_4", "1_8", "0_8", "1_3"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1", "0_1", "1_2", "0_4", "1_3", "0_9", "1_4", "0_7", "1_3", "0_4", "1_8", "0_8", "1_3", "0_9"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1", "0_1", "1_2", "0_4", "1_3", "0_9", "1_4", "0_7", "1_3", "0_4", "1_8", "0_8", "1_3", "0_9", "1_1"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1", "0_1", "1_2", "0_4", "1_3", "0_9", "1_4", "0_7", "1_3", "0_4", "1_8", "0_8", "1_3", "0_9", "1_1", "0_2"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1", "0_1", "1_2", "0_4", "1_3", "0_9", "1_4", "0_7", "1_3", "0_4", "1_8", "0_8", "1_3", "0_9", "1_1", "0_2", "1_8"], ["1_5", "0_1", "1_4", "0_8", "1_5", "0_7", "1_1", "0_1", "1_2", "0_4", "1_3", "0_9", "1_4", "0_7", "1_3", "0_4", "1_8", "0_8", "1_3", "0_9", "1_1", "0_2", "1_8", "0_7"]]}, "config": {"num_divisions": 25, "string": "111110111100000000111110000000101100001110000000001111000000011100001111111100000000111000000000100111111110000000111"}, "task_name": "task07", "example_name": "0235", "problem_name": "task07_0235"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n111111100011110000000011111110000111000000011111000000000111011111111000010000011110000011111110000000011100111111110000000001111", "label": {"final": ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3", "0_7", "1_5", "0_9", "1_3", "0_1", "1_8", "0_4", "1_1", "0_5", "1_4", "0_5", "1_7", "0_8", "1_3", "0_2", "1_8", "0_9", "1_4"], "init": "", "intermediate": [["1_7"], ["1_7", "0_3"], ["1_7", "0_3", "1_4"], ["1_7", "0_3", "1_4", "0_8"], ["1_7", "0_3", "1_4", "0_8", "1_7"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3", "0_7"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3", "0_7", "1_5"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3", "0_7", "1_5", "0_9"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3", "0_7", "1_5", "0_9", "1_3"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3", "0_7", "1_5", "0_9", "1_3", "0_1"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3", "0_7", "1_5", "0_9", "1_3", "0_1", "1_8"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3", "0_7", "1_5", "0_9", "1_3", "0_1", "1_8", "0_4"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3", "0_7", "1_5", "0_9", "1_3", "0_1", "1_8", "0_4", "1_1"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3", "0_7", "1_5", "0_9", "1_3", "0_1", "1_8", "0_4", "1_1", "0_5"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3", "0_7", "1_5", "0_9", "1_3", "0_1", "1_8", "0_4", "1_1", "0_5", "1_4"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3", "0_7", "1_5", "0_9", "1_3", "0_1", "1_8", "0_4", "1_1", "0_5", "1_4", "0_5"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3", "0_7", "1_5", "0_9", "1_3", "0_1", "1_8", "0_4", "1_1", "0_5", "1_4", "0_5", "1_7"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3", "0_7", "1_5", "0_9", "1_3", "0_1", "1_8", "0_4", "1_1", "0_5", "1_4", "0_5", "1_7", "0_8"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3", "0_7", "1_5", "0_9", "1_3", "0_1", "1_8", "0_4", "1_1", "0_5", "1_4", "0_5", "1_7", "0_8", "1_3"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3", "0_7", "1_5", "0_9", "1_3", "0_1", "1_8", "0_4", "1_1", "0_5", "1_4", "0_5", "1_7", "0_8", "1_3", "0_2"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3", "0_7", "1_5", "0_9", "1_3", "0_1", "1_8", "0_4", "1_1", "0_5", "1_4", "0_5", "1_7", "0_8", "1_3", "0_2", "1_8"], ["1_7", "0_3", "1_4", "0_8", "1_7", "0_4", "1_3", "0_7", "1_5", "0_9", "1_3", "0_1", "1_8", "0_4", "1_1", "0_5", "1_4", "0_5", "1_7", "0_8", "1_3", "0_2", "1_8", "0_9"]]}, "config": {"num_divisions": 25, "string": "111111100011110000000011111110000111000000011111000000000111011111111000010000011110000011111110000000011100111111110000000001111"}, "task_name": "task07", "example_name": "0236", "problem_name": "task07_0236"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n1110000000111111111000011111111101110111110111111110000001111111110000001111111100000000011100000001111110000000001110000000110000111111", "label": {"final": ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3", "0_1", "1_5", "0_1", "1_8", "0_6", "1_9", "0_6", "1_8", "0_9", "1_3", "0_7", "1_6", "0_9", "1_3", "0_7", "1_2", "0_4", "1_6"], "init": "", "intermediate": [["1_3"], ["1_3", "0_7"], ["1_3", "0_7", "1_9"], ["1_3", "0_7", "1_9", "0_4"], ["1_3", "0_7", "1_9", "0_4", "1_9"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3", "0_1"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3", "0_1", "1_5"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3", "0_1", "1_5", "0_1"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3", "0_1", "1_5", "0_1", "1_8"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3", "0_1", "1_5", "0_1", "1_8", "0_6"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3", "0_1", "1_5", "0_1", "1_8", "0_6", "1_9"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3", "0_1", "1_5", "0_1", "1_8", "0_6", "1_9", "0_6"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3", "0_1", "1_5", "0_1", "1_8", "0_6", "1_9", "0_6", "1_8"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3", "0_1", "1_5", "0_1", "1_8", "0_6", "1_9", "0_6", "1_8", "0_9"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3", "0_1", "1_5", "0_1", "1_8", "0_6", "1_9", "0_6", "1_8", "0_9", "1_3"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3", "0_1", "1_5", "0_1", "1_8", "0_6", "1_9", "0_6", "1_8", "0_9", "1_3", "0_7"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3", "0_1", "1_5", "0_1", "1_8", "0_6", "1_9", "0_6", "1_8", "0_9", "1_3", "0_7", "1_6"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3", "0_1", "1_5", "0_1", "1_8", "0_6", "1_9", "0_6", "1_8", "0_9", "1_3", "0_7", "1_6", "0_9"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3", "0_1", "1_5", "0_1", "1_8", "0_6", "1_9", "0_6", "1_8", "0_9", "1_3", "0_7", "1_6", "0_9", "1_3"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3", "0_1", "1_5", "0_1", "1_8", "0_6", "1_9", "0_6", "1_8", "0_9", "1_3", "0_7", "1_6", "0_9", "1_3", "0_7"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3", "0_1", "1_5", "0_1", "1_8", "0_6", "1_9", "0_6", "1_8", "0_9", "1_3", "0_7", "1_6", "0_9", "1_3", "0_7", "1_2"], ["1_3", "0_7", "1_9", "0_4", "1_9", "0_1", "1_3", "0_1", "1_5", "0_1", "1_8", "0_6", "1_9", "0_6", "1_8", "0_9", "1_3", "0_7", "1_6", "0_9", "1_3", "0_7", "1_2", "0_4"]]}, "config": {"num_divisions": 25, "string": "1110000000111111111000011111111101110111110111111110000001111111110000001111111100000000011100000001111110000000001110000000110000111111"}, "task_name": "task07", "example_name": "0237", "problem_name": "task07_0237"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n00011100000000111001111111011111111100000111111110000011110000011110000000111000011111110111000100000000011000000000", "label": {"final": ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1", "1_9", "0_5", "1_8", "0_5", "1_4", "0_5", "1_4", "0_7", "1_3", "0_4", "1_7", "0_1", "1_3", "0_3", "1_1", "0_9", "1_2", "0_9"], "init": "", "intermediate": [["0_3"], ["0_3", "1_3"], ["0_3", "1_3", "0_8"], ["0_3", "1_3", "0_8", "1_3"], ["0_3", "1_3", "0_8", "1_3", "0_2"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1", "1_9"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1", "1_9", "0_5"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1", "1_9", "0_5", "1_8"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1", "1_9", "0_5", "1_8", "0_5"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1", "1_9", "0_5", "1_8", "0_5", "1_4"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1", "1_9", "0_5", "1_8", "0_5", "1_4", "0_5"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1", "1_9", "0_5", "1_8", "0_5", "1_4", "0_5", "1_4"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1", "1_9", "0_5", "1_8", "0_5", "1_4", "0_5", "1_4", "0_7"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1", "1_9", "0_5", "1_8", "0_5", "1_4", "0_5", "1_4", "0_7", "1_3"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1", "1_9", "0_5", "1_8", "0_5", "1_4", "0_5", "1_4", "0_7", "1_3", "0_4"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1", "1_9", "0_5", "1_8", "0_5", "1_4", "0_5", "1_4", "0_7", "1_3", "0_4", "1_7"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1", "1_9", "0_5", "1_8", "0_5", "1_4", "0_5", "1_4", "0_7", "1_3", "0_4", "1_7", "0_1"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1", "1_9", "0_5", "1_8", "0_5", "1_4", "0_5", "1_4", "0_7", "1_3", "0_4", "1_7", "0_1", "1_3"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1", "1_9", "0_5", "1_8", "0_5", "1_4", "0_5", "1_4", "0_7", "1_3", "0_4", "1_7", "0_1", "1_3", "0_3"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1", "1_9", "0_5", "1_8", "0_5", "1_4", "0_5", "1_4", "0_7", "1_3", "0_4", "1_7", "0_1", "1_3", "0_3", "1_1"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1", "1_9", "0_5", "1_8", "0_5", "1_4", "0_5", "1_4", "0_7", "1_3", "0_4", "1_7", "0_1", "1_3", "0_3", "1_1", "0_9"], ["0_3", "1_3", "0_8", "1_3", "0_2", "1_7", "0_1", "1_9", "0_5", "1_8", "0_5", "1_4", "0_5", "1_4", "0_7", "1_3", "0_4", "1_7", "0_1", "1_3", "0_3", "1_1", "0_9", "1_2"]]}, "config": {"num_divisions": 25, "string": "00011100000000111001111111011111111100000111111110000011110000011110000000111000011111110111000100000000011000000000"}, "task_name": "task07", "example_name": "0238", "problem_name": "task07_0238"}
+{"prompt": "Encode a given string composed of '0's and '1's by following the procedure below.\nStarting from the beginning of the string, count the number of the same character in series, and record the result in the form of \"the character\"_\"the number of the character\" at each step.\nRepeat this step until the end of the string.\nProvide the final result string along with the intermediate states in a 2D array, where each row has the list of the encoded results after each step.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\n0000000001110011110000000111111100000001110001111111000000011111111100000000010000111111110001111111110000000011101111111100000000011100000", "label": {"final": ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7", "1_3", "0_3", "1_7", "0_7", "1_9", "0_9", "1_1", "0_4", "1_8", "0_3", "1_9", "0_8", "1_3", "0_1", "1_8", "0_9", "1_3", "0_5"], "init": "", "intermediate": [["0_9"], ["0_9", "1_3"], ["0_9", "1_3", "0_2"], ["0_9", "1_3", "0_2", "1_4"], ["0_9", "1_3", "0_2", "1_4", "0_7"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7", "1_3"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7", "1_3", "0_3"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7", "1_3", "0_3", "1_7"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7", "1_3", "0_3", "1_7", "0_7"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7", "1_3", "0_3", "1_7", "0_7", "1_9"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7", "1_3", "0_3", "1_7", "0_7", "1_9", "0_9"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7", "1_3", "0_3", "1_7", "0_7", "1_9", "0_9", "1_1"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7", "1_3", "0_3", "1_7", "0_7", "1_9", "0_9", "1_1", "0_4"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7", "1_3", "0_3", "1_7", "0_7", "1_9", "0_9", "1_1", "0_4", "1_8"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7", "1_3", "0_3", "1_7", "0_7", "1_9", "0_9", "1_1", "0_4", "1_8", "0_3"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7", "1_3", "0_3", "1_7", "0_7", "1_9", "0_9", "1_1", "0_4", "1_8", "0_3", "1_9"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7", "1_3", "0_3", "1_7", "0_7", "1_9", "0_9", "1_1", "0_4", "1_8", "0_3", "1_9", "0_8"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7", "1_3", "0_3", "1_7", "0_7", "1_9", "0_9", "1_1", "0_4", "1_8", "0_3", "1_9", "0_8", "1_3"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7", "1_3", "0_3", "1_7", "0_7", "1_9", "0_9", "1_1", "0_4", "1_8", "0_3", "1_9", "0_8", "1_3", "0_1"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7", "1_3", "0_3", "1_7", "0_7", "1_9", "0_9", "1_1", "0_4", "1_8", "0_3", "1_9", "0_8", "1_3", "0_1", "1_8"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7", "1_3", "0_3", "1_7", "0_7", "1_9", "0_9", "1_1", "0_4", "1_8", "0_3", "1_9", "0_8", "1_3", "0_1", "1_8", "0_9"], ["0_9", "1_3", "0_2", "1_4", "0_7", "1_7", "0_7", "1_3", "0_3", "1_7", "0_7", "1_9", "0_9", "1_1", "0_4", "1_8", "0_3", "1_9", "0_8", "1_3", "0_1", "1_8", "0_9", "1_3"]]}, "config": {"num_divisions": 25, "string": "0000000001110011110000000111111100000001110001111111000000011111111100000000010000111111110001111111110000000011101111111100000000011100000"}, "task_name": "task07", "example_name": "0239", "problem_name": "task07_0239"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngnjjzmqlwfaqzjifof\nPositions:\n17, 11", "label": {"final": ["gnjjzmqlwfa", "qzjifo", "f"], "init": ["gnjjzmqlwfaqzjifof"], "intermediate": [["gnjjzmqlwfaqzjifo", "f"]]}, "config": {"length": 18, "num_positions": 2, "positions": [17, 11], "string": "gnjjzmqlwfaqzjifof"}, "task_name": "task08", "example_name": "0000", "problem_name": "task08_0000"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkvabxnczycldiqesbevkkpmj\nPositions:\n1, 21", "label": {"final": ["k", "vabxnczycldiqesbevkk", "pmj"], "init": ["kvabxnczycldiqesbevkkpmj"], "intermediate": [["k", "vabxnczycldiqesbevkkpmj"]]}, "config": {"length": 24, "num_positions": 2, "positions": [1, 21], "string": "kvabxnczycldiqesbevkkpmj"}, "task_name": "task08", "example_name": "0001", "problem_name": "task08_0001"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nceugywkigijotejwaarbfptfch\nPositions:\n14, 9", "label": {"final": ["ceugywkig", "ijote", "jwaarbfptfch"], "init": ["ceugywkigijotejwaarbfptfch"], "intermediate": [["ceugywkigijote", "jwaarbfptfch"]]}, "config": {"length": 26, "num_positions": 2, "positions": [14, 9], "string": "ceugywkigijotejwaarbfptfch"}, "task_name": "task08", "example_name": "0002", "problem_name": "task08_0002"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\niqblfhmymyeyjetxag\nPositions:\n11, 6", "label": {"final": ["iqblfh", "mymye", "yjetxag"], "init": ["iqblfhmymyeyjetxag"], "intermediate": [["iqblfhmymye", "yjetxag"]]}, "config": {"length": 18, "num_positions": 2, "positions": [11, 6], "string": "iqblfhmymyeyjetxag"}, "task_name": "task08", "example_name": "0003", "problem_name": "task08_0003"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nungdjoeywr\nPositions:\n5, 2", "label": {"final": ["un", "gdj", "oeywr"], "init": ["ungdjoeywr"], "intermediate": [["ungdj", "oeywr"]]}, "config": {"length": 10, "num_positions": 2, "positions": [5, 2], "string": "ungdjoeywr"}, "task_name": "task08", "example_name": "0004", "problem_name": "task08_0004"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nunmjrltlqb\nPositions:\n6, 8", "label": {"final": ["unmjrl", "tl", "qb"], "init": ["unmjrltlqb"], "intermediate": [["unmjrl", "tlqb"]]}, "config": {"length": 10, "num_positions": 2, "positions": [6, 8], "string": "unmjrltlqb"}, "task_name": "task08", "example_name": "0005", "problem_name": "task08_0005"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nutnaaaogdfmbosygblckfozqk\nPositions:\n6, 1", "label": {"final": ["u", "tnaaa", "ogdfmbosygblckfozqk"], "init": ["utnaaaogdfmbosygblckfozqk"], "intermediate": [["utnaaa", "ogdfmbosygblckfozqk"]]}, "config": {"length": 25, "num_positions": 2, "positions": [6, 1], "string": "utnaaaogdfmbosygblckfozqk"}, "task_name": "task08", "example_name": "0006", "problem_name": "task08_0006"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nsxuxxnujcjiyroqdnskgkirdc\nPositions:\n10, 23", "label": {"final": ["sxuxxnujcj", "iyroqdnskgkir", "dc"], "init": ["sxuxxnujcjiyroqdnskgkirdc"], "intermediate": [["sxuxxnujcj", "iyroqdnskgkirdc"]]}, "config": {"length": 25, "num_positions": 2, "positions": [10, 23], "string": "sxuxxnujcjiyroqdnskgkirdc"}, "task_name": "task08", "example_name": "0007", "problem_name": "task08_0007"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntryjamle\nPositions:\n6, 5", "label": {"final": ["tryja", "m", "le"], "init": ["tryjamle"], "intermediate": [["tryjam", "le"]]}, "config": {"length": 8, "num_positions": 2, "positions": [6, 5], "string": "tryjamle"}, "task_name": "task08", "example_name": "0008", "problem_name": "task08_0008"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlwcfzjwrhndxi\nPositions:\n9, 8", "label": {"final": ["lwcfzjwr", "h", "ndxi"], "init": ["lwcfzjwrhndxi"], "intermediate": [["lwcfzjwrh", "ndxi"]]}, "config": {"length": 13, "num_positions": 2, "positions": [9, 8], "string": "lwcfzjwrhndxi"}, "task_name": "task08", "example_name": "0009", "problem_name": "task08_0009"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npvglwvfntkrrzorj\nPositions:\n12, 1, 6", "label": {"final": ["p", "vglwv", "fntkrr", "zorj"], "init": ["pvglwvfntkrrzorj"], "intermediate": [["pvglwvfntkrr", "zorj"], ["p", "vglwvfntkrr", "zorj"]]}, "config": {"length": 16, "num_positions": 3, "positions": [12, 1, 6], "string": "pvglwvfntkrrzorj"}, "task_name": "task08", "example_name": "0010", "problem_name": "task08_0010"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmjhdfogbuhypkwxidqvpukqgkjkk\nPositions:\n26, 6, 7", "label": {"final": ["mjhdfo", "g", "buhypkwxidqvpukqgkj", "kk"], "init": ["mjhdfogbuhypkwxidqvpukqgkjkk"], "intermediate": [["mjhdfogbuhypkwxidqvpukqgkj", "kk"], ["mjhdfo", "gbuhypkwxidqvpukqgkj", "kk"]]}, "config": {"length": 28, "num_positions": 3, "positions": [26, 6, 7], "string": "mjhdfogbuhypkwxidqvpukqgkjkk"}, "task_name": "task08", "example_name": "0011", "problem_name": "task08_0011"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngznbvwvjthdwvfwaiaeesheeiwpcrn\nPositions:\n15, 4, 17", "label": {"final": ["gznb", "vwvjthdwvfw", "ai", "aeesheeiwpcrn"], "init": ["gznbvwvjthdwvfwaiaeesheeiwpcrn"], "intermediate": [["gznbvwvjthdwvfw", "aiaeesheeiwpcrn"], ["gznb", "vwvjthdwvfw", "aiaeesheeiwpcrn"]]}, "config": {"length": 30, "num_positions": 3, "positions": [15, 4, 17], "string": "gznbvwvjthdwvfwaiaeesheeiwpcrn"}, "task_name": "task08", "example_name": "0012", "problem_name": "task08_0012"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqunq\nPositions:\n2, 3, 1", "label": {"final": ["q", "u", "n", "q"], "init": ["qunq"], "intermediate": [["qu", "nq"], ["qu", "n", "q"]]}, "config": {"length": 4, "num_positions": 3, "positions": [2, 3, 1], "string": "qunq"}, "task_name": "task08", "example_name": "0013", "problem_name": "task08_0013"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxavaetjcvuozjbxjg\nPositions:\n14, 2, 13", "label": {"final": ["xa", "vaetjcvuozj", "b", "xjg"], "init": ["xavaetjcvuozjbxjg"], "intermediate": [["xavaetjcvuozjb", "xjg"], ["xa", "vaetjcvuozjb", "xjg"]]}, "config": {"length": 17, "num_positions": 3, "positions": [14, 2, 13], "string": "xavaetjcvuozjbxjg"}, "task_name": "task08", "example_name": "0014", "problem_name": "task08_0014"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvyaro\nPositions:\n1, 3, 4", "label": {"final": ["v", "ya", "r", "o"], "init": ["vyaro"], "intermediate": [["v", "yaro"], ["v", "ya", "ro"]]}, "config": {"length": 5, "num_positions": 3, "positions": [1, 3, 4], "string": "vyaro"}, "task_name": "task08", "example_name": "0015", "problem_name": "task08_0015"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nymftloigcpyztyjhyprafm\nPositions:\n11, 13, 21", "label": {"final": ["ymftloigcpy", "zt", "yjhypraf", "m"], "init": ["ymftloigcpyztyjhyprafm"], "intermediate": [["ymftloigcpy", "ztyjhyprafm"], ["ymftloigcpy", "zt", "yjhyprafm"]]}, "config": {"length": 22, "num_positions": 3, "positions": [11, 13, 21], "string": "ymftloigcpyztyjhyprafm"}, "task_name": "task08", "example_name": "0016", "problem_name": "task08_0016"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nptwvixqqbigovr\nPositions:\n8, 12, 5", "label": {"final": ["ptwvi", "xqq", "bigo", "vr"], "init": ["ptwvixqqbigovr"], "intermediate": [["ptwvixqq", "bigovr"], ["ptwvixqq", "bigo", "vr"]]}, "config": {"length": 14, "num_positions": 3, "positions": [8, 12, 5], "string": "ptwvixqqbigovr"}, "task_name": "task08", "example_name": "0017", "problem_name": "task08_0017"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nizdpmjeqhijx\nPositions:\n6, 9, 8", "label": {"final": ["izdpmj", "eq", "h", "ijx"], "init": ["izdpmjeqhijx"], "intermediate": [["izdpmj", "eqhijx"], ["izdpmj", "eqh", "ijx"]]}, "config": {"length": 12, "num_positions": 3, "positions": [6, 9, 8], "string": "izdpmjeqhijx"}, "task_name": "task08", "example_name": "0018", "problem_name": "task08_0018"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nekfijj\nPositions:\n2, 3, 5", "label": {"final": ["ek", "f", "ij", "j"], "init": ["ekfijj"], "intermediate": [["ek", "fijj"], ["ek", "f", "ijj"]]}, "config": {"length": 6, "num_positions": 3, "positions": [2, 3, 5], "string": "ekfijj"}, "task_name": "task08", "example_name": "0019", "problem_name": "task08_0019"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzqbinvnwemciufb\nPositions:\n12, 4, 13, 14", "label": {"final": ["zqbi", "nvnwemci", "u", "f", "b"], "init": ["zqbinvnwemciufb"], "intermediate": [["zqbinvnwemci", "ufb"], ["zqbi", "nvnwemci", "ufb"], ["zqbi", "nvnwemci", "u", "fb"]]}, "config": {"length": 15, "num_positions": 4, "positions": [12, 4, 13, 14], "string": "zqbinvnwemciufb"}, "task_name": "task08", "example_name": "0020", "problem_name": "task08_0020"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqqpmylykmjstg\nPositions:\n9, 8, 12, 6", "label": {"final": ["qqpmyl", "yk", "m", "jst", "g"], "init": ["qqpmylykmjstg"], "intermediate": [["qqpmylykm", "jstg"], ["qqpmylyk", "m", "jstg"], ["qqpmylyk", "m", "jst", "g"]]}, "config": {"length": 13, "num_positions": 4, "positions": [9, 8, 12, 6], "string": "qqpmylykmjstg"}, "task_name": "task08", "example_name": "0021", "problem_name": "task08_0021"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkdbrhrhmrnpekvdl\nPositions:\n9, 5, 4, 3", "label": {"final": ["kdb", "r", "h", "rhmr", "npekvdl"], "init": ["kdbrhrhmrnpekvdl"], "intermediate": [["kdbrhrhmr", "npekvdl"], ["kdbrh", "rhmr", "npekvdl"], ["kdbr", "h", "rhmr", "npekvdl"]]}, "config": {"length": 16, "num_positions": 4, "positions": [9, 5, 4, 3], "string": "kdbrhrhmrnpekvdl"}, "task_name": "task08", "example_name": "0022", "problem_name": "task08_0022"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndvjmpydfwxy\nPositions:\n9, 6, 4, 2", "label": {"final": ["dv", "jm", "py", "dfw", "xy"], "init": ["dvjmpydfwxy"], "intermediate": [["dvjmpydfw", "xy"], ["dvjmpy", "dfw", "xy"], ["dvjm", "py", "dfw", "xy"]]}, "config": {"length": 11, "num_positions": 4, "positions": [9, 6, 4, 2], "string": "dvjmpydfwxy"}, "task_name": "task08", "example_name": "0023", "problem_name": "task08_0023"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntougnxcqevv\nPositions:\n1, 7, 5, 10", "label": {"final": ["t", "ougn", "xc", "qev", "v"], "init": ["tougnxcqevv"], "intermediate": [["t", "ougnxcqevv"], ["t", "ougnxc", "qevv"], ["t", "ougn", "xc", "qevv"]]}, "config": {"length": 11, "num_positions": 4, "positions": [1, 7, 5, 10], "string": "tougnxcqevv"}, "task_name": "task08", "example_name": "0024", "problem_name": "task08_0024"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njvcoxluztkankdibrhih\nPositions:\n9, 17, 13, 3", "label": {"final": ["jvc", "oxluzt", "kank", "dibr", "hih"], "init": ["jvcoxluztkankdibrhih"], "intermediate": [["jvcoxluzt", "kankdibrhih"], ["jvcoxluzt", "kankdibr", "hih"], ["jvcoxluzt", "kank", "dibr", "hih"]]}, "config": {"length": 20, "num_positions": 4, "positions": [9, 17, 13, 3], "string": "jvcoxluztkankdibrhih"}, "task_name": "task08", "example_name": "0025", "problem_name": "task08_0025"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrbhzsjrvcvbduneoxjzvadlliegal\nPositions:\n25, 14, 7, 6", "label": {"final": ["rbhzsj", "r", "vcvbdun", "eoxjzvadlli", "egal"], "init": ["rbhzsjrvcvbduneoxjzvadlliegal"], "intermediate": [["rbhzsjrvcvbduneoxjzvadlli", "egal"], ["rbhzsjrvcvbdun", "eoxjzvadlli", "egal"], ["rbhzsjr", "vcvbdun", "eoxjzvadlli", "egal"]]}, "config": {"length": 29, "num_positions": 4, "positions": [25, 14, 7, 6], "string": "rbhzsjrvcvbduneoxjzvadlliegal"}, "task_name": "task08", "example_name": "0026", "problem_name": "task08_0026"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nyjhpj\nPositions:\n3, 2, 1, 4", "label": {"final": ["y", "j", "h", "p", "j"], "init": ["yjhpj"], "intermediate": [["yjh", "pj"], ["yj", "h", "pj"], ["y", "j", "h", "pj"]]}, "config": {"length": 5, "num_positions": 4, "positions": [3, 2, 1, 4], "string": "yjhpj"}, "task_name": "task08", "example_name": "0027", "problem_name": "task08_0027"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwqoaqodvxgouxwcyptzzig\nPositions:\n2, 14, 8, 12", "label": {"final": ["wq", "oaqodv", "xgou", "xw", "cyptzzig"], "init": ["wqoaqodvxgouxwcyptzzig"], "intermediate": [["wq", "oaqodvxgouxwcyptzzig"], ["wq", "oaqodvxgouxw", "cyptzzig"], ["wq", "oaqodv", "xgouxw", "cyptzzig"]]}, "config": {"length": 22, "num_positions": 4, "positions": [2, 14, 8, 12], "string": "wqoaqodvxgouxwcyptzzig"}, "task_name": "task08", "example_name": "0028", "problem_name": "task08_0028"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\niqzirxwqvrmvefx\nPositions:\n9, 13, 7, 6", "label": {"final": ["iqzirx", "w", "qv", "rmve", "fx"], "init": ["iqzirxwqvrmvefx"], "intermediate": [["iqzirxwqv", "rmvefx"], ["iqzirxwqv", "rmve", "fx"], ["iqzirxw", "qv", "rmve", "fx"]]}, "config": {"length": 15, "num_positions": 4, "positions": [9, 13, 7, 6], "string": "iqzirxwqvrmvefx"}, "task_name": "task08", "example_name": "0029", "problem_name": "task08_0029"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvrpemlefkeqi\nPositions:\n11, 8, 9, 2, 4", "label": {"final": ["vr", "pe", "mlef", "k", "eq", "i"], "init": ["vrpemlefkeqi"], "intermediate": [["vrpemlefkeq", "i"], ["vrpemlef", "keq", "i"], ["vrpemlef", "k", "eq", "i"], ["vr", "pemlef", "k", "eq", "i"]]}, "config": {"length": 12, "num_positions": 5, "positions": [11, 8, 9, 2, 4], "string": "vrpemlefkeqi"}, "task_name": "task08", "example_name": "0030", "problem_name": "task08_0030"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkfzxqqdoeipegsmxecypsodzmx\nPositions:\n5, 9, 17, 18, 20", "label": {"final": ["kfzxq", "qdoe", "ipegsmxe", "c", "yp", "sodzmx"], "init": ["kfzxqqdoeipegsmxecypsodzmx"], "intermediate": [["kfzxq", "qdoeipegsmxecypsodzmx"], ["kfzxq", "qdoe", "ipegsmxecypsodzmx"], ["kfzxq", "qdoe", "ipegsmxe", "cypsodzmx"], ["kfzxq", "qdoe", "ipegsmxe", "c", "ypsodzmx"]]}, "config": {"length": 26, "num_positions": 5, "positions": [5, 9, 17, 18, 20], "string": "kfzxqqdoeipegsmxecypsodzmx"}, "task_name": "task08", "example_name": "0031", "problem_name": "task08_0031"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnqgkoxooaplnz\nPositions:\n11, 7, 9, 3, 1", "label": {"final": ["n", "qg", "koxo", "oa", "pl", "nz"], "init": ["nqgkoxooaplnz"], "intermediate": [["nqgkoxooapl", "nz"], ["nqgkoxo", "oapl", "nz"], ["nqgkoxo", "oa", "pl", "nz"], ["nqg", "koxo", "oa", "pl", "nz"]]}, "config": {"length": 13, "num_positions": 5, "positions": [11, 7, 9, 3, 1], "string": "nqgkoxooaplnz"}, "task_name": "task08", "example_name": "0032", "problem_name": "task08_0032"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxatdhflxvncehuxaiydcgxgsdre\nPositions:\n20, 26, 24, 4, 23", "label": {"final": ["xatd", "hflxvncehuxaiydc", "gxg", "s", "dr", "e"], "init": ["xatdhflxvncehuxaiydcgxgsdre"], "intermediate": [["xatdhflxvncehuxaiydc", "gxgsdre"], ["xatdhflxvncehuxaiydc", "gxgsdr", "e"], ["xatdhflxvncehuxaiydc", "gxgs", "dr", "e"], ["xatd", "hflxvncehuxaiydc", "gxgs", "dr", "e"]]}, "config": {"length": 27, "num_positions": 5, "positions": [20, 26, 24, 4, 23], "string": "xatdhflxvncehuxaiydcgxgsdre"}, "task_name": "task08", "example_name": "0033", "problem_name": "task08_0033"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvujhjcifiyumidkelmn\nPositions:\n13, 18, 3, 2, 16", "label": {"final": ["vu", "j", "hjcifiyumi", "dke", "lm", "n"], "init": ["vujhjcifiyumidkelmn"], "intermediate": [["vujhjcifiyumi", "dkelmn"], ["vujhjcifiyumi", "dkelm", "n"], ["vuj", "hjcifiyumi", "dkelm", "n"], ["vu", "j", "hjcifiyumi", "dkelm", "n"]]}, "config": {"length": 19, "num_positions": 5, "positions": [13, 18, 3, 2, 16], "string": "vujhjcifiyumidkelmn"}, "task_name": "task08", "example_name": "0034", "problem_name": "task08_0034"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlrtvihsbwikisedbdqzamjiic\nPositions:\n14, 8, 9, 7, 2", "label": {"final": ["lr", "tvihs", "b", "w", "ikise", "dbdqzamjiic"], "init": ["lrtvihsbwikisedbdqzamjiic"], "intermediate": [["lrtvihsbwikise", "dbdqzamjiic"], ["lrtvihsb", "wikise", "dbdqzamjiic"], ["lrtvihsb", "w", "ikise", "dbdqzamjiic"], ["lrtvihs", "b", "w", "ikise", "dbdqzamjiic"]]}, "config": {"length": 25, "num_positions": 5, "positions": [14, 8, 9, 7, 2], "string": "lrtvihsbwikisedbdqzamjiic"}, "task_name": "task08", "example_name": "0035", "problem_name": "task08_0035"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndyszvtfczrsduncfzqc\nPositions:\n3, 12, 16, 18, 15", "label": {"final": ["dys", "zvtfczrsd", "unc", "f", "zq", "c"], "init": ["dyszvtfczrsduncfzqc"], "intermediate": [["dys", "zvtfczrsduncfzqc"], ["dys", "zvtfczrsd", "uncfzqc"], ["dys", "zvtfczrsd", "uncf", "zqc"], ["dys", "zvtfczrsd", "uncf", "zq", "c"]]}, "config": {"length": 19, "num_positions": 5, "positions": [3, 12, 16, 18, 15], "string": "dyszvtfczrsduncfzqc"}, "task_name": "task08", "example_name": "0036", "problem_name": "task08_0036"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nemledlcbmbttsyekkbwbzrzbxz\nPositions:\n25, 19, 10, 21, 17", "label": {"final": ["emledlcbmb", "ttsyekk", "bw", "bz", "rzbx", "z"], "init": ["emledlcbmbttsyekkbwbzrzbxz"], "intermediate": [["emledlcbmbttsyekkbwbzrzbx", "z"], ["emledlcbmbttsyekkbw", "bzrzbx", "z"], ["emledlcbmb", "ttsyekkbw", "bzrzbx", "z"], ["emledlcbmb", "ttsyekkbw", "bz", "rzbx", "z"]]}, "config": {"length": 26, "num_positions": 5, "positions": [25, 19, 10, 21, 17], "string": "emledlcbmbttsyekkbwbzrzbxz"}, "task_name": "task08", "example_name": "0037", "problem_name": "task08_0037"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmlgmdfamzezvhpufvvamv\nPositions:\n14, 8, 20, 18, 6", "label": {"final": ["mlgmdf", "am", "zezvhp", "ufvv", "am", "v"], "init": ["mlgmdfamzezvhpufvvamv"], "intermediate": [["mlgmdfamzezvhp", "ufvvamv"], ["mlgmdfam", "zezvhp", "ufvvamv"], ["mlgmdfam", "zezvhp", "ufvvam", "v"], ["mlgmdfam", "zezvhp", "ufvv", "am", "v"]]}, "config": {"length": 21, "num_positions": 5, "positions": [14, 8, 20, 18, 6], "string": "mlgmdfamzezvhpufvvamv"}, "task_name": "task08", "example_name": "0038", "problem_name": "task08_0038"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxxxoieleyow\nPositions:\n4, 5, 7, 9, 3", "label": {"final": ["xxx", "o", "i", "el", "ey", "ow"], "init": ["xxxoieleyow"], "intermediate": [["xxxo", "ieleyow"], ["xxxo", "i", "eleyow"], ["xxxo", "i", "el", "eyow"], ["xxxo", "i", "el", "ey", "ow"]]}, "config": {"length": 11, "num_positions": 5, "positions": [4, 5, 7, 9, 3], "string": "xxxoieleyow"}, "task_name": "task08", "example_name": "0039", "problem_name": "task08_0039"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\niylbqdrndnatnxavllypv\nPositions:\n13, 2, 6, 12, 19, 4", "label": {"final": ["iy", "lb", "qd", "rndnat", "n", "xavlly", "pv"], "init": ["iylbqdrndnatnxavllypv"], "intermediate": [["iylbqdrndnatn", "xavllypv"], ["iy", "lbqdrndnatn", "xavllypv"], ["iy", "lbqd", "rndnatn", "xavllypv"], ["iy", "lbqd", "rndnat", "n", "xavllypv"], ["iy", "lbqd", "rndnat", "n", "xavlly", "pv"]]}, "config": {"length": 21, "num_positions": 6, "positions": [13, 2, 6, 12, 19, 4], "string": "iylbqdrndnatnxavllypv"}, "task_name": "task08", "example_name": "0040", "problem_name": "task08_0040"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncrqhorfgyfmluwtqoco\nPositions:\n14, 13, 12, 2, 9, 7", "label": {"final": ["cr", "qhorf", "gy", "fml", "u", "w", "tqoco"], "init": ["crqhorfgyfmluwtqoco"], "intermediate": [["crqhorfgyfmluw", "tqoco"], ["crqhorfgyfmlu", "w", "tqoco"], ["crqhorfgyfml", "u", "w", "tqoco"], ["cr", "qhorfgyfml", "u", "w", "tqoco"], ["cr", "qhorfgy", "fml", "u", "w", "tqoco"]]}, "config": {"length": 19, "num_positions": 6, "positions": [14, 13, 12, 2, 9, 7], "string": "crqhorfgyfmluwtqoco"}, "task_name": "task08", "example_name": "0041", "problem_name": "task08_0041"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvmrbfgmdyiagnqvczwnqhdayxl\nPositions:\n20, 25, 16, 2, 12, 4", "label": {"final": ["vm", "rb", "fgmdyiag", "nqvc", "zwnq", "hdayx", "l"], "init": ["vmrbfgmdyiagnqvczwnqhdayxl"], "intermediate": [["vmrbfgmdyiagnqvczwnq", "hdayxl"], ["vmrbfgmdyiagnqvczwnq", "hdayx", "l"], ["vmrbfgmdyiagnqvc", "zwnq", "hdayx", "l"], ["vm", "rbfgmdyiagnqvc", "zwnq", "hdayx", "l"], ["vm", "rbfgmdyiag", "nqvc", "zwnq", "hdayx", "l"]]}, "config": {"length": 26, "num_positions": 6, "positions": [20, 25, 16, 2, 12, 4], "string": "vmrbfgmdyiagnqvczwnqhdayxl"}, "task_name": "task08", "example_name": "0042", "problem_name": "task08_0042"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntepqwpevjouzcliwkxuktrdhdvk\nPositions:\n10, 21, 23, 5, 3, 8", "label": {"final": ["tep", "qw", "pev", "jo", "uzcliwkxukt", "rd", "hdvk"], "init": ["tepqwpevjouzcliwkxuktrdhdvk"], "intermediate": [["tepqwpevjo", "uzcliwkxuktrdhdvk"], ["tepqwpevjo", "uzcliwkxukt", "rdhdvk"], ["tepqwpevjo", "uzcliwkxukt", "rd", "hdvk"], ["tepqw", "pevjo", "uzcliwkxukt", "rd", "hdvk"], ["tep", "qw", "pevjo", "uzcliwkxukt", "rd", "hdvk"]]}, "config": {"length": 27, "num_positions": 6, "positions": [10, 21, 23, 5, 3, 8], "string": "tepqwpevjouzcliwkxuktrdhdvk"}, "task_name": "task08", "example_name": "0043", "problem_name": "task08_0043"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nuttpdwcpy\nPositions:\n5, 4, 7, 8, 2, 3", "label": {"final": ["ut", "t", "p", "d", "wc", "p", "y"], "init": ["uttpdwcpy"], "intermediate": [["uttpd", "wcpy"], ["uttp", "d", "wcpy"], ["uttp", "d", "wc", "py"], ["uttp", "d", "wc", "p", "y"], ["ut", "tp", "d", "wc", "p", "y"]]}, "config": {"length": 9, "num_positions": 6, "positions": [5, 4, 7, 8, 2, 3], "string": "uttpdwcpy"}, "task_name": "task08", "example_name": "0044", "problem_name": "task08_0044"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nikxserwpxghwgd\nPositions:\n3, 9, 4, 12, 11, 10", "label": {"final": ["ikx", "s", "erwpx", "g", "h", "w", "gd"], "init": ["ikxserwpxghwgd"], "intermediate": [["ikx", "serwpxghwgd"], ["ikx", "serwpx", "ghwgd"], ["ikx", "s", "erwpx", "ghwgd"], ["ikx", "s", "erwpx", "ghw", "gd"], ["ikx", "s", "erwpx", "gh", "w", "gd"]]}, "config": {"length": 14, "num_positions": 6, "positions": [3, 9, 4, 12, 11, 10], "string": "ikxserwpxghwgd"}, "task_name": "task08", "example_name": "0045", "problem_name": "task08_0045"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqaotnqdlujtpvthvvlskoimixp\nPositions:\n20, 17, 1, 15, 6, 19", "label": {"final": ["q", "aotnq", "dlujtpvth", "vv", "ls", "k", "oimixp"], "init": ["qaotnqdlujtpvthvvlskoimixp"], "intermediate": [["qaotnqdlujtpvthvvlsk", "oimixp"], ["qaotnqdlujtpvthvv", "lsk", "oimixp"], ["q", "aotnqdlujtpvthvv", "lsk", "oimixp"], ["q", "aotnqdlujtpvth", "vv", "lsk", "oimixp"], ["q", "aotnq", "dlujtpvth", "vv", "lsk", "oimixp"]]}, "config": {"length": 26, "num_positions": 6, "positions": [20, 17, 1, 15, 6, 19], "string": "qaotnqdlujtpvthvvlskoimixp"}, "task_name": "task08", "example_name": "0046", "problem_name": "task08_0046"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhanskoyudrtunldhpnayvwvrmtf\nPositions:\n23, 13, 16, 9, 15, 12", "label": {"final": ["hanskoyud", "rtu", "n", "ld", "h", "pnayvwv", "rmtf"], "init": ["hanskoyudrtunldhpnayvwvrmtf"], "intermediate": [["hanskoyudrtunldhpnayvwv", "rmtf"], ["hanskoyudrtun", "ldhpnayvwv", "rmtf"], ["hanskoyudrtun", "ldh", "pnayvwv", "rmtf"], ["hanskoyud", "rtun", "ldh", "pnayvwv", "rmtf"], ["hanskoyud", "rtun", "ld", "h", "pnayvwv", "rmtf"]]}, "config": {"length": 27, "num_positions": 6, "positions": [23, 13, 16, 9, 15, 12], "string": "hanskoyudrtunldhpnayvwvrmtf"}, "task_name": "task08", "example_name": "0047", "problem_name": "task08_0047"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nsnpvicldmanmwojwysmsyprsgr\nPositions:\n19, 17, 4, 13, 22, 11", "label": {"final": ["snpv", "icldman", "mw", "ojwy", "sm", "syp", "rsgr"], "init": ["snpvicldmanmwojwysmsyprsgr"], "intermediate": [["snpvicldmanmwojwysm", "syprsgr"], ["snpvicldmanmwojwy", "sm", "syprsgr"], ["snpv", "icldmanmwojwy", "sm", "syprsgr"], ["snpv", "icldmanmw", "ojwy", "sm", "syprsgr"], ["snpv", "icldmanmw", "ojwy", "sm", "syp", "rsgr"]]}, "config": {"length": 26, "num_positions": 6, "positions": [19, 17, 4, 13, 22, 11], "string": "snpvicldmanmwojwysmsyprsgr"}, "task_name": "task08", "example_name": "0048", "problem_name": "task08_0048"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\naxfacnrxrcywuxvrtazaloninir\nPositions:\n1, 12, 21, 14, 15, 16", "label": {"final": ["a", "xfacnrxrcyw", "ux", "v", "r", "tazal", "oninir"], "init": ["axfacnrxrcywuxvrtazaloninir"], "intermediate": [["a", "xfacnrxrcywuxvrtazaloninir"], ["a", "xfacnrxrcyw", "uxvrtazaloninir"], ["a", "xfacnrxrcyw", "uxvrtazal", "oninir"], ["a", "xfacnrxrcyw", "ux", "vrtazal", "oninir"], ["a", "xfacnrxrcyw", "ux", "v", "rtazal", "oninir"]]}, "config": {"length": 27, "num_positions": 6, "positions": [1, 12, 21, 14, 15, 16], "string": "axfacnrxrcywuxvrtazaloninir"}, "task_name": "task08", "example_name": "0049", "problem_name": "task08_0049"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npzlwgdal\nPositions:\n5, 6, 3, 4, 7, 2, 1", "label": {"final": ["p", "z", "l", "w", "g", "d", "a", "l"], "init": ["pzlwgdal"], "intermediate": [["pzlwg", "dal"], ["pzlwg", "d", "al"], ["pzl", "wg", "d", "al"], ["pzl", "w", "g", "d", "al"], ["pzl", "w", "g", "d", "a", "l"], ["pz", "l", "w", "g", "d", "a", "l"]]}, "config": {"length": 8, "num_positions": 7, "positions": [5, 6, 3, 4, 7, 2, 1], "string": "pzlwgdal"}, "task_name": "task08", "example_name": "0050", "problem_name": "task08_0050"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\noqqndpjfghchabnbgjc\nPositions:\n12, 9, 4, 14, 17, 16, 5", "label": {"final": ["oqqn", "d", "pjfg", "hch", "ab", "nb", "g", "jc"], "init": ["oqqndpjfghchabnbgjc"], "intermediate": [["oqqndpjfghch", "abnbgjc"], ["oqqndpjfg", "hch", "abnbgjc"], ["oqqn", "dpjfg", "hch", "abnbgjc"], ["oqqn", "dpjfg", "hch", "ab", "nbgjc"], ["oqqn", "dpjfg", "hch", "ab", "nbg", "jc"], ["oqqn", "dpjfg", "hch", "ab", "nb", "g", "jc"]]}, "config": {"length": 19, "num_positions": 7, "positions": [12, 9, 4, 14, 17, 16, 5], "string": "oqqndpjfghchabnbgjc"}, "task_name": "task08", "example_name": "0051", "problem_name": "task08_0051"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnqnbqjoyibutxrarnhcjcvigsbx\nPositions:\n8, 18, 23, 11, 25, 10, 14", "label": {"final": ["nqnbqjoy", "ib", "u", "txr", "arnh", "cjcvi", "gs", "bx"], "init": ["nqnbqjoyibutxrarnhcjcvigsbx"], "intermediate": [["nqnbqjoy", "ibutxrarnhcjcvigsbx"], ["nqnbqjoy", "ibutxrarnh", "cjcvigsbx"], ["nqnbqjoy", "ibutxrarnh", "cjcvi", "gsbx"], ["nqnbqjoy", "ibu", "txrarnh", "cjcvi", "gsbx"], ["nqnbqjoy", "ibu", "txrarnh", "cjcvi", "gs", "bx"], ["nqnbqjoy", "ib", "u", "txrarnh", "cjcvi", "gs", "bx"]]}, "config": {"length": 27, "num_positions": 7, "positions": [8, 18, 23, 11, 25, 10, 14], "string": "nqnbqjoyibutxrarnhcjcvigsbx"}, "task_name": "task08", "example_name": "0052", "problem_name": "task08_0052"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkqqccncsam\nPositions:\n1, 2, 5, 4, 9, 3, 6", "label": {"final": ["k", "q", "q", "c", "c", "n", "csa", "m"], "init": ["kqqccncsam"], "intermediate": [["k", "qqccncsam"], ["k", "q", "qccncsam"], ["k", "q", "qcc", "ncsam"], ["k", "q", "qc", "c", "ncsam"], ["k", "q", "qc", "c", "ncsa", "m"], ["k", "q", "q", "c", "c", "ncsa", "m"]]}, "config": {"length": 10, "num_positions": 7, "positions": [1, 2, 5, 4, 9, 3, 6], "string": "kqqccncsam"}, "task_name": "task08", "example_name": "0053", "problem_name": "task08_0053"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nibxdzlwmxteaep\nPositions:\n2, 4, 13, 6, 7, 1, 8", "label": {"final": ["i", "b", "xd", "zl", "w", "m", "xteae", "p"], "init": ["ibxdzlwmxteaep"], "intermediate": [["ib", "xdzlwmxteaep"], ["ib", "xd", "zlwmxteaep"], ["ib", "xd", "zlwmxteae", "p"], ["ib", "xd", "zl", "wmxteae", "p"], ["ib", "xd", "zl", "w", "mxteae", "p"], ["i", "b", "xd", "zl", "w", "mxteae", "p"]]}, "config": {"length": 14, "num_positions": 7, "positions": [2, 4, 13, 6, 7, 1, 8], "string": "ibxdzlwmxteaep"}, "task_name": "task08", "example_name": "0054", "problem_name": "task08_0054"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nllyclgwwehsfpgtix\nPositions:\n7, 11, 6, 4, 10, 13, 14", "label": {"final": ["llyc", "lg", "w", "weh", "s", "fp", "g", "tix"], "init": ["llyclgwwehsfpgtix"], "intermediate": [["llyclgw", "wehsfpgtix"], ["llyclgw", "wehs", "fpgtix"], ["llyclg", "w", "wehs", "fpgtix"], ["llyc", "lg", "w", "wehs", "fpgtix"], ["llyc", "lg", "w", "weh", "s", "fpgtix"], ["llyc", "lg", "w", "weh", "s", "fp", "gtix"]]}, "config": {"length": 17, "num_positions": 7, "positions": [7, 11, 6, 4, 10, 13, 14], "string": "llyclgwwehsfpgtix"}, "task_name": "task08", "example_name": "0055", "problem_name": "task08_0055"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkncrzdzmo\nPositions:\n8, 5, 3, 2, 6, 1, 4", "label": {"final": ["k", "n", "c", "r", "z", "d", "zm", "o"], "init": ["kncrzdzmo"], "intermediate": [["kncrzdzm", "o"], ["kncrz", "dzm", "o"], ["knc", "rz", "dzm", "o"], ["kn", "c", "rz", "dzm", "o"], ["kn", "c", "rz", "d", "zm", "o"], ["k", "n", "c", "rz", "d", "zm", "o"]]}, "config": {"length": 9, "num_positions": 7, "positions": [8, 5, 3, 2, 6, 1, 4], "string": "kncrzdzmo"}, "task_name": "task08", "example_name": "0056", "problem_name": "task08_0056"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nyfnwiiadpm\nPositions:\n4, 8, 3, 9, 2, 5, 7", "label": {"final": ["yf", "n", "w", "i", "ia", "d", "p", "m"], "init": ["yfnwiiadpm"], "intermediate": [["yfnw", "iiadpm"], ["yfnw", "iiad", "pm"], ["yfn", "w", "iiad", "pm"], ["yfn", "w", "iiad", "p", "m"], ["yf", "n", "w", "iiad", "p", "m"], ["yf", "n", "w", "i", "iad", "p", "m"]]}, "config": {"length": 10, "num_positions": 7, "positions": [4, 8, 3, 9, 2, 5, 7], "string": "yfnwiiadpm"}, "task_name": "task08", "example_name": "0057", "problem_name": "task08_0057"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nulqseyiczozhmcrcaexsxhh\nPositions:\n19, 21, 20, 7, 22, 6, 14", "label": {"final": ["ulqsey", "i", "czozhmc", "rcaex", "s", "x", "h", "h"], "init": ["ulqseyiczozhmcrcaexsxhh"], "intermediate": [["ulqseyiczozhmcrcaex", "sxhh"], ["ulqseyiczozhmcrcaex", "sx", "hh"], ["ulqseyiczozhmcrcaex", "s", "x", "hh"], ["ulqseyi", "czozhmcrcaex", "s", "x", "hh"], ["ulqseyi", "czozhmcrcaex", "s", "x", "h", "h"], ["ulqsey", "i", "czozhmcrcaex", "s", "x", "h", "h"]]}, "config": {"length": 23, "num_positions": 7, "positions": [19, 21, 20, 7, 22, 6, 14], "string": "ulqseyiczozhmcrcaexsxhh"}, "task_name": "task08", "example_name": "0058", "problem_name": "task08_0058"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nctxuyypwnlwmaayby\nPositions:\n7, 5, 13, 16, 12, 8, 3", "label": {"final": ["ctx", "uy", "yp", "w", "nlwm", "a", "ayb", "y"], "init": ["ctxuyypwnlwmaayby"], "intermediate": [["ctxuyyp", "wnlwmaayby"], ["ctxuy", "yp", "wnlwmaayby"], ["ctxuy", "yp", "wnlwma", "ayby"], ["ctxuy", "yp", "wnlwma", "ayb", "y"], ["ctxuy", "yp", "wnlwm", "a", "ayb", "y"], ["ctxuy", "yp", "w", "nlwm", "a", "ayb", "y"]]}, "config": {"length": 17, "num_positions": 7, "positions": [7, 5, 13, 16, 12, 8, 3], "string": "ctxuyypwnlwmaayby"}, "task_name": "task08", "example_name": "0059", "problem_name": "task08_0059"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhcohchchouumkdwnh\nPositions:\n6, 8, 3, 1, 16, 2, 4, 10", "label": {"final": ["h", "c", "o", "h", "ch", "ch", "ou", "umkdwn", "h"], "init": ["hcohchchouumkdwnh"], "intermediate": [["hcohch", "chouumkdwnh"], ["hcohch", "ch", "ouumkdwnh"], ["hco", "hch", "ch", "ouumkdwnh"], ["h", "co", "hch", "ch", "ouumkdwnh"], ["h", "co", "hch", "ch", "ouumkdwn", "h"], ["h", "c", "o", "hch", "ch", "ouumkdwn", "h"], ["h", "c", "o", "h", "ch", "ch", "ouumkdwn", "h"]]}, "config": {"length": 17, "num_positions": 8, "positions": [6, 8, 3, 1, 16, 2, 4, 10], "string": "hcohchchouumkdwnh"}, "task_name": "task08", "example_name": "0060", "problem_name": "task08_0060"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nddrbmwuppdzzuednemrcfojc\nPositions:\n22, 5, 12, 11, 7, 1, 3, 6", "label": {"final": ["d", "dr", "bm", "w", "u", "ppdz", "z", "uednemrcfo", "jc"], "init": ["ddrbmwuppdzzuednemrcfojc"], "intermediate": [["ddrbmwuppdzzuednemrcfo", "jc"], ["ddrbm", "wuppdzzuednemrcfo", "jc"], ["ddrbm", "wuppdzz", "uednemrcfo", "jc"], ["ddrbm", "wuppdz", "z", "uednemrcfo", "jc"], ["ddrbm", "wu", "ppdz", "z", "uednemrcfo", "jc"], ["d", "drbm", "wu", "ppdz", "z", "uednemrcfo", "jc"], ["d", "dr", "bm", "wu", "ppdz", "z", "uednemrcfo", "jc"]]}, "config": {"length": 24, "num_positions": 8, "positions": [22, 5, 12, 11, 7, 1, 3, 6], "string": "ddrbmwuppdzzuednemrcfojc"}, "task_name": "task08", "example_name": "0061", "problem_name": "task08_0061"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nyjvytdqafveycqqoxrsx\nPositions:\n1, 11, 17, 16, 2, 9, 12, 7", "label": {"final": ["y", "j", "vytdq", "af", "ve", "y", "cqqo", "x", "rsx"], "init": ["yjvytdqafveycqqoxrsx"], "intermediate": [["y", "jvytdqafveycqqoxrsx"], ["y", "jvytdqafve", "ycqqoxrsx"], ["y", "jvytdqafve", "ycqqox", "rsx"], ["y", "jvytdqafve", "ycqqo", "x", "rsx"], ["y", "j", "vytdqafve", "ycqqo", "x", "rsx"], ["y", "j", "vytdqaf", "ve", "ycqqo", "x", "rsx"], ["y", "j", "vytdqaf", "ve", "y", "cqqo", "x", "rsx"]]}, "config": {"length": 20, "num_positions": 8, "positions": [1, 11, 17, 16, 2, 9, 12, 7], "string": "yjvytdqafveycqqoxrsx"}, "task_name": "task08", "example_name": "0062", "problem_name": "task08_0062"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncgicesvqhlace\nPositions:\n2, 7, 8, 11, 3, 1, 5, 9", "label": {"final": ["c", "g", "i", "ce", "sv", "q", "h", "la", "ce"], "init": ["cgicesvqhlace"], "intermediate": [["cg", "icesvqhlace"], ["cg", "icesv", "qhlace"], ["cg", "icesv", "q", "hlace"], ["cg", "icesv", "q", "hla", "ce"], ["cg", "i", "cesv", "q", "hla", "ce"], ["c", "g", "i", "cesv", "q", "hla", "ce"], ["c", "g", "i", "ce", "sv", "q", "hla", "ce"]]}, "config": {"length": 13, "num_positions": 8, "positions": [2, 7, 8, 11, 3, 1, 5, 9], "string": "cgicesvqhlace"}, "task_name": "task08", "example_name": "0063", "problem_name": "task08_0063"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nsfqrhjxgpbabhyp\nPositions:\n8, 2, 3, 9, 12, 13, 6, 10", "label": {"final": ["sf", "q", "rhj", "xg", "p", "b", "ab", "h", "yp"], "init": ["sfqrhjxgpbabhyp"], "intermediate": [["sfqrhjxg", "pbabhyp"], ["sf", "qrhjxg", "pbabhyp"], ["sf", "q", "rhjxg", "pbabhyp"], ["sf", "q", "rhjxg", "p", "babhyp"], ["sf", "q", "rhjxg", "p", "bab", "hyp"], ["sf", "q", "rhjxg", "p", "bab", "h", "yp"], ["sf", "q", "rhj", "xg", "p", "bab", "h", "yp"]]}, "config": {"length": 15, "num_positions": 8, "positions": [8, 2, 3, 9, 12, 13, 6, 10], "string": "sfqrhjxgpbabhyp"}, "task_name": "task08", "example_name": "0064", "problem_name": "task08_0064"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\niwwpwkxflhpgjsmke\nPositions:\n5, 13, 12, 15, 14, 10, 3, 2", "label": {"final": ["iw", "w", "pw", "kxflh", "pg", "j", "s", "m", "ke"], "init": ["iwwpwkxflhpgjsmke"], "intermediate": [["iwwpw", "kxflhpgjsmke"], ["iwwpw", "kxflhpgj", "smke"], ["iwwpw", "kxflhpg", "j", "smke"], ["iwwpw", "kxflhpg", "j", "sm", "ke"], ["iwwpw", "kxflhpg", "j", "s", "m", "ke"], ["iwwpw", "kxflh", "pg", "j", "s", "m", "ke"], ["iww", "pw", "kxflh", "pg", "j", "s", "m", "ke"]]}, "config": {"length": 17, "num_positions": 8, "positions": [5, 13, 12, 15, 14, 10, 3, 2], "string": "iwwpwkxflhpgjsmke"}, "task_name": "task08", "example_name": "0065", "problem_name": "task08_0065"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnruuywzbdihciwchgeajmkmqajh\nPositions:\n5, 2, 19, 8, 11, 3, 25, 7", "label": {"final": ["nr", "u", "uy", "wz", "b", "dih", "ciwchgea", "jmkmqa", "jh"], "init": ["nruuywzbdihciwchgeajmkmqajh"], "intermediate": [["nruuy", "wzbdihciwchgeajmkmqajh"], ["nr", "uuy", "wzbdihciwchgeajmkmqajh"], ["nr", "uuy", "wzbdihciwchgea", "jmkmqajh"], ["nr", "uuy", "wzb", "dihciwchgea", "jmkmqajh"], ["nr", "uuy", "wzb", "dih", "ciwchgea", "jmkmqajh"], ["nr", "u", "uy", "wzb", "dih", "ciwchgea", "jmkmqajh"], ["nr", "u", "uy", "wzb", "dih", "ciwchgea", "jmkmqa", "jh"]]}, "config": {"length": 27, "num_positions": 8, "positions": [5, 2, 19, 8, 11, 3, 25, 7], "string": "nruuywzbdihciwchgeajmkmqajh"}, "task_name": "task08", "example_name": "0066", "problem_name": "task08_0066"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njimehfghensggesnwmitthrzo\nPositions:\n2, 14, 12, 19, 23, 9, 17, 7", "label": {"final": ["ji", "mehfg", "he", "nsg", "ge", "snw", "mi", "tthr", "zo"], "init": ["jimehfghensggesnwmitthrzo"], "intermediate": [["ji", "mehfghensggesnwmitthrzo"], ["ji", "mehfghensgge", "snwmitthrzo"], ["ji", "mehfghensg", "ge", "snwmitthrzo"], ["ji", "mehfghensg", "ge", "snwmi", "tthrzo"], ["ji", "mehfghensg", "ge", "snwmi", "tthr", "zo"], ["ji", "mehfghe", "nsg", "ge", "snwmi", "tthr", "zo"], ["ji", "mehfghe", "nsg", "ge", "snw", "mi", "tthr", "zo"]]}, "config": {"length": 25, "num_positions": 8, "positions": [2, 14, 12, 19, 23, 9, 17, 7], "string": "jimehfghensggesnwmitthrzo"}, "task_name": "task08", "example_name": "0067", "problem_name": "task08_0067"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzjnmoscnrmefngorapgumi\nPositions:\n17, 12, 9, 15, 5, 11, 3, 4", "label": {"final": ["zjn", "m", "o", "scnr", "me", "f", "ngo", "ra", "pgumi"], "init": ["zjnmoscnrmefngorapgumi"], "intermediate": [["zjnmoscnrmefngora", "pgumi"], ["zjnmoscnrmef", "ngora", "pgumi"], ["zjnmoscnr", "mef", "ngora", "pgumi"], ["zjnmoscnr", "mef", "ngo", "ra", "pgumi"], ["zjnmo", "scnr", "mef", "ngo", "ra", "pgumi"], ["zjnmo", "scnr", "me", "f", "ngo", "ra", "pgumi"], ["zjn", "mo", "scnr", "me", "f", "ngo", "ra", "pgumi"]]}, "config": {"length": 22, "num_positions": 8, "positions": [17, 12, 9, 15, 5, 11, 3, 4], "string": "zjnmoscnrmefngorapgumi"}, "task_name": "task08", "example_name": "0068", "problem_name": "task08_0068"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbbwwjfwfkxajflyytwjts\nPositions:\n5, 12, 8, 20, 7, 16, 10, 14", "label": {"final": ["bbwwj", "fw", "f", "kx", "aj", "fl", "yy", "twjt", "s"], "init": ["bbwwjfwfkxajflyytwjts"], "intermediate": [["bbwwj", "fwfkxajflyytwjts"], ["bbwwj", "fwfkxaj", "flyytwjts"], ["bbwwj", "fwf", "kxaj", "flyytwjts"], ["bbwwj", "fwf", "kxaj", "flyytwjt", "s"], ["bbwwj", "fw", "f", "kxaj", "flyytwjt", "s"], ["bbwwj", "fw", "f", "kxaj", "flyy", "twjt", "s"], ["bbwwj", "fw", "f", "kx", "aj", "flyy", "twjt", "s"]]}, "config": {"length": 21, "num_positions": 8, "positions": [5, 12, 8, 20, 7, 16, 10, 14], "string": "bbwwjfwfkxajflyytwjts"}, "task_name": "task08", "example_name": "0069", "problem_name": "task08_0069"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nttejougotrgcjfonbyxfhyaejvbn\nPositions:\n25, 24, 21, 16, 15, 27, 18, 9, 26", "label": {"final": ["ttejougot", "rgcjfo", "n", "by", "xfh", "yae", "j", "v", "b", "n"], "init": ["ttejougotrgcjfonbyxfhyaejvbn"], "intermediate": [["ttejougotrgcjfonbyxfhyaej", "vbn"], ["ttejougotrgcjfonbyxfhyae", "j", "vbn"], ["ttejougotrgcjfonbyxfh", "yae", "j", "vbn"], ["ttejougotrgcjfon", "byxfh", "yae", "j", "vbn"], ["ttejougotrgcjfo", "n", "byxfh", "yae", "j", "vbn"], ["ttejougotrgcjfo", "n", "byxfh", "yae", "j", "vb", "n"], ["ttejougotrgcjfo", "n", "by", "xfh", "yae", "j", "vb", "n"], ["ttejougot", "rgcjfo", "n", "by", "xfh", "yae", "j", "vb", "n"]]}, "config": {"length": 28, "num_positions": 9, "positions": [25, 24, 21, 16, 15, 27, 18, 9, 26], "string": "ttejougotrgcjfonbyxfhyaejvbn"}, "task_name": "task08", "example_name": "0070", "problem_name": "task08_0070"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\noxpapskllupntlyhon\nPositions:\n9, 4, 2, 13, 10, 17, 3, 1, 15", "label": {"final": ["o", "x", "p", "a", "pskll", "u", "pnt", "ly", "ho", "n"], "init": ["oxpapskllupntlyhon"], "intermediate": [["oxpapskll", "upntlyhon"], ["oxpa", "pskll", "upntlyhon"], ["ox", "pa", "pskll", "upntlyhon"], ["ox", "pa", "pskll", "upnt", "lyhon"], ["ox", "pa", "pskll", "u", "pnt", "lyhon"], ["ox", "pa", "pskll", "u", "pnt", "lyho", "n"], ["ox", "p", "a", "pskll", "u", "pnt", "lyho", "n"], ["o", "x", "p", "a", "pskll", "u", "pnt", "lyho", "n"]]}, "config": {"length": 18, "num_positions": 9, "positions": [9, 4, 2, 13, 10, 17, 3, 1, 15], "string": "oxpapskllupntlyhon"}, "task_name": "task08", "example_name": "0071", "problem_name": "task08_0071"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqoqrxvcyyqwuc\nPositions:\n1, 9, 6, 4, 8, 10, 5, 11, 12", "label": {"final": ["q", "oqr", "x", "v", "cy", "y", "q", "w", "u", "c"], "init": ["qoqrxvcyyqwuc"], "intermediate": [["q", "oqrxvcyyqwuc"], ["q", "oqrxvcyy", "qwuc"], ["q", "oqrxv", "cyy", "qwuc"], ["q", "oqr", "xv", "cyy", "qwuc"], ["q", "oqr", "xv", "cy", "y", "qwuc"], ["q", "oqr", "xv", "cy", "y", "q", "wuc"], ["q", "oqr", "x", "v", "cy", "y", "q", "wuc"], ["q", "oqr", "x", "v", "cy", "y", "q", "w", "uc"]]}, "config": {"length": 13, "num_positions": 9, "positions": [1, 9, 6, 4, 8, 10, 5, 11, 12], "string": "qoqrxvcyyqwuc"}, "task_name": "task08", "example_name": "0072", "problem_name": "task08_0072"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntcyldkpdwyaadci\nPositions:\n4, 9, 3, 8, 11, 7, 10, 13, 2", "label": {"final": ["tc", "y", "l", "dkp", "d", "w", "y", "a", "ad", "ci"], "init": ["tcyldkpdwyaadci"], "intermediate": [["tcyl", "dkpdwyaadci"], ["tcyl", "dkpdw", "yaadci"], ["tcy", "l", "dkpdw", "yaadci"], ["tcy", "l", "dkpd", "w", "yaadci"], ["tcy", "l", "dkpd", "w", "ya", "adci"], ["tcy", "l", "dkp", "d", "w", "ya", "adci"], ["tcy", "l", "dkp", "d", "w", "y", "a", "adci"], ["tcy", "l", "dkp", "d", "w", "y", "a", "ad", "ci"]]}, "config": {"length": 15, "num_positions": 9, "positions": [4, 9, 3, 8, 11, 7, 10, 13, 2], "string": "tcyldkpdwyaadci"}, "task_name": "task08", "example_name": "0073", "problem_name": "task08_0073"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkvgcgiwgbcunyidetnvymcwwonu\nPositions:\n12, 1, 11, 22, 15, 4, 24, 8, 23", "label": {"final": ["k", "vgc", "giwg", "bcu", "n", "yid", "etnvymc", "w", "w", "onu"], "init": ["kvgcgiwgbcunyidetnvymcwwonu"], "intermediate": [["kvgcgiwgbcun", "yidetnvymcwwonu"], ["k", "vgcgiwgbcun", "yidetnvymcwwonu"], ["k", "vgcgiwgbcu", "n", "yidetnvymcwwonu"], ["k", "vgcgiwgbcu", "n", "yidetnvymc", "wwonu"], ["k", "vgcgiwgbcu", "n", "yid", "etnvymc", "wwonu"], ["k", "vgc", "giwgbcu", "n", "yid", "etnvymc", "wwonu"], ["k", "vgc", "giwgbcu", "n", "yid", "etnvymc", "ww", "onu"], ["k", "vgc", "giwg", "bcu", "n", "yid", "etnvymc", "ww", "onu"]]}, "config": {"length": 27, "num_positions": 9, "positions": [12, 1, 11, 22, 15, 4, 24, 8, 23], "string": "kvgcgiwgbcunyidetnvymcwwonu"}, "task_name": "task08", "example_name": "0074", "problem_name": "task08_0074"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nznnydsfiubxsywpkc\nPositions:\n7, 13, 5, 6, 14, 8, 11, 15, 16", "label": {"final": ["znnyd", "s", "f", "i", "ubx", "sy", "w", "p", "k", "c"], "init": ["znnydsfiubxsywpkc"], "intermediate": [["znnydsf", "iubxsywpkc"], ["znnydsf", "iubxsy", "wpkc"], ["znnyd", "sf", "iubxsy", "wpkc"], ["znnyd", "s", "f", "iubxsy", "wpkc"], ["znnyd", "s", "f", "iubxsy", "w", "pkc"], ["znnyd", "s", "f", "i", "ubxsy", "w", "pkc"], ["znnyd", "s", "f", "i", "ubx", "sy", "w", "pkc"], ["znnyd", "s", "f", "i", "ubx", "sy", "w", "p", "kc"]]}, "config": {"length": 17, "num_positions": 9, "positions": [7, 13, 5, 6, 14, 8, 11, 15, 16], "string": "znnydsfiubxsywpkc"}, "task_name": "task08", "example_name": "0075", "problem_name": "task08_0075"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nytgivajlqfespsz\nPositions:\n4, 5, 11, 9, 13, 14, 1, 2, 3", "label": {"final": ["y", "t", "g", "i", "v", "ajlq", "fe", "sp", "s", "z"], "init": ["ytgivajlqfespsz"], "intermediate": [["ytgi", "vajlqfespsz"], ["ytgi", "v", "ajlqfespsz"], ["ytgi", "v", "ajlqfe", "spsz"], ["ytgi", "v", "ajlq", "fe", "spsz"], ["ytgi", "v", "ajlq", "fe", "sp", "sz"], ["ytgi", "v", "ajlq", "fe", "sp", "s", "z"], ["y", "tgi", "v", "ajlq", "fe", "sp", "s", "z"], ["y", "t", "gi", "v", "ajlq", "fe", "sp", "s", "z"]]}, "config": {"length": 15, "num_positions": 9, "positions": [4, 5, 11, 9, 13, 14, 1, 2, 3], "string": "ytgivajlqfespsz"}, "task_name": "task08", "example_name": "0076", "problem_name": "task08_0076"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnckqfnotagxxmahzpnwqtpja\nPositions:\n23, 1, 17, 18, 22, 5, 2, 10, 15", "label": {"final": ["n", "c", "kqf", "notag", "xxmah", "zp", "n", "wqtp", "j", "a"], "init": ["nckqfnotagxxmahzpnwqtpja"], "intermediate": [["nckqfnotagxxmahzpnwqtpj", "a"], ["n", "ckqfnotagxxmahzpnwqtpj", "a"], ["n", "ckqfnotagxxmahzp", "nwqtpj", "a"], ["n", "ckqfnotagxxmahzp", "n", "wqtpj", "a"], ["n", "ckqfnotagxxmahzp", "n", "wqtp", "j", "a"], ["n", "ckqf", "notagxxmahzp", "n", "wqtp", "j", "a"], ["n", "c", "kqf", "notagxxmahzp", "n", "wqtp", "j", "a"], ["n", "c", "kqf", "notag", "xxmahzp", "n", "wqtp", "j", "a"]]}, "config": {"length": 24, "num_positions": 9, "positions": [23, 1, 17, 18, 22, 5, 2, 10, 15], "string": "nckqfnotagxxmahzpnwqtpja"}, "task_name": "task08", "example_name": "0077", "problem_name": "task08_0077"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntkyfbbmgrzmvcsfwojkfsmdhjheo\nPositions:\n23, 1, 16, 27, 3, 7, 6, 25, 20", "label": {"final": ["t", "ky", "fbb", "m", "grzmvcsfw", "ojkf", "smd", "hj", "he", "o"], "init": ["tkyfbbmgrzmvcsfwojkfsmdhjheo"], "intermediate": [["tkyfbbmgrzmvcsfwojkfsmd", "hjheo"], ["t", "kyfbbmgrzmvcsfwojkfsmd", "hjheo"], ["t", "kyfbbmgrzmvcsfw", "ojkfsmd", "hjheo"], ["t", "kyfbbmgrzmvcsfw", "ojkfsmd", "hjhe", "o"], ["t", "ky", "fbbmgrzmvcsfw", "ojkfsmd", "hjhe", "o"], ["t", "ky", "fbbm", "grzmvcsfw", "ojkfsmd", "hjhe", "o"], ["t", "ky", "fbb", "m", "grzmvcsfw", "ojkfsmd", "hjhe", "o"], ["t", "ky", "fbb", "m", "grzmvcsfw", "ojkfsmd", "hj", "he", "o"]]}, "config": {"length": 28, "num_positions": 9, "positions": [23, 1, 16, 27, 3, 7, 6, 25, 20], "string": "tkyfbbmgrzmvcsfwojkfsmdhjheo"}, "task_name": "task08", "example_name": "0078", "problem_name": "task08_0078"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhvchaesyuf\nPositions:\n2, 5, 1, 7, 3, 8, 6, 4, 9", "label": {"final": ["h", "v", "c", "h", "a", "e", "s", "y", "u", "f"], "init": ["hvchaesyuf"], "intermediate": [["hv", "chaesyuf"], ["hv", "cha", "esyuf"], ["h", "v", "cha", "esyuf"], ["h", "v", "cha", "es", "yuf"], ["h", "v", "c", "ha", "es", "yuf"], ["h", "v", "c", "ha", "es", "y", "uf"], ["h", "v", "c", "ha", "e", "s", "y", "uf"], ["h", "v", "c", "h", "a", "e", "s", "y", "uf"]]}, "config": {"length": 10, "num_positions": 9, "positions": [2, 5, 1, 7, 3, 8, 6, 4, 9], "string": "hvchaesyuf"}, "task_name": "task08", "example_name": "0079", "problem_name": "task08_0079"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nedbxwaxswiaghebpp\nPositions:\n13, 3, 4, 9, 16, 8, 10, 6, 11, 1", "label": {"final": ["e", "db", "x", "wa", "xs", "w", "i", "a", "gh", "ebp", "p"], "init": ["edbxwaxswiaghebpp"], "intermediate": [["edbxwaxswiagh", "ebpp"], ["edb", "xwaxswiagh", "ebpp"], ["edb", "x", "waxswiagh", "ebpp"], ["edb", "x", "waxsw", "iagh", "ebpp"], ["edb", "x", "waxsw", "iagh", "ebp", "p"], ["edb", "x", "waxs", "w", "iagh", "ebp", "p"], ["edb", "x", "waxs", "w", "i", "agh", "ebp", "p"], ["edb", "x", "wa", "xs", "w", "i", "agh", "ebp", "p"], ["edb", "x", "wa", "xs", "w", "i", "a", "gh", "ebp", "p"]]}, "config": {"length": 17, "num_positions": 10, "positions": [13, 3, 4, 9, 16, 8, 10, 6, 11, 1], "string": "edbxwaxswiaghebpp"}, "task_name": "task08", "example_name": "0080", "problem_name": "task08_0080"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfdegexbgbpxok\nPositions:\n4, 10, 11, 3, 5, 7, 1, 9, 8, 6", "label": {"final": ["f", "de", "g", "e", "x", "b", "g", "b", "p", "x", "ok"], "init": ["fdegexbgbpxok"], "intermediate": [["fdeg", "exbgbpxok"], ["fdeg", "exbgbp", "xok"], ["fdeg", "exbgbp", "x", "ok"], ["fde", "g", "exbgbp", "x", "ok"], ["fde", "g", "e", "xbgbp", "x", "ok"], ["fde", "g", "e", "xb", "gbp", "x", "ok"], ["f", "de", "g", "e", "xb", "gbp", "x", "ok"], ["f", "de", "g", "e", "xb", "gb", "p", "x", "ok"], ["f", "de", "g", "e", "xb", "g", "b", "p", "x", "ok"]]}, "config": {"length": 13, "num_positions": 10, "positions": [4, 10, 11, 3, 5, 7, 1, 9, 8, 6], "string": "fdegexbgbpxok"}, "task_name": "task08", "example_name": "0081", "problem_name": "task08_0081"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbpolgzutvyxuraii\nPositions:\n13, 7, 1, 6, 5, 14, 2, 10, 11, 3", "label": {"final": ["b", "p", "o", "lg", "z", "u", "tvy", "x", "ur", "a", "ii"], "init": ["bpolgzutvyxuraii"], "intermediate": [["bpolgzutvyxur", "aii"], ["bpolgzu", "tvyxur", "aii"], ["b", "polgzu", "tvyxur", "aii"], ["b", "polgz", "u", "tvyxur", "aii"], ["b", "polg", "z", "u", "tvyxur", "aii"], ["b", "polg", "z", "u", "tvyxur", "a", "ii"], ["b", "p", "olg", "z", "u", "tvyxur", "a", "ii"], ["b", "p", "olg", "z", "u", "tvy", "xur", "a", "ii"], ["b", "p", "olg", "z", "u", "tvy", "x", "ur", "a", "ii"]]}, "config": {"length": 16, "num_positions": 10, "positions": [13, 7, 1, 6, 5, 14, 2, 10, 11, 3], "string": "bpolgzutvyxuraii"}, "task_name": "task08", "example_name": "0082", "problem_name": "task08_0082"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrggvkudjegnwnwibvh\nPositions:\n10, 5, 11, 13, 2, 9, 15, 12, 17, 4", "label": {"final": ["rg", "gv", "k", "udje", "g", "n", "w", "n", "wi", "bv", "h"], "init": ["rggvkudjegnwnwibvh"], "intermediate": [["rggvkudjeg", "nwnwibvh"], ["rggvk", "udjeg", "nwnwibvh"], ["rggvk", "udjeg", "n", "wnwibvh"], ["rggvk", "udjeg", "n", "wn", "wibvh"], ["rg", "gvk", "udjeg", "n", "wn", "wibvh"], ["rg", "gvk", "udje", "g", "n", "wn", "wibvh"], ["rg", "gvk", "udje", "g", "n", "wn", "wi", "bvh"], ["rg", "gvk", "udje", "g", "n", "w", "n", "wi", "bvh"], ["rg", "gvk", "udje", "g", "n", "w", "n", "wi", "bv", "h"]]}, "config": {"length": 18, "num_positions": 10, "positions": [10, 5, 11, 13, 2, 9, 15, 12, 17, 4], "string": "rggvkudjegnwnwibvh"}, "task_name": "task08", "example_name": "0083", "problem_name": "task08_0083"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbjfodghaujsssn\nPositions:\n4, 12, 10, 5, 6, 11, 2, 13, 3, 7", "label": {"final": ["bj", "f", "o", "d", "g", "h", "auj", "s", "s", "s", "n"], "init": ["bjfodghaujsssn"], "intermediate": [["bjfo", "dghaujsssn"], ["bjfo", "dghaujss", "sn"], ["bjfo", "dghauj", "ss", "sn"], ["bjfo", "d", "ghauj", "ss", "sn"], ["bjfo", "d", "g", "hauj", "ss", "sn"], ["bjfo", "d", "g", "hauj", "s", "s", "sn"], ["bj", "fo", "d", "g", "hauj", "s", "s", "sn"], ["bj", "fo", "d", "g", "hauj", "s", "s", "s", "n"], ["bj", "f", "o", "d", "g", "hauj", "s", "s", "s", "n"]]}, "config": {"length": 14, "num_positions": 10, "positions": [4, 12, 10, 5, 6, 11, 2, 13, 3, 7], "string": "bjfodghaujsssn"}, "task_name": "task08", "example_name": "0084", "problem_name": "task08_0084"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndkbzrsmtbmizijut\nPositions:\n5, 14, 10, 9, 4, 3, 1, 6, 13, 7", "label": {"final": ["d", "kb", "z", "r", "s", "m", "tb", "m", "izi", "j", "ut"], "init": ["dkbzrsmtbmizijut"], "intermediate": [["dkbzr", "smtbmizijut"], ["dkbzr", "smtbmizij", "ut"], ["dkbzr", "smtbm", "izij", "ut"], ["dkbzr", "smtb", "m", "izij", "ut"], ["dkbz", "r", "smtb", "m", "izij", "ut"], ["dkb", "z", "r", "smtb", "m", "izij", "ut"], ["d", "kb", "z", "r", "smtb", "m", "izij", "ut"], ["d", "kb", "z", "r", "s", "mtb", "m", "izij", "ut"], ["d", "kb", "z", "r", "s", "mtb", "m", "izi", "j", "ut"]]}, "config": {"length": 16, "num_positions": 10, "positions": [5, 14, 10, 9, 4, 3, 1, 6, 13, 7], "string": "dkbzrsmtbmizijut"}, "task_name": "task08", "example_name": "0085", "problem_name": "task08_0085"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxpoxhhchsbn\nPositions:\n3, 9, 2, 1, 10, 6, 4, 8, 7, 5", "label": {"final": ["x", "p", "o", "x", "h", "h", "c", "h", "s", "b", "n"], "init": ["xpoxhhchsbn"], "intermediate": [["xpo", "xhhchsbn"], ["xpo", "xhhchs", "bn"], ["xp", "o", "xhhchs", "bn"], ["x", "p", "o", "xhhchs", "bn"], ["x", "p", "o", "xhhchs", "b", "n"], ["x", "p", "o", "xhh", "chs", "b", "n"], ["x", "p", "o", "x", "hh", "chs", "b", "n"], ["x", "p", "o", "x", "hh", "ch", "s", "b", "n"], ["x", "p", "o", "x", "hh", "c", "h", "s", "b", "n"]]}, "config": {"length": 11, "num_positions": 10, "positions": [3, 9, 2, 1, 10, 6, 4, 8, 7, 5], "string": "xpoxhhchsbn"}, "task_name": "task08", "example_name": "0086", "problem_name": "task08_0086"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npiyqwpsgnfrlxpsczugr\nPositions:\n11, 14, 10, 3, 16, 15, 6, 1, 5, 18", "label": {"final": ["p", "iy", "qw", "p", "sgnf", "r", "lxp", "s", "c", "zu", "gr"], "init": ["piyqwpsgnfrlxpsczugr"], "intermediate": [["piyqwpsgnfr", "lxpsczugr"], ["piyqwpsgnfr", "lxp", "sczugr"], ["piyqwpsgnf", "r", "lxp", "sczugr"], ["piy", "qwpsgnf", "r", "lxp", "sczugr"], ["piy", "qwpsgnf", "r", "lxp", "sc", "zugr"], ["piy", "qwpsgnf", "r", "lxp", "s", "c", "zugr"], ["piy", "qwp", "sgnf", "r", "lxp", "s", "c", "zugr"], ["p", "iy", "qwp", "sgnf", "r", "lxp", "s", "c", "zugr"], ["p", "iy", "qw", "p", "sgnf", "r", "lxp", "s", "c", "zugr"]]}, "config": {"length": 20, "num_positions": 10, "positions": [11, 14, 10, 3, 16, 15, 6, 1, 5, 18], "string": "piyqwpsgnfrlxpsczugr"}, "task_name": "task08", "example_name": "0087", "problem_name": "task08_0087"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nejkapowjjsjiinhhm\nPositions:\n1, 13, 7, 5, 9, 4, 3, 6, 15, 8", "label": {"final": ["e", "jk", "a", "p", "o", "w", "j", "j", "sjii", "nh", "hm"], "init": ["ejkapowjjsjiinhhm"], "intermediate": [["e", "jkapowjjsjiinhhm"], ["e", "jkapowjjsjii", "nhhm"], ["e", "jkapow", "jjsjii", "nhhm"], ["e", "jkap", "ow", "jjsjii", "nhhm"], ["e", "jkap", "ow", "jj", "sjii", "nhhm"], ["e", "jka", "p", "ow", "jj", "sjii", "nhhm"], ["e", "jk", "a", "p", "ow", "jj", "sjii", "nhhm"], ["e", "jk", "a", "p", "o", "w", "jj", "sjii", "nhhm"], ["e", "jk", "a", "p", "o", "w", "jj", "sjii", "nh", "hm"]]}, "config": {"length": 17, "num_positions": 10, "positions": [1, 13, 7, 5, 9, 4, 3, 6, 15, 8], "string": "ejkapowjjsjiinhhm"}, "task_name": "task08", "example_name": "0088", "problem_name": "task08_0088"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnirkhplzcwdhfc\nPositions:\n1, 4, 6, 2, 3, 8, 13, 10, 12, 5", "label": {"final": ["n", "i", "r", "k", "h", "p", "lz", "cw", "dh", "f", "c"], "init": ["nirkhplzcwdhfc"], "intermediate": [["n", "irkhplzcwdhfc"], ["n", "irk", "hplzcwdhfc"], ["n", "irk", "hp", "lzcwdhfc"], ["n", "i", "rk", "hp", "lzcwdhfc"], ["n", "i", "r", "k", "hp", "lzcwdhfc"], ["n", "i", "r", "k", "hp", "lz", "cwdhfc"], ["n", "i", "r", "k", "hp", "lz", "cwdhf", "c"], ["n", "i", "r", "k", "hp", "lz", "cw", "dhf", "c"], ["n", "i", "r", "k", "hp", "lz", "cw", "dh", "f", "c"]]}, "config": {"length": 14, "num_positions": 10, "positions": [1, 4, 6, 2, 3, 8, 13, 10, 12, 5], "string": "nirkhplzcwdhfc"}, "task_name": "task08", "example_name": "0089", "problem_name": "task08_0089"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njxmogouhgbbusnah\nPositions:\n14, 10, 3, 4, 12, 11, 15, 5, 9, 7, 13", "label": {"final": ["jxm", "o", "g", "ou", "hg", "b", "b", "u", "s", "n", "a", "h"], "init": ["jxmogouhgbbusnah"], "intermediate": [["jxmogouhgbbusn", "ah"], ["jxmogouhgb", "busn", "ah"], ["jxm", "ogouhgb", "busn", "ah"], ["jxm", "o", "gouhgb", "busn", "ah"], ["jxm", "o", "gouhgb", "bu", "sn", "ah"], ["jxm", "o", "gouhgb", "b", "u", "sn", "ah"], ["jxm", "o", "gouhgb", "b", "u", "sn", "a", "h"], ["jxm", "o", "g", "ouhgb", "b", "u", "sn", "a", "h"], ["jxm", "o", "g", "ouhg", "b", "b", "u", "sn", "a", "h"], ["jxm", "o", "g", "ou", "hg", "b", "b", "u", "sn", "a", "h"]]}, "config": {"length": 16, "num_positions": 11, "positions": [14, 10, 3, 4, 12, 11, 15, 5, 9, 7, 13], "string": "jxmogouhgbbusnah"}, "task_name": "task08", "example_name": "0090", "problem_name": "task08_0090"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrtmfdbuuwxqaadipddufzgloho\nPositions:\n15, 14, 11, 25, 8, 19, 6, 12, 24, 21, 23", "label": {"final": ["rtmfdb", "uu", "wxq", "a", "ad", "i", "pddu", "fz", "gl", "o", "h", "o"], "init": ["rtmfdbuuwxqaadipddufzgloho"], "intermediate": [["rtmfdbuuwxqaadi", "pddufzgloho"], ["rtmfdbuuwxqaad", "i", "pddufzgloho"], ["rtmfdbuuwxq", "aad", "i", "pddufzgloho"], ["rtmfdbuuwxq", "aad", "i", "pddufzgloh", "o"], ["rtmfdbuu", "wxq", "aad", "i", "pddufzgloh", "o"], ["rtmfdbuu", "wxq", "aad", "i", "pddu", "fzgloh", "o"], ["rtmfdb", "uu", "wxq", "aad", "i", "pddu", "fzgloh", "o"], ["rtmfdb", "uu", "wxq", "a", "ad", "i", "pddu", "fzgloh", "o"], ["rtmfdb", "uu", "wxq", "a", "ad", "i", "pddu", "fzglo", "h", "o"], ["rtmfdb", "uu", "wxq", "a", "ad", "i", "pddu", "fz", "glo", "h", "o"]]}, "config": {"length": 26, "num_positions": 11, "positions": [15, 14, 11, 25, 8, 19, 6, 12, 24, 21, 23], "string": "rtmfdbuuwxqaadipddufzgloho"}, "task_name": "task08", "example_name": "0091", "problem_name": "task08_0091"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nshnoufxhzfcgmoptumt\nPositions:\n18, 8, 17, 6, 15, 11, 16, 10, 7, 13, 14", "label": {"final": ["shnouf", "x", "h", "zf", "c", "gm", "o", "p", "t", "u", "m", "t"], "init": ["shnoufxhzfcgmoptumt"], "intermediate": [["shnoufxhzfcgmoptum", "t"], ["shnoufxh", "zfcgmoptum", "t"], ["shnoufxh", "zfcgmoptu", "m", "t"], ["shnouf", "xh", "zfcgmoptu", "m", "t"], ["shnouf", "xh", "zfcgmop", "tu", "m", "t"], ["shnouf", "xh", "zfc", "gmop", "tu", "m", "t"], ["shnouf", "xh", "zfc", "gmop", "t", "u", "m", "t"], ["shnouf", "xh", "zf", "c", "gmop", "t", "u", "m", "t"], ["shnouf", "x", "h", "zf", "c", "gmop", "t", "u", "m", "t"], ["shnouf", "x", "h", "zf", "c", "gm", "op", "t", "u", "m", "t"]]}, "config": {"length": 19, "num_positions": 11, "positions": [18, 8, 17, 6, 15, 11, 16, 10, 7, 13, 14], "string": "shnoufxhzfcgmoptumt"}, "task_name": "task08", "example_name": "0092", "problem_name": "task08_0092"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nuxkvfpzversqxgbyvndbylbu\nPositions:\n5, 7, 9, 14, 12, 11, 4, 18, 20, 17, 6", "label": {"final": ["uxkv", "f", "p", "z", "ve", "rs", "q", "xg", "byv", "n", "db", "ylbu"], "init": ["uxkvfpzversqxgbyvndbylbu"], "intermediate": [["uxkvf", "pzversqxgbyvndbylbu"], ["uxkvf", "pz", "versqxgbyvndbylbu"], ["uxkvf", "pz", "ve", "rsqxgbyvndbylbu"], ["uxkvf", "pz", "ve", "rsqxg", "byvndbylbu"], ["uxkvf", "pz", "ve", "rsq", "xg", "byvndbylbu"], ["uxkvf", "pz", "ve", "rs", "q", "xg", "byvndbylbu"], ["uxkv", "f", "pz", "ve", "rs", "q", "xg", "byvndbylbu"], ["uxkv", "f", "pz", "ve", "rs", "q", "xg", "byvn", "dbylbu"], ["uxkv", "f", "pz", "ve", "rs", "q", "xg", "byvn", "db", "ylbu"], ["uxkv", "f", "pz", "ve", "rs", "q", "xg", "byv", "n", "db", "ylbu"]]}, "config": {"length": 24, "num_positions": 11, "positions": [5, 7, 9, 14, 12, 11, 4, 18, 20, 17, 6], "string": "uxkvfpzversqxgbyvndbylbu"}, "task_name": "task08", "example_name": "0093", "problem_name": "task08_0093"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngtymrvgqhbco\nPositions:\n2, 5, 7, 3, 6, 4, 11, 8, 9, 1, 10", "label": {"final": ["g", "t", "y", "m", "r", "v", "g", "q", "h", "b", "c", "o"], "init": ["gtymrvgqhbco"], "intermediate": [["gt", "ymrvgqhbco"], ["gt", "ymr", "vgqhbco"], ["gt", "ymr", "vg", "qhbco"], ["gt", "y", "mr", "vg", "qhbco"], ["gt", "y", "mr", "v", "g", "qhbco"], ["gt", "y", "m", "r", "v", "g", "qhbco"], ["gt", "y", "m", "r", "v", "g", "qhbc", "o"], ["gt", "y", "m", "r", "v", "g", "q", "hbc", "o"], ["gt", "y", "m", "r", "v", "g", "q", "h", "bc", "o"], ["g", "t", "y", "m", "r", "v", "g", "q", "h", "bc", "o"]]}, "config": {"length": 12, "num_positions": 11, "positions": [2, 5, 7, 3, 6, 4, 11, 8, 9, 1, 10], "string": "gtymrvgqhbco"}, "task_name": "task08", "example_name": "0094", "problem_name": "task08_0094"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\noemblidosbtkgpslnhfvfjdczm\nPositions:\n2, 13, 16, 7, 11, 19, 14, 24, 22, 9, 17", "label": {"final": ["oe", "mblid", "os", "bt", "kg", "p", "sl", "n", "hf", "vfj", "dc", "zm"], "init": ["oemblidosbtkgpslnhfvfjdczm"], "intermediate": [["oe", "mblidosbtkgpslnhfvfjdczm"], ["oe", "mblidosbtkg", "pslnhfvfjdczm"], ["oe", "mblidosbtkg", "psl", "nhfvfjdczm"], ["oe", "mblid", "osbtkg", "psl", "nhfvfjdczm"], ["oe", "mblid", "osbt", "kg", "psl", "nhfvfjdczm"], ["oe", "mblid", "osbt", "kg", "psl", "nhf", "vfjdczm"], ["oe", "mblid", "osbt", "kg", "p", "sl", "nhf", "vfjdczm"], ["oe", "mblid", "osbt", "kg", "p", "sl", "nhf", "vfjdc", "zm"], ["oe", "mblid", "osbt", "kg", "p", "sl", "nhf", "vfj", "dc", "zm"], ["oe", "mblid", "os", "bt", "kg", "p", "sl", "nhf", "vfj", "dc", "zm"]]}, "config": {"length": 26, "num_positions": 11, "positions": [2, 13, 16, 7, 11, 19, 14, 24, 22, 9, 17], "string": "oemblidosbtkgpslnhfvfjdczm"}, "task_name": "task08", "example_name": "0095", "problem_name": "task08_0095"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nyxaszhsoznwlbnkbhexxox\nPositions:\n13, 21, 6, 10, 9, 20, 4, 3, 17, 1, 15", "label": {"final": ["y", "xa", "s", "zh", "soz", "n", "wlb", "nk", "bh", "exx", "o", "x"], "init": ["yxaszhsoznwlbnkbhexxox"], "intermediate": [["yxaszhsoznwlb", "nkbhexxox"], ["yxaszhsoznwlb", "nkbhexxo", "x"], ["yxaszh", "soznwlb", "nkbhexxo", "x"], ["yxaszh", "sozn", "wlb", "nkbhexxo", "x"], ["yxaszh", "soz", "n", "wlb", "nkbhexxo", "x"], ["yxaszh", "soz", "n", "wlb", "nkbhexx", "o", "x"], ["yxas", "zh", "soz", "n", "wlb", "nkbhexx", "o", "x"], ["yxa", "s", "zh", "soz", "n", "wlb", "nkbhexx", "o", "x"], ["yxa", "s", "zh", "soz", "n", "wlb", "nkbh", "exx", "o", "x"], ["y", "xa", "s", "zh", "soz", "n", "wlb", "nkbh", "exx", "o", "x"]]}, "config": {"length": 22, "num_positions": 11, "positions": [13, 21, 6, 10, 9, 20, 4, 3, 17, 1, 15], "string": "yxaszhsoznwlbnkbhexxox"}, "task_name": "task08", "example_name": "0096", "problem_name": "task08_0096"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nelcfcgcszswqmla\nPositions:\n13, 11, 3, 5, 8, 14, 1, 4, 12, 7, 10", "label": {"final": ["e", "lc", "f", "c", "gc", "s", "zs", "w", "q", "m", "l", "a"], "init": ["elcfcgcszswqmla"], "intermediate": [["elcfcgcszswqm", "la"], ["elcfcgcszsw", "qm", "la"], ["elc", "fcgcszsw", "qm", "la"], ["elc", "fc", "gcszsw", "qm", "la"], ["elc", "fc", "gcs", "zsw", "qm", "la"], ["elc", "fc", "gcs", "zsw", "qm", "l", "a"], ["e", "lc", "fc", "gcs", "zsw", "qm", "l", "a"], ["e", "lc", "f", "c", "gcs", "zsw", "qm", "l", "a"], ["e", "lc", "f", "c", "gcs", "zsw", "q", "m", "l", "a"], ["e", "lc", "f", "c", "gc", "s", "zsw", "q", "m", "l", "a"]]}, "config": {"length": 15, "num_positions": 11, "positions": [13, 11, 3, 5, 8, 14, 1, 4, 12, 7, 10], "string": "elcfcgcszswqmla"}, "task_name": "task08", "example_name": "0097", "problem_name": "task08_0097"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nverthcoklrcpv\nPositions:\n1, 3, 6, 5, 10, 4, 2, 7, 8, 11, 12", "label": {"final": ["v", "e", "r", "t", "h", "c", "o", "k", "lr", "c", "p", "v"], "init": ["verthcoklrcpv"], "intermediate": [["v", "erthcoklrcpv"], ["v", "er", "thcoklrcpv"], ["v", "er", "thc", "oklrcpv"], ["v", "er", "th", "c", "oklrcpv"], ["v", "er", "th", "c", "oklr", "cpv"], ["v", "er", "t", "h", "c", "oklr", "cpv"], ["v", "e", "r", "t", "h", "c", "oklr", "cpv"], ["v", "e", "r", "t", "h", "c", "o", "klr", "cpv"], ["v", "e", "r", "t", "h", "c", "o", "k", "lr", "cpv"], ["v", "e", "r", "t", "h", "c", "o", "k", "lr", "c", "pv"]]}, "config": {"length": 13, "num_positions": 11, "positions": [1, 3, 6, 5, 10, 4, 2, 7, 8, 11, 12], "string": "verthcoklrcpv"}, "task_name": "task08", "example_name": "0098", "problem_name": "task08_0098"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxgzsudyxrroivs\nPositions:\n12, 10, 5, 6, 8, 7, 3, 1, 2, 13, 9", "label": {"final": ["x", "g", "z", "su", "d", "y", "x", "r", "r", "oi", "v", "s"], "init": ["xgzsudyxrroivs"], "intermediate": [["xgzsudyxrroi", "vs"], ["xgzsudyxrr", "oi", "vs"], ["xgzsu", "dyxrr", "oi", "vs"], ["xgzsu", "d", "yxrr", "oi", "vs"], ["xgzsu", "d", "yx", "rr", "oi", "vs"], ["xgzsu", "d", "y", "x", "rr", "oi", "vs"], ["xgz", "su", "d", "y", "x", "rr", "oi", "vs"], ["x", "gz", "su", "d", "y", "x", "rr", "oi", "vs"], ["x", "g", "z", "su", "d", "y", "x", "rr", "oi", "vs"], ["x", "g", "z", "su", "d", "y", "x", "rr", "oi", "v", "s"]]}, "config": {"length": 14, "num_positions": 11, "positions": [12, 10, 5, 6, 8, 7, 3, 1, 2, 13, 9], "string": "xgzsudyxrroivs"}, "task_name": "task08", "example_name": "0099", "problem_name": "task08_0099"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnyriemjijqrcctlvewsqyepzdg\nPositions:\n24, 13, 9, 21, 1, 4, 10, 22, 2, 16, 7, 23", "label": {"final": ["n", "y", "ri", "emj", "ij", "q", "rcc", "tlv", "ewsqy", "e", "p", "z", "dg"], "init": ["nyriemjijqrcctlvewsqyepzdg"], "intermediate": [["nyriemjijqrcctlvewsqyepz", "dg"], ["nyriemjijqrcc", "tlvewsqyepz", "dg"], ["nyriemjij", "qrcc", "tlvewsqyepz", "dg"], ["nyriemjij", "qrcc", "tlvewsqy", "epz", "dg"], ["n", "yriemjij", "qrcc", "tlvewsqy", "epz", "dg"], ["n", "yri", "emjij", "qrcc", "tlvewsqy", "epz", "dg"], ["n", "yri", "emjij", "q", "rcc", "tlvewsqy", "epz", "dg"], ["n", "yri", "emjij", "q", "rcc", "tlvewsqy", "e", "pz", "dg"], ["n", "y", "ri", "emjij", "q", "rcc", "tlvewsqy", "e", "pz", "dg"], ["n", "y", "ri", "emjij", "q", "rcc", "tlv", "ewsqy", "e", "pz", "dg"], ["n", "y", "ri", "emj", "ij", "q", "rcc", "tlv", "ewsqy", "e", "pz", "dg"]]}, "config": {"length": 26, "num_positions": 12, "positions": [24, 13, 9, 21, 1, 4, 10, 22, 2, 16, 7, 23], "string": "nyriemjijqrcctlvewsqyepzdg"}, "task_name": "task08", "example_name": "0100", "problem_name": "task08_0100"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmwmvtvpmixbsvvji\nPositions:\n1, 9, 2, 4, 14, 3, 6, 5, 7, 8, 12, 15", "label": {"final": ["m", "w", "m", "v", "t", "v", "p", "m", "i", "xbs", "vv", "j", "i"], "init": ["mwmvtvpmixbsvvji"], "intermediate": [["m", "wmvtvpmixbsvvji"], ["m", "wmvtvpmi", "xbsvvji"], ["m", "w", "mvtvpmi", "xbsvvji"], ["m", "w", "mv", "tvpmi", "xbsvvji"], ["m", "w", "mv", "tvpmi", "xbsvv", "ji"], ["m", "w", "m", "v", "tvpmi", "xbsvv", "ji"], ["m", "w", "m", "v", "tv", "pmi", "xbsvv", "ji"], ["m", "w", "m", "v", "t", "v", "pmi", "xbsvv", "ji"], ["m", "w", "m", "v", "t", "v", "p", "mi", "xbsvv", "ji"], ["m", "w", "m", "v", "t", "v", "p", "m", "i", "xbsvv", "ji"], ["m", "w", "m", "v", "t", "v", "p", "m", "i", "xbs", "vv", "ji"]]}, "config": {"length": 16, "num_positions": 12, "positions": [1, 9, 2, 4, 14, 3, 6, 5, 7, 8, 12, 15], "string": "mwmvtvpmixbsvvji"}, "task_name": "task08", "example_name": "0101", "problem_name": "task08_0101"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntbrjemtvyldskqomqsy\nPositions:\n13, 12, 11, 10, 1, 14, 2, 17, 15, 8, 3, 6", "label": {"final": ["t", "b", "r", "jem", "tv", "yl", "d", "s", "k", "q", "o", "mq", "sy"], "init": ["tbrjemtvyldskqomqsy"], "intermediate": [["tbrjemtvyldsk", "qomqsy"], ["tbrjemtvylds", "k", "qomqsy"], ["tbrjemtvyld", "s", "k", "qomqsy"], ["tbrjemtvyl", "d", "s", "k", "qomqsy"], ["t", "brjemtvyl", "d", "s", "k", "qomqsy"], ["t", "brjemtvyl", "d", "s", "k", "q", "omqsy"], ["t", "b", "rjemtvyl", "d", "s", "k", "q", "omqsy"], ["t", "b", "rjemtvyl", "d", "s", "k", "q", "omq", "sy"], ["t", "b", "rjemtvyl", "d", "s", "k", "q", "o", "mq", "sy"], ["t", "b", "rjemtv", "yl", "d", "s", "k", "q", "o", "mq", "sy"], ["t", "b", "r", "jemtv", "yl", "d", "s", "k", "q", "o", "mq", "sy"]]}, "config": {"length": 19, "num_positions": 12, "positions": [13, 12, 11, 10, 1, 14, 2, 17, 15, 8, 3, 6], "string": "tbrjemtvyldskqomqsy"}, "task_name": "task08", "example_name": "0102", "problem_name": "task08_0102"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmsmohimglfwxrxkzuozhj\nPositions:\n8, 11, 12, 19, 4, 7, 20, 9, 1, 17, 5, 6", "label": {"final": ["m", "smo", "h", "i", "m", "g", "l", "fw", "x", "rxkzu", "oz", "h", "j"], "init": ["msmohimglfwxrxkzuozhj"], "intermediate": [["msmohimg", "lfwxrxkzuozhj"], ["msmohimg", "lfw", "xrxkzuozhj"], ["msmohimg", "lfw", "x", "rxkzuozhj"], ["msmohimg", "lfw", "x", "rxkzuoz", "hj"], ["msmo", "himg", "lfw", "x", "rxkzuoz", "hj"], ["msmo", "him", "g", "lfw", "x", "rxkzuoz", "hj"], ["msmo", "him", "g", "lfw", "x", "rxkzuoz", "h", "j"], ["msmo", "him", "g", "l", "fw", "x", "rxkzuoz", "h", "j"], ["m", "smo", "him", "g", "l", "fw", "x", "rxkzuoz", "h", "j"], ["m", "smo", "him", "g", "l", "fw", "x", "rxkzu", "oz", "h", "j"], ["m", "smo", "h", "im", "g", "l", "fw", "x", "rxkzu", "oz", "h", "j"]]}, "config": {"length": 21, "num_positions": 12, "positions": [8, 11, 12, 19, 4, 7, 20, 9, 1, 17, 5, 6], "string": "msmohimglfwxrxkzuozhj"}, "task_name": "task08", "example_name": "0103", "problem_name": "task08_0103"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbbcwpqakgukgzbcrxihelqla\nPositions:\n10, 20, 21, 23, 19, 14, 1, 7, 17, 8, 5, 2", "label": {"final": ["b", "b", "cwp", "qa", "k", "gu", "kgzb", "crx", "ih", "e", "l", "ql", "a"], "init": ["bbcwpqakgukgzbcrxihelqla"], "intermediate": [["bbcwpqakgu", "kgzbcrxihelqla"], ["bbcwpqakgu", "kgzbcrxihe", "lqla"], ["bbcwpqakgu", "kgzbcrxihe", "l", "qla"], ["bbcwpqakgu", "kgzbcrxihe", "l", "ql", "a"], ["bbcwpqakgu", "kgzbcrxih", "e", "l", "ql", "a"], ["bbcwpqakgu", "kgzb", "crxih", "e", "l", "ql", "a"], ["b", "bcwpqakgu", "kgzb", "crxih", "e", "l", "ql", "a"], ["b", "bcwpqa", "kgu", "kgzb", "crxih", "e", "l", "ql", "a"], ["b", "bcwpqa", "kgu", "kgzb", "crx", "ih", "e", "l", "ql", "a"], ["b", "bcwpqa", "k", "gu", "kgzb", "crx", "ih", "e", "l", "ql", "a"], ["b", "bcwp", "qa", "k", "gu", "kgzb", "crx", "ih", "e", "l", "ql", "a"]]}, "config": {"length": 24, "num_positions": 12, "positions": [10, 20, 21, 23, 19, 14, 1, 7, 17, 8, 5, 2], "string": "bbcwpqakgukgzbcrxihelqla"}, "task_name": "task08", "example_name": "0104", "problem_name": "task08_0104"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nujhftascyqmbaktrogtquwxer\nPositions:\n24, 21, 20, 16, 14, 18, 1, 3, 2, 11, 19, 13", "label": {"final": ["u", "j", "h", "ftascyqm", "ba", "k", "tr", "og", "t", "q", "u", "wxe", "r"], "init": ["ujhftascyqmbaktrogtquwxer"], "intermediate": [["ujhftascyqmbaktrogtquwxe", "r"], ["ujhftascyqmbaktrogtqu", "wxe", "r"], ["ujhftascyqmbaktrogtq", "u", "wxe", "r"], ["ujhftascyqmbaktr", "ogtq", "u", "wxe", "r"], ["ujhftascyqmbak", "tr", "ogtq", "u", "wxe", "r"], ["ujhftascyqmbak", "tr", "og", "tq", "u", "wxe", "r"], ["u", "jhftascyqmbak", "tr", "og", "tq", "u", "wxe", "r"], ["u", "jh", "ftascyqmbak", "tr", "og", "tq", "u", "wxe", "r"], ["u", "j", "h", "ftascyqmbak", "tr", "og", "tq", "u", "wxe", "r"], ["u", "j", "h", "ftascyqm", "bak", "tr", "og", "tq", "u", "wxe", "r"], ["u", "j", "h", "ftascyqm", "bak", "tr", "og", "t", "q", "u", "wxe", "r"]]}, "config": {"length": 25, "num_positions": 12, "positions": [24, 21, 20, 16, 14, 18, 1, 3, 2, 11, 19, 13], "string": "ujhftascyqmbaktrogtquwxer"}, "task_name": "task08", "example_name": "0105", "problem_name": "task08_0105"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwjxkvvlqowadzvz\nPositions:\n11, 8, 7, 1, 3, 12, 4, 2, 6, 5, 13, 14", "label": {"final": ["w", "j", "x", "k", "v", "v", "l", "q", "owa", "d", "z", "v", "z"], "init": ["wjxkvvlqowadzvz"], "intermediate": [["wjxkvvlqowa", "dzvz"], ["wjxkvvlq", "owa", "dzvz"], ["wjxkvvl", "q", "owa", "dzvz"], ["w", "jxkvvl", "q", "owa", "dzvz"], ["w", "jx", "kvvl", "q", "owa", "dzvz"], ["w", "jx", "kvvl", "q", "owa", "d", "zvz"], ["w", "jx", "k", "vvl", "q", "owa", "d", "zvz"], ["w", "j", "x", "k", "vvl", "q", "owa", "d", "zvz"], ["w", "j", "x", "k", "vv", "l", "q", "owa", "d", "zvz"], ["w", "j", "x", "k", "v", "v", "l", "q", "owa", "d", "zvz"], ["w", "j", "x", "k", "v", "v", "l", "q", "owa", "d", "z", "vz"]]}, "config": {"length": 15, "num_positions": 12, "positions": [11, 8, 7, 1, 3, 12, 4, 2, 6, 5, 13, 14], "string": "wjxkvvlqowadzvz"}, "task_name": "task08", "example_name": "0106", "problem_name": "task08_0106"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfyzibulzvcnnax\nPositions:\n7, 13, 12, 11, 10, 5, 6, 2, 9, 1, 4, 3", "label": {"final": ["f", "y", "z", "i", "b", "u", "l", "zv", "c", "n", "n", "a", "x"], "init": ["fyzibulzvcnnax"], "intermediate": [["fyzibul", "zvcnnax"], ["fyzibul", "zvcnna", "x"], ["fyzibul", "zvcnn", "a", "x"], ["fyzibul", "zvcn", "n", "a", "x"], ["fyzibul", "zvc", "n", "n", "a", "x"], ["fyzib", "ul", "zvc", "n", "n", "a", "x"], ["fyzib", "u", "l", "zvc", "n", "n", "a", "x"], ["fy", "zib", "u", "l", "zvc", "n", "n", "a", "x"], ["fy", "zib", "u", "l", "zv", "c", "n", "n", "a", "x"], ["f", "y", "zib", "u", "l", "zv", "c", "n", "n", "a", "x"], ["f", "y", "zi", "b", "u", "l", "zv", "c", "n", "n", "a", "x"]]}, "config": {"length": 14, "num_positions": 12, "positions": [7, 13, 12, 11, 10, 5, 6, 2, 9, 1, 4, 3], "string": "fyzibulzvcnnax"}, "task_name": "task08", "example_name": "0107", "problem_name": "task08_0107"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncsogsgsjlgaxxdahgdnx\nPositions:\n10, 18, 19, 12, 13, 17, 14, 6, 1, 5, 9, 11", "label": {"final": ["c", "sogs", "g", "sjl", "g", "a", "x", "x", "d", "ahg", "d", "n", "x"], "init": ["csogsgsjlgaxxdahgdnx"], "intermediate": [["csogsgsjlg", "axxdahgdnx"], ["csogsgsjlg", "axxdahgd", "nx"], ["csogsgsjlg", "axxdahgd", "n", "x"], ["csogsgsjlg", "ax", "xdahgd", "n", "x"], ["csogsgsjlg", "ax", "x", "dahgd", "n", "x"], ["csogsgsjlg", "ax", "x", "dahg", "d", "n", "x"], ["csogsgsjlg", "ax", "x", "d", "ahg", "d", "n", "x"], ["csogsg", "sjlg", "ax", "x", "d", "ahg", "d", "n", "x"], ["c", "sogsg", "sjlg", "ax", "x", "d", "ahg", "d", "n", "x"], ["c", "sogs", "g", "sjlg", "ax", "x", "d", "ahg", "d", "n", "x"], ["c", "sogs", "g", "sjl", "g", "ax", "x", "d", "ahg", "d", "n", "x"]]}, "config": {"length": 20, "num_positions": 12, "positions": [10, 18, 19, 12, 13, 17, 14, 6, 1, 5, 9, 11], "string": "csogsgsjlgaxxdahgdnx"}, "task_name": "task08", "example_name": "0108", "problem_name": "task08_0108"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmfpnosrkamrpeorbghhch\nPositions:\n4, 1, 18, 19, 2, 5, 20, 15, 16, 12, 6, 7", "label": {"final": ["m", "f", "pn", "o", "s", "r", "kamrp", "eor", "b", "gh", "h", "c", "h"], "init": ["mfpnosrkamrpeorbghhch"], "intermediate": [["mfpn", "osrkamrpeorbghhch"], ["m", "fpn", "osrkamrpeorbghhch"], ["m", "fpn", "osrkamrpeorbgh", "hch"], ["m", "fpn", "osrkamrpeorbgh", "h", "ch"], ["m", "f", "pn", "osrkamrpeorbgh", "h", "ch"], ["m", "f", "pn", "o", "srkamrpeorbgh", "h", "ch"], ["m", "f", "pn", "o", "srkamrpeorbgh", "h", "c", "h"], ["m", "f", "pn", "o", "srkamrpeor", "bgh", "h", "c", "h"], ["m", "f", "pn", "o", "srkamrpeor", "b", "gh", "h", "c", "h"], ["m", "f", "pn", "o", "srkamrp", "eor", "b", "gh", "h", "c", "h"], ["m", "f", "pn", "o", "s", "rkamrp", "eor", "b", "gh", "h", "c", "h"]]}, "config": {"length": 21, "num_positions": 12, "positions": [4, 1, 18, 19, 2, 5, 20, 15, 16, 12, 6, 7], "string": "mfpnosrkamrpeorbghhch"}, "task_name": "task08", "example_name": "0109", "problem_name": "task08_0109"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nejpzybunpmzzwnwjizjwizvlgv\nPositions:\n12, 11, 20, 7, 10, 21, 17, 1, 14, 24, 22, 8, 19", "label": {"final": ["e", "jpzybu", "n", "pm", "z", "z", "wn", "wji", "zj", "w", "i", "z", "vl", "gv"], "init": ["ejpzybunpmzzwnwjizjwizvlgv"], "intermediate": [["ejpzybunpmzz", "wnwjizjwizvlgv"], ["ejpzybunpmz", "z", "wnwjizjwizvlgv"], ["ejpzybunpmz", "z", "wnwjizjw", "izvlgv"], ["ejpzybu", "npmz", "z", "wnwjizjw", "izvlgv"], ["ejpzybu", "npm", "z", "z", "wnwjizjw", "izvlgv"], ["ejpzybu", "npm", "z", "z", "wnwjizjw", "i", "zvlgv"], ["ejpzybu", "npm", "z", "z", "wnwji", "zjw", "i", "zvlgv"], ["e", "jpzybu", "npm", "z", "z", "wnwji", "zjw", "i", "zvlgv"], ["e", "jpzybu", "npm", "z", "z", "wn", "wji", "zjw", "i", "zvlgv"], ["e", "jpzybu", "npm", "z", "z", "wn", "wji", "zjw", "i", "zvl", "gv"], ["e", "jpzybu", "npm", "z", "z", "wn", "wji", "zjw", "i", "z", "vl", "gv"], ["e", "jpzybu", "n", "pm", "z", "z", "wn", "wji", "zjw", "i", "z", "vl", "gv"]]}, "config": {"length": 26, "num_positions": 13, "positions": [12, 11, 20, 7, 10, 21, 17, 1, 14, 24, 22, 8, 19], "string": "ejpzybunpmzzwnwjizjwizvlgv"}, "task_name": "task08", "example_name": "0110", "problem_name": "task08_0110"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nezfvrdwrfgmtvxkj\nPositions:\n11, 6, 8, 7, 12, 13, 2, 5, 1, 15, 10, 3, 14", "label": {"final": ["e", "z", "f", "vr", "d", "w", "r", "fg", "m", "t", "v", "x", "k", "j"], "init": ["ezfvrdwrfgmtvxkj"], "intermediate": [["ezfvrdwrfgm", "tvxkj"], ["ezfvrd", "wrfgm", "tvxkj"], ["ezfvrd", "wr", "fgm", "tvxkj"], ["ezfvrd", "w", "r", "fgm", "tvxkj"], ["ezfvrd", "w", "r", "fgm", "t", "vxkj"], ["ezfvrd", "w", "r", "fgm", "t", "v", "xkj"], ["ez", "fvrd", "w", "r", "fgm", "t", "v", "xkj"], ["ez", "fvr", "d", "w", "r", "fgm", "t", "v", "xkj"], ["e", "z", "fvr", "d", "w", "r", "fgm", "t", "v", "xkj"], ["e", "z", "fvr", "d", "w", "r", "fgm", "t", "v", "xk", "j"], ["e", "z", "fvr", "d", "w", "r", "fg", "m", "t", "v", "xk", "j"], ["e", "z", "f", "vr", "d", "w", "r", "fg", "m", "t", "v", "xk", "j"]]}, "config": {"length": 16, "num_positions": 13, "positions": [11, 6, 8, 7, 12, 13, 2, 5, 1, 15, 10, 3, 14], "string": "ezfvrdwrfgmtvxkj"}, "task_name": "task08", "example_name": "0111", "problem_name": "task08_0111"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndescmyjeftpeawd\nPositions:\n9, 8, 12, 3, 5, 6, 11, 1, 14, 2, 10, 7, 4", "label": {"final": ["d", "e", "s", "c", "m", "y", "j", "e", "f", "t", "p", "e", "aw", "d"], "init": ["descmyjeftpeawd"], "intermediate": [["descmyjef", "tpeawd"], ["descmyje", "f", "tpeawd"], ["descmyje", "f", "tpe", "awd"], ["des", "cmyje", "f", "tpe", "awd"], ["des", "cm", "yje", "f", "tpe", "awd"], ["des", "cm", "y", "je", "f", "tpe", "awd"], ["des", "cm", "y", "je", "f", "tp", "e", "awd"], ["d", "es", "cm", "y", "je", "f", "tp", "e", "awd"], ["d", "es", "cm", "y", "je", "f", "tp", "e", "aw", "d"], ["d", "e", "s", "cm", "y", "je", "f", "tp", "e", "aw", "d"], ["d", "e", "s", "cm", "y", "je", "f", "t", "p", "e", "aw", "d"], ["d", "e", "s", "cm", "y", "j", "e", "f", "t", "p", "e", "aw", "d"]]}, "config": {"length": 15, "num_positions": 13, "positions": [9, 8, 12, 3, 5, 6, 11, 1, 14, 2, 10, 7, 4], "string": "descmyjeftpeawd"}, "task_name": "task08", "example_name": "0112", "problem_name": "task08_0112"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxevgqknbzxcitwwie\nPositions:\n11, 12, 2, 15, 6, 5, 1, 7, 13, 16, 10, 3, 9", "label": {"final": ["x", "e", "v", "gq", "k", "n", "bz", "x", "c", "i", "t", "ww", "i", "e"], "init": ["xevgqknbzxcitwwie"], "intermediate": [["xevgqknbzxc", "itwwie"], ["xevgqknbzxc", "i", "twwie"], ["xe", "vgqknbzxc", "i", "twwie"], ["xe", "vgqknbzxc", "i", "tww", "ie"], ["xe", "vgqk", "nbzxc", "i", "tww", "ie"], ["xe", "vgq", "k", "nbzxc", "i", "tww", "ie"], ["x", "e", "vgq", "k", "nbzxc", "i", "tww", "ie"], ["x", "e", "vgq", "k", "n", "bzxc", "i", "tww", "ie"], ["x", "e", "vgq", "k", "n", "bzxc", "i", "t", "ww", "ie"], ["x", "e", "vgq", "k", "n", "bzxc", "i", "t", "ww", "i", "e"], ["x", "e", "vgq", "k", "n", "bzx", "c", "i", "t", "ww", "i", "e"], ["x", "e", "v", "gq", "k", "n", "bzx", "c", "i", "t", "ww", "i", "e"]]}, "config": {"length": 17, "num_positions": 13, "positions": [11, 12, 2, 15, 6, 5, 1, 7, 13, 16, 10, 3, 9], "string": "xevgqknbzxcitwwie"}, "task_name": "task08", "example_name": "0113", "problem_name": "task08_0113"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nixhofwhebyxkcfobebpdhxo\nPositions:\n8, 10, 9, 17, 21, 14, 22, 13, 7, 3, 19, 11, 5", "label": {"final": ["ixh", "of", "wh", "e", "b", "y", "x", "kc", "f", "obe", "bp", "dh", "x", "o"], "init": ["ixhofwhebyxkcfobebpdhxo"], "intermediate": [["ixhofwhe", "byxkcfobebpdhxo"], ["ixhofwhe", "by", "xkcfobebpdhxo"], ["ixhofwhe", "b", "y", "xkcfobebpdhxo"], ["ixhofwhe", "b", "y", "xkcfobe", "bpdhxo"], ["ixhofwhe", "b", "y", "xkcfobe", "bpdh", "xo"], ["ixhofwhe", "b", "y", "xkcf", "obe", "bpdh", "xo"], ["ixhofwhe", "b", "y", "xkcf", "obe", "bpdh", "x", "o"], ["ixhofwhe", "b", "y", "xkc", "f", "obe", "bpdh", "x", "o"], ["ixhofwh", "e", "b", "y", "xkc", "f", "obe", "bpdh", "x", "o"], ["ixh", "ofwh", "e", "b", "y", "xkc", "f", "obe", "bpdh", "x", "o"], ["ixh", "ofwh", "e", "b", "y", "xkc", "f", "obe", "bp", "dh", "x", "o"], ["ixh", "ofwh", "e", "b", "y", "x", "kc", "f", "obe", "bp", "dh", "x", "o"]]}, "config": {"length": 23, "num_positions": 13, "positions": [8, 10, 9, 17, 21, 14, 22, 13, 7, 3, 19, 11, 5], "string": "ixhofwhebyxkcfobebpdhxo"}, "task_name": "task08", "example_name": "0114", "problem_name": "task08_0114"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmonldyqxuffehgoemsulyjuux\nPositions:\n18, 8, 10, 22, 4, 15, 13, 6, 14, 1, 23, 16, 24", "label": {"final": ["m", "onl", "dy", "qx", "uf", "feh", "g", "o", "e", "ms", "ulyj", "u", "u", "x"], "init": ["monldyqxuffehgoemsulyjuux"], "intermediate": [["monldyqxuffehgoems", "ulyjuux"], ["monldyqx", "uffehgoems", "ulyjuux"], ["monldyqx", "uf", "fehgoems", "ulyjuux"], ["monldyqx", "uf", "fehgoems", "ulyj", "uux"], ["monl", "dyqx", "uf", "fehgoems", "ulyj", "uux"], ["monl", "dyqx", "uf", "fehgo", "ems", "ulyj", "uux"], ["monl", "dyqx", "uf", "feh", "go", "ems", "ulyj", "uux"], ["monl", "dy", "qx", "uf", "feh", "go", "ems", "ulyj", "uux"], ["monl", "dy", "qx", "uf", "feh", "g", "o", "ems", "ulyj", "uux"], ["m", "onl", "dy", "qx", "uf", "feh", "g", "o", "ems", "ulyj", "uux"], ["m", "onl", "dy", "qx", "uf", "feh", "g", "o", "ems", "ulyj", "u", "ux"], ["m", "onl", "dy", "qx", "uf", "feh", "g", "o", "e", "ms", "ulyj", "u", "ux"]]}, "config": {"length": 25, "num_positions": 13, "positions": [18, 8, 10, 22, 4, 15, 13, 6, 14, 1, 23, 16, 24], "string": "monldyqxuffehgoemsulyjuux"}, "task_name": "task08", "example_name": "0115", "problem_name": "task08_0115"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\noztuozgewtbtsmihzavajarsmq\nPositions:\n1, 8, 24, 6, 18, 3, 14, 13, 20, 9, 4, 11, 15", "label": {"final": ["o", "zt", "u", "oz", "ge", "w", "tb", "ts", "m", "i", "hza", "va", "jars", "mq"], "init": ["oztuozgewtbtsmihzavajarsmq"], "intermediate": [["o", "ztuozgewtbtsmihzavajarsmq"], ["o", "ztuozge", "wtbtsmihzavajarsmq"], ["o", "ztuozge", "wtbtsmihzavajars", "mq"], ["o", "ztuoz", "ge", "wtbtsmihzavajars", "mq"], ["o", "ztuoz", "ge", "wtbtsmihza", "vajars", "mq"], ["o", "zt", "uoz", "ge", "wtbtsmihza", "vajars", "mq"], ["o", "zt", "uoz", "ge", "wtbtsm", "ihza", "vajars", "mq"], ["o", "zt", "uoz", "ge", "wtbts", "m", "ihza", "vajars", "mq"], ["o", "zt", "uoz", "ge", "wtbts", "m", "ihza", "va", "jars", "mq"], ["o", "zt", "uoz", "ge", "w", "tbts", "m", "ihza", "va", "jars", "mq"], ["o", "zt", "u", "oz", "ge", "w", "tbts", "m", "ihza", "va", "jars", "mq"], ["o", "zt", "u", "oz", "ge", "w", "tb", "ts", "m", "ihza", "va", "jars", "mq"]]}, "config": {"length": 26, "num_positions": 13, "positions": [1, 8, 24, 6, 18, 3, 14, 13, 20, 9, 4, 11, 15], "string": "oztuozgewtbtsmihzavajarsmq"}, "task_name": "task08", "example_name": "0116", "problem_name": "task08_0116"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncmrbybexguzlengwurysxs\nPositions:\n16, 4, 20, 12, 1, 3, 5, 19, 8, 11, 21, 9, 18", "label": {"final": ["c", "mr", "b", "y", "bex", "g", "uz", "l", "engw", "ur", "y", "s", "x", "s"], "init": ["cmrbybexguzlengwurysxs"], "intermediate": [["cmrbybexguzlengw", "urysxs"], ["cmrb", "ybexguzlengw", "urysxs"], ["cmrb", "ybexguzlengw", "urys", "xs"], ["cmrb", "ybexguzl", "engw", "urys", "xs"], ["c", "mrb", "ybexguzl", "engw", "urys", "xs"], ["c", "mr", "b", "ybexguzl", "engw", "urys", "xs"], ["c", "mr", "b", "y", "bexguzl", "engw", "urys", "xs"], ["c", "mr", "b", "y", "bexguzl", "engw", "ury", "s", "xs"], ["c", "mr", "b", "y", "bex", "guzl", "engw", "ury", "s", "xs"], ["c", "mr", "b", "y", "bex", "guz", "l", "engw", "ury", "s", "xs"], ["c", "mr", "b", "y", "bex", "guz", "l", "engw", "ury", "s", "x", "s"], ["c", "mr", "b", "y", "bex", "g", "uz", "l", "engw", "ury", "s", "x", "s"]]}, "config": {"length": 22, "num_positions": 13, "positions": [16, 4, 20, 12, 1, 3, 5, 19, 8, 11, 21, 9, 18], "string": "cmrbybexguzlengwurysxs"}, "task_name": "task08", "example_name": "0117", "problem_name": "task08_0117"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nastiwiofqrgqhhuzyzaddeqw\nPositions:\n16, 12, 13, 23, 2, 8, 17, 7, 15, 3, 6, 11, 9", "label": {"final": ["as", "t", "iwi", "o", "f", "q", "rg", "q", "h", "hu", "z", "y", "zaddeq", "w"], "init": ["astiwiofqrgqhhuzyzaddeqw"], "intermediate": [["astiwiofqrgqhhuz", "yzaddeqw"], ["astiwiofqrgq", "hhuz", "yzaddeqw"], ["astiwiofqrgq", "h", "huz", "yzaddeqw"], ["astiwiofqrgq", "h", "huz", "yzaddeq", "w"], ["as", "tiwiofqrgq", "h", "huz", "yzaddeq", "w"], ["as", "tiwiof", "qrgq", "h", "huz", "yzaddeq", "w"], ["as", "tiwiof", "qrgq", "h", "huz", "y", "zaddeq", "w"], ["as", "tiwio", "f", "qrgq", "h", "huz", "y", "zaddeq", "w"], ["as", "tiwio", "f", "qrgq", "h", "hu", "z", "y", "zaddeq", "w"], ["as", "t", "iwio", "f", "qrgq", "h", "hu", "z", "y", "zaddeq", "w"], ["as", "t", "iwi", "o", "f", "qrgq", "h", "hu", "z", "y", "zaddeq", "w"], ["as", "t", "iwi", "o", "f", "qrg", "q", "h", "hu", "z", "y", "zaddeq", "w"]]}, "config": {"length": 24, "num_positions": 13, "positions": [16, 12, 13, 23, 2, 8, 17, 7, 15, 3, 6, 11, 9], "string": "astiwiofqrgqhhuzyzaddeqw"}, "task_name": "task08", "example_name": "0118", "problem_name": "task08_0118"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nulfnjiuchboerxxuzizjd\nPositions:\n9, 20, 3, 17, 14, 1, 6, 18, 16, 5, 13, 2, 15", "label": {"final": ["u", "l", "f", "nj", "i", "uch", "boer", "x", "x", "u", "z", "i", "zj", "d"], "init": ["ulfnjiuchboerxxuzizjd"], "intermediate": [["ulfnjiuch", "boerxxuzizjd"], ["ulfnjiuch", "boerxxuzizj", "d"], ["ulf", "njiuch", "boerxxuzizj", "d"], ["ulf", "njiuch", "boerxxuz", "izj", "d"], ["ulf", "njiuch", "boerx", "xuz", "izj", "d"], ["u", "lf", "njiuch", "boerx", "xuz", "izj", "d"], ["u", "lf", "nji", "uch", "boerx", "xuz", "izj", "d"], ["u", "lf", "nji", "uch", "boerx", "xuz", "i", "zj", "d"], ["u", "lf", "nji", "uch", "boerx", "xu", "z", "i", "zj", "d"], ["u", "lf", "nj", "i", "uch", "boerx", "xu", "z", "i", "zj", "d"], ["u", "lf", "nj", "i", "uch", "boer", "x", "xu", "z", "i", "zj", "d"], ["u", "l", "f", "nj", "i", "uch", "boer", "x", "xu", "z", "i", "zj", "d"]]}, "config": {"length": 21, "num_positions": 13, "positions": [9, 20, 3, 17, 14, 1, 6, 18, 16, 5, 13, 2, 15], "string": "ulfnjiuchboerxxuzizjd"}, "task_name": "task08", "example_name": "0119", "problem_name": "task08_0119"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nskmetduoovjewahklokbetaiqg\nPositions:\n1, 25, 21, 20, 13, 22, 12, 19, 2, 16, 8, 7, 5, 15", "label": {"final": ["s", "k", "met", "du", "o", "ovje", "w", "ah", "k", "lok", "b", "e", "t", "aiq", "g"], "init": ["skmetduoovjewahklokbetaiqg"], "intermediate": [["s", "kmetduoovjewahklokbetaiqg"], ["s", "kmetduoovjewahklokbetaiq", "g"], ["s", "kmetduoovjewahklokbe", "taiq", "g"], ["s", "kmetduoovjewahklokb", "e", "taiq", "g"], ["s", "kmetduoovjew", "ahklokb", "e", "taiq", "g"], ["s", "kmetduoovjew", "ahklokb", "e", "t", "aiq", "g"], ["s", "kmetduoovje", "w", "ahklokb", "e", "t", "aiq", "g"], ["s", "kmetduoovje", "w", "ahklok", "b", "e", "t", "aiq", "g"], ["s", "k", "metduoovje", "w", "ahklok", "b", "e", "t", "aiq", "g"], ["s", "k", "metduoovje", "w", "ahk", "lok", "b", "e", "t", "aiq", "g"], ["s", "k", "metduo", "ovje", "w", "ahk", "lok", "b", "e", "t", "aiq", "g"], ["s", "k", "metdu", "o", "ovje", "w", "ahk", "lok", "b", "e", "t", "aiq", "g"], ["s", "k", "met", "du", "o", "ovje", "w", "ahk", "lok", "b", "e", "t", "aiq", "g"]]}, "config": {"length": 26, "num_positions": 14, "positions": [1, 25, 21, 20, 13, 22, 12, 19, 2, 16, 8, 7, 5, 15], "string": "skmetduoovjewahklokbetaiqg"}, "task_name": "task08", "example_name": "0120", "problem_name": "task08_0120"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncebjfhtwlfxvuzgtna\nPositions:\n6, 7, 9, 3, 4, 5, 2, 13, 1, 12, 15, 14, 17, 11", "label": {"final": ["c", "e", "b", "j", "f", "h", "t", "wl", "fx", "v", "u", "z", "g", "tn", "a"], "init": ["cebjfhtwlfxvuzgtna"], "intermediate": [["cebjfh", "twlfxvuzgtna"], ["cebjfh", "t", "wlfxvuzgtna"], ["cebjfh", "t", "wl", "fxvuzgtna"], ["ceb", "jfh", "t", "wl", "fxvuzgtna"], ["ceb", "j", "fh", "t", "wl", "fxvuzgtna"], ["ceb", "j", "f", "h", "t", "wl", "fxvuzgtna"], ["ce", "b", "j", "f", "h", "t", "wl", "fxvuzgtna"], ["ce", "b", "j", "f", "h", "t", "wl", "fxvu", "zgtna"], ["c", "e", "b", "j", "f", "h", "t", "wl", "fxvu", "zgtna"], ["c", "e", "b", "j", "f", "h", "t", "wl", "fxv", "u", "zgtna"], ["c", "e", "b", "j", "f", "h", "t", "wl", "fxv", "u", "zg", "tna"], ["c", "e", "b", "j", "f", "h", "t", "wl", "fxv", "u", "z", "g", "tna"], ["c", "e", "b", "j", "f", "h", "t", "wl", "fxv", "u", "z", "g", "tn", "a"]]}, "config": {"length": 18, "num_positions": 14, "positions": [6, 7, 9, 3, 4, 5, 2, 13, 1, 12, 15, 14, 17, 11], "string": "cebjfhtwlfxvuzgtna"}, "task_name": "task08", "example_name": "0121", "problem_name": "task08_0121"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfkqaixeoitvxtgcvgdxhepbgosnyfs\nPositions:\n4, 9, 29, 14, 10, 22, 24, 6, 13, 27, 19, 8, 18, 26", "label": {"final": ["fkqa", "ix", "eo", "i", "t", "vxt", "g", "cvgd", "x", "hep", "bg", "os", "n", "yf", "s"], "init": ["fkqaixeoitvxtgcvgdxhepbgosnyfs"], "intermediate": [["fkqa", "ixeoitvxtgcvgdxhepbgosnyfs"], ["fkqa", "ixeoi", "tvxtgcvgdxhepbgosnyfs"], ["fkqa", "ixeoi", "tvxtgcvgdxhepbgosnyf", "s"], ["fkqa", "ixeoi", "tvxtg", "cvgdxhepbgosnyf", "s"], ["fkqa", "ixeoi", "t", "vxtg", "cvgdxhepbgosnyf", "s"], ["fkqa", "ixeoi", "t", "vxtg", "cvgdxhep", "bgosnyf", "s"], ["fkqa", "ixeoi", "t", "vxtg", "cvgdxhep", "bg", "osnyf", "s"], ["fkqa", "ix", "eoi", "t", "vxtg", "cvgdxhep", "bg", "osnyf", "s"], ["fkqa", "ix", "eoi", "t", "vxt", "g", "cvgdxhep", "bg", "osnyf", "s"], ["fkqa", "ix", "eoi", "t", "vxt", "g", "cvgdxhep", "bg", "osn", "yf", "s"], ["fkqa", "ix", "eoi", "t", "vxt", "g", "cvgdx", "hep", "bg", "osn", "yf", "s"], ["fkqa", "ix", "eo", "i", "t", "vxt", "g", "cvgdx", "hep", "bg", "osn", "yf", "s"], ["fkqa", "ix", "eo", "i", "t", "vxt", "g", "cvgd", "x", "hep", "bg", "osn", "yf", "s"]]}, "config": {"length": 30, "num_positions": 14, "positions": [4, 9, 29, 14, 10, 22, 24, 6, 13, 27, 19, 8, 18, 26], "string": "fkqaixeoitvxtgcvgdxhepbgosnyfs"}, "task_name": "task08", "example_name": "0122", "problem_name": "task08_0122"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmtgfqiqyehrdkstnhsk\nPositions:\n13, 14, 16, 7, 12, 1, 2, 17, 4, 11, 3, 15, 9, 6", "label": {"final": ["m", "t", "g", "f", "qi", "q", "ye", "hr", "d", "k", "s", "t", "n", "h", "sk"], "init": ["mtgfqiqyehrdkstnhsk"], "intermediate": [["mtgfqiqyehrdk", "stnhsk"], ["mtgfqiqyehrdk", "s", "tnhsk"], ["mtgfqiqyehrdk", "s", "tn", "hsk"], ["mtgfqiq", "yehrdk", "s", "tn", "hsk"], ["mtgfqiq", "yehrd", "k", "s", "tn", "hsk"], ["m", "tgfqiq", "yehrd", "k", "s", "tn", "hsk"], ["m", "t", "gfqiq", "yehrd", "k", "s", "tn", "hsk"], ["m", "t", "gfqiq", "yehrd", "k", "s", "tn", "h", "sk"], ["m", "t", "gf", "qiq", "yehrd", "k", "s", "tn", "h", "sk"], ["m", "t", "gf", "qiq", "yehr", "d", "k", "s", "tn", "h", "sk"], ["m", "t", "g", "f", "qiq", "yehr", "d", "k", "s", "tn", "h", "sk"], ["m", "t", "g", "f", "qiq", "yehr", "d", "k", "s", "t", "n", "h", "sk"], ["m", "t", "g", "f", "qiq", "ye", "hr", "d", "k", "s", "t", "n", "h", "sk"]]}, "config": {"length": 19, "num_positions": 14, "positions": [13, 14, 16, 7, 12, 1, 2, 17, 4, 11, 3, 15, 9, 6], "string": "mtgfqiqyehrdkstnhsk"}, "task_name": "task08", "example_name": "0123", "problem_name": "task08_0123"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmvitpoqrnabkctkrpsps\nPositions:\n14, 11, 9, 15, 17, 2, 7, 4, 13, 19, 12, 18, 1, 3", "label": {"final": ["m", "v", "i", "t", "poq", "rn", "ab", "k", "c", "t", "k", "rp", "s", "p", "s"], "init": ["mvitpoqrnabkctkrpsps"], "intermediate": [["mvitpoqrnabkct", "krpsps"], ["mvitpoqrnab", "kct", "krpsps"], ["mvitpoqrn", "ab", "kct", "krpsps"], ["mvitpoqrn", "ab", "kct", "k", "rpsps"], ["mvitpoqrn", "ab", "kct", "k", "rp", "sps"], ["mv", "itpoqrn", "ab", "kct", "k", "rp", "sps"], ["mv", "itpoq", "rn", "ab", "kct", "k", "rp", "sps"], ["mv", "it", "poq", "rn", "ab", "kct", "k", "rp", "sps"], ["mv", "it", "poq", "rn", "ab", "kc", "t", "k", "rp", "sps"], ["mv", "it", "poq", "rn", "ab", "kc", "t", "k", "rp", "sp", "s"], ["mv", "it", "poq", "rn", "ab", "k", "c", "t", "k", "rp", "sp", "s"], ["mv", "it", "poq", "rn", "ab", "k", "c", "t", "k", "rp", "s", "p", "s"], ["m", "v", "it", "poq", "rn", "ab", "k", "c", "t", "k", "rp", "s", "p", "s"]]}, "config": {"length": 20, "num_positions": 14, "positions": [14, 11, 9, 15, 17, 2, 7, 4, 13, 19, 12, 18, 1, 3], "string": "mvitpoqrnabkctkrpsps"}, "task_name": "task08", "example_name": "0124", "problem_name": "task08_0124"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nevvhtypzrbjdqdejpseyswrevb\nPositions:\n1, 17, 16, 18, 21, 25, 7, 12, 22, 14, 24, 13, 11, 2", "label": {"final": ["e", "v", "vhtyp", "zrbj", "d", "q", "d", "ej", "p", "s", "eys", "w", "re", "v", "b"], "init": ["evvhtypzrbjdqdejpseyswrevb"], "intermediate": [["e", "vvhtypzrbjdqdejpseyswrevb"], ["e", "vvhtypzrbjdqdejp", "seyswrevb"], ["e", "vvhtypzrbjdqdej", "p", "seyswrevb"], ["e", "vvhtypzrbjdqdej", "p", "s", "eyswrevb"], ["e", "vvhtypzrbjdqdej", "p", "s", "eys", "wrevb"], ["e", "vvhtypzrbjdqdej", "p", "s", "eys", "wrev", "b"], ["e", "vvhtyp", "zrbjdqdej", "p", "s", "eys", "wrev", "b"], ["e", "vvhtyp", "zrbjd", "qdej", "p", "s", "eys", "wrev", "b"], ["e", "vvhtyp", "zrbjd", "qdej", "p", "s", "eys", "w", "rev", "b"], ["e", "vvhtyp", "zrbjd", "qd", "ej", "p", "s", "eys", "w", "rev", "b"], ["e", "vvhtyp", "zrbjd", "qd", "ej", "p", "s", "eys", "w", "re", "v", "b"], ["e", "vvhtyp", "zrbjd", "q", "d", "ej", "p", "s", "eys", "w", "re", "v", "b"], ["e", "vvhtyp", "zrbj", "d", "q", "d", "ej", "p", "s", "eys", "w", "re", "v", "b"]]}, "config": {"length": 26, "num_positions": 14, "positions": [1, 17, 16, 18, 21, 25, 7, 12, 22, 14, 24, 13, 11, 2], "string": "evvhtypzrbjdqdejpseyswrevb"}, "task_name": "task08", "example_name": "0125", "problem_name": "task08_0125"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxqlxnrbtruvfdmfjred\nPositions:\n8, 16, 1, 13, 2, 12, 9, 4, 3, 7, 5, 15, 11, 6", "label": {"final": ["x", "q", "l", "x", "n", "r", "b", "t", "r", "uv", "f", "d", "mf", "j", "red"], "init": ["xqlxnrbtruvfdmfjred"], "intermediate": [["xqlxnrbt", "ruvfdmfjred"], ["xqlxnrbt", "ruvfdmfj", "red"], ["x", "qlxnrbt", "ruvfdmfj", "red"], ["x", "qlxnrbt", "ruvfd", "mfj", "red"], ["x", "q", "lxnrbt", "ruvfd", "mfj", "red"], ["x", "q", "lxnrbt", "ruvf", "d", "mfj", "red"], ["x", "q", "lxnrbt", "r", "uvf", "d", "mfj", "red"], ["x", "q", "lx", "nrbt", "r", "uvf", "d", "mfj", "red"], ["x", "q", "l", "x", "nrbt", "r", "uvf", "d", "mfj", "red"], ["x", "q", "l", "x", "nrb", "t", "r", "uvf", "d", "mfj", "red"], ["x", "q", "l", "x", "n", "rb", "t", "r", "uvf", "d", "mfj", "red"], ["x", "q", "l", "x", "n", "rb", "t", "r", "uvf", "d", "mf", "j", "red"], ["x", "q", "l", "x", "n", "rb", "t", "r", "uv", "f", "d", "mf", "j", "red"]]}, "config": {"length": 19, "num_positions": 14, "positions": [8, 16, 1, 13, 2, 12, 9, 4, 3, 7, 5, 15, 11, 6], "string": "xqlxnrbtruvfdmfjred"}, "task_name": "task08", "example_name": "0126", "problem_name": "task08_0126"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nynukojtbmyeknshpbjzjtes\nPositions:\n18, 12, 16, 5, 3, 17, 20, 21, 6, 7, 9, 1, 13, 2", "label": {"final": ["y", "n", "u", "ko", "j", "t", "bm", "yek", "n", "shp", "b", "j", "zj", "t", "es"], "init": ["ynukojtbmyeknshpbjzjtes"], "intermediate": [["ynukojtbmyeknshpbj", "zjtes"], ["ynukojtbmyek", "nshpbj", "zjtes"], ["ynukojtbmyek", "nshp", "bj", "zjtes"], ["ynuko", "jtbmyek", "nshp", "bj", "zjtes"], ["ynu", "ko", "jtbmyek", "nshp", "bj", "zjtes"], ["ynu", "ko", "jtbmyek", "nshp", "b", "j", "zjtes"], ["ynu", "ko", "jtbmyek", "nshp", "b", "j", "zj", "tes"], ["ynu", "ko", "jtbmyek", "nshp", "b", "j", "zj", "t", "es"], ["ynu", "ko", "j", "tbmyek", "nshp", "b", "j", "zj", "t", "es"], ["ynu", "ko", "j", "t", "bmyek", "nshp", "b", "j", "zj", "t", "es"], ["ynu", "ko", "j", "t", "bm", "yek", "nshp", "b", "j", "zj", "t", "es"], ["y", "nu", "ko", "j", "t", "bm", "yek", "nshp", "b", "j", "zj", "t", "es"], ["y", "nu", "ko", "j", "t", "bm", "yek", "n", "shp", "b", "j", "zj", "t", "es"]]}, "config": {"length": 23, "num_positions": 14, "positions": [18, 12, 16, 5, 3, 17, 20, 21, 6, 7, 9, 1, 13, 2], "string": "ynukojtbmyeknshpbjzjtes"}, "task_name": "task08", "example_name": "0127", "problem_name": "task08_0127"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkenjhcgyuznigjeenclvemuivf\nPositions:\n13, 2, 12, 18, 19, 14, 15, 25, 20, 6, 22, 9, 3, 5", "label": {"final": ["ke", "n", "jh", "c", "gyu", "zni", "g", "j", "e", "enc", "l", "v", "em", "uiv", "f"], "init": ["kenjhcgyuznigjeenclvemuivf"], "intermediate": [["kenjhcgyuznig", "jeenclvemuivf"], ["ke", "njhcgyuznig", "jeenclvemuivf"], ["ke", "njhcgyuzni", "g", "jeenclvemuivf"], ["ke", "njhcgyuzni", "g", "jeenc", "lvemuivf"], ["ke", "njhcgyuzni", "g", "jeenc", "l", "vemuivf"], ["ke", "njhcgyuzni", "g", "j", "eenc", "l", "vemuivf"], ["ke", "njhcgyuzni", "g", "j", "e", "enc", "l", "vemuivf"], ["ke", "njhcgyuzni", "g", "j", "e", "enc", "l", "vemuiv", "f"], ["ke", "njhcgyuzni", "g", "j", "e", "enc", "l", "v", "emuiv", "f"], ["ke", "njhc", "gyuzni", "g", "j", "e", "enc", "l", "v", "emuiv", "f"], ["ke", "njhc", "gyuzni", "g", "j", "e", "enc", "l", "v", "em", "uiv", "f"], ["ke", "njhc", "gyu", "zni", "g", "j", "e", "enc", "l", "v", "em", "uiv", "f"], ["ke", "n", "jhc", "gyu", "zni", "g", "j", "e", "enc", "l", "v", "em", "uiv", "f"]]}, "config": {"length": 26, "num_positions": 14, "positions": [13, 2, 12, 18, 19, 14, 15, 25, 20, 6, 22, 9, 3, 5], "string": "kenjhcgyuznigjeenclvemuivf"}, "task_name": "task08", "example_name": "0128", "problem_name": "task08_0128"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntysimnangmaozyf\nPositions:\n9, 1, 10, 7, 14, 2, 4, 3, 11, 5, 6, 8, 12, 13", "label": {"final": ["t", "y", "s", "i", "m", "n", "a", "n", "g", "m", "a", "o", "z", "y", "f"], "init": ["tysimnangmaozyf"], "intermediate": [["tysimnang", "maozyf"], ["t", "ysimnang", "maozyf"], ["t", "ysimnang", "m", "aozyf"], ["t", "ysimna", "ng", "m", "aozyf"], ["t", "ysimna", "ng", "m", "aozy", "f"], ["t", "y", "simna", "ng", "m", "aozy", "f"], ["t", "y", "si", "mna", "ng", "m", "aozy", "f"], ["t", "y", "s", "i", "mna", "ng", "m", "aozy", "f"], ["t", "y", "s", "i", "mna", "ng", "m", "a", "ozy", "f"], ["t", "y", "s", "i", "m", "na", "ng", "m", "a", "ozy", "f"], ["t", "y", "s", "i", "m", "n", "a", "ng", "m", "a", "ozy", "f"], ["t", "y", "s", "i", "m", "n", "a", "n", "g", "m", "a", "ozy", "f"], ["t", "y", "s", "i", "m", "n", "a", "n", "g", "m", "a", "o", "zy", "f"]]}, "config": {"length": 15, "num_positions": 14, "positions": [9, 1, 10, 7, 14, 2, 4, 3, 11, 5, 6, 8, 12, 13], "string": "tysimnangmaozyf"}, "task_name": "task08", "example_name": "0129", "problem_name": "task08_0129"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvjhedppmkhanilibiqkzojqvtbnz\nPositions:\n27, 24, 11, 2, 16, 12, 18, 4, 5, 25, 1, 22, 14, 17, 8", "label": {"final": ["v", "j", "he", "d", "ppm", "kha", "n", "il", "ib", "i", "q", "kzoj", "qv", "t", "bn", "z"], "init": ["vjhedppmkhanilibiqkzojqvtbnz"], "intermediate": [["vjhedppmkhanilibiqkzojqvtbn", "z"], ["vjhedppmkhanilibiqkzojqv", "tbn", "z"], ["vjhedppmkha", "nilibiqkzojqv", "tbn", "z"], ["vj", "hedppmkha", "nilibiqkzojqv", "tbn", "z"], ["vj", "hedppmkha", "nilib", "iqkzojqv", "tbn", "z"], ["vj", "hedppmkha", "n", "ilib", "iqkzojqv", "tbn", "z"], ["vj", "hedppmkha", "n", "ilib", "iq", "kzojqv", "tbn", "z"], ["vj", "he", "dppmkha", "n", "ilib", "iq", "kzojqv", "tbn", "z"], ["vj", "he", "d", "ppmkha", "n", "ilib", "iq", "kzojqv", "tbn", "z"], ["vj", "he", "d", "ppmkha", "n", "ilib", "iq", "kzojqv", "t", "bn", "z"], ["v", "j", "he", "d", "ppmkha", "n", "ilib", "iq", "kzojqv", "t", "bn", "z"], ["v", "j", "he", "d", "ppmkha", "n", "ilib", "iq", "kzoj", "qv", "t", "bn", "z"], ["v", "j", "he", "d", "ppmkha", "n", "il", "ib", "iq", "kzoj", "qv", "t", "bn", "z"], ["v", "j", "he", "d", "ppmkha", "n", "il", "ib", "i", "q", "kzoj", "qv", "t", "bn", "z"]]}, "config": {"length": 28, "num_positions": 15, "positions": [27, 24, 11, 2, 16, 12, 18, 4, 5, 25, 1, 22, 14, 17, 8], "string": "vjhedppmkhanilibiqkzojqvtbnz"}, "task_name": "task08", "example_name": "0130", "problem_name": "task08_0130"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqgskiazrvfxlqoaeqwyrjxegmoeqvb\nPositions:\n29, 22, 26, 13, 5, 18, 4, 21, 25, 23, 15, 11, 16, 3, 17", "label": {"final": ["qgs", "k", "i", "azrvfx", "lq", "oa", "e", "q", "w", "yrj", "x", "e", "gm", "o", "eqv", "b"], "init": ["qgskiazrvfxlqoaeqwyrjxegmoeqvb"], "intermediate": [["qgskiazrvfxlqoaeqwyrjxegmoeqv", "b"], ["qgskiazrvfxlqoaeqwyrjx", "egmoeqv", "b"], ["qgskiazrvfxlqoaeqwyrjx", "egmo", "eqv", "b"], ["qgskiazrvfxlq", "oaeqwyrjx", "egmo", "eqv", "b"], ["qgski", "azrvfxlq", "oaeqwyrjx", "egmo", "eqv", "b"], ["qgski", "azrvfxlq", "oaeqw", "yrjx", "egmo", "eqv", "b"], ["qgsk", "i", "azrvfxlq", "oaeqw", "yrjx", "egmo", "eqv", "b"], ["qgsk", "i", "azrvfxlq", "oaeqw", "yrj", "x", "egmo", "eqv", "b"], ["qgsk", "i", "azrvfxlq", "oaeqw", "yrj", "x", "egm", "o", "eqv", "b"], ["qgsk", "i", "azrvfxlq", "oaeqw", "yrj", "x", "e", "gm", "o", "eqv", "b"], ["qgsk", "i", "azrvfxlq", "oa", "eqw", "yrj", "x", "e", "gm", "o", "eqv", "b"], ["qgsk", "i", "azrvfx", "lq", "oa", "eqw", "yrj", "x", "e", "gm", "o", "eqv", "b"], ["qgsk", "i", "azrvfx", "lq", "oa", "e", "qw", "yrj", "x", "e", "gm", "o", "eqv", "b"], ["qgs", "k", "i", "azrvfx", "lq", "oa", "e", "qw", "yrj", "x", "e", "gm", "o", "eqv", "b"]]}, "config": {"length": 30, "num_positions": 15, "positions": [29, 22, 26, 13, 5, 18, 4, 21, 25, 23, 15, 11, 16, 3, 17], "string": "qgskiazrvfxlqoaeqwyrjxegmoeqvb"}, "task_name": "task08", "example_name": "0131", "problem_name": "task08_0131"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\noysbmenkjquqnbudabr\nPositions:\n16, 8, 13, 10, 11, 12, 7, 2, 14, 4, 15, 9, 1, 18, 3", "label": {"final": ["o", "y", "s", "b", "men", "k", "j", "q", "u", "q", "n", "b", "u", "d", "ab", "r"], "init": ["oysbmenkjquqnbudabr"], "intermediate": [["oysbmenkjquqnbud", "abr"], ["oysbmenk", "jquqnbud", "abr"], ["oysbmenk", "jquqn", "bud", "abr"], ["oysbmenk", "jq", "uqn", "bud", "abr"], ["oysbmenk", "jq", "u", "qn", "bud", "abr"], ["oysbmenk", "jq", "u", "q", "n", "bud", "abr"], ["oysbmen", "k", "jq", "u", "q", "n", "bud", "abr"], ["oy", "sbmen", "k", "jq", "u", "q", "n", "bud", "abr"], ["oy", "sbmen", "k", "jq", "u", "q", "n", "b", "ud", "abr"], ["oy", "sb", "men", "k", "jq", "u", "q", "n", "b", "ud", "abr"], ["oy", "sb", "men", "k", "jq", "u", "q", "n", "b", "u", "d", "abr"], ["oy", "sb", "men", "k", "j", "q", "u", "q", "n", "b", "u", "d", "abr"], ["o", "y", "sb", "men", "k", "j", "q", "u", "q", "n", "b", "u", "d", "abr"], ["o", "y", "sb", "men", "k", "j", "q", "u", "q", "n", "b", "u", "d", "ab", "r"]]}, "config": {"length": 19, "num_positions": 15, "positions": [16, 8, 13, 10, 11, 12, 7, 2, 14, 4, 15, 9, 1, 18, 3], "string": "oysbmenkjquqnbudabr"}, "task_name": "task08", "example_name": "0132", "problem_name": "task08_0132"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njbmuzwvcjhsymqwnonb\nPositions:\n14, 1, 3, 18, 17, 13, 12, 9, 11, 6, 8, 15, 5, 4, 7", "label": {"final": ["j", "bm", "u", "z", "w", "v", "c", "j", "hs", "y", "m", "q", "w", "no", "n", "b"], "init": ["jbmuzwvcjhsymqwnonb"], "intermediate": [["jbmuzwvcjhsymq", "wnonb"], ["j", "bmuzwvcjhsymq", "wnonb"], ["j", "bm", "uzwvcjhsymq", "wnonb"], ["j", "bm", "uzwvcjhsymq", "wnon", "b"], ["j", "bm", "uzwvcjhsymq", "wno", "n", "b"], ["j", "bm", "uzwvcjhsym", "q", "wno", "n", "b"], ["j", "bm", "uzwvcjhsy", "m", "q", "wno", "n", "b"], ["j", "bm", "uzwvcj", "hsy", "m", "q", "wno", "n", "b"], ["j", "bm", "uzwvcj", "hs", "y", "m", "q", "wno", "n", "b"], ["j", "bm", "uzw", "vcj", "hs", "y", "m", "q", "wno", "n", "b"], ["j", "bm", "uzw", "vc", "j", "hs", "y", "m", "q", "wno", "n", "b"], ["j", "bm", "uzw", "vc", "j", "hs", "y", "m", "q", "w", "no", "n", "b"], ["j", "bm", "uz", "w", "vc", "j", "hs", "y", "m", "q", "w", "no", "n", "b"], ["j", "bm", "u", "z", "w", "vc", "j", "hs", "y", "m", "q", "w", "no", "n", "b"]]}, "config": {"length": 19, "num_positions": 15, "positions": [14, 1, 3, 18, 17, 13, 12, 9, 11, 6, 8, 15, 5, 4, 7], "string": "jbmuzwvcjhsymqwnonb"}, "task_name": "task08", "example_name": "0133", "problem_name": "task08_0133"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvcutlrukjyphjrpuxeidxzijx\nPositions:\n5, 23, 21, 4, 15, 6, 19, 18, 12, 9, 3, 1, 11, 14, 20", "label": {"final": ["v", "cu", "t", "l", "r", "ukj", "yp", "h", "jr", "p", "uxe", "i", "d", "x", "zi", "jx"], "init": ["vcutlrukjyphjrpuxeidxzijx"], "intermediate": [["vcutl", "rukjyphjrpuxeidxzijx"], ["vcutl", "rukjyphjrpuxeidxzi", "jx"], ["vcutl", "rukjyphjrpuxeidx", "zi", "jx"], ["vcut", "l", "rukjyphjrpuxeidx", "zi", "jx"], ["vcut", "l", "rukjyphjrp", "uxeidx", "zi", "jx"], ["vcut", "l", "r", "ukjyphjrp", "uxeidx", "zi", "jx"], ["vcut", "l", "r", "ukjyphjrp", "uxei", "dx", "zi", "jx"], ["vcut", "l", "r", "ukjyphjrp", "uxe", "i", "dx", "zi", "jx"], ["vcut", "l", "r", "ukjyph", "jrp", "uxe", "i", "dx", "zi", "jx"], ["vcut", "l", "r", "ukj", "yph", "jrp", "uxe", "i", "dx", "zi", "jx"], ["vcu", "t", "l", "r", "ukj", "yph", "jrp", "uxe", "i", "dx", "zi", "jx"], ["v", "cu", "t", "l", "r", "ukj", "yph", "jrp", "uxe", "i", "dx", "zi", "jx"], ["v", "cu", "t", "l", "r", "ukj", "yp", "h", "jrp", "uxe", "i", "dx", "zi", "jx"], ["v", "cu", "t", "l", "r", "ukj", "yp", "h", "jr", "p", "uxe", "i", "dx", "zi", "jx"]]}, "config": {"length": 25, "num_positions": 15, "positions": [5, 23, 21, 4, 15, 6, 19, 18, 12, 9, 3, 1, 11, 14, 20], "string": "vcutlrukjyphjrpuxeidxzijx"}, "task_name": "task08", "example_name": "0134", "problem_name": "task08_0134"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlyvnchvgkuetagoisub\nPositions:\n9, 10, 8, 4, 16, 7, 15, 14, 18, 12, 11, 3, 13, 1, 5", "label": {"final": ["l", "yv", "n", "c", "hv", "g", "k", "u", "e", "t", "a", "g", "o", "i", "su", "b"], "init": ["lyvnchvgkuetagoisub"], "intermediate": [["lyvnchvgk", "uetagoisub"], ["lyvnchvgk", "u", "etagoisub"], ["lyvnchvg", "k", "u", "etagoisub"], ["lyvn", "chvg", "k", "u", "etagoisub"], ["lyvn", "chvg", "k", "u", "etagoi", "sub"], ["lyvn", "chv", "g", "k", "u", "etagoi", "sub"], ["lyvn", "chv", "g", "k", "u", "etago", "i", "sub"], ["lyvn", "chv", "g", "k", "u", "etag", "o", "i", "sub"], ["lyvn", "chv", "g", "k", "u", "etag", "o", "i", "su", "b"], ["lyvn", "chv", "g", "k", "u", "et", "ag", "o", "i", "su", "b"], ["lyvn", "chv", "g", "k", "u", "e", "t", "ag", "o", "i", "su", "b"], ["lyv", "n", "chv", "g", "k", "u", "e", "t", "ag", "o", "i", "su", "b"], ["lyv", "n", "chv", "g", "k", "u", "e", "t", "a", "g", "o", "i", "su", "b"], ["l", "yv", "n", "chv", "g", "k", "u", "e", "t", "a", "g", "o", "i", "su", "b"]]}, "config": {"length": 19, "num_positions": 15, "positions": [9, 10, 8, 4, 16, 7, 15, 14, 18, 12, 11, 3, 13, 1, 5], "string": "lyvnchvgkuetagoisub"}, "task_name": "task08", "example_name": "0135", "problem_name": "task08_0135"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkdsqlasoynqlvhzv\nPositions:\n5, 13, 3, 8, 7, 4, 9, 14, 11, 1, 15, 12, 6, 10, 2", "label": {"final": ["k", "d", "s", "q", "l", "a", "s", "o", "y", "n", "q", "l", "v", "h", "z", "v"], "init": ["kdsqlasoynqlvhzv"], "intermediate": [["kdsql", "asoynqlvhzv"], ["kdsql", "asoynqlv", "hzv"], ["kds", "ql", "asoynqlv", "hzv"], ["kds", "ql", "aso", "ynqlv", "hzv"], ["kds", "ql", "as", "o", "ynqlv", "hzv"], ["kds", "q", "l", "as", "o", "ynqlv", "hzv"], ["kds", "q", "l", "as", "o", "y", "nqlv", "hzv"], ["kds", "q", "l", "as", "o", "y", "nqlv", "h", "zv"], ["kds", "q", "l", "as", "o", "y", "nq", "lv", "h", "zv"], ["k", "ds", "q", "l", "as", "o", "y", "nq", "lv", "h", "zv"], ["k", "ds", "q", "l", "as", "o", "y", "nq", "lv", "h", "z", "v"], ["k", "ds", "q", "l", "as", "o", "y", "nq", "l", "v", "h", "z", "v"], ["k", "ds", "q", "l", "a", "s", "o", "y", "nq", "l", "v", "h", "z", "v"], ["k", "ds", "q", "l", "a", "s", "o", "y", "n", "q", "l", "v", "h", "z", "v"]]}, "config": {"length": 16, "num_positions": 15, "positions": [5, 13, 3, 8, 7, 4, 9, 14, 11, 1, 15, 12, 6, 10, 2], "string": "kdsqlasoynqlvhzv"}, "task_name": "task08", "example_name": "0136", "problem_name": "task08_0136"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqyvllqgbrxeqignkmdbowfmbiolnt\nPositions:\n26, 19, 7, 15, 27, 25, 2, 5, 6, 22, 17, 21, 14, 12, 9", "label": {"final": ["qy", "vll", "q", "g", "br", "xeq", "ig", "n", "km", "db", "ow", "f", "mbi", "o", "l", "nt"], "init": ["qyvllqgbrxeqignkmdbowfmbiolnt"], "intermediate": [["qyvllqgbrxeqignkmdbowfmbio", "lnt"], ["qyvllqgbrxeqignkmdb", "owfmbio", "lnt"], ["qyvllqg", "brxeqignkmdb", "owfmbio", "lnt"], ["qyvllqg", "brxeqign", "kmdb", "owfmbio", "lnt"], ["qyvllqg", "brxeqign", "kmdb", "owfmbio", "l", "nt"], ["qyvllqg", "brxeqign", "kmdb", "owfmbi", "o", "l", "nt"], ["qy", "vllqg", "brxeqign", "kmdb", "owfmbi", "o", "l", "nt"], ["qy", "vll", "qg", "brxeqign", "kmdb", "owfmbi", "o", "l", "nt"], ["qy", "vll", "q", "g", "brxeqign", "kmdb", "owfmbi", "o", "l", "nt"], ["qy", "vll", "q", "g", "brxeqign", "kmdb", "owf", "mbi", "o", "l", "nt"], ["qy", "vll", "q", "g", "brxeqign", "km", "db", "owf", "mbi", "o", "l", "nt"], ["qy", "vll", "q", "g", "brxeqign", "km", "db", "ow", "f", "mbi", "o", "l", "nt"], ["qy", "vll", "q", "g", "brxeqig", "n", "km", "db", "ow", "f", "mbi", "o", "l", "nt"], ["qy", "vll", "q", "g", "brxeq", "ig", "n", "km", "db", "ow", "f", "mbi", "o", "l", "nt"]]}, "config": {"length": 29, "num_positions": 15, "positions": [26, 19, 7, 15, 27, 25, 2, 5, 6, 22, 17, 21, 14, 12, 9], "string": "qyvllqgbrxeqignkmdbowfmbiolnt"}, "task_name": "task08", "example_name": "0137", "problem_name": "task08_0137"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nazddcxvfrbztwgbqvzchmqnzj\nPositions:\n23, 24, 3, 9, 16, 20, 1, 12, 11, 4, 6, 14, 15, 22, 21", "label": {"final": ["a", "zd", "d", "cx", "vfr", "bz", "t", "wg", "b", "q", "vzch", "m", "q", "n", "z", "j"], "init": ["azddcxvfrbztwgbqvzchmqnzj"], "intermediate": [["azddcxvfrbztwgbqvzchmqn", "zj"], ["azddcxvfrbztwgbqvzchmqn", "z", "j"], ["azd", "dcxvfrbztwgbqvzchmqn", "z", "j"], ["azd", "dcxvfr", "bztwgbqvzchmqn", "z", "j"], ["azd", "dcxvfr", "bztwgbq", "vzchmqn", "z", "j"], ["azd", "dcxvfr", "bztwgbq", "vzch", "mqn", "z", "j"], ["a", "zd", "dcxvfr", "bztwgbq", "vzch", "mqn", "z", "j"], ["a", "zd", "dcxvfr", "bzt", "wgbq", "vzch", "mqn", "z", "j"], ["a", "zd", "dcxvfr", "bz", "t", "wgbq", "vzch", "mqn", "z", "j"], ["a", "zd", "d", "cxvfr", "bz", "t", "wgbq", "vzch", "mqn", "z", "j"], ["a", "zd", "d", "cx", "vfr", "bz", "t", "wgbq", "vzch", "mqn", "z", "j"], ["a", "zd", "d", "cx", "vfr", "bz", "t", "wg", "bq", "vzch", "mqn", "z", "j"], ["a", "zd", "d", "cx", "vfr", "bz", "t", "wg", "b", "q", "vzch", "mqn", "z", "j"], ["a", "zd", "d", "cx", "vfr", "bz", "t", "wg", "b", "q", "vzch", "mq", "n", "z", "j"]]}, "config": {"length": 25, "num_positions": 15, "positions": [23, 24, 3, 9, 16, 20, 1, 12, 11, 4, 6, 14, 15, 22, 21], "string": "azddcxvfrbztwgbqvzchmqnzj"}, "task_name": "task08", "example_name": "0138", "problem_name": "task08_0138"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nstpfmtjecjxbeupclo\nPositions:\n17, 3, 11, 6, 4, 5, 7, 16, 8, 1, 15, 13, 10, 2, 12", "label": {"final": ["s", "t", "p", "f", "m", "t", "j", "e", "cj", "x", "b", "e", "up", "c", "l", "o"], "init": ["stpfmtjecjxbeupclo"], "intermediate": [["stpfmtjecjxbeupcl", "o"], ["stp", "fmtjecjxbeupcl", "o"], ["stp", "fmtjecjx", "beupcl", "o"], ["stp", "fmt", "jecjx", "beupcl", "o"], ["stp", "f", "mt", "jecjx", "beupcl", "o"], ["stp", "f", "m", "t", "jecjx", "beupcl", "o"], ["stp", "f", "m", "t", "j", "ecjx", "beupcl", "o"], ["stp", "f", "m", "t", "j", "ecjx", "beupc", "l", "o"], ["stp", "f", "m", "t", "j", "e", "cjx", "beupc", "l", "o"], ["s", "tp", "f", "m", "t", "j", "e", "cjx", "beupc", "l", "o"], ["s", "tp", "f", "m", "t", "j", "e", "cjx", "beup", "c", "l", "o"], ["s", "tp", "f", "m", "t", "j", "e", "cjx", "be", "up", "c", "l", "o"], ["s", "tp", "f", "m", "t", "j", "e", "cj", "x", "be", "up", "c", "l", "o"], ["s", "t", "p", "f", "m", "t", "j", "e", "cj", "x", "be", "up", "c", "l", "o"]]}, "config": {"length": 18, "num_positions": 15, "positions": [17, 3, 11, 6, 4, 5, 7, 16, 8, 1, 15, 13, 10, 2, 12], "string": "stpfmtjecjxbeupclo"}, "task_name": "task08", "example_name": "0139", "problem_name": "task08_0139"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfelqutxjxkpwtngqd\nPositions:\n3, 7, 10, 11, 15, 16, 8, 6, 14, 2, 12, 5, 4, 1, 13, 9", "label": {"final": ["f", "e", "l", "q", "u", "t", "x", "j", "x", "k", "p", "w", "t", "n", "g", "q", "d"], "init": ["felqutxjxkpwtngqd"], "intermediate": [["fel", "qutxjxkpwtngqd"], ["fel", "qutx", "jxkpwtngqd"], ["fel", "qutx", "jxk", "pwtngqd"], ["fel", "qutx", "jxk", "p", "wtngqd"], ["fel", "qutx", "jxk", "p", "wtng", "qd"], ["fel", "qutx", "jxk", "p", "wtng", "q", "d"], ["fel", "qutx", "j", "xk", "p", "wtng", "q", "d"], ["fel", "qut", "x", "j", "xk", "p", "wtng", "q", "d"], ["fel", "qut", "x", "j", "xk", "p", "wtn", "g", "q", "d"], ["fe", "l", "qut", "x", "j", "xk", "p", "wtn", "g", "q", "d"], ["fe", "l", "qut", "x", "j", "xk", "p", "w", "tn", "g", "q", "d"], ["fe", "l", "qu", "t", "x", "j", "xk", "p", "w", "tn", "g", "q", "d"], ["fe", "l", "q", "u", "t", "x", "j", "xk", "p", "w", "tn", "g", "q", "d"], ["f", "e", "l", "q", "u", "t", "x", "j", "xk", "p", "w", "tn", "g", "q", "d"], ["f", "e", "l", "q", "u", "t", "x", "j", "xk", "p", "w", "t", "n", "g", "q", "d"]]}, "config": {"length": 17, "num_positions": 16, "positions": [3, 7, 10, 11, 15, 16, 8, 6, 14, 2, 12, 5, 4, 1, 13, 9], "string": "felqutxjxkpwtngqd"}, "task_name": "task08", "example_name": "0140", "problem_name": "task08_0140"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhlgowigbotkqqvroenzoc\nPositions:\n3, 18, 1, 17, 6, 16, 4, 7, 20, 11, 14, 2, 19, 9, 12, 10", "label": {"final": ["h", "l", "g", "o", "wi", "g", "bo", "t", "k", "q", "qv", "ro", "e", "n", "z", "o", "c"], "init": ["hlgowigbotkqqvroenzoc"], "intermediate": [["hlg", "owigbotkqqvroenzoc"], ["hlg", "owigbotkqqvroen", "zoc"], ["h", "lg", "owigbotkqqvroen", "zoc"], ["h", "lg", "owigbotkqqvroe", "n", "zoc"], ["h", "lg", "owi", "gbotkqqvroe", "n", "zoc"], ["h", "lg", "owi", "gbotkqqvro", "e", "n", "zoc"], ["h", "lg", "o", "wi", "gbotkqqvro", "e", "n", "zoc"], ["h", "lg", "o", "wi", "g", "botkqqvro", "e", "n", "zoc"], ["h", "lg", "o", "wi", "g", "botkqqvro", "e", "n", "zo", "c"], ["h", "lg", "o", "wi", "g", "botk", "qqvro", "e", "n", "zo", "c"], ["h", "lg", "o", "wi", "g", "botk", "qqv", "ro", "e", "n", "zo", "c"], ["h", "l", "g", "o", "wi", "g", "botk", "qqv", "ro", "e", "n", "zo", "c"], ["h", "l", "g", "o", "wi", "g", "botk", "qqv", "ro", "e", "n", "z", "o", "c"], ["h", "l", "g", "o", "wi", "g", "bo", "tk", "qqv", "ro", "e", "n", "z", "o", "c"], ["h", "l", "g", "o", "wi", "g", "bo", "tk", "q", "qv", "ro", "e", "n", "z", "o", "c"]]}, "config": {"length": 21, "num_positions": 16, "positions": [3, 18, 1, 17, 6, 16, 4, 7, 20, 11, 14, 2, 19, 9, 12, 10], "string": "hlgowigbotkqqvroenzoc"}, "task_name": "task08", "example_name": "0141", "problem_name": "task08_0141"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhuqkbkjdiwrrvzqlgje\nPositions:\n6, 17, 15, 9, 7, 16, 18, 12, 4, 8, 1, 13, 3, 10, 11, 2", "label": {"final": ["h", "u", "q", "k", "bk", "j", "d", "i", "w", "r", "r", "v", "zq", "l", "g", "j", "e"], "init": ["huqkbkjdiwrrvzqlgje"], "intermediate": [["huqkbk", "jdiwrrvzqlgje"], ["huqkbk", "jdiwrrvzqlg", "je"], ["huqkbk", "jdiwrrvzq", "lg", "je"], ["huqkbk", "jdi", "wrrvzq", "lg", "je"], ["huqkbk", "j", "di", "wrrvzq", "lg", "je"], ["huqkbk", "j", "di", "wrrvzq", "l", "g", "je"], ["huqkbk", "j", "di", "wrrvzq", "l", "g", "j", "e"], ["huqkbk", "j", "di", "wrr", "vzq", "l", "g", "j", "e"], ["huqk", "bk", "j", "di", "wrr", "vzq", "l", "g", "j", "e"], ["huqk", "bk", "j", "d", "i", "wrr", "vzq", "l", "g", "j", "e"], ["h", "uqk", "bk", "j", "d", "i", "wrr", "vzq", "l", "g", "j", "e"], ["h", "uqk", "bk", "j", "d", "i", "wrr", "v", "zq", "l", "g", "j", "e"], ["h", "uq", "k", "bk", "j", "d", "i", "wrr", "v", "zq", "l", "g", "j", "e"], ["h", "uq", "k", "bk", "j", "d", "i", "w", "rr", "v", "zq", "l", "g", "j", "e"], ["h", "uq", "k", "bk", "j", "d", "i", "w", "r", "r", "v", "zq", "l", "g", "j", "e"]]}, "config": {"length": 19, "num_positions": 16, "positions": [6, 17, 15, 9, 7, 16, 18, 12, 4, 8, 1, 13, 3, 10, 11, 2], "string": "huqkbkjdiwrrvzqlgje"}, "task_name": "task08", "example_name": "0142", "problem_name": "task08_0142"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlfsyiamylhxgrvmwwob\nPositions:\n13, 11, 18, 6, 4, 16, 2, 14, 10, 9, 7, 12, 8, 17, 15, 5", "label": {"final": ["lf", "sy", "i", "a", "m", "y", "l", "h", "x", "g", "r", "v", "m", "w", "w", "o", "b"], "init": ["lfsyiamylhxgrvmwwob"], "intermediate": [["lfsyiamylhxgr", "vmwwob"], ["lfsyiamylhx", "gr", "vmwwob"], ["lfsyiamylhx", "gr", "vmwwo", "b"], ["lfsyia", "mylhx", "gr", "vmwwo", "b"], ["lfsy", "ia", "mylhx", "gr", "vmwwo", "b"], ["lfsy", "ia", "mylhx", "gr", "vmw", "wo", "b"], ["lf", "sy", "ia", "mylhx", "gr", "vmw", "wo", "b"], ["lf", "sy", "ia", "mylhx", "gr", "v", "mw", "wo", "b"], ["lf", "sy", "ia", "mylh", "x", "gr", "v", "mw", "wo", "b"], ["lf", "sy", "ia", "myl", "h", "x", "gr", "v", "mw", "wo", "b"], ["lf", "sy", "ia", "m", "yl", "h", "x", "gr", "v", "mw", "wo", "b"], ["lf", "sy", "ia", "m", "yl", "h", "x", "g", "r", "v", "mw", "wo", "b"], ["lf", "sy", "ia", "m", "y", "l", "h", "x", "g", "r", "v", "mw", "wo", "b"], ["lf", "sy", "ia", "m", "y", "l", "h", "x", "g", "r", "v", "mw", "w", "o", "b"], ["lf", "sy", "ia", "m", "y", "l", "h", "x", "g", "r", "v", "m", "w", "w", "o", "b"]]}, "config": {"length": 19, "num_positions": 16, "positions": [13, 11, 18, 6, 4, 16, 2, 14, 10, 9, 7, 12, 8, 17, 15, 5], "string": "lfsyiamylhxgrvmwwob"}, "task_name": "task08", "example_name": "0143", "problem_name": "task08_0143"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxxhgbgmyaadecdcrfjyepxnlzkcl\nPositions:\n11, 10, 3, 18, 24, 7, 12, 15, 21, 5, 19, 20, 2, 9, 23, 13", "label": {"final": ["xx", "h", "gb", "gm", "ya", "a", "d", "e", "c", "dc", "rfj", "y", "e", "p", "xn", "l", "zkcl"], "init": ["xxhgbgmyaadecdcrfjyepxnlzkcl"], "intermediate": [["xxhgbgmyaad", "ecdcrfjyepxnlzkcl"], ["xxhgbgmyaa", "d", "ecdcrfjyepxnlzkcl"], ["xxh", "gbgmyaa", "d", "ecdcrfjyepxnlzkcl"], ["xxh", "gbgmyaa", "d", "ecdcrfj", "yepxnlzkcl"], ["xxh", "gbgmyaa", "d", "ecdcrfj", "yepxnl", "zkcl"], ["xxh", "gbgm", "yaa", "d", "ecdcrfj", "yepxnl", "zkcl"], ["xxh", "gbgm", "yaa", "d", "e", "cdcrfj", "yepxnl", "zkcl"], ["xxh", "gbgm", "yaa", "d", "e", "cdc", "rfj", "yepxnl", "zkcl"], ["xxh", "gbgm", "yaa", "d", "e", "cdc", "rfj", "yep", "xnl", "zkcl"], ["xxh", "gb", "gm", "yaa", "d", "e", "cdc", "rfj", "yep", "xnl", "zkcl"], ["xxh", "gb", "gm", "yaa", "d", "e", "cdc", "rfj", "y", "ep", "xnl", "zkcl"], ["xxh", "gb", "gm", "yaa", "d", "e", "cdc", "rfj", "y", "e", "p", "xnl", "zkcl"], ["xx", "h", "gb", "gm", "yaa", "d", "e", "cdc", "rfj", "y", "e", "p", "xnl", "zkcl"], ["xx", "h", "gb", "gm", "ya", "a", "d", "e", "cdc", "rfj", "y", "e", "p", "xnl", "zkcl"], ["xx", "h", "gb", "gm", "ya", "a", "d", "e", "cdc", "rfj", "y", "e", "p", "xn", "l", "zkcl"]]}, "config": {"length": 28, "num_positions": 16, "positions": [11, 10, 3, 18, 24, 7, 12, 15, 21, 5, 19, 20, 2, 9, 23, 13], "string": "xxhgbgmyaadecdcrfjyepxnlzkcl"}, "task_name": "task08", "example_name": "0144", "problem_name": "task08_0144"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwoeglqdsgilzlitznpwsqblbtc\nPositions:\n1, 2, 7, 16, 15, 14, 3, 21, 20, 25, 9, 23, 11, 6, 13, 19", "label": {"final": ["w", "o", "e", "glq", "d", "sg", "il", "zl", "i", "t", "z", "npw", "s", "q", "bl", "bt", "c"], "init": ["woeglqdsgilzlitznpwsqblbtc"], "intermediate": [["w", "oeglqdsgilzlitznpwsqblbtc"], ["w", "o", "eglqdsgilzlitznpwsqblbtc"], ["w", "o", "eglqd", "sgilzlitznpwsqblbtc"], ["w", "o", "eglqd", "sgilzlitz", "npwsqblbtc"], ["w", "o", "eglqd", "sgilzlit", "z", "npwsqblbtc"], ["w", "o", "eglqd", "sgilzli", "t", "z", "npwsqblbtc"], ["w", "o", "e", "glqd", "sgilzli", "t", "z", "npwsqblbtc"], ["w", "o", "e", "glqd", "sgilzli", "t", "z", "npwsq", "blbtc"], ["w", "o", "e", "glqd", "sgilzli", "t", "z", "npws", "q", "blbtc"], ["w", "o", "e", "glqd", "sgilzli", "t", "z", "npws", "q", "blbt", "c"], ["w", "o", "e", "glqd", "sg", "ilzli", "t", "z", "npws", "q", "blbt", "c"], ["w", "o", "e", "glqd", "sg", "ilzli", "t", "z", "npws", "q", "bl", "bt", "c"], ["w", "o", "e", "glqd", "sg", "il", "zli", "t", "z", "npws", "q", "bl", "bt", "c"], ["w", "o", "e", "glq", "d", "sg", "il", "zli", "t", "z", "npws", "q", "bl", "bt", "c"], ["w", "o", "e", "glq", "d", "sg", "il", "zl", "i", "t", "z", "npws", "q", "bl", "bt", "c"]]}, "config": {"length": 26, "num_positions": 16, "positions": [1, 2, 7, 16, 15, 14, 3, 21, 20, 25, 9, 23, 11, 6, 13, 19], "string": "woeglqdsgilzlitznpwsqblbtc"}, "task_name": "task08", "example_name": "0145", "problem_name": "task08_0145"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nsyanlgnzzxiuhyrmqrok\nPositions:\n11, 3, 1, 17, 6, 5, 12, 10, 15, 2, 7, 18, 16, 8, 4, 13", "label": {"final": ["s", "y", "a", "n", "l", "g", "n", "z", "zx", "i", "u", "h", "yr", "m", "q", "r", "ok"], "init": ["syanlgnzzxiuhyrmqrok"], "intermediate": [["syanlgnzzxi", "uhyrmqrok"], ["sya", "nlgnzzxi", "uhyrmqrok"], ["s", "ya", "nlgnzzxi", "uhyrmqrok"], ["s", "ya", "nlgnzzxi", "uhyrmq", "rok"], ["s", "ya", "nlg", "nzzxi", "uhyrmq", "rok"], ["s", "ya", "nl", "g", "nzzxi", "uhyrmq", "rok"], ["s", "ya", "nl", "g", "nzzxi", "u", "hyrmq", "rok"], ["s", "ya", "nl", "g", "nzzx", "i", "u", "hyrmq", "rok"], ["s", "ya", "nl", "g", "nzzx", "i", "u", "hyr", "mq", "rok"], ["s", "y", "a", "nl", "g", "nzzx", "i", "u", "hyr", "mq", "rok"], ["s", "y", "a", "nl", "g", "n", "zzx", "i", "u", "hyr", "mq", "rok"], ["s", "y", "a", "nl", "g", "n", "zzx", "i", "u", "hyr", "mq", "r", "ok"], ["s", "y", "a", "nl", "g", "n", "zzx", "i", "u", "hyr", "m", "q", "r", "ok"], ["s", "y", "a", "nl", "g", "n", "z", "zx", "i", "u", "hyr", "m", "q", "r", "ok"], ["s", "y", "a", "n", "l", "g", "n", "z", "zx", "i", "u", "hyr", "m", "q", "r", "ok"]]}, "config": {"length": 20, "num_positions": 16, "positions": [11, 3, 1, 17, 6, 5, 12, 10, 15, 2, 7, 18, 16, 8, 4, 13], "string": "syanlgnzzxiuhyrmqrok"}, "task_name": "task08", "example_name": "0146", "problem_name": "task08_0146"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndskhbwcmjwwzixrcwrrzvn\nPositions:\n7, 10, 15, 17, 12, 21, 20, 9, 5, 4, 13, 1, 19, 6, 11, 3", "label": {"final": ["d", "sk", "h", "b", "w", "c", "mj", "w", "w", "z", "i", "xr", "cw", "rr", "z", "v", "n"], "init": ["dskhbwcmjwwzixrcwrrzvn"], "intermediate": [["dskhbwc", "mjwwzixrcwrrzvn"], ["dskhbwc", "mjw", "wzixrcwrrzvn"], ["dskhbwc", "mjw", "wzixr", "cwrrzvn"], ["dskhbwc", "mjw", "wzixr", "cw", "rrzvn"], ["dskhbwc", "mjw", "wz", "ixr", "cw", "rrzvn"], ["dskhbwc", "mjw", "wz", "ixr", "cw", "rrzv", "n"], ["dskhbwc", "mjw", "wz", "ixr", "cw", "rrz", "v", "n"], ["dskhbwc", "mj", "w", "wz", "ixr", "cw", "rrz", "v", "n"], ["dskhb", "wc", "mj", "w", "wz", "ixr", "cw", "rrz", "v", "n"], ["dskh", "b", "wc", "mj", "w", "wz", "ixr", "cw", "rrz", "v", "n"], ["dskh", "b", "wc", "mj", "w", "wz", "i", "xr", "cw", "rrz", "v", "n"], ["d", "skh", "b", "wc", "mj", "w", "wz", "i", "xr", "cw", "rrz", "v", "n"], ["d", "skh", "b", "wc", "mj", "w", "wz", "i", "xr", "cw", "rr", "z", "v", "n"], ["d", "skh", "b", "w", "c", "mj", "w", "wz", "i", "xr", "cw", "rr", "z", "v", "n"], ["d", "skh", "b", "w", "c", "mj", "w", "w", "z", "i", "xr", "cw", "rr", "z", "v", "n"]]}, "config": {"length": 22, "num_positions": 16, "positions": [7, 10, 15, 17, 12, 21, 20, 9, 5, 4, 13, 1, 19, 6, 11, 3], "string": "dskhbwcmjwwzixrcwrrzvn"}, "task_name": "task08", "example_name": "0147", "problem_name": "task08_0147"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkhxvklitccftqlkza\nPositions:\n4, 8, 9, 16, 10, 15, 13, 7, 5, 12, 2, 6, 11, 3, 1, 14", "label": {"final": ["k", "h", "x", "v", "k", "l", "i", "t", "c", "c", "f", "t", "q", "l", "k", "z", "a"], "init": ["khxvklitccftqlkza"], "intermediate": [["khxv", "klitccftqlkza"], ["khxv", "klit", "ccftqlkza"], ["khxv", "klit", "c", "cftqlkza"], ["khxv", "klit", "c", "cftqlkz", "a"], ["khxv", "klit", "c", "c", "ftqlkz", "a"], ["khxv", "klit", "c", "c", "ftqlk", "z", "a"], ["khxv", "klit", "c", "c", "ftq", "lk", "z", "a"], ["khxv", "kli", "t", "c", "c", "ftq", "lk", "z", "a"], ["khxv", "k", "li", "t", "c", "c", "ftq", "lk", "z", "a"], ["khxv", "k", "li", "t", "c", "c", "ft", "q", "lk", "z", "a"], ["kh", "xv", "k", "li", "t", "c", "c", "ft", "q", "lk", "z", "a"], ["kh", "xv", "k", "l", "i", "t", "c", "c", "ft", "q", "lk", "z", "a"], ["kh", "xv", "k", "l", "i", "t", "c", "c", "f", "t", "q", "lk", "z", "a"], ["kh", "x", "v", "k", "l", "i", "t", "c", "c", "f", "t", "q", "lk", "z", "a"], ["k", "h", "x", "v", "k", "l", "i", "t", "c", "c", "f", "t", "q", "lk", "z", "a"]]}, "config": {"length": 17, "num_positions": 16, "positions": [4, 8, 9, 16, 10, 15, 13, 7, 5, 12, 2, 6, 11, 3, 1, 14], "string": "khxvklitccftqlkza"}, "task_name": "task08", "example_name": "0148", "problem_name": "task08_0148"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzvgowlzqzoenbrioxzuhvpymynq\nPositions:\n22, 17, 4, 26, 11, 5, 23, 1, 13, 12, 15, 16, 14, 9, 18, 8", "label": {"final": ["z", "vgo", "w", "lzq", "z", "oe", "n", "b", "r", "i", "o", "x", "z", "uhvp", "y", "myn", "q"], "init": ["zvgowlzqzoenbrioxzuhvpymynq"], "intermediate": [["zvgowlzqzoenbrioxzuhvp", "ymynq"], ["zvgowlzqzoenbriox", "zuhvp", "ymynq"], ["zvgo", "wlzqzoenbriox", "zuhvp", "ymynq"], ["zvgo", "wlzqzoenbriox", "zuhvp", "ymyn", "q"], ["zvgo", "wlzqzoe", "nbriox", "zuhvp", "ymyn", "q"], ["zvgo", "w", "lzqzoe", "nbriox", "zuhvp", "ymyn", "q"], ["zvgo", "w", "lzqzoe", "nbriox", "zuhvp", "y", "myn", "q"], ["z", "vgo", "w", "lzqzoe", "nbriox", "zuhvp", "y", "myn", "q"], ["z", "vgo", "w", "lzqzoe", "nb", "riox", "zuhvp", "y", "myn", "q"], ["z", "vgo", "w", "lzqzoe", "n", "b", "riox", "zuhvp", "y", "myn", "q"], ["z", "vgo", "w", "lzqzoe", "n", "b", "ri", "ox", "zuhvp", "y", "myn", "q"], ["z", "vgo", "w", "lzqzoe", "n", "b", "ri", "o", "x", "zuhvp", "y", "myn", "q"], ["z", "vgo", "w", "lzqzoe", "n", "b", "r", "i", "o", "x", "zuhvp", "y", "myn", "q"], ["z", "vgo", "w", "lzqz", "oe", "n", "b", "r", "i", "o", "x", "zuhvp", "y", "myn", "q"], ["z", "vgo", "w", "lzqz", "oe", "n", "b", "r", "i", "o", "x", "z", "uhvp", "y", "myn", "q"]]}, "config": {"length": 27, "num_positions": 16, "positions": [22, 17, 4, 26, 11, 5, 23, 1, 13, 12, 15, 16, 14, 9, 18, 8], "string": "zvgowlzqzoenbrioxzuhvpymynq"}, "task_name": "task08", "example_name": "0149", "problem_name": "task08_0149"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntfjvkitgjfmiwjylhocvzilazftanz\nPositions:\n25, 12, 22, 21, 6, 5, 11, 8, 7, 20, 24, 10, 14, 28, 19, 9, 4", "label": {"final": ["tfjv", "k", "i", "t", "g", "j", "f", "m", "i", "wj", "ylhoc", "v", "z", "i", "la", "z", "fta", "nz"], "init": ["tfjvkitgjfmiwjylhocvzilazftanz"], "intermediate": [["tfjvkitgjfmiwjylhocvzilaz", "ftanz"], ["tfjvkitgjfmi", "wjylhocvzilaz", "ftanz"], ["tfjvkitgjfmi", "wjylhocvzi", "laz", "ftanz"], ["tfjvkitgjfmi", "wjylhocvz", "i", "laz", "ftanz"], ["tfjvki", "tgjfmi", "wjylhocvz", "i", "laz", "ftanz"], ["tfjvk", "i", "tgjfmi", "wjylhocvz", "i", "laz", "ftanz"], ["tfjvk", "i", "tgjfm", "i", "wjylhocvz", "i", "laz", "ftanz"], ["tfjvk", "i", "tg", "jfm", "i", "wjylhocvz", "i", "laz", "ftanz"], ["tfjvk", "i", "t", "g", "jfm", "i", "wjylhocvz", "i", "laz", "ftanz"], ["tfjvk", "i", "t", "g", "jfm", "i", "wjylhocv", "z", "i", "laz", "ftanz"], ["tfjvk", "i", "t", "g", "jfm", "i", "wjylhocv", "z", "i", "la", "z", "ftanz"], ["tfjvk", "i", "t", "g", "jf", "m", "i", "wjylhocv", "z", "i", "la", "z", "ftanz"], ["tfjvk", "i", "t", "g", "jf", "m", "i", "wj", "ylhocv", "z", "i", "la", "z", "ftanz"], ["tfjvk", "i", "t", "g", "jf", "m", "i", "wj", "ylhocv", "z", "i", "la", "z", "fta", "nz"], ["tfjvk", "i", "t", "g", "jf", "m", "i", "wj", "ylhoc", "v", "z", "i", "la", "z", "fta", "nz"], ["tfjvk", "i", "t", "g", "j", "f", "m", "i", "wj", "ylhoc", "v", "z", "i", "la", "z", "fta", "nz"]]}, "config": {"length": 30, "num_positions": 17, "positions": [25, 12, 22, 21, 6, 5, 11, 8, 7, 20, 24, 10, 14, 28, 19, 9, 4], "string": "tfjvkitgjfmiwjylhocvzilazftanz"}, "task_name": "task08", "example_name": "0150", "problem_name": "task08_0150"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nerpnmwqtdsexmkzrzwascrckuiaad\nPositions:\n10, 13, 14, 22, 11, 17, 9, 15, 19, 2, 5, 25, 4, 27, 24, 28, 23", "label": {"final": ["er", "pn", "m", "wqtd", "s", "e", "xm", "k", "z", "rz", "wa", "scr", "c", "k", "u", "ia", "a", "d"], "init": ["erpnmwqtdsexmkzrzwascrckuiaad"], "intermediate": [["erpnmwqtds", "exmkzrzwascrckuiaad"], ["erpnmwqtds", "exm", "kzrzwascrckuiaad"], ["erpnmwqtds", "exm", "k", "zrzwascrckuiaad"], ["erpnmwqtds", "exm", "k", "zrzwascr", "ckuiaad"], ["erpnmwqtds", "e", "xm", "k", "zrzwascr", "ckuiaad"], ["erpnmwqtds", "e", "xm", "k", "zrz", "wascr", "ckuiaad"], ["erpnmwqtd", "s", "e", "xm", "k", "zrz", "wascr", "ckuiaad"], ["erpnmwqtd", "s", "e", "xm", "k", "z", "rz", "wascr", "ckuiaad"], ["erpnmwqtd", "s", "e", "xm", "k", "z", "rz", "wa", "scr", "ckuiaad"], ["er", "pnmwqtd", "s", "e", "xm", "k", "z", "rz", "wa", "scr", "ckuiaad"], ["er", "pnm", "wqtd", "s", "e", "xm", "k", "z", "rz", "wa", "scr", "ckuiaad"], ["er", "pnm", "wqtd", "s", "e", "xm", "k", "z", "rz", "wa", "scr", "cku", "iaad"], ["er", "pn", "m", "wqtd", "s", "e", "xm", "k", "z", "rz", "wa", "scr", "cku", "iaad"], ["er", "pn", "m", "wqtd", "s", "e", "xm", "k", "z", "rz", "wa", "scr", "cku", "ia", "ad"], ["er", "pn", "m", "wqtd", "s", "e", "xm", "k", "z", "rz", "wa", "scr", "ck", "u", "ia", "ad"], ["er", "pn", "m", "wqtd", "s", "e", "xm", "k", "z", "rz", "wa", "scr", "ck", "u", "ia", "a", "d"]]}, "config": {"length": 29, "num_positions": 17, "positions": [10, 13, 14, 22, 11, 17, 9, 15, 19, 2, 5, 25, 4, 27, 24, 28, 23], "string": "erpnmwqtdsexmkzrzwascrckuiaad"}, "task_name": "task08", "example_name": "0151", "problem_name": "task08_0151"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncuwvtudfwbpwauhtntt\nPositions:\n4, 14, 13, 17, 10, 11, 18, 3, 5, 2, 8, 7, 12, 6, 9, 15, 16", "label": {"final": ["cu", "w", "v", "t", "u", "d", "f", "w", "b", "p", "w", "a", "u", "h", "t", "n", "t", "t"], "init": ["cuwvtudfwbpwauhtntt"], "intermediate": [["cuwv", "tudfwbpwauhtntt"], ["cuwv", "tudfwbpwau", "htntt"], ["cuwv", "tudfwbpwa", "u", "htntt"], ["cuwv", "tudfwbpwa", "u", "htn", "tt"], ["cuwv", "tudfwb", "pwa", "u", "htn", "tt"], ["cuwv", "tudfwb", "p", "wa", "u", "htn", "tt"], ["cuwv", "tudfwb", "p", "wa", "u", "htn", "t", "t"], ["cuw", "v", "tudfwb", "p", "wa", "u", "htn", "t", "t"], ["cuw", "v", "t", "udfwb", "p", "wa", "u", "htn", "t", "t"], ["cu", "w", "v", "t", "udfwb", "p", "wa", "u", "htn", "t", "t"], ["cu", "w", "v", "t", "udf", "wb", "p", "wa", "u", "htn", "t", "t"], ["cu", "w", "v", "t", "ud", "f", "wb", "p", "wa", "u", "htn", "t", "t"], ["cu", "w", "v", "t", "ud", "f", "wb", "p", "w", "a", "u", "htn", "t", "t"], ["cu", "w", "v", "t", "u", "d", "f", "wb", "p", "w", "a", "u", "htn", "t", "t"], ["cu", "w", "v", "t", "u", "d", "f", "w", "b", "p", "w", "a", "u", "htn", "t", "t"], ["cu", "w", "v", "t", "u", "d", "f", "w", "b", "p", "w", "a", "u", "h", "tn", "t", "t"]]}, "config": {"length": 19, "num_positions": 17, "positions": [4, 14, 13, 17, 10, 11, 18, 3, 5, 2, 8, 7, 12, 6, 9, 15, 16], "string": "cuwvtudfwbpwauhtntt"}, "task_name": "task08", "example_name": "0152", "problem_name": "task08_0152"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnnqjhztmkzixbvybyptoe\nPositions:\n18, 9, 5, 7, 8, 1, 2, 16, 12, 11, 6, 10, 4, 19, 17, 15, 13", "label": {"final": ["n", "n", "qj", "h", "z", "t", "m", "k", "z", "i", "x", "b", "vy", "b", "y", "p", "t", "oe"], "init": ["nnqjhztmkzixbvybyptoe"], "intermediate": [["nnqjhztmkzixbvybyp", "toe"], ["nnqjhztmk", "zixbvybyp", "toe"], ["nnqjh", "ztmk", "zixbvybyp", "toe"], ["nnqjh", "zt", "mk", "zixbvybyp", "toe"], ["nnqjh", "zt", "m", "k", "zixbvybyp", "toe"], ["n", "nqjh", "zt", "m", "k", "zixbvybyp", "toe"], ["n", "n", "qjh", "zt", "m", "k", "zixbvybyp", "toe"], ["n", "n", "qjh", "zt", "m", "k", "zixbvyb", "yp", "toe"], ["n", "n", "qjh", "zt", "m", "k", "zix", "bvyb", "yp", "toe"], ["n", "n", "qjh", "zt", "m", "k", "zi", "x", "bvyb", "yp", "toe"], ["n", "n", "qjh", "z", "t", "m", "k", "zi", "x", "bvyb", "yp", "toe"], ["n", "n", "qjh", "z", "t", "m", "k", "z", "i", "x", "bvyb", "yp", "toe"], ["n", "n", "qj", "h", "z", "t", "m", "k", "z", "i", "x", "bvyb", "yp", "toe"], ["n", "n", "qj", "h", "z", "t", "m", "k", "z", "i", "x", "bvyb", "yp", "t", "oe"], ["n", "n", "qj", "h", "z", "t", "m", "k", "z", "i", "x", "bvyb", "y", "p", "t", "oe"], ["n", "n", "qj", "h", "z", "t", "m", "k", "z", "i", "x", "bvy", "b", "y", "p", "t", "oe"]]}, "config": {"length": 21, "num_positions": 17, "positions": [18, 9, 5, 7, 8, 1, 2, 16, 12, 11, 6, 10, 4, 19, 17, 15, 13], "string": "nnqjhztmkzixbvybyptoe"}, "task_name": "task08", "example_name": "0153", "problem_name": "task08_0153"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvzeufxbpcancrqzyuumsuccbbhhj\nPositions:\n5, 3, 11, 6, 12, 24, 19, 15, 13, 4, 20, 18, 26, 17, 22, 27, 16", "label": {"final": ["vze", "u", "f", "x", "bpcan", "c", "r", "qz", "y", "u", "u", "m", "s", "uc", "cb", "bh", "h", "j"], "init": ["vzeufxbpcancrqzyuumsuccbbhhj"], "intermediate": [["vzeuf", "xbpcancrqzyuumsuccbbhhj"], ["vze", "uf", "xbpcancrqzyuumsuccbbhhj"], ["vze", "uf", "xbpcan", "crqzyuumsuccbbhhj"], ["vze", "uf", "x", "bpcan", "crqzyuumsuccbbhhj"], ["vze", "uf", "x", "bpcan", "c", "rqzyuumsuccbbhhj"], ["vze", "uf", "x", "bpcan", "c", "rqzyuumsuccb", "bhhj"], ["vze", "uf", "x", "bpcan", "c", "rqzyuum", "succb", "bhhj"], ["vze", "uf", "x", "bpcan", "c", "rqz", "yuum", "succb", "bhhj"], ["vze", "uf", "x", "bpcan", "c", "r", "qz", "yuum", "succb", "bhhj"], ["vze", "u", "f", "x", "bpcan", "c", "r", "qz", "yuum", "succb", "bhhj"], ["vze", "u", "f", "x", "bpcan", "c", "r", "qz", "yuum", "s", "uccb", "bhhj"], ["vze", "u", "f", "x", "bpcan", "c", "r", "qz", "yuu", "m", "s", "uccb", "bhhj"], ["vze", "u", "f", "x", "bpcan", "c", "r", "qz", "yuu", "m", "s", "uccb", "bh", "hj"], ["vze", "u", "f", "x", "bpcan", "c", "r", "qz", "yu", "u", "m", "s", "uccb", "bh", "hj"], ["vze", "u", "f", "x", "bpcan", "c", "r", "qz", "yu", "u", "m", "s", "uc", "cb", "bh", "hj"], ["vze", "u", "f", "x", "bpcan", "c", "r", "qz", "yu", "u", "m", "s", "uc", "cb", "bh", "h", "j"]]}, "config": {"length": 28, "num_positions": 17, "positions": [5, 3, 11, 6, 12, 24, 19, 15, 13, 4, 20, 18, 26, 17, 22, 27, 16], "string": "vzeufxbpcancrqzyuumsuccbbhhj"}, "task_name": "task08", "example_name": "0154", "problem_name": "task08_0154"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlidopjwmsowfrogtxkre\nPositions:\n12, 1, 16, 6, 9, 8, 13, 2, 4, 10, 14, 17, 19, 3, 5, 7, 15", "label": {"final": ["l", "i", "d", "o", "p", "j", "w", "m", "s", "o", "wf", "r", "o", "g", "t", "x", "kr", "e"], "init": ["lidopjwmsowfrogtxkre"], "intermediate": [["lidopjwmsowf", "rogtxkre"], ["l", "idopjwmsowf", "rogtxkre"], ["l", "idopjwmsowf", "rogt", "xkre"], ["l", "idopj", "wmsowf", "rogt", "xkre"], ["l", "idopj", "wms", "owf", "rogt", "xkre"], ["l", "idopj", "wm", "s", "owf", "rogt", "xkre"], ["l", "idopj", "wm", "s", "owf", "r", "ogt", "xkre"], ["l", "i", "dopj", "wm", "s", "owf", "r", "ogt", "xkre"], ["l", "i", "do", "pj", "wm", "s", "owf", "r", "ogt", "xkre"], ["l", "i", "do", "pj", "wm", "s", "o", "wf", "r", "ogt", "xkre"], ["l", "i", "do", "pj", "wm", "s", "o", "wf", "r", "o", "gt", "xkre"], ["l", "i", "do", "pj", "wm", "s", "o", "wf", "r", "o", "gt", "x", "kre"], ["l", "i", "do", "pj", "wm", "s", "o", "wf", "r", "o", "gt", "x", "kr", "e"], ["l", "i", "d", "o", "pj", "wm", "s", "o", "wf", "r", "o", "gt", "x", "kr", "e"], ["l", "i", "d", "o", "p", "j", "wm", "s", "o", "wf", "r", "o", "gt", "x", "kr", "e"], ["l", "i", "d", "o", "p", "j", "w", "m", "s", "o", "wf", "r", "o", "gt", "x", "kr", "e"]]}, "config": {"length": 20, "num_positions": 17, "positions": [12, 1, 16, 6, 9, 8, 13, 2, 4, 10, 14, 17, 19, 3, 5, 7, 15], "string": "lidopjwmsowfrogtxkre"}, "task_name": "task08", "example_name": "0155", "problem_name": "task08_0155"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbyxugnzgjanjsalxqfadnxcwy\nPositions:\n9, 3, 5, 18, 10, 4, 12, 11, 21, 16, 8, 23, 13, 24, 20, 2, 17", "label": {"final": ["by", "x", "u", "g", "nzg", "j", "a", "n", "j", "s", "alx", "q", "f", "ad", "n", "xc", "w", "y"], "init": ["byxugnzgjanjsalxqfadnxcwy"], "intermediate": [["byxugnzgj", "anjsalxqfadnxcwy"], ["byx", "ugnzgj", "anjsalxqfadnxcwy"], ["byx", "ug", "nzgj", "anjsalxqfadnxcwy"], ["byx", "ug", "nzgj", "anjsalxqf", "adnxcwy"], ["byx", "ug", "nzgj", "a", "njsalxqf", "adnxcwy"], ["byx", "u", "g", "nzgj", "a", "njsalxqf", "adnxcwy"], ["byx", "u", "g", "nzgj", "a", "nj", "salxqf", "adnxcwy"], ["byx", "u", "g", "nzgj", "a", "n", "j", "salxqf", "adnxcwy"], ["byx", "u", "g", "nzgj", "a", "n", "j", "salxqf", "adn", "xcwy"], ["byx", "u", "g", "nzgj", "a", "n", "j", "salx", "qf", "adn", "xcwy"], ["byx", "u", "g", "nzg", "j", "a", "n", "j", "salx", "qf", "adn", "xcwy"], ["byx", "u", "g", "nzg", "j", "a", "n", "j", "salx", "qf", "adn", "xc", "wy"], ["byx", "u", "g", "nzg", "j", "a", "n", "j", "s", "alx", "qf", "adn", "xc", "wy"], ["byx", "u", "g", "nzg", "j", "a", "n", "j", "s", "alx", "qf", "adn", "xc", "w", "y"], ["byx", "u", "g", "nzg", "j", "a", "n", "j", "s", "alx", "qf", "ad", "n", "xc", "w", "y"], ["by", "x", "u", "g", "nzg", "j", "a", "n", "j", "s", "alx", "qf", "ad", "n", "xc", "w", "y"]]}, "config": {"length": 25, "num_positions": 17, "positions": [9, 3, 5, 18, 10, 4, 12, 11, 21, 16, 8, 23, 13, 24, 20, 2, 17], "string": "byxugnzgjanjsalxqfadnxcwy"}, "task_name": "task08", "example_name": "0156", "problem_name": "task08_0156"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbegiybdkeevvftbgqglaopieueunv\nPositions:\n18, 26, 17, 5, 24, 23, 2, 19, 27, 15, 28, 3, 21, 16, 1, 20, 13", "label": {"final": ["b", "e", "g", "iy", "bdkeevvf", "tb", "g", "q", "g", "l", "a", "o", "pi", "e", "ue", "u", "n", "v"], "init": ["begiybdkeevvftbgqglaopieueunv"], "intermediate": [["begiybdkeevvftbgqg", "laopieueunv"], ["begiybdkeevvftbgqg", "laopieue", "unv"], ["begiybdkeevvftbgq", "g", "laopieue", "unv"], ["begiy", "bdkeevvftbgq", "g", "laopieue", "unv"], ["begiy", "bdkeevvftbgq", "g", "laopie", "ue", "unv"], ["begiy", "bdkeevvftbgq", "g", "laopi", "e", "ue", "unv"], ["be", "giy", "bdkeevvftbgq", "g", "laopi", "e", "ue", "unv"], ["be", "giy", "bdkeevvftbgq", "g", "l", "aopi", "e", "ue", "unv"], ["be", "giy", "bdkeevvftbgq", "g", "l", "aopi", "e", "ue", "u", "nv"], ["be", "giy", "bdkeevvftb", "gq", "g", "l", "aopi", "e", "ue", "u", "nv"], ["be", "giy", "bdkeevvftb", "gq", "g", "l", "aopi", "e", "ue", "u", "n", "v"], ["be", "g", "iy", "bdkeevvftb", "gq", "g", "l", "aopi", "e", "ue", "u", "n", "v"], ["be", "g", "iy", "bdkeevvftb", "gq", "g", "l", "ao", "pi", "e", "ue", "u", "n", "v"], ["be", "g", "iy", "bdkeevvftb", "g", "q", "g", "l", "ao", "pi", "e", "ue", "u", "n", "v"], ["b", "e", "g", "iy", "bdkeevvftb", "g", "q", "g", "l", "ao", "pi", "e", "ue", "u", "n", "v"], ["b", "e", "g", "iy", "bdkeevvftb", "g", "q", "g", "l", "a", "o", "pi", "e", "ue", "u", "n", "v"]]}, "config": {"length": 29, "num_positions": 17, "positions": [18, 26, 17, 5, 24, 23, 2, 19, 27, 15, 28, 3, 21, 16, 1, 20, 13], "string": "begiybdkeevvftbgqglaopieueunv"}, "task_name": "task08", "example_name": "0157", "problem_name": "task08_0157"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmqsexrwmvguuerltzonfrf\nPositions:\n7, 18, 16, 12, 15, 10, 14, 19, 8, 21, 13, 9, 11, 17, 2, 4, 3", "label": {"final": ["mq", "s", "e", "xrw", "m", "v", "g", "u", "u", "e", "r", "l", "t", "z", "o", "n", "fr", "f"], "init": ["mqsexrwmvguuerltzonfrf"], "intermediate": [["mqsexrw", "mvguuerltzonfrf"], ["mqsexrw", "mvguuerltzo", "nfrf"], ["mqsexrw", "mvguuerlt", "zo", "nfrf"], ["mqsexrw", "mvguu", "erlt", "zo", "nfrf"], ["mqsexrw", "mvguu", "erl", "t", "zo", "nfrf"], ["mqsexrw", "mvg", "uu", "erl", "t", "zo", "nfrf"], ["mqsexrw", "mvg", "uu", "er", "l", "t", "zo", "nfrf"], ["mqsexrw", "mvg", "uu", "er", "l", "t", "zo", "n", "frf"], ["mqsexrw", "m", "vg", "uu", "er", "l", "t", "zo", "n", "frf"], ["mqsexrw", "m", "vg", "uu", "er", "l", "t", "zo", "n", "fr", "f"], ["mqsexrw", "m", "vg", "uu", "e", "r", "l", "t", "zo", "n", "fr", "f"], ["mqsexrw", "m", "v", "g", "uu", "e", "r", "l", "t", "zo", "n", "fr", "f"], ["mqsexrw", "m", "v", "g", "u", "u", "e", "r", "l", "t", "zo", "n", "fr", "f"], ["mqsexrw", "m", "v", "g", "u", "u", "e", "r", "l", "t", "z", "o", "n", "fr", "f"], ["mq", "sexrw", "m", "v", "g", "u", "u", "e", "r", "l", "t", "z", "o", "n", "fr", "f"], ["mq", "se", "xrw", "m", "v", "g", "u", "u", "e", "r", "l", "t", "z", "o", "n", "fr", "f"]]}, "config": {"length": 22, "num_positions": 17, "positions": [7, 18, 16, 12, 15, 10, 14, 19, 8, 21, 13, 9, 11, 17, 2, 4, 3], "string": "mqsexrwmvguuerltzonfrf"}, "task_name": "task08", "example_name": "0158", "problem_name": "task08_0158"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npvoxyztiyprqueqsftfcmfowrnvhpd\nPositions:\n28, 22, 6, 18, 3, 5, 25, 10, 12, 23, 13, 9, 29, 4, 8, 1, 24", "label": {"final": ["p", "vo", "x", "y", "z", "ti", "y", "p", "rq", "u", "eqsft", "fcmf", "o", "w", "r", "nvh", "p", "d"], "init": ["pvoxyztiyprqueqsftfcmfowrnvhpd"], "intermediate": [["pvoxyztiyprqueqsftfcmfowrnvh", "pd"], ["pvoxyztiyprqueqsftfcmf", "owrnvh", "pd"], ["pvoxyz", "tiyprqueqsftfcmf", "owrnvh", "pd"], ["pvoxyz", "tiyprqueqsft", "fcmf", "owrnvh", "pd"], ["pvo", "xyz", "tiyprqueqsft", "fcmf", "owrnvh", "pd"], ["pvo", "xy", "z", "tiyprqueqsft", "fcmf", "owrnvh", "pd"], ["pvo", "xy", "z", "tiyprqueqsft", "fcmf", "owr", "nvh", "pd"], ["pvo", "xy", "z", "tiyp", "rqueqsft", "fcmf", "owr", "nvh", "pd"], ["pvo", "xy", "z", "tiyp", "rq", "ueqsft", "fcmf", "owr", "nvh", "pd"], ["pvo", "xy", "z", "tiyp", "rq", "ueqsft", "fcmf", "o", "wr", "nvh", "pd"], ["pvo", "xy", "z", "tiyp", "rq", "u", "eqsft", "fcmf", "o", "wr", "nvh", "pd"], ["pvo", "xy", "z", "tiy", "p", "rq", "u", "eqsft", "fcmf", "o", "wr", "nvh", "pd"], ["pvo", "xy", "z", "tiy", "p", "rq", "u", "eqsft", "fcmf", "o", "wr", "nvh", "p", "d"], ["pvo", "x", "y", "z", "tiy", "p", "rq", "u", "eqsft", "fcmf", "o", "wr", "nvh", "p", "d"], ["pvo", "x", "y", "z", "ti", "y", "p", "rq", "u", "eqsft", "fcmf", "o", "wr", "nvh", "p", "d"], ["p", "vo", "x", "y", "z", "ti", "y", "p", "rq", "u", "eqsft", "fcmf", "o", "wr", "nvh", "p", "d"]]}, "config": {"length": 30, "num_positions": 17, "positions": [28, 22, 6, 18, 3, 5, 25, 10, 12, 23, 13, 9, 29, 4, 8, 1, 24], "string": "pvoxyztiyprqueqsftfcmfowrnvhpd"}, "task_name": "task08", "example_name": "0159", "problem_name": "task08_0159"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmbjkktnhziprpjjbgjty\nPositions:\n11, 9, 5, 6, 8, 10, 15, 19, 12, 18, 13, 7, 14, 17, 4, 3, 16, 2", "label": {"final": ["mb", "j", "k", "k", "t", "n", "h", "z", "i", "p", "r", "p", "j", "j", "b", "g", "j", "t", "y"], "init": ["mbjkktnhziprpjjbgjty"], "intermediate": [["mbjkktnhzip", "rpjjbgjty"], ["mbjkktnhz", "ip", "rpjjbgjty"], ["mbjkk", "tnhz", "ip", "rpjjbgjty"], ["mbjkk", "t", "nhz", "ip", "rpjjbgjty"], ["mbjkk", "t", "nh", "z", "ip", "rpjjbgjty"], ["mbjkk", "t", "nh", "z", "i", "p", "rpjjbgjty"], ["mbjkk", "t", "nh", "z", "i", "p", "rpjj", "bgjty"], ["mbjkk", "t", "nh", "z", "i", "p", "rpjj", "bgjt", "y"], ["mbjkk", "t", "nh", "z", "i", "p", "r", "pjj", "bgjt", "y"], ["mbjkk", "t", "nh", "z", "i", "p", "r", "pjj", "bgj", "t", "y"], ["mbjkk", "t", "nh", "z", "i", "p", "r", "p", "jj", "bgj", "t", "y"], ["mbjkk", "t", "n", "h", "z", "i", "p", "r", "p", "jj", "bgj", "t", "y"], ["mbjkk", "t", "n", "h", "z", "i", "p", "r", "p", "j", "j", "bgj", "t", "y"], ["mbjkk", "t", "n", "h", "z", "i", "p", "r", "p", "j", "j", "bg", "j", "t", "y"], ["mbjk", "k", "t", "n", "h", "z", "i", "p", "r", "p", "j", "j", "bg", "j", "t", "y"], ["mbj", "k", "k", "t", "n", "h", "z", "i", "p", "r", "p", "j", "j", "bg", "j", "t", "y"], ["mbj", "k", "k", "t", "n", "h", "z", "i", "p", "r", "p", "j", "j", "b", "g", "j", "t", "y"]]}, "config": {"length": 20, "num_positions": 18, "positions": [11, 9, 5, 6, 8, 10, 15, 19, 12, 18, 13, 7, 14, 17, 4, 3, 16, 2], "string": "mbjkktnhziprpjjbgjty"}, "task_name": "task08", "example_name": "0160", "problem_name": "task08_0160"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nytxvvveqlikhvpxbtwejqt\nPositions:\n1, 10, 6, 11, 5, 2, 8, 9, 4, 21, 17, 15, 12, 7, 18, 20, 16, 13", "label": {"final": ["y", "t", "xv", "v", "v", "e", "q", "l", "i", "k", "h", "v", "px", "b", "t", "w", "ej", "q", "t"], "init": ["ytxvvveqlikhvpxbtwejqt"], "intermediate": [["y", "txvvveqlikhvpxbtwejqt"], ["y", "txvvveqli", "khvpxbtwejqt"], ["y", "txvvv", "eqli", "khvpxbtwejqt"], ["y", "txvvv", "eqli", "k", "hvpxbtwejqt"], ["y", "txvv", "v", "eqli", "k", "hvpxbtwejqt"], ["y", "t", "xvv", "v", "eqli", "k", "hvpxbtwejqt"], ["y", "t", "xvv", "v", "eq", "li", "k", "hvpxbtwejqt"], ["y", "t", "xvv", "v", "eq", "l", "i", "k", "hvpxbtwejqt"], ["y", "t", "xv", "v", "v", "eq", "l", "i", "k", "hvpxbtwejqt"], ["y", "t", "xv", "v", "v", "eq", "l", "i", "k", "hvpxbtwejq", "t"], ["y", "t", "xv", "v", "v", "eq", "l", "i", "k", "hvpxbt", "wejq", "t"], ["y", "t", "xv", "v", "v", "eq", "l", "i", "k", "hvpx", "bt", "wejq", "t"], ["y", "t", "xv", "v", "v", "eq", "l", "i", "k", "h", "vpx", "bt", "wejq", "t"], ["y", "t", "xv", "v", "v", "e", "q", "l", "i", "k", "h", "vpx", "bt", "wejq", "t"], ["y", "t", "xv", "v", "v", "e", "q", "l", "i", "k", "h", "vpx", "bt", "w", "ejq", "t"], ["y", "t", "xv", "v", "v", "e", "q", "l", "i", "k", "h", "vpx", "bt", "w", "ej", "q", "t"], ["y", "t", "xv", "v", "v", "e", "q", "l", "i", "k", "h", "vpx", "b", "t", "w", "ej", "q", "t"]]}, "config": {"length": 22, "num_positions": 18, "positions": [1, 10, 6, 11, 5, 2, 8, 9, 4, 21, 17, 15, 12, 7, 18, 20, 16, 13], "string": "ytxvvveqlikhvpxbtwejqt"}, "task_name": "task08", "example_name": "0161", "problem_name": "task08_0161"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhdtvsgxpomfbxhsdwfrfvvwyh\nPositions:\n22, 19, 2, 24, 12, 20, 10, 14, 1, 5, 23, 3, 9, 6, 18, 15, 11, 17", "label": {"final": ["h", "d", "t", "vs", "g", "xpo", "m", "f", "b", "xh", "s", "dw", "f", "r", "f", "vv", "w", "y", "h"], "init": ["hdtvsgxpomfbxhsdwfrfvvwyh"], "intermediate": [["hdtvsgxpomfbxhsdwfrfvv", "wyh"], ["hdtvsgxpomfbxhsdwfr", "fvv", "wyh"], ["hd", "tvsgxpomfbxhsdwfr", "fvv", "wyh"], ["hd", "tvsgxpomfbxhsdwfr", "fvv", "wy", "h"], ["hd", "tvsgxpomfb", "xhsdwfr", "fvv", "wy", "h"], ["hd", "tvsgxpomfb", "xhsdwfr", "f", "vv", "wy", "h"], ["hd", "tvsgxpom", "fb", "xhsdwfr", "f", "vv", "wy", "h"], ["hd", "tvsgxpom", "fb", "xh", "sdwfr", "f", "vv", "wy", "h"], ["h", "d", "tvsgxpom", "fb", "xh", "sdwfr", "f", "vv", "wy", "h"], ["h", "d", "tvs", "gxpom", "fb", "xh", "sdwfr", "f", "vv", "wy", "h"], ["h", "d", "tvs", "gxpom", "fb", "xh", "sdwfr", "f", "vv", "w", "y", "h"], ["h", "d", "t", "vs", "gxpom", "fb", "xh", "sdwfr", "f", "vv", "w", "y", "h"], ["h", "d", "t", "vs", "gxpo", "m", "fb", "xh", "sdwfr", "f", "vv", "w", "y", "h"], ["h", "d", "t", "vs", "g", "xpo", "m", "fb", "xh", "sdwfr", "f", "vv", "w", "y", "h"], ["h", "d", "t", "vs", "g", "xpo", "m", "fb", "xh", "sdwf", "r", "f", "vv", "w", "y", "h"], ["h", "d", "t", "vs", "g", "xpo", "m", "fb", "xh", "s", "dwf", "r", "f", "vv", "w", "y", "h"], ["h", "d", "t", "vs", "g", "xpo", "m", "f", "b", "xh", "s", "dwf", "r", "f", "vv", "w", "y", "h"]]}, "config": {"length": 25, "num_positions": 18, "positions": [22, 19, 2, 24, 12, 20, 10, 14, 1, 5, 23, 3, 9, 6, 18, 15, 11, 17], "string": "hdtvsgxpomfbxhsdwfrfvvwyh"}, "task_name": "task08", "example_name": "0162", "problem_name": "task08_0162"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njoswuifloddcloirrznqbpujylhrnt\nPositions:\n13, 22, 2, 24, 16, 9, 14, 1, 28, 20, 6, 7, 17, 25, 15, 27, 10, 19", "label": {"final": ["j", "o", "swui", "f", "lo", "d", "dcl", "o", "i", "r", "r", "zn", "q", "bp", "uj", "y", "lh", "r", "nt"], "init": ["joswuifloddcloirrznqbpujylhrnt"], "intermediate": [["joswuifloddcl", "oirrznqbpujylhrnt"], ["joswuifloddcl", "oirrznqbp", "ujylhrnt"], ["jo", "swuifloddcl", "oirrznqbp", "ujylhrnt"], ["jo", "swuifloddcl", "oirrznqbp", "uj", "ylhrnt"], ["jo", "swuifloddcl", "oir", "rznqbp", "uj", "ylhrnt"], ["jo", "swuiflo", "ddcl", "oir", "rznqbp", "uj", "ylhrnt"], ["jo", "swuiflo", "ddcl", "o", "ir", "rznqbp", "uj", "ylhrnt"], ["j", "o", "swuiflo", "ddcl", "o", "ir", "rznqbp", "uj", "ylhrnt"], ["j", "o", "swuiflo", "ddcl", "o", "ir", "rznqbp", "uj", "ylhr", "nt"], ["j", "o", "swuiflo", "ddcl", "o", "ir", "rznq", "bp", "uj", "ylhr", "nt"], ["j", "o", "swui", "flo", "ddcl", "o", "ir", "rznq", "bp", "uj", "ylhr", "nt"], ["j", "o", "swui", "f", "lo", "ddcl", "o", "ir", "rznq", "bp", "uj", "ylhr", "nt"], ["j", "o", "swui", "f", "lo", "ddcl", "o", "ir", "r", "znq", "bp", "uj", "ylhr", "nt"], ["j", "o", "swui", "f", "lo", "ddcl", "o", "ir", "r", "znq", "bp", "uj", "y", "lhr", "nt"], ["j", "o", "swui", "f", "lo", "ddcl", "o", "i", "r", "r", "znq", "bp", "uj", "y", "lhr", "nt"], ["j", "o", "swui", "f", "lo", "ddcl", "o", "i", "r", "r", "znq", "bp", "uj", "y", "lh", "r", "nt"], ["j", "o", "swui", "f", "lo", "d", "dcl", "o", "i", "r", "r", "znq", "bp", "uj", "y", "lh", "r", "nt"]]}, "config": {"length": 30, "num_positions": 18, "positions": [13, 22, 2, 24, 16, 9, 14, 1, 28, 20, 6, 7, 17, 25, 15, 27, 10, 19], "string": "joswuifloddcloirrznqbpujylhrnt"}, "task_name": "task08", "example_name": "0163", "problem_name": "task08_0163"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nstijslsdjzfmzgygvuvnukkk\nPositions:\n13, 17, 14, 6, 11, 21, 3, 22, 23, 20, 1, 19, 18, 12, 7, 4, 8, 5", "label": {"final": ["s", "ti", "j", "s", "l", "s", "d", "jzf", "m", "z", "g", "ygv", "u", "v", "n", "u", "k", "k", "k"], "init": ["stijslsdjzfmzgygvuvnukkk"], "intermediate": [["stijslsdjzfmz", "gygvuvnukkk"], ["stijslsdjzfmz", "gygv", "uvnukkk"], ["stijslsdjzfmz", "g", "ygv", "uvnukkk"], ["stijsl", "sdjzfmz", "g", "ygv", "uvnukkk"], ["stijsl", "sdjzf", "mz", "g", "ygv", "uvnukkk"], ["stijsl", "sdjzf", "mz", "g", "ygv", "uvnu", "kkk"], ["sti", "jsl", "sdjzf", "mz", "g", "ygv", "uvnu", "kkk"], ["sti", "jsl", "sdjzf", "mz", "g", "ygv", "uvnu", "k", "kk"], ["sti", "jsl", "sdjzf", "mz", "g", "ygv", "uvnu", "k", "k", "k"], ["sti", "jsl", "sdjzf", "mz", "g", "ygv", "uvn", "u", "k", "k", "k"], ["s", "ti", "jsl", "sdjzf", "mz", "g", "ygv", "uvn", "u", "k", "k", "k"], ["s", "ti", "jsl", "sdjzf", "mz", "g", "ygv", "uv", "n", "u", "k", "k", "k"], ["s", "ti", "jsl", "sdjzf", "mz", "g", "ygv", "u", "v", "n", "u", "k", "k", "k"], ["s", "ti", "jsl", "sdjzf", "m", "z", "g", "ygv", "u", "v", "n", "u", "k", "k", "k"], ["s", "ti", "jsl", "s", "djzf", "m", "z", "g", "ygv", "u", "v", "n", "u", "k", "k", "k"], ["s", "ti", "j", "sl", "s", "djzf", "m", "z", "g", "ygv", "u", "v", "n", "u", "k", "k", "k"], ["s", "ti", "j", "sl", "s", "d", "jzf", "m", "z", "g", "ygv", "u", "v", "n", "u", "k", "k", "k"]]}, "config": {"length": 24, "num_positions": 18, "positions": [13, 17, 14, 6, 11, 21, 3, 22, 23, 20, 1, 19, 18, 12, 7, 4, 8, 5], "string": "stijslsdjzfmzgygvuvnukkk"}, "task_name": "task08", "example_name": "0164", "problem_name": "task08_0164"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvuhttyjuibhibrrygdrnmjy\nPositions:\n13, 8, 16, 14, 10, 9, 21, 7, 5, 11, 2, 12, 3, 15, 18, 6, 22, 1", "label": {"final": ["v", "u", "h", "tt", "y", "j", "u", "i", "b", "h", "i", "b", "r", "r", "y", "gd", "rnm", "j", "y"], "init": ["vuhttyjuibhibrrygdrnmjy"], "intermediate": [["vuhttyjuibhib", "rrygdrnmjy"], ["vuhttyju", "ibhib", "rrygdrnmjy"], ["vuhttyju", "ibhib", "rry", "gdrnmjy"], ["vuhttyju", "ibhib", "r", "ry", "gdrnmjy"], ["vuhttyju", "ib", "hib", "r", "ry", "gdrnmjy"], ["vuhttyju", "i", "b", "hib", "r", "ry", "gdrnmjy"], ["vuhttyju", "i", "b", "hib", "r", "ry", "gdrnm", "jy"], ["vuhttyj", "u", "i", "b", "hib", "r", "ry", "gdrnm", "jy"], ["vuhtt", "yj", "u", "i", "b", "hib", "r", "ry", "gdrnm", "jy"], ["vuhtt", "yj", "u", "i", "b", "h", "ib", "r", "ry", "gdrnm", "jy"], ["vu", "htt", "yj", "u", "i", "b", "h", "ib", "r", "ry", "gdrnm", "jy"], ["vu", "htt", "yj", "u", "i", "b", "h", "i", "b", "r", "ry", "gdrnm", "jy"], ["vu", "h", "tt", "yj", "u", "i", "b", "h", "i", "b", "r", "ry", "gdrnm", "jy"], ["vu", "h", "tt", "yj", "u", "i", "b", "h", "i", "b", "r", "r", "y", "gdrnm", "jy"], ["vu", "h", "tt", "yj", "u", "i", "b", "h", "i", "b", "r", "r", "y", "gd", "rnm", "jy"], ["vu", "h", "tt", "y", "j", "u", "i", "b", "h", "i", "b", "r", "r", "y", "gd", "rnm", "jy"], ["vu", "h", "tt", "y", "j", "u", "i", "b", "h", "i", "b", "r", "r", "y", "gd", "rnm", "j", "y"]]}, "config": {"length": 23, "num_positions": 18, "positions": [13, 8, 16, 14, 10, 9, 21, 7, 5, 11, 2, 12, 3, 15, 18, 6, 22, 1], "string": "vuhttyjuibhibrrygdrnmjy"}, "task_name": "task08", "example_name": "0165", "problem_name": "task08_0165"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwsgickhsrxuukkjnlgviucbpcta\nPositions:\n18, 5, 9, 7, 12, 6, 22, 4, 13, 11, 20, 8, 2, 16, 15, 24, 14, 17", "label": {"final": ["ws", "gi", "c", "k", "h", "s", "r", "xu", "u", "k", "k", "j", "n", "l", "g", "vi", "uc", "bp", "cta"], "init": ["wsgickhsrxuukkjnlgviucbpcta"], "intermediate": [["wsgickhsrxuukkjnlg", "viucbpcta"], ["wsgic", "khsrxuukkjnlg", "viucbpcta"], ["wsgic", "khsr", "xuukkjnlg", "viucbpcta"], ["wsgic", "kh", "sr", "xuukkjnlg", "viucbpcta"], ["wsgic", "kh", "sr", "xuu", "kkjnlg", "viucbpcta"], ["wsgic", "k", "h", "sr", "xuu", "kkjnlg", "viucbpcta"], ["wsgic", "k", "h", "sr", "xuu", "kkjnlg", "viuc", "bpcta"], ["wsgi", "c", "k", "h", "sr", "xuu", "kkjnlg", "viuc", "bpcta"], ["wsgi", "c", "k", "h", "sr", "xuu", "k", "kjnlg", "viuc", "bpcta"], ["wsgi", "c", "k", "h", "sr", "xu", "u", "k", "kjnlg", "viuc", "bpcta"], ["wsgi", "c", "k", "h", "sr", "xu", "u", "k", "kjnlg", "vi", "uc", "bpcta"], ["wsgi", "c", "k", "h", "s", "r", "xu", "u", "k", "kjnlg", "vi", "uc", "bpcta"], ["ws", "gi", "c", "k", "h", "s", "r", "xu", "u", "k", "kjnlg", "vi", "uc", "bpcta"], ["ws", "gi", "c", "k", "h", "s", "r", "xu", "u", "k", "kjn", "lg", "vi", "uc", "bpcta"], ["ws", "gi", "c", "k", "h", "s", "r", "xu", "u", "k", "kj", "n", "lg", "vi", "uc", "bpcta"], ["ws", "gi", "c", "k", "h", "s", "r", "xu", "u", "k", "kj", "n", "lg", "vi", "uc", "bp", "cta"], ["ws", "gi", "c", "k", "h", "s", "r", "xu", "u", "k", "k", "j", "n", "lg", "vi", "uc", "bp", "cta"]]}, "config": {"length": 27, "num_positions": 18, "positions": [18, 5, 9, 7, 12, 6, 22, 4, 13, 11, 20, 8, 2, 16, 15, 24, 14, 17], "string": "wsgickhsrxuukkjnlgviucbpcta"}, "task_name": "task08", "example_name": "0166", "problem_name": "task08_0166"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlcpkwbjtbtuvvqdkurfjubxriqfym\nPositions:\n19, 9, 13, 10, 28, 16, 26, 5, 20, 12, 27, 14, 15, 1, 6, 21, 23, 2", "label": {"final": ["l", "c", "pkw", "b", "jtb", "t", "uv", "v", "q", "d", "k", "urf", "j", "u", "bx", "riq", "f", "y", "m"], "init": ["lcpkwbjtbtuvvqdkurfjubxriqfym"], "intermediate": [["lcpkwbjtbtuvvqdkurf", "jubxriqfym"], ["lcpkwbjtb", "tuvvqdkurf", "jubxriqfym"], ["lcpkwbjtb", "tuvv", "qdkurf", "jubxriqfym"], ["lcpkwbjtb", "t", "uvv", "qdkurf", "jubxriqfym"], ["lcpkwbjtb", "t", "uvv", "qdkurf", "jubxriqfy", "m"], ["lcpkwbjtb", "t", "uvv", "qdk", "urf", "jubxriqfy", "m"], ["lcpkwbjtb", "t", "uvv", "qdk", "urf", "jubxriq", "fy", "m"], ["lcpkw", "bjtb", "t", "uvv", "qdk", "urf", "jubxriq", "fy", "m"], ["lcpkw", "bjtb", "t", "uvv", "qdk", "urf", "j", "ubxriq", "fy", "m"], ["lcpkw", "bjtb", "t", "uv", "v", "qdk", "urf", "j", "ubxriq", "fy", "m"], ["lcpkw", "bjtb", "t", "uv", "v", "qdk", "urf", "j", "ubxriq", "f", "y", "m"], ["lcpkw", "bjtb", "t", "uv", "v", "q", "dk", "urf", "j", "ubxriq", "f", "y", "m"], ["lcpkw", "bjtb", "t", "uv", "v", "q", "d", "k", "urf", "j", "ubxriq", "f", "y", "m"], ["l", "cpkw", "bjtb", "t", "uv", "v", "q", "d", "k", "urf", "j", "ubxriq", "f", "y", "m"], ["l", "cpkw", "b", "jtb", "t", "uv", "v", "q", "d", "k", "urf", "j", "ubxriq", "f", "y", "m"], ["l", "cpkw", "b", "jtb", "t", "uv", "v", "q", "d", "k", "urf", "j", "u", "bxriq", "f", "y", "m"], ["l", "cpkw", "b", "jtb", "t", "uv", "v", "q", "d", "k", "urf", "j", "u", "bx", "riq", "f", "y", "m"]]}, "config": {"length": 29, "num_positions": 18, "positions": [19, 9, 13, 10, 28, 16, 26, 5, 20, 12, 27, 14, 15, 1, 6, 21, 23, 2], "string": "lcpkwbjtbtuvvqdkurfjubxriqfym"}, "task_name": "task08", "example_name": "0167", "problem_name": "task08_0167"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nepmyfpqhjykdsctoqmwucdbhhjjglz\nPositions:\n23, 2, 14, 17, 24, 15, 7, 21, 3, 29, 11, 28, 25, 1, 9, 6, 19, 27", "label": {"final": ["e", "p", "m", "yfp", "q", "hj", "yk", "dsc", "t", "oq", "mw", "uc", "db", "h", "h", "jj", "g", "l", "z"], "init": ["epmyfpqhjykdsctoqmwucdbhhjjglz"], "intermediate": [["epmyfpqhjykdsctoqmwucdb", "hhjjglz"], ["ep", "myfpqhjykdsctoqmwucdb", "hhjjglz"], ["ep", "myfpqhjykdsc", "toqmwucdb", "hhjjglz"], ["ep", "myfpqhjykdsc", "toq", "mwucdb", "hhjjglz"], ["ep", "myfpqhjykdsc", "toq", "mwucdb", "h", "hjjglz"], ["ep", "myfpqhjykdsc", "t", "oq", "mwucdb", "h", "hjjglz"], ["ep", "myfpq", "hjykdsc", "t", "oq", "mwucdb", "h", "hjjglz"], ["ep", "myfpq", "hjykdsc", "t", "oq", "mwuc", "db", "h", "hjjglz"], ["ep", "m", "yfpq", "hjykdsc", "t", "oq", "mwuc", "db", "h", "hjjglz"], ["ep", "m", "yfpq", "hjykdsc", "t", "oq", "mwuc", "db", "h", "hjjgl", "z"], ["ep", "m", "yfpq", "hjyk", "dsc", "t", "oq", "mwuc", "db", "h", "hjjgl", "z"], ["ep", "m", "yfpq", "hjyk", "dsc", "t", "oq", "mwuc", "db", "h", "hjjg", "l", "z"], ["ep", "m", "yfpq", "hjyk", "dsc", "t", "oq", "mwuc", "db", "h", "h", "jjg", "l", "z"], ["e", "p", "m", "yfpq", "hjyk", "dsc", "t", "oq", "mwuc", "db", "h", "h", "jjg", "l", "z"], ["e", "p", "m", "yfpq", "hj", "yk", "dsc", "t", "oq", "mwuc", "db", "h", "h", "jjg", "l", "z"], ["e", "p", "m", "yfp", "q", "hj", "yk", "dsc", "t", "oq", "mwuc", "db", "h", "h", "jjg", "l", "z"], ["e", "p", "m", "yfp", "q", "hj", "yk", "dsc", "t", "oq", "mw", "uc", "db", "h", "h", "jjg", "l", "z"]]}, "config": {"length": 30, "num_positions": 18, "positions": [23, 2, 14, 17, 24, 15, 7, 21, 3, 29, 11, 28, 25, 1, 9, 6, 19, 27], "string": "epmyfpqhjykdsctoqmwucdbhhjjglz"}, "task_name": "task08", "example_name": "0168", "problem_name": "task08_0168"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nuyhpjofulqjsaivnytjruzdjoxugqy\nPositions:\n23, 6, 10, 21, 25, 19, 16, 22, 3, 27, 18, 24, 13, 7, 20, 26, 29, 1", "label": {"final": ["u", "yh", "pjo", "f", "ulq", "jsa", "ivn", "yt", "j", "r", "u", "z", "d", "j", "o", "x", "u", "gq", "y"], "init": ["uyhpjofulqjsaivnytjruzdjoxugqy"], "intermediate": [["uyhpjofulqjsaivnytjruzd", "joxugqy"], ["uyhpjo", "fulqjsaivnytjruzd", "joxugqy"], ["uyhpjo", "fulq", "jsaivnytjruzd", "joxugqy"], ["uyhpjo", "fulq", "jsaivnytjru", "zd", "joxugqy"], ["uyhpjo", "fulq", "jsaivnytjru", "zd", "jo", "xugqy"], ["uyhpjo", "fulq", "jsaivnytj", "ru", "zd", "jo", "xugqy"], ["uyhpjo", "fulq", "jsaivn", "ytj", "ru", "zd", "jo", "xugqy"], ["uyhpjo", "fulq", "jsaivn", "ytj", "ru", "z", "d", "jo", "xugqy"], ["uyh", "pjo", "fulq", "jsaivn", "ytj", "ru", "z", "d", "jo", "xugqy"], ["uyh", "pjo", "fulq", "jsaivn", "ytj", "ru", "z", "d", "jo", "xu", "gqy"], ["uyh", "pjo", "fulq", "jsaivn", "yt", "j", "ru", "z", "d", "jo", "xu", "gqy"], ["uyh", "pjo", "fulq", "jsaivn", "yt", "j", "ru", "z", "d", "j", "o", "xu", "gqy"], ["uyh", "pjo", "fulq", "jsa", "ivn", "yt", "j", "ru", "z", "d", "j", "o", "xu", "gqy"], ["uyh", "pjo", "f", "ulq", "jsa", "ivn", "yt", "j", "ru", "z", "d", "j", "o", "xu", "gqy"], ["uyh", "pjo", "f", "ulq", "jsa", "ivn", "yt", "j", "r", "u", "z", "d", "j", "o", "xu", "gqy"], ["uyh", "pjo", "f", "ulq", "jsa", "ivn", "yt", "j", "r", "u", "z", "d", "j", "o", "x", "u", "gqy"], ["uyh", "pjo", "f", "ulq", "jsa", "ivn", "yt", "j", "r", "u", "z", "d", "j", "o", "x", "u", "gq", "y"]]}, "config": {"length": 30, "num_positions": 18, "positions": [23, 6, 10, 21, 25, 19, 16, 22, 3, 27, 18, 24, 13, 7, 20, 26, 29, 1], "string": "uyhpjofulqjsaivnytjruzdjoxugqy"}, "task_name": "task08", "example_name": "0169", "problem_name": "task08_0169"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npvsrofazprsmcghvjambgncexonjiq\nPositions:\n7, 1, 17, 10, 14, 25, 6, 29, 16, 26, 21, 2, 18, 12, 15, 4, 13, 27, 11", "label": {"final": ["p", "v", "sr", "of", "a", "zpr", "s", "m", "c", "g", "h", "v", "j", "a", "mbg", "ncex", "o", "n", "ji", "q"], "init": ["pvsrofazprsmcghvjambgncexonjiq"], "intermediate": [["pvsrofa", "zprsmcghvjambgncexonjiq"], ["p", "vsrofa", "zprsmcghvjambgncexonjiq"], ["p", "vsrofa", "zprsmcghvj", "ambgncexonjiq"], ["p", "vsrofa", "zpr", "smcghvj", "ambgncexonjiq"], ["p", "vsrofa", "zpr", "smcg", "hvj", "ambgncexonjiq"], ["p", "vsrofa", "zpr", "smcg", "hvj", "ambgncex", "onjiq"], ["p", "vsrof", "a", "zpr", "smcg", "hvj", "ambgncex", "onjiq"], ["p", "vsrof", "a", "zpr", "smcg", "hvj", "ambgncex", "onji", "q"], ["p", "vsrof", "a", "zpr", "smcg", "hv", "j", "ambgncex", "onji", "q"], ["p", "vsrof", "a", "zpr", "smcg", "hv", "j", "ambgncex", "o", "nji", "q"], ["p", "vsrof", "a", "zpr", "smcg", "hv", "j", "ambg", "ncex", "o", "nji", "q"], ["p", "v", "srof", "a", "zpr", "smcg", "hv", "j", "ambg", "ncex", "o", "nji", "q"], ["p", "v", "srof", "a", "zpr", "smcg", "hv", "j", "a", "mbg", "ncex", "o", "nji", "q"], ["p", "v", "srof", "a", "zpr", "sm", "cg", "hv", "j", "a", "mbg", "ncex", "o", "nji", "q"], ["p", "v", "srof", "a", "zpr", "sm", "cg", "h", "v", "j", "a", "mbg", "ncex", "o", "nji", "q"], ["p", "v", "sr", "of", "a", "zpr", "sm", "cg", "h", "v", "j", "a", "mbg", "ncex", "o", "nji", "q"], ["p", "v", "sr", "of", "a", "zpr", "sm", "c", "g", "h", "v", "j", "a", "mbg", "ncex", "o", "nji", "q"], ["p", "v", "sr", "of", "a", "zpr", "sm", "c", "g", "h", "v", "j", "a", "mbg", "ncex", "o", "n", "ji", "q"]]}, "config": {"length": 30, "num_positions": 19, "positions": [7, 1, 17, 10, 14, 25, 6, 29, 16, 26, 21, 2, 18, 12, 15, 4, 13, 27, 11], "string": "pvsrofazprsmcghvjambgncexonjiq"}, "task_name": "task08", "example_name": "0170", "problem_name": "task08_0170"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngrvohselppfuvxkmmtxymgubavqo\nPositions:\n13, 27, 25, 26, 1, 21, 17, 7, 9, 20, 22, 4, 23, 12, 18, 2, 5, 19, 16", "label": {"final": ["g", "r", "vo", "h", "se", "lp", "pfu", "v", "xkm", "m", "t", "x", "y", "m", "g", "u", "ba", "v", "q", "o"], "init": ["grvohselppfuvxkmmtxymgubavqo"], "intermediate": [["grvohselppfuv", "xkmmtxymgubavqo"], ["grvohselppfuv", "xkmmtxymgubavq", "o"], ["grvohselppfuv", "xkmmtxymguba", "vq", "o"], ["grvohselppfuv", "xkmmtxymguba", "v", "q", "o"], ["g", "rvohselppfuv", "xkmmtxymguba", "v", "q", "o"], ["g", "rvohselppfuv", "xkmmtxym", "guba", "v", "q", "o"], ["g", "rvohselppfuv", "xkmm", "txym", "guba", "v", "q", "o"], ["g", "rvohse", "lppfuv", "xkmm", "txym", "guba", "v", "q", "o"], ["g", "rvohse", "lp", "pfuv", "xkmm", "txym", "guba", "v", "q", "o"], ["g", "rvohse", "lp", "pfuv", "xkmm", "txy", "m", "guba", "v", "q", "o"], ["g", "rvohse", "lp", "pfuv", "xkmm", "txy", "m", "g", "uba", "v", "q", "o"], ["g", "rvo", "hse", "lp", "pfuv", "xkmm", "txy", "m", "g", "uba", "v", "q", "o"], ["g", "rvo", "hse", "lp", "pfuv", "xkmm", "txy", "m", "g", "u", "ba", "v", "q", "o"], ["g", "rvo", "hse", "lp", "pfu", "v", "xkmm", "txy", "m", "g", "u", "ba", "v", "q", "o"], ["g", "rvo", "hse", "lp", "pfu", "v", "xkmm", "t", "xy", "m", "g", "u", "ba", "v", "q", "o"], ["g", "r", "vo", "hse", "lp", "pfu", "v", "xkmm", "t", "xy", "m", "g", "u", "ba", "v", "q", "o"], ["g", "r", "vo", "h", "se", "lp", "pfu", "v", "xkmm", "t", "xy", "m", "g", "u", "ba", "v", "q", "o"], ["g", "r", "vo", "h", "se", "lp", "pfu", "v", "xkmm", "t", "x", "y", "m", "g", "u", "ba", "v", "q", "o"]]}, "config": {"length": 28, "num_positions": 19, "positions": [13, 27, 25, 26, 1, 21, 17, 7, 9, 20, 22, 4, 23, 12, 18, 2, 5, 19, 16], "string": "grvohselppfuvxkmmtxymgubavqo"}, "task_name": "task08", "example_name": "0171", "problem_name": "task08_0171"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhbezbgbdwoeskarxkkqdivh\nPositions:\n17, 7, 1, 14, 12, 3, 21, 11, 10, 2, 8, 19, 13, 18, 16, 15, 5, 22, 20", "label": {"final": ["h", "b", "e", "zb", "gb", "d", "wo", "e", "s", "k", "a", "r", "x", "k", "k", "q", "d", "i", "v", "h"], "init": ["hbezbgbdwoeskarxkkqdivh"], "intermediate": [["hbezbgbdwoeskarxk", "kqdivh"], ["hbezbgb", "dwoeskarxk", "kqdivh"], ["h", "bezbgb", "dwoeskarxk", "kqdivh"], ["h", "bezbgb", "dwoeska", "rxk", "kqdivh"], ["h", "bezbgb", "dwoes", "ka", "rxk", "kqdivh"], ["h", "be", "zbgb", "dwoes", "ka", "rxk", "kqdivh"], ["h", "be", "zbgb", "dwoes", "ka", "rxk", "kqdi", "vh"], ["h", "be", "zbgb", "dwoe", "s", "ka", "rxk", "kqdi", "vh"], ["h", "be", "zbgb", "dwo", "e", "s", "ka", "rxk", "kqdi", "vh"], ["h", "b", "e", "zbgb", "dwo", "e", "s", "ka", "rxk", "kqdi", "vh"], ["h", "b", "e", "zbgb", "d", "wo", "e", "s", "ka", "rxk", "kqdi", "vh"], ["h", "b", "e", "zbgb", "d", "wo", "e", "s", "ka", "rxk", "kq", "di", "vh"], ["h", "b", "e", "zbgb", "d", "wo", "e", "s", "k", "a", "rxk", "kq", "di", "vh"], ["h", "b", "e", "zbgb", "d", "wo", "e", "s", "k", "a", "rxk", "k", "q", "di", "vh"], ["h", "b", "e", "zbgb", "d", "wo", "e", "s", "k", "a", "rx", "k", "k", "q", "di", "vh"], ["h", "b", "e", "zbgb", "d", "wo", "e", "s", "k", "a", "r", "x", "k", "k", "q", "di", "vh"], ["h", "b", "e", "zb", "gb", "d", "wo", "e", "s", "k", "a", "r", "x", "k", "k", "q", "di", "vh"], ["h", "b", "e", "zb", "gb", "d", "wo", "e", "s", "k", "a", "r", "x", "k", "k", "q", "di", "v", "h"]]}, "config": {"length": 23, "num_positions": 19, "positions": [17, 7, 1, 14, 12, 3, 21, 11, 10, 2, 8, 19, 13, 18, 16, 15, 5, 22, 20], "string": "hbezbgbdwoeskarxkkqdivh"}, "task_name": "task08", "example_name": "0172", "problem_name": "task08_0172"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfkygzsrpchqqgjqoqoecniutfo\nPositions:\n25, 8, 7, 22, 16, 19, 1, 12, 15, 24, 2, 3, 9, 14, 20, 4, 11, 13, 23", "label": {"final": ["f", "k", "y", "g", "zsr", "p", "c", "hq", "q", "g", "j", "q", "o", "qoe", "c", "ni", "u", "t", "f", "o"], "init": ["fkygzsrpchqqgjqoqoecniutfo"], "intermediate": [["fkygzsrpchqqgjqoqoecniutf", "o"], ["fkygzsrp", "chqqgjqoqoecniutf", "o"], ["fkygzsr", "p", "chqqgjqoqoecniutf", "o"], ["fkygzsr", "p", "chqqgjqoqoecni", "utf", "o"], ["fkygzsr", "p", "chqqgjqo", "qoecni", "utf", "o"], ["fkygzsr", "p", "chqqgjqo", "qoe", "cni", "utf", "o"], ["f", "kygzsr", "p", "chqqgjqo", "qoe", "cni", "utf", "o"], ["f", "kygzsr", "p", "chqq", "gjqo", "qoe", "cni", "utf", "o"], ["f", "kygzsr", "p", "chqq", "gjq", "o", "qoe", "cni", "utf", "o"], ["f", "kygzsr", "p", "chqq", "gjq", "o", "qoe", "cni", "ut", "f", "o"], ["f", "k", "ygzsr", "p", "chqq", "gjq", "o", "qoe", "cni", "ut", "f", "o"], ["f", "k", "y", "gzsr", "p", "chqq", "gjq", "o", "qoe", "cni", "ut", "f", "o"], ["f", "k", "y", "gzsr", "p", "c", "hqq", "gjq", "o", "qoe", "cni", "ut", "f", "o"], ["f", "k", "y", "gzsr", "p", "c", "hqq", "gj", "q", "o", "qoe", "cni", "ut", "f", "o"], ["f", "k", "y", "gzsr", "p", "c", "hqq", "gj", "q", "o", "qoe", "c", "ni", "ut", "f", "o"], ["f", "k", "y", "g", "zsr", "p", "c", "hqq", "gj", "q", "o", "qoe", "c", "ni", "ut", "f", "o"], ["f", "k", "y", "g", "zsr", "p", "c", "hq", "q", "gj", "q", "o", "qoe", "c", "ni", "ut", "f", "o"], ["f", "k", "y", "g", "zsr", "p", "c", "hq", "q", "g", "j", "q", "o", "qoe", "c", "ni", "ut", "f", "o"]]}, "config": {"length": 26, "num_positions": 19, "positions": [25, 8, 7, 22, 16, 19, 1, 12, 15, 24, 2, 3, 9, 14, 20, 4, 11, 13, 23], "string": "fkygzsrpchqqgjqoqoecniutfo"}, "task_name": "task08", "example_name": "0173", "problem_name": "task08_0173"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nswtfxezdglkfufqcscto\nPositions:\n9, 19, 18, 16, 17, 11, 4, 6, 1, 15, 13, 5, 14, 8, 2, 10, 12, 7, 3", "label": {"final": ["s", "w", "t", "f", "x", "e", "z", "d", "g", "l", "k", "f", "u", "f", "q", "c", "s", "c", "t", "o"], "init": ["swtfxezdglkfufqcscto"], "intermediate": [["swtfxezdg", "lkfufqcscto"], ["swtfxezdg", "lkfufqcsct", "o"], ["swtfxezdg", "lkfufqcsc", "t", "o"], ["swtfxezdg", "lkfufqc", "sc", "t", "o"], ["swtfxezdg", "lkfufqc", "s", "c", "t", "o"], ["swtfxezdg", "lk", "fufqc", "s", "c", "t", "o"], ["swtf", "xezdg", "lk", "fufqc", "s", "c", "t", "o"], ["swtf", "xe", "zdg", "lk", "fufqc", "s", "c", "t", "o"], ["s", "wtf", "xe", "zdg", "lk", "fufqc", "s", "c", "t", "o"], ["s", "wtf", "xe", "zdg", "lk", "fufq", "c", "s", "c", "t", "o"], ["s", "wtf", "xe", "zdg", "lk", "fu", "fq", "c", "s", "c", "t", "o"], ["s", "wtf", "x", "e", "zdg", "lk", "fu", "fq", "c", "s", "c", "t", "o"], ["s", "wtf", "x", "e", "zdg", "lk", "fu", "f", "q", "c", "s", "c", "t", "o"], ["s", "wtf", "x", "e", "zd", "g", "lk", "fu", "f", "q", "c", "s", "c", "t", "o"], ["s", "w", "tf", "x", "e", "zd", "g", "lk", "fu", "f", "q", "c", "s", "c", "t", "o"], ["s", "w", "tf", "x", "e", "zd", "g", "l", "k", "fu", "f", "q", "c", "s", "c", "t", "o"], ["s", "w", "tf", "x", "e", "zd", "g", "l", "k", "f", "u", "f", "q", "c", "s", "c", "t", "o"], ["s", "w", "tf", "x", "e", "z", "d", "g", "l", "k", "f", "u", "f", "q", "c", "s", "c", "t", "o"]]}, "config": {"length": 20, "num_positions": 19, "positions": [9, 19, 18, 16, 17, 11, 4, 6, 1, 15, 13, 5, 14, 8, 2, 10, 12, 7, 3], "string": "swtfxezdglkfufqcscto"}, "task_name": "task08", "example_name": "0174", "problem_name": "task08_0174"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngcelbrttyegdvbrrosuewwnbrohuin\nPositions:\n10, 5, 15, 29, 1, 23, 16, 14, 18, 9, 7, 3, 22, 17, 2, 27, 4, 28, 25", "label": {"final": ["g", "c", "e", "l", "b", "rt", "ty", "e", "gdvb", "r", "r", "o", "s", "ueww", "n", "br", "oh", "u", "i", "n"], "init": ["gcelbrttyegdvbrrosuewwnbrohuin"], "intermediate": [["gcelbrttye", "gdvbrrosuewwnbrohuin"], ["gcelb", "rttye", "gdvbrrosuewwnbrohuin"], ["gcelb", "rttye", "gdvbr", "rosuewwnbrohuin"], ["gcelb", "rttye", "gdvbr", "rosuewwnbrohui", "n"], ["g", "celb", "rttye", "gdvbr", "rosuewwnbrohui", "n"], ["g", "celb", "rttye", "gdvbr", "rosuewwn", "brohui", "n"], ["g", "celb", "rttye", "gdvbr", "r", "osuewwn", "brohui", "n"], ["g", "celb", "rttye", "gdvb", "r", "r", "osuewwn", "brohui", "n"], ["g", "celb", "rttye", "gdvb", "r", "r", "os", "uewwn", "brohui", "n"], ["g", "celb", "rtty", "e", "gdvb", "r", "r", "os", "uewwn", "brohui", "n"], ["g", "celb", "rt", "ty", "e", "gdvb", "r", "r", "os", "uewwn", "brohui", "n"], ["g", "ce", "lb", "rt", "ty", "e", "gdvb", "r", "r", "os", "uewwn", "brohui", "n"], ["g", "ce", "lb", "rt", "ty", "e", "gdvb", "r", "r", "os", "ueww", "n", "brohui", "n"], ["g", "ce", "lb", "rt", "ty", "e", "gdvb", "r", "r", "o", "s", "ueww", "n", "brohui", "n"], ["g", "c", "e", "lb", "rt", "ty", "e", "gdvb", "r", "r", "o", "s", "ueww", "n", "brohui", "n"], ["g", "c", "e", "lb", "rt", "ty", "e", "gdvb", "r", "r", "o", "s", "ueww", "n", "broh", "ui", "n"], ["g", "c", "e", "l", "b", "rt", "ty", "e", "gdvb", "r", "r", "o", "s", "ueww", "n", "broh", "ui", "n"], ["g", "c", "e", "l", "b", "rt", "ty", "e", "gdvb", "r", "r", "o", "s", "ueww", "n", "broh", "u", "i", "n"]]}, "config": {"length": 30, "num_positions": 19, "positions": [10, 5, 15, 29, 1, 23, 16, 14, 18, 9, 7, 3, 22, 17, 2, 27, 4, 28, 25], "string": "gcelbrttyegdvbrrosuewwnbrohuin"}, "task_name": "task08", "example_name": "0175", "problem_name": "task08_0175"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\navtgvuwdrqigwbhtyvvit\nPositions:\n5, 19, 18, 16, 13, 2, 17, 7, 6, 12, 8, 9, 1, 11, 15, 20, 3, 14, 10", "label": {"final": ["a", "v", "t", "gv", "u", "w", "d", "r", "q", "i", "g", "w", "b", "h", "t", "y", "v", "v", "i", "t"], "init": ["avtgvuwdrqigwbhtyvvit"], "intermediate": [["avtgv", "uwdrqigwbhtyvvit"], ["avtgv", "uwdrqigwbhtyvv", "it"], ["avtgv", "uwdrqigwbhtyv", "v", "it"], ["avtgv", "uwdrqigwbht", "yv", "v", "it"], ["avtgv", "uwdrqigw", "bht", "yv", "v", "it"], ["av", "tgv", "uwdrqigw", "bht", "yv", "v", "it"], ["av", "tgv", "uwdrqigw", "bht", "y", "v", "v", "it"], ["av", "tgv", "uw", "drqigw", "bht", "y", "v", "v", "it"], ["av", "tgv", "u", "w", "drqigw", "bht", "y", "v", "v", "it"], ["av", "tgv", "u", "w", "drqig", "w", "bht", "y", "v", "v", "it"], ["av", "tgv", "u", "w", "d", "rqig", "w", "bht", "y", "v", "v", "it"], ["av", "tgv", "u", "w", "d", "r", "qig", "w", "bht", "y", "v", "v", "it"], ["a", "v", "tgv", "u", "w", "d", "r", "qig", "w", "bht", "y", "v", "v", "it"], ["a", "v", "tgv", "u", "w", "d", "r", "qi", "g", "w", "bht", "y", "v", "v", "it"], ["a", "v", "tgv", "u", "w", "d", "r", "qi", "g", "w", "bh", "t", "y", "v", "v", "it"], ["a", "v", "tgv", "u", "w", "d", "r", "qi", "g", "w", "bh", "t", "y", "v", "v", "i", "t"], ["a", "v", "t", "gv", "u", "w", "d", "r", "qi", "g", "w", "bh", "t", "y", "v", "v", "i", "t"], ["a", "v", "t", "gv", "u", "w", "d", "r", "qi", "g", "w", "b", "h", "t", "y", "v", "v", "i", "t"]]}, "config": {"length": 21, "num_positions": 19, "positions": [5, 19, 18, 16, 13, 2, 17, 7, 6, 12, 8, 9, 1, 11, 15, 20, 3, 14, 10], "string": "avtgvuwdrqigwbhtyvvit"}, "task_name": "task08", "example_name": "0176", "problem_name": "task08_0176"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nllevxjsgnhhpvxkqcgatuskomdh\nPositions:\n1, 2, 12, 14, 21, 5, 22, 3, 6, 16, 10, 4, 17, 11, 19, 13, 20, 8, 15", "label": {"final": ["l", "l", "e", "v", "x", "j", "sg", "nh", "h", "p", "v", "x", "k", "q", "c", "ga", "t", "u", "s", "komdh"], "init": ["llevxjsgnhhpvxkqcgatuskomdh"], "intermediate": [["l", "levxjsgnhhpvxkqcgatuskomdh"], ["l", "l", "evxjsgnhhpvxkqcgatuskomdh"], ["l", "l", "evxjsgnhhp", "vxkqcgatuskomdh"], ["l", "l", "evxjsgnhhp", "vx", "kqcgatuskomdh"], ["l", "l", "evxjsgnhhp", "vx", "kqcgatu", "skomdh"], ["l", "l", "evx", "jsgnhhp", "vx", "kqcgatu", "skomdh"], ["l", "l", "evx", "jsgnhhp", "vx", "kqcgatu", "s", "komdh"], ["l", "l", "e", "vx", "jsgnhhp", "vx", "kqcgatu", "s", "komdh"], ["l", "l", "e", "vx", "j", "sgnhhp", "vx", "kqcgatu", "s", "komdh"], ["l", "l", "e", "vx", "j", "sgnhhp", "vx", "kq", "cgatu", "s", "komdh"], ["l", "l", "e", "vx", "j", "sgnh", "hp", "vx", "kq", "cgatu", "s", "komdh"], ["l", "l", "e", "v", "x", "j", "sgnh", "hp", "vx", "kq", "cgatu", "s", "komdh"], ["l", "l", "e", "v", "x", "j", "sgnh", "hp", "vx", "kq", "c", "gatu", "s", "komdh"], ["l", "l", "e", "v", "x", "j", "sgnh", "h", "p", "vx", "kq", "c", "gatu", "s", "komdh"], ["l", "l", "e", "v", "x", "j", "sgnh", "h", "p", "vx", "kq", "c", "ga", "tu", "s", "komdh"], ["l", "l", "e", "v", "x", "j", "sgnh", "h", "p", "v", "x", "kq", "c", "ga", "tu", "s", "komdh"], ["l", "l", "e", "v", "x", "j", "sgnh", "h", "p", "v", "x", "kq", "c", "ga", "t", "u", "s", "komdh"], ["l", "l", "e", "v", "x", "j", "sg", "nh", "h", "p", "v", "x", "kq", "c", "ga", "t", "u", "s", "komdh"]]}, "config": {"length": 27, "num_positions": 19, "positions": [1, 2, 12, 14, 21, 5, 22, 3, 6, 16, 10, 4, 17, 11, 19, 13, 20, 8, 15], "string": "llevxjsgnhhpvxkqcgatuskomdh"}, "task_name": "task08", "example_name": "0177", "problem_name": "task08_0177"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njarfvbrhgrtmcjbzlajysysem\nPositions:\n19, 5, 20, 13, 2, 7, 10, 14, 8, 9, 6, 24, 12, 18, 11, 23, 15, 16, 1", "label": {"final": ["j", "a", "rfv", "b", "r", "h", "g", "r", "t", "m", "c", "j", "b", "z", "la", "j", "y", "sys", "e", "m"], "init": ["jarfvbrhgrtmcjbzlajysysem"], "intermediate": [["jarfvbrhgrtmcjbzlaj", "ysysem"], ["jarfv", "brhgrtmcjbzlaj", "ysysem"], ["jarfv", "brhgrtmcjbzlaj", "y", "sysem"], ["jarfv", "brhgrtmc", "jbzlaj", "y", "sysem"], ["ja", "rfv", "brhgrtmc", "jbzlaj", "y", "sysem"], ["ja", "rfv", "br", "hgrtmc", "jbzlaj", "y", "sysem"], ["ja", "rfv", "br", "hgr", "tmc", "jbzlaj", "y", "sysem"], ["ja", "rfv", "br", "hgr", "tmc", "j", "bzlaj", "y", "sysem"], ["ja", "rfv", "br", "h", "gr", "tmc", "j", "bzlaj", "y", "sysem"], ["ja", "rfv", "br", "h", "g", "r", "tmc", "j", "bzlaj", "y", "sysem"], ["ja", "rfv", "b", "r", "h", "g", "r", "tmc", "j", "bzlaj", "y", "sysem"], ["ja", "rfv", "b", "r", "h", "g", "r", "tmc", "j", "bzlaj", "y", "syse", "m"], ["ja", "rfv", "b", "r", "h", "g", "r", "tm", "c", "j", "bzlaj", "y", "syse", "m"], ["ja", "rfv", "b", "r", "h", "g", "r", "tm", "c", "j", "bzla", "j", "y", "syse", "m"], ["ja", "rfv", "b", "r", "h", "g", "r", "t", "m", "c", "j", "bzla", "j", "y", "syse", "m"], ["ja", "rfv", "b", "r", "h", "g", "r", "t", "m", "c", "j", "bzla", "j", "y", "sys", "e", "m"], ["ja", "rfv", "b", "r", "h", "g", "r", "t", "m", "c", "j", "b", "zla", "j", "y", "sys", "e", "m"], ["ja", "rfv", "b", "r", "h", "g", "r", "t", "m", "c", "j", "b", "z", "la", "j", "y", "sys", "e", "m"]]}, "config": {"length": 25, "num_positions": 19, "positions": [19, 5, 20, 13, 2, 7, 10, 14, 8, 9, 6, 24, 12, 18, 11, 23, 15, 16, 1], "string": "jarfvbrhgrtmcjbzlajysysem"}, "task_name": "task08", "example_name": "0178", "problem_name": "task08_0178"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nsyartcwbgqramlohwfxhdsb\nPositions:\n18, 9, 12, 17, 1, 7, 14, 16, 4, 22, 19, 15, 13, 5, 20, 21, 6, 2, 8", "label": {"final": ["s", "y", "ar", "t", "c", "w", "b", "g", "qra", "m", "l", "o", "h", "w", "f", "x", "h", "d", "s", "b"], "init": ["syartcwbgqramlohwfxhdsb"], "intermediate": [["syartcwbgqramlohwf", "xhdsb"], ["syartcwbg", "qramlohwf", "xhdsb"], ["syartcwbg", "qra", "mlohwf", "xhdsb"], ["syartcwbg", "qra", "mlohw", "f", "xhdsb"], ["s", "yartcwbg", "qra", "mlohw", "f", "xhdsb"], ["s", "yartcw", "bg", "qra", "mlohw", "f", "xhdsb"], ["s", "yartcw", "bg", "qra", "ml", "ohw", "f", "xhdsb"], ["s", "yartcw", "bg", "qra", "ml", "oh", "w", "f", "xhdsb"], ["s", "yar", "tcw", "bg", "qra", "ml", "oh", "w", "f", "xhdsb"], ["s", "yar", "tcw", "bg", "qra", "ml", "oh", "w", "f", "xhds", "b"], ["s", "yar", "tcw", "bg", "qra", "ml", "oh", "w", "f", "x", "hds", "b"], ["s", "yar", "tcw", "bg", "qra", "ml", "o", "h", "w", "f", "x", "hds", "b"], ["s", "yar", "tcw", "bg", "qra", "m", "l", "o", "h", "w", "f", "x", "hds", "b"], ["s", "yar", "t", "cw", "bg", "qra", "m", "l", "o", "h", "w", "f", "x", "hds", "b"], ["s", "yar", "t", "cw", "bg", "qra", "m", "l", "o", "h", "w", "f", "x", "h", "ds", "b"], ["s", "yar", "t", "cw", "bg", "qra", "m", "l", "o", "h", "w", "f", "x", "h", "d", "s", "b"], ["s", "yar", "t", "c", "w", "bg", "qra", "m", "l", "o", "h", "w", "f", "x", "h", "d", "s", "b"], ["s", "y", "ar", "t", "c", "w", "bg", "qra", "m", "l", "o", "h", "w", "f", "x", "h", "d", "s", "b"]]}, "config": {"length": 23, "num_positions": 19, "positions": [18, 9, 12, 17, 1, 7, 14, 16, 4, 22, 19, 15, 13, 5, 20, 21, 6, 2, 8], "string": "syartcwbgqramlohwfxhdsb"}, "task_name": "task08", "example_name": "0179", "problem_name": "task08_0179"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwrjvkazgcfukitgjxilommjqircf\nPositions:\n3, 19, 23, 9, 27, 12, 16, 11, 18, 24, 5, 22, 26, 25, 17, 15, 14, 2, 4, 6", "label": {"final": ["wr", "j", "v", "k", "a", "zgc", "fu", "k", "it", "g", "j", "x", "i", "l", "omm", "j", "q", "i", "r", "c", "f"], "init": ["wrjvkazgcfukitgjxilommjqircf"], "intermediate": [["wrj", "vkazgcfukitgjxilommjqircf"], ["wrj", "vkazgcfukitgjxil", "ommjqircf"], ["wrj", "vkazgcfukitgjxil", "ommj", "qircf"], ["wrj", "vkazgc", "fukitgjxil", "ommj", "qircf"], ["wrj", "vkazgc", "fukitgjxil", "ommj", "qirc", "f"], ["wrj", "vkazgc", "fuk", "itgjxil", "ommj", "qirc", "f"], ["wrj", "vkazgc", "fuk", "itgj", "xil", "ommj", "qirc", "f"], ["wrj", "vkazgc", "fu", "k", "itgj", "xil", "ommj", "qirc", "f"], ["wrj", "vkazgc", "fu", "k", "itgj", "xi", "l", "ommj", "qirc", "f"], ["wrj", "vkazgc", "fu", "k", "itgj", "xi", "l", "ommj", "q", "irc", "f"], ["wrj", "vk", "azgc", "fu", "k", "itgj", "xi", "l", "ommj", "q", "irc", "f"], ["wrj", "vk", "azgc", "fu", "k", "itgj", "xi", "l", "omm", "j", "q", "irc", "f"], ["wrj", "vk", "azgc", "fu", "k", "itgj", "xi", "l", "omm", "j", "q", "ir", "c", "f"], ["wrj", "vk", "azgc", "fu", "k", "itgj", "xi", "l", "omm", "j", "q", "i", "r", "c", "f"], ["wrj", "vk", "azgc", "fu", "k", "itgj", "x", "i", "l", "omm", "j", "q", "i", "r", "c", "f"], ["wrj", "vk", "azgc", "fu", "k", "itg", "j", "x", "i", "l", "omm", "j", "q", "i", "r", "c", "f"], ["wrj", "vk", "azgc", "fu", "k", "it", "g", "j", "x", "i", "l", "omm", "j", "q", "i", "r", "c", "f"], ["wr", "j", "vk", "azgc", "fu", "k", "it", "g", "j", "x", "i", "l", "omm", "j", "q", "i", "r", "c", "f"], ["wr", "j", "v", "k", "azgc", "fu", "k", "it", "g", "j", "x", "i", "l", "omm", "j", "q", "i", "r", "c", "f"]]}, "config": {"length": 28, "num_positions": 20, "positions": [3, 19, 23, 9, 27, 12, 16, 11, 18, 24, 5, 22, 26, 25, 17, 15, 14, 2, 4, 6], "string": "wrjvkazgcfukitgjxilommjqircf"}, "task_name": "task08", "example_name": "0180", "problem_name": "task08_0180"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbhbyzodcolgosaznczdrlursepzur\nPositions:\n12, 27, 24, 13, 1, 14, 9, 18, 16, 4, 28, 7, 17, 3, 5, 8, 11, 22, 25, 26", "label": {"final": ["b", "hb", "y", "z", "od", "c", "o", "lg", "o", "s", "a", "zn", "c", "z", "drlu", "rs", "e", "p", "z", "u", "r"], "init": ["bhbyzodcolgosaznczdrlursepzur"], "intermediate": [["bhbyzodcolgo", "saznczdrlursepzur"], ["bhbyzodcolgo", "saznczdrlursepz", "ur"], ["bhbyzodcolgo", "saznczdrlurs", "epz", "ur"], ["bhbyzodcolgo", "s", "aznczdrlurs", "epz", "ur"], ["b", "hbyzodcolgo", "s", "aznczdrlurs", "epz", "ur"], ["b", "hbyzodcolgo", "s", "a", "znczdrlurs", "epz", "ur"], ["b", "hbyzodco", "lgo", "s", "a", "znczdrlurs", "epz", "ur"], ["b", "hbyzodco", "lgo", "s", "a", "zncz", "drlurs", "epz", "ur"], ["b", "hbyzodco", "lgo", "s", "a", "zn", "cz", "drlurs", "epz", "ur"], ["b", "hby", "zodco", "lgo", "s", "a", "zn", "cz", "drlurs", "epz", "ur"], ["b", "hby", "zodco", "lgo", "s", "a", "zn", "cz", "drlurs", "epz", "u", "r"], ["b", "hby", "zod", "co", "lgo", "s", "a", "zn", "cz", "drlurs", "epz", "u", "r"], ["b", "hby", "zod", "co", "lgo", "s", "a", "zn", "c", "z", "drlurs", "epz", "u", "r"], ["b", "hb", "y", "zod", "co", "lgo", "s", "a", "zn", "c", "z", "drlurs", "epz", "u", "r"], ["b", "hb", "y", "z", "od", "co", "lgo", "s", "a", "zn", "c", "z", "drlurs", "epz", "u", "r"], ["b", "hb", "y", "z", "od", "c", "o", "lgo", "s", "a", "zn", "c", "z", "drlurs", "epz", "u", "r"], ["b", "hb", "y", "z", "od", "c", "o", "lg", "o", "s", "a", "zn", "c", "z", "drlurs", "epz", "u", "r"], ["b", "hb", "y", "z", "od", "c", "o", "lg", "o", "s", "a", "zn", "c", "z", "drlu", "rs", "epz", "u", "r"], ["b", "hb", "y", "z", "od", "c", "o", "lg", "o", "s", "a", "zn", "c", "z", "drlu", "rs", "e", "pz", "u", "r"]]}, "config": {"length": 29, "num_positions": 20, "positions": [12, 27, 24, 13, 1, 14, 9, 18, 16, 4, 28, 7, 17, 3, 5, 8, 11, 22, 25, 26], "string": "bhbyzodcolgosaznczdrlursepzur"}, "task_name": "task08", "example_name": "0181", "problem_name": "task08_0181"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqsyosmiyszmfshjpobobzhfpz\nPositions:\n8, 12, 20, 15, 14, 7, 1, 21, 9, 17, 10, 3, 16, 13, 23, 5, 11, 4, 19, 6", "label": {"final": ["q", "sy", "o", "s", "m", "i", "y", "s", "z", "m", "f", "s", "h", "j", "p", "o", "bo", "b", "z", "hf", "pz"], "init": ["qsyosmiyszmfshjpobobzhfpz"], "intermediate": [["qsyosmiy", "szmfshjpobobzhfpz"], ["qsyosmiy", "szmf", "shjpobobzhfpz"], ["qsyosmiy", "szmf", "shjpobob", "zhfpz"], ["qsyosmiy", "szmf", "shj", "pobob", "zhfpz"], ["qsyosmiy", "szmf", "sh", "j", "pobob", "zhfpz"], ["qsyosmi", "y", "szmf", "sh", "j", "pobob", "zhfpz"], ["q", "syosmi", "y", "szmf", "sh", "j", "pobob", "zhfpz"], ["q", "syosmi", "y", "szmf", "sh", "j", "pobob", "z", "hfpz"], ["q", "syosmi", "y", "s", "zmf", "sh", "j", "pobob", "z", "hfpz"], ["q", "syosmi", "y", "s", "zmf", "sh", "j", "po", "bob", "z", "hfpz"], ["q", "syosmi", "y", "s", "z", "mf", "sh", "j", "po", "bob", "z", "hfpz"], ["q", "sy", "osmi", "y", "s", "z", "mf", "sh", "j", "po", "bob", "z", "hfpz"], ["q", "sy", "osmi", "y", "s", "z", "mf", "sh", "j", "p", "o", "bob", "z", "hfpz"], ["q", "sy", "osmi", "y", "s", "z", "mf", "s", "h", "j", "p", "o", "bob", "z", "hfpz"], ["q", "sy", "osmi", "y", "s", "z", "mf", "s", "h", "j", "p", "o", "bob", "z", "hf", "pz"], ["q", "sy", "os", "mi", "y", "s", "z", "mf", "s", "h", "j", "p", "o", "bob", "z", "hf", "pz"], ["q", "sy", "os", "mi", "y", "s", "z", "m", "f", "s", "h", "j", "p", "o", "bob", "z", "hf", "pz"], ["q", "sy", "o", "s", "mi", "y", "s", "z", "m", "f", "s", "h", "j", "p", "o", "bob", "z", "hf", "pz"], ["q", "sy", "o", "s", "mi", "y", "s", "z", "m", "f", "s", "h", "j", "p", "o", "bo", "b", "z", "hf", "pz"]]}, "config": {"length": 25, "num_positions": 20, "positions": [8, 12, 20, 15, 14, 7, 1, 21, 9, 17, 10, 3, 16, 13, 23, 5, 11, 4, 19, 6], "string": "qsyosmiyszmfshjpobobzhfpz"}, "task_name": "task08", "example_name": "0182", "problem_name": "task08_0182"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfdcxabuiytqpegrhogadblgdpo\nPositions:\n6, 2, 1, 19, 17, 25, 3, 15, 16, 18, 11, 13, 24, 10, 21, 12, 4, 5, 7, 22", "label": {"final": ["f", "d", "c", "x", "a", "b", "u", "iyt", "q", "p", "e", "gr", "h", "o", "g", "a", "db", "l", "gd", "p", "o"], "init": ["fdcxabuiytqpegrhogadblgdpo"], "intermediate": [["fdcxab", "uiytqpegrhogadblgdpo"], ["fd", "cxab", "uiytqpegrhogadblgdpo"], ["f", "d", "cxab", "uiytqpegrhogadblgdpo"], ["f", "d", "cxab", "uiytqpegrhoga", "dblgdpo"], ["f", "d", "cxab", "uiytqpegrho", "ga", "dblgdpo"], ["f", "d", "cxab", "uiytqpegrho", "ga", "dblgdp", "o"], ["f", "d", "c", "xab", "uiytqpegrho", "ga", "dblgdp", "o"], ["f", "d", "c", "xab", "uiytqpegr", "ho", "ga", "dblgdp", "o"], ["f", "d", "c", "xab", "uiytqpegr", "h", "o", "ga", "dblgdp", "o"], ["f", "d", "c", "xab", "uiytqpegr", "h", "o", "g", "a", "dblgdp", "o"], ["f", "d", "c", "xab", "uiytq", "pegr", "h", "o", "g", "a", "dblgdp", "o"], ["f", "d", "c", "xab", "uiytq", "pe", "gr", "h", "o", "g", "a", "dblgdp", "o"], ["f", "d", "c", "xab", "uiytq", "pe", "gr", "h", "o", "g", "a", "dblgd", "p", "o"], ["f", "d", "c", "xab", "uiyt", "q", "pe", "gr", "h", "o", "g", "a", "dblgd", "p", "o"], ["f", "d", "c", "xab", "uiyt", "q", "pe", "gr", "h", "o", "g", "a", "db", "lgd", "p", "o"], ["f", "d", "c", "xab", "uiyt", "q", "p", "e", "gr", "h", "o", "g", "a", "db", "lgd", "p", "o"], ["f", "d", "c", "x", "ab", "uiyt", "q", "p", "e", "gr", "h", "o", "g", "a", "db", "lgd", "p", "o"], ["f", "d", "c", "x", "a", "b", "uiyt", "q", "p", "e", "gr", "h", "o", "g", "a", "db", "lgd", "p", "o"], ["f", "d", "c", "x", "a", "b", "u", "iyt", "q", "p", "e", "gr", "h", "o", "g", "a", "db", "lgd", "p", "o"]]}, "config": {"length": 26, "num_positions": 20, "positions": [6, 2, 1, 19, 17, 25, 3, 15, 16, 18, 11, 13, 24, 10, 21, 12, 4, 5, 7, 22], "string": "fdcxabuiytqpegrhogadblgdpo"}, "task_name": "task08", "example_name": "0183", "problem_name": "task08_0183"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqqkmvfxidcdongusrgqljllx\nPositions:\n12, 14, 20, 17, 21, 1, 15, 4, 19, 10, 6, 16, 22, 9, 18, 13, 23, 5, 7, 8", "label": {"final": ["q", "qkm", "v", "f", "x", "i", "d", "c", "do", "n", "g", "u", "s", "r", "g", "q", "l", "j", "l", "l", "x"], "init": ["qqkmvfxidcdongusrgqljllx"], "intermediate": [["qqkmvfxidcdo", "ngusrgqljllx"], ["qqkmvfxidcdo", "ng", "usrgqljllx"], ["qqkmvfxidcdo", "ng", "usrgql", "jllx"], ["qqkmvfxidcdo", "ng", "usr", "gql", "jllx"], ["qqkmvfxidcdo", "ng", "usr", "gql", "j", "llx"], ["q", "qkmvfxidcdo", "ng", "usr", "gql", "j", "llx"], ["q", "qkmvfxidcdo", "ng", "u", "sr", "gql", "j", "llx"], ["q", "qkm", "vfxidcdo", "ng", "u", "sr", "gql", "j", "llx"], ["q", "qkm", "vfxidcdo", "ng", "u", "sr", "gq", "l", "j", "llx"], ["q", "qkm", "vfxidc", "do", "ng", "u", "sr", "gq", "l", "j", "llx"], ["q", "qkm", "vf", "xidc", "do", "ng", "u", "sr", "gq", "l", "j", "llx"], ["q", "qkm", "vf", "xidc", "do", "ng", "u", "s", "r", "gq", "l", "j", "llx"], ["q", "qkm", "vf", "xidc", "do", "ng", "u", "s", "r", "gq", "l", "j", "l", "lx"], ["q", "qkm", "vf", "xid", "c", "do", "ng", "u", "s", "r", "gq", "l", "j", "l", "lx"], ["q", "qkm", "vf", "xid", "c", "do", "ng", "u", "s", "r", "g", "q", "l", "j", "l", "lx"], ["q", "qkm", "vf", "xid", "c", "do", "n", "g", "u", "s", "r", "g", "q", "l", "j", "l", "lx"], ["q", "qkm", "vf", "xid", "c", "do", "n", "g", "u", "s", "r", "g", "q", "l", "j", "l", "l", "x"], ["q", "qkm", "v", "f", "xid", "c", "do", "n", "g", "u", "s", "r", "g", "q", "l", "j", "l", "l", "x"], ["q", "qkm", "v", "f", "x", "id", "c", "do", "n", "g", "u", "s", "r", "g", "q", "l", "j", "l", "l", "x"]]}, "config": {"length": 24, "num_positions": 20, "positions": [12, 14, 20, 17, 21, 1, 15, 4, 19, 10, 6, 16, 22, 9, 18, 13, 23, 5, 7, 8], "string": "qqkmvfxidcdongusrgqljllx"}, "task_name": "task08", "example_name": "0184", "problem_name": "task08_0184"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmhedighrsgyubuzigyytyvhtwvxjg\nPositions:\n7, 24, 3, 23, 19, 14, 17, 10, 16, 12, 28, 6, 1, 11, 20, 18, 5, 15, 8, 4", "label": {"final": ["m", "he", "d", "i", "g", "h", "r", "sg", "y", "u", "bu", "z", "i", "g", "y", "y", "t", "yvh", "t", "wvxj", "g"], "init": ["mhedighrsgyubuzigyytyvhtwvxjg"], "intermediate": [["mhedigh", "rsgyubuzigyytyvhtwvxjg"], ["mhedigh", "rsgyubuzigyytyvht", "wvxjg"], ["mhe", "digh", "rsgyubuzigyytyvht", "wvxjg"], ["mhe", "digh", "rsgyubuzigyytyvh", "t", "wvxjg"], ["mhe", "digh", "rsgyubuzigyy", "tyvh", "t", "wvxjg"], ["mhe", "digh", "rsgyubu", "zigyy", "tyvh", "t", "wvxjg"], ["mhe", "digh", "rsgyubu", "zig", "yy", "tyvh", "t", "wvxjg"], ["mhe", "digh", "rsg", "yubu", "zig", "yy", "tyvh", "t", "wvxjg"], ["mhe", "digh", "rsg", "yubu", "zi", "g", "yy", "tyvh", "t", "wvxjg"], ["mhe", "digh", "rsg", "yu", "bu", "zi", "g", "yy", "tyvh", "t", "wvxjg"], ["mhe", "digh", "rsg", "yu", "bu", "zi", "g", "yy", "tyvh", "t", "wvxj", "g"], ["mhe", "dig", "h", "rsg", "yu", "bu", "zi", "g", "yy", "tyvh", "t", "wvxj", "g"], ["m", "he", "dig", "h", "rsg", "yu", "bu", "zi", "g", "yy", "tyvh", "t", "wvxj", "g"], ["m", "he", "dig", "h", "rsg", "y", "u", "bu", "zi", "g", "yy", "tyvh", "t", "wvxj", "g"], ["m", "he", "dig", "h", "rsg", "y", "u", "bu", "zi", "g", "yy", "t", "yvh", "t", "wvxj", "g"], ["m", "he", "dig", "h", "rsg", "y", "u", "bu", "zi", "g", "y", "y", "t", "yvh", "t", "wvxj", "g"], ["m", "he", "di", "g", "h", "rsg", "y", "u", "bu", "zi", "g", "y", "y", "t", "yvh", "t", "wvxj", "g"], ["m", "he", "di", "g", "h", "rsg", "y", "u", "bu", "z", "i", "g", "y", "y", "t", "yvh", "t", "wvxj", "g"], ["m", "he", "di", "g", "h", "r", "sg", "y", "u", "bu", "z", "i", "g", "y", "y", "t", "yvh", "t", "wvxj", "g"]]}, "config": {"length": 29, "num_positions": 20, "positions": [7, 24, 3, 23, 19, 14, 17, 10, 16, 12, 28, 6, 1, 11, 20, 18, 5, 15, 8, 4], "string": "mhedighrsgyubuzigyytyvhtwvxjg"}, "task_name": "task08", "example_name": "0185", "problem_name": "task08_0185"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nztygnkrhyvjwtcerwcwtwutv\nPositions:\n23, 7, 1, 17, 8, 4, 13, 6, 10, 5, 18, 22, 15, 14, 21, 12, 11, 3, 19, 2", "label": {"final": ["z", "t", "y", "g", "n", "k", "r", "h", "yv", "j", "w", "t", "c", "e", "rw", "c", "w", "tw", "u", "t", "v"], "init": ["ztygnkrhyvjwtcerwcwtwutv"], "intermediate": [["ztygnkrhyvjwtcerwcwtwut", "v"], ["ztygnkr", "hyvjwtcerwcwtwut", "v"], ["z", "tygnkr", "hyvjwtcerwcwtwut", "v"], ["z", "tygnkr", "hyvjwtcerw", "cwtwut", "v"], ["z", "tygnkr", "h", "yvjwtcerw", "cwtwut", "v"], ["z", "tyg", "nkr", "h", "yvjwtcerw", "cwtwut", "v"], ["z", "tyg", "nkr", "h", "yvjwt", "cerw", "cwtwut", "v"], ["z", "tyg", "nk", "r", "h", "yvjwt", "cerw", "cwtwut", "v"], ["z", "tyg", "nk", "r", "h", "yv", "jwt", "cerw", "cwtwut", "v"], ["z", "tyg", "n", "k", "r", "h", "yv", "jwt", "cerw", "cwtwut", "v"], ["z", "tyg", "n", "k", "r", "h", "yv", "jwt", "cerw", "c", "wtwut", "v"], ["z", "tyg", "n", "k", "r", "h", "yv", "jwt", "cerw", "c", "wtwu", "t", "v"], ["z", "tyg", "n", "k", "r", "h", "yv", "jwt", "ce", "rw", "c", "wtwu", "t", "v"], ["z", "tyg", "n", "k", "r", "h", "yv", "jwt", "c", "e", "rw", "c", "wtwu", "t", "v"], ["z", "tyg", "n", "k", "r", "h", "yv", "jwt", "c", "e", "rw", "c", "wtw", "u", "t", "v"], ["z", "tyg", "n", "k", "r", "h", "yv", "jw", "t", "c", "e", "rw", "c", "wtw", "u", "t", "v"], ["z", "tyg", "n", "k", "r", "h", "yv", "j", "w", "t", "c", "e", "rw", "c", "wtw", "u", "t", "v"], ["z", "ty", "g", "n", "k", "r", "h", "yv", "j", "w", "t", "c", "e", "rw", "c", "wtw", "u", "t", "v"], ["z", "ty", "g", "n", "k", "r", "h", "yv", "j", "w", "t", "c", "e", "rw", "c", "w", "tw", "u", "t", "v"]]}, "config": {"length": 24, "num_positions": 20, "positions": [23, 7, 1, 17, 8, 4, 13, 6, 10, 5, 18, 22, 15, 14, 21, 12, 11, 3, 19, 2], "string": "ztygnkrhyvjwtcerwcwtwutv"}, "task_name": "task08", "example_name": "0186", "problem_name": "task08_0186"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngkopygjdlpmgxblnulgasaespvmvlh\nPositions:\n11, 7, 21, 16, 2, 12, 17, 8, 4, 3, 25, 20, 28, 24, 22, 9, 5, 19, 23, 10", "label": {"final": ["gk", "o", "p", "y", "gj", "d", "l", "p", "m", "g", "xbln", "u", "lg", "a", "s", "a", "e", "s", "p", "vmv", "lh"], "init": ["gkopygjdlpmgxblnulgasaespvmvlh"], "intermediate": [["gkopygjdlpm", "gxblnulgasaespvmvlh"], ["gkopygj", "dlpm", "gxblnulgasaespvmvlh"], ["gkopygj", "dlpm", "gxblnulgas", "aespvmvlh"], ["gkopygj", "dlpm", "gxbln", "ulgas", "aespvmvlh"], ["gk", "opygj", "dlpm", "gxbln", "ulgas", "aespvmvlh"], ["gk", "opygj", "dlpm", "g", "xbln", "ulgas", "aespvmvlh"], ["gk", "opygj", "dlpm", "g", "xbln", "u", "lgas", "aespvmvlh"], ["gk", "opygj", "d", "lpm", "g", "xbln", "u", "lgas", "aespvmvlh"], ["gk", "op", "ygj", "d", "lpm", "g", "xbln", "u", "lgas", "aespvmvlh"], ["gk", "o", "p", "ygj", "d", "lpm", "g", "xbln", "u", "lgas", "aespvmvlh"], ["gk", "o", "p", "ygj", "d", "lpm", "g", "xbln", "u", "lgas", "aesp", "vmvlh"], ["gk", "o", "p", "ygj", "d", "lpm", "g", "xbln", "u", "lga", "s", "aesp", "vmvlh"], ["gk", "o", "p", "ygj", "d", "lpm", "g", "xbln", "u", "lga", "s", "aesp", "vmv", "lh"], ["gk", "o", "p", "ygj", "d", "lpm", "g", "xbln", "u", "lga", "s", "aes", "p", "vmv", "lh"], ["gk", "o", "p", "ygj", "d", "lpm", "g", "xbln", "u", "lga", "s", "a", "es", "p", "vmv", "lh"], ["gk", "o", "p", "ygj", "d", "l", "pm", "g", "xbln", "u", "lga", "s", "a", "es", "p", "vmv", "lh"], ["gk", "o", "p", "y", "gj", "d", "l", "pm", "g", "xbln", "u", "lga", "s", "a", "es", "p", "vmv", "lh"], ["gk", "o", "p", "y", "gj", "d", "l", "pm", "g", "xbln", "u", "lg", "a", "s", "a", "es", "p", "vmv", "lh"], ["gk", "o", "p", "y", "gj", "d", "l", "pm", "g", "xbln", "u", "lg", "a", "s", "a", "e", "s", "p", "vmv", "lh"]]}, "config": {"length": 30, "num_positions": 20, "positions": [11, 7, 21, 16, 2, 12, 17, 8, 4, 3, 25, 20, 28, 24, 22, 9, 5, 19, 23, 10], "string": "gkopygjdlpmgxblnulgasaespvmvlh"}, "task_name": "task08", "example_name": "0187", "problem_name": "task08_0187"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njtigsziofzadkoggidvgrubhau\nPositions:\n5, 2, 6, 14, 20, 23, 15, 3, 8, 7, 13, 25, 10, 24, 9, 1, 16, 18, 21, 22", "label": {"final": ["j", "t", "i", "gs", "z", "i", "o", "f", "z", "adk", "o", "g", "g", "id", "vg", "r", "u", "b", "h", "a", "u"], "init": ["jtigsziofzadkoggidvgrubhau"], "intermediate": [["jtigs", "ziofzadkoggidvgrubhau"], ["jt", "igs", "ziofzadkoggidvgrubhau"], ["jt", "igs", "z", "iofzadkoggidvgrubhau"], ["jt", "igs", "z", "iofzadko", "ggidvgrubhau"], ["jt", "igs", "z", "iofzadko", "ggidvg", "rubhau"], ["jt", "igs", "z", "iofzadko", "ggidvg", "rub", "hau"], ["jt", "igs", "z", "iofzadko", "g", "gidvg", "rub", "hau"], ["jt", "i", "gs", "z", "iofzadko", "g", "gidvg", "rub", "hau"], ["jt", "i", "gs", "z", "io", "fzadko", "g", "gidvg", "rub", "hau"], ["jt", "i", "gs", "z", "i", "o", "fzadko", "g", "gidvg", "rub", "hau"], ["jt", "i", "gs", "z", "i", "o", "fzadk", "o", "g", "gidvg", "rub", "hau"], ["jt", "i", "gs", "z", "i", "o", "fzadk", "o", "g", "gidvg", "rub", "ha", "u"], ["jt", "i", "gs", "z", "i", "o", "fz", "adk", "o", "g", "gidvg", "rub", "ha", "u"], ["jt", "i", "gs", "z", "i", "o", "fz", "adk", "o", "g", "gidvg", "rub", "h", "a", "u"], ["jt", "i", "gs", "z", "i", "o", "f", "z", "adk", "o", "g", "gidvg", "rub", "h", "a", "u"], ["j", "t", "i", "gs", "z", "i", "o", "f", "z", "adk", "o", "g", "gidvg", "rub", "h", "a", "u"], ["j", "t", "i", "gs", "z", "i", "o", "f", "z", "adk", "o", "g", "g", "idvg", "rub", "h", "a", "u"], ["j", "t", "i", "gs", "z", "i", "o", "f", "z", "adk", "o", "g", "g", "id", "vg", "rub", "h", "a", "u"], ["j", "t", "i", "gs", "z", "i", "o", "f", "z", "adk", "o", "g", "g", "id", "vg", "r", "ub", "h", "a", "u"]]}, "config": {"length": 26, "num_positions": 20, "positions": [5, 2, 6, 14, 20, 23, 15, 3, 8, 7, 13, 25, 10, 24, 9, 1, 16, 18, 21, 22], "string": "jtigsziofzadkoggidvgrubhau"}, "task_name": "task08", "example_name": "0188", "problem_name": "task08_0188"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\neqwvxgoqtjdfekzmpwepxoh\nPositions:\n11, 13, 4, 16, 20, 14, 6, 21, 9, 10, 3, 2, 8, 19, 1, 5, 7, 17, 15, 12", "label": {"final": ["e", "q", "w", "v", "x", "g", "o", "q", "t", "j", "d", "f", "e", "k", "z", "m", "p", "we", "p", "x", "oh"], "init": ["eqwvxgoqtjdfekzmpwepxoh"], "intermediate": [["eqwvxgoqtjd", "fekzmpwepxoh"], ["eqwvxgoqtjd", "fe", "kzmpwepxoh"], ["eqwv", "xgoqtjd", "fe", "kzmpwepxoh"], ["eqwv", "xgoqtjd", "fe", "kzm", "pwepxoh"], ["eqwv", "xgoqtjd", "fe", "kzm", "pwep", "xoh"], ["eqwv", "xgoqtjd", "fe", "k", "zm", "pwep", "xoh"], ["eqwv", "xg", "oqtjd", "fe", "k", "zm", "pwep", "xoh"], ["eqwv", "xg", "oqtjd", "fe", "k", "zm", "pwep", "x", "oh"], ["eqwv", "xg", "oqt", "jd", "fe", "k", "zm", "pwep", "x", "oh"], ["eqwv", "xg", "oqt", "j", "d", "fe", "k", "zm", "pwep", "x", "oh"], ["eqw", "v", "xg", "oqt", "j", "d", "fe", "k", "zm", "pwep", "x", "oh"], ["eq", "w", "v", "xg", "oqt", "j", "d", "fe", "k", "zm", "pwep", "x", "oh"], ["eq", "w", "v", "xg", "oq", "t", "j", "d", "fe", "k", "zm", "pwep", "x", "oh"], ["eq", "w", "v", "xg", "oq", "t", "j", "d", "fe", "k", "zm", "pwe", "p", "x", "oh"], ["e", "q", "w", "v", "xg", "oq", "t", "j", "d", "fe", "k", "zm", "pwe", "p", "x", "oh"], ["e", "q", "w", "v", "x", "g", "oq", "t", "j", "d", "fe", "k", "zm", "pwe", "p", "x", "oh"], ["e", "q", "w", "v", "x", "g", "o", "q", "t", "j", "d", "fe", "k", "zm", "pwe", "p", "x", "oh"], ["e", "q", "w", "v", "x", "g", "o", "q", "t", "j", "d", "fe", "k", "zm", "p", "we", "p", "x", "oh"], ["e", "q", "w", "v", "x", "g", "o", "q", "t", "j", "d", "fe", "k", "z", "m", "p", "we", "p", "x", "oh"]]}, "config": {"length": 23, "num_positions": 20, "positions": [11, 13, 4, 16, 20, 14, 6, 21, 9, 10, 3, 2, 8, 19, 1, 5, 7, 17, 15, 12], "string": "eqwvxgoqtjdfekzmpwepxoh"}, "task_name": "task08", "example_name": "0189", "problem_name": "task08_0189"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\napmhscbqrhvsfjofqrwhmry\nPositions:\n4, 16, 10, 7, 1, 12, 2, 5, 19, 11, 15, 21, 6, 13, 22, 14, 3, 9, 20, 17, 8", "label": {"final": ["a", "p", "m", "h", "s", "c", "b", "q", "r", "h", "v", "s", "f", "j", "o", "f", "q", "rw", "h", "m", "r", "y"], "init": ["apmhscbqrhvsfjofqrwhmry"], "intermediate": [["apmh", "scbqrhvsfjofqrwhmry"], ["apmh", "scbqrhvsfjof", "qrwhmry"], ["apmh", "scbqrh", "vsfjof", "qrwhmry"], ["apmh", "scb", "qrh", "vsfjof", "qrwhmry"], ["a", "pmh", "scb", "qrh", "vsfjof", "qrwhmry"], ["a", "pmh", "scb", "qrh", "vs", "fjof", "qrwhmry"], ["a", "p", "mh", "scb", "qrh", "vs", "fjof", "qrwhmry"], ["a", "p", "mh", "s", "cb", "qrh", "vs", "fjof", "qrwhmry"], ["a", "p", "mh", "s", "cb", "qrh", "vs", "fjof", "qrw", "hmry"], ["a", "p", "mh", "s", "cb", "qrh", "v", "s", "fjof", "qrw", "hmry"], ["a", "p", "mh", "s", "cb", "qrh", "v", "s", "fjo", "f", "qrw", "hmry"], ["a", "p", "mh", "s", "cb", "qrh", "v", "s", "fjo", "f", "qrw", "hm", "ry"], ["a", "p", "mh", "s", "c", "b", "qrh", "v", "s", "fjo", "f", "qrw", "hm", "ry"], ["a", "p", "mh", "s", "c", "b", "qrh", "v", "s", "f", "jo", "f", "qrw", "hm", "ry"], ["a", "p", "mh", "s", "c", "b", "qrh", "v", "s", "f", "jo", "f", "qrw", "hm", "r", "y"], ["a", "p", "mh", "s", "c", "b", "qrh", "v", "s", "f", "j", "o", "f", "qrw", "hm", "r", "y"], ["a", "p", "m", "h", "s", "c", "b", "qrh", "v", "s", "f", "j", "o", "f", "qrw", "hm", "r", "y"], ["a", "p", "m", "h", "s", "c", "b", "qr", "h", "v", "s", "f", "j", "o", "f", "qrw", "hm", "r", "y"], ["a", "p", "m", "h", "s", "c", "b", "qr", "h", "v", "s", "f", "j", "o", "f", "qrw", "h", "m", "r", "y"], ["a", "p", "m", "h", "s", "c", "b", "qr", "h", "v", "s", "f", "j", "o", "f", "q", "rw", "h", "m", "r", "y"]]}, "config": {"length": 23, "num_positions": 21, "positions": [4, 16, 10, 7, 1, 12, 2, 5, 19, 11, 15, 21, 6, 13, 22, 14, 3, 9, 20, 17, 8], "string": "apmhscbqrhvsfjofqrwhmry"}, "task_name": "task08", "example_name": "0190", "problem_name": "task08_0190"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhcumaxtqfdqkedmcklohwnnz\nPositions:\n2, 21, 19, 13, 17, 14, 18, 23, 1, 6, 3, 11, 9, 12, 4, 20, 7, 16, 5, 8, 10", "label": {"final": ["h", "c", "u", "m", "a", "x", "t", "q", "f", "d", "q", "k", "e", "d", "mc", "k", "l", "o", "h", "w", "nn", "z"], "init": ["hcumaxtqfdqkedmcklohwnnz"], "intermediate": [["hc", "umaxtqfdqkedmcklohwnnz"], ["hc", "umaxtqfdqkedmcklohw", "nnz"], ["hc", "umaxtqfdqkedmcklo", "hw", "nnz"], ["hc", "umaxtqfdqke", "dmcklo", "hw", "nnz"], ["hc", "umaxtqfdqke", "dmck", "lo", "hw", "nnz"], ["hc", "umaxtqfdqke", "d", "mck", "lo", "hw", "nnz"], ["hc", "umaxtqfdqke", "d", "mck", "l", "o", "hw", "nnz"], ["hc", "umaxtqfdqke", "d", "mck", "l", "o", "hw", "nn", "z"], ["h", "c", "umaxtqfdqke", "d", "mck", "l", "o", "hw", "nn", "z"], ["h", "c", "umax", "tqfdqke", "d", "mck", "l", "o", "hw", "nn", "z"], ["h", "c", "u", "max", "tqfdqke", "d", "mck", "l", "o", "hw", "nn", "z"], ["h", "c", "u", "max", "tqfdq", "ke", "d", "mck", "l", "o", "hw", "nn", "z"], ["h", "c", "u", "max", "tqf", "dq", "ke", "d", "mck", "l", "o", "hw", "nn", "z"], ["h", "c", "u", "max", "tqf", "dq", "k", "e", "d", "mck", "l", "o", "hw", "nn", "z"], ["h", "c", "u", "m", "ax", "tqf", "dq", "k", "e", "d", "mck", "l", "o", "hw", "nn", "z"], ["h", "c", "u", "m", "ax", "tqf", "dq", "k", "e", "d", "mck", "l", "o", "h", "w", "nn", "z"], ["h", "c", "u", "m", "ax", "t", "qf", "dq", "k", "e", "d", "mck", "l", "o", "h", "w", "nn", "z"], ["h", "c", "u", "m", "ax", "t", "qf", "dq", "k", "e", "d", "mc", "k", "l", "o", "h", "w", "nn", "z"], ["h", "c", "u", "m", "a", "x", "t", "qf", "dq", "k", "e", "d", "mc", "k", "l", "o", "h", "w", "nn", "z"], ["h", "c", "u", "m", "a", "x", "t", "q", "f", "dq", "k", "e", "d", "mc", "k", "l", "o", "h", "w", "nn", "z"]]}, "config": {"length": 24, "num_positions": 21, "positions": [2, 21, 19, 13, 17, 14, 18, 23, 1, 6, 3, 11, 9, 12, 4, 20, 7, 16, 5, 8, 10], "string": "hcumaxtqfdqkedmcklohwnnz"}, "task_name": "task08", "example_name": "0191", "problem_name": "task08_0191"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqsntbtmlkpdgtbfrnmosrb\nPositions:\n6, 14, 4, 12, 11, 1, 5, 18, 10, 16, 8, 9, 17, 7, 15, 19, 20, 2, 3, 13, 21", "label": {"final": ["q", "s", "n", "t", "b", "t", "m", "l", "k", "p", "d", "g", "t", "b", "f", "r", "n", "m", "o", "s", "r", "b"], "init": ["qsntbtmlkpdgtbfrnmosrb"], "intermediate": [["qsntbt", "mlkpdgtbfrnmosrb"], ["qsntbt", "mlkpdgtb", "frnmosrb"], ["qsnt", "bt", "mlkpdgtb", "frnmosrb"], ["qsnt", "bt", "mlkpdg", "tb", "frnmosrb"], ["qsnt", "bt", "mlkpd", "g", "tb", "frnmosrb"], ["q", "snt", "bt", "mlkpd", "g", "tb", "frnmosrb"], ["q", "snt", "b", "t", "mlkpd", "g", "tb", "frnmosrb"], ["q", "snt", "b", "t", "mlkpd", "g", "tb", "frnm", "osrb"], ["q", "snt", "b", "t", "mlkp", "d", "g", "tb", "frnm", "osrb"], ["q", "snt", "b", "t", "mlkp", "d", "g", "tb", "fr", "nm", "osrb"], ["q", "snt", "b", "t", "ml", "kp", "d", "g", "tb", "fr", "nm", "osrb"], ["q", "snt", "b", "t", "ml", "k", "p", "d", "g", "tb", "fr", "nm", "osrb"], ["q", "snt", "b", "t", "ml", "k", "p", "d", "g", "tb", "fr", "n", "m", "osrb"], ["q", "snt", "b", "t", "m", "l", "k", "p", "d", "g", "tb", "fr", "n", "m", "osrb"], ["q", "snt", "b", "t", "m", "l", "k", "p", "d", "g", "tb", "f", "r", "n", "m", "osrb"], ["q", "snt", "b", "t", "m", "l", "k", "p", "d", "g", "tb", "f", "r", "n", "m", "o", "srb"], ["q", "snt", "b", "t", "m", "l", "k", "p", "d", "g", "tb", "f", "r", "n", "m", "o", "s", "rb"], ["q", "s", "nt", "b", "t", "m", "l", "k", "p", "d", "g", "tb", "f", "r", "n", "m", "o", "s", "rb"], ["q", "s", "n", "t", "b", "t", "m", "l", "k", "p", "d", "g", "tb", "f", "r", "n", "m", "o", "s", "rb"], ["q", "s", "n", "t", "b", "t", "m", "l", "k", "p", "d", "g", "t", "b", "f", "r", "n", "m", "o", "s", "rb"]]}, "config": {"length": 22, "num_positions": 21, "positions": [6, 14, 4, 12, 11, 1, 5, 18, 10, 16, 8, 9, 17, 7, 15, 19, 20, 2, 3, 13, 21], "string": "qsntbtmlkpdgtbfrnmosrb"}, "task_name": "task08", "example_name": "0192", "problem_name": "task08_0192"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqaijkelguhlsbdopxxoxwld\nPositions:\n22, 17, 13, 2, 1, 9, 12, 21, 4, 20, 14, 19, 6, 16, 11, 10, 5, 3, 18, 7, 8", "label": {"final": ["q", "a", "i", "j", "k", "e", "l", "g", "u", "h", "l", "s", "b", "d", "op", "x", "x", "o", "x", "w", "l", "d"], "init": ["qaijkelguhlsbdopxxoxwld"], "intermediate": [["qaijkelguhlsbdopxxoxwl", "d"], ["qaijkelguhlsbdopx", "xoxwl", "d"], ["qaijkelguhlsb", "dopx", "xoxwl", "d"], ["qa", "ijkelguhlsb", "dopx", "xoxwl", "d"], ["q", "a", "ijkelguhlsb", "dopx", "xoxwl", "d"], ["q", "a", "ijkelgu", "hlsb", "dopx", "xoxwl", "d"], ["q", "a", "ijkelgu", "hls", "b", "dopx", "xoxwl", "d"], ["q", "a", "ijkelgu", "hls", "b", "dopx", "xoxw", "l", "d"], ["q", "a", "ij", "kelgu", "hls", "b", "dopx", "xoxw", "l", "d"], ["q", "a", "ij", "kelgu", "hls", "b", "dopx", "xox", "w", "l", "d"], ["q", "a", "ij", "kelgu", "hls", "b", "d", "opx", "xox", "w", "l", "d"], ["q", "a", "ij", "kelgu", "hls", "b", "d", "opx", "xo", "x", "w", "l", "d"], ["q", "a", "ij", "ke", "lgu", "hls", "b", "d", "opx", "xo", "x", "w", "l", "d"], ["q", "a", "ij", "ke", "lgu", "hls", "b", "d", "op", "x", "xo", "x", "w", "l", "d"], ["q", "a", "ij", "ke", "lgu", "hl", "s", "b", "d", "op", "x", "xo", "x", "w", "l", "d"], ["q", "a", "ij", "ke", "lgu", "h", "l", "s", "b", "d", "op", "x", "xo", "x", "w", "l", "d"], ["q", "a", "ij", "k", "e", "lgu", "h", "l", "s", "b", "d", "op", "x", "xo", "x", "w", "l", "d"], ["q", "a", "i", "j", "k", "e", "lgu", "h", "l", "s", "b", "d", "op", "x", "xo", "x", "w", "l", "d"], ["q", "a", "i", "j", "k", "e", "lgu", "h", "l", "s", "b", "d", "op", "x", "x", "o", "x", "w", "l", "d"], ["q", "a", "i", "j", "k", "e", "l", "gu", "h", "l", "s", "b", "d", "op", "x", "x", "o", "x", "w", "l", "d"]]}, "config": {"length": 23, "num_positions": 21, "positions": [22, 17, 13, 2, 1, 9, 12, 21, 4, 20, 14, 19, 6, 16, 11, 10, 5, 3, 18, 7, 8], "string": "qaijkelguhlsbdopxxoxwld"}, "task_name": "task08", "example_name": "0193", "problem_name": "task08_0193"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzojjhhwkmdoekbbjfujsfycfo\nPositions:\n7, 16, 24, 2, 19, 13, 11, 5, 8, 1, 17, 4, 12, 15, 20, 22, 9, 14, 6, 21, 18", "label": {"final": ["z", "o", "jj", "h", "h", "w", "k", "m", "do", "e", "k", "b", "b", "j", "f", "u", "j", "s", "f", "y", "cf", "o"], "init": ["zojjhhwkmdoekbbjfujsfycfo"], "intermediate": [["zojjhhw", "kmdoekbbjfujsfycfo"], ["zojjhhw", "kmdoekbbj", "fujsfycfo"], ["zojjhhw", "kmdoekbbj", "fujsfycf", "o"], ["zo", "jjhhw", "kmdoekbbj", "fujsfycf", "o"], ["zo", "jjhhw", "kmdoekbbj", "fuj", "sfycf", "o"], ["zo", "jjhhw", "kmdoek", "bbj", "fuj", "sfycf", "o"], ["zo", "jjhhw", "kmdo", "ek", "bbj", "fuj", "sfycf", "o"], ["zo", "jjh", "hw", "kmdo", "ek", "bbj", "fuj", "sfycf", "o"], ["zo", "jjh", "hw", "k", "mdo", "ek", "bbj", "fuj", "sfycf", "o"], ["z", "o", "jjh", "hw", "k", "mdo", "ek", "bbj", "fuj", "sfycf", "o"], ["z", "o", "jjh", "hw", "k", "mdo", "ek", "bbj", "f", "uj", "sfycf", "o"], ["z", "o", "jj", "h", "hw", "k", "mdo", "ek", "bbj", "f", "uj", "sfycf", "o"], ["z", "o", "jj", "h", "hw", "k", "mdo", "e", "k", "bbj", "f", "uj", "sfycf", "o"], ["z", "o", "jj", "h", "hw", "k", "mdo", "e", "k", "bb", "j", "f", "uj", "sfycf", "o"], ["z", "o", "jj", "h", "hw", "k", "mdo", "e", "k", "bb", "j", "f", "uj", "s", "fycf", "o"], ["z", "o", "jj", "h", "hw", "k", "mdo", "e", "k", "bb", "j", "f", "uj", "s", "fy", "cf", "o"], ["z", "o", "jj", "h", "hw", "k", "m", "do", "e", "k", "bb", "j", "f", "uj", "s", "fy", "cf", "o"], ["z", "o", "jj", "h", "hw", "k", "m", "do", "e", "k", "b", "b", "j", "f", "uj", "s", "fy", "cf", "o"], ["z", "o", "jj", "h", "h", "w", "k", "m", "do", "e", "k", "b", "b", "j", "f", "uj", "s", "fy", "cf", "o"], ["z", "o", "jj", "h", "h", "w", "k", "m", "do", "e", "k", "b", "b", "j", "f", "uj", "s", "f", "y", "cf", "o"]]}, "config": {"length": 25, "num_positions": 21, "positions": [7, 16, 24, 2, 19, 13, 11, 5, 8, 1, 17, 4, 12, 15, 20, 22, 9, 14, 6, 21, 18], "string": "zojjhhwkmdoekbbjfujsfycfo"}, "task_name": "task08", "example_name": "0194", "problem_name": "task08_0194"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzqpigpwjwbztviqvmzpdbqegg\nPositions:\n16, 6, 22, 11, 18, 4, 17, 23, 8, 9, 1, 13, 19, 14, 5, 7, 24, 15, 2, 12, 10", "label": {"final": ["z", "q", "pi", "g", "p", "w", "j", "w", "b", "z", "t", "v", "i", "q", "v", "m", "z", "p", "dbq", "e", "g", "g"], "init": ["zqpigpwjwbztviqvmzpdbqegg"], "intermediate": [["zqpigpwjwbztviqv", "mzpdbqegg"], ["zqpigp", "wjwbztviqv", "mzpdbqegg"], ["zqpigp", "wjwbztviqv", "mzpdbq", "egg"], ["zqpigp", "wjwbz", "tviqv", "mzpdbq", "egg"], ["zqpigp", "wjwbz", "tviqv", "mz", "pdbq", "egg"], ["zqpi", "gp", "wjwbz", "tviqv", "mz", "pdbq", "egg"], ["zqpi", "gp", "wjwbz", "tviqv", "m", "z", "pdbq", "egg"], ["zqpi", "gp", "wjwbz", "tviqv", "m", "z", "pdbq", "e", "gg"], ["zqpi", "gp", "wj", "wbz", "tviqv", "m", "z", "pdbq", "e", "gg"], ["zqpi", "gp", "wj", "w", "bz", "tviqv", "m", "z", "pdbq", "e", "gg"], ["z", "qpi", "gp", "wj", "w", "bz", "tviqv", "m", "z", "pdbq", "e", "gg"], ["z", "qpi", "gp", "wj", "w", "bz", "tv", "iqv", "m", "z", "pdbq", "e", "gg"], ["z", "qpi", "gp", "wj", "w", "bz", "tv", "iqv", "m", "z", "p", "dbq", "e", "gg"], ["z", "qpi", "gp", "wj", "w", "bz", "tv", "i", "qv", "m", "z", "p", "dbq", "e", "gg"], ["z", "qpi", "g", "p", "wj", "w", "bz", "tv", "i", "qv", "m", "z", "p", "dbq", "e", "gg"], ["z", "qpi", "g", "p", "w", "j", "w", "bz", "tv", "i", "qv", "m", "z", "p", "dbq", "e", "gg"], ["z", "qpi", "g", "p", "w", "j", "w", "bz", "tv", "i", "qv", "m", "z", "p", "dbq", "e", "g", "g"], ["z", "qpi", "g", "p", "w", "j", "w", "bz", "tv", "i", "q", "v", "m", "z", "p", "dbq", "e", "g", "g"], ["z", "q", "pi", "g", "p", "w", "j", "w", "bz", "tv", "i", "q", "v", "m", "z", "p", "dbq", "e", "g", "g"], ["z", "q", "pi", "g", "p", "w", "j", "w", "bz", "t", "v", "i", "q", "v", "m", "z", "p", "dbq", "e", "g", "g"]]}, "config": {"length": 25, "num_positions": 21, "positions": [16, 6, 22, 11, 18, 4, 17, 23, 8, 9, 1, 13, 19, 14, 5, 7, 24, 15, 2, 12, 10], "string": "zqpigpwjwbztviqvmzpdbqegg"}, "task_name": "task08", "example_name": "0195", "problem_name": "task08_0195"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npvyexphgodungplypacqiljbqyz\nPositions:\n6, 7, 26, 8, 15, 22, 16, 19, 21, 20, 12, 24, 5, 4, 17, 1, 10, 18, 14, 11, 9", "label": {"final": ["p", "vye", "x", "p", "h", "g", "o", "d", "u", "n", "gp", "l", "y", "p", "a", "c", "q", "i", "l", "jb", "qy", "z"], "init": ["pvyexphgodungplypacqiljbqyz"], "intermediate": [["pvyexp", "hgodungplypacqiljbqyz"], ["pvyexp", "h", "godungplypacqiljbqyz"], ["pvyexp", "h", "godungplypacqiljbqy", "z"], ["pvyexp", "h", "g", "odungplypacqiljbqy", "z"], ["pvyexp", "h", "g", "odungpl", "ypacqiljbqy", "z"], ["pvyexp", "h", "g", "odungpl", "ypacqil", "jbqy", "z"], ["pvyexp", "h", "g", "odungpl", "y", "pacqil", "jbqy", "z"], ["pvyexp", "h", "g", "odungpl", "y", "pac", "qil", "jbqy", "z"], ["pvyexp", "h", "g", "odungpl", "y", "pac", "qi", "l", "jbqy", "z"], ["pvyexp", "h", "g", "odungpl", "y", "pac", "q", "i", "l", "jbqy", "z"], ["pvyexp", "h", "g", "odun", "gpl", "y", "pac", "q", "i", "l", "jbqy", "z"], ["pvyexp", "h", "g", "odun", "gpl", "y", "pac", "q", "i", "l", "jb", "qy", "z"], ["pvyex", "p", "h", "g", "odun", "gpl", "y", "pac", "q", "i", "l", "jb", "qy", "z"], ["pvye", "x", "p", "h", "g", "odun", "gpl", "y", "pac", "q", "i", "l", "jb", "qy", "z"], ["pvye", "x", "p", "h", "g", "odun", "gpl", "y", "p", "ac", "q", "i", "l", "jb", "qy", "z"], ["p", "vye", "x", "p", "h", "g", "odun", "gpl", "y", "p", "ac", "q", "i", "l", "jb", "qy", "z"], ["p", "vye", "x", "p", "h", "g", "od", "un", "gpl", "y", "p", "ac", "q", "i", "l", "jb", "qy", "z"], ["p", "vye", "x", "p", "h", "g", "od", "un", "gpl", "y", "p", "a", "c", "q", "i", "l", "jb", "qy", "z"], ["p", "vye", "x", "p", "h", "g", "od", "un", "gp", "l", "y", "p", "a", "c", "q", "i", "l", "jb", "qy", "z"], ["p", "vye", "x", "p", "h", "g", "od", "u", "n", "gp", "l", "y", "p", "a", "c", "q", "i", "l", "jb", "qy", "z"]]}, "config": {"length": 27, "num_positions": 21, "positions": [6, 7, 26, 8, 15, 22, 16, 19, 21, 20, 12, 24, 5, 4, 17, 1, 10, 18, 14, 11, 9], "string": "pvyexphgodungplypacqiljbqyz"}, "task_name": "task08", "example_name": "0196", "problem_name": "task08_0196"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nopptiufarayrzqcecyigswbswtkbu\nPositions:\n8, 11, 14, 2, 7, 16, 6, 1, 13, 12, 28, 10, 20, 15, 5, 19, 17, 18, 26, 24, 4", "label": {"final": ["o", "p", "pt", "i", "u", "f", "a", "ra", "y", "r", "z", "q", "c", "e", "c", "y", "i", "g", "swbs", "wt", "kb", "u"], "init": ["opptiufarayrzqcecyigswbswtkbu"], "intermediate": [["opptiufa", "rayrzqcecyigswbswtkbu"], ["opptiufa", "ray", "rzqcecyigswbswtkbu"], ["opptiufa", "ray", "rzq", "cecyigswbswtkbu"], ["op", "ptiufa", "ray", "rzq", "cecyigswbswtkbu"], ["op", "ptiuf", "a", "ray", "rzq", "cecyigswbswtkbu"], ["op", "ptiuf", "a", "ray", "rzq", "ce", "cyigswbswtkbu"], ["op", "ptiu", "f", "a", "ray", "rzq", "ce", "cyigswbswtkbu"], ["o", "p", "ptiu", "f", "a", "ray", "rzq", "ce", "cyigswbswtkbu"], ["o", "p", "ptiu", "f", "a", "ray", "rz", "q", "ce", "cyigswbswtkbu"], ["o", "p", "ptiu", "f", "a", "ray", "r", "z", "q", "ce", "cyigswbswtkbu"], ["o", "p", "ptiu", "f", "a", "ray", "r", "z", "q", "ce", "cyigswbswtkb", "u"], ["o", "p", "ptiu", "f", "a", "ra", "y", "r", "z", "q", "ce", "cyigswbswtkb", "u"], ["o", "p", "ptiu", "f", "a", "ra", "y", "r", "z", "q", "ce", "cyig", "swbswtkb", "u"], ["o", "p", "ptiu", "f", "a", "ra", "y", "r", "z", "q", "c", "e", "cyig", "swbswtkb", "u"], ["o", "p", "pti", "u", "f", "a", "ra", "y", "r", "z", "q", "c", "e", "cyig", "swbswtkb", "u"], ["o", "p", "pti", "u", "f", "a", "ra", "y", "r", "z", "q", "c", "e", "cyi", "g", "swbswtkb", "u"], ["o", "p", "pti", "u", "f", "a", "ra", "y", "r", "z", "q", "c", "e", "c", "yi", "g", "swbswtkb", "u"], ["o", "p", "pti", "u", "f", "a", "ra", "y", "r", "z", "q", "c", "e", "c", "y", "i", "g", "swbswtkb", "u"], ["o", "p", "pti", "u", "f", "a", "ra", "y", "r", "z", "q", "c", "e", "c", "y", "i", "g", "swbswt", "kb", "u"], ["o", "p", "pti", "u", "f", "a", "ra", "y", "r", "z", "q", "c", "e", "c", "y", "i", "g", "swbs", "wt", "kb", "u"]]}, "config": {"length": 29, "num_positions": 21, "positions": [8, 11, 14, 2, 7, 16, 6, 1, 13, 12, 28, 10, 20, 15, 5, 19, 17, 18, 26, 24, 4], "string": "opptiufarayrzqcecyigswbswtkbu"}, "task_name": "task08", "example_name": "0197", "problem_name": "task08_0197"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlvumilszbfdvamoyyntgisqsg\nPositions:\n8, 7, 21, 5, 2, 1, 3, 16, 10, 6, 4, 19, 20, 9, 22, 13, 17, 12, 24, 15, 23", "label": {"final": ["l", "v", "u", "m", "i", "l", "s", "z", "b", "f", "dv", "a", "mo", "y", "y", "nt", "g", "i", "s", "q", "s", "g"], "init": ["lvumilszbfdvamoyyntgisqsg"], "intermediate": [["lvumilsz", "bfdvamoyyntgisqsg"], ["lvumils", "z", "bfdvamoyyntgisqsg"], ["lvumils", "z", "bfdvamoyyntgi", "sqsg"], ["lvumi", "ls", "z", "bfdvamoyyntgi", "sqsg"], ["lv", "umi", "ls", "z", "bfdvamoyyntgi", "sqsg"], ["l", "v", "umi", "ls", "z", "bfdvamoyyntgi", "sqsg"], ["l", "v", "u", "mi", "ls", "z", "bfdvamoyyntgi", "sqsg"], ["l", "v", "u", "mi", "ls", "z", "bfdvamoy", "yntgi", "sqsg"], ["l", "v", "u", "mi", "ls", "z", "bf", "dvamoy", "yntgi", "sqsg"], ["l", "v", "u", "mi", "l", "s", "z", "bf", "dvamoy", "yntgi", "sqsg"], ["l", "v", "u", "m", "i", "l", "s", "z", "bf", "dvamoy", "yntgi", "sqsg"], ["l", "v", "u", "m", "i", "l", "s", "z", "bf", "dvamoy", "ynt", "gi", "sqsg"], ["l", "v", "u", "m", "i", "l", "s", "z", "bf", "dvamoy", "ynt", "g", "i", "sqsg"], ["l", "v", "u", "m", "i", "l", "s", "z", "b", "f", "dvamoy", "ynt", "g", "i", "sqsg"], ["l", "v", "u", "m", "i", "l", "s", "z", "b", "f", "dvamoy", "ynt", "g", "i", "s", "qsg"], ["l", "v", "u", "m", "i", "l", "s", "z", "b", "f", "dva", "moy", "ynt", "g", "i", "s", "qsg"], ["l", "v", "u", "m", "i", "l", "s", "z", "b", "f", "dva", "moy", "y", "nt", "g", "i", "s", "qsg"], ["l", "v", "u", "m", "i", "l", "s", "z", "b", "f", "dv", "a", "moy", "y", "nt", "g", "i", "s", "qsg"], ["l", "v", "u", "m", "i", "l", "s", "z", "b", "f", "dv", "a", "moy", "y", "nt", "g", "i", "s", "qs", "g"], ["l", "v", "u", "m", "i", "l", "s", "z", "b", "f", "dv", "a", "mo", "y", "y", "nt", "g", "i", "s", "qs", "g"]]}, "config": {"length": 25, "num_positions": 21, "positions": [8, 7, 21, 5, 2, 1, 3, 16, 10, 6, 4, 19, 20, 9, 22, 13, 17, 12, 24, 15, 23], "string": "lvumilszbfdvamoyyntgisqsg"}, "task_name": "task08", "example_name": "0198", "problem_name": "task08_0198"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqtmsbjxhjnihqiiexhxfpjfmgdhbfb\nPositions:\n17, 8, 21, 25, 10, 20, 5, 27, 14, 22, 3, 18, 4, 7, 6, 13, 28, 15, 29, 9, 23", "label": {"final": ["qtm", "s", "b", "j", "x", "h", "j", "n", "ihq", "i", "i", "ex", "h", "xf", "p", "j", "f", "mg", "dh", "b", "f", "b"], "init": ["qtmsbjxhjnihqiiexhxfpjfmgdhbfb"], "intermediate": [["qtmsbjxhjnihqiiex", "hxfpjfmgdhbfb"], ["qtmsbjxh", "jnihqiiex", "hxfpjfmgdhbfb"], ["qtmsbjxh", "jnihqiiex", "hxfp", "jfmgdhbfb"], ["qtmsbjxh", "jnihqiiex", "hxfp", "jfmg", "dhbfb"], ["qtmsbjxh", "jn", "ihqiiex", "hxfp", "jfmg", "dhbfb"], ["qtmsbjxh", "jn", "ihqiiex", "hxf", "p", "jfmg", "dhbfb"], ["qtmsb", "jxh", "jn", "ihqiiex", "hxf", "p", "jfmg", "dhbfb"], ["qtmsb", "jxh", "jn", "ihqiiex", "hxf", "p", "jfmg", "dh", "bfb"], ["qtmsb", "jxh", "jn", "ihqi", "iex", "hxf", "p", "jfmg", "dh", "bfb"], ["qtmsb", "jxh", "jn", "ihqi", "iex", "hxf", "p", "j", "fmg", "dh", "bfb"], ["qtm", "sb", "jxh", "jn", "ihqi", "iex", "hxf", "p", "j", "fmg", "dh", "bfb"], ["qtm", "sb", "jxh", "jn", "ihqi", "iex", "h", "xf", "p", "j", "fmg", "dh", "bfb"], ["qtm", "s", "b", "jxh", "jn", "ihqi", "iex", "h", "xf", "p", "j", "fmg", "dh", "bfb"], ["qtm", "s", "b", "jx", "h", "jn", "ihqi", "iex", "h", "xf", "p", "j", "fmg", "dh", "bfb"], ["qtm", "s", "b", "j", "x", "h", "jn", "ihqi", "iex", "h", "xf", "p", "j", "fmg", "dh", "bfb"], ["qtm", "s", "b", "j", "x", "h", "jn", "ihq", "i", "iex", "h", "xf", "p", "j", "fmg", "dh", "bfb"], ["qtm", "s", "b", "j", "x", "h", "jn", "ihq", "i", "iex", "h", "xf", "p", "j", "fmg", "dh", "b", "fb"], ["qtm", "s", "b", "j", "x", "h", "jn", "ihq", "i", "i", "ex", "h", "xf", "p", "j", "fmg", "dh", "b", "fb"], ["qtm", "s", "b", "j", "x", "h", "jn", "ihq", "i", "i", "ex", "h", "xf", "p", "j", "fmg", "dh", "b", "f", "b"], ["qtm", "s", "b", "j", "x", "h", "j", "n", "ihq", "i", "i", "ex", "h", "xf", "p", "j", "fmg", "dh", "b", "f", "b"]]}, "config": {"length": 30, "num_positions": 21, "positions": [17, 8, 21, 25, 10, 20, 5, 27, 14, 22, 3, 18, 4, 7, 6, 13, 28, 15, 29, 9, 23], "string": "qtmsbjxhjnihqiiexhxfpjfmgdhbfb"}, "task_name": "task08", "example_name": "0199", "problem_name": "task08_0199"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nulodolsyxxrpmerxzrhmkhvx\nPositions:\n18, 3, 21, 10, 13, 4, 1, 7, 19, 8, 2, 6, 15, 11, 12, 14, 5, 20, 9, 22, 17, 16", "label": {"final": ["u", "l", "o", "d", "o", "l", "s", "y", "x", "x", "r", "p", "m", "e", "r", "x", "z", "r", "h", "m", "k", "h", "vx"], "init": ["ulodolsyxxrpmerxzrhmkhvx"], "intermediate": [["ulodolsyxxrpmerxzr", "hmkhvx"], ["ulo", "dolsyxxrpmerxzr", "hmkhvx"], ["ulo", "dolsyxxrpmerxzr", "hmk", "hvx"], ["ulo", "dolsyxx", "rpmerxzr", "hmk", "hvx"], ["ulo", "dolsyxx", "rpm", "erxzr", "hmk", "hvx"], ["ulo", "d", "olsyxx", "rpm", "erxzr", "hmk", "hvx"], ["u", "lo", "d", "olsyxx", "rpm", "erxzr", "hmk", "hvx"], ["u", "lo", "d", "ols", "yxx", "rpm", "erxzr", "hmk", "hvx"], ["u", "lo", "d", "ols", "yxx", "rpm", "erxzr", "h", "mk", "hvx"], ["u", "lo", "d", "ols", "y", "xx", "rpm", "erxzr", "h", "mk", "hvx"], ["u", "l", "o", "d", "ols", "y", "xx", "rpm", "erxzr", "h", "mk", "hvx"], ["u", "l", "o", "d", "ol", "s", "y", "xx", "rpm", "erxzr", "h", "mk", "hvx"], ["u", "l", "o", "d", "ol", "s", "y", "xx", "rpm", "er", "xzr", "h", "mk", "hvx"], ["u", "l", "o", "d", "ol", "s", "y", "xx", "r", "pm", "er", "xzr", "h", "mk", "hvx"], ["u", "l", "o", "d", "ol", "s", "y", "xx", "r", "p", "m", "er", "xzr", "h", "mk", "hvx"], ["u", "l", "o", "d", "ol", "s", "y", "xx", "r", "p", "m", "e", "r", "xzr", "h", "mk", "hvx"], ["u", "l", "o", "d", "o", "l", "s", "y", "xx", "r", "p", "m", "e", "r", "xzr", "h", "mk", "hvx"], ["u", "l", "o", "d", "o", "l", "s", "y", "xx", "r", "p", "m", "e", "r", "xzr", "h", "m", "k", "hvx"], ["u", "l", "o", "d", "o", "l", "s", "y", "x", "x", "r", "p", "m", "e", "r", "xzr", "h", "m", "k", "hvx"], ["u", "l", "o", "d", "o", "l", "s", "y", "x", "x", "r", "p", "m", "e", "r", "xzr", "h", "m", "k", "h", "vx"], ["u", "l", "o", "d", "o", "l", "s", "y", "x", "x", "r", "p", "m", "e", "r", "xz", "r", "h", "m", "k", "h", "vx"]]}, "config": {"length": 24, "num_positions": 22, "positions": [18, 3, 21, 10, 13, 4, 1, 7, 19, 8, 2, 6, 15, 11, 12, 14, 5, 20, 9, 22, 17, 16], "string": "ulodolsyxxrpmerxzrhmkhvx"}, "task_name": "task08", "example_name": "0200", "problem_name": "task08_0200"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbcwhgqhtgoaisnwpdbwdwikmygbf\nPositions:\n17, 23, 16, 6, 2, 18, 19, 8, 20, 25, 4, 26, 27, 14, 22, 13, 7, 11, 15, 10, 21, 3", "label": {"final": ["bc", "w", "h", "gq", "h", "t", "go", "a", "is", "n", "w", "p", "d", "b", "w", "d", "w", "i", "k", "my", "g", "b", "f"], "init": ["bcwhgqhtgoaisnwpdbwdwikmygbf"], "intermediate": [["bcwhgqhtgoaisnwpd", "bwdwikmygbf"], ["bcwhgqhtgoaisnwpd", "bwdwik", "mygbf"], ["bcwhgqhtgoaisnwp", "d", "bwdwik", "mygbf"], ["bcwhgq", "htgoaisnwp", "d", "bwdwik", "mygbf"], ["bc", "whgq", "htgoaisnwp", "d", "bwdwik", "mygbf"], ["bc", "whgq", "htgoaisnwp", "d", "b", "wdwik", "mygbf"], ["bc", "whgq", "htgoaisnwp", "d", "b", "w", "dwik", "mygbf"], ["bc", "whgq", "ht", "goaisnwp", "d", "b", "w", "dwik", "mygbf"], ["bc", "whgq", "ht", "goaisnwp", "d", "b", "w", "d", "wik", "mygbf"], ["bc", "whgq", "ht", "goaisnwp", "d", "b", "w", "d", "wik", "my", "gbf"], ["bc", "wh", "gq", "ht", "goaisnwp", "d", "b", "w", "d", "wik", "my", "gbf"], ["bc", "wh", "gq", "ht", "goaisnwp", "d", "b", "w", "d", "wik", "my", "g", "bf"], ["bc", "wh", "gq", "ht", "goaisnwp", "d", "b", "w", "d", "wik", "my", "g", "b", "f"], ["bc", "wh", "gq", "ht", "goaisn", "wp", "d", "b", "w", "d", "wik", "my", "g", "b", "f"], ["bc", "wh", "gq", "ht", "goaisn", "wp", "d", "b", "w", "d", "wi", "k", "my", "g", "b", "f"], ["bc", "wh", "gq", "ht", "goais", "n", "wp", "d", "b", "w", "d", "wi", "k", "my", "g", "b", "f"], ["bc", "wh", "gq", "h", "t", "goais", "n", "wp", "d", "b", "w", "d", "wi", "k", "my", "g", "b", "f"], ["bc", "wh", "gq", "h", "t", "goa", "is", "n", "wp", "d", "b", "w", "d", "wi", "k", "my", "g", "b", "f"], ["bc", "wh", "gq", "h", "t", "goa", "is", "n", "w", "p", "d", "b", "w", "d", "wi", "k", "my", "g", "b", "f"], ["bc", "wh", "gq", "h", "t", "go", "a", "is", "n", "w", "p", "d", "b", "w", "d", "wi", "k", "my", "g", "b", "f"], ["bc", "wh", "gq", "h", "t", "go", "a", "is", "n", "w", "p", "d", "b", "w", "d", "w", "i", "k", "my", "g", "b", "f"]]}, "config": {"length": 28, "num_positions": 22, "positions": [17, 23, 16, 6, 2, 18, 19, 8, 20, 25, 4, 26, 27, 14, 22, 13, 7, 11, 15, 10, 21, 3], "string": "bcwhgqhtgoaisnwpdbwdwikmygbf"}, "task_name": "task08", "example_name": "0201", "problem_name": "task08_0201"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngjegtmrwjptetpefeujenit\nPositions:\n13, 14, 11, 21, 20, 12, 2, 9, 15, 19, 3, 17, 8, 4, 22, 1, 10, 18, 5, 7, 16, 6", "label": {"final": ["g", "j", "e", "g", "t", "m", "r", "w", "j", "p", "t", "e", "t", "p", "e", "f", "e", "u", "j", "e", "n", "i", "t"], "init": ["gjegtmrwjptetpefeujenit"], "intermediate": [["gjegtmrwjptet", "pefeujenit"], ["gjegtmrwjptet", "p", "efeujenit"], ["gjegtmrwjpt", "et", "p", "efeujenit"], ["gjegtmrwjpt", "et", "p", "efeujen", "it"], ["gjegtmrwjpt", "et", "p", "efeuje", "n", "it"], ["gjegtmrwjpt", "e", "t", "p", "efeuje", "n", "it"], ["gj", "egtmrwjpt", "e", "t", "p", "efeuje", "n", "it"], ["gj", "egtmrwj", "pt", "e", "t", "p", "efeuje", "n", "it"], ["gj", "egtmrwj", "pt", "e", "t", "p", "e", "feuje", "n", "it"], ["gj", "egtmrwj", "pt", "e", "t", "p", "e", "feuj", "e", "n", "it"], ["gj", "e", "gtmrwj", "pt", "e", "t", "p", "e", "feuj", "e", "n", "it"], ["gj", "e", "gtmrwj", "pt", "e", "t", "p", "e", "fe", "uj", "e", "n", "it"], ["gj", "e", "gtmrw", "j", "pt", "e", "t", "p", "e", "fe", "uj", "e", "n", "it"], ["gj", "e", "g", "tmrw", "j", "pt", "e", "t", "p", "e", "fe", "uj", "e", "n", "it"], ["gj", "e", "g", "tmrw", "j", "pt", "e", "t", "p", "e", "fe", "uj", "e", "n", "i", "t"], ["g", "j", "e", "g", "tmrw", "j", "pt", "e", "t", "p", "e", "fe", "uj", "e", "n", "i", "t"], ["g", "j", "e", "g", "tmrw", "j", "p", "t", "e", "t", "p", "e", "fe", "uj", "e", "n", "i", "t"], ["g", "j", "e", "g", "tmrw", "j", "p", "t", "e", "t", "p", "e", "fe", "u", "j", "e", "n", "i", "t"], ["g", "j", "e", "g", "t", "mrw", "j", "p", "t", "e", "t", "p", "e", "fe", "u", "j", "e", "n", "i", "t"], ["g", "j", "e", "g", "t", "mr", "w", "j", "p", "t", "e", "t", "p", "e", "fe", "u", "j", "e", "n", "i", "t"], ["g", "j", "e", "g", "t", "mr", "w", "j", "p", "t", "e", "t", "p", "e", "f", "e", "u", "j", "e", "n", "i", "t"]]}, "config": {"length": 23, "num_positions": 22, "positions": [13, 14, 11, 21, 20, 12, 2, 9, 15, 19, 3, 17, 8, 4, 22, 1, 10, 18, 5, 7, 16, 6], "string": "gjegtmrwjptetpefeujenit"}, "task_name": "task08", "example_name": "0202", "problem_name": "task08_0202"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbieqzyitjsubvqvihjokmliacsaad\nPositions:\n13, 15, 26, 20, 25, 5, 14, 3, 24, 27, 23, 19, 28, 21, 6, 16, 10, 12, 11, 22, 7, 2", "label": {"final": ["bi", "e", "qz", "y", "i", "tjs", "u", "b", "v", "q", "v", "i", "hjo", "k", "m", "l", "i", "a", "c", "s", "a", "a", "d"], "init": ["bieqzyitjsubvqvihjokmliacsaad"], "intermediate": [["bieqzyitjsubv", "qvihjokmliacsaad"], ["bieqzyitjsubv", "qv", "ihjokmliacsaad"], ["bieqzyitjsubv", "qv", "ihjokmliacs", "aad"], ["bieqzyitjsubv", "qv", "ihjok", "mliacs", "aad"], ["bieqzyitjsubv", "qv", "ihjok", "mliac", "s", "aad"], ["bieqz", "yitjsubv", "qv", "ihjok", "mliac", "s", "aad"], ["bieqz", "yitjsubv", "q", "v", "ihjok", "mliac", "s", "aad"], ["bie", "qz", "yitjsubv", "q", "v", "ihjok", "mliac", "s", "aad"], ["bie", "qz", "yitjsubv", "q", "v", "ihjok", "mlia", "c", "s", "aad"], ["bie", "qz", "yitjsubv", "q", "v", "ihjok", "mlia", "c", "s", "a", "ad"], ["bie", "qz", "yitjsubv", "q", "v", "ihjok", "mli", "a", "c", "s", "a", "ad"], ["bie", "qz", "yitjsubv", "q", "v", "ihjo", "k", "mli", "a", "c", "s", "a", "ad"], ["bie", "qz", "yitjsubv", "q", "v", "ihjo", "k", "mli", "a", "c", "s", "a", "a", "d"], ["bie", "qz", "yitjsubv", "q", "v", "ihjo", "k", "m", "li", "a", "c", "s", "a", "a", "d"], ["bie", "qz", "y", "itjsubv", "q", "v", "ihjo", "k", "m", "li", "a", "c", "s", "a", "a", "d"], ["bie", "qz", "y", "itjsubv", "q", "v", "i", "hjo", "k", "m", "li", "a", "c", "s", "a", "a", "d"], ["bie", "qz", "y", "itjs", "ubv", "q", "v", "i", "hjo", "k", "m", "li", "a", "c", "s", "a", "a", "d"], ["bie", "qz", "y", "itjs", "ub", "v", "q", "v", "i", "hjo", "k", "m", "li", "a", "c", "s", "a", "a", "d"], ["bie", "qz", "y", "itjs", "u", "b", "v", "q", "v", "i", "hjo", "k", "m", "li", "a", "c", "s", "a", "a", "d"], ["bie", "qz", "y", "itjs", "u", "b", "v", "q", "v", "i", "hjo", "k", "m", "l", "i", "a", "c", "s", "a", "a", "d"], ["bie", "qz", "y", "i", "tjs", "u", "b", "v", "q", "v", "i", "hjo", "k", "m", "l", "i", "a", "c", "s", "a", "a", "d"]]}, "config": {"length": 29, "num_positions": 22, "positions": [13, 15, 26, 20, 25, 5, 14, 3, 24, 27, 23, 19, 28, 21, 6, 16, 10, 12, 11, 22, 7, 2], "string": "bieqzyitjsubvqvihjokmliacsaad"}, "task_name": "task08", "example_name": "0203", "problem_name": "task08_0203"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrvmlolcxtntopdratxzxodl\nPositions:\n11, 22, 4, 14, 10, 17, 21, 3, 7, 19, 15, 8, 12, 9, 2, 1, 20, 6, 18, 16, 5, 13", "label": {"final": ["r", "v", "m", "l", "o", "l", "c", "x", "t", "n", "t", "o", "p", "d", "r", "a", "t", "x", "z", "x", "o", "d", "l"], "init": ["rvmlolcxtntopdratxzxodl"], "intermediate": [["rvmlolcxtnt", "opdratxzxodl"], ["rvmlolcxtnt", "opdratxzxod", "l"], ["rvml", "olcxtnt", "opdratxzxod", "l"], ["rvml", "olcxtnt", "opd", "ratxzxod", "l"], ["rvml", "olcxtn", "t", "opd", "ratxzxod", "l"], ["rvml", "olcxtn", "t", "opd", "rat", "xzxod", "l"], ["rvml", "olcxtn", "t", "opd", "rat", "xzxo", "d", "l"], ["rvm", "l", "olcxtn", "t", "opd", "rat", "xzxo", "d", "l"], ["rvm", "l", "olc", "xtn", "t", "opd", "rat", "xzxo", "d", "l"], ["rvm", "l", "olc", "xtn", "t", "opd", "rat", "xz", "xo", "d", "l"], ["rvm", "l", "olc", "xtn", "t", "opd", "r", "at", "xz", "xo", "d", "l"], ["rvm", "l", "olc", "x", "tn", "t", "opd", "r", "at", "xz", "xo", "d", "l"], ["rvm", "l", "olc", "x", "tn", "t", "o", "pd", "r", "at", "xz", "xo", "d", "l"], ["rvm", "l", "olc", "x", "t", "n", "t", "o", "pd", "r", "at", "xz", "xo", "d", "l"], ["rv", "m", "l", "olc", "x", "t", "n", "t", "o", "pd", "r", "at", "xz", "xo", "d", "l"], ["r", "v", "m", "l", "olc", "x", "t", "n", "t", "o", "pd", "r", "at", "xz", "xo", "d", "l"], ["r", "v", "m", "l", "olc", "x", "t", "n", "t", "o", "pd", "r", "at", "xz", "x", "o", "d", "l"], ["r", "v", "m", "l", "ol", "c", "x", "t", "n", "t", "o", "pd", "r", "at", "xz", "x", "o", "d", "l"], ["r", "v", "m", "l", "ol", "c", "x", "t", "n", "t", "o", "pd", "r", "at", "x", "z", "x", "o", "d", "l"], ["r", "v", "m", "l", "ol", "c", "x", "t", "n", "t", "o", "pd", "r", "a", "t", "x", "z", "x", "o", "d", "l"], ["r", "v", "m", "l", "o", "l", "c", "x", "t", "n", "t", "o", "pd", "r", "a", "t", "x", "z", "x", "o", "d", "l"]]}, "config": {"length": 23, "num_positions": 22, "positions": [11, 22, 4, 14, 10, 17, 21, 3, 7, 19, 15, 8, 12, 9, 2, 1, 20, 6, 18, 16, 5, 13], "string": "rvmlolcxtntopdratxzxodl"}, "task_name": "task08", "example_name": "0204", "problem_name": "task08_0204"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nyljtlnqhvrcyrqvmyinihcs\nPositions:\n10, 20, 11, 15, 18, 21, 2, 16, 5, 1, 9, 3, 19, 4, 14, 7, 22, 17, 8, 6, 13, 12", "label": {"final": ["y", "l", "j", "t", "l", "n", "q", "h", "v", "r", "c", "y", "r", "q", "v", "m", "y", "i", "n", "i", "h", "c", "s"], "init": ["yljtlnqhvrcyrqvmyinihcs"], "intermediate": [["yljtlnqhvr", "cyrqvmyinihcs"], ["yljtlnqhvr", "cyrqvmyini", "hcs"], ["yljtlnqhvr", "c", "yrqvmyini", "hcs"], ["yljtlnqhvr", "c", "yrqv", "myini", "hcs"], ["yljtlnqhvr", "c", "yrqv", "myi", "ni", "hcs"], ["yljtlnqhvr", "c", "yrqv", "myi", "ni", "h", "cs"], ["yl", "jtlnqhvr", "c", "yrqv", "myi", "ni", "h", "cs"], ["yl", "jtlnqhvr", "c", "yrqv", "m", "yi", "ni", "h", "cs"], ["yl", "jtl", "nqhvr", "c", "yrqv", "m", "yi", "ni", "h", "cs"], ["y", "l", "jtl", "nqhvr", "c", "yrqv", "m", "yi", "ni", "h", "cs"], ["y", "l", "jtl", "nqhv", "r", "c", "yrqv", "m", "yi", "ni", "h", "cs"], ["y", "l", "j", "tl", "nqhv", "r", "c", "yrqv", "m", "yi", "ni", "h", "cs"], ["y", "l", "j", "tl", "nqhv", "r", "c", "yrqv", "m", "yi", "n", "i", "h", "cs"], ["y", "l", "j", "t", "l", "nqhv", "r", "c", "yrqv", "m", "yi", "n", "i", "h", "cs"], ["y", "l", "j", "t", "l", "nqhv", "r", "c", "yrq", "v", "m", "yi", "n", "i", "h", "cs"], ["y", "l", "j", "t", "l", "nq", "hv", "r", "c", "yrq", "v", "m", "yi", "n", "i", "h", "cs"], ["y", "l", "j", "t", "l", "nq", "hv", "r", "c", "yrq", "v", "m", "yi", "n", "i", "h", "c", "s"], ["y", "l", "j", "t", "l", "nq", "hv", "r", "c", "yrq", "v", "m", "y", "i", "n", "i", "h", "c", "s"], ["y", "l", "j", "t", "l", "nq", "h", "v", "r", "c", "yrq", "v", "m", "y", "i", "n", "i", "h", "c", "s"], ["y", "l", "j", "t", "l", "n", "q", "h", "v", "r", "c", "yrq", "v", "m", "y", "i", "n", "i", "h", "c", "s"], ["y", "l", "j", "t", "l", "n", "q", "h", "v", "r", "c", "yr", "q", "v", "m", "y", "i", "n", "i", "h", "c", "s"]]}, "config": {"length": 23, "num_positions": 22, "positions": [10, 20, 11, 15, 18, 21, 2, 16, 5, 1, 9, 3, 19, 4, 14, 7, 22, 17, 8, 6, 13, 12], "string": "yljtlnqhvrcyrqvmyinihcs"}, "task_name": "task08", "example_name": "0205", "problem_name": "task08_0205"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzgmulhbpdufvtrvewfvnciegasjf\nPositions:\n22, 13, 17, 9, 23, 2, 16, 6, 10, 5, 27, 4, 1, 15, 26, 8, 25, 18, 20, 11, 21, 3", "label": {"final": ["z", "g", "m", "u", "l", "h", "bp", "d", "u", "f", "vt", "rv", "e", "w", "f", "vn", "c", "i", "e", "ga", "s", "j", "f"], "init": ["zgmulhbpdufvtrvewfvnciegasjf"], "intermediate": [["zgmulhbpdufvtrvewfvnci", "egasjf"], ["zgmulhbpdufvt", "rvewfvnci", "egasjf"], ["zgmulhbpdufvt", "rvew", "fvnci", "egasjf"], ["zgmulhbpd", "ufvt", "rvew", "fvnci", "egasjf"], ["zgmulhbpd", "ufvt", "rvew", "fvnci", "e", "gasjf"], ["zg", "mulhbpd", "ufvt", "rvew", "fvnci", "e", "gasjf"], ["zg", "mulhbpd", "ufvt", "rve", "w", "fvnci", "e", "gasjf"], ["zg", "mulh", "bpd", "ufvt", "rve", "w", "fvnci", "e", "gasjf"], ["zg", "mulh", "bpd", "u", "fvt", "rve", "w", "fvnci", "e", "gasjf"], ["zg", "mul", "h", "bpd", "u", "fvt", "rve", "w", "fvnci", "e", "gasjf"], ["zg", "mul", "h", "bpd", "u", "fvt", "rve", "w", "fvnci", "e", "gasj", "f"], ["zg", "mu", "l", "h", "bpd", "u", "fvt", "rve", "w", "fvnci", "e", "gasj", "f"], ["z", "g", "mu", "l", "h", "bpd", "u", "fvt", "rve", "w", "fvnci", "e", "gasj", "f"], ["z", "g", "mu", "l", "h", "bpd", "u", "fvt", "rv", "e", "w", "fvnci", "e", "gasj", "f"], ["z", "g", "mu", "l", "h", "bpd", "u", "fvt", "rv", "e", "w", "fvnci", "e", "gas", "j", "f"], ["z", "g", "mu", "l", "h", "bp", "d", "u", "fvt", "rv", "e", "w", "fvnci", "e", "gas", "j", "f"], ["z", "g", "mu", "l", "h", "bp", "d", "u", "fvt", "rv", "e", "w", "fvnci", "e", "ga", "s", "j", "f"], ["z", "g", "mu", "l", "h", "bp", "d", "u", "fvt", "rv", "e", "w", "f", "vnci", "e", "ga", "s", "j", "f"], ["z", "g", "mu", "l", "h", "bp", "d", "u", "fvt", "rv", "e", "w", "f", "vn", "ci", "e", "ga", "s", "j", "f"], ["z", "g", "mu", "l", "h", "bp", "d", "u", "f", "vt", "rv", "e", "w", "f", "vn", "ci", "e", "ga", "s", "j", "f"], ["z", "g", "mu", "l", "h", "bp", "d", "u", "f", "vt", "rv", "e", "w", "f", "vn", "c", "i", "e", "ga", "s", "j", "f"]]}, "config": {"length": 28, "num_positions": 22, "positions": [22, 13, 17, 9, 23, 2, 16, 6, 10, 5, 27, 4, 1, 15, 26, 8, 25, 18, 20, 11, 21, 3], "string": "zgmulhbpdufvtrvewfvnciegasjf"}, "task_name": "task08", "example_name": "0206", "problem_name": "task08_0206"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzkmwzzdrcedtbidkwbviwezgnvot\nPositions:\n11, 26, 9, 25, 5, 6, 16, 27, 19, 10, 23, 7, 4, 15, 12, 24, 17, 13, 1, 3, 8, 2", "label": {"final": ["z", "k", "m", "w", "z", "z", "d", "r", "c", "e", "d", "t", "b", "id", "k", "w", "bv", "iwez", "g", "n", "v", "o", "t"], "init": ["zkmwzzdrcedtbidkwbviwezgnvot"], "intermediate": [["zkmwzzdrced", "tbidkwbviwezgnvot"], ["zkmwzzdrced", "tbidkwbviwezgnv", "ot"], ["zkmwzzdrc", "ed", "tbidkwbviwezgnv", "ot"], ["zkmwzzdrc", "ed", "tbidkwbviwezgn", "v", "ot"], ["zkmwz", "zdrc", "ed", "tbidkwbviwezgn", "v", "ot"], ["zkmwz", "z", "drc", "ed", "tbidkwbviwezgn", "v", "ot"], ["zkmwz", "z", "drc", "ed", "tbidk", "wbviwezgn", "v", "ot"], ["zkmwz", "z", "drc", "ed", "tbidk", "wbviwezgn", "v", "o", "t"], ["zkmwz", "z", "drc", "ed", "tbidk", "wbv", "iwezgn", "v", "o", "t"], ["zkmwz", "z", "drc", "e", "d", "tbidk", "wbv", "iwezgn", "v", "o", "t"], ["zkmwz", "z", "drc", "e", "d", "tbidk", "wbv", "iwez", "gn", "v", "o", "t"], ["zkmwz", "z", "d", "rc", "e", "d", "tbidk", "wbv", "iwez", "gn", "v", "o", "t"], ["zkmw", "z", "z", "d", "rc", "e", "d", "tbidk", "wbv", "iwez", "gn", "v", "o", "t"], ["zkmw", "z", "z", "d", "rc", "e", "d", "tbid", "k", "wbv", "iwez", "gn", "v", "o", "t"], ["zkmw", "z", "z", "d", "rc", "e", "d", "t", "bid", "k", "wbv", "iwez", "gn", "v", "o", "t"], ["zkmw", "z", "z", "d", "rc", "e", "d", "t", "bid", "k", "wbv", "iwez", "g", "n", "v", "o", "t"], ["zkmw", "z", "z", "d", "rc", "e", "d", "t", "bid", "k", "w", "bv", "iwez", "g", "n", "v", "o", "t"], ["zkmw", "z", "z", "d", "rc", "e", "d", "t", "b", "id", "k", "w", "bv", "iwez", "g", "n", "v", "o", "t"], ["z", "kmw", "z", "z", "d", "rc", "e", "d", "t", "b", "id", "k", "w", "bv", "iwez", "g", "n", "v", "o", "t"], ["z", "km", "w", "z", "z", "d", "rc", "e", "d", "t", "b", "id", "k", "w", "bv", "iwez", "g", "n", "v", "o", "t"], ["z", "km", "w", "z", "z", "d", "r", "c", "e", "d", "t", "b", "id", "k", "w", "bv", "iwez", "g", "n", "v", "o", "t"]]}, "config": {"length": 28, "num_positions": 22, "positions": [11, 26, 9, 25, 5, 6, 16, 27, 19, 10, 23, 7, 4, 15, 12, 24, 17, 13, 1, 3, 8, 2], "string": "zkmwzzdrcedtbidkwbviwezgnvot"}, "task_name": "task08", "example_name": "0207", "problem_name": "task08_0207"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbtdazwzsbdwwwliwqygpwnlrwyfby\nPositions:\n11, 24, 18, 23, 5, 21, 6, 16, 17, 28, 13, 1, 12, 9, 22, 7, 25, 3, 10, 19, 14, 15", "label": {"final": ["b", "td", "az", "w", "z", "sb", "d", "w", "w", "w", "l", "i", "w", "q", "y", "g", "pw", "n", "l", "r", "w", "yfb", "y"], "init": ["btdazwzsbdwwwliwqygpwnlrwyfby"], "intermediate": [["btdazwzsbdw", "wwliwqygpwnlrwyfby"], ["btdazwzsbdw", "wwliwqygpwnlr", "wyfby"], ["btdazwzsbdw", "wwliwqy", "gpwnlr", "wyfby"], ["btdazwzsbdw", "wwliwqy", "gpwnl", "r", "wyfby"], ["btdaz", "wzsbdw", "wwliwqy", "gpwnl", "r", "wyfby"], ["btdaz", "wzsbdw", "wwliwqy", "gpw", "nl", "r", "wyfby"], ["btdaz", "w", "zsbdw", "wwliwqy", "gpw", "nl", "r", "wyfby"], ["btdaz", "w", "zsbdw", "wwliw", "qy", "gpw", "nl", "r", "wyfby"], ["btdaz", "w", "zsbdw", "wwliw", "q", "y", "gpw", "nl", "r", "wyfby"], ["btdaz", "w", "zsbdw", "wwliw", "q", "y", "gpw", "nl", "r", "wyfb", "y"], ["btdaz", "w", "zsbdw", "ww", "liw", "q", "y", "gpw", "nl", "r", "wyfb", "y"], ["b", "tdaz", "w", "zsbdw", "ww", "liw", "q", "y", "gpw", "nl", "r", "wyfb", "y"], ["b", "tdaz", "w", "zsbdw", "w", "w", "liw", "q", "y", "gpw", "nl", "r", "wyfb", "y"], ["b", "tdaz", "w", "zsb", "dw", "w", "w", "liw", "q", "y", "gpw", "nl", "r", "wyfb", "y"], ["b", "tdaz", "w", "zsb", "dw", "w", "w", "liw", "q", "y", "gpw", "n", "l", "r", "wyfb", "y"], ["b", "tdaz", "w", "z", "sb", "dw", "w", "w", "liw", "q", "y", "gpw", "n", "l", "r", "wyfb", "y"], ["b", "tdaz", "w", "z", "sb", "dw", "w", "w", "liw", "q", "y", "gpw", "n", "l", "r", "w", "yfb", "y"], ["b", "td", "az", "w", "z", "sb", "dw", "w", "w", "liw", "q", "y", "gpw", "n", "l", "r", "w", "yfb", "y"], ["b", "td", "az", "w", "z", "sb", "d", "w", "w", "w", "liw", "q", "y", "gpw", "n", "l", "r", "w", "yfb", "y"], ["b", "td", "az", "w", "z", "sb", "d", "w", "w", "w", "liw", "q", "y", "g", "pw", "n", "l", "r", "w", "yfb", "y"], ["b", "td", "az", "w", "z", "sb", "d", "w", "w", "w", "l", "iw", "q", "y", "g", "pw", "n", "l", "r", "w", "yfb", "y"]]}, "config": {"length": 29, "num_positions": 22, "positions": [11, 24, 18, 23, 5, 21, 6, 16, 17, 28, 13, 1, 12, 9, 22, 7, 25, 3, 10, 19, 14, 15], "string": "btdazwzsbdwwwliwqygpwnlrwyfby"}, "task_name": "task08", "example_name": "0208", "problem_name": "task08_0208"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncqeocmivnpyxhsprpqdmiecdsjjx\nPositions:\n23, 27, 26, 4, 3, 6, 21, 25, 14, 22, 5, 11, 8, 24, 13, 7, 19, 20, 12, 10, 2, 15", "label": {"final": ["cq", "e", "o", "c", "m", "i", "v", "np", "y", "x", "h", "s", "p", "rpqd", "m", "i", "e", "c", "d", "s", "j", "j", "x"], "init": ["cqeocmivnpyxhsprpqdmiecdsjjx"], "intermediate": [["cqeocmivnpyxhsprpqdmiec", "dsjjx"], ["cqeocmivnpyxhsprpqdmiec", "dsjj", "x"], ["cqeocmivnpyxhsprpqdmiec", "dsj", "j", "x"], ["cqeo", "cmivnpyxhsprpqdmiec", "dsj", "j", "x"], ["cqe", "o", "cmivnpyxhsprpqdmiec", "dsj", "j", "x"], ["cqe", "o", "cm", "ivnpyxhsprpqdmiec", "dsj", "j", "x"], ["cqe", "o", "cm", "ivnpyxhsprpqdmi", "ec", "dsj", "j", "x"], ["cqe", "o", "cm", "ivnpyxhsprpqdmi", "ec", "ds", "j", "j", "x"], ["cqe", "o", "cm", "ivnpyxhs", "prpqdmi", "ec", "ds", "j", "j", "x"], ["cqe", "o", "cm", "ivnpyxhs", "prpqdmi", "e", "c", "ds", "j", "j", "x"], ["cqe", "o", "c", "m", "ivnpyxhs", "prpqdmi", "e", "c", "ds", "j", "j", "x"], ["cqe", "o", "c", "m", "ivnpy", "xhs", "prpqdmi", "e", "c", "ds", "j", "j", "x"], ["cqe", "o", "c", "m", "iv", "npy", "xhs", "prpqdmi", "e", "c", "ds", "j", "j", "x"], ["cqe", "o", "c", "m", "iv", "npy", "xhs", "prpqdmi", "e", "c", "d", "s", "j", "j", "x"], ["cqe", "o", "c", "m", "iv", "npy", "xh", "s", "prpqdmi", "e", "c", "d", "s", "j", "j", "x"], ["cqe", "o", "c", "m", "i", "v", "npy", "xh", "s", "prpqdmi", "e", "c", "d", "s", "j", "j", "x"], ["cqe", "o", "c", "m", "i", "v", "npy", "xh", "s", "prpqd", "mi", "e", "c", "d", "s", "j", "j", "x"], ["cqe", "o", "c", "m", "i", "v", "npy", "xh", "s", "prpqd", "m", "i", "e", "c", "d", "s", "j", "j", "x"], ["cqe", "o", "c", "m", "i", "v", "npy", "x", "h", "s", "prpqd", "m", "i", "e", "c", "d", "s", "j", "j", "x"], ["cqe", "o", "c", "m", "i", "v", "np", "y", "x", "h", "s", "prpqd", "m", "i", "e", "c", "d", "s", "j", "j", "x"], ["cq", "e", "o", "c", "m", "i", "v", "np", "y", "x", "h", "s", "prpqd", "m", "i", "e", "c", "d", "s", "j", "j", "x"]]}, "config": {"length": 28, "num_positions": 22, "positions": [23, 27, 26, 4, 3, 6, 21, 25, 14, 22, 5, 11, 8, 24, 13, 7, 19, 20, 12, 10, 2, 15], "string": "cqeocmivnpyxhsprpqdmiecdsjjx"}, "task_name": "task08", "example_name": "0209", "problem_name": "task08_0209"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njctwmkqqcdzsuplzerwjompjzsthca\nPositions:\n25, 6, 21, 17, 2, 4, 1, 7, 5, 29, 20, 13, 8, 27, 12, 23, 28, 15, 10, 16, 18, 9, 11", "label": {"final": ["j", "c", "tw", "m", "k", "q", "q", "c", "d", "z", "s", "u", "pl", "z", "e", "r", "wj", "o", "mp", "jz", "st", "h", "c", "a"], "init": ["jctwmkqqcdzsuplzerwjompjzsthca"], "intermediate": [["jctwmkqqcdzsuplzerwjompjz", "sthca"], ["jctwmk", "qqcdzsuplzerwjompjz", "sthca"], ["jctwmk", "qqcdzsuplzerwjo", "mpjz", "sthca"], ["jctwmk", "qqcdzsuplze", "rwjo", "mpjz", "sthca"], ["jc", "twmk", "qqcdzsuplze", "rwjo", "mpjz", "sthca"], ["jc", "tw", "mk", "qqcdzsuplze", "rwjo", "mpjz", "sthca"], ["j", "c", "tw", "mk", "qqcdzsuplze", "rwjo", "mpjz", "sthca"], ["j", "c", "tw", "mk", "q", "qcdzsuplze", "rwjo", "mpjz", "sthca"], ["j", "c", "tw", "m", "k", "q", "qcdzsuplze", "rwjo", "mpjz", "sthca"], ["j", "c", "tw", "m", "k", "q", "qcdzsuplze", "rwjo", "mpjz", "sthc", "a"], ["j", "c", "tw", "m", "k", "q", "qcdzsuplze", "rwj", "o", "mpjz", "sthc", "a"], ["j", "c", "tw", "m", "k", "q", "qcdzsu", "plze", "rwj", "o", "mpjz", "sthc", "a"], ["j", "c", "tw", "m", "k", "q", "q", "cdzsu", "plze", "rwj", "o", "mpjz", "sthc", "a"], ["j", "c", "tw", "m", "k", "q", "q", "cdzsu", "plze", "rwj", "o", "mpjz", "st", "hc", "a"], ["j", "c", "tw", "m", "k", "q", "q", "cdzs", "u", "plze", "rwj", "o", "mpjz", "st", "hc", "a"], ["j", "c", "tw", "m", "k", "q", "q", "cdzs", "u", "plze", "rwj", "o", "mp", "jz", "st", "hc", "a"], ["j", "c", "tw", "m", "k", "q", "q", "cdzs", "u", "plze", "rwj", "o", "mp", "jz", "st", "h", "c", "a"], ["j", "c", "tw", "m", "k", "q", "q", "cdzs", "u", "pl", "ze", "rwj", "o", "mp", "jz", "st", "h", "c", "a"], ["j", "c", "tw", "m", "k", "q", "q", "cd", "zs", "u", "pl", "ze", "rwj", "o", "mp", "jz", "st", "h", "c", "a"], ["j", "c", "tw", "m", "k", "q", "q", "cd", "zs", "u", "pl", "z", "e", "rwj", "o", "mp", "jz", "st", "h", "c", "a"], ["j", "c", "tw", "m", "k", "q", "q", "cd", "zs", "u", "pl", "z", "e", "r", "wj", "o", "mp", "jz", "st", "h", "c", "a"], ["j", "c", "tw", "m", "k", "q", "q", "c", "d", "zs", "u", "pl", "z", "e", "r", "wj", "o", "mp", "jz", "st", "h", "c", "a"]]}, "config": {"length": 30, "num_positions": 23, "positions": [25, 6, 21, 17, 2, 4, 1, 7, 5, 29, 20, 13, 8, 27, 12, 23, 28, 15, 10, 16, 18, 9, 11], "string": "jctwmkqqcdzsuplzerwjompjzsthca"}, "task_name": "task08", "example_name": "0210", "problem_name": "task08_0210"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngpauketltxmnogwissvvosycadgor\nPositions:\n14, 16, 6, 1, 24, 26, 23, 28, 13, 18, 12, 9, 5, 15, 19, 8, 17, 11, 3, 27, 4, 10, 25", "label": {"final": ["g", "pa", "u", "k", "e", "tl", "t", "x", "m", "n", "o", "g", "w", "i", "s", "s", "v", "vosy", "c", "a", "d", "g", "o", "r"], "init": ["gpauketltxmnogwissvvosycadgor"], "intermediate": [["gpauketltxmnog", "wissvvosycadgor"], ["gpauketltxmnog", "wi", "ssvvosycadgor"], ["gpauke", "tltxmnog", "wi", "ssvvosycadgor"], ["g", "pauke", "tltxmnog", "wi", "ssvvosycadgor"], ["g", "pauke", "tltxmnog", "wi", "ssvvosyc", "adgor"], ["g", "pauke", "tltxmnog", "wi", "ssvvosyc", "ad", "gor"], ["g", "pauke", "tltxmnog", "wi", "ssvvosy", "c", "ad", "gor"], ["g", "pauke", "tltxmnog", "wi", "ssvvosy", "c", "ad", "go", "r"], ["g", "pauke", "tltxmno", "g", "wi", "ssvvosy", "c", "ad", "go", "r"], ["g", "pauke", "tltxmno", "g", "wi", "ss", "vvosy", "c", "ad", "go", "r"], ["g", "pauke", "tltxmn", "o", "g", "wi", "ss", "vvosy", "c", "ad", "go", "r"], ["g", "pauke", "tlt", "xmn", "o", "g", "wi", "ss", "vvosy", "c", "ad", "go", "r"], ["g", "pauk", "e", "tlt", "xmn", "o", "g", "wi", "ss", "vvosy", "c", "ad", "go", "r"], ["g", "pauk", "e", "tlt", "xmn", "o", "g", "w", "i", "ss", "vvosy", "c", "ad", "go", "r"], ["g", "pauk", "e", "tlt", "xmn", "o", "g", "w", "i", "ss", "v", "vosy", "c", "ad", "go", "r"], ["g", "pauk", "e", "tl", "t", "xmn", "o", "g", "w", "i", "ss", "v", "vosy", "c", "ad", "go", "r"], ["g", "pauk", "e", "tl", "t", "xmn", "o", "g", "w", "i", "s", "s", "v", "vosy", "c", "ad", "go", "r"], ["g", "pauk", "e", "tl", "t", "xm", "n", "o", "g", "w", "i", "s", "s", "v", "vosy", "c", "ad", "go", "r"], ["g", "pa", "uk", "e", "tl", "t", "xm", "n", "o", "g", "w", "i", "s", "s", "v", "vosy", "c", "ad", "go", "r"], ["g", "pa", "uk", "e", "tl", "t", "xm", "n", "o", "g", "w", "i", "s", "s", "v", "vosy", "c", "ad", "g", "o", "r"], ["g", "pa", "u", "k", "e", "tl", "t", "xm", "n", "o", "g", "w", "i", "s", "s", "v", "vosy", "c", "ad", "g", "o", "r"], ["g", "pa", "u", "k", "e", "tl", "t", "x", "m", "n", "o", "g", "w", "i", "s", "s", "v", "vosy", "c", "ad", "g", "o", "r"]]}, "config": {"length": 29, "num_positions": 23, "positions": [14, 16, 6, 1, 24, 26, 23, 28, 13, 18, 12, 9, 5, 15, 19, 8, 17, 11, 3, 27, 4, 10, 25], "string": "gpauketltxmnogwissvvosycadgor"}, "task_name": "task08", "example_name": "0211", "problem_name": "task08_0211"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxhgaygmyoarsyvjiidflrrhsrfov\nPositions:\n3, 23, 2, 12, 6, 7, 17, 10, 14, 8, 27, 9, 19, 21, 26, 22, 24, 16, 1, 15, 18, 11, 13", "label": {"final": ["x", "h", "g", "ayg", "m", "y", "o", "a", "r", "s", "y", "v", "j", "i", "i", "d", "f", "lr", "r", "h", "s", "rf", "o", "v"], "init": ["xhgaygmyoarsyvjiidflrrhsrfov"], "intermediate": [["xhg", "aygmyoarsyvjiidflrrhsrfov"], ["xhg", "aygmyoarsyvjiidflrrh", "srfov"], ["xh", "g", "aygmyoarsyvjiidflrrh", "srfov"], ["xh", "g", "aygmyoars", "yvjiidflrrh", "srfov"], ["xh", "g", "ayg", "myoars", "yvjiidflrrh", "srfov"], ["xh", "g", "ayg", "m", "yoars", "yvjiidflrrh", "srfov"], ["xh", "g", "ayg", "m", "yoars", "yvjii", "dflrrh", "srfov"], ["xh", "g", "ayg", "m", "yoa", "rs", "yvjii", "dflrrh", "srfov"], ["xh", "g", "ayg", "m", "yoa", "rs", "yv", "jii", "dflrrh", "srfov"], ["xh", "g", "ayg", "m", "y", "oa", "rs", "yv", "jii", "dflrrh", "srfov"], ["xh", "g", "ayg", "m", "y", "oa", "rs", "yv", "jii", "dflrrh", "srfo", "v"], ["xh", "g", "ayg", "m", "y", "o", "a", "rs", "yv", "jii", "dflrrh", "srfo", "v"], ["xh", "g", "ayg", "m", "y", "o", "a", "rs", "yv", "jii", "df", "lrrh", "srfo", "v"], ["xh", "g", "ayg", "m", "y", "o", "a", "rs", "yv", "jii", "df", "lr", "rh", "srfo", "v"], ["xh", "g", "ayg", "m", "y", "o", "a", "rs", "yv", "jii", "df", "lr", "rh", "srf", "o", "v"], ["xh", "g", "ayg", "m", "y", "o", "a", "rs", "yv", "jii", "df", "lr", "r", "h", "srf", "o", "v"], ["xh", "g", "ayg", "m", "y", "o", "a", "rs", "yv", "jii", "df", "lr", "r", "h", "s", "rf", "o", "v"], ["xh", "g", "ayg", "m", "y", "o", "a", "rs", "yv", "ji", "i", "df", "lr", "r", "h", "s", "rf", "o", "v"], ["x", "h", "g", "ayg", "m", "y", "o", "a", "rs", "yv", "ji", "i", "df", "lr", "r", "h", "s", "rf", "o", "v"], ["x", "h", "g", "ayg", "m", "y", "o", "a", "rs", "yv", "j", "i", "i", "df", "lr", "r", "h", "s", "rf", "o", "v"], ["x", "h", "g", "ayg", "m", "y", "o", "a", "rs", "yv", "j", "i", "i", "d", "f", "lr", "r", "h", "s", "rf", "o", "v"], ["x", "h", "g", "ayg", "m", "y", "o", "a", "r", "s", "yv", "j", "i", "i", "d", "f", "lr", "r", "h", "s", "rf", "o", "v"]]}, "config": {"length": 28, "num_positions": 23, "positions": [3, 23, 2, 12, 6, 7, 17, 10, 14, 8, 27, 9, 19, 21, 26, 22, 24, 16, 1, 15, 18, 11, 13], "string": "xhgaygmyoarsyvjiidflrrhsrfov"}, "task_name": "task08", "example_name": "0212", "problem_name": "task08_0212"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nettojblldrelpdrfftyegekjufcrln\nPositions:\n27, 12, 17, 15, 6, 25, 2, 4, 11, 9, 24, 8, 1, 28, 19, 21, 3, 29, 16, 14, 7, 13, 10", "label": {"final": ["e", "t", "t", "o", "jb", "l", "l", "d", "r", "e", "l", "p", "d", "r", "f", "f", "ty", "eg", "ekj", "u", "fc", "r", "l", "n"], "init": ["ettojblldrelpdrfftyegekjufcrln"], "intermediate": [["ettojblldrelpdrfftyegekjufc", "rln"], ["ettojblldrel", "pdrfftyegekjufc", "rln"], ["ettojblldrel", "pdrff", "tyegekjufc", "rln"], ["ettojblldrel", "pdr", "ff", "tyegekjufc", "rln"], ["ettojb", "lldrel", "pdr", "ff", "tyegekjufc", "rln"], ["ettojb", "lldrel", "pdr", "ff", "tyegekju", "fc", "rln"], ["et", "tojb", "lldrel", "pdr", "ff", "tyegekju", "fc", "rln"], ["et", "to", "jb", "lldrel", "pdr", "ff", "tyegekju", "fc", "rln"], ["et", "to", "jb", "lldre", "l", "pdr", "ff", "tyegekju", "fc", "rln"], ["et", "to", "jb", "lld", "re", "l", "pdr", "ff", "tyegekju", "fc", "rln"], ["et", "to", "jb", "lld", "re", "l", "pdr", "ff", "tyegekj", "u", "fc", "rln"], ["et", "to", "jb", "ll", "d", "re", "l", "pdr", "ff", "tyegekj", "u", "fc", "rln"], ["e", "t", "to", "jb", "ll", "d", "re", "l", "pdr", "ff", "tyegekj", "u", "fc", "rln"], ["e", "t", "to", "jb", "ll", "d", "re", "l", "pdr", "ff", "tyegekj", "u", "fc", "r", "ln"], ["e", "t", "to", "jb", "ll", "d", "re", "l", "pdr", "ff", "ty", "egekj", "u", "fc", "r", "ln"], ["e", "t", "to", "jb", "ll", "d", "re", "l", "pdr", "ff", "ty", "eg", "ekj", "u", "fc", "r", "ln"], ["e", "t", "t", "o", "jb", "ll", "d", "re", "l", "pdr", "ff", "ty", "eg", "ekj", "u", "fc", "r", "ln"], ["e", "t", "t", "o", "jb", "ll", "d", "re", "l", "pdr", "ff", "ty", "eg", "ekj", "u", "fc", "r", "l", "n"], ["e", "t", "t", "o", "jb", "ll", "d", "re", "l", "pdr", "f", "f", "ty", "eg", "ekj", "u", "fc", "r", "l", "n"], ["e", "t", "t", "o", "jb", "ll", "d", "re", "l", "pd", "r", "f", "f", "ty", "eg", "ekj", "u", "fc", "r", "l", "n"], ["e", "t", "t", "o", "jb", "l", "l", "d", "re", "l", "pd", "r", "f", "f", "ty", "eg", "ekj", "u", "fc", "r", "l", "n"], ["e", "t", "t", "o", "jb", "l", "l", "d", "re", "l", "p", "d", "r", "f", "f", "ty", "eg", "ekj", "u", "fc", "r", "l", "n"]]}, "config": {"length": 30, "num_positions": 23, "positions": [27, 12, 17, 15, 6, 25, 2, 4, 11, 9, 24, 8, 1, 28, 19, 21, 3, 29, 16, 14, 7, 13, 10], "string": "ettojblldrelpdrfftyegekjufcrln"}, "task_name": "task08", "example_name": "0213", "problem_name": "task08_0213"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhfuzjcfwkvemzokocvntnumk\nPositions:\n12, 11, 19, 20, 22, 14, 16, 2, 4, 7, 8, 9, 10, 18, 23, 5, 6, 21, 15, 3, 17, 1, 13", "label": {"final": ["h", "f", "u", "z", "j", "c", "f", "w", "k", "v", "e", "m", "z", "o", "k", "o", "c", "v", "n", "t", "n", "u", "m", "k"], "init": ["hfuzjcfwkvemzokocvntnumk"], "intermediate": [["hfuzjcfwkvem", "zokocvntnumk"], ["hfuzjcfwkve", "m", "zokocvntnumk"], ["hfuzjcfwkve", "m", "zokocvn", "tnumk"], ["hfuzjcfwkve", "m", "zokocvn", "t", "numk"], ["hfuzjcfwkve", "m", "zokocvn", "t", "nu", "mk"], ["hfuzjcfwkve", "m", "zo", "kocvn", "t", "nu", "mk"], ["hfuzjcfwkve", "m", "zo", "ko", "cvn", "t", "nu", "mk"], ["hf", "uzjcfwkve", "m", "zo", "ko", "cvn", "t", "nu", "mk"], ["hf", "uz", "jcfwkve", "m", "zo", "ko", "cvn", "t", "nu", "mk"], ["hf", "uz", "jcf", "wkve", "m", "zo", "ko", "cvn", "t", "nu", "mk"], ["hf", "uz", "jcf", "w", "kve", "m", "zo", "ko", "cvn", "t", "nu", "mk"], ["hf", "uz", "jcf", "w", "k", "ve", "m", "zo", "ko", "cvn", "t", "nu", "mk"], ["hf", "uz", "jcf", "w", "k", "v", "e", "m", "zo", "ko", "cvn", "t", "nu", "mk"], ["hf", "uz", "jcf", "w", "k", "v", "e", "m", "zo", "ko", "cv", "n", "t", "nu", "mk"], ["hf", "uz", "jcf", "w", "k", "v", "e", "m", "zo", "ko", "cv", "n", "t", "nu", "m", "k"], ["hf", "uz", "j", "cf", "w", "k", "v", "e", "m", "zo", "ko", "cv", "n", "t", "nu", "m", "k"], ["hf", "uz", "j", "c", "f", "w", "k", "v", "e", "m", "zo", "ko", "cv", "n", "t", "nu", "m", "k"], ["hf", "uz", "j", "c", "f", "w", "k", "v", "e", "m", "zo", "ko", "cv", "n", "t", "n", "u", "m", "k"], ["hf", "uz", "j", "c", "f", "w", "k", "v", "e", "m", "zo", "k", "o", "cv", "n", "t", "n", "u", "m", "k"], ["hf", "u", "z", "j", "c", "f", "w", "k", "v", "e", "m", "zo", "k", "o", "cv", "n", "t", "n", "u", "m", "k"], ["hf", "u", "z", "j", "c", "f", "w", "k", "v", "e", "m", "zo", "k", "o", "c", "v", "n", "t", "n", "u", "m", "k"], ["h", "f", "u", "z", "j", "c", "f", "w", "k", "v", "e", "m", "zo", "k", "o", "c", "v", "n", "t", "n", "u", "m", "k"]]}, "config": {"length": 24, "num_positions": 23, "positions": [12, 11, 19, 20, 22, 14, 16, 2, 4, 7, 8, 9, 10, 18, 23, 5, 6, 21, 15, 3, 17, 1, 13], "string": "hfuzjcfwkvemzokocvntnumk"}, "task_name": "task08", "example_name": "0214", "problem_name": "task08_0214"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbquonndxsrzoxspxnoidsynsgmxnu\nPositions:\n15, 6, 28, 23, 17, 10, 16, 24, 13, 19, 14, 25, 1, 21, 26, 3, 2, 22, 4, 12, 11, 27, 20", "label": {"final": ["b", "q", "u", "o", "nn", "dxsr", "z", "o", "x", "s", "p", "x", "n", "oi", "d", "s", "y", "n", "s", "g", "m", "x", "n", "u"], "init": ["bquonndxsrzoxspxnoidsynsgmxnu"], "intermediate": [["bquonndxsrzoxsp", "xnoidsynsgmxnu"], ["bquonn", "dxsrzoxsp", "xnoidsynsgmxnu"], ["bquonn", "dxsrzoxsp", "xnoidsynsgmxn", "u"], ["bquonn", "dxsrzoxsp", "xnoidsyn", "sgmxn", "u"], ["bquonn", "dxsrzoxsp", "xn", "oidsyn", "sgmxn", "u"], ["bquonn", "dxsr", "zoxsp", "xn", "oidsyn", "sgmxn", "u"], ["bquonn", "dxsr", "zoxsp", "x", "n", "oidsyn", "sgmxn", "u"], ["bquonn", "dxsr", "zoxsp", "x", "n", "oidsyn", "s", "gmxn", "u"], ["bquonn", "dxsr", "zox", "sp", "x", "n", "oidsyn", "s", "gmxn", "u"], ["bquonn", "dxsr", "zox", "sp", "x", "n", "oi", "dsyn", "s", "gmxn", "u"], ["bquonn", "dxsr", "zox", "s", "p", "x", "n", "oi", "dsyn", "s", "gmxn", "u"], ["bquonn", "dxsr", "zox", "s", "p", "x", "n", "oi", "dsyn", "s", "g", "mxn", "u"], ["b", "quonn", "dxsr", "zox", "s", "p", "x", "n", "oi", "dsyn", "s", "g", "mxn", "u"], ["b", "quonn", "dxsr", "zox", "s", "p", "x", "n", "oi", "ds", "yn", "s", "g", "mxn", "u"], ["b", "quonn", "dxsr", "zox", "s", "p", "x", "n", "oi", "ds", "yn", "s", "g", "m", "xn", "u"], ["b", "qu", "onn", "dxsr", "zox", "s", "p", "x", "n", "oi", "ds", "yn", "s", "g", "m", "xn", "u"], ["b", "q", "u", "onn", "dxsr", "zox", "s", "p", "x", "n", "oi", "ds", "yn", "s", "g", "m", "xn", "u"], ["b", "q", "u", "onn", "dxsr", "zox", "s", "p", "x", "n", "oi", "ds", "y", "n", "s", "g", "m", "xn", "u"], ["b", "q", "u", "o", "nn", "dxsr", "zox", "s", "p", "x", "n", "oi", "ds", "y", "n", "s", "g", "m", "xn", "u"], ["b", "q", "u", "o", "nn", "dxsr", "zo", "x", "s", "p", "x", "n", "oi", "ds", "y", "n", "s", "g", "m", "xn", "u"], ["b", "q", "u", "o", "nn", "dxsr", "z", "o", "x", "s", "p", "x", "n", "oi", "ds", "y", "n", "s", "g", "m", "xn", "u"], ["b", "q", "u", "o", "nn", "dxsr", "z", "o", "x", "s", "p", "x", "n", "oi", "ds", "y", "n", "s", "g", "m", "x", "n", "u"]]}, "config": {"length": 29, "num_positions": 23, "positions": [15, 6, 28, 23, 17, 10, 16, 24, 13, 19, 14, 25, 1, 21, 26, 3, 2, 22, 4, 12, 11, 27, 20], "string": "bquonndxsrzoxspxnoidsynsgmxnu"}, "task_name": "task08", "example_name": "0215", "problem_name": "task08_0215"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nirgdwnzfbharbyqyzhegbieicgudw\nPositions:\n25, 24, 19, 23, 21, 28, 9, 22, 20, 1, 4, 16, 12, 15, 26, 18, 7, 5, 8, 11, 10, 14, 2", "label": {"final": ["i", "r", "gd", "w", "nz", "f", "b", "h", "a", "r", "by", "q", "y", "zh", "e", "g", "b", "i", "e", "i", "c", "g", "ud", "w"], "init": ["irgdwnzfbharbyqyzhegbieicgudw"], "intermediate": [["irgdwnzfbharbyqyzhegbieic", "gudw"], ["irgdwnzfbharbyqyzhegbiei", "c", "gudw"], ["irgdwnzfbharbyqyzhe", "gbiei", "c", "gudw"], ["irgdwnzfbharbyqyzhe", "gbie", "i", "c", "gudw"], ["irgdwnzfbharbyqyzhe", "gb", "ie", "i", "c", "gudw"], ["irgdwnzfbharbyqyzhe", "gb", "ie", "i", "c", "gud", "w"], ["irgdwnzfb", "harbyqyzhe", "gb", "ie", "i", "c", "gud", "w"], ["irgdwnzfb", "harbyqyzhe", "gb", "i", "e", "i", "c", "gud", "w"], ["irgdwnzfb", "harbyqyzhe", "g", "b", "i", "e", "i", "c", "gud", "w"], ["i", "rgdwnzfb", "harbyqyzhe", "g", "b", "i", "e", "i", "c", "gud", "w"], ["i", "rgd", "wnzfb", "harbyqyzhe", "g", "b", "i", "e", "i", "c", "gud", "w"], ["i", "rgd", "wnzfb", "harbyqy", "zhe", "g", "b", "i", "e", "i", "c", "gud", "w"], ["i", "rgd", "wnzfb", "har", "byqy", "zhe", "g", "b", "i", "e", "i", "c", "gud", "w"], ["i", "rgd", "wnzfb", "har", "byq", "y", "zhe", "g", "b", "i", "e", "i", "c", "gud", "w"], ["i", "rgd", "wnzfb", "har", "byq", "y", "zhe", "g", "b", "i", "e", "i", "c", "g", "ud", "w"], ["i", "rgd", "wnzfb", "har", "byq", "y", "zh", "e", "g", "b", "i", "e", "i", "c", "g", "ud", "w"], ["i", "rgd", "wnz", "fb", "har", "byq", "y", "zh", "e", "g", "b", "i", "e", "i", "c", "g", "ud", "w"], ["i", "rgd", "w", "nz", "fb", "har", "byq", "y", "zh", "e", "g", "b", "i", "e", "i", "c", "g", "ud", "w"], ["i", "rgd", "w", "nz", "f", "b", "har", "byq", "y", "zh", "e", "g", "b", "i", "e", "i", "c", "g", "ud", "w"], ["i", "rgd", "w", "nz", "f", "b", "ha", "r", "byq", "y", "zh", "e", "g", "b", "i", "e", "i", "c", "g", "ud", "w"], ["i", "rgd", "w", "nz", "f", "b", "h", "a", "r", "byq", "y", "zh", "e", "g", "b", "i", "e", "i", "c", "g", "ud", "w"], ["i", "rgd", "w", "nz", "f", "b", "h", "a", "r", "by", "q", "y", "zh", "e", "g", "b", "i", "e", "i", "c", "g", "ud", "w"]]}, "config": {"length": 29, "num_positions": 23, "positions": [25, 24, 19, 23, 21, 28, 9, 22, 20, 1, 4, 16, 12, 15, 26, 18, 7, 5, 8, 11, 10, 14, 2], "string": "irgdwnzfbharbyqyzhegbieicgudw"}, "task_name": "task08", "example_name": "0216", "problem_name": "task08_0216"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njpojkvoztnsbyulwcehntfsnitlo\nPositions:\n16, 27, 4, 3, 2, 21, 19, 25, 17, 14, 22, 6, 20, 24, 13, 26, 23, 1, 5, 11, 7, 9, 12", "label": {"final": ["j", "p", "o", "j", "k", "v", "o", "zt", "ns", "b", "y", "u", "lw", "c", "eh", "n", "t", "f", "s", "n", "i", "t", "l", "o"], "init": ["jpojkvoztnsbyulwcehntfsnitlo"], "intermediate": [["jpojkvoztnsbyulw", "cehntfsnitlo"], ["jpojkvoztnsbyulw", "cehntfsnitl", "o"], ["jpoj", "kvoztnsbyulw", "cehntfsnitl", "o"], ["jpo", "j", "kvoztnsbyulw", "cehntfsnitl", "o"], ["jp", "o", "j", "kvoztnsbyulw", "cehntfsnitl", "o"], ["jp", "o", "j", "kvoztnsbyulw", "cehnt", "fsnitl", "o"], ["jp", "o", "j", "kvoztnsbyulw", "ceh", "nt", "fsnitl", "o"], ["jp", "o", "j", "kvoztnsbyulw", "ceh", "nt", "fsni", "tl", "o"], ["jp", "o", "j", "kvoztnsbyulw", "c", "eh", "nt", "fsni", "tl", "o"], ["jp", "o", "j", "kvoztnsbyu", "lw", "c", "eh", "nt", "fsni", "tl", "o"], ["jp", "o", "j", "kvoztnsbyu", "lw", "c", "eh", "nt", "f", "sni", "tl", "o"], ["jp", "o", "j", "kv", "oztnsbyu", "lw", "c", "eh", "nt", "f", "sni", "tl", "o"], ["jp", "o", "j", "kv", "oztnsbyu", "lw", "c", "eh", "n", "t", "f", "sni", "tl", "o"], ["jp", "o", "j", "kv", "oztnsbyu", "lw", "c", "eh", "n", "t", "f", "sn", "i", "tl", "o"], ["jp", "o", "j", "kv", "oztnsby", "u", "lw", "c", "eh", "n", "t", "f", "sn", "i", "tl", "o"], ["jp", "o", "j", "kv", "oztnsby", "u", "lw", "c", "eh", "n", "t", "f", "sn", "i", "t", "l", "o"], ["jp", "o", "j", "kv", "oztnsby", "u", "lw", "c", "eh", "n", "t", "f", "s", "n", "i", "t", "l", "o"], ["j", "p", "o", "j", "kv", "oztnsby", "u", "lw", "c", "eh", "n", "t", "f", "s", "n", "i", "t", "l", "o"], ["j", "p", "o", "j", "k", "v", "oztnsby", "u", "lw", "c", "eh", "n", "t", "f", "s", "n", "i", "t", "l", "o"], ["j", "p", "o", "j", "k", "v", "oztns", "by", "u", "lw", "c", "eh", "n", "t", "f", "s", "n", "i", "t", "l", "o"], ["j", "p", "o", "j", "k", "v", "o", "ztns", "by", "u", "lw", "c", "eh", "n", "t", "f", "s", "n", "i", "t", "l", "o"], ["j", "p", "o", "j", "k", "v", "o", "zt", "ns", "by", "u", "lw", "c", "eh", "n", "t", "f", "s", "n", "i", "t", "l", "o"]]}, "config": {"length": 28, "num_positions": 23, "positions": [16, 27, 4, 3, 2, 21, 19, 25, 17, 14, 22, 6, 20, 24, 13, 26, 23, 1, 5, 11, 7, 9, 12], "string": "jpojkvoztnsbyulwcehntfsnitlo"}, "task_name": "task08", "example_name": "0217", "problem_name": "task08_0217"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnziehbmdvnezyanzsybhkhelkwe\nPositions:\n7, 11, 17, 26, 10, 15, 19, 8, 21, 14, 16, 1, 2, 18, 24, 9, 13, 12, 6, 25, 20, 22, 3", "label": {"final": ["n", "z", "i", "ehb", "m", "d", "v", "n", "e", "z", "y", "a", "n", "z", "s", "y", "b", "h", "k", "h", "el", "k", "w", "e"], "init": ["nziehbmdvnezyanzsybhkhelkwe"], "intermediate": [["nziehbm", "dvnezyanzsybhkhelkwe"], ["nziehbm", "dvne", "zyanzsybhkhelkwe"], ["nziehbm", "dvne", "zyanzs", "ybhkhelkwe"], ["nziehbm", "dvne", "zyanzs", "ybhkhelkw", "e"], ["nziehbm", "dvn", "e", "zyanzs", "ybhkhelkw", "e"], ["nziehbm", "dvn", "e", "zyan", "zs", "ybhkhelkw", "e"], ["nziehbm", "dvn", "e", "zyan", "zs", "yb", "hkhelkw", "e"], ["nziehbm", "d", "vn", "e", "zyan", "zs", "yb", "hkhelkw", "e"], ["nziehbm", "d", "vn", "e", "zyan", "zs", "yb", "hk", "helkw", "e"], ["nziehbm", "d", "vn", "e", "zya", "n", "zs", "yb", "hk", "helkw", "e"], ["nziehbm", "d", "vn", "e", "zya", "n", "z", "s", "yb", "hk", "helkw", "e"], ["n", "ziehbm", "d", "vn", "e", "zya", "n", "z", "s", "yb", "hk", "helkw", "e"], ["n", "z", "iehbm", "d", "vn", "e", "zya", "n", "z", "s", "yb", "hk", "helkw", "e"], ["n", "z", "iehbm", "d", "vn", "e", "zya", "n", "z", "s", "y", "b", "hk", "helkw", "e"], ["n", "z", "iehbm", "d", "vn", "e", "zya", "n", "z", "s", "y", "b", "hk", "hel", "kw", "e"], ["n", "z", "iehbm", "d", "v", "n", "e", "zya", "n", "z", "s", "y", "b", "hk", "hel", "kw", "e"], ["n", "z", "iehbm", "d", "v", "n", "e", "zy", "a", "n", "z", "s", "y", "b", "hk", "hel", "kw", "e"], ["n", "z", "iehbm", "d", "v", "n", "e", "z", "y", "a", "n", "z", "s", "y", "b", "hk", "hel", "kw", "e"], ["n", "z", "iehb", "m", "d", "v", "n", "e", "z", "y", "a", "n", "z", "s", "y", "b", "hk", "hel", "kw", "e"], ["n", "z", "iehb", "m", "d", "v", "n", "e", "z", "y", "a", "n", "z", "s", "y", "b", "hk", "hel", "k", "w", "e"], ["n", "z", "iehb", "m", "d", "v", "n", "e", "z", "y", "a", "n", "z", "s", "y", "b", "h", "k", "hel", "k", "w", "e"], ["n", "z", "iehb", "m", "d", "v", "n", "e", "z", "y", "a", "n", "z", "s", "y", "b", "h", "k", "h", "el", "k", "w", "e"]]}, "config": {"length": 27, "num_positions": 23, "positions": [7, 11, 17, 26, 10, 15, 19, 8, 21, 14, 16, 1, 2, 18, 24, 9, 13, 12, 6, 25, 20, 22, 3], "string": "nziehbmdvnezyanzsybhkhelkwe"}, "task_name": "task08", "example_name": "0218", "problem_name": "task08_0218"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzabhjfxdneldvhnjumoxkwxivnn\nPositions:\n19, 3, 26, 2, 25, 8, 17, 15, 5, 12, 4, 20, 23, 14, 24, 13, 21, 1, 9, 22, 6, 10, 7", "label": {"final": ["z", "a", "b", "h", "j", "f", "x", "d", "n", "e", "ld", "v", "h", "n", "ju", "mo", "x", "k", "w", "x", "i", "v", "n", "n"], "init": ["zabhjfxdneldvhnjumoxkwxivnn"], "intermediate": [["zabhjfxdneldvhnjumo", "xkwxivnn"], ["zab", "hjfxdneldvhnjumo", "xkwxivnn"], ["zab", "hjfxdneldvhnjumo", "xkwxivn", "n"], ["za", "b", "hjfxdneldvhnjumo", "xkwxivn", "n"], ["za", "b", "hjfxdneldvhnjumo", "xkwxiv", "n", "n"], ["za", "b", "hjfxd", "neldvhnjumo", "xkwxiv", "n", "n"], ["za", "b", "hjfxd", "neldvhnju", "mo", "xkwxiv", "n", "n"], ["za", "b", "hjfxd", "neldvhn", "ju", "mo", "xkwxiv", "n", "n"], ["za", "b", "hj", "fxd", "neldvhn", "ju", "mo", "xkwxiv", "n", "n"], ["za", "b", "hj", "fxd", "neld", "vhn", "ju", "mo", "xkwxiv", "n", "n"], ["za", "b", "h", "j", "fxd", "neld", "vhn", "ju", "mo", "xkwxiv", "n", "n"], ["za", "b", "h", "j", "fxd", "neld", "vhn", "ju", "mo", "x", "kwxiv", "n", "n"], ["za", "b", "h", "j", "fxd", "neld", "vhn", "ju", "mo", "x", "kwx", "iv", "n", "n"], ["za", "b", "h", "j", "fxd", "neld", "vh", "n", "ju", "mo", "x", "kwx", "iv", "n", "n"], ["za", "b", "h", "j", "fxd", "neld", "vh", "n", "ju", "mo", "x", "kwx", "i", "v", "n", "n"], ["za", "b", "h", "j", "fxd", "neld", "v", "h", "n", "ju", "mo", "x", "kwx", "i", "v", "n", "n"], ["za", "b", "h", "j", "fxd", "neld", "v", "h", "n", "ju", "mo", "x", "k", "wx", "i", "v", "n", "n"], ["z", "a", "b", "h", "j", "fxd", "neld", "v", "h", "n", "ju", "mo", "x", "k", "wx", "i", "v", "n", "n"], ["z", "a", "b", "h", "j", "fxd", "n", "eld", "v", "h", "n", "ju", "mo", "x", "k", "wx", "i", "v", "n", "n"], ["z", "a", "b", "h", "j", "fxd", "n", "eld", "v", "h", "n", "ju", "mo", "x", "k", "w", "x", "i", "v", "n", "n"], ["z", "a", "b", "h", "j", "f", "xd", "n", "eld", "v", "h", "n", "ju", "mo", "x", "k", "w", "x", "i", "v", "n", "n"], ["z", "a", "b", "h", "j", "f", "xd", "n", "e", "ld", "v", "h", "n", "ju", "mo", "x", "k", "w", "x", "i", "v", "n", "n"]]}, "config": {"length": 27, "num_positions": 23, "positions": [19, 3, 26, 2, 25, 8, 17, 15, 5, 12, 4, 20, 23, 14, 24, 13, 21, 1, 9, 22, 6, 10, 7], "string": "zabhjfxdneldvhnjumoxkwxivnn"}, "task_name": "task08", "example_name": "0219", "problem_name": "task08_0219"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nypxujnwvcrzrrcnoydqbmqvbysv\nPositions:\n23, 3, 6, 20, 9, 10, 25, 26, 8, 24, 21, 11, 18, 19, 15, 7, 16, 13, 22, 12, 4, 14, 5, 17", "label": {"final": ["ypx", "u", "j", "n", "w", "v", "c", "r", "z", "r", "r", "c", "n", "o", "y", "d", "q", "b", "m", "q", "v", "b", "y", "s", "v"], "init": ["ypxujnwvcrzrrcnoydqbmqvbysv"], "intermediate": [["ypxujnwvcrzrrcnoydqbmqv", "bysv"], ["ypx", "ujnwvcrzrrcnoydqbmqv", "bysv"], ["ypx", "ujn", "wvcrzrrcnoydqbmqv", "bysv"], ["ypx", "ujn", "wvcrzrrcnoydqb", "mqv", "bysv"], ["ypx", "ujn", "wvc", "rzrrcnoydqb", "mqv", "bysv"], ["ypx", "ujn", "wvc", "r", "zrrcnoydqb", "mqv", "bysv"], ["ypx", "ujn", "wvc", "r", "zrrcnoydqb", "mqv", "by", "sv"], ["ypx", "ujn", "wvc", "r", "zrrcnoydqb", "mqv", "by", "s", "v"], ["ypx", "ujn", "wv", "c", "r", "zrrcnoydqb", "mqv", "by", "s", "v"], ["ypx", "ujn", "wv", "c", "r", "zrrcnoydqb", "mqv", "b", "y", "s", "v"], ["ypx", "ujn", "wv", "c", "r", "zrrcnoydqb", "m", "qv", "b", "y", "s", "v"], ["ypx", "ujn", "wv", "c", "r", "z", "rrcnoydqb", "m", "qv", "b", "y", "s", "v"], ["ypx", "ujn", "wv", "c", "r", "z", "rrcnoyd", "qb", "m", "qv", "b", "y", "s", "v"], ["ypx", "ujn", "wv", "c", "r", "z", "rrcnoyd", "q", "b", "m", "qv", "b", "y", "s", "v"], ["ypx", "ujn", "wv", "c", "r", "z", "rrcn", "oyd", "q", "b", "m", "qv", "b", "y", "s", "v"], ["ypx", "ujn", "w", "v", "c", "r", "z", "rrcn", "oyd", "q", "b", "m", "qv", "b", "y", "s", "v"], ["ypx", "ujn", "w", "v", "c", "r", "z", "rrcn", "o", "yd", "q", "b", "m", "qv", "b", "y", "s", "v"], ["ypx", "ujn", "w", "v", "c", "r", "z", "rr", "cn", "o", "yd", "q", "b", "m", "qv", "b", "y", "s", "v"], ["ypx", "ujn", "w", "v", "c", "r", "z", "rr", "cn", "o", "yd", "q", "b", "m", "q", "v", "b", "y", "s", "v"], ["ypx", "ujn", "w", "v", "c", "r", "z", "r", "r", "cn", "o", "yd", "q", "b", "m", "q", "v", "b", "y", "s", "v"], ["ypx", "u", "jn", "w", "v", "c", "r", "z", "r", "r", "cn", "o", "yd", "q", "b", "m", "q", "v", "b", "y", "s", "v"], ["ypx", "u", "jn", "w", "v", "c", "r", "z", "r", "r", "c", "n", "o", "yd", "q", "b", "m", "q", "v", "b", "y", "s", "v"], ["ypx", "u", "j", "n", "w", "v", "c", "r", "z", "r", "r", "c", "n", "o", "yd", "q", "b", "m", "q", "v", "b", "y", "s", "v"]]}, "config": {"length": 27, "num_positions": 24, "positions": [23, 3, 6, 20, 9, 10, 25, 26, 8, 24, 21, 11, 18, 19, 15, 7, 16, 13, 22, 12, 4, 14, 5, 17], "string": "ypxujnwvcrzrrcnoydqbmqvbysv"}, "task_name": "task08", "example_name": "0220", "problem_name": "task08_0220"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrthbhypalpimpgxyomiyvdismbohca\nPositions:\n20, 9, 3, 19, 23, 11, 18, 15, 24, 17, 13, 27, 2, 6, 4, 5, 7, 8, 26, 29, 22, 10, 25, 21", "label": {"final": ["rt", "h", "b", "h", "y", "p", "a", "l", "p", "i", "mp", "gx", "yo", "m", "i", "y", "v", "d", "i", "s", "m", "b", "o", "hc", "a"], "init": ["rthbhypalpimpgxyomiyvdismbohca"], "intermediate": [["rthbhypalpimpgxyomiy", "vdismbohca"], ["rthbhypal", "pimpgxyomiy", "vdismbohca"], ["rth", "bhypal", "pimpgxyomiy", "vdismbohca"], ["rth", "bhypal", "pimpgxyomi", "y", "vdismbohca"], ["rth", "bhypal", "pimpgxyomi", "y", "vdi", "smbohca"], ["rth", "bhypal", "pi", "mpgxyomi", "y", "vdi", "smbohca"], ["rth", "bhypal", "pi", "mpgxyom", "i", "y", "vdi", "smbohca"], ["rth", "bhypal", "pi", "mpgx", "yom", "i", "y", "vdi", "smbohca"], ["rth", "bhypal", "pi", "mpgx", "yom", "i", "y", "vdi", "s", "mbohca"], ["rth", "bhypal", "pi", "mpgx", "yo", "m", "i", "y", "vdi", "s", "mbohca"], ["rth", "bhypal", "pi", "mp", "gx", "yo", "m", "i", "y", "vdi", "s", "mbohca"], ["rth", "bhypal", "pi", "mp", "gx", "yo", "m", "i", "y", "vdi", "s", "mbo", "hca"], ["rt", "h", "bhypal", "pi", "mp", "gx", "yo", "m", "i", "y", "vdi", "s", "mbo", "hca"], ["rt", "h", "bhy", "pal", "pi", "mp", "gx", "yo", "m", "i", "y", "vdi", "s", "mbo", "hca"], ["rt", "h", "b", "hy", "pal", "pi", "mp", "gx", "yo", "m", "i", "y", "vdi", "s", "mbo", "hca"], ["rt", "h", "b", "h", "y", "pal", "pi", "mp", "gx", "yo", "m", "i", "y", "vdi", "s", "mbo", "hca"], ["rt", "h", "b", "h", "y", "p", "al", "pi", "mp", "gx", "yo", "m", "i", "y", "vdi", "s", "mbo", "hca"], ["rt", "h", "b", "h", "y", "p", "a", "l", "pi", "mp", "gx", "yo", "m", "i", "y", "vdi", "s", "mbo", "hca"], ["rt", "h", "b", "h", "y", "p", "a", "l", "pi", "mp", "gx", "yo", "m", "i", "y", "vdi", "s", "mb", "o", "hca"], ["rt", "h", "b", "h", "y", "p", "a", "l", "pi", "mp", "gx", "yo", "m", "i", "y", "vdi", "s", "mb", "o", "hc", "a"], ["rt", "h", "b", "h", "y", "p", "a", "l", "pi", "mp", "gx", "yo", "m", "i", "y", "vd", "i", "s", "mb", "o", "hc", "a"], ["rt", "h", "b", "h", "y", "p", "a", "l", "p", "i", "mp", "gx", "yo", "m", "i", "y", "vd", "i", "s", "mb", "o", "hc", "a"], ["rt", "h", "b", "h", "y", "p", "a", "l", "p", "i", "mp", "gx", "yo", "m", "i", "y", "vd", "i", "s", "m", "b", "o", "hc", "a"]]}, "config": {"length": 30, "num_positions": 24, "positions": [20, 9, 3, 19, 23, 11, 18, 15, 24, 17, 13, 27, 2, 6, 4, 5, 7, 8, 26, 29, 22, 10, 25, 21], "string": "rthbhypalpimpgxyomiyvdismbohca"}, "task_name": "task08", "example_name": "0221", "problem_name": "task08_0221"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlmftxgbruzrqmptmxulpoxcixasqy\nPositions:\n27, 22, 15, 3, 16, 24, 9, 20, 2, 13, 11, 10, 17, 4, 26, 5, 14, 21, 7, 1, 12, 18, 19, 6", "label": {"final": ["l", "m", "f", "t", "x", "g", "b", "ru", "z", "r", "q", "m", "p", "t", "m", "x", "u", "l", "p", "o", "x", "ci", "xa", "s", "qy"], "init": ["lmftxgbruzrqmptmxulpoxcixasqy"], "intermediate": [["lmftxgbruzrqmptmxulpoxcixas", "qy"], ["lmftxgbruzrqmptmxulpox", "cixas", "qy"], ["lmftxgbruzrqmpt", "mxulpox", "cixas", "qy"], ["lmf", "txgbruzrqmpt", "mxulpox", "cixas", "qy"], ["lmf", "txgbruzrqmpt", "m", "xulpox", "cixas", "qy"], ["lmf", "txgbruzrqmpt", "m", "xulpox", "ci", "xas", "qy"], ["lmf", "txgbru", "zrqmpt", "m", "xulpox", "ci", "xas", "qy"], ["lmf", "txgbru", "zrqmpt", "m", "xulp", "ox", "ci", "xas", "qy"], ["lm", "f", "txgbru", "zrqmpt", "m", "xulp", "ox", "ci", "xas", "qy"], ["lm", "f", "txgbru", "zrqm", "pt", "m", "xulp", "ox", "ci", "xas", "qy"], ["lm", "f", "txgbru", "zr", "qm", "pt", "m", "xulp", "ox", "ci", "xas", "qy"], ["lm", "f", "txgbru", "z", "r", "qm", "pt", "m", "xulp", "ox", "ci", "xas", "qy"], ["lm", "f", "txgbru", "z", "r", "qm", "pt", "m", "x", "ulp", "ox", "ci", "xas", "qy"], ["lm", "f", "t", "xgbru", "z", "r", "qm", "pt", "m", "x", "ulp", "ox", "ci", "xas", "qy"], ["lm", "f", "t", "xgbru", "z", "r", "qm", "pt", "m", "x", "ulp", "ox", "ci", "xa", "s", "qy"], ["lm", "f", "t", "x", "gbru", "z", "r", "qm", "pt", "m", "x", "ulp", "ox", "ci", "xa", "s", "qy"], ["lm", "f", "t", "x", "gbru", "z", "r", "qm", "p", "t", "m", "x", "ulp", "ox", "ci", "xa", "s", "qy"], ["lm", "f", "t", "x", "gbru", "z", "r", "qm", "p", "t", "m", "x", "ulp", "o", "x", "ci", "xa", "s", "qy"], ["lm", "f", "t", "x", "gb", "ru", "z", "r", "qm", "p", "t", "m", "x", "ulp", "o", "x", "ci", "xa", "s", "qy"], ["l", "m", "f", "t", "x", "gb", "ru", "z", "r", "qm", "p", "t", "m", "x", "ulp", "o", "x", "ci", "xa", "s", "qy"], ["l", "m", "f", "t", "x", "gb", "ru", "z", "r", "q", "m", "p", "t", "m", "x", "ulp", "o", "x", "ci", "xa", "s", "qy"], ["l", "m", "f", "t", "x", "gb", "ru", "z", "r", "q", "m", "p", "t", "m", "x", "u", "lp", "o", "x", "ci", "xa", "s", "qy"], ["l", "m", "f", "t", "x", "gb", "ru", "z", "r", "q", "m", "p", "t", "m", "x", "u", "l", "p", "o", "x", "ci", "xa", "s", "qy"]]}, "config": {"length": 29, "num_positions": 24, "positions": [27, 22, 15, 3, 16, 24, 9, 20, 2, 13, 11, 10, 17, 4, 26, 5, 14, 21, 7, 1, 12, 18, 19, 6], "string": "lmftxgbruzrqmptmxulpoxcixasqy"}, "task_name": "task08", "example_name": "0222", "problem_name": "task08_0222"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbeqxgbclghplnwvpoexktpqvxh\nPositions:\n19, 13, 11, 16, 9, 23, 25, 7, 8, 18, 20, 12, 17, 24, 22, 6, 4, 10, 1, 3, 2, 5, 14, 15", "label": {"final": ["b", "e", "q", "x", "g", "b", "c", "l", "g", "h", "p", "l", "n", "w", "v", "p", "o", "e", "x", "k", "tp", "q", "v", "x", "h"], "init": ["beqxgbclghplnwvpoexktpqvxh"], "intermediate": [["beqxgbclghplnwvpoex", "ktpqvxh"], ["beqxgbclghpln", "wvpoex", "ktpqvxh"], ["beqxgbclghp", "ln", "wvpoex", "ktpqvxh"], ["beqxgbclghp", "ln", "wvp", "oex", "ktpqvxh"], ["beqxgbclg", "hp", "ln", "wvp", "oex", "ktpqvxh"], ["beqxgbclg", "hp", "ln", "wvp", "oex", "ktpq", "vxh"], ["beqxgbclg", "hp", "ln", "wvp", "oex", "ktpq", "vx", "h"], ["beqxgbc", "lg", "hp", "ln", "wvp", "oex", "ktpq", "vx", "h"], ["beqxgbc", "l", "g", "hp", "ln", "wvp", "oex", "ktpq", "vx", "h"], ["beqxgbc", "l", "g", "hp", "ln", "wvp", "oe", "x", "ktpq", "vx", "h"], ["beqxgbc", "l", "g", "hp", "ln", "wvp", "oe", "x", "k", "tpq", "vx", "h"], ["beqxgbc", "l", "g", "hp", "l", "n", "wvp", "oe", "x", "k", "tpq", "vx", "h"], ["beqxgbc", "l", "g", "hp", "l", "n", "wvp", "o", "e", "x", "k", "tpq", "vx", "h"], ["beqxgbc", "l", "g", "hp", "l", "n", "wvp", "o", "e", "x", "k", "tpq", "v", "x", "h"], ["beqxgbc", "l", "g", "hp", "l", "n", "wvp", "o", "e", "x", "k", "tp", "q", "v", "x", "h"], ["beqxgb", "c", "l", "g", "hp", "l", "n", "wvp", "o", "e", "x", "k", "tp", "q", "v", "x", "h"], ["beqx", "gb", "c", "l", "g", "hp", "l", "n", "wvp", "o", "e", "x", "k", "tp", "q", "v", "x", "h"], ["beqx", "gb", "c", "l", "g", "h", "p", "l", "n", "wvp", "o", "e", "x", "k", "tp", "q", "v", "x", "h"], ["b", "eqx", "gb", "c", "l", "g", "h", "p", "l", "n", "wvp", "o", "e", "x", "k", "tp", "q", "v", "x", "h"], ["b", "eq", "x", "gb", "c", "l", "g", "h", "p", "l", "n", "wvp", "o", "e", "x", "k", "tp", "q", "v", "x", "h"], ["b", "e", "q", "x", "gb", "c", "l", "g", "h", "p", "l", "n", "wvp", "o", "e", "x", "k", "tp", "q", "v", "x", "h"], ["b", "e", "q", "x", "g", "b", "c", "l", "g", "h", "p", "l", "n", "wvp", "o", "e", "x", "k", "tp", "q", "v", "x", "h"], ["b", "e", "q", "x", "g", "b", "c", "l", "g", "h", "p", "l", "n", "w", "vp", "o", "e", "x", "k", "tp", "q", "v", "x", "h"]]}, "config": {"length": 26, "num_positions": 24, "positions": [19, 13, 11, 16, 9, 23, 25, 7, 8, 18, 20, 12, 17, 24, 22, 6, 4, 10, 1, 3, 2, 5, 14, 15], "string": "beqxgbclghplnwvpoexktpqvxh"}, "task_name": "task08", "example_name": "0223", "problem_name": "task08_0223"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncukcogumehkpjyazgxarlvqzhvkqb\nPositions:\n2, 13, 20, 25, 3, 16, 8, 7, 27, 26, 18, 12, 11, 19, 24, 1, 4, 5, 23, 9, 15, 14, 28, 22", "label": {"final": ["c", "u", "k", "c", "o", "gu", "m", "e", "hk", "p", "j", "y", "a", "z", "gx", "a", "r", "lv", "q", "z", "h", "v", "k", "q", "b"], "init": ["cukcogumehkpjyazgxarlvqzhvkqb"], "intermediate": [["cu", "kcogumehkpjyazgxarlvqzhvkqb"], ["cu", "kcogumehkpj", "yazgxarlvqzhvkqb"], ["cu", "kcogumehkpj", "yazgxar", "lvqzhvkqb"], ["cu", "kcogumehkpj", "yazgxar", "lvqzh", "vkqb"], ["cu", "k", "cogumehkpj", "yazgxar", "lvqzh", "vkqb"], ["cu", "k", "cogumehkpj", "yaz", "gxar", "lvqzh", "vkqb"], ["cu", "k", "cogum", "ehkpj", "yaz", "gxar", "lvqzh", "vkqb"], ["cu", "k", "cogu", "m", "ehkpj", "yaz", "gxar", "lvqzh", "vkqb"], ["cu", "k", "cogu", "m", "ehkpj", "yaz", "gxar", "lvqzh", "vk", "qb"], ["cu", "k", "cogu", "m", "ehkpj", "yaz", "gxar", "lvqzh", "v", "k", "qb"], ["cu", "k", "cogu", "m", "ehkpj", "yaz", "gx", "ar", "lvqzh", "v", "k", "qb"], ["cu", "k", "cogu", "m", "ehkp", "j", "yaz", "gx", "ar", "lvqzh", "v", "k", "qb"], ["cu", "k", "cogu", "m", "ehk", "p", "j", "yaz", "gx", "ar", "lvqzh", "v", "k", "qb"], ["cu", "k", "cogu", "m", "ehk", "p", "j", "yaz", "gx", "a", "r", "lvqzh", "v", "k", "qb"], ["cu", "k", "cogu", "m", "ehk", "p", "j", "yaz", "gx", "a", "r", "lvqz", "h", "v", "k", "qb"], ["c", "u", "k", "cogu", "m", "ehk", "p", "j", "yaz", "gx", "a", "r", "lvqz", "h", "v", "k", "qb"], ["c", "u", "k", "c", "ogu", "m", "ehk", "p", "j", "yaz", "gx", "a", "r", "lvqz", "h", "v", "k", "qb"], ["c", "u", "k", "c", "o", "gu", "m", "ehk", "p", "j", "yaz", "gx", "a", "r", "lvqz", "h", "v", "k", "qb"], ["c", "u", "k", "c", "o", "gu", "m", "ehk", "p", "j", "yaz", "gx", "a", "r", "lvq", "z", "h", "v", "k", "qb"], ["c", "u", "k", "c", "o", "gu", "m", "e", "hk", "p", "j", "yaz", "gx", "a", "r", "lvq", "z", "h", "v", "k", "qb"], ["c", "u", "k", "c", "o", "gu", "m", "e", "hk", "p", "j", "ya", "z", "gx", "a", "r", "lvq", "z", "h", "v", "k", "qb"], ["c", "u", "k", "c", "o", "gu", "m", "e", "hk", "p", "j", "y", "a", "z", "gx", "a", "r", "lvq", "z", "h", "v", "k", "qb"], ["c", "u", "k", "c", "o", "gu", "m", "e", "hk", "p", "j", "y", "a", "z", "gx", "a", "r", "lvq", "z", "h", "v", "k", "q", "b"]]}, "config": {"length": 29, "num_positions": 24, "positions": [2, 13, 20, 25, 3, 16, 8, 7, 27, 26, 18, 12, 11, 19, 24, 1, 4, 5, 23, 9, 15, 14, 28, 22], "string": "cukcogumehkpjyazgxarlvqzhvkqb"}, "task_name": "task08", "example_name": "0224", "problem_name": "task08_0224"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncdqtvkexuqtqdzfoegynbfffyu\nPositions:\n14, 10, 21, 17, 4, 20, 25, 2, 6, 1, 7, 13, 16, 23, 9, 3, 18, 5, 11, 24, 8, 19, 15, 12", "label": {"final": ["c", "d", "q", "t", "v", "k", "e", "x", "u", "q", "t", "q", "d", "z", "f", "o", "e", "g", "y", "n", "b", "ff", "f", "y", "u"], "init": ["cdqtvkexuqtqdzfoegynbfffyu"], "intermediate": [["cdqtvkexuqtqdz", "foegynbfffyu"], ["cdqtvkexuq", "tqdz", "foegynbfffyu"], ["cdqtvkexuq", "tqdz", "foegynb", "fffyu"], ["cdqtvkexuq", "tqdz", "foe", "gynb", "fffyu"], ["cdqt", "vkexuq", "tqdz", "foe", "gynb", "fffyu"], ["cdqt", "vkexuq", "tqdz", "foe", "gyn", "b", "fffyu"], ["cdqt", "vkexuq", "tqdz", "foe", "gyn", "b", "fffy", "u"], ["cd", "qt", "vkexuq", "tqdz", "foe", "gyn", "b", "fffy", "u"], ["cd", "qt", "vk", "exuq", "tqdz", "foe", "gyn", "b", "fffy", "u"], ["c", "d", "qt", "vk", "exuq", "tqdz", "foe", "gyn", "b", "fffy", "u"], ["c", "d", "qt", "vk", "e", "xuq", "tqdz", "foe", "gyn", "b", "fffy", "u"], ["c", "d", "qt", "vk", "e", "xuq", "tqd", "z", "foe", "gyn", "b", "fffy", "u"], ["c", "d", "qt", "vk", "e", "xuq", "tqd", "z", "fo", "e", "gyn", "b", "fffy", "u"], ["c", "d", "qt", "vk", "e", "xuq", "tqd", "z", "fo", "e", "gyn", "b", "ff", "fy", "u"], ["c", "d", "qt", "vk", "e", "xu", "q", "tqd", "z", "fo", "e", "gyn", "b", "ff", "fy", "u"], ["c", "d", "q", "t", "vk", "e", "xu", "q", "tqd", "z", "fo", "e", "gyn", "b", "ff", "fy", "u"], ["c", "d", "q", "t", "vk", "e", "xu", "q", "tqd", "z", "fo", "e", "g", "yn", "b", "ff", "fy", "u"], ["c", "d", "q", "t", "v", "k", "e", "xu", "q", "tqd", "z", "fo", "e", "g", "yn", "b", "ff", "fy", "u"], ["c", "d", "q", "t", "v", "k", "e", "xu", "q", "t", "qd", "z", "fo", "e", "g", "yn", "b", "ff", "fy", "u"], ["c", "d", "q", "t", "v", "k", "e", "xu", "q", "t", "qd", "z", "fo", "e", "g", "yn", "b", "ff", "f", "y", "u"], ["c", "d", "q", "t", "v", "k", "e", "x", "u", "q", "t", "qd", "z", "fo", "e", "g", "yn", "b", "ff", "f", "y", "u"], ["c", "d", "q", "t", "v", "k", "e", "x", "u", "q", "t", "qd", "z", "fo", "e", "g", "y", "n", "b", "ff", "f", "y", "u"], ["c", "d", "q", "t", "v", "k", "e", "x", "u", "q", "t", "qd", "z", "f", "o", "e", "g", "y", "n", "b", "ff", "f", "y", "u"]]}, "config": {"length": 26, "num_positions": 24, "positions": [14, 10, 21, 17, 4, 20, 25, 2, 6, 1, 7, 13, 16, 23, 9, 3, 18, 5, 11, 24, 8, 19, 15, 12], "string": "cdqtvkexuqtqdzfoegynbfffyu"}, "task_name": "task08", "example_name": "0225", "problem_name": "task08_0225"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\neupmuuxolomixcjsbxmpspouqh\nPositions:\n4, 20, 6, 5, 24, 25, 21, 2, 12, 14, 7, 16, 3, 17, 10, 15, 22, 13, 8, 23, 9, 18, 1, 11", "label": {"final": ["e", "u", "p", "m", "u", "u", "x", "o", "l", "o", "m", "i", "x", "c", "j", "s", "b", "x", "mp", "s", "p", "o", "u", "q", "h"], "init": ["eupmuuxolomixcjsbxmpspouqh"], "intermediate": [["eupm", "uuxolomixcjsbxmpspouqh"], ["eupm", "uuxolomixcjsbxmp", "spouqh"], ["eupm", "uu", "xolomixcjsbxmp", "spouqh"], ["eupm", "u", "u", "xolomixcjsbxmp", "spouqh"], ["eupm", "u", "u", "xolomixcjsbxmp", "spou", "qh"], ["eupm", "u", "u", "xolomixcjsbxmp", "spou", "q", "h"], ["eupm", "u", "u", "xolomixcjsbxmp", "s", "pou", "q", "h"], ["eu", "pm", "u", "u", "xolomixcjsbxmp", "s", "pou", "q", "h"], ["eu", "pm", "u", "u", "xolomi", "xcjsbxmp", "s", "pou", "q", "h"], ["eu", "pm", "u", "u", "xolomi", "xc", "jsbxmp", "s", "pou", "q", "h"], ["eu", "pm", "u", "u", "x", "olomi", "xc", "jsbxmp", "s", "pou", "q", "h"], ["eu", "pm", "u", "u", "x", "olomi", "xc", "js", "bxmp", "s", "pou", "q", "h"], ["eu", "p", "m", "u", "u", "x", "olomi", "xc", "js", "bxmp", "s", "pou", "q", "h"], ["eu", "p", "m", "u", "u", "x", "olomi", "xc", "js", "b", "xmp", "s", "pou", "q", "h"], ["eu", "p", "m", "u", "u", "x", "olo", "mi", "xc", "js", "b", "xmp", "s", "pou", "q", "h"], ["eu", "p", "m", "u", "u", "x", "olo", "mi", "xc", "j", "s", "b", "xmp", "s", "pou", "q", "h"], ["eu", "p", "m", "u", "u", "x", "olo", "mi", "xc", "j", "s", "b", "xmp", "s", "p", "ou", "q", "h"], ["eu", "p", "m", "u", "u", "x", "olo", "mi", "x", "c", "j", "s", "b", "xmp", "s", "p", "ou", "q", "h"], ["eu", "p", "m", "u", "u", "x", "o", "lo", "mi", "x", "c", "j", "s", "b", "xmp", "s", "p", "ou", "q", "h"], ["eu", "p", "m", "u", "u", "x", "o", "lo", "mi", "x", "c", "j", "s", "b", "xmp", "s", "p", "o", "u", "q", "h"], ["eu", "p", "m", "u", "u", "x", "o", "l", "o", "mi", "x", "c", "j", "s", "b", "xmp", "s", "p", "o", "u", "q", "h"], ["eu", "p", "m", "u", "u", "x", "o", "l", "o", "mi", "x", "c", "j", "s", "b", "x", "mp", "s", "p", "o", "u", "q", "h"], ["e", "u", "p", "m", "u", "u", "x", "o", "l", "o", "mi", "x", "c", "j", "s", "b", "x", "mp", "s", "p", "o", "u", "q", "h"]]}, "config": {"length": 26, "num_positions": 24, "positions": [4, 20, 6, 5, 24, 25, 21, 2, 12, 14, 7, 16, 3, 17, 10, 15, 22, 13, 8, 23, 9, 18, 1, 11], "string": "eupmuuxolomixcjsbxmpspouqh"}, "task_name": "task08", "example_name": "0226", "problem_name": "task08_0226"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhfcccgtwpdmamzaxiwnvwelhngp\nPositions:\n26, 22, 18, 9, 3, 25, 11, 10, 19, 16, 8, 6, 23, 24, 1, 12, 4, 15, 21, 5, 7, 17, 2, 13", "label": {"final": ["h", "f", "c", "c", "c", "g", "t", "w", "p", "d", "m", "a", "m", "za", "x", "i", "w", "n", "vw", "e", "l", "h", "n", "g", "p"], "init": ["hfcccgtwpdmamzaxiwnvwelhngp"], "intermediate": [["hfcccgtwpdmamzaxiwnvwelhng", "p"], ["hfcccgtwpdmamzaxiwnvwe", "lhng", "p"], ["hfcccgtwpdmamzaxiw", "nvwe", "lhng", "p"], ["hfcccgtwp", "dmamzaxiw", "nvwe", "lhng", "p"], ["hfc", "ccgtwp", "dmamzaxiw", "nvwe", "lhng", "p"], ["hfc", "ccgtwp", "dmamzaxiw", "nvwe", "lhn", "g", "p"], ["hfc", "ccgtwp", "dm", "amzaxiw", "nvwe", "lhn", "g", "p"], ["hfc", "ccgtwp", "d", "m", "amzaxiw", "nvwe", "lhn", "g", "p"], ["hfc", "ccgtwp", "d", "m", "amzaxiw", "n", "vwe", "lhn", "g", "p"], ["hfc", "ccgtwp", "d", "m", "amzax", "iw", "n", "vwe", "lhn", "g", "p"], ["hfc", "ccgtw", "p", "d", "m", "amzax", "iw", "n", "vwe", "lhn", "g", "p"], ["hfc", "ccg", "tw", "p", "d", "m", "amzax", "iw", "n", "vwe", "lhn", "g", "p"], ["hfc", "ccg", "tw", "p", "d", "m", "amzax", "iw", "n", "vwe", "l", "hn", "g", "p"], ["hfc", "ccg", "tw", "p", "d", "m", "amzax", "iw", "n", "vwe", "l", "h", "n", "g", "p"], ["h", "fc", "ccg", "tw", "p", "d", "m", "amzax", "iw", "n", "vwe", "l", "h", "n", "g", "p"], ["h", "fc", "ccg", "tw", "p", "d", "m", "a", "mzax", "iw", "n", "vwe", "l", "h", "n", "g", "p"], ["h", "fc", "c", "cg", "tw", "p", "d", "m", "a", "mzax", "iw", "n", "vwe", "l", "h", "n", "g", "p"], ["h", "fc", "c", "cg", "tw", "p", "d", "m", "a", "mza", "x", "iw", "n", "vwe", "l", "h", "n", "g", "p"], ["h", "fc", "c", "cg", "tw", "p", "d", "m", "a", "mza", "x", "iw", "n", "vw", "e", "l", "h", "n", "g", "p"], ["h", "fc", "c", "c", "g", "tw", "p", "d", "m", "a", "mza", "x", "iw", "n", "vw", "e", "l", "h", "n", "g", "p"], ["h", "fc", "c", "c", "g", "t", "w", "p", "d", "m", "a", "mza", "x", "iw", "n", "vw", "e", "l", "h", "n", "g", "p"], ["h", "fc", "c", "c", "g", "t", "w", "p", "d", "m", "a", "mza", "x", "i", "w", "n", "vw", "e", "l", "h", "n", "g", "p"], ["h", "f", "c", "c", "c", "g", "t", "w", "p", "d", "m", "a", "mza", "x", "i", "w", "n", "vw", "e", "l", "h", "n", "g", "p"]]}, "config": {"length": 27, "num_positions": 24, "positions": [26, 22, 18, 9, 3, 25, 11, 10, 19, 16, 8, 6, 23, 24, 1, 12, 4, 15, 21, 5, 7, 17, 2, 13], "string": "hfcccgtwpdmamzaxiwnvwelhngp"}, "task_name": "task08", "example_name": "0227", "problem_name": "task08_0227"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndzricfrqzgqwcnboatrpkoffr\nPositions:\n8, 10, 17, 22, 19, 4, 3, 5, 14, 7, 6, 1, 2, 13, 16, 18, 23, 11, 24, 20, 21, 12, 9, 15", "label": {"final": ["d", "z", "r", "i", "c", "f", "r", "q", "z", "g", "q", "w", "c", "n", "b", "o", "a", "t", "r", "p", "k", "o", "f", "f", "r"], "init": ["dzricfrqzgqwcnboatrpkoffr"], "intermediate": [["dzricfrq", "zgqwcnboatrpkoffr"], ["dzricfrq", "zg", "qwcnboatrpkoffr"], ["dzricfrq", "zg", "qwcnboa", "trpkoffr"], ["dzricfrq", "zg", "qwcnboa", "trpko", "ffr"], ["dzricfrq", "zg", "qwcnboa", "tr", "pko", "ffr"], ["dzri", "cfrq", "zg", "qwcnboa", "tr", "pko", "ffr"], ["dzr", "i", "cfrq", "zg", "qwcnboa", "tr", "pko", "ffr"], ["dzr", "i", "c", "frq", "zg", "qwcnboa", "tr", "pko", "ffr"], ["dzr", "i", "c", "frq", "zg", "qwcn", "boa", "tr", "pko", "ffr"], ["dzr", "i", "c", "fr", "q", "zg", "qwcn", "boa", "tr", "pko", "ffr"], ["dzr", "i", "c", "f", "r", "q", "zg", "qwcn", "boa", "tr", "pko", "ffr"], ["d", "zr", "i", "c", "f", "r", "q", "zg", "qwcn", "boa", "tr", "pko", "ffr"], ["d", "z", "r", "i", "c", "f", "r", "q", "zg", "qwcn", "boa", "tr", "pko", "ffr"], ["d", "z", "r", "i", "c", "f", "r", "q", "zg", "qwc", "n", "boa", "tr", "pko", "ffr"], ["d", "z", "r", "i", "c", "f", "r", "q", "zg", "qwc", "n", "bo", "a", "tr", "pko", "ffr"], ["d", "z", "r", "i", "c", "f", "r", "q", "zg", "qwc", "n", "bo", "a", "t", "r", "pko", "ffr"], ["d", "z", "r", "i", "c", "f", "r", "q", "zg", "qwc", "n", "bo", "a", "t", "r", "pko", "f", "fr"], ["d", "z", "r", "i", "c", "f", "r", "q", "zg", "q", "wc", "n", "bo", "a", "t", "r", "pko", "f", "fr"], ["d", "z", "r", "i", "c", "f", "r", "q", "zg", "q", "wc", "n", "bo", "a", "t", "r", "pko", "f", "f", "r"], ["d", "z", "r", "i", "c", "f", "r", "q", "zg", "q", "wc", "n", "bo", "a", "t", "r", "p", "ko", "f", "f", "r"], ["d", "z", "r", "i", "c", "f", "r", "q", "zg", "q", "wc", "n", "bo", "a", "t", "r", "p", "k", "o", "f", "f", "r"], ["d", "z", "r", "i", "c", "f", "r", "q", "zg", "q", "w", "c", "n", "bo", "a", "t", "r", "p", "k", "o", "f", "f", "r"], ["d", "z", "r", "i", "c", "f", "r", "q", "z", "g", "q", "w", "c", "n", "bo", "a", "t", "r", "p", "k", "o", "f", "f", "r"]]}, "config": {"length": 25, "num_positions": 24, "positions": [8, 10, 17, 22, 19, 4, 3, 5, 14, 7, 6, 1, 2, 13, 16, 18, 23, 11, 24, 20, 21, 12, 9, 15], "string": "dzricfrqzgqwcnboatrpkoffr"}, "task_name": "task08", "example_name": "0228", "problem_name": "task08_0228"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\neythzpxwzcicpsuplhwijbwoug\nPositions:\n25, 13, 24, 16, 23, 11, 21, 22, 8, 15, 9, 6, 12, 2, 4, 18, 10, 20, 14, 3, 17, 19, 5, 7", "label": {"final": ["ey", "t", "h", "z", "p", "x", "w", "z", "c", "i", "c", "p", "s", "u", "p", "l", "h", "w", "i", "j", "b", "w", "o", "u", "g"], "init": ["eythzpxwzcicpsuplhwijbwoug"], "intermediate": [["eythzpxwzcicpsuplhwijbwou", "g"], ["eythzpxwzcicp", "suplhwijbwou", "g"], ["eythzpxwzcicp", "suplhwijbwo", "u", "g"], ["eythzpxwzcicp", "sup", "lhwijbwo", "u", "g"], ["eythzpxwzcicp", "sup", "lhwijbw", "o", "u", "g"], ["eythzpxwzci", "cp", "sup", "lhwijbw", "o", "u", "g"], ["eythzpxwzci", "cp", "sup", "lhwij", "bw", "o", "u", "g"], ["eythzpxwzci", "cp", "sup", "lhwij", "b", "w", "o", "u", "g"], ["eythzpxw", "zci", "cp", "sup", "lhwij", "b", "w", "o", "u", "g"], ["eythzpxw", "zci", "cp", "su", "p", "lhwij", "b", "w", "o", "u", "g"], ["eythzpxw", "z", "ci", "cp", "su", "p", "lhwij", "b", "w", "o", "u", "g"], ["eythzp", "xw", "z", "ci", "cp", "su", "p", "lhwij", "b", "w", "o", "u", "g"], ["eythzp", "xw", "z", "ci", "c", "p", "su", "p", "lhwij", "b", "w", "o", "u", "g"], ["ey", "thzp", "xw", "z", "ci", "c", "p", "su", "p", "lhwij", "b", "w", "o", "u", "g"], ["ey", "th", "zp", "xw", "z", "ci", "c", "p", "su", "p", "lhwij", "b", "w", "o", "u", "g"], ["ey", "th", "zp", "xw", "z", "ci", "c", "p", "su", "p", "lh", "wij", "b", "w", "o", "u", "g"], ["ey", "th", "zp", "xw", "z", "c", "i", "c", "p", "su", "p", "lh", "wij", "b", "w", "o", "u", "g"], ["ey", "th", "zp", "xw", "z", "c", "i", "c", "p", "su", "p", "lh", "wi", "j", "b", "w", "o", "u", "g"], ["ey", "th", "zp", "xw", "z", "c", "i", "c", "p", "s", "u", "p", "lh", "wi", "j", "b", "w", "o", "u", "g"], ["ey", "t", "h", "zp", "xw", "z", "c", "i", "c", "p", "s", "u", "p", "lh", "wi", "j", "b", "w", "o", "u", "g"], ["ey", "t", "h", "zp", "xw", "z", "c", "i", "c", "p", "s", "u", "p", "l", "h", "wi", "j", "b", "w", "o", "u", "g"], ["ey", "t", "h", "zp", "xw", "z", "c", "i", "c", "p", "s", "u", "p", "l", "h", "w", "i", "j", "b", "w", "o", "u", "g"], ["ey", "t", "h", "z", "p", "xw", "z", "c", "i", "c", "p", "s", "u", "p", "l", "h", "w", "i", "j", "b", "w", "o", "u", "g"]]}, "config": {"length": 26, "num_positions": 24, "positions": [25, 13, 24, 16, 23, 11, 21, 22, 8, 15, 9, 6, 12, 2, 4, 18, 10, 20, 14, 3, 17, 19, 5, 7], "string": "eythzpxwzcicpsuplhwijbwoug"}, "task_name": "task08", "example_name": "0229", "problem_name": "task08_0229"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlmtvvilrwcggkdpmeljschewjbun\nPositions:\n14, 8, 12, 26, 13, 6, 10, 25, 24, 23, 1, 5, 18, 15, 9, 2, 20, 17, 16, 4, 7, 19, 21, 27, 3", "label": {"final": ["l", "m", "t", "v", "v", "i", "l", "r", "w", "c", "gg", "k", "d", "p", "m", "e", "l", "j", "s", "c", "he", "w", "j", "b", "u", "n"], "init": ["lmtvvilrwcggkdpmeljschewjbun"], "intermediate": [["lmtvvilrwcggkd", "pmeljschewjbun"], ["lmtvvilr", "wcggkd", "pmeljschewjbun"], ["lmtvvilr", "wcgg", "kd", "pmeljschewjbun"], ["lmtvvilr", "wcgg", "kd", "pmeljschewjb", "un"], ["lmtvvilr", "wcgg", "k", "d", "pmeljschewjb", "un"], ["lmtvvi", "lr", "wcgg", "k", "d", "pmeljschewjb", "un"], ["lmtvvi", "lr", "wc", "gg", "k", "d", "pmeljschewjb", "un"], ["lmtvvi", "lr", "wc", "gg", "k", "d", "pmeljschewj", "b", "un"], ["lmtvvi", "lr", "wc", "gg", "k", "d", "pmeljschew", "j", "b", "un"], ["lmtvvi", "lr", "wc", "gg", "k", "d", "pmeljsche", "w", "j", "b", "un"], ["l", "mtvvi", "lr", "wc", "gg", "k", "d", "pmeljsche", "w", "j", "b", "un"], ["l", "mtvv", "i", "lr", "wc", "gg", "k", "d", "pmeljsche", "w", "j", "b", "un"], ["l", "mtvv", "i", "lr", "wc", "gg", "k", "d", "pmel", "jsche", "w", "j", "b", "un"], ["l", "mtvv", "i", "lr", "wc", "gg", "k", "d", "p", "mel", "jsche", "w", "j", "b", "un"], ["l", "mtvv", "i", "lr", "w", "c", "gg", "k", "d", "p", "mel", "jsche", "w", "j", "b", "un"], ["l", "m", "tvv", "i", "lr", "w", "c", "gg", "k", "d", "p", "mel", "jsche", "w", "j", "b", "un"], ["l", "m", "tvv", "i", "lr", "w", "c", "gg", "k", "d", "p", "mel", "js", "che", "w", "j", "b", "un"], ["l", "m", "tvv", "i", "lr", "w", "c", "gg", "k", "d", "p", "me", "l", "js", "che", "w", "j", "b", "un"], ["l", "m", "tvv", "i", "lr", "w", "c", "gg", "k", "d", "p", "m", "e", "l", "js", "che", "w", "j", "b", "un"], ["l", "m", "tv", "v", "i", "lr", "w", "c", "gg", "k", "d", "p", "m", "e", "l", "js", "che", "w", "j", "b", "un"], ["l", "m", "tv", "v", "i", "l", "r", "w", "c", "gg", "k", "d", "p", "m", "e", "l", "js", "che", "w", "j", "b", "un"], ["l", "m", "tv", "v", "i", "l", "r", "w", "c", "gg", "k", "d", "p", "m", "e", "l", "j", "s", "che", "w", "j", "b", "un"], ["l", "m", "tv", "v", "i", "l", "r", "w", "c", "gg", "k", "d", "p", "m", "e", "l", "j", "s", "c", "he", "w", "j", "b", "un"], ["l", "m", "tv", "v", "i", "l", "r", "w", "c", "gg", "k", "d", "p", "m", "e", "l", "j", "s", "c", "he", "w", "j", "b", "u", "n"]]}, "config": {"length": 28, "num_positions": 25, "positions": [14, 8, 12, 26, 13, 6, 10, 25, 24, 23, 1, 5, 18, 15, 9, 2, 20, 17, 16, 4, 7, 19, 21, 27, 3], "string": "lmtvvilrwcggkdpmeljschewjbun"}, "task_name": "task08", "example_name": "0230", "problem_name": "task08_0230"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntyuuxnpavyafemfxnsvejyiiyz\nPositions:\n2, 23, 20, 12, 18, 17, 24, 15, 10, 4, 8, 14, 7, 1, 6, 19, 11, 3, 25, 9, 21, 5, 22, 16, 13", "label": {"final": ["t", "y", "u", "u", "x", "n", "p", "a", "v", "y", "a", "f", "e", "m", "f", "x", "n", "s", "v", "e", "j", "y", "i", "i", "y", "z"], "init": ["tyuuxnpavyafemfxnsvejyiiyz"], "intermediate": [["ty", "uuxnpavyafemfxnsvejyiiyz"], ["ty", "uuxnpavyafemfxnsvejyi", "iyz"], ["ty", "uuxnpavyafemfxnsve", "jyi", "iyz"], ["ty", "uuxnpavyaf", "emfxnsve", "jyi", "iyz"], ["ty", "uuxnpavyaf", "emfxns", "ve", "jyi", "iyz"], ["ty", "uuxnpavyaf", "emfxn", "s", "ve", "jyi", "iyz"], ["ty", "uuxnpavyaf", "emfxn", "s", "ve", "jyi", "i", "yz"], ["ty", "uuxnpavyaf", "emf", "xn", "s", "ve", "jyi", "i", "yz"], ["ty", "uuxnpavy", "af", "emf", "xn", "s", "ve", "jyi", "i", "yz"], ["ty", "uu", "xnpavy", "af", "emf", "xn", "s", "ve", "jyi", "i", "yz"], ["ty", "uu", "xnpa", "vy", "af", "emf", "xn", "s", "ve", "jyi", "i", "yz"], ["ty", "uu", "xnpa", "vy", "af", "em", "f", "xn", "s", "ve", "jyi", "i", "yz"], ["ty", "uu", "xnp", "a", "vy", "af", "em", "f", "xn", "s", "ve", "jyi", "i", "yz"], ["t", "y", "uu", "xnp", "a", "vy", "af", "em", "f", "xn", "s", "ve", "jyi", "i", "yz"], ["t", "y", "uu", "xn", "p", "a", "vy", "af", "em", "f", "xn", "s", "ve", "jyi", "i", "yz"], ["t", "y", "uu", "xn", "p", "a", "vy", "af", "em", "f", "xn", "s", "v", "e", "jyi", "i", "yz"], ["t", "y", "uu", "xn", "p", "a", "vy", "a", "f", "em", "f", "xn", "s", "v", "e", "jyi", "i", "yz"], ["t", "y", "u", "u", "xn", "p", "a", "vy", "a", "f", "em", "f", "xn", "s", "v", "e", "jyi", "i", "yz"], ["t", "y", "u", "u", "xn", "p", "a", "vy", "a", "f", "em", "f", "xn", "s", "v", "e", "jyi", "i", "y", "z"], ["t", "y", "u", "u", "xn", "p", "a", "v", "y", "a", "f", "em", "f", "xn", "s", "v", "e", "jyi", "i", "y", "z"], ["t", "y", "u", "u", "xn", "p", "a", "v", "y", "a", "f", "em", "f", "xn", "s", "v", "e", "j", "yi", "i", "y", "z"], ["t", "y", "u", "u", "x", "n", "p", "a", "v", "y", "a", "f", "em", "f", "xn", "s", "v", "e", "j", "yi", "i", "y", "z"], ["t", "y", "u", "u", "x", "n", "p", "a", "v", "y", "a", "f", "em", "f", "xn", "s", "v", "e", "j", "y", "i", "i", "y", "z"], ["t", "y", "u", "u", "x", "n", "p", "a", "v", "y", "a", "f", "em", "f", "x", "n", "s", "v", "e", "j", "y", "i", "i", "y", "z"]]}, "config": {"length": 26, "num_positions": 25, "positions": [2, 23, 20, 12, 18, 17, 24, 15, 10, 4, 8, 14, 7, 1, 6, 19, 11, 3, 25, 9, 21, 5, 22, 16, 13], "string": "tyuuxnpavyafemfxnsvejyiiyz"}, "task_name": "task08", "example_name": "0231", "problem_name": "task08_0231"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nutvpjtyhnkqlexacxoavnptnzhk\nPositions:\n8, 19, 1, 23, 7, 13, 20, 17, 6, 5, 21, 26, 14, 11, 25, 16, 2, 18, 15, 4, 22, 24, 3, 12, 10", "label": {"final": ["u", "t", "v", "p", "j", "t", "y", "h", "nk", "q", "l", "e", "x", "a", "c", "x", "o", "a", "v", "n", "p", "t", "n", "z", "h", "k"], "init": ["utvpjtyhnkqlexacxoavnptnzhk"], "intermediate": [["utvpjtyh", "nkqlexacxoavnptnzhk"], ["utvpjtyh", "nkqlexacxoa", "vnptnzhk"], ["u", "tvpjtyh", "nkqlexacxoa", "vnptnzhk"], ["u", "tvpjtyh", "nkqlexacxoa", "vnpt", "nzhk"], ["u", "tvpjty", "h", "nkqlexacxoa", "vnpt", "nzhk"], ["u", "tvpjty", "h", "nkqle", "xacxoa", "vnpt", "nzhk"], ["u", "tvpjty", "h", "nkqle", "xacxoa", "v", "npt", "nzhk"], ["u", "tvpjty", "h", "nkqle", "xacx", "oa", "v", "npt", "nzhk"], ["u", "tvpjt", "y", "h", "nkqle", "xacx", "oa", "v", "npt", "nzhk"], ["u", "tvpj", "t", "y", "h", "nkqle", "xacx", "oa", "v", "npt", "nzhk"], ["u", "tvpj", "t", "y", "h", "nkqle", "xacx", "oa", "v", "n", "pt", "nzhk"], ["u", "tvpj", "t", "y", "h", "nkqle", "xacx", "oa", "v", "n", "pt", "nzh", "k"], ["u", "tvpj", "t", "y", "h", "nkqle", "x", "acx", "oa", "v", "n", "pt", "nzh", "k"], ["u", "tvpj", "t", "y", "h", "nkq", "le", "x", "acx", "oa", "v", "n", "pt", "nzh", "k"], ["u", "tvpj", "t", "y", "h", "nkq", "le", "x", "acx", "oa", "v", "n", "pt", "nz", "h", "k"], ["u", "tvpj", "t", "y", "h", "nkq", "le", "x", "ac", "x", "oa", "v", "n", "pt", "nz", "h", "k"], ["u", "t", "vpj", "t", "y", "h", "nkq", "le", "x", "ac", "x", "oa", "v", "n", "pt", "nz", "h", "k"], ["u", "t", "vpj", "t", "y", "h", "nkq", "le", "x", "ac", "x", "o", "a", "v", "n", "pt", "nz", "h", "k"], ["u", "t", "vpj", "t", "y", "h", "nkq", "le", "x", "a", "c", "x", "o", "a", "v", "n", "pt", "nz", "h", "k"], ["u", "t", "vp", "j", "t", "y", "h", "nkq", "le", "x", "a", "c", "x", "o", "a", "v", "n", "pt", "nz", "h", "k"], ["u", "t", "vp", "j", "t", "y", "h", "nkq", "le", "x", "a", "c", "x", "o", "a", "v", "n", "p", "t", "nz", "h", "k"], ["u", "t", "vp", "j", "t", "y", "h", "nkq", "le", "x", "a", "c", "x", "o", "a", "v", "n", "p", "t", "n", "z", "h", "k"], ["u", "t", "v", "p", "j", "t", "y", "h", "nkq", "le", "x", "a", "c", "x", "o", "a", "v", "n", "p", "t", "n", "z", "h", "k"], ["u", "t", "v", "p", "j", "t", "y", "h", "nkq", "l", "e", "x", "a", "c", "x", "o", "a", "v", "n", "p", "t", "n", "z", "h", "k"]]}, "config": {"length": 27, "num_positions": 25, "positions": [8, 19, 1, 23, 7, 13, 20, 17, 6, 5, 21, 26, 14, 11, 25, 16, 2, 18, 15, 4, 22, 24, 3, 12, 10], "string": "utvpjtyhnkqlexacxoavnptnzhk"}, "task_name": "task08", "example_name": "0232", "problem_name": "task08_0232"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhyknogoitzqlekrnrbhamaspvd\nPositions:\n6, 1, 23, 4, 17, 15, 10, 13, 5, 12, 2, 20, 19, 3, 14, 25, 8, 16, 9, 21, 11, 7, 18, 22, 24", "label": {"final": ["h", "y", "k", "n", "o", "g", "o", "i", "t", "z", "q", "l", "e", "k", "r", "n", "r", "b", "h", "a", "m", "a", "s", "p", "v", "d"], "init": ["hyknogoitzqlekrnrbhamaspvd"], "intermediate": [["hyknog", "oitzqlekrnrbhamaspvd"], ["h", "yknog", "oitzqlekrnrbhamaspvd"], ["h", "yknog", "oitzqlekrnrbhamas", "pvd"], ["h", "ykn", "og", "oitzqlekrnrbhamas", "pvd"], ["h", "ykn", "og", "oitzqlekrnr", "bhamas", "pvd"], ["h", "ykn", "og", "oitzqlekr", "nr", "bhamas", "pvd"], ["h", "ykn", "og", "oitz", "qlekr", "nr", "bhamas", "pvd"], ["h", "ykn", "og", "oitz", "qle", "kr", "nr", "bhamas", "pvd"], ["h", "ykn", "o", "g", "oitz", "qle", "kr", "nr", "bhamas", "pvd"], ["h", "ykn", "o", "g", "oitz", "ql", "e", "kr", "nr", "bhamas", "pvd"], ["h", "y", "kn", "o", "g", "oitz", "ql", "e", "kr", "nr", "bhamas", "pvd"], ["h", "y", "kn", "o", "g", "oitz", "ql", "e", "kr", "nr", "bha", "mas", "pvd"], ["h", "y", "kn", "o", "g", "oitz", "ql", "e", "kr", "nr", "bh", "a", "mas", "pvd"], ["h", "y", "k", "n", "o", "g", "oitz", "ql", "e", "kr", "nr", "bh", "a", "mas", "pvd"], ["h", "y", "k", "n", "o", "g", "oitz", "ql", "e", "k", "r", "nr", "bh", "a", "mas", "pvd"], ["h", "y", "k", "n", "o", "g", "oitz", "ql", "e", "k", "r", "nr", "bh", "a", "mas", "pv", "d"], ["h", "y", "k", "n", "o", "g", "oi", "tz", "ql", "e", "k", "r", "nr", "bh", "a", "mas", "pv", "d"], ["h", "y", "k", "n", "o", "g", "oi", "tz", "ql", "e", "k", "r", "n", "r", "bh", "a", "mas", "pv", "d"], ["h", "y", "k", "n", "o", "g", "oi", "t", "z", "ql", "e", "k", "r", "n", "r", "bh", "a", "mas", "pv", "d"], ["h", "y", "k", "n", "o", "g", "oi", "t", "z", "ql", "e", "k", "r", "n", "r", "bh", "a", "m", "as", "pv", "d"], ["h", "y", "k", "n", "o", "g", "oi", "t", "z", "q", "l", "e", "k", "r", "n", "r", "bh", "a", "m", "as", "pv", "d"], ["h", "y", "k", "n", "o", "g", "o", "i", "t", "z", "q", "l", "e", "k", "r", "n", "r", "bh", "a", "m", "as", "pv", "d"], ["h", "y", "k", "n", "o", "g", "o", "i", "t", "z", "q", "l", "e", "k", "r", "n", "r", "b", "h", "a", "m", "as", "pv", "d"], ["h", "y", "k", "n", "o", "g", "o", "i", "t", "z", "q", "l", "e", "k", "r", "n", "r", "b", "h", "a", "m", "a", "s", "pv", "d"]]}, "config": {"length": 26, "num_positions": 25, "positions": [6, 1, 23, 4, 17, 15, 10, 13, 5, 12, 2, 20, 19, 3, 14, 25, 8, 16, 9, 21, 11, 7, 18, 22, 24], "string": "hyknogoitzqlekrnrbhamaspvd"}, "task_name": "task08", "example_name": "0233", "problem_name": "task08_0233"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqaazzrpqnmurnzxkatextbagogabvn\nPositions:\n20, 19, 1, 4, 25, 29, 28, 10, 26, 27, 23, 2, 7, 18, 6, 12, 9, 21, 14, 13, 3, 24, 16, 8, 17", "label": {"final": ["q", "a", "a", "z", "zr", "p", "q", "n", "m", "ur", "n", "z", "xk", "a", "t", "e", "x", "t", "ba", "g", "o", "g", "a", "b", "v", "n"], "init": ["qaazzrpqnmurnzxkatextbagogabvn"], "intermediate": [["qaazzrpqnmurnzxkatex", "tbagogabvn"], ["qaazzrpqnmurnzxkate", "x", "tbagogabvn"], ["q", "aazzrpqnmurnzxkate", "x", "tbagogabvn"], ["q", "aaz", "zrpqnmurnzxkate", "x", "tbagogabvn"], ["q", "aaz", "zrpqnmurnzxkate", "x", "tbago", "gabvn"], ["q", "aaz", "zrpqnmurnzxkate", "x", "tbago", "gabv", "n"], ["q", "aaz", "zrpqnmurnzxkate", "x", "tbago", "gab", "v", "n"], ["q", "aaz", "zrpqnm", "urnzxkate", "x", "tbago", "gab", "v", "n"], ["q", "aaz", "zrpqnm", "urnzxkate", "x", "tbago", "g", "ab", "v", "n"], ["q", "aaz", "zrpqnm", "urnzxkate", "x", "tbago", "g", "a", "b", "v", "n"], ["q", "aaz", "zrpqnm", "urnzxkate", "x", "tba", "go", "g", "a", "b", "v", "n"], ["q", "a", "az", "zrpqnm", "urnzxkate", "x", "tba", "go", "g", "a", "b", "v", "n"], ["q", "a", "az", "zrp", "qnm", "urnzxkate", "x", "tba", "go", "g", "a", "b", "v", "n"], ["q", "a", "az", "zrp", "qnm", "urnzxkat", "e", "x", "tba", "go", "g", "a", "b", "v", "n"], ["q", "a", "az", "zr", "p", "qnm", "urnzxkat", "e", "x", "tba", "go", "g", "a", "b", "v", "n"], ["q", "a", "az", "zr", "p", "qnm", "ur", "nzxkat", "e", "x", "tba", "go", "g", "a", "b", "v", "n"], ["q", "a", "az", "zr", "p", "qn", "m", "ur", "nzxkat", "e", "x", "tba", "go", "g", "a", "b", "v", "n"], ["q", "a", "az", "zr", "p", "qn", "m", "ur", "nzxkat", "e", "x", "t", "ba", "go", "g", "a", "b", "v", "n"], ["q", "a", "az", "zr", "p", "qn", "m", "ur", "nz", "xkat", "e", "x", "t", "ba", "go", "g", "a", "b", "v", "n"], ["q", "a", "az", "zr", "p", "qn", "m", "ur", "n", "z", "xkat", "e", "x", "t", "ba", "go", "g", "a", "b", "v", "n"], ["q", "a", "a", "z", "zr", "p", "qn", "m", "ur", "n", "z", "xkat", "e", "x", "t", "ba", "go", "g", "a", "b", "v", "n"], ["q", "a", "a", "z", "zr", "p", "qn", "m", "ur", "n", "z", "xkat", "e", "x", "t", "ba", "g", "o", "g", "a", "b", "v", "n"], ["q", "a", "a", "z", "zr", "p", "qn", "m", "ur", "n", "z", "xk", "at", "e", "x", "t", "ba", "g", "o", "g", "a", "b", "v", "n"], ["q", "a", "a", "z", "zr", "p", "q", "n", "m", "ur", "n", "z", "xk", "at", "e", "x", "t", "ba", "g", "o", "g", "a", "b", "v", "n"]]}, "config": {"length": 30, "num_positions": 25, "positions": [20, 19, 1, 4, 25, 29, 28, 10, 26, 27, 23, 2, 7, 18, 6, 12, 9, 21, 14, 13, 3, 24, 16, 8, 17], "string": "qaazzrpqnmurnzxkatextbagogabvn"}, "task_name": "task08", "example_name": "0234", "problem_name": "task08_0234"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nverjepwyrwupokurewhqprvwfojohi\nPositions:\n16, 24, 10, 26, 23, 20, 27, 5, 28, 19, 17, 4, 11, 29, 25, 6, 2, 13, 21, 1, 12, 14, 22, 7, 18", "label": {"final": ["v", "e", "rj", "e", "p", "w", "yrw", "u", "p", "o", "k", "ur", "e", "w", "h", "q", "p", "r", "v", "w", "f", "o", "j", "o", "h", "i"], "init": ["verjepwyrwupokurewhqprvwfojohi"], "intermediate": [["verjepwyrwupokur", "ewhqprvwfojohi"], ["verjepwyrwupokur", "ewhqprvw", "fojohi"], ["verjepwyrw", "upokur", "ewhqprvw", "fojohi"], ["verjepwyrw", "upokur", "ewhqprvw", "fo", "johi"], ["verjepwyrw", "upokur", "ewhqprv", "w", "fo", "johi"], ["verjepwyrw", "upokur", "ewhq", "prv", "w", "fo", "johi"], ["verjepwyrw", "upokur", "ewhq", "prv", "w", "fo", "j", "ohi"], ["verje", "pwyrw", "upokur", "ewhq", "prv", "w", "fo", "j", "ohi"], ["verje", "pwyrw", "upokur", "ewhq", "prv", "w", "fo", "j", "o", "hi"], ["verje", "pwyrw", "upokur", "ewh", "q", "prv", "w", "fo", "j", "o", "hi"], ["verje", "pwyrw", "upokur", "e", "wh", "q", "prv", "w", "fo", "j", "o", "hi"], ["verj", "e", "pwyrw", "upokur", "e", "wh", "q", "prv", "w", "fo", "j", "o", "hi"], ["verj", "e", "pwyrw", "u", "pokur", "e", "wh", "q", "prv", "w", "fo", "j", "o", "hi"], ["verj", "e", "pwyrw", "u", "pokur", "e", "wh", "q", "prv", "w", "fo", "j", "o", "h", "i"], ["verj", "e", "pwyrw", "u", "pokur", "e", "wh", "q", "prv", "w", "f", "o", "j", "o", "h", "i"], ["verj", "e", "p", "wyrw", "u", "pokur", "e", "wh", "q", "prv", "w", "f", "o", "j", "o", "h", "i"], ["ve", "rj", "e", "p", "wyrw", "u", "pokur", "e", "wh", "q", "prv", "w", "f", "o", "j", "o", "h", "i"], ["ve", "rj", "e", "p", "wyrw", "u", "po", "kur", "e", "wh", "q", "prv", "w", "f", "o", "j", "o", "h", "i"], ["ve", "rj", "e", "p", "wyrw", "u", "po", "kur", "e", "wh", "q", "p", "rv", "w", "f", "o", "j", "o", "h", "i"], ["v", "e", "rj", "e", "p", "wyrw", "u", "po", "kur", "e", "wh", "q", "p", "rv", "w", "f", "o", "j", "o", "h", "i"], ["v", "e", "rj", "e", "p", "wyrw", "u", "p", "o", "kur", "e", "wh", "q", "p", "rv", "w", "f", "o", "j", "o", "h", "i"], ["v", "e", "rj", "e", "p", "wyrw", "u", "p", "o", "k", "ur", "e", "wh", "q", "p", "rv", "w", "f", "o", "j", "o", "h", "i"], ["v", "e", "rj", "e", "p", "wyrw", "u", "p", "o", "k", "ur", "e", "wh", "q", "p", "r", "v", "w", "f", "o", "j", "o", "h", "i"], ["v", "e", "rj", "e", "p", "w", "yrw", "u", "p", "o", "k", "ur", "e", "wh", "q", "p", "r", "v", "w", "f", "o", "j", "o", "h", "i"]]}, "config": {"length": 30, "num_positions": 25, "positions": [16, 24, 10, 26, 23, 20, 27, 5, 28, 19, 17, 4, 11, 29, 25, 6, 2, 13, 21, 1, 12, 14, 22, 7, 18], "string": "verjepwyrwupokurewhqprvwfojohi"}, "task_name": "task08", "example_name": "0235", "problem_name": "task08_0235"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwwnhkfwubruatemgwvvjqxzuikk\nPositions:\n26, 25, 13, 2, 24, 10, 18, 12, 21, 14, 20, 11, 9, 5, 17, 8, 4, 22, 1, 15, 6, 16, 7, 3, 23", "label": {"final": ["w", "w", "n", "h", "k", "f", "w", "u", "b", "r", "u", "a", "t", "e", "m", "g", "w", "v", "vj", "q", "x", "z", "u", "i", "k", "k"], "init": ["wwnhkfwubruatemgwvvjqxzuikk"], "intermediate": [["wwnhkfwubruatemgwvvjqxzuik", "k"], ["wwnhkfwubruatemgwvvjqxzui", "k", "k"], ["wwnhkfwubruat", "emgwvvjqxzui", "k", "k"], ["ww", "nhkfwubruat", "emgwvvjqxzui", "k", "k"], ["ww", "nhkfwubruat", "emgwvvjqxzu", "i", "k", "k"], ["ww", "nhkfwubr", "uat", "emgwvvjqxzu", "i", "k", "k"], ["ww", "nhkfwubr", "uat", "emgwv", "vjqxzu", "i", "k", "k"], ["ww", "nhkfwubr", "ua", "t", "emgwv", "vjqxzu", "i", "k", "k"], ["ww", "nhkfwubr", "ua", "t", "emgwv", "vjq", "xzu", "i", "k", "k"], ["ww", "nhkfwubr", "ua", "t", "e", "mgwv", "vjq", "xzu", "i", "k", "k"], ["ww", "nhkfwubr", "ua", "t", "e", "mgwv", "vj", "q", "xzu", "i", "k", "k"], ["ww", "nhkfwubr", "u", "a", "t", "e", "mgwv", "vj", "q", "xzu", "i", "k", "k"], ["ww", "nhkfwub", "r", "u", "a", "t", "e", "mgwv", "vj", "q", "xzu", "i", "k", "k"], ["ww", "nhk", "fwub", "r", "u", "a", "t", "e", "mgwv", "vj", "q", "xzu", "i", "k", "k"], ["ww", "nhk", "fwub", "r", "u", "a", "t", "e", "mgw", "v", "vj", "q", "xzu", "i", "k", "k"], ["ww", "nhk", "fwu", "b", "r", "u", "a", "t", "e", "mgw", "v", "vj", "q", "xzu", "i", "k", "k"], ["ww", "nh", "k", "fwu", "b", "r", "u", "a", "t", "e", "mgw", "v", "vj", "q", "xzu", "i", "k", "k"], ["ww", "nh", "k", "fwu", "b", "r", "u", "a", "t", "e", "mgw", "v", "vj", "q", "x", "zu", "i", "k", "k"], ["w", "w", "nh", "k", "fwu", "b", "r", "u", "a", "t", "e", "mgw", "v", "vj", "q", "x", "zu", "i", "k", "k"], ["w", "w", "nh", "k", "fwu", "b", "r", "u", "a", "t", "e", "m", "gw", "v", "vj", "q", "x", "zu", "i", "k", "k"], ["w", "w", "nh", "k", "f", "wu", "b", "r", "u", "a", "t", "e", "m", "gw", "v", "vj", "q", "x", "zu", "i", "k", "k"], ["w", "w", "nh", "k", "f", "wu", "b", "r", "u", "a", "t", "e", "m", "g", "w", "v", "vj", "q", "x", "zu", "i", "k", "k"], ["w", "w", "nh", "k", "f", "w", "u", "b", "r", "u", "a", "t", "e", "m", "g", "w", "v", "vj", "q", "x", "zu", "i", "k", "k"], ["w", "w", "n", "h", "k", "f", "w", "u", "b", "r", "u", "a", "t", "e", "m", "g", "w", "v", "vj", "q", "x", "zu", "i", "k", "k"]]}, "config": {"length": 27, "num_positions": 25, "positions": [26, 25, 13, 2, 24, 10, 18, 12, 21, 14, 20, 11, 9, 5, 17, 8, 4, 22, 1, 15, 6, 16, 7, 3, 23], "string": "wwnhkfwubruatemgwvvjqxzuikk"}, "task_name": "task08", "example_name": "0236", "problem_name": "task08_0236"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnzgorqemdczoogxrdbzhzdtvwx\nPositions:\n24, 3, 7, 13, 8, 2, 9, 16, 25, 17, 1, 12, 10, 14, 20, 22, 5, 18, 19, 11, 23, 21, 15, 4, 6", "label": {"final": ["n", "z", "g", "o", "r", "q", "e", "m", "d", "c", "z", "o", "o", "g", "x", "r", "d", "b", "z", "h", "z", "d", "t", "v", "w", "x"], "init": ["nzgorqemdczoogxrdbzhzdtvwx"], "intermediate": [["nzgorqemdczoogxrdbzhzdtv", "wx"], ["nzg", "orqemdczoogxrdbzhzdtv", "wx"], ["nzg", "orqe", "mdczoogxrdbzhzdtv", "wx"], ["nzg", "orqe", "mdczoo", "gxrdbzhzdtv", "wx"], ["nzg", "orqe", "m", "dczoo", "gxrdbzhzdtv", "wx"], ["nz", "g", "orqe", "m", "dczoo", "gxrdbzhzdtv", "wx"], ["nz", "g", "orqe", "m", "d", "czoo", "gxrdbzhzdtv", "wx"], ["nz", "g", "orqe", "m", "d", "czoo", "gxr", "dbzhzdtv", "wx"], ["nz", "g", "orqe", "m", "d", "czoo", "gxr", "dbzhzdtv", "w", "x"], ["nz", "g", "orqe", "m", "d", "czoo", "gxr", "d", "bzhzdtv", "w", "x"], ["n", "z", "g", "orqe", "m", "d", "czoo", "gxr", "d", "bzhzdtv", "w", "x"], ["n", "z", "g", "orqe", "m", "d", "czo", "o", "gxr", "d", "bzhzdtv", "w", "x"], ["n", "z", "g", "orqe", "m", "d", "c", "zo", "o", "gxr", "d", "bzhzdtv", "w", "x"], ["n", "z", "g", "orqe", "m", "d", "c", "zo", "o", "g", "xr", "d", "bzhzdtv", "w", "x"], ["n", "z", "g", "orqe", "m", "d", "c", "zo", "o", "g", "xr", "d", "bzh", "zdtv", "w", "x"], ["n", "z", "g", "orqe", "m", "d", "c", "zo", "o", "g", "xr", "d", "bzh", "zd", "tv", "w", "x"], ["n", "z", "g", "or", "qe", "m", "d", "c", "zo", "o", "g", "xr", "d", "bzh", "zd", "tv", "w", "x"], ["n", "z", "g", "or", "qe", "m", "d", "c", "zo", "o", "g", "xr", "d", "b", "zh", "zd", "tv", "w", "x"], ["n", "z", "g", "or", "qe", "m", "d", "c", "zo", "o", "g", "xr", "d", "b", "z", "h", "zd", "tv", "w", "x"], ["n", "z", "g", "or", "qe", "m", "d", "c", "z", "o", "o", "g", "xr", "d", "b", "z", "h", "zd", "tv", "w", "x"], ["n", "z", "g", "or", "qe", "m", "d", "c", "z", "o", "o", "g", "xr", "d", "b", "z", "h", "zd", "t", "v", "w", "x"], ["n", "z", "g", "or", "qe", "m", "d", "c", "z", "o", "o", "g", "xr", "d", "b", "z", "h", "z", "d", "t", "v", "w", "x"], ["n", "z", "g", "or", "qe", "m", "d", "c", "z", "o", "o", "g", "x", "r", "d", "b", "z", "h", "z", "d", "t", "v", "w", "x"], ["n", "z", "g", "o", "r", "qe", "m", "d", "c", "z", "o", "o", "g", "x", "r", "d", "b", "z", "h", "z", "d", "t", "v", "w", "x"]]}, "config": {"length": 26, "num_positions": 25, "positions": [24, 3, 7, 13, 8, 2, 9, 16, 25, 17, 1, 12, 10, 14, 20, 22, 5, 18, 19, 11, 23, 21, 15, 4, 6], "string": "nzgorqemdczoogxrdbzhzdtvwx"}, "task_name": "task08", "example_name": "0237", "problem_name": "task08_0237"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhpcdbzdxmdclvrvvycvjqxhwma\nPositions:\n3, 24, 16, 7, 25, 10, 18, 22, 9, 2, 21, 6, 19, 23, 8, 13, 14, 15, 11, 20, 12, 17, 4, 1, 5", "label": {"final": ["h", "p", "c", "d", "b", "z", "d", "x", "m", "d", "c", "l", "v", "r", "v", "v", "y", "c", "v", "j", "q", "x", "h", "w", "m", "a"], "init": ["hpcdbzdxmdclvrvvycvjqxhwma"], "intermediate": [["hpc", "dbzdxmdclvrvvycvjqxhwma"], ["hpc", "dbzdxmdclvrvvycvjqxhw", "ma"], ["hpc", "dbzdxmdclvrvv", "ycvjqxhw", "ma"], ["hpc", "dbzd", "xmdclvrvv", "ycvjqxhw", "ma"], ["hpc", "dbzd", "xmdclvrvv", "ycvjqxhw", "m", "a"], ["hpc", "dbzd", "xmd", "clvrvv", "ycvjqxhw", "m", "a"], ["hpc", "dbzd", "xmd", "clvrvv", "yc", "vjqxhw", "m", "a"], ["hpc", "dbzd", "xmd", "clvrvv", "yc", "vjqx", "hw", "m", "a"], ["hpc", "dbzd", "xm", "d", "clvrvv", "yc", "vjqx", "hw", "m", "a"], ["hp", "c", "dbzd", "xm", "d", "clvrvv", "yc", "vjqx", "hw", "m", "a"], ["hp", "c", "dbzd", "xm", "d", "clvrvv", "yc", "vjq", "x", "hw", "m", "a"], ["hp", "c", "dbz", "d", "xm", "d", "clvrvv", "yc", "vjq", "x", "hw", "m", "a"], ["hp", "c", "dbz", "d", "xm", "d", "clvrvv", "yc", "v", "jq", "x", "hw", "m", "a"], ["hp", "c", "dbz", "d", "xm", "d", "clvrvv", "yc", "v", "jq", "x", "h", "w", "m", "a"], ["hp", "c", "dbz", "d", "x", "m", "d", "clvrvv", "yc", "v", "jq", "x", "h", "w", "m", "a"], ["hp", "c", "dbz", "d", "x", "m", "d", "clv", "rvv", "yc", "v", "jq", "x", "h", "w", "m", "a"], ["hp", "c", "dbz", "d", "x", "m", "d", "clv", "r", "vv", "yc", "v", "jq", "x", "h", "w", "m", "a"], ["hp", "c", "dbz", "d", "x", "m", "d", "clv", "r", "v", "v", "yc", "v", "jq", "x", "h", "w", "m", "a"], ["hp", "c", "dbz", "d", "x", "m", "d", "c", "lv", "r", "v", "v", "yc", "v", "jq", "x", "h", "w", "m", "a"], ["hp", "c", "dbz", "d", "x", "m", "d", "c", "lv", "r", "v", "v", "yc", "v", "j", "q", "x", "h", "w", "m", "a"], ["hp", "c", "dbz", "d", "x", "m", "d", "c", "l", "v", "r", "v", "v", "yc", "v", "j", "q", "x", "h", "w", "m", "a"], ["hp", "c", "dbz", "d", "x", "m", "d", "c", "l", "v", "r", "v", "v", "y", "c", "v", "j", "q", "x", "h", "w", "m", "a"], ["hp", "c", "d", "bz", "d", "x", "m", "d", "c", "l", "v", "r", "v", "v", "y", "c", "v", "j", "q", "x", "h", "w", "m", "a"], ["h", "p", "c", "d", "bz", "d", "x", "m", "d", "c", "l", "v", "r", "v", "v", "y", "c", "v", "j", "q", "x", "h", "w", "m", "a"]]}, "config": {"length": 26, "num_positions": 25, "positions": [3, 24, 16, 7, 25, 10, 18, 22, 9, 2, 21, 6, 19, 23, 8, 13, 14, 15, 11, 20, 12, 17, 4, 1, 5], "string": "hpcdbzdxmdclvrvvycvjqxhwma"}, "task_name": "task08", "example_name": "0238", "problem_name": "task08_0238"}
+{"prompt": "Split a given string at specified positions, which are given by a list of integers denoting the index position of said string in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first element of the list, split the string at the specified index i into two substrings; one consists of the characters from index of 0 to i-1 of the original string, and the other consists of the remaining characters. \nRepeat the splitting for all indices. \n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting. \nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndykuxqdnccdmjreyiqoukkqzlyscio\nPositions:\n20, 22, 21, 12, 3, 8, 14, 15, 6, 25, 1, 23, 17, 11, 10, 5, 4, 29, 24, 19, 27, 18, 26, 16, 2", "label": {"final": ["d", "y", "k", "u", "x", "q", "dn", "cc", "d", "m", "jr", "e", "y", "i", "q", "o", "u", "k", "k", "q", "z", "l", "y", "s", "ci", "o"], "init": ["dykuxqdnccdmjreyiqoukkqzlyscio"], "intermediate": [["dykuxqdnccdmjreyiqou", "kkqzlyscio"], ["dykuxqdnccdmjreyiqou", "kk", "qzlyscio"], ["dykuxqdnccdmjreyiqou", "k", "k", "qzlyscio"], ["dykuxqdnccdm", "jreyiqou", "k", "k", "qzlyscio"], ["dyk", "uxqdnccdm", "jreyiqou", "k", "k", "qzlyscio"], ["dyk", "uxqdn", "ccdm", "jreyiqou", "k", "k", "qzlyscio"], ["dyk", "uxqdn", "ccdm", "jr", "eyiqou", "k", "k", "qzlyscio"], ["dyk", "uxqdn", "ccdm", "jr", "e", "yiqou", "k", "k", "qzlyscio"], ["dyk", "uxq", "dn", "ccdm", "jr", "e", "yiqou", "k", "k", "qzlyscio"], ["dyk", "uxq", "dn", "ccdm", "jr", "e", "yiqou", "k", "k", "qzl", "yscio"], ["d", "yk", "uxq", "dn", "ccdm", "jr", "e", "yiqou", "k", "k", "qzl", "yscio"], ["d", "yk", "uxq", "dn", "ccdm", "jr", "e", "yiqou", "k", "k", "q", "zl", "yscio"], ["d", "yk", "uxq", "dn", "ccdm", "jr", "e", "yi", "qou", "k", "k", "q", "zl", "yscio"], ["d", "yk", "uxq", "dn", "ccd", "m", "jr", "e", "yi", "qou", "k", "k", "q", "zl", "yscio"], ["d", "yk", "uxq", "dn", "cc", "d", "m", "jr", "e", "yi", "qou", "k", "k", "q", "zl", "yscio"], ["d", "yk", "ux", "q", "dn", "cc", "d", "m", "jr", "e", "yi", "qou", "k", "k", "q", "zl", "yscio"], ["d", "yk", "u", "x", "q", "dn", "cc", "d", "m", "jr", "e", "yi", "qou", "k", "k", "q", "zl", "yscio"], ["d", "yk", "u", "x", "q", "dn", "cc", "d", "m", "jr", "e", "yi", "qou", "k", "k", "q", "zl", "ysci", "o"], ["d", "yk", "u", "x", "q", "dn", "cc", "d", "m", "jr", "e", "yi", "qou", "k", "k", "q", "z", "l", "ysci", "o"], ["d", "yk", "u", "x", "q", "dn", "cc", "d", "m", "jr", "e", "yi", "qo", "u", "k", "k", "q", "z", "l", "ysci", "o"], ["d", "yk", "u", "x", "q", "dn", "cc", "d", "m", "jr", "e", "yi", "qo", "u", "k", "k", "q", "z", "l", "ys", "ci", "o"], ["d", "yk", "u", "x", "q", "dn", "cc", "d", "m", "jr", "e", "yi", "q", "o", "u", "k", "k", "q", "z", "l", "ys", "ci", "o"], ["d", "yk", "u", "x", "q", "dn", "cc", "d", "m", "jr", "e", "yi", "q", "o", "u", "k", "k", "q", "z", "l", "y", "s", "ci", "o"], ["d", "yk", "u", "x", "q", "dn", "cc", "d", "m", "jr", "e", "y", "i", "q", "o", "u", "k", "k", "q", "z", "l", "y", "s", "ci", "o"]]}, "config": {"length": 30, "num_positions": 25, "positions": [20, 22, 21, 12, 3, 8, 14, 15, 6, 25, 1, 23, 17, 11, 10, 5, 4, 29, 24, 19, 27, 18, 26, 16, 2], "string": "dykuxqdnccdmjreyiqoukkqzlyscio"}, "task_name": "task08", "example_name": "0239", "problem_name": "task08_0239"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngnjjzmqlwfaqzjifof\nIndices:\n(0, 13), (0, 1)", "label": {"final": ["g", "njjzmqlwfaqz", "jifof"], "init": ["gnjjzmqlwfaqzjifof"], "intermediate": [["gnjjzmqlwfaqz", "jifof"]]}, "config": {"length": 18, "num_posisions": 2, "positions": [[0, 13], [0, 1]], "strings": "gnjjzmqlwfaqzjifof"}, "task_name": "task09", "example_name": "0000", "problem_name": "task09_0000"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvrfz\nIndices:\n(0, 2), (0, 1)", "label": {"final": ["v", "r", "fz"], "init": ["vrfz"], "intermediate": [["vr", "fz"]]}, "config": {"length": 4, "num_posisions": 2, "positions": [[0, 2], [0, 1]], "strings": "vrfz"}, "task_name": "task09", "example_name": "0001", "problem_name": "task09_0001"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nowozxon\nIndices:\n(0, 4), (1, 2)", "label": {"final": ["owoz", "xo", "n"], "init": ["owozxon"], "intermediate": [["owoz", "xon"]]}, "config": {"length": 7, "num_posisions": 2, "positions": [[0, 4], [1, 2]], "strings": "owozxon"}, "task_name": "task09", "example_name": "0002", "problem_name": "task09_0002"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npoqceugywkigijotej\nIndices:\n(0, 2), (0, 1)", "label": {"final": ["p", "o", "qceugywkigijotej"], "init": ["poqceugywkigijotej"], "intermediate": [["po", "qceugywkigijotej"]]}, "config": {"length": 18, "num_posisions": 2, "positions": [[0, 2], [0, 1]], "strings": "poqceugywkigijotej"}, "task_name": "task09", "example_name": "0003", "problem_name": "task09_0003"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlkucoesahiqblfhmymyeyjet\nIndices:\n(0, 9), (1, 3)", "label": {"final": ["lkucoesah", "iqb", "lfhmymyeyjet"], "init": ["lkucoesahiqblfhmymyeyjet"], "intermediate": [["lkucoesah", "iqblfhmymyeyjet"]]}, "config": {"length": 24, "num_posisions": 2, "positions": [[0, 9], [1, 3]], "strings": "lkucoesahiqblfhmymyeyjet"}, "task_name": "task09", "example_name": "0004", "problem_name": "task09_0004"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nungdjoeywr\nIndices:\n(0, 2), (0, 1)", "label": {"final": ["u", "n", "gdjoeywr"], "init": ["ungdjoeywr"], "intermediate": [["un", "gdjoeywr"]]}, "config": {"length": 10, "num_posisions": 2, "positions": [[0, 2], [0, 1]], "strings": "ungdjoeywr"}, "task_name": "task09", "example_name": "0005", "problem_name": "task09_0005"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqgyxehwhynssfhgrsd\nIndices:\n(0, 14), (0, 4)", "label": {"final": ["qgyx", "ehwhynssfh", "grsd"], "init": ["qgyxehwhynssfhgrsd"], "intermediate": [["qgyxehwhynssfh", "grsd"]]}, "config": {"length": 18, "num_posisions": 2, "positions": [[0, 14], [0, 4]], "strings": "qgyxehwhynssfhgrsd"}, "task_name": "task09", "example_name": "0006", "problem_name": "task09_0006"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlzoqxztkp\nIndices:\n(0, 4), (1, 3)", "label": {"final": ["lzoq", "xzt", "kp"], "init": ["lzoqxztkp"], "intermediate": [["lzoq", "xztkp"]]}, "config": {"length": 9, "num_posisions": 2, "positions": [[0, 4], [1, 3]], "strings": "lzoqxztkp"}, "task_name": "task09", "example_name": "0007", "problem_name": "task09_0007"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntoasxuxxnujcjiyroqdnskg\nIndices:\n(0, 12), (1, 2)", "label": {"final": ["toasxuxxnujc", "ji", "yroqdnskg"], "init": ["toasxuxxnujcjiyroqdnskg"], "intermediate": [["toasxuxxnujc", "jiyroqdnskg"]]}, "config": {"length": 23, "num_posisions": 2, "positions": [[0, 12], [1, 2]], "strings": "toasxuxxnujcjiyroqdnskg"}, "task_name": "task09", "example_name": "0008", "problem_name": "task09_0008"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nirsierqlefqmbplwcfzjwrhn\nIndices:\n(0, 17), (1, 2)", "label": {"final": ["irsierqlefqmbplwc", "fz", "jwrhn"], "init": ["irsierqlefqmbplwcfzjwrhn"], "intermediate": [["irsierqlefqmbplwc", "fzjwrhn"]]}, "config": {"length": 24, "num_posisions": 2, "positions": [[0, 17], [1, 2]], "strings": "irsierqlefqmbplwcfzjwrhn"}, "task_name": "task09", "example_name": "0009", "problem_name": "task09_0009"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmpvglwvfntkrrzorjtim\nIndices:\n(0, 10), (0, 3), (1, 2)", "label": {"final": ["mpv", "gl", "wvfnt", "krrzorjtim"], "init": ["mpvglwvfntkrrzorjtim"], "intermediate": [["mpvglwvfnt", "krrzorjtim"], ["mpv", "glwvfnt", "krrzorjtim"]]}, "config": {"length": 20, "num_posisions": 3, "positions": [[0, 10], [0, 3], [1, 2]], "strings": "mpvglwvfntkrrzorjtim"}, "task_name": "task09", "example_name": "0010", "problem_name": "task09_0010"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nogbuhypkwxidqvpukqgkjkkuefgzn\nIndices:\n(0, 28), (0, 24), (1, 1)", "label": {"final": ["ogbuhypkwxidqvpukqgkjkku", "e", "fgz", "n"], "init": ["ogbuhypkwxidqvpukqgkjkkuefgzn"], "intermediate": [["ogbuhypkwxidqvpukqgkjkkuefgz", "n"], ["ogbuhypkwxidqvpukqgkjkku", "efgz", "n"]]}, "config": {"length": 29, "num_posisions": 3, "positions": [[0, 28], [0, 24], [1, 1]], "strings": "ogbuhypkwxidqvpukqgkjkkuefgzn"}, "task_name": "task09", "example_name": "0011", "problem_name": "task09_0011"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvfwaiaeesheei\nIndices:\n(0, 10), (0, 6), (2, 2)", "label": {"final": ["vfwaia", "eesh", "ee", "i"], "init": ["vfwaiaeesheei"], "intermediate": [["vfwaiaeesh", "eei"], ["vfwaia", "eesh", "eei"]]}, "config": {"length": 13, "num_posisions": 3, "positions": [[0, 10], [0, 6], [2, 2]], "strings": "vfwaiaeesheei"}, "task_name": "task09", "example_name": "0012", "problem_name": "task09_0012"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfcadkmhjvwxavaetjcvuo\nIndices:\n(0, 3), (0, 2), (0, 1)", "label": {"final": ["f", "c", "a", "dkmhjvwxavaetjcvuo"], "init": ["fcadkmhjvwxavaetjcvuo"], "intermediate": [["fca", "dkmhjvwxavaetjcvuo"], ["fc", "a", "dkmhjvwxavaetjcvuo"]]}, "config": {"length": 21, "num_posisions": 3, "positions": [[0, 3], [0, 2], [0, 1]], "strings": "fcadkmhjvwxavaetjcvuo"}, "task_name": "task09", "example_name": "0013", "problem_name": "task09_0013"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkuvyaro\nIndices:\n(0, 5), (0, 4), (0, 2)", "label": {"final": ["ku", "vy", "a", "ro"], "init": ["kuvyaro"], "intermediate": [["kuvya", "ro"], ["kuvy", "a", "ro"]]}, "config": {"length": 7, "num_posisions": 3, "positions": [[0, 5], [0, 4], [0, 2]], "strings": "kuvyaro"}, "task_name": "task09", "example_name": "0014", "problem_name": "task09_0014"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\niqvukriburzddmdhfdlikiptwvix\nIndices:\n(0, 3), (0, 2), (2, 9)", "label": {"final": ["iq", "v", "ukriburzd", "dmdhfdlikiptwvix"], "init": ["iqvukriburzddmdhfdlikiptwvix"], "intermediate": [["iqv", "ukriburzddmdhfdlikiptwvix"], ["iq", "v", "ukriburzddmdhfdlikiptwvix"]]}, "config": {"length": 28, "num_posisions": 3, "positions": [[0, 3], [0, 2], [2, 9]], "strings": "iqvukriburzddmdhfdlikiptwvix"}, "task_name": "task09", "example_name": "0015", "problem_name": "task09_0015"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\novrlhizdpmjeqhijxxypbqx\nIndices:\n(0, 20), (1, 2), (0, 10)", "label": {"final": ["ovrlhizdpm", "jeqhijxxyp", "bq", "x"], "init": ["ovrlhizdpmjeqhijxxypbqx"], "intermediate": [["ovrlhizdpmjeqhijxxyp", "bqx"], ["ovrlhizdpmjeqhijxxyp", "bq", "x"]]}, "config": {"length": 23, "num_posisions": 3, "positions": [[0, 20], [1, 2], [0, 10]], "strings": "ovrlhizdpmjeqhijxxypbqx"}, "task_name": "task09", "example_name": "0016", "problem_name": "task09_0016"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nirknqbrcgvzrel\nIndices:\n(0, 2), (0, 1), (2, 5)", "label": {"final": ["i", "r", "knqbr", "cgvzrel"], "init": ["irknqbrcgvzrel"], "intermediate": [["ir", "knqbrcgvzrel"], ["i", "r", "knqbrcgvzrel"]]}, "config": {"length": 14, "num_posisions": 3, "positions": [[0, 2], [0, 1], [2, 5]], "strings": "irknqbrcgvzrel"}, "task_name": "task09", "example_name": "0017", "problem_name": "task09_0017"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndfetidmlkhxfpumrswikdbrh\nIndices:\n(0, 16), (0, 12), (2, 4)", "label": {"final": ["dfetidmlkhxf", "pumr", "swik", "dbrh"], "init": ["dfetidmlkhxfpumrswikdbrh"], "intermediate": [["dfetidmlkhxfpumr", "swikdbrh"], ["dfetidmlkhxf", "pumr", "swikdbrh"]]}, "config": {"length": 24, "num_posisions": 3, "positions": [[0, 16], [0, 12], [2, 4]], "strings": "dfetidmlkhxfpumrswikdbrh"}, "task_name": "task09", "example_name": "0018", "problem_name": "task09_0018"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nigkbbdhedvjmpydfwxynje\nIndices:\n(0, 18), (0, 8), (1, 1)", "label": {"final": ["igkbbdhe", "d", "vjmpydfwx", "ynje"], "init": ["igkbbdhedvjmpydfwxynje"], "intermediate": [["igkbbdhedvjmpydfwx", "ynje"], ["igkbbdhe", "dvjmpydfwx", "ynje"]]}, "config": {"length": 22, "num_posisions": 3, "positions": [[0, 18], [0, 8], [1, 1]], "strings": "igkbbdhedvjmpydfwxynje"}, "task_name": "task09", "example_name": "0019", "problem_name": "task09_0019"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nolmnzowbhzjvcoxluztkan\nIndices:\n(0, 5), (0, 3), (0, 2), (2, 1)", "label": {"final": ["ol", "m", "n", "z", "owbhzjvcoxluztkan"], "init": ["olmnzowbhzjvcoxluztkan"], "intermediate": [["olmnz", "owbhzjvcoxluztkan"], ["olm", "nz", "owbhzjvcoxluztkan"], ["ol", "m", "nz", "owbhzjvcoxluztkan"]]}, "config": {"length": 22, "num_posisions": 4, "positions": [[0, 5], [0, 3], [0, 2], [2, 1]], "strings": "olmnzowbhzjvcoxluztkan"}, "task_name": "task09", "example_name": "0020", "problem_name": "task09_0020"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkutnurwqjhcdbz\nIndices:\n(0, 2), (0, 1), (2, 3), (3, 4)", "label": {"final": ["k", "u", "tnu", "rwqj", "hcdbz"], "init": ["kutnurwqjhcdbz"], "intermediate": [["ku", "tnurwqjhcdbz"], ["k", "u", "tnurwqjhcdbz"], ["k", "u", "tnu", "rwqjhcdbz"]]}, "config": {"length": 14, "num_posisions": 4, "positions": [[0, 2], [0, 1], [2, 3], [3, 4]], "strings": "kutnurwqjhcdbz"}, "task_name": "task09", "example_name": "0021", "problem_name": "task09_0021"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nadlliegaltfyyjhpj\nIndices:\n(0, 11), (0, 10), (2, 5), (0, 5)", "label": {"final": ["adlli", "egalt", "f", "yyjhp", "j"], "init": ["adlliegaltfyyjhpj"], "intermediate": [["adlliegaltf", "yyjhpj"], ["adlliegalt", "f", "yyjhpj"], ["adlliegalt", "f", "yyjhp", "j"]]}, "config": {"length": 17, "num_posisions": 4, "positions": [[0, 11], [0, 10], [2, 5], [0, 5]], "strings": "adlliegaltfyyjhpj"}, "task_name": "task09", "example_name": "0022", "problem_name": "task09_0022"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwiybiyrsfdybelvrzulxibyw\nIndices:\n(0, 7), (0, 5), (0, 1), (3, 16)", "label": {"final": ["w", "iybi", "yr", "sfdybelvrzulxiby", "w"], "init": ["wiybiyrsfdybelvrzulxibyw"], "intermediate": [["wiybiyr", "sfdybelvrzulxibyw"], ["wiybi", "yr", "sfdybelvrzulxibyw"], ["w", "iybi", "yr", "sfdybelvrzulxibyw"]]}, "config": {"length": 24, "num_posisions": 4, "positions": [[0, 7], [0, 5], [0, 1], [3, 16]], "strings": "wiybiyrsfdybelvrzulxibyw"}, "task_name": "task09", "example_name": "0023", "problem_name": "task09_0023"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxynrmuszvrpemlefkeqi\nIndices:\n(0, 17), (0, 14), (2, 2), (0, 3)", "label": {"final": ["xyn", "rmuszvrpeml", "efk", "eq", "i"], "init": ["xynrmuszvrpemlefkeqi"], "intermediate": [["xynrmuszvrpemlefk", "eqi"], ["xynrmuszvrpeml", "efk", "eqi"], ["xynrmuszvrpeml", "efk", "eq", "i"]]}, "config": {"length": 20, "num_posisions": 4, "positions": [[0, 17], [0, 14], [2, 2], [0, 3]], "strings": "xynrmuszvrpemlefkeqi"}, "task_name": "task09", "example_name": "0024", "problem_name": "task09_0024"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqqdoeipegsmxecypsodzmxd\nIndices:\n(0, 17), (0, 9), (1, 1), (2, 2)", "label": {"final": ["qqdoeipeg", "s", "mx", "ecyps", "odzmxd"], "init": ["qqdoeipegsmxecypsodzmxd"], "intermediate": [["qqdoeipegsmxecyps", "odzmxd"], ["qqdoeipeg", "smxecyps", "odzmxd"], ["qqdoeipeg", "s", "mxecyps", "odzmxd"]]}, "config": {"length": 23, "num_posisions": 4, "positions": [[0, 17], [0, 9], [1, 1], [2, 2]], "strings": "qqdoeipegsmxecypsodzmxd"}, "task_name": "task09", "example_name": "0025", "problem_name": "task09_0025"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhywrlbvdflwebxatdhflxv\nIndices:\n(0, 17), (0, 10), (0, 3), (3, 1)", "label": {"final": ["hyw", "rlbvdfl", "webxatd", "h", "flxv"], "init": ["hywrlbvdflwebxatdhflxv"], "intermediate": [["hywrlbvdflwebxatd", "hflxv"], ["hywrlbvdfl", "webxatd", "hflxv"], ["hyw", "rlbvdfl", "webxatd", "hflxv"]]}, "config": {"length": 22, "num_posisions": 4, "positions": [[0, 17], [0, 10], [0, 3], [3, 1]], "strings": "hywrlbvdflwebxatdhflxv"}, "task_name": "task09", "example_name": "0026", "problem_name": "task09_0026"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzacatjhjxplucsv\nIndices:\n(0, 6), (1, 6), (0, 1), (2, 3)", "label": {"final": ["z", "acatj", "hjx", "plu", "csv"], "init": ["zacatjhjxplucsv"], "intermediate": [["zacatj", "hjxplucsv"], ["zacatj", "hjxplu", "csv"], ["z", "acatj", "hjxplu", "csv"]]}, "config": {"length": 15, "num_posisions": 4, "positions": [[0, 6], [1, 6], [0, 1], [2, 3]], "strings": "zacatjhjxplucsv"}, "task_name": "task09", "example_name": "0027", "problem_name": "task09_0027"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nsxgtmacafyrw\nIndices:\n(0, 11), (0, 2), (0, 1), (2, 3)", "label": {"final": ["s", "x", "gtm", "acafyr", "w"], "init": ["sxgtmacafyrw"], "intermediate": [["sxgtmacafyr", "w"], ["sx", "gtmacafyr", "w"], ["s", "x", "gtmacafyr", "w"]]}, "config": {"length": 12, "num_posisions": 4, "positions": [[0, 11], [0, 2], [0, 1], [2, 3]], "strings": "sxgtmacafyrw"}, "task_name": "task09", "example_name": "0028", "problem_name": "task09_0028"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzvlozgafmotzxukcijihbiaigfk\nIndices:\n(0, 25), (0, 24), (0, 10), (0, 1)", "label": {"final": ["z", "vlozgafmo", "tzxukcijihbiai", "g", "fk"], "init": ["zvlozgafmotzxukcijihbiaigfk"], "intermediate": [["zvlozgafmotzxukcijihbiaig", "fk"], ["zvlozgafmotzxukcijihbiai", "g", "fk"], ["zvlozgafmo", "tzxukcijihbiai", "g", "fk"]]}, "config": {"length": 27, "num_posisions": 4, "positions": [[0, 25], [0, 24], [0, 10], [0, 1]], "strings": "zvlozgafmotzxukcijihbiaigfk"}, "task_name": "task09", "example_name": "0029", "problem_name": "task09_0029"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqsajwjeldvxoveqsicthtxabngi\nIndices:\n(0, 10), (0, 9), (2, 14), (0, 6), (0, 1)", "label": {"final": ["q", "sajwj", "eld", "v", "xoveqsicthtxab", "ngi"], "init": ["qsajwjeldvxoveqsicthtxabngi"], "intermediate": [["qsajwjeldv", "xoveqsicthtxabngi"], ["qsajwjeld", "v", "xoveqsicthtxabngi"], ["qsajwjeld", "v", "xoveqsicthtxab", "ngi"], ["qsajwj", "eld", "v", "xoveqsicthtxab", "ngi"]]}, "config": {"length": 27, "num_posisions": 5, "positions": [[0, 10], [0, 9], [2, 14], [0, 6], [0, 1]], "strings": "qsajwjeldvxoveqsicthtxabngi"}, "task_name": "task09", "example_name": "0030", "problem_name": "task09_0030"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzrzbxzupqmwpokqpyuisg\nIndices:\n(0, 9), (0, 4), (0, 1), (3, 1), (1, 2)", "label": {"final": ["z", "rz", "b", "xzupq", "m", "wpokqpyuisg"], "init": ["zrzbxzupqmwpokqpyuisg"], "intermediate": [["zrzbxzupq", "mwpokqpyuisg"], ["zrzb", "xzupq", "mwpokqpyuisg"], ["z", "rzb", "xzupq", "mwpokqpyuisg"], ["z", "rzb", "xzupq", "m", "wpokqpyuisg"]]}, "config": {"length": 21, "num_posisions": 5, "positions": [[0, 9], [0, 4], [0, 1], [3, 1], [1, 2]], "strings": "zrzbxzupqmwpokqpyuisg"}, "task_name": "task09", "example_name": "0031", "problem_name": "task09_0031"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvqwzsrexxxoieleyowgpykh\nIndices:\n(0, 21), (1, 1), (0, 20), (0, 4), (0, 3)", "label": {"final": ["vqw", "z", "srexxxoieleyowgp", "y", "k", "h"], "init": ["vqwzsrexxxoieleyowgpykh"], "intermediate": [["vqwzsrexxxoieleyowgpy", "kh"], ["vqwzsrexxxoieleyowgpy", "k", "h"], ["vqwzsrexxxoieleyowgp", "y", "k", "h"], ["vqwz", "srexxxoieleyowgp", "y", "k", "h"]]}, "config": {"length": 23, "num_posisions": 5, "positions": [[0, 21], [1, 1], [0, 20], [0, 4], [0, 3]], "strings": "vqwzsrexxxoieleyowgpykh"}, "task_name": "task09", "example_name": "0032", "problem_name": "task09_0032"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nodfxbxdjqalujebycrqhor\nIndices:\n(0, 11), (0, 2), (0, 1), (3, 10), (3, 4)", "label": {"final": ["o", "d", "fxbxdjqal", "ujeb", "ycrqho", "r"], "init": ["odfxbxdjqalujebycrqhor"], "intermediate": [["odfxbxdjqal", "ujebycrqhor"], ["od", "fxbxdjqal", "ujebycrqhor"], ["o", "d", "fxbxdjqal", "ujebycrqhor"], ["o", "d", "fxbxdjqal", "ujebycrqho", "r"]]}, "config": {"length": 22, "num_posisions": 5, "positions": [[0, 11], [0, 2], [0, 1], [3, 10], [3, 4]], "strings": "odfxbxdjqalujebycrqhor"}, "task_name": "task09", "example_name": "0033", "problem_name": "task09_0033"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\necbuduujnpoplrdvlruhfrkpdakayh\nIndices:\n(0, 5), (0, 1), (2, 20), (3, 4), (1, 3)", "label": {"final": ["e", "cbu", "d", "uujnpoplrdvlruhfrkpd", "akay", "h"], "init": ["ecbuduujnpoplrdvlruhfrkpdakayh"], "intermediate": [["ecbud", "uujnpoplrdvlruhfrkpdakayh"], ["e", "cbud", "uujnpoplrdvlruhfrkpdakayh"], ["e", "cbud", "uujnpoplrdvlruhfrkpd", "akayh"], ["e", "cbud", "uujnpoplrdvlruhfrkpd", "akay", "h"]]}, "config": {"length": 30, "num_posisions": 5, "positions": [[0, 5], [0, 1], [2, 20], [3, 4], [1, 3]], "strings": "ecbuduujnpoplrdvlruhfrkpdakayh"}, "task_name": "task09", "example_name": "0034", "problem_name": "task09_0034"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nctepqwpevjouzcliw\nIndices:\n(0, 8), (1, 6), (0, 2), (2, 4), (1, 4)", "label": {"final": ["ct", "epqw", "pe", "vjou", "zc", "liw"], "init": ["ctepqwpevjouzcliw"], "intermediate": [["ctepqwpe", "vjouzcliw"], ["ctepqwpe", "vjouzc", "liw"], ["ct", "epqwpe", "vjouzc", "liw"], ["ct", "epqwpe", "vjou", "zc", "liw"]]}, "config": {"length": 17, "num_posisions": 5, "positions": [[0, 8], [1, 6], [0, 2], [2, 4], [1, 4]], "strings": "ctepqwpevjouzcliw"}, "task_name": "task09", "example_name": "0035", "problem_name": "task09_0035"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqwzbtbedwkiysvc\nIndices:\n(0, 8), (0, 6), (0, 3), (3, 2), (3, 1)", "label": {"final": ["qwz", "btb", "ed", "w", "k", "iysvc"], "init": ["qwzbtbedwkiysvc"], "intermediate": [["qwzbtbed", "wkiysvc"], ["qwzbtb", "ed", "wkiysvc"], ["qwz", "btb", "ed", "wkiysvc"], ["qwz", "btb", "ed", "wk", "iysvc"]]}, "config": {"length": 15, "num_posisions": 5, "positions": [[0, 8], [0, 6], [0, 3], [3, 2], [3, 1]], "strings": "qwzbtbedwkiysvc"}, "task_name": "task09", "example_name": "0036", "problem_name": "task09_0036"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrwpxghwgddwvftfqaotnqdlujtp\nIndices:\n(0, 10), (0, 9), (2, 13), (2, 8), (3, 3)", "label": {"final": ["rwpxghwgd", "d", "wvftfqao", "tnq", "dl", "ujtp"], "init": ["rwpxghwgddwvftfqaotnqdlujtp"], "intermediate": [["rwpxghwgdd", "wvftfqaotnqdlujtp"], ["rwpxghwgd", "d", "wvftfqaotnqdlujtp"], ["rwpxghwgd", "d", "wvftfqaotnqdl", "ujtp"], ["rwpxghwgd", "d", "wvftfqao", "tnqdl", "ujtp"]]}, "config": {"length": 27, "num_posisions": 5, "positions": [[0, 10], [0, 9], [2, 13], [2, 8], [3, 3]], "strings": "rwpxghwgddwvftfqaotnqdlujtp"}, "task_name": "task09", "example_name": "0037", "problem_name": "task09_0037"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmixppnmeqlindquje\nIndices:\n(0, 3), (1, 4), (0, 2), (3, 5), (4, 1)", "label": {"final": ["mi", "x", "ppnm", "eqlin", "d", "quje"], "init": ["mixppnmeqlindquje"], "intermediate": [["mix", "ppnmeqlindquje"], ["mix", "ppnm", "eqlindquje"], ["mi", "x", "ppnm", "eqlindquje"], ["mi", "x", "ppnm", "eqlin", "dquje"]]}, "config": {"length": 17, "num_posisions": 5, "positions": [[0, 3], [1, 4], [0, 2], [3, 5], [4, 1]], "strings": "mixppnmeqlindquje"}, "task_name": "task09", "example_name": "0038", "problem_name": "task09_0038"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nyvwvrmtf\nIndices:\n(0, 4), (1, 2), (1, 1), (0, 3), (4, 1)", "label": {"final": ["yvw", "v", "r", "m", "t", "f"], "init": ["yvwvrmtf"], "intermediate": [["yvwv", "rmtf"], ["yvwv", "rm", "tf"], ["yvwv", "r", "m", "tf"], ["yvw", "v", "r", "m", "tf"]]}, "config": {"length": 8, "num_posisions": 5, "positions": [[0, 4], [1, 2], [1, 1], [0, 3], [4, 1]], "strings": "yvwvrmtf"}, "task_name": "task09", "example_name": "0039", "problem_name": "task09_0039"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nldmanmwojwys\nIndices:\n(0, 5), (1, 6), (1, 5), (0, 4), (2, 3), (3, 1)", "label": {"final": ["ldma", "n", "mwo", "j", "w", "y", "s"], "init": ["ldmanmwojwys"], "intermediate": [["ldman", "mwojwys"], ["ldman", "mwojwy", "s"], ["ldman", "mwojw", "y", "s"], ["ldma", "n", "mwojw", "y", "s"], ["ldma", "n", "mwo", "jw", "y", "s"]]}, "config": {"length": 12, "num_posisions": 6, "positions": [[0, 5], [1, 6], [1, 5], [0, 4], [2, 3], [3, 1]], "strings": "ldmanmwojwys"}, "task_name": "task09", "example_name": "0040", "problem_name": "task09_0040"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfacnrxrcywuxvrtazaloniniraiql\nIndices:\n(0, 20), (1, 7), (2, 1), (1, 2), (0, 17), (3, 3)", "label": {"final": ["facnrxrcywuxvrtaz", "alo", "ni", "nir", "ai", "q", "l"], "init": ["facnrxrcywuxvrtazaloniniraiql"], "intermediate": [["facnrxrcywuxvrtazalo", "niniraiql"], ["facnrxrcywuxvrtazalo", "ninirai", "ql"], ["facnrxrcywuxvrtazalo", "ninirai", "q", "l"], ["facnrxrcywuxvrtazalo", "ni", "nirai", "q", "l"], ["facnrxrcywuxvrtaz", "alo", "ni", "nirai", "q", "l"]]}, "config": {"length": 29, "num_posisions": 6, "positions": [[0, 20], [1, 7], [2, 1], [1, 2], [0, 17], [3, 3]], "strings": "facnrxrcywuxvrtazaloniniraiql"}, "task_name": "task09", "example_name": "0041", "problem_name": "task09_0041"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnkrdvoqqndpjfghchab\nIndices:\n(0, 5), (1, 7), (0, 1), (2, 3), (3, 1), (2, 2)", "label": {"final": ["n", "krdv", "oq", "q", "n", "dpj", "fghchab"], "init": ["nkrdvoqqndpjfghchab"], "intermediate": [["nkrdv", "oqqndpjfghchab"], ["nkrdv", "oqqndpj", "fghchab"], ["n", "krdv", "oqqndpj", "fghchab"], ["n", "krdv", "oqq", "ndpj", "fghchab"], ["n", "krdv", "oqq", "n", "dpj", "fghchab"]]}, "config": {"length": 19, "num_posisions": 6, "positions": [[0, 5], [1, 7], [0, 1], [2, 3], [3, 1], [2, 2]], "strings": "nkrdvoqqndpjfghchab"}, "task_name": "task09", "example_name": "0042", "problem_name": "task09_0042"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npmqunloexkmvvzsnluqaorjvtxhroi\nIndices:\n(0, 14), (0, 7), (2, 5), (2, 1), (3, 1), (5, 2)", "label": {"final": ["pmqunlo", "exkmvvz", "s", "n", "luq", "ao", "rjvtxhroi"], "init": ["pmqunloexkmvvzsnluqaorjvtxhroi"], "intermediate": [["pmqunloexkmvvz", "snluqaorjvtxhroi"], ["pmqunlo", "exkmvvz", "snluqaorjvtxhroi"], ["pmqunlo", "exkmvvz", "snluq", "aorjvtxhroi"], ["pmqunlo", "exkmvvz", "s", "nluq", "aorjvtxhroi"], ["pmqunlo", "exkmvvz", "s", "n", "luq", "aorjvtxhroi"]]}, "config": {"length": 30, "num_posisions": 6, "positions": [[0, 14], [0, 7], [2, 5], [2, 1], [3, 1], [5, 2]], "strings": "pmqunloexkmvvzsnluqaorjvtxhroi"}, "task_name": "task09", "example_name": "0043", "problem_name": "task09_0043"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncivublzzitibxdzlwmxteaepcbjbh\nIndices:\n(0, 8), (0, 3), (1, 3), (2, 1), (0, 1), (2, 1)", "label": {"final": ["c", "iv", "u", "bl", "z", "z", "itibxdzlwmxteaepcbjbh"], "init": ["civublzzitibxdzlwmxteaepcbjbh"], "intermediate": [["civublzz", "itibxdzlwmxteaepcbjbh"], ["civ", "ublzz", "itibxdzlwmxteaepcbjbh"], ["civ", "ubl", "zz", "itibxdzlwmxteaepcbjbh"], ["civ", "ubl", "z", "z", "itibxdzlwmxteaepcbjbh"], ["c", "iv", "ubl", "z", "z", "itibxdzlwmxteaepcbjbh"]]}, "config": {"length": 29, "num_posisions": 6, "positions": [[0, 8], [0, 3], [1, 3], [2, 1], [0, 1], [2, 1]], "strings": "civublzzitibxdzlwmxteaepcbjbh"}, "task_name": "task09", "example_name": "0044", "problem_name": "task09_0044"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzotnrrdfxfgbsuawcmngimuggzgcy\nIndices:\n(0, 17), (0, 11), (1, 3), (3, 1), (4, 3), (5, 5)", "label": {"final": ["zotnrrdfxfg", "bsu", "awc", "m", "ngi", "muggz", "gcy"], "init": ["zotnrrdfxfgbsuawcmngimuggzgcy"], "intermediate": [["zotnrrdfxfgbsuawc", "mngimuggzgcy"], ["zotnrrdfxfg", "bsuawc", "mngimuggzgcy"], ["zotnrrdfxfg", "bsu", "awc", "mngimuggzgcy"], ["zotnrrdfxfg", "bsu", "awc", "m", "ngimuggzgcy"], ["zotnrrdfxfg", "bsu", "awc", "m", "ngi", "muggzgcy"]]}, "config": {"length": 29, "num_posisions": 6, "positions": [[0, 17], [0, 11], [1, 3], [3, 1], [4, 3], [5, 5]], "strings": "zotnrrdfxfgbsuawcmngimuggzgcy"}, "task_name": "task09", "example_name": "0045", "problem_name": "task09_0045"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmwlhkdmr\nIndices:\n(0, 6), (0, 3), (1, 1), (0, 1), (4, 1), (3, 1)", "label": {"final": ["m", "wl", "h", "k", "d", "m", "r"], "init": ["mwlhkdmr"], "intermediate": [["mwlhkd", "mr"], ["mwl", "hkd", "mr"], ["mwl", "h", "kd", "mr"], ["m", "wl", "h", "kd", "mr"], ["m", "wl", "h", "kd", "m", "r"]]}, "config": {"length": 8, "num_posisions": 6, "positions": [[0, 6], [0, 3], [1, 1], [0, 1], [4, 1], [3, 1]], "strings": "mwlhkdmr"}, "task_name": "task09", "example_name": "0046", "problem_name": "task09_0046"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrcaexsxhhoqfzylctx\nIndices:\n(0, 17), (0, 13), (1, 2), (0, 8), (1, 1), (3, 1)", "label": {"final": ["rcaexsxh", "h", "oqfz", "y", "l", "ct", "x"], "init": ["rcaexsxhhoqfzylctx"], "intermediate": [["rcaexsxhhoqfzylct", "x"], ["rcaexsxhhoqfz", "ylct", "x"], ["rcaexsxhhoqfz", "yl", "ct", "x"], ["rcaexsxh", "hoqfz", "yl", "ct", "x"], ["rcaexsxh", "h", "oqfz", "yl", "ct", "x"]]}, "config": {"length": 18, "num_posisions": 6, "positions": [[0, 17], [0, 13], [1, 2], [0, 8], [1, 1], [3, 1]], "strings": "rcaexsxhhoqfzylctx"}, "task_name": "task09", "example_name": "0047", "problem_name": "task09_0047"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nybyfukuehcohchchouumkdwn\nIndices:\n(0, 17), (0, 15), (0, 1), (2, 1), (1, 11), (1, 8)", "label": {"final": ["y", "byfukueh", "coh", "chc", "h", "o", "uumkdwn"], "init": ["ybyfukuehcohchchouumkdwn"], "intermediate": [["ybyfukuehcohchcho", "uumkdwn"], ["ybyfukuehcohchc", "ho", "uumkdwn"], ["y", "byfukuehcohchc", "ho", "uumkdwn"], ["y", "byfukuehcohchc", "h", "o", "uumkdwn"], ["y", "byfukuehcoh", "chc", "h", "o", "uumkdwn"]]}, "config": {"length": 24, "num_posisions": 6, "positions": [[0, 17], [0, 15], [0, 1], [2, 1], [1, 11], [1, 8]], "strings": "ybyfukuehcohchchouumkdwn"}, "task_name": "task09", "example_name": "0048", "problem_name": "task09_0048"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njxtqsyngtyf\nIndices:\n(0, 3), (0, 1), (1, 1), (3, 2), (3, 1), (5, 2)", "label": {"final": ["j", "x", "t", "q", "s", "yn", "gtyf"], "init": ["jxtqsyngtyf"], "intermediate": [["jxt", "qsyngtyf"], ["j", "xt", "qsyngtyf"], ["j", "x", "t", "qsyngtyf"], ["j", "x", "t", "qs", "yngtyf"], ["j", "x", "t", "q", "s", "yngtyf"]]}, "config": {"length": 11, "num_posisions": 6, "positions": [[0, 3], [0, 1], [1, 1], [3, 2], [3, 1], [5, 2]], "strings": "jxtqsyngtyf"}, "task_name": "task09", "example_name": "0049", "problem_name": "task09_0049"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nojcrdjfqveyjvytdqafvey\nIndices:\n(0, 12), (0, 9), (2, 9), (2, 1), (1, 2), (0, 7), (1, 1)", "label": {"final": ["ojcrdjf", "q", "v", "ey", "j", "v", "ytdqafve", "y"], "init": ["ojcrdjfqveyjvytdqafvey"], "intermediate": [["ojcrdjfqveyj", "vytdqafvey"], ["ojcrdjfqv", "eyj", "vytdqafvey"], ["ojcrdjfqv", "eyj", "vytdqafve", "y"], ["ojcrdjfqv", "eyj", "v", "ytdqafve", "y"], ["ojcrdjfqv", "ey", "j", "v", "ytdqafve", "y"], ["ojcrdjf", "qv", "ey", "j", "v", "ytdqafve", "y"]]}, "config": {"length": 22, "num_posisions": 7, "positions": [[0, 12], [0, 9], [2, 9], [2, 1], [1, 2], [0, 7], [1, 1]], "strings": "ojcrdjfqveyjvytdqafvey"}, "task_name": "task09", "example_name": "0050", "problem_name": "task09_0050"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngmhchpqtdhvntmka\nIndices:\n(0, 15), (0, 12), (0, 5), (2, 2), (2, 1), (1, 3), (2, 3)", "label": {"final": ["gmhch", "pqt", "dhv", "n", "t", "m", "k", "a"], "init": ["gmhchpqtdhvntmka"], "intermediate": [["gmhchpqtdhvntmk", "a"], ["gmhchpqtdhvn", "tmk", "a"], ["gmhch", "pqtdhvn", "tmk", "a"], ["gmhch", "pqtdhvn", "tm", "k", "a"], ["gmhch", "pqtdhvn", "t", "m", "k", "a"], ["gmhch", "pqt", "dhvn", "t", "m", "k", "a"]]}, "config": {"length": 16, "num_posisions": 7, "positions": [[0, 15], [0, 12], [0, 5], [2, 2], [2, 1], [1, 3], [2, 3]], "strings": "gmhchpqtdhvntmka"}, "task_name": "task09", "example_name": "0051", "problem_name": "task09_0051"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nepoqzwcyx\nIndices:\n(0, 6), (1, 2), (1, 1), (0, 4), (0, 2), (0, 1), (3, 1)", "label": {"final": ["e", "p", "oq", "z", "w", "c", "y", "x"], "init": ["epoqzwcyx"], "intermediate": [["epoqzw", "cyx"], ["epoqzw", "cy", "x"], ["epoqzw", "c", "y", "x"], ["epoq", "zw", "c", "y", "x"], ["ep", "oq", "zw", "c", "y", "x"], ["e", "p", "oq", "zw", "c", "y", "x"]]}, "config": {"length": 9, "num_posisions": 7, "positions": [[0, 6], [1, 2], [1, 1], [0, 4], [0, 2], [0, 1], [3, 1]], "strings": "epoqzwcyx"}, "task_name": "task09", "example_name": "0052", "problem_name": "task09_0052"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqxvnebbvussdpaaqakjwjfrezx\nIndices:\n(0, 20), (1, 2), (1, 1), (0, 2), (1, 13), (5, 1), (6, 2)", "label": {"final": ["qx", "vnebbvussdpaa", "qakjw", "j", "f", "r", "ez", "x"], "init": ["qxvnebbvussdpaaqakjwjfrezx"], "intermediate": [["qxvnebbvussdpaaqakjw", "jfrezx"], ["qxvnebbvussdpaaqakjw", "jf", "rezx"], ["qxvnebbvussdpaaqakjw", "j", "f", "rezx"], ["qx", "vnebbvussdpaaqakjw", "j", "f", "rezx"], ["qx", "vnebbvussdpaa", "qakjw", "j", "f", "rezx"], ["qx", "vnebbvussdpaa", "qakjw", "j", "f", "r", "ezx"]]}, "config": {"length": 26, "num_posisions": 7, "positions": [[0, 20], [1, 2], [1, 1], [0, 2], [1, 13], [5, 1], [6, 2]], "strings": "qxvnebbvussdpaaqakjwjfrezx"}, "task_name": "task09", "example_name": "0053", "problem_name": "task09_0053"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhvdrbgbfnvvxgylrshhliswrbut\nIndices:\n(0, 24), (1, 2), (0, 19), (1, 1), (2, 2), (4, 1), (3, 1)", "label": {"final": ["hvdrbgbfnvvxgylrshh", "l", "is", "w", "r", "b", "u", "t"], "init": ["hvdrbgbfnvvxgylrshhliswrbut"], "intermediate": [["hvdrbgbfnvvxgylrshhliswr", "but"], ["hvdrbgbfnvvxgylrshhliswr", "bu", "t"], ["hvdrbgbfnvvxgylrshh", "liswr", "bu", "t"], ["hvdrbgbfnvvxgylrshh", "l", "iswr", "bu", "t"], ["hvdrbgbfnvvxgylrshh", "l", "is", "wr", "bu", "t"], ["hvdrbgbfnvvxgylrshh", "l", "is", "wr", "b", "u", "t"]]}, "config": {"length": 27, "num_posisions": 7, "positions": [[0, 24], [1, 2], [0, 19], [1, 1], [2, 2], [4, 1], [3, 1]], "strings": "hvdrbgbfnvvxgylrshhliswrbut"}, "task_name": "task09", "example_name": "0054", "problem_name": "task09_0054"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzjnmoscnrmefngorapgum\nIndices:\n(0, 11), (1, 5), (2, 4), (2, 1), (1, 2), (1, 1), (0, 2)", "label": {"final": ["zj", "nmoscnrme", "f", "n", "gor", "a", "pgu", "m"], "init": ["zjnmoscnrmefngorapgum"], "intermediate": [["zjnmoscnrme", "fngorapgum"], ["zjnmoscnrme", "fngor", "apgum"], ["zjnmoscnrme", "fngor", "apgu", "m"], ["zjnmoscnrme", "fngor", "a", "pgu", "m"], ["zjnmoscnrme", "fn", "gor", "a", "pgu", "m"], ["zjnmoscnrme", "f", "n", "gor", "a", "pgu", "m"]]}, "config": {"length": 21, "num_posisions": 7, "positions": [[0, 11], [1, 5], [2, 4], [2, 1], [1, 2], [1, 1], [0, 2]], "strings": "zjnmoscnrmefngorapgum"}, "task_name": "task09", "example_name": "0055", "problem_name": "task09_0055"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwwjfwfkxajflyytwjtsxjwepytt\nIndices:\n(0, 6), (1, 18), (2, 1), (3, 1), (0, 4), (1, 1), (0, 1)", "label": {"final": ["w", "wjf", "w", "f", "kxajflyytwjtsxjwep", "y", "t", "t"], "init": ["wwjfwfkxajflyytwjtsxjwepytt"], "intermediate": [["wwjfwf", "kxajflyytwjtsxjwepytt"], ["wwjfwf", "kxajflyytwjtsxjwep", "ytt"], ["wwjfwf", "kxajflyytwjtsxjwep", "y", "tt"], ["wwjfwf", "kxajflyytwjtsxjwep", "y", "t", "t"], ["wwjf", "wf", "kxajflyytwjtsxjwep", "y", "t", "t"], ["wwjf", "w", "f", "kxajflyytwjtsxjwep", "y", "t", "t"]]}, "config": {"length": 27, "num_posisions": 7, "positions": [[0, 6], [1, 18], [2, 1], [3, 1], [0, 4], [1, 1], [0, 1]], "strings": "wwjfwfkxajflyytwjtsxjwepytt"}, "task_name": "task09", "example_name": "0056", "problem_name": "task09_0056"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndyxhptffbwuyjssbtmv\nIndices:\n(0, 16), (1, 1), (0, 11), (3, 1), (0, 7), (1, 2), (0, 4)", "label": {"final": ["dyxh", "ptf", "fb", "wu", "yjssb", "t", "m", "v"], "init": ["dyxhptffbwuyjssbtmv"], "intermediate": [["dyxhptffbwuyjssb", "tmv"], ["dyxhptffbwuyjssb", "t", "mv"], ["dyxhptffbwu", "yjssb", "t", "mv"], ["dyxhptffbwu", "yjssb", "t", "m", "v"], ["dyxhptf", "fbwu", "yjssb", "t", "m", "v"], ["dyxhptf", "fb", "wu", "yjssb", "t", "m", "v"]]}, "config": {"length": 19, "num_posisions": 7, "positions": [[0, 16], [1, 1], [0, 11], [3, 1], [0, 7], [1, 2], [0, 4]], "strings": "dyxhptffbwuyjssbtmv"}, "task_name": "task09", "example_name": "0057", "problem_name": "task09_0057"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npntlyhongcpnacqoqrxvcyyqw\nIndices:\n(0, 3), (0, 1), (2, 8), (2, 6), (4, 1), (2, 1), (3, 4)", "label": {"final": ["p", "nt", "l", "yhon", "g", "cp", "n", "acqoqrxvcyyqw"], "init": ["pntlyhongcpnacqoqrxvcyyqw"], "intermediate": [["pnt", "lyhongcpnacqoqrxvcyyqw"], ["p", "nt", "lyhongcpnacqoqrxvcyyqw"], ["p", "nt", "lyhongcp", "nacqoqrxvcyyqw"], ["p", "nt", "lyhong", "cp", "nacqoqrxvcyyqw"], ["p", "nt", "lyhong", "cp", "n", "acqoqrxvcyyqw"], ["p", "nt", "l", "yhong", "cp", "n", "acqoqrxvcyyqw"]]}, "config": {"length": 25, "num_posisions": 7, "positions": [[0, 3], [0, 1], [2, 8], [2, 6], [4, 1], [2, 1], [3, 4]], "strings": "pntlyhongcpnacqoqrxvcyyqw"}, "task_name": "task09", "example_name": "0058", "problem_name": "task09_0058"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndkpdwyaadcifdm\nIndices:\n(0, 8), (0, 6), (2, 4), (1, 1), (0, 1), (5, 1), (4, 1)", "label": {"final": ["d", "kpdwy", "a", "a", "d", "cif", "d", "m"], "init": ["dkpdwyaadcifdm"], "intermediate": [["dkpdwyaa", "dcifdm"], ["dkpdwy", "aa", "dcifdm"], ["dkpdwy", "aa", "dcif", "dm"], ["dkpdwy", "a", "a", "dcif", "dm"], ["d", "kpdwy", "a", "a", "dcif", "dm"], ["d", "kpdwy", "a", "a", "dcif", "d", "m"]]}, "config": {"length": 14, "num_posisions": 7, "positions": [[0, 8], [0, 6], [2, 4], [1, 1], [0, 1], [5, 1], [4, 1]], "strings": "dkpdwyaadcifdm"}, "task_name": "task09", "example_name": "0059", "problem_name": "task09_0059"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngbcunyidetnvymcwwo\nIndices:\n(0, 12), (0, 6), (2, 4), (0, 3), (1, 2), (1, 1), (4, 3), (4, 2)", "label": {"final": ["gbc", "u", "n", "y", "id", "e", "tnv", "ymcw", "wo"], "init": ["gbcunyidetnvymcwwo"], "intermediate": [["gbcunyidetnv", "ymcwwo"], ["gbcuny", "idetnv", "ymcwwo"], ["gbcuny", "idetnv", "ymcw", "wo"], ["gbc", "uny", "idetnv", "ymcw", "wo"], ["gbc", "un", "y", "idetnv", "ymcw", "wo"], ["gbc", "u", "n", "y", "idetnv", "ymcw", "wo"], ["gbc", "u", "n", "y", "ide", "tnv", "ymcw", "wo"]]}, "config": {"length": 18, "num_posisions": 8, "positions": [[0, 12], [0, 6], [2, 4], [0, 3], [1, 2], [1, 1], [4, 3], [4, 2]], "strings": "gbcunyidetnvymcwwo"}, "task_name": "task09", "example_name": "0060", "problem_name": "task09_0060"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nubxsywpkcxuihziefsvgrpreuc\nIndices:\n(0, 24), (0, 9), (2, 1), (0, 1), (1, 3), (3, 8), (1, 2), (5, 6)", "label": {"final": ["u", "bx", "s", "ywpkc", "xuihzief", "svgrpr", "e", "u", "c"], "init": ["ubxsywpkcxuihziefsvgrpreuc"], "intermediate": [["ubxsywpkcxuihziefsvgrpre", "uc"], ["ubxsywpkc", "xuihziefsvgrpre", "uc"], ["ubxsywpkc", "xuihziefsvgrpre", "u", "c"], ["u", "bxsywpkc", "xuihziefsvgrpre", "u", "c"], ["u", "bxs", "ywpkc", "xuihziefsvgrpre", "u", "c"], ["u", "bxs", "ywpkc", "xuihzief", "svgrpre", "u", "c"], ["u", "bx", "s", "ywpkc", "xuihzief", "svgrpre", "u", "c"]]}, "config": {"length": 26, "num_posisions": 8, "positions": [[0, 24], [0, 9], [2, 1], [0, 1], [1, 3], [3, 8], [1, 2], [5, 6]], "strings": "ubxsywpkcxuihziefsvgrpreuc"}, "task_name": "task09", "example_name": "0061", "problem_name": "task09_0061"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfnotagxxmahzpnwqtpjasnarhoeox\nIndices:\n(0, 2), (0, 1), (2, 9), (2, 8), (2, 7), (2, 6), (2, 2), (3, 2)", "label": {"final": ["f", "n", "ot", "ag", "xx", "m", "a", "h", "zpnwqtpjasnarhoeox"], "init": ["fnotagxxmahzpnwqtpjasnarhoeox"], "intermediate": [["fn", "otagxxmahzpnwqtpjasnarhoeox"], ["f", "n", "otagxxmahzpnwqtpjasnarhoeox"], ["f", "n", "otagxxmah", "zpnwqtpjasnarhoeox"], ["f", "n", "otagxxma", "h", "zpnwqtpjasnarhoeox"], ["f", "n", "otagxxm", "a", "h", "zpnwqtpjasnarhoeox"], ["f", "n", "otagxx", "m", "a", "h", "zpnwqtpjasnarhoeox"], ["f", "n", "ot", "agxx", "m", "a", "h", "zpnwqtpjasnarhoeox"]]}, "config": {"length": 29, "num_posisions": 8, "positions": [[0, 2], [0, 1], [2, 9], [2, 8], [2, 7], [2, 6], [2, 2], [3, 2]], "strings": "fnotagxxmahzpnwqtpjasnarhoeox"}, "task_name": "task09", "example_name": "0062", "problem_name": "task09_0062"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnjixrmkdwbbczmcemafiayvhvc\nIndices:\n(0, 1), (1, 21), (2, 1), (1, 10), (4, 2), (1, 1), (3, 4), (3, 1)", "label": {"final": ["n", "j", "ixrmkdwbb", "c", "zmc", "emafiay", "v", "hv", "c"], "init": ["njixrmkdwbbczmcemafiayvhvc"], "intermediate": [["n", "jixrmkdwbbczmcemafiayvhvc"], ["n", "jixrmkdwbbczmcemafiay", "vhvc"], ["n", "jixrmkdwbbczmcemafiay", "v", "hvc"], ["n", "jixrmkdwbb", "czmcemafiay", "v", "hvc"], ["n", "jixrmkdwbb", "czmcemafiay", "v", "hv", "c"], ["n", "j", "ixrmkdwbb", "czmcemafiay", "v", "hv", "c"], ["n", "j", "ixrmkdwbb", "czmc", "emafiay", "v", "hv", "c"]]}, "config": {"length": 26, "num_posisions": 8, "positions": [[0, 1], [1, 21], [2, 1], [1, 10], [4, 2], [1, 1], [3, 4], [3, 1]], "strings": "njixrmkdwbbczmcemafiayvhvc"}, "task_name": "task09", "example_name": "0063", "problem_name": "task09_0063"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzfgrsqexjfufl\nIndices:\n(0, 10), (1, 2), (0, 4), (2, 1), (1, 5), (1, 1), (0, 1), (1, 1)", "label": {"final": ["z", "f", "gr", "s", "qexj", "f", "u", "f", "l"], "init": ["zfgrsqexjfufl"], "intermediate": [["zfgrsqexjf", "ufl"], ["zfgrsqexjf", "uf", "l"], ["zfgr", "sqexjf", "uf", "l"], ["zfgr", "sqexjf", "u", "f", "l"], ["zfgr", "sqexj", "f", "u", "f", "l"], ["zfgr", "s", "qexj", "f", "u", "f", "l"], ["z", "fgr", "s", "qexj", "f", "u", "f", "l"]]}, "config": {"length": 13, "num_posisions": 8, "positions": [[0, 10], [1, 2], [0, 4], [2, 1], [1, 5], [1, 1], [0, 1], [1, 1]], "strings": "zfgrsqexjfufl"}, "task_name": "task09", "example_name": "0064", "problem_name": "task09_0064"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\negexbgbpxok\nIndices:\n(0, 10), (0, 5), (0, 3), (1, 1), (0, 1), (4, 4), (1, 1), (5, 2)", "label": {"final": ["e", "g", "e", "x", "b", "gb", "px", "o", "k"], "init": ["egexbgbpxok"], "intermediate": [["egexbgbpxo", "k"], ["egexb", "gbpxo", "k"], ["ege", "xb", "gbpxo", "k"], ["ege", "x", "b", "gbpxo", "k"], ["e", "ge", "x", "b", "gbpxo", "k"], ["e", "ge", "x", "b", "gbpx", "o", "k"], ["e", "g", "e", "x", "b", "gbpx", "o", "k"]]}, "config": {"length": 11, "num_posisions": 8, "positions": [[0, 10], [0, 5], [0, 3], [1, 1], [0, 1], [4, 4], [1, 1], [5, 2]], "strings": "egexbgbpxok"}, "task_name": "task09", "example_name": "0065", "problem_name": "task09_0065"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvyxuraiiuaskcjhrggvku\nIndices:\n(0, 8), (1, 7), (0, 3), (1, 3), (4, 5), (3, 3), (0, 2), (4, 2)", "label": {"final": ["vy", "x", "ura", "ii", "ua", "s", "kcjh", "rggvk", "u"], "init": ["vyxuraiiuaskcjhrggvku"], "intermediate": [["vyxuraii", "uaskcjhrggvku"], ["vyxuraii", "uaskcjh", "rggvku"], ["vyx", "uraii", "uaskcjh", "rggvku"], ["vyx", "ura", "ii", "uaskcjh", "rggvku"], ["vyx", "ura", "ii", "uaskcjh", "rggvk", "u"], ["vyx", "ura", "ii", "uas", "kcjh", "rggvk", "u"], ["vy", "x", "ura", "ii", "uas", "kcjh", "rggvk", "u"]]}, "config": {"length": 21, "num_posisions": 8, "positions": [[0, 8], [1, 7], [0, 3], [1, 3], [4, 5], [3, 3], [0, 2], [4, 2]], "strings": "vyxuraiiuaskcjhrggvku"}, "task_name": "task09", "example_name": "0066", "problem_name": "task09_0066"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhrznngbjfodghaujsssnfpigvwwxp\nIndices:\n(0, 21), (0, 4), (0, 2), (3, 1), (2, 15), (2, 12), (4, 1), (3, 2)", "label": {"final": ["hr", "zn", "ngbjfodghauj", "ss", "s", "n", "f", "p", "igvwwxp"], "init": ["hrznngbjfodghaujsssnfpigvwwxp"], "intermediate": [["hrznngbjfodghaujsssnf", "pigvwwxp"], ["hrzn", "ngbjfodghaujsssnf", "pigvwwxp"], ["hr", "zn", "ngbjfodghaujsssnf", "pigvwwxp"], ["hr", "zn", "ngbjfodghaujsssnf", "p", "igvwwxp"], ["hr", "zn", "ngbjfodghaujsss", "nf", "p", "igvwwxp"], ["hr", "zn", "ngbjfodghauj", "sss", "nf", "p", "igvwwxp"], ["hr", "zn", "ngbjfodghauj", "sss", "n", "f", "p", "igvwwxp"]]}, "config": {"length": 29, "num_posisions": 8, "positions": [[0, 21], [0, 4], [0, 2], [3, 1], [2, 15], [2, 12], [4, 1], [3, 2]], "strings": "hrznngbjfodghaujsssnfpigvwwxp"}, "task_name": "task09", "example_name": "0067", "problem_name": "task09_0067"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzijutipndbjahkphtjqxlhupchi\nIndices:\n(0, 8), (0, 3), (2, 11), (1, 2), (4, 3), (5, 2), (2, 2), (5, 1)", "label": {"final": ["zij", "ut", "ip", "n", "dbjahkphtjq", "x", "lh", "up", "chi"], "init": ["zijutipndbjahkphtjqxlhupchi"], "intermediate": [["zijutipn", "dbjahkphtjqxlhupchi"], ["zij", "utipn", "dbjahkphtjqxlhupchi"], ["zij", "utipn", "dbjahkphtjq", "xlhupchi"], ["zij", "ut", "ipn", "dbjahkphtjq", "xlhupchi"], ["zij", "ut", "ipn", "dbjahkphtjq", "xlh", "upchi"], ["zij", "ut", "ipn", "dbjahkphtjq", "xlh", "up", "chi"], ["zij", "ut", "ip", "n", "dbjahkphtjq", "xlh", "up", "chi"]]}, "config": {"length": 27, "num_posisions": 8, "positions": [[0, 8], [0, 3], [2, 11], [1, 2], [4, 3], [5, 2], [2, 2], [5, 1]], "strings": "zijutipndbjahkphtjqxlhupchi"}, "task_name": "task09", "example_name": "0068", "problem_name": "task09_0068"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhmqrufsgacgykxz\nIndices:\n(0, 6), (0, 3), (0, 1), (1, 1), (3, 2), (5, 1), (3, 1), (7, 7)", "label": {"final": ["h", "m", "q", "r", "u", "f", "s", "gacgykx", "z"], "init": ["hmqrufsgacgykxz"], "intermediate": [["hmqruf", "sgacgykxz"], ["hmq", "ruf", "sgacgykxz"], ["h", "mq", "ruf", "sgacgykxz"], ["h", "m", "q", "ruf", "sgacgykxz"], ["h", "m", "q", "ru", "f", "sgacgykxz"], ["h", "m", "q", "ru", "f", "s", "gacgykxz"], ["h", "m", "q", "r", "u", "f", "s", "gacgykxz"]]}, "config": {"length": 15, "num_posisions": 8, "positions": [[0, 6], [0, 3], [0, 1], [1, 1], [3, 2], [5, 1], [3, 1], [7, 7]], "strings": "hmqrufsgacgykxz"}, "task_name": "task09", "example_name": "0069", "problem_name": "task09_0069"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njjsjiinhhmswakox\nIndices:\n(0, 6), (1, 2), (2, 1), (1, 1), (4, 3), (0, 5), (6, 2), (0, 4), (0, 2)", "label": {"final": ["jj", "sj", "i", "i", "n", "h", "h", "msw", "ak", "ox"], "init": ["jjsjiinhhmswakox"], "intermediate": [["jjsjii", "nhhmswakox"], ["jjsjii", "nh", "hmswakox"], ["jjsjii", "nh", "h", "mswakox"], ["jjsjii", "n", "h", "h", "mswakox"], ["jjsjii", "n", "h", "h", "msw", "akox"], ["jjsji", "i", "n", "h", "h", "msw", "akox"], ["jjsji", "i", "n", "h", "h", "msw", "ak", "ox"], ["jjsj", "i", "i", "n", "h", "h", "msw", "ak", "ox"]]}, "config": {"length": 16, "num_posisions": 9, "positions": [[0, 6], [1, 2], [2, 1], [1, 1], [4, 3], [0, 5], [6, 2], [0, 4], [0, 2]], "strings": "jjsjiinhhmswakox"}, "task_name": "task09", "example_name": "0070", "problem_name": "task09_0070"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngeunafcldkdzt\nIndices:\n(0, 9), (1, 1), (2, 2), (2, 1), (0, 7), (1, 1), (0, 6), (0, 5), (0, 2)", "label": {"final": ["ge", "una", "f", "c", "l", "d", "k", "d", "z", "t"], "init": ["geunafcldkdzt"], "intermediate": [["geunafcld", "kdzt"], ["geunafcld", "k", "dzt"], ["geunafcld", "k", "dz", "t"], ["geunafcld", "k", "d", "z", "t"], ["geunafc", "ld", "k", "d", "z", "t"], ["geunafc", "l", "d", "k", "d", "z", "t"], ["geunaf", "c", "l", "d", "k", "d", "z", "t"], ["geuna", "f", "c", "l", "d", "k", "d", "z", "t"]]}, "config": {"length": 13, "num_posisions": 9, "positions": [[0, 9], [1, 1], [2, 2], [2, 1], [0, 7], [1, 1], [0, 6], [0, 5], [0, 2]], "strings": "geunafcldkdzt"}, "task_name": "task09", "example_name": "0071", "problem_name": "task09_0071"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nffljiplfcqdqckiwe\nIndices:\n(0, 11), (0, 4), (0, 2), (2, 5), (4, 1), (1, 1), (3, 2), (3, 1), (6, 1)", "label": {"final": ["ff", "l", "j", "i", "p", "lfc", "q", "d", "q", "ckiwe"], "init": ["ffljiplfcqdqckiwe"], "intermediate": [["ffljiplfcqd", "qckiwe"], ["fflj", "iplfcqd", "qckiwe"], ["ff", "lj", "iplfcqd", "qckiwe"], ["ff", "lj", "iplfc", "qd", "qckiwe"], ["ff", "lj", "iplfc", "qd", "q", "ckiwe"], ["ff", "l", "j", "iplfc", "qd", "q", "ckiwe"], ["ff", "l", "j", "ip", "lfc", "qd", "q", "ckiwe"], ["ff", "l", "j", "i", "p", "lfc", "qd", "q", "ckiwe"]]}, "config": {"length": 17, "num_posisions": 9, "positions": [[0, 11], [0, 4], [0, 2], [2, 5], [4, 1], [1, 1], [3, 2], [3, 1], [6, 1]], "strings": "ffljiplfcqdqckiwe"}, "task_name": "task09", "example_name": "0072", "problem_name": "task09_0072"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nivoqjplgpglwscycfawhbiq\nIndices:\n(0, 19), (0, 12), (2, 2), (1, 2), (2, 3), (5, 1), (4, 1), (3, 1), (1, 1)", "label": {"final": ["ivoqjplgpglw", "s", "c", "ycf", "a", "w", "h", "b", "i", "q"], "init": ["ivoqjplgpglwscycfawhbiq"], "intermediate": [["ivoqjplgpglwscycfaw", "hbiq"], ["ivoqjplgpglw", "scycfaw", "hbiq"], ["ivoqjplgpglw", "scycfaw", "hb", "iq"], ["ivoqjplgpglw", "sc", "ycfaw", "hb", "iq"], ["ivoqjplgpglw", "sc", "ycf", "aw", "hb", "iq"], ["ivoqjplgpglw", "sc", "ycf", "aw", "hb", "i", "q"], ["ivoqjplgpglw", "sc", "ycf", "aw", "h", "b", "i", "q"], ["ivoqjplgpglw", "sc", "ycf", "a", "w", "h", "b", "i", "q"]]}, "config": {"length": 23, "num_posisions": 9, "positions": [[0, 19], [0, 12], [2, 2], [1, 2], [2, 3], [5, 1], [4, 1], [3, 1], [1, 1]], "strings": "ivoqjplgpglwscycfawhbiq"}, "task_name": "task09", "example_name": "0073", "problem_name": "task09_0073"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nuthrjeaiivoythlwgefszww\nIndices:\n(0, 14), (1, 6), (0, 6), (1, 3), (0, 2), (3, 4), (2, 1), (3, 1), (5, 3)", "label": {"final": ["ut", "hrje", "a", "i", "i", "voy", "t", "h", "lwgefs", "zww"], "init": ["uthrjeaiivoythlwgefszww"], "intermediate": [["uthrjeaiivoyth", "lwgefszww"], ["uthrjeaiivoyth", "lwgefs", "zww"], ["uthrje", "aiivoyth", "lwgefs", "zww"], ["uthrje", "aii", "voyth", "lwgefs", "zww"], ["ut", "hrje", "aii", "voyth", "lwgefs", "zww"], ["ut", "hrje", "aii", "voyt", "h", "lwgefs", "zww"], ["ut", "hrje", "a", "ii", "voyt", "h", "lwgefs", "zww"], ["ut", "hrje", "a", "i", "i", "voyt", "h", "lwgefs", "zww"]]}, "config": {"length": 23, "num_posisions": 9, "positions": [[0, 14], [1, 6], [0, 6], [1, 3], [0, 2], [3, 4], [2, 1], [3, 1], [5, 3]], "strings": "uthrjeaiivoythlwgefszww"}, "task_name": "task09", "example_name": "0074", "problem_name": "task09_0074"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhbcoclqjtftsflaqfybpkkvlswwtz\nIndices:\n(0, 10), (0, 4), (0, 1), (1, 2), (4, 5), (5, 2), (3, 4), (5, 3), (8, 1)", "label": {"final": ["h", "bc", "o", "clqj", "tf", "tsf", "la", "qf", "y", "bpkkvlswwtz"], "init": ["hbcoclqjtftsflaqfybpkkvlswwtz"], "intermediate": [["hbcoclqjtf", "tsflaqfybpkkvlswwtz"], ["hbco", "clqjtf", "tsflaqfybpkkvlswwtz"], ["h", "bco", "clqjtf", "tsflaqfybpkkvlswwtz"], ["h", "bc", "o", "clqjtf", "tsflaqfybpkkvlswwtz"], ["h", "bc", "o", "clqjtf", "tsfla", "qfybpkkvlswwtz"], ["h", "bc", "o", "clqjtf", "tsfla", "qf", "ybpkkvlswwtz"], ["h", "bc", "o", "clqj", "tf", "tsfla", "qf", "ybpkkvlswwtz"], ["h", "bc", "o", "clqj", "tf", "tsf", "la", "qf", "ybpkkvlswwtz"]]}, "config": {"length": 29, "num_posisions": 9, "positions": [[0, 10], [0, 4], [0, 1], [1, 2], [4, 5], [5, 2], [3, 4], [5, 3], [8, 1]], "strings": "hbcoclqjtftsflaqfybpkkvlswwtz"}, "task_name": "task09", "example_name": "0075", "problem_name": "task09_0075"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmfilkftypyxaszhsoznwlb\nIndices:\n(0, 3), (1, 10), (0, 1), (2, 7), (4, 7), (2, 6), (4, 2), (7, 1), (2, 2)", "label": {"final": ["m", "fi", "lk", "ftyp", "y", "xa", "s", "zhsoznw", "l", "b"], "init": ["mfilkftypyxaszhsoznwlb"], "intermediate": [["mfi", "lkftypyxaszhsoznwlb"], ["mfi", "lkftypyxas", "zhsoznwlb"], ["m", "fi", "lkftypyxas", "zhsoznwlb"], ["m", "fi", "lkftypy", "xas", "zhsoznwlb"], ["m", "fi", "lkftypy", "xas", "zhsoznw", "lb"], ["m", "fi", "lkftyp", "y", "xas", "zhsoznw", "lb"], ["m", "fi", "lkftyp", "y", "xa", "s", "zhsoznw", "lb"], ["m", "fi", "lkftyp", "y", "xa", "s", "zhsoznw", "l", "b"]]}, "config": {"length": 22, "num_posisions": 9, "positions": [[0, 3], [1, 10], [0, 1], [2, 7], [4, 7], [2, 6], [4, 2], [7, 1], [2, 2]], "strings": "mfilkftypyxaszhsoznwlb"}, "task_name": "task09", "example_name": "0076", "problem_name": "task09_0076"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntbfcokzkcywtxycwiamrvzqhbhb\nIndices:\n(0, 26), (0, 6), (1, 10), (1, 2), (3, 7), (0, 1), (1, 2), (6, 1), (7, 1)", "label": {"final": ["t", "bf", "cok", "zk", "cywtxycw", "iamrvzq", "h", "b", "h", "b"], "init": ["tbfcokzkcywtxycwiamrvzqhbhb"], "intermediate": [["tbfcokzkcywtxycwiamrvzqhbh", "b"], ["tbfcok", "zkcywtxycwiamrvzqhbh", "b"], ["tbfcok", "zkcywtxycw", "iamrvzqhbh", "b"], ["tbfcok", "zk", "cywtxycw", "iamrvzqhbh", "b"], ["tbfcok", "zk", "cywtxycw", "iamrvzq", "hbh", "b"], ["t", "bfcok", "zk", "cywtxycw", "iamrvzq", "hbh", "b"], ["t", "bf", "cok", "zk", "cywtxycw", "iamrvzq", "hbh", "b"], ["t", "bf", "cok", "zk", "cywtxycw", "iamrvzq", "h", "bh", "b"]]}, "config": {"length": 27, "num_posisions": 9, "positions": [[0, 26], [0, 6], [1, 10], [1, 2], [3, 7], [0, 1], [1, 2], [6, 1], [7, 1]], "strings": "tbfcokzkcywtxycwiamrvzqhbhb"}, "task_name": "task09", "example_name": "0077", "problem_name": "task09_0077"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhlelrwvfcvmsskbqyjve\nIndices:\n(0, 17), (1, 2), (1, 1), (0, 3), (0, 1), (2, 9), (1, 1), (4, 2), (4, 1)", "label": {"final": ["h", "l", "e", "lrwvfcvms", "s", "k", "bqy", "j", "v", "e"], "init": ["hlelrwvfcvmsskbqyjve"], "intermediate": [["hlelrwvfcvmsskbqy", "jve"], ["hlelrwvfcvmsskbqy", "jv", "e"], ["hlelrwvfcvmsskbqy", "j", "v", "e"], ["hle", "lrwvfcvmsskbqy", "j", "v", "e"], ["h", "le", "lrwvfcvmsskbqy", "j", "v", "e"], ["h", "le", "lrwvfcvms", "skbqy", "j", "v", "e"], ["h", "l", "e", "lrwvfcvms", "skbqy", "j", "v", "e"], ["h", "l", "e", "lrwvfcvms", "sk", "bqy", "j", "v", "e"]]}, "config": {"length": 20, "num_posisions": 9, "positions": [[0, 17], [1, 2], [1, 1], [0, 3], [0, 1], [2, 9], [1, 1], [4, 2], [4, 1]], "strings": "hlelrwvfcvmsskbqyjve"}, "task_name": "task09", "example_name": "0078", "problem_name": "task09_0078"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nazgetdqixgywmnzcvpiqku\nIndices:\n(0, 4), (1, 1), (0, 2), (1, 1), (4, 14), (4, 8), (4, 7), (6, 3), (8, 2)", "label": {"final": ["az", "g", "e", "t", "dqixgyw", "m", "nzc", "vpi", "qk", "u"], "init": ["azgetdqixgywmnzcvpiqku"], "intermediate": [["azge", "tdqixgywmnzcvpiqku"], ["azge", "t", "dqixgywmnzcvpiqku"], ["az", "ge", "t", "dqixgywmnzcvpiqku"], ["az", "g", "e", "t", "dqixgywmnzcvpiqku"], ["az", "g", "e", "t", "dqixgywmnzcvpi", "qku"], ["az", "g", "e", "t", "dqixgywm", "nzcvpi", "qku"], ["az", "g", "e", "t", "dqixgyw", "m", "nzcvpi", "qku"], ["az", "g", "e", "t", "dqixgyw", "m", "nzc", "vpi", "qku"]]}, "config": {"length": 22, "num_posisions": 9, "positions": [[0, 4], [1, 1], [0, 2], [1, 1], [4, 14], [4, 8], [4, 7], [6, 3], [8, 2]], "strings": "azgetdqixgywmnzcvpiqku"}, "task_name": "task09", "example_name": "0079", "problem_name": "task09_0079"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nixbsvvjiacowui\nIndices:\n(0, 13), (0, 1), (1, 1), (2, 2), (3, 3), (3, 2), (5, 3), (6, 2), (2, 1), (7, 1)", "label": {"final": ["i", "x", "b", "s", "vv", "j", "iac", "o", "w", "u", "i"], "init": ["ixbsvvjiacowui"], "intermediate": [["ixbsvvjiacowu", "i"], ["i", "xbsvvjiacowu", "i"], ["i", "x", "bsvvjiacowu", "i"], ["i", "x", "bs", "vvjiacowu", "i"], ["i", "x", "bs", "vvj", "iacowu", "i"], ["i", "x", "bs", "vv", "j", "iacowu", "i"], ["i", "x", "bs", "vv", "j", "iac", "owu", "i"], ["i", "x", "bs", "vv", "j", "iac", "ow", "u", "i"], ["i", "x", "b", "s", "vv", "j", "iac", "ow", "u", "i"]]}, "config": {"length": 14, "num_posisions": 10, "positions": [[0, 13], [0, 1], [1, 1], [2, 2], [3, 3], [3, 2], [5, 3], [6, 2], [2, 1], [7, 1]], "strings": "ixbsvvjiacowui"}, "task_name": "task09", "example_name": "0080", "problem_name": "task09_0080"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqomqsyojpziab\nIndices:\n(0, 3), (1, 8), (1, 6), (3, 1), (1, 3), (3, 1), (0, 1), (2, 1), (3, 1), (5, 2)", "label": {"final": ["q", "om", "q", "s", "y", "oj", "p", "z", "i", "a", "b"], "init": ["qomqsyojpziab"], "intermediate": [["qom", "qsyojpziab"], ["qom", "qsyojpzi", "ab"], ["qom", "qsyojp", "zi", "ab"], ["qom", "qsyojp", "zi", "a", "b"], ["qom", "qsy", "ojp", "zi", "a", "b"], ["qom", "qsy", "ojp", "z", "i", "a", "b"], ["q", "om", "qsy", "ojp", "z", "i", "a", "b"], ["q", "om", "q", "sy", "ojp", "z", "i", "a", "b"], ["q", "om", "q", "s", "y", "ojp", "z", "i", "a", "b"]]}, "config": {"length": 13, "num_posisions": 10, "positions": [[0, 3], [1, 8], [1, 6], [3, 1], [1, 3], [3, 1], [0, 1], [2, 1], [3, 1], [5, 2]], "strings": "qomqsyojpziab"}, "task_name": "task09", "example_name": "0081", "problem_name": "task09_0081"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\niqgwjcmzqibbcwpqakg\nIndices:\n(0, 8), (0, 1), (2, 2), (1, 6), (1, 3), (4, 1), (1, 2), (3, 2), (3, 1), (9, 5)", "label": {"final": ["i", "qg", "w", "j", "c", "m", "z", "q", "i", "bbcwp", "qakg"], "init": ["iqgwjcmzqibbcwpqakg"], "intermediate": [["iqgwjcmz", "qibbcwpqakg"], ["i", "qgwjcmz", "qibbcwpqakg"], ["i", "qgwjcmz", "qi", "bbcwpqakg"], ["i", "qgwjcm", "z", "qi", "bbcwpqakg"], ["i", "qgw", "jcm", "z", "qi", "bbcwpqakg"], ["i", "qgw", "jcm", "z", "q", "i", "bbcwpqakg"], ["i", "qg", "w", "jcm", "z", "q", "i", "bbcwpqakg"], ["i", "qg", "w", "jc", "m", "z", "q", "i", "bbcwpqakg"], ["i", "qg", "w", "j", "c", "m", "z", "q", "i", "bbcwpqakg"]]}, "config": {"length": 19, "num_posisions": 10, "positions": [[0, 8], [0, 1], [2, 2], [1, 6], [1, 3], [4, 1], [1, 2], [3, 2], [3, 1], [9, 5]], "strings": "iqgwjcmzqibbcwpqakg"}, "task_name": "task09", "example_name": "0082", "problem_name": "task09_0082"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlzagbujhftascyqmbaktrogtquwxe\nIndices:\n(0, 14), (0, 2), (0, 1), (2, 2), (3, 9), (2, 1), (4, 7), (4, 6), (6, 1), (4, 2)", "label": {"final": ["l", "z", "a", "g", "bu", "jhft", "a", "s", "c", "y", "qmbaktrogtquwxe"], "init": ["lzagbujhftascyqmbaktrogtquwxe"], "intermediate": [["lzagbujhftascy", "qmbaktrogtquwxe"], ["lz", "agbujhftascy", "qmbaktrogtquwxe"], ["l", "z", "agbujhftascy", "qmbaktrogtquwxe"], ["l", "z", "ag", "bujhftascy", "qmbaktrogtquwxe"], ["l", "z", "ag", "bujhftasc", "y", "qmbaktrogtquwxe"], ["l", "z", "a", "g", "bujhftasc", "y", "qmbaktrogtquwxe"], ["l", "z", "a", "g", "bujhfta", "sc", "y", "qmbaktrogtquwxe"], ["l", "z", "a", "g", "bujhft", "a", "sc", "y", "qmbaktrogtquwxe"], ["l", "z", "a", "g", "bujhft", "a", "s", "c", "y", "qmbaktrogtquwxe"]]}, "config": {"length": 29, "num_posisions": 10, "positions": [[0, 14], [0, 2], [0, 1], [2, 2], [3, 9], [2, 1], [4, 7], [4, 6], [6, 1], [4, 2]], "strings": "lzagbujhftascyqmbaktrogtquwxe"}, "task_name": "task09", "example_name": "0083", "problem_name": "task09_0083"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzvzrztesyyqxwafyzibu\nIndices:\n(0, 4), (0, 3), (0, 1), (3, 7), (3, 4), (5, 5), (3, 1), (7, 3), (7, 1), (1, 1)", "label": {"final": ["z", "v", "z", "r", "z", "tes", "yyq", "xwafy", "z", "ib", "u"], "init": ["zvzrztesyyqxwafyzibu"], "intermediate": [["zvzr", "ztesyyqxwafyzibu"], ["zvz", "r", "ztesyyqxwafyzibu"], ["z", "vz", "r", "ztesyyqxwafyzibu"], ["z", "vz", "r", "ztesyyq", "xwafyzibu"], ["z", "vz", "r", "ztes", "yyq", "xwafyzibu"], ["z", "vz", "r", "ztes", "yyq", "xwafy", "zibu"], ["z", "vz", "r", "z", "tes", "yyq", "xwafy", "zibu"], ["z", "vz", "r", "z", "tes", "yyq", "xwafy", "zib", "u"], ["z", "vz", "r", "z", "tes", "yyq", "xwafy", "z", "ib", "u"]]}, "config": {"length": 20, "num_posisions": 10, "positions": [[0, 4], [0, 3], [0, 1], [3, 7], [3, 4], [5, 5], [3, 1], [7, 3], [7, 1], [1, 1]], "strings": "zvzrztesyyqxwafyzibu"}, "task_name": "task09", "example_name": "0084", "problem_name": "task09_0084"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncsogsgsjlgaxxdahgd\nIndices:\n(0, 10), (1, 3), (2, 3), (0, 5), (4, 1), (2, 2), (1, 3), (5, 1), (6, 1), (3, 1)", "label": {"final": ["csogs", "gsj", "lg", "a", "x", "x", "d", "a", "h", "g", "d"], "init": ["csogsgsjlgaxxdahgd"], "intermediate": [["csogsgsjlg", "axxdahgd"], ["csogsgsjlg", "axx", "dahgd"], ["csogsgsjlg", "axx", "dah", "gd"], ["csogs", "gsjlg", "axx", "dah", "gd"], ["csogs", "gsjlg", "axx", "dah", "g", "d"], ["csogs", "gsjlg", "ax", "x", "dah", "g", "d"], ["csogs", "gsj", "lg", "ax", "x", "dah", "g", "d"], ["csogs", "gsj", "lg", "ax", "x", "d", "ah", "g", "d"], ["csogs", "gsj", "lg", "ax", "x", "d", "a", "h", "g", "d"]]}, "config": {"length": 18, "num_posisions": 10, "positions": [[0, 10], [1, 3], [2, 3], [0, 5], [4, 1], [2, 2], [1, 3], [5, 1], [6, 1], [3, 1]], "strings": "csogsgsjlgaxxdahgd"}, "task_name": "task09", "example_name": "0085", "problem_name": "task09_0085"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nuqwbcwugpvl\nIndices:\n(0, 2), (0, 1), (2, 1), (3, 2), (4, 1), (3, 1), (6, 4), (6, 2), (7, 1), (6, 1)", "label": {"final": ["u", "q", "w", "b", "c", "w", "u", "g", "p", "v", "l"], "init": ["uqwbcwugpvl"], "intermediate": [["uq", "wbcwugpvl"], ["u", "q", "wbcwugpvl"], ["u", "q", "w", "bcwugpvl"], ["u", "q", "w", "bc", "wugpvl"], ["u", "q", "w", "bc", "w", "ugpvl"], ["u", "q", "w", "b", "c", "w", "ugpvl"], ["u", "q", "w", "b", "c", "w", "ugpv", "l"], ["u", "q", "w", "b", "c", "w", "ug", "pv", "l"], ["u", "q", "w", "b", "c", "w", "ug", "p", "v", "l"]]}, "config": {"length": 11, "num_posisions": 10, "positions": [[0, 2], [0, 1], [2, 1], [3, 2], [4, 1], [3, 1], [6, 4], [6, 2], [7, 1], [6, 1]], "strings": "uqwbcwugpvl"}, "task_name": "task09", "example_name": "0086", "problem_name": "task09_0086"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnpmzzwnwjizjwizvlgviqhhnailci\nIndices:\n(0, 14), (0, 3), (2, 11), (1, 9), (2, 1), (1, 2), (1, 1), (7, 2), (3, 6), (7, 8)", "label": {"final": ["npm", "z", "z", "wnwjiz", "j", "w", "i", "zvlgviqh", "hna", "il", "ci"], "init": ["npmzzwnwjizjwizvlgviqhhnailci"], "intermediate": [["npmzzwnwjizjwi", "zvlgviqhhnailci"], ["npm", "zzwnwjizjwi", "zvlgviqhhnailci"], ["npm", "zzwnwjizjwi", "zvlgviqhhna", "ilci"], ["npm", "zzwnwjizj", "wi", "zvlgviqhhna", "ilci"], ["npm", "zzwnwjizj", "w", "i", "zvlgviqhhna", "ilci"], ["npm", "zz", "wnwjizj", "w", "i", "zvlgviqhhna", "ilci"], ["npm", "z", "z", "wnwjizj", "w", "i", "zvlgviqhhna", "ilci"], ["npm", "z", "z", "wnwjizj", "w", "i", "zvlgviqhhna", "il", "ci"], ["npm", "z", "z", "wnwjiz", "j", "w", "i", "zvlgviqhhna", "il", "ci"]]}, "config": {"length": 29, "num_posisions": 10, "positions": [[0, 14], [0, 3], [2, 11], [1, 9], [2, 1], [1, 2], [1, 1], [7, 2], [3, 6], [7, 8]], "strings": "npmzzwnwjizjwizvlgviqhhnailci"}, "task_name": "task09", "example_name": "0087", "problem_name": "task09_0087"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njywchahbxleiqhbdngjlwff\nIndices:\n(0, 5), (1, 12), (0, 1), (3, 2), (2, 4), (3, 1), (2, 2), (3, 1), (7, 1), (1, 3)", "label": {"final": ["j", "ywc", "h", "ah", "b", "x", "l", "eiqhbdn", "g", "j", "lwff"], "init": ["jywchahbxleiqhbdngjlwff"], "intermediate": [["jywch", "ahbxleiqhbdngjlwff"], ["jywch", "ahbxleiqhbdn", "gjlwff"], ["j", "ywch", "ahbxleiqhbdn", "gjlwff"], ["j", "ywch", "ahbxleiqhbdn", "gj", "lwff"], ["j", "ywch", "ahbx", "leiqhbdn", "gj", "lwff"], ["j", "ywch", "ahbx", "l", "eiqhbdn", "gj", "lwff"], ["j", "ywch", "ah", "bx", "l", "eiqhbdn", "gj", "lwff"], ["j", "ywch", "ah", "b", "x", "l", "eiqhbdn", "gj", "lwff"], ["j", "ywch", "ah", "b", "x", "l", "eiqhbdn", "g", "j", "lwff"]]}, "config": {"length": 23, "num_posisions": 10, "positions": [[0, 5], [1, 12], [0, 1], [3, 2], [2, 4], [3, 1], [2, 2], [3, 1], [7, 1], [1, 3]], "strings": "jywchahbxleiqhbdngjlwff"}, "task_name": "task09", "example_name": "0088", "problem_name": "task09_0088"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nttavclsrszibtl\nIndices:\n(0, 9), (0, 5), (1, 3), (1, 2), (1, 1), (5, 2), (6, 1), (7, 1), (5, 1), (0, 2)", "label": {"final": ["tt", "avc", "l", "s", "r", "s", "z", "i", "b", "t", "l"], "init": ["ttavclsrszibtl"], "intermediate": [["ttavclsrs", "zibtl"], ["ttavc", "lsrs", "zibtl"], ["ttavc", "lsr", "s", "zibtl"], ["ttavc", "ls", "r", "s", "zibtl"], ["ttavc", "l", "s", "r", "s", "zibtl"], ["ttavc", "l", "s", "r", "s", "zi", "btl"], ["ttavc", "l", "s", "r", "s", "zi", "b", "tl"], ["ttavc", "l", "s", "r", "s", "zi", "b", "t", "l"], ["ttavc", "l", "s", "r", "s", "z", "i", "b", "t", "l"]]}, "config": {"length": 14, "num_posisions": 10, "positions": [[0, 9], [0, 5], [1, 3], [1, 2], [1, 1], [5, 2], [6, 1], [7, 1], [5, 1], [0, 2]], "strings": "ttavclsrszibtl"}, "task_name": "task09", "example_name": "0089", "problem_name": "task09_0089"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxkcfobebpdhxogtvuyhpkvdzxhmonl\nIndices:\n(0, 8), (0, 6), (2, 9), (1, 1), (0, 5), (0, 3), (5, 4), (7, 10), (1, 1), (9, 2), (6, 3)", "label": {"final": ["xkc", "f", "o", "b", "e", "b", "pdh", "x", "ogtvu", "yhpkvdzxhm", "on", "l"], "init": ["xkcfobebpdhxogtvuyhpkvdzxhmonl"], "intermediate": [["xkcfobeb", "pdhxogtvuyhpkvdzxhmonl"], ["xkcfob", "eb", "pdhxogtvuyhpkvdzxhmonl"], ["xkcfob", "eb", "pdhxogtvu", "yhpkvdzxhmonl"], ["xkcfob", "e", "b", "pdhxogtvu", "yhpkvdzxhmonl"], ["xkcfo", "b", "e", "b", "pdhxogtvu", "yhpkvdzxhmonl"], ["xkc", "fo", "b", "e", "b", "pdhxogtvu", "yhpkvdzxhmonl"], ["xkc", "fo", "b", "e", "b", "pdhx", "ogtvu", "yhpkvdzxhmonl"], ["xkc", "fo", "b", "e", "b", "pdhx", "ogtvu", "yhpkvdzxhm", "onl"], ["xkc", "f", "o", "b", "e", "b", "pdhx", "ogtvu", "yhpkvdzxhm", "onl"], ["xkc", "f", "o", "b", "e", "b", "pdhx", "ogtvu", "yhpkvdzxhm", "on", "l"]]}, "config": {"length": 30, "num_posisions": 11, "positions": [[0, 8], [0, 6], [2, 9], [1, 1], [0, 5], [0, 3], [5, 4], [7, 10], [1, 1], [9, 2], [6, 3]], "strings": "xkcfobebpdhxogtvuyhpkvdzxhmonl"}, "task_name": "task09", "example_name": "0090", "problem_name": "task09_0090"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrdwtgiscmxeamkejqngocjh\nIndices:\n(0, 2), (1, 4), (1, 2), (1, 1), (0, 1), (4, 1), (6, 1), (7, 11), (8, 4), (8, 3), (7, 4)", "label": {"final": ["r", "d", "w", "t", "g", "i", "s", "cmxe", "amkejqn", "goc", "j", "h"], "init": ["rdwtgiscmxeamkejqngocjh"], "intermediate": [["rd", "wtgiscmxeamkejqngocjh"], ["rd", "wtgi", "scmxeamkejqngocjh"], ["rd", "wt", "gi", "scmxeamkejqngocjh"], ["rd", "w", "t", "gi", "scmxeamkejqngocjh"], ["r", "d", "w", "t", "gi", "scmxeamkejqngocjh"], ["r", "d", "w", "t", "g", "i", "scmxeamkejqngocjh"], ["r", "d", "w", "t", "g", "i", "s", "cmxeamkejqngocjh"], ["r", "d", "w", "t", "g", "i", "s", "cmxeamkejqn", "gocjh"], ["r", "d", "w", "t", "g", "i", "s", "cmxeamkejqn", "gocj", "h"], ["r", "d", "w", "t", "g", "i", "s", "cmxeamkejqn", "goc", "j", "h"]]}, "config": {"length": 23, "num_posisions": 11, "positions": [[0, 2], [1, 4], [1, 2], [1, 1], [0, 1], [4, 1], [6, 1], [7, 11], [8, 4], [8, 3], [7, 4]], "strings": "rdwtgiscmxeamkejqngocjh"}, "task_name": "task09", "example_name": "0091", "problem_name": "task09_0091"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\neokqyneghlxzruzfeyv\nIndices:\n(0, 12), (0, 6), (2, 3), (0, 5), (3, 1), (5, 1), (0, 3), (0, 1), (4, 2), (5, 3), (2, 1)", "label": {"final": ["e", "ok", "q", "y", "n", "eg", "hlx", "z", "r", "uz", "f", "eyv"], "init": ["eokqyneghlxzruzfeyv"], "intermediate": [["eokqyneghlxz", "ruzfeyv"], ["eokqyn", "eghlxz", "ruzfeyv"], ["eokqyn", "eghlxz", "ruz", "feyv"], ["eokqy", "n", "eghlxz", "ruz", "feyv"], ["eokqy", "n", "eghlxz", "r", "uz", "feyv"], ["eokqy", "n", "eghlxz", "r", "uz", "f", "eyv"], ["eok", "qy", "n", "eghlxz", "r", "uz", "f", "eyv"], ["e", "ok", "qy", "n", "eghlxz", "r", "uz", "f", "eyv"], ["e", "ok", "qy", "n", "eg", "hlxz", "r", "uz", "f", "eyv"], ["e", "ok", "qy", "n", "eg", "hlx", "z", "r", "uz", "f", "eyv"]]}, "config": {"length": 19, "num_posisions": 11, "positions": [[0, 12], [0, 6], [2, 3], [0, 5], [3, 1], [5, 1], [0, 3], [0, 1], [4, 2], [5, 3], [2, 1]], "strings": "eokqyneghlxzruzfeyv"}, "task_name": "task09", "example_name": "0092", "problem_name": "task09_0092"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nastiwiofqrgqhhuzyzadde\nIndices:\n(0, 16), (1, 4), (1, 3), (0, 4), (1, 3), (2, 4), (1, 2), (1, 1), (8, 1), (6, 2), (5, 1)", "label": {"final": ["asti", "w", "i", "o", "fqrg", "q", "hhuz", "yz", "a", "d", "d", "e"], "init": ["astiwiofqrgqhhuzyzadde"], "intermediate": [["astiwiofqrgqhhuz", "yzadde"], ["astiwiofqrgqhhuz", "yzad", "de"], ["astiwiofqrgqhhuz", "yza", "d", "de"], ["asti", "wiofqrgqhhuz", "yza", "d", "de"], ["asti", "wio", "fqrgqhhuz", "yza", "d", "de"], ["asti", "wio", "fqrg", "qhhuz", "yza", "d", "de"], ["asti", "wi", "o", "fqrg", "qhhuz", "yza", "d", "de"], ["asti", "w", "i", "o", "fqrg", "qhhuz", "yza", "d", "de"], ["asti", "w", "i", "o", "fqrg", "qhhuz", "yza", "d", "d", "e"], ["asti", "w", "i", "o", "fqrg", "qhhuz", "yz", "a", "d", "d", "e"]]}, "config": {"length": 22, "num_posisions": 11, "positions": [[0, 16], [1, 4], [1, 3], [0, 4], [1, 3], [2, 4], [1, 2], [1, 1], [8, 1], [6, 2], [5, 1]], "strings": "astiwiofqrgqhhuzyzadde"}, "task_name": "task09", "example_name": "0093", "problem_name": "task09_0093"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqsvacavxgtxxvthnljid\nIndices:\n(0, 12), (0, 7), (0, 4), (3, 2), (2, 2), (2, 1), (4, 1), (7, 3), (0, 2), (9, 2), (6, 1)", "label": {"final": ["qs", "va", "cav", "x", "g", "t", "x", "x", "vt", "hnl", "ji", "d"], "init": ["qsvacavxgtxxvthnljid"], "intermediate": [["qsvacavxgtxx", "vthnljid"], ["qsvacav", "xgtxx", "vthnljid"], ["qsva", "cav", "xgtxx", "vthnljid"], ["qsva", "cav", "xgtxx", "vt", "hnljid"], ["qsva", "cav", "xg", "txx", "vt", "hnljid"], ["qsva", "cav", "x", "g", "txx", "vt", "hnljid"], ["qsva", "cav", "x", "g", "t", "xx", "vt", "hnljid"], ["qsva", "cav", "x", "g", "t", "xx", "vt", "hnl", "jid"], ["qs", "va", "cav", "x", "g", "t", "xx", "vt", "hnl", "jid"], ["qs", "va", "cav", "x", "g", "t", "xx", "vt", "hnl", "ji", "d"]]}, "config": {"length": 20, "num_posisions": 11, "positions": [[0, 12], [0, 7], [0, 4], [3, 2], [2, 2], [2, 1], [4, 1], [7, 3], [0, 2], [9, 2], [6, 1]], "strings": "qsvacavxgtxxvthnljid"}, "task_name": "task09", "example_name": "0094", "problem_name": "task09_0094"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nsycepqzwiaytkxpsobmkgycghmqra\nIndices:\n(0, 28), (0, 15), (0, 8), (0, 7), (0, 2), (1, 1), (2, 1), (3, 1), (4, 1), (0, 1), (8, 6)", "label": {"final": ["s", "y", "c", "e", "p", "q", "z", "w", "iaytkx", "p", "sobmkgycghmqr", "a"], "init": ["sycepqzwiaytkxpsobmkgycghmqra"], "intermediate": [["sycepqzwiaytkxpsobmkgycghmqr", "a"], ["sycepqzwiaytkxp", "sobmkgycghmqr", "a"], ["sycepqzw", "iaytkxp", "sobmkgycghmqr", "a"], ["sycepqz", "w", "iaytkxp", "sobmkgycghmqr", "a"], ["sy", "cepqz", "w", "iaytkxp", "sobmkgycghmqr", "a"], ["sy", "c", "epqz", "w", "iaytkxp", "sobmkgycghmqr", "a"], ["sy", "c", "e", "pqz", "w", "iaytkxp", "sobmkgycghmqr", "a"], ["sy", "c", "e", "p", "qz", "w", "iaytkxp", "sobmkgycghmqr", "a"], ["sy", "c", "e", "p", "q", "z", "w", "iaytkxp", "sobmkgycghmqr", "a"], ["s", "y", "c", "e", "p", "q", "z", "w", "iaytkxp", "sobmkgycghmqr", "a"]]}, "config": {"length": 29, "num_posisions": 11, "positions": [[0, 28], [0, 15], [0, 8], [0, 7], [0, 2], [1, 1], [2, 1], [3, 1], [4, 1], [0, 1], [8, 6]], "strings": "sycepqzwiaytkxpsobmkgycghmqra"}, "task_name": "task09", "example_name": "0095", "problem_name": "task09_0095"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nchowmmjuxhyjdwaqtacj\nIndices:\n(0, 9), (0, 8), (2, 10), (0, 1), (1, 1), (2, 5), (2, 1), (3, 1), (4, 2), (4, 1), (9, 3)", "label": {"final": ["c", "h", "o", "w", "m", "m", "j", "u", "x", "hyj", "dwaqtac", "j"], "init": ["chowmmjuxhyjdwaqtacj"], "intermediate": [["chowmmjux", "hyjdwaqtacj"], ["chowmmju", "x", "hyjdwaqtacj"], ["chowmmju", "x", "hyjdwaqtac", "j"], ["c", "howmmju", "x", "hyjdwaqtac", "j"], ["c", "h", "owmmju", "x", "hyjdwaqtac", "j"], ["c", "h", "owmmj", "u", "x", "hyjdwaqtac", "j"], ["c", "h", "o", "wmmj", "u", "x", "hyjdwaqtac", "j"], ["c", "h", "o", "w", "mmj", "u", "x", "hyjdwaqtac", "j"], ["c", "h", "o", "w", "mm", "j", "u", "x", "hyjdwaqtac", "j"], ["c", "h", "o", "w", "m", "m", "j", "u", "x", "hyjdwaqtac", "j"]]}, "config": {"length": 20, "num_posisions": 11, "positions": [[0, 9], [0, 8], [2, 10], [0, 1], [1, 1], [2, 5], [2, 1], [3, 1], [4, 2], [4, 1], [9, 3]], "strings": "chowmmjuxhyjdwaqtacj"}, "task_name": "task09", "example_name": "0096", "problem_name": "task09_0096"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndtfrdgmcttvegcdhawmxhfxg\nIndices:\n(0, 21), (1, 2), (1, 1), (0, 4), (0, 1), (1, 1), (2, 1), (4, 14), (5, 1), (4, 9), (5, 1)", "label": {"final": ["d", "t", "f", "r", "dgmcttveg", "c", "dhaw", "m", "xh", "f", "x", "g"], "init": ["dtfrdgmcttvegcdhawmxhfxg"], "intermediate": [["dtfrdgmcttvegcdhawmxh", "fxg"], ["dtfrdgmcttvegcdhawmxh", "fx", "g"], ["dtfrdgmcttvegcdhawmxh", "f", "x", "g"], ["dtfr", "dgmcttvegcdhawmxh", "f", "x", "g"], ["d", "tfr", "dgmcttvegcdhawmxh", "f", "x", "g"], ["d", "t", "fr", "dgmcttvegcdhawmxh", "f", "x", "g"], ["d", "t", "f", "r", "dgmcttvegcdhawmxh", "f", "x", "g"], ["d", "t", "f", "r", "dgmcttvegcdhaw", "mxh", "f", "x", "g"], ["d", "t", "f", "r", "dgmcttvegcdhaw", "m", "xh", "f", "x", "g"], ["d", "t", "f", "r", "dgmcttveg", "cdhaw", "m", "xh", "f", "x", "g"]]}, "config": {"length": 24, "num_posisions": 11, "positions": [[0, 21], [1, 2], [1, 1], [0, 4], [0, 1], [1, 1], [2, 1], [4, 14], [5, 1], [4, 9], [5, 1]], "strings": "dtfrdgmcttvegcdhawmxhfxg"}, "task_name": "task09", "example_name": "0097", "problem_name": "task09_0097"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnabkctkrpspsqktonkzkze\nIndices:\n(0, 9), (1, 3), (1, 2), (1, 1), (0, 7), (0, 3), (0, 1), (2, 1), (4, 1), (9, 9), (9, 5)", "label": {"final": ["n", "ab", "k", "ctk", "r", "p", "s", "p", "s", "qkton", "kzkz", "e"], "init": ["nabkctkrpspsqktonkzkze"], "intermediate": [["nabkctkrp", "spsqktonkzkze"], ["nabkctkrp", "sps", "qktonkzkze"], ["nabkctkrp", "sp", "s", "qktonkzkze"], ["nabkctkrp", "s", "p", "s", "qktonkzkze"], ["nabkctk", "rp", "s", "p", "s", "qktonkzkze"], ["nab", "kctk", "rp", "s", "p", "s", "qktonkzkze"], ["n", "ab", "kctk", "rp", "s", "p", "s", "qktonkzkze"], ["n", "ab", "k", "ctk", "rp", "s", "p", "s", "qktonkzkze"], ["n", "ab", "k", "ctk", "r", "p", "s", "p", "s", "qktonkzkze"], ["n", "ab", "k", "ctk", "r", "p", "s", "p", "s", "qktonkzkz", "e"]]}, "config": {"length": 22, "num_posisions": 11, "positions": [[0, 9], [1, 3], [1, 2], [1, 1], [0, 7], [0, 3], [0, 1], [2, 1], [4, 1], [9, 9], [9, 5]], "strings": "nabkctkrpspsqktonkzkze"}, "task_name": "task09", "example_name": "0098", "problem_name": "task09_0098"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbhyfsgoszmqajluvq\nIndices:\n(0, 5), (1, 9), (1, 2), (0, 2), (1, 2), (3, 1), (6, 2), (6, 1), (5, 2), (1, 1), (6, 1)", "label": {"final": ["bh", "y", "f", "s", "g", "o", "s", "z", "mqajl", "u", "v", "q"], "init": ["bhyfsgoszmqajluvq"], "intermediate": [["bhyfs", "goszmqajluvq"], ["bhyfs", "goszmqajl", "uvq"], ["bhyfs", "go", "szmqajl", "uvq"], ["bh", "yfs", "go", "szmqajl", "uvq"], ["bh", "yf", "s", "go", "szmqajl", "uvq"], ["bh", "yf", "s", "g", "o", "szmqajl", "uvq"], ["bh", "yf", "s", "g", "o", "szmqajl", "uv", "q"], ["bh", "yf", "s", "g", "o", "szmqajl", "u", "v", "q"], ["bh", "yf", "s", "g", "o", "sz", "mqajl", "u", "v", "q"], ["bh", "y", "f", "s", "g", "o", "sz", "mqajl", "u", "v", "q"]]}, "config": {"length": 17, "num_posisions": 11, "positions": [[0, 5], [1, 9], [1, 2], [0, 2], [1, 2], [3, 1], [6, 2], [6, 1], [5, 2], [1, 1], [6, 1]], "strings": "bhyfsgoszmqajluvq"}, "task_name": "task09", "example_name": "0099", "problem_name": "task09_0099"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nynudkphllynukojt\nIndices:\n(0, 7), (1, 3), (1, 1), (3, 5), (2, 1), (4, 1), (0, 3), (1, 1), (7, 3), (0, 2), (8, 2), (0, 1)", "label": {"final": ["y", "n", "u", "d", "kph", "l", "l", "y", "n", "uk", "o", "j", "t"], "init": ["ynudkphllynukojt"], "intermediate": [["ynudkph", "llynukojt"], ["ynudkph", "lly", "nukojt"], ["ynudkph", "l", "ly", "nukojt"], ["ynudkph", "l", "ly", "nukoj", "t"], ["ynudkph", "l", "l", "y", "nukoj", "t"], ["ynudkph", "l", "l", "y", "n", "ukoj", "t"], ["ynu", "dkph", "l", "l", "y", "n", "ukoj", "t"], ["ynu", "d", "kph", "l", "l", "y", "n", "ukoj", "t"], ["ynu", "d", "kph", "l", "l", "y", "n", "uko", "j", "t"], ["yn", "u", "d", "kph", "l", "l", "y", "n", "uko", "j", "t"], ["yn", "u", "d", "kph", "l", "l", "y", "n", "uk", "o", "j", "t"]]}, "config": {"length": 16, "num_posisions": 12, "positions": [[0, 7], [1, 3], [1, 1], [3, 5], [2, 1], [4, 1], [0, 3], [1, 1], [7, 3], [0, 2], [8, 2], [0, 1]], "strings": "ynudkphllynukojt"}, "task_name": "task09", "example_name": "0100", "problem_name": "task09_0100"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmiwnkjkfkypakvcucqcwlxnyzwzpx\nIndices:\n(0, 8), (1, 2), (1, 1), (3, 13), (4, 4), (3, 9), (3, 5), (0, 6), (5, 3), (8, 2), (8, 1), (5, 1)", "label": {"final": ["miwnkj", "kf", "k", "y", "pakvc", "u", "cq", "c", "wlxn", "y", "z", "wz", "px"], "init": ["miwnkjkfkypakvcucqcwlxnyzwzpx"], "intermediate": [["miwnkjkf", "kypakvcucqcwlxnyzwzpx"], ["miwnkjkf", "ky", "pakvcucqcwlxnyzwzpx"], ["miwnkjkf", "k", "y", "pakvcucqcwlxnyzwzpx"], ["miwnkjkf", "k", "y", "pakvcucqcwlxn", "yzwzpx"], ["miwnkjkf", "k", "y", "pakvcucqcwlxn", "yzwz", "px"], ["miwnkjkf", "k", "y", "pakvcucqc", "wlxn", "yzwz", "px"], ["miwnkjkf", "k", "y", "pakvc", "ucqc", "wlxn", "yzwz", "px"], ["miwnkj", "kf", "k", "y", "pakvc", "ucqc", "wlxn", "yzwz", "px"], ["miwnkj", "kf", "k", "y", "pakvc", "ucq", "c", "wlxn", "yzwz", "px"], ["miwnkj", "kf", "k", "y", "pakvc", "ucq", "c", "wlxn", "yz", "wz", "px"], ["miwnkj", "kf", "k", "y", "pakvc", "ucq", "c", "wlxn", "y", "z", "wz", "px"]]}, "config": {"length": 29, "num_posisions": 12, "positions": [[0, 8], [1, 2], [1, 1], [3, 13], [4, 4], [3, 9], [3, 5], [0, 6], [5, 3], [8, 2], [8, 1], [5, 1]], "strings": "miwnkjkfkypakvcucqcwlxnyzwzpx"}, "task_name": "task09", "example_name": "0101", "problem_name": "task09_0101"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nyfrodobrmuopodhipnothswxwevpt\nIndices:\n(0, 5), (0, 3), (1, 1), (3, 2), (0, 2), (5, 21), (4, 1), (6, 19), (6, 12), (7, 6), (0, 1), (8, 5)", "label": {"final": ["y", "f", "r", "o", "d", "o", "b", "rmuopodhipno", "thswx", "w", "e", "vp", "t"], "init": ["yfrodobrmuopodhipnothswxwevpt"], "intermediate": [["yfrod", "obrmuopodhipnothswxwevpt"], ["yfr", "od", "obrmuopodhipnothswxwevpt"], ["yfr", "o", "d", "obrmuopodhipnothswxwevpt"], ["yfr", "o", "d", "ob", "rmuopodhipnothswxwevpt"], ["yf", "r", "o", "d", "ob", "rmuopodhipnothswxwevpt"], ["yf", "r", "o", "d", "ob", "rmuopodhipnothswxwevp", "t"], ["yf", "r", "o", "d", "o", "b", "rmuopodhipnothswxwevp", "t"], ["yf", "r", "o", "d", "o", "b", "rmuopodhipnothswxwe", "vp", "t"], ["yf", "r", "o", "d", "o", "b", "rmuopodhipno", "thswxwe", "vp", "t"], ["yf", "r", "o", "d", "o", "b", "rmuopodhipno", "thswxw", "e", "vp", "t"], ["y", "f", "r", "o", "d", "o", "b", "rmuopodhipno", "thswxw", "e", "vp", "t"]]}, "config": {"length": 29, "num_posisions": 12, "positions": [[0, 5], [0, 3], [1, 1], [3, 2], [0, 2], [5, 21], [4, 1], [6, 19], [6, 12], [7, 6], [0, 1], [8, 5]], "strings": "yfrodobrmuopodhipnothswxwevpt"}, "task_name": "task09", "example_name": "0102", "problem_name": "task09_0102"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzvimntspztzajaxmakehdwzaehqvk\nIndices:\n(0, 20), (1, 1), (2, 3), (0, 6), (1, 12), (4, 2), (6, 2), (1, 10), (3, 1), (1, 7), (1, 5), (1, 2)", "label": {"final": ["zvimnt", "sp", "ztz", "aj", "axm", "ak", "e", "h", "d", "wz", "a", "eh", "qvk"], "init": ["zvimntspztzajaxmakehdwzaehqvk"], "intermediate": [["zvimntspztzajaxmakeh", "dwzaehqvk"], ["zvimntspztzajaxmakeh", "d", "wzaehqvk"], ["zvimntspztzajaxmakeh", "d", "wza", "ehqvk"], ["zvimnt", "spztzajaxmakeh", "d", "wza", "ehqvk"], ["zvimnt", "spztzajaxmak", "eh", "d", "wza", "ehqvk"], ["zvimnt", "spztzajaxmak", "eh", "d", "wz", "a", "ehqvk"], ["zvimnt", "spztzajaxmak", "eh", "d", "wz", "a", "eh", "qvk"], ["zvimnt", "spztzajaxm", "ak", "eh", "d", "wz", "a", "eh", "qvk"], ["zvimnt", "spztzajaxm", "ak", "e", "h", "d", "wz", "a", "eh", "qvk"], ["zvimnt", "spztzaj", "axm", "ak", "e", "h", "d", "wz", "a", "eh", "qvk"], ["zvimnt", "spztz", "aj", "axm", "ak", "e", "h", "d", "wz", "a", "eh", "qvk"]]}, "config": {"length": 29, "num_posisions": 12, "positions": [[0, 20], [1, 1], [2, 3], [0, 6], [1, 12], [4, 2], [6, 2], [1, 10], [3, 1], [1, 7], [1, 5], [1, 2]], "strings": "zvimntspztzajaxmakehdwzaehqvk"}, "task_name": "task09", "example_name": "0103", "problem_name": "task09_0103"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrviceauqetwklbyb\nIndices:\n(0, 3), (0, 2), (0, 1), (3, 4), (4, 7), (3, 1), (4, 1), (6, 1), (7, 5), (7, 2), (8, 1), (5, 1)", "label": {"final": ["r", "v", "i", "c", "e", "a", "u", "q", "et", "w", "kl", "b", "yb"], "init": ["rviceauqetwklbyb"], "intermediate": [["rvi", "ceauqetwklbyb"], ["rv", "i", "ceauqetwklbyb"], ["r", "v", "i", "ceauqetwklbyb"], ["r", "v", "i", "ceau", "qetwklbyb"], ["r", "v", "i", "ceau", "qetwklb", "yb"], ["r", "v", "i", "c", "eau", "qetwklb", "yb"], ["r", "v", "i", "c", "e", "au", "qetwklb", "yb"], ["r", "v", "i", "c", "e", "au", "q", "etwklb", "yb"], ["r", "v", "i", "c", "e", "au", "q", "etwkl", "b", "yb"], ["r", "v", "i", "c", "e", "au", "q", "et", "wkl", "b", "yb"], ["r", "v", "i", "c", "e", "au", "q", "et", "w", "kl", "b", "yb"]]}, "config": {"length": 16, "num_posisions": 12, "positions": [[0, 3], [0, 2], [0, 1], [3, 4], [4, 7], [3, 1], [4, 1], [6, 1], [7, 5], [7, 2], [8, 1], [5, 1]], "strings": "rviceauqetwklbyb"}, "task_name": "task09", "example_name": "0104", "problem_name": "task09_0104"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzwvcjhsymqwnonb\nIndices:\n(0, 1), (1, 1), (2, 8), (2, 7), (4, 1), (5, 1), (2, 4), (7, 2), (7, 1), (3, 2), (2, 1), (3, 2)", "label": {"final": ["z", "w", "v", "cj", "h", "sy", "m", "q", "w", "n", "o", "n", "b"], "init": ["zwvcjhsymqwnonb"], "intermediate": [["z", "wvcjhsymqwnonb"], ["z", "w", "vcjhsymqwnonb"], ["z", "w", "vcjhsymq", "wnonb"], ["z", "w", "vcjhsym", "q", "wnonb"], ["z", "w", "vcjhsym", "q", "w", "nonb"], ["z", "w", "vcjhsym", "q", "w", "n", "onb"], ["z", "w", "vcjh", "sym", "q", "w", "n", "onb"], ["z", "w", "vcjh", "sym", "q", "w", "n", "on", "b"], ["z", "w", "vcjh", "sym", "q", "w", "n", "o", "n", "b"], ["z", "w", "vcjh", "sy", "m", "q", "w", "n", "o", "n", "b"], ["z", "w", "v", "cjh", "sy", "m", "q", "w", "n", "o", "n", "b"]]}, "config": {"length": 15, "num_posisions": 12, "positions": [[0, 1], [1, 1], [2, 8], [2, 7], [4, 1], [5, 1], [2, 4], [7, 2], [7, 1], [3, 2], [2, 1], [3, 2]], "strings": "zwvcjhsymqwnonb"}, "task_name": "task09", "example_name": "0105", "problem_name": "task09_0105"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhvqnsnchljllbrdlyxeznere\nIndices:\n(0, 14), (0, 2), (1, 5), (3, 4), (4, 4), (3, 1), (6, 1), (0, 1), (5, 2), (2, 4), (2, 2), (9, 3)", "label": {"final": ["h", "v", "qn", "sn", "c", "hljllbr", "d", "ly", "x", "ezn", "e", "r", "e"], "init": ["hvqnsnchljllbrdlyxeznere"], "intermediate": [["hvqnsnchljllbr", "dlyxeznere"], ["hv", "qnsnchljllbr", "dlyxeznere"], ["hv", "qnsnc", "hljllbr", "dlyxeznere"], ["hv", "qnsnc", "hljllbr", "dlyx", "eznere"], ["hv", "qnsnc", "hljllbr", "dlyx", "ezne", "re"], ["hv", "qnsnc", "hljllbr", "d", "lyx", "ezne", "re"], ["hv", "qnsnc", "hljllbr", "d", "lyx", "ezne", "r", "e"], ["h", "v", "qnsnc", "hljllbr", "d", "lyx", "ezne", "r", "e"], ["h", "v", "qnsnc", "hljllbr", "d", "ly", "x", "ezne", "r", "e"], ["h", "v", "qnsn", "c", "hljllbr", "d", "ly", "x", "ezne", "r", "e"], ["h", "v", "qn", "sn", "c", "hljllbr", "d", "ly", "x", "ezne", "r", "e"]]}, "config": {"length": 24, "num_posisions": 12, "positions": [[0, 14], [0, 2], [1, 5], [3, 4], [4, 4], [3, 1], [6, 1], [0, 1], [5, 2], [2, 4], [2, 2], [9, 3]], "strings": "hvqnsnchljllbrdlyxeznere"}, "task_name": "task09", "example_name": "0106", "problem_name": "task09_0106"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntflgsoliakdsqlasoynqlv\nIndices:\n(0, 10), (0, 5), (0, 4), (2, 2), (2, 1), (5, 6), (4, 1), (5, 1), (7, 4), (9, 2), (10, 1), (7, 2)", "label": {"final": ["tflg", "s", "o", "l", "i", "a", "k", "ds", "ql", "as", "oy", "n", "qlv"], "init": ["tflgsoliakdsqlasoynqlv"], "intermediate": [["tflgsoliak", "dsqlasoynqlv"], ["tflgs", "oliak", "dsqlasoynqlv"], ["tflg", "s", "oliak", "dsqlasoynqlv"], ["tflg", "s", "ol", "iak", "dsqlasoynqlv"], ["tflg", "s", "o", "l", "iak", "dsqlasoynqlv"], ["tflg", "s", "o", "l", "iak", "dsqlas", "oynqlv"], ["tflg", "s", "o", "l", "i", "ak", "dsqlas", "oynqlv"], ["tflg", "s", "o", "l", "i", "a", "k", "dsqlas", "oynqlv"], ["tflg", "s", "o", "l", "i", "a", "k", "dsql", "as", "oynqlv"], ["tflg", "s", "o", "l", "i", "a", "k", "dsql", "as", "oy", "nqlv"], ["tflg", "s", "o", "l", "i", "a", "k", "dsql", "as", "oy", "n", "qlv"]]}, "config": {"length": 22, "num_posisions": 12, "positions": [[0, 10], [0, 5], [0, 4], [2, 2], [2, 1], [5, 6], [4, 1], [5, 1], [7, 4], [9, 2], [10, 1], [7, 2]], "strings": "tflgsoliakdsqlasoynqlv"}, "task_name": "task09", "example_name": "0107", "problem_name": "task09_0107"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\needemjncrngdru\nIndices:\n(0, 8), (0, 5), (1, 2), (3, 5), (1, 1), (4, 2), (4, 1), (0, 2), (0, 1), (2, 2), (2, 1), (10, 1)", "label": {"final": ["e", "e", "d", "e", "m", "j", "n", "c", "r", "n", "g", "dr", "u"], "init": ["eedemjncrngdru"], "intermediate": [["eedemjnc", "rngdru"], ["eedem", "jnc", "rngdru"], ["eedem", "jn", "c", "rngdru"], ["eedem", "jn", "c", "rngdr", "u"], ["eedem", "j", "n", "c", "rngdr", "u"], ["eedem", "j", "n", "c", "rn", "gdr", "u"], ["eedem", "j", "n", "c", "r", "n", "gdr", "u"], ["ee", "dem", "j", "n", "c", "r", "n", "gdr", "u"], ["e", "e", "dem", "j", "n", "c", "r", "n", "gdr", "u"], ["e", "e", "de", "m", "j", "n", "c", "r", "n", "gdr", "u"], ["e", "e", "d", "e", "m", "j", "n", "c", "r", "n", "gdr", "u"]]}, "config": {"length": 14, "num_posisions": 12, "positions": [[0, 8], [0, 5], [1, 2], [3, 5], [1, 1], [4, 2], [4, 1], [0, 2], [0, 1], [2, 2], [2, 1], [10, 1]], "strings": "eedemjncrngdru"}, "task_name": "task09", "example_name": "0108", "problem_name": "task09_0108"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njbfbsfcwginkgau\nIndices:\n(0, 8), (1, 6), (0, 5), (1, 2), (3, 1), (4, 3), (5, 1), (4, 1), (1, 1), (0, 3), (1, 1), (0, 1)", "label": {"final": ["j", "bf", "b", "s", "f", "c", "w", "g", "i", "nk", "g", "a", "u"], "init": ["jbfbsfcwginkgau"], "intermediate": [["jbfbsfcw", "ginkgau"], ["jbfbsfcw", "ginkga", "u"], ["jbfbs", "fcw", "ginkga", "u"], ["jbfbs", "fc", "w", "ginkga", "u"], ["jbfbs", "fc", "w", "g", "inkga", "u"], ["jbfbs", "fc", "w", "g", "ink", "ga", "u"], ["jbfbs", "fc", "w", "g", "ink", "g", "a", "u"], ["jbfbs", "fc", "w", "g", "i", "nk", "g", "a", "u"], ["jbfbs", "f", "c", "w", "g", "i", "nk", "g", "a", "u"], ["jbf", "bs", "f", "c", "w", "g", "i", "nk", "g", "a", "u"], ["jbf", "b", "s", "f", "c", "w", "g", "i", "nk", "g", "a", "u"]]}, "config": {"length": 15, "num_posisions": 12, "positions": [[0, 8], [1, 6], [0, 5], [1, 2], [3, 1], [4, 3], [5, 1], [4, 1], [1, 1], [0, 3], [1, 1], [0, 1]], "strings": "jbfbsfcwginkgau"}, "task_name": "task09", "example_name": "0109", "problem_name": "task09_0109"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npfmtjecjxbeupclosxvbixyteoaj\nIndices:\n(0, 20), (0, 7), (0, 2), (2, 8), (1, 2), (1, 1), (5, 2), (5, 1), (8, 3), (0, 1), (10, 3), (8, 1), (5, 7)", "label": {"final": ["p", "f", "m", "t", "jec", "jxbeupc", "l", "o", "s", "x", "vb", "ixy", "teo", "aj"], "init": ["pfmtjecjxbeupclosxvbixyteoaj"], "intermediate": [["pfmtjecjxbeupclosxvb", "ixyteoaj"], ["pfmtjec", "jxbeupclosxvb", "ixyteoaj"], ["pf", "mtjec", "jxbeupclosxvb", "ixyteoaj"], ["pf", "mtjec", "jxbeupcl", "osxvb", "ixyteoaj"], ["pf", "mt", "jec", "jxbeupcl", "osxvb", "ixyteoaj"], ["pf", "m", "t", "jec", "jxbeupcl", "osxvb", "ixyteoaj"], ["pf", "m", "t", "jec", "jxbeupcl", "os", "xvb", "ixyteoaj"], ["pf", "m", "t", "jec", "jxbeupcl", "o", "s", "xvb", "ixyteoaj"], ["pf", "m", "t", "jec", "jxbeupcl", "o", "s", "xvb", "ixy", "teoaj"], ["p", "f", "m", "t", "jec", "jxbeupcl", "o", "s", "xvb", "ixy", "teoaj"], ["p", "f", "m", "t", "jec", "jxbeupcl", "o", "s", "xvb", "ixy", "teo", "aj"], ["p", "f", "m", "t", "jec", "jxbeupcl", "o", "s", "x", "vb", "ixy", "teo", "aj"]]}, "config": {"length": 28, "num_posisions": 13, "positions": [[0, 20], [0, 7], [0, 2], [2, 8], [1, 2], [1, 1], [5, 2], [5, 1], [8, 3], [0, 1], [10, 3], [8, 1], [5, 7]], "strings": "pfmtjecjxbeupclosxvbixyteoaj"}, "task_name": "task09", "example_name": "0110", "problem_name": "task09_0110"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npkpleifoqdypvnwhkmmsvnwpaftytu\nIndices:\n(0, 22), (1, 2), (2, 1), (0, 21), (0, 20), (5, 1), (6, 3), (0, 12), (1, 4), (1, 3), (1, 1), (0, 4), (3, 1)", "label": {"final": ["pkpl", "eifoqdyp", "v", "n", "w", "h", "kmms", "v", "n", "wp", "a", "f", "tyt", "u"], "init": ["pkpleifoqdypvnwhkmmsvnwpaftytu"], "intermediate": [["pkpleifoqdypvnwhkmmsvn", "wpaftytu"], ["pkpleifoqdypvnwhkmmsvn", "wp", "aftytu"], ["pkpleifoqdypvnwhkmmsvn", "wp", "a", "ftytu"], ["pkpleifoqdypvnwhkmmsv", "n", "wp", "a", "ftytu"], ["pkpleifoqdypvnwhkmms", "v", "n", "wp", "a", "ftytu"], ["pkpleifoqdypvnwhkmms", "v", "n", "wp", "a", "f", "tytu"], ["pkpleifoqdypvnwhkmms", "v", "n", "wp", "a", "f", "tyt", "u"], ["pkpleifoqdyp", "vnwhkmms", "v", "n", "wp", "a", "f", "tyt", "u"], ["pkpleifoqdyp", "vnwh", "kmms", "v", "n", "wp", "a", "f", "tyt", "u"], ["pkpleifoqdyp", "vnw", "h", "kmms", "v", "n", "wp", "a", "f", "tyt", "u"], ["pkpleifoqdyp", "v", "nw", "h", "kmms", "v", "n", "wp", "a", "f", "tyt", "u"], ["pkpl", "eifoqdyp", "v", "nw", "h", "kmms", "v", "n", "wp", "a", "f", "tyt", "u"]]}, "config": {"length": 30, "num_posisions": 13, "positions": [[0, 22], [1, 2], [2, 1], [0, 21], [0, 20], [5, 1], [6, 3], [0, 12], [1, 4], [1, 3], [1, 1], [0, 4], [3, 1]], "strings": "pkpleifoqdypvnwhkmmsvnwpaftytu"}, "task_name": "task09", "example_name": "0111", "problem_name": "task09_0111"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhuqkbkjdiwrrvzqlgje\nIndices:\n(0, 17), (1, 1), (0, 12), (0, 8), (2, 1), (0, 7), (2, 2), (3, 1), (0, 4), (0, 1), (4, 1), (2, 1), (1, 2)", "label": {"final": ["h", "uq", "k", "b", "kj", "d", "i", "w", "r", "r", "v", "zqlg", "j", "e"], "init": ["huqkbkjdiwrrvzqlgje"], "intermediate": [["huqkbkjdiwrrvzqlg", "je"], ["huqkbkjdiwrrvzqlg", "j", "e"], ["huqkbkjdiwrr", "vzqlg", "j", "e"], ["huqkbkjd", "iwrr", "vzqlg", "j", "e"], ["huqkbkjd", "iwrr", "v", "zqlg", "j", "e"], ["huqkbkj", "d", "iwrr", "v", "zqlg", "j", "e"], ["huqkbkj", "d", "iw", "rr", "v", "zqlg", "j", "e"], ["huqkbkj", "d", "iw", "r", "r", "v", "zqlg", "j", "e"], ["huqk", "bkj", "d", "iw", "r", "r", "v", "zqlg", "j", "e"], ["h", "uqk", "bkj", "d", "iw", "r", "r", "v", "zqlg", "j", "e"], ["h", "uqk", "bkj", "d", "i", "w", "r", "r", "v", "zqlg", "j", "e"], ["h", "uqk", "b", "kj", "d", "i", "w", "r", "r", "v", "zqlg", "j", "e"]]}, "config": {"length": 19, "num_posisions": 13, "positions": [[0, 17], [1, 1], [0, 12], [0, 8], [2, 1], [0, 7], [2, 2], [3, 1], [0, 4], [0, 1], [4, 1], [2, 1], [1, 2]], "strings": "huqkbkjdiwrrvzqlgje"}, "task_name": "task09", "example_name": "0112", "problem_name": "task09_0112"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrnafzoeweypkkebxvolumfkxxhgb\nIndices:\n(0, 24), (1, 3), (0, 1), (1, 6), (2, 4), (4, 1), (1, 1), (3, 2), (4, 1), (2, 2), (2, 1), (4, 2), (6, 1)", "label": {"final": ["r", "n", "a", "f", "zo", "e", "w", "e", "y", "p", "kkebxvolumfkx", "x", "hg", "b"], "init": ["rnafzoeweypkkebxvolumfkxxhgb"], "intermediate": [["rnafzoeweypkkebxvolumfkx", "xhgb"], ["rnafzoeweypkkebxvolumfkx", "xhg", "b"], ["r", "nafzoeweypkkebxvolumfkx", "xhg", "b"], ["r", "nafzoe", "weypkkebxvolumfkx", "xhg", "b"], ["r", "nafzoe", "weyp", "kkebxvolumfkx", "xhg", "b"], ["r", "nafzoe", "weyp", "kkebxvolumfkx", "x", "hg", "b"], ["r", "n", "afzoe", "weyp", "kkebxvolumfkx", "x", "hg", "b"], ["r", "n", "afzoe", "we", "yp", "kkebxvolumfkx", "x", "hg", "b"], ["r", "n", "afzoe", "we", "y", "p", "kkebxvolumfkx", "x", "hg", "b"], ["r", "n", "af", "zoe", "we", "y", "p", "kkebxvolumfkx", "x", "hg", "b"], ["r", "n", "a", "f", "zoe", "we", "y", "p", "kkebxvolumfkx", "x", "hg", "b"], ["r", "n", "a", "f", "zo", "e", "we", "y", "p", "kkebxvolumfkx", "x", "hg", "b"]]}, "config": {"length": 28, "num_posisions": 13, "positions": [[0, 24], [1, 3], [0, 1], [1, 6], [2, 4], [4, 1], [1, 1], [3, 2], [4, 1], [2, 2], [2, 1], [4, 2], [6, 1]], "strings": "rnafzoeweypkkebxvolumfkxxhgb"}, "task_name": "task09", "example_name": "0113", "problem_name": "task09_0113"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nylnhofjjzslohwoeglqdsgilzli\nIndices:\n(0, 7), (1, 19), (1, 17), (2, 1), (1, 15), (0, 1), (1, 2), (1, 1), (3, 1), (5, 8), (7, 1), (5, 7), (7, 4)", "label": {"final": ["y", "l", "n", "h", "ofj", "jzslohw", "o", "eglq", "dsg", "i", "l", "z", "l", "i"], "init": ["ylnhofjjzslohwoeglqdsgilzli"], "intermediate": [["ylnhofj", "jzslohwoeglqdsgilzli"], ["ylnhofj", "jzslohwoeglqdsgilzl", "i"], ["ylnhofj", "jzslohwoeglqdsgil", "zl", "i"], ["ylnhofj", "jzslohwoeglqdsgil", "z", "l", "i"], ["ylnhofj", "jzslohwoeglqdsg", "il", "z", "l", "i"], ["y", "lnhofj", "jzslohwoeglqdsg", "il", "z", "l", "i"], ["y", "ln", "hofj", "jzslohwoeglqdsg", "il", "z", "l", "i"], ["y", "l", "n", "hofj", "jzslohwoeglqdsg", "il", "z", "l", "i"], ["y", "l", "n", "h", "ofj", "jzslohwoeglqdsg", "il", "z", "l", "i"], ["y", "l", "n", "h", "ofj", "jzslohwo", "eglqdsg", "il", "z", "l", "i"], ["y", "l", "n", "h", "ofj", "jzslohwo", "eglqdsg", "i", "l", "z", "l", "i"], ["y", "l", "n", "h", "ofj", "jzslohw", "o", "eglqdsg", "i", "l", "z", "l", "i"]]}, "config": {"length": 27, "num_posisions": 13, "positions": [[0, 7], [1, 19], [1, 17], [2, 1], [1, 15], [0, 1], [1, 2], [1, 1], [3, 1], [5, 8], [7, 1], [5, 7], [7, 4]], "strings": "ylnhofjjzslohwoeglqdsgilzli"}, "task_name": "task09", "example_name": "0114", "problem_name": "task09_0114"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnqvesyanlgnzzx\nIndices:\n(0, 2), (0, 1), (2, 11), (2, 8), (3, 1), (4, 1), (2, 1), (3, 5), (3, 3), (4, 1), (3, 2), (3, 1), (8, 1)", "label": {"final": ["n", "q", "v", "e", "s", "y", "a", "n", "l", "g", "n", "z", "z", "x"], "init": ["nqvesyanlgnzzx"], "intermediate": [["nq", "vesyanlgnzzx"], ["n", "q", "vesyanlgnzzx"], ["n", "q", "vesyanlgnzz", "x"], ["n", "q", "vesyanlg", "nzz", "x"], ["n", "q", "vesyanlg", "n", "zz", "x"], ["n", "q", "vesyanlg", "n", "z", "z", "x"], ["n", "q", "v", "esyanlg", "n", "z", "z", "x"], ["n", "q", "v", "esyan", "lg", "n", "z", "z", "x"], ["n", "q", "v", "esy", "an", "lg", "n", "z", "z", "x"], ["n", "q", "v", "esy", "a", "n", "lg", "n", "z", "z", "x"], ["n", "q", "v", "es", "y", "a", "n", "lg", "n", "z", "z", "x"], ["n", "q", "v", "e", "s", "y", "a", "n", "lg", "n", "z", "z", "x"]]}, "config": {"length": 14, "num_posisions": 13, "positions": [[0, 2], [0, 1], [2, 11], [2, 8], [3, 1], [4, 1], [2, 1], [3, 5], [3, 3], [4, 1], [3, 2], [3, 1], [8, 1]], "strings": "nqvesyanlgnzzx"}, "task_name": "task09", "example_name": "0115", "problem_name": "task09_0115"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njjxrqnffneqtmvpkcfh\nIndices:\n(0, 1), (1, 7), (2, 8), (3, 2), (1, 5), (3, 2), (3, 1), (1, 3), (7, 1), (1, 2), (4, 1), (1, 1), (9, 3)", "label": {"final": ["j", "j", "x", "r", "qn", "f", "f", "n", "e", "qtm", "vpk", "c", "f", "h"], "init": ["jjxrqnffneqtmvpkcfh"], "intermediate": [["j", "jxrqnffneqtmvpkcfh"], ["j", "jxrqnff", "neqtmvpkcfh"], ["j", "jxrqnff", "neqtmvpk", "cfh"], ["j", "jxrqnff", "neqtmvpk", "cf", "h"], ["j", "jxrqn", "ff", "neqtmvpk", "cf", "h"], ["j", "jxrqn", "ff", "ne", "qtmvpk", "cf", "h"], ["j", "jxrqn", "ff", "n", "e", "qtmvpk", "cf", "h"], ["j", "jxr", "qn", "ff", "n", "e", "qtmvpk", "cf", "h"], ["j", "jxr", "qn", "ff", "n", "e", "qtmvpk", "c", "f", "h"], ["j", "jx", "r", "qn", "ff", "n", "e", "qtmvpk", "c", "f", "h"], ["j", "jx", "r", "qn", "f", "f", "n", "e", "qtmvpk", "c", "f", "h"], ["j", "j", "x", "r", "qn", "f", "f", "n", "e", "qtmvpk", "c", "f", "h"]]}, "config": {"length": 19, "num_posisions": 13, "positions": [[0, 1], [1, 7], [2, 8], [3, 2], [1, 5], [3, 2], [3, 1], [1, 3], [7, 1], [1, 2], [4, 1], [1, 1], [9, 3]], "strings": "jjxrqnffneqtmvpkcfh"}, "task_name": "task09", "example_name": "0116", "problem_name": "task09_0116"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzxvjeeavmcotpzjhf\nIndices:\n(0, 2), (1, 11), (0, 1), (3, 1), (4, 1), (2, 1), (3, 5), (7, 1), (4, 2), (5, 1), (4, 1), (3, 4), (3, 3)", "label": {"final": ["z", "x", "v", "jee", "a", "v", "m", "c", "o", "tp", "z", "j", "h", "f"], "init": ["zxvjeeavmcotpzjhf"], "intermediate": [["zx", "vjeeavmcotpzjhf"], ["zx", "vjeeavmcotp", "zjhf"], ["z", "x", "vjeeavmcotp", "zjhf"], ["z", "x", "vjeeavmcotp", "z", "jhf"], ["z", "x", "vjeeavmcotp", "z", "j", "hf"], ["z", "x", "v", "jeeavmcotp", "z", "j", "hf"], ["z", "x", "v", "jeeav", "mcotp", "z", "j", "hf"], ["z", "x", "v", "jeeav", "mcotp", "z", "j", "h", "f"], ["z", "x", "v", "jeeav", "mc", "otp", "z", "j", "h", "f"], ["z", "x", "v", "jeeav", "mc", "o", "tp", "z", "j", "h", "f"], ["z", "x", "v", "jeeav", "m", "c", "o", "tp", "z", "j", "h", "f"], ["z", "x", "v", "jeea", "v", "m", "c", "o", "tp", "z", "j", "h", "f"]]}, "config": {"length": 17, "num_posisions": 13, "positions": [[0, 2], [1, 11], [0, 1], [3, 1], [4, 1], [2, 1], [3, 5], [7, 1], [4, 2], [5, 1], [4, 1], [3, 4], [3, 3]], "strings": "zxvjeeavmcotpzjhf"}, "task_name": "task09", "example_name": "0117", "problem_name": "task09_0117"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqrcryikzzlyoludbeutgwgdz\nIndices:\n(0, 11), (0, 7), (0, 4), (3, 5), (2, 3), (0, 3), (5, 3), (0, 2), (6, 1), (8, 1), (7, 1), (0, 1), (12, 6)", "label": {"final": ["q", "r", "c", "r", "yik", "zzl", "y", "o", "l", "u", "d", "b", "eutgwg", "dz"], "init": ["qrcryikzzlyoludbeutgwgdz"], "intermediate": [["qrcryikzzly", "oludbeutgwgdz"], ["qrcryik", "zzly", "oludbeutgwgdz"], ["qrcr", "yik", "zzly", "oludbeutgwgdz"], ["qrcr", "yik", "zzly", "oludb", "eutgwgdz"], ["qrcr", "yik", "zzl", "y", "oludb", "eutgwgdz"], ["qrc", "r", "yik", "zzl", "y", "oludb", "eutgwgdz"], ["qrc", "r", "yik", "zzl", "y", "olu", "db", "eutgwgdz"], ["qr", "c", "r", "yik", "zzl", "y", "olu", "db", "eutgwgdz"], ["qr", "c", "r", "yik", "zzl", "y", "o", "lu", "db", "eutgwgdz"], ["qr", "c", "r", "yik", "zzl", "y", "o", "lu", "d", "b", "eutgwgdz"], ["qr", "c", "r", "yik", "zzl", "y", "o", "l", "u", "d", "b", "eutgwgdz"], ["q", "r", "c", "r", "yik", "zzl", "y", "o", "l", "u", "d", "b", "eutgwgdz"]]}, "config": {"length": 24, "num_posisions": 13, "positions": [[0, 11], [0, 7], [0, 4], [3, 5], [2, 3], [0, 3], [5, 3], [0, 2], [6, 1], [8, 1], [7, 1], [0, 1], [12, 6]], "strings": "qrcryikzzlyoludbeutgwgdz"}, "task_name": "task09", "example_name": "0118", "problem_name": "task09_0118"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndffptrpnhxyerpnmwqt\nIndices:\n(0, 6), (1, 9), (1, 7), (2, 1), (4, 3), (4, 1), (1, 6), (1, 1), (2, 3), (0, 5), (9, 1), (3, 1), (0, 1)", "label": {"final": ["d", "ffpt", "r", "p", "n", "hx", "ye", "r", "p", "n", "m", "w", "q", "t"], "init": ["dffptrpnhxyerpnmwqt"], "intermediate": [["dffptr", "pnhxyerpnmwqt"], ["dffptr", "pnhxyerpn", "mwqt"], ["dffptr", "pnhxyer", "pn", "mwqt"], ["dffptr", "pnhxyer", "p", "n", "mwqt"], ["dffptr", "pnhxyer", "p", "n", "mwq", "t"], ["dffptr", "pnhxyer", "p", "n", "m", "wq", "t"], ["dffptr", "pnhxye", "r", "p", "n", "m", "wq", "t"], ["dffptr", "p", "nhxye", "r", "p", "n", "m", "wq", "t"], ["dffptr", "p", "nhx", "ye", "r", "p", "n", "m", "wq", "t"], ["dffpt", "r", "p", "nhx", "ye", "r", "p", "n", "m", "wq", "t"], ["dffpt", "r", "p", "nhx", "ye", "r", "p", "n", "m", "w", "q", "t"], ["dffpt", "r", "p", "n", "hx", "ye", "r", "p", "n", "m", "w", "q", "t"]]}, "config": {"length": 19, "num_posisions": 13, "positions": [[0, 6], [1, 9], [1, 7], [2, 1], [4, 3], [4, 1], [1, 6], [1, 1], [2, 3], [0, 5], [9, 1], [3, 1], [0, 1]], "strings": "dffptrpnhxyerpnmwqt"}, "task_name": "task09", "example_name": "0119", "problem_name": "task09_0119"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndikxzgrwazxcupcm\nIndices:\n(0, 13), (0, 3), (0, 1), (2, 1), (4, 2), (4, 1), (1, 1), (4, 8), (4, 1), (5, 5), (6, 1), (5, 3), (5, 2), (7, 1)", "label": {"final": ["d", "i", "k", "x", "z", "gr", "w", "a", "z", "x", "c", "u", "p", "c", "m"], "init": ["dikxzgrwazxcupcm"], "intermediate": [["dikxzgrwazxcu", "pcm"], ["dik", "xzgrwazxcu", "pcm"], ["d", "ik", "xzgrwazxcu", "pcm"], ["d", "ik", "x", "zgrwazxcu", "pcm"], ["d", "ik", "x", "zgrwazxcu", "pc", "m"], ["d", "ik", "x", "zgrwazxcu", "p", "c", "m"], ["d", "i", "k", "x", "zgrwazxcu", "p", "c", "m"], ["d", "i", "k", "x", "zgrwazxc", "u", "p", "c", "m"], ["d", "i", "k", "x", "z", "grwazxc", "u", "p", "c", "m"], ["d", "i", "k", "x", "z", "grwaz", "xc", "u", "p", "c", "m"], ["d", "i", "k", "x", "z", "grwaz", "x", "c", "u", "p", "c", "m"], ["d", "i", "k", "x", "z", "grw", "az", "x", "c", "u", "p", "c", "m"], ["d", "i", "k", "x", "z", "gr", "w", "az", "x", "c", "u", "p", "c", "m"]]}, "config": {"length": 16, "num_posisions": 14, "positions": [[0, 13], [0, 3], [0, 1], [2, 1], [4, 2], [4, 1], [1, 1], [4, 8], [4, 1], [5, 5], [6, 1], [5, 3], [5, 2], [7, 1]], "strings": "dikxzgrwazxcupcm"}, "task_name": "task09", "example_name": "0120", "problem_name": "task09_0120"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nytzfwnjobfegvwpgvritp\nIndices:\n(0, 18), (0, 5), (2, 2), (0, 2), (1, 1), (0, 1), (5, 1), (4, 11), (5, 1), (3, 1), (5, 4), (5, 2), (5, 1), (7, 1)", "label": {"final": ["y", "t", "z", "f", "w", "n", "j", "o", "b", "fegvwpg", "v", "r", "i", "t", "p"], "init": ["ytzfwnjobfegvwpgvritp"], "intermediate": [["ytzfwnjobfegvwpgvr", "itp"], ["ytzfw", "njobfegvwpgvr", "itp"], ["ytzfw", "njobfegvwpgvr", "it", "p"], ["yt", "zfw", "njobfegvwpgvr", "it", "p"], ["yt", "z", "fw", "njobfegvwpgvr", "it", "p"], ["y", "t", "z", "fw", "njobfegvwpgvr", "it", "p"], ["y", "t", "z", "fw", "njobfegvwpgvr", "i", "t", "p"], ["y", "t", "z", "fw", "njobfegvwpg", "vr", "i", "t", "p"], ["y", "t", "z", "fw", "njobfegvwpg", "v", "r", "i", "t", "p"], ["y", "t", "z", "f", "w", "njobfegvwpg", "v", "r", "i", "t", "p"], ["y", "t", "z", "f", "w", "njob", "fegvwpg", "v", "r", "i", "t", "p"], ["y", "t", "z", "f", "w", "nj", "ob", "fegvwpg", "v", "r", "i", "t", "p"], ["y", "t", "z", "f", "w", "n", "j", "ob", "fegvwpg", "v", "r", "i", "t", "p"]]}, "config": {"length": 21, "num_posisions": 14, "positions": [[0, 18], [0, 5], [2, 2], [0, 2], [1, 1], [0, 1], [5, 1], [4, 11], [5, 1], [3, 1], [5, 4], [5, 2], [5, 1], [7, 1]], "strings": "ytzfwnjobfegvwpgvritp"}, "task_name": "task09", "example_name": "0121", "problem_name": "task09_0121"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nancrqzyuumsuccbbhhjdiiptukmc\nIndices:\n(0, 11), (1, 8), (0, 8), (2, 5), (1, 1), (5, 8), (5, 2), (3, 1), (5, 1), (8, 2), (7, 1), (2, 1), (7, 1), (12, 3)", "label": {"final": ["ancrqzyu", "u", "m", "s", "u", "ccbb", "h", "h", "j", "d", "i", "ip", "tuk", "m", "c"], "init": ["ancrqzyuumsuccbbhhjdiiptukmc"], "intermediate": [["ancrqzyuums", "uccbbhhjdiiptukmc"], ["ancrqzyuums", "uccbbhhj", "diiptukmc"], ["ancrqzyu", "ums", "uccbbhhj", "diiptukmc"], ["ancrqzyu", "ums", "uccbb", "hhj", "diiptukmc"], ["ancrqzyu", "u", "ms", "uccbb", "hhj", "diiptukmc"], ["ancrqzyu", "u", "ms", "uccbb", "hhj", "diiptukm", "c"], ["ancrqzyu", "u", "ms", "uccbb", "hhj", "di", "iptukm", "c"], ["ancrqzyu", "u", "ms", "u", "ccbb", "hhj", "di", "iptukm", "c"], ["ancrqzyu", "u", "ms", "u", "ccbb", "h", "hj", "di", "iptukm", "c"], ["ancrqzyu", "u", "ms", "u", "ccbb", "h", "hj", "di", "ip", "tukm", "c"], ["ancrqzyu", "u", "ms", "u", "ccbb", "h", "hj", "d", "i", "ip", "tukm", "c"], ["ancrqzyu", "u", "m", "s", "u", "ccbb", "h", "hj", "d", "i", "ip", "tukm", "c"], ["ancrqzyu", "u", "m", "s", "u", "ccbb", "h", "h", "j", "d", "i", "ip", "tukm", "c"]]}, "config": {"length": 28, "num_posisions": 14, "positions": [[0, 11], [1, 8], [0, 8], [2, 5], [1, 1], [5, 8], [5, 2], [3, 1], [5, 1], [8, 2], [7, 1], [2, 1], [7, 1], [12, 3]], "strings": "ancrqzyuumsuccbbhhjdiiptukmc"}, "task_name": "task09", "example_name": "0122", "problem_name": "task09_0122"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbsmzjymnucgzndqeluntisqswiul\nIndices:\n(0, 23), (0, 15), (2, 4), (2, 1), (1, 1), (2, 2), (0, 9), (6, 1), (4, 2), (3, 1), (1, 5), (6, 1), (8, 2), (8, 1)", "label": {"final": ["bsmzjymnu", "cgznd", "q", "e", "l", "u", "n", "t", "i", "s", "q", "s", "w", "iu", "l"], "init": ["bsmzjymnucgzndqeluntisqswiul"], "intermediate": [["bsmzjymnucgzndqeluntisq", "swiul"], ["bsmzjymnucgzndq", "eluntisq", "swiul"], ["bsmzjymnucgzndq", "eluntisq", "swiu", "l"], ["bsmzjymnucgzndq", "eluntisq", "s", "wiu", "l"], ["bsmzjymnucgzndq", "e", "luntisq", "s", "wiu", "l"], ["bsmzjymnucgzndq", "e", "lu", "ntisq", "s", "wiu", "l"], ["bsmzjymnu", "cgzndq", "e", "lu", "ntisq", "s", "wiu", "l"], ["bsmzjymnu", "cgzndq", "e", "lu", "ntisq", "s", "w", "iu", "l"], ["bsmzjymnu", "cgzndq", "e", "lu", "nt", "isq", "s", "w", "iu", "l"], ["bsmzjymnu", "cgzndq", "e", "l", "u", "nt", "isq", "s", "w", "iu", "l"], ["bsmzjymnu", "cgznd", "q", "e", "l", "u", "nt", "isq", "s", "w", "iu", "l"], ["bsmzjymnu", "cgznd", "q", "e", "l", "u", "n", "t", "isq", "s", "w", "iu", "l"], ["bsmzjymnu", "cgznd", "q", "e", "l", "u", "n", "t", "is", "q", "s", "w", "iu", "l"]]}, "config": {"length": 28, "num_posisions": 14, "positions": [[0, 23], [0, 15], [2, 4], [2, 1], [1, 1], [2, 2], [0, 9], [6, 1], [4, 2], [3, 1], [1, 5], [6, 1], [8, 2], [8, 1]], "strings": "bsmzjymnucgzndqeluntisqswiul"}, "task_name": "task09", "example_name": "0123", "problem_name": "task09_0123"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nepcbegiybdkeevvftbgq\nIndices:\n(0, 9), (1, 1), (0, 6), (3, 3), (1, 1), (4, 2), (0, 5), (3, 1), (8, 6), (8, 5), (8, 4), (8, 3), (0, 4), (0, 1)", "label": {"final": ["e", "pcb", "e", "g", "i", "y", "b", "d", "ke", "e", "vvf", "t", "b", "g", "q"], "init": ["epcbegiybdkeevvftbgq"], "intermediate": [["epcbegiyb", "dkeevvftbgq"], ["epcbegiyb", "d", "keevvftbgq"], ["epcbeg", "iyb", "d", "keevvftbgq"], ["epcbeg", "iyb", "d", "kee", "vvftbgq"], ["epcbeg", "i", "yb", "d", "kee", "vvftbgq"], ["epcbeg", "i", "yb", "d", "ke", "e", "vvftbgq"], ["epcbe", "g", "i", "yb", "d", "ke", "e", "vvftbgq"], ["epcbe", "g", "i", "y", "b", "d", "ke", "e", "vvftbgq"], ["epcbe", "g", "i", "y", "b", "d", "ke", "e", "vvftbg", "q"], ["epcbe", "g", "i", "y", "b", "d", "ke", "e", "vvftb", "g", "q"], ["epcbe", "g", "i", "y", "b", "d", "ke", "e", "vvft", "b", "g", "q"], ["epcbe", "g", "i", "y", "b", "d", "ke", "e", "vvf", "t", "b", "g", "q"], ["epcb", "e", "g", "i", "y", "b", "d", "ke", "e", "vvf", "t", "b", "g", "q"]]}, "config": {"length": 20, "num_posisions": 14, "positions": [[0, 9], [1, 1], [0, 6], [3, 3], [1, 1], [4, 2], [0, 5], [3, 1], [8, 6], [8, 5], [8, 4], [8, 3], [0, 4], [0, 1]], "strings": "epcbegiybdkeevvftbgq"}, "task_name": "task09", "example_name": "0124", "problem_name": "task09_0124"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngqfkdjmvgwtihfvipdch\nIndices:\n(0, 8), (1, 4), (2, 6), (3, 1), (1, 2), (3, 4), (3, 3), (3, 2), (1, 1), (4, 1), (3, 1), (9, 1), (0, 6), (0, 3)", "label": {"final": ["gqf", "kdj", "mv", "g", "w", "t", "i", "h", "f", "v", "i", "p", "d", "c", "h"], "init": ["gqfkdjmvgwtihfvipdch"], "intermediate": [["gqfkdjmv", "gwtihfvipdch"], ["gqfkdjmv", "gwti", "hfvipdch"], ["gqfkdjmv", "gwti", "hfvipd", "ch"], ["gqfkdjmv", "gwti", "hfvipd", "c", "h"], ["gqfkdjmv", "gw", "ti", "hfvipd", "c", "h"], ["gqfkdjmv", "gw", "ti", "hfvi", "pd", "c", "h"], ["gqfkdjmv", "gw", "ti", "hfv", "i", "pd", "c", "h"], ["gqfkdjmv", "gw", "ti", "hf", "v", "i", "pd", "c", "h"], ["gqfkdjmv", "g", "w", "ti", "hf", "v", "i", "pd", "c", "h"], ["gqfkdjmv", "g", "w", "ti", "h", "f", "v", "i", "pd", "c", "h"], ["gqfkdjmv", "g", "w", "t", "i", "h", "f", "v", "i", "pd", "c", "h"], ["gqfkdjmv", "g", "w", "t", "i", "h", "f", "v", "i", "p", "d", "c", "h"], ["gqfkdj", "mv", "g", "w", "t", "i", "h", "f", "v", "i", "p", "d", "c", "h"]]}, "config": {"length": 20, "num_posisions": 14, "positions": [[0, 8], [1, 4], [2, 6], [3, 1], [1, 2], [3, 4], [3, 3], [3, 2], [1, 1], [4, 1], [3, 1], [9, 1], [0, 6], [0, 3]], "strings": "gqfkdjmvgwtihfvipdch"}, "task_name": "task09", "example_name": "0125", "problem_name": "task09_0125"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmnncozlwzthjwoirlrecc\nIndices:\n(0, 12), (0, 7), (1, 3), (0, 4), (0, 2), (0, 1), (4, 1), (5, 1), (3, 2), (2, 1), (9, 1), (11, 6), (12, 1), (13, 1)", "label": {"final": ["m", "n", "n", "c", "oz", "l", "w", "z", "t", "h", "j", "woirlr", "e", "c", "c"], "init": ["mnncozlwzthjwoirlrecc"], "intermediate": [["mnncozlwzthj", "woirlrecc"], ["mnncozl", "wzthj", "woirlrecc"], ["mnncozl", "wzt", "hj", "woirlrecc"], ["mnnc", "ozl", "wzt", "hj", "woirlrecc"], ["mn", "nc", "ozl", "wzt", "hj", "woirlrecc"], ["m", "n", "nc", "ozl", "wzt", "hj", "woirlrecc"], ["m", "n", "nc", "ozl", "w", "zt", "hj", "woirlrecc"], ["m", "n", "nc", "ozl", "w", "z", "t", "hj", "woirlrecc"], ["m", "n", "nc", "oz", "l", "w", "z", "t", "hj", "woirlrecc"], ["m", "n", "n", "c", "oz", "l", "w", "z", "t", "hj", "woirlrecc"], ["m", "n", "n", "c", "oz", "l", "w", "z", "t", "h", "j", "woirlrecc"], ["m", "n", "n", "c", "oz", "l", "w", "z", "t", "h", "j", "woirlr", "ecc"], ["m", "n", "n", "c", "oz", "l", "w", "z", "t", "h", "j", "woirlr", "e", "cc"]]}, "config": {"length": 21, "num_posisions": 14, "positions": [[0, 12], [0, 7], [1, 3], [0, 4], [0, 2], [0, 1], [4, 1], [5, 1], [3, 2], [2, 1], [9, 1], [11, 6], [12, 1], [13, 1]], "strings": "mnncozlwzthjwoirlrecc"}, "task_name": "task09", "example_name": "0126", "problem_name": "task09_0126"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqnkspruizepqwmknthmytxvvveq\nIndices:\n(0, 13), (1, 9), (1, 6), (2, 1), (0, 12), (5, 2), (6, 2), (6, 1), (0, 5), (1, 3), (6, 1), (0, 4), (9, 1), (0, 2)", "label": {"final": ["qn", "ks", "p", "rui", "zepq", "w", "mknthm", "y", "t", "x", "v", "v", "v", "e", "q"], "init": ["qnkspruizepqwmknthmytxvvveq"], "intermediate": [["qnkspruizepqw", "mknthmytxvvveq"], ["qnkspruizepqw", "mknthmytx", "vvveq"], ["qnkspruizepqw", "mknthm", "ytx", "vvveq"], ["qnkspruizepqw", "mknthm", "y", "tx", "vvveq"], ["qnkspruizepq", "w", "mknthm", "y", "tx", "vvveq"], ["qnkspruizepq", "w", "mknthm", "y", "tx", "vv", "veq"], ["qnkspruizepq", "w", "mknthm", "y", "tx", "vv", "ve", "q"], ["qnkspruizepq", "w", "mknthm", "y", "tx", "vv", "v", "e", "q"], ["qnksp", "ruizepq", "w", "mknthm", "y", "tx", "vv", "v", "e", "q"], ["qnksp", "rui", "zepq", "w", "mknthm", "y", "tx", "vv", "v", "e", "q"], ["qnksp", "rui", "zepq", "w", "mknthm", "y", "t", "x", "vv", "v", "e", "q"], ["qnks", "p", "rui", "zepq", "w", "mknthm", "y", "t", "x", "vv", "v", "e", "q"], ["qnks", "p", "rui", "zepq", "w", "mknthm", "y", "t", "x", "v", "v", "v", "e", "q"]]}, "config": {"length": 27, "num_posisions": 14, "positions": [[0, 13], [1, 9], [1, 6], [2, 1], [0, 12], [5, 2], [6, 2], [6, 1], [0, 5], [1, 3], [6, 1], [0, 4], [9, 1], [0, 2]], "strings": "qnkspruizepqwmknthmytxvvveq"}, "task_name": "task09", "example_name": "0127", "problem_name": "task09_0127"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntkotdwhdtvsgxpomfbxhsdwfrfvvw\nIndices:\n(0, 9), (0, 1), (2, 12), (3, 3), (4, 1), (3, 1), (4, 1), (2, 9), (3, 2), (3, 1), (2, 7), (11, 1), (1, 1), (2, 3)", "label": {"final": ["t", "k", "otd", "whdt", "vsgxpom", "fb", "x", "h", "s", "d", "w", "f", "r", "f", "vvw"], "init": ["tkotdwhdtvsgxpomfbxhsdwfrfvvw"], "intermediate": [["tkotdwhdt", "vsgxpomfbxhsdwfrfvvw"], ["t", "kotdwhdt", "vsgxpomfbxhsdwfrfvvw"], ["t", "kotdwhdt", "vsgxpomfbxhs", "dwfrfvvw"], ["t", "kotdwhdt", "vsgxpomfbxhs", "dwf", "rfvvw"], ["t", "kotdwhdt", "vsgxpomfbxhs", "dwf", "r", "fvvw"], ["t", "kotdwhdt", "vsgxpomfbxhs", "d", "wf", "r", "fvvw"], ["t", "kotdwhdt", "vsgxpomfbxhs", "d", "w", "f", "r", "fvvw"], ["t", "kotdwhdt", "vsgxpomfb", "xhs", "d", "w", "f", "r", "fvvw"], ["t", "kotdwhdt", "vsgxpomfb", "xh", "s", "d", "w", "f", "r", "fvvw"], ["t", "kotdwhdt", "vsgxpomfb", "x", "h", "s", "d", "w", "f", "r", "fvvw"], ["t", "kotdwhdt", "vsgxpom", "fb", "x", "h", "s", "d", "w", "f", "r", "fvvw"], ["t", "kotdwhdt", "vsgxpom", "fb", "x", "h", "s", "d", "w", "f", "r", "f", "vvw"], ["t", "k", "otdwhdt", "vsgxpom", "fb", "x", "h", "s", "d", "w", "f", "r", "f", "vvw"]]}, "config": {"length": 29, "num_posisions": 14, "positions": [[0, 9], [0, 1], [2, 12], [3, 3], [4, 1], [3, 1], [4, 1], [2, 9], [3, 2], [3, 1], [2, 7], [11, 1], [1, 1], [2, 3]], "strings": "tkotdwhdtvsgxpomfbxhsdwfrfvvw"}, "task_name": "task09", "example_name": "0128", "problem_name": "task09_0128"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntkrfrhhyxmtyqpbcnyrthaqeppmc\nIndices:\n(0, 11), (0, 6), (2, 13), (0, 2), (3, 4), (5, 1), (1, 2), (3, 2), (0, 1), (7, 5), (8, 3), (5, 2), (8, 4), (10, 2)", "label": {"final": ["t", "k", "rf", "rh", "hy", "xm", "t", "yqpb", "cnyr", "t", "ha", "q", "e", "p", "pmc"], "init": ["tkrfrhhyxmtyqpbcnyrthaqeppmc"], "intermediate": [["tkrfrhhyxmt", "yqpbcnyrthaqeppmc"], ["tkrfrh", "hyxmt", "yqpbcnyrthaqeppmc"], ["tkrfrh", "hyxmt", "yqpbcnyrthaqe", "ppmc"], ["tk", "rfrh", "hyxmt", "yqpbcnyrthaqe", "ppmc"], ["tk", "rfrh", "hyxmt", "yqpb", "cnyrthaqe", "ppmc"], ["tk", "rfrh", "hyxmt", "yqpb", "cnyrthaqe", "p", "pmc"], ["tk", "rf", "rh", "hyxmt", "yqpb", "cnyrthaqe", "p", "pmc"], ["tk", "rf", "rh", "hy", "xmt", "yqpb", "cnyrthaqe", "p", "pmc"], ["t", "k", "rf", "rh", "hy", "xmt", "yqpb", "cnyrthaqe", "p", "pmc"], ["t", "k", "rf", "rh", "hy", "xmt", "yqpb", "cnyrt", "haqe", "p", "pmc"], ["t", "k", "rf", "rh", "hy", "xmt", "yqpb", "cnyrt", "haq", "e", "p", "pmc"], ["t", "k", "rf", "rh", "hy", "xm", "t", "yqpb", "cnyrt", "haq", "e", "p", "pmc"], ["t", "k", "rf", "rh", "hy", "xm", "t", "yqpb", "cnyr", "t", "haq", "e", "p", "pmc"]]}, "config": {"length": 28, "num_posisions": 14, "positions": [[0, 11], [0, 6], [2, 13], [0, 2], [3, 4], [5, 1], [1, 2], [3, 2], [0, 1], [7, 5], [8, 3], [5, 2], [8, 4], [10, 2]], "strings": "tkrfrhhyxmtyqpbcnyrthaqeppmc"}, "task_name": "task09", "example_name": "0129", "problem_name": "task09_0129"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npnektutntbizkzmpvuhtty\nIndices:\n(0, 8), (1, 6), (0, 3), (2, 3), (0, 1), (2, 2), (2, 1), (6, 1), (7, 1), (4, 2), (10, 6), (6, 2), (4, 1), (12, 1), (1, 1)", "label": {"final": ["p", "n", "e", "k", "t", "u", "t", "n", "tb", "i", "z", "k", "z", "m", "pvuht", "ty"], "init": ["pnektutntbizkzmpvuhtty"], "intermediate": [["pnektutn", "tbizkzmpvuhtty"], ["pnektutn", "tbizkz", "mpvuhtty"], ["pne", "ktutn", "tbizkz", "mpvuhtty"], ["pne", "ktutn", "tbi", "zkz", "mpvuhtty"], ["p", "ne", "ktutn", "tbi", "zkz", "mpvuhtty"], ["p", "ne", "kt", "utn", "tbi", "zkz", "mpvuhtty"], ["p", "ne", "k", "t", "utn", "tbi", "zkz", "mpvuhtty"], ["p", "ne", "k", "t", "utn", "tbi", "z", "kz", "mpvuhtty"], ["p", "ne", "k", "t", "utn", "tbi", "z", "k", "z", "mpvuhtty"], ["p", "ne", "k", "t", "ut", "n", "tbi", "z", "k", "z", "mpvuhtty"], ["p", "ne", "k", "t", "ut", "n", "tbi", "z", "k", "z", "mpvuht", "ty"], ["p", "ne", "k", "t", "ut", "n", "tb", "i", "z", "k", "z", "mpvuht", "ty"], ["p", "ne", "k", "t", "u", "t", "n", "tb", "i", "z", "k", "z", "mpvuht", "ty"], ["p", "ne", "k", "t", "u", "t", "n", "tb", "i", "z", "k", "z", "m", "pvuht", "ty"]]}, "config": {"length": 22, "num_posisions": 15, "positions": [[0, 8], [1, 6], [0, 3], [2, 3], [0, 1], [2, 2], [2, 1], [6, 1], [7, 1], [4, 2], [10, 6], [6, 2], [4, 1], [12, 1], [1, 1]], "strings": "pnektutntbizkzmpvuhtty"}, "task_name": "task09", "example_name": "0130", "problem_name": "task09_0130"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nktcwsgickhsrxuukkjnlgviucbp\nIndices:\n(0, 23), (0, 1), (1, 18), (1, 9), (2, 6), (2, 3), (1, 7), (3, 2), (5, 1), (8, 2), (2, 1), (10, 1), (9, 1), (8, 1), (1, 4)", "label": {"final": ["k", "tcws", "gic", "k", "h", "sr", "x", "u", "uk", "k", "jn", "l", "g", "v", "i", "ucbp"], "init": ["ktcwsgickhsrxuukkjnlgviucbp"], "intermediate": [["ktcwsgickhsrxuukkjnlgvi", "ucbp"], ["k", "tcwsgickhsrxuukkjnlgvi", "ucbp"], ["k", "tcwsgickhsrxuukkjn", "lgvi", "ucbp"], ["k", "tcwsgickh", "srxuukkjn", "lgvi", "ucbp"], ["k", "tcwsgickh", "srxuuk", "kjn", "lgvi", "ucbp"], ["k", "tcwsgickh", "srx", "uuk", "kjn", "lgvi", "ucbp"], ["k", "tcwsgic", "kh", "srx", "uuk", "kjn", "lgvi", "ucbp"], ["k", "tcwsgic", "kh", "sr", "x", "uuk", "kjn", "lgvi", "ucbp"], ["k", "tcwsgic", "kh", "sr", "x", "u", "uk", "kjn", "lgvi", "ucbp"], ["k", "tcwsgic", "kh", "sr", "x", "u", "uk", "kjn", "lg", "vi", "ucbp"], ["k", "tcwsgic", "k", "h", "sr", "x", "u", "uk", "kjn", "lg", "vi", "ucbp"], ["k", "tcwsgic", "k", "h", "sr", "x", "u", "uk", "kjn", "lg", "v", "i", "ucbp"], ["k", "tcwsgic", "k", "h", "sr", "x", "u", "uk", "kjn", "l", "g", "v", "i", "ucbp"], ["k", "tcwsgic", "k", "h", "sr", "x", "u", "uk", "k", "jn", "l", "g", "v", "i", "ucbp"]]}, "config": {"length": 27, "num_posisions": 15, "positions": [[0, 23], [0, 1], [1, 18], [1, 9], [2, 6], [2, 3], [1, 7], [3, 2], [5, 1], [8, 2], [2, 1], [10, 1], [9, 1], [8, 1], [1, 4]], "strings": "ktcwsgickhsrxuukkjnlgviucbp"}, "task_name": "task09", "example_name": "0131", "problem_name": "task09_0131"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntmmaobignrltufmldtfbib\nIndices:\n(0, 13), (1, 8), (1, 2), (2, 3), (2, 2), (4, 1), (2, 1), (0, 2), (1, 8), (8, 1), (3, 1), (1, 2), (2, 5), (2, 3), (3, 1)", "label": {"final": ["tm", "ma", "obi", "g", "n", "r", "ltu", "f", "m", "l", "d", "t", "f", "b", "i", "b"], "init": ["tmmaobignrltufmldtfbib"], "intermediate": [["tmmaobignrltu", "fmldtfbib"], ["tmmaobignrltu", "fmldtfbi", "b"], ["tmmaobignrltu", "fm", "ldtfbi", "b"], ["tmmaobignrltu", "fm", "ldt", "fbi", "b"], ["tmmaobignrltu", "fm", "ld", "t", "fbi", "b"], ["tmmaobignrltu", "fm", "ld", "t", "f", "bi", "b"], ["tmmaobignrltu", "fm", "l", "d", "t", "f", "bi", "b"], ["tm", "maobignrltu", "fm", "l", "d", "t", "f", "bi", "b"], ["tm", "maobignr", "ltu", "fm", "l", "d", "t", "f", "bi", "b"], ["tm", "maobignr", "ltu", "fm", "l", "d", "t", "f", "b", "i", "b"], ["tm", "maobignr", "ltu", "f", "m", "l", "d", "t", "f", "b", "i", "b"], ["tm", "ma", "obignr", "ltu", "f", "m", "l", "d", "t", "f", "b", "i", "b"], ["tm", "ma", "obign", "r", "ltu", "f", "m", "l", "d", "t", "f", "b", "i", "b"], ["tm", "ma", "obi", "gn", "r", "ltu", "f", "m", "l", "d", "t", "f", "b", "i", "b"]]}, "config": {"length": 22, "num_posisions": 15, "positions": [[0, 13], [1, 8], [1, 2], [2, 3], [2, 2], [4, 1], [2, 1], [0, 2], [1, 8], [8, 1], [3, 1], [1, 2], [2, 5], [2, 3], [3, 1]], "strings": "tmmaobignrltufmldtfbib"}, "task_name": "task09", "example_name": "0132", "problem_name": "task09_0132"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvbtdonpalxygobnosyfvan\nIndices:\n(0, 7), (0, 2), (1, 1), (3, 8), (0, 1), (5, 3), (5, 2), (5, 1), (8, 1), (4, 5), (5, 1), (11, 2), (6, 1), (12, 1), (3, 2)", "label": {"final": ["v", "b", "t", "do", "np", "alxyg", "o", "b", "n", "o", "s", "y", "f", "v", "a", "n"], "init": ["vbtdonpalxygobnosyfvan"], "intermediate": [["vbtdonp", "alxygobnosyfvan"], ["vb", "tdonp", "alxygobnosyfvan"], ["vb", "t", "donp", "alxygobnosyfvan"], ["vb", "t", "donp", "alxygobn", "osyfvan"], ["v", "b", "t", "donp", "alxygobn", "osyfvan"], ["v", "b", "t", "donp", "alxygobn", "osy", "fvan"], ["v", "b", "t", "donp", "alxygobn", "os", "y", "fvan"], ["v", "b", "t", "donp", "alxygobn", "o", "s", "y", "fvan"], ["v", "b", "t", "donp", "alxygobn", "o", "s", "y", "f", "van"], ["v", "b", "t", "donp", "alxyg", "obn", "o", "s", "y", "f", "van"], ["v", "b", "t", "donp", "alxyg", "o", "bn", "o", "s", "y", "f", "van"], ["v", "b", "t", "donp", "alxyg", "o", "bn", "o", "s", "y", "f", "va", "n"], ["v", "b", "t", "donp", "alxyg", "o", "b", "n", "o", "s", "y", "f", "va", "n"], ["v", "b", "t", "donp", "alxyg", "o", "b", "n", "o", "s", "y", "f", "v", "a", "n"]]}, "config": {"length": 22, "num_posisions": 15, "positions": [[0, 7], [0, 2], [1, 1], [3, 8], [0, 1], [5, 3], [5, 2], [5, 1], [8, 1], [4, 5], [5, 1], [11, 2], [6, 1], [12, 1], [3, 2]], "strings": "vbtdonpalxygobnosyfvan"}, "task_name": "task09", "example_name": "0133", "problem_name": "task09_0133"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvnytjruzdjoxugqyri\nIndices:\n(0, 3), (1, 14), (1, 4), (2, 3), (3, 1), (2, 2), (1, 3), (1, 1), (0, 2), (5, 1), (9, 3), (10, 1), (9, 2), (3, 1), (10, 1)", "label": {"final": ["vn", "y", "t", "j", "r", "u", "z", "d", "j", "o", "x", "u", "g", "q", "yr", "i"], "init": ["vnytjruzdjoxugqyri"], "intermediate": [["vny", "tjruzdjoxugqyri"], ["vny", "tjruzdjoxugqyr", "i"], ["vny", "tjru", "zdjoxugqyr", "i"], ["vny", "tjru", "zdj", "oxugqyr", "i"], ["vny", "tjru", "zdj", "o", "xugqyr", "i"], ["vny", "tjru", "zd", "j", "o", "xugqyr", "i"], ["vny", "tjr", "u", "zd", "j", "o", "xugqyr", "i"], ["vny", "t", "jr", "u", "zd", "j", "o", "xugqyr", "i"], ["vn", "y", "t", "jr", "u", "zd", "j", "o", "xugqyr", "i"], ["vn", "y", "t", "jr", "u", "z", "d", "j", "o", "xugqyr", "i"], ["vn", "y", "t", "jr", "u", "z", "d", "j", "o", "xug", "qyr", "i"], ["vn", "y", "t", "jr", "u", "z", "d", "j", "o", "xug", "q", "yr", "i"], ["vn", "y", "t", "jr", "u", "z", "d", "j", "o", "xu", "g", "q", "yr", "i"], ["vn", "y", "t", "j", "r", "u", "z", "d", "j", "o", "xu", "g", "q", "yr", "i"]]}, "config": {"length": 18, "num_posisions": 15, "positions": [[0, 3], [1, 14], [1, 4], [2, 3], [3, 1], [2, 2], [1, 3], [1, 1], [0, 2], [5, 1], [9, 3], [10, 1], [9, 2], [3, 1], [10, 1]], "strings": "vnytjruzdjoxugqyri"}, "task_name": "task09", "example_name": "0134", "problem_name": "task09_0134"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nneptsbihxwhpanwlwmhqbxv\nIndices:\n(0, 22), (0, 4), (0, 3), (0, 2), (0, 1), (4, 14), (4, 8), (5, 3), (7, 1), (8, 2), (8, 1), (5, 1), (7, 1), (6, 1), (4, 7)", "label": {"final": ["n", "e", "p", "t", "sbihxwh", "p", "a", "n", "w", "l", "wm", "h", "q", "b", "x", "v"], "init": ["neptsbihxwhpanwlwmhqbxv"], "intermediate": [["neptsbihxwhpanwlwmhqbx", "v"], ["nept", "sbihxwhpanwlwmhqbx", "v"], ["nep", "t", "sbihxwhpanwlwmhqbx", "v"], ["ne", "p", "t", "sbihxwhpanwlwmhqbx", "v"], ["n", "e", "p", "t", "sbihxwhpanwlwmhqbx", "v"], ["n", "e", "p", "t", "sbihxwhpanwlwm", "hqbx", "v"], ["n", "e", "p", "t", "sbihxwhp", "anwlwm", "hqbx", "v"], ["n", "e", "p", "t", "sbihxwhp", "anw", "lwm", "hqbx", "v"], ["n", "e", "p", "t", "sbihxwhp", "anw", "lwm", "h", "qbx", "v"], ["n", "e", "p", "t", "sbihxwhp", "anw", "lwm", "h", "qb", "x", "v"], ["n", "e", "p", "t", "sbihxwhp", "anw", "lwm", "h", "q", "b", "x", "v"], ["n", "e", "p", "t", "sbihxwhp", "a", "nw", "lwm", "h", "q", "b", "x", "v"], ["n", "e", "p", "t", "sbihxwhp", "a", "nw", "l", "wm", "h", "q", "b", "x", "v"], ["n", "e", "p", "t", "sbihxwhp", "a", "n", "w", "l", "wm", "h", "q", "b", "x", "v"]]}, "config": {"length": 23, "num_posisions": 15, "positions": [[0, 22], [0, 4], [0, 3], [0, 2], [0, 1], [4, 14], [4, 8], [5, 3], [7, 1], [8, 2], [8, 1], [5, 1], [7, 1], [6, 1], [4, 7]], "strings": "neptsbihxwhpanwlwmhqbxv"}, "task_name": "task09", "example_name": "0135", "problem_name": "task09_0135"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqojzkangndschehbezbgbdwoeskar\nIndices:\n(0, 18), (1, 5), (2, 3), (1, 3), (2, 1), (4, 2), (1, 1), (7, 2), (0, 7), (8, 1), (6, 1), (3, 1), (1, 3), (2, 3), (0, 4)", "label": {"final": ["qojz", "kan", "gnd", "sch", "ehbez", "b", "g", "b", "d", "w", "o", "e", "s", "k", "a", "r"], "init": ["qojzkangndschehbezbgbdwoeskar"], "intermediate": [["qojzkangndschehbez", "bgbdwoeskar"], ["qojzkangndschehbez", "bgbdw", "oeskar"], ["qojzkangndschehbez", "bgbdw", "oes", "kar"], ["qojzkangndschehbez", "bgb", "dw", "oes", "kar"], ["qojzkangndschehbez", "bgb", "d", "w", "oes", "kar"], ["qojzkangndschehbez", "bgb", "d", "w", "oe", "s", "kar"], ["qojzkangndschehbez", "b", "gb", "d", "w", "oe", "s", "kar"], ["qojzkangndschehbez", "b", "gb", "d", "w", "oe", "s", "ka", "r"], ["qojzkan", "gndschehbez", "b", "gb", "d", "w", "oe", "s", "ka", "r"], ["qojzkan", "gndschehbez", "b", "gb", "d", "w", "oe", "s", "k", "a", "r"], ["qojzkan", "gndschehbez", "b", "gb", "d", "w", "o", "e", "s", "k", "a", "r"], ["qojzkan", "gndschehbez", "b", "g", "b", "d", "w", "o", "e", "s", "k", "a", "r"], ["qojzkan", "gnd", "schehbez", "b", "g", "b", "d", "w", "o", "e", "s", "k", "a", "r"], ["qojzkan", "gnd", "sch", "ehbez", "b", "g", "b", "d", "w", "o", "e", "s", "k", "a", "r"]]}, "config": {"length": 29, "num_posisions": 15, "positions": [[0, 18], [1, 5], [2, 3], [1, 3], [2, 1], [4, 2], [1, 1], [7, 2], [0, 7], [8, 1], [6, 1], [3, 1], [1, 3], [2, 3], [0, 4]], "strings": "qojzkangndschehbezbgbdwoeskar"}, "task_name": "task09", "example_name": "0136", "problem_name": "task09_0136"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbwfteyqtordxxvzxisc\nIndices:\n(0, 11), (0, 3), (2, 5), (1, 2), (3, 1), (2, 4), (5, 3), (7, 1), (0, 1), (6, 1), (1, 1), (3, 1), (5, 3), (10, 1), (5, 1)", "label": {"final": ["b", "w", "f", "t", "e", "y", "qt", "o", "rd", "x", "x", "v", "z", "x", "i", "sc"], "init": ["bwfteyqtordxxvzxisc"], "intermediate": [["bwfteyqtord", "xxvzxisc"], ["bwf", "teyqtord", "xxvzxisc"], ["bwf", "teyqtord", "xxvzx", "isc"], ["bwf", "te", "yqtord", "xxvzx", "isc"], ["bwf", "te", "yqtord", "x", "xvzx", "isc"], ["bwf", "te", "yqto", "rd", "x", "xvzx", "isc"], ["bwf", "te", "yqto", "rd", "x", "xvz", "x", "isc"], ["bwf", "te", "yqto", "rd", "x", "xvz", "x", "i", "sc"], ["b", "wf", "te", "yqto", "rd", "x", "xvz", "x", "i", "sc"], ["b", "wf", "te", "yqto", "rd", "x", "x", "vz", "x", "i", "sc"], ["b", "w", "f", "te", "yqto", "rd", "x", "x", "vz", "x", "i", "sc"], ["b", "w", "f", "t", "e", "yqto", "rd", "x", "x", "vz", "x", "i", "sc"], ["b", "w", "f", "t", "e", "yqt", "o", "rd", "x", "x", "vz", "x", "i", "sc"], ["b", "w", "f", "t", "e", "yqt", "o", "rd", "x", "x", "v", "z", "x", "i", "sc"]]}, "config": {"length": 19, "num_posisions": 15, "positions": [[0, 11], [0, 3], [2, 5], [1, 2], [3, 1], [2, 4], [5, 3], [7, 1], [0, 1], [6, 1], [1, 1], [3, 1], [5, 3], [10, 1], [5, 1]], "strings": "bwfteyqtordxxvzxisc"}, "task_name": "task09", "example_name": "0137", "problem_name": "task09_0137"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzdglkfufqcsctovxo\nIndices:\n(0, 16), (0, 6), (0, 5), (0, 3), (0, 1), (4, 7), (5, 1), (1, 1), (7, 1), (5, 2), (5, 1), (3, 1), (8, 1), (9, 1), (10, 1)", "label": {"final": ["z", "d", "g", "l", "k", "f", "u", "f", "q", "c", "s", "ct", "o", "v", "x", "o"], "init": ["zdglkfufqcsctovxo"], "intermediate": [["zdglkfufqcsctovx", "o"], ["zdglkf", "ufqcsctovx", "o"], ["zdglk", "f", "ufqcsctovx", "o"], ["zdg", "lk", "f", "ufqcsctovx", "o"], ["z", "dg", "lk", "f", "ufqcsctovx", "o"], ["z", "dg", "lk", "f", "ufqcsct", "ovx", "o"], ["z", "dg", "lk", "f", "ufqcsct", "o", "vx", "o"], ["z", "d", "g", "lk", "f", "ufqcsct", "o", "vx", "o"], ["z", "d", "g", "lk", "f", "ufqcsct", "o", "v", "x", "o"], ["z", "d", "g", "lk", "f", "uf", "qcsct", "o", "v", "x", "o"], ["z", "d", "g", "lk", "f", "u", "f", "qcsct", "o", "v", "x", "o"], ["z", "d", "g", "l", "k", "f", "u", "f", "qcsct", "o", "v", "x", "o"], ["z", "d", "g", "l", "k", "f", "u", "f", "q", "csct", "o", "v", "x", "o"], ["z", "d", "g", "l", "k", "f", "u", "f", "q", "c", "sct", "o", "v", "x", "o"]]}, "config": {"length": 17, "num_posisions": 15, "positions": [[0, 16], [0, 6], [0, 5], [0, 3], [0, 1], [4, 7], [5, 1], [1, 1], [7, 1], [5, 2], [5, 1], [3, 1], [8, 1], [9, 1], [10, 1]], "strings": "zdglkfufqcsctovxo"}, "task_name": "task09", "example_name": "0138", "problem_name": "task09_0138"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nclvunpdapezpcftndiskoqbksc\nIndices:\n(0, 10), (0, 2), (0, 1), (3, 13), (2, 3), (5, 2), (3, 4), (5, 12), (5, 2), (5, 1), (7, 5), (8, 2), (7, 4), (9, 1), (11, 1)", "label": {"final": ["c", "l", "vun", "pdap", "e", "z", "p", "cftn", "d", "i", "s", "k", "oq", "b", "ks", "c"], "init": ["clvunpdapezpcftndiskoqbksc"], "intermediate": [["clvunpdape", "zpcftndiskoqbksc"], ["cl", "vunpdape", "zpcftndiskoqbksc"], ["c", "l", "vunpdape", "zpcftndiskoqbksc"], ["c", "l", "vunpdape", "zpcftndiskoqb", "ksc"], ["c", "l", "vun", "pdape", "zpcftndiskoqb", "ksc"], ["c", "l", "vun", "pdape", "zpcftndiskoqb", "ks", "c"], ["c", "l", "vun", "pdap", "e", "zpcftndiskoqb", "ks", "c"], ["c", "l", "vun", "pdap", "e", "zpcftndiskoq", "b", "ks", "c"], ["c", "l", "vun", "pdap", "e", "zp", "cftndiskoq", "b", "ks", "c"], ["c", "l", "vun", "pdap", "e", "z", "p", "cftndiskoq", "b", "ks", "c"], ["c", "l", "vun", "pdap", "e", "z", "p", "cftnd", "iskoq", "b", "ks", "c"], ["c", "l", "vun", "pdap", "e", "z", "p", "cftnd", "is", "koq", "b", "ks", "c"], ["c", "l", "vun", "pdap", "e", "z", "p", "cftn", "d", "is", "koq", "b", "ks", "c"], ["c", "l", "vun", "pdap", "e", "z", "p", "cftn", "d", "i", "s", "koq", "b", "ks", "c"]]}, "config": {"length": 26, "num_posisions": 15, "positions": [[0, 10], [0, 2], [0, 1], [3, 13], [2, 3], [5, 2], [3, 4], [5, 12], [5, 2], [5, 1], [7, 5], [8, 2], [7, 4], [9, 1], [11, 1]], "strings": "clvunpdapezpcftndiskoqbksc"}, "task_name": "task09", "example_name": "0139", "problem_name": "task09_0139"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntpvpkxliuoaxeyphfll\nIndices:\n(0, 12), (0, 2), (1, 4), (1, 2), (3, 3), (4, 2), (3, 1), (2, 1), (6, 1), (9, 5), (9, 1), (0, 1), (11, 1), (2, 1), (13, 1), (15, 1)", "label": {"final": ["t", "p", "v", "p", "k", "x", "l", "iu", "o", "a", "x", "e", "y", "p", "hf", "l", "l"], "init": ["tpvpkxliuoaxeyphfll"], "intermediate": [["tpvpkxliuoax", "eyphfll"], ["tp", "vpkxliuoax", "eyphfll"], ["tp", "vpkx", "liuoax", "eyphfll"], ["tp", "vp", "kx", "liuoax", "eyphfll"], ["tp", "vp", "kx", "liu", "oax", "eyphfll"], ["tp", "vp", "kx", "liu", "oa", "x", "eyphfll"], ["tp", "vp", "kx", "l", "iu", "oa", "x", "eyphfll"], ["tp", "vp", "k", "x", "l", "iu", "oa", "x", "eyphfll"], ["tp", "vp", "k", "x", "l", "iu", "o", "a", "x", "eyphfll"], ["tp", "vp", "k", "x", "l", "iu", "o", "a", "x", "eyphf", "ll"], ["tp", "vp", "k", "x", "l", "iu", "o", "a", "x", "e", "yphf", "ll"], ["t", "p", "vp", "k", "x", "l", "iu", "o", "a", "x", "e", "yphf", "ll"], ["t", "p", "vp", "k", "x", "l", "iu", "o", "a", "x", "e", "y", "phf", "ll"], ["t", "p", "v", "p", "k", "x", "l", "iu", "o", "a", "x", "e", "y", "phf", "ll"], ["t", "p", "v", "p", "k", "x", "l", "iu", "o", "a", "x", "e", "y", "p", "hf", "ll"]]}, "config": {"length": 19, "num_posisions": 16, "positions": [[0, 12], [0, 2], [1, 4], [1, 2], [3, 3], [4, 2], [3, 1], [2, 1], [6, 1], [9, 5], [9, 1], [0, 1], [11, 1], [2, 1], [13, 1], [15, 1]], "strings": "tpvpkxliuoaxeyphfll"}, "task_name": "task09", "example_name": "0140", "problem_name": "task09_0140"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwthzrsrqmiqrxsqtja\nIndices:\n(0, 16), (0, 2), (1, 6), (2, 1), (4, 1), (1, 5), (4, 1), (5, 2), (6, 2), (5, 1), (8, 1), (0, 1), (8, 1), (2, 4), (2, 2), (2, 1)", "label": {"final": ["w", "t", "h", "z", "rs", "r", "q", "m", "i", "q", "r", "x", "s", "q", "t", "j", "a"], "init": ["wthzrsrqmiqrxsqtja"], "intermediate": [["wthzrsrqmiqrxsqt", "ja"], ["wt", "hzrsrqmiqrxsqt", "ja"], ["wt", "hzrsrq", "miqrxsqt", "ja"], ["wt", "hzrsrq", "m", "iqrxsqt", "ja"], ["wt", "hzrsrq", "m", "iqrxsqt", "j", "a"], ["wt", "hzrsr", "q", "m", "iqrxsqt", "j", "a"], ["wt", "hzrsr", "q", "m", "i", "qrxsqt", "j", "a"], ["wt", "hzrsr", "q", "m", "i", "qr", "xsqt", "j", "a"], ["wt", "hzrsr", "q", "m", "i", "qr", "xs", "qt", "j", "a"], ["wt", "hzrsr", "q", "m", "i", "q", "r", "xs", "qt", "j", "a"], ["wt", "hzrsr", "q", "m", "i", "q", "r", "xs", "q", "t", "j", "a"], ["w", "t", "hzrsr", "q", "m", "i", "q", "r", "xs", "q", "t", "j", "a"], ["w", "t", "hzrsr", "q", "m", "i", "q", "r", "x", "s", "q", "t", "j", "a"], ["w", "t", "hzrs", "r", "q", "m", "i", "q", "r", "x", "s", "q", "t", "j", "a"], ["w", "t", "hz", "rs", "r", "q", "m", "i", "q", "r", "x", "s", "q", "t", "j", "a"]]}, "config": {"length": 18, "num_posisions": 16, "positions": [[0, 16], [0, 2], [1, 6], [2, 1], [4, 1], [1, 5], [4, 1], [5, 2], [6, 2], [5, 1], [8, 1], [0, 1], [8, 1], [2, 4], [2, 2], [2, 1]], "strings": "wthzrsrqmiqrxsqtja"}, "task_name": "task09", "example_name": "0141", "problem_name": "task09_0141"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngwmhtjahwcziefsktwghsangjzxf\nIndices:\n(0, 27), (0, 1), (1, 8), (1, 3), (3, 13), (2, 2), (4, 3), (6, 3), (2, 1), (5, 1), (4, 1), (1, 2), (6, 1), (11, 2), (9, 1), (12, 1)", "label": {"final": ["g", "wm", "h", "t", "j", "a", "h", "w", "c", "z", "i", "efsktwghsa", "n", "g", "j", "zx", "f"], "init": ["gwmhtjahwcziefsktwghsangjzxf"], "intermediate": [["gwmhtjahwcziefsktwghsangjzx", "f"], ["g", "wmhtjahwcziefsktwghsangjzx", "f"], ["g", "wmhtjahw", "cziefsktwghsangjzx", "f"], ["g", "wmh", "tjahw", "cziefsktwghsangjzx", "f"], ["g", "wmh", "tjahw", "cziefsktwghsa", "ngjzx", "f"], ["g", "wmh", "tj", "ahw", "cziefsktwghsa", "ngjzx", "f"], ["g", "wmh", "tj", "ahw", "czi", "efsktwghsa", "ngjzx", "f"], ["g", "wmh", "tj", "ahw", "czi", "efsktwghsa", "ngj", "zx", "f"], ["g", "wmh", "t", "j", "ahw", "czi", "efsktwghsa", "ngj", "zx", "f"], ["g", "wmh", "t", "j", "ahw", "c", "zi", "efsktwghsa", "ngj", "zx", "f"], ["g", "wmh", "t", "j", "a", "hw", "c", "zi", "efsktwghsa", "ngj", "zx", "f"], ["g", "wm", "h", "t", "j", "a", "hw", "c", "zi", "efsktwghsa", "ngj", "zx", "f"], ["g", "wm", "h", "t", "j", "a", "h", "w", "c", "zi", "efsktwghsa", "ngj", "zx", "f"], ["g", "wm", "h", "t", "j", "a", "h", "w", "c", "zi", "efsktwghsa", "ng", "j", "zx", "f"], ["g", "wm", "h", "t", "j", "a", "h", "w", "c", "z", "i", "efsktwghsa", "ng", "j", "zx", "f"]]}, "config": {"length": 28, "num_posisions": 16, "positions": [[0, 27], [0, 1], [1, 8], [1, 3], [3, 13], [2, 2], [4, 3], [6, 3], [2, 1], [5, 1], [4, 1], [1, 2], [6, 1], [11, 2], [9, 1], [12, 1]], "strings": "gwmhtjahwcziefsktwghsangjzxf"}, "task_name": "task09", "example_name": "0142", "problem_name": "task09_0142"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlommjqircfcswjinspjencibhbyzo\nIndices:\n(0, 20), (0, 18), (0, 15), (1, 2), (1, 1), (5, 1), (0, 9), (0, 8), (2, 5), (9, 2), (9, 1), (2, 3), (12, 5), (2, 2), (9, 1), (14, 1)", "label": {"final": ["lommjqir", "c", "fc", "s", "wj", "i", "n", "s", "p", "j", "e", "n", "c", "i", "b", "hbyz", "o"], "init": ["lommjqircfcswjinspjencibhbyzo"], "intermediate": [["lommjqircfcswjinspje", "ncibhbyzo"], ["lommjqircfcswjinsp", "je", "ncibhbyzo"], ["lommjqircfcswji", "nsp", "je", "ncibhbyzo"], ["lommjqircfcswji", "ns", "p", "je", "ncibhbyzo"], ["lommjqircfcswji", "n", "s", "p", "je", "ncibhbyzo"], ["lommjqircfcswji", "n", "s", "p", "je", "n", "cibhbyzo"], ["lommjqirc", "fcswji", "n", "s", "p", "je", "n", "cibhbyzo"], ["lommjqir", "c", "fcswji", "n", "s", "p", "je", "n", "cibhbyzo"], ["lommjqir", "c", "fcswj", "i", "n", "s", "p", "je", "n", "cibhbyzo"], ["lommjqir", "c", "fcswj", "i", "n", "s", "p", "je", "n", "ci", "bhbyzo"], ["lommjqir", "c", "fcswj", "i", "n", "s", "p", "je", "n", "c", "i", "bhbyzo"], ["lommjqir", "c", "fcs", "wj", "i", "n", "s", "p", "je", "n", "c", "i", "bhbyzo"], ["lommjqir", "c", "fcs", "wj", "i", "n", "s", "p", "je", "n", "c", "i", "bhbyz", "o"], ["lommjqir", "c", "fc", "s", "wj", "i", "n", "s", "p", "je", "n", "c", "i", "bhbyz", "o"], ["lommjqir", "c", "fc", "s", "wj", "i", "n", "s", "p", "j", "e", "n", "c", "i", "bhbyz", "o"]]}, "config": {"length": 29, "num_posisions": 16, "positions": [[0, 20], [0, 18], [0, 15], [1, 2], [1, 1], [5, 1], [0, 9], [0, 8], [2, 5], [9, 2], [9, 1], [2, 3], [12, 5], [2, 2], [9, 1], [14, 1]], "strings": "lommjqircfcswjinspjencibhbyzo"}, "task_name": "task09", "example_name": "0143", "problem_name": "task09_0143"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngswcfemtvaqsyosmiyszmfs\nIndices:\n(0, 21), (1, 1), (0, 19), (0, 2), (0, 1), (2, 10), (2, 1), (3, 6), (6, 1), (3, 1), (5, 2), (7, 2), (5, 1), (4, 4), (9, 1), (11, 2)", "label": {"final": ["g", "s", "w", "c", "femt", "v", "a", "q", "s", "y", "o", "sm", "iys", "z", "m", "f", "s"], "init": ["gswcfemtvaqsyosmiyszmfs"], "intermediate": [["gswcfemtvaqsyosmiyszm", "fs"], ["gswcfemtvaqsyosmiyszm", "f", "s"], ["gswcfemtvaqsyosmiys", "zm", "f", "s"], ["gs", "wcfemtvaqsyosmiys", "zm", "f", "s"], ["g", "s", "wcfemtvaqsyosmiys", "zm", "f", "s"], ["g", "s", "wcfemtvaqs", "yosmiys", "zm", "f", "s"], ["g", "s", "w", "cfemtvaqs", "yosmiys", "zm", "f", "s"], ["g", "s", "w", "cfemtv", "aqs", "yosmiys", "zm", "f", "s"], ["g", "s", "w", "cfemtv", "aqs", "yosmiys", "z", "m", "f", "s"], ["g", "s", "w", "c", "femtv", "aqs", "yosmiys", "z", "m", "f", "s"], ["g", "s", "w", "c", "femtv", "aq", "s", "yosmiys", "z", "m", "f", "s"], ["g", "s", "w", "c", "femtv", "aq", "s", "yo", "smiys", "z", "m", "f", "s"], ["g", "s", "w", "c", "femtv", "a", "q", "s", "yo", "smiys", "z", "m", "f", "s"], ["g", "s", "w", "c", "femt", "v", "a", "q", "s", "yo", "smiys", "z", "m", "f", "s"], ["g", "s", "w", "c", "femt", "v", "a", "q", "s", "y", "o", "smiys", "z", "m", "f", "s"]]}, "config": {"length": 23, "num_posisions": 16, "positions": [[0, 21], [1, 1], [0, 19], [0, 2], [0, 1], [2, 10], [2, 1], [3, 6], [6, 1], [3, 1], [5, 2], [7, 2], [5, 1], [4, 4], [9, 1], [11, 2]], "strings": "gswcfemtvaqsyosmiyszmfs"}, "task_name": "task09", "example_name": "0144", "problem_name": "task09_0144"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndcxabuiytqpegrhogadblgd\nIndices:\n(0, 2), (0, 1), (2, 15), (3, 5), (3, 1), (2, 11), (3, 2), (3, 1), (7, 2), (8, 1), (5, 1), (8, 1), (2, 3), (3, 1), (4, 2), (4, 1)", "label": {"final": ["d", "c", "xab", "u", "i", "y", "tqpeg", "r", "h", "o", "g", "a", "d", "b", "l", "g", "d"], "init": ["dcxabuiytqpegrhogadblgd"], "intermediate": [["dc", "xabuiytqpegrhogadblgd"], ["d", "c", "xabuiytqpegrhogadblgd"], ["d", "c", "xabuiytqpegrhog", "adblgd"], ["d", "c", "xabuiytqpegrhog", "adblg", "d"], ["d", "c", "xabuiytqpegrhog", "a", "dblg", "d"], ["d", "c", "xabuiytqpeg", "rhog", "a", "dblg", "d"], ["d", "c", "xabuiytqpeg", "rh", "og", "a", "dblg", "d"], ["d", "c", "xabuiytqpeg", "r", "h", "og", "a", "dblg", "d"], ["d", "c", "xabuiytqpeg", "r", "h", "og", "a", "db", "lg", "d"], ["d", "c", "xabuiytqpeg", "r", "h", "og", "a", "db", "l", "g", "d"], ["d", "c", "xabuiytqpeg", "r", "h", "o", "g", "a", "db", "l", "g", "d"], ["d", "c", "xabuiytqpeg", "r", "h", "o", "g", "a", "d", "b", "l", "g", "d"], ["d", "c", "xab", "uiytqpeg", "r", "h", "o", "g", "a", "d", "b", "l", "g", "d"], ["d", "c", "xab", "u", "iytqpeg", "r", "h", "o", "g", "a", "d", "b", "l", "g", "d"], ["d", "c", "xab", "u", "iy", "tqpeg", "r", "h", "o", "g", "a", "d", "b", "l", "g", "d"]]}, "config": {"length": 23, "num_posisions": 16, "positions": [[0, 2], [0, 1], [2, 15], [3, 5], [3, 1], [2, 11], [3, 2], [3, 1], [7, 2], [8, 1], [5, 1], [8, 1], [2, 3], [3, 1], [4, 2], [4, 1]], "strings": "dcxabuiytqpegrhogadblgd"}, "task_name": "task09", "example_name": "0145", "problem_name": "task09_0145"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npunkmvhlnpzqltxnnplxivpam\nIndices:\n(0, 19), (1, 5), (1, 3), (1, 1), (0, 5), (1, 6), (5, 1), (2, 2), (3, 5), (2, 1), (0, 3), (5, 3), (5, 2), (10, 1), (1, 1), (0, 2)", "label": {"final": ["pu", "n", "k", "m", "vhlnpz", "q", "l", "tx", "n", "np", "l", "x", "i", "v", "p", "a", "m"], "init": ["punkmvhlnpzqltxnnplxivpam"], "intermediate": [["punkmvhlnpzqltxnnpl", "xivpam"], ["punkmvhlnpzqltxnnpl", "xivpa", "m"], ["punkmvhlnpzqltxnnpl", "xiv", "pa", "m"], ["punkmvhlnpzqltxnnpl", "x", "iv", "pa", "m"], ["punkm", "vhlnpzqltxnnpl", "x", "iv", "pa", "m"], ["punkm", "vhlnpz", "qltxnnpl", "x", "iv", "pa", "m"], ["punkm", "vhlnpz", "qltxnnpl", "x", "iv", "p", "a", "m"], ["punkm", "vhlnpz", "ql", "txnnpl", "x", "iv", "p", "a", "m"], ["punkm", "vhlnpz", "ql", "txnnp", "l", "x", "iv", "p", "a", "m"], ["punkm", "vhlnpz", "q", "l", "txnnp", "l", "x", "iv", "p", "a", "m"], ["pun", "km", "vhlnpz", "q", "l", "txnnp", "l", "x", "iv", "p", "a", "m"], ["pun", "km", "vhlnpz", "q", "l", "txn", "np", "l", "x", "iv", "p", "a", "m"], ["pun", "km", "vhlnpz", "q", "l", "tx", "n", "np", "l", "x", "iv", "p", "a", "m"], ["pun", "km", "vhlnpz", "q", "l", "tx", "n", "np", "l", "x", "i", "v", "p", "a", "m"], ["pun", "k", "m", "vhlnpz", "q", "l", "tx", "n", "np", "l", "x", "i", "v", "p", "a", "m"]]}, "config": {"length": 25, "num_posisions": 16, "positions": [[0, 19], [1, 5], [1, 3], [1, 1], [0, 5], [1, 6], [5, 1], [2, 2], [3, 5], [2, 1], [0, 3], [5, 3], [5, 2], [10, 1], [1, 1], [0, 2]], "strings": "punkmvhlnpzqltxnnplxivpam"}, "task_name": "task09", "example_name": "0146", "problem_name": "task09_0146"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntwvxjgfbolhzmzyppeax\nIndices:\n(0, 9), (1, 4), (0, 5), (1, 1), (4, 4), (2, 2), (2, 1), (6, 3), (0, 2), (7, 1), (8, 1), (6, 1), (7, 1), (0, 1), (14, 1), (9, 1)", "label": {"final": ["t", "w", "vxj", "g", "f", "b", "o", "l", "h", "z", "m", "z", "y", "p", "p", "e", "ax"], "init": ["twvxjgfbolhzmzyppeax"], "intermediate": [["twvxjgfbo", "lhzmzyppeax"], ["twvxjgfbo", "lhzm", "zyppeax"], ["twvxj", "gfbo", "lhzm", "zyppeax"], ["twvxj", "g", "fbo", "lhzm", "zyppeax"], ["twvxj", "g", "fbo", "lhzm", "zypp", "eax"], ["twvxj", "g", "fb", "o", "lhzm", "zypp", "eax"], ["twvxj", "g", "f", "b", "o", "lhzm", "zypp", "eax"], ["twvxj", "g", "f", "b", "o", "lhzm", "zyp", "p", "eax"], ["tw", "vxj", "g", "f", "b", "o", "lhzm", "zyp", "p", "eax"], ["tw", "vxj", "g", "f", "b", "o", "lhzm", "z", "yp", "p", "eax"], ["tw", "vxj", "g", "f", "b", "o", "lhzm", "z", "y", "p", "p", "eax"], ["tw", "vxj", "g", "f", "b", "o", "l", "hzm", "z", "y", "p", "p", "eax"], ["tw", "vxj", "g", "f", "b", "o", "l", "h", "zm", "z", "y", "p", "p", "eax"], ["t", "w", "vxj", "g", "f", "b", "o", "l", "h", "zm", "z", "y", "p", "p", "eax"], ["t", "w", "vxj", "g", "f", "b", "o", "l", "h", "zm", "z", "y", "p", "p", "e", "ax"]]}, "config": {"length": 20, "num_posisions": 16, "positions": [[0, 9], [1, 4], [0, 5], [1, 1], [4, 4], [2, 2], [2, 1], [6, 3], [0, 2], [7, 1], [8, 1], [6, 1], [7, 1], [0, 1], [14, 1], [9, 1]], "strings": "twvxjgfbolhzmzyppeax"}, "task_name": "task09", "example_name": "0147", "problem_name": "task09_0147"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhupanivnpxwoypenrydfthrora\nIndices:\n(0, 17), (1, 5), (1, 1), (3, 2), (0, 2), (1, 14), (5, 1), (7, 1), (1, 8), (2, 2), (3, 1), (2, 1), (0, 1), (9, 1), (2, 2), (7, 2)", "label": {"final": ["h", "u", "pa", "nivnpx", "w", "o", "y", "pe", "n", "r", "y", "d", "fth", "r", "o", "r", "a"], "init": ["hupanivnpxwoypenrydfthrora"], "intermediate": [["hupanivnpxwoypenr", "ydfthrora"], ["hupanivnpxwoypenr", "ydfth", "rora"], ["hupanivnpxwoypenr", "y", "dfth", "rora"], ["hupanivnpxwoypenr", "y", "dfth", "ro", "ra"], ["hu", "panivnpxwoypenr", "y", "dfth", "ro", "ra"], ["hu", "panivnpxwoypen", "r", "y", "dfth", "ro", "ra"], ["hu", "panivnpxwoypen", "r", "y", "dfth", "r", "o", "ra"], ["hu", "panivnpxwoypen", "r", "y", "dfth", "r", "o", "r", "a"], ["hu", "panivnpx", "woypen", "r", "y", "dfth", "r", "o", "r", "a"], ["hu", "panivnpx", "wo", "ypen", "r", "y", "dfth", "r", "o", "r", "a"], ["hu", "panivnpx", "wo", "y", "pen", "r", "y", "dfth", "r", "o", "r", "a"], ["hu", "panivnpx", "w", "o", "y", "pen", "r", "y", "dfth", "r", "o", "r", "a"], ["h", "u", "panivnpx", "w", "o", "y", "pen", "r", "y", "dfth", "r", "o", "r", "a"], ["h", "u", "panivnpx", "w", "o", "y", "pen", "r", "y", "d", "fth", "r", "o", "r", "a"], ["h", "u", "pa", "nivnpx", "w", "o", "y", "pen", "r", "y", "d", "fth", "r", "o", "r", "a"]]}, "config": {"length": 26, "num_posisions": 16, "positions": [[0, 17], [1, 5], [1, 1], [3, 2], [0, 2], [1, 14], [5, 1], [7, 1], [1, 8], [2, 2], [3, 1], [2, 1], [0, 1], [9, 1], [2, 2], [7, 2]], "strings": "hupanivnpxwoypenrydfthrora"}, "task_name": "task09", "example_name": "0148", "problem_name": "task09_0148"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhwoiaqdtcmuhlugyvocetvkek\nIndices:\n(0, 3), (0, 2), (0, 1), (3, 2), (3, 1), (5, 15), (5, 12), (7, 2), (6, 2), (5, 9), (5, 7), (10, 1), (12, 1), (6, 1), (9, 1), (15, 1)", "label": {"final": ["h", "w", "o", "i", "a", "qdtcmuh", "l", "u", "gyv", "o", "c", "e", "t", "v", "k", "e", "k"], "init": ["hwoiaqdtcmuhlugyvocetvkek"], "intermediate": [["hwo", "iaqdtcmuhlugyvocetvkek"], ["hw", "o", "iaqdtcmuhlugyvocetvkek"], ["h", "w", "o", "iaqdtcmuhlugyvocetvkek"], ["h", "w", "o", "ia", "qdtcmuhlugyvocetvkek"], ["h", "w", "o", "i", "a", "qdtcmuhlugyvocetvkek"], ["h", "w", "o", "i", "a", "qdtcmuhlugyvoce", "tvkek"], ["h", "w", "o", "i", "a", "qdtcmuhlugyv", "oce", "tvkek"], ["h", "w", "o", "i", "a", "qdtcmuhlugyv", "oce", "tv", "kek"], ["h", "w", "o", "i", "a", "qdtcmuhlugyv", "oc", "e", "tv", "kek"], ["h", "w", "o", "i", "a", "qdtcmuhlu", "gyv", "oc", "e", "tv", "kek"], ["h", "w", "o", "i", "a", "qdtcmuh", "lu", "gyv", "oc", "e", "tv", "kek"], ["h", "w", "o", "i", "a", "qdtcmuh", "lu", "gyv", "oc", "e", "t", "v", "kek"], ["h", "w", "o", "i", "a", "qdtcmuh", "lu", "gyv", "oc", "e", "t", "v", "k", "ek"], ["h", "w", "o", "i", "a", "qdtcmuh", "l", "u", "gyv", "oc", "e", "t", "v", "k", "ek"], ["h", "w", "o", "i", "a", "qdtcmuh", "l", "u", "gyv", "o", "c", "e", "t", "v", "k", "ek"]]}, "config": {"length": 25, "num_posisions": 16, "positions": [[0, 3], [0, 2], [0, 1], [3, 2], [3, 1], [5, 15], [5, 12], [7, 2], [6, 2], [5, 9], [5, 7], [10, 1], [12, 1], [6, 1], [9, 1], [15, 1]], "strings": "hwoiaqdtcmuhlugyvocetvkek"}, "task_name": "task09", "example_name": "0149", "problem_name": "task09_0149"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntfyauhqsmqkuxuaskdwtmwendstvay\nIndices:\n(0, 28), (0, 1), (1, 15), (2, 5), (3, 6), (1, 2), (3, 1), (4, 3), (1, 1), (7, 1), (8, 2), (9, 2), (12, 1), (9, 1), (5, 2), (5, 1), (3, 6)", "label": {"final": ["t", "f", "y", "auhqsm", "qkuxuas", "k", "d", "w", "t", "m", "w", "en", "d", "s", "t", "v", "a", "y"], "init": ["tfyauhqsmqkuxuaskdwtmwendstvay"], "intermediate": [["tfyauhqsmqkuxuaskdwtmwendstv", "ay"], ["t", "fyauhqsmqkuxuaskdwtmwendstv", "ay"], ["t", "fyauhqsmqkuxuas", "kdwtmwendstv", "ay"], ["t", "fyauhqsmqkuxuas", "kdwtm", "wendstv", "ay"], ["t", "fyauhqsmqkuxuas", "kdwtm", "wendst", "v", "ay"], ["t", "fy", "auhqsmqkuxuas", "kdwtm", "wendst", "v", "ay"], ["t", "fy", "auhqsmqkuxuas", "k", "dwtm", "wendst", "v", "ay"], ["t", "fy", "auhqsmqkuxuas", "k", "dwt", "m", "wendst", "v", "ay"], ["t", "f", "y", "auhqsmqkuxuas", "k", "dwt", "m", "wendst", "v", "ay"], ["t", "f", "y", "auhqsmqkuxuas", "k", "dwt", "m", "w", "endst", "v", "ay"], ["t", "f", "y", "auhqsmqkuxuas", "k", "dwt", "m", "w", "en", "dst", "v", "ay"], ["t", "f", "y", "auhqsmqkuxuas", "k", "dwt", "m", "w", "en", "ds", "t", "v", "ay"], ["t", "f", "y", "auhqsmqkuxuas", "k", "dwt", "m", "w", "en", "ds", "t", "v", "a", "y"], ["t", "f", "y", "auhqsmqkuxuas", "k", "dwt", "m", "w", "en", "d", "s", "t", "v", "a", "y"], ["t", "f", "y", "auhqsmqkuxuas", "k", "dw", "t", "m", "w", "en", "d", "s", "t", "v", "a", "y"], ["t", "f", "y", "auhqsmqkuxuas", "k", "d", "w", "t", "m", "w", "en", "d", "s", "t", "v", "a", "y"]]}, "config": {"length": 30, "num_posisions": 17, "positions": [[0, 28], [0, 1], [1, 15], [2, 5], [3, 6], [1, 2], [3, 1], [4, 3], [1, 1], [7, 1], [8, 2], [9, 2], [12, 1], [9, 1], [5, 2], [5, 1], [3, 6]], "strings": "tfyauhqsmqkuxuaskdwtmwendstvay"}, "task_name": "task09", "example_name": "0150", "problem_name": "task09_0150"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nchvzuvgziwcvhwxxswmeaakwoboeop\nIndices:\n(0, 13), (0, 3), (0, 2), (0, 1), (4, 5), (4, 4), (4, 1), (7, 9), (3, 1), (9, 2), (9, 1), (4, 6), (5, 1), (6, 1), (11, 5), (4, 3), (13, 2)", "label": {"final": ["c", "h", "v", "z", "uvg", "ziw", "c", "v", "h", "w", "xxs", "w", "meaak", "wo", "bo", "e", "o", "p"], "init": ["chvzuvgziwcvhwxxswmeaakwoboeop"], "intermediate": [["chvzuvgziwcvh", "wxxswmeaakwoboeop"], ["chv", "zuvgziwcvh", "wxxswmeaakwoboeop"], ["ch", "v", "zuvgziwcvh", "wxxswmeaakwoboeop"], ["c", "h", "v", "zuvgziwcvh", "wxxswmeaakwoboeop"], ["c", "h", "v", "zuvgziwcvh", "wxxsw", "meaakwoboeop"], ["c", "h", "v", "zuvgziwcvh", "wxxs", "w", "meaakwoboeop"], ["c", "h", "v", "zuvgziwcvh", "w", "xxs", "w", "meaakwoboeop"], ["c", "h", "v", "zuvgziwcvh", "w", "xxs", "w", "meaakwobo", "eop"], ["c", "h", "v", "z", "uvgziwcvh", "w", "xxs", "w", "meaakwobo", "eop"], ["c", "h", "v", "z", "uvgziwcvh", "w", "xxs", "w", "meaakwobo", "eo", "p"], ["c", "h", "v", "z", "uvgziwcvh", "w", "xxs", "w", "meaakwobo", "e", "o", "p"], ["c", "h", "v", "z", "uvgziw", "cvh", "w", "xxs", "w", "meaakwobo", "e", "o", "p"], ["c", "h", "v", "z", "uvgziw", "c", "vh", "w", "xxs", "w", "meaakwobo", "e", "o", "p"], ["c", "h", "v", "z", "uvgziw", "c", "v", "h", "w", "xxs", "w", "meaakwobo", "e", "o", "p"], ["c", "h", "v", "z", "uvgziw", "c", "v", "h", "w", "xxs", "w", "meaak", "wobo", "e", "o", "p"], ["c", "h", "v", "z", "uvg", "ziw", "c", "v", "h", "w", "xxs", "w", "meaak", "wobo", "e", "o", "p"]]}, "config": {"length": 30, "num_posisions": 17, "positions": [[0, 13], [0, 3], [0, 2], [0, 1], [4, 5], [4, 4], [4, 1], [7, 9], [3, 1], [9, 2], [9, 1], [4, 6], [5, 1], [6, 1], [11, 5], [4, 3], [13, 2]], "strings": "chvzuvgziwcvhwxxswmeaakwoboeop"}, "task_name": "task09", "example_name": "0151", "problem_name": "task09_0151"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwkmccgzxbhrxhavuschykxjtasoll\nIndices:\n(0, 1), (1, 23), (1, 2), (1, 1), (3, 11), (5, 4), (5, 2), (4, 7), (3, 5), (7, 1), (5, 4), (10, 1), (3, 2), (4, 1), (3, 1), (10, 2), (8, 2)", "label": {"final": ["w", "k", "m", "c", "c", "g", "zx", "bhrxha", "vu", "sc", "hyk", "xj", "t", "a", "s", "o", "l", "l"], "init": ["wkmccgzxbhrxhavuschykxjtasoll"], "intermediate": [["w", "kmccgzxbhrxhavuschykxjtasoll"], ["w", "kmccgzxbhrxhavuschykxjt", "asoll"], ["w", "km", "ccgzxbhrxhavuschykxjt", "asoll"], ["w", "k", "m", "ccgzxbhrxhavuschykxjt", "asoll"], ["w", "k", "m", "ccgzxbhrxha", "vuschykxjt", "asoll"], ["w", "k", "m", "ccgzxbhrxha", "vuschykxjt", "asol", "l"], ["w", "k", "m", "ccgzxbhrxha", "vuschykxjt", "as", "ol", "l"], ["w", "k", "m", "ccgzxbhrxha", "vuschyk", "xjt", "as", "ol", "l"], ["w", "k", "m", "ccgzx", "bhrxha", "vuschyk", "xjt", "as", "ol", "l"], ["w", "k", "m", "ccgzx", "bhrxha", "vuschyk", "xjt", "a", "s", "ol", "l"], ["w", "k", "m", "ccgzx", "bhrxha", "vusc", "hyk", "xjt", "a", "s", "ol", "l"], ["w", "k", "m", "ccgzx", "bhrxha", "vusc", "hyk", "xjt", "a", "s", "o", "l", "l"], ["w", "k", "m", "cc", "gzx", "bhrxha", "vusc", "hyk", "xjt", "a", "s", "o", "l", "l"], ["w", "k", "m", "cc", "g", "zx", "bhrxha", "vusc", "hyk", "xjt", "a", "s", "o", "l", "l"], ["w", "k", "m", "c", "c", "g", "zx", "bhrxha", "vusc", "hyk", "xjt", "a", "s", "o", "l", "l"], ["w", "k", "m", "c", "c", "g", "zx", "bhrxha", "vusc", "hyk", "xj", "t", "a", "s", "o", "l", "l"]]}, "config": {"length": 29, "num_posisions": 17, "positions": [[0, 1], [1, 23], [1, 2], [1, 1], [3, 11], [5, 4], [5, 2], [4, 7], [3, 5], [7, 1], [5, 4], [10, 1], [3, 2], [4, 1], [3, 1], [10, 2], [8, 2]], "strings": "wkmccgzxbhrxhavuschykxjtasoll"}, "task_name": "task09", "example_name": "0152", "problem_name": "task09_0152"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfrxtsawahzoudjqcshcjzojjh\nIndices:\n(0, 21), (1, 2), (1, 1), (0, 18), (0, 15), (5, 1), (0, 1), (1, 13), (3, 2), (1, 1), (2, 7), (3, 3), (2, 4), (3, 1), (6, 1), (2, 3), (10, 1)", "label": {"final": ["f", "r", "xts", "a", "w", "ah", "zou", "d", "j", "q", "c", "s", "h", "cjz", "o", "j", "j", "h"], "init": ["frxtsawahzoudjqcshcjzojjh"], "intermediate": [["frxtsawahzoudjqcshcjz", "ojjh"], ["frxtsawahzoudjqcshcjz", "oj", "jh"], ["frxtsawahzoudjqcshcjz", "o", "j", "jh"], ["frxtsawahzoudjqcsh", "cjz", "o", "j", "jh"], ["frxtsawahzoudjq", "csh", "cjz", "o", "j", "jh"], ["frxtsawahzoudjq", "csh", "cjz", "o", "j", "j", "h"], ["f", "rxtsawahzoudjq", "csh", "cjz", "o", "j", "j", "h"], ["f", "rxtsawahzoudj", "q", "csh", "cjz", "o", "j", "j", "h"], ["f", "rxtsawahzoudj", "q", "cs", "h", "cjz", "o", "j", "j", "h"], ["f", "r", "xtsawahzoudj", "q", "cs", "h", "cjz", "o", "j", "j", "h"], ["f", "r", "xtsawah", "zoudj", "q", "cs", "h", "cjz", "o", "j", "j", "h"], ["f", "r", "xtsawah", "zou", "dj", "q", "cs", "h", "cjz", "o", "j", "j", "h"], ["f", "r", "xtsa", "wah", "zou", "dj", "q", "cs", "h", "cjz", "o", "j", "j", "h"], ["f", "r", "xtsa", "w", "ah", "zou", "dj", "q", "cs", "h", "cjz", "o", "j", "j", "h"], ["f", "r", "xtsa", "w", "ah", "zou", "d", "j", "q", "cs", "h", "cjz", "o", "j", "j", "h"], ["f", "r", "xts", "a", "w", "ah", "zou", "d", "j", "q", "cs", "h", "cjz", "o", "j", "j", "h"]]}, "config": {"length": 25, "num_posisions": 17, "positions": [[0, 21], [1, 2], [1, 1], [0, 18], [0, 15], [5, 1], [0, 1], [1, 13], [3, 2], [1, 1], [2, 7], [3, 3], [2, 4], [3, 1], [6, 1], [2, 3], [10, 1]], "strings": "frxtsawahzoudjqcshcjzojjh"}, "task_name": "task09", "example_name": "0153", "problem_name": "task09_0153"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrbeafkqpoczqpigpwjwb\nIndices:\n(0, 12), (0, 8), (1, 3), (1, 1), (0, 3), (1, 2), (2, 1), (5, 1), (3, 1), (9, 5), (1, 1), (11, 1), (0, 1), (11, 4), (11, 1), (12, 2), (16, 1)", "label": {"final": ["r", "be", "a", "f", "k", "q", "p", "o", "c", "z", "q", "p", "ig", "p", "w", "j", "w", "b"], "init": ["rbeafkqpoczqpigpwjwb"], "intermediate": [["rbeafkqpoczq", "pigpwjwb"], ["rbeafkqp", "oczq", "pigpwjwb"], ["rbeafkqp", "ocz", "q", "pigpwjwb"], ["rbeafkqp", "o", "cz", "q", "pigpwjwb"], ["rbe", "afkqp", "o", "cz", "q", "pigpwjwb"], ["rbe", "af", "kqp", "o", "cz", "q", "pigpwjwb"], ["rbe", "af", "k", "qp", "o", "cz", "q", "pigpwjwb"], ["rbe", "af", "k", "qp", "o", "c", "z", "q", "pigpwjwb"], ["rbe", "af", "k", "q", "p", "o", "c", "z", "q", "pigpwjwb"], ["rbe", "af", "k", "q", "p", "o", "c", "z", "q", "pigpw", "jwb"], ["rbe", "a", "f", "k", "q", "p", "o", "c", "z", "q", "pigpw", "jwb"], ["rbe", "a", "f", "k", "q", "p", "o", "c", "z", "q", "pigpw", "j", "wb"], ["r", "be", "a", "f", "k", "q", "p", "o", "c", "z", "q", "pigpw", "j", "wb"], ["r", "be", "a", "f", "k", "q", "p", "o", "c", "z", "q", "pigp", "w", "j", "wb"], ["r", "be", "a", "f", "k", "q", "p", "o", "c", "z", "q", "p", "igp", "w", "j", "wb"], ["r", "be", "a", "f", "k", "q", "p", "o", "c", "z", "q", "p", "ig", "p", "w", "j", "wb"]]}, "config": {"length": 20, "num_posisions": 17, "positions": [[0, 12], [0, 8], [1, 3], [1, 1], [0, 3], [1, 2], [2, 1], [5, 1], [3, 1], [9, 5], [1, 1], [11, 1], [0, 1], [11, 4], [11, 1], [12, 2], [16, 1]], "strings": "rbeafkqpoczqpigpwjwb"}, "task_name": "task09", "example_name": "0154", "problem_name": "task09_0154"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nluyrezaiodgowidqstsfuoysamb\nIndices:\n(0, 6), (0, 4), (1, 1), (3, 16), (4, 3), (4, 2), (3, 12), (0, 3), (5, 2), (0, 2), (8, 1), (7, 1), (0, 1), (7, 1), (14, 1), (6, 10), (6, 2)", "label": {"final": ["l", "u", "y", "r", "e", "z", "ai", "odgowidq", "st", "s", "f", "u", "o", "y", "s", "a", "m", "b"], "init": ["luyrezaiodgowidqstsfuoysamb"], "intermediate": [["luyrez", "aiodgowidqstsfuoysamb"], ["luyr", "ez", "aiodgowidqstsfuoysamb"], ["luyr", "e", "z", "aiodgowidqstsfuoysamb"], ["luyr", "e", "z", "aiodgowidqstsfuo", "ysamb"], ["luyr", "e", "z", "aiodgowidqstsfuo", "ysa", "mb"], ["luyr", "e", "z", "aiodgowidqstsfuo", "ys", "a", "mb"], ["luyr", "e", "z", "aiodgowidqst", "sfuo", "ys", "a", "mb"], ["luy", "r", "e", "z", "aiodgowidqst", "sfuo", "ys", "a", "mb"], ["luy", "r", "e", "z", "aiodgowidqst", "sf", "uo", "ys", "a", "mb"], ["lu", "y", "r", "e", "z", "aiodgowidqst", "sf", "uo", "ys", "a", "mb"], ["lu", "y", "r", "e", "z", "aiodgowidqst", "sf", "uo", "y", "s", "a", "mb"], ["lu", "y", "r", "e", "z", "aiodgowidqst", "sf", "u", "o", "y", "s", "a", "mb"], ["l", "u", "y", "r", "e", "z", "aiodgowidqst", "sf", "u", "o", "y", "s", "a", "mb"], ["l", "u", "y", "r", "e", "z", "aiodgowidqst", "s", "f", "u", "o", "y", "s", "a", "mb"], ["l", "u", "y", "r", "e", "z", "aiodgowidqst", "s", "f", "u", "o", "y", "s", "a", "m", "b"], ["l", "u", "y", "r", "e", "z", "aiodgowidq", "st", "s", "f", "u", "o", "y", "s", "a", "m", "b"]]}, "config": {"length": 27, "num_posisions": 17, "positions": [[0, 6], [0, 4], [1, 1], [3, 16], [4, 3], [4, 2], [3, 12], [0, 3], [5, 2], [0, 2], [8, 1], [7, 1], [0, 1], [7, 1], [14, 1], [6, 10], [6, 2]], "strings": "luyrezaiodgowidqstsfuoysamb"}, "task_name": "task09", "example_name": "0155", "problem_name": "task09_0155"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkahxzrviiakpmnflamzj\nIndices:\n(0, 19), (0, 13), (1, 5), (1, 3), (2, 1), (0, 4), (1, 8), (1, 3), (0, 2), (3, 4), (0, 1), (3, 2), (2, 1), (4, 1), (7, 3), (11, 1), (7, 1)", "label": {"final": ["k", "a", "h", "x", "z", "r", "v", "i", "ia", "k", "p", "m", "n", "fl", "a", "m", "z", "j"], "init": ["kahxzrviiakpmnflamzj"], "intermediate": [["kahxzrviiakpmnflamz", "j"], ["kahxzrviiakpm", "nflamz", "j"], ["kahxzrviiakpm", "nflam", "z", "j"], ["kahxzrviiakpm", "nfl", "am", "z", "j"], ["kahxzrviiakpm", "nfl", "a", "m", "z", "j"], ["kahx", "zrviiakpm", "nfl", "a", "m", "z", "j"], ["kahx", "zrviiakp", "m", "nfl", "a", "m", "z", "j"], ["kahx", "zrv", "iiakp", "m", "nfl", "a", "m", "z", "j"], ["ka", "hx", "zrv", "iiakp", "m", "nfl", "a", "m", "z", "j"], ["ka", "hx", "zrv", "iiak", "p", "m", "nfl", "a", "m", "z", "j"], ["k", "a", "hx", "zrv", "iiak", "p", "m", "nfl", "a", "m", "z", "j"], ["k", "a", "hx", "zr", "v", "iiak", "p", "m", "nfl", "a", "m", "z", "j"], ["k", "a", "h", "x", "zr", "v", "iiak", "p", "m", "nfl", "a", "m", "z", "j"], ["k", "a", "h", "x", "z", "r", "v", "iiak", "p", "m", "nfl", "a", "m", "z", "j"], ["k", "a", "h", "x", "z", "r", "v", "iia", "k", "p", "m", "nfl", "a", "m", "z", "j"], ["k", "a", "h", "x", "z", "r", "v", "iia", "k", "p", "m", "n", "fl", "a", "m", "z", "j"]]}, "config": {"length": 20, "num_posisions": 17, "positions": [[0, 19], [0, 13], [1, 5], [1, 3], [2, 1], [0, 4], [1, 8], [1, 3], [0, 2], [3, 4], [0, 1], [3, 2], [2, 1], [4, 1], [7, 3], [11, 1], [7, 1]], "strings": "kahxzrviiakpmnflamzj"}, "task_name": "task09", "example_name": "0156", "problem_name": "task09_0156"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\niwzcfftbxrnhfbhsgnnzqtm\nIndices:\n(0, 12), (0, 3), (1, 7), (2, 1), (0, 2), (2, 3), (0, 1), (4, 2), (3, 2), (5, 1), (7, 1), (3, 1), (12, 4), (12, 1), (14, 3), (15, 1), (13, 1)", "label": {"final": ["i", "w", "z", "c", "f", "f", "t", "b", "x", "r", "n", "h", "f", "b", "hs", "gnn", "z", "qtm"], "init": ["iwzcfftbxrnhfbhsgnnzqtm"], "intermediate": [["iwzcfftbxrnh", "fbhsgnnzqtm"], ["iwz", "cfftbxrnh", "fbhsgnnzqtm"], ["iwz", "cfftbxr", "nh", "fbhsgnnzqtm"], ["iwz", "cfftbxr", "n", "h", "fbhsgnnzqtm"], ["iw", "z", "cfftbxr", "n", "h", "fbhsgnnzqtm"], ["iw", "z", "cff", "tbxr", "n", "h", "fbhsgnnzqtm"], ["i", "w", "z", "cff", "tbxr", "n", "h", "fbhsgnnzqtm"], ["i", "w", "z", "cff", "tb", "xr", "n", "h", "fbhsgnnzqtm"], ["i", "w", "z", "cf", "f", "tb", "xr", "n", "h", "fbhsgnnzqtm"], ["i", "w", "z", "cf", "f", "t", "b", "xr", "n", "h", "fbhsgnnzqtm"], ["i", "w", "z", "cf", "f", "t", "b", "x", "r", "n", "h", "fbhsgnnzqtm"], ["i", "w", "z", "c", "f", "f", "t", "b", "x", "r", "n", "h", "fbhsgnnzqtm"], ["i", "w", "z", "c", "f", "f", "t", "b", "x", "r", "n", "h", "fbhs", "gnnzqtm"], ["i", "w", "z", "c", "f", "f", "t", "b", "x", "r", "n", "h", "f", "bhs", "gnnzqtm"], ["i", "w", "z", "c", "f", "f", "t", "b", "x", "r", "n", "h", "f", "bhs", "gnn", "zqtm"], ["i", "w", "z", "c", "f", "f", "t", "b", "x", "r", "n", "h", "f", "bhs", "gnn", "z", "qtm"]]}, "config": {"length": 23, "num_posisions": 17, "positions": [[0, 12], [0, 3], [1, 7], [2, 1], [0, 2], [2, 3], [0, 1], [4, 2], [3, 2], [5, 1], [7, 1], [3, 1], [12, 4], [12, 1], [14, 3], [15, 1], [13, 1]], "strings": "iwzcfftbxrnhfbhsgnnzqtm"}, "task_name": "task09", "example_name": "0157", "problem_name": "task09_0157"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbnrwxpqylcofuwfzrrou\nIndices:\n(0, 2), (0, 1), (2, 15), (2, 8), (3, 6), (5, 2), (2, 2), (6, 1), (3, 3), (4, 2), (6, 3), (6, 1), (4, 1), (2, 1), (10, 1), (9, 1), (12, 1)", "label": {"final": ["b", "n", "r", "w", "xpq", "y", "l", "c", "o", "f", "u", "w", "f", "z", "r", "r", "o", "u"], "init": ["bnrwxpqylcofuwfzrrou"], "intermediate": [["bn", "rwxpqylcofuwfzrrou"], ["b", "n", "rwxpqylcofuwfzrrou"], ["b", "n", "rwxpqylcofuwfzr", "rou"], ["b", "n", "rwxpqylc", "ofuwfzr", "rou"], ["b", "n", "rwxpqylc", "ofuwfz", "r", "rou"], ["b", "n", "rwxpqylc", "ofuwfz", "r", "ro", "u"], ["b", "n", "rw", "xpqylc", "ofuwfz", "r", "ro", "u"], ["b", "n", "rw", "xpqylc", "ofuwfz", "r", "r", "o", "u"], ["b", "n", "rw", "xpq", "ylc", "ofuwfz", "r", "r", "o", "u"], ["b", "n", "rw", "xpq", "yl", "c", "ofuwfz", "r", "r", "o", "u"], ["b", "n", "rw", "xpq", "yl", "c", "ofu", "wfz", "r", "r", "o", "u"], ["b", "n", "rw", "xpq", "yl", "c", "o", "fu", "wfz", "r", "r", "o", "u"], ["b", "n", "rw", "xpq", "y", "l", "c", "o", "fu", "wfz", "r", "r", "o", "u"], ["b", "n", "r", "w", "xpq", "y", "l", "c", "o", "fu", "wfz", "r", "r", "o", "u"], ["b", "n", "r", "w", "xpq", "y", "l", "c", "o", "fu", "w", "fz", "r", "r", "o", "u"], ["b", "n", "r", "w", "xpq", "y", "l", "c", "o", "f", "u", "w", "fz", "r", "r", "o", "u"]]}, "config": {"length": 20, "num_posisions": 17, "positions": [[0, 2], [0, 1], [2, 15], [2, 8], [3, 6], [5, 2], [2, 2], [6, 1], [3, 3], [4, 2], [6, 3], [6, 1], [4, 1], [2, 1], [10, 1], [9, 1], [12, 1]], "strings": "bnrwxpqylcofuwfzrrou"}, "task_name": "task09", "example_name": "0158", "problem_name": "task09_0158"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\numehhjogopobrqfynjn\nIndices:\n(0, 6), (0, 4), (0, 3), (0, 2), (3, 1), (5, 12), (5, 11), (5, 1), (6, 4), (7, 5), (7, 4), (0, 1), (7, 1), (9, 1), (8, 1), (9, 1), (12, 2)", "label": {"final": ["u", "m", "e", "h", "h", "j", "o", "g", "o", "p", "o", "b", "rq", "f", "y", "n", "j", "n"], "init": ["umehhjogopobrqfynjn"], "intermediate": [["umehhj", "ogopobrqfynjn"], ["umeh", "hj", "ogopobrqfynjn"], ["ume", "h", "hj", "ogopobrqfynjn"], ["um", "e", "h", "hj", "ogopobrqfynjn"], ["um", "e", "h", "h", "j", "ogopobrqfynjn"], ["um", "e", "h", "h", "j", "ogopobrqfynj", "n"], ["um", "e", "h", "h", "j", "ogopobrqfyn", "j", "n"], ["um", "e", "h", "h", "j", "o", "gopobrqfyn", "j", "n"], ["um", "e", "h", "h", "j", "o", "gopo", "brqfyn", "j", "n"], ["um", "e", "h", "h", "j", "o", "gopo", "brqfy", "n", "j", "n"], ["um", "e", "h", "h", "j", "o", "gopo", "brqf", "y", "n", "j", "n"], ["u", "m", "e", "h", "h", "j", "o", "gopo", "brqf", "y", "n", "j", "n"], ["u", "m", "e", "h", "h", "j", "o", "g", "opo", "brqf", "y", "n", "j", "n"], ["u", "m", "e", "h", "h", "j", "o", "g", "opo", "b", "rqf", "y", "n", "j", "n"], ["u", "m", "e", "h", "h", "j", "o", "g", "o", "po", "b", "rqf", "y", "n", "j", "n"], ["u", "m", "e", "h", "h", "j", "o", "g", "o", "p", "o", "b", "rqf", "y", "n", "j", "n"]]}, "config": {"length": 19, "num_posisions": 17, "positions": [[0, 6], [0, 4], [0, 3], [0, 2], [3, 1], [5, 12], [5, 11], [5, 1], [6, 4], [7, 5], [7, 4], [0, 1], [7, 1], [9, 1], [8, 1], [9, 1], [12, 2]], "strings": "umehhjogopobrqfynjn"}, "task_name": "task09", "example_name": "0159", "problem_name": "task09_0159"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkhgjegtmrwjptetpefeuje\nIndices:\n(0, 2), (1, 14), (1, 7), (2, 5), (2, 1), (5, 5), (5, 2), (6, 1), (4, 1), (1, 1), (7, 1), (4, 1), (11, 1), (2, 1), (3, 3), (3, 2), (5, 1), (3, 1)", "label": {"final": ["kh", "g", "j", "e", "g", "t", "m", "r", "w", "j", "pte", "t", "p", "e", "f", "e", "u", "j", "e"], "init": ["khgjegtmrwjptetpefeuje"], "intermediate": [["kh", "gjegtmrwjptetpefeuje"], ["kh", "gjegtmrwjptetp", "efeuje"], ["kh", "gjegtmr", "wjptetp", "efeuje"], ["kh", "gjegtmr", "wjpte", "tp", "efeuje"], ["kh", "gjegtmr", "w", "jpte", "tp", "efeuje"], ["kh", "gjegtmr", "w", "jpte", "tp", "efeuj", "e"], ["kh", "gjegtmr", "w", "jpte", "tp", "ef", "euj", "e"], ["kh", "gjegtmr", "w", "jpte", "tp", "ef", "e", "uj", "e"], ["kh", "gjegtmr", "w", "jpte", "t", "p", "ef", "e", "uj", "e"], ["kh", "g", "jegtmr", "w", "jpte", "t", "p", "ef", "e", "uj", "e"], ["kh", "g", "jegtmr", "w", "jpte", "t", "p", "e", "f", "e", "uj", "e"], ["kh", "g", "jegtmr", "w", "j", "pte", "t", "p", "e", "f", "e", "uj", "e"], ["kh", "g", "jegtmr", "w", "j", "pte", "t", "p", "e", "f", "e", "u", "j", "e"], ["kh", "g", "j", "egtmr", "w", "j", "pte", "t", "p", "e", "f", "e", "u", "j", "e"], ["kh", "g", "j", "egt", "mr", "w", "j", "pte", "t", "p", "e", "f", "e", "u", "j", "e"], ["kh", "g", "j", "eg", "t", "mr", "w", "j", "pte", "t", "p", "e", "f", "e", "u", "j", "e"], ["kh", "g", "j", "eg", "t", "m", "r", "w", "j", "pte", "t", "p", "e", "f", "e", "u", "j", "e"]]}, "config": {"length": 22, "num_posisions": 18, "positions": [[0, 2], [1, 14], [1, 7], [2, 5], [2, 1], [5, 5], [5, 2], [6, 1], [4, 1], [1, 1], [7, 1], [4, 1], [11, 1], [2, 1], [3, 3], [3, 2], [5, 1], [3, 1]], "strings": "khgjegtmrwjptetpefeuje"}, "task_name": "task09", "example_name": "0160", "problem_name": "task09_0160"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njsubvqvihjokmliacsaadklupzzs\nIndices:\n(0, 19), (0, 15), (1, 1), (2, 2), (2, 1), (0, 11), (1, 2), (7, 8), (2, 1), (1, 1), (9, 7), (9, 5), (9, 2), (9, 1), (12, 1), (0, 8), (12, 2), (1, 1)", "label": {"final": ["jsubvqvi", "h", "jo", "k", "m", "l", "i", "a", "c", "s", "a", "a", "d", "kl", "u", "p", "z", "z", "s"], "init": ["jsubvqvihjokmliacsaadklupzzs"], "intermediate": [["jsubvqvihjokmliacsa", "adklupzzs"], ["jsubvqvihjokmli", "acsa", "adklupzzs"], ["jsubvqvihjokmli", "a", "csa", "adklupzzs"], ["jsubvqvihjokmli", "a", "cs", "a", "adklupzzs"], ["jsubvqvihjokmli", "a", "c", "s", "a", "adklupzzs"], ["jsubvqvihjo", "kmli", "a", "c", "s", "a", "adklupzzs"], ["jsubvqvihjo", "km", "li", "a", "c", "s", "a", "adklupzzs"], ["jsubvqvihjo", "km", "li", "a", "c", "s", "a", "adklupzz", "s"], ["jsubvqvihjo", "km", "l", "i", "a", "c", "s", "a", "adklupzz", "s"], ["jsubvqvihjo", "k", "m", "l", "i", "a", "c", "s", "a", "adklupzz", "s"], ["jsubvqvihjo", "k", "m", "l", "i", "a", "c", "s", "a", "adklupz", "z", "s"], ["jsubvqvihjo", "k", "m", "l", "i", "a", "c", "s", "a", "adklu", "pz", "z", "s"], ["jsubvqvihjo", "k", "m", "l", "i", "a", "c", "s", "a", "ad", "klu", "pz", "z", "s"], ["jsubvqvihjo", "k", "m", "l", "i", "a", "c", "s", "a", "a", "d", "klu", "pz", "z", "s"], ["jsubvqvihjo", "k", "m", "l", "i", "a", "c", "s", "a", "a", "d", "klu", "p", "z", "z", "s"], ["jsubvqvi", "hjo", "k", "m", "l", "i", "a", "c", "s", "a", "a", "d", "klu", "p", "z", "z", "s"], ["jsubvqvi", "hjo", "k", "m", "l", "i", "a", "c", "s", "a", "a", "d", "kl", "u", "p", "z", "z", "s"]]}, "config": {"length": 28, "num_posisions": 18, "positions": [[0, 19], [0, 15], [1, 1], [2, 2], [2, 1], [0, 11], [1, 2], [7, 8], [2, 1], [1, 1], [9, 7], [9, 5], [9, 2], [9, 1], [12, 1], [0, 8], [12, 2], [1, 1]], "strings": "jsubvqvihjokmliacsaadklupzzs"}, "task_name": "task09", "example_name": "0161", "problem_name": "task09_0161"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzsotejevsrncmlwhimvrahdzppnfxe\nIndices:\n(0, 3), (1, 21), (0, 2), (3, 4), (3, 3), (3, 1), (4, 1), (0, 1), (8, 1), (3, 18), (4, 1), (3, 9), (3, 3), (3, 1), (6, 3), (6, 2), (6, 1), (4, 1)", "label": {"final": ["z", "s", "o", "t", "e", "j", "evsrnc", "m", "l", "w", "himvra", "h", "dz", "p", "p", "n", "f", "x", "e"], "init": ["zsotejevsrncmlwhimvrahdzppnfxe"], "intermediate": [["zso", "tejevsrncmlwhimvrahdzppnfxe"], ["zso", "tejevsrncmlwhimvrahdz", "ppnfxe"], ["zs", "o", "tejevsrncmlwhimvrahdz", "ppnfxe"], ["zs", "o", "tejevsrncmlwhimvrahdz", "ppnf", "xe"], ["zs", "o", "tejevsrncmlwhimvrahdz", "ppn", "f", "xe"], ["zs", "o", "tejevsrncmlwhimvrahdz", "p", "pn", "f", "xe"], ["zs", "o", "tejevsrncmlwhimvrahdz", "p", "p", "n", "f", "xe"], ["z", "s", "o", "tejevsrncmlwhimvrahdz", "p", "p", "n", "f", "xe"], ["z", "s", "o", "tejevsrncmlwhimvrahdz", "p", "p", "n", "f", "x", "e"], ["z", "s", "o", "tejevsrncmlwhimvra", "hdz", "p", "p", "n", "f", "x", "e"], ["z", "s", "o", "tejevsrncmlwhimvra", "h", "dz", "p", "p", "n", "f", "x", "e"], ["z", "s", "o", "tejevsrnc", "mlwhimvra", "h", "dz", "p", "p", "n", "f", "x", "e"], ["z", "s", "o", "tej", "evsrnc", "mlwhimvra", "h", "dz", "p", "p", "n", "f", "x", "e"], ["z", "s", "o", "t", "ej", "evsrnc", "mlwhimvra", "h", "dz", "p", "p", "n", "f", "x", "e"], ["z", "s", "o", "t", "ej", "evsrnc", "mlw", "himvra", "h", "dz", "p", "p", "n", "f", "x", "e"], ["z", "s", "o", "t", "ej", "evsrnc", "ml", "w", "himvra", "h", "dz", "p", "p", "n", "f", "x", "e"], ["z", "s", "o", "t", "ej", "evsrnc", "m", "l", "w", "himvra", "h", "dz", "p", "p", "n", "f", "x", "e"]]}, "config": {"length": 30, "num_posisions": 18, "positions": [[0, 3], [1, 21], [0, 2], [3, 4], [3, 3], [3, 1], [4, 1], [0, 1], [8, 1], [3, 18], [4, 1], [3, 9], [3, 3], [3, 1], [6, 3], [6, 2], [6, 1], [4, 1]], "strings": "zsotejevsrncmlwhimvrahdzppnfxe"}, "task_name": "task09", "example_name": "0162", "problem_name": "task09_0162"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngmulhbpdufvtrvewfvnciegasjf\nIndices:\n(0, 17), (1, 1), (2, 3), (2, 1), (4, 1), (0, 2), (0, 1), (2, 5), (6, 1), (3, 6), (4, 2), (2, 4), (6, 1), (2, 1), (5, 2), (3, 1), (7, 1), (8, 2)", "label": {"final": ["g", "m", "u", "l", "hb", "p", "du", "f", "vt", "r", "ve", "w", "f", "v", "n", "c", "i", "e", "gasjf"], "init": ["gmulhbpdufvtrvewfvnciegasjf"], "intermediate": [["gmulhbpdufvtrvewf", "vnciegasjf"], ["gmulhbpdufvtrvewf", "v", "nciegasjf"], ["gmulhbpdufvtrvewf", "v", "nci", "egasjf"], ["gmulhbpdufvtrvewf", "v", "n", "ci", "egasjf"], ["gmulhbpdufvtrvewf", "v", "n", "ci", "e", "gasjf"], ["gm", "ulhbpdufvtrvewf", "v", "n", "ci", "e", "gasjf"], ["g", "m", "ulhbpdufvtrvewf", "v", "n", "ci", "e", "gasjf"], ["g", "m", "ulhbp", "dufvtrvewf", "v", "n", "ci", "e", "gasjf"], ["g", "m", "ulhbp", "dufvtrvewf", "v", "n", "c", "i", "e", "gasjf"], ["g", "m", "ulhbp", "dufvtr", "vewf", "v", "n", "c", "i", "e", "gasjf"], ["g", "m", "ulhbp", "dufvtr", "ve", "wf", "v", "n", "c", "i", "e", "gasjf"], ["g", "m", "ulhb", "p", "dufvtr", "ve", "wf", "v", "n", "c", "i", "e", "gasjf"], ["g", "m", "ulhb", "p", "dufvtr", "ve", "w", "f", "v", "n", "c", "i", "e", "gasjf"], ["g", "m", "u", "lhb", "p", "dufvtr", "ve", "w", "f", "v", "n", "c", "i", "e", "gasjf"], ["g", "m", "u", "lhb", "p", "du", "fvtr", "ve", "w", "f", "v", "n", "c", "i", "e", "gasjf"], ["g", "m", "u", "l", "hb", "p", "du", "fvtr", "ve", "w", "f", "v", "n", "c", "i", "e", "gasjf"], ["g", "m", "u", "l", "hb", "p", "du", "f", "vtr", "ve", "w", "f", "v", "n", "c", "i", "e", "gasjf"]]}, "config": {"length": 27, "num_posisions": 18, "positions": [[0, 17], [1, 1], [2, 3], [2, 1], [4, 1], [0, 2], [0, 1], [2, 5], [6, 1], [3, 6], [4, 2], [2, 4], [6, 1], [2, 1], [5, 2], [3, 1], [7, 1], [8, 2]], "strings": "gmulhbpdufvtrvewfvnciegasjf"}, "task_name": "task09", "example_name": "0163", "problem_name": "task09_0163"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwbviwezgnvotiuhetphdgfooxx\nIndices:\n(0, 12), (0, 7), (0, 2), (0, 1), (2, 2), (3, 1), (4, 1), (6, 4), (6, 2), (7, 1), (6, 1), (11, 7), (12, 5), (13, 1), (11, 6), (13, 3), (11, 3), (2, 1)", "label": {"final": ["w", "b", "v", "i", "w", "e", "z", "g", "n", "v", "o", "t", "iuh", "etp", "h", "dgf", "oo", "x", "x"], "init": ["wbviwezgnvotiuhetphdgfooxx"], "intermediate": [["wbviwezgnvot", "iuhetphdgfooxx"], ["wbviwez", "gnvot", "iuhetphdgfooxx"], ["wb", "viwez", "gnvot", "iuhetphdgfooxx"], ["w", "b", "viwez", "gnvot", "iuhetphdgfooxx"], ["w", "b", "vi", "wez", "gnvot", "iuhetphdgfooxx"], ["w", "b", "vi", "w", "ez", "gnvot", "iuhetphdgfooxx"], ["w", "b", "vi", "w", "e", "z", "gnvot", "iuhetphdgfooxx"], ["w", "b", "vi", "w", "e", "z", "gnvo", "t", "iuhetphdgfooxx"], ["w", "b", "vi", "w", "e", "z", "gn", "vo", "t", "iuhetphdgfooxx"], ["w", "b", "vi", "w", "e", "z", "gn", "v", "o", "t", "iuhetphdgfooxx"], ["w", "b", "vi", "w", "e", "z", "g", "n", "v", "o", "t", "iuhetphdgfooxx"], ["w", "b", "vi", "w", "e", "z", "g", "n", "v", "o", "t", "iuhetph", "dgfooxx"], ["w", "b", "vi", "w", "e", "z", "g", "n", "v", "o", "t", "iuhetph", "dgfoo", "xx"], ["w", "b", "vi", "w", "e", "z", "g", "n", "v", "o", "t", "iuhetph", "dgfoo", "x", "x"], ["w", "b", "vi", "w", "e", "z", "g", "n", "v", "o", "t", "iuhetp", "h", "dgfoo", "x", "x"], ["w", "b", "vi", "w", "e", "z", "g", "n", "v", "o", "t", "iuhetp", "h", "dgf", "oo", "x", "x"], ["w", "b", "vi", "w", "e", "z", "g", "n", "v", "o", "t", "iuh", "etp", "h", "dgf", "oo", "x", "x"]]}, "config": {"length": 26, "num_posisions": 18, "positions": [[0, 12], [0, 7], [0, 2], [0, 1], [2, 2], [3, 1], [4, 1], [6, 4], [6, 2], [7, 1], [6, 1], [11, 7], [12, 5], [13, 1], [11, 6], [13, 3], [11, 3], [2, 1]], "strings": "wbviwezgnvotiuhetphdgfooxx"}, "task_name": "task09", "example_name": "0164", "problem_name": "task09_0164"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntsdzentrzjireoiicqeocmiv\nIndices:\n(0, 2), (1, 2), (2, 13), (0, 1), (2, 1), (5, 2), (5, 1), (4, 3), (5, 7), (6, 2), (6, 1), (4, 1), (12, 1), (13, 2), (6, 6), (6, 5), (15, 1), (5, 1)", "label": {"final": ["t", "s", "d", "z", "e", "n", "t", "rzjir", "e", "o", "i", "i", "c", "q", "e", "o", "c", "m", "iv"], "init": ["tsdzentrzjireoiicqeocmiv"], "intermediate": [["ts", "dzentrzjireoiicqeocmiv"], ["ts", "dz", "entrzjireoiicqeocmiv"], ["ts", "dz", "entrzjireoiic", "qeocmiv"], ["t", "s", "dz", "entrzjireoiic", "qeocmiv"], ["t", "s", "d", "z", "entrzjireoiic", "qeocmiv"], ["t", "s", "d", "z", "entrzjireoiic", "qe", "ocmiv"], ["t", "s", "d", "z", "entrzjireoiic", "q", "e", "ocmiv"], ["t", "s", "d", "z", "ent", "rzjireoiic", "q", "e", "ocmiv"], ["t", "s", "d", "z", "ent", "rzjireo", "iic", "q", "e", "ocmiv"], ["t", "s", "d", "z", "ent", "rzjireo", "ii", "c", "q", "e", "ocmiv"], ["t", "s", "d", "z", "ent", "rzjireo", "i", "i", "c", "q", "e", "ocmiv"], ["t", "s", "d", "z", "e", "nt", "rzjireo", "i", "i", "c", "q", "e", "ocmiv"], ["t", "s", "d", "z", "e", "nt", "rzjireo", "i", "i", "c", "q", "e", "o", "cmiv"], ["t", "s", "d", "z", "e", "nt", "rzjireo", "i", "i", "c", "q", "e", "o", "cm", "iv"], ["t", "s", "d", "z", "e", "nt", "rzjire", "o", "i", "i", "c", "q", "e", "o", "cm", "iv"], ["t", "s", "d", "z", "e", "nt", "rzjir", "e", "o", "i", "i", "c", "q", "e", "o", "cm", "iv"], ["t", "s", "d", "z", "e", "nt", "rzjir", "e", "o", "i", "i", "c", "q", "e", "o", "c", "m", "iv"]]}, "config": {"length": 24, "num_posisions": 18, "positions": [[0, 2], [1, 2], [2, 13], [0, 1], [2, 1], [5, 2], [5, 1], [4, 3], [5, 7], [6, 2], [6, 1], [4, 1], [12, 1], [13, 2], [6, 6], [6, 5], [15, 1], [5, 1]], "strings": "tsdzentrzjireoiicqeocmiv"}, "task_name": "task09", "example_name": "0165", "problem_name": "task09_0165"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nsykdiutoyexkzquaztfdae\nIndices:\n(0, 12), (1, 7), (1, 5), (2, 1), (1, 2), (2, 2), (0, 8), (0, 3), (1, 1), (0, 1), (3, 1), (1, 1), (8, 1), (6, 3), (5, 2), (9, 1), (7, 1), (8, 1)", "label": {"final": ["s", "y", "k", "d", "i", "ut", "o", "y", "e", "x", "k", "z", "q", "u", "a", "z", "t", "f", "dae"], "init": ["sykdiutoyexkzquaztfdae"], "intermediate": [["sykdiutoyexk", "zquaztfdae"], ["sykdiutoyexk", "zquaztf", "dae"], ["sykdiutoyexk", "zquaz", "tf", "dae"], ["sykdiutoyexk", "zquaz", "t", "f", "dae"], ["sykdiutoyexk", "zq", "uaz", "t", "f", "dae"], ["sykdiutoyexk", "zq", "ua", "z", "t", "f", "dae"], ["sykdiuto", "yexk", "zq", "ua", "z", "t", "f", "dae"], ["syk", "diuto", "yexk", "zq", "ua", "z", "t", "f", "dae"], ["syk", "d", "iuto", "yexk", "zq", "ua", "z", "t", "f", "dae"], ["s", "yk", "d", "iuto", "yexk", "zq", "ua", "z", "t", "f", "dae"], ["s", "yk", "d", "i", "uto", "yexk", "zq", "ua", "z", "t", "f", "dae"], ["s", "y", "k", "d", "i", "uto", "yexk", "zq", "ua", "z", "t", "f", "dae"], ["s", "y", "k", "d", "i", "uto", "yexk", "zq", "u", "a", "z", "t", "f", "dae"], ["s", "y", "k", "d", "i", "uto", "yex", "k", "zq", "u", "a", "z", "t", "f", "dae"], ["s", "y", "k", "d", "i", "ut", "o", "yex", "k", "zq", "u", "a", "z", "t", "f", "dae"], ["s", "y", "k", "d", "i", "ut", "o", "yex", "k", "z", "q", "u", "a", "z", "t", "f", "dae"], ["s", "y", "k", "d", "i", "ut", "o", "y", "ex", "k", "z", "q", "u", "a", "z", "t", "f", "dae"]]}, "config": {"length": 22, "num_posisions": 18, "positions": [[0, 12], [1, 7], [1, 5], [2, 1], [1, 2], [2, 2], [0, 8], [0, 3], [1, 1], [0, 1], [3, 1], [1, 1], [8, 1], [6, 3], [5, 2], [9, 1], [7, 1], [8, 1]], "strings": "sykdiutoyexkzquaztfdae"}, "task_name": "task09", "example_name": "0166", "problem_name": "task09_0166"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\noblwmedwnhpjvycbolb\nIndices:\n(0, 3), (1, 1), (0, 1), (3, 8), (1, 1), (4, 2), (5, 4), (6, 1), (8, 5), (5, 3), (10, 1), (5, 1), (6, 1), (11, 3), (4, 1), (12, 2), (12, 1), (15, 1)", "label": {"final": ["o", "b", "l", "w", "m", "e", "d", "w", "n", "h", "p", "j", "v", "y", "c", "b", "o", "l", "b"], "init": ["oblwmedwnhpjvycbolb"], "intermediate": [["obl", "wmedwnhpjvycbolb"], ["obl", "w", "medwnhpjvycbolb"], ["o", "bl", "w", "medwnhpjvycbolb"], ["o", "bl", "w", "medwnhpj", "vycbolb"], ["o", "b", "l", "w", "medwnhpj", "vycbolb"], ["o", "b", "l", "w", "me", "dwnhpj", "vycbolb"], ["o", "b", "l", "w", "me", "dwnh", "pj", "vycbolb"], ["o", "b", "l", "w", "me", "dwnh", "p", "j", "vycbolb"], ["o", "b", "l", "w", "me", "dwnh", "p", "j", "vycbo", "lb"], ["o", "b", "l", "w", "me", "dwn", "h", "p", "j", "vycbo", "lb"], ["o", "b", "l", "w", "me", "dwn", "h", "p", "j", "vycbo", "l", "b"], ["o", "b", "l", "w", "me", "d", "wn", "h", "p", "j", "vycbo", "l", "b"], ["o", "b", "l", "w", "me", "d", "w", "n", "h", "p", "j", "vycbo", "l", "b"], ["o", "b", "l", "w", "me", "d", "w", "n", "h", "p", "j", "vyc", "bo", "l", "b"], ["o", "b", "l", "w", "m", "e", "d", "w", "n", "h", "p", "j", "vyc", "bo", "l", "b"], ["o", "b", "l", "w", "m", "e", "d", "w", "n", "h", "p", "j", "vy", "c", "bo", "l", "b"], ["o", "b", "l", "w", "m", "e", "d", "w", "n", "h", "p", "j", "v", "y", "c", "bo", "l", "b"]]}, "config": {"length": 19, "num_posisions": 18, "positions": [[0, 3], [1, 1], [0, 1], [3, 8], [1, 1], [4, 2], [5, 4], [6, 1], [8, 5], [5, 3], [10, 1], [5, 1], [6, 1], [11, 3], [4, 1], [12, 2], [12, 1], [15, 1]], "strings": "oblwmedwnhpjvycbolb"}, "task_name": "task09", "example_name": "0167", "problem_name": "task09_0167"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrsyvjiidflrrhsrfovcbvfvikstrhd\nIndices:\n(0, 14), (1, 9), (2, 1), (0, 6), (2, 6), (1, 3), (6, 3), (4, 1), (3, 1), (4, 3), (10, 2), (2, 2), (11, 1), (1, 1), (4, 1), (5, 1), (11, 1), (3, 1)", "label": {"final": ["rsyvji", "i", "df", "l", "r", "r", "h", "s", "r", "fov", "cb", "v", "f", "v", "i", "kst", "r", "h", "d"], "init": ["rsyvjiidflrrhsrfovcbvfvikstrhd"], "intermediate": [["rsyvjiidflrrhs", "rfovcbvfvikstrhd"], ["rsyvjiidflrrhs", "rfovcbvfv", "ikstrhd"], ["rsyvjiidflrrhs", "rfovcbvfv", "i", "kstrhd"], ["rsyvji", "idflrrhs", "rfovcbvfv", "i", "kstrhd"], ["rsyvji", "idflrrhs", "rfovcb", "vfv", "i", "kstrhd"], ["rsyvji", "idf", "lrrhs", "rfovcb", "vfv", "i", "kstrhd"], ["rsyvji", "idf", "lrrhs", "rfovcb", "vfv", "i", "kst", "rhd"], ["rsyvji", "idf", "lrrhs", "rfovcb", "v", "fv", "i", "kst", "rhd"], ["rsyvji", "idf", "lrrhs", "r", "fovcb", "v", "fv", "i", "kst", "rhd"], ["rsyvji", "idf", "lrrhs", "r", "fov", "cb", "v", "fv", "i", "kst", "rhd"], ["rsyvji", "idf", "lrrhs", "r", "fov", "cb", "v", "fv", "i", "kst", "rh", "d"], ["rsyvji", "idf", "lr", "rhs", "r", "fov", "cb", "v", "fv", "i", "kst", "rh", "d"], ["rsyvji", "idf", "lr", "rhs", "r", "fov", "cb", "v", "fv", "i", "kst", "r", "h", "d"], ["rsyvji", "i", "df", "lr", "rhs", "r", "fov", "cb", "v", "fv", "i", "kst", "r", "h", "d"], ["rsyvji", "i", "df", "lr", "r", "hs", "r", "fov", "cb", "v", "fv", "i", "kst", "r", "h", "d"], ["rsyvji", "i", "df", "lr", "r", "h", "s", "r", "fov", "cb", "v", "fv", "i", "kst", "r", "h", "d"], ["rsyvji", "i", "df", "lr", "r", "h", "s", "r", "fov", "cb", "v", "f", "v", "i", "kst", "r", "h", "d"]]}, "config": {"length": 30, "num_posisions": 18, "positions": [[0, 14], [1, 9], [2, 1], [0, 6], [2, 6], [1, 3], [6, 3], [4, 1], [3, 1], [4, 3], [10, 2], [2, 2], [11, 1], [1, 1], [4, 1], [5, 1], [11, 1], [3, 1]], "strings": "rsyvjiidflrrhsrfovcbvfvikstrhd"}, "task_name": "task09", "example_name": "0168", "problem_name": "task09_0168"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nenosdsenkjleecgegqjyd\nIndices:\n(0, 2), (1, 5), (0, 1), (3, 4), (3, 2), (2, 3), (4, 1), (7, 4), (7, 2), (7, 1), (9, 1), (6, 1), (12, 5), (12, 1), (3, 1), (2, 1), (15, 3), (15, 2)", "label": {"final": ["e", "n", "o", "sd", "s", "e", "n", "k", "j", "l", "e", "e", "c", "g", "e", "gq", "j", "y", "d"], "init": ["enosdsenkjleecgegqjyd"], "intermediate": [["en", "osdsenkjleecgegqjyd"], ["en", "osdse", "nkjleecgegqjyd"], ["e", "n", "osdse", "nkjleecgegqjyd"], ["e", "n", "osdse", "nkjl", "eecgegqjyd"], ["e", "n", "osdse", "nk", "jl", "eecgegqjyd"], ["e", "n", "osd", "se", "nk", "jl", "eecgegqjyd"], ["e", "n", "osd", "se", "n", "k", "jl", "eecgegqjyd"], ["e", "n", "osd", "se", "n", "k", "jl", "eecg", "egqjyd"], ["e", "n", "osd", "se", "n", "k", "jl", "ee", "cg", "egqjyd"], ["e", "n", "osd", "se", "n", "k", "jl", "e", "e", "cg", "egqjyd"], ["e", "n", "osd", "se", "n", "k", "jl", "e", "e", "c", "g", "egqjyd"], ["e", "n", "osd", "se", "n", "k", "j", "l", "e", "e", "c", "g", "egqjyd"], ["e", "n", "osd", "se", "n", "k", "j", "l", "e", "e", "c", "g", "egqjy", "d"], ["e", "n", "osd", "se", "n", "k", "j", "l", "e", "e", "c", "g", "e", "gqjy", "d"], ["e", "n", "osd", "s", "e", "n", "k", "j", "l", "e", "e", "c", "g", "e", "gqjy", "d"], ["e", "n", "o", "sd", "s", "e", "n", "k", "j", "l", "e", "e", "c", "g", "e", "gqjy", "d"], ["e", "n", "o", "sd", "s", "e", "n", "k", "j", "l", "e", "e", "c", "g", "e", "gqj", "y", "d"]]}, "config": {"length": 21, "num_posisions": 18, "positions": [[0, 2], [1, 5], [0, 1], [3, 4], [3, 2], [2, 3], [4, 1], [7, 4], [7, 2], [7, 1], [9, 1], [6, 1], [12, 5], [12, 1], [3, 1], [2, 1], [15, 3], [15, 2]], "strings": "enosdsenkjleecgegqjyd"}, "task_name": "task09", "example_name": "0169", "problem_name": "task09_0169"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\niyimsfmpngyuuynydqjajcors\nIndices:\n(0, 11), (0, 2), (2, 10), (2, 1), (1, 6), (5, 3), (0, 1), (6, 1), (7, 1), (3, 1), (4, 1), (7, 7), (8, 1), (7, 6), (2, 5), (2, 1), (3, 1), (4, 1), (11, 3)", "label": {"final": ["i", "y", "i", "m", "s", "fm", "p", "n", "g", "y", "u", "uyn", "ydq", "j", "a", "j", "c", "o", "r", "s"], "init": ["iyimsfmpngyuuynydqjajcors"], "intermediate": [["iyimsfmpngy", "uuynydqjajcors"], ["iy", "imsfmpngy", "uuynydqjajcors"], ["iy", "imsfmpngy", "uuynydqjaj", "cors"], ["iy", "imsfmpngy", "u", "uynydqjaj", "cors"], ["iy", "imsfmp", "ngy", "u", "uynydqjaj", "cors"], ["iy", "imsfmp", "ngy", "u", "uynydqjaj", "cor", "s"], ["i", "y", "imsfmp", "ngy", "u", "uynydqjaj", "cor", "s"], ["i", "y", "imsfmp", "ngy", "u", "uynydqjaj", "c", "or", "s"], ["i", "y", "imsfmp", "ngy", "u", "uynydqjaj", "c", "o", "r", "s"], ["i", "y", "imsfmp", "n", "gy", "u", "uynydqjaj", "c", "o", "r", "s"], ["i", "y", "imsfmp", "n", "g", "y", "u", "uynydqjaj", "c", "o", "r", "s"], ["i", "y", "imsfmp", "n", "g", "y", "u", "uynydqj", "aj", "c", "o", "r", "s"], ["i", "y", "imsfmp", "n", "g", "y", "u", "uynydqj", "a", "j", "c", "o", "r", "s"], ["i", "y", "imsfmp", "n", "g", "y", "u", "uynydq", "j", "a", "j", "c", "o", "r", "s"], ["i", "y", "imsfm", "p", "n", "g", "y", "u", "uynydq", "j", "a", "j", "c", "o", "r", "s"], ["i", "y", "i", "msfm", "p", "n", "g", "y", "u", "uynydq", "j", "a", "j", "c", "o", "r", "s"], ["i", "y", "i", "m", "sfm", "p", "n", "g", "y", "u", "uynydq", "j", "a", "j", "c", "o", "r", "s"], ["i", "y", "i", "m", "s", "fm", "p", "n", "g", "y", "u", "uynydq", "j", "a", "j", "c", "o", "r", "s"]]}, "config": {"length": 25, "num_posisions": 19, "positions": [[0, 11], [0, 2], [2, 10], [2, 1], [1, 6], [5, 3], [0, 1], [6, 1], [7, 1], [3, 1], [4, 1], [7, 7], [8, 1], [7, 6], [2, 5], [2, 1], [3, 1], [4, 1], [11, 3]], "strings": "iyimsfmpngyuuynydqjajcors"}, "task_name": "task09", "example_name": "0170", "problem_name": "task09_0170"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrgdwnzfbharbyqyzhegbieicgudwt\nIndices:\n(0, 9), (0, 2), (2, 16), (2, 15), (0, 1), (3, 13), (4, 1), (3, 12), (3, 2), (3, 1), (5, 5), (6, 4), (6, 1), (7, 2), (2, 6), (6, 4), (2, 4), (3, 1), (11, 1)", "label": {"final": ["r", "g", "dwnz", "f", "b", "h", "a", "r", "byqy", "z", "h", "e", "g", "b", "i", "e", "i", "c", "g", "udwt"], "init": ["rgdwnzfbharbyqyzhegbieicgudwt"], "intermediate": [["rgdwnzfbh", "arbyqyzhegbieicgudwt"], ["rg", "dwnzfbh", "arbyqyzhegbieicgudwt"], ["rg", "dwnzfbh", "arbyqyzhegbieicg", "udwt"], ["rg", "dwnzfbh", "arbyqyzhegbieic", "g", "udwt"], ["r", "g", "dwnzfbh", "arbyqyzhegbieic", "g", "udwt"], ["r", "g", "dwnzfbh", "arbyqyzhegbie", "ic", "g", "udwt"], ["r", "g", "dwnzfbh", "arbyqyzhegbie", "i", "c", "g", "udwt"], ["r", "g", "dwnzfbh", "arbyqyzhegbi", "e", "i", "c", "g", "udwt"], ["r", "g", "dwnzfbh", "ar", "byqyzhegbi", "e", "i", "c", "g", "udwt"], ["r", "g", "dwnzfbh", "a", "r", "byqyzhegbi", "e", "i", "c", "g", "udwt"], ["r", "g", "dwnzfbh", "a", "r", "byqyz", "hegbi", "e", "i", "c", "g", "udwt"], ["r", "g", "dwnzfbh", "a", "r", "byqyz", "hegb", "i", "e", "i", "c", "g", "udwt"], ["r", "g", "dwnzfbh", "a", "r", "byqyz", "h", "egb", "i", "e", "i", "c", "g", "udwt"], ["r", "g", "dwnzfbh", "a", "r", "byqyz", "h", "eg", "b", "i", "e", "i", "c", "g", "udwt"], ["r", "g", "dwnzfb", "h", "a", "r", "byqyz", "h", "eg", "b", "i", "e", "i", "c", "g", "udwt"], ["r", "g", "dwnzfb", "h", "a", "r", "byqy", "z", "h", "eg", "b", "i", "e", "i", "c", "g", "udwt"], ["r", "g", "dwnz", "fb", "h", "a", "r", "byqy", "z", "h", "eg", "b", "i", "e", "i", "c", "g", "udwt"], ["r", "g", "dwnz", "f", "b", "h", "a", "r", "byqy", "z", "h", "eg", "b", "i", "e", "i", "c", "g", "udwt"]]}, "config": {"length": 29, "num_posisions": 19, "positions": [[0, 9], [0, 2], [2, 16], [2, 15], [0, 1], [3, 13], [4, 1], [3, 12], [3, 2], [3, 1], [5, 5], [6, 4], [6, 1], [7, 2], [2, 6], [6, 4], [2, 4], [3, 1], [11, 1]], "strings": "rgdwnzfbharbyqyzhegbieicgudwt"}, "task_name": "task09", "example_name": "0171", "problem_name": "task09_0171"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nthogleymcqcwruoeejvbtgw\nIndices:\n(0, 17), (0, 16), (2, 2), (2, 1), (0, 7), (1, 3), (1, 1), (2, 1), (8, 1), (4, 5), (4, 3), (4, 1), (0, 3), (0, 2), (8, 1), (7, 1), (2, 1), (3, 1), (4, 1)", "label": {"final": ["th", "o", "g", "l", "e", "y", "m", "c", "q", "c", "w", "r", "u", "o", "e", "e", "j", "v", "b", "tgw"], "init": ["thogleymcqcwruoeejvbtgw"], "intermediate": [["thogleymcqcwruoee", "jvbtgw"], ["thogleymcqcwruoe", "e", "jvbtgw"], ["thogleymcqcwruoe", "e", "jv", "btgw"], ["thogleymcqcwruoe", "e", "j", "v", "btgw"], ["thogley", "mcqcwruoe", "e", "j", "v", "btgw"], ["thogley", "mcq", "cwruoe", "e", "j", "v", "btgw"], ["thogley", "m", "cq", "cwruoe", "e", "j", "v", "btgw"], ["thogley", "m", "c", "q", "cwruoe", "e", "j", "v", "btgw"], ["thogley", "m", "c", "q", "cwruoe", "e", "j", "v", "b", "tgw"], ["thogley", "m", "c", "q", "cwruo", "e", "e", "j", "v", "b", "tgw"], ["thogley", "m", "c", "q", "cwr", "uo", "e", "e", "j", "v", "b", "tgw"], ["thogley", "m", "c", "q", "c", "wr", "uo", "e", "e", "j", "v", "b", "tgw"], ["tho", "gley", "m", "c", "q", "c", "wr", "uo", "e", "e", "j", "v", "b", "tgw"], ["th", "o", "gley", "m", "c", "q", "c", "wr", "uo", "e", "e", "j", "v", "b", "tgw"], ["th", "o", "gley", "m", "c", "q", "c", "wr", "u", "o", "e", "e", "j", "v", "b", "tgw"], ["th", "o", "gley", "m", "c", "q", "c", "w", "r", "u", "o", "e", "e", "j", "v", "b", "tgw"], ["th", "o", "g", "ley", "m", "c", "q", "c", "w", "r", "u", "o", "e", "e", "j", "v", "b", "tgw"], ["th", "o", "g", "l", "ey", "m", "c", "q", "c", "w", "r", "u", "o", "e", "e", "j", "v", "b", "tgw"]]}, "config": {"length": 23, "num_posisions": 19, "positions": [[0, 17], [0, 16], [2, 2], [2, 1], [0, 7], [1, 3], [1, 1], [2, 1], [8, 1], [4, 5], [4, 3], [4, 1], [0, 3], [0, 2], [8, 1], [7, 1], [2, 1], [3, 1], [4, 1]], "strings": "thogleymcqcwruoeejvbtgw"}, "task_name": "task09", "example_name": "0172", "problem_name": "task09_0172"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnylgtlbaobfcjldrxvsmufzue\nIndices:\n(0, 10), (1, 6), (0, 8), (3, 7), (3, 3), (4, 3), (2, 5), (5, 1), (6, 1), (0, 2), (5, 2), (1, 3), (0, 1), (2, 1), (6, 1), (3, 1), (5, 2), (9, 1), (18, 1)", "label": {"final": ["n", "y", "l", "g", "t", "lb", "a", "ob", "f", "c", "jld", "r", "xv", "s", "m", "u", "f", "z", "u", "e"], "init": ["nylgtlbaobfcjldrxvsmufzue"], "intermediate": [["nylgtlbaob", "fcjldrxvsmufzue"], ["nylgtlbaob", "fcjldr", "xvsmufzue"], ["nylgtlba", "ob", "fcjldr", "xvsmufzue"], ["nylgtlba", "ob", "fcjldr", "xvsmufz", "ue"], ["nylgtlba", "ob", "fcjldr", "xvs", "mufz", "ue"], ["nylgtlba", "ob", "fcjldr", "xvs", "muf", "z", "ue"], ["nylgtlba", "ob", "fcjld", "r", "xvs", "muf", "z", "ue"], ["nylgtlba", "ob", "fcjld", "r", "xvs", "m", "uf", "z", "ue"], ["nylgtlba", "ob", "fcjld", "r", "xvs", "m", "u", "f", "z", "ue"], ["ny", "lgtlba", "ob", "fcjld", "r", "xvs", "m", "u", "f", "z", "ue"], ["ny", "lgtlba", "ob", "fcjld", "r", "xv", "s", "m", "u", "f", "z", "ue"], ["ny", "lgt", "lba", "ob", "fcjld", "r", "xv", "s", "m", "u", "f", "z", "ue"], ["n", "y", "lgt", "lba", "ob", "fcjld", "r", "xv", "s", "m", "u", "f", "z", "ue"], ["n", "y", "l", "gt", "lba", "ob", "fcjld", "r", "xv", "s", "m", "u", "f", "z", "ue"], ["n", "y", "l", "gt", "lba", "ob", "f", "cjld", "r", "xv", "s", "m", "u", "f", "z", "ue"], ["n", "y", "l", "g", "t", "lba", "ob", "f", "cjld", "r", "xv", "s", "m", "u", "f", "z", "ue"], ["n", "y", "l", "g", "t", "lb", "a", "ob", "f", "cjld", "r", "xv", "s", "m", "u", "f", "z", "ue"], ["n", "y", "l", "g", "t", "lb", "a", "ob", "f", "c", "jld", "r", "xv", "s", "m", "u", "f", "z", "ue"]]}, "config": {"length": 25, "num_posisions": 19, "positions": [[0, 10], [1, 6], [0, 8], [3, 7], [3, 3], [4, 3], [2, 5], [5, 1], [6, 1], [0, 2], [5, 2], [1, 3], [0, 1], [2, 1], [6, 1], [3, 1], [5, 2], [9, 1], [18, 1]], "strings": "nylgtlbaobfcjldrxvsmufzue"}, "task_name": "task09", "example_name": "0173", "problem_name": "task09_0173"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nujnwvcrzrrcnoydqbmqvbysvsepg\nIndices:\n(0, 3), (0, 1), (2, 22), (2, 5), (4, 1), (2, 4), (4, 11), (7, 1), (2, 2), (1, 1), (7, 5), (3, 1), (7, 10), (9, 1), (7, 5), (11, 3), (7, 2), (12, 2), (12, 1)", "label": {"final": ["u", "j", "n", "w", "v", "cr", "z", "rr", "cno", "ydqbm", "q", "v", "b", "y", "s", "v", "s", "e", "p", "g"], "init": ["ujnwvcrzrrcnoydqbmqvbysvsepg"], "intermediate": [["ujn", "wvcrzrrcnoydqbmqvbysvsepg"], ["u", "jn", "wvcrzrrcnoydqbmqvbysvsepg"], ["u", "jn", "wvcrzrrcnoydqbmqvbysvs", "epg"], ["u", "jn", "wvcrz", "rrcnoydqbmqvbysvs", "epg"], ["u", "jn", "wvcrz", "rrcnoydqbmqvbysvs", "e", "pg"], ["u", "jn", "wvcr", "z", "rrcnoydqbmqvbysvs", "e", "pg"], ["u", "jn", "wvcr", "z", "rrcnoydqbmq", "vbysvs", "e", "pg"], ["u", "jn", "wvcr", "z", "rrcnoydqbmq", "vbysvs", "e", "p", "g"], ["u", "jn", "wv", "cr", "z", "rrcnoydqbmq", "vbysvs", "e", "p", "g"], ["u", "j", "n", "wv", "cr", "z", "rrcnoydqbmq", "vbysvs", "e", "p", "g"], ["u", "j", "n", "wv", "cr", "z", "rrcnoydqbmq", "vbysv", "s", "e", "p", "g"], ["u", "j", "n", "w", "v", "cr", "z", "rrcnoydqbmq", "vbysv", "s", "e", "p", "g"], ["u", "j", "n", "w", "v", "cr", "z", "rrcnoydqbm", "q", "vbysv", "s", "e", "p", "g"], ["u", "j", "n", "w", "v", "cr", "z", "rrcnoydqbm", "q", "v", "bysv", "s", "e", "p", "g"], ["u", "j", "n", "w", "v", "cr", "z", "rrcno", "ydqbm", "q", "v", "bysv", "s", "e", "p", "g"], ["u", "j", "n", "w", "v", "cr", "z", "rrcno", "ydqbm", "q", "v", "bys", "v", "s", "e", "p", "g"], ["u", "j", "n", "w", "v", "cr", "z", "rr", "cno", "ydqbm", "q", "v", "bys", "v", "s", "e", "p", "g"], ["u", "j", "n", "w", "v", "cr", "z", "rr", "cno", "ydqbm", "q", "v", "by", "s", "v", "s", "e", "p", "g"]]}, "config": {"length": 28, "num_posisions": 19, "positions": [[0, 3], [0, 1], [2, 22], [2, 5], [4, 1], [2, 4], [4, 11], [7, 1], [2, 2], [1, 1], [7, 5], [3, 1], [7, 10], [9, 1], [7, 5], [11, 3], [7, 2], [12, 2], [12, 1]], "strings": "ujnwvcrzrrcnoydqbmqvbysvsepg"}, "task_name": "task09", "example_name": "0174", "problem_name": "task09_0174"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxziysawplkrehyvixlxkvbwe\nIndices:\n(0, 14), (1, 7), (0, 4), (0, 2), (2, 8), (1, 1), (3, 3), (7, 2), (6, 2), (8, 1), (7, 4), (7, 3), (3, 2), (6, 1), (5, 3), (6, 1), (11, 1), (0, 1), (11, 1)", "label": {"final": ["x", "z", "i", "y", "sa", "w", "plk", "r", "e", "h", "y", "v", "i", "x", "lx", "k", "v", "b", "w", "e"], "init": ["xziysawplkrehyvixlxkvbwe"], "intermediate": [["xziysawplkrehy", "vixlxkvbwe"], ["xziysawplkrehy", "vixlxkv", "bwe"], ["xziy", "sawplkrehy", "vixlxkv", "bwe"], ["xz", "iy", "sawplkrehy", "vixlxkv", "bwe"], ["xz", "iy", "sawplkre", "hy", "vixlxkv", "bwe"], ["xz", "i", "y", "sawplkre", "hy", "vixlxkv", "bwe"], ["xz", "i", "y", "saw", "plkre", "hy", "vixlxkv", "bwe"], ["xz", "i", "y", "saw", "plkre", "hy", "vixlxkv", "bw", "e"], ["xz", "i", "y", "saw", "plkre", "hy", "vi", "xlxkv", "bw", "e"], ["xz", "i", "y", "saw", "plkre", "hy", "vi", "xlxkv", "b", "w", "e"], ["xz", "i", "y", "saw", "plkre", "hy", "vi", "xlxk", "v", "b", "w", "e"], ["xz", "i", "y", "saw", "plkre", "hy", "vi", "xlx", "k", "v", "b", "w", "e"], ["xz", "i", "y", "sa", "w", "plkre", "hy", "vi", "xlx", "k", "v", "b", "w", "e"], ["xz", "i", "y", "sa", "w", "plkre", "h", "y", "vi", "xlx", "k", "v", "b", "w", "e"], ["xz", "i", "y", "sa", "w", "plk", "re", "h", "y", "vi", "xlx", "k", "v", "b", "w", "e"], ["xz", "i", "y", "sa", "w", "plk", "r", "e", "h", "y", "vi", "xlx", "k", "v", "b", "w", "e"], ["xz", "i", "y", "sa", "w", "plk", "r", "e", "h", "y", "vi", "x", "lx", "k", "v", "b", "w", "e"], ["x", "z", "i", "y", "sa", "w", "plk", "r", "e", "h", "y", "vi", "x", "lx", "k", "v", "b", "w", "e"]]}, "config": {"length": 24, "num_posisions": 19, "positions": [[0, 14], [1, 7], [0, 4], [0, 2], [2, 8], [1, 1], [3, 3], [7, 2], [6, 2], [8, 1], [7, 4], [7, 3], [3, 2], [6, 1], [5, 3], [6, 1], [11, 1], [0, 1], [11, 1]], "strings": "xziysawplkrehyvixlxkvbwe"}, "task_name": "task09", "example_name": "0175", "problem_name": "task09_0175"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxasqyvlmgbzqhghdbzgopbeq\nIndices:\n(0, 9), (0, 2), (1, 1), (3, 8), (2, 2), (3, 3), (3, 2), (6, 5), (0, 1), (9, 6), (9, 2), (8, 1), (10, 1), (7, 3), (7, 1), (11, 1), (8, 1), (10, 1), (17, 1)", "label": {"final": ["x", "a", "s", "qy", "vl", "m", "g", "b", "z", "q", "h", "g", "h", "d", "b", "z", "g", "o", "pbe", "q"], "init": ["xasqyvlmgbzqhghdbzgopbeq"], "intermediate": [["xasqyvlmg", "bzqhghdbzgopbeq"], ["xa", "sqyvlmg", "bzqhghdbzgopbeq"], ["xa", "s", "qyvlmg", "bzqhghdbzgopbeq"], ["xa", "s", "qyvlmg", "bzqhghdb", "zgopbeq"], ["xa", "s", "qy", "vlmg", "bzqhghdb", "zgopbeq"], ["xa", "s", "qy", "vlm", "g", "bzqhghdb", "zgopbeq"], ["xa", "s", "qy", "vl", "m", "g", "bzqhghdb", "zgopbeq"], ["xa", "s", "qy", "vl", "m", "g", "bzqhg", "hdb", "zgopbeq"], ["x", "a", "s", "qy", "vl", "m", "g", "bzqhg", "hdb", "zgopbeq"], ["x", "a", "s", "qy", "vl", "m", "g", "bzqhg", "hdb", "zgopbe", "q"], ["x", "a", "s", "qy", "vl", "m", "g", "bzqhg", "hdb", "zg", "opbe", "q"], ["x", "a", "s", "qy", "vl", "m", "g", "bzqhg", "h", "db", "zg", "opbe", "q"], ["x", "a", "s", "qy", "vl", "m", "g", "bzqhg", "h", "db", "z", "g", "opbe", "q"], ["x", "a", "s", "qy", "vl", "m", "g", "bzq", "hg", "h", "db", "z", "g", "opbe", "q"], ["x", "a", "s", "qy", "vl", "m", "g", "b", "zq", "hg", "h", "db", "z", "g", "opbe", "q"], ["x", "a", "s", "qy", "vl", "m", "g", "b", "zq", "hg", "h", "d", "b", "z", "g", "opbe", "q"], ["x", "a", "s", "qy", "vl", "m", "g", "b", "z", "q", "hg", "h", "d", "b", "z", "g", "opbe", "q"], ["x", "a", "s", "qy", "vl", "m", "g", "b", "z", "q", "h", "g", "h", "d", "b", "z", "g", "opbe", "q"]]}, "config": {"length": 24, "num_posisions": 19, "positions": [[0, 9], [0, 2], [1, 1], [3, 8], [2, 2], [3, 3], [3, 2], [6, 5], [0, 1], [9, 6], [9, 2], [8, 1], [10, 1], [7, 3], [7, 1], [11, 1], [8, 1], [10, 1], [17, 1]], "strings": "xasqyvlmgbzqhghdbzgopbeq"}, "task_name": "task09", "example_name": "0176", "problem_name": "task09_0176"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfszkifpaepqeccukcogumeh\nIndices:\n(0, 17), (1, 3), (2, 1), (1, 1), (0, 2), (5, 1), (1, 11), (2, 2), (3, 1), (0, 1), (7, 1), (3, 1), (2, 7), (3, 3), (3, 2), (2, 1), (3, 3), (4, 1), (5, 1)", "label": {"final": ["f", "s", "z", "kif", "p", "a", "e", "pq", "e", "c", "c", "u", "k", "c", "o", "g", "u", "m", "e", "h"], "init": ["fszkifpaepqeccukcogumeh"], "intermediate": [["fszkifpaepqeccukc", "ogumeh"], ["fszkifpaepqeccukc", "ogu", "meh"], ["fszkifpaepqeccukc", "ogu", "m", "eh"], ["fszkifpaepqeccukc", "o", "gu", "m", "eh"], ["fs", "zkifpaepqeccukc", "o", "gu", "m", "eh"], ["fs", "zkifpaepqeccukc", "o", "gu", "m", "e", "h"], ["fs", "zkifpaepqec", "cukc", "o", "gu", "m", "e", "h"], ["fs", "zkifpaepqec", "cu", "kc", "o", "gu", "m", "e", "h"], ["fs", "zkifpaepqec", "cu", "k", "c", "o", "gu", "m", "e", "h"], ["f", "s", "zkifpaepqec", "cu", "k", "c", "o", "gu", "m", "e", "h"], ["f", "s", "zkifpaepqec", "cu", "k", "c", "o", "g", "u", "m", "e", "h"], ["f", "s", "zkifpaepqec", "c", "u", "k", "c", "o", "g", "u", "m", "e", "h"], ["f", "s", "zkifpae", "pqec", "c", "u", "k", "c", "o", "g", "u", "m", "e", "h"], ["f", "s", "zkifpae", "pqe", "c", "c", "u", "k", "c", "o", "g", "u", "m", "e", "h"], ["f", "s", "zkifpae", "pq", "e", "c", "c", "u", "k", "c", "o", "g", "u", "m", "e", "h"], ["f", "s", "z", "kifpae", "pq", "e", "c", "c", "u", "k", "c", "o", "g", "u", "m", "e", "h"], ["f", "s", "z", "kif", "pae", "pq", "e", "c", "c", "u", "k", "c", "o", "g", "u", "m", "e", "h"], ["f", "s", "z", "kif", "p", "ae", "pq", "e", "c", "c", "u", "k", "c", "o", "g", "u", "m", "e", "h"]]}, "config": {"length": 23, "num_posisions": 19, "positions": [[0, 17], [1, 3], [2, 1], [1, 1], [0, 2], [5, 1], [1, 11], [2, 2], [3, 1], [0, 1], [7, 1], [3, 1], [2, 7], [3, 3], [3, 2], [2, 1], [3, 3], [4, 1], [5, 1]], "strings": "fszkifpaepqeccukcogumeh"}, "task_name": "task09", "example_name": "0177", "problem_name": "task09_0177"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nejjkljmkdymhspzgehjpl\nIndices:\n(0, 6), (0, 2), (2, 13), (3, 1), (2, 9), (0, 1), (2, 3), (5, 3), (5, 1), (2, 2), (2, 1), (6, 2), (7, 2), (8, 1), (11, 1), (6, 1), (8, 1), (11, 2), (12, 1)", "label": {"final": ["e", "j", "j", "k", "l", "j", "m", "k", "d", "y", "m", "hs", "p", "z", "g", "e", "h", "j", "p", "l"], "init": ["ejjkljmkdymhspzgehjpl"], "intermediate": [["ejjklj", "mkdymhspzgehjpl"], ["ej", "jklj", "mkdymhspzgehjpl"], ["ej", "jklj", "mkdymhspzgehj", "pl"], ["ej", "jklj", "mkdymhspzgehj", "p", "l"], ["ej", "jklj", "mkdymhspz", "gehj", "p", "l"], ["e", "j", "jklj", "mkdymhspz", "gehj", "p", "l"], ["e", "j", "jkl", "j", "mkdymhspz", "gehj", "p", "l"], ["e", "j", "jkl", "j", "mkdymhspz", "geh", "j", "p", "l"], ["e", "j", "jkl", "j", "mkdymhspz", "g", "eh", "j", "p", "l"], ["e", "j", "jk", "l", "j", "mkdymhspz", "g", "eh", "j", "p", "l"], ["e", "j", "j", "k", "l", "j", "mkdymhspz", "g", "eh", "j", "p", "l"], ["e", "j", "j", "k", "l", "j", "mk", "dymhspz", "g", "eh", "j", "p", "l"], ["e", "j", "j", "k", "l", "j", "mk", "dy", "mhspz", "g", "eh", "j", "p", "l"], ["e", "j", "j", "k", "l", "j", "mk", "dy", "m", "hspz", "g", "eh", "j", "p", "l"], ["e", "j", "j", "k", "l", "j", "mk", "dy", "m", "hspz", "g", "e", "h", "j", "p", "l"], ["e", "j", "j", "k", "l", "j", "m", "k", "dy", "m", "hspz", "g", "e", "h", "j", "p", "l"], ["e", "j", "j", "k", "l", "j", "m", "k", "d", "y", "m", "hspz", "g", "e", "h", "j", "p", "l"], ["e", "j", "j", "k", "l", "j", "m", "k", "d", "y", "m", "hs", "pz", "g", "e", "h", "j", "p", "l"]]}, "config": {"length": 21, "num_posisions": 19, "positions": [[0, 6], [0, 2], [2, 13], [3, 1], [2, 9], [0, 1], [2, 3], [5, 3], [5, 1], [2, 2], [2, 1], [6, 2], [7, 2], [8, 1], [11, 1], [6, 1], [8, 1], [11, 2], [12, 1]], "strings": "ejjkljmkdymhspzgehjpl"}, "task_name": "task09", "example_name": "0178", "problem_name": "task09_0178"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncrsoxqvbzfzumpxdfqqpercapldx\nIndices:\n(0, 10), (0, 5), (2, 6), (0, 1), (3, 3), (4, 1), (1, 3), (1, 1), (2, 1), (8, 1), (10, 2), (11, 1), (12, 5), (5, 3), (5, 1), (8, 1), (7, 1), (16, 3), (18, 3)", "label": {"final": ["c", "r", "s", "o", "x", "q", "vb", "z", "f", "z", "um", "p", "x", "d", "fq", "q", "per", "ca", "pld", "x"], "init": ["crsoxqvbzfzumpxdfqqpercapldx"], "intermediate": [["crsoxqvbzf", "zumpxdfqqpercapldx"], ["crsox", "qvbzf", "zumpxdfqqpercapldx"], ["crsox", "qvbzf", "zumpxd", "fqqpercapldx"], ["c", "rsox", "qvbzf", "zumpxd", "fqqpercapldx"], ["c", "rsox", "qvbzf", "zum", "pxd", "fqqpercapldx"], ["c", "rsox", "qvbzf", "zum", "p", "xd", "fqqpercapldx"], ["c", "rso", "x", "qvbzf", "zum", "p", "xd", "fqqpercapldx"], ["c", "r", "so", "x", "qvbzf", "zum", "p", "xd", "fqqpercapldx"], ["c", "r", "s", "o", "x", "qvbzf", "zum", "p", "xd", "fqqpercapldx"], ["c", "r", "s", "o", "x", "qvbzf", "zum", "p", "x", "d", "fqqpercapldx"], ["c", "r", "s", "o", "x", "qvbzf", "zum", "p", "x", "d", "fq", "qpercapldx"], ["c", "r", "s", "o", "x", "qvbzf", "zum", "p", "x", "d", "fq", "q", "percapldx"], ["c", "r", "s", "o", "x", "qvbzf", "zum", "p", "x", "d", "fq", "q", "perca", "pldx"], ["c", "r", "s", "o", "x", "qvb", "zf", "zum", "p", "x", "d", "fq", "q", "perca", "pldx"], ["c", "r", "s", "o", "x", "q", "vb", "zf", "zum", "p", "x", "d", "fq", "q", "perca", "pldx"], ["c", "r", "s", "o", "x", "q", "vb", "zf", "z", "um", "p", "x", "d", "fq", "q", "perca", "pldx"], ["c", "r", "s", "o", "x", "q", "vb", "z", "f", "z", "um", "p", "x", "d", "fq", "q", "perca", "pldx"], ["c", "r", "s", "o", "x", "q", "vb", "z", "f", "z", "um", "p", "x", "d", "fq", "q", "per", "ca", "pldx"]]}, "config": {"length": 28, "num_posisions": 19, "positions": [[0, 10], [0, 5], [2, 6], [0, 1], [3, 3], [4, 1], [1, 3], [1, 1], [2, 1], [8, 1], [10, 2], [11, 1], [12, 5], [5, 3], [5, 1], [8, 1], [7, 1], [16, 3], [18, 3]], "strings": "crsoxqvbzfzumpxdfqqpercapldx"}, "task_name": "task09", "example_name": "0179", "problem_name": "task09_0179"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngpxrncwzitumjnbajoivzdzricfrqz\nIndices:\n(0, 29), (0, 28), (0, 6), (0, 1), (2, 19), (1, 1), (4, 1), (3, 18), (2, 3), (2, 2), (8, 1), (5, 17), (2, 1), (6, 14), (7, 2), (6, 2), (6, 1), (8, 6), (8, 4), (11, 1)", "label": {"final": ["g", "p", "x", "r", "n", "c", "w", "z", "itum", "jn", "bajoiv", "z", "d", "z", "r", "i", "c", "f", "r", "q", "z"], "init": ["gpxrncwzitumjnbajoivzdzricfrqz"], "intermediate": [["gpxrncwzitumjnbajoivzdzricfrq", "z"], ["gpxrncwzitumjnbajoivzdzricfr", "q", "z"], ["gpxrnc", "wzitumjnbajoivzdzricfr", "q", "z"], ["g", "pxrnc", "wzitumjnbajoivzdzricfr", "q", "z"], ["g", "pxrnc", "wzitumjnbajoivzdzri", "cfr", "q", "z"], ["g", "p", "xrnc", "wzitumjnbajoivzdzri", "cfr", "q", "z"], ["g", "p", "xrnc", "wzitumjnbajoivzdzri", "c", "fr", "q", "z"], ["g", "p", "xrnc", "wzitumjnbajoivzdzr", "i", "c", "fr", "q", "z"], ["g", "p", "xrn", "c", "wzitumjnbajoivzdzr", "i", "c", "fr", "q", "z"], ["g", "p", "xr", "n", "c", "wzitumjnbajoivzdzr", "i", "c", "fr", "q", "z"], ["g", "p", "xr", "n", "c", "wzitumjnbajoivzdzr", "i", "c", "f", "r", "q", "z"], ["g", "p", "xr", "n", "c", "wzitumjnbajoivzdz", "r", "i", "c", "f", "r", "q", "z"], ["g", "p", "x", "r", "n", "c", "wzitumjnbajoivzdz", "r", "i", "c", "f", "r", "q", "z"], ["g", "p", "x", "r", "n", "c", "wzitumjnbajoiv", "zdz", "r", "i", "c", "f", "r", "q", "z"], ["g", "p", "x", "r", "n", "c", "wzitumjnbajoiv", "zd", "z", "r", "i", "c", "f", "r", "q", "z"], ["g", "p", "x", "r", "n", "c", "wz", "itumjnbajoiv", "zd", "z", "r", "i", "c", "f", "r", "q", "z"], ["g", "p", "x", "r", "n", "c", "w", "z", "itumjnbajoiv", "zd", "z", "r", "i", "c", "f", "r", "q", "z"], ["g", "p", "x", "r", "n", "c", "w", "z", "itumjn", "bajoiv", "zd", "z", "r", "i", "c", "f", "r", "q", "z"], ["g", "p", "x", "r", "n", "c", "w", "z", "itum", "jn", "bajoiv", "zd", "z", "r", "i", "c", "f", "r", "q", "z"]]}, "config": {"length": 30, "num_posisions": 20, "positions": [[0, 29], [0, 28], [0, 6], [0, 1], [2, 19], [1, 1], [4, 1], [3, 18], [2, 3], [2, 2], [8, 1], [5, 17], [2, 1], [6, 14], [7, 2], [6, 2], [6, 1], [8, 6], [8, 4], [11, 1]], "strings": "gpxrncwzitumjnbajoivzdzricfrqz"}, "task_name": "task09", "example_name": "0180", "problem_name": "task09_0180"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nheythzpxwzcicpsuplhwijbwo\nIndices:\n(0, 9), (1, 13), (1, 7), (3, 2), (2, 4), (3, 1), (5, 1), (2, 1), (0, 4), (2, 4), (1, 4), (3, 2), (4, 1), (6, 1), (7, 1), (3, 1), (1, 1), (12, 1), (0, 1), (3, 1)", "label": {"final": ["h", "eyt", "h", "z", "px", "w", "z", "c", "i", "c", "p", "s", "u", "p", "l", "hw", "i", "j", "b", "w", "o"], "init": ["heythzpxwzcicpsuplhwijbwo"], "intermediate": [["heythzpxw", "zcicpsuplhwijbwo"], ["heythzpxw", "zcicpsuplhwij", "bwo"], ["heythzpxw", "zcicpsu", "plhwij", "bwo"], ["heythzpxw", "zcicpsu", "plhwij", "bw", "o"], ["heythzpxw", "zcicpsu", "plhw", "ij", "bw", "o"], ["heythzpxw", "zcicpsu", "plhw", "i", "j", "bw", "o"], ["heythzpxw", "zcicpsu", "plhw", "i", "j", "b", "w", "o"], ["heythzpxw", "zcicpsu", "p", "lhw", "i", "j", "b", "w", "o"], ["heyt", "hzpxw", "zcicpsu", "p", "lhw", "i", "j", "b", "w", "o"], ["heyt", "hzpxw", "zcic", "psu", "p", "lhw", "i", "j", "b", "w", "o"], ["heyt", "hzpx", "w", "zcic", "psu", "p", "lhw", "i", "j", "b", "w", "o"], ["heyt", "hzpx", "w", "zc", "ic", "psu", "p", "lhw", "i", "j", "b", "w", "o"], ["heyt", "hzpx", "w", "zc", "i", "c", "psu", "p", "lhw", "i", "j", "b", "w", "o"], ["heyt", "hzpx", "w", "zc", "i", "c", "p", "su", "p", "lhw", "i", "j", "b", "w", "o"], ["heyt", "hzpx", "w", "zc", "i", "c", "p", "s", "u", "p", "lhw", "i", "j", "b", "w", "o"], ["heyt", "hzpx", "w", "z", "c", "i", "c", "p", "s", "u", "p", "lhw", "i", "j", "b", "w", "o"], ["heyt", "h", "zpx", "w", "z", "c", "i", "c", "p", "s", "u", "p", "lhw", "i", "j", "b", "w", "o"], ["heyt", "h", "zpx", "w", "z", "c", "i", "c", "p", "s", "u", "p", "l", "hw", "i", "j", "b", "w", "o"], ["h", "eyt", "h", "zpx", "w", "z", "c", "i", "c", "p", "s", "u", "p", "l", "hw", "i", "j", "b", "w", "o"]]}, "config": {"length": 25, "num_posisions": 20, "positions": [[0, 9], [1, 13], [1, 7], [3, 2], [2, 4], [3, 1], [5, 1], [2, 1], [0, 4], [2, 4], [1, 4], [3, 2], [4, 1], [6, 1], [7, 1], [3, 1], [1, 1], [12, 1], [0, 1], [3, 1]], "strings": "heythzpxwzcicpsuplhwijbwo"}, "task_name": "task09", "example_name": "0181", "problem_name": "task09_0181"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhfreemxysdigozpwfgejgjduxov\nIndices:\n(0, 10), (0, 7), (0, 6), (0, 1), (4, 4), (1, 3), (1, 1), (3, 1), (6, 2), (8, 1), (9, 2), (9, 1), (2, 1), (13, 12), (13, 1), (7, 1), (15, 9), (16, 1), (15, 8), (15, 1)", "label": {"final": ["h", "f", "r", "e", "e", "m", "x", "y", "s", "d", "i", "g", "o", "z", "p", "w", "fgejgjd", "u", "x", "o", "v"], "init": ["hfreemxysdigozpwfgejgjduxov"], "intermediate": [["hfreemxysd", "igozpwfgejgjduxov"], ["hfreemx", "ysd", "igozpwfgejgjduxov"], ["hfreem", "x", "ysd", "igozpwfgejgjduxov"], ["h", "freem", "x", "ysd", "igozpwfgejgjduxov"], ["h", "freem", "x", "ysd", "igoz", "pwfgejgjduxov"], ["h", "fre", "em", "x", "ysd", "igoz", "pwfgejgjduxov"], ["h", "f", "re", "em", "x", "ysd", "igoz", "pwfgejgjduxov"], ["h", "f", "re", "e", "m", "x", "ysd", "igoz", "pwfgejgjduxov"], ["h", "f", "re", "e", "m", "x", "ys", "d", "igoz", "pwfgejgjduxov"], ["h", "f", "re", "e", "m", "x", "ys", "d", "i", "goz", "pwfgejgjduxov"], ["h", "f", "re", "e", "m", "x", "ys", "d", "i", "go", "z", "pwfgejgjduxov"], ["h", "f", "re", "e", "m", "x", "ys", "d", "i", "g", "o", "z", "pwfgejgjduxov"], ["h", "f", "r", "e", "e", "m", "x", "ys", "d", "i", "g", "o", "z", "pwfgejgjduxov"], ["h", "f", "r", "e", "e", "m", "x", "ys", "d", "i", "g", "o", "z", "pwfgejgjduxo", "v"], ["h", "f", "r", "e", "e", "m", "x", "ys", "d", "i", "g", "o", "z", "p", "wfgejgjduxo", "v"], ["h", "f", "r", "e", "e", "m", "x", "y", "s", "d", "i", "g", "o", "z", "p", "wfgejgjduxo", "v"], ["h", "f", "r", "e", "e", "m", "x", "y", "s", "d", "i", "g", "o", "z", "p", "wfgejgjdu", "xo", "v"], ["h", "f", "r", "e", "e", "m", "x", "y", "s", "d", "i", "g", "o", "z", "p", "wfgejgjdu", "x", "o", "v"], ["h", "f", "r", "e", "e", "m", "x", "y", "s", "d", "i", "g", "o", "z", "p", "wfgejgjd", "u", "x", "o", "v"]]}, "config": {"length": 27, "num_posisions": 20, "positions": [[0, 10], [0, 7], [0, 6], [0, 1], [4, 4], [1, 3], [1, 1], [3, 1], [6, 2], [8, 1], [9, 2], [9, 1], [2, 1], [13, 12], [13, 1], [7, 1], [15, 9], [16, 1], [15, 8], [15, 1]], "strings": "hfreemxysdigozpwfgejgjduxov"}, "task_name": "task09", "example_name": "0182", "problem_name": "task09_0182"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npipsdgjnawutvpjtyhnkqlexac\nIndices:\n(0, 2), (0, 1), (2, 20), (2, 18), (2, 17), (4, 1), (6, 1), (2, 1), (3, 7), (9, 1), (3, 4), (11, 1), (5, 2), (5, 1), (4, 2), (3, 2), (4, 1), (10, 1), (6, 1), (12, 5)", "label": {"final": ["p", "i", "p", "sd", "g", "j", "n", "a", "w", "u", "t", "v", "pjtyh", "n", "k", "q", "l", "e", "x", "a", "c"], "init": ["pipsdgjnawutvpjtyhnkqlexac"], "intermediate": [["pi", "psdgjnawutvpjtyhnkqlexac"], ["p", "i", "psdgjnawutvpjtyhnkqlexac"], ["p", "i", "psdgjnawutvpjtyhnkql", "exac"], ["p", "i", "psdgjnawutvpjtyhnk", "ql", "exac"], ["p", "i", "psdgjnawutvpjtyhn", "k", "ql", "exac"], ["p", "i", "psdgjnawutvpjtyhn", "k", "q", "l", "exac"], ["p", "i", "psdgjnawutvpjtyhn", "k", "q", "l", "e", "xac"], ["p", "i", "p", "sdgjnawutvpjtyhn", "k", "q", "l", "e", "xac"], ["p", "i", "p", "sdgjnaw", "utvpjtyhn", "k", "q", "l", "e", "xac"], ["p", "i", "p", "sdgjnaw", "utvpjtyhn", "k", "q", "l", "e", "x", "ac"], ["p", "i", "p", "sdgj", "naw", "utvpjtyhn", "k", "q", "l", "e", "x", "ac"], ["p", "i", "p", "sdgj", "naw", "utvpjtyhn", "k", "q", "l", "e", "x", "a", "c"], ["p", "i", "p", "sdgj", "naw", "ut", "vpjtyhn", "k", "q", "l", "e", "x", "a", "c"], ["p", "i", "p", "sdgj", "naw", "u", "t", "vpjtyhn", "k", "q", "l", "e", "x", "a", "c"], ["p", "i", "p", "sdgj", "na", "w", "u", "t", "vpjtyhn", "k", "q", "l", "e", "x", "a", "c"], ["p", "i", "p", "sd", "gj", "na", "w", "u", "t", "vpjtyhn", "k", "q", "l", "e", "x", "a", "c"], ["p", "i", "p", "sd", "g", "j", "na", "w", "u", "t", "vpjtyhn", "k", "q", "l", "e", "x", "a", "c"], ["p", "i", "p", "sd", "g", "j", "na", "w", "u", "t", "v", "pjtyhn", "k", "q", "l", "e", "x", "a", "c"], ["p", "i", "p", "sd", "g", "j", "n", "a", "w", "u", "t", "v", "pjtyhn", "k", "q", "l", "e", "x", "a", "c"]]}, "config": {"length": 26, "num_posisions": 20, "positions": [[0, 2], [0, 1], [2, 20], [2, 18], [2, 17], [4, 1], [6, 1], [2, 1], [3, 7], [9, 1], [3, 4], [11, 1], [5, 2], [5, 1], [4, 2], [3, 2], [4, 1], [10, 1], [6, 1], [12, 5]], "strings": "pipsdgjnawutvpjtyhnkqlexac"}, "task_name": "task09", "example_name": "0183", "problem_name": "task09_0183"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nogoitzqlekrnrbhamaspvdesuvhpwd\nIndices:\n(0, 3), (0, 1), (1, 1), (3, 6), (4, 17), (5, 1), (4, 16), (7, 2), (7, 1), (4, 1), (3, 1), (6, 11), (7, 2), (6, 9), (4, 4), (10, 1), (4, 3), (8, 7), (11, 1), (4, 2)", "label": {"final": ["o", "g", "o", "i", "tz", "q", "l", "e", "k", "rnrbham", "as", "pv", "d", "e", "s", "u", "v", "h", "p", "w", "d"], "init": ["ogoitzqlekrnrbhamaspvdesuvhpwd"], "intermediate": [["ogo", "itzqlekrnrbhamaspvdesuvhpwd"], ["o", "go", "itzqlekrnrbhamaspvdesuvhpwd"], ["o", "g", "o", "itzqlekrnrbhamaspvdesuvhpwd"], ["o", "g", "o", "itzqle", "krnrbhamaspvdesuvhpwd"], ["o", "g", "o", "itzqle", "krnrbhamaspvdesuv", "hpwd"], ["o", "g", "o", "itzqle", "krnrbhamaspvdesuv", "h", "pwd"], ["o", "g", "o", "itzqle", "krnrbhamaspvdesu", "v", "h", "pwd"], ["o", "g", "o", "itzqle", "krnrbhamaspvdesu", "v", "h", "pw", "d"], ["o", "g", "o", "itzqle", "krnrbhamaspvdesu", "v", "h", "p", "w", "d"], ["o", "g", "o", "itzqle", "k", "rnrbhamaspvdesu", "v", "h", "p", "w", "d"], ["o", "g", "o", "i", "tzqle", "k", "rnrbhamaspvdesu", "v", "h", "p", "w", "d"], ["o", "g", "o", "i", "tzqle", "k", "rnrbhamaspv", "desu", "v", "h", "p", "w", "d"], ["o", "g", "o", "i", "tzqle", "k", "rnrbhamaspv", "de", "su", "v", "h", "p", "w", "d"], ["o", "g", "o", "i", "tzqle", "k", "rnrbhamas", "pv", "de", "su", "v", "h", "p", "w", "d"], ["o", "g", "o", "i", "tzql", "e", "k", "rnrbhamas", "pv", "de", "su", "v", "h", "p", "w", "d"], ["o", "g", "o", "i", "tzql", "e", "k", "rnrbhamas", "pv", "de", "s", "u", "v", "h", "p", "w", "d"], ["o", "g", "o", "i", "tzq", "l", "e", "k", "rnrbhamas", "pv", "de", "s", "u", "v", "h", "p", "w", "d"], ["o", "g", "o", "i", "tzq", "l", "e", "k", "rnrbham", "as", "pv", "de", "s", "u", "v", "h", "p", "w", "d"], ["o", "g", "o", "i", "tzq", "l", "e", "k", "rnrbham", "as", "pv", "d", "e", "s", "u", "v", "h", "p", "w", "d"]]}, "config": {"length": 30, "num_posisions": 20, "positions": [[0, 3], [0, 1], [1, 1], [3, 6], [4, 17], [5, 1], [4, 16], [7, 2], [7, 1], [4, 1], [3, 1], [6, 11], [7, 2], [6, 9], [4, 4], [10, 1], [4, 3], [8, 7], [11, 1], [4, 2]], "strings": "ogoitzqlekrnrbhamaspvdesuvhpwd"}, "task_name": "task09", "example_name": "0184", "problem_name": "task09_0184"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwfrflriiaykhocqowxdasvr\nIndices:\n(0, 11), (0, 4), (2, 3), (0, 1), (1, 1), (2, 1), (6, 6), (5, 2), (8, 2), (5, 1), (8, 5), (4, 5), (4, 4), (4, 2), (13, 1), (5, 1), (12, 3), (8, 1), (13, 2), (15, 1)", "label": {"final": ["w", "f", "r", "f", "lr", "i", "i", "a", "y", "k", "h", "o", "c", "qo", "w", "x", "d", "a", "s", "v", "r"], "init": ["wfrflriiaykhocqowxdasvr"], "intermediate": [["wfrflriiayk", "hocqowxdasvr"], ["wfrf", "lriiayk", "hocqowxdasvr"], ["wfrf", "lriiayk", "hoc", "qowxdasvr"], ["w", "frf", "lriiayk", "hoc", "qowxdasvr"], ["w", "f", "rf", "lriiayk", "hoc", "qowxdasvr"], ["w", "f", "r", "f", "lriiayk", "hoc", "qowxdasvr"], ["w", "f", "r", "f", "lriiayk", "hoc", "qowxda", "svr"], ["w", "f", "r", "f", "lriiayk", "ho", "c", "qowxda", "svr"], ["w", "f", "r", "f", "lriiayk", "ho", "c", "qowxda", "sv", "r"], ["w", "f", "r", "f", "lriiayk", "h", "o", "c", "qowxda", "sv", "r"], ["w", "f", "r", "f", "lriiayk", "h", "o", "c", "qowxd", "a", "sv", "r"], ["w", "f", "r", "f", "lriia", "yk", "h", "o", "c", "qowxd", "a", "sv", "r"], ["w", "f", "r", "f", "lrii", "a", "yk", "h", "o", "c", "qowxd", "a", "sv", "r"], ["w", "f", "r", "f", "lr", "ii", "a", "yk", "h", "o", "c", "qowxd", "a", "sv", "r"], ["w", "f", "r", "f", "lr", "ii", "a", "yk", "h", "o", "c", "qowxd", "a", "s", "v", "r"], ["w", "f", "r", "f", "lr", "i", "i", "a", "yk", "h", "o", "c", "qowxd", "a", "s", "v", "r"], ["w", "f", "r", "f", "lr", "i", "i", "a", "yk", "h", "o", "c", "qow", "xd", "a", "s", "v", "r"], ["w", "f", "r", "f", "lr", "i", "i", "a", "y", "k", "h", "o", "c", "qow", "xd", "a", "s", "v", "r"], ["w", "f", "r", "f", "lr", "i", "i", "a", "y", "k", "h", "o", "c", "qo", "w", "xd", "a", "s", "v", "r"]]}, "config": {"length": 23, "num_posisions": 20, "positions": [[0, 11], [0, 4], [2, 3], [0, 1], [1, 1], [2, 1], [6, 6], [5, 2], [8, 2], [5, 1], [8, 5], [4, 5], [4, 4], [4, 2], [13, 1], [5, 1], [12, 3], [8, 1], [13, 2], [15, 1]], "strings": "wfrflriiaykhocqowxdasvr"}, "task_name": "task09", "example_name": "0185", "problem_name": "task09_0185"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nyzxwuqhtpndimicubvwupwyfbxdyx\nIndices:\n(0, 25), (0, 22), (2, 1), (0, 1), (4, 1), (2, 1), (3, 1), (7, 1), (1, 9), (2, 7), (2, 5), (4, 1), (5, 2), (6, 1), (3, 1), (2, 3), (7, 1), (2, 1), (1, 7), (1, 5)", "label": {"final": ["y", "zxwuq", "ht", "pn", "d", "im", "ic", "u", "b", "v", "w", "u", "p", "w", "y", "f", "b", "x", "d", "y", "x"], "init": ["yzxwuqhtpndimicubvwupwyfbxdyx"], "intermediate": [["yzxwuqhtpndimicubvwupwyfb", "xdyx"], ["yzxwuqhtpndimicubvwupw", "yfb", "xdyx"], ["yzxwuqhtpndimicubvwupw", "yfb", "x", "dyx"], ["y", "zxwuqhtpndimicubvwupw", "yfb", "x", "dyx"], ["y", "zxwuqhtpndimicubvwupw", "yfb", "x", "d", "yx"], ["y", "zxwuqhtpndimicubvwupw", "y", "fb", "x", "d", "yx"], ["y", "zxwuqhtpndimicubvwupw", "y", "f", "b", "x", "d", "yx"], ["y", "zxwuqhtpndimicubvwupw", "y", "f", "b", "x", "d", "y", "x"], ["y", "zxwuqhtpn", "dimicubvwupw", "y", "f", "b", "x", "d", "y", "x"], ["y", "zxwuqhtpn", "dimicub", "vwupw", "y", "f", "b", "x", "d", "y", "x"], ["y", "zxwuqhtpn", "dimic", "ub", "vwupw", "y", "f", "b", "x", "d", "y", "x"], ["y", "zxwuqhtpn", "dimic", "ub", "v", "wupw", "y", "f", "b", "x", "d", "y", "x"], ["y", "zxwuqhtpn", "dimic", "ub", "v", "wu", "pw", "y", "f", "b", "x", "d", "y", "x"], ["y", "zxwuqhtpn", "dimic", "ub", "v", "wu", "p", "w", "y", "f", "b", "x", "d", "y", "x"], ["y", "zxwuqhtpn", "dimic", "u", "b", "v", "wu", "p", "w", "y", "f", "b", "x", "d", "y", "x"], ["y", "zxwuqhtpn", "dim", "ic", "u", "b", "v", "wu", "p", "w", "y", "f", "b", "x", "d", "y", "x"], ["y", "zxwuqhtpn", "dim", "ic", "u", "b", "v", "w", "u", "p", "w", "y", "f", "b", "x", "d", "y", "x"], ["y", "zxwuqhtpn", "d", "im", "ic", "u", "b", "v", "w", "u", "p", "w", "y", "f", "b", "x", "d", "y", "x"], ["y", "zxwuqht", "pn", "d", "im", "ic", "u", "b", "v", "w", "u", "p", "w", "y", "f", "b", "x", "d", "y", "x"]]}, "config": {"length": 29, "num_posisions": 20, "positions": [[0, 25], [0, 22], [2, 1], [0, 1], [4, 1], [2, 1], [3, 1], [7, 1], [1, 9], [2, 7], [2, 5], [4, 1], [5, 2], [6, 1], [3, 1], [2, 3], [7, 1], [2, 1], [1, 7], [1, 5]], "strings": "yzxwuqhtpndimicubvwupwyfbxdyx"}, "task_name": "task09", "example_name": "0186", "problem_name": "task09_0186"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\naesabityfsoaupotxlgdarwgyj\nIndices:\n(0, 25), (0, 13), (0, 1), (2, 8), (3, 1), (4, 1), (1, 10), (1, 5), (2, 2), (5, 3), (1, 1), (2, 1), (5, 1), (8, 1), (4, 1), (10, 1), (12, 2), (16, 1), (12, 1), (7, 1)", "label": {"final": ["a", "e", "s", "abi", "t", "y", "f", "s", "o", "au", "p", "o", "t", "x", "l", "gda", "r", "w", "g", "y", "j"], "init": ["aesabityfsoaupotxlgdarwgyj"], "intermediate": [["aesabityfsoaupotxlgdarwgy", "j"], ["aesabityfsoau", "potxlgdarwgy", "j"], ["a", "esabityfsoau", "potxlgdarwgy", "j"], ["a", "esabityfsoau", "potxlgda", "rwgy", "j"], ["a", "esabityfsoau", "potxlgda", "r", "wgy", "j"], ["a", "esabityfsoau", "potxlgda", "r", "w", "gy", "j"], ["a", "esabityfso", "au", "potxlgda", "r", "w", "gy", "j"], ["a", "esabi", "tyfso", "au", "potxlgda", "r", "w", "gy", "j"], ["a", "esabi", "ty", "fso", "au", "potxlgda", "r", "w", "gy", "j"], ["a", "esabi", "ty", "fso", "au", "pot", "xlgda", "r", "w", "gy", "j"], ["a", "e", "sabi", "ty", "fso", "au", "pot", "xlgda", "r", "w", "gy", "j"], ["a", "e", "s", "abi", "ty", "fso", "au", "pot", "xlgda", "r", "w", "gy", "j"], ["a", "e", "s", "abi", "ty", "f", "so", "au", "pot", "xlgda", "r", "w", "gy", "j"], ["a", "e", "s", "abi", "ty", "f", "so", "au", "p", "ot", "xlgda", "r", "w", "gy", "j"], ["a", "e", "s", "abi", "t", "y", "f", "so", "au", "p", "ot", "xlgda", "r", "w", "gy", "j"], ["a", "e", "s", "abi", "t", "y", "f", "so", "au", "p", "o", "t", "xlgda", "r", "w", "gy", "j"], ["a", "e", "s", "abi", "t", "y", "f", "so", "au", "p", "o", "t", "xl", "gda", "r", "w", "gy", "j"], ["a", "e", "s", "abi", "t", "y", "f", "so", "au", "p", "o", "t", "xl", "gda", "r", "w", "g", "y", "j"], ["a", "e", "s", "abi", "t", "y", "f", "so", "au", "p", "o", "t", "x", "l", "gda", "r", "w", "g", "y", "j"]]}, "config": {"length": 26, "num_posisions": 20, "positions": [[0, 25], [0, 13], [0, 1], [2, 8], [3, 1], [4, 1], [1, 10], [1, 5], [2, 2], [5, 3], [1, 1], [2, 1], [5, 1], [8, 1], [4, 1], [10, 1], [12, 2], [16, 1], [12, 1], [7, 1]], "strings": "aesabityfsoaupotxlgdarwgyj"}, "task_name": "task09", "example_name": "0187", "problem_name": "task09_0187"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njfdkuuzoggcklkhttmvbng\nIndices:\n(0, 6), (1, 7), (0, 4), (3, 6), (1, 1), (4, 2), (4, 1), (6, 3), (0, 1), (9, 2), (4, 3), (10, 1), (1, 2), (1, 1), (6, 2), (8, 2), (8, 1), (6, 1), (14, 2), (14, 1)", "label": {"final": ["j", "f", "d", "k", "u", "u", "z", "o", "g", "g", "c", "kl", "k", "h", "t", "t", "m", "v", "b", "n", "g"], "init": ["jfdkuuzoggcklkhttmvbng"], "intermediate": [["jfdkuu", "zoggcklkhttmvbng"], ["jfdkuu", "zoggckl", "khttmvbng"], ["jfdk", "uu", "zoggckl", "khttmvbng"], ["jfdk", "uu", "zoggckl", "khttmv", "bng"], ["jfdk", "u", "u", "zoggckl", "khttmv", "bng"], ["jfdk", "u", "u", "zoggckl", "kh", "ttmv", "bng"], ["jfdk", "u", "u", "zoggckl", "k", "h", "ttmv", "bng"], ["jfdk", "u", "u", "zoggckl", "k", "h", "ttm", "v", "bng"], ["j", "fdk", "u", "u", "zoggckl", "k", "h", "ttm", "v", "bng"], ["j", "fdk", "u", "u", "zoggckl", "k", "h", "ttm", "v", "bn", "g"], ["j", "fdk", "u", "u", "zog", "gckl", "k", "h", "ttm", "v", "bn", "g"], ["j", "fdk", "u", "u", "zog", "gckl", "k", "h", "ttm", "v", "b", "n", "g"], ["j", "fd", "k", "u", "u", "zog", "gckl", "k", "h", "ttm", "v", "b", "n", "g"], ["j", "f", "d", "k", "u", "u", "zog", "gckl", "k", "h", "ttm", "v", "b", "n", "g"], ["j", "f", "d", "k", "u", "u", "zo", "g", "gckl", "k", "h", "ttm", "v", "b", "n", "g"], ["j", "f", "d", "k", "u", "u", "zo", "g", "gc", "kl", "k", "h", "ttm", "v", "b", "n", "g"], ["j", "f", "d", "k", "u", "u", "zo", "g", "g", "c", "kl", "k", "h", "ttm", "v", "b", "n", "g"], ["j", "f", "d", "k", "u", "u", "z", "o", "g", "g", "c", "kl", "k", "h", "ttm", "v", "b", "n", "g"], ["j", "f", "d", "k", "u", "u", "z", "o", "g", "g", "c", "kl", "k", "h", "tt", "m", "v", "b", "n", "g"]]}, "config": {"length": 22, "num_posisions": 20, "positions": [[0, 6], [1, 7], [0, 4], [3, 6], [1, 1], [4, 2], [4, 1], [6, 3], [0, 1], [9, 2], [4, 3], [10, 1], [1, 2], [1, 1], [6, 2], [8, 2], [8, 1], [6, 1], [14, 2], [14, 1]], "strings": "jfdkuuzoggcklkhttmvbng"}, "task_name": "task09", "example_name": "0188", "problem_name": "task09_0188"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzlysciopqbkezsxblzihfmiida\nIndices:\n(0, 18), (0, 8), (1, 4), (2, 3), (4, 5), (1, 2), (5, 4), (1, 1), (8, 1), (3, 1), (7, 2), (11, 1), (8, 1), (5, 2), (8, 1), (7, 2), (5, 1), (8, 1), (0, 4), (0, 3)", "label": {"final": ["zly", "s", "ciop", "q", "b", "k", "e", "z", "s", "x", "b", "l", "z", "i", "h", "f", "m", "i", "i", "d", "a"], "init": ["zlysciopqbkezsxblzihfmiida"], "intermediate": [["zlysciopqbkezsxblz", "ihfmiida"], ["zlysciop", "qbkezsxblz", "ihfmiida"], ["zlysciop", "qbke", "zsxblz", "ihfmiida"], ["zlysciop", "qbke", "zsx", "blz", "ihfmiida"], ["zlysciop", "qbke", "zsx", "blz", "ihfmi", "ida"], ["zlysciop", "qb", "ke", "zsx", "blz", "ihfmi", "ida"], ["zlysciop", "qb", "ke", "zsx", "blz", "ihfm", "i", "ida"], ["zlysciop", "q", "b", "ke", "zsx", "blz", "ihfm", "i", "ida"], ["zlysciop", "q", "b", "ke", "zsx", "blz", "ihfm", "i", "i", "da"], ["zlysciop", "q", "b", "k", "e", "zsx", "blz", "ihfm", "i", "i", "da"], ["zlysciop", "q", "b", "k", "e", "zsx", "blz", "ih", "fm", "i", "i", "da"], ["zlysciop", "q", "b", "k", "e", "zsx", "blz", "ih", "fm", "i", "i", "d", "a"], ["zlysciop", "q", "b", "k", "e", "zsx", "blz", "ih", "f", "m", "i", "i", "d", "a"], ["zlysciop", "q", "b", "k", "e", "zs", "x", "blz", "ih", "f", "m", "i", "i", "d", "a"], ["zlysciop", "q", "b", "k", "e", "zs", "x", "blz", "i", "h", "f", "m", "i", "i", "d", "a"], ["zlysciop", "q", "b", "k", "e", "zs", "x", "bl", "z", "i", "h", "f", "m", "i", "i", "d", "a"], ["zlysciop", "q", "b", "k", "e", "z", "s", "x", "bl", "z", "i", "h", "f", "m", "i", "i", "d", "a"], ["zlysciop", "q", "b", "k", "e", "z", "s", "x", "b", "l", "z", "i", "h", "f", "m", "i", "i", "d", "a"], ["zlys", "ciop", "q", "b", "k", "e", "z", "s", "x", "b", "l", "z", "i", "h", "f", "m", "i", "i", "d", "a"]]}, "config": {"length": 26, "num_posisions": 20, "positions": [[0, 18], [0, 8], [1, 4], [2, 3], [4, 5], [1, 2], [5, 4], [1, 1], [8, 1], [3, 1], [7, 2], [11, 1], [8, 1], [5, 2], [8, 1], [7, 2], [5, 1], [8, 1], [0, 4], [0, 3]], "strings": "zlysciopqbkezsxblzihfmiida"}, "task_name": "task09", "example_name": "0189", "problem_name": "task09_0189"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nucgriqfqpivlimqonnhmxcmmli\nIndices:\n(0, 20), (0, 12), (0, 6), (0, 2), (1, 3), (5, 1), (4, 2), (5, 4), (4, 1), (3, 5), (1, 2), (1, 1), (9, 1), (11, 1), (5, 3), (0, 1), (12, 1), (13, 1), (7, 1), (6, 2), (20, 1)", "label": {"final": ["u", "c", "g", "r", "i", "q", "fq", "p", "i", "v", "l", "i", "m", "q", "o", "n", "n", "h", "m", "x", "c", "mmli"], "init": ["ucgriqfqpivlimqonnhmxcmmli"], "intermediate": [["ucgriqfqpivlimqonnhm", "xcmmli"], ["ucgriqfqpivl", "imqonnhm", "xcmmli"], ["ucgriq", "fqpivl", "imqonnhm", "xcmmli"], ["uc", "griq", "fqpivl", "imqonnhm", "xcmmli"], ["uc", "gri", "q", "fqpivl", "imqonnhm", "xcmmli"], ["uc", "gri", "q", "fqpivl", "imqonnhm", "x", "cmmli"], ["uc", "gri", "q", "fqpivl", "im", "qonnhm", "x", "cmmli"], ["uc", "gri", "q", "fqpivl", "im", "qonn", "hm", "x", "cmmli"], ["uc", "gri", "q", "fqpivl", "i", "m", "qonn", "hm", "x", "cmmli"], ["uc", "gri", "q", "fqpiv", "l", "i", "m", "qonn", "hm", "x", "cmmli"], ["uc", "gr", "i", "q", "fqpiv", "l", "i", "m", "qonn", "hm", "x", "cmmli"], ["uc", "g", "r", "i", "q", "fqpiv", "l", "i", "m", "qonn", "hm", "x", "cmmli"], ["uc", "g", "r", "i", "q", "fqpiv", "l", "i", "m", "q", "onn", "hm", "x", "cmmli"], ["uc", "g", "r", "i", "q", "fqpiv", "l", "i", "m", "q", "onn", "h", "m", "x", "cmmli"], ["uc", "g", "r", "i", "q", "fqp", "iv", "l", "i", "m", "q", "onn", "h", "m", "x", "cmmli"], ["u", "c", "g", "r", "i", "q", "fqp", "iv", "l", "i", "m", "q", "onn", "h", "m", "x", "cmmli"], ["u", "c", "g", "r", "i", "q", "fqp", "iv", "l", "i", "m", "q", "o", "nn", "h", "m", "x", "cmmli"], ["u", "c", "g", "r", "i", "q", "fqp", "iv", "l", "i", "m", "q", "o", "n", "n", "h", "m", "x", "cmmli"], ["u", "c", "g", "r", "i", "q", "fqp", "i", "v", "l", "i", "m", "q", "o", "n", "n", "h", "m", "x", "cmmli"], ["u", "c", "g", "r", "i", "q", "fq", "p", "i", "v", "l", "i", "m", "q", "o", "n", "n", "h", "m", "x", "cmmli"]]}, "config": {"length": 26, "num_posisions": 21, "positions": [[0, 20], [0, 12], [0, 6], [0, 2], [1, 3], [5, 1], [4, 2], [5, 4], [4, 1], [3, 5], [1, 2], [1, 1], [9, 1], [11, 1], [5, 3], [0, 1], [12, 1], [13, 1], [7, 1], [6, 2], [20, 1]], "strings": "ucgriqfqpivlimqonnhmxcmmli"}, "task_name": "task09", "example_name": "0190", "problem_name": "task09_0190"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngqojbdznhqoyfhmxczbvcxddz\nIndices:\n(0, 4), (0, 1), (2, 20), (2, 4), (3, 4), (2, 1), (4, 2), (6, 8), (7, 3), (7, 1), (6, 2), (5, 1), (4, 1), (1, 1), (2, 1), (13, 1), (5, 2), (12, 2), (11, 1), (13, 1), (5, 1)", "label": {"final": ["g", "q", "o", "j", "b", "d", "z", "n", "h", "q", "o", "y", "f", "h", "m", "x", "czbv", "c", "x", "d", "d", "z"], "init": ["gqojbdznhqoyfhmxczbvcxddz"], "intermediate": [["gqoj", "bdznhqoyfhmxczbvcxddz"], ["g", "qoj", "bdznhqoyfhmxczbvcxddz"], ["g", "qoj", "bdznhqoyfhmxczbvcxdd", "z"], ["g", "qoj", "bdzn", "hqoyfhmxczbvcxdd", "z"], ["g", "qoj", "bdzn", "hqoy", "fhmxczbvcxdd", "z"], ["g", "qoj", "b", "dzn", "hqoy", "fhmxczbvcxdd", "z"], ["g", "qoj", "b", "dzn", "hq", "oy", "fhmxczbvcxdd", "z"], ["g", "qoj", "b", "dzn", "hq", "oy", "fhmxczbv", "cxdd", "z"], ["g", "qoj", "b", "dzn", "hq", "oy", "fhmxczbv", "cxd", "d", "z"], ["g", "qoj", "b", "dzn", "hq", "oy", "fhmxczbv", "c", "xd", "d", "z"], ["g", "qoj", "b", "dzn", "hq", "oy", "fh", "mxczbv", "c", "xd", "d", "z"], ["g", "qoj", "b", "dzn", "hq", "o", "y", "fh", "mxczbv", "c", "xd", "d", "z"], ["g", "qoj", "b", "dzn", "h", "q", "o", "y", "fh", "mxczbv", "c", "xd", "d", "z"], ["g", "q", "oj", "b", "dzn", "h", "q", "o", "y", "fh", "mxczbv", "c", "xd", "d", "z"], ["g", "q", "o", "j", "b", "dzn", "h", "q", "o", "y", "fh", "mxczbv", "c", "xd", "d", "z"], ["g", "q", "o", "j", "b", "dzn", "h", "q", "o", "y", "fh", "mxczbv", "c", "x", "d", "d", "z"], ["g", "q", "o", "j", "b", "dz", "n", "h", "q", "o", "y", "fh", "mxczbv", "c", "x", "d", "d", "z"], ["g", "q", "o", "j", "b", "dz", "n", "h", "q", "o", "y", "fh", "mx", "czbv", "c", "x", "d", "d", "z"], ["g", "q", "o", "j", "b", "dz", "n", "h", "q", "o", "y", "f", "h", "mx", "czbv", "c", "x", "d", "d", "z"], ["g", "q", "o", "j", "b", "dz", "n", "h", "q", "o", "y", "f", "h", "m", "x", "czbv", "c", "x", "d", "d", "z"]]}, "config": {"length": 25, "num_posisions": 21, "positions": [[0, 4], [0, 1], [2, 20], [2, 4], [3, 4], [2, 1], [4, 2], [6, 8], [7, 3], [7, 1], [6, 2], [5, 1], [4, 1], [1, 1], [2, 1], [13, 1], [5, 2], [12, 2], [11, 1], [13, 1], [5, 1]], "strings": "gqojbdznhqoyfhmxczbvcxddz"}, "task_name": "task09", "example_name": "0191", "problem_name": "task09_0191"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nigvuppxqvkkzlxjxhhdzsrw\nIndices:\n(0, 15), (1, 1), (0, 3), (1, 9), (2, 2), (1, 6), (6, 5), (2, 1), (1, 4), (4, 1), (0, 2), (3, 1), (11, 3), (0, 1), (13, 1), (15, 1), (3, 2), (3, 1), (14, 1), (5, 1), (12, 1)", "label": {"final": ["i", "g", "v", "u", "p", "p", "x", "q", "v", "k", "k", "z", "l", "x", "j", "x", "h", "hd", "z", "s", "r", "w"], "init": ["igvuppxqvkkzlxjxhhdzsrw"], "intermediate": [["igvuppxqvkkzlxj", "xhhdzsrw"], ["igvuppxqvkkzlxj", "x", "hhdzsrw"], ["igv", "uppxqvkkzlxj", "x", "hhdzsrw"], ["igv", "uppxqvkkz", "lxj", "x", "hhdzsrw"], ["igv", "uppxqvkkz", "lx", "j", "x", "hhdzsrw"], ["igv", "uppxqv", "kkz", "lx", "j", "x", "hhdzsrw"], ["igv", "uppxqv", "kkz", "lx", "j", "x", "hhdzs", "rw"], ["igv", "uppxqv", "k", "kz", "lx", "j", "x", "hhdzs", "rw"], ["igv", "uppx", "qv", "k", "kz", "lx", "j", "x", "hhdzs", "rw"], ["igv", "uppx", "qv", "k", "k", "z", "lx", "j", "x", "hhdzs", "rw"], ["ig", "v", "uppx", "qv", "k", "k", "z", "lx", "j", "x", "hhdzs", "rw"], ["ig", "v", "uppx", "q", "v", "k", "k", "z", "lx", "j", "x", "hhdzs", "rw"], ["ig", "v", "uppx", "q", "v", "k", "k", "z", "lx", "j", "x", "hhd", "zs", "rw"], ["i", "g", "v", "uppx", "q", "v", "k", "k", "z", "lx", "j", "x", "hhd", "zs", "rw"], ["i", "g", "v", "uppx", "q", "v", "k", "k", "z", "lx", "j", "x", "hhd", "z", "s", "rw"], ["i", "g", "v", "uppx", "q", "v", "k", "k", "z", "lx", "j", "x", "hhd", "z", "s", "r", "w"], ["i", "g", "v", "up", "px", "q", "v", "k", "k", "z", "lx", "j", "x", "hhd", "z", "s", "r", "w"], ["i", "g", "v", "u", "p", "px", "q", "v", "k", "k", "z", "lx", "j", "x", "hhd", "z", "s", "r", "w"], ["i", "g", "v", "u", "p", "px", "q", "v", "k", "k", "z", "lx", "j", "x", "h", "hd", "z", "s", "r", "w"], ["i", "g", "v", "u", "p", "p", "x", "q", "v", "k", "k", "z", "lx", "j", "x", "h", "hd", "z", "s", "r", "w"]]}, "config": {"length": 23, "num_posisions": 21, "positions": [[0, 15], [1, 1], [0, 3], [1, 9], [2, 2], [1, 6], [6, 5], [2, 1], [1, 4], [4, 1], [0, 2], [3, 1], [11, 3], [0, 1], [13, 1], [15, 1], [3, 2], [3, 1], [14, 1], [5, 1], [12, 1]], "strings": "igvuppxqvkkzlxjxhhdzsrw"}, "task_name": "task09", "example_name": "0192", "problem_name": "task09_0192"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfzixarlmcufblunxuyjmcdgzo\nIndices:\n(0, 6), (0, 5), (0, 4), (0, 3), (4, 8), (0, 2), (5, 6), (0, 1), (7, 1), (6, 1), (10, 4), (10, 3), (12, 1), (10, 1), (11, 1), (15, 4), (16, 1), (7, 3), (16, 1), (8, 1), (7, 2)", "label": {"final": ["f", "z", "i", "x", "a", "r", "l", "mc", "u", "f", "b", "l", "u", "n", "x", "u", "y", "j", "m", "cdg", "z", "o"], "init": ["fzixarlmcufblunxuyjmcdgzo"], "intermediate": [["fzixar", "lmcufblunxuyjmcdgzo"], ["fzixa", "r", "lmcufblunxuyjmcdgzo"], ["fzix", "a", "r", "lmcufblunxuyjmcdgzo"], ["fzi", "x", "a", "r", "lmcufblunxuyjmcdgzo"], ["fzi", "x", "a", "r", "lmcufblu", "nxuyjmcdgzo"], ["fz", "i", "x", "a", "r", "lmcufblu", "nxuyjmcdgzo"], ["fz", "i", "x", "a", "r", "lmcufb", "lu", "nxuyjmcdgzo"], ["f", "z", "i", "x", "a", "r", "lmcufb", "lu", "nxuyjmcdgzo"], ["f", "z", "i", "x", "a", "r", "lmcufb", "l", "u", "nxuyjmcdgzo"], ["f", "z", "i", "x", "a", "r", "l", "mcufb", "l", "u", "nxuyjmcdgzo"], ["f", "z", "i", "x", "a", "r", "l", "mcufb", "l", "u", "nxuy", "jmcdgzo"], ["f", "z", "i", "x", "a", "r", "l", "mcufb", "l", "u", "nxu", "y", "jmcdgzo"], ["f", "z", "i", "x", "a", "r", "l", "mcufb", "l", "u", "nxu", "y", "j", "mcdgzo"], ["f", "z", "i", "x", "a", "r", "l", "mcufb", "l", "u", "n", "xu", "y", "j", "mcdgzo"], ["f", "z", "i", "x", "a", "r", "l", "mcufb", "l", "u", "n", "x", "u", "y", "j", "mcdgzo"], ["f", "z", "i", "x", "a", "r", "l", "mcufb", "l", "u", "n", "x", "u", "y", "j", "mcdg", "zo"], ["f", "z", "i", "x", "a", "r", "l", "mcufb", "l", "u", "n", "x", "u", "y", "j", "mcdg", "z", "o"], ["f", "z", "i", "x", "a", "r", "l", "mcu", "fb", "l", "u", "n", "x", "u", "y", "j", "mcdg", "z", "o"], ["f", "z", "i", "x", "a", "r", "l", "mcu", "fb", "l", "u", "n", "x", "u", "y", "j", "m", "cdg", "z", "o"], ["f", "z", "i", "x", "a", "r", "l", "mcu", "f", "b", "l", "u", "n", "x", "u", "y", "j", "m", "cdg", "z", "o"]]}, "config": {"length": 25, "num_posisions": 21, "positions": [[0, 6], [0, 5], [0, 4], [0, 3], [4, 8], [0, 2], [5, 6], [0, 1], [7, 1], [6, 1], [10, 4], [10, 3], [12, 1], [10, 1], [11, 1], [15, 4], [16, 1], [7, 3], [16, 1], [8, 1], [7, 2]], "strings": "fzixarlmcufblunxuyjmcdgzo"}, "task_name": "task09", "example_name": "0193", "problem_name": "task09_0193"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nstevhdmwzuccapsdhxwcyicjfnpi\nIndices:\n(0, 14), (1, 11), (0, 4), (3, 1), (4, 1), (0, 3), (3, 4), (0, 2), (0, 1), (5, 3), (7, 1), (8, 2), (4, 7), (9, 1), (11, 1), (12, 2), (4, 5), (4, 2), (8, 1), (7, 2), (7, 1)", "label": {"final": ["s", "t", "e", "v", "hd", "mwz", "uc", "c", "a", "p", "s", "dh", "x", "w", "c", "y", "i", "cj", "f", "n", "p", "i"], "init": ["stevhdmwzuccapsdhxwcyicjfnpi"], "intermediate": [["stevhdmwzuccap", "sdhxwcyicjfnpi"], ["stevhdmwzuccap", "sdhxwcyicjf", "npi"], ["stev", "hdmwzuccap", "sdhxwcyicjf", "npi"], ["stev", "hdmwzuccap", "sdhxwcyicjf", "n", "pi"], ["stev", "hdmwzuccap", "sdhxwcyicjf", "n", "p", "i"], ["ste", "v", "hdmwzuccap", "sdhxwcyicjf", "n", "p", "i"], ["ste", "v", "hdmwzuccap", "sdhx", "wcyicjf", "n", "p", "i"], ["st", "e", "v", "hdmwzuccap", "sdhx", "wcyicjf", "n", "p", "i"], ["s", "t", "e", "v", "hdmwzuccap", "sdhx", "wcyicjf", "n", "p", "i"], ["s", "t", "e", "v", "hdmwzuccap", "sdh", "x", "wcyicjf", "n", "p", "i"], ["s", "t", "e", "v", "hdmwzuccap", "sdh", "x", "w", "cyicjf", "n", "p", "i"], ["s", "t", "e", "v", "hdmwzuccap", "sdh", "x", "w", "cy", "icjf", "n", "p", "i"], ["s", "t", "e", "v", "hdmwzuc", "cap", "sdh", "x", "w", "cy", "icjf", "n", "p", "i"], ["s", "t", "e", "v", "hdmwzuc", "cap", "sdh", "x", "w", "c", "y", "icjf", "n", "p", "i"], ["s", "t", "e", "v", "hdmwzuc", "cap", "sdh", "x", "w", "c", "y", "i", "cjf", "n", "p", "i"], ["s", "t", "e", "v", "hdmwzuc", "cap", "sdh", "x", "w", "c", "y", "i", "cj", "f", "n", "p", "i"], ["s", "t", "e", "v", "hdmwz", "uc", "cap", "sdh", "x", "w", "c", "y", "i", "cj", "f", "n", "p", "i"], ["s", "t", "e", "v", "hd", "mwz", "uc", "cap", "sdh", "x", "w", "c", "y", "i", "cj", "f", "n", "p", "i"], ["s", "t", "e", "v", "hd", "mwz", "uc", "cap", "s", "dh", "x", "w", "c", "y", "i", "cj", "f", "n", "p", "i"], ["s", "t", "e", "v", "hd", "mwz", "uc", "ca", "p", "s", "dh", "x", "w", "c", "y", "i", "cj", "f", "n", "p", "i"]]}, "config": {"length": 28, "num_posisions": 21, "positions": [[0, 14], [1, 11], [0, 4], [3, 1], [4, 1], [0, 3], [3, 4], [0, 2], [0, 1], [5, 3], [7, 1], [8, 2], [4, 7], [9, 1], [11, 1], [12, 2], [4, 5], [4, 2], [8, 1], [7, 2], [7, 1]], "strings": "stevhdmwzuccapsdhxwcyicjfnpi"}, "task_name": "task09", "example_name": "0194", "problem_name": "task09_0194"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njfvhjwbniyqqpzsyztayysk\nIndices:\n(0, 21), (0, 6), (0, 1), (1, 1), (2, 2), (5, 1), (3, 1), (2, 1), (6, 11), (7, 2), (7, 1), (6, 2), (6, 1), (8, 2), (9, 3), (8, 1), (11, 1), (15, 1), (12, 1), (13, 1), (10, 1)", "label": {"final": ["j", "f", "v", "h", "j", "w", "b", "n", "i", "y", "q", "qp", "z", "s", "y", "z", "t", "a", "y", "y", "s", "k"], "init": ["jfvhjwbniyqqpzsyztayysk"], "intermediate": [["jfvhjwbniyqqpzsyztayy", "sk"], ["jfvhjw", "bniyqqpzsyztayy", "sk"], ["j", "fvhjw", "bniyqqpzsyztayy", "sk"], ["j", "f", "vhjw", "bniyqqpzsyztayy", "sk"], ["j", "f", "vh", "jw", "bniyqqpzsyztayy", "sk"], ["j", "f", "vh", "jw", "bniyqqpzsyztayy", "s", "k"], ["j", "f", "vh", "j", "w", "bniyqqpzsyztayy", "s", "k"], ["j", "f", "v", "h", "j", "w", "bniyqqpzsyztayy", "s", "k"], ["j", "f", "v", "h", "j", "w", "bniyqqpzsyz", "tayy", "s", "k"], ["j", "f", "v", "h", "j", "w", "bniyqqpzsyz", "ta", "yy", "s", "k"], ["j", "f", "v", "h", "j", "w", "bniyqqpzsyz", "t", "a", "yy", "s", "k"], ["j", "f", "v", "h", "j", "w", "bn", "iyqqpzsyz", "t", "a", "yy", "s", "k"], ["j", "f", "v", "h", "j", "w", "b", "n", "iyqqpzsyz", "t", "a", "yy", "s", "k"], ["j", "f", "v", "h", "j", "w", "b", "n", "iy", "qqpzsyz", "t", "a", "yy", "s", "k"], ["j", "f", "v", "h", "j", "w", "b", "n", "iy", "qqp", "zsyz", "t", "a", "yy", "s", "k"], ["j", "f", "v", "h", "j", "w", "b", "n", "i", "y", "qqp", "zsyz", "t", "a", "yy", "s", "k"], ["j", "f", "v", "h", "j", "w", "b", "n", "i", "y", "qqp", "z", "syz", "t", "a", "yy", "s", "k"], ["j", "f", "v", "h", "j", "w", "b", "n", "i", "y", "qqp", "z", "syz", "t", "a", "y", "y", "s", "k"], ["j", "f", "v", "h", "j", "w", "b", "n", "i", "y", "qqp", "z", "s", "yz", "t", "a", "y", "y", "s", "k"], ["j", "f", "v", "h", "j", "w", "b", "n", "i", "y", "qqp", "z", "s", "y", "z", "t", "a", "y", "y", "s", "k"]]}, "config": {"length": 23, "num_posisions": 21, "positions": [[0, 21], [0, 6], [0, 1], [1, 1], [2, 2], [5, 1], [3, 1], [2, 1], [6, 11], [7, 2], [7, 1], [6, 2], [6, 1], [8, 2], [9, 3], [8, 1], [11, 1], [15, 1], [12, 1], [13, 1], [10, 1]], "strings": "jfvhjwbniyqqpzsyztayysk"}, "task_name": "task09", "example_name": "0195", "problem_name": "task09_0195"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkawutbpxamfsijdszjieqzlhrddd\nIndices:\n(0, 8), (1, 18), (1, 8), (0, 4), (1, 1), (3, 6), (6, 1), (3, 2), (6, 5), (2, 1), (3, 1), (5, 1), (10, 2), (0, 2), (0, 1), (2, 1), (14, 2), (10, 1), (11, 1), (12, 1), (16, 1)", "label": {"final": ["k", "a", "w", "u", "t", "b", "p", "x", "a", "m", "f", "s", "i", "j", "ds", "zjieq", "z", "l", "hr", "d", "d", "d"], "init": ["kawutbpxamfsijdszjieqzlhrddd"], "intermediate": [["kawutbpx", "amfsijdszjieqzlhrddd"], ["kawutbpx", "amfsijdszjieqzlhrd", "dd"], ["kawutbpx", "amfsijds", "zjieqzlhrd", "dd"], ["kawu", "tbpx", "amfsijds", "zjieqzlhrd", "dd"], ["kawu", "t", "bpx", "amfsijds", "zjieqzlhrd", "dd"], ["kawu", "t", "bpx", "amfsij", "ds", "zjieqzlhrd", "dd"], ["kawu", "t", "bpx", "amfsij", "ds", "zjieqzlhrd", "d", "d"], ["kawu", "t", "bpx", "am", "fsij", "ds", "zjieqzlhrd", "d", "d"], ["kawu", "t", "bpx", "am", "fsij", "ds", "zjieq", "zlhrd", "d", "d"], ["kawu", "t", "b", "px", "am", "fsij", "ds", "zjieq", "zlhrd", "d", "d"], ["kawu", "t", "b", "p", "x", "am", "fsij", "ds", "zjieq", "zlhrd", "d", "d"], ["kawu", "t", "b", "p", "x", "a", "m", "fsij", "ds", "zjieq", "zlhrd", "d", "d"], ["kawu", "t", "b", "p", "x", "a", "m", "fsij", "ds", "zjieq", "zl", "hrd", "d", "d"], ["ka", "wu", "t", "b", "p", "x", "a", "m", "fsij", "ds", "zjieq", "zl", "hrd", "d", "d"], ["k", "a", "wu", "t", "b", "p", "x", "a", "m", "fsij", "ds", "zjieq", "zl", "hrd", "d", "d"], ["k", "a", "w", "u", "t", "b", "p", "x", "a", "m", "fsij", "ds", "zjieq", "zl", "hrd", "d", "d"], ["k", "a", "w", "u", "t", "b", "p", "x", "a", "m", "fsij", "ds", "zjieq", "zl", "hr", "d", "d", "d"], ["k", "a", "w", "u", "t", "b", "p", "x", "a", "m", "f", "sij", "ds", "zjieq", "zl", "hr", "d", "d", "d"], ["k", "a", "w", "u", "t", "b", "p", "x", "a", "m", "f", "s", "ij", "ds", "zjieq", "zl", "hr", "d", "d", "d"], ["k", "a", "w", "u", "t", "b", "p", "x", "a", "m", "f", "s", "i", "j", "ds", "zjieq", "zl", "hr", "d", "d", "d"]]}, "config": {"length": 28, "num_posisions": 21, "positions": [[0, 8], [1, 18], [1, 8], [0, 4], [1, 1], [3, 6], [6, 1], [3, 2], [6, 5], [2, 1], [3, 1], [5, 1], [10, 2], [0, 2], [0, 1], [2, 1], [14, 2], [10, 1], [11, 1], [12, 1], [16, 1]], "strings": "kawutbpxamfsijdszjieqzlhrddd"}, "task_name": "task09", "example_name": "0196", "problem_name": "task09_0196"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfdveodvylceafgykzjoarbvdytk\nIndices:\n(0, 1), (1, 10), (2, 6), (2, 3), (2, 2), (1, 3), (3, 1), (6, 1), (8, 4), (8, 3), (2, 4), (2, 3), (4, 1), (11, 1), (1, 1), (11, 1), (2, 1), (15, 1), (7, 1), (19, 3), (20, 1)", "label": {"final": ["f", "d", "v", "e", "odv", "y", "l", "c", "e", "a", "f", "g", "y", "k", "z", "j", "o", "a", "r", "bvd", "y", "tk"], "init": ["fdveodvylceafgykzjoarbvdytk"], "intermediate": [["f", "dveodvylceafgykzjoarbvdytk"], ["f", "dveodvylce", "afgykzjoarbvdytk"], ["f", "dveodvylce", "afgykz", "joarbvdytk"], ["f", "dveodvylce", "afg", "ykz", "joarbvdytk"], ["f", "dveodvylce", "af", "g", "ykz", "joarbvdytk"], ["f", "dve", "odvylce", "af", "g", "ykz", "joarbvdytk"], ["f", "dve", "odvylce", "a", "f", "g", "ykz", "joarbvdytk"], ["f", "dve", "odvylce", "a", "f", "g", "y", "kz", "joarbvdytk"], ["f", "dve", "odvylce", "a", "f", "g", "y", "kz", "joar", "bvdytk"], ["f", "dve", "odvylce", "a", "f", "g", "y", "kz", "joa", "r", "bvdytk"], ["f", "dve", "odvy", "lce", "a", "f", "g", "y", "kz", "joa", "r", "bvdytk"], ["f", "dve", "odv", "y", "lce", "a", "f", "g", "y", "kz", "joa", "r", "bvdytk"], ["f", "dve", "odv", "y", "l", "ce", "a", "f", "g", "y", "kz", "joa", "r", "bvdytk"], ["f", "dve", "odv", "y", "l", "ce", "a", "f", "g", "y", "kz", "j", "oa", "r", "bvdytk"], ["f", "d", "ve", "odv", "y", "l", "ce", "a", "f", "g", "y", "kz", "j", "oa", "r", "bvdytk"], ["f", "d", "ve", "odv", "y", "l", "ce", "a", "f", "g", "y", "k", "z", "j", "oa", "r", "bvdytk"], ["f", "d", "v", "e", "odv", "y", "l", "ce", "a", "f", "g", "y", "k", "z", "j", "oa", "r", "bvdytk"], ["f", "d", "v", "e", "odv", "y", "l", "ce", "a", "f", "g", "y", "k", "z", "j", "o", "a", "r", "bvdytk"], ["f", "d", "v", "e", "odv", "y", "l", "c", "e", "a", "f", "g", "y", "k", "z", "j", "o", "a", "r", "bvdytk"], ["f", "d", "v", "e", "odv", "y", "l", "c", "e", "a", "f", "g", "y", "k", "z", "j", "o", "a", "r", "bvd", "ytk"]]}, "config": {"length": 27, "num_posisions": 21, "positions": [[0, 1], [1, 10], [2, 6], [2, 3], [2, 2], [1, 3], [3, 1], [6, 1], [8, 4], [8, 3], [2, 4], [2, 3], [4, 1], [11, 1], [1, 1], [11, 1], [2, 1], [15, 1], [7, 1], [19, 3], [20, 1]], "strings": "fdveodvylceafgykzjoarbvdytk"}, "task_name": "task09", "example_name": "0197", "problem_name": "task09_0197"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnwrqimhvkeedfoyttgviqqgdzgtgia\nIndices:\n(0, 2), (0, 1), (2, 6), (2, 4), (3, 1), (5, 19), (6, 1), (7, 1), (5, 5), (6, 9), (5, 4), (8, 1), (9, 3), (7, 3), (5, 3), (2, 2), (12, 2), (9, 1), (3, 1), (12, 2), (12, 1)", "label": {"final": ["n", "w", "rq", "i", "m", "h", "v", "kee", "d", "f", "o", "yt", "t", "g", "viqq", "g", "dz", "g", "t", "g", "i", "a"], "init": ["nwrqimhvkeedfoyttgviqqgdzgtgia"], "intermediate": [["nw", "rqimhvkeedfoyttgviqqgdzgtgia"], ["n", "w", "rqimhvkeedfoyttgviqqgdzgtgia"], ["n", "w", "rqimhv", "keedfoyttgviqqgdzgtgia"], ["n", "w", "rqim", "hv", "keedfoyttgviqqgdzgtgia"], ["n", "w", "rqim", "h", "v", "keedfoyttgviqqgdzgtgia"], ["n", "w", "rqim", "h", "v", "keedfoyttgviqqgdzgt", "gia"], ["n", "w", "rqim", "h", "v", "keedfoyttgviqqgdzgt", "g", "ia"], ["n", "w", "rqim", "h", "v", "keedfoyttgviqqgdzgt", "g", "i", "a"], ["n", "w", "rqim", "h", "v", "keedf", "oyttgviqqgdzgt", "g", "i", "a"], ["n", "w", "rqim", "h", "v", "keedf", "oyttgviqq", "gdzgt", "g", "i", "a"], ["n", "w", "rqim", "h", "v", "keed", "f", "oyttgviqq", "gdzgt", "g", "i", "a"], ["n", "w", "rqim", "h", "v", "keed", "f", "oyttgviqq", "g", "dzgt", "g", "i", "a"], ["n", "w", "rqim", "h", "v", "keed", "f", "oyttgviqq", "g", "dzg", "t", "g", "i", "a"], ["n", "w", "rqim", "h", "v", "keed", "f", "oyt", "tgviqq", "g", "dzg", "t", "g", "i", "a"], ["n", "w", "rqim", "h", "v", "kee", "d", "f", "oyt", "tgviqq", "g", "dzg", "t", "g", "i", "a"], ["n", "w", "rq", "im", "h", "v", "kee", "d", "f", "oyt", "tgviqq", "g", "dzg", "t", "g", "i", "a"], ["n", "w", "rq", "im", "h", "v", "kee", "d", "f", "oyt", "tgviqq", "g", "dz", "g", "t", "g", "i", "a"], ["n", "w", "rq", "im", "h", "v", "kee", "d", "f", "o", "yt", "tgviqq", "g", "dz", "g", "t", "g", "i", "a"], ["n", "w", "rq", "i", "m", "h", "v", "kee", "d", "f", "o", "yt", "tgviqq", "g", "dz", "g", "t", "g", "i", "a"], ["n", "w", "rq", "i", "m", "h", "v", "kee", "d", "f", "o", "yt", "tg", "viqq", "g", "dz", "g", "t", "g", "i", "a"]]}, "config": {"length": 30, "num_posisions": 21, "positions": [[0, 2], [0, 1], [2, 6], [2, 4], [3, 1], [5, 19], [6, 1], [7, 1], [5, 5], [6, 9], [5, 4], [8, 1], [9, 3], [7, 3], [5, 3], [2, 2], [12, 2], [9, 1], [3, 1], [12, 2], [12, 1]], "strings": "nwrqimhvkeedfoyttgviqqgdzgtgia"}, "task_name": "task09", "example_name": "0198", "problem_name": "task09_0198"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nflfvsckwusvjevokxeehtponsnr\nIndices:\n(0, 16), (0, 10), (1, 5), (3, 3), (1, 1), (0, 4), (3, 2), (1, 3), (7, 1), (1, 2), (3, 1), (0, 1), (8, 1), (5, 1), (14, 4), (2, 1), (1, 2), (10, 1), (1, 1), (17, 1), (20, 1)", "label": {"final": ["f", "l", "f", "v", "s", "c", "k", "w", "u", "s", "v", "j", "e", "v", "o", "k", "x", "e", "e", "htpo", "n", "snr"], "init": ["flfvsckwusvjevokxeehtponsnr"], "intermediate": [["flfvsckwusvjevok", "xeehtponsnr"], ["flfvsckwus", "vjevok", "xeehtponsnr"], ["flfvsckwus", "vjevo", "k", "xeehtponsnr"], ["flfvsckwus", "vjevo", "k", "xee", "htponsnr"], ["flfvsckwus", "v", "jevo", "k", "xee", "htponsnr"], ["flfv", "sckwus", "v", "jevo", "k", "xee", "htponsnr"], ["flfv", "sckwus", "v", "je", "vo", "k", "xee", "htponsnr"], ["flfv", "sck", "wus", "v", "je", "vo", "k", "xee", "htponsnr"], ["flfv", "sck", "wus", "v", "je", "vo", "k", "x", "ee", "htponsnr"], ["flfv", "sc", "k", "wus", "v", "je", "vo", "k", "x", "ee", "htponsnr"], ["flfv", "sc", "k", "w", "us", "v", "je", "vo", "k", "x", "ee", "htponsnr"], ["f", "lfv", "sc", "k", "w", "us", "v", "je", "vo", "k", "x", "ee", "htponsnr"], ["f", "lfv", "sc", "k", "w", "us", "v", "je", "v", "o", "k", "x", "ee", "htponsnr"], ["f", "lfv", "sc", "k", "w", "u", "s", "v", "je", "v", "o", "k", "x", "ee", "htponsnr"], ["f", "lfv", "sc", "k", "w", "u", "s", "v", "je", "v", "o", "k", "x", "ee", "htpo", "nsnr"], ["f", "lfv", "s", "c", "k", "w", "u", "s", "v", "je", "v", "o", "k", "x", "ee", "htpo", "nsnr"], ["f", "lf", "v", "s", "c", "k", "w", "u", "s", "v", "je", "v", "o", "k", "x", "ee", "htpo", "nsnr"], ["f", "lf", "v", "s", "c", "k", "w", "u", "s", "v", "j", "e", "v", "o", "k", "x", "ee", "htpo", "nsnr"], ["f", "l", "f", "v", "s", "c", "k", "w", "u", "s", "v", "j", "e", "v", "o", "k", "x", "ee", "htpo", "nsnr"], ["f", "l", "f", "v", "s", "c", "k", "w", "u", "s", "v", "j", "e", "v", "o", "k", "x", "e", "e", "htpo", "nsnr"]]}, "config": {"length": 27, "num_posisions": 21, "positions": [[0, 16], [0, 10], [1, 5], [3, 3], [1, 1], [0, 4], [3, 2], [1, 3], [7, 1], [1, 2], [3, 1], [0, 1], [8, 1], [5, 1], [14, 4], [2, 1], [1, 2], [10, 1], [1, 1], [17, 1], [20, 1]], "strings": "flfvsckwusvjevokxeehtponsnr"}, "task_name": "task09", "example_name": "0199", "problem_name": "task09_0199"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxqkadlcxigpjovwsdkylhjwdli\nIndices:\n(0, 6), (1, 9), (1, 4), (2, 1), (4, 2), (4, 1), (0, 2), (7, 7), (4, 1), (8, 2), (0, 1), (3, 3), (3, 2), (12, 1), (13, 1), (3, 1), (2, 3), (10, 1), (2, 1), (19, 1), (12, 1), (3, 1)", "label": {"final": ["x", "q", "k", "a", "d", "l", "c", "x", "i", "g", "p", "j", "o", "v", "w", "s", "d", "ky", "l", "h", "jwd", "l", "i"], "init": ["xqkadlcxigpjovwsdkylhjwdli"], "intermediate": [["xqkadl", "cxigpjovwsdkylhjwdli"], ["xqkadl", "cxigpjovw", "sdkylhjwdli"], ["xqkadl", "cxig", "pjovw", "sdkylhjwdli"], ["xqkadl", "cxig", "p", "jovw", "sdkylhjwdli"], ["xqkadl", "cxig", "p", "jovw", "sd", "kylhjwdli"], ["xqkadl", "cxig", "p", "jovw", "s", "d", "kylhjwdli"], ["xq", "kadl", "cxig", "p", "jovw", "s", "d", "kylhjwdli"], ["xq", "kadl", "cxig", "p", "jovw", "s", "d", "kylhjwd", "li"], ["xq", "kadl", "cxig", "p", "j", "ovw", "s", "d", "kylhjwd", "li"], ["xq", "kadl", "cxig", "p", "j", "ovw", "s", "d", "ky", "lhjwd", "li"], ["x", "q", "kadl", "cxig", "p", "j", "ovw", "s", "d", "ky", "lhjwd", "li"], ["x", "q", "kadl", "cxi", "g", "p", "j", "ovw", "s", "d", "ky", "lhjwd", "li"], ["x", "q", "kadl", "cx", "i", "g", "p", "j", "ovw", "s", "d", "ky", "lhjwd", "li"], ["x", "q", "kadl", "cx", "i", "g", "p", "j", "ovw", "s", "d", "ky", "l", "hjwd", "li"], ["x", "q", "kadl", "cx", "i", "g", "p", "j", "ovw", "s", "d", "ky", "l", "h", "jwd", "li"], ["x", "q", "kadl", "c", "x", "i", "g", "p", "j", "ovw", "s", "d", "ky", "l", "h", "jwd", "li"], ["x", "q", "kad", "l", "c", "x", "i", "g", "p", "j", "ovw", "s", "d", "ky", "l", "h", "jwd", "li"], ["x", "q", "kad", "l", "c", "x", "i", "g", "p", "j", "o", "vw", "s", "d", "ky", "l", "h", "jwd", "li"], ["x", "q", "k", "ad", "l", "c", "x", "i", "g", "p", "j", "o", "vw", "s", "d", "ky", "l", "h", "jwd", "li"], ["x", "q", "k", "ad", "l", "c", "x", "i", "g", "p", "j", "o", "vw", "s", "d", "ky", "l", "h", "jwd", "l", "i"], ["x", "q", "k", "ad", "l", "c", "x", "i", "g", "p", "j", "o", "v", "w", "s", "d", "ky", "l", "h", "jwd", "l", "i"]]}, "config": {"length": 26, "num_posisions": 22, "positions": [[0, 6], [1, 9], [1, 4], [2, 1], [4, 2], [4, 1], [0, 2], [7, 7], [4, 1], [8, 2], [0, 1], [3, 3], [3, 2], [12, 1], [13, 1], [3, 1], [2, 3], [10, 1], [2, 1], [19, 1], [12, 1], [3, 1]], "strings": "xqkadlcxigpjovwsdkylhjwdli"}, "task_name": "task09", "example_name": "0200", "problem_name": "task09_0200"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhsgekkyiowcqvmchawonyfwubyjx\nIndices:\n(0, 25), (0, 22), (0, 9), (2, 2), (0, 8), (5, 2), (0, 6), (0, 3), (4, 11), (4, 9), (6, 1), (5, 1), (9, 1), (12, 1), (1, 1), (0, 1), (6, 5), (6, 2), (8, 2), (7, 1), (6, 1), (4, 1)", "label": {"final": ["h", "sg", "e", "kk", "y", "i", "o", "w", "c", "q", "vm", "ch", "aw", "o", "n", "y", "f", "w", "u", "b", "y", "j", "x"], "init": ["hsgekkyiowcqvmchawonyfwubyjx"], "intermediate": [["hsgekkyiowcqvmchawonyfwub", "yjx"], ["hsgekkyiowcqvmchawonyf", "wub", "yjx"], ["hsgekkyio", "wcqvmchawonyf", "wub", "yjx"], ["hsgekkyio", "wcqvmchawonyf", "wu", "b", "yjx"], ["hsgekkyi", "o", "wcqvmchawonyf", "wu", "b", "yjx"], ["hsgekkyi", "o", "wcqvmchawonyf", "wu", "b", "yj", "x"], ["hsgekk", "yi", "o", "wcqvmchawonyf", "wu", "b", "yj", "x"], ["hsg", "ekk", "yi", "o", "wcqvmchawonyf", "wu", "b", "yj", "x"], ["hsg", "ekk", "yi", "o", "wcqvmchawon", "yf", "wu", "b", "yj", "x"], ["hsg", "ekk", "yi", "o", "wcqvmchaw", "on", "yf", "wu", "b", "yj", "x"], ["hsg", "ekk", "yi", "o", "wcqvmchaw", "on", "y", "f", "wu", "b", "yj", "x"], ["hsg", "ekk", "yi", "o", "wcqvmchaw", "o", "n", "y", "f", "wu", "b", "yj", "x"], ["hsg", "ekk", "yi", "o", "wcqvmchaw", "o", "n", "y", "f", "w", "u", "b", "yj", "x"], ["hsg", "ekk", "yi", "o", "wcqvmchaw", "o", "n", "y", "f", "w", "u", "b", "y", "j", "x"], ["hsg", "e", "kk", "yi", "o", "wcqvmchaw", "o", "n", "y", "f", "w", "u", "b", "y", "j", "x"], ["h", "sg", "e", "kk", "yi", "o", "wcqvmchaw", "o", "n", "y", "f", "w", "u", "b", "y", "j", "x"], ["h", "sg", "e", "kk", "yi", "o", "wcqvm", "chaw", "o", "n", "y", "f", "w", "u", "b", "y", "j", "x"], ["h", "sg", "e", "kk", "yi", "o", "wc", "qvm", "chaw", "o", "n", "y", "f", "w", "u", "b", "y", "j", "x"], ["h", "sg", "e", "kk", "yi", "o", "wc", "qvm", "ch", "aw", "o", "n", "y", "f", "w", "u", "b", "y", "j", "x"], ["h", "sg", "e", "kk", "yi", "o", "wc", "q", "vm", "ch", "aw", "o", "n", "y", "f", "w", "u", "b", "y", "j", "x"], ["h", "sg", "e", "kk", "yi", "o", "w", "c", "q", "vm", "ch", "aw", "o", "n", "y", "f", "w", "u", "b", "y", "j", "x"]]}, "config": {"length": 28, "num_posisions": 22, "positions": [[0, 25], [0, 22], [0, 9], [2, 2], [0, 8], [5, 2], [0, 6], [0, 3], [4, 11], [4, 9], [6, 1], [5, 1], [9, 1], [12, 1], [1, 1], [0, 1], [6, 5], [6, 2], [8, 2], [7, 1], [6, 1], [4, 1]], "strings": "hsgekkyiowcqvmchawonyfwubyjx"}, "task_name": "task09", "example_name": "0201", "problem_name": "task09_0201"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkhpkullnytxqszfdifbawsvj\nIndices:\n(0, 22), (1, 1), (0, 21), (0, 12), (0, 5), (1, 6), (1, 5), (4, 1), (1, 3), (2, 1), (1, 1), (2, 1), (9, 4), (9, 3), (11, 2), (9, 1), (0, 1), (11, 1), (15, 1), (14, 1), (1, 2), (1, 1)", "label": {"final": ["k", "h", "p", "ku", "l", "l", "n", "y", "t", "x", "q", "s", "z", "f", "d", "i", "f", "b", "a", "w", "s", "v", "j"], "init": ["khpkullnytxqszfdifbawsvj"], "intermediate": [["khpkullnytxqszfdifbaws", "vj"], ["khpkullnytxqszfdifbaws", "v", "j"], ["khpkullnytxqszfdifbaw", "s", "v", "j"], ["khpkullnytxq", "szfdifbaw", "s", "v", "j"], ["khpku", "llnytxq", "szfdifbaw", "s", "v", "j"], ["khpku", "llnytx", "q", "szfdifbaw", "s", "v", "j"], ["khpku", "llnyt", "x", "q", "szfdifbaw", "s", "v", "j"], ["khpku", "llnyt", "x", "q", "s", "zfdifbaw", "s", "v", "j"], ["khpku", "lln", "yt", "x", "q", "s", "zfdifbaw", "s", "v", "j"], ["khpku", "lln", "y", "t", "x", "q", "s", "zfdifbaw", "s", "v", "j"], ["khpku", "l", "ln", "y", "t", "x", "q", "s", "zfdifbaw", "s", "v", "j"], ["khpku", "l", "l", "n", "y", "t", "x", "q", "s", "zfdifbaw", "s", "v", "j"], ["khpku", "l", "l", "n", "y", "t", "x", "q", "s", "zfdi", "fbaw", "s", "v", "j"], ["khpku", "l", "l", "n", "y", "t", "x", "q", "s", "zfd", "i", "fbaw", "s", "v", "j"], ["khpku", "l", "l", "n", "y", "t", "x", "q", "s", "zfd", "i", "fb", "aw", "s", "v", "j"], ["khpku", "l", "l", "n", "y", "t", "x", "q", "s", "z", "fd", "i", "fb", "aw", "s", "v", "j"], ["k", "hpku", "l", "l", "n", "y", "t", "x", "q", "s", "z", "fd", "i", "fb", "aw", "s", "v", "j"], ["k", "hpku", "l", "l", "n", "y", "t", "x", "q", "s", "z", "f", "d", "i", "fb", "aw", "s", "v", "j"], ["k", "hpku", "l", "l", "n", "y", "t", "x", "q", "s", "z", "f", "d", "i", "fb", "a", "w", "s", "v", "j"], ["k", "hpku", "l", "l", "n", "y", "t", "x", "q", "s", "z", "f", "d", "i", "f", "b", "a", "w", "s", "v", "j"], ["k", "hp", "ku", "l", "l", "n", "y", "t", "x", "q", "s", "z", "f", "d", "i", "f", "b", "a", "w", "s", "v", "j"]]}, "config": {"length": 24, "num_posisions": 22, "positions": [[0, 22], [1, 1], [0, 21], [0, 12], [0, 5], [1, 6], [1, 5], [4, 1], [1, 3], [2, 1], [1, 1], [2, 1], [9, 4], [9, 3], [11, 2], [9, 1], [0, 1], [11, 1], [15, 1], [14, 1], [1, 2], [1, 1]], "strings": "khpkullnytxqszfdifbawsvj"}, "task_name": "task09", "example_name": "0202", "problem_name": "task09_0202"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\naraeckreshgjntsvnoplxkgmrjmjbz\nIndices:\n(0, 6), (1, 20), (2, 1), (1, 4), (2, 14), (5, 1), (0, 2), (3, 12), (5, 1), (1, 3), (5, 1), (1, 2), (4, 3), (0, 1), (5, 2), (2, 1), (6, 1), (10, 8), (10, 2), (12, 2), (20, 1), (10, 1)", "label": {"final": ["a", "r", "a", "e", "c", "k", "r", "e", "s", "h", "g", "j", "ntsvno", "pl", "xk", "g", "m", "r", "j", "m", "j", "b", "z"], "init": ["araeckreshgjntsvnoplxkgmrjmjbz"], "intermediate": [["araeck", "reshgjntsvnoplxkgmrjmjbz"], ["araeck", "reshgjntsvnoplxkgmrj", "mjbz"], ["araeck", "reshgjntsvnoplxkgmrj", "m", "jbz"], ["araeck", "resh", "gjntsvnoplxkgmrj", "m", "jbz"], ["araeck", "resh", "gjntsvnoplxkgm", "rj", "m", "jbz"], ["araeck", "resh", "gjntsvnoplxkgm", "rj", "m", "j", "bz"], ["ar", "aeck", "resh", "gjntsvnoplxkgm", "rj", "m", "j", "bz"], ["ar", "aeck", "resh", "gjntsvnoplxk", "gm", "rj", "m", "j", "bz"], ["ar", "aeck", "resh", "gjntsvnoplxk", "gm", "r", "j", "m", "j", "bz"], ["ar", "aec", "k", "resh", "gjntsvnoplxk", "gm", "r", "j", "m", "j", "bz"], ["ar", "aec", "k", "resh", "gjntsvnoplxk", "g", "m", "r", "j", "m", "j", "bz"], ["ar", "ae", "c", "k", "resh", "gjntsvnoplxk", "g", "m", "r", "j", "m", "j", "bz"], ["ar", "ae", "c", "k", "res", "h", "gjntsvnoplxk", "g", "m", "r", "j", "m", "j", "bz"], ["a", "r", "ae", "c", "k", "res", "h", "gjntsvnoplxk", "g", "m", "r", "j", "m", "j", "bz"], ["a", "r", "ae", "c", "k", "re", "s", "h", "gjntsvnoplxk", "g", "m", "r", "j", "m", "j", "bz"], ["a", "r", "a", "e", "c", "k", "re", "s", "h", "gjntsvnoplxk", "g", "m", "r", "j", "m", "j", "bz"], ["a", "r", "a", "e", "c", "k", "r", "e", "s", "h", "gjntsvnoplxk", "g", "m", "r", "j", "m", "j", "bz"], ["a", "r", "a", "e", "c", "k", "r", "e", "s", "h", "gjntsvno", "plxk", "g", "m", "r", "j", "m", "j", "bz"], ["a", "r", "a", "e", "c", "k", "r", "e", "s", "h", "gj", "ntsvno", "plxk", "g", "m", "r", "j", "m", "j", "bz"], ["a", "r", "a", "e", "c", "k", "r", "e", "s", "h", "gj", "ntsvno", "pl", "xk", "g", "m", "r", "j", "m", "j", "bz"], ["a", "r", "a", "e", "c", "k", "r", "e", "s", "h", "gj", "ntsvno", "pl", "xk", "g", "m", "r", "j", "m", "j", "b", "z"]]}, "config": {"length": 30, "num_posisions": 22, "positions": [[0, 6], [1, 20], [2, 1], [1, 4], [2, 14], [5, 1], [0, 2], [3, 12], [5, 1], [1, 3], [5, 1], [1, 2], [4, 3], [0, 1], [5, 2], [2, 1], [6, 1], [10, 8], [10, 2], [12, 2], [20, 1], [10, 1]], "strings": "araeckreshgjntsvnoplxkgmrjmjbz"}, "task_name": "task09", "example_name": "0203", "problem_name": "task09_0203"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngpviuluksfgqfdojjmkgrrooisr\nIndices:\n(0, 3), (1, 20), (1, 15), (0, 2), (0, 1), (3, 2), (3, 1), (6, 3), (7, 1), (5, 9), (7, 1), (11, 3), (6, 3), (9, 1), (5, 7), (14, 2), (14, 1), (5, 4), (7, 1), (5, 1), (7, 2), (6, 1)", "label": {"final": ["g", "p", "v", "i", "u", "l", "u", "ks", "fg", "q", "f", "d", "ojj", "m", "k", "g", "r", "r", "o", "o", "i", "s", "r"], "init": ["gpviuluksfgqfdojjmkgrrooisr"], "intermediate": [["gpv", "iuluksfgqfdojjmkgrrooisr"], ["gpv", "iuluksfgqfdojjmkgrro", "oisr"], ["gpv", "iuluksfgqfdojjm", "kgrro", "oisr"], ["gp", "v", "iuluksfgqfdojjm", "kgrro", "oisr"], ["g", "p", "v", "iuluksfgqfdojjm", "kgrro", "oisr"], ["g", "p", "v", "iu", "luksfgqfdojjm", "kgrro", "oisr"], ["g", "p", "v", "i", "u", "luksfgqfdojjm", "kgrro", "oisr"], ["g", "p", "v", "i", "u", "luksfgqfdojjm", "kgr", "ro", "oisr"], ["g", "p", "v", "i", "u", "luksfgqfdojjm", "kgr", "r", "o", "oisr"], ["g", "p", "v", "i", "u", "luksfgqfd", "ojjm", "kgr", "r", "o", "oisr"], ["g", "p", "v", "i", "u", "luksfgqfd", "ojjm", "k", "gr", "r", "o", "oisr"], ["g", "p", "v", "i", "u", "luksfgqfd", "ojjm", "k", "gr", "r", "o", "ois", "r"], ["g", "p", "v", "i", "u", "luksfgqfd", "ojj", "m", "k", "gr", "r", "o", "ois", "r"], ["g", "p", "v", "i", "u", "luksfgqfd", "ojj", "m", "k", "g", "r", "r", "o", "ois", "r"], ["g", "p", "v", "i", "u", "luksfgq", "fd", "ojj", "m", "k", "g", "r", "r", "o", "ois", "r"], ["g", "p", "v", "i", "u", "luksfgq", "fd", "ojj", "m", "k", "g", "r", "r", "o", "oi", "s", "r"], ["g", "p", "v", "i", "u", "luksfgq", "fd", "ojj", "m", "k", "g", "r", "r", "o", "o", "i", "s", "r"], ["g", "p", "v", "i", "u", "luks", "fgq", "fd", "ojj", "m", "k", "g", "r", "r", "o", "o", "i", "s", "r"], ["g", "p", "v", "i", "u", "luks", "fgq", "f", "d", "ojj", "m", "k", "g", "r", "r", "o", "o", "i", "s", "r"], ["g", "p", "v", "i", "u", "l", "uks", "fgq", "f", "d", "ojj", "m", "k", "g", "r", "r", "o", "o", "i", "s", "r"], ["g", "p", "v", "i", "u", "l", "uks", "fg", "q", "f", "d", "ojj", "m", "k", "g", "r", "r", "o", "o", "i", "s", "r"]]}, "config": {"length": 27, "num_posisions": 22, "positions": [[0, 3], [1, 20], [1, 15], [0, 2], [0, 1], [3, 2], [3, 1], [6, 3], [7, 1], [5, 9], [7, 1], [11, 3], [6, 3], [9, 1], [5, 7], [14, 2], [14, 1], [5, 4], [7, 1], [5, 1], [7, 2], [6, 1]], "strings": "gpviuluksfgqfdojjmkgrrooisr"}, "task_name": "task09", "example_name": "0204", "problem_name": "task09_0204"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncqffqjsgrdihqvkhcjtcyvdhnciklh\nIndices:\n(0, 5), (0, 1), (2, 3), (1, 1), (3, 1), (5, 2), (2, 2), (7, 2), (5, 1), (9, 9), (2, 1), (8, 1), (11, 3), (12, 2), (11, 2), (15, 5), (16, 2), (11, 1), (10, 1), (16, 2), (20, 1), (18, 1)", "label": {"final": ["c", "q", "f", "f", "q", "j", "s", "g", "r", "d", "i", "h", "q", "v", "k", "hc", "jt", "cy", "v", "dhnc", "ik", "l", "h"], "init": ["cqffqjsgrdihqvkhcjtcyvdhnciklh"], "intermediate": [["cqffq", "jsgrdihqvkhcjtcyvdhnciklh"], ["c", "qffq", "jsgrdihqvkhcjtcyvdhnciklh"], ["c", "qffq", "jsg", "rdihqvkhcjtcyvdhnciklh"], ["c", "q", "ffq", "jsg", "rdihqvkhcjtcyvdhnciklh"], ["c", "q", "ffq", "j", "sg", "rdihqvkhcjtcyvdhnciklh"], ["c", "q", "ffq", "j", "sg", "rd", "ihqvkhcjtcyvdhnciklh"], ["c", "q", "ff", "q", "j", "sg", "rd", "ihqvkhcjtcyvdhnciklh"], ["c", "q", "ff", "q", "j", "sg", "rd", "ih", "qvkhcjtcyvdhnciklh"], ["c", "q", "ff", "q", "j", "s", "g", "rd", "ih", "qvkhcjtcyvdhnciklh"], ["c", "q", "ff", "q", "j", "s", "g", "rd", "ih", "qvkhcjtcy", "vdhnciklh"], ["c", "q", "f", "f", "q", "j", "s", "g", "rd", "ih", "qvkhcjtcy", "vdhnciklh"], ["c", "q", "f", "f", "q", "j", "s", "g", "r", "d", "ih", "qvkhcjtcy", "vdhnciklh"], ["c", "q", "f", "f", "q", "j", "s", "g", "r", "d", "ih", "qvk", "hcjtcy", "vdhnciklh"], ["c", "q", "f", "f", "q", "j", "s", "g", "r", "d", "ih", "qvk", "hc", "jtcy", "vdhnciklh"], ["c", "q", "f", "f", "q", "j", "s", "g", "r", "d", "ih", "qv", "k", "hc", "jtcy", "vdhnciklh"], ["c", "q", "f", "f", "q", "j", "s", "g", "r", "d", "ih", "qv", "k", "hc", "jtcy", "vdhnc", "iklh"], ["c", "q", "f", "f", "q", "j", "s", "g", "r", "d", "ih", "qv", "k", "hc", "jtcy", "vdhnc", "ik", "lh"], ["c", "q", "f", "f", "q", "j", "s", "g", "r", "d", "ih", "q", "v", "k", "hc", "jtcy", "vdhnc", "ik", "lh"], ["c", "q", "f", "f", "q", "j", "s", "g", "r", "d", "i", "h", "q", "v", "k", "hc", "jtcy", "vdhnc", "ik", "lh"], ["c", "q", "f", "f", "q", "j", "s", "g", "r", "d", "i", "h", "q", "v", "k", "hc", "jt", "cy", "vdhnc", "ik", "lh"], ["c", "q", "f", "f", "q", "j", "s", "g", "r", "d", "i", "h", "q", "v", "k", "hc", "jt", "cy", "vdhnc", "ik", "l", "h"]]}, "config": {"length": 30, "num_posisions": 22, "positions": [[0, 5], [0, 1], [2, 3], [1, 1], [3, 1], [5, 2], [2, 2], [7, 2], [5, 1], [9, 9], [2, 1], [8, 1], [11, 3], [12, 2], [11, 2], [15, 5], [16, 2], [11, 1], [10, 1], [16, 2], [20, 1], [18, 1]], "strings": "cqffqjsgrdihqvkhcjtcyvdhnciklh"}, "task_name": "task09", "example_name": "0205", "problem_name": "task09_0205"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nsvbbqxypitadcjyojmxaitjzvdsmd\nIndices:\n(0, 22), (0, 8), (0, 7), (3, 2), (0, 6), (4, 1), (6, 1), (0, 1), (8, 3), (4, 8), (9, 1), (4, 1), (5, 1), (1, 3), (1, 2), (3, 1), (1, 1), (10, 1), (11, 3), (12, 1), (19, 1), (14, 1)", "label": {"final": ["s", "v", "b", "b", "q", "x", "y", "p", "i", "t", "a", "dcj", "y", "o", "j", "mxait", "j", "z", "v", "d", "s", "m", "d"], "init": ["svbbqxypitadcjyojmxaitjzvdsmd"], "intermediate": [["svbbqxypitadcjyojmxait", "jzvdsmd"], ["svbbqxyp", "itadcjyojmxait", "jzvdsmd"], ["svbbqxy", "p", "itadcjyojmxait", "jzvdsmd"], ["svbbqxy", "p", "itadcjyojmxait", "jz", "vdsmd"], ["svbbqx", "y", "p", "itadcjyojmxait", "jz", "vdsmd"], ["svbbqx", "y", "p", "itadcjyojmxait", "j", "z", "vdsmd"], ["svbbqx", "y", "p", "itadcjyojmxait", "j", "z", "v", "dsmd"], ["s", "vbbqx", "y", "p", "itadcjyojmxait", "j", "z", "v", "dsmd"], ["s", "vbbqx", "y", "p", "itadcjyojmxait", "j", "z", "v", "dsm", "d"], ["s", "vbbqx", "y", "p", "itadcjyo", "jmxait", "j", "z", "v", "dsm", "d"], ["s", "vbbqx", "y", "p", "itadcjyo", "jmxait", "j", "z", "v", "d", "sm", "d"], ["s", "vbbqx", "y", "p", "i", "tadcjyo", "jmxait", "j", "z", "v", "d", "sm", "d"], ["s", "vbbqx", "y", "p", "i", "t", "adcjyo", "jmxait", "j", "z", "v", "d", "sm", "d"], ["s", "vbb", "qx", "y", "p", "i", "t", "adcjyo", "jmxait", "j", "z", "v", "d", "sm", "d"], ["s", "vb", "b", "qx", "y", "p", "i", "t", "adcjyo", "jmxait", "j", "z", "v", "d", "sm", "d"], ["s", "vb", "b", "q", "x", "y", "p", "i", "t", "adcjyo", "jmxait", "j", "z", "v", "d", "sm", "d"], ["s", "v", "b", "b", "q", "x", "y", "p", "i", "t", "adcjyo", "jmxait", "j", "z", "v", "d", "sm", "d"], ["s", "v", "b", "b", "q", "x", "y", "p", "i", "t", "a", "dcjyo", "jmxait", "j", "z", "v", "d", "sm", "d"], ["s", "v", "b", "b", "q", "x", "y", "p", "i", "t", "a", "dcj", "yo", "jmxait", "j", "z", "v", "d", "sm", "d"], ["s", "v", "b", "b", "q", "x", "y", "p", "i", "t", "a", "dcj", "y", "o", "jmxait", "j", "z", "v", "d", "sm", "d"], ["s", "v", "b", "b", "q", "x", "y", "p", "i", "t", "a", "dcj", "y", "o", "jmxait", "j", "z", "v", "d", "s", "m", "d"]]}, "config": {"length": 29, "num_posisions": 22, "positions": [[0, 22], [0, 8], [0, 7], [3, 2], [0, 6], [4, 1], [6, 1], [0, 1], [8, 3], [4, 8], [9, 1], [4, 1], [5, 1], [1, 3], [1, 2], [3, 1], [1, 1], [10, 1], [11, 3], [12, 1], [19, 1], [14, 1]], "strings": "svbbqxypitadcjyojmxaitjzvdsmd"}, "task_name": "task09", "example_name": "0206", "problem_name": "task09_0206"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrtzwmiblkzbiwgdzlclrrlwahgqow\nIndices:\n(0, 16), (1, 1), (0, 3), (3, 6), (0, 1), (5, 2), (4, 5), (4, 3), (5, 1), (4, 2), (9, 1), (2, 6), (5, 1), (13, 3), (13, 1), (14, 1), (3, 2), (4, 2), (1, 1), (4, 1), (7, 2), (3, 5)", "label": {"final": ["r", "t", "z", "wmibl", "k", "z", "b", "iw", "gd", "z", "l", "c", "l", "r", "r", "l", "w", "a", "h", "g", "q", "o", "w"], "init": ["rtzwmiblkzbiwgdzlclrrlwahgqow"], "intermediate": [["rtzwmiblkzbiwgdz", "lclrrlwahgqow"], ["rtzwmiblkzbiwgdz", "l", "clrrlwahgqow"], ["rtz", "wmiblkzbiwgdz", "l", "clrrlwahgqow"], ["rtz", "wmiblkzbiwgdz", "l", "clrrlw", "ahgqow"], ["r", "tz", "wmiblkzbiwgdz", "l", "clrrlw", "ahgqow"], ["r", "tz", "wmiblkzbiwgdz", "l", "clrrlw", "ah", "gqow"], ["r", "tz", "wmiblkzbiwgdz", "l", "clrrl", "w", "ah", "gqow"], ["r", "tz", "wmiblkzbiwgdz", "l", "clr", "rl", "w", "ah", "gqow"], ["r", "tz", "wmiblkzbiwgdz", "l", "clr", "r", "l", "w", "ah", "gqow"], ["r", "tz", "wmiblkzbiwgdz", "l", "cl", "r", "r", "l", "w", "ah", "gqow"], ["r", "tz", "wmiblkzbiwgdz", "l", "cl", "r", "r", "l", "w", "a", "h", "gqow"], ["r", "tz", "wmiblk", "zbiwgdz", "l", "cl", "r", "r", "l", "w", "a", "h", "gqow"], ["r", "tz", "wmiblk", "zbiwgdz", "l", "c", "l", "r", "r", "l", "w", "a", "h", "gqow"], ["r", "tz", "wmiblk", "zbiwgdz", "l", "c", "l", "r", "r", "l", "w", "a", "h", "gqo", "w"], ["r", "tz", "wmiblk", "zbiwgdz", "l", "c", "l", "r", "r", "l", "w", "a", "h", "g", "qo", "w"], ["r", "tz", "wmiblk", "zbiwgdz", "l", "c", "l", "r", "r", "l", "w", "a", "h", "g", "q", "o", "w"], ["r", "tz", "wmiblk", "zb", "iwgdz", "l", "c", "l", "r", "r", "l", "w", "a", "h", "g", "q", "o", "w"], ["r", "tz", "wmiblk", "zb", "iw", "gdz", "l", "c", "l", "r", "r", "l", "w", "a", "h", "g", "q", "o", "w"], ["r", "t", "z", "wmiblk", "zb", "iw", "gdz", "l", "c", "l", "r", "r", "l", "w", "a", "h", "g", "q", "o", "w"], ["r", "t", "z", "wmiblk", "z", "b", "iw", "gdz", "l", "c", "l", "r", "r", "l", "w", "a", "h", "g", "q", "o", "w"], ["r", "t", "z", "wmiblk", "z", "b", "iw", "gd", "z", "l", "c", "l", "r", "r", "l", "w", "a", "h", "g", "q", "o", "w"]]}, "config": {"length": 29, "num_posisions": 22, "positions": [[0, 16], [1, 1], [0, 3], [3, 6], [0, 1], [5, 2], [4, 5], [4, 3], [5, 1], [4, 2], [9, 1], [2, 6], [5, 1], [13, 3], [13, 1], [14, 1], [3, 2], [4, 2], [1, 1], [4, 1], [7, 2], [3, 5]], "strings": "rtzwmiblkzbiwgdzlclrrlwahgqow"}, "task_name": "task09", "example_name": "0207", "problem_name": "task09_0207"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfbavdtpfefznrsexbfonwogqtzttb\nIndices:\n(0, 4), (0, 1), (1, 2), (3, 22), (1, 1), (4, 3), (5, 7), (7, 2), (5, 3), (4, 2), (4, 1), (8, 3), (7, 2), (11, 9), (12, 2), (7, 1), (15, 1), (13, 1), (10, 1), (11, 1), (14, 6), (15, 1)", "label": {"final": ["f", "b", "a", "v", "d", "t", "p", "f", "e", "f", "z", "n", "r", "s", "exbfon", "w", "og", "q", "t", "z", "t", "t", "b"], "init": ["fbavdtpfefznrsexbfonwogqtzttb"], "intermediate": [["fbav", "dtpfefznrsexbfonwogqtzttb"], ["f", "bav", "dtpfefznrsexbfonwogqtzttb"], ["f", "ba", "v", "dtpfefznrsexbfonwogqtzttb"], ["f", "ba", "v", "dtpfefznrsexbfonwogqtz", "ttb"], ["f", "b", "a", "v", "dtpfefznrsexbfonwogqtz", "ttb"], ["f", "b", "a", "v", "dtp", "fefznrsexbfonwogqtz", "ttb"], ["f", "b", "a", "v", "dtp", "fefznrs", "exbfonwogqtz", "ttb"], ["f", "b", "a", "v", "dtp", "fefznrs", "exbfonwogqtz", "tt", "b"], ["f", "b", "a", "v", "dtp", "fef", "znrs", "exbfonwogqtz", "tt", "b"], ["f", "b", "a", "v", "dt", "p", "fef", "znrs", "exbfonwogqtz", "tt", "b"], ["f", "b", "a", "v", "d", "t", "p", "fef", "znrs", "exbfonwogqtz", "tt", "b"], ["f", "b", "a", "v", "d", "t", "p", "fef", "znr", "s", "exbfonwogqtz", "tt", "b"], ["f", "b", "a", "v", "d", "t", "p", "fe", "f", "znr", "s", "exbfonwogqtz", "tt", "b"], ["f", "b", "a", "v", "d", "t", "p", "fe", "f", "znr", "s", "exbfonwog", "qtz", "tt", "b"], ["f", "b", "a", "v", "d", "t", "p", "fe", "f", "znr", "s", "exbfonwog", "qt", "z", "tt", "b"], ["f", "b", "a", "v", "d", "t", "p", "f", "e", "f", "znr", "s", "exbfonwog", "qt", "z", "tt", "b"], ["f", "b", "a", "v", "d", "t", "p", "f", "e", "f", "znr", "s", "exbfonwog", "qt", "z", "t", "t", "b"], ["f", "b", "a", "v", "d", "t", "p", "f", "e", "f", "znr", "s", "exbfonwog", "q", "t", "z", "t", "t", "b"], ["f", "b", "a", "v", "d", "t", "p", "f", "e", "f", "z", "nr", "s", "exbfonwog", "q", "t", "z", "t", "t", "b"], ["f", "b", "a", "v", "d", "t", "p", "f", "e", "f", "z", "n", "r", "s", "exbfonwog", "q", "t", "z", "t", "t", "b"], ["f", "b", "a", "v", "d", "t", "p", "f", "e", "f", "z", "n", "r", "s", "exbfon", "wog", "q", "t", "z", "t", "t", "b"]]}, "config": {"length": 29, "num_posisions": 22, "positions": [[0, 4], [0, 1], [1, 2], [3, 22], [1, 1], [4, 3], [5, 7], [7, 2], [5, 3], [4, 2], [4, 1], [8, 3], [7, 2], [11, 9], [12, 2], [7, 1], [15, 1], [13, 1], [10, 1], [11, 1], [14, 6], [15, 1]], "strings": "fbavdtpfefznrsexbfonwogqtzttb"}, "task_name": "task09", "example_name": "0208", "problem_name": "task09_0208"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwhwuspzbhvsdwdnowcetujdnj\nIndices:\n(0, 1), (1, 3), (1, 1), (2, 1), (4, 14), (5, 3), (5, 2), (7, 3), (4, 12), (4, 11), (6, 1), (4, 9), (9, 1), (5, 1), (4, 2), (14, 2), (14, 1), (5, 5), (6, 1), (5, 2), (6, 1), (4, 1)", "label": {"final": ["w", "h", "w", "u", "s", "p", "zb", "h", "vs", "d", "w", "d", "n", "o", "w", "c", "e", "t", "u", "j", "d", "n", "j"], "init": ["whwuspzbhvsdwdnowcetujdnj"], "intermediate": [["w", "hwuspzbhvsdwdnowcetujdnj"], ["w", "hwu", "spzbhvsdwdnowcetujdnj"], ["w", "h", "wu", "spzbhvsdwdnowcetujdnj"], ["w", "h", "w", "u", "spzbhvsdwdnowcetujdnj"], ["w", "h", "w", "u", "spzbhvsdwdnowc", "etujdnj"], ["w", "h", "w", "u", "spzbhvsdwdnowc", "etu", "jdnj"], ["w", "h", "w", "u", "spzbhvsdwdnowc", "et", "u", "jdnj"], ["w", "h", "w", "u", "spzbhvsdwdnowc", "et", "u", "jdn", "j"], ["w", "h", "w", "u", "spzbhvsdwdno", "wc", "et", "u", "jdn", "j"], ["w", "h", "w", "u", "spzbhvsdwdn", "o", "wc", "et", "u", "jdn", "j"], ["w", "h", "w", "u", "spzbhvsdwdn", "o", "w", "c", "et", "u", "jdn", "j"], ["w", "h", "w", "u", "spzbhvsdw", "dn", "o", "w", "c", "et", "u", "jdn", "j"], ["w", "h", "w", "u", "spzbhvsdw", "dn", "o", "w", "c", "e", "t", "u", "jdn", "j"], ["w", "h", "w", "u", "spzbhvsdw", "d", "n", "o", "w", "c", "e", "t", "u", "jdn", "j"], ["w", "h", "w", "u", "sp", "zbhvsdw", "d", "n", "o", "w", "c", "e", "t", "u", "jdn", "j"], ["w", "h", "w", "u", "sp", "zbhvsdw", "d", "n", "o", "w", "c", "e", "t", "u", "jd", "n", "j"], ["w", "h", "w", "u", "sp", "zbhvsdw", "d", "n", "o", "w", "c", "e", "t", "u", "j", "d", "n", "j"], ["w", "h", "w", "u", "sp", "zbhvs", "dw", "d", "n", "o", "w", "c", "e", "t", "u", "j", "d", "n", "j"], ["w", "h", "w", "u", "sp", "zbhvs", "d", "w", "d", "n", "o", "w", "c", "e", "t", "u", "j", "d", "n", "j"], ["w", "h", "w", "u", "sp", "zb", "hvs", "d", "w", "d", "n", "o", "w", "c", "e", "t", "u", "j", "d", "n", "j"], ["w", "h", "w", "u", "sp", "zb", "h", "vs", "d", "w", "d", "n", "o", "w", "c", "e", "t", "u", "j", "d", "n", "j"]]}, "config": {"length": 25, "num_posisions": 22, "positions": [[0, 1], [1, 3], [1, 1], [2, 1], [4, 14], [5, 3], [5, 2], [7, 3], [4, 12], [4, 11], [6, 1], [4, 9], [9, 1], [5, 1], [4, 2], [14, 2], [14, 1], [5, 5], [6, 1], [5, 2], [6, 1], [4, 1]], "strings": "whwuspzbhvsdwdnowcetujdnj"}, "task_name": "task09", "example_name": "0209", "problem_name": "task09_0209"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxeujjcsakqkjguawuokvlfth\nIndices:\n(0, 11), (1, 6), (0, 7), (0, 1), (3, 3), (5, 1), (1, 5), (7, 3), (8, 1), (3, 2), (3, 1), (5, 1), (1, 2), (8, 1), (10, 2), (9, 1), (14, 2), (1, 1), (12, 1), (16, 1), (20, 1), (3, 2), (3, 1)", "label": {"final": ["x", "e", "u", "j", "j", "c", "s", "a", "k", "q", "k", "j", "g", "u", "a", "w", "u", "o", "k", "v", "l", "f", "t", "h"], "init": ["xeujjcsakqkjguawuokvlfth"], "intermediate": [["xeujjcsakqk", "jguawuokvlfth"], ["xeujjcsakqk", "jguawu", "okvlfth"], ["xeujjcs", "akqk", "jguawu", "okvlfth"], ["x", "eujjcs", "akqk", "jguawu", "okvlfth"], ["x", "eujjcs", "akqk", "jgu", "awu", "okvlfth"], ["x", "eujjcs", "akqk", "jgu", "awu", "o", "kvlfth"], ["x", "eujjc", "s", "akqk", "jgu", "awu", "o", "kvlfth"], ["x", "eujjc", "s", "akqk", "jgu", "awu", "o", "kvl", "fth"], ["x", "eujjc", "s", "akqk", "jgu", "awu", "o", "kvl", "f", "th"], ["x", "eujjc", "s", "ak", "qk", "jgu", "awu", "o", "kvl", "f", "th"], ["x", "eujjc", "s", "a", "k", "qk", "jgu", "awu", "o", "kvl", "f", "th"], ["x", "eujjc", "s", "a", "k", "q", "k", "jgu", "awu", "o", "kvl", "f", "th"], ["x", "eu", "jjc", "s", "a", "k", "q", "k", "jgu", "awu", "o", "kvl", "f", "th"], ["x", "eu", "jjc", "s", "a", "k", "q", "k", "j", "gu", "awu", "o", "kvl", "f", "th"], ["x", "eu", "jjc", "s", "a", "k", "q", "k", "j", "gu", "aw", "u", "o", "kvl", "f", "th"], ["x", "eu", "jjc", "s", "a", "k", "q", "k", "j", "g", "u", "aw", "u", "o", "kvl", "f", "th"], ["x", "eu", "jjc", "s", "a", "k", "q", "k", "j", "g", "u", "aw", "u", "o", "kv", "l", "f", "th"], ["x", "e", "u", "jjc", "s", "a", "k", "q", "k", "j", "g", "u", "aw", "u", "o", "kv", "l", "f", "th"], ["x", "e", "u", "jjc", "s", "a", "k", "q", "k", "j", "g", "u", "a", "w", "u", "o", "kv", "l", "f", "th"], ["x", "e", "u", "jjc", "s", "a", "k", "q", "k", "j", "g", "u", "a", "w", "u", "o", "k", "v", "l", "f", "th"], ["x", "e", "u", "jjc", "s", "a", "k", "q", "k", "j", "g", "u", "a", "w", "u", "o", "k", "v", "l", "f", "t", "h"], ["x", "e", "u", "jj", "c", "s", "a", "k", "q", "k", "j", "g", "u", "a", "w", "u", "o", "k", "v", "l", "f", "t", "h"]]}, "config": {"length": 24, "num_posisions": 23, "positions": [[0, 11], [1, 6], [0, 7], [0, 1], [3, 3], [5, 1], [1, 5], [7, 3], [8, 1], [3, 2], [3, 1], [5, 1], [1, 2], [8, 1], [10, 2], [9, 1], [14, 2], [1, 1], [12, 1], [16, 1], [20, 1], [3, 2], [3, 1]], "strings": "xeujjcsakqkjguawuokvlfth"}, "task_name": "task09", "example_name": "0210", "problem_name": "task09_0210"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\neimzujqbfvoairziyiokftiye\nIndices:\n(0, 2), (0, 1), (2, 18), (2, 2), (3, 4), (2, 1), (6, 2), (4, 1), (5, 2), (7, 5), (9, 1), (8, 2), (9, 4), (13, 2), (8, 1), (10, 1), (5, 1), (16, 1), (8, 1), (9, 1), (14, 2), (10, 2), (15, 1)", "label": {"final": ["e", "i", "m", "z", "u", "j", "q", "b", "f", "v", "oa", "i", "r", "z", "i", "y", "i", "o", "k", "f", "t", "i", "y", "e"], "init": ["eimzujqbfvoairziyiokftiye"], "intermediate": [["ei", "mzujqbfvoairziyiokftiye"], ["e", "i", "mzujqbfvoairziyiokftiye"], ["e", "i", "mzujqbfvoairziyiok", "ftiye"], ["e", "i", "mz", "ujqbfvoairziyiok", "ftiye"], ["e", "i", "mz", "ujqb", "fvoairziyiok", "ftiye"], ["e", "i", "m", "z", "ujqb", "fvoairziyiok", "ftiye"], ["e", "i", "m", "z", "ujqb", "fvoairziyiok", "ft", "iye"], ["e", "i", "m", "z", "u", "jqb", "fvoairziyiok", "ft", "iye"], ["e", "i", "m", "z", "u", "jq", "b", "fvoairziyiok", "ft", "iye"], ["e", "i", "m", "z", "u", "jq", "b", "fvoai", "rziyiok", "ft", "iye"], ["e", "i", "m", "z", "u", "jq", "b", "fvoai", "rziyiok", "f", "t", "iye"], ["e", "i", "m", "z", "u", "jq", "b", "fvoai", "rz", "iyiok", "f", "t", "iye"], ["e", "i", "m", "z", "u", "jq", "b", "fvoai", "rz", "iyio", "k", "f", "t", "iye"], ["e", "i", "m", "z", "u", "jq", "b", "fvoai", "rz", "iyio", "k", "f", "t", "iy", "e"], ["e", "i", "m", "z", "u", "jq", "b", "fvoai", "r", "z", "iyio", "k", "f", "t", "iy", "e"], ["e", "i", "m", "z", "u", "jq", "b", "fvoai", "r", "z", "i", "yio", "k", "f", "t", "iy", "e"], ["e", "i", "m", "z", "u", "j", "q", "b", "fvoai", "r", "z", "i", "yio", "k", "f", "t", "iy", "e"], ["e", "i", "m", "z", "u", "j", "q", "b", "fvoai", "r", "z", "i", "yio", "k", "f", "t", "i", "y", "e"], ["e", "i", "m", "z", "u", "j", "q", "b", "f", "voai", "r", "z", "i", "yio", "k", "f", "t", "i", "y", "e"], ["e", "i", "m", "z", "u", "j", "q", "b", "f", "v", "oai", "r", "z", "i", "yio", "k", "f", "t", "i", "y", "e"], ["e", "i", "m", "z", "u", "j", "q", "b", "f", "v", "oai", "r", "z", "i", "yi", "o", "k", "f", "t", "i", "y", "e"], ["e", "i", "m", "z", "u", "j", "q", "b", "f", "v", "oa", "i", "r", "z", "i", "yi", "o", "k", "f", "t", "i", "y", "e"]]}, "config": {"length": 25, "num_posisions": 23, "positions": [[0, 2], [0, 1], [2, 18], [2, 2], [3, 4], [2, 1], [6, 2], [4, 1], [5, 2], [7, 5], [9, 1], [8, 2], [9, 4], [13, 2], [8, 1], [10, 1], [5, 1], [16, 1], [8, 1], [9, 1], [14, 2], [10, 2], [15, 1]], "strings": "eimzujqbfvoairziyiokftiye"}, "task_name": "task09", "example_name": "0211", "problem_name": "task09_0211"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxcidczmstyavdurqlcvsnecoylkjxx\nIndices:\n(0, 1), (1, 6), (2, 8), (3, 11), (2, 7), (1, 1), (3, 4), (6, 1), (2, 3), (9, 2), (5, 2), (4, 3), (4, 1), (12, 1), (3, 1), (15, 1), (2, 2), (9, 1), (2, 1), (8, 1), (16, 4), (16, 3), (16, 1)", "label": {"final": ["x", "c", "i", "d", "c", "z", "m", "s", "t", "y", "a", "v", "d", "u", "r", "q", "l", "cv", "s", "necoyl", "k", "j", "x", "x"], "init": ["xcidczmstyavdurqlcvsnecoylkjxx"], "intermediate": [["x", "cidczmstyavdurqlcvsnecoylkjxx"], ["x", "cidczm", "styavdurqlcvsnecoylkjxx"], ["x", "cidczm", "styavdur", "qlcvsnecoylkjxx"], ["x", "cidczm", "styavdur", "qlcvsnecoyl", "kjxx"], ["x", "cidczm", "styavdu", "r", "qlcvsnecoyl", "kjxx"], ["x", "c", "idczm", "styavdu", "r", "qlcvsnecoyl", "kjxx"], ["x", "c", "idczm", "stya", "vdu", "r", "qlcvsnecoyl", "kjxx"], ["x", "c", "idczm", "stya", "vdu", "r", "q", "lcvsnecoyl", "kjxx"], ["x", "c", "idc", "zm", "stya", "vdu", "r", "q", "lcvsnecoyl", "kjxx"], ["x", "c", "idc", "zm", "stya", "vdu", "r", "q", "lcvsnecoyl", "kj", "xx"], ["x", "c", "idc", "zm", "stya", "vd", "u", "r", "q", "lcvsnecoyl", "kj", "xx"], ["x", "c", "idc", "zm", "sty", "a", "vd", "u", "r", "q", "lcvsnecoyl", "kj", "xx"], ["x", "c", "idc", "zm", "s", "ty", "a", "vd", "u", "r", "q", "lcvsnecoyl", "kj", "xx"], ["x", "c", "idc", "zm", "s", "ty", "a", "vd", "u", "r", "q", "lcvsnecoyl", "k", "j", "xx"], ["x", "c", "idc", "z", "m", "s", "ty", "a", "vd", "u", "r", "q", "lcvsnecoyl", "k", "j", "xx"], ["x", "c", "idc", "z", "m", "s", "ty", "a", "vd", "u", "r", "q", "lcvsnecoyl", "k", "j", "x", "x"], ["x", "c", "id", "c", "z", "m", "s", "ty", "a", "vd", "u", "r", "q", "lcvsnecoyl", "k", "j", "x", "x"], ["x", "c", "id", "c", "z", "m", "s", "ty", "a", "v", "d", "u", "r", "q", "lcvsnecoyl", "k", "j", "x", "x"], ["x", "c", "i", "d", "c", "z", "m", "s", "ty", "a", "v", "d", "u", "r", "q", "lcvsnecoyl", "k", "j", "x", "x"], ["x", "c", "i", "d", "c", "z", "m", "s", "t", "y", "a", "v", "d", "u", "r", "q", "lcvsnecoyl", "k", "j", "x", "x"], ["x", "c", "i", "d", "c", "z", "m", "s", "t", "y", "a", "v", "d", "u", "r", "q", "lcvs", "necoyl", "k", "j", "x", "x"], ["x", "c", "i", "d", "c", "z", "m", "s", "t", "y", "a", "v", "d", "u", "r", "q", "lcv", "s", "necoyl", "k", "j", "x", "x"]]}, "config": {"length": 30, "num_posisions": 23, "positions": [[0, 1], [1, 6], [2, 8], [3, 11], [2, 7], [1, 1], [3, 4], [6, 1], [2, 3], [9, 2], [5, 2], [4, 3], [4, 1], [12, 1], [3, 1], [15, 1], [2, 2], [9, 1], [2, 1], [8, 1], [16, 4], [16, 3], [16, 1]], "strings": "xcidczmstyavdurqlcvsnecoylkjxx"}, "task_name": "task09", "example_name": "0212", "problem_name": "task09_0212"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nizvckaamjntprhavcbghkuxt\nIndices:\n(0, 10), (0, 3), (0, 2), (0, 1), (3, 1), (4, 1), (5, 3), (7, 8), (7, 3), (6, 1), (9, 1), (11, 2), (12, 3), (10, 2), (11, 1), (14, 1), (15, 1), (13, 1), (10, 1), (5, 1), (6, 1), (10, 1), (11, 1)", "label": {"final": ["i", "z", "v", "c", "k", "a", "a", "m", "j", "n", "t", "p", "r", "h", "a", "v", "c", "b", "g", "h", "k", "u", "x", "t"], "init": ["izvckaamjntprhavcbghkuxt"], "intermediate": [["izvckaamjn", "tprhavcbghkuxt"], ["izv", "ckaamjn", "tprhavcbghkuxt"], ["iz", "v", "ckaamjn", "tprhavcbghkuxt"], ["i", "z", "v", "ckaamjn", "tprhavcbghkuxt"], ["i", "z", "v", "c", "kaamjn", "tprhavcbghkuxt"], ["i", "z", "v", "c", "k", "aamjn", "tprhavcbghkuxt"], ["i", "z", "v", "c", "k", "aam", "jn", "tprhavcbghkuxt"], ["i", "z", "v", "c", "k", "aam", "jn", "tprhavcb", "ghkuxt"], ["i", "z", "v", "c", "k", "aam", "jn", "tpr", "havcb", "ghkuxt"], ["i", "z", "v", "c", "k", "aam", "j", "n", "tpr", "havcb", "ghkuxt"], ["i", "z", "v", "c", "k", "aam", "j", "n", "tpr", "h", "avcb", "ghkuxt"], ["i", "z", "v", "c", "k", "aam", "j", "n", "tpr", "h", "avcb", "gh", "kuxt"], ["i", "z", "v", "c", "k", "aam", "j", "n", "tpr", "h", "avcb", "gh", "kux", "t"], ["i", "z", "v", "c", "k", "aam", "j", "n", "tpr", "h", "av", "cb", "gh", "kux", "t"], ["i", "z", "v", "c", "k", "aam", "j", "n", "tpr", "h", "av", "c", "b", "gh", "kux", "t"], ["i", "z", "v", "c", "k", "aam", "j", "n", "tpr", "h", "av", "c", "b", "gh", "k", "ux", "t"], ["i", "z", "v", "c", "k", "aam", "j", "n", "tpr", "h", "av", "c", "b", "gh", "k", "u", "x", "t"], ["i", "z", "v", "c", "k", "aam", "j", "n", "tpr", "h", "av", "c", "b", "g", "h", "k", "u", "x", "t"], ["i", "z", "v", "c", "k", "aam", "j", "n", "tpr", "h", "a", "v", "c", "b", "g", "h", "k", "u", "x", "t"], ["i", "z", "v", "c", "k", "a", "am", "j", "n", "tpr", "h", "a", "v", "c", "b", "g", "h", "k", "u", "x", "t"], ["i", "z", "v", "c", "k", "a", "a", "m", "j", "n", "tpr", "h", "a", "v", "c", "b", "g", "h", "k", "u", "x", "t"], ["i", "z", "v", "c", "k", "a", "a", "m", "j", "n", "t", "pr", "h", "a", "v", "c", "b", "g", "h", "k", "u", "x", "t"]]}, "config": {"length": 24, "num_posisions": 23, "positions": [[0, 10], [0, 3], [0, 2], [0, 1], [3, 1], [4, 1], [5, 3], [7, 8], [7, 3], [6, 1], [9, 1], [11, 2], [12, 3], [10, 2], [11, 1], [14, 1], [15, 1], [13, 1], [10, 1], [5, 1], [6, 1], [10, 1], [11, 1]], "strings": "izvckaamjntprhavcbghkuxt"}, "task_name": "task09", "example_name": "0213", "problem_name": "task09_0213"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npspkapksfgxszmzavrfxdngnbnwoag\nIndices:\n(0, 24), (0, 7), (0, 1), (1, 2), (1, 1), (5, 2), (3, 3), (7, 3), (3, 1), (4, 1), (8, 1), (10, 2), (7, 4), (7, 2), (9, 1), (13, 1), (10, 11), (8, 1), (11, 3), (11, 1), (13, 1), (12, 1), (15, 5)", "label": {"final": ["p", "s", "p", "k", "a", "p", "k", "sf", "g", "x", "s", "z", "m", "z", "a", "vrfxd", "ng", "n", "b", "n", "w", "o", "a", "g"], "init": ["pspkapksfgxszmzavrfxdngnbnwoag"], "intermediate": [["pspkapksfgxszmzavrfxdngn", "bnwoag"], ["pspkapk", "sfgxszmzavrfxdngn", "bnwoag"], ["p", "spkapk", "sfgxszmzavrfxdngn", "bnwoag"], ["p", "sp", "kapk", "sfgxszmzavrfxdngn", "bnwoag"], ["p", "s", "p", "kapk", "sfgxszmzavrfxdngn", "bnwoag"], ["p", "s", "p", "kapk", "sfgxszmzavrfxdngn", "bn", "woag"], ["p", "s", "p", "kap", "k", "sfgxszmzavrfxdngn", "bn", "woag"], ["p", "s", "p", "kap", "k", "sfgxszmzavrfxdngn", "bn", "woa", "g"], ["p", "s", "p", "k", "ap", "k", "sfgxszmzavrfxdngn", "bn", "woa", "g"], ["p", "s", "p", "k", "a", "p", "k", "sfgxszmzavrfxdngn", "bn", "woa", "g"], ["p", "s", "p", "k", "a", "p", "k", "sfgxszmzavrfxdngn", "b", "n", "woa", "g"], ["p", "s", "p", "k", "a", "p", "k", "sfgxszmzavrfxdngn", "b", "n", "wo", "a", "g"], ["p", "s", "p", "k", "a", "p", "k", "sfgx", "szmzavrfxdngn", "b", "n", "wo", "a", "g"], ["p", "s", "p", "k", "a", "p", "k", "sf", "gx", "szmzavrfxdngn", "b", "n", "wo", "a", "g"], ["p", "s", "p", "k", "a", "p", "k", "sf", "gx", "s", "zmzavrfxdngn", "b", "n", "wo", "a", "g"], ["p", "s", "p", "k", "a", "p", "k", "sf", "gx", "s", "zmzavrfxdngn", "b", "n", "w", "o", "a", "g"], ["p", "s", "p", "k", "a", "p", "k", "sf", "gx", "s", "zmzavrfxdng", "n", "b", "n", "w", "o", "a", "g"], ["p", "s", "p", "k", "a", "p", "k", "sf", "g", "x", "s", "zmzavrfxdng", "n", "b", "n", "w", "o", "a", "g"], ["p", "s", "p", "k", "a", "p", "k", "sf", "g", "x", "s", "zmz", "avrfxdng", "n", "b", "n", "w", "o", "a", "g"], ["p", "s", "p", "k", "a", "p", "k", "sf", "g", "x", "s", "z", "mz", "avrfxdng", "n", "b", "n", "w", "o", "a", "g"], ["p", "s", "p", "k", "a", "p", "k", "sf", "g", "x", "s", "z", "mz", "a", "vrfxdng", "n", "b", "n", "w", "o", "a", "g"], ["p", "s", "p", "k", "a", "p", "k", "sf", "g", "x", "s", "z", "m", "z", "a", "vrfxdng", "n", "b", "n", "w", "o", "a", "g"]]}, "config": {"length": 30, "num_posisions": 23, "positions": [[0, 24], [0, 7], [0, 1], [1, 2], [1, 1], [5, 2], [3, 3], [7, 3], [3, 1], [4, 1], [8, 1], [10, 2], [7, 4], [7, 2], [9, 1], [13, 1], [10, 11], [8, 1], [11, 3], [11, 1], [13, 1], [12, 1], [15, 5]], "strings": "pspkapksfgxszmzavrfxdngnbnwoag"}, "task_name": "task09", "example_name": "0214", "problem_name": "task09_0214"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxmhpeqnnkiifvuppncnqvluai\nIndices:\n(0, 20), (1, 3), (0, 18), (1, 1), (3, 1), (0, 8), (5, 1), (1, 4), (2, 2), (2, 1), (0, 2), (1, 1), (6, 1), (7, 2), (7, 1), (0, 1), (4, 2), (3, 4), (3, 1), (7, 1), (4, 1), (5, 1), (8, 1)", "label": {"final": ["x", "m", "h", "p", "e", "q", "n", "n", "k", "i", "i", "f", "v", "u", "p", "p", "n", "c", "n", "q", "v", "l", "u", "ai"], "init": ["xmhpeqnnkiifvuppncnqvluai"], "intermediate": [["xmhpeqnnkiifvuppncnq", "vluai"], ["xmhpeqnnkiifvuppncnq", "vlu", "ai"], ["xmhpeqnnkiifvuppnc", "nq", "vlu", "ai"], ["xmhpeqnnkiifvuppnc", "n", "q", "vlu", "ai"], ["xmhpeqnnkiifvuppnc", "n", "q", "v", "lu", "ai"], ["xmhpeqnn", "kiifvuppnc", "n", "q", "v", "lu", "ai"], ["xmhpeqnn", "kiifvuppnc", "n", "q", "v", "l", "u", "ai"], ["xmhpeqnn", "kiif", "vuppnc", "n", "q", "v", "l", "u", "ai"], ["xmhpeqnn", "kiif", "vu", "ppnc", "n", "q", "v", "l", "u", "ai"], ["xmhpeqnn", "kiif", "v", "u", "ppnc", "n", "q", "v", "l", "u", "ai"], ["xm", "hpeqnn", "kiif", "v", "u", "ppnc", "n", "q", "v", "l", "u", "ai"], ["xm", "h", "peqnn", "kiif", "v", "u", "ppnc", "n", "q", "v", "l", "u", "ai"], ["xm", "h", "peqnn", "kiif", "v", "u", "p", "pnc", "n", "q", "v", "l", "u", "ai"], ["xm", "h", "peqnn", "kiif", "v", "u", "p", "pn", "c", "n", "q", "v", "l", "u", "ai"], ["xm", "h", "peqnn", "kiif", "v", "u", "p", "p", "n", "c", "n", "q", "v", "l", "u", "ai"], ["x", "m", "h", "peqnn", "kiif", "v", "u", "p", "p", "n", "c", "n", "q", "v", "l", "u", "ai"], ["x", "m", "h", "peqnn", "ki", "if", "v", "u", "p", "p", "n", "c", "n", "q", "v", "l", "u", "ai"], ["x", "m", "h", "peqn", "n", "ki", "if", "v", "u", "p", "p", "n", "c", "n", "q", "v", "l", "u", "ai"], ["x", "m", "h", "p", "eqn", "n", "ki", "if", "v", "u", "p", "p", "n", "c", "n", "q", "v", "l", "u", "ai"], ["x", "m", "h", "p", "eqn", "n", "ki", "i", "f", "v", "u", "p", "p", "n", "c", "n", "q", "v", "l", "u", "ai"], ["x", "m", "h", "p", "e", "qn", "n", "ki", "i", "f", "v", "u", "p", "p", "n", "c", "n", "q", "v", "l", "u", "ai"], ["x", "m", "h", "p", "e", "q", "n", "n", "ki", "i", "f", "v", "u", "p", "p", "n", "c", "n", "q", "v", "l", "u", "ai"]]}, "config": {"length": 25, "num_posisions": 23, "positions": [[0, 20], [1, 3], [0, 18], [1, 1], [3, 1], [0, 8], [5, 1], [1, 4], [2, 2], [2, 1], [0, 2], [1, 1], [6, 1], [7, 2], [7, 1], [0, 1], [4, 2], [3, 4], [3, 1], [7, 1], [4, 1], [5, 1], [8, 1]], "strings": "xmhpeqnnkiifvuppncnqvluai"}, "task_name": "task09", "example_name": "0215", "problem_name": "task09_0215"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxhzpkttahwcmtmxrggryxutlvk\nIndices:\n(0, 1), (1, 8), (2, 6), (3, 9), (2, 1), (5, 1), (3, 4), (5, 8), (3, 2), (1, 1), (7, 2), (2, 4), (6, 1), (9, 1), (11, 3), (11, 1), (3, 1), (14, 1), (2, 2), (16, 1), (14, 1), (7, 1), (5, 1)", "label": {"final": ["x", "h", "zp", "kt", "t", "a", "h", "w", "c", "m", "t", "m", "x", "r", "g", "g", "r", "y", "x", "u", "t", "l", "v", "k"], "init": ["xhzpkttahwcmtmxrggryxutlvk"], "intermediate": [["x", "hzpkttahwcmtmxrggryxutlvk"], ["x", "hzpkttah", "wcmtmxrggryxutlvk"], ["x", "hzpkttah", "wcmtmx", "rggryxutlvk"], ["x", "hzpkttah", "wcmtmx", "rggryxutl", "vk"], ["x", "hzpkttah", "w", "cmtmx", "rggryxutl", "vk"], ["x", "hzpkttah", "w", "cmtmx", "rggryxutl", "v", "k"], ["x", "hzpkttah", "w", "cmtm", "x", "rggryxutl", "v", "k"], ["x", "hzpkttah", "w", "cmtm", "x", "rggryxut", "l", "v", "k"], ["x", "hzpkttah", "w", "cm", "tm", "x", "rggryxut", "l", "v", "k"], ["x", "h", "zpkttah", "w", "cm", "tm", "x", "rggryxut", "l", "v", "k"], ["x", "h", "zpkttah", "w", "cm", "tm", "x", "rg", "gryxut", "l", "v", "k"], ["x", "h", "zpkt", "tah", "w", "cm", "tm", "x", "rg", "gryxut", "l", "v", "k"], ["x", "h", "zpkt", "tah", "w", "cm", "t", "m", "x", "rg", "gryxut", "l", "v", "k"], ["x", "h", "zpkt", "tah", "w", "cm", "t", "m", "x", "r", "g", "gryxut", "l", "v", "k"], ["x", "h", "zpkt", "tah", "w", "cm", "t", "m", "x", "r", "g", "gry", "xut", "l", "v", "k"], ["x", "h", "zpkt", "tah", "w", "cm", "t", "m", "x", "r", "g", "g", "ry", "xut", "l", "v", "k"], ["x", "h", "zpkt", "t", "ah", "w", "cm", "t", "m", "x", "r", "g", "g", "ry", "xut", "l", "v", "k"], ["x", "h", "zpkt", "t", "ah", "w", "cm", "t", "m", "x", "r", "g", "g", "ry", "x", "ut", "l", "v", "k"], ["x", "h", "zp", "kt", "t", "ah", "w", "cm", "t", "m", "x", "r", "g", "g", "ry", "x", "ut", "l", "v", "k"], ["x", "h", "zp", "kt", "t", "ah", "w", "cm", "t", "m", "x", "r", "g", "g", "ry", "x", "u", "t", "l", "v", "k"], ["x", "h", "zp", "kt", "t", "ah", "w", "cm", "t", "m", "x", "r", "g", "g", "r", "y", "x", "u", "t", "l", "v", "k"], ["x", "h", "zp", "kt", "t", "ah", "w", "c", "m", "t", "m", "x", "r", "g", "g", "r", "y", "x", "u", "t", "l", "v", "k"]]}, "config": {"length": 26, "num_posisions": 23, "positions": [[0, 1], [1, 8], [2, 6], [3, 9], [2, 1], [5, 1], [3, 4], [5, 8], [3, 2], [1, 1], [7, 2], [2, 4], [6, 1], [9, 1], [11, 3], [11, 1], [3, 1], [14, 1], [2, 2], [16, 1], [14, 1], [7, 1], [5, 1]], "strings": "xhzpkttahwcmtmxrggryxutlvk"}, "task_name": "task09", "example_name": "0216", "problem_name": "task09_0216"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndelntvfyhdpvbhybbauqcahbatj\nIndices:\n(0, 13), (1, 1), (0, 5), (3, 12), (3, 6), (0, 1), (5, 5), (4, 3), (5, 2), (1, 1), (2, 2), (9, 4), (2, 1), (10, 3), (10, 2), (7, 2), (11, 1), (7, 1), (10, 1), (5, 7), (5, 6), (5, 3), (5, 1)", "label": {"final": ["d", "e", "l", "n", "t", "v", "fy", "hdp", "v", "b", "h", "y", "b", "b", "a", "u", "q", "c", "a", "h", "b", "a", "t", "j"], "init": ["delntvfyhdpvbhybbauqcahbatj"], "intermediate": [["delntvfyhdpvb", "hybbauqcahbatj"], ["delntvfyhdpvb", "h", "ybbauqcahbatj"], ["delnt", "vfyhdpvb", "h", "ybbauqcahbatj"], ["delnt", "vfyhdpvb", "h", "ybbauqcahbat", "j"], ["delnt", "vfyhdpvb", "h", "ybbauq", "cahbat", "j"], ["d", "elnt", "vfyhdpvb", "h", "ybbauq", "cahbat", "j"], ["d", "elnt", "vfyhdpvb", "h", "ybbauq", "cahba", "t", "j"], ["d", "elnt", "vfyhdpvb", "h", "ybb", "auq", "cahba", "t", "j"], ["d", "elnt", "vfyhdpvb", "h", "ybb", "au", "q", "cahba", "t", "j"], ["d", "e", "lnt", "vfyhdpvb", "h", "ybb", "au", "q", "cahba", "t", "j"], ["d", "e", "ln", "t", "vfyhdpvb", "h", "ybb", "au", "q", "cahba", "t", "j"], ["d", "e", "ln", "t", "vfyhdpvb", "h", "ybb", "au", "q", "cahb", "a", "t", "j"], ["d", "e", "l", "n", "t", "vfyhdpvb", "h", "ybb", "au", "q", "cahb", "a", "t", "j"], ["d", "e", "l", "n", "t", "vfyhdpvb", "h", "ybb", "au", "q", "cah", "b", "a", "t", "j"], ["d", "e", "l", "n", "t", "vfyhdpvb", "h", "ybb", "au", "q", "ca", "h", "b", "a", "t", "j"], ["d", "e", "l", "n", "t", "vfyhdpvb", "h", "yb", "b", "au", "q", "ca", "h", "b", "a", "t", "j"], ["d", "e", "l", "n", "t", "vfyhdpvb", "h", "yb", "b", "au", "q", "c", "a", "h", "b", "a", "t", "j"], ["d", "e", "l", "n", "t", "vfyhdpvb", "h", "y", "b", "b", "au", "q", "c", "a", "h", "b", "a", "t", "j"], ["d", "e", "l", "n", "t", "vfyhdpvb", "h", "y", "b", "b", "a", "u", "q", "c", "a", "h", "b", "a", "t", "j"], ["d", "e", "l", "n", "t", "vfyhdpv", "b", "h", "y", "b", "b", "a", "u", "q", "c", "a", "h", "b", "a", "t", "j"], ["d", "e", "l", "n", "t", "vfyhdp", "v", "b", "h", "y", "b", "b", "a", "u", "q", "c", "a", "h", "b", "a", "t", "j"], ["d", "e", "l", "n", "t", "vfy", "hdp", "v", "b", "h", "y", "b", "b", "a", "u", "q", "c", "a", "h", "b", "a", "t", "j"]]}, "config": {"length": 27, "num_posisions": 23, "positions": [[0, 13], [1, 1], [0, 5], [3, 12], [3, 6], [0, 1], [5, 5], [4, 3], [5, 2], [1, 1], [2, 2], [9, 4], [2, 1], [10, 3], [10, 2], [7, 2], [11, 1], [7, 1], [10, 1], [5, 7], [5, 6], [5, 3], [5, 1]], "strings": "delntvfyhdpvbhybbauqcahbatj"}, "task_name": "task09", "example_name": "0217", "problem_name": "task09_0217"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzewjmolgmuyynguwenltcuqotjkyq\nIndices:\n(0, 22), (0, 9), (2, 2), (1, 11), (4, 3), (0, 3), (6, 1), (3, 1), (2, 7), (0, 1), (3, 3), (1, 1), (4, 2), (4, 1), (3, 4), (3, 3), (13, 1), (15, 1), (9, 3), (9, 1), (10, 1), (5, 1), (20, 1)", "label": {"final": ["z", "e", "w", "jmo", "l", "g", "m", "u", "y", "y", "n", "g", "u", "w", "enlt", "c", "u", "q", "o", "t", "j", "k", "y", "q"], "init": ["zewjmolgmuyynguwenltcuqotjkyq"], "intermediate": [["zewjmolgmuyynguwenltcu", "qotjkyq"], ["zewjmolgm", "uyynguwenltcu", "qotjkyq"], ["zewjmolgm", "uyynguwenltcu", "qo", "tjkyq"], ["zewjmolgm", "uyynguwenlt", "cu", "qo", "tjkyq"], ["zewjmolgm", "uyynguwenlt", "cu", "qo", "tjk", "yq"], ["zew", "jmolgm", "uyynguwenlt", "cu", "qo", "tjk", "yq"], ["zew", "jmolgm", "uyynguwenlt", "cu", "qo", "tjk", "y", "q"], ["zew", "jmolgm", "uyynguwenlt", "c", "u", "qo", "tjk", "y", "q"], ["zew", "jmolgm", "uyynguw", "enlt", "c", "u", "qo", "tjk", "y", "q"], ["z", "ew", "jmolgm", "uyynguw", "enlt", "c", "u", "qo", "tjk", "y", "q"], ["z", "ew", "jmolgm", "uyy", "nguw", "enlt", "c", "u", "qo", "tjk", "y", "q"], ["z", "e", "w", "jmolgm", "uyy", "nguw", "enlt", "c", "u", "qo", "tjk", "y", "q"], ["z", "e", "w", "jmolgm", "uy", "y", "nguw", "enlt", "c", "u", "qo", "tjk", "y", "q"], ["z", "e", "w", "jmolgm", "u", "y", "y", "nguw", "enlt", "c", "u", "qo", "tjk", "y", "q"], ["z", "e", "w", "jmol", "gm", "u", "y", "y", "nguw", "enlt", "c", "u", "qo", "tjk", "y", "q"], ["z", "e", "w", "jmo", "l", "gm", "u", "y", "y", "nguw", "enlt", "c", "u", "qo", "tjk", "y", "q"], ["z", "e", "w", "jmo", "l", "gm", "u", "y", "y", "nguw", "enlt", "c", "u", "q", "o", "tjk", "y", "q"], ["z", "e", "w", "jmo", "l", "gm", "u", "y", "y", "nguw", "enlt", "c", "u", "q", "o", "t", "jk", "y", "q"], ["z", "e", "w", "jmo", "l", "gm", "u", "y", "y", "ngu", "w", "enlt", "c", "u", "q", "o", "t", "jk", "y", "q"], ["z", "e", "w", "jmo", "l", "gm", "u", "y", "y", "n", "gu", "w", "enlt", "c", "u", "q", "o", "t", "jk", "y", "q"], ["z", "e", "w", "jmo", "l", "gm", "u", "y", "y", "n", "g", "u", "w", "enlt", "c", "u", "q", "o", "t", "jk", "y", "q"], ["z", "e", "w", "jmo", "l", "g", "m", "u", "y", "y", "n", "g", "u", "w", "enlt", "c", "u", "q", "o", "t", "jk", "y", "q"]]}, "config": {"length": 29, "num_posisions": 23, "positions": [[0, 22], [0, 9], [2, 2], [1, 11], [4, 3], [0, 3], [6, 1], [3, 1], [2, 7], [0, 1], [3, 3], [1, 1], [4, 2], [4, 1], [3, 4], [3, 3], [13, 1], [15, 1], [9, 3], [9, 1], [10, 1], [5, 1], [20, 1]], "strings": "zewjmolgmuyynguwenltcuqotjkyq"}, "task_name": "task09", "example_name": "0218", "problem_name": "task09_0218"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrhlgxodeziceczebwugphtvzgmr\nIndices:\n(0, 14), (0, 8), (2, 10), (3, 2), (3, 1), (1, 4), (1, 1), (4, 1), (0, 7), (4, 1), (7, 1), (8, 4), (9, 1), (10, 1), (3, 1), (4, 1), (0, 5), (1, 1), (0, 3), (16, 1), (13, 2), (13, 1), (1, 1)", "label": {"final": ["rhl", "g", "x", "o", "d", "e", "z", "i", "c", "e", "c", "z", "e", "b", "w", "u", "gp", "h", "t", "v", "z", "g", "m", "r"], "init": ["rhlgxodeziceczebwugphtvzgmr"], "intermediate": [["rhlgxodezicecz", "ebwugphtvzgmr"], ["rhlgxode", "zicecz", "ebwugphtvzgmr"], ["rhlgxode", "zicecz", "ebwugphtvz", "gmr"], ["rhlgxode", "zicecz", "ebwugphtvz", "gm", "r"], ["rhlgxode", "zicecz", "ebwugphtvz", "g", "m", "r"], ["rhlgxode", "zice", "cz", "ebwugphtvz", "g", "m", "r"], ["rhlgxode", "z", "ice", "cz", "ebwugphtvz", "g", "m", "r"], ["rhlgxode", "z", "ice", "cz", "e", "bwugphtvz", "g", "m", "r"], ["rhlgxod", "e", "z", "ice", "cz", "e", "bwugphtvz", "g", "m", "r"], ["rhlgxod", "e", "z", "ice", "c", "z", "e", "bwugphtvz", "g", "m", "r"], ["rhlgxod", "e", "z", "ice", "c", "z", "e", "b", "wugphtvz", "g", "m", "r"], ["rhlgxod", "e", "z", "ice", "c", "z", "e", "b", "wugp", "htvz", "g", "m", "r"], ["rhlgxod", "e", "z", "ice", "c", "z", "e", "b", "wugp", "h", "tvz", "g", "m", "r"], ["rhlgxod", "e", "z", "ice", "c", "z", "e", "b", "wugp", "h", "t", "vz", "g", "m", "r"], ["rhlgxod", "e", "z", "i", "ce", "c", "z", "e", "b", "wugp", "h", "t", "vz", "g", "m", "r"], ["rhlgxod", "e", "z", "i", "c", "e", "c", "z", "e", "b", "wugp", "h", "t", "vz", "g", "m", "r"], ["rhlgx", "od", "e", "z", "i", "c", "e", "c", "z", "e", "b", "wugp", "h", "t", "vz", "g", "m", "r"], ["rhlgx", "o", "d", "e", "z", "i", "c", "e", "c", "z", "e", "b", "wugp", "h", "t", "vz", "g", "m", "r"], ["rhl", "gx", "o", "d", "e", "z", "i", "c", "e", "c", "z", "e", "b", "wugp", "h", "t", "vz", "g", "m", "r"], ["rhl", "gx", "o", "d", "e", "z", "i", "c", "e", "c", "z", "e", "b", "wugp", "h", "t", "v", "z", "g", "m", "r"], ["rhl", "gx", "o", "d", "e", "z", "i", "c", "e", "c", "z", "e", "b", "wu", "gp", "h", "t", "v", "z", "g", "m", "r"], ["rhl", "gx", "o", "d", "e", "z", "i", "c", "e", "c", "z", "e", "b", "w", "u", "gp", "h", "t", "v", "z", "g", "m", "r"]]}, "config": {"length": 27, "num_posisions": 23, "positions": [[0, 14], [0, 8], [2, 10], [3, 2], [3, 1], [1, 4], [1, 1], [4, 1], [0, 7], [4, 1], [7, 1], [8, 4], [9, 1], [10, 1], [3, 1], [4, 1], [0, 5], [1, 1], [0, 3], [16, 1], [13, 2], [13, 1], [1, 1]], "strings": "rhlgxodeziceczebwugphtvzgmr"}, "task_name": "task09", "example_name": "0219", "problem_name": "task09_0219"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nphsvvoyfpzitwgocropnvhoaiij\nIndices:\n(0, 13), (0, 5), (1, 2), (0, 1), (3, 2), (1, 2), (4, 1), (3, 1), (8, 12), (2, 1), (9, 4), (9, 2), (10, 1), (9, 1), (14, 1), (1, 1), (9, 2), (9, 1), (16, 3), (17, 1), (16, 2), (19, 1), (20, 1), (11, 1)", "label": {"final": ["p", "h", "s", "v", "v", "o", "y", "f", "p", "z", "i", "t", "w", "g", "o", "c", "r", "op", "n", "v", "h", "o", "ai", "i", "j"], "init": ["phsvvoyfpzitwgocropnvhoaiij"], "intermediate": [["phsvvoyfpzitw", "gocropnvhoaiij"], ["phsvv", "oyfpzitw", "gocropnvhoaiij"], ["phsvv", "oy", "fpzitw", "gocropnvhoaiij"], ["p", "hsvv", "oy", "fpzitw", "gocropnvhoaiij"], ["p", "hsvv", "oy", "fp", "zitw", "gocropnvhoaiij"], ["p", "hs", "vv", "oy", "fp", "zitw", "gocropnvhoaiij"], ["p", "hs", "vv", "oy", "f", "p", "zitw", "gocropnvhoaiij"], ["p", "hs", "vv", "o", "y", "f", "p", "zitw", "gocropnvhoaiij"], ["p", "hs", "vv", "o", "y", "f", "p", "zitw", "gocropnvhoai", "ij"], ["p", "hs", "v", "v", "o", "y", "f", "p", "zitw", "gocropnvhoai", "ij"], ["p", "hs", "v", "v", "o", "y", "f", "p", "zitw", "gocr", "opnvhoai", "ij"], ["p", "hs", "v", "v", "o", "y", "f", "p", "zitw", "go", "cr", "opnvhoai", "ij"], ["p", "hs", "v", "v", "o", "y", "f", "p", "zitw", "go", "c", "r", "opnvhoai", "ij"], ["p", "hs", "v", "v", "o", "y", "f", "p", "zitw", "g", "o", "c", "r", "opnvhoai", "ij"], ["p", "hs", "v", "v", "o", "y", "f", "p", "zitw", "g", "o", "c", "r", "opnvhoai", "i", "j"], ["p", "h", "s", "v", "v", "o", "y", "f", "p", "zitw", "g", "o", "c", "r", "opnvhoai", "i", "j"], ["p", "h", "s", "v", "v", "o", "y", "f", "p", "zi", "tw", "g", "o", "c", "r", "opnvhoai", "i", "j"], ["p", "h", "s", "v", "v", "o", "y", "f", "p", "z", "i", "tw", "g", "o", "c", "r", "opnvhoai", "i", "j"], ["p", "h", "s", "v", "v", "o", "y", "f", "p", "z", "i", "tw", "g", "o", "c", "r", "opn", "vhoai", "i", "j"], ["p", "h", "s", "v", "v", "o", "y", "f", "p", "z", "i", "tw", "g", "o", "c", "r", "opn", "v", "hoai", "i", "j"], ["p", "h", "s", "v", "v", "o", "y", "f", "p", "z", "i", "tw", "g", "o", "c", "r", "op", "n", "v", "hoai", "i", "j"], ["p", "h", "s", "v", "v", "o", "y", "f", "p", "z", "i", "tw", "g", "o", "c", "r", "op", "n", "v", "h", "oai", "i", "j"], ["p", "h", "s", "v", "v", "o", "y", "f", "p", "z", "i", "tw", "g", "o", "c", "r", "op", "n", "v", "h", "o", "ai", "i", "j"]]}, "config": {"length": 27, "num_posisions": 24, "positions": [[0, 13], [0, 5], [1, 2], [0, 1], [3, 2], [1, 2], [4, 1], [3, 1], [8, 12], [2, 1], [9, 4], [9, 2], [10, 1], [9, 1], [14, 1], [1, 1], [9, 2], [9, 1], [16, 3], [17, 1], [16, 2], [19, 1], [20, 1], [11, 1]], "strings": "phsvvoyfpzitwgocropnvhoaiij"}, "task_name": "task09", "example_name": "0220", "problem_name": "task09_0220"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nuzuhfbzjbrtzmvrxhoufnbsks\nIndices:\n(0, 15), (1, 6), (2, 1), (1, 2), (2, 2), (3, 1), (6, 1), (7, 1), (1, 1), (0, 11), (4, 1), (1, 1), (2, 2), (2, 1), (0, 4), (1, 5), (2, 1), (0, 2), (0, 1), (2, 1), (4, 3), (5, 1), (4, 2), (4, 1)", "label": {"final": ["u", "z", "u", "h", "f", "b", "z", "j", "b", "r", "t", "z", "m", "v", "r", "x", "h", "o", "u", "f", "n", "b", "s", "k", "s"], "init": ["uzuhfbzjbrtzmvrxhoufnbsks"], "intermediate": [["uzuhfbzjbrtzmvr", "xhoufnbsks"], ["uzuhfbzjbrtzmvr", "xhoufn", "bsks"], ["uzuhfbzjbrtzmvr", "xhoufn", "b", "sks"], ["uzuhfbzjbrtzmvr", "xh", "oufn", "b", "sks"], ["uzuhfbzjbrtzmvr", "xh", "ou", "fn", "b", "sks"], ["uzuhfbzjbrtzmvr", "xh", "ou", "f", "n", "b", "sks"], ["uzuhfbzjbrtzmvr", "xh", "ou", "f", "n", "b", "s", "ks"], ["uzuhfbzjbrtzmvr", "xh", "ou", "f", "n", "b", "s", "k", "s"], ["uzuhfbzjbrtzmvr", "x", "h", "ou", "f", "n", "b", "s", "k", "s"], ["uzuhfbzjbrt", "zmvr", "x", "h", "ou", "f", "n", "b", "s", "k", "s"], ["uzuhfbzjbrt", "zmvr", "x", "h", "o", "u", "f", "n", "b", "s", "k", "s"], ["uzuhfbzjbrt", "z", "mvr", "x", "h", "o", "u", "f", "n", "b", "s", "k", "s"], ["uzuhfbzjbrt", "z", "mv", "r", "x", "h", "o", "u", "f", "n", "b", "s", "k", "s"], ["uzuhfbzjbrt", "z", "m", "v", "r", "x", "h", "o", "u", "f", "n", "b", "s", "k", "s"], ["uzuh", "fbzjbrt", "z", "m", "v", "r", "x", "h", "o", "u", "f", "n", "b", "s", "k", "s"], ["uzuh", "fbzjb", "rt", "z", "m", "v", "r", "x", "h", "o", "u", "f", "n", "b", "s", "k", "s"], ["uzuh", "fbzjb", "r", "t", "z", "m", "v", "r", "x", "h", "o", "u", "f", "n", "b", "s", "k", "s"], ["uz", "uh", "fbzjb", "r", "t", "z", "m", "v", "r", "x", "h", "o", "u", "f", "n", "b", "s", "k", "s"], ["u", "z", "uh", "fbzjb", "r", "t", "z", "m", "v", "r", "x", "h", "o", "u", "f", "n", "b", "s", "k", "s"], ["u", "z", "u", "h", "fbzjb", "r", "t", "z", "m", "v", "r", "x", "h", "o", "u", "f", "n", "b", "s", "k", "s"], ["u", "z", "u", "h", "fbz", "jb", "r", "t", "z", "m", "v", "r", "x", "h", "o", "u", "f", "n", "b", "s", "k", "s"], ["u", "z", "u", "h", "fbz", "j", "b", "r", "t", "z", "m", "v", "r", "x", "h", "o", "u", "f", "n", "b", "s", "k", "s"], ["u", "z", "u", "h", "fb", "z", "j", "b", "r", "t", "z", "m", "v", "r", "x", "h", "o", "u", "f", "n", "b", "s", "k", "s"]]}, "config": {"length": 25, "num_posisions": 24, "positions": [[0, 15], [1, 6], [2, 1], [1, 2], [2, 2], [3, 1], [6, 1], [7, 1], [1, 1], [0, 11], [4, 1], [1, 1], [2, 2], [2, 1], [0, 4], [1, 5], [2, 1], [0, 2], [0, 1], [2, 1], [4, 3], [5, 1], [4, 2], [4, 1]], "strings": "uzuhfbzjbrtzmvrxhoufnbsks"}, "task_name": "task09", "example_name": "0221", "problem_name": "task09_0221"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzrqzcaragryoobmhccpnaarpxr\nIndices:\n(0, 8), (0, 3), (1, 3), (2, 1), (4, 12), (1, 2), (0, 1), (2, 1), (8, 4), (1, 1), (10, 1), (9, 1), (8, 6), (9, 1), (8, 1), (11, 2), (14, 2), (14, 1), (11, 1), (13, 2), (9, 2), (14, 1), (9, 1), (11, 1)", "label": {"final": ["z", "r", "q", "z", "c", "a", "r", "a", "g", "r", "y", "o", "ob", "m", "h", "c", "c", "p", "n", "a", "a", "r", "p", "x", "r"], "init": ["zrqzcaragryoobmhccpnaarpxr"], "intermediate": [["zrqzcara", "gryoobmhccpnaarpxr"], ["zrq", "zcara", "gryoobmhccpnaarpxr"], ["zrq", "zca", "ra", "gryoobmhccpnaarpxr"], ["zrq", "zca", "r", "a", "gryoobmhccpnaarpxr"], ["zrq", "zca", "r", "a", "gryoobmhccpn", "aarpxr"], ["zrq", "zc", "a", "r", "a", "gryoobmhccpn", "aarpxr"], ["z", "rq", "zc", "a", "r", "a", "gryoobmhccpn", "aarpxr"], ["z", "rq", "z", "c", "a", "r", "a", "gryoobmhccpn", "aarpxr"], ["z", "rq", "z", "c", "a", "r", "a", "gryoobmhccpn", "aarp", "xr"], ["z", "r", "q", "z", "c", "a", "r", "a", "gryoobmhccpn", "aarp", "xr"], ["z", "r", "q", "z", "c", "a", "r", "a", "gryoobmhccpn", "aarp", "x", "r"], ["z", "r", "q", "z", "c", "a", "r", "a", "gryoobmhccpn", "a", "arp", "x", "r"], ["z", "r", "q", "z", "c", "a", "r", "a", "gryoob", "mhccpn", "a", "arp", "x", "r"], ["z", "r", "q", "z", "c", "a", "r", "a", "gryoob", "m", "hccpn", "a", "arp", "x", "r"], ["z", "r", "q", "z", "c", "a", "r", "a", "g", "ryoob", "m", "hccpn", "a", "arp", "x", "r"], ["z", "r", "q", "z", "c", "a", "r", "a", "g", "ryoob", "m", "hc", "cpn", "a", "arp", "x", "r"], ["z", "r", "q", "z", "c", "a", "r", "a", "g", "ryoob", "m", "hc", "cpn", "a", "ar", "p", "x", "r"], ["z", "r", "q", "z", "c", "a", "r", "a", "g", "ryoob", "m", "hc", "cpn", "a", "a", "r", "p", "x", "r"], ["z", "r", "q", "z", "c", "a", "r", "a", "g", "ryoob", "m", "h", "c", "cpn", "a", "a", "r", "p", "x", "r"], ["z", "r", "q", "z", "c", "a", "r", "a", "g", "ryoob", "m", "h", "c", "cp", "n", "a", "a", "r", "p", "x", "r"], ["z", "r", "q", "z", "c", "a", "r", "a", "g", "ry", "oob", "m", "h", "c", "cp", "n", "a", "a", "r", "p", "x", "r"], ["z", "r", "q", "z", "c", "a", "r", "a", "g", "ry", "oob", "m", "h", "c", "c", "p", "n", "a", "a", "r", "p", "x", "r"], ["z", "r", "q", "z", "c", "a", "r", "a", "g", "r", "y", "oob", "m", "h", "c", "c", "p", "n", "a", "a", "r", "p", "x", "r"]]}, "config": {"length": 26, "num_posisions": 24, "positions": [[0, 8], [0, 3], [1, 3], [2, 1], [4, 12], [1, 2], [0, 1], [2, 1], [8, 4], [1, 1], [10, 1], [9, 1], [8, 6], [9, 1], [8, 1], [11, 2], [14, 2], [14, 1], [11, 1], [13, 2], [9, 2], [14, 1], [9, 1], [11, 1]], "strings": "zrqzcaragryoobmhccpnaarpxr"}, "task_name": "task09", "example_name": "0222", "problem_name": "task09_0222"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrmjkotvfrmwwxodqmtvuonauibtkh\nIndices:\n(0, 23), (0, 13), (2, 3), (2, 1), (4, 2), (4, 1), (0, 7), (1, 5), (5, 1), (0, 2), (1, 4), (5, 3), (0, 1), (7, 2), (2, 2), (9, 2), (3, 1), (9, 1), (8, 2), (12, 1), (2, 1), (9, 1), (16, 2), (16, 1)", "label": {"final": ["r", "m", "j", "k", "o", "t", "v", "frmww", "x", "o", "d", "q", "m", "t", "v", "u", "o", "n", "a", "u", "i", "b", "t", "k", "h"], "init": ["rmjkotvfrmwwxodqmtvuonauibtkh"], "intermediate": [["rmjkotvfrmwwxodqmtvuona", "uibtkh"], ["rmjkotvfrmwwx", "odqmtvuona", "uibtkh"], ["rmjkotvfrmwwx", "odqmtvuona", "uib", "tkh"], ["rmjkotvfrmwwx", "odqmtvuona", "u", "ib", "tkh"], ["rmjkotvfrmwwx", "odqmtvuona", "u", "ib", "tk", "h"], ["rmjkotvfrmwwx", "odqmtvuona", "u", "ib", "t", "k", "h"], ["rmjkotv", "frmwwx", "odqmtvuona", "u", "ib", "t", "k", "h"], ["rmjkotv", "frmww", "x", "odqmtvuona", "u", "ib", "t", "k", "h"], ["rmjkotv", "frmww", "x", "odqmtvuona", "u", "i", "b", "t", "k", "h"], ["rm", "jkotv", "frmww", "x", "odqmtvuona", "u", "i", "b", "t", "k", "h"], ["rm", "jkot", "v", "frmww", "x", "odqmtvuona", "u", "i", "b", "t", "k", "h"], ["rm", "jkot", "v", "frmww", "x", "odq", "mtvuona", "u", "i", "b", "t", "k", "h"], ["r", "m", "jkot", "v", "frmww", "x", "odq", "mtvuona", "u", "i", "b", "t", "k", "h"], ["r", "m", "jkot", "v", "frmww", "x", "odq", "mt", "vuona", "u", "i", "b", "t", "k", "h"], ["r", "m", "jk", "ot", "v", "frmww", "x", "odq", "mt", "vuona", "u", "i", "b", "t", "k", "h"], ["r", "m", "jk", "ot", "v", "frmww", "x", "odq", "mt", "vu", "ona", "u", "i", "b", "t", "k", "h"], ["r", "m", "jk", "o", "t", "v", "frmww", "x", "odq", "mt", "vu", "ona", "u", "i", "b", "t", "k", "h"], ["r", "m", "jk", "o", "t", "v", "frmww", "x", "odq", "m", "t", "vu", "ona", "u", "i", "b", "t", "k", "h"], ["r", "m", "jk", "o", "t", "v", "frmww", "x", "od", "q", "m", "t", "vu", "ona", "u", "i", "b", "t", "k", "h"], ["r", "m", "jk", "o", "t", "v", "frmww", "x", "od", "q", "m", "t", "v", "u", "ona", "u", "i", "b", "t", "k", "h"], ["r", "m", "j", "k", "o", "t", "v", "frmww", "x", "od", "q", "m", "t", "v", "u", "ona", "u", "i", "b", "t", "k", "h"], ["r", "m", "j", "k", "o", "t", "v", "frmww", "x", "o", "d", "q", "m", "t", "v", "u", "ona", "u", "i", "b", "t", "k", "h"], ["r", "m", "j", "k", "o", "t", "v", "frmww", "x", "o", "d", "q", "m", "t", "v", "u", "on", "a", "u", "i", "b", "t", "k", "h"]]}, "config": {"length": 29, "num_posisions": 24, "positions": [[0, 23], [0, 13], [2, 3], [2, 1], [4, 2], [4, 1], [0, 7], [1, 5], [5, 1], [0, 2], [1, 4], [5, 3], [0, 1], [7, 2], [2, 2], [9, 2], [3, 1], [9, 1], [8, 2], [12, 1], [2, 1], [9, 1], [16, 2], [16, 1]], "strings": "rmjkotvfrmwwxodqmtvuonauibtkh"}, "task_name": "task09", "example_name": "0223", "problem_name": "task09_0223"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzdpzzmkbckgzbxcowrlmszvejmsdqx\nIndices:\n(0, 23), (0, 12), (1, 5), (2, 1), (1, 1), (5, 2), (5, 1), (4, 2), (4, 1), (0, 3), (3, 3), (3, 2), (12, 4), (9, 2), (13, 1), (14, 2), (14, 1), (1, 2), (10, 1), (4, 1), (1, 1), (3, 4), (3, 2), (5, 1)", "label": {"final": ["zdp", "z", "z", "mk", "bc", "k", "gz", "b", "x", "c", "o", "w", "r", "l", "m", "s", "z", "v", "e", "j", "m", "s", "d", "q", "x"], "init": ["zdpzzmkbckgzbxcowrlmszvejmsdqx"], "intermediate": [["zdpzzmkbckgzbxcowrlmszv", "ejmsdqx"], ["zdpzzmkbckgz", "bxcowrlmszv", "ejmsdqx"], ["zdpzzmkbckgz", "bxcow", "rlmszv", "ejmsdqx"], ["zdpzzmkbckgz", "bxcow", "r", "lmszv", "ejmsdqx"], ["zdpzzmkbckgz", "b", "xcow", "r", "lmszv", "ejmsdqx"], ["zdpzzmkbckgz", "b", "xcow", "r", "lmszv", "ej", "msdqx"], ["zdpzzmkbckgz", "b", "xcow", "r", "lmszv", "e", "j", "msdqx"], ["zdpzzmkbckgz", "b", "xcow", "r", "lm", "szv", "e", "j", "msdqx"], ["zdpzzmkbckgz", "b", "xcow", "r", "l", "m", "szv", "e", "j", "msdqx"], ["zdp", "zzmkbckgz", "b", "xcow", "r", "l", "m", "szv", "e", "j", "msdqx"], ["zdp", "zzmkbckgz", "b", "xco", "w", "r", "l", "m", "szv", "e", "j", "msdqx"], ["zdp", "zzmkbckgz", "b", "xc", "o", "w", "r", "l", "m", "szv", "e", "j", "msdqx"], ["zdp", "zzmkbckgz", "b", "xc", "o", "w", "r", "l", "m", "szv", "e", "j", "msdq", "x"], ["zdp", "zzmkbckgz", "b", "xc", "o", "w", "r", "l", "m", "sz", "v", "e", "j", "msdq", "x"], ["zdp", "zzmkbckgz", "b", "xc", "o", "w", "r", "l", "m", "sz", "v", "e", "j", "m", "sdq", "x"], ["zdp", "zzmkbckgz", "b", "xc", "o", "w", "r", "l", "m", "sz", "v", "e", "j", "m", "sd", "q", "x"], ["zdp", "zzmkbckgz", "b", "xc", "o", "w", "r", "l", "m", "sz", "v", "e", "j", "m", "s", "d", "q", "x"], ["zdp", "zz", "mkbckgz", "b", "xc", "o", "w", "r", "l", "m", "sz", "v", "e", "j", "m", "s", "d", "q", "x"], ["zdp", "zz", "mkbckgz", "b", "xc", "o", "w", "r", "l", "m", "s", "z", "v", "e", "j", "m", "s", "d", "q", "x"], ["zdp", "zz", "mkbckgz", "b", "x", "c", "o", "w", "r", "l", "m", "s", "z", "v", "e", "j", "m", "s", "d", "q", "x"], ["zdp", "z", "z", "mkbckgz", "b", "x", "c", "o", "w", "r", "l", "m", "s", "z", "v", "e", "j", "m", "s", "d", "q", "x"], ["zdp", "z", "z", "mkbc", "kgz", "b", "x", "c", "o", "w", "r", "l", "m", "s", "z", "v", "e", "j", "m", "s", "d", "q", "x"], ["zdp", "z", "z", "mk", "bc", "kgz", "b", "x", "c", "o", "w", "r", "l", "m", "s", "z", "v", "e", "j", "m", "s", "d", "q", "x"]]}, "config": {"length": 30, "num_posisions": 24, "positions": [[0, 23], [0, 12], [1, 5], [2, 1], [1, 1], [5, 2], [5, 1], [4, 2], [4, 1], [0, 3], [3, 3], [3, 2], [12, 4], [9, 2], [13, 1], [14, 2], [14, 1], [1, 2], [10, 1], [4, 1], [1, 1], [3, 4], [3, 2], [5, 1]], "strings": "zdpzzmkbckgzbxcowrlmszvejmsdqx"}, "task_name": "task09", "example_name": "0224", "problem_name": "task09_0224"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngimevyggqfxcywfzckaeikkxyhig\nIndices:\n(0, 3), (1, 15), (1, 13), (1, 12), (0, 2), (4, 1), (6, 3), (6, 2), (8, 5), (9, 1), (0, 1), (7, 1), (3, 11), (3, 2), (3, 1), (13, 1), (14, 2), (5, 6), (5, 1), (17, 1), (7, 2), (6, 2), (18, 1), (6, 1)", "label": {"final": ["g", "i", "m", "e", "v", "y", "g", "g", "qfx", "cy", "w", "f", "z", "c", "k", "a", "e", "i", "k", "k", "x", "y", "h", "i", "g"], "init": ["gimevyggqfxcywfzckaeikkxyhig"], "intermediate": [["gim", "evyggqfxcywfzckaeikkxyhig"], ["gim", "evyggqfxcywfzck", "aeikkxyhig"], ["gim", "evyggqfxcywfz", "ck", "aeikkxyhig"], ["gim", "evyggqfxcywf", "z", "ck", "aeikkxyhig"], ["gi", "m", "evyggqfxcywf", "z", "ck", "aeikkxyhig"], ["gi", "m", "evyggqfxcywf", "z", "c", "k", "aeikkxyhig"], ["gi", "m", "evyggqfxcywf", "z", "c", "k", "aei", "kkxyhig"], ["gi", "m", "evyggqfxcywf", "z", "c", "k", "ae", "i", "kkxyhig"], ["gi", "m", "evyggqfxcywf", "z", "c", "k", "ae", "i", "kkxyh", "ig"], ["gi", "m", "evyggqfxcywf", "z", "c", "k", "ae", "i", "kkxyh", "i", "g"], ["g", "i", "m", "evyggqfxcywf", "z", "c", "k", "ae", "i", "kkxyh", "i", "g"], ["g", "i", "m", "evyggqfxcywf", "z", "c", "k", "a", "e", "i", "kkxyh", "i", "g"], ["g", "i", "m", "evyggqfxcyw", "f", "z", "c", "k", "a", "e", "i", "kkxyh", "i", "g"], ["g", "i", "m", "ev", "yggqfxcyw", "f", "z", "c", "k", "a", "e", "i", "kkxyh", "i", "g"], ["g", "i", "m", "e", "v", "yggqfxcyw", "f", "z", "c", "k", "a", "e", "i", "kkxyh", "i", "g"], ["g", "i", "m", "e", "v", "yggqfxcyw", "f", "z", "c", "k", "a", "e", "i", "k", "kxyh", "i", "g"], ["g", "i", "m", "e", "v", "yggqfxcyw", "f", "z", "c", "k", "a", "e", "i", "k", "kx", "yh", "i", "g"], ["g", "i", "m", "e", "v", "yggqfx", "cyw", "f", "z", "c", "k", "a", "e", "i", "k", "kx", "yh", "i", "g"], ["g", "i", "m", "e", "v", "y", "ggqfx", "cyw", "f", "z", "c", "k", "a", "e", "i", "k", "kx", "yh", "i", "g"], ["g", "i", "m", "e", "v", "y", "ggqfx", "cyw", "f", "z", "c", "k", "a", "e", "i", "k", "kx", "y", "h", "i", "g"], ["g", "i", "m", "e", "v", "y", "ggqfx", "cy", "w", "f", "z", "c", "k", "a", "e", "i", "k", "kx", "y", "h", "i", "g"], ["g", "i", "m", "e", "v", "y", "gg", "qfx", "cy", "w", "f", "z", "c", "k", "a", "e", "i", "k", "kx", "y", "h", "i", "g"], ["g", "i", "m", "e", "v", "y", "gg", "qfx", "cy", "w", "f", "z", "c", "k", "a", "e", "i", "k", "k", "x", "y", "h", "i", "g"]]}, "config": {"length": 28, "num_posisions": 24, "positions": [[0, 3], [1, 15], [1, 13], [1, 12], [0, 2], [4, 1], [6, 3], [6, 2], [8, 5], [9, 1], [0, 1], [7, 1], [3, 11], [3, 2], [3, 1], [13, 1], [14, 2], [5, 6], [5, 1], [17, 1], [7, 2], [6, 2], [18, 1], [6, 1]], "strings": "gimevyggqfxcywfzckaeikkxyhig"}, "task_name": "task09", "example_name": "0225", "problem_name": "task09_0225"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npchccrtemspqgtemldzmxipvs\nIndices:\n(0, 12), (0, 4), (0, 2), (3, 8), (2, 7), (5, 3), (0, 1), (6, 1), (7, 1), (9, 1), (3, 4), (6, 3), (2, 1), (5, 1), (9, 4), (4, 3), (10, 3), (4, 1), (11, 2), (5, 1), (12, 1), (11, 2), (11, 1), (9, 1)", "label": {"final": ["p", "c", "h", "c", "c", "r", "t", "e", "m", "s", "p", "q", "g", "t", "e", "m", "l", "d", "z", "m", "x", "i", "p", "v", "s"], "init": ["pchccrtemspqgtemldzmxipvs"], "intermediate": [["pchccrtemspq", "gtemldzmxipvs"], ["pchc", "crtemspq", "gtemldzmxipvs"], ["pc", "hc", "crtemspq", "gtemldzmxipvs"], ["pc", "hc", "crtemspq", "gtemldzm", "xipvs"], ["pc", "hc", "crtemsp", "q", "gtemldzm", "xipvs"], ["pc", "hc", "crtemsp", "q", "gtemldzm", "xip", "vs"], ["p", "c", "hc", "crtemsp", "q", "gtemldzm", "xip", "vs"], ["p", "c", "hc", "crtemsp", "q", "gtemldzm", "x", "ip", "vs"], ["p", "c", "hc", "crtemsp", "q", "gtemldzm", "x", "i", "p", "vs"], ["p", "c", "hc", "crtemsp", "q", "gtemldzm", "x", "i", "p", "v", "s"], ["p", "c", "hc", "crte", "msp", "q", "gtemldzm", "x", "i", "p", "v", "s"], ["p", "c", "hc", "crte", "msp", "q", "gte", "mldzm", "x", "i", "p", "v", "s"], ["p", "c", "h", "c", "crte", "msp", "q", "gte", "mldzm", "x", "i", "p", "v", "s"], ["p", "c", "h", "c", "crte", "m", "sp", "q", "gte", "mldzm", "x", "i", "p", "v", "s"], ["p", "c", "h", "c", "crte", "m", "sp", "q", "gte", "mldz", "m", "x", "i", "p", "v", "s"], ["p", "c", "h", "c", "crt", "e", "m", "sp", "q", "gte", "mldz", "m", "x", "i", "p", "v", "s"], ["p", "c", "h", "c", "crt", "e", "m", "sp", "q", "gte", "mld", "z", "m", "x", "i", "p", "v", "s"], ["p", "c", "h", "c", "c", "rt", "e", "m", "sp", "q", "gte", "mld", "z", "m", "x", "i", "p", "v", "s"], ["p", "c", "h", "c", "c", "rt", "e", "m", "sp", "q", "gte", "ml", "d", "z", "m", "x", "i", "p", "v", "s"], ["p", "c", "h", "c", "c", "r", "t", "e", "m", "sp", "q", "gte", "ml", "d", "z", "m", "x", "i", "p", "v", "s"], ["p", "c", "h", "c", "c", "r", "t", "e", "m", "sp", "q", "gte", "m", "l", "d", "z", "m", "x", "i", "p", "v", "s"], ["p", "c", "h", "c", "c", "r", "t", "e", "m", "sp", "q", "gt", "e", "m", "l", "d", "z", "m", "x", "i", "p", "v", "s"], ["p", "c", "h", "c", "c", "r", "t", "e", "m", "sp", "q", "g", "t", "e", "m", "l", "d", "z", "m", "x", "i", "p", "v", "s"]]}, "config": {"length": 25, "num_posisions": 24, "positions": [[0, 12], [0, 4], [0, 2], [3, 8], [2, 7], [5, 3], [0, 1], [6, 1], [7, 1], [9, 1], [3, 4], [6, 3], [2, 1], [5, 1], [9, 4], [4, 3], [10, 3], [4, 1], [11, 2], [5, 1], [12, 1], [11, 2], [11, 1], [9, 1]], "strings": "pchccrtemspqgtemldzmxipvs"}, "task_name": "task09", "example_name": "0226", "problem_name": "task09_0226"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbmvfdymdogwejvulfczknpjbtu\nIndices:\n(0, 12), (0, 3), (2, 10), (1, 5), (4, 3), (4, 2), (0, 1), (2, 1), (4, 2), (7, 1), (3, 1), (6, 1), (1, 1), (6, 1), (5, 1), (11, 4), (12, 2), (11, 1), (13, 1), (15, 2), (16, 1), (12, 1), (16, 1), (6, 1)", "label": {"final": ["b", "m", "v", "f", "d", "y", "m", "d", "o", "g", "w", "e", "j", "v", "ul", "f", "c", "z", "k", "n", "p", "j", "b", "t", "u"], "init": ["bmvfdymdogwejvulfczknpjbtu"], "intermediate": [["bmvfdymdogwe", "jvulfczknpjbtu"], ["bmv", "fdymdogwe", "jvulfczknpjbtu"], ["bmv", "fdymdogwe", "jvulfczknp", "jbtu"], ["bmv", "fdymd", "ogwe", "jvulfczknp", "jbtu"], ["bmv", "fdymd", "ogwe", "jvulfczknp", "jbt", "u"], ["bmv", "fdymd", "ogwe", "jvulfczknp", "jb", "t", "u"], ["b", "mv", "fdymd", "ogwe", "jvulfczknp", "jb", "t", "u"], ["b", "mv", "f", "dymd", "ogwe", "jvulfczknp", "jb", "t", "u"], ["b", "mv", "f", "dymd", "og", "we", "jvulfczknp", "jb", "t", "u"], ["b", "mv", "f", "dymd", "og", "we", "jvulfczknp", "j", "b", "t", "u"], ["b", "mv", "f", "d", "ymd", "og", "we", "jvulfczknp", "j", "b", "t", "u"], ["b", "mv", "f", "d", "ymd", "og", "w", "e", "jvulfczknp", "j", "b", "t", "u"], ["b", "m", "v", "f", "d", "ymd", "og", "w", "e", "jvulfczknp", "j", "b", "t", "u"], ["b", "m", "v", "f", "d", "ymd", "o", "g", "w", "e", "jvulfczknp", "j", "b", "t", "u"], ["b", "m", "v", "f", "d", "y", "md", "o", "g", "w", "e", "jvulfczknp", "j", "b", "t", "u"], ["b", "m", "v", "f", "d", "y", "md", "o", "g", "w", "e", "jvul", "fczknp", "j", "b", "t", "u"], ["b", "m", "v", "f", "d", "y", "md", "o", "g", "w", "e", "jvul", "fc", "zknp", "j", "b", "t", "u"], ["b", "m", "v", "f", "d", "y", "md", "o", "g", "w", "e", "j", "vul", "fc", "zknp", "j", "b", "t", "u"], ["b", "m", "v", "f", "d", "y", "md", "o", "g", "w", "e", "j", "vul", "f", "c", "zknp", "j", "b", "t", "u"], ["b", "m", "v", "f", "d", "y", "md", "o", "g", "w", "e", "j", "vul", "f", "c", "zk", "np", "j", "b", "t", "u"], ["b", "m", "v", "f", "d", "y", "md", "o", "g", "w", "e", "j", "vul", "f", "c", "zk", "n", "p", "j", "b", "t", "u"], ["b", "m", "v", "f", "d", "y", "md", "o", "g", "w", "e", "j", "v", "ul", "f", "c", "zk", "n", "p", "j", "b", "t", "u"], ["b", "m", "v", "f", "d", "y", "md", "o", "g", "w", "e", "j", "v", "ul", "f", "c", "z", "k", "n", "p", "j", "b", "t", "u"]]}, "config": {"length": 26, "num_posisions": 24, "positions": [[0, 12], [0, 3], [2, 10], [1, 5], [4, 3], [4, 2], [0, 1], [2, 1], [4, 2], [7, 1], [3, 1], [6, 1], [1, 1], [6, 1], [5, 1], [11, 4], [12, 2], [11, 1], [13, 1], [15, 2], [16, 1], [12, 1], [16, 1], [6, 1]], "strings": "bmvfdymdogwejvulfczknpjbtu"}, "task_name": "task09", "example_name": "0227", "problem_name": "task09_0227"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkpsnukcjmtfotnlojzytkelprl\nIndices:\n(0, 12), (1, 4), (1, 1), (3, 9), (0, 5), (0, 2), (4, 1), (0, 1), (2, 1), (4, 4), (5, 1), (9, 1), (11, 5), (4, 1), (7, 1), (3, 1), (14, 4), (6, 1), (15, 2), (7, 1), (16, 1), (20, 2), (18, 1), (21, 1)", "label": {"final": ["k", "p", "s", "n", "u", "k", "c", "j", "m", "t", "f", "o", "t", "n", "l", "o", "j", "z", "y", "t", "k", "e", "l", "pr", "l"], "init": ["kpsnukcjmtfotnlojzytkelprl"], "intermediate": [["kpsnukcjmtfo", "tnlojzytkelprl"], ["kpsnukcjmtfo", "tnlo", "jzytkelprl"], ["kpsnukcjmtfo", "t", "nlo", "jzytkelprl"], ["kpsnukcjmtfo", "t", "nlo", "jzytkelpr", "l"], ["kpsnu", "kcjmtfo", "t", "nlo", "jzytkelpr", "l"], ["kp", "snu", "kcjmtfo", "t", "nlo", "jzytkelpr", "l"], ["kp", "snu", "kcjmtfo", "t", "n", "lo", "jzytkelpr", "l"], ["k", "p", "snu", "kcjmtfo", "t", "n", "lo", "jzytkelpr", "l"], ["k", "p", "s", "nu", "kcjmtfo", "t", "n", "lo", "jzytkelpr", "l"], ["k", "p", "s", "nu", "kcjm", "tfo", "t", "n", "lo", "jzytkelpr", "l"], ["k", "p", "s", "nu", "kcjm", "t", "fo", "t", "n", "lo", "jzytkelpr", "l"], ["k", "p", "s", "nu", "kcjm", "t", "fo", "t", "n", "l", "o", "jzytkelpr", "l"], ["k", "p", "s", "nu", "kcjm", "t", "fo", "t", "n", "l", "o", "jzytk", "elpr", "l"], ["k", "p", "s", "nu", "k", "cjm", "t", "fo", "t", "n", "l", "o", "jzytk", "elpr", "l"], ["k", "p", "s", "nu", "k", "cjm", "t", "f", "o", "t", "n", "l", "o", "jzytk", "elpr", "l"], ["k", "p", "s", "n", "u", "k", "cjm", "t", "f", "o", "t", "n", "l", "o", "jzytk", "elpr", "l"], ["k", "p", "s", "n", "u", "k", "cjm", "t", "f", "o", "t", "n", "l", "o", "jzyt", "k", "elpr", "l"], ["k", "p", "s", "n", "u", "k", "c", "jm", "t", "f", "o", "t", "n", "l", "o", "jzyt", "k", "elpr", "l"], ["k", "p", "s", "n", "u", "k", "c", "jm", "t", "f", "o", "t", "n", "l", "o", "jz", "yt", "k", "elpr", "l"], ["k", "p", "s", "n", "u", "k", "c", "j", "m", "t", "f", "o", "t", "n", "l", "o", "jz", "yt", "k", "elpr", "l"], ["k", "p", "s", "n", "u", "k", "c", "j", "m", "t", "f", "o", "t", "n", "l", "o", "j", "z", "yt", "k", "elpr", "l"], ["k", "p", "s", "n", "u", "k", "c", "j", "m", "t", "f", "o", "t", "n", "l", "o", "j", "z", "yt", "k", "el", "pr", "l"], ["k", "p", "s", "n", "u", "k", "c", "j", "m", "t", "f", "o", "t", "n", "l", "o", "j", "z", "y", "t", "k", "el", "pr", "l"]]}, "config": {"length": 26, "num_posisions": 24, "positions": [[0, 12], [1, 4], [1, 1], [3, 9], [0, 5], [0, 2], [4, 1], [0, 1], [2, 1], [4, 4], [5, 1], [9, 1], [11, 5], [4, 1], [7, 1], [3, 1], [14, 4], [6, 1], [15, 2], [7, 1], [16, 1], [20, 2], [18, 1], [21, 1]], "strings": "kpsnukcjmtfotnlojzytkelprl"}, "task_name": "task09", "example_name": "0228", "problem_name": "task09_0228"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlomgzgwmsqagnahnnkgliqkcap\nIndices:\n(0, 12), (1, 6), (0, 5), (0, 2), (2, 6), (4, 1), (6, 7), (2, 4), (0, 1), (3, 3), (5, 1), (2, 2), (10, 4), (12, 3), (2, 1), (13, 2), (5, 1), (12, 2), (13, 1), (6, 1), (17, 1), (20, 2), (20, 1), (22, 1)", "label": {"final": ["l", "o", "m", "g", "z", "g", "w", "m", "s", "q", "a", "g", "n", "ah", "n", "n", "k", "g", "l", "i", "q", "k", "c", "a", "p"], "init": ["lomgzgwmsqagnahnnkgliqkcap"], "intermediate": [["lomgzgwmsqag", "nahnnkgliqkcap"], ["lomgzgwmsqag", "nahnnk", "gliqkcap"], ["lomgz", "gwmsqag", "nahnnk", "gliqkcap"], ["lo", "mgz", "gwmsqag", "nahnnk", "gliqkcap"], ["lo", "mgz", "gwmsqa", "g", "nahnnk", "gliqkcap"], ["lo", "mgz", "gwmsqa", "g", "n", "ahnnk", "gliqkcap"], ["lo", "mgz", "gwmsqa", "g", "n", "ahnnk", "gliqkca", "p"], ["lo", "mgz", "gwms", "qa", "g", "n", "ahnnk", "gliqkca", "p"], ["l", "o", "mgz", "gwms", "qa", "g", "n", "ahnnk", "gliqkca", "p"], ["l", "o", "mgz", "gwm", "s", "qa", "g", "n", "ahnnk", "gliqkca", "p"], ["l", "o", "mgz", "gwm", "s", "q", "a", "g", "n", "ahnnk", "gliqkca", "p"], ["l", "o", "mg", "z", "gwm", "s", "q", "a", "g", "n", "ahnnk", "gliqkca", "p"], ["l", "o", "mg", "z", "gwm", "s", "q", "a", "g", "n", "ahnn", "k", "gliqkca", "p"], ["l", "o", "mg", "z", "gwm", "s", "q", "a", "g", "n", "ahnn", "k", "gli", "qkca", "p"], ["l", "o", "m", "g", "z", "gwm", "s", "q", "a", "g", "n", "ahnn", "k", "gli", "qkca", "p"], ["l", "o", "m", "g", "z", "gwm", "s", "q", "a", "g", "n", "ahnn", "k", "gl", "i", "qkca", "p"], ["l", "o", "m", "g", "z", "g", "wm", "s", "q", "a", "g", "n", "ahnn", "k", "gl", "i", "qkca", "p"], ["l", "o", "m", "g", "z", "g", "wm", "s", "q", "a", "g", "n", "ah", "nn", "k", "gl", "i", "qkca", "p"], ["l", "o", "m", "g", "z", "g", "wm", "s", "q", "a", "g", "n", "ah", "n", "n", "k", "gl", "i", "qkca", "p"], ["l", "o", "m", "g", "z", "g", "w", "m", "s", "q", "a", "g", "n", "ah", "n", "n", "k", "gl", "i", "qkca", "p"], ["l", "o", "m", "g", "z", "g", "w", "m", "s", "q", "a", "g", "n", "ah", "n", "n", "k", "g", "l", "i", "qkca", "p"], ["l", "o", "m", "g", "z", "g", "w", "m", "s", "q", "a", "g", "n", "ah", "n", "n", "k", "g", "l", "i", "qk", "ca", "p"], ["l", "o", "m", "g", "z", "g", "w", "m", "s", "q", "a", "g", "n", "ah", "n", "n", "k", "g", "l", "i", "q", "k", "ca", "p"]]}, "config": {"length": 26, "num_posisions": 24, "positions": [[0, 12], [1, 6], [0, 5], [0, 2], [2, 6], [4, 1], [6, 7], [2, 4], [0, 1], [3, 3], [5, 1], [2, 2], [10, 4], [12, 3], [2, 1], [13, 2], [5, 1], [12, 2], [13, 1], [6, 1], [17, 1], [20, 2], [20, 1], [22, 1]], "strings": "lomgzgwmsqagnahnnkgliqkcap"}, "task_name": "task09", "example_name": "0229", "problem_name": "task09_0229"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nciqypiyxexmxxdogywgyvnghmtafm\nIndices:\n(0, 26), (0, 1), (1, 10), (2, 1), (4, 2), (1, 2), (4, 10), (5, 2), (5, 1), (4, 4), (1, 1), (5, 2), (6, 1), (12, 1), (3, 1), (6, 1), (4, 3), (14, 1), (5, 3), (12, 5), (5, 2), (5, 1), (4, 1), (15, 3), (15, 2)", "label": {"final": ["c", "i", "q", "y", "p", "iy", "x", "e", "x", "m", "x", "x", "d", "o", "g", "yw", "g", "yv", "n", "g", "h", "m", "t", "a", "f", "m"], "init": ["ciqypiyxexmxxdogywgyvnghmtafm"], "intermediate": [["ciqypiyxexmxxdogywgyvnghmt", "afm"], ["c", "iqypiyxexmxxdogywgyvnghmt", "afm"], ["c", "iqypiyxexm", "xxdogywgyvnghmt", "afm"], ["c", "iqypiyxexm", "x", "xdogywgyvnghmt", "afm"], ["c", "iqypiyxexm", "x", "xdogywgyvnghmt", "af", "m"], ["c", "iq", "ypiyxexm", "x", "xdogywgyvnghmt", "af", "m"], ["c", "iq", "ypiyxexm", "x", "xdogywgyvn", "ghmt", "af", "m"], ["c", "iq", "ypiyxexm", "x", "xdogywgyvn", "gh", "mt", "af", "m"], ["c", "iq", "ypiyxexm", "x", "xdogywgyvn", "g", "h", "mt", "af", "m"], ["c", "iq", "ypiyxexm", "x", "xdog", "ywgyvn", "g", "h", "mt", "af", "m"], ["c", "i", "q", "ypiyxexm", "x", "xdog", "ywgyvn", "g", "h", "mt", "af", "m"], ["c", "i", "q", "ypiyxexm", "x", "xd", "og", "ywgyvn", "g", "h", "mt", "af", "m"], ["c", "i", "q", "ypiyxexm", "x", "xd", "o", "g", "ywgyvn", "g", "h", "mt", "af", "m"], ["c", "i", "q", "ypiyxexm", "x", "xd", "o", "g", "ywgyvn", "g", "h", "mt", "a", "f", "m"], ["c", "i", "q", "y", "piyxexm", "x", "xd", "o", "g", "ywgyvn", "g", "h", "mt", "a", "f", "m"], ["c", "i", "q", "y", "piyxexm", "x", "x", "d", "o", "g", "ywgyvn", "g", "h", "mt", "a", "f", "m"], ["c", "i", "q", "y", "piy", "xexm", "x", "x", "d", "o", "g", "ywgyvn", "g", "h", "mt", "a", "f", "m"], ["c", "i", "q", "y", "piy", "xexm", "x", "x", "d", "o", "g", "ywgyvn", "g", "h", "m", "t", "a", "f", "m"], ["c", "i", "q", "y", "piy", "xex", "m", "x", "x", "d", "o", "g", "ywgyvn", "g", "h", "m", "t", "a", "f", "m"], ["c", "i", "q", "y", "piy", "xex", "m", "x", "x", "d", "o", "g", "ywgyv", "n", "g", "h", "m", "t", "a", "f", "m"], ["c", "i", "q", "y", "piy", "xe", "x", "m", "x", "x", "d", "o", "g", "ywgyv", "n", "g", "h", "m", "t", "a", "f", "m"], ["c", "i", "q", "y", "piy", "x", "e", "x", "m", "x", "x", "d", "o", "g", "ywgyv", "n", "g", "h", "m", "t", "a", "f", "m"], ["c", "i", "q", "y", "p", "iy", "x", "e", "x", "m", "x", "x", "d", "o", "g", "ywgyv", "n", "g", "h", "m", "t", "a", "f", "m"], ["c", "i", "q", "y", "p", "iy", "x", "e", "x", "m", "x", "x", "d", "o", "g", "ywg", "yv", "n", "g", "h", "m", "t", "a", "f", "m"]]}, "config": {"length": 29, "num_posisions": 25, "positions": [[0, 26], [0, 1], [1, 10], [2, 1], [4, 2], [1, 2], [4, 10], [5, 2], [5, 1], [4, 4], [1, 1], [5, 2], [6, 1], [12, 1], [3, 1], [6, 1], [4, 3], [14, 1], [5, 3], [12, 5], [5, 2], [5, 1], [4, 1], [15, 3], [15, 2]], "strings": "ciqypiyxexmxxdogywgyvnghmtafm"}, "task_name": "task09", "example_name": "0230", "problem_name": "task09_0230"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\naohrmvayxmiknukxuwnthzxrfpkjzy\nIndices:\n(0, 7), (1, 3), (2, 17), (2, 1), (1, 2), (0, 5), (1, 1), (3, 1), (8, 1), (9, 1), (7, 10), (8, 3), (0, 4), (8, 5), (10, 2), (0, 1), (9, 4), (11, 2), (13, 1), (1, 1), (10, 2), (14, 2), (14, 1), (2, 1), (12, 1)", "label": {"final": ["a", "o", "h", "r", "m", "v", "a", "y", "x", "m", "i", "kn", "u", "k", "x", "uw", "n", "t", "h", "z", "x", "r", "fpk", "j", "z", "y"], "init": ["aohrmvayxmiknukxuwnthzxrfpkjzy"], "intermediate": [["aohrmva", "yxmiknukxuwnthzxrfpkjzy"], ["aohrmva", "yxm", "iknukxuwnthzxrfpkjzy"], ["aohrmva", "yxm", "iknukxuwnthzxrfpk", "jzy"], ["aohrmva", "yxm", "i", "knukxuwnthzxrfpk", "jzy"], ["aohrmva", "yx", "m", "i", "knukxuwnthzxrfpk", "jzy"], ["aohrm", "va", "yx", "m", "i", "knukxuwnthzxrfpk", "jzy"], ["aohrm", "v", "a", "yx", "m", "i", "knukxuwnthzxrfpk", "jzy"], ["aohrm", "v", "a", "y", "x", "m", "i", "knukxuwnthzxrfpk", "jzy"], ["aohrm", "v", "a", "y", "x", "m", "i", "knukxuwnthzxrfpk", "j", "zy"], ["aohrm", "v", "a", "y", "x", "m", "i", "knukxuwnthzxrfpk", "j", "z", "y"], ["aohrm", "v", "a", "y", "x", "m", "i", "knukxuwnth", "zxrfpk", "j", "z", "y"], ["aohrm", "v", "a", "y", "x", "m", "i", "knukxuwnth", "zxr", "fpk", "j", "z", "y"], ["aohr", "m", "v", "a", "y", "x", "m", "i", "knukxuwnth", "zxr", "fpk", "j", "z", "y"], ["aohr", "m", "v", "a", "y", "x", "m", "i", "knukx", "uwnth", "zxr", "fpk", "j", "z", "y"], ["aohr", "m", "v", "a", "y", "x", "m", "i", "knukx", "uwnth", "zx", "r", "fpk", "j", "z", "y"], ["a", "ohr", "m", "v", "a", "y", "x", "m", "i", "knukx", "uwnth", "zx", "r", "fpk", "j", "z", "y"], ["a", "ohr", "m", "v", "a", "y", "x", "m", "i", "knuk", "x", "uwnth", "zx", "r", "fpk", "j", "z", "y"], ["a", "ohr", "m", "v", "a", "y", "x", "m", "i", "knuk", "x", "uw", "nth", "zx", "r", "fpk", "j", "z", "y"], ["a", "ohr", "m", "v", "a", "y", "x", "m", "i", "knuk", "x", "uw", "nth", "z", "x", "r", "fpk", "j", "z", "y"], ["a", "o", "hr", "m", "v", "a", "y", "x", "m", "i", "knuk", "x", "uw", "nth", "z", "x", "r", "fpk", "j", "z", "y"], ["a", "o", "hr", "m", "v", "a", "y", "x", "m", "i", "kn", "uk", "x", "uw", "nth", "z", "x", "r", "fpk", "j", "z", "y"], ["a", "o", "hr", "m", "v", "a", "y", "x", "m", "i", "kn", "uk", "x", "uw", "nt", "h", "z", "x", "r", "fpk", "j", "z", "y"], ["a", "o", "hr", "m", "v", "a", "y", "x", "m", "i", "kn", "uk", "x", "uw", "n", "t", "h", "z", "x", "r", "fpk", "j", "z", "y"], ["a", "o", "h", "r", "m", "v", "a", "y", "x", "m", "i", "kn", "uk", "x", "uw", "n", "t", "h", "z", "x", "r", "fpk", "j", "z", "y"]]}, "config": {"length": 30, "num_posisions": 25, "positions": [[0, 7], [1, 3], [2, 17], [2, 1], [1, 2], [0, 5], [1, 1], [3, 1], [8, 1], [9, 1], [7, 10], [8, 3], [0, 4], [8, 5], [10, 2], [0, 1], [9, 4], [11, 2], [13, 1], [1, 1], [10, 2], [14, 2], [14, 1], [2, 1], [12, 1]], "strings": "aohrmvayxmiknukxuwnthzxrfpkjzy"}, "task_name": "task09", "example_name": "0231", "problem_name": "task09_0231"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nevkcmvpkupzdswncsyzvibpabbus\nIndices:\n(0, 5), (0, 4), (0, 1), (3, 9), (1, 1), (2, 1), (6, 4), (6, 2), (5, 4), (9, 1), (7, 1), (6, 2), (5, 3), (5, 1), (9, 1), (6, 1), (16, 2), (14, 1), (9, 1), (18, 1), (12, 1), (21, 6), (21, 4), (21, 3), (23, 1)", "label": {"final": ["e", "v", "k", "c", "m", "v", "p", "k", "u", "p", "z", "d", "s", "w", "n", "c", "s", "y", "z", "v", "i", "bpa", "b", "b", "u", "s"], "init": ["evkcmvpkupzdswncsyzvibpabbus"], "intermediate": [["evkcm", "vpkupzdswncsyzvibpabbus"], ["evkc", "m", "vpkupzdswncsyzvibpabbus"], ["e", "vkc", "m", "vpkupzdswncsyzvibpabbus"], ["e", "vkc", "m", "vpkupzdsw", "ncsyzvibpabbus"], ["e", "v", "kc", "m", "vpkupzdsw", "ncsyzvibpabbus"], ["e", "v", "k", "c", "m", "vpkupzdsw", "ncsyzvibpabbus"], ["e", "v", "k", "c", "m", "vpkupzdsw", "ncsy", "zvibpabbus"], ["e", "v", "k", "c", "m", "vpkupzdsw", "nc", "sy", "zvibpabbus"], ["e", "v", "k", "c", "m", "vpku", "pzdsw", "nc", "sy", "zvibpabbus"], ["e", "v", "k", "c", "m", "vpku", "pzdsw", "nc", "sy", "z", "vibpabbus"], ["e", "v", "k", "c", "m", "vpku", "pzdsw", "n", "c", "sy", "z", "vibpabbus"], ["e", "v", "k", "c", "m", "vpku", "pz", "dsw", "n", "c", "sy", "z", "vibpabbus"], ["e", "v", "k", "c", "m", "vpk", "u", "pz", "dsw", "n", "c", "sy", "z", "vibpabbus"], ["e", "v", "k", "c", "m", "v", "pk", "u", "pz", "dsw", "n", "c", "sy", "z", "vibpabbus"], ["e", "v", "k", "c", "m", "v", "pk", "u", "pz", "d", "sw", "n", "c", "sy", "z", "vibpabbus"], ["e", "v", "k", "c", "m", "v", "p", "k", "u", "pz", "d", "sw", "n", "c", "sy", "z", "vibpabbus"], ["e", "v", "k", "c", "m", "v", "p", "k", "u", "pz", "d", "sw", "n", "c", "sy", "z", "vi", "bpabbus"], ["e", "v", "k", "c", "m", "v", "p", "k", "u", "pz", "d", "sw", "n", "c", "s", "y", "z", "vi", "bpabbus"], ["e", "v", "k", "c", "m", "v", "p", "k", "u", "p", "z", "d", "sw", "n", "c", "s", "y", "z", "vi", "bpabbus"], ["e", "v", "k", "c", "m", "v", "p", "k", "u", "p", "z", "d", "sw", "n", "c", "s", "y", "z", "v", "i", "bpabbus"], ["e", "v", "k", "c", "m", "v", "p", "k", "u", "p", "z", "d", "s", "w", "n", "c", "s", "y", "z", "v", "i", "bpabbus"], ["e", "v", "k", "c", "m", "v", "p", "k", "u", "p", "z", "d", "s", "w", "n", "c", "s", "y", "z", "v", "i", "bpabbu", "s"], ["e", "v", "k", "c", "m", "v", "p", "k", "u", "p", "z", "d", "s", "w", "n", "c", "s", "y", "z", "v", "i", "bpab", "bu", "s"], ["e", "v", "k", "c", "m", "v", "p", "k", "u", "p", "z", "d", "s", "w", "n", "c", "s", "y", "z", "v", "i", "bpa", "b", "bu", "s"]]}, "config": {"length": 28, "num_posisions": 25, "positions": [[0, 5], [0, 4], [0, 1], [3, 9], [1, 1], [2, 1], [6, 4], [6, 2], [5, 4], [9, 1], [7, 1], [6, 2], [5, 3], [5, 1], [9, 1], [6, 1], [16, 2], [14, 1], [9, 1], [18, 1], [12, 1], [21, 6], [21, 4], [21, 3], [23, 1]], "strings": "evkcmvpkupzdswncsyzvibpabbus"}, "task_name": "task09", "example_name": "0232", "problem_name": "task09_0232"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\naiozutqraglhicjnrgghlibpmf\nIndices:\n(0, 3), (0, 1), (1, 1), (3, 9), (4, 7), (4, 6), (6, 2), (3, 8), (8, 2), (3, 6), (10, 2), (3, 3), (11, 1), (10, 1), (9, 1), (7, 5), (5, 1), (4, 2), (9, 3), (4, 1), (10, 2), (12, 1), (10, 1), (3, 2), (3, 1)", "label": {"final": ["a", "i", "o", "z", "u", "t", "q", "r", "a", "g", "l", "h", "i", "c", "j", "n", "r", "g", "g", "h", "l", "i", "b", "p", "m", "f"], "init": ["aiozutqraglhicjnrgghlibpmf"], "intermediate": [["aio", "zutqraglhicjnrgghlibpmf"], ["a", "io", "zutqraglhicjnrgghlibpmf"], ["a", "i", "o", "zutqraglhicjnrgghlibpmf"], ["a", "i", "o", "zutqraglh", "icjnrgghlibpmf"], ["a", "i", "o", "zutqraglh", "icjnrgg", "hlibpmf"], ["a", "i", "o", "zutqraglh", "icjnrg", "g", "hlibpmf"], ["a", "i", "o", "zutqraglh", "icjnrg", "g", "hl", "ibpmf"], ["a", "i", "o", "zutqragl", "h", "icjnrg", "g", "hl", "ibpmf"], ["a", "i", "o", "zutqragl", "h", "icjnrg", "g", "hl", "ib", "pmf"], ["a", "i", "o", "zutqra", "gl", "h", "icjnrg", "g", "hl", "ib", "pmf"], ["a", "i", "o", "zutqra", "gl", "h", "icjnrg", "g", "hl", "ib", "pm", "f"], ["a", "i", "o", "zut", "qra", "gl", "h", "icjnrg", "g", "hl", "ib", "pm", "f"], ["a", "i", "o", "zut", "qra", "gl", "h", "icjnrg", "g", "hl", "ib", "p", "m", "f"], ["a", "i", "o", "zut", "qra", "gl", "h", "icjnrg", "g", "hl", "i", "b", "p", "m", "f"], ["a", "i", "o", "zut", "qra", "gl", "h", "icjnrg", "g", "h", "l", "i", "b", "p", "m", "f"], ["a", "i", "o", "zut", "qra", "gl", "h", "icjnr", "g", "g", "h", "l", "i", "b", "p", "m", "f"], ["a", "i", "o", "zut", "qra", "g", "l", "h", "icjnr", "g", "g", "h", "l", "i", "b", "p", "m", "f"], ["a", "i", "o", "zut", "qr", "a", "g", "l", "h", "icjnr", "g", "g", "h", "l", "i", "b", "p", "m", "f"], ["a", "i", "o", "zut", "qr", "a", "g", "l", "h", "icj", "nr", "g", "g", "h", "l", "i", "b", "p", "m", "f"], ["a", "i", "o", "zut", "q", "r", "a", "g", "l", "h", "icj", "nr", "g", "g", "h", "l", "i", "b", "p", "m", "f"], ["a", "i", "o", "zut", "q", "r", "a", "g", "l", "h", "ic", "j", "nr", "g", "g", "h", "l", "i", "b", "p", "m", "f"], ["a", "i", "o", "zut", "q", "r", "a", "g", "l", "h", "ic", "j", "n", "r", "g", "g", "h", "l", "i", "b", "p", "m", "f"], ["a", "i", "o", "zut", "q", "r", "a", "g", "l", "h", "i", "c", "j", "n", "r", "g", "g", "h", "l", "i", "b", "p", "m", "f"], ["a", "i", "o", "zu", "t", "q", "r", "a", "g", "l", "h", "i", "c", "j", "n", "r", "g", "g", "h", "l", "i", "b", "p", "m", "f"]]}, "config": {"length": 26, "num_posisions": 25, "positions": [[0, 3], [0, 1], [1, 1], [3, 9], [4, 7], [4, 6], [6, 2], [3, 8], [8, 2], [3, 6], [10, 2], [3, 3], [11, 1], [10, 1], [9, 1], [7, 5], [5, 1], [4, 2], [9, 3], [4, 1], [10, 2], [12, 1], [10, 1], [3, 2], [3, 1]], "strings": "aiozutqraglhicjnrgghlibpmf"}, "task_name": "task09", "example_name": "0233", "problem_name": "task09_0233"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkkulhkpaswsbfnptuenxexwkjlruk\nIndices:\n(0, 19), (1, 4), (0, 16), (3, 5), (2, 1), (1, 1), (2, 1), (6, 1), (0, 10), (0, 1), (1, 8), (8, 2), (8, 1), (3, 1), (13, 3), (13, 1), (14, 1), (1, 3), (1, 2), (1, 1), (7, 3), (8, 1), (7, 1), (4, 2), (4, 1)", "label": {"final": ["k", "k", "u", "l", "h", "k", "pas", "w", "s", "b", "fn", "p", "t", "u", "e", "n", "x", "e", "x", "w", "k", "j", "l", "r", "u", "k"], "init": ["kkulhkpaswsbfnptuenxexwkjlruk"], "intermediate": [["kkulhkpaswsbfnptuen", "xexwkjlruk"], ["kkulhkpaswsbfnptuen", "xexw", "kjlruk"], ["kkulhkpaswsbfnpt", "uen", "xexw", "kjlruk"], ["kkulhkpaswsbfnpt", "uen", "xexw", "kjlru", "k"], ["kkulhkpaswsbfnpt", "uen", "x", "exw", "kjlru", "k"], ["kkulhkpaswsbfnpt", "u", "en", "x", "exw", "kjlru", "k"], ["kkulhkpaswsbfnpt", "u", "e", "n", "x", "exw", "kjlru", "k"], ["kkulhkpaswsbfnpt", "u", "e", "n", "x", "exw", "k", "jlru", "k"], ["kkulhkpasw", "sbfnpt", "u", "e", "n", "x", "exw", "k", "jlru", "k"], ["k", "kulhkpasw", "sbfnpt", "u", "e", "n", "x", "exw", "k", "jlru", "k"], ["k", "kulhkpas", "w", "sbfnpt", "u", "e", "n", "x", "exw", "k", "jlru", "k"], ["k", "kulhkpas", "w", "sbfnpt", "u", "e", "n", "x", "ex", "w", "k", "jlru", "k"], ["k", "kulhkpas", "w", "sbfnpt", "u", "e", "n", "x", "e", "x", "w", "k", "jlru", "k"], ["k", "kulhkpas", "w", "s", "bfnpt", "u", "e", "n", "x", "e", "x", "w", "k", "jlru", "k"], ["k", "kulhkpas", "w", "s", "bfnpt", "u", "e", "n", "x", "e", "x", "w", "k", "jlr", "u", "k"], ["k", "kulhkpas", "w", "s", "bfnpt", "u", "e", "n", "x", "e", "x", "w", "k", "j", "lr", "u", "k"], ["k", "kulhkpas", "w", "s", "bfnpt", "u", "e", "n", "x", "e", "x", "w", "k", "j", "l", "r", "u", "k"], ["k", "kul", "hkpas", "w", "s", "bfnpt", "u", "e", "n", "x", "e", "x", "w", "k", "j", "l", "r", "u", "k"], ["k", "ku", "l", "hkpas", "w", "s", "bfnpt", "u", "e", "n", "x", "e", "x", "w", "k", "j", "l", "r", "u", "k"], ["k", "k", "u", "l", "hkpas", "w", "s", "bfnpt", "u", "e", "n", "x", "e", "x", "w", "k", "j", "l", "r", "u", "k"], ["k", "k", "u", "l", "hkpas", "w", "s", "bfn", "pt", "u", "e", "n", "x", "e", "x", "w", "k", "j", "l", "r", "u", "k"], ["k", "k", "u", "l", "hkpas", "w", "s", "bfn", "p", "t", "u", "e", "n", "x", "e", "x", "w", "k", "j", "l", "r", "u", "k"], ["k", "k", "u", "l", "hkpas", "w", "s", "b", "fn", "p", "t", "u", "e", "n", "x", "e", "x", "w", "k", "j", "l", "r", "u", "k"], ["k", "k", "u", "l", "hk", "pas", "w", "s", "b", "fn", "p", "t", "u", "e", "n", "x", "e", "x", "w", "k", "j", "l", "r", "u", "k"]]}, "config": {"length": 29, "num_posisions": 25, "positions": [[0, 19], [1, 4], [0, 16], [3, 5], [2, 1], [1, 1], [2, 1], [6, 1], [0, 10], [0, 1], [1, 8], [8, 2], [8, 1], [3, 1], [13, 3], [13, 1], [14, 1], [1, 3], [1, 2], [1, 1], [7, 3], [8, 1], [7, 1], [4, 2], [4, 1]], "strings": "kkulhkpaswsbfnptuenxexwkjlruk"}, "task_name": "task09", "example_name": "0234", "problem_name": "task09_0234"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmkgfhlaykaaqwsbhrhdxjjncusu\nIndices:\n(0, 7), (1, 18), (0, 6), (3, 1), (2, 7), (3, 3), (0, 4), (1, 1), (5, 1), (0, 3), (8, 6), (9, 1), (8, 4), (8, 3), (5, 4), (0, 2), (0, 1), (11, 2), (7, 1), (8, 1), (9, 1), (13, 1), (15, 1), (11, 2), (20, 1)", "label": {"final": ["m", "k", "g", "f", "h", "l", "a", "y", "k", "a", "a", "qw", "s", "b", "h", "r", "h", "d", "x", "j", "j", "n", "c", "u", "s", "u"], "init": ["mkgfhlaykaaqwsbhrhdxjjncusu"], "intermediate": [["mkgfhla", "ykaaqwsbhrhdxjjncusu"], ["mkgfhla", "ykaaqwsbhrhdxjjncu", "su"], ["mkgfhl", "a", "ykaaqwsbhrhdxjjncu", "su"], ["mkgfhl", "a", "ykaaqwsbhrhdxjjncu", "s", "u"], ["mkgfhl", "a", "ykaaqws", "bhrhdxjjncu", "s", "u"], ["mkgfhl", "a", "ykaaqws", "bhr", "hdxjjncu", "s", "u"], ["mkgf", "hl", "a", "ykaaqws", "bhr", "hdxjjncu", "s", "u"], ["mkgf", "h", "l", "a", "ykaaqws", "bhr", "hdxjjncu", "s", "u"], ["mkgf", "h", "l", "a", "ykaaqws", "b", "hr", "hdxjjncu", "s", "u"], ["mkg", "f", "h", "l", "a", "ykaaqws", "b", "hr", "hdxjjncu", "s", "u"], ["mkg", "f", "h", "l", "a", "ykaaqws", "b", "hr", "hdxjjn", "cu", "s", "u"], ["mkg", "f", "h", "l", "a", "ykaaqws", "b", "hr", "hdxjjn", "c", "u", "s", "u"], ["mkg", "f", "h", "l", "a", "ykaaqws", "b", "hr", "hdxj", "jn", "c", "u", "s", "u"], ["mkg", "f", "h", "l", "a", "ykaaqws", "b", "hr", "hdx", "j", "jn", "c", "u", "s", "u"], ["mkg", "f", "h", "l", "a", "ykaa", "qws", "b", "hr", "hdx", "j", "jn", "c", "u", "s", "u"], ["mk", "g", "f", "h", "l", "a", "ykaa", "qws", "b", "hr", "hdx", "j", "jn", "c", "u", "s", "u"], ["m", "k", "g", "f", "h", "l", "a", "ykaa", "qws", "b", "hr", "hdx", "j", "jn", "c", "u", "s", "u"], ["m", "k", "g", "f", "h", "l", "a", "ykaa", "qws", "b", "hr", "hd", "x", "j", "jn", "c", "u", "s", "u"], ["m", "k", "g", "f", "h", "l", "a", "y", "kaa", "qws", "b", "hr", "hd", "x", "j", "jn", "c", "u", "s", "u"], ["m", "k", "g", "f", "h", "l", "a", "y", "k", "aa", "qws", "b", "hr", "hd", "x", "j", "jn", "c", "u", "s", "u"], ["m", "k", "g", "f", "h", "l", "a", "y", "k", "a", "a", "qws", "b", "hr", "hd", "x", "j", "jn", "c", "u", "s", "u"], ["m", "k", "g", "f", "h", "l", "a", "y", "k", "a", "a", "qws", "b", "h", "r", "hd", "x", "j", "jn", "c", "u", "s", "u"], ["m", "k", "g", "f", "h", "l", "a", "y", "k", "a", "a", "qws", "b", "h", "r", "h", "d", "x", "j", "jn", "c", "u", "s", "u"], ["m", "k", "g", "f", "h", "l", "a", "y", "k", "a", "a", "qw", "s", "b", "h", "r", "h", "d", "x", "j", "jn", "c", "u", "s", "u"]]}, "config": {"length": 27, "num_posisions": 25, "positions": [[0, 7], [1, 18], [0, 6], [3, 1], [2, 7], [3, 3], [0, 4], [1, 1], [5, 1], [0, 3], [8, 6], [9, 1], [8, 4], [8, 3], [5, 4], [0, 2], [0, 1], [11, 2], [7, 1], [8, 1], [9, 1], [13, 1], [15, 1], [11, 2], [20, 1]], "strings": "mkgfhlaykaaqwsbhrhdxjjncusu"}, "task_name": "task09", "example_name": "0235", "problem_name": "task09_0235"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntnnuhwpcrkajfjtyfpduqpiethjl\nIndices:\n(0, 4), (0, 3), (2, 14), (3, 8), (3, 1), (5, 1), (0, 1), (3, 10), (1, 1), (7, 5), (8, 1), (7, 1), (8, 1), (9, 2), (9, 1), (5, 1), (4, 2), (4, 1), (6, 5), (6, 3), (7, 1), (6, 2), (6, 1), (11, 1), (12, 1)", "label": {"final": ["t", "n", "n", "u", "h", "w", "p", "c", "r", "k", "a", "j", "f", "j", "t", "yfp", "d", "u", "q", "p", "i", "e", "t", "h", "j", "l"], "init": ["tnnuhwpcrkajfjtyfpduqpiethjl"], "intermediate": [["tnnu", "hwpcrkajfjtyfpduqpiethjl"], ["tnn", "u", "hwpcrkajfjtyfpduqpiethjl"], ["tnn", "u", "hwpcrkajfjtyfp", "duqpiethjl"], ["tnn", "u", "hwpcrkajfjtyfp", "duqpieth", "jl"], ["tnn", "u", "hwpcrkajfjtyfp", "d", "uqpieth", "jl"], ["tnn", "u", "hwpcrkajfjtyfp", "d", "uqpieth", "j", "l"], ["t", "nn", "u", "hwpcrkajfjtyfp", "d", "uqpieth", "j", "l"], ["t", "nn", "u", "hwpcrkajfj", "tyfp", "d", "uqpieth", "j", "l"], ["t", "n", "n", "u", "hwpcrkajfj", "tyfp", "d", "uqpieth", "j", "l"], ["t", "n", "n", "u", "hwpcrkajfj", "tyfp", "d", "uqpie", "th", "j", "l"], ["t", "n", "n", "u", "hwpcrkajfj", "tyfp", "d", "uqpie", "t", "h", "j", "l"], ["t", "n", "n", "u", "hwpcrkajfj", "tyfp", "d", "u", "qpie", "t", "h", "j", "l"], ["t", "n", "n", "u", "hwpcrkajfj", "tyfp", "d", "u", "q", "pie", "t", "h", "j", "l"], ["t", "n", "n", "u", "hwpcrkajfj", "tyfp", "d", "u", "q", "pi", "e", "t", "h", "j", "l"], ["t", "n", "n", "u", "hwpcrkajfj", "tyfp", "d", "u", "q", "p", "i", "e", "t", "h", "j", "l"], ["t", "n", "n", "u", "hwpcrkajfj", "t", "yfp", "d", "u", "q", "p", "i", "e", "t", "h", "j", "l"], ["t", "n", "n", "u", "hw", "pcrkajfj", "t", "yfp", "d", "u", "q", "p", "i", "e", "t", "h", "j", "l"], ["t", "n", "n", "u", "h", "w", "pcrkajfj", "t", "yfp", "d", "u", "q", "p", "i", "e", "t", "h", "j", "l"], ["t", "n", "n", "u", "h", "w", "pcrka", "jfj", "t", "yfp", "d", "u", "q", "p", "i", "e", "t", "h", "j", "l"], ["t", "n", "n", "u", "h", "w", "pcr", "ka", "jfj", "t", "yfp", "d", "u", "q", "p", "i", "e", "t", "h", "j", "l"], ["t", "n", "n", "u", "h", "w", "pcr", "k", "a", "jfj", "t", "yfp", "d", "u", "q", "p", "i", "e", "t", "h", "j", "l"], ["t", "n", "n", "u", "h", "w", "pc", "r", "k", "a", "jfj", "t", "yfp", "d", "u", "q", "p", "i", "e", "t", "h", "j", "l"], ["t", "n", "n", "u", "h", "w", "p", "c", "r", "k", "a", "jfj", "t", "yfp", "d", "u", "q", "p", "i", "e", "t", "h", "j", "l"], ["t", "n", "n", "u", "h", "w", "p", "c", "r", "k", "a", "j", "fj", "t", "yfp", "d", "u", "q", "p", "i", "e", "t", "h", "j", "l"]]}, "config": {"length": 28, "num_posisions": 25, "positions": [[0, 4], [0, 3], [2, 14], [3, 8], [3, 1], [5, 1], [0, 1], [3, 10], [1, 1], [7, 5], [8, 1], [7, 1], [8, 1], [9, 2], [9, 1], [5, 1], [4, 2], [4, 1], [6, 5], [6, 3], [7, 1], [6, 2], [6, 1], [11, 1], [12, 1]], "strings": "tnnuhwpcrkajfjtyfpduqpiethjl"}, "task_name": "task09", "example_name": "0236", "problem_name": "task09_0236"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvewfxjzxcrahstgnczvymkencwod\nIndices:\n(0, 4), (1, 22), (1, 6), (1, 5), (1, 2), (1, 1), (5, 6), (5, 5), (7, 6), (9, 1), (0, 2), (0, 1), (7, 4), (2, 1), (8, 2), (13, 3), (9, 1), (6, 1), (9, 1), (7, 1), (17, 2), (17, 1), (16, 2), (17, 3), (17, 2)", "label": {"final": ["v", "e", "w", "f", "x", "j", "z", "x", "c", "r", "a", "h", "s", "t", "g", "n", "cz", "vy", "m", "k", "e", "n", "c", "w", "o", "d"], "init": ["vewfxjzxcrahstgnczvymkencwod"], "intermediate": [["vewf", "xjzxcrahstgnczvymkencwod"], ["vewf", "xjzxcrahstgnczvymkencw", "od"], ["vewf", "xjzxcr", "ahstgnczvymkencw", "od"], ["vewf", "xjzxc", "r", "ahstgnczvymkencw", "od"], ["vewf", "xj", "zxc", "r", "ahstgnczvymkencw", "od"], ["vewf", "x", "j", "zxc", "r", "ahstgnczvymkencw", "od"], ["vewf", "x", "j", "zxc", "r", "ahstgn", "czvymkencw", "od"], ["vewf", "x", "j", "zxc", "r", "ahstg", "n", "czvymkencw", "od"], ["vewf", "x", "j", "zxc", "r", "ahstg", "n", "czvymk", "encw", "od"], ["vewf", "x", "j", "zxc", "r", "ahstg", "n", "czvymk", "encw", "o", "d"], ["ve", "wf", "x", "j", "zxc", "r", "ahstg", "n", "czvymk", "encw", "o", "d"], ["v", "e", "wf", "x", "j", "zxc", "r", "ahstg", "n", "czvymk", "encw", "o", "d"], ["v", "e", "wf", "x", "j", "zxc", "r", "ahst", "g", "n", "czvymk", "encw", "o", "d"], ["v", "e", "w", "f", "x", "j", "zxc", "r", "ahst", "g", "n", "czvymk", "encw", "o", "d"], ["v", "e", "w", "f", "x", "j", "zxc", "r", "ah", "st", "g", "n", "czvymk", "encw", "o", "d"], ["v", "e", "w", "f", "x", "j", "zxc", "r", "ah", "st", "g", "n", "czvymk", "enc", "w", "o", "d"], ["v", "e", "w", "f", "x", "j", "zxc", "r", "ah", "s", "t", "g", "n", "czvymk", "enc", "w", "o", "d"], ["v", "e", "w", "f", "x", "j", "z", "xc", "r", "ah", "s", "t", "g", "n", "czvymk", "enc", "w", "o", "d"], ["v", "e", "w", "f", "x", "j", "z", "xc", "r", "a", "h", "s", "t", "g", "n", "czvymk", "enc", "w", "o", "d"], ["v", "e", "w", "f", "x", "j", "z", "x", "c", "r", "a", "h", "s", "t", "g", "n", "czvymk", "enc", "w", "o", "d"], ["v", "e", "w", "f", "x", "j", "z", "x", "c", "r", "a", "h", "s", "t", "g", "n", "czvymk", "en", "c", "w", "o", "d"], ["v", "e", "w", "f", "x", "j", "z", "x", "c", "r", "a", "h", "s", "t", "g", "n", "czvymk", "e", "n", "c", "w", "o", "d"], ["v", "e", "w", "f", "x", "j", "z", "x", "c", "r", "a", "h", "s", "t", "g", "n", "cz", "vymk", "e", "n", "c", "w", "o", "d"], ["v", "e", "w", "f", "x", "j", "z", "x", "c", "r", "a", "h", "s", "t", "g", "n", "cz", "vym", "k", "e", "n", "c", "w", "o", "d"]]}, "config": {"length": 28, "num_posisions": 25, "positions": [[0, 4], [1, 22], [1, 6], [1, 5], [1, 2], [1, 1], [5, 6], [5, 5], [7, 6], [9, 1], [0, 2], [0, 1], [7, 4], [2, 1], [8, 2], [13, 3], [9, 1], [6, 1], [9, 1], [7, 1], [17, 2], [17, 1], [16, 2], [17, 3], [17, 2]], "strings": "vewfxjzxcrahstgnczvymkencwod"}, "task_name": "task09", "example_name": "0237", "problem_name": "task09_0237"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nccqisgvzwsvbcmiqiuvlmvjqwuu\nIndices:\n(0, 14), (1, 9), (1, 6), (1, 5), (3, 2), (1, 1), (0, 13), (5, 1), (8, 3), (3, 3), (3, 2), (10, 2), (0, 7), (0, 4), (2, 5), (0, 1), (3, 3), (15, 1), (1, 1), (5, 1), (2, 1), (11, 1), (5, 2), (4, 1), (5, 1)", "label": {"final": ["c", "c", "q", "i", "s", "g", "v", "zw", "s", "v", "b", "c", "m", "i", "q", "i", "u", "v", "l", "m", "v", "j", "q", "w", "u", "u"], "init": ["ccqisgvzwsvbcmiqiuvlmvjqwuu"], "intermediate": [["ccqisgvzwsvbcm", "iqiuvlmvjqwuu"], ["ccqisgvzwsvbcm", "iqiuvlmvj", "qwuu"], ["ccqisgvzwsvbcm", "iqiuvl", "mvj", "qwuu"], ["ccqisgvzwsvbcm", "iqiuv", "l", "mvj", "qwuu"], ["ccqisgvzwsvbcm", "iqiuv", "l", "mv", "j", "qwuu"], ["ccqisgvzwsvbcm", "i", "qiuv", "l", "mv", "j", "qwuu"], ["ccqisgvzwsvbc", "m", "i", "qiuv", "l", "mv", "j", "qwuu"], ["ccqisgvzwsvbc", "m", "i", "qiuv", "l", "m", "v", "j", "qwuu"], ["ccqisgvzwsvbc", "m", "i", "qiuv", "l", "m", "v", "j", "qwu", "u"], ["ccqisgvzwsvbc", "m", "i", "qiu", "v", "l", "m", "v", "j", "qwu", "u"], ["ccqisgvzwsvbc", "m", "i", "qi", "u", "v", "l", "m", "v", "j", "qwu", "u"], ["ccqisgvzwsvbc", "m", "i", "qi", "u", "v", "l", "m", "v", "j", "qw", "u", "u"], ["ccqisgv", "zwsvbc", "m", "i", "qi", "u", "v", "l", "m", "v", "j", "qw", "u", "u"], ["ccqi", "sgv", "zwsvbc", "m", "i", "qi", "u", "v", "l", "m", "v", "j", "qw", "u", "u"], ["ccqi", "sgv", "zwsvb", "c", "m", "i", "qi", "u", "v", "l", "m", "v", "j", "qw", "u", "u"], ["c", "cqi", "sgv", "zwsvb", "c", "m", "i", "qi", "u", "v", "l", "m", "v", "j", "qw", "u", "u"], ["c", "cqi", "sgv", "zws", "vb", "c", "m", "i", "qi", "u", "v", "l", "m", "v", "j", "qw", "u", "u"], ["c", "cqi", "sgv", "zws", "vb", "c", "m", "i", "qi", "u", "v", "l", "m", "v", "j", "q", "w", "u", "u"], ["c", "c", "qi", "sgv", "zws", "vb", "c", "m", "i", "qi", "u", "v", "l", "m", "v", "j", "q", "w", "u", "u"], ["c", "c", "qi", "sgv", "zws", "v", "b", "c", "m", "i", "qi", "u", "v", "l", "m", "v", "j", "q", "w", "u", "u"], ["c", "c", "q", "i", "sgv", "zws", "v", "b", "c", "m", "i", "qi", "u", "v", "l", "m", "v", "j", "q", "w", "u", "u"], ["c", "c", "q", "i", "sgv", "zws", "v", "b", "c", "m", "i", "q", "i", "u", "v", "l", "m", "v", "j", "q", "w", "u", "u"], ["c", "c", "q", "i", "sgv", "zw", "s", "v", "b", "c", "m", "i", "q", "i", "u", "v", "l", "m", "v", "j", "q", "w", "u", "u"], ["c", "c", "q", "i", "s", "gv", "zw", "s", "v", "b", "c", "m", "i", "q", "i", "u", "v", "l", "m", "v", "j", "q", "w", "u", "u"]]}, "config": {"length": 27, "num_posisions": 25, "positions": [[0, 14], [1, 9], [1, 6], [1, 5], [3, 2], [1, 1], [0, 13], [5, 1], [8, 3], [3, 3], [3, 2], [10, 2], [0, 7], [0, 4], [2, 5], [0, 1], [3, 3], [15, 1], [1, 1], [5, 1], [2, 1], [11, 1], [5, 2], [4, 1], [5, 1]], "strings": "ccqisgvzwsvbcmiqiuvlmvjqwuu"}, "task_name": "task09", "example_name": "0238", "problem_name": "task09_0238"}
+{"prompt": "Split a given string at specified positions, which are given by a list of index pairs in the form of (i, j) in 0-based indexing.\nConsider only the characters that appeared in the original text and do not count the delimiters that occurred during the splitting procedure.  \nStarting from the first pair in the list, split the i-th substring at j-th position into two substrings; one consists of the characters from index of 0 to j-1 and the other consists of the remaining characters.\nRepeat the splitting for all the index pairs.\n\nProvide the final list of substrings along with the intermediate lists in the form of a 2D array, where each row includes the list after each splitting.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqtrrjogmfbctkxdmyeoeebucbetp\nIndices:\n(0, 19), (1, 2), (0, 15), (3, 2), (0, 10), (5, 2), (5, 1), (0, 1), (2, 4), (6, 1), (2, 2), (2, 1), (12, 1), (1, 1), (8, 1), (2, 7), (16, 1), (6, 1), (9, 3), (9, 1), (10, 1), (2, 6), (2, 4), (3, 1), (2, 3)", "label": {"final": ["q", "t", "rrj", "o", "g", "m", "f", "b", "c", "t", "k", "x", "d", "m", "y", "e", "o", "e", "e", "b", "u", "c", "b", "e", "t", "p"], "init": ["qtrrjogmfbctkxdmyeoeebucbetp"], "intermediate": [["qtrrjogmfbctkxdmyeo", "eebucbetp"], ["qtrrjogmfbctkxdmyeo", "ee", "bucbetp"], ["qtrrjogmfbctkxd", "myeo", "ee", "bucbetp"], ["qtrrjogmfbctkxd", "myeo", "ee", "bu", "cbetp"], ["qtrrjogmfb", "ctkxd", "myeo", "ee", "bu", "cbetp"], ["qtrrjogmfb", "ctkxd", "myeo", "ee", "bu", "cb", "etp"], ["qtrrjogmfb", "ctkxd", "myeo", "ee", "bu", "c", "b", "etp"], ["q", "trrjogmfb", "ctkxd", "myeo", "ee", "bu", "c", "b", "etp"], ["q", "trrjogmfb", "ctkx", "d", "myeo", "ee", "bu", "c", "b", "etp"], ["q", "trrjogmfb", "ctkx", "d", "myeo", "ee", "b", "u", "c", "b", "etp"], ["q", "trrjogmfb", "ct", "kx", "d", "myeo", "ee", "b", "u", "c", "b", "etp"], ["q", "trrjogmfb", "c", "t", "kx", "d", "myeo", "ee", "b", "u", "c", "b", "etp"], ["q", "trrjogmfb", "c", "t", "kx", "d", "myeo", "ee", "b", "u", "c", "b", "e", "tp"], ["q", "t", "rrjogmfb", "c", "t", "kx", "d", "myeo", "ee", "b", "u", "c", "b", "e", "tp"], ["q", "t", "rrjogmfb", "c", "t", "kx", "d", "myeo", "e", "e", "b", "u", "c", "b", "e", "tp"], ["q", "t", "rrjogmf", "b", "c", "t", "kx", "d", "myeo", "e", "e", "b", "u", "c", "b", "e", "tp"], ["q", "t", "rrjogmf", "b", "c", "t", "kx", "d", "myeo", "e", "e", "b", "u", "c", "b", "e", "t", "p"], ["q", "t", "rrjogmf", "b", "c", "t", "k", "x", "d", "myeo", "e", "e", "b", "u", "c", "b", "e", "t", "p"], ["q", "t", "rrjogmf", "b", "c", "t", "k", "x", "d", "mye", "o", "e", "e", "b", "u", "c", "b", "e", "t", "p"], ["q", "t", "rrjogmf", "b", "c", "t", "k", "x", "d", "m", "ye", "o", "e", "e", "b", "u", "c", "b", "e", "t", "p"], ["q", "t", "rrjogmf", "b", "c", "t", "k", "x", "d", "m", "y", "e", "o", "e", "e", "b", "u", "c", "b", "e", "t", "p"], ["q", "t", "rrjogm", "f", "b", "c", "t", "k", "x", "d", "m", "y", "e", "o", "e", "e", "b", "u", "c", "b", "e", "t", "p"], ["q", "t", "rrjo", "gm", "f", "b", "c", "t", "k", "x", "d", "m", "y", "e", "o", "e", "e", "b", "u", "c", "b", "e", "t", "p"], ["q", "t", "rrjo", "g", "m", "f", "b", "c", "t", "k", "x", "d", "m", "y", "e", "o", "e", "e", "b", "u", "c", "b", "e", "t", "p"]]}, "config": {"length": 28, "num_posisions": 25, "positions": [[0, 19], [1, 2], [0, 15], [3, 2], [0, 10], [5, 2], [5, 1], [0, 1], [2, 4], [6, 1], [2, 2], [2, 1], [12, 1], [1, 1], [8, 1], [2, 7], [16, 1], [6, 1], [9, 3], [9, 1], [10, 1], [2, 6], [2, 4], [3, 1], [2, 3]], "strings": "qtrrjogmfbctkxdmyeoeebucbetp"}, "task_name": "task09", "example_name": "0239", "problem_name": "task09_0239"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\na, g -> u\nh, i -> t\nq, b -> x\nInitial state:\nu, c, o, e, s, a, h, i, q, b, l, f, h, m, y, m, y, e, y, j", "label": {"final": ["u", "c", "o", "e", "s", "a", "t", "x", "l", "f", "h", "m", "y", "m", "y", "e", "y", "j"], "init": ["u", "c", "o", "e", "s", "a", "h", "i", "q", "b", "l", "f", "h", "m", "y", "m", "y", "e", "y", "j"], "intermediate": [["u", "c", "o", "e", "s", "a", "h", "i", "x", "l", "f", "h", "m", "y", "m", "y", "e", "y", "j"]]}, "config": {"initial_state": "ucoesahiqblfhmymyeyj", "length": 20, "num_rules": 3, "num_steps": 2, "rules": ["a, g -> u", "h, i -> t", "q, b -> x"]}, "task_name": "task10", "example_name": "0000", "problem_name": "task10_0000"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ny, g -> q\nk, e -> r\nl, c -> j\nInitial state:\nf, m, b, o, s, y, g, b, l, c, k, f", "label": {"final": ["f", "m", "b", "o", "s", "q", "b", "j", "k", "f"], "init": ["f", "m", "b", "o", "s", "y", "g", "b", "l", "c", "k", "f"], "intermediate": [["f", "m", "b", "o", "s", "y", "g", "b", "j", "k", "f"]]}, "config": {"initial_state": "fmbosygblckf", "length": 12, "num_rules": 3, "num_steps": 2, "rules": ["y, g -> q", "k, e -> r", "l, c -> j"]}, "task_name": "task10", "example_name": "0001", "problem_name": "task10_0001"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nk, c -> r\ne, v -> z\nf, k -> u\nInitial state:\nt, o, u, g, n, x, c, q, e, v, v, q, l, a, m, j, k, c, x, n, o, v, x, o, o, w, j, x, a, u", "label": {"final": ["t", "o", "u", "g", "n", "x", "c", "q", "z", "v", "q", "l", "a", "m", "j", "r", "x", "n", "o", "v", "x", "o", "o", "w", "j", "x", "a", "u"], "init": ["t", "o", "u", "g", "n", "x", "c", "q", "e", "v", "v", "q", "l", "a", "m", "j", "k", "c", "x", "n", "o", "v", "x", "o", "o", "w", "j", "x", "a", "u"], "intermediate": [["t", "o", "u", "g", "n", "x", "c", "q", "e", "v", "v", "q", "l", "a", "m", "j", "r", "x", "n", "o", "v", "x", "o", "o", "w", "j", "x", "a", "u"]]}, "config": {"initial_state": "tougnxcqevvqlamjkcxnovxoowjxau", "length": 30, "num_rules": 3, "num_steps": 2, "rules": ["k, c -> r", "e, v -> z", "f, k -> u"]}, "task_name": "task10", "example_name": "0002", "problem_name": "task10_0002"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nj, w -> j\ni, h -> a\nk, c -> z\nInitial state:\nu, k, c, i, j, i, h, b, i, a, i, g, f, k, f, u, z, q, a, w, h", "label": {"final": ["u", "z", "i", "j", "a", "b", "i", "a", "i", "g", "f", "k", "f", "u", "z", "q", "a", "w", "h"], "init": ["u", "k", "c", "i", "j", "i", "h", "b", "i", "a", "i", "g", "f", "k", "f", "u", "z", "q", "a", "w", "h"], "intermediate": [["u", "k", "c", "i", "j", "a", "b", "i", "a", "i", "g", "f", "k", "f", "u", "z", "q", "a", "w", "h"]]}, "config": {"initial_state": "ukcijihbiaigfkfuzqawh", "length": 21, "num_rules": 3, "num_steps": 2, "rules": ["j, w -> j", "i, h -> a", "k, c -> z"]}, "task_name": "task10", "example_name": "0003", "problem_name": "task10_0003"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nm, u -> d\nz, g -> v\nm, r -> e\nInitial state:\nm, n, g, i, m, u, g, g, z, g, c, y, y, f, n, w, i, i, a, d, p, m, w, l", "label": {"final": ["m", "n", "g", "i", "d", "g", "g", "v", "c", "y", "y", "f", "n", "w", "i", "i", "a", "d", "p", "m", "w", "l"], "init": ["m", "n", "g", "i", "m", "u", "g", "g", "z", "g", "c", "y", "y", "f", "n", "w", "i", "i", "a", "d", "p", "m", "w", "l"], "intermediate": [["m", "n", "g", "i", "m", "u", "g", "g", "v", "c", "y", "y", "f", "n", "w", "i", "i", "a", "d", "p", "m", "w", "l"]]}, "config": {"initial_state": "mngimuggzgcyyfnwiiadpmwl", "length": 24, "num_rules": 3, "num_steps": 2, "rules": ["m, u -> d", "z, g -> v", "m, r -> e"]}, "task_name": "task10", "example_name": "0004", "problem_name": "task10_0004"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ns, o -> h\nj, f -> t\nj, l -> y\nInitial state:\nc, s, o, g, s, g, s, j, l, g, a, x, x, d, a, h, g, d, n, x, v, v, h, t, p, b, q", "label": {"final": ["c", "h", "g", "s", "g", "s", "y", "g", "a", "x", "x", "d", "a", "h", "g", "d", "n", "x", "v", "v", "h", "t", "p", "b", "q"], "init": ["c", "s", "o", "g", "s", "g", "s", "j", "l", "g", "a", "x", "x", "d", "a", "h", "g", "d", "n", "x", "v", "v", "h", "t", "p", "b", "q"], "intermediate": [["c", "s", "o", "g", "s", "g", "s", "y", "g", "a", "x", "x", "d", "a", "h", "g", "d", "n", "x", "v", "v", "h", "t", "p", "b", "q"]]}, "config": {"initial_state": "csogsgsjlgaxxdahgdnxvvhtpbq", "length": 27, "num_rules": 3, "num_steps": 2, "rules": ["s, o -> h", "j, f -> t", "j, l -> y"]}, "task_name": "task10", "example_name": "0005", "problem_name": "task10_0005"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nz, j -> q\nl, g -> v\nq, w -> v\nInitial state:\nj, i, z, j, w", "label": {"final": ["j", "i", "v"], "init": ["j", "i", "z", "j", "w"], "intermediate": [["j", "i", "q", "w"]]}, "config": {"initial_state": "jizjw", "length": 5, "num_rules": 3, "num_steps": 2, "rules": ["z, j -> q", "l, g -> v", "q, w -> v"]}, "task_name": "task10", "example_name": "0006", "problem_name": "task10_0006"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nq, p -> c\nh, a -> h\nd, n -> j\nInitial state:\nh, h, n, a, i, l, c, i, p, k, z, s, d, n, u, n, q, p, d, c, f, m, f, j", "label": {"final": ["h", "h", "n", "a", "i", "l", "c", "i", "p", "k", "z", "s", "j", "u", "n", "c", "d", "c", "f", "m", "f", "j"], "init": ["h", "h", "n", "a", "i", "l", "c", "i", "p", "k", "z", "s", "d", "n", "u", "n", "q", "p", "d", "c", "f", "m", "f", "j"], "intermediate": [["h", "h", "n", "a", "i", "l", "c", "i", "p", "k", "z", "s", "d", "n", "u", "n", "c", "d", "c", "f", "m", "f", "j"]]}, "config": {"initial_state": "hhnailcipkzsdnunqpdcfmfj", "length": 24, "num_rules": 3, "num_steps": 2, "rules": ["q, p -> c", "h, a -> h", "d, n -> j"]}, "task_name": "task10", "example_name": "0007", "problem_name": "task10_0007"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nu, z -> f\nw, e -> r\ne, g -> m\nInitial state:\nw, e, o, k, q, y, n, e, g, h", "label": {"final": ["r", "o", "k", "q", "y", "n", "m", "h"], "init": ["w", "e", "o", "k", "q", "y", "n", "e", "g", "h"], "intermediate": [["w", "e", "o", "k", "q", "y", "n", "m", "h"]]}, "config": {"initial_state": "weokqynegh", "length": 10, "num_rules": 3, "num_steps": 2, "rules": ["u, z -> f", "w, e -> r", "e, g -> m"]}, "task_name": "task10", "example_name": "0008", "problem_name": "task10_0008"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nf, x -> z\ng, t -> n\nw, l -> y\nInitial state:\nt, a, i, q, g, a, q, q, z, r, v, j, j, r, q, m, v, t, m, c, e, b, j, f, h, t, w, l, f, x", "label": {"final": ["t", "a", "i", "q", "g", "a", "q", "q", "z", "r", "v", "j", "j", "r", "q", "m", "v", "t", "m", "c", "e", "b", "j", "f", "h", "t", "y", "z"], "init": ["t", "a", "i", "q", "g", "a", "q", "q", "z", "r", "v", "j", "j", "r", "q", "m", "v", "t", "m", "c", "e", "b", "j", "f", "h", "t", "w", "l", "f", "x"], "intermediate": [["t", "a", "i", "q", "g", "a", "q", "q", "z", "r", "v", "j", "j", "r", "q", "m", "v", "t", "m", "c", "e", "b", "j", "f", "h", "t", "w", "l", "z"]]}, "config": {"initial_state": "taiqgaqqzrvjjrqmvtmcebjfhtwlfx", "length": 30, "num_rules": 3, "num_steps": 2, "rules": ["f, x -> z", "g, t -> n", "w, l -> y"]}, "task_name": "task10", "example_name": "0009", "problem_name": "task10_0009"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nm, k -> o\nx, a -> f\nq, f -> v\nr, g -> t\nInitial state:\ny, i, m, k, u, q, f, s, x, a, z", "label": {"final": ["y", "i", "o", "u", "v", "s", "f", "z"], "init": ["y", "i", "m", "k", "u", "q", "f", "s", "x", "a", "z"], "intermediate": [["y", "i", "m", "k", "u", "q", "f", "s", "f", "z"], ["y", "i", "m", "k", "u", "v", "s", "f", "z"]]}, "config": {"initial_state": "yimkuqfsxaz", "length": 11, "num_rules": 4, "num_steps": 3, "rules": ["m, k -> o", "x, a -> f", "q, f -> v", "r, g -> t"]}, "task_name": "task10", "example_name": "0010", "problem_name": "task10_0010"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nl, n -> x\nm, d -> z\ni, o -> o\nd, b -> u\nInitial state:\nq, i, g, n, k, m, d, b, o, w, f, m, b, i, o, l, n", "label": {"final": ["q", "i", "g", "n", "k", "m", "u", "o", "w", "f", "m", "b", "o", "x"], "init": ["q", "i", "g", "n", "k", "m", "d", "b", "o", "w", "f", "m", "b", "i", "o", "l", "n"], "intermediate": [["q", "i", "g", "n", "k", "m", "d", "b", "o", "w", "f", "m", "b", "i", "o", "x"], ["q", "i", "g", "n", "k", "m", "d", "b", "o", "w", "f", "m", "b", "o", "x"]]}, "config": {"initial_state": "qignkmdbowfmbioln", "length": 17, "num_rules": 4, "num_steps": 3, "rules": ["l, n -> x", "m, d -> z", "i, o -> o", "d, b -> u"]}, "task_name": "task10", "example_name": "0011", "problem_name": "task10_0011"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\no, v -> n\nn, o -> e\nm, x -> o\ne, e -> p\nInitial state:\nm, m, e, n, m, x, d, s, u, x, h, h, l, g, o, w, i, g, b, o, t, k, q, q, v, r, o, e, n", "label": {"final": ["m", "m", "p", "d", "s", "u", "x", "h", "h", "l", "g", "o", "w", "i", "g", "b", "o", "t", "k", "q", "q", "v", "r", "o", "e", "n"], "init": ["m", "m", "e", "n", "m", "x", "d", "s", "u", "x", "h", "h", "l", "g", "o", "w", "i", "g", "b", "o", "t", "k", "q", "q", "v", "r", "o", "e", "n"], "intermediate": [["m", "m", "e", "n", "o", "d", "s", "u", "x", "h", "h", "l", "g", "o", "w", "i", "g", "b", "o", "t", "k", "q", "q", "v", "r", "o", "e", "n"], ["m", "m", "e", "e", "d", "s", "u", "x", "h", "h", "l", "g", "o", "w", "i", "g", "b", "o", "t", "k", "q", "q", "v", "r", "o", "e", "n"]]}, "config": {"initial_state": "mmenmxdsuxhhlgowigbotkqqvroen", "length": 29, "num_rules": 4, "num_steps": 3, "rules": ["o, v -> n", "n, o -> e", "m, x -> o", "e, e -> p"]}, "task_name": "task10", "example_name": "0012", "problem_name": "task10_0012"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nl, f -> s\nz, e -> a\nx, n -> k\nk, n -> i\nInitial state:\nz, e, x, v, y, x, n, n, j, g, m", "label": {"final": ["a", "x", "v", "y", "i", "j", "g", "m"], "init": ["z", "e", "x", "v", "y", "x", "n", "n", "j", "g", "m"], "intermediate": [["z", "e", "x", "v", "y", "k", "n", "j", "g", "m"], ["z", "e", "x", "v", "y", "i", "j", "g", "m"]]}, "config": {"initial_state": "zexvyxnnjgm", "length": 11, "num_rules": 4, "num_steps": 3, "rules": ["l, f -> s", "z, e -> a", "x, n -> k", "k, n -> i"]}, "task_name": "task10", "example_name": "0013", "problem_name": "task10_0013"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nr, f -> f\nz, g -> s\ni, t -> q\no, h -> k\nInitial state:\no, h, o, z, g, d, t, r, i, t", "label": {"final": ["k", "o", "s", "d", "t", "r", "q"], "init": ["o", "h", "o", "z", "g", "d", "t", "r", "i", "t"], "intermediate": [["o", "h", "o", "z", "g", "d", "t", "r", "q"], ["o", "h", "o", "s", "d", "t", "r", "q"]]}, "config": {"initial_state": "ohozgdtrit", "length": 10, "num_rules": 4, "num_steps": 3, "rules": ["r, f -> f", "z, g -> s", "i, t -> q", "o, h -> k"]}, "task_name": "task10", "example_name": "0014", "problem_name": "task10_0014"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nl, d -> n\ne, n -> o\ns, r -> e\np, j -> w\nInitial state:\ne, s, r, l, d, w, d, i", "label": {"final": ["e", "o", "w", "d", "i"], "init": ["e", "s", "r", "l", "d", "w", "d", "i"], "intermediate": [["e", "s", "r", "n", "w", "d", "i"], ["e", "e", "n", "w", "d", "i"]]}, "config": {"initial_state": "esrldwdi", "length": 8, "num_rules": 4, "num_steps": 3, "rules": ["l, d -> n", "e, n -> o", "s, r -> e", "p, j -> w"]}, "task_name": "task10", "example_name": "0015", "problem_name": "task10_0015"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nf, b -> h\nm, y -> f\nt, u -> t\nm, d -> p\nInitial state:\nn, r, l, t, u, f, m, l, d, t, f, b, i, b, u, g, h, m, d, u, j, h, t, a", "label": {"final": ["n", "r", "l", "t", "f", "m", "l", "d", "t", "h", "i", "b", "u", "g", "h", "p", "u", "j", "h", "t", "a"], "init": ["n", "r", "l", "t", "u", "f", "m", "l", "d", "t", "f", "b", "i", "b", "u", "g", "h", "m", "d", "u", "j", "h", "t", "a"], "intermediate": [["n", "r", "l", "t", "u", "f", "m", "l", "d", "t", "f", "b", "i", "b", "u", "g", "h", "p", "u", "j", "h", "t", "a"], ["n", "r", "l", "t", "u", "f", "m", "l", "d", "t", "h", "i", "b", "u", "g", "h", "p", "u", "j", "h", "t", "a"]]}, "config": {"initial_state": "nrltufmldtfbibughmdujhta", "length": 24, "num_rules": 4, "num_steps": 3, "rules": ["f, b -> h", "m, y -> f", "t, u -> t", "m, d -> p"]}, "task_name": "task10", "example_name": "0016", "problem_name": "task10_0016"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ng, v -> u\nt, f -> p\nt, s -> n\nf, q -> c\nInitial state:\na, g, v, b, t, s, w, t, f, x, e, z, d", "label": {"final": ["a", "u", "b", "n", "w", "p", "x", "e", "z", "d"], "init": ["a", "g", "v", "b", "t", "s", "w", "t", "f", "x", "e", "z", "d"], "intermediate": [["a", "g", "v", "b", "t", "s", "w", "p", "x", "e", "z", "d"], ["a", "g", "v", "b", "n", "w", "p", "x", "e", "z", "d"]]}, "config": {"initial_state": "agvbtswtfxezd", "length": 13, "num_rules": 4, "num_steps": 3, "rules": ["g, v -> u", "t, f -> p", "t, s -> n", "f, q -> c"]}, "task_name": "task10", "example_name": "0017", "problem_name": "task10_0017"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nn, b -> o\nn, i -> c\nv, v -> x\no, h -> q\nInitial state:\nw, n, b, r, o, h, u, i, n, i, m, a, m, u", "label": {"final": ["w", "o", "r", "q", "u", "i", "c", "m", "a", "m", "u"], "init": ["w", "n", "b", "r", "o", "h", "u", "i", "n", "i", "m", "a", "m", "u"], "intermediate": [["w", "n", "b", "r", "o", "h", "u", "i", "c", "m", "a", "m", "u"], ["w", "n", "b", "r", "q", "u", "i", "c", "m", "a", "m", "u"]]}, "config": {"initial_state": "wnbrohuinimamu", "length": 14, "num_rules": 4, "num_steps": 3, "rules": ["n, b -> o", "n, i -> c", "v, v -> x", "o, h -> q"]}, "task_name": "task10", "example_name": "0018", "problem_name": "task10_0018"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nt, d -> p\nm, o -> n\nv, v -> i\nt, y -> c\nInitial state:\ng, v, u, w, d, r, q, i, g, w, b, h, t, y, v, v, i, t, d", "label": {"final": ["g", "v", "u", "w", "d", "r", "q", "i", "g", "w", "b", "h", "c", "i", "i", "p"], "init": ["g", "v", "u", "w", "d", "r", "q", "i", "g", "w", "b", "h", "t", "y", "v", "v", "i", "t", "d"], "intermediate": [["g", "v", "u", "w", "d", "r", "q", "i", "g", "w", "b", "h", "t", "y", "v", "v", "i", "p"], ["g", "v", "u", "w", "d", "r", "q", "i", "g", "w", "b", "h", "t", "y", "i", "i", "p"]]}, "config": {"initial_state": "gvuwdrqigwbhtyvvitd", "length": 19, "num_rules": 4, "num_steps": 3, "rules": ["t, d -> p", "m, o -> n", "v, v -> i", "t, y -> c"]}, "task_name": "task10", "example_name": "0019", "problem_name": "task10_0019"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nm, k -> h\nt, t -> d\nh, k -> t\nw, b -> k\ny, p -> x\nInitial state:\nm, k, b, j, a, c, w, z, q, g, m, o, y, p, u, j, t, h, k", "label": {"final": ["h", "b", "j", "a", "c", "w", "z", "q", "g", "m", "o", "x", "u", "j", "d"], "init": ["m", "k", "b", "j", "a", "c", "w", "z", "q", "g", "m", "o", "y", "p", "u", "j", "t", "h", "k"], "intermediate": [["m", "k", "b", "j", "a", "c", "w", "z", "q", "g", "m", "o", "y", "p", "u", "j", "t", "t"], ["m", "k", "b", "j", "a", "c", "w", "z", "q", "g", "m", "o", "y", "p", "u", "j", "d"], ["m", "k", "b", "j", "a", "c", "w", "z", "q", "g", "m", "o", "x", "u", "j", "d"]]}, "config": {"initial_state": "mkbjacwzqgmoypujthk", "length": 19, "num_rules": 5, "num_steps": 4, "rules": ["m, k -> h", "t, t -> d", "h, k -> t", "w, b -> k", "y, p -> x"]}, "task_name": "task10", "example_name": "0020", "problem_name": "task10_0020"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ns, o -> k\np, f -> b\nn, u -> s\nv, m -> q\nInitial state:\np, f, k, h, k, y, q, p, s, o, p, f, g, k, o, p, y, g, j, d, l, p, m, g, x, b, l, n, u, l", "label": {"final": ["b", "k", "h", "k", "y", "q", "p", "k", "b", "g", "k", "o", "p", "y", "g", "j", "d", "l", "p", "m", "g", "x", "b", "l", "s", "l"], "init": ["p", "f", "k", "h", "k", "y", "q", "p", "s", "o", "p", "f", "g", "k", "o", "p", "y", "g", "j", "d", "l", "p", "m", "g", "x", "b", "l", "n", "u", "l"], "intermediate": [["p", "f", "k", "h", "k", "y", "q", "p", "s", "o", "p", "f", "g", "k", "o", "p", "y", "g", "j", "d", "l", "p", "m", "g", "x", "b", "l", "s", "l"], ["p", "f", "k", "h", "k", "y", "q", "p", "s", "o", "b", "g", "k", "o", "p", "y", "g", "j", "d", "l", "p", "m", "g", "x", "b", "l", "s", "l"], ["p", "f", "k", "h", "k", "y", "q", "p", "k", "b", "g", "k", "o", "p", "y", "g", "j", "d", "l", "p", "m", "g", "x", "b", "l", "s", "l"]]}, "config": {"initial_state": "pfkhkyqpsopfgkopygjdlpmgxblnul", "length": 30, "num_rules": 4, "num_steps": 4, "rules": ["s, o -> k", "p, f -> b", "n, u -> s", "v, m -> q"]}, "task_name": "task10", "example_name": "0021", "problem_name": "task10_0021"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nr, a -> h\ni, l -> h\nq, s -> f\nd, s -> j\na, v -> l\nInitial state:\nu, d, y, q, s, z, d, z, w, f, i, a, v, u, r, a", "label": {"final": ["u", "d", "y", "f", "z", "d", "z", "w", "f", "h", "u", "h"], "init": ["u", "d", "y", "q", "s", "z", "d", "z", "w", "f", "i", "a", "v", "u", "r", "a"], "intermediate": [["u", "d", "y", "q", "s", "z", "d", "z", "w", "f", "i", "a", "v", "u", "h"], ["u", "d", "y", "q", "s", "z", "d", "z", "w", "f", "i", "l", "u", "h"], ["u", "d", "y", "q", "s", "z", "d", "z", "w", "f", "h", "u", "h"]]}, "config": {"initial_state": "udyqszdzwfiavura", "length": 16, "num_rules": 5, "num_steps": 4, "rules": ["r, a -> h", "i, l -> h", "q, s -> f", "d, s -> j", "a, v -> l"]}, "task_name": "task10", "example_name": "0022", "problem_name": "task10_0022"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\no, m -> s\np, s -> h\nh, s -> w\np, v -> v\nInitial state:\nx, k, l, g, e, c, i, c, a, b, m, p, s, e, y, o, o, j, q, o, q, z, g, n, p, o, m, s, h", "label": {"final": ["x", "k", "l", "g", "e", "c", "i", "c", "a", "b", "m", "h", "e", "y", "o", "o", "j", "q", "o", "q", "z", "g", "n", "w", "h"], "init": ["x", "k", "l", "g", "e", "c", "i", "c", "a", "b", "m", "p", "s", "e", "y", "o", "o", "j", "q", "o", "q", "z", "g", "n", "p", "o", "m", "s", "h"], "intermediate": [["x", "k", "l", "g", "e", "c", "i", "c", "a", "b", "m", "p", "s", "e", "y", "o", "o", "j", "q", "o", "q", "z", "g", "n", "p", "s", "s", "h"], ["x", "k", "l", "g", "e", "c", "i", "c", "a", "b", "m", "p", "s", "e", "y", "o", "o", "j", "q", "o", "q", "z", "g", "n", "h", "s", "h"], ["x", "k", "l", "g", "e", "c", "i", "c", "a", "b", "m", "p", "s", "e", "y", "o", "o", "j", "q", "o", "q", "z", "g", "n", "w", "h"]]}, "config": {"initial_state": "xklgecicabmpseyoojqoqzgnpomsh", "length": 29, "num_rules": 4, "num_steps": 4, "rules": ["o, m -> s", "p, s -> h", "h, s -> w", "p, v -> v"]}, "task_name": "task10", "example_name": "0023", "problem_name": "task10_0023"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nw, v -> p\nj, k -> y\nn, c -> r\ng, k -> d\ng, d -> v\nInitial state:\ng, g, k, c, j, k, a, w, v", "label": {"final": ["v", "c", "y", "a", "p"], "init": ["g", "g", "k", "c", "j", "k", "a", "w", "v"], "intermediate": [["g", "g", "k", "c", "j", "k", "a", "p"], ["g", "g", "k", "c", "y", "a", "p"], ["g", "d", "c", "y", "a", "p"]]}, "config": {"initial_state": "ggkcjkawv", "length": 9, "num_rules": 5, "num_steps": 4, "rules": ["w, v -> p", "j, k -> y", "n, c -> r", "g, k -> d", "g, d -> v"]}, "task_name": "task10", "example_name": "0024", "problem_name": "task10_0024"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nc, y -> q\nd, h -> b\nh, t -> u\nn, p -> k\nz, u -> t\nInitial state:\nw, z, u, c, c, a, p, s, d, h, x, w, c, y, i, c, j, f, n, p, i, j, k, c", "label": {"final": ["w", "t", "c", "c", "a", "p", "s", "b", "x", "w", "q", "i", "c", "j", "f", "k", "i", "j", "k", "c"], "init": ["w", "z", "u", "c", "c", "a", "p", "s", "d", "h", "x", "w", "c", "y", "i", "c", "j", "f", "n", "p", "i", "j", "k", "c"], "intermediate": [["w", "z", "u", "c", "c", "a", "p", "s", "d", "h", "x", "w", "c", "y", "i", "c", "j", "f", "k", "i", "j", "k", "c"], ["w", "z", "u", "c", "c", "a", "p", "s", "d", "h", "x", "w", "q", "i", "c", "j", "f", "k", "i", "j", "k", "c"], ["w", "z", "u", "c", "c", "a", "p", "s", "b", "x", "w", "q", "i", "c", "j", "f", "k", "i", "j", "k", "c"]]}, "config": {"initial_state": "wzuccapsdhxwcyicjfnpijkc", "length": 24, "num_rules": 5, "num_steps": 4, "rules": ["c, y -> q", "d, h -> b", "h, t -> u", "n, p -> k", "z, u -> t"]}, "task_name": "task10", "example_name": "0025", "problem_name": "task10_0025"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nm, y -> h\np, s -> j\nj, v -> c\nz, d -> v\nr, f -> p\nInitial state:\nm, r, f, s, z, d, c", "label": {"final": ["m", "c", "c"], "init": ["m", "r", "f", "s", "z", "d", "c"], "intermediate": [["m", "r", "f", "s", "v", "c"], ["m", "p", "s", "v", "c"], ["m", "j", "v", "c"]]}, "config": {"initial_state": "mrfszdc", "length": 7, "num_rules": 5, "num_steps": 4, "rules": ["m, y -> h", "p, s -> j", "j, v -> c", "z, d -> v", "r, f -> p"]}, "task_name": "task10", "example_name": "0026", "problem_name": "task10_0026"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nw, e -> a\nm, z -> m\nl, a -> k\nt, d -> l\np, m -> s\nInitial state:\nt, d, w, e, p, m, k, c", "label": {"final": ["k", "s", "k", "c"], "init": ["t", "d", "w", "e", "p", "m", "k", "c"], "intermediate": [["t", "d", "w", "e", "s", "k", "c"], ["t", "d", "a", "s", "k", "c"], ["l", "a", "s", "k", "c"]]}, "config": {"initial_state": "tdwepmkc", "length": 8, "num_rules": 5, "num_steps": 4, "rules": ["w, e -> a", "m, z -> m", "l, a -> k", "t, d -> l", "p, m -> s"]}, "task_name": "task10", "example_name": "0027", "problem_name": "task10_0027"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nd, w -> m\np, y -> q\nm, d -> k\ng, t -> d\nq, k -> p\nInitial state:\nh, q, r, x, d, w, b, z, m, a, y, p, y, k, s, m, d", "label": {"final": ["h", "q", "r", "x", "m", "b", "z", "m", "a", "y", "p", "s", "k"], "init": ["h", "q", "r", "x", "d", "w", "b", "z", "m", "a", "y", "p", "y", "k", "s", "m", "d"], "intermediate": [["h", "q", "r", "x", "d", "w", "b", "z", "m", "a", "y", "p", "y", "k", "s", "k"], ["h", "q", "r", "x", "d", "w", "b", "z", "m", "a", "y", "q", "k", "s", "k"], ["h", "q", "r", "x", "d", "w", "b", "z", "m", "a", "y", "p", "s", "k"]]}, "config": {"initial_state": "hqrxdwbzmaypyksmd", "length": 17, "num_rules": 5, "num_steps": 4, "rules": ["d, w -> m", "p, y -> q", "m, d -> k", "g, t -> d", "q, k -> p"]}, "task_name": "task10", "example_name": "0028", "problem_name": "task10_0028"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ns, x -> q\ng, q -> h\nv, l -> v\nr, r -> h\nInitial state:\nx, d, j, z, w, q, p, t, s, a, e, o, g, q, e, n, r, r, d, z, v, l, r, r, z", "label": {"final": ["x", "d", "j", "z", "w", "q", "p", "t", "s", "a", "e", "o", "h", "e", "n", "h", "d", "z", "v", "h", "z"], "init": ["x", "d", "j", "z", "w", "q", "p", "t", "s", "a", "e", "o", "g", "q", "e", "n", "r", "r", "d", "z", "v", "l", "r", "r", "z"], "intermediate": [["x", "d", "j", "z", "w", "q", "p", "t", "s", "a", "e", "o", "g", "q", "e", "n", "r", "r", "d", "z", "v", "l", "h", "z"], ["x", "d", "j", "z", "w", "q", "p", "t", "s", "a", "e", "o", "g", "q", "e", "n", "r", "r", "d", "z", "v", "h", "z"], ["x", "d", "j", "z", "w", "q", "p", "t", "s", "a", "e", "o", "g", "q", "e", "n", "h", "d", "z", "v", "h", "z"]]}, "config": {"initial_state": "xdjzwqptsaeogqenrrdzvlrrz", "length": 25, "num_rules": 4, "num_steps": 4, "rules": ["s, x -> q", "g, q -> h", "v, l -> v", "r, r -> h"]}, "task_name": "task10", "example_name": "0029", "problem_name": "task10_0029"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nu, a -> i\nn, k -> c\nn, c -> n\ne, a -> q\ng, y -> l\ni, n -> l\nInitial state:\na, m, g, y, m, e, g, h, e, a, i, n, x, m, h, p, e, q, n, n, k, i, i, f, v, u", "label": {"final": ["a", "m", "l", "m", "e", "g", "h", "q", "l", "x", "m", "h", "p", "e", "q", "n", "i", "i", "f", "v", "u"], "init": ["a", "m", "g", "y", "m", "e", "g", "h", "e", "a", "i", "n", "x", "m", "h", "p", "e", "q", "n", "n", "k", "i", "i", "f", "v", "u"], "intermediate": [["a", "m", "g", "y", "m", "e", "g", "h", "e", "a", "i", "n", "x", "m", "h", "p", "e", "q", "n", "c", "i", "i", "f", "v", "u"], ["a", "m", "g", "y", "m", "e", "g", "h", "e", "a", "i", "n", "x", "m", "h", "p", "e", "q", "n", "i", "i", "f", "v", "u"], ["a", "m", "g", "y", "m", "e", "g", "h", "e", "a", "l", "x", "m", "h", "p", "e", "q", "n", "i", "i", "f", "v", "u"], ["a", "m", "g", "y", "m", "e", "g", "h", "q", "l", "x", "m", "h", "p", "e", "q", "n", "i", "i", "f", "v", "u"]]}, "config": {"initial_state": "amgymegheainxmhpeqnnkiifvu", "length": 26, "num_rules": 6, "num_steps": 5, "rules": ["u, a -> i", "n, k -> c", "n, c -> n", "e, a -> q", "g, y -> l", "i, n -> l"]}, "task_name": "task10", "example_name": "0030", "problem_name": "task10_0030"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ny, h -> i\nq, j -> h\nb, v -> v\nr, q -> q\nk, r -> x\nl, q -> q\nv, k -> w\nf, i -> k\nq, u -> u\nx, h -> v\ns, r -> c\nInitial state:\nb, k, r, l, r, q, j, r, m, d, e, l, n, t, v, f, y, h, d, p, v, b, h, y, b", "label": {"final": ["b", "x", "l", "r", "h", "r", "m", "d", "e", "l", "n", "t", "w", "d", "p", "v", "b", "h", "y", "b"], "init": ["b", "k", "r", "l", "r", "q", "j", "r", "m", "d", "e", "l", "n", "t", "v", "f", "y", "h", "d", "p", "v", "b", "h", "y", "b"], "intermediate": [["b", "k", "r", "l", "r", "q", "j", "r", "m", "d", "e", "l", "n", "t", "v", "f", "i", "d", "p", "v", "b", "h", "y", "b"], ["b", "k", "r", "l", "r", "q", "j", "r", "m", "d", "e", "l", "n", "t", "v", "k", "d", "p", "v", "b", "h", "y", "b"], ["b", "k", "r", "l", "r", "q", "j", "r", "m", "d", "e", "l", "n", "t", "w", "d", "p", "v", "b", "h", "y", "b"], ["b", "k", "r", "l", "r", "h", "r", "m", "d", "e", "l", "n", "t", "w", "d", "p", "v", "b", "h", "y", "b"]]}, "config": {"initial_state": "bkrlrqjrmdelntvfyhdpvbhyb", "length": 25, "num_rules": 11, "num_steps": 5, "rules": ["y, h -> i", "q, j -> h", "b, v -> v", "r, q -> q", "k, r -> x", "l, q -> q", "v, k -> w", "f, i -> k", "q, u -> u", "x, h -> v", "s, r -> c"]}, "task_name": "task10", "example_name": "0031", "problem_name": "task10_0031"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ng, r -> k\no, g -> c\na, r -> z\nb, m -> g\nq, o -> i\nInitial state:\nz, r, q, z, c, a, r, a, g, r, y, o, o, b, m, h, c, c, p, n, a, a, r, p, x, r", "label": {"final": ["z", "r", "q", "z", "c", "z", "a", "k", "y", "o", "c", "h", "c", "c", "p", "n", "a", "z", "p", "x", "r"], "init": ["z", "r", "q", "z", "c", "a", "r", "a", "g", "r", "y", "o", "o", "b", "m", "h", "c", "c", "p", "n", "a", "a", "r", "p", "x", "r"], "intermediate": [["z", "r", "q", "z", "c", "a", "r", "a", "g", "r", "y", "o", "o", "b", "m", "h", "c", "c", "p", "n", "a", "z", "p", "x", "r"], ["z", "r", "q", "z", "c", "a", "r", "a", "g", "r", "y", "o", "o", "g", "h", "c", "c", "p", "n", "a", "z", "p", "x", "r"], ["z", "r", "q", "z", "c", "a", "r", "a", "g", "r", "y", "o", "c", "h", "c", "c", "p", "n", "a", "z", "p", "x", "r"], ["z", "r", "q", "z", "c", "a", "r", "a", "k", "y", "o", "c", "h", "c", "c", "p", "n", "a", "z", "p", "x", "r"]]}, "config": {"initial_state": "zrqzcaragryoobmhccpnaarpxr", "length": 26, "num_rules": 5, "num_steps": 5, "rules": ["g, r -> k", "o, g -> c", "a, r -> z", "b, m -> g", "q, o -> i"]}, "task_name": "task10", "example_name": "0032", "problem_name": "task10_0032"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\no, m -> v\ny, v -> k\nx, y -> a\nc, w -> q\na, q -> v\nk, q -> k\nInitial state:\nr, a, q, u, y, v, c, w, v, f, c, i, o, m, q", "label": {"final": ["r", "v", "u", "k", "v", "f", "c", "i", "v", "q"], "init": ["r", "a", "q", "u", "y", "v", "c", "w", "v", "f", "c", "i", "o", "m", "q"], "intermediate": [["r", "a", "q", "u", "y", "v", "c", "w", "v", "f", "c", "i", "v", "q"], ["r", "a", "q", "u", "y", "v", "q", "v", "f", "c", "i", "v", "q"], ["r", "a", "q", "u", "k", "q", "v", "f", "c", "i", "v", "q"], ["r", "a", "q", "u", "k", "v", "f", "c", "i", "v", "q"]]}, "config": {"initial_state": "raquyvcwvfciomq", "length": 15, "num_rules": 6, "num_steps": 5, "rules": ["o, m -> v", "y, v -> k", "x, y -> a", "c, w -> q", "a, q -> v", "k, q -> k"]}, "task_name": "task10", "example_name": "0033", "problem_name": "task10_0033"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ni, w -> c\nj, b -> t\nw, z -> u\nc, u -> n\nn, y -> p\nx, t -> u\nInitial state:\nb, r, i, k, c, n, g, f, c, f, x, t, e, i, w, w, z, y, c, a", "label": {"final": ["b", "r", "i", "k", "c", "n", "g", "f", "c", "f", "u", "e", "p", "c", "a"], "init": ["b", "r", "i", "k", "c", "n", "g", "f", "c", "f", "x", "t", "e", "i", "w", "w", "z", "y", "c", "a"], "intermediate": [["b", "r", "i", "k", "c", "n", "g", "f", "c", "f", "x", "t", "e", "i", "w", "u", "y", "c", "a"], ["b", "r", "i", "k", "c", "n", "g", "f", "c", "f", "x", "t", "e", "c", "u", "y", "c", "a"], ["b", "r", "i", "k", "c", "n", "g", "f", "c", "f", "x", "t", "e", "n", "y", "c", "a"], ["b", "r", "i", "k", "c", "n", "g", "f", "c", "f", "x", "t", "e", "p", "c", "a"]]}, "config": {"initial_state": "brikcngfcfxteiwwzyca", "length": 20, "num_rules": 6, "num_steps": 5, "rules": ["i, w -> c", "j, b -> t", "w, z -> u", "c, u -> n", "n, y -> p", "x, t -> u"]}, "task_name": "task10", "example_name": "0034", "problem_name": "task10_0034"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nk, p -> n\np, u -> u\nv, l -> t\nr, q -> i\nr, c -> v\nInitial state:\nk, p, u, r, q, r, c, k, p, r, c, t, w", "label": {"final": ["k", "u", "i", "v", "n", "v", "t", "w"], "init": ["k", "p", "u", "r", "q", "r", "c", "k", "p", "r", "c", "t", "w"], "intermediate": [["k", "p", "u", "r", "q", "r", "c", "k", "p", "v", "t", "w"], ["k", "p", "u", "r", "q", "r", "c", "n", "v", "t", "w"], ["k", "p", "u", "r", "q", "v", "n", "v", "t", "w"], ["k", "p", "u", "i", "v", "n", "v", "t", "w"]]}, "config": {"initial_state": "kpurqrckprctw", "length": 13, "num_rules": 5, "num_steps": 5, "rules": ["k, p -> n", "p, u -> u", "v, l -> t", "r, q -> i", "r, c -> v"]}, "task_name": "task10", "example_name": "0035", "problem_name": "task10_0035"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nn, p -> u\ne, n -> p\nr, b -> s\nx, w -> s\ni, y -> a\nr, r -> h\nInitial state:\nf, n, p, t, u, e, n, x, e, x, w, k, j, l, r, u, k, r, r, x, h, d, q, l, r, b, n, b", "label": {"final": ["f", "u", "t", "u", "p", "x", "e", "s", "k", "j", "l", "r", "u", "k", "h", "x", "h", "d", "q", "l", "s", "n", "b"], "init": ["f", "n", "p", "t", "u", "e", "n", "x", "e", "x", "w", "k", "j", "l", "r", "u", "k", "r", "r", "x", "h", "d", "q", "l", "r", "b", "n", "b"], "intermediate": [["f", "n", "p", "t", "u", "e", "n", "x", "e", "x", "w", "k", "j", "l", "r", "u", "k", "r", "r", "x", "h", "d", "q", "l", "s", "n", "b"], ["f", "n", "p", "t", "u", "e", "n", "x", "e", "x", "w", "k", "j", "l", "r", "u", "k", "h", "x", "h", "d", "q", "l", "s", "n", "b"], ["f", "n", "p", "t", "u", "e", "n", "x", "e", "s", "k", "j", "l", "r", "u", "k", "h", "x", "h", "d", "q", "l", "s", "n", "b"], ["f", "n", "p", "t", "u", "p", "x", "e", "s", "k", "j", "l", "r", "u", "k", "h", "x", "h", "d", "q", "l", "s", "n", "b"]]}, "config": {"initial_state": "fnptuenxexwkjlrukrrxhdqlrbnb", "length": 28, "num_rules": 6, "num_steps": 5, "rules": ["n, p -> u", "e, n -> p", "r, b -> s", "x, w -> s", "i, y -> a", "r, r -> h"]}, "task_name": "task10", "example_name": "0036", "problem_name": "task10_0036"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\no, g -> p\nd, a -> o\ne, x -> m\nl, e -> t\np, g -> x\ni, v -> w\nInitial state:\nt, s, i, v, e, d, a, g, g", "label": {"final": ["t", "s", "w", "m"], "init": ["t", "s", "i", "v", "e", "d", "a", "g", "g"], "intermediate": [["t", "s", "i", "v", "e", "o", "g", "g"], ["t", "s", "i", "v", "e", "p", "g"], ["t", "s", "i", "v", "e", "x"], ["t", "s", "i", "v", "m"]]}, "config": {"initial_state": "tsivedagg", "length": 9, "num_rules": 6, "num_steps": 5, "rules": ["o, g -> p", "d, a -> o", "e, x -> m", "l, e -> t", "p, g -> x", "i, v -> w"]}, "task_name": "task10", "example_name": "0037", "problem_name": "task10_0037"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ne, a -> c\nh, v -> y\ns, y -> h\nf, x -> e\nz, i -> a\nd, a -> u\nInitial state:\np, r, p, m, b, l, c, c, d, a, c, i, v, p, e, a, s, b, s, c, s, y, h, v, e, w, f, x, j", "label": {"final": ["p", "r", "p", "m", "b", "l", "c", "c", "u", "c", "i", "v", "p", "c", "s", "b", "s", "c", "h", "y", "e", "w", "e", "j"], "init": ["p", "r", "p", "m", "b", "l", "c", "c", "d", "a", "c", "i", "v", "p", "e", "a", "s", "b", "s", "c", "s", "y", "h", "v", "e", "w", "f", "x", "j"], "intermediate": [["p", "r", "p", "m", "b", "l", "c", "c", "d", "a", "c", "i", "v", "p", "e", "a", "s", "b", "s", "c", "s", "y", "h", "v", "e", "w", "e", "j"], ["p", "r", "p", "m", "b", "l", "c", "c", "d", "a", "c", "i", "v", "p", "e", "a", "s", "b", "s", "c", "s", "y", "y", "e", "w", "e", "j"], ["p", "r", "p", "m", "b", "l", "c", "c", "d", "a", "c", "i", "v", "p", "e", "a", "s", "b", "s", "c", "h", "y", "e", "w", "e", "j"], ["p", "r", "p", "m", "b", "l", "c", "c", "d", "a", "c", "i", "v", "p", "c", "s", "b", "s", "c", "h", "y", "e", "w", "e", "j"]]}, "config": {"initial_state": "prpmblccdacivpeasbscsyhvewfxj", "length": 29, "num_rules": 6, "num_steps": 5, "rules": ["e, a -> c", "h, v -> y", "s, y -> h", "f, x -> e", "z, i -> a", "d, a -> u"]}, "task_name": "task10", "example_name": "0038", "problem_name": "task10_0038"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nu, y -> g\nn, c -> p\no, d -> a\np, w -> m\nr, e -> j\nk, f -> m\nInitial state:\nn, c, w, o, d, k, u, y, r, e, p, e, s", "label": {"final": ["m", "a", "k", "g", "j", "p", "e", "s"], "init": ["n", "c", "w", "o", "d", "k", "u", "y", "r", "e", "p", "e", "s"], "intermediate": [["n", "c", "w", "o", "d", "k", "u", "y", "j", "p", "e", "s"], ["n", "c", "w", "o", "d", "k", "g", "j", "p", "e", "s"], ["n", "c", "w", "a", "k", "g", "j", "p", "e", "s"], ["p", "w", "a", "k", "g", "j", "p", "e", "s"]]}, "config": {"initial_state": "ncwodkuyrepes", "length": 13, "num_rules": 6, "num_steps": 5, "rules": ["u, y -> g", "n, c -> p", "o, d -> a", "p, w -> m", "r, e -> j", "k, f -> m"]}, "task_name": "task10", "example_name": "0039", "problem_name": "task10_0039"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ns, r -> g\ng, h -> l\nz, b -> k\ni, k -> m\ng, p -> e\nl, g -> f\nu, f -> n\nInitial state:\nu, g, h, s, r, s, i, z, b, g, y", "label": {"final": ["n", "s", "m", "g", "y"], "init": ["u", "g", "h", "s", "r", "s", "i", "z", "b", "g", "y"], "intermediate": [["u", "g", "h", "s", "r", "s", "i", "k", "g", "y"], ["u", "g", "h", "s", "r", "s", "m", "g", "y"], ["u", "g", "h", "g", "s", "m", "g", "y"], ["u", "l", "g", "s", "m", "g", "y"], ["u", "f", "s", "m", "g", "y"]]}, "config": {"initial_state": "ughsrsizbgy", "length": 11, "num_rules": 7, "num_steps": 6, "rules": ["s, r -> g", "g, h -> l", "z, b -> k", "i, k -> m", "g, p -> e", "l, g -> f", "u, f -> n"]}, "task_name": "task10", "example_name": "0040", "problem_name": "task10_0040"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nc, d -> t\ni, s -> z\ng, v -> c\nn, v -> f\ng, l -> h\nm, h -> v\nt, z -> k\nInitial state:\ne, m, g, l, c, d, z, g, v, n, v", "label": {"final": ["e", "v", "k", "c", "f"], "init": ["e", "m", "g", "l", "c", "d", "z", "g", "v", "n", "v"], "intermediate": [["e", "m", "g", "l", "c", "d", "z", "g", "v", "f"], ["e", "m", "g", "l", "c", "d", "z", "c", "f"], ["e", "m", "g", "l", "t", "z", "c", "f"], ["e", "m", "g", "l", "k", "c", "f"], ["e", "m", "h", "k", "c", "f"]]}, "config": {"initial_state": "emglcdzgvnv", "length": 11, "num_rules": 7, "num_steps": 6, "rules": ["c, d -> t", "i, s -> z", "g, v -> c", "n, v -> f", "g, l -> h", "m, h -> v", "t, z -> k"]}, "task_name": "task10", "example_name": "0041", "problem_name": "task10_0041"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ns, p -> i\nk, j -> d\nw, g -> n\nl, n -> f\nj, d -> q\nw, p -> l\nv, x -> l\nInitial state:\nj, k, j, n, b, v, x, w, g, s, p, c", "label": {"final": ["q", "n", "b", "f", "i", "c"], "init": ["j", "k", "j", "n", "b", "v", "x", "w", "g", "s", "p", "c"], "intermediate": [["j", "k", "j", "n", "b", "v", "x", "w", "g", "i", "c"], ["j", "k", "j", "n", "b", "v", "x", "n", "i", "c"], ["j", "k", "j", "n", "b", "l", "n", "i", "c"], ["j", "k", "j", "n", "b", "f", "i", "c"], ["j", "d", "n", "b", "f", "i", "c"]]}, "config": {"initial_state": "jkjnbvxwgspc", "length": 12, "num_rules": 7, "num_steps": 6, "rules": ["s, p -> i", "k, j -> d", "w, g -> n", "l, n -> f", "j, d -> q", "w, p -> l", "v, x -> l"]}, "task_name": "task10", "example_name": "0042", "problem_name": "task10_0042"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nr, e -> x\nl, l -> q\ne, e -> n\no, x -> a\nj, t -> l\na, i -> q\nt, s -> u\nInitial state:\nm, o, b, l, j, t, t, s, s, a, i, c, z, o, r, e", "label": {"final": ["m", "o", "b", "q", "u", "s", "q", "c", "z", "a"], "init": ["m", "o", "b", "l", "j", "t", "t", "s", "s", "a", "i", "c", "z", "o", "r", "e"], "intermediate": [["m", "o", "b", "l", "j", "t", "t", "s", "s", "a", "i", "c", "z", "o", "x"], ["m", "o", "b", "l", "j", "t", "t", "s", "s", "a", "i", "c", "z", "a"], ["m", "o", "b", "l", "j", "t", "t", "s", "s", "q", "c", "z", "a"], ["m", "o", "b", "l", "j", "t", "u", "s", "q", "c", "z", "a"], ["m", "o", "b", "l", "l", "u", "s", "q", "c", "z", "a"]]}, "config": {"initial_state": "mobljttssaiczore", "length": 16, "num_rules": 7, "num_steps": 6, "rules": ["r, e -> x", "l, l -> q", "e, e -> n", "o, x -> a", "j, t -> l", "a, i -> q", "t, s -> u"]}, "task_name": "task10", "example_name": "0043", "problem_name": "task10_0043"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ng, c -> a\nm, g -> k\ni, d -> d\nq, k -> o\nt, z -> v\na, o -> l\nd, j -> q\nInitial state:\ng, c, d, j, m, g, i, d, f", "label": {"final": ["l", "d", "f"], "init": ["g", "c", "d", "j", "m", "g", "i", "d", "f"], "intermediate": [["g", "c", "d", "j", "m", "g", "d", "f"], ["g", "c", "d", "j", "k", "d", "f"], ["g", "c", "q", "k", "d", "f"], ["g", "c", "o", "d", "f"], ["a", "o", "d", "f"]]}, "config": {"initial_state": "gcdjmgidf", "length": 9, "num_rules": 7, "num_steps": 6, "rules": ["g, c -> a", "m, g -> k", "i, d -> d", "q, k -> o", "t, z -> v", "a, o -> l", "d, j -> q"]}, "task_name": "task10", "example_name": "0044", "problem_name": "task10_0044"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nk, e -> o\ny, o -> m\np, q -> t\nh, f -> t\nz, u -> a\nh, w -> b\nr, t -> g\nInitial state:\nj, k, d, x, e, o, z, u, c, f, l, o, g, b, b, r, p, q, g, a, h, w, a, y, k, e, m", "label": {"final": ["j", "k", "d", "x", "e", "o", "a", "c", "f", "l", "o", "g", "b", "b", "g", "g", "a", "b", "a", "m", "m"], "init": ["j", "k", "d", "x", "e", "o", "z", "u", "c", "f", "l", "o", "g", "b", "b", "r", "p", "q", "g", "a", "h", "w", "a", "y", "k", "e", "m"], "intermediate": [["j", "k", "d", "x", "e", "o", "z", "u", "c", "f", "l", "o", "g", "b", "b", "r", "p", "q", "g", "a", "h", "w", "a", "y", "o", "m"], ["j", "k", "d", "x", "e", "o", "z", "u", "c", "f", "l", "o", "g", "b", "b", "r", "p", "q", "g", "a", "h", "w", "a", "m", "m"], ["j", "k", "d", "x", "e", "o", "z", "u", "c", "f", "l", "o", "g", "b", "b", "r", "p", "q", "g", "a", "b", "a", "m", "m"], ["j", "k", "d", "x", "e", "o", "z", "u", "c", "f", "l", "o", "g", "b", "b", "r", "t", "g", "a", "b", "a", "m", "m"], ["j", "k", "d", "x", "e", "o", "z", "u", "c", "f", "l", "o", "g", "b", "b", "g", "g", "a", "b", "a", "m", "m"]]}, "config": {"initial_state": "jkdxeozucflogbbrpqgahwaykem", "length": 27, "num_rules": 7, "num_steps": 6, "rules": ["k, e -> o", "y, o -> m", "p, q -> t", "h, f -> t", "z, u -> a", "h, w -> b", "r, t -> g"]}, "task_name": "task10", "example_name": "0045", "problem_name": "task10_0045"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nv, r -> h\nj, p -> g\nf, f -> g\nf, o -> q\nc, a -> l\nl, j -> k\nj, j -> n\nInitial state:\na, h, b, h, j, j, j, p, g, d, i, g, a, c, z, v, v, r, g, f, o, c, a, j, l, c, t, d", "label": {"final": ["a", "h", "b", "h", "n", "g", "g", "d", "i", "g", "a", "c", "z", "v", "h", "g", "q", "k", "l", "c", "t", "d"], "init": ["a", "h", "b", "h", "j", "j", "j", "p", "g", "d", "i", "g", "a", "c", "z", "v", "v", "r", "g", "f", "o", "c", "a", "j", "l", "c", "t", "d"], "intermediate": [["a", "h", "b", "h", "j", "j", "j", "p", "g", "d", "i", "g", "a", "c", "z", "v", "v", "r", "g", "f", "o", "l", "j", "l", "c", "t", "d"], ["a", "h", "b", "h", "j", "j", "j", "p", "g", "d", "i", "g", "a", "c", "z", "v", "v", "r", "g", "f", "o", "k", "l", "c", "t", "d"], ["a", "h", "b", "h", "j", "j", "j", "p", "g", "d", "i", "g", "a", "c", "z", "v", "v", "r", "g", "q", "k", "l", "c", "t", "d"], ["a", "h", "b", "h", "j", "j", "j", "p", "g", "d", "i", "g", "a", "c", "z", "v", "h", "g", "q", "k", "l", "c", "t", "d"], ["a", "h", "b", "h", "j", "j", "g", "g", "d", "i", "g", "a", "c", "z", "v", "h", "g", "q", "k", "l", "c", "t", "d"]]}, "config": {"initial_state": "ahbhjjjpgdigaczvvrgfocajlctd", "length": 28, "num_rules": 7, "num_steps": 6, "rules": ["v, r -> h", "j, p -> g", "f, f -> g", "f, o -> q", "c, a -> l", "l, j -> k", "j, j -> n"]}, "task_name": "task10", "example_name": "0046", "problem_name": "task10_0046"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nw, b -> j\ni, z -> o\nw, d -> d\nw, a -> d\nm, q -> l\nh, z -> v\nq, f -> a\nl, x -> k\na, a -> r\nd, x -> x\nInitial state:\nq, m, q, w, d, x, a, a, n, o, y, i, z, s, h, z, w, a", "label": {"final": ["q", "l", "w", "x", "r", "n", "o", "y", "o", "s", "v", "d"], "init": ["q", "m", "q", "w", "d", "x", "a", "a", "n", "o", "y", "i", "z", "s", "h", "z", "w", "a"], "intermediate": [["q", "m", "q", "w", "d", "x", "a", "a", "n", "o", "y", "i", "z", "s", "h", "z", "d"], ["q", "m", "q", "w", "d", "x", "a", "a", "n", "o", "y", "i", "z", "s", "v", "d"], ["q", "m", "q", "w", "d", "x", "a", "a", "n", "o", "y", "o", "s", "v", "d"], ["q", "m", "q", "w", "d", "x", "r", "n", "o", "y", "o", "s", "v", "d"], ["q", "m", "q", "w", "x", "r", "n", "o", "y", "o", "s", "v", "d"]]}, "config": {"initial_state": "qmqwdxaanoyizshzwa", "length": 18, "num_rules": 10, "num_steps": 6, "rules": ["w, b -> j", "i, z -> o", "w, d -> d", "w, a -> d", "m, q -> l", "h, z -> v", "q, f -> a", "l, x -> k", "a, a -> r", "d, x -> x"]}, "task_name": "task10", "example_name": "0047", "problem_name": "task10_0047"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nn, e -> o\nd, o -> x\nm, h -> i\np, w -> e\nv, e -> q\nx, q -> v\ni, v -> w\nInitial state:\nt, m, h, x, v, e, t, d, o, o, l, g, i, m, p, w, k, g, q, x, r, o, p", "label": {"final": ["t", "w", "t", "x", "o", "l", "g", "i", "m", "e", "k", "g", "q", "x", "r", "o", "p"], "init": ["t", "m", "h", "x", "v", "e", "t", "d", "o", "o", "l", "g", "i", "m", "p", "w", "k", "g", "q", "x", "r", "o", "p"], "intermediate": [["t", "m", "h", "x", "v", "e", "t", "d", "o", "o", "l", "g", "i", "m", "e", "k", "g", "q", "x", "r", "o", "p"], ["t", "m", "h", "x", "v", "e", "t", "x", "o", "l", "g", "i", "m", "e", "k", "g", "q", "x", "r", "o", "p"], ["t", "m", "h", "x", "q", "t", "x", "o", "l", "g", "i", "m", "e", "k", "g", "q", "x", "r", "o", "p"], ["t", "m", "h", "v", "t", "x", "o", "l", "g", "i", "m", "e", "k", "g", "q", "x", "r", "o", "p"], ["t", "i", "v", "t", "x", "o", "l", "g", "i", "m", "e", "k", "g", "q", "x", "r", "o", "p"]]}, "config": {"initial_state": "tmhxvetdoolgimpwkgqxrop", "length": 23, "num_rules": 7, "num_steps": 6, "rules": ["n, e -> o", "d, o -> x", "m, h -> i", "p, w -> e", "v, e -> q", "x, q -> v", "i, v -> w"]}, "task_name": "task10", "example_name": "0048", "problem_name": "task10_0048"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ns, z -> j\nq, u -> p\no, r -> y\nt, i -> g\na, e -> p\nh, v -> q\nb, q -> l\nInitial state:\nm, h, v, u, t, i, f, h, w, l, y, b, q, s, z, u, z, o, r", "label": {"final": ["m", "p", "g", "f", "h", "w", "l", "y", "l", "j", "u", "z", "y"], "init": ["m", "h", "v", "u", "t", "i", "f", "h", "w", "l", "y", "b", "q", "s", "z", "u", "z", "o", "r"], "intermediate": [["m", "h", "v", "u", "t", "i", "f", "h", "w", "l", "y", "b", "q", "s", "z", "u", "z", "y"], ["m", "h", "v", "u", "t", "i", "f", "h", "w", "l", "y", "b", "q", "j", "u", "z", "y"], ["m", "h", "v", "u", "t", "i", "f", "h", "w", "l", "y", "l", "j", "u", "z", "y"], ["m", "h", "v", "u", "g", "f", "h", "w", "l", "y", "l", "j", "u", "z", "y"], ["m", "q", "u", "g", "f", "h", "w", "l", "y", "l", "j", "u", "z", "y"]]}, "config": {"initial_state": "mhvutifhwlybqszuzor", "length": 19, "num_rules": 7, "num_steps": 6, "rules": ["s, z -> j", "q, u -> p", "o, r -> y", "t, i -> g", "a, e -> p", "h, v -> q", "b, q -> l"]}, "task_name": "task10", "example_name": "0049", "problem_name": "task10_0049"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nh, q -> u\nn, b -> i\nv, m -> j\ny, z -> q\nt, b -> p\ny, f -> h\nb, r -> z\nv, a -> w\nj, y -> v\nInitial state:\nv, a, b, b, b, h, g, a, y, z, j, v, o, y, f, q, w, z, b, r, i, n, b, t, b, d, m, y, n", "label": {"final": ["w", "b", "b", "b", "h", "g", "a", "q", "j", "v", "o", "u", "w", "z", "z", "i", "i", "p", "d", "m", "y", "n"], "init": ["v", "a", "b", "b", "b", "h", "g", "a", "y", "z", "j", "v", "o", "y", "f", "q", "w", "z", "b", "r", "i", "n", "b", "t", "b", "d", "m", "y", "n"], "intermediate": [["v", "a", "b", "b", "b", "h", "g", "a", "y", "z", "j", "v", "o", "y", "f", "q", "w", "z", "b", "r", "i", "n", "b", "p", "d", "m", "y", "n"], ["v", "a", "b", "b", "b", "h", "g", "a", "y", "z", "j", "v", "o", "y", "f", "q", "w", "z", "b", "r", "i", "i", "p", "d", "m", "y", "n"], ["v", "a", "b", "b", "b", "h", "g", "a", "y", "z", "j", "v", "o", "y", "f", "q", "w", "z", "z", "i", "i", "p", "d", "m", "y", "n"], ["v", "a", "b", "b", "b", "h", "g", "a", "y", "z", "j", "v", "o", "h", "q", "w", "z", "z", "i", "i", "p", "d", "m", "y", "n"], ["v", "a", "b", "b", "b", "h", "g", "a", "y", "z", "j", "v", "o", "u", "w", "z", "z", "i", "i", "p", "d", "m", "y", "n"], ["v", "a", "b", "b", "b", "h", "g", "a", "q", "j", "v", "o", "u", "w", "z", "z", "i", "i", "p", "d", "m", "y", "n"]]}, "config": {"initial_state": "vabbbhgayzjvoyfqwzbrinbtbdmyn", "length": 29, "num_rules": 9, "num_steps": 7, "rules": ["h, q -> u", "n, b -> i", "v, m -> j", "y, z -> q", "t, b -> p", "y, f -> h", "b, r -> z", "v, a -> w", "j, y -> v"]}, "task_name": "task10", "example_name": "0050", "problem_name": "task10_0050"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nw, y -> a\nv, v -> k\ny, m -> r\nk, q -> z\nc, t -> t\nf, s -> c\nj, w -> s\ns, z -> q\nm, g -> c\nInitial state:\nn, f, s, t, w, y, s, v, v, q, y, y, m, d, t, m, o, r, i, v, i, c", "label": {"final": ["n", "t", "a", "q", "y", "r", "d", "t", "m", "o", "r", "i", "v", "i", "c"], "init": ["n", "f", "s", "t", "w", "y", "s", "v", "v", "q", "y", "y", "m", "d", "t", "m", "o", "r", "i", "v", "i", "c"], "intermediate": [["n", "f", "s", "t", "w", "y", "s", "v", "v", "q", "y", "r", "d", "t", "m", "o", "r", "i", "v", "i", "c"], ["n", "f", "s", "t", "w", "y", "s", "k", "q", "y", "r", "d", "t", "m", "o", "r", "i", "v", "i", "c"], ["n", "f", "s", "t", "w", "y", "s", "z", "y", "r", "d", "t", "m", "o", "r", "i", "v", "i", "c"], ["n", "f", "s", "t", "w", "y", "q", "y", "r", "d", "t", "m", "o", "r", "i", "v", "i", "c"], ["n", "f", "s", "t", "a", "q", "y", "r", "d", "t", "m", "o", "r", "i", "v", "i", "c"], ["n", "c", "t", "a", "q", "y", "r", "d", "t", "m", "o", "r", "i", "v", "i", "c"]]}, "config": {"initial_state": "nfstwysvvqyymdtmorivic", "length": 22, "num_rules": 9, "num_steps": 7, "rules": ["w, y -> a", "v, v -> k", "y, m -> r", "k, q -> z", "c, t -> t", "f, s -> c", "j, w -> s", "s, z -> q", "m, g -> c"]}, "task_name": "task10", "example_name": "0051", "problem_name": "task10_0051"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nn, t -> s\ng, i -> h\ni, l -> p\ne, y -> w\nu, q -> d\ns, a -> n\nh, z -> u\nd, r -> g\nc, b -> i\nInitial state:\nd, r, c, b, z, q, n, t, i, l", "label": {"final": ["d", "s", "p"], "init": ["d", "r", "c", "b", "z", "q", "n", "t", "i", "l"], "intermediate": [["d", "r", "c", "b", "z", "q", "n", "t", "p"], ["d", "r", "c", "b", "z", "q", "s", "p"], ["d", "r", "i", "z", "q", "s", "p"], ["g", "i", "z", "q", "s", "p"], ["h", "z", "q", "s", "p"], ["u", "q", "s", "p"]]}, "config": {"initial_state": "drcbzqntil", "length": 10, "num_rules": 9, "num_steps": 7, "rules": ["n, t -> s", "g, i -> h", "i, l -> p", "e, y -> w", "u, q -> d", "s, a -> n", "h, z -> u", "d, r -> g", "c, b -> i"]}, "task_name": "task10", "example_name": "0052", "problem_name": "task10_0052"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nd, n -> z\np, k -> b\na, e -> y\no, a -> f\nz, u -> v\nm, f -> j\nk, k -> n\no, w -> k\na, v -> f\nInitial state:\na, e, d, n, c, j, g, z, u, w, l, p, o, w, s, m, a, v, z, v, u, n, f, w, c", "label": {"final": ["y", "z", "c", "j", "g", "v", "w", "l", "b", "s", "j", "z", "v", "u", "n", "f", "w", "c"], "init": ["a", "e", "d", "n", "c", "j", "g", "z", "u", "w", "l", "p", "o", "w", "s", "m", "a", "v", "z", "v", "u", "n", "f", "w", "c"], "intermediate": [["a", "e", "d", "n", "c", "j", "g", "z", "u", "w", "l", "p", "o", "w", "s", "m", "f", "z", "v", "u", "n", "f", "w", "c"], ["a", "e", "d", "n", "c", "j", "g", "z", "u", "w", "l", "p", "o", "w", "s", "j", "z", "v", "u", "n", "f", "w", "c"], ["a", "e", "d", "n", "c", "j", "g", "z", "u", "w", "l", "p", "k", "s", "j", "z", "v", "u", "n", "f", "w", "c"], ["a", "e", "d", "n", "c", "j", "g", "z", "u", "w", "l", "b", "s", "j", "z", "v", "u", "n", "f", "w", "c"], ["a", "e", "d", "n", "c", "j", "g", "v", "w", "l", "b", "s", "j", "z", "v", "u", "n", "f", "w", "c"], ["a", "e", "z", "c", "j", "g", "v", "w", "l", "b", "s", "j", "z", "v", "u", "n", "f", "w", "c"]]}, "config": {"initial_state": "aedncjgzuwlpowsmavzvunfwc", "length": 25, "num_rules": 9, "num_steps": 7, "rules": ["d, n -> z", "p, k -> b", "a, e -> y", "o, a -> f", "z, u -> v", "m, f -> j", "k, k -> n", "o, w -> k", "a, v -> f"]}, "task_name": "task10", "example_name": "0053", "problem_name": "task10_0053"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nt, p -> x\nu, x -> r\np, k -> f\ni, q -> h\nx, y -> a\nz, w -> b\nr, e -> s\ne, k -> e\nj, x -> z\nInitial state:\nr, e, e, k, i, q, r, b, n, z, w, s, x, c, t, p, p, k, k, q, t, i, i, u, x, v, a, y", "label": {"final": ["s", "e", "h", "r", "b", "n", "b", "s", "x", "c", "x", "f", "k", "q", "t", "i", "i", "r", "v", "a", "y"], "init": ["r", "e", "e", "k", "i", "q", "r", "b", "n", "z", "w", "s", "x", "c", "t", "p", "p", "k", "k", "q", "t", "i", "i", "u", "x", "v", "a", "y"], "intermediate": [["r", "e", "e", "k", "i", "q", "r", "b", "n", "z", "w", "s", "x", "c", "t", "p", "p", "k", "k", "q", "t", "i", "i", "r", "v", "a", "y"], ["r", "e", "e", "k", "i", "q", "r", "b", "n", "z", "w", "s", "x", "c", "t", "p", "f", "k", "q", "t", "i", "i", "r", "v", "a", "y"], ["r", "e", "e", "k", "i", "q", "r", "b", "n", "z", "w", "s", "x", "c", "x", "f", "k", "q", "t", "i", "i", "r", "v", "a", "y"], ["r", "e", "e", "k", "i", "q", "r", "b", "n", "b", "s", "x", "c", "x", "f", "k", "q", "t", "i", "i", "r", "v", "a", "y"], ["r", "e", "e", "k", "h", "r", "b", "n", "b", "s", "x", "c", "x", "f", "k", "q", "t", "i", "i", "r", "v", "a", "y"], ["r", "e", "e", "h", "r", "b", "n", "b", "s", "x", "c", "x", "f", "k", "q", "t", "i", "i", "r", "v", "a", "y"]]}, "config": {"initial_state": "reekiqrbnzwsxctppkkqtiiuxvay", "length": 28, "num_rules": 9, "num_steps": 7, "rules": ["t, p -> x", "u, x -> r", "p, k -> f", "i, q -> h", "x, y -> a", "z, w -> b", "r, e -> s", "e, k -> e", "j, x -> z"]}, "task_name": "task10", "example_name": "0054", "problem_name": "task10_0054"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nd, t -> o\no, g -> b\nl, b -> n\na, i -> p\ns, q -> y\nl, z -> g\nz, n -> l\nInitial state:\nb, d, t, l, z, z, n, w, h, z, n, b, z, o, s, q, n, j, h, i, t, v, k, i", "label": {"final": ["b", "b", "l", "w", "h", "n", "z", "o", "y", "n", "j", "h", "i", "t", "v", "k", "i"], "init": ["b", "d", "t", "l", "z", "z", "n", "w", "h", "z", "n", "b", "z", "o", "s", "q", "n", "j", "h", "i", "t", "v", "k", "i"], "intermediate": [["b", "d", "t", "l", "z", "z", "n", "w", "h", "z", "n", "b", "z", "o", "y", "n", "j", "h", "i", "t", "v", "k", "i"], ["b", "d", "t", "l", "z", "z", "n", "w", "h", "l", "b", "z", "o", "y", "n", "j", "h", "i", "t", "v", "k", "i"], ["b", "d", "t", "l", "z", "z", "n", "w", "h", "n", "z", "o", "y", "n", "j", "h", "i", "t", "v", "k", "i"], ["b", "d", "t", "l", "z", "l", "w", "h", "n", "z", "o", "y", "n", "j", "h", "i", "t", "v", "k", "i"], ["b", "d", "t", "g", "l", "w", "h", "n", "z", "o", "y", "n", "j", "h", "i", "t", "v", "k", "i"], ["b", "o", "g", "l", "w", "h", "n", "z", "o", "y", "n", "j", "h", "i", "t", "v", "k", "i"]]}, "config": {"initial_state": "bdtlzznwhznbzosqnjhitvki", "length": 24, "num_rules": 7, "num_steps": 7, "rules": ["d, t -> o", "o, g -> b", "l, b -> n", "a, i -> p", "s, q -> y", "l, z -> g", "z, n -> l"]}, "task_name": "task10", "example_name": "0055", "problem_name": "task10_0055"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ns, z -> m\nq, q -> p\nt, m -> d\nl, u -> r\nx, q -> m\nx, r -> n\nj, f -> x\no, w -> q\ni, v -> g\nInitial state:\ng, m, o, w, q, t, s, z, d, j, f, r, z, a, t, l, u, r", "label": {"final": ["g", "m", "p", "d", "d", "n", "z", "a", "t", "r", "r"], "init": ["g", "m", "o", "w", "q", "t", "s", "z", "d", "j", "f", "r", "z", "a", "t", "l", "u", "r"], "intermediate": [["g", "m", "o", "w", "q", "t", "s", "z", "d", "j", "f", "r", "z", "a", "t", "r", "r"], ["g", "m", "o", "w", "q", "t", "s", "z", "d", "x", "r", "z", "a", "t", "r", "r"], ["g", "m", "o", "w", "q", "t", "s", "z", "d", "n", "z", "a", "t", "r", "r"], ["g", "m", "o", "w", "q", "t", "m", "d", "n", "z", "a", "t", "r", "r"], ["g", "m", "o", "w", "q", "d", "d", "n", "z", "a", "t", "r", "r"], ["g", "m", "q", "q", "d", "d", "n", "z", "a", "t", "r", "r"]]}, "config": {"initial_state": "gmowqtszdjfrzatlur", "length": 18, "num_rules": 9, "num_steps": 7, "rules": ["s, z -> m", "q, q -> p", "t, m -> d", "l, u -> r", "x, q -> m", "x, r -> n", "j, f -> x", "o, w -> q", "i, v -> g"]}, "task_name": "task10", "example_name": "0056", "problem_name": "task10_0056"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nt, f -> o\nm, p -> y\ne, g -> u\nw, x -> o\nq, x -> h\ni, r -> q\nb, e -> s\nl, q -> q\nf, q -> b\nInitial state:\nt, f, t, j, b, e, l, i, r, x, u, y, f, q, e, f, r, m, p, y, i", "label": {"final": ["o", "t", "j", "s", "l", "h", "u", "y", "s", "f", "r", "y", "y", "i"], "init": ["t", "f", "t", "j", "b", "e", "l", "i", "r", "x", "u", "y", "f", "q", "e", "f", "r", "m", "p", "y", "i"], "intermediate": [["t", "f", "t", "j", "b", "e", "l", "i", "r", "x", "u", "y", "f", "q", "e", "f", "r", "y", "y", "i"], ["t", "f", "t", "j", "b", "e", "l", "i", "r", "x", "u", "y", "b", "e", "f", "r", "y", "y", "i"], ["t", "f", "t", "j", "b", "e", "l", "i", "r", "x", "u", "y", "s", "f", "r", "y", "y", "i"], ["t", "f", "t", "j", "b", "e", "l", "q", "x", "u", "y", "s", "f", "r", "y", "y", "i"], ["t", "f", "t", "j", "b", "e", "l", "h", "u", "y", "s", "f", "r", "y", "y", "i"], ["t", "f", "t", "j", "s", "l", "h", "u", "y", "s", "f", "r", "y", "y", "i"]]}, "config": {"initial_state": "tftjbelirxuyfqefrmpyi", "length": 21, "num_rules": 9, "num_steps": 7, "rules": ["t, f -> o", "m, p -> y", "e, g -> u", "w, x -> o", "q, x -> h", "i, r -> q", "b, e -> s", "l, q -> q", "f, q -> b"]}, "task_name": "task10", "example_name": "0057", "problem_name": "task10_0057"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ns, b -> d\nn, y -> i\nf, j -> o\nb, r -> a\nn, b -> f\ng, v -> x\ns, a -> s\nInitial state:\nf, t, l, p, f, i, e, z, s, b, s, b, r, n, b, j, s, a, v, e, i, r, l, z, n, y", "label": {"final": ["f", "t", "l", "p", "f", "i", "e", "z", "d", "s", "o", "s", "v", "e", "i", "r", "l", "z", "i"], "init": ["f", "t", "l", "p", "f", "i", "e", "z", "s", "b", "s", "b", "r", "n", "b", "j", "s", "a", "v", "e", "i", "r", "l", "z", "n", "y"], "intermediate": [["f", "t", "l", "p", "f", "i", "e", "z", "s", "b", "s", "b", "r", "n", "b", "j", "s", "a", "v", "e", "i", "r", "l", "z", "i"], ["f", "t", "l", "p", "f", "i", "e", "z", "s", "b", "s", "b", "r", "n", "b", "j", "s", "v", "e", "i", "r", "l", "z", "i"], ["f", "t", "l", "p", "f", "i", "e", "z", "s", "b", "s", "b", "r", "f", "j", "s", "v", "e", "i", "r", "l", "z", "i"], ["f", "t", "l", "p", "f", "i", "e", "z", "s", "b", "s", "b", "r", "o", "s", "v", "e", "i", "r", "l", "z", "i"], ["f", "t", "l", "p", "f", "i", "e", "z", "s", "b", "s", "a", "o", "s", "v", "e", "i", "r", "l", "z", "i"], ["f", "t", "l", "p", "f", "i", "e", "z", "s", "b", "s", "o", "s", "v", "e", "i", "r", "l", "z", "i"]]}, "config": {"initial_state": "ftlpfiezsbsbrnbjsaveirlzny", "length": 26, "num_rules": 7, "num_steps": 7, "rules": ["s, b -> d", "n, y -> i", "f, j -> o", "b, r -> a", "n, b -> f", "g, v -> x", "s, a -> s"]}, "task_name": "task10", "example_name": "0058", "problem_name": "task10_0058"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nr, q -> i\na, t -> m\nq, i -> l\na, l -> b\ni, q -> r\nr, b -> y\no, v -> y\nq, r -> i\nj, r -> v\nInitial state:\nb, a, q, i, a, t, s, d, e, z, f, q, o, j, r, g, r, q, i, q", "label": {"final": ["b", "b", "m", "s", "d", "e", "z", "f", "q", "y", "g", "r", "i"], "init": ["b", "a", "q", "i", "a", "t", "s", "d", "e", "z", "f", "q", "o", "j", "r", "g", "r", "q", "i", "q"], "intermediate": [["b", "a", "q", "i", "a", "t", "s", "d", "e", "z", "f", "q", "o", "j", "r", "g", "r", "q", "r"], ["b", "a", "q", "i", "a", "t", "s", "d", "e", "z", "f", "q", "o", "j", "r", "g", "r", "i"], ["b", "a", "q", "i", "a", "t", "s", "d", "e", "z", "f", "q", "o", "v", "g", "r", "i"], ["b", "a", "q", "i", "a", "t", "s", "d", "e", "z", "f", "q", "y", "g", "r", "i"], ["b", "a", "q", "i", "m", "s", "d", "e", "z", "f", "q", "y", "g", "r", "i"], ["b", "a", "l", "m", "s", "d", "e", "z", "f", "q", "y", "g", "r", "i"]]}, "config": {"initial_state": "baqiatsdezfqojrgrqiq", "length": 20, "num_rules": 9, "num_steps": 7, "rules": ["r, q -> i", "a, t -> m", "q, i -> l", "a, l -> b", "i, q -> r", "r, b -> y", "o, v -> y", "q, r -> i", "j, r -> v"]}, "task_name": "task10", "example_name": "0059", "problem_name": "task10_0059"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ny, l -> v\ne, l -> b\nx, w -> g\nv, w -> b\nb, h -> n\ns, c -> h\nk, v -> e\np, q -> y\nw, o -> l\ng, r -> w\nInitial state:\nu, x, w, r, e, l, f, c, v, v, w, s, k, p, q, w, o", "label": {"final": ["u", "w", "b", "f", "c", "v", "b", "s", "e"], "init": ["u", "x", "w", "r", "e", "l", "f", "c", "v", "v", "w", "s", "k", "p", "q", "w", "o"], "intermediate": [["u", "x", "w", "r", "e", "l", "f", "c", "v", "v", "w", "s", "k", "p", "q", "l"], ["u", "x", "w", "r", "e", "l", "f", "c", "v", "v", "w", "s", "k", "y", "l"], ["u", "x", "w", "r", "e", "l", "f", "c", "v", "v", "w", "s", "k", "v"], ["u", "x", "w", "r", "e", "l", "f", "c", "v", "v", "w", "s", "e"], ["u", "x", "w", "r", "e", "l", "f", "c", "v", "b", "s", "e"], ["u", "x", "w", "r", "b", "f", "c", "v", "b", "s", "e"], ["u", "g", "r", "b", "f", "c", "v", "b", "s", "e"]]}, "config": {"initial_state": "uxwrelfcvvwskpqwo", "length": 17, "num_rules": 10, "num_steps": 8, "rules": ["y, l -> v", "e, l -> b", "x, w -> g", "v, w -> b", "b, h -> n", "s, c -> h", "k, v -> e", "p, q -> y", "w, o -> l", "g, r -> w"]}, "task_name": "task10", "example_name": "0060", "problem_name": "task10_0060"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nk, r -> c\nr, g -> d\nu, p -> b\ny, w -> c\ne, r -> a\nz, o -> m\na, x -> z\nl, y -> r\na, d -> y\nc, p -> a\nInitial state:\ns, u, y, w, a, g, v, u, s, v, i, e, l, y, d, o, u, i, b, t, y, c, p, k, r, a, x, o", "label": {"final": ["s", "u", "c", "a", "g", "v", "u", "s", "v", "i", "y", "o", "u", "i", "b", "t", "y", "a", "c", "m"], "init": ["s", "u", "y", "w", "a", "g", "v", "u", "s", "v", "i", "e", "l", "y", "d", "o", "u", "i", "b", "t", "y", "c", "p", "k", "r", "a", "x", "o"], "intermediate": [["s", "u", "y", "w", "a", "g", "v", "u", "s", "v", "i", "e", "l", "y", "d", "o", "u", "i", "b", "t", "y", "c", "p", "k", "r", "z", "o"], ["s", "u", "y", "w", "a", "g", "v", "u", "s", "v", "i", "e", "l", "y", "d", "o", "u", "i", "b", "t", "y", "c", "p", "k", "r", "m"], ["s", "u", "y", "w", "a", "g", "v", "u", "s", "v", "i", "e", "l", "y", "d", "o", "u", "i", "b", "t", "y", "c", "p", "c", "m"], ["s", "u", "y", "w", "a", "g", "v", "u", "s", "v", "i", "e", "l", "y", "d", "o", "u", "i", "b", "t", "y", "a", "c", "m"], ["s", "u", "y", "w", "a", "g", "v", "u", "s", "v", "i", "e", "r", "d", "o", "u", "i", "b", "t", "y", "a", "c", "m"], ["s", "u", "y", "w", "a", "g", "v", "u", "s", "v", "i", "a", "d", "o", "u", "i", "b", "t", "y", "a", "c", "m"], ["s", "u", "y", "w", "a", "g", "v", "u", "s", "v", "i", "y", "o", "u", "i", "b", "t", "y", "a", "c", "m"]]}, "config": {"initial_state": "suywagvusvielydouibtycpkraxo", "length": 28, "num_rules": 10, "num_steps": 8, "rules": ["k, r -> c", "r, g -> d", "u, p -> b", "y, w -> c", "e, r -> a", "z, o -> m", "a, x -> z", "l, y -> r", "a, d -> y", "c, p -> a"]}, "task_name": "task10", "example_name": "0061", "problem_name": "task10_0061"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nn, n -> m\nb, v -> t\ny, b -> y\nr, q -> n\nb, i -> c\nf, y -> f\nq, t -> j\ns, b -> r\nq, m -> t\nb, s -> b\nInitial state:\nq, r, q, n, t, f, y, b, q, t, s, b, s, b", "label": {"final": ["t", "t", "f", "j", "r", "r"], "init": ["q", "r", "q", "n", "t", "f", "y", "b", "q", "t", "s", "b", "s", "b"], "intermediate": [["q", "r", "q", "n", "t", "f", "y", "b", "q", "t", "s", "b", "r"], ["q", "r", "q", "n", "t", "f", "y", "b", "q", "t", "r", "r"], ["q", "r", "q", "n", "t", "f", "y", "b", "j", "r", "r"], ["q", "r", "q", "n", "t", "f", "y", "j", "r", "r"], ["q", "r", "q", "n", "t", "f", "j", "r", "r"], ["q", "n", "n", "t", "f", "j", "r", "r"], ["q", "m", "t", "f", "j", "r", "r"]]}, "config": {"initial_state": "qrqntfybqtsbsb", "length": 14, "num_rules": 10, "num_steps": 8, "rules": ["n, n -> m", "b, v -> t", "y, b -> y", "r, q -> n", "b, i -> c", "f, y -> f", "q, t -> j", "s, b -> r", "q, m -> t", "b, s -> b"]}, "task_name": "task10", "example_name": "0062", "problem_name": "task10_0062"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nh, t -> g\nk, c -> w\ng, k -> l\nr, l -> q\no, h -> t\nh, l -> l\nd, v -> k\nb, c -> f\nu, g -> k\nu, k -> b\nq, f -> g\ng, r -> k\np, k -> r\nInitial state:\nt, q, u, k, c, r, r, h, o, h, p, k, h, g, d, v", "label": {"final": ["t", "q", "u", "w", "r", "r", "g", "q"], "init": ["t", "q", "u", "k", "c", "r", "r", "h", "o", "h", "p", "k", "h", "g", "d", "v"], "intermediate": [["t", "q", "u", "k", "c", "r", "r", "h", "o", "h", "p", "k", "h", "g", "k"], ["t", "q", "u", "k", "c", "r", "r", "h", "o", "h", "p", "k", "h", "l"], ["t", "q", "u", "k", "c", "r", "r", "h", "o", "h", "p", "k", "l"], ["t", "q", "u", "k", "c", "r", "r", "h", "o", "h", "r", "l"], ["t", "q", "u", "k", "c", "r", "r", "h", "o", "h", "q"], ["t", "q", "u", "k", "c", "r", "r", "h", "t", "q"], ["t", "q", "u", "k", "c", "r", "r", "g", "q"]]}, "config": {"initial_state": "tqukcrrhohpkhgdv", "length": 16, "num_rules": 13, "num_steps": 8, "rules": ["h, t -> g", "k, c -> w", "g, k -> l", "r, l -> q", "o, h -> t", "h, l -> l", "d, v -> k", "b, c -> f", "u, g -> k", "u, k -> b", "q, f -> g", "g, r -> k", "p, k -> r"]}, "task_name": "task10", "example_name": "0063", "problem_name": "task10_0063"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nt, v -> b\nb, c -> l\nn, j -> p\nm, v -> z\nk, z -> h\ns, h -> i\no, y -> p\ns, e -> v\nh, y -> l\nh, e -> s\nInitial state:\nk, m, v, e, h, u, t, s, e, b, d, n, j, u, p, b, c, l", "label": {"final": ["i", "u", "b", "b", "d", "p", "u", "p", "l", "l"], "init": ["k", "m", "v", "e", "h", "u", "t", "s", "e", "b", "d", "n", "j", "u", "p", "b", "c", "l"], "intermediate": [["k", "m", "v", "e", "h", "u", "t", "s", "e", "b", "d", "n", "j", "u", "p", "l", "l"], ["k", "m", "v", "e", "h", "u", "t", "s", "e", "b", "d", "p", "u", "p", "l", "l"], ["k", "m", "v", "e", "h", "u", "t", "v", "b", "d", "p", "u", "p", "l", "l"], ["k", "m", "v", "e", "h", "u", "b", "b", "d", "p", "u", "p", "l", "l"], ["k", "z", "e", "h", "u", "b", "b", "d", "p", "u", "p", "l", "l"], ["h", "e", "h", "u", "b", "b", "d", "p", "u", "p", "l", "l"], ["s", "h", "u", "b", "b", "d", "p", "u", "p", "l", "l"]]}, "config": {"initial_state": "kmvehutsebdnjupbcl", "length": 18, "num_rules": 10, "num_steps": 8, "rules": ["t, v -> b", "b, c -> l", "n, j -> p", "m, v -> z", "k, z -> h", "s, h -> i", "o, y -> p", "s, e -> v", "h, y -> l", "h, e -> s"]}, "task_name": "task10", "example_name": "0064", "problem_name": "task10_0064"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ng, n -> e\ne, k -> x\no, n -> o\nz, l -> q\nx, d -> x\nq, k -> o\ne, r -> x\nt, n -> d\nn, r -> t\nx, t -> f\nl, n -> n\nf, d -> n\nInitial state:\ne, r, u, x, t, t, n, r, h, o, n, q, k, g, n, k, d", "label": {"final": ["x", "u", "f", "t", "t", "h", "o", "o", "x"], "init": ["e", "r", "u", "x", "t", "t", "n", "r", "h", "o", "n", "q", "k", "g", "n", "k", "d"], "intermediate": [["e", "r", "u", "x", "t", "t", "n", "r", "h", "o", "n", "q", "k", "e", "k", "d"], ["e", "r", "u", "x", "t", "t", "n", "r", "h", "o", "n", "q", "k", "x", "d"], ["e", "r", "u", "x", "t", "t", "n", "r", "h", "o", "n", "q", "k", "x"], ["e", "r", "u", "x", "t", "t", "n", "r", "h", "o", "n", "o", "x"], ["e", "r", "u", "x", "t", "t", "n", "r", "h", "o", "o", "x"], ["e", "r", "u", "x", "t", "t", "t", "h", "o", "o", "x"], ["e", "r", "u", "f", "t", "t", "h", "o", "o", "x"]]}, "config": {"initial_state": "eruxttnrhonqkgnkd", "length": 17, "num_rules": 12, "num_steps": 8, "rules": ["g, n -> e", "e, k -> x", "o, n -> o", "z, l -> q", "x, d -> x", "q, k -> o", "e, r -> x", "t, n -> d", "n, r -> t", "x, t -> f", "l, n -> n", "f, d -> n"]}, "task_name": "task10", "example_name": "0065", "problem_name": "task10_0065"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nr, e -> c\ny, q -> t\nv, g -> z\nj, z -> e\nh, a -> h\na, i -> u\ng, n -> t\nh, v -> k\nj, c -> i\no, u -> m\nInitial state:\nj, r, j, z, g, n, v, g, n, c, j, a, i, h, a, y, q", "label": {"final": ["i", "t", "v", "t", "c", "j", "u", "h", "t"], "init": ["j", "r", "j", "z", "g", "n", "v", "g", "n", "c", "j", "a", "i", "h", "a", "y", "q"], "intermediate": [["j", "r", "j", "z", "g", "n", "v", "g", "n", "c", "j", "a", "i", "h", "a", "t"], ["j", "r", "j", "z", "g", "n", "v", "g", "n", "c", "j", "a", "i", "h", "t"], ["j", "r", "j", "z", "g", "n", "v", "g", "n", "c", "j", "u", "h", "t"], ["j", "r", "j", "z", "g", "n", "v", "t", "c", "j", "u", "h", "t"], ["j", "r", "j", "z", "t", "v", "t", "c", "j", "u", "h", "t"], ["j", "r", "e", "t", "v", "t", "c", "j", "u", "h", "t"], ["j", "c", "t", "v", "t", "c", "j", "u", "h", "t"]]}, "config": {"initial_state": "jrjzgnvgncjaihayq", "length": 17, "num_rules": 10, "num_steps": 8, "rules": ["r, e -> c", "y, q -> t", "v, g -> z", "j, z -> e", "h, a -> h", "a, i -> u", "g, n -> t", "h, v -> k", "j, c -> i", "o, u -> m"]}, "task_name": "task10", "example_name": "0066", "problem_name": "task10_0066"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ny, i -> s\ni, b -> s\nr, x -> e\ne, r -> k\nm, j -> w\nj, d -> r\nx, h -> h\ns, u -> p\ns, s -> n\nInitial state:\nb, l, k, z, a, f, a, b, r, x, a, i, b, y, i, s, g, i, m, j, l, e, r, e, j, d", "label": {"final": ["b", "l", "k", "z", "a", "f", "a", "b", "e", "a", "s", "n", "g", "i", "w", "l", "k", "k"], "init": ["b", "l", "k", "z", "a", "f", "a", "b", "r", "x", "a", "i", "b", "y", "i", "s", "g", "i", "m", "j", "l", "e", "r", "e", "j", "d"], "intermediate": [["b", "l", "k", "z", "a", "f", "a", "b", "r", "x", "a", "i", "b", "y", "i", "s", "g", "i", "m", "j", "l", "e", "r", "e", "r"], ["b", "l", "k", "z", "a", "f", "a", "b", "r", "x", "a", "i", "b", "y", "i", "s", "g", "i", "m", "j", "l", "e", "r", "k"], ["b", "l", "k", "z", "a", "f", "a", "b", "r", "x", "a", "i", "b", "y", "i", "s", "g", "i", "m", "j", "l", "k", "k"], ["b", "l", "k", "z", "a", "f", "a", "b", "r", "x", "a", "i", "b", "y", "i", "s", "g", "i", "w", "l", "k", "k"], ["b", "l", "k", "z", "a", "f", "a", "b", "r", "x", "a", "i", "b", "s", "s", "g", "i", "w", "l", "k", "k"], ["b", "l", "k", "z", "a", "f", "a", "b", "r", "x", "a", "i", "b", "n", "g", "i", "w", "l", "k", "k"], ["b", "l", "k", "z", "a", "f", "a", "b", "r", "x", "a", "s", "n", "g", "i", "w", "l", "k", "k"]]}, "config": {"initial_state": "blkzafabrxaibyisgimjlerejd", "length": 26, "num_rules": 9, "num_steps": 8, "rules": ["y, i -> s", "i, b -> s", "r, x -> e", "e, r -> k", "m, j -> w", "j, d -> r", "x, h -> h", "s, u -> p", "s, s -> n"]}, "task_name": "task10", "example_name": "0067", "problem_name": "task10_0067"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nw, v -> n\nq, p -> g\ne, a -> m\nf, n -> v\nb, c -> e\ne, w -> v\ni, h -> d\ni, v -> c\nx, x -> b\nj, d -> f\nInitial state:\na, j, d, n, b, c, y, q, p, h, i, h, j, w, v, i, e, w", "label": {"final": ["a", "v", "e", "y", "g", "h", "d", "j", "n", "c"], "init": ["a", "j", "d", "n", "b", "c", "y", "q", "p", "h", "i", "h", "j", "w", "v", "i", "e", "w"], "intermediate": [["a", "j", "d", "n", "b", "c", "y", "q", "p", "h", "i", "h", "j", "w", "v", "i", "v"], ["a", "j", "d", "n", "b", "c", "y", "q", "p", "h", "i", "h", "j", "w", "v", "c"], ["a", "j", "d", "n", "b", "c", "y", "q", "p", "h", "i", "h", "j", "n", "c"], ["a", "j", "d", "n", "b", "c", "y", "q", "p", "h", "d", "j", "n", "c"], ["a", "j", "d", "n", "b", "c", "y", "g", "h", "d", "j", "n", "c"], ["a", "j", "d", "n", "e", "y", "g", "h", "d", "j", "n", "c"], ["a", "f", "n", "e", "y", "g", "h", "d", "j", "n", "c"]]}, "config": {"initial_state": "ajdnbcyqphihjwview", "length": 18, "num_rules": 10, "num_steps": 8, "rules": ["w, v -> n", "q, p -> g", "e, a -> m", "f, n -> v", "b, c -> e", "e, w -> v", "i, h -> d", "i, v -> c", "x, x -> b", "j, d -> f"]}, "task_name": "task10", "example_name": "0068", "problem_name": "task10_0068"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\no, r -> s\np, j -> f\nx, j -> u\nx, q -> f\nw, g -> u\nv, n -> x\na, f -> j\ny, s -> x\ny, f -> p\nb, m -> w\nj, w -> g\nInitial state:\ng, y, s, j, v, q, x, j, a, p, j, b, m, y, v, n, q", "label": {"final": ["g", "u", "v", "q", "u", "a", "p", "g", "p"], "init": ["g", "y", "s", "j", "v", "q", "x", "j", "a", "p", "j", "b", "m", "y", "v", "n", "q"], "intermediate": [["g", "y", "s", "j", "v", "q", "x", "j", "a", "p", "j", "b", "m", "y", "x", "q"], ["g", "y", "s", "j", "v", "q", "x", "j", "a", "p", "j", "b", "m", "y", "f"], ["g", "y", "s", "j", "v", "q", "x", "j", "a", "p", "j", "b", "m", "p"], ["g", "y", "s", "j", "v", "q", "x", "j", "a", "p", "j", "w", "p"], ["g", "y", "s", "j", "v", "q", "x", "j", "a", "p", "g", "p"], ["g", "y", "s", "j", "v", "q", "u", "a", "p", "g", "p"], ["g", "x", "j", "v", "q", "u", "a", "p", "g", "p"]]}, "config": {"initial_state": "gysjvqxjapjbmyvnq", "length": 17, "num_rules": 11, "num_steps": 8, "rules": ["o, r -> s", "p, j -> f", "x, j -> u", "x, q -> f", "w, g -> u", "v, n -> x", "a, f -> j", "y, s -> x", "y, f -> p", "b, m -> w", "j, w -> g"]}, "task_name": "task10", "example_name": "0069", "problem_name": "task10_0069"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nf, g -> t\nc, e -> n\nu, t -> q\ng, c -> m\na, c -> q\nj, a -> f\ny, x -> y\nq, m -> u\nl, y -> u\nt, n -> v\nInitial state:\na, d, w, i, j, a, l, y, t, f, q, g, c, t, n, f, g, c, e, b, t", "label": {"final": ["a", "d", "w", "i", "f", "q", "f", "u", "v", "v", "b", "t"], "init": ["a", "d", "w", "i", "j", "a", "l", "y", "t", "f", "q", "g", "c", "t", "n", "f", "g", "c", "e", "b", "t"], "intermediate": [["a", "d", "w", "i", "j", "a", "l", "y", "t", "f", "q", "g", "c", "t", "n", "f", "g", "n", "b", "t"], ["a", "d", "w", "i", "j", "a", "l", "y", "t", "f", "q", "g", "c", "t", "n", "t", "n", "b", "t"], ["a", "d", "w", "i", "j", "a", "l", "y", "t", "f", "q", "g", "c", "t", "n", "v", "b", "t"], ["a", "d", "w", "i", "j", "a", "l", "y", "t", "f", "q", "g", "c", "v", "v", "b", "t"], ["a", "d", "w", "i", "j", "a", "l", "y", "t", "f", "q", "m", "v", "v", "b", "t"], ["a", "d", "w", "i", "j", "a", "l", "y", "t", "f", "u", "v", "v", "b", "t"], ["a", "d", "w", "i", "j", "a", "u", "t", "f", "u", "v", "v", "b", "t"], ["a", "d", "w", "i", "j", "a", "q", "f", "u", "v", "v", "b", "t"]]}, "config": {"initial_state": "adwijalytfqgctnfgcebt", "length": 21, "num_rules": 10, "num_steps": 9, "rules": ["f, g -> t", "c, e -> n", "u, t -> q", "g, c -> m", "a, c -> q", "j, a -> f", "y, x -> y", "q, m -> u", "l, y -> u", "t, n -> v"]}, "task_name": "task10", "example_name": "0070", "problem_name": "task10_0070"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nz, q -> u\nb, v -> k\nz, x -> e\ne, e -> y\na, e -> m\na, m -> t\nb, e -> q\nu, c -> e\nf, w -> p\nm, m -> t\nInitial state:\nq, k, r, e, a, e, m, d, a, m, z, z, x, e, b, u, c, z, f, w, w, c, s, u, c, u, e", "label": {"final": ["q", "k", "r", "e", "t", "d", "t", "z", "y", "q", "z", "p", "w", "c", "s", "e", "u", "e"], "init": ["q", "k", "r", "e", "a", "e", "m", "d", "a", "m", "z", "z", "x", "e", "b", "u", "c", "z", "f", "w", "w", "c", "s", "u", "c", "u", "e"], "intermediate": [["q", "k", "r", "e", "a", "e", "m", "d", "a", "m", "z", "z", "x", "e", "b", "u", "c", "z", "f", "w", "w", "c", "s", "e", "u", "e"], ["q", "k", "r", "e", "a", "e", "m", "d", "a", "m", "z", "z", "x", "e", "b", "u", "c", "z", "p", "w", "c", "s", "e", "u", "e"], ["q", "k", "r", "e", "a", "e", "m", "d", "a", "m", "z", "z", "x", "e", "b", "e", "z", "p", "w", "c", "s", "e", "u", "e"], ["q", "k", "r", "e", "a", "e", "m", "d", "a", "m", "z", "z", "x", "e", "q", "z", "p", "w", "c", "s", "e", "u", "e"], ["q", "k", "r", "e", "a", "e", "m", "d", "a", "m", "z", "e", "e", "q", "z", "p", "w", "c", "s", "e", "u", "e"], ["q", "k", "r", "e", "a", "e", "m", "d", "a", "m", "z", "y", "q", "z", "p", "w", "c", "s", "e", "u", "e"], ["q", "k", "r", "e", "a", "e", "m", "d", "t", "z", "y", "q", "z", "p", "w", "c", "s", "e", "u", "e"], ["q", "k", "r", "e", "m", "m", "d", "t", "z", "y", "q", "z", "p", "w", "c", "s", "e", "u", "e"]]}, "config": {"initial_state": "qkreaemdamzzxebuczfwwcsucue", "length": 27, "num_rules": 10, "num_steps": 9, "rules": ["z, q -> u", "b, v -> k", "z, x -> e", "e, e -> y", "a, e -> m", "a, m -> t", "b, e -> q", "u, c -> e", "f, w -> p", "m, m -> t"]}, "task_name": "task10", "example_name": "0071", "problem_name": "task10_0071"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nv, p -> e\nb, h -> t\nt, f -> d\ne, v -> t\ns, g -> i\nd, t -> n\nh, u -> x\np, l -> i\nd, u -> v\ng, r -> d\ns, p -> o\nInitial state:\nv, p, d, u, f, t, r, s, g, g, x, a, k, m, h, u, c, w, c, u, c, g, r, p, l, r, i, m, a", "label": {"final": ["n", "r", "i", "g", "x", "a", "k", "m", "x", "c", "w", "c", "u", "c", "d", "i", "r", "i", "m", "a"], "init": ["v", "p", "d", "u", "f", "t", "r", "s", "g", "g", "x", "a", "k", "m", "h", "u", "c", "w", "c", "u", "c", "g", "r", "p", "l", "r", "i", "m", "a"], "intermediate": [["v", "p", "d", "u", "f", "t", "r", "s", "g", "g", "x", "a", "k", "m", "h", "u", "c", "w", "c", "u", "c", "g", "r", "i", "r", "i", "m", "a"], ["v", "p", "d", "u", "f", "t", "r", "s", "g", "g", "x", "a", "k", "m", "h", "u", "c", "w", "c", "u", "c", "d", "i", "r", "i", "m", "a"], ["v", "p", "d", "u", "f", "t", "r", "s", "g", "g", "x", "a", "k", "m", "x", "c", "w", "c", "u", "c", "d", "i", "r", "i", "m", "a"], ["v", "p", "d", "u", "f", "t", "r", "i", "g", "x", "a", "k", "m", "x", "c", "w", "c", "u", "c", "d", "i", "r", "i", "m", "a"], ["v", "p", "v", "f", "t", "r", "i", "g", "x", "a", "k", "m", "x", "c", "w", "c", "u", "c", "d", "i", "r", "i", "m", "a"], ["e", "v", "f", "t", "r", "i", "g", "x", "a", "k", "m", "x", "c", "w", "c", "u", "c", "d", "i", "r", "i", "m", "a"], ["t", "f", "t", "r", "i", "g", "x", "a", "k", "m", "x", "c", "w", "c", "u", "c", "d", "i", "r", "i", "m", "a"], ["d", "t", "r", "i", "g", "x", "a", "k", "m", "x", "c", "w", "c", "u", "c", "d", "i", "r", "i", "m", "a"]]}, "config": {"initial_state": "vpduftrsggxakmhucwcucgrplrima", "length": 29, "num_rules": 11, "num_steps": 9, "rules": ["v, p -> e", "b, h -> t", "t, f -> d", "e, v -> t", "s, g -> i", "d, t -> n", "h, u -> x", "p, l -> i", "d, u -> v", "g, r -> d", "s, p -> o"]}, "task_name": "task10", "example_name": "0072", "problem_name": "task10_0072"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nr, a -> p\nw, m -> y\nd, u -> r\np, r -> s\nz, m -> n\ne, s -> r\nt, e -> q\nn, j -> c\no, t -> r\nf, o -> k\ns, r -> l\nInitial state:\nz, m, j, l, s, e, s, f, o, d, u, a, a, a, c, v, f, p, o, t, p", "label": {"final": ["c", "l", "l", "k", "p", "a", "a", "c", "v", "f", "s", "p"], "init": ["z", "m", "j", "l", "s", "e", "s", "f", "o", "d", "u", "a", "a", "a", "c", "v", "f", "p", "o", "t", "p"], "intermediate": [["z", "m", "j", "l", "s", "e", "s", "f", "o", "d", "u", "a", "a", "a", "c", "v", "f", "p", "r", "p"], ["z", "m", "j", "l", "s", "e", "s", "f", "o", "d", "u", "a", "a", "a", "c", "v", "f", "s", "p"], ["z", "m", "j", "l", "s", "e", "s", "f", "o", "r", "a", "a", "a", "c", "v", "f", "s", "p"], ["z", "m", "j", "l", "s", "e", "s", "f", "o", "p", "a", "a", "c", "v", "f", "s", "p"], ["z", "m", "j", "l", "s", "e", "s", "k", "p", "a", "a", "c", "v", "f", "s", "p"], ["z", "m", "j", "l", "s", "r", "k", "p", "a", "a", "c", "v", "f", "s", "p"], ["z", "m", "j", "l", "l", "k", "p", "a", "a", "c", "v", "f", "s", "p"], ["n", "j", "l", "l", "k", "p", "a", "a", "c", "v", "f", "s", "p"]]}, "config": {"initial_state": "zmjlsesfoduaaacvfpotp", "length": 21, "num_rules": 11, "num_steps": 9, "rules": ["r, a -> p", "w, m -> y", "d, u -> r", "p, r -> s", "z, m -> n", "e, s -> r", "t, e -> q", "n, j -> c", "o, t -> r", "f, o -> k", "s, r -> l"]}, "task_name": "task10", "example_name": "0073", "problem_name": "task10_0073"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nt, n -> c\nr, m -> j\nq, g -> o\nw, i -> k\nb, a -> f\na, p -> m\nk, r -> x\ny, q -> x\nb, m -> c\nf, s -> b\nf, x -> g\nm, x -> y\nInitial state:\nu, r, a, p, m, y, q, b, a, w, i, r, f, s, t, n, r", "label": {"final": ["u", "j", "m", "y", "o", "b", "c", "r"], "init": ["u", "r", "a", "p", "m", "y", "q", "b", "a", "w", "i", "r", "f", "s", "t", "n", "r"], "intermediate": [["u", "r", "a", "p", "m", "y", "q", "b", "a", "w", "i", "r", "f", "s", "c", "r"], ["u", "r", "a", "p", "m", "y", "q", "b", "a", "w", "i", "r", "b", "c", "r"], ["u", "r", "a", "p", "m", "y", "q", "b", "a", "k", "r", "b", "c", "r"], ["u", "r", "a", "p", "m", "y", "q", "b", "a", "x", "b", "c", "r"], ["u", "r", "a", "p", "m", "y", "q", "f", "x", "b", "c", "r"], ["u", "r", "a", "p", "m", "y", "q", "g", "b", "c", "r"], ["u", "r", "a", "p", "m", "y", "o", "b", "c", "r"], ["u", "r", "m", "m", "y", "o", "b", "c", "r"]]}, "config": {"initial_state": "urapmyqbawirfstnr", "length": 17, "num_rules": 12, "num_steps": 9, "rules": ["t, n -> c", "r, m -> j", "q, g -> o", "w, i -> k", "b, a -> f", "a, p -> m", "k, r -> x", "y, q -> x", "b, m -> c", "f, s -> b", "f, x -> g", "m, x -> y"]}, "task_name": "task10", "example_name": "0074", "problem_name": "task10_0074"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nw, t -> n\nl, n -> a\ns, l -> n\nc, v -> u\nh, d -> x\nx, h -> f\nv, f -> l\nw, o -> l\nj, l -> x\nx, b -> j\nd, h -> k\nn, j -> p\nInitial state:\nv, f, s, l, h, d, h, w, o, q, j, x, b, l, w, t, c, v, y, x, f, r", "label": {"final": ["a", "h", "k", "l", "q", "j", "j", "a", "u", "y", "x", "f", "r"], "init": ["v", "f", "s", "l", "h", "d", "h", "w", "o", "q", "j", "x", "b", "l", "w", "t", "c", "v", "y", "x", "f", "r"], "intermediate": [["v", "f", "s", "l", "h", "d", "h", "w", "o", "q", "j", "x", "b", "l", "w", "t", "u", "y", "x", "f", "r"], ["v", "f", "s", "l", "h", "d", "h", "w", "o", "q", "j", "x", "b", "l", "n", "u", "y", "x", "f", "r"], ["v", "f", "s", "l", "h", "d", "h", "w", "o", "q", "j", "x", "b", "a", "u", "y", "x", "f", "r"], ["v", "f", "s", "l", "h", "d", "h", "w", "o", "q", "j", "j", "a", "u", "y", "x", "f", "r"], ["v", "f", "s", "l", "h", "d", "h", "l", "q", "j", "j", "a", "u", "y", "x", "f", "r"], ["v", "f", "s", "l", "h", "k", "l", "q", "j", "j", "a", "u", "y", "x", "f", "r"], ["v", "f", "n", "h", "k", "l", "q", "j", "j", "a", "u", "y", "x", "f", "r"], ["l", "n", "h", "k", "l", "q", "j", "j", "a", "u", "y", "x", "f", "r"]]}, "config": {"initial_state": "vfslhdhwoqjxblwtcvyxfr", "length": 22, "num_rules": 12, "num_steps": 9, "rules": ["w, t -> n", "l, n -> a", "s, l -> n", "c, v -> u", "h, d -> x", "x, h -> f", "v, f -> l", "w, o -> l", "j, l -> x", "x, b -> j", "d, h -> k", "n, j -> p"]}, "task_name": "task10", "example_name": "0075", "problem_name": "task10_0075"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\na, h -> j\ng, g -> e\nq, s -> j\nj, q -> f\nc, g -> u\ni, g -> q\nr, z -> g\na, v -> d\no, u -> c\nc, w -> h\ne, t -> s\nw, q -> q\nz, b -> v\nInitial state:\ns, i, g, r, z, g, t, a, o, c, g, w, w, q", "label": {"final": ["s", "j", "a", "c", "q"], "init": ["s", "i", "g", "r", "z", "g", "t", "a", "o", "c", "g", "w", "w", "q"], "intermediate": [["s", "i", "g", "r", "z", "g", "t", "a", "o", "c", "g", "w", "q"], ["s", "i", "g", "r", "z", "g", "t", "a", "o", "c", "g", "q"], ["s", "i", "g", "r", "z", "g", "t", "a", "o", "u", "q"], ["s", "i", "g", "r", "z", "g", "t", "a", "c", "q"], ["s", "i", "g", "g", "g", "t", "a", "c", "q"], ["s", "i", "g", "e", "t", "a", "c", "q"], ["s", "i", "g", "s", "a", "c", "q"], ["s", "q", "s", "a", "c", "q"]]}, "config": {"initial_state": "sigrzgtaocgwwq", "length": 14, "num_rules": 13, "num_steps": 9, "rules": ["a, h -> j", "g, g -> e", "q, s -> j", "j, q -> f", "c, g -> u", "i, g -> q", "r, z -> g", "a, v -> d", "o, u -> c", "c, w -> h", "e, t -> s", "w, q -> q", "z, b -> v"]}, "task_name": "task10", "example_name": "0076", "problem_name": "task10_0076"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\np, c -> s\np, y -> w\nx, l -> h\nr, t -> c\nh, u -> p\ns, i -> p\nk, u -> j\ny, l -> z\nl, d -> g\nw, e -> r\nk, k -> d\nInitial state:\nj, c, f, n, l, r, i, n, h, u, w, e, t, i, y, l, h, b, g, u, d, a, x, l, l, d, k, k", "label": {"final": ["j", "c", "f", "n", "l", "r", "i", "n", "p", "z", "h", "b", "g", "u", "d", "a", "h", "g", "d"], "init": ["j", "c", "f", "n", "l", "r", "i", "n", "h", "u", "w", "e", "t", "i", "y", "l", "h", "b", "g", "u", "d", "a", "x", "l", "l", "d", "k", "k"], "intermediate": [["j", "c", "f", "n", "l", "r", "i", "n", "h", "u", "w", "e", "t", "i", "y", "l", "h", "b", "g", "u", "d", "a", "x", "l", "l", "d", "d"], ["j", "c", "f", "n", "l", "r", "i", "n", "h", "u", "w", "e", "t", "i", "y", "l", "h", "b", "g", "u", "d", "a", "x", "l", "g", "d"], ["j", "c", "f", "n", "l", "r", "i", "n", "h", "u", "w", "e", "t", "i", "y", "l", "h", "b", "g", "u", "d", "a", "h", "g", "d"], ["j", "c", "f", "n", "l", "r", "i", "n", "h", "u", "w", "e", "t", "i", "z", "h", "b", "g", "u", "d", "a", "h", "g", "d"], ["j", "c", "f", "n", "l", "r", "i", "n", "h", "u", "r", "t", "i", "z", "h", "b", "g", "u", "d", "a", "h", "g", "d"], ["j", "c", "f", "n", "l", "r", "i", "n", "h", "u", "c", "i", "z", "h", "b", "g", "u", "d", "a", "h", "g", "d"], ["j", "c", "f", "n", "l", "r", "i", "n", "p", "c", "i", "z", "h", "b", "g", "u", "d", "a", "h", "g", "d"], ["j", "c", "f", "n", "l", "r", "i", "n", "s", "i", "z", "h", "b", "g", "u", "d", "a", "h", "g", "d"]]}, "config": {"initial_state": "jcfnlrinhuwetiylhbgudaxlldkk", "length": 28, "num_rules": 11, "num_steps": 9, "rules": ["p, c -> s", "p, y -> w", "x, l -> h", "r, t -> c", "h, u -> p", "s, i -> p", "k, u -> j", "y, l -> z", "l, d -> g", "w, e -> r", "k, k -> d"]}, "task_name": "task10", "example_name": "0077", "problem_name": "task10_0077"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nl, n -> y\nw, i -> h\nl, j -> r\nu, k -> o\nw, q -> m\nq, y -> h\ns, n -> m\na, f -> s\nf, e -> z\nl, m -> u\nr, h -> u\nInitial state:\ns, s, l, u, l, n, u, e, q, y, l, a, f, n, k, l, j, w, i, g, c, m", "label": {"final": ["s", "s", "l", "u", "y", "u", "e", "h", "o", "u", "g", "c", "m"], "init": ["s", "s", "l", "u", "l", "n", "u", "e", "q", "y", "l", "a", "f", "n", "k", "l", "j", "w", "i", "g", "c", "m"], "intermediate": [["s", "s", "l", "u", "l", "n", "u", "e", "q", "y", "l", "a", "f", "n", "k", "l", "j", "h", "g", "c", "m"], ["s", "s", "l", "u", "l", "n", "u", "e", "q", "y", "l", "a", "f", "n", "k", "r", "h", "g", "c", "m"], ["s", "s", "l", "u", "l", "n", "u", "e", "q", "y", "l", "a", "f", "n", "k", "u", "g", "c", "m"], ["s", "s", "l", "u", "l", "n", "u", "e", "q", "y", "l", "s", "n", "k", "u", "g", "c", "m"], ["s", "s", "l", "u", "l", "n", "u", "e", "q", "y", "l", "m", "k", "u", "g", "c", "m"], ["s", "s", "l", "u", "l", "n", "u", "e", "q", "y", "u", "k", "u", "g", "c", "m"], ["s", "s", "l", "u", "l", "n", "u", "e", "q", "y", "o", "u", "g", "c", "m"], ["s", "s", "l", "u", "l", "n", "u", "e", "h", "o", "u", "g", "c", "m"]]}, "config": {"initial_state": "sslulnueqylafnkljwigcm", "length": 22, "num_rules": 11, "num_steps": 9, "rules": ["l, n -> y", "w, i -> h", "l, j -> r", "u, k -> o", "w, q -> m", "q, y -> h", "s, n -> m", "a, f -> s", "f, e -> z", "l, m -> u", "r, h -> u"]}, "task_name": "task10", "example_name": "0078", "problem_name": "task10_0078"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nl, z -> c\nh, v -> g\no, h -> s\nz, z -> u\ng, f -> x\nk, x -> f\nl, c -> g\ns, c -> h\nu, p -> f\nf, n -> z\ny, i -> o\nInitial state:\no, s, l, z, h, v, k, x, u, p, n, z, s, t", "label": {"final": ["s", "x", "u", "s", "t"], "init": ["o", "s", "l", "z", "h", "v", "k", "x", "u", "p", "n", "z", "s", "t"], "intermediate": [["o", "s", "l", "z", "h", "v", "k", "x", "f", "n", "z", "s", "t"], ["o", "s", "l", "z", "h", "v", "k", "x", "z", "z", "s", "t"], ["o", "s", "l", "z", "h", "v", "k", "x", "u", "s", "t"], ["o", "s", "l", "z", "h", "v", "f", "u", "s", "t"], ["o", "s", "l", "z", "g", "f", "u", "s", "t"], ["o", "s", "l", "z", "x", "u", "s", "t"], ["o", "s", "c", "x", "u", "s", "t"], ["o", "h", "x", "u", "s", "t"]]}, "config": {"initial_state": "oslzhvkxupnzst", "length": 14, "num_rules": 11, "num_steps": 9, "rules": ["l, z -> c", "h, v -> g", "o, h -> s", "z, z -> u", "g, f -> x", "k, x -> f", "l, c -> g", "s, c -> h", "u, p -> f", "f, n -> z", "y, i -> o"]}, "task_name": "task10", "example_name": "0079", "problem_name": "task10_0079"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nv, m -> e\nw, c -> c\nl, j -> l\nn, p -> i\ns, h -> s\na, l -> b\nq, p -> j\nb, s -> e\nn, n -> j\nr, i -> n\nj, l -> b\nj, k -> s\nInitial state:\nq, p, f, z, i, v, n, n, n, v, t, r, i, p, v, m, j, k, b, m, x, f, l, j, q, g, a, l, s, h", "label": {"final": ["j", "f", "z", "i", "v", "n", "j", "v", "t", "i", "e", "s", "b", "m", "x", "f", "l", "q", "g", "e"], "init": ["q", "p", "f", "z", "i", "v", "n", "n", "n", "v", "t", "r", "i", "p", "v", "m", "j", "k", "b", "m", "x", "f", "l", "j", "q", "g", "a", "l", "s", "h"], "intermediate": [["q", "p", "f", "z", "i", "v", "n", "n", "n", "v", "t", "r", "i", "p", "v", "m", "j", "k", "b", "m", "x", "f", "l", "j", "q", "g", "a", "l", "s"], ["q", "p", "f", "z", "i", "v", "n", "n", "n", "v", "t", "r", "i", "p", "v", "m", "j", "k", "b", "m", "x", "f", "l", "j", "q", "g", "b", "s"], ["q", "p", "f", "z", "i", "v", "n", "n", "n", "v", "t", "r", "i", "p", "v", "m", "j", "k", "b", "m", "x", "f", "l", "j", "q", "g", "e"], ["q", "p", "f", "z", "i", "v", "n", "n", "n", "v", "t", "r", "i", "p", "v", "m", "j", "k", "b", "m", "x", "f", "l", "q", "g", "e"], ["q", "p", "f", "z", "i", "v", "n", "n", "n", "v", "t", "r", "i", "p", "v", "m", "s", "b", "m", "x", "f", "l", "q", "g", "e"], ["q", "p", "f", "z", "i", "v", "n", "n", "n", "v", "t", "r", "i", "p", "e", "s", "b", "m", "x", "f", "l", "q", "g", "e"], ["q", "p", "f", "z", "i", "v", "n", "n", "n", "v", "t", "n", "p", "e", "s", "b", "m", "x", "f", "l", "q", "g", "e"], ["q", "p", "f", "z", "i", "v", "n", "n", "n", "v", "t", "i", "e", "s", "b", "m", "x", "f", "l", "q", "g", "e"], ["q", "p", "f", "z", "i", "v", "n", "j", "v", "t", "i", "e", "s", "b", "m", "x", "f", "l", "q", "g", "e"]]}, "config": {"initial_state": "qpfzivnnnvtripvmjkbmxfljqgalsh", "length": 30, "num_rules": 12, "num_steps": 10, "rules": ["v, m -> e", "w, c -> c", "l, j -> l", "n, p -> i", "s, h -> s", "a, l -> b", "q, p -> j", "b, s -> e", "n, n -> j", "r, i -> n", "j, l -> b", "j, k -> s"]}, "task_name": "task10", "example_name": "0080", "problem_name": "task10_0080"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\np, l -> r\ns, z -> q\no, s -> k\nv, e -> z\ne, o -> g\ns, h -> p\nd, q -> i\ng, k -> t\nx, m -> p\nx, t -> n\nr, n -> s\ni, i -> s\nn, p -> d\nm, r -> q\nm, e -> b\nu, r -> n\nr, w -> u\nc, m -> r\nInitial state:\ns, h, l, r, w, r, x, m, c, m, x, g, o, i, i, v, e", "label": {"final": ["s", "x", "q", "x", "g", "o", "q"], "init": ["s", "h", "l", "r", "w", "r", "x", "m", "c", "m", "x", "g", "o", "i", "i", "v", "e"], "intermediate": [["s", "h", "l", "r", "w", "r", "x", "m", "c", "m", "x", "g", "o", "i", "i", "z"], ["s", "h", "l", "r", "w", "r", "x", "m", "c", "m", "x", "g", "o", "s", "z"], ["s", "h", "l", "r", "w", "r", "x", "m", "c", "m", "x", "g", "o", "q"], ["s", "h", "l", "r", "w", "r", "x", "m", "r", "x", "g", "o", "q"], ["s", "h", "l", "r", "w", "r", "x", "q", "x", "g", "o", "q"], ["s", "h", "l", "u", "r", "x", "q", "x", "g", "o", "q"], ["s", "h", "l", "n", "x", "q", "x", "g", "o", "q"], ["p", "l", "n", "x", "q", "x", "g", "o", "q"], ["r", "n", "x", "q", "x", "g", "o", "q"]]}, "config": {"initial_state": "shlrwrxmcmxgoiive", "length": 17, "num_rules": 18, "num_steps": 10, "rules": ["p, l -> r", "s, z -> q", "o, s -> k", "v, e -> z", "e, o -> g", "s, h -> p", "d, q -> i", "g, k -> t", "x, m -> p", "x, t -> n", "r, n -> s", "i, i -> s", "n, p -> d", "m, r -> q", "m, e -> b", "u, r -> n", "r, w -> u", "c, m -> r"]}, "task_name": "task10", "example_name": "0081", "problem_name": "task10_0081"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nx, b -> k\nw, y -> a\nx, s -> r\nu, h -> c\nv, w -> g\nr, a -> l\nm, q -> h\nx, e -> a\nx, h -> c\ng, y -> x\nz, u -> x\nn, t -> w\nk, x -> x\nInitial state:\nz, u, x, e, x, x, u, m, q, n, w, p, s, x, s, n, t, y, y, p, v, w, q, u, k, x, b", "label": {"final": ["x", "a", "x", "x", "c", "n", "w", "p", "s", "l", "y", "p", "g", "q", "u", "k", "k"], "init": ["z", "u", "x", "e", "x", "x", "u", "m", "q", "n", "w", "p", "s", "x", "s", "n", "t", "y", "y", "p", "v", "w", "q", "u", "k", "x", "b"], "intermediate": [["z", "u", "x", "e", "x", "x", "u", "m", "q", "n", "w", "p", "s", "x", "s", "n", "t", "y", "y", "p", "v", "w", "q", "u", "k", "k"], ["z", "u", "x", "e", "x", "x", "u", "m", "q", "n", "w", "p", "s", "x", "s", "n", "t", "y", "y", "p", "g", "q", "u", "k", "k"], ["z", "u", "x", "e", "x", "x", "u", "m", "q", "n", "w", "p", "s", "x", "s", "w", "y", "y", "p", "g", "q", "u", "k", "k"], ["z", "u", "x", "e", "x", "x", "u", "m", "q", "n", "w", "p", "s", "x", "s", "a", "y", "p", "g", "q", "u", "k", "k"], ["z", "u", "x", "e", "x", "x", "u", "m", "q", "n", "w", "p", "s", "r", "a", "y", "p", "g", "q", "u", "k", "k"], ["z", "u", "x", "e", "x", "x", "u", "m", "q", "n", "w", "p", "s", "l", "y", "p", "g", "q", "u", "k", "k"], ["z", "u", "x", "e", "x", "x", "u", "h", "n", "w", "p", "s", "l", "y", "p", "g", "q", "u", "k", "k"], ["z", "u", "x", "e", "x", "x", "c", "n", "w", "p", "s", "l", "y", "p", "g", "q", "u", "k", "k"], ["z", "u", "a", "x", "x", "c", "n", "w", "p", "s", "l", "y", "p", "g", "q", "u", "k", "k"]]}, "config": {"initial_state": "zuxexxumqnwpsxsntyypvwqukxb", "length": 27, "num_rules": 13, "num_steps": 10, "rules": ["x, b -> k", "w, y -> a", "x, s -> r", "u, h -> c", "v, w -> g", "r, a -> l", "m, q -> h", "x, e -> a", "x, h -> c", "g, y -> x", "z, u -> x", "n, t -> w", "k, x -> x"]}, "task_name": "task10", "example_name": "0082", "problem_name": "task10_0082"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nv, q -> v\nr, m -> i\ny, g -> p\nu, u -> v\nm, y -> z\nu, z -> i\nl, i -> m\no, k -> g\nz, p -> i\nz, m -> y\ni, j -> d\nv, n -> u\nInitial state:\nv, n, m, y, r, m, j, l, z, p, z, m, o, k", "label": {"final": ["i", "d", "m", "p"], "init": ["v", "n", "m", "y", "r", "m", "j", "l", "z", "p", "z", "m", "o", "k"], "intermediate": [["v", "n", "m", "y", "r", "m", "j", "l", "z", "p", "z", "m", "g"], ["v", "n", "m", "y", "r", "m", "j", "l", "z", "p", "y", "g"], ["v", "n", "m", "y", "r", "m", "j", "l", "z", "p", "p"], ["v", "n", "m", "y", "r", "m", "j", "l", "i", "p"], ["v", "n", "m", "y", "r", "m", "j", "m", "p"], ["v", "n", "m", "y", "i", "j", "m", "p"], ["v", "n", "m", "y", "d", "m", "p"], ["v", "n", "z", "d", "m", "p"], ["u", "z", "d", "m", "p"]]}, "config": {"initial_state": "vnmyrmjlzpzmok", "length": 14, "num_rules": 12, "num_steps": 10, "rules": ["v, q -> v", "r, m -> i", "y, g -> p", "u, u -> v", "m, y -> z", "u, z -> i", "l, i -> m", "o, k -> g", "z, p -> i", "z, m -> y", "i, j -> d", "v, n -> u"]}, "task_name": "task10", "example_name": "0083", "problem_name": "task10_0083"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nv, g -> h\nz, q -> e\nw, e -> e\nz, x -> u\no, q -> z\nw, l -> s\nl, b -> m\nk, p -> k\nm, h -> q\na, d -> k\nj, f -> d\nv, u -> e\nInitial state:\na, j, f, p, w, e, z, m, v, g, o, q, x, b, l, b, a, g", "label": {"final": ["k", "e", "e", "u", "b", "m", "a", "g"], "init": ["a", "j", "f", "p", "w", "e", "z", "m", "v", "g", "o", "q", "x", "b", "l", "b", "a", "g"], "intermediate": [["a", "j", "f", "p", "w", "e", "z", "m", "v", "g", "o", "q", "x", "b", "m", "a", "g"], ["a", "j", "f", "p", "w", "e", "z", "m", "v", "g", "z", "x", "b", "m", "a", "g"], ["a", "j", "f", "p", "w", "e", "z", "m", "v", "g", "u", "b", "m", "a", "g"], ["a", "j", "f", "p", "w", "e", "z", "m", "h", "u", "b", "m", "a", "g"], ["a", "j", "f", "p", "w", "e", "z", "q", "u", "b", "m", "a", "g"], ["a", "j", "f", "p", "w", "e", "e", "u", "b", "m", "a", "g"], ["a", "j", "f", "p", "e", "e", "u", "b", "m", "a", "g"], ["a", "d", "p", "e", "e", "u", "b", "m", "a", "g"], ["k", "p", "e", "e", "u", "b", "m", "a", "g"]]}, "config": {"initial_state": "ajfpwezmvgoqxblbag", "length": 18, "num_rules": 12, "num_steps": 10, "rules": ["v, g -> h", "z, q -> e", "w, e -> e", "z, x -> u", "o, q -> z", "w, l -> s", "l, b -> m", "k, p -> k", "m, h -> q", "a, d -> k", "j, f -> d", "v, u -> e"]}, "task_name": "task10", "example_name": "0084", "problem_name": "task10_0084"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ni, n -> k\nd, h -> e\nu, s -> d\nm, w -> g\nv, l -> n\nn, j -> j\ny, q -> y\nm, s -> m\nw, h -> n\nn, y -> c\nu, n -> c\nInitial state:\nm, t, y, q, m, s, i, w, h, w, n, v, j, v, l, y, q, t, u, s, h, u, n, g", "label": {"final": ["m", "t", "y", "m", "k", "w", "n", "v", "j", "c", "t", "e", "c", "g"], "init": ["m", "t", "y", "q", "m", "s", "i", "w", "h", "w", "n", "v", "j", "v", "l", "y", "q", "t", "u", "s", "h", "u", "n", "g"], "intermediate": [["m", "t", "y", "q", "m", "s", "i", "w", "h", "w", "n", "v", "j", "v", "l", "y", "q", "t", "u", "s", "h", "c", "g"], ["m", "t", "y", "q", "m", "s", "i", "w", "h", "w", "n", "v", "j", "v", "l", "y", "q", "t", "d", "h", "c", "g"], ["m", "t", "y", "q", "m", "s", "i", "w", "h", "w", "n", "v", "j", "v", "l", "y", "q", "t", "e", "c", "g"], ["m", "t", "y", "q", "m", "s", "i", "w", "h", "w", "n", "v", "j", "v", "l", "y", "t", "e", "c", "g"], ["m", "t", "y", "q", "m", "s", "i", "w", "h", "w", "n", "v", "j", "n", "y", "t", "e", "c", "g"], ["m", "t", "y", "q", "m", "s", "i", "w", "h", "w", "n", "v", "j", "c", "t", "e", "c", "g"], ["m", "t", "y", "q", "m", "s", "i", "n", "w", "n", "v", "j", "c", "t", "e", "c", "g"], ["m", "t", "y", "q", "m", "s", "k", "w", "n", "v", "j", "c", "t", "e", "c", "g"], ["m", "t", "y", "q", "m", "k", "w", "n", "v", "j", "c", "t", "e", "c", "g"]]}, "config": {"initial_state": "mtyqmsiwhwnvjvlyqtushung", "length": 24, "num_rules": 11, "num_steps": 10, "rules": ["i, n -> k", "d, h -> e", "u, s -> d", "m, w -> g", "v, l -> n", "n, j -> j", "y, q -> y", "m, s -> m", "w, h -> n", "n, y -> c", "u, n -> c"]}, "task_name": "task10", "example_name": "0085", "problem_name": "task10_0085"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ng, r -> m\nu, l -> k\nw, n -> p\nr, f -> r\nk, z -> c\ng, y -> c\np, c -> q\nn, l -> w\ni, i -> h\nc, m -> v\nk, t -> p\nl, c -> l\nInitial state:\nu, l, t, b, g, r, s, m, c, m, r, f, k, b, h, w, n, k, z, g, y, i, i", "label": {"final": ["p", "b", "m", "s", "m", "v", "r", "k", "b", "h", "q", "c", "h"], "init": ["u", "l", "t", "b", "g", "r", "s", "m", "c", "m", "r", "f", "k", "b", "h", "w", "n", "k", "z", "g", "y", "i", "i"], "intermediate": [["u", "l", "t", "b", "g", "r", "s", "m", "c", "m", "r", "f", "k", "b", "h", "w", "n", "k", "z", "g", "y", "h"], ["u", "l", "t", "b", "g", "r", "s", "m", "c", "m", "r", "f", "k", "b", "h", "w", "n", "k", "z", "c", "h"], ["u", "l", "t", "b", "g", "r", "s", "m", "c", "m", "r", "f", "k", "b", "h", "w", "n", "c", "c", "h"], ["u", "l", "t", "b", "g", "r", "s", "m", "c", "m", "r", "f", "k", "b", "h", "p", "c", "c", "h"], ["u", "l", "t", "b", "g", "r", "s", "m", "c", "m", "r", "f", "k", "b", "h", "q", "c", "h"], ["u", "l", "t", "b", "g", "r", "s", "m", "c", "m", "r", "k", "b", "h", "q", "c", "h"], ["u", "l", "t", "b", "g", "r", "s", "m", "v", "r", "k", "b", "h", "q", "c", "h"], ["u", "l", "t", "b", "m", "s", "m", "v", "r", "k", "b", "h", "q", "c", "h"], ["k", "t", "b", "m", "s", "m", "v", "r", "k", "b", "h", "q", "c", "h"]]}, "config": {"initial_state": "ultbgrsmcmrfkbhwnkzgyii", "length": 23, "num_rules": 12, "num_steps": 10, "rules": ["g, r -> m", "u, l -> k", "w, n -> p", "r, f -> r", "k, z -> c", "g, y -> c", "p, c -> q", "n, l -> w", "i, i -> h", "c, m -> v", "k, t -> p", "l, c -> l"]}, "task_name": "task10", "example_name": "0086", "problem_name": "task10_0086"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nd, c -> n\nz, x -> q\nt, w -> i\ne, j -> j\nk, v -> g\nz, i -> d\nd, i -> g\nj, j -> l\nz, c -> k\ng, h -> k\nt, b -> k\nq, m -> c\nInitial state:\nz, c, g, h, o, t, j, b, u, n, a, q, m, x, y, d, i, z, t, w, e, j, t, b, v, d, c", "label": {"final": ["k", "k", "o", "t", "j", "b", "u", "n", "a", "c", "x", "y", "g", "d", "j", "g", "n"], "init": ["z", "c", "g", "h", "o", "t", "j", "b", "u", "n", "a", "q", "m", "x", "y", "d", "i", "z", "t", "w", "e", "j", "t", "b", "v", "d", "c"], "intermediate": [["z", "c", "g", "h", "o", "t", "j", "b", "u", "n", "a", "q", "m", "x", "y", "d", "i", "z", "t", "w", "e", "j", "t", "b", "v", "n"], ["z", "c", "g", "h", "o", "t", "j", "b", "u", "n", "a", "q", "m", "x", "y", "d", "i", "z", "t", "w", "e", "j", "k", "v", "n"], ["z", "c", "g", "h", "o", "t", "j", "b", "u", "n", "a", "q", "m", "x", "y", "d", "i", "z", "t", "w", "e", "j", "g", "n"], ["z", "c", "g", "h", "o", "t", "j", "b", "u", "n", "a", "q", "m", "x", "y", "d", "i", "z", "t", "w", "j", "g", "n"], ["z", "c", "g", "h", "o", "t", "j", "b", "u", "n", "a", "q", "m", "x", "y", "d", "i", "z", "i", "j", "g", "n"], ["z", "c", "g", "h", "o", "t", "j", "b", "u", "n", "a", "q", "m", "x", "y", "d", "i", "d", "j", "g", "n"], ["z", "c", "g", "h", "o", "t", "j", "b", "u", "n", "a", "q", "m", "x", "y", "g", "d", "j", "g", "n"], ["z", "c", "g", "h", "o", "t", "j", "b", "u", "n", "a", "c", "x", "y", "g", "d", "j", "g", "n"], ["z", "c", "k", "o", "t", "j", "b", "u", "n", "a", "c", "x", "y", "g", "d", "j", "g", "n"]]}, "config": {"initial_state": "zcghotjbunaqmxydiztwejtbvdc", "length": 27, "num_rules": 12, "num_steps": 10, "rules": ["d, c -> n", "z, x -> q", "t, w -> i", "e, j -> j", "k, v -> g", "z, i -> d", "d, i -> g", "j, j -> l", "z, c -> k", "g, h -> k", "t, b -> k", "q, m -> c"]}, "task_name": "task10", "example_name": "0087", "problem_name": "task10_0087"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nt, q -> s\nb, q -> o\nn, n -> s\nk, v -> d\ng, b -> v\nh, y -> b\np, o -> j\nm, k -> i\nd, x -> m\np, y -> c\ni, v -> t\nc, c -> o\nInitial state:\ni, g, b, v, p, c, c, d, x, k, h, y, n, n, o, t, q, f, a, u, b, q", "label": {"final": ["t", "v", "j", "i", "b", "s", "o", "s", "f", "a", "u", "o"], "init": ["i", "g", "b", "v", "p", "c", "c", "d", "x", "k", "h", "y", "n", "n", "o", "t", "q", "f", "a", "u", "b", "q"], "intermediate": [["i", "g", "b", "v", "p", "c", "c", "d", "x", "k", "h", "y", "n", "n", "o", "t", "q", "f", "a", "u", "o"], ["i", "g", "b", "v", "p", "c", "c", "d", "x", "k", "h", "y", "n", "n", "o", "s", "f", "a", "u", "o"], ["i", "g", "b", "v", "p", "c", "c", "d", "x", "k", "h", "y", "s", "o", "s", "f", "a", "u", "o"], ["i", "g", "b", "v", "p", "c", "c", "d", "x", "k", "b", "s", "o", "s", "f", "a", "u", "o"], ["i", "g", "b", "v", "p", "c", "c", "m", "k", "b", "s", "o", "s", "f", "a", "u", "o"], ["i", "g", "b", "v", "p", "c", "c", "i", "b", "s", "o", "s", "f", "a", "u", "o"], ["i", "g", "b", "v", "p", "o", "i", "b", "s", "o", "s", "f", "a", "u", "o"], ["i", "g", "b", "v", "j", "i", "b", "s", "o", "s", "f", "a", "u", "o"], ["i", "v", "v", "j", "i", "b", "s", "o", "s", "f", "a", "u", "o"]]}, "config": {"initial_state": "igbvpccdxkhynnotqfaubq", "length": 22, "num_rules": 12, "num_steps": 10, "rules": ["t, q -> s", "b, q -> o", "n, n -> s", "k, v -> d", "g, b -> v", "h, y -> b", "p, o -> j", "m, k -> i", "d, x -> m", "p, y -> c", "i, v -> t", "c, c -> o"]}, "task_name": "task10", "example_name": "0088", "problem_name": "task10_0088"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\no, o -> h\ng, q -> y\np, l -> j\nh, l -> e\nk, r -> o\nm, a -> l\nu, d -> v\ne, y -> i\nh, b -> e\nd, f -> p\nk, z -> p\na, g -> d\nr, b -> y\ny, o -> s\nInitial state:\no, k, r, b, r, b, o, a, g, k, z, l, h, m, a, g, q", "label": {"final": ["o", "k", "y", "s", "d", "j", "i"], "init": ["o", "k", "r", "b", "r", "b", "o", "a", "g", "k", "z", "l", "h", "m", "a", "g", "q"], "intermediate": [["o", "k", "r", "b", "r", "b", "o", "a", "g", "k", "z", "l", "h", "m", "a", "y"], ["o", "k", "r", "b", "r", "b", "o", "a", "g", "k", "z", "l", "h", "l", "y"], ["o", "k", "r", "b", "r", "b", "o", "a", "g", "k", "z", "l", "e", "y"], ["o", "k", "r", "b", "r", "b", "o", "a", "g", "k", "z", "l", "i"], ["o", "k", "r", "b", "r", "b", "o", "a", "g", "p", "l", "i"], ["o", "k", "r", "b", "r", "b", "o", "a", "g", "j", "i"], ["o", "k", "r", "b", "r", "b", "o", "d", "j", "i"], ["o", "k", "r", "b", "y", "o", "d", "j", "i"], ["o", "k", "r", "b", "s", "d", "j", "i"]]}, "config": {"initial_state": "okrbrboagkzlhmagq", "length": 17, "num_rules": 14, "num_steps": 10, "rules": ["o, o -> h", "g, q -> y", "p, l -> j", "h, l -> e", "k, r -> o", "m, a -> l", "u, d -> v", "e, y -> i", "h, b -> e", "d, f -> p", "k, z -> p", "a, g -> d", "r, b -> y", "y, o -> s"]}, "task_name": "task10", "example_name": "0089", "problem_name": "task10_0089"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nk, w -> n\ni, i -> q\nr, j -> g\nk, t -> f\ne, y -> i\nl, z -> b\na, h -> h\nh, z -> x\nm, v -> y\nx, z -> h\nv, r -> x\ng, b -> w\nn, f -> g\nInitial state:\ni, e, y, k, w, k, t, m, v, x, z, z, r, j, b, x, t, a, h", "label": {"final": ["q", "g", "y", "x", "w", "x", "t", "h"], "init": ["i", "e", "y", "k", "w", "k", "t", "m", "v", "x", "z", "z", "r", "j", "b", "x", "t", "a", "h"], "intermediate": [["i", "e", "y", "k", "w", "k", "t", "m", "v", "x", "z", "z", "r", "j", "b", "x", "t", "h"], ["i", "e", "y", "k", "w", "k", "t", "m", "v", "x", "z", "z", "g", "b", "x", "t", "h"], ["i", "e", "y", "k", "w", "k", "t", "m", "v", "x", "z", "z", "w", "x", "t", "h"], ["i", "e", "y", "k", "w", "k", "t", "m", "v", "h", "z", "w", "x", "t", "h"], ["i", "e", "y", "k", "w", "k", "t", "m", "v", "x", "w", "x", "t", "h"], ["i", "e", "y", "k", "w", "k", "t", "y", "x", "w", "x", "t", "h"], ["i", "e", "y", "k", "w", "f", "y", "x", "w", "x", "t", "h"], ["i", "e", "y", "n", "f", "y", "x", "w", "x", "t", "h"], ["i", "e", "y", "g", "y", "x", "w", "x", "t", "h"], ["i", "i", "g", "y", "x", "w", "x", "t", "h"]]}, "config": {"initial_state": "ieykwktmvxzzrjbxtah", "length": 19, "num_rules": 13, "num_steps": 11, "rules": ["k, w -> n", "i, i -> q", "r, j -> g", "k, t -> f", "e, y -> i", "l, z -> b", "a, h -> h", "h, z -> x", "m, v -> y", "x, z -> h", "v, r -> x", "g, b -> w", "n, f -> g"]}, "task_name": "task10", "example_name": "0090", "problem_name": "task10_0090"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nk, x -> b\nh, s -> j\nt, b -> x\nw, s -> w\nc, m -> s\nh, v -> b\nk, s -> h\nf, q -> t\nw, z -> r\nj, h -> n\nd, o -> i\nu, b -> v\nq, t -> o\nInitial state:\nh, s, k, c, m, f, q, b, d, o, c, k, p, h, u, k, x, q, t", "label": {"final": ["n", "x", "i", "c", "k", "p", "b", "o"], "init": ["h", "s", "k", "c", "m", "f", "q", "b", "d", "o", "c", "k", "p", "h", "u", "k", "x", "q", "t"], "intermediate": [["h", "s", "k", "c", "m", "f", "q", "b", "d", "o", "c", "k", "p", "h", "u", "k", "x", "o"], ["h", "s", "k", "c", "m", "f", "q", "b", "d", "o", "c", "k", "p", "h", "u", "b", "o"], ["h", "s", "k", "c", "m", "f", "q", "b", "d", "o", "c", "k", "p", "h", "v", "o"], ["h", "s", "k", "c", "m", "f", "q", "b", "d", "o", "c", "k", "p", "b", "o"], ["h", "s", "k", "c", "m", "f", "q", "b", "i", "c", "k", "p", "b", "o"], ["h", "s", "k", "c", "m", "t", "b", "i", "c", "k", "p", "b", "o"], ["h", "s", "k", "c", "m", "x", "i", "c", "k", "p", "b", "o"], ["h", "s", "k", "s", "x", "i", "c", "k", "p", "b", "o"], ["h", "s", "h", "x", "i", "c", "k", "p", "b", "o"], ["j", "h", "x", "i", "c", "k", "p", "b", "o"]]}, "config": {"initial_state": "hskcmfqbdockphukxqt", "length": 19, "num_rules": 13, "num_steps": 11, "rules": ["k, x -> b", "h, s -> j", "t, b -> x", "w, s -> w", "c, m -> s", "h, v -> b", "k, s -> h", "f, q -> t", "w, z -> r", "j, h -> n", "d, o -> i", "u, b -> v", "q, t -> o"]}, "task_name": "task10", "example_name": "0091", "problem_name": "task10_0091"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nl, s -> d\no, f -> e\nu, x -> s\ni, h -> b\nn, j -> o\nj, b -> l\ne, u -> g\ne, h -> r\nn, p -> k\np, w -> w\no, g -> x\nu, p -> z\na, d -> q\nInitial state:\nu, p, a, j, b, s, s, e, u, j, q, w, u, o, g, i, h, o, n, t, h, e, h, d, n, j, f, e, z", "label": {"final": ["z", "q", "s", "g", "j", "q", "w", "s", "b", "o", "n", "t", "h", "r", "d", "e", "e", "z"], "init": ["u", "p", "a", "j", "b", "s", "s", "e", "u", "j", "q", "w", "u", "o", "g", "i", "h", "o", "n", "t", "h", "e", "h", "d", "n", "j", "f", "e", "z"], "intermediate": [["u", "p", "a", "j", "b", "s", "s", "e", "u", "j", "q", "w", "u", "o", "g", "i", "h", "o", "n", "t", "h", "e", "h", "d", "o", "f", "e", "z"], ["u", "p", "a", "j", "b", "s", "s", "e", "u", "j", "q", "w", "u", "o", "g", "i", "h", "o", "n", "t", "h", "e", "h", "d", "e", "e", "z"], ["u", "p", "a", "j", "b", "s", "s", "e", "u", "j", "q", "w", "u", "o", "g", "i", "h", "o", "n", "t", "h", "r", "d", "e", "e", "z"], ["u", "p", "a", "j", "b", "s", "s", "e", "u", "j", "q", "w", "u", "o", "g", "b", "o", "n", "t", "h", "r", "d", "e", "e", "z"], ["u", "p", "a", "j", "b", "s", "s", "e", "u", "j", "q", "w", "u", "x", "b", "o", "n", "t", "h", "r", "d", "e", "e", "z"], ["u", "p", "a", "j", "b", "s", "s", "e", "u", "j", "q", "w", "s", "b", "o", "n", "t", "h", "r", "d", "e", "e", "z"], ["u", "p", "a", "j", "b", "s", "s", "g", "j", "q", "w", "s", "b", "o", "n", "t", "h", "r", "d", "e", "e", "z"], ["u", "p", "a", "l", "s", "s", "g", "j", "q", "w", "s", "b", "o", "n", "t", "h", "r", "d", "e", "e", "z"], ["u", "p", "a", "d", "s", "g", "j", "q", "w", "s", "b", "o", "n", "t", "h", "r", "d", "e", "e", "z"], ["u", "p", "q", "s", "g", "j", "q", "w", "s", "b", "o", "n", "t", "h", "r", "d", "e", "e", "z"]]}, "config": {"initial_state": "upajbsseujqwuogihonthehdnjfez", "length": 29, "num_rules": 13, "num_steps": 11, "rules": ["l, s -> d", "o, f -> e", "u, x -> s", "i, h -> b", "n, j -> o", "j, b -> l", "e, u -> g", "e, h -> r", "n, p -> k", "p, w -> w", "o, g -> x", "u, p -> z", "a, d -> q"]}, "task_name": "task10", "example_name": "0092", "problem_name": "task10_0092"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nz, g -> v\nr, m -> h\ni, a -> j\nv, u -> i\ni, r -> q\ny, d -> t\nf, f -> y\np, v -> b\nx, e -> g\nu, x -> r\nn, o -> v\nj, v -> l\nInitial state:\nf, f, f, x, e, r, m, j, z, g, i, a, n, o, v, u, u, x, c", "label": {"final": ["f", "y", "g", "h", "l", "l", "q", "c"], "init": ["f", "f", "f", "x", "e", "r", "m", "j", "z", "g", "i", "a", "n", "o", "v", "u", "u", "x", "c"], "intermediate": [["f", "f", "f", "x", "e", "r", "m", "j", "z", "g", "i", "a", "n", "o", "v", "u", "r", "c"], ["f", "f", "f", "x", "e", "r", "m", "j", "z", "g", "i", "a", "n", "o", "i", "r", "c"], ["f", "f", "f", "x", "e", "r", "m", "j", "z", "g", "i", "a", "n", "o", "q", "c"], ["f", "f", "f", "x", "e", "r", "m", "j", "z", "g", "i", "a", "v", "q", "c"], ["f", "f", "f", "x", "e", "r", "m", "j", "z", "g", "j", "v", "q", "c"], ["f", "f", "f", "x", "e", "r", "m", "j", "z", "g", "l", "q", "c"], ["f", "f", "f", "x", "e", "r", "m", "j", "v", "l", "q", "c"], ["f", "f", "f", "x", "e", "r", "m", "l", "l", "q", "c"], ["f", "f", "f", "x", "e", "h", "l", "l", "q", "c"], ["f", "f", "f", "g", "h", "l", "l", "q", "c"]]}, "config": {"initial_state": "fffxermjzgianovuuxc", "length": 19, "num_rules": 12, "num_steps": 11, "rules": ["z, g -> v", "r, m -> h", "i, a -> j", "v, u -> i", "i, r -> q", "y, d -> t", "f, f -> y", "p, v -> b", "x, e -> g", "u, x -> r", "n, o -> v", "j, v -> l"]}, "task_name": "task10", "example_name": "0093", "problem_name": "task10_0093"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nc, x -> p\nj, l -> o\na, e -> x\nx, v -> y\np, r -> s\nx, e -> z\np, n -> e\nr, g -> g\nq, f -> n\nl, b -> z\nx, i -> a\nt, q -> d\nz, m -> p\nInitial state:\nt, q, r, y, k, q, c, x, q, f, c, x, v, x, i, e, l, b, m, r, b, x, e", "label": {"final": ["d", "r", "y", "k", "q", "e", "c", "y", "x", "s", "b", "z"], "init": ["t", "q", "r", "y", "k", "q", "c", "x", "q", "f", "c", "x", "v", "x", "i", "e", "l", "b", "m", "r", "b", "x", "e"], "intermediate": [["t", "q", "r", "y", "k", "q", "c", "x", "q", "f", "c", "x", "v", "x", "i", "e", "l", "b", "m", "r", "b", "z"], ["t", "q", "r", "y", "k", "q", "c", "x", "q", "f", "c", "x", "v", "x", "i", "e", "z", "m", "r", "b", "z"], ["t", "q", "r", "y", "k", "q", "c", "x", "q", "f", "c", "x", "v", "x", "i", "e", "p", "r", "b", "z"], ["t", "q", "r", "y", "k", "q", "c", "x", "q", "f", "c", "x", "v", "x", "i", "e", "s", "b", "z"], ["t", "q", "r", "y", "k", "q", "c", "x", "q", "f", "c", "x", "v", "a", "e", "s", "b", "z"], ["t", "q", "r", "y", "k", "q", "c", "x", "q", "f", "c", "x", "v", "x", "s", "b", "z"], ["t", "q", "r", "y", "k", "q", "c", "x", "q", "f", "c", "y", "x", "s", "b", "z"], ["t", "q", "r", "y", "k", "q", "c", "x", "n", "c", "y", "x", "s", "b", "z"], ["t", "q", "r", "y", "k", "q", "p", "n", "c", "y", "x", "s", "b", "z"], ["t", "q", "r", "y", "k", "q", "e", "c", "y", "x", "s", "b", "z"]]}, "config": {"initial_state": "tqrykqcxqfcxvxielbmrbxe", "length": 23, "num_rules": 13, "num_steps": 11, "rules": ["c, x -> p", "j, l -> o", "a, e -> x", "x, v -> y", "p, r -> s", "x, e -> z", "p, n -> e", "r, g -> g", "q, f -> n", "l, b -> z", "x, i -> a", "t, q -> d", "z, m -> p"]}, "task_name": "task10", "example_name": "0094", "problem_name": "task10_0094"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nk, t -> r\nu, t -> a\nq, l -> d\nr, p -> e\nt, z -> m\ny, f -> o\nk, n -> a\ns, f -> f\na, w -> o\nh, j -> i\nq, r -> f\na, b -> p\nr, t -> k\nInitial state:\nu, t, w, u, y, s, q, r, i, k, t, p, m, t, z, f, k, n, b, q, l, u, h, d, e", "label": {"final": ["o", "u", "o", "i", "e", "m", "m", "f", "p", "d", "u", "h", "d", "e"], "init": ["u", "t", "w", "u", "y", "s", "q", "r", "i", "k", "t", "p", "m", "t", "z", "f", "k", "n", "b", "q", "l", "u", "h", "d", "e"], "intermediate": [["u", "t", "w", "u", "y", "s", "q", "r", "i", "k", "t", "p", "m", "t", "z", "f", "k", "n", "b", "d", "u", "h", "d", "e"], ["u", "t", "w", "u", "y", "s", "q", "r", "i", "k", "t", "p", "m", "t", "z", "f", "a", "b", "d", "u", "h", "d", "e"], ["u", "t", "w", "u", "y", "s", "q", "r", "i", "k", "t", "p", "m", "t", "z", "f", "p", "d", "u", "h", "d", "e"], ["u", "t", "w", "u", "y", "s", "q", "r", "i", "k", "t", "p", "m", "m", "f", "p", "d", "u", "h", "d", "e"], ["u", "t", "w", "u", "y", "s", "q", "r", "i", "r", "p", "m", "m", "f", "p", "d", "u", "h", "d", "e"], ["u", "t", "w", "u", "y", "s", "q", "r", "i", "e", "m", "m", "f", "p", "d", "u", "h", "d", "e"], ["u", "t", "w", "u", "y", "s", "f", "i", "e", "m", "m", "f", "p", "d", "u", "h", "d", "e"], ["u", "t", "w", "u", "y", "f", "i", "e", "m", "m", "f", "p", "d", "u", "h", "d", "e"], ["u", "t", "w", "u", "o", "i", "e", "m", "m", "f", "p", "d", "u", "h", "d", "e"], ["a", "w", "u", "o", "i", "e", "m", "m", "f", "p", "d", "u", "h", "d", "e"]]}, "config": {"initial_state": "utwuysqriktpmtzfknbqluhde", "length": 25, "num_rules": 13, "num_steps": 11, "rules": ["k, t -> r", "u, t -> a", "q, l -> d", "r, p -> e", "t, z -> m", "y, f -> o", "k, n -> a", "s, f -> f", "a, w -> o", "h, j -> i", "q, r -> f", "a, b -> p", "r, t -> k"]}, "task_name": "task10", "example_name": "0095", "problem_name": "task10_0095"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nj, t -> c\nv, f -> u\nf, m -> r\nq, l -> h\nh, z -> k\nr, g -> v\nh, i -> g\nf, l -> u\no, w -> w\nu, j -> m\nq, v -> f\nu, u -> v\ng, t -> p\nInitial state:\ng, t, j, t, f, l, f, u, j, h, i, f, q, l, z, r", "label": {"final": ["p", "c", "v", "k", "r"], "init": ["g", "t", "j", "t", "f", "l", "f", "u", "j", "h", "i", "f", "q", "l", "z", "r"], "intermediate": [["g", "t", "j", "t", "f", "l", "f", "u", "j", "h", "i", "f", "h", "z", "r"], ["g", "t", "j", "t", "f", "l", "f", "u", "j", "h", "i", "f", "k", "r"], ["g", "t", "j", "t", "f", "l", "f", "u", "j", "g", "f", "k", "r"], ["g", "t", "j", "t", "f", "l", "f", "m", "g", "f", "k", "r"], ["g", "t", "j", "t", "f", "l", "r", "g", "f", "k", "r"], ["g", "t", "j", "t", "f", "l", "v", "f", "k", "r"], ["g", "t", "j", "t", "f", "l", "u", "k", "r"], ["g", "t", "j", "t", "u", "u", "k", "r"], ["g", "t", "j", "t", "v", "k", "r"], ["g", "t", "c", "v", "k", "r"]]}, "config": {"initial_state": "gtjtflfujhifqlzr", "length": 16, "num_rules": 13, "num_steps": 11, "rules": ["j, t -> c", "v, f -> u", "f, m -> r", "q, l -> h", "h, z -> k", "r, g -> v", "h, i -> g", "f, l -> u", "o, w -> w", "u, j -> m", "q, v -> f", "u, u -> v", "g, t -> p"]}, "task_name": "task10", "example_name": "0096", "problem_name": "task10_0096"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nx, z -> y\nk, d -> v\nn, j -> d\nm, s -> c\nr, c -> n\nc, a -> z\nt, j -> v\nd, w -> s\nw, w -> v\nz, m -> w\ng, l -> j\nz, f -> y\nv, y -> g\nInitial state:\ne, k, u, t, j, b, y, m, d, w, p, k, n, j, z, f, l, w, c, a, m", "label": {"final": ["e", "k", "u", "v", "b", "y", "c", "p", "j", "v"], "init": ["e", "k", "u", "t", "j", "b", "y", "m", "d", "w", "p", "k", "n", "j", "z", "f", "l", "w", "c", "a", "m"], "intermediate": [["e", "k", "u", "t", "j", "b", "y", "m", "d", "w", "p", "k", "n", "j", "z", "f", "l", "w", "z", "m"], ["e", "k", "u", "t", "j", "b", "y", "m", "d", "w", "p", "k", "n", "j", "z", "f", "l", "w", "w"], ["e", "k", "u", "t", "j", "b", "y", "m", "d", "w", "p", "k", "n", "j", "z", "f", "l", "v"], ["e", "k", "u", "t", "j", "b", "y", "m", "d", "w", "p", "k", "n", "j", "y", "l", "v"], ["e", "k", "u", "t", "j", "b", "y", "m", "d", "w", "p", "k", "d", "y", "l", "v"], ["e", "k", "u", "t", "j", "b", "y", "m", "d", "w", "p", "v", "y", "l", "v"], ["e", "k", "u", "t", "j", "b", "y", "m", "d", "w", "p", "g", "l", "v"], ["e", "k", "u", "t", "j", "b", "y", "m", "d", "w", "p", "j", "v"], ["e", "k", "u", "t", "j", "b", "y", "m", "s", "p", "j", "v"], ["e", "k", "u", "t", "j", "b", "y", "c", "p", "j", "v"]]}, "config": {"initial_state": "ekutjbymdwpknjzflwcam", "length": 21, "num_rules": 13, "num_steps": 11, "rules": ["x, z -> y", "k, d -> v", "n, j -> d", "m, s -> c", "r, c -> n", "c, a -> z", "t, j -> v", "d, w -> s", "w, w -> v", "z, m -> w", "g, l -> j", "z, f -> y", "v, y -> g"]}, "task_name": "task10", "example_name": "0097", "problem_name": "task10_0097"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nq, l -> u\nu, x -> a\nd, r -> g\nd, q -> z\no, m -> w\nk, s -> v\na, e -> p\no, z -> v\nv, o -> x\nv, v -> f\nt, t -> v\nz, i -> v\nx, k -> t\nh, u -> u\nInitial state:\nd, k, s, o, d, q, z, i, h, y, h, q, l, t, x, k, o, o, m, c, c", "label": {"final": ["d", "v", "f", "h", "y", "h", "a", "w", "c", "c"], "init": ["d", "k", "s", "o", "d", "q", "z", "i", "h", "y", "h", "q", "l", "t", "x", "k", "o", "o", "m", "c", "c"], "intermediate": [["d", "k", "s", "o", "d", "q", "z", "i", "h", "y", "h", "q", "l", "t", "x", "k", "o", "w", "c", "c"], ["d", "k", "s", "o", "d", "q", "z", "i", "h", "y", "h", "q", "l", "t", "t", "o", "w", "c", "c"], ["d", "k", "s", "o", "d", "q", "z", "i", "h", "y", "h", "q", "l", "v", "o", "w", "c", "c"], ["d", "k", "s", "o", "d", "q", "z", "i", "h", "y", "h", "q", "l", "x", "w", "c", "c"], ["d", "k", "s", "o", "d", "q", "z", "i", "h", "y", "h", "u", "x", "w", "c", "c"], ["d", "k", "s", "o", "d", "q", "z", "i", "h", "y", "h", "a", "w", "c", "c"], ["d", "k", "s", "o", "d", "q", "v", "h", "y", "h", "a", "w", "c", "c"], ["d", "k", "s", "o", "z", "v", "h", "y", "h", "a", "w", "c", "c"], ["d", "k", "s", "v", "v", "h", "y", "h", "a", "w", "c", "c"], ["d", "k", "s", "f", "h", "y", "h", "a", "w", "c", "c"]]}, "config": {"initial_state": "dksodqzihyhqltxkoomcc", "length": 21, "num_rules": 14, "num_steps": 11, "rules": ["q, l -> u", "u, x -> a", "d, r -> g", "d, q -> z", "o, m -> w", "k, s -> v", "a, e -> p", "o, z -> v", "v, o -> x", "v, v -> f", "t, t -> v", "z, i -> v", "x, k -> t", "h, u -> u"]}, "task_name": "task10", "example_name": "0098", "problem_name": "task10_0098"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nz, u -> l\nn, z -> t\nj, i -> v\ng, z -> i\nr, d -> y\nt, b -> i\ni, k -> x\ne, y -> u\ni, s -> x\nb, t -> h\nu, l -> e\ny, x -> k\nInitial state:\ni, y, i, s, n, z, j, n, z, b, r, d, w, c, j, e, y, z, u, g", "label": {"final": ["x", "t", "v", "y", "w", "c", "j", "e", "g"], "init": ["i", "y", "i", "s", "n", "z", "j", "n", "z", "b", "r", "d", "w", "c", "j", "e", "y", "z", "u", "g"], "intermediate": [["i", "y", "i", "s", "n", "z", "j", "n", "z", "b", "r", "d", "w", "c", "j", "e", "y", "l", "g"], ["i", "y", "i", "s", "n", "z", "j", "n", "z", "b", "r", "d", "w", "c", "j", "u", "l", "g"], ["i", "y", "i", "s", "n", "z", "j", "n", "z", "b", "r", "d", "w", "c", "j", "e", "g"], ["i", "y", "i", "s", "n", "z", "j", "n", "z", "b", "y", "w", "c", "j", "e", "g"], ["i", "y", "i", "s", "n", "z", "j", "t", "b", "y", "w", "c", "j", "e", "g"], ["i", "y", "i", "s", "n", "z", "j", "i", "y", "w", "c", "j", "e", "g"], ["i", "y", "i", "s", "n", "z", "v", "y", "w", "c", "j", "e", "g"], ["i", "y", "i", "s", "t", "v", "y", "w", "c", "j", "e", "g"], ["i", "y", "x", "t", "v", "y", "w", "c", "j", "e", "g"], ["i", "k", "t", "v", "y", "w", "c", "j", "e", "g"]]}, "config": {"initial_state": "iyisnzjnzbrdwcjeyzug", "length": 20, "num_rules": 12, "num_steps": 11, "rules": ["z, u -> l", "n, z -> t", "j, i -> v", "g, z -> i", "r, d -> y", "t, b -> i", "i, k -> x", "e, y -> u", "i, s -> x", "b, t -> h", "u, l -> e", "y, x -> k"]}, "task_name": "task10", "example_name": "0099", "problem_name": "task10_0099"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nc, o -> i\nw, s -> e\nf, i -> v\nq, w -> v\ni, i -> s\nl, n -> c\nr, e -> j\na, x -> u\nd, j -> p\nj, z -> j\nf, v -> d\nr, a -> o\ny, n -> d\nn, d -> t\nc, t -> j\nInitial state:\nq, w, y, n, j, z, a, x, i, c, o, v, l, n, n, d, r, e, y, f, f, i, n", "label": {"final": ["v", "p", "u", "s", "v", "c", "n", "p", "y", "d", "n"], "init": ["q", "w", "y", "n", "j", "z", "a", "x", "i", "c", "o", "v", "l", "n", "n", "d", "r", "e", "y", "f", "f", "i", "n"], "intermediate": [["q", "w", "y", "n", "j", "z", "a", "x", "i", "c", "o", "v", "l", "n", "n", "d", "r", "e", "y", "f", "v", "n"], ["q", "w", "y", "n", "j", "z", "a", "x", "i", "c", "o", "v", "l", "n", "n", "d", "r", "e", "y", "d", "n"], ["q", "w", "y", "n", "j", "z", "a", "x", "i", "c", "o", "v", "l", "n", "n", "d", "j", "y", "d", "n"], ["q", "w", "y", "n", "j", "z", "a", "x", "i", "c", "o", "v", "l", "n", "n", "p", "y", "d", "n"], ["q", "w", "y", "n", "j", "z", "a", "x", "i", "c", "o", "v", "c", "n", "p", "y", "d", "n"], ["q", "w", "y", "n", "j", "z", "a", "x", "i", "i", "v", "c", "n", "p", "y", "d", "n"], ["q", "w", "y", "n", "j", "z", "a", "x", "s", "v", "c", "n", "p", "y", "d", "n"], ["q", "w", "y", "n", "j", "z", "u", "s", "v", "c", "n", "p", "y", "d", "n"], ["q", "w", "y", "n", "j", "u", "s", "v", "c", "n", "p", "y", "d", "n"], ["q", "w", "d", "j", "u", "s", "v", "c", "n", "p", "y", "d", "n"], ["q", "w", "p", "u", "s", "v", "c", "n", "p", "y", "d", "n"]]}, "config": {"initial_state": "qwynjzaxicovlnndreyffin", "length": 23, "num_rules": 15, "num_steps": 12, "rules": ["c, o -> i", "w, s -> e", "f, i -> v", "q, w -> v", "i, i -> s", "l, n -> c", "r, e -> j", "a, x -> u", "d, j -> p", "j, z -> j", "f, v -> d", "r, a -> o", "y, n -> d", "n, d -> t", "c, t -> j"]}, "task_name": "task10", "example_name": "0100", "problem_name": "task10_0100"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nn, e -> j\ns, r -> c\nm, t -> e\nv, p -> s\ng, h -> o\nc, e -> s\nr, q -> h\nr, f -> f\nu, h -> v\nm, b -> v\nc, j -> b\nu, w -> e\nx, q -> n\nw, v -> h\nInitial state:\nr, f, u, r, q, c, m, t, y, p, r, i, k, w, m, b, v, p, r, n, u, w", "label": {"final": ["f", "v", "s", "y", "p", "r", "i", "k", "h", "b"], "init": ["r", "f", "u", "r", "q", "c", "m", "t", "y", "p", "r", "i", "k", "w", "m", "b", "v", "p", "r", "n", "u", "w"], "intermediate": [["r", "f", "u", "r", "q", "c", "m", "t", "y", "p", "r", "i", "k", "w", "m", "b", "v", "p", "r", "n", "e"], ["r", "f", "u", "r", "q", "c", "m", "t", "y", "p", "r", "i", "k", "w", "m", "b", "v", "p", "r", "j"], ["r", "f", "u", "r", "q", "c", "m", "t", "y", "p", "r", "i", "k", "w", "m", "b", "s", "r", "j"], ["r", "f", "u", "r", "q", "c", "m", "t", "y", "p", "r", "i", "k", "w", "m", "b", "c", "j"], ["r", "f", "u", "r", "q", "c", "m", "t", "y", "p", "r", "i", "k", "w", "m", "b", "b"], ["r", "f", "u", "r", "q", "c", "m", "t", "y", "p", "r", "i", "k", "w", "v", "b"], ["r", "f", "u", "r", "q", "c", "m", "t", "y", "p", "r", "i", "k", "h", "b"], ["r", "f", "u", "r", "q", "c", "e", "y", "p", "r", "i", "k", "h", "b"], ["r", "f", "u", "r", "q", "s", "y", "p", "r", "i", "k", "h", "b"], ["r", "f", "u", "h", "s", "y", "p", "r", "i", "k", "h", "b"], ["r", "f", "v", "s", "y", "p", "r", "i", "k", "h", "b"]]}, "config": {"initial_state": "rfurqcmtyprikwmbvprnuw", "length": 22, "num_rules": 14, "num_steps": 12, "rules": ["n, e -> j", "s, r -> c", "m, t -> e", "v, p -> s", "g, h -> o", "c, e -> s", "r, q -> h", "r, f -> f", "u, h -> v", "m, b -> v", "c, j -> b", "u, w -> e", "x, q -> n", "w, v -> h"]}, "task_name": "task10", "example_name": "0101", "problem_name": "task10_0101"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nb, x -> j\ny, d -> m\nj, i -> k\no, c -> f\nt, h -> y\nv, r -> i\nc, m -> y\ni, i -> r\no, i -> v\nj, t -> j\nf, a -> k\nk, d -> o\ny, r -> j\nInitial state:\nt, h, c, m, d, i, j, i, o, c, a, z, o, v, i, i, n, b, x, j, t, i, y", "label": {"final": ["y", "m", "i", "k", "k", "z", "v", "n", "j", "k", "y"], "init": ["t", "h", "c", "m", "d", "i", "j", "i", "o", "c", "a", "z", "o", "v", "i", "i", "n", "b", "x", "j", "t", "i", "y"], "intermediate": [["t", "h", "c", "m", "d", "i", "j", "i", "o", "c", "a", "z", "o", "v", "i", "i", "n", "b", "x", "j", "i", "y"], ["t", "h", "c", "m", "d", "i", "j", "i", "o", "c", "a", "z", "o", "v", "i", "i", "n", "b", "x", "k", "y"], ["t", "h", "c", "m", "d", "i", "j", "i", "o", "c", "a", "z", "o", "v", "i", "i", "n", "j", "k", "y"], ["t", "h", "c", "m", "d", "i", "j", "i", "o", "c", "a", "z", "o", "v", "r", "n", "j", "k", "y"], ["t", "h", "c", "m", "d", "i", "j", "i", "o", "c", "a", "z", "o", "i", "n", "j", "k", "y"], ["t", "h", "c", "m", "d", "i", "j", "i", "o", "c", "a", "z", "v", "n", "j", "k", "y"], ["t", "h", "c", "m", "d", "i", "j", "i", "f", "a", "z", "v", "n", "j", "k", "y"], ["t", "h", "c", "m", "d", "i", "j", "i", "k", "z", "v", "n", "j", "k", "y"], ["t", "h", "c", "m", "d", "i", "k", "k", "z", "v", "n", "j", "k", "y"], ["t", "h", "y", "d", "i", "k", "k", "z", "v", "n", "j", "k", "y"], ["t", "h", "m", "i", "k", "k", "z", "v", "n", "j", "k", "y"]]}, "config": {"initial_state": "thcmdijiocazoviinbxjtiy", "length": 23, "num_rules": 13, "num_steps": 12, "rules": ["b, x -> j", "y, d -> m", "j, i -> k", "o, c -> f", "t, h -> y", "v, r -> i", "c, m -> y", "i, i -> r", "o, i -> v", "j, t -> j", "f, a -> k", "k, d -> o", "y, r -> j"]}, "task_name": "task10", "example_name": "0102", "problem_name": "task10_0102"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ng, z -> p\nf, x -> d\nz, d -> b\nd, b -> r\no, b -> y\nk, p -> p\nr, u -> r\nz, j -> k\nn, z -> u\nx, w -> z\nb, m -> o\nj, o -> g\nt, p -> t\nInitial state:\no, z, d, t, z, j, j, b, m, x, w, b, r, u, n, z", "label": {"final": ["y", "t", "b", "r"], "init": ["o", "z", "d", "t", "z", "j", "j", "b", "m", "x", "w", "b", "r", "u", "n", "z"], "intermediate": [["o", "z", "d", "t", "z", "j", "j", "b", "m", "x", "w", "b", "r", "u", "u"], ["o", "z", "d", "t", "z", "j", "j", "b", "m", "x", "w", "b", "r", "u"], ["o", "z", "d", "t", "z", "j", "j", "b", "m", "x", "w", "b", "r"], ["o", "z", "d", "t", "z", "j", "j", "b", "m", "z", "b", "r"], ["o", "z", "d", "t", "z", "j", "j", "o", "z", "b", "r"], ["o", "z", "d", "t", "z", "j", "g", "z", "b", "r"], ["o", "z", "d", "t", "z", "j", "p", "b", "r"], ["o", "z", "d", "t", "k", "p", "b", "r"], ["o", "z", "d", "t", "p", "b", "r"], ["o", "z", "d", "t", "b", "r"], ["o", "b", "t", "b", "r"]]}, "config": {"initial_state": "ozdtzjjbmxwbrunz", "length": 16, "num_rules": 13, "num_steps": 12, "rules": ["g, z -> p", "f, x -> d", "z, d -> b", "d, b -> r", "o, b -> y", "k, p -> p", "r, u -> r", "z, j -> k", "n, z -> u", "x, w -> z", "b, m -> o", "j, o -> g", "t, p -> t"]}, "task_name": "task10", "example_name": "0103", "problem_name": "task10_0103"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nx, n -> g\nv, z -> l\nc, p -> e\nq, t -> v\nd, l -> u\nu, t -> q\ny, n -> f\nl, f -> l\nm, d -> z\nq, p -> n\nc, x -> v\nl, j -> h\nr, i -> f\nf, i -> c\nInitial state:\nl, j, r, f, i, x, x, d, v, m, d, r, i, t, p, g, c, p", "label": {"final": ["h", "r", "v", "g", "g", "e"], "init": ["l", "j", "r", "f", "i", "x", "x", "d", "v", "m", "d", "r", "i", "t", "p", "g", "c", "p"], "intermediate": [["l", "j", "r", "f", "i", "x", "x", "d", "v", "m", "d", "r", "i", "t", "p", "g", "e"], ["l", "j", "r", "f", "i", "x", "x", "d", "v", "m", "d", "f", "t", "p", "g", "e"], ["l", "j", "r", "f", "i", "x", "x", "d", "v", "z", "f", "t", "p", "g", "e"], ["l", "j", "r", "f", "i", "x", "x", "d", "l", "f", "t", "p", "g", "e"], ["l", "j", "r", "f", "i", "x", "x", "d", "l", "t", "p", "g", "e"], ["l", "j", "r", "f", "i", "x", "x", "u", "t", "p", "g", "e"], ["l", "j", "r", "f", "i", "x", "x", "q", "p", "g", "e"], ["l", "j", "r", "f", "i", "x", "x", "n", "g", "e"], ["l", "j", "r", "f", "i", "x", "g", "g", "e"], ["l", "j", "r", "c", "x", "g", "g", "e"], ["l", "j", "r", "v", "g", "g", "e"]]}, "config": {"initial_state": "ljrfixxdvmdritpgcp", "length": 18, "num_rules": 14, "num_steps": 12, "rules": ["x, n -> g", "v, z -> l", "c, p -> e", "q, t -> v", "d, l -> u", "u, t -> q", "y, n -> f", "l, f -> l", "m, d -> z", "q, p -> n", "c, x -> v", "l, j -> h", "r, i -> f", "f, i -> c"]}, "task_name": "task10", "example_name": "0104", "problem_name": "task10_0104"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ny, n -> t\ng, a -> b\nk, c -> z\nf, t -> s\nz, b -> n\nl, d -> y\nc, w -> c\nx, o -> g\nb, a -> f\np, a -> u\ne, s -> a\ni, f -> r\na, q -> l\nf, n -> t\nInitial state:\nc, w, p, e, s, f, a, q, d, z, b, i, g, a, a, k, x, o, b", "label": {"final": ["c", "u", "s", "r", "k", "g", "b"], "init": ["c", "w", "p", "e", "s", "f", "a", "q", "d", "z", "b", "i", "g", "a", "a", "k", "x", "o", "b"], "intermediate": [["c", "w", "p", "e", "s", "f", "a", "q", "d", "z", "b", "i", "g", "a", "a", "k", "g", "b"], ["c", "w", "p", "e", "s", "f", "a", "q", "d", "z", "b", "i", "b", "a", "k", "g", "b"], ["c", "w", "p", "e", "s", "f", "a", "q", "d", "z", "b", "i", "f", "k", "g", "b"], ["c", "w", "p", "e", "s", "f", "a", "q", "d", "z", "b", "r", "k", "g", "b"], ["c", "w", "p", "e", "s", "f", "a", "q", "d", "n", "r", "k", "g", "b"], ["c", "w", "p", "e", "s", "f", "l", "d", "n", "r", "k", "g", "b"], ["c", "w", "p", "e", "s", "f", "y", "n", "r", "k", "g", "b"], ["c", "w", "p", "e", "s", "f", "t", "r", "k", "g", "b"], ["c", "w", "p", "e", "s", "s", "r", "k", "g", "b"], ["c", "w", "p", "a", "s", "r", "k", "g", "b"], ["c", "w", "u", "s", "r", "k", "g", "b"]]}, "config": {"initial_state": "cwpesfaqdzbigaakxob", "length": 19, "num_rules": 14, "num_steps": 12, "rules": ["y, n -> t", "g, a -> b", "k, c -> z", "f, t -> s", "z, b -> n", "l, d -> y", "c, w -> c", "x, o -> g", "b, a -> f", "p, a -> u", "e, s -> a", "i, f -> r", "a, q -> l", "f, n -> t"]}, "task_name": "task10", "example_name": "0105", "problem_name": "task10_0105"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nb, j -> j\nr, b -> c\nj, r -> o\ns, b -> l\no, p -> h\nv, x -> o\nj, p -> e\nc, s -> g\nl, l -> j\nj, f -> l\ne, l -> j\nw, l -> v\ne, c -> r\nx, v -> j\nInitial state:\no, s, b, l, b, x, w, l, i, j, f, q, j, p, l, j, e, r, b, p", "label": {"final": ["o", "j", "j", "i", "l", "q", "j", "h"], "init": ["o", "s", "b", "l", "b", "x", "w", "l", "i", "j", "f", "q", "j", "p", "l", "j", "e", "r", "b", "p"], "intermediate": [["o", "s", "b", "l", "b", "x", "w", "l", "i", "j", "f", "q", "j", "p", "l", "j", "e", "c", "p"], ["o", "s", "b", "l", "b", "x", "w", "l", "i", "j", "f", "q", "j", "p", "l", "j", "r", "p"], ["o", "s", "b", "l", "b", "x", "w", "l", "i", "j", "f", "q", "j", "p", "l", "o", "p"], ["o", "s", "b", "l", "b", "x", "w", "l", "i", "j", "f", "q", "j", "p", "l", "h"], ["o", "s", "b", "l", "b", "x", "w", "l", "i", "j", "f", "q", "e", "l", "h"], ["o", "s", "b", "l", "b", "x", "w", "l", "i", "j", "f", "q", "j", "h"], ["o", "s", "b", "l", "b", "x", "w", "l", "i", "l", "q", "j", "h"], ["o", "s", "b", "l", "b", "x", "v", "i", "l", "q", "j", "h"], ["o", "s", "b", "l", "b", "j", "i", "l", "q", "j", "h"], ["o", "s", "b", "l", "j", "i", "l", "q", "j", "h"], ["o", "l", "l", "j", "i", "l", "q", "j", "h"]]}, "config": {"initial_state": "osblbxwlijfqjpljerbp", "length": 20, "num_rules": 14, "num_steps": 12, "rules": ["b, j -> j", "r, b -> c", "j, r -> o", "s, b -> l", "o, p -> h", "v, x -> o", "j, p -> e", "c, s -> g", "l, l -> j", "j, f -> l", "e, l -> j", "w, l -> v", "e, c -> r", "x, v -> j"]}, "task_name": "task10", "example_name": "0106", "problem_name": "task10_0106"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ng, x -> a\nx, t -> k\nw, e -> t\np, s -> h\nb, i -> w\nq, a -> h\nk, w -> t\np, j -> d\ng, v -> t\nk, a -> t\nh, l -> i\nm, c -> t\nm, a -> m\na, l -> l\nInitial state:\nw, x, x, k, a, w, p, s, b, i, e, m, a, c, q, g, x, a, l, v", "label": {"final": ["w", "k", "h", "t", "t", "q", "l", "v"], "init": ["w", "x", "x", "k", "a", "w", "p", "s", "b", "i", "e", "m", "a", "c", "q", "g", "x", "a", "l", "v"], "intermediate": [["w", "x", "x", "k", "a", "w", "p", "s", "b", "i", "e", "m", "a", "c", "q", "g", "x", "l", "v"], ["w", "x", "x", "k", "a", "w", "p", "s", "b", "i", "e", "m", "a", "c", "q", "a", "l", "v"], ["w", "x", "x", "k", "a", "w", "p", "s", "b", "i", "e", "m", "a", "c", "q", "l", "v"], ["w", "x", "x", "k", "a", "w", "p", "s", "b", "i", "e", "m", "c", "q", "l", "v"], ["w", "x", "x", "k", "a", "w", "p", "s", "b", "i", "e", "t", "q", "l", "v"], ["w", "x", "x", "k", "a", "w", "p", "s", "w", "e", "t", "q", "l", "v"], ["w", "x", "x", "k", "a", "w", "p", "s", "t", "t", "q", "l", "v"], ["w", "x", "x", "k", "a", "w", "h", "t", "t", "q", "l", "v"], ["w", "x", "x", "t", "w", "h", "t", "t", "q", "l", "v"], ["w", "x", "k", "w", "h", "t", "t", "q", "l", "v"], ["w", "x", "t", "h", "t", "t", "q", "l", "v"]]}, "config": {"initial_state": "wxxkawpsbiemacqgxalv", "length": 20, "num_rules": 14, "num_steps": 12, "rules": ["g, x -> a", "x, t -> k", "w, e -> t", "p, s -> h", "b, i -> w", "q, a -> h", "k, w -> t", "p, j -> d", "g, v -> t", "k, a -> t", "h, l -> i", "m, c -> t", "m, a -> m", "a, l -> l"]}, "task_name": "task10", "example_name": "0107", "problem_name": "task10_0107"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ns, y -> w\ng, h -> b\ni, u -> p\nq, n -> g\nj, c -> q\nf, g -> x\ns, x -> w\nz, x -> j\nw, m -> j\nz, s -> d\np, d -> g\nm, f -> f\ng, p -> m\nl, n -> j\nInitial state:\nm, n, q, n, h, z, x, s, y, g, p, t, i, u, d, z, s, c, s, x, l, n, m, f", "label": {"final": ["m", "n", "b", "j", "j", "t", "g", "d", "c", "w", "j", "f"], "init": ["m", "n", "q", "n", "h", "z", "x", "s", "y", "g", "p", "t", "i", "u", "d", "z", "s", "c", "s", "x", "l", "n", "m", "f"], "intermediate": [["m", "n", "q", "n", "h", "z", "x", "s", "y", "g", "p", "t", "i", "u", "d", "z", "s", "c", "s", "x", "l", "n", "f"], ["m", "n", "q", "n", "h", "z", "x", "s", "y", "g", "p", "t", "i", "u", "d", "z", "s", "c", "s", "x", "j", "f"], ["m", "n", "q", "n", "h", "z", "x", "s", "y", "g", "p", "t", "i", "u", "d", "z", "s", "c", "w", "j", "f"], ["m", "n", "q", "n", "h", "z", "x", "s", "y", "g", "p", "t", "i", "u", "d", "d", "c", "w", "j", "f"], ["m", "n", "q", "n", "h", "z", "x", "s", "y", "g", "p", "t", "p", "d", "d", "c", "w", "j", "f"], ["m", "n", "q", "n", "h", "z", "x", "s", "y", "g", "p", "t", "g", "d", "c", "w", "j", "f"], ["m", "n", "q", "n", "h", "z", "x", "s", "y", "m", "t", "g", "d", "c", "w", "j", "f"], ["m", "n", "q", "n", "h", "z", "x", "w", "m", "t", "g", "d", "c", "w", "j", "f"], ["m", "n", "q", "n", "h", "z", "x", "j", "t", "g", "d", "c", "w", "j", "f"], ["m", "n", "q", "n", "h", "j", "j", "t", "g", "d", "c", "w", "j", "f"], ["m", "n", "g", "h", "j", "j", "t", "g", "d", "c", "w", "j", "f"]]}, "config": {"initial_state": "mnqnhzxsygptiudzscsxlnmf", "length": 24, "num_rules": 14, "num_steps": 12, "rules": ["s, y -> w", "g, h -> b", "i, u -> p", "q, n -> g", "j, c -> q", "f, g -> x", "s, x -> w", "z, x -> j", "w, m -> j", "z, s -> d", "p, d -> g", "m, f -> f", "g, p -> m", "l, n -> j"]}, "task_name": "task10", "example_name": "0108", "problem_name": "task10_0108"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ne, z -> u\nu, m -> z\ny, r -> s\na, f -> k\na, u -> e\nx, r -> k\nm, x -> c\nk, a -> z\nm, m -> a\nq, u -> n\ns, n -> v\nv, b -> d\nv, o -> u\nz, z -> l\nInitial state:\nk, m, m, s, y, r, n, v, b, v, a, u, a, f, q, e, z, v, o, m, z, b, r, l, k", "label": {"final": ["z", "s", "v", "d", "v", "e", "k", "n", "l", "b", "r", "l", "k"], "init": ["k", "m", "m", "s", "y", "r", "n", "v", "b", "v", "a", "u", "a", "f", "q", "e", "z", "v", "o", "m", "z", "b", "r", "l", "k"], "intermediate": [["k", "m", "m", "s", "y", "r", "n", "v", "b", "v", "a", "u", "a", "f", "q", "e", "z", "u", "m", "z", "b", "r", "l", "k"], ["k", "m", "m", "s", "y", "r", "n", "v", "b", "v", "a", "u", "a", "f", "q", "e", "z", "z", "z", "b", "r", "l", "k"], ["k", "m", "m", "s", "y", "r", "n", "v", "b", "v", "a", "u", "a", "f", "q", "e", "z", "l", "b", "r", "l", "k"], ["k", "m", "m", "s", "y", "r", "n", "v", "b", "v", "a", "u", "a", "f", "q", "u", "l", "b", "r", "l", "k"], ["k", "m", "m", "s", "y", "r", "n", "v", "b", "v", "a", "u", "a", "f", "n", "l", "b", "r", "l", "k"], ["k", "m", "m", "s", "y", "r", "n", "v", "b", "v", "a", "u", "k", "n", "l", "b", "r", "l", "k"], ["k", "m", "m", "s", "y", "r", "n", "v", "b", "v", "e", "k", "n", "l", "b", "r", "l", "k"], ["k", "m", "m", "s", "y", "r", "n", "d", "v", "e", "k", "n", "l", "b", "r", "l", "k"], ["k", "m", "m", "s", "s", "n", "d", "v", "e", "k", "n", "l", "b", "r", "l", "k"], ["k", "m", "m", "s", "v", "d", "v", "e", "k", "n", "l", "b", "r", "l", "k"], ["k", "a", "s", "v", "d", "v", "e", "k", "n", "l", "b", "r", "l", "k"]]}, "config": {"initial_state": "kmmsyrnvbvauafqezvomzbrlk", "length": 25, "num_rules": 14, "num_steps": 12, "rules": ["e, z -> u", "u, m -> z", "y, r -> s", "a, f -> k", "a, u -> e", "x, r -> k", "m, x -> c", "k, a -> z", "m, m -> a", "q, u -> n", "s, n -> v", "v, b -> d", "v, o -> u", "z, z -> l"]}, "task_name": "task10", "example_name": "0109", "problem_name": "task10_0109"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nk, o -> e\ne, k -> r\nv, z -> q\nd, y -> k\nq, n -> x\nx, p -> o\ns, c -> l\np, c -> z\nb, y -> x\nb, l -> n\nr, c -> e\nr, v -> p\nx, x -> r\nc, c -> h\nInitial state:\nx, v, r, v, c, n, b, y, b, s, c, k, o, d, y, d, b, x, x, c, i, f, t, q", "label": {"final": ["x", "r", "n", "r", "d", "b", "e", "i", "f", "t", "q"], "init": ["x", "v", "r", "v", "c", "n", "b", "y", "b", "s", "c", "k", "o", "d", "y", "d", "b", "x", "x", "c", "i", "f", "t", "q"], "intermediate": [["x", "v", "r", "v", "c", "n", "b", "y", "b", "s", "c", "k", "o", "d", "y", "d", "b", "r", "c", "i", "f", "t", "q"], ["x", "v", "r", "v", "c", "n", "b", "y", "b", "s", "c", "k", "o", "d", "y", "d", "b", "e", "i", "f", "t", "q"], ["x", "v", "r", "v", "c", "n", "b", "y", "b", "s", "c", "k", "o", "k", "d", "b", "e", "i", "f", "t", "q"], ["x", "v", "r", "v", "c", "n", "b", "y", "b", "s", "c", "e", "k", "d", "b", "e", "i", "f", "t", "q"], ["x", "v", "r", "v", "c", "n", "b", "y", "b", "s", "c", "r", "d", "b", "e", "i", "f", "t", "q"], ["x", "v", "r", "v", "c", "n", "b", "y", "b", "l", "r", "d", "b", "e", "i", "f", "t", "q"], ["x", "v", "r", "v", "c", "n", "b", "y", "n", "r", "d", "b", "e", "i", "f", "t", "q"], ["x", "v", "r", "v", "c", "n", "x", "n", "r", "d", "b", "e", "i", "f", "t", "q"], ["x", "v", "p", "c", "n", "x", "n", "r", "d", "b", "e", "i", "f", "t", "q"], ["x", "v", "z", "n", "x", "n", "r", "d", "b", "e", "i", "f", "t", "q"], ["x", "q", "n", "x", "n", "r", "d", "b", "e", "i", "f", "t", "q"], ["x", "x", "x", "n", "r", "d", "b", "e", "i", "f", "t", "q"]]}, "config": {"initial_state": "xvrvcnbybsckodydbxxciftq", "length": 24, "num_rules": 14, "num_steps": 13, "rules": ["k, o -> e", "e, k -> r", "v, z -> q", "d, y -> k", "q, n -> x", "x, p -> o", "s, c -> l", "p, c -> z", "b, y -> x", "b, l -> n", "r, c -> e", "r, v -> p", "x, x -> r", "c, c -> h"]}, "task_name": "task10", "example_name": "0110", "problem_name": "task10_0110"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\np, w -> q\na, r -> g\nr, j -> a\nb, l -> d\nm, q -> b\ng, x -> l\nu, l -> i\nx, q -> l\nw, j -> c\nc, z -> g\nu, y -> e\nd, z -> m\nv, l -> n\no, m -> y\nq, q -> l\ny, g -> j\ni, g -> d\ng, b -> x\nl, e -> j\nInitial state:\nv, q, q, b, c, z, m, q, p, w, r, o, d, z, g, p, n, u, a, r, x, g", "label": {"final": ["n", "b", "g", "m", "l", "a", "p", "n", "d"], "init": ["v", "q", "q", "b", "c", "z", "m", "q", "p", "w", "r", "o", "d", "z", "g", "p", "n", "u", "a", "r", "x", "g"], "intermediate": [["v", "q", "q", "b", "c", "z", "m", "q", "p", "w", "r", "o", "d", "z", "g", "p", "n", "u", "g", "x", "g"], ["v", "q", "q", "b", "c", "z", "m", "q", "p", "w", "r", "o", "d", "z", "g", "p", "n", "u", "l", "g"], ["v", "q", "q", "b", "c", "z", "m", "q", "p", "w", "r", "o", "d", "z", "g", "p", "n", "i", "g"], ["v", "q", "q", "b", "c", "z", "m", "q", "p", "w", "r", "o", "d", "z", "g", "p", "n", "d"], ["v", "q", "q", "b", "c", "z", "m", "q", "p", "w", "r", "o", "m", "g", "p", "n", "d"], ["v", "q", "q", "b", "c", "z", "m", "q", "p", "w", "r", "y", "g", "p", "n", "d"], ["v", "q", "q", "b", "c", "z", "m", "q", "p", "w", "r", "j", "p", "n", "d"], ["v", "q", "q", "b", "c", "z", "m", "q", "p", "w", "a", "p", "n", "d"], ["v", "q", "q", "b", "c", "z", "m", "q", "q", "a", "p", "n", "d"], ["v", "q", "q", "b", "c", "z", "m", "l", "a", "p", "n", "d"], ["v", "q", "q", "b", "g", "m", "l", "a", "p", "n", "d"], ["v", "l", "b", "g", "m", "l", "a", "p", "n", "d"]]}, "config": {"initial_state": "vqqbczmqpwrodzgpnuarxg", "length": 22, "num_rules": 19, "num_steps": 13, "rules": ["p, w -> q", "a, r -> g", "r, j -> a", "b, l -> d", "m, q -> b", "g, x -> l", "u, l -> i", "x, q -> l", "w, j -> c", "c, z -> g", "u, y -> e", "d, z -> m", "v, l -> n", "o, m -> y", "q, q -> l", "y, g -> j", "i, g -> d", "g, b -> x", "l, e -> j"]}, "task_name": "task10", "example_name": "0111", "problem_name": "task10_0111"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nq, l -> k\na, s -> o\nm, n -> r\ns, w -> h\ng, o -> d\nx, u -> v\nr, n -> j\nd, z -> s\nb, k -> n\nt, p -> u\ni, w -> e\nj, i -> y\nk, e -> d\nx, s -> j\nh, w -> n\nInitial state:\nf, a, m, n, n, b, x, t, p, q, i, j, i, b, k, x, k, e, z, u, a, s, i, w, s, w, w", "label": {"final": ["f", "a", "j", "b", "v", "q", "i", "y", "n", "j", "u", "o", "e", "n"], "init": ["f", "a", "m", "n", "n", "b", "x", "t", "p", "q", "i", "j", "i", "b", "k", "x", "k", "e", "z", "u", "a", "s", "i", "w", "s", "w", "w"], "intermediate": [["f", "a", "m", "n", "n", "b", "x", "t", "p", "q", "i", "j", "i", "b", "k", "x", "k", "e", "z", "u", "a", "s", "i", "w", "h", "w"], ["f", "a", "m", "n", "n", "b", "x", "t", "p", "q", "i", "j", "i", "b", "k", "x", "k", "e", "z", "u", "a", "s", "i", "w", "n"], ["f", "a", "m", "n", "n", "b", "x", "t", "p", "q", "i", "j", "i", "b", "k", "x", "k", "e", "z", "u", "a", "s", "e", "n"], ["f", "a", "m", "n", "n", "b", "x", "t", "p", "q", "i", "j", "i", "b", "k", "x", "k", "e", "z", "u", "o", "e", "n"], ["f", "a", "m", "n", "n", "b", "x", "t", "p", "q", "i", "j", "i", "b", "k", "x", "d", "z", "u", "o", "e", "n"], ["f", "a", "m", "n", "n", "b", "x", "t", "p", "q", "i", "j", "i", "b", "k", "x", "s", "u", "o", "e", "n"], ["f", "a", "m", "n", "n", "b", "x", "t", "p", "q", "i", "j", "i", "b", "k", "j", "u", "o", "e", "n"], ["f", "a", "m", "n", "n", "b", "x", "t", "p", "q", "i", "j", "i", "n", "j", "u", "o", "e", "n"], ["f", "a", "m", "n", "n", "b", "x", "t", "p", "q", "i", "y", "n", "j", "u", "o", "e", "n"], ["f", "a", "m", "n", "n", "b", "x", "u", "q", "i", "y", "n", "j", "u", "o", "e", "n"], ["f", "a", "m", "n", "n", "b", "v", "q", "i", "y", "n", "j", "u", "o", "e", "n"], ["f", "a", "r", "n", "b", "v", "q", "i", "y", "n", "j", "u", "o", "e", "n"]]}, "config": {"initial_state": "famnnbxtpqijibkxkezuasiwsww", "length": 27, "num_rules": 15, "num_steps": 13, "rules": ["q, l -> k", "a, s -> o", "m, n -> r", "s, w -> h", "g, o -> d", "x, u -> v", "r, n -> j", "d, z -> s", "b, k -> n", "t, p -> u", "i, w -> e", "j, i -> y", "k, e -> d", "x, s -> j", "h, w -> n"]}, "task_name": "task10", "example_name": "0112", "problem_name": "task10_0112"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nb, m -> h\nu, v -> r\nw, f -> d\nm, e -> m\nn, a -> m\nq, d -> c\ni, n -> p\nh, k -> j\np, m -> p\nh, m -> m\nm, w -> e\np, p -> l\nl, j -> n\nf, u -> p\nf, c -> u\nInitial state:\ni, f, q, w, f, v, w, f, u, n, a, p, b, h, m, m, w, h, k", "label": {"final": ["i", "r", "w", "l", "h", "j"], "init": ["i", "f", "q", "w", "f", "v", "w", "f", "u", "n", "a", "p", "b", "h", "m", "m", "w", "h", "k"], "intermediate": [["i", "f", "q", "w", "f", "v", "w", "f", "u", "n", "a", "p", "b", "h", "m", "m", "w", "j"], ["i", "f", "q", "w", "f", "v", "w", "f", "u", "n", "a", "p", "b", "h", "m", "e", "j"], ["i", "f", "q", "w", "f", "v", "w", "f", "u", "n", "a", "p", "b", "h", "m", "j"], ["i", "f", "q", "w", "f", "v", "w", "f", "u", "n", "a", "p", "b", "m", "j"], ["i", "f", "q", "w", "f", "v", "w", "f", "u", "n", "a", "p", "h", "j"], ["i", "f", "q", "w", "f", "v", "w", "f", "u", "m", "p", "h", "j"], ["i", "f", "q", "w", "f", "v", "w", "p", "m", "p", "h", "j"], ["i", "f", "q", "w", "f", "v", "w", "p", "p", "h", "j"], ["i", "f", "q", "w", "f", "v", "w", "l", "h", "j"], ["i", "f", "q", "d", "v", "w", "l", "h", "j"], ["i", "f", "c", "v", "w", "l", "h", "j"], ["i", "u", "v", "w", "l", "h", "j"]]}, "config": {"initial_state": "ifqwfvwfunapbhmmwhk", "length": 19, "num_rules": 15, "num_steps": 13, "rules": ["b, m -> h", "u, v -> r", "w, f -> d", "m, e -> m", "n, a -> m", "q, d -> c", "i, n -> p", "h, k -> j", "p, m -> p", "h, m -> m", "m, w -> e", "p, p -> l", "l, j -> n", "f, u -> p", "f, c -> u"]}, "task_name": "task10", "example_name": "0113", "problem_name": "task10_0113"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nn, s -> t\nf, c -> l\nf, i -> o\nj, q -> m\no, c -> v\nc, p -> p\nx, u -> y\nz, m -> v\nh, i -> i\nn, w -> c\ng, t -> e\nq, d -> p\nt, g -> j\np, l -> e\nt, v -> l\nInitial state:\nb, s, t, o, c, h, h, i, n, s, g, n, w, q, d, l, q, i, z, j, q, x, u, f, i, d, p", "label": {"final": ["b", "s", "l", "i", "j", "c", "e", "q", "i", "v", "y", "o", "d", "p"], "init": ["b", "s", "t", "o", "c", "h", "h", "i", "n", "s", "g", "n", "w", "q", "d", "l", "q", "i", "z", "j", "q", "x", "u", "f", "i", "d", "p"], "intermediate": [["b", "s", "t", "o", "c", "h", "h", "i", "n", "s", "g", "n", "w", "q", "d", "l", "q", "i", "z", "j", "q", "x", "u", "o", "d", "p"], ["b", "s", "t", "o", "c", "h", "h", "i", "n", "s", "g", "n", "w", "q", "d", "l", "q", "i", "z", "j", "q", "y", "o", "d", "p"], ["b", "s", "t", "o", "c", "h", "h", "i", "n", "s", "g", "n", "w", "q", "d", "l", "q", "i", "z", "m", "y", "o", "d", "p"], ["b", "s", "t", "o", "c", "h", "h", "i", "n", "s", "g", "n", "w", "q", "d", "l", "q", "i", "v", "y", "o", "d", "p"], ["b", "s", "t", "o", "c", "h", "h", "i", "n", "s", "g", "n", "w", "p", "l", "q", "i", "v", "y", "o", "d", "p"], ["b", "s", "t", "o", "c", "h", "h", "i", "n", "s", "g", "n", "w", "e", "q", "i", "v", "y", "o", "d", "p"], ["b", "s", "t", "o", "c", "h", "h", "i", "n", "s", "g", "c", "e", "q", "i", "v", "y", "o", "d", "p"], ["b", "s", "t", "o", "c", "h", "h", "i", "t", "g", "c", "e", "q", "i", "v", "y", "o", "d", "p"], ["b", "s", "t", "o", "c", "h", "h", "i", "j", "c", "e", "q", "i", "v", "y", "o", "d", "p"], ["b", "s", "t", "o", "c", "h", "i", "j", "c", "e", "q", "i", "v", "y", "o", "d", "p"], ["b", "s", "t", "o", "c", "i", "j", "c", "e", "q", "i", "v", "y", "o", "d", "p"], ["b", "s", "t", "v", "i", "j", "c", "e", "q", "i", "v", "y", "o", "d", "p"]]}, "config": {"initial_state": "bstochhinsgnwqdlqizjqxufidp", "length": 27, "num_rules": 15, "num_steps": 13, "rules": ["n, s -> t", "f, c -> l", "f, i -> o", "j, q -> m", "o, c -> v", "c, p -> p", "x, u -> y", "z, m -> v", "h, i -> i", "n, w -> c", "g, t -> e", "q, d -> p", "t, g -> j", "p, l -> e", "t, v -> l"]}, "task_name": "task10", "example_name": "0114", "problem_name": "task10_0114"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ns, f -> b\nr, j -> u\nf, j -> t\ne, n -> x\nr, q -> p\nt, b -> z\nq, x -> e\nu, e -> t\nk, e -> f\nl, b -> c\nh, b -> t\ny, c -> q\nr, k -> j\nr, u -> s\nz, f -> r\nInitial state:\nu, e, s, f, k, q, x, r, r, k, h, b, o, x, d, u, r, y, l, b", "label": {"final": ["s", "t", "o", "x", "d", "u", "p"], "init": ["u", "e", "s", "f", "k", "q", "x", "r", "r", "k", "h", "b", "o", "x", "d", "u", "r", "y", "l", "b"], "intermediate": [["u", "e", "s", "f", "k", "q", "x", "r", "r", "k", "h", "b", "o", "x", "d", "u", "r", "y", "c"], ["u", "e", "s", "f", "k", "q", "x", "r", "r", "k", "h", "b", "o", "x", "d", "u", "r", "q"], ["u", "e", "s", "f", "k", "q", "x", "r", "r", "k", "h", "b", "o", "x", "d", "u", "p"], ["u", "e", "s", "f", "k", "q", "x", "r", "r", "k", "t", "o", "x", "d", "u", "p"], ["u", "e", "s", "f", "k", "q", "x", "r", "j", "t", "o", "x", "d", "u", "p"], ["u", "e", "s", "f", "k", "q", "x", "u", "t", "o", "x", "d", "u", "p"], ["u", "e", "s", "f", "k", "e", "u", "t", "o", "x", "d", "u", "p"], ["u", "e", "s", "f", "f", "u", "t", "o", "x", "d", "u", "p"], ["u", "e", "b", "f", "u", "t", "o", "x", "d", "u", "p"], ["t", "b", "f", "u", "t", "o", "x", "d", "u", "p"], ["z", "f", "u", "t", "o", "x", "d", "u", "p"], ["r", "u", "t", "o", "x", "d", "u", "p"]]}, "config": {"initial_state": "uesfkqxrrkhboxdurylb", "length": 20, "num_rules": 15, "num_steps": 13, "rules": ["s, f -> b", "r, j -> u", "f, j -> t", "e, n -> x", "r, q -> p", "t, b -> z", "q, x -> e", "u, e -> t", "k, e -> f", "l, b -> c", "h, b -> t", "y, c -> q", "r, k -> j", "r, u -> s", "z, f -> r"]}, "task_name": "task10", "example_name": "0115", "problem_name": "task10_0115"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nc, a -> d\nc, j -> p\nt, g -> s\np, e -> g\nx, f -> g\nx, q -> y\ns, a -> m\ny, m -> c\nh, l -> e\ne, g -> q\ns, u -> i\nq, k -> v\nd, c -> s\nu, o -> c\nw, p -> k\nInitial state:\nx, q, q, y, t, g, a, a, p, e, y, h, l, r, d, u, o, u, q, w, c, j", "label": {"final": ["y", "q", "d", "g", "y", "e", "r", "i", "v"], "init": ["x", "q", "q", "y", "t", "g", "a", "a", "p", "e", "y", "h", "l", "r", "d", "u", "o", "u", "q", "w", "c", "j"], "intermediate": [["x", "q", "q", "y", "t", "g", "a", "a", "p", "e", "y", "h", "l", "r", "d", "u", "o", "u", "q", "w", "p"], ["x", "q", "q", "y", "t", "g", "a", "a", "p", "e", "y", "h", "l", "r", "d", "u", "o", "u", "q", "k"], ["x", "q", "q", "y", "t", "g", "a", "a", "p", "e", "y", "h", "l", "r", "d", "u", "o", "u", "v"], ["x", "q", "q", "y", "t", "g", "a", "a", "p", "e", "y", "h", "l", "r", "d", "c", "u", "v"], ["x", "q", "q", "y", "t", "g", "a", "a", "p", "e", "y", "h", "l", "r", "s", "u", "v"], ["x", "q", "q", "y", "t", "g", "a", "a", "p", "e", "y", "h", "l", "r", "i", "v"], ["x", "q", "q", "y", "t", "g", "a", "a", "p", "e", "y", "e", "r", "i", "v"], ["x", "q", "q", "y", "t", "g", "a", "a", "g", "y", "e", "r", "i", "v"], ["x", "q", "q", "y", "s", "a", "a", "g", "y", "e", "r", "i", "v"], ["x", "q", "q", "y", "m", "a", "g", "y", "e", "r", "i", "v"], ["x", "q", "q", "c", "a", "g", "y", "e", "r", "i", "v"], ["x", "q", "q", "d", "g", "y", "e", "r", "i", "v"]]}, "config": {"initial_state": "xqqytgaapeyhlrduouqwcj", "length": 22, "num_rules": 15, "num_steps": 13, "rules": ["c, a -> d", "c, j -> p", "t, g -> s", "p, e -> g", "x, f -> g", "x, q -> y", "s, a -> m", "y, m -> c", "h, l -> e", "e, g -> q", "s, u -> i", "q, k -> v", "d, c -> s", "u, o -> c", "w, p -> k"]}, "task_name": "task10", "example_name": "0116", "problem_name": "task10_0116"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nk, k -> i\ne, a -> n\nb, b -> w\ns, v -> a\nt, e -> i\ne, w -> u\ng, q -> m\nw, f -> s\nn, x -> r\ni, o -> g\nm, e -> o\nu, p -> y\ni, z -> k\ni, x -> k\nd, u -> x\nk, u -> g\nx, j -> e\nr, n -> k\nu, j -> q\ni, k -> n\nk, y -> k\nInitial state:\ng, t, e, i, x, d, v, n, x, d, u, j, b, b, f, v, u, p, u, g, q, e, q, i, z, k", "label": {"final": ["g", "n", "d", "v", "r", "d", "q", "a", "y", "u", "o", "q", "i"], "init": ["g", "t", "e", "i", "x", "d", "v", "n", "x", "d", "u", "j", "b", "b", "f", "v", "u", "p", "u", "g", "q", "e", "q", "i", "z", "k"], "intermediate": [["g", "t", "e", "i", "x", "d", "v", "n", "x", "d", "u", "j", "b", "b", "f", "v", "u", "p", "u", "g", "q", "e", "q", "k", "k"], ["g", "t", "e", "i", "x", "d", "v", "n", "x", "d", "u", "j", "b", "b", "f", "v", "u", "p", "u", "g", "q", "e", "q", "i"], ["g", "t", "e", "i", "x", "d", "v", "n", "x", "d", "u", "j", "b", "b", "f", "v", "u", "p", "u", "m", "e", "q", "i"], ["g", "t", "e", "i", "x", "d", "v", "n", "x", "d", "u", "j", "b", "b", "f", "v", "u", "p", "u", "o", "q", "i"], ["g", "t", "e", "i", "x", "d", "v", "n", "x", "d", "u", "j", "b", "b", "f", "v", "y", "u", "o", "q", "i"], ["g", "t", "e", "i", "x", "d", "v", "n", "x", "d", "u", "j", "w", "f", "v", "y", "u", "o", "q", "i"], ["g", "t", "e", "i", "x", "d", "v", "n", "x", "d", "u", "j", "s", "v", "y", "u", "o", "q", "i"], ["g", "t", "e", "i", "x", "d", "v", "n", "x", "d", "u", "j", "a", "y", "u", "o", "q", "i"], ["g", "t", "e", "i", "x", "d", "v", "n", "x", "d", "q", "a", "y", "u", "o", "q", "i"], ["g", "t", "e", "i", "x", "d", "v", "r", "d", "q", "a", "y", "u", "o", "q", "i"], ["g", "t", "e", "k", "d", "v", "r", "d", "q", "a", "y", "u", "o", "q", "i"], ["g", "i", "k", "d", "v", "r", "d", "q", "a", "y", "u", "o", "q", "i"]]}, "config": {"initial_state": "gteixdvnxdujbbfvupugqeqizk", "length": 26, "num_rules": 21, "num_steps": 13, "rules": ["k, k -> i", "e, a -> n", "b, b -> w", "s, v -> a", "t, e -> i", "e, w -> u", "g, q -> m", "w, f -> s", "n, x -> r", "i, o -> g", "m, e -> o", "u, p -> y", "i, z -> k", "i, x -> k", "d, u -> x", "k, u -> g", "x, j -> e", "r, n -> k", "u, j -> q", "i, k -> n", "k, y -> k"]}, "task_name": "task10", "example_name": "0117", "problem_name": "task10_0117"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nn, y -> c\ni, i -> n\nj, y -> l\ni, m -> b\np, b -> i\nm, l -> j\np, e -> q\nl, n -> k\nu, k -> b\nq, j -> b\nr, h -> i\ne, b -> f\nl, k -> m\no, n -> p\nn, z -> u\nr, y -> k\nc, p -> p\nInitial state:\nn, y, o, i, i, n, z, j, y, n, m, q, l, r, y, l", "label": {"final": ["c", "b", "b"], "init": ["n", "y", "o", "i", "i", "n", "z", "j", "y", "n", "m", "q", "l", "r", "y", "l"], "intermediate": [["n", "y", "o", "i", "i", "n", "z", "j", "y", "n", "m", "q", "l", "k", "l"], ["n", "y", "o", "i", "i", "n", "z", "j", "y", "n", "m", "q", "m", "l"], ["n", "y", "o", "i", "i", "n", "z", "j", "y", "n", "m", "q", "j"], ["n", "y", "o", "i", "i", "n", "z", "j", "y", "n", "m", "b"], ["n", "y", "o", "i", "i", "n", "z", "l", "n", "m", "b"], ["n", "y", "o", "i", "i", "n", "z", "k", "m", "b"], ["n", "y", "o", "i", "i", "u", "k", "m", "b"], ["n", "y", "o", "i", "i", "b", "m", "b"], ["n", "y", "o", "n", "b", "m", "b"], ["n", "y", "p", "b", "m", "b"], ["n", "y", "i", "m", "b"], ["n", "y", "b", "b"]]}, "config": {"initial_state": "nyoiinzjynmqlryl", "length": 16, "num_rules": 17, "num_steps": 13, "rules": ["n, y -> c", "i, i -> n", "j, y -> l", "i, m -> b", "p, b -> i", "m, l -> j", "p, e -> q", "l, n -> k", "u, k -> b", "q, j -> b", "r, h -> i", "e, b -> f", "l, k -> m", "o, n -> p", "n, z -> u", "r, y -> k", "c, p -> p"]}, "task_name": "task10", "example_name": "0118", "problem_name": "task10_0118"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nz, q -> c\nc, o -> l\nx, h -> g\ns, e -> i\nj, t -> d\nm, c -> w\nh, s -> a\nq, h -> t\ne, w -> t\nc, w -> k\no, w -> m\ni, d -> k\nh, d -> s\nw, g -> w\nq, t -> e\nm, y -> l\np, e -> w\ng, d -> j\no, l -> c\nInitial state:\no, l, p, e, h, d, e, x, h, d, e, m, z, q, o, w, g, y, c, o", "label": {"final": ["k", "i", "x", "s", "t", "l", "l"], "init": ["o", "l", "p", "e", "h", "d", "e", "x", "h", "d", "e", "m", "z", "q", "o", "w", "g", "y", "c", "o"], "intermediate": [["o", "l", "p", "e", "h", "d", "e", "x", "h", "d", "e", "m", "z", "q", "o", "w", "g", "y", "l"], ["o", "l", "p", "e", "h", "d", "e", "x", "h", "d", "e", "m", "z", "q", "o", "w", "y", "l"], ["o", "l", "p", "e", "h", "d", "e", "x", "h", "d", "e", "m", "z", "q", "m", "y", "l"], ["o", "l", "p", "e", "h", "d", "e", "x", "h", "d", "e", "m", "z", "q", "l", "l"], ["o", "l", "p", "e", "h", "d", "e", "x", "h", "d", "e", "m", "c", "l", "l"], ["o", "l", "p", "e", "h", "d", "e", "x", "h", "d", "e", "w", "l", "l"], ["o", "l", "p", "e", "h", "d", "e", "x", "h", "d", "t", "l", "l"], ["o", "l", "p", "e", "h", "d", "e", "x", "s", "t", "l", "l"], ["o", "l", "p", "e", "s", "e", "x", "s", "t", "l", "l"], ["o", "l", "p", "e", "i", "x", "s", "t", "l", "l"], ["o", "l", "w", "i", "x", "s", "t", "l", "l"], ["c", "w", "i", "x", "s", "t", "l", "l"]]}, "config": {"initial_state": "olpehdexhdemzqowgyco", "length": 20, "num_rules": 19, "num_steps": 13, "rules": ["z, q -> c", "c, o -> l", "x, h -> g", "s, e -> i", "j, t -> d", "m, c -> w", "h, s -> a", "q, h -> t", "e, w -> t", "c, w -> k", "o, w -> m", "i, d -> k", "h, d -> s", "w, g -> w", "q, t -> e", "m, y -> l", "p, e -> w", "g, d -> j", "o, l -> c"]}, "task_name": "task10", "example_name": "0119", "problem_name": "task10_0119"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nk, m -> s\ne, q -> z\nk, k -> y\nb, n -> f\nd, z -> g\nu, l -> e\ng, a -> e\ng, p -> y\ni, r -> o\nl, p -> j\nw, u -> z\ny, g -> m\nj, f -> a\nb, l -> v\nz, e -> h\ne, n -> i\np, a -> b\nInitial state:\nu, l, n, b, w, u, i, r, d, z, u, k, k, m, e, q, g, l, p, p, a, n, k, k", "label": {"final": ["i", "b", "z", "o", "g", "u", "k", "s", "h", "y"], "init": ["u", "l", "n", "b", "w", "u", "i", "r", "d", "z", "u", "k", "k", "m", "e", "q", "g", "l", "p", "p", "a", "n", "k", "k"], "intermediate": [["u", "l", "n", "b", "w", "u", "i", "r", "d", "z", "u", "k", "k", "m", "e", "q", "g", "l", "p", "p", "a", "n", "y"], ["u", "l", "n", "b", "w", "u", "i", "r", "d", "z", "u", "k", "k", "m", "e", "q", "g", "l", "p", "b", "n", "y"], ["u", "l", "n", "b", "w", "u", "i", "r", "d", "z", "u", "k", "k", "m", "e", "q", "g", "l", "p", "f", "y"], ["u", "l", "n", "b", "w", "u", "i", "r", "d", "z", "u", "k", "k", "m", "e", "q", "g", "j", "f", "y"], ["u", "l", "n", "b", "w", "u", "i", "r", "d", "z", "u", "k", "k", "m", "e", "q", "g", "a", "y"], ["u", "l", "n", "b", "w", "u", "i", "r", "d", "z", "u", "k", "k", "m", "e", "q", "e", "y"], ["u", "l", "n", "b", "w", "u", "i", "r", "d", "z", "u", "k", "k", "m", "z", "e", "y"], ["u", "l", "n", "b", "w", "u", "i", "r", "d", "z", "u", "k", "k", "m", "h", "y"], ["u", "l", "n", "b", "w", "u", "i", "r", "d", "z", "u", "k", "s", "h", "y"], ["u", "l", "n", "b", "w", "u", "i", "r", "g", "u", "k", "s", "h", "y"], ["u", "l", "n", "b", "w", "u", "o", "g", "u", "k", "s", "h", "y"], ["u", "l", "n", "b", "z", "o", "g", "u", "k", "s", "h", "y"], ["e", "n", "b", "z", "o", "g", "u", "k", "s", "h", "y"]]}, "config": {"initial_state": "ulnbwuirdzukkmeqglppankk", "length": 24, "num_rules": 17, "num_steps": 14, "rules": ["k, m -> s", "e, q -> z", "k, k -> y", "b, n -> f", "d, z -> g", "u, l -> e", "g, a -> e", "g, p -> y", "i, r -> o", "l, p -> j", "w, u -> z", "y, g -> m", "j, f -> a", "b, l -> v", "z, e -> h", "e, n -> i", "p, a -> b"]}, "task_name": "task10", "example_name": "0120", "problem_name": "task10_0120"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nb, s -> j\ni, e -> p\nh, s -> u\nc, b -> g\nt, f -> c\nf, v -> y\nj, l -> p\ng, c -> m\nv, e -> b\nj, v -> u\nz, c -> t\nr, v -> p\nr, l -> c\nu, g -> l\nq, a -> e\ns, m -> f\ny, p -> s\nInitial state:\na, g, t, f, r, l, v, q, a, b, s, m, v, p, j, v, g, r, v", "label": {"final": ["a", "m", "g", "p", "p"], "init": ["a", "g", "t", "f", "r", "l", "v", "q", "a", "b", "s", "m", "v", "p", "j", "v", "g", "r", "v"], "intermediate": [["a", "g", "t", "f", "r", "l", "v", "q", "a", "b", "s", "m", "v", "p", "j", "v", "g", "p"], ["a", "g", "t", "f", "r", "l", "v", "q", "a", "b", "s", "m", "v", "p", "u", "g", "p"], ["a", "g", "t", "f", "r", "l", "v", "q", "a", "b", "s", "m", "v", "p", "l", "p"], ["a", "g", "t", "f", "r", "l", "v", "q", "a", "b", "f", "v", "p", "l", "p"], ["a", "g", "t", "f", "r", "l", "v", "q", "a", "b", "y", "p", "l", "p"], ["a", "g", "t", "f", "r", "l", "v", "q", "a", "b", "s", "l", "p"], ["a", "g", "t", "f", "r", "l", "v", "q", "a", "j", "l", "p"], ["a", "g", "t", "f", "r", "l", "v", "q", "a", "p", "p"], ["a", "g", "t", "f", "r", "l", "v", "e", "p", "p"], ["a", "g", "t", "f", "r", "l", "b", "p", "p"], ["a", "g", "t", "f", "c", "b", "p", "p"], ["a", "g", "t", "f", "g", "p", "p"], ["a", "g", "c", "g", "p", "p"]]}, "config": {"initial_state": "agtfrlvqabsmvpjvgrv", "length": 19, "num_rules": 17, "num_steps": 14, "rules": ["b, s -> j", "i, e -> p", "h, s -> u", "c, b -> g", "t, f -> c", "f, v -> y", "j, l -> p", "g, c -> m", "v, e -> b", "j, v -> u", "z, c -> t", "r, v -> p", "r, l -> c", "u, g -> l", "q, a -> e", "s, m -> f", "y, p -> s"]}, "task_name": "task10", "example_name": "0121", "problem_name": "task10_0121"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nu, v -> g\nn, n -> l\nt, f -> j\nl, y -> k\nx, u -> k\nj, i -> l\ne, f -> o\ng, c -> b\nk, r -> m\nf, o -> e\np, u -> n\nc, h -> c\ne, q -> p\nk, e -> s\nv, a -> g\nx, c -> y\nd, b -> f\nz, o -> n\no, f -> d\nd, m -> r\nInitial state:\ne, x, e, q, u, z, o, x, c, d, m, m, x, u, e, j, f, o, f, f, u, v, c, h", "label": {"final": ["e", "x", "m", "m", "s", "j", "f", "d", "f", "b"], "init": ["e", "x", "e", "q", "u", "z", "o", "x", "c", "d", "m", "m", "x", "u", "e", "j", "f", "o", "f", "f", "u", "v", "c", "h"], "intermediate": [["e", "x", "e", "q", "u", "z", "o", "x", "c", "d", "m", "m", "x", "u", "e", "j", "f", "o", "f", "f", "u", "v", "c"], ["e", "x", "e", "q", "u", "z", "o", "x", "c", "d", "m", "m", "x", "u", "e", "j", "f", "o", "f", "f", "g", "c"], ["e", "x", "e", "q", "u", "z", "o", "x", "c", "d", "m", "m", "x", "u", "e", "j", "f", "o", "f", "f", "b"], ["e", "x", "e", "q", "u", "z", "o", "x", "c", "d", "m", "m", "x", "u", "e", "j", "f", "d", "f", "b"], ["e", "x", "e", "q", "u", "z", "o", "x", "c", "d", "m", "m", "k", "e", "j", "f", "d", "f", "b"], ["e", "x", "e", "q", "u", "z", "o", "x", "c", "d", "m", "m", "s", "j", "f", "d", "f", "b"], ["e", "x", "e", "q", "u", "z", "o", "x", "c", "r", "m", "s", "j", "f", "d", "f", "b"], ["e", "x", "e", "q", "u", "z", "o", "y", "r", "m", "s", "j", "f", "d", "f", "b"], ["e", "x", "e", "q", "u", "n", "y", "r", "m", "s", "j", "f", "d", "f", "b"], ["e", "x", "p", "u", "n", "y", "r", "m", "s", "j", "f", "d", "f", "b"], ["e", "x", "n", "n", "y", "r", "m", "s", "j", "f", "d", "f", "b"], ["e", "x", "l", "y", "r", "m", "s", "j", "f", "d", "f", "b"], ["e", "x", "k", "r", "m", "s", "j", "f", "d", "f", "b"]]}, "config": {"initial_state": "exequzoxcdmmxuejfoffuvch", "length": 24, "num_rules": 20, "num_steps": 14, "rules": ["u, v -> g", "n, n -> l", "t, f -> j", "l, y -> k", "x, u -> k", "j, i -> l", "e, f -> o", "g, c -> b", "k, r -> m", "f, o -> e", "p, u -> n", "c, h -> c", "e, q -> p", "k, e -> s", "v, a -> g", "x, c -> y", "d, b -> f", "z, o -> n", "o, f -> d", "d, m -> r"]}, "task_name": "task10", "example_name": "0122", "problem_name": "task10_0122"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nv, j -> e\ny, n -> u\nz, r -> u\nz, q -> w\ns, b -> n\nt, o -> j\nd, j -> k\nb, k -> v\nf, y -> d\no, n -> h\ns, i -> e\nh, h -> t\nt, d -> v\nd, u -> s\nm, r -> b\nq, a -> i\nk, e -> f\nd, c -> y\na, e -> s\nInitial state:\nd, u, b, j, m, r, d, j, f, s, i, d, p, a, o, n, h, k, e, d, c, j, t, o, y, n", "label": {"final": ["n", "j", "v", "f", "e", "d", "p", "a", "t", "k", "j", "u"], "init": ["d", "u", "b", "j", "m", "r", "d", "j", "f", "s", "i", "d", "p", "a", "o", "n", "h", "k", "e", "d", "c", "j", "t", "o", "y", "n"], "intermediate": [["d", "u", "b", "j", "m", "r", "d", "j", "f", "s", "i", "d", "p", "a", "o", "n", "h", "k", "e", "d", "c", "j", "t", "o", "u"], ["d", "u", "b", "j", "m", "r", "d", "j", "f", "s", "i", "d", "p", "a", "o", "n", "h", "k", "e", "d", "c", "j", "j", "u"], ["d", "u", "b", "j", "m", "r", "d", "j", "f", "s", "i", "d", "p", "a", "o", "n", "h", "k", "e", "y", "j", "j", "u"], ["d", "u", "b", "j", "m", "r", "d", "j", "f", "s", "i", "d", "p", "a", "o", "n", "h", "f", "y", "j", "j", "u"], ["d", "u", "b", "j", "m", "r", "d", "j", "f", "s", "i", "d", "p", "a", "o", "n", "h", "d", "j", "j", "u"], ["d", "u", "b", "j", "m", "r", "d", "j", "f", "s", "i", "d", "p", "a", "o", "n", "h", "k", "j", "u"], ["d", "u", "b", "j", "m", "r", "d", "j", "f", "s", "i", "d", "p", "a", "h", "h", "k", "j", "u"], ["d", "u", "b", "j", "m", "r", "d", "j", "f", "s", "i", "d", "p", "a", "t", "k", "j", "u"], ["d", "u", "b", "j", "m", "r", "d", "j", "f", "e", "d", "p", "a", "t", "k", "j", "u"], ["d", "u", "b", "j", "m", "r", "k", "f", "e", "d", "p", "a", "t", "k", "j", "u"], ["d", "u", "b", "j", "b", "k", "f", "e", "d", "p", "a", "t", "k", "j", "u"], ["d", "u", "b", "j", "v", "f", "e", "d", "p", "a", "t", "k", "j", "u"], ["s", "b", "j", "v", "f", "e", "d", "p", "a", "t", "k", "j", "u"]]}, "config": {"initial_state": "dubjmrdjfsidpaonhkedcjtoyn", "length": 26, "num_rules": 19, "num_steps": 14, "rules": ["v, j -> e", "y, n -> u", "z, r -> u", "z, q -> w", "s, b -> n", "t, o -> j", "d, j -> k", "b, k -> v", "f, y -> d", "o, n -> h", "s, i -> e", "h, h -> t", "t, d -> v", "d, u -> s", "m, r -> b", "q, a -> i", "k, e -> f", "d, c -> y", "a, e -> s"]}, "task_name": "task10", "example_name": "0123", "problem_name": "task10_0123"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nn, l -> f\nf, m -> r\no, a -> x\nb, k -> f\nx, a -> r\nm, t -> u\nu, e -> n\ne, r -> p\ny, u -> a\nq, a -> d\nv, e -> e\nv, n -> a\nf, u -> v\nx, k -> f\nr, c -> f\nw, z -> m\np, d -> o\nInitial state:\nh, e, x, k, m, q, y, m, t, b, k, u, u, v, e, m, w, z", "label": {"final": ["h", "x", "m", "m"], "init": ["h", "e", "x", "k", "m", "q", "y", "m", "t", "b", "k", "u", "u", "v", "e", "m", "w", "z"], "intermediate": [["h", "e", "x", "k", "m", "q", "y", "m", "t", "b", "k", "u", "u", "v", "e", "m", "m"], ["h", "e", "x", "k", "m", "q", "y", "m", "t", "b", "k", "u", "u", "e", "m", "m"], ["h", "e", "x", "k", "m", "q", "y", "m", "t", "b", "k", "u", "n", "m", "m"], ["h", "e", "x", "k", "m", "q", "y", "m", "t", "f", "u", "n", "m", "m"], ["h", "e", "x", "k", "m", "q", "y", "m", "t", "v", "n", "m", "m"], ["h", "e", "x", "k", "m", "q", "y", "m", "t", "a", "m", "m"], ["h", "e", "x", "k", "m", "q", "y", "u", "a", "m", "m"], ["h", "e", "x", "k", "m", "q", "a", "a", "m", "m"], ["h", "e", "x", "k", "m", "d", "a", "m", "m"], ["h", "e", "f", "m", "d", "a", "m", "m"], ["h", "e", "r", "d", "a", "m", "m"], ["h", "p", "d", "a", "m", "m"], ["h", "o", "a", "m", "m"]]}, "config": {"initial_state": "hexkmqymtbkuuvemwz", "length": 18, "num_rules": 17, "num_steps": 14, "rules": ["n, l -> f", "f, m -> r", "o, a -> x", "b, k -> f", "x, a -> r", "m, t -> u", "u, e -> n", "e, r -> p", "y, u -> a", "q, a -> d", "v, e -> e", "v, n -> a", "f, u -> v", "x, k -> f", "r, c -> f", "w, z -> m", "p, d -> o"]}, "task_name": "task10", "example_name": "0124", "problem_name": "task10_0124"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nh, z -> t\nk, h -> y\nn, o -> d\nl, f -> k\nq, z -> u\nk, l -> d\nu, l -> j\nz, l -> c\na, d -> f\nd, d -> g\nt, e -> v\nf, m -> a\np, h -> i\nl, r -> o\ns, c -> s\no, s -> i\ny, e -> l\nl, p -> h\nInitial state:\nk, h, z, e, o, s, z, l, q, z, y, e, n, o, k, l, c, o, a, d, p, l, p, m, g, k, h, r, n, n", "label": {"final": ["k", "v", "i", "q", "c", "g", "c", "o", "f", "i", "m", "g", "y", "r", "n", "n"], "init": ["k", "h", "z", "e", "o", "s", "z", "l", "q", "z", "y", "e", "n", "o", "k", "l", "c", "o", "a", "d", "p", "l", "p", "m", "g", "k", "h", "r", "n", "n"], "intermediate": [["k", "h", "z", "e", "o", "s", "z", "l", "q", "z", "y", "e", "n", "o", "k", "l", "c", "o", "a", "d", "p", "l", "p", "m", "g", "y", "r", "n", "n"], ["k", "h", "z", "e", "o", "s", "z", "l", "q", "z", "y", "e", "n", "o", "k", "l", "c", "o", "a", "d", "p", "h", "m", "g", "y", "r", "n", "n"], ["k", "h", "z", "e", "o", "s", "z", "l", "q", "z", "y", "e", "n", "o", "k", "l", "c", "o", "a", "d", "i", "m", "g", "y", "r", "n", "n"], ["k", "h", "z", "e", "o", "s", "z", "l", "q", "z", "y", "e", "n", "o", "k", "l", "c", "o", "f", "i", "m", "g", "y", "r", "n", "n"], ["k", "h", "z", "e", "o", "s", "z", "l", "q", "z", "y", "e", "n", "o", "d", "c", "o", "f", "i", "m", "g", "y", "r", "n", "n"], ["k", "h", "z", "e", "o", "s", "z", "l", "q", "z", "y", "e", "d", "d", "c", "o", "f", "i", "m", "g", "y", "r", "n", "n"], ["k", "h", "z", "e", "o", "s", "z", "l", "q", "z", "y", "e", "g", "c", "o", "f", "i", "m", "g", "y", "r", "n", "n"], ["k", "h", "z", "e", "o", "s", "z", "l", "q", "z", "l", "g", "c", "o", "f", "i", "m", "g", "y", "r", "n", "n"], ["k", "h", "z", "e", "o", "s", "z", "l", "q", "c", "g", "c", "o", "f", "i", "m", "g", "y", "r", "n", "n"], ["k", "h", "z", "e", "o", "s", "c", "q", "c", "g", "c", "o", "f", "i", "m", "g", "y", "r", "n", "n"], ["k", "h", "z", "e", "o", "s", "q", "c", "g", "c", "o", "f", "i", "m", "g", "y", "r", "n", "n"], ["k", "h", "z", "e", "i", "q", "c", "g", "c", "o", "f", "i", "m", "g", "y", "r", "n", "n"], ["k", "t", "e", "i", "q", "c", "g", "c", "o", "f", "i", "m", "g", "y", "r", "n", "n"]]}, "config": {"initial_state": "khzeoszlqzyenoklcoadplpmgkhrnn", "length": 30, "num_rules": 18, "num_steps": 14, "rules": ["h, z -> t", "k, h -> y", "n, o -> d", "l, f -> k", "q, z -> u", "k, l -> d", "u, l -> j", "z, l -> c", "a, d -> f", "d, d -> g", "t, e -> v", "f, m -> a", "p, h -> i", "l, r -> o", "s, c -> s", "o, s -> i", "y, e -> l", "l, p -> h"]}, "task_name": "task10", "example_name": "0125", "problem_name": "task10_0125"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\na, e -> h\nl, e -> e\nz, z -> m\na, a -> v\nv, p -> a\ni, u -> d\np, z -> u\na, j -> r\nu, j -> u\nc, g -> s\nh, l -> q\nr, h -> b\nn, l -> v\nr, k -> j\nf, j -> e\nb, h -> t\nc, x -> t\nInitial state:\nu, a, l, e, k, a, n, l, p, o, f, r, r, h, h, j, j, h, l, a, j, z, z, f, r, k, i, u, j, b", "label": {"final": ["u", "h", "k", "v", "o", "f", "r", "t", "j", "j", "q", "r", "m", "e", "d", "b"], "init": ["u", "a", "l", "e", "k", "a", "n", "l", "p", "o", "f", "r", "r", "h", "h", "j", "j", "h", "l", "a", "j", "z", "z", "f", "r", "k", "i", "u", "j", "b"], "intermediate": [["u", "a", "l", "e", "k", "a", "n", "l", "p", "o", "f", "r", "r", "h", "h", "j", "j", "h", "l", "a", "j", "z", "z", "f", "r", "k", "i", "u", "b"], ["u", "a", "l", "e", "k", "a", "n", "l", "p", "o", "f", "r", "r", "h", "h", "j", "j", "h", "l", "a", "j", "z", "z", "f", "r", "k", "d", "b"], ["u", "a", "l", "e", "k", "a", "n", "l", "p", "o", "f", "r", "r", "h", "h", "j", "j", "h", "l", "a", "j", "z", "z", "f", "j", "d", "b"], ["u", "a", "l", "e", "k", "a", "n", "l", "p", "o", "f", "r", "r", "h", "h", "j", "j", "h", "l", "a", "j", "z", "z", "e", "d", "b"], ["u", "a", "l", "e", "k", "a", "n", "l", "p", "o", "f", "r", "r", "h", "h", "j", "j", "h", "l", "a", "j", "m", "e", "d", "b"], ["u", "a", "l", "e", "k", "a", "n", "l", "p", "o", "f", "r", "r", "h", "h", "j", "j", "h", "l", "r", "m", "e", "d", "b"], ["u", "a", "l", "e", "k", "a", "n", "l", "p", "o", "f", "r", "r", "h", "h", "j", "j", "q", "r", "m", "e", "d", "b"], ["u", "a", "l", "e", "k", "a", "n", "l", "p", "o", "f", "r", "b", "h", "j", "j", "q", "r", "m", "e", "d", "b"], ["u", "a", "l", "e", "k", "a", "n", "l", "p", "o", "f", "r", "t", "j", "j", "q", "r", "m", "e", "d", "b"], ["u", "a", "l", "e", "k", "a", "v", "p", "o", "f", "r", "t", "j", "j", "q", "r", "m", "e", "d", "b"], ["u", "a", "l", "e", "k", "a", "a", "o", "f", "r", "t", "j", "j", "q", "r", "m", "e", "d", "b"], ["u", "a", "l", "e", "k", "v", "o", "f", "r", "t", "j", "j", "q", "r", "m", "e", "d", "b"], ["u", "a", "e", "k", "v", "o", "f", "r", "t", "j", "j", "q", "r", "m", "e", "d", "b"]]}, "config": {"initial_state": "ualekanlpofrrhhjjhlajzzfrkiujb", "length": 30, "num_rules": 17, "num_steps": 14, "rules": ["a, e -> h", "l, e -> e", "z, z -> m", "a, a -> v", "v, p -> a", "i, u -> d", "p, z -> u", "a, j -> r", "u, j -> u", "c, g -> s", "h, l -> q", "r, h -> b", "n, l -> v", "r, k -> j", "f, j -> e", "b, h -> t", "c, x -> t"]}, "task_name": "task10", "example_name": "0126", "problem_name": "task10_0126"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nm, k -> j\np, l -> p\np, j -> p\ni, c -> z\nd, k -> p\nw, h -> j\nu, d -> c\np, q -> h\no, e -> s\np, a -> o\nj, s -> j\nm, r -> o\nr, v -> p\ne, j -> l\nw, i -> v\na, g -> e\nv, e -> q\nInitial state:\ni, u, d, m, r, e, f, p, m, k, s, a, g, w, d, k, v, e", "label": {"final": ["z", "s", "f", "p"], "init": ["i", "u", "d", "m", "r", "e", "f", "p", "m", "k", "s", "a", "g", "w", "d", "k", "v", "e"], "intermediate": [["i", "u", "d", "m", "r", "e", "f", "p", "m", "k", "s", "a", "g", "w", "d", "k", "q"], ["i", "u", "d", "m", "r", "e", "f", "p", "m", "k", "s", "a", "g", "w", "p", "q"], ["i", "u", "d", "m", "r", "e", "f", "p", "m", "k", "s", "a", "g", "w", "h"], ["i", "u", "d", "m", "r", "e", "f", "p", "m", "k", "s", "a", "g", "j"], ["i", "u", "d", "m", "r", "e", "f", "p", "m", "k", "s", "e", "j"], ["i", "u", "d", "m", "r", "e", "f", "p", "m", "k", "s", "l"], ["i", "u", "d", "m", "r", "e", "f", "p", "j", "s", "l"], ["i", "u", "d", "m", "r", "e", "f", "p", "j", "l"], ["i", "u", "d", "m", "r", "e", "f", "p", "l"], ["i", "u", "d", "m", "r", "e", "f", "p"], ["i", "u", "d", "o", "e", "f", "p"], ["i", "u", "d", "s", "f", "p"], ["i", "c", "s", "f", "p"]]}, "config": {"initial_state": "iudmrefpmksagwdkve", "length": 18, "num_rules": 17, "num_steps": 14, "rules": ["m, k -> j", "p, l -> p", "p, j -> p", "i, c -> z", "d, k -> p", "w, h -> j", "u, d -> c", "p, q -> h", "o, e -> s", "p, a -> o", "j, s -> j", "m, r -> o", "r, v -> p", "e, j -> l", "w, i -> v", "a, g -> e", "v, e -> q"]}, "task_name": "task10", "example_name": "0127", "problem_name": "task10_0127"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nh, r -> h\nx, k -> z\ne, s -> a\nt, z -> e\ng, i -> u\nk, p -> t\nb, b -> z\nz, m -> f\nd, j -> i\nx, j -> t\nl, f -> p\nt, a -> b\nl, p -> z\nz, a -> i\np, p -> v\np, m -> p\nb, t -> z\nInitial state:\nh, r, l, k, p, m, a, d, j, u, l, b, t, m, p, d, b, b, a, x, j, l, p, n", "label": {"final": ["h", "l", "b", "i", "u", "v", "d", "i", "e", "n"], "init": ["h", "r", "l", "k", "p", "m", "a", "d", "j", "u", "l", "b", "t", "m", "p", "d", "b", "b", "a", "x", "j", "l", "p", "n"], "intermediate": [["h", "r", "l", "k", "p", "m", "a", "d", "j", "u", "l", "b", "t", "m", "p", "d", "b", "b", "a", "x", "j", "z", "n"], ["h", "r", "l", "k", "p", "m", "a", "d", "j", "u", "l", "b", "t", "m", "p", "d", "b", "b", "a", "t", "z", "n"], ["h", "r", "l", "k", "p", "m", "a", "d", "j", "u", "l", "b", "t", "m", "p", "d", "b", "b", "a", "e", "n"], ["h", "r", "l", "k", "p", "m", "a", "d", "j", "u", "l", "b", "t", "m", "p", "d", "z", "a", "e", "n"], ["h", "r", "l", "k", "p", "m", "a", "d", "j", "u", "l", "b", "t", "m", "p", "d", "i", "e", "n"], ["h", "r", "l", "k", "p", "m", "a", "d", "j", "u", "l", "z", "m", "p", "d", "i", "e", "n"], ["h", "r", "l", "k", "p", "m", "a", "d", "j", "u", "l", "f", "p", "d", "i", "e", "n"], ["h", "r", "l", "k", "p", "m", "a", "d", "j", "u", "p", "p", "d", "i", "e", "n"], ["h", "r", "l", "k", "p", "m", "a", "d", "j", "u", "v", "d", "i", "e", "n"], ["h", "r", "l", "k", "p", "m", "a", "i", "u", "v", "d", "i", "e", "n"], ["h", "r", "l", "k", "p", "a", "i", "u", "v", "d", "i", "e", "n"], ["h", "r", "l", "t", "a", "i", "u", "v", "d", "i", "e", "n"], ["h", "r", "l", "b", "i", "u", "v", "d", "i", "e", "n"]]}, "config": {"initial_state": "hrlkpmadjulbtmpdbbaxjlpn", "length": 24, "num_rules": 17, "num_steps": 14, "rules": ["h, r -> h", "x, k -> z", "e, s -> a", "t, z -> e", "g, i -> u", "k, p -> t", "b, b -> z", "z, m -> f", "d, j -> i", "x, j -> t", "l, f -> p", "t, a -> b", "l, p -> z", "z, a -> i", "p, p -> v", "p, m -> p", "b, t -> z"]}, "task_name": "task10", "example_name": "0128", "problem_name": "task10_0128"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nx, i -> w\nc, q -> o\nd, t -> r\nq, o -> c\nk, t -> c\nt, y -> a\nr, i -> g\nj, r -> x\ne, r -> v\nm, k -> z\nm, p -> j\nt, e -> w\ny, u -> j\no, y -> q\nf, x -> i\nk, q -> q\nv, b -> y\nz, q -> e\nt, i -> h\nh, r -> o\nw, q -> d\nInitial state:\ny, u, t, v, b, d, t, f, j, r, k, t, k, q, t, i, t, m, k, q, q, o, y, h, r, n, q, h", "label": {"final": ["j", "a", "d", "h", "o", "h", "t", "m", "q", "q", "c", "n", "q", "h"], "init": ["y", "u", "t", "v", "b", "d", "t", "f", "j", "r", "k", "t", "k", "q", "t", "i", "t", "m", "k", "q", "q", "o", "y", "h", "r", "n", "q", "h"], "intermediate": [["y", "u", "t", "v", "b", "d", "t", "f", "j", "r", "k", "t", "k", "q", "t", "i", "t", "m", "k", "q", "q", "o", "y", "o", "n", "q", "h"], ["y", "u", "t", "v", "b", "d", "t", "f", "j", "r", "k", "t", "k", "q", "t", "i", "t", "m", "k", "q", "q", "q", "o", "n", "q", "h"], ["y", "u", "t", "v", "b", "d", "t", "f", "j", "r", "k", "t", "k", "q", "t", "i", "t", "m", "k", "q", "q", "c", "n", "q", "h"], ["y", "u", "t", "v", "b", "d", "t", "f", "j", "r", "k", "t", "k", "q", "t", "i", "t", "m", "q", "q", "c", "n", "q", "h"], ["y", "u", "t", "v", "b", "d", "t", "f", "j", "r", "k", "t", "k", "q", "h", "t", "m", "q", "q", "c", "n", "q", "h"], ["y", "u", "t", "v", "b", "d", "t", "f", "j", "r", "k", "t", "q", "h", "t", "m", "q", "q", "c", "n", "q", "h"], ["y", "u", "t", "v", "b", "d", "t", "f", "j", "r", "c", "q", "h", "t", "m", "q", "q", "c", "n", "q", "h"], ["y", "u", "t", "v", "b", "d", "t", "f", "j", "r", "o", "h", "t", "m", "q", "q", "c", "n", "q", "h"], ["y", "u", "t", "v", "b", "d", "t", "f", "x", "o", "h", "t", "m", "q", "q", "c", "n", "q", "h"], ["y", "u", "t", "v", "b", "d", "t", "i", "o", "h", "t", "m", "q", "q", "c", "n", "q", "h"], ["y", "u", "t", "v", "b", "d", "h", "o", "h", "t", "m", "q", "q", "c", "n", "q", "h"], ["y", "u", "t", "y", "d", "h", "o", "h", "t", "m", "q", "q", "c", "n", "q", "h"], ["y", "u", "a", "d", "h", "o", "h", "t", "m", "q", "q", "c", "n", "q", "h"]]}, "config": {"initial_state": "yutvbdtfjrktkqtitmkqqoyhrnqh", "length": 28, "num_rules": 21, "num_steps": 14, "rules": ["x, i -> w", "c, q -> o", "d, t -> r", "q, o -> c", "k, t -> c", "t, y -> a", "r, i -> g", "j, r -> x", "e, r -> v", "m, k -> z", "m, p -> j", "t, e -> w", "y, u -> j", "o, y -> q", "f, x -> i", "k, q -> q", "v, b -> y", "z, q -> e", "t, i -> h", "h, r -> o", "w, q -> d"]}, "task_name": "task10", "example_name": "0129", "problem_name": "task10_0129"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nr, f -> v\nh, i -> b\ny, c -> d\nv, z -> f\nb, q -> y\nd, c -> f\nt, b -> z\nh, m -> j\nm, i -> r\ng, d -> c\nv, p -> u\nz, l -> b\nb, z -> v\nq, e -> m\nu, r -> g\nq, v -> c\ne, v -> r\nt, m -> m\ng, o -> e\nm, n -> v\nInitial state:\nj, g, o, m, n, z, l, b, q, c, g, d, x, t, h, i, v, p, t, m, i, q, r, v, z, h", "label": {"final": ["j", "r", "b", "f", "x", "z", "u", "t", "r", "c", "h"], "init": ["j", "g", "o", "m", "n", "z", "l", "b", "q", "c", "g", "d", "x", "t", "h", "i", "v", "p", "t", "m", "i", "q", "r", "v", "z", "h"], "intermediate": [["j", "g", "o", "m", "n", "z", "l", "b", "q", "c", "g", "d", "x", "t", "h", "i", "v", "p", "t", "m", "i", "q", "r", "f", "h"], ["j", "g", "o", "m", "n", "z", "l", "b", "q", "c", "g", "d", "x", "t", "h", "i", "v", "p", "t", "m", "i", "q", "v", "h"], ["j", "g", "o", "m", "n", "z", "l", "b", "q", "c", "g", "d", "x", "t", "h", "i", "v", "p", "t", "m", "i", "c", "h"], ["j", "g", "o", "m", "n", "z", "l", "b", "q", "c", "g", "d", "x", "t", "h", "i", "v", "p", "t", "r", "c", "h"], ["j", "g", "o", "m", "n", "z", "l", "b", "q", "c", "g", "d", "x", "t", "h", "i", "u", "t", "r", "c", "h"], ["j", "g", "o", "m", "n", "z", "l", "b", "q", "c", "g", "d", "x", "t", "b", "u", "t", "r", "c", "h"], ["j", "g", "o", "m", "n", "z", "l", "b", "q", "c", "g", "d", "x", "z", "u", "t", "r", "c", "h"], ["j", "g", "o", "m", "n", "z", "l", "b", "q", "c", "c", "x", "z", "u", "t", "r", "c", "h"], ["j", "g", "o", "m", "n", "z", "l", "y", "c", "c", "x", "z", "u", "t", "r", "c", "h"], ["j", "g", "o", "m", "n", "z", "l", "d", "c", "x", "z", "u", "t", "r", "c", "h"], ["j", "g", "o", "m", "n", "z", "l", "f", "x", "z", "u", "t", "r", "c", "h"], ["j", "g", "o", "m", "n", "b", "f", "x", "z", "u", "t", "r", "c", "h"], ["j", "g", "o", "v", "b", "f", "x", "z", "u", "t", "r", "c", "h"], ["j", "e", "v", "b", "f", "x", "z", "u", "t", "r", "c", "h"]]}, "config": {"initial_state": "jgomnzlbqcgdxthivptmiqrvzh", "length": 26, "num_rules": 20, "num_steps": 15, "rules": ["r, f -> v", "h, i -> b", "y, c -> d", "v, z -> f", "b, q -> y", "d, c -> f", "t, b -> z", "h, m -> j", "m, i -> r", "g, d -> c", "v, p -> u", "z, l -> b", "b, z -> v", "q, e -> m", "u, r -> g", "q, v -> c", "e, v -> r", "t, m -> m", "g, o -> e", "m, n -> v"]}, "task_name": "task10", "example_name": "0130", "problem_name": "task10_0130"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nm, x -> m\nu, s -> b\nc, p -> i\nk, e -> v\nq, t -> e\nm, v -> b\ni, u -> u\nk, v -> w\nz, l -> n\nb, e -> t\ne, e -> m\ng, r -> s\ng, a -> s\nk, l -> d\nj, l -> f\nl, p -> p\nm, f -> u\nq, l -> e\nv, m -> l\nInitial state:\ne, q, u, g, a, e, j, l, l, p, k, v, m, x, z, l, c, p, o, k, k, q, l", "label": {"final": ["m", "j", "p", "d", "n", "i", "o", "w"], "init": ["e", "q", "u", "g", "a", "e", "j", "l", "l", "p", "k", "v", "m", "x", "z", "l", "c", "p", "o", "k", "k", "q", "l"], "intermediate": [["e", "q", "u", "g", "a", "e", "j", "l", "l", "p", "k", "v", "m", "x", "z", "l", "c", "p", "o", "k", "k", "e"], ["e", "q", "u", "g", "a", "e", "j", "l", "l", "p", "k", "v", "m", "x", "z", "l", "c", "p", "o", "k", "v"], ["e", "q", "u", "g", "a", "e", "j", "l", "l", "p", "k", "v", "m", "x", "z", "l", "c", "p", "o", "w"], ["e", "q", "u", "g", "a", "e", "j", "l", "l", "p", "k", "v", "m", "x", "z", "l", "i", "o", "w"], ["e", "q", "u", "g", "a", "e", "j", "l", "l", "p", "k", "v", "m", "x", "n", "i", "o", "w"], ["e", "q", "u", "g", "a", "e", "j", "l", "l", "p", "k", "v", "m", "n", "i", "o", "w"], ["e", "q", "u", "g", "a", "e", "j", "l", "l", "p", "k", "l", "n", "i", "o", "w"], ["e", "q", "u", "g", "a", "e", "j", "l", "l", "p", "d", "n", "i", "o", "w"], ["e", "q", "u", "g", "a", "e", "j", "l", "p", "d", "n", "i", "o", "w"], ["e", "q", "u", "g", "a", "e", "j", "p", "d", "n", "i", "o", "w"], ["e", "q", "u", "s", "e", "j", "p", "d", "n", "i", "o", "w"], ["e", "q", "b", "e", "j", "p", "d", "n", "i", "o", "w"], ["e", "q", "t", "j", "p", "d", "n", "i", "o", "w"], ["e", "e", "j", "p", "d", "n", "i", "o", "w"]]}, "config": {"initial_state": "equgaejllpkvmxzlcpokkql", "length": 23, "num_rules": 19, "num_steps": 15, "rules": ["m, x -> m", "u, s -> b", "c, p -> i", "k, e -> v", "q, t -> e", "m, v -> b", "i, u -> u", "k, v -> w", "z, l -> n", "b, e -> t", "e, e -> m", "g, r -> s", "g, a -> s", "k, l -> d", "j, l -> f", "l, p -> p", "m, f -> u", "q, l -> e", "v, m -> l"]}, "task_name": "task10", "example_name": "0131", "problem_name": "task10_0131"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nt, b -> h\nw, b -> q\nh, x -> p\nu, p -> z\nq, k -> x\nq, x -> z\nz, j -> t\nb, m -> j\nj, m -> z\nm, h -> z\ns, z -> c\nu, n -> q\nl, o -> k\nn, h -> e\na, f -> m\nr, b -> n\nn, e -> s\nc, b -> n\nc, h -> d\ne, q -> b\nInitial state:\nr, b, e, u, c, b, x, m, h, b, m, b, w, e, q, k, j, a, f, c, l, o", "label": {"final": ["d", "w", "e", "x", "z", "c", "k"], "init": ["r", "b", "e", "u", "c", "b", "x", "m", "h", "b", "m", "b", "w", "e", "q", "k", "j", "a", "f", "c", "l", "o"], "intermediate": [["r", "b", "e", "u", "c", "b", "x", "m", "h", "b", "m", "b", "w", "e", "q", "k", "j", "a", "f", "c", "k"], ["r", "b", "e", "u", "c", "b", "x", "m", "h", "b", "m", "b", "w", "e", "q", "k", "j", "m", "c", "k"], ["r", "b", "e", "u", "c", "b", "x", "m", "h", "b", "m", "b", "w", "e", "q", "k", "z", "c", "k"], ["r", "b", "e", "u", "c", "b", "x", "m", "h", "b", "m", "b", "w", "e", "x", "z", "c", "k"], ["r", "b", "e", "u", "c", "b", "x", "m", "h", "j", "b", "w", "e", "x", "z", "c", "k"], ["r", "b", "e", "u", "c", "b", "x", "z", "j", "b", "w", "e", "x", "z", "c", "k"], ["r", "b", "e", "u", "c", "b", "x", "t", "b", "w", "e", "x", "z", "c", "k"], ["r", "b", "e", "u", "c", "b", "x", "h", "w", "e", "x", "z", "c", "k"], ["r", "b", "e", "u", "n", "x", "h", "w", "e", "x", "z", "c", "k"], ["r", "b", "e", "q", "x", "h", "w", "e", "x", "z", "c", "k"], ["r", "b", "e", "z", "h", "w", "e", "x", "z", "c", "k"], ["n", "e", "z", "h", "w", "e", "x", "z", "c", "k"], ["s", "z", "h", "w", "e", "x", "z", "c", "k"], ["c", "h", "w", "e", "x", "z", "c", "k"]]}, "config": {"initial_state": "rbeucbxmhbmbweqkjafclo", "length": 22, "num_rules": 20, "num_steps": 15, "rules": ["t, b -> h", "w, b -> q", "h, x -> p", "u, p -> z", "q, k -> x", "q, x -> z", "z, j -> t", "b, m -> j", "j, m -> z", "m, h -> z", "s, z -> c", "u, n -> q", "l, o -> k", "n, h -> e", "a, f -> m", "r, b -> n", "n, e -> s", "c, b -> n", "c, h -> d", "e, q -> b"]}, "task_name": "task10", "example_name": "0132", "problem_name": "task10_0132"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nh, i -> m\nq, y -> k\np, q -> c\ne, i -> i\nn, d -> x\nu, a -> x\na, l -> l\nh, o -> i\ns, h -> e\no, u -> v\na, t -> i\nr, b -> n\nk, c -> k\nt, j -> n\nz, c -> x\nw, v -> c\ne, e -> p\na, i -> m\nx, t -> i\nInitial state:\ns, h, e, h, e, h, o, z, p, q, t, j, n, d, t, r, b, u, a, c, q, y, c, t, r, z, w, o, u, a", "label": {"final": ["p", "m", "x", "n", "i", "n", "x", "c", "k", "t", "r", "z", "w", "o", "x"], "init": ["s", "h", "e", "h", "e", "h", "o", "z", "p", "q", "t", "j", "n", "d", "t", "r", "b", "u", "a", "c", "q", "y", "c", "t", "r", "z", "w", "o", "u", "a"], "intermediate": [["s", "h", "e", "h", "e", "h", "o", "z", "p", "q", "t", "j", "n", "d", "t", "r", "b", "u", "a", "c", "q", "y", "c", "t", "r", "z", "w", "o", "x"], ["s", "h", "e", "h", "e", "h", "o", "z", "p", "q", "t", "j", "n", "d", "t", "r", "b", "u", "a", "c", "k", "c", "t", "r", "z", "w", "o", "x"], ["s", "h", "e", "h", "e", "h", "o", "z", "p", "q", "t", "j", "n", "d", "t", "r", "b", "u", "a", "c", "k", "t", "r", "z", "w", "o", "x"], ["s", "h", "e", "h", "e", "h", "o", "z", "p", "q", "t", "j", "n", "d", "t", "r", "b", "x", "c", "k", "t", "r", "z", "w", "o", "x"], ["s", "h", "e", "h", "e", "h", "o", "z", "p", "q", "t", "j", "n", "d", "t", "n", "x", "c", "k", "t", "r", "z", "w", "o", "x"], ["s", "h", "e", "h", "e", "h", "o", "z", "p", "q", "t", "j", "x", "t", "n", "x", "c", "k", "t", "r", "z", "w", "o", "x"], ["s", "h", "e", "h", "e", "h", "o", "z", "p", "q", "t", "j", "i", "n", "x", "c", "k", "t", "r", "z", "w", "o", "x"], ["s", "h", "e", "h", "e", "h", "o", "z", "p", "q", "n", "i", "n", "x", "c", "k", "t", "r", "z", "w", "o", "x"], ["s", "h", "e", "h", "e", "h", "o", "z", "c", "n", "i", "n", "x", "c", "k", "t", "r", "z", "w", "o", "x"], ["s", "h", "e", "h", "e", "h", "o", "x", "n", "i", "n", "x", "c", "k", "t", "r", "z", "w", "o", "x"], ["s", "h", "e", "h", "e", "i", "x", "n", "i", "n", "x", "c", "k", "t", "r", "z", "w", "o", "x"], ["s", "h", "e", "h", "i", "x", "n", "i", "n", "x", "c", "k", "t", "r", "z", "w", "o", "x"], ["s", "h", "e", "m", "x", "n", "i", "n", "x", "c", "k", "t", "r", "z", "w", "o", "x"], ["e", "e", "m", "x", "n", "i", "n", "x", "c", "k", "t", "r", "z", "w", "o", "x"]]}, "config": {"initial_state": "shehehozpqtjndtrbuacqyctrzwoua", "length": 30, "num_rules": 19, "num_steps": 15, "rules": ["h, i -> m", "q, y -> k", "p, q -> c", "e, i -> i", "n, d -> x", "u, a -> x", "a, l -> l", "h, o -> i", "s, h -> e", "o, u -> v", "a, t -> i", "r, b -> n", "k, c -> k", "t, j -> n", "z, c -> x", "w, v -> c", "e, e -> p", "a, i -> m", "x, t -> i"]}, "task_name": "task10", "example_name": "0133", "problem_name": "task10_0133"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ns, s -> m\nk, m -> t\ne, h -> m\nr, b -> n\nf, k -> f\na, e -> h\nm, h -> j\ni, w -> q\nr, q -> o\nt, v -> l\nr, e -> a\na, j -> x\ny, g -> o\na, x -> h\nt, r -> r\nr, i -> b\ny, o -> r\nu, f -> e\nq, c -> v\nn, b -> r\nm, v -> i\nl, f -> e\nInitial state:\nt, r, b, b, s, s, v, y, r, i, w, t, q, c, f, a, u, f, h, a, e, h", "label": {"final": ["t", "b", "a", "a", "m", "a", "m"], "init": ["t", "r", "b", "b", "s", "s", "v", "y", "r", "i", "w", "t", "q", "c", "f", "a", "u", "f", "h", "a", "e", "h"], "intermediate": [["t", "r", "b", "b", "s", "s", "v", "y", "r", "i", "w", "t", "q", "c", "f", "a", "u", "f", "h", "a", "m"], ["t", "r", "b", "b", "s", "s", "v", "y", "r", "i", "w", "t", "q", "c", "f", "a", "e", "h", "a", "m"], ["t", "r", "b", "b", "s", "s", "v", "y", "r", "i", "w", "t", "q", "c", "f", "a", "m", "a", "m"], ["t", "r", "b", "b", "s", "s", "v", "y", "r", "i", "w", "t", "v", "f", "a", "m", "a", "m"], ["t", "r", "b", "b", "s", "s", "v", "y", "r", "i", "w", "l", "f", "a", "m", "a", "m"], ["t", "r", "b", "b", "s", "s", "v", "y", "r", "i", "w", "e", "a", "m", "a", "m"], ["t", "r", "b", "b", "s", "s", "v", "y", "r", "q", "e", "a", "m", "a", "m"], ["t", "r", "b", "b", "s", "s", "v", "y", "o", "e", "a", "m", "a", "m"], ["t", "r", "b", "b", "s", "s", "v", "r", "e", "a", "m", "a", "m"], ["t", "r", "b", "b", "s", "s", "v", "a", "a", "m", "a", "m"], ["t", "r", "b", "b", "m", "v", "a", "a", "m", "a", "m"], ["t", "r", "b", "b", "i", "a", "a", "m", "a", "m"], ["t", "n", "b", "i", "a", "a", "m", "a", "m"], ["t", "r", "i", "a", "a", "m", "a", "m"]]}, "config": {"initial_state": "trbbssvyriwtqcfaufhaeh", "length": 22, "num_rules": 22, "num_steps": 15, "rules": ["s, s -> m", "k, m -> t", "e, h -> m", "r, b -> n", "f, k -> f", "a, e -> h", "m, h -> j", "i, w -> q", "r, q -> o", "t, v -> l", "r, e -> a", "a, j -> x", "y, g -> o", "a, x -> h", "t, r -> r", "r, i -> b", "y, o -> r", "u, f -> e", "q, c -> v", "n, b -> r", "m, v -> i", "l, f -> e"]}, "task_name": "task10", "example_name": "0134", "problem_name": "task10_0134"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ns, w -> q\nu, t -> b\nl, p -> o\ng, j -> k\na, p -> b\nm, r -> z\na, y -> f\nq, k -> p\nw, i -> p\nz, f -> n\nv, b -> z\ni, d -> t\nn, g -> k\ng, b -> k\nd, j -> m\nr, n -> a\np, o -> u\nk, y -> j\nInitial state:\nv, r, n, p, k, a, y, g, g, u, i, d, y, d, j, s, w, k, l, w, i", "label": {"final": ["z", "k", "f", "k", "m", "u"], "init": ["v", "r", "n", "p", "k", "a", "y", "g", "g", "u", "i", "d", "y", "d", "j", "s", "w", "k", "l", "w", "i"], "intermediate": [["v", "r", "n", "p", "k", "a", "y", "g", "g", "u", "i", "d", "y", "d", "j", "s", "w", "k", "l", "p"], ["v", "r", "n", "p", "k", "a", "y", "g", "g", "u", "i", "d", "y", "d", "j", "s", "w", "k", "o"], ["v", "r", "n", "p", "k", "a", "y", "g", "g", "u", "i", "d", "y", "d", "j", "q", "k", "o"], ["v", "r", "n", "p", "k", "a", "y", "g", "g", "u", "i", "d", "y", "d", "j", "p", "o"], ["v", "r", "n", "p", "k", "a", "y", "g", "g", "u", "i", "d", "y", "d", "j", "u"], ["v", "r", "n", "p", "k", "a", "y", "g", "g", "u", "i", "d", "y", "m", "u"], ["v", "r", "n", "p", "k", "a", "y", "g", "g", "u", "t", "y", "m", "u"], ["v", "r", "n", "p", "k", "a", "y", "g", "g", "b", "y", "m", "u"], ["v", "r", "n", "p", "k", "a", "y", "g", "k", "y", "m", "u"], ["v", "r", "n", "p", "k", "a", "y", "g", "j", "m", "u"], ["v", "r", "n", "p", "k", "a", "y", "k", "m", "u"], ["v", "r", "n", "p", "k", "f", "k", "m", "u"], ["v", "a", "p", "k", "f", "k", "m", "u"], ["v", "b", "k", "f", "k", "m", "u"]]}, "config": {"initial_state": "vrnpkaygguidydjswklwi", "length": 21, "num_rules": 18, "num_steps": 15, "rules": ["s, w -> q", "u, t -> b", "l, p -> o", "g, j -> k", "a, p -> b", "m, r -> z", "a, y -> f", "q, k -> p", "w, i -> p", "z, f -> n", "v, b -> z", "i, d -> t", "n, g -> k", "g, b -> k", "d, j -> m", "r, n -> a", "p, o -> u", "k, y -> j"]}, "task_name": "task10", "example_name": "0135", "problem_name": "task10_0135"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nn, w -> m\ng, w -> a\nx, o -> y\ne, k -> c\nd, b -> c\nl, y -> e\ni, s -> e\nn, i -> n\np, f -> s\nn, v -> s\ne, y -> k\ns, s -> r\np, w -> i\nd, m -> w\na, e -> s\nf, f -> f\nh, n -> d\nf, m -> w\nc, b -> x\nj, x -> c\ni, x -> l\nr, m -> i\nInitial state:\na, i, n, v, s, n, w, x, d, b, b, o, e, y, n, p, f, f, m, h, n, m", "label": {"final": ["a", "i", "c", "n", "s", "w", "w"], "init": ["a", "i", "n", "v", "s", "n", "w", "x", "d", "b", "b", "o", "e", "y", "n", "p", "f", "f", "m", "h", "n", "m"], "intermediate": [["a", "i", "n", "v", "s", "n", "w", "x", "d", "b", "b", "o", "e", "y", "n", "p", "f", "f", "m", "d", "m"], ["a", "i", "n", "v", "s", "n", "w", "x", "d", "b", "b", "o", "e", "y", "n", "p", "f", "f", "m", "w"], ["a", "i", "n", "v", "s", "n", "w", "x", "d", "b", "b", "o", "e", "y", "n", "p", "f", "w", "w"], ["a", "i", "n", "v", "s", "n", "w", "x", "d", "b", "b", "o", "e", "y", "n", "s", "w", "w"], ["a", "i", "n", "v", "s", "n", "w", "x", "d", "b", "b", "o", "k", "n", "s", "w", "w"], ["a", "i", "n", "v", "s", "n", "w", "x", "c", "b", "o", "k", "n", "s", "w", "w"], ["a", "i", "n", "v", "s", "n", "w", "x", "x", "o", "k", "n", "s", "w", "w"], ["a", "i", "n", "v", "s", "n", "w", "x", "y", "k", "n", "s", "w", "w"], ["a", "i", "n", "v", "s", "m", "x", "y", "k", "n", "s", "w", "w"], ["a", "i", "s", "s", "m", "x", "y", "k", "n", "s", "w", "w"], ["a", "i", "r", "m", "x", "y", "k", "n", "s", "w", "w"], ["a", "i", "i", "x", "y", "k", "n", "s", "w", "w"], ["a", "i", "l", "y", "k", "n", "s", "w", "w"], ["a", "i", "e", "k", "n", "s", "w", "w"]]}, "config": {"initial_state": "ainvsnwxdbboeynpffmhnm", "length": 22, "num_rules": 22, "num_steps": 15, "rules": ["n, w -> m", "g, w -> a", "x, o -> y", "e, k -> c", "d, b -> c", "l, y -> e", "i, s -> e", "n, i -> n", "p, f -> s", "n, v -> s", "e, y -> k", "s, s -> r", "p, w -> i", "d, m -> w", "a, e -> s", "f, f -> f", "h, n -> d", "f, m -> w", "c, b -> x", "j, x -> c", "i, x -> l", "r, m -> i"]}, "task_name": "task10", "example_name": "0136", "problem_name": "task10_0136"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nt, c -> v\nh, a -> h\nl, f -> a\ny, t -> w\nh, m -> c\nw, m -> e\nt, m -> t\nb, q -> f\ns, s -> c\ny, h -> s\ne, j -> s\nu, z -> t\ns, i -> m\ns, g -> c\nx, c -> q\nj, s -> o\nv, e -> i\np, w -> b\nInitial state:\nb, y, h, a, t, c, e, h, m, p, y, t, x, s, s, a, t, m, h, y, l, f, e, h, e, j, g", "label": {"final": ["b", "m", "c", "f", "a", "t", "h", "y", "a", "e", "h", "c"], "init": ["b", "y", "h", "a", "t", "c", "e", "h", "m", "p", "y", "t", "x", "s", "s", "a", "t", "m", "h", "y", "l", "f", "e", "h", "e", "j", "g"], "intermediate": [["b", "y", "h", "a", "t", "c", "e", "h", "m", "p", "y", "t", "x", "s", "s", "a", "t", "m", "h", "y", "l", "f", "e", "h", "s", "g"], ["b", "y", "h", "a", "t", "c", "e", "h", "m", "p", "y", "t", "x", "s", "s", "a", "t", "m", "h", "y", "l", "f", "e", "h", "c"], ["b", "y", "h", "a", "t", "c", "e", "h", "m", "p", "y", "t", "x", "s", "s", "a", "t", "m", "h", "y", "a", "e", "h", "c"], ["b", "y", "h", "a", "t", "c", "e", "h", "m", "p", "y", "t", "x", "s", "s", "a", "t", "h", "y", "a", "e", "h", "c"], ["b", "y", "h", "a", "t", "c", "e", "h", "m", "p", "y", "t", "x", "c", "a", "t", "h", "y", "a", "e", "h", "c"], ["b", "y", "h", "a", "t", "c", "e", "h", "m", "p", "y", "t", "q", "a", "t", "h", "y", "a", "e", "h", "c"], ["b", "y", "h", "a", "t", "c", "e", "h", "m", "p", "w", "q", "a", "t", "h", "y", "a", "e", "h", "c"], ["b", "y", "h", "a", "t", "c", "e", "h", "m", "b", "q", "a", "t", "h", "y", "a", "e", "h", "c"], ["b", "y", "h", "a", "t", "c", "e", "h", "m", "f", "a", "t", "h", "y", "a", "e", "h", "c"], ["b", "y", "h", "a", "t", "c", "e", "c", "f", "a", "t", "h", "y", "a", "e", "h", "c"], ["b", "y", "h", "a", "v", "e", "c", "f", "a", "t", "h", "y", "a", "e", "h", "c"], ["b", "y", "h", "a", "i", "c", "f", "a", "t", "h", "y", "a", "e", "h", "c"], ["b", "y", "h", "i", "c", "f", "a", "t", "h", "y", "a", "e", "h", "c"], ["b", "s", "i", "c", "f", "a", "t", "h", "y", "a", "e", "h", "c"]]}, "config": {"initial_state": "byhatcehmpytxssatmhylfehejg", "length": 27, "num_rules": 18, "num_steps": 15, "rules": ["t, c -> v", "h, a -> h", "l, f -> a", "y, t -> w", "h, m -> c", "w, m -> e", "t, m -> t", "b, q -> f", "s, s -> c", "y, h -> s", "e, j -> s", "u, z -> t", "s, i -> m", "s, g -> c", "x, c -> q", "j, s -> o", "v, e -> i", "p, w -> b"]}, "task_name": "task10", "example_name": "0137", "problem_name": "task10_0137"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nx, s -> t\nt, v -> s\nv, q -> g\nd, h -> t\nz, b -> v\nv, x -> t\nd, u -> k\nc, a -> b\nz, k -> j\nx, g -> z\no, x -> u\nf, s -> s\nh, z -> z\nf, e -> x\nt, z -> q\nq, k -> z\no, u -> p\ny, d -> x\nInitial state:\nz, k, f, s, o, o, x, d, u, f, e, v, t, q, k, z, c, a, x, x, s, v, x, o", "label": {"final": ["j", "s", "p", "k", "z", "t", "t", "t", "o"], "init": ["z", "k", "f", "s", "o", "o", "x", "d", "u", "f", "e", "v", "t", "q", "k", "z", "c", "a", "x", "x", "s", "v", "x", "o"], "intermediate": [["z", "k", "f", "s", "o", "o", "x", "d", "u", "f", "e", "v", "t", "q", "k", "z", "c", "a", "x", "x", "s", "t", "o"], ["z", "k", "f", "s", "o", "o", "x", "d", "u", "f", "e", "v", "t", "q", "k", "z", "c", "a", "x", "t", "t", "o"], ["z", "k", "f", "s", "o", "o", "x", "d", "u", "f", "e", "v", "t", "q", "k", "z", "b", "x", "t", "t", "o"], ["z", "k", "f", "s", "o", "o", "x", "d", "u", "f", "e", "v", "t", "q", "k", "v", "x", "t", "t", "o"], ["z", "k", "f", "s", "o", "o", "x", "d", "u", "f", "e", "v", "t", "q", "k", "t", "t", "t", "o"], ["z", "k", "f", "s", "o", "o", "x", "d", "u", "f", "e", "v", "t", "z", "t", "t", "t", "o"], ["z", "k", "f", "s", "o", "o", "x", "d", "u", "f", "e", "v", "q", "t", "t", "t", "o"], ["z", "k", "f", "s", "o", "o", "x", "d", "u", "f", "e", "g", "t", "t", "t", "o"], ["z", "k", "f", "s", "o", "o", "x", "d", "u", "x", "g", "t", "t", "t", "o"], ["z", "k", "f", "s", "o", "o", "x", "d", "u", "z", "t", "t", "t", "o"], ["z", "k", "f", "s", "o", "o", "x", "k", "z", "t", "t", "t", "o"], ["z", "k", "f", "s", "o", "u", "k", "z", "t", "t", "t", "o"], ["z", "k", "f", "s", "p", "k", "z", "t", "t", "t", "o"], ["z", "k", "s", "p", "k", "z", "t", "t", "t", "o"]]}, "config": {"initial_state": "zkfsooxdufevtqkzcaxxsvxo", "length": 24, "num_rules": 18, "num_steps": 15, "rules": ["x, s -> t", "t, v -> s", "v, q -> g", "d, h -> t", "z, b -> v", "v, x -> t", "d, u -> k", "c, a -> b", "z, k -> j", "x, g -> z", "o, x -> u", "f, s -> s", "h, z -> z", "f, e -> x", "t, z -> q", "q, k -> z", "o, u -> p", "y, d -> x"]}, "task_name": "task10", "example_name": "0138", "problem_name": "task10_0138"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nj, y -> v\nc, s -> i\ni, z -> b\nl, h -> h\ni, h -> j\nx, l -> p\nm, o -> j\nm, e -> p\nb, u -> w\no, g -> a\na, l -> y\nl, z -> z\ns, r -> x\nx, b -> m\nk, l -> o\nq, m -> m\nj, u -> g\nv, m -> v\nw, e -> q\nInitial state:\nq, i, h, k, l, g, l, s, r, c, s, l, z, b, u, e, m, o, u", "label": {"final": ["q", "v", "q", "g"], "init": ["q", "i", "h", "k", "l", "g", "l", "s", "r", "c", "s", "l", "z", "b", "u", "e", "m", "o", "u"], "intermediate": [["q", "i", "h", "k", "l", "g", "l", "s", "r", "c", "s", "l", "z", "b", "u", "e", "j", "u"], ["q", "i", "h", "k", "l", "g", "l", "s", "r", "c", "s", "l", "z", "b", "u", "e", "g"], ["q", "i", "h", "k", "l", "g", "l", "s", "r", "c", "s", "l", "z", "w", "e", "g"], ["q", "i", "h", "k", "l", "g", "l", "s", "r", "c", "s", "l", "z", "q", "g"], ["q", "i", "h", "k", "l", "g", "l", "s", "r", "c", "s", "z", "q", "g"], ["q", "i", "h", "k", "l", "g", "l", "s", "r", "i", "z", "q", "g"], ["q", "i", "h", "k", "l", "g", "l", "s", "r", "b", "q", "g"], ["q", "i", "h", "k", "l", "g", "l", "x", "b", "q", "g"], ["q", "i", "h", "k", "l", "g", "l", "m", "q", "g"], ["q", "i", "h", "o", "g", "l", "m", "q", "g"], ["q", "i", "h", "a", "l", "m", "q", "g"], ["q", "i", "h", "y", "m", "q", "g"], ["q", "j", "y", "m", "q", "g"], ["q", "v", "m", "q", "g"]]}, "config": {"initial_state": "qihklglsrcslzbuemou", "length": 19, "num_rules": 19, "num_steps": 15, "rules": ["j, y -> v", "c, s -> i", "i, z -> b", "l, h -> h", "i, h -> j", "x, l -> p", "m, o -> j", "m, e -> p", "b, u -> w", "o, g -> a", "a, l -> y", "l, z -> z", "s, r -> x", "x, b -> m", "k, l -> o", "q, m -> m", "j, u -> g", "v, m -> v", "w, e -> q"]}, "task_name": "task10", "example_name": "0139", "problem_name": "task10_0139"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nz, u -> r\nj, m -> u\nx, a -> d\ng, c -> d\nd, c -> w\ne, v -> a\nb, v -> u\nd, f -> v\nc, o -> z\no, f -> f\nb, t -> h\nh, o -> v\nh, z -> p\nl, f -> d\nl, v -> g\nh, s -> h\nq, u -> o\nr, w -> l\nt, h -> k\nInitial state:\nb, t, q, j, m, z, b, v, g, c, c, l, f, f, h, s, c, o, e, v", "label": {"final": ["v", "g", "p", "a"], "init": ["b", "t", "q", "j", "m", "z", "b", "v", "g", "c", "c", "l", "f", "f", "h", "s", "c", "o", "e", "v"], "intermediate": [["b", "t", "q", "j", "m", "z", "b", "v", "g", "c", "c", "l", "f", "f", "h", "s", "c", "o", "a"], ["b", "t", "q", "j", "m", "z", "b", "v", "g", "c", "c", "l", "f", "f", "h", "s", "z", "a"], ["b", "t", "q", "j", "m", "z", "b", "v", "g", "c", "c", "l", "f", "f", "h", "z", "a"], ["b", "t", "q", "j", "m", "z", "b", "v", "g", "c", "c", "l", "f", "f", "p", "a"], ["b", "t", "q", "j", "m", "z", "b", "v", "g", "c", "c", "d", "f", "p", "a"], ["b", "t", "q", "j", "m", "z", "b", "v", "g", "c", "c", "v", "p", "a"], ["b", "t", "q", "j", "m", "z", "b", "v", "d", "c", "v", "p", "a"], ["b", "t", "q", "j", "m", "z", "b", "v", "w", "v", "p", "a"], ["b", "t", "q", "j", "m", "z", "u", "w", "v", "p", "a"], ["b", "t", "q", "j", "m", "r", "w", "v", "p", "a"], ["b", "t", "q", "j", "m", "l", "v", "p", "a"], ["b", "t", "q", "j", "m", "g", "p", "a"], ["b", "t", "q", "u", "g", "p", "a"], ["b", "t", "o", "g", "p", "a"], ["h", "o", "g", "p", "a"]]}, "config": {"initial_state": "btqjmzbvgcclffhscoev", "length": 20, "num_rules": 19, "num_steps": 16, "rules": ["z, u -> r", "j, m -> u", "x, a -> d", "g, c -> d", "d, c -> w", "e, v -> a", "b, v -> u", "d, f -> v", "c, o -> z", "o, f -> f", "b, t -> h", "h, o -> v", "h, z -> p", "l, f -> d", "l, v -> g", "h, s -> h", "q, u -> o", "r, w -> l", "t, h -> k"]}, "task_name": "task10", "example_name": "0140", "problem_name": "task10_0140"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nz, g -> l\nm, u -> c\ng, m -> a\nx, k -> m\np, e -> q\ns, w -> z\nd, j -> q\na, s -> w\nx, c -> v\nl, p -> x\nx, q -> u\nw, g -> s\nx, t -> p\nq, f -> s\nq, z -> k\nm, b -> v\nm, s -> r\nr, g -> q\nd, x -> g\nt, p -> m\nl, g -> m\nInitial state:\nx, m, x, q, w, d, x, g, z, g, g, d, j, f, l, p, x, t, e, z, s", "label": {"final": ["v", "s", "g", "r", "r"], "init": ["x", "m", "x", "q", "w", "d", "x", "g", "z", "g", "g", "d", "j", "f", "l", "p", "x", "t", "e", "z", "s"], "intermediate": [["x", "m", "x", "q", "w", "d", "x", "g", "z", "g", "g", "d", "j", "f", "l", "p", "p", "e", "z", "s"], ["x", "m", "x", "q", "w", "d", "x", "g", "z", "g", "g", "d", "j", "f", "l", "p", "q", "z", "s"], ["x", "m", "x", "q", "w", "d", "x", "g", "z", "g", "g", "d", "j", "f", "l", "p", "k", "s"], ["x", "m", "x", "q", "w", "d", "x", "g", "z", "g", "g", "d", "j", "f", "x", "k", "s"], ["x", "m", "x", "q", "w", "d", "x", "g", "z", "g", "g", "d", "j", "f", "m", "s"], ["x", "m", "x", "q", "w", "d", "x", "g", "z", "g", "g", "d", "j", "f", "r"], ["x", "m", "x", "q", "w", "d", "x", "g", "z", "g", "g", "q", "f", "r"], ["x", "m", "x", "q", "w", "d", "x", "g", "z", "g", "g", "s", "r"], ["x", "m", "x", "q", "w", "d", "x", "g", "l", "g", "s", "r"], ["x", "m", "x", "q", "w", "d", "x", "g", "m", "s", "r"], ["x", "m", "x", "q", "w", "d", "x", "g", "r", "r"], ["x", "m", "x", "q", "w", "g", "g", "r", "r"], ["x", "m", "x", "q", "s", "g", "r", "r"], ["x", "m", "u", "s", "g", "r", "r"], ["x", "c", "s", "g", "r", "r"]]}, "config": {"initial_state": "xmxqwdxgzggdjflpxtezs", "length": 21, "num_rules": 21, "num_steps": 16, "rules": ["z, g -> l", "m, u -> c", "g, m -> a", "x, k -> m", "p, e -> q", "s, w -> z", "d, j -> q", "a, s -> w", "x, c -> v", "l, p -> x", "x, q -> u", "w, g -> s", "x, t -> p", "q, f -> s", "q, z -> k", "m, b -> v", "m, s -> r", "r, g -> q", "d, x -> g", "t, p -> m", "l, g -> m"]}, "task_name": "task10", "example_name": "0141", "problem_name": "task10_0141"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nu, p -> a\nr, a -> u\nd, w -> e\nr, w -> l\ni, r -> x\nt, d -> r\nb, x -> k\na, l -> u\nk, l -> h\ne, r -> v\nj, l -> s\nu, k -> p\nh, a -> z\nr, p -> d\nd, j -> u\na, f -> p\nj, t -> w\nc, b -> f\nv, p -> a\nInitial state:\nv, a, c, b, i, t, d, u, b, x, j, t, r, q, k, r, w, a, i, r, a, l, p, v", "label": {"final": ["a", "i", "v", "q", "z", "i", "u", "v"], "init": ["v", "a", "c", "b", "i", "t", "d", "u", "b", "x", "j", "t", "r", "q", "k", "r", "w", "a", "i", "r", "a", "l", "p", "v"], "intermediate": [["v", "a", "c", "b", "i", "t", "d", "u", "b", "x", "j", "t", "r", "q", "k", "r", "w", "a", "i", "r", "u", "p", "v"], ["v", "a", "c", "b", "i", "t", "d", "u", "b", "x", "j", "t", "r", "q", "k", "r", "w", "a", "i", "r", "a", "v"], ["v", "a", "c", "b", "i", "t", "d", "u", "b", "x", "j", "t", "r", "q", "k", "r", "w", "a", "i", "u", "v"], ["v", "a", "c", "b", "i", "t", "d", "u", "b", "x", "j", "t", "r", "q", "k", "l", "a", "i", "u", "v"], ["v", "a", "c", "b", "i", "t", "d", "u", "b", "x", "j", "t", "r", "q", "h", "a", "i", "u", "v"], ["v", "a", "c", "b", "i", "t", "d", "u", "b", "x", "j", "t", "r", "q", "z", "i", "u", "v"], ["v", "a", "c", "b", "i", "t", "d", "u", "b", "x", "w", "r", "q", "z", "i", "u", "v"], ["v", "a", "c", "b", "i", "t", "d", "u", "k", "w", "r", "q", "z", "i", "u", "v"], ["v", "a", "c", "b", "i", "t", "d", "p", "w", "r", "q", "z", "i", "u", "v"], ["v", "a", "c", "b", "i", "r", "p", "w", "r", "q", "z", "i", "u", "v"], ["v", "a", "c", "b", "i", "d", "w", "r", "q", "z", "i", "u", "v"], ["v", "a", "c", "b", "i", "e", "r", "q", "z", "i", "u", "v"], ["v", "a", "c", "b", "i", "v", "q", "z", "i", "u", "v"], ["v", "a", "f", "i", "v", "q", "z", "i", "u", "v"], ["v", "p", "i", "v", "q", "z", "i", "u", "v"]]}, "config": {"initial_state": "vacbitdubxjtrqkrwairalpv", "length": 24, "num_rules": 19, "num_steps": 16, "rules": ["u, p -> a", "r, a -> u", "d, w -> e", "r, w -> l", "i, r -> x", "t, d -> r", "b, x -> k", "a, l -> u", "k, l -> h", "e, r -> v", "j, l -> s", "u, k -> p", "h, a -> z", "r, p -> d", "d, j -> u", "a, f -> p", "j, t -> w", "c, b -> f", "v, p -> a"]}, "task_name": "task10", "example_name": "0142", "problem_name": "task10_0142"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ns, o -> s\nz, h -> n\ne, k -> q\nn, g -> l\ni, s -> d\nq, v -> h\nm, x -> l\ny, r -> z\ne, f -> s\nb, c -> m\nm, l -> o\ni, o -> y\ni, n -> q\nq, w -> m\nf, w -> q\nh, t -> j\nd, h -> x\nq, q -> k\nm, w -> s\nInitial state:\ny, r, h, i, e, f, o, f, w, i, n, m, w, c, e, k, v, t, i, q, b, c, q, w, x", "label": {"final": ["n", "d", "k", "s", "c", "j", "i", "q", "o"], "init": ["y", "r", "h", "i", "e", "f", "o", "f", "w", "i", "n", "m", "w", "c", "e", "k", "v", "t", "i", "q", "b", "c", "q", "w", "x"], "intermediate": [["y", "r", "h", "i", "e", "f", "o", "f", "w", "i", "n", "m", "w", "c", "e", "k", "v", "t", "i", "q", "b", "c", "m", "x"], ["y", "r", "h", "i", "e", "f", "o", "f", "w", "i", "n", "m", "w", "c", "e", "k", "v", "t", "i", "q", "b", "c", "l"], ["y", "r", "h", "i", "e", "f", "o", "f", "w", "i", "n", "m", "w", "c", "e", "k", "v", "t", "i", "q", "m", "l"], ["y", "r", "h", "i", "e", "f", "o", "f", "w", "i", "n", "m", "w", "c", "e", "k", "v", "t", "i", "q", "o"], ["y", "r", "h", "i", "e", "f", "o", "f", "w", "i", "n", "m", "w", "c", "q", "v", "t", "i", "q", "o"], ["y", "r", "h", "i", "e", "f", "o", "f", "w", "i", "n", "m", "w", "c", "h", "t", "i", "q", "o"], ["y", "r", "h", "i", "e", "f", "o", "f", "w", "i", "n", "m", "w", "c", "j", "i", "q", "o"], ["y", "r", "h", "i", "e", "f", "o", "f", "w", "i", "n", "s", "c", "j", "i", "q", "o"], ["y", "r", "h", "i", "e", "f", "o", "f", "w", "q", "s", "c", "j", "i", "q", "o"], ["y", "r", "h", "i", "e", "f", "o", "q", "q", "s", "c", "j", "i", "q", "o"], ["y", "r", "h", "i", "e", "f", "o", "k", "s", "c", "j", "i", "q", "o"], ["y", "r", "h", "i", "s", "o", "k", "s", "c", "j", "i", "q", "o"], ["y", "r", "h", "i", "s", "k", "s", "c", "j", "i", "q", "o"], ["y", "r", "h", "d", "k", "s", "c", "j", "i", "q", "o"], ["z", "h", "d", "k", "s", "c", "j", "i", "q", "o"]]}, "config": {"initial_state": "yrhiefofwinmwcekvtiqbcqwx", "length": 25, "num_rules": 19, "num_steps": 16, "rules": ["s, o -> s", "z, h -> n", "e, k -> q", "n, g -> l", "i, s -> d", "q, v -> h", "m, x -> l", "y, r -> z", "e, f -> s", "b, c -> m", "m, l -> o", "i, o -> y", "i, n -> q", "q, w -> m", "f, w -> q", "h, t -> j", "d, h -> x", "q, q -> k", "m, w -> s"]}, "task_name": "task10", "example_name": "0143", "problem_name": "task10_0143"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nd, w -> r\no, g -> w\no, p -> i\ng, i -> g\nj, q -> g\nl, t -> x\nd, m -> l\ni, i -> j\np, m -> q\nf, b -> p\ny, g -> h\nz, z -> x\ne, u -> j\nc, a -> g\ne, i -> e\nz, y -> d\nl, j -> k\nn, y -> e\ne, j -> s\nInitial state:\nz, y, o, j, f, b, m, n, y, i, i, z, z, g, o, p, d, m, e, i, u", "label": {"final": ["r", "s", "x", "g", "k"], "init": ["z", "y", "o", "j", "f", "b", "m", "n", "y", "i", "i", "z", "z", "g", "o", "p", "d", "m", "e", "i", "u"], "intermediate": [["z", "y", "o", "j", "f", "b", "m", "n", "y", "i", "i", "z", "z", "g", "o", "p", "d", "m", "e", "u"], ["z", "y", "o", "j", "f", "b", "m", "n", "y", "i", "i", "z", "z", "g", "o", "p", "d", "m", "j"], ["z", "y", "o", "j", "f", "b", "m", "n", "y", "i", "i", "z", "z", "g", "o", "p", "l", "j"], ["z", "y", "o", "j", "f", "b", "m", "n", "y", "i", "i", "z", "z", "g", "o", "p", "k"], ["z", "y", "o", "j", "f", "b", "m", "n", "y", "i", "i", "z", "z", "g", "i", "k"], ["z", "y", "o", "j", "f", "b", "m", "n", "y", "i", "i", "z", "z", "g", "k"], ["z", "y", "o", "j", "f", "b", "m", "n", "y", "i", "i", "x", "g", "k"], ["z", "y", "o", "j", "f", "b", "m", "n", "y", "j", "x", "g", "k"], ["z", "y", "o", "j", "f", "b", "m", "e", "j", "x", "g", "k"], ["z", "y", "o", "j", "f", "b", "m", "s", "x", "g", "k"], ["z", "y", "o", "j", "p", "m", "s", "x", "g", "k"], ["z", "y", "o", "j", "q", "s", "x", "g", "k"], ["z", "y", "o", "g", "s", "x", "g", "k"], ["z", "y", "w", "s", "x", "g", "k"], ["d", "w", "s", "x", "g", "k"]]}, "config": {"initial_state": "zyojfbmnyiizzgopdmeiu", "length": 21, "num_rules": 19, "num_steps": 16, "rules": ["d, w -> r", "o, g -> w", "o, p -> i", "g, i -> g", "j, q -> g", "l, t -> x", "d, m -> l", "i, i -> j", "p, m -> q", "f, b -> p", "y, g -> h", "z, z -> x", "e, u -> j", "c, a -> g", "e, i -> e", "z, y -> d", "l, j -> k", "n, y -> e", "e, j -> s"]}, "task_name": "task10", "example_name": "0144", "problem_name": "task10_0144"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nr, n -> v\nr, k -> c\na, n -> r\ni, p -> y\nw, y -> j\nn, e -> k\nf, k -> p\nt, e -> y\no, w -> e\ne, o -> q\nk, r -> e\no, d -> q\nt, r -> n\nn, l -> l\nl, p -> m\nu, r -> c\nj, p -> i\no, q -> l\nx, h -> o\no, h -> h\nm, e -> w\nInitial state:\nc, i, p, c, f, n, e, u, r, f, w, t, k, r, x, o, h, o, d, p, o, w, a, t, r, n, e, o, z, t", "label": {"final": ["c", "y", "c", "p", "c", "f", "j", "w", "a", "t", "v", "q", "z", "t"], "init": ["c", "i", "p", "c", "f", "n", "e", "u", "r", "f", "w", "t", "k", "r", "x", "o", "h", "o", "d", "p", "o", "w", "a", "t", "r", "n", "e", "o", "z", "t"], "intermediate": [["c", "i", "p", "c", "f", "n", "e", "u", "r", "f", "w", "t", "k", "r", "x", "o", "h", "o", "d", "p", "o", "w", "a", "t", "r", "n", "q", "z", "t"], ["c", "i", "p", "c", "f", "n", "e", "u", "r", "f", "w", "t", "k", "r", "x", "o", "h", "o", "d", "p", "o", "w", "a", "t", "v", "q", "z", "t"], ["c", "i", "p", "c", "f", "n", "e", "u", "r", "f", "w", "t", "k", "r", "x", "o", "h", "o", "d", "p", "e", "a", "t", "v", "q", "z", "t"], ["c", "i", "p", "c", "f", "n", "e", "u", "r", "f", "w", "t", "k", "r", "x", "o", "h", "q", "p", "e", "a", "t", "v", "q", "z", "t"], ["c", "i", "p", "c", "f", "n", "e", "u", "r", "f", "w", "t", "k", "r", "x", "h", "q", "p", "e", "a", "t", "v", "q", "z", "t"], ["c", "i", "p", "c", "f", "n", "e", "u", "r", "f", "w", "t", "k", "r", "o", "q", "p", "e", "a", "t", "v", "q", "z", "t"], ["c", "i", "p", "c", "f", "n", "e", "u", "r", "f", "w", "t", "k", "r", "l", "p", "e", "a", "t", "v", "q", "z", "t"], ["c", "i", "p", "c", "f", "n", "e", "u", "r", "f", "w", "t", "k", "r", "m", "e", "a", "t", "v", "q", "z", "t"], ["c", "i", "p", "c", "f", "n", "e", "u", "r", "f", "w", "t", "k", "r", "w", "a", "t", "v", "q", "z", "t"], ["c", "i", "p", "c", "f", "n", "e", "u", "r", "f", "w", "t", "e", "w", "a", "t", "v", "q", "z", "t"], ["c", "i", "p", "c", "f", "n", "e", "u", "r", "f", "w", "y", "w", "a", "t", "v", "q", "z", "t"], ["c", "i", "p", "c", "f", "n", "e", "u", "r", "f", "j", "w", "a", "t", "v", "q", "z", "t"], ["c", "i", "p", "c", "f", "n", "e", "c", "f", "j", "w", "a", "t", "v", "q", "z", "t"], ["c", "i", "p", "c", "f", "k", "c", "f", "j", "w", "a", "t", "v", "q", "z", "t"], ["c", "i", "p", "c", "p", "c", "f", "j", "w", "a", "t", "v", "q", "z", "t"]]}, "config": {"initial_state": "cipcfneurfwtkrxohodpowatrneozt", "length": 30, "num_rules": 21, "num_steps": 16, "rules": ["r, n -> v", "r, k -> c", "a, n -> r", "i, p -> y", "w, y -> j", "n, e -> k", "f, k -> p", "t, e -> y", "o, w -> e", "e, o -> q", "k, r -> e", "o, d -> q", "t, r -> n", "n, l -> l", "l, p -> m", "u, r -> c", "j, p -> i", "o, q -> l", "x, h -> o", "o, h -> h", "m, e -> w"]}, "task_name": "task10", "example_name": "0145", "problem_name": "task10_0145"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nz, h -> k\nb, p -> z\ns, q -> o\nx, r -> h\no, f -> h\nk, y -> w\ny, l -> f\ns, j -> i\nh, h -> k\ns, m -> f\nk, z -> d\nx, d -> s\nt, e -> c\ng, f -> d\nk, b -> e\nh, t -> c\nk, k -> e\no, i -> e\nt, y -> g\nInitial state:\nt, z, h, b, k, h, h, t, t, m, g, s, m, k, y, x, d, q, f, t, o, s, j, b, p, x, r", "label": {"final": ["c", "k", "h", "c", "t", "m", "d", "w", "h", "c", "k"], "init": ["t", "z", "h", "b", "k", "h", "h", "t", "t", "m", "g", "s", "m", "k", "y", "x", "d", "q", "f", "t", "o", "s", "j", "b", "p", "x", "r"], "intermediate": [["t", "z", "h", "b", "k", "h", "h", "t", "t", "m", "g", "s", "m", "k", "y", "x", "d", "q", "f", "t", "o", "s", "j", "b", "p", "h"], ["t", "z", "h", "b", "k", "h", "h", "t", "t", "m", "g", "s", "m", "k", "y", "x", "d", "q", "f", "t", "o", "s", "j", "z", "h"], ["t", "z", "h", "b", "k", "h", "h", "t", "t", "m", "g", "s", "m", "k", "y", "x", "d", "q", "f", "t", "o", "s", "j", "k"], ["t", "z", "h", "b", "k", "h", "h", "t", "t", "m", "g", "s", "m", "k", "y", "x", "d", "q", "f", "t", "o", "i", "k"], ["t", "z", "h", "b", "k", "h", "h", "t", "t", "m", "g", "s", "m", "k", "y", "x", "d", "q", "f", "t", "e", "k"], ["t", "z", "h", "b", "k", "h", "h", "t", "t", "m", "g", "s", "m", "k", "y", "x", "d", "q", "f", "c", "k"], ["t", "z", "h", "b", "k", "h", "h", "t", "t", "m", "g", "s", "m", "k", "y", "s", "q", "f", "c", "k"], ["t", "z", "h", "b", "k", "h", "h", "t", "t", "m", "g", "s", "m", "k", "y", "o", "f", "c", "k"], ["t", "z", "h", "b", "k", "h", "h", "t", "t", "m", "g", "s", "m", "k", "y", "h", "c", "k"], ["t", "z", "h", "b", "k", "h", "h", "t", "t", "m", "g", "s", "m", "w", "h", "c", "k"], ["t", "z", "h", "b", "k", "h", "h", "t", "t", "m", "g", "f", "w", "h", "c", "k"], ["t", "z", "h", "b", "k", "h", "h", "t", "t", "m", "d", "w", "h", "c", "k"], ["t", "z", "h", "b", "k", "h", "c", "t", "m", "d", "w", "h", "c", "k"], ["t", "k", "b", "k", "h", "c", "t", "m", "d", "w", "h", "c", "k"], ["t", "e", "k", "h", "c", "t", "m", "d", "w", "h", "c", "k"]]}, "config": {"initial_state": "tzhbkhhttmgsmkyxdqftosjbpxr", "length": 27, "num_rules": 19, "num_steps": 16, "rules": ["z, h -> k", "b, p -> z", "s, q -> o", "x, r -> h", "o, f -> h", "k, y -> w", "y, l -> f", "s, j -> i", "h, h -> k", "s, m -> f", "k, z -> d", "x, d -> s", "t, e -> c", "g, f -> d", "k, b -> e", "h, t -> c", "k, k -> e", "o, i -> e", "t, y -> g"]}, "task_name": "task10", "example_name": "0146", "problem_name": "task10_0146"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nk, z -> e\nq, b -> f\ne, y -> o\no, o -> d\na, p -> a\nc, d -> f\nw, f -> c\ng, a -> a\ne, r -> n\nm, b -> i\nv, o -> d\nl, g -> o\no, d -> l\nx, z -> b\nt, f -> t\na, a -> b\nr, y -> r\nj, y -> g\nq, g -> x\ni, q -> z\ni, o -> q\ny, y -> e\ne, a -> b\nInitial state:\no, l, g, y, y, a, v, o, f, w, q, x, z, d, j, y, m, g, a, a, e, y, g, k, z, r, y, o, d", "label": {"final": ["d", "b", "d", "f", "f", "g", "m", "g", "b", "o", "g", "n", "l"], "init": ["o", "l", "g", "y", "y", "a", "v", "o", "f", "w", "q", "x", "z", "d", "j", "y", "m", "g", "a", "a", "e", "y", "g", "k", "z", "r", "y", "o", "d"], "intermediate": [["o", "l", "g", "y", "y", "a", "v", "o", "f", "w", "q", "x", "z", "d", "j", "y", "m", "g", "a", "a", "e", "y", "g", "k", "z", "r", "y", "l"], ["o", "l", "g", "y", "y", "a", "v", "o", "f", "w", "q", "x", "z", "d", "j", "y", "m", "g", "a", "a", "e", "y", "g", "k", "z", "r", "l"], ["o", "l", "g", "y", "y", "a", "v", "o", "f", "w", "q", "x", "z", "d", "j", "y", "m", "g", "a", "a", "e", "y", "g", "e", "r", "l"], ["o", "l", "g", "y", "y", "a", "v", "o", "f", "w", "q", "x", "z", "d", "j", "y", "m", "g", "a", "a", "e", "y", "g", "n", "l"], ["o", "l", "g", "y", "y", "a", "v", "o", "f", "w", "q", "x", "z", "d", "j", "y", "m", "g", "a", "a", "o", "g", "n", "l"], ["o", "l", "g", "y", "y", "a", "v", "o", "f", "w", "q", "x", "z", "d", "j", "y", "m", "g", "b", "o", "g", "n", "l"], ["o", "l", "g", "y", "y", "a", "v", "o", "f", "w", "q", "x", "z", "d", "g", "m", "g", "b", "o", "g", "n", "l"], ["o", "l", "g", "y", "y", "a", "v", "o", "f", "w", "q", "b", "d", "g", "m", "g", "b", "o", "g", "n", "l"], ["o", "l", "g", "y", "y", "a", "v", "o", "f", "w", "f", "d", "g", "m", "g", "b", "o", "g", "n", "l"], ["o", "l", "g", "y", "y", "a", "v", "o", "f", "c", "d", "g", "m", "g", "b", "o", "g", "n", "l"], ["o", "l", "g", "y", "y", "a", "v", "o", "f", "f", "g", "m", "g", "b", "o", "g", "n", "l"], ["o", "l", "g", "y", "y", "a", "d", "f", "f", "g", "m", "g", "b", "o", "g", "n", "l"], ["o", "l", "g", "e", "a", "d", "f", "f", "g", "m", "g", "b", "o", "g", "n", "l"], ["o", "l", "g", "b", "d", "f", "f", "g", "m", "g", "b", "o", "g", "n", "l"], ["o", "o", "b", "d", "f", "f", "g", "m", "g", "b", "o", "g", "n", "l"]]}, "config": {"initial_state": "olgyyavofwqxzdjymgaaeygkzryod", "length": 29, "num_rules": 23, "num_steps": 16, "rules": ["k, z -> e", "q, b -> f", "e, y -> o", "o, o -> d", "a, p -> a", "c, d -> f", "w, f -> c", "g, a -> a", "e, r -> n", "m, b -> i", "v, o -> d", "l, g -> o", "o, d -> l", "x, z -> b", "t, f -> t", "a, a -> b", "r, y -> r", "j, y -> g", "q, g -> x", "i, q -> z", "i, o -> q", "y, y -> e", "e, a -> b"]}, "task_name": "task10", "example_name": "0147", "problem_name": "task10_0147"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nx, h -> k\nh, t -> x\na, i -> h\nl, f -> t\nq, p -> h\ns, p -> n\nr, x -> h\nx, y -> h\nk, s -> r\nr, n -> y\nk, r -> s\no, v -> s\nm, c -> b\nb, k -> h\np, x -> c\nh, x -> w\nd, c -> t\no, y -> p\nb, w -> c\nx, c -> u\nInitial state:\nx, x, b, k, r, p, k, s, x, d, b, a, i, x, x, y, l, f, o, r, n, x", "label": {"final": ["x", "x", "b", "s", "c", "u"], "init": ["x", "x", "b", "k", "r", "p", "k", "s", "x", "d", "b", "a", "i", "x", "x", "y", "l", "f", "o", "r", "n", "x"], "intermediate": [["x", "x", "b", "k", "r", "p", "k", "s", "x", "d", "b", "a", "i", "x", "x", "y", "l", "f", "o", "y", "x"], ["x", "x", "b", "k", "r", "p", "k", "s", "x", "d", "b", "a", "i", "x", "x", "y", "l", "f", "p", "x"], ["x", "x", "b", "k", "r", "p", "k", "s", "x", "d", "b", "a", "i", "x", "x", "y", "l", "f", "c"], ["x", "x", "b", "k", "r", "p", "k", "s", "x", "d", "b", "a", "i", "x", "x", "y", "t", "c"], ["x", "x", "b", "k", "r", "p", "k", "s", "x", "d", "b", "a", "i", "x", "h", "t", "c"], ["x", "x", "b", "k", "r", "p", "k", "s", "x", "d", "b", "a", "i", "x", "x", "c"], ["x", "x", "b", "k", "r", "p", "k", "s", "x", "d", "b", "a", "i", "x", "u"], ["x", "x", "b", "k", "r", "p", "k", "s", "x", "d", "b", "h", "x", "u"], ["x", "x", "b", "k", "r", "p", "k", "s", "x", "d", "b", "w", "u"], ["x", "x", "b", "k", "r", "p", "k", "s", "x", "d", "c", "u"], ["x", "x", "b", "k", "r", "p", "k", "s", "x", "t", "u"], ["x", "x", "b", "k", "r", "p", "r", "x", "t", "u"], ["x", "x", "b", "k", "r", "p", "h", "t", "u"], ["x", "x", "b", "k", "r", "p", "x", "u"], ["x", "x", "b", "k", "r", "c", "u"]]}, "config": {"initial_state": "xxbkrpksxdbaixxylfornx", "length": 22, "num_rules": 20, "num_steps": 16, "rules": ["x, h -> k", "h, t -> x", "a, i -> h", "l, f -> t", "q, p -> h", "s, p -> n", "r, x -> h", "x, y -> h", "k, s -> r", "r, n -> y", "k, r -> s", "o, v -> s", "m, c -> b", "b, k -> h", "p, x -> c", "h, x -> w", "d, c -> t", "o, y -> p", "b, w -> c", "x, c -> u"]}, "task_name": "task10", "example_name": "0148", "problem_name": "task10_0148"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nh, c -> g\nd, o -> m\nv, x -> f\nq, m -> d\nq, f -> a\nc, u -> t\nr, x -> s\nw, o -> t\ni, q -> c\nd, w -> l\ni, s -> k\ng, m -> w\nu, p -> w\nm, r -> m\nc, a -> w\ng, l -> o\na, m -> z\nw, k -> v\nw, j -> v\nInitial state:\ni, q, c, q, v, x, i, r, x, h, c, m, r, g, q, d, o, u, p", "label": {"final": ["c", "v", "t"], "init": ["i", "q", "c", "q", "v", "x", "i", "r", "x", "h", "c", "m", "r", "g", "q", "d", "o", "u", "p"], "intermediate": [["i", "q", "c", "q", "v", "x", "i", "r", "x", "h", "c", "m", "r", "g", "q", "d", "o", "w"], ["i", "q", "c", "q", "v", "x", "i", "r", "x", "h", "c", "m", "r", "g", "q", "m", "w"], ["i", "q", "c", "q", "v", "x", "i", "r", "x", "h", "c", "m", "r", "g", "d", "w"], ["i", "q", "c", "q", "v", "x", "i", "r", "x", "h", "c", "m", "r", "g", "l"], ["i", "q", "c", "q", "v", "x", "i", "r", "x", "h", "c", "m", "r", "o"], ["i", "q", "c", "q", "v", "x", "i", "r", "x", "h", "c", "m", "o"], ["i", "q", "c", "q", "v", "x", "i", "r", "x", "g", "m", "o"], ["i", "q", "c", "q", "v", "x", "i", "r", "x", "w", "o"], ["i", "q", "c", "q", "v", "x", "i", "r", "x", "t"], ["i", "q", "c", "q", "v", "x", "i", "s", "t"], ["i", "q", "c", "q", "v", "x", "k", "t"], ["i", "q", "c", "q", "f", "k", "t"], ["i", "q", "c", "a", "k", "t"], ["i", "q", "w", "k", "t"], ["i", "q", "v", "t"]]}, "config": {"initial_state": "iqcqvxirxhcmrgqdoup", "length": 19, "num_rules": 19, "num_steps": 16, "rules": ["h, c -> g", "d, o -> m", "v, x -> f", "q, m -> d", "q, f -> a", "c, u -> t", "r, x -> s", "w, o -> t", "i, q -> c", "d, w -> l", "i, s -> k", "g, m -> w", "u, p -> w", "m, r -> m", "c, a -> w", "g, l -> o", "a, m -> z", "w, k -> v", "w, j -> v"]}, "task_name": "task10", "example_name": "0149", "problem_name": "task10_0149"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ny, j -> m\nt, s -> j\nh, o -> p\nh, z -> u\nf, r -> t\nx, q -> h\nx, w -> x\nl, u -> q\ns, f -> c\nd, e -> r\nw, w -> l\no, q -> r\nz, p -> r\nv, h -> p\nb, b -> s\nt, c -> p\ns, p -> o\nd, s -> s\nt, f -> v\nInitial state:\nd, e, y, w, w, h, f, s, p, q, s, f, y, t, d, b, b, z, x, w, l, u, o, h, z", "label": {"final": ["r", "y", "l", "h", "p", "m", "r", "u"], "init": ["d", "e", "y", "w", "w", "h", "f", "s", "p", "q", "s", "f", "y", "t", "d", "b", "b", "z", "x", "w", "l", "u", "o", "h", "z"], "intermediate": [["d", "e", "y", "w", "w", "h", "f", "s", "p", "q", "s", "f", "y", "t", "d", "b", "b", "z", "x", "w", "l", "u", "o", "u"], ["d", "e", "y", "w", "w", "h", "f", "s", "p", "q", "s", "f", "y", "t", "d", "b", "b", "z", "x", "w", "q", "o", "u"], ["d", "e", "y", "w", "w", "h", "f", "s", "p", "q", "s", "f", "y", "t", "d", "b", "b", "z", "x", "q", "o", "u"], ["d", "e", "y", "w", "w", "h", "f", "s", "p", "q", "s", "f", "y", "t", "d", "b", "b", "z", "h", "o", "u"], ["d", "e", "y", "w", "w", "h", "f", "s", "p", "q", "s", "f", "y", "t", "d", "b", "b", "z", "p", "u"], ["d", "e", "y", "w", "w", "h", "f", "s", "p", "q", "s", "f", "y", "t", "d", "b", "b", "r", "u"], ["d", "e", "y", "w", "w", "h", "f", "s", "p", "q", "s", "f", "y", "t", "d", "s", "r", "u"], ["d", "e", "y", "w", "w", "h", "f", "s", "p", "q", "s", "f", "y", "t", "s", "r", "u"], ["d", "e", "y", "w", "w", "h", "f", "s", "p", "q", "s", "f", "y", "j", "r", "u"], ["d", "e", "y", "w", "w", "h", "f", "s", "p", "q", "s", "f", "m", "r", "u"], ["d", "e", "y", "w", "w", "h", "f", "s", "p", "q", "c", "m", "r", "u"], ["d", "e", "y", "w", "w", "h", "f", "o", "q", "c", "m", "r", "u"], ["d", "e", "y", "w", "w", "h", "f", "r", "c", "m", "r", "u"], ["d", "e", "y", "w", "w", "h", "t", "c", "m", "r", "u"], ["d", "e", "y", "w", "w", "h", "p", "m", "r", "u"], ["d", "e", "y", "l", "h", "p", "m", "r", "u"]]}, "config": {"initial_state": "deywwhfspqsfytdbbzxwluohz", "length": 25, "num_rules": 19, "num_steps": 17, "rules": ["y, j -> m", "t, s -> j", "h, o -> p", "h, z -> u", "f, r -> t", "x, q -> h", "x, w -> x", "l, u -> q", "s, f -> c", "d, e -> r", "w, w -> l", "o, q -> r", "z, p -> r", "v, h -> p", "b, b -> s", "t, c -> p", "s, p -> o", "d, s -> s", "t, f -> v"]}, "task_name": "task10", "example_name": "0150", "problem_name": "task10_0150"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nl, e -> u\na, q -> h\no, s -> u\nt, p -> r\nt, x -> p\nm, p -> n\no, t -> y\nh, v -> n\nn, v -> s\nv, a -> v\ny, p -> m\nc, v -> a\nh, s -> d\nm, c -> m\nf, r -> e\nu, s -> c\ni, s -> t\ny, a -> a\nm, i -> a\nb, u -> p\nc, h -> a\nx, n -> b\nInitial state:\no, i, s, x, m, p, l, f, t, p, o, s, s, m, i, q, h, v, v, c, h", "label": {"final": ["o", "r", "c", "d"], "init": ["o", "i", "s", "x", "m", "p", "l", "f", "t", "p", "o", "s", "s", "m", "i", "q", "h", "v", "v", "c", "h"], "intermediate": [["o", "i", "s", "x", "m", "p", "l", "f", "t", "p", "o", "s", "s", "m", "i", "q", "h", "v", "v", "a"], ["o", "i", "s", "x", "m", "p", "l", "f", "t", "p", "o", "s", "s", "m", "i", "q", "h", "v", "v"], ["o", "i", "s", "x", "m", "p", "l", "f", "t", "p", "o", "s", "s", "m", "i", "q", "n", "v"], ["o", "i", "s", "x", "m", "p", "l", "f", "t", "p", "o", "s", "s", "m", "i", "q", "s"], ["o", "i", "s", "x", "m", "p", "l", "f", "t", "p", "o", "s", "s", "a", "q", "s"], ["o", "i", "s", "x", "m", "p", "l", "f", "t", "p", "o", "s", "s", "h", "s"], ["o", "i", "s", "x", "m", "p", "l", "f", "t", "p", "o", "s", "s", "d"], ["o", "i", "s", "x", "m", "p", "l", "f", "t", "p", "u", "s", "d"], ["o", "i", "s", "x", "m", "p", "l", "f", "t", "p", "c", "d"], ["o", "i", "s", "x", "m", "p", "l", "f", "r", "c", "d"], ["o", "i", "s", "x", "m", "p", "l", "e", "c", "d"], ["o", "i", "s", "x", "m", "p", "u", "c", "d"], ["o", "i", "s", "x", "n", "u", "c", "d"], ["o", "i", "s", "b", "u", "c", "d"], ["o", "i", "s", "p", "c", "d"], ["o", "t", "p", "c", "d"]]}, "config": {"initial_state": "oisxmplftpossmiqhvvch", "length": 21, "num_rules": 22, "num_steps": 17, "rules": ["l, e -> u", "a, q -> h", "o, s -> u", "t, p -> r", "t, x -> p", "m, p -> n", "o, t -> y", "h, v -> n", "n, v -> s", "v, a -> v", "y, p -> m", "c, v -> a", "h, s -> d", "m, c -> m", "f, r -> e", "u, s -> c", "i, s -> t", "y, a -> a", "m, i -> a", "b, u -> p", "c, h -> a", "x, n -> b"]}, "task_name": "task10", "example_name": "0151", "problem_name": "task10_0151"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nk, r -> l\nc, l -> r\np, p -> i\ni, m -> v\ni, p -> l\nk, j -> l\ni, t -> h\nb, z -> k\nn, k -> r\nb, r -> u\no, u -> h\nk, k -> r\nw, u -> p\ni, r -> w\nm, y -> l\nt, n -> m\ng, q -> g\nz, g -> y\nv, u -> i\nr, t -> g\nl, w -> c\nInitial state:\nw, b, r, p, p, c, l, w, o, u, n, k, t, i, t, v, u, p, t, n, z, g, q, b, z, j, w", "label": {"final": ["p", "i", "c", "c", "h", "g", "h", "l", "l", "c"], "init": ["w", "b", "r", "p", "p", "c", "l", "w", "o", "u", "n", "k", "t", "i", "t", "v", "u", "p", "t", "n", "z", "g", "q", "b", "z", "j", "w"], "intermediate": [["w", "b", "r", "p", "p", "c", "l", "w", "o", "u", "n", "k", "t", "i", "t", "v", "u", "p", "t", "n", "z", "g", "q", "k", "j", "w"], ["w", "b", "r", "p", "p", "c", "l", "w", "o", "u", "n", "k", "t", "i", "t", "v", "u", "p", "t", "n", "z", "g", "q", "l", "w"], ["w", "b", "r", "p", "p", "c", "l", "w", "o", "u", "n", "k", "t", "i", "t", "v", "u", "p", "t", "n", "z", "g", "q", "c"], ["w", "b", "r", "p", "p", "c", "l", "w", "o", "u", "n", "k", "t", "i", "t", "v", "u", "p", "t", "n", "z", "g", "c"], ["w", "b", "r", "p", "p", "c", "l", "w", "o", "u", "n", "k", "t", "i", "t", "v", "u", "p", "t", "n", "y", "c"], ["w", "b", "r", "p", "p", "c", "l", "w", "o", "u", "n", "k", "t", "i", "t", "v", "u", "p", "m", "y", "c"], ["w", "b", "r", "p", "p", "c", "l", "w", "o", "u", "n", "k", "t", "i", "t", "v", "u", "p", "l", "c"], ["w", "b", "r", "p", "p", "c", "l", "w", "o", "u", "n", "k", "t", "i", "t", "i", "p", "l", "c"], ["w", "b", "r", "p", "p", "c", "l", "w", "o", "u", "n", "k", "t", "i", "t", "l", "l", "c"], ["w", "b", "r", "p", "p", "c", "l", "w", "o", "u", "n", "k", "t", "h", "l", "l", "c"], ["w", "b", "r", "p", "p", "c", "l", "w", "o", "u", "r", "t", "h", "l", "l", "c"], ["w", "b", "r", "p", "p", "c", "l", "w", "o", "u", "g", "h", "l", "l", "c"], ["w", "b", "r", "p", "p", "c", "l", "w", "h", "g", "h", "l", "l", "c"], ["w", "b", "r", "p", "p", "c", "c", "h", "g", "h", "l", "l", "c"], ["w", "b", "r", "i", "c", "c", "h", "g", "h", "l", "l", "c"], ["w", "u", "i", "c", "c", "h", "g", "h", "l", "l", "c"]]}, "config": {"initial_state": "wbrppclwounktitvuptnzgqbzjw", "length": 27, "num_rules": 21, "num_steps": 17, "rules": ["k, r -> l", "c, l -> r", "p, p -> i", "i, m -> v", "i, p -> l", "k, j -> l", "i, t -> h", "b, z -> k", "n, k -> r", "b, r -> u", "o, u -> h", "k, k -> r", "w, u -> p", "i, r -> w", "m, y -> l", "t, n -> m", "g, q -> g", "z, g -> y", "v, u -> i", "r, t -> g", "l, w -> c"]}, "task_name": "task10", "example_name": "0152", "problem_name": "task10_0152"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nx, e -> w\nt, l -> g\nb, m -> j\nq, h -> m\na, f -> v\nf, g -> h\nu, z -> c\nw, l -> i\nn, e -> l\ne, l -> g\nu, s -> y\nj, o -> i\nj, h -> i\np, i -> q\nq, c -> y\ni, f -> x\ny, x -> u\nh, s -> q\nm, l -> n\nb, w -> f\ne, h -> e\nInitial state:\na, x, e, l, t, m, l, e, h, f, g, s, u, z, j, h, f, s, z, p, b, m, o, q, i, a, f, k", "label": {"final": ["a", "x", "g", "g", "y", "z", "q", "q", "i", "v", "k"], "init": ["a", "x", "e", "l", "t", "m", "l", "e", "h", "f", "g", "s", "u", "z", "j", "h", "f", "s", "z", "p", "b", "m", "o", "q", "i", "a", "f", "k"], "intermediate": [["a", "x", "e", "l", "t", "m", "l", "e", "h", "f", "g", "s", "u", "z", "j", "h", "f", "s", "z", "p", "b", "m", "o", "q", "i", "v", "k"], ["a", "x", "e", "l", "t", "m", "l", "e", "h", "f", "g", "s", "u", "z", "j", "h", "f", "s", "z", "p", "j", "o", "q", "i", "v", "k"], ["a", "x", "e", "l", "t", "m", "l", "e", "h", "f", "g", "s", "u", "z", "j", "h", "f", "s", "z", "p", "i", "q", "i", "v", "k"], ["a", "x", "e", "l", "t", "m", "l", "e", "h", "f", "g", "s", "u", "z", "j", "h", "f", "s", "z", "q", "q", "i", "v", "k"], ["a", "x", "e", "l", "t", "m", "l", "e", "h", "f", "g", "s", "u", "z", "i", "f", "s", "z", "q", "q", "i", "v", "k"], ["a", "x", "e", "l", "t", "m", "l", "e", "h", "f", "g", "s", "u", "z", "x", "s", "z", "q", "q", "i", "v", "k"], ["a", "x", "e", "l", "t", "m", "l", "e", "h", "f", "g", "s", "c", "x", "s", "z", "q", "q", "i", "v", "k"], ["a", "x", "e", "l", "t", "m", "l", "e", "h", "h", "s", "c", "x", "s", "z", "q", "q", "i", "v", "k"], ["a", "x", "e", "l", "t", "m", "l", "e", "h", "q", "c", "x", "s", "z", "q", "q", "i", "v", "k"], ["a", "x", "e", "l", "t", "m", "l", "e", "h", "y", "x", "s", "z", "q", "q", "i", "v", "k"], ["a", "x", "e", "l", "t", "m", "l", "e", "h", "u", "s", "z", "q", "q", "i", "v", "k"], ["a", "x", "e", "l", "t", "m", "l", "e", "h", "y", "z", "q", "q", "i", "v", "k"], ["a", "x", "e", "l", "t", "m", "l", "e", "y", "z", "q", "q", "i", "v", "k"], ["a", "x", "e", "l", "t", "n", "e", "y", "z", "q", "q", "i", "v", "k"], ["a", "x", "e", "l", "t", "l", "y", "z", "q", "q", "i", "v", "k"], ["a", "x", "e", "l", "g", "y", "z", "q", "q", "i", "v", "k"]]}, "config": {"initial_state": "axeltmlehfgsuzjhfszpbmoqiafk", "length": 28, "num_rules": 21, "num_steps": 17, "rules": ["x, e -> w", "t, l -> g", "b, m -> j", "q, h -> m", "a, f -> v", "f, g -> h", "u, z -> c", "w, l -> i", "n, e -> l", "e, l -> g", "u, s -> y", "j, o -> i", "j, h -> i", "p, i -> q", "q, c -> y", "i, f -> x", "y, x -> u", "h, s -> q", "m, l -> n", "b, w -> f", "e, h -> e"]}, "task_name": "task10", "example_name": "0153", "problem_name": "task10_0153"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nr, y -> c\no, p -> f\ni, o -> r\nx, a -> f\nf, c -> u\nl, n -> m\np, o -> j\nd, d -> f\nw, u -> a\nr, v -> b\nj, j -> v\ng, s -> o\nz, i -> x\na, f -> s\nc, m -> l\nc, s -> h\nm, b -> c\nh, v -> r\np, k -> f\nm, f -> p\nInitial state:\nz, i, a, o, p, i, g, a, f, y, j, c, m, n, c, s, j, m, f, o, v", "label": {"final": ["f", "u", "j", "c"], "init": ["z", "i", "a", "o", "p", "i", "g", "a", "f", "y", "j", "c", "m", "n", "c", "s", "j", "m", "f", "o", "v"], "intermediate": [["z", "i", "a", "o", "p", "i", "g", "a", "f", "y", "j", "c", "m", "n", "c", "s", "j", "p", "o", "v"], ["z", "i", "a", "o", "p", "i", "g", "a", "f", "y", "j", "c", "m", "n", "c", "s", "j", "j", "v"], ["z", "i", "a", "o", "p", "i", "g", "a", "f", "y", "j", "c", "m", "n", "c", "s", "v", "v"], ["z", "i", "a", "o", "p", "i", "g", "a", "f", "y", "j", "c", "m", "n", "h", "v", "v"], ["z", "i", "a", "o", "p", "i", "g", "a", "f", "y", "j", "c", "m", "n", "r", "v"], ["z", "i", "a", "o", "p", "i", "g", "a", "f", "y", "j", "c", "m", "n", "b"], ["z", "i", "a", "o", "p", "i", "g", "a", "f", "y", "j", "l", "n", "b"], ["z", "i", "a", "o", "p", "i", "g", "a", "f", "y", "j", "m", "b"], ["z", "i", "a", "o", "p", "i", "g", "a", "f", "y", "j", "c"], ["z", "i", "a", "o", "p", "i", "g", "s", "y", "j", "c"], ["z", "i", "a", "o", "p", "i", "o", "y", "j", "c"], ["z", "i", "a", "o", "p", "r", "y", "j", "c"], ["z", "i", "a", "o", "p", "c", "j", "c"], ["z", "i", "a", "f", "c", "j", "c"], ["z", "i", "a", "u", "j", "c"], ["x", "a", "u", "j", "c"]]}, "config": {"initial_state": "ziaopigafyjcmncsjmfov", "length": 21, "num_rules": 20, "num_steps": 17, "rules": ["r, y -> c", "o, p -> f", "i, o -> r", "x, a -> f", "f, c -> u", "l, n -> m", "p, o -> j", "d, d -> f", "w, u -> a", "r, v -> b", "j, j -> v", "g, s -> o", "z, i -> x", "a, f -> s", "c, m -> l", "c, s -> h", "m, b -> c", "h, v -> r", "p, k -> f", "m, f -> p"]}, "task_name": "task10", "example_name": "0154", "problem_name": "task10_0154"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nm, n -> m\nz, b -> a\ni, o -> v\nt, u -> w\ny, b -> f\ng, c -> f\nf, j -> o\nz, i -> q\ng, n -> i\nk, j -> b\ni, x -> b\nk, f -> s\no, x -> w\np, g -> y\nh, b -> o\nq, s -> j\ny, n -> j\na, f -> h\nt, w -> n\ni, v -> x\nInitial state:\nz, f, z, g, n, k, g, c, i, i, o, z, k, y, t, w, p, g, i, x", "label": {"final": ["z", "w", "h"], "init": ["z", "f", "z", "g", "n", "k", "g", "c", "i", "i", "o", "z", "k", "y", "t", "w", "p", "g", "i", "x"], "intermediate": [["z", "f", "z", "g", "n", "k", "g", "c", "i", "i", "o", "z", "k", "y", "t", "w", "p", "g", "b"], ["z", "f", "z", "g", "n", "k", "g", "c", "i", "i", "o", "z", "k", "y", "t", "w", "y", "b"], ["z", "f", "z", "g", "n", "k", "g", "c", "i", "i", "o", "z", "k", "y", "t", "w", "f"], ["z", "f", "z", "g", "n", "k", "g", "c", "i", "i", "o", "z", "k", "y", "n", "f"], ["z", "f", "z", "g", "n", "k", "g", "c", "i", "i", "o", "z", "k", "j", "f"], ["z", "f", "z", "g", "n", "k", "g", "c", "i", "i", "o", "z", "b", "f"], ["z", "f", "z", "g", "n", "k", "g", "c", "i", "i", "o", "a", "f"], ["z", "f", "z", "g", "n", "k", "g", "c", "i", "i", "o", "h"], ["z", "f", "z", "g", "n", "k", "g", "c", "i", "v", "h"], ["z", "f", "z", "g", "n", "k", "g", "c", "x", "h"], ["z", "f", "z", "g", "n", "k", "f", "x", "h"], ["z", "f", "z", "g", "n", "s", "x", "h"], ["z", "f", "z", "i", "s", "x", "h"], ["z", "f", "q", "s", "x", "h"], ["z", "f", "j", "x", "h"], ["z", "o", "x", "h"]]}, "config": {"initial_state": "zfzgnkgciiozkytwpgix", "length": 20, "num_rules": 20, "num_steps": 17, "rules": ["m, n -> m", "z, b -> a", "i, o -> v", "t, u -> w", "y, b -> f", "g, c -> f", "f, j -> o", "z, i -> q", "g, n -> i", "k, j -> b", "i, x -> b", "k, f -> s", "o, x -> w", "p, g -> y", "h, b -> o", "q, s -> j", "y, n -> j", "a, f -> h", "t, w -> n", "i, v -> x"]}, "task_name": "task10", "example_name": "0155", "problem_name": "task10_0155"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nu, h -> k\nh, t -> h\nh, p -> q\ny, c -> s\nk, f -> n\nf, o -> n\nh, o -> l\ns, f -> b\nj, t -> h\nt, y -> h\nb, n -> h\nj, u -> x\ng, v -> w\nb, v -> w\ng, w -> c\nk, q -> u\ng, s -> u\nr, f -> f\nn, l -> p\nd, o -> f\nInitial state:\nj, g, s, d, y, g, b, v, r, d, o, n, k, f, j, t, o, k, q, h, t", "label": {"final": ["x", "d", "q", "k"], "init": ["j", "g", "s", "d", "y", "g", "b", "v", "r", "d", "o", "n", "k", "f", "j", "t", "o", "k", "q", "h", "t"], "intermediate": [["j", "g", "s", "d", "y", "g", "b", "v", "r", "d", "o", "n", "k", "f", "j", "t", "o", "k", "q", "h"], ["j", "g", "s", "d", "y", "g", "b", "v", "r", "d", "o", "n", "k", "f", "j", "t", "o", "u", "h"], ["j", "g", "s", "d", "y", "g", "b", "v", "r", "d", "o", "n", "k", "f", "j", "t", "o", "k"], ["j", "g", "s", "d", "y", "g", "b", "v", "r", "d", "o", "n", "k", "f", "h", "o", "k"], ["j", "g", "s", "d", "y", "g", "b", "v", "r", "d", "o", "n", "k", "f", "l", "k"], ["j", "g", "s", "d", "y", "g", "b", "v", "r", "d", "o", "n", "n", "l", "k"], ["j", "g", "s", "d", "y", "g", "b", "v", "r", "d", "o", "n", "p", "k"], ["j", "g", "s", "d", "y", "g", "b", "v", "r", "f", "n", "p", "k"], ["j", "g", "s", "d", "y", "g", "b", "v", "f", "n", "p", "k"], ["j", "g", "s", "d", "y", "g", "w", "f", "n", "p", "k"], ["j", "g", "s", "d", "y", "c", "f", "n", "p", "k"], ["j", "g", "s", "d", "s", "f", "n", "p", "k"], ["j", "g", "s", "d", "b", "n", "p", "k"], ["j", "g", "s", "d", "h", "p", "k"], ["j", "g", "s", "d", "q", "k"], ["j", "u", "d", "q", "k"]]}, "config": {"initial_state": "jgsdygbvrdonkfjtokqht", "length": 21, "num_rules": 20, "num_steps": 17, "rules": ["u, h -> k", "h, t -> h", "h, p -> q", "y, c -> s", "k, f -> n", "f, o -> n", "h, o -> l", "s, f -> b", "j, t -> h", "t, y -> h", "b, n -> h", "j, u -> x", "g, v -> w", "b, v -> w", "g, w -> c", "k, q -> u", "g, s -> u", "r, f -> f", "n, l -> p", "d, o -> f"]}, "task_name": "task10", "example_name": "0156", "problem_name": "task10_0156"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nu, r -> t\nf, k -> t\nv, p -> y\nf, r -> g\nu, p -> x\ny, m -> w\nw, x -> r\ni, r -> s\ni, g -> r\no, j -> n\np, y -> s\nt, j -> a\ns, l -> h\nr, x -> u\ne, b -> g\no, u -> a\nr, t -> r\nn, h -> z\nm, y -> r\nInitial state:\nd, o, u, f, k, n, s, l, p, y, l, j, m, f, m, y, t, e, b, y, m, x, u, p, i, g, j", "label": {"final": ["d", "a", "t", "z", "h", "j", "m", "g", "g", "a"], "init": ["d", "o", "u", "f", "k", "n", "s", "l", "p", "y", "l", "j", "m", "f", "m", "y", "t", "e", "b", "y", "m", "x", "u", "p", "i", "g", "j"], "intermediate": [["d", "o", "u", "f", "k", "n", "s", "l", "p", "y", "l", "j", "m", "f", "m", "y", "t", "e", "b", "y", "m", "x", "u", "p", "r", "j"], ["d", "o", "u", "f", "k", "n", "s", "l", "p", "y", "l", "j", "m", "f", "m", "y", "t", "e", "b", "y", "m", "x", "x", "r", "j"], ["d", "o", "u", "f", "k", "n", "s", "l", "p", "y", "l", "j", "m", "f", "m", "y", "t", "e", "b", "w", "x", "x", "r", "j"], ["d", "o", "u", "f", "k", "n", "s", "l", "p", "y", "l", "j", "m", "f", "m", "y", "t", "e", "b", "r", "x", "r", "j"], ["d", "o", "u", "f", "k", "n", "s", "l", "p", "y", "l", "j", "m", "f", "m", "y", "t", "e", "b", "u", "r", "j"], ["d", "o", "u", "f", "k", "n", "s", "l", "p", "y", "l", "j", "m", "f", "m", "y", "t", "e", "b", "t", "j"], ["d", "o", "u", "f", "k", "n", "s", "l", "p", "y", "l", "j", "m", "f", "m", "y", "t", "e", "b", "a"], ["d", "o", "u", "f", "k", "n", "s", "l", "p", "y", "l", "j", "m", "f", "m", "y", "t", "g", "a"], ["d", "o", "u", "f", "k", "n", "s", "l", "p", "y", "l", "j", "m", "f", "r", "t", "g", "a"], ["d", "o", "u", "f", "k", "n", "s", "l", "p", "y", "l", "j", "m", "f", "r", "g", "a"], ["d", "o", "u", "f", "k", "n", "s", "l", "p", "y", "l", "j", "m", "g", "g", "a"], ["d", "o", "u", "f", "k", "n", "s", "l", "s", "l", "j", "m", "g", "g", "a"], ["d", "o", "u", "f", "k", "n", "s", "l", "h", "j", "m", "g", "g", "a"], ["d", "o", "u", "f", "k", "n", "h", "h", "j", "m", "g", "g", "a"], ["d", "o", "u", "f", "k", "z", "h", "j", "m", "g", "g", "a"], ["d", "o", "u", "t", "z", "h", "j", "m", "g", "g", "a"]]}, "config": {"initial_state": "doufknslpyljmfmytebymxupigj", "length": 27, "num_rules": 19, "num_steps": 17, "rules": ["u, r -> t", "f, k -> t", "v, p -> y", "f, r -> g", "u, p -> x", "y, m -> w", "w, x -> r", "i, r -> s", "i, g -> r", "o, j -> n", "p, y -> s", "t, j -> a", "s, l -> h", "r, x -> u", "e, b -> g", "o, u -> a", "r, t -> r", "n, h -> z", "m, y -> r"]}, "task_name": "task10", "example_name": "0157", "problem_name": "task10_0157"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nr, m -> k\nb, k -> n\nw, j -> k\nk, g -> n\no, q -> s\nc, p -> m\nx, f -> r\nt, y -> j\nz, o -> s\nv, y -> l\nw, b -> g\nn, l -> r\nd, q -> y\nh, j -> c\ni, f -> t\nk, s -> p\nn, h -> q\nm, c -> t\nh, i -> b\ne, i -> n\nInitial state:\nz, o, g, r, m, c, x, f, h, j, k, o, q, j, k, w, b, v, d, h, i, k, h, i, f", "label": {"final": ["s", "g", "r", "t", "k", "j", "r", "t"], "init": ["z", "o", "g", "r", "m", "c", "x", "f", "h", "j", "k", "o", "q", "j", "k", "w", "b", "v", "d", "h", "i", "k", "h", "i", "f"], "intermediate": [["z", "o", "g", "r", "m", "c", "x", "f", "h", "j", "k", "o", "q", "j", "k", "w", "b", "v", "d", "h", "i", "k", "h", "t"], ["z", "o", "g", "r", "m", "c", "x", "f", "h", "j", "k", "o", "q", "j", "k", "w", "b", "v", "d", "b", "k", "h", "t"], ["z", "o", "g", "r", "m", "c", "x", "f", "h", "j", "k", "o", "q", "j", "k", "w", "b", "v", "d", "n", "h", "t"], ["z", "o", "g", "r", "m", "c", "x", "f", "h", "j", "k", "o", "q", "j", "k", "w", "b", "v", "d", "q", "t"], ["z", "o", "g", "r", "m", "c", "x", "f", "h", "j", "k", "o", "q", "j", "k", "w", "b", "v", "y", "t"], ["z", "o", "g", "r", "m", "c", "x", "f", "h", "j", "k", "o", "q", "j", "k", "w", "b", "l", "t"], ["z", "o", "g", "r", "m", "c", "x", "f", "h", "j", "k", "o", "q", "j", "k", "g", "l", "t"], ["z", "o", "g", "r", "m", "c", "x", "f", "h", "j", "k", "o", "q", "j", "n", "l", "t"], ["z", "o", "g", "r", "m", "c", "x", "f", "h", "j", "k", "o", "q", "j", "r", "t"], ["z", "o", "g", "r", "m", "c", "x", "f", "h", "j", "k", "s", "j", "r", "t"], ["z", "o", "g", "r", "m", "c", "x", "f", "h", "j", "p", "j", "r", "t"], ["z", "o", "g", "r", "m", "c", "x", "f", "c", "p", "j", "r", "t"], ["z", "o", "g", "r", "m", "c", "x", "f", "m", "j", "r", "t"], ["z", "o", "g", "r", "m", "c", "r", "m", "j", "r", "t"], ["z", "o", "g", "r", "m", "c", "k", "j", "r", "t"], ["z", "o", "g", "r", "t", "k", "j", "r", "t"]]}, "config": {"initial_state": "zogrmcxfhjkoqjkwbvdhikhif", "length": 25, "num_rules": 20, "num_steps": 17, "rules": ["r, m -> k", "b, k -> n", "w, j -> k", "k, g -> n", "o, q -> s", "c, p -> m", "x, f -> r", "t, y -> j", "z, o -> s", "v, y -> l", "w, b -> g", "n, l -> r", "d, q -> y", "h, j -> c", "i, f -> t", "k, s -> p", "n, h -> q", "m, c -> t", "h, i -> b", "e, i -> n"]}, "task_name": "task10", "example_name": "0158", "problem_name": "task10_0158"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nv, v -> d\nc, j -> h\ns, s -> q\ny, g -> i\nc, f -> r\ns, b -> u\nx, z -> c\nu, q -> r\nr, r -> g\nv, a -> p\nh, f -> j\nd, t -> a\ny, i -> g\nr, g -> j\ng, r -> c\nr, t -> z\nr, d -> y\ny, l -> n\nn, l -> s\nm, m -> x\np, e -> r\nc, x -> r\nInitial state:\nq, v, d, t, e, v, v, y, g, r, m, m, y, l, l, b, s, s, x, z, f", "label": {"final": ["q", "y", "y", "j"], "init": ["q", "v", "d", "t", "e", "v", "v", "y", "g", "r", "m", "m", "y", "l", "l", "b", "s", "s", "x", "z", "f"], "intermediate": [["q", "v", "d", "t", "e", "v", "v", "y", "g", "r", "m", "m", "y", "l", "l", "b", "s", "s", "c", "f"], ["q", "v", "d", "t", "e", "v", "v", "y", "g", "r", "m", "m", "y", "l", "l", "b", "s", "s", "r"], ["q", "v", "d", "t", "e", "v", "v", "y", "g", "r", "m", "m", "y", "l", "l", "b", "q", "r"], ["q", "v", "d", "t", "e", "v", "v", "y", "g", "r", "m", "m", "n", "l", "b", "q", "r"], ["q", "v", "d", "t", "e", "v", "v", "y", "g", "r", "m", "m", "s", "b", "q", "r"], ["q", "v", "d", "t", "e", "v", "v", "y", "g", "r", "m", "m", "u", "q", "r"], ["q", "v", "d", "t", "e", "v", "v", "y", "g", "r", "m", "m", "r", "r"], ["q", "v", "d", "t", "e", "v", "v", "y", "g", "r", "m", "m", "g"], ["q", "v", "d", "t", "e", "v", "v", "y", "g", "r", "x", "g"], ["q", "v", "d", "t", "e", "v", "v", "y", "c", "x", "g"], ["q", "v", "d", "t", "e", "v", "v", "y", "r", "g"], ["q", "v", "d", "t", "e", "v", "v", "y", "j"], ["q", "v", "d", "t", "e", "d", "y", "j"], ["q", "v", "a", "e", "d", "y", "j"], ["q", "p", "e", "d", "y", "j"], ["q", "r", "d", "y", "j"]]}, "config": {"initial_state": "qvdtevvygrmmyllbssxzf", "length": 21, "num_rules": 22, "num_steps": 17, "rules": ["v, v -> d", "c, j -> h", "s, s -> q", "y, g -> i", "c, f -> r", "s, b -> u", "x, z -> c", "u, q -> r", "r, r -> g", "v, a -> p", "h, f -> j", "d, t -> a", "y, i -> g", "r, g -> j", "g, r -> c", "r, t -> z", "r, d -> y", "y, l -> n", "n, l -> s", "m, m -> x", "p, e -> r", "c, x -> r"]}, "task_name": "task10", "example_name": "0159", "problem_name": "task10_0159"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nh, d -> e\nl, m -> v\nq, i -> b\ne, d -> e\np, j -> k\nu, a -> f\nt, f -> d\na, p -> l\nn, k -> d\nu, l -> s\nk, f -> a\nx, j -> j\nw, e -> r\nd, p -> l\nv, j -> l\nk, r -> p\nq, e -> s\ng, b -> s\nv, b -> b\nb, s -> g\nw, v -> u\nc, g -> m\nt, s -> g\nInitial state:\nt, n, p, x, j, p, c, g, b, q, e, q, i, k, f, k, w, h, d, d, u, v, j", "label": {"final": ["t", "v", "s", "l", "s"], "init": ["t", "n", "p", "x", "j", "p", "c", "g", "b", "q", "e", "q", "i", "k", "f", "k", "w", "h", "d", "d", "u", "v", "j"], "intermediate": [["t", "n", "p", "x", "j", "p", "c", "g", "b", "q", "e", "q", "i", "k", "f", "k", "w", "h", "d", "d", "u", "l"], ["t", "n", "p", "x", "j", "p", "c", "g", "b", "q", "e", "q", "i", "k", "f", "k", "w", "h", "d", "d", "s"], ["t", "n", "p", "x", "j", "p", "c", "g", "b", "q", "e", "q", "i", "k", "f", "k", "w", "e", "d", "s"], ["t", "n", "p", "x", "j", "p", "c", "g", "b", "q", "e", "q", "i", "k", "f", "k", "w", "e", "s"], ["t", "n", "p", "x", "j", "p", "c", "g", "b", "q", "e", "q", "i", "k", "f", "k", "r", "s"], ["t", "n", "p", "x", "j", "p", "c", "g", "b", "q", "e", "q", "i", "k", "f", "p", "s"], ["t", "n", "p", "x", "j", "p", "c", "g", "b", "q", "e", "q", "i", "a", "p", "s"], ["t", "n", "p", "x", "j", "p", "c", "g", "b", "q", "e", "q", "i", "l", "s"], ["t", "n", "p", "x", "j", "p", "c", "g", "b", "q", "e", "b", "l", "s"], ["t", "n", "p", "x", "j", "p", "c", "g", "b", "s", "b", "l", "s"], ["t", "n", "p", "x", "j", "p", "c", "g", "g", "b", "l", "s"], ["t", "n", "p", "x", "j", "p", "c", "g", "s", "l", "s"], ["t", "n", "p", "x", "j", "p", "m", "s", "l", "s"], ["t", "n", "p", "j", "p", "m", "s", "l", "s"], ["t", "n", "k", "p", "m", "s", "l", "s"], ["t", "d", "p", "m", "s", "l", "s"], ["t", "l", "m", "s", "l", "s"]]}, "config": {"initial_state": "tnpxjpcgbqeqikfkwhdduvj", "length": 23, "num_rules": 23, "num_steps": 18, "rules": ["h, d -> e", "l, m -> v", "q, i -> b", "e, d -> e", "p, j -> k", "u, a -> f", "t, f -> d", "a, p -> l", "n, k -> d", "u, l -> s", "k, f -> a", "x, j -> j", "w, e -> r", "d, p -> l", "v, j -> l", "k, r -> p", "q, e -> s", "g, b -> s", "v, b -> b", "b, s -> g", "w, v -> u", "c, g -> m", "t, s -> g"]}, "task_name": "task10", "example_name": "0160", "problem_name": "task10_0160"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nm, o -> i\nk, c -> a\nx, x -> n\ni, o -> h\nc, w -> r\nu, a -> s\nl, u -> y\nr, p -> d\nc, q -> v\nc, z -> b\nu, q -> c\nl, c -> r\ne, v -> k\nh, r -> h\nn, x -> u\ns, i -> c\nh, i -> c\nj, v -> p\nd, b -> h\nu, d -> f\nq, n -> f\nInitial state:\nn, x, q, z, q, x, x, u, c, w, j, c, q, d, m, o, o, r, z, z, s, e, v, h, i, l, s, i, g", "label": {"final": ["b", "f", "f", "d", "h", "z", "z", "s", "a", "r", "g"], "init": ["n", "x", "q", "z", "q", "x", "x", "u", "c", "w", "j", "c", "q", "d", "m", "o", "o", "r", "z", "z", "s", "e", "v", "h", "i", "l", "s", "i", "g"], "intermediate": [["n", "x", "q", "z", "q", "x", "x", "u", "c", "w", "j", "c", "q", "d", "m", "o", "o", "r", "z", "z", "s", "e", "v", "h", "i", "l", "c", "g"], ["n", "x", "q", "z", "q", "x", "x", "u", "c", "w", "j", "c", "q", "d", "m", "o", "o", "r", "z", "z", "s", "e", "v", "h", "i", "r", "g"], ["n", "x", "q", "z", "q", "x", "x", "u", "c", "w", "j", "c", "q", "d", "m", "o", "o", "r", "z", "z", "s", "e", "v", "c", "r", "g"], ["n", "x", "q", "z", "q", "x", "x", "u", "c", "w", "j", "c", "q", "d", "m", "o", "o", "r", "z", "z", "s", "k", "c", "r", "g"], ["n", "x", "q", "z", "q", "x", "x", "u", "c", "w", "j", "c", "q", "d", "m", "o", "o", "r", "z", "z", "s", "a", "r", "g"], ["n", "x", "q", "z", "q", "x", "x", "u", "c", "w", "j", "c", "q", "d", "i", "o", "r", "z", "z", "s", "a", "r", "g"], ["n", "x", "q", "z", "q", "x", "x", "u", "c", "w", "j", "c", "q", "d", "h", "r", "z", "z", "s", "a", "r", "g"], ["n", "x", "q", "z", "q", "x", "x", "u", "c", "w", "j", "c", "q", "d", "h", "z", "z", "s", "a", "r", "g"], ["n", "x", "q", "z", "q", "x", "x", "u", "c", "w", "j", "v", "d", "h", "z", "z", "s", "a", "r", "g"], ["n", "x", "q", "z", "q", "x", "x", "u", "c", "w", "p", "d", "h", "z", "z", "s", "a", "r", "g"], ["n", "x", "q", "z", "q", "x", "x", "u", "r", "p", "d", "h", "z", "z", "s", "a", "r", "g"], ["n", "x", "q", "z", "q", "x", "x", "u", "d", "d", "h", "z", "z", "s", "a", "r", "g"], ["n", "x", "q", "z", "q", "x", "x", "f", "d", "h", "z", "z", "s", "a", "r", "g"], ["n", "x", "q", "z", "q", "n", "f", "d", "h", "z", "z", "s", "a", "r", "g"], ["n", "x", "q", "z", "f", "f", "d", "h", "z", "z", "s", "a", "r", "g"], ["u", "q", "z", "f", "f", "d", "h", "z", "z", "s", "a", "r", "g"], ["c", "z", "f", "f", "d", "h", "z", "z", "s", "a", "r", "g"]]}, "config": {"initial_state": "nxqzqxxucwjcqdmoorzzsevhilsig", "length": 29, "num_rules": 21, "num_steps": 18, "rules": ["m, o -> i", "k, c -> a", "x, x -> n", "i, o -> h", "c, w -> r", "u, a -> s", "l, u -> y", "r, p -> d", "c, q -> v", "c, z -> b", "u, q -> c", "l, c -> r", "e, v -> k", "h, r -> h", "n, x -> u", "s, i -> c", "h, i -> c", "j, v -> p", "d, b -> h", "u, d -> f", "q, n -> f"]}, "task_name": "task10", "example_name": "0161", "problem_name": "task10_0161"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nj, s -> o\nj, l -> p\ng, j -> c\nd, a -> z\ni, b -> c\na, l -> a\ni, m -> i\nv, c -> d\nv, i -> n\no, h -> m\na, g -> v\nn, p -> s\no, s -> j\ns, a -> p\np, c -> h\nj, y -> b\nh, p -> a\ny, m -> m\nq, s -> g\nm, l -> b\nd, c -> a\nc, u -> z\nc, g -> h\nInitial state:\nc, g, s, a, l, q, n, j, l, i, y, j, s, p, c, d, v, g, j, i, j, y", "label": {"final": ["h", "s", "n", "z"], "init": ["c", "g", "s", "a", "l", "q", "n", "j", "l", "i", "y", "j", "s", "p", "c", "d", "v", "g", "j", "i", "j", "y"], "intermediate": [["c", "g", "s", "a", "l", "q", "n", "j", "l", "i", "y", "j", "s", "p", "c", "d", "v", "g", "j", "i", "b"], ["c", "g", "s", "a", "l", "q", "n", "j", "l", "i", "y", "j", "s", "p", "c", "d", "v", "g", "j", "c"], ["c", "g", "s", "a", "l", "q", "n", "j", "l", "i", "y", "j", "s", "p", "c", "d", "v", "c", "c"], ["c", "g", "s", "a", "l", "q", "n", "j", "l", "i", "y", "j", "s", "p", "c", "d", "d", "c"], ["c", "g", "s", "a", "l", "q", "n", "j", "l", "i", "y", "j", "s", "p", "c", "d", "a"], ["c", "g", "s", "a", "l", "q", "n", "j", "l", "i", "y", "j", "s", "p", "c", "z"], ["c", "g", "s", "a", "l", "q", "n", "j", "l", "i", "y", "j", "s", "h", "z"], ["c", "g", "s", "a", "l", "q", "n", "j", "l", "i", "y", "o", "h", "z"], ["c", "g", "s", "a", "l", "q", "n", "j", "l", "i", "y", "m", "z"], ["c", "g", "s", "a", "l", "q", "n", "j", "l", "i", "m", "z"], ["c", "g", "s", "a", "l", "q", "n", "j", "l", "i", "z"], ["c", "g", "s", "a", "l", "q", "n", "p", "i", "z"], ["c", "g", "s", "a", "l", "q", "s", "i", "z"], ["c", "g", "s", "a", "l", "g", "i", "z"], ["c", "g", "s", "a", "g", "i", "z"], ["c", "g", "s", "v", "i", "z"], ["c", "g", "s", "n", "z"]]}, "config": {"initial_state": "cgsalqnjliyjspcdvgjijy", "length": 22, "num_rules": 23, "num_steps": 18, "rules": ["j, s -> o", "j, l -> p", "g, j -> c", "d, a -> z", "i, b -> c", "a, l -> a", "i, m -> i", "v, c -> d", "v, i -> n", "o, h -> m", "a, g -> v", "n, p -> s", "o, s -> j", "s, a -> p", "p, c -> h", "j, y -> b", "h, p -> a", "y, m -> m", "q, s -> g", "m, l -> b", "d, c -> a", "c, u -> z", "c, g -> h"]}, "task_name": "task10", "example_name": "0162", "problem_name": "task10_0162"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nf, a -> w\nl, p -> q\ng, n -> d\nw, c -> v\no, s -> f\nb, u -> o\nh, h -> e\np, z -> g\np, f -> k\nm, x -> u\na, r -> j\nh, a -> p\nm, i -> y\np, r -> w\nk, j -> z\ne, g -> j\nj, t -> z\no, l -> i\nu, f -> e\nn, w -> b\ni, w -> g\nInitial state:\na, f, a, c, i, p, r, n, l, c, n, w, u, b, m, x, s, p, j, t, a, p, f, a, r, h, h, h, a, u", "label": {"final": ["a", "v", "d", "l", "c", "b", "j", "a", "z", "e", "p", "u"], "init": ["a", "f", "a", "c", "i", "p", "r", "n", "l", "c", "n", "w", "u", "b", "m", "x", "s", "p", "j", "t", "a", "p", "f", "a", "r", "h", "h", "h", "a", "u"], "intermediate": [["a", "f", "a", "c", "i", "p", "r", "n", "l", "c", "n", "w", "u", "b", "m", "x", "s", "p", "j", "t", "a", "p", "f", "a", "r", "h", "h", "p", "u"], ["a", "f", "a", "c", "i", "p", "r", "n", "l", "c", "n", "w", "u", "b", "m", "x", "s", "p", "j", "t", "a", "p", "f", "a", "r", "e", "p", "u"], ["a", "f", "a", "c", "i", "p", "r", "n", "l", "c", "n", "w", "u", "b", "m", "x", "s", "p", "j", "t", "a", "p", "f", "j", "e", "p", "u"], ["a", "f", "a", "c", "i", "p", "r", "n", "l", "c", "n", "w", "u", "b", "m", "x", "s", "p", "j", "t", "a", "k", "j", "e", "p", "u"], ["a", "f", "a", "c", "i", "p", "r", "n", "l", "c", "n", "w", "u", "b", "m", "x", "s", "p", "j", "t", "a", "z", "e", "p", "u"], ["a", "f", "a", "c", "i", "p", "r", "n", "l", "c", "n", "w", "u", "b", "m", "x", "s", "p", "z", "a", "z", "e", "p", "u"], ["a", "f", "a", "c", "i", "p", "r", "n", "l", "c", "n", "w", "u", "b", "m", "x", "s", "g", "a", "z", "e", "p", "u"], ["a", "f", "a", "c", "i", "p", "r", "n", "l", "c", "n", "w", "u", "b", "u", "s", "g", "a", "z", "e", "p", "u"], ["a", "f", "a", "c", "i", "p", "r", "n", "l", "c", "n", "w", "u", "o", "s", "g", "a", "z", "e", "p", "u"], ["a", "f", "a", "c", "i", "p", "r", "n", "l", "c", "n", "w", "u", "f", "g", "a", "z", "e", "p", "u"], ["a", "f", "a", "c", "i", "p", "r", "n", "l", "c", "n", "w", "e", "g", "a", "z", "e", "p", "u"], ["a", "f", "a", "c", "i", "p", "r", "n", "l", "c", "n", "w", "j", "a", "z", "e", "p", "u"], ["a", "f", "a", "c", "i", "p", "r", "n", "l", "c", "b", "j", "a", "z", "e", "p", "u"], ["a", "f", "a", "c", "i", "w", "n", "l", "c", "b", "j", "a", "z", "e", "p", "u"], ["a", "f", "a", "c", "g", "n", "l", "c", "b", "j", "a", "z", "e", "p", "u"], ["a", "f", "a", "c", "d", "l", "c", "b", "j", "a", "z", "e", "p", "u"], ["a", "w", "c", "d", "l", "c", "b", "j", "a", "z", "e", "p", "u"]]}, "config": {"initial_state": "afaciprnlcnwubmxspjtapfarhhhau", "length": 30, "num_rules": 21, "num_steps": 18, "rules": ["f, a -> w", "l, p -> q", "g, n -> d", "w, c -> v", "o, s -> f", "b, u -> o", "h, h -> e", "p, z -> g", "p, f -> k", "m, x -> u", "a, r -> j", "h, a -> p", "m, i -> y", "p, r -> w", "k, j -> z", "e, g -> j", "j, t -> z", "o, l -> i", "u, f -> e", "n, w -> b", "i, w -> g"]}, "task_name": "task10", "example_name": "0163", "problem_name": "task10_0163"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ni, b -> b\nj, y -> w\ny, v -> m\nm, s -> m\nt, u -> n\nc, q -> f\nv, v -> r\nl, q -> b\nc, j -> v\nw, l -> x\nv, t -> a\nh, z -> s\nv, l -> l\ny, t -> q\nq, x -> v\nu, v -> w\nf, v -> y\nn, p -> h\nv, h -> p\nz, w -> l\nl, g -> r\nf, b -> t\nm, l -> i\ni, x -> y\no, p -> j\nb, p -> u\nInitial state:\nv, n, p, c, o, p, t, f, b, l, q, p, v, v, i, x, v, h, z, y, t, u, v, l, z, j, y", "label": {"final": ["p", "a", "n", "r", "m", "y", "n", "l", "l"], "init": ["v", "n", "p", "c", "o", "p", "t", "f", "b", "l", "q", "p", "v", "v", "i", "x", "v", "h", "z", "y", "t", "u", "v", "l", "z", "j", "y"], "intermediate": [["v", "n", "p", "c", "o", "p", "t", "f", "b", "l", "q", "p", "v", "v", "i", "x", "v", "h", "z", "y", "t", "u", "v", "l", "z", "w"], ["v", "n", "p", "c", "o", "p", "t", "f", "b", "l", "q", "p", "v", "v", "i", "x", "v", "h", "z", "y", "t", "u", "v", "l", "l"], ["v", "n", "p", "c", "o", "p", "t", "f", "b", "l", "q", "p", "v", "v", "i", "x", "v", "h", "z", "y", "t", "u", "l", "l"], ["v", "n", "p", "c", "o", "p", "t", "f", "b", "l", "q", "p", "v", "v", "i", "x", "v", "h", "z", "y", "n", "l", "l"], ["v", "n", "p", "c", "o", "p", "t", "f", "b", "l", "q", "p", "v", "v", "i", "x", "v", "s", "y", "n", "l", "l"], ["v", "n", "p", "c", "o", "p", "t", "f", "b", "l", "q", "p", "v", "v", "y", "v", "s", "y", "n", "l", "l"], ["v", "n", "p", "c", "o", "p", "t", "f", "b", "l", "q", "p", "v", "v", "m", "s", "y", "n", "l", "l"], ["v", "n", "p", "c", "o", "p", "t", "f", "b", "l", "q", "p", "v", "v", "m", "y", "n", "l", "l"], ["v", "n", "p", "c", "o", "p", "t", "f", "b", "l", "q", "p", "r", "m", "y", "n", "l", "l"], ["v", "n", "p", "c", "o", "p", "t", "f", "b", "b", "p", "r", "m", "y", "n", "l", "l"], ["v", "n", "p", "c", "o", "p", "t", "f", "b", "u", "r", "m", "y", "n", "l", "l"], ["v", "n", "p", "c", "o", "p", "t", "t", "u", "r", "m", "y", "n", "l", "l"], ["v", "n", "p", "c", "o", "p", "t", "n", "r", "m", "y", "n", "l", "l"], ["v", "n", "p", "c", "j", "t", "n", "r", "m", "y", "n", "l", "l"], ["v", "n", "p", "v", "t", "n", "r", "m", "y", "n", "l", "l"], ["v", "n", "p", "a", "n", "r", "m", "y", "n", "l", "l"], ["v", "h", "a", "n", "r", "m", "y", "n", "l", "l"]]}, "config": {"initial_state": "vnpcoptfblqpvvixvhzytuvlzjy", "length": 27, "num_rules": 26, "num_steps": 18, "rules": ["i, b -> b", "j, y -> w", "y, v -> m", "m, s -> m", "t, u -> n", "c, q -> f", "v, v -> r", "l, q -> b", "c, j -> v", "w, l -> x", "v, t -> a", "h, z -> s", "v, l -> l", "y, t -> q", "q, x -> v", "u, v -> w", "f, v -> y", "n, p -> h", "v, h -> p", "z, w -> l", "l, g -> r", "f, b -> t", "m, l -> i", "i, x -> y", "o, p -> j", "b, p -> u"]}, "task_name": "task10", "example_name": "0164", "problem_name": "task10_0164"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nh, z -> t\ng, l -> w\ns, u -> f\nt, u -> k\ny, w -> o\nk, a -> g\na, g -> l\ng, c -> b\nq, f -> e\ng, n -> f\no, y -> e\ng, k -> n\nk, l -> g\ng, j -> u\nr, e -> g\nm, v -> y\nn, m -> y\nw, h -> g\ni, z -> f\nx, n -> a\nm, t -> q\nInitial state:\nm, v, r, e, l, n, m, r, i, z, o, j, h, z, g, j, x, n, g, m, t, f, w, h, g, k", "label": {"final": ["e", "r", "f", "o", "j", "g", "e", "f"], "init": ["m", "v", "r", "e", "l", "n", "m", "r", "i", "z", "o", "j", "h", "z", "g", "j", "x", "n", "g", "m", "t", "f", "w", "h", "g", "k"], "intermediate": [["m", "v", "r", "e", "l", "n", "m", "r", "i", "z", "o", "j", "h", "z", "g", "j", "x", "n", "g", "m", "t", "f", "w", "h", "n"], ["m", "v", "r", "e", "l", "n", "m", "r", "i", "z", "o", "j", "h", "z", "g", "j", "x", "n", "g", "m", "t", "f", "g", "n"], ["m", "v", "r", "e", "l", "n", "m", "r", "i", "z", "o", "j", "h", "z", "g", "j", "x", "n", "g", "m", "t", "f", "f"], ["m", "v", "r", "e", "l", "n", "m", "r", "i", "z", "o", "j", "h", "z", "g", "j", "x", "n", "g", "q", "f", "f"], ["m", "v", "r", "e", "l", "n", "m", "r", "i", "z", "o", "j", "h", "z", "g", "j", "x", "n", "g", "e", "f"], ["m", "v", "r", "e", "l", "n", "m", "r", "i", "z", "o", "j", "h", "z", "g", "j", "a", "g", "e", "f"], ["m", "v", "r", "e", "l", "n", "m", "r", "i", "z", "o", "j", "h", "z", "g", "j", "l", "e", "f"], ["m", "v", "r", "e", "l", "n", "m", "r", "i", "z", "o", "j", "h", "z", "u", "l", "e", "f"], ["m", "v", "r", "e", "l", "n", "m", "r", "i", "z", "o", "j", "t", "u", "l", "e", "f"], ["m", "v", "r", "e", "l", "n", "m", "r", "i", "z", "o", "j", "k", "l", "e", "f"], ["m", "v", "r", "e", "l", "n", "m", "r", "i", "z", "o", "j", "g", "e", "f"], ["m", "v", "r", "e", "l", "n", "m", "r", "f", "o", "j", "g", "e", "f"], ["m", "v", "r", "e", "l", "y", "r", "f", "o", "j", "g", "e", "f"], ["m", "v", "g", "l", "y", "r", "f", "o", "j", "g", "e", "f"], ["m", "v", "w", "y", "r", "f", "o", "j", "g", "e", "f"], ["y", "w", "y", "r", "f", "o", "j", "g", "e", "f"], ["o", "y", "r", "f", "o", "j", "g", "e", "f"]]}, "config": {"initial_state": "mvrelnmrizojhzgjxngmtfwhgk", "length": 26, "num_rules": 21, "num_steps": 18, "rules": ["h, z -> t", "g, l -> w", "s, u -> f", "t, u -> k", "y, w -> o", "k, a -> g", "a, g -> l", "g, c -> b", "q, f -> e", "g, n -> f", "o, y -> e", "g, k -> n", "k, l -> g", "g, j -> u", "r, e -> g", "m, v -> y", "n, m -> y", "w, h -> g", "i, z -> f", "x, n -> a", "m, t -> q"]}, "task_name": "task10", "example_name": "0165", "problem_name": "task10_0165"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nu, p -> t\nq, s -> b\ns, i -> y\nk, i -> p\nb, v -> y\nf, r -> x\nw, f -> m\nb, u -> d\ns, c -> e\nt, t -> s\nx, t -> b\nm, e -> d\nf, q -> k\no, a -> i\nx, f -> t\nd, j -> a\ng, a -> u\nu, j -> j\nq, d -> f\ny, m -> v\nv, x -> m\nInitial state:\nf, r, s, i, f, q, g, y, m, b, x, q, q, s, u, g, a, k, o, w, f, e, u, j, c", "label": {"final": ["x", "y", "k", "g", "v", "b", "e"], "init": ["f", "r", "s", "i", "f", "q", "g", "y", "m", "b", "x", "q", "q", "s", "u", "g", "a", "k", "o", "w", "f", "e", "u", "j", "c"], "intermediate": [["f", "r", "s", "i", "f", "q", "g", "y", "m", "b", "x", "q", "q", "s", "u", "g", "a", "k", "o", "w", "f", "e", "j", "c"], ["f", "r", "s", "i", "f", "q", "g", "y", "m", "b", "x", "q", "q", "s", "u", "g", "a", "k", "o", "m", "e", "j", "c"], ["f", "r", "s", "i", "f", "q", "g", "y", "m", "b", "x", "q", "q", "s", "u", "g", "a", "k", "o", "d", "j", "c"], ["f", "r", "s", "i", "f", "q", "g", "y", "m", "b", "x", "q", "q", "s", "u", "g", "a", "k", "o", "a", "c"], ["f", "r", "s", "i", "f", "q", "g", "y", "m", "b", "x", "q", "q", "s", "u", "g", "a", "k", "i", "c"], ["f", "r", "s", "i", "f", "q", "g", "y", "m", "b", "x", "q", "q", "s", "u", "g", "a", "p", "c"], ["f", "r", "s", "i", "f", "q", "g", "y", "m", "b", "x", "q", "q", "s", "u", "u", "p", "c"], ["f", "r", "s", "i", "f", "q", "g", "y", "m", "b", "x", "q", "q", "s", "u", "t", "c"], ["f", "r", "s", "i", "f", "q", "g", "y", "m", "b", "x", "q", "b", "u", "t", "c"], ["f", "r", "s", "i", "f", "q", "g", "y", "m", "b", "x", "q", "d", "t", "c"], ["f", "r", "s", "i", "f", "q", "g", "y", "m", "b", "x", "f", "t", "c"], ["f", "r", "s", "i", "f", "q", "g", "y", "m", "b", "t", "t", "c"], ["f", "r", "s", "i", "f", "q", "g", "y", "m", "b", "s", "c"], ["f", "r", "s", "i", "f", "q", "g", "y", "m", "b", "e"], ["f", "r", "s", "i", "f", "q", "g", "v", "b", "e"], ["f", "r", "s", "i", "k", "g", "v", "b", "e"], ["f", "r", "y", "k", "g", "v", "b", "e"]]}, "config": {"initial_state": "frsifqgymbxqqsugakowfeujc", "length": 25, "num_rules": 21, "num_steps": 18, "rules": ["u, p -> t", "q, s -> b", "s, i -> y", "k, i -> p", "b, v -> y", "f, r -> x", "w, f -> m", "b, u -> d", "s, c -> e", "t, t -> s", "x, t -> b", "m, e -> d", "f, q -> k", "o, a -> i", "x, f -> t", "d, j -> a", "g, a -> u", "u, j -> j", "q, d -> f", "y, m -> v", "v, x -> m"]}, "task_name": "task10", "example_name": "0166", "problem_name": "task10_0166"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nz, i -> g\nw, q -> b\nr, z -> c\nh, h -> k\nw, i -> s\nz, w -> f\nc, m -> m\nk, a -> b\nm, y -> r\ny, n -> z\np, w -> f\nd, f -> z\nd, e -> w\ni, g -> n\nn, e -> b\nn, v -> d\ns, r -> m\nm, a -> y\ny, u -> j\nr, l -> e\nh, q -> w\nInitial state:\np, w, a, y, u, h, q, i, s, r, m, a, n, v, y, i, g, d, e, m, h, h, a, q, w, q, k, f", "label": {"final": ["f", "a", "j", "s", "m", "b", "q", "b", "k", "f"], "init": ["p", "w", "a", "y", "u", "h", "q", "i", "s", "r", "m", "a", "n", "v", "y", "i", "g", "d", "e", "m", "h", "h", "a", "q", "w", "q", "k", "f"], "intermediate": [["p", "w", "a", "y", "u", "h", "q", "i", "s", "r", "m", "a", "n", "v", "y", "i", "g", "d", "e", "m", "h", "h", "a", "q", "b", "k", "f"], ["p", "w", "a", "y", "u", "h", "q", "i", "s", "r", "m", "a", "n", "v", "y", "i", "g", "d", "e", "m", "k", "a", "q", "b", "k", "f"], ["p", "w", "a", "y", "u", "h", "q", "i", "s", "r", "m", "a", "n", "v", "y", "i", "g", "d", "e", "m", "b", "q", "b", "k", "f"], ["p", "w", "a", "y", "u", "h", "q", "i", "s", "r", "m", "a", "n", "v", "y", "i", "g", "w", "m", "b", "q", "b", "k", "f"], ["p", "w", "a", "y", "u", "h", "q", "i", "s", "r", "m", "a", "n", "v", "y", "n", "w", "m", "b", "q", "b", "k", "f"], ["p", "w", "a", "y", "u", "h", "q", "i", "s", "r", "m", "a", "n", "v", "z", "w", "m", "b", "q", "b", "k", "f"], ["p", "w", "a", "y", "u", "h", "q", "i", "s", "r", "m", "a", "n", "v", "f", "m", "b", "q", "b", "k", "f"], ["p", "w", "a", "y", "u", "h", "q", "i", "s", "r", "m", "a", "d", "f", "m", "b", "q", "b", "k", "f"], ["p", "w", "a", "y", "u", "h", "q", "i", "s", "r", "m", "a", "z", "m", "b", "q", "b", "k", "f"], ["p", "w", "a", "y", "u", "h", "q", "i", "s", "r", "y", "z", "m", "b", "q", "b", "k", "f"], ["p", "w", "a", "y", "u", "h", "q", "i", "m", "y", "z", "m", "b", "q", "b", "k", "f"], ["p", "w", "a", "y", "u", "h", "q", "i", "r", "z", "m", "b", "q", "b", "k", "f"], ["p", "w", "a", "y", "u", "h", "q", "i", "c", "m", "b", "q", "b", "k", "f"], ["p", "w", "a", "y", "u", "h", "q", "i", "m", "b", "q", "b", "k", "f"], ["p", "w", "a", "y", "u", "w", "i", "m", "b", "q", "b", "k", "f"], ["p", "w", "a", "y", "u", "s", "m", "b", "q", "b", "k", "f"], ["p", "w", "a", "j", "s", "m", "b", "q", "b", "k", "f"]]}, "config": {"initial_state": "pwayuhqisrmanvyigdemhhaqwqkf", "length": 28, "num_rules": 21, "num_steps": 18, "rules": ["z, i -> g", "w, q -> b", "r, z -> c", "h, h -> k", "w, i -> s", "z, w -> f", "c, m -> m", "k, a -> b", "m, y -> r", "y, n -> z", "p, w -> f", "d, f -> z", "d, e -> w", "i, g -> n", "n, e -> b", "n, v -> d", "s, r -> m", "m, a -> y", "y, u -> j", "r, l -> e", "h, q -> w"]}, "task_name": "task10", "example_name": "0167", "problem_name": "task10_0167"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nk, x -> f\nv, d -> c\np, f -> j\nl, t -> n\nn, l -> n\ne, j -> y\ni, c -> x\nj, w -> b\nh, n -> o\ns, y -> a\np, u -> l\nu, j -> e\nl, n -> x\nb, k -> p\nj, n -> y\ny, l -> k\nk, n -> n\ny, o -> l\nq, w -> x\nz, f -> s\nf, a -> y\nb, s -> h\ny, y -> u\nInitial state:\nu, j, w, e, j, l, f, k, q, w, s, j, k, n, b, z, f, l, t, p, y, y, w", "label": {"final": ["e", "f", "s", "l", "w"], "init": ["u", "j", "w", "e", "j", "l", "f", "k", "q", "w", "s", "j", "k", "n", "b", "z", "f", "l", "t", "p", "y", "y", "w"], "intermediate": [["u", "j", "w", "e", "j", "l", "f", "k", "q", "w", "s", "j", "k", "n", "b", "z", "f", "l", "t", "p", "u", "w"], ["u", "j", "w", "e", "j", "l", "f", "k", "q", "w", "s", "j", "k", "n", "b", "z", "f", "l", "t", "l", "w"], ["u", "j", "w", "e", "j", "l", "f", "k", "q", "w", "s", "j", "k", "n", "b", "z", "f", "n", "l", "w"], ["u", "j", "w", "e", "j", "l", "f", "k", "q", "w", "s", "j", "k", "n", "b", "z", "f", "n", "w"], ["u", "j", "w", "e", "j", "l", "f", "k", "q", "w", "s", "j", "k", "n", "b", "s", "n", "w"], ["u", "j", "w", "e", "j", "l", "f", "k", "q", "w", "s", "j", "k", "n", "h", "n", "w"], ["u", "j", "w", "e", "j", "l", "f", "k", "q", "w", "s", "j", "k", "n", "o", "w"], ["u", "j", "w", "e", "j", "l", "f", "k", "q", "w", "s", "j", "n", "o", "w"], ["u", "j", "w", "e", "j", "l", "f", "k", "q", "w", "s", "y", "o", "w"], ["u", "j", "w", "e", "j", "l", "f", "k", "q", "w", "s", "l", "w"], ["u", "j", "w", "e", "j", "l", "f", "k", "x", "s", "l", "w"], ["u", "j", "w", "e", "j", "l", "f", "f", "s", "l", "w"], ["u", "j", "w", "y", "l", "f", "f", "s", "l", "w"], ["u", "j", "w", "k", "f", "f", "s", "l", "w"], ["u", "b", "k", "f", "f", "s", "l", "w"], ["u", "p", "f", "f", "s", "l", "w"], ["u", "j", "f", "s", "l", "w"]]}, "config": {"initial_state": "ujwejlfkqwsjknbzfltpyyw", "length": 23, "num_rules": 23, "num_steps": 18, "rules": ["k, x -> f", "v, d -> c", "p, f -> j", "l, t -> n", "n, l -> n", "e, j -> y", "i, c -> x", "j, w -> b", "h, n -> o", "s, y -> a", "p, u -> l", "u, j -> e", "l, n -> x", "b, k -> p", "j, n -> y", "y, l -> k", "k, n -> n", "y, o -> l", "q, w -> x", "z, f -> s", "f, a -> y", "b, s -> h", "y, y -> u"]}, "task_name": "task10", "example_name": "0168", "problem_name": "task10_0168"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ns, s -> h\ns, b -> q\nk, o -> l\ne, e -> z\nl, s -> c\nq, h -> q\nv, z -> o\ny, t -> k\nr, l -> j\na, n -> u\nj, c -> x\nh, d -> x\nr, q -> f\nq, o -> x\nx, c -> m\na, w -> i\np, i -> s\nd, s -> l\nl, e -> s\ne, k -> e\nq, z -> e\nx, b -> u\np, g -> v\nInitial state:\nl, e, b, e, k, e, s, s, d, r, y, t, o, c, b, q, h, p, g, z, d, p, i, s", "label": {"final": ["e", "x", "u", "x", "d", "h"], "init": ["l", "e", "b", "e", "k", "e", "s", "s", "d", "r", "y", "t", "o", "c", "b", "q", "h", "p", "g", "z", "d", "p", "i", "s"], "intermediate": [["l", "e", "b", "e", "k", "e", "s", "s", "d", "r", "y", "t", "o", "c", "b", "q", "h", "p", "g", "z", "d", "s", "s"], ["l", "e", "b", "e", "k", "e", "s", "s", "d", "r", "y", "t", "o", "c", "b", "q", "h", "p", "g", "z", "d", "h"], ["l", "e", "b", "e", "k", "e", "s", "s", "d", "r", "y", "t", "o", "c", "b", "q", "h", "v", "z", "d", "h"], ["l", "e", "b", "e", "k", "e", "s", "s", "d", "r", "y", "t", "o", "c", "b", "q", "h", "o", "d", "h"], ["l", "e", "b", "e", "k", "e", "s", "s", "d", "r", "y", "t", "o", "c", "b", "q", "o", "d", "h"], ["l", "e", "b", "e", "k", "e", "s", "s", "d", "r", "y", "t", "o", "c", "b", "x", "d", "h"], ["l", "e", "b", "e", "k", "e", "s", "s", "d", "r", "k", "o", "c", "b", "x", "d", "h"], ["l", "e", "b", "e", "k", "e", "s", "s", "d", "r", "l", "c", "b", "x", "d", "h"], ["l", "e", "b", "e", "k", "e", "s", "s", "d", "j", "c", "b", "x", "d", "h"], ["l", "e", "b", "e", "k", "e", "s", "s", "d", "x", "b", "x", "d", "h"], ["l", "e", "b", "e", "k", "e", "s", "s", "d", "u", "x", "d", "h"], ["l", "e", "b", "e", "k", "e", "h", "d", "u", "x", "d", "h"], ["l", "e", "b", "e", "k", "e", "x", "u", "x", "d", "h"], ["l", "e", "b", "e", "e", "x", "u", "x", "d", "h"], ["l", "e", "b", "z", "x", "u", "x", "d", "h"], ["s", "b", "z", "x", "u", "x", "d", "h"], ["q", "z", "x", "u", "x", "d", "h"]]}, "config": {"initial_state": "lebekessdrytocbqhpgzdpis", "length": 24, "num_rules": 23, "num_steps": 18, "rules": ["s, s -> h", "s, b -> q", "k, o -> l", "e, e -> z", "l, s -> c", "q, h -> q", "v, z -> o", "y, t -> k", "r, l -> j", "a, n -> u", "j, c -> x", "h, d -> x", "r, q -> f", "q, o -> x", "x, c -> m", "a, w -> i", "p, i -> s", "d, s -> l", "l, e -> s", "e, k -> e", "q, z -> e", "x, b -> u", "p, g -> v"]}, "task_name": "task10", "example_name": "0169", "problem_name": "task10_0169"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nq, g -> l\nh, v -> o\nc, l -> h\ne, l -> u\nt, o -> r\ne, y -> m\na, t -> o\nl, o -> h\ne, s -> t\nw, n -> l\ns, e -> d\nl, g -> h\nk, m -> e\nh, k -> e\no, b -> g\nu, h -> p\na, r -> w\ng, a -> f\nb, x -> a\no, h -> c\nc, w -> h\nn, d -> k\nInitial state:\nn, s, e, c, w, k, y, s, o, o, l, o, q, g, v, b, x, t, e, l, l, o, b", "label": {"final": ["r", "o", "o", "p"], "init": ["n", "s", "e", "c", "w", "k", "y", "s", "o", "o", "l", "o", "q", "g", "v", "b", "x", "t", "e", "l", "l", "o", "b"], "intermediate": [["n", "s", "e", "c", "w", "k", "y", "s", "o", "o", "l", "o", "q", "g", "v", "b", "x", "t", "e", "l", "l", "g"], ["n", "s", "e", "c", "w", "k", "y", "s", "o", "o", "l", "o", "q", "g", "v", "b", "x", "t", "e", "l", "h"], ["n", "s", "e", "c", "w", "k", "y", "s", "o", "o", "l", "o", "q", "g", "v", "b", "x", "t", "u", "h"], ["n", "s", "e", "c", "w", "k", "y", "s", "o", "o", "l", "o", "q", "g", "v", "b", "x", "t", "p"], ["n", "s", "e", "c", "w", "k", "y", "s", "o", "o", "l", "o", "q", "g", "v", "a", "t", "p"], ["n", "s", "e", "c", "w", "k", "y", "s", "o", "o", "l", "o", "q", "g", "v", "o", "p"], ["n", "s", "e", "c", "w", "k", "y", "s", "o", "o", "l", "o", "l", "v", "o", "p"], ["n", "s", "e", "c", "w", "k", "y", "s", "o", "o", "h", "l", "v", "o", "p"], ["n", "s", "e", "c", "w", "k", "y", "s", "o", "c", "l", "v", "o", "p"], ["n", "s", "e", "c", "w", "k", "y", "s", "o", "h", "v", "o", "p"], ["n", "s", "e", "c", "w", "k", "y", "s", "o", "o", "o", "p"], ["n", "s", "e", "h", "k", "y", "s", "o", "o", "o", "p"], ["n", "s", "e", "e", "y", "s", "o", "o", "o", "p"], ["n", "s", "e", "m", "s", "o", "o", "o", "p"], ["n", "d", "m", "s", "o", "o", "o", "p"], ["k", "m", "s", "o", "o", "o", "p"], ["e", "s", "o", "o", "o", "p"], ["t", "o", "o", "o", "p"]]}, "config": {"initial_state": "nsecwkysooloqgvbxtellob", "length": 23, "num_rules": 22, "num_steps": 19, "rules": ["q, g -> l", "h, v -> o", "c, l -> h", "e, l -> u", "t, o -> r", "e, y -> m", "a, t -> o", "l, o -> h", "e, s -> t", "w, n -> l", "s, e -> d", "l, g -> h", "k, m -> e", "h, k -> e", "o, b -> g", "u, h -> p", "a, r -> w", "g, a -> f", "b, x -> a", "o, h -> c", "c, w -> h", "n, d -> k"]}, "task_name": "task10", "example_name": "0170", "problem_name": "task10_0170"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\np, m -> z\na, t -> m\ni, x -> l\nd, x -> q\nh, j -> h\nq, r -> v\nv, q -> a\ni, g -> h\ng, k -> a\nl, c -> w\nb, z -> q\nl, f -> j\nn, g -> g\na, z -> c\nq, a -> r\nv, w -> t\ns, y -> f\nk, r -> b\nz, j -> d\nr, l -> n\nz, h -> b\ni, y -> t\nl, t -> w\nInitial state:\ns, y, j, l, c, n, g, k, v, l, t, g, k, r, r, z, i, g, z, q, a, z, j, x, p, m, i, x, f", "label": {"final": ["f", "j", "w", "n", "m", "g", "b", "r", "a", "d"], "init": ["s", "y", "j", "l", "c", "n", "g", "k", "v", "l", "t", "g", "k", "r", "r", "z", "i", "g", "z", "q", "a", "z", "j", "x", "p", "m", "i", "x", "f"], "intermediate": [["s", "y", "j", "l", "c", "n", "g", "k", "v", "l", "t", "g", "k", "r", "r", "z", "i", "g", "z", "q", "a", "z", "j", "x", "p", "m", "l", "f"], ["s", "y", "j", "l", "c", "n", "g", "k", "v", "l", "t", "g", "k", "r", "r", "z", "i", "g", "z", "q", "a", "z", "j", "x", "p", "m", "j"], ["s", "y", "j", "l", "c", "n", "g", "k", "v", "l", "t", "g", "k", "r", "r", "z", "i", "g", "z", "q", "a", "z", "j", "x", "z", "j"], ["s", "y", "j", "l", "c", "n", "g", "k", "v", "l", "t", "g", "k", "r", "r", "z", "i", "g", "z", "q", "a", "z", "j", "x", "d"], ["s", "y", "j", "l", "c", "n", "g", "k", "v", "l", "t", "g", "k", "r", "r", "z", "i", "g", "z", "q", "a", "d", "x", "d"], ["s", "y", "j", "l", "c", "n", "g", "k", "v", "l", "t", "g", "k", "r", "r", "z", "i", "g", "z", "q", "a", "q", "d"], ["s", "y", "j", "l", "c", "n", "g", "k", "v", "l", "t", "g", "k", "r", "r", "z", "i", "g", "z", "r", "q", "d"], ["s", "y", "j", "l", "c", "n", "g", "k", "v", "l", "t", "g", "k", "r", "r", "z", "h", "z", "r", "q", "d"], ["s", "y", "j", "l", "c", "n", "g", "k", "v", "l", "t", "g", "k", "r", "r", "b", "z", "r", "q", "d"], ["s", "y", "j", "l", "c", "n", "g", "k", "v", "l", "t", "g", "k", "r", "r", "q", "r", "q", "d"], ["s", "y", "j", "l", "c", "n", "g", "k", "v", "l", "t", "g", "k", "r", "r", "v", "q", "d"], ["s", "y", "j", "l", "c", "n", "g", "k", "v", "l", "t", "g", "k", "r", "r", "a", "d"], ["s", "y", "j", "l", "c", "n", "g", "k", "v", "l", "t", "g", "b", "r", "a", "d"], ["s", "y", "j", "l", "c", "n", "g", "k", "v", "w", "g", "b", "r", "a", "d"], ["s", "y", "j", "l", "c", "n", "g", "k", "t", "g", "b", "r", "a", "d"], ["s", "y", "j", "l", "c", "n", "a", "t", "g", "b", "r", "a", "d"], ["s", "y", "j", "l", "c", "n", "m", "g", "b", "r", "a", "d"], ["s", "y", "j", "w", "n", "m", "g", "b", "r", "a", "d"]]}, "config": {"initial_state": "syjlcngkvltgkrrzigzqazjxpmixf", "length": 29, "num_rules": 23, "num_steps": 19, "rules": ["p, m -> z", "a, t -> m", "i, x -> l", "d, x -> q", "h, j -> h", "q, r -> v", "v, q -> a", "i, g -> h", "g, k -> a", "l, c -> w", "b, z -> q", "l, f -> j", "n, g -> g", "a, z -> c", "q, a -> r", "v, w -> t", "s, y -> f", "k, r -> b", "z, j -> d", "r, l -> n", "z, h -> b", "i, y -> t", "l, t -> w"]}, "task_name": "task10", "example_name": "0171", "problem_name": "task10_0171"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nf, w -> l\no, l -> j\np, c -> k\nj, u -> e\nq, r -> i\nk, z -> u\nj, y -> f\nl, o -> t\nz, w -> q\nc, o -> z\ni, o -> w\nc, a -> r\nz, j -> c\no, e -> l\nx, i -> o\nd, x -> u\nj, c -> s\nk, y -> o\nf, n -> c\nm, n -> a\nz, u -> j\nu, b -> z\nInitial state:\nz, k, z, b, u, p, c, y, l, j, y, n, o, j, d, x, o, d, z, q, c, a, x, i", "label": {"final": ["c", "s", "t", "d", "q"], "init": ["z", "k", "z", "b", "u", "p", "c", "y", "l", "j", "y", "n", "o", "j", "d", "x", "o", "d", "z", "q", "c", "a", "x", "i"], "intermediate": [["z", "k", "z", "b", "u", "p", "c", "y", "l", "j", "y", "n", "o", "j", "d", "x", "o", "d", "z", "q", "c", "a", "o"], ["z", "k", "z", "b", "u", "p", "c", "y", "l", "j", "y", "n", "o", "j", "d", "x", "o", "d", "z", "q", "r", "o"], ["z", "k", "z", "b", "u", "p", "c", "y", "l", "j", "y", "n", "o", "j", "d", "x", "o", "d", "z", "i", "o"], ["z", "k", "z", "b", "u", "p", "c", "y", "l", "j", "y", "n", "o", "j", "d", "x", "o", "d", "z", "w"], ["z", "k", "z", "b", "u", "p", "c", "y", "l", "j", "y", "n", "o", "j", "d", "x", "o", "d", "q"], ["z", "k", "z", "b", "u", "p", "c", "y", "l", "j", "y", "n", "o", "j", "u", "o", "d", "q"], ["z", "k", "z", "b", "u", "p", "c", "y", "l", "j", "y", "n", "o", "e", "o", "d", "q"], ["z", "k", "z", "b", "u", "p", "c", "y", "l", "j", "y", "n", "l", "o", "d", "q"], ["z", "k", "z", "b", "u", "p", "c", "y", "l", "j", "y", "n", "t", "d", "q"], ["z", "k", "z", "b", "u", "p", "c", "y", "l", "f", "n", "t", "d", "q"], ["z", "k", "z", "b", "u", "p", "c", "y", "l", "c", "t", "d", "q"], ["z", "k", "z", "b", "u", "k", "y", "l", "c", "t", "d", "q"], ["z", "k", "z", "b", "u", "o", "l", "c", "t", "d", "q"], ["z", "k", "z", "b", "u", "j", "c", "t", "d", "q"], ["z", "k", "z", "b", "u", "s", "t", "d", "q"], ["z", "u", "b", "u", "s", "t", "d", "q"], ["z", "z", "u", "s", "t", "d", "q"], ["z", "j", "s", "t", "d", "q"]]}, "config": {"initial_state": "zkzbupcyljynojdxodzqcaxi", "length": 24, "num_rules": 22, "num_steps": 19, "rules": ["f, w -> l", "o, l -> j", "p, c -> k", "j, u -> e", "q, r -> i", "k, z -> u", "j, y -> f", "l, o -> t", "z, w -> q", "c, o -> z", "i, o -> w", "c, a -> r", "z, j -> c", "o, e -> l", "x, i -> o", "d, x -> u", "j, c -> s", "k, y -> o", "f, n -> c", "m, n -> a", "z, u -> j", "u, b -> z"]}, "task_name": "task10", "example_name": "0172", "problem_name": "task10_0172"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ns, n -> e\nh, s -> u\ng, a -> p\nv, l -> v\nb, b -> n\ns, s -> j\nl, e -> h\ne, w -> v\ni, b -> r\na, w -> f\nm, g -> b\nn, u -> p\nj, t -> b\na, h -> s\nn, n -> e\nv, j -> a\nr, z -> b\np, e -> r\ng, b -> n\np, j -> m\na, t -> s\ni, f -> n\nq, l -> r\nInitial state:\np, j, g, j, t, h, a, t, n, i, a, w, s, g, i, b, z, w, s, a, l, e", "label": {"final": ["m", "r", "a"], "init": ["p", "j", "g", "j", "t", "h", "a", "t", "n", "i", "a", "w", "s", "g", "i", "b", "z", "w", "s", "a", "l", "e"], "intermediate": [["p", "j", "g", "j", "t", "h", "a", "t", "n", "i", "a", "w", "s", "g", "i", "b", "z", "w", "s", "a", "h"], ["p", "j", "g", "j", "t", "h", "a", "t", "n", "i", "a", "w", "s", "g", "i", "b", "z", "w", "s", "s"], ["p", "j", "g", "j", "t", "h", "a", "t", "n", "i", "a", "w", "s", "g", "i", "b", "z", "w", "j"], ["p", "j", "g", "j", "t", "h", "a", "t", "n", "i", "a", "w", "s", "g", "r", "z", "w", "j"], ["p", "j", "g", "j", "t", "h", "a", "t", "n", "i", "a", "w", "s", "g", "b", "w", "j"], ["p", "j", "g", "j", "t", "h", "a", "t", "n", "i", "a", "w", "s", "n", "w", "j"], ["p", "j", "g", "j", "t", "h", "a", "t", "n", "i", "a", "w", "e", "w", "j"], ["p", "j", "g", "j", "t", "h", "a", "t", "n", "i", "a", "w", "v", "j"], ["p", "j", "g", "j", "t", "h", "a", "t", "n", "i", "a", "w", "a"], ["p", "j", "g", "j", "t", "h", "a", "t", "n", "i", "f", "a"], ["p", "j", "g", "j", "t", "h", "a", "t", "n", "n", "a"], ["p", "j", "g", "j", "t", "h", "a", "t", "e", "a"], ["p", "j", "g", "j", "t", "h", "s", "e", "a"], ["p", "j", "g", "j", "t", "u", "e", "a"], ["p", "j", "g", "b", "u", "e", "a"], ["p", "j", "n", "u", "e", "a"], ["p", "j", "p", "e", "a"], ["p", "j", "r", "a"]]}, "config": {"initial_state": "pjgjthatniawsgibzwsale", "length": 22, "num_rules": 23, "num_steps": 19, "rules": ["s, n -> e", "h, s -> u", "g, a -> p", "v, l -> v", "b, b -> n", "s, s -> j", "l, e -> h", "e, w -> v", "i, b -> r", "a, w -> f", "m, g -> b", "n, u -> p", "j, t -> b", "a, h -> s", "n, n -> e", "v, j -> a", "r, z -> b", "p, e -> r", "g, b -> n", "p, j -> m", "a, t -> s", "i, f -> n", "q, l -> r"]}, "task_name": "task10", "example_name": "0173", "problem_name": "task10_0173"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nq, c -> z\nn, y -> m\np, h -> y\nq, h -> c\na, n -> h\no, t -> f\nd, m -> t\nj, x -> y\nz, t -> g\nj, w -> j\nn, r -> c\nr, u -> t\nc, o -> u\nw, e -> y\nv, g -> v\nz, j -> w\ns, y -> u\nu, h -> n\ns, z -> s\nk, g -> d\nc, l -> c\np, w -> l\nh, e -> x\nz, f -> s\nw, h -> r\nn, w -> u\nInitial state:\nn, w, h, v, q, c, r, u, q, a, n, l, o, z, f, j, w, h, e, o, k, g, n, w, h, w, e", "label": {"final": ["c", "v", "u", "u", "o", "d", "c", "y"], "init": ["n", "w", "h", "v", "q", "c", "r", "u", "q", "a", "n", "l", "o", "z", "f", "j", "w", "h", "e", "o", "k", "g", "n", "w", "h", "w", "e"], "intermediate": [["n", "w", "h", "v", "q", "c", "r", "u", "q", "a", "n", "l", "o", "z", "f", "j", "w", "h", "e", "o", "k", "g", "n", "w", "h", "y"], ["n", "w", "h", "v", "q", "c", "r", "u", "q", "a", "n", "l", "o", "z", "f", "j", "w", "h", "e", "o", "k", "g", "n", "r", "y"], ["n", "w", "h", "v", "q", "c", "r", "u", "q", "a", "n", "l", "o", "z", "f", "j", "w", "h", "e", "o", "k", "g", "c", "y"], ["n", "w", "h", "v", "q", "c", "r", "u", "q", "a", "n", "l", "o", "z", "f", "j", "w", "h", "e", "o", "d", "c", "y"], ["n", "w", "h", "v", "q", "c", "r", "u", "q", "a", "n", "l", "o", "z", "f", "j", "w", "x", "o", "d", "c", "y"], ["n", "w", "h", "v", "q", "c", "r", "u", "q", "a", "n", "l", "o", "z", "f", "j", "x", "o", "d", "c", "y"], ["n", "w", "h", "v", "q", "c", "r", "u", "q", "a", "n", "l", "o", "z", "f", "y", "o", "d", "c", "y"], ["n", "w", "h", "v", "q", "c", "r", "u", "q", "a", "n", "l", "o", "s", "y", "o", "d", "c", "y"], ["n", "w", "h", "v", "q", "c", "r", "u", "q", "a", "n", "l", "o", "u", "o", "d", "c", "y"], ["n", "w", "h", "v", "q", "c", "r", "u", "q", "h", "l", "o", "u", "o", "d", "c", "y"], ["n", "w", "h", "v", "q", "c", "r", "u", "c", "l", "o", "u", "o", "d", "c", "y"], ["n", "w", "h", "v", "q", "c", "r", "u", "c", "o", "u", "o", "d", "c", "y"], ["n", "w", "h", "v", "q", "c", "r", "u", "u", "u", "o", "d", "c", "y"], ["n", "w", "h", "v", "q", "c", "t", "u", "u", "o", "d", "c", "y"], ["n", "w", "h", "v", "z", "t", "u", "u", "o", "d", "c", "y"], ["n", "w", "h", "v", "g", "u", "u", "o", "d", "c", "y"], ["n", "w", "h", "v", "u", "u", "o", "d", "c", "y"], ["n", "r", "v", "u", "u", "o", "d", "c", "y"]]}, "config": {"initial_state": "nwhvqcruqanlozfjwheokgnwhwe", "length": 27, "num_rules": 26, "num_steps": 19, "rules": ["q, c -> z", "n, y -> m", "p, h -> y", "q, h -> c", "a, n -> h", "o, t -> f", "d, m -> t", "j, x -> y", "z, t -> g", "j, w -> j", "n, r -> c", "r, u -> t", "c, o -> u", "w, e -> y", "v, g -> v", "z, j -> w", "s, y -> u", "u, h -> n", "s, z -> s", "k, g -> d", "c, l -> c", "p, w -> l", "h, e -> x", "z, f -> s", "w, h -> r", "n, w -> u"]}, "task_name": "task10", "example_name": "0174", "problem_name": "task10_0174"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nj, w -> w\nq, m -> t\nf, s -> e\nn, w -> b\nv, b -> c\nb, y -> p\nv, l -> d\nx, y -> b\nf, p -> l\nq, l -> b\nb, e -> l\nc, u -> p\nf, t -> z\nq, h -> v\ne, b -> y\nu, v -> o\nh, z -> s\ne, g -> w\nv, e -> m\na, l -> l\nd, k -> v\nh, o -> o\nInitial state:\nb, s, n, q, v, n, j, e, g, f, h, z, q, a, l, h, u, v, q, q, h, e, d, k, f, x, y, y, m", "label": {"final": ["b", "s", "n", "q", "v", "p", "o", "t", "d", "m"], "init": ["b", "s", "n", "q", "v", "n", "j", "e", "g", "f", "h", "z", "q", "a", "l", "h", "u", "v", "q", "q", "h", "e", "d", "k", "f", "x", "y", "y", "m"], "intermediate": [["b", "s", "n", "q", "v", "n", "j", "e", "g", "f", "h", "z", "q", "a", "l", "h", "u", "v", "q", "q", "h", "e", "d", "k", "f", "b", "y", "m"], ["b", "s", "n", "q", "v", "n", "j", "e", "g", "f", "h", "z", "q", "a", "l", "h", "u", "v", "q", "q", "h", "e", "d", "k", "f", "p", "m"], ["b", "s", "n", "q", "v", "n", "j", "e", "g", "f", "h", "z", "q", "a", "l", "h", "u", "v", "q", "q", "h", "e", "d", "k", "l", "m"], ["b", "s", "n", "q", "v", "n", "j", "e", "g", "f", "h", "z", "q", "a", "l", "h", "u", "v", "q", "q", "h", "e", "v", "l", "m"], ["b", "s", "n", "q", "v", "n", "j", "e", "g", "f", "h", "z", "q", "a", "l", "h", "u", "v", "q", "q", "h", "e", "d", "m"], ["b", "s", "n", "q", "v", "n", "j", "e", "g", "f", "h", "z", "q", "a", "l", "h", "u", "v", "q", "v", "e", "d", "m"], ["b", "s", "n", "q", "v", "n", "j", "e", "g", "f", "h", "z", "q", "a", "l", "h", "u", "v", "q", "m", "d", "m"], ["b", "s", "n", "q", "v", "n", "j", "e", "g", "f", "h", "z", "q", "a", "l", "h", "u", "v", "t", "d", "m"], ["b", "s", "n", "q", "v", "n", "j", "e", "g", "f", "h", "z", "q", "a", "l", "h", "o", "t", "d", "m"], ["b", "s", "n", "q", "v", "n", "j", "e", "g", "f", "h", "z", "q", "a", "l", "o", "t", "d", "m"], ["b", "s", "n", "q", "v", "n", "j", "e", "g", "f", "h", "z", "q", "l", "o", "t", "d", "m"], ["b", "s", "n", "q", "v", "n", "j", "e", "g", "f", "h", "z", "b", "o", "t", "d", "m"], ["b", "s", "n", "q", "v", "n", "j", "e", "g", "f", "s", "b", "o", "t", "d", "m"], ["b", "s", "n", "q", "v", "n", "j", "e", "g", "e", "b", "o", "t", "d", "m"], ["b", "s", "n", "q", "v", "n", "j", "e", "g", "y", "o", "t", "d", "m"], ["b", "s", "n", "q", "v", "n", "j", "w", "y", "o", "t", "d", "m"], ["b", "s", "n", "q", "v", "n", "w", "y", "o", "t", "d", "m"], ["b", "s", "n", "q", "v", "b", "y", "o", "t", "d", "m"]]}, "config": {"initial_state": "bsnqvnjegfhzqalhuvqqhedkfxyym", "length": 29, "num_rules": 22, "num_steps": 19, "rules": ["j, w -> w", "q, m -> t", "f, s -> e", "n, w -> b", "v, b -> c", "b, y -> p", "v, l -> d", "x, y -> b", "f, p -> l", "q, l -> b", "b, e -> l", "c, u -> p", "f, t -> z", "q, h -> v", "e, b -> y", "u, v -> o", "h, z -> s", "e, g -> w", "v, e -> m", "a, l -> l", "d, k -> v", "h, o -> o"]}, "task_name": "task10", "example_name": "0175", "problem_name": "task10_0175"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nf, x -> z\na, n -> m\nh, u -> x\nv, x -> j\nt, g -> s\nx, g -> a\nn, w -> u\nx, i -> t\nk, y -> n\ng, r -> y\nf, y -> u\ne, s -> i\nu, u -> x\ny, w -> n\nd, e -> u\ns, z -> f\nz, y -> d\nm, w -> z\nl, u -> e\np, v -> v\nu, h -> n\ng, e -> h\nt, s -> w\nn, o -> w\nq, d -> x\nu, p -> x\nn, v -> u\nw, t -> y\nInitial state:\nf, g, l, z, y, e, u, t, s, n, w, p, i, x, g, y, n, o, w, u, h, p, v, u, t, g, z, g, r, n", "label": {"final": ["f", "g", "l", "x", "y", "a", "u", "x", "s", "d", "n"], "init": ["f", "g", "l", "z", "y", "e", "u", "t", "s", "n", "w", "p", "i", "x", "g", "y", "n", "o", "w", "u", "h", "p", "v", "u", "t", "g", "z", "g", "r", "n"], "intermediate": [["f", "g", "l", "z", "y", "e", "u", "t", "s", "n", "w", "p", "i", "x", "g", "y", "n", "o", "w", "u", "h", "p", "v", "u", "t", "g", "z", "y", "n"], ["f", "g", "l", "z", "y", "e", "u", "t", "s", "n", "w", "p", "i", "x", "g", "y", "n", "o", "w", "u", "h", "p", "v", "u", "t", "g", "d", "n"], ["f", "g", "l", "z", "y", "e", "u", "t", "s", "n", "w", "p", "i", "x", "g", "y", "n", "o", "w", "u", "h", "p", "v", "u", "s", "d", "n"], ["f", "g", "l", "z", "y", "e", "u", "t", "s", "n", "w", "p", "i", "x", "g", "y", "n", "o", "w", "u", "h", "v", "u", "s", "d", "n"], ["f", "g", "l", "z", "y", "e", "u", "t", "s", "n", "w", "p", "i", "x", "g", "y", "n", "o", "w", "n", "v", "u", "s", "d", "n"], ["f", "g", "l", "z", "y", "e", "u", "t", "s", "n", "w", "p", "i", "x", "g", "y", "n", "o", "w", "u", "u", "s", "d", "n"], ["f", "g", "l", "z", "y", "e", "u", "t", "s", "n", "w", "p", "i", "x", "g", "y", "n", "o", "w", "x", "s", "d", "n"], ["f", "g", "l", "z", "y", "e", "u", "t", "s", "n", "w", "p", "i", "x", "g", "y", "w", "w", "x", "s", "d", "n"], ["f", "g", "l", "z", "y", "e", "u", "t", "s", "n", "w", "p", "i", "x", "g", "n", "w", "x", "s", "d", "n"], ["f", "g", "l", "z", "y", "e", "u", "t", "s", "n", "w", "p", "i", "x", "g", "u", "x", "s", "d", "n"], ["f", "g", "l", "z", "y", "e", "u", "t", "s", "n", "w", "p", "i", "a", "u", "x", "s", "d", "n"], ["f", "g", "l", "z", "y", "e", "u", "t", "s", "u", "p", "i", "a", "u", "x", "s", "d", "n"], ["f", "g", "l", "z", "y", "e", "u", "t", "s", "x", "i", "a", "u", "x", "s", "d", "n"], ["f", "g", "l", "z", "y", "e", "u", "t", "s", "t", "a", "u", "x", "s", "d", "n"], ["f", "g", "l", "z", "y", "e", "u", "w", "t", "a", "u", "x", "s", "d", "n"], ["f", "g", "l", "z", "y", "e", "u", "y", "a", "u", "x", "s", "d", "n"], ["f", "g", "l", "d", "e", "u", "y", "a", "u", "x", "s", "d", "n"], ["f", "g", "l", "u", "u", "y", "a", "u", "x", "s", "d", "n"]]}, "config": {"initial_state": "fglzyeutsnwpixgynowuhpvutgzgrn", "length": 30, "num_rules": 28, "num_steps": 19, "rules": ["f, x -> z", "a, n -> m", "h, u -> x", "v, x -> j", "t, g -> s", "x, g -> a", "n, w -> u", "x, i -> t", "k, y -> n", "g, r -> y", "f, y -> u", "e, s -> i", "u, u -> x", "y, w -> n", "d, e -> u", "s, z -> f", "z, y -> d", "m, w -> z", "l, u -> e", "p, v -> v", "u, h -> n", "g, e -> h", "t, s -> w", "n, o -> w", "q, d -> x", "u, p -> x", "n, v -> u", "w, t -> y"]}, "task_name": "task10", "example_name": "0176", "problem_name": "task10_0176"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nw, f -> c\nr, u -> o\ne, w -> a\ni, h -> p\na, x -> v\no, v -> d\no, i -> k\na, c -> d\nk, c -> y\nc, e -> v\nv, f -> u\nr, r -> d\nl, p -> p\nu, j -> d\ns, o -> f\nt, t -> s\nv, r -> l\nr, a -> u\nw, p -> x\nd, d -> o\nw, l -> v\nInitial state:\nd, o, w, l, h, e, w, w, p, v, r, u, j, r, r, d, i, w, t, t, r, c, e, f, a, c", "label": {"final": ["o", "h", "v", "l", "d", "y", "d"], "init": ["d", "o", "w", "l", "h", "e", "w", "w", "p", "v", "r", "u", "j", "r", "r", "d", "i", "w", "t", "t", "r", "c", "e", "f", "a", "c"], "intermediate": [["d", "o", "w", "l", "h", "e", "w", "w", "p", "v", "r", "u", "j", "r", "r", "d", "i", "w", "t", "t", "r", "c", "e", "f", "d"], ["d", "o", "w", "l", "h", "e", "w", "w", "p", "v", "r", "u", "j", "r", "r", "d", "i", "w", "t", "t", "r", "v", "f", "d"], ["d", "o", "w", "l", "h", "e", "w", "w", "p", "v", "r", "u", "j", "r", "r", "d", "i", "w", "t", "t", "r", "u", "d"], ["d", "o", "w", "l", "h", "e", "w", "w", "p", "v", "r", "u", "j", "r", "r", "d", "i", "w", "t", "t", "o", "d"], ["d", "o", "w", "l", "h", "e", "w", "w", "p", "v", "r", "u", "j", "r", "r", "d", "i", "w", "s", "o", "d"], ["d", "o", "w", "l", "h", "e", "w", "w", "p", "v", "r", "u", "j", "r", "r", "d", "i", "w", "f", "d"], ["d", "o", "w", "l", "h", "e", "w", "w", "p", "v", "r", "u", "j", "r", "r", "d", "i", "c", "d"], ["d", "o", "w", "l", "h", "e", "w", "w", "p", "v", "r", "u", "j", "d", "d", "i", "c", "d"], ["d", "o", "w", "l", "h", "e", "w", "w", "p", "v", "r", "u", "j", "o", "i", "c", "d"], ["d", "o", "w", "l", "h", "e", "w", "w", "p", "v", "r", "u", "j", "k", "c", "d"], ["d", "o", "w", "l", "h", "e", "w", "w", "p", "v", "r", "u", "j", "y", "d"], ["d", "o", "w", "l", "h", "e", "w", "w", "p", "v", "r", "d", "y", "d"], ["d", "o", "w", "l", "h", "e", "w", "w", "p", "l", "d", "y", "d"], ["d", "o", "w", "l", "h", "e", "w", "x", "l", "d", "y", "d"], ["d", "o", "w", "l", "h", "a", "x", "l", "d", "y", "d"], ["d", "o", "w", "l", "h", "v", "l", "d", "y", "d"], ["d", "o", "v", "h", "v", "l", "d", "y", "d"], ["d", "d", "h", "v", "l", "d", "y", "d"]]}, "config": {"initial_state": "dowlhewwpvrujrrdiwttrcefac", "length": 26, "num_rules": 21, "num_steps": 19, "rules": ["w, f -> c", "r, u -> o", "e, w -> a", "i, h -> p", "a, x -> v", "o, v -> d", "o, i -> k", "a, c -> d", "k, c -> y", "c, e -> v", "v, f -> u", "r, r -> d", "l, p -> p", "u, j -> d", "s, o -> f", "t, t -> s", "v, r -> l", "r, a -> u", "w, p -> x", "d, d -> o", "w, l -> v"]}, "task_name": "task10", "example_name": "0177", "problem_name": "task10_0177"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nm, i -> p\ns, n -> k\na, m -> s\nk, f -> w\na, g -> e\nn, i -> y\nu, p -> q\nr, m -> g\ns, v -> s\ne, w -> g\ny, g -> u\nh, x -> i\nd, p -> p\nd, e -> o\nk, b -> e\ni, p -> k\nl, p -> d\ni, l -> f\nj, q -> x\nq, k -> n\nInitial state:\nq, f, s, v, q, k, n, i, r, m, i, p, i, l, h, x, m, i, x, b, h, j, q, l, d, p, a, e, w, b", "label": {"final": ["q", "f", "k", "u", "w", "k", "x", "b", "i", "o", "b"], "init": ["q", "f", "s", "v", "q", "k", "n", "i", "r", "m", "i", "p", "i", "l", "h", "x", "m", "i", "x", "b", "h", "j", "q", "l", "d", "p", "a", "e", "w", "b"], "intermediate": [["q", "f", "s", "v", "q", "k", "n", "i", "r", "m", "i", "p", "i", "l", "h", "x", "m", "i", "x", "b", "h", "j", "q", "l", "d", "p", "a", "g", "b"], ["q", "f", "s", "v", "q", "k", "n", "i", "r", "m", "i", "p", "i", "l", "h", "x", "m", "i", "x", "b", "h", "j", "q", "l", "d", "p", "e", "b"], ["q", "f", "s", "v", "q", "k", "n", "i", "r", "m", "i", "p", "i", "l", "h", "x", "m", "i", "x", "b", "h", "j", "q", "l", "p", "e", "b"], ["q", "f", "s", "v", "q", "k", "n", "i", "r", "m", "i", "p", "i", "l", "h", "x", "m", "i", "x", "b", "h", "j", "q", "d", "e", "b"], ["q", "f", "s", "v", "q", "k", "n", "i", "r", "m", "i", "p", "i", "l", "h", "x", "m", "i", "x", "b", "h", "j", "q", "o", "b"], ["q", "f", "s", "v", "q", "k", "n", "i", "r", "m", "i", "p", "i", "l", "h", "x", "m", "i", "x", "b", "h", "x", "o", "b"], ["q", "f", "s", "v", "q", "k", "n", "i", "r", "m", "i", "p", "i", "l", "h", "x", "m", "i", "x", "b", "i", "o", "b"], ["q", "f", "s", "v", "q", "k", "n", "i", "r", "m", "i", "p", "i", "l", "h", "x", "p", "x", "b", "i", "o", "b"], ["q", "f", "s", "v", "q", "k", "n", "i", "r", "m", "i", "p", "i", "l", "i", "p", "x", "b", "i", "o", "b"], ["q", "f", "s", "v", "q", "k", "n", "i", "r", "m", "i", "p", "i", "l", "k", "x", "b", "i", "o", "b"], ["q", "f", "s", "v", "q", "k", "n", "i", "r", "m", "i", "p", "f", "k", "x", "b", "i", "o", "b"], ["q", "f", "s", "v", "q", "k", "n", "i", "r", "m", "k", "f", "k", "x", "b", "i", "o", "b"], ["q", "f", "s", "v", "q", "k", "n", "i", "r", "m", "w", "k", "x", "b", "i", "o", "b"], ["q", "f", "s", "v", "q", "k", "n", "i", "g", "w", "k", "x", "b", "i", "o", "b"], ["q", "f", "s", "v", "q", "k", "y", "g", "w", "k", "x", "b", "i", "o", "b"], ["q", "f", "s", "v", "q", "k", "u", "w", "k", "x", "b", "i", "o", "b"], ["q", "f", "s", "v", "n", "u", "w", "k", "x", "b", "i", "o", "b"], ["q", "f", "s", "n", "u", "w", "k", "x", "b", "i", "o", "b"]]}, "config": {"initial_state": "qfsvqknirmipilhxmixbhjqldpaewb", "length": 30, "num_rules": 20, "num_steps": 19, "rules": ["m, i -> p", "s, n -> k", "a, m -> s", "k, f -> w", "a, g -> e", "n, i -> y", "u, p -> q", "r, m -> g", "s, v -> s", "e, w -> g", "y, g -> u", "h, x -> i", "d, p -> p", "d, e -> o", "k, b -> e", "i, p -> k", "l, p -> d", "i, l -> f", "j, q -> x", "q, k -> n"]}, "task_name": "task10", "example_name": "0178", "problem_name": "task10_0178"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nb, p -> y\ng, y -> n\nb, k -> d\ns, a -> t\nu, r -> k\nt, g -> h\ni, t -> q\nx, g -> d\nr, a -> a\nh, g -> y\ne, a -> h\ni, d -> q\nd, b -> g\ne, u -> e\nr, b -> x\nk, n -> d\nu, z -> b\ns, u -> s\nq, q -> c\nm, x -> m\ns, o -> w\nInitial state:\ng, b, p, t, r, b, g, u, z, g, s, q, i, t, s, r, a, i, k, n, s, u, o, s, u, b, u, r, m", "label": {"final": ["n", "y", "s", "c", "t", "q", "w", "s", "d", "m"], "init": ["g", "b", "p", "t", "r", "b", "g", "u", "z", "g", "s", "q", "i", "t", "s", "r", "a", "i", "k", "n", "s", "u", "o", "s", "u", "b", "u", "r", "m"], "intermediate": [["g", "b", "p", "t", "r", "b", "g", "u", "z", "g", "s", "q", "i", "t", "s", "r", "a", "i", "k", "n", "s", "u", "o", "s", "u", "b", "k", "m"], ["g", "b", "p", "t", "r", "b", "g", "u", "z", "g", "s", "q", "i", "t", "s", "r", "a", "i", "k", "n", "s", "u", "o", "s", "u", "d", "m"], ["g", "b", "p", "t", "r", "b", "g", "u", "z", "g", "s", "q", "i", "t", "s", "r", "a", "i", "k", "n", "s", "u", "o", "s", "d", "m"], ["g", "b", "p", "t", "r", "b", "g", "u", "z", "g", "s", "q", "i", "t", "s", "r", "a", "i", "k", "n", "s", "o", "s", "d", "m"], ["g", "b", "p", "t", "r", "b", "g", "u", "z", "g", "s", "q", "i", "t", "s", "r", "a", "i", "k", "n", "w", "s", "d", "m"], ["g", "b", "p", "t", "r", "b", "g", "u", "z", "g", "s", "q", "i", "t", "s", "r", "a", "i", "d", "w", "s", "d", "m"], ["g", "b", "p", "t", "r", "b", "g", "u", "z", "g", "s", "q", "i", "t", "s", "r", "a", "q", "w", "s", "d", "m"], ["g", "b", "p", "t", "r", "b", "g", "u", "z", "g", "s", "q", "i", "t", "s", "a", "q", "w", "s", "d", "m"], ["g", "b", "p", "t", "r", "b", "g", "u", "z", "g", "s", "q", "i", "t", "t", "q", "w", "s", "d", "m"], ["g", "b", "p", "t", "r", "b", "g", "u", "z", "g", "s", "q", "q", "t", "q", "w", "s", "d", "m"], ["g", "b", "p", "t", "r", "b", "g", "u", "z", "g", "s", "c", "t", "q", "w", "s", "d", "m"], ["g", "b", "p", "t", "r", "b", "g", "b", "g", "s", "c", "t", "q", "w", "s", "d", "m"], ["g", "b", "p", "t", "x", "g", "b", "g", "s", "c", "t", "q", "w", "s", "d", "m"], ["g", "b", "p", "t", "d", "b", "g", "s", "c", "t", "q", "w", "s", "d", "m"], ["g", "b", "p", "t", "g", "g", "s", "c", "t", "q", "w", "s", "d", "m"], ["g", "b", "p", "h", "g", "s", "c", "t", "q", "w", "s", "d", "m"], ["g", "b", "p", "y", "s", "c", "t", "q", "w", "s", "d", "m"], ["g", "y", "y", "s", "c", "t", "q", "w", "s", "d", "m"]]}, "config": {"initial_state": "gbptrbguzgsqitsraiknsuosuburm", "length": 29, "num_rules": 21, "num_steps": 19, "rules": ["b, p -> y", "g, y -> n", "b, k -> d", "s, a -> t", "u, r -> k", "t, g -> h", "i, t -> q", "x, g -> d", "r, a -> a", "h, g -> y", "e, a -> h", "i, d -> q", "d, b -> g", "e, u -> e", "r, b -> x", "k, n -> d", "u, z -> b", "s, u -> s", "q, q -> c", "m, x -> m", "s, o -> w"]}, "task_name": "task10", "example_name": "0179", "problem_name": "task10_0179"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nq, r -> n\nh, f -> v\nv, u -> i\np, y -> v\ny, v -> u\nf, q -> u\nv, a -> c\nd, q -> d\nr, i -> i\no, u -> a\nm, q -> v\ng, q -> z\ne, s -> y\ni, i -> j\na, j -> u\nu, u -> i\nj, o -> i\ny, d -> p\np, n -> i\nf, i -> w\nw, m -> f\nz, j -> t\nj, m -> v\nt, u -> y\ni, c -> a\nw, q -> p\nz, n -> r\nj, t -> m\nv, q -> f\nInitial state:\nm, q, q, u, a, j, i, j, o, z, j, e, s, d, t, f, q, p, n, c, g, q, q, r, v, y, h, f", "label": {"final": ["f", "u", "a", "v", "c", "z", "q", "i"], "init": ["m", "q", "q", "u", "a", "j", "i", "j", "o", "z", "j", "e", "s", "d", "t", "f", "q", "p", "n", "c", "g", "q", "q", "r", "v", "y", "h", "f"], "intermediate": [["m", "q", "q", "u", "a", "j", "i", "j", "o", "z", "j", "e", "s", "d", "t", "f", "q", "p", "n", "c", "g", "q", "q", "r", "v", "y", "v"], ["m", "q", "q", "u", "a", "j", "i", "j", "o", "z", "j", "e", "s", "d", "t", "f", "q", "p", "n", "c", "g", "q", "q", "r", "v", "u"], ["m", "q", "q", "u", "a", "j", "i", "j", "o", "z", "j", "e", "s", "d", "t", "f", "q", "p", "n", "c", "g", "q", "q", "r", "i"], ["m", "q", "q", "u", "a", "j", "i", "j", "o", "z", "j", "e", "s", "d", "t", "f", "q", "p", "n", "c", "g", "q", "q", "i"], ["m", "q", "q", "u", "a", "j", "i", "j", "o", "z", "j", "e", "s", "d", "t", "f", "q", "p", "n", "c", "z", "q", "i"], ["m", "q", "q", "u", "a", "j", "i", "j", "o", "z", "j", "e", "s", "d", "t", "f", "q", "i", "c", "z", "q", "i"], ["m", "q", "q", "u", "a", "j", "i", "j", "o", "z", "j", "e", "s", "d", "t", "f", "q", "a", "z", "q", "i"], ["m", "q", "q", "u", "a", "j", "i", "j", "o", "z", "j", "e", "s", "d", "t", "u", "a", "z", "q", "i"], ["m", "q", "q", "u", "a", "j", "i", "j", "o", "z", "j", "e", "s", "d", "y", "a", "z", "q", "i"], ["m", "q", "q", "u", "a", "j", "i", "j", "o", "z", "j", "y", "d", "y", "a", "z", "q", "i"], ["m", "q", "q", "u", "a", "j", "i", "j", "o", "z", "j", "p", "y", "a", "z", "q", "i"], ["m", "q", "q", "u", "a", "j", "i", "j", "o", "z", "j", "v", "a", "z", "q", "i"], ["m", "q", "q", "u", "a", "j", "i", "j", "o", "z", "j", "c", "z", "q", "i"], ["m", "q", "q", "u", "a", "j", "i", "j", "o", "t", "c", "z", "q", "i"], ["m", "q", "q", "u", "a", "j", "i", "i", "t", "c", "z", "q", "i"], ["m", "q", "q", "u", "a", "j", "j", "t", "c", "z", "q", "i"], ["m", "q", "q", "u", "a", "j", "m", "c", "z", "q", "i"], ["m", "q", "q", "u", "a", "v", "c", "z", "q", "i"], ["v", "q", "u", "a", "v", "c", "z", "q", "i"]]}, "config": {"initial_state": "mqquajijozjesdtfqpncgqqrvyhf", "length": 28, "num_rules": 29, "num_steps": 20, "rules": ["q, r -> n", "h, f -> v", "v, u -> i", "p, y -> v", "y, v -> u", "f, q -> u", "v, a -> c", "d, q -> d", "r, i -> i", "o, u -> a", "m, q -> v", "g, q -> z", "e, s -> y", "i, i -> j", "a, j -> u", "u, u -> i", "j, o -> i", "y, d -> p", "p, n -> i", "f, i -> w", "w, m -> f", "z, j -> t", "j, m -> v", "t, u -> y", "i, c -> a", "w, q -> p", "z, n -> r", "j, t -> m", "v, q -> f"]}, "task_name": "task10", "example_name": "0180", "problem_name": "task10_0180"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nz, i -> r\nj, x -> z\nm, q -> i\nb, e -> s\nz, t -> y\np, n -> m\ns, t -> x\nz, z -> w\ns, h -> e\ns, p -> i\nq, d -> z\nr, p -> q\ng, y -> z\nw, k -> m\nk, t -> b\nx, q -> v\nr, f -> a\nt, w -> l\nr, u -> r\ny, s -> j\nl, y -> d\nq, b -> r\nb, d -> y\nInitial state:\nq, d, t, y, b, s, h, s, t, z, u, l, g, g, y, i, f, w, k, q, b, p, s, p, k, t, l, y, x, q", "label": {"final": ["z", "l", "u", "l", "g", "a", "i", "i", "y", "v"], "init": ["q", "d", "t", "y", "b", "s", "h", "s", "t", "z", "u", "l", "g", "g", "y", "i", "f", "w", "k", "q", "b", "p", "s", "p", "k", "t", "l", "y", "x", "q"], "intermediate": [["q", "d", "t", "y", "b", "s", "h", "s", "t", "z", "u", "l", "g", "g", "y", "i", "f", "w", "k", "q", "b", "p", "s", "p", "k", "t", "l", "y", "v"], ["q", "d", "t", "y", "b", "s", "h", "s", "t", "z", "u", "l", "g", "g", "y", "i", "f", "w", "k", "q", "b", "p", "s", "p", "k", "t", "d", "v"], ["q", "d", "t", "y", "b", "s", "h", "s", "t", "z", "u", "l", "g", "g", "y", "i", "f", "w", "k", "q", "b", "p", "s", "p", "b", "d", "v"], ["q", "d", "t", "y", "b", "s", "h", "s", "t", "z", "u", "l", "g", "g", "y", "i", "f", "w", "k", "q", "b", "p", "s", "p", "y", "v"], ["q", "d", "t", "y", "b", "s", "h", "s", "t", "z", "u", "l", "g", "g", "y", "i", "f", "w", "k", "q", "b", "p", "i", "y", "v"], ["q", "d", "t", "y", "b", "s", "h", "s", "t", "z", "u", "l", "g", "g", "y", "i", "f", "w", "k", "r", "p", "i", "y", "v"], ["q", "d", "t", "y", "b", "s", "h", "s", "t", "z", "u", "l", "g", "g", "y", "i", "f", "w", "k", "q", "i", "y", "v"], ["q", "d", "t", "y", "b", "s", "h", "s", "t", "z", "u", "l", "g", "g", "y", "i", "f", "m", "q", "i", "y", "v"], ["q", "d", "t", "y", "b", "s", "h", "s", "t", "z", "u", "l", "g", "g", "y", "i", "f", "i", "i", "y", "v"], ["q", "d", "t", "y", "b", "s", "h", "s", "t", "z", "u", "l", "g", "z", "i", "f", "i", "i", "y", "v"], ["q", "d", "t", "y", "b", "s", "h", "s", "t", "z", "u", "l", "g", "r", "f", "i", "i", "y", "v"], ["q", "d", "t", "y", "b", "s", "h", "s", "t", "z", "u", "l", "g", "a", "i", "i", "y", "v"], ["q", "d", "t", "y", "b", "s", "h", "x", "z", "u", "l", "g", "a", "i", "i", "y", "v"], ["q", "d", "t", "y", "b", "e", "x", "z", "u", "l", "g", "a", "i", "i", "y", "v"], ["q", "d", "t", "y", "s", "x", "z", "u", "l", "g", "a", "i", "i", "y", "v"], ["q", "d", "t", "j", "x", "z", "u", "l", "g", "a", "i", "i", "y", "v"], ["q", "d", "t", "z", "z", "u", "l", "g", "a", "i", "i", "y", "v"], ["q", "d", "t", "w", "u", "l", "g", "a", "i", "i", "y", "v"], ["q", "d", "l", "u", "l", "g", "a", "i", "i", "y", "v"]]}, "config": {"initial_state": "qdtybshstzulggyifwkqbpspktlyxq", "length": 30, "num_rules": 23, "num_steps": 20, "rules": ["z, i -> r", "j, x -> z", "m, q -> i", "b, e -> s", "z, t -> y", "p, n -> m", "s, t -> x", "z, z -> w", "s, h -> e", "s, p -> i", "q, d -> z", "r, p -> q", "g, y -> z", "w, k -> m", "k, t -> b", "x, q -> v", "r, f -> a", "t, w -> l", "r, u -> r", "y, s -> j", "l, y -> d", "q, b -> r", "b, d -> y"]}, "task_name": "task10", "example_name": "0181", "problem_name": "task10_0181"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ne, c -> j\nf, u -> i\nc, r -> o\ni, q -> y\nq, k -> m\nj, c -> a\nf, y -> e\nz, c -> q\na, w -> p\nr, u -> d\nl, d -> i\ni, m -> r\nz, q -> h\ny, g -> d\nq, i -> m\nd, j -> l\nr, j -> q\nl, e -> u\nd, y -> g\ng, i -> w\no, o -> f\nh, z -> g\no, z -> g\nk, a -> r\ne, u -> b\nd, d -> o\nInitial state:\no, z, o, o, i, z, c, e, c, c, d, y, f, u, c, r, e, d, j, e, l, y, z, q, z, i, q, i, j", "label": {"final": ["g", "e", "p", "o", "b", "l", "y", "h", "h"], "init": ["o", "z", "o", "o", "i", "z", "c", "e", "c", "c", "d", "y", "f", "u", "c", "r", "e", "d", "j", "e", "l", "y", "z", "q", "z", "i", "q", "i", "j"], "intermediate": [["o", "z", "o", "o", "i", "z", "c", "e", "c", "c", "d", "y", "f", "u", "c", "r", "e", "d", "j", "e", "l", "y", "z", "q", "z", "i", "m", "j"], ["o", "z", "o", "o", "i", "z", "c", "e", "c", "c", "d", "y", "f", "u", "c", "r", "e", "d", "j", "e", "l", "y", "z", "q", "z", "r", "j"], ["o", "z", "o", "o", "i", "z", "c", "e", "c", "c", "d", "y", "f", "u", "c", "r", "e", "d", "j", "e", "l", "y", "z", "q", "z", "q"], ["o", "z", "o", "o", "i", "z", "c", "e", "c", "c", "d", "y", "f", "u", "c", "r", "e", "d", "j", "e", "l", "y", "z", "q", "h"], ["o", "z", "o", "o", "i", "z", "c", "e", "c", "c", "d", "y", "f", "u", "c", "r", "e", "d", "j", "e", "l", "y", "h", "h"], ["o", "z", "o", "o", "i", "z", "c", "e", "c", "c", "d", "y", "f", "u", "c", "r", "e", "l", "e", "l", "y", "h", "h"], ["o", "z", "o", "o", "i", "z", "c", "e", "c", "c", "d", "y", "f", "u", "c", "r", "e", "u", "l", "y", "h", "h"], ["o", "z", "o", "o", "i", "z", "c", "e", "c", "c", "d", "y", "f", "u", "c", "r", "b", "l", "y", "h", "h"], ["o", "z", "o", "o", "i", "z", "c", "e", "c", "c", "d", "y", "f", "u", "o", "b", "l", "y", "h", "h"], ["o", "z", "o", "o", "i", "z", "c", "e", "c", "c", "d", "y", "i", "o", "b", "l", "y", "h", "h"], ["o", "z", "o", "o", "i", "z", "c", "e", "c", "c", "g", "i", "o", "b", "l", "y", "h", "h"], ["o", "z", "o", "o", "i", "z", "c", "e", "c", "c", "w", "o", "b", "l", "y", "h", "h"], ["o", "z", "o", "o", "i", "z", "c", "j", "c", "w", "o", "b", "l", "y", "h", "h"], ["o", "z", "o", "o", "i", "z", "c", "a", "w", "o", "b", "l", "y", "h", "h"], ["o", "z", "o", "o", "i", "z", "c", "p", "o", "b", "l", "y", "h", "h"], ["o", "z", "o", "o", "i", "q", "p", "o", "b", "l", "y", "h", "h"], ["o", "z", "o", "o", "y", "p", "o", "b", "l", "y", "h", "h"], ["o", "z", "f", "y", "p", "o", "b", "l", "y", "h", "h"], ["o", "z", "e", "p", "o", "b", "l", "y", "h", "h"]]}, "config": {"initial_state": "ozooizceccdyfucredjelyzqziqij", "length": 29, "num_rules": 26, "num_steps": 20, "rules": ["e, c -> j", "f, u -> i", "c, r -> o", "i, q -> y", "q, k -> m", "j, c -> a", "f, y -> e", "z, c -> q", "a, w -> p", "r, u -> d", "l, d -> i", "i, m -> r", "z, q -> h", "y, g -> d", "q, i -> m", "d, j -> l", "r, j -> q", "l, e -> u", "d, y -> g", "g, i -> w", "o, o -> f", "h, z -> g", "o, z -> g", "k, a -> r", "e, u -> b", "d, d -> o"]}, "task_name": "task10", "example_name": "0182", "problem_name": "task10_0182"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ns, p -> w\ne, s -> e\nl, t -> t\ne, m -> e\nr, t -> z\no, s -> p\nn, c -> d\nd, h -> s\ne, c -> l\nr, r -> e\nq, k -> p\nu, c -> f\nq, r -> o\ni, f -> u\nr, n -> e\nu, r -> e\ns, z -> i\ni, z -> d\nu, p -> r\ng, l -> e\ne, w -> z\nw, a -> r\ne, d -> c\nInitial state:\ni, f, r, r, m, d, h, g, u, r, s, c, s, q, k, u, o, s, l, t, q, r, l", "label": {"final": ["f", "o", "l"], "init": ["i", "f", "r", "r", "m", "d", "h", "g", "u", "r", "s", "c", "s", "q", "k", "u", "o", "s", "l", "t", "q", "r", "l"], "intermediate": [["i", "f", "r", "r", "m", "d", "h", "g", "u", "r", "s", "c", "s", "q", "k", "u", "o", "s", "l", "t", "o", "l"], ["i", "f", "r", "r", "m", "d", "h", "g", "u", "r", "s", "c", "s", "q", "k", "u", "o", "s", "t", "o", "l"], ["i", "f", "r", "r", "m", "d", "h", "g", "u", "r", "s", "c", "s", "q", "k", "u", "p", "t", "o", "l"], ["i", "f", "r", "r", "m", "d", "h", "g", "u", "r", "s", "c", "s", "q", "k", "r", "t", "o", "l"], ["i", "f", "r", "r", "m", "d", "h", "g", "u", "r", "s", "c", "s", "q", "k", "z", "o", "l"], ["i", "f", "r", "r", "m", "d", "h", "g", "u", "r", "s", "c", "s", "p", "z", "o", "l"], ["i", "f", "r", "r", "m", "d", "h", "g", "u", "r", "s", "c", "w", "z", "o", "l"], ["i", "f", "r", "r", "m", "d", "h", "g", "e", "s", "c", "w", "z", "o", "l"], ["i", "f", "r", "r", "m", "d", "h", "g", "e", "c", "w", "z", "o", "l"], ["i", "f", "r", "r", "m", "d", "h", "g", "l", "w", "z", "o", "l"], ["i", "f", "r", "r", "m", "d", "h", "e", "w", "z", "o", "l"], ["i", "f", "r", "r", "m", "d", "h", "z", "z", "o", "l"], ["i", "f", "r", "r", "m", "s", "z", "z", "o", "l"], ["i", "f", "r", "r", "m", "i", "z", "o", "l"], ["i", "f", "r", "r", "m", "d", "o", "l"], ["i", "f", "e", "m", "d", "o", "l"], ["i", "f", "e", "d", "o", "l"], ["i", "f", "c", "o", "l"], ["u", "c", "o", "l"]]}, "config": {"initial_state": "ifrrmdhgurscsqkuosltqrl", "length": 23, "num_rules": 23, "num_steps": 20, "rules": ["s, p -> w", "e, s -> e", "l, t -> t", "e, m -> e", "r, t -> z", "o, s -> p", "n, c -> d", "d, h -> s", "e, c -> l", "r, r -> e", "q, k -> p", "u, c -> f", "q, r -> o", "i, f -> u", "r, n -> e", "u, r -> e", "s, z -> i", "i, z -> d", "u, p -> r", "g, l -> e", "e, w -> z", "w, a -> r", "e, d -> c"]}, "task_name": "task10", "example_name": "0183", "problem_name": "task10_0183"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nq, s -> e\np, x -> s\ne, n -> z\np, k -> p\nm, z -> j\na, h -> n\np, v -> g\ne, e -> u\nd, p -> i\na, x -> z\nr, u -> z\nz, g -> p\nv, z -> t\nj, z -> v\nv, y -> w\ng, k -> d\nt, m -> x\nv, s -> a\nl, i -> l\nu, g -> v\nn, j -> u\nu, m -> z\nq, c -> m\nInitial state:\nq, s, a, h, p, k, n, j, g, j, v, a, t, m, n, r, v, p, x, d, m, r, e, e, u, q, c, y", "label": {"final": ["p", "j", "t", "n", "r", "a", "d", "w"], "init": ["q", "s", "a", "h", "p", "k", "n", "j", "g", "j", "v", "a", "t", "m", "n", "r", "v", "p", "x", "d", "m", "r", "e", "e", "u", "q", "c", "y"], "intermediate": [["q", "s", "a", "h", "p", "k", "n", "j", "g", "j", "v", "a", "t", "m", "n", "r", "v", "p", "x", "d", "m", "r", "e", "e", "u", "m", "y"], ["q", "s", "a", "h", "p", "k", "n", "j", "g", "j", "v", "a", "t", "m", "n", "r", "v", "p", "x", "d", "m", "r", "e", "e", "z", "y"], ["q", "s", "a", "h", "p", "k", "n", "j", "g", "j", "v", "a", "t", "m", "n", "r", "v", "p", "x", "d", "m", "r", "u", "z", "y"], ["q", "s", "a", "h", "p", "k", "n", "j", "g", "j", "v", "a", "t", "m", "n", "r", "v", "p", "x", "d", "m", "z", "z", "y"], ["q", "s", "a", "h", "p", "k", "n", "j", "g", "j", "v", "a", "t", "m", "n", "r", "v", "p", "x", "d", "j", "z", "y"], ["q", "s", "a", "h", "p", "k", "n", "j", "g", "j", "v", "a", "t", "m", "n", "r", "v", "p", "x", "d", "v", "y"], ["q", "s", "a", "h", "p", "k", "n", "j", "g", "j", "v", "a", "t", "m", "n", "r", "v", "p", "x", "d", "w"], ["q", "s", "a", "h", "p", "k", "n", "j", "g", "j", "v", "a", "t", "m", "n", "r", "v", "s", "d", "w"], ["q", "s", "a", "h", "p", "k", "n", "j", "g", "j", "v", "a", "t", "m", "n", "r", "a", "d", "w"], ["q", "s", "a", "h", "p", "k", "n", "j", "g", "j", "v", "a", "x", "n", "r", "a", "d", "w"], ["q", "s", "a", "h", "p", "k", "n", "j", "g", "j", "v", "z", "n", "r", "a", "d", "w"], ["q", "s", "a", "h", "p", "k", "n", "j", "g", "j", "t", "n", "r", "a", "d", "w"], ["q", "s", "a", "h", "p", "k", "u", "g", "j", "t", "n", "r", "a", "d", "w"], ["q", "s", "a", "h", "p", "k", "v", "j", "t", "n", "r", "a", "d", "w"], ["q", "s", "a", "h", "p", "v", "j", "t", "n", "r", "a", "d", "w"], ["q", "s", "a", "h", "g", "j", "t", "n", "r", "a", "d", "w"], ["q", "s", "n", "g", "j", "t", "n", "r", "a", "d", "w"], ["e", "n", "g", "j", "t", "n", "r", "a", "d", "w"], ["z", "g", "j", "t", "n", "r", "a", "d", "w"]]}, "config": {"initial_state": "qsahpknjgjvatmnrvpxdmreeuqcy", "length": 28, "num_rules": 23, "num_steps": 20, "rules": ["q, s -> e", "p, x -> s", "e, n -> z", "p, k -> p", "m, z -> j", "a, h -> n", "p, v -> g", "e, e -> u", "d, p -> i", "a, x -> z", "r, u -> z", "z, g -> p", "v, z -> t", "j, z -> v", "v, y -> w", "g, k -> d", "t, m -> x", "v, s -> a", "l, i -> l", "u, g -> v", "n, j -> u", "u, m -> z", "q, c -> m"]}, "task_name": "task10", "example_name": "0184", "problem_name": "task10_0184"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nl, b -> i\nh, v -> k\nx, i -> j\np, r -> n\nj, d -> e\nm, h -> z\no, z -> w\nx, y -> h\ni, y -> d\nm, b -> n\ns, n -> r\ns, d -> m\nk, k -> l\nv, e -> m\no, r -> i\nu, m -> b\nr, b -> l\nv, i -> e\nw, n -> i\nh, e -> f\nu, f -> w\nw, k -> h\nInitial state:\nw, p, s, n, h, v, i, o, r, x, i, o, v, j, d, w, x, y, v, s, k, k, b, y, b", "label": {"final": ["i", "f", "i", "j", "i"], "init": ["w", "p", "s", "n", "h", "v", "i", "o", "r", "x", "i", "o", "v", "j", "d", "w", "x", "y", "v", "s", "k", "k", "b", "y", "b"], "intermediate": [["w", "p", "s", "n", "h", "v", "i", "o", "r", "x", "i", "o", "v", "j", "d", "w", "x", "y", "v", "s", "l", "b", "y", "b"], ["w", "p", "s", "n", "h", "v", "i", "o", "r", "x", "i", "o", "v", "j", "d", "w", "x", "y", "v", "s", "i", "y", "b"], ["w", "p", "s", "n", "h", "v", "i", "o", "r", "x", "i", "o", "v", "j", "d", "w", "x", "y", "v", "s", "d", "b"], ["w", "p", "s", "n", "h", "v", "i", "o", "r", "x", "i", "o", "v", "j", "d", "w", "x", "y", "v", "m", "b"], ["w", "p", "s", "n", "h", "v", "i", "o", "r", "x", "i", "o", "v", "j", "d", "w", "x", "y", "v", "n"], ["w", "p", "s", "n", "h", "v", "i", "o", "r", "x", "i", "o", "v", "j", "d", "w", "h", "v", "n"], ["w", "p", "s", "n", "h", "v", "i", "o", "r", "x", "i", "o", "v", "j", "d", "w", "k", "n"], ["w", "p", "s", "n", "h", "v", "i", "o", "r", "x", "i", "o", "v", "j", "d", "h", "n"], ["w", "p", "s", "n", "h", "v", "i", "o", "r", "x", "i", "o", "v", "e", "h", "n"], ["w", "p", "s", "n", "h", "v", "i", "o", "r", "x", "i", "o", "m", "h", "n"], ["w", "p", "s", "n", "h", "v", "i", "o", "r", "x", "i", "o", "z", "n"], ["w", "p", "s", "n", "h", "v", "i", "o", "r", "x", "i", "w", "n"], ["w", "p", "s", "n", "h", "v", "i", "o", "r", "x", "i", "i"], ["w", "p", "s", "n", "h", "v", "i", "o", "r", "j", "i"], ["w", "p", "s", "n", "h", "v", "i", "i", "j", "i"], ["w", "p", "s", "n", "h", "e", "i", "j", "i"], ["w", "p", "s", "n", "f", "i", "j", "i"], ["w", "p", "r", "f", "i", "j", "i"], ["w", "n", "f", "i", "j", "i"]]}, "config": {"initial_state": "wpsnhviorxiovjdwxyvskkbyb", "length": 25, "num_rules": 22, "num_steps": 20, "rules": ["l, b -> i", "h, v -> k", "x, i -> j", "p, r -> n", "j, d -> e", "m, h -> z", "o, z -> w", "x, y -> h", "i, y -> d", "m, b -> n", "s, n -> r", "s, d -> m", "k, k -> l", "v, e -> m", "o, r -> i", "u, m -> b", "r, b -> l", "v, i -> e", "w, n -> i", "h, e -> f", "u, f -> w", "w, k -> h"]}, "task_name": "task10", "example_name": "0185", "problem_name": "task10_0185"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ne, t -> l\ny, o -> z\ns, e -> e\nt, t -> o\nt, l -> t\nl, z -> i\np, g -> t\ny, t -> g\ni, c -> p\nb, x -> v\nl, t -> d\nw, p -> y\ns, q -> t\nt, i -> r\np, y -> t\nh, p -> b\nd, q -> m\nq, d -> s\ny, r -> n\nu, w -> t\np, u -> s\nq, l -> w\ng, d -> p\nd, t -> r\nh, m -> y\nr, e -> x\nk, y -> i\nInitial state:\nc, d, t, b, t, i, e, k, q, l, p, g, d, u, e, i, c, y, q, d, q, h, l, t, q, t, l, p, y", "label": {"final": ["c", "r", "v", "i", "s", "l", "q", "m", "p"], "init": ["c", "d", "t", "b", "t", "i", "e", "k", "q", "l", "p", "g", "d", "u", "e", "i", "c", "y", "q", "d", "q", "h", "l", "t", "q", "t", "l", "p", "y"], "intermediate": [["c", "d", "t", "b", "t", "i", "e", "k", "q", "l", "p", "g", "d", "u", "e", "i", "c", "y", "q", "d", "q", "h", "l", "t", "q", "t", "l", "t"], ["c", "d", "t", "b", "t", "i", "e", "k", "q", "l", "p", "g", "d", "u", "e", "i", "c", "y", "q", "d", "q", "h", "l", "t", "q", "t", "d"], ["c", "d", "t", "b", "t", "i", "e", "k", "q", "l", "p", "g", "d", "u", "e", "i", "c", "y", "q", "d", "q", "h", "d", "q", "t", "d"], ["c", "d", "t", "b", "t", "i", "e", "k", "q", "l", "p", "g", "d", "u", "e", "i", "c", "y", "q", "d", "q", "h", "m", "t", "d"], ["c", "d", "t", "b", "t", "i", "e", "k", "q", "l", "p", "g", "d", "u", "e", "i", "c", "y", "q", "d", "q", "y", "t", "d"], ["c", "d", "t", "b", "t", "i", "e", "k", "q", "l", "p", "g", "d", "u", "e", "i", "c", "y", "q", "d", "q", "g", "d"], ["c", "d", "t", "b", "t", "i", "e", "k", "q", "l", "p", "g", "d", "u", "e", "i", "c", "y", "q", "d", "q", "p"], ["c", "d", "t", "b", "t", "i", "e", "k", "q", "l", "p", "g", "d", "u", "e", "i", "c", "y", "q", "m", "p"], ["c", "d", "t", "b", "t", "i", "e", "k", "q", "l", "p", "g", "d", "u", "e", "p", "y", "q", "m", "p"], ["c", "d", "t", "b", "t", "i", "e", "k", "q", "l", "p", "g", "d", "u", "e", "t", "q", "m", "p"], ["c", "d", "t", "b", "t", "i", "e", "k", "q", "l", "p", "g", "d", "u", "l", "q", "m", "p"], ["c", "d", "t", "b", "t", "i", "e", "k", "q", "l", "p", "p", "u", "l", "q", "m", "p"], ["c", "d", "t", "b", "t", "i", "e", "k", "q", "l", "p", "s", "l", "q", "m", "p"], ["c", "d", "t", "b", "t", "i", "e", "k", "w", "p", "s", "l", "q", "m", "p"], ["c", "d", "t", "b", "t", "i", "e", "k", "y", "s", "l", "q", "m", "p"], ["c", "d", "t", "b", "t", "i", "e", "i", "s", "l", "q", "m", "p"], ["c", "d", "t", "b", "r", "e", "i", "s", "l", "q", "m", "p"], ["c", "d", "t", "b", "x", "i", "s", "l", "q", "m", "p"], ["c", "d", "t", "v", "i", "s", "l", "q", "m", "p"]]}, "config": {"initial_state": "cdtbtiekqlpgdueicyqdqhltqtlpy", "length": 29, "num_rules": 27, "num_steps": 20, "rules": ["e, t -> l", "y, o -> z", "s, e -> e", "t, t -> o", "t, l -> t", "l, z -> i", "p, g -> t", "y, t -> g", "i, c -> p", "b, x -> v", "l, t -> d", "w, p -> y", "s, q -> t", "t, i -> r", "p, y -> t", "h, p -> b", "d, q -> m", "q, d -> s", "y, r -> n", "u, w -> t", "p, u -> s", "q, l -> w", "g, d -> p", "d, t -> r", "h, m -> y", "r, e -> x", "k, y -> i"]}, "task_name": "task10", "example_name": "0186", "problem_name": "task10_0186"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\na, m -> a\ns, w -> l\nj, g -> e\nx, x -> j\nz, k -> t\nm, g -> h\nc, t -> h\nm, u -> m\nw, q -> x\nj, t -> m\nq, p -> x\nt, a -> g\nx, d -> z\nh, e -> g\ni, e -> b\ng, h -> j\ny, x -> g\nz, h -> h\ng, x -> f\nm, x -> v\nh, b -> c\nq, w -> g\nj, u -> b\nInitial state:\nt, a, q, p, a, m, u, h, i, e, g, z, c, t, z, k, w, q, f, m, y, x, x, x, q, w", "label": {"final": ["f", "a", "c", "v", "f", "g"], "init": ["t", "a", "q", "p", "a", "m", "u", "h", "i", "e", "g", "z", "c", "t", "z", "k", "w", "q", "f", "m", "y", "x", "x", "x", "q", "w"], "intermediate": [["t", "a", "q", "p", "a", "m", "u", "h", "i", "e", "g", "z", "c", "t", "z", "k", "w", "q", "f", "m", "y", "x", "x", "x", "g"], ["t", "a", "q", "p", "a", "m", "u", "h", "i", "e", "g", "z", "c", "t", "z", "k", "w", "q", "f", "m", "y", "x", "j", "g"], ["t", "a", "q", "p", "a", "m", "u", "h", "i", "e", "g", "z", "c", "t", "z", "k", "w", "q", "f", "m", "y", "x", "e"], ["t", "a", "q", "p", "a", "m", "u", "h", "i", "e", "g", "z", "c", "t", "z", "k", "w", "q", "f", "m", "g", "e"], ["t", "a", "q", "p", "a", "m", "u", "h", "i", "e", "g", "z", "c", "t", "z", "k", "w", "q", "f", "h", "e"], ["t", "a", "q", "p", "a", "m", "u", "h", "i", "e", "g", "z", "c", "t", "z", "k", "w", "q", "f", "g"], ["t", "a", "q", "p", "a", "m", "u", "h", "i", "e", "g", "z", "c", "t", "z", "k", "x", "f", "g"], ["t", "a", "q", "p", "a", "m", "u", "h", "i", "e", "g", "z", "c", "t", "t", "x", "f", "g"], ["t", "a", "q", "p", "a", "m", "u", "h", "i", "e", "g", "z", "h", "t", "x", "f", "g"], ["t", "a", "q", "p", "a", "m", "u", "h", "i", "e", "g", "h", "t", "x", "f", "g"], ["t", "a", "q", "p", "a", "m", "u", "h", "i", "e", "j", "t", "x", "f", "g"], ["t", "a", "q", "p", "a", "m", "u", "h", "i", "e", "m", "x", "f", "g"], ["t", "a", "q", "p", "a", "m", "u", "h", "i", "e", "v", "f", "g"], ["t", "a", "q", "p", "a", "m", "u", "h", "b", "v", "f", "g"], ["t", "a", "q", "p", "a", "m", "u", "c", "v", "f", "g"], ["t", "a", "q", "p", "a", "m", "c", "v", "f", "g"], ["t", "a", "q", "p", "a", "c", "v", "f", "g"], ["t", "a", "x", "a", "c", "v", "f", "g"], ["g", "x", "a", "c", "v", "f", "g"]]}, "config": {"initial_state": "taqpamuhiegzctzkwqfmyxxxqw", "length": 26, "num_rules": 23, "num_steps": 20, "rules": ["a, m -> a", "s, w -> l", "j, g -> e", "x, x -> j", "z, k -> t", "m, g -> h", "c, t -> h", "m, u -> m", "w, q -> x", "j, t -> m", "q, p -> x", "t, a -> g", "x, d -> z", "h, e -> g", "i, e -> b", "g, h -> j", "y, x -> g", "z, h -> h", "g, x -> f", "m, x -> v", "h, b -> c", "q, w -> g", "j, u -> b"]}, "task_name": "task10", "example_name": "0187", "problem_name": "task10_0187"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\no, w -> q\na, j -> y\nj, q -> u\ni, p -> c\ng, l -> z\nc, o -> r\nc, t -> j\nr, a -> y\ni, y -> j\np, i -> q\nc, s -> l\nk, u -> q\ny, l -> p\ne, s -> p\nc, x -> v\nj, k -> h\nl, x -> l\nq, r -> i\nr, d -> e\nj, t -> x\np, o -> j\nInitial state:\nk, u, r, a, c, o, c, t, k, i, y, e, s, i, x, o, w, q, r, p, j, t, y, c, s, x, x, p, o", "label": {"final": ["q", "y", "r", "u", "x", "q", "v", "p", "j"], "init": ["k", "u", "r", "a", "c", "o", "c", "t", "k", "i", "y", "e", "s", "i", "x", "o", "w", "q", "r", "p", "j", "t", "y", "c", "s", "x", "x", "p", "o"], "intermediate": [["k", "u", "r", "a", "c", "o", "c", "t", "k", "i", "y", "e", "s", "i", "x", "o", "w", "q", "r", "p", "j", "t", "y", "c", "s", "x", "x", "j"], ["k", "u", "r", "a", "c", "o", "c", "t", "k", "i", "y", "e", "s", "i", "x", "o", "w", "q", "r", "p", "j", "t", "y", "l", "x", "x", "j"], ["k", "u", "r", "a", "c", "o", "c", "t", "k", "i", "y", "e", "s", "i", "x", "o", "w", "q", "r", "p", "j", "t", "y", "l", "x", "j"], ["k", "u", "r", "a", "c", "o", "c", "t", "k", "i", "y", "e", "s", "i", "x", "o", "w", "q", "r", "p", "j", "t", "y", "l", "j"], ["k", "u", "r", "a", "c", "o", "c", "t", "k", "i", "y", "e", "s", "i", "x", "o", "w", "q", "r", "p", "j", "t", "p", "j"], ["k", "u", "r", "a", "c", "o", "c", "t", "k", "i", "y", "e", "s", "i", "x", "o", "w", "q", "r", "p", "x", "p", "j"], ["k", "u", "r", "a", "c", "o", "c", "t", "k", "i", "y", "e", "s", "i", "x", "o", "w", "i", "p", "x", "p", "j"], ["k", "u", "r", "a", "c", "o", "c", "t", "k", "i", "y", "e", "s", "i", "x", "o", "w", "c", "x", "p", "j"], ["k", "u", "r", "a", "c", "o", "c", "t", "k", "i", "y", "e", "s", "i", "x", "o", "w", "v", "p", "j"], ["k", "u", "r", "a", "c", "o", "c", "t", "k", "i", "y", "e", "s", "i", "x", "q", "v", "p", "j"], ["k", "u", "r", "a", "c", "o", "c", "t", "k", "i", "y", "p", "i", "x", "q", "v", "p", "j"], ["k", "u", "r", "a", "c", "o", "c", "t", "k", "i", "y", "q", "x", "q", "v", "p", "j"], ["k", "u", "r", "a", "c", "o", "c", "t", "k", "j", "q", "x", "q", "v", "p", "j"], ["k", "u", "r", "a", "c", "o", "c", "t", "k", "u", "x", "q", "v", "p", "j"], ["k", "u", "r", "a", "c", "o", "c", "t", "q", "x", "q", "v", "p", "j"], ["k", "u", "r", "a", "c", "o", "j", "q", "x", "q", "v", "p", "j"], ["k", "u", "r", "a", "c", "o", "u", "x", "q", "v", "p", "j"], ["k", "u", "r", "a", "r", "u", "x", "q", "v", "p", "j"], ["k", "u", "y", "r", "u", "x", "q", "v", "p", "j"]]}, "config": {"initial_state": "kuracoctkiyesixowqrpjtycsxxpo", "length": 29, "num_rules": 21, "num_steps": 20, "rules": ["o, w -> q", "a, j -> y", "j, q -> u", "i, p -> c", "g, l -> z", "c, o -> r", "c, t -> j", "r, a -> y", "i, y -> j", "p, i -> q", "c, s -> l", "k, u -> q", "y, l -> p", "e, s -> p", "c, x -> v", "j, k -> h", "l, x -> l", "q, r -> i", "r, d -> e", "j, t -> x", "p, o -> j"]}, "task_name": "task10", "example_name": "0188", "problem_name": "task10_0188"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nr, r -> z\ng, s -> h\nx, m -> n\np, b -> j\nl, c -> w\ni, e -> u\np, u -> m\nl, y -> q\nb, a -> e\nr, i -> u\nq, s -> i\ng, v -> c\ne, j -> h\nr, d -> v\nv, h -> q\nh, j -> l\nr, f -> x\ne, l -> v\nm, b -> f\nf, i -> i\nm, k -> x\nq, u -> x\nr, l -> x\nInitial state:\nl, g, v, r, d, h, r, f, i, p, i, e, m, k, b, a, l, r, f, m, b, g, s, p, b, y, q, s", "label": {"final": ["w", "n", "x", "v", "x", "f", "q", "i"], "init": ["l", "g", "v", "r", "d", "h", "r", "f", "i", "p", "i", "e", "m", "k", "b", "a", "l", "r", "f", "m", "b", "g", "s", "p", "b", "y", "q", "s"], "intermediate": [["l", "g", "v", "r", "d", "h", "r", "f", "i", "p", "i", "e", "m", "k", "b", "a", "l", "r", "f", "m", "b", "g", "s", "p", "b", "y", "i"], ["l", "g", "v", "r", "d", "h", "r", "f", "i", "p", "i", "e", "m", "k", "b", "a", "l", "r", "f", "m", "b", "g", "s", "j", "y", "i"], ["l", "g", "v", "r", "d", "h", "r", "f", "i", "p", "i", "e", "m", "k", "b", "a", "l", "r", "f", "m", "b", "h", "j", "y", "i"], ["l", "g", "v", "r", "d", "h", "r", "f", "i", "p", "i", "e", "m", "k", "b", "a", "l", "r", "f", "m", "b", "l", "y", "i"], ["l", "g", "v", "r", "d", "h", "r", "f", "i", "p", "i", "e", "m", "k", "b", "a", "l", "r", "f", "m", "b", "q", "i"], ["l", "g", "v", "r", "d", "h", "r", "f", "i", "p", "i", "e", "m", "k", "b", "a", "l", "r", "f", "f", "q", "i"], ["l", "g", "v", "r", "d", "h", "r", "f", "i", "p", "i", "e", "m", "k", "b", "a", "l", "x", "f", "q", "i"], ["l", "g", "v", "r", "d", "h", "r", "f", "i", "p", "i", "e", "m", "k", "e", "l", "x", "f", "q", "i"], ["l", "g", "v", "r", "d", "h", "r", "f", "i", "p", "i", "e", "m", "k", "v", "x", "f", "q", "i"], ["l", "g", "v", "r", "d", "h", "r", "f", "i", "p", "i", "e", "x", "v", "x", "f", "q", "i"], ["l", "g", "v", "r", "d", "h", "r", "f", "i", "p", "u", "x", "v", "x", "f", "q", "i"], ["l", "g", "v", "r", "d", "h", "r", "f", "i", "m", "x", "v", "x", "f", "q", "i"], ["l", "g", "v", "r", "d", "h", "r", "i", "m", "x", "v", "x", "f", "q", "i"], ["l", "g", "v", "r", "d", "h", "u", "m", "x", "v", "x", "f", "q", "i"], ["l", "g", "v", "v", "h", "u", "m", "x", "v", "x", "f", "q", "i"], ["l", "g", "v", "q", "u", "m", "x", "v", "x", "f", "q", "i"], ["l", "g", "v", "x", "m", "x", "v", "x", "f", "q", "i"], ["l", "g", "v", "n", "x", "v", "x", "f", "q", "i"], ["l", "c", "n", "x", "v", "x", "f", "q", "i"]]}, "config": {"initial_state": "lgvrdhrfipiemkbalrfmbgspbyqs", "length": 28, "num_rules": 23, "num_steps": 20, "rules": ["r, r -> z", "g, s -> h", "x, m -> n", "p, b -> j", "l, c -> w", "i, e -> u", "p, u -> m", "l, y -> q", "b, a -> e", "r, i -> u", "q, s -> i", "g, v -> c", "e, j -> h", "r, d -> v", "v, h -> q", "h, j -> l", "r, f -> x", "e, l -> v", "m, b -> f", "f, i -> i", "m, k -> x", "q, u -> x", "r, l -> x"]}, "task_name": "task10", "example_name": "0189", "problem_name": "task10_0189"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nq, h -> l\ni, k -> z\nm, z -> p\nn, x -> e\nm, v -> g\nr, j -> d\nz, l -> w\nk, w -> b\nb, r -> e\ne, f -> n\nw, b -> m\ns, n -> x\nd, f -> n\nv, y -> e\no, k -> f\nq, m -> l\nd, h -> k\nn, o -> f\na, i -> l\nd, u -> s\nw, e -> w\nl, y -> d\nu, n -> e\nn, m -> k\nz, s -> n\ne, x -> o\nl, d -> i\nl, z -> w\nInitial state:\nm, q, m, a, i, y, n, m, u, v, y, z, s, o, d, f, s, n, x, k, z, l, d, h, l, z, e, v", "label": {"final": ["p", "e", "n", "s", "e", "k", "g"], "init": ["m", "q", "m", "a", "i", "y", "n", "m", "u", "v", "y", "z", "s", "o", "d", "f", "s", "n", "x", "k", "z", "l", "d", "h", "l", "z", "e", "v"], "intermediate": [["m", "q", "m", "a", "i", "y", "n", "m", "u", "v", "y", "z", "s", "o", "d", "f", "s", "n", "x", "k", "z", "l", "d", "h", "w", "e", "v"], ["m", "q", "m", "a", "i", "y", "n", "m", "u", "v", "y", "z", "s", "o", "d", "f", "s", "n", "x", "k", "z", "l", "d", "h", "w", "v"], ["m", "q", "m", "a", "i", "y", "n", "m", "u", "v", "y", "z", "s", "o", "d", "f", "s", "n", "x", "k", "z", "l", "k", "w", "v"], ["m", "q", "m", "a", "i", "y", "n", "m", "u", "v", "y", "z", "s", "o", "d", "f", "s", "n", "x", "k", "z", "l", "b", "v"], ["m", "q", "m", "a", "i", "y", "n", "m", "u", "v", "y", "z", "s", "o", "d", "f", "s", "n", "x", "k", "w", "b", "v"], ["m", "q", "m", "a", "i", "y", "n", "m", "u", "v", "y", "z", "s", "o", "d", "f", "s", "n", "x", "k", "m", "v"], ["m", "q", "m", "a", "i", "y", "n", "m", "u", "v", "y", "z", "s", "o", "d", "f", "s", "n", "x", "k", "g"], ["m", "q", "m", "a", "i", "y", "n", "m", "u", "v", "y", "z", "s", "o", "d", "f", "s", "e", "k", "g"], ["m", "q", "m", "a", "i", "y", "n", "m", "u", "v", "y", "z", "s", "o", "n", "s", "e", "k", "g"], ["m", "q", "m", "a", "i", "y", "n", "m", "u", "v", "y", "n", "o", "n", "s", "e", "k", "g"], ["m", "q", "m", "a", "i", "y", "n", "m", "u", "v", "y", "f", "n", "s", "e", "k", "g"], ["m", "q", "m", "a", "i", "y", "n", "m", "u", "e", "f", "n", "s", "e", "k", "g"], ["m", "q", "m", "a", "i", "y", "n", "m", "u", "n", "n", "s", "e", "k", "g"], ["m", "q", "m", "a", "i", "y", "n", "m", "e", "n", "s", "e", "k", "g"], ["m", "q", "m", "a", "i", "y", "k", "e", "n", "s", "e", "k", "g"], ["m", "q", "m", "l", "y", "k", "e", "n", "s", "e", "k", "g"], ["m", "q", "m", "d", "k", "e", "n", "s", "e", "k", "g"], ["m", "l", "d", "k", "e", "n", "s", "e", "k", "g"], ["m", "i", "k", "e", "n", "s", "e", "k", "g"], ["m", "z", "e", "n", "s", "e", "k", "g"]]}, "config": {"initial_state": "mqmaiynmuvyzsodfsnxkzldhlzev", "length": 28, "num_rules": 28, "num_steps": 21, "rules": ["q, h -> l", "i, k -> z", "m, z -> p", "n, x -> e", "m, v -> g", "r, j -> d", "z, l -> w", "k, w -> b", "b, r -> e", "e, f -> n", "w, b -> m", "s, n -> x", "d, f -> n", "v, y -> e", "o, k -> f", "q, m -> l", "d, h -> k", "n, o -> f", "a, i -> l", "d, u -> s", "w, e -> w", "l, y -> d", "u, n -> e", "n, m -> k", "z, s -> n", "e, x -> o", "l, d -> i", "l, z -> w"]}, "task_name": "task10", "example_name": "0190", "problem_name": "task10_0190"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ny, a -> h\ns, t -> n\ne, f -> l\nf, h -> a\nc, s -> u\np, l -> t\nw, h -> f\np, s -> f\np, n -> d\no, g -> j\ni, v -> h\nf, p -> l\ng, j -> c\nd, h -> f\nj, r -> v\nw, v -> g\nl, s -> w\ng, u -> d\nd, e -> a\nt, v -> i\nn, c -> o\nz, p -> c\nz, e -> s\nm, j -> j\nn, s -> u\nInitial state:\nt, v, v, n, z, p, w, y, d, e, e, d, h, s, j, r, m, o, g, s, n, z, e, f, h, p, s, p", "label": {"final": ["h", "o", "f", "u", "u", "a", "l"], "init": ["t", "v", "v", "n", "z", "p", "w", "y", "d", "e", "e", "d", "h", "s", "j", "r", "m", "o", "g", "s", "n", "z", "e", "f", "h", "p", "s", "p"], "intermediate": [["t", "v", "v", "n", "z", "p", "w", "y", "d", "e", "e", "d", "h", "s", "j", "r", "m", "o", "g", "s", "n", "z", "e", "f", "h", "f", "p"], ["t", "v", "v", "n", "z", "p", "w", "y", "d", "e", "e", "d", "h", "s", "j", "r", "m", "o", "g", "s", "n", "z", "e", "f", "h", "l"], ["t", "v", "v", "n", "z", "p", "w", "y", "d", "e", "e", "d", "h", "s", "j", "r", "m", "o", "g", "s", "n", "z", "e", "a", "l"], ["t", "v", "v", "n", "z", "p", "w", "y", "d", "e", "e", "d", "h", "s", "j", "r", "m", "o", "g", "s", "n", "s", "a", "l"], ["t", "v", "v", "n", "z", "p", "w", "y", "d", "e", "e", "d", "h", "s", "j", "r", "m", "o", "g", "s", "u", "a", "l"], ["t", "v", "v", "n", "z", "p", "w", "y", "d", "e", "e", "d", "h", "s", "j", "r", "m", "j", "s", "u", "a", "l"], ["t", "v", "v", "n", "z", "p", "w", "y", "d", "e", "e", "d", "h", "s", "j", "r", "j", "s", "u", "a", "l"], ["t", "v", "v", "n", "z", "p", "w", "y", "d", "e", "e", "d", "h", "s", "v", "j", "s", "u", "a", "l"], ["t", "v", "v", "n", "z", "p", "w", "y", "d", "e", "e", "f", "s", "v", "j", "s", "u", "a", "l"], ["t", "v", "v", "n", "z", "p", "w", "y", "d", "e", "l", "s", "v", "j", "s", "u", "a", "l"], ["t", "v", "v", "n", "z", "p", "w", "y", "d", "e", "w", "v", "j", "s", "u", "a", "l"], ["t", "v", "v", "n", "z", "p", "w", "y", "d", "e", "g", "j", "s", "u", "a", "l"], ["t", "v", "v", "n", "z", "p", "w", "y", "d", "e", "c", "s", "u", "a", "l"], ["t", "v", "v", "n", "z", "p", "w", "y", "d", "e", "u", "u", "a", "l"], ["t", "v", "v", "n", "z", "p", "w", "y", "a", "u", "u", "a", "l"], ["t", "v", "v", "n", "z", "p", "w", "h", "u", "u", "a", "l"], ["t", "v", "v", "n", "z", "p", "f", "u", "u", "a", "l"], ["t", "v", "v", "n", "c", "f", "u", "u", "a", "l"], ["t", "v", "v", "o", "f", "u", "u", "a", "l"], ["i", "v", "o", "f", "u", "u", "a", "l"]]}, "config": {"initial_state": "tvvnzpwydeedhsjrmogsnzefhpsp", "length": 28, "num_rules": 25, "num_steps": 21, "rules": ["y, a -> h", "s, t -> n", "e, f -> l", "f, h -> a", "c, s -> u", "p, l -> t", "w, h -> f", "p, s -> f", "p, n -> d", "o, g -> j", "i, v -> h", "f, p -> l", "g, j -> c", "d, h -> f", "j, r -> v", "w, v -> g", "l, s -> w", "g, u -> d", "d, e -> a", "t, v -> i", "n, c -> o", "z, p -> c", "z, e -> s", "m, j -> j", "n, s -> u"]}, "task_name": "task10", "example_name": "0191", "problem_name": "task10_0191"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nh, x -> a\na, s -> s\nb, u -> h\nq, w -> e\nj, z -> j\nr, c -> c\nc, a -> z\nq, l -> f\ny, q -> u\nj, d -> d\nj, j -> s\nw, d -> q\no, y -> w\nf, f -> j\nb, h -> u\nz, o -> y\ne, i -> p\no, q -> d\nh, k -> c\ny, b -> j\ns, c -> k\np, c -> x\nu, x -> j\nm, r -> h\nn, f -> w\nf, v -> n\ni, j -> j\nm, o -> y\nx, s -> i\nInitial state:\nr, c, a, o, b, b, h, m, o, f, v, f, j, o, q, q, w, i, h, k, m, r, x, f, q, l, u, x, z", "label": {"final": ["r", "y", "h", "m", "d", "x", "h", "i"], "init": ["r", "c", "a", "o", "b", "b", "h", "m", "o", "f", "v", "f", "j", "o", "q", "q", "w", "i", "h", "k", "m", "r", "x", "f", "q", "l", "u", "x", "z"], "intermediate": [["r", "c", "a", "o", "b", "b", "h", "m", "o", "f", "v", "f", "j", "o", "q", "q", "w", "i", "h", "k", "m", "r", "x", "f", "q", "l", "j", "z"], ["r", "c", "a", "o", "b", "b", "h", "m", "o", "f", "v", "f", "j", "o", "q", "q", "w", "i", "h", "k", "m", "r", "x", "f", "q", "l", "j"], ["r", "c", "a", "o", "b", "b", "h", "m", "o", "f", "v", "f", "j", "o", "q", "q", "w", "i", "h", "k", "m", "r", "x", "f", "f", "j"], ["r", "c", "a", "o", "b", "b", "h", "m", "o", "f", "v", "f", "j", "o", "q", "q", "w", "i", "h", "k", "m", "r", "x", "j", "j"], ["r", "c", "a", "o", "b", "b", "h", "m", "o", "f", "v", "f", "j", "o", "q", "q", "w", "i", "h", "k", "m", "r", "x", "s"], ["r", "c", "a", "o", "b", "b", "h", "m", "o", "f", "v", "f", "j", "o", "q", "q", "w", "i", "h", "k", "m", "r", "i"], ["r", "c", "a", "o", "b", "b", "h", "m", "o", "f", "v", "f", "j", "o", "q", "q", "w", "i", "h", "k", "h", "i"], ["r", "c", "a", "o", "b", "b", "h", "m", "o", "f", "v", "f", "j", "o", "q", "q", "w", "i", "c", "h", "i"], ["r", "c", "a", "o", "b", "b", "h", "m", "o", "f", "v", "f", "j", "o", "q", "e", "i", "c", "h", "i"], ["r", "c", "a", "o", "b", "b", "h", "m", "o", "f", "v", "f", "j", "o", "q", "p", "c", "h", "i"], ["r", "c", "a", "o", "b", "b", "h", "m", "o", "f", "v", "f", "j", "o", "q", "x", "h", "i"], ["r", "c", "a", "o", "b", "b", "h", "m", "o", "f", "v", "f", "j", "d", "x", "h", "i"], ["r", "c", "a", "o", "b", "b", "h", "m", "o", "f", "v", "f", "d", "x", "h", "i"], ["r", "c", "a", "o", "b", "b", "h", "m", "o", "n", "f", "d", "x", "h", "i"], ["r", "c", "a", "o", "b", "b", "h", "m", "o", "w", "d", "x", "h", "i"], ["r", "c", "a", "o", "b", "b", "h", "m", "o", "q", "x", "h", "i"], ["r", "c", "a", "o", "b", "b", "h", "m", "d", "x", "h", "i"], ["r", "c", "a", "o", "b", "u", "m", "d", "x", "h", "i"], ["r", "c", "a", "o", "h", "m", "d", "x", "h", "i"], ["r", "z", "o", "h", "m", "d", "x", "h", "i"]]}, "config": {"initial_state": "rcaobbhmofvfjoqqwihkmrxfqluxz", "length": 29, "num_rules": 29, "num_steps": 21, "rules": ["h, x -> a", "a, s -> s", "b, u -> h", "q, w -> e", "j, z -> j", "r, c -> c", "c, a -> z", "q, l -> f", "y, q -> u", "j, d -> d", "j, j -> s", "w, d -> q", "o, y -> w", "f, f -> j", "b, h -> u", "z, o -> y", "e, i -> p", "o, q -> d", "h, k -> c", "y, b -> j", "s, c -> k", "p, c -> x", "u, x -> j", "m, r -> h", "n, f -> w", "f, v -> n", "i, j -> j", "m, o -> y", "x, s -> i"]}, "task_name": "task10", "example_name": "0192", "problem_name": "task10_0192"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nz, t -> j\ns, n -> e\no, j -> q\na, u -> y\nk, n -> z\np, f -> a\nc, d -> s\nd, k -> u\ng, q -> f\nl, f -> j\nu, t -> t\nw, a -> w\nc, n -> z\ny, r -> u\nh, i -> i\nn, x -> d\nc, t -> k\nc, y -> c\nq, n -> j\nc, x -> h\nw, i -> z\nc, m -> v\nj, f -> c\nv, b -> l\nz, v -> l\nInitial state:\nw, p, g, q, q, y, c, u, t, c, y, d, n, w, c, x, i, k, n, t, f, n, c, m, a, n, x, k, r", "label": {"final": ["w", "q", "y", "k", "e", "z", "l", "u"], "init": ["w", "p", "g", "q", "q", "y", "c", "u", "t", "c", "y", "d", "n", "w", "c", "x", "i", "k", "n", "t", "f", "n", "c", "m", "a", "n", "x", "k", "r"], "intermediate": [["w", "p", "g", "q", "q", "y", "c", "u", "t", "c", "y", "d", "n", "w", "c", "x", "i", "k", "n", "t", "f", "n", "c", "m", "a", "d", "k", "r"], ["w", "p", "g", "q", "q", "y", "c", "u", "t", "c", "y", "d", "n", "w", "c", "x", "i", "k", "n", "t", "f", "n", "c", "m", "a", "u", "r"], ["w", "p", "g", "q", "q", "y", "c", "u", "t", "c", "y", "d", "n", "w", "c", "x", "i", "k", "n", "t", "f", "n", "c", "m", "y", "r"], ["w", "p", "g", "q", "q", "y", "c", "u", "t", "c", "y", "d", "n", "w", "c", "x", "i", "k", "n", "t", "f", "n", "c", "m", "u"], ["w", "p", "g", "q", "q", "y", "c", "u", "t", "c", "y", "d", "n", "w", "c", "x", "i", "k", "n", "t", "f", "n", "v", "u"], ["w", "p", "g", "q", "q", "y", "c", "u", "t", "c", "y", "d", "n", "w", "c", "x", "i", "z", "t", "f", "n", "v", "u"], ["w", "p", "g", "q", "q", "y", "c", "u", "t", "c", "y", "d", "n", "w", "c", "x", "i", "j", "f", "n", "v", "u"], ["w", "p", "g", "q", "q", "y", "c", "u", "t", "c", "y", "d", "n", "w", "c", "x", "i", "c", "n", "v", "u"], ["w", "p", "g", "q", "q", "y", "c", "u", "t", "c", "y", "d", "n", "w", "c", "x", "i", "z", "v", "u"], ["w", "p", "g", "q", "q", "y", "c", "u", "t", "c", "y", "d", "n", "w", "c", "x", "i", "l", "u"], ["w", "p", "g", "q", "q", "y", "c", "u", "t", "c", "y", "d", "n", "w", "h", "i", "l", "u"], ["w", "p", "g", "q", "q", "y", "c", "u", "t", "c", "y", "d", "n", "w", "i", "l", "u"], ["w", "p", "g", "q", "q", "y", "c", "u", "t", "c", "y", "d", "n", "z", "l", "u"], ["w", "p", "g", "q", "q", "y", "c", "u", "t", "c", "d", "n", "z", "l", "u"], ["w", "p", "g", "q", "q", "y", "c", "u", "t", "s", "n", "z", "l", "u"], ["w", "p", "g", "q", "q", "y", "c", "u", "t", "e", "z", "l", "u"], ["w", "p", "g", "q", "q", "y", "c", "t", "e", "z", "l", "u"], ["w", "p", "g", "q", "q", "y", "k", "e", "z", "l", "u"], ["w", "p", "f", "q", "y", "k", "e", "z", "l", "u"], ["w", "a", "q", "y", "k", "e", "z", "l", "u"]]}, "config": {"initial_state": "wpgqqycutcydnwcxikntfncmanxkr", "length": 29, "num_rules": 25, "num_steps": 21, "rules": ["z, t -> j", "s, n -> e", "o, j -> q", "a, u -> y", "k, n -> z", "p, f -> a", "c, d -> s", "d, k -> u", "g, q -> f", "l, f -> j", "u, t -> t", "w, a -> w", "c, n -> z", "y, r -> u", "h, i -> i", "n, x -> d", "c, t -> k", "c, y -> c", "q, n -> j", "c, x -> h", "w, i -> z", "c, m -> v", "j, f -> c", "v, b -> l", "z, v -> l"]}, "task_name": "task10", "example_name": "0193", "problem_name": "task10_0193"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nj, w -> d\nv, d -> y\ne, j -> h\nt, x -> a\nu, k -> y\nl, j -> d\ns, x -> j\nv, y -> r\nb, l -> g\nx, o -> l\nv, u -> g\nd, l -> f\nz, w -> i\nh, x -> b\nt, b -> q\nv, s -> a\np, h -> x\ni, q -> x\nx, b -> l\nq, g -> c\nq, e -> e\nh, y -> p\nx, y -> s\nr, f -> s\nc, c -> a\nInitial state:\nq, e, v, u, k, j, w, x, o, x, h, y, h, l, z, w, q, v, l, j, c, q, v, u", "label": {"final": ["c", "s", "a"], "init": ["q", "e", "v", "u", "k", "j", "w", "x", "o", "x", "h", "y", "h", "l", "z", "w", "q", "v", "l", "j", "c", "q", "v", "u"], "intermediate": [["q", "e", "v", "u", "k", "j", "w", "x", "o", "x", "h", "y", "h", "l", "z", "w", "q", "v", "l", "j", "c", "q", "g"], ["q", "e", "v", "u", "k", "j", "w", "x", "o", "x", "h", "y", "h", "l", "z", "w", "q", "v", "l", "j", "c", "c"], ["q", "e", "v", "u", "k", "j", "w", "x", "o", "x", "h", "y", "h", "l", "z", "w", "q", "v", "l", "j", "a"], ["q", "e", "v", "u", "k", "j", "w", "x", "o", "x", "h", "y", "h", "l", "z", "w", "q", "v", "d", "a"], ["q", "e", "v", "u", "k", "j", "w", "x", "o", "x", "h", "y", "h", "l", "z", "w", "q", "y", "a"], ["q", "e", "v", "u", "k", "j", "w", "x", "o", "x", "h", "y", "h", "l", "i", "q", "y", "a"], ["q", "e", "v", "u", "k", "j", "w", "x", "o", "x", "h", "y", "h", "l", "x", "y", "a"], ["q", "e", "v", "u", "k", "j", "w", "x", "o", "x", "h", "y", "h", "l", "s", "a"], ["q", "e", "v", "u", "k", "j", "w", "x", "o", "x", "p", "h", "l", "s", "a"], ["q", "e", "v", "u", "k", "j", "w", "x", "o", "x", "x", "l", "s", "a"], ["q", "e", "v", "u", "k", "j", "w", "l", "x", "x", "l", "s", "a"], ["q", "e", "v", "u", "k", "d", "l", "x", "x", "l", "s", "a"], ["q", "e", "v", "u", "k", "f", "x", "x", "l", "s", "a"], ["q", "e", "v", "y", "f", "x", "x", "l", "s", "a"], ["q", "e", "r", "f", "x", "x", "l", "s", "a"], ["q", "e", "s", "x", "x", "l", "s", "a"], ["q", "e", "j", "x", "l", "s", "a"], ["q", "h", "x", "l", "s", "a"], ["q", "b", "l", "s", "a"], ["q", "g", "s", "a"]]}, "config": {"initial_state": "qevukjwxoxhyhlzwqvljcqvu", "length": 24, "num_rules": 25, "num_steps": 21, "rules": ["j, w -> d", "v, d -> y", "e, j -> h", "t, x -> a", "u, k -> y", "l, j -> d", "s, x -> j", "v, y -> r", "b, l -> g", "x, o -> l", "v, u -> g", "d, l -> f", "z, w -> i", "h, x -> b", "t, b -> q", "v, s -> a", "p, h -> x", "i, q -> x", "x, b -> l", "q, g -> c", "q, e -> e", "h, y -> p", "x, y -> s", "r, f -> s", "c, c -> a"]}, "task_name": "task10", "example_name": "0194", "problem_name": "task10_0194"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\na, g -> g\nj, k -> j\nr, o -> o\nz, c -> d\ne, u -> d\nf, j -> c\ng, g -> b\nv, o -> c\nf, r -> o\nm, v -> h\no, o -> v\no, w -> p\nb, m -> r\nb, i -> d\nt, i -> v\nv, n -> j\nj, m -> j\nk, k -> r\ng, m -> b\ny, c -> j\nt, d -> g\nl, h -> j\np, d -> o\nu, c -> h\nb, j -> f\nj, r -> a\nInitial state:\nz, c, y, b, j, l, u, c, k, o, w, g, m, i, s, k, k, p, d, f, r, o, v, n, m, b, m, t, d, n", "label": {"final": ["d", "j", "o", "s", "o", "f", "o", "g", "n"], "init": ["z", "c", "y", "b", "j", "l", "u", "c", "k", "o", "w", "g", "m", "i", "s", "k", "k", "p", "d", "f", "r", "o", "v", "n", "m", "b", "m", "t", "d", "n"], "intermediate": [["z", "c", "y", "b", "j", "l", "u", "c", "k", "o", "w", "g", "m", "i", "s", "k", "k", "p", "d", "f", "r", "o", "v", "n", "m", "b", "m", "g", "n"], ["z", "c", "y", "b", "j", "l", "u", "c", "k", "o", "w", "g", "m", "i", "s", "k", "k", "p", "d", "f", "r", "o", "v", "n", "m", "r", "g", "n"], ["z", "c", "y", "b", "j", "l", "u", "c", "k", "o", "w", "g", "m", "i", "s", "k", "k", "p", "d", "f", "r", "o", "j", "m", "r", "g", "n"], ["z", "c", "y", "b", "j", "l", "u", "c", "k", "o", "w", "g", "m", "i", "s", "k", "k", "p", "d", "f", "r", "o", "j", "r", "g", "n"], ["z", "c", "y", "b", "j", "l", "u", "c", "k", "o", "w", "g", "m", "i", "s", "k", "k", "p", "d", "f", "r", "o", "a", "g", "n"], ["z", "c", "y", "b", "j", "l", "u", "c", "k", "o", "w", "g", "m", "i", "s", "k", "k", "p", "d", "f", "r", "o", "g", "n"], ["z", "c", "y", "b", "j", "l", "u", "c", "k", "o", "w", "g", "m", "i", "s", "k", "k", "p", "d", "f", "o", "g", "n"], ["z", "c", "y", "b", "j", "l", "u", "c", "k", "o", "w", "g", "m", "i", "s", "k", "k", "o", "f", "o", "g", "n"], ["z", "c", "y", "b", "j", "l", "u", "c", "k", "o", "w", "g", "m", "i", "s", "r", "o", "f", "o", "g", "n"], ["z", "c", "y", "b", "j", "l", "u", "c", "k", "o", "w", "g", "m", "i", "s", "o", "f", "o", "g", "n"], ["z", "c", "y", "b", "j", "l", "u", "c", "k", "o", "w", "b", "i", "s", "o", "f", "o", "g", "n"], ["z", "c", "y", "b", "j", "l", "u", "c", "k", "o", "w", "d", "s", "o", "f", "o", "g", "n"], ["z", "c", "y", "b", "j", "l", "u", "c", "k", "p", "d", "s", "o", "f", "o", "g", "n"], ["z", "c", "y", "b", "j", "l", "u", "c", "k", "o", "s", "o", "f", "o", "g", "n"], ["z", "c", "y", "b", "j", "l", "h", "k", "o", "s", "o", "f", "o", "g", "n"], ["z", "c", "y", "b", "j", "j", "k", "o", "s", "o", "f", "o", "g", "n"], ["z", "c", "y", "b", "j", "j", "o", "s", "o", "f", "o", "g", "n"], ["z", "c", "y", "f", "j", "o", "s", "o", "f", "o", "g", "n"], ["z", "c", "y", "c", "o", "s", "o", "f", "o", "g", "n"], ["z", "c", "j", "o", "s", "o", "f", "o", "g", "n"]]}, "config": {"initial_state": "zcybjluckowgmiskkpdfrovnmbmtdn", "length": 30, "num_rules": 26, "num_steps": 21, "rules": ["a, g -> g", "j, k -> j", "r, o -> o", "z, c -> d", "e, u -> d", "f, j -> c", "g, g -> b", "v, o -> c", "f, r -> o", "m, v -> h", "o, o -> v", "o, w -> p", "b, m -> r", "b, i -> d", "t, i -> v", "v, n -> j", "j, m -> j", "k, k -> r", "g, m -> b", "y, c -> j", "t, d -> g", "l, h -> j", "p, d -> o", "u, c -> h", "b, j -> f", "j, r -> a"]}, "task_name": "task10", "example_name": "0195", "problem_name": "task10_0195"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nr, u -> g\nr, f -> x\no, w -> k\nk, a -> q\ng, o -> f\ne, f -> u\nd, i -> i\no, u -> w\nq, i -> p\nq, e -> w\nu, b -> b\ny, o -> t\nb, q -> o\ng, j -> w\nw, x -> e\nw, f -> x\nk, e -> q\np, m -> p\nb, g -> l\ne, l -> f\np, w -> s\nt, b -> m\nf, k -> y\ny, f -> o\nl, z -> j\nInitial state:\no, o, u, g, j, x, q, e, k, a, d, i, r, e, f, b, q, k, y, e, b, g, b, w, z", "label": {"final": ["q", "w", "s", "z"], "init": ["o", "o", "u", "g", "j", "x", "q", "e", "k", "a", "d", "i", "r", "e", "f", "b", "q", "k", "y", "e", "b", "g", "b", "w", "z"], "intermediate": [["o", "o", "u", "g", "j", "x", "q", "e", "k", "a", "d", "i", "r", "e", "f", "b", "q", "k", "y", "e", "l", "b", "w", "z"], ["o", "o", "u", "g", "j", "x", "q", "e", "k", "a", "d", "i", "r", "e", "f", "b", "q", "k", "y", "f", "b", "w", "z"], ["o", "o", "u", "g", "j", "x", "q", "e", "k", "a", "d", "i", "r", "e", "f", "b", "q", "k", "o", "b", "w", "z"], ["o", "o", "u", "g", "j", "x", "q", "e", "k", "a", "d", "i", "r", "e", "f", "o", "k", "o", "b", "w", "z"], ["o", "o", "u", "g", "j", "x", "q", "e", "k", "a", "d", "i", "r", "u", "o", "k", "o", "b", "w", "z"], ["o", "o", "u", "g", "j", "x", "q", "e", "k", "a", "d", "i", "g", "o", "k", "o", "b", "w", "z"], ["o", "o", "u", "g", "j", "x", "q", "e", "k", "a", "d", "i", "f", "k", "o", "b", "w", "z"], ["o", "o", "u", "g", "j", "x", "q", "e", "k", "a", "d", "i", "y", "o", "b", "w", "z"], ["o", "o", "u", "g", "j", "x", "q", "e", "k", "a", "d", "i", "t", "b", "w", "z"], ["o", "o", "u", "g", "j", "x", "q", "e", "k", "a", "d", "i", "m", "w", "z"], ["o", "o", "u", "g", "j", "x", "q", "e", "k", "a", "i", "m", "w", "z"], ["o", "o", "u", "g", "j", "x", "q", "e", "q", "i", "m", "w", "z"], ["o", "o", "u", "g", "j", "x", "q", "e", "p", "m", "w", "z"], ["o", "o", "u", "g", "j", "x", "q", "e", "p", "w", "z"], ["o", "o", "u", "g", "j", "x", "q", "e", "s", "z"], ["o", "o", "u", "g", "j", "x", "w", "s", "z"], ["o", "o", "u", "w", "x", "w", "s", "z"], ["o", "o", "u", "e", "w", "s", "z"], ["o", "w", "e", "w", "s", "z"], ["k", "e", "w", "s", "z"]]}, "config": {"initial_state": "oougjxqekadirefbqkyebgbwz", "length": 25, "num_rules": 25, "num_steps": 21, "rules": ["r, u -> g", "r, f -> x", "o, w -> k", "k, a -> q", "g, o -> f", "e, f -> u", "d, i -> i", "o, u -> w", "q, i -> p", "q, e -> w", "u, b -> b", "y, o -> t", "b, q -> o", "g, j -> w", "w, x -> e", "w, f -> x", "k, e -> q", "p, m -> p", "b, g -> l", "e, l -> f", "p, w -> s", "t, b -> m", "f, k -> y", "y, f -> o", "l, z -> j"]}, "task_name": "task10", "example_name": "0196", "problem_name": "task10_0196"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nz, j -> p\na, s -> g\nm, t -> u\nv, g -> y\ne, j -> s\nj, o -> j\nl, p -> r\nm, j -> t\np, r -> a\nd, w -> q\nx, k -> q\nh, p -> m\na, u -> s\nn, c -> a\ny, v -> e\nx, a -> m\np, q -> o\nv, a -> r\nh, j -> c\na, y -> r\nf, y -> e\no, z -> f\nv, d -> k\nw, u -> v\np, f -> z\ns, r -> w\nInitial state:\nh, p, z, j, d, w, p, f, v, p, a, y, n, c, u, e, j, l, p, x, a, m, j, o, a", "label": {"final": ["h", "z", "r", "w"], "init": ["h", "p", "z", "j", "d", "w", "p", "f", "v", "p", "a", "y", "n", "c", "u", "e", "j", "l", "p", "x", "a", "m", "j", "o", "a"], "intermediate": [["h", "p", "z", "j", "d", "w", "p", "f", "v", "p", "a", "y", "n", "c", "u", "e", "j", "l", "p", "x", "a", "m", "j", "a"], ["h", "p", "z", "j", "d", "w", "p", "f", "v", "p", "a", "y", "n", "c", "u", "e", "j", "l", "p", "x", "a", "t", "a"], ["h", "p", "z", "j", "d", "w", "p", "f", "v", "p", "a", "y", "n", "c", "u", "e", "j", "l", "p", "m", "t", "a"], ["h", "p", "z", "j", "d", "w", "p", "f", "v", "p", "a", "y", "n", "c", "u", "e", "j", "l", "p", "u", "a"], ["h", "p", "z", "j", "d", "w", "p", "f", "v", "p", "a", "y", "n", "c", "u", "e", "j", "r", "u", "a"], ["h", "p", "z", "j", "d", "w", "p", "f", "v", "p", "a", "y", "n", "c", "u", "s", "r", "u", "a"], ["h", "p", "z", "j", "d", "w", "p", "f", "v", "p", "a", "y", "n", "c", "u", "w", "u", "a"], ["h", "p", "z", "j", "d", "w", "p", "f", "v", "p", "a", "y", "n", "c", "u", "v", "a"], ["h", "p", "z", "j", "d", "w", "p", "f", "v", "p", "a", "y", "n", "c", "u", "r"], ["h", "p", "z", "j", "d", "w", "p", "f", "v", "p", "a", "y", "a", "u", "r"], ["h", "p", "z", "j", "d", "w", "p", "f", "v", "p", "a", "y", "s", "r"], ["h", "p", "z", "j", "d", "w", "p", "f", "v", "p", "a", "y", "w"], ["h", "p", "z", "j", "d", "w", "p", "f", "v", "p", "r", "w"], ["h", "p", "z", "j", "d", "w", "p", "f", "v", "a", "w"], ["h", "p", "z", "j", "d", "w", "p", "f", "r", "w"], ["h", "p", "z", "j", "d", "w", "z", "r", "w"], ["h", "p", "z", "j", "q", "z", "r", "w"], ["h", "p", "p", "q", "z", "r", "w"], ["h", "p", "o", "z", "r", "w"], ["h", "p", "f", "r", "w"]]}, "config": {"initial_state": "hpzjdwpfvpayncuejlpxamjoa", "length": 25, "num_rules": 26, "num_steps": 21, "rules": ["z, j -> p", "a, s -> g", "m, t -> u", "v, g -> y", "e, j -> s", "j, o -> j", "l, p -> r", "m, j -> t", "p, r -> a", "d, w -> q", "x, k -> q", "h, p -> m", "a, u -> s", "n, c -> a", "y, v -> e", "x, a -> m", "p, q -> o", "v, a -> r", "h, j -> c", "a, y -> r", "f, y -> e", "o, z -> f", "v, d -> k", "w, u -> v", "p, f -> z", "s, r -> w"]}, "task_name": "task10", "example_name": "0197", "problem_name": "task10_0197"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ne, k -> o\na, e -> m\nt, l -> k\nb, w -> n\nz, w -> b\nr, z -> w\nt, f -> m\no, w -> x\nq, j -> k\nx, p -> y\na, b -> l\nj, d -> m\no, l -> m\ns, n -> a\nm, q -> z\na, g -> e\nl, j -> g\nr, o -> r\nu, u -> y\nv, m -> y\nz, u -> z\nm, k -> s\nk, y -> r\ns, w -> l\ng, f -> g\nr, g -> r\no, x -> f\nf, n -> e\nd, s -> u\nInitial state:\nk, x, p, l, j, o, x, t, j, d, k, n, t, f, q, d, s, r, a, g, q, j, z, v, a, f, b, w", "label": {"final": ["r", "t", "a", "z", "d", "l", "y"], "init": ["k", "x", "p", "l", "j", "o", "x", "t", "j", "d", "k", "n", "t", "f", "q", "d", "s", "r", "a", "g", "q", "j", "z", "v", "a", "f", "b", "w"], "intermediate": [["k", "x", "p", "l", "j", "o", "x", "t", "j", "d", "k", "n", "t", "f", "q", "d", "s", "r", "a", "g", "q", "j", "z", "v", "a", "f", "n"], ["k", "x", "p", "l", "j", "o", "x", "t", "j", "d", "k", "n", "t", "f", "q", "d", "s", "r", "a", "g", "q", "j", "z", "v", "a", "e"], ["k", "x", "p", "l", "j", "o", "x", "t", "j", "d", "k", "n", "t", "f", "q", "d", "s", "r", "a", "g", "q", "j", "z", "v", "m"], ["k", "x", "p", "l", "j", "o", "x", "t", "j", "d", "k", "n", "t", "f", "q", "d", "s", "r", "a", "g", "q", "j", "z", "y"], ["k", "x", "p", "l", "j", "o", "x", "t", "j", "d", "k", "n", "t", "f", "q", "d", "s", "r", "a", "g", "k", "z", "y"], ["k", "x", "p", "l", "j", "o", "x", "t", "j", "d", "k", "n", "t", "f", "q", "d", "s", "r", "e", "k", "z", "y"], ["k", "x", "p", "l", "j", "o", "x", "t", "j", "d", "k", "n", "t", "f", "q", "d", "s", "r", "o", "z", "y"], ["k", "x", "p", "l", "j", "o", "x", "t", "j", "d", "k", "n", "t", "f", "q", "d", "s", "r", "z", "y"], ["k", "x", "p", "l", "j", "o", "x", "t", "j", "d", "k", "n", "t", "f", "q", "d", "s", "w", "y"], ["k", "x", "p", "l", "j", "o", "x", "t", "j", "d", "k", "n", "t", "f", "q", "d", "l", "y"], ["k", "x", "p", "l", "j", "o", "x", "t", "j", "d", "k", "n", "m", "q", "d", "l", "y"], ["k", "x", "p", "l", "j", "o", "x", "t", "j", "d", "k", "n", "z", "d", "l", "y"], ["k", "x", "p", "l", "j", "o", "x", "t", "m", "k", "n", "z", "d", "l", "y"], ["k", "x", "p", "l", "j", "o", "x", "t", "s", "n", "z", "d", "l", "y"], ["k", "x", "p", "l", "j", "o", "x", "t", "a", "z", "d", "l", "y"], ["k", "x", "p", "l", "j", "f", "t", "a", "z", "d", "l", "y"], ["k", "x", "p", "g", "f", "t", "a", "z", "d", "l", "y"], ["k", "x", "p", "g", "t", "a", "z", "d", "l", "y"], ["k", "y", "g", "t", "a", "z", "d", "l", "y"], ["r", "g", "t", "a", "z", "d", "l", "y"]]}, "config": {"initial_state": "kxpljoxtjdkntfqdsragqjzvafbw", "length": 28, "num_rules": 29, "num_steps": 21, "rules": ["e, k -> o", "a, e -> m", "t, l -> k", "b, w -> n", "z, w -> b", "r, z -> w", "t, f -> m", "o, w -> x", "q, j -> k", "x, p -> y", "a, b -> l", "j, d -> m", "o, l -> m", "s, n -> a", "m, q -> z", "a, g -> e", "l, j -> g", "r, o -> r", "u, u -> y", "v, m -> y", "z, u -> z", "m, k -> s", "k, y -> r", "s, w -> l", "g, f -> g", "r, g -> r", "o, x -> f", "f, n -> e", "d, s -> u"]}, "task_name": "task10", "example_name": "0198", "problem_name": "task10_0198"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nu, b -> p\na, m -> z\nv, m -> r\np, j -> a\nd, t -> l\nq, j -> s\nn, r -> q\ny, l -> j\nz, g -> s\nc, c -> r\nz, t -> l\nb, m -> n\nx, x -> l\ns, s -> c\nl, b -> m\nh, g -> j\nd, x -> x\nq, e -> k\nt, j -> t\nr, l -> y\nn, p -> j\no, k -> v\np, n -> r\nq, l -> b\nf, r -> x\ng, v -> e\nb, l -> x\nv, v -> t\nz, w -> b\nz, b -> p\nInitial state:\nz, g, u, b, v, m, l, d, f, s, s, c, z, w, d, t, l, b, v, o, q, e, h, g, g, n, z, q, l, n", "label": {"final": ["s", "p", "y", "d", "l", "m", "t", "g", "q"], "init": ["z", "g", "u", "b", "v", "m", "l", "d", "f", "s", "s", "c", "z", "w", "d", "t", "l", "b", "v", "o", "q", "e", "h", "g", "g", "n", "z", "q", "l", "n"], "intermediate": [["z", "g", "u", "b", "v", "m", "l", "d", "f", "s", "s", "c", "z", "w", "d", "t", "l", "b", "v", "o", "q", "e", "h", "g", "g", "n", "z", "b", "n"], ["z", "g", "u", "b", "v", "m", "l", "d", "f", "s", "s", "c", "z", "w", "d", "t", "l", "b", "v", "o", "q", "e", "h", "g", "g", "n", "p", "n"], ["z", "g", "u", "b", "v", "m", "l", "d", "f", "s", "s", "c", "z", "w", "d", "t", "l", "b", "v", "o", "q", "e", "h", "g", "g", "n", "r"], ["z", "g", "u", "b", "v", "m", "l", "d", "f", "s", "s", "c", "z", "w", "d", "t", "l", "b", "v", "o", "q", "e", "h", "g", "g", "q"], ["z", "g", "u", "b", "v", "m", "l", "d", "f", "s", "s", "c", "z", "w", "d", "t", "l", "b", "v", "o", "q", "e", "j", "g", "q"], ["z", "g", "u", "b", "v", "m", "l", "d", "f", "s", "s", "c", "z", "w", "d", "t", "l", "b", "v", "o", "k", "j", "g", "q"], ["z", "g", "u", "b", "v", "m", "l", "d", "f", "s", "s", "c", "z", "w", "d", "t", "l", "b", "v", "v", "j", "g", "q"], ["z", "g", "u", "b", "v", "m", "l", "d", "f", "s", "s", "c", "z", "w", "d", "t", "l", "b", "t", "j", "g", "q"], ["z", "g", "u", "b", "v", "m", "l", "d", "f", "s", "s", "c", "z", "w", "d", "t", "l", "b", "t", "g", "q"], ["z", "g", "u", "b", "v", "m", "l", "d", "f", "s", "s", "c", "z", "w", "d", "t", "m", "t", "g", "q"], ["z", "g", "u", "b", "v", "m", "l", "d", "f", "s", "s", "c", "z", "w", "l", "m", "t", "g", "q"], ["z", "g", "u", "b", "v", "m", "l", "d", "f", "s", "s", "c", "b", "l", "m", "t", "g", "q"], ["z", "g", "u", "b", "v", "m", "l", "d", "f", "s", "s", "c", "x", "m", "t", "g", "q"], ["z", "g", "u", "b", "v", "m", "l", "d", "f", "c", "c", "x", "m", "t", "g", "q"], ["z", "g", "u", "b", "v", "m", "l", "d", "f", "r", "x", "m", "t", "g", "q"], ["z", "g", "u", "b", "v", "m", "l", "d", "x", "x", "m", "t", "g", "q"], ["z", "g", "u", "b", "v", "m", "l", "d", "l", "m", "t", "g", "q"], ["z", "g", "u", "b", "r", "l", "d", "l", "m", "t", "g", "q"], ["z", "g", "u", "b", "y", "d", "l", "m", "t", "g", "q"], ["z", "g", "p", "y", "d", "l", "m", "t", "g", "q"]]}, "config": {"initial_state": "zgubvmldfssczwdtlbvoqehggnzqln", "length": 30, "num_rules": 30, "num_steps": 21, "rules": ["u, b -> p", "a, m -> z", "v, m -> r", "p, j -> a", "d, t -> l", "q, j -> s", "n, r -> q", "y, l -> j", "z, g -> s", "c, c -> r", "z, t -> l", "b, m -> n", "x, x -> l", "s, s -> c", "l, b -> m", "h, g -> j", "d, x -> x", "q, e -> k", "t, j -> t", "r, l -> y", "n, p -> j", "o, k -> v", "p, n -> r", "q, l -> b", "f, r -> x", "g, v -> e", "b, l -> x", "v, v -> t", "z, w -> b", "z, b -> p"]}, "task_name": "task10", "example_name": "0199", "problem_name": "task10_0199"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nd, j -> q\nr, t -> x\nc, w -> j\nb, w -> k\np, h -> k\nq, m -> z\nc, k -> j\nd, f -> c\nv, r -> a\ni, r -> d\nf, b -> u\ny, q -> x\nq, y -> b\nx, t -> s\nr, i -> w\nb, a -> t\nd, v -> d\nu, x -> d\nb, d -> f\nq, c -> e\ns, k -> t\nb, m -> w\na, a -> a\nj, l -> y\nn, x -> r\nInitial state:\nr, q, y, a, a, c, p, h, j, l, q, s, b, r, i, f, b, r, t, v, c, b, m, d, b, d", "label": {"final": ["x", "j", "s", "e"], "init": ["r", "q", "y", "a", "a", "c", "p", "h", "j", "l", "q", "s", "b", "r", "i", "f", "b", "r", "t", "v", "c", "b", "m", "d", "b", "d"], "intermediate": [["r", "q", "y", "a", "a", "c", "p", "h", "j", "l", "q", "s", "b", "r", "i", "f", "b", "r", "t", "v", "c", "b", "m", "d", "f"], ["r", "q", "y", "a", "a", "c", "p", "h", "j", "l", "q", "s", "b", "r", "i", "f", "b", "r", "t", "v", "c", "b", "m", "c"], ["r", "q", "y", "a", "a", "c", "p", "h", "j", "l", "q", "s", "b", "r", "i", "f", "b", "r", "t", "v", "c", "w", "c"], ["r", "q", "y", "a", "a", "c", "p", "h", "j", "l", "q", "s", "b", "r", "i", "f", "b", "r", "t", "v", "j", "c"], ["r", "q", "y", "a", "a", "c", "p", "h", "j", "l", "q", "s", "b", "r", "i", "f", "b", "x", "v", "j", "c"], ["r", "q", "y", "a", "a", "c", "p", "h", "j", "l", "q", "s", "b", "r", "i", "u", "x", "v", "j", "c"], ["r", "q", "y", "a", "a", "c", "p", "h", "j", "l", "q", "s", "b", "r", "i", "d", "v", "j", "c"], ["r", "q", "y", "a", "a", "c", "p", "h", "j", "l", "q", "s", "b", "r", "i", "d", "j", "c"], ["r", "q", "y", "a", "a", "c", "p", "h", "j", "l", "q", "s", "b", "r", "i", "q", "c"], ["r", "q", "y", "a", "a", "c", "p", "h", "j", "l", "q", "s", "b", "r", "i", "e"], ["r", "q", "y", "a", "a", "c", "p", "h", "j", "l", "q", "s", "b", "w", "e"], ["r", "q", "y", "a", "a", "c", "p", "h", "j", "l", "q", "s", "k", "e"], ["r", "q", "y", "a", "a", "c", "p", "h", "j", "l", "q", "t", "e"], ["r", "q", "y", "a", "a", "c", "p", "h", "y", "q", "t", "e"], ["r", "q", "y", "a", "a", "c", "p", "h", "x", "t", "e"], ["r", "q", "y", "a", "a", "c", "p", "h", "s", "e"], ["r", "q", "y", "a", "a", "c", "k", "s", "e"], ["r", "q", "y", "a", "a", "j", "s", "e"], ["r", "q", "y", "a", "j", "s", "e"], ["r", "b", "a", "j", "s", "e"], ["r", "t", "j", "s", "e"]]}, "config": {"initial_state": "rqyaacphjlqsbrifbrtvcbmdbd", "length": 26, "num_rules": 25, "num_steps": 22, "rules": ["d, j -> q", "r, t -> x", "c, w -> j", "b, w -> k", "p, h -> k", "q, m -> z", "c, k -> j", "d, f -> c", "v, r -> a", "i, r -> d", "f, b -> u", "y, q -> x", "q, y -> b", "x, t -> s", "r, i -> w", "b, a -> t", "d, v -> d", "u, x -> d", "b, d -> f", "q, c -> e", "s, k -> t", "b, m -> w", "a, a -> a", "j, l -> y", "n, x -> r"]}, "task_name": "task10", "example_name": "0200", "problem_name": "task10_0200"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nt, f -> p\nc, w -> c\nv, p -> j\nu, i -> i\nh, u -> j\nd, t -> v\nk, i -> p\nh, j -> d\nu, o -> n\nd, o -> b\nn, e -> t\nn, h -> n\nv, k -> k\nj, c -> n\nk, b -> o\ny, d -> c\nm, a -> h\np, y -> f\nt, i -> w\nj, i -> o\np, j -> e\np, r -> x\np, x -> o\nv, x -> r\nx, o -> u\nf, b -> i\nInitial state:\nj, m, a, x, o, y, d, t, i, n, e, p, y, x, k, f, b, v, x, p, j, u, k, d, j, u, i, h", "label": {"final": ["j", "n", "o", "x", "e", "n"], "init": ["j", "m", "a", "x", "o", "y", "d", "t", "i", "n", "e", "p", "y", "x", "k", "f", "b", "v", "x", "p", "j", "u", "k", "d", "j", "u", "i", "h"], "intermediate": [["j", "m", "a", "x", "o", "y", "d", "t", "i", "n", "e", "p", "y", "x", "k", "f", "b", "v", "x", "p", "j", "u", "k", "d", "j", "i", "h"], ["j", "m", "a", "x", "o", "y", "d", "t", "i", "n", "e", "p", "y", "x", "k", "f", "b", "v", "x", "p", "j", "u", "k", "d", "o", "h"], ["j", "m", "a", "x", "o", "y", "d", "t", "i", "n", "e", "p", "y", "x", "k", "f", "b", "v", "x", "p", "j", "u", "k", "b", "h"], ["j", "m", "a", "x", "o", "y", "d", "t", "i", "n", "e", "p", "y", "x", "k", "f", "b", "v", "x", "p", "j", "u", "o", "h"], ["j", "m", "a", "x", "o", "y", "d", "t", "i", "n", "e", "p", "y", "x", "k", "f", "b", "v", "x", "p", "j", "n", "h"], ["j", "m", "a", "x", "o", "y", "d", "t", "i", "n", "e", "p", "y", "x", "k", "f", "b", "v", "x", "p", "j", "n"], ["j", "m", "a", "x", "o", "y", "d", "t", "i", "n", "e", "p", "y", "x", "k", "f", "b", "v", "x", "e", "n"], ["j", "m", "a", "x", "o", "y", "d", "t", "i", "n", "e", "p", "y", "x", "k", "f", "b", "r", "e", "n"], ["j", "m", "a", "x", "o", "y", "d", "t", "i", "n", "e", "p", "y", "x", "k", "i", "r", "e", "n"], ["j", "m", "a", "x", "o", "y", "d", "t", "i", "n", "e", "p", "y", "x", "p", "r", "e", "n"], ["j", "m", "a", "x", "o", "y", "d", "t", "i", "n", "e", "p", "y", "x", "x", "e", "n"], ["j", "m", "a", "x", "o", "y", "d", "t", "i", "n", "e", "f", "x", "x", "e", "n"], ["j", "m", "a", "x", "o", "y", "d", "t", "i", "t", "f", "x", "x", "e", "n"], ["j", "m", "a", "x", "o", "y", "d", "t", "i", "p", "x", "x", "e", "n"], ["j", "m", "a", "x", "o", "y", "d", "t", "i", "o", "x", "e", "n"], ["j", "m", "a", "x", "o", "y", "d", "w", "o", "x", "e", "n"], ["j", "m", "a", "x", "o", "c", "w", "o", "x", "e", "n"], ["j", "m", "a", "x", "o", "c", "o", "x", "e", "n"], ["j", "m", "a", "u", "c", "o", "x", "e", "n"], ["j", "h", "u", "c", "o", "x", "e", "n"], ["j", "j", "c", "o", "x", "e", "n"]]}, "config": {"initial_state": "jmaxoydtinepyxkfbvxpjukdjuih", "length": 28, "num_rules": 26, "num_steps": 22, "rules": ["t, f -> p", "c, w -> c", "v, p -> j", "u, i -> i", "h, u -> j", "d, t -> v", "k, i -> p", "h, j -> d", "u, o -> n", "d, o -> b", "n, e -> t", "n, h -> n", "v, k -> k", "j, c -> n", "k, b -> o", "y, d -> c", "m, a -> h", "p, y -> f", "t, i -> w", "j, i -> o", "p, j -> e", "p, r -> x", "p, x -> o", "v, x -> r", "x, o -> u", "f, b -> i"]}, "task_name": "task10", "example_name": "0201", "problem_name": "task10_0201"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\na, o -> s\nc, h -> q\nk, z -> b\nt, q -> s\nm, q -> k\nw, l -> r\nj, i -> a\nn, s -> u\ni, l -> u\nm, s -> i\nv, a -> f\nc, d -> m\nj, q -> v\nb, e -> h\nw, k -> i\nm, w -> s\ne, s -> l\nv, w -> e\nf, v -> w\nb, h -> v\nk, f -> d\ny, f -> c\nc, e -> k\nw, m -> h\ny, i -> w\na, i -> c\nInitial state:\nm, s, f, v, j, j, i, i, b, e, w, s, y, f, k, k, z, h, a, y, w, c, e, n, t, q", "label": {"final": ["i", "r", "s", "u"], "init": ["m", "s", "f", "v", "j", "j", "i", "i", "b", "e", "w", "s", "y", "f", "k", "k", "z", "h", "a", "y", "w", "c", "e", "n", "t", "q"], "intermediate": [["m", "s", "f", "v", "j", "j", "i", "i", "b", "e", "w", "s", "y", "f", "k", "k", "z", "h", "a", "y", "w", "c", "e", "n", "s"], ["m", "s", "f", "v", "j", "j", "i", "i", "b", "e", "w", "s", "y", "f", "k", "k", "z", "h", "a", "y", "w", "c", "e", "u"], ["m", "s", "f", "v", "j", "j", "i", "i", "b", "e", "w", "s", "y", "f", "k", "k", "z", "h", "a", "y", "w", "k", "u"], ["m", "s", "f", "v", "j", "j", "i", "i", "b", "e", "w", "s", "y", "f", "k", "k", "z", "h", "a", "y", "i", "u"], ["m", "s", "f", "v", "j", "j", "i", "i", "b", "e", "w", "s", "y", "f", "k", "k", "z", "h", "a", "w", "u"], ["m", "s", "f", "v", "j", "j", "i", "i", "b", "e", "w", "s", "y", "f", "k", "b", "h", "a", "w", "u"], ["m", "s", "f", "v", "j", "j", "i", "i", "b", "e", "w", "s", "y", "f", "k", "v", "a", "w", "u"], ["m", "s", "f", "v", "j", "j", "i", "i", "b", "e", "w", "s", "y", "f", "k", "f", "w", "u"], ["m", "s", "f", "v", "j", "j", "i", "i", "b", "e", "w", "s", "y", "f", "d", "w", "u"], ["m", "s", "f", "v", "j", "j", "i", "i", "b", "e", "w", "s", "c", "d", "w", "u"], ["m", "s", "f", "v", "j", "j", "i", "i", "b", "e", "w", "s", "m", "w", "u"], ["m", "s", "f", "v", "j", "j", "i", "i", "b", "e", "w", "s", "s", "u"], ["m", "s", "f", "v", "j", "j", "i", "i", "h", "w", "s", "s", "u"], ["m", "s", "f", "v", "j", "a", "i", "h", "w", "s", "s", "u"], ["m", "s", "f", "v", "j", "c", "h", "w", "s", "s", "u"], ["m", "s", "f", "v", "j", "q", "w", "s", "s", "u"], ["m", "s", "f", "v", "v", "w", "s", "s", "u"], ["m", "s", "f", "v", "e", "s", "s", "u"], ["m", "s", "f", "v", "l", "s", "u"], ["m", "s", "w", "l", "s", "u"], ["m", "s", "r", "s", "u"]]}, "config": {"initial_state": "msfvjjiibewsyfkkzhaywcentq", "length": 26, "num_rules": 26, "num_steps": 22, "rules": ["a, o -> s", "c, h -> q", "k, z -> b", "t, q -> s", "m, q -> k", "w, l -> r", "j, i -> a", "n, s -> u", "i, l -> u", "m, s -> i", "v, a -> f", "c, d -> m", "j, q -> v", "b, e -> h", "w, k -> i", "m, w -> s", "e, s -> l", "v, w -> e", "f, v -> w", "b, h -> v", "k, f -> d", "y, f -> c", "c, e -> k", "w, m -> h", "y, i -> w", "a, i -> c"]}, "task_name": "task10", "example_name": "0202", "problem_name": "task10_0202"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ng, x -> f\np, j -> x\no, x -> t\nf, n -> p\nd, v -> x\nh, t -> f\nn, b -> x\nf, w -> n\nf, p -> y\nd, x -> v\na, p -> g\nn, e -> u\nw, q -> t\ns, h -> q\nl, u -> n\ne, o -> f\nq, y -> g\nv, t -> z\nu, z -> b\nx, f -> l\nw, a -> l\ni, q -> a\nw, l -> q\nz, l -> o\nq, g -> p\ny, h -> w\nInitial state:\nh, w, w, x, f, u, d, n, b, o, d, v, w, i, s, h, e, o, g, f, n, j, p, h, e", "label": {"final": ["f", "b", "n"], "init": ["h", "w", "w", "x", "f", "u", "d", "n", "b", "o", "d", "v", "w", "i", "s", "h", "e", "o", "g", "f", "n", "j", "p", "h", "e"], "intermediate": [["h", "w", "w", "x", "f", "u", "d", "n", "b", "o", "d", "v", "w", "i", "s", "h", "e", "o", "g", "p", "j", "p", "h", "e"], ["h", "w", "w", "x", "f", "u", "d", "n", "b", "o", "d", "v", "w", "i", "s", "h", "e", "o", "g", "x", "p", "h", "e"], ["h", "w", "w", "x", "f", "u", "d", "n", "b", "o", "d", "v", "w", "i", "s", "h", "e", "o", "f", "p", "h", "e"], ["h", "w", "w", "x", "f", "u", "d", "n", "b", "o", "d", "v", "w", "i", "s", "h", "e", "o", "y", "h", "e"], ["h", "w", "w", "x", "f", "u", "d", "n", "b", "o", "d", "v", "w", "i", "s", "h", "e", "o", "w", "e"], ["h", "w", "w", "x", "f", "u", "d", "n", "b", "o", "d", "v", "w", "i", "s", "h", "f", "w", "e"], ["h", "w", "w", "x", "f", "u", "d", "n", "b", "o", "d", "v", "w", "i", "s", "h", "n", "e"], ["h", "w", "w", "x", "f", "u", "d", "n", "b", "o", "d", "v", "w", "i", "s", "h", "u"], ["h", "w", "w", "x", "f", "u", "d", "n", "b", "o", "d", "v", "w", "i", "q", "u"], ["h", "w", "w", "x", "f", "u", "d", "n", "b", "o", "d", "v", "w", "a", "u"], ["h", "w", "w", "x", "f", "u", "d", "n", "b", "o", "d", "v", "l", "u"], ["h", "w", "w", "x", "f", "u", "d", "n", "b", "o", "d", "v", "n"], ["h", "w", "w", "x", "f", "u", "d", "n", "b", "o", "x", "n"], ["h", "w", "w", "x", "f", "u", "d", "n", "b", "t", "n"], ["h", "w", "w", "x", "f", "u", "d", "x", "t", "n"], ["h", "w", "w", "x", "f", "u", "v", "t", "n"], ["h", "w", "w", "x", "f", "u", "z", "n"], ["h", "w", "w", "x", "f", "b", "n"], ["h", "w", "w", "l", "b", "n"], ["h", "w", "q", "b", "n"], ["h", "t", "b", "n"]]}, "config": {"initial_state": "hwwxfudnbodvwisheogfnjphe", "length": 25, "num_rules": 26, "num_steps": 22, "rules": ["g, x -> f", "p, j -> x", "o, x -> t", "f, n -> p", "d, v -> x", "h, t -> f", "n, b -> x", "f, w -> n", "f, p -> y", "d, x -> v", "a, p -> g", "n, e -> u", "w, q -> t", "s, h -> q", "l, u -> n", "e, o -> f", "q, y -> g", "v, t -> z", "u, z -> b", "x, f -> l", "w, a -> l", "i, q -> a", "w, l -> q", "z, l -> o", "q, g -> p", "y, h -> w"]}, "task_name": "task10", "example_name": "0203", "problem_name": "task10_0203"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nt, n -> x\ns, c -> l\nr, g -> o\nx, m -> v\nh, f -> b\nz, i -> l\nv, b -> y\np, b -> q\nc, l -> n\ns, v -> b\nu, o -> s\nd, u -> h\nz, p -> a\nx, a -> f\nh, i -> f\nw, y -> p\na, s -> m\nq, y -> p\nl, c -> p\nz, k -> i\nk, x -> c\nw, r -> m\nk, u -> z\nm, p -> u\nv, v -> k\na, p -> p\nInitial state:\nu, r, g, c, a, p, d, m, l, k, x, t, c, l, z, p, x, w, r, s, v, h, z, v, v, q", "label": {"final": ["l", "p", "f", "q"], "init": ["u", "r", "g", "c", "a", "p", "d", "m", "l", "k", "x", "t", "c", "l", "z", "p", "x", "w", "r", "s", "v", "h", "z", "v", "v", "q"], "intermediate": [["u", "r", "g", "c", "a", "p", "d", "m", "l", "k", "x", "t", "c", "l", "z", "p", "x", "w", "r", "s", "v", "h", "z", "k", "q"], ["u", "r", "g", "c", "a", "p", "d", "m", "l", "k", "x", "t", "c", "l", "z", "p", "x", "w", "r", "s", "v", "h", "i", "q"], ["u", "r", "g", "c", "a", "p", "d", "m", "l", "k", "x", "t", "c", "l", "z", "p", "x", "w", "r", "s", "v", "f", "q"], ["u", "r", "g", "c", "a", "p", "d", "m", "l", "k", "x", "t", "c", "l", "z", "p", "x", "w", "r", "b", "f", "q"], ["u", "r", "g", "c", "a", "p", "d", "m", "l", "k", "x", "t", "c", "l", "z", "p", "x", "m", "b", "f", "q"], ["u", "r", "g", "c", "a", "p", "d", "m", "l", "k", "x", "t", "c", "l", "z", "p", "v", "b", "f", "q"], ["u", "r", "g", "c", "a", "p", "d", "m", "l", "k", "x", "t", "c", "l", "z", "p", "y", "f", "q"], ["u", "r", "g", "c", "a", "p", "d", "m", "l", "k", "x", "t", "c", "l", "a", "y", "f", "q"], ["u", "r", "g", "c", "a", "p", "d", "m", "l", "k", "x", "t", "n", "a", "y", "f", "q"], ["u", "r", "g", "c", "a", "p", "d", "m", "l", "k", "x", "x", "a", "y", "f", "q"], ["u", "r", "g", "c", "a", "p", "d", "m", "l", "k", "x", "f", "y", "f", "q"], ["u", "r", "g", "c", "a", "p", "d", "m", "l", "c", "f", "y", "f", "q"], ["u", "r", "g", "c", "a", "p", "d", "m", "p", "f", "y", "f", "q"], ["u", "r", "g", "c", "a", "p", "d", "u", "f", "y", "f", "q"], ["u", "r", "g", "c", "a", "p", "h", "f", "y", "f", "q"], ["u", "r", "g", "c", "a", "p", "b", "y", "f", "q"], ["u", "r", "g", "c", "a", "q", "y", "f", "q"], ["u", "r", "g", "c", "a", "p", "f", "q"], ["u", "r", "g", "c", "p", "f", "q"], ["u", "o", "c", "p", "f", "q"], ["s", "c", "p", "f", "q"]]}, "config": {"initial_state": "urgcapdmlkxtclzpxwrsvhzvvq", "length": 26, "num_rules": 26, "num_steps": 22, "rules": ["t, n -> x", "s, c -> l", "r, g -> o", "x, m -> v", "h, f -> b", "z, i -> l", "v, b -> y", "p, b -> q", "c, l -> n", "s, v -> b", "u, o -> s", "d, u -> h", "z, p -> a", "x, a -> f", "h, i -> f", "w, y -> p", "a, s -> m", "q, y -> p", "l, c -> p", "z, k -> i", "k, x -> c", "w, r -> m", "k, u -> z", "m, p -> u", "v, v -> k", "a, p -> p"]}, "task_name": "task10", "example_name": "0204", "problem_name": "task10_0204"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nl, r -> p\nl, d -> u\nl, u -> j\nm, d -> j\nv, p -> c\nu, s -> t\nu, q -> m\nc, j -> h\nj, b -> s\nz, f -> w\nh, j -> u\nt, w -> l\nh, t -> r\np, u -> x\nm, l -> q\nh, u -> r\nl, w -> t\ns, j -> i\nr, x -> s\nv, h -> x\nq, q -> k\nu, o -> d\nz, b -> k\ni, t -> s\nr, r -> r\nx, i -> m\np, k -> l\nInitial state:\nt, w, r, q, q, d, z, b, z, f, h, j, j, b, u, q, d, l, w, h, t, h, u, p, u, v, c, l, u", "label": {"final": ["u", "k", "w", "t", "r", "s", "x"], "init": ["t", "w", "r", "q", "q", "d", "z", "b", "z", "f", "h", "j", "j", "b", "u", "q", "d", "l", "w", "h", "t", "h", "u", "p", "u", "v", "c", "l", "u"], "intermediate": [["t", "w", "r", "q", "q", "d", "z", "b", "z", "f", "h", "j", "j", "b", "u", "q", "d", "l", "w", "h", "t", "h", "u", "p", "u", "v", "c", "j"], ["t", "w", "r", "q", "q", "d", "z", "b", "z", "f", "h", "j", "j", "b", "u", "q", "d", "l", "w", "h", "t", "h", "u", "p", "u", "v", "h"], ["t", "w", "r", "q", "q", "d", "z", "b", "z", "f", "h", "j", "j", "b", "u", "q", "d", "l", "w", "h", "t", "h", "u", "p", "u", "x"], ["t", "w", "r", "q", "q", "d", "z", "b", "z", "f", "h", "j", "j", "b", "u", "q", "d", "l", "w", "h", "t", "h", "u", "x", "x"], ["t", "w", "r", "q", "q", "d", "z", "b", "z", "f", "h", "j", "j", "b", "u", "q", "d", "l", "w", "h", "t", "r", "x", "x"], ["t", "w", "r", "q", "q", "d", "z", "b", "z", "f", "h", "j", "j", "b", "u", "q", "d", "l", "w", "h", "t", "s", "x"], ["t", "w", "r", "q", "q", "d", "z", "b", "z", "f", "h", "j", "j", "b", "u", "q", "d", "l", "w", "r", "s", "x"], ["t", "w", "r", "q", "q", "d", "z", "b", "z", "f", "h", "j", "j", "b", "u", "q", "d", "t", "r", "s", "x"], ["t", "w", "r", "q", "q", "d", "z", "b", "z", "f", "h", "j", "j", "b", "m", "d", "t", "r", "s", "x"], ["t", "w", "r", "q", "q", "d", "z", "b", "z", "f", "h", "j", "j", "b", "j", "t", "r", "s", "x"], ["t", "w", "r", "q", "q", "d", "z", "b", "z", "f", "h", "j", "s", "j", "t", "r", "s", "x"], ["t", "w", "r", "q", "q", "d", "z", "b", "z", "f", "h", "j", "i", "t", "r", "s", "x"], ["t", "w", "r", "q", "q", "d", "z", "b", "z", "f", "h", "j", "s", "r", "s", "x"], ["t", "w", "r", "q", "q", "d", "z", "b", "z", "f", "u", "s", "r", "s", "x"], ["t", "w", "r", "q", "q", "d", "z", "b", "z", "f", "t", "r", "s", "x"], ["t", "w", "r", "q", "q", "d", "z", "b", "w", "t", "r", "s", "x"], ["t", "w", "r", "q", "q", "d", "k", "w", "t", "r", "s", "x"], ["t", "w", "r", "k", "d", "k", "w", "t", "r", "s", "x"], ["l", "r", "k", "d", "k", "w", "t", "r", "s", "x"], ["p", "k", "d", "k", "w", "t", "r", "s", "x"], ["l", "d", "k", "w", "t", "r", "s", "x"]]}, "config": {"initial_state": "twrqqdzbzfhjjbuqdlwhthupuvclu", "length": 29, "num_rules": 27, "num_steps": 22, "rules": ["l, r -> p", "l, d -> u", "l, u -> j", "m, d -> j", "v, p -> c", "u, s -> t", "u, q -> m", "c, j -> h", "j, b -> s", "z, f -> w", "h, j -> u", "t, w -> l", "h, t -> r", "p, u -> x", "m, l -> q", "h, u -> r", "l, w -> t", "s, j -> i", "r, x -> s", "v, h -> x", "q, q -> k", "u, o -> d", "z, b -> k", "i, t -> s", "r, r -> r", "x, i -> m", "p, k -> l"]}, "task_name": "task10", "example_name": "0205", "problem_name": "task10_0205"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nr, u -> v\nu, g -> n\nw, h -> f\nr, g -> y\nh, j -> r\nj, v -> f\nj, i -> p\ni, y -> s\nu, w -> g\nv, h -> g\nd, g -> u\ne, g -> r\ns, o -> a\nu, n -> o\nv, o -> e\nf, o -> q\nq, t -> g\na, q -> j\nh, g -> h\nb, k -> z\nr, b -> q\nc, x -> r\nu, b -> h\nv, g -> u\nd, v -> w\nh, z -> i\nInitial state:\nh, j, b, w, h, d, v, g, d, v, u, g, s, o, q, v, o, v, h, u, u, b, b, k, r, g", "label": {"final": ["q", "q", "f", "s"], "init": ["h", "j", "b", "w", "h", "d", "v", "g", "d", "v", "u", "g", "s", "o", "q", "v", "o", "v", "h", "u", "u", "b", "b", "k", "r", "g"], "intermediate": [["h", "j", "b", "w", "h", "d", "v", "g", "d", "v", "u", "g", "s", "o", "q", "v", "o", "v", "h", "u", "u", "b", "b", "k", "y"], ["h", "j", "b", "w", "h", "d", "v", "g", "d", "v", "u", "g", "s", "o", "q", "v", "o", "v", "h", "u", "u", "b", "z", "y"], ["h", "j", "b", "w", "h", "d", "v", "g", "d", "v", "u", "g", "s", "o", "q", "v", "o", "v", "h", "u", "h", "z", "y"], ["h", "j", "b", "w", "h", "d", "v", "g", "d", "v", "u", "g", "s", "o", "q", "v", "o", "v", "h", "u", "i", "y"], ["h", "j", "b", "w", "h", "d", "v", "g", "d", "v", "u", "g", "s", "o", "q", "v", "o", "v", "h", "u", "s"], ["h", "j", "b", "w", "h", "d", "v", "g", "d", "v", "u", "g", "s", "o", "q", "v", "o", "g", "u", "s"], ["h", "j", "b", "w", "h", "d", "v", "g", "d", "v", "u", "g", "s", "o", "q", "e", "g", "u", "s"], ["h", "j", "b", "w", "h", "d", "v", "g", "d", "v", "u", "g", "s", "o", "q", "r", "u", "s"], ["h", "j", "b", "w", "h", "d", "v", "g", "d", "v", "u", "g", "s", "o", "q", "v", "s"], ["h", "j", "b", "w", "h", "d", "v", "g", "d", "v", "u", "g", "a", "q", "v", "s"], ["h", "j", "b", "w", "h", "d", "v", "g", "d", "v", "u", "g", "j", "v", "s"], ["h", "j", "b", "w", "h", "d", "v", "g", "d", "v", "u", "g", "f", "s"], ["h", "j", "b", "w", "h", "d", "v", "g", "d", "v", "n", "f", "s"], ["h", "j", "b", "w", "h", "d", "v", "g", "w", "n", "f", "s"], ["h", "j", "b", "w", "h", "d", "u", "w", "n", "f", "s"], ["h", "j", "b", "w", "h", "d", "g", "n", "f", "s"], ["h", "j", "b", "w", "h", "u", "n", "f", "s"], ["h", "j", "b", "w", "h", "o", "f", "s"], ["h", "j", "b", "f", "o", "f", "s"], ["h", "j", "b", "q", "f", "s"], ["r", "b", "q", "f", "s"]]}, "config": {"initial_state": "hjbwhdvgdvugsoqvovhuubbkrg", "length": 26, "num_rules": 26, "num_steps": 22, "rules": ["r, u -> v", "u, g -> n", "w, h -> f", "r, g -> y", "h, j -> r", "j, v -> f", "j, i -> p", "i, y -> s", "u, w -> g", "v, h -> g", "d, g -> u", "e, g -> r", "s, o -> a", "u, n -> o", "v, o -> e", "f, o -> q", "q, t -> g", "a, q -> j", "h, g -> h", "b, k -> z", "r, b -> q", "c, x -> r", "u, b -> h", "v, g -> u", "d, v -> w", "h, z -> i"]}, "task_name": "task10", "example_name": "0206", "problem_name": "task10_0206"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\no, p -> r\nk, h -> d\na, y -> e\nm, r -> l\ny, s -> e\nq, y -> o\ne, w -> x\nz, k -> q\nt, o -> q\ny, w -> c\nl, d -> y\nn, d -> r\nx, n -> a\nu, p -> t\nt, e -> d\nt, d -> z\nq, v -> s\nj, c -> p\nz, l -> h\ne, z -> f\nq, d -> t\ny, f -> h\ng, a -> t\ns, c -> v\nk, y -> y\nd, s -> g\nw, t -> y\nz, i -> w\nInitial state:\nk, z, i, d, s, a, e, w, n, y, t, t, y, z, k, v, m, u, p, o, l, k, z, l, j, c, j", "label": {"final": ["k", "w", "d", "h", "j"], "init": ["k", "z", "i", "d", "s", "a", "e", "w", "n", "y", "t", "t", "y", "z", "k", "v", "m", "u", "p", "o", "l", "k", "z", "l", "j", "c", "j"], "intermediate": [["k", "z", "i", "d", "s", "a", "e", "w", "n", "y", "t", "t", "y", "z", "k", "v", "m", "u", "p", "o", "l", "k", "z", "l", "p", "j"], ["k", "z", "i", "d", "s", "a", "e", "w", "n", "y", "t", "t", "y", "z", "k", "v", "m", "u", "p", "o", "l", "k", "h", "p", "j"], ["k", "z", "i", "d", "s", "a", "e", "w", "n", "y", "t", "t", "y", "z", "k", "v", "m", "u", "p", "o", "l", "d", "p", "j"], ["k", "z", "i", "d", "s", "a", "e", "w", "n", "y", "t", "t", "y", "z", "k", "v", "m", "u", "p", "o", "y", "p", "j"], ["k", "z", "i", "d", "s", "a", "e", "w", "n", "y", "t", "t", "y", "z", "k", "v", "m", "t", "o", "y", "p", "j"], ["k", "z", "i", "d", "s", "a", "e", "w", "n", "y", "t", "t", "y", "z", "k", "v", "m", "q", "y", "p", "j"], ["k", "z", "i", "d", "s", "a", "e", "w", "n", "y", "t", "t", "y", "z", "k", "v", "m", "o", "p", "j"], ["k", "z", "i", "d", "s", "a", "e", "w", "n", "y", "t", "t", "y", "z", "k", "v", "m", "r", "j"], ["k", "z", "i", "d", "s", "a", "e", "w", "n", "y", "t", "t", "y", "z", "k", "v", "l", "j"], ["k", "z", "i", "d", "s", "a", "e", "w", "n", "y", "t", "t", "y", "q", "v", "l", "j"], ["k", "z", "i", "d", "s", "a", "e", "w", "n", "y", "t", "t", "y", "s", "l", "j"], ["k", "z", "i", "d", "s", "a", "e", "w", "n", "y", "t", "t", "e", "l", "j"], ["k", "z", "i", "d", "s", "a", "e", "w", "n", "y", "t", "d", "l", "j"], ["k", "z", "i", "d", "s", "a", "e", "w", "n", "y", "z", "l", "j"], ["k", "z", "i", "d", "s", "a", "e", "w", "n", "y", "h", "j"], ["k", "z", "i", "d", "s", "a", "x", "n", "y", "h", "j"], ["k", "z", "i", "d", "s", "a", "a", "y", "h", "j"], ["k", "z", "i", "d", "s", "a", "e", "h", "j"], ["k", "z", "i", "g", "a", "e", "h", "j"], ["k", "z", "i", "t", "e", "h", "j"], ["k", "z", "i", "d", "h", "j"]]}, "config": {"initial_state": "kzidsaewnyttyzkvmupolkzljcj", "length": 27, "num_rules": 28, "num_steps": 22, "rules": ["o, p -> r", "k, h -> d", "a, y -> e", "m, r -> l", "y, s -> e", "q, y -> o", "e, w -> x", "z, k -> q", "t, o -> q", "y, w -> c", "l, d -> y", "n, d -> r", "x, n -> a", "u, p -> t", "t, e -> d", "t, d -> z", "q, v -> s", "j, c -> p", "z, l -> h", "e, z -> f", "q, d -> t", "y, f -> h", "g, a -> t", "s, c -> v", "k, y -> y", "d, s -> g", "w, t -> y", "z, i -> w"]}, "task_name": "task10", "example_name": "0207", "problem_name": "task10_0207"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ne, o -> s\nm, k -> p\nv, o -> y\ns, m -> y\nn, u -> n\nt, w -> n\nd, s -> k\nc, z -> x\nw, k -> h\ns, v -> g\nz, t -> w\nw, g -> k\nm, c -> c\np, y -> k\nj, a -> g\nn, s -> z\nj, p -> j\nq, g -> q\ng, j -> t\nm, r -> u\nw, l -> j\nn, y -> o\ns, q -> g\nu, i -> e\nn, h -> t\nw, q -> a\nn, k -> d\nInitial state:\nz, t, l, m, c, n, s, s, v, p, v, t, w, s, m, j, w, q, j, m, k, o, n, u, w, s, q, u, i, o", "label": {"final": ["j", "m", "x", "g", "k", "t", "o", "k"], "init": ["z", "t", "l", "m", "c", "n", "s", "s", "v", "p", "v", "t", "w", "s", "m", "j", "w", "q", "j", "m", "k", "o", "n", "u", "w", "s", "q", "u", "i", "o"], "intermediate": [["z", "t", "l", "m", "c", "n", "s", "s", "v", "p", "v", "t", "w", "s", "m", "j", "w", "q", "j", "m", "k", "o", "n", "u", "w", "s", "q", "e", "o"], ["z", "t", "l", "m", "c", "n", "s", "s", "v", "p", "v", "t", "w", "s", "m", "j", "w", "q", "j", "m", "k", "o", "n", "u", "w", "s", "q", "s"], ["z", "t", "l", "m", "c", "n", "s", "s", "v", "p", "v", "t", "w", "s", "m", "j", "w", "q", "j", "m", "k", "o", "n", "u", "w", "g", "s"], ["z", "t", "l", "m", "c", "n", "s", "s", "v", "p", "v", "t", "w", "s", "m", "j", "w", "q", "j", "m", "k", "o", "n", "u", "k", "s"], ["z", "t", "l", "m", "c", "n", "s", "s", "v", "p", "v", "t", "w", "s", "m", "j", "w", "q", "j", "m", "k", "o", "n", "k", "s"], ["z", "t", "l", "m", "c", "n", "s", "s", "v", "p", "v", "t", "w", "s", "m", "j", "w", "q", "j", "m", "k", "o", "d", "s"], ["z", "t", "l", "m", "c", "n", "s", "s", "v", "p", "v", "t", "w", "s", "m", "j", "w", "q", "j", "m", "k", "o", "k"], ["z", "t", "l", "m", "c", "n", "s", "s", "v", "p", "v", "t", "w", "s", "m", "j", "w", "q", "j", "p", "o", "k"], ["z", "t", "l", "m", "c", "n", "s", "s", "v", "p", "v", "t", "w", "s", "m", "j", "w", "q", "j", "o", "k"], ["z", "t", "l", "m", "c", "n", "s", "s", "v", "p", "v", "t", "w", "s", "m", "j", "a", "j", "o", "k"], ["z", "t", "l", "m", "c", "n", "s", "s", "v", "p", "v", "t", "w", "s", "m", "g", "j", "o", "k"], ["z", "t", "l", "m", "c", "n", "s", "s", "v", "p", "v", "t", "w", "s", "m", "t", "o", "k"], ["z", "t", "l", "m", "c", "n", "s", "s", "v", "p", "v", "t", "w", "y", "t", "o", "k"], ["z", "t", "l", "m", "c", "n", "s", "s", "v", "p", "v", "n", "y", "t", "o", "k"], ["z", "t", "l", "m", "c", "n", "s", "s", "v", "p", "v", "o", "t", "o", "k"], ["z", "t", "l", "m", "c", "n", "s", "s", "v", "p", "y", "t", "o", "k"], ["z", "t", "l", "m", "c", "n", "s", "s", "v", "k", "t", "o", "k"], ["z", "t", "l", "m", "c", "n", "s", "g", "k", "t", "o", "k"], ["z", "t", "l", "m", "c", "z", "g", "k", "t", "o", "k"], ["z", "t", "l", "m", "x", "g", "k", "t", "o", "k"], ["w", "l", "m", "x", "g", "k", "t", "o", "k"]]}, "config": {"initial_state": "ztlmcnssvpvtwsmjwqjmkonuwsquio", "length": 30, "num_rules": 27, "num_steps": 22, "rules": ["e, o -> s", "m, k -> p", "v, o -> y", "s, m -> y", "n, u -> n", "t, w -> n", "d, s -> k", "c, z -> x", "w, k -> h", "s, v -> g", "z, t -> w", "w, g -> k", "m, c -> c", "p, y -> k", "j, a -> g", "n, s -> z", "j, p -> j", "q, g -> q", "g, j -> t", "m, r -> u", "w, l -> j", "n, y -> o", "s, q -> g", "u, i -> e", "n, h -> t", "w, q -> a", "n, k -> d"]}, "task_name": "task10", "example_name": "0208", "problem_name": "task10_0208"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ni, j -> n\nh, d -> v\nl, r -> x\nr, i -> t\nd, r -> o\ne, g -> j\nc, i -> e\nq, q -> f\nj, p -> h\nx, k -> t\nl, n -> h\ne, c -> z\ni, l -> a\ni, k -> b\nn, w -> y\nu, i -> f\nj, i -> j\nc, y -> c\nm, k -> c\nf, a -> w\nh, q -> c\nt, f -> i\nx, x -> t\nc, z -> j\nd, k -> a\nInitial state:\nx, x, j, x, k, l, n, q, t, q, q, j, i, f, d, k, c, i, m, k, l, r, r, i, j, p, u, i, i, l", "label": {"final": ["t", "j", "t", "j", "x", "t", "h", "w"], "init": ["x", "x", "j", "x", "k", "l", "n", "q", "t", "q", "q", "j", "i", "f", "d", "k", "c", "i", "m", "k", "l", "r", "r", "i", "j", "p", "u", "i", "i", "l"], "intermediate": [["x", "x", "j", "x", "k", "l", "n", "q", "t", "q", "q", "j", "i", "f", "d", "k", "c", "i", "m", "k", "l", "r", "r", "i", "j", "p", "u", "i", "a"], ["x", "x", "j", "x", "k", "l", "n", "q", "t", "q", "q", "j", "i", "f", "d", "k", "c", "i", "m", "k", "l", "r", "r", "i", "j", "p", "f", "a"], ["x", "x", "j", "x", "k", "l", "n", "q", "t", "q", "q", "j", "i", "f", "d", "k", "c", "i", "m", "k", "l", "r", "r", "i", "j", "p", "w"], ["x", "x", "j", "x", "k", "l", "n", "q", "t", "q", "q", "j", "i", "f", "d", "k", "c", "i", "m", "k", "l", "r", "r", "i", "h", "w"], ["x", "x", "j", "x", "k", "l", "n", "q", "t", "q", "q", "j", "i", "f", "d", "k", "c", "i", "m", "k", "l", "r", "t", "h", "w"], ["x", "x", "j", "x", "k", "l", "n", "q", "t", "q", "q", "j", "i", "f", "d", "k", "c", "i", "m", "k", "x", "t", "h", "w"], ["x", "x", "j", "x", "k", "l", "n", "q", "t", "q", "q", "j", "i", "f", "d", "k", "c", "i", "c", "x", "t", "h", "w"], ["x", "x", "j", "x", "k", "l", "n", "q", "t", "q", "q", "j", "i", "f", "d", "k", "e", "c", "x", "t", "h", "w"], ["x", "x", "j", "x", "k", "l", "n", "q", "t", "q", "q", "j", "i", "f", "d", "k", "z", "x", "t", "h", "w"], ["x", "x", "j", "x", "k", "l", "n", "q", "t", "q", "q", "j", "i", "f", "a", "z", "x", "t", "h", "w"], ["x", "x", "j", "x", "k", "l", "n", "q", "t", "q", "q", "j", "i", "w", "z", "x", "t", "h", "w"], ["x", "x", "j", "x", "k", "l", "n", "q", "t", "q", "q", "j", "w", "z", "x", "t", "h", "w"], ["x", "x", "j", "x", "k", "l", "n", "q", "t", "f", "j", "w", "z", "x", "t", "h", "w"], ["x", "x", "j", "x", "k", "l", "n", "q", "i", "j", "w", "z", "x", "t", "h", "w"], ["x", "x", "j", "x", "k", "l", "n", "q", "n", "w", "z", "x", "t", "h", "w"], ["x", "x", "j", "x", "k", "l", "n", "q", "y", "z", "x", "t", "h", "w"], ["x", "x", "j", "x", "k", "h", "q", "y", "z", "x", "t", "h", "w"], ["x", "x", "j", "x", "k", "c", "y", "z", "x", "t", "h", "w"], ["x", "x", "j", "x", "k", "c", "z", "x", "t", "h", "w"], ["x", "x", "j", "x", "k", "j", "x", "t", "h", "w"], ["x", "x", "j", "t", "j", "x", "t", "h", "w"]]}, "config": {"initial_state": "xxjxklnqtqqjifdkcimklrrijpuiil", "length": 30, "num_rules": 25, "num_steps": 22, "rules": ["i, j -> n", "h, d -> v", "l, r -> x", "r, i -> t", "d, r -> o", "e, g -> j", "c, i -> e", "q, q -> f", "j, p -> h", "x, k -> t", "l, n -> h", "e, c -> z", "i, l -> a", "i, k -> b", "n, w -> y", "u, i -> f", "j, i -> j", "c, y -> c", "m, k -> c", "f, a -> w", "h, q -> c", "t, f -> i", "x, x -> t", "c, z -> j", "d, k -> a"]}, "task_name": "task10", "example_name": "0209", "problem_name": "task10_0209"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nj, z -> i\nb, q -> d\nw, q -> f\nk, f -> d\nj, v -> y\nw, v -> b\nu, d -> b\nm, w -> p\nn, g -> t\nf, j -> v\ng, m -> t\ny, k -> g\na, l -> w\nb, a -> r\ny, j -> z\nu, l -> j\nv, t -> e\np, c -> a\nd, u -> j\nj, f -> v\nl, l -> s\ne, s -> q\nh, n -> h\nz, p -> m\nd, c -> t\nr, j -> a\nd, s -> c\nInitial state:\nl, l, y, k, y, j, m, w, u, d, p, c, w, f, j, e, s, u, k, a, l, q, d, s, b, j, f, n, g", "label": {"final": ["s", "t", "a", "t", "b", "e"], "init": ["l", "l", "y", "k", "y", "j", "m", "w", "u", "d", "p", "c", "w", "f", "j", "e", "s", "u", "k", "a", "l", "q", "d", "s", "b", "j", "f", "n", "g"], "intermediate": [["l", "l", "y", "k", "y", "j", "m", "w", "u", "d", "p", "c", "w", "f", "j", "e", "s", "u", "k", "a", "l", "q", "d", "s", "b", "j", "f", "t"], ["l", "l", "y", "k", "y", "j", "m", "w", "u", "d", "p", "c", "w", "f", "j", "e", "s", "u", "k", "a", "l", "q", "d", "s", "b", "v", "t"], ["l", "l", "y", "k", "y", "j", "m", "w", "u", "d", "p", "c", "w", "f", "j", "e", "s", "u", "k", "a", "l", "q", "d", "s", "b", "e"], ["l", "l", "y", "k", "y", "j", "m", "w", "u", "d", "p", "c", "w", "f", "j", "e", "s", "u", "k", "a", "l", "q", "c", "b", "e"], ["l", "l", "y", "k", "y", "j", "m", "w", "u", "d", "p", "c", "w", "f", "j", "e", "s", "u", "k", "w", "q", "c", "b", "e"], ["l", "l", "y", "k", "y", "j", "m", "w", "u", "d", "p", "c", "w", "f", "j", "e", "s", "u", "k", "f", "c", "b", "e"], ["l", "l", "y", "k", "y", "j", "m", "w", "u", "d", "p", "c", "w", "f", "j", "e", "s", "u", "d", "c", "b", "e"], ["l", "l", "y", "k", "y", "j", "m", "w", "u", "d", "p", "c", "w", "f", "j", "e", "s", "u", "t", "b", "e"], ["l", "l", "y", "k", "y", "j", "m", "w", "u", "d", "p", "c", "w", "f", "j", "q", "u", "t", "b", "e"], ["l", "l", "y", "k", "y", "j", "m", "w", "u", "d", "p", "c", "w", "v", "q", "u", "t", "b", "e"], ["l", "l", "y", "k", "y", "j", "m", "w", "u", "d", "p", "c", "b", "q", "u", "t", "b", "e"], ["l", "l", "y", "k", "y", "j", "m", "w", "u", "d", "p", "c", "d", "u", "t", "b", "e"], ["l", "l", "y", "k", "y", "j", "m", "w", "u", "d", "p", "c", "j", "t", "b", "e"], ["l", "l", "y", "k", "y", "j", "m", "w", "u", "d", "a", "j", "t", "b", "e"], ["l", "l", "y", "k", "y", "j", "m", "w", "b", "a", "j", "t", "b", "e"], ["l", "l", "y", "k", "y", "j", "m", "w", "r", "j", "t", "b", "e"], ["l", "l", "y", "k", "y", "j", "m", "w", "a", "t", "b", "e"], ["l", "l", "y", "k", "y", "j", "p", "a", "t", "b", "e"], ["l", "l", "y", "k", "z", "p", "a", "t", "b", "e"], ["l", "l", "y", "k", "m", "a", "t", "b", "e"], ["l", "l", "g", "m", "a", "t", "b", "e"], ["l", "l", "t", "a", "t", "b", "e"]]}, "config": {"initial_state": "llykyjmwudpcwfjesukalqdsbjfng", "length": 29, "num_rules": 27, "num_steps": 23, "rules": ["j, z -> i", "b, q -> d", "w, q -> f", "k, f -> d", "j, v -> y", "w, v -> b", "u, d -> b", "m, w -> p", "n, g -> t", "f, j -> v", "g, m -> t", "y, k -> g", "a, l -> w", "b, a -> r", "y, j -> z", "u, l -> j", "v, t -> e", "p, c -> a", "d, u -> j", "j, f -> v", "l, l -> s", "e, s -> q", "h, n -> h", "z, p -> m", "d, c -> t", "r, j -> a", "d, s -> c"]}, "task_name": "task10", "example_name": "0210", "problem_name": "task10_0210"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nx, n -> t\nt, d -> p\nh, y -> e\nn, x -> l\ni, v -> h\ns, k -> b\nx, m -> x\nm, r -> v\nj, w -> i\np, v -> m\ne, j -> v\nj, z -> s\ne, g -> t\nl, g -> o\nf, w -> x\nz, y -> f\nv, o -> n\na, l -> o\no, p -> u\nq, x -> e\nt, a -> g\nm, o -> v\ne, e -> y\nb, m -> y\nt, x -> m\nf, m -> z\nv, u -> n\nk, f -> j\np, x -> e\nw, v -> w\nInitial state:\nz, e, e, w, m, o, v, a, l, p, d, j, w, v, b, m, k, f, m, r, l, t, a, x, p, x, g, x", "label": {"final": ["p", "i", "y", "j", "l"], "init": ["z", "e", "e", "w", "m", "o", "v", "a", "l", "p", "d", "j", "w", "v", "b", "m", "k", "f", "m", "r", "l", "t", "a", "x", "p", "x", "g", "x"], "intermediate": [["z", "e", "e", "w", "m", "o", "v", "a", "l", "p", "d", "j", "w", "v", "b", "m", "k", "f", "m", "r", "l", "t", "a", "x", "e", "g", "x"], ["z", "e", "e", "w", "m", "o", "v", "a", "l", "p", "d", "j", "w", "v", "b", "m", "k", "f", "m", "r", "l", "t", "a", "x", "t", "x"], ["z", "e", "e", "w", "m", "o", "v", "a", "l", "p", "d", "j", "w", "v", "b", "m", "k", "f", "m", "r", "l", "t", "a", "x", "m"], ["z", "e", "e", "w", "m", "o", "v", "a", "l", "p", "d", "j", "w", "v", "b", "m", "k", "f", "m", "r", "l", "t", "a", "x"], ["z", "e", "e", "w", "m", "o", "v", "a", "l", "p", "d", "j", "w", "v", "b", "m", "k", "f", "m", "r", "l", "g", "x"], ["z", "e", "e", "w", "m", "o", "v", "a", "l", "p", "d", "j", "w", "v", "b", "m", "k", "f", "m", "r", "o", "x"], ["z", "e", "e", "w", "m", "o", "v", "a", "l", "p", "d", "j", "w", "v", "b", "m", "k", "f", "v", "o", "x"], ["z", "e", "e", "w", "m", "o", "v", "a", "l", "p", "d", "j", "w", "v", "b", "m", "k", "f", "n", "x"], ["z", "e", "e", "w", "m", "o", "v", "a", "l", "p", "d", "j", "w", "v", "b", "m", "k", "f", "l"], ["z", "e", "e", "w", "m", "o", "v", "a", "l", "p", "d", "j", "w", "v", "b", "m", "j", "l"], ["z", "e", "e", "w", "m", "o", "v", "a", "l", "p", "d", "j", "w", "v", "y", "j", "l"], ["z", "e", "e", "w", "m", "o", "v", "a", "l", "p", "d", "j", "w", "y", "j", "l"], ["z", "e", "e", "w", "m", "o", "v", "a", "l", "p", "d", "i", "y", "j", "l"], ["z", "e", "e", "w", "m", "o", "v", "o", "p", "d", "i", "y", "j", "l"], ["z", "e", "e", "w", "m", "o", "v", "u", "d", "i", "y", "j", "l"], ["z", "e", "e", "w", "m", "o", "n", "d", "i", "y", "j", "l"], ["z", "e", "e", "w", "v", "n", "d", "i", "y", "j", "l"], ["z", "e", "e", "w", "n", "d", "i", "y", "j", "l"], ["z", "y", "w", "n", "d", "i", "y", "j", "l"], ["f", "w", "n", "d", "i", "y", "j", "l"], ["x", "n", "d", "i", "y", "j", "l"], ["t", "d", "i", "y", "j", "l"]]}, "config": {"initial_state": "zeewmovalpdjwvbmkfmrltaxpxgx", "length": 28, "num_rules": 30, "num_steps": 23, "rules": ["x, n -> t", "t, d -> p", "h, y -> e", "n, x -> l", "i, v -> h", "s, k -> b", "x, m -> x", "m, r -> v", "j, w -> i", "p, v -> m", "e, j -> v", "j, z -> s", "e, g -> t", "l, g -> o", "f, w -> x", "z, y -> f", "v, o -> n", "a, l -> o", "o, p -> u", "q, x -> e", "t, a -> g", "m, o -> v", "e, e -> y", "b, m -> y", "t, x -> m", "f, m -> z", "v, u -> n", "k, f -> j", "p, x -> e", "w, v -> w"]}, "task_name": "task10", "example_name": "0211", "problem_name": "task10_0211"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\np, s -> l\ng, t -> a\nq, e -> l\nj, x -> s\nt, a -> o\nk, u -> g\nt, h -> r\nn, n -> e\no, a -> n\na, i -> c\nd, y -> c\nk, n -> i\ne, p -> y\no, c -> k\ns, l -> t\nq, y -> l\nr, b -> q\np, j -> a\nr, a -> b\ni, l -> d\nr, l -> k\ng, h -> a\nh, k -> i\nh, p -> h\nd, c -> n\nr, g -> r\nu, o -> k\nInitial state:\nt, h, r, g, r, l, u, s, q, y, n, h, u, o, l, c, p, s, o, d, y, t, a, g, h, p", "label": {"final": ["l", "l", "i"], "init": ["t", "h", "r", "g", "r", "l", "u", "s", "q", "y", "n", "h", "u", "o", "l", "c", "p", "s", "o", "d", "y", "t", "a", "g", "h", "p"], "intermediate": [["t", "h", "r", "g", "r", "l", "u", "s", "q", "y", "n", "h", "u", "o", "l", "c", "p", "s", "o", "d", "y", "t", "a", "g", "h"], ["t", "h", "r", "g", "r", "l", "u", "s", "q", "y", "n", "h", "u", "o", "l", "c", "p", "s", "o", "d", "y", "t", "a", "a"], ["t", "h", "r", "g", "r", "l", "u", "s", "q", "y", "n", "h", "u", "o", "l", "c", "p", "s", "o", "d", "y", "o", "a"], ["t", "h", "r", "g", "r", "l", "u", "s", "q", "y", "n", "h", "u", "o", "l", "c", "p", "s", "o", "d", "y", "n"], ["t", "h", "r", "g", "r", "l", "u", "s", "q", "y", "n", "h", "u", "o", "l", "c", "p", "s", "o", "c", "n"], ["t", "h", "r", "g", "r", "l", "u", "s", "q", "y", "n", "h", "u", "o", "l", "c", "p", "s", "k", "n"], ["t", "h", "r", "g", "r", "l", "u", "s", "q", "y", "n", "h", "u", "o", "l", "c", "p", "s", "i"], ["t", "h", "r", "g", "r", "l", "u", "s", "q", "y", "n", "h", "u", "o", "l", "c", "l", "i"], ["t", "h", "r", "g", "r", "l", "u", "s", "q", "y", "n", "h", "k", "l", "c", "l", "i"], ["t", "h", "r", "g", "r", "l", "u", "s", "q", "y", "n", "i", "l", "c", "l", "i"], ["t", "h", "r", "g", "r", "l", "u", "s", "q", "y", "n", "d", "c", "l", "i"], ["t", "h", "r", "g", "r", "l", "u", "s", "q", "y", "n", "n", "l", "i"], ["t", "h", "r", "g", "r", "l", "u", "s", "q", "y", "e", "l", "i"], ["t", "h", "r", "g", "r", "l", "u", "s", "l", "e", "l", "i"], ["t", "h", "r", "g", "r", "l", "u", "t", "e", "l", "i"], ["t", "h", "r", "g", "k", "u", "t", "e", "l", "i"], ["t", "h", "r", "g", "g", "t", "e", "l", "i"], ["t", "h", "r", "g", "a", "e", "l", "i"], ["t", "h", "r", "a", "e", "l", "i"], ["t", "h", "b", "e", "l", "i"], ["r", "b", "e", "l", "i"], ["q", "e", "l", "i"]]}, "config": {"initial_state": "thrgrlusqynhuolcpsodytaghp", "length": 26, "num_rules": 27, "num_steps": 23, "rules": ["p, s -> l", "g, t -> a", "q, e -> l", "j, x -> s", "t, a -> o", "k, u -> g", "t, h -> r", "n, n -> e", "o, a -> n", "a, i -> c", "d, y -> c", "k, n -> i", "e, p -> y", "o, c -> k", "s, l -> t", "q, y -> l", "r, b -> q", "p, j -> a", "r, a -> b", "i, l -> d", "r, l -> k", "g, h -> a", "h, k -> i", "h, p -> h", "d, c -> n", "r, g -> r", "u, o -> k"]}, "task_name": "task10", "example_name": "0212", "problem_name": "task10_0212"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nn, x -> m\na, h -> e\nl, a -> d\no, w -> x\nf, s -> p\nx, s -> c\nk, l -> j\nv, p -> w\nm, s -> w\np, h -> s\ni, j -> e\nm, k -> h\nm, x -> n\nh, e -> u\na, l -> t\na, o -> i\ng, t -> q\nw, j -> g\nq, a -> k\nb, f -> j\nl, z -> a\nc, w -> u\nw, y -> i\nq, u -> x\nn, w -> j\nt, a -> l\nx, e -> s\nInitial state:\nl, z, t, a, g, t, c, w, o, w, a, o, n, v, p, m, f, s, n, x, q, a, b, f, h, a, h", "label": {"final": ["t", "c", "g", "u"], "init": ["l", "z", "t", "a", "g", "t", "c", "w", "o", "w", "a", "o", "n", "v", "p", "m", "f", "s", "n", "x", "q", "a", "b", "f", "h", "a", "h"], "intermediate": [["l", "z", "t", "a", "g", "t", "c", "w", "o", "w", "a", "o", "n", "v", "p", "m", "f", "s", "n", "x", "q", "a", "b", "f", "h", "e"], ["l", "z", "t", "a", "g", "t", "c", "w", "o", "w", "a", "o", "n", "v", "p", "m", "f", "s", "n", "x", "q", "a", "b", "f", "u"], ["l", "z", "t", "a", "g", "t", "c", "w", "o", "w", "a", "o", "n", "v", "p", "m", "f", "s", "n", "x", "q", "a", "j", "u"], ["l", "z", "t", "a", "g", "t", "c", "w", "o", "w", "a", "o", "n", "v", "p", "m", "f", "s", "n", "x", "k", "j", "u"], ["l", "z", "t", "a", "g", "t", "c", "w", "o", "w", "a", "o", "n", "v", "p", "m", "f", "s", "m", "k", "j", "u"], ["l", "z", "t", "a", "g", "t", "c", "w", "o", "w", "a", "o", "n", "v", "p", "m", "f", "s", "h", "j", "u"], ["l", "z", "t", "a", "g", "t", "c", "w", "o", "w", "a", "o", "n", "v", "p", "m", "p", "h", "j", "u"], ["l", "z", "t", "a", "g", "t", "c", "w", "o", "w", "a", "o", "n", "v", "p", "m", "s", "j", "u"], ["l", "z", "t", "a", "g", "t", "c", "w", "o", "w", "a", "o", "n", "v", "p", "w", "j", "u"], ["l", "z", "t", "a", "g", "t", "c", "w", "o", "w", "a", "o", "n", "v", "p", "g", "u"], ["l", "z", "t", "a", "g", "t", "c", "w", "o", "w", "a", "o", "n", "w", "g", "u"], ["l", "z", "t", "a", "g", "t", "c", "w", "o", "w", "a", "o", "j", "g", "u"], ["l", "z", "t", "a", "g", "t", "c", "w", "o", "w", "i", "j", "g", "u"], ["l", "z", "t", "a", "g", "t", "c", "w", "o", "w", "e", "g", "u"], ["l", "z", "t", "a", "g", "t", "c", "w", "x", "e", "g", "u"], ["l", "z", "t", "a", "g", "t", "c", "w", "s", "g", "u"], ["l", "z", "t", "a", "g", "t", "u", "s", "g", "u"], ["l", "z", "t", "a", "q", "u", "s", "g", "u"], ["l", "z", "t", "a", "x", "s", "g", "u"], ["l", "z", "t", "a", "c", "g", "u"], ["l", "z", "l", "c", "g", "u"], ["a", "l", "c", "g", "u"]]}, "config": {"initial_state": "lztagtcwowaonvpmfsnxqabfhah", "length": 27, "num_rules": 27, "num_steps": 23, "rules": ["n, x -> m", "a, h -> e", "l, a -> d", "o, w -> x", "f, s -> p", "x, s -> c", "k, l -> j", "v, p -> w", "m, s -> w", "p, h -> s", "i, j -> e", "m, k -> h", "m, x -> n", "h, e -> u", "a, l -> t", "a, o -> i", "g, t -> q", "w, j -> g", "q, a -> k", "b, f -> j", "l, z -> a", "c, w -> u", "w, y -> i", "q, u -> x", "n, w -> j", "t, a -> l", "x, e -> s"]}, "task_name": "task10", "example_name": "0213", "problem_name": "task10_0213"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nb, z -> n\no, q -> d\nc, d -> m\nn, j -> k\ns, c -> t\no, v -> j\nl, b -> u\nm, a -> e\nt, x -> q\nm, b -> o\nu, v -> g\ns, e -> k\nm, y -> v\nm, u -> c\nf, p -> h\np, z -> k\ne, h -> b\nb, u -> i\ni, l -> z\ns, v -> c\nu, y -> s\ng, o -> n\ni, o -> l\nv, q -> b\nb, d -> e\no, n -> m\nk, k -> x\nInitial state:\ns, m, y, o, n, m, a, h, u, y, m, u, p, z, v, q, i, l, o, v, x, b, u, o, b, v", "label": {"final": ["m", "x", "g"], "init": ["s", "m", "y", "o", "n", "m", "a", "h", "u", "y", "m", "u", "p", "z", "v", "q", "i", "l", "o", "v", "x", "b", "u", "o", "b", "v"], "intermediate": [["s", "m", "y", "o", "n", "m", "a", "h", "u", "y", "m", "u", "p", "z", "v", "q", "i", "l", "o", "v", "x", "i", "o", "b", "v"], ["s", "m", "y", "o", "n", "m", "a", "h", "u", "y", "m", "u", "p", "z", "v", "q", "i", "l", "o", "v", "x", "l", "b", "v"], ["s", "m", "y", "o", "n", "m", "a", "h", "u", "y", "m", "u", "p", "z", "v", "q", "i", "l", "o", "v", "x", "u", "v"], ["s", "m", "y", "o", "n", "m", "a", "h", "u", "y", "m", "u", "p", "z", "v", "q", "i", "l", "o", "v", "x", "g"], ["s", "m", "y", "o", "n", "m", "a", "h", "u", "y", "m", "u", "p", "z", "v", "q", "i", "l", "j", "x", "g"], ["s", "m", "y", "o", "n", "m", "a", "h", "u", "y", "m", "u", "p", "z", "v", "q", "z", "j", "x", "g"], ["s", "m", "y", "o", "n", "m", "a", "h", "u", "y", "m", "u", "p", "z", "b", "z", "j", "x", "g"], ["s", "m", "y", "o", "n", "m", "a", "h", "u", "y", "m", "u", "p", "z", "n", "j", "x", "g"], ["s", "m", "y", "o", "n", "m", "a", "h", "u", "y", "m", "u", "p", "z", "k", "x", "g"], ["s", "m", "y", "o", "n", "m", "a", "h", "u", "y", "m", "u", "k", "k", "x", "g"], ["s", "m", "y", "o", "n", "m", "a", "h", "u", "y", "m", "u", "x", "x", "g"], ["s", "m", "y", "o", "n", "m", "a", "h", "u", "y", "c", "x", "x", "g"], ["s", "m", "y", "o", "n", "m", "a", "h", "s", "c", "x", "x", "g"], ["s", "m", "y", "o", "n", "m", "a", "h", "t", "x", "x", "g"], ["s", "m", "y", "o", "n", "m", "a", "h", "q", "x", "g"], ["s", "m", "y", "o", "n", "e", "h", "q", "x", "g"], ["s", "m", "y", "o", "n", "b", "q", "x", "g"], ["s", "m", "y", "m", "b", "q", "x", "g"], ["s", "m", "y", "o", "q", "x", "g"], ["s", "m", "y", "d", "x", "g"], ["s", "v", "d", "x", "g"], ["c", "d", "x", "g"]]}, "config": {"initial_state": "smyonmahuymupzvqilovxbuobv", "length": 26, "num_rules": 27, "num_steps": 23, "rules": ["b, z -> n", "o, q -> d", "c, d -> m", "n, j -> k", "s, c -> t", "o, v -> j", "l, b -> u", "m, a -> e", "t, x -> q", "m, b -> o", "u, v -> g", "s, e -> k", "m, y -> v", "m, u -> c", "f, p -> h", "p, z -> k", "e, h -> b", "b, u -> i", "i, l -> z", "s, v -> c", "u, y -> s", "g, o -> n", "i, o -> l", "v, q -> b", "b, d -> e", "o, n -> m", "k, k -> x"]}, "task_name": "task10", "example_name": "0214", "problem_name": "task10_0214"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ne, t -> f\ng, q -> y\nk, j -> t\ng, v -> e\nb, t -> c\ne, g -> e\nd, f -> x\np, q -> e\ne, n -> r\no, j -> g\ng, e -> r\nl, d -> n\nm, t -> b\nn, e -> w\nw, r -> d\nx, j -> j\nq, y -> d\nj, c -> a\ne, a -> c\nw, d -> q\nt, z -> n\nr, r -> a\nn, a -> j\nu, w -> v\ng, p -> r\nu, a -> m\nw, b -> e\nInitial state:\nu, j, b, t, k, n, o, x, j, e, g, p, d, e, g, t, w, n, g, v, w, b, l, q, g, q, x", "label": {"final": ["b", "x", "q", "x"], "init": ["u", "j", "b", "t", "k", "n", "o", "x", "j", "e", "g", "p", "d", "e", "g", "t", "w", "n", "g", "v", "w", "b", "l", "q", "g", "q", "x"], "intermediate": [["u", "j", "b", "t", "k", "n", "o", "x", "j", "e", "g", "p", "d", "e", "g", "t", "w", "n", "g", "v", "w", "b", "l", "q", "y", "x"], ["u", "j", "b", "t", "k", "n", "o", "x", "j", "e", "g", "p", "d", "e", "g", "t", "w", "n", "g", "v", "w", "b", "l", "d", "x"], ["u", "j", "b", "t", "k", "n", "o", "x", "j", "e", "g", "p", "d", "e", "g", "t", "w", "n", "g", "v", "w", "b", "n", "x"], ["u", "j", "b", "t", "k", "n", "o", "x", "j", "e", "g", "p", "d", "e", "g", "t", "w", "n", "g", "v", "e", "n", "x"], ["u", "j", "b", "t", "k", "n", "o", "x", "j", "e", "g", "p", "d", "e", "g", "t", "w", "n", "g", "v", "r", "x"], ["u", "j", "b", "t", "k", "n", "o", "x", "j", "e", "g", "p", "d", "e", "g", "t", "w", "n", "e", "r", "x"], ["u", "j", "b", "t", "k", "n", "o", "x", "j", "e", "g", "p", "d", "e", "g", "t", "w", "w", "r", "x"], ["u", "j", "b", "t", "k", "n", "o", "x", "j", "e", "g", "p", "d", "e", "g", "t", "w", "d", "x"], ["u", "j", "b", "t", "k", "n", "o", "x", "j", "e", "g", "p", "d", "e", "g", "t", "q", "x"], ["u", "j", "b", "t", "k", "n", "o", "x", "j", "e", "g", "p", "d", "e", "t", "q", "x"], ["u", "j", "b", "t", "k", "n", "o", "x", "j", "e", "g", "p", "d", "f", "q", "x"], ["u", "j", "b", "t", "k", "n", "o", "x", "j", "e", "g", "p", "x", "q", "x"], ["u", "j", "b", "t", "k", "n", "o", "x", "j", "e", "r", "x", "q", "x"], ["u", "j", "b", "t", "k", "n", "o", "j", "e", "r", "x", "q", "x"], ["u", "j", "b", "t", "k", "n", "g", "e", "r", "x", "q", "x"], ["u", "j", "b", "t", "k", "n", "r", "r", "x", "q", "x"], ["u", "j", "b", "t", "k", "n", "a", "x", "q", "x"], ["u", "j", "b", "t", "k", "j", "x", "q", "x"], ["u", "j", "b", "t", "t", "x", "q", "x"], ["u", "j", "c", "t", "x", "q", "x"], ["u", "a", "t", "x", "q", "x"], ["m", "t", "x", "q", "x"]]}, "config": {"initial_state": "ujbtknoxjegpdegtwngvwblqgqx", "length": 27, "num_rules": 27, "num_steps": 23, "rules": ["e, t -> f", "g, q -> y", "k, j -> t", "g, v -> e", "b, t -> c", "e, g -> e", "d, f -> x", "p, q -> e", "e, n -> r", "o, j -> g", "g, e -> r", "l, d -> n", "m, t -> b", "n, e -> w", "w, r -> d", "x, j -> j", "q, y -> d", "j, c -> a", "e, a -> c", "w, d -> q", "t, z -> n", "r, r -> a", "n, a -> j", "u, w -> v", "g, p -> r", "u, a -> m", "w, b -> e"]}, "task_name": "task10", "example_name": "0215", "problem_name": "task10_0215"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nt, p -> u\nm, x -> p\no, b -> p\nb, m -> c\ng, z -> h\na, g -> z\ns, q -> v\ni, g -> z\nq, e -> w\nc, t -> o\nv, d -> a\nj, l -> d\nw, h -> i\nu, y -> b\nz, i -> t\ni, r -> g\nz, p -> e\ne, e -> o\no, u -> a\nz, h -> o\np, p -> p\nv, j -> e\nq, n -> r\nc, p -> p\nv, e -> d\np, d -> g\na, z -> d\nv, q -> r\nr, t -> m\nt, c -> y\nw, b -> q\nInitial state:\nz, p, e, e, b, s, q, e, u, y, j, l, a, w, h, q, n, i, g, p, v, e, z, z, i, b, r, t, m, x", "label": {"final": ["e", "g", "o", "t", "b", "r", "u"], "init": ["z", "p", "e", "e", "b", "s", "q", "e", "u", "y", "j", "l", "a", "w", "h", "q", "n", "i", "g", "p", "v", "e", "z", "z", "i", "b", "r", "t", "m", "x"], "intermediate": [["z", "p", "e", "e", "b", "s", "q", "e", "u", "y", "j", "l", "a", "w", "h", "q", "n", "i", "g", "p", "v", "e", "z", "z", "i", "b", "r", "t", "p"], ["z", "p", "e", "e", "b", "s", "q", "e", "u", "y", "j", "l", "a", "w", "h", "q", "n", "i", "g", "p", "v", "e", "z", "z", "i", "b", "r", "u"], ["z", "p", "e", "e", "b", "s", "q", "e", "u", "y", "j", "l", "a", "w", "h", "q", "n", "i", "g", "p", "v", "e", "z", "t", "b", "r", "u"], ["z", "p", "e", "e", "b", "s", "q", "e", "u", "y", "j", "l", "a", "w", "h", "q", "n", "i", "g", "p", "d", "z", "t", "b", "r", "u"], ["z", "p", "e", "e", "b", "s", "q", "e", "u", "y", "j", "l", "a", "w", "h", "q", "n", "i", "g", "g", "z", "t", "b", "r", "u"], ["z", "p", "e", "e", "b", "s", "q", "e", "u", "y", "j", "l", "a", "w", "h", "q", "n", "i", "g", "h", "t", "b", "r", "u"], ["z", "p", "e", "e", "b", "s", "q", "e", "u", "y", "j", "l", "a", "w", "h", "q", "n", "z", "h", "t", "b", "r", "u"], ["z", "p", "e", "e", "b", "s", "q", "e", "u", "y", "j", "l", "a", "w", "h", "q", "n", "o", "t", "b", "r", "u"], ["z", "p", "e", "e", "b", "s", "q", "e", "u", "y", "j", "l", "a", "w", "h", "r", "o", "t", "b", "r", "u"], ["z", "p", "e", "e", "b", "s", "q", "e", "u", "y", "j", "l", "a", "i", "r", "o", "t", "b", "r", "u"], ["z", "p", "e", "e", "b", "s", "q", "e", "u", "y", "j", "l", "a", "g", "o", "t", "b", "r", "u"], ["z", "p", "e", "e", "b", "s", "q", "e", "u", "y", "j", "l", "z", "o", "t", "b", "r", "u"], ["z", "p", "e", "e", "b", "s", "q", "e", "u", "y", "d", "z", "o", "t", "b", "r", "u"], ["z", "p", "e", "e", "b", "s", "q", "e", "b", "d", "z", "o", "t", "b", "r", "u"], ["z", "p", "e", "e", "b", "s", "w", "b", "d", "z", "o", "t", "b", "r", "u"], ["z", "p", "e", "e", "b", "s", "q", "d", "z", "o", "t", "b", "r", "u"], ["z", "p", "e", "e", "b", "v", "d", "z", "o", "t", "b", "r", "u"], ["z", "p", "e", "e", "b", "a", "z", "o", "t", "b", "r", "u"], ["z", "p", "e", "e", "b", "d", "o", "t", "b", "r", "u"], ["z", "p", "o", "b", "d", "o", "t", "b", "r", "u"], ["z", "p", "p", "d", "o", "t", "b", "r", "u"], ["z", "p", "g", "o", "t", "b", "r", "u"]]}, "config": {"initial_state": "zpeebsqeuyjlawhqnigpvezzibrtmx", "length": 30, "num_rules": 31, "num_steps": 23, "rules": ["t, p -> u", "m, x -> p", "o, b -> p", "b, m -> c", "g, z -> h", "a, g -> z", "s, q -> v", "i, g -> z", "q, e -> w", "c, t -> o", "v, d -> a", "j, l -> d", "w, h -> i", "u, y -> b", "z, i -> t", "i, r -> g", "z, p -> e", "e, e -> o", "o, u -> a", "z, h -> o", "p, p -> p", "v, j -> e", "q, n -> r", "c, p -> p", "v, e -> d", "p, d -> g", "a, z -> d", "v, q -> r", "r, t -> m", "t, c -> y", "w, b -> q"]}, "task_name": "task10", "example_name": "0216", "problem_name": "task10_0216"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nn, r -> y\nq, c -> c\ny, f -> u\ny, m -> z\np, u -> e\nu, x -> k\nq, q -> q\nr, f -> d\nt, v -> l\ny, p -> f\np, s -> x\nz, d -> w\no, v -> n\nc, o -> q\nf, c -> l\nh, l -> h\nk, x -> y\nh, e -> f\nl, w -> u\no, b -> y\nu, g -> x\nh, c -> p\nb, h -> e\nq, g -> t\ne, u -> h\nd, o -> g\nf, r -> r\nk, m -> m\no, r -> d\nInitial state:\nh, q, c, s, h, q, g, v, q, c, o, a, o, v, r, o, b, f, l, w, d, o, m, y, p, r, e, u, p, u", "label": {"final": ["x", "h", "q", "a", "z", "f", "d"], "init": ["h", "q", "c", "s", "h", "q", "g", "v", "q", "c", "o", "a", "o", "v", "r", "o", "b", "f", "l", "w", "d", "o", "m", "y", "p", "r", "e", "u", "p", "u"], "intermediate": [["h", "q", "c", "s", "h", "q", "g", "v", "q", "c", "o", "a", "o", "v", "r", "o", "b", "f", "l", "w", "d", "o", "m", "y", "p", "r", "e", "u", "e"], ["h", "q", "c", "s", "h", "q", "g", "v", "q", "c", "o", "a", "o", "v", "r", "o", "b", "f", "l", "w", "d", "o", "m", "y", "p", "r", "h", "e"], ["h", "q", "c", "s", "h", "q", "g", "v", "q", "c", "o", "a", "o", "v", "r", "o", "b", "f", "l", "w", "d", "o", "m", "y", "p", "r", "f"], ["h", "q", "c", "s", "h", "q", "g", "v", "q", "c", "o", "a", "o", "v", "r", "o", "b", "f", "l", "w", "d", "o", "m", "y", "p", "d"], ["h", "q", "c", "s", "h", "q", "g", "v", "q", "c", "o", "a", "o", "v", "r", "o", "b", "f", "l", "w", "d", "o", "m", "f", "d"], ["h", "q", "c", "s", "h", "q", "g", "v", "q", "c", "o", "a", "o", "v", "r", "o", "b", "f", "l", "w", "g", "m", "f", "d"], ["h", "q", "c", "s", "h", "q", "g", "v", "q", "c", "o", "a", "o", "v", "r", "o", "b", "f", "u", "g", "m", "f", "d"], ["h", "q", "c", "s", "h", "q", "g", "v", "q", "c", "o", "a", "o", "v", "r", "o", "b", "f", "x", "m", "f", "d"], ["h", "q", "c", "s", "h", "q", "g", "v", "q", "c", "o", "a", "o", "v", "r", "y", "f", "x", "m", "f", "d"], ["h", "q", "c", "s", "h", "q", "g", "v", "q", "c", "o", "a", "o", "v", "r", "u", "x", "m", "f", "d"], ["h", "q", "c", "s", "h", "q", "g", "v", "q", "c", "o", "a", "o", "v", "r", "k", "m", "f", "d"], ["h", "q", "c", "s", "h", "q", "g", "v", "q", "c", "o", "a", "o", "v", "r", "m", "f", "d"], ["h", "q", "c", "s", "h", "q", "g", "v", "q", "c", "o", "a", "n", "r", "m", "f", "d"], ["h", "q", "c", "s", "h", "q", "g", "v", "q", "c", "o", "a", "y", "m", "f", "d"], ["h", "q", "c", "s", "h", "q", "g", "v", "q", "c", "o", "a", "z", "f", "d"], ["h", "q", "c", "s", "h", "q", "g", "v", "q", "q", "a", "z", "f", "d"], ["h", "q", "c", "s", "h", "q", "g", "v", "q", "a", "z", "f", "d"], ["h", "q", "c", "s", "h", "t", "v", "q", "a", "z", "f", "d"], ["h", "q", "c", "s", "h", "l", "q", "a", "z", "f", "d"], ["h", "q", "c", "s", "h", "q", "a", "z", "f", "d"], ["h", "c", "s", "h", "q", "a", "z", "f", "d"], ["p", "s", "h", "q", "a", "z", "f", "d"]]}, "config": {"initial_state": "hqcshqgvqcoaovrobflwdomypreupu", "length": 30, "num_rules": 29, "num_steps": 23, "rules": ["n, r -> y", "q, c -> c", "y, f -> u", "y, m -> z", "p, u -> e", "u, x -> k", "q, q -> q", "r, f -> d", "t, v -> l", "y, p -> f", "p, s -> x", "z, d -> w", "o, v -> n", "c, o -> q", "f, c -> l", "h, l -> h", "k, x -> y", "h, e -> f", "l, w -> u", "o, b -> y", "u, g -> x", "h, c -> p", "b, h -> e", "q, g -> t", "e, u -> h", "d, o -> g", "f, r -> r", "k, m -> m", "o, r -> d"]}, "task_name": "task10", "example_name": "0217", "problem_name": "task10_0217"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nv, q -> x\ng, g -> m\nm, e -> r\nh, b -> l\nd, l -> q\ns, w -> n\nu, o -> l\ng, y -> g\nf, q -> s\nn, h -> k\nn, x -> g\nl, m -> h\ns, x -> l\nt, l -> s\nq, x -> i\nx, h -> e\ns, z -> l\nl, y -> z\nv, h -> x\nc, l -> q\nu, a -> r\ng, e -> a\nr, m -> k\nf, r -> n\ni, d -> r\nn, m -> m\nv, x -> s\nf, k -> v\nInitial state:\ng, y, g, f, k, h, h, u, n, v, q, e, f, q, x, d, t, l, v, x, x, y, f, d, l, w, m", "label": {"final": ["g", "a", "r", "k"], "init": ["g", "y", "g", "f", "k", "h", "h", "u", "n", "v", "q", "e", "f", "q", "x", "d", "t", "l", "v", "x", "x", "y", "f", "d", "l", "w", "m"], "intermediate": [["g", "y", "g", "f", "k", "h", "h", "u", "n", "v", "q", "e", "f", "q", "x", "d", "t", "l", "v", "x", "x", "y", "f", "q", "w", "m"], ["g", "y", "g", "f", "k", "h", "h", "u", "n", "v", "q", "e", "f", "q", "x", "d", "t", "l", "v", "x", "x", "y", "s", "w", "m"], ["g", "y", "g", "f", "k", "h", "h", "u", "n", "v", "q", "e", "f", "q", "x", "d", "t", "l", "v", "x", "x", "y", "n", "m"], ["g", "y", "g", "f", "k", "h", "h", "u", "n", "v", "q", "e", "f", "q", "x", "d", "t", "l", "v", "x", "x", "y", "m"], ["g", "y", "g", "f", "k", "h", "h", "u", "n", "v", "q", "e", "f", "q", "x", "d", "t", "l", "s", "x", "y", "m"], ["g", "y", "g", "f", "k", "h", "h", "u", "n", "v", "q", "e", "f", "q", "x", "d", "t", "l", "l", "y", "m"], ["g", "y", "g", "f", "k", "h", "h", "u", "n", "v", "q", "e", "f", "q", "x", "d", "t", "l", "z", "m"], ["g", "y", "g", "f", "k", "h", "h", "u", "n", "v", "q", "e", "f", "q", "x", "d", "s", "z", "m"], ["g", "y", "g", "f", "k", "h", "h", "u", "n", "v", "q", "e", "f", "q", "x", "d", "l", "m"], ["g", "y", "g", "f", "k", "h", "h", "u", "n", "v", "q", "e", "f", "q", "x", "d", "h"], ["g", "y", "g", "f", "k", "h", "h", "u", "n", "v", "q", "e", "f", "i", "d", "h"], ["g", "y", "g", "f", "k", "h", "h", "u", "n", "v", "q", "e", "f", "r", "h"], ["g", "y", "g", "f", "k", "h", "h", "u", "n", "v", "q", "e", "n", "h"], ["g", "y", "g", "f", "k", "h", "h", "u", "n", "v", "q", "e", "k"], ["g", "y", "g", "f", "k", "h", "h", "u", "n", "x", "e", "k"], ["g", "y", "g", "f", "k", "h", "h", "u", "g", "e", "k"], ["g", "y", "g", "f", "k", "h", "h", "u", "a", "k"], ["g", "y", "g", "f", "k", "h", "h", "r", "k"], ["g", "y", "g", "v", "h", "h", "r", "k"], ["g", "y", "g", "x", "h", "r", "k"], ["g", "y", "g", "e", "r", "k"], ["g", "y", "a", "r", "k"]]}, "config": {"initial_state": "gygfkhhunvqefqxdtlvxxyfdlwm", "length": 27, "num_rules": 28, "num_steps": 23, "rules": ["v, q -> x", "g, g -> m", "m, e -> r", "h, b -> l", "d, l -> q", "s, w -> n", "u, o -> l", "g, y -> g", "f, q -> s", "n, h -> k", "n, x -> g", "l, m -> h", "s, x -> l", "t, l -> s", "q, x -> i", "x, h -> e", "s, z -> l", "l, y -> z", "v, h -> x", "c, l -> q", "u, a -> r", "g, e -> a", "r, m -> k", "f, r -> n", "i, d -> r", "n, m -> m", "v, x -> s", "f, k -> v"]}, "task_name": "task10", "example_name": "0218", "problem_name": "task10_0218"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nn, e -> e\ni, c -> n\nz, f -> a\nv, x -> h\nw, c -> o\nu, a -> s\nd, f -> y\nm, v -> a\nn, p -> y\nu, q -> x\nh, f -> e\nh, y -> t\no, f -> t\ny, c -> r\nx, y -> z\nh, p -> q\nt, w -> r\ny, q -> m\nj, w -> y\np, l -> p\na, t -> d\nd, t -> c\ne, t -> f\nw, l -> q\na, a -> y\na, m -> q\np, d -> s\nd, o -> l\nr, s -> v\ns, y -> t\nInitial state:\nd, f, a, m, v, n, p, a, w, c, f, h, j, w, p, d, o, d, u, w, l, i, c, e, u, z, f, y", "label": {"final": ["y", "y", "h", "n", "f"], "init": ["d", "f", "a", "m", "v", "n", "p", "a", "w", "c", "f", "h", "j", "w", "p", "d", "o", "d", "u", "w", "l", "i", "c", "e", "u", "z", "f", "y"], "intermediate": [["d", "f", "a", "m", "v", "n", "p", "a", "w", "c", "f", "h", "j", "w", "p", "d", "o", "d", "u", "w", "l", "i", "c", "e", "u", "a", "y"], ["d", "f", "a", "m", "v", "n", "p", "a", "w", "c", "f", "h", "j", "w", "p", "d", "o", "d", "u", "w", "l", "i", "c", "e", "s", "y"], ["d", "f", "a", "m", "v", "n", "p", "a", "w", "c", "f", "h", "j", "w", "p", "d", "o", "d", "u", "w", "l", "i", "c", "e", "t"], ["d", "f", "a", "m", "v", "n", "p", "a", "w", "c", "f", "h", "j", "w", "p", "d", "o", "d", "u", "w", "l", "i", "c", "f"], ["d", "f", "a", "m", "v", "n", "p", "a", "w", "c", "f", "h", "j", "w", "p", "d", "o", "d", "u", "w", "l", "n", "f"], ["d", "f", "a", "m", "v", "n", "p", "a", "w", "c", "f", "h", "j", "w", "p", "d", "o", "d", "u", "q", "n", "f"], ["d", "f", "a", "m", "v", "n", "p", "a", "w", "c", "f", "h", "j", "w", "p", "d", "o", "d", "x", "n", "f"], ["d", "f", "a", "m", "v", "n", "p", "a", "w", "c", "f", "h", "j", "w", "p", "l", "d", "x", "n", "f"], ["d", "f", "a", "m", "v", "n", "p", "a", "w", "c", "f", "h", "j", "w", "p", "d", "x", "n", "f"], ["d", "f", "a", "m", "v", "n", "p", "a", "w", "c", "f", "h", "j", "w", "s", "x", "n", "f"], ["d", "f", "a", "m", "v", "n", "p", "a", "w", "c", "f", "h", "y", "s", "x", "n", "f"], ["d", "f", "a", "m", "v", "n", "p", "a", "w", "c", "f", "t", "s", "x", "n", "f"], ["d", "f", "a", "m", "v", "n", "p", "a", "o", "f", "t", "s", "x", "n", "f"], ["d", "f", "a", "m", "v", "n", "p", "a", "t", "t", "s", "x", "n", "f"], ["d", "f", "a", "m", "v", "n", "p", "d", "t", "s", "x", "n", "f"], ["d", "f", "a", "m", "v", "n", "p", "c", "s", "x", "n", "f"], ["d", "f", "a", "m", "v", "y", "c", "s", "x", "n", "f"], ["d", "f", "a", "m", "v", "r", "s", "x", "n", "f"], ["d", "f", "a", "m", "v", "v", "x", "n", "f"], ["d", "f", "a", "m", "v", "h", "n", "f"], ["d", "f", "a", "a", "h", "n", "f"], ["d", "f", "y", "h", "n", "f"]]}, "config": {"initial_state": "dfamvnpawcfhjwpdoduwliceuzfy", "length": 28, "num_rules": 30, "num_steps": 23, "rules": ["n, e -> e", "i, c -> n", "z, f -> a", "v, x -> h", "w, c -> o", "u, a -> s", "d, f -> y", "m, v -> a", "n, p -> y", "u, q -> x", "h, f -> e", "h, y -> t", "o, f -> t", "y, c -> r", "x, y -> z", "h, p -> q", "t, w -> r", "y, q -> m", "j, w -> y", "p, l -> p", "a, t -> d", "d, t -> c", "e, t -> f", "w, l -> q", "a, a -> y", "a, m -> q", "p, d -> s", "d, o -> l", "r, s -> v", "s, y -> t"]}, "task_name": "task10", "example_name": "0219", "problem_name": "task10_0219"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\np, y -> t\nx, a -> k\ny, o -> x\nk, k -> l\no, j -> o\nl, q -> g\ne, z -> m\nr, p -> k\nl, m -> h\nh, p -> y\ne, s -> q\nd, g -> d\nr, h -> e\na, i -> c\nd, k -> y\ns, f -> b\nq, t -> i\nr, q -> y\nl, d -> g\nk, i -> r\nr, m -> o\ng, i -> r\ny, q -> j\na, f -> m\nt, m -> e\ne, j -> z\nn, x -> a\nf, u -> i\nInitial state:\nd, g, k, f, u, p, p, k, k, d, q, t, e, s, e, r, l, m, j, r, n, y, o, f, h, p, q, z", "label": {"final": ["y", "e", "o", "z"], "init": ["d", "g", "k", "f", "u", "p", "p", "k", "k", "d", "q", "t", "e", "s", "e", "r", "l", "m", "j", "r", "n", "y", "o", "f", "h", "p", "q", "z"], "intermediate": [["d", "g", "k", "f", "u", "p", "p", "k", "k", "d", "q", "t", "e", "s", "e", "r", "l", "m", "j", "r", "n", "y", "o", "f", "y", "q", "z"], ["d", "g", "k", "f", "u", "p", "p", "k", "k", "d", "q", "t", "e", "s", "e", "r", "l", "m", "j", "r", "n", "y", "o", "f", "j", "z"], ["d", "g", "k", "f", "u", "p", "p", "k", "k", "d", "q", "t", "e", "s", "e", "r", "l", "m", "j", "r", "n", "x", "f", "j", "z"], ["d", "g", "k", "f", "u", "p", "p", "k", "k", "d", "q", "t", "e", "s", "e", "r", "l", "m", "j", "r", "a", "f", "j", "z"], ["d", "g", "k", "f", "u", "p", "p", "k", "k", "d", "q", "t", "e", "s", "e", "r", "l", "m", "j", "r", "m", "j", "z"], ["d", "g", "k", "f", "u", "p", "p", "k", "k", "d", "q", "t", "e", "s", "e", "r", "l", "m", "j", "o", "j", "z"], ["d", "g", "k", "f", "u", "p", "p", "k", "k", "d", "q", "t", "e", "s", "e", "r", "l", "m", "j", "o", "z"], ["d", "g", "k", "f", "u", "p", "p", "k", "k", "d", "q", "t", "e", "s", "e", "r", "h", "j", "o", "z"], ["d", "g", "k", "f", "u", "p", "p", "k", "k", "d", "q", "t", "e", "s", "e", "e", "j", "o", "z"], ["d", "g", "k", "f", "u", "p", "p", "k", "k", "d", "q", "t", "e", "s", "e", "z", "o", "z"], ["d", "g", "k", "f", "u", "p", "p", "k", "k", "d", "q", "t", "e", "s", "m", "o", "z"], ["d", "g", "k", "f", "u", "p", "p", "k", "k", "d", "q", "t", "q", "m", "o", "z"], ["d", "g", "k", "f", "u", "p", "p", "k", "k", "d", "i", "q", "m", "o", "z"], ["d", "g", "k", "f", "u", "p", "p", "l", "d", "i", "q", "m", "o", "z"], ["d", "g", "k", "f", "u", "p", "p", "g", "i", "q", "m", "o", "z"], ["d", "g", "k", "f", "u", "p", "p", "r", "q", "m", "o", "z"], ["d", "g", "k", "f", "u", "p", "p", "y", "m", "o", "z"], ["d", "g", "k", "f", "u", "p", "t", "m", "o", "z"], ["d", "g", "k", "f", "u", "p", "e", "o", "z"], ["d", "g", "k", "i", "p", "e", "o", "z"], ["d", "g", "r", "p", "e", "o", "z"], ["d", "g", "k", "e", "o", "z"], ["d", "k", "e", "o", "z"]]}, "config": {"initial_state": "dgkfuppkkdqteserlmjrnyofhpqz", "length": 28, "num_rules": 28, "num_steps": 24, "rules": ["p, y -> t", "x, a -> k", "y, o -> x", "k, k -> l", "o, j -> o", "l, q -> g", "e, z -> m", "r, p -> k", "l, m -> h", "h, p -> y", "e, s -> q", "d, g -> d", "r, h -> e", "a, i -> c", "d, k -> y", "s, f -> b", "q, t -> i", "r, q -> y", "l, d -> g", "k, i -> r", "r, m -> o", "g, i -> r", "y, q -> j", "a, f -> m", "t, m -> e", "e, j -> z", "n, x -> a", "f, u -> i"]}, "task_name": "task10", "example_name": "0220", "problem_name": "task10_0220"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nt, s -> i\nu, g -> y\nf, x -> s\nx, b -> r\nw, h -> r\nr, r -> n\nk, y -> r\nh, v -> w\nd, g -> y\ny, c -> v\nu, s -> q\nf, n -> x\nc, u -> f\ni, v -> a\nh, p -> n\ns, m -> m\nj, b -> h\nl, m -> q\nl, n -> t\nx, q -> j\nr, n -> s\nx, z -> m\nb, w -> n\ne, n -> c\ni, g -> n\nq, f -> u\no, b -> c\nd, k -> l\nm, w -> f\nInitial state:\nt, e, i, g, u, f, h, p, k, y, h, u, g, o, b, j, b, x, l, m, m, w, s, r, n, m, d, k, b, w", "label": {"final": ["i", "n", "x", "u", "m", "t"], "init": ["t", "e", "i", "g", "u", "f", "h", "p", "k", "y", "h", "u", "g", "o", "b", "j", "b", "x", "l", "m", "m", "w", "s", "r", "n", "m", "d", "k", "b", "w"], "intermediate": [["t", "e", "i", "g", "u", "f", "h", "p", "k", "y", "h", "u", "g", "o", "b", "j", "b", "x", "l", "m", "m", "w", "s", "r", "n", "m", "d", "k", "n"], ["t", "e", "i", "g", "u", "f", "h", "p", "k", "y", "h", "u", "g", "o", "b", "j", "b", "x", "l", "m", "m", "w", "s", "r", "n", "m", "l", "n"], ["t", "e", "i", "g", "u", "f", "h", "p", "k", "y", "h", "u", "g", "o", "b", "j", "b", "x", "l", "m", "m", "w", "s", "r", "n", "m", "t"], ["t", "e", "i", "g", "u", "f", "h", "p", "k", "y", "h", "u", "g", "o", "b", "j", "b", "x", "l", "m", "m", "w", "s", "s", "m", "t"], ["t", "e", "i", "g", "u", "f", "h", "p", "k", "y", "h", "u", "g", "o", "b", "j", "b", "x", "l", "m", "m", "w", "s", "m", "t"], ["t", "e", "i", "g", "u", "f", "h", "p", "k", "y", "h", "u", "g", "o", "b", "j", "b", "x", "l", "m", "m", "w", "m", "t"], ["t", "e", "i", "g", "u", "f", "h", "p", "k", "y", "h", "u", "g", "o", "b", "j", "b", "x", "l", "m", "f", "m", "t"], ["t", "e", "i", "g", "u", "f", "h", "p", "k", "y", "h", "u", "g", "o", "b", "j", "b", "x", "q", "f", "m", "t"], ["t", "e", "i", "g", "u", "f", "h", "p", "k", "y", "h", "u", "g", "o", "b", "j", "b", "x", "u", "m", "t"], ["t", "e", "i", "g", "u", "f", "h", "p", "k", "y", "h", "u", "g", "o", "b", "h", "x", "u", "m", "t"], ["t", "e", "i", "g", "u", "f", "h", "p", "k", "y", "h", "u", "g", "c", "h", "x", "u", "m", "t"], ["t", "e", "i", "g", "u", "f", "h", "p", "k", "y", "h", "y", "c", "h", "x", "u", "m", "t"], ["t", "e", "i", "g", "u", "f", "h", "p", "k", "y", "h", "v", "h", "x", "u", "m", "t"], ["t", "e", "i", "g", "u", "f", "h", "p", "k", "y", "w", "h", "x", "u", "m", "t"], ["t", "e", "i", "g", "u", "f", "h", "p", "k", "y", "r", "x", "u", "m", "t"], ["t", "e", "i", "g", "u", "f", "h", "p", "r", "r", "x", "u", "m", "t"], ["t", "e", "i", "g", "u", "f", "h", "p", "n", "x", "u", "m", "t"], ["t", "e", "i", "g", "u", "f", "n", "n", "x", "u", "m", "t"], ["t", "e", "i", "g", "u", "x", "n", "x", "u", "m", "t"], ["t", "e", "n", "u", "x", "n", "x", "u", "m", "t"], ["t", "c", "u", "x", "n", "x", "u", "m", "t"], ["t", "f", "x", "n", "x", "u", "m", "t"], ["t", "s", "n", "x", "u", "m", "t"]]}, "config": {"initial_state": "teigufhpkyhugobjbxlmmwsrnmdkbw", "length": 30, "num_rules": 29, "num_steps": 24, "rules": ["t, s -> i", "u, g -> y", "f, x -> s", "x, b -> r", "w, h -> r", "r, r -> n", "k, y -> r", "h, v -> w", "d, g -> y", "y, c -> v", "u, s -> q", "f, n -> x", "c, u -> f", "i, v -> a", "h, p -> n", "s, m -> m", "j, b -> h", "l, m -> q", "l, n -> t", "x, q -> j", "r, n -> s", "x, z -> m", "b, w -> n", "e, n -> c", "i, g -> n", "q, f -> u", "o, b -> c", "d, k -> l", "m, w -> f"]}, "task_name": "task10", "example_name": "0221", "problem_name": "task10_0221"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nw, s -> y\nt, r -> o\na, s -> k\na, z -> j\no, k -> w\ne, p -> p\nc, i -> y\nu, q -> g\nu, l -> b\np, h -> f\nk, i -> e\nt, y -> z\nt, a -> q\nz, b -> i\nh, o -> l\nk, f -> o\ni, f -> u\nb, x -> k\nl, s -> w\nb, k -> h\nj, q -> e\nq, m -> b\ng, e -> u\nq, u -> z\no, w -> t\nz, y -> i\no, v -> d\nc, l -> p\nInitial state:\nu, t, a, q, m, x, q, i, f, u, l, o, l, s, y, c, i, a, z, q, p, a, s, c, h, o, h, v", "label": {"final": ["u", "i", "p", "d"], "init": ["u", "t", "a", "q", "m", "x", "q", "i", "f", "u", "l", "o", "l", "s", "y", "c", "i", "a", "z", "q", "p", "a", "s", "c", "h", "o", "h", "v"], "intermediate": [["u", "t", "a", "q", "m", "x", "q", "i", "f", "u", "l", "o", "l", "s", "y", "c", "i", "a", "z", "q", "p", "a", "s", "c", "l", "h", "v"], ["u", "t", "a", "q", "m", "x", "q", "i", "f", "u", "l", "o", "l", "s", "y", "c", "i", "a", "z", "q", "p", "a", "s", "p", "h", "v"], ["u", "t", "a", "q", "m", "x", "q", "i", "f", "u", "l", "o", "l", "s", "y", "c", "i", "a", "z", "q", "p", "a", "s", "f", "v"], ["u", "t", "a", "q", "m", "x", "q", "i", "f", "u", "l", "o", "l", "s", "y", "c", "i", "a", "z", "q", "p", "k", "f", "v"], ["u", "t", "a", "q", "m", "x", "q", "i", "f", "u", "l", "o", "l", "s", "y", "c", "i", "a", "z", "q", "p", "o", "v"], ["u", "t", "a", "q", "m", "x", "q", "i", "f", "u", "l", "o", "l", "s", "y", "c", "i", "a", "z", "q", "p", "d"], ["u", "t", "a", "q", "m", "x", "q", "i", "f", "u", "l", "o", "l", "s", "y", "c", "i", "j", "q", "p", "d"], ["u", "t", "a", "q", "m", "x", "q", "i", "f", "u", "l", "o", "l", "s", "y", "c", "i", "e", "p", "d"], ["u", "t", "a", "q", "m", "x", "q", "i", "f", "u", "l", "o", "l", "s", "y", "c", "i", "p", "d"], ["u", "t", "a", "q", "m", "x", "q", "i", "f", "u", "l", "o", "l", "s", "y", "y", "p", "d"], ["u", "t", "a", "q", "m", "x", "q", "i", "f", "u", "l", "o", "w", "y", "y", "p", "d"], ["u", "t", "a", "q", "m", "x", "q", "i", "f", "u", "l", "t", "y", "y", "p", "d"], ["u", "t", "a", "q", "m", "x", "q", "i", "f", "u", "l", "z", "y", "p", "d"], ["u", "t", "a", "q", "m", "x", "q", "i", "f", "u", "l", "i", "p", "d"], ["u", "t", "a", "q", "m", "x", "q", "i", "f", "b", "i", "p", "d"], ["u", "t", "a", "q", "m", "x", "q", "u", "b", "i", "p", "d"], ["u", "t", "a", "q", "m", "x", "z", "b", "i", "p", "d"], ["u", "t", "a", "q", "m", "x", "i", "i", "p", "d"], ["u", "t", "a", "b", "x", "i", "i", "p", "d"], ["u", "t", "a", "k", "i", "i", "p", "d"], ["u", "t", "a", "e", "i", "p", "d"], ["u", "q", "e", "i", "p", "d"], ["g", "e", "i", "p", "d"]]}, "config": {"initial_state": "utaqmxqifulolsyciazqpaschohv", "length": 28, "num_rules": 28, "num_steps": 24, "rules": ["w, s -> y", "t, r -> o", "a, s -> k", "a, z -> j", "o, k -> w", "e, p -> p", "c, i -> y", "u, q -> g", "u, l -> b", "p, h -> f", "k, i -> e", "t, y -> z", "t, a -> q", "z, b -> i", "h, o -> l", "k, f -> o", "i, f -> u", "b, x -> k", "l, s -> w", "b, k -> h", "j, q -> e", "q, m -> b", "g, e -> u", "q, u -> z", "o, w -> t", "z, y -> i", "o, v -> d", "c, l -> p"]}, "task_name": "task10", "example_name": "0222", "problem_name": "task10_0222"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nv, w -> i\nv, u -> t\ni, r -> p\nz, f -> w\nd, t -> f\ns, x -> w\nv, z -> b\na, v -> m\nf, u -> p\np, g -> z\nq, r -> c\nz, u -> w\nu, e -> d\nx, s -> n\nl, d -> b\nz, t -> t\nm, o -> a\nx, e -> m\ng, i -> u\nm, r -> f\nk, o -> y\nc, f -> u\nc, h -> u\ns, p -> e\nv, n -> x\nc, b -> g\no, w -> o\na, z -> l\nInitial state:\nv, x, s, e, o, z, c, f, z, u, s, i, r, m, r, c, v, z, v, z, f, p, g, v, q, r, h", "label": {"final": ["b", "p", "t"], "init": ["v", "x", "s", "e", "o", "z", "c", "f", "z", "u", "s", "i", "r", "m", "r", "c", "v", "z", "v", "z", "f", "p", "g", "v", "q", "r", "h"], "intermediate": [["v", "x", "s", "e", "o", "z", "c", "f", "z", "u", "s", "i", "r", "m", "r", "c", "v", "z", "v", "z", "f", "p", "g", "v", "c", "h"], ["v", "x", "s", "e", "o", "z", "c", "f", "z", "u", "s", "i", "r", "m", "r", "c", "v", "z", "v", "z", "f", "p", "g", "v", "u"], ["v", "x", "s", "e", "o", "z", "c", "f", "z", "u", "s", "i", "r", "m", "r", "c", "v", "z", "v", "z", "f", "p", "g", "t"], ["v", "x", "s", "e", "o", "z", "c", "f", "z", "u", "s", "i", "r", "m", "r", "c", "v", "z", "v", "z", "f", "z", "t"], ["v", "x", "s", "e", "o", "z", "c", "f", "z", "u", "s", "i", "r", "m", "r", "c", "v", "z", "v", "z", "f", "t"], ["v", "x", "s", "e", "o", "z", "c", "f", "z", "u", "s", "i", "r", "m", "r", "c", "v", "z", "v", "w", "t"], ["v", "x", "s", "e", "o", "z", "c", "f", "z", "u", "s", "i", "r", "m", "r", "c", "v", "z", "i", "t"], ["v", "x", "s", "e", "o", "z", "c", "f", "z", "u", "s", "i", "r", "m", "r", "c", "b", "i", "t"], ["v", "x", "s", "e", "o", "z", "c", "f", "z", "u", "s", "i", "r", "m", "r", "g", "i", "t"], ["v", "x", "s", "e", "o", "z", "c", "f", "z", "u", "s", "i", "r", "m", "r", "u", "t"], ["v", "x", "s", "e", "o", "z", "c", "f", "z", "u", "s", "i", "r", "f", "u", "t"], ["v", "x", "s", "e", "o", "z", "c", "f", "z", "u", "s", "i", "r", "p", "t"], ["v", "x", "s", "e", "o", "z", "c", "f", "z", "u", "s", "p", "p", "t"], ["v", "x", "s", "e", "o", "z", "c", "f", "z", "u", "e", "p", "t"], ["v", "x", "s", "e", "o", "z", "c", "f", "z", "d", "p", "t"], ["v", "x", "s", "e", "o", "z", "u", "z", "d", "p", "t"], ["v", "x", "s", "e", "o", "w", "z", "d", "p", "t"], ["v", "x", "s", "e", "o", "z", "d", "p", "t"], ["v", "n", "e", "o", "z", "d", "p", "t"], ["x", "e", "o", "z", "d", "p", "t"], ["m", "o", "z", "d", "p", "t"], ["a", "z", "d", "p", "t"], ["l", "d", "p", "t"]]}, "config": {"initial_state": "vxseozcfzusirmrcvzvzfpgvqrh", "length": 27, "num_rules": 28, "num_steps": 24, "rules": ["v, w -> i", "v, u -> t", "i, r -> p", "z, f -> w", "d, t -> f", "s, x -> w", "v, z -> b", "a, v -> m", "f, u -> p", "p, g -> z", "q, r -> c", "z, u -> w", "u, e -> d", "x, s -> n", "l, d -> b", "z, t -> t", "m, o -> a", "x, e -> m", "g, i -> u", "m, r -> f", "k, o -> y", "c, f -> u", "c, h -> u", "s, p -> e", "v, n -> x", "c, b -> g", "o, w -> o", "a, z -> l"]}, "task_name": "task10", "example_name": "0223", "problem_name": "task10_0223"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nl, y -> s\na, j -> t\nd, e -> j\ny, a -> e\no, l -> l\nz, b -> l\nb, j -> o\na, a -> e\no, y -> a\ne, l -> p\ns, a -> s\na, s -> l\nn, i -> a\nf, m -> o\nl, s -> i\nr, k -> y\nr, d -> a\nx, k -> d\na, w -> q\ne, t -> j\nr, h -> z\nq, f -> h\nz, d -> s\ns, q -> d\nq, e -> m\nj, s -> a\np, j -> o\nd, h -> d\ni, g -> e\nInitial state:\nr, d, h, n, i, p, y, a, a, j, y, s, a, b, d, i, g, l, r, h, z, b, r, k, j, s, w", "label": {"final": ["p", "o", "i"], "init": ["r", "d", "h", "n", "i", "p", "y", "a", "a", "j", "y", "s", "a", "b", "d", "i", "g", "l", "r", "h", "z", "b", "r", "k", "j", "s", "w"], "intermediate": [["r", "d", "h", "n", "i", "p", "y", "a", "a", "j", "y", "s", "a", "b", "d", "i", "g", "l", "r", "h", "z", "b", "r", "k", "a", "w"], ["r", "d", "h", "n", "i", "p", "y", "a", "a", "j", "y", "s", "a", "b", "d", "i", "g", "l", "r", "h", "z", "b", "r", "k", "q"], ["r", "d", "h", "n", "i", "p", "y", "a", "a", "j", "y", "s", "a", "b", "d", "i", "g", "l", "r", "h", "z", "b", "y", "q"], ["r", "d", "h", "n", "i", "p", "y", "a", "a", "j", "y", "s", "a", "b", "d", "i", "g", "l", "r", "h", "l", "y", "q"], ["r", "d", "h", "n", "i", "p", "y", "a", "a", "j", "y", "s", "a", "b", "d", "i", "g", "l", "r", "h", "s", "q"], ["r", "d", "h", "n", "i", "p", "y", "a", "a", "j", "y", "s", "a", "b", "d", "i", "g", "l", "r", "h", "d"], ["r", "d", "h", "n", "i", "p", "y", "a", "a", "j", "y", "s", "a", "b", "d", "i", "g", "l", "z", "d"], ["r", "d", "h", "n", "i", "p", "y", "a", "a", "j", "y", "s", "a", "b", "d", "i", "g", "l", "s"], ["r", "d", "h", "n", "i", "p", "y", "a", "a", "j", "y", "s", "a", "b", "d", "i", "g", "i"], ["r", "d", "h", "n", "i", "p", "y", "a", "a", "j", "y", "s", "a", "b", "d", "e", "i"], ["r", "d", "h", "n", "i", "p", "y", "a", "a", "j", "y", "s", "a", "b", "j", "i"], ["r", "d", "h", "n", "i", "p", "y", "a", "a", "j", "y", "s", "a", "o", "i"], ["r", "d", "h", "n", "i", "p", "y", "a", "a", "j", "y", "s", "o", "i"], ["r", "d", "h", "n", "i", "p", "y", "a", "t", "y", "s", "o", "i"], ["r", "d", "h", "n", "i", "p", "e", "t", "y", "s", "o", "i"], ["r", "d", "h", "n", "i", "p", "j", "y", "s", "o", "i"], ["r", "d", "h", "n", "i", "o", "y", "s", "o", "i"], ["r", "d", "h", "n", "i", "a", "s", "o", "i"], ["r", "d", "h", "n", "i", "l", "o", "i"], ["r", "d", "h", "a", "l", "o", "i"], ["r", "d", "a", "l", "o", "i"], ["a", "a", "l", "o", "i"], ["e", "l", "o", "i"]]}, "config": {"initial_state": "rdhnipyaajysabdiglrhzbrkjsw", "length": 27, "num_rules": 29, "num_steps": 24, "rules": ["l, y -> s", "a, j -> t", "d, e -> j", "y, a -> e", "o, l -> l", "z, b -> l", "b, j -> o", "a, a -> e", "o, y -> a", "e, l -> p", "s, a -> s", "a, s -> l", "n, i -> a", "f, m -> o", "l, s -> i", "r, k -> y", "r, d -> a", "x, k -> d", "a, w -> q", "e, t -> j", "r, h -> z", "q, f -> h", "z, d -> s", "s, q -> d", "q, e -> m", "j, s -> a", "p, j -> o", "d, h -> d", "i, g -> e"]}, "task_name": "task10", "example_name": "0224", "problem_name": "task10_0224"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nd, a -> v\ni, l -> s\nq, a -> f\nm, z -> l\nk, l -> z\nh, j -> b\nf, q -> i\nz, x -> h\ng, g -> e\ns, z -> w\nu, p -> j\nh, g -> c\nq, f -> t\nv, n -> q\nv, r -> c\nq, x -> h\ne, a -> i\ns, j -> k\nc, f -> v\ny, i -> r\nc, x -> q\np, p -> e\nb, t -> a\nd, k -> a\nh, x -> i\nv, y -> u\nm, g -> g\nr, b -> k\nInitial state:\nz, x, x, l, y, g, m, g, a, b, m, z, d, h, j, t, y, p, c, x, d, s, j, v, r, f, n", "label": {"final": ["w", "j", "i"], "init": ["z", "x", "x", "l", "y", "g", "m", "g", "a", "b", "m", "z", "d", "h", "j", "t", "y", "p", "c", "x", "d", "s", "j", "v", "r", "f", "n"], "intermediate": [["z", "x", "x", "l", "y", "g", "m", "g", "a", "b", "m", "z", "d", "h", "j", "t", "y", "p", "c", "x", "d", "s", "j", "c", "f", "n"], ["z", "x", "x", "l", "y", "g", "m", "g", "a", "b", "m", "z", "d", "h", "j", "t", "y", "p", "c", "x", "d", "s", "j", "v", "n"], ["z", "x", "x", "l", "y", "g", "m", "g", "a", "b", "m", "z", "d", "h", "j", "t", "y", "p", "c", "x", "d", "s", "j", "q"], ["z", "x", "x", "l", "y", "g", "m", "g", "a", "b", "m", "z", "d", "h", "j", "t", "y", "p", "c", "x", "d", "k", "q"], ["z", "x", "x", "l", "y", "g", "m", "g", "a", "b", "m", "z", "d", "h", "j", "t", "y", "p", "c", "x", "a", "q"], ["z", "x", "x", "l", "y", "g", "m", "g", "a", "b", "m", "z", "d", "h", "j", "t", "y", "p", "q", "a", "q"], ["z", "x", "x", "l", "y", "g", "m", "g", "a", "b", "m", "z", "d", "h", "j", "t", "y", "p", "f", "q"], ["z", "x", "x", "l", "y", "g", "m", "g", "a", "b", "m", "z", "d", "h", "j", "t", "y", "p", "i"], ["z", "x", "x", "l", "y", "g", "m", "g", "a", "b", "m", "z", "d", "b", "t", "y", "p", "i"], ["z", "x", "x", "l", "y", "g", "m", "g", "a", "b", "m", "z", "d", "a", "y", "p", "i"], ["z", "x", "x", "l", "y", "g", "m", "g", "a", "b", "m", "z", "v", "y", "p", "i"], ["z", "x", "x", "l", "y", "g", "m", "g", "a", "b", "m", "z", "u", "p", "i"], ["z", "x", "x", "l", "y", "g", "m", "g", "a", "b", "m", "z", "j", "i"], ["z", "x", "x", "l", "y", "g", "m", "g", "a", "b", "l", "j", "i"], ["z", "x", "x", "l", "y", "g", "g", "a", "b", "l", "j", "i"], ["z", "x", "x", "l", "y", "e", "a", "b", "l", "j", "i"], ["z", "x", "x", "l", "y", "i", "b", "l", "j", "i"], ["z", "x", "x", "l", "r", "b", "l", "j", "i"], ["z", "x", "x", "l", "k", "l", "j", "i"], ["z", "x", "x", "l", "z", "j", "i"], ["h", "x", "l", "z", "j", "i"], ["i", "l", "z", "j", "i"], ["s", "z", "j", "i"]]}, "config": {"initial_state": "zxxlygmgabmzdhjtypcxdsjvrfn", "length": 27, "num_rules": 28, "num_steps": 24, "rules": ["d, a -> v", "i, l -> s", "q, a -> f", "m, z -> l", "k, l -> z", "h, j -> b", "f, q -> i", "z, x -> h", "g, g -> e", "s, z -> w", "u, p -> j", "h, g -> c", "q, f -> t", "v, n -> q", "v, r -> c", "q, x -> h", "e, a -> i", "s, j -> k", "c, f -> v", "y, i -> r", "c, x -> q", "p, p -> e", "b, t -> a", "d, k -> a", "h, x -> i", "v, y -> u", "m, g -> g", "r, b -> k"]}, "task_name": "task10", "example_name": "0225", "problem_name": "task10_0225"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nc, g -> e\np, r -> t\np, o -> n\nk, k -> i\no, g -> k\nz, b -> p\na, n -> n\nv, z -> m\nd, g -> g\nd, c -> o\ny, f -> v\nt, k -> w\nf, m -> g\nk, h -> b\ns, w -> c\nu, n -> p\nu, j -> l\ns, i -> o\nq, g -> w\ng, i -> h\nx, w -> j\ni, k -> m\ne, m -> p\nb, j -> z\nl, u -> w\nh, q -> m\nw, i -> k\ni, b -> k\nd, p -> x\nk, l -> q\nz, c -> r\nInitial state:\nd, g, o, g, k, q, g, i, u, j, k, h, d, c, g, v, z, u, a, z, b, s, i, r, i, b, s, l, u", "label": {"final": ["d", "m", "h", "l", "r"], "init": ["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "k", "h", "d", "c", "g", "v", "z", "u", "a", "z", "b", "s", "i", "r", "i", "b", "s", "l", "u"], "intermediate": [["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "k", "h", "d", "c", "g", "v", "z", "u", "a", "z", "b", "s", "i", "r", "i", "b", "s", "w"], ["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "k", "h", "d", "c", "g", "v", "z", "u", "a", "z", "b", "s", "i", "r", "i", "b", "c"], ["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "k", "h", "d", "c", "g", "v", "z", "u", "a", "z", "b", "s", "i", "r", "k", "c"], ["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "k", "h", "d", "c", "g", "v", "z", "u", "a", "z", "b", "o", "r", "k", "c"], ["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "k", "h", "d", "c", "g", "v", "z", "u", "a", "p", "o", "r", "k", "c"], ["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "k", "h", "d", "c", "g", "v", "z", "u", "a", "n", "r", "k", "c"], ["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "k", "h", "d", "c", "g", "v", "z", "u", "n", "r", "k", "c"], ["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "k", "h", "d", "c", "g", "v", "z", "p", "r", "k", "c"], ["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "k", "h", "d", "c", "g", "v", "z", "t", "k", "c"], ["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "k", "h", "d", "c", "g", "v", "z", "w", "c"], ["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "k", "h", "d", "c", "g", "m", "w", "c"], ["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "k", "h", "d", "e", "m", "w", "c"], ["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "k", "h", "d", "p", "w", "c"], ["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "k", "h", "x", "w", "c"], ["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "k", "h", "j", "c"], ["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "b", "j", "c"], ["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "z", "c"], ["d", "g", "o", "g", "k", "q", "g", "i", "u", "j", "r"], ["d", "g", "o", "g", "k", "q", "g", "i", "l", "r"], ["d", "g", "o", "g", "k", "q", "h", "l", "r"], ["d", "g", "k", "k", "q", "h", "l", "r"], ["d", "g", "i", "q", "h", "l", "r"], ["d", "h", "q", "h", "l", "r"]]}, "config": {"initial_state": "dgogkqgiujkhdcgvzuazbsiribslu", "length": 29, "num_rules": 31, "num_steps": 24, "rules": ["c, g -> e", "p, r -> t", "p, o -> n", "k, k -> i", "o, g -> k", "z, b -> p", "a, n -> n", "v, z -> m", "d, g -> g", "d, c -> o", "y, f -> v", "t, k -> w", "f, m -> g", "k, h -> b", "s, w -> c", "u, n -> p", "u, j -> l", "s, i -> o", "q, g -> w", "g, i -> h", "x, w -> j", "i, k -> m", "e, m -> p", "b, j -> z", "l, u -> w", "h, q -> m", "w, i -> k", "i, b -> k", "d, p -> x", "k, l -> q", "z, c -> r"]}, "task_name": "task10", "example_name": "0226", "problem_name": "task10_0226"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ng, k -> v\ns, n -> q\nf, c -> p\nc, d -> j\nq, c -> x\ng, e -> s\nj, e -> c\ng, x -> o\np, n -> e\nc, y -> g\nv, i -> j\np, i -> b\nx, j -> n\nk, v -> b\ne, c -> v\ns, z -> v\nb, u -> k\nv, f -> y\nu, n -> d\nz, b -> t\no, i -> n\ny, c -> l\nd, s -> e\nv, j -> b\nt, q -> k\nl, x -> s\nb, q -> e\nc, f -> s\ns, e -> a\nj, m -> q\nh, a -> m\nInitial state:\nz, b, c, f, x, c, u, n, v, j, j, m, s, z, i, d, l, x, c, g, k, f, f, c, g, q, c, i, e", "label": {"final": ["z", "e", "b", "x", "a"], "init": ["z", "b", "c", "f", "x", "c", "u", "n", "v", "j", "j", "m", "s", "z", "i", "d", "l", "x", "c", "g", "k", "f", "f", "c", "g", "q", "c", "i", "e"], "intermediate": [["z", "b", "c", "f", "x", "c", "u", "n", "v", "j", "j", "m", "s", "z", "i", "d", "l", "x", "c", "g", "k", "f", "f", "c", "g", "x", "i", "e"], ["z", "b", "c", "f", "x", "c", "u", "n", "v", "j", "j", "m", "s", "z", "i", "d", "l", "x", "c", "g", "k", "f", "f", "c", "o", "i", "e"], ["z", "b", "c", "f", "x", "c", "u", "n", "v", "j", "j", "m", "s", "z", "i", "d", "l", "x", "c", "g", "k", "f", "f", "c", "n", "e"], ["z", "b", "c", "f", "x", "c", "u", "n", "v", "j", "j", "m", "s", "z", "i", "d", "l", "x", "c", "g", "k", "f", "p", "n", "e"], ["z", "b", "c", "f", "x", "c", "u", "n", "v", "j", "j", "m", "s", "z", "i", "d", "l", "x", "c", "g", "k", "f", "e", "e"], ["z", "b", "c", "f", "x", "c", "u", "n", "v", "j", "j", "m", "s", "z", "i", "d", "l", "x", "c", "v", "f", "e", "e"], ["z", "b", "c", "f", "x", "c", "u", "n", "v", "j", "j", "m", "s", "z", "i", "d", "l", "x", "c", "y", "e", "e"], ["z", "b", "c", "f", "x", "c", "u", "n", "v", "j", "j", "m", "s", "z", "i", "d", "l", "x", "g", "e", "e"], ["z", "b", "c", "f", "x", "c", "u", "n", "v", "j", "j", "m", "s", "z", "i", "d", "l", "x", "s", "e"], ["z", "b", "c", "f", "x", "c", "u", "n", "v", "j", "j", "m", "s", "z", "i", "d", "l", "x", "a"], ["z", "b", "c", "f", "x", "c", "u", "n", "v", "j", "j", "m", "s", "z", "i", "d", "s", "a"], ["z", "b", "c", "f", "x", "c", "u", "n", "v", "j", "j", "m", "s", "z", "i", "e", "a"], ["z", "b", "c", "f", "x", "c", "u", "n", "v", "j", "j", "m", "v", "i", "e", "a"], ["z", "b", "c", "f", "x", "c", "u", "n", "v", "j", "j", "m", "j", "e", "a"], ["z", "b", "c", "f", "x", "c", "u", "n", "v", "j", "j", "m", "c", "a"], ["z", "b", "c", "f", "x", "c", "u", "n", "v", "j", "q", "c", "a"], ["z", "b", "c", "f", "x", "c", "u", "n", "v", "j", "x", "a"], ["z", "b", "c", "f", "x", "c", "u", "n", "b", "x", "a"], ["z", "b", "c", "f", "x", "c", "d", "b", "x", "a"], ["z", "b", "c", "f", "x", "j", "b", "x", "a"], ["z", "b", "c", "f", "n", "b", "x", "a"], ["z", "b", "s", "n", "b", "x", "a"], ["z", "b", "q", "b", "x", "a"]]}, "config": {"initial_state": "zbcfxcunvjjmszidlxcgkffcgqcie", "length": 29, "num_rules": 31, "num_steps": 24, "rules": ["g, k -> v", "s, n -> q", "f, c -> p", "c, d -> j", "q, c -> x", "g, e -> s", "j, e -> c", "g, x -> o", "p, n -> e", "c, y -> g", "v, i -> j", "p, i -> b", "x, j -> n", "k, v -> b", "e, c -> v", "s, z -> v", "b, u -> k", "v, f -> y", "u, n -> d", "z, b -> t", "o, i -> n", "y, c -> l", "d, s -> e", "v, j -> b", "t, q -> k", "l, x -> s", "b, q -> e", "c, f -> s", "s, e -> a", "j, m -> q", "h, a -> m"]}, "task_name": "task10", "example_name": "0227", "problem_name": "task10_0227"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ne, t -> z\na, z -> y\na, x -> h\ny, l -> m\ni, g -> n\nq, b -> e\nx, a -> y\nc, s -> q\nu, p -> f\ni, l -> x\ny, e -> q\na, j -> b\nc, w -> l\nx, q -> e\nn, o -> z\nb, n -> o\nb, t -> x\nf, a -> e\nz, f -> n\nr, q -> s\ne, e -> b\nx, r -> y\nk, m -> t\nq, g -> m\ns, d -> r\ne, u -> q\nh, u -> u\ns, z -> k\nm, g -> a\ns, m -> g\nn, b -> q\nInitial state:\nx, a, x, a, j, t, s, d, u, p, m, s, m, a, i, l, u, b, r, q, z, f, o, i, g, e, e, g, c, w", "label": {"final": ["x", "h", "x", "s", "x", "l"], "init": ["x", "a", "x", "a", "j", "t", "s", "d", "u", "p", "m", "s", "m", "a", "i", "l", "u", "b", "r", "q", "z", "f", "o", "i", "g", "e", "e", "g", "c", "w"], "intermediate": [["x", "a", "x", "a", "j", "t", "s", "d", "u", "p", "m", "s", "m", "a", "i", "l", "u", "b", "r", "q", "z", "f", "o", "i", "g", "e", "e", "g", "l"], ["x", "a", "x", "a", "j", "t", "s", "d", "u", "p", "m", "s", "m", "a", "i", "l", "u", "b", "r", "q", "z", "f", "o", "i", "g", "b", "g", "l"], ["x", "a", "x", "a", "j", "t", "s", "d", "u", "p", "m", "s", "m", "a", "i", "l", "u", "b", "r", "q", "z", "f", "o", "n", "b", "g", "l"], ["x", "a", "x", "a", "j", "t", "s", "d", "u", "p", "m", "s", "m", "a", "i", "l", "u", "b", "r", "q", "z", "f", "o", "q", "g", "l"], ["x", "a", "x", "a", "j", "t", "s", "d", "u", "p", "m", "s", "m", "a", "i", "l", "u", "b", "r", "q", "z", "f", "o", "m", "l"], ["x", "a", "x", "a", "j", "t", "s", "d", "u", "p", "m", "s", "m", "a", "i", "l", "u", "b", "r", "q", "n", "o", "m", "l"], ["x", "a", "x", "a", "j", "t", "s", "d", "u", "p", "m", "s", "m", "a", "i", "l", "u", "b", "r", "q", "z", "m", "l"], ["x", "a", "x", "a", "j", "t", "s", "d", "u", "p", "m", "s", "m", "a", "i", "l", "u", "b", "s", "z", "m", "l"], ["x", "a", "x", "a", "j", "t", "s", "d", "u", "p", "m", "s", "m", "a", "i", "l", "u", "b", "k", "m", "l"], ["x", "a", "x", "a", "j", "t", "s", "d", "u", "p", "m", "s", "m", "a", "i", "l", "u", "b", "t", "l"], ["x", "a", "x", "a", "j", "t", "s", "d", "u", "p", "m", "s", "m", "a", "i", "l", "u", "x", "l"], ["x", "a", "x", "a", "j", "t", "s", "d", "u", "p", "m", "s", "m", "a", "x", "u", "x", "l"], ["x", "a", "x", "a", "j", "t", "s", "d", "u", "p", "m", "s", "m", "h", "u", "x", "l"], ["x", "a", "x", "a", "j", "t", "s", "d", "u", "p", "m", "s", "m", "u", "x", "l"], ["x", "a", "x", "a", "j", "t", "s", "d", "u", "p", "m", "g", "u", "x", "l"], ["x", "a", "x", "a", "j", "t", "s", "d", "u", "p", "a", "u", "x", "l"], ["x", "a", "x", "a", "j", "t", "s", "d", "f", "a", "u", "x", "l"], ["x", "a", "x", "a", "j", "t", "s", "d", "e", "u", "x", "l"], ["x", "a", "x", "a", "j", "t", "s", "d", "q", "x", "l"], ["x", "a", "x", "a", "j", "t", "r", "q", "x", "l"], ["x", "a", "x", "a", "j", "t", "s", "x", "l"], ["x", "a", "x", "b", "t", "s", "x", "l"], ["x", "a", "x", "x", "s", "x", "l"]]}, "config": {"initial_state": "xaxajtsdupmsmailubrqzfoigeegcw", "length": 30, "num_rules": 31, "num_steps": 24, "rules": ["e, t -> z", "a, z -> y", "a, x -> h", "y, l -> m", "i, g -> n", "q, b -> e", "x, a -> y", "c, s -> q", "u, p -> f", "i, l -> x", "y, e -> q", "a, j -> b", "c, w -> l", "x, q -> e", "n, o -> z", "b, n -> o", "b, t -> x", "f, a -> e", "z, f -> n", "r, q -> s", "e, e -> b", "x, r -> y", "k, m -> t", "q, g -> m", "s, d -> r", "e, u -> q", "h, u -> u", "s, z -> k", "m, g -> a", "s, m -> g", "n, b -> q"]}, "task_name": "task10", "example_name": "0228", "problem_name": "task10_0228"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ne, z -> f\ny, w -> r\nl, u -> j\nn, z -> s\nf, x -> i\nb, u -> u\nr, a -> t\nr, e -> u\ne, e -> m\nf, s -> x\nw, q -> n\nh, k -> s\nk, r -> w\na, c -> m\np, x -> d\no, b -> s\ni, h -> c\nr, u -> b\nj, w -> w\nt, y -> t\nc, s -> e\ns, t -> j\nz, m -> l\no, v -> g\nx, j -> d\nf, r -> c\nd, e -> b\ng, u -> r\nu, p -> o\nInitial state:\nw, q, z, r, a, y, k, r, f, y, w, r, e, p, g, u, u, z, a, f, f, h, k, h, p, x, e, u", "label": {"final": ["j", "k", "u", "j"], "init": ["w", "q", "z", "r", "a", "y", "k", "r", "f", "y", "w", "r", "e", "p", "g", "u", "u", "z", "a", "f", "f", "h", "k", "h", "p", "x", "e", "u"], "intermediate": [["w", "q", "z", "r", "a", "y", "k", "r", "f", "y", "w", "r", "e", "p", "g", "u", "u", "z", "a", "f", "f", "h", "k", "h", "d", "e", "u"], ["w", "q", "z", "r", "a", "y", "k", "r", "f", "y", "w", "r", "e", "p", "g", "u", "u", "z", "a", "f", "f", "h", "k", "h", "b", "u"], ["w", "q", "z", "r", "a", "y", "k", "r", "f", "y", "w", "r", "e", "p", "g", "u", "u", "z", "a", "f", "f", "h", "k", "h", "u"], ["w", "q", "z", "r", "a", "y", "k", "r", "f", "y", "w", "r", "e", "p", "g", "u", "u", "z", "a", "f", "f", "s", "h", "u"], ["w", "q", "z", "r", "a", "y", "k", "r", "f", "y", "w", "r", "e", "p", "g", "u", "u", "z", "a", "f", "x", "h", "u"], ["w", "q", "z", "r", "a", "y", "k", "r", "f", "y", "w", "r", "e", "p", "g", "u", "u", "z", "a", "i", "h", "u"], ["w", "q", "z", "r", "a", "y", "k", "r", "f", "y", "w", "r", "e", "p", "g", "u", "u", "z", "a", "c", "u"], ["w", "q", "z", "r", "a", "y", "k", "r", "f", "y", "w", "r", "e", "p", "g", "u", "u", "z", "m", "u"], ["w", "q", "z", "r", "a", "y", "k", "r", "f", "y", "w", "r", "e", "p", "g", "u", "u", "l", "u"], ["w", "q", "z", "r", "a", "y", "k", "r", "f", "y", "w", "r", "e", "p", "g", "u", "u", "j"], ["w", "q", "z", "r", "a", "y", "k", "r", "f", "y", "w", "r", "e", "p", "r", "u", "j"], ["w", "q", "z", "r", "a", "y", "k", "r", "f", "y", "w", "r", "e", "p", "b", "j"], ["w", "q", "z", "r", "a", "y", "k", "r", "f", "y", "w", "u", "p", "b", "j"], ["w", "q", "z", "r", "a", "y", "k", "r", "f", "y", "w", "o", "b", "j"], ["w", "q", "z", "r", "a", "y", "k", "r", "f", "y", "w", "s", "j"], ["w", "q", "z", "r", "a", "y", "k", "r", "f", "r", "s", "j"], ["w", "q", "z", "r", "a", "y", "k", "r", "c", "s", "j"], ["w", "q", "z", "r", "a", "y", "k", "r", "e", "j"], ["w", "q", "z", "r", "a", "y", "k", "u", "j"], ["w", "q", "z", "t", "y", "k", "u", "j"], ["w", "q", "z", "t", "k", "u", "j"], ["n", "z", "t", "k", "u", "j"], ["s", "t", "k", "u", "j"]]}, "config": {"initial_state": "wqzraykrfywrepguuzaffhkhpxeu", "length": 28, "num_rules": 29, "num_steps": 24, "rules": ["e, z -> f", "y, w -> r", "l, u -> j", "n, z -> s", "f, x -> i", "b, u -> u", "r, a -> t", "r, e -> u", "e, e -> m", "f, s -> x", "w, q -> n", "h, k -> s", "k, r -> w", "a, c -> m", "p, x -> d", "o, b -> s", "i, h -> c", "r, u -> b", "j, w -> w", "t, y -> t", "c, s -> e", "s, t -> j", "z, m -> l", "o, v -> g", "x, j -> d", "f, r -> c", "d, e -> b", "g, u -> r", "u, p -> o"]}, "task_name": "task10", "example_name": "0229", "problem_name": "task10_0229"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nb, h -> q\ny, y -> e\nm, m -> u\nd, d -> p\nk, a -> b\nc, f -> f\ne, s -> j\nf, f -> s\nc, s -> n\np, w -> f\nn, j -> m\nt, n -> b\nh, m -> h\nk, i -> w\nr, e -> f\nn, m -> f\nz, n -> i\nv, b -> n\nv, l -> m\nb, o -> y\ns, y -> b\np, t -> q\ng, w -> q\np, p -> c\nj, g -> r\nt, m -> n\ni, z -> j\nb, f -> h\nf, u -> t\ny, x -> e\na, q -> m\nr, v -> e\ny, s -> p\nInitial state:\nv, f, a, g, w, v, l, y, s, p, s, s, b, o, p, k, i, t, m, z, v, b, z, g, v, c, f, r, y, y", "label": {"final": ["v", "q", "n", "e", "n"], "init": ["v", "f", "a", "g", "w", "v", "l", "y", "s", "p", "s", "s", "b", "o", "p", "k", "i", "t", "m", "z", "v", "b", "z", "g", "v", "c", "f", "r", "y", "y"], "intermediate": [["v", "f", "a", "g", "w", "v", "l", "y", "s", "p", "s", "s", "b", "o", "p", "k", "i", "t", "m", "z", "v", "b", "z", "g", "v", "c", "f", "r", "e"], ["v", "f", "a", "g", "w", "v", "l", "y", "s", "p", "s", "s", "b", "o", "p", "k", "i", "t", "m", "z", "v", "b", "z", "g", "v", "c", "f", "f"], ["v", "f", "a", "g", "w", "v", "l", "y", "s", "p", "s", "s", "b", "o", "p", "k", "i", "t", "m", "z", "v", "b", "z", "g", "v", "c", "s"], ["v", "f", "a", "g", "w", "v", "l", "y", "s", "p", "s", "s", "b", "o", "p", "k", "i", "t", "m", "z", "v", "b", "z", "g", "v", "n"], ["v", "f", "a", "g", "w", "v", "l", "y", "s", "p", "s", "s", "b", "o", "p", "k", "i", "t", "m", "z", "n", "z", "g", "v", "n"], ["v", "f", "a", "g", "w", "v", "l", "y", "s", "p", "s", "s", "b", "o", "p", "k", "i", "t", "m", "i", "z", "g", "v", "n"], ["v", "f", "a", "g", "w", "v", "l", "y", "s", "p", "s", "s", "b", "o", "p", "k", "i", "t", "m", "j", "g", "v", "n"], ["v", "f", "a", "g", "w", "v", "l", "y", "s", "p", "s", "s", "b", "o", "p", "k", "i", "t", "m", "r", "v", "n"], ["v", "f", "a", "g", "w", "v", "l", "y", "s", "p", "s", "s", "b", "o", "p", "k", "i", "t", "m", "e", "n"], ["v", "f", "a", "g", "w", "v", "l", "y", "s", "p", "s", "s", "b", "o", "p", "k", "i", "n", "e", "n"], ["v", "f", "a", "g", "w", "v", "l", "y", "s", "p", "s", "s", "b", "o", "p", "w", "n", "e", "n"], ["v", "f", "a", "g", "w", "v", "l", "y", "s", "p", "s", "s", "b", "o", "f", "n", "e", "n"], ["v", "f", "a", "g", "w", "v", "l", "y", "s", "p", "s", "s", "y", "f", "n", "e", "n"], ["v", "f", "a", "g", "w", "v", "l", "y", "s", "p", "s", "b", "f", "n", "e", "n"], ["v", "f", "a", "g", "w", "v", "l", "y", "s", "p", "s", "h", "n", "e", "n"], ["v", "f", "a", "g", "w", "v", "l", "p", "p", "s", "h", "n", "e", "n"], ["v", "f", "a", "g", "w", "v", "l", "c", "s", "h", "n", "e", "n"], ["v", "f", "a", "g", "w", "v", "l", "n", "h", "n", "e", "n"], ["v", "f", "a", "g", "w", "m", "n", "h", "n", "e", "n"], ["v", "f", "a", "q", "m", "n", "h", "n", "e", "n"], ["v", "f", "m", "m", "n", "h", "n", "e", "n"], ["v", "f", "u", "n", "h", "n", "e", "n"], ["v", "t", "n", "h", "n", "e", "n"], ["v", "b", "h", "n", "e", "n"]]}, "config": {"initial_state": "vfagwvlyspssbopkitmzvbzgvcfryy", "length": 30, "num_rules": 33, "num_steps": 25, "rules": ["b, h -> q", "y, y -> e", "m, m -> u", "d, d -> p", "k, a -> b", "c, f -> f", "e, s -> j", "f, f -> s", "c, s -> n", "p, w -> f", "n, j -> m", "t, n -> b", "h, m -> h", "k, i -> w", "r, e -> f", "n, m -> f", "z, n -> i", "v, b -> n", "v, l -> m", "b, o -> y", "s, y -> b", "p, t -> q", "g, w -> q", "p, p -> c", "j, g -> r", "t, m -> n", "i, z -> j", "b, f -> h", "f, u -> t", "y, x -> e", "a, q -> m", "r, v -> e", "y, s -> p"]}, "task_name": "task10", "example_name": "0230", "problem_name": "task10_0230"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ny, b -> u\nh, r -> c\nq, w -> k\nk, j -> l\nc, u -> c\nr, r -> n\np, o -> v\no, v -> j\np, i -> r\nc, n -> c\nj, q -> r\nj, x -> v\nv, k -> o\nj, z -> n\na, a -> j\na, y -> z\nl, k -> s\nn, u -> z\nv, g -> e\nx, b -> z\nx, m -> p\na, u -> o\nr, w -> q\nu, z -> a\nc, v -> u\ns, e -> r\nh, o -> s\ns, q -> g\ns, x -> v\nInitial state:\nh, o, p, o, s, r, w, u, o, v, a, y, u, c, u, k, a, a, q, w, x, h, r, j, q, x, m, i", "label": {"final": ["r", "o", "c"], "init": ["h", "o", "p", "o", "s", "r", "w", "u", "o", "v", "a", "y", "u", "c", "u", "k", "a", "a", "q", "w", "x", "h", "r", "j", "q", "x", "m", "i"], "intermediate": [["h", "o", "p", "o", "s", "r", "w", "u", "o", "v", "a", "y", "u", "c", "u", "k", "a", "a", "q", "w", "x", "h", "r", "j", "q", "p", "i"], ["h", "o", "p", "o", "s", "r", "w", "u", "o", "v", "a", "y", "u", "c", "u", "k", "a", "a", "q", "w", "x", "h", "r", "j", "q", "r"], ["h", "o", "p", "o", "s", "r", "w", "u", "o", "v", "a", "y", "u", "c", "u", "k", "a", "a", "q", "w", "x", "h", "r", "r", "r"], ["h", "o", "p", "o", "s", "r", "w", "u", "o", "v", "a", "y", "u", "c", "u", "k", "a", "a", "q", "w", "x", "h", "r", "n"], ["h", "o", "p", "o", "s", "r", "w", "u", "o", "v", "a", "y", "u", "c", "u", "k", "a", "a", "q", "w", "x", "c", "n"], ["h", "o", "p", "o", "s", "r", "w", "u", "o", "v", "a", "y", "u", "c", "u", "k", "a", "a", "q", "w", "x", "c"], ["h", "o", "p", "o", "s", "r", "w", "u", "o", "v", "a", "y", "u", "c", "u", "k", "a", "a", "k", "x", "c"], ["h", "o", "p", "o", "s", "r", "w", "u", "o", "v", "a", "y", "u", "c", "u", "k", "j", "k", "x", "c"], ["h", "o", "p", "o", "s", "r", "w", "u", "o", "v", "a", "y", "u", "c", "u", "l", "k", "x", "c"], ["h", "o", "p", "o", "s", "r", "w", "u", "o", "v", "a", "y", "u", "c", "u", "s", "x", "c"], ["h", "o", "p", "o", "s", "r", "w", "u", "o", "v", "a", "y", "u", "c", "u", "v", "c"], ["h", "o", "p", "o", "s", "r", "w", "u", "o", "v", "a", "y", "u", "c", "v", "c"], ["h", "o", "p", "o", "s", "r", "w", "u", "o", "v", "a", "y", "u", "u", "c"], ["h", "o", "p", "o", "s", "r", "w", "u", "o", "v", "z", "u", "u", "c"], ["h", "o", "p", "o", "s", "r", "w", "u", "j", "z", "u", "u", "c"], ["h", "o", "p", "o", "s", "r", "w", "u", "n", "u", "u", "c"], ["h", "o", "p", "o", "s", "r", "w", "u", "z", "u", "c"], ["h", "o", "p", "o", "s", "r", "w", "a", "u", "c"], ["h", "o", "p", "o", "s", "r", "w", "o", "c"], ["h", "o", "p", "o", "s", "q", "o", "c"], ["h", "o", "p", "o", "g", "o", "c"], ["h", "o", "v", "g", "o", "c"], ["h", "o", "e", "o", "c"], ["s", "e", "o", "c"]]}, "config": {"initial_state": "hoposrwuovayucukaaqwxhrjqxmi", "length": 28, "num_rules": 29, "num_steps": 25, "rules": ["y, b -> u", "h, r -> c", "q, w -> k", "k, j -> l", "c, u -> c", "r, r -> n", "p, o -> v", "o, v -> j", "p, i -> r", "c, n -> c", "j, q -> r", "j, x -> v", "v, k -> o", "j, z -> n", "a, a -> j", "a, y -> z", "l, k -> s", "n, u -> z", "v, g -> e", "x, b -> z", "x, m -> p", "a, u -> o", "r, w -> q", "u, z -> a", "c, v -> u", "s, e -> r", "h, o -> s", "s, q -> g", "s, x -> v"]}, "task_name": "task10", "example_name": "0231", "problem_name": "task10_0231"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nx, f -> x\ne, a -> z\nq, f -> b\nk, k -> a\nn, b -> h\ny, x -> q\nq, r -> v\no, x -> r\nt, q -> e\ng, u -> q\nt, w -> e\nh, d -> m\nc, e -> s\nd, j -> h\nh, h -> t\nk, n -> o\nj, q -> o\nn, s -> y\nx, e -> y\nq, j -> d\nv, m -> x\no, s -> j\nz, r -> t\ne, z -> s\np, y -> f\nr, o -> x\nq, d -> g\nu, i -> q\nq, t -> q\ny, j -> r\nInitial state:\nn, q, d, u, p, y, q, j, h, d, j, n, s, j, u, i, x, k, n, f, t, w, a, q, r, m, e, j", "label": {"final": ["m", "m", "o"], "init": ["n", "q", "d", "u", "p", "y", "q", "j", "h", "d", "j", "n", "s", "j", "u", "i", "x", "k", "n", "f", "t", "w", "a", "q", "r", "m", "e", "j"], "intermediate": [["n", "q", "d", "u", "p", "y", "q", "j", "h", "d", "j", "n", "s", "j", "u", "i", "x", "k", "n", "f", "t", "w", "a", "v", "m", "e", "j"], ["n", "q", "d", "u", "p", "y", "q", "j", "h", "d", "j", "n", "s", "j", "u", "i", "x", "k", "n", "f", "t", "w", "a", "x", "e", "j"], ["n", "q", "d", "u", "p", "y", "q", "j", "h", "d", "j", "n", "s", "j", "u", "i", "x", "k", "n", "f", "t", "w", "a", "y", "j"], ["n", "q", "d", "u", "p", "y", "q", "j", "h", "d", "j", "n", "s", "j", "u", "i", "x", "k", "n", "f", "t", "w", "a", "r"], ["n", "q", "d", "u", "p", "y", "q", "j", "h", "d", "j", "n", "s", "j", "u", "i", "x", "k", "n", "f", "e", "a", "r"], ["n", "q", "d", "u", "p", "y", "q", "j", "h", "d", "j", "n", "s", "j", "u", "i", "x", "k", "n", "f", "z", "r"], ["n", "q", "d", "u", "p", "y", "q", "j", "h", "d", "j", "n", "s", "j", "u", "i", "x", "k", "n", "f", "t"], ["n", "q", "d", "u", "p", "y", "q", "j", "h", "d", "j", "n", "s", "j", "u", "i", "x", "o", "f", "t"], ["n", "q", "d", "u", "p", "y", "q", "j", "h", "d", "j", "n", "s", "j", "q", "x", "o", "f", "t"], ["n", "q", "d", "u", "p", "y", "q", "j", "h", "d", "j", "n", "s", "o", "x", "o", "f", "t"], ["n", "q", "d", "u", "p", "y", "q", "j", "h", "d", "j", "n", "s", "r", "o", "f", "t"], ["n", "q", "d", "u", "p", "y", "q", "j", "h", "d", "j", "n", "s", "x", "f", "t"], ["n", "q", "d", "u", "p", "y", "q", "j", "h", "d", "j", "n", "s", "x", "t"], ["n", "q", "d", "u", "p", "y", "q", "j", "h", "d", "j", "y", "x", "t"], ["n", "q", "d", "u", "p", "y", "q", "j", "h", "d", "j", "q", "t"], ["n", "q", "d", "u", "p", "y", "q", "j", "h", "d", "j", "q"], ["n", "q", "d", "u", "p", "y", "q", "j", "h", "d", "o"], ["n", "q", "d", "u", "p", "y", "q", "j", "m", "o"], ["n", "q", "d", "u", "p", "y", "d", "m", "o"], ["n", "q", "d", "u", "f", "d", "m", "o"], ["n", "g", "u", "f", "d", "m", "o"], ["n", "q", "f", "d", "m", "o"], ["n", "b", "d", "m", "o"], ["h", "d", "m", "o"]]}, "config": {"initial_state": "nqdupyqjhdjnsjuixknftwaqrmej", "length": 28, "num_rules": 30, "num_steps": 25, "rules": ["x, f -> x", "e, a -> z", "q, f -> b", "k, k -> a", "n, b -> h", "y, x -> q", "q, r -> v", "o, x -> r", "t, q -> e", "g, u -> q", "t, w -> e", "h, d -> m", "c, e -> s", "d, j -> h", "h, h -> t", "k, n -> o", "j, q -> o", "n, s -> y", "x, e -> y", "q, j -> d", "v, m -> x", "o, s -> j", "z, r -> t", "e, z -> s", "p, y -> f", "r, o -> x", "q, d -> g", "u, i -> q", "q, t -> q", "y, j -> r"]}, "task_name": "task10", "example_name": "0232", "problem_name": "task10_0232"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nb, t -> r\nb, g -> j\nb, f -> z\ni, h -> y\ns, e -> h\ne, q -> j\nu, i -> b\nh, d -> l\nq, s -> c\nn, k -> m\na, r -> b\nu, v -> p\no, n -> a\ne, j -> e\nl, z -> u\nk, t -> h\ny, t -> g\nr, o -> b\ns, i -> q\nd, z -> s\nk, a -> t\nl, c -> g\nm, e -> i\nl, m -> t\nh, o -> o\ne, r -> o\np, b -> d\nm, r -> l\ng, g -> x\nInitial state:\nu, i, f, e, o, n, r, h, d, n, k, l, z, v, b, e, m, e, r, h, o, g, s, e, k, a, l, q, d, z", "label": {"final": ["z", "o", "d", "e", "x"], "init": ["u", "i", "f", "e", "o", "n", "r", "h", "d", "n", "k", "l", "z", "v", "b", "e", "m", "e", "r", "h", "o", "g", "s", "e", "k", "a", "l", "q", "d", "z"], "intermediate": [["u", "i", "f", "e", "o", "n", "r", "h", "d", "n", "k", "l", "z", "v", "b", "e", "m", "e", "r", "h", "o", "g", "s", "e", "k", "a", "l", "q", "s"], ["u", "i", "f", "e", "o", "n", "r", "h", "d", "n", "k", "l", "z", "v", "b", "e", "m", "e", "r", "h", "o", "g", "s", "e", "k", "a", "l", "c"], ["u", "i", "f", "e", "o", "n", "r", "h", "d", "n", "k", "l", "z", "v", "b", "e", "m", "e", "r", "h", "o", "g", "s", "e", "k", "a", "g"], ["u", "i", "f", "e", "o", "n", "r", "h", "d", "n", "k", "l", "z", "v", "b", "e", "m", "e", "r", "h", "o", "g", "s", "e", "t", "g"], ["u", "i", "f", "e", "o", "n", "r", "h", "d", "n", "k", "l", "z", "v", "b", "e", "m", "e", "r", "h", "o", "g", "h", "t", "g"], ["u", "i", "f", "e", "o", "n", "r", "h", "d", "n", "k", "l", "z", "v", "b", "e", "m", "e", "r", "o", "g", "h", "t", "g"], ["u", "i", "f", "e", "o", "n", "r", "h", "d", "n", "k", "l", "z", "v", "b", "e", "m", "e", "b", "g", "h", "t", "g"], ["u", "i", "f", "e", "o", "n", "r", "h", "d", "n", "k", "l", "z", "v", "b", "e", "m", "e", "j", "h", "t", "g"], ["u", "i", "f", "e", "o", "n", "r", "h", "d", "n", "k", "l", "z", "v", "b", "e", "m", "e", "h", "t", "g"], ["u", "i", "f", "e", "o", "n", "r", "h", "d", "n", "k", "l", "z", "v", "b", "e", "i", "h", "t", "g"], ["u", "i", "f", "e", "o", "n", "r", "h", "d", "n", "k", "l", "z", "v", "b", "e", "y", "t", "g"], ["u", "i", "f", "e", "o", "n", "r", "h", "d", "n", "k", "l", "z", "v", "b", "e", "g", "g"], ["u", "i", "f", "e", "o", "n", "r", "h", "d", "n", "k", "l", "z", "v", "b", "e", "x"], ["u", "i", "f", "e", "o", "n", "r", "h", "d", "n", "k", "u", "v", "b", "e", "x"], ["u", "i", "f", "e", "o", "n", "r", "h", "d", "n", "k", "p", "b", "e", "x"], ["u", "i", "f", "e", "o", "n", "r", "h", "d", "n", "k", "d", "e", "x"], ["u", "i", "f", "e", "o", "n", "r", "h", "d", "m", "d", "e", "x"], ["u", "i", "f", "e", "o", "n", "r", "l", "m", "d", "e", "x"], ["u", "i", "f", "e", "o", "n", "r", "t", "d", "e", "x"], ["u", "i", "f", "e", "a", "r", "t", "d", "e", "x"], ["u", "i", "f", "e", "b", "t", "d", "e", "x"], ["u", "i", "f", "e", "r", "d", "e", "x"], ["u", "i", "f", "o", "d", "e", "x"], ["b", "f", "o", "d", "e", "x"]]}, "config": {"initial_state": "uifeonrhdnklzvbemerhogsekalqdz", "length": 30, "num_rules": 29, "num_steps": 25, "rules": ["b, t -> r", "b, g -> j", "b, f -> z", "i, h -> y", "s, e -> h", "e, q -> j", "u, i -> b", "h, d -> l", "q, s -> c", "n, k -> m", "a, r -> b", "u, v -> p", "o, n -> a", "e, j -> e", "l, z -> u", "k, t -> h", "y, t -> g", "r, o -> b", "s, i -> q", "d, z -> s", "k, a -> t", "l, c -> g", "m, e -> i", "l, m -> t", "h, o -> o", "e, r -> o", "p, b -> d", "m, r -> l", "g, g -> x"]}, "task_name": "task10", "example_name": "0233", "problem_name": "task10_0233"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\ns, h -> p\ng, l -> h\nf, w -> j\ne, m -> q\np, r -> p\ny, e -> p\nw, b -> p\nf, p -> t\ne, f -> k\nd, r -> m\np, k -> c\no, p -> r\np, q -> o\nk, l -> r\nt, p -> e\nm, e -> a\nh, p -> e\nz, p -> b\nq, i -> w\nq, t -> c\ns, c -> l\nl, i -> k\nn, c -> s\nj, p -> p\nm, m -> n\nn, q -> r\np, o -> m\nv, g -> p\ng, p -> z\np, f -> p\nInitial state:\np, q, v, g, f, f, y, e, q, i, g, p, j, p, r, f, d, r, p, o, s, g, l, l, i, e, m, t", "label": {"final": ["r", "e", "l"], "init": ["p", "q", "v", "g", "f", "f", "y", "e", "q", "i", "g", "p", "j", "p", "r", "f", "d", "r", "p", "o", "s", "g", "l", "l", "i", "e", "m", "t"], "intermediate": [["p", "q", "v", "g", "f", "f", "y", "e", "q", "i", "g", "p", "j", "p", "r", "f", "d", "r", "p", "o", "s", "g", "l", "l", "i", "q", "t"], ["p", "q", "v", "g", "f", "f", "y", "e", "q", "i", "g", "p", "j", "p", "r", "f", "d", "r", "p", "o", "s", "g", "l", "l", "i", "c"], ["p", "q", "v", "g", "f", "f", "y", "e", "q", "i", "g", "p", "j", "p", "r", "f", "d", "r", "p", "o", "s", "g", "l", "k", "c"], ["p", "q", "v", "g", "f", "f", "y", "e", "q", "i", "g", "p", "j", "p", "r", "f", "d", "r", "p", "o", "s", "h", "k", "c"], ["p", "q", "v", "g", "f", "f", "y", "e", "q", "i", "g", "p", "j", "p", "r", "f", "d", "r", "p", "o", "p", "k", "c"], ["p", "q", "v", "g", "f", "f", "y", "e", "q", "i", "g", "p", "j", "p", "r", "f", "d", "r", "p", "o", "c", "c"], ["p", "q", "v", "g", "f", "f", "y", "e", "q", "i", "g", "p", "j", "p", "r", "f", "d", "r", "m", "c", "c"], ["p", "q", "v", "g", "f", "f", "y", "e", "q", "i", "g", "p", "j", "p", "r", "f", "m", "m", "c", "c"], ["p", "q", "v", "g", "f", "f", "y", "e", "q", "i", "g", "p", "j", "p", "r", "f", "n", "c", "c"], ["p", "q", "v", "g", "f", "f", "y", "e", "q", "i", "g", "p", "j", "p", "r", "f", "s", "c"], ["p", "q", "v", "g", "f", "f", "y", "e", "q", "i", "g", "p", "j", "p", "r", "f", "l"], ["p", "q", "v", "g", "f", "f", "y", "e", "q", "i", "g", "p", "j", "p", "f", "l"], ["p", "q", "v", "g", "f", "f", "y", "e", "q", "i", "g", "p", "j", "p", "l"], ["p", "q", "v", "g", "f", "f", "y", "e", "q", "i", "g", "p", "p", "l"], ["p", "q", "v", "g", "f", "f", "y", "e", "q", "i", "z", "p", "l"], ["p", "q", "v", "g", "f", "f", "y", "e", "q", "i", "b", "l"], ["p", "q", "v", "g", "f", "f", "y", "e", "w", "b", "l"], ["p", "q", "v", "g", "f", "f", "y", "e", "p", "l"], ["p", "q", "v", "g", "f", "f", "p", "p", "l"], ["p", "q", "v", "g", "f", "t", "p", "l"], ["p", "q", "v", "g", "f", "e", "l"], ["p", "q", "p", "f", "e", "l"], ["p", "q", "p", "e", "l"], ["o", "p", "e", "l"]]}, "config": {"initial_state": "pqvgffyeqigpjprfdrposglliemt", "length": 28, "num_rules": 30, "num_steps": 25, "rules": ["s, h -> p", "g, l -> h", "f, w -> j", "e, m -> q", "p, r -> p", "y, e -> p", "w, b -> p", "f, p -> t", "e, f -> k", "d, r -> m", "p, k -> c", "o, p -> r", "p, q -> o", "k, l -> r", "t, p -> e", "m, e -> a", "h, p -> e", "z, p -> b", "q, i -> w", "q, t -> c", "s, c -> l", "l, i -> k", "n, c -> s", "j, p -> p", "m, m -> n", "n, q -> r", "p, o -> m", "v, g -> p", "g, p -> z", "p, f -> p"]}, "task_name": "task10", "example_name": "0234", "problem_name": "task10_0234"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nl, t -> v\ny, k -> w\nq, h -> q\nk, i -> b\nz, f -> n\nu, b -> t\ny, m -> t\nz, i -> v\nv, z -> w\no, v -> v\nn, v -> y\ny, w -> n\nu, s -> z\nl, s -> z\nv, o -> k\ny, q -> x\nf, t -> y\nu, g -> d\nq, d -> s\nx, d -> y\na, n -> k\no, k -> t\nh, t -> t\nx, v -> f\nu, q -> h\nq, z -> v\nj, m -> t\nu, m -> g\nq, i -> v\nInitial state:\no, l, o, a, n, k, x, u, u, m, q, q, z, u, q, h, u, q, i, o, i, l, s, f, u, s, i, k", "label": {"final": ["v", "k", "n"], "init": ["o", "l", "o", "a", "n", "k", "x", "u", "u", "m", "q", "q", "z", "u", "q", "h", "u", "q", "i", "o", "i", "l", "s", "f", "u", "s", "i", "k"], "intermediate": [["o", "l", "o", "a", "n", "k", "x", "u", "u", "m", "q", "q", "z", "u", "q", "h", "u", "q", "i", "o", "i", "l", "s", "f", "z", "i", "k"], ["o", "l", "o", "a", "n", "k", "x", "u", "u", "m", "q", "q", "z", "u", "q", "h", "u", "q", "i", "o", "i", "l", "s", "f", "v", "k"], ["o", "l", "o", "a", "n", "k", "x", "u", "u", "m", "q", "q", "z", "u", "q", "h", "u", "q", "i", "o", "i", "z", "f", "v", "k"], ["o", "l", "o", "a", "n", "k", "x", "u", "u", "m", "q", "q", "z", "u", "q", "h", "u", "q", "i", "o", "i", "n", "v", "k"], ["o", "l", "o", "a", "n", "k", "x", "u", "u", "m", "q", "q", "z", "u", "q", "h", "u", "q", "i", "o", "i", "y", "k"], ["o", "l", "o", "a", "n", "k", "x", "u", "u", "m", "q", "q", "z", "u", "q", "h", "u", "q", "i", "o", "i", "w"], ["o", "l", "o", "a", "n", "k", "x", "u", "u", "m", "q", "q", "z", "u", "q", "h", "u", "v", "o", "i", "w"], ["o", "l", "o", "a", "n", "k", "x", "u", "u", "m", "q", "q", "z", "u", "q", "h", "u", "k", "i", "w"], ["o", "l", "o", "a", "n", "k", "x", "u", "u", "m", "q", "q", "z", "u", "q", "h", "u", "b", "w"], ["o", "l", "o", "a", "n", "k", "x", "u", "u", "m", "q", "q", "z", "u", "q", "h", "t", "w"], ["o", "l", "o", "a", "n", "k", "x", "u", "u", "m", "q", "q", "z", "u", "q", "t", "w"], ["o", "l", "o", "a", "n", "k", "x", "u", "u", "m", "q", "q", "z", "h", "t", "w"], ["o", "l", "o", "a", "n", "k", "x", "u", "u", "m", "q", "q", "z", "t", "w"], ["o", "l", "o", "a", "n", "k", "x", "u", "u", "m", "q", "v", "t", "w"], ["o", "l", "o", "a", "n", "k", "x", "u", "g", "q", "v", "t", "w"], ["o", "l", "o", "a", "n", "k", "x", "d", "q", "v", "t", "w"], ["o", "l", "o", "a", "n", "k", "y", "q", "v", "t", "w"], ["o", "l", "o", "a", "n", "k", "x", "v", "t", "w"], ["o", "l", "o", "a", "n", "k", "f", "t", "w"], ["o", "l", "o", "a", "n", "k", "y", "w"], ["o", "l", "o", "a", "n", "k", "n"], ["o", "l", "o", "k", "k", "n"], ["o", "l", "t", "k", "n"], ["o", "v", "k", "n"]]}, "config": {"initial_state": "oloankxuumqqzuqhuqioilsfusik", "length": 28, "num_rules": 29, "num_steps": 25, "rules": ["l, t -> v", "y, k -> w", "q, h -> q", "k, i -> b", "z, f -> n", "u, b -> t", "y, m -> t", "z, i -> v", "v, z -> w", "o, v -> v", "n, v -> y", "y, w -> n", "u, s -> z", "l, s -> z", "v, o -> k", "y, q -> x", "f, t -> y", "u, g -> d", "q, d -> s", "x, d -> y", "a, n -> k", "o, k -> t", "h, t -> t", "x, v -> f", "u, q -> h", "q, z -> v", "j, m -> t", "u, m -> g", "q, i -> v"]}, "task_name": "task10", "example_name": "0235", "problem_name": "task10_0235"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nq, l -> y\ne, h -> p\ni, h -> r\nb, v -> l\nb, n -> g\ny, w -> b\ni, j -> g\nt, j -> b\ng, j -> t\nk, c -> g\nr, o -> y\nz, z -> v\nm, e -> r\nw, i -> q\nq, t -> v\ny, b -> m\nr, w -> l\nt, b -> l\nv, d -> b\nf, f -> h\nf, t -> w\nd, f -> f\nv, i -> r\nn, d -> o\nl, r -> f\nq, m -> e\nl, d -> k\nl, b -> l\nx, e -> r\nInitial state:\ni, h, w, v, i, t, i, x, e, n, d, q, t, d, f, f, l, d, c, j, j, z, z, t, q, l, b, w", "label": {"final": ["p", "l", "l"], "init": ["i", "h", "w", "v", "i", "t", "i", "x", "e", "n", "d", "q", "t", "d", "f", "f", "l", "d", "c", "j", "j", "z", "z", "t", "q", "l", "b", "w"], "intermediate": [["i", "h", "w", "v", "i", "t", "i", "x", "e", "n", "d", "q", "t", "d", "f", "f", "l", "d", "c", "j", "j", "z", "z", "t", "q", "l", "w"], ["i", "h", "w", "v", "i", "t", "i", "x", "e", "n", "d", "q", "t", "d", "f", "f", "l", "d", "c", "j", "j", "z", "z", "t", "y", "w"], ["i", "h", "w", "v", "i", "t", "i", "x", "e", "n", "d", "q", "t", "d", "f", "f", "l", "d", "c", "j", "j", "z", "z", "t", "b"], ["i", "h", "w", "v", "i", "t", "i", "x", "e", "n", "d", "q", "t", "d", "f", "f", "l", "d", "c", "j", "j", "z", "z", "l"], ["i", "h", "w", "v", "i", "t", "i", "x", "e", "n", "d", "q", "t", "d", "f", "f", "l", "d", "c", "j", "j", "v", "l"], ["i", "h", "w", "v", "i", "t", "i", "x", "e", "n", "d", "q", "t", "d", "f", "f", "k", "c", "j", "j", "v", "l"], ["i", "h", "w", "v", "i", "t", "i", "x", "e", "n", "d", "q", "t", "d", "f", "f", "g", "j", "j", "v", "l"], ["i", "h", "w", "v", "i", "t", "i", "x", "e", "n", "d", "q", "t", "d", "f", "f", "t", "j", "v", "l"], ["i", "h", "w", "v", "i", "t", "i", "x", "e", "n", "d", "q", "t", "d", "f", "f", "b", "v", "l"], ["i", "h", "w", "v", "i", "t", "i", "x", "e", "n", "d", "q", "t", "d", "f", "f", "l", "l"], ["i", "h", "w", "v", "i", "t", "i", "x", "e", "n", "d", "q", "t", "d", "h", "l", "l"], ["i", "h", "w", "v", "i", "t", "i", "x", "e", "n", "d", "v", "d", "h", "l", "l"], ["i", "h", "w", "v", "i", "t", "i", "x", "e", "n", "d", "b", "h", "l", "l"], ["i", "h", "w", "v", "i", "t", "i", "x", "e", "o", "b", "h", "l", "l"], ["i", "h", "w", "v", "i", "t", "i", "r", "o", "b", "h", "l", "l"], ["i", "h", "w", "v", "i", "t", "i", "y", "b", "h", "l", "l"], ["i", "h", "w", "v", "i", "t", "i", "m", "h", "l", "l"], ["i", "h", "w", "r", "t", "i", "m", "h", "l", "l"], ["r", "w", "r", "t", "i", "m", "h", "l", "l"], ["l", "r", "t", "i", "m", "h", "l", "l"], ["f", "t", "i", "m", "h", "l", "l"], ["w", "i", "m", "h", "l", "l"], ["q", "m", "h", "l", "l"], ["e", "h", "l", "l"]]}, "config": {"initial_state": "ihwvitixendqtdffldcjjzztqlbw", "length": 28, "num_rules": 29, "num_steps": 25, "rules": ["q, l -> y", "e, h -> p", "i, h -> r", "b, v -> l", "b, n -> g", "y, w -> b", "i, j -> g", "t, j -> b", "g, j -> t", "k, c -> g", "r, o -> y", "z, z -> v", "m, e -> r", "w, i -> q", "q, t -> v", "y, b -> m", "r, w -> l", "t, b -> l", "v, d -> b", "f, f -> h", "f, t -> w", "d, f -> f", "v, i -> r", "n, d -> o", "l, r -> f", "q, m -> e", "l, d -> k", "l, b -> l", "x, e -> r"]}, "task_name": "task10", "example_name": "0236", "problem_name": "task10_0236"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nh, b -> v\np, e -> z\nm, e -> e\nf, y -> b\nk, u -> o\nr, w -> s\nh, w -> k\no, i -> m\np, i -> m\nr, r -> e\nu, e -> y\ns, h -> e\ni, v -> p\na, s -> o\nj, y -> q\nu, z -> o\nc, s -> s\nw, c -> p\nm, q -> r\nw, o -> e\nm, z -> b\nr, b -> y\nl, y -> i\nx, o -> r\nv, v -> w\nv, o -> r\nk, g -> o\nw, p -> y\nInitial state:\nx, u, z, m, j, y, h, m, v, v, c, r, w, h, a, c, s, f, u, e, o, l, r, b, w, k, g, p, i", "label": {"final": ["e", "y", "e", "m"], "init": ["x", "u", "z", "m", "j", "y", "h", "m", "v", "v", "c", "r", "w", "h", "a", "c", "s", "f", "u", "e", "o", "l", "r", "b", "w", "k", "g", "p", "i"], "intermediate": [["x", "u", "z", "m", "j", "y", "h", "m", "v", "v", "c", "r", "w", "h", "a", "c", "s", "f", "u", "e", "o", "l", "r", "b", "w", "k", "g", "m"], ["x", "u", "z", "m", "j", "y", "h", "m", "v", "v", "c", "r", "w", "h", "a", "c", "s", "f", "u", "e", "o", "l", "r", "b", "w", "o", "m"], ["x", "u", "z", "m", "j", "y", "h", "m", "v", "v", "c", "r", "w", "h", "a", "c", "s", "f", "u", "e", "o", "l", "r", "b", "e", "m"], ["x", "u", "z", "m", "j", "y", "h", "m", "v", "v", "c", "r", "w", "h", "a", "c", "s", "f", "u", "e", "o", "l", "y", "e", "m"], ["x", "u", "z", "m", "j", "y", "h", "m", "v", "v", "c", "r", "w", "h", "a", "c", "s", "f", "u", "e", "o", "i", "e", "m"], ["x", "u", "z", "m", "j", "y", "h", "m", "v", "v", "c", "r", "w", "h", "a", "c", "s", "f", "u", "e", "m", "e", "m"], ["x", "u", "z", "m", "j", "y", "h", "m", "v", "v", "c", "r", "w", "h", "a", "c", "s", "f", "u", "e", "e", "m"], ["x", "u", "z", "m", "j", "y", "h", "m", "v", "v", "c", "r", "w", "h", "a", "c", "s", "f", "y", "e", "m"], ["x", "u", "z", "m", "j", "y", "h", "m", "v", "v", "c", "r", "w", "h", "a", "c", "s", "b", "e", "m"], ["x", "u", "z", "m", "j", "y", "h", "m", "v", "v", "c", "r", "w", "h", "a", "s", "b", "e", "m"], ["x", "u", "z", "m", "j", "y", "h", "m", "v", "v", "c", "r", "w", "h", "o", "b", "e", "m"], ["x", "u", "z", "m", "j", "y", "h", "m", "v", "v", "c", "s", "h", "o", "b", "e", "m"], ["x", "u", "z", "m", "j", "y", "h", "m", "v", "v", "c", "e", "o", "b", "e", "m"], ["x", "u", "z", "m", "j", "y", "h", "m", "w", "c", "e", "o", "b", "e", "m"], ["x", "u", "z", "m", "j", "y", "h", "m", "p", "e", "o", "b", "e", "m"], ["x", "u", "z", "m", "j", "y", "h", "m", "z", "o", "b", "e", "m"], ["x", "u", "z", "m", "j", "y", "h", "b", "o", "b", "e", "m"], ["x", "u", "z", "m", "j", "y", "v", "o", "b", "e", "m"], ["x", "u", "z", "m", "j", "y", "r", "b", "e", "m"], ["x", "u", "z", "m", "j", "y", "y", "e", "m"], ["x", "u", "z", "m", "q", "y", "e", "m"], ["x", "u", "z", "r", "y", "e", "m"], ["x", "o", "r", "y", "e", "m"], ["r", "r", "y", "e", "m"]]}, "config": {"initial_state": "xuzmjyhmvvcrwhacsfueolrbwkgpi", "length": 29, "num_rules": 28, "num_steps": 25, "rules": ["h, b -> v", "p, e -> z", "m, e -> e", "f, y -> b", "k, u -> o", "r, w -> s", "h, w -> k", "o, i -> m", "p, i -> m", "r, r -> e", "u, e -> y", "s, h -> e", "i, v -> p", "a, s -> o", "j, y -> q", "u, z -> o", "c, s -> s", "w, c -> p", "m, q -> r", "w, o -> e", "m, z -> b", "r, b -> y", "l, y -> i", "x, o -> r", "v, v -> w", "v, o -> r", "k, g -> o", "w, p -> y"]}, "task_name": "task10", "example_name": "0237", "problem_name": "task10_0237"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nw, x -> w\nt, t -> b\nv, s -> p\nb, y -> l\ne, b -> u\nr, x -> y\ng, h -> o\ny, q -> y\ni, l -> j\no, f -> e\nf, z -> b\nq, d -> l\ng, b -> x\nk, b -> e\np, f -> e\na, y -> p\nb, l -> w\np, h -> t\nl, j -> a\nb, a -> a\nb, j -> g\nt, c -> i\nw, g -> k\nu, j -> a\ne, e -> l\nk, x -> z\ng, k -> i\nm, a -> f\ne, a -> m\nl, p -> g\nInitial state:\nb, j, h, f, q, d, j, b, l, g, b, e, e, u, g, k, m, b, a, z, y, r, x, t, v, s, h, b", "label": {"final": ["m", "w", "b"], "init": ["b", "j", "h", "f", "q", "d", "j", "b", "l", "g", "b", "e", "e", "u", "g", "k", "m", "b", "a", "z", "y", "r", "x", "t", "v", "s", "h", "b"], "intermediate": [["b", "j", "h", "f", "q", "d", "j", "b", "l", "g", "b", "e", "e", "u", "g", "k", "m", "b", "a", "z", "y", "r", "x", "t", "p", "h", "b"], ["b", "j", "h", "f", "q", "d", "j", "b", "l", "g", "b", "e", "e", "u", "g", "k", "m", "b", "a", "z", "y", "r", "x", "t", "t", "b"], ["b", "j", "h", "f", "q", "d", "j", "b", "l", "g", "b", "e", "e", "u", "g", "k", "m", "b", "a", "z", "y", "r", "x", "b", "b"], ["b", "j", "h", "f", "q", "d", "j", "b", "l", "g", "b", "e", "e", "u", "g", "k", "m", "b", "a", "z", "y", "y", "b", "b"], ["b", "j", "h", "f", "q", "d", "j", "b", "l", "g", "b", "e", "e", "u", "g", "k", "m", "a", "z", "y", "y", "b", "b"], ["b", "j", "h", "f", "q", "d", "j", "b", "l", "g", "b", "e", "e", "u", "g", "k", "f", "z", "y", "y", "b", "b"], ["b", "j", "h", "f", "q", "d", "j", "b", "l", "g", "b", "e", "e", "u", "g", "k", "b", "y", "y", "b", "b"], ["b", "j", "h", "f", "q", "d", "j", "b", "l", "g", "b", "e", "e", "u", "g", "k", "l", "y", "b", "b"], ["b", "j", "h", "f", "q", "d", "j", "b", "l", "g", "b", "e", "e", "u", "i", "l", "y", "b", "b"], ["b", "j", "h", "f", "q", "d", "j", "b", "l", "g", "b", "e", "e", "u", "j", "y", "b", "b"], ["b", "j", "h", "f", "q", "d", "j", "b", "l", "g", "b", "e", "e", "a", "y", "b", "b"], ["b", "j", "h", "f", "q", "d", "j", "b", "l", "g", "b", "e", "e", "p", "b", "b"], ["b", "j", "h", "f", "q", "d", "j", "b", "l", "g", "b", "l", "p", "b", "b"], ["b", "j", "h", "f", "q", "d", "j", "b", "l", "g", "b", "g", "b", "b"], ["b", "j", "h", "f", "q", "d", "j", "b", "l", "g", "b", "x", "b"], ["b", "j", "h", "f", "q", "d", "j", "b", "l", "x", "x", "b"], ["b", "j", "h", "f", "q", "d", "j", "w", "x", "x", "b"], ["b", "j", "h", "f", "q", "d", "j", "w", "x", "b"], ["b", "j", "h", "f", "q", "d", "j", "w", "b"], ["b", "j", "h", "f", "l", "j", "w", "b"], ["b", "j", "h", "f", "a", "w", "b"], ["g", "h", "f", "a", "w", "b"], ["o", "f", "a", "w", "b"], ["e", "a", "w", "b"]]}, "config": {"initial_state": "bjhfqdjblgbeeugkmbazyrxtvshb", "length": 28, "num_rules": 30, "num_steps": 25, "rules": ["w, x -> w", "t, t -> b", "v, s -> p", "b, y -> l", "e, b -> u", "r, x -> y", "g, h -> o", "y, q -> y", "i, l -> j", "o, f -> e", "f, z -> b", "q, d -> l", "g, b -> x", "k, b -> e", "p, f -> e", "a, y -> p", "b, l -> w", "p, h -> t", "l, j -> a", "b, a -> a", "b, j -> g", "t, c -> i", "w, g -> k", "u, j -> a", "e, e -> l", "k, x -> z", "g, k -> i", "m, a -> f", "e, a -> m", "l, p -> g"]}, "task_name": "task10", "example_name": "0238", "problem_name": "task10_0238"}
+{"prompt": "Replace two characters following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of (A, B -> C), which means if you find A and B sequentially in this order, replace them with C; you should not replace B and A with C. \nApply the replacement step by step from right to left of a given list as the initial state. \n\nProvide the final state along with the intermediate states, where the intermediate states contain each state after each replacement.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nRules:\nn, s -> r\nu, u -> d\nv, d -> m\nb, m -> n\nr, b -> n\nr, i -> c\nk, b -> u\nt, l -> i\nl, m -> i\ng, h -> q\no, n -> x\nb, i -> r\nx, a -> g\ns, d -> b\nm, q -> y\ns, j -> v\nw, g -> i\ng, w -> s\nn, k -> j\ng, e -> i\na, l -> b\nq, l -> h\ni, i -> i\nt, x -> d\nu, i -> v\nv, h -> y\nt, z -> s\ny, c -> k\ny, k -> q\nInitial state:\nm, g, q, l, v, h, c, t, z, t, o, n, u, w, g, u, k, a, l, b, g, e, b, g, w, i, t, l", "label": {"final": ["q", "n", "c"], "init": ["m", "g", "q", "l", "v", "h", "c", "t", "z", "t", "o", "n", "u", "w", "g", "u", "k", "a", "l", "b", "g", "e", "b", "g", "w", "i", "t", "l"], "intermediate": [["m", "g", "q", "l", "v", "h", "c", "t", "z", "t", "o", "n", "u", "w", "g", "u", "k", "a", "l", "b", "g", "e", "b", "g", "w", "i", "i"], ["m", "g", "q", "l", "v", "h", "c", "t", "z", "t", "o", "n", "u", "w", "g", "u", "k", "a", "l", "b", "g", "e", "b", "g", "w", "i"], ["m", "g", "q", "l", "v", "h", "c", "t", "z", "t", "o", "n", "u", "w", "g", "u", "k", "a", "l", "b", "g", "e", "b", "s", "i"], ["m", "g", "q", "l", "v", "h", "c", "t", "z", "t", "o", "n", "u", "w", "g", "u", "k", "a", "l", "b", "i", "b", "s", "i"], ["m", "g", "q", "l", "v", "h", "c", "t", "z", "t", "o", "n", "u", "w", "g", "u", "k", "a", "l", "r", "b", "s", "i"], ["m", "g", "q", "l", "v", "h", "c", "t", "z", "t", "o", "n", "u", "w", "g", "u", "k", "a", "l", "n", "s", "i"], ["m", "g", "q", "l", "v", "h", "c", "t", "z", "t", "o", "n", "u", "w", "g", "u", "k", "a", "l", "r", "i"], ["m", "g", "q", "l", "v", "h", "c", "t", "z", "t", "o", "n", "u", "w", "g", "u", "k", "a", "l", "c"], ["m", "g", "q", "l", "v", "h", "c", "t", "z", "t", "o", "n", "u", "w", "g", "u", "k", "b", "c"], ["m", "g", "q", "l", "v", "h", "c", "t", "z", "t", "o", "n", "u", "w", "g", "u", "u", "c"], ["m", "g", "q", "l", "v", "h", "c", "t", "z", "t", "o", "n", "u", "w", "g", "d", "c"], ["m", "g", "q", "l", "v", "h", "c", "t", "z", "t", "o", "n", "u", "i", "d", "c"], ["m", "g", "q", "l", "v", "h", "c", "t", "z", "t", "o", "n", "v", "d", "c"], ["m", "g", "q", "l", "v", "h", "c", "t", "z", "t", "o", "n", "m", "c"], ["m", "g", "q", "l", "v", "h", "c", "t", "z", "t", "x", "m", "c"], ["m", "g", "q", "l", "v", "h", "c", "t", "z", "d", "m", "c"], ["m", "g", "q", "l", "v", "h", "c", "s", "d", "m", "c"], ["m", "g", "q", "l", "v", "h", "c", "b", "m", "c"], ["m", "g", "q", "l", "v", "h", "c", "n", "c"], ["m", "g", "q", "l", "y", "c", "n", "c"], ["m", "g", "q", "l", "k", "n", "c"], ["m", "g", "h", "k", "n", "c"], ["m", "q", "k", "n", "c"], ["y", "k", "n", "c"]]}, "config": {"initial_state": "mgqlvhctztonuwgukalbgebgwitl", "length": 28, "num_rules": 29, "num_steps": 25, "rules": ["n, s -> r", "u, u -> d", "v, d -> m", "b, m -> n", "r, b -> n", "r, i -> c", "k, b -> u", "t, l -> i", "l, m -> i", "g, h -> q", "o, n -> x", "b, i -> r", "x, a -> g", "s, d -> b", "m, q -> y", "s, j -> v", "w, g -> i", "g, w -> s", "n, k -> j", "g, e -> i", "a, l -> b", "q, l -> h", "i, i -> i", "t, x -> d", "u, i -> v", "v, h -> y", "t, z -> s", "y, c -> k", "y, k -> q"]}, "task_name": "task10", "example_name": "0239", "problem_name": "task10_0239"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: rrdajhvrpordle\nrules:\na -> xq\no -> bd", "label": {"final": "rrdxqjhvrpbdrdle", "init": "rrdajhvrpordle", "intermediate": ["rrdxqjhvrpordle"]}, "config": {"characters": "rrdajhvrpordle", "length": 14, "num_rules": 2, "rules": {"a": ["x", "q"], "o": ["b", "d"]}}, "task_name": "task11", "example_name": "0000", "problem_name": "task11_0000"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ucxvrfzllrzowozxo\nrules:\nf -> gw\nu -> xi", "label": {"final": "xicxvrgwzllrzowozxo", "init": "ucxvrfzllrzowozxo", "intermediate": ["xicxvrfzllrzowozxo"]}, "config": {"characters": "ucxvrfzllrzowozxo", "length": 17, "num_rules": 2, "rules": {"f": ["g", "w"], "u": ["x", "i"]}}, "task_name": "task11", "example_name": "0001", "problem_name": "task11_0001"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: mpsnjilswgzmo\nrules:\nw -> fq\ng -> sy", "label": {"final": "mpsnjilsfqsyzmo", "init": "mpsnjilswgzmo", "intermediate": ["mpsnjilsfqgzmo"]}, "config": {"characters": "mpsnjilswgzmo", "length": 13, "num_rules": 2, "rules": {"g": ["s", "y"], "w": ["f", "q"]}}, "task_name": "task11", "example_name": "0002", "problem_name": "task11_0002"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: znaiuvqf\nrules:\nq -> vh\ni -> yj", "label": {"final": "znayjuvvhf", "init": "znaiuvqf", "intermediate": ["znayjuvqf"]}, "config": {"characters": "znaiuvqf", "length": 8, "num_rules": 2, "rules": {"i": ["y", "j"], "q": ["v", "h"]}}, "task_name": "task11", "example_name": "0003", "problem_name": "task11_0003"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: yroqdnskgki\nrules:\ns -> ct\nn -> kq", "label": {"final": "yroqdkqctkgki", "init": "yroqdnskgki", "intermediate": ["yroqdkqskgki"]}, "config": {"characters": "yroqdnskgki", "length": 11, "num_rules": 2, "rules": {"n": ["k", "q"], "s": ["c", "t"]}}, "task_name": "task11", "example_name": "0004", "problem_name": "task11_0004"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: emudmljkqhvu\nrules:\nd -> mp\nv -> zx", "label": {"final": "emumpmljkqhzxu", "init": "emudmljkqhvu", "intermediate": ["emumpmljkqhvu"]}, "config": {"characters": "emudmljkqhvu", "length": 12, "num_rules": 2, "rules": {"d": ["m", "p"], "v": ["z", "x"]}}, "task_name": "task11", "example_name": "0005", "problem_name": "task11_0005"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: lritmyveuvcgx\nrules:\ny -> er\nx -> td", "label": {"final": "lritmerveuvcgtd", "init": "lritmyveuvcgx", "intermediate": ["lritmerveuvcgx"]}, "config": {"characters": "lritmyveuvcgx", "length": 13, "num_rules": 2, "rules": {"x": ["t", "d"], "y": ["e", "r"]}}, "task_name": "task11", "example_name": "0006", "problem_name": "task11_0006"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: cadkmhjvwx\nrules:\nk -> zm\nx -> fu", "label": {"final": "cadzmmhjvwfu", "init": "cadkmhjvwx", "intermediate": ["cadzmmhjvwx"]}, "config": {"characters": "cadkmhjvwx", "length": 10, "num_rules": 2, "rules": {"k": ["z", "m"], "x": ["f", "u"]}}, "task_name": "task11", "example_name": "0007", "problem_name": "task11_0007"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: jhaxukzxdvkigkbb\nrules:\nu -> hm\nv -> od", "label": {"final": "jhaxhmkzxdodkigkbb", "init": "jhaxukzxdvkigkbb", "intermediate": ["jhaxhmkzxdvkigkbb"]}, "config": {"characters": "jhaxukzxdvkigkbb", "length": 16, "num_rules": 2, "rules": {"u": ["h", "m"], "v": ["o", "d"]}}, "task_name": "task11", "example_name": "0008", "problem_name": "task11_0008"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: jrvcvbduneox\nrules:\nb -> fz\ne -> mg", "label": {"final": "jrvcvfzdunmgox", "init": "jrvcvbduneox", "intermediate": ["jrvcvfzduneox"]}, "config": {"characters": "jrvcvbduneox", "length": 12, "num_rules": 2, "rules": {"b": ["f", "z"], "e": ["m", "g"]}}, "task_name": "task11", "example_name": "0009", "problem_name": "task11_0009"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ibywrmffbcm\nrules:\nm -> qj\nc -> ag", "label": {"final": "ibywrqjffbagqj", "init": "ibywrmffbcm", "intermediate": ["ibywrqjffbcm", "ibywrqjffbagm"]}, "config": {"characters": "ibywrmffbcm", "length": 11, "num_rules": 2, "rules": {"c": ["a", "g"], "m": ["q", "j"]}}, "task_name": "task11", "example_name": "0010", "problem_name": "task11_0010"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: aioqwidmvcxmq\nrules:\nv -> wu\na -> qg\nc -> ml", "label": {"final": "qgioqwidmwumlxmq", "init": "aioqwidmvcxmq", "intermediate": ["qgioqwidmvcxmq", "qgioqwidmwucxmq"]}, "config": {"characters": "aioqwidmvcxmq", "length": 13, "num_rules": 3, "rules": {"a": ["q", "g"], "c": ["m", "l"], "v": ["w", "u"]}}, "task_name": "task11", "example_name": "0011", "problem_name": "task11_0011"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: lujebycr\nrules:\nr -> lu\nc -> ho\ne -> ms", "label": {"final": "lujmsbyholu", "init": "lujebycr", "intermediate": ["lujmsbycr", "lujmsbyhor"]}, "config": {"characters": "lujebycr", "length": 8, "num_rules": 3, "rules": {"c": ["h", "o"], "e": ["m", "s"], "r": ["l", "u"]}}, "task_name": "task11", "example_name": "0012", "problem_name": "task11_0012"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: pbiqahuxzmdmzpa\nrules:\nu -> kr\nh -> wj\nb -> dw", "label": {"final": "pdwiqawjkrxzmdmzpa", "init": "pbiqahuxzmdmzpa", "intermediate": ["pdwiqahuxzmdmzpa", "pdwiqawjuxzmdmzpa"]}, "config": {"characters": "pbiqahuxzmdmzpa", "length": 15, "num_rules": 3, "rules": {"b": ["d", "w"], "h": ["w", "j"], "u": ["k", "r"]}}, "task_name": "task11", "example_name": "0013", "problem_name": "task11_0013"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: wpvslzem\nrules:\nw -> dd\nm -> gt\ns -> gx", "label": {"final": "ddpvgxlzegt", "init": "wpvslzem", "intermediate": ["ddpvslzem", "ddpvgxlzem"]}, "config": {"characters": "wpvslzem", "length": 8, "num_rules": 3, "rules": {"m": ["g", "t"], "s": ["g", "x"], "w": ["d", "d"]}}, "task_name": "task11", "example_name": "0014", "problem_name": "task11_0014"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: uyukmpzl\nrules:\ny -> ge\np -> bf\nk -> sf", "label": {"final": "ugeusfmbfzl", "init": "uyukmpzl", "intermediate": ["ugeukmpzl", "ugeusfmpzl"]}, "config": {"characters": "uyukmpzl", "length": 8, "num_rules": 3, "rules": {"k": ["s", "f"], "p": ["b", "f"], "y": ["g", "e"]}}, "task_name": "task11", "example_name": "0015", "problem_name": "task11_0015"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: qjoyibutx\nrules:\nu -> fv\nq -> zx\nb -> cg", "label": {"final": "zxjoyicgfvtx", "init": "qjoyibutx", "intermediate": ["zxjoyibutx", "zxjoyicgutx"]}, "config": {"characters": "qjoyibutx", "length": 9, "num_rules": 3, "rules": {"b": ["c", "g"], "q": ["z", "x"], "u": ["f", "v"]}}, "task_name": "task11", "example_name": "0016", "problem_name": "task11_0016"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: itibxdzl\nrules:\nd -> fu\nl -> kg\nx -> bj", "label": {"final": "itibbjfuzkg", "init": "itibxdzl", "intermediate": ["itibbjdzl", "itibbjfuzl"]}, "config": {"characters": "itibxdzl", "length": 8, "num_rules": 3, "rules": {"d": ["f", "u"], "l": ["k", "g"], "x": ["b", "j"]}}, "task_name": "task11", "example_name": "0017", "problem_name": "task11_0017"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: oxnuwnvgubryeoi\nrules:\nx -> gs\nu -> zk", "label": {"final": "ogsnzkwnvgzkbryeoi", "init": "oxnuwnvgubryeoi", "intermediate": ["ogsnuwnvgubryeoi", "ogsnzkwnvgubryeoi"]}, "config": {"characters": "oxnuwnvgubryeoi", "length": 15, "num_rules": 2, "rules": {"u": ["z", "k"], "x": ["g", "s"]}}, "task_name": "task11", "example_name": "0018", "problem_name": "task11_0018"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: crcaexsxhhoqfzy\nrules:\nf -> lb\ns -> gt\no -> qi", "label": {"final": "crcaexgtxhhqiqlbzy", "init": "crcaexsxhhoqfzy", "intermediate": ["crcaexgtxhhoqfzy", "crcaexgtxhhqiqfzy"]}, "config": {"characters": "crcaexsxhhoqfzy", "length": 15, "num_rules": 3, "rules": {"f": ["l", "b"], "o": ["q", "i"], "s": ["g", "t"]}}, "task_name": "task11", "example_name": "0019", "problem_name": "task11_0019"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: icesvqhlacebl\nrules:\nc -> xz\na -> lt\ni -> pu", "label": {"final": "puxzesvqhlltxzebl", "init": "icesvqhlacebl", "intermediate": ["pucesvqhlacebl", "puxzesvqhlacebl", "puxzesvqhlltcebl"]}, "config": {"characters": "icesvqhlacebl", "length": 13, "num_rules": 3, "rules": {"a": ["l", "t"], "c": ["x", "z"], "i": ["p", "u"]}}, "task_name": "task11", "example_name": "0020", "problem_name": "task11_0020"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: rzobjknezjnmo\nrules:\nr -> nd\nk -> nj\nm -> zh\ne -> us", "label": {"final": "ndzobjnjnuszjnzho", "init": "rzobjknezjnmo", "intermediate": ["ndzobjknezjnmo", "ndzobjnjnezjnmo", "ndzobjnjnuszjnmo"]}, "config": {"characters": "rzobjknezjnmo", "length": 13, "num_rules": 4, "rules": {"e": ["u", "s"], "k": ["n", "j"], "m": ["z", "h"], "r": ["n", "d"]}}, "task_name": "task11", "example_name": "0021", "problem_name": "task11_0021"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ijryqifbbw\nrules:\ny -> qf\nb -> qu\nj -> dz", "label": {"final": "idzrqfqifququw", "init": "ijryqifbbw", "intermediate": ["idzryqifbbw", "idzrqfqifbbw", "idzrqfqifqubw"]}, "config": {"characters": "ijryqifbbw", "length": 10, "num_rules": 3, "rules": {"b": ["q", "u"], "j": ["d", "z"], "y": ["q", "f"]}}, "task_name": "task11", "example_name": "0022", "problem_name": "task11_0022"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: yhongcpnacqoqrxv\nrules:\ng -> on\na -> hw\nx -> sz\nv -> fn", "label": {"final": "yhononcpnhwcqoqrszfn", "init": "yhongcpnacqoqrxv", "intermediate": ["yhononcpnacqoqrxv", "yhononcpnhwcqoqrxv", "yhononcpnhwcqoqrszv"]}, "config": {"characters": "yhongcpnacqoqrxv", "length": 16, "num_rules": 4, "rules": {"a": ["h", "w"], "g": ["o", "n"], "v": ["f", "n"], "x": ["s", "z"]}}, "task_name": "task11", "example_name": "0023", "problem_name": "task11_0023"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: wbhlplgbdq\nrules:\nl -> fa\nb -> ry", "label": {"final": "wryhfapfagrydq", "init": "wbhlplgbdq", "intermediate": ["wryhlplgbdq", "wryhfaplgbdq", "wryhfapfagbdq"]}, "config": {"characters": "wbhlplgbdq", "length": 10, "num_rules": 2, "rules": {"b": ["r", "y"], "l": ["f", "a"]}}, "task_name": "task11", "example_name": "0024", "problem_name": "task11_0024"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ryzvdhlomxqx\nrules:\ny -> np\nz -> jj\nx -> in", "label": {"final": "rnpjjvdhlominqin", "init": "ryzvdhlomxqx", "intermediate": ["rnpzvdhlomxqx", "rnpjjvdhlomxqx", "rnpjjvdhlominqx"]}, "config": {"characters": "ryzvdhlomxqx", "length": 12, "num_rules": 3, "rules": {"x": ["i", "n"], "y": ["n", "p"], "z": ["j", "j"]}}, "task_name": "task11", "example_name": "0025", "problem_name": "task11_0025"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: wqtpjasnarhoe\nrules:\nj -> oo\na -> ip\nn -> ve", "label": {"final": "wqtpooipsveiprhoe", "init": "wqtpjasnarhoe", "intermediate": ["wqtpooasnarhoe", "wqtpooipsnarhoe", "wqtpooipsvearhoe"]}, "config": {"characters": "wqtpjasnarhoe", "length": 13, "num_rules": 3, "rules": {"a": ["i", "p"], "j": ["o", "o"], "n": ["v", "e"]}}, "task_name": "task11", "example_name": "0026", "problem_name": "task11_0026"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: gcahzupfkishwok\nrules:\nh -> rp\nu -> pc\ni -> ex", "label": {"final": "gcarpzpcpfkexsrpwok", "init": "gcahzupfkishwok", "intermediate": ["gcarpzupfkishwok", "gcarpzpcpfkishwok", "gcarpzpcpfkexshwok"]}, "config": {"characters": "gcahzupfkishwok", "length": 15, "num_rules": 3, "rules": {"h": ["r", "p"], "i": ["e", "x"], "u": ["p", "c"]}}, "task_name": "task11", "example_name": "0027", "problem_name": "task11_0027"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: dsxzatwllxsdvybth\nrules:\nt -> qg\ns -> rk", "label": {"final": "drkxzaqgwllxrkdvybqgh", "init": "dsxzatwllxsdvybth", "intermediate": ["drkxzatwllxsdvybth", "drkxzaqgwllxsdvybth", "drkxzaqgwllxrkdvybth"]}, "config": {"characters": "dsxzatwllxsdvybth", "length": 17, "num_rules": 2, "rules": {"s": ["r", "k"], "t": ["q", "g"]}}, "task_name": "task11", "example_name": "0028", "problem_name": "task11_0028"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: dvuzhusboembl\nrules:\nl -> xt\nh -> nf\no -> wk\ns -> vt", "label": {"final": "dvuznfuvtbwkembxt", "init": "dvuzhusboembl", "intermediate": ["dvuznfusboembl", "dvuznfuvtboembl", "dvuznfuvtbwkembl"]}, "config": {"characters": "dvuzhusboembl", "length": 13, "num_rules": 4, "rules": {"h": ["n", "f"], "l": ["x", "t"], "o": ["w", "k"], "s": ["v", "t"]}}, "task_name": "task11", "example_name": "0029", "problem_name": "task11_0029"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: iamrvzqhbhb\nrules:\nz -> cf\nv -> hm\ni -> au\nb -> gc", "label": {"final": "auamrhmcfqhgchgc", "init": "iamrvzqhbhb", "intermediate": ["auamrvzqhbhb", "auamrhmzqhbhb", "auamrhmcfqhbhb", "auamrhmcfqhgchb"]}, "config": {"characters": "iamrvzqhbhb", "length": 11, "num_rules": 4, "rules": {"b": ["g", "c"], "i": ["a", "u"], "v": ["h", "m"], "z": ["c", "f"]}}, "task_name": "task11", "example_name": "0030", "problem_name": "task11_0030"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: qkuqvvuraotmnmw\nrules:\nv -> fd\nn -> si\nm -> uj", "label": {"final": "qkuqfdfduraotujsiujw", "init": "qkuqvvuraotmnmw", "intermediate": ["qkuqfdvuraotmnmw", "qkuqfdfduraotmnmw", "qkuqfdfduraotujnmw", "qkuqfdfduraotujsimw"]}, "config": {"characters": "qkuqvvuraotmnmw", "length": 15, "num_rules": 3, "rules": {"m": ["u", "j"], "n": ["s", "i"], "v": ["f", "d"]}}, "task_name": "task11", "example_name": "0031", "problem_name": "task11_0031"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: xrxkzuozhjqiz\nrules:\nx -> bn\nk -> hg\nq -> aj\no -> cw", "label": {"final": "bnrbnhgzucwzhjajiz", "init": "xrxkzuozhjqiz", "intermediate": ["bnrxkzuozhjqiz", "bnrbnkzuozhjqiz", "bnrbnhgzuozhjqiz", "bnrbnhgzucwzhjqiz"]}, "config": {"characters": "xrxkzuozhjqiz", "length": 13, "num_rules": 4, "rules": {"k": ["h", "g"], "o": ["c", "w"], "q": ["a", "j"], "x": ["b", "n"]}}, "task_name": "task11", "example_name": "0032", "problem_name": "task11_0032"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: uuxmeswssuqda\nrules:\nq -> au\ns -> bu\nd -> ka", "label": {"final": "uuxmebuwbubuuaukaa", "init": "uuxmeswssuqda", "intermediate": ["uuxmebuwssuqda", "uuxmebuwbusuqda", "uuxmebuwbubuuqda", "uuxmebuwbubuuauda"]}, "config": {"characters": "uuxmeswssuqda", "length": 13, "num_rules": 3, "rules": {"d": ["k", "a"], "q": ["a", "u"], "s": ["b", "u"]}}, "task_name": "task11", "example_name": "0033", "problem_name": "task11_0033"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: epfifwuwlkmez\nrules:\nk -> jc\nm -> qp\nw -> bf\nu -> dj", "label": {"final": "epfifbfdjbfljcqpez", "init": "epfifwuwlkmez", "intermediate": ["epfifbfuwlkmez", "epfifbfdjwlkmez", "epfifbfdjbflkmez", "epfifbfdjbfljcmez"]}, "config": {"characters": "epfifwuwlkmez", "length": 13, "num_rules": 4, "rules": {"k": ["j", "c"], "m": ["q", "p"], "u": ["d", "j"], "w": ["b", "f"]}}, "task_name": "task11", "example_name": "0034", "problem_name": "task11_0034"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: yrfozkfgcyxfldrmg\nrules:\nm -> yh\nd -> bg\nf -> tl", "label": {"final": "yrtlozktlgcyxtllbgryhg", "init": "yrfozkfgcyxfldrmg", "intermediate": ["yrtlozkfgcyxfldrmg", "yrtlozktlgcyxfldrmg", "yrtlozktlgcyxtlldrmg", "yrtlozktlgcyxtllbgrmg"]}, "config": {"characters": "yrfozkfgcyxfldrmg", "length": 17, "num_rules": 3, "rules": {"d": ["b", "g"], "f": ["t", "l"], "m": ["y", "h"]}}, "task_name": "task11", "example_name": "0035", "problem_name": "task11_0035"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: kypakvcucqcwl\nrules:\np -> es\ny -> jf\nu -> ix\nl -> nx\nq -> ix", "label": {"final": "kjfesakvcixcixcwnx", "init": "kypakvcucqcwl", "intermediate": ["kjfpakvcucqcwl", "kjfesakvcucqcwl", "kjfesakvcixcqcwl", "kjfesakvcixcixcwl"]}, "config": {"characters": "kypakvcucqcwl", "length": 13, "num_rules": 5, "rules": {"l": ["n", "x"], "p": ["e", "s"], "q": ["i", "x"], "u": ["i", "x"], "y": ["j", "f"]}}, "task_name": "task11", "example_name": "0036", "problem_name": "task11_0036"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: kjquqnbudabrzxfuvv\nrules:\nx -> nl\nq -> gj\nr -> ih\nd -> kz", "label": {"final": "kjgjugjnbukzabihznlfuvv", "init": "kjquqnbudabrzxfuvv", "intermediate": ["kjgjuqnbudabrzxfuvv", "kjgjugjnbudabrzxfuvv", "kjgjugjnbukzabrzxfuvv", "kjgjugjnbukzabihzxfuvv"]}, "config": {"characters": "kjquqnbudabrzxfuvv", "length": 18, "num_rules": 4, "rules": {"d": ["k", "z"], "q": ["g", "j"], "r": ["i", "h"], "x": ["n", "l"]}}, "task_name": "task11", "example_name": "0037", "problem_name": "task11_0037"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: uzwvcjhsymqwnonbk\nrules:\nu -> ty\nh -> cx\nz -> mv\nq -> yv\nb -> df", "label": {"final": "tymvwvcjcxsymyvwnondfk", "init": "uzwvcjhsymqwnonbk", "intermediate": ["tyzwvcjhsymqwnonbk", "tymvwvcjhsymqwnonbk", "tymvwvcjcxsymqwnonbk", "tymvwvcjcxsymyvwnonbk"]}, "config": {"characters": "uzwvcjhsymqwnonbk", "length": 17, "num_rules": 5, "rules": {"b": ["d", "f"], "h": ["c", "x"], "q": ["y", "v"], "u": ["t", "y"], "z": ["m", "v"]}}, "task_name": "task11", "example_name": "0038", "problem_name": "task11_0038"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: teoajdbajgeyg\nrules:\ny -> fu\nj -> af\ne -> vw", "label": {"final": "tvwoaafdbaafgvwfug", "init": "teoajdbajgeyg", "intermediate": ["tvwoajdbajgeyg", "tvwoaafdbajgeyg", "tvwoaafdbaafgeyg", "tvwoaafdbaafgvwyg"]}, "config": {"characters": "teoajdbajgeyg", "length": 13, "num_rules": 3, "rules": {"e": ["v", "w"], "j": ["a", "f"], "y": ["f", "u"]}}, "task_name": "task11", "example_name": "0039", "problem_name": "task11_0039"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: qdwncyrtmmenmxd\nrules:\nr -> uq\nx -> wc\ny -> pq\nd -> nw\ne -> sk", "label": {"final": "qnwwncpquqtmmsknmwcnw", "init": "qdwncyrtmmenmxd", "intermediate": ["qnwwncyrtmmenmxd", "qnwwncpqrtmmenmxd", "qnwwncpquqtmmenmxd", "qnwwncpquqtmmsknmxd", "qnwwncpquqtmmsknmwcd"]}, "config": {"characters": "qdwncyrtmmenmxd", "length": 15, "num_rules": 5, "rules": {"d": ["n", "w"], "e": ["s", "k"], "r": ["u", "q"], "x": ["w", "c"], "y": ["p", "q"]}}, "task_name": "task11", "example_name": "0040", "problem_name": "task11_0040"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: nwcfzexvyxnnjgmb\nrules:\ne -> ln\nm -> tk\nb -> fh\ny -> lv\nx -> js", "label": {"final": "nwcfzlnjsvlvjsnnjgtkfh", "init": "nwcfzexvyxnnjgmb", "intermediate": ["nwcfzlnxvyxnnjgmb", "nwcfzlnjsvyxnnjgmb", "nwcfzlnjsvlvxnnjgmb", "nwcfzlnjsvlvjsnnjgmb", "nwcfzlnjsvlvjsnnjgtkb"]}, "config": {"characters": "nwcfzexvyxnnjgmb", "length": 16, "num_rules": 5, "rules": {"b": ["f", "h"], "e": ["l", "n"], "m": ["t", "k"], "x": ["j", "s"], "y": ["l", "v"]}}, "task_name": "task11", "example_name": "0041", "problem_name": "task11_0041"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: hoqsgtenrlgw\nrules:\ng -> te\nq -> ax\nw -> dc\ns -> vn\nr -> iz", "label": {"final": "hoaxvntetenizltedc", "init": "hoqsgtenrlgw", "intermediate": ["hoaxsgtenrlgw", "hoaxvngtenrlgw", "hoaxvntetenrlgw", "hoaxvntetenizlgw", "hoaxvntetenizltew"]}, "config": {"characters": "hoqsgtenrlgw", "length": 12, "num_rules": 5, "rules": {"g": ["t", "e"], "q": ["a", "x"], "r": ["i", "z"], "s": ["v", "n"], "w": ["d", "c"]}}, "task_name": "task11", "example_name": "0042", "problem_name": "task11_0042"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: esyanlgnzzxiuhyr\nrules:\ns -> ko\nl -> in\nh -> rp\nu -> cw\nx -> wp\na -> im", "label": {"final": "ekoyimningnzzwpicwrpyr", "init": "esyanlgnzzxiuhyr", "intermediate": ["ekoyanlgnzzxiuhyr", "ekoyimnlgnzzxiuhyr", "ekoyimningnzzxiuhyr", "ekoyimningnzzwpiuhyr", "ekoyimningnzzwpicwhyr"]}, "config": {"characters": "esyanlgnzzxiuhyr", "length": 16, "num_rules": 6, "rules": {"a": ["i", "m"], "h": ["r", "p"], "l": ["i", "n"], "s": ["k", "o"], "u": ["c", "w"], "x": ["w", "p"]}}, "task_name": "task11", "example_name": "0043", "problem_name": "task11_0043"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: kqwfgxuztkfiqhnnq\nrules:\ni -> fa\nt -> we\nu -> hy\nk -> nr\ng -> yn", "label": {"final": "nrqwfynxhyzwenrffaqhnnq", "init": "kqwfgxuztkfiqhnnq", "intermediate": ["nrqwfgxuztkfiqhnnq", "nrqwfynxuztkfiqhnnq", "nrqwfynxhyztkfiqhnnq", "nrqwfynxhyzwekfiqhnnq", "nrqwfynxhyzwenrfiqhnnq"]}, "config": {"characters": "kqwfgxuztkfiqhnnq", "length": 17, "num_rules": 5, "rules": {"g": ["y", "n"], "i": ["f", "a"], "k": ["n", "r"], "t": ["w", "e"], "u": ["h", "y"]}}, "task_name": "task11", "example_name": "0044", "problem_name": "task11_0044"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: smjlwzknvwmkur\nrules:\nj -> ec\nr -> py\nv -> bs\nu -> xt\nw -> mx", "label": {"final": "smeclmxzknbsmxmkxtpy", "init": "smjlwzknvwmkur", "intermediate": ["smeclwzknvwmkur", "smeclmxzknvwmkur", "smeclmxzknbswmkur", "smeclmxzknbsmxmkur", "smeclmxzknbsmxmkxtr"]}, "config": {"characters": "smjlwzknvwmkur", "length": 14, "num_rules": 5, "rules": {"j": ["e", "c"], "r": ["p", "y"], "u": ["x", "t"], "v": ["b", "s"], "w": ["m", "x"]}}, "task_name": "task11", "example_name": "0045", "problem_name": "task11_0045"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: bwtowqrnjbrmtmma\nrules:\nj -> pa\nw -> vg\nb -> tf\nq -> li", "label": {"final": "tfvgtovglirnpatfrmtmma", "init": "bwtowqrnjbrmtmma", "intermediate": ["tfwtowqrnjbrmtmma", "tfvgtowqrnjbrmtmma", "tfvgtovgqrnjbrmtmma", "tfvgtovglirnjbrmtmma", "tfvgtovglirnpabrmtmma"]}, "config": {"characters": "bwtowqrnjbrmtmma", "length": 16, "num_rules": 4, "rules": {"b": ["t", "f"], "j": ["p", "a"], "q": ["l", "i"], "w": ["v", "g"]}}, "task_name": "task11", "example_name": "0046", "problem_name": "task11_0046"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: hurkaviyktxqffzajv\nrules:\nf -> lv\ni -> yx\nh -> ms\na -> vx", "label": {"final": "msurkvxvyxyktxqlvlvzvxjv", "init": "hurkaviyktxqffzajv", "intermediate": ["msurkaviyktxqffzajv", "msurkvxviyktxqffzajv", "msurkvxvyxyktxqffzajv", "msurkvxvyxyktxqlvfzajv", "msurkvxvyxyktxqlvlvzajv"]}, "config": {"characters": "hurkaviyktxqffzajv", "length": 18, "num_rules": 4, "rules": {"a": ["v", "x"], "f": ["l", "v"], "h": ["m", "s"], "i": ["y", "x"]}}, "task_name": "task11", "example_name": "0047", "problem_name": "task11_0047"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: nhhpvxkqcgatus\nrules:\ns -> ax\nv -> oj\np -> hq\nn -> wq\nc -> xh\nk -> br", "label": {"final": "wqhhhqojxbrqxhgatuax", "init": "nhhpvxkqcgatus", "intermediate": ["wqhhpvxkqcgatus", "wqhhhqvxkqcgatus", "wqhhhqojxkqcgatus", "wqhhhqojxbrqcgatus", "wqhhhqojxbrqxhgatus"]}, "config": {"characters": "nhhpvxkqcgatus", "length": 14, "num_rules": 6, "rules": {"c": ["x", "h"], "k": ["b", "r"], "n": ["w", "q"], "p": ["h", "q"], "s": ["a", "x"], "v": ["o", "j"]}}, "task_name": "task11", "example_name": "0048", "problem_name": "task11_0048"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: fqzedefoxgolr\nrules:\nd -> wi\nq -> pb\ng -> lu\nf -> ue\nx -> cz", "label": {"final": "uepbzewieueoczluolr", "init": "fqzedefoxgolr", "intermediate": ["ueqzedefoxgolr", "uepbzedefoxgolr", "uepbzewiefoxgolr", "uepbzewieueoxgolr", "uepbzewieueoczgolr"]}, "config": {"characters": "fqzedefoxgolr", "length": 13, "num_rules": 5, "rules": {"d": ["w", "i"], "f": ["u", "e"], "g": ["l", "u"], "q": ["p", "b"], "x": ["c", "z"]}}, "task_name": "task11", "example_name": "0049", "problem_name": "task11_0049"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: voiczfnremnhpugmzk\nrules:\nc -> hf\nk -> jr\nn -> jw\ng -> pp\nz -> mx", "label": {"final": "voihfmxfjwremjwhpuppmmxjr", "init": "voiczfnremnhpugmzk", "intermediate": ["voihfzfnremnhpugmzk", "voihfmxfnremnhpugmzk", "voihfmxfjwremnhpugmzk", "voihfmxfjwremjwhpugmzk", "voihfmxfjwremjwhpuppmzk", "voihfmxfjwremjwhpuppmmxk"]}, "config": {"characters": "voiczfnremnhpugmzk", "length": 18, "num_rules": 5, "rules": {"c": ["h", "f"], "g": ["p", "p"], "k": ["j", "r"], "n": ["j", "w"], "z": ["m", "x"]}}, "task_name": "task11", "example_name": "0050", "problem_name": "task11_0050"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: iqmjgbzcjnbktjti\nrules:\ni -> fp\nk -> wf\nc -> qy\nj -> db", "label": {"final": "fpqmdbgbzqydbnbwftdbtfp", "init": "iqmjgbzcjnbktjti", "intermediate": ["fpqmjgbzcjnbktjti", "fpqmdbgbzcjnbktjti", "fpqmdbgbzqyjnbktjti", "fpqmdbgbzqydbnbktjti", "fpqmdbgbzqydbnbwftjti", "fpqmdbgbzqydbnbwftdbti"]}, "config": {"characters": "iqmjgbzcjnbktjti", "length": 16, "num_rules": 4, "rules": {"c": ["q", "y"], "i": ["f", "p"], "j": ["d", "b"], "k": ["w", "f"]}}, "task_name": "task11", "example_name": "0051", "problem_name": "task11_0051"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: xdlvpcyminoqwbteiicjhb\nrules:\nw -> gb\ne -> hp\nd -> pj\nq -> uj\nv -> sj\nc -> oa", "label": {"final": "xpjlsjpoayminoujgbbthpiioajhb", "init": "xdlvpcyminoqwbteiicjhb", "intermediate": ["xpjlvpcyminoqwbteiicjhb", "xpjlsjpcyminoqwbteiicjhb", "xpjlsjpoayminoqwbteiicjhb", "xpjlsjpoayminoujwbteiicjhb", "xpjlsjpoayminoujgbbteiicjhb", "xpjlsjpoayminoujgbbthpiicjhb"]}, "config": {"characters": "xdlvpcyminoqwbteiicjhb", "length": 22, "num_rules": 6, "rules": {"c": ["o", "a"], "d": ["p", "j"], "e": ["h", "p"], "q": ["u", "j"], "v": ["s", "j"], "w": ["g", "b"]}}, "task_name": "task11", "example_name": "0052", "problem_name": "task11_0052"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: devqaijkelgu\nrules:\nl -> zh\nv -> ss\nd -> zt\nk -> sy\nj -> mx\nu -> wz\na -> fs", "label": {"final": "ztessqfsimxsyezhgwz", "init": "devqaijkelgu", "intermediate": ["ztevqaijkelgu", "ztessqaijkelgu", "ztessqfsijkelgu", "ztessqfsimxkelgu", "ztessqfsimxsyelgu", "ztessqfsimxsyezhgu"]}, "config": {"characters": "devqaijkelgu", "length": 12, "num_rules": 7, "rules": {"a": ["f", "s"], "d": ["z", "t"], "j": ["m", "x"], "k": ["s", "y"], "l": ["z", "h"], "u": ["w", "z"], "v": ["s", "s"]}}, "task_name": "task11", "example_name": "0053", "problem_name": "task11_0053"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: nihqiiexhxfpjfmgdh\nrules:\nn -> ch\ng -> fk\nm -> tq\ni -> rw\ne -> vx", "label": {"final": "chrwhqrwrwvxxhxfpjftqfkdh", "init": "nihqiiexhxfpjfmgdh", "intermediate": ["chihqiiexhxfpjfmgdh", "chrwhqiiexhxfpjfmgdh", "chrwhqrwiexhxfpjfmgdh", "chrwhqrwrwexhxfpjfmgdh", "chrwhqrwrwvxxhxfpjfmgdh", "chrwhqrwrwvxxhxfpjftqgdh"]}, "config": {"characters": "nihqiiexhxfpjfmgdh", "length": 18, "num_rules": 5, "rules": {"e": ["v", "x"], "g": ["f", "k"], "i": ["r", "w"], "m": ["t", "q"], "n": ["c", "h"]}}, "task_name": "task11", "example_name": "0054", "problem_name": "task11_0054"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: qxdrkfgixtzmqnch\nrules:\nk -> rs\nz -> mc\nq -> lu\ng -> ml\nt -> om\nd -> sb", "label": {"final": "luxsbrrsfmlixommcmlunch", "init": "qxdrkfgixtzmqnch", "intermediate": ["luxdrkfgixtzmqnch", "luxsbrkfgixtzmqnch", "luxsbrrsfgixtzmqnch", "luxsbrrsfmlixtzmqnch", "luxsbrrsfmlixomzmqnch", "luxsbrrsfmlixommcmqnch"]}, "config": {"characters": "qxdrkfgixtzmqnch", "length": 16, "num_rules": 6, "rules": {"d": ["s", "b"], "g": ["m", "l"], "k": ["r", "s"], "q": ["l", "u"], "t": ["o", "m"], "z": ["m", "c"]}}, "task_name": "task11", "example_name": "0055", "problem_name": "task11_0055"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ezugocgyaufpdfjhoacrso\nrules:\ne -> kt\nr -> wf\nu -> dx\ns -> mk\np -> zz\ny -> zq", "label": {"final": "ktzdxgocgzqadxfzzdfjhoacwfmko", "init": "ezugocgyaufpdfjhoacrso", "intermediate": ["ktzugocgyaufpdfjhoacrso", "ktzdxgocgyaufpdfjhoacrso", "ktzdxgocgzqaufpdfjhoacrso", "ktzdxgocgzqadxfpdfjhoacrso", "ktzdxgocgzqadxfzzdfjhoacrso", "ktzdxgocgzqadxfzzdfjhoacwfso"]}, "config": {"characters": "ezugocgyaufpdfjhoacrso", "length": 22, "num_rules": 6, "rules": {"e": ["k", "t"], "p": ["z", "z"], "r": ["w", "f"], "s": ["m", "k"], "u": ["d", "x"], "y": ["z", "q"]}}, "task_name": "task11", "example_name": "0056", "problem_name": "task11_0056"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: capldxohuhsebhfcccgtwp\nrules:\nw -> sq\nh -> ye\nx -> dz\nu -> zq\nf -> zi", "label": {"final": "caplddzoyezqyesebyezicccgtsqp", "init": "capldxohuhsebhfcccgtwp", "intermediate": ["caplddzohuhsebhfcccgtwp", "caplddzoyeuhsebhfcccgtwp", "caplddzoyezqhsebhfcccgtwp", "caplddzoyezqyesebhfcccgtwp", "caplddzoyezqyesebyefcccgtwp", "caplddzoyezqyesebyezicccgtwp"]}, "config": {"characters": "capldxohuhsebhfcccgtwp", "length": 22, "num_rules": 5, "rules": {"f": ["z", "i"], "h": ["y", "e"], "u": ["z", "q"], "w": ["s", "q"], "x": ["d", "z"]}}, "task_name": "task11", "example_name": "0057", "problem_name": "task11_0057"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: kubgrqctvchpegy\nrules:\nu -> wg\ne -> jj\nk -> dw\nh -> fa\np -> ff\ny -> am\nq -> fs", "label": {"final": "dwwgbgrfsctvcfaffjjgam", "init": "kubgrqctvchpegy", "intermediate": ["dwubgrqctvchpegy", "dwwgbgrqctvchpegy", "dwwgbgrfsctvchpegy", "dwwgbgrfsctvcfapegy", "dwwgbgrfsctvcfaffegy", "dwwgbgrfsctvcfaffjjgy"]}, "config": {"characters": "kubgrqctvchpegy", "length": 15, "num_rules": 7, "rules": {"e": ["j", "j"], "h": ["f", "a"], "k": ["d", "w"], "p": ["f", "f"], "q": ["f", "s"], "u": ["w", "g"], "y": ["a", "m"]}}, "task_name": "task11", "example_name": "0058", "problem_name": "task11_0058"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: kpaygdfyntcwlnkju\nrules:\nd -> nz\nc -> vm\ng -> so\nu -> ib\nw -> qe\nt -> sa\nl -> ji", "label": {"final": "kpaysonzfynsavmqejinkjib", "init": "kpaygdfyntcwlnkju", "intermediate": ["kpaysodfyntcwlnkju", "kpaysonzfyntcwlnkju", "kpaysonzfynsacwlnkju", "kpaysonzfynsavmwlnkju", "kpaysonzfynsavmqelnkju", "kpaysonzfynsavmqejinkju"]}, "config": {"characters": "kpaygdfyntcwlnkju", "length": 17, "num_rules": 7, "rules": {"c": ["v", "m"], "d": ["n", "z"], "g": ["s", "o"], "l": ["j", "i"], "t": ["s", "a"], "u": ["i", "b"], "w": ["q", "e"]}}, "task_name": "task11", "example_name": "0059", "problem_name": "task11_0059"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: oypblfbotruokfktlyjkhpk\nrules:\nb -> wj\nf -> qx\np -> el\nt -> an", "label": {"final": "oyelwjlqxwjoanruokqxkanlyjkhelk", "init": "oypblfbotruokfktlyjkhpk", "intermediate": ["oyelblfbotruokfktlyjkhpk", "oyelwjlfbotruokfktlyjkhpk", "oyelwjlqxbotruokfktlyjkhpk", "oyelwjlqxwjotruokfktlyjkhpk", "oyelwjlqxwjoanruokfktlyjkhpk", "oyelwjlqxwjoanruokqxktlyjkhpk", "oyelwjlqxwjoanruokqxkanlyjkhpk"]}, "config": {"characters": "oypblfbotruokfktlyjkhpk", "length": 23, "num_rules": 4, "rules": {"b": ["w", "j"], "f": ["q", "x"], "p": ["e", "l"], "t": ["a", "n"]}}, "task_name": "task11", "example_name": "0060", "problem_name": "task11_0060"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: bpjglrxantwbkh\nrules:\na -> qp\nk -> xf\nr -> ec\nl -> uz\nn -> wj\nb -> qf\nh -> zu", "label": {"final": "qfpjguzecxqpwjtwqfxfzu", "init": "bpjglrxantwbkh", "intermediate": ["qfpjglrxantwbkh", "qfpjguzrxantwbkh", "qfpjguzecxantwbkh", "qfpjguzecxqpntwbkh", "qfpjguzecxqpwjtwbkh", "qfpjguzecxqpwjtwqfkh", "qfpjguzecxqpwjtwqfxfh"]}, "config": {"characters": "bpjglrxantwbkh", "length": 14, "num_rules": 7, "rules": {"a": ["q", "p"], "b": ["q", "f"], "h": ["z", "u"], "k": ["x", "f"], "l": ["u", "z"], "n": ["w", "j"], "r": ["e", "c"]}}, "task_name": "task11", "example_name": "0061", "problem_name": "task11_0061"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: wdufbocapykcjtpqtruwbl\nrules:\ny -> fs\nl -> ca\nu -> ch\no -> pv\nw -> qv\nk -> nr", "label": {"final": "qvdchfbpvcapfsnrcjtpqtrchqvbca", "init": "wdufbocapykcjtpqtruwbl", "intermediate": ["qvdufbocapykcjtpqtruwbl", "qvdchfbocapykcjtpqtruwbl", "qvdchfbpvcapykcjtpqtruwbl", "qvdchfbpvcapfskcjtpqtruwbl", "qvdchfbpvcapfsnrcjtpqtruwbl", "qvdchfbpvcapfsnrcjtpqtrchwbl", "qvdchfbpvcapfsnrcjtpqtrchqvbl"]}, "config": {"characters": "wdufbocapykcjtpqtruwbl", "length": 22, "num_rules": 6, "rules": {"k": ["n", "r"], "l": ["c", "a"], "o": ["p", "v"], "u": ["c", "h"], "w": ["q", "v"], "y": ["f", "s"]}}, "task_name": "task11", "example_name": "0062", "problem_name": "task11_0062"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: wjwdxazsgtezchihftktjmz\nrules:\ni -> kp\nx -> ub\nw -> jq\nh -> pm\na -> bd\ng -> my", "label": {"final": "jqjjqdubbdzsmytezcpmkppmftktjmz", "init": "wjwdxazsgtezchihftktjmz", "intermediate": ["jqjwdxazsgtezchihftktjmz", "jqjjqdxazsgtezchihftktjmz", "jqjjqdubazsgtezchihftktjmz", "jqjjqdubbdzsgtezchihftktjmz", "jqjjqdubbdzsmytezchihftktjmz", "jqjjqdubbdzsmytezcpmihftktjmz", "jqjjqdubbdzsmytezcpmkphftktjmz"]}, "config": {"characters": "wjwdxazsgtezchihftktjmz", "length": 23, "num_rules": 6, "rules": {"a": ["b", "d"], "g": ["m", "y"], "h": ["p", "m"], "i": ["k", "p"], "w": ["j", "q"], "x": ["u", "b"]}}, "task_name": "task11", "example_name": "0063", "problem_name": "task11_0063"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: hpawupkfjnkvzvxnwkjxik\nrules:\nf -> zr\nx -> vb\np -> es\nw -> mb\ni -> rg", "label": {"final": "hesambueskzrjnkvzvvbnmbkjvbrgk", "init": "hpawupkfjnkvzvxnwkjxik", "intermediate": ["hesawupkfjnkvzvxnwkjxik", "hesambupkfjnkvzvxnwkjxik", "hesambueskfjnkvzvxnwkjxik", "hesambueskzrjnkvzvxnwkjxik", "hesambueskzrjnkvzvvbnwkjxik", "hesambueskzrjnkvzvvbnmbkjxik", "hesambueskzrjnkvzvvbnmbkjvbik"]}, "config": {"characters": "hpawupkfjnkvzvxnwkjxik", "length": 22, "num_rules": 5, "rules": {"f": ["z", "r"], "i": ["r", "g"], "p": ["e", "s"], "w": ["m", "b"], "x": ["v", "b"]}}, "task_name": "task11", "example_name": "0064", "problem_name": "task11_0064"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: dtvgxfuumfnaozkhmdgks\nrules:\nu -> jd\nm -> ks\nn -> kt\nz -> re\nf -> ka", "label": {"final": "dtvgxkajdjdkskaktaorekhksdgks", "init": "dtvgxfuumfnaozkhmdgks", "intermediate": ["dtvgxkauumfnaozkhmdgks", "dtvgxkajdumfnaozkhmdgks", "dtvgxkajdjdmfnaozkhmdgks", "dtvgxkajdjdksfnaozkhmdgks", "dtvgxkajdjdkskanaozkhmdgks", "dtvgxkajdjdkskaktaozkhmdgks", "dtvgxkajdjdkskaktaorekhmdgks"]}, "config": {"characters": "dtvgxfuumfnaozkhmdgks", "length": 21, "num_rules": 5, "rules": {"f": ["k", "a"], "m": ["k", "s"], "n": ["k", "t"], "u": ["j", "d"], "z": ["r", "e"]}}, "task_name": "task11", "example_name": "0065", "problem_name": "task11_0065"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: xfmxgduidvktiwsvz\nrules:\ns -> fp\nx -> nu\nw -> jh\ng -> ql\nm -> ez\ni -> nh", "label": {"final": "nufeznuqldunhdvktnhjhfpvz", "init": "xfmxgduidvktiwsvz", "intermediate": ["nufmxgduidvktiwsvz", "nufezxgduidvktiwsvz", "nufeznugduidvktiwsvz", "nufeznuqlduidvktiwsvz", "nufeznuqldunhdvktiwsvz", "nufeznuqldunhdvktnhwsvz", "nufeznuqldunhdvktnhjhsvz"]}, "config": {"characters": "xfmxgduidvktiwsvz", "length": 17, "num_rules": 6, "rules": {"g": ["q", "l"], "i": ["n", "h"], "m": ["e", "z"], "s": ["f", "p"], "w": ["j", "h"], "x": ["n", "u"]}}, "task_name": "task11", "example_name": "0066", "problem_name": "task11_0066"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ffzjnrwetvbqlzrq\nrules:\ne -> ky\nn -> id\nz -> hx\nw -> qu\nj -> qh\nr -> fu", "label": {"final": "ffhxqhidfuqukytvbqlhxfuq", "init": "ffzjnrwetvbqlzrq", "intermediate": ["ffhxjnrwetvbqlzrq", "ffhxqhnrwetvbqlzrq", "ffhxqhidrwetvbqlzrq", "ffhxqhidfuwetvbqlzrq", "ffhxqhidfuquetvbqlzrq", "ffhxqhidfuqukytvbqlzrq", "ffhxqhidfuqukytvbqlhxrq"]}, "config": {"characters": "ffzjnrwetvbqlzrq", "length": 16, "num_rules": 6, "rules": {"e": ["k", "y"], "j": ["q", "h"], "n": ["i", "d"], "r": ["f", "u"], "w": ["q", "u"], "z": ["h", "x"]}}, "task_name": "task11", "example_name": "0067", "problem_name": "task11_0067"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: wkcwnesmrjdrmjkot\nrules:\ne -> fj\no -> zh\nc -> ij\nt -> hk\nm -> ll\nn -> kk\nd -> sy", "label": {"final": "wkijwkkfjsllrjsyrlljkzhhk", "init": "wkcwnesmrjdrmjkot", "intermediate": ["wkijwnesmrjdrmjkot", "wkijwkkesmrjdrmjkot", "wkijwkkfjsmrjdrmjkot", "wkijwkkfjsllrjdrmjkot", "wkijwkkfjsllrjsyrmjkot", "wkijwkkfjsllrjsyrlljkot", "wkijwkkfjsllrjsyrlljkzht"]}, "config": {"characters": "wkcwnesmrjdrmjkot", "length": 17, "num_rules": 7, "rules": {"c": ["i", "j"], "d": ["s", "y"], "e": ["f", "j"], "m": ["l", "l"], "n": ["k", "k"], "o": ["z", "h"], "t": ["h", "k"]}}, "task_name": "task11", "example_name": "0068", "problem_name": "task11_0068"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: dskisnqekqcfnkfgmmduad\nrules:\ni -> wh\nf -> as\ng -> wb\nu -> sn\nd -> pw", "label": {"final": "pwskwhsnqekqcasnkaswbmmpwsnapw", "init": "dskisnqekqcfnkfgmmduad", "intermediate": ["pwskisnqekqcfnkfgmmduad", "pwskwhsnqekqcfnkfgmmduad", "pwskwhsnqekqcasnkfgmmduad", "pwskwhsnqekqcasnkasgmmduad", "pwskwhsnqekqcasnkaswbmmduad", "pwskwhsnqekqcasnkaswbmmpwuad", "pwskwhsnqekqcasnkaswbmmpwsnad"]}, "config": {"characters": "dskisnqekqcfnkfgmmduad", "length": 22, "num_rules": 5, "rules": {"d": ["p", "w"], "f": ["a", "s"], "g": ["w", "b"], "i": ["w", "h"], "u": ["s", "n"]}}, "task_name": "task11", "example_name": "0069", "problem_name": "task11_0069"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: srzcghioksonogpu\nrules:\ns -> cy\no -> fj\nk -> ab\np -> vc\nz -> jv\ni -> xg", "label": {"final": "cyrjvcghxgfjabcyfjnfjgvcu", "init": "srzcghioksonogpu", "intermediate": ["cyrzcghioksonogpu", "cyrjvcghioksonogpu", "cyrjvcghxgoksonogpu", "cyrjvcghxgfjksonogpu", "cyrjvcghxgfjabsonogpu", "cyrjvcghxgfjabcyonogpu", "cyrjvcghxgfjabcyfjnogpu", "cyrjvcghxgfjabcyfjnfjgpu"]}, "config": {"characters": "srzcghioksonogpu", "length": 16, "num_rules": 6, "rules": {"i": ["x", "g"], "k": ["a", "b"], "o": ["f", "j"], "p": ["v", "c"], "s": ["c", "y"], "z": ["j", "v"]}}, "task_name": "task11", "example_name": "0070", "problem_name": "task11_0070"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: zycarioujxpnvshl\nrules:\nn -> ds\nh -> ed\nx -> zr\nl -> jw\no -> kw\nc -> jd\np -> ug\nv -> br\ni -> je", "label": {"final": "zyjdarjekwujzrugdsbrsedjw", "init": "zycarioujxpnvshl", "intermediate": ["zyjdarioujxpnvshl", "zyjdarjeoujxpnvshl", "zyjdarjekwujxpnvshl", "zyjdarjekwujzrpnvshl", "zyjdarjekwujzrugnvshl", "zyjdarjekwujzrugdsvshl", "zyjdarjekwujzrugdsbrshl", "zyjdarjekwujzrugdsbrsedl"]}, "config": {"characters": "zycarioujxpnvshl", "length": 16, "num_rules": 9, "rules": {"c": ["j", "d"], "h": ["e", "d"], "i": ["j", "e"], "l": ["j", "w"], "n": ["d", "s"], "o": ["k", "w"], "p": ["u", "g"], "v": ["b", "r"], "x": ["z", "r"]}}, "task_name": "task11", "example_name": "0071", "problem_name": "task11_0071"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ugqufedcjejhdypwqpnu\nrules:\nq -> mb\nc -> up\nf -> tk\nj -> lg\ny -> et\nw -> la\nn -> iu", "label": {"final": "ugmbutkeduplgelghdetplambpiuu", "init": "ugqufedcjejhdypwqpnu", "intermediate": ["ugmbufedcjejhdypwqpnu", "ugmbutkedcjejhdypwqpnu", "ugmbutkedupjejhdypwqpnu", "ugmbutkeduplgejhdypwqpnu", "ugmbutkeduplgelghdypwqpnu", "ugmbutkeduplgelghdetpwqpnu", "ugmbutkeduplgelghdetplaqpnu", "ugmbutkeduplgelghdetplambpnu"]}, "config": {"characters": "ugqufedcjejhdypwqpnu", "length": 20, "num_rules": 7, "rules": {"c": ["u", "p"], "f": ["t", "k"], "j": ["l", "g"], "n": ["i", "u"], "q": ["m", "b"], "w": ["l", "a"], "y": ["e", "t"]}}, "task_name": "task11", "example_name": "0072", "problem_name": "task11_0072"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: deicgnoavvecudhgtlduggeq\nrules:\nn -> ai\no -> xb\ne -> ad\nt -> hv\nu -> pg\nl -> yc", "label": {"final": "dadicgaixbavvadcpgdhghvycdpgggadq", "init": "deicgnoavvecudhgtlduggeq", "intermediate": ["dadicgnoavvecudhgtlduggeq", "dadicgaioavvecudhgtlduggeq", "dadicgaixbavvecudhgtlduggeq", "dadicgaixbavvadcudhgtlduggeq", "dadicgaixbavvadcpgdhgtlduggeq", "dadicgaixbavvadcpgdhghvlduggeq", "dadicgaixbavvadcpgdhghvycduggeq", "dadicgaixbavvadcpgdhghvycdpgggeq"]}, "config": {"characters": "deicgnoavvecudhgtlduggeq", "length": 24, "num_rules": 6, "rules": {"e": ["a", "d"], "l": ["y", "c"], "n": ["a", "i"], "o": ["x", "b"], "t": ["h", "v"], "u": ["p", "g"]}}, "task_name": "task11", "example_name": "0073", "problem_name": "task11_0073"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: hwidffipixmvsjqrte\nrules:\nf -> ho\nw -> bb\nx -> ns\np -> ss\nr -> id\nq -> la\nj -> uo\nm -> bt", "label": {"final": "hbbidhohoissinsbtvsuolaidte", "init": "hwidffipixmvsjqrte", "intermediate": ["hbbidffipixmvsjqrte", "hbbidhofipixmvsjqrte", "hbbidhohoipixmvsjqrte", "hbbidhohoissixmvsjqrte", "hbbidhohoissinsmvsjqrte", "hbbidhohoissinsbtvsjqrte", "hbbidhohoissinsbtvsuoqrte", "hbbidhohoissinsbtvsuolarte"]}, "config": {"characters": "hwidffipixmvsjqrte", "length": 18, "num_rules": 8, "rules": {"f": ["h", "o"], "j": ["u", "o"], "m": ["b", "t"], "p": ["s", "s"], "q": ["l", "a"], "r": ["i", "d"], "w": ["b", "b"], "x": ["n", "s"]}}, "task_name": "task11", "example_name": "0074", "problem_name": "task11_0074"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: utxtzjoagbijepv\nrules:\ng -> rz\ne -> fk\nj -> wz\nb -> dd\nv -> nm\ni -> os\np -> yy\nu -> dw", "label": {"final": "dwtxtzwzoarzddoswzfkyynm", "init": "utxtzjoagbijepv", "intermediate": ["dwtxtzjoagbijepv", "dwtxtzwzoagbijepv", "dwtxtzwzoarzbijepv", "dwtxtzwzoarzddijepv", "dwtxtzwzoarzddosjepv", "dwtxtzwzoarzddoswzepv", "dwtxtzwzoarzddoswzfkpv", "dwtxtzwzoarzddoswzfkyyv"]}, "config": {"characters": "utxtzjoagbijepv", "length": 15, "num_rules": 8, "rules": {"b": ["d", "d"], "e": ["f", "k"], "g": ["r", "z"], "i": ["o", "s"], "j": ["w", "z"], "p": ["y", "y"], "u": ["d", "w"], "v": ["n", "m"]}}, "task_name": "task11", "example_name": "0075", "problem_name": "task11_0075"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: wslemjfgswjxpmuwxo\nrules:\nl -> wc\ng -> rv\no -> kh\nu -> yd\ne -> jz\nx -> yn\nm -> pj", "label": {"final": "wswcjzpjjfrvswjynppjydwynkh", "init": "wslemjfgswjxpmuwxo", "intermediate": ["wswcemjfgswjxpmuwxo", "wswcjzmjfgswjxpmuwxo", "wswcjzpjjfgswjxpmuwxo", "wswcjzpjjfrvswjxpmuwxo", "wswcjzpjjfrvswjynpmuwxo", "wswcjzpjjfrvswjynppjuwxo", "wswcjzpjjfrvswjynppjydwxo", "wswcjzpjjfrvswjynppjydwyno"]}, "config": {"characters": "wslemjfgswjxpmuwxo", "length": 18, "num_rules": 7, "rules": {"e": ["j", "z"], "g": ["r", "v"], "l": ["w", "c"], "m": ["p", "j"], "o": ["k", "h"], "u": ["y", "d"], "x": ["y", "n"]}}, "task_name": "task11", "example_name": "0076", "problem_name": "task11_0076"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: thdmralhrstpquvhsq\nrules:\nl -> kp\nt -> ee\na -> qj\nh -> yd\nv -> er\nm -> bw", "label": {"final": "eeyddbwrqjkpydrseepquerydsq", "init": "thdmralhrstpquvhsq", "intermediate": ["eehdmralhrstpquvhsq", "eeyddmralhrstpquvhsq", "eeyddbwralhrstpquvhsq", "eeyddbwrqjlhrstpquvhsq", "eeyddbwrqjkphrstpquvhsq", "eeyddbwrqjkpydrstpquvhsq", "eeyddbwrqjkpydrseepquvhsq", "eeyddbwrqjkpydrseepquerhsq"]}, "config": {"characters": "thdmralhrstpquvhsq", "length": 18, "num_rules": 6, "rules": {"a": ["q", "j"], "h": ["y", "d"], "l": ["k", "p"], "m": ["b", "w"], "t": ["e", "e"], "v": ["e", "r"]}}, "task_name": "task11", "example_name": "0077", "problem_name": "task11_0077"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: relmtrozmndhbfvzaoso\nrules:\ns -> cw\nb -> ak\nd -> xt\nf -> gy\ne -> wx\nm -> zw\nl -> gh\nv -> uo", "label": {"final": "rwxghzwtrozzwnxthakgyuozaocwo", "init": "relmtrozmndhbfvzaoso", "intermediate": ["rwxlmtrozmndhbfvzaoso", "rwxghmtrozmndhbfvzaoso", "rwxghzwtrozmndhbfvzaoso", "rwxghzwtrozzwndhbfvzaoso", "rwxghzwtrozzwnxthbfvzaoso", "rwxghzwtrozzwnxthakfvzaoso", "rwxghzwtrozzwnxthakgyvzaoso", "rwxghzwtrozzwnxthakgyuozaoso"]}, "config": {"characters": "relmtrozmndhbfvzaoso", "length": 20, "num_rules": 8, "rules": {"b": ["a", "k"], "d": ["x", "t"], "e": ["w", "x"], "f": ["g", "y"], "l": ["g", "h"], "m": ["z", "w"], "s": ["c", "w"], "v": ["u", "o"]}}, "task_name": "task11", "example_name": "0078", "problem_name": "task11_0078"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: uvkeeamrdtpvfjios\nrules:\nt -> lg\no -> hl\ni -> zp\ns -> qp\nk -> fw\nd -> qf\ne -> ll\nr -> mz", "label": {"final": "uvfwllllammzqflgpvfjzphlqp", "init": "uvkeeamrdtpvfjios", "intermediate": ["uvfweeamrdtpvfjios", "uvfwlleamrdtpvfjios", "uvfwllllamrdtpvfjios", "uvfwllllammzdtpvfjios", "uvfwllllammzqftpvfjios", "uvfwllllammzqflgpvfjios", "uvfwllllammzqflgpvfjzpos", "uvfwllllammzqflgpvfjzphls"]}, "config": {"characters": "uvkeeamrdtpvfjios", "length": 17, "num_rules": 8, "rules": {"d": ["q", "f"], "e": ["l", "l"], "i": ["z", "p"], "k": ["f", "w"], "o": ["h", "l"], "r": ["m", "z"], "s": ["q", "p"], "t": ["l", "g"]}}, "task_name": "task11", "example_name": "0079", "problem_name": "task11_0079"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: wsvsrjjsrxmtyqegz\nrules:\nt -> cm\ns -> qf\nx -> pa\nz -> dv\ne -> yy\ng -> nc\nj -> pp", "label": {"final": "wqfvqfrppppqfrpamcmyqyyncdv", "init": "wsvsrjjsrxmtyqegz", "intermediate": ["wqfvsrjjsrxmtyqegz", "wqfvqfrjjsrxmtyqegz", "wqfvqfrppjsrxmtyqegz", "wqfvqfrppppsrxmtyqegz", "wqfvqfrppppqfrxmtyqegz", "wqfvqfrppppqfrpamtyqegz", "wqfvqfrppppqfrpamcmyqegz", "wqfvqfrppppqfrpamcmyqyygz", "wqfvqfrppppqfrpamcmyqyyncz"]}, "config": {"characters": "wsvsrjjsrxmtyqegz", "length": 17, "num_rules": 7, "rules": {"e": ["y", "y"], "g": ["n", "c"], "j": ["p", "p"], "s": ["q", "f"], "t": ["c", "m"], "x": ["p", "a"], "z": ["d", "v"]}}, "task_name": "task11", "example_name": "0080", "problem_name": "task11_0080"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: zkgrvhybxpplhkoicaqz\nrules:\nh -> bu\nl -> sn\np -> un\ng -> dn\nc -> rn\nq -> mw\nz -> yf", "label": {"final": "yfkdnrvbuybxununsnbukoirnamwyf", "init": "zkgrvhybxpplhkoicaqz", "intermediate": ["yfkgrvhybxpplhkoicaqz", "yfkdnrvhybxpplhkoicaqz", "yfkdnrvbuybxpplhkoicaqz", "yfkdnrvbuybxunplhkoicaqz", "yfkdnrvbuybxununlhkoicaqz", "yfkdnrvbuybxununsnhkoicaqz", "yfkdnrvbuybxununsnbukoicaqz", "yfkdnrvbuybxununsnbukoirnaqz", "yfkdnrvbuybxununsnbukoirnamwz"]}, "config": {"characters": "zkgrvhybxpplhkoicaqz", "length": 20, "num_rules": 7, "rules": {"c": ["r", "n"], "g": ["d", "n"], "h": ["b", "u"], "l": ["s", "n"], "p": ["u", "n"], "q": ["m", "w"], "z": ["y", "f"]}}, "task_name": "task11", "example_name": "0081", "problem_name": "task11_0081"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: puiesrjyjwlrhpkoednbdl\nrules:\no -> fb\ns -> tc\np -> gf\nw -> xg\nu -> ld\nh -> ll\nj -> gc\nk -> mf", "label": {"final": "gfldietcrgcygcxglrllgfmffbednbdl", "init": "puiesrjyjwlrhpkoednbdl", "intermediate": ["gfuiesrjyjwlrhpkoednbdl", "gfldiesrjyjwlrhpkoednbdl", "gfldietcrjyjwlrhpkoednbdl", "gfldietcrgcyjwlrhpkoednbdl", "gfldietcrgcygcwlrhpkoednbdl", "gfldietcrgcygcxglrhpkoednbdl", "gfldietcrgcygcxglrllpkoednbdl", "gfldietcrgcygcxglrllgfkoednbdl", "gfldietcrgcygcxglrllgfmfoednbdl"]}, "config": {"characters": "puiesrjyjwlrhpkoednbdl", "length": 22, "num_rules": 8, "rules": {"h": ["l", "l"], "j": ["g", "c"], "k": ["m", "f"], "o": ["f", "b"], "p": ["g", "f"], "s": ["t", "c"], "u": ["l", "d"], "w": ["x", "g"]}}, "task_name": "task11", "example_name": "0082", "problem_name": "task11_0082"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: yubzpjcdrcyqnvfefqoyw\nrules:\nd -> zq\nv -> st\nj -> yf\nr -> xt\nb -> la\nn -> to\nc -> sg\np -> az\nu -> ml", "label": {"final": "ymllazazyfsgzqxtsgyqtostfefqoyw", "init": "yubzpjcdrcyqnvfefqoyw", "intermediate": ["ymlbzpjcdrcyqnvfefqoyw", "ymllazpjcdrcyqnvfefqoyw", "ymllazazjcdrcyqnvfefqoyw", "ymllazazyfcdrcyqnvfefqoyw", "ymllazazyfsgdrcyqnvfefqoyw", "ymllazazyfsgzqrcyqnvfefqoyw", "ymllazazyfsgzqxtcyqnvfefqoyw", "ymllazazyfsgzqxtsgyqnvfefqoyw", "ymllazazyfsgzqxtsgyqtovfefqoyw"]}, "config": {"characters": "yubzpjcdrcyqnvfefqoyw", "length": 21, "num_rules": 9, "rules": {"b": ["l", "a"], "c": ["s", "g"], "d": ["z", "q"], "j": ["y", "f"], "n": ["t", "o"], "p": ["a", "z"], "r": ["x", "t"], "u": ["m", "l"], "v": ["s", "t"]}}, "task_name": "task11", "example_name": "0083", "problem_name": "task11_0083"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: cdfgeyimpyryphs\nrules:\nf -> qu\nd -> ja\nh -> qx\nm -> bj\ni -> cv\np -> nk\nr -> av\ne -> vk\ns -> gl", "label": {"final": "cjaqugvkycvbjnkyavynkqxgl", "init": "cdfgeyimpyryphs", "intermediate": ["cjafgeyimpyryphs", "cjaqugeyimpyryphs", "cjaqugvkyimpyryphs", "cjaqugvkycvmpyryphs", "cjaqugvkycvbjpyryphs", "cjaqugvkycvbjnkyryphs", "cjaqugvkycvbjnkyavyphs", "cjaqugvkycvbjnkyavynkhs", "cjaqugvkycvbjnkyavynkqxs"]}, "config": {"characters": "cdfgeyimpyryphs", "length": 15, "num_rules": 9, "rules": {"d": ["j", "a"], "e": ["v", "k"], "f": ["q", "u"], "h": ["q", "x"], "i": ["c", "v"], "m": ["b", "j"], "p": ["n", "k"], "r": ["a", "v"], "s": ["g", "l"]}}, "task_name": "task11", "example_name": "0084", "problem_name": "task11_0084"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: svrvpgzptgkygio\nrules:\nr -> jw\ng -> xc\nk -> nw\nv -> mc\nz -> tj\ny -> st\no -> jb", "label": {"final": "smcjwmcpxctjptxcnwstxcijb", "init": "svrvpgzptgkygio", "intermediate": ["smcrvpgzptgkygio", "smcjwvpgzptgkygio", "smcjwmcpgzptgkygio", "smcjwmcpxczptgkygio", "smcjwmcpxctjptgkygio", "smcjwmcpxctjptxckygio", "smcjwmcpxctjptxcnwygio", "smcjwmcpxctjptxcnwstgio", "smcjwmcpxctjptxcnwstxcio"]}, "config": {"characters": "svrvpgzptgkygio", "length": 15, "num_rules": 7, "rules": {"g": ["x", "c"], "k": ["n", "w"], "o": ["j", "b"], "r": ["j", "w"], "v": ["m", "c"], "y": ["s", "t"], "z": ["t", "j"]}}, "task_name": "task11", "example_name": "0085", "problem_name": "task11_0085"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: kkictmakyjpbeng\nrules:\na -> lw\ni -> zf\nn -> rh\ny -> vs\nj -> vx\nt -> hx\nc -> lp\nm -> pf\ne -> sx\nb -> gl", "label": {"final": "kkzflphxpflwkvsvxpglsxrhg", "init": "kkictmakyjpbeng", "intermediate": ["kkzfctmakyjpbeng", "kkzflptmakyjpbeng", "kkzflphxmakyjpbeng", "kkzflphxpfakyjpbeng", "kkzflphxpflwkyjpbeng", "kkzflphxpflwkvsjpbeng", "kkzflphxpflwkvsvxpbeng", "kkzflphxpflwkvsvxpgleng", "kkzflphxpflwkvsvxpglsxng"]}, "config": {"characters": "kkictmakyjpbeng", "length": 15, "num_rules": 10, "rules": {"a": ["l", "w"], "b": ["g", "l"], "c": ["l", "p"], "e": ["s", "x"], "i": ["z", "f"], "j": ["v", "x"], "m": ["p", "f"], "n": ["r", "h"], "t": ["h", "x"], "y": ["v", "s"]}}, "task_name": "task11", "example_name": "0086", "problem_name": "task11_0086"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: xpangyjcqmomthwffs\nrules:\nh -> gl\nq -> kd\nf -> og\ns -> ai\nm -> tt\nw -> zv\nn -> ep\nx -> dy", "label": {"final": "dypaepgyjckdttotttglzvogogai", "init": "xpangyjcqmomthwffs", "intermediate": ["dypangyjcqmomthwffs", "dypaepgyjcqmomthwffs", "dypaepgyjckdmomthwffs", "dypaepgyjckdttomthwffs", "dypaepgyjckdttottthwffs", "dypaepgyjckdttotttglwffs", "dypaepgyjckdttotttglzvffs", "dypaepgyjckdttotttglzvogfs", "dypaepgyjckdttotttglzvogogs"]}, "config": {"characters": "xpangyjcqmomthwffs", "length": 18, "num_rules": 8, "rules": {"f": ["o", "g"], "h": ["g", "l"], "m": ["t", "t"], "n": ["e", "p"], "q": ["k", "d"], "s": ["a", "i"], "w": ["z", "v"], "x": ["d", "y"]}}, "task_name": "task11", "example_name": "0087", "problem_name": "task11_0087"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: rhteetdnuinvombe\nrules:\nu -> jr\nt -> zg\nm -> dx\nb -> sj\ne -> yy\nv -> dw\nh -> sy", "label": {"final": "rsyzgyyyyzgdnjrindwodxsjyy", "init": "rhteetdnuinvombe", "intermediate": ["rsyteetdnuinvombe", "rsyzgeetdnuinvombe", "rsyzgyyetdnuinvombe", "rsyzgyyyytdnuinvombe", "rsyzgyyyyzgdnuinvombe", "rsyzgyyyyzgdnjrinvombe", "rsyzgyyyyzgdnjrindwombe", "rsyzgyyyyzgdnjrindwodxbe", "rsyzgyyyyzgdnjrindwodxsje"]}, "config": {"characters": "rhteetdnuinvombe", "length": 16, "num_rules": 7, "rules": {"b": ["s", "j"], "e": ["y", "y"], "h": ["s", "y"], "m": ["d", "x"], "t": ["z", "g"], "u": ["j", "r"], "v": ["d", "w"]}}, "task_name": "task11", "example_name": "0088", "problem_name": "task11_0088"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: fljvbqzrgdjophzqeqwaqgi\nrules:\nl -> mp\nj -> ps\na -> hx\nb -> su\nv -> ng\nw -> xx\nf -> yc\nr -> nx\ni -> co", "label": {"final": "ycmppsngsuqznxgdpsophzqeqxxhxqgco", "init": "fljvbqzrgdjophzqeqwaqgi", "intermediate": ["ycljvbqzrgdjophzqeqwaqgi", "ycmpjvbqzrgdjophzqeqwaqgi", "ycmppsvbqzrgdjophzqeqwaqgi", "ycmppsngbqzrgdjophzqeqwaqgi", "ycmppsngsuqzrgdjophzqeqwaqgi", "ycmppsngsuqznxgdjophzqeqwaqgi", "ycmppsngsuqznxgdpsophzqeqwaqgi", "ycmppsngsuqznxgdpsophzqeqxxaqgi", "ycmppsngsuqznxgdpsophzqeqxxhxqgi"]}, "config": {"characters": "fljvbqzrgdjophzqeqwaqgi", "length": 23, "num_rules": 9, "rules": {"a": ["h", "x"], "b": ["s", "u"], "f": ["y", "c"], "i": ["c", "o"], "j": ["p", "s"], "l": ["m", "p"], "r": ["n", "x"], "v": ["n", "g"], "w": ["x", "x"]}}, "task_name": "task11", "example_name": "0089", "problem_name": "task11_0089"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: tvgzrqxigenadkbrccsebznm\nrules:\ng -> zy\ni -> xl\nb -> es\nd -> fe\nm -> cu\nn -> hz\nr -> lf", "label": {"final": "tvzyzlfqxxlzyehzafekeslfccseeszhzcu", "init": "tvgzrqxigenadkbrccsebznm", "intermediate": ["tvzyzrqxigenadkbrccsebznm", "tvzyzlfqxigenadkbrccsebznm", "tvzyzlfqxxlgenadkbrccsebznm", "tvzyzlfqxxlzyenadkbrccsebznm", "tvzyzlfqxxlzyehzadkbrccsebznm", "tvzyzlfqxxlzyehzafekbrccsebznm", "tvzyzlfqxxlzyehzafekesrccsebznm", "tvzyzlfqxxlzyehzafekeslfccsebznm", "tvzyzlfqxxlzyehzafekeslfccseesznm", "tvzyzlfqxxlzyehzafekeslfccseeszhzm"]}, "config": {"characters": "tvgzrqxigenadkbrccsebznm", "length": 24, "num_rules": 7, "rules": {"b": ["e", "s"], "d": ["f", "e"], "g": ["z", "y"], "i": ["x", "l"], "m": ["c", "u"], "n": ["h", "z"], "r": ["l", "f"]}}, "task_name": "task11", "example_name": "0090", "problem_name": "task11_0090"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: krjyadkqinzikukrq\nrules:\nk -> xf\nr -> lp\nq -> pp\nu -> lg\nn -> vy\nz -> og", "label": {"final": "xflpjyadxfppivyogixflgxflppp", "init": "krjyadkqinzikukrq", "intermediate": ["xfrjyadkqinzikukrq", "xflpjyadkqinzikukrq", "xflpjyadxfqinzikukrq", "xflpjyadxfppinzikukrq", "xflpjyadxfppivyzikukrq", "xflpjyadxfppivyogikukrq", "xflpjyadxfppivyogixfukrq", "xflpjyadxfppivyogixflgkrq", "xflpjyadxfppivyogixflgxfrq", "xflpjyadxfppivyogixflgxflpq"]}, "config": {"characters": "krjyadkqinzikukrq", "length": 17, "num_rules": 6, "rules": {"k": ["x", "f"], "n": ["v", "y"], "q": ["p", "p"], "r": ["l", "p"], "u": ["l", "g"], "z": ["o", "g"]}}, "task_name": "task11", "example_name": "0091", "problem_name": "task11_0091"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: clkcexliuwgxwoybd\nrules:\nd -> jt\nx -> yw\nu -> jn\nc -> sv\ne -> qv\ng -> sf\no -> sb\nl -> yk", "label": {"final": "svykksvqvywykijnwsfywwsbybjt", "init": "clkcexliuwgxwoybd", "intermediate": ["svlkcexliuwgxwoybd", "svykkcexliuwgxwoybd", "svykksvexliuwgxwoybd", "svykksvqvxliuwgxwoybd", "svykksvqvywliuwgxwoybd", "svykksvqvywykiuwgxwoybd", "svykksvqvywykijnwgxwoybd", "svykksvqvywykijnwsfxwoybd", "svykksvqvywykijnwsfywwoybd", "svykksvqvywykijnwsfywwsbybd"]}, "config": {"characters": "clkcexliuwgxwoybd", "length": 17, "num_rules": 8, "rules": {"c": ["s", "v"], "d": ["j", "t"], "e": ["q", "v"], "g": ["s", "f"], "l": ["y", "k"], "o": ["s", "b"], "u": ["j", "n"], "x": ["y", "w"]}}, "task_name": "task11", "example_name": "0092", "problem_name": "task11_0092"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: woxkqdqsmglzuricbnb\nrules:\nd -> tz\nr -> jp\nu -> oj\nm -> ex\nq -> yz\nn -> et\nl -> iz\ns -> zi\nk -> pb\nw -> ax", "label": {"final": "axoxpbyztzyzziexgizzojjpicbetb", "init": "woxkqdqsmglzuricbnb", "intermediate": ["axoxkqdqsmglzuricbnb", "axoxpbqdqsmglzuricbnb", "axoxpbyzdqsmglzuricbnb", "axoxpbyztzqsmglzuricbnb", "axoxpbyztzyzsmglzuricbnb", "axoxpbyztzyzzimglzuricbnb", "axoxpbyztzyzziexglzuricbnb", "axoxpbyztzyzziexgizzuricbnb", "axoxpbyztzyzziexgizzojricbnb", "axoxpbyztzyzziexgizzojjpicbnb"]}, "config": {"characters": "woxkqdqsmglzuricbnb", "length": 19, "num_rules": 10, "rules": {"d": ["t", "z"], "k": ["p", "b"], "l": ["i", "z"], "m": ["e", "x"], "n": ["e", "t"], "q": ["y", "z"], "r": ["j", "p"], "s": ["z", "i"], "u": ["o", "j"], "w": ["a", "x"]}}, "task_name": "task11", "example_name": "0093", "problem_name": "task11_0093"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ugyfkdthxywbrpdwyryp\nrules:\nk -> iz\nr -> zc\nw -> mc\nd -> bz\np -> fc\nx -> lv\nh -> ae", "label": {"final": "ugyfizbztaelvymcbzcfcbzmcyzcyfc", "init": "ugyfkdthxywbrpdwyryp", "intermediate": ["ugyfizdthxywbrpdwyryp", "ugyfizbzthxywbrpdwyryp", "ugyfizbztaexywbrpdwyryp", "ugyfizbztaelvywbrpdwyryp", "ugyfizbztaelvymcbrpdwyryp", "ugyfizbztaelvymcbzcpdwyryp", "ugyfizbztaelvymcbzcfcdwyryp", "ugyfizbztaelvymcbzcfcbzwyryp", "ugyfizbztaelvymcbzcfcbzmcyryp", "ugyfizbztaelvymcbzcfcbzmcyzcyp"]}, "config": {"characters": "ugyfkdthxywbrpdwyryp", "length": 20, "num_rules": 7, "rules": {"d": ["b", "z"], "h": ["a", "e"], "k": ["i", "z"], "p": ["f", "c"], "r": ["z", "c"], "w": ["m", "c"], "x": ["l", "v"]}}, "task_name": "task11", "example_name": "0094", "problem_name": "task11_0094"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: dswkpivgabzgzciclli\nrules:\nc -> qp\ni -> qj\nw -> ey\nz -> ef\nk -> ox\ng -> ja", "label": {"final": "dseyoxpqjvjaabefjaefqpqjqpllqj", "init": "dswkpivgabzgzciclli", "intermediate": ["dseykpivgabzgzciclli", "dseyoxpivgabzgzciclli", "dseyoxpqjvgabzgzciclli", "dseyoxpqjvjaabzgzciclli", "dseyoxpqjvjaabefgzciclli", "dseyoxpqjvjaabefjazciclli", "dseyoxpqjvjaabefjaefciclli", "dseyoxpqjvjaabefjaefqpiclli", "dseyoxpqjvjaabefjaefqpqjclli", "dseyoxpqjvjaabefjaefqpqjqplli"]}, "config": {"characters": "dswkpivgabzgzciclli", "length": 19, "num_rules": 6, "rules": {"c": ["q", "p"], "g": ["j", "a"], "i": ["q", "j"], "k": ["o", "x"], "w": ["e", "y"], "z": ["e", "f"]}}, "task_name": "task11", "example_name": "0095", "problem_name": "task11_0095"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: esgweeabqoaiuvqr\nrules:\nv -> hu\ng -> dy\ni -> ew\nr -> ef\no -> nm\nq -> pc\ns -> jf\na -> lh\nb -> fz", "label": {"final": "ejfdyweelhfzpcnmlhewuhupcef", "init": "esgweeabqoaiuvqr", "intermediate": ["ejfgweeabqoaiuvqr", "ejfdyweeabqoaiuvqr", "ejfdyweelhbqoaiuvqr", "ejfdyweelhfzqoaiuvqr", "ejfdyweelhfzpcoaiuvqr", "ejfdyweelhfzpcnmaiuvqr", "ejfdyweelhfzpcnmlhiuvqr", "ejfdyweelhfzpcnmlhewuvqr", "ejfdyweelhfzpcnmlhewuhuqr", "ejfdyweelhfzpcnmlhewuhupcr"]}, "config": {"characters": "esgweeabqoaiuvqr", "length": 16, "num_rules": 9, "rules": {"a": ["l", "h"], "b": ["f", "z"], "g": ["d", "y"], "i": ["e", "w"], "o": ["n", "m"], "q": ["p", "c"], "r": ["e", "f"], "s": ["j", "f"], "v": ["h", "u"]}}, "task_name": "task11", "example_name": "0096", "problem_name": "task11_0096"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ttulyhogatgcmrrtikrfhxv\nrules:\nr -> zx\nc -> yz\ni -> qg\nm -> gz\nt -> oe\nu -> zj", "label": {"final": "oeoezjlyhogaoegyzgzzxzxoeqgkzxfhxv", "init": "ttulyhogatgcmrrtikrfhxv", "intermediate": ["oetulyhogatgcmrrtikrfhxv", "oeoeulyhogatgcmrrtikrfhxv", "oeoezjlyhogatgcmrrtikrfhxv", "oeoezjlyhogaoegcmrrtikrfhxv", "oeoezjlyhogaoegyzmrrtikrfhxv", "oeoezjlyhogaoegyzgzrrtikrfhxv", "oeoezjlyhogaoegyzgzzxrtikrfhxv", "oeoezjlyhogaoegyzgzzxzxtikrfhxv", "oeoezjlyhogaoegyzgzzxzxoeikrfhxv", "oeoezjlyhogaoegyzgzzxzxoeqgkrfhxv"]}, "config": {"characters": "ttulyhogatgcmrrtikrfhxv", "length": 23, "num_rules": 6, "rules": {"c": ["y", "z"], "i": ["q", "g"], "m": ["g", "z"], "r": ["z", "x"], "t": ["o", "e"], "u": ["z", "j"]}}, "task_name": "task11", "example_name": "0097", "problem_name": "task11_0097"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: nvfgivitclscvzozdtfvztxvjl\nrules:\ns -> mz\no -> qu\nt -> ku\nn -> xc\nf -> rw\ng -> cv\nl -> ue", "label": {"final": "xcvrwcvivikucuemzcvzquzdkurwvzkuxvjue", "init": "nvfgivitclscvzozdtfvztxvjl", "intermediate": ["xcvfgivitclscvzozdtfvztxvjl", "xcvrwgivitclscvzozdtfvztxvjl", "xcvrwcvivitclscvzozdtfvztxvjl", "xcvrwcvivikuclscvzozdtfvztxvjl", "xcvrwcvivikucuescvzozdtfvztxvjl", "xcvrwcvivikucuemzcvzozdtfvztxvjl", "xcvrwcvivikucuemzcvzquzdtfvztxvjl", "xcvrwcvivikucuemzcvzquzdkufvztxvjl", "xcvrwcvivikucuemzcvzquzdkurwvztxvjl", "xcvrwcvivikucuemzcvzquzdkurwvzkuxvjl"]}, "config": {"characters": "nvfgivitclscvzozdtfvztxvjl", "length": 26, "num_rules": 7, "rules": {"f": ["r", "w"], "g": ["c", "v"], "l": ["u", "e"], "n": ["x", "c"], "o": ["q", "u"], "s": ["m", "z"], "t": ["k", "u"]}}, "task_name": "task11", "example_name": "0098", "problem_name": "task11_0098"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: gorvupwguorsjnebshniezs\nrules:\nh -> fr\nb -> nu\nv -> wx\no -> fd\nz -> iq\ne -> qa\ns -> gm", "label": {"final": "gfdrwxupwgufdrgmjnqanugmfrniqaiqgm", "init": "gorvupwguorsjnebshniezs", "intermediate": ["gfdrvupwguorsjnebshniezs", "gfdrwxupwguorsjnebshniezs", "gfdrwxupwgufdrsjnebshniezs", "gfdrwxupwgufdrgmjnebshniezs", "gfdrwxupwgufdrgmjnqabshniezs", "gfdrwxupwgufdrgmjnqanushniezs", "gfdrwxupwgufdrgmjnqanugmhniezs", "gfdrwxupwgufdrgmjnqanugmfrniezs", "gfdrwxupwgufdrgmjnqanugmfrniqazs", "gfdrwxupwgufdrgmjnqanugmfrniqaiqs"]}, "config": {"characters": "gorvupwguorsjnebshniezs", "length": 23, "num_rules": 7, "rules": {"b": ["n", "u"], "e": ["q", "a"], "h": ["f", "r"], "o": ["f", "d"], "s": ["g", "m"], "v": ["w", "x"], "z": ["i", "q"]}}, "task_name": "task11", "example_name": "0099", "problem_name": "task11_0099"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ftrsggxakmhucwcucgrp\nrules:\na -> ni\nh -> sn\nc -> ww\nx -> fm\nr -> fs\ng -> ne\nk -> fw", "label": {"final": "ftfssnenefmnifwmsnuwwwwwuwwnefsp", "init": "ftrsggxakmhucwcucgrp", "intermediate": ["ftfssggxakmhucwcucgrp", "ftfssnegxakmhucwcucgrp", "ftfssnenexakmhucwcucgrp", "ftfssnenefmakmhucwcucgrp", "ftfssnenefmnikmhucwcucgrp", "ftfssnenefmnifwmhucwcucgrp", "ftfssnenefmnifwmsnucwcucgrp", "ftfssnenefmnifwmsnuwwwcucgrp", "ftfssnenefmnifwmsnuwwwwwucgrp", "ftfssnenefmnifwmsnuwwwwwuwwgrp", "ftfssnenefmnifwmsnuwwwwwuwwnerp"]}, "config": {"characters": "ftrsggxakmhucwcucgrp", "length": 20, "num_rules": 7, "rules": {"a": ["n", "i"], "c": ["w", "w"], "g": ["n", "e"], "h": ["s", "n"], "k": ["f", "w"], "r": ["f", "s"], "x": ["f", "m"]}}, "task_name": "task11", "example_name": "0100", "problem_name": "task11_0100"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: gzfduyyayoctdnajqn\nrules:\ng -> ox\nt -> vo\nn -> um\nj -> vm\na -> zw\nd -> rw\nc -> hh\nf -> kp\nq -> ss", "label": {"final": "oxzkprwuyyzwyohhvorwumzwvmssum", "init": "gzfduyyayoctdnajqn", "intermediate": ["oxzfduyyayoctdnajqn", "oxzkpduyyayoctdnajqn", "oxzkprwuyyayoctdnajqn", "oxzkprwuyyzwyoctdnajqn", "oxzkprwuyyzwyohhtdnajqn", "oxzkprwuyyzwyohhvodnajqn", "oxzkprwuyyzwyohhvorwnajqn", "oxzkprwuyyzwyohhvorwumajqn", "oxzkprwuyyzwyohhvorwumzwjqn", "oxzkprwuyyzwyohhvorwumzwvmqn", "oxzkprwuyyzwyohhvorwumzwvmssn"]}, "config": {"characters": "gzfduyyayoctdnajqn", "length": 18, "num_rules": 9, "rules": {"a": ["z", "w"], "c": ["h", "h"], "d": ["r", "w"], "f": ["k", "p"], "g": ["o", "x"], "j": ["v", "m"], "n": ["u", "m"], "q": ["s", "s"], "t": ["v", "o"]}}, "task_name": "task11", "example_name": "0101", "problem_name": "task11_0101"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: xabykzvzautruzbeghxtydv\nrules:\nt -> nr\nz -> nc\nk -> dw\nb -> fe\nv -> si\nu -> xw", "label": {"final": "xafeydwncsincaxwnrrxwncfeeghxnrydsi", "init": "xabykzvzautruzbeghxtydv", "intermediate": ["xafeykzvzautruzbeghxtydv", "xafeydwzvzautruzbeghxtydv", "xafeydwncvzautruzbeghxtydv", "xafeydwncsizautruzbeghxtydv", "xafeydwncsincautruzbeghxtydv", "xafeydwncsincaxwtruzbeghxtydv", "xafeydwncsincaxwnrruzbeghxtydv", "xafeydwncsincaxwnrrxwzbeghxtydv", "xafeydwncsincaxwnrrxwncbeghxtydv", "xafeydwncsincaxwnrrxwncfeeghxtydv", "xafeydwncsincaxwnrrxwncfeeghxnrydv"]}, "config": {"characters": "xabykzvzautruzbeghxtydv", "length": 23, "num_rules": 6, "rules": {"b": ["f", "e"], "k": ["d", "w"], "t": ["n", "r"], "u": ["x", "w"], "v": ["s", "i"], "z": ["n", "c"]}}, "task_name": "task11", "example_name": "0102", "problem_name": "task11_0102"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: rrpenmzwmcctkcnskv\nrules:\nc -> yq\nr -> ad\nn -> iu\nw -> su\nv -> ad\nk -> yd\nz -> ld", "label": {"final": "adadpeiumldsumyqyqtydyqiusydad", "init": "rrpenmzwmcctkcnskv", "intermediate": ["adrpenmzwmcctkcnskv", "adadpenmzwmcctkcnskv", "adadpeiumzwmcctkcnskv", "adadpeiumldwmcctkcnskv", "adadpeiumldsumcctkcnskv", "adadpeiumldsumyqctkcnskv", "adadpeiumldsumyqyqtkcnskv", "adadpeiumldsumyqyqtydcnskv", "adadpeiumldsumyqyqtydyqnskv", "adadpeiumldsumyqyqtydyqiuskv", "adadpeiumldsumyqyqtydyqiusydv"]}, "config": {"characters": "rrpenmzwmcctkcnskv", "length": 18, "num_rules": 7, "rules": {"c": ["y", "q"], "k": ["y", "d"], "n": ["i", "u"], "r": ["a", "d"], "v": ["a", "d"], "w": ["s", "u"], "z": ["l", "d"]}}, "task_name": "task11", "example_name": "0103", "problem_name": "task11_0103"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: adwwltemisxtucuhm\nrules:\ni -> ww\nx -> on\nd -> qa\nl -> qv\nh -> yn\nc -> kv\ne -> jr\nu -> wt\nm -> by\ns -> nv", "label": {"final": "aqawwqvtjrbywwnvontwtkvwtynby", "init": "adwwltemisxtucuhm", "intermediate": ["aqawwltemisxtucuhm", "aqawwqvtemisxtucuhm", "aqawwqvtjrmisxtucuhm", "aqawwqvtjrbyisxtucuhm", "aqawwqvtjrbywwsxtucuhm", "aqawwqvtjrbywwnvxtucuhm", "aqawwqvtjrbywwnvontucuhm", "aqawwqvtjrbywwnvontwtcuhm", "aqawwqvtjrbywwnvontwtkvuhm", "aqawwqvtjrbywwnvontwtkvwthm", "aqawwqvtjrbywwnvontwtkvwtynm"]}, "config": {"characters": "adwwltemisxtucuhm", "length": 17, "num_rules": 10, "rules": {"c": ["k", "v"], "d": ["q", "a"], "e": ["j", "r"], "h": ["y", "n"], "i": ["w", "w"], "l": ["q", "v"], "m": ["b", "y"], "s": ["n", "v"], "u": ["w", "t"], "x": ["o", "n"]}}, "task_name": "task11", "example_name": "0104", "problem_name": "task11_0104"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ldaucrryqdwxwnpygkvyyyg\nrules:\nq -> km\nr -> cj\ny -> lb\nv -> nx\nd -> ak\nu -> tg", "label": {"final": "lakatgccjcjlbkmakwxwnplbgknxlblblbg", "init": "ldaucrryqdwxwnpygkvyyyg", "intermediate": ["lakaucrryqdwxwnpygkvyyyg", "lakatgcrryqdwxwnpygkvyyyg", "lakatgccjryqdwxwnpygkvyyyg", "lakatgccjcjyqdwxwnpygkvyyyg", "lakatgccjcjlbqdwxwnpygkvyyyg", "lakatgccjcjlbkmdwxwnpygkvyyyg", "lakatgccjcjlbkmakwxwnpygkvyyyg", "lakatgccjcjlbkmakwxwnplbgkvyyyg", "lakatgccjcjlbkmakwxwnplbgknxyyyg", "lakatgccjcjlbkmakwxwnplbgknxlbyyg", "lakatgccjcjlbkmakwxwnplbgknxlblbyg"]}, "config": {"characters": "ldaucrryqdwxwnpygkvyyyg", "length": 23, "num_rules": 6, "rules": {"d": ["a", "k"], "q": ["k", "m"], "r": ["c", "j"], "u": ["t", "g"], "v": ["n", "x"], "y": ["l", "b"]}}, "task_name": "task11", "example_name": "0105", "problem_name": "task11_0105"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ednsdmhjgfgvwgmitkmuxdlprw\nrules:\nt -> ry\nx -> yr\ne -> ly\ni -> uv\ng -> vb\nj -> nb\np -> uq\nm -> kf", "label": {"final": "lydnsdkfhnbvbfvbvwvbkfuvrykkfuyrdluqrw", "init": "ednsdmhjgfgvwgmitkmuxdlprw", "intermediate": ["lydnsdmhjgfgvwgmitkmuxdlprw", "lydnsdkfhjgfgvwgmitkmuxdlprw", "lydnsdkfhnbgfgvwgmitkmuxdlprw", "lydnsdkfhnbvbfgvwgmitkmuxdlprw", "lydnsdkfhnbvbfvbvwgmitkmuxdlprw", "lydnsdkfhnbvbfvbvwvbmitkmuxdlprw", "lydnsdkfhnbvbfvbvwvbkfitkmuxdlprw", "lydnsdkfhnbvbfvbvwvbkfuvtkmuxdlprw", "lydnsdkfhnbvbfvbvwvbkfuvrykmuxdlprw", "lydnsdkfhnbvbfvbvwvbkfuvrykkfuxdlprw", "lydnsdkfhnbvbfvbvwvbkfuvrykkfuyrdlprw"]}, "config": {"characters": "ednsdmhjgfgvwgmitkmuxdlprw", "length": 26, "num_rules": 8, "rules": {"e": ["l", "y"], "g": ["v", "b"], "i": ["u", "v"], "j": ["n", "b"], "m": ["k", "f"], "p": ["u", "q"], "t": ["r", "y"], "x": ["y", "r"]}}, "task_name": "task11", "example_name": "0106", "problem_name": "task11_0106"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ifkbayqnsbwnnlmhimc\nrules:\nq -> ej\na -> gv\nm -> sw\nn -> rc\ni -> xe\nl -> bf\nk -> cj\ny -> su", "label": {"final": "xefcjbgvsuejrcsbwrcrcbfswhxeswc", "init": "ifkbayqnsbwnnlmhimc", "intermediate": ["xefkbayqnsbwnnlmhimc", "xefcjbayqnsbwnnlmhimc", "xefcjbgvyqnsbwnnlmhimc", "xefcjbgvsuqnsbwnnlmhimc", "xefcjbgvsuejnsbwnnlmhimc", "xefcjbgvsuejrcsbwnnlmhimc", "xefcjbgvsuejrcsbwrcnlmhimc", "xefcjbgvsuejrcsbwrcrclmhimc", "xefcjbgvsuejrcsbwrcrcbfmhimc", "xefcjbgvsuejrcsbwrcrcbfswhimc", "xefcjbgvsuejrcsbwrcrcbfswhxemc"]}, "config": {"characters": "ifkbayqnsbwnnlmhimc", "length": 19, "num_rules": 8, "rules": {"a": ["g", "v"], "i": ["x", "e"], "k": ["c", "j"], "l": ["b", "f"], "m": ["s", "w"], "n": ["r", "c"], "q": ["e", "j"], "y": ["s", "u"]}}, "task_name": "task11", "example_name": "0107", "problem_name": "task11_0107"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: cwhhpyppoqnvhuxeuzblefoifmi\nrules:\nf -> as\ny -> mm\ne -> dr\ni -> tk\nz -> mj\nl -> uq\nc -> dd\no -> xb", "label": {"final": "ddwhhpmmppxbqnvhuxdrumjbuqdrasxbtkasmtk", "init": "cwhhpyppoqnvhuxeuzblefoifmi", "intermediate": ["ddwhhpyppoqnvhuxeuzblefoifmi", "ddwhhpmmppoqnvhuxeuzblefoifmi", "ddwhhpmmppxbqnvhuxeuzblefoifmi", "ddwhhpmmppxbqnvhuxdruzblefoifmi", "ddwhhpmmppxbqnvhuxdrumjblefoifmi", "ddwhhpmmppxbqnvhuxdrumjbuqefoifmi", "ddwhhpmmppxbqnvhuxdrumjbuqdrfoifmi", "ddwhhpmmppxbqnvhuxdrumjbuqdrasoifmi", "ddwhhpmmppxbqnvhuxdrumjbuqdrasxbifmi", "ddwhhpmmppxbqnvhuxdrumjbuqdrasxbtkfmi", "ddwhhpmmppxbqnvhuxdrumjbuqdrasxbtkasmi"]}, "config": {"characters": "cwhhpyppoqnvhuxeuzblefoifmi", "length": 27, "num_rules": 8, "rules": {"c": ["d", "d"], "e": ["d", "r"], "f": ["a", "s"], "i": ["t", "k"], "l": ["u", "q"], "o": ["x", "b"], "y": ["m", "m"], "z": ["m", "j"]}}, "task_name": "task11", "example_name": "0108", "problem_name": "task11_0108"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: zgyiigwotkhqpvmkehsnpnl\nrules:\nq -> pu\nh -> gj\nk -> jx\no -> td\nm -> se\nn -> yg\nl -> eg\nz -> ri\nv -> yu", "label": {"final": "rigyiigwtdtjxgjpupyusejxegjsygpygeg", "init": "zgyiigwotkhqpvmkehsnpnl", "intermediate": ["rigyiigwotkhqpvmkehsnpnl", "rigyiigwtdtkhqpvmkehsnpnl", "rigyiigwtdtjxhqpvmkehsnpnl", "rigyiigwtdtjxgjqpvmkehsnpnl", "rigyiigwtdtjxgjpupvmkehsnpnl", "rigyiigwtdtjxgjpupyumkehsnpnl", "rigyiigwtdtjxgjpupyusekehsnpnl", "rigyiigwtdtjxgjpupyusejxehsnpnl", "rigyiigwtdtjxgjpupyusejxegjsnpnl", "rigyiigwtdtjxgjpupyusejxegjsygpnl", "rigyiigwtdtjxgjpupyusejxegjsygpygl"]}, "config": {"characters": "zgyiigwotkhqpvmkehsnpnl", "length": 23, "num_rules": 9, "rules": {"h": ["g", "j"], "k": ["j", "x"], "l": ["e", "g"], "m": ["s", "e"], "n": ["y", "g"], "o": ["t", "d"], "q": ["p", "u"], "v": ["y", "u"], "z": ["r", "i"]}}, "task_name": "task11", "example_name": "0109", "problem_name": "task11_0109"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: zuylkmondlrfyppjdkqv\nrules:\nn -> is\nm -> be\nq -> th\nf -> he\nr -> ch\nk -> le\nv -> ih\nu -> ox\nj -> aa\nd -> aa\nz -> he", "label": {"final": "heoxyllebeoisaalchheyppaaaalethih", "init": "zuylkmondlrfyppjdkqv", "intermediate": ["heuylkmondlrfyppjdkqv", "heoxylkmondlrfyppjdkqv", "heoxyllemondlrfyppjdkqv", "heoxyllebeondlrfyppjdkqv", "heoxyllebeoisdlrfyppjdkqv", "heoxyllebeoisaalrfyppjdkqv", "heoxyllebeoisaalchfyppjdkqv", "heoxyllebeoisaalchheyppjdkqv", "heoxyllebeoisaalchheyppaadkqv", "heoxyllebeoisaalchheyppaaaakqv", "heoxyllebeoisaalchheyppaaaaleqv", "heoxyllebeoisaalchheyppaaaalethv"]}, "config": {"characters": "zuylkmondlrfyppjdkqv", "length": 20, "num_rules": 11, "rules": {"d": ["a", "a"], "f": ["h", "e"], "j": ["a", "a"], "k": ["l", "e"], "m": ["b", "e"], "n": ["i", "s"], "q": ["t", "h"], "r": ["c", "h"], "u": ["o", "x"], "v": ["i", "h"], "z": ["h", "e"]}}, "task_name": "task11", "example_name": "0110", "problem_name": "task11_0110"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: xyscalucomrczmtbfuqbuwatumk\nrules:\nc -> ee\nl -> dj\nq -> dd\no -> nt\nw -> dd\nx -> zh\nf -> gg\nk -> ip\ny -> nt\nb -> mg", "label": {"final": "zhntseeadjueentmreezmtmggguddmguddatumip", "init": "xyscalucomrczmtbfuqbuwatumk", "intermediate": ["zhyscalucomrczmtbfuqbuwatumk", "zhntscalucomrczmtbfuqbuwatumk", "zhntseealucomrczmtbfuqbuwatumk", "zhntseeadjucomrczmtbfuqbuwatumk", "zhntseeadjueeomrczmtbfuqbuwatumk", "zhntseeadjueentmrczmtbfuqbuwatumk", "zhntseeadjueentmreezmtbfuqbuwatumk", "zhntseeadjueentmreezmtmgfuqbuwatumk", "zhntseeadjueentmreezmtmggguqbuwatumk", "zhntseeadjueentmreezmtmggguddbuwatumk", "zhntseeadjueentmreezmtmggguddmguwatumk", "zhntseeadjueentmreezmtmggguddmguddatumk"]}, "config": {"characters": "xyscalucomrczmtbfuqbuwatumk", "length": 27, "num_rules": 10, "rules": {"b": ["m", "g"], "c": ["e", "e"], "f": ["g", "g"], "k": ["i", "p"], "l": ["d", "j"], "o": ["n", "t"], "q": ["d", "d"], "w": ["d", "d"], "x": ["z", "h"], "y": ["n", "t"]}}, "task_name": "task11", "example_name": "0111", "problem_name": "task11_0111"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: dlittmbddfltvdfooejlgq\nrules:\nq -> pa\nv -> zb\ni -> oy\ng -> pn\ne -> xl\nt -> pn\nd -> wf\nm -> fa", "label": {"final": "wfloypnpnfabwfwfflpnzbwffooxljlpnpa", "init": "dlittmbddfltvdfooejlgq", "intermediate": ["wflittmbddfltvdfooejlgq", "wfloyttmbddfltvdfooejlgq", "wfloypntmbddfltvdfooejlgq", "wfloypnpnmbddfltvdfooejlgq", "wfloypnpnfabddfltvdfooejlgq", "wfloypnpnfabwfdfltvdfooejlgq", "wfloypnpnfabwfwffltvdfooejlgq", "wfloypnpnfabwfwfflpnvdfooejlgq", "wfloypnpnfabwfwfflpnzbdfooejlgq", "wfloypnpnfabwfwfflpnzbwffooejlgq", "wfloypnpnfabwfwfflpnzbwffooxljlgq", "wfloypnpnfabwfwfflpnzbwffooxljlpnq"]}, "config": {"characters": "dlittmbddfltvdfooejlgq", "length": 22, "num_rules": 8, "rules": {"d": ["w", "f"], "e": ["x", "l"], "g": ["p", "n"], "i": ["o", "y"], "m": ["f", "a"], "q": ["p", "a"], "t": ["p", "n"], "v": ["z", "b"]}}, "task_name": "task11", "example_name": "0112", "problem_name": "task11_0112"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: wqqxvrxlzbmfqtzztfljy\nrules:\nr -> cu\ny -> jk\nm -> lh\nt -> on\nf -> kl\nb -> xu\nv -> lo\nq -> hd\nw -> gz", "label": {"final": "gzhdhdxlocuxlzxulhklhdonzzonklljjk", "init": "wqqxvrxlzbmfqtzztfljy", "intermediate": ["gzqqxvrxlzbmfqtzztfljy", "gzhdqxvrxlzbmfqtzztfljy", "gzhdhdxvrxlzbmfqtzztfljy", "gzhdhdxlorxlzbmfqtzztfljy", "gzhdhdxlocuxlzbmfqtzztfljy", "gzhdhdxlocuxlzxumfqtzztfljy", "gzhdhdxlocuxlzxulhfqtzztfljy", "gzhdhdxlocuxlzxulhklqtzztfljy", "gzhdhdxlocuxlzxulhklhdtzztfljy", "gzhdhdxlocuxlzxulhklhdonzztfljy", "gzhdhdxlocuxlzxulhklhdonzzonfljy", "gzhdhdxlocuxlzxulhklhdonzzonklljy"]}, "config": {"characters": "wqqxvrxlzbmfqtzztfljy", "length": 21, "num_rules": 9, "rules": {"b": ["x", "u"], "f": ["k", "l"], "m": ["l", "h"], "q": ["h", "d"], "r": ["c", "u"], "t": ["o", "n"], "v": ["l", "o"], "w": ["g", "z"], "y": ["j", "k"]}}, "task_name": "task11", "example_name": "0113", "problem_name": "task11_0113"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: vatfjfcsmcpfsorogvmotqta\nrules:\nm -> nt\nc -> nj\no -> ni\nq -> di\ng -> bu\nv -> ax\np -> fd\nr -> lf", "label": {"final": "axatfjfnjsntnjfdfsnilfnibuaxntnitdita", "init": "vatfjfcsmcpfsorogvmotqta", "intermediate": ["axatfjfcsmcpfsorogvmotqta", "axatfjfnjsmcpfsorogvmotqta", "axatfjfnjsntcpfsorogvmotqta", "axatfjfnjsntnjpfsorogvmotqta", "axatfjfnjsntnjfdfsorogvmotqta", "axatfjfnjsntnjfdfsnirogvmotqta", "axatfjfnjsntnjfdfsnilfogvmotqta", "axatfjfnjsntnjfdfsnilfnigvmotqta", "axatfjfnjsntnjfdfsnilfnibuvmotqta", "axatfjfnjsntnjfdfsnilfnibuaxmotqta", "axatfjfnjsntnjfdfsnilfnibuaxntotqta", "axatfjfnjsntnjfdfsnilfnibuaxntnitqta"]}, "config": {"characters": "vatfjfcsmcpfsorogvmotqta", "length": 24, "num_rules": 8, "rules": {"c": ["n", "j"], "g": ["b", "u"], "m": ["n", "t"], "o": ["n", "i"], "p": ["f", "d"], "q": ["d", "i"], "r": ["l", "f"], "v": ["a", "x"]}}, "task_name": "task11", "example_name": "0114", "problem_name": "task11_0114"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: upatjwvtmkicynhgeiucpomr\nrules:\nm -> zq\ny -> qj\np -> ot\nh -> sd\nu -> io\ng -> jo\nv -> tf\nc -> sq\nk -> is", "label": {"final": "iootatjwtftzqisisqqjnsdjoeiiosqotozqr", "init": "upatjwvtmkicynhgeiucpomr", "intermediate": ["iopatjwvtmkicynhgeiucpomr", "iootatjwvtmkicynhgeiucpomr", "iootatjwtftmkicynhgeiucpomr", "iootatjwtftzqkicynhgeiucpomr", "iootatjwtftzqisicynhgeiucpomr", "iootatjwtftzqisisqynhgeiucpomr", "iootatjwtftzqisisqqjnhgeiucpomr", "iootatjwtftzqisisqqjnsdgeiucpomr", "iootatjwtftzqisisqqjnsdjoeiucpomr", "iootatjwtftzqisisqqjnsdjoeiiocpomr", "iootatjwtftzqisisqqjnsdjoeiiosqpomr", "iootatjwtftzqisisqqjnsdjoeiiosqotomr"]}, "config": {"characters": "upatjwvtmkicynhgeiucpomr", "length": 24, "num_rules": 9, "rules": {"c": ["s", "q"], "g": ["j", "o"], "h": ["s", "d"], "k": ["i", "s"], "m": ["z", "q"], "p": ["o", "t"], "u": ["i", "o"], "v": ["t", "f"], "y": ["q", "j"]}}, "task_name": "task11", "example_name": "0115", "problem_name": "task11_0115"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: bokqinormjijekndygj\nrules:\ng -> sa\nm -> ul\nd -> xa\nj -> il\nq -> ws\nb -> zc\ne -> kc\nn -> ww\nr -> ci\ny -> cu", "label": {"final": "zcokwsiwwociuliliilkckwwxacusail", "init": "bokqinormjijekndygj", "intermediate": ["zcokqinormjijekndygj", "zcokwsinormjijekndygj", "zcokwsiwwormjijekndygj", "zcokwsiwwocimjijekndygj", "zcokwsiwwociuljijekndygj", "zcokwsiwwociulilijekndygj", "zcokwsiwwociuliliilekndygj", "zcokwsiwwociuliliilkckndygj", "zcokwsiwwociuliliilkckwwdygj", "zcokwsiwwociuliliilkckwwxaygj", "zcokwsiwwociuliliilkckwwxacugj", "zcokwsiwwociuliliilkckwwxacusaj"]}, "config": {"characters": "bokqinormjijekndygj", "length": 19, "num_rules": 10, "rules": {"b": ["z", "c"], "d": ["x", "a"], "e": ["k", "c"], "g": ["s", "a"], "j": ["i", "l"], "m": ["u", "l"], "n": ["w", "w"], "q": ["w", "s"], "r": ["c", "i"], "y": ["c", "u"]}}, "task_name": "task11", "example_name": "0116", "problem_name": "task11_0116"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: pssrslovtyaejygnfmuqw\nrules:\nr -> hv\np -> zv\nu -> ld\nn -> kx\nw -> id\ne -> hj\ng -> bk\no -> qx\nf -> dj\ns -> li\nt -> qx", "label": {"final": "zvlilihvlilqxvqxyahjjybkkxdjmldqid", "init": "pssrslovtyaejygnfmuqw", "intermediate": ["zvssrslovtyaejygnfmuqw", "zvlisrslovtyaejygnfmuqw", "zvlilirslovtyaejygnfmuqw", "zvlilihvslovtyaejygnfmuqw", "zvlilihvlilovtyaejygnfmuqw", "zvlilihvlilqxvtyaejygnfmuqw", "zvlilihvlilqxvqxyaejygnfmuqw", "zvlilihvlilqxvqxyahjjygnfmuqw", "zvlilihvlilqxvqxyahjjybknfmuqw", "zvlilihvlilqxvqxyahjjybkkxfmuqw", "zvlilihvlilqxvqxyahjjybkkxdjmuqw", "zvlilihvlilqxvqxyahjjybkkxdjmldqw"]}, "config": {"characters": "pssrslovtyaejygnfmuqw", "length": 21, "num_rules": 11, "rules": {"e": ["h", "j"], "f": ["d", "j"], "g": ["b", "k"], "n": ["k", "x"], "o": ["q", "x"], "p": ["z", "v"], "r": ["h", "v"], "s": ["l", "i"], "t": ["q", "x"], "u": ["l", "d"], "w": ["i", "d"]}}, "task_name": "task11", "example_name": "0117", "problem_name": "task11_0117"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ismztykftpzwwgmehqyxnmmujd\nrules:\nm -> go\np -> tr\nd -> wl\nj -> ls\nz -> xa\ny -> hq\nn -> rt\ne -> fs", "label": {"final": "isgoxathqkfttrxawwggofshqhqxrtgogoulswl", "init": "ismztykftpzwwgmehqyxnmmujd", "intermediate": ["isgoztykftpzwwgmehqyxnmmujd", "isgoxatykftpzwwgmehqyxnmmujd", "isgoxathqkftpzwwgmehqyxnmmujd", "isgoxathqkfttrzwwgmehqyxnmmujd", "isgoxathqkfttrxawwgmehqyxnmmujd", "isgoxathqkfttrxawwggoehqyxnmmujd", "isgoxathqkfttrxawwggofshqyxnmmujd", "isgoxathqkfttrxawwggofshqhqxnmmujd", "isgoxathqkfttrxawwggofshqhqxrtmmujd", "isgoxathqkfttrxawwggofshqhqxrtgomujd", "isgoxathqkfttrxawwggofshqhqxrtgogoujd", "isgoxathqkfttrxawwggofshqhqxrtgogoulsd"]}, "config": {"characters": "ismztykftpzwwgmehqyxnmmujd", "length": 26, "num_rules": 8, "rules": {"d": ["w", "l"], "e": ["f", "s"], "j": ["l", "s"], "m": ["g", "o"], "n": ["r", "t"], "p": ["t", "r"], "y": ["h", "q"], "z": ["x", "a"]}}, "task_name": "task11", "example_name": "0118", "problem_name": "task11_0118"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: pyhidrnqnrfuuhhodpkuqmgmzw\nrules:\nq -> ff\nu -> jc\nm -> av\nh -> cy\no -> pd\nn -> ii", "label": {"final": "pycyidriiffiirfjcjccycypddpkjcffavgavzw", "init": "pyhidrnqnrfuuhhodpkuqmgmzw", "intermediate": ["pycyidrnqnrfuuhhodpkuqmgmzw", "pycyidriiqnrfuuhhodpkuqmgmzw", "pycyidriiffnrfuuhhodpkuqmgmzw", "pycyidriiffiirfuuhhodpkuqmgmzw", "pycyidriiffiirfjcuhhodpkuqmgmzw", "pycyidriiffiirfjcjchhodpkuqmgmzw", "pycyidriiffiirfjcjccyhodpkuqmgmzw", "pycyidriiffiirfjcjccycyodpkuqmgmzw", "pycyidriiffiirfjcjccycypddpkuqmgmzw", "pycyidriiffiirfjcjccycypddpkjcqmgmzw", "pycyidriiffiirfjcjccycypddpkjcffmgmzw", "pycyidriiffiirfjcjccycypddpkjcffavgmzw"]}, "config": {"characters": "pyhidrnqnrfuuhhodpkuqmgmzw", "length": 26, "num_rules": 6, "rules": {"h": ["c", "y"], "m": ["a", "v"], "n": ["i", "i"], "o": ["p", "d"], "q": ["f", "f"], "u": ["j", "c"]}}, "task_name": "task11", "example_name": "0119", "problem_name": "task11_0119"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: uphcbbdzzmayvjpwealhrrpg\nrules:\ne -> yl\np -> li\nr -> cu\nz -> fv\na -> wn\nh -> sx\nb -> xi", "label": {"final": "ulisxcxixidfvfvmwnyvjliwylwnlsxcuculig", "init": "uphcbbdzzmayvjpwealhrrpg", "intermediate": ["ulihcbbdzzmayvjpwealhrrpg", "ulisxcbbdzzmayvjpwealhrrpg", "ulisxcxibdzzmayvjpwealhrrpg", "ulisxcxixidzzmayvjpwealhrrpg", "ulisxcxixidfvzmayvjpwealhrrpg", "ulisxcxixidfvfvmayvjpwealhrrpg", "ulisxcxixidfvfvmwnyvjpwealhrrpg", "ulisxcxixidfvfvmwnyvjliwealhrrpg", "ulisxcxixidfvfvmwnyvjliwylalhrrpg", "ulisxcxixidfvfvmwnyvjliwylwnlhrrpg", "ulisxcxixidfvfvmwnyvjliwylwnlsxrrpg", "ulisxcxixidfvfvmwnyvjliwylwnlsxcurpg", "ulisxcxixidfvfvmwnyvjliwylwnlsxcucupg"]}, "config": {"characters": "uphcbbdzzmayvjpwealhrrpg", "length": 24, "num_rules": 7, "rules": {"a": ["w", "n"], "b": ["x", "i"], "e": ["y", "l"], "h": ["s", "x"], "p": ["l", "i"], "r": ["c", "u"], "z": ["f", "v"]}}, "task_name": "task11", "example_name": "0120", "problem_name": "task11_0120"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: kbjuzjpvisoclfpiccyslx\nrules:\np -> mu\ns -> lo\nb -> ea\nx -> go\nc -> mr\nj -> in\nk -> nm\nv -> ni\nf -> eu", "label": {"final": "nmeainuzinmuniiloomrleumuimrmrylolgo", "init": "kbjuzjpvisoclfpiccyslx", "intermediate": ["nmbjuzjpvisoclfpiccyslx", "nmeajuzjpvisoclfpiccyslx", "nmeainuzjpvisoclfpiccyslx", "nmeainuzinpvisoclfpiccyslx", "nmeainuzinmuvisoclfpiccyslx", "nmeainuzinmuniisoclfpiccyslx", "nmeainuzinmuniilooclfpiccyslx", "nmeainuzinmuniiloomrlfpiccyslx", "nmeainuzinmuniiloomrleupiccyslx", "nmeainuzinmuniiloomrleumuiccyslx", "nmeainuzinmuniiloomrleumuimrcyslx", "nmeainuzinmuniiloomrleumuimrmryslx", "nmeainuzinmuniiloomrleumuimrmrylolx"]}, "config": {"characters": "kbjuzjpvisoclfpiccyslx", "length": 22, "num_rules": 9, "rules": {"b": ["e", "a"], "c": ["m", "r"], "f": ["e", "u"], "j": ["i", "n"], "k": ["n", "m"], "p": ["m", "u"], "s": ["l", "o"], "v": ["n", "i"], "x": ["g", "o"]}}, "task_name": "task11", "example_name": "0121", "problem_name": "task11_0121"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: wuwvfzxqadphgwtlcuvrfn\nrules:\nw -> kp\nt -> jf\nx -> sl\nd -> bj\nr -> zz\nu -> cc\ng -> fs\nn -> ef\nq -> cp\na -> ys\nh -> ij", "label": {"final": "kpcckpvfzslcpysbjpijfskpjflcccvzzfef", "init": "wuwvfzxqadphgwtlcuvrfn", "intermediate": ["kpuwvfzxqadphgwtlcuvrfn", "kpccwvfzxqadphgwtlcuvrfn", "kpcckpvfzxqadphgwtlcuvrfn", "kpcckpvfzslqadphgwtlcuvrfn", "kpcckpvfzslcpadphgwtlcuvrfn", "kpcckpvfzslcpysdphgwtlcuvrfn", "kpcckpvfzslcpysbjphgwtlcuvrfn", "kpcckpvfzslcpysbjpijgwtlcuvrfn", "kpcckpvfzslcpysbjpijfswtlcuvrfn", "kpcckpvfzslcpysbjpijfskptlcuvrfn", "kpcckpvfzslcpysbjpijfskpjflcuvrfn", "kpcckpvfzslcpysbjpijfskpjflcccvrfn", "kpcckpvfzslcpysbjpijfskpjflcccvzzfn"]}, "config": {"characters": "wuwvfzxqadphgwtlcuvrfn", "length": 22, "num_rules": 11, "rules": {"a": ["y", "s"], "d": ["b", "j"], "g": ["f", "s"], "h": ["i", "j"], "n": ["e", "f"], "q": ["c", "p"], "r": ["z", "z"], "t": ["j", "f"], "u": ["c", "c"], "w": ["k", "p"], "x": ["s", "l"]}}, "task_name": "task11", "example_name": "0122", "problem_name": "task11_0122"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: wpewnqaoikgzyfaqfalmxder\nrules:\nf -> vv\nx -> wu\ny -> jd\nn -> bu\no -> ul\np -> th\nz -> ml\nr -> jq\ne -> mw\nk -> sq\ng -> dh\ni -> wh", "label": {"final": "wthmwwbuqaulwhsqdhmljdvvaqvvalmwudmwjq", "init": "wpewnqaoikgzyfaqfalmxder", "intermediate": ["wthewnqaoikgzyfaqfalmxder", "wthmwwnqaoikgzyfaqfalmxder", "wthmwwbuqaoikgzyfaqfalmxder", "wthmwwbuqaulikgzyfaqfalmxder", "wthmwwbuqaulwhkgzyfaqfalmxder", "wthmwwbuqaulwhsqgzyfaqfalmxder", "wthmwwbuqaulwhsqdhzyfaqfalmxder", "wthmwwbuqaulwhsqdhmlyfaqfalmxder", "wthmwwbuqaulwhsqdhmljdfaqfalmxder", "wthmwwbuqaulwhsqdhmljdvvaqfalmxder", "wthmwwbuqaulwhsqdhmljdvvaqvvalmxder", "wthmwwbuqaulwhsqdhmljdvvaqvvalmwuder", "wthmwwbuqaulwhsqdhmljdvvaqvvalmwudmwr"]}, "config": {"characters": "wpewnqaoikgzyfaqfalmxder", "length": 24, "num_rules": 12, "rules": {"e": ["m", "w"], "f": ["v", "v"], "g": ["d", "h"], "i": ["w", "h"], "k": ["s", "q"], "n": ["b", "u"], "o": ["u", "l"], "p": ["t", "h"], "r": ["j", "q"], "x": ["w", "u"], "y": ["j", "d"], "z": ["m", "l"]}}, "task_name": "task11", "example_name": "0123", "problem_name": "task11_0123"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: oqsgvaodfdudxqqmhuzj\nrules:\no -> kc\ns -> eh\ng -> eb\nu -> ej\nm -> th\na -> cw\nx -> jp\nz -> yb\nf -> iw\nq -> pp", "label": {"final": "kcppehebvcwkcdiwdejdjpppppthhejybj", "init": "oqsgvaodfdudxqqmhuzj", "intermediate": ["kcqsgvaodfdudxqqmhuzj", "kcppsgvaodfdudxqqmhuzj", "kcppehgvaodfdudxqqmhuzj", "kcppehebvaodfdudxqqmhuzj", "kcppehebvcwodfdudxqqmhuzj", "kcppehebvcwkcdfdudxqqmhuzj", "kcppehebvcwkcdiwdudxqqmhuzj", "kcppehebvcwkcdiwdejdxqqmhuzj", "kcppehebvcwkcdiwdejdjpqqmhuzj", "kcppehebvcwkcdiwdejdjpppqmhuzj", "kcppehebvcwkcdiwdejdjpppppmhuzj", "kcppehebvcwkcdiwdejdjpppppthhuzj", "kcppehebvcwkcdiwdejdjpppppthhejzj"]}, "config": {"characters": "oqsgvaodfdudxqqmhuzj", "length": 20, "num_rules": 10, "rules": {"a": ["c", "w"], "f": ["i", "w"], "g": ["e", "b"], "m": ["t", "h"], "o": ["k", "c"], "q": ["p", "p"], "s": ["e", "h"], "u": ["e", "j"], "x": ["j", "p"], "z": ["y", "b"]}}, "task_name": "task11", "example_name": "0124", "problem_name": "task11_0124"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: kafcvzjcgkminpsfaoaiuezzsso\nrules:\nz -> yd\nc -> qy\ng -> ju\nv -> qn\no -> ed\na -> we\nk -> es", "label": {"final": "eswefqyqnydjqyjuesminpsfweedweiueydydssed", "init": "kafcvzjcgkminpsfaoaiuezzsso", "intermediate": ["esafcvzjcgkminpsfaoaiuezzsso", "eswefcvzjcgkminpsfaoaiuezzsso", "eswefqyvzjcgkminpsfaoaiuezzsso", "eswefqyqnzjcgkminpsfaoaiuezzsso", "eswefqyqnydjcgkminpsfaoaiuezzsso", "eswefqyqnydjqygkminpsfaoaiuezzsso", "eswefqyqnydjqyjukminpsfaoaiuezzsso", "eswefqyqnydjqyjuesminpsfaoaiuezzsso", "eswefqyqnydjqyjuesminpsfweoaiuezzsso", "eswefqyqnydjqyjuesminpsfweedaiuezzsso", "eswefqyqnydjqyjuesminpsfweedweiuezzsso", "eswefqyqnydjqyjuesminpsfweedweiueydzsso", "eswefqyqnydjqyjuesminpsfweedweiueydydsso"]}, "config": {"characters": "kafcvzjcgkminpsfaoaiuezzsso", "length": 27, "num_rules": 7, "rules": {"a": ["w", "e"], "c": ["q", "y"], "g": ["j", "u"], "k": ["e", "s"], "o": ["e", "d"], "v": ["q", "n"], "z": ["y", "d"]}}, "task_name": "task11", "example_name": "0125", "problem_name": "task11_0125"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ipnjkbcytncsuwzcuqtah\nrules:\ni -> ff\na -> xx\nz -> ow\nu -> ex\nn -> gx\nh -> cc\nq -> lr\ns -> oo\nb -> cv\nk -> eo\ny -> rx\nj -> lo", "label": {"final": "ffpgxloeocvcrxtgxcooexwowcexlrtxxcc", "init": "ipnjkbcytncsuwzcuqtah", "intermediate": ["ffpnjkbcytncsuwzcuqtah", "ffpgxjkbcytncsuwzcuqtah", "ffpgxlokbcytncsuwzcuqtah", "ffpgxloeobcytncsuwzcuqtah", "ffpgxloeocvcytncsuwzcuqtah", "ffpgxloeocvcrxtncsuwzcuqtah", "ffpgxloeocvcrxtgxcsuwzcuqtah", "ffpgxloeocvcrxtgxcoouwzcuqtah", "ffpgxloeocvcrxtgxcooexwzcuqtah", "ffpgxloeocvcrxtgxcooexwowcuqtah", "ffpgxloeocvcrxtgxcooexwowcexqtah", "ffpgxloeocvcrxtgxcooexwowcexlrtah", "ffpgxloeocvcrxtgxcooexwowcexlrtxxh"]}, "config": {"characters": "ipnjkbcytncsuwzcuqtah", "length": 21, "num_rules": 12, "rules": {"a": ["x", "x"], "b": ["c", "v"], "h": ["c", "c"], "i": ["f", "f"], "j": ["l", "o"], "k": ["e", "o"], "n": ["g", "x"], "q": ["l", "r"], "s": ["o", "o"], "u": ["e", "x"], "y": ["r", "x"], "z": ["o", "w"]}}, "task_name": "task11", "example_name": "0126", "problem_name": "task11_0126"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: rclxlccvaogtswtjydiavvuwizx\nrules:\ng -> ei\nz -> dc\nj -> ky\nw -> ke\no -> ky\nx -> id\nt -> en\nl -> uk\na -> ky", "label": {"final": "rcukidukccvkykyeienskeenkyydikyvvukeidcid", "init": "rclxlccvaogtswtjydiavvuwizx", "intermediate": ["rcukxlccvaogtswtjydiavvuwizx", "rcukidlccvaogtswtjydiavvuwizx", "rcukidukccvaogtswtjydiavvuwizx", "rcukidukccvkyogtswtjydiavvuwizx", "rcukidukccvkykygtswtjydiavvuwizx", "rcukidukccvkykyeitswtjydiavvuwizx", "rcukidukccvkykyeienswtjydiavvuwizx", "rcukidukccvkykyeiensketjydiavvuwizx", "rcukidukccvkykyeienskeenjydiavvuwizx", "rcukidukccvkykyeienskeenkyydiavvuwizx", "rcukidukccvkykyeienskeenkyydikyvvuwizx", "rcukidukccvkykyeienskeenkyydikyvvukeizx", "rcukidukccvkykyeienskeenkyydikyvvukeidcx"]}, "config": {"characters": "rclxlccvaogtswtjydiavvuwizx", "length": 27, "num_rules": 9, "rules": {"a": ["k", "y"], "g": ["e", "i"], "j": ["k", "y"], "l": ["u", "k"], "o": ["k", "y"], "t": ["e", "n"], "w": ["k", "e"], "x": ["i", "d"], "z": ["d", "c"]}}, "task_name": "task11", "example_name": "0127", "problem_name": "task11_0127"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: rilprvuuxffjggbezrciwfxo\nrules:\ne -> sk\nx -> rm\no -> tm\nb -> zn\nl -> tu\nj -> hd\ni -> fa\ng -> hu\nw -> sr\np -> mk\nc -> ua", "label": {"final": "rfatumkrvuurmffhdhuhuznskzruafasrfrmtm", "init": "rilprvuuxffjggbezrciwfxo", "intermediate": ["rfalprvuuxffjggbezrciwfxo", "rfatuprvuuxffjggbezrciwfxo", "rfatumkrvuuxffjggbezrciwfxo", "rfatumkrvuurmffjggbezrciwfxo", "rfatumkrvuurmffhdggbezrciwfxo", "rfatumkrvuurmffhdhugbezrciwfxo", "rfatumkrvuurmffhdhuhubezrciwfxo", "rfatumkrvuurmffhdhuhuznezrciwfxo", "rfatumkrvuurmffhdhuhuznskzrciwfxo", "rfatumkrvuurmffhdhuhuznskzruaiwfxo", "rfatumkrvuurmffhdhuhuznskzruafawfxo", "rfatumkrvuurmffhdhuhuznskzruafasrfxo", "rfatumkrvuurmffhdhuhuznskzruafasrfrmo"]}, "config": {"characters": "rilprvuuxffjggbezrciwfxo", "length": 24, "num_rules": 11, "rules": {"b": ["z", "n"], "c": ["u", "a"], "e": ["s", "k"], "g": ["h", "u"], "i": ["f", "a"], "j": ["h", "d"], "l": ["t", "u"], "o": ["t", "m"], "p": ["m", "k"], "w": ["s", "r"], "x": ["r", "m"]}}, "task_name": "task11", "example_name": "0128", "problem_name": "task11_0128"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: hdrakbcqzqjycodeqgdsphxuihxz\nrules:\nz -> ay\nu -> hn\nk -> tv\ne -> ql\np -> xq\nc -> vb\nd -> fq\no -> qw\ng -> ay\nj -> ss", "label": {"final": "hfqratvbvbqayqssyvbqwfqqlqayfqsxqhxhnihxay", "init": "hdrakbcqzqjycodeqgdsphxuihxz", "intermediate": ["hfqrakbcqzqjycodeqgdsphxuihxz", "hfqratvbcqzqjycodeqgdsphxuihxz", "hfqratvbvbqzqjycodeqgdsphxuihxz", "hfqratvbvbqayqjycodeqgdsphxuihxz", "hfqratvbvbqayqssycodeqgdsphxuihxz", "hfqratvbvbqayqssyvbodeqgdsphxuihxz", "hfqratvbvbqayqssyvbqwdeqgdsphxuihxz", "hfqratvbvbqayqssyvbqwfqeqgdsphxuihxz", "hfqratvbvbqayqssyvbqwfqqlqgdsphxuihxz", "hfqratvbvbqayqssyvbqwfqqlqaydsphxuihxz", "hfqratvbvbqayqssyvbqwfqqlqayfqsphxuihxz", "hfqratvbvbqayqssyvbqwfqqlqayfqsxqhxuihxz", "hfqratvbvbqayqssyvbqwfqqlqayfqsxqhxhnihxz"]}, "config": {"characters": "hdrakbcqzqjycodeqgdsphxuihxz", "length": 28, "num_rules": 10, "rules": {"c": ["v", "b"], "d": ["f", "q"], "e": ["q", "l"], "g": ["a", "y"], "j": ["s", "s"], "k": ["t", "v"], "o": ["q", "w"], "p": ["x", "q"], "u": ["h", "n"], "z": ["a", "y"]}}, "task_name": "task11", "example_name": "0129", "problem_name": "task11_0129"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: auilejqkpsytrwxynwpuxsaiwkvmw\nrules:\np -> zv\nk -> xz\nm -> xl\ns -> zc\na -> of\nq -> tj\ny -> zl\nn -> vv\ne -> jf\nr -> ih", "label": {"final": "ofuiljfjtjxzzvzczltihwxzlvvwzvuxzcofiwxzvxlw", "init": "auilejqkpsytrwxynwpuxsaiwkvmw", "intermediate": ["ofuilejqkpsytrwxynwpuxsaiwkvmw", "ofuiljfjqkpsytrwxynwpuxsaiwkvmw", "ofuiljfjtjkpsytrwxynwpuxsaiwkvmw", "ofuiljfjtjxzpsytrwxynwpuxsaiwkvmw", "ofuiljfjtjxzzvsytrwxynwpuxsaiwkvmw", "ofuiljfjtjxzzvzcytrwxynwpuxsaiwkvmw", "ofuiljfjtjxzzvzczltrwxynwpuxsaiwkvmw", "ofuiljfjtjxzzvzczltihwxynwpuxsaiwkvmw", "ofuiljfjtjxzzvzczltihwxzlnwpuxsaiwkvmw", "ofuiljfjtjxzzvzczltihwxzlvvwpuxsaiwkvmw", "ofuiljfjtjxzzvzczltihwxzlvvwzvuxsaiwkvmw", "ofuiljfjtjxzzvzczltihwxzlvvwzvuxzcaiwkvmw", "ofuiljfjtjxzzvzczltihwxzlvvwzvuxzcofiwkvmw", "ofuiljfjtjxzzvzczltihwxzlvvwzvuxzcofiwxzvmw"]}, "config": {"characters": "auilejqkpsytrwxynwpuxsaiwkvmw", "length": 29, "num_rules": 10, "rules": {"a": ["o", "f"], "e": ["j", "f"], "k": ["x", "z"], "m": ["x", "l"], "n": ["v", "v"], "p": ["z", "v"], "q": ["t", "j"], "r": ["i", "h"], "s": ["z", "c"], "y": ["z", "l"]}}, "task_name": "task11", "example_name": "0130", "problem_name": "task11_0130"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: riqymlzzwnwpvafxmvgqhtevv\nrules:\ni -> kk\nn -> bh\nr -> cb\np -> gm\nt -> kc\nz -> md\ny -> ma\nl -> as\nv -> go\ne -> qs\nx -> sh", "label": {"final": "cbkkqmamasmdmdwbhwgmgoafshmgogqhkcqsgogo", "init": "riqymlzzwnwpvafxmvgqhtevv", "intermediate": ["cbiqymlzzwnwpvafxmvgqhtevv", "cbkkqymlzzwnwpvafxmvgqhtevv", "cbkkqmamlzzwnwpvafxmvgqhtevv", "cbkkqmamaszzwnwpvafxmvgqhtevv", "cbkkqmamasmdzwnwpvafxmvgqhtevv", "cbkkqmamasmdmdwnwpvafxmvgqhtevv", "cbkkqmamasmdmdwbhwpvafxmvgqhtevv", "cbkkqmamasmdmdwbhwgmvafxmvgqhtevv", "cbkkqmamasmdmdwbhwgmgoafxmvgqhtevv", "cbkkqmamasmdmdwbhwgmgoafshmvgqhtevv", "cbkkqmamasmdmdwbhwgmgoafshmgogqhtevv", "cbkkqmamasmdmdwbhwgmgoafshmgogqhkcevv", "cbkkqmamasmdmdwbhwgmgoafshmgogqhkcqsvv", "cbkkqmamasmdmdwbhwgmgoafshmgogqhkcqsgov"]}, "config": {"characters": "riqymlzzwnwpvafxmvgqhtevv", "length": 25, "num_rules": 11, "rules": {"e": ["q", "s"], "i": ["k", "k"], "l": ["a", "s"], "n": ["b", "h"], "p": ["g", "m"], "r": ["c", "b"], "t": ["k", "c"], "v": ["g", "o"], "x": ["s", "h"], "y": ["m", "a"], "z": ["m", "d"]}}, "task_name": "task11", "example_name": "0131", "problem_name": "task11_0131"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: pfujalspjdijixzncyev\nrules:\nc -> wm\ni -> tm\ny -> ln\nv -> op\nj -> bo\ne -> qg\nd -> fw\nz -> kl\nu -> mm\ns -> rq\nx -> hn\na -> lq", "label": {"final": "pfmmbolqlrqpbofwtmbotmhnklnwmlnqgop", "init": "pfujalspjdijixzncyev", "intermediate": ["pfmmjalspjdijixzncyev", "pfmmboalspjdijixzncyev", "pfmmbolqlspjdijixzncyev", "pfmmbolqlrqpjdijixzncyev", "pfmmbolqlrqpbodijixzncyev", "pfmmbolqlrqpbofwijixzncyev", "pfmmbolqlrqpbofwtmjixzncyev", "pfmmbolqlrqpbofwtmboixzncyev", "pfmmbolqlrqpbofwtmbotmxzncyev", "pfmmbolqlrqpbofwtmbotmhnzncyev", "pfmmbolqlrqpbofwtmbotmhnklncyev", "pfmmbolqlrqpbofwtmbotmhnklnwmyev", "pfmmbolqlrqpbofwtmbotmhnklnwmlnev", "pfmmbolqlrqpbofwtmbotmhnklnwmlnqgv"]}, "config": {"characters": "pfujalspjdijixzncyev", "length": 20, "num_rules": 12, "rules": {"a": ["l", "q"], "c": ["w", "m"], "d": ["f", "w"], "e": ["q", "g"], "i": ["t", "m"], "j": ["b", "o"], "s": ["r", "q"], "u": ["m", "m"], "v": ["o", "p"], "x": ["h", "n"], "y": ["l", "n"], "z": ["k", "l"]}}, "task_name": "task11", "example_name": "0132", "problem_name": "task11_0132"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: qudtinmjoiiapyolpwtnwexmnjk\nrules:\ne -> if\nm -> vr\nt -> is\na -> ss\np -> vr\nx -> bo\nd -> cw\nu -> gb\nk -> qh\nj -> vr\nl -> gv", "label": {"final": "qgbcwisinvrvroiissvryogvvrwisnwifbovrnvrqh", "init": "qudtinmjoiiapyolpwtnwexmnjk", "intermediate": ["qgbdtinmjoiiapyolpwtnwexmnjk", "qgbcwtinmjoiiapyolpwtnwexmnjk", "qgbcwisinmjoiiapyolpwtnwexmnjk", "qgbcwisinvrjoiiapyolpwtnwexmnjk", "qgbcwisinvrvroiiapyolpwtnwexmnjk", "qgbcwisinvrvroiisspyolpwtnwexmnjk", "qgbcwisinvrvroiissvryolpwtnwexmnjk", "qgbcwisinvrvroiissvryogvpwtnwexmnjk", "qgbcwisinvrvroiissvryogvvrwtnwexmnjk", "qgbcwisinvrvroiissvryogvvrwisnwexmnjk", "qgbcwisinvrvroiissvryogvvrwisnwifxmnjk", "qgbcwisinvrvroiissvryogvvrwisnwifbomnjk", "qgbcwisinvrvroiissvryogvvrwisnwifbovrnjk", "qgbcwisinvrvroiissvryogvvrwisnwifbovrnvrk"]}, "config": {"characters": "qudtinmjoiiapyolpwtnwexmnjk", "length": 27, "num_rules": 11, "rules": {"a": ["s", "s"], "d": ["c", "w"], "e": ["i", "f"], "j": ["v", "r"], "k": ["q", "h"], "l": ["g", "v"], "m": ["v", "r"], "p": ["v", "r"], "t": ["i", "s"], "u": ["g", "b"], "x": ["b", "o"]}}, "task_name": "task11", "example_name": "0133", "problem_name": "task11_0133"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: npniwrwqoykfbnluollsve\nrules:\no -> zm\nr -> ip\ne -> sz\nl -> ji\nv -> zh\nu -> jd\nq -> sc\nw -> th\nf -> mx\ny -> js\nb -> ka", "label": {"final": "npnithipthsczmjskmxkanjijdzmjijiszhsz", "init": "npniwrwqoykfbnluollsve", "intermediate": ["npnithrwqoykfbnluollsve", "npnithipwqoykfbnluollsve", "npnithipthqoykfbnluollsve", "npnithipthscoykfbnluollsve", "npnithipthsczmykfbnluollsve", "npnithipthsczmjskfbnluollsve", "npnithipthsczmjskmxbnluollsve", "npnithipthsczmjskmxkanluollsve", "npnithipthsczmjskmxkanjiuollsve", "npnithipthsczmjskmxkanjijdollsve", "npnithipthsczmjskmxkanjijdzmllsve", "npnithipthsczmjskmxkanjijdzmjilsve", "npnithipthsczmjskmxkanjijdzmjijisve", "npnithipthsczmjskmxkanjijdzmjijiszhe"]}, "config": {"characters": "npniwrwqoykfbnluollsve", "length": 22, "num_rules": 11, "rules": {"b": ["k", "a"], "e": ["s", "z"], "f": ["m", "x"], "l": ["j", "i"], "o": ["z", "m"], "q": ["s", "c"], "r": ["i", "p"], "u": ["j", "d"], "v": ["z", "h"], "w": ["t", "h"], "y": ["j", "s"]}}, "task_name": "task11", "example_name": "0134", "problem_name": "task11_0134"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: yyreckbpwfwkqevcgpamcyxomroffe\nrules:\nq -> at\nw -> jj\nr -> cb\ny -> tu\np -> vh\ne -> of\ng -> ac\nx -> uo", "label": {"final": "tutucbofckbvhjjfjjkatofvcacvhamctuuoomcboffof", "init": "yyreckbpwfwkqevcgpamcyxomroffe", "intermediate": ["tuyreckbpwfwkqevcgpamcyxomroffe", "tutureckbpwfwkqevcgpamcyxomroffe", "tutucbeckbpwfwkqevcgpamcyxomroffe", "tutucbofckbpwfwkqevcgpamcyxomroffe", "tutucbofckbvhwfwkqevcgpamcyxomroffe", "tutucbofckbvhjjfwkqevcgpamcyxomroffe", "tutucbofckbvhjjfjjkqevcgpamcyxomroffe", "tutucbofckbvhjjfjjkatevcgpamcyxomroffe", "tutucbofckbvhjjfjjkatofvcgpamcyxomroffe", "tutucbofckbvhjjfjjkatofvcacpamcyxomroffe", "tutucbofckbvhjjfjjkatofvcacvhamcyxomroffe", "tutucbofckbvhjjfjjkatofvcacvhamctuxomroffe", "tutucbofckbvhjjfjjkatofvcacvhamctuuoomroffe", "tutucbofckbvhjjfjjkatofvcacvhamctuuoomcboffe"]}, "config": {"characters": "yyreckbpwfwkqevcgpamcyxomroffe", "length": 30, "num_rules": 8, "rules": {"e": ["o", "f"], "g": ["a", "c"], "p": ["v", "h"], "q": ["a", "t"], "r": ["c", "b"], "w": ["j", "j"], "x": ["u", "o"], "y": ["t", "u"]}}, "task_name": "task11", "example_name": "0135", "problem_name": "task11_0135"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: iqaqqcfdgbibrgaaqtlpjexros\nrules:\na -> en\nl -> he\nq -> ns\nf -> hz\no -> em\nj -> nm\nd -> bu\np -> zy\ni -> cg", "label": {"final": "cgnsennsnschzbugbcgbrgenennsthezynmexrems", "init": "iqaqqcfdgbibrgaaqtlpjexros", "intermediate": ["cgqaqqcfdgbibrgaaqtlpjexros", "cgnsaqqcfdgbibrgaaqtlpjexros", "cgnsenqqcfdgbibrgaaqtlpjexros", "cgnsennsqcfdgbibrgaaqtlpjexros", "cgnsennsnscfdgbibrgaaqtlpjexros", "cgnsennsnschzdgbibrgaaqtlpjexros", "cgnsennsnschzbugbibrgaaqtlpjexros", "cgnsennsnschzbugbcgbrgaaqtlpjexros", "cgnsennsnschzbugbcgbrgenaqtlpjexros", "cgnsennsnschzbugbcgbrgenenqtlpjexros", "cgnsennsnschzbugbcgbrgenennstlpjexros", "cgnsennsnschzbugbcgbrgenennsthepjexros", "cgnsennsnschzbugbcgbrgenennsthezyjexros", "cgnsennsnschzbugbcgbrgenennsthezynmexros"]}, "config": {"characters": "iqaqqcfdgbibrgaaqtlpjexros", "length": 26, "num_rules": 9, "rules": {"a": ["e", "n"], "d": ["b", "u"], "f": ["h", "z"], "i": ["c", "g"], "j": ["n", "m"], "l": ["h", "e"], "o": ["e", "m"], "p": ["z", "y"], "q": ["n", "s"]}}, "task_name": "task11", "example_name": "0136", "problem_name": "task11_0136"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: lsfyrlznwenrbttxhoqtxzdoimay\nrules:\nm -> cc\nl -> vo\nx -> no\ne -> zo\nd -> kz\nr -> io\nq -> nn\na -> vu\nw -> oj\nb -> gh\ny -> nk", "label": {"final": "vosfnkiovoznojzonioghttnohonntnozkzoiccvunk", "init": "lsfyrlznwenrbttxhoqtxzdoimay", "intermediate": ["vosfyrlznwenrbttxhoqtxzdoimay", "vosfnkrlznwenrbttxhoqtxzdoimay", "vosfnkiolznwenrbttxhoqtxzdoimay", "vosfnkiovoznwenrbttxhoqtxzdoimay", "vosfnkiovoznojenrbttxhoqtxzdoimay", "vosfnkiovoznojzonrbttxhoqtxzdoimay", "vosfnkiovoznojzoniobttxhoqtxzdoimay", "vosfnkiovoznojzonioghttxhoqtxzdoimay", "vosfnkiovoznojzonioghttnohoqtxzdoimay", "vosfnkiovoznojzonioghttnohonntxzdoimay", "vosfnkiovoznojzonioghttnohonntnozdoimay", "vosfnkiovoznojzonioghttnohonntnozkzoimay", "vosfnkiovoznojzonioghttnohonntnozkzoiccay", "vosfnkiovoznojzonioghttnohonntnozkzoiccvuy"]}, "config": {"characters": "lsfyrlznwenrbttxhoqtxzdoimay", "length": 28, "num_rules": 11, "rules": {"a": ["v", "u"], "b": ["g", "h"], "d": ["k", "z"], "e": ["z", "o"], "l": ["v", "o"], "m": ["c", "c"], "q": ["n", "n"], "r": ["i", "o"], "w": ["o", "j"], "x": ["n", "o"], "y": ["n", "k"]}}, "task_name": "task11", "example_name": "0137", "problem_name": "task11_0137"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: fmvmbkcyurtpryvjlbssvq\nrules:\nv -> on\nu -> iz\nb -> hn\nj -> wa\nc -> qo\nf -> yl\ns -> hw\nr -> nt\nm -> xg", "label": {"final": "ylxgonxghnkqoyiznttpntyonwalhnhwhwonq", "init": "fmvmbkcyurtpryvjlbssvq", "intermediate": ["ylmvmbkcyurtpryvjlbssvq", "ylxgvmbkcyurtpryvjlbssvq", "ylxgonmbkcyurtpryvjlbssvq", "ylxgonxgbkcyurtpryvjlbssvq", "ylxgonxghnkcyurtpryvjlbssvq", "ylxgonxghnkqoyurtpryvjlbssvq", "ylxgonxghnkqoyizrtpryvjlbssvq", "ylxgonxghnkqoyiznttpryvjlbssvq", "ylxgonxghnkqoyiznttpntyvjlbssvq", "ylxgonxghnkqoyiznttpntyonjlbssvq", "ylxgonxghnkqoyiznttpntyonwalbssvq", "ylxgonxghnkqoyiznttpntyonwalhnssvq", "ylxgonxghnkqoyiznttpntyonwalhnhwsvq", "ylxgonxghnkqoyiznttpntyonwalhnhwhwvq"]}, "config": {"characters": "fmvmbkcyurtpryvjlbssvq", "length": 22, "num_rules": 9, "rules": {"b": ["h", "n"], "c": ["q", "o"], "f": ["y", "l"], "j": ["w", "a"], "m": ["x", "g"], "r": ["n", "t"], "s": ["h", "w"], "u": ["i", "z"], "v": ["o", "n"]}}, "task_name": "task11", "example_name": "0138", "problem_name": "task11_0138"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: cpyvbjgfroxpclgsyyjw\nrules:\np -> km\nr -> ah\nw -> qv\ny -> dq\ng -> st\nj -> aa\nx -> qm\nb -> kq\nl -> cm\nf -> za", "label": {"final": "ckmdqvkqaastzaahoqmkmccmstsdqdqaaqv", "init": "cpyvbjgfroxpclgsyyjw", "intermediate": ["ckmyvbjgfroxpclgsyyjw", "ckmdqvbjgfroxpclgsyyjw", "ckmdqvkqjgfroxpclgsyyjw", "ckmdqvkqaagfroxpclgsyyjw", "ckmdqvkqaastfroxpclgsyyjw", "ckmdqvkqaastzaroxpclgsyyjw", "ckmdqvkqaastzaahoxpclgsyyjw", "ckmdqvkqaastzaahoqmpclgsyyjw", "ckmdqvkqaastzaahoqmkmclgsyyjw", "ckmdqvkqaastzaahoqmkmccmgsyyjw", "ckmdqvkqaastzaahoqmkmccmstsyyjw", "ckmdqvkqaastzaahoqmkmccmstsdqyjw", "ckmdqvkqaastzaahoqmkmccmstsdqdqjw", "ckmdqvkqaastzaahoqmkmccmstsdqdqaaw"]}, "config": {"characters": "cpyvbjgfroxpclgsyyjw", "length": 20, "num_rules": 10, "rules": {"b": ["k", "q"], "f": ["z", "a"], "g": ["s", "t"], "j": ["a", "a"], "l": ["c", "m"], "p": ["k", "m"], "r": ["a", "h"], "w": ["q", "v"], "x": ["q", "m"], "y": ["d", "q"]}}, "task_name": "task11", "example_name": "0139", "problem_name": "task11_0139"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: qhogshqhjlomxvlapregzzievhx\nrules:\nh -> yn\nv -> to\ni -> da\np -> kq\ng -> jw\ns -> eu\nx -> qq\nz -> db\nm -> ea", "label": {"final": "qynojweuynqynjloeaqqtolakqrejwdbdbdaetoynqq", "init": "qhogshqhjlomxvlapregzzievhx", "intermediate": ["qynogshqhjlomxvlapregzzievhx", "qynojwshqhjlomxvlapregzzievhx", "qynojweuhqhjlomxvlapregzzievhx", "qynojweuynqhjlomxvlapregzzievhx", "qynojweuynqynjlomxvlapregzzievhx", "qynojweuynqynjloeaxvlapregzzievhx", "qynojweuynqynjloeaqqvlapregzzievhx", "qynojweuynqynjloeaqqtolapregzzievhx", "qynojweuynqynjloeaqqtolakqregzzievhx", "qynojweuynqynjloeaqqtolakqrejwzzievhx", "qynojweuynqynjloeaqqtolakqrejwdbzievhx", "qynojweuynqynjloeaqqtolakqrejwdbdbievhx", "qynojweuynqynjloeaqqtolakqrejwdbdbdaevhx", "qynojweuynqynjloeaqqtolakqrejwdbdbdaetohx", "qynojweuynqynjloeaqqtolakqrejwdbdbdaetoynx"]}, "config": {"characters": "qhogshqhjlomxvlapregzzievhx", "length": 27, "num_rules": 9, "rules": {"g": ["j", "w"], "h": ["y", "n"], "i": ["d", "a"], "m": ["e", "a"], "p": ["k", "q"], "s": ["e", "u"], "v": ["t", "o"], "x": ["q", "q"], "z": ["d", "b"]}}, "task_name": "task11", "example_name": "0140", "problem_name": "task11_0140"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: spxwrusmqatpwcoqgctypvjhapbyb\nrules:\nv -> ji\nc -> rq\nu -> hr\nb -> rh\nx -> hn\ns -> jm\ng -> lm\np -> hw\ny -> ho", "label": {"final": "jmhwhnwrhrjmmqathwwrqoqlmrqthohwjijhahwrhhorh", "init": "spxwrusmqatpwcoqgctypvjhapbyb", "intermediate": ["jmpxwrusmqatpwcoqgctypvjhapbyb", "jmhwxwrusmqatpwcoqgctypvjhapbyb", "jmhwhnwrusmqatpwcoqgctypvjhapbyb", "jmhwhnwrhrsmqatpwcoqgctypvjhapbyb", "jmhwhnwrhrjmmqatpwcoqgctypvjhapbyb", "jmhwhnwrhrjmmqathwwcoqgctypvjhapbyb", "jmhwhnwrhrjmmqathwwrqoqgctypvjhapbyb", "jmhwhnwrhrjmmqathwwrqoqlmctypvjhapbyb", "jmhwhnwrhrjmmqathwwrqoqlmrqtypvjhapbyb", "jmhwhnwrhrjmmqathwwrqoqlmrqthopvjhapbyb", "jmhwhnwrhrjmmqathwwrqoqlmrqthohwvjhapbyb", "jmhwhnwrhrjmmqathwwrqoqlmrqthohwjijhapbyb", "jmhwhnwrhrjmmqathwwrqoqlmrqthohwjijhahwbyb", "jmhwhnwrhrjmmqathwwrqoqlmrqthohwjijhahwrhyb", "jmhwhnwrhrjmmqathwwrqoqlmrqthohwjijhahwrhhob"]}, "config": {"characters": "spxwrusmqatpwcoqgctypvjhapbyb", "length": 29, "num_rules": 9, "rules": {"b": ["r", "h"], "c": ["r", "q"], "g": ["l", "m"], "p": ["h", "w"], "s": ["j", "m"], "u": ["h", "r"], "v": ["j", "i"], "x": ["h", "n"], "y": ["h", "o"]}}, "task_name": "task11", "example_name": "0141", "problem_name": "task11_0141"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ipsixhdzlqmpsgqrgwhpxkd\nrules:\ng -> he\nm -> aj\nw -> as\nr -> zt\nd -> sb\nx -> nj\np -> uv\nq -> jk\ni -> so", "label": {"final": "souvssonjhsbzljkajuvshejkztheashuvnjksb", "init": "ipsixhdzlqmpsgqrgwhpxkd", "intermediate": ["sopsixhdzlqmpsgqrgwhpxkd", "souvsixhdzlqmpsgqrgwhpxkd", "souvssoxhdzlqmpsgqrgwhpxkd", "souvssonjhdzlqmpsgqrgwhpxkd", "souvssonjhsbzlqmpsgqrgwhpxkd", "souvssonjhsbzljkmpsgqrgwhpxkd", "souvssonjhsbzljkajpsgqrgwhpxkd", "souvssonjhsbzljkajuvsgqrgwhpxkd", "souvssonjhsbzljkajuvsheqrgwhpxkd", "souvssonjhsbzljkajuvshejkrgwhpxkd", "souvssonjhsbzljkajuvshejkztgwhpxkd", "souvssonjhsbzljkajuvshejkzthewhpxkd", "souvssonjhsbzljkajuvshejkztheashpxkd", "souvssonjhsbzljkajuvshejkztheashuvxkd", "souvssonjhsbzljkajuvshejkztheashuvnjkd"]}, "config": {"characters": "ipsixhdzlqmpsgqrgwhpxkd", "length": 23, "num_rules": 9, "rules": {"d": ["s", "b"], "g": ["h", "e"], "i": ["s", "o"], "m": ["a", "j"], "p": ["u", "v"], "q": ["j", "k"], "r": ["z", "t"], "w": ["a", "s"], "x": ["n", "j"]}}, "task_name": "task11", "example_name": "0142", "problem_name": "task11_0142"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: leuldghxuczynahlgicntcrcpitpkx\nrules:\ny -> pg\nx -> qp\nc -> ob\nn -> fp\nz -> oj\ni -> ko\na -> jq\nd -> sp\nt -> pk", "label": {"final": "leulspghqpuobojpgfpjqhlgkoobfppkobrobpkopkpkqp", "init": "leuldghxuczynahlgicntcrcpitpkx", "intermediate": ["leulspghxuczynahlgicntcrcpitpkx", "leulspghqpuczynahlgicntcrcpitpkx", "leulspghqpuobzynahlgicntcrcpitpkx", "leulspghqpuobojynahlgicntcrcpitpkx", "leulspghqpuobojpgnahlgicntcrcpitpkx", "leulspghqpuobojpgfpahlgicntcrcpitpkx", "leulspghqpuobojpgfpjqhlgicntcrcpitpkx", "leulspghqpuobojpgfpjqhlgkocntcrcpitpkx", "leulspghqpuobojpgfpjqhlgkoobntcrcpitpkx", "leulspghqpuobojpgfpjqhlgkoobfptcrcpitpkx", "leulspghqpuobojpgfpjqhlgkoobfppkcrcpitpkx", "leulspghqpuobojpgfpjqhlgkoobfppkobrcpitpkx", "leulspghqpuobojpgfpjqhlgkoobfppkobrobpitpkx", "leulspghqpuobojpgfpjqhlgkoobfppkobrobpkotpkx", "leulspghqpuobojpgfpjqhlgkoobfppkobrobpkopkpkx"]}, "config": {"characters": "leuldghxuczynahlgicntcrcpitpkx", "length": 30, "num_rules": 9, "rules": {"a": ["j", "q"], "c": ["o", "b"], "d": ["s", "p"], "i": ["k", "o"], "n": ["f", "p"], "t": ["p", "k"], "x": ["q", "p"], "y": ["p", "g"], "z": ["o", "j"]}}, "task_name": "task11", "example_name": "0143", "problem_name": "task11_0143"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: gtquqauehktuitbfafzbuukuravgpq\nrules:\np -> jr\ni -> fk\nb -> dc\nt -> ex\nu -> ds\nz -> ww\ng -> ef", "label": {"final": "efexqdsqadsehkexdsfkexdcfafwwdcdsdskdsravefjrq", "init": "gtquqauehktuitbfafzbuukuravgpq", "intermediate": ["eftquqauehktuitbfafzbuukuravgpq", "efexquqauehktuitbfafzbuukuravgpq", "efexqdsqauehktuitbfafzbuukuravgpq", "efexqdsqadsehktuitbfafzbuukuravgpq", "efexqdsqadsehkexuitbfafzbuukuravgpq", "efexqdsqadsehkexdsitbfafzbuukuravgpq", "efexqdsqadsehkexdsfktbfafzbuukuravgpq", "efexqdsqadsehkexdsfkexbfafzbuukuravgpq", "efexqdsqadsehkexdsfkexdcfafzbuukuravgpq", "efexqdsqadsehkexdsfkexdcfafwwbuukuravgpq", "efexqdsqadsehkexdsfkexdcfafwwdcuukuravgpq", "efexqdsqadsehkexdsfkexdcfafwwdcdsukuravgpq", "efexqdsqadsehkexdsfkexdcfafwwdcdsdskuravgpq", "efexqdsqadsehkexdsfkexdcfafwwdcdsdskdsravgpq", "efexqdsqadsehkexdsfkexdcfafwwdcdsdskdsravefpq"]}, "config": {"characters": "gtquqauehktuitbfafzbuukuravgpq", "length": 30, "num_rules": 7, "rules": {"b": ["d", "c"], "g": ["e", "f"], "i": ["f", "k"], "p": ["j", "r"], "t": ["e", "x"], "u": ["d", "s"], "z": ["w", "w"]}}, "task_name": "task11", "example_name": "0144", "problem_name": "task11_0144"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: bgcjvwrqfcvjeccfcgnczvmsdnirvf\nrules:\ng -> cz\nr -> ih\nf -> as\nn -> bc\nv -> pp\nm -> sj\nd -> sx\nq -> ba", "label": {"final": "bczcjppwihbaascppjeccascczbcczppsjssxbciihppas", "init": "bgcjvwrqfcvjeccfcgnczvmsdnirvf", "intermediate": ["bczcjvwrqfcvjeccfcgnczvmsdnirvf", "bczcjppwrqfcvjeccfcgnczvmsdnirvf", "bczcjppwihqfcvjeccfcgnczvmsdnirvf", "bczcjppwihbafcvjeccfcgnczvmsdnirvf", "bczcjppwihbaascvjeccfcgnczvmsdnirvf", "bczcjppwihbaascppjeccfcgnczvmsdnirvf", "bczcjppwihbaascppjeccascgnczvmsdnirvf", "bczcjppwihbaascppjeccasccznczvmsdnirvf", "bczcjppwihbaascppjeccascczbcczvmsdnirvf", "bczcjppwihbaascppjeccascczbcczppmsdnirvf", "bczcjppwihbaascppjeccascczbcczppsjsdnirvf", "bczcjppwihbaascppjeccascczbcczppsjssxnirvf", "bczcjppwihbaascppjeccascczbcczppsjssxbcirvf", "bczcjppwihbaascppjeccascczbcczppsjssxbciihvf", "bczcjppwihbaascppjeccascczbcczppsjssxbciihppf"]}, "config": {"characters": "bgcjvwrqfcvjeccfcgnczvmsdnirvf", "length": 30, "num_rules": 8, "rules": {"d": ["s", "x"], "f": ["a", "s"], "g": ["c", "z"], "m": ["s", "j"], "n": ["b", "c"], "q": ["b", "a"], "r": ["i", "h"], "v": ["p", "p"]}}, "task_name": "task11", "example_name": "0145", "problem_name": "task11_0145"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: hxcdfhfkpqctgrglucxmhbw\nrules:\nm -> yh\nk -> ty\nr -> ss\nq -> nn\nf -> iy\ng -> hz\nb -> vy\np -> zw\nc -> aw\nl -> tj\nx -> nv", "label": {"final": "hnvawdiyhiytyzwnnawthzsshztjuawnvyhhvyw", "init": "hxcdfhfkpqctgrglucxmhbw", "intermediate": ["hnvcdfhfkpqctgrglucxmhbw", "hnvawdfhfkpqctgrglucxmhbw", "hnvawdiyhfkpqctgrglucxmhbw", "hnvawdiyhiykpqctgrglucxmhbw", "hnvawdiyhiytypqctgrglucxmhbw", "hnvawdiyhiytyzwqctgrglucxmhbw", "hnvawdiyhiytyzwnnctgrglucxmhbw", "hnvawdiyhiytyzwnnawtgrglucxmhbw", "hnvawdiyhiytyzwnnawthzrglucxmhbw", "hnvawdiyhiytyzwnnawthzssglucxmhbw", "hnvawdiyhiytyzwnnawthzsshzlucxmhbw", "hnvawdiyhiytyzwnnawthzsshztjucxmhbw", "hnvawdiyhiytyzwnnawthzsshztjuawxmhbw", "hnvawdiyhiytyzwnnawthzsshztjuawnvmhbw", "hnvawdiyhiytyzwnnawthzsshztjuawnvyhhbw"]}, "config": {"characters": "hxcdfhfkpqctgrglucxmhbw", "length": 23, "num_rules": 11, "rules": {"b": ["v", "y"], "c": ["a", "w"], "f": ["i", "y"], "g": ["h", "z"], "k": ["t", "y"], "l": ["t", "j"], "m": ["y", "h"], "p": ["z", "w"], "q": ["n", "n"], "r": ["s", "s"], "x": ["n", "v"]}}, "task_name": "task11", "example_name": "0146", "problem_name": "task11_0146"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: xesupmquitgrhmiswgqmbvcf\nrules:\nu -> zb\nt -> dj\ns -> dd\nm -> yq\nh -> ek\np -> je\nc -> zo\nf -> al\nv -> no\nr -> jl\nw -> kz\nx -> bg", "label": {"final": "bgeddzbjeyqqzbidjgjlekyqiddkzgqyqbnozoal", "init": "xesupmquitgrhmiswgqmbvcf", "intermediate": ["bgesupmquitgrhmiswgqmbvcf", "bgeddupmquitgrhmiswgqmbvcf", "bgeddzbpmquitgrhmiswgqmbvcf", "bgeddzbjemquitgrhmiswgqmbvcf", "bgeddzbjeyqquitgrhmiswgqmbvcf", "bgeddzbjeyqqzbitgrhmiswgqmbvcf", "bgeddzbjeyqqzbidjgrhmiswgqmbvcf", "bgeddzbjeyqqzbidjgjlhmiswgqmbvcf", "bgeddzbjeyqqzbidjgjlekmiswgqmbvcf", "bgeddzbjeyqqzbidjgjlekyqiswgqmbvcf", "bgeddzbjeyqqzbidjgjlekyqiddwgqmbvcf", "bgeddzbjeyqqzbidjgjlekyqiddkzgqmbvcf", "bgeddzbjeyqqzbidjgjlekyqiddkzgqyqbvcf", "bgeddzbjeyqqzbidjgjlekyqiddkzgqyqbnocf", "bgeddzbjeyqqzbidjgjlekyqiddkzgqyqbnozof"]}, "config": {"characters": "xesupmquitgrhmiswgqmbvcf", "length": 24, "num_rules": 12, "rules": {"c": ["z", "o"], "f": ["a", "l"], "h": ["e", "k"], "m": ["y", "q"], "p": ["j", "e"], "r": ["j", "l"], "s": ["d", "d"], "t": ["d", "j"], "u": ["z", "b"], "v": ["n", "o"], "w": ["k", "z"], "x": ["b", "g"]}}, "task_name": "task11", "example_name": "0147", "problem_name": "task11_0147"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: neatrcbfngvfgecnmldlmwwdfmjmrkx\nrules:\nw -> ic\na -> uv\nx -> sc\nd -> sk\ne -> zh\nf -> co\nl -> zs\nr -> vm\nb -> ki", "label": {"final": "nzhuvtvmckicongvcogzhcnmzsskzsmicicskcomjmvmksc", "init": "neatrcbfngvfgecnmldlmwwdfmjmrkx", "intermediate": ["nzhatrcbfngvfgecnmldlmwwdfmjmrkx", "nzhuvtrcbfngvfgecnmldlmwwdfmjmrkx", "nzhuvtvmcbfngvfgecnmldlmwwdfmjmrkx", "nzhuvtvmckifngvfgecnmldlmwwdfmjmrkx", "nzhuvtvmckicongvfgecnmldlmwwdfmjmrkx", "nzhuvtvmckicongvcogecnmldlmwwdfmjmrkx", "nzhuvtvmckicongvcogzhcnmldlmwwdfmjmrkx", "nzhuvtvmckicongvcogzhcnmzsdlmwwdfmjmrkx", "nzhuvtvmckicongvcogzhcnmzssklmwwdfmjmrkx", "nzhuvtvmckicongvcogzhcnmzsskzsmwwdfmjmrkx", "nzhuvtvmckicongvcogzhcnmzsskzsmicwdfmjmrkx", "nzhuvtvmckicongvcogzhcnmzsskzsmicicdfmjmrkx", "nzhuvtvmckicongvcogzhcnmzsskzsmicicskfmjmrkx", "nzhuvtvmckicongvcogzhcnmzsskzsmicicskcomjmrkx", "nzhuvtvmckicongvcogzhcnmzsskzsmicicskcomjmvmkx"]}, "config": {"characters": "neatrcbfngvfgecnmldlmwwdfmjmrkx", "length": 31, "num_rules": 9, "rules": {"a": ["u", "v"], "b": ["k", "i"], "d": ["s", "k"], "e": ["z", "h"], "f": ["c", "o"], "l": ["z", "s"], "r": ["v", "m"], "w": ["i", "c"], "x": ["s", "c"]}}, "task_name": "task11", "example_name": "0148", "problem_name": "task11_0148"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: iddifktgififaoxxsglepedhhgyqgr\nrules:\nl -> mm\nt -> oc\nf -> uz\ny -> zb\ng -> ih\na -> pv\ns -> eu\nd -> mc\nk -> vo", "label": {"final": "imcmciuzvoocihiuziuzpvoxxeuihmmepemchhihzbqihr", "init": "iddifktgififaoxxsglepedhhgyqgr", "intermediate": ["imcdifktgififaoxxsglepedhhgyqgr", "imcmcifktgififaoxxsglepedhhgyqgr", "imcmciuzktgififaoxxsglepedhhgyqgr", "imcmciuzvotgififaoxxsglepedhhgyqgr", "imcmciuzvoocgififaoxxsglepedhhgyqgr", "imcmciuzvoocihififaoxxsglepedhhgyqgr", "imcmciuzvoocihiuzifaoxxsglepedhhgyqgr", "imcmciuzvoocihiuziuzaoxxsglepedhhgyqgr", "imcmciuzvoocihiuziuzpvoxxsglepedhhgyqgr", "imcmciuzvoocihiuziuzpvoxxeuglepedhhgyqgr", "imcmciuzvoocihiuziuzpvoxxeuihlepedhhgyqgr", "imcmciuzvoocihiuziuzpvoxxeuihmmepedhhgyqgr", "imcmciuzvoocihiuziuzpvoxxeuihmmepemchhgyqgr", "imcmciuzvoocihiuziuzpvoxxeuihmmepemchhihyqgr", "imcmciuzvoocihiuziuzpvoxxeuihmmepemchhihzbqgr"]}, "config": {"characters": "iddifktgififaoxxsglepedhhgyqgr", "length": 30, "num_rules": 9, "rules": {"a": ["p", "v"], "d": ["m", "c"], "f": ["u", "z"], "g": ["i", "h"], "k": ["v", "o"], "l": ["m", "m"], "s": ["e", "u"], "t": ["o", "c"], "y": ["z", "b"]}}, "task_name": "task11", "example_name": "0149", "problem_name": "task11_0149"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: qcsyeryuyuvriequslrbwln\nrules:\nl -> do\ny -> fh\ne -> dn\nv -> xb\nq -> md\nw -> pc\ni -> bu\ns -> gj\nr -> gt", "label": {"final": "mdcgjfhdngtfhufhuxbgtbudnmdugjdogtbpcdon", "init": "qcsyeryuyuvriequslrbwln", "intermediate": ["mdcsyeryuyuvriequslrbwln", "mdcgjyeryuyuvriequslrbwln", "mdcgjfheryuyuvriequslrbwln", "mdcgjfhdnryuyuvriequslrbwln", "mdcgjfhdngtyuyuvriequslrbwln", "mdcgjfhdngtfhuyuvriequslrbwln", "mdcgjfhdngtfhufhuvriequslrbwln", "mdcgjfhdngtfhufhuxbriequslrbwln", "mdcgjfhdngtfhufhuxbgtiequslrbwln", "mdcgjfhdngtfhufhuxbgtbuequslrbwln", "mdcgjfhdngtfhufhuxbgtbudnquslrbwln", "mdcgjfhdngtfhufhuxbgtbudnmduslrbwln", "mdcgjfhdngtfhufhuxbgtbudnmdugjlrbwln", "mdcgjfhdngtfhufhuxbgtbudnmdugjdorbwln", "mdcgjfhdngtfhufhuxbgtbudnmdugjdogtbwln", "mdcgjfhdngtfhufhuxbgtbudnmdugjdogtbpcln"]}, "config": {"characters": "qcsyeryuyuvriequslrbwln", "length": 23, "num_rules": 9, "rules": {"e": ["d", "n"], "i": ["b", "u"], "l": ["d", "o"], "q": ["m", "d"], "r": ["g", "t"], "s": ["g", "j"], "v": ["x", "b"], "w": ["p", "c"], "y": ["f", "h"]}}, "task_name": "task11", "example_name": "0150", "problem_name": "task11_0150"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: muubjrvckgorfqwjddooononukf\nrules:\no -> hm\nc -> hp\ng -> ea\nj -> ae\nn -> si\nf -> xt\nd -> lh\nr -> bb", "label": {"final": "muubaebbvhpkeahmbbxtqwaelhlhhmhmhmsihmsiukxt", "init": "muubjrvckgorfqwjddooononukf", "intermediate": ["muubaervckgorfqwjddooononukf", "muubaebbvckgorfqwjddooononukf", "muubaebbvhpkgorfqwjddooononukf", "muubaebbvhpkeaorfqwjddooononukf", "muubaebbvhpkeahmrfqwjddooononukf", "muubaebbvhpkeahmbbfqwjddooononukf", "muubaebbvhpkeahmbbxtqwjddooononukf", "muubaebbvhpkeahmbbxtqwaeddooononukf", "muubaebbvhpkeahmbbxtqwaelhdooononukf", "muubaebbvhpkeahmbbxtqwaelhlhooononukf", "muubaebbvhpkeahmbbxtqwaelhlhhmoononukf", "muubaebbvhpkeahmbbxtqwaelhlhhmhmononukf", "muubaebbvhpkeahmbbxtqwaelhlhhmhmhmnonukf", "muubaebbvhpkeahmbbxtqwaelhlhhmhmhmsionukf", "muubaebbvhpkeahmbbxtqwaelhlhhmhmhmsihmnukf", "muubaebbvhpkeahmbbxtqwaelhlhhmhmhmsihmsiukf"]}, "config": {"characters": "muubjrvckgorfqwjddooononukf", "length": 27, "num_rules": 8, "rules": {"c": ["h", "p"], "d": ["l", "h"], "f": ["x", "t"], "g": ["e", "a"], "j": ["a", "e"], "n": ["s", "i"], "o": ["h", "m"], "r": ["b", "b"]}}, "task_name": "task11", "example_name": "0151", "problem_name": "task11_0151"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: lmieqdfvlskdelhekgszsxwbmn\nrules:\nh -> ua\nq -> po\nn -> ya\nb -> dt\nv -> yl\ni -> yd\nw -> dd\nk -> gt\nx -> ea\nz -> eg\nf -> dc\ns -> te\nm -> tj", "label": {"final": "ltjydepoddcylltegtdeluaegtgteegteeadddttjya", "init": "lmieqdfvlskdelhekgszsxwbmn", "intermediate": ["ltjieqdfvlskdelhekgszsxwbmn", "ltjydeqdfvlskdelhekgszsxwbmn", "ltjydepodfvlskdelhekgszsxwbmn", "ltjydepoddcvlskdelhekgszsxwbmn", "ltjydepoddcyllskdelhekgszsxwbmn", "ltjydepoddcylltekdelhekgszsxwbmn", "ltjydepoddcylltegtdelhekgszsxwbmn", "ltjydepoddcylltegtdeluaekgszsxwbmn", "ltjydepoddcylltegtdeluaegtgszsxwbmn", "ltjydepoddcylltegtdeluaegtgtezsxwbmn", "ltjydepoddcylltegtdeluaegtgteegsxwbmn", "ltjydepoddcylltegtdeluaegtgteegtexwbmn", "ltjydepoddcylltegtdeluaegtgteegteeawbmn", "ltjydepoddcylltegtdeluaegtgteegteeaddbmn", "ltjydepoddcylltegtdeluaegtgteegteeadddtmn", "ltjydepoddcylltegtdeluaegtgteegteeadddttjn"]}, "config": {"characters": "lmieqdfvlskdelhekgszsxwbmn", "length": 26, "num_rules": 13, "rules": {"b": ["d", "t"], "f": ["d", "c"], "h": ["u", "a"], "i": ["y", "d"], "k": ["g", "t"], "m": ["t", "j"], "n": ["y", "a"], "q": ["p", "o"], "s": ["t", "e"], "v": ["y", "l"], "w": ["d", "d"], "x": ["e", "a"], "z": ["e", "g"]}}, "task_name": "task11", "example_name": "0152", "problem_name": "task11_0152"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: eqizmwnpifxohuqvsxwlva\nrules:\nq -> gg\nz -> cd\na -> gc\nx -> di\nh -> tk\nm -> gw\ne -> wr\nf -> bd\nn -> wd\nv -> kb\nu -> ik\no -> ww\ns -> yc\nl -> by", "label": {"final": "wrggicdgwwwdpibddiwwtkikggkbycdiwbykbgc", "init": "eqizmwnpifxohuqvsxwlva", "intermediate": ["wrqizmwnpifxohuqvsxwlva", "wrggizmwnpifxohuqvsxwlva", "wrggicdmwnpifxohuqvsxwlva", "wrggicdgwwnpifxohuqvsxwlva", "wrggicdgwwwdpifxohuqvsxwlva", "wrggicdgwwwdpibdxohuqvsxwlva", "wrggicdgwwwdpibddiohuqvsxwlva", "wrggicdgwwwdpibddiwwhuqvsxwlva", "wrggicdgwwwdpibddiwwtkuqvsxwlva", "wrggicdgwwwdpibddiwwtkikqvsxwlva", "wrggicdgwwwdpibddiwwtkikggvsxwlva", "wrggicdgwwwdpibddiwwtkikggkbsxwlva", "wrggicdgwwwdpibddiwwtkikggkbycxwlva", "wrggicdgwwwdpibddiwwtkikggkbycdiwlva", "wrggicdgwwwdpibddiwwtkikggkbycdiwbyva", "wrggicdgwwwdpibddiwwtkikggkbycdiwbykba"]}, "config": {"characters": "eqizmwnpifxohuqvsxwlva", "length": 22, "num_rules": 14, "rules": {"a": ["g", "c"], "e": ["w", "r"], "f": ["b", "d"], "h": ["t", "k"], "l": ["b", "y"], "m": ["g", "w"], "n": ["w", "d"], "o": ["w", "w"], "q": ["g", "g"], "s": ["y", "c"], "u": ["i", "k"], "v": ["k", "b"], "x": ["d", "i"], "z": ["c", "d"]}}, "task_name": "task11", "example_name": "0153", "problem_name": "task11_0153"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: gduihhwtvupbxuxhdinpfhmask\nrules:\nt -> ez\nn -> fd\ni -> yu\nm -> ue\nv -> fr\nx -> oq\np -> of\nw -> gc\nh -> uk\nb -> ry\ns -> uf", "label": {"final": "gduyuukukgcezfruofryoquoqukdyufdoffukueaufk", "init": "gduihhwtvupbxuxhdinpfhmask", "intermediate": ["gduyuhhwtvupbxuxhdinpfhmask", "gduyuukhwtvupbxuxhdinpfhmask", "gduyuukukwtvupbxuxhdinpfhmask", "gduyuukukgctvupbxuxhdinpfhmask", "gduyuukukgcezvupbxuxhdinpfhmask", "gduyuukukgcezfrupbxuxhdinpfhmask", "gduyuukukgcezfruofbxuxhdinpfhmask", "gduyuukukgcezfruofryxuxhdinpfhmask", "gduyuukukgcezfruofryoquxhdinpfhmask", "gduyuukukgcezfruofryoquoqhdinpfhmask", "gduyuukukgcezfruofryoquoqukdinpfhmask", "gduyuukukgcezfruofryoquoqukdyunpfhmask", "gduyuukukgcezfruofryoquoqukdyufdpfhmask", "gduyuukukgcezfruofryoquoqukdyufdoffhmask", "gduyuukukgcezfruofryoquoqukdyufdoffukmask", "gduyuukukgcezfruofryoquoqukdyufdoffukueask"]}, "config": {"characters": "gduihhwtvupbxuxhdinpfhmask", "length": 26, "num_rules": 11, "rules": {"b": ["r", "y"], "h": ["u", "k"], "i": ["y", "u"], "m": ["u", "e"], "n": ["f", "d"], "p": ["o", "f"], "s": ["u", "f"], "t": ["e", "z"], "v": ["f", "r"], "w": ["g", "c"], "x": ["o", "q"]}}, "task_name": "task11", "example_name": "0154", "problem_name": "task11_0154"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: lvqstijydbkfaasdcqsdunllkhkr\nrules:\nl -> wz\ny -> wh\nq -> mv\ns -> wz\nj -> xx\nt -> am\nd -> za\nn -> wg\nb -> fa\nc -> rm", "label": {"final": "wzvmvwzamixxwhzafakfaawzzarmmvwzzauwgwzwzkhkr", "init": "lvqstijydbkfaasdcqsdunllkhkr", "intermediate": ["wzvqstijydbkfaasdcqsdunllkhkr", "wzvmvstijydbkfaasdcqsdunllkhkr", "wzvmvwztijydbkfaasdcqsdunllkhkr", "wzvmvwzamijydbkfaasdcqsdunllkhkr", "wzvmvwzamixxydbkfaasdcqsdunllkhkr", "wzvmvwzamixxwhdbkfaasdcqsdunllkhkr", "wzvmvwzamixxwhzabkfaasdcqsdunllkhkr", "wzvmvwzamixxwhzafakfaasdcqsdunllkhkr", "wzvmvwzamixxwhzafakfaawzdcqsdunllkhkr", "wzvmvwzamixxwhzafakfaawzzacqsdunllkhkr", "wzvmvwzamixxwhzafakfaawzzarmqsdunllkhkr", "wzvmvwzamixxwhzafakfaawzzarmmvsdunllkhkr", "wzvmvwzamixxwhzafakfaawzzarmmvwzdunllkhkr", "wzvmvwzamixxwhzafakfaawzzarmmvwzzaunllkhkr", "wzvmvwzamixxwhzafakfaawzzarmmvwzzauwgllkhkr", "wzvmvwzamixxwhzafakfaawzzarmmvwzzauwgwzlkhkr"]}, "config": {"characters": "lvqstijydbkfaasdcqsdunllkhkr", "length": 28, "num_rules": 10, "rules": {"b": ["f", "a"], "c": ["r", "m"], "d": ["z", "a"], "j": ["x", "x"], "l": ["w", "z"], "n": ["w", "g"], "q": ["m", "v"], "s": ["w", "z"], "t": ["a", "m"], "y": ["w", "h"]}}, "task_name": "task11", "example_name": "0155", "problem_name": "task11_0155"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: rxzymmadvcbbjaayulkwjjuylkaufnj\nrules:\nv -> th\nf -> te\nk -> cz\nb -> su\nr -> oy\nd -> yx\nw -> ym\nj -> eh\na -> qn", "label": {"final": "oyxzymmqnyxthcsusuehqnqnyulczymehehuylczqnuteneh", "init": "rxzymmadvcbbjaayulkwjjuylkaufnj", "intermediate": ["oyxzymmadvcbbjaayulkwjjuylkaufnj", "oyxzymmqndvcbbjaayulkwjjuylkaufnj", "oyxzymmqnyxvcbbjaayulkwjjuylkaufnj", "oyxzymmqnyxthcbbjaayulkwjjuylkaufnj", "oyxzymmqnyxthcsubjaayulkwjjuylkaufnj", "oyxzymmqnyxthcsusujaayulkwjjuylkaufnj", "oyxzymmqnyxthcsusuehaayulkwjjuylkaufnj", "oyxzymmqnyxthcsusuehqnayulkwjjuylkaufnj", "oyxzymmqnyxthcsusuehqnqnyulkwjjuylkaufnj", "oyxzymmqnyxthcsusuehqnqnyulczwjjuylkaufnj", "oyxzymmqnyxthcsusuehqnqnyulczymjjuylkaufnj", "oyxzymmqnyxthcsusuehqnqnyulczymehjuylkaufnj", "oyxzymmqnyxthcsusuehqnqnyulczymehehuylkaufnj", "oyxzymmqnyxthcsusuehqnqnyulczymehehuylczaufnj", "oyxzymmqnyxthcsusuehqnqnyulczymehehuylczqnufnj", "oyxzymmqnyxthcsusuehqnqnyulczymehehuylczqnutenj"]}, "config": {"characters": "rxzymmadvcbbjaayulkwjjuylkaufnj", "length": 31, "num_rules": 9, "rules": {"a": ["q", "n"], "b": ["s", "u"], "d": ["y", "x"], "f": ["t", "e"], "j": ["e", "h"], "k": ["c", "z"], "r": ["o", "y"], "v": ["t", "h"], "w": ["y", "m"]}}, "task_name": "task11", "example_name": "0156", "problem_name": "task11_0156"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: rwrfjvvmmvhbiyenahmovmwj\nrules:\nj -> zl\nw -> tu\nb -> dq\no -> gl\ni -> ft\na -> cu\nh -> rz\nn -> tt\ny -> fc\ne -> ms\nv -> xz", "label": {"final": "rturfzlxzxzmmxzrzdqftfcmsttcurzmglxzmtuzl", "init": "rwrfjvvmmvhbiyenahmovmwj", "intermediate": ["rturfjvvmmvhbiyenahmovmwj", "rturfzlvvmmvhbiyenahmovmwj", "rturfzlxzvmmvhbiyenahmovmwj", "rturfzlxzxzmmvhbiyenahmovmwj", "rturfzlxzxzmmxzhbiyenahmovmwj", "rturfzlxzxzmmxzrzbiyenahmovmwj", "rturfzlxzxzmmxzrzdqiyenahmovmwj", "rturfzlxzxzmmxzrzdqftyenahmovmwj", "rturfzlxzxzmmxzrzdqftfcenahmovmwj", "rturfzlxzxzmmxzrzdqftfcmsnahmovmwj", "rturfzlxzxzmmxzrzdqftfcmsttahmovmwj", "rturfzlxzxzmmxzrzdqftfcmsttcuhmovmwj", "rturfzlxzxzmmxzrzdqftfcmsttcurzmovmwj", "rturfzlxzxzmmxzrzdqftfcmsttcurzmglvmwj", "rturfzlxzxzmmxzrzdqftfcmsttcurzmglxzmwj", "rturfzlxzxzmmxzrzdqftfcmsttcurzmglxzmtuj"]}, "config": {"characters": "rwrfjvvmmvhbiyenahmovmwj", "length": 24, "num_rules": 11, "rules": {"a": ["c", "u"], "b": ["d", "q"], "e": ["m", "s"], "h": ["r", "z"], "i": ["f", "t"], "j": ["z", "l"], "n": ["t", "t"], "o": ["g", "l"], "v": ["x", "z"], "w": ["t", "u"], "y": ["f", "c"]}}, "task_name": "task11", "example_name": "0157", "problem_name": "task11_0157"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: lggpchjmwhmloxkmvjkndlnstspe\nrules:\nx -> ay\nk -> jg\no -> rf\nl -> sb\nv -> rf\nm -> bq\nn -> qu\nd -> bt\nc -> fy\nh -> ps", "label": {"final": "sbggpfypsjbqwpsbqsbrfayjgbqrfjjgqubtsbqustspe", "init": "lggpchjmwhmloxkmvjkndlnstspe", "intermediate": ["sbggpchjmwhmloxkmvjkndlnstspe", "sbggpfyhjmwhmloxkmvjkndlnstspe", "sbggpfypsjmwhmloxkmvjkndlnstspe", "sbggpfypsjbqwhmloxkmvjkndlnstspe", "sbggpfypsjbqwpsmloxkmvjkndlnstspe", "sbggpfypsjbqwpsbqloxkmvjkndlnstspe", "sbggpfypsjbqwpsbqsboxkmvjkndlnstspe", "sbggpfypsjbqwpsbqsbrfxkmvjkndlnstspe", "sbggpfypsjbqwpsbqsbrfaykmvjkndlnstspe", "sbggpfypsjbqwpsbqsbrfayjgmvjkndlnstspe", "sbggpfypsjbqwpsbqsbrfayjgbqvjkndlnstspe", "sbggpfypsjbqwpsbqsbrfayjgbqrfjkndlnstspe", "sbggpfypsjbqwpsbqsbrfayjgbqrfjjgndlnstspe", "sbggpfypsjbqwpsbqsbrfayjgbqrfjjgqudlnstspe", "sbggpfypsjbqwpsbqsbrfayjgbqrfjjgqubtlnstspe", "sbggpfypsjbqwpsbqsbrfayjgbqrfjjgqubtsbnstspe"]}, "config": {"characters": "lggpchjmwhmloxkmvjkndlnstspe", "length": 28, "num_rules": 10, "rules": {"c": ["f", "y"], "d": ["b", "t"], "h": ["p", "s"], "k": ["j", "g"], "l": ["s", "b"], "m": ["b", "q"], "n": ["q", "u"], "o": ["r", "f"], "v": ["r", "f"], "x": ["a", "y"]}}, "task_name": "task11", "example_name": "0158", "problem_name": "task11_0158"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ivzhitddlxaqmnqkkjbzpzfupaw\nrules:\nx -> yc\nz -> ee\nq -> al\nn -> vs\ni -> sy\nk -> lc\nu -> vf\nh -> dl\nb -> el\nw -> gr\np -> yd", "label": {"final": "syveedlsytddlycaalmvsallclcjeleeydeefvfydagr", "init": "ivzhitddlxaqmnqkkjbzpzfupaw", "intermediate": ["syvzhitddlxaqmnqkkjbzpzfupaw", "syveehitddlxaqmnqkkjbzpzfupaw", "syveedlitddlxaqmnqkkjbzpzfupaw", "syveedlsytddlxaqmnqkkjbzpzfupaw", "syveedlsytddlycaqmnqkkjbzpzfupaw", "syveedlsytddlycaalmnqkkjbzpzfupaw", "syveedlsytddlycaalmvsqkkjbzpzfupaw", "syveedlsytddlycaalmvsalkkjbzpzfupaw", "syveedlsytddlycaalmvsallckjbzpzfupaw", "syveedlsytddlycaalmvsallclcjbzpzfupaw", "syveedlsytddlycaalmvsallclcjelzpzfupaw", "syveedlsytddlycaalmvsallclcjeleepzfupaw", "syveedlsytddlycaalmvsallclcjeleeydzfupaw", "syveedlsytddlycaalmvsallclcjeleeydeefupaw", "syveedlsytddlycaalmvsallclcjeleeydeefvfpaw", "syveedlsytddlycaalmvsallclcjeleeydeefvfydaw"]}, "config": {"characters": "ivzhitddlxaqmnqkkjbzpzfupaw", "length": 27, "num_rules": 11, "rules": {"b": ["e", "l"], "h": ["d", "l"], "i": ["s", "y"], "k": ["l", "c"], "n": ["v", "s"], "p": ["y", "d"], "q": ["a", "l"], "u": ["v", "f"], "w": ["g", "r"], "x": ["y", "c"], "z": ["e", "e"]}}, "task_name": "task11", "example_name": "0159", "problem_name": "task11_0159"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: mckhnjinnaxpikzssdvgvzbwveor\nrules:\ni -> nv\nx -> vl\nb -> pd\ns -> ny\nm -> dq\nh -> np\nc -> ru\ng -> vf\no -> lv\nz -> rt\nk -> ry\nw -> ue\na -> lp\nj -> nv", "label": {"final": "dqrurynpnnvnvnnlpvlpnvryrtnynydvvfvrtpduevelvr", "init": "mckhnjinnaxpikzssdvgvzbwveor", "intermediate": ["dqckhnjinnaxpikzssdvgvzbwveor", "dqrukhnjinnaxpikzssdvgvzbwveor", "dqruryhnjinnaxpikzssdvgvzbwveor", "dqrurynpnjinnaxpikzssdvgvzbwveor", "dqrurynpnnvinnaxpikzssdvgvzbwveor", "dqrurynpnnvnvnnaxpikzssdvgvzbwveor", "dqrurynpnnvnvnnlpxpikzssdvgvzbwveor", "dqrurynpnnvnvnnlpvlpikzssdvgvzbwveor", "dqrurynpnnvnvnnlpvlpnvkzssdvgvzbwveor", "dqrurynpnnvnvnnlpvlpnvryzssdvgvzbwveor", "dqrurynpnnvnvnnlpvlpnvryrtssdvgvzbwveor", "dqrurynpnnvnvnnlpvlpnvryrtnysdvgvzbwveor", "dqrurynpnnvnvnnlpvlpnvryrtnynydvgvzbwveor", "dqrurynpnnvnvnnlpvlpnvryrtnynydvvfvzbwveor", "dqrurynpnnvnvnnlpvlpnvryrtnynydvvfvrtbwveor", "dqrurynpnnvnvnnlpvlpnvryrtnynydvvfvrtpdwveor", "dqrurynpnnvnvnnlpvlpnvryrtnynydvvfvrtpdueveor"]}, "config": {"characters": "mckhnjinnaxpikzssdvgvzbwveor", "length": 28, "num_rules": 14, "rules": {"a": ["l", "p"], "b": ["p", "d"], "c": ["r", "u"], "g": ["v", "f"], "h": ["n", "p"], "i": ["n", "v"], "j": ["n", "v"], "k": ["r", "y"], "m": ["d", "q"], "o": ["l", "v"], "s": ["n", "y"], "w": ["u", "e"], "x": ["v", "l"], "z": ["r", "t"]}}, "task_name": "task11", "example_name": "0160", "problem_name": "task11_0160"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: amkqoifjmloradflvcphklld\nrules:\nv -> xn\nm -> ns\nf -> oo\nq -> oo\nj -> wg\ni -> xx\nk -> gx\na -> sn\nh -> un\nr -> ee\nd -> yn\nc -> sw\np -> bg", "label": {"final": "snnsgxoooxxoowgnsloeesnynoolxnswbgungxllyn", "init": "amkqoifjmloradflvcphklld", "intermediate": ["snmkqoifjmloradflvcphklld", "snnskqoifjmloradflvcphklld", "snnsgxqoifjmloradflvcphklld", "snnsgxoooifjmloradflvcphklld", "snnsgxoooxxfjmloradflvcphklld", "snnsgxoooxxoojmloradflvcphklld", "snnsgxoooxxoowgmloradflvcphklld", "snnsgxoooxxoowgnsloradflvcphklld", "snnsgxoooxxoowgnsloeeadflvcphklld", "snnsgxoooxxoowgnsloeesndflvcphklld", "snnsgxoooxxoowgnsloeesnynflvcphklld", "snnsgxoooxxoowgnsloeesnynoolvcphklld", "snnsgxoooxxoowgnsloeesnynoolxncphklld", "snnsgxoooxxoowgnsloeesnynoolxnswphklld", "snnsgxoooxxoowgnsloeesnynoolxnswbghklld", "snnsgxoooxxoowgnsloeesnynoolxnswbgunklld", "snnsgxoooxxoowgnsloeesnynoolxnswbgungxlld"]}, "config": {"characters": "amkqoifjmloradflvcphklld", "length": 24, "num_rules": 13, "rules": {"a": ["s", "n"], "c": ["s", "w"], "d": ["y", "n"], "f": ["o", "o"], "h": ["u", "n"], "i": ["x", "x"], "j": ["w", "g"], "k": ["g", "x"], "m": ["n", "s"], "p": ["b", "g"], "q": ["o", "o"], "r": ["e", "e"], "v": ["x", "n"]}}, "task_name": "task11", "example_name": "0161", "problem_name": "task11_0161"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: tzapglignuaksdswyjopyyw\nrules:\nl -> ec\nz -> fs\np -> gr\no -> xh\na -> vf\nt -> mh\nk -> ev\nn -> es\nw -> cf\nj -> gq\ny -> hm\ni -> qh\nu -> fx", "label": {"final": "mhfsvfgrgecqhgesfxvfevsdscfhmgqxhgrhmhmcf", "init": "tzapglignuaksdswyjopyyw", "intermediate": ["mhzapglignuaksdswyjopyyw", "mhfsapglignuaksdswyjopyyw", "mhfsvfpglignuaksdswyjopyyw", "mhfsvfgrglignuaksdswyjopyyw", "mhfsvfgrgecignuaksdswyjopyyw", "mhfsvfgrgecqhgnuaksdswyjopyyw", "mhfsvfgrgecqhgesuaksdswyjopyyw", "mhfsvfgrgecqhgesfxaksdswyjopyyw", "mhfsvfgrgecqhgesfxvfksdswyjopyyw", "mhfsvfgrgecqhgesfxvfevsdswyjopyyw", "mhfsvfgrgecqhgesfxvfevsdscfyjopyyw", "mhfsvfgrgecqhgesfxvfevsdscfhmjopyyw", "mhfsvfgrgecqhgesfxvfevsdscfhmgqopyyw", "mhfsvfgrgecqhgesfxvfevsdscfhmgqxhpyyw", "mhfsvfgrgecqhgesfxvfevsdscfhmgqxhgryyw", "mhfsvfgrgecqhgesfxvfevsdscfhmgqxhgrhmyw", "mhfsvfgrgecqhgesfxvfevsdscfhmgqxhgrhmhmw"]}, "config": {"characters": "tzapglignuaksdswyjopyyw", "length": 23, "num_rules": 13, "rules": {"a": ["v", "f"], "i": ["q", "h"], "j": ["g", "q"], "k": ["e", "v"], "l": ["e", "c"], "n": ["e", "s"], "o": ["x", "h"], "p": ["g", "r"], "t": ["m", "h"], "u": ["f", "x"], "w": ["c", "f"], "y": ["h", "m"], "z": ["f", "s"]}}, "task_name": "task11", "example_name": "0162", "problem_name": "task11_0162"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: fovircrxwtqlicrnbnddyjbvytoxcskgu\nrules:\nd -> yp\nl -> bu\nj -> at\nv -> mk\nn -> es\nx -> tt\nr -> pw\ni -> mw\nc -> qp", "label": {"final": "fomkmwpwqppwttwtqbumwqppwesbesypypyatbmkytottqpskgu", "init": "fovircrxwtqlicrnbnddyjbvytoxcskgu", "intermediate": ["fomkircrxwtqlicrnbnddyjbvytoxcskgu", "fomkmwrcrxwtqlicrnbnddyjbvytoxcskgu", "fomkmwpwcrxwtqlicrnbnddyjbvytoxcskgu", "fomkmwpwqprxwtqlicrnbnddyjbvytoxcskgu", "fomkmwpwqppwxwtqlicrnbnddyjbvytoxcskgu", "fomkmwpwqppwttwtqlicrnbnddyjbvytoxcskgu", "fomkmwpwqppwttwtqbuicrnbnddyjbvytoxcskgu", "fomkmwpwqppwttwtqbumwcrnbnddyjbvytoxcskgu", "fomkmwpwqppwttwtqbumwqprnbnddyjbvytoxcskgu", "fomkmwpwqppwttwtqbumwqppwnbnddyjbvytoxcskgu", "fomkmwpwqppwttwtqbumwqppwesbnddyjbvytoxcskgu", "fomkmwpwqppwttwtqbumwqppwesbesddyjbvytoxcskgu", "fomkmwpwqppwttwtqbumwqppwesbesypdyjbvytoxcskgu", "fomkmwpwqppwttwtqbumwqppwesbesypypyjbvytoxcskgu", "fomkmwpwqppwttwtqbumwqppwesbesypypyatbvytoxcskgu", "fomkmwpwqppwttwtqbumwqppwesbesypypyatbmkytoxcskgu", "fomkmwpwqppwttwtqbumwqppwesbesypypyatbmkytottcskgu"]}, "config": {"characters": "fovircrxwtqlicrnbnddyjbvytoxcskgu", "length": 33, "num_rules": 9, "rules": {"c": ["q", "p"], "d": ["y", "p"], "i": ["m", "w"], "j": ["a", "t"], "l": ["b", "u"], "n": ["e", "s"], "r": ["p", "w"], "v": ["m", "k"], "x": ["t", "t"]}}, "task_name": "task11", "example_name": "0163", "problem_name": "task11_0163"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: gykxmvohpprgsbbtzfjpnoeclxniwe\nrules:\nk -> hu\ne -> at\ng -> nw\nz -> cd\nf -> wd\nx -> mc\nl -> bh\np -> qc\nv -> uc\ny -> qc\nj -> ma\ns -> ti\nr -> od", "label": {"final": "nwqchumcmucohqcqcodnwtibbtcdwdmaqcnoatcbhmcniwat", "init": "gykxmvohpprgsbbtzfjpnoeclxniwe", "intermediate": ["nwykxmvohpprgsbbtzfjpnoeclxniwe", "nwqckxmvohpprgsbbtzfjpnoeclxniwe", "nwqchuxmvohpprgsbbtzfjpnoeclxniwe", "nwqchumcmvohpprgsbbtzfjpnoeclxniwe", "nwqchumcmucohpprgsbbtzfjpnoeclxniwe", "nwqchumcmucohqcprgsbbtzfjpnoeclxniwe", "nwqchumcmucohqcqcrgsbbtzfjpnoeclxniwe", "nwqchumcmucohqcqcodgsbbtzfjpnoeclxniwe", "nwqchumcmucohqcqcodnwsbbtzfjpnoeclxniwe", "nwqchumcmucohqcqcodnwtibbtzfjpnoeclxniwe", "nwqchumcmucohqcqcodnwtibbtcdfjpnoeclxniwe", "nwqchumcmucohqcqcodnwtibbtcdwdjpnoeclxniwe", "nwqchumcmucohqcqcodnwtibbtcdwdmapnoeclxniwe", "nwqchumcmucohqcqcodnwtibbtcdwdmaqcnoeclxniwe", "nwqchumcmucohqcqcodnwtibbtcdwdmaqcnoatclxniwe", "nwqchumcmucohqcqcodnwtibbtcdwdmaqcnoatcbhxniwe", "nwqchumcmucohqcqcodnwtibbtcdwdmaqcnoatcbhmcniwe"]}, "config": {"characters": "gykxmvohpprgsbbtzfjpnoeclxniwe", "length": 30, "num_rules": 13, "rules": {"e": ["a", "t"], "f": ["w", "d"], "g": ["n", "w"], "j": ["m", "a"], "k": ["h", "u"], "l": ["b", "h"], "p": ["q", "c"], "r": ["o", "d"], "s": ["t", "i"], "v": ["u", "c"], "x": ["m", "c"], "y": ["q", "c"], "z": ["c", "d"]}}, "task_name": "task11", "example_name": "0164", "problem_name": "task11_0164"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: kybmorkuujkjsoanquuuokqzcetr\nrules:\na -> px\nq -> ef\ns -> fo\nz -> if\nn -> vj\nt -> wd\nu -> je\nk -> xl\nc -> lo\nb -> yp", "label": {"final": "xlyypmorxljejejxljfoopxvjefjejejeoxlefifloewdr", "init": "kybmorkuujkjsoanquuuokqzcetr", "intermediate": ["xlybmorkuujkjsoanquuuokqzcetr", "xlyypmorkuujkjsoanquuuokqzcetr", "xlyypmorxluujkjsoanquuuokqzcetr", "xlyypmorxljeujkjsoanquuuokqzcetr", "xlyypmorxljejejkjsoanquuuokqzcetr", "xlyypmorxljejejxljsoanquuuokqzcetr", "xlyypmorxljejejxljfooanquuuokqzcetr", "xlyypmorxljejejxljfoopxnquuuokqzcetr", "xlyypmorxljejejxljfoopxvjquuuokqzcetr", "xlyypmorxljejejxljfoopxvjefuuuokqzcetr", "xlyypmorxljejejxljfoopxvjefjeuuokqzcetr", "xlyypmorxljejejxljfoopxvjefjejeuokqzcetr", "xlyypmorxljejejxljfoopxvjefjejejeokqzcetr", "xlyypmorxljejejxljfoopxvjefjejejeoxlqzcetr", "xlyypmorxljejejxljfoopxvjefjejejeoxlefzcetr", "xlyypmorxljejejxljfoopxvjefjejejeoxlefifcetr", "xlyypmorxljejejxljfoopxvjefjejejeoxlefifloetr"]}, "config": {"characters": "kybmorkuujkjsoanquuuokqzcetr", "length": 28, "num_rules": 10, "rules": {"a": ["p", "x"], "b": ["y", "p"], "c": ["l", "o"], "k": ["x", "l"], "n": ["v", "j"], "q": ["e", "f"], "s": ["f", "o"], "t": ["w", "d"], "u": ["j", "e"], "z": ["i", "f"]}}, "task_name": "task11", "example_name": "0165", "problem_name": "task11_0165"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: waibxprcilspsxaqrzmzanv\nrules:\ni -> fd\nz -> ex\np -> xy\nr -> tx\nm -> xo\nn -> eg\nl -> jh\nb -> ku\nc -> gu\nq -> dx\nw -> fd\ns -> dg\nv -> ey", "label": {"final": "fdafdkuxxytxgufdjhdgxydgxadxtxexxoexaegey", "init": "waibxprcilspsxaqrzmzanv", "intermediate": ["fdaibxprcilspsxaqrzmzanv", "fdafdbxprcilspsxaqrzmzanv", "fdafdkuxprcilspsxaqrzmzanv", "fdafdkuxxyrcilspsxaqrzmzanv", "fdafdkuxxytxcilspsxaqrzmzanv", "fdafdkuxxytxguilspsxaqrzmzanv", "fdafdkuxxytxgufdlspsxaqrzmzanv", "fdafdkuxxytxgufdjhspsxaqrzmzanv", "fdafdkuxxytxgufdjhdgpsxaqrzmzanv", "fdafdkuxxytxgufdjhdgxysxaqrzmzanv", "fdafdkuxxytxgufdjhdgxydgxaqrzmzanv", "fdafdkuxxytxgufdjhdgxydgxadxrzmzanv", "fdafdkuxxytxgufdjhdgxydgxadxtxzmzanv", "fdafdkuxxytxgufdjhdgxydgxadxtxexmzanv", "fdafdkuxxytxgufdjhdgxydgxadxtxexxozanv", "fdafdkuxxytxgufdjhdgxydgxadxtxexxoexanv", "fdafdkuxxytxgufdjhdgxydgxadxtxexxoexaegv"]}, "config": {"characters": "waibxprcilspsxaqrzmzanv", "length": 23, "num_rules": 13, "rules": {"b": ["k", "u"], "c": ["g", "u"], "i": ["f", "d"], "l": ["j", "h"], "m": ["x", "o"], "n": ["e", "g"], "p": ["x", "y"], "q": ["d", "x"], "r": ["t", "x"], "s": ["d", "g"], "v": ["e", "y"], "w": ["f", "d"], "z": ["e", "x"]}}, "task_name": "task11", "example_name": "0166", "problem_name": "task11_0166"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: tlvvlmhtveupryoptujssbd\nrules:\nt -> zz\nu -> fv\nh -> ni\nd -> qg\nb -> zf\no -> xz\nr -> vx\ne -> zw\nj -> wc\nl -> sq\np -> kx\nm -> fn\ny -> kg", "label": {"final": "zzsqvvsqfnnizzvzwfvkxvxkgxzkxzzfvwcsszfqg", "init": "tlvvlmhtveupryoptujssbd", "intermediate": ["zzlvvlmhtveupryoptujssbd", "zzsqvvlmhtveupryoptujssbd", "zzsqvvsqmhtveupryoptujssbd", "zzsqvvsqfnhtveupryoptujssbd", "zzsqvvsqfnnitveupryoptujssbd", "zzsqvvsqfnnizzveupryoptujssbd", "zzsqvvsqfnnizzvzwupryoptujssbd", "zzsqvvsqfnnizzvzwfvpryoptujssbd", "zzsqvvsqfnnizzvzwfvkxryoptujssbd", "zzsqvvsqfnnizzvzwfvkxvxyoptujssbd", "zzsqvvsqfnnizzvzwfvkxvxkgoptujssbd", "zzsqvvsqfnnizzvzwfvkxvxkgxzptujssbd", "zzsqvvsqfnnizzvzwfvkxvxkgxzkxtujssbd", "zzsqvvsqfnnizzvzwfvkxvxkgxzkxzzujssbd", "zzsqvvsqfnnizzvzwfvkxvxkgxzkxzzfvjssbd", "zzsqvvsqfnnizzvzwfvkxvxkgxzkxzzfvwcssbd", "zzsqvvsqfnnizzvzwfvkxvxkgxzkxzzfvwcsszfd"]}, "config": {"characters": "tlvvlmhtveupryoptujssbd", "length": 23, "num_rules": 13, "rules": {"b": ["z", "f"], "d": ["q", "g"], "e": ["z", "w"], "h": ["n", "i"], "j": ["w", "c"], "l": ["s", "q"], "m": ["f", "n"], "o": ["x", "z"], "p": ["k", "x"], "r": ["v", "x"], "t": ["z", "z"], "u": ["f", "v"], "y": ["k", "g"]}}, "task_name": "task11", "example_name": "0167", "problem_name": "task11_0167"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: rcwzrvnuvfbfjxnhwyukzohvwpmbrdm\nrules:\nk -> sp\nm -> pl\nj -> ty\nd -> hq\nc -> ow\nr -> qz\nn -> ex\nf -> xs\nv -> hx\nu -> bh", "label": {"final": "qzowwzqzhxexbhhxxsbxstyxexhwybhspzohhxwpplbqzhqpl", "init": "rcwzrvnuvfbfjxnhwyukzohvwpmbrdm", "intermediate": ["qzcwzrvnuvfbfjxnhwyukzohvwpmbrdm", "qzowwzrvnuvfbfjxnhwyukzohvwpmbrdm", "qzowwzqzvnuvfbfjxnhwyukzohvwpmbrdm", "qzowwzqzhxnuvfbfjxnhwyukzohvwpmbrdm", "qzowwzqzhxexuvfbfjxnhwyukzohvwpmbrdm", "qzowwzqzhxexbhvfbfjxnhwyukzohvwpmbrdm", "qzowwzqzhxexbhhxfbfjxnhwyukzohvwpmbrdm", "qzowwzqzhxexbhhxxsbfjxnhwyukzohvwpmbrdm", "qzowwzqzhxexbhhxxsbxsjxnhwyukzohvwpmbrdm", "qzowwzqzhxexbhhxxsbxstyxnhwyukzohvwpmbrdm", "qzowwzqzhxexbhhxxsbxstyxexhwyukzohvwpmbrdm", "qzowwzqzhxexbhhxxsbxstyxexhwybhkzohvwpmbrdm", "qzowwzqzhxexbhhxxsbxstyxexhwybhspzohvwpmbrdm", "qzowwzqzhxexbhhxxsbxstyxexhwybhspzohhxwpmbrdm", "qzowwzqzhxexbhhxxsbxstyxexhwybhspzohhxwpplbrdm", "qzowwzqzhxexbhhxxsbxstyxexhwybhspzohhxwpplbqzdm", "qzowwzqzhxexbhhxxsbxstyxexhwybhspzohhxwpplbqzhqm"]}, "config": {"characters": "rcwzrvnuvfbfjxnhwyukzohvwpmbrdm", "length": 31, "num_rules": 10, "rules": {"c": ["o", "w"], "d": ["h", "q"], "f": ["x", "s"], "j": ["t", "y"], "k": ["s", "p"], "m": ["p", "l"], "n": ["e", "x"], "r": ["q", "z"], "u": ["b", "h"], "v": ["h", "x"]}}, "task_name": "task11", "example_name": "0168", "problem_name": "task11_0168"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: kmemefieofcuguwgudijdrptz\nrules:\nt -> sx\ni -> nu\ng -> uh\nc -> vh\nr -> xe\nm -> vl\np -> bx\no -> ub\nd -> xa\nz -> bu\nj -> au\nf -> aa\nk -> hq", "label": {"final": "hqvlevleaanueubaavhuuhuwuhuxanuauxaxebxsxbu", "init": "kmemefieofcuguwgudijdrptz", "intermediate": ["hqmemefieofcuguwgudijdrptz", "hqvlemefieofcuguwgudijdrptz", "hqvlevlefieofcuguwgudijdrptz", "hqvlevleaaieofcuguwgudijdrptz", "hqvlevleaanueofcuguwgudijdrptz", "hqvlevleaanueubfcuguwgudijdrptz", "hqvlevleaanueubaacuguwgudijdrptz", "hqvlevleaanueubaavhuguwgudijdrptz", "hqvlevleaanueubaavhuuhuwgudijdrptz", "hqvlevleaanueubaavhuuhuwuhudijdrptz", "hqvlevleaanueubaavhuuhuwuhuxaijdrptz", "hqvlevleaanueubaavhuuhuwuhuxanujdrptz", "hqvlevleaanueubaavhuuhuwuhuxanuaudrptz", "hqvlevleaanueubaavhuuhuwuhuxanuauxarptz", "hqvlevleaanueubaavhuuhuwuhuxanuauxaxeptz", "hqvlevleaanueubaavhuuhuwuhuxanuauxaxebxtz", "hqvlevleaanueubaavhuuhuwuhuxanuauxaxebxsxz"]}, "config": {"characters": "kmemefieofcuguwgudijdrptz", "length": 25, "num_rules": 13, "rules": {"c": ["v", "h"], "d": ["x", "a"], "f": ["a", "a"], "g": ["u", "h"], "i": ["n", "u"], "j": ["a", "u"], "k": ["h", "q"], "m": ["v", "l"], "o": ["u", "b"], "p": ["b", "x"], "r": ["x", "e"], "t": ["s", "x"], "z": ["b", "u"]}}, "task_name": "task11", "example_name": "0169", "problem_name": "task11_0169"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: vkjvglfmxikrzterdmdvbspco\nrules:\nj -> qw\nl -> yo\nc -> yu\nk -> ny\nd -> hz\ns -> bx\ng -> nz\nv -> uw\ni -> zw\nt -> qb\ne -> zz\np -> wa\nf -> nn\nr -> yo", "label": {"final": "uwnyqwuwnzyonnmxzwnyyozqbzzyohzmhzuwbbxwayuo", "init": "vkjvglfmxikrzterdmdvbspco", "intermediate": ["uwkjvglfmxikrzterdmdvbspco", "uwnyjvglfmxikrzterdmdvbspco", "uwnyqwvglfmxikrzterdmdvbspco", "uwnyqwuwglfmxikrzterdmdvbspco", "uwnyqwuwnzlfmxikrzterdmdvbspco", "uwnyqwuwnzyofmxikrzterdmdvbspco", "uwnyqwuwnzyonnmxikrzterdmdvbspco", "uwnyqwuwnzyonnmxzwkrzterdmdvbspco", "uwnyqwuwnzyonnmxzwnyrzterdmdvbspco", "uwnyqwuwnzyonnmxzwnyyozterdmdvbspco", "uwnyqwuwnzyonnmxzwnyyozqberdmdvbspco", "uwnyqwuwnzyonnmxzwnyyozqbzzrdmdvbspco", "uwnyqwuwnzyonnmxzwnyyozqbzzyodmdvbspco", "uwnyqwuwnzyonnmxzwnyyozqbzzyohzmdvbspco", "uwnyqwuwnzyonnmxzwnyyozqbzzyohzmhzvbspco", "uwnyqwuwnzyonnmxzwnyyozqbzzyohzmhzuwbspco", "uwnyqwuwnzyonnmxzwnyyozqbzzyohzmhzuwbbxpco", "uwnyqwuwnzyonnmxzwnyyozqbzzyohzmhzuwbbxwaco"]}, "config": {"characters": "vkjvglfmxikrzterdmdvbspco", "length": 25, "num_rules": 14, "rules": {"c": ["y", "u"], "d": ["h", "z"], "e": ["z", "z"], "f": ["n", "n"], "g": ["n", "z"], "i": ["z", "w"], "j": ["q", "w"], "k": ["n", "y"], "l": ["y", "o"], "p": ["w", "a"], "r": ["y", "o"], "s": ["b", "x"], "t": ["q", "b"], "v": ["u", "w"]}}, "task_name": "task11", "example_name": "0170", "problem_name": "task11_0170"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: kpbgntmfxvsfjwxhtkzgnvihhcbnaoury\nrules:\ny -> rb\nv -> ce\nf -> un\nz -> qo\na -> cu\nk -> nc\nh -> rq\nt -> lb\nw -> xx\nj -> qp\ng -> qe\nm -> bd", "label": {"final": "ncpbqenlbbdunxcesunqpxxxrqlbncqoqenceirqrqcbncuourrb", "init": "kpbgntmfxvsfjwxhtkzgnvihhcbnaoury", "intermediate": ["ncpbgntmfxvsfjwxhtkzgnvihhcbnaoury", "ncpbqentmfxvsfjwxhtkzgnvihhcbnaoury", "ncpbqenlbmfxvsfjwxhtkzgnvihhcbnaoury", "ncpbqenlbbdfxvsfjwxhtkzgnvihhcbnaoury", "ncpbqenlbbdunxvsfjwxhtkzgnvihhcbnaoury", "ncpbqenlbbdunxcesfjwxhtkzgnvihhcbnaoury", "ncpbqenlbbdunxcesunjwxhtkzgnvihhcbnaoury", "ncpbqenlbbdunxcesunqpwxhtkzgnvihhcbnaoury", "ncpbqenlbbdunxcesunqpxxxhtkzgnvihhcbnaoury", "ncpbqenlbbdunxcesunqpxxxrqtkzgnvihhcbnaoury", "ncpbqenlbbdunxcesunqpxxxrqlbkzgnvihhcbnaoury", "ncpbqenlbbdunxcesunqpxxxrqlbnczgnvihhcbnaoury", "ncpbqenlbbdunxcesunqpxxxrqlbncqognvihhcbnaoury", "ncpbqenlbbdunxcesunqpxxxrqlbncqoqenvihhcbnaoury", "ncpbqenlbbdunxcesunqpxxxrqlbncqoqenceihhcbnaoury", "ncpbqenlbbdunxcesunqpxxxrqlbncqoqenceirqhcbnaoury", "ncpbqenlbbdunxcesunqpxxxrqlbncqoqenceirqrqcbnaoury", "ncpbqenlbbdunxcesunqpxxxrqlbncqoqenceirqrqcbncuoury"]}, "config": {"characters": "kpbgntmfxvsfjwxhtkzgnvihhcbnaoury", "length": 33, "num_rules": 12, "rules": {"a": ["c", "u"], "f": ["u", "n"], "g": ["q", "e"], "h": ["r", "q"], "j": ["q", "p"], "k": ["n", "c"], "m": ["b", "d"], "t": ["l", "b"], "v": ["c", "e"], "w": ["x", "x"], "y": ["r", "b"], "z": ["q", "o"]}}, "task_name": "task11", "example_name": "0171", "problem_name": "task11_0171"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: tiffurdulunfdvcebeqnntjndp\nrules:\nr -> zw\ne -> gk\nb -> qk\nv -> mp\ni -> qh\nd -> lz\nj -> gw\nu -> pq\nf -> yz\nc -> mh\nt -> kl", "label": {"final": "klqhyzyzpqzwlzpqlpqnyzlzmpmhgkqkgkqnnklgwnlzp", "init": "tiffurdulunfdvcebeqnntjndp", "intermediate": ["kliffurdulunfdvcebeqnntjndp", "klqhffurdulunfdvcebeqnntjndp", "klqhyzfurdulunfdvcebeqnntjndp", "klqhyzyzurdulunfdvcebeqnntjndp", "klqhyzyzpqrdulunfdvcebeqnntjndp", "klqhyzyzpqzwdulunfdvcebeqnntjndp", "klqhyzyzpqzwlzulunfdvcebeqnntjndp", "klqhyzyzpqzwlzpqlunfdvcebeqnntjndp", "klqhyzyzpqzwlzpqlpqnfdvcebeqnntjndp", "klqhyzyzpqzwlzpqlpqnyzdvcebeqnntjndp", "klqhyzyzpqzwlzpqlpqnyzlzvcebeqnntjndp", "klqhyzyzpqzwlzpqlpqnyzlzmpcebeqnntjndp", "klqhyzyzpqzwlzpqlpqnyzlzmpmhebeqnntjndp", "klqhyzyzpqzwlzpqlpqnyzlzmpmhgkbeqnntjndp", "klqhyzyzpqzwlzpqlpqnyzlzmpmhgkqkeqnntjndp", "klqhyzyzpqzwlzpqlpqnyzlzmpmhgkqkgkqnntjndp", "klqhyzyzpqzwlzpqlpqnyzlzmpmhgkqkgkqnnkljndp", "klqhyzyzpqzwlzpqlpqnyzlzmpmhgkqkgkqnnklgwndp"]}, "config": {"characters": "tiffurdulunfdvcebeqnntjndp", "length": 26, "num_rules": 11, "rules": {"b": ["q", "k"], "c": ["m", "h"], "d": ["l", "z"], "e": ["g", "k"], "f": ["y", "z"], "i": ["q", "h"], "j": ["g", "w"], "r": ["z", "w"], "t": ["k", "l"], "u": ["p", "q"], "v": ["m", "p"]}}, "task_name": "task11", "example_name": "0172", "problem_name": "task11_0172"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: jrmrofpbhbkxaowjxpqpaguusnbgtoyky\nrules:\nh -> ne\nq -> yn\ns -> il\np -> rd\nj -> ow\nu -> zw\nf -> il\na -> yo\ng -> lc\nm -> wi\nb -> cd", "label": {"final": "owrwiroilrdcdnecdkxyoowowxrdynrdyolczwzwilncdlctoyky", "init": "jrmrofpbhbkxaowjxpqpaguusnbgtoyky", "intermediate": ["owrmrofpbhbkxaowjxpqpaguusnbgtoyky", "owrwirofpbhbkxaowjxpqpaguusnbgtoyky", "owrwiroilpbhbkxaowjxpqpaguusnbgtoyky", "owrwiroilrdbhbkxaowjxpqpaguusnbgtoyky", "owrwiroilrdcdhbkxaowjxpqpaguusnbgtoyky", "owrwiroilrdcdnebkxaowjxpqpaguusnbgtoyky", "owrwiroilrdcdnecdkxaowjxpqpaguusnbgtoyky", "owrwiroilrdcdnecdkxyoowjxpqpaguusnbgtoyky", "owrwiroilrdcdnecdkxyoowowxpqpaguusnbgtoyky", "owrwiroilrdcdnecdkxyoowowxrdqpaguusnbgtoyky", "owrwiroilrdcdnecdkxyoowowxrdynpaguusnbgtoyky", "owrwiroilrdcdnecdkxyoowowxrdynrdaguusnbgtoyky", "owrwiroilrdcdnecdkxyoowowxrdynrdyoguusnbgtoyky", "owrwiroilrdcdnecdkxyoowowxrdynrdyolcuusnbgtoyky", "owrwiroilrdcdnecdkxyoowowxrdynrdyolczwusnbgtoyky", "owrwiroilrdcdnecdkxyoowowxrdynrdyolczwzwsnbgtoyky", "owrwiroilrdcdnecdkxyoowowxrdynrdyolczwzwilnbgtoyky", "owrwiroilrdcdnecdkxyoowowxrdynrdyolczwzwilncdgtoyky"]}, "config": {"characters": "jrmrofpbhbkxaowjxpqpaguusnbgtoyky", "length": 33, "num_rules": 11, "rules": {"a": ["y", "o"], "b": ["c", "d"], "f": ["i", "l"], "g": ["l", "c"], "h": ["n", "e"], "j": ["o", "w"], "m": ["w", "i"], "p": ["r", "d"], "q": ["y", "n"], "s": ["i", "l"], "u": ["z", "w"]}}, "task_name": "task11", "example_name": "0173", "problem_name": "task11_0173"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: vhrbtfrnxoqfqxluhsuczmwfecdn\nrules:\nd -> av\nz -> ke\nm -> qw\ns -> kk\nt -> vw\no -> eq\nb -> aq\nh -> ee\nn -> wj\nl -> iy\nf -> xw\nc -> kq\nr -> iy", "label": {"final": "veeiyaqvwxwiywjxeqqxwqxiyueekkukqkeqwwxwekqavwj", "init": "vhrbtfrnxoqfqxluhsuczmwfecdn", "intermediate": ["veerbtfrnxoqfqxluhsuczmwfecdn", "veeiybtfrnxoqfqxluhsuczmwfecdn", "veeiyaqtfrnxoqfqxluhsuczmwfecdn", "veeiyaqvwfrnxoqfqxluhsuczmwfecdn", "veeiyaqvwxwrnxoqfqxluhsuczmwfecdn", "veeiyaqvwxwiynxoqfqxluhsuczmwfecdn", "veeiyaqvwxwiywjxoqfqxluhsuczmwfecdn", "veeiyaqvwxwiywjxeqqfqxluhsuczmwfecdn", "veeiyaqvwxwiywjxeqqxwqxluhsuczmwfecdn", "veeiyaqvwxwiywjxeqqxwqxiyuhsuczmwfecdn", "veeiyaqvwxwiywjxeqqxwqxiyueesuczmwfecdn", "veeiyaqvwxwiywjxeqqxwqxiyueekkuczmwfecdn", "veeiyaqvwxwiywjxeqqxwqxiyueekkukqzmwfecdn", "veeiyaqvwxwiywjxeqqxwqxiyueekkukqkemwfecdn", "veeiyaqvwxwiywjxeqqxwqxiyueekkukqkeqwwfecdn", "veeiyaqvwxwiywjxeqqxwqxiyueekkukqkeqwwxwecdn", "veeiyaqvwxwiywjxeqqxwqxiyueekkukqkeqwwxwekqdn", "veeiyaqvwxwiywjxeqqxwqxiyueekkukqkeqwwxwekqavn"]}, "config": {"characters": "vhrbtfrnxoqfqxluhsuczmwfecdn", "length": 28, "num_rules": 13, "rules": {"b": ["a", "q"], "c": ["k", "q"], "d": ["a", "v"], "f": ["x", "w"], "h": ["e", "e"], "l": ["i", "y"], "m": ["q", "w"], "n": ["w", "j"], "o": ["e", "q"], "r": ["i", "y"], "s": ["k", "k"], "t": ["v", "w"], "z": ["k", "e"]}}, "task_name": "task11", "example_name": "0174", "problem_name": "task11_0174"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: qtgbbllwineasnebxmiybsyj\nrules:\ny -> tv\nn -> jh\ng -> oq\ns -> uv\nw -> iz\nl -> hk\nm -> uv\ne -> ph\nb -> vj\na -> cc\nx -> du", "label": {"final": "qtoqvjvjhkhkizijhphccuvjhphvjduuvitvvjuvtvj", "init": "qtgbbllwineasnebxmiybsyj", "intermediate": ["qtoqbbllwineasnebxmiybsyj", "qtoqvjbllwineasnebxmiybsyj", "qtoqvjvjllwineasnebxmiybsyj", "qtoqvjvjhklwineasnebxmiybsyj", "qtoqvjvjhkhkwineasnebxmiybsyj", "qtoqvjvjhkhkizineasnebxmiybsyj", "qtoqvjvjhkhkizijheasnebxmiybsyj", "qtoqvjvjhkhkizijhphasnebxmiybsyj", "qtoqvjvjhkhkizijhphccsnebxmiybsyj", "qtoqvjvjhkhkizijhphccuvnebxmiybsyj", "qtoqvjvjhkhkizijhphccuvjhebxmiybsyj", "qtoqvjvjhkhkizijhphccuvjhphbxmiybsyj", "qtoqvjvjhkhkizijhphccuvjhphvjxmiybsyj", "qtoqvjvjhkhkizijhphccuvjhphvjdumiybsyj", "qtoqvjvjhkhkizijhphccuvjhphvjduuviybsyj", "qtoqvjvjhkhkizijhphccuvjhphvjduuvitvbsyj", "qtoqvjvjhkhkizijhphccuvjhphvjduuvitvvjsyj", "qtoqvjvjhkhkizijhphccuvjhphvjduuvitvvjuvyj"]}, "config": {"characters": "qtgbbllwineasnebxmiybsyj", "length": 24, "num_rules": 11, "rules": {"a": ["c", "c"], "b": ["v", "j"], "e": ["p", "h"], "g": ["o", "q"], "l": ["h", "k"], "m": ["u", "v"], "n": ["j", "h"], "s": ["u", "v"], "w": ["i", "z"], "x": ["d", "u"], "y": ["t", "v"]}}, "task_name": "task11", "example_name": "0175", "problem_name": "task11_0175"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: hramlikxynxgcxhhfofxmtsivmh\nrules:\ng -> ku\na -> zp\nr -> zl\nf -> lu\nc -> zz\nh -> kj\nn -> bb\nx -> wy\nv -> se\no -> kk\ni -> kt", "label": {"final": "kjzlzpmlktkwyybbwykuzzwykjkjlukkluwymtsktsemkj", "init": "hramlikxynxgcxhhfofxmtsivmh", "intermediate": ["kjramlikxynxgcxhhfofxmtsivmh", "kjzlamlikxynxgcxhhfofxmtsivmh", "kjzlzpmlikxynxgcxhhfofxmtsivmh", "kjzlzpmlktkxynxgcxhhfofxmtsivmh", "kjzlzpmlktkwyynxgcxhhfofxmtsivmh", "kjzlzpmlktkwyybbxgcxhhfofxmtsivmh", "kjzlzpmlktkwyybbwygcxhhfofxmtsivmh", "kjzlzpmlktkwyybbwykucxhhfofxmtsivmh", "kjzlzpmlktkwyybbwykuzzxhhfofxmtsivmh", "kjzlzpmlktkwyybbwykuzzwyhhfofxmtsivmh", "kjzlzpmlktkwyybbwykuzzwykjhfofxmtsivmh", "kjzlzpmlktkwyybbwykuzzwykjkjfofxmtsivmh", "kjzlzpmlktkwyybbwykuzzwykjkjluofxmtsivmh", "kjzlzpmlktkwyybbwykuzzwykjkjlukkfxmtsivmh", "kjzlzpmlktkwyybbwykuzzwykjkjlukkluxmtsivmh", "kjzlzpmlktkwyybbwykuzzwykjkjlukkluwymtsivmh", "kjzlzpmlktkwyybbwykuzzwykjkjlukkluwymtsktvmh", "kjzlzpmlktkwyybbwykuzzwykjkjlukkluwymtsktsemh"]}, "config": {"characters": "hramlikxynxgcxhhfofxmtsivmh", "length": 27, "num_rules": 11, "rules": {"a": ["z", "p"], "c": ["z", "z"], "f": ["l", "u"], "g": ["k", "u"], "h": ["k", "j"], "i": ["k", "t"], "n": ["b", "b"], "o": ["k", "k"], "r": ["z", "l"], "v": ["s", "e"], "x": ["w", "y"]}}, "task_name": "task11", "example_name": "0176", "problem_name": "task11_0176"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: eqigbuuanbexpddszdfdjputigvriznd\nrules:\nz -> cl\nr -> vy\nt -> iq\nd -> im\np -> vg\nj -> gl\nb -> cy\nu -> oi\nx -> hq\na -> wq", "label": {"final": "eqigcyoioiwqncyehqvgimimsclimfimglvgoiiqigvvyiclnim", "init": "eqigbuuanbexpddszdfdjputigvriznd", "intermediate": ["eqigcyuuanbexpddszdfdjputigvriznd", "eqigcyoiuanbexpddszdfdjputigvriznd", "eqigcyoioianbexpddszdfdjputigvriznd", "eqigcyoioiwqnbexpddszdfdjputigvriznd", "eqigcyoioiwqncyexpddszdfdjputigvriznd", "eqigcyoioiwqncyehqpddszdfdjputigvriznd", "eqigcyoioiwqncyehqvgddszdfdjputigvriznd", "eqigcyoioiwqncyehqvgimdszdfdjputigvriznd", "eqigcyoioiwqncyehqvgimimszdfdjputigvriznd", "eqigcyoioiwqncyehqvgimimscldfdjputigvriznd", "eqigcyoioiwqncyehqvgimimsclimfdjputigvriznd", "eqigcyoioiwqncyehqvgimimsclimfimjputigvriznd", "eqigcyoioiwqncyehqvgimimsclimfimglputigvriznd", "eqigcyoioiwqncyehqvgimimsclimfimglvgutigvriznd", "eqigcyoioiwqncyehqvgimimsclimfimglvgoitigvriznd", "eqigcyoioiwqncyehqvgimimsclimfimglvgoiiqigvriznd", "eqigcyoioiwqncyehqvgimimsclimfimglvgoiiqigvvyiznd", "eqigcyoioiwqncyehqvgimimsclimfimglvgoiiqigvvyiclnd"]}, "config": {"characters": "eqigbuuanbexpddszdfdjputigvriznd", "length": 32, "num_rules": 10, "rules": {"a": ["w", "q"], "b": ["c", "y"], "d": ["i", "m"], "j": ["g", "l"], "p": ["v", "g"], "r": ["v", "y"], "t": ["i", "q"], "u": ["o", "i"], "x": ["h", "q"], "z": ["c", "l"]}}, "task_name": "task11", "example_name": "0177", "problem_name": "task11_0177"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: rvdsogftqukbdhxcnqtpygmab\nrules:\nh -> bi\ny -> em\no -> id\na -> mi\nr -> el\nt -> dm\nk -> dj\np -> lm\nx -> ml\ns -> db\nv -> ii\nu -> ic\nq -> il\ng -> zc\nn -> je\nf -> bm", "label": {"final": "eliiddbidzcbmdmilicdjbdbimlcjeildmlmemzcmmib", "init": "rvdsogftqukbdhxcnqtpygmab", "intermediate": ["elvdsogftqukbdhxcnqtpygmab", "eliidsogftqukbdhxcnqtpygmab", "eliiddbogftqukbdhxcnqtpygmab", "eliiddbidgftqukbdhxcnqtpygmab", "eliiddbidzcftqukbdhxcnqtpygmab", "eliiddbidzcbmtqukbdhxcnqtpygmab", "eliiddbidzcbmdmqukbdhxcnqtpygmab", "eliiddbidzcbmdmilukbdhxcnqtpygmab", "eliiddbidzcbmdmilickbdhxcnqtpygmab", "eliiddbidzcbmdmilicdjbdhxcnqtpygmab", "eliiddbidzcbmdmilicdjbdbixcnqtpygmab", "eliiddbidzcbmdmilicdjbdbimlcnqtpygmab", "eliiddbidzcbmdmilicdjbdbimlcjeqtpygmab", "eliiddbidzcbmdmilicdjbdbimlcjeiltpygmab", "eliiddbidzcbmdmilicdjbdbimlcjeildmpygmab", "eliiddbidzcbmdmilicdjbdbimlcjeildmlmygmab", "eliiddbidzcbmdmilicdjbdbimlcjeildmlmemgmab", "eliiddbidzcbmdmilicdjbdbimlcjeildmlmemzcmab"]}, "config": {"characters": "rvdsogftqukbdhxcnqtpygmab", "length": 25, "num_rules": 16, "rules": {"a": ["m", "i"], "f": ["b", "m"], "g": ["z", "c"], "h": ["b", "i"], "k": ["d", "j"], "n": ["j", "e"], "o": ["i", "d"], "p": ["l", "m"], "q": ["i", "l"], "r": ["e", "l"], "s": ["d", "b"], "t": ["d", "m"], "u": ["i", "c"], "v": ["i", "i"], "x": ["m", "l"], "y": ["e", "m"]}}, "task_name": "task11", "example_name": "0178", "problem_name": "task11_0178"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: wvrkjsnwgmdqylqyzbxdwfisowljbq\nrules:\ns -> bx\ng -> be\nw -> eh\ni -> yf\nm -> bb\no -> hx\nv -> rt\nn -> cc\nq -> tp\nj -> ce\nl -> ey", "label": {"final": "ehrtrkcebxccehbebbdtpyeytpyzbxdehfyfbxhxeheycebtp", "init": "wvrkjsnwgmdqylqyzbxdwfisowljbq", "intermediate": ["ehvrkjsnwgmdqylqyzbxdwfisowljbq", "ehrtrkjsnwgmdqylqyzbxdwfisowljbq", "ehrtrkcesnwgmdqylqyzbxdwfisowljbq", "ehrtrkcebxnwgmdqylqyzbxdwfisowljbq", "ehrtrkcebxccwgmdqylqyzbxdwfisowljbq", "ehrtrkcebxccehgmdqylqyzbxdwfisowljbq", "ehrtrkcebxccehbemdqylqyzbxdwfisowljbq", "ehrtrkcebxccehbebbdqylqyzbxdwfisowljbq", "ehrtrkcebxccehbebbdtpylqyzbxdwfisowljbq", "ehrtrkcebxccehbebbdtpyeyqyzbxdwfisowljbq", "ehrtrkcebxccehbebbdtpyeytpyzbxdwfisowljbq", "ehrtrkcebxccehbebbdtpyeytpyzbxdehfisowljbq", "ehrtrkcebxccehbebbdtpyeytpyzbxdehfyfsowljbq", "ehrtrkcebxccehbebbdtpyeytpyzbxdehfyfbxowljbq", "ehrtrkcebxccehbebbdtpyeytpyzbxdehfyfbxhxwljbq", "ehrtrkcebxccehbebbdtpyeytpyzbxdehfyfbxhxehljbq", "ehrtrkcebxccehbebbdtpyeytpyzbxdehfyfbxhxeheyjbq", "ehrtrkcebxccehbebbdtpyeytpyzbxdehfyfbxhxeheycebq"]}, "config": {"characters": "wvrkjsnwgmdqylqyzbxdwfisowljbq", "length": 30, "num_rules": 11, "rules": {"g": ["b", "e"], "i": ["y", "f"], "j": ["c", "e"], "l": ["e", "y"], "m": ["b", "b"], "n": ["c", "c"], "o": ["h", "x"], "q": ["t", "p"], "s": ["b", "x"], "v": ["r", "t"], "w": ["e", "h"]}}, "task_name": "task11", "example_name": "0179", "problem_name": "task11_0179"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: qmlvwrwntthjmprkfzbsweyzqnjgawwkkmg\nrules:\na -> el\nw -> yg\nh -> ru\nn -> rt\np -> yd\nk -> mo\nv -> bl\ns -> cu\nj -> cc\nf -> ll\nq -> gx", "label": {"final": "gxmlblygrygrtttruccmydrmollzbcuygeyzgxrtccgelygygmomomg", "init": "qmlvwrwntthjmprkfzbsweyzqnjgawwkkmg", "intermediate": ["gxmlvwrwntthjmprkfzbsweyzqnjgawwkkmg", "gxmlblwrwntthjmprkfzbsweyzqnjgawwkkmg", "gxmlblygrwntthjmprkfzbsweyzqnjgawwkkmg", "gxmlblygrygntthjmprkfzbsweyzqnjgawwkkmg", "gxmlblygrygrttthjmprkfzbsweyzqnjgawwkkmg", "gxmlblygrygrtttrujmprkfzbsweyzqnjgawwkkmg", "gxmlblygrygrtttruccmprkfzbsweyzqnjgawwkkmg", "gxmlblygrygrtttruccmydrkfzbsweyzqnjgawwkkmg", "gxmlblygrygrtttruccmydrmofzbsweyzqnjgawwkkmg", "gxmlblygrygrtttruccmydrmollzbsweyzqnjgawwkkmg", "gxmlblygrygrtttruccmydrmollzbcuweyzqnjgawwkkmg", "gxmlblygrygrtttruccmydrmollzbcuygeyzqnjgawwkkmg", "gxmlblygrygrtttruccmydrmollzbcuygeyzgxnjgawwkkmg", "gxmlblygrygrtttruccmydrmollzbcuygeyzgxrtjgawwkkmg", "gxmlblygrygrtttruccmydrmollzbcuygeyzgxrtccgawwkkmg", "gxmlblygrygrtttruccmydrmollzbcuygeyzgxrtccgelwwkkmg", "gxmlblygrygrtttruccmydrmollzbcuygeyzgxrtccgelygwkkmg", "gxmlblygrygrtttruccmydrmollzbcuygeyzgxrtccgelygygkkmg", "gxmlblygrygrtttruccmydrmollzbcuygeyzgxrtccgelygygmokmg"]}, "config": {"characters": "qmlvwrwntthjmprkfzbsweyzqnjgawwkkmg", "length": 35, "num_rules": 11, "rules": {"a": ["e", "l"], "f": ["l", "l"], "h": ["r", "u"], "j": ["c", "c"], "k": ["m", "o"], "n": ["r", "t"], "p": ["y", "d"], "q": ["g", "x"], "s": ["c", "u"], "v": ["b", "l"], "w": ["y", "g"]}}, "task_name": "task11", "example_name": "0180", "problem_name": "task11_0180"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: tkxcqwscoqtobnjhszuklqwokqodwxhz\nrules:\nz -> yu\nj -> ke\nd -> gv\nl -> yn\nx -> at\ns -> nt\nb -> ua\no -> fy\nc -> hv\nq -> yw", "label": {"final": "tkathvywwnthvfyywtfyuankehntyuukynywwfykywfygvwathyu", "init": "tkxcqwscoqtobnjhszuklqwokqodwxhz", "intermediate": ["tkatcqwscoqtobnjhszuklqwokqodwxhz", "tkathvqwscoqtobnjhszuklqwokqodwxhz", "tkathvywwscoqtobnjhszuklqwokqodwxhz", "tkathvywwntcoqtobnjhszuklqwokqodwxhz", "tkathvywwnthvoqtobnjhszuklqwokqodwxhz", "tkathvywwnthvfyqtobnjhszuklqwokqodwxhz", "tkathvywwnthvfyywtobnjhszuklqwokqodwxhz", "tkathvywwnthvfyywtfybnjhszuklqwokqodwxhz", "tkathvywwnthvfyywtfyuanjhszuklqwokqodwxhz", "tkathvywwnthvfyywtfyuankehszuklqwokqodwxhz", "tkathvywwnthvfyywtfyuankehntzuklqwokqodwxhz", "tkathvywwnthvfyywtfyuankehntyuuklqwokqodwxhz", "tkathvywwnthvfyywtfyuankehntyuukynqwokqodwxhz", "tkathvywwnthvfyywtfyuankehntyuukynywwokqodwxhz", "tkathvywwnthvfyywtfyuankehntyuukynywwfykqodwxhz", "tkathvywwnthvfyywtfyuankehntyuukynywwfykywodwxhz", "tkathvywwnthvfyywtfyuankehntyuukynywwfykywfydwxhz", "tkathvywwnthvfyywtfyuankehntyuukynywwfykywfygvwxhz", "tkathvywwnthvfyywtfyuankehntyuukynywwfykywfygvwathz"]}, "config": {"characters": "tkxcqwscoqtobnjhszuklqwokqodwxhz", "length": 32, "num_rules": 10, "rules": {"b": ["u", "a"], "c": ["h", "v"], "d": ["g", "v"], "j": ["k", "e"], "l": ["y", "n"], "o": ["f", "y"], "q": ["y", "w"], "s": ["n", "t"], "x": ["a", "t"], "z": ["y", "u"]}}, "task_name": "task11", "example_name": "0181", "problem_name": "task11_0181"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: lwxhhonqinqloeanoablxywonck\nrules:\nk -> nz\nq -> gl\ny -> tt\nx -> ln\nc -> lj\nw -> uu\na -> zl\nb -> uu\no -> nr\ne -> fp\nh -> td\ni -> vj", "label": {"final": "luulntdtdnrnglvjngllnrfpzlnnrzluullnttuunrnljnz", "init": "lwxhhonqinqloeanoablxywonck", "intermediate": ["luuxhhonqinqloeanoablxywonck", "luulnhhonqinqloeanoablxywonck", "luulntdhonqinqloeanoablxywonck", "luulntdtdonqinqloeanoablxywonck", "luulntdtdnrnqinqloeanoablxywonck", "luulntdtdnrnglinqloeanoablxywonck", "luulntdtdnrnglvjnqloeanoablxywonck", "luulntdtdnrnglvjnglloeanoablxywonck", "luulntdtdnrnglvjngllnreanoablxywonck", "luulntdtdnrnglvjngllnrfpanoablxywonck", "luulntdtdnrnglvjngllnrfpzlnoablxywonck", "luulntdtdnrnglvjngllnrfpzlnnrablxywonck", "luulntdtdnrnglvjngllnrfpzlnnrzlblxywonck", "luulntdtdnrnglvjngllnrfpzlnnrzluulxywonck", "luulntdtdnrnglvjngllnrfpzlnnrzluullnywonck", "luulntdtdnrnglvjngllnrfpzlnnrzluullnttwonck", "luulntdtdnrnglvjngllnrfpzlnnrzluullnttuuonck", "luulntdtdnrnglvjngllnrfpzlnnrzluullnttuunrnck", "luulntdtdnrnglvjngllnrfpzlnnrzluullnttuunrnljk"]}, "config": {"characters": "lwxhhonqinqloeanoablxywonck", "length": 27, "num_rules": 12, "rules": {"a": ["z", "l"], "b": ["u", "u"], "c": ["l", "j"], "e": ["f", "p"], "h": ["t", "d"], "i": ["v", "j"], "k": ["n", "z"], "o": ["n", "r"], "q": ["g", "l"], "w": ["u", "u"], "x": ["l", "n"], "y": ["t", "t"]}}, "task_name": "task11", "example_name": "0182", "problem_name": "task11_0182"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: phgytymmwjnvtbwldryffgvib\nrules:\nj -> te\nw -> tc\ng -> et\nb -> zx\np -> se\nr -> kk\nf -> tc\nn -> al\ny -> to\ni -> sx\nv -> kx\nh -> kq\nd -> zk", "label": {"final": "sekqettottommtctealkxtzxtclzkkktotctcetkxsxzx", "init": "phgytymmwjnvtbwldryffgvib", "intermediate": ["sehgytymmwjnvtbwldryffgvib", "sekqgytymmwjnvtbwldryffgvib", "sekqetytymmwjnvtbwldryffgvib", "sekqettotymmwjnvtbwldryffgvib", "sekqettottommwjnvtbwldryffgvib", "sekqettottommtcjnvtbwldryffgvib", "sekqettottommtctenvtbwldryffgvib", "sekqettottommtctealvtbwldryffgvib", "sekqettottommtctealkxtbwldryffgvib", "sekqettottommtctealkxtzxwldryffgvib", "sekqettottommtctealkxtzxtcldryffgvib", "sekqettottommtctealkxtzxtclzkryffgvib", "sekqettottommtctealkxtzxtclzkkkyffgvib", "sekqettottommtctealkxtzxtclzkkktoffgvib", "sekqettottommtctealkxtzxtclzkkktotcfgvib", "sekqettottommtctealkxtzxtclzkkktotctcgvib", "sekqettottommtctealkxtzxtclzkkktotctcetvib", "sekqettottommtctealkxtzxtclzkkktotctcetkxib", "sekqettottommtctealkxtzxtclzkkktotctcetkxsxb"]}, "config": {"characters": "phgytymmwjnvtbwldryffgvib", "length": 25, "num_rules": 13, "rules": {"b": ["z", "x"], "d": ["z", "k"], "f": ["t", "c"], "g": ["e", "t"], "h": ["k", "q"], "i": ["s", "x"], "j": ["t", "e"], "n": ["a", "l"], "p": ["s", "e"], "r": ["k", "k"], "v": ["k", "x"], "w": ["t", "c"], "y": ["t", "o"]}}, "task_name": "task11", "example_name": "0183", "problem_name": "task11_0183"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: vzmgityvjddhlwmvxnvqtiooaivgkxocfvn\nrules:\nj -> pc\ny -> co\nf -> mr\ng -> ww\nk -> rv\nz -> bm\nn -> um\ni -> vu\na -> bv\nt -> cr\nq -> mb\nh -> ds\nl -> rw\nx -> sp", "label": {"final": "vbmmwwvucrcovpcdddsrwwmvspumvmbcrvuoobvvuvwwrvspocmrvum", "init": "vzmgityvjddhlwmvxnvqtiooaivgkxocfvn", "intermediate": ["vbmmgityvjddhlwmvxnvqtiooaivgkxocfvn", "vbmmwwityvjddhlwmvxnvqtiooaivgkxocfvn", "vbmmwwvutyvjddhlwmvxnvqtiooaivgkxocfvn", "vbmmwwvucryvjddhlwmvxnvqtiooaivgkxocfvn", "vbmmwwvucrcovjddhlwmvxnvqtiooaivgkxocfvn", "vbmmwwvucrcovpcddhlwmvxnvqtiooaivgkxocfvn", "vbmmwwvucrcovpcdddslwmvxnvqtiooaivgkxocfvn", "vbmmwwvucrcovpcdddsrwwmvxnvqtiooaivgkxocfvn", "vbmmwwvucrcovpcdddsrwwmvspnvqtiooaivgkxocfvn", "vbmmwwvucrcovpcdddsrwwmvspumvqtiooaivgkxocfvn", "vbmmwwvucrcovpcdddsrwwmvspumvmbtiooaivgkxocfvn", "vbmmwwvucrcovpcdddsrwwmvspumvmbcriooaivgkxocfvn", "vbmmwwvucrcovpcdddsrwwmvspumvmbcrvuooaivgkxocfvn", "vbmmwwvucrcovpcdddsrwwmvspumvmbcrvuoobvivgkxocfvn", "vbmmwwvucrcovpcdddsrwwmvspumvmbcrvuoobvvuvgkxocfvn", "vbmmwwvucrcovpcdddsrwwmvspumvmbcrvuoobvvuvwwkxocfvn", "vbmmwwvucrcovpcdddsrwwmvspumvmbcrvuoobvvuvwwrvxocfvn", "vbmmwwvucrcovpcdddsrwwmvspumvmbcrvuoobvvuvwwrvspocfvn", "vbmmwwvucrcovpcdddsrwwmvspumvmbcrvuoobvvuvwwrvspocmrvn"]}, "config": {"characters": "vzmgityvjddhlwmvxnvqtiooaivgkxocfvn", "length": 35, "num_rules": 14, "rules": {"a": ["b", "v"], "f": ["m", "r"], "g": ["w", "w"], "h": ["d", "s"], "i": ["v", "u"], "j": ["p", "c"], "k": ["r", "v"], "l": ["r", "w"], "n": ["u", "m"], "q": ["m", "b"], "t": ["c", "r"], "x": ["s", "p"], "y": ["c", "o"], "z": ["b", "m"]}}, "task_name": "task11", "example_name": "0184", "problem_name": "task11_0184"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: tcecqycloyyfpfbngjvklhaic\nrules:\no -> ws\nl -> vs\nj -> xn\nb -> rm\nq -> sf\ny -> sd\np -> su\nh -> rx\nt -> mv\ni -> nm\ne -> nr\nk -> uv\na -> sm\nc -> rn", "label": {"final": "mvrnnrrnsfsdrnvswssdsdfsufrmngxnvuvvsrxsmnmrn", "init": "tcecqycloyyfpfbngjvklhaic", "intermediate": ["mvcecqycloyyfpfbngjvklhaic", "mvrnecqycloyyfpfbngjvklhaic", "mvrnnrcqycloyyfpfbngjvklhaic", "mvrnnrrnqycloyyfpfbngjvklhaic", "mvrnnrrnsfycloyyfpfbngjvklhaic", "mvrnnrrnsfsdcloyyfpfbngjvklhaic", "mvrnnrrnsfsdrnloyyfpfbngjvklhaic", "mvrnnrrnsfsdrnvsoyyfpfbngjvklhaic", "mvrnnrrnsfsdrnvswsyyfpfbngjvklhaic", "mvrnnrrnsfsdrnvswssdyfpfbngjvklhaic", "mvrnnrrnsfsdrnvswssdsdfpfbngjvklhaic", "mvrnnrrnsfsdrnvswssdsdfsufbngjvklhaic", "mvrnnrrnsfsdrnvswssdsdfsufrmngjvklhaic", "mvrnnrrnsfsdrnvswssdsdfsufrmngxnvklhaic", "mvrnnrrnsfsdrnvswssdsdfsufrmngxnvuvlhaic", "mvrnnrrnsfsdrnvswssdsdfsufrmngxnvuvvshaic", "mvrnnrrnsfsdrnvswssdsdfsufrmngxnvuvvsrxaic", "mvrnnrrnsfsdrnvswssdsdfsufrmngxnvuvvsrxsmic", "mvrnnrrnsfsdrnvswssdsdfsufrmngxnvuvvsrxsmnmc"]}, "config": {"characters": "tcecqycloyyfpfbngjvklhaic", "length": 25, "num_rules": 14, "rules": {"a": ["s", "m"], "b": ["r", "m"], "c": ["r", "n"], "e": ["n", "r"], "h": ["r", "x"], "i": ["n", "m"], "j": ["x", "n"], "k": ["u", "v"], "l": ["v", "s"], "o": ["w", "s"], "p": ["s", "u"], "q": ["s", "f"], "t": ["m", "v"], "y": ["s", "d"]}}, "task_name": "task11", "example_name": "0185", "problem_name": "task11_0185"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: hdrrfsutdmssuijuxgxxjrhbweoqgzvtudh\nrules:\nv -> xg\nb -> hg\nq -> sl\nd -> an\nu -> oa\nt -> aa\ni -> hm\ne -> kl\nw -> gg\nj -> ah\nr -> pa", "label": {"final": "hanpapafsoaaaanmssoahmahoaxgxxahpahhgggkloslgzxgaaoaanh", "init": "hdrrfsutdmssuijuxgxxjrhbweoqgzvtudh", "intermediate": ["hanrrfsutdmssuijuxgxxjrhbweoqgzvtudh", "hanparfsutdmssuijuxgxxjrhbweoqgzvtudh", "hanpapafsutdmssuijuxgxxjrhbweoqgzvtudh", "hanpapafsoatdmssuijuxgxxjrhbweoqgzvtudh", "hanpapafsoaaadmssuijuxgxxjrhbweoqgzvtudh", "hanpapafsoaaaanmssuijuxgxxjrhbweoqgzvtudh", "hanpapafsoaaaanmssoaijuxgxxjrhbweoqgzvtudh", "hanpapafsoaaaanmssoahmjuxgxxjrhbweoqgzvtudh", "hanpapafsoaaaanmssoahmahuxgxxjrhbweoqgzvtudh", "hanpapafsoaaaanmssoahmahoaxgxxjrhbweoqgzvtudh", "hanpapafsoaaaanmssoahmahoaxgxxahrhbweoqgzvtudh", "hanpapafsoaaaanmssoahmahoaxgxxahpahbweoqgzvtudh", "hanpapafsoaaaanmssoahmahoaxgxxahpahhgweoqgzvtudh", "hanpapafsoaaaanmssoahmahoaxgxxahpahhgggeoqgzvtudh", "hanpapafsoaaaanmssoahmahoaxgxxahpahhgggkloqgzvtudh", "hanpapafsoaaaanmssoahmahoaxgxxahpahhgggkloslgzvtudh", "hanpapafsoaaaanmssoahmahoaxgxxahpahhgggkloslgzxgtudh", "hanpapafsoaaaanmssoahmahoaxgxxahpahhgggkloslgzxgaaudh", "hanpapafsoaaaanmssoahmahoaxgxxahpahhgggkloslgzxgaaoadh"]}, "config": {"characters": "hdrrfsutdmssuijuxgxxjrhbweoqgzvtudh", "length": 35, "num_rules": 11, "rules": {"b": ["h", "g"], "d": ["a", "n"], "e": ["k", "l"], "i": ["h", "m"], "j": ["a", "h"], "q": ["s", "l"], "r": ["p", "a"], "t": ["a", "a"], "u": ["o", "a"], "v": ["x", "g"], "w": ["g", "g"]}}, "task_name": "task11", "example_name": "0186", "problem_name": "task11_0186"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: kczjiabqduxgdbftwauvfsvdvsfwnudreht\nrules:\ns -> uo\nv -> hc\nw -> xa\nb -> qh\nd -> hr\ng -> yr\nn -> mc\nt -> po\nz -> ia\ne -> lp\nj -> pq", "label": {"final": "kciapqiaqhqhruxyrhrqhfpoxaauhcfuohchrhcuofxamcuhrrlphpo", "init": "kczjiabqduxgdbftwauvfsvdvsfwnudreht", "intermediate": ["kciajiabqduxgdbftwauvfsvdvsfwnudreht", "kciapqiabqduxgdbftwauvfsvdvsfwnudreht", "kciapqiaqhqduxgdbftwauvfsvdvsfwnudreht", "kciapqiaqhqhruxgdbftwauvfsvdvsfwnudreht", "kciapqiaqhqhruxyrdbftwauvfsvdvsfwnudreht", "kciapqiaqhqhruxyrhrbftwauvfsvdvsfwnudreht", "kciapqiaqhqhruxyrhrqhftwauvfsvdvsfwnudreht", "kciapqiaqhqhruxyrhrqhfpowauvfsvdvsfwnudreht", "kciapqiaqhqhruxyrhrqhfpoxaauvfsvdvsfwnudreht", "kciapqiaqhqhruxyrhrqhfpoxaauhcfsvdvsfwnudreht", "kciapqiaqhqhruxyrhrqhfpoxaauhcfuovdvsfwnudreht", "kciapqiaqhqhruxyrhrqhfpoxaauhcfuohcdvsfwnudreht", "kciapqiaqhqhruxyrhrqhfpoxaauhcfuohchrvsfwnudreht", "kciapqiaqhqhruxyrhrqhfpoxaauhcfuohchrhcsfwnudreht", "kciapqiaqhqhruxyrhrqhfpoxaauhcfuohchrhcuofwnudreht", "kciapqiaqhqhruxyrhrqhfpoxaauhcfuohchrhcuofxanudreht", "kciapqiaqhqhruxyrhrqhfpoxaauhcfuohchrhcuofxamcudreht", "kciapqiaqhqhruxyrhrqhfpoxaauhcfuohchrhcuofxamcuhrreht", "kciapqiaqhqhruxyrhrqhfpoxaauhcfuohchrhcuofxamcuhrrlpht"]}, "config": {"characters": "kczjiabqduxgdbftwauvfsvdvsfwnudreht", "length": 35, "num_rules": 11, "rules": {"b": ["q", "h"], "d": ["h", "r"], "e": ["l", "p"], "g": ["y", "r"], "j": ["p", "q"], "n": ["m", "c"], "s": ["u", "o"], "t": ["p", "o"], "v": ["h", "c"], "w": ["x", "a"], "z": ["i", "a"]}}, "task_name": "task11", "example_name": "0187", "problem_name": "task11_0187"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: hgokpnyzkfczplumdskrasamv\nrules:\nn -> bj\nd -> ib\ny -> jx\nz -> xe\nr -> qq\nf -> wi\nu -> xe\nm -> it\na -> lb\nh -> ej\ns -> xk\ng -> jq\np -> xq\nc -> tl\nv -> qb", "label": {"final": "ejjqokxqbjjxxekwitlxexqlxeitibxkkqqlbxklbitqb", "init": "hgokpnyzkfczplumdskrasamv", "intermediate": ["ejgokpnyzkfczplumdskrasamv", "ejjqokpnyzkfczplumdskrasamv", "ejjqokxqnyzkfczplumdskrasamv", "ejjqokxqbjyzkfczplumdskrasamv", "ejjqokxqbjjxzkfczplumdskrasamv", "ejjqokxqbjjxxekfczplumdskrasamv", "ejjqokxqbjjxxekwiczplumdskrasamv", "ejjqokxqbjjxxekwitlzplumdskrasamv", "ejjqokxqbjjxxekwitlxeplumdskrasamv", "ejjqokxqbjjxxekwitlxexqlumdskrasamv", "ejjqokxqbjjxxekwitlxexqlxemdskrasamv", "ejjqokxqbjjxxekwitlxexqlxeitdskrasamv", "ejjqokxqbjjxxekwitlxexqlxeitibskrasamv", "ejjqokxqbjjxxekwitlxexqlxeitibxkkrasamv", "ejjqokxqbjjxxekwitlxexqlxeitibxkkqqasamv", "ejjqokxqbjjxxekwitlxexqlxeitibxkkqqlbsamv", "ejjqokxqbjjxxekwitlxexqlxeitibxkkqqlbxkamv", "ejjqokxqbjjxxekwitlxexqlxeitibxkkqqlbxklbmv", "ejjqokxqbjjxxekwitlxexqlxeitibxkkqqlbxklbitv"]}, "config": {"characters": "hgokpnyzkfczplumdskrasamv", "length": 25, "num_rules": 15, "rules": {"a": ["l", "b"], "c": ["t", "l"], "d": ["i", "b"], "f": ["w", "i"], "g": ["j", "q"], "h": ["e", "j"], "m": ["i", "t"], "n": ["b", "j"], "p": ["x", "q"], "r": ["q", "q"], "s": ["x", "k"], "u": ["x", "e"], "v": ["q", "b"], "y": ["j", "x"], "z": ["x", "e"]}}, "task_name": "task11", "example_name": "0188", "problem_name": "task11_0188"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: sxftlmeobvqdcbpfvjmsiamxqxdk\nrules:\nq -> rv\nb -> vh\ns -> xy\na -> gr\nj -> ry\ne -> xg\nd -> nh\no -> tp\nl -> tp\nc -> wg\nf -> nw\ni -> zn\nm -> uk", "label": {"final": "xyxnwttpukxgtpvhvrvnhwgvhpnwvryukxyzngrukxrvxnhk", "init": "sxftlmeobvqdcbpfvjmsiamxqxdk", "intermediate": ["xyxftlmeobvqdcbpfvjmsiamxqxdk", "xyxnwtlmeobvqdcbpfvjmsiamxqxdk", "xyxnwttpmeobvqdcbpfvjmsiamxqxdk", "xyxnwttpukeobvqdcbpfvjmsiamxqxdk", "xyxnwttpukxgobvqdcbpfvjmsiamxqxdk", "xyxnwttpukxgtpbvqdcbpfvjmsiamxqxdk", "xyxnwttpukxgtpvhvqdcbpfvjmsiamxqxdk", "xyxnwttpukxgtpvhvrvdcbpfvjmsiamxqxdk", "xyxnwttpukxgtpvhvrvnhcbpfvjmsiamxqxdk", "xyxnwttpukxgtpvhvrvnhwgbpfvjmsiamxqxdk", "xyxnwttpukxgtpvhvrvnhwgvhpfvjmsiamxqxdk", "xyxnwttpukxgtpvhvrvnhwgvhpnwvjmsiamxqxdk", "xyxnwttpukxgtpvhvrvnhwgvhpnwvrymsiamxqxdk", "xyxnwttpukxgtpvhvrvnhwgvhpnwvryuksiamxqxdk", "xyxnwttpukxgtpvhvrvnhwgvhpnwvryukxyiamxqxdk", "xyxnwttpukxgtpvhvrvnhwgvhpnwvryukxyznamxqxdk", "xyxnwttpukxgtpvhvrvnhwgvhpnwvryukxyzngrmxqxdk", "xyxnwttpukxgtpvhvrvnhwgvhpnwvryukxyzngrukxqxdk", "xyxnwttpukxgtpvhvrvnhwgvhpnwvryukxyzngrukxrvxdk"]}, "config": {"characters": "sxftlmeobvqdcbpfvjmsiamxqxdk", "length": 28, "num_rules": 13, "rules": {"a": ["g", "r"], "b": ["v", "h"], "c": ["w", "g"], "d": ["n", "h"], "e": ["x", "g"], "f": ["n", "w"], "i": ["z", "n"], "j": ["r", "y"], "l": ["t", "p"], "m": ["u", "k"], "o": ["t", "p"], "q": ["r", "v"], "s": ["x", "y"]}}, "task_name": "task11", "example_name": "0189", "problem_name": "task11_0189"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: idtrpmoojdpfuvagfsfvcjddwt\nrules:\nm -> vk\nf -> vh\nj -> zk\ng -> ey\ni -> ye\nw -> zx\nt -> he\nr -> kx\nu -> xs\na -> qq\nd -> zv\nc -> ep\no -> qx", "label": {"final": "yezvhekxpvkqxqxzkzvpvhxsvqqeyvhsvhvepzkzvzvzxhe", "init": "idtrpmoojdpfuvagfsfvcjddwt", "intermediate": ["yedtrpmoojdpfuvagfsfvcjddwt", "yezvtrpmoojdpfuvagfsfvcjddwt", "yezvherpmoojdpfuvagfsfvcjddwt", "yezvhekxpmoojdpfuvagfsfvcjddwt", "yezvhekxpvkoojdpfuvagfsfvcjddwt", "yezvhekxpvkqxojdpfuvagfsfvcjddwt", "yezvhekxpvkqxqxjdpfuvagfsfvcjddwt", "yezvhekxpvkqxqxzkdpfuvagfsfvcjddwt", "yezvhekxpvkqxqxzkzvpfuvagfsfvcjddwt", "yezvhekxpvkqxqxzkzvpvhuvagfsfvcjddwt", "yezvhekxpvkqxqxzkzvpvhxsvagfsfvcjddwt", "yezvhekxpvkqxqxzkzvpvhxsvqqgfsfvcjddwt", "yezvhekxpvkqxqxzkzvpvhxsvqqeyfsfvcjddwt", "yezvhekxpvkqxqxzkzvpvhxsvqqeyvhsfvcjddwt", "yezvhekxpvkqxqxzkzvpvhxsvqqeyvhsvhvcjddwt", "yezvhekxpvkqxqxzkzvpvhxsvqqeyvhsvhvepjddwt", "yezvhekxpvkqxqxzkzvpvhxsvqqeyvhsvhvepzkddwt", "yezvhekxpvkqxqxzkzvpvhxsvqqeyvhsvhvepzkzvdwt", "yezvhekxpvkqxqxzkzvpvhxsvqqeyvhsvhvepzkzvzvwt", "yezvhekxpvkqxqxzkzvpvhxsvqqeyvhsvhvepzkzvzvzxt"]}, "config": {"characters": "idtrpmoojdpfuvagfsfvcjddwt", "length": 26, "num_rules": 13, "rules": {"a": ["q", "q"], "c": ["e", "p"], "d": ["z", "v"], "f": ["v", "h"], "g": ["e", "y"], "i": ["y", "e"], "j": ["z", "k"], "m": ["v", "k"], "o": ["q", "x"], "r": ["k", "x"], "t": ["h", "e"], "u": ["x", "s"], "w": ["z", "x"]}}, "task_name": "task11", "example_name": "0190", "problem_name": "task11_0190"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: rypphlmjwlzmskvphjrsvnqpzvqcucfy\nrules:\nf -> pn\nq -> em\nw -> xg\nr -> sj\nz -> ti\nl -> ix\ny -> bb\nk -> xs\nh -> it\nv -> ib\nu -> xp\nc -> em", "label": {"final": "sjbbppitixmjxgixtimsxsibpitjsjsibnemptiibememxpempnbb", "init": "rypphlmjwlzmskvphjrsvnqpzvqcucfy", "intermediate": ["sjypphlmjwlzmskvphjrsvnqpzvqcucfy", "sjbbpphlmjwlzmskvphjrsvnqpzvqcucfy", "sjbbppitlmjwlzmskvphjrsvnqpzvqcucfy", "sjbbppitixmjwlzmskvphjrsvnqpzvqcucfy", "sjbbppitixmjxglzmskvphjrsvnqpzvqcucfy", "sjbbppitixmjxgixzmskvphjrsvnqpzvqcucfy", "sjbbppitixmjxgixtimskvphjrsvnqpzvqcucfy", "sjbbppitixmjxgixtimsxsvphjrsvnqpzvqcucfy", "sjbbppitixmjxgixtimsxsibphjrsvnqpzvqcucfy", "sjbbppitixmjxgixtimsxsibpitjrsvnqpzvqcucfy", "sjbbppitixmjxgixtimsxsibpitjsjsvnqpzvqcucfy", "sjbbppitixmjxgixtimsxsibpitjsjsibnqpzvqcucfy", "sjbbppitixmjxgixtimsxsibpitjsjsibnempzvqcucfy", "sjbbppitixmjxgixtimsxsibpitjsjsibnemptivqcucfy", "sjbbppitixmjxgixtimsxsibpitjsjsibnemptiibqcucfy", "sjbbppitixmjxgixtimsxsibpitjsjsibnemptiibemcucfy", "sjbbppitixmjxgixtimsxsibpitjsjsibnemptiibememucfy", "sjbbppitixmjxgixtimsxsibpitjsjsibnemptiibememxpcfy", "sjbbppitixmjxgixtimsxsibpitjsjsibnemptiibememxpemfy", "sjbbppitixmjxgixtimsxsibpitjsjsibnemptiibememxpempny"]}, "config": {"characters": "rypphlmjwlzmskvphjrsvnqpzvqcucfy", "length": 32, "num_rules": 12, "rules": {"c": ["e", "m"], "f": ["p", "n"], "h": ["i", "t"], "k": ["x", "s"], "l": ["i", "x"], "q": ["e", "m"], "r": ["s", "j"], "u": ["x", "p"], "v": ["i", "b"], "w": ["x", "g"], "y": ["b", "b"], "z": ["t", "i"]}}, "task_name": "task11", "example_name": "0191", "problem_name": "task11_0191"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ddmagatubfufneobhztntacdiybdtfavm\nrules:\nc -> nx\nt -> rv\nh -> aa\ny -> vp\ni -> lx\nd -> nx\no -> nk\nb -> xv\nm -> sn\ne -> jk\nu -> px", "label": {"final": "nxnxsnagarvpxxvfpxfnjknkxvaazrvnrvanxnxlxvpxvnxrvfavsn", "init": "ddmagatubfufneobhztntacdiybdtfavm", "intermediate": ["nxdmagatubfufneobhztntacdiybdtfavm", "nxnxmagatubfufneobhztntacdiybdtfavm", "nxnxsnagatubfufneobhztntacdiybdtfavm", "nxnxsnagarvubfufneobhztntacdiybdtfavm", "nxnxsnagarvpxbfufneobhztntacdiybdtfavm", "nxnxsnagarvpxxvfufneobhztntacdiybdtfavm", "nxnxsnagarvpxxvfpxfneobhztntacdiybdtfavm", "nxnxsnagarvpxxvfpxfnjkobhztntacdiybdtfavm", "nxnxsnagarvpxxvfpxfnjknkbhztntacdiybdtfavm", "nxnxsnagarvpxxvfpxfnjknkxvhztntacdiybdtfavm", "nxnxsnagarvpxxvfpxfnjknkxvaaztntacdiybdtfavm", "nxnxsnagarvpxxvfpxfnjknkxvaazrvntacdiybdtfavm", "nxnxsnagarvpxxvfpxfnjknkxvaazrvnrvacdiybdtfavm", "nxnxsnagarvpxxvfpxfnjknkxvaazrvnrvanxdiybdtfavm", "nxnxsnagarvpxxvfpxfnjknkxvaazrvnrvanxnxiybdtfavm", "nxnxsnagarvpxxvfpxfnjknkxvaazrvnrvanxnxlxybdtfavm", "nxnxsnagarvpxxvfpxfnjknkxvaazrvnrvanxnxlxvpbdtfavm", "nxnxsnagarvpxxvfpxfnjknkxvaazrvnrvanxnxlxvpxvdtfavm", "nxnxsnagarvpxxvfpxfnjknkxvaazrvnrvanxnxlxvpxvnxtfavm", "nxnxsnagarvpxxvfpxfnjknkxvaazrvnrvanxnxlxvpxvnxrvfavm"]}, "config": {"characters": "ddmagatubfufneobhztntacdiybdtfavm", "length": 33, "num_rules": 11, "rules": {"b": ["x", "v"], "c": ["n", "x"], "d": ["n", "x"], "e": ["j", "k"], "h": ["a", "a"], "i": ["l", "x"], "m": ["s", "n"], "o": ["n", "k"], "t": ["r", "v"], "u": ["p", "x"], "y": ["v", "p"]}}, "task_name": "task11", "example_name": "0192", "problem_name": "task11_0192"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: vmnljpbehyaixpizxqhgmsrbbhybhvhubvl\nrules:\ns -> de\nj -> bl\nm -> kh\nu -> oo\nz -> dd\ng -> th\nx -> wh\ny -> be\nq -> ch\nv -> cd\na -> lr\nn -> wt\np -> oc\ni -> el", "label": {"final": "cdkhwtlblocbehbelrelwhocelddwhchhthkhderbbhbebhcdhoobcdl", "init": "vmnljpbehyaixpizxqhgmsrbbhybhvhubvl", "intermediate": ["cdmnljpbehyaixpizxqhgmsrbbhybhvhubvl", "cdkhnljpbehyaixpizxqhgmsrbbhybhvhubvl", "cdkhwtljpbehyaixpizxqhgmsrbbhybhvhubvl", "cdkhwtlblpbehyaixpizxqhgmsrbbhybhvhubvl", "cdkhwtlblocbehyaixpizxqhgmsrbbhybhvhubvl", "cdkhwtlblocbehbeaixpizxqhgmsrbbhybhvhubvl", "cdkhwtlblocbehbelrixpizxqhgmsrbbhybhvhubvl", "cdkhwtlblocbehbelrelxpizxqhgmsrbbhybhvhubvl", "cdkhwtlblocbehbelrelwhpizxqhgmsrbbhybhvhubvl", "cdkhwtlblocbehbelrelwhocizxqhgmsrbbhybhvhubvl", "cdkhwtlblocbehbelrelwhocelzxqhgmsrbbhybhvhubvl", "cdkhwtlblocbehbelrelwhocelddxqhgmsrbbhybhvhubvl", "cdkhwtlblocbehbelrelwhocelddwhqhgmsrbbhybhvhubvl", "cdkhwtlblocbehbelrelwhocelddwhchhgmsrbbhybhvhubvl", "cdkhwtlblocbehbelrelwhocelddwhchhthmsrbbhybhvhubvl", "cdkhwtlblocbehbelrelwhocelddwhchhthkhsrbbhybhvhubvl", "cdkhwtlblocbehbelrelwhocelddwhchhthkhderbbhybhvhubvl", "cdkhwtlblocbehbelrelwhocelddwhchhthkhderbbhbebhvhubvl", "cdkhwtlblocbehbelrelwhocelddwhchhthkhderbbhbebhcdhubvl", "cdkhwtlblocbehbelrelwhocelddwhchhthkhderbbhbebhcdhoobvl"]}, "config": {"characters": "vmnljpbehyaixpizxqhgmsrbbhybhvhubvl", "length": 35, "num_rules": 14, "rules": {"a": ["l", "r"], "g": ["t", "h"], "i": ["e", "l"], "j": ["b", "l"], "m": ["k", "h"], "n": ["w", "t"], "p": ["o", "c"], "q": ["c", "h"], "s": ["d", "e"], "u": ["o", "o"], "v": ["c", "d"], "x": ["w", "h"], "y": ["b", "e"], "z": ["d", "d"]}}, "task_name": "task11", "example_name": "0193", "problem_name": "task11_0193"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: fbmhsgjvovbloeohlmfxvdaceyn\nrules:\ne -> pu\na -> jk\nh -> ui\nd -> zq\no -> sr\nb -> kw\nc -> jj\nl -> rn\nf -> wp\nx -> qi\ny -> pz\nv -> ti", "label": {"final": "wpkwmuisgjtisrtikwrnsrpusruirnmwpqitizqjkjjpupzn", "init": "fbmhsgjvovbloeohlmfxvdaceyn", "intermediate": ["wpbmhsgjvovbloeohlmfxvdaceyn", "wpkwmhsgjvovbloeohlmfxvdaceyn", "wpkwmuisgjvovbloeohlmfxvdaceyn", "wpkwmuisgjtiovbloeohlmfxvdaceyn", "wpkwmuisgjtisrvbloeohlmfxvdaceyn", "wpkwmuisgjtisrtibloeohlmfxvdaceyn", "wpkwmuisgjtisrtikwloeohlmfxvdaceyn", "wpkwmuisgjtisrtikwrnoeohlmfxvdaceyn", "wpkwmuisgjtisrtikwrnsreohlmfxvdaceyn", "wpkwmuisgjtisrtikwrnsrpuohlmfxvdaceyn", "wpkwmuisgjtisrtikwrnsrpusrhlmfxvdaceyn", "wpkwmuisgjtisrtikwrnsrpusruilmfxvdaceyn", "wpkwmuisgjtisrtikwrnsrpusruirnmfxvdaceyn", "wpkwmuisgjtisrtikwrnsrpusruirnmwpxvdaceyn", "wpkwmuisgjtisrtikwrnsrpusruirnmwpqivdaceyn", "wpkwmuisgjtisrtikwrnsrpusruirnmwpqitidaceyn", "wpkwmuisgjtisrtikwrnsrpusruirnmwpqitizqaceyn", "wpkwmuisgjtisrtikwrnsrpusruirnmwpqitizqjkceyn", "wpkwmuisgjtisrtikwrnsrpusruirnmwpqitizqjkjjeyn", "wpkwmuisgjtisrtikwrnsrpusruirnmwpqitizqjkjjpuyn"]}, "config": {"characters": "fbmhsgjvovbloeohlmfxvdaceyn", "length": 27, "num_rules": 12, "rules": {"a": ["j", "k"], "b": ["k", "w"], "c": ["j", "j"], "d": ["z", "q"], "e": ["p", "u"], "f": ["w", "p"], "h": ["u", "i"], "l": ["r", "n"], "o": ["s", "r"], "v": ["t", "i"], "x": ["q", "i"], "y": ["p", "z"]}}, "task_name": "task11", "example_name": "0194", "problem_name": "task11_0194"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: dknrcndyxdbqfdqdzqokjyahpckznschy\nrules:\nq -> zp\nr -> if\nd -> ev\nx -> pe\ns -> ol\nk -> yo\nj -> zo\nh -> bt\nn -> ti\na -> pz", "label": {"final": "evyotiifctievypeevbzpfevzpevzzpoyozoypzbtpcyoztiolcbty", "init": "dknrcndyxdbqfdqdzqokjyahpckznschy", "intermediate": ["evknrcndyxdbqfdqdzqokjyahpckznschy", "evyonrcndyxdbqfdqdzqokjyahpckznschy", "evyotircndyxdbqfdqdzqokjyahpckznschy", "evyotiifcndyxdbqfdqdzqokjyahpckznschy", "evyotiifctidyxdbqfdqdzqokjyahpckznschy", "evyotiifctievyxdbqfdqdzqokjyahpckznschy", "evyotiifctievypedbqfdqdzqokjyahpckznschy", "evyotiifctievypeevbqfdqdzqokjyahpckznschy", "evyotiifctievypeevbzpfdqdzqokjyahpckznschy", "evyotiifctievypeevbzpfevqdzqokjyahpckznschy", "evyotiifctievypeevbzpfevzpdzqokjyahpckznschy", "evyotiifctievypeevbzpfevzpevzqokjyahpckznschy", "evyotiifctievypeevbzpfevzpevzzpokjyahpckznschy", "evyotiifctievypeevbzpfevzpevzzpoyojyahpckznschy", "evyotiifctievypeevbzpfevzpevzzpoyozoyahpckznschy", "evyotiifctievypeevbzpfevzpevzzpoyozoypzhpckznschy", "evyotiifctievypeevbzpfevzpevzzpoyozoypzbtpckznschy", "evyotiifctievypeevbzpfevzpevzzpoyozoypzbtpcyoznschy", "evyotiifctievypeevbzpfevzpevzzpoyozoypzbtpcyoztischy", "evyotiifctievypeevbzpfevzpevzzpoyozoypzbtpcyoztiolchy"]}, "config": {"characters": "dknrcndyxdbqfdqdzqokjyahpckznschy", "length": 33, "num_rules": 10, "rules": {"a": ["p", "z"], "d": ["e", "v"], "h": ["b", "t"], "j": ["z", "o"], "k": ["y", "o"], "n": ["t", "i"], "q": ["z", "p"], "r": ["i", "f"], "s": ["o", "l"], "x": ["p", "e"]}}, "task_name": "task11", "example_name": "0195", "problem_name": "task11_0195"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: mlcczkbiyfrwexxrvitkrkhnyhb\nrules:\ne -> sp\nk -> jz\nx -> jo\nv -> ww\nt -> wj\ny -> sg\nb -> gf\nr -> jp\nc -> da\ni -> au\nn -> pm\nl -> wq", "label": {"final": "mwqdadazjzgfausgfjpwspjojojpwwauwjjzjpjzhpmsghgf", "init": "mlcczkbiyfrwexxrvitkrkhnyhb", "intermediate": ["mwqcczkbiyfrwexxrvitkrkhnyhb", "mwqdaczkbiyfrwexxrvitkrkhnyhb", "mwqdadazkbiyfrwexxrvitkrkhnyhb", "mwqdadazjzbiyfrwexxrvitkrkhnyhb", "mwqdadazjzgfiyfrwexxrvitkrkhnyhb", "mwqdadazjzgfauyfrwexxrvitkrkhnyhb", "mwqdadazjzgfausgfrwexxrvitkrkhnyhb", "mwqdadazjzgfausgfjpwexxrvitkrkhnyhb", "mwqdadazjzgfausgfjpwspxxrvitkrkhnyhb", "mwqdadazjzgfausgfjpwspjoxrvitkrkhnyhb", "mwqdadazjzgfausgfjpwspjojorvitkrkhnyhb", "mwqdadazjzgfausgfjpwspjojojpvitkrkhnyhb", "mwqdadazjzgfausgfjpwspjojojpwwitkrkhnyhb", "mwqdadazjzgfausgfjpwspjojojpwwautkrkhnyhb", "mwqdadazjzgfausgfjpwspjojojpwwauwjkrkhnyhb", "mwqdadazjzgfausgfjpwspjojojpwwauwjjzrkhnyhb", "mwqdadazjzgfausgfjpwspjojojpwwauwjjzjpkhnyhb", "mwqdadazjzgfausgfjpwspjojojpwwauwjjzjpjzhnyhb", "mwqdadazjzgfausgfjpwspjojojpwwauwjjzjpjzhpmyhb", "mwqdadazjzgfausgfjpwspjojojpwwauwjjzjpjzhpmsghb"]}, "config": {"characters": "mlcczkbiyfrwexxrvitkrkhnyhb", "length": 27, "num_rules": 12, "rules": {"b": ["g", "f"], "c": ["d", "a"], "e": ["s", "p"], "i": ["a", "u"], "k": ["j", "z"], "l": ["w", "q"], "n": ["p", "m"], "r": ["j", "p"], "t": ["w", "j"], "v": ["w", "w"], "x": ["j", "o"], "y": ["s", "g"]}}, "task_name": "task11", "example_name": "0196", "problem_name": "task11_0196"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ivrxggndqtgwptkrjejlatpsfkkepdkmnkq\nrules:\nj -> fb\nq -> cf\nd -> zy\ng -> eb\nw -> yf\nl -> to\nm -> fy\ns -> uk\nr -> bc\np -> kh\na -> bi\nv -> zb\nx -> fb", "label": {"final": "izbbcfbebebnzycftebyfkhtkbcfbefbtobitkhukfkkekhzykfynkcf", "init": "ivrxggndqtgwptkrjejlatpsfkkepdkmnkq", "intermediate": ["izbrxggndqtgwptkrjejlatpsfkkepdkmnkq", "izbbcxggndqtgwptkrjejlatpsfkkepdkmnkq", "izbbcfbggndqtgwptkrjejlatpsfkkepdkmnkq", "izbbcfbebgndqtgwptkrjejlatpsfkkepdkmnkq", "izbbcfbebebndqtgwptkrjejlatpsfkkepdkmnkq", "izbbcfbebebnzyqtgwptkrjejlatpsfkkepdkmnkq", "izbbcfbebebnzycftgwptkrjejlatpsfkkepdkmnkq", "izbbcfbebebnzycftebwptkrjejlatpsfkkepdkmnkq", "izbbcfbebebnzycftebyfptkrjejlatpsfkkepdkmnkq", "izbbcfbebebnzycftebyfkhtkrjejlatpsfkkepdkmnkq", "izbbcfbebebnzycftebyfkhtkbcjejlatpsfkkepdkmnkq", "izbbcfbebebnzycftebyfkhtkbcfbejlatpsfkkepdkmnkq", "izbbcfbebebnzycftebyfkhtkbcfbefblatpsfkkepdkmnkq", "izbbcfbebebnzycftebyfkhtkbcfbefbtoatpsfkkepdkmnkq", "izbbcfbebebnzycftebyfkhtkbcfbefbtobitpsfkkepdkmnkq", "izbbcfbebebnzycftebyfkhtkbcfbefbtobitkhsfkkepdkmnkq", "izbbcfbebebnzycftebyfkhtkbcfbefbtobitkhukfkkepdkmnkq", "izbbcfbebebnzycftebyfkhtkbcfbefbtobitkhukfkkekhdkmnkq", "izbbcfbebebnzycftebyfkhtkbcfbefbtobitkhukfkkekhzykmnkq", "izbbcfbebebnzycftebyfkhtkbcfbefbtobitkhukfkkekhzykfynkq"]}, "config": {"characters": "ivrxggndqtgwptkrjejlatpsfkkepdkmnkq", "length": 35, "num_rules": 13, "rules": {"a": ["b", "i"], "d": ["z", "y"], "g": ["e", "b"], "j": ["f", "b"], "l": ["t", "o"], "m": ["f", "y"], "p": ["k", "h"], "q": ["c", "f"], "r": ["b", "c"], "s": ["u", "k"], "v": ["z", "b"], "w": ["y", "f"], "x": ["f", "b"]}}, "task_name": "task11", "example_name": "0197", "problem_name": "task11_0197"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: rfmrnmgjjbsvoprrpwezeltnxtoijewmi\nrules:\nz -> uq\nl -> au\nf -> jj\nv -> bd\nx -> bc\nt -> yk\nr -> kj\nm -> ou\nn -> ue\ng -> jj\np -> ak\ni -> ds", "label": {"final": "kjjjoukjueoujjjjbsbdoakkjkjakweuqeauykuebcykodsjewouds", "init": "rfmrnmgjjbsvoprrpwezeltnxtoijewmi", "intermediate": ["kjfmrnmgjjbsvoprrpwezeltnxtoijewmi", "kjjjmrnmgjjbsvoprrpwezeltnxtoijewmi", "kjjjournmgjjbsvoprrpwezeltnxtoijewmi", "kjjjoukjnmgjjbsvoprrpwezeltnxtoijewmi", "kjjjoukjuemgjjbsvoprrpwezeltnxtoijewmi", "kjjjoukjueougjjbsvoprrpwezeltnxtoijewmi", "kjjjoukjueoujjjjbsvoprrpwezeltnxtoijewmi", "kjjjoukjueoujjjjbsbdoprrpwezeltnxtoijewmi", "kjjjoukjueoujjjjbsbdoakrrpwezeltnxtoijewmi", "kjjjoukjueoujjjjbsbdoakkjrpwezeltnxtoijewmi", "kjjjoukjueoujjjjbsbdoakkjkjpwezeltnxtoijewmi", "kjjjoukjueoujjjjbsbdoakkjkjakwezeltnxtoijewmi", "kjjjoukjueoujjjjbsbdoakkjkjakweuqeltnxtoijewmi", "kjjjoukjueoujjjjbsbdoakkjkjakweuqeautnxtoijewmi", "kjjjoukjueoujjjjbsbdoakkjkjakweuqeauyknxtoijewmi", "kjjjoukjueoujjjjbsbdoakkjkjakweuqeauykuextoijewmi", "kjjjoukjueoujjjjbsbdoakkjkjakweuqeauykuebctoijewmi", "kjjjoukjueoujjjjbsbdoakkjkjakweuqeauykuebcykoijewmi", "kjjjoukjueoujjjjbsbdoakkjkjakweuqeauykuebcykodsjewmi", "kjjjoukjueoujjjjbsbdoakkjkjakweuqeauykuebcykodsjewoui"]}, "config": {"characters": "rfmrnmgjjbsvoprrpwezeltnxtoijewmi", "length": 33, "num_rules": 12, "rules": {"f": ["j", "j"], "g": ["j", "j"], "i": ["d", "s"], "l": ["a", "u"], "m": ["o", "u"], "n": ["u", "e"], "p": ["a", "k"], "r": ["k", "j"], "t": ["y", "k"], "v": ["b", "d"], "x": ["b", "c"], "z": ["u", "q"]}}, "task_name": "task11", "example_name": "0198", "problem_name": "task11_0198"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: uwtnryfbyiqhonreouukijmschzhphluyuc\nrules:\ne -> df\nc -> dz\nh -> vi\nm -> dr\ns -> uv\nj -> pv\nq -> va\nk -> pz\nl -> pg\ny -> pa\nt -> dp\no -> pz\nw -> fa\nb -> xz", "label": {"final": "ufadpnrpafxzpaivavipznrdfpzuupzipvdruvdzvizvipvipgupaudz", "init": "uwtnryfbyiqhonreouukijmschzhphluyuc", "intermediate": ["ufatnryfbyiqhonreouukijmschzhphluyuc", "ufadpnryfbyiqhonreouukijmschzhphluyuc", "ufadpnrpafbyiqhonreouukijmschzhphluyuc", "ufadpnrpafxzyiqhonreouukijmschzhphluyuc", "ufadpnrpafxzpaiqhonreouukijmschzhphluyuc", "ufadpnrpafxzpaivahonreouukijmschzhphluyuc", "ufadpnrpafxzpaivavionreouukijmschzhphluyuc", "ufadpnrpafxzpaivavipznreouukijmschzhphluyuc", "ufadpnrpafxzpaivavipznrdfouukijmschzhphluyuc", "ufadpnrpafxzpaivavipznrdfpzuukijmschzhphluyuc", "ufadpnrpafxzpaivavipznrdfpzuupzijmschzhphluyuc", "ufadpnrpafxzpaivavipznrdfpzuupzipvmschzhphluyuc", "ufadpnrpafxzpaivavipznrdfpzuupzipvdrschzhphluyuc", "ufadpnrpafxzpaivavipznrdfpzuupzipvdruvchzhphluyuc", "ufadpnrpafxzpaivavipznrdfpzuupzipvdruvdzhzhphluyuc", "ufadpnrpafxzpaivavipznrdfpzuupzipvdruvdzvizhphluyuc", "ufadpnrpafxzpaivavipznrdfpzuupzipvdruvdzvizviphluyuc", "ufadpnrpafxzpaivavipznrdfpzuupzipvdruvdzvizvipviluyuc", "ufadpnrpafxzpaivavipznrdfpzuupzipvdruvdzvizvipvipguyuc", "ufadpnrpafxzpaivavipznrdfpzuupzipvdruvdzvizvipvipgupauc"]}, "config": {"characters": "uwtnryfbyiqhonreouukijmschzhphluyuc", "length": 35, "num_rules": 14, "rules": {"b": ["x", "z"], "c": ["d", "z"], "e": ["d", "f"], "h": ["v", "i"], "j": ["p", "v"], "k": ["p", "z"], "l": ["p", "g"], "m": ["d", "r"], "o": ["p", "z"], "q": ["v", "a"], "s": ["u", "v"], "t": ["d", "p"], "w": ["f", "a"], "y": ["p", "a"]}}, "task_name": "task11", "example_name": "0199", "problem_name": "task11_0199"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: hxmpvdjlpbzeghdrbefwiefwuvpxjikgekus\nrules:\nj -> sq\nz -> tx\ng -> ax\nf -> qt\nv -> ti\nm -> an\nh -> qx\nb -> pc\nk -> ea\nr -> te\nu -> ax\nd -> qq\nl -> sa", "label": {"final": "qxxanptiqqsqsappctxeaxqxqqtepceqtwieqtwaxtipxsqieaaxeeaaxs", "init": "hxmpvdjlpbzeghdrbefwiefwuvpxjikgekus", "intermediate": ["qxxmpvdjlpbzeghdrbefwiefwuvpxjikgekus", "qxxanpvdjlpbzeghdrbefwiefwuvpxjikgekus", "qxxanptidjlpbzeghdrbefwiefwuvpxjikgekus", "qxxanptiqqjlpbzeghdrbefwiefwuvpxjikgekus", "qxxanptiqqsqlpbzeghdrbefwiefwuvpxjikgekus", "qxxanptiqqsqsapbzeghdrbefwiefwuvpxjikgekus", "qxxanptiqqsqsappczeghdrbefwiefwuvpxjikgekus", "qxxanptiqqsqsappctxeghdrbefwiefwuvpxjikgekus", "qxxanptiqqsqsappctxeaxhdrbefwiefwuvpxjikgekus", "qxxanptiqqsqsappctxeaxqxdrbefwiefwuvpxjikgekus", "qxxanptiqqsqsappctxeaxqxqqrbefwiefwuvpxjikgekus", "qxxanptiqqsqsappctxeaxqxqqtebefwiefwuvpxjikgekus", "qxxanptiqqsqsappctxeaxqxqqtepcefwiefwuvpxjikgekus", "qxxanptiqqsqsappctxeaxqxqqtepceqtwiefwuvpxjikgekus", "qxxanptiqqsqsappctxeaxqxqqtepceqtwieqtwuvpxjikgekus", "qxxanptiqqsqsappctxeaxqxqqtepceqtwieqtwaxvpxjikgekus", "qxxanptiqqsqsappctxeaxqxqqtepceqtwieqtwaxtipxjikgekus", "qxxanptiqqsqsappctxeaxqxqqtepceqtwieqtwaxtipxsqikgekus", "qxxanptiqqsqsappctxeaxqxqqtepceqtwieqtwaxtipxsqieagekus", "qxxanptiqqsqsappctxeaxqxqqtepceqtwieqtwaxtipxsqieaaxekus", "qxxanptiqqsqsappctxeaxqxqqtepceqtwieqtwaxtipxsqieaaxeeaus"]}, "config": {"characters": "hxmpvdjlpbzeghdrbefwiefwuvpxjikgekus", "length": 36, "num_rules": 13, "rules": {"b": ["p", "c"], "d": ["q", "q"], "f": ["q", "t"], "g": ["a", "x"], "h": ["q", "x"], "j": ["s", "q"], "k": ["e", "a"], "l": ["s", "a"], "m": ["a", "n"], "r": ["t", "e"], "u": ["a", "x"], "v": ["t", "i"], "z": ["t", "x"]}}, "task_name": "task11", "example_name": "0200", "problem_name": "task11_0200"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: umfgcrmtgybhntdxqrqezjllzhvhvmv\nrules:\ny -> jj\nc -> vj\nx -> at\nl -> kk\nb -> aw\nd -> nn\nm -> pz\nf -> wo\nh -> kp\nq -> tz\nu -> ik\ng -> tp\nr -> kt\ne -> st", "label": {"final": "ikpzwotpvjktpzttpjjawkpntnnattzkttzstzjkkkkzkpvkpvpzv", "init": "umfgcrmtgybhntdxqrqezjllzhvhvmv", "intermediate": ["ikmfgcrmtgybhntdxqrqezjllzhvhvmv", "ikpzfgcrmtgybhntdxqrqezjllzhvhvmv", "ikpzwogcrmtgybhntdxqrqezjllzhvhvmv", "ikpzwotpcrmtgybhntdxqrqezjllzhvhvmv", "ikpzwotpvjrmtgybhntdxqrqezjllzhvhvmv", "ikpzwotpvjktmtgybhntdxqrqezjllzhvhvmv", "ikpzwotpvjktpztgybhntdxqrqezjllzhvhvmv", "ikpzwotpvjktpzttpybhntdxqrqezjllzhvhvmv", "ikpzwotpvjktpzttpjjbhntdxqrqezjllzhvhvmv", "ikpzwotpvjktpzttpjjawhntdxqrqezjllzhvhvmv", "ikpzwotpvjktpzttpjjawkpntdxqrqezjllzhvhvmv", "ikpzwotpvjktpzttpjjawkpntnnxqrqezjllzhvhvmv", "ikpzwotpvjktpzttpjjawkpntnnatqrqezjllzhvhvmv", "ikpzwotpvjktpzttpjjawkpntnnattzrqezjllzhvhvmv", "ikpzwotpvjktpzttpjjawkpntnnattzktqezjllzhvhvmv", "ikpzwotpvjktpzttpjjawkpntnnattzkttzezjllzhvhvmv", "ikpzwotpvjktpzttpjjawkpntnnattzkttzstzjllzhvhvmv", "ikpzwotpvjktpzttpjjawkpntnnattzkttzstzjkklzhvhvmv", "ikpzwotpvjktpzttpjjawkpntnnattzkttzstzjkkkkzhvhvmv", "ikpzwotpvjktpzttpjjawkpntnnattzkttzstzjkkkkzkpvhvmv", "ikpzwotpvjktpzttpjjawkpntnnattzkttzstzjkkkkzkpvkpvmv"]}, "config": {"characters": "umfgcrmtgybhntdxqrqezjllzhvhvmv", "length": 31, "num_rules": 14, "rules": {"b": ["a", "w"], "c": ["v", "j"], "d": ["n", "n"], "e": ["s", "t"], "f": ["w", "o"], "g": ["t", "p"], "h": ["k", "p"], "l": ["k", "k"], "m": ["p", "z"], "q": ["t", "z"], "r": ["k", "t"], "u": ["i", "k"], "x": ["a", "t"], "y": ["j", "j"]}}, "task_name": "task11", "example_name": "0201", "problem_name": "task11_0201"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: waqwumzlengujjwxjqsodnojbnyonsdddgejn\nrules:\nq -> ho\ng -> mb\nw -> af\nx -> pr\nz -> an\ny -> rt\nl -> ur\nj -> br\ns -> ob\nd -> kb", "label": {"final": "afahoafumanurenmbubrbrafprbrhoobokbnobrbnrtonobkbkbkbmbebrn", "init": "waqwumzlengujjwxjqsodnojbnyonsdddgejn", "intermediate": ["afaqwumzlengujjwxjqsodnojbnyonsdddgejn", "afahowumzlengujjwxjqsodnojbnyonsdddgejn", "afahoafumzlengujjwxjqsodnojbnyonsdddgejn", "afahoafumanlengujjwxjqsodnojbnyonsdddgejn", "afahoafumanurengujjwxjqsodnojbnyonsdddgejn", "afahoafumanurenmbujjwxjqsodnojbnyonsdddgejn", "afahoafumanurenmbubrjwxjqsodnojbnyonsdddgejn", "afahoafumanurenmbubrbrwxjqsodnojbnyonsdddgejn", "afahoafumanurenmbubrbrafxjqsodnojbnyonsdddgejn", "afahoafumanurenmbubrbrafprjqsodnojbnyonsdddgejn", "afahoafumanurenmbubrbrafprbrqsodnojbnyonsdddgejn", "afahoafumanurenmbubrbrafprbrhosodnojbnyonsdddgejn", "afahoafumanurenmbubrbrafprbrhoobodnojbnyonsdddgejn", "afahoafumanurenmbubrbrafprbrhoobokbnojbnyonsdddgejn", "afahoafumanurenmbubrbrafprbrhoobokbnobrbnyonsdddgejn", "afahoafumanurenmbubrbrafprbrhoobokbnobrbnrtonsdddgejn", "afahoafumanurenmbubrbrafprbrhoobokbnobrbnrtonobdddgejn", "afahoafumanurenmbubrbrafprbrhoobokbnobrbnrtonobkbddgejn", "afahoafumanurenmbubrbrafprbrhoobokbnobrbnrtonobkbkbdgejn", "afahoafumanurenmbubrbrafprbrhoobokbnobrbnrtonobkbkbkbgejn", "afahoafumanurenmbubrbrafprbrhoobokbnobrbnrtonobkbkbkbmbejn"]}, "config": {"characters": "waqwumzlengujjwxjqsodnojbnyonsdddgejn", "length": 37, "num_rules": 10, "rules": {"d": ["k", "b"], "g": ["m", "b"], "j": ["b", "r"], "l": ["u", "r"], "q": ["h", "o"], "s": ["o", "b"], "w": ["a", "f"], "x": ["p", "r"], "y": ["r", "t"], "z": ["a", "n"]}}, "task_name": "task11", "example_name": "0202", "problem_name": "task11_0202"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: oqlzfmpjafbbibuluvdyytutqpp\nrules:\nf -> hh\nj -> co\nl -> nq\ny -> ko\ni -> wt\nv -> gx\nz -> kk\na -> qr\nb -> gr\nd -> rn\nm -> xt\nu -> nr\np -> qh", "label": {"final": "oqnqkkhhxtqhcoqrhhgrgrwtgrnrnqnrgxrnkokotnrtqqhqh", "init": "oqlzfmpjafbbibuluvdyytutqpp", "intermediate": ["oqnqzfmpjafbbibuluvdyytutqpp", "oqnqkkfmpjafbbibuluvdyytutqpp", "oqnqkkhhmpjafbbibuluvdyytutqpp", "oqnqkkhhxtpjafbbibuluvdyytutqpp", "oqnqkkhhxtqhjafbbibuluvdyytutqpp", "oqnqkkhhxtqhcoafbbibuluvdyytutqpp", "oqnqkkhhxtqhcoqrfbbibuluvdyytutqpp", "oqnqkkhhxtqhcoqrhhbbibuluvdyytutqpp", "oqnqkkhhxtqhcoqrhhgrbibuluvdyytutqpp", "oqnqkkhhxtqhcoqrhhgrgribuluvdyytutqpp", "oqnqkkhhxtqhcoqrhhgrgrwtbuluvdyytutqpp", "oqnqkkhhxtqhcoqrhhgrgrwtgruluvdyytutqpp", "oqnqkkhhxtqhcoqrhhgrgrwtgrnrluvdyytutqpp", "oqnqkkhhxtqhcoqrhhgrgrwtgrnrnquvdyytutqpp", "oqnqkkhhxtqhcoqrhhgrgrwtgrnrnqnrvdyytutqpp", "oqnqkkhhxtqhcoqrhhgrgrwtgrnrnqnrgxdyytutqpp", "oqnqkkhhxtqhcoqrhhgrgrwtgrnrnqnrgxrnyytutqpp", "oqnqkkhhxtqhcoqrhhgrgrwtgrnrnqnrgxrnkoytutqpp", "oqnqkkhhxtqhcoqrhhgrgrwtgrnrnqnrgxrnkokotutqpp", "oqnqkkhhxtqhcoqrhhgrgrwtgrnrnqnrgxrnkokotnrtqpp", "oqnqkkhhxtqhcoqrhhgrgrwtgrnrnqnrgxrnkokotnrtqqhp"]}, "config": {"characters": "oqlzfmpjafbbibuluvdyytutqpp", "length": 27, "num_rules": 13, "rules": {"a": ["q", "r"], "b": ["g", "r"], "d": ["r", "n"], "f": ["h", "h"], "i": ["w", "t"], "j": ["c", "o"], "l": ["n", "q"], "m": ["x", "t"], "p": ["q", "h"], "u": ["n", "r"], "v": ["g", "x"], "y": ["k", "o"], "z": ["k", "k"]}}, "task_name": "task11", "example_name": "0203", "problem_name": "task11_0203"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ftjceeasnnpizcrcmnvbcuaaqorfi\nrules:\no -> ky\nz -> km\na -> ng\ns -> qd\nb -> xx\nt -> md\nc -> qy\nj -> lw\np -> hl\ne -> my\nv -> qk\nr -> dy\nf -> xk\nu -> ll", "label": {"final": "xkmdlwqymymyngqdnnhlikmqydyqymnqkxxqyllngngqkydyxki", "init": "ftjceeasnnpizcrcmnvbcuaaqorfi", "intermediate": ["xktjceeasnnpizcrcmnvbcuaaqorfi", "xkmdjceeasnnpizcrcmnvbcuaaqorfi", "xkmdlwceeasnnpizcrcmnvbcuaaqorfi", "xkmdlwqyeeasnnpizcrcmnvbcuaaqorfi", "xkmdlwqymyeasnnpizcrcmnvbcuaaqorfi", "xkmdlwqymymyasnnpizcrcmnvbcuaaqorfi", "xkmdlwqymymyngsnnpizcrcmnvbcuaaqorfi", "xkmdlwqymymyngqdnnpizcrcmnvbcuaaqorfi", "xkmdlwqymymyngqdnnhlizcrcmnvbcuaaqorfi", "xkmdlwqymymyngqdnnhlikmcrcmnvbcuaaqorfi", "xkmdlwqymymyngqdnnhlikmqyrcmnvbcuaaqorfi", "xkmdlwqymymyngqdnnhlikmqydycmnvbcuaaqorfi", "xkmdlwqymymyngqdnnhlikmqydyqymnvbcuaaqorfi", "xkmdlwqymymyngqdnnhlikmqydyqymnqkbcuaaqorfi", "xkmdlwqymymyngqdnnhlikmqydyqymnqkxxcuaaqorfi", "xkmdlwqymymyngqdnnhlikmqydyqymnqkxxqyuaaqorfi", "xkmdlwqymymyngqdnnhlikmqydyqymnqkxxqyllaaqorfi", "xkmdlwqymymyngqdnnhlikmqydyqymnqkxxqyllngaqorfi", "xkmdlwqymymyngqdnnhlikmqydyqymnqkxxqyllngngqorfi", "xkmdlwqymymyngqdnnhlikmqydyqymnqkxxqyllngngqkyrfi", "xkmdlwqymymyngqdnnhlikmqydyqymnqkxxqyllngngqkydyfi"]}, "config": {"characters": "ftjceeasnnpizcrcmnvbcuaaqorfi", "length": 29, "num_rules": 14, "rules": {"a": ["n", "g"], "b": ["x", "x"], "c": ["q", "y"], "e": ["m", "y"], "f": ["x", "k"], "j": ["l", "w"], "o": ["k", "y"], "p": ["h", "l"], "r": ["d", "y"], "s": ["q", "d"], "t": ["m", "d"], "u": ["l", "l"], "v": ["q", "k"], "z": ["k", "m"]}}, "task_name": "task11", "example_name": "0204", "problem_name": "task11_0204"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: aagqlsexotigwmatqflyacmlomqgkj\nrules:\ns -> up\nw -> th\na -> ub\ny -> ih\nf -> nz\no -> gh\ne -> kc\nq -> zn\nm -> cr\nj -> vb\nl -> pt\nx -> tu", "label": {"final": "ububgznptupkctughtigthcrubtznnzptihubccrptghcrzngkvb", "init": "aagqlsexotigwmatqflyacmlomqgkj", "intermediate": ["ubagqlsexotigwmatqflyacmlomqgkj", "ububgqlsexotigwmatqflyacmlomqgkj", "ububgznlsexotigwmatqflyacmlomqgkj", "ububgznptsexotigwmatqflyacmlomqgkj", "ububgznptupexotigwmatqflyacmlomqgkj", "ububgznptupkcxotigwmatqflyacmlomqgkj", "ububgznptupkctuotigwmatqflyacmlomqgkj", "ububgznptupkctughtigwmatqflyacmlomqgkj", "ububgznptupkctughtigthmatqflyacmlomqgkj", "ububgznptupkctughtigthcratqflyacmlomqgkj", "ububgznptupkctughtigthcrubtqflyacmlomqgkj", "ububgznptupkctughtigthcrubtznflyacmlomqgkj", "ububgznptupkctughtigthcrubtznnzlyacmlomqgkj", "ububgznptupkctughtigthcrubtznnzptyacmlomqgkj", "ububgznptupkctughtigthcrubtznnzptihacmlomqgkj", "ububgznptupkctughtigthcrubtznnzptihubcmlomqgkj", "ububgznptupkctughtigthcrubtznnzptihubccrlomqgkj", "ububgznptupkctughtigthcrubtznnzptihubccrptomqgkj", "ububgznptupkctughtigthcrubtznnzptihubccrptghmqgkj", "ububgznptupkctughtigthcrubtznnzptihubccrptghcrqgkj", "ububgznptupkctughtigthcrubtznnzptihubccrptghcrzngkj"]}, "config": {"characters": "aagqlsexotigwmatqflyacmlomqgkj", "length": 30, "num_rules": 12, "rules": {"a": ["u", "b"], "e": ["k", "c"], "f": ["n", "z"], "j": ["v", "b"], "l": ["p", "t"], "m": ["c", "r"], "o": ["g", "h"], "q": ["z", "n"], "s": ["u", "p"], "w": ["t", "h"], "x": ["t", "u"], "y": ["i", "h"]}}, "task_name": "task11", "example_name": "0205", "problem_name": "task11_0205"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: xqdehnygqerahtzqijtnnkvrbliwczkkudoj\nrules:\nq -> hp\nx -> wp\nv -> db\ni -> aa\ny -> hd\nj -> wd\nu -> on\nk -> fs\nl -> wz\nc -> hz\nr -> om\nt -> hw\ne -> sn", "label": {"final": "wphpdsnhnhdghpsnomahhwzhpaawdhwnnfsdbombwzaawhzzfsfsondowd", "init": "xqdehnygqerahtzqijtnnkvrbliwczkkudoj", "intermediate": ["wpqdehnygqerahtzqijtnnkvrbliwczkkudoj", "wphpdehnygqerahtzqijtnnkvrbliwczkkudoj", "wphpdsnhnygqerahtzqijtnnkvrbliwczkkudoj", "wphpdsnhnhdgqerahtzqijtnnkvrbliwczkkudoj", "wphpdsnhnhdghperahtzqijtnnkvrbliwczkkudoj", "wphpdsnhnhdghpsnrahtzqijtnnkvrbliwczkkudoj", "wphpdsnhnhdghpsnomahtzqijtnnkvrbliwczkkudoj", "wphpdsnhnhdghpsnomahhwzqijtnnkvrbliwczkkudoj", "wphpdsnhnhdghpsnomahhwzhpijtnnkvrbliwczkkudoj", "wphpdsnhnhdghpsnomahhwzhpaajtnnkvrbliwczkkudoj", "wphpdsnhnhdghpsnomahhwzhpaawdtnnkvrbliwczkkudoj", "wphpdsnhnhdghpsnomahhwzhpaawdhwnnkvrbliwczkkudoj", "wphpdsnhnhdghpsnomahhwzhpaawdhwnnfsvrbliwczkkudoj", "wphpdsnhnhdghpsnomahhwzhpaawdhwnnfsdbrbliwczkkudoj", "wphpdsnhnhdghpsnomahhwzhpaawdhwnnfsdbombliwczkkudoj", "wphpdsnhnhdghpsnomahhwzhpaawdhwnnfsdbombwziwczkkudoj", "wphpdsnhnhdghpsnomahhwzhpaawdhwnnfsdbombwzaawczkkudoj", "wphpdsnhnhdghpsnomahhwzhpaawdhwnnfsdbombwzaawhzzkkudoj", "wphpdsnhnhdghpsnomahhwzhpaawdhwnnfsdbombwzaawhzzfskudoj", "wphpdsnhnhdghpsnomahhwzhpaawdhwnnfsdbombwzaawhzzfsfsudoj", "wphpdsnhnhdghpsnomahhwzhpaawdhwnnfsdbombwzaawhzzfsfsondoj"]}, "config": {"characters": "xqdehnygqerahtzqijtnnkvrbliwczkkudoj", "length": 36, "num_rules": 13, "rules": {"c": ["h", "z"], "e": ["s", "n"], "i": ["a", "a"], "j": ["w", "d"], "k": ["f", "s"], "l": ["w", "z"], "q": ["h", "p"], "r": ["o", "m"], "t": ["h", "w"], "u": ["o", "n"], "v": ["d", "b"], "x": ["w", "p"], "y": ["h", "d"]}}, "task_name": "task11", "example_name": "0206", "problem_name": "task11_0206"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: jmsiboafoacxghiwzmcfqcfvkysxucvcsplql\nrules:\nk -> dj\nm -> sn\nh -> ze\nq -> ts\ng -> rd\np -> fs\nl -> nr\nu -> vd\nx -> jt\na -> ff\nc -> zv\ni -> wt", "label": {"final": "jsnswtbofffoffzvjtrdzewtwzsnzvftszvfvdjysjtvdzvvzvsfsnrtsnr", "init": "jmsiboafoacxghiwzmcfqcfvkysxucvcsplql", "intermediate": ["jsnsiboafoacxghiwzmcfqcfvkysxucvcsplql", "jsnswtboafoacxghiwzmcfqcfvkysxucvcsplql", "jsnswtbofffoacxghiwzmcfqcfvkysxucvcsplql", "jsnswtbofffoffcxghiwzmcfqcfvkysxucvcsplql", "jsnswtbofffoffzvxghiwzmcfqcfvkysxucvcsplql", "jsnswtbofffoffzvjtghiwzmcfqcfvkysxucvcsplql", "jsnswtbofffoffzvjtrdhiwzmcfqcfvkysxucvcsplql", "jsnswtbofffoffzvjtrdzeiwzmcfqcfvkysxucvcsplql", "jsnswtbofffoffzvjtrdzewtwzmcfqcfvkysxucvcsplql", "jsnswtbofffoffzvjtrdzewtwzsncfqcfvkysxucvcsplql", "jsnswtbofffoffzvjtrdzewtwzsnzvfqcfvkysxucvcsplql", "jsnswtbofffoffzvjtrdzewtwzsnzvftscfvkysxucvcsplql", "jsnswtbofffoffzvjtrdzewtwzsnzvftszvfvkysxucvcsplql", "jsnswtbofffoffzvjtrdzewtwzsnzvftszvfvdjysxucvcsplql", "jsnswtbofffoffzvjtrdzewtwzsnzvftszvfvdjysjtucvcsplql", "jsnswtbofffoffzvjtrdzewtwzsnzvftszvfvdjysjtvdcvcsplql", "jsnswtbofffoffzvjtrdzewtwzsnzvftszvfvdjysjtvdzvvcsplql", "jsnswtbofffoffzvjtrdzewtwzsnzvftszvfvdjysjtvdzvvzvsplql", "jsnswtbofffoffzvjtrdzewtwzsnzvftszvfvdjysjtvdzvvzvsfslql", "jsnswtbofffoffzvjtrdzewtwzsnzvftszvfvdjysjtvdzvvzvsfsnrql", "jsnswtbofffoffzvjtrdzewtwzsnzvftszvfvdjysjtvdzvvzvsfsnrtsl"]}, "config": {"characters": "jmsiboafoacxghiwzmcfqcfvkysxucvcsplql", "length": 37, "num_rules": 12, "rules": {"a": ["f", "f"], "c": ["z", "v"], "g": ["r", "d"], "h": ["z", "e"], "i": ["w", "t"], "k": ["d", "j"], "l": ["n", "r"], "m": ["s", "n"], "p": ["f", "s"], "q": ["t", "s"], "u": ["v", "d"], "x": ["j", "t"]}}, "task_name": "task11", "example_name": "0207", "problem_name": "task11_0207"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: wpguxfklcwfbfnwstnimfitppldsvkb\nrules:\np -> ya\nb -> qt\nx -> ry\nd -> rj\ng -> kz\ns -> nw\nv -> ra\nl -> hj\nc -> ha\nu -> ja\nf -> hn\ni -> ho\nm -> ky", "label": {"final": "wyakzjaryhnkhjhawhnqthnnwnwtnhokyhnhotyayahjrjnwrakqt", "init": "wpguxfklcwfbfnwstnimfitppldsvkb", "intermediate": ["wyaguxfklcwfbfnwstnimfitppldsvkb", "wyakzuxfklcwfbfnwstnimfitppldsvkb", "wyakzjaxfklcwfbfnwstnimfitppldsvkb", "wyakzjaryfklcwfbfnwstnimfitppldsvkb", "wyakzjaryhnklcwfbfnwstnimfitppldsvkb", "wyakzjaryhnkhjcwfbfnwstnimfitppldsvkb", "wyakzjaryhnkhjhawfbfnwstnimfitppldsvkb", "wyakzjaryhnkhjhawhnbfnwstnimfitppldsvkb", "wyakzjaryhnkhjhawhnqtfnwstnimfitppldsvkb", "wyakzjaryhnkhjhawhnqthnnwstnimfitppldsvkb", "wyakzjaryhnkhjhawhnqthnnwnwtnimfitppldsvkb", "wyakzjaryhnkhjhawhnqthnnwnwtnhomfitppldsvkb", "wyakzjaryhnkhjhawhnqthnnwnwtnhokyfitppldsvkb", "wyakzjaryhnkhjhawhnqthnnwnwtnhokyhnitppldsvkb", "wyakzjaryhnkhjhawhnqthnnwnwtnhokyhnhotppldsvkb", "wyakzjaryhnkhjhawhnqthnnwnwtnhokyhnhotyapldsvkb", "wyakzjaryhnkhjhawhnqthnnwnwtnhokyhnhotyayaldsvkb", "wyakzjaryhnkhjhawhnqthnnwnwtnhokyhnhotyayahjdsvkb", "wyakzjaryhnkhjhawhnqthnnwnwtnhokyhnhotyayahjrjsvkb", "wyakzjaryhnkhjhawhnqthnnwnwtnhokyhnhotyayahjrjnwvkb", "wyakzjaryhnkhjhawhnqthnnwnwtnhokyhnhotyayahjrjnwrakb"]}, "config": {"characters": "wpguxfklcwfbfnwstnimfitppldsvkb", "length": 31, "num_rules": 13, "rules": {"b": ["q", "t"], "c": ["h", "a"], "d": ["r", "j"], "f": ["h", "n"], "g": ["k", "z"], "i": ["h", "o"], "l": ["h", "j"], "m": ["k", "y"], "p": ["y", "a"], "s": ["n", "w"], "u": ["j", "a"], "v": ["r", "a"], "x": ["r", "y"]}}, "task_name": "task11", "example_name": "0208", "problem_name": "task11_0208"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: loabstuckjnbthpcanymewiyrxcci\nrules:\nh -> mf\ne -> zl\nj -> vz\nk -> mp\no -> zf\ns -> ff\nc -> tl\nb -> gf\ni -> md\nu -> gg\nr -> ft\na -> mm\nw -> fz\ny -> pn\nx -> tl", "label": {"final": "lzfmmgffftggtlmpvzngftmfptlmmnpnmzlfzmdpnfttltltlmd", "init": "loabstuckjnbthpcanymewiyrxcci", "intermediate": ["lzfabstuckjnbthpcanymewiyrxcci", "lzfmmbstuckjnbthpcanymewiyrxcci", "lzfmmgfstuckjnbthpcanymewiyrxcci", "lzfmmgffftuckjnbthpcanymewiyrxcci", "lzfmmgffftggckjnbthpcanymewiyrxcci", "lzfmmgffftggtlkjnbthpcanymewiyrxcci", "lzfmmgffftggtlmpjnbthpcanymewiyrxcci", "lzfmmgffftggtlmpvznbthpcanymewiyrxcci", "lzfmmgffftggtlmpvzngfthpcanymewiyrxcci", "lzfmmgffftggtlmpvzngftmfpcanymewiyrxcci", "lzfmmgffftggtlmpvzngftmfptlanymewiyrxcci", "lzfmmgffftggtlmpvzngftmfptlmmnymewiyrxcci", "lzfmmgffftggtlmpvzngftmfptlmmnpnmewiyrxcci", "lzfmmgffftggtlmpvzngftmfptlmmnpnmzlwiyrxcci", "lzfmmgffftggtlmpvzngftmfptlmmnpnmzlfziyrxcci", "lzfmmgffftggtlmpvzngftmfptlmmnpnmzlfzmdyrxcci", "lzfmmgffftggtlmpvzngftmfptlmmnpnmzlfzmdpnrxcci", "lzfmmgffftggtlmpvzngftmfptlmmnpnmzlfzmdpnftxcci", "lzfmmgffftggtlmpvzngftmfptlmmnpnmzlfzmdpnfttlcci", "lzfmmgffftggtlmpvzngftmfptlmmnpnmzlfzmdpnfttltlci", "lzfmmgffftggtlmpvzngftmfptlmmnpnmzlfzmdpnfttltltli"]}, "config": {"characters": "loabstuckjnbthpcanymewiyrxcci", "length": 29, "num_rules": 15, "rules": {"a": ["m", "m"], "b": ["g", "f"], "c": ["t", "l"], "e": ["z", "l"], "h": ["m", "f"], "i": ["m", "d"], "j": ["v", "z"], "k": ["m", "p"], "o": ["z", "f"], "r": ["f", "t"], "s": ["f", "f"], "u": ["g", "g"], "w": ["f", "z"], "x": ["t", "l"], "y": ["p", "n"]}}, "task_name": "task11", "example_name": "0209", "problem_name": "task11_0209"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: xfbbcakjinskxstbwpgoflusnthj\nrules:\np -> yx\nn -> ud\no -> rq\nk -> yu\nw -> qx\ns -> vv\nl -> uz\na -> yd\nh -> dz\nc -> jz\ni -> eu\nf -> ux\nt -> ee\nb -> yd\ng -> vz", "label": {"final": "xuxydydjzydyujeuudvvyuxvveeydqxyxvzrquxuzuvvudeedzj", "init": "xfbbcakjinskxstbwpgoflusnthj", "intermediate": ["xuxbbcakjinskxstbwpgoflusnthj", "xuxydbcakjinskxstbwpgoflusnthj", "xuxydydcakjinskxstbwpgoflusnthj", "xuxydydjzakjinskxstbwpgoflusnthj", "xuxydydjzydkjinskxstbwpgoflusnthj", "xuxydydjzydyujinskxstbwpgoflusnthj", "xuxydydjzydyujeunskxstbwpgoflusnthj", "xuxydydjzydyujeuudskxstbwpgoflusnthj", "xuxydydjzydyujeuudvvkxstbwpgoflusnthj", "xuxydydjzydyujeuudvvyuxstbwpgoflusnthj", "xuxydydjzydyujeuudvvyuxvvtbwpgoflusnthj", "xuxydydjzydyujeuudvvyuxvveebwpgoflusnthj", "xuxydydjzydyujeuudvvyuxvveeydwpgoflusnthj", "xuxydydjzydyujeuudvvyuxvveeydqxpgoflusnthj", "xuxydydjzydyujeuudvvyuxvveeydqxyxgoflusnthj", "xuxydydjzydyujeuudvvyuxvveeydqxyxvzoflusnthj", "xuxydydjzydyujeuudvvyuxvveeydqxyxvzrqflusnthj", "xuxydydjzydyujeuudvvyuxvveeydqxyxvzrquxlusnthj", "xuxydydjzydyujeuudvvyuxvveeydqxyxvzrquxuzusnthj", "xuxydydjzydyujeuudvvyuxvveeydqxyxvzrquxuzuvvnthj", "xuxydydjzydyujeuudvvyuxvveeydqxyxvzrquxuzuvvudthj", "xuxydydjzydyujeuudvvyuxvveeydqxyxvzrquxuzuvvudeehj"]}, "config": {"characters": "xfbbcakjinskxstbwpgoflusnthj", "length": 28, "num_rules": 15, "rules": {"a": ["y", "d"], "b": ["y", "d"], "c": ["j", "z"], "f": ["u", "x"], "g": ["v", "z"], "h": ["d", "z"], "i": ["e", "u"], "k": ["y", "u"], "l": ["u", "z"], "n": ["u", "d"], "o": ["r", "q"], "p": ["y", "x"], "s": ["v", "v"], "t": ["e", "e"], "w": ["q", "x"]}}, "task_name": "task11", "example_name": "0210", "problem_name": "task11_0210"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: idvmbdksyofuhphwenelorgliymww\nrules:\np -> gu\ni -> jl\nd -> qj\nn -> tl\ne -> aq\nf -> xj\nb -> zz\nr -> uz\nw -> qu\nk -> jg\nh -> jx\nv -> jg\no -> xg\ny -> cj\ns -> qj", "label": {"final": "jlqjjgmzzqjjgqjcjxgxjujxgujxquaqtlaqlxguzgljlcjmququ", "init": "idvmbdksyofuhphwenelorgliymww", "intermediate": ["jldvmbdksyofuhphwenelorgliymww", "jlqjvmbdksyofuhphwenelorgliymww", "jlqjjgmbdksyofuhphwenelorgliymww", "jlqjjgmzzdksyofuhphwenelorgliymww", "jlqjjgmzzqjksyofuhphwenelorgliymww", "jlqjjgmzzqjjgsyofuhphwenelorgliymww", "jlqjjgmzzqjjgqjyofuhphwenelorgliymww", "jlqjjgmzzqjjgqjcjofuhphwenelorgliymww", "jlqjjgmzzqjjgqjcjxgfuhphwenelorgliymww", "jlqjjgmzzqjjgqjcjxgxjuhphwenelorgliymww", "jlqjjgmzzqjjgqjcjxgxjujxphwenelorgliymww", "jlqjjgmzzqjjgqjcjxgxjujxguhwenelorgliymww", "jlqjjgmzzqjjgqjcjxgxjujxgujxwenelorgliymww", "jlqjjgmzzqjjgqjcjxgxjujxgujxquenelorgliymww", "jlqjjgmzzqjjgqjcjxgxjujxgujxquaqnelorgliymww", "jlqjjgmzzqjjgqjcjxgxjujxgujxquaqtlelorgliymww", "jlqjjgmzzqjjgqjcjxgxjujxgujxquaqtlaqlorgliymww", "jlqjjgmzzqjjgqjcjxgxjujxgujxquaqtlaqlxgrgliymww", "jlqjjgmzzqjjgqjcjxgxjujxgujxquaqtlaqlxguzgliymww", "jlqjjgmzzqjjgqjcjxgxjujxgujxquaqtlaqlxguzgljlymww", "jlqjjgmzzqjjgqjcjxgxjujxgujxquaqtlaqlxguzgljlcjmww", "jlqjjgmzzqjjgqjcjxgxjujxgujxquaqtlaqlxguzgljlcjmquw"]}, "config": {"characters": "idvmbdksyofuhphwenelorgliymww", "length": 29, "num_rules": 15, "rules": {"b": ["z", "z"], "d": ["q", "j"], "e": ["a", "q"], "f": ["x", "j"], "h": ["j", "x"], "i": ["j", "l"], "k": ["j", "g"], "n": ["t", "l"], "o": ["x", "g"], "p": ["g", "u"], "r": ["u", "z"], "s": ["q", "j"], "v": ["j", "g"], "w": ["q", "u"], "y": ["c", "j"]}}, "task_name": "task11", "example_name": "0211", "problem_name": "task11_0211"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: jypobckcnqhcpwmpjgsjvqunmgpftj\nrules:\nm -> rz\nt -> id\nk -> ex\nb -> xi\nw -> cd\ny -> zg\nn -> ls\nh -> dz\nj -> er\nq -> er\nf -> gl\np -> rl\no -> lr\nv -> rs", "label": {"final": "erzgrllrxicexclserdzcrlcdrzrlergserrserulsrzgrlglider", "init": "jypobckcnqhcpwmpjgsjvqunmgpftj", "intermediate": ["erypobckcnqhcpwmpjgsjvqunmgpftj", "erzgpobckcnqhcpwmpjgsjvqunmgpftj", "erzgrlobckcnqhcpwmpjgsjvqunmgpftj", "erzgrllrbckcnqhcpwmpjgsjvqunmgpftj", "erzgrllrxickcnqhcpwmpjgsjvqunmgpftj", "erzgrllrxicexcnqhcpwmpjgsjvqunmgpftj", "erzgrllrxicexclsqhcpwmpjgsjvqunmgpftj", "erzgrllrxicexclserhcpwmpjgsjvqunmgpftj", "erzgrllrxicexclserdzcpwmpjgsjvqunmgpftj", "erzgrllrxicexclserdzcrlwmpjgsjvqunmgpftj", "erzgrllrxicexclserdzcrlcdmpjgsjvqunmgpftj", "erzgrllrxicexclserdzcrlcdrzpjgsjvqunmgpftj", "erzgrllrxicexclserdzcrlcdrzrljgsjvqunmgpftj", "erzgrllrxicexclserdzcrlcdrzrlergsjvqunmgpftj", "erzgrllrxicexclserdzcrlcdrzrlergservqunmgpftj", "erzgrllrxicexclserdzcrlcdrzrlergserrsqunmgpftj", "erzgrllrxicexclserdzcrlcdrzrlergserrserunmgpftj", "erzgrllrxicexclserdzcrlcdrzrlergserrserulsmgpftj", "erzgrllrxicexclserdzcrlcdrzrlergserrserulsrzgpftj", "erzgrllrxicexclserdzcrlcdrzrlergserrserulsrzgrlftj", "erzgrllrxicexclserdzcrlcdrzrlergserrserulsrzgrlgltj", "erzgrllrxicexclserdzcrlcdrzrlergserrserulsrzgrlglidj"]}, "config": {"characters": "jypobckcnqhcpwmpjgsjvqunmgpftj", "length": 30, "num_rules": 14, "rules": {"b": ["x", "i"], "f": ["g", "l"], "h": ["d", "z"], "j": ["e", "r"], "k": ["e", "x"], "m": ["r", "z"], "n": ["l", "s"], "o": ["l", "r"], "p": ["r", "l"], "q": ["e", "r"], "t": ["i", "d"], "v": ["r", "s"], "w": ["c", "d"], "y": ["z", "g"]}}, "task_name": "task11", "example_name": "0212", "problem_name": "task11_0212"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: pguelrskywcskseyqptfvzljkrhnc\nrules:\nc -> im\ny -> di\nl -> dx\nw -> oh\nk -> xb\ns -> im\nv -> xo\nn -> ao\nq -> bz\nj -> ib\ng -> ab\ne -> ab\nu -> mm\nr -> ah", "label": {"final": "pabmmabdxahimxbdiohimimxbimabdibzptfxozdxibxbahhaoim", "init": "pguelrskywcskseyqptfvzljkrhnc", "intermediate": ["pabuelrskywcskseyqptfvzljkrhnc", "pabmmelrskywcskseyqptfvzljkrhnc", "pabmmablrskywcskseyqptfvzljkrhnc", "pabmmabdxrskywcskseyqptfvzljkrhnc", "pabmmabdxahskywcskseyqptfvzljkrhnc", "pabmmabdxahimkywcskseyqptfvzljkrhnc", "pabmmabdxahimxbywcskseyqptfvzljkrhnc", "pabmmabdxahimxbdiwcskseyqptfvzljkrhnc", "pabmmabdxahimxbdiohcskseyqptfvzljkrhnc", "pabmmabdxahimxbdiohimskseyqptfvzljkrhnc", "pabmmabdxahimxbdiohimimkseyqptfvzljkrhnc", "pabmmabdxahimxbdiohimimxbseyqptfvzljkrhnc", "pabmmabdxahimxbdiohimimxbimeyqptfvzljkrhnc", "pabmmabdxahimxbdiohimimxbimabyqptfvzljkrhnc", "pabmmabdxahimxbdiohimimxbimabdiqptfvzljkrhnc", "pabmmabdxahimxbdiohimimxbimabdibzptfvzljkrhnc", "pabmmabdxahimxbdiohimimxbimabdibzptfxozljkrhnc", "pabmmabdxahimxbdiohimimxbimabdibzptfxozdxjkrhnc", "pabmmabdxahimxbdiohimimxbimabdibzptfxozdxibkrhnc", "pabmmabdxahimxbdiohimimxbimabdibzptfxozdxibxbrhnc", "pabmmabdxahimxbdiohimimxbimabdibzptfxozdxibxbahhnc", "pabmmabdxahimxbdiohimimxbimabdibzptfxozdxibxbahhaoc"]}, "config": {"characters": "pguelrskywcskseyqptfvzljkrhnc", "length": 29, "num_rules": 14, "rules": {"c": ["i", "m"], "e": ["a", "b"], "g": ["a", "b"], "j": ["i", "b"], "k": ["x", "b"], "l": ["d", "x"], "n": ["a", "o"], "q": ["b", "z"], "r": ["a", "h"], "s": ["i", "m"], "u": ["m", "m"], "v": ["x", "o"], "w": ["o", "h"], "y": ["d", "i"]}}, "task_name": "task11", "example_name": "0213", "problem_name": "task11_0213"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: hzebqnsxfeilfkknfpclunjgwkxddhk\nrules:\nn -> vp\ni -> as\nk -> mo\nq -> aa\nd -> ev\nc -> oe\nh -> ee\nb -> ee\ng -> mf\nl -> vm\nj -> oy\nu -> pm\nz -> rw\nx -> wo", "label": {"final": "eerweeeaavpswofeasvmfmomovpfpoevmpmvpoymfwmowoeveveemo", "init": "hzebqnsxfeilfkknfpclunjgwkxddhk", "intermediate": ["eezebqnsxfeilfkknfpclunjgwkxddhk", "eerwebqnsxfeilfkknfpclunjgwkxddhk", "eerweeeqnsxfeilfkknfpclunjgwkxddhk", "eerweeeaansxfeilfkknfpclunjgwkxddhk", "eerweeeaavpsxfeilfkknfpclunjgwkxddhk", "eerweeeaavpswofeilfkknfpclunjgwkxddhk", "eerweeeaavpswofeaslfkknfpclunjgwkxddhk", "eerweeeaavpswofeasvmfkknfpclunjgwkxddhk", "eerweeeaavpswofeasvmfmoknfpclunjgwkxddhk", "eerweeeaavpswofeasvmfmomonfpclunjgwkxddhk", "eerweeeaavpswofeasvmfmomovpfpclunjgwkxddhk", "eerweeeaavpswofeasvmfmomovpfpoelunjgwkxddhk", "eerweeeaavpswofeasvmfmomovpfpoevmunjgwkxddhk", "eerweeeaavpswofeasvmfmomovpfpoevmpmnjgwkxddhk", "eerweeeaavpswofeasvmfmomovpfpoevmpmvpjgwkxddhk", "eerweeeaavpswofeasvmfmomovpfpoevmpmvpoygwkxddhk", "eerweeeaavpswofeasvmfmomovpfpoevmpmvpoymfwkxddhk", "eerweeeaavpswofeasvmfmomovpfpoevmpmvpoymfwmoxddhk", "eerweeeaavpswofeasvmfmomovpfpoevmpmvpoymfwmowoddhk", "eerweeeaavpswofeasvmfmomovpfpoevmpmvpoymfwmowoevdhk", "eerweeeaavpswofeasvmfmomovpfpoevmpmvpoymfwmowoevevhk", "eerweeeaavpswofeasvmfmomovpfpoevmpmvpoymfwmowoeveveek"]}, "config": {"characters": "hzebqnsxfeilfkknfpclunjgwkxddhk", "length": 31, "num_rules": 14, "rules": {"b": ["e", "e"], "c": ["o", "e"], "d": ["e", "v"], "g": ["m", "f"], "h": ["e", "e"], "i": ["a", "s"], "j": ["o", "y"], "k": ["m", "o"], "l": ["v", "m"], "n": ["v", "p"], "q": ["a", "a"], "u": ["p", "m"], "x": ["w", "o"], "z": ["r", "w"]}}, "task_name": "task11", "example_name": "0214", "problem_name": "task11_0214"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ntwrvsxuqdvowuebhdldetsopplvdyr\nrules:\nw -> fo\ns -> tx\nr -> jt\nd -> im\ne -> zt\nh -> oz\nl -> cy\nq -> jf\nu -> xm\np -> ka\nv -> aj", "label": {"final": "ntfojtajtxxxmjfimajofoxmztbozimcyimztttxokakacyajimyjt", "init": "ntwrvsxuqdvowuebhdldetsopplvdyr", "intermediate": ["ntforvsxuqdvowuebhdldetsopplvdyr", "ntfojtvsxuqdvowuebhdldetsopplvdyr", "ntfojtajsxuqdvowuebhdldetsopplvdyr", "ntfojtajtxxuqdvowuebhdldetsopplvdyr", "ntfojtajtxxxmqdvowuebhdldetsopplvdyr", "ntfojtajtxxxmjfdvowuebhdldetsopplvdyr", "ntfojtajtxxxmjfimvowuebhdldetsopplvdyr", "ntfojtajtxxxmjfimajowuebhdldetsopplvdyr", "ntfojtajtxxxmjfimajofouebhdldetsopplvdyr", "ntfojtajtxxxmjfimajofoxmebhdldetsopplvdyr", "ntfojtajtxxxmjfimajofoxmztbhdldetsopplvdyr", "ntfojtajtxxxmjfimajofoxmztbozdldetsopplvdyr", "ntfojtajtxxxmjfimajofoxmztbozimldetsopplvdyr", "ntfojtajtxxxmjfimajofoxmztbozimcydetsopplvdyr", "ntfojtajtxxxmjfimajofoxmztbozimcyimetsopplvdyr", "ntfojtajtxxxmjfimajofoxmztbozimcyimzttsopplvdyr", "ntfojtajtxxxmjfimajofoxmztbozimcyimztttxopplvdyr", "ntfojtajtxxxmjfimajofoxmztbozimcyimztttxokaplvdyr", "ntfojtajtxxxmjfimajofoxmztbozimcyimztttxokakalvdyr", "ntfojtajtxxxmjfimajofoxmztbozimcyimztttxokakacyvdyr", "ntfojtajtxxxmjfimajofoxmztbozimcyimztttxokakacyajdyr", "ntfojtajtxxxmjfimajofoxmztbozimcyimztttxokakacyajimyr"]}, "config": {"characters": "ntwrvsxuqdvowuebhdldetsopplvdyr", "length": 31, "num_rules": 11, "rules": {"d": ["i", "m"], "e": ["z", "t"], "h": ["o", "z"], "l": ["c", "y"], "p": ["k", "a"], "q": ["j", "f"], "r": ["j", "t"], "s": ["t", "x"], "u": ["x", "m"], "v": ["a", "j"], "w": ["f", "o"]}}, "task_name": "task11", "example_name": "0215", "problem_name": "task11_0215"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: nhlxgezfwrvlronjhurzymncuaqqavzkb\nrules:\nj -> se\nb -> sm\nv -> sd\nx -> pk\nw -> le\no -> mt\nn -> mi\nq -> hm\nu -> tt\nr -> zk\na -> li\nc -> tz\ny -> dm\nf -> me\ng -> dd", "label": {"final": "mihlpkddezmelezksdlzkmtmisehttzkzdmmmitzttlihmhmlisdzksm", "init": "nhlxgezfwrvlronjhurzymncuaqqavzkb", "intermediate": ["mihlxgezfwrvlronjhurzymncuaqqavzkb", "mihlpkgezfwrvlronjhurzymncuaqqavzkb", "mihlpkddezfwrvlronjhurzymncuaqqavzkb", "mihlpkddezmewrvlronjhurzymncuaqqavzkb", "mihlpkddezmelervlronjhurzymncuaqqavzkb", "mihlpkddezmelezkvlronjhurzymncuaqqavzkb", "mihlpkddezmelezksdlronjhurzymncuaqqavzkb", "mihlpkddezmelezksdlzkonjhurzymncuaqqavzkb", "mihlpkddezmelezksdlzkmtnjhurzymncuaqqavzkb", "mihlpkddezmelezksdlzkmtmijhurzymncuaqqavzkb", "mihlpkddezmelezksdlzkmtmisehurzymncuaqqavzkb", "mihlpkddezmelezksdlzkmtmisehttrzymncuaqqavzkb", "mihlpkddezmelezksdlzkmtmisehttzkzymncuaqqavzkb", "mihlpkddezmelezksdlzkmtmisehttzkzdmmncuaqqavzkb", "mihlpkddezmelezksdlzkmtmisehttzkzdmmmicuaqqavzkb", "mihlpkddezmelezksdlzkmtmisehttzkzdmmmitzuaqqavzkb", "mihlpkddezmelezksdlzkmtmisehttzkzdmmmitzttaqqavzkb", "mihlpkddezmelezksdlzkmtmisehttzkzdmmmitzttliqqavzkb", "mihlpkddezmelezksdlzkmtmisehttzkzdmmmitzttlihmqavzkb", "mihlpkddezmelezksdlzkmtmisehttzkzdmmmitzttlihmhmavzkb", "mihlpkddezmelezksdlzkmtmisehttzkzdmmmitzttlihmhmlivzkb", "mihlpkddezmelezksdlzkmtmisehttzkzdmmmitzttlihmhmlisdzkb"]}, "config": {"characters": "nhlxgezfwrvlronjhurzymncuaqqavzkb", "length": 33, "num_rules": 15, "rules": {"a": ["l", "i"], "b": ["s", "m"], "c": ["t", "z"], "f": ["m", "e"], "g": ["d", "d"], "j": ["s", "e"], "n": ["m", "i"], "o": ["m", "t"], "q": ["h", "m"], "r": ["z", "k"], "u": ["t", "t"], "v": ["s", "d"], "w": ["l", "e"], "x": ["p", "k"], "y": ["d", "m"]}}, "task_name": "task11", "example_name": "0216", "problem_name": "task11_0216"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: pfgakldmngiqtwjlwrsqjrylqpnuzab\nrules:\nw -> zv\nu -> ez\nt -> lo\nj -> co\ng -> ek\ns -> le\np -> xx\na -> zx\nm -> kk\nq -> zc\nf -> ix\ny -> oz\nd -> zc\nn -> rv\nb -> lz", "label": {"final": "xxixekzxklzckkrvekizclozvcolzvrlezccorozlzcxxrvezzzxlz", "init": "pfgakldmngiqtwjlwrsqjrylqpnuzab", "intermediate": ["xxfgakldmngiqtwjlwrsqjrylqpnuzab", "xxixgakldmngiqtwjlwrsqjrylqpnuzab", "xxixekakldmngiqtwjlwrsqjrylqpnuzab", "xxixekzxkldmngiqtwjlwrsqjrylqpnuzab", "xxixekzxklzcmngiqtwjlwrsqjrylqpnuzab", "xxixekzxklzckkngiqtwjlwrsqjrylqpnuzab", "xxixekzxklzckkrvgiqtwjlwrsqjrylqpnuzab", "xxixekzxklzckkrvekiqtwjlwrsqjrylqpnuzab", "xxixekzxklzckkrvekizctwjlwrsqjrylqpnuzab", "xxixekzxklzckkrvekizclowjlwrsqjrylqpnuzab", "xxixekzxklzckkrvekizclozvjlwrsqjrylqpnuzab", "xxixekzxklzckkrvekizclozvcolwrsqjrylqpnuzab", "xxixekzxklzckkrvekizclozvcolzvrsqjrylqpnuzab", "xxixekzxklzckkrvekizclozvcolzvrleqjrylqpnuzab", "xxixekzxklzckkrvekizclozvcolzvrlezcjrylqpnuzab", "xxixekzxklzckkrvekizclozvcolzvrlezccorylqpnuzab", "xxixekzxklzckkrvekizclozvcolzvrlezccorozlqpnuzab", "xxixekzxklzckkrvekizclozvcolzvrlezccorozlzcpnuzab", "xxixekzxklzckkrvekizclozvcolzvrlezccorozlzcxxnuzab", "xxixekzxklzckkrvekizclozvcolzvrlezccorozlzcxxrvuzab", "xxixekzxklzckkrvekizclozvcolzvrlezccorozlzcxxrvezzab", "xxixekzxklzckkrvekizclozvcolzvrlezccorozlzcxxrvezzzxb"]}, "config": {"characters": "pfgakldmngiqtwjlwrsqjrylqpnuzab", "length": 31, "num_rules": 15, "rules": {"a": ["z", "x"], "b": ["l", "z"], "d": ["z", "c"], "f": ["i", "x"], "g": ["e", "k"], "j": ["c", "o"], "m": ["k", "k"], "n": ["r", "v"], "p": ["x", "x"], "q": ["z", "c"], "s": ["l", "e"], "t": ["l", "o"], "u": ["e", "z"], "w": ["z", "v"], "y": ["o", "z"]}}, "task_name": "task11", "example_name": "0217", "problem_name": "task11_0217"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: hgamshzlytitkbqojnxarpxvduozczba\nrules:\ng -> fx\nl -> wr\ny -> ex\nt -> fc\na -> rx\no -> eb\nn -> rb\nm -> fw\nq -> fu\ni -> wb\nd -> ux\nv -> ef\np -> xe\nh -> cb\nk -> ff\nz -> ss", "label": {"final": "cbfxrxfwscbsswrexfcwbfcffbfuebjrbxrxrxexefuxuebsscssbrx", "init": "hgamshzlytitkbqojnxarpxvduozczba", "intermediate": ["cbgamshzlytitkbqojnxarpxvduozczba", "cbfxamshzlytitkbqojnxarpxvduozczba", "cbfxrxmshzlytitkbqojnxarpxvduozczba", "cbfxrxfwshzlytitkbqojnxarpxvduozczba", "cbfxrxfwscbzlytitkbqojnxarpxvduozczba", "cbfxrxfwscbsslytitkbqojnxarpxvduozczba", "cbfxrxfwscbsswrytitkbqojnxarpxvduozczba", "cbfxrxfwscbsswrextitkbqojnxarpxvduozczba", "cbfxrxfwscbsswrexfcitkbqojnxarpxvduozczba", "cbfxrxfwscbsswrexfcwbtkbqojnxarpxvduozczba", "cbfxrxfwscbsswrexfcwbfckbqojnxarpxvduozczba", "cbfxrxfwscbsswrexfcwbfcffbqojnxarpxvduozczba", "cbfxrxfwscbsswrexfcwbfcffbfuojnxarpxvduozczba", "cbfxrxfwscbsswrexfcwbfcffbfuebjnxarpxvduozczba", "cbfxrxfwscbsswrexfcwbfcffbfuebjrbxarpxvduozczba", "cbfxrxfwscbsswrexfcwbfcffbfuebjrbxrxrpxvduozczba", "cbfxrxfwscbsswrexfcwbfcffbfuebjrbxrxrxexvduozczba", "cbfxrxfwscbsswrexfcwbfcffbfuebjrbxrxrxexefduozczba", "cbfxrxfwscbsswrexfcwbfcffbfuebjrbxrxrxexefuxuozczba", "cbfxrxfwscbsswrexfcwbfcffbfuebjrbxrxrxexefuxuebzczba", "cbfxrxfwscbsswrexfcwbfcffbfuebjrbxrxrxexefuxuebssczba", "cbfxrxfwscbsswrexfcwbfcffbfuebjrbxrxrxexefuxuebsscssba"]}, "config": {"characters": "hgamshzlytitkbqojnxarpxvduozczba", "length": 32, "num_rules": 16, "rules": {"a": ["r", "x"], "d": ["u", "x"], "g": ["f", "x"], "h": ["c", "b"], "i": ["w", "b"], "k": ["f", "f"], "l": ["w", "r"], "m": ["f", "w"], "n": ["r", "b"], "o": ["e", "b"], "p": ["x", "e"], "q": ["f", "u"], "t": ["f", "c"], "v": ["e", "f"], "y": ["e", "x"], "z": ["s", "s"]}}, "task_name": "task11", "example_name": "0218", "problem_name": "task11_0218"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: cmqgglhgqbugaznjgyanwxambkjriyuqamyf\nrules:\nj -> pm\nz -> mo\nh -> oq\nl -> mu\nf -> dq\na -> em\nk -> od\nx -> bt\ni -> op\nn -> qt\ng -> vt\nc -> bo\nw -> dd\nr -> em", "label": {"final": "bomqvtvtmuoqvtqbuvtemmoqtpmvtyemqtddbtemmbodpmemopyuqemmydq", "init": "cmqgglhgqbugaznjgyanwxambkjriyuqamyf", "intermediate": ["bomqgglhgqbugaznjgyanwxambkjriyuqamyf", "bomqvtglhgqbugaznjgyanwxambkjriyuqamyf", "bomqvtvtlhgqbugaznjgyanwxambkjriyuqamyf", "bomqvtvtmuhgqbugaznjgyanwxambkjriyuqamyf", "bomqvtvtmuoqgqbugaznjgyanwxambkjriyuqamyf", "bomqvtvtmuoqvtqbugaznjgyanwxambkjriyuqamyf", "bomqvtvtmuoqvtqbuvtaznjgyanwxambkjriyuqamyf", "bomqvtvtmuoqvtqbuvtemznjgyanwxambkjriyuqamyf", "bomqvtvtmuoqvtqbuvtemmonjgyanwxambkjriyuqamyf", "bomqvtvtmuoqvtqbuvtemmoqtjgyanwxambkjriyuqamyf", "bomqvtvtmuoqvtqbuvtemmoqtpmgyanwxambkjriyuqamyf", "bomqvtvtmuoqvtqbuvtemmoqtpmvtyanwxambkjriyuqamyf", "bomqvtvtmuoqvtqbuvtemmoqtpmvtyemnwxambkjriyuqamyf", "bomqvtvtmuoqvtqbuvtemmoqtpmvtyemqtwxambkjriyuqamyf", "bomqvtvtmuoqvtqbuvtemmoqtpmvtyemqtddxambkjriyuqamyf", "bomqvtvtmuoqvtqbuvtemmoqtpmvtyemqtddbtambkjriyuqamyf", "bomqvtvtmuoqvtqbuvtemmoqtpmvtyemqtddbtemmbkjriyuqamyf", "bomqvtvtmuoqvtqbuvtemmoqtpmvtyemqtddbtemmbodjriyuqamyf", "bomqvtvtmuoqvtqbuvtemmoqtpmvtyemqtddbtemmbodpmriyuqamyf", "bomqvtvtmuoqvtqbuvtemmoqtpmvtyemqtddbtemmbodpmemiyuqamyf", "bomqvtvtmuoqvtqbuvtemmoqtpmvtyemqtddbtemmbodpmemopyuqamyf", "bomqvtvtmuoqvtqbuvtemmoqtpmvtyemqtddbtemmbodpmemopyuqemmyf"]}, "config": {"characters": "cmqgglhgqbugaznjgyanwxambkjriyuqamyf", "length": 36, "num_rules": 14, "rules": {"a": ["e", "m"], "c": ["b", "o"], "f": ["d", "q"], "g": ["v", "t"], "h": ["o", "q"], "i": ["o", "p"], "j": ["p", "m"], "k": ["o", "d"], "l": ["m", "u"], "n": ["q", "t"], "r": ["e", "m"], "w": ["d", "d"], "x": ["b", "t"], "z": ["m", "o"]}}, "task_name": "task11", "example_name": "0219", "problem_name": "task11_0219"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: vstlvvgijgidkbtcomhhpgnxaqcwqeys\nrules:\nw -> ru\ns -> pr\nx -> fu\nv -> uf\ng -> zu\nh -> ip\nd -> fb\nq -> cn\no -> cf\ne -> ac\nj -> zb\nt -> bu\nm -> rc\nl -> cn\ny -> fr\nk -> nc", "label": {"final": "ufprbucnufufzuizbzuifbncbbuccfrcipippzunfuacncrucnacfrpr", "init": "vstlvvgijgidkbtcomhhpgnxaqcwqeys", "intermediate": ["ufstlvvgijgidkbtcomhhpgnxaqcwqeys", "ufprtlvvgijgidkbtcomhhpgnxaqcwqeys", "ufprbulvvgijgidkbtcomhhpgnxaqcwqeys", "ufprbucnvvgijgidkbtcomhhpgnxaqcwqeys", "ufprbucnufvgijgidkbtcomhhpgnxaqcwqeys", "ufprbucnufufgijgidkbtcomhhpgnxaqcwqeys", "ufprbucnufufzuijgidkbtcomhhpgnxaqcwqeys", "ufprbucnufufzuizbgidkbtcomhhpgnxaqcwqeys", "ufprbucnufufzuizbzuidkbtcomhhpgnxaqcwqeys", "ufprbucnufufzuizbzuifbkbtcomhhpgnxaqcwqeys", "ufprbucnufufzuizbzuifbncbtcomhhpgnxaqcwqeys", "ufprbucnufufzuizbzuifbncbbucomhhpgnxaqcwqeys", "ufprbucnufufzuizbzuifbncbbuccfmhhpgnxaqcwqeys", "ufprbucnufufzuizbzuifbncbbuccfrchhpgnxaqcwqeys", "ufprbucnufufzuizbzuifbncbbuccfrciphpgnxaqcwqeys", "ufprbucnufufzuizbzuifbncbbuccfrcipippgnxaqcwqeys", "ufprbucnufufzuizbzuifbncbbuccfrcipippzunxaqcwqeys", "ufprbucnufufzuizbzuifbncbbuccfrcipippzunfuaqcwqeys", "ufprbucnufufzuizbzuifbncbbuccfrcipippzunfuacncwqeys", "ufprbucnufufzuizbzuifbncbbuccfrcipippzunfuacncruqeys", "ufprbucnufufzuizbzuifbncbbuccfrcipippzunfuacncrucneys", "ufprbucnufufzuizbzuifbncbbuccfrcipippzunfuacncrucnacys", "ufprbucnufufzuizbzuifbncbbuccfrcipippzunfuacncrucnacfrs"]}, "config": {"characters": "vstlvvgijgidkbtcomhhpgnxaqcwqeys", "length": 32, "num_rules": 16, "rules": {"d": ["f", "b"], "e": ["a", "c"], "g": ["z", "u"], "h": ["i", "p"], "j": ["z", "b"], "k": ["n", "c"], "l": ["c", "n"], "m": ["r", "c"], "o": ["c", "f"], "q": ["c", "n"], "s": ["p", "r"], "t": ["b", "u"], "v": ["u", "f"], "w": ["r", "u"], "x": ["f", "u"], "y": ["f", "r"]}}, "task_name": "task11", "example_name": "0220", "problem_name": "task11_0220"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: sjfksidwzpsmgrdieffmgxgijcitwvzrahgjse\nrules:\ni -> lq\nw -> oq\na -> ts\nv -> uo\nx -> us\nh -> fe\nd -> bo\nj -> uq\nc -> tu\ng -> su\np -> eq\nz -> ty\nk -> mu", "label": {"final": "suqfmuslqbooqtyeqsmsurbolqeffmsuussulquqtulqtoquotyrtsfesuuqse", "init": "sjfksidwzpsmgrdieffmgxgijcitwvzrahgjse", "intermediate": ["suqfksidwzpsmgrdieffmgxgijcitwvzrahgjse", "suqfmusidwzpsmgrdieffmgxgijcitwvzrahgjse", "suqfmuslqdwzpsmgrdieffmgxgijcitwvzrahgjse", "suqfmuslqbowzpsmgrdieffmgxgijcitwvzrahgjse", "suqfmuslqbooqzpsmgrdieffmgxgijcitwvzrahgjse", "suqfmuslqbooqtypsmgrdieffmgxgijcitwvzrahgjse", "suqfmuslqbooqtyeqsmgrdieffmgxgijcitwvzrahgjse", "suqfmuslqbooqtyeqsmsurdieffmgxgijcitwvzrahgjse", "suqfmuslqbooqtyeqsmsurboieffmgxgijcitwvzrahgjse", "suqfmuslqbooqtyeqsmsurbolqeffmgxgijcitwvzrahgjse", "suqfmuslqbooqtyeqsmsurbolqeffmsuxgijcitwvzrahgjse", "suqfmuslqbooqtyeqsmsurbolqeffmsuusgijcitwvzrahgjse", "suqfmuslqbooqtyeqsmsurbolqeffmsuussuijcitwvzrahgjse", "suqfmuslqbooqtyeqsmsurbolqeffmsuussulqjcitwvzrahgjse", "suqfmuslqbooqtyeqsmsurbolqeffmsuussulquqcitwvzrahgjse", "suqfmuslqbooqtyeqsmsurbolqeffmsuussulquqtuitwvzrahgjse", "suqfmuslqbooqtyeqsmsurbolqeffmsuussulquqtulqtwvzrahgjse", "suqfmuslqbooqtyeqsmsurbolqeffmsuussulquqtulqtoqvzrahgjse", "suqfmuslqbooqtyeqsmsurbolqeffmsuussulquqtulqtoquozrahgjse", "suqfmuslqbooqtyeqsmsurbolqeffmsuussulquqtulqtoquotyrahgjse", "suqfmuslqbooqtyeqsmsurbolqeffmsuussulquqtulqtoquotyrtshgjse", "suqfmuslqbooqtyeqsmsurbolqeffmsuussulquqtulqtoquotyrtsfegjse", "suqfmuslqbooqtyeqsmsurbolqeffmsuussulquqtulqtoquotyrtsfesujse"]}, "config": {"characters": "sjfksidwzpsmgrdieffmgxgijcitwvzrahgjse", "length": 38, "num_rules": 13, "rules": {"a": ["t", "s"], "c": ["t", "u"], "d": ["b", "o"], "g": ["s", "u"], "h": ["f", "e"], "i": ["l", "q"], "j": ["u", "q"], "k": ["m", "u"], "p": ["e", "q"], "v": ["u", "o"], "w": ["o", "q"], "x": ["u", "s"], "z": ["t", "y"]}}, "task_name": "task11", "example_name": "0221", "problem_name": "task11_0221"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: iwtdtoiebpjsicmxwlrporpyncymtma\nrules:\nl -> ek\ny -> qs\nr -> eh\nt -> va\np -> eq\nb -> kh\no -> hf\nc -> jv\nn -> eu\ni -> kg\nx -> kg\nm -> ga", "label": {"final": "kgwvadvahfkgekheqjskgjvgakgwekeheqhfeheqqseujvqsgavagaa", "init": "iwtdtoiebpjsicmxwlrporpyncymtma", "intermediate": ["kgwtdtoiebpjsicmxwlrporpyncymtma", "kgwvadtoiebpjsicmxwlrporpyncymtma", "kgwvadvaoiebpjsicmxwlrporpyncymtma", "kgwvadvahfiebpjsicmxwlrporpyncymtma", "kgwvadvahfkgebpjsicmxwlrporpyncymtma", "kgwvadvahfkgekhpjsicmxwlrporpyncymtma", "kgwvadvahfkgekheqjsicmxwlrporpyncymtma", "kgwvadvahfkgekheqjskgcmxwlrporpyncymtma", "kgwvadvahfkgekheqjskgjvmxwlrporpyncymtma", "kgwvadvahfkgekheqjskgjvgaxwlrporpyncymtma", "kgwvadvahfkgekheqjskgjvgakgwlrporpyncymtma", "kgwvadvahfkgekheqjskgjvgakgwekrporpyncymtma", "kgwvadvahfkgekheqjskgjvgakgwekehporpyncymtma", "kgwvadvahfkgekheqjskgjvgakgwekeheqorpyncymtma", "kgwvadvahfkgekheqjskgjvgakgwekeheqhfrpyncymtma", "kgwvadvahfkgekheqjskgjvgakgwekeheqhfehpyncymtma", "kgwvadvahfkgekheqjskgjvgakgwekeheqhfeheqyncymtma", "kgwvadvahfkgekheqjskgjvgakgwekeheqhfeheqqsncymtma", "kgwvadvahfkgekheqjskgjvgakgwekeheqhfeheqqseucymtma", "kgwvadvahfkgekheqjskgjvgakgwekeheqhfeheqqseujvymtma", "kgwvadvahfkgekheqjskgjvgakgwekeheqhfeheqqseujvqsmtma", "kgwvadvahfkgekheqjskgjvgakgwekeheqhfeheqqseujvqsgatma", "kgwvadvahfkgekheqjskgjvgakgwekeheqhfeheqqseujvqsgavama"]}, "config": {"characters": "iwtdtoiebpjsicmxwlrporpyncymtma", "length": 31, "num_rules": 12, "rules": {"b": ["k", "h"], "c": ["j", "v"], "i": ["k", "g"], "l": ["e", "k"], "m": ["g", "a"], "n": ["e", "u"], "o": ["h", "f"], "p": ["e", "q"], "r": ["e", "h"], "t": ["v", "a"], "x": ["k", "g"], "y": ["q", "s"]}}, "task_name": "task11", "example_name": "0222", "problem_name": "task11_0222"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: jtmndcojmvhpidnjbbgiortequjkssnqb\nrules:\ni -> jd\nn -> qz\no -> fd\nt -> lf\nu -> zv\np -> yy\nh -> xx\ne -> dz\nm -> xv\ng -> zl\nr -> vf\nk -> qv\ns -> vq\nc -> lq\nb -> wa", "label": {"final": "jlfxvqzdlqfdjxvvxxyyjddqzjwawazljdfdvflfdzqzvjqvvqvqqzqwa", "init": "jtmndcojmvhpidnjbbgiortequjkssnqb", "intermediate": ["jlfmndcojmvhpidnjbbgiortequjkssnqb", "jlfxvndcojmvhpidnjbbgiortequjkssnqb", "jlfxvqzdcojmvhpidnjbbgiortequjkssnqb", "jlfxvqzdlqojmvhpidnjbbgiortequjkssnqb", "jlfxvqzdlqfdjmvhpidnjbbgiortequjkssnqb", "jlfxvqzdlqfdjxvvhpidnjbbgiortequjkssnqb", "jlfxvqzdlqfdjxvvxxpidnjbbgiortequjkssnqb", "jlfxvqzdlqfdjxvvxxyyidnjbbgiortequjkssnqb", "jlfxvqzdlqfdjxvvxxyyjddnjbbgiortequjkssnqb", "jlfxvqzdlqfdjxvvxxyyjddqzjbbgiortequjkssnqb", "jlfxvqzdlqfdjxvvxxyyjddqzjwabgiortequjkssnqb", "jlfxvqzdlqfdjxvvxxyyjddqzjwawagiortequjkssnqb", "jlfxvqzdlqfdjxvvxxyyjddqzjwawazliortequjkssnqb", "jlfxvqzdlqfdjxvvxxyyjddqzjwawazljdortequjkssnqb", "jlfxvqzdlqfdjxvvxxyyjddqzjwawazljdfdrtequjkssnqb", "jlfxvqzdlqfdjxvvxxyyjddqzjwawazljdfdvftequjkssnqb", "jlfxvqzdlqfdjxvvxxyyjddqzjwawazljdfdvflfequjkssnqb", "jlfxvqzdlqfdjxvvxxyyjddqzjwawazljdfdvflfdzqujkssnqb", "jlfxvqzdlqfdjxvvxxyyjddqzjwawazljdfdvflfdzqzvjkssnqb", "jlfxvqzdlqfdjxvvxxyyjddqzjwawazljdfdvflfdzqzvjqvssnqb", "jlfxvqzdlqfdjxvvxxyyjddqzjwawazljdfdvflfdzqzvjqvvqsnqb", "jlfxvqzdlqfdjxvvxxyyjddqzjwawazljdfdvflfdzqzvjqvvqvqnqb", "jlfxvqzdlqfdjxvvxxyyjddqzjwawazljdfdvflfdzqzvjqvvqvqqzqb"]}, "config": {"characters": "jtmndcojmvhpidnjbbgiortequjkssnqb", "length": 33, "num_rules": 15, "rules": {"b": ["w", "a"], "c": ["l", "q"], "e": ["d", "z"], "g": ["z", "l"], "h": ["x", "x"], "i": ["j", "d"], "k": ["q", "v"], "m": ["x", "v"], "n": ["q", "z"], "o": ["f", "d"], "p": ["y", "y"], "r": ["v", "f"], "s": ["v", "q"], "t": ["l", "f"], "u": ["z", "v"]}}, "task_name": "task11", "example_name": "0223", "problem_name": "task11_0223"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: hajowuibfzadwwtmjybrjtevqmztrdq\nrules:\nd -> pn\nu -> fx\ne -> ll\nt -> gf\nm -> ax\nb -> xj\nh -> cs\nw -> ng\nq -> pl\nz -> fx\no -> jl\nv -> na\ny -> fl\nr -> gi", "label": {"final": "csajjlngfxixjffxapnngnggfaxjflxjgijgfllnaplaxfxgfgipnpl", "init": "hajowuibfzadwwtmjybrjtevqmztrdq", "intermediate": ["csajowuibfzadwwtmjybrjtevqmztrdq", "csajjlwuibfzadwwtmjybrjtevqmztrdq", "csajjlnguibfzadwwtmjybrjtevqmztrdq", "csajjlngfxibfzadwwtmjybrjtevqmztrdq", "csajjlngfxixjfzadwwtmjybrjtevqmztrdq", "csajjlngfxixjffxadwwtmjybrjtevqmztrdq", "csajjlngfxixjffxapnwwtmjybrjtevqmztrdq", "csajjlngfxixjffxapnngwtmjybrjtevqmztrdq", "csajjlngfxixjffxapnngngtmjybrjtevqmztrdq", "csajjlngfxixjffxapnngnggfmjybrjtevqmztrdq", "csajjlngfxixjffxapnngnggfaxjybrjtevqmztrdq", "csajjlngfxixjffxapnngnggfaxjflbrjtevqmztrdq", "csajjlngfxixjffxapnngnggfaxjflxjrjtevqmztrdq", "csajjlngfxixjffxapnngnggfaxjflxjgijtevqmztrdq", "csajjlngfxixjffxapnngnggfaxjflxjgijgfevqmztrdq", "csajjlngfxixjffxapnngnggfaxjflxjgijgfllvqmztrdq", "csajjlngfxixjffxapnngnggfaxjflxjgijgfllnaqmztrdq", "csajjlngfxixjffxapnngnggfaxjflxjgijgfllnaplmztrdq", "csajjlngfxixjffxapnngnggfaxjflxjgijgfllnaplaxztrdq", "csajjlngfxixjffxapnngnggfaxjflxjgijgfllnaplaxfxtrdq", "csajjlngfxixjffxapnngnggfaxjflxjgijgfllnaplaxfxgfrdq", "csajjlngfxixjffxapnngnggfaxjflxjgijgfllnaplaxfxgfgidq", "csajjlngfxixjffxapnngnggfaxjflxjgijgfllnaplaxfxgfgipnq"]}, "config": {"characters": "hajowuibfzadwwtmjybrjtevqmztrdq", "length": 31, "num_rules": 14, "rules": {"b": ["x", "j"], "d": ["p", "n"], "e": ["l", "l"], "h": ["c", "s"], "m": ["a", "x"], "o": ["j", "l"], "q": ["p", "l"], "r": ["g", "i"], "t": ["g", "f"], "u": ["f", "x"], "v": ["n", "a"], "w": ["n", "g"], "y": ["f", "l"], "z": ["f", "x"]}}, "task_name": "task11", "example_name": "0224", "problem_name": "task11_0224"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: jigkbdlunvaphojcemormaoubjxczs\nrules:\nm -> ty\ng -> cq\nx -> tf\na -> qy\nr -> ty\ni -> kq\nd -> kk\nh -> tq\nz -> kt\ns -> tt\nn -> tc\no -> wy\ne -> ct\nb -> vk\np -> kk\nl -> ku\nj -> uq", "label": {"final": "uqkqcqkvkkkkuutcvqykktqwyuqccttywytytyqywyuvkuqtfckttt", "init": "jigkbdlunvaphojcemormaoubjxczs", "intermediate": ["uqigkbdlunvaphojcemormaoubjxczs", "uqkqgkbdlunvaphojcemormaoubjxczs", "uqkqcqkbdlunvaphojcemormaoubjxczs", "uqkqcqkvkdlunvaphojcemormaoubjxczs", "uqkqcqkvkkklunvaphojcemormaoubjxczs", "uqkqcqkvkkkkuunvaphojcemormaoubjxczs", "uqkqcqkvkkkkuutcvaphojcemormaoubjxczs", "uqkqcqkvkkkkuutcvqyphojcemormaoubjxczs", "uqkqcqkvkkkkuutcvqykkhojcemormaoubjxczs", "uqkqcqkvkkkkuutcvqykktqojcemormaoubjxczs", "uqkqcqkvkkkkuutcvqykktqwyjcemormaoubjxczs", "uqkqcqkvkkkkuutcvqykktqwyuqcemormaoubjxczs", "uqkqcqkvkkkkuutcvqykktqwyuqcctmormaoubjxczs", "uqkqcqkvkkkkuutcvqykktqwyuqccttyormaoubjxczs", "uqkqcqkvkkkkuutcvqykktqwyuqccttywyrmaoubjxczs", "uqkqcqkvkkkkuutcvqykktqwyuqccttywytymaoubjxczs", "uqkqcqkvkkkkuutcvqykktqwyuqccttywytytyaoubjxczs", "uqkqcqkvkkkkuutcvqykktqwyuqccttywytytyqyoubjxczs", "uqkqcqkvkkkkuutcvqykktqwyuqccttywytytyqywyubjxczs", "uqkqcqkvkkkkuutcvqykktqwyuqccttywytytyqywyuvkjxczs", "uqkqcqkvkkkkuutcvqykktqwyuqccttywytytyqywyuvkuqxczs", "uqkqcqkvkkkkuutcvqykktqwyuqccttywytytyqywyuvkuqtfczs", "uqkqcqkvkkkkuutcvqykktqwyuqccttywytytyqywyuvkuqtfckts"]}, "config": {"characters": "jigkbdlunvaphojcemormaoubjxczs", "length": 30, "num_rules": 17, "rules": {"a": ["q", "y"], "b": ["v", "k"], "d": ["k", "k"], "e": ["c", "t"], "g": ["c", "q"], "h": ["t", "q"], "i": ["k", "q"], "j": ["u", "q"], "l": ["k", "u"], "m": ["t", "y"], "n": ["t", "c"], "o": ["w", "y"], "p": ["k", "k"], "r": ["t", "y"], "s": ["t", "t"], "x": ["t", "f"], "z": ["k", "t"]}}, "task_name": "task11", "example_name": "0225", "problem_name": "task11_0225"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: mshymkolcvelortgabpertzcxiqpvfhxp\nrules:\nq -> ln\ny -> da\ne -> sn\nx -> lr\nv -> rn\ng -> la\ni -> ws\nc -> aj\nz -> ut\nm -> dn\nb -> rr\nf -> lw\no -> sr\nh -> sk\np -> uw", "label": {"final": "dnsskdadnksrlajrnsnlsrrtlaarruwsnrtutajlrwslnuwrnlwsklruw", "init": "mshymkolcvelortgabpertzcxiqpvfhxp", "intermediate": ["dnshymkolcvelortgabpertzcxiqpvfhxp", "dnsskymkolcvelortgabpertzcxiqpvfhxp", "dnsskdamkolcvelortgabpertzcxiqpvfhxp", "dnsskdadnkolcvelortgabpertzcxiqpvfhxp", "dnsskdadnksrlcvelortgabpertzcxiqpvfhxp", "dnsskdadnksrlajvelortgabpertzcxiqpvfhxp", "dnsskdadnksrlajrnelortgabpertzcxiqpvfhxp", "dnsskdadnksrlajrnsnlortgabpertzcxiqpvfhxp", "dnsskdadnksrlajrnsnlsrrtgabpertzcxiqpvfhxp", "dnsskdadnksrlajrnsnlsrrtlaabpertzcxiqpvfhxp", "dnsskdadnksrlajrnsnlsrrtlaarrpertzcxiqpvfhxp", "dnsskdadnksrlajrnsnlsrrtlaarruwertzcxiqpvfhxp", "dnsskdadnksrlajrnsnlsrrtlaarruwsnrtzcxiqpvfhxp", "dnsskdadnksrlajrnsnlsrrtlaarruwsnrtutcxiqpvfhxp", "dnsskdadnksrlajrnsnlsrrtlaarruwsnrtutajxiqpvfhxp", "dnsskdadnksrlajrnsnlsrrtlaarruwsnrtutajlriqpvfhxp", "dnsskdadnksrlajrnsnlsrrtlaarruwsnrtutajlrwsqpvfhxp", "dnsskdadnksrlajrnsnlsrrtlaarruwsnrtutajlrwslnpvfhxp", "dnsskdadnksrlajrnsnlsrrtlaarruwsnrtutajlrwslnuwvfhxp", "dnsskdadnksrlajrnsnlsrrtlaarruwsnrtutajlrwslnuwrnfhxp", "dnsskdadnksrlajrnsnlsrrtlaarruwsnrtutajlrwslnuwrnlwhxp", "dnsskdadnksrlajrnsnlsrrtlaarruwsnrtutajlrwslnuwrnlwskxp", "dnsskdadnksrlajrnsnlsrrtlaarruwsnrtutajlrwslnuwrnlwsklrp"]}, "config": {"characters": "mshymkolcvelortgabpertzcxiqpvfhxp", "length": 33, "num_rules": 15, "rules": {"b": ["r", "r"], "c": ["a", "j"], "e": ["s", "n"], "f": ["l", "w"], "g": ["l", "a"], "h": ["s", "k"], "i": ["w", "s"], "m": ["d", "n"], "o": ["s", "r"], "p": ["u", "w"], "q": ["l", "n"], "v": ["r", "n"], "x": ["l", "r"], "y": ["d", "a"], "z": ["u", "t"]}}, "task_name": "task11", "example_name": "0226", "problem_name": "task11_0226"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: nsssyctqygkvpxrbulpvwqpsncvuviweygakid\nrules:\nw -> bb\ng -> vj\ne -> bv\nn -> bp\ni -> dr\nq -> jv\nk -> rm\nx -> vp\ny -> sf\nc -> bd\na -> os\nl -> jo\nt -> ds\nu -> sm", "label": {"final": "bpssssfbddsjvsfvjrmvpvprbsmjopvbbjvpsbpbdvsmvdrbbbvsfvjosrmdrd", "init": "nsssyctqygkvpxrbulpvwqpsncvuviweygakid", "intermediate": ["bpsssyctqygkvpxrbulpvwqpsncvuviweygakid", "bpssssfctqygkvpxrbulpvwqpsncvuviweygakid", "bpssssfbdtqygkvpxrbulpvwqpsncvuviweygakid", "bpssssfbddsqygkvpxrbulpvwqpsncvuviweygakid", "bpssssfbddsjvygkvpxrbulpvwqpsncvuviweygakid", "bpssssfbddsjvsfgkvpxrbulpvwqpsncvuviweygakid", "bpssssfbddsjvsfvjkvpxrbulpvwqpsncvuviweygakid", "bpssssfbddsjvsfvjrmvpxrbulpvwqpsncvuviweygakid", "bpssssfbddsjvsfvjrmvpvprbulpvwqpsncvuviweygakid", "bpssssfbddsjvsfvjrmvpvprbsmlpvwqpsncvuviweygakid", "bpssssfbddsjvsfvjrmvpvprbsmjopvwqpsncvuviweygakid", "bpssssfbddsjvsfvjrmvpvprbsmjopvbbqpsncvuviweygakid", "bpssssfbddsjvsfvjrmvpvprbsmjopvbbjvpsncvuviweygakid", "bpssssfbddsjvsfvjrmvpvprbsmjopvbbjvpsbpcvuviweygakid", "bpssssfbddsjvsfvjrmvpvprbsmjopvbbjvpsbpbdvuviweygakid", "bpssssfbddsjvsfvjrmvpvprbsmjopvbbjvpsbpbdvsmviweygakid", "bpssssfbddsjvsfvjrmvpvprbsmjopvbbjvpsbpbdvsmvdrweygakid", "bpssssfbddsjvsfvjrmvpvprbsmjopvbbjvpsbpbdvsmvdrbbeygakid", "bpssssfbddsjvsfvjrmvpvprbsmjopvbbjvpsbpbdvsmvdrbbbvygakid", "bpssssfbddsjvsfvjrmvpvprbsmjopvbbjvpsbpbdvsmvdrbbbvsfgakid", "bpssssfbddsjvsfvjrmvpvprbsmjopvbbjvpsbpbdvsmvdrbbbvsfvjakid", "bpssssfbddsjvsfvjrmvpvprbsmjopvbbjvpsbpbdvsmvdrbbbvsfvjoskid", "bpssssfbddsjvsfvjrmvpvprbsmjopvbbjvpsbpbdvsmvdrbbbvsfvjosrmid"]}, "config": {"characters": "nsssyctqygkvpxrbulpvwqpsncvuviweygakid", "length": 38, "num_rules": 14, "rules": {"a": ["o", "s"], "c": ["b", "d"], "e": ["b", "v"], "g": ["v", "j"], "i": ["d", "r"], "k": ["r", "m"], "l": ["j", "o"], "n": ["b", "p"], "q": ["j", "v"], "t": ["d", "s"], "u": ["s", "m"], "w": ["b", "b"], "x": ["v", "p"], "y": ["s", "f"]}}, "task_name": "task11", "example_name": "0227", "problem_name": "task11_0227"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: sanutldywfbjfjczpodxokccnvmep\nrules:\ny -> ha\nd -> xg\nf -> qx\nb -> rk\nj -> xg\nm -> rq\nv -> rp\ns -> ih\nz -> ig\nt -> qr\nl -> gh\nc -> rq\ne -> hh\no -> qp\nu -> rh\nn -> rq\nw -> ix", "label": {"final": "iharqrhqrghxghaixqxrkxgqxxgrqigpqpxgxqpkrqrqrqrprqhhp", "init": "sanutldywfbjfjczpodxokccnvmep", "intermediate": ["ihanutldywfbjfjczpodxokccnvmep", "iharqutldywfbjfjczpodxokccnvmep", "iharqrhtldywfbjfjczpodxokccnvmep", "iharqrhqrldywfbjfjczpodxokccnvmep", "iharqrhqrghdywfbjfjczpodxokccnvmep", "iharqrhqrghxgywfbjfjczpodxokccnvmep", "iharqrhqrghxghawfbjfjczpodxokccnvmep", "iharqrhqrghxghaixfbjfjczpodxokccnvmep", "iharqrhqrghxghaixqxbjfjczpodxokccnvmep", "iharqrhqrghxghaixqxrkjfjczpodxokccnvmep", "iharqrhqrghxghaixqxrkxgfjczpodxokccnvmep", "iharqrhqrghxghaixqxrkxgqxjczpodxokccnvmep", "iharqrhqrghxghaixqxrkxgqxxgczpodxokccnvmep", "iharqrhqrghxghaixqxrkxgqxxgrqzpodxokccnvmep", "iharqrhqrghxghaixqxrkxgqxxgrqigpodxokccnvmep", "iharqrhqrghxghaixqxrkxgqxxgrqigpqpdxokccnvmep", "iharqrhqrghxghaixqxrkxgqxxgrqigpqpxgxokccnvmep", "iharqrhqrghxghaixqxrkxgqxxgrqigpqpxgxqpkccnvmep", "iharqrhqrghxghaixqxrkxgqxxgrqigpqpxgxqpkrqcnvmep", "iharqrhqrghxghaixqxrkxgqxxgrqigpqpxgxqpkrqrqnvmep", "iharqrhqrghxghaixqxrkxgqxxgrqigpqpxgxqpkrqrqrqvmep", "iharqrhqrghxghaixqxrkxgqxxgrqigpqpxgxqpkrqrqrqrpmep", "iharqrhqrghxghaixqxrkxgqxxgrqigpqpxgxqpkrqrqrqrprqep"]}, "config": {"characters": "sanutldywfbjfjczpodxokccnvmep", "length": 29, "num_rules": 17, "rules": {"b": ["r", "k"], "c": ["r", "q"], "d": ["x", "g"], "e": ["h", "h"], "f": ["q", "x"], "j": ["x", "g"], "l": ["g", "h"], "m": ["r", "q"], "n": ["r", "q"], "o": ["q", "p"], "s": ["i", "h"], "t": ["q", "r"], "u": ["r", "h"], "v": ["r", "p"], "w": ["i", "x"], "y": ["h", "a"], "z": ["i", "g"]}}, "task_name": "task11", "example_name": "0228", "problem_name": "task11_0228"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: kpdpjejqlgyoceljrjijkfpgpvcvx\nrules:\nq -> fg\ni -> kg\nl -> tb\no -> fn\nd -> bk\ne -> mm\ny -> au\nj -> ts\nc -> gz\nr -> ff\nv -> ab\nx -> tw\np -> mw", "label": {"final": "kmwbkmwtsmmtsfgtbgaufngzmmtbtsfftskgtskfmwgmwabgzabtw", "init": "kpdpjejqlgyoceljrjijkfpgpvcvx", "intermediate": ["kmwdpjejqlgyoceljrjijkfpgpvcvx", "kmwbkpjejqlgyoceljrjijkfpgpvcvx", "kmwbkmwjejqlgyoceljrjijkfpgpvcvx", "kmwbkmwtsejqlgyoceljrjijkfpgpvcvx", "kmwbkmwtsmmjqlgyoceljrjijkfpgpvcvx", "kmwbkmwtsmmtsqlgyoceljrjijkfpgpvcvx", "kmwbkmwtsmmtsfglgyoceljrjijkfpgpvcvx", "kmwbkmwtsmmtsfgtbgyoceljrjijkfpgpvcvx", "kmwbkmwtsmmtsfgtbgauoceljrjijkfpgpvcvx", "kmwbkmwtsmmtsfgtbgaufnceljrjijkfpgpvcvx", "kmwbkmwtsmmtsfgtbgaufngzeljrjijkfpgpvcvx", "kmwbkmwtsmmtsfgtbgaufngzmmljrjijkfpgpvcvx", "kmwbkmwtsmmtsfgtbgaufngzmmtbjrjijkfpgpvcvx", "kmwbkmwtsmmtsfgtbgaufngzmmtbtsrjijkfpgpvcvx", "kmwbkmwtsmmtsfgtbgaufngzmmtbtsffjijkfpgpvcvx", "kmwbkmwtsmmtsfgtbgaufngzmmtbtsfftsijkfpgpvcvx", "kmwbkmwtsmmtsfgtbgaufngzmmtbtsfftskgjkfpgpvcvx", "kmwbkmwtsmmtsfgtbgaufngzmmtbtsfftskgtskfpgpvcvx", "kmwbkmwtsmmtsfgtbgaufngzmmtbtsfftskgtskfmwgpvcvx", "kmwbkmwtsmmtsfgtbgaufngzmmtbtsfftskgtskfmwgmwvcvx", "kmwbkmwtsmmtsfgtbgaufngzmmtbtsfftskgtskfmwgmwabcvx", "kmwbkmwtsmmtsfgtbgaufngzmmtbtsfftskgtskfmwgmwabgzvx", "kmwbkmwtsmmtsfgtbgaufngzmmtbtsfftskgtskfmwgmwabgzabx"]}, "config": {"characters": "kpdpjejqlgyoceljrjijkfpgpvcvx", "length": 29, "num_rules": 13, "rules": {"c": ["g", "z"], "d": ["b", "k"], "e": ["m", "m"], "i": ["k", "g"], "j": ["t", "s"], "l": ["t", "b"], "o": ["f", "n"], "p": ["m", "w"], "q": ["f", "g"], "r": ["f", "f"], "v": ["a", "b"], "x": ["t", "w"], "y": ["a", "u"]}}, "task_name": "task11", "example_name": "0229", "problem_name": "task11_0229"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: bludebfoadhszijzqgzoowmjwahjdwnqssfsnxk\nrules:\nw -> tr\na -> cv\nh -> tz\nu -> xf\nm -> xv\nn -> sz\nq -> tp\no -> yl\nj -> vr\ng -> vk\nd -> xt\ne -> yt\ni -> vt", "label": {"final": "blxfxtytbfylcvxttzszvtvrztpvkzylyltrxvvrtrcvtzvrxttrsztpssfsszxk", "init": "bludebfoadhszijzqgzoowmjwahjdwnqssfsnxk", "intermediate": ["blxfdebfoadhszijzqgzoowmjwahjdwnqssfsnxk", "blxfxtebfoadhszijzqgzoowmjwahjdwnqssfsnxk", "blxfxtytbfoadhszijzqgzoowmjwahjdwnqssfsnxk", "blxfxtytbfyladhszijzqgzoowmjwahjdwnqssfsnxk", "blxfxtytbfylcvdhszijzqgzoowmjwahjdwnqssfsnxk", "blxfxtytbfylcvxthszijzqgzoowmjwahjdwnqssfsnxk", "blxfxtytbfylcvxttzszijzqgzoowmjwahjdwnqssfsnxk", "blxfxtytbfylcvxttzszvtjzqgzoowmjwahjdwnqssfsnxk", "blxfxtytbfylcvxttzszvtvrzqgzoowmjwahjdwnqssfsnxk", "blxfxtytbfylcvxttzszvtvrztpgzoowmjwahjdwnqssfsnxk", "blxfxtytbfylcvxttzszvtvrztpvkzoowmjwahjdwnqssfsnxk", "blxfxtytbfylcvxttzszvtvrztpvkzylowmjwahjdwnqssfsnxk", "blxfxtytbfylcvxttzszvtvrztpvkzylylwmjwahjdwnqssfsnxk", "blxfxtytbfylcvxttzszvtvrztpvkzylyltrmjwahjdwnqssfsnxk", "blxfxtytbfylcvxttzszvtvrztpvkzylyltrxvjwahjdwnqssfsnxk", "blxfxtytbfylcvxttzszvtvrztpvkzylyltrxvvrwahjdwnqssfsnxk", "blxfxtytbfylcvxttzszvtvrztpvkzylyltrxvvrtrahjdwnqssfsnxk", "blxfxtytbfylcvxttzszvtvrztpvkzylyltrxvvrtrcvhjdwnqssfsnxk", "blxfxtytbfylcvxttzszvtvrztpvkzylyltrxvvrtrcvtzjdwnqssfsnxk", "blxfxtytbfylcvxttzszvtvrztpvkzylyltrxvvrtrcvtzvrdwnqssfsnxk", "blxfxtytbfylcvxttzszvtvrztpvkzylyltrxvvrtrcvtzvrxtwnqssfsnxk", "blxfxtytbfylcvxttzszvtvrztpvkzylyltrxvvrtrcvtzvrxttrnqssfsnxk", "blxfxtytbfylcvxttzszvtvrztpvkzylyltrxvvrtrcvtzvrxttrszqssfsnxk", "blxfxtytbfylcvxttzszvtvrztpvkzylyltrxvvrtrcvtzvrxttrsztpssfsnxk"]}, "config": {"characters": "bludebfoadhszijzqgzoowmjwahjdwnqssfsnxk", "length": 39, "num_rules": 13, "rules": {"a": ["c", "v"], "d": ["x", "t"], "e": ["y", "t"], "g": ["v", "k"], "h": ["t", "z"], "i": ["v", "t"], "j": ["v", "r"], "m": ["x", "v"], "n": ["s", "z"], "o": ["y", "l"], "q": ["t", "p"], "u": ["x", "f"], "w": ["t", "r"]}}, "task_name": "task11", "example_name": "0230", "problem_name": "task11_0230"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: clwgwtcrcxytopxsmjuvpsdfjatjmu\nrules:\nx -> aa\nt -> kd\nv -> al\nf -> wz\nj -> we\nm -> wz\ny -> ei\nu -> ql\ng -> kq\no -> ke\nr -> lk\ns -> dz\nc -> ba\np -> le", "label": {"final": "balwkqwkdbalkbaaaeikdkeleaadzwzweqlalledzdwzweakdwewzql", "init": "clwgwtcrcxytopxsmjuvpsdfjatjmu", "intermediate": ["balwgwtcrcxytopxsmjuvpsdfjatjmu", "balwkqwtcrcxytopxsmjuvpsdfjatjmu", "balwkqwkdcrcxytopxsmjuvpsdfjatjmu", "balwkqwkdbarcxytopxsmjuvpsdfjatjmu", "balwkqwkdbalkcxytopxsmjuvpsdfjatjmu", "balwkqwkdbalkbaxytopxsmjuvpsdfjatjmu", "balwkqwkdbalkbaaaytopxsmjuvpsdfjatjmu", "balwkqwkdbalkbaaaeitopxsmjuvpsdfjatjmu", "balwkqwkdbalkbaaaeikdopxsmjuvpsdfjatjmu", "balwkqwkdbalkbaaaeikdkepxsmjuvpsdfjatjmu", "balwkqwkdbalkbaaaeikdkelexsmjuvpsdfjatjmu", "balwkqwkdbalkbaaaeikdkeleaasmjuvpsdfjatjmu", "balwkqwkdbalkbaaaeikdkeleaadzmjuvpsdfjatjmu", "balwkqwkdbalkbaaaeikdkeleaadzwzjuvpsdfjatjmu", "balwkqwkdbalkbaaaeikdkeleaadzwzweuvpsdfjatjmu", "balwkqwkdbalkbaaaeikdkeleaadzwzweqlvpsdfjatjmu", "balwkqwkdbalkbaaaeikdkeleaadzwzweqlalpsdfjatjmu", "balwkqwkdbalkbaaaeikdkeleaadzwzweqlallesdfjatjmu", "balwkqwkdbalkbaaaeikdkeleaadzwzweqlalledzdfjatjmu", "balwkqwkdbalkbaaaeikdkeleaadzwzweqlalledzdwzjatjmu", "balwkqwkdbalkbaaaeikdkeleaadzwzweqlalledzdwzweatjmu", "balwkqwkdbalkbaaaeikdkeleaadzwzweqlalledzdwzweakdjmu", "balwkqwkdbalkbaaaeikdkeleaadzwzweqlalledzdwzweakdwemu", "balwkqwkdbalkbaaaeikdkeleaadzwzweqlalledzdwzweakdwewzu"]}, "config": {"characters": "clwgwtcrcxytopxsmjuvpsdfjatjmu", "length": 30, "num_rules": 14, "rules": {"c": ["b", "a"], "f": ["w", "z"], "g": ["k", "q"], "j": ["w", "e"], "m": ["w", "z"], "o": ["k", "e"], "p": ["l", "e"], "r": ["l", "k"], "s": ["d", "z"], "t": ["k", "d"], "u": ["q", "l"], "v": ["a", "l"], "x": ["a", "a"], "y": ["e", "i"]}}, "task_name": "task11", "example_name": "0231", "problem_name": "task11_0231"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: oumzzazdbhsnraqqlsxrzdosibqqirnqcsh\nrules:\nc -> gb\nn -> gb\nx -> gu\nr -> mj\ni -> eg\na -> bf\nl -> vt\nq -> dk\no -> um\nz -> ke\nh -> bu", "label": {"final": "umumkekebfkedbbusgbmjbfdkdkvtsgumjkedumsegbdkdkegmjgbdkgbsbu", "init": "oumzzazdbhsnraqqlsxrzdosibqqirnqcsh", "intermediate": ["umumzzazdbhsnraqqlsxrzdosibqqirnqcsh", "umumkezazdbhsnraqqlsxrzdosibqqirnqcsh", "umumkekeazdbhsnraqqlsxrzdosibqqirnqcsh", "umumkekebfzdbhsnraqqlsxrzdosibqqirnqcsh", "umumkekebfkedbhsnraqqlsxrzdosibqqirnqcsh", "umumkekebfkedbbusnraqqlsxrzdosibqqirnqcsh", "umumkekebfkedbbusgbraqqlsxrzdosibqqirnqcsh", "umumkekebfkedbbusgbmjaqqlsxrzdosibqqirnqcsh", "umumkekebfkedbbusgbmjbfqqlsxrzdosibqqirnqcsh", "umumkekebfkedbbusgbmjbfdkqlsxrzdosibqqirnqcsh", "umumkekebfkedbbusgbmjbfdkdklsxrzdosibqqirnqcsh", "umumkekebfkedbbusgbmjbfdkdkvtsxrzdosibqqirnqcsh", "umumkekebfkedbbusgbmjbfdkdkvtsgurzdosibqqirnqcsh", "umumkekebfkedbbusgbmjbfdkdkvtsgumjzdosibqqirnqcsh", "umumkekebfkedbbusgbmjbfdkdkvtsgumjkedosibqqirnqcsh", "umumkekebfkedbbusgbmjbfdkdkvtsgumjkedumsibqqirnqcsh", "umumkekebfkedbbusgbmjbfdkdkvtsgumjkedumsegbqqirnqcsh", "umumkekebfkedbbusgbmjbfdkdkvtsgumjkedumsegbdkqirnqcsh", "umumkekebfkedbbusgbmjbfdkdkvtsgumjkedumsegbdkdkirnqcsh", "umumkekebfkedbbusgbmjbfdkdkvtsgumjkedumsegbdkdkegrnqcsh", "umumkekebfkedbbusgbmjbfdkdkvtsgumjkedumsegbdkdkegmjnqcsh", "umumkekebfkedbbusgbmjbfdkdkvtsgumjkedumsegbdkdkegmjgbqcsh", "umumkekebfkedbbusgbmjbfdkdkvtsgumjkedumsegbdkdkegmjgbdkcsh", "umumkekebfkedbbusgbmjbfdkdkvtsgumjkedumsegbdkdkegmjgbdkgbsh"]}, "config": {"characters": "oumzzazdbhsnraqqlsxrzdosibqqirnqcsh", "length": 35, "num_rules": 11, "rules": {"a": ["b", "f"], "c": ["g", "b"], "h": ["b", "u"], "i": ["e", "g"], "l": ["v", "t"], "n": ["g", "b"], "o": ["u", "m"], "q": ["d", "k"], "r": ["m", "j"], "x": ["g", "u"], "z": ["k", "e"]}}, "task_name": "task11", "example_name": "0232", "problem_name": "task11_0232"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: vratgyykohvyrungmasbwifnlmlvvooxqh\nrules:\na -> ep\nb -> wf\nt -> ix\nq -> yw\nu -> xw\no -> dw\nv -> cj\ng -> xf\nk -> pz\ns -> fx\nm -> fj\nh -> ec\nn -> id\nl -> pd", "label": {"final": "cjrepixxfyypzdweccjyrxwidxffjepfxwfwifidpdfjpdcjcjdwdwxywec", "init": "vratgyykohvyrungmasbwifnlmlvvooxqh", "intermediate": ["cjratgyykohvyrungmasbwifnlmlvvooxqh", "cjreptgyykohvyrungmasbwifnlmlvvooxqh", "cjrepixgyykohvyrungmasbwifnlmlvvooxqh", "cjrepixxfyykohvyrungmasbwifnlmlvvooxqh", "cjrepixxfyypzohvyrungmasbwifnlmlvvooxqh", "cjrepixxfyypzdwhvyrungmasbwifnlmlvvooxqh", "cjrepixxfyypzdwecvyrungmasbwifnlmlvvooxqh", "cjrepixxfyypzdweccjyrungmasbwifnlmlvvooxqh", "cjrepixxfyypzdweccjyrxwngmasbwifnlmlvvooxqh", "cjrepixxfyypzdweccjyrxwidgmasbwifnlmlvvooxqh", "cjrepixxfyypzdweccjyrxwidxfmasbwifnlmlvvooxqh", "cjrepixxfyypzdweccjyrxwidxffjasbwifnlmlvvooxqh", "cjrepixxfyypzdweccjyrxwidxffjepsbwifnlmlvvooxqh", "cjrepixxfyypzdweccjyrxwidxffjepfxbwifnlmlvvooxqh", "cjrepixxfyypzdweccjyrxwidxffjepfxwfwifnlmlvvooxqh", "cjrepixxfyypzdweccjyrxwidxffjepfxwfwifidlmlvvooxqh", "cjrepixxfyypzdweccjyrxwidxffjepfxwfwifidpdmlvvooxqh", "cjrepixxfyypzdweccjyrxwidxffjepfxwfwifidpdfjlvvooxqh", "cjrepixxfyypzdweccjyrxwidxffjepfxwfwifidpdfjpdvvooxqh", "cjrepixxfyypzdweccjyrxwidxffjepfxwfwifidpdfjpdcjvooxqh", "cjrepixxfyypzdweccjyrxwidxffjepfxwfwifidpdfjpdcjcjooxqh", "cjrepixxfyypzdweccjyrxwidxffjepfxwfwifidpdfjpdcjcjdwoxqh", "cjrepixxfyypzdweccjyrxwidxffjepfxwfwifidpdfjpdcjcjdwdwxqh", "cjrepixxfyypzdweccjyrxwidxffjepfxwfwifidpdfjpdcjcjdwdwxywh"]}, "config": {"characters": "vratgyykohvyrungmasbwifnlmlvvooxqh", "length": 34, "num_rules": 14, "rules": {"a": ["e", "p"], "b": ["w", "f"], "g": ["x", "f"], "h": ["e", "c"], "k": ["p", "z"], "l": ["p", "d"], "m": ["f", "j"], "n": ["i", "d"], "o": ["d", "w"], "q": ["y", "w"], "s": ["f", "x"], "t": ["i", "x"], "u": ["x", "w"], "v": ["c", "j"]}}, "task_name": "task11", "example_name": "0233", "problem_name": "task11_0233"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: azzyxmfegimykbcowisagqfwjfqfuglndytulhf\nrules:\nx -> ss\nk -> bj\ny -> zs\nc -> po\nh -> is\nq -> ts\nm -> rt\ne -> zr\ng -> tz\nw -> vo\na -> sp\nl -> zb\nn -> is\nd -> bz\nu -> rv", "label": {"final": "spzzzsssrtfzrtzirtzsbjbpoovoissptztsfvojftsfrvtzzbisbzzstrvzbisf", "init": "azzyxmfegimykbcowisagqfwjfqfuglndytulhf", "intermediate": ["spzzyxmfegimykbcowisagqfwjfqfuglndytulhf", "spzzzsxmfegimykbcowisagqfwjfqfuglndytulhf", "spzzzsssmfegimykbcowisagqfwjfqfuglndytulhf", "spzzzsssrtfegimykbcowisagqfwjfqfuglndytulhf", "spzzzsssrtfzrgimykbcowisagqfwjfqfuglndytulhf", "spzzzsssrtfzrtzimykbcowisagqfwjfqfuglndytulhf", "spzzzsssrtfzrtzirtykbcowisagqfwjfqfuglndytulhf", "spzzzsssrtfzrtzirtzskbcowisagqfwjfqfuglndytulhf", "spzzzsssrtfzrtzirtzsbjbcowisagqfwjfqfuglndytulhf", "spzzzsssrtfzrtzirtzsbjbpoowisagqfwjfqfuglndytulhf", "spzzzsssrtfzrtzirtzsbjbpoovoisagqfwjfqfuglndytulhf", "spzzzsssrtfzrtzirtzsbjbpoovoisspgqfwjfqfuglndytulhf", "spzzzsssrtfzrtzirtzsbjbpoovoissptzqfwjfqfuglndytulhf", "spzzzsssrtfzrtzirtzsbjbpoovoissptztsfwjfqfuglndytulhf", "spzzzsssrtfzrtzirtzsbjbpoovoissptztsfvojfqfuglndytulhf", "spzzzsssrtfzrtzirtzsbjbpoovoissptztsfvojftsfuglndytulhf", "spzzzsssrtfzrtzirtzsbjbpoovoissptztsfvojftsfrvglndytulhf", "spzzzsssrtfzrtzirtzsbjbpoovoissptztsfvojftsfrvtzlndytulhf", "spzzzsssrtfzrtzirtzsbjbpoovoissptztsfvojftsfrvtzzbndytulhf", "spzzzsssrtfzrtzirtzsbjbpoovoissptztsfvojftsfrvtzzbisdytulhf", "spzzzsssrtfzrtzirtzsbjbpoovoissptztsfvojftsfrvtzzbisbzytulhf", "spzzzsssrtfzrtzirtzsbjbpoovoissptztsfvojftsfrvtzzbisbzzstulhf", "spzzzsssrtfzrtzirtzsbjbpoovoissptztsfvojftsfrvtzzbisbzzstrvlhf", "spzzzsssrtfzrtzirtzsbjbpoovoissptztsfvojftsfrvtzzbisbzzstrvzbhf"]}, "config": {"characters": "azzyxmfegimykbcowisagqfwjfqfuglndytulhf", "length": 39, "num_rules": 15, "rules": {"a": ["s", "p"], "c": ["p", "o"], "d": ["b", "z"], "e": ["z", "r"], "g": ["t", "z"], "h": ["i", "s"], "k": ["b", "j"], "l": ["z", "b"], "m": ["r", "t"], "n": ["i", "s"], "q": ["t", "s"], "u": ["r", "v"], "w": ["v", "o"], "x": ["s", "s"], "y": ["z", "s"]}}, "task_name": "task11", "example_name": "0234", "problem_name": "task11_0234"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: zbrpkktqioeezlovxdkrvhbstftzdgyumoxihk\nrules:\nl -> xf\nd -> nq\ne -> fw\nz -> jw\ng -> wn\nr -> ui\nv -> jt\nk -> qw\no -> wf\ns -> au\nb -> ih\np -> jt\ny -> ch", "label": {"final": "jwihuijtqwqwtqiwffwfwjwxfwfjtxnqqwuijthihautftjwnqwnchumwfxihqw", "init": "zbrpkktqioeezlovxdkrvhbstftzdgyumoxihk", "intermediate": ["jwbrpkktqioeezlovxdkrvhbstftzdgyumoxihk", "jwihrpkktqioeezlovxdkrvhbstftzdgyumoxihk", "jwihuipkktqioeezlovxdkrvhbstftzdgyumoxihk", "jwihuijtkktqioeezlovxdkrvhbstftzdgyumoxihk", "jwihuijtqwktqioeezlovxdkrvhbstftzdgyumoxihk", "jwihuijtqwqwtqioeezlovxdkrvhbstftzdgyumoxihk", "jwihuijtqwqwtqiwfeezlovxdkrvhbstftzdgyumoxihk", "jwihuijtqwqwtqiwffwezlovxdkrvhbstftzdgyumoxihk", "jwihuijtqwqwtqiwffwfwzlovxdkrvhbstftzdgyumoxihk", "jwihuijtqwqwtqiwffwfwjwlovxdkrvhbstftzdgyumoxihk", "jwihuijtqwqwtqiwffwfwjwxfovxdkrvhbstftzdgyumoxihk", "jwihuijtqwqwtqiwffwfwjwxfwfvxdkrvhbstftzdgyumoxihk", "jwihuijtqwqwtqiwffwfwjwxfwfjtxdkrvhbstftzdgyumoxihk", "jwihuijtqwqwtqiwffwfwjwxfwfjtxnqkrvhbstftzdgyumoxihk", "jwihuijtqwqwtqiwffwfwjwxfwfjtxnqqwrvhbstftzdgyumoxihk", "jwihuijtqwqwtqiwffwfwjwxfwfjtxnqqwuivhbstftzdgyumoxihk", "jwihuijtqwqwtqiwffwfwjwxfwfjtxnqqwuijthbstftzdgyumoxihk", "jwihuijtqwqwtqiwffwfwjwxfwfjtxnqqwuijthihstftzdgyumoxihk", "jwihuijtqwqwtqiwffwfwjwxfwfjtxnqqwuijthihautftzdgyumoxihk", "jwihuijtqwqwtqiwffwfwjwxfwfjtxnqqwuijthihautftjwdgyumoxihk", "jwihuijtqwqwtqiwffwfwjwxfwfjtxnqqwuijthihautftjwnqgyumoxihk", "jwihuijtqwqwtqiwffwfwjwxfwfjtxnqqwuijthihautftjwnqwnyumoxihk", "jwihuijtqwqwtqiwffwfwjwxfwfjtxnqqwuijthihautftjwnqwnchumoxihk", "jwihuijtqwqwtqiwffwfwjwxfwfjtxnqqwuijthihautftjwnqwnchumwfxihk"]}, "config": {"characters": "zbrpkktqioeezlovxdkrvhbstftzdgyumoxihk", "length": 38, "num_rules": 13, "rules": {"b": ["i", "h"], "d": ["n", "q"], "e": ["f", "w"], "g": ["w", "n"], "k": ["q", "w"], "l": ["x", "f"], "o": ["w", "f"], "p": ["j", "t"], "r": ["u", "i"], "s": ["a", "u"], "v": ["j", "t"], "y": ["c", "h"], "z": ["j", "w"]}}, "task_name": "task11", "example_name": "0235", "problem_name": "task11_0235"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: ykiopvucqjjeoaymlmuyhofdqyttnyhaupwyh\nrules:\nd -> wo\nl -> jm\nq -> wn\np -> rw\nf -> oi\nt -> xo\nu -> mw\nh -> ws\na -> jv\nc -> no\nk -> wv\ny -> zw", "label": {"final": "zwwviorwvmwnownjjeojvzwmjmmmwzwwsooiwownzwxoxonzwwsjvmwrwwzwws", "init": "ykiopvucqjjeoaymlmuyhofdqyttnyhaupwyh", "intermediate": ["zwkiopvucqjjeoaymlmuyhofdqyttnyhaupwyh", "zwwviopvucqjjeoaymlmuyhofdqyttnyhaupwyh", "zwwviorwvucqjjeoaymlmuyhofdqyttnyhaupwyh", "zwwviorwvmwcqjjeoaymlmuyhofdqyttnyhaupwyh", "zwwviorwvmwnoqjjeoaymlmuyhofdqyttnyhaupwyh", "zwwviorwvmwnownjjeoaymlmuyhofdqyttnyhaupwyh", "zwwviorwvmwnownjjeojvymlmuyhofdqyttnyhaupwyh", "zwwviorwvmwnownjjeojvzwmlmuyhofdqyttnyhaupwyh", "zwwviorwvmwnownjjeojvzwmjmmuyhofdqyttnyhaupwyh", "zwwviorwvmwnownjjeojvzwmjmmmwyhofdqyttnyhaupwyh", "zwwviorwvmwnownjjeojvzwmjmmmwzwhofdqyttnyhaupwyh", "zwwviorwvmwnownjjeojvzwmjmmmwzwwsofdqyttnyhaupwyh", "zwwviorwvmwnownjjeojvzwmjmmmwzwwsooidqyttnyhaupwyh", "zwwviorwvmwnownjjeojvzwmjmmmwzwwsooiwoqyttnyhaupwyh", "zwwviorwvmwnownjjeojvzwmjmmmwzwwsooiwownyttnyhaupwyh", "zwwviorwvmwnownjjeojvzwmjmmmwzwwsooiwownzwttnyhaupwyh", "zwwviorwvmwnownjjeojvzwmjmmmwzwwsooiwownzwxotnyhaupwyh", "zwwviorwvmwnownjjeojvzwmjmmmwzwwsooiwownzwxoxonyhaupwyh", "zwwviorwvmwnownjjeojvzwmjmmmwzwwsooiwownzwxoxonzwhaupwyh", "zwwviorwvmwnownjjeojvzwmjmmmwzwwsooiwownzwxoxonzwwsaupwyh", "zwwviorwvmwnownjjeojvzwmjmmmwzwwsooiwownzwxoxonzwwsjvupwyh", "zwwviorwvmwnownjjeojvzwmjmmmwzwwsooiwownzwxoxonzwwsjvmwpwyh", "zwwviorwvmwnownjjeojvzwmjmmmwzwwsooiwownzwxoxonzwwsjvmwrwwyh", "zwwviorwvmwnownjjeojvzwmjmmmwzwwsooiwownzwxoxonzwwsjvmwrwwzwh"]}, "config": {"characters": "ykiopvucqjjeoaymlmuyhofdqyttnyhaupwyh", "length": 37, "num_rules": 12, "rules": {"a": ["j", "v"], "c": ["n", "o"], "d": ["w", "o"], "f": ["o", "i"], "h": ["w", "s"], "k": ["w", "v"], "l": ["j", "m"], "p": ["r", "w"], "q": ["w", "n"], "t": ["x", "o"], "u": ["m", "w"], "y": ["z", "w"]}}, "task_name": "task11", "example_name": "0236", "problem_name": "task11_0236"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: vxuvcsiersmomuvhxsavkeuwmfyfecmhc\nrules:\nx -> az\ny -> zt\nw -> dj\ns -> nu\no -> nv\ni -> da\nc -> pu\nh -> qb\nr -> jn\nk -> jp\nf -> uj\nm -> nu\ne -> ag", "label": {"final": "vazuvpunudaagjnnununvnuuvqbaznuavjpagudjnuujztujagpunuqbpu", "init": "vxuvcsiersmomuvhxsavkeuwmfyfecmhc", "intermediate": ["vazuvcsiersmomuvhxsavkeuwmfyfecmhc", "vazuvpusiersmomuvhxsavkeuwmfyfecmhc", "vazuvpunuiersmomuvhxsavkeuwmfyfecmhc", "vazuvpunudaersmomuvhxsavkeuwmfyfecmhc", "vazuvpunudaagrsmomuvhxsavkeuwmfyfecmhc", "vazuvpunudaagjnsmomuvhxsavkeuwmfyfecmhc", "vazuvpunudaagjnnumomuvhxsavkeuwmfyfecmhc", "vazuvpunudaagjnnunuomuvhxsavkeuwmfyfecmhc", "vazuvpunudaagjnnununvmuvhxsavkeuwmfyfecmhc", "vazuvpunudaagjnnununvnuuvhxsavkeuwmfyfecmhc", "vazuvpunudaagjnnununvnuuvqbxsavkeuwmfyfecmhc", "vazuvpunudaagjnnununvnuuvqbazsavkeuwmfyfecmhc", "vazuvpunudaagjnnununvnuuvqbaznuavkeuwmfyfecmhc", "vazuvpunudaagjnnununvnuuvqbaznuavjpeuwmfyfecmhc", "vazuvpunudaagjnnununvnuuvqbaznuavjpaguwmfyfecmhc", "vazuvpunudaagjnnununvnuuvqbaznuavjpagudjmfyfecmhc", "vazuvpunudaagjnnununvnuuvqbaznuavjpagudjnufyfecmhc", "vazuvpunudaagjnnununvnuuvqbaznuavjpagudjnuujyfecmhc", "vazuvpunudaagjnnununvnuuvqbaznuavjpagudjnuujztfecmhc", "vazuvpunudaagjnnununvnuuvqbaznuavjpagudjnuujztujecmhc", "vazuvpunudaagjnnununvnuuvqbaznuavjpagudjnuujztujagcmhc", "vazuvpunudaagjnnununvnuuvqbaznuavjpagudjnuujztujagpumhc", "vazuvpunudaagjnnununvnuuvqbaznuavjpagudjnuujztujagpunuhc", "vazuvpunudaagjnnununvnuuvqbaznuavjpagudjnuujztujagpunuqbc"]}, "config": {"characters": "vxuvcsiersmomuvhxsavkeuwmfyfecmhc", "length": 33, "num_rules": 13, "rules": {"c": ["p", "u"], "e": ["a", "g"], "f": ["u", "j"], "h": ["q", "b"], "i": ["d", "a"], "k": ["j", "p"], "m": ["n", "u"], "o": ["n", "v"], "r": ["j", "n"], "s": ["n", "u"], "w": ["d", "j"], "x": ["a", "z"], "y": ["z", "t"]}}, "task_name": "task11", "example_name": "0237", "problem_name": "task11_0237"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: awwveehtqynufgbaspdwcnydfmdhcj\nrules:\nd -> lz\nw -> oy\nc -> si\nb -> lz\ng -> sr\ne -> fo\nm -> xl\nq -> xy\nt -> ff\nu -> io\np -> rx\nn -> kk\na -> lx\nh -> yy\nj -> zk\nv -> ri", "label": {"final": "lxoyoyrifofoyyffxyykkiofsrlzlxsrxlzoysikkylzfxllzyysizk", "init": "awwveehtqynufgbaspdwcnydfmdhcj", "intermediate": ["lxwwveehtqynufgbaspdwcnydfmdhcj", "lxoywveehtqynufgbaspdwcnydfmdhcj", "lxoyoyveehtqynufgbaspdwcnydfmdhcj", "lxoyoyrieehtqynufgbaspdwcnydfmdhcj", "lxoyoyrifoehtqynufgbaspdwcnydfmdhcj", "lxoyoyrifofohtqynufgbaspdwcnydfmdhcj", "lxoyoyrifofoyytqynufgbaspdwcnydfmdhcj", "lxoyoyrifofoyyffqynufgbaspdwcnydfmdhcj", "lxoyoyrifofoyyffxyynufgbaspdwcnydfmdhcj", "lxoyoyrifofoyyffxyykkufgbaspdwcnydfmdhcj", "lxoyoyrifofoyyffxyykkiofgbaspdwcnydfmdhcj", "lxoyoyrifofoyyffxyykkiofsrbaspdwcnydfmdhcj", "lxoyoyrifofoyyffxyykkiofsrlzaspdwcnydfmdhcj", "lxoyoyrifofoyyffxyykkiofsrlzlxspdwcnydfmdhcj", "lxoyoyrifofoyyffxyykkiofsrlzlxsrxdwcnydfmdhcj", "lxoyoyrifofoyyffxyykkiofsrlzlxsrxlzwcnydfmdhcj", "lxoyoyrifofoyyffxyykkiofsrlzlxsrxlzoycnydfmdhcj", "lxoyoyrifofoyyffxyykkiofsrlzlxsrxlzoysinydfmdhcj", "lxoyoyrifofoyyffxyykkiofsrlzlxsrxlzoysikkydfmdhcj", "lxoyoyrifofoyyffxyykkiofsrlzlxsrxlzoysikkylzfmdhcj", "lxoyoyrifofoyyffxyykkiofsrlzlxsrxlzoysikkylzfxldhcj", "lxoyoyrifofoyyffxyykkiofsrlzlxsrxlzoysikkylzfxllzhcj", "lxoyoyrifofoyyffxyykkiofsrlzlxsrxlzoysikkylzfxllzyycj", "lxoyoyrifofoyyffxyykkiofsrlzlxsrxlzoysikkylzfxllzyysij"]}, "config": {"characters": "awwveehtqynufgbaspdwcnydfmdhcj", "length": 30, "num_rules": 16, "rules": {"a": ["l", "x"], "b": ["l", "z"], "c": ["s", "i"], "d": ["l", "z"], "e": ["f", "o"], "g": ["s", "r"], "h": ["y", "y"], "j": ["z", "k"], "m": ["x", "l"], "n": ["k", "k"], "p": ["r", "x"], "q": ["x", "y"], "t": ["f", "f"], "u": ["i", "o"], "v": ["r", "i"], "w": ["o", "y"]}}, "task_name": "task11", "example_name": "0238", "problem_name": "task11_0238"}
+{"prompt": "Starting from a given string of characters, continue to replace each character following a given list of rules for the replacement until no further replacement is possible. The rule is given in the form of \"A -> BC\", which means if you find \"A\", replace it with \"B\" and \"C\".\nFor each step, scan from the leftmost character and if a rule-matching character is found, apply the replacement and stop the scan.\nSave each replacement result as an intermediate state, and repeat until no more rule-matching replacement is possible.\n\nProvide the final state along with the intermediate states in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\ncharacters: kkbyswdylypwnwfftmafbwhssgyvvsbnkbrqrm\nrules:\nv -> os\nn -> sm\nw -> ym\nk -> jx\nf -> cq\nl -> oe\ng -> xh\nr -> as\np -> ax\nb -> hx\nt -> aq\nd -> cy", "label": {"final": "jxjxhxysymcyyoeyaxymsmymcqcqaqmacqhxymhssxhyososshxsmjxhxasqasm", "init": "kkbyswdylypwnwfftmafbwhssgyvvsbnkbrqrm", "intermediate": ["jxkbyswdylypwnwfftmafbwhssgyvvsbnkbrqrm", "jxjxbyswdylypwnwfftmafbwhssgyvvsbnkbrqrm", "jxjxhxyswdylypwnwfftmafbwhssgyvvsbnkbrqrm", "jxjxhxysymdylypwnwfftmafbwhssgyvvsbnkbrqrm", "jxjxhxysymcyylypwnwfftmafbwhssgyvvsbnkbrqrm", "jxjxhxysymcyyoeypwnwfftmafbwhssgyvvsbnkbrqrm", "jxjxhxysymcyyoeyaxwnwfftmafbwhssgyvvsbnkbrqrm", "jxjxhxysymcyyoeyaxymnwfftmafbwhssgyvvsbnkbrqrm", "jxjxhxysymcyyoeyaxymsmwfftmafbwhssgyvvsbnkbrqrm", "jxjxhxysymcyyoeyaxymsmymfftmafbwhssgyvvsbnkbrqrm", "jxjxhxysymcyyoeyaxymsmymcqftmafbwhssgyvvsbnkbrqrm", "jxjxhxysymcyyoeyaxymsmymcqcqtmafbwhssgyvvsbnkbrqrm", "jxjxhxysymcyyoeyaxymsmymcqcqaqmafbwhssgyvvsbnkbrqrm", "jxjxhxysymcyyoeyaxymsmymcqcqaqmacqbwhssgyvvsbnkbrqrm", "jxjxhxysymcyyoeyaxymsmymcqcqaqmacqhxwhssgyvvsbnkbrqrm", "jxjxhxysymcyyoeyaxymsmymcqcqaqmacqhxymhssgyvvsbnkbrqrm", "jxjxhxysymcyyoeyaxymsmymcqcqaqmacqhxymhssxhyvvsbnkbrqrm", "jxjxhxysymcyyoeyaxymsmymcqcqaqmacqhxymhssxhyosvsbnkbrqrm", "jxjxhxysymcyyoeyaxymsmymcqcqaqmacqhxymhssxhyosossbnkbrqrm", "jxjxhxysymcyyoeyaxymsmymcqcqaqmacqhxymhssxhyososshxnkbrqrm", "jxjxhxysymcyyoeyaxymsmymcqcqaqmacqhxymhssxhyososshxsmkbrqrm", "jxjxhxysymcyyoeyaxymsmymcqcqaqmacqhxymhssxhyososshxsmjxbrqrm", "jxjxhxysymcyyoeyaxymsmymcqcqaqmacqhxymhssxhyososshxsmjxhxrqrm", "jxjxhxysymcyyoeyaxymsmymcqcqaqmacqhxymhssxhyososshxsmjxhxasqrm"]}, "config": {"characters": "kkbyswdylypwnwfftmafbwhssgyvvsbnkbrqrm", "length": 38, "num_rules": 12, "rules": {"b": ["h", "x"], "d": ["c", "y"], "f": ["c", "q"], "g": ["x", "h"], "k": ["j", "x"], "l": ["o", "e"], "n": ["s", "m"], "p": ["a", "x"], "r": ["a", "s"], "t": ["a", "q"], "v": ["o", "s"], "w": ["y", "m"]}}, "task_name": "task11", "example_name": "0239", "problem_name": "task11_0239"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 5, 2, 6, 0\nSequence 2: d, b, c, b, d, a, a, c\nN: 2", "label": {"final": "8d5b", "init": "", "intermediate": ["8d"]}, "config": {"N": 2, "sequence1": [8, 5, 2, 6, 0], "sequence1_pattern": 5, "sequence2": ["d", "b", "c", "b", "d", "a", "a", "c"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0000", "problem_name": "task12_0000"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 5, 3, 0, 9\nSequence 2: d, a, c, b, b, d, a, a\nN: 2", "label": {"final": "2d5a", "init": "", "intermediate": ["2d"]}, "config": {"N": 2, "sequence1": [2, 5, 3, 0, 9], "sequence1_pattern": 5, "sequence2": ["d", "a", "c", "b", "b", "d", "a", "a"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0001", "problem_name": "task12_0001"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 6, 7, 1, 6, 2\nSequence 2: b, c, b, c, c, b, b, a\nN: 2", "label": {"final": "1b6c", "init": "", "intermediate": ["1b"]}, "config": {"N": 2, "sequence1": [1, 6, 7, 1, 6, 2], "sequence1_pattern": 6, "sequence2": ["b", "c", "b", "c", "c", "b", "b", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0002", "problem_name": "task12_0002"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 7, 7, 9, 6, 8\nSequence 2: a, d, e, e, d, b, b, d\nN: 2", "label": {"final": "9a7d", "init": "", "intermediate": ["9a"]}, "config": {"N": 2, "sequence1": [9, 7, 7, 9, 6, 8], "sequence1_pattern": 6, "sequence2": ["a", "d", "e", "e", "d", "b", "b", "d"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0003", "problem_name": "task12_0003"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 4, 3, 5, 5, 5\nSequence 2: c, d, c, a, d, b, c, a\nN: 2", "label": {"final": "1c4d", "init": "", "intermediate": ["1c"]}, "config": {"N": 2, "sequence1": [1, 4, 3, 5, 5, 5], "sequence1_pattern": 6, "sequence2": ["c", "d", "c", "a", "d", "b", "c", "a"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0004", "problem_name": "task12_0004"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 3, 9, 1, 8\nSequence 2: a, a, a, a, a, b, b, b\nN: 2", "label": {"final": "6a3a", "init": "", "intermediate": ["6a"]}, "config": {"N": 2, "sequence1": [6, 3, 9, 1, 8], "sequence1_pattern": 5, "sequence2": ["a", "a", "a", "a", "a", "b", "b", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0005", "problem_name": "task12_0005"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 4, 7, 7, 7\nSequence 2: a, c, b, b, a, c, a, b\nN: 2", "label": {"final": "5a4c", "init": "", "intermediate": ["5a"]}, "config": {"N": 2, "sequence1": [5, 4, 7, 7, 7], "sequence1_pattern": 5, "sequence2": ["a", "c", "b", "b", "a", "c", "a", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0006", "problem_name": "task12_0006"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 3, 0, 8, 0\nSequence 2: a, a, b, c, a, d, d, c\nN: 2", "label": {"final": "2a3a", "init": "", "intermediate": ["2a"]}, "config": {"N": 2, "sequence1": [2, 3, 0, 8, 0], "sequence1_pattern": 5, "sequence2": ["a", "a", "b", "c", "a", "d", "d", "c"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0007", "problem_name": "task12_0007"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 8, 8, 7, 7\nSequence 2: b, a, b, b, a, a, b, a\nN: 2", "label": {"final": "3b8a", "init": "", "intermediate": ["3b"]}, "config": {"N": 2, "sequence1": [3, 8, 8, 7, 7], "sequence1_pattern": 5, "sequence2": ["b", "a", "b", "b", "a", "a", "b", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0008", "problem_name": "task12_0008"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 4, 8, 4, 0, 0\nSequence 2: d, a, e, c, b, c, e, c\nN: 2", "label": {"final": "3d4a", "init": "", "intermediate": ["3d"]}, "config": {"N": 2, "sequence1": [3, 4, 8, 4, 0, 0], "sequence1_pattern": 6, "sequence2": ["d", "a", "e", "c", "b", "c", "e", "c"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0009", "problem_name": "task12_0009"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 6, 6, 9, 1, 6\nSequence 2: d, c, b, b, c, c, a, c\nN: 3", "label": {"final": "0d6c6b", "init": "", "intermediate": ["0d", "0d6c"]}, "config": {"N": 3, "sequence1": [0, 6, 6, 9, 1, 6], "sequence1_pattern": 6, "sequence2": ["d", "c", "b", "b", "c", "c", "a", "c"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0010", "problem_name": "task12_0010"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 6, 8, 3\nSequence 2: b, a, a, a, a, b, b, b\nN: 3", "label": {"final": "1b6a8a", "init": "", "intermediate": ["1b", "1b6a"]}, "config": {"N": 3, "sequence1": [1, 6, 8, 3], "sequence1_pattern": 4, "sequence2": ["b", "a", "a", "a", "a", "b", "b", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0011", "problem_name": "task12_0011"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 8, 9, 6, 9, 3\nSequence 2: a, a, a, a, b, b, a, a\nN: 3", "label": {"final": "3a8a9a", "init": "", "intermediate": ["3a", "3a8a"]}, "config": {"N": 3, "sequence1": [3, 8, 9, 6, 9, 3], "sequence1_pattern": 6, "sequence2": ["a", "a", "a", "a", "b", "b", "a", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0012", "problem_name": "task12_0012"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 2, 0, 3, 7, 9\nSequence 2: c, a, d, b, b, b, e, a\nN: 3", "label": {"final": "5c2a0d", "init": "", "intermediate": ["5c", "5c2a"]}, "config": {"N": 3, "sequence1": [5, 2, 0, 3, 7, 9], "sequence1_pattern": 6, "sequence2": ["c", "a", "d", "b", "b", "b", "e", "a"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0013", "problem_name": "task12_0013"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 3, 6, 4, 3\nSequence 2: c, a, d, b, c, b, c, c\nN: 3", "label": {"final": "4c3a6d", "init": "", "intermediate": ["4c", "4c3a"]}, "config": {"N": 3, "sequence1": [4, 3, 6, 4, 3], "sequence1_pattern": 5, "sequence2": ["c", "a", "d", "b", "c", "b", "c", "c"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0014", "problem_name": "task12_0014"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 3, 6, 8, 6\nSequence 2: c, c, a, a, c, b, d, a\nN: 3", "label": {"final": "0c3c6a", "init": "", "intermediate": ["0c", "0c3c"]}, "config": {"N": 3, "sequence1": [0, 3, 6, 8, 6], "sequence1_pattern": 5, "sequence2": ["c", "c", "a", "a", "c", "b", "d", "a"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0015", "problem_name": "task12_0015"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 2, 2, 7, 3\nSequence 2: d, a, b, b, b, b, c, b\nN: 3", "label": {"final": "4d2a2b", "init": "", "intermediate": ["4d", "4d2a"]}, "config": {"N": 3, "sequence1": [4, 2, 2, 7, 3], "sequence1_pattern": 5, "sequence2": ["d", "a", "b", "b", "b", "b", "c", "b"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0016", "problem_name": "task12_0016"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 2, 4, 0, 9, 6\nSequence 2: b, c, b, b, b, b, b, d\nN: 3", "label": {"final": "2b2c4b", "init": "", "intermediate": ["2b", "2b2c"]}, "config": {"N": 3, "sequence1": [2, 2, 4, 0, 9, 6], "sequence1_pattern": 6, "sequence2": ["b", "c", "b", "b", "b", "b", "b", "d"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0017", "problem_name": "task12_0017"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 1, 4, 8\nSequence 2: c, c, b, c, c, c, c, c\nN: 3", "label": {"final": "4c1c4b", "init": "", "intermediate": ["4c", "4c1c"]}, "config": {"N": 3, "sequence1": [4, 1, 4, 8], "sequence1_pattern": 4, "sequence2": ["c", "c", "b", "c", "c", "c", "c", "c"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0018", "problem_name": "task12_0018"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 8, 4, 0, 0\nSequence 2: c, a, a, c, c, c, c, b\nN: 3", "label": {"final": "0c8a4a", "init": "", "intermediate": ["0c", "0c8a"]}, "config": {"N": 3, "sequence1": [0, 8, 4, 0, 0], "sequence1_pattern": 5, "sequence2": ["c", "a", "a", "c", "c", "c", "c", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0019", "problem_name": "task12_0019"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 7, 8, 3\nSequence 2: a, b, b, b, b, b, a, b\nN: 4", "label": {"final": "5a7b8b3b", "init": "", "intermediate": ["5a", "5a7b", "5a7b8b"]}, "config": {"N": 4, "sequence1": [5, 7, 8, 3], "sequence1_pattern": 4, "sequence2": ["a", "b", "b", "b", "b", "b", "a", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0020", "problem_name": "task12_0020"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 0, 4, 0, 2\nSequence 2: c, e, d, e, d, c, c, d\nN: 4", "label": {"final": "8c0e4d0e", "init": "", "intermediate": ["8c", "8c0e", "8c0e4d"]}, "config": {"N": 4, "sequence1": [8, 0, 4, 0, 2], "sequence1_pattern": 5, "sequence2": ["c", "e", "d", "e", "d", "c", "c", "d"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0021", "problem_name": "task12_0021"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 0, 3, 1\nSequence 2: b, c, c, c, a, c, b, c\nN: 4", "label": {"final": "5b0c3c1c", "init": "", "intermediate": ["5b", "5b0c", "5b0c3c"]}, "config": {"N": 4, "sequence1": [5, 0, 3, 1], "sequence1_pattern": 4, "sequence2": ["b", "c", "c", "c", "a", "c", "b", "c"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0022", "problem_name": "task12_0022"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 3, 9, 7, 3, 7\nSequence 2: b, a, b, a, a, a, b, b\nN: 4", "label": {"final": "9b3a9b7a", "init": "", "intermediate": ["9b", "9b3a", "9b3a9b"]}, "config": {"N": 4, "sequence1": [9, 3, 9, 7, 3, 7], "sequence1_pattern": 6, "sequence2": ["b", "a", "b", "a", "a", "a", "b", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0023", "problem_name": "task12_0023"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 4, 1, 7, 9, 2\nSequence 2: c, a, a, b, c, d, d, b\nN: 4", "label": {"final": "2c4a1a7b", "init": "", "intermediate": ["2c", "2c4a", "2c4a1a"]}, "config": {"N": 4, "sequence1": [2, 4, 1, 7, 9, 2], "sequence1_pattern": 6, "sequence2": ["c", "a", "a", "b", "c", "d", "d", "b"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0024", "problem_name": "task12_0024"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 3, 9, 8, 9\nSequence 2: b, b, b, d, a, c, e, d\nN: 4", "label": {"final": "5b3b9b8d", "init": "", "intermediate": ["5b", "5b3b", "5b3b9b"]}, "config": {"N": 4, "sequence1": [5, 3, 9, 8, 9], "sequence1_pattern": 5, "sequence2": ["b", "b", "b", "d", "a", "c", "e", "d"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0025", "problem_name": "task12_0025"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 1, 1, 9, 7\nSequence 2: a, c, c, c, b, b, b, d\nN: 4", "label": {"final": "6a1c1c9c", "init": "", "intermediate": ["6a", "6a1c", "6a1c1c"]}, "config": {"N": 4, "sequence1": [6, 1, 1, 9, 7], "sequence1_pattern": 5, "sequence2": ["a", "c", "c", "c", "b", "b", "b", "d"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0026", "problem_name": "task12_0026"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 2, 9, 6, 3\nSequence 2: e, d, d, e, a, b, e, d\nN: 4", "label": {"final": "1e2d9d6e", "init": "", "intermediate": ["1e", "1e2d", "1e2d9d"]}, "config": {"N": 4, "sequence1": [1, 2, 9, 6, 3], "sequence1_pattern": 5, "sequence2": ["e", "d", "d", "e", "a", "b", "e", "d"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0027", "problem_name": "task12_0027"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 1, 8, 1\nSequence 2: d, a, b, a, b, d, a, a\nN: 4", "label": {"final": "8d1a8b1a", "init": "", "intermediate": ["8d", "8d1a", "8d1a8b"]}, "config": {"N": 4, "sequence1": [8, 1, 8, 1], "sequence1_pattern": 4, "sequence2": ["d", "a", "b", "a", "b", "d", "a", "a"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0028", "problem_name": "task12_0028"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 3, 4, 1, 3, 9\nSequence 2: a, c, a, a, b, b, b, a\nN: 4", "label": {"final": "3a3c4a1a", "init": "", "intermediate": ["3a", "3a3c", "3a3c4a"]}, "config": {"N": 4, "sequence1": [3, 3, 4, 1, 3, 9], "sequence1_pattern": 6, "sequence2": ["a", "c", "a", "a", "b", "b", "b", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0029", "problem_name": "task12_0029"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 8, 7, 8\nSequence 2: b, c, c, b, b, a, a, c\nN: 5", "label": {"final": "9b8c7c8b9b", "init": "", "intermediate": ["9b", "9b8c", "9b8c7c", "9b8c7c8b"]}, "config": {"N": 5, "sequence1": [9, 8, 7, 8], "sequence1_pattern": 4, "sequence2": ["b", "c", "c", "b", "b", "a", "a", "c"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0030", "problem_name": "task12_0030"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 7, 2, 8, 6\nSequence 2: c, a, c, e, a, c, c, b\nN: 5", "label": {"final": "4c7a2c8e6a", "init": "", "intermediate": ["4c", "4c7a", "4c7a2c", "4c7a2c8e"]}, "config": {"N": 5, "sequence1": [4, 7, 2, 8, 6], "sequence1_pattern": 5, "sequence2": ["c", "a", "c", "e", "a", "c", "c", "b"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0031", "problem_name": "task12_0031"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 6, 8, 7\nSequence 2: a, a, a, b, a, b, a, b\nN: 5", "label": {"final": "8a6a8a7b8a", "init": "", "intermediate": ["8a", "8a6a", "8a6a8a", "8a6a8a7b"]}, "config": {"N": 5, "sequence1": [8, 6, 8, 7], "sequence1_pattern": 4, "sequence2": ["a", "a", "a", "b", "a", "b", "a", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0032", "problem_name": "task12_0032"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 3, 8, 1, 3\nSequence 2: a, b, c, a, b, a, c, c\nN: 5", "label": {"final": "2a3b8c1a3b", "init": "", "intermediate": ["2a", "2a3b", "2a3b8c", "2a3b8c1a"]}, "config": {"N": 5, "sequence1": [2, 3, 8, 1, 3], "sequence1_pattern": 5, "sequence2": ["a", "b", "c", "a", "b", "a", "c", "c"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0033", "problem_name": "task12_0033"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 4, 0, 7, 6, 5\nSequence 2: b, a, b, b, a, b, b, b\nN: 5", "label": {"final": "6b4a0b7b6a", "init": "", "intermediate": ["6b", "6b4a", "6b4a0b", "6b4a0b7b"]}, "config": {"N": 5, "sequence1": [6, 4, 0, 7, 6, 5], "sequence1_pattern": 6, "sequence2": ["b", "a", "b", "b", "a", "b", "b", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0034", "problem_name": "task12_0034"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 5, 6, 2, 0\nSequence 2: a, a, b, a, a, a, a, b\nN: 5", "label": {"final": "8a5a6b2a0a", "init": "", "intermediate": ["8a", "8a5a", "8a5a6b", "8a5a6b2a"]}, "config": {"N": 5, "sequence1": [8, 5, 6, 2, 0], "sequence1_pattern": 5, "sequence2": ["a", "a", "b", "a", "a", "a", "a", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0035", "problem_name": "task12_0035"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 4, 5, 4, 5\nSequence 2: a, a, a, b, a, b, a, b\nN: 5", "label": {"final": "0a4a5a4b5a", "init": "", "intermediate": ["0a", "0a4a", "0a4a5a", "0a4a5a4b"]}, "config": {"N": 5, "sequence1": [0, 4, 5, 4, 5], "sequence1_pattern": 5, "sequence2": ["a", "a", "a", "b", "a", "b", "a", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0036", "problem_name": "task12_0036"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 8, 5, 3, 6, 0\nSequence 2: b, a, b, c, c, c, c, a\nN: 5", "label": {"final": "2b8a5b3c6c", "init": "", "intermediate": ["2b", "2b8a", "2b8a5b", "2b8a5b3c"]}, "config": {"N": 5, "sequence1": [2, 8, 5, 3, 6, 0], "sequence1_pattern": 6, "sequence2": ["b", "a", "b", "c", "c", "c", "c", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0037", "problem_name": "task12_0037"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 0, 9, 5, 5\nSequence 2: a, b, b, b, a, a, c, b\nN: 5", "label": {"final": "2a0b9b5b5a", "init": "", "intermediate": ["2a", "2a0b", "2a0b9b", "2a0b9b5b"]}, "config": {"N": 5, "sequence1": [2, 0, 9, 5, 5], "sequence1_pattern": 5, "sequence2": ["a", "b", "b", "b", "a", "a", "c", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0038", "problem_name": "task12_0038"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 9, 8, 5, 2, 0\nSequence 2: b, a, b, b, b, b, a, b\nN: 5", "label": {"final": "4b9a8b5b2b", "init": "", "intermediate": ["4b", "4b9a", "4b9a8b", "4b9a8b5b"]}, "config": {"N": 5, "sequence1": [4, 9, 8, 5, 2, 0], "sequence1_pattern": 6, "sequence2": ["b", "a", "b", "b", "b", "b", "a", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0039", "problem_name": "task12_0039"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 5, 4, 0, 6, 3\nSequence 2: c, a, a, c, c, b, b, a\nN: 6", "label": {"final": "6c5a4a0c6c3b", "init": "", "intermediate": ["6c", "6c5a", "6c5a4a", "6c5a4a0c", "6c5a4a0c6c"]}, "config": {"N": 6, "sequence1": [6, 5, 4, 0, 6, 3], "sequence1_pattern": 6, "sequence2": ["c", "a", "a", "c", "c", "b", "b", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0040", "problem_name": "task12_0040"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 7, 7, 2\nSequence 2: b, b, a, b, b, b, b, b\nN: 6", "label": {"final": "1b7b7a2b1b7b", "init": "", "intermediate": ["1b", "1b7b", "1b7b7a", "1b7b7a2b", "1b7b7a2b1b"]}, "config": {"N": 6, "sequence1": [1, 7, 7, 2], "sequence1_pattern": 4, "sequence2": ["b", "b", "a", "b", "b", "b", "b", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0041", "problem_name": "task12_0041"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 7, 7, 2, 1, 3\nSequence 2: b, a, a, a, b, c, b, a\nN: 6", "label": {"final": "8b7a7a2a1b3c", "init": "", "intermediate": ["8b", "8b7a", "8b7a7a", "8b7a7a2a", "8b7a7a2a1b"]}, "config": {"N": 6, "sequence1": [8, 7, 7, 2, 1, 3], "sequence1_pattern": 6, "sequence2": ["b", "a", "a", "a", "b", "c", "b", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0042", "problem_name": "task12_0042"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 2, 9, 2, 9, 2\nSequence 2: a, d, d, d, d, a, c, e\nN: 6", "label": {"final": "3a2d9d2d9d2a", "init": "", "intermediate": ["3a", "3a2d", "3a2d9d", "3a2d9d2d", "3a2d9d2d9d"]}, "config": {"N": 6, "sequence1": [3, 2, 9, 2, 9, 2], "sequence1_pattern": 6, "sequence2": ["a", "d", "d", "d", "d", "a", "c", "e"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0043", "problem_name": "task12_0043"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 1, 7, 9, 8, 8\nSequence 2: a, c, c, c, c, c, b, b\nN: 6", "label": {"final": "2a1c7c9c8c8c", "init": "", "intermediate": ["2a", "2a1c", "2a1c7c", "2a1c7c9c", "2a1c7c9c8c"]}, "config": {"N": 6, "sequence1": [2, 1, 7, 9, 8, 8], "sequence1_pattern": 6, "sequence2": ["a", "c", "c", "c", "c", "c", "b", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0044", "problem_name": "task12_0044"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 1, 6, 2, 8, 4\nSequence 2: d, c, c, a, c, b, c, d\nN: 6", "label": {"final": "4d1c6c2a8c4b", "init": "", "intermediate": ["4d", "4d1c", "4d1c6c", "4d1c6c2a", "4d1c6c2a8c"]}, "config": {"N": 6, "sequence1": [4, 1, 6, 2, 8, 4], "sequence1_pattern": 6, "sequence2": ["d", "c", "c", "a", "c", "b", "c", "d"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0045", "problem_name": "task12_0045"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 2, 0, 0, 0, 1\nSequence 2: d, a, b, b, c, e, e, c\nN: 6", "label": {"final": "8d2a0b0b0c1e", "init": "", "intermediate": ["8d", "8d2a", "8d2a0b", "8d2a0b0b", "8d2a0b0b0c"]}, "config": {"N": 6, "sequence1": [8, 2, 0, 0, 0, 1], "sequence1_pattern": 6, "sequence2": ["d", "a", "b", "b", "c", "e", "e", "c"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0046", "problem_name": "task12_0046"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 1, 2, 6\nSequence 2: a, b, c, a, a, a, c, a\nN: 6", "label": {"final": "4a1b2c6a4a1a", "init": "", "intermediate": ["4a", "4a1b", "4a1b2c", "4a1b2c6a", "4a1b2c6a4a"]}, "config": {"N": 6, "sequence1": [4, 1, 2, 6], "sequence1_pattern": 4, "sequence2": ["a", "b", "c", "a", "a", "a", "c", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0047", "problem_name": "task12_0047"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 9, 2, 7, 9, 1\nSequence 2: d, b, d, b, d, d, d, a\nN: 6", "label": {"final": "1d9b2d7b9d1d", "init": "", "intermediate": ["1d", "1d9b", "1d9b2d", "1d9b2d7b", "1d9b2d7b9d"]}, "config": {"N": 6, "sequence1": [1, 9, 2, 7, 9, 1], "sequence1_pattern": 6, "sequence2": ["d", "b", "d", "b", "d", "d", "d", "a"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0048", "problem_name": "task12_0048"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 4, 7, 7, 5\nSequence 2: a, a, a, a, c, c, c, c\nN: 6", "label": {"final": "5a4a7a7a5c5c", "init": "", "intermediate": ["5a", "5a4a", "5a4a7a", "5a4a7a7a", "5a4a7a7a5c"]}, "config": {"N": 6, "sequence1": [5, 4, 7, 7, 5], "sequence1_pattern": 5, "sequence2": ["a", "a", "a", "a", "c", "c", "c", "c"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0049", "problem_name": "task12_0049"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 1, 2, 9, 7\nSequence 2: a, e, e, c, c, e, b, a\nN: 7", "label": {"final": "1a1e2e9c7c1e1b", "init": "", "intermediate": ["1a", "1a1e", "1a1e2e", "1a1e2e9c", "1a1e2e9c7c", "1a1e2e9c7c1e"]}, "config": {"N": 7, "sequence1": [1, 1, 2, 9, 7], "sequence1_pattern": 5, "sequence2": ["a", "e", "e", "c", "c", "e", "b", "a"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0050", "problem_name": "task12_0050"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 6, 8, 5\nSequence 2: d, d, d, d, b, a, b, b\nN: 7", "label": {"final": "7d6d8d5d7b6a8b", "init": "", "intermediate": ["7d", "7d6d", "7d6d8d", "7d6d8d5d", "7d6d8d5d7b", "7d6d8d5d7b6a"]}, "config": {"N": 7, "sequence1": [7, 6, 8, 5], "sequence1_pattern": 4, "sequence2": ["d", "d", "d", "d", "b", "a", "b", "b"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0051", "problem_name": "task12_0051"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 5, 1, 4, 5\nSequence 2: b, a, c, b, a, a, e, d\nN: 7", "label": {"final": "4b5a1c4b5a4a5e", "init": "", "intermediate": ["4b", "4b5a", "4b5a1c", "4b5a1c4b", "4b5a1c4b5a", "4b5a1c4b5a4a"]}, "config": {"N": 7, "sequence1": [4, 5, 1, 4, 5], "sequence1_pattern": 5, "sequence2": ["b", "a", "c", "b", "a", "a", "e", "d"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0052", "problem_name": "task12_0052"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 4, 1, 0, 2, 0\nSequence 2: b, b, a, a, b, b, a, a\nN: 7", "label": {"final": "3b4b1a0a2b0b3a", "init": "", "intermediate": ["3b", "3b4b", "3b4b1a", "3b4b1a0a", "3b4b1a0a2b", "3b4b1a0a2b0b"]}, "config": {"N": 7, "sequence1": [3, 4, 1, 0, 2, 0], "sequence1_pattern": 6, "sequence2": ["b", "b", "a", "a", "b", "b", "a", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0053", "problem_name": "task12_0053"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 2, 2, 2, 7, 5\nSequence 2: b, a, a, b, a, a, b, a\nN: 7", "label": {"final": "7b2a2a2b7a5a7b", "init": "", "intermediate": ["7b", "7b2a", "7b2a2a", "7b2a2a2b", "7b2a2a2b7a", "7b2a2a2b7a5a"]}, "config": {"N": 7, "sequence1": [7, 2, 2, 2, 7, 5], "sequence1_pattern": 6, "sequence2": ["b", "a", "a", "b", "a", "a", "b", "a"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0054", "problem_name": "task12_0054"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 0, 4, 2, 8, 6\nSequence 2: b, c, a, a, b, c, a, c\nN: 7", "label": {"final": "5b0c4a2a8b6c5a", "init": "", "intermediate": ["5b", "5b0c", "5b0c4a", "5b0c4a2a", "5b0c4a2a8b", "5b0c4a2a8b6c"]}, "config": {"N": 7, "sequence1": [5, 0, 4, 2, 8, 6], "sequence1_pattern": 6, "sequence2": ["b", "c", "a", "a", "b", "c", "a", "c"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0055", "problem_name": "task12_0055"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 4, 8, 7, 7\nSequence 2: e, c, c, c, d, c, e, d\nN: 7", "label": {"final": "9e4c8c7c7d9c4e", "init": "", "intermediate": ["9e", "9e4c", "9e4c8c", "9e4c8c7c", "9e4c8c7c7d", "9e4c8c7c7d9c"]}, "config": {"N": 7, "sequence1": [9, 4, 8, 7, 7], "sequence1_pattern": 5, "sequence2": ["e", "c", "c", "c", "d", "c", "e", "d"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0056", "problem_name": "task12_0056"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 7, 4, 8, 9\nSequence 2: c, a, a, a, b, a, b, c\nN: 7", "label": {"final": "3c7a4a8a9b3a7b", "init": "", "intermediate": ["3c", "3c7a", "3c7a4a", "3c7a4a8a", "3c7a4a8a9b", "3c7a4a8a9b3a"]}, "config": {"N": 7, "sequence1": [3, 7, 4, 8, 9], "sequence1_pattern": 5, "sequence2": ["c", "a", "a", "a", "b", "a", "b", "c"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0057", "problem_name": "task12_0057"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 6, 6, 2, 2\nSequence 2: c, c, c, b, a, a, b, a\nN: 7", "label": {"final": "9c6c6c2b2a9a6b", "init": "", "intermediate": ["9c", "9c6c", "9c6c6c", "9c6c6c2b", "9c6c6c2b2a", "9c6c6c2b2a9a"]}, "config": {"N": 7, "sequence1": [9, 6, 6, 2, 2], "sequence1_pattern": 5, "sequence2": ["c", "c", "c", "b", "a", "a", "b", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0058", "problem_name": "task12_0058"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 9, 4, 6, 9, 4\nSequence 2: a, b, a, b, b, a, b, b\nN: 7", "label": {"final": "3a9b4a6b9b4a3b", "init": "", "intermediate": ["3a", "3a9b", "3a9b4a", "3a9b4a6b", "3a9b4a6b9b", "3a9b4a6b9b4a"]}, "config": {"N": 7, "sequence1": [3, 9, 4, 6, 9, 4], "sequence1_pattern": 6, "sequence2": ["a", "b", "a", "b", "b", "a", "b", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0059", "problem_name": "task12_0059"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 3, 8, 0\nSequence 2: a, b, a, a, b, b, b, b\nN: 8", "label": {"final": "2a3b8a0a2b3b8b0b", "init": "", "intermediate": ["2a", "2a3b", "2a3b8a", "2a3b8a0a", "2a3b8a0a2b", "2a3b8a0a2b3b", "2a3b8a0a2b3b8b"]}, "config": {"N": 8, "sequence1": [2, 3, 8, 0], "sequence1_pattern": 4, "sequence2": ["a", "b", "a", "a", "b", "b", "b", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0060", "problem_name": "task12_0060"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 0, 3, 6\nSequence 2: a, c, b, a, b, c, a, a\nN: 8", "label": {"final": "5a0c3b6a5b0c3a6a", "init": "", "intermediate": ["5a", "5a0c", "5a0c3b", "5a0c3b6a", "5a0c3b6a5b", "5a0c3b6a5b0c", "5a0c3b6a5b0c3a"]}, "config": {"N": 8, "sequence1": [5, 0, 3, 6], "sequence1_pattern": 4, "sequence2": ["a", "c", "b", "a", "b", "c", "a", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0061", "problem_name": "task12_0061"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 9, 7, 3\nSequence 2: c, b, b, a, b, b, c, b\nN: 8", "label": {"final": "7c9b7b3a7b9b7c3b", "init": "", "intermediate": ["7c", "7c9b", "7c9b7b", "7c9b7b3a", "7c9b7b3a7b", "7c9b7b3a7b9b", "7c9b7b3a7b9b7c"]}, "config": {"N": 8, "sequence1": [7, 9, 7, 3], "sequence1_pattern": 4, "sequence2": ["c", "b", "b", "a", "b", "b", "c", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0062", "problem_name": "task12_0062"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 8, 7, 9\nSequence 2: d, a, b, b, c, a, e, b\nN: 8", "label": {"final": "9d8a7b9b9c8a7e9b", "init": "", "intermediate": ["9d", "9d8a", "9d8a7b", "9d8a7b9b", "9d8a7b9b9c", "9d8a7b9b9c8a", "9d8a7b9b9c8a7e"]}, "config": {"N": 8, "sequence1": [9, 8, 7, 9], "sequence1_pattern": 4, "sequence2": ["d", "a", "b", "b", "c", "a", "e", "b"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0063", "problem_name": "task12_0063"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 8, 6, 9\nSequence 2: b, a, a, b, a, c, a, a\nN: 8", "label": {"final": "3b8a6a9b3a8c6a9a", "init": "", "intermediate": ["3b", "3b8a", "3b8a6a", "3b8a6a9b", "3b8a6a9b3a", "3b8a6a9b3a8c", "3b8a6a9b3a8c6a"]}, "config": {"N": 8, "sequence1": [3, 8, 6, 9], "sequence1_pattern": 4, "sequence2": ["b", "a", "a", "b", "a", "c", "a", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0064", "problem_name": "task12_0064"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 7, 9, 9\nSequence 2: a, b, a, b, a, b, b, b\nN: 8", "label": {"final": "9a7b9a9b9a7b9b9b", "init": "", "intermediate": ["9a", "9a7b", "9a7b9a", "9a7b9a9b", "9a7b9a9b9a", "9a7b9a9b9a7b", "9a7b9a9b9a7b9b"]}, "config": {"N": 8, "sequence1": [9, 7, 9, 9], "sequence1_pattern": 4, "sequence2": ["a", "b", "a", "b", "a", "b", "b", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0065", "problem_name": "task12_0065"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 2, 7, 5, 9, 9\nSequence 2: e, e, a, c, b, e, b, e\nN: 8", "label": {"final": "2e2e7a5c9b9e2b2e", "init": "", "intermediate": ["2e", "2e2e", "2e2e7a", "2e2e7a5c", "2e2e7a5c9b", "2e2e7a5c9b9e", "2e2e7a5c9b9e2b"]}, "config": {"N": 8, "sequence1": [2, 2, 7, 5, 9, 9], "sequence1_pattern": 6, "sequence2": ["e", "e", "a", "c", "b", "e", "b", "e"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0066", "problem_name": "task12_0066"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 1, 3, 4, 7, 2\nSequence 2: e, d, e, d, e, e, a, d\nN: 8", "label": {"final": "5e1d3e4d7e2e5a1d", "init": "", "intermediate": ["5e", "5e1d", "5e1d3e", "5e1d3e4d", "5e1d3e4d7e", "5e1d3e4d7e2e", "5e1d3e4d7e2e5a"]}, "config": {"N": 8, "sequence1": [5, 1, 3, 4, 7, 2], "sequence1_pattern": 6, "sequence2": ["e", "d", "e", "d", "e", "e", "a", "d"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0067", "problem_name": "task12_0067"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 9, 6, 1\nSequence 2: a, c, c, c, a, b, b, a\nN: 8", "label": {"final": "2a9c6c1c2a9b6b1a", "init": "", "intermediate": ["2a", "2a9c", "2a9c6c", "2a9c6c1c", "2a9c6c1c2a", "2a9c6c1c2a9b", "2a9c6c1c2a9b6b"]}, "config": {"N": 8, "sequence1": [2, 9, 6, 1], "sequence1_pattern": 4, "sequence2": ["a", "c", "c", "c", "a", "b", "b", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0068", "problem_name": "task12_0068"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 3, 6, 2\nSequence 2: c, a, c, c, a, b, d, b\nN: 8", "label": {"final": "6c3a6c2c6a3b6d2b", "init": "", "intermediate": ["6c", "6c3a", "6c3a6c", "6c3a6c2c", "6c3a6c2c6a", "6c3a6c2c6a3b", "6c3a6c2c6a3b6d"]}, "config": {"N": 8, "sequence1": [6, 3, 6, 2], "sequence1_pattern": 4, "sequence2": ["c", "a", "c", "c", "a", "b", "d", "b"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0069", "problem_name": "task12_0069"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 2, 8, 3, 8\nSequence 2: c, a, b, a, b, c, b, b\nN: 9", "label": {"final": "4c2a8b3a8b4c2b8b3c", "init": "", "intermediate": ["4c", "4c2a", "4c2a8b", "4c2a8b3a", "4c2a8b3a8b", "4c2a8b3a8b4c", "4c2a8b3a8b4c2b", "4c2a8b3a8b4c2b8b"]}, "config": {"N": 9, "sequence1": [4, 2, 8, 3, 8], "sequence1_pattern": 5, "sequence2": ["c", "a", "b", "a", "b", "c", "b", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0070", "problem_name": "task12_0070"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 2, 5, 7\nSequence 2: d, c, e, d, b, e, e, c\nN: 9", "label": {"final": "7d2c5e7d7b2e5e7c7d", "init": "", "intermediate": ["7d", "7d2c", "7d2c5e", "7d2c5e7d", "7d2c5e7d7b", "7d2c5e7d7b2e", "7d2c5e7d7b2e5e", "7d2c5e7d7b2e5e7c"]}, "config": {"N": 9, "sequence1": [7, 2, 5, 7], "sequence1_pattern": 4, "sequence2": ["d", "c", "e", "d", "b", "e", "e", "c"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0071", "problem_name": "task12_0071"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 7, 9, 5, 5, 5\nSequence 2: c, b, e, d, d, c, c, a\nN: 9", "label": {"final": "6c7b9e5d5d5c6c7a9c", "init": "", "intermediate": ["6c", "6c7b", "6c7b9e", "6c7b9e5d", "6c7b9e5d5d", "6c7b9e5d5d5c", "6c7b9e5d5d5c6c", "6c7b9e5d5d5c6c7a"]}, "config": {"N": 9, "sequence1": [6, 7, 9, 5, 5, 5], "sequence1_pattern": 6, "sequence2": ["c", "b", "e", "d", "d", "c", "c", "a"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0072", "problem_name": "task12_0072"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 0, 5, 8, 8, 2\nSequence 2: b, c, d, d, a, c, c, d\nN: 9", "label": {"final": "7b0c5d8d8a2c7c0d5b", "init": "", "intermediate": ["7b", "7b0c", "7b0c5d", "7b0c5d8d", "7b0c5d8d8a", "7b0c5d8d8a2c", "7b0c5d8d8a2c7c", "7b0c5d8d8a2c7c0d"]}, "config": {"N": 9, "sequence1": [7, 0, 5, 8, 8, 2], "sequence1_pattern": 6, "sequence2": ["b", "c", "d", "d", "a", "c", "c", "d"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0073", "problem_name": "task12_0073"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 2, 4, 9, 4, 8\nSequence 2: c, a, b, c, e, c, e, b\nN: 9", "label": {"final": "3c2a4b9c4e8c3e2b4c", "init": "", "intermediate": ["3c", "3c2a", "3c2a4b", "3c2a4b9c", "3c2a4b9c4e", "3c2a4b9c4e8c", "3c2a4b9c4e8c3e", "3c2a4b9c4e8c3e2b"]}, "config": {"N": 9, "sequence1": [3, 2, 4, 9, 4, 8], "sequence1_pattern": 6, "sequence2": ["c", "a", "b", "c", "e", "c", "e", "b"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0074", "problem_name": "task12_0074"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 7, 4, 7\nSequence 2: b, c, b, b, c, a, a, b\nN: 9", "label": {"final": "6b7c4b7b6c7a4a7b6b", "init": "", "intermediate": ["6b", "6b7c", "6b7c4b", "6b7c4b7b", "6b7c4b7b6c", "6b7c4b7b6c7a", "6b7c4b7b6c7a4a", "6b7c4b7b6c7a4a7b"]}, "config": {"N": 9, "sequence1": [6, 7, 4, 7], "sequence1_pattern": 4, "sequence2": ["b", "c", "b", "b", "c", "a", "a", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0075", "problem_name": "task12_0075"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 8, 0, 8\nSequence 2: a, c, c, d, b, b, b, c\nN: 9", "label": {"final": "7a8c0c8d7b8b0b8c7a", "init": "", "intermediate": ["7a", "7a8c", "7a8c0c", "7a8c0c8d", "7a8c0c8d7b", "7a8c0c8d7b8b", "7a8c0c8d7b8b0b", "7a8c0c8d7b8b0b8c"]}, "config": {"N": 9, "sequence1": [7, 8, 0, 8], "sequence1_pattern": 4, "sequence2": ["a", "c", "c", "d", "b", "b", "b", "c"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0076", "problem_name": "task12_0076"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 9, 9, 8, 1\nSequence 2: e, d, d, b, d, e, d, a\nN: 9", "label": {"final": "4e9d9d8b1d4e9d9a8e", "init": "", "intermediate": ["4e", "4e9d", "4e9d9d", "4e9d9d8b", "4e9d9d8b1d", "4e9d9d8b1d4e", "4e9d9d8b1d4e9d", "4e9d9d8b1d4e9d9a"]}, "config": {"N": 9, "sequence1": [4, 9, 9, 8, 1], "sequence1_pattern": 5, "sequence2": ["e", "d", "d", "b", "d", "e", "d", "a"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0077", "problem_name": "task12_0077"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 8, 3, 8, 1\nSequence 2: a, a, b, a, b, a, b, b\nN: 9", "label": {"final": "2a8a3b8a1b2a8b3b8a", "init": "", "intermediate": ["2a", "2a8a", "2a8a3b", "2a8a3b8a", "2a8a3b8a1b", "2a8a3b8a1b2a", "2a8a3b8a1b2a8b", "2a8a3b8a1b2a8b3b"]}, "config": {"N": 9, "sequence1": [2, 8, 3, 8, 1], "sequence1_pattern": 5, "sequence2": ["a", "a", "b", "a", "b", "a", "b", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0078", "problem_name": "task12_0078"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 5, 9, 3, 8\nSequence 2: a, b, b, a, b, b, b, a\nN: 9", "label": {"final": "6a5b9b3a8b6b5b9a3a", "init": "", "intermediate": ["6a", "6a5b", "6a5b9b", "6a5b9b3a", "6a5b9b3a8b", "6a5b9b3a8b6b", "6a5b9b3a8b6b5b", "6a5b9b3a8b6b5b9a"]}, "config": {"N": 9, "sequence1": [6, 5, 9, 3, 8], "sequence1_pattern": 5, "sequence2": ["a", "b", "b", "a", "b", "b", "b", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0079", "problem_name": "task12_0079"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 7, 6, 8, 4\nSequence 2: a, b, b, b, b, b, a, b\nN: 10", "label": {"final": "9a7b6b8b4b9b7a6b8a4b", "init": "", "intermediate": ["9a", "9a7b", "9a7b6b", "9a7b6b8b", "9a7b6b8b4b", "9a7b6b8b4b9b", "9a7b6b8b4b9b7a", "9a7b6b8b4b9b7a6b", "9a7b6b8b4b9b7a6b8a"]}, "config": {"N": 10, "sequence1": [9, 7, 6, 8, 4], "sequence1_pattern": 5, "sequence2": ["a", "b", "b", "b", "b", "b", "a", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0080", "problem_name": "task12_0080"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 8, 5, 9, 8, 9\nSequence 2: a, b, b, a, a, a, a, a\nN: 10", "label": {"final": "5a8b5b9a8a9a5a8a5a9b", "init": "", "intermediate": ["5a", "5a8b", "5a8b5b", "5a8b5b9a", "5a8b5b9a8a", "5a8b5b9a8a9a", "5a8b5b9a8a9a5a", "5a8b5b9a8a9a5a8a", "5a8b5b9a8a9a5a8a5a"]}, "config": {"N": 10, "sequence1": [5, 8, 5, 9, 8, 9], "sequence1_pattern": 6, "sequence2": ["a", "b", "b", "a", "a", "a", "a", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0081", "problem_name": "task12_0081"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 8, 9, 1\nSequence 2: a, d, a, b, c, c, c, d\nN: 10", "label": {"final": "0a8d9a1b0c8c9c1d0a8d", "init": "", "intermediate": ["0a", "0a8d", "0a8d9a", "0a8d9a1b", "0a8d9a1b0c", "0a8d9a1b0c8c", "0a8d9a1b0c8c9c", "0a8d9a1b0c8c9c1d", "0a8d9a1b0c8c9c1d0a"]}, "config": {"N": 10, "sequence1": [0, 8, 9, 1], "sequence1_pattern": 4, "sequence2": ["a", "d", "a", "b", "c", "c", "c", "d"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0082", "problem_name": "task12_0082"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 9, 8, 7\nSequence 2: b, b, a, b, b, b, c, a\nN: 10", "label": {"final": "4b9b8a7b4b9b8c7a4b9b", "init": "", "intermediate": ["4b", "4b9b", "4b9b8a", "4b9b8a7b", "4b9b8a7b4b", "4b9b8a7b4b9b", "4b9b8a7b4b9b8c", "4b9b8a7b4b9b8c7a", "4b9b8a7b4b9b8c7a4b"]}, "config": {"N": 10, "sequence1": [4, 9, 8, 7], "sequence1_pattern": 4, "sequence2": ["b", "b", "a", "b", "b", "b", "c", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0083", "problem_name": "task12_0083"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 8, 6, 8\nSequence 2: d, d, a, c, d, b, e, d\nN: 10", "label": {"final": "0d8d6a8c0d8b6e8d0d8d", "init": "", "intermediate": ["0d", "0d8d", "0d8d6a", "0d8d6a8c", "0d8d6a8c0d", "0d8d6a8c0d8b", "0d8d6a8c0d8b6e", "0d8d6a8c0d8b6e8d", "0d8d6a8c0d8b6e8d0d"]}, "config": {"N": 10, "sequence1": [0, 8, 6, 8], "sequence1_pattern": 4, "sequence2": ["d", "d", "a", "c", "d", "b", "e", "d"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0084", "problem_name": "task12_0084"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 8, 5, 8\nSequence 2: b, a, d, b, b, b, c, b\nN: 10", "label": {"final": "3b8a5d8b3b8b5c8b3b8a", "init": "", "intermediate": ["3b", "3b8a", "3b8a5d", "3b8a5d8b", "3b8a5d8b3b", "3b8a5d8b3b8b", "3b8a5d8b3b8b5c", "3b8a5d8b3b8b5c8b", "3b8a5d8b3b8b5c8b3b"]}, "config": {"N": 10, "sequence1": [3, 8, 5, 8], "sequence1_pattern": 4, "sequence2": ["b", "a", "d", "b", "b", "b", "c", "b"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0085", "problem_name": "task12_0085"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 5, 7, 0, 1, 8\nSequence 2: a, b, b, a, b, a, a, b\nN: 10", "label": {"final": "0a5b7b0a1b8a0a5b7a0b", "init": "", "intermediate": ["0a", "0a5b", "0a5b7b", "0a5b7b0a", "0a5b7b0a1b", "0a5b7b0a1b8a", "0a5b7b0a1b8a0a", "0a5b7b0a1b8a0a5b", "0a5b7b0a1b8a0a5b7a"]}, "config": {"N": 10, "sequence1": [0, 5, 7, 0, 1, 8], "sequence1_pattern": 6, "sequence2": ["a", "b", "b", "a", "b", "a", "a", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0086", "problem_name": "task12_0086"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 7, 5, 7\nSequence 2: d, b, b, c, c, e, d, b\nN: 10", "label": {"final": "2d7b5b7c2c7e5d7b2d7b", "init": "", "intermediate": ["2d", "2d7b", "2d7b5b", "2d7b5b7c", "2d7b5b7c2c", "2d7b5b7c2c7e", "2d7b5b7c2c7e5d", "2d7b5b7c2c7e5d7b", "2d7b5b7c2c7e5d7b2d"]}, "config": {"N": 10, "sequence1": [2, 7, 5, 7], "sequence1_pattern": 4, "sequence2": ["d", "b", "b", "c", "c", "e", "d", "b"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0087", "problem_name": "task12_0087"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 1, 4, 7, 7\nSequence 2: b, d, b, b, c, e, a, e\nN: 10", "label": {"final": "0b1d4b7b7c0e1a4e7b7d", "init": "", "intermediate": ["0b", "0b1d", "0b1d4b", "0b1d4b7b", "0b1d4b7b7c", "0b1d4b7b7c0e", "0b1d4b7b7c0e1a", "0b1d4b7b7c0e1a4e", "0b1d4b7b7c0e1a4e7b"]}, "config": {"N": 10, "sequence1": [0, 1, 4, 7, 7], "sequence1_pattern": 5, "sequence2": ["b", "d", "b", "b", "c", "e", "a", "e"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0088", "problem_name": "task12_0088"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 9, 4, 8\nSequence 2: c, a, c, b, c, b, b, b\nN: 10", "label": {"final": "8c9a4c8b8c9b4b8b8c9a", "init": "", "intermediate": ["8c", "8c9a", "8c9a4c", "8c9a4c8b", "8c9a4c8b8c", "8c9a4c8b8c9b", "8c9a4c8b8c9b4b", "8c9a4c8b8c9b4b8b", "8c9a4c8b8c9b4b8b8c"]}, "config": {"N": 10, "sequence1": [8, 9, 4, 8], "sequence1_pattern": 4, "sequence2": ["c", "a", "c", "b", "c", "b", "b", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0089", "problem_name": "task12_0089"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 1, 2, 7, 8\nSequence 2: a, b, b, b, b, b, b, b\nN: 11", "label": {"final": "0a1b2b7b8b0b1b2b7a8b0b", "init": "", "intermediate": ["0a", "0a1b", "0a1b2b", "0a1b2b7b", "0a1b2b7b8b", "0a1b2b7b8b0b", "0a1b2b7b8b0b1b", "0a1b2b7b8b0b1b2b", "0a1b2b7b8b0b1b2b7a", "0a1b2b7b8b0b1b2b7a8b"]}, "config": {"N": 11, "sequence1": [0, 1, 2, 7, 8], "sequence1_pattern": 5, "sequence2": ["a", "b", "b", "b", "b", "b", "b", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0090", "problem_name": "task12_0090"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 3, 8, 2\nSequence 2: b, a, a, a, a, b, a, b\nN: 11", "label": {"final": "1b3a8a2a1a3b8a2b1b3a8a", "init": "", "intermediate": ["1b", "1b3a", "1b3a8a", "1b3a8a2a", "1b3a8a2a1a", "1b3a8a2a1a3b", "1b3a8a2a1a3b8a", "1b3a8a2a1a3b8a2b", "1b3a8a2a1a3b8a2b1b", "1b3a8a2a1a3b8a2b1b3a"]}, "config": {"N": 11, "sequence1": [1, 3, 8, 2], "sequence1_pattern": 4, "sequence2": ["b", "a", "a", "a", "a", "b", "a", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0091", "problem_name": "task12_0091"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 2, 2, 9, 7\nSequence 2: d, b, c, c, a, d, b, a\nN: 11", "label": {"final": "6d2b2c9c7a6d2b2a9d7b6c", "init": "", "intermediate": ["6d", "6d2b", "6d2b2c", "6d2b2c9c", "6d2b2c9c7a", "6d2b2c9c7a6d", "6d2b2c9c7a6d2b", "6d2b2c9c7a6d2b2a", "6d2b2c9c7a6d2b2a9d", "6d2b2c9c7a6d2b2a9d7b"]}, "config": {"N": 11, "sequence1": [6, 2, 2, 9, 7], "sequence1_pattern": 5, "sequence2": ["d", "b", "c", "c", "a", "d", "b", "a"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0092", "problem_name": "task12_0092"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 7, 8, 1\nSequence 2: b, d, c, d, c, b, d, b\nN: 11", "label": {"final": "9b7d8c1d9c7b8d1b9b7d8c", "init": "", "intermediate": ["9b", "9b7d", "9b7d8c", "9b7d8c1d", "9b7d8c1d9c", "9b7d8c1d9c7b", "9b7d8c1d9c7b8d", "9b7d8c1d9c7b8d1b", "9b7d8c1d9c7b8d1b9b", "9b7d8c1d9c7b8d1b9b7d"]}, "config": {"N": 11, "sequence1": [9, 7, 8, 1], "sequence1_pattern": 4, "sequence2": ["b", "d", "c", "d", "c", "b", "d", "b"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0093", "problem_name": "task12_0093"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 9, 3, 3, 2, 6\nSequence 2: b, a, c, b, c, a, c, d\nN: 11", "label": {"final": "9b9a3c3b2c6a9c9d3b3a2c", "init": "", "intermediate": ["9b", "9b9a", "9b9a3c", "9b9a3c3b", "9b9a3c3b2c", "9b9a3c3b2c6a", "9b9a3c3b2c6a9c", "9b9a3c3b2c6a9c9d", "9b9a3c3b2c6a9c9d3b", "9b9a3c3b2c6a9c9d3b3a"]}, "config": {"N": 11, "sequence1": [9, 9, 3, 3, 2, 6], "sequence1_pattern": 6, "sequence2": ["b", "a", "c", "b", "c", "a", "c", "d"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0094", "problem_name": "task12_0094"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 6, 2, 7\nSequence 2: a, b, c, a, d, b, b, e\nN: 11", "label": {"final": "7a6b2c7a7d6b2b7e7a6b2c", "init": "", "intermediate": ["7a", "7a6b", "7a6b2c", "7a6b2c7a", "7a6b2c7a7d", "7a6b2c7a7d6b", "7a6b2c7a7d6b2b", "7a6b2c7a7d6b2b7e", "7a6b2c7a7d6b2b7e7a", "7a6b2c7a7d6b2b7e7a6b"]}, "config": {"N": 11, "sequence1": [7, 6, 2, 7], "sequence1_pattern": 4, "sequence2": ["a", "b", "c", "a", "d", "b", "b", "e"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0095", "problem_name": "task12_0095"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 4, 4, 8, 1, 9\nSequence 2: d, d, a, a, e, c, c, a\nN: 11", "label": {"final": "2d4d4a8a1e9c2c4a4d8d1a", "init": "", "intermediate": ["2d", "2d4d", "2d4d4a", "2d4d4a8a", "2d4d4a8a1e", "2d4d4a8a1e9c", "2d4d4a8a1e9c2c", "2d4d4a8a1e9c2c4a", "2d4d4a8a1e9c2c4a4d", "2d4d4a8a1e9c2c4a4d8d"]}, "config": {"N": 11, "sequence1": [2, 4, 4, 8, 1, 9], "sequence1_pattern": 6, "sequence2": ["d", "d", "a", "a", "e", "c", "c", "a"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0096", "problem_name": "task12_0096"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 2, 4, 1, 8\nSequence 2: b, c, c, a, a, b, e, e\nN: 11", "label": {"final": "4b2c4c1a8a4b2e4e1b8c4c", "init": "", "intermediate": ["4b", "4b2c", "4b2c4c", "4b2c4c1a", "4b2c4c1a8a", "4b2c4c1a8a4b", "4b2c4c1a8a4b2e", "4b2c4c1a8a4b2e4e", "4b2c4c1a8a4b2e4e1b", "4b2c4c1a8a4b2e4e1b8c"]}, "config": {"N": 11, "sequence1": [4, 2, 4, 1, 8], "sequence1_pattern": 5, "sequence2": ["b", "c", "c", "a", "a", "b", "e", "e"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0097", "problem_name": "task12_0097"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 2, 0, 7, 8\nSequence 2: b, b, a, c, c, c, a, a\nN: 11", "label": {"final": "5b2b0a7c8c5c2a0a7b8b5a", "init": "", "intermediate": ["5b", "5b2b", "5b2b0a", "5b2b0a7c", "5b2b0a7c8c", "5b2b0a7c8c5c", "5b2b0a7c8c5c2a", "5b2b0a7c8c5c2a0a", "5b2b0a7c8c5c2a0a7b", "5b2b0a7c8c5c2a0a7b8b"]}, "config": {"N": 11, "sequence1": [5, 2, 0, 7, 8], "sequence1_pattern": 5, "sequence2": ["b", "b", "a", "c", "c", "c", "a", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0098", "problem_name": "task12_0098"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 7, 2, 0, 1, 7\nSequence 2: a, b, b, a, c, a, b, a\nN: 11", "label": {"final": "3a7b2b0a1c7a3b7a2a0b1b", "init": "", "intermediate": ["3a", "3a7b", "3a7b2b", "3a7b2b0a", "3a7b2b0a1c", "3a7b2b0a1c7a", "3a7b2b0a1c7a3b", "3a7b2b0a1c7a3b7a", "3a7b2b0a1c7a3b7a2a", "3a7b2b0a1c7a3b7a2a0b"]}, "config": {"N": 11, "sequence1": [3, 7, 2, 0, 1, 7], "sequence1_pattern": 6, "sequence2": ["a", "b", "b", "a", "c", "a", "b", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0099", "problem_name": "task12_0099"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 2, 5, 5, 6, 4\nSequence 2: b, b, a, b, a, a, b, a\nN: 12", "label": {"final": "8b2b5a5b6a4a8b2a5b5b6a4b", "init": "", "intermediate": ["8b", "8b2b", "8b2b5a", "8b2b5a5b", "8b2b5a5b6a", "8b2b5a5b6a4a", "8b2b5a5b6a4a8b", "8b2b5a5b6a4a8b2a", "8b2b5a5b6a4a8b2a5b", "8b2b5a5b6a4a8b2a5b5b", "8b2b5a5b6a4a8b2a5b5b6a"]}, "config": {"N": 12, "sequence1": [8, 2, 5, 5, 6, 4], "sequence1_pattern": 6, "sequence2": ["b", "b", "a", "b", "a", "a", "b", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0100", "problem_name": "task12_0100"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 9, 0, 8, 8\nSequence 2: b, b, a, b, b, b, a, b\nN: 12", "label": {"final": "5b9b0a8b8b5b9a0b8b8b5a9b", "init": "", "intermediate": ["5b", "5b9b", "5b9b0a", "5b9b0a8b", "5b9b0a8b8b", "5b9b0a8b8b5b", "5b9b0a8b8b5b9a", "5b9b0a8b8b5b9a0b", "5b9b0a8b8b5b9a0b8b", "5b9b0a8b8b5b9a0b8b8b", "5b9b0a8b8b5b9a0b8b8b5a"]}, "config": {"N": 12, "sequence1": [5, 9, 0, 8, 8], "sequence1_pattern": 5, "sequence2": ["b", "b", "a", "b", "b", "b", "a", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0101", "problem_name": "task12_0101"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 4, 4, 5, 7\nSequence 2: a, a, c, c, b, a, b, a\nN: 12", "label": {"final": "1a4a4c5c7b1a4b4a5a7a1c4c", "init": "", "intermediate": ["1a", "1a4a", "1a4a4c", "1a4a4c5c", "1a4a4c5c7b", "1a4a4c5c7b1a", "1a4a4c5c7b1a4b", "1a4a4c5c7b1a4b4a", "1a4a4c5c7b1a4b4a5a", "1a4a4c5c7b1a4b4a5a7a", "1a4a4c5c7b1a4b4a5a7a1c"]}, "config": {"N": 12, "sequence1": [1, 4, 4, 5, 7], "sequence1_pattern": 5, "sequence2": ["a", "a", "c", "c", "b", "a", "b", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0102", "problem_name": "task12_0102"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 1, 6, 7\nSequence 2: c, a, b, a, a, c, a, b\nN: 12", "label": {"final": "8c1a6b7a8a1c6a7b8c1a6b7a", "init": "", "intermediate": ["8c", "8c1a", "8c1a6b", "8c1a6b7a", "8c1a6b7a8a", "8c1a6b7a8a1c", "8c1a6b7a8a1c6a", "8c1a6b7a8a1c6a7b", "8c1a6b7a8a1c6a7b8c", "8c1a6b7a8a1c6a7b8c1a", "8c1a6b7a8a1c6a7b8c1a6b"]}, "config": {"N": 12, "sequence1": [8, 1, 6, 7], "sequence1_pattern": 4, "sequence2": ["c", "a", "b", "a", "a", "c", "a", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0103", "problem_name": "task12_0103"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 9, 8, 0, 2\nSequence 2: a, a, b, e, c, c, a, c\nN: 12", "label": {"final": "4a9a8b0e2c4c9a8c0a2a4b9e", "init": "", "intermediate": ["4a", "4a9a", "4a9a8b", "4a9a8b0e", "4a9a8b0e2c", "4a9a8b0e2c4c", "4a9a8b0e2c4c9a", "4a9a8b0e2c4c9a8c", "4a9a8b0e2c4c9a8c0a", "4a9a8b0e2c4c9a8c0a2a", "4a9a8b0e2c4c9a8c0a2a4b"]}, "config": {"N": 12, "sequence1": [4, 9, 8, 0, 2], "sequence1_pattern": 5, "sequence2": ["a", "a", "b", "e", "c", "c", "a", "c"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0104", "problem_name": "task12_0104"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 5, 5, 4\nSequence 2: a, b, b, b, b, a, b, a\nN: 12", "label": {"final": "8a5b5b4b8b5a5b4a8a5b5b4b", "init": "", "intermediate": ["8a", "8a5b", "8a5b5b", "8a5b5b4b", "8a5b5b4b8b", "8a5b5b4b8b5a", "8a5b5b4b8b5a5b", "8a5b5b4b8b5a5b4a", "8a5b5b4b8b5a5b4a8a", "8a5b5b4b8b5a5b4a8a5b", "8a5b5b4b8b5a5b4a8a5b5b"]}, "config": {"N": 12, "sequence1": [8, 5, 5, 4], "sequence1_pattern": 4, "sequence2": ["a", "b", "b", "b", "b", "a", "b", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0105", "problem_name": "task12_0105"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 9, 3, 5, 8\nSequence 2: b, b, a, c, a, d, d, c\nN: 12", "label": {"final": "5b9b3a5c8a5d9d3c5b8b5a9c", "init": "", "intermediate": ["5b", "5b9b", "5b9b3a", "5b9b3a5c", "5b9b3a5c8a", "5b9b3a5c8a5d", "5b9b3a5c8a5d9d", "5b9b3a5c8a5d9d3c", "5b9b3a5c8a5d9d3c5b", "5b9b3a5c8a5d9d3c5b8b", "5b9b3a5c8a5d9d3c5b8b5a"]}, "config": {"N": 12, "sequence1": [5, 9, 3, 5, 8], "sequence1_pattern": 5, "sequence2": ["b", "b", "a", "c", "a", "d", "d", "c"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0106", "problem_name": "task12_0106"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 9, 0, 6\nSequence 2: b, b, a, a, a, a, a, a\nN: 12", "label": {"final": "0b9b0a6a0a9a0a6a0b9b0a6a", "init": "", "intermediate": ["0b", "0b9b", "0b9b0a", "0b9b0a6a", "0b9b0a6a0a", "0b9b0a6a0a9a", "0b9b0a6a0a9a0a", "0b9b0a6a0a9a0a6a", "0b9b0a6a0a9a0a6a0b", "0b9b0a6a0a9a0a6a0b9b", "0b9b0a6a0a9a0a6a0b9b0a"]}, "config": {"N": 12, "sequence1": [0, 9, 0, 6], "sequence1_pattern": 4, "sequence2": ["b", "b", "a", "a", "a", "a", "a", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0107", "problem_name": "task12_0107"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 4, 3, 2\nSequence 2: c, b, c, a, c, d, b, d\nN: 12", "label": {"final": "2c4b3c2a2c4d3b2d2c4b3c2a", "init": "", "intermediate": ["2c", "2c4b", "2c4b3c", "2c4b3c2a", "2c4b3c2a2c", "2c4b3c2a2c4d", "2c4b3c2a2c4d3b", "2c4b3c2a2c4d3b2d", "2c4b3c2a2c4d3b2d2c", "2c4b3c2a2c4d3b2d2c4b", "2c4b3c2a2c4d3b2d2c4b3c"]}, "config": {"N": 12, "sequence1": [2, 4, 3, 2], "sequence1_pattern": 4, "sequence2": ["c", "b", "c", "a", "c", "d", "b", "d"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0108", "problem_name": "task12_0108"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 0, 9, 3\nSequence 2: b, a, d, b, b, b, a, b\nN: 12", "label": {"final": "2b0a9d3b2b0b9a3b2b0a9d3b", "init": "", "intermediate": ["2b", "2b0a", "2b0a9d", "2b0a9d3b", "2b0a9d3b2b", "2b0a9d3b2b0b", "2b0a9d3b2b0b9a", "2b0a9d3b2b0b9a3b", "2b0a9d3b2b0b9a3b2b", "2b0a9d3b2b0b9a3b2b0a", "2b0a9d3b2b0b9a3b2b0a9d"]}, "config": {"N": 12, "sequence1": [2, 0, 9, 3], "sequence1_pattern": 4, "sequence2": ["b", "a", "d", "b", "b", "b", "a", "b"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0109", "problem_name": "task12_0109"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 4, 3, 4\nSequence 2: c, d, b, b, a, d, c, e\nN: 13", "label": {"final": "4c4d3b4b4a4d3c4e4c4d3b4b4a", "init": "", "intermediate": ["4c", "4c4d", "4c4d3b", "4c4d3b4b", "4c4d3b4b4a", "4c4d3b4b4a4d", "4c4d3b4b4a4d3c", "4c4d3b4b4a4d3c4e", "4c4d3b4b4a4d3c4e4c", "4c4d3b4b4a4d3c4e4c4d", "4c4d3b4b4a4d3c4e4c4d3b", "4c4d3b4b4a4d3c4e4c4d3b4b"]}, "config": {"N": 13, "sequence1": [4, 4, 3, 4], "sequence1_pattern": 4, "sequence2": ["c", "d", "b", "b", "a", "d", "c", "e"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0110", "problem_name": "task12_0110"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 4, 6, 8, 3\nSequence 2: c, a, b, b, c, a, d, b\nN: 13", "label": {"final": "3c4a6b8b3c3a4d6b8c3a3b4b6c", "init": "", "intermediate": ["3c", "3c4a", "3c4a6b", "3c4a6b8b", "3c4a6b8b3c", "3c4a6b8b3c3a", "3c4a6b8b3c3a4d", "3c4a6b8b3c3a4d6b", "3c4a6b8b3c3a4d6b8c", "3c4a6b8b3c3a4d6b8c3a", "3c4a6b8b3c3a4d6b8c3a3b", "3c4a6b8b3c3a4d6b8c3a3b4b"]}, "config": {"N": 13, "sequence1": [3, 4, 6, 8, 3], "sequence1_pattern": 5, "sequence2": ["c", "a", "b", "b", "c", "a", "d", "b"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0111", "problem_name": "task12_0111"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 0, 8, 3, 6, 1\nSequence 2: c, a, d, a, d, a, b, b\nN: 13", "label": {"final": "7c0a8d3a6d1a7b0b8c3a6d1a7d", "init": "", "intermediate": ["7c", "7c0a", "7c0a8d", "7c0a8d3a", "7c0a8d3a6d", "7c0a8d3a6d1a", "7c0a8d3a6d1a7b", "7c0a8d3a6d1a7b0b", "7c0a8d3a6d1a7b0b8c", "7c0a8d3a6d1a7b0b8c3a", "7c0a8d3a6d1a7b0b8c3a6d", "7c0a8d3a6d1a7b0b8c3a6d1a"]}, "config": {"N": 13, "sequence1": [7, 0, 8, 3, 6, 1], "sequence1_pattern": 6, "sequence2": ["c", "a", "d", "a", "d", "a", "b", "b"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0112", "problem_name": "task12_0112"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 3, 9, 3, 0, 7\nSequence 2: a, a, a, b, b, b, a, a\nN: 13", "label": {"final": "0a3a9a3b0b7b0a3a9a3a0a7b0b", "init": "", "intermediate": ["0a", "0a3a", "0a3a9a", "0a3a9a3b", "0a3a9a3b0b", "0a3a9a3b0b7b", "0a3a9a3b0b7b0a", "0a3a9a3b0b7b0a3a", "0a3a9a3b0b7b0a3a9a", "0a3a9a3b0b7b0a3a9a3a", "0a3a9a3b0b7b0a3a9a3a0a", "0a3a9a3b0b7b0a3a9a3a0a7b"]}, "config": {"N": 13, "sequence1": [0, 3, 9, 3, 0, 7], "sequence1_pattern": 6, "sequence2": ["a", "a", "a", "b", "b", "b", "a", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0113", "problem_name": "task12_0113"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 9, 7, 5\nSequence 2: a, b, a, b, b, b, a, b\nN: 13", "label": {"final": "9a9b7a5b9b9b7a5b9a9b7a5b9b", "init": "", "intermediate": ["9a", "9a9b", "9a9b7a", "9a9b7a5b", "9a9b7a5b9b", "9a9b7a5b9b9b", "9a9b7a5b9b9b7a", "9a9b7a5b9b9b7a5b", "9a9b7a5b9b9b7a5b9a", "9a9b7a5b9b9b7a5b9a9b", "9a9b7a5b9b9b7a5b9a9b7a", "9a9b7a5b9b9b7a5b9a9b7a5b"]}, "config": {"N": 13, "sequence1": [9, 9, 7, 5], "sequence1_pattern": 4, "sequence2": ["a", "b", "a", "b", "b", "b", "a", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0114", "problem_name": "task12_0114"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 6, 1, 2, 5\nSequence 2: b, a, b, d, c, e, e, a\nN: 13", "label": {"final": "8b6a1b2d5c8e6e1a2b5a8b6d1c", "init": "", "intermediate": ["8b", "8b6a", "8b6a1b", "8b6a1b2d", "8b6a1b2d5c", "8b6a1b2d5c8e", "8b6a1b2d5c8e6e", "8b6a1b2d5c8e6e1a", "8b6a1b2d5c8e6e1a2b", "8b6a1b2d5c8e6e1a2b5a", "8b6a1b2d5c8e6e1a2b5a8b", "8b6a1b2d5c8e6e1a2b5a8b6d"]}, "config": {"N": 13, "sequence1": [8, 6, 1, 2, 5], "sequence1_pattern": 5, "sequence2": ["b", "a", "b", "d", "c", "e", "e", "a"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0115", "problem_name": "task12_0115"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 1, 2, 7, 4, 7\nSequence 2: a, b, a, b, b, a, c, c\nN: 13", "label": {"final": "8a1b2a7b4b7a8c1c2a7b4a7b8b", "init": "", "intermediate": ["8a", "8a1b", "8a1b2a", "8a1b2a7b", "8a1b2a7b4b", "8a1b2a7b4b7a", "8a1b2a7b4b7a8c", "8a1b2a7b4b7a8c1c", "8a1b2a7b4b7a8c1c2a", "8a1b2a7b4b7a8c1c2a7b", "8a1b2a7b4b7a8c1c2a7b4a", "8a1b2a7b4b7a8c1c2a7b4a7b"]}, "config": {"N": 13, "sequence1": [8, 1, 2, 7, 4, 7], "sequence1_pattern": 6, "sequence2": ["a", "b", "a", "b", "b", "a", "c", "c"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0116", "problem_name": "task12_0116"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 0, 0, 2\nSequence 2: c, b, c, c, a, c, b, c\nN: 13", "label": {"final": "4c0b0c2c4a0c0b2c4c0b0c2c4a", "init": "", "intermediate": ["4c", "4c0b", "4c0b0c", "4c0b0c2c", "4c0b0c2c4a", "4c0b0c2c4a0c", "4c0b0c2c4a0c0b", "4c0b0c2c4a0c0b2c", "4c0b0c2c4a0c0b2c4c", "4c0b0c2c4a0c0b2c4c0b", "4c0b0c2c4a0c0b2c4c0b0c", "4c0b0c2c4a0c0b2c4c0b0c2c"]}, "config": {"N": 13, "sequence1": [4, 0, 0, 2], "sequence1_pattern": 4, "sequence2": ["c", "b", "c", "c", "a", "c", "b", "c"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0117", "problem_name": "task12_0117"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 4, 8, 9, 1, 0\nSequence 2: c, b, a, b, a, d, c, b\nN: 13", "label": {"final": "7c4b8a9b1a0d7c4b8c9b1a0b7a", "init": "", "intermediate": ["7c", "7c4b", "7c4b8a", "7c4b8a9b", "7c4b8a9b1a", "7c4b8a9b1a0d", "7c4b8a9b1a0d7c", "7c4b8a9b1a0d7c4b", "7c4b8a9b1a0d7c4b8c", "7c4b8a9b1a0d7c4b8c9b", "7c4b8a9b1a0d7c4b8c9b1a", "7c4b8a9b1a0d7c4b8c9b1a0b"]}, "config": {"N": 13, "sequence1": [7, 4, 8, 9, 1, 0], "sequence1_pattern": 6, "sequence2": ["c", "b", "a", "b", "a", "d", "c", "b"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0118", "problem_name": "task12_0118"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 4, 9, 8, 3\nSequence 2: c, b, a, d, c, a, a, d\nN: 13", "label": {"final": "0c4b9a8d3c0a4a9d8c3b0a4d9c", "init": "", "intermediate": ["0c", "0c4b", "0c4b9a", "0c4b9a8d", "0c4b9a8d3c", "0c4b9a8d3c0a", "0c4b9a8d3c0a4a", "0c4b9a8d3c0a4a9d", "0c4b9a8d3c0a4a9d8c", "0c4b9a8d3c0a4a9d8c3b", "0c4b9a8d3c0a4a9d8c3b0a", "0c4b9a8d3c0a4a9d8c3b0a4d"]}, "config": {"N": 13, "sequence1": [0, 4, 9, 8, 3], "sequence1_pattern": 5, "sequence2": ["c", "b", "a", "d", "c", "a", "a", "d"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0119", "problem_name": "task12_0119"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 5, 1, 3, 4, 6\nSequence 2: a, a, b, b, b, a, c, a\nN: 14", "label": {"final": "6a5a1b3b4b6a6c5a1a3a4b6b6b5a", "init": "", "intermediate": ["6a", "6a5a", "6a5a1b", "6a5a1b3b", "6a5a1b3b4b", "6a5a1b3b4b6a", "6a5a1b3b4b6a6c", "6a5a1b3b4b6a6c5a", "6a5a1b3b4b6a6c5a1a", "6a5a1b3b4b6a6c5a1a3a", "6a5a1b3b4b6a6c5a1a3a4b", "6a5a1b3b4b6a6c5a1a3a4b6b", "6a5a1b3b4b6a6c5a1a3a4b6b6b"]}, "config": {"N": 14, "sequence1": [6, 5, 1, 3, 4, 6], "sequence1_pattern": 6, "sequence2": ["a", "a", "b", "b", "b", "a", "c", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0120", "problem_name": "task12_0120"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 2, 7, 6\nSequence 2: a, e, c, a, a, b, b, d\nN: 14", "label": {"final": "3a2e7c6a3a2b7b6d3a2e7c6a3a2b", "init": "", "intermediate": ["3a", "3a2e", "3a2e7c", "3a2e7c6a", "3a2e7c6a3a", "3a2e7c6a3a2b", "3a2e7c6a3a2b7b", "3a2e7c6a3a2b7b6d", "3a2e7c6a3a2b7b6d3a", "3a2e7c6a3a2b7b6d3a2e", "3a2e7c6a3a2b7b6d3a2e7c", "3a2e7c6a3a2b7b6d3a2e7c6a", "3a2e7c6a3a2b7b6d3a2e7c6a3a"]}, "config": {"N": 14, "sequence1": [3, 2, 7, 6], "sequence1_pattern": 4, "sequence2": ["a", "e", "c", "a", "a", "b", "b", "d"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0121", "problem_name": "task12_0121"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 8, 2, 7, 7\nSequence 2: e, c, a, c, c, a, a, d\nN: 14", "label": {"final": "3e8c2a7c7c3a8a2d7e7c3a8c2c7a", "init": "", "intermediate": ["3e", "3e8c", "3e8c2a", "3e8c2a7c", "3e8c2a7c7c", "3e8c2a7c7c3a", "3e8c2a7c7c3a8a", "3e8c2a7c7c3a8a2d", "3e8c2a7c7c3a8a2d7e", "3e8c2a7c7c3a8a2d7e7c", "3e8c2a7c7c3a8a2d7e7c3a", "3e8c2a7c7c3a8a2d7e7c3a8c", "3e8c2a7c7c3a8a2d7e7c3a8c2c"]}, "config": {"N": 14, "sequence1": [3, 8, 2, 7, 7], "sequence1_pattern": 5, "sequence2": ["e", "c", "a", "c", "c", "a", "a", "d"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0122", "problem_name": "task12_0122"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 4, 6, 1, 9\nSequence 2: a, b, b, b, a, a, a, b\nN: 14", "label": {"final": "4a4b6b1b9a4a4a6b1a9b4b4b6a1a", "init": "", "intermediate": ["4a", "4a4b", "4a4b6b", "4a4b6b1b", "4a4b6b1b9a", "4a4b6b1b9a4a", "4a4b6b1b9a4a4a", "4a4b6b1b9a4a4a6b", "4a4b6b1b9a4a4a6b1a", "4a4b6b1b9a4a4a6b1a9b", "4a4b6b1b9a4a4a6b1a9b4b", "4a4b6b1b9a4a4a6b1a9b4b4b", "4a4b6b1b9a4a4a6b1a9b4b4b6a"]}, "config": {"N": 14, "sequence1": [4, 4, 6, 1, 9], "sequence1_pattern": 5, "sequence2": ["a", "b", "b", "b", "a", "a", "a", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0123", "problem_name": "task12_0123"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 7, 5, 1, 1, 8\nSequence 2: c, c, d, b, a, d, b, b\nN: 14", "label": {"final": "8c7c5d1b1a8d8b7b5c1c1d8b8a7d", "init": "", "intermediate": ["8c", "8c7c", "8c7c5d", "8c7c5d1b", "8c7c5d1b1a", "8c7c5d1b1a8d", "8c7c5d1b1a8d8b", "8c7c5d1b1a8d8b7b", "8c7c5d1b1a8d8b7b5c", "8c7c5d1b1a8d8b7b5c1c", "8c7c5d1b1a8d8b7b5c1c1d", "8c7c5d1b1a8d8b7b5c1c1d8b", "8c7c5d1b1a8d8b7b5c1c1d8b8a"]}, "config": {"N": 14, "sequence1": [8, 7, 5, 1, 1, 8], "sequence1_pattern": 6, "sequence2": ["c", "c", "d", "b", "a", "d", "b", "b"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0124", "problem_name": "task12_0124"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 8, 9, 8, 0, 2\nSequence 2: b, e, e, c, c, b, e, b\nN: 14", "label": {"final": "3b8e9e8c0c2b3e8b9b8e0e2c3c8b", "init": "", "intermediate": ["3b", "3b8e", "3b8e9e", "3b8e9e8c", "3b8e9e8c0c", "3b8e9e8c0c2b", "3b8e9e8c0c2b3e", "3b8e9e8c0c2b3e8b", "3b8e9e8c0c2b3e8b9b", "3b8e9e8c0c2b3e8b9b8e", "3b8e9e8c0c2b3e8b9b8e0e", "3b8e9e8c0c2b3e8b9b8e0e2c", "3b8e9e8c0c2b3e8b9b8e0e2c3c"]}, "config": {"N": 14, "sequence1": [3, 8, 9, 8, 0, 2], "sequence1_pattern": 6, "sequence2": ["b", "e", "e", "c", "c", "b", "e", "b"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0125", "problem_name": "task12_0125"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 6, 1, 1\nSequence 2: c, c, a, a, c, a, a, a\nN: 14", "label": {"final": "6c6c1a1a6c6a1a1a6c6c1a1a6c6a", "init": "", "intermediate": ["6c", "6c6c", "6c6c1a", "6c6c1a1a", "6c6c1a1a6c", "6c6c1a1a6c6a", "6c6c1a1a6c6a1a", "6c6c1a1a6c6a1a1a", "6c6c1a1a6c6a1a1a6c", "6c6c1a1a6c6a1a1a6c6c", "6c6c1a1a6c6a1a1a6c6c1a", "6c6c1a1a6c6a1a1a6c6c1a1a", "6c6c1a1a6c6a1a1a6c6c1a1a6c"]}, "config": {"N": 14, "sequence1": [6, 6, 1, 1], "sequence1_pattern": 4, "sequence2": ["c", "c", "a", "a", "c", "a", "a", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0126", "problem_name": "task12_0126"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 4, 0, 9, 5, 6\nSequence 2: a, c, a, a, b, c, c, c\nN: 14", "label": {"final": "5a4c0a9a5b6c5c4c0a9c5a6a5b4c", "init": "", "intermediate": ["5a", "5a4c", "5a4c0a", "5a4c0a9a", "5a4c0a9a5b", "5a4c0a9a5b6c", "5a4c0a9a5b6c5c", "5a4c0a9a5b6c5c4c", "5a4c0a9a5b6c5c4c0a", "5a4c0a9a5b6c5c4c0a9c", "5a4c0a9a5b6c5c4c0a9c5a", "5a4c0a9a5b6c5c4c0a9c5a6a", "5a4c0a9a5b6c5c4c0a9c5a6a5b"]}, "config": {"N": 14, "sequence1": [5, 4, 0, 9, 5, 6], "sequence1_pattern": 6, "sequence2": ["a", "c", "a", "a", "b", "c", "c", "c"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0127", "problem_name": "task12_0127"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 0, 2, 4, 7\nSequence 2: c, a, b, c, a, c, c, d\nN: 14", "label": {"final": "3c0a2b4c7a3c0c2d4c7a3b0c2a4c", "init": "", "intermediate": ["3c", "3c0a", "3c0a2b", "3c0a2b4c", "3c0a2b4c7a", "3c0a2b4c7a3c", "3c0a2b4c7a3c0c", "3c0a2b4c7a3c0c2d", "3c0a2b4c7a3c0c2d4c", "3c0a2b4c7a3c0c2d4c7a", "3c0a2b4c7a3c0c2d4c7a3b", "3c0a2b4c7a3c0c2d4c7a3b0c", "3c0a2b4c7a3c0c2d4c7a3b0c2a"]}, "config": {"N": 14, "sequence1": [3, 0, 2, 4, 7], "sequence1_pattern": 5, "sequence2": ["c", "a", "b", "c", "a", "c", "c", "d"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0128", "problem_name": "task12_0128"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 6, 2, 7\nSequence 2: b, b, c, c, c, a, b, c\nN: 14", "label": {"final": "1b6b2c7c1c6a2b7c1b6b2c7c1c6a", "init": "", "intermediate": ["1b", "1b6b", "1b6b2c", "1b6b2c7c", "1b6b2c7c1c", "1b6b2c7c1c6a", "1b6b2c7c1c6a2b", "1b6b2c7c1c6a2b7c", "1b6b2c7c1c6a2b7c1b", "1b6b2c7c1c6a2b7c1b6b", "1b6b2c7c1c6a2b7c1b6b2c", "1b6b2c7c1c6a2b7c1b6b2c7c", "1b6b2c7c1c6a2b7c1b6b2c7c1c"]}, "config": {"N": 14, "sequence1": [1, 6, 2, 7], "sequence1_pattern": 4, "sequence2": ["b", "b", "c", "c", "c", "a", "b", "c"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0129", "problem_name": "task12_0129"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 0, 9, 0, 8\nSequence 2: c, a, a, e, d, c, e, b\nN: 15", "label": {"final": "5c0a9a0e8d5c0e9b0c8a5a0e9d0c8e", "init": "", "intermediate": ["5c", "5c0a", "5c0a9a", "5c0a9a0e", "5c0a9a0e8d", "5c0a9a0e8d5c", "5c0a9a0e8d5c0e", "5c0a9a0e8d5c0e9b", "5c0a9a0e8d5c0e9b0c", "5c0a9a0e8d5c0e9b0c8a", "5c0a9a0e8d5c0e9b0c8a5a", "5c0a9a0e8d5c0e9b0c8a5a0e", "5c0a9a0e8d5c0e9b0c8a5a0e9d", "5c0a9a0e8d5c0e9b0c8a5a0e9d0c"]}, "config": {"N": 15, "sequence1": [5, 0, 9, 0, 8], "sequence1_pattern": 5, "sequence2": ["c", "a", "a", "e", "d", "c", "e", "b"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0130", "problem_name": "task12_0130"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 7, 4, 1\nSequence 2: b, a, b, a, b, a, b, b\nN: 15", "label": {"final": "7b7a4b1a7b7a4b1b7b7a4b1a7b7a4b", "init": "", "intermediate": ["7b", "7b7a", "7b7a4b", "7b7a4b1a", "7b7a4b1a7b", "7b7a4b1a7b7a", "7b7a4b1a7b7a4b", "7b7a4b1a7b7a4b1b", "7b7a4b1a7b7a4b1b7b", "7b7a4b1a7b7a4b1b7b7a", "7b7a4b1a7b7a4b1b7b7a4b", "7b7a4b1a7b7a4b1b7b7a4b1a", "7b7a4b1a7b7a4b1b7b7a4b1a7b", "7b7a4b1a7b7a4b1b7b7a4b1a7b7a"]}, "config": {"N": 15, "sequence1": [7, 7, 4, 1], "sequence1_pattern": 4, "sequence2": ["b", "a", "b", "a", "b", "a", "b", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0131", "problem_name": "task12_0131"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 5, 3, 7, 7\nSequence 2: a, b, b, b, a, c, c, a\nN: 15", "label": {"final": "6a5b3b7b7a6c5c3a7a7b6b5b3a7c7c", "init": "", "intermediate": ["6a", "6a5b", "6a5b3b", "6a5b3b7b", "6a5b3b7b7a", "6a5b3b7b7a6c", "6a5b3b7b7a6c5c", "6a5b3b7b7a6c5c3a", "6a5b3b7b7a6c5c3a7a", "6a5b3b7b7a6c5c3a7a7b", "6a5b3b7b7a6c5c3a7a7b6b", "6a5b3b7b7a6c5c3a7a7b6b5b", "6a5b3b7b7a6c5c3a7a7b6b5b3a", "6a5b3b7b7a6c5c3a7a7b6b5b3a7c"]}, "config": {"N": 15, "sequence1": [6, 5, 3, 7, 7], "sequence1_pattern": 5, "sequence2": ["a", "b", "b", "b", "a", "c", "c", "a"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0132", "problem_name": "task12_0132"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 2, 7, 7, 0, 4\nSequence 2: a, a, a, b, b, a, b, a\nN: 15", "label": {"final": "3a2a7a7b0b4a3b2a7a7a0a4b3b2a7b", "init": "", "intermediate": ["3a", "3a2a", "3a2a7a", "3a2a7a7b", "3a2a7a7b0b", "3a2a7a7b0b4a", "3a2a7a7b0b4a3b", "3a2a7a7b0b4a3b2a", "3a2a7a7b0b4a3b2a7a", "3a2a7a7b0b4a3b2a7a7a", "3a2a7a7b0b4a3b2a7a7a0a", "3a2a7a7b0b4a3b2a7a7a0a4b", "3a2a7a7b0b4a3b2a7a7a0a4b3b", "3a2a7a7b0b4a3b2a7a7a0a4b3b2a"]}, "config": {"N": 15, "sequence1": [3, 2, 7, 7, 0, 4], "sequence1_pattern": 6, "sequence2": ["a", "a", "a", "b", "b", "a", "b", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0133", "problem_name": "task12_0133"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 9, 1, 4, 1, 1\nSequence 2: a, c, b, c, a, b, a, a\nN: 15", "label": {"final": "0a9c1b4c1a1b0a9a1a4c1b1c0a9b1a", "init": "", "intermediate": ["0a", "0a9c", "0a9c1b", "0a9c1b4c", "0a9c1b4c1a", "0a9c1b4c1a1b", "0a9c1b4c1a1b0a", "0a9c1b4c1a1b0a9a", "0a9c1b4c1a1b0a9a1a", "0a9c1b4c1a1b0a9a1a4c", "0a9c1b4c1a1b0a9a1a4c1b", "0a9c1b4c1a1b0a9a1a4c1b1c", "0a9c1b4c1a1b0a9a1a4c1b1c0a", "0a9c1b4c1a1b0a9a1a4c1b1c0a9b"]}, "config": {"N": 15, "sequence1": [0, 9, 1, 4, 1, 1], "sequence1_pattern": 6, "sequence2": ["a", "c", "b", "c", "a", "b", "a", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0134", "problem_name": "task12_0134"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 0, 2, 5\nSequence 2: b, a, c, a, b, a, b, c\nN: 15", "label": {"final": "3b0a2c5a3b0a2b5c3b0a2c5a3b0a2b", "init": "", "intermediate": ["3b", "3b0a", "3b0a2c", "3b0a2c5a", "3b0a2c5a3b", "3b0a2c5a3b0a", "3b0a2c5a3b0a2b", "3b0a2c5a3b0a2b5c", "3b0a2c5a3b0a2b5c3b", "3b0a2c5a3b0a2b5c3b0a", "3b0a2c5a3b0a2b5c3b0a2c", "3b0a2c5a3b0a2b5c3b0a2c5a", "3b0a2c5a3b0a2b5c3b0a2c5a3b", "3b0a2c5a3b0a2b5c3b0a2c5a3b0a"]}, "config": {"N": 15, "sequence1": [3, 0, 2, 5], "sequence1_pattern": 4, "sequence2": ["b", "a", "c", "a", "b", "a", "b", "c"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0135", "problem_name": "task12_0135"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 8, 7, 9\nSequence 2: b, b, a, a, a, a, a, a\nN: 15", "label": {"final": "8b8b7a9a8a8a7a9a8b8b7a9a8a8a7a", "init": "", "intermediate": ["8b", "8b8b", "8b8b7a", "8b8b7a9a", "8b8b7a9a8a", "8b8b7a9a8a8a", "8b8b7a9a8a8a7a", "8b8b7a9a8a8a7a9a", "8b8b7a9a8a8a7a9a8b", "8b8b7a9a8a8a7a9a8b8b", "8b8b7a9a8a8a7a9a8b8b7a", "8b8b7a9a8a8a7a9a8b8b7a9a", "8b8b7a9a8a8a7a9a8b8b7a9a8a", "8b8b7a9a8a8a7a9a8b8b7a9a8a8a"]}, "config": {"N": 15, "sequence1": [8, 8, 7, 9], "sequence1_pattern": 4, "sequence2": ["b", "b", "a", "a", "a", "a", "a", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0136", "problem_name": "task12_0136"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 9, 1, 6\nSequence 2: c, d, c, b, d, c, c, c\nN: 15", "label": {"final": "4c9d1c6b4d9c1c6c4c9d1c6b4d9c1c", "init": "", "intermediate": ["4c", "4c9d", "4c9d1c", "4c9d1c6b", "4c9d1c6b4d", "4c9d1c6b4d9c", "4c9d1c6b4d9c1c", "4c9d1c6b4d9c1c6c", "4c9d1c6b4d9c1c6c4c", "4c9d1c6b4d9c1c6c4c9d", "4c9d1c6b4d9c1c6c4c9d1c", "4c9d1c6b4d9c1c6c4c9d1c6b", "4c9d1c6b4d9c1c6c4c9d1c6b4d", "4c9d1c6b4d9c1c6c4c9d1c6b4d9c"]}, "config": {"N": 15, "sequence1": [4, 9, 1, 6], "sequence1_pattern": 4, "sequence2": ["c", "d", "c", "b", "d", "c", "c", "c"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0137", "problem_name": "task12_0137"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 4, 3, 2, 1\nSequence 2: b, b, a, b, a, a, a, a\nN: 15", "label": {"final": "4b4b3a2b1a4a4a3a2b1b4a4b3a2a1a", "init": "", "intermediate": ["4b", "4b4b", "4b4b3a", "4b4b3a2b", "4b4b3a2b1a", "4b4b3a2b1a4a", "4b4b3a2b1a4a4a", "4b4b3a2b1a4a4a3a", "4b4b3a2b1a4a4a3a2b", "4b4b3a2b1a4a4a3a2b1b", "4b4b3a2b1a4a4a3a2b1b4a", "4b4b3a2b1a4a4a3a2b1b4a4b", "4b4b3a2b1a4a4a3a2b1b4a4b3a", "4b4b3a2b1a4a4a3a2b1b4a4b3a2a"]}, "config": {"N": 15, "sequence1": [4, 4, 3, 2, 1], "sequence1_pattern": 5, "sequence2": ["b", "b", "a", "b", "a", "a", "a", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0138", "problem_name": "task12_0138"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 1, 0, 8\nSequence 2: b, b, d, a, d, c, a, b\nN: 15", "label": {"final": "6b1b0d8a6d1c0a8b6b1b0d8a6d1c0a", "init": "", "intermediate": ["6b", "6b1b", "6b1b0d", "6b1b0d8a", "6b1b0d8a6d", "6b1b0d8a6d1c", "6b1b0d8a6d1c0a", "6b1b0d8a6d1c0a8b", "6b1b0d8a6d1c0a8b6b", "6b1b0d8a6d1c0a8b6b1b", "6b1b0d8a6d1c0a8b6b1b0d", "6b1b0d8a6d1c0a8b6b1b0d8a", "6b1b0d8a6d1c0a8b6b1b0d8a6d", "6b1b0d8a6d1c0a8b6b1b0d8a6d1c"]}, "config": {"N": 15, "sequence1": [6, 1, 0, 8], "sequence1_pattern": 4, "sequence2": ["b", "b", "d", "a", "d", "c", "a", "b"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0139", "problem_name": "task12_0139"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 4, 0, 3, 4\nSequence 2: c, b, c, a, b, a, a, b\nN: 16", "label": {"final": "1c4b0c3a4b1a4a0b3c4b1c4a0b3a4a1b", "init": "", "intermediate": ["1c", "1c4b", "1c4b0c", "1c4b0c3a", "1c4b0c3a4b", "1c4b0c3a4b1a", "1c4b0c3a4b1a4a", "1c4b0c3a4b1a4a0b", "1c4b0c3a4b1a4a0b3c", "1c4b0c3a4b1a4a0b3c4b", "1c4b0c3a4b1a4a0b3c4b1c", "1c4b0c3a4b1a4a0b3c4b1c4a", "1c4b0c3a4b1a4a0b3c4b1c4a0b", "1c4b0c3a4b1a4a0b3c4b1c4a0b3a", "1c4b0c3a4b1a4a0b3c4b1c4a0b3a4a"]}, "config": {"N": 16, "sequence1": [1, 4, 0, 3, 4], "sequence1_pattern": 5, "sequence2": ["c", "b", "c", "a", "b", "a", "a", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0140", "problem_name": "task12_0140"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 1, 5, 6, 4, 4\nSequence 2: a, d, a, d, c, a, d, e\nN: 16", "label": {"final": "5a1d5a6d4c4a5d1e5a6d4a4d5c1a5d6e", "init": "", "intermediate": ["5a", "5a1d", "5a1d5a", "5a1d5a6d", "5a1d5a6d4c", "5a1d5a6d4c4a", "5a1d5a6d4c4a5d", "5a1d5a6d4c4a5d1e", "5a1d5a6d4c4a5d1e5a", "5a1d5a6d4c4a5d1e5a6d", "5a1d5a6d4c4a5d1e5a6d4a", "5a1d5a6d4c4a5d1e5a6d4a4d", "5a1d5a6d4c4a5d1e5a6d4a4d5c", "5a1d5a6d4c4a5d1e5a6d4a4d5c1a", "5a1d5a6d4c4a5d1e5a6d4a4d5c1a5d"]}, "config": {"N": 16, "sequence1": [5, 1, 5, 6, 4, 4], "sequence1_pattern": 6, "sequence2": ["a", "d", "a", "d", "c", "a", "d", "e"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0141", "problem_name": "task12_0141"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 4, 4, 7, 0, 7\nSequence 2: b, a, b, b, b, b, a, b\nN: 16", "label": {"final": "2b4a4b7b0b7b2a4b4b7a0b7b2b4b4a7b", "init": "", "intermediate": ["2b", "2b4a", "2b4a4b", "2b4a4b7b", "2b4a4b7b0b", "2b4a4b7b0b7b", "2b4a4b7b0b7b2a", "2b4a4b7b0b7b2a4b", "2b4a4b7b0b7b2a4b4b", "2b4a4b7b0b7b2a4b4b7a", "2b4a4b7b0b7b2a4b4b7a0b", "2b4a4b7b0b7b2a4b4b7a0b7b", "2b4a4b7b0b7b2a4b4b7a0b7b2b", "2b4a4b7b0b7b2a4b4b7a0b7b2b4b", "2b4a4b7b0b7b2a4b4b7a0b7b2b4b4a"]}, "config": {"N": 16, "sequence1": [2, 4, 4, 7, 0, 7], "sequence1_pattern": 6, "sequence2": ["b", "a", "b", "b", "b", "b", "a", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0142", "problem_name": "task12_0142"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 6, 5, 9, 8\nSequence 2: c, d, a, a, a, b, d, c\nN: 16", "label": {"final": "3c6d5a9a8a3b6d5c9c8d3a6a5a9b8d3c", "init": "", "intermediate": ["3c", "3c6d", "3c6d5a", "3c6d5a9a", "3c6d5a9a8a", "3c6d5a9a8a3b", "3c6d5a9a8a3b6d", "3c6d5a9a8a3b6d5c", "3c6d5a9a8a3b6d5c9c", "3c6d5a9a8a3b6d5c9c8d", "3c6d5a9a8a3b6d5c9c8d3a", "3c6d5a9a8a3b6d5c9c8d3a6a", "3c6d5a9a8a3b6d5c9c8d3a6a5a", "3c6d5a9a8a3b6d5c9c8d3a6a5a9b", "3c6d5a9a8a3b6d5c9c8d3a6a5a9b8d"]}, "config": {"N": 16, "sequence1": [3, 6, 5, 9, 8], "sequence1_pattern": 5, "sequence2": ["c", "d", "a", "a", "a", "b", "d", "c"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0143", "problem_name": "task12_0143"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 9, 0, 7, 5\nSequence 2: c, c, a, a, a, b, e, e\nN: 16", "label": {"final": "5c9c0a7a5a5b9e0e7c5c5a9a0a7b5e5e", "init": "", "intermediate": ["5c", "5c9c", "5c9c0a", "5c9c0a7a", "5c9c0a7a5a", "5c9c0a7a5a5b", "5c9c0a7a5a5b9e", "5c9c0a7a5a5b9e0e", "5c9c0a7a5a5b9e0e7c", "5c9c0a7a5a5b9e0e7c5c", "5c9c0a7a5a5b9e0e7c5c5a", "5c9c0a7a5a5b9e0e7c5c5a9a", "5c9c0a7a5a5b9e0e7c5c5a9a0a", "5c9c0a7a5a5b9e0e7c5c5a9a0a7b", "5c9c0a7a5a5b9e0e7c5c5a9a0a7b5e"]}, "config": {"N": 16, "sequence1": [5, 9, 0, 7, 5], "sequence1_pattern": 5, "sequence2": ["c", "c", "a", "a", "a", "b", "e", "e"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0144", "problem_name": "task12_0144"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 5, 5, 5\nSequence 2: a, a, b, b, a, c, b, b\nN: 16", "label": {"final": "0a5a5b5b0a5c5b5b0a5a5b5b0a5c5b5b", "init": "", "intermediate": ["0a", "0a5a", "0a5a5b", "0a5a5b5b", "0a5a5b5b0a", "0a5a5b5b0a5c", "0a5a5b5b0a5c5b", "0a5a5b5b0a5c5b5b", "0a5a5b5b0a5c5b5b0a", "0a5a5b5b0a5c5b5b0a5a", "0a5a5b5b0a5c5b5b0a5a5b", "0a5a5b5b0a5c5b5b0a5a5b5b", "0a5a5b5b0a5c5b5b0a5a5b5b0a", "0a5a5b5b0a5c5b5b0a5a5b5b0a5c", "0a5a5b5b0a5c5b5b0a5a5b5b0a5c5b"]}, "config": {"N": 16, "sequence1": [0, 5, 5, 5], "sequence1_pattern": 4, "sequence2": ["a", "a", "b", "b", "a", "c", "b", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0145", "problem_name": "task12_0145"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 4, 8, 2, 9, 8\nSequence 2: a, b, b, e, c, d, b, d\nN: 16", "label": {"final": "1a4b8b2e9c8d1b4d8a2b9b8e1c4d8b2d", "init": "", "intermediate": ["1a", "1a4b", "1a4b8b", "1a4b8b2e", "1a4b8b2e9c", "1a4b8b2e9c8d", "1a4b8b2e9c8d1b", "1a4b8b2e9c8d1b4d", "1a4b8b2e9c8d1b4d8a", "1a4b8b2e9c8d1b4d8a2b", "1a4b8b2e9c8d1b4d8a2b9b", "1a4b8b2e9c8d1b4d8a2b9b8e", "1a4b8b2e9c8d1b4d8a2b9b8e1c", "1a4b8b2e9c8d1b4d8a2b9b8e1c4d", "1a4b8b2e9c8d1b4d8a2b9b8e1c4d8b"]}, "config": {"N": 16, "sequence1": [1, 4, 8, 2, 9, 8], "sequence1_pattern": 6, "sequence2": ["a", "b", "b", "e", "c", "d", "b", "d"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0146", "problem_name": "task12_0146"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 9, 5, 2, 4, 4\nSequence 2: b, a, b, b, c, b, c, a\nN: 16", "label": {"final": "3b9a5b2b4c4b3c9a5b2a4b4b3c9b5c2a", "init": "", "intermediate": ["3b", "3b9a", "3b9a5b", "3b9a5b2b", "3b9a5b2b4c", "3b9a5b2b4c4b", "3b9a5b2b4c4b3c", "3b9a5b2b4c4b3c9a", "3b9a5b2b4c4b3c9a5b", "3b9a5b2b4c4b3c9a5b2a", "3b9a5b2b4c4b3c9a5b2a4b", "3b9a5b2b4c4b3c9a5b2a4b4b", "3b9a5b2b4c4b3c9a5b2a4b4b3c", "3b9a5b2b4c4b3c9a5b2a4b4b3c9b", "3b9a5b2b4c4b3c9a5b2a4b4b3c9b5c"]}, "config": {"N": 16, "sequence1": [3, 9, 5, 2, 4, 4], "sequence1_pattern": 6, "sequence2": ["b", "a", "b", "b", "c", "b", "c", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0147", "problem_name": "task12_0147"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 1, 4, 5\nSequence 2: a, b, b, a, a, a, a, a\nN: 16", "label": {"final": "4a1b4b5a4a1a4a5a4a1b4b5a4a1a4a5a", "init": "", "intermediate": ["4a", "4a1b", "4a1b4b", "4a1b4b5a", "4a1b4b5a4a", "4a1b4b5a4a1a", "4a1b4b5a4a1a4a", "4a1b4b5a4a1a4a5a", "4a1b4b5a4a1a4a5a4a", "4a1b4b5a4a1a4a5a4a1b", "4a1b4b5a4a1a4a5a4a1b4b", "4a1b4b5a4a1a4a5a4a1b4b5a", "4a1b4b5a4a1a4a5a4a1b4b5a4a", "4a1b4b5a4a1a4a5a4a1b4b5a4a1a", "4a1b4b5a4a1a4a5a4a1b4b5a4a1a4a"]}, "config": {"N": 16, "sequence1": [4, 1, 4, 5], "sequence1_pattern": 4, "sequence2": ["a", "b", "b", "a", "a", "a", "a", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0148", "problem_name": "task12_0148"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 1, 9, 6, 9\nSequence 2: a, a, e, c, d, c, d, a\nN: 16", "label": {"final": "0a1a9e6c9d0c1d9a6a9a0e1c9d6c9d0a", "init": "", "intermediate": ["0a", "0a1a", "0a1a9e", "0a1a9e6c", "0a1a9e6c9d", "0a1a9e6c9d0c", "0a1a9e6c9d0c1d", "0a1a9e6c9d0c1d9a", "0a1a9e6c9d0c1d9a6a", "0a1a9e6c9d0c1d9a6a9a", "0a1a9e6c9d0c1d9a6a9a0e", "0a1a9e6c9d0c1d9a6a9a0e1c", "0a1a9e6c9d0c1d9a6a9a0e1c9d", "0a1a9e6c9d0c1d9a6a9a0e1c9d6c", "0a1a9e6c9d0c1d9a6a9a0e1c9d6c9d"]}, "config": {"N": 16, "sequence1": [0, 1, 9, 6, 9], "sequence1_pattern": 5, "sequence2": ["a", "a", "e", "c", "d", "c", "d", "a"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0149", "problem_name": "task12_0149"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 4, 3, 7\nSequence 2: a, d, c, d, b, a, d, a\nN: 17", "label": {"final": "8a4d3c7d8b4a3d7a8a4d3c7d8b4a3d7a8a", "init": "", "intermediate": ["8a", "8a4d", "8a4d3c", "8a4d3c7d", "8a4d3c7d8b", "8a4d3c7d8b4a", "8a4d3c7d8b4a3d", "8a4d3c7d8b4a3d7a", "8a4d3c7d8b4a3d7a8a", "8a4d3c7d8b4a3d7a8a4d", "8a4d3c7d8b4a3d7a8a4d3c", "8a4d3c7d8b4a3d7a8a4d3c7d", "8a4d3c7d8b4a3d7a8a4d3c7d8b", "8a4d3c7d8b4a3d7a8a4d3c7d8b4a", "8a4d3c7d8b4a3d7a8a4d3c7d8b4a3d", "8a4d3c7d8b4a3d7a8a4d3c7d8b4a3d7a"]}, "config": {"N": 17, "sequence1": [8, 4, 3, 7], "sequence1_pattern": 4, "sequence2": ["a", "d", "c", "d", "b", "a", "d", "a"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0150", "problem_name": "task12_0150"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 1, 5, 4, 6\nSequence 2: b, a, b, a, a, b, a, a\nN: 17", "label": {"final": "8b1a5b4a6a8b1a5a4b6a8b1a5a4b6a8a1b", "init": "", "intermediate": ["8b", "8b1a", "8b1a5b", "8b1a5b4a", "8b1a5b4a6a", "8b1a5b4a6a8b", "8b1a5b4a6a8b1a", "8b1a5b4a6a8b1a5a", "8b1a5b4a6a8b1a5a4b", "8b1a5b4a6a8b1a5a4b6a", "8b1a5b4a6a8b1a5a4b6a8b", "8b1a5b4a6a8b1a5a4b6a8b1a", "8b1a5b4a6a8b1a5a4b6a8b1a5a", "8b1a5b4a6a8b1a5a4b6a8b1a5a4b", "8b1a5b4a6a8b1a5a4b6a8b1a5a4b6a", "8b1a5b4a6a8b1a5a4b6a8b1a5a4b6a8a"]}, "config": {"N": 17, "sequence1": [8, 1, 5, 4, 6], "sequence1_pattern": 5, "sequence2": ["b", "a", "b", "a", "a", "b", "a", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0151", "problem_name": "task12_0151"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 8, 0, 3\nSequence 2: a, a, a, b, c, b, c, b\nN: 17", "label": {"final": "1a8a0a3b1c8b0c3b1a8a0a3b1c8b0c3b1a", "init": "", "intermediate": ["1a", "1a8a", "1a8a0a", "1a8a0a3b", "1a8a0a3b1c", "1a8a0a3b1c8b", "1a8a0a3b1c8b0c", "1a8a0a3b1c8b0c3b", "1a8a0a3b1c8b0c3b1a", "1a8a0a3b1c8b0c3b1a8a", "1a8a0a3b1c8b0c3b1a8a0a", "1a8a0a3b1c8b0c3b1a8a0a3b", "1a8a0a3b1c8b0c3b1a8a0a3b1c", "1a8a0a3b1c8b0c3b1a8a0a3b1c8b", "1a8a0a3b1c8b0c3b1a8a0a3b1c8b0c", "1a8a0a3b1c8b0c3b1a8a0a3b1c8b0c3b"]}, "config": {"N": 17, "sequence1": [1, 8, 0, 3], "sequence1_pattern": 4, "sequence2": ["a", "a", "a", "b", "c", "b", "c", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0152", "problem_name": "task12_0152"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 8, 9, 4, 4, 7\nSequence 2: a, a, d, c, c, a, b, d\nN: 17", "label": {"final": "1a8a9d4c4c7a1b8d9a4a4d7c1c8a9b4d4a", "init": "", "intermediate": ["1a", "1a8a", "1a8a9d", "1a8a9d4c", "1a8a9d4c4c", "1a8a9d4c4c7a", "1a8a9d4c4c7a1b", "1a8a9d4c4c7a1b8d", "1a8a9d4c4c7a1b8d9a", "1a8a9d4c4c7a1b8d9a4a", "1a8a9d4c4c7a1b8d9a4a4d", "1a8a9d4c4c7a1b8d9a4a4d7c", "1a8a9d4c4c7a1b8d9a4a4d7c1c", "1a8a9d4c4c7a1b8d9a4a4d7c1c8a", "1a8a9d4c4c7a1b8d9a4a4d7c1c8a9b", "1a8a9d4c4c7a1b8d9a4a4d7c1c8a9b4d"]}, "config": {"N": 17, "sequence1": [1, 8, 9, 4, 4, 7], "sequence1_pattern": 6, "sequence2": ["a", "a", "d", "c", "c", "a", "b", "d"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0153", "problem_name": "task12_0153"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 3, 3, 4\nSequence 2: b, b, a, b, b, a, a, b\nN: 17", "label": {"final": "3b3b3a4b3b3a3a4b3b3b3a4b3b3a3a4b3b", "init": "", "intermediate": ["3b", "3b3b", "3b3b3a", "3b3b3a4b", "3b3b3a4b3b", "3b3b3a4b3b3a", "3b3b3a4b3b3a3a", "3b3b3a4b3b3a3a4b", "3b3b3a4b3b3a3a4b3b", "3b3b3a4b3b3a3a4b3b3b", "3b3b3a4b3b3a3a4b3b3b3a", "3b3b3a4b3b3a3a4b3b3b3a4b", "3b3b3a4b3b3a3a4b3b3b3a4b3b", "3b3b3a4b3b3a3a4b3b3b3a4b3b3a", "3b3b3a4b3b3a3a4b3b3b3a4b3b3a3a", "3b3b3a4b3b3a3a4b3b3b3a4b3b3a3a4b"]}, "config": {"N": 17, "sequence1": [3, 3, 3, 4], "sequence1_pattern": 4, "sequence2": ["b", "b", "a", "b", "b", "a", "a", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0154", "problem_name": "task12_0154"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 1, 6, 5\nSequence 2: c, c, b, a, a, a, a, b\nN: 17", "label": {"final": "0c1c6b5a0a1a6a5b0c1c6b5a0a1a6a5b0c", "init": "", "intermediate": ["0c", "0c1c", "0c1c6b", "0c1c6b5a", "0c1c6b5a0a", "0c1c6b5a0a1a", "0c1c6b5a0a1a6a", "0c1c6b5a0a1a6a5b", "0c1c6b5a0a1a6a5b0c", "0c1c6b5a0a1a6a5b0c1c", "0c1c6b5a0a1a6a5b0c1c6b", "0c1c6b5a0a1a6a5b0c1c6b5a", "0c1c6b5a0a1a6a5b0c1c6b5a0a", "0c1c6b5a0a1a6a5b0c1c6b5a0a1a", "0c1c6b5a0a1a6a5b0c1c6b5a0a1a6a", "0c1c6b5a0a1a6a5b0c1c6b5a0a1a6a5b"]}, "config": {"N": 17, "sequence1": [0, 1, 6, 5], "sequence1_pattern": 4, "sequence2": ["c", "c", "b", "a", "a", "a", "a", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0155", "problem_name": "task12_0155"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 3, 3, 3\nSequence 2: c, c, b, c, c, c, a, c\nN: 17", "label": {"final": "2c3c3b3c2c3c3a3c2c3c3b3c2c3c3a3c2c", "init": "", "intermediate": ["2c", "2c3c", "2c3c3b", "2c3c3b3c", "2c3c3b3c2c", "2c3c3b3c2c3c", "2c3c3b3c2c3c3a", "2c3c3b3c2c3c3a3c", "2c3c3b3c2c3c3a3c2c", "2c3c3b3c2c3c3a3c2c3c", "2c3c3b3c2c3c3a3c2c3c3b", "2c3c3b3c2c3c3a3c2c3c3b3c", "2c3c3b3c2c3c3a3c2c3c3b3c2c", "2c3c3b3c2c3c3a3c2c3c3b3c2c3c", "2c3c3b3c2c3c3a3c2c3c3b3c2c3c3a", "2c3c3b3c2c3c3a3c2c3c3b3c2c3c3a3c"]}, "config": {"N": 17, "sequence1": [2, 3, 3, 3], "sequence1_pattern": 4, "sequence2": ["c", "c", "b", "c", "c", "c", "a", "c"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0156", "problem_name": "task12_0156"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 9, 6, 3, 9, 3\nSequence 2: c, a, b, b, c, a, c, a\nN: 17", "label": {"final": "5c9a6b3b9c3a5c9a6c3a9b3b5c9a6c3a9c", "init": "", "intermediate": ["5c", "5c9a", "5c9a6b", "5c9a6b3b", "5c9a6b3b9c", "5c9a6b3b9c3a", "5c9a6b3b9c3a5c", "5c9a6b3b9c3a5c9a", "5c9a6b3b9c3a5c9a6c", "5c9a6b3b9c3a5c9a6c3a", "5c9a6b3b9c3a5c9a6c3a9b", "5c9a6b3b9c3a5c9a6c3a9b3b", "5c9a6b3b9c3a5c9a6c3a9b3b5c", "5c9a6b3b9c3a5c9a6c3a9b3b5c9a", "5c9a6b3b9c3a5c9a6c3a9b3b5c9a6c", "5c9a6b3b9c3a5c9a6c3a9b3b5c9a6c3a"]}, "config": {"N": 17, "sequence1": [5, 9, 6, 3, 9, 3], "sequence1_pattern": 6, "sequence2": ["c", "a", "b", "b", "c", "a", "c", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0157", "problem_name": "task12_0157"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 1, 4, 5\nSequence 2: b, c, c, c, d, b, c, d\nN: 17", "label": {"final": "1b1c4c5c1d1b4c5d1b1c4c5c1d1b4c5d1b", "init": "", "intermediate": ["1b", "1b1c", "1b1c4c", "1b1c4c5c", "1b1c4c5c1d", "1b1c4c5c1d1b", "1b1c4c5c1d1b4c", "1b1c4c5c1d1b4c5d", "1b1c4c5c1d1b4c5d1b", "1b1c4c5c1d1b4c5d1b1c", "1b1c4c5c1d1b4c5d1b1c4c", "1b1c4c5c1d1b4c5d1b1c4c5c", "1b1c4c5c1d1b4c5d1b1c4c5c1d", "1b1c4c5c1d1b4c5d1b1c4c5c1d1b", "1b1c4c5c1d1b4c5d1b1c4c5c1d1b4c", "1b1c4c5c1d1b4c5d1b1c4c5c1d1b4c5d"]}, "config": {"N": 17, "sequence1": [1, 1, 4, 5], "sequence1_pattern": 4, "sequence2": ["b", "c", "c", "c", "d", "b", "c", "d"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0158", "problem_name": "task12_0158"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 5, 5, 7, 9, 6\nSequence 2: b, b, b, a, c, c, a, c\nN: 17", "label": {"final": "3b5b5b7a9c6c3a5c5b7b9b6a3c5c5a7c9b", "init": "", "intermediate": ["3b", "3b5b", "3b5b5b", "3b5b5b7a", "3b5b5b7a9c", "3b5b5b7a9c6c", "3b5b5b7a9c6c3a", "3b5b5b7a9c6c3a5c", "3b5b5b7a9c6c3a5c5b", "3b5b5b7a9c6c3a5c5b7b", "3b5b5b7a9c6c3a5c5b7b9b", "3b5b5b7a9c6c3a5c5b7b9b6a", "3b5b5b7a9c6c3a5c5b7b9b6a3c", "3b5b5b7a9c6c3a5c5b7b9b6a3c5c", "3b5b5b7a9c6c3a5c5b7b9b6a3c5c5a", "3b5b5b7a9c6c3a5c5b7b9b6a3c5c5a7c"]}, "config": {"N": 17, "sequence1": [3, 5, 5, 7, 9, 6], "sequence1_pattern": 6, "sequence2": ["b", "b", "b", "a", "c", "c", "a", "c"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0159", "problem_name": "task12_0159"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 0, 5, 5, 9\nSequence 2: c, b, c, c, a, b, c, a\nN: 18", "label": {"final": "2c0b5c5c9a2b0c5a5c9b2c0c5a5b9c2a0c5b", "init": "", "intermediate": ["2c", "2c0b", "2c0b5c", "2c0b5c5c", "2c0b5c5c9a", "2c0b5c5c9a2b", "2c0b5c5c9a2b0c", "2c0b5c5c9a2b0c5a", "2c0b5c5c9a2b0c5a5c", "2c0b5c5c9a2b0c5a5c9b", "2c0b5c5c9a2b0c5a5c9b2c", "2c0b5c5c9a2b0c5a5c9b2c0c", "2c0b5c5c9a2b0c5a5c9b2c0c5a", "2c0b5c5c9a2b0c5a5c9b2c0c5a5b", "2c0b5c5c9a2b0c5a5c9b2c0c5a5b9c", "2c0b5c5c9a2b0c5a5c9b2c0c5a5b9c2a", "2c0b5c5c9a2b0c5a5c9b2c0c5a5b9c2a0c"]}, "config": {"N": 18, "sequence1": [2, 0, 5, 5, 9], "sequence1_pattern": 5, "sequence2": ["c", "b", "c", "c", "a", "b", "c", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0160", "problem_name": "task12_0160"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 0, 2, 3\nSequence 2: a, c, b, b, a, c, a, c\nN: 18", "label": {"final": "7a0c2b3b7a0c2a3c7a0c2b3b7a0c2a3c7a0c", "init": "", "intermediate": ["7a", "7a0c", "7a0c2b", "7a0c2b3b", "7a0c2b3b7a", "7a0c2b3b7a0c", "7a0c2b3b7a0c2a", "7a0c2b3b7a0c2a3c", "7a0c2b3b7a0c2a3c7a", "7a0c2b3b7a0c2a3c7a0c", "7a0c2b3b7a0c2a3c7a0c2b", "7a0c2b3b7a0c2a3c7a0c2b3b", "7a0c2b3b7a0c2a3c7a0c2b3b7a", "7a0c2b3b7a0c2a3c7a0c2b3b7a0c", "7a0c2b3b7a0c2a3c7a0c2b3b7a0c2a", "7a0c2b3b7a0c2a3c7a0c2b3b7a0c2a3c", "7a0c2b3b7a0c2a3c7a0c2b3b7a0c2a3c7a"]}, "config": {"N": 18, "sequence1": [7, 0, 2, 3], "sequence1_pattern": 4, "sequence2": ["a", "c", "b", "b", "a", "c", "a", "c"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0161", "problem_name": "task12_0161"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 5, 0, 4\nSequence 2: b, d, b, a, a, c, a, c\nN: 18", "label": {"final": "7b5d0b4a7a5c0a4c7b5d0b4a7a5c0a4c7b5d", "init": "", "intermediate": ["7b", "7b5d", "7b5d0b", "7b5d0b4a", "7b5d0b4a7a", "7b5d0b4a7a5c", "7b5d0b4a7a5c0a", "7b5d0b4a7a5c0a4c", "7b5d0b4a7a5c0a4c7b", "7b5d0b4a7a5c0a4c7b5d", "7b5d0b4a7a5c0a4c7b5d0b", "7b5d0b4a7a5c0a4c7b5d0b4a", "7b5d0b4a7a5c0a4c7b5d0b4a7a", "7b5d0b4a7a5c0a4c7b5d0b4a7a5c", "7b5d0b4a7a5c0a4c7b5d0b4a7a5c0a", "7b5d0b4a7a5c0a4c7b5d0b4a7a5c0a4c", "7b5d0b4a7a5c0a4c7b5d0b4a7a5c0a4c7b"]}, "config": {"N": 18, "sequence1": [7, 5, 0, 4], "sequence1_pattern": 4, "sequence2": ["b", "d", "b", "a", "a", "c", "a", "c"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0162", "problem_name": "task12_0162"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 4, 3, 0, 7, 9\nSequence 2: a, d, b, e, a, d, c, c\nN: 18", "label": {"final": "3a4d3b0e7a9d3c4c3a0d7b9e3a4d3c0c7a9d", "init": "", "intermediate": ["3a", "3a4d", "3a4d3b", "3a4d3b0e", "3a4d3b0e7a", "3a4d3b0e7a9d", "3a4d3b0e7a9d3c", "3a4d3b0e7a9d3c4c", "3a4d3b0e7a9d3c4c3a", "3a4d3b0e7a9d3c4c3a0d", "3a4d3b0e7a9d3c4c3a0d7b", "3a4d3b0e7a9d3c4c3a0d7b9e", "3a4d3b0e7a9d3c4c3a0d7b9e3a", "3a4d3b0e7a9d3c4c3a0d7b9e3a4d", "3a4d3b0e7a9d3c4c3a0d7b9e3a4d3c", "3a4d3b0e7a9d3c4c3a0d7b9e3a4d3c0c", "3a4d3b0e7a9d3c4c3a0d7b9e3a4d3c0c7a"]}, "config": {"N": 18, "sequence1": [3, 4, 3, 0, 7, 9], "sequence1_pattern": 6, "sequence2": ["a", "d", "b", "e", "a", "d", "c", "c"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0163", "problem_name": "task12_0163"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 3, 9, 7\nSequence 2: e, c, a, a, a, d, c, c\nN: 18", "label": {"final": "6e3c9a7a6a3d9c7c6e3c9a7a6a3d9c7c6e3c", "init": "", "intermediate": ["6e", "6e3c", "6e3c9a", "6e3c9a7a", "6e3c9a7a6a", "6e3c9a7a6a3d", "6e3c9a7a6a3d9c", "6e3c9a7a6a3d9c7c", "6e3c9a7a6a3d9c7c6e", "6e3c9a7a6a3d9c7c6e3c", "6e3c9a7a6a3d9c7c6e3c9a", "6e3c9a7a6a3d9c7c6e3c9a7a", "6e3c9a7a6a3d9c7c6e3c9a7a6a", "6e3c9a7a6a3d9c7c6e3c9a7a6a3d", "6e3c9a7a6a3d9c7c6e3c9a7a6a3d9c", "6e3c9a7a6a3d9c7c6e3c9a7a6a3d9c7c", "6e3c9a7a6a3d9c7c6e3c9a7a6a3d9c7c6e"]}, "config": {"N": 18, "sequence1": [6, 3, 9, 7], "sequence1_pattern": 4, "sequence2": ["e", "c", "a", "a", "a", "d", "c", "c"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0164", "problem_name": "task12_0164"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 4, 0, 6\nSequence 2: c, b, b, c, c, b, d, e\nN: 18", "label": {"final": "7c4b0b6c7c4b0d6e7c4b0b6c7c4b0d6e7c4b", "init": "", "intermediate": ["7c", "7c4b", "7c4b0b", "7c4b0b6c", "7c4b0b6c7c", "7c4b0b6c7c4b", "7c4b0b6c7c4b0d", "7c4b0b6c7c4b0d6e", "7c4b0b6c7c4b0d6e7c", "7c4b0b6c7c4b0d6e7c4b", "7c4b0b6c7c4b0d6e7c4b0b", "7c4b0b6c7c4b0d6e7c4b0b6c", "7c4b0b6c7c4b0d6e7c4b0b6c7c", "7c4b0b6c7c4b0d6e7c4b0b6c7c4b", "7c4b0b6c7c4b0d6e7c4b0b6c7c4b0d", "7c4b0b6c7c4b0d6e7c4b0b6c7c4b0d6e", "7c4b0b6c7c4b0d6e7c4b0b6c7c4b0d6e7c"]}, "config": {"N": 18, "sequence1": [7, 4, 0, 6], "sequence1_pattern": 4, "sequence2": ["c", "b", "b", "c", "c", "b", "d", "e"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0165", "problem_name": "task12_0165"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 4, 6, 4, 8, 7\nSequence 2: c, d, c, d, b, a, c, b\nN: 18", "label": {"final": "0c4d6c4d8b7a0c4b6c4d8c7d0b4a6c4b8c7d", "init": "", "intermediate": ["0c", "0c4d", "0c4d6c", "0c4d6c4d", "0c4d6c4d8b", "0c4d6c4d8b7a", "0c4d6c4d8b7a0c", "0c4d6c4d8b7a0c4b", "0c4d6c4d8b7a0c4b6c", "0c4d6c4d8b7a0c4b6c4d", "0c4d6c4d8b7a0c4b6c4d8c", "0c4d6c4d8b7a0c4b6c4d8c7d", "0c4d6c4d8b7a0c4b6c4d8c7d0b", "0c4d6c4d8b7a0c4b6c4d8c7d0b4a", "0c4d6c4d8b7a0c4b6c4d8c7d0b4a6c", "0c4d6c4d8b7a0c4b6c4d8c7d0b4a6c4b", "0c4d6c4d8b7a0c4b6c4d8c7d0b4a6c4b8c"]}, "config": {"N": 18, "sequence1": [0, 4, 6, 4, 8, 7], "sequence1_pattern": 6, "sequence2": ["c", "d", "c", "d", "b", "a", "c", "b"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0166", "problem_name": "task12_0166"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 2, 3, 7\nSequence 2: e, e, c, e, c, d, d, e\nN: 18", "label": {"final": "4e2e3c7e4c2d3d7e4e2e3c7e4c2d3d7e4e2e", "init": "", "intermediate": ["4e", "4e2e", "4e2e3c", "4e2e3c7e", "4e2e3c7e4c", "4e2e3c7e4c2d", "4e2e3c7e4c2d3d", "4e2e3c7e4c2d3d7e", "4e2e3c7e4c2d3d7e4e", "4e2e3c7e4c2d3d7e4e2e", "4e2e3c7e4c2d3d7e4e2e3c", "4e2e3c7e4c2d3d7e4e2e3c7e", "4e2e3c7e4c2d3d7e4e2e3c7e4c", "4e2e3c7e4c2d3d7e4e2e3c7e4c2d", "4e2e3c7e4c2d3d7e4e2e3c7e4c2d3d", "4e2e3c7e4c2d3d7e4e2e3c7e4c2d3d7e", "4e2e3c7e4c2d3d7e4e2e3c7e4c2d3d7e4e"]}, "config": {"N": 18, "sequence1": [4, 2, 3, 7], "sequence1_pattern": 4, "sequence2": ["e", "e", "c", "e", "c", "d", "d", "e"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0167", "problem_name": "task12_0167"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 8, 6, 3, 2, 8\nSequence 2: d, a, a, a, c, b, d, b\nN: 18", "label": {"final": "4d8a6a3a2c8b4d8b6d3a2a8a4c8b6d3b2d8a", "init": "", "intermediate": ["4d", "4d8a", "4d8a6a", "4d8a6a3a", "4d8a6a3a2c", "4d8a6a3a2c8b", "4d8a6a3a2c8b4d", "4d8a6a3a2c8b4d8b", "4d8a6a3a2c8b4d8b6d", "4d8a6a3a2c8b4d8b6d3a", "4d8a6a3a2c8b4d8b6d3a2a", "4d8a6a3a2c8b4d8b6d3a2a8a", "4d8a6a3a2c8b4d8b6d3a2a8a4c", "4d8a6a3a2c8b4d8b6d3a2a8a4c8b", "4d8a6a3a2c8b4d8b6d3a2a8a4c8b6d", "4d8a6a3a2c8b4d8b6d3a2a8a4c8b6d3b", "4d8a6a3a2c8b4d8b6d3a2a8a4c8b6d3b2d"]}, "config": {"N": 18, "sequence1": [4, 8, 6, 3, 2, 8], "sequence1_pattern": 6, "sequence2": ["d", "a", "a", "a", "c", "b", "d", "b"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0168", "problem_name": "task12_0168"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 1, 7, 5\nSequence 2: b, a, c, a, c, a, b, b\nN: 18", "label": {"final": "1b1a7c5a1c1a7b5b1b1a7c5a1c1a7b5b1b1a", "init": "", "intermediate": ["1b", "1b1a", "1b1a7c", "1b1a7c5a", "1b1a7c5a1c", "1b1a7c5a1c1a", "1b1a7c5a1c1a7b", "1b1a7c5a1c1a7b5b", "1b1a7c5a1c1a7b5b1b", "1b1a7c5a1c1a7b5b1b1a", "1b1a7c5a1c1a7b5b1b1a7c", "1b1a7c5a1c1a7b5b1b1a7c5a", "1b1a7c5a1c1a7b5b1b1a7c5a1c", "1b1a7c5a1c1a7b5b1b1a7c5a1c1a", "1b1a7c5a1c1a7b5b1b1a7c5a1c1a7b", "1b1a7c5a1c1a7b5b1b1a7c5a1c1a7b5b", "1b1a7c5a1c1a7b5b1b1a7c5a1c1a7b5b1b"]}, "config": {"N": 18, "sequence1": [1, 1, 7, 5], "sequence1_pattern": 4, "sequence2": ["b", "a", "c", "a", "c", "a", "b", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0169", "problem_name": "task12_0169"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 1, 0, 5, 2\nSequence 2: c, c, b, b, d, c, c, a\nN: 19", "label": {"final": "6c1c0b5b2d6c1c0a5c2c6b1b0d5c2c6a1c0c5b", "init": "", "intermediate": ["6c", "6c1c", "6c1c0b", "6c1c0b5b", "6c1c0b5b2d", "6c1c0b5b2d6c", "6c1c0b5b2d6c1c", "6c1c0b5b2d6c1c0a", "6c1c0b5b2d6c1c0a5c", "6c1c0b5b2d6c1c0a5c2c", "6c1c0b5b2d6c1c0a5c2c6b", "6c1c0b5b2d6c1c0a5c2c6b1b", "6c1c0b5b2d6c1c0a5c2c6b1b0d", "6c1c0b5b2d6c1c0a5c2c6b1b0d5c", "6c1c0b5b2d6c1c0a5c2c6b1b0d5c2c", "6c1c0b5b2d6c1c0a5c2c6b1b0d5c2c6a", "6c1c0b5b2d6c1c0a5c2c6b1b0d5c2c6a1c", "6c1c0b5b2d6c1c0a5c2c6b1b0d5c2c6a1c0c"]}, "config": {"N": 19, "sequence1": [6, 1, 0, 5, 2], "sequence1_pattern": 5, "sequence2": ["c", "c", "b", "b", "d", "c", "c", "a"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0170", "problem_name": "task12_0170"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 9, 2, 0, 2, 5\nSequence 2: a, a, a, a, b, b, b, a\nN: 19", "label": {"final": "1a9a2a0a2b5b1b9a2a0a2a5a1b9b2b0a2a5a1a", "init": "", "intermediate": ["1a", "1a9a", "1a9a2a", "1a9a2a0a", "1a9a2a0a2b", "1a9a2a0a2b5b", "1a9a2a0a2b5b1b", "1a9a2a0a2b5b1b9a", "1a9a2a0a2b5b1b9a2a", "1a9a2a0a2b5b1b9a2a0a", "1a9a2a0a2b5b1b9a2a0a2a", "1a9a2a0a2b5b1b9a2a0a2a5a", "1a9a2a0a2b5b1b9a2a0a2a5a1b", "1a9a2a0a2b5b1b9a2a0a2a5a1b9b", "1a9a2a0a2b5b1b9a2a0a2a5a1b9b2b", "1a9a2a0a2b5b1b9a2a0a2a5a1b9b2b0a", "1a9a2a0a2b5b1b9a2a0a2a5a1b9b2b0a2a", "1a9a2a0a2b5b1b9a2a0a2a5a1b9b2b0a2a5a"]}, "config": {"N": 19, "sequence1": [1, 9, 2, 0, 2, 5], "sequence1_pattern": 6, "sequence2": ["a", "a", "a", "a", "b", "b", "b", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0171", "problem_name": "task12_0171"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 6, 2, 1\nSequence 2: c, c, c, c, b, b, c, c\nN: 19", "label": {"final": "7c6c2c1c7b6b2c1c7c6c2c1c7b6b2c1c7c6c2c", "init": "", "intermediate": ["7c", "7c6c", "7c6c2c", "7c6c2c1c", "7c6c2c1c7b", "7c6c2c1c7b6b", "7c6c2c1c7b6b2c", "7c6c2c1c7b6b2c1c", "7c6c2c1c7b6b2c1c7c", "7c6c2c1c7b6b2c1c7c6c", "7c6c2c1c7b6b2c1c7c6c2c", "7c6c2c1c7b6b2c1c7c6c2c1c", "7c6c2c1c7b6b2c1c7c6c2c1c7b", "7c6c2c1c7b6b2c1c7c6c2c1c7b6b", "7c6c2c1c7b6b2c1c7c6c2c1c7b6b2c", "7c6c2c1c7b6b2c1c7c6c2c1c7b6b2c1c", "7c6c2c1c7b6b2c1c7c6c2c1c7b6b2c1c7c", "7c6c2c1c7b6b2c1c7c6c2c1c7b6b2c1c7c6c"]}, "config": {"N": 19, "sequence1": [7, 6, 2, 1], "sequence1_pattern": 4, "sequence2": ["c", "c", "c", "c", "b", "b", "c", "c"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0172", "problem_name": "task12_0172"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 7, 6, 4, 1, 3\nSequence 2: a, b, a, a, d, d, d, a\nN: 19", "label": {"final": "5a7b6a4a1d3d5d7a6a4b1a3a5d7d6d4a1a3b5a", "init": "", "intermediate": ["5a", "5a7b", "5a7b6a", "5a7b6a4a", "5a7b6a4a1d", "5a7b6a4a1d3d", "5a7b6a4a1d3d5d", "5a7b6a4a1d3d5d7a", "5a7b6a4a1d3d5d7a6a", "5a7b6a4a1d3d5d7a6a4b", "5a7b6a4a1d3d5d7a6a4b1a", "5a7b6a4a1d3d5d7a6a4b1a3a", "5a7b6a4a1d3d5d7a6a4b1a3a5d", "5a7b6a4a1d3d5d7a6a4b1a3a5d7d", "5a7b6a4a1d3d5d7a6a4b1a3a5d7d6d", "5a7b6a4a1d3d5d7a6a4b1a3a5d7d6d4a", "5a7b6a4a1d3d5d7a6a4b1a3a5d7d6d4a1a", "5a7b6a4a1d3d5d7a6a4b1a3a5d7d6d4a1a3b"]}, "config": {"N": 19, "sequence1": [5, 7, 6, 4, 1, 3], "sequence1_pattern": 6, "sequence2": ["a", "b", "a", "a", "d", "d", "d", "a"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0173", "problem_name": "task12_0173"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 4, 9, 2\nSequence 2: c, a, a, c, b, d, a, d\nN: 19", "label": {"final": "6c4a9a2c6b4d9a2d6c4a9a2c6b4d9a2d6c4a9a", "init": "", "intermediate": ["6c", "6c4a", "6c4a9a", "6c4a9a2c", "6c4a9a2c6b", "6c4a9a2c6b4d", "6c4a9a2c6b4d9a", "6c4a9a2c6b4d9a2d", "6c4a9a2c6b4d9a2d6c", "6c4a9a2c6b4d9a2d6c4a", "6c4a9a2c6b4d9a2d6c4a9a", "6c4a9a2c6b4d9a2d6c4a9a2c", "6c4a9a2c6b4d9a2d6c4a9a2c6b", "6c4a9a2c6b4d9a2d6c4a9a2c6b4d", "6c4a9a2c6b4d9a2d6c4a9a2c6b4d9a", "6c4a9a2c6b4d9a2d6c4a9a2c6b4d9a2d", "6c4a9a2c6b4d9a2d6c4a9a2c6b4d9a2d6c", "6c4a9a2c6b4d9a2d6c4a9a2c6b4d9a2d6c4a"]}, "config": {"N": 19, "sequence1": [6, 4, 9, 2], "sequence1_pattern": 4, "sequence2": ["c", "a", "a", "c", "b", "d", "a", "d"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0174", "problem_name": "task12_0174"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 8, 2, 1, 9, 9\nSequence 2: a, b, d, b, d, a, a, d\nN: 19", "label": {"final": "9a8b2d1b9d9a9a8d2a1b9d9b9d8a2a1d9a9b9d", "init": "", "intermediate": ["9a", "9a8b", "9a8b2d", "9a8b2d1b", "9a8b2d1b9d", "9a8b2d1b9d9a", "9a8b2d1b9d9a9a", "9a8b2d1b9d9a9a8d", "9a8b2d1b9d9a9a8d2a", "9a8b2d1b9d9a9a8d2a1b", "9a8b2d1b9d9a9a8d2a1b9d", "9a8b2d1b9d9a9a8d2a1b9d9b", "9a8b2d1b9d9a9a8d2a1b9d9b9d", "9a8b2d1b9d9a9a8d2a1b9d9b9d8a", "9a8b2d1b9d9a9a8d2a1b9d9b9d8a2a", "9a8b2d1b9d9a9a8d2a1b9d9b9d8a2a1d", "9a8b2d1b9d9a9a8d2a1b9d9b9d8a2a1d9a", "9a8b2d1b9d9a9a8d2a1b9d9b9d8a2a1d9a9b"]}, "config": {"N": 19, "sequence1": [9, 8, 2, 1, 9, 9], "sequence1_pattern": 6, "sequence2": ["a", "b", "d", "b", "d", "a", "a", "d"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0175", "problem_name": "task12_0175"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 8, 0, 7, 6\nSequence 2: b, a, b, a, b, b, b, b\nN: 19", "label": {"final": "8b8a0b7a6b8b8b0b7b6a8b8a0b7b6b8b8b0a7b", "init": "", "intermediate": ["8b", "8b8a", "8b8a0b", "8b8a0b7a", "8b8a0b7a6b", "8b8a0b7a6b8b", "8b8a0b7a6b8b8b", "8b8a0b7a6b8b8b0b", "8b8a0b7a6b8b8b0b7b", "8b8a0b7a6b8b8b0b7b6a", "8b8a0b7a6b8b8b0b7b6a8b", "8b8a0b7a6b8b8b0b7b6a8b8a", "8b8a0b7a6b8b8b0b7b6a8b8a0b", "8b8a0b7a6b8b8b0b7b6a8b8a0b7b", "8b8a0b7a6b8b8b0b7b6a8b8a0b7b6b", "8b8a0b7a6b8b8b0b7b6a8b8a0b7b6b8b", "8b8a0b7a6b8b8b0b7b6a8b8a0b7b6b8b8b", "8b8a0b7a6b8b8b0b7b6a8b8a0b7b6b8b8b0a"]}, "config": {"N": 19, "sequence1": [8, 8, 0, 7, 6], "sequence1_pattern": 5, "sequence2": ["b", "a", "b", "a", "b", "b", "b", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0176", "problem_name": "task12_0176"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 6, 1, 6, 2\nSequence 2: b, b, a, a, a, a, b, b\nN: 19", "label": {"final": "5b6b1a6a2a5a6b1b6b2b5a6a1a6a2b5b6b1b6a", "init": "", "intermediate": ["5b", "5b6b", "5b6b1a", "5b6b1a6a", "5b6b1a6a2a", "5b6b1a6a2a5a", "5b6b1a6a2a5a6b", "5b6b1a6a2a5a6b1b", "5b6b1a6a2a5a6b1b6b", "5b6b1a6a2a5a6b1b6b2b", "5b6b1a6a2a5a6b1b6b2b5a", "5b6b1a6a2a5a6b1b6b2b5a6a", "5b6b1a6a2a5a6b1b6b2b5a6a1a", "5b6b1a6a2a5a6b1b6b2b5a6a1a6a", "5b6b1a6a2a5a6b1b6b2b5a6a1a6a2b", "5b6b1a6a2a5a6b1b6b2b5a6a1a6a2b5b", "5b6b1a6a2a5a6b1b6b2b5a6a1a6a2b5b6b", "5b6b1a6a2a5a6b1b6b2b5a6a1a6a2b5b6b1b"]}, "config": {"N": 19, "sequence1": [5, 6, 1, 6, 2], "sequence1_pattern": 5, "sequence2": ["b", "b", "a", "a", "a", "a", "b", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0177", "problem_name": "task12_0177"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 4, 8, 7, 0, 9\nSequence 2: a, a, d, a, d, b, c, b\nN: 19", "label": {"final": "9a4a8d7a0d9b9c4b8a7a0d9a9d4b8c7b0a9a9d", "init": "", "intermediate": ["9a", "9a4a", "9a4a8d", "9a4a8d7a", "9a4a8d7a0d", "9a4a8d7a0d9b", "9a4a8d7a0d9b9c", "9a4a8d7a0d9b9c4b", "9a4a8d7a0d9b9c4b8a", "9a4a8d7a0d9b9c4b8a7a", "9a4a8d7a0d9b9c4b8a7a0d", "9a4a8d7a0d9b9c4b8a7a0d9a", "9a4a8d7a0d9b9c4b8a7a0d9a9d", "9a4a8d7a0d9b9c4b8a7a0d9a9d4b", "9a4a8d7a0d9b9c4b8a7a0d9a9d4b8c", "9a4a8d7a0d9b9c4b8a7a0d9a9d4b8c7b", "9a4a8d7a0d9b9c4b8a7a0d9a9d4b8c7b0a", "9a4a8d7a0d9b9c4b8a7a0d9a9d4b8c7b0a9a"]}, "config": {"N": 19, "sequence1": [9, 4, 8, 7, 0, 9], "sequence1_pattern": 6, "sequence2": ["a", "a", "d", "a", "d", "b", "c", "b"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0178", "problem_name": "task12_0178"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 1, 1, 6, 1, 4\nSequence 2: c, c, d, d, e, c, b, c\nN: 19", "label": {"final": "7c1c1d6d1e4c7b1c1c6c1d4d7e1c1b6c1c4c7d", "init": "", "intermediate": ["7c", "7c1c", "7c1c1d", "7c1c1d6d", "7c1c1d6d1e", "7c1c1d6d1e4c", "7c1c1d6d1e4c7b", "7c1c1d6d1e4c7b1c", "7c1c1d6d1e4c7b1c1c", "7c1c1d6d1e4c7b1c1c6c", "7c1c1d6d1e4c7b1c1c6c1d", "7c1c1d6d1e4c7b1c1c6c1d4d", "7c1c1d6d1e4c7b1c1c6c1d4d7e", "7c1c1d6d1e4c7b1c1c6c1d4d7e1c", "7c1c1d6d1e4c7b1c1c6c1d4d7e1c1b", "7c1c1d6d1e4c7b1c1c6c1d4d7e1c1b6c", "7c1c1d6d1e4c7b1c1c6c1d4d7e1c1b6c1c", "7c1c1d6d1e4c7b1c1c6c1d4d7e1c1b6c1c4c"]}, "config": {"N": 19, "sequence1": [7, 1, 1, 6, 1, 4], "sequence1_pattern": 6, "sequence2": ["c", "c", "d", "d", "e", "c", "b", "c"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0179", "problem_name": "task12_0179"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 0, 0, 1, 1\nSequence 2: d, d, b, a, b, b, d, c\nN: 20", "label": {"final": "9d0d0b1a1b9b0d0c1d1d9b0a0b1b1d9c0d0d1b1a", "init": "", "intermediate": ["9d", "9d0d", "9d0d0b", "9d0d0b1a", "9d0d0b1a1b", "9d0d0b1a1b9b", "9d0d0b1a1b9b0d", "9d0d0b1a1b9b0d0c", "9d0d0b1a1b9b0d0c1d", "9d0d0b1a1b9b0d0c1d1d", "9d0d0b1a1b9b0d0c1d1d9b", "9d0d0b1a1b9b0d0c1d1d9b0a", "9d0d0b1a1b9b0d0c1d1d9b0a0b", "9d0d0b1a1b9b0d0c1d1d9b0a0b1b", "9d0d0b1a1b9b0d0c1d1d9b0a0b1b1d", "9d0d0b1a1b9b0d0c1d1d9b0a0b1b1d9c", "9d0d0b1a1b9b0d0c1d1d9b0a0b1b1d9c0d", "9d0d0b1a1b9b0d0c1d1d9b0a0b1b1d9c0d0d", "9d0d0b1a1b9b0d0c1d1d9b0a0b1b1d9c0d0d1b"]}, "config": {"N": 20, "sequence1": [9, 0, 0, 1, 1], "sequence1_pattern": 5, "sequence2": ["d", "d", "b", "a", "b", "b", "d", "c"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0180", "problem_name": "task12_0180"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 7, 5, 3, 1\nSequence 2: b, a, d, d, c, d, b, d\nN: 20", "label": {"final": "5b7a5d3d1c5d7b5d3b1a5d7d5c3d1b5d7b5a3d1d", "init": "", "intermediate": ["5b", "5b7a", "5b7a5d", "5b7a5d3d", "5b7a5d3d1c", "5b7a5d3d1c5d", "5b7a5d3d1c5d7b", "5b7a5d3d1c5d7b5d", "5b7a5d3d1c5d7b5d3b", "5b7a5d3d1c5d7b5d3b1a", "5b7a5d3d1c5d7b5d3b1a5d", "5b7a5d3d1c5d7b5d3b1a5d7d", "5b7a5d3d1c5d7b5d3b1a5d7d5c", "5b7a5d3d1c5d7b5d3b1a5d7d5c3d", "5b7a5d3d1c5d7b5d3b1a5d7d5c3d1b", "5b7a5d3d1c5d7b5d3b1a5d7d5c3d1b5d", "5b7a5d3d1c5d7b5d3b1a5d7d5c3d1b5d7b", "5b7a5d3d1c5d7b5d3b1a5d7d5c3d1b5d7b5a", "5b7a5d3d1c5d7b5d3b1a5d7d5c3d1b5d7b5a3d"]}, "config": {"N": 20, "sequence1": [5, 7, 5, 3, 1], "sequence1_pattern": 5, "sequence2": ["b", "a", "d", "d", "c", "d", "b", "d"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0181", "problem_name": "task12_0181"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 4, 5, 5, 9, 3\nSequence 2: b, d, b, b, c, a, b, b\nN: 20", "label": {"final": "6b4d5b5b9c3a6b4b5b5d9b3b6c4a5b5b9b3d6b4b", "init": "", "intermediate": ["6b", "6b4d", "6b4d5b", "6b4d5b5b", "6b4d5b5b9c", "6b4d5b5b9c3a", "6b4d5b5b9c3a6b", "6b4d5b5b9c3a6b4b", "6b4d5b5b9c3a6b4b5b", "6b4d5b5b9c3a6b4b5b5d", "6b4d5b5b9c3a6b4b5b5d9b", "6b4d5b5b9c3a6b4b5b5d9b3b", "6b4d5b5b9c3a6b4b5b5d9b3b6c", "6b4d5b5b9c3a6b4b5b5d9b3b6c4a", "6b4d5b5b9c3a6b4b5b5d9b3b6c4a5b", "6b4d5b5b9c3a6b4b5b5d9b3b6c4a5b5b", "6b4d5b5b9c3a6b4b5b5d9b3b6c4a5b5b9b", "6b4d5b5b9c3a6b4b5b5d9b3b6c4a5b5b9b3d", "6b4d5b5b9c3a6b4b5b5d9b3b6c4a5b5b9b3d6b"]}, "config": {"N": 20, "sequence1": [6, 4, 5, 5, 9, 3], "sequence1_pattern": 6, "sequence2": ["b", "d", "b", "b", "c", "a", "b", "b"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0182", "problem_name": "task12_0182"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 5, 9, 0, 9\nSequence 2: a, a, a, a, b, b, b, a\nN: 20", "label": {"final": "1a5a9a0a9b1b5b9a0a9a1a5a9b0b9b1a5a9a0a9a", "init": "", "intermediate": ["1a", "1a5a", "1a5a9a", "1a5a9a0a", "1a5a9a0a9b", "1a5a9a0a9b1b", "1a5a9a0a9b1b5b", "1a5a9a0a9b1b5b9a", "1a5a9a0a9b1b5b9a0a", "1a5a9a0a9b1b5b9a0a9a", "1a5a9a0a9b1b5b9a0a9a1a", "1a5a9a0a9b1b5b9a0a9a1a5a", "1a5a9a0a9b1b5b9a0a9a1a5a9b", "1a5a9a0a9b1b5b9a0a9a1a5a9b0b", "1a5a9a0a9b1b5b9a0a9a1a5a9b0b9b", "1a5a9a0a9b1b5b9a0a9a1a5a9b0b9b1a", "1a5a9a0a9b1b5b9a0a9a1a5a9b0b9b1a5a", "1a5a9a0a9b1b5b9a0a9a1a5a9b0b9b1a5a9a", "1a5a9a0a9b1b5b9a0a9a1a5a9b0b9b1a5a9a0a"]}, "config": {"N": 20, "sequence1": [1, 5, 9, 0, 9], "sequence1_pattern": 5, "sequence2": ["a", "a", "a", "a", "b", "b", "b", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0183", "problem_name": "task12_0183"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 2, 5, 9, 4\nSequence 2: a, a, b, a, b, b, b, b\nN: 20", "label": {"final": "2a2a5b9a4b2b2b5b9a4a2b2a5b9b4b2b2a5a9b4a", "init": "", "intermediate": ["2a", "2a2a", "2a2a5b", "2a2a5b9a", "2a2a5b9a4b", "2a2a5b9a4b2b", "2a2a5b9a4b2b2b", "2a2a5b9a4b2b2b5b", "2a2a5b9a4b2b2b5b9a", "2a2a5b9a4b2b2b5b9a4a", "2a2a5b9a4b2b2b5b9a4a2b", "2a2a5b9a4b2b2b5b9a4a2b2a", "2a2a5b9a4b2b2b5b9a4a2b2a5b", "2a2a5b9a4b2b2b5b9a4a2b2a5b9b", "2a2a5b9a4b2b2b5b9a4a2b2a5b9b4b", "2a2a5b9a4b2b2b5b9a4a2b2a5b9b4b2b", "2a2a5b9a4b2b2b5b9a4a2b2a5b9b4b2b2a", "2a2a5b9a4b2b2b5b9a4a2b2a5b9b4b2b2a5a", "2a2a5b9a4b2b2b5b9a4a2b2a5b9b4b2b2a5a9b"]}, "config": {"N": 20, "sequence1": [2, 2, 5, 9, 4], "sequence1_pattern": 5, "sequence2": ["a", "a", "b", "a", "b", "b", "b", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0184", "problem_name": "task12_0184"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 3, 0, 7, 4, 1\nSequence 2: b, e, a, e, c, e, e, e\nN: 20", "label": {"final": "0b3e0a7e4c1e0e3e0b7e4a1e0c3e0e7e4b1e0a3e", "init": "", "intermediate": ["0b", "0b3e", "0b3e0a", "0b3e0a7e", "0b3e0a7e4c", "0b3e0a7e4c1e", "0b3e0a7e4c1e0e", "0b3e0a7e4c1e0e3e", "0b3e0a7e4c1e0e3e0b", "0b3e0a7e4c1e0e3e0b7e", "0b3e0a7e4c1e0e3e0b7e4a", "0b3e0a7e4c1e0e3e0b7e4a1e", "0b3e0a7e4c1e0e3e0b7e4a1e0c", "0b3e0a7e4c1e0e3e0b7e4a1e0c3e", "0b3e0a7e4c1e0e3e0b7e4a1e0c3e0e", "0b3e0a7e4c1e0e3e0b7e4a1e0c3e0e7e", "0b3e0a7e4c1e0e3e0b7e4a1e0c3e0e7e4b", "0b3e0a7e4c1e0e3e0b7e4a1e0c3e0e7e4b1e", "0b3e0a7e4c1e0e3e0b7e4a1e0c3e0e7e4b1e0a"]}, "config": {"N": 20, "sequence1": [0, 3, 0, 7, 4, 1], "sequence1_pattern": 6, "sequence2": ["b", "e", "a", "e", "c", "e", "e", "e"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0185", "problem_name": "task12_0185"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 5, 0, 7, 0, 4\nSequence 2: b, c, c, b, a, c, b, c\nN: 20", "label": {"final": "7b5c0c7b0a4c7b5c0b7c0c4b7a5c0b7c0b4c7c5b", "init": "", "intermediate": ["7b", "7b5c", "7b5c0c", "7b5c0c7b", "7b5c0c7b0a", "7b5c0c7b0a4c", "7b5c0c7b0a4c7b", "7b5c0c7b0a4c7b5c", "7b5c0c7b0a4c7b5c0b", "7b5c0c7b0a4c7b5c0b7c", "7b5c0c7b0a4c7b5c0b7c0c", "7b5c0c7b0a4c7b5c0b7c0c4b", "7b5c0c7b0a4c7b5c0b7c0c4b7a", "7b5c0c7b0a4c7b5c0b7c0c4b7a5c", "7b5c0c7b0a4c7b5c0b7c0c4b7a5c0b", "7b5c0c7b0a4c7b5c0b7c0c4b7a5c0b7c", "7b5c0c7b0a4c7b5c0b7c0c4b7a5c0b7c0b", "7b5c0c7b0a4c7b5c0b7c0c4b7a5c0b7c0b4c", "7b5c0c7b0a4c7b5c0b7c0c4b7a5c0b7c0b4c7c"]}, "config": {"N": 20, "sequence1": [7, 5, 0, 7, 0, 4], "sequence1_pattern": 6, "sequence2": ["b", "c", "c", "b", "a", "c", "b", "c"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0186", "problem_name": "task12_0186"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 4, 9, 7, 6\nSequence 2: b, a, c, c, c, b, c, b\nN: 20", "label": {"final": "3b4a9c7c6c3b4c9b7b6a3c4c9c7b6c3b4b9a7c6c", "init": "", "intermediate": ["3b", "3b4a", "3b4a9c", "3b4a9c7c", "3b4a9c7c6c", "3b4a9c7c6c3b", "3b4a9c7c6c3b4c", "3b4a9c7c6c3b4c9b", "3b4a9c7c6c3b4c9b7b", "3b4a9c7c6c3b4c9b7b6a", "3b4a9c7c6c3b4c9b7b6a3c", "3b4a9c7c6c3b4c9b7b6a3c4c", "3b4a9c7c6c3b4c9b7b6a3c4c9c", "3b4a9c7c6c3b4c9b7b6a3c4c9c7b", "3b4a9c7c6c3b4c9b7b6a3c4c9c7b6c", "3b4a9c7c6c3b4c9b7b6a3c4c9c7b6c3b", "3b4a9c7c6c3b4c9b7b6a3c4c9c7b6c3b4b", "3b4a9c7c6c3b4c9b7b6a3c4c9c7b6c3b4b9a", "3b4a9c7c6c3b4c9b7b6a3c4c9c7b6c3b4b9a7c"]}, "config": {"N": 20, "sequence1": [3, 4, 9, 7, 6], "sequence1_pattern": 5, "sequence2": ["b", "a", "c", "c", "c", "b", "c", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0187", "problem_name": "task12_0187"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 4, 8, 2\nSequence 2: e, a, a, e, e, e, d, e\nN: 20", "label": {"final": "1e4a8a2e1e4e8d2e1e4a8a2e1e4e8d2e1e4a8a2e", "init": "", "intermediate": ["1e", "1e4a", "1e4a8a", "1e4a8a2e", "1e4a8a2e1e", "1e4a8a2e1e4e", "1e4a8a2e1e4e8d", "1e4a8a2e1e4e8d2e", "1e4a8a2e1e4e8d2e1e", "1e4a8a2e1e4e8d2e1e4a", "1e4a8a2e1e4e8d2e1e4a8a", "1e4a8a2e1e4e8d2e1e4a8a2e", "1e4a8a2e1e4e8d2e1e4a8a2e1e", "1e4a8a2e1e4e8d2e1e4a8a2e1e4e", "1e4a8a2e1e4e8d2e1e4a8a2e1e4e8d", "1e4a8a2e1e4e8d2e1e4a8a2e1e4e8d2e", "1e4a8a2e1e4e8d2e1e4a8a2e1e4e8d2e1e", "1e4a8a2e1e4e8d2e1e4a8a2e1e4e8d2e1e4a", "1e4a8a2e1e4e8d2e1e4a8a2e1e4e8d2e1e4a8a"]}, "config": {"N": 20, "sequence1": [1, 4, 8, 2], "sequence1_pattern": 4, "sequence2": ["e", "a", "a", "e", "e", "e", "d", "e"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0188", "problem_name": "task12_0188"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 6, 3, 3, 9, 6\nSequence 2: b, a, a, b, b, a, a, b\nN: 20", "label": {"final": "2b6a3a3b9b6a2a6b3b3a9a6b2b6a3a3b9b6a2a6b", "init": "", "intermediate": ["2b", "2b6a", "2b6a3a", "2b6a3a3b", "2b6a3a3b9b", "2b6a3a3b9b6a", "2b6a3a3b9b6a2a", "2b6a3a3b9b6a2a6b", "2b6a3a3b9b6a2a6b3b", "2b6a3a3b9b6a2a6b3b3a", "2b6a3a3b9b6a2a6b3b3a9a", "2b6a3a3b9b6a2a6b3b3a9a6b", "2b6a3a3b9b6a2a6b3b3a9a6b2b", "2b6a3a3b9b6a2a6b3b3a9a6b2b6a", "2b6a3a3b9b6a2a6b3b3a9a6b2b6a3a", "2b6a3a3b9b6a2a6b3b3a9a6b2b6a3a3b", "2b6a3a3b9b6a2a6b3b3a9a6b2b6a3a3b9b", "2b6a3a3b9b6a2a6b3b3a9a6b2b6a3a3b9b6a", "2b6a3a3b9b6a2a6b3b3a9a6b2b6a3a3b9b6a2a"]}, "config": {"N": 20, "sequence1": [2, 6, 3, 3, 9, 6], "sequence1_pattern": 6, "sequence2": ["b", "a", "a", "b", "b", "a", "a", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0189", "problem_name": "task12_0189"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 0, 8, 0, 3\nSequence 2: b, a, a, a, b, b, a, b\nN: 21", "label": {"final": "8b0a8a0a3b8b0a8b0b3a8a0a8b0b3a8b0b8a0a3a8b", "init": "", "intermediate": ["8b", "8b0a", "8b0a8a", "8b0a8a0a", "8b0a8a0a3b", "8b0a8a0a3b8b", "8b0a8a0a3b8b0a", "8b0a8a0a3b8b0a8b", "8b0a8a0a3b8b0a8b0b", "8b0a8a0a3b8b0a8b0b3a", "8b0a8a0a3b8b0a8b0b3a8a", "8b0a8a0a3b8b0a8b0b3a8a0a", "8b0a8a0a3b8b0a8b0b3a8a0a8b", "8b0a8a0a3b8b0a8b0b3a8a0a8b0b", "8b0a8a0a3b8b0a8b0b3a8a0a8b0b3a", "8b0a8a0a3b8b0a8b0b3a8a0a8b0b3a8b", "8b0a8a0a3b8b0a8b0b3a8a0a8b0b3a8b0b", "8b0a8a0a3b8b0a8b0b3a8a0a8b0b3a8b0b8a", "8b0a8a0a3b8b0a8b0b3a8a0a8b0b3a8b0b8a0a", "8b0a8a0a3b8b0a8b0b3a8a0a8b0b3a8b0b8a0a3a"]}, "config": {"N": 21, "sequence1": [8, 0, 8, 0, 3], "sequence1_pattern": 5, "sequence2": ["b", "a", "a", "a", "b", "b", "a", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0190", "problem_name": "task12_0190"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 1, 3, 1, 9, 8\nSequence 2: a, b, a, b, a, a, a, a\nN: 21", "label": {"final": "0a1b3a1b9a8a0a1a3a1b9a8b0a1a3a1a9a8b0a1b3a", "init": "", "intermediate": ["0a", "0a1b", "0a1b3a", "0a1b3a1b", "0a1b3a1b9a", "0a1b3a1b9a8a", "0a1b3a1b9a8a0a", "0a1b3a1b9a8a0a1a", "0a1b3a1b9a8a0a1a3a", "0a1b3a1b9a8a0a1a3a1b", "0a1b3a1b9a8a0a1a3a1b9a", "0a1b3a1b9a8a0a1a3a1b9a8b", "0a1b3a1b9a8a0a1a3a1b9a8b0a", "0a1b3a1b9a8a0a1a3a1b9a8b0a1a", "0a1b3a1b9a8a0a1a3a1b9a8b0a1a3a", "0a1b3a1b9a8a0a1a3a1b9a8b0a1a3a1a", "0a1b3a1b9a8a0a1a3a1b9a8b0a1a3a1a9a", "0a1b3a1b9a8a0a1a3a1b9a8b0a1a3a1a9a8b", "0a1b3a1b9a8a0a1a3a1b9a8b0a1a3a1a9a8b0a", "0a1b3a1b9a8a0a1a3a1b9a8b0a1a3a1a9a8b0a1b"]}, "config": {"N": 21, "sequence1": [0, 1, 3, 1, 9, 8], "sequence1_pattern": 6, "sequence2": ["a", "b", "a", "b", "a", "a", "a", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0191", "problem_name": "task12_0191"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 4, 9, 4, 1, 1\nSequence 2: a, b, c, a, b, b, b, b\nN: 21", "label": {"final": "0a4b9c4a1b1b0b4b9a4b1c1a0b4b9b4b1a1b0c4a9b", "init": "", "intermediate": ["0a", "0a4b", "0a4b9c", "0a4b9c4a", "0a4b9c4a1b", "0a4b9c4a1b1b", "0a4b9c4a1b1b0b", "0a4b9c4a1b1b0b4b", "0a4b9c4a1b1b0b4b9a", "0a4b9c4a1b1b0b4b9a4b", "0a4b9c4a1b1b0b4b9a4b1c", "0a4b9c4a1b1b0b4b9a4b1c1a", "0a4b9c4a1b1b0b4b9a4b1c1a0b", "0a4b9c4a1b1b0b4b9a4b1c1a0b4b", "0a4b9c4a1b1b0b4b9a4b1c1a0b4b9b", "0a4b9c4a1b1b0b4b9a4b1c1a0b4b9b4b", "0a4b9c4a1b1b0b4b9a4b1c1a0b4b9b4b1a", "0a4b9c4a1b1b0b4b9a4b1c1a0b4b9b4b1a1b", "0a4b9c4a1b1b0b4b9a4b1c1a0b4b9b4b1a1b0c", "0a4b9c4a1b1b0b4b9a4b1c1a0b4b9b4b1a1b0c4a"]}, "config": {"N": 21, "sequence1": [0, 4, 9, 4, 1, 1], "sequence1_pattern": 6, "sequence2": ["a", "b", "c", "a", "b", "b", "b", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0192", "problem_name": "task12_0192"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 7, 3, 9, 5\nSequence 2: b, b, b, b, a, a, a, b\nN: 21", "label": {"final": "4b7b3b9b5a4a7a3b9b5b4b7b3a9a5a4b7b3b9b5b4a", "init": "", "intermediate": ["4b", "4b7b", "4b7b3b", "4b7b3b9b", "4b7b3b9b5a", "4b7b3b9b5a4a", "4b7b3b9b5a4a7a", "4b7b3b9b5a4a7a3b", "4b7b3b9b5a4a7a3b9b", "4b7b3b9b5a4a7a3b9b5b", "4b7b3b9b5a4a7a3b9b5b4b", "4b7b3b9b5a4a7a3b9b5b4b7b", "4b7b3b9b5a4a7a3b9b5b4b7b3a", "4b7b3b9b5a4a7a3b9b5b4b7b3a9a", "4b7b3b9b5a4a7a3b9b5b4b7b3a9a5a", "4b7b3b9b5a4a7a3b9b5b4b7b3a9a5a4b", "4b7b3b9b5a4a7a3b9b5b4b7b3a9a5a4b7b", "4b7b3b9b5a4a7a3b9b5b4b7b3a9a5a4b7b3b", "4b7b3b9b5a4a7a3b9b5b4b7b3a9a5a4b7b3b9b", "4b7b3b9b5a4a7a3b9b5b4b7b3a9a5a4b7b3b9b5b"]}, "config": {"N": 21, "sequence1": [4, 7, 3, 9, 5], "sequence1_pattern": 5, "sequence2": ["b", "b", "b", "b", "a", "a", "a", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0193", "problem_name": "task12_0193"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 1, 8, 1, 3, 3\nSequence 2: b, b, a, b, a, a, b, b\nN: 21", "label": {"final": "3b1b8a1b3a3a3b1b8b1b3a3b3a1a8b1b3b3b3a1b8a", "init": "", "intermediate": ["3b", "3b1b", "3b1b8a", "3b1b8a1b", "3b1b8a1b3a", "3b1b8a1b3a3a", "3b1b8a1b3a3a3b", "3b1b8a1b3a3a3b1b", "3b1b8a1b3a3a3b1b8b", "3b1b8a1b3a3a3b1b8b1b", "3b1b8a1b3a3a3b1b8b1b3a", "3b1b8a1b3a3a3b1b8b1b3a3b", "3b1b8a1b3a3a3b1b8b1b3a3b3a", "3b1b8a1b3a3a3b1b8b1b3a3b3a1a", "3b1b8a1b3a3a3b1b8b1b3a3b3a1a8b", "3b1b8a1b3a3a3b1b8b1b3a3b3a1a8b1b", "3b1b8a1b3a3a3b1b8b1b3a3b3a1a8b1b3b", "3b1b8a1b3a3a3b1b8b1b3a3b3a1a8b1b3b3b", "3b1b8a1b3a3a3b1b8b1b3a3b3a1a8b1b3b3b3a", "3b1b8a1b3a3a3b1b8b1b3a3b3a1a8b1b3b3b3a1b"]}, "config": {"N": 21, "sequence1": [3, 1, 8, 1, 3, 3], "sequence1_pattern": 6, "sequence2": ["b", "b", "a", "b", "a", "a", "b", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0194", "problem_name": "task12_0194"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 4, 1, 1\nSequence 2: c, b, a, b, c, d, d, a\nN: 21", "label": {"final": "3c4b1a1b3c4d1d1a3c4b1a1b3c4d1d1a3c4b1a1b3c", "init": "", "intermediate": ["3c", "3c4b", "3c4b1a", "3c4b1a1b", "3c4b1a1b3c", "3c4b1a1b3c4d", "3c4b1a1b3c4d1d", "3c4b1a1b3c4d1d1a", "3c4b1a1b3c4d1d1a3c", "3c4b1a1b3c4d1d1a3c4b", "3c4b1a1b3c4d1d1a3c4b1a", "3c4b1a1b3c4d1d1a3c4b1a1b", "3c4b1a1b3c4d1d1a3c4b1a1b3c", "3c4b1a1b3c4d1d1a3c4b1a1b3c4d", "3c4b1a1b3c4d1d1a3c4b1a1b3c4d1d", "3c4b1a1b3c4d1d1a3c4b1a1b3c4d1d1a", "3c4b1a1b3c4d1d1a3c4b1a1b3c4d1d1a3c", "3c4b1a1b3c4d1d1a3c4b1a1b3c4d1d1a3c4b", "3c4b1a1b3c4d1d1a3c4b1a1b3c4d1d1a3c4b1a", "3c4b1a1b3c4d1d1a3c4b1a1b3c4d1d1a3c4b1a1b"]}, "config": {"N": 21, "sequence1": [3, 4, 1, 1], "sequence1_pattern": 4, "sequence2": ["c", "b", "a", "b", "c", "d", "d", "a"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0195", "problem_name": "task12_0195"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 7, 1, 6, 5, 8\nSequence 2: a, a, a, a, b, a, a, b\nN: 21", "label": {"final": "9a7a1a6a5b8a9a7b1a6a5a8a9b7a1a6b5a8a9a7a1b", "init": "", "intermediate": ["9a", "9a7a", "9a7a1a", "9a7a1a6a", "9a7a1a6a5b", "9a7a1a6a5b8a", "9a7a1a6a5b8a9a", "9a7a1a6a5b8a9a7b", "9a7a1a6a5b8a9a7b1a", "9a7a1a6a5b8a9a7b1a6a", "9a7a1a6a5b8a9a7b1a6a5a", "9a7a1a6a5b8a9a7b1a6a5a8a", "9a7a1a6a5b8a9a7b1a6a5a8a9b", "9a7a1a6a5b8a9a7b1a6a5a8a9b7a", "9a7a1a6a5b8a9a7b1a6a5a8a9b7a1a", "9a7a1a6a5b8a9a7b1a6a5a8a9b7a1a6b", "9a7a1a6a5b8a9a7b1a6a5a8a9b7a1a6b5a", "9a7a1a6a5b8a9a7b1a6a5a8a9b7a1a6b5a8a", "9a7a1a6a5b8a9a7b1a6a5a8a9b7a1a6b5a8a9a", "9a7a1a6a5b8a9a7b1a6a5a8a9b7a1a6b5a8a9a7a"]}, "config": {"N": 21, "sequence1": [9, 7, 1, 6, 5, 8], "sequence1_pattern": 6, "sequence2": ["a", "a", "a", "a", "b", "a", "a", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0196", "problem_name": "task12_0196"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 2, 4, 9, 3, 5\nSequence 2: b, a, c, c, c, b, b, b\nN: 21", "label": {"final": "6b2a4c9c3c5b6b2b4b9a3c5c6c2b4b9b3b5a6c2c4c", "init": "", "intermediate": ["6b", "6b2a", "6b2a4c", "6b2a4c9c", "6b2a4c9c3c", "6b2a4c9c3c5b", "6b2a4c9c3c5b6b", "6b2a4c9c3c5b6b2b", "6b2a4c9c3c5b6b2b4b", "6b2a4c9c3c5b6b2b4b9a", "6b2a4c9c3c5b6b2b4b9a3c", "6b2a4c9c3c5b6b2b4b9a3c5c", "6b2a4c9c3c5b6b2b4b9a3c5c6c", "6b2a4c9c3c5b6b2b4b9a3c5c6c2b", "6b2a4c9c3c5b6b2b4b9a3c5c6c2b4b", "6b2a4c9c3c5b6b2b4b9a3c5c6c2b4b9b", "6b2a4c9c3c5b6b2b4b9a3c5c6c2b4b9b3b", "6b2a4c9c3c5b6b2b4b9a3c5c6c2b4b9b3b5a", "6b2a4c9c3c5b6b2b4b9a3c5c6c2b4b9b3b5a6c", "6b2a4c9c3c5b6b2b4b9a3c5c6c2b4b9b3b5a6c2c"]}, "config": {"N": 21, "sequence1": [6, 2, 4, 9, 3, 5], "sequence1_pattern": 6, "sequence2": ["b", "a", "c", "c", "c", "b", "b", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0197", "problem_name": "task12_0197"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 3, 6, 2\nSequence 2: a, c, d, c, c, c, a, a\nN: 21", "label": {"final": "9a3c6d2c9c3c6a2a9a3c6d2c9c3c6a2a9a3c6d2c9c", "init": "", "intermediate": ["9a", "9a3c", "9a3c6d", "9a3c6d2c", "9a3c6d2c9c", "9a3c6d2c9c3c", "9a3c6d2c9c3c6a", "9a3c6d2c9c3c6a2a", "9a3c6d2c9c3c6a2a9a", "9a3c6d2c9c3c6a2a9a3c", "9a3c6d2c9c3c6a2a9a3c6d", "9a3c6d2c9c3c6a2a9a3c6d2c", "9a3c6d2c9c3c6a2a9a3c6d2c9c", "9a3c6d2c9c3c6a2a9a3c6d2c9c3c", "9a3c6d2c9c3c6a2a9a3c6d2c9c3c6a", "9a3c6d2c9c3c6a2a9a3c6d2c9c3c6a2a", "9a3c6d2c9c3c6a2a9a3c6d2c9c3c6a2a9a", "9a3c6d2c9c3c6a2a9a3c6d2c9c3c6a2a9a3c", "9a3c6d2c9c3c6a2a9a3c6d2c9c3c6a2a9a3c6d", "9a3c6d2c9c3c6a2a9a3c6d2c9c3c6a2a9a3c6d2c"]}, "config": {"N": 21, "sequence1": [9, 3, 6, 2], "sequence1_pattern": 4, "sequence2": ["a", "c", "d", "c", "c", "c", "a", "a"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0198", "problem_name": "task12_0198"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 5, 3, 5\nSequence 2: c, b, e, e, a, b, a, b\nN: 21", "label": {"final": "7c5b3e5e7a5b3a5b7c5b3e5e7a5b3a5b7c5b3e5e7a", "init": "", "intermediate": ["7c", "7c5b", "7c5b3e", "7c5b3e5e", "7c5b3e5e7a", "7c5b3e5e7a5b", "7c5b3e5e7a5b3a", "7c5b3e5e7a5b3a5b", "7c5b3e5e7a5b3a5b7c", "7c5b3e5e7a5b3a5b7c5b", "7c5b3e5e7a5b3a5b7c5b3e", "7c5b3e5e7a5b3a5b7c5b3e5e", "7c5b3e5e7a5b3a5b7c5b3e5e7a", "7c5b3e5e7a5b3a5b7c5b3e5e7a5b", "7c5b3e5e7a5b3a5b7c5b3e5e7a5b3a", "7c5b3e5e7a5b3a5b7c5b3e5e7a5b3a5b", "7c5b3e5e7a5b3a5b7c5b3e5e7a5b3a5b7c", "7c5b3e5e7a5b3a5b7c5b3e5e7a5b3a5b7c5b", "7c5b3e5e7a5b3a5b7c5b3e5e7a5b3a5b7c5b3e", "7c5b3e5e7a5b3a5b7c5b3e5e7a5b3a5b7c5b3e5e"]}, "config": {"N": 21, "sequence1": [7, 5, 3, 5], "sequence1_pattern": 4, "sequence2": ["c", "b", "e", "e", "a", "b", "a", "b"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0199", "problem_name": "task12_0199"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 7, 2, 1\nSequence 2: a, b, a, a, a, b, a, b\nN: 22", "label": {"final": "2a7b2a1a2a7b2a1b2a7b2a1a2a7b2a1b2a7b2a1a2a7b", "init": "", "intermediate": ["2a", "2a7b", "2a7b2a", "2a7b2a1a", "2a7b2a1a2a", "2a7b2a1a2a7b", "2a7b2a1a2a7b2a", "2a7b2a1a2a7b2a1b", "2a7b2a1a2a7b2a1b2a", "2a7b2a1a2a7b2a1b2a7b", "2a7b2a1a2a7b2a1b2a7b2a", "2a7b2a1a2a7b2a1b2a7b2a1a", "2a7b2a1a2a7b2a1b2a7b2a1a2a", "2a7b2a1a2a7b2a1b2a7b2a1a2a7b", "2a7b2a1a2a7b2a1b2a7b2a1a2a7b2a", "2a7b2a1a2a7b2a1b2a7b2a1a2a7b2a1b", "2a7b2a1a2a7b2a1b2a7b2a1a2a7b2a1b2a", "2a7b2a1a2a7b2a1b2a7b2a1a2a7b2a1b2a7b", "2a7b2a1a2a7b2a1b2a7b2a1a2a7b2a1b2a7b2a", "2a7b2a1a2a7b2a1b2a7b2a1a2a7b2a1b2a7b2a1a", "2a7b2a1a2a7b2a1b2a7b2a1a2a7b2a1b2a7b2a1a2a"]}, "config": {"N": 22, "sequence1": [2, 7, 2, 1], "sequence1_pattern": 4, "sequence2": ["a", "b", "a", "a", "a", "b", "a", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0200", "problem_name": "task12_0200"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 2, 3, 8, 7\nSequence 2: b, a, b, a, a, b, b, a\nN: 22", "label": {"final": "3b2a3b8a7a3b2b3a8b7a3b2a3a8b7b3a2b3a8b7a3a2b", "init": "", "intermediate": ["3b", "3b2a", "3b2a3b", "3b2a3b8a", "3b2a3b8a7a", "3b2a3b8a7a3b", "3b2a3b8a7a3b2b", "3b2a3b8a7a3b2b3a", "3b2a3b8a7a3b2b3a8b", "3b2a3b8a7a3b2b3a8b7a", "3b2a3b8a7a3b2b3a8b7a3b", "3b2a3b8a7a3b2b3a8b7a3b2a", "3b2a3b8a7a3b2b3a8b7a3b2a3a", "3b2a3b8a7a3b2b3a8b7a3b2a3a8b", "3b2a3b8a7a3b2b3a8b7a3b2a3a8b7b", "3b2a3b8a7a3b2b3a8b7a3b2a3a8b7b3a", "3b2a3b8a7a3b2b3a8b7a3b2a3a8b7b3a2b", "3b2a3b8a7a3b2b3a8b7a3b2a3a8b7b3a2b3a", "3b2a3b8a7a3b2b3a8b7a3b2a3a8b7b3a2b3a8b", "3b2a3b8a7a3b2b3a8b7a3b2a3a8b7b3a2b3a8b7a", "3b2a3b8a7a3b2b3a8b7a3b2a3a8b7b3a2b3a8b7a3a"]}, "config": {"N": 22, "sequence1": [3, 2, 3, 8, 7], "sequence1_pattern": 5, "sequence2": ["b", "a", "b", "a", "a", "b", "b", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0201", "problem_name": "task12_0201"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 6, 4, 5, 6\nSequence 2: b, a, b, b, b, b, b, a\nN: 22", "label": {"final": "2b6a4b5b6b2b6b4a5b6a2b6b4b5b6b2a6b4a5b6b2b6b", "init": "", "intermediate": ["2b", "2b6a", "2b6a4b", "2b6a4b5b", "2b6a4b5b6b", "2b6a4b5b6b2b", "2b6a4b5b6b2b6b", "2b6a4b5b6b2b6b4a", "2b6a4b5b6b2b6b4a5b", "2b6a4b5b6b2b6b4a5b6a", "2b6a4b5b6b2b6b4a5b6a2b", "2b6a4b5b6b2b6b4a5b6a2b6b", "2b6a4b5b6b2b6b4a5b6a2b6b4b", "2b6a4b5b6b2b6b4a5b6a2b6b4b5b", "2b6a4b5b6b2b6b4a5b6a2b6b4b5b6b", "2b6a4b5b6b2b6b4a5b6a2b6b4b5b6b2a", "2b6a4b5b6b2b6b4a5b6a2b6b4b5b6b2a6b", "2b6a4b5b6b2b6b4a5b6a2b6b4b5b6b2a6b4a", "2b6a4b5b6b2b6b4a5b6a2b6b4b5b6b2a6b4a5b", "2b6a4b5b6b2b6b4a5b6a2b6b4b5b6b2a6b4a5b6b", "2b6a4b5b6b2b6b4a5b6a2b6b4b5b6b2a6b4a5b6b2b"]}, "config": {"N": 22, "sequence1": [2, 6, 4, 5, 6], "sequence1_pattern": 5, "sequence2": ["b", "a", "b", "b", "b", "b", "b", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0202", "problem_name": "task12_0202"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 2, 5, 1\nSequence 2: d, b, a, d, b, d, c, b\nN: 22", "label": {"final": "7d2b5a1d7b2d5c1b7d2b5a1d7b2d5c1b7d2b5a1d7b2d", "init": "", "intermediate": ["7d", "7d2b", "7d2b5a", "7d2b5a1d", "7d2b5a1d7b", "7d2b5a1d7b2d", "7d2b5a1d7b2d5c", "7d2b5a1d7b2d5c1b", "7d2b5a1d7b2d5c1b7d", "7d2b5a1d7b2d5c1b7d2b", "7d2b5a1d7b2d5c1b7d2b5a", "7d2b5a1d7b2d5c1b7d2b5a1d", "7d2b5a1d7b2d5c1b7d2b5a1d7b", "7d2b5a1d7b2d5c1b7d2b5a1d7b2d", "7d2b5a1d7b2d5c1b7d2b5a1d7b2d5c", "7d2b5a1d7b2d5c1b7d2b5a1d7b2d5c1b", "7d2b5a1d7b2d5c1b7d2b5a1d7b2d5c1b7d", "7d2b5a1d7b2d5c1b7d2b5a1d7b2d5c1b7d2b", "7d2b5a1d7b2d5c1b7d2b5a1d7b2d5c1b7d2b5a", "7d2b5a1d7b2d5c1b7d2b5a1d7b2d5c1b7d2b5a1d", "7d2b5a1d7b2d5c1b7d2b5a1d7b2d5c1b7d2b5a1d7b"]}, "config": {"N": 22, "sequence1": [7, 2, 5, 1], "sequence1_pattern": 4, "sequence2": ["d", "b", "a", "d", "b", "d", "c", "b"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0203", "problem_name": "task12_0203"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 7, 1, 4, 2, 8\nSequence 2: c, c, b, d, c, a, c, d\nN: 22", "label": {"final": "5c7c1b4d2c8a5c7d1c4c2b8d5c7a1c4d2c8c5b7d1c4a", "init": "", "intermediate": ["5c", "5c7c", "5c7c1b", "5c7c1b4d", "5c7c1b4d2c", "5c7c1b4d2c8a", "5c7c1b4d2c8a5c", "5c7c1b4d2c8a5c7d", "5c7c1b4d2c8a5c7d1c", "5c7c1b4d2c8a5c7d1c4c", "5c7c1b4d2c8a5c7d1c4c2b", "5c7c1b4d2c8a5c7d1c4c2b8d", "5c7c1b4d2c8a5c7d1c4c2b8d5c", "5c7c1b4d2c8a5c7d1c4c2b8d5c7a", "5c7c1b4d2c8a5c7d1c4c2b8d5c7a1c", "5c7c1b4d2c8a5c7d1c4c2b8d5c7a1c4d", "5c7c1b4d2c8a5c7d1c4c2b8d5c7a1c4d2c", "5c7c1b4d2c8a5c7d1c4c2b8d5c7a1c4d2c8c", "5c7c1b4d2c8a5c7d1c4c2b8d5c7a1c4d2c8c5b", "5c7c1b4d2c8a5c7d1c4c2b8d5c7a1c4d2c8c5b7d", "5c7c1b4d2c8a5c7d1c4c2b8d5c7a1c4d2c8c5b7d1c"]}, "config": {"N": 22, "sequence1": [5, 7, 1, 4, 2, 8], "sequence1_pattern": 6, "sequence2": ["c", "c", "b", "d", "c", "a", "c", "d"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0204", "problem_name": "task12_0204"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 3, 4, 8, 1\nSequence 2: a, a, a, b, a, a, b, b\nN: 22", "label": {"final": "3a3a4a8b1a3a3b4b8a1a3a3b4a8a1b3b3a4a8a1b3a3a", "init": "", "intermediate": ["3a", "3a3a", "3a3a4a", "3a3a4a8b", "3a3a4a8b1a", "3a3a4a8b1a3a", "3a3a4a8b1a3a3b", "3a3a4a8b1a3a3b4b", "3a3a4a8b1a3a3b4b8a", "3a3a4a8b1a3a3b4b8a1a", "3a3a4a8b1a3a3b4b8a1a3a", "3a3a4a8b1a3a3b4b8a1a3a3b", "3a3a4a8b1a3a3b4b8a1a3a3b4a", "3a3a4a8b1a3a3b4b8a1a3a3b4a8a", "3a3a4a8b1a3a3b4b8a1a3a3b4a8a1b", "3a3a4a8b1a3a3b4b8a1a3a3b4a8a1b3b", "3a3a4a8b1a3a3b4b8a1a3a3b4a8a1b3b3a", "3a3a4a8b1a3a3b4b8a1a3a3b4a8a1b3b3a4a", "3a3a4a8b1a3a3b4b8a1a3a3b4a8a1b3b3a4a8a", "3a3a4a8b1a3a3b4b8a1a3a3b4a8a1b3b3a4a8a1b", "3a3a4a8b1a3a3b4b8a1a3a3b4a8a1b3b3a4a8a1b3a"]}, "config": {"N": 22, "sequence1": [3, 3, 4, 8, 1], "sequence1_pattern": 5, "sequence2": ["a", "a", "a", "b", "a", "a", "b", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0205", "problem_name": "task12_0205"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 8, 4, 9\nSequence 2: d, a, b, b, c, d, b, c\nN: 22", "label": {"final": "4d8a4b9b4c8d4b9c4d8a4b9b4c8d4b9c4d8a4b9b4c8d", "init": "", "intermediate": ["4d", "4d8a", "4d8a4b", "4d8a4b9b", "4d8a4b9b4c", "4d8a4b9b4c8d", "4d8a4b9b4c8d4b", "4d8a4b9b4c8d4b9c", "4d8a4b9b4c8d4b9c4d", "4d8a4b9b4c8d4b9c4d8a", "4d8a4b9b4c8d4b9c4d8a4b", "4d8a4b9b4c8d4b9c4d8a4b9b", "4d8a4b9b4c8d4b9c4d8a4b9b4c", "4d8a4b9b4c8d4b9c4d8a4b9b4c8d", "4d8a4b9b4c8d4b9c4d8a4b9b4c8d4b", "4d8a4b9b4c8d4b9c4d8a4b9b4c8d4b9c", "4d8a4b9b4c8d4b9c4d8a4b9b4c8d4b9c4d", "4d8a4b9b4c8d4b9c4d8a4b9b4c8d4b9c4d8a", "4d8a4b9b4c8d4b9c4d8a4b9b4c8d4b9c4d8a4b", "4d8a4b9b4c8d4b9c4d8a4b9b4c8d4b9c4d8a4b9b", "4d8a4b9b4c8d4b9c4d8a4b9b4c8d4b9c4d8a4b9b4c"]}, "config": {"N": 22, "sequence1": [4, 8, 4, 9], "sequence1_pattern": 4, "sequence2": ["d", "a", "b", "b", "c", "d", "b", "c"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0206", "problem_name": "task12_0206"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 3, 1, 3, 1\nSequence 2: b, c, c, a, a, a, a, a\nN: 22", "label": {"final": "7b3c1c3a1a7a3a1a3b1c7c3a1a3a1a7a3b1c3c1a7a3a", "init": "", "intermediate": ["7b", "7b3c", "7b3c1c", "7b3c1c3a", "7b3c1c3a1a", "7b3c1c3a1a7a", "7b3c1c3a1a7a3a", "7b3c1c3a1a7a3a1a", "7b3c1c3a1a7a3a1a3b", "7b3c1c3a1a7a3a1a3b1c", "7b3c1c3a1a7a3a1a3b1c7c", "7b3c1c3a1a7a3a1a3b1c7c3a", "7b3c1c3a1a7a3a1a3b1c7c3a1a", "7b3c1c3a1a7a3a1a3b1c7c3a1a3a", "7b3c1c3a1a7a3a1a3b1c7c3a1a3a1a", "7b3c1c3a1a7a3a1a3b1c7c3a1a3a1a7a", "7b3c1c3a1a7a3a1a3b1c7c3a1a3a1a7a3b", "7b3c1c3a1a7a3a1a3b1c7c3a1a3a1a7a3b1c", "7b3c1c3a1a7a3a1a3b1c7c3a1a3a1a7a3b1c3c", "7b3c1c3a1a7a3a1a3b1c7c3a1a3a1a7a3b1c3c1a", "7b3c1c3a1a7a3a1a3b1c7c3a1a3a1a7a3b1c3c1a7a"]}, "config": {"N": 22, "sequence1": [7, 3, 1, 3, 1], "sequence1_pattern": 5, "sequence2": ["b", "c", "c", "a", "a", "a", "a", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0207", "problem_name": "task12_0207"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 7, 8, 6, 2, 8\nSequence 2: b, c, c, c, b, c, c, a\nN: 22", "label": {"final": "9b7c8c6c2b8c9c7a8b6c2c8c9b7c8c6a2b8c9c7c8b6c", "init": "", "intermediate": ["9b", "9b7c", "9b7c8c", "9b7c8c6c", "9b7c8c6c2b", "9b7c8c6c2b8c", "9b7c8c6c2b8c9c", "9b7c8c6c2b8c9c7a", "9b7c8c6c2b8c9c7a8b", "9b7c8c6c2b8c9c7a8b6c", "9b7c8c6c2b8c9c7a8b6c2c", "9b7c8c6c2b8c9c7a8b6c2c8c", "9b7c8c6c2b8c9c7a8b6c2c8c9b", "9b7c8c6c2b8c9c7a8b6c2c8c9b7c", "9b7c8c6c2b8c9c7a8b6c2c8c9b7c8c", "9b7c8c6c2b8c9c7a8b6c2c8c9b7c8c6a", "9b7c8c6c2b8c9c7a8b6c2c8c9b7c8c6a2b", "9b7c8c6c2b8c9c7a8b6c2c8c9b7c8c6a2b8c", "9b7c8c6c2b8c9c7a8b6c2c8c9b7c8c6a2b8c9c", "9b7c8c6c2b8c9c7a8b6c2c8c9b7c8c6a2b8c9c7c", "9b7c8c6c2b8c9c7a8b6c2c8c9b7c8c6a2b8c9c7c8b"]}, "config": {"N": 22, "sequence1": [9, 7, 8, 6, 2, 8], "sequence1_pattern": 6, "sequence2": ["b", "c", "c", "c", "b", "c", "c", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0208", "problem_name": "task12_0208"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 2, 6, 0, 7, 7\nSequence 2: c, c, e, d, d, c, e, b\nN: 22", "label": {"final": "6c2c6e0d7d7c6e2b6c0c7e7d6d2c6e0b7c7c6e2d6d0c", "init": "", "intermediate": ["6c", "6c2c", "6c2c6e", "6c2c6e0d", "6c2c6e0d7d", "6c2c6e0d7d7c", "6c2c6e0d7d7c6e", "6c2c6e0d7d7c6e2b", "6c2c6e0d7d7c6e2b6c", "6c2c6e0d7d7c6e2b6c0c", "6c2c6e0d7d7c6e2b6c0c7e", "6c2c6e0d7d7c6e2b6c0c7e7d", "6c2c6e0d7d7c6e2b6c0c7e7d6d", "6c2c6e0d7d7c6e2b6c0c7e7d6d2c", "6c2c6e0d7d7c6e2b6c0c7e7d6d2c6e", "6c2c6e0d7d7c6e2b6c0c7e7d6d2c6e0b", "6c2c6e0d7d7c6e2b6c0c7e7d6d2c6e0b7c", "6c2c6e0d7d7c6e2b6c0c7e7d6d2c6e0b7c7c", "6c2c6e0d7d7c6e2b6c0c7e7d6d2c6e0b7c7c6e", "6c2c6e0d7d7c6e2b6c0c7e7d6d2c6e0b7c7c6e2d", "6c2c6e0d7d7c6e2b6c0c7e7d6d2c6e0b7c7c6e2d6d"]}, "config": {"N": 22, "sequence1": [6, 2, 6, 0, 7, 7], "sequence1_pattern": 6, "sequence2": ["c", "c", "e", "d", "d", "c", "e", "b"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0209", "problem_name": "task12_0209"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 0, 0, 7\nSequence 2: a, d, a, a, d, c, a, b\nN: 23", "label": {"final": "4a0d0a7a4d0c0a7b4a0d0a7a4d0c0a7b4a0d0a7a4d0c0a", "init": "", "intermediate": ["4a", "4a0d", "4a0d0a", "4a0d0a7a", "4a0d0a7a4d", "4a0d0a7a4d0c", "4a0d0a7a4d0c0a", "4a0d0a7a4d0c0a7b", "4a0d0a7a4d0c0a7b4a", "4a0d0a7a4d0c0a7b4a0d", "4a0d0a7a4d0c0a7b4a0d0a", "4a0d0a7a4d0c0a7b4a0d0a7a", "4a0d0a7a4d0c0a7b4a0d0a7a4d", "4a0d0a7a4d0c0a7b4a0d0a7a4d0c", "4a0d0a7a4d0c0a7b4a0d0a7a4d0c0a", "4a0d0a7a4d0c0a7b4a0d0a7a4d0c0a7b", "4a0d0a7a4d0c0a7b4a0d0a7a4d0c0a7b4a", "4a0d0a7a4d0c0a7b4a0d0a7a4d0c0a7b4a0d", "4a0d0a7a4d0c0a7b4a0d0a7a4d0c0a7b4a0d0a", "4a0d0a7a4d0c0a7b4a0d0a7a4d0c0a7b4a0d0a7a", "4a0d0a7a4d0c0a7b4a0d0a7a4d0c0a7b4a0d0a7a4d", "4a0d0a7a4d0c0a7b4a0d0a7a4d0c0a7b4a0d0a7a4d0c"]}, "config": {"N": 23, "sequence1": [4, 0, 0, 7], "sequence1_pattern": 4, "sequence2": ["a", "d", "a", "a", "d", "c", "a", "b"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0210", "problem_name": "task12_0210"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 7, 7, 9, 0\nSequence 2: b, b, e, a, c, e, a, b\nN: 23", "label": {"final": "7b7b9e0a7c7e9a0b7b7b9e0a7c7e9a0b7b7b9e0a7c7e9a", "init": "", "intermediate": ["7b", "7b7b", "7b7b9e", "7b7b9e0a", "7b7b9e0a7c", "7b7b9e0a7c7e", "7b7b9e0a7c7e9a", "7b7b9e0a7c7e9a0b", "7b7b9e0a7c7e9a0b7b", "7b7b9e0a7c7e9a0b7b7b", "7b7b9e0a7c7e9a0b7b7b9e", "7b7b9e0a7c7e9a0b7b7b9e0a", "7b7b9e0a7c7e9a0b7b7b9e0a7c", "7b7b9e0a7c7e9a0b7b7b9e0a7c7e", "7b7b9e0a7c7e9a0b7b7b9e0a7c7e9a", "7b7b9e0a7c7e9a0b7b7b9e0a7c7e9a0b", "7b7b9e0a7c7e9a0b7b7b9e0a7c7e9a0b7b", "7b7b9e0a7c7e9a0b7b7b9e0a7c7e9a0b7b7b", "7b7b9e0a7c7e9a0b7b7b9e0a7c7e9a0b7b7b9e", "7b7b9e0a7c7e9a0b7b7b9e0a7c7e9a0b7b7b9e0a", "7b7b9e0a7c7e9a0b7b7b9e0a7c7e9a0b7b7b9e0a7c", "7b7b9e0a7c7e9a0b7b7b9e0a7c7e9a0b7b7b9e0a7c7e"]}, "config": {"N": 23, "sequence1": [7, 7, 9, 0], "sequence1_pattern": 4, "sequence2": ["b", "b", "e", "a", "c", "e", "a", "b"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0211", "problem_name": "task12_0211"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 1, 7, 7, 0, 0\nSequence 2: c, a, a, c, c, c, b, b\nN: 23", "label": {"final": "4c1a7a7c0c0c4b1b7c7a0a0c4c1c7b7b0c0a4a1c7c7c0b", "init": "", "intermediate": ["4c", "4c1a", "4c1a7a", "4c1a7a7c", "4c1a7a7c0c", "4c1a7a7c0c0c", "4c1a7a7c0c0c4b", "4c1a7a7c0c0c4b1b", "4c1a7a7c0c0c4b1b7c", "4c1a7a7c0c0c4b1b7c7a", "4c1a7a7c0c0c4b1b7c7a0a", "4c1a7a7c0c0c4b1b7c7a0a0c", "4c1a7a7c0c0c4b1b7c7a0a0c4c", "4c1a7a7c0c0c4b1b7c7a0a0c4c1c", "4c1a7a7c0c0c4b1b7c7a0a0c4c1c7b", "4c1a7a7c0c0c4b1b7c7a0a0c4c1c7b7b", "4c1a7a7c0c0c4b1b7c7a0a0c4c1c7b7b0c", "4c1a7a7c0c0c4b1b7c7a0a0c4c1c7b7b0c0a", "4c1a7a7c0c0c4b1b7c7a0a0c4c1c7b7b0c0a4a", "4c1a7a7c0c0c4b1b7c7a0a0c4c1c7b7b0c0a4a1c", "4c1a7a7c0c0c4b1b7c7a0a0c4c1c7b7b0c0a4a1c7c", "4c1a7a7c0c0c4b1b7c7a0a0c4c1c7b7b0c0a4a1c7c7c"]}, "config": {"N": 23, "sequence1": [4, 1, 7, 7, 0, 0], "sequence1_pattern": 6, "sequence2": ["c", "a", "a", "c", "c", "c", "b", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0212", "problem_name": "task12_0212"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 5, 0, 9, 9\nSequence 2: a, a, a, a, a, a, b, b\nN: 23", "label": {"final": "9a5a0a9a9a9a5b0b9a9a9a5a0a9a9b9b5a0a9a9a9a5a0b", "init": "", "intermediate": ["9a", "9a5a", "9a5a0a", "9a5a0a9a", "9a5a0a9a9a", "9a5a0a9a9a9a", "9a5a0a9a9a9a5b", "9a5a0a9a9a9a5b0b", "9a5a0a9a9a9a5b0b9a", "9a5a0a9a9a9a5b0b9a9a", "9a5a0a9a9a9a5b0b9a9a9a", "9a5a0a9a9a9a5b0b9a9a9a5a", "9a5a0a9a9a9a5b0b9a9a9a5a0a", "9a5a0a9a9a9a5b0b9a9a9a5a0a9a", "9a5a0a9a9a9a5b0b9a9a9a5a0a9a9b", "9a5a0a9a9a9a5b0b9a9a9a5a0a9a9b9b", "9a5a0a9a9a9a5b0b9a9a9a5a0a9a9b9b5a", "9a5a0a9a9a9a5b0b9a9a9a5a0a9a9b9b5a0a", "9a5a0a9a9a9a5b0b9a9a9a5a0a9a9b9b5a0a9a", "9a5a0a9a9a9a5b0b9a9a9a5a0a9a9b9b5a0a9a9a", "9a5a0a9a9a9a5b0b9a9a9a5a0a9a9b9b5a0a9a9a9a", "9a5a0a9a9a9a5b0b9a9a9a5a0a9a9b9b5a0a9a9a9a5a"]}, "config": {"N": 23, "sequence1": [9, 5, 0, 9, 9], "sequence1_pattern": 5, "sequence2": ["a", "a", "a", "a", "a", "a", "b", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0213", "problem_name": "task12_0213"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 7, 5, 2, 4\nSequence 2: a, a, a, a, a, a, a, a\nN: 23", "label": {"final": "6a7a5a2a4a6a7a5a2a4a6a7a5a2a4a6a7a5a2a4a6a7a5a", "init": "", "intermediate": ["6a", "6a7a", "6a7a5a", "6a7a5a2a", "6a7a5a2a4a", "6a7a5a2a4a6a", "6a7a5a2a4a6a7a", "6a7a5a2a4a6a7a5a", "6a7a5a2a4a6a7a5a2a", "6a7a5a2a4a6a7a5a2a4a", "6a7a5a2a4a6a7a5a2a4a6a", "6a7a5a2a4a6a7a5a2a4a6a7a", "6a7a5a2a4a6a7a5a2a4a6a7a5a", "6a7a5a2a4a6a7a5a2a4a6a7a5a2a", "6a7a5a2a4a6a7a5a2a4a6a7a5a2a4a", "6a7a5a2a4a6a7a5a2a4a6a7a5a2a4a6a", "6a7a5a2a4a6a7a5a2a4a6a7a5a2a4a6a7a", "6a7a5a2a4a6a7a5a2a4a6a7a5a2a4a6a7a5a", "6a7a5a2a4a6a7a5a2a4a6a7a5a2a4a6a7a5a2a", "6a7a5a2a4a6a7a5a2a4a6a7a5a2a4a6a7a5a2a4a", "6a7a5a2a4a6a7a5a2a4a6a7a5a2a4a6a7a5a2a4a6a", "6a7a5a2a4a6a7a5a2a4a6a7a5a2a4a6a7a5a2a4a6a7a"]}, "config": {"N": 23, "sequence1": [6, 7, 5, 2, 4], "sequence1_pattern": 5, "sequence2": ["a", "a", "a", "a", "a", "a", "a", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0214", "problem_name": "task12_0214"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 7, 0, 2, 2, 3\nSequence 2: a, a, c, d, b, d, b, a\nN: 23", "label": {"final": "8a7a0c2d2b3d8b7a0a2a2c3d8b7d0b2a2a3a8c7d0b2d2b", "init": "", "intermediate": ["8a", "8a7a", "8a7a0c", "8a7a0c2d", "8a7a0c2d2b", "8a7a0c2d2b3d", "8a7a0c2d2b3d8b", "8a7a0c2d2b3d8b7a", "8a7a0c2d2b3d8b7a0a", "8a7a0c2d2b3d8b7a0a2a", "8a7a0c2d2b3d8b7a0a2a2c", "8a7a0c2d2b3d8b7a0a2a2c3d", "8a7a0c2d2b3d8b7a0a2a2c3d8b", "8a7a0c2d2b3d8b7a0a2a2c3d8b7d", "8a7a0c2d2b3d8b7a0a2a2c3d8b7d0b", "8a7a0c2d2b3d8b7a0a2a2c3d8b7d0b2a", "8a7a0c2d2b3d8b7a0a2a2c3d8b7d0b2a2a", "8a7a0c2d2b3d8b7a0a2a2c3d8b7d0b2a2a3a", "8a7a0c2d2b3d8b7a0a2a2c3d8b7d0b2a2a3a8c", "8a7a0c2d2b3d8b7a0a2a2c3d8b7d0b2a2a3a8c7d", "8a7a0c2d2b3d8b7a0a2a2c3d8b7d0b2a2a3a8c7d0b", "8a7a0c2d2b3d8b7a0a2a2c3d8b7d0b2a2a3a8c7d0b2d"]}, "config": {"N": 23, "sequence1": [8, 7, 0, 2, 2, 3], "sequence1_pattern": 6, "sequence2": ["a", "a", "c", "d", "b", "d", "b", "a"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0215", "problem_name": "task12_0215"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 5, 8, 3, 2, 6\nSequence 2: a, b, a, b, c, b, b, b\nN: 23", "label": {"final": "2a5b8a3b2c6b2b5b8a3b2a6b2c5b8b3b2a6b2a5b8c3b2b", "init": "", "intermediate": ["2a", "2a5b", "2a5b8a", "2a5b8a3b", "2a5b8a3b2c", "2a5b8a3b2c6b", "2a5b8a3b2c6b2b", "2a5b8a3b2c6b2b5b", "2a5b8a3b2c6b2b5b8a", "2a5b8a3b2c6b2b5b8a3b", "2a5b8a3b2c6b2b5b8a3b2a", "2a5b8a3b2c6b2b5b8a3b2a6b", "2a5b8a3b2c6b2b5b8a3b2a6b2c", "2a5b8a3b2c6b2b5b8a3b2a6b2c5b", "2a5b8a3b2c6b2b5b8a3b2a6b2c5b8b", "2a5b8a3b2c6b2b5b8a3b2a6b2c5b8b3b", "2a5b8a3b2c6b2b5b8a3b2a6b2c5b8b3b2a", "2a5b8a3b2c6b2b5b8a3b2a6b2c5b8b3b2a6b", "2a5b8a3b2c6b2b5b8a3b2a6b2c5b8b3b2a6b2a", "2a5b8a3b2c6b2b5b8a3b2a6b2c5b8b3b2a6b2a5b", "2a5b8a3b2c6b2b5b8a3b2a6b2c5b8b3b2a6b2a5b8c", "2a5b8a3b2c6b2b5b8a3b2a6b2c5b8b3b2a6b2a5b8c3b"]}, "config": {"N": 23, "sequence1": [2, 5, 8, 3, 2, 6], "sequence1_pattern": 6, "sequence2": ["a", "b", "a", "b", "c", "b", "b", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0216", "problem_name": "task12_0216"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 1, 0, 4, 5, 6\nSequence 2: c, c, c, a, b, b, b, a\nN: 23", "label": {"final": "0c1c0c4a5b6b0b1a0c4c5c6a0b1b0b4a5c6c0c1a0b4b5b", "init": "", "intermediate": ["0c", "0c1c", "0c1c0c", "0c1c0c4a", "0c1c0c4a5b", "0c1c0c4a5b6b", "0c1c0c4a5b6b0b", "0c1c0c4a5b6b0b1a", "0c1c0c4a5b6b0b1a0c", "0c1c0c4a5b6b0b1a0c4c", "0c1c0c4a5b6b0b1a0c4c5c", "0c1c0c4a5b6b0b1a0c4c5c6a", "0c1c0c4a5b6b0b1a0c4c5c6a0b", "0c1c0c4a5b6b0b1a0c4c5c6a0b1b", "0c1c0c4a5b6b0b1a0c4c5c6a0b1b0b", "0c1c0c4a5b6b0b1a0c4c5c6a0b1b0b4a", "0c1c0c4a5b6b0b1a0c4c5c6a0b1b0b4a5c", "0c1c0c4a5b6b0b1a0c4c5c6a0b1b0b4a5c6c", "0c1c0c4a5b6b0b1a0c4c5c6a0b1b0b4a5c6c0c", "0c1c0c4a5b6b0b1a0c4c5c6a0b1b0b4a5c6c0c1a", "0c1c0c4a5b6b0b1a0c4c5c6a0b1b0b4a5c6c0c1a0b", "0c1c0c4a5b6b0b1a0c4c5c6a0b1b0b4a5c6c0c1a0b4b"]}, "config": {"N": 23, "sequence1": [0, 1, 0, 4, 5, 6], "sequence1_pattern": 6, "sequence2": ["c", "c", "c", "a", "b", "b", "b", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0217", "problem_name": "task12_0217"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 0, 5, 3\nSequence 2: a, a, a, b, a, b, b, b\nN: 23", "label": {"final": "9a0a5a3b9a0b5b3b9a0a5a3b9a0b5b3b9a0a5a3b9a0b5b", "init": "", "intermediate": ["9a", "9a0a", "9a0a5a", "9a0a5a3b", "9a0a5a3b9a", "9a0a5a3b9a0b", "9a0a5a3b9a0b5b", "9a0a5a3b9a0b5b3b", "9a0a5a3b9a0b5b3b9a", "9a0a5a3b9a0b5b3b9a0a", "9a0a5a3b9a0b5b3b9a0a5a", "9a0a5a3b9a0b5b3b9a0a5a3b", "9a0a5a3b9a0b5b3b9a0a5a3b9a", "9a0a5a3b9a0b5b3b9a0a5a3b9a0b", "9a0a5a3b9a0b5b3b9a0a5a3b9a0b5b", "9a0a5a3b9a0b5b3b9a0a5a3b9a0b5b3b", "9a0a5a3b9a0b5b3b9a0a5a3b9a0b5b3b9a", "9a0a5a3b9a0b5b3b9a0a5a3b9a0b5b3b9a0a", "9a0a5a3b9a0b5b3b9a0a5a3b9a0b5b3b9a0a5a", "9a0a5a3b9a0b5b3b9a0a5a3b9a0b5b3b9a0a5a3b", "9a0a5a3b9a0b5b3b9a0a5a3b9a0b5b3b9a0a5a3b9a", "9a0a5a3b9a0b5b3b9a0a5a3b9a0b5b3b9a0a5a3b9a0b"]}, "config": {"N": 23, "sequence1": [9, 0, 5, 3], "sequence1_pattern": 4, "sequence2": ["a", "a", "a", "b", "a", "b", "b", "b"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0218", "problem_name": "task12_0218"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 3, 9, 4, 0, 4\nSequence 2: d, d, b, c, d, a, a, c\nN: 23", "label": {"final": "5d3d9b4c0d4a5a3c9d4d0b4c5d3a9a4c0d4d5b3c9d4a0a", "init": "", "intermediate": ["5d", "5d3d", "5d3d9b", "5d3d9b4c", "5d3d9b4c0d", "5d3d9b4c0d4a", "5d3d9b4c0d4a5a", "5d3d9b4c0d4a5a3c", "5d3d9b4c0d4a5a3c9d", "5d3d9b4c0d4a5a3c9d4d", "5d3d9b4c0d4a5a3c9d4d0b", "5d3d9b4c0d4a5a3c9d4d0b4c", "5d3d9b4c0d4a5a3c9d4d0b4c5d", "5d3d9b4c0d4a5a3c9d4d0b4c5d3a", "5d3d9b4c0d4a5a3c9d4d0b4c5d3a9a", "5d3d9b4c0d4a5a3c9d4d0b4c5d3a9a4c", "5d3d9b4c0d4a5a3c9d4d0b4c5d3a9a4c0d", "5d3d9b4c0d4a5a3c9d4d0b4c5d3a9a4c0d4d", "5d3d9b4c0d4a5a3c9d4d0b4c5d3a9a4c0d4d5b", "5d3d9b4c0d4a5a3c9d4d0b4c5d3a9a4c0d4d5b3c", "5d3d9b4c0d4a5a3c9d4d0b4c5d3a9a4c0d4d5b3c9d", "5d3d9b4c0d4a5a3c9d4d0b4c5d3a9a4c0d4d5b3c9d4a"]}, "config": {"N": 23, "sequence1": [5, 3, 9, 4, 0, 4], "sequence1_pattern": 6, "sequence2": ["d", "d", "b", "c", "d", "a", "a", "c"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0219", "problem_name": "task12_0219"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 5, 0, 0, 9, 6\nSequence 2: c, d, b, b, c, c, b, d\nN: 24", "label": {"final": "4c5d0b0b9c6c4b5d0c0d9b6b4c5c0b0d9c6d4b5b0c0c9b6d", "init": "", "intermediate": ["4c", "4c5d", "4c5d0b", "4c5d0b0b", "4c5d0b0b9c", "4c5d0b0b9c6c", "4c5d0b0b9c6c4b", "4c5d0b0b9c6c4b5d", "4c5d0b0b9c6c4b5d0c", "4c5d0b0b9c6c4b5d0c0d", "4c5d0b0b9c6c4b5d0c0d9b", "4c5d0b0b9c6c4b5d0c0d9b6b", "4c5d0b0b9c6c4b5d0c0d9b6b4c", "4c5d0b0b9c6c4b5d0c0d9b6b4c5c", "4c5d0b0b9c6c4b5d0c0d9b6b4c5c0b", "4c5d0b0b9c6c4b5d0c0d9b6b4c5c0b0d", "4c5d0b0b9c6c4b5d0c0d9b6b4c5c0b0d9c", "4c5d0b0b9c6c4b5d0c0d9b6b4c5c0b0d9c6d", "4c5d0b0b9c6c4b5d0c0d9b6b4c5c0b0d9c6d4b", "4c5d0b0b9c6c4b5d0c0d9b6b4c5c0b0d9c6d4b5b", "4c5d0b0b9c6c4b5d0c0d9b6b4c5c0b0d9c6d4b5b0c", "4c5d0b0b9c6c4b5d0c0d9b6b4c5c0b0d9c6d4b5b0c0c", "4c5d0b0b9c6c4b5d0c0d9b6b4c5c0b0d9c6d4b5b0c0c9b"]}, "config": {"N": 24, "sequence1": [4, 5, 0, 0, 9, 6], "sequence1_pattern": 6, "sequence2": ["c", "d", "b", "b", "c", "c", "b", "d"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0220", "problem_name": "task12_0220"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 3, 3, 4, 1\nSequence 2: a, b, b, a, a, b, a, a\nN: 24", "label": {"final": "1a3b3b4a1a1b3a3a4a1b1b3a3a4b1a1a3a3b4b1a1a3b3a4a", "init": "", "intermediate": ["1a", "1a3b", "1a3b3b", "1a3b3b4a", "1a3b3b4a1a", "1a3b3b4a1a1b", "1a3b3b4a1a1b3a", "1a3b3b4a1a1b3a3a", "1a3b3b4a1a1b3a3a4a", "1a3b3b4a1a1b3a3a4a1b", "1a3b3b4a1a1b3a3a4a1b1b", "1a3b3b4a1a1b3a3a4a1b1b3a", "1a3b3b4a1a1b3a3a4a1b1b3a3a", "1a3b3b4a1a1b3a3a4a1b1b3a3a4b", "1a3b3b4a1a1b3a3a4a1b1b3a3a4b1a", "1a3b3b4a1a1b3a3a4a1b1b3a3a4b1a1a", "1a3b3b4a1a1b3a3a4a1b1b3a3a4b1a1a3a", "1a3b3b4a1a1b3a3a4a1b1b3a3a4b1a1a3a3b", "1a3b3b4a1a1b3a3a4a1b1b3a3a4b1a1a3a3b4b", "1a3b3b4a1a1b3a3a4a1b1b3a3a4b1a1a3a3b4b1a", "1a3b3b4a1a1b3a3a4a1b1b3a3a4b1a1a3a3b4b1a1a", "1a3b3b4a1a1b3a3a4a1b1b3a3a4b1a1a3a3b4b1a1a3b", "1a3b3b4a1a1b3a3a4a1b1b3a3a4b1a1a3a3b4b1a1a3b3a"]}, "config": {"N": 24, "sequence1": [1, 3, 3, 4, 1], "sequence1_pattern": 5, "sequence2": ["a", "b", "b", "a", "a", "b", "a", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0221", "problem_name": "task12_0221"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 2, 8, 2, 0\nSequence 2: a, a, a, a, a, a, b, a\nN: 24", "label": {"final": "2a8a2a0a2a8a2b0a2a8a2a0a2a8a2b0a2a8a2a0a2a8a2b0a", "init": "", "intermediate": ["2a", "2a8a", "2a8a2a", "2a8a2a0a", "2a8a2a0a2a", "2a8a2a0a2a8a", "2a8a2a0a2a8a2b", "2a8a2a0a2a8a2b0a", "2a8a2a0a2a8a2b0a2a", "2a8a2a0a2a8a2b0a2a8a", "2a8a2a0a2a8a2b0a2a8a2a", "2a8a2a0a2a8a2b0a2a8a2a0a", "2a8a2a0a2a8a2b0a2a8a2a0a2a", "2a8a2a0a2a8a2b0a2a8a2a0a2a8a", "2a8a2a0a2a8a2b0a2a8a2a0a2a8a2b", "2a8a2a0a2a8a2b0a2a8a2a0a2a8a2b0a", "2a8a2a0a2a8a2b0a2a8a2a0a2a8a2b0a2a", "2a8a2a0a2a8a2b0a2a8a2a0a2a8a2b0a2a8a", "2a8a2a0a2a8a2b0a2a8a2a0a2a8a2b0a2a8a2a", "2a8a2a0a2a8a2b0a2a8a2a0a2a8a2b0a2a8a2a0a", "2a8a2a0a2a8a2b0a2a8a2a0a2a8a2b0a2a8a2a0a2a", "2a8a2a0a2a8a2b0a2a8a2a0a2a8a2b0a2a8a2a0a2a8a", "2a8a2a0a2a8a2b0a2a8a2a0a2a8a2b0a2a8a2a0a2a8a2b"]}, "config": {"N": 24, "sequence1": [2, 8, 2, 0], "sequence1_pattern": 4, "sequence2": ["a", "a", "a", "a", "a", "a", "b", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0222", "problem_name": "task12_0222"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 9, 2, 7, 3\nSequence 2: b, b, d, d, b, d, b, a\nN: 24", "label": {"final": "9b9b2d7d3b9d9b2a7b3b9d9d2b7d3b9a9b2b7d3d9b9d2b7a", "init": "", "intermediate": ["9b", "9b9b", "9b9b2d", "9b9b2d7d", "9b9b2d7d3b", "9b9b2d7d3b9d", "9b9b2d7d3b9d9b", "9b9b2d7d3b9d9b2a", "9b9b2d7d3b9d9b2a7b", "9b9b2d7d3b9d9b2a7b3b", "9b9b2d7d3b9d9b2a7b3b9d", "9b9b2d7d3b9d9b2a7b3b9d9d", "9b9b2d7d3b9d9b2a7b3b9d9d2b", "9b9b2d7d3b9d9b2a7b3b9d9d2b7d", "9b9b2d7d3b9d9b2a7b3b9d9d2b7d3b", "9b9b2d7d3b9d9b2a7b3b9d9d2b7d3b9a", "9b9b2d7d3b9d9b2a7b3b9d9d2b7d3b9a9b", "9b9b2d7d3b9d9b2a7b3b9d9d2b7d3b9a9b2b", "9b9b2d7d3b9d9b2a7b3b9d9d2b7d3b9a9b2b7d", "9b9b2d7d3b9d9b2a7b3b9d9d2b7d3b9a9b2b7d3d", "9b9b2d7d3b9d9b2a7b3b9d9d2b7d3b9a9b2b7d3d9b", "9b9b2d7d3b9d9b2a7b3b9d9d2b7d3b9a9b2b7d3d9b9d", "9b9b2d7d3b9d9b2a7b3b9d9d2b7d3b9a9b2b7d3d9b9d2b"]}, "config": {"N": 24, "sequence1": [9, 9, 2, 7, 3], "sequence1_pattern": 5, "sequence2": ["b", "b", "d", "d", "b", "d", "b", "a"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0223", "problem_name": "task12_0223"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 4, 1, 1, 6\nSequence 2: b, a, a, b, a, a, b, a\nN: 24", "label": {"final": "4b1a1a6b4a1a1b6a4b1a1a6b4a1a1b6a4b1a1a6b4a1a1b6a", "init": "", "intermediate": ["4b", "4b1a", "4b1a1a", "4b1a1a6b", "4b1a1a6b4a", "4b1a1a6b4a1a", "4b1a1a6b4a1a1b", "4b1a1a6b4a1a1b6a", "4b1a1a6b4a1a1b6a4b", "4b1a1a6b4a1a1b6a4b1a", "4b1a1a6b4a1a1b6a4b1a1a", "4b1a1a6b4a1a1b6a4b1a1a6b", "4b1a1a6b4a1a1b6a4b1a1a6b4a", "4b1a1a6b4a1a1b6a4b1a1a6b4a1a", "4b1a1a6b4a1a1b6a4b1a1a6b4a1a1b", "4b1a1a6b4a1a1b6a4b1a1a6b4a1a1b6a", "4b1a1a6b4a1a1b6a4b1a1a6b4a1a1b6a4b", "4b1a1a6b4a1a1b6a4b1a1a6b4a1a1b6a4b1a", "4b1a1a6b4a1a1b6a4b1a1a6b4a1a1b6a4b1a1a", "4b1a1a6b4a1a1b6a4b1a1a6b4a1a1b6a4b1a1a6b", "4b1a1a6b4a1a1b6a4b1a1a6b4a1a1b6a4b1a1a6b4a", "4b1a1a6b4a1a1b6a4b1a1a6b4a1a1b6a4b1a1a6b4a1a", "4b1a1a6b4a1a1b6a4b1a1a6b4a1a1b6a4b1a1a6b4a1a1b"]}, "config": {"N": 24, "sequence1": [4, 1, 1, 6], "sequence1_pattern": 4, "sequence2": ["b", "a", "a", "b", "a", "a", "b", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0224", "problem_name": "task12_0224"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 8, 8, 1\nSequence 2: a, c, a, a, c, c, c, c\nN: 24", "label": {"final": "0a8c8a1a0c8c8c1c0a8c8a1a0c8c8c1c0a8c8a1a0c8c8c1c", "init": "", "intermediate": ["0a", "0a8c", "0a8c8a", "0a8c8a1a", "0a8c8a1a0c", "0a8c8a1a0c8c", "0a8c8a1a0c8c8c", "0a8c8a1a0c8c8c1c", "0a8c8a1a0c8c8c1c0a", "0a8c8a1a0c8c8c1c0a8c", "0a8c8a1a0c8c8c1c0a8c8a", "0a8c8a1a0c8c8c1c0a8c8a1a", "0a8c8a1a0c8c8c1c0a8c8a1a0c", "0a8c8a1a0c8c8c1c0a8c8a1a0c8c", "0a8c8a1a0c8c8c1c0a8c8a1a0c8c8c", "0a8c8a1a0c8c8c1c0a8c8a1a0c8c8c1c", "0a8c8a1a0c8c8c1c0a8c8a1a0c8c8c1c0a", "0a8c8a1a0c8c8c1c0a8c8a1a0c8c8c1c0a8c", "0a8c8a1a0c8c8c1c0a8c8a1a0c8c8c1c0a8c8a", "0a8c8a1a0c8c8c1c0a8c8a1a0c8c8c1c0a8c8a1a", "0a8c8a1a0c8c8c1c0a8c8a1a0c8c8c1c0a8c8a1a0c", "0a8c8a1a0c8c8c1c0a8c8a1a0c8c8c1c0a8c8a1a0c8c", "0a8c8a1a0c8c8c1c0a8c8a1a0c8c8c1c0a8c8a1a0c8c8c"]}, "config": {"N": 24, "sequence1": [0, 8, 8, 1], "sequence1_pattern": 4, "sequence2": ["a", "c", "a", "a", "c", "c", "c", "c"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0225", "problem_name": "task12_0225"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 1, 9, 3, 3, 6\nSequence 2: a, a, b, a, c, c, c, a\nN: 24", "label": {"final": "6a1a9b3a3c6c6c1a9a3a3b6a6c1c9c3a3a6a6b1a9c3c3c6a", "init": "", "intermediate": ["6a", "6a1a", "6a1a9b", "6a1a9b3a", "6a1a9b3a3c", "6a1a9b3a3c6c", "6a1a9b3a3c6c6c", "6a1a9b3a3c6c6c1a", "6a1a9b3a3c6c6c1a9a", "6a1a9b3a3c6c6c1a9a3a", "6a1a9b3a3c6c6c1a9a3a3b", "6a1a9b3a3c6c6c1a9a3a3b6a", "6a1a9b3a3c6c6c1a9a3a3b6a6c", "6a1a9b3a3c6c6c1a9a3a3b6a6c1c", "6a1a9b3a3c6c6c1a9a3a3b6a6c1c9c", "6a1a9b3a3c6c6c1a9a3a3b6a6c1c9c3a", "6a1a9b3a3c6c6c1a9a3a3b6a6c1c9c3a3a", "6a1a9b3a3c6c6c1a9a3a3b6a6c1c9c3a3a6a", "6a1a9b3a3c6c6c1a9a3a3b6a6c1c9c3a3a6a6b", "6a1a9b3a3c6c6c1a9a3a3b6a6c1c9c3a3a6a6b1a", "6a1a9b3a3c6c6c1a9a3a3b6a6c1c9c3a3a6a6b1a9c", "6a1a9b3a3c6c6c1a9a3a3b6a6c1c9c3a3a6a6b1a9c3c", "6a1a9b3a3c6c6c1a9a3a3b6a6c1c9c3a3a6a6b1a9c3c3c"]}, "config": {"N": 24, "sequence1": [6, 1, 9, 3, 3, 6], "sequence1_pattern": 6, "sequence2": ["a", "a", "b", "a", "c", "c", "c", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0226", "problem_name": "task12_0226"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 4, 2, 4\nSequence 2: a, b, c, c, b, a, c, b\nN: 24", "label": {"final": "1a4b2c4c1b4a2c4b1a4b2c4c1b4a2c4b1a4b2c4c1b4a2c4b", "init": "", "intermediate": ["1a", "1a4b", "1a4b2c", "1a4b2c4c", "1a4b2c4c1b", "1a4b2c4c1b4a", "1a4b2c4c1b4a2c", "1a4b2c4c1b4a2c4b", "1a4b2c4c1b4a2c4b1a", "1a4b2c4c1b4a2c4b1a4b", "1a4b2c4c1b4a2c4b1a4b2c", "1a4b2c4c1b4a2c4b1a4b2c4c", "1a4b2c4c1b4a2c4b1a4b2c4c1b", "1a4b2c4c1b4a2c4b1a4b2c4c1b4a", "1a4b2c4c1b4a2c4b1a4b2c4c1b4a2c", "1a4b2c4c1b4a2c4b1a4b2c4c1b4a2c4b", "1a4b2c4c1b4a2c4b1a4b2c4c1b4a2c4b1a", "1a4b2c4c1b4a2c4b1a4b2c4c1b4a2c4b1a4b", "1a4b2c4c1b4a2c4b1a4b2c4c1b4a2c4b1a4b2c", "1a4b2c4c1b4a2c4b1a4b2c4c1b4a2c4b1a4b2c4c", "1a4b2c4c1b4a2c4b1a4b2c4c1b4a2c4b1a4b2c4c1b", "1a4b2c4c1b4a2c4b1a4b2c4c1b4a2c4b1a4b2c4c1b4a", "1a4b2c4c1b4a2c4b1a4b2c4c1b4a2c4b1a4b2c4c1b4a2c"]}, "config": {"N": 24, "sequence1": [1, 4, 2, 4], "sequence1_pattern": 4, "sequence2": ["a", "b", "c", "c", "b", "a", "c", "b"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0227", "problem_name": "task12_0227"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 7, 6, 0, 1\nSequence 2: e, b, d, d, d, d, d, b\nN: 24", "label": {"final": "8e7b6d0d1d8d7d6b0e1b8d7d6d0d1d8b7e6b0d1d8d7d6d0b", "init": "", "intermediate": ["8e", "8e7b", "8e7b6d", "8e7b6d0d", "8e7b6d0d1d", "8e7b6d0d1d8d", "8e7b6d0d1d8d7d", "8e7b6d0d1d8d7d6b", "8e7b6d0d1d8d7d6b0e", "8e7b6d0d1d8d7d6b0e1b", "8e7b6d0d1d8d7d6b0e1b8d", "8e7b6d0d1d8d7d6b0e1b8d7d", "8e7b6d0d1d8d7d6b0e1b8d7d6d", "8e7b6d0d1d8d7d6b0e1b8d7d6d0d", "8e7b6d0d1d8d7d6b0e1b8d7d6d0d1d", "8e7b6d0d1d8d7d6b0e1b8d7d6d0d1d8b", "8e7b6d0d1d8d7d6b0e1b8d7d6d0d1d8b7e", "8e7b6d0d1d8d7d6b0e1b8d7d6d0d1d8b7e6b", "8e7b6d0d1d8d7d6b0e1b8d7d6d0d1d8b7e6b0d", "8e7b6d0d1d8d7d6b0e1b8d7d6d0d1d8b7e6b0d1d", "8e7b6d0d1d8d7d6b0e1b8d7d6d0d1d8b7e6b0d1d8d", "8e7b6d0d1d8d7d6b0e1b8d7d6d0d1d8b7e6b0d1d8d7d", "8e7b6d0d1d8d7d6b0e1b8d7d6d0d1d8b7e6b0d1d8d7d6d"]}, "config": {"N": 24, "sequence1": [8, 7, 6, 0, 1], "sequence1_pattern": 5, "sequence2": ["e", "b", "d", "d", "d", "d", "d", "b"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0228", "problem_name": "task12_0228"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 5, 8, 3, 9, 3\nSequence 2: c, d, d, c, a, a, c, a\nN: 24", "label": {"final": "5c8d3d9c3a5a8c3a9c3d5d8c3a9a3c5a8c3d9d3c5a8a3c9a", "init": "", "intermediate": ["5c", "5c8d", "5c8d3d", "5c8d3d9c", "5c8d3d9c3a", "5c8d3d9c3a5a", "5c8d3d9c3a5a8c", "5c8d3d9c3a5a8c3a", "5c8d3d9c3a5a8c3a9c", "5c8d3d9c3a5a8c3a9c3d", "5c8d3d9c3a5a8c3a9c3d5d", "5c8d3d9c3a5a8c3a9c3d5d8c", "5c8d3d9c3a5a8c3a9c3d5d8c3a", "5c8d3d9c3a5a8c3a9c3d5d8c3a9a", "5c8d3d9c3a5a8c3a9c3d5d8c3a9a3c", "5c8d3d9c3a5a8c3a9c3d5d8c3a9a3c5a", "5c8d3d9c3a5a8c3a9c3d5d8c3a9a3c5a8c", "5c8d3d9c3a5a8c3a9c3d5d8c3a9a3c5a8c3d", "5c8d3d9c3a5a8c3a9c3d5d8c3a9a3c5a8c3d9d", "5c8d3d9c3a5a8c3a9c3d5d8c3a9a3c5a8c3d9d3c", "5c8d3d9c3a5a8c3a9c3d5d8c3a9a3c5a8c3d9d3c5a", "5c8d3d9c3a5a8c3a9c3d5d8c3a9a3c5a8c3d9d3c5a8a", "5c8d3d9c3a5a8c3a9c3d5d8c3a9a3c5a8c3d9d3c5a8a3c"]}, "config": {"N": 24, "sequence1": [5, 8, 3, 9, 3], "sequence1_pattern": 5, "sequence2": ["c", "d", "d", "c", "a", "a", "c", "a"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0229", "problem_name": "task12_0229"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 6, 7, 6, 9, 7, 9\nSequence 2: a, e, e, b, b, c, a, e\nN: 25", "label": {"final": "6a7e6e9b7b9c6a7e6a9e7e9b6b7c6a9e7a9e6e7b6b9c7a9e6a", "init": "", "intermediate": ["6a", "6a7e", "6a7e6e", "6a7e6e9b", "6a7e6e9b7b", "6a7e6e9b7b9c", "6a7e6e9b7b9c6a", "6a7e6e9b7b9c6a7e", "6a7e6e9b7b9c6a7e6a", "6a7e6e9b7b9c6a7e6a9e", "6a7e6e9b7b9c6a7e6a9e7e", "6a7e6e9b7b9c6a7e6a9e7e9b", "6a7e6e9b7b9c6a7e6a9e7e9b6b", "6a7e6e9b7b9c6a7e6a9e7e9b6b7c", "6a7e6e9b7b9c6a7e6a9e7e9b6b7c6a", "6a7e6e9b7b9c6a7e6a9e7e9b6b7c6a9e", "6a7e6e9b7b9c6a7e6a9e7e9b6b7c6a9e7a", "6a7e6e9b7b9c6a7e6a9e7e9b6b7c6a9e7a9e", "6a7e6e9b7b9c6a7e6a9e7e9b6b7c6a9e7a9e6e", "6a7e6e9b7b9c6a7e6a9e7e9b6b7c6a9e7a9e6e7b", "6a7e6e9b7b9c6a7e6a9e7e9b6b7c6a9e7a9e6e7b6b", "6a7e6e9b7b9c6a7e6a9e7e9b6b7c6a9e7a9e6e7b6b9c", "6a7e6e9b7b9c6a7e6a9e7e9b6b7c6a9e7a9e6e7b6b9c7a", "6a7e6e9b7b9c6a7e6a9e7e9b6b7c6a9e7a9e6e7b6b9c7a9e"]}, "config": {"N": 25, "sequence1": [6, 7, 6, 9, 7, 9], "sequence1_pattern": 6, "sequence2": ["a", "e", "e", "b", "b", "c", "a", "e"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0230", "problem_name": "task12_0230"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 3, 6, 0\nSequence 2: b, a, e, e, b, d, e, d\nN: 25", "label": {"final": "1b3a6e0e1b3d6e0d1b3a6e0e1b3d6e0d1b3a6e0e1b3d6e0d1b", "init": "", "intermediate": ["1b", "1b3a", "1b3a6e", "1b3a6e0e", "1b3a6e0e1b", "1b3a6e0e1b3d", "1b3a6e0e1b3d6e", "1b3a6e0e1b3d6e0d", "1b3a6e0e1b3d6e0d1b", "1b3a6e0e1b3d6e0d1b3a", "1b3a6e0e1b3d6e0d1b3a6e", "1b3a6e0e1b3d6e0d1b3a6e0e", "1b3a6e0e1b3d6e0d1b3a6e0e1b", "1b3a6e0e1b3d6e0d1b3a6e0e1b3d", "1b3a6e0e1b3d6e0d1b3a6e0e1b3d6e", "1b3a6e0e1b3d6e0d1b3a6e0e1b3d6e0d", "1b3a6e0e1b3d6e0d1b3a6e0e1b3d6e0d1b", "1b3a6e0e1b3d6e0d1b3a6e0e1b3d6e0d1b3a", "1b3a6e0e1b3d6e0d1b3a6e0e1b3d6e0d1b3a6e", "1b3a6e0e1b3d6e0d1b3a6e0e1b3d6e0d1b3a6e0e", "1b3a6e0e1b3d6e0d1b3a6e0e1b3d6e0d1b3a6e0e1b", "1b3a6e0e1b3d6e0d1b3a6e0e1b3d6e0d1b3a6e0e1b3d", "1b3a6e0e1b3d6e0d1b3a6e0e1b3d6e0d1b3a6e0e1b3d6e", "1b3a6e0e1b3d6e0d1b3a6e0e1b3d6e0d1b3a6e0e1b3d6e0d"]}, "config": {"N": 25, "sequence1": [1, 3, 6, 0], "sequence1_pattern": 4, "sequence2": ["b", "a", "e", "e", "b", "d", "e", "d"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0231", "problem_name": "task12_0231"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 5, 0, 2, 2, 2\nSequence 2: c, b, c, b, a, b, e, a\nN: 25", "label": {"final": "0c5b0c2b2a2b0e5a0c2b2c2b0a5b0e2a2c2b0c5b0a2b2e2a0c", "init": "", "intermediate": ["0c", "0c5b", "0c5b0c", "0c5b0c2b", "0c5b0c2b2a", "0c5b0c2b2a2b", "0c5b0c2b2a2b0e", "0c5b0c2b2a2b0e5a", "0c5b0c2b2a2b0e5a0c", "0c5b0c2b2a2b0e5a0c2b", "0c5b0c2b2a2b0e5a0c2b2c", "0c5b0c2b2a2b0e5a0c2b2c2b", "0c5b0c2b2a2b0e5a0c2b2c2b0a", "0c5b0c2b2a2b0e5a0c2b2c2b0a5b", "0c5b0c2b2a2b0e5a0c2b2c2b0a5b0e", "0c5b0c2b2a2b0e5a0c2b2c2b0a5b0e2a", "0c5b0c2b2a2b0e5a0c2b2c2b0a5b0e2a2c", "0c5b0c2b2a2b0e5a0c2b2c2b0a5b0e2a2c2b", "0c5b0c2b2a2b0e5a0c2b2c2b0a5b0e2a2c2b0c", "0c5b0c2b2a2b0e5a0c2b2c2b0a5b0e2a2c2b0c5b", "0c5b0c2b2a2b0e5a0c2b2c2b0a5b0e2a2c2b0c5b0a", "0c5b0c2b2a2b0e5a0c2b2c2b0a5b0e2a2c2b0c5b0a2b", "0c5b0c2b2a2b0e5a0c2b2c2b0a5b0e2a2c2b0c5b0a2b2e", "0c5b0c2b2a2b0e5a0c2b2c2b0a5b0e2a2c2b0c5b0a2b2e2a"]}, "config": {"N": 25, "sequence1": [0, 5, 0, 2, 2, 2], "sequence1_pattern": 6, "sequence2": ["c", "b", "c", "b", "a", "b", "e", "a"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0232", "problem_name": "task12_0232"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 8, 0, 0, 8, 7\nSequence 2: b, c, a, b, c, c, c, a\nN: 25", "label": {"final": "3b8c0a0b8c7c3c8a0b0c8a7b3c8c0c0a8b7c3a8b0c0c8c7a3b", "init": "", "intermediate": ["3b", "3b8c", "3b8c0a", "3b8c0a0b", "3b8c0a0b8c", "3b8c0a0b8c7c", "3b8c0a0b8c7c3c", "3b8c0a0b8c7c3c8a", "3b8c0a0b8c7c3c8a0b", "3b8c0a0b8c7c3c8a0b0c", "3b8c0a0b8c7c3c8a0b0c8a", "3b8c0a0b8c7c3c8a0b0c8a7b", "3b8c0a0b8c7c3c8a0b0c8a7b3c", "3b8c0a0b8c7c3c8a0b0c8a7b3c8c", "3b8c0a0b8c7c3c8a0b0c8a7b3c8c0c", "3b8c0a0b8c7c3c8a0b0c8a7b3c8c0c0a", "3b8c0a0b8c7c3c8a0b0c8a7b3c8c0c0a8b", "3b8c0a0b8c7c3c8a0b0c8a7b3c8c0c0a8b7c", "3b8c0a0b8c7c3c8a0b0c8a7b3c8c0c0a8b7c3a", "3b8c0a0b8c7c3c8a0b0c8a7b3c8c0c0a8b7c3a8b", "3b8c0a0b8c7c3c8a0b0c8a7b3c8c0c0a8b7c3a8b0c", "3b8c0a0b8c7c3c8a0b0c8a7b3c8c0c0a8b7c3a8b0c0c", "3b8c0a0b8c7c3c8a0b0c8a7b3c8c0c0a8b7c3a8b0c0c8c", "3b8c0a0b8c7c3c8a0b0c8a7b3c8c0c0a8b7c3a8b0c0c8c7a"]}, "config": {"N": 25, "sequence1": [3, 8, 0, 0, 8, 7], "sequence1_pattern": 6, "sequence2": ["b", "c", "a", "b", "c", "c", "c", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0233", "problem_name": "task12_0233"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 7, 8, 7\nSequence 2: c, a, c, c, c, c, a, a\nN: 25", "label": {"final": "8c7a8c7c8c7c8a7a8c7a8c7c8c7c8a7a8c7a8c7c8c7c8a7a8c", "init": "", "intermediate": ["8c", "8c7a", "8c7a8c", "8c7a8c7c", "8c7a8c7c8c", "8c7a8c7c8c7c", "8c7a8c7c8c7c8a", "8c7a8c7c8c7c8a7a", "8c7a8c7c8c7c8a7a8c", "8c7a8c7c8c7c8a7a8c7a", "8c7a8c7c8c7c8a7a8c7a8c", "8c7a8c7c8c7c8a7a8c7a8c7c", "8c7a8c7c8c7c8a7a8c7a8c7c8c", "8c7a8c7c8c7c8a7a8c7a8c7c8c7c", "8c7a8c7c8c7c8a7a8c7a8c7c8c7c8a", "8c7a8c7c8c7c8a7a8c7a8c7c8c7c8a7a", "8c7a8c7c8c7c8a7a8c7a8c7c8c7c8a7a8c", "8c7a8c7c8c7c8a7a8c7a8c7c8c7c8a7a8c7a", "8c7a8c7c8c7c8a7a8c7a8c7c8c7c8a7a8c7a8c", "8c7a8c7c8c7c8a7a8c7a8c7c8c7c8a7a8c7a8c7c", "8c7a8c7c8c7c8a7a8c7a8c7c8c7c8a7a8c7a8c7c8c", "8c7a8c7c8c7c8a7a8c7a8c7c8c7c8a7a8c7a8c7c8c7c", "8c7a8c7c8c7c8a7a8c7a8c7c8c7c8a7a8c7a8c7c8c7c8a", "8c7a8c7c8c7c8a7a8c7a8c7c8c7c8a7a8c7a8c7c8c7c8a7a"]}, "config": {"N": 25, "sequence1": [8, 7, 8, 7], "sequence1_pattern": 4, "sequence2": ["c", "a", "c", "c", "c", "c", "a", "a"], "sequence2_length": 8, "sequence2_variety": 3}, "task_name": "task12", "example_name": "0234", "problem_name": "task12_0234"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 3, 7, 6, 6, 2\nSequence 2: c, a, c, d, a, d, d, c\nN: 25", "label": {"final": "3c7a6c6d2a3d7d6c6c2a3c7d6a6d2d3c7c6a6c2d3a7d6d6c2c", "init": "", "intermediate": ["3c", "3c7a", "3c7a6c", "3c7a6c6d", "3c7a6c6d2a", "3c7a6c6d2a3d", "3c7a6c6d2a3d7d", "3c7a6c6d2a3d7d6c", "3c7a6c6d2a3d7d6c6c", "3c7a6c6d2a3d7d6c6c2a", "3c7a6c6d2a3d7d6c6c2a3c", "3c7a6c6d2a3d7d6c6c2a3c7d", "3c7a6c6d2a3d7d6c6c2a3c7d6a", "3c7a6c6d2a3d7d6c6c2a3c7d6a6d", "3c7a6c6d2a3d7d6c6c2a3c7d6a6d2d", "3c7a6c6d2a3d7d6c6c2a3c7d6a6d2d3c", "3c7a6c6d2a3d7d6c6c2a3c7d6a6d2d3c7c", "3c7a6c6d2a3d7d6c6c2a3c7d6a6d2d3c7c6a", "3c7a6c6d2a3d7d6c6c2a3c7d6a6d2d3c7c6a6c", "3c7a6c6d2a3d7d6c6c2a3c7d6a6d2d3c7c6a6c2d", "3c7a6c6d2a3d7d6c6c2a3c7d6a6d2d3c7c6a6c2d3a", "3c7a6c6d2a3d7d6c6c2a3c7d6a6d2d3c7c6a6c2d3a7d", "3c7a6c6d2a3d7d6c6c2a3c7d6a6d2d3c7c6a6c2d3a7d6d", "3c7a6c6d2a3d7d6c6c2a3c7d6a6d2d3c7c6a6c2d3a7d6d6c"]}, "config": {"N": 25, "sequence1": [3, 7, 6, 6, 2], "sequence1_pattern": 5, "sequence2": ["c", "a", "c", "d", "a", "d", "d", "c"], "sequence2_length": 8, "sequence2_variety": 4}, "task_name": "task12", "example_name": "0235", "problem_name": "task12_0235"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 9, 9, 8, 4\nSequence 2: e, d, b, d, e, c, d, b\nN: 25", "label": {"final": "9e9d8b4d9e9c8d4b9e9d8b4d9e9c8d4b9e9d8b4d9e9c8d4b9e", "init": "", "intermediate": ["9e", "9e9d", "9e9d8b", "9e9d8b4d", "9e9d8b4d9e", "9e9d8b4d9e9c", "9e9d8b4d9e9c8d", "9e9d8b4d9e9c8d4b", "9e9d8b4d9e9c8d4b9e", "9e9d8b4d9e9c8d4b9e9d", "9e9d8b4d9e9c8d4b9e9d8b", "9e9d8b4d9e9c8d4b9e9d8b4d", "9e9d8b4d9e9c8d4b9e9d8b4d9e", "9e9d8b4d9e9c8d4b9e9d8b4d9e9c", "9e9d8b4d9e9c8d4b9e9d8b4d9e9c8d", "9e9d8b4d9e9c8d4b9e9d8b4d9e9c8d4b", "9e9d8b4d9e9c8d4b9e9d8b4d9e9c8d4b9e", "9e9d8b4d9e9c8d4b9e9d8b4d9e9c8d4b9e9d", "9e9d8b4d9e9c8d4b9e9d8b4d9e9c8d4b9e9d8b", "9e9d8b4d9e9c8d4b9e9d8b4d9e9c8d4b9e9d8b4d", "9e9d8b4d9e9c8d4b9e9d8b4d9e9c8d4b9e9d8b4d9e", "9e9d8b4d9e9c8d4b9e9d8b4d9e9c8d4b9e9d8b4d9e9c", "9e9d8b4d9e9c8d4b9e9d8b4d9e9c8d4b9e9d8b4d9e9c8d", "9e9d8b4d9e9c8d4b9e9d8b4d9e9c8d4b9e9d8b4d9e9c8d4b"]}, "config": {"N": 25, "sequence1": [9, 9, 8, 4], "sequence1_pattern": 4, "sequence2": ["e", "d", "b", "d", "e", "c", "d", "b"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0236", "problem_name": "task12_0236"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 0, 6, 7, 2\nSequence 2: e, a, e, c, b, c, a, e\nN: 25", "label": {"final": "0e6a7e2c0b6c7a2e0e6a7e2c0b6c7a2e0e6a7e2c0b6c7a2e0e", "init": "", "intermediate": ["0e", "0e6a", "0e6a7e", "0e6a7e2c", "0e6a7e2c0b", "0e6a7e2c0b6c", "0e6a7e2c0b6c7a", "0e6a7e2c0b6c7a2e", "0e6a7e2c0b6c7a2e0e", "0e6a7e2c0b6c7a2e0e6a", "0e6a7e2c0b6c7a2e0e6a7e", "0e6a7e2c0b6c7a2e0e6a7e2c", "0e6a7e2c0b6c7a2e0e6a7e2c0b", "0e6a7e2c0b6c7a2e0e6a7e2c0b6c", "0e6a7e2c0b6c7a2e0e6a7e2c0b6c7a", "0e6a7e2c0b6c7a2e0e6a7e2c0b6c7a2e", "0e6a7e2c0b6c7a2e0e6a7e2c0b6c7a2e0e", "0e6a7e2c0b6c7a2e0e6a7e2c0b6c7a2e0e6a", "0e6a7e2c0b6c7a2e0e6a7e2c0b6c7a2e0e6a7e", "0e6a7e2c0b6c7a2e0e6a7e2c0b6c7a2e0e6a7e2c", "0e6a7e2c0b6c7a2e0e6a7e2c0b6c7a2e0e6a7e2c0b", "0e6a7e2c0b6c7a2e0e6a7e2c0b6c7a2e0e6a7e2c0b6c", "0e6a7e2c0b6c7a2e0e6a7e2c0b6c7a2e0e6a7e2c0b6c7a", "0e6a7e2c0b6c7a2e0e6a7e2c0b6c7a2e0e6a7e2c0b6c7a2e"]}, "config": {"N": 25, "sequence1": [0, 6, 7, 2], "sequence1_pattern": 4, "sequence2": ["e", "a", "e", "c", "b", "c", "a", "e"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0237", "problem_name": "task12_0237"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 8, 2, 8, 8, 5\nSequence 2: b, a, b, a, b, b, b, a\nN: 25", "label": {"final": "8b2a8b8a5b8b2b8a8b5a8b2a8b8b5b8a2b8a8b5a8b2b8b8a5b", "init": "", "intermediate": ["8b", "8b2a", "8b2a8b", "8b2a8b8a", "8b2a8b8a5b", "8b2a8b8a5b8b", "8b2a8b8a5b8b2b", "8b2a8b8a5b8b2b8a", "8b2a8b8a5b8b2b8a8b", "8b2a8b8a5b8b2b8a8b5a", "8b2a8b8a5b8b2b8a8b5a8b", "8b2a8b8a5b8b2b8a8b5a8b2a", "8b2a8b8a5b8b2b8a8b5a8b2a8b", "8b2a8b8a5b8b2b8a8b5a8b2a8b8b", "8b2a8b8a5b8b2b8a8b5a8b2a8b8b5b", "8b2a8b8a5b8b2b8a8b5a8b2a8b8b5b8a", "8b2a8b8a5b8b2b8a8b5a8b2a8b8b5b8a2b", "8b2a8b8a5b8b2b8a8b5a8b2a8b8b5b8a2b8a", "8b2a8b8a5b8b2b8a8b5a8b2a8b8b5b8a2b8a8b", "8b2a8b8a5b8b2b8a8b5a8b2a8b8b5b8a2b8a8b5a", "8b2a8b8a5b8b2b8a8b5a8b2a8b8b5b8a2b8a8b5a8b", "8b2a8b8a5b8b2b8a8b5a8b2a8b8b5b8a2b8a8b5a8b2b", "8b2a8b8a5b8b2b8a8b5a8b2a8b8b5b8a2b8a8b5a8b2b8b", "8b2a8b8a5b8b2b8a8b5a8b2a8b8b5b8a2b8a8b5a8b2b8b8a"]}, "config": {"N": 25, "sequence1": [8, 2, 8, 8, 5], "sequence1_pattern": 5, "sequence2": ["b", "a", "b", "a", "b", "b", "b", "a"], "sequence2_length": 8, "sequence2_variety": 2}, "task_name": "task12", "example_name": "0238", "problem_name": "task12_0238"}
+{"prompt": "Given two sequences, where one is composed of numbers and the other is of characters, form pairs of a number and a character extracted from the sequences, respectively, in the form of a string.\nThen, follow the procedure below.\nInitialize an empty string and start from the first element of each sequence.\nAt each step, append the number and then the character obtained from the sequences to the string, and move to the next elements in both sequences.\nIf the end of either sequence is reached, wrap around to the beginning.\nRepeat the process for N steps.\n\nProvide the final string along with all the intermediate strings in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSequence 1: 1, 5, 6, 6\nSequence 2: a, c, b, b, a, b, e, d\nN: 25", "label": {"final": "1a5c6b6b1a5b6e6d1a5c6b6b1a5b6e6d1a5c6b6b1a5b6e6d1a", "init": "", "intermediate": ["1a", "1a5c", "1a5c6b", "1a5c6b6b", "1a5c6b6b1a", "1a5c6b6b1a5b", "1a5c6b6b1a5b6e", "1a5c6b6b1a5b6e6d", "1a5c6b6b1a5b6e6d1a", "1a5c6b6b1a5b6e6d1a5c", "1a5c6b6b1a5b6e6d1a5c6b", "1a5c6b6b1a5b6e6d1a5c6b6b", "1a5c6b6b1a5b6e6d1a5c6b6b1a", "1a5c6b6b1a5b6e6d1a5c6b6b1a5b", "1a5c6b6b1a5b6e6d1a5c6b6b1a5b6e", "1a5c6b6b1a5b6e6d1a5c6b6b1a5b6e6d", "1a5c6b6b1a5b6e6d1a5c6b6b1a5b6e6d1a", "1a5c6b6b1a5b6e6d1a5c6b6b1a5b6e6d1a5c", "1a5c6b6b1a5b6e6d1a5c6b6b1a5b6e6d1a5c6b", "1a5c6b6b1a5b6e6d1a5c6b6b1a5b6e6d1a5c6b6b", "1a5c6b6b1a5b6e6d1a5c6b6b1a5b6e6d1a5c6b6b1a", "1a5c6b6b1a5b6e6d1a5c6b6b1a5b6e6d1a5c6b6b1a5b", "1a5c6b6b1a5b6e6d1a5c6b6b1a5b6e6d1a5c6b6b1a5b6e", "1a5c6b6b1a5b6e6d1a5c6b6b1a5b6e6d1a5c6b6b1a5b6e6d"]}, "config": {"N": 25, "sequence1": [1, 5, 6, 6], "sequence1_pattern": 4, "sequence2": ["a", "c", "b", "b", "a", "b", "e", "d"], "sequence2_length": 8, "sequence2_variety": 5}, "task_name": "task12", "example_name": "0239", "problem_name": "task12_0239"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ckf\nCandidate: cuj, ckf, ckf, ckf, ceh, ckf, cdn, ckf, czq, cas, ckf, cbj", "label": {"final": ["c", "ckf"], "init": [""], "intermediate": ["c"]}, "config": {"candidate": ["cuj", "ckf", "ckf", "ckf", "ceh", "ckf", "cdn", "ckf", "czq", "cas", "ckf", "cbj"], "length": 3, "num_candidate": 11, "target": "ckf"}, "task_name": "task13", "example_name": "0000", "problem_name": "task13_0000"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: zjw\nCandidate: znd, zjw, zem", "label": {"final": ["z", "zjw"], "init": [""], "intermediate": ["z"]}, "config": {"candidate": ["znd", "zjw", "zem"], "length": 3, "num_candidate": 2, "target": "zjw"}, "task_name": "task13", "example_name": "0001", "problem_name": "task13_0001"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: lwv\nCandidate: lux, lwv, lwv, lwk, llb, lwv, lwg, lem, ljt, lhy", "label": {"final": ["l", "lwv"], "init": [""], "intermediate": ["l"]}, "config": {"candidate": ["lux", "lwv", "lwv", "lwk", "llb", "lwv", "lwg", "lem", "ljt", "lhy"], "length": 3, "num_candidate": 9, "target": "lwv"}, "task_name": "task13", "example_name": "0002", "problem_name": "task13_0002"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: jst\nCandidate: jsp, jst, jst, jvk, jkz, jjh, jek, jrq, jst", "label": {"final": ["js", "jst"], "init": [""], "intermediate": ["js"]}, "config": {"candidate": ["jsp", "jst", "jst", "jvk", "jkz", "jjh", "jek", "jrq", "jst"], "length": 3, "num_candidate": 8, "target": "jst"}, "task_name": "task13", "example_name": "0003", "problem_name": "task13_0003"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: cvb\nCandidate: cve, cvb, cvd", "label": {"final": ["cv", "cvb"], "init": [""], "intermediate": ["cv"]}, "config": {"candidate": ["cve", "cvb", "cvd"], "length": 3, "num_candidate": 2, "target": "cvb"}, "task_name": "task13", "example_name": "0004", "problem_name": "task13_0004"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: gxg\nCandidate: gdr, gxg, gxl", "label": {"final": ["g", "gxg"], "init": [""], "intermediate": ["g"]}, "config": {"candidate": ["gdr", "gxg", "gxl"], "length": 3, "num_candidate": 2, "target": "gxg"}, "task_name": "task13", "example_name": "0005", "problem_name": "task13_0005"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: fkf\nCandidate: fkh, fkf, fke, fnc, fkf, fka, fkf", "label": {"final": ["fk", "fkf"], "init": [""], "intermediate": ["fk"]}, "config": {"candidate": ["fkh", "fkf", "fke", "fnc", "fkf", "fka", "fkf"], "length": 3, "num_candidate": 6, "target": "fkf"}, "task_name": "task13", "example_name": "0006", "problem_name": "task13_0006"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: mry\nCandidate: myk, mry, mry, mrt, mlq, mbq, mru, mra, mry, mry, mry", "label": {"final": ["m", "mry"], "init": [""], "intermediate": ["m"]}, "config": {"candidate": ["myk", "mry", "mry", "mrt", "mlq", "mbq", "mru", "mra", "mry", "mry", "mry"], "length": 3, "num_candidate": 10, "target": "mry"}, "task_name": "task13", "example_name": "0007", "problem_name": "task13_0007"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: dhd\nCandidate: dht, dhd, dhd, dhb, dlo, dqw, dwc, dhb", "label": {"final": ["dh", "dhd"], "init": [""], "intermediate": ["dh"]}, "config": {"candidate": ["dht", "dhd", "dhd", "dhb", "dlo", "dqw", "dwc", "dhb"], "length": 3, "num_candidate": 7, "target": "dhd"}, "task_name": "task13", "example_name": "0008", "problem_name": "task13_0008"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: owt\nCandidate: ocl, owt, oug, olw, owt, oep, oji, owb", "label": {"final": ["o", "owt"], "init": [""], "intermediate": ["o"]}, "config": {"candidate": ["ocl", "owt", "oug", "olw", "owt", "oep", "oji", "owb"], "length": 3, "num_candidate": 7, "target": "owt"}, "task_name": "task13", "example_name": "0009", "problem_name": "task13_0009"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: maay\nCandidate: mtlg, mafu, maay, maay, maez, mohc", "label": {"final": ["m", "ma", "maay"], "init": [""], "intermediate": ["m", "ma"]}, "config": {"candidate": ["mtlg", "mafu", "maay", "maay", "maez", "mohc"], "length": 4, "num_candidate": 5, "target": "maay"}, "task_name": "task13", "example_name": "0010", "problem_name": "task13_0010"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: abnj\nCandidate: abkg, abnt, abnj, abnf, abnq, abnj, abnt", "label": {"final": ["ab", "abn", "abnj"], "init": [""], "intermediate": ["ab", "abn"]}, "config": {"candidate": ["abkg", "abnt", "abnj", "abnf", "abnq", "abnj", "abnt"], "length": 4, "num_candidate": 6, "target": "abnj"}, "task_name": "task13", "example_name": "0011", "problem_name": "task13_0011"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: xunm\nCandidate: xmka, xuvq, xunm, xuic, xjdx, xuce, xutd, xunc, xunm", "label": {"final": ["x", "xu", "xunm"], "init": [""], "intermediate": ["x", "xu"]}, "config": {"candidate": ["xmka", "xuvq", "xunm", "xuic", "xjdx", "xuce", "xutd", "xunc", "xunm"], "length": 4, "num_candidate": 8, "target": "xunm"}, "task_name": "task13", "example_name": "0012", "problem_name": "task13_0012"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: fgrs\nCandidate: fgjf, fgpp, fgrs, fgrw, fgfl", "label": {"final": ["fg", "fg", "fgrs"], "init": [""], "intermediate": ["fg", "fg"]}, "config": {"candidate": ["fgjf", "fgpp", "fgrs", "fgrw", "fgfl"], "length": 4, "num_candidate": 4, "target": "fgrs"}, "task_name": "task13", "example_name": "0013", "problem_name": "task13_0013"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: fkck\nCandidate: finh, fuvc, fkck, fkox, fkpq, fjcj, fjcj, fkfa, fkck", "label": {"final": ["f", "f", "fkck"], "init": [""], "intermediate": ["f", "f"]}, "config": {"candidate": ["finh", "fuvc", "fkck", "fkox", "fkpq", "fjcj", "fjcj", "fkfa", "fkck"], "length": 4, "num_candidate": 8, "target": "fkck"}, "task_name": "task13", "example_name": "0014", "problem_name": "task13_0014"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: kmvs\nCandidate: kmvq, kmvi, kmvs, kfdi", "label": {"final": ["kmv", "kmv", "kmvs"], "init": [""], "intermediate": ["kmv", "kmv"]}, "config": {"candidate": ["kmvq", "kmvi", "kmvs", "kfdi"], "length": 4, "num_candidate": 3, "target": "kmvs"}, "task_name": "task13", "example_name": "0015", "problem_name": "task13_0015"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: tngq\nCandidate: tngx, tcyr, tngq, tngm", "label": {"final": ["tng", "t", "tngq"], "init": [""], "intermediate": ["tng", "t"]}, "config": {"candidate": ["tngx", "tcyr", "tngq", "tngm"], "length": 4, "num_candidate": 3, "target": "tngq"}, "task_name": "task13", "example_name": "0016", "problem_name": "task13_0016"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ebxv\nCandidate: edcr, eade, ebxv, ebtx, ebxv, eedu, eskn, ebxv, ebxd", "label": {"final": ["e", "e", "ebxv"], "init": [""], "intermediate": ["e", "e"]}, "config": {"candidate": ["edcr", "eade", "ebxv", "ebtx", "ebxv", "eedu", "eskn", "ebxv", "ebxd"], "length": 4, "num_candidate": 8, "target": "ebxv"}, "task_name": "task13", "example_name": "0017", "problem_name": "task13_0017"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: mlly\nCandidate: mllf, mlmq, mlly, mlly, mfcv, manl, mlcc, mnqv, mlly, mlbu, mllz", "label": {"final": ["mll", "ml", "mlly"], "init": [""], "intermediate": ["mll", "ml"]}, "config": {"candidate": ["mllf", "mlmq", "mlly", "mlly", "mfcv", "manl", "mlcc", "mnqv", "mlly", "mlbu", "mllz"], "length": 4, "num_candidate": 10, "target": "mlly"}, "task_name": "task13", "example_name": "0018", "problem_name": "task13_0018"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: afdd\nCandidate: afqq, afro, afdd, afdd, afmm, afpp, afdd, absm, afva, afnn, andq", "label": {"final": ["af", "af", "afdd"], "init": [""], "intermediate": ["af", "af"]}, "config": {"candidate": ["afqq", "afro", "afdd", "afdd", "afmm", "afpp", "afdd", "absm", "afva", "afnn", "andq"], "length": 4, "num_candidate": 10, "target": "afdd"}, "task_name": "task13", "example_name": "0019", "problem_name": "task13_0019"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: jrkay\nCandidate: jnqbp, jrkla, jeppm, jrkay, jnyrt, jrkrf, jylhr, jrklo", "label": {"final": ["j", "jrk", "j", "jrkay"], "init": [""], "intermediate": ["j", "jrk", "j"]}, "config": {"candidate": ["jnqbp", "jrkla", "jeppm", "jrkay", "jnyrt", "jrkrf", "jylhr", "jrklo"], "length": 5, "num_candidate": 7, "target": "jrkay"}, "task_name": "task13", "example_name": "0020", "problem_name": "task13_0020"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: amuge\nCandidate: amuxc, amudg, amtgv, amuge, akscv, amuge, amuvv, amuht, adrqi", "label": {"final": ["amu", "amu", "am", "amuge"], "init": [""], "intermediate": ["amu", "amu", "am"]}, "config": {"candidate": ["amuxc", "amudg", "amtgv", "amuge", "akscv", "amuge", "amuvv", "amuht", "adrqi"], "length": 5, "num_candidate": 8, "target": "amuge"}, "task_name": "task13", "example_name": "0021", "problem_name": "task13_0021"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: fgrnl\nCandidate: fgrux, fpobo, fyeub, fgrnl, fwmkk, fgrqs, fgrnl, fgrnl", "label": {"final": ["fgr", "f", "f", "fgrnl"], "init": [""], "intermediate": ["fgr", "f", "f"]}, "config": {"candidate": ["fgrux", "fpobo", "fyeub", "fgrnl", "fwmkk", "fgrqs", "fgrnl", "fgrnl"], "length": 5, "num_candidate": 7, "target": "fgrnl"}, "task_name": "task13", "example_name": "0022", "problem_name": "task13_0022"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: iicjh\nCandidate: iwcvh, ifqrw, icqhk, iicjh, iicxm, iicvg, iicjh, iicjv, iictm, iswme, iicjh, iicjh", "label": {"final": ["i", "i", "i", "iicjh"], "init": [""], "intermediate": ["i", "i", "i"]}, "config": {"candidate": ["iwcvh", "ifqrw", "icqhk", "iicjh", "iicxm", "iicvg", "iicjh", "iicjv", "iictm", "iswme", "iicjh", "iicjh"], "length": 5, "num_candidate": 11, "target": "iicjh"}, "task_name": "task13", "example_name": "0023", "problem_name": "task13_0023"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: csxht\nCandidate: ceqfv, csxiw, csxbg, csxht, cssov", "label": {"final": ["c", "csx", "csx", "csxht"], "init": [""], "intermediate": ["c", "csx", "csx"]}, "config": {"candidate": ["ceqfv", "csxiw", "csxbg", "csxht", "cssov"], "length": 5, "num_candidate": 4, "target": "csxht"}, "task_name": "task13", "example_name": "0024", "problem_name": "task13_0024"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: kxumf\nCandidate: kxuux, kyiwe, kxsnr, kxumf, kxuma", "label": {"final": ["kxu", "k", "kx", "kxumf"], "init": [""], "intermediate": ["kxu", "k", "kx"]}, "config": {"candidate": ["kxuux", "kyiwe", "kxsnr", "kxumf", "kxuma"], "length": 5, "num_candidate": 4, "target": "kxumf"}, "task_name": "task13", "example_name": "0025", "problem_name": "task13_0025"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: vkexu\nCandidate: vkugo, vkvwq, vkexo, vkexu, vkexa, vhspz, vwhqn, vfffy, vkexu, vkexu, vkexh, vkeyn", "label": {"final": ["vk", "vk", "vkex", "vkexu"], "init": [""], "intermediate": ["vk", "vk", "vkex"]}, "config": {"candidate": ["vkugo", "vkvwq", "vkexo", "vkexu", "vkexa", "vhspz", "vwhqn", "vfffy", "vkexu", "vkexu", "vkexh", "vkeyn"], "length": 5, "num_candidate": 11, "target": "vkexu"}, "task_name": "task13", "example_name": "0026", "problem_name": "task13_0026"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: gkrrt\nCandidate: grqon, guuxn, gtgbx, gkrrt, gkrsv, gkrra, gkrrt, gkjhi, gyiiy", "label": {"final": ["g", "g", "g", "gkrrt"], "init": [""], "intermediate": ["g", "g", "g"]}, "config": {"candidate": ["grqon", "guuxn", "gtgbx", "gkrrt", "gkrsv", "gkrra", "gkrrt", "gkjhi", "gyiiy"], "length": 5, "num_candidate": 8, "target": "gkrrt"}, "task_name": "task13", "example_name": "0027", "problem_name": "task13_0027"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: pjovw\nCandidate: pjovi, ppwfw, pjojw, pjovw, pjovy, powve, pjolh", "label": {"final": ["pjov", "p", "pjo", "pjovw"], "init": [""], "intermediate": ["pjov", "p", "pjo"]}, "config": {"candidate": ["pjovi", "ppwfw", "pjojw", "pjovw", "pjovy", "powve", "pjolh"], "length": 5, "num_candidate": 6, "target": "pjovw"}, "task_name": "task13", "example_name": "0028", "problem_name": "task13_0028"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: cpbmx\nCandidate: ckres, cqtja, cnigs, cpbmx, cpbvn, cnqwa, cmrjm, cppqg, cpbml, cpbmd, cpbtn, cpbpb, cpbmx, cpara", "label": {"final": ["c", "c", "c", "cpbmx"], "init": [""], "intermediate": ["c", "c", "c"]}, "config": {"candidate": ["ckres", "cqtja", "cnigs", "cpbmx", "cpbvn", "cnqwa", "cmrjm", "cppqg", "cpbml", "cpbmd", "cpbtn", "cpbpb", "cpbmx", "cpara"], "length": 5, "num_candidate": 13, "target": "cpbmx"}, "task_name": "task13", "example_name": "0029", "problem_name": "task13_0029"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: bevoca\nCandidate: behmtq, bebeco, bevoih, bemkqr, bevoca, bnijyn, bexrbn, beiulu, belrxa, bepomy, bevyxe, bmkgrr", "label": {"final": ["be", "be", "bevo", "be", "bevoca"], "init": [""], "intermediate": ["be", "be", "bevo", "be"]}, "config": {"candidate": ["behmtq", "bebeco", "bevoih", "bemkqr", "bevoca", "bnijyn", "bexrbn", "beiulu", "belrxa", "bepomy", "bevyxe", "bmkgrr"], "length": 6, "num_candidate": 11, "target": "bevoca"}, "task_name": "task13", "example_name": "0030", "problem_name": "task13_0030"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: gmdcwj\nCandidate: gmddrm, gmdcwc, gmdcbj, gmqkbv, gmdcwj, gcqwek, gtvfrm, gvxyaz, gmdwkc", "label": {"final": ["gmd", "gmdcw", "gmdc", "gm", "gmdcwj"], "init": [""], "intermediate": ["gmd", "gmdcw", "gmdc", "gm"]}, "config": {"candidate": ["gmddrm", "gmdcwc", "gmdcbj", "gmqkbv", "gmdcwj", "gcqwek", "gtvfrm", "gvxyaz", "gmdwkc"], "length": 6, "num_candidate": 8, "target": "gmdcwj"}, "task_name": "task13", "example_name": "0031", "problem_name": "task13_0031"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: qtkqbo\nCandidate: qtkpds, qtkqbh, qtuibt, qtnkuf, qtkqbo, qtkdhr, qtkqbh, qtkpwt, qtkhwq, qtklbj, qtkqqe, qtkjmq, qtkxtb", "label": {"final": ["qtk", "qtkqb", "qt", "qt", "qtkqbo"], "init": [""], "intermediate": ["qtk", "qtkqb", "qt", "qt"]}, "config": {"candidate": ["qtkpds", "qtkqbh", "qtuibt", "qtnkuf", "qtkqbo", "qtkdhr", "qtkqbh", "qtkpwt", "qtkhwq", "qtklbj", "qtkqqe", "qtkjmq", "qtkxtb"], "length": 6, "num_candidate": 12, "target": "qtkqbo"}, "task_name": "task13", "example_name": "0032", "problem_name": "task13_0032"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: hdypwq\nCandidate: hdypuk, hxdpfm, hdypwb, hdnxex, hdypwq, hdynht, hdyodc", "label": {"final": ["hdyp", "h", "hdypw", "hd", "hdypwq"], "init": [""], "intermediate": ["hdyp", "h", "hdypw", "hd"]}, "config": {"candidate": ["hdypuk", "hxdpfm", "hdypwb", "hdnxex", "hdypwq", "hdynht", "hdyodc"], "length": 6, "num_candidate": 6, "target": "hdypwq"}, "task_name": "task13", "example_name": "0033", "problem_name": "task13_0033"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ktfhss\nCandidate: kzyjne, ktfhja, ktrqic, koldxl, ktfhss, ktfmut, ktfhss, kyiefx", "label": {"final": ["k", "ktfh", "kt", "k", "ktfhss"], "init": [""], "intermediate": ["k", "ktfh", "kt", "k"]}, "config": {"candidate": ["kzyjne", "ktfhja", "ktrqic", "koldxl", "ktfhss", "ktfmut", "ktfhss", "kyiefx"], "length": 6, "num_candidate": 7, "target": "ktfhss"}, "task_name": "task13", "example_name": "0034", "problem_name": "task13_0034"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: okphmk\nCandidate: okphih, okpiaf, oyphmy, osphms, okphmk, ovphmv, oxyqic, okphmk", "label": {"final": ["okph", "okp", "o", "o", "okphmk"], "init": [""], "intermediate": ["okph", "okp", "o", "o"]}, "config": {"candidate": ["okphih", "okpiaf", "oyphmy", "osphms", "okphmk", "ovphmv", "oxyqic", "okphmk"], "length": 6, "num_candidate": 7, "target": "okphmk"}, "task_name": "task13", "example_name": "0035", "problem_name": "task13_0035"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: svjklj\nCandidate: svpbrw, slthsd, svjkhr, svjkwf, svjklj, svjvny, svjkfs, svjklj, svjsdo, svjkko, svjmrl, svjdab, svjklj, svdkld, svjklj", "label": {"final": ["sv", "s", "svjk", "svjk", "svjklj"], "init": [""], "intermediate": ["sv", "s", "svjk", "svjk"]}, "config": {"candidate": ["svpbrw", "slthsd", "svjkhr", "svjkwf", "svjklj", "svjvny", "svjkfs", "svjklj", "svjsdo", "svjkko", "svjmrl", "svjdab", "svjklj", "svdkld", "svjklj"], "length": 6, "num_candidate": 14, "target": "svjklj"}, "task_name": "task13", "example_name": "0036", "problem_name": "task13_0036"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: waykem\nCandidate: waykqu, wvxuuq, wbtsam, waykzq, waykem, waykbm, waykev, waykem", "label": {"final": ["wayk", "w", "w", "wayk", "waykem"], "init": [""], "intermediate": ["wayk", "w", "w", "wayk"]}, "config": {"candidate": ["waykqu", "wvxuuq", "wbtsam", "waykzq", "waykem", "waykbm", "waykev", "waykem"], "length": 6, "num_candidate": 7, "target": "waykem"}, "task_name": "task13", "example_name": "0037", "problem_name": "task13_0037"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: bieata\nCandidate: bieqtq, badseg, biechw, biedtd, bieata, bxacuj, bieewj, bieoto, bieata, bsuwqd, bieata", "label": {"final": ["bie", "b", "bie", "bie", "bieata"], "init": [""], "intermediate": ["bie", "b", "bie", "bie"]}, "config": {"candidate": ["bieqtq", "badseg", "biechw", "biedtd", "bieata", "bxacuj", "bieewj", "bieoto", "bieata", "bsuwqd", "bieata"], "length": 6, "num_candidate": 10, "target": "bieata"}, "task_name": "task13", "example_name": "0038", "problem_name": "task13_0038"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: vrlhce\nCandidate: vjhctu, vrjdnh, vvvyko, vrlhxe, vrlhce, vkonzd, vrlhce", "label": {"final": ["v", "vr", "v", "vrlh", "vrlhce"], "init": [""], "intermediate": ["v", "vr", "v", "vrlh"]}, "config": {"candidate": ["vjhctu", "vrjdnh", "vvvyko", "vrlhxe", "vrlhce", "vkonzd", "vrlhce"], "length": 6, "num_candidate": 6, "target": "vrlhce"}, "task_name": "task13", "example_name": "0039", "problem_name": "task13_0039"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: pvgdtvq\nCandidate: pvgdtvj, pvgdopu, pvgdtvc, pvgdtvk, pvgkayf, pvgdtvq, pqygokg, pvgdtug", "label": {"final": ["pvgdtv", "pvgd", "pvgdtv", "pvgdtv", "pvg", "pvgdtvq"], "init": [""], "intermediate": ["pvgdtv", "pvgd", "pvgdtv", "pvgdtv", "pvg"]}, "config": {"candidate": ["pvgdtvj", "pvgdopu", "pvgdtvc", "pvgdtvk", "pvgkayf", "pvgdtvq", "pqygokg", "pvgdtug"], "length": 7, "num_candidate": 7, "target": "pvgdtvq"}, "task_name": "task13", "example_name": "0040", "problem_name": "task13_0040"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ifdjaah\nCandidate: ifdjvyo, ifdonuj, ifdjaeo, ifdjaak, ifdjaai, ifdjaah, ifdjaai, ifdjogf, ifbiggx, irluwed, ifdjaah, ifdrcmi", "label": {"final": ["ifdj", "ifd", "ifdja", "ifdjaa", "ifdjaa", "ifdjaah"], "init": [""], "intermediate": ["ifdj", "ifd", "ifdja", "ifdjaa", "ifdjaa"]}, "config": {"candidate": ["ifdjvyo", "ifdonuj", "ifdjaeo", "ifdjaak", "ifdjaai", "ifdjaah", "ifdjaai", "ifdjogf", "ifbiggx", "irluwed", "ifdjaah", "ifdrcmi"], "length": 7, "num_candidate": 11, "target": "ifdjaah"}, "task_name": "task13", "example_name": "0041", "problem_name": "task13_0041"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: irexidi\nCandidate: irexigz, imsxjcq, irexefj, irtaaov, iracmpg, irexidi, iwqwxuo, irexndn, ireacnz", "label": {"final": ["irexi", "i", "irex", "ir", "ir", "irexidi"], "init": [""], "intermediate": ["irexi", "i", "irex", "ir", "ir"]}, "config": {"candidate": ["irexigz", "imsxjcq", "irexefj", "irtaaov", "iracmpg", "irexidi", "iwqwxuo", "irexndn", "ireacnz"], "length": 7, "num_candidate": 8, "target": "irexidi"}, "task_name": "task13", "example_name": "0042", "problem_name": "task13_0042"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: evvwhhn\nCandidate: evvwmzy, evvwhwx, ecrbmje, evvkvbb, evvkpve, evvwhhn, erzutgl, evvwhhn", "label": {"final": ["evvw", "evvwh", "e", "evv", "evv", "evvwhhn"], "init": [""], "intermediate": ["evvw", "evvwh", "e", "evv", "evv"]}, "config": {"candidate": ["evvwmzy", "evvwhwx", "ecrbmje", "evvkvbb", "evvkpve", "evvwhhn", "erzutgl", "evvwhhn"], "length": 7, "num_candidate": 7, "target": "evvwhhn"}, "task_name": "task13", "example_name": "0043", "problem_name": "task13_0043"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: qynszqd\nCandidate: qynszqk, qfpcaia, qyzbleo, qynszqb, qynshnf, qynszqd, qynszio, qynszqd, qynszqt, qynszqu, qynkyqy, qjayann", "label": {"final": ["qynszq", "q", "qy", "qynszq", "qyns", "qynszqd"], "init": [""], "intermediate": ["qynszq", "q", "qy", "qynszq", "qyns"]}, "config": {"candidate": ["qynszqk", "qfpcaia", "qyzbleo", "qynszqb", "qynshnf", "qynszqd", "qynszio", "qynszqd", "qynszqt", "qynszqu", "qynkyqy", "qjayann"], "length": 7, "num_candidate": 11, "target": "qynszqd"}, "task_name": "task13", "example_name": "0044", "problem_name": "task13_0044"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: dvggznx\nCandidate: dvgvbhf, dvgaowa, dvgmdso, dvhokih, dvgwsrt, dvggznx, dvguxlx, dvggznx, dehhklz, dkujnat, dfqsyxn, dvggdjr, dvggzsn", "label": {"final": ["dvg", "dvg", "dvg", "dv", "dvg", "dvggznx"], "init": [""], "intermediate": ["dvg", "dvg", "dvg", "dv", "dvg"]}, "config": {"candidate": ["dvgvbhf", "dvgaowa", "dvgmdso", "dvhokih", "dvgwsrt", "dvggznx", "dvguxlx", "dvggznx", "dehhklz", "dkujnat", "dfqsyxn", "dvggdjr", "dvggzsn"], "length": 7, "num_candidate": 12, "target": "dvggznx"}, "task_name": "task13", "example_name": "0045", "problem_name": "task13_0045"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: zegchsh\nCandidate: zegchbq, zegcnsn, zxevueb, zblirbi, zegcmsm, zegchsh, zegchsh, zeybqtd, zegchsb, zevtrjm, zieqdwc, zvyedoz", "label": {"final": ["zegch", "zegc", "z", "z", "zegc", "zegchsh"], "init": [""], "intermediate": ["zegch", "zegc", "z", "z", "zegc"]}, "config": {"candidate": ["zegchbq", "zegcnsn", "zxevueb", "zblirbi", "zegcmsm", "zegchsh", "zegchsh", "zeybqtd", "zegchsb", "zevtrjm", "zieqdwc", "zvyedoz"], "length": 7, "num_candidate": 11, "target": "zegchsh"}, "task_name": "task13", "example_name": "0046", "problem_name": "task13_0046"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: wwmuibk\nCandidate: wwmalin, wwmuiot, wwmuibe, wwxhgod, wwxjaso, wwmuibk, wwmuibd, wwmnrls, wztffdc, wldnxvm, wbpgcrm, wwduvuv, wwmuibk, wwmuibk, wwmuibt, wgshojd", "label": {"final": ["wwm", "wwmui", "wwmuib", "ww", "ww", "wwmuibk"], "init": [""], "intermediate": ["wwm", "wwmui", "wwmuib", "ww", "ww"]}, "config": {"candidate": ["wwmalin", "wwmuiot", "wwmuibe", "wwxhgod", "wwxjaso", "wwmuibk", "wwmuibd", "wwmnrls", "wztffdc", "wldnxvm", "wbpgcrm", "wwduvuv", "wwmuibk", "wwmuibk", "wwmuibt", "wgshojd"], "length": 7, "num_candidate": 15, "target": "wwmuibk"}, "task_name": "task13", "example_name": "0047", "problem_name": "task13_0047"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: mqsrtfj\nCandidate: mqsrtfr, mqslvbg, mqwzosn, mqsymur, mppubcj, mqsrtfj, mqsrtll, mqsrtni, mqdybgp, mqsrtfj, mqsroig, mavqteh, mqsrtie, muszlcx, mqsrtfj, meclnba", "label": {"final": ["mqsrtf", "mqs", "mq", "mqs", "m", "mqsrtfj"], "init": [""], "intermediate": ["mqsrtf", "mqs", "mq", "mqs", "m"]}, "config": {"candidate": ["mqsrtfr", "mqslvbg", "mqwzosn", "mqsymur", "mppubcj", "mqsrtfj", "mqsrtll", "mqsrtni", "mqdybgp", "mqsrtfj", "mqsroig", "mavqteh", "mqsrtie", "muszlcx", "mqsrtfj", "meclnba"], "length": 7, "num_candidate": 15, "target": "mqsrtfj"}, "task_name": "task13", "example_name": "0048", "problem_name": "task13_0048"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: nawjsrf\nCandidate: nawjnff, nmgsknb, nawjchu, nofreas, nawjsrs, nawjsrf, ndriybi, nawjsrv, nqafcyc, ncnomjm, nawjsrf, ndlbvip", "label": {"final": ["nawj", "n", "nawj", "n", "nawjsr", "nawjsrf"], "init": [""], "intermediate": ["nawj", "n", "nawj", "n", "nawjsr"]}, "config": {"candidate": ["nawjnff", "nmgsknb", "nawjchu", "nofreas", "nawjsrs", "nawjsrf", "ndriybi", "nawjsrv", "nqafcyc", "ncnomjm", "nawjsrf", "ndlbvip"], "length": 7, "num_candidate": 11, "target": "nawjsrf"}, "task_name": "task13", "example_name": "0049", "problem_name": "task13_0049"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: obkiwjoy\nCandidate: obkiwjow, obkiwjoe, obkodrud, obkiwjmp, obsagcvc, obyjxylr, obkiwjoy, obkiwjon, obkiwjoe", "label": {"final": ["obkiwjo", "obkiwjo", "obk", "obkiwj", "ob", "ob", "obkiwjoy"], "init": [""], "intermediate": ["obkiwjo", "obkiwjo", "obk", "obkiwj", "ob", "ob"]}, "config": {"candidate": ["obkiwjow", "obkiwjoe", "obkodrud", "obkiwjmp", "obsagcvc", "obyjxylr", "obkiwjoy", "obkiwjon", "obkiwjoe"], "length": 8, "num_candidate": 8, "target": "obkiwjoy"}, "task_name": "task13", "example_name": "0050", "problem_name": "task13_0050"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: dffxstwt\nCandidate: dffxshwh, dffxslwl, dffxsiwi, dffsarmz, dffxadwl, dlptyjnq, dffxstwt, dffxstbl, dsgyxjnw, dffgkgxd, dffxstrs, dffxavax", "label": {"final": ["dffxs", "dffxs", "dffxs", "dff", "dffx", "d", "dffxstwt"], "init": [""], "intermediate": ["dffxs", "dffxs", "dffxs", "dff", "dffx", "d"]}, "config": {"candidate": ["dffxshwh", "dffxslwl", "dffxsiwi", "dffsarmz", "dffxadwl", "dlptyjnq", "dffxstwt", "dffxstbl", "dsgyxjnw", "dffgkgxd", "dffxstrs", "dffxavax"], "length": 8, "num_candidate": 11, "target": "dffxstwt"}, "task_name": "task13", "example_name": "0051", "problem_name": "task13_0051"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: pqbvrrao\nCandidate: penwxtlc, pqbvrray, pqbvrraj, pqbvpipc, pqbvnubi, pqhahpth, pqbvrrao, pqbvyixb, pqbvrrms, pqbnbyxn, pqsoufmv, pqbvrrkw, pqbvrrar", "label": {"final": ["p", "pqbvrra", "pqbvrra", "pqbv", "pqbv", "pq", "pqbvrrao"], "init": [""], "intermediate": ["p", "pqbvrra", "pqbvrra", "pqbv", "pqbv", "pq"]}, "config": {"candidate": ["penwxtlc", "pqbvrray", "pqbvrraj", "pqbvpipc", "pqbvnubi", "pqhahpth", "pqbvrrao", "pqbvyixb", "pqbvrrms", "pqbnbyxn", "pqsoufmv", "pqbvrrkw", "pqbvrrar"], "length": 8, "num_candidate": 12, "target": "pqbvrrao"}, "task_name": "task13", "example_name": "0052", "problem_name": "task13_0052"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: iueieqkv\nCandidate: iekyfzzw, iqfujijl, iusadnsk, iueikzww, iueieqcf, iueiequf, iueieqkv, iudyrgtv, iueiegam, iueieqkv, ilhlexos, iueieqqn, ithsvkyd", "label": {"final": ["i", "i", "iu", "iuei", "iueieq", "iueieq", "iueieqkv"], "init": [""], "intermediate": ["i", "i", "iu", "iuei", "iueieq", "iueieq"]}, "config": {"candidate": ["iekyfzzw", "iqfujijl", "iusadnsk", "iueikzww", "iueieqcf", "iueiequf", "iueieqkv", "iudyrgtv", "iueiegam", "iueieqkv", "ilhlexos", "iueieqqn", "ithsvkyd"], "length": 8, "num_candidate": 12, "target": "iueieqkv"}, "task_name": "task13", "example_name": "0053", "problem_name": "task13_0053"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: hoeexshg\nCandidate: hsuepnmf, holawufo, hoeexshr, hoeetsfz, hphvrqwo, hoeenmtw, hoeexshg, hoeexshg, hoeeizkw, hoepupib, hoeudqiu", "label": {"final": ["h", "ho", "hoeexsh", "hoee", "h", "hoee", "hoeexshg"], "init": [""], "intermediate": ["h", "ho", "hoeexsh", "hoee", "h", "hoee"]}, "config": {"candidate": ["hsuepnmf", "holawufo", "hoeexshr", "hoeetsfz", "hphvrqwo", "hoeenmtw", "hoeexshg", "hoeexshg", "hoeeizkw", "hoepupib", "hoeudqiu"], "length": 8, "num_candidate": 10, "target": "hoeexshg"}, "task_name": "task13", "example_name": "0054", "problem_name": "task13_0054"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ciokyndi\nCandidate: cqokyndq, ciokynqe, cipqszgb, cianmaev, cgwqxrld, ciokynln, ciokyndi, cwbpwjkc, ciokyndi", "label": {"final": ["c", "ciokyn", "ci", "ci", "c", "ciokyn", "ciokyndi"], "init": [""], "intermediate": ["c", "ciokyn", "ci", "ci", "c", "ciokyn"]}, "config": {"candidate": ["cqokyndq", "ciokynqe", "cipqszgb", "cianmaev", "cgwqxrld", "ciokynln", "ciokyndi", "cwbpwjkc", "ciokyndi"], "length": 8, "num_candidate": 8, "target": "ciokyndi"}, "task_name": "task13", "example_name": "0055", "problem_name": "task13_0055"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: hbtiddun\nCandidate: hbtidghy, hbtiddan, hbwcygyz, hfflmubv, hpdcolmp, hbtidvdd, hbtiddun, hbtidduw, hbocrdww", "label": {"final": ["hbtid", "hbtidd", "hb", "h", "h", "hbtid", "hbtiddun"], "init": [""], "intermediate": ["hbtid", "hbtidd", "hb", "h", "h", "hbtid"]}, "config": {"candidate": ["hbtidghy", "hbtiddan", "hbwcygyz", "hfflmubv", "hpdcolmp", "hbtidvdd", "hbtiddun", "hbtidduw", "hbocrdww"], "length": 8, "num_candidate": 8, "target": "hbtiddun"}, "task_name": "task13", "example_name": "0056", "problem_name": "task13_0056"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: xezngtmt\nCandidate: xeznqmsi, xezngxmx, xeznghwn, xenqognm, xdkammez, xezngjvl, xezngtmt, xezngtng, xezqtush", "label": {"final": ["xezn", "xezng", "xezng", "xe", "x", "xezng", "xezngtmt"], "init": [""], "intermediate": ["xezn", "xezng", "xezng", "xe", "x", "xezng"]}, "config": {"candidate": ["xeznqmsi", "xezngxmx", "xeznghwn", "xenqognm", "xdkammez", "xezngjvl", "xezngtmt", "xezngtng", "xezqtush"], "length": 8, "num_candidate": 8, "target": "xezngtmt"}, "task_name": "task13", "example_name": "0057", "problem_name": "task13_0057"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: msvzcgho\nCandidate: msvzzxqj, msvwejtb, mjlgqqtb, msvzcghm, msvzcdiz, mbunaqmx, msvzcgho, msidifgb, msvidlit, msvzcgho, msvzcijw, msvzcgho, msvzcdcm, msvzcgxm, msznndwj, msvzltvd", "label": {"final": ["msvz", "msv", "m", "msvzcgh", "msvzc", "m", "msvzcgho"], "init": [""], "intermediate": ["msvz", "msv", "m", "msvzcgh", "msvzc", "m"]}, "config": {"candidate": ["msvzzxqj", "msvwejtb", "mjlgqqtb", "msvzcghm", "msvzcdiz", "mbunaqmx", "msvzcgho", "msidifgb", "msvidlit", "msvzcgho", "msvzcijw", "msvzcgho", "msvzcdcm", "msvzcgxm", "msznndwj", "msvzltvd"], "length": 8, "num_candidate": 15, "target": "msvzcgho"}, "task_name": "task13", "example_name": "0058", "problem_name": "task13_0058"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ewkjajaw\nCandidate: ewcuhbvy, ewygvbln, euamease, ewkjajke, ewapjkbt, eykjajay, ewkjajaw, ejjqclpy, ewughurk, ewkjajaw, ewkejcnb, ewqugjsd, ewkjoojz", "label": {"final": ["ew", "ew", "e", "ewkjaj", "ew", "e", "ewkjajaw"], "init": [""], "intermediate": ["ew", "ew", "e", "ewkjaj", "ew", "e"]}, "config": {"candidate": ["ewcuhbvy", "ewygvbln", "euamease", "ewkjajke", "ewapjkbt", "eykjajay", "ewkjajaw", "ejjqclpy", "ewughurk", "ewkjajaw", "ewkejcnb", "ewqugjsd", "ewkjoojz"], "length": 8, "num_candidate": 12, "target": "ewkjajaw"}, "task_name": "task13", "example_name": "0059", "problem_name": "task13_0059"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: uvqevnanx\nCandidate: uvqevnayy, uvqevnvii, ugxtnrhol, uftahwsba, uvqevzlek, uvqevnanh, uvqlturyo, uvqevnanx, uvqeyrjkd, uvqeeaxyq, uouurcdxm, ukotwrfkz, ufaxthvzp, uvmyileog, uvqevnanx, uvqevnjwi", "label": {"final": ["uvqevna", "uvqevn", "u", "u", "uvqev", "uvqevnan", "uvq", "uvqevnanx"], "init": [""], "intermediate": ["uvqevna", "uvqevn", "u", "u", "uvqev", "uvqevnan", "uvq"]}, "config": {"candidate": ["uvqevnayy", "uvqevnvii", "ugxtnrhol", "uftahwsba", "uvqevzlek", "uvqevnanh", "uvqlturyo", "uvqevnanx", "uvqeyrjkd", "uvqeeaxyq", "uouurcdxm", "ukotwrfkz", "ufaxthvzp", "uvmyileog", "uvqevnanx", "uvqevnjwi"], "length": 9, "num_candidate": 15, "target": "uvqevnanx"}, "task_name": "task13", "example_name": "0060", "problem_name": "task13_0060"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: jedqrbwjd\nCandidate: jedqrbwey, jedqrlxvp, jedqrbccc, jaxusktwv, jebuznrfb, jeparqhlw, jwvcwpkol, jedqrbwjd, jedqrbryp, jedqcvfjt, jedqciadb, jedqrbwjd, jedqrbwjd, jhoemnztx, jecxsygkt", "label": {"final": ["jedqrbw", "jedqr", "jedqrb", "j", "je", "je", "j", "jedqrbwjd"], "init": [""], "intermediate": ["jedqrbw", "jedqr", "jedqrb", "j", "je", "je", "j"]}, "config": {"candidate": ["jedqrbwey", "jedqrlxvp", "jedqrbccc", "jaxusktwv", "jebuznrfb", "jeparqhlw", "jwvcwpkol", "jedqrbwjd", "jedqrbryp", "jedqcvfjt", "jedqciadb", "jedqrbwjd", "jedqrbwjd", "jhoemnztx", "jecxsygkt"], "length": 9, "num_candidate": 14, "target": "jedqrbwjd"}, "task_name": "task13", "example_name": "0061", "problem_name": "task13_0061"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: rasrsjppl\nCandidate: rasujtfck, ripdaextm, raqwrjhsg, refzatyox, rasrshinf, ryzlttjnl, rasrsakvj, rasrsjppl, rjnontnuu, rasrjjtdp, raiphswrr, rasrsjhyy, rasrsjuoh, rasrsjppl", "label": {"final": ["ras", "r", "ra", "r", "rasrs", "r", "rasrs", "rasrsjppl"], "init": [""], "intermediate": ["ras", "r", "ra", "r", "rasrs", "r", "rasrs"]}, "config": {"candidate": ["rasujtfck", "ripdaextm", "raqwrjhsg", "refzatyox", "rasrshinf", "ryzlttjnl", "rasrsakvj", "rasrsjppl", "rjnontnuu", "rasrjjtdp", "raiphswrr", "rasrsjhyy", "rasrsjuoh", "rasrsjppl"], "length": 9, "num_candidate": 13, "target": "rasrsjppl"}, "task_name": "task13", "example_name": "0062", "problem_name": "task13_0062"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ifvtskxuc\nCandidate: ifuuanacd, iuvgjqcls, ifvfhtxvk, ifvtskxiw, ibedzppej, iyaasncvf, ifvtskxqz, ifvtskxuc, ifvtskxks", "label": {"final": ["if", "i", "ifv", "ifvtskx", "i", "i", "ifvtskx", "ifvtskxuc"], "init": [""], "intermediate": ["if", "i", "ifv", "ifvtskx", "i", "i", "ifvtskx"]}, "config": {"candidate": ["ifuuanacd", "iuvgjqcls", "ifvfhtxvk", "ifvtskxiw", "ibedzppej", "iyaasncvf", "ifvtskxqz", "ifvtskxuc", "ifvtskxks"], "length": 9, "num_candidate": 8, "target": "ifvtskxuc"}, "task_name": "task13", "example_name": "0063", "problem_name": "task13_0063"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: kybteiqfr\nCandidate: kytndvivc, kybteiqcb, kybtocvks, kyhcdljnc, kybthglyl, kybtewrbf, kybteioxf, kybteiqfr, kyejfrkig, kkueaeiwq, knucfukdy, kybteiqfp, kjixaiebf, kybrhvplr, kjgdjtyps, kbojisrfm", "label": {"final": ["ky", "kybteiq", "kybt", "ky", "kybt", "kybte", "kybtei", "kybteiqfr"], "init": [""], "intermediate": ["ky", "kybteiq", "kybt", "ky", "kybt", "kybte", "kybtei"]}, "config": {"candidate": ["kytndvivc", "kybteiqcb", "kybtocvks", "kyhcdljnc", "kybthglyl", "kybtewrbf", "kybteioxf", "kybteiqfr", "kyejfrkig", "kkueaeiwq", "knucfukdy", "kybteiqfp", "kjixaiebf", "kybrhvplr", "kjgdjtyps", "kbojisrfm"], "length": 9, "num_candidate": 15, "target": "kybteiqfr"}, "task_name": "task13", "example_name": "0064", "problem_name": "task13_0064"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: rzdmdyewm\nCandidate: rtvxqlmyl, rzdfdyewf, rzdmdywwi, rzdmdyxzv, ropqiqupi, rzgqcnvcx, rzdtxdphd, rzdmdyewm, rzdmdyeqd, rzdmdyewm, rzdmdyewm", "label": {"final": ["r", "rzd", "rzdmdy", "rzdmdy", "r", "rz", "rzd", "rzdmdyewm"], "init": [""], "intermediate": ["r", "rzd", "rzdmdy", "rzdmdy", "r", "rz", "rzd"]}, "config": {"candidate": ["rtvxqlmyl", "rzdfdyewf", "rzdmdywwi", "rzdmdyxzv", "ropqiqupi", "rzgqcnvcx", "rzdtxdphd", "rzdmdyewm", "rzdmdyeqd", "rzdmdyewm", "rzdmdyewm"], "length": 9, "num_candidate": 10, "target": "rzdmdyewm"}, "task_name": "task13", "example_name": "0065", "problem_name": "task13_0065"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: rtcsfypbo\nCandidate: rtcsfypae, rtcseadgf, rrpymltsc, rtcsfywqw, rtcshlved, rtckuwvha, rtcsfypbs, rtcsfypbo, rtcsfypbo, rtcbsxfgz, rtcsfydst, rtcsfucdp, rtcsfypbb, rtcsfxkzt, rtcsfypbe, rvramkcnx", "label": {"final": ["rtcsfyp", "rtcs", "r", "rtcsfy", "rtcs", "rtc", "rtcsfypb", "rtcsfypbo"], "init": [""], "intermediate": ["rtcsfyp", "rtcs", "r", "rtcsfy", "rtcs", "rtc", "rtcsfypb"]}, "config": {"candidate": ["rtcsfypae", "rtcseadgf", "rrpymltsc", "rtcsfywqw", "rtcshlved", "rtckuwvha", "rtcsfypbs", "rtcsfypbo", "rtcsfypbo", "rtcbsxfgz", "rtcsfydst", "rtcsfucdp", "rtcsfypbb", "rtcsfxkzt", "rtcsfypbe", "rvramkcnx"], "length": 9, "num_candidate": 15, "target": "rtcsfypbo"}, "task_name": "task13", "example_name": "0066", "problem_name": "task13_0066"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: jnwkaycka\nCandidate: jnwndycnd, jnwkqyckq, jnwkapvvl, jnwkqyckq, jnwxzycxz, jnwkaypqm, jrnkkkovb, jnwkaycka, jnwkayfek, jnwkaeqpi, jnwmxycmx", "label": {"final": ["jnw", "jnwk", "jnwka", "jnwk", "jnw", "jnwkay", "j", "jnwkaycka"], "init": [""], "intermediate": ["jnw", "jnwk", "jnwka", "jnwk", "jnw", "jnwkay", "j"]}, "config": {"candidate": ["jnwndycnd", "jnwkqyckq", "jnwkapvvl", "jnwkqyckq", "jnwxzycxz", "jnwkaypqm", "jrnkkkovb", "jnwkaycka", "jnwkayfek", "jnwkaeqpi", "jnwmxycmx"], "length": 9, "num_candidate": 10, "target": "jnwkaycka"}, "task_name": "task13", "example_name": "0067", "problem_name": "task13_0067"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ewpbmgokf\nCandidate: ewpbmuosp, ewpbmgobb, ewpbmgtzn, ewpbmxrvf, ewpbmgokg, ewpbmgotz, ewpbmgokj, ewpbmgokf, elugyoqkz", "label": {"final": ["ewpbm", "ewpbmgo", "ewpbmg", "ewpbm", "ewpbmgok", "ewpbmgo", "ewpbmgok", "ewpbmgokf"], "init": [""], "intermediate": ["ewpbm", "ewpbmgo", "ewpbmg", "ewpbm", "ewpbmgok", "ewpbmgo", "ewpbmgok"]}, "config": {"candidate": ["ewpbmuosp", "ewpbmgobb", "ewpbmgtzn", "ewpbmxrvf", "ewpbmgokg", "ewpbmgotz", "ewpbmgokj", "ewpbmgokf", "elugyoqkz"], "length": 9, "num_candidate": 8, "target": "ewpbmgokf"}, "task_name": "task13", "example_name": "0068", "problem_name": "task13_0068"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: vggcqcpxv\nCandidate: vggcqcpxo, vobrupbir, vggcoycfu, vggxfqfze, vggcqcurp, vggcqcpby, vcbuaqmhk, vggcqcpxv, vggcqymrl", "label": {"final": ["vggcqcpx", "v", "vggc", "vgg", "vggcqc", "vggcqcp", "v", "vggcqcpxv"], "init": [""], "intermediate": ["vggcqcpx", "v", "vggc", "vgg", "vggcqc", "vggcqcp", "v"]}, "config": {"candidate": ["vggcqcpxo", "vobrupbir", "vggcoycfu", "vggxfqfze", "vggcqcurp", "vggcqcpby", "vcbuaqmhk", "vggcqcpxv", "vggcqymrl"], "length": 9, "num_candidate": 8, "target": "vggcqcpxv"}, "task_name": "task13", "example_name": "0069", "problem_name": "task13_0069"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: amliuntxra\nCandidate: ampupegnho, amliunyoyp, azrrgsmmpy, amliuntxqn, awltqrcjry, amliuntxri, amliudlrfv, amliuntnqx, amliuntxra, amliuntxra, amlmcltnfr, amliuntxra, amldlnbrpi, amliunsmqa, amliunspxw", "label": {"final": ["am", "amliun", "a", "amliuntx", "a", "amliuntxr", "amliu", "amliunt", "amliuntxra"], "init": [""], "intermediate": ["am", "amliun", "a", "amliuntx", "a", "amliuntxr", "amliu", "amliunt"]}, "config": {"candidate": ["ampupegnho", "amliunyoyp", "azrrgsmmpy", "amliuntxqn", "awltqrcjry", "amliuntxri", "amliudlrfv", "amliuntnqx", "amliuntxra", "amliuntxra", "amlmcltnfr", "amliuntxra", "amldlnbrpi", "amliunsmqa", "amliunspxw"], "length": 10, "num_candidate": 14, "target": "amliuntxra"}, "task_name": "task13", "example_name": "0070", "problem_name": "task13_0070"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: vnzrkkvmur\nCandidate: vnzrkkvtdu, vnzrnpokmn, vnzrkkvmis, vzywgiojvz, vnzrkkyujs, vnzrkkvrpv, vnzrkkvbnb, vnzrkfmgmr, vnzrkkvmur, vxyewhjixh, vnzrkktwsj, vnzrqokfth, vnzrkkvmur, vnzrkkvuwr", "label": {"final": ["vnzrkkv", "vnzr", "vnzrkkvm", "v", "vnzrkk", "vnzrkkv", "vnzrkkv", "vnzrk", "vnzrkkvmur"], "init": [""], "intermediate": ["vnzrkkv", "vnzr", "vnzrkkvm", "v", "vnzrkk", "vnzrkkv", "vnzrkkv", "vnzrk"]}, "config": {"candidate": ["vnzrkkvtdu", "vnzrnpokmn", "vnzrkkvmis", "vzywgiojvz", "vnzrkkyujs", "vnzrkkvrpv", "vnzrkkvbnb", "vnzrkfmgmr", "vnzrkkvmur", "vxyewhjixh", "vnzrkktwsj", "vnzrqokfth", "vnzrkkvmur", "vnzrkkvuwr"], "length": 10, "num_candidate": 13, "target": "vnzrkkvmur"}, "task_name": "task13", "example_name": "0071", "problem_name": "task13_0071"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: tneyxmwasg\nCandidate: tsgtwtppoq, taoihxugtb, tnejswklwi, tneyxmwwjj, tneyxmwazq, tkxummvrnp, tneymbuizc, tneyfzepsj, tneyxmwasg, taavykdkib, tpmpewhwvb, tneyetzvka", "label": {"final": ["t", "t", "tne", "tneyxmw", "tneyxmwa", "t", "tney", "tney", "tneyxmwasg"], "init": [""], "intermediate": ["t", "t", "tne", "tneyxmw", "tneyxmwa", "t", "tney", "tney"]}, "config": {"candidate": ["tsgtwtppoq", "taoihxugtb", "tnejswklwi", "tneyxmwwjj", "tneyxmwazq", "tkxummvrnp", "tneymbuizc", "tneyfzepsj", "tneyxmwasg", "taavykdkib", "tpmpewhwvb", "tneyetzvka"], "length": 10, "num_candidate": 11, "target": "tneyxmwasg"}, "task_name": "task13", "example_name": "0072", "problem_name": "task13_0072"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: hqiromnshb\nCandidate: hqiromnsia, hqiromnsdg, hqjolvedte, hqiroyggrj, hckjiszapt, hczaeomnew, hqiruziggo, hqjeskprpa, hqiromnshb, hqiromnshb, hqiromnshb, hqirozpiwl", "label": {"final": ["hqiromns", "hqiromns", "hq", "hqiro", "h", "h", "hqir", "hq", "hqiromnshb"], "init": [""], "intermediate": ["hqiromns", "hqiromns", "hq", "hqiro", "h", "h", "hqir", "hq"]}, "config": {"candidate": ["hqiromnsia", "hqiromnsdg", "hqjolvedte", "hqiroyggrj", "hckjiszapt", "hczaeomnew", "hqiruziggo", "hqjeskprpa", "hqiromnshb", "hqiromnshb", "hqiromnshb", "hqirozpiwl"], "length": 10, "num_candidate": 11, "target": "hqiromnshb"}, "task_name": "task13", "example_name": "0073", "problem_name": "task13_0073"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: znckjgiiak\nCandidate: zncaupakkp, zrnlgbmrgk, znckjkrund, znckxgofog, zxdbzvvuft, znckjgiurz, zncbltvydr, zixzbdycer, znckjgiiak, znckjgsjpd, zufbqqljmp, znckjgirjq, ziiedaldrq, zncktvxzog, znckjgiiak, znckjgiiak, zncbjgiiab, zncujgiiau, znckjuchkh", "label": {"final": ["znc", "z", "znckj", "znck", "z", "znckjgi", "znc", "z", "znckjgiiak"], "init": [""], "intermediate": ["znc", "z", "znckj", "znck", "z", "znckjgi", "znc", "z"]}, "config": {"candidate": ["zncaupakkp", "zrnlgbmrgk", "znckjkrund", "znckxgofog", "zxdbzvvuft", "znckjgiurz", "zncbltvydr", "zixzbdycer", "znckjgiiak", "znckjgsjpd", "zufbqqljmp", "znckjgirjq", "ziiedaldrq", "zncktvxzog", "znckjgiiak", "znckjgiiak", "zncbjgiiab", "zncujgiiau", "znckjuchkh"], "length": 10, "num_candidate": 18, "target": "znckjgiiak"}, "task_name": "task13", "example_name": "0074", "problem_name": "task13_0074"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: npufxnnhlv\nCandidate: npufxvpbtz, npufseylda, nxkkhdtyya, npufxslgku, npufxggrtb, npufisseqf, npufxnnnmf, npugyqbbfd, npufxnnhlv, npufxfhwab, nnxukjlzcp, npufxnnhlv", "label": {"final": ["npufx", "npuf", "n", "npufx", "npufx", "npuf", "npufxnn", "npu", "npufxnnhlv"], "init": [""], "intermediate": ["npufx", "npuf", "n", "npufx", "npufx", "npuf", "npufxnn", "npu"]}, "config": {"candidate": ["npufxvpbtz", "npufseylda", "nxkkhdtyya", "npufxslgku", "npufxggrtb", "npufisseqf", "npufxnnnmf", "npugyqbbfd", "npufxnnhlv", "npufxfhwab", "nnxukjlzcp", "npufxnnhlv"], "length": 10, "num_candidate": 11, "target": "npufxnnhlv"}, "task_name": "task13", "example_name": "0075", "problem_name": "task13_0075"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: tnhdudedxv\nCandidate: tnhsbrjimj, tpxefnrbzd, tnqsoggcis, tnhpdmsoot, tnvgylmjor, tnhdudedmf, thgufccrrr, tnhduhetsu, tnhdudedxv, tnhdwyujxx, tnhdudedxs", "label": {"final": ["tnh", "t", "tn", "tnh", "tn", "tnhduded", "t", "tnhdu", "tnhdudedxv"], "init": [""], "intermediate": ["tnh", "t", "tn", "tnh", "tn", "tnhduded", "t", "tnhdu"]}, "config": {"candidate": ["tnhsbrjimj", "tpxefnrbzd", "tnqsoggcis", "tnhpdmsoot", "tnvgylmjor", "tnhdudedmf", "thgufccrrr", "tnhduhetsu", "tnhdudedxv", "tnhdwyujxx", "tnhdudedxs"], "length": 10, "num_candidate": 10, "target": "tnhdudedxv"}, "task_name": "task13", "example_name": "0076", "problem_name": "task13_0076"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: tetwmqulhc\nCandidate: tetwmqulhk, tedkpnxaud, tezuewqoaz, tfibwqyygv, tethyryvyj, tbrderissl, tewzgkndnt, toxufaoqok, tetwmqulhc, tqnnchjvyb, turlxfmdvt, tetgfcueud, tpxjvdxfdw", "label": {"final": ["tetwmqulh", "te", "te", "t", "tet", "t", "te", "t", "tetwmqulhc"], "init": [""], "intermediate": ["tetwmqulh", "te", "te", "t", "tet", "t", "te", "t"]}, "config": {"candidate": ["tetwmqulhk", "tedkpnxaud", "tezuewqoaz", "tfibwqyygv", "tethyryvyj", "tbrderissl", "tewzgkndnt", "toxufaoqok", "tetwmqulhc", "tqnnchjvyb", "turlxfmdvt", "tetgfcueud", "tpxjvdxfdw"], "length": 10, "num_candidate": 12, "target": "tetwmqulhc"}, "task_name": "task13", "example_name": "0077", "problem_name": "task13_0077"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: nwkmijkzuo\nCandidate: npmmzxwmpe, nwkmijkzum, nwkmijfcji, ntjcfybmub, nkzdtygylf, nmgaaeygkz, nwkmislcit, nwkmijkzue, nwkmijkzuo, nwkmijkzus, nwkmijkvql, nwkmilpiyn, nwkyavofwq, nwkmijkzub, nwkmihweio, nwkmzsneyd", "label": {"final": ["n", "nwkmijkzu", "nwkmij", "n", "n", "n", "nwkmi", "nwkmijkzu", "nwkmijkzuo"], "init": [""], "intermediate": ["n", "nwkmijkzu", "nwkmij", "n", "n", "n", "nwkmi", "nwkmijkzu"]}, "config": {"candidate": ["npmmzxwmpe", "nwkmijkzum", "nwkmijfcji", "ntjcfybmub", "nkzdtygylf", "nmgaaeygkz", "nwkmislcit", "nwkmijkzue", "nwkmijkzuo", "nwkmijkzus", "nwkmijkvql", "nwkmilpiyn", "nwkyavofwq", "nwkmijkzub", "nwkmihweio", "nwkmzsneyd"], "length": 10, "num_candidate": 15, "target": "nwkmijkzuo"}, "task_name": "task13", "example_name": "0078", "problem_name": "task13_0078"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: cjomeacola\nCandidate: cfbewnbyfw, cjomewdked, cjomeicoli, cvztcgbhyd, cjomeaconv, ckjbqyyrir, cjomeacoaa, cjoqruumnm, cjomeacola, cjomdzvqoj, cjozajkrjt, cjpdwufnbo", "label": {"final": ["c", "cjome", "cjome", "c", "cjomeaco", "c", "cjomeaco", "cjo", "cjomeacola"], "init": [""], "intermediate": ["c", "cjome", "cjome", "c", "cjomeaco", "c", "cjomeaco", "cjo"]}, "config": {"candidate": ["cfbewnbyfw", "cjomewdked", "cjomeicoli", "cvztcgbhyd", "cjomeaconv", "ckjbqyyrir", "cjomeacoaa", "cjoqruumnm", "cjomeacola", "cjomdzvqoj", "cjozajkrjt", "cjpdwufnbo"], "length": 10, "num_candidate": 11, "target": "cjomeacola"}, "task_name": "task13", "example_name": "0079", "problem_name": "task13_0079"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: uthmxhmfxxy\nCandidate: uhtmzgttfhx, uthmxhmlwvm, umfhigcwred, uthmxhmfxxu, uthyceqzoud, uubpkfzjkbr, uthmxhmxoeo, uthmxhmfxzg, uthmxvfahaw, uthmxhmfxxy, utwytspwaez, uthmxhmfxxy, uthmxhmfxxy, uthmxhmfxkf, uthmxhmfxxy, uthmxhmfxnw", "label": {"final": ["u", "uthmxhm", "u", "uthmxhmfxx", "uth", "u", "uthmxhm", "uthmxhmfx", "uthmx", "uthmxhmfxxy"], "init": [""], "intermediate": ["u", "uthmxhm", "u", "uthmxhmfxx", "uth", "u", "uthmxhm", "uthmxhmfx", "uthmx"]}, "config": {"candidate": ["uhtmzgttfhx", "uthmxhmlwvm", "umfhigcwred", "uthmxhmfxxu", "uthyceqzoud", "uubpkfzjkbr", "uthmxhmxoeo", "uthmxhmfxzg", "uthmxvfahaw", "uthmxhmfxxy", "utwytspwaez", "uthmxhmfxxy", "uthmxhmfxxy", "uthmxhmfxkf", "uthmxhmfxxy", "uthmxhmfxnw"], "length": 11, "num_candidate": 15, "target": "uthmxhmfxxy"}, "task_name": "task13", "example_name": "0080", "problem_name": "task13_0080"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: lqogdpwldiv\nCandidate: lqogdpwlddr, lqogdpwldig, lqogdpwldiy, llfiabzkykg, lqogdpwldit, lqoqkwscgeb, lqogdyzseue, lqfrggddwqg, lqogdpdbgbs, lqogdpwldiv, lqavlssally, ldpiwsynipo, lqcfucdpyeo, lqogdpwldiv, lqogdpwldiv, lqofiqvuswj, lqogdpfgxkx", "label": {"final": ["lqogdpwld", "lqogdpwldi", "lqogdpwldi", "l", "lqogdpwldi", "lqo", "lqogd", "lq", "lqogdp", "lqogdpwldiv"], "init": [""], "intermediate": ["lqogdpwld", "lqogdpwldi", "lqogdpwldi", "l", "lqogdpwldi", "lqo", "lqogd", "lq", "lqogdp"]}, "config": {"candidate": ["lqogdpwlddr", "lqogdpwldig", "lqogdpwldiy", "llfiabzkykg", "lqogdpwldit", "lqoqkwscgeb", "lqogdyzseue", "lqfrggddwqg", "lqogdpdbgbs", "lqogdpwldiv", "lqavlssally", "ldpiwsynipo", "lqcfucdpyeo", "lqogdpwldiv", "lqogdpwldiv", "lqofiqvuswj", "lqogdpfgxkx"], "length": 11, "num_candidate": 16, "target": "lqogdpwldiv"}, "task_name": "task13", "example_name": "0081", "problem_name": "task13_0081"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: hhzsubvulca\nCandidate: hhzsaqgltrg, hhzsubqnvis, hbasthjgnqr, hhzsubvulcs, hhzsubvulcn, hhzspxlqucv, hhzsubvrqyo, hhzsubvuxtw, hqqfqhxunrv, hhzsubvulca, hhzsubvlyvt, hhzsubvulca, hhzsubvulct, hhzsubvulbc, hhzsubvpazr", "label": {"final": ["hhzs", "hhzsub", "h", "hhzsubvulc", "hhzsubvulc", "hhzs", "hhzsubv", "hhzsubvu", "h", "hhzsubvulca"], "init": [""], "intermediate": ["hhzs", "hhzsub", "h", "hhzsubvulc", "hhzsubvulc", "hhzs", "hhzsubv", "hhzsubvu", "h"]}, "config": {"candidate": ["hhzsaqgltrg", "hhzsubqnvis", "hbasthjgnqr", "hhzsubvulcs", "hhzsubvulcn", "hhzspxlqucv", "hhzsubvrqyo", "hhzsubvuxtw", "hqqfqhxunrv", "hhzsubvulca", "hhzsubvlyvt", "hhzsubvulca", "hhzsubvulct", "hhzsubvulbc", "hhzsubvpazr"], "length": 11, "num_candidate": 14, "target": "hhzsubvulca"}, "task_name": "task13", "example_name": "0082", "problem_name": "task13_0082"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: zinobrwdqxo\nCandidate: zinobrwejdj, zinobrwdquj, zinonlmynkg, zinobrwdkff, zipcjfgzspm, zinlbrwdqxl, zinobrwdqew, ziemzddfvqo, zinobrzcdys, zinobrwdqxo, zinobrwggvf, zmgtqmdxsqx, zinobxzcmrd, zinzbrwdqxz, zinobrwdthm, zinobrwdqxo", "label": {"final": ["zinobrw", "zinobrwdq", "zino", "zinobrwd", "zi", "zin", "zinobrwdq", "zi", "zinobr", "zinobrwdqxo"], "init": [""], "intermediate": ["zinobrw", "zinobrwdq", "zino", "zinobrwd", "zi", "zin", "zinobrwdq", "zi", "zinobr"]}, "config": {"candidate": ["zinobrwejdj", "zinobrwdquj", "zinonlmynkg", "zinobrwdkff", "zipcjfgzspm", "zinlbrwdqxl", "zinobrwdqew", "ziemzddfvqo", "zinobrzcdys", "zinobrwdqxo", "zinobrwggvf", "zmgtqmdxsqx", "zinobxzcmrd", "zinzbrwdqxz", "zinobrwdthm", "zinobrwdqxo"], "length": 11, "num_candidate": 15, "target": "zinobrwdqxo"}, "task_name": "task13", "example_name": "0083", "problem_name": "task13_0083"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: dxzenlhiyee\nCandidate: dxzenlhiats, dxdfivmribb, dxzfgnzbspy, dxzenlhisyn, dxzenljqagu, dxzenjjxvhg, dxzenlhjqnh, dxzenzkywix, ddotbczxihk, dxzenlhiyee, dxzenlrdqrh, dxxldhagvft, dxzmnlhiymm, dxzenlxcmyo, dmcabxqnijh, dxzenlhdesa", "label": {"final": ["dxzenlhi", "dx", "dxz", "dxzenlhi", "dxzenl", "dxzen", "dxzenlh", "dxzen", "d", "dxzenlhiyee"], "init": [""], "intermediate": ["dxzenlhi", "dx", "dxz", "dxzenlhi", "dxzenl", "dxzen", "dxzenlh", "dxzen", "d"]}, "config": {"candidate": ["dxzenlhiats", "dxdfivmribb", "dxzfgnzbspy", "dxzenlhisyn", "dxzenljqagu", "dxzenjjxvhg", "dxzenlhjqnh", "dxzenzkywix", "ddotbczxihk", "dxzenlhiyee", "dxzenlrdqrh", "dxxldhagvft", "dxzmnlhiymm", "dxzenlxcmyo", "dmcabxqnijh", "dxzenlhdesa"], "length": 11, "num_candidate": 15, "target": "dxzenlhiyee"}, "task_name": "task13", "example_name": "0084", "problem_name": "task13_0084"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: kkyrsronmgc\nCandidate: kkwnipqnouw, katpysvfjia, kkyrsfxjhfu, kkyrsroprxu, kkyrsrobizf, kkylawkwhgp, kkyrsgrufxk, kkyrsrowxgd, kkytduevpid, kkyrsronmgc, kkyrqvsdnzs, kkyrsuedyvt, kkyrsronmga, kkyrsroncnz, kkyrrkebvwx, kkhqczjcnnx", "label": {"final": ["kk", "k", "kkyrs", "kkyrsro", "kkyrsro", "kky", "kkyrs", "kkyrsro", "kky", "kkyrsronmgc"], "init": [""], "intermediate": ["kk", "k", "kkyrs", "kkyrsro", "kkyrsro", "kky", "kkyrs", "kkyrsro", "kky"]}, "config": {"candidate": ["kkwnipqnouw", "katpysvfjia", "kkyrsfxjhfu", "kkyrsroprxu", "kkyrsrobizf", "kkylawkwhgp", "kkyrsgrufxk", "kkyrsrowxgd", "kkytduevpid", "kkyrsronmgc", "kkyrqvsdnzs", "kkyrsuedyvt", "kkyrsronmga", "kkyrsroncnz", "kkyrrkebvwx", "kkhqczjcnnx"], "length": 11, "num_candidate": 15, "target": "kkyrsronmgc"}, "task_name": "task13", "example_name": "0085", "problem_name": "task13_0085"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: aeelbxjafjd\nCandidate: aeelbxjafji, aeelerqylav, aeelbxztdwx, aeelyvskkby, aetezjwknvq, aeelbtqbdjp, aeelbxjafij, aeepsnhvior, aeppnnqybwi, aeelbxjafjd, aeelbxjafja, aeelbdbbkmr, aeelbiovjdw, aeelbxjafjd", "label": {"final": ["aeelbxjafj", "aeel", "aeelbx", "aeel", "ae", "aeelb", "aeelbxjaf", "aee", "ae", "aeelbxjafjd"], "init": [""], "intermediate": ["aeelbxjafj", "aeel", "aeelbx", "aeel", "ae", "aeelb", "aeelbxjaf", "aee", "ae"]}, "config": {"candidate": ["aeelbxjafji", "aeelerqylav", "aeelbxztdwx", "aeelyvskkby", "aetezjwknvq", "aeelbtqbdjp", "aeelbxjafij", "aeepsnhvior", "aeppnnqybwi", "aeelbxjafjd", "aeelbxjafja", "aeelbdbbkmr", "aeelbiovjdw", "aeelbxjafjd"], "length": 11, "num_candidate": 13, "target": "aeelbxjafjd"}, "task_name": "task13", "example_name": "0086", "problem_name": "task13_0086"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: vuleyganbtg\nCandidate: vulindapolz, vuleyganqci, vuleyganjwv, vuleyluvlwg, vulcugknzeu, vuleygoggrz, vuleygaqaxk, vuleezfesuc, vulyezpuymo, vuleyganbtg, vuleyganzad, vuleyagiusb, vgdplambucy, vvfhjyncrft, vpiqxspnumo, vulncxwsdsp", "label": {"final": ["vul", "vuleygan", "vuleygan", "vuley", "vul", "vuleyg", "vuleyga", "vule", "vul", "vuleyganbtg"], "init": [""], "intermediate": ["vul", "vuleygan", "vuleygan", "vuley", "vul", "vuleyg", "vuleyga", "vule", "vul"]}, "config": {"candidate": ["vulindapolz", "vuleyganqci", "vuleyganjwv", "vuleyluvlwg", "vulcugknzeu", "vuleygoggrz", "vuleygaqaxk", "vuleezfesuc", "vulyezpuymo", "vuleyganbtg", "vuleyganzad", "vuleyagiusb", "vgdplambucy", "vvfhjyncrft", "vpiqxspnumo", "vulncxwsdsp"], "length": 11, "num_candidate": 15, "target": "vuleyganbtg"}, "task_name": "task13", "example_name": "0087", "problem_name": "task13_0087"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: zktdtbesaus\nCandidate: zjwwepofwkt, zcfmnquqbwc, zktdtbegghg, zktdbspdfej, zpcleyiyscg, zmaojvtqlzx, zktdtbesktb, zktdtbesatq, zktdxpgtfvv, zktdtbesaus, zktdtbebaub, zemlxnnecoe", "label": {"final": ["z", "z", "zktdtbe", "zktd", "z", "z", "zktdtbes", "zktdtbesa", "zktd", "zktdtbesaus"], "init": [""], "intermediate": ["z", "z", "zktdtbe", "zktd", "z", "z", "zktdtbes", "zktdtbesa", "zktd"]}, "config": {"candidate": ["zjwwepofwkt", "zcfmnquqbwc", "zktdtbegghg", "zktdbspdfej", "zpcleyiyscg", "zmaojvtqlzx", "zktdtbesktb", "zktdtbesatq", "zktdxpgtfvv", "zktdtbesaus", "zktdtbebaub", "zemlxnnecoe"], "length": 11, "num_candidate": 11, "target": "zktdtbesaus"}, "task_name": "task13", "example_name": "0088", "problem_name": "task13_0088"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: tbetczhqufy\nCandidate: tbmvjphjjkv, tbetyfdbkly, tbetczhtkgo, tbevwpbfdgx, tbetczhqulk, tbetajofcfh, txxaddrbypk, tbetczkwilo, tbetowfxnwt, tbetczhqufy, tnessdukynz", "label": {"final": ["tb", "tbet", "tbetczh", "tbe", "tbetczhqu", "tbet", "t", "tbetcz", "tbet", "tbetczhqufy"], "init": [""], "intermediate": ["tb", "tbet", "tbetczh", "tbe", "tbetczhqu", "tbet", "t", "tbetcz", "tbet"]}, "config": {"candidate": ["tbmvjphjjkv", "tbetyfdbkly", "tbetczhtkgo", "tbevwpbfdgx", "tbetczhqulk", "tbetajofcfh", "txxaddrbypk", "tbetczkwilo", "tbetowfxnwt", "tbetczhqufy", "tnessdukynz"], "length": 11, "num_candidate": 10, "target": "tbetczhqufy"}, "task_name": "task13", "example_name": "0089", "problem_name": "task13_0089"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: elgwktpgqwxd\nCandidate: elgnoyuodqjd, ehizvynvwhoc, eftenporodlq, exrkggzehegv, elgwktpabxmn, elgwlwyvuwnp, elgwktpgqwra, elgwpgapbtzn, elgwktpnzfoe, elgwktpgqwxi, elgwktpgqwxd, elgwkdayword, elgwktpgqfaj, eawabakrarjo, elgwktpgwtzs, elgwktpgafex, elgwktpgcilq, elgwktpgecss, elgwtlqwhyjd, elgwktnqltyk, elgwktpgqwxd", "label": {"final": ["elg", "e", "e", "e", "elgwktp", "elgw", "elgwktpgqw", "elgw", "elgwktp", "elgwktpgqwx", "elgwktpgqwxd"], "init": [""], "intermediate": ["elg", "e", "e", "e", "elgwktp", "elgw", "elgwktpgqw", "elgw", "elgwktp", "elgwktpgqwx"]}, "config": {"candidate": ["elgnoyuodqjd", "ehizvynvwhoc", "eftenporodlq", "exrkggzehegv", "elgwktpabxmn", "elgwlwyvuwnp", "elgwktpgqwra", "elgwpgapbtzn", "elgwktpnzfoe", "elgwktpgqwxi", "elgwktpgqwxd", "elgwkdayword", "elgwktpgqfaj", "eawabakrarjo", "elgwktpgwtzs", "elgwktpgafex", "elgwktpgcilq", "elgwktpgecss", "elgwtlqwhyjd", "elgwktnqltyk", "elgwktpgqwxd"], "length": 12, "num_candidate": 20, "target": "elgwktpgqwxd"}, "task_name": "task13", "example_name": "0090", "problem_name": "task13_0090"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: jxqyhhwpkpbg\nCandidate: jxqyhhwpkpba, jxseabulfpvj, jxiulpzbcsfp, jxqyhhwpkpbz, jxqyhhwpkpbb, jxqyhhwpukqq, jxqfzinilhno, jxqyhhwpkpby, jxqyhhwlnpif, jxqyhhyubpri, jxqyhhwpkpbg, jxqyhhwpkpbp, jxqyhhwpkphl, jxqyjhmftufl, jdprwgasbhtz, jxhtkzgnvihh, jxqyhnaouryj, jxqyhhwvmqly, jxqyhecpbzkn, jxqyhhwpkpbl", "label": {"final": ["jxqyhhwpkpb", "jx", "jx", "jxqyhhwpkpb", "jxqyhhwpkpb", "jxqyhhwp", "jxq", "jxqyhhwpkpb", "jxqyhhw", "jxqyhh", "jxqyhhwpkpbg"], "init": [""], "intermediate": ["jxqyhhwpkpb", "jx", "jx", "jxqyhhwpkpb", "jxqyhhwpkpb", "jxqyhhwp", "jxq", "jxqyhhwpkpb", "jxqyhhw", "jxqyhh"]}, "config": {"candidate": ["jxqyhhwpkpba", "jxseabulfpvj", "jxiulpzbcsfp", "jxqyhhwpkpbz", "jxqyhhwpkpbb", "jxqyhhwpukqq", "jxqfzinilhno", "jxqyhhwpkpby", "jxqyhhwlnpif", "jxqyhhyubpri", "jxqyhhwpkpbg", "jxqyhhwpkpbp", "jxqyhhwpkphl", "jxqyjhmftufl", "jdprwgasbhtz", "jxhtkzgnvihh", "jxqyhnaouryj", "jxqyhhwvmqly", "jxqyhecpbzkn", "jxqyhhwpkpbl"], "length": 12, "num_candidate": 19, "target": "jxqyhhwpkpbg"}, "task_name": "task13", "example_name": "0091", "problem_name": "task13_0091"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: eeggxycmbzrs\nCandidate: eeggxycmbgoc, eeggxycmbzrl, eeggxytfbhjt, eeggxyolvpik, eeggxyqjbjzx, elwjhgkubiwx, eedhkpbtcxhw, eeggaywadglv, ecigkfqavcao, eeghvashrgij, eeggxycmbzrs, eegtnhztyytz, eeggxgkebubd, eeeasxgcpwdq, eegwybkncwbf, eeggxycmvukk", "label": {"final": ["eeggxycmb", "eeggxycmbzr", "eeggxy", "eeggxy", "eeggxy", "e", "ee", "eegg", "e", "eeg", "eeggxycmbzrs"], "init": [""], "intermediate": ["eeggxycmb", "eeggxycmbzr", "eeggxy", "eeggxy", "eeggxy", "e", "ee", "eegg", "e", "eeg"]}, "config": {"candidate": ["eeggxycmbgoc", "eeggxycmbzrl", "eeggxytfbhjt", "eeggxyolvpik", "eeggxyqjbjzx", "elwjhgkubiwx", "eedhkpbtcxhw", "eeggaywadglv", "ecigkfqavcao", "eeghvashrgij", "eeggxycmbzrs", "eegtnhztyytz", "eeggxgkebubd", "eeeasxgcpwdq", "eegwybkncwbf", "eeggxycmvukk"], "length": 12, "num_candidate": 15, "target": "eeggxycmbzrs"}, "task_name": "task13", "example_name": "0092", "problem_name": "task13_0092"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: cyghocsjtemk\nCandidate: cyghoctsbkvy, cyghocbxkgsk, cyghohgwwzad, cyghocsbcaeh, cyghocsvfgmh, cyyngunvfawf, cyghocngnwsk, cygkdekafcic, cyghocskmjhm, cygoesnyuofm, cyghocsjtemk, cgsrcnlmqojx, cyghocsjhzle, cskddzepalot, cyreivleqkyh, cyghocbivzgi, cyghocsjtemk, cyghocsjtesl", "label": {"final": ["cyghoc", "cyghoc", "cygho", "cyghocs", "cyghocs", "cy", "cyghoc", "cyg", "cyghocs", "cyg", "cyghocsjtemk"], "init": [""], "intermediate": ["cyghoc", "cyghoc", "cygho", "cyghocs", "cyghocs", "cy", "cyghoc", "cyg", "cyghocs", "cyg"]}, "config": {"candidate": ["cyghoctsbkvy", "cyghocbxkgsk", "cyghohgwwzad", "cyghocsbcaeh", "cyghocsvfgmh", "cyyngunvfawf", "cyghocngnwsk", "cygkdekafcic", "cyghocskmjhm", "cygoesnyuofm", "cyghocsjtemk", "cgsrcnlmqojx", "cyghocsjhzle", "cskddzepalot", "cyreivleqkyh", "cyghocbivzgi", "cyghocsjtemk", "cyghocsjtesl"], "length": 12, "num_candidate": 17, "target": "cyghocsjtemk"}, "task_name": "task13", "example_name": "0093", "problem_name": "task13_0093"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: lgwtwaeymrdd\nCandidate: lgtyvokxpnka, lgwhdwdklwjd, lbhbjqvpymfd, lpxorhenzdtf, lgwtwaebnpod, lgrysleobicl, lgwtwaeymrmm, lgwtwaeyzjua, lmjddzxmgxud, lgwtwaeysjdg, lgwtwaeymrdd, lgwtwaeymrdd, lgwtwaebcwlm, lgwtwaeymlgj, lgwtrgddznvf", "label": {"final": ["lg", "lgw", "l", "l", "lgwtwae", "lg", "lgwtwaeymr", "lgwtwaey", "l", "lgwtwaey", "lgwtwaeymrdd"], "init": [""], "intermediate": ["lg", "lgw", "l", "l", "lgwtwae", "lg", "lgwtwaeymr", "lgwtwaey", "l", "lgwtwaey"]}, "config": {"candidate": ["lgtyvokxpnka", "lgwhdwdklwjd", "lbhbjqvpymfd", "lpxorhenzdtf", "lgwtwaebnpod", "lgrysleobicl", "lgwtwaeymrmm", "lgwtwaeyzjua", "lmjddzxmgxud", "lgwtwaeysjdg", "lgwtwaeymrdd", "lgwtwaeymrdd", "lgwtwaebcwlm", "lgwtwaeymlgj", "lgwtrgddznvf"], "length": 12, "num_candidate": 14, "target": "lgwtwaeymrdd"}, "task_name": "task13", "example_name": "0094", "problem_name": "task13_0094"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: wvfzciodevoe\nCandidate: wvrtnuwtbemg, wvfzciodgqtp, wvfzogbbnleu, wvcksbkxisqc, wvfzciodpvop, wvfzcitbafom, wvgpffjrxemv, wvfzciybnjgc, wleieofodcqp, waeouwkalrpc, wvfzciodevoe, wjisroqkbirk, wbiusdofiyug, wtchfgrtbkcm, wvfzciodepdd", "label": {"final": ["wv", "wvfzciod", "wvfz", "wv", "wvfzciod", "wvfzci", "wv", "wvfzci", "w", "w", "wvfzciodevoe"], "init": [""], "intermediate": ["wv", "wvfzciod", "wvfz", "wv", "wvfzciod", "wvfzci", "wv", "wvfzci", "w", "w"]}, "config": {"candidate": ["wvrtnuwtbemg", "wvfzciodgqtp", "wvfzogbbnleu", "wvcksbkxisqc", "wvfzciodpvop", "wvfzcitbafom", "wvgpffjrxemv", "wvfzciybnjgc", "wleieofodcqp", "waeouwkalrpc", "wvfzciodevoe", "wjisroqkbirk", "wbiusdofiyug", "wtchfgrtbkcm", "wvfzciodepdd"], "length": 12, "num_candidate": 14, "target": "wvfzciodevoe"}, "task_name": "task13", "example_name": "0095", "problem_name": "task13_0095"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: zjllehvwipsp\nCandidate: zjlxqokakwja, zjllvqxrmucw, zzqbuvdmrbqv, zdgektmtkyeg, zjlpgxpvursu, zjllehvwfxcw, zjllehvwiphf, zjllehvwivpq, zjllehvwipev, zjllenvalcto, zjllehvwipsp, zjrdhsphnvoe, zjllehvwipsp, zjtoytyguzzg, zjllehvwijwx", "label": {"final": ["zjl", "zjll", "z", "z", "zjl", "zjllehvw", "zjllehvwip", "zjllehvwi", "zjllehvwip", "zjlle", "zjllehvwipsp"], "init": [""], "intermediate": ["zjl", "zjll", "z", "z", "zjl", "zjllehvw", "zjllehvwip", "zjllehvwi", "zjllehvwip", "zjlle"]}, "config": {"candidate": ["zjlxqokakwja", "zjllvqxrmucw", "zzqbuvdmrbqv", "zdgektmtkyeg", "zjlpgxpvursu", "zjllehvwfxcw", "zjllehvwiphf", "zjllehvwivpq", "zjllehvwipev", "zjllenvalcto", "zjllehvwipsp", "zjrdhsphnvoe", "zjllehvwipsp", "zjtoytyguzzg", "zjllehvwijwx"], "length": 12, "num_candidate": 14, "target": "zjllehvwipsp"}, "task_name": "task13", "example_name": "0096", "problem_name": "task13_0096"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: evbzoaynfufn\nCandidate: evbzoaynfuwu, evbzoaynfqnq, evbzoaynfzzh, ewiwdzfvozbn, evbzoaynfijz, evbzoayniiqx, evbzoamzhalm, evbzoamgtgzl, evbzoaynfuwj, evbzoaynfuwx, evbzoaynfufn, evbzoahnviev, evbcjneinnlc, ervjyzssqmlv", "label": {"final": ["evbzoaynfu", "evbzoaynf", "evbzoaynf", "e", "evbzoaynf", "evbzoayn", "evbzoa", "evbzoa", "evbzoaynfu", "evbzoaynfu", "evbzoaynfufn"], "init": [""], "intermediate": ["evbzoaynfu", "evbzoaynf", "evbzoaynf", "e", "evbzoaynf", "evbzoayn", "evbzoa", "evbzoa", "evbzoaynfu", "evbzoaynfu"]}, "config": {"candidate": ["evbzoaynfuwu", "evbzoaynfqnq", "evbzoaynfzzh", "ewiwdzfvozbn", "evbzoaynfijz", "evbzoayniiqx", "evbzoamzhalm", "evbzoamgtgzl", "evbzoaynfuwj", "evbzoaynfuwx", "evbzoaynfufn", "evbzoahnviev", "evbcjneinnlc", "ervjyzssqmlv"], "length": 12, "num_candidate": 13, "target": "evbzoaynfufn"}, "task_name": "task13", "example_name": "0097", "problem_name": "task13_0097"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: nmikhllorhoo\nCandidate: nmfpvcdwoaqs, nmgpkiyuxonb, nmiknuvzecca, nmikhlfbzjxc, nmikhllorutc, nmikhllprhpp, nmikhlakfbsp, nmikhllkjixa, nmbjjnwwpecv, nmikejwqkeef, nmikhllorhoo, nmikhllorhez, nmikhllorhoo, nmikhlqhnobj, nmikhllrnvif, nmikhlvlpcny, nmiehyhnpnbd", "label": {"final": ["nm", "nm", "nmik", "nmikhl", "nmikhllor", "nmikhll", "nmikhl", "nmikhll", "nm", "nmik", "nmikhllorhoo"], "init": [""], "intermediate": ["nm", "nm", "nmik", "nmikhl", "nmikhllor", "nmikhll", "nmikhl", "nmikhll", "nm", "nmik"]}, "config": {"candidate": ["nmfpvcdwoaqs", "nmgpkiyuxonb", "nmiknuvzecca", "nmikhlfbzjxc", "nmikhllorutc", "nmikhllprhpp", "nmikhlakfbsp", "nmikhllkjixa", "nmbjjnwwpecv", "nmikejwqkeef", "nmikhllorhoo", "nmikhllorhez", "nmikhllorhoo", "nmikhlqhnobj", "nmikhllrnvif", "nmikhlvlpcny", "nmiehyhnpnbd"], "length": 12, "num_candidate": 16, "target": "nmikhllorhoo"}, "task_name": "task13", "example_name": "0098", "problem_name": "task13_0098"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: karpjxttwauk\nCandidate: karpjxwioypn, karpjxttwvqw, karpjxttwawi, karptcaulaji, karpjxttwaug, karpjxtbfruc, karplyvdzbca, karpjxthrjfj, karwhlaafhpa, karpyijhncfg, karpjxttwauk, karpjxtqkywd, karpjxttwabg, karpjxttwgnp, karpjxttwaus, kxbixchgfzyv, karpjxttwmdo, karpypvlhepq, kfrrggjgkpkh, karpjjscgivp", "label": {"final": ["karpjx", "karpjxttw", "karpjxttwa", "karp", "karpjxttwau", "karpjxt", "karp", "karpjxt", "kar", "karp", "karpjxttwauk"], "init": [""], "intermediate": ["karpjx", "karpjxttw", "karpjxttwa", "karp", "karpjxttwau", "karpjxt", "karp", "karpjxt", "kar", "karp"]}, "config": {"candidate": ["karpjxwioypn", "karpjxttwvqw", "karpjxttwawi", "karptcaulaji", "karpjxttwaug", "karpjxtbfruc", "karplyvdzbca", "karpjxthrjfj", "karwhlaafhpa", "karpyijhncfg", "karpjxttwauk", "karpjxtqkywd", "karpjxttwabg", "karpjxttwgnp", "karpjxttwaus", "kxbixchgfzyv", "karpjxttwmdo", "karpypvlhepq", "kfrrggjgkpkh", "karpjjscgivp"], "length": 12, "num_candidate": 19, "target": "karpjxttwauk"}, "task_name": "task13", "example_name": "0099", "problem_name": "task13_0099"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ezkjipmzufvxn\nCandidate: ezkjipmzufvau, ezkjipmzufvow, ezkjipeeppvrb, ezkjipmzufvkq, eqmccfkfgzaut, ezkabeuxgbewq, ezkjipmzufzrx, ebqfmxpxnnfiq, ezkjipmzufvxx, ecpozfwgqgeud, ezkjipmzufvxq, ezkjipmzufvxn, ezkjipmzufvxn", "label": {"final": ["ezkjipmzufv", "ezkjipmzufv", "ezkjip", "ezkjipmzufv", "e", "ezk", "ezkjipmzuf", "e", "ezkjipmzufvx", "e", "ezkjipmzufvx", "ezkjipmzufvxn"], "init": [""], "intermediate": ["ezkjipmzufv", "ezkjipmzufv", "ezkjip", "ezkjipmzufv", "e", "ezk", "ezkjipmzuf", "e", "ezkjipmzufvx", "e", "ezkjipmzufvx"]}, "config": {"candidate": ["ezkjipmzufvau", "ezkjipmzufvow", "ezkjipeeppvrb", "ezkjipmzufvkq", "eqmccfkfgzaut", "ezkabeuxgbewq", "ezkjipmzufzrx", "ebqfmxpxnnfiq", "ezkjipmzufvxx", "ecpozfwgqgeud", "ezkjipmzufvxq", "ezkjipmzufvxn", "ezkjipmzufvxn"], "length": 13, "num_candidate": 12, "target": "ezkjipmzufvxn"}, "task_name": "task13", "example_name": "0100", "problem_name": "task13_0100"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: sgygcimuqgdno\nCandidate: sgygcimuqgfbw, sjwhhejtgqjkl, sgygcimwjbbqs, sgygcwhginxsj, sgygcimuktjtb, siigasfpfdrcq, sgygodcwwbjwi, sgygcimuqdjhe, sgygcqfnjndnx, sgygcimuqgdtw, sgygcimuqgdnv, sgygcimuqgdno, sgygkwzqoqbqo, sgynlpthcrsfb, sgygcimppawfj, sgygcimuqgdxy, sndqvurmtgvkg, sgygcimuqgdno", "label": {"final": ["sgygcimuqg", "s", "sgygcim", "sgygc", "sgygcimu", "s", "sgyg", "sgygcimuq", "sgygc", "sgygcimuqgd", "sgygcimuqgdn", "sgygcimuqgdno"], "init": [""], "intermediate": ["sgygcimuqg", "s", "sgygcim", "sgygc", "sgygcimu", "s", "sgyg", "sgygcimuq", "sgygc", "sgygcimuqgd", "sgygcimuqgdn"]}, "config": {"candidate": ["sgygcimuqgfbw", "sjwhhejtgqjkl", "sgygcimwjbbqs", "sgygcwhginxsj", "sgygcimuktjtb", "siigasfpfdrcq", "sgygodcwwbjwi", "sgygcimuqdjhe", "sgygcqfnjndnx", "sgygcimuqgdtw", "sgygcimuqgdnv", "sgygcimuqgdno", "sgygkwzqoqbqo", "sgynlpthcrsfb", "sgygcimppawfj", "sgygcimuqgdxy", "sndqvurmtgvkg", "sgygcimuqgdno"], "length": 13, "num_candidate": 17, "target": "sgygcimuqgdno"}, "task_name": "task13", "example_name": "0101", "problem_name": "task13_0101"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: glqemtrmdqmmh\nCandidate: gcnbjxetsgqlr, glqemtrmdqmml, glqemtrmamnhr, glqemtrmdxhzx, gliyxxxdianjh, glqvrvtymevjv, glqemtrmdcdsu, glqemtrmdzzfq, gxsouviswpcsp, glqhyudejwanf, glqemtrmdqmjr, glqemtrmdqmmh, glqemtrmdqmmr, glqemtrmdquve, glqemtrmdqmmh, glqeizlzwulco, glqemtrmdqmmh, glvodpoutkojd, glqemtrmdqmoe, glqemtraidkzk, glqemtrmdqbqs, glqkgsfjykkrd", "label": {"final": ["g", "glqemtrmdqmm", "glqemtrm", "glqemtrmd", "gl", "glq", "glqemtrmd", "glqemtrmd", "g", "glq", "glqemtrmdqm", "glqemtrmdqmmh"], "init": [""], "intermediate": ["g", "glqemtrmdqmm", "glqemtrm", "glqemtrmd", "gl", "glq", "glqemtrmd", "glqemtrmd", "g", "glq", "glqemtrmdqm"]}, "config": {"candidate": ["gcnbjxetsgqlr", "glqemtrmdqmml", "glqemtrmamnhr", "glqemtrmdxhzx", "gliyxxxdianjh", "glqvrvtymevjv", "glqemtrmdcdsu", "glqemtrmdzzfq", "gxsouviswpcsp", "glqhyudejwanf", "glqemtrmdqmjr", "glqemtrmdqmmh", "glqemtrmdqmmr", "glqemtrmdquve", "glqemtrmdqmmh", "glqeizlzwulco", "glqemtrmdqmmh", "glvodpoutkojd", "glqemtrmdqmoe", "glqemtraidkzk", "glqemtrmdqbqs", "glqkgsfjykkrd"], "length": 13, "num_candidate": 21, "target": "glqemtrmdqmmh"}, "task_name": "task13", "example_name": "0102", "problem_name": "task13_0102"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: fbkbtkqckgsvb\nCandidate: fbkbyfslacjdk, fpkptkqckgsvp, fbkbticamiysa, fbkbacwphnbpu, fbkbtkqckovtk, fbkbtzeeesupk, fbkbtkqckgscu, fcowldforxapw, ffsmewciccbwq, fbkbtkqckgvan, fbkbtkqckgsjd, fbkbtkqckgsvb, fbkbtsyheezhl, fbkbtkqckgcsq, fbkbtedayeqnz, fbkbtkqbxxqha, fbkbtkugvchuv, fbkbtkqcontny, fdkdtkqckgsvd, fbkbtkqckgsvb, fmgezmoamdbuk, fbkbtkqlahimu", "label": {"final": ["fbkb", "f", "fbkbt", "fbkb", "fbkbtkqck", "fbkbt", "fbkbtkqckgs", "f", "f", "fbkbtkqckg", "fbkbtkqckgs", "fbkbtkqckgsvb"], "init": [""], "intermediate": ["fbkb", "f", "fbkbt", "fbkb", "fbkbtkqck", "fbkbt", "fbkbtkqckgs", "f", "f", "fbkbtkqckg", "fbkbtkqckgs"]}, "config": {"candidate": ["fbkbyfslacjdk", "fpkptkqckgsvp", "fbkbticamiysa", "fbkbacwphnbpu", "fbkbtkqckovtk", "fbkbtzeeesupk", "fbkbtkqckgscu", "fcowldforxapw", "ffsmewciccbwq", "fbkbtkqckgvan", "fbkbtkqckgsjd", "fbkbtkqckgsvb", "fbkbtsyheezhl", "fbkbtkqckgcsq", "fbkbtedayeqnz", "fbkbtkqbxxqha", "fbkbtkugvchuv", "fbkbtkqcontny", "fdkdtkqckgsvd", "fbkbtkqckgsvb", "fmgezmoamdbuk", "fbkbtkqlahimu"], "length": 13, "num_candidate": 21, "target": "fbkbtkqckgsvb"}, "task_name": "task13", "example_name": "0103", "problem_name": "task13_0103"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: cezmvlxgduoiu\nCandidate: cdxielrmhumes, cbkapuxzoxbzw, ctzuxhsjpdfqy, cmcfnulgrujtq, cezmvlxgduout, ceejpbykzehei, cezmvlxgdcmom, ccjjgcznahwiq, cezmvlxgdsjwx, cezmvmeyyhcsx, cskrrrqyjelco, cezmvlxgduoiu, cezmvlxgdyoiy, cezmvlxgduoiu, cezmvyixzkrum, cezmvlxgsnjdn, cezfsmyonmahu, cezmvldyssiye", "label": {"final": ["c", "c", "c", "c", "cezmvlxgduo", "ce", "cezmvlxgd", "c", "cezmvlxgd", "cezmv", "c", "cezmvlxgduoiu"], "init": [""], "intermediate": ["c", "c", "c", "c", "cezmvlxgduo", "ce", "cezmvlxgd", "c", "cezmvlxgd", "cezmv", "c"]}, "config": {"candidate": ["cdxielrmhumes", "cbkapuxzoxbzw", "ctzuxhsjpdfqy", "cmcfnulgrujtq", "cezmvlxgduout", "ceejpbykzehei", "cezmvlxgdcmom", "ccjjgcznahwiq", "cezmvlxgdsjwx", "cezmvmeyyhcsx", "cskrrrqyjelco", "cezmvlxgduoiu", "cezmvlxgdyoiy", "cezmvlxgduoiu", "cezmvyixzkrum", "cezmvlxgsnjdn", "cezfsmyonmahu", "cezmvldyssiye"], "length": 13, "num_candidate": 17, "target": "cezmvlxgduoiu"}, "task_name": "task13", "example_name": "0104", "problem_name": "task13_0104"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ntpgehisazebq\nCandidate: ntpgehisazeid, ntpgehimtwtvo, ntpgehisadklf, ntdwkgdjrydjd, ntpgehisazeha, ntpgehisazeei, ntrjolzhwqtwb, ntpgwgpxnuhtf, ntpgehisbqzuj, ntpgehilusxhz, ntpgebhzafsnr, ntpgehisazebq, ntpgehisbrrsd, ntpgqhlugdfoz, ntehiveymhgwo, ntpgehkxonctg, ntpgehisazeqj, ntpgehisazebq, ntpeknqdwglwi", "label": {"final": ["ntpgehisaze", "ntpgehi", "ntpgehisa", "nt", "ntpgehisaze", "ntpgehisaze", "nt", "ntpg", "ntpgehis", "ntpgehi", "ntpge", "ntpgehisazebq"], "init": [""], "intermediate": ["ntpgehisaze", "ntpgehi", "ntpgehisa", "nt", "ntpgehisaze", "ntpgehisaze", "nt", "ntpg", "ntpgehis", "ntpgehi", "ntpge"]}, "config": {"candidate": ["ntpgehisazeid", "ntpgehimtwtvo", "ntpgehisadklf", "ntdwkgdjrydjd", "ntpgehisazeha", "ntpgehisazeei", "ntrjolzhwqtwb", "ntpgwgpxnuhtf", "ntpgehisbqzuj", "ntpgehilusxhz", "ntpgebhzafsnr", "ntpgehisazebq", "ntpgehisbrrsd", "ntpgqhlugdfoz", "ntehiveymhgwo", "ntpgehkxonctg", "ntpgehisazeqj", "ntpgehisazebq", "ntpeknqdwglwi"], "length": 13, "num_candidate": 18, "target": "ntpgehisazebq"}, "task_name": "task13", "example_name": "0105", "problem_name": "task13_0105"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: hikxrtswvskms\nCandidate: hikxrtswfbexf, hikxrtbypnikf, hikxmjippxftj, hikxrtdwvdkmd, hikxrtkwvkkmk, hikxrtawvakma, hikxytfpchrjr, hikxrtswvkibt, hikxrjrzegwbq, hcudzthrdzghs, hifhydimlqsbf, hikxrtswvskms, hikxrtswvskob, hikxrkoaziocl, hikxrtdaahhjn, hikxrajhmqylp, hikxrtsidgptu", "label": {"final": ["hikxrtsw", "hikxrt", "hikx", "hikxrt", "hikxrt", "hikxrt", "hikx", "hikxrtswv", "hikxr", "h", "hi", "hikxrtswvskms"], "init": [""], "intermediate": ["hikxrtsw", "hikxrt", "hikx", "hikxrt", "hikxrt", "hikxrt", "hikx", "hikxrtswv", "hikxr", "h", "hi"]}, "config": {"candidate": ["hikxrtswfbexf", "hikxrtbypnikf", "hikxmjippxftj", "hikxrtdwvdkmd", "hikxrtkwvkkmk", "hikxrtawvakma", "hikxytfpchrjr", "hikxrtswvkibt", "hikxrjrzegwbq", "hcudzthrdzghs", "hifhydimlqsbf", "hikxrtswvskms", "hikxrtswvskob", "hikxrkoaziocl", "hikxrtdaahhjn", "hikxrajhmqylp", "hikxrtsidgptu"], "length": 13, "num_candidate": 16, "target": "hikxrtswvskms"}, "task_name": "task13", "example_name": "0106", "problem_name": "task13_0106"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: yuxyvqdblekvs\nCandidate: yuxyvqdblekwn, yuxyvqdbqieht, yuhfrzdavzhef, yuxyvqdblxonb, yuxyvqdblepaj, yuxyevckoreco, yuxyvqdbleksw, yuxyvqdfqaire, yuxopabubpagm, yuxyvqcubdfdr, yuxyvqdblekyf, yuxyvqdblekvs, yuxyvqdoycbks, yuxyvqdblekvz", "label": {"final": ["yuxyvqdblek", "yuxyvqdb", "yu", "yuxyvqdbl", "yuxyvqdble", "yuxy", "yuxyvqdblek", "yuxyvqd", "yux", "yuxyvq", "yuxyvqdblek", "yuxyvqdblekvs"], "init": [""], "intermediate": ["yuxyvqdblek", "yuxyvqdb", "yu", "yuxyvqdbl", "yuxyvqdble", "yuxy", "yuxyvqdblek", "yuxyvqd", "yux", "yuxyvq", "yuxyvqdblek"]}, "config": {"candidate": ["yuxyvqdblekwn", "yuxyvqdbqieht", "yuhfrzdavzhef", "yuxyvqdblxonb", "yuxyvqdblepaj", "yuxyevckoreco", "yuxyvqdbleksw", "yuxyvqdfqaire", "yuxopabubpagm", "yuxyvqcubdfdr", "yuxyvqdblekyf", "yuxyvqdblekvs", "yuxyvqdoycbks", "yuxyvqdblekvz"], "length": 13, "num_candidate": 13, "target": "yuxyvqdblekvs"}, "task_name": "task13", "example_name": "0107", "problem_name": "task13_0107"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: dkwpvohrovpuf\nCandidate: dkwpvohroelqn, dkflopvpeaner, dkwptnlsgisxw, dkwpvohkcvori, dkbmmtohplxlt, dkwpvohrovtwc, dkwpvohcxdqjk, dkwpvohxpoptp, dkwvrlukoeouw, dkwpcatwizewa, dkwpfzcfppcod, dkwpvohrovpuf, dkwppimqbsvye, dkwpvohrovpuf, dialbmwojduxr, dkwpvohrovpuf, dkwpvohrovmfv, dkwpvohrovprr, dsxptwkvxyfoy", "label": {"final": ["dkwpvohro", "dk", "dkwp", "dkwpvoh", "dk", "dkwpvohrov", "dkwpvoh", "dkwpvoh", "dkw", "dkwp", "dkwp", "dkwpvohrovpuf"], "init": [""], "intermediate": ["dkwpvohro", "dk", "dkwp", "dkwpvoh", "dk", "dkwpvohrov", "dkwpvoh", "dkwpvoh", "dkw", "dkwp", "dkwp"]}, "config": {"candidate": ["dkwpvohroelqn", "dkflopvpeaner", "dkwptnlsgisxw", "dkwpvohkcvori", "dkbmmtohplxlt", "dkwpvohrovtwc", "dkwpvohcxdqjk", "dkwpvohxpoptp", "dkwvrlukoeouw", "dkwpcatwizewa", "dkwpfzcfppcod", "dkwpvohrovpuf", "dkwppimqbsvye", "dkwpvohrovpuf", "dialbmwojduxr", "dkwpvohrovpuf", "dkwpvohrovmfv", "dkwpvohrovprr", "dsxptwkvxyfoy"], "length": 13, "num_candidate": 18, "target": "dkwpvohrovpuf"}, "task_name": "task13", "example_name": "0108", "problem_name": "task13_0108"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: cykruvprrljwy\nCandidate: cykruvprrljgz, cqrceayrqclnj, cykruvprrljty, cylpxtdotznmv, cykruugrpuquc, cskruvprrljws, cnypxrtrppspm, cyktwudllfepn, cybyedwfltvvx, cwoaghapxhxmx, cykruvprrolip, cykruvprrljwy, cvalygjlibzip, cykruvpoqmrrn, cykruvprrljwy, cyoowikuyxnid, cbkruvprrljwb, cykruvprrljji, cykruvprrllef", "label": {"final": ["cykruvprrlj", "c", "cykruvprrlj", "cy", "cykru", "c", "c", "cyk", "cy", "c", "cykruvprr", "cykruvprrljwy"], "init": [""], "intermediate": ["cykruvprrlj", "c", "cykruvprrlj", "cy", "cykru", "c", "c", "cyk", "cy", "c", "cykruvprr"]}, "config": {"candidate": ["cykruvprrljgz", "cqrceayrqclnj", "cykruvprrljty", "cylpxtdotznmv", "cykruugrpuquc", "cskruvprrljws", "cnypxrtrppspm", "cyktwudllfepn", "cybyedwfltvvx", "cwoaghapxhxmx", "cykruvprrolip", "cykruvprrljwy", "cvalygjlibzip", "cykruvpoqmrrn", "cykruvprrljwy", "cyoowikuyxnid", "cbkruvprrljwb", "cykruvprrljji", "cykruvprrllef"], "length": 13, "num_candidate": 18, "target": "cykruvprrljwy"}, "task_name": "task13", "example_name": "0109", "problem_name": "task13_0109"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: khlcamuuwoppxe\nCandidate: khldjwjutmcweh, kdwfnqntwfgzrz, khlcamuuvrdtdr, khlcamuuwokcqr, kbugoskytfhwjy, khlcamuuwoppxl, khlcamuumhxbhq, khlcamuzhxijkk, khlhcvkaxpplop, khlcudygffyzta, khxnawhxgqakmu, khlcamuuwojgaz, khlcamuuwoppxe, khlcamuufzadlo, kbirwxtlbcorxb, khlcamuuwoppkx, kpgxjqkkgecnlx, khlcamuqzuacyd, khlchfzoixkrim, khnaumbydnjiqz", "label": {"final": ["khl", "k", "khlcamuu", "khlcamuuwo", "k", "khlcamuuwoppx", "khlcamuu", "khlcamu", "khl", "khlc", "kh", "khlcamuuwo", "khlcamuuwoppxe"], "init": [""], "intermediate": ["khl", "k", "khlcamuu", "khlcamuuwo", "k", "khlcamuuwoppx", "khlcamuu", "khlcamu", "khl", "khlc", "kh", "khlcamuuwo"]}, "config": {"candidate": ["khldjwjutmcweh", "kdwfnqntwfgzrz", "khlcamuuvrdtdr", "khlcamuuwokcqr", "kbugoskytfhwjy", "khlcamuuwoppxl", "khlcamuumhxbhq", "khlcamuzhxijkk", "khlhcvkaxpplop", "khlcudygffyzta", "khxnawhxgqakmu", "khlcamuuwojgaz", "khlcamuuwoppxe", "khlcamuufzadlo", "kbirwxtlbcorxb", "khlcamuuwoppkx", "kpgxjqkkgecnlx", "khlcamuqzuacyd", "khlchfzoixkrim", "khnaumbydnjiqz"], "length": 14, "num_candidate": 19, "target": "khlcamuuwoppxe"}, "task_name": "task13", "example_name": "0110", "problem_name": "task13_0110"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: gtfddhoxrwqlvd\nCandidate: gtfddhoxylmcsq, gtfddhoiokvupg, gtfddhoxrwqlen, gqneblzqtrnfpo, gtfddhoxrwhfli, gtxbkygifyyvus, gtfddpthkhjbhe, gnrwryfcrwqzlb, gtfddhoytyzhxe, gtfddhoxrwqqjz, gtfddhoxrwqldq, gtfyyhoxrwqlvy, gtfddhoxrwqlvd, gtfngtyzbdqhwb", "label": {"final": ["gtfddhox", "gtfddho", "gtfddhoxrwql", "g", "gtfddhoxrw", "gt", "gtfdd", "g", "gtfddho", "gtfddhoxrwq", "gtfddhoxrwql", "gtf", "gtfddhoxrwqlvd"], "init": [""], "intermediate": ["gtfddhox", "gtfddho", "gtfddhoxrwql", "g", "gtfddhoxrw", "gt", "gtfdd", "g", "gtfddho", "gtfddhoxrwq", "gtfddhoxrwql", "gtf"]}, "config": {"candidate": ["gtfddhoxylmcsq", "gtfddhoiokvupg", "gtfddhoxrwqlen", "gqneblzqtrnfpo", "gtfddhoxrwhfli", "gtxbkygifyyvus", "gtfddpthkhjbhe", "gnrwryfcrwqzlb", "gtfddhoytyzhxe", "gtfddhoxrwqqjz", "gtfddhoxrwqldq", "gtfyyhoxrwqlvy", "gtfddhoxrwqlvd", "gtfngtyzbdqhwb"], "length": 14, "num_candidate": 13, "target": "gtfddhoxrwqlvd"}, "task_name": "task13", "example_name": "0111", "problem_name": "task13_0111"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: imcbsmyeyacdxx\nCandidate: imcbsmyeyajdij, imchrasfpzybvx, imcbsmyevkjewn, imcbufxalitmyw, imcbsndqtgwptk, ipssxiqiodkvir, imcbebsfynslik, imcbsmyeyawqad, imcbsmyeyactvh, imcbsmygloiqiv, imravhnpkgjlne, imcbksftrjymqm, imcbsmyeyacdxx, imcbsmyeyacdvl, imcbsmyeyaccye, imcbsmyeyacdxx, imcbsmyeyarnvj", "label": {"final": ["imcbsmyeya", "imc", "imcbsmye", "imcb", "imcbs", "i", "imcb", "imcbsmyeya", "imcbsmyeyac", "imcbsmy", "im", "imcb", "imcbsmyeyacdxx"], "init": [""], "intermediate": ["imcbsmyeya", "imc", "imcbsmye", "imcb", "imcbs", "i", "imcb", "imcbsmyeya", "imcbsmyeyac", "imcbsmy", "im", "imcb"]}, "config": {"candidate": ["imcbsmyeyajdij", "imchrasfpzybvx", "imcbsmyevkjewn", "imcbufxalitmyw", "imcbsndqtgwptk", "ipssxiqiodkvir", "imcbebsfynslik", "imcbsmyeyawqad", "imcbsmyeyactvh", "imcbsmygloiqiv", "imravhnpkgjlne", "imcbksftrjymqm", "imcbsmyeyacdxx", "imcbsmyeyacdvl", "imcbsmyeyaccye", "imcbsmyeyacdxx", "imcbsmyeyarnvj"], "length": 14, "num_candidate": 16, "target": "imcbsmyeyacdxx"}, "task_name": "task13", "example_name": "0112", "problem_name": "task13_0112"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: qttrsjjmsufwnx\nCandidate: qttrscfvidwqnf, qttrsjjmsniljn, qttrsjjmsufwrx, qttrsjjmsufmbm, qttrsjjmfgmudm, qttrsjakdtkdaa, qttrsjjmsufdev, qttrsjjmsufomm, qtvziwjzwzwico, qzltjeosejxowq, qttrddqrmdiqib, qttrsjjqpstclq, qttrsjjmsufwnx, qttrsdnymnlzlv", "label": {"final": ["qttrs", "qttrsjjms", "qttrsjjmsufw", "qttrsjjmsuf", "qttrsjjm", "qttrsj", "qttrsjjmsuf", "qttrsjjmsuf", "qt", "q", "qttr", "qttrsjj", "qttrsjjmsufwnx"], "init": [""], "intermediate": ["qttrs", "qttrsjjms", "qttrsjjmsufw", "qttrsjjmsuf", "qttrsjjm", "qttrsj", "qttrsjjmsuf", "qttrsjjmsuf", "qt", "q", "qttr", "qttrsjj"]}, "config": {"candidate": ["qttrscfvidwqnf", "qttrsjjmsniljn", "qttrsjjmsufwrx", "qttrsjjmsufmbm", "qttrsjjmfgmudm", "qttrsjakdtkdaa", "qttrsjjmsufdev", "qttrsjjmsufomm", "qtvziwjzwzwico", "qzltjeosejxowq", "qttrddqrmdiqib", "qttrsjjqpstclq", "qttrsjjmsufwnx", "qttrsdnymnlzlv"], "length": 14, "num_candidate": 13, "target": "qttrsjjmsufwnx"}, "task_name": "task13", "example_name": "0113", "problem_name": "task13_0113"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: eemuzcrqxjwfna\nCandidate: eemueygnsjppmg, eemuzgixqqbgcv, eemuzcrqfrqyyw, eemuzkcpfgfebp, eemuzcrkuojbzx, eemuzcrbfmpylx, eemuzcrqtwzvwi, eemuzcrqxjwfnu, eemuzcvjpfhltj, eemuzcrqxjwdiv, eemuzcrluqslun, eemuzcrqxjwfnu, eemuzcrqxjwfna, eemuzcrqxjkilg, eemuzcrzbfonyu, eemuzcrqxjidui, eemuzcvdmesiek, eemuzcrqxjqpuu, eemuzcrqxjwfwa, eemuzypivsiivv, eemuzcrqxjwfna", "label": {"final": ["eemu", "eemuz", "eemuzcrq", "eemuz", "eemuzcr", "eemuzcr", "eemuzcrq", "eemuzcrqxjwfn", "eemuzc", "eemuzcrqxjw", "eemuzcr", "eemuzcrqxjwfn", "eemuzcrqxjwfna"], "init": [""], "intermediate": ["eemu", "eemuz", "eemuzcrq", "eemuz", "eemuzcr", "eemuzcr", "eemuzcrq", "eemuzcrqxjwfn", "eemuzc", "eemuzcrqxjw", "eemuzcr", "eemuzcrqxjwfn"]}, "config": {"candidate": ["eemueygnsjppmg", "eemuzgixqqbgcv", "eemuzcrqfrqyyw", "eemuzkcpfgfebp", "eemuzcrkuojbzx", "eemuzcrbfmpylx", "eemuzcrqtwzvwi", "eemuzcrqxjwfnu", "eemuzcvjpfhltj", "eemuzcrqxjwdiv", "eemuzcrluqslun", "eemuzcrqxjwfnu", "eemuzcrqxjwfna", "eemuzcrqxjkilg", "eemuzcrzbfonyu", "eemuzcrqxjidui", "eemuzcvdmesiek", "eemuzcrqxjqpuu", "eemuzcrqxjwfwa", "eemuzypivsiivv", "eemuzcrqxjwfna"], "length": 14, "num_candidate": 20, "target": "eemuzcrqxjwfna"}, "task_name": "task13", "example_name": "0114", "problem_name": "task13_0114"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: mhzdemleituckb\nCandidate: mhzdemleitucks, mhzphrwtdzqrjt, mhzgqqgmmetchw, mhzdemleiysmeq, mhrjhllbygsleo, mhzdemleitugef, mhzdemleituckv, mhzdemleituckh, mhzdezdrsofrxh, mklytpqbvwvrdz, mhqlwcubhqlrgv, mhzdemleheikfo, mhzdemleituckb, mhzdemlernvypa, mhgkbhsakfaenb, mhzdeyilbwozfy, mhzdemleituacg, mhzdemlemagzkq, mhzdgewuawmgrr, mgddxdntdukzvp, mhzdemleituckg, mhzdemleitucar", "label": {"final": ["mhzdemleituck", "mhz", "mhz", "mhzdemlei", "mh", "mhzdemleitu", "mhzdemleituck", "mhzdemleituck", "mhzde", "m", "mh", "mhzdemle", "mhzdemleituckb"], "init": [""], "intermediate": ["mhzdemleituck", "mhz", "mhz", "mhzdemlei", "mh", "mhzdemleitu", "mhzdemleituck", "mhzdemleituck", "mhzde", "m", "mh", "mhzdemle"]}, "config": {"candidate": ["mhzdemleitucks", "mhzphrwtdzqrjt", "mhzgqqgmmetchw", "mhzdemleiysmeq", "mhrjhllbygsleo", "mhzdemleitugef", "mhzdemleituckv", "mhzdemleituckh", "mhzdezdrsofrxh", "mklytpqbvwvrdz", "mhqlwcubhqlrgv", "mhzdemleheikfo", "mhzdemleituckb", "mhzdemlernvypa", "mhgkbhsakfaenb", "mhzdeyilbwozfy", "mhzdemleituacg", "mhzdemlemagzkq", "mhzdgewuawmgrr", "mgddxdntdukzvp", "mhzdemleituckg", "mhzdemleitucar"], "length": 14, "num_candidate": 21, "target": "mhzdemleituckb"}, "task_name": "task13", "example_name": "0115", "problem_name": "task13_0115"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: uyxyxxauvhntqu\nCandidate: umlpbfcjbbmihv, uralcrpmdbhmot, uyxkhaivqsltcl, uyxyxxauvhndxw, uyxyxxaujzfrza, uyxyxuzsiphejy, uyykcqpsqcfalf, uyxyxxacvhntqc, uyxyxxaondmogs, uovctkljlpukdd, uyxyxdssxofwey, uyxyxxauvdpspk, uyxyxxauvhntqu, uyxyxxauvhntvx, uyxyxxauvhndhm, uyxyxxauvhntnj, uyxyxxaulbdczp, uyxyxxaotnnanx, uvfnrzdkwbozxf, uyxyxxauvhntcz, uyxyxxemieakni, uyxyxxamvhntqm", "label": {"final": ["u", "u", "uyx", "uyxyxxauvhn", "uyxyxxau", "uyxyx", "uy", "uyxyxxa", "uyxyxxa", "u", "uyxyx", "uyxyxxauv", "uyxyxxauvhntqu"], "init": [""], "intermediate": ["u", "u", "uyx", "uyxyxxauvhn", "uyxyxxau", "uyxyx", "uy", "uyxyxxa", "uyxyxxa", "u", "uyxyx", "uyxyxxauv"]}, "config": {"candidate": ["umlpbfcjbbmihv", "uralcrpmdbhmot", "uyxkhaivqsltcl", "uyxyxxauvhndxw", "uyxyxxaujzfrza", "uyxyxuzsiphejy", "uyykcqpsqcfalf", "uyxyxxacvhntqc", "uyxyxxaondmogs", "uovctkljlpukdd", "uyxyxdssxofwey", "uyxyxxauvdpspk", "uyxyxxauvhntqu", "uyxyxxauvhntvx", "uyxyxxauvhndhm", "uyxyxxauvhntnj", "uyxyxxaulbdczp", "uyxyxxaotnnanx", "uvfnrzdkwbozxf", "uyxyxxauvhntcz", "uyxyxxemieakni", "uyxyxxamvhntqm"], "length": 14, "num_candidate": 21, "target": "uyxyxxauvhntqu"}, "task_name": "task13", "example_name": "0116", "problem_name": "task13_0116"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ppputqkyzotsdw\nCandidate: ppputqkixftsac, ppputatbhyyqhn, ppputqkcicoaim, ppputqkyzotskf, ppvnznqqvrpczx, pppuylldjgbrzd, pikbizayrdkeok, pfytngpnuotikv, ppputqkyzaazww, ppputqkyzosoez, ppputqkrsyucse, ppputchwogwqqs, ppputqkyzotsdw, pppucegupkhlko, ppputqkyzoxghh, ppzutlsenxshmr, ppputqkykyerno, ppputqkyzotsdw, ppputqkyzotsdn, ppputqkysvvipv, ppputqkujuhndm, pcughqcfaqtopc", "label": {"final": ["ppputqk", "ppput", "ppputqk", "ppputqkyzots", "pp", "pppu", "p", "p", "ppputqkyz", "ppputqkyzo", "ppputqk", "ppput", "ppputqkyzotsdw"], "init": [""], "intermediate": ["ppputqk", "ppput", "ppputqk", "ppputqkyzots", "pp", "pppu", "p", "p", "ppputqkyz", "ppputqkyzo", "ppputqk", "ppput"]}, "config": {"candidate": ["ppputqkixftsac", "ppputatbhyyqhn", "ppputqkcicoaim", "ppputqkyzotskf", "ppvnznqqvrpczx", "pppuylldjgbrzd", "pikbizayrdkeok", "pfytngpnuotikv", "ppputqkyzaazww", "ppputqkyzosoez", "ppputqkrsyucse", "ppputchwogwqqs", "ppputqkyzotsdw", "pppucegupkhlko", "ppputqkyzoxghh", "ppzutlsenxshmr", "ppputqkykyerno", "ppputqkyzotsdw", "ppputqkyzotsdn", "ppputqkysvvipv", "ppputqkujuhndm", "pcughqcfaqtopc"], "length": 14, "num_candidate": 21, "target": "ppputqkyzotsdw"}, "task_name": "task13", "example_name": "0117", "problem_name": "task13_0117"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: chwbgmdwufvxhn\nCandidate: cupqmyilcenmbv, cdtadondjqkgyz, chwbgmuipxqirf, chwbgmhitmqcts, chwbgmdwufvthf, chwbgmdwfufkpp, chwbgmdwufvxha, chwbgmdwufvxhi, ciozxaaccmddmj, chwbgmdwupkspw, chwbgmdwufvxwd, chwbgmdwufvxhj, chwbgmdwufvxhn, chwbgmdwufvxhl, chwcwlneikgwvq", "label": {"final": ["c", "c", "chwbgm", "chwbgm", "chwbgmdwufv", "chwbgmdw", "chwbgmdwufvxh", "chwbgmdwufvxh", "c", "chwbgmdwu", "chwbgmdwufvx", "chwbgmdwufvxh", "chwbgmdwufvxhn"], "init": [""], "intermediate": ["c", "c", "chwbgm", "chwbgm", "chwbgmdwufv", "chwbgmdw", "chwbgmdwufvxh", "chwbgmdwufvxh", "c", "chwbgmdwu", "chwbgmdwufvx", "chwbgmdwufvxh"]}, "config": {"candidate": ["cupqmyilcenmbv", "cdtadondjqkgyz", "chwbgmuipxqirf", "chwbgmhitmqcts", "chwbgmdwufvthf", "chwbgmdwfufkpp", "chwbgmdwufvxha", "chwbgmdwufvxhi", "ciozxaaccmddmj", "chwbgmdwupkspw", "chwbgmdwufvxwd", "chwbgmdwufvxhj", "chwbgmdwufvxhn", "chwbgmdwufvxhl", "chwcwlneikgwvq"], "length": 14, "num_candidate": 14, "target": "chwbgmdwufvxhn"}, "task_name": "task13", "example_name": "0118", "problem_name": "task13_0118"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: sjnntnlyagegkr\nCandidate: sjnfxplvvxorwv, sjnwbemigrgzvj, sjnntdyxlmaadd, sjnnslvwbkawat, sjnntiixrtxftd, sjnntnlyagegkw, sjnntnbaapcrnn, sjntsopgqikrrt, sjnntnlyaqwbnr, sjnntnlyageqey, sjnntnlyampewt, sjnntnlywbemgv, sjnntnlyagegkr, sjnntnlyagencw, sjnntnlyagfpna, sjnntnlydrttph, sjnntnlyagegkr, sjnntnlyagwfaj, sjnntnrnizrtvs", "label": {"final": ["sjn", "sjn", "sjnnt", "sjnn", "sjnnt", "sjnntnlyagegk", "sjnntn", "sjn", "sjnntnlya", "sjnntnlyage", "sjnntnlya", "sjnntnly", "sjnntnlyagegkr"], "init": [""], "intermediate": ["sjn", "sjn", "sjnnt", "sjnn", "sjnnt", "sjnntnlyagegk", "sjnntn", "sjn", "sjnntnlya", "sjnntnlyage", "sjnntnlya", "sjnntnly"]}, "config": {"candidate": ["sjnfxplvvxorwv", "sjnwbemigrgzvj", "sjnntdyxlmaadd", "sjnnslvwbkawat", "sjnntiixrtxftd", "sjnntnlyagegkw", "sjnntnbaapcrnn", "sjntsopgqikrrt", "sjnntnlyaqwbnr", "sjnntnlyageqey", "sjnntnlyampewt", "sjnntnlywbemgv", "sjnntnlyagegkr", "sjnntnlyagencw", "sjnntnlyagfpna", "sjnntnlydrttph", "sjnntnlyagegkr", "sjnntnlyagwfaj", "sjnntnrnizrtvs"], "length": 14, "num_candidate": 18, "target": "sjnntnlyagegkr"}, "task_name": "task13", "example_name": "0119", "problem_name": "task13_0119"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: gsvdhyncbzmaxdm\nCandidate: gsvdhlizfxktouj, gqkxpvrhuwbnkvf, gsvdhyncbqyscxl, gsvdhyncbzmnpkz, gsvdhyncbzmahko, gsvdhyncbzmahqe, gsvdhyncbzmahmc, gsvdhyncbzmjasm, gsvdolrnjvizhgf, gsvdhyncbzfnzcs, gsvdhyncblwlzxs, gsvdhyncbzmakwf, gsvdhyncbzgaxdg, gsvdhyncbzmaxdm, gsvdhyncbiaqadk", "label": {"final": ["gsvdh", "g", "gsvdhyncb", "gsvdhyncbzm", "gsvdhyncbzma", "gsvdhyncbzma", "gsvdhyncbzma", "gsvdhyncbzm", "gsvd", "gsvdhyncbz", "gsvdhyncb", "gsvdhyncbzma", "gsvdhyncbz", "gsvdhyncbzmaxdm"], "init": [""], "intermediate": ["gsvdh", "g", "gsvdhyncb", "gsvdhyncbzm", "gsvdhyncbzma", "gsvdhyncbzma", "gsvdhyncbzma", "gsvdhyncbzm", "gsvd", "gsvdhyncbz", "gsvdhyncb", "gsvdhyncbzma", "gsvdhyncbz"]}, "config": {"candidate": ["gsvdhlizfxktouj", "gqkxpvrhuwbnkvf", "gsvdhyncbqyscxl", "gsvdhyncbzmnpkz", "gsvdhyncbzmahko", "gsvdhyncbzmahqe", "gsvdhyncbzmahmc", "gsvdhyncbzmjasm", "gsvdolrnjvizhgf", "gsvdhyncbzfnzcs", "gsvdhyncblwlzxs", "gsvdhyncbzmakwf", "gsvdhyncbzgaxdg", "gsvdhyncbzmaxdm", "gsvdhyncbiaqadk"], "length": 15, "num_candidate": 14, "target": "gsvdhyncbzmaxdm"}, "task_name": "task13", "example_name": "0120", "problem_name": "task13_0120"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: bhzilolxtnjiknr\nCandidate: bhzilolxtnjikem, bhzilolxgihhlvl, bhzilolvnemodla, bhzilolxtwrusht, bhzilolxtnjywqj, bhzikaegesmwfno, bhtwfbqkwuthtqo, bhfqpgyyxafhgea, bhzilohncpmybsz, bhzilolxtnjsoio, bhzilmljxloibdp, bfwiajklmsmdegd, bhzilolxvxhqmnm, bhzilolxtnjiknr, bhzilolxtxdnydz, bhzilolxtnjiknr, bhhmsdfvznqgjdq, bhezoegnnggzelu, bbfyrhyjqmtokis, bhzilooqrpwqbqh", "label": {"final": ["bhzilolxtnjik", "bhzilolx", "bhzilol", "bhzilolxt", "bhzilolxtnj", "bhzi", "bh", "bh", "bhzilo", "bhzilolxtnj", "bhzil", "b", "bhzilolx", "bhzilolxtnjiknr"], "init": [""], "intermediate": ["bhzilolxtnjik", "bhzilolx", "bhzilol", "bhzilolxt", "bhzilolxtnj", "bhzi", "bh", "bh", "bhzilo", "bhzilolxtnj", "bhzil", "b", "bhzilolx"]}, "config": {"candidate": ["bhzilolxtnjikem", "bhzilolxgihhlvl", "bhzilolvnemodla", "bhzilolxtwrusht", "bhzilolxtnjywqj", "bhzikaegesmwfno", "bhtwfbqkwuthtqo", "bhfqpgyyxafhgea", "bhzilohncpmybsz", "bhzilolxtnjsoio", "bhzilmljxloibdp", "bfwiajklmsmdegd", "bhzilolxvxhqmnm", "bhzilolxtnjiknr", "bhzilolxtxdnydz", "bhzilolxtnjiknr", "bhhmsdfvznqgjdq", "bhezoegnnggzelu", "bbfyrhyjqmtokis", "bhzilooqrpwqbqh"], "length": 15, "num_candidate": 19, "target": "bhzilolxtnjiknr"}, "task_name": "task13", "example_name": "0121", "problem_name": "task13_0121"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: zafoumpyajusjua\nCandidate: zaforjkbnqazolo, zafoumpyajusjao, zagragamerurzko, zakgdvynfjlfqmv, zafoumpyaasxebj, zafoumpjfixjgru, zbytwneqhobsljy, zafoumpyhluxicw, zfudufbgnlpkkpu, zafoumpyoukdoxc, zafoumpyajjnpcl, zafmytirbjlyreh, zqdviqdqdehciia, zafoumpyajusjua, zafoumpylbjnmqk, zafohugcjxhuqzb, zafoumqbjeokxzm, zafoumpyajusjqs, zafwmvxivfghlco, zafoumpyajusjar", "label": {"final": ["zafo", "zafoumpyajusj", "za", "za", "zafoumpya", "zafoump", "z", "zafoumpy", "z", "zafoumpy", "zafoumpyaj", "zaf", "z", "zafoumpyajusjua"], "init": [""], "intermediate": ["zafo", "zafoumpyajusj", "za", "za", "zafoumpya", "zafoump", "z", "zafoumpy", "z", "zafoumpy", "zafoumpyaj", "zaf", "z"]}, "config": {"candidate": ["zaforjkbnqazolo", "zafoumpyajusjao", "zagragamerurzko", "zakgdvynfjlfqmv", "zafoumpyaasxebj", "zafoumpjfixjgru", "zbytwneqhobsljy", "zafoumpyhluxicw", "zfudufbgnlpkkpu", "zafoumpyoukdoxc", "zafoumpyajjnpcl", "zafmytirbjlyreh", "zqdviqdqdehciia", "zafoumpyajusjua", "zafoumpylbjnmqk", "zafohugcjxhuqzb", "zafoumqbjeokxzm", "zafoumpyajusjqs", "zafwmvxivfghlco", "zafoumpyajusjar"], "length": 15, "num_candidate": 19, "target": "zafoumpyajusjua"}, "task_name": "task13", "example_name": "0122", "problem_name": "task13_0122"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: btjhpubxddmboxr\nCandidate: btjhpvpjiykupag, btjhpubxgglyhvd, btjhpubxddmboxs, btjhpubxddmboxd, btjhpubxdysxjjm, btjhpubxddmbnhe, btjvbbjokqoihfi, btcgdeavkcbuwac, btjhpubxddmbort, btjhpubxddmboxk, btjhpubsgzpkmsh, btjhpubxqeyisxh, btjhpubxwyjohum, btjhpubxddmboxr, bcauuzqhcywreim, byofcjrvhnpmcyt, btjhpubxddmcvnc, btjhpubxddkbbxo, btjhpubxddmboxr, btjhwhfrmiuyxkz, bjtsyoobtjqqoxt, btjheseahphifju", "label": {"final": ["btjhp", "btjhpubx", "btjhpubxddmbox", "btjhpubxddmbox", "btjhpubxd", "btjhpubxddmb", "btj", "bt", "btjhpubxddmbo", "btjhpubxddmbox", "btjhpub", "btjhpubx", "btjhpubx", "btjhpubxddmboxr"], "init": [""], "intermediate": ["btjhp", "btjhpubx", "btjhpubxddmbox", "btjhpubxddmbox", "btjhpubxd", "btjhpubxddmb", "btj", "bt", "btjhpubxddmbo", "btjhpubxddmbox", "btjhpub", "btjhpubx", "btjhpubx"]}, "config": {"candidate": ["btjhpvpjiykupag", "btjhpubxgglyhvd", "btjhpubxddmboxs", "btjhpubxddmboxd", "btjhpubxdysxjjm", "btjhpubxddmbnhe", "btjvbbjokqoihfi", "btcgdeavkcbuwac", "btjhpubxddmbort", "btjhpubxddmboxk", "btjhpubsgzpkmsh", "btjhpubxqeyisxh", "btjhpubxwyjohum", "btjhpubxddmboxr", "bcauuzqhcywreim", "byofcjrvhnpmcyt", "btjhpubxddmcvnc", "btjhpubxddkbbxo", "btjhpubxddmboxr", "btjhwhfrmiuyxkz", "bjtsyoobtjqqoxt", "btjheseahphifju"], "length": 15, "num_candidate": 21, "target": "btjhpubxddmboxr"}, "task_name": "task13", "example_name": "0123", "problem_name": "task13_0123"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: bqfbjfdlmcwshep\nCandidate: bqfbjfdlmcwyseq, bqfbjvekuzeouyg, bqftgfvuztkkyav, bqebteomcmdgxfd, bqfbjfdmvkskxdw, bqfbjfdgwmzcnbe, bqfbjvmbjmppmxx, bqfbjtbgvsfgprc, bqfvppvmtwmexyk, bqqgfkfpdyeffog, bqfbjfdlmcwsmkm, bqffkpuaaihrnls, bqfbjfdqbyxgkhx, bqfbjfdlmcwshep, bjpfwvwsmjzaigc, bqgrgnmdgsktbkd, bqfbjfdlmcwsheg, bqfbjmusimwmsjs, bqfbjfdlmuxbntw, bqfbjdxymnkhsdd, bjhwnqhvpjuypww, bqfbmrtecenbjzy, bqfbjfdlmcwshep", "label": {"final": ["bqfbjfdlmcw", "bqfbj", "bqf", "bq", "bqfbjfd", "bqfbjfd", "bqfbj", "bqfbj", "bqf", "bq", "bqfbjfdlmcws", "bqf", "bqfbjfd", "bqfbjfdlmcwshep"], "init": [""], "intermediate": ["bqfbjfdlmcw", "bqfbj", "bqf", "bq", "bqfbjfd", "bqfbjfd", "bqfbj", "bqfbj", "bqf", "bq", "bqfbjfdlmcws", "bqf", "bqfbjfd"]}, "config": {"candidate": ["bqfbjfdlmcwyseq", "bqfbjvekuzeouyg", "bqftgfvuztkkyav", "bqebteomcmdgxfd", "bqfbjfdmvkskxdw", "bqfbjfdgwmzcnbe", "bqfbjvmbjmppmxx", "bqfbjtbgvsfgprc", "bqfvppvmtwmexyk", "bqqgfkfpdyeffog", "bqfbjfdlmcwsmkm", "bqffkpuaaihrnls", "bqfbjfdqbyxgkhx", "bqfbjfdlmcwshep", "bjpfwvwsmjzaigc", "bqgrgnmdgsktbkd", "bqfbjfdlmcwsheg", "bqfbjmusimwmsjs", "bqfbjfdlmuxbntw", "bqfbjdxymnkhsdd", "bjhwnqhvpjuypww", "bqfbmrtecenbjzy", "bqfbjfdlmcwshep"], "length": 15, "num_candidate": 22, "target": "bqfbjfdlmcwshep"}, "task_name": "task13", "example_name": "0124", "problem_name": "task13_0124"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: pupjbfnmpjctvsf\nCandidate: pupjbfnsbefbhgh, pupjbfnmpjctxmu, pupjbfnmpjdxcjg, pupjbfnmpjctvzj, pufhieeakbovzhb, pupjbfnmjsknmca, pupjbynmpjctvsy, pupjbinmpjctvsi, pupjubligtfisce, pupjbjnmpjctvsj, pupjqjzukllhcba, pupjbvnmpjctvsv, pupjbanmpjctvsa, pupjbfnmpjctvsf, pupjbfnajzsenlw, pupjbfnmpjqcozr, pupjbfssazjqfjk", "label": {"final": ["pupjbfn", "pupjbfnmpjct", "pupjbfnmpj", "pupjbfnmpjctv", "pu", "pupjbfnm", "pupjb", "pupjb", "pupj", "pupjb", "pupj", "pupjb", "pupjb", "pupjbfnmpjctvsf"], "init": [""], "intermediate": ["pupjbfn", "pupjbfnmpjct", "pupjbfnmpj", "pupjbfnmpjctv", "pu", "pupjbfnm", "pupjb", "pupjb", "pupj", "pupjb", "pupj", "pupjb", "pupjb"]}, "config": {"candidate": ["pupjbfnsbefbhgh", "pupjbfnmpjctxmu", "pupjbfnmpjdxcjg", "pupjbfnmpjctvzj", "pufhieeakbovzhb", "pupjbfnmjsknmca", "pupjbynmpjctvsy", "pupjbinmpjctvsi", "pupjubligtfisce", "pupjbjnmpjctvsj", "pupjqjzukllhcba", "pupjbvnmpjctvsv", "pupjbanmpjctvsa", "pupjbfnmpjctvsf", "pupjbfnajzsenlw", "pupjbfnmpjqcozr", "pupjbfssazjqfjk"], "length": 15, "num_candidate": 16, "target": "pupjbfnmpjctvsf"}, "task_name": "task13", "example_name": "0125", "problem_name": "task13_0125"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: fkaxjnzvawjhhwl\nCandidate: fkaxjnzvawjhhab, fkaxjnzvdoovkjm, fkaxjnzvawjhhvo, fkaxjnzhqggqwls, fkaxjnzvawspbpw, fkaxypylxeghell, fkaxjnznpjbchup, fkadtfrrpnxcgvk, fkasbnmubrnpzut, fkaxjnzvawjhlhw, fkaxehdlyjedqic, fkaxjnzvawanaqq, fkrufuuhkdezqar, fkaxjnzvawjhhwl, fkaxjnekqzszmwa, fkaxpihorsbvzhi, fzeekhtewzgjccx, fkaxjnzvawtrjmf", "label": {"final": ["fkaxjnzvawjhh", "fkaxjnzv", "fkaxjnzvawjhh", "fkaxjnz", "fkaxjnzvaw", "fkax", "fkaxjnz", "fka", "fka", "fkaxjnzvawjh", "fkax", "fkaxjnzvaw", "fk", "fkaxjnzvawjhhwl"], "init": [""], "intermediate": ["fkaxjnzvawjhh", "fkaxjnzv", "fkaxjnzvawjhh", "fkaxjnz", "fkaxjnzvaw", "fkax", "fkaxjnz", "fka", "fka", "fkaxjnzvawjh", "fkax", "fkaxjnzvaw", "fk"]}, "config": {"candidate": ["fkaxjnzvawjhhab", "fkaxjnzvdoovkjm", "fkaxjnzvawjhhvo", "fkaxjnzhqggqwls", "fkaxjnzvawspbpw", "fkaxypylxeghell", "fkaxjnznpjbchup", "fkadtfrrpnxcgvk", "fkasbnmubrnpzut", "fkaxjnzvawjhlhw", "fkaxehdlyjedqic", "fkaxjnzvawanaqq", "fkrufuuhkdezqar", "fkaxjnzvawjhhwl", "fkaxjnekqzszmwa", "fkaxpihorsbvzhi", "fzeekhtewzgjccx", "fkaxjnzvawtrjmf"], "length": 15, "num_candidate": 17, "target": "fkaxjnzvawjhhwl"}, "task_name": "task13", "example_name": "0126", "problem_name": "task13_0126"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ekbgzepwcqdaljd\nCandidate: ekbgzepwcqdallm, ekbgzepwcqzuthf, ekbgzepwcqdbxfa, ekbgzepwcqraljr, ekbgzepzwxmzkyy, ekbgzepwcviuwjd, ekbgzepwqnbmeys, ekbgzeymvwljexn, ekbgfxdyownyxip, ekbgzepwcqawpzs, ekbgzepieyblsdr, ekbgzetlxbvamrm, ekbgzepwpnhogui, ekbgzepwcqdaljd, ekbgzepodlhvkop, ekbgzehoaluogmp, ekbgzepwedjcdtg", "label": {"final": ["ekbgzepwcqdal", "ekbgzepwcq", "ekbgzepwcqd", "ekbgzepwcq", "ekbgzep", "ekbgzepwc", "ekbgzepw", "ekbgze", "ekbg", "ekbgzepwcq", "ekbgzep", "ekbgze", "ekbgzepw", "ekbgzepwcqdaljd"], "init": [""], "intermediate": ["ekbgzepwcqdal", "ekbgzepwcq", "ekbgzepwcqd", "ekbgzepwcq", "ekbgzep", "ekbgzepwc", "ekbgzepw", "ekbgze", "ekbg", "ekbgzepwcq", "ekbgzep", "ekbgze", "ekbgzepw"]}, "config": {"candidate": ["ekbgzepwcqdallm", "ekbgzepwcqzuthf", "ekbgzepwcqdbxfa", "ekbgzepwcqraljr", "ekbgzepzwxmzkyy", "ekbgzepwcviuwjd", "ekbgzepwqnbmeys", "ekbgzeymvwljexn", "ekbgfxdyownyxip", "ekbgzepwcqawpzs", "ekbgzepieyblsdr", "ekbgzetlxbvamrm", "ekbgzepwpnhogui", "ekbgzepwcqdaljd", "ekbgzepodlhvkop", "ekbgzehoaluogmp", "ekbgzepwedjcdtg"], "length": 15, "num_candidate": 16, "target": "ekbgzepwcqdaljd"}, "task_name": "task13", "example_name": "0127", "problem_name": "task13_0127"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: powwykymjquulpl\nCandidate: pxurgdwxnviwngy, powwykymjquufpf, powwykymjquusye, powwykymruvbjkr, powwykymjquuneb, powwyxqclqavpul, powwykmnbhihkkj, powwykymjquanjm, powwycescoilqmr, powwoqzawqxemlq, powwykymjcpmqsd, powwykymjwifcun, pluturcsseualzi, powwykymjquulpl, powwykymzhtbkqa, powwykymjquulzt, powwykymjquulpl, powwykymjquuwpw, powwykymjquulpl", "label": {"final": ["p", "powwykymjquu", "powwykymjquu", "powwykym", "powwykymjquu", "powwy", "powwyk", "powwykymjqu", "powwy", "poww", "powwykymj", "powwykymj", "p", "powwykymjquulpl"], "init": [""], "intermediate": ["p", "powwykymjquu", "powwykymjquu", "powwykym", "powwykymjquu", "powwy", "powwyk", "powwykymjqu", "powwy", "poww", "powwykymj", "powwykymj", "p"]}, "config": {"candidate": ["pxurgdwxnviwngy", "powwykymjquufpf", "powwykymjquusye", "powwykymruvbjkr", "powwykymjquuneb", "powwyxqclqavpul", "powwykmnbhihkkj", "powwykymjquanjm", "powwycescoilqmr", "powwoqzawqxemlq", "powwykymjcpmqsd", "powwykymjwifcun", "pluturcsseualzi", "powwykymjquulpl", "powwykymzhtbkqa", "powwykymjquulzt", "powwykymjquulpl", "powwykymjquuwpw", "powwykymjquulpl"], "length": 15, "num_candidate": 18, "target": "powwykymjquulpl"}, "task_name": "task13", "example_name": "0128", "problem_name": "task13_0128"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: xifumfmalapswfh\nCandidate: xifumfmalapswfk, xifumfmalapswfj, xifumfukvhdljzj, xidqdsyiqpqhvfc, xifumfmalapswtb, xifuhqcttontxxf, xifumfjjtgktucq, xifumfmalayffef, xisedzkmyirlzri, xifumfmalapxqpr, xiwgvvdaiexwlzj, xifisdketkggavy, xifumfmalapssyh, xifumfmalapswfh, xifelbbvvvomjtf, xiilqzmprjjjkpn, xifumfmtigglsjy, xifumfhbngjphms, xifumfmalnryoce, xiythcfyzytzyll", "label": {"final": ["xifumfmalapswf", "xifumfmalapswf", "xifumf", "xi", "xifumfmalapsw", "xifu", "xifumf", "xifumfmala", "xi", "xifumfmalap", "xi", "xif", "xifumfmalaps", "xifumfmalapswfh"], "init": [""], "intermediate": ["xifumfmalapswf", "xifumfmalapswf", "xifumf", "xi", "xifumfmalapsw", "xifu", "xifumf", "xifumfmala", "xi", "xifumfmalap", "xi", "xif", "xifumfmalaps"]}, "config": {"candidate": ["xifumfmalapswfk", "xifumfmalapswfj", "xifumfukvhdljzj", "xidqdsyiqpqhvfc", "xifumfmalapswtb", "xifuhqcttontxxf", "xifumfjjtgktucq", "xifumfmalayffef", "xisedzkmyirlzri", "xifumfmalapxqpr", "xiwgvvdaiexwlzj", "xifisdketkggavy", "xifumfmalapssyh", "xifumfmalapswfh", "xifelbbvvvomjtf", "xiilqzmprjjjkpn", "xifumfmtigglsjy", "xifumfhbngjphms", "xifumfmalnryoce", "xiythcfyzytzyll"], "length": 15, "num_candidate": 19, "target": "xifumfmalapswfh"}, "task_name": "task13", "example_name": "0129", "problem_name": "task13_0129"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: bnbfmfwqresksawt\nCandidate: bnbfmfwqresksawd, bnbfmfwqresphqrz, bnbfmfwqresksamd, bvwlzekmgiqaeczy, bnbfmspmtxxebfnv, bungeyrvhodlrkeo, bnbfmfwqresksawl, bnbfmfwdsjorsshc, bnbflyxqehuuhpfu, bnbfmfwqrewcudht, bnbfmfwqcmystxky, bnbfmrpnafvuugfp, bnbfmfwqrujwfcls, bmqolkxpfxdppwtg, bnbfmfwqresksawt, bnbfmfxhricgbrnq", "label": {"final": ["bnbfmfwqresksaw", "bnbfmfwqres", "bnbfmfwqresksa", "b", "bnbfm", "b", "bnbfmfwqresksaw", "bnbfmfw", "bnbf", "bnbfmfwqre", "bnbfmfwq", "bnbfm", "bnbfmfwqr", "b", "bnbfmfwqresksawt"], "init": [""], "intermediate": ["bnbfmfwqresksaw", "bnbfmfwqres", "bnbfmfwqresksa", "b", "bnbfm", "b", "bnbfmfwqresksaw", "bnbfmfw", "bnbf", "bnbfmfwqre", "bnbfmfwq", "bnbfm", "bnbfmfwqr", "b"]}, "config": {"candidate": ["bnbfmfwqresksawd", "bnbfmfwqresphqrz", "bnbfmfwqresksamd", "bvwlzekmgiqaeczy", "bnbfmspmtxxebfnv", "bungeyrvhodlrkeo", "bnbfmfwqresksawl", "bnbfmfwdsjorsshc", "bnbflyxqehuuhpfu", "bnbfmfwqrewcudht", "bnbfmfwqcmystxky", "bnbfmrpnafvuugfp", "bnbfmfwqrujwfcls", "bmqolkxpfxdppwtg", "bnbfmfwqresksawt", "bnbfmfxhricgbrnq"], "length": 16, "num_candidate": 15, "target": "bnbfmfwqresksawt"}, "task_name": "task13", "example_name": "0130", "problem_name": "task13_0130"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: lhqnjipdrsrlnifo\nCandidate: lhqnjipdrjcehonj, lhqnjsmfeidrvsae, lhqnjipdrsrlnhhh, lhqnjipjvdznhqxs, lhqnjipdrsrlhswi, lhqnjipdrsrlhqzy, lygazwrttsufaami, lhqnjipdrdmvzsmy, lhqnjipdrpedkkjy, lhqnjipldudvfeah, lhqnjipdrsrzyhsx, lhqnjipdrigtsjju, lejlofxtffyfihep, lhqnjipdrsrlpeey, lhqnjipdrsrlnifo, lhqnjipdrupuqnme, lhqniynihcojgtnd, lhqnjrryhlxrmtwq, lhqnjipdxvkmdaba, lhqnjipdrsrlnift, lhqnjupicjcicgmv, lhqnjipdrsrlnifm, lhqnjipdrsrlndvw, lhqnqqzxrvpkaxqe", "label": {"final": ["lhqnjipdr", "lhqnj", "lhqnjipdrsrln", "lhqnjip", "lhqnjipdrsrl", "lhqnjipdrsrl", "l", "lhqnjipdr", "lhqnjipdr", "lhqnjip", "lhqnjipdrsr", "lhqnjipdr", "l", "lhqnjipdrsrl", "lhqnjipdrsrlnifo"], "init": [""], "intermediate": ["lhqnjipdr", "lhqnj", "lhqnjipdrsrln", "lhqnjip", "lhqnjipdrsrl", "lhqnjipdrsrl", "l", "lhqnjipdr", "lhqnjipdr", "lhqnjip", "lhqnjipdrsr", "lhqnjipdr", "l", "lhqnjipdrsrl"]}, "config": {"candidate": ["lhqnjipdrjcehonj", "lhqnjsmfeidrvsae", "lhqnjipdrsrlnhhh", "lhqnjipjvdznhqxs", "lhqnjipdrsrlhswi", "lhqnjipdrsrlhqzy", "lygazwrttsufaami", "lhqnjipdrdmvzsmy", "lhqnjipdrpedkkjy", "lhqnjipldudvfeah", "lhqnjipdrsrzyhsx", "lhqnjipdrigtsjju", "lejlofxtffyfihep", "lhqnjipdrsrlpeey", "lhqnjipdrsrlnifo", "lhqnjipdrupuqnme", "lhqniynihcojgtnd", "lhqnjrryhlxrmtwq", "lhqnjipdxvkmdaba", "lhqnjipdrsrlnift", "lhqnjupicjcicgmv", "lhqnjipdrsrlnifm", "lhqnjipdrsrlndvw", "lhqnqqzxrvpkaxqe"], "length": 16, "num_candidate": 23, "target": "lhqnjipdrsrlnifo"}, "task_name": "task13", "example_name": "0131", "problem_name": "task13_0131"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: yuekuknrbktypgrr\nCandidate: yuekuknrbktyxkpp, yuekukzeuxiwpofh, yuekuospssbkxzho, yuekuknytqbeuxrn, yqppihmnxixrleip, yuekukkouabugejy, yuekuknzbktypgzz, yuekuhtzfqsakbjj, yuekuknrbktymgns, yuekunkdtighcpkl, yuekuknrbktypusy, yuekuknrxpovdbrd, yuekuknrbktymrwc, yuejacbvvchsdznd, yuekuknrbktypgrr, yuekuknrbectafjq, yuekuknrbkxotgik, yuekuknrbktypgrr, yuekuknrbktmpjaf, yuekuknrbktxxdle", "label": {"final": ["yuekuknrbkty", "yuekuk", "yueku", "yuekukn", "y", "yuekuk", "yuekukn", "yueku", "yuekuknrbkty", "yueku", "yuekuknrbktyp", "yuekuknr", "yuekuknrbkty", "yue", "yuekuknrbktypgrr"], "init": [""], "intermediate": ["yuekuknrbkty", "yuekuk", "yueku", "yuekukn", "y", "yuekuk", "yuekukn", "yueku", "yuekuknrbkty", "yueku", "yuekuknrbktyp", "yuekuknr", "yuekuknrbkty", "yue"]}, "config": {"candidate": ["yuekuknrbktyxkpp", "yuekukzeuxiwpofh", "yuekuospssbkxzho", "yuekuknytqbeuxrn", "yqppihmnxixrleip", "yuekukkouabugejy", "yuekuknzbktypgzz", "yuekuhtzfqsakbjj", "yuekuknrbktymgns", "yuekunkdtighcpkl", "yuekuknrbktypusy", "yuekuknrxpovdbrd", "yuekuknrbktymrwc", "yuejacbvvchsdznd", "yuekuknrbktypgrr", "yuekuknrbectafjq", "yuekuknrbkxotgik", "yuekuknrbktypgrr", "yuekuknrbktmpjaf", "yuekuknrbktxxdle"], "length": 16, "num_candidate": 19, "target": "yuekuknrbktypgrr"}, "task_name": "task13", "example_name": "0132", "problem_name": "task13_0132"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: efxufjuxkqjxzhjq\nCandidate: efxufjuxkbrimkfy, efxufjuxkqjxaxls, efxufjuxkqjoqokh, efxufjuxkqjxzhqe, efxufjuxkjjxzhjj, efxisyletnfaxhwf, efyegaurzaowqzen, edqvpoyfmpclrppn, efxullylnygvmtwn, efxufjuhhnaqghrg, efxufjuxkqjxfjve, efxufjrodalwezrt, efxufjuxkqjxsvwf, efxufjrxszxrwaxy, efxufjuxkqjxzhjq, efxufmxdcsktjcog", "label": {"final": ["efxufjuxk", "efxufjuxkqjx", "efxufjuxkqj", "efxufjuxkqjxzh", "efxufjuxk", "efx", "ef", "e", "efxu", "efxufju", "efxufjuxkqjx", "efxufj", "efxufjuxkqjx", "efxufj", "efxufjuxkqjxzhjq"], "init": [""], "intermediate": ["efxufjuxk", "efxufjuxkqjx", "efxufjuxkqj", "efxufjuxkqjxzh", "efxufjuxk", "efx", "ef", "e", "efxu", "efxufju", "efxufjuxkqjx", "efxufj", "efxufjuxkqjx", "efxufj"]}, "config": {"candidate": ["efxufjuxkbrimkfy", "efxufjuxkqjxaxls", "efxufjuxkqjoqokh", "efxufjuxkqjxzhqe", "efxufjuxkjjxzhjj", "efxisyletnfaxhwf", "efyegaurzaowqzen", "edqvpoyfmpclrppn", "efxullylnygvmtwn", "efxufjuhhnaqghrg", "efxufjuxkqjxfjve", "efxufjrodalwezrt", "efxufjuxkqjxsvwf", "efxufjrxszxrwaxy", "efxufjuxkqjxzhjq", "efxufmxdcsktjcog"], "length": 16, "num_candidate": 15, "target": "efxufjuxkqjxzhjq"}, "task_name": "task13", "example_name": "0133", "problem_name": "task13_0133"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: jgqmjxpwbyirvttg\nCandidate: jgqmjpxpamownrco, jgqmjxpzxpxjholh, jzeiffaalphouswh, jgqmjxpwbyihxdki, jgqmjxpwbycvybux, jgqohpckpueflwrl, jgqmjxpwbyirvtrv, jtbynlfyreknvmay, jgqmjxpwbyjblhlv, jyutqmkanoeafnay, jgqmjxxznkygjfna, jgqmjxpwfsqbpuxz, jcqmjxpwbyirvttc, jgqmtliumafibquv, jgqmjxpwbyirvttg, jgqmjxpuogwzvcnu, jgqmjxpwbygwmjog, jgqmjxxqowumcmzy", "label": {"final": ["jgqmj", "jgqmjxp", "j", "jgqmjxpwbyi", "jgqmjxpwby", "jgq", "jgqmjxpwbyirvt", "j", "jgqmjxpwby", "j", "jgqmjx", "jgqmjxpw", "j", "jgqm", "jgqmjxpwbyirvttg"], "init": [""], "intermediate": ["jgqmj", "jgqmjxp", "j", "jgqmjxpwbyi", "jgqmjxpwby", "jgq", "jgqmjxpwbyirvt", "j", "jgqmjxpwby", "j", "jgqmjx", "jgqmjxpw", "j", "jgqm"]}, "config": {"candidate": ["jgqmjpxpamownrco", "jgqmjxpzxpxjholh", "jzeiffaalphouswh", "jgqmjxpwbyihxdki", "jgqmjxpwbycvybux", "jgqohpckpueflwrl", "jgqmjxpwbyirvtrv", "jtbynlfyreknvmay", "jgqmjxpwbyjblhlv", "jyutqmkanoeafnay", "jgqmjxxznkygjfna", "jgqmjxpwfsqbpuxz", "jcqmjxpwbyirvttc", "jgqmtliumafibquv", "jgqmjxpwbyirvttg", "jgqmjxpuogwzvcnu", "jgqmjxpwbygwmjog", "jgqmjxxqowumcmzy"], "length": 16, "num_candidate": 17, "target": "jgqmjxpwbyirvttg"}, "task_name": "task13", "example_name": "0134", "problem_name": "task13_0134"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: yyezzwuhfxqookgj\nCandidate: yyezzwuhfxqogdzy, yyenuqkwpuddcaav, yyeiycgkqpdqansx, yyezzwuhfxqlwekz, yyezzwupamhonhuf, yyezzwavfpbynije, yyezxokpcffvuzfp, yyezzwubpgpeapts, yyezzwfsfsvbdycx, yyezzwuhfxqookgi, yyezhggidywdztfp, yyezzwedtvhizpsm, yyezzwjxaxohpwpq, yaxwijoiaaoorjzt, yyezzwuhfxqookgj, yyezzwuhwhirseak, yyezzwuhjacymxpv, yyezzwuhfxqoongv, yyezzwuhfxqcyijr", "label": {"final": ["yyezzwuhfxqo", "yye", "yye", "yyezzwuhfxq", "yyezzwu", "yyezzw", "yyez", "yyezzwu", "yyezzw", "yyezzwuhfxqookg", "yyez", "yyezzw", "yyezzw", "y", "yyezzwuhfxqookgj"], "init": [""], "intermediate": ["yyezzwuhfxqo", "yye", "yye", "yyezzwuhfxq", "yyezzwu", "yyezzw", "yyez", "yyezzwu", "yyezzw", "yyezzwuhfxqookg", "yyez", "yyezzw", "yyezzw", "y"]}, "config": {"candidate": ["yyezzwuhfxqogdzy", "yyenuqkwpuddcaav", "yyeiycgkqpdqansx", "yyezzwuhfxqlwekz", "yyezzwupamhonhuf", "yyezzwavfpbynije", "yyezxokpcffvuzfp", "yyezzwubpgpeapts", "yyezzwfsfsvbdycx", "yyezzwuhfxqookgi", "yyezhggidywdztfp", "yyezzwedtvhizpsm", "yyezzwjxaxohpwpq", "yaxwijoiaaoorjzt", "yyezzwuhfxqookgj", "yyezzwuhwhirseak", "yyezzwuhjacymxpv", "yyezzwuhfxqoongv", "yyezzwuhfxqcyijr"], "length": 16, "num_candidate": 18, "target": "yyezzwuhfxqookgj"}, "task_name": "task13", "example_name": "0135", "problem_name": "task13_0135"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: zwoxzjpiwrjmsibo\nCandidate: zwoxzjpihwwdrbmf, zwoxzjpiwrjmsiyo, zwoxzjpiwrjmmgnv, zwoxzjpiwrlmbelr, zsxucvcsplqltdbt, zwoxzjpiwcehcjwt, zwoxzjpwkzdvpvth, zwoxrlolozuxqaxa, zwoxzjpiwrckbbih, zwoxzjpicfmmpgll, zwoxzjsbacgaqtxc, zwoaqjuukkkujbah, zwoxzjpiwrjmsiew, zwoxssfiowtwnodw, zwoxzjpiwrjmsibo, zwoxzjpiwrjvgdxy, zwoxzjpiwrjmsibo, zwvfbstgfsfarxtv", "label": {"final": ["zwoxzjpi", "zwoxzjpiwrjmsi", "zwoxzjpiwrjm", "zwoxzjpiwr", "z", "zwoxzjpiw", "zwoxzjp", "zwox", "zwoxzjpiwr", "zwoxzjpi", "zwoxzj", "zwo", "zwoxzjpiwrjmsi", "zwox", "zwoxzjpiwrjmsibo"], "init": [""], "intermediate": ["zwoxzjpi", "zwoxzjpiwrjmsi", "zwoxzjpiwrjm", "zwoxzjpiwr", "z", "zwoxzjpiw", "zwoxzjp", "zwox", "zwoxzjpiwr", "zwoxzjpi", "zwoxzj", "zwo", "zwoxzjpiwrjmsi", "zwox"]}, "config": {"candidate": ["zwoxzjpihwwdrbmf", "zwoxzjpiwrjmsiyo", "zwoxzjpiwrjmmgnv", "zwoxzjpiwrlmbelr", "zsxucvcsplqltdbt", "zwoxzjpiwcehcjwt", "zwoxzjpwkzdvpvth", "zwoxrlolozuxqaxa", "zwoxzjpiwrckbbih", "zwoxzjpicfmmpgll", "zwoxzjsbacgaqtxc", "zwoaqjuukkkujbah", "zwoxzjpiwrjmsiew", "zwoxssfiowtwnodw", "zwoxzjpiwrjmsibo", "zwoxzjpiwrjvgdxy", "zwoxzjpiwrjmsibo", "zwvfbstgfsfarxtv"], "length": 16, "num_candidate": 17, "target": "zwoxzjpiwrjmsibo"}, "task_name": "task13", "example_name": "0136", "problem_name": "task13_0136"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: zpnkyfaiqvbunpjs\nCandidate: zpxlfhxzdbwkarwt, zpnkyfaiqvbunpxr, zpnkyfxupjwsosqn, zpnmwwevrxrgzfld, zpnkyfabhtboqvdg, zpnkyfawzprlrhxu, zpnkyfaiqvjlyiwz, zpnkyvxxhpjjqskb, zpnkyfaippiwpyel, zpnkyfaiqvbunpnt, zpnkyfaiqvbunqdy, zptxfcqddigteadz, zpcapmhbidukdafe, zpnkyfaiqvbungay, zpnkyfaiqvbunpjs, zpnegzglrfjvhyqp, zpnkyfaiqvbunpjo, zpsnualvcubtplth, zpwuphtvvsutydlh, zphgkxxqfpiphjci, zpmlgqhieeujjxie, zpnkyfaiqvbunpjs, zrmitjhsquxsypqm", "label": {"final": ["zp", "zpnkyfaiqvbunp", "zpnkyf", "zpn", "zpnkyfa", "zpnkyfa", "zpnkyfaiqv", "zpnky", "zpnkyfai", "zpnkyfaiqvbunp", "zpnkyfaiqvbun", "zp", "zp", "zpnkyfaiqvbun", "zpnkyfaiqvbunpjs"], "init": [""], "intermediate": ["zp", "zpnkyfaiqvbunp", "zpnkyf", "zpn", "zpnkyfa", "zpnkyfa", "zpnkyfaiqv", "zpnky", "zpnkyfai", "zpnkyfaiqvbunp", "zpnkyfaiqvbun", "zp", "zp", "zpnkyfaiqvbun"]}, "config": {"candidate": ["zpxlfhxzdbwkarwt", "zpnkyfaiqvbunpxr", "zpnkyfxupjwsosqn", "zpnmwwevrxrgzfld", "zpnkyfabhtboqvdg", "zpnkyfawzprlrhxu", "zpnkyfaiqvjlyiwz", "zpnkyvxxhpjjqskb", "zpnkyfaippiwpyel", "zpnkyfaiqvbunpnt", "zpnkyfaiqvbunqdy", "zptxfcqddigteadz", "zpcapmhbidukdafe", "zpnkyfaiqvbungay", "zpnkyfaiqvbunpjs", "zpnegzglrfjvhyqp", "zpnkyfaiqvbunpjo", "zpsnualvcubtplth", "zpwuphtvvsutydlh", "zphgkxxqfpiphjci", "zpmlgqhieeujjxie", "zpnkyfaiqvbunpjs", "zrmitjhsquxsypqm"], "length": 16, "num_candidate": 22, "target": "zpnkyfaiqvbunpjs"}, "task_name": "task13", "example_name": "0137", "problem_name": "task13_0137"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: snbgwnbbokzpresp\nCandidate: sncommivbwiwjdup, snbgwnbwgvetleyr, snbgkigwwfcbiwfy, seaqoiueuizbfmjc, snbgwnbbokzwresw, snbgwnbbokzprejy, snbgwnbbokztrest, snbgwkuxzdukowkk, snbgwnbbokacjxeu, snbgwnkknzhzqusq, snbgwnbbokztgsdh, snbgwnbbtkqfzvfw, snbgwfnlrmutdttn, snbgwnbbokzpcckc, snbgwnbbokzpresp, snsntaztyzuaykno, snbgwniehiejqzpq", "label": {"final": ["sn", "snbgwnb", "snbg", "s", "snbgwnbbokz", "snbgwnbbokzpre", "snbgwnbbokz", "snbgw", "snbgwnbbok", "snbgwn", "snbgwnbbokz", "snbgwnbb", "snbgw", "snbgwnbbokzp", "snbgwnbbokzpresp"], "init": [""], "intermediate": ["sn", "snbgwnb", "snbg", "s", "snbgwnbbokz", "snbgwnbbokzpre", "snbgwnbbokz", "snbgw", "snbgwnbbok", "snbgwn", "snbgwnbbokz", "snbgwnbb", "snbgw", "snbgwnbbokzp"]}, "config": {"candidate": ["sncommivbwiwjdup", "snbgwnbwgvetleyr", "snbgkigwwfcbiwfy", "seaqoiueuizbfmjc", "snbgwnbbokzwresw", "snbgwnbbokzprejy", "snbgwnbbokztrest", "snbgwkuxzdukowkk", "snbgwnbbokacjxeu", "snbgwnkknzhzqusq", "snbgwnbbokztgsdh", "snbgwnbbtkqfzvfw", "snbgwfnlrmutdttn", "snbgwnbbokzpcckc", "snbgwnbbokzpresp", "snsntaztyzuaykno", "snbgwniehiejqzpq"], "length": 16, "num_candidate": 16, "target": "snbgwnbbokzpresp"}, "task_name": "task13", "example_name": "0138", "problem_name": "task13_0138"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: wrqsxmtsxslqrjzv\nCandidate: wbloggcsxpccsxul, waufovlzqdyontlp, wrqsxmtsxslnaolg, wrqsxmtsxtfarijd, wrquipwfcazwqyts, wrqsxmtsxslyolia, wrqsxmtsxslqrjzf, wrqsxmtsfglnfvqt, wrsxhvmrenfydlay, wrqevdtgfbnlncij, wrqsogtfylzbrsqo, wrrzhhwprvopmelb, wrqsxmtqnkekkfzy, wrqsxmtsxslqrjzf, wrqsxmtsxslqrjzv, wrqfkxomeaegmgoj, wrqsxmtsxsluuhac, wrqsxmtsxslqrjdm, wrqsfdkcdudauewd", "label": {"final": ["w", "w", "wrqsxmtsxsl", "wrqsxmtsx", "wrq", "wrqsxmtsxsl", "wrqsxmtsxslqrjz", "wrqsxmts", "wr", "wrq", "wrqs", "wr", "wrqsxmt", "wrqsxmtsxslqrjz", "wrqsxmtsxslqrjzv"], "init": [""], "intermediate": ["w", "w", "wrqsxmtsxsl", "wrqsxmtsx", "wrq", "wrqsxmtsxsl", "wrqsxmtsxslqrjz", "wrqsxmts", "wr", "wrq", "wrqs", "wr", "wrqsxmt", "wrqsxmtsxslqrjz"]}, "config": {"candidate": ["wbloggcsxpccsxul", "waufovlzqdyontlp", "wrqsxmtsxslnaolg", "wrqsxmtsxtfarijd", "wrquipwfcazwqyts", "wrqsxmtsxslyolia", "wrqsxmtsxslqrjzf", "wrqsxmtsfglnfvqt", "wrsxhvmrenfydlay", "wrqevdtgfbnlncij", "wrqsogtfylzbrsqo", "wrrzhhwprvopmelb", "wrqsxmtqnkekkfzy", "wrqsxmtsxslqrjzf", "wrqsxmtsxslqrjzv", "wrqfkxomeaegmgoj", "wrqsxmtsxsluuhac", "wrqsxmtsxslqrjdm", "wrqsfdkcdudauewd"], "length": 16, "num_candidate": 18, "target": "wrqsxmtsxslqrjzv"}, "task_name": "task13", "example_name": "0139", "problem_name": "task13_0139"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: lgwhzxnzobpjkquoo\nCandidate: lgwhzxnzoblpvuomc, lgwhzxnzobpjceyhy, lgwhzxnzsbpjkquss, lgwhzxnteaplxplzt, lgwhzyeikipzdpstx, lgwhzxnzobyvxekxl, lgwhzkgebrwnfvspr, lgwhzxnzodpudctmz, lgwhzxnzobpjkqglp, lbztmihbaqaukazvx, lgwhkmgneziltgwbu, lgwhzxnyivajnzftl, lgwhzquwphykuzhfe, lgwhzxnzobpjkytjc, lgwhzxncdcbriiamv, lgwhzxnzobpjkquoo, lgwhzxnzobnbhpatk, lgwhzxnzobpjkqqkh, lgwhzxnzobpjkvhbx, lgwhzxnzobpjkybuw, lgwhzxnzobpjkqnsv, lgwdoeyndqhkcuwfl, lgwhzxnzobpkhmqdt", "label": {"final": ["lgwhzxnzob", "lgwhzxnzobpj", "lgwhzxnz", "lgwhzxn", "lgwhz", "lgwhzxnzob", "lgwhz", "lgwhzxnzo", "lgwhzxnzobpjkq", "l", "lgwh", "lgwhzxn", "lgwhz", "lgwhzxnzobpjk", "lgwhzxn", "lgwhzxnzobpjkquoo"], "init": [""], "intermediate": ["lgwhzxnzob", "lgwhzxnzobpj", "lgwhzxnz", "lgwhzxn", "lgwhz", "lgwhzxnzob", "lgwhz", "lgwhzxnzo", "lgwhzxnzobpjkq", "l", "lgwh", "lgwhzxn", "lgwhz", "lgwhzxnzobpjk", "lgwhzxn"]}, "config": {"candidate": ["lgwhzxnzoblpvuomc", "lgwhzxnzobpjceyhy", "lgwhzxnzsbpjkquss", "lgwhzxnteaplxplzt", "lgwhzyeikipzdpstx", "lgwhzxnzobyvxekxl", "lgwhzkgebrwnfvspr", "lgwhzxnzodpudctmz", "lgwhzxnzobpjkqglp", "lbztmihbaqaukazvx", "lgwhkmgneziltgwbu", "lgwhzxnyivajnzftl", "lgwhzquwphykuzhfe", "lgwhzxnzobpjkytjc", "lgwhzxncdcbriiamv", "lgwhzxnzobpjkquoo", "lgwhzxnzobnbhpatk", "lgwhzxnzobpjkqqkh", "lgwhzxnzobpjkvhbx", "lgwhzxnzobpjkybuw", "lgwhzxnzobpjkqnsv", "lgwdoeyndqhkcuwfl", "lgwhzxnzobpkhmqdt"], "length": 17, "num_candidate": 22, "target": "lgwhzxnzobpjkquoo"}, "task_name": "task13", "example_name": "0140", "problem_name": "task13_0140"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: batmzvlhufbdnmfjg\nCandidate: batmzvlhufbdnmfjs, batmzvlhungtanajx, batmzvlhufbdperei, batmzvlhuuhvgvpfd, bydbonitesorbgsnp, batmzvlhufbjldkln, bgqshkmdcpkeklohg, batmzvlhufbdnmyes, batmzvlhucnydlnef, batmzvlhufbpwedbn, batmzwcsqnnvnegdx, batmzeupsmoyierpd, batmzvlhufptetevt, batmzvlhuornchelj, batmzvlhufnuqhodh, batmzvlhufbdnmfjg, batmzvlhufbdnmfqa, batmzvlhufbvbioye, batmzvlhrpxqpoqyl, batmztvoxmzldwswj", "label": {"final": ["batmzvlhufbdnmfj", "batmzvlhu", "batmzvlhufbd", "batmzvlhu", "b", "batmzvlhufb", "b", "batmzvlhufbdnm", "batmzvlhu", "batmzvlhufb", "batmz", "batmz", "batmzvlhuf", "batmzvlhu", "batmzvlhuf", "batmzvlhufbdnmfjg"], "init": [""], "intermediate": ["batmzvlhufbdnmfj", "batmzvlhu", "batmzvlhufbd", "batmzvlhu", "b", "batmzvlhufb", "b", "batmzvlhufbdnm", "batmzvlhu", "batmzvlhufb", "batmz", "batmz", "batmzvlhuf", "batmzvlhu", "batmzvlhuf"]}, "config": {"candidate": ["batmzvlhufbdnmfjs", "batmzvlhungtanajx", "batmzvlhufbdperei", "batmzvlhuuhvgvpfd", "bydbonitesorbgsnp", "batmzvlhufbjldkln", "bgqshkmdcpkeklohg", "batmzvlhufbdnmyes", "batmzvlhucnydlnef", "batmzvlhufbpwedbn", "batmzwcsqnnvnegdx", "batmzeupsmoyierpd", "batmzvlhufptetevt", "batmzvlhuornchelj", "batmzvlhufnuqhodh", "batmzvlhufbdnmfjg", "batmzvlhufbdnmfqa", "batmzvlhufbvbioye", "batmzvlhrpxqpoqyl", "batmztvoxmzldwswj"], "length": 17, "num_candidate": 19, "target": "batmzvlhufbdnmfjg"}, "task_name": "task13", "example_name": "0141", "problem_name": "task13_0141"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: wchvnbtsqqmrqcibj\nCandidate: wqlhdjxefhynydhry, wchvnbtsqqmnvsymo, wchvnbtsqcfwtgsbo, wguggbhwsrxphadyp, wchvnbtsrkifirzic, wchvnbtsqqzlvywdg, wcegyfxngjsbyokii, wcgnbckapofcgtpam, wchvhaaudfkrrbuzj, wchvnbtqwkacqnqwr, wchvnbtsqqmrdozrh, wchvnbtsqqmrqcikw, wchvnldxfaqfwtklb, wchvnbtsqqmrqcibp, wchvnbtsqezzuwhqz, wchvnbtsqqmrqcibj, wchvnbtsqqmrqdafx, wchvnbtsqmjpaftus, wchvnbtsqqmrqcibj, wcdimugtqfcxqzoyr, wchvnbtsqqmrqymag, wxnzjuwttfpidkjfi, wchvnbtsqqmqwrgjk, wchvnbtsqqmrqcozy, wvulstrzlvsvdaexx", "label": {"final": ["w", "wchvnbtsqqm", "wchvnbtsq", "w", "wchvnbts", "wchvnbtsqq", "wc", "wc", "wchv", "wchvnbt", "wchvnbtsqqmr", "wchvnbtsqqmrqci", "wchvn", "wchvnbtsqqmrqcib", "wchvnbtsq", "wchvnbtsqqmrqcibj"], "init": [""], "intermediate": ["w", "wchvnbtsqqm", "wchvnbtsq", "w", "wchvnbts", "wchvnbtsqq", "wc", "wc", "wchv", "wchvnbt", "wchvnbtsqqmr", "wchvnbtsqqmrqci", "wchvn", "wchvnbtsqqmrqcib", "wchvnbtsq"]}, "config": {"candidate": ["wqlhdjxefhynydhry", "wchvnbtsqqmnvsymo", "wchvnbtsqcfwtgsbo", "wguggbhwsrxphadyp", "wchvnbtsrkifirzic", "wchvnbtsqqzlvywdg", "wcegyfxngjsbyokii", "wcgnbckapofcgtpam", "wchvhaaudfkrrbuzj", "wchvnbtqwkacqnqwr", "wchvnbtsqqmrdozrh", "wchvnbtsqqmrqcikw", "wchvnldxfaqfwtklb", "wchvnbtsqqmrqcibp", "wchvnbtsqezzuwhqz", "wchvnbtsqqmrqcibj", "wchvnbtsqqmrqdafx", "wchvnbtsqmjpaftus", "wchvnbtsqqmrqcibj", "wcdimugtqfcxqzoyr", "wchvnbtsqqmrqymag", "wxnzjuwttfpidkjfi", "wchvnbtsqqmqwrgjk", "wchvnbtsqqmrqcozy", "wvulstrzlvsvdaexx"], "length": 17, "num_candidate": 24, "target": "wchvnbtsqqmrqcibj"}, "task_name": "task13", "example_name": "0142", "problem_name": "task13_0142"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: yqxtcwzhnvtiwojrs\nCandidate: yqxtcevblhtdmdsjg, yqxtcwzhnvtiwojsh, yqxtcwzhnvtzynmwc, yqxtcwzhqcryrxtvi, yqxtebknxprhwrmvu, yqxtcwzhtfnvbznug, yqxtrcllfmkftxgcr, ytmiumfvxrttxsrnp, yqxrfwrtukfhaycfj, yqxtcwzhnvtikpkbv, yqxtcwzhmoextdstf, yqxttjahgkxsawpht, yvrodhvaxnxapnckt, yqxtcwzhnvtiwojbe, yqxtcwzhuykqqwban, yqxtcwzhnvtiwojrs, yqxtcwogwlcqrmhzz, yqxtcwzhnvtiwojrz, yqxtcwzhnvtiwtvxp, yqxtcwpexrhxyjyjb, yqxtcwzhnvtiwojrs, yqxtcwzhnvtiwobqh", "label": {"final": ["yqxtc", "yqxtcwzhnvtiwoj", "yqxtcwzhnvt", "yqxtcwzh", "yqxt", "yqxtcwzh", "yqxt", "y", "yqx", "yqxtcwzhnvti", "yqxtcwzh", "yqxt", "y", "yqxtcwzhnvtiwoj", "yqxtcwzh", "yqxtcwzhnvtiwojrs"], "init": [""], "intermediate": ["yqxtc", "yqxtcwzhnvtiwoj", "yqxtcwzhnvt", "yqxtcwzh", "yqxt", "yqxtcwzh", "yqxt", "y", "yqx", "yqxtcwzhnvti", "yqxtcwzh", "yqxt", "y", "yqxtcwzhnvtiwoj", "yqxtcwzh"]}, "config": {"candidate": ["yqxtcevblhtdmdsjg", "yqxtcwzhnvtiwojsh", "yqxtcwzhnvtzynmwc", "yqxtcwzhqcryrxtvi", "yqxtebknxprhwrmvu", "yqxtcwzhtfnvbznug", "yqxtrcllfmkftxgcr", "ytmiumfvxrttxsrnp", "yqxrfwrtukfhaycfj", "yqxtcwzhnvtikpkbv", "yqxtcwzhmoextdstf", "yqxttjahgkxsawpht", "yvrodhvaxnxapnckt", "yqxtcwzhnvtiwojbe", "yqxtcwzhuykqqwban", "yqxtcwzhnvtiwojrs", "yqxtcwogwlcqrmhzz", "yqxtcwzhnvtiwojrz", "yqxtcwzhnvtiwtvxp", "yqxtcwpexrhxyjyjb", "yqxtcwzhnvtiwojrs", "yqxtcwzhnvtiwobqh"], "length": 17, "num_candidate": 21, "target": "yqxtcwzhnvtiwojrs"}, "task_name": "task13", "example_name": "0143", "problem_name": "task13_0143"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: rodojywctcqamsoig\nCandidate: rodxoyicswbaxumqb, rodogxqsxioaihkde, rodojywcthvvafvtt, rodojywcejncjzmvn, rzokkhbfpfvpzcyca, rodojywcgcuxzsguf, rgnjjtfpcywfequtk, rodojywctcqamssly, rodojywctcqamsoih, rodojywctcqahyqbg, rodojywctcqamsaud, rodojywctcqamsyqa, rodojywcdfqopymmr, rodojywcuiczxbtwx, rkgiojvxlpcfkyykd, rodojywctcqamsoig, roddeplmqtvuivgmn, rodojywctcqaowhzi", "label": {"final": ["rod", "rodo", "rodojywct", "rodojywc", "r", "rodojywc", "r", "rodojywctcqams", "rodojywctcqamsoi", "rodojywctcqa", "rodojywctcqams", "rodojywctcqams", "rodojywc", "rodojywc", "r", "rodojywctcqamsoig"], "init": [""], "intermediate": ["rod", "rodo", "rodojywct", "rodojywc", "r", "rodojywc", "r", "rodojywctcqams", "rodojywctcqamsoi", "rodojywctcqa", "rodojywctcqams", "rodojywctcqams", "rodojywc", "rodojywc", "r"]}, "config": {"candidate": ["rodxoyicswbaxumqb", "rodogxqsxioaihkde", "rodojywcthvvafvtt", "rodojywcejncjzmvn", "rzokkhbfpfvpzcyca", "rodojywcgcuxzsguf", "rgnjjtfpcywfequtk", "rodojywctcqamssly", "rodojywctcqamsoih", "rodojywctcqahyqbg", "rodojywctcqamsaud", "rodojywctcqamsyqa", "rodojywcdfqopymmr", "rodojywcuiczxbtwx", "rkgiojvxlpcfkyykd", "rodojywctcqamsoig", "roddeplmqtvuivgmn", "rodojywctcqaowhzi"], "length": 17, "num_candidate": 17, "target": "rodojywctcqamsoig"}, "task_name": "task13", "example_name": "0144", "problem_name": "task13_0144"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ercqyjhqeelqyfbdh\nCandidate: ercqyjhqeelqyfbic, eixchzrqetqdmldyh, ercqyjhprjmvgsumr, ercqyjhqeelqyffbn, ereznlmkwslpqndyz, ercqyjhqerimjispr, ercqyjhqeelqywrqe, ercqyjhqeelqlbhwp, ercqyjhqeelqyfcwz, ercqyjhqeelqyqmti, ercqyjhqeelqyfrcc, epeaeasqpghnxwlqk, erwtgsfpwssvxycyw, eqbltzmctpwzcrnkh, erigwyrbxlwvcgvbq, ercqyjhqeelqyfbdh, ercqyjhqeelqyfbdh", "label": {"final": ["ercqyjhqeelqyfb", "e", "ercqyjh", "ercqyjhqeelqyf", "er", "ercqyjhqe", "ercqyjhqeelqy", "ercqyjhqeelq", "ercqyjhqeelqyf", "ercqyjhqeelqy", "ercqyjhqeelqyf", "e", "er", "e", "er", "ercqyjhqeelqyfbdh"], "init": [""], "intermediate": ["ercqyjhqeelqyfb", "e", "ercqyjh", "ercqyjhqeelqyf", "er", "ercqyjhqe", "ercqyjhqeelqy", "ercqyjhqeelq", "ercqyjhqeelqyf", "ercqyjhqeelqy", "ercqyjhqeelqyf", "e", "er", "e", "er"]}, "config": {"candidate": ["ercqyjhqeelqyfbic", "eixchzrqetqdmldyh", "ercqyjhprjmvgsumr", "ercqyjhqeelqyffbn", "ereznlmkwslpqndyz", "ercqyjhqerimjispr", "ercqyjhqeelqywrqe", "ercqyjhqeelqlbhwp", "ercqyjhqeelqyfcwz", "ercqyjhqeelqyqmti", "ercqyjhqeelqyfrcc", "epeaeasqpghnxwlqk", "erwtgsfpwssvxycyw", "eqbltzmctpwzcrnkh", "erigwyrbxlwvcgvbq", "ercqyjhqeelqyfbdh", "ercqyjhqeelqyfbdh"], "length": 17, "num_candidate": 16, "target": "ercqyjhqeelqyfbdh"}, "task_name": "task13", "example_name": "0145", "problem_name": "task13_0145"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: vvqpdbcmgaubahhrn\nCandidate: vvqpdbtgqaamihzxp, vvqpdbcpflijgpchb, vvqpytzpqusopfypa, vjsrjxhbtdsdrfefo, vvqpdbcmgaubahtvb, vvqpdbcmgaubjcwmt, vvqdpyezwvjrylcyd, vvqpdbcmgaufvaqna, vvqfygcprchkqwmxy, vvqpdbcmgaubqtgxq, vvqpdbcmgzsyvnolt, vvqpdbcmgaubwhcnb, vvqpdbcmgaufazowh, vvqpdbcmgaubahhri, vvqpdbcmgrkuenhub, vvqpdbcmgaubahhrn, vvqpkzybxhkqbpilz, vvqpdbcmzfyyognho, vvqpdbcyfqqiygnaz, vvqpdbcmgauqcovee, vvqlobjcpgqhmfxso, vvqpdbcmgaubahyuj, vvqpdbcmgaubahhrn", "label": {"final": ["vvqpdb", "vvqpdbc", "vvqp", "v", "vvqpdbcmgaubah", "vvqpdbcmgaub", "vvq", "vvqpdbcmgau", "vvq", "vvqpdbcmgaub", "vvqpdbcmg", "vvqpdbcmgaub", "vvqpdbcmgau", "vvqpdbcmgaubahhr", "vvqpdbcmg", "vvqpdbcmgaubahhrn"], "init": [""], "intermediate": ["vvqpdb", "vvqpdbc", "vvqp", "v", "vvqpdbcmgaubah", "vvqpdbcmgaub", "vvq", "vvqpdbcmgau", "vvq", "vvqpdbcmgaub", "vvqpdbcmg", "vvqpdbcmgaub", "vvqpdbcmgau", "vvqpdbcmgaubahhr", "vvqpdbcmg"]}, "config": {"candidate": ["vvqpdbtgqaamihzxp", "vvqpdbcpflijgpchb", "vvqpytzpqusopfypa", "vjsrjxhbtdsdrfefo", "vvqpdbcmgaubahtvb", "vvqpdbcmgaubjcwmt", "vvqdpyezwvjrylcyd", "vvqpdbcmgaufvaqna", "vvqfygcprchkqwmxy", "vvqpdbcmgaubqtgxq", "vvqpdbcmgzsyvnolt", "vvqpdbcmgaubwhcnb", "vvqpdbcmgaufazowh", "vvqpdbcmgaubahhri", "vvqpdbcmgrkuenhub", "vvqpdbcmgaubahhrn", "vvqpkzybxhkqbpilz", "vvqpdbcmzfyyognho", "vvqpdbcyfqqiygnaz", "vvqpdbcmgauqcovee", "vvqlobjcpgqhmfxso", "vvqpdbcmgaubahyuj", "vvqpdbcmgaubahhrn"], "length": 17, "num_candidate": 22, "target": "vvqpdbcmgaubahhrn"}, "task_name": "task13", "example_name": "0146", "problem_name": "task13_0146"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: irkfslxqomfnimfmh\nCandidate: irkfslxqzmydwbleo, irkvojexsurdzzvlc, irkfmzelpdadgabfq, ihnwtjeefczhzbqtu, isojqyayzxwrczweu, irkfslxqomfnimfmk, irkfslxqomfnimfrz, irkfiefaonvarqdnb, irkfslxqomfnuwodb, irkfszphyhptwqnip, irkfsucfpbyvqkpcr, irkfslxuqaktawgsp, irkfslxqoylajaopn, irkfslxqomfneiqxu, irkfslxqomfntpqhg, irkfslxqomfnimfmh, irkfslxqomfnimfmh, irkfslxqognitdqvs, irkfslxqomfnphxzy, irrgkihkkskvdbqip, irkfslxqomfnrwgga, irkfslxqoiywcqrrv, irkfslxqomfnixdfp, irkfslxqomfnimfmh, irkfslxqomvczbnkm, ihqzrxirqgdkorleh", "label": {"final": ["irkfslxq", "irk", "irkf", "i", "i", "irkfslxqomfnimfm", "irkfslxqomfnimf", "irkf", "irkfslxqomfn", "irkfs", "irkfs", "irkfslx", "irkfslxqo", "irkfslxqomfn", "irkfslxqomfn", "irkfslxqomfnimfmh"], "init": [""], "intermediate": ["irkfslxq", "irk", "irkf", "i", "i", "irkfslxqomfnimfm", "irkfslxqomfnimf", "irkf", "irkfslxqomfn", "irkfs", "irkfs", "irkfslx", "irkfslxqo", "irkfslxqomfn", "irkfslxqomfn"]}, "config": {"candidate": ["irkfslxqzmydwbleo", "irkvojexsurdzzvlc", "irkfmzelpdadgabfq", "ihnwtjeefczhzbqtu", "isojqyayzxwrczweu", "irkfslxqomfnimfmk", "irkfslxqomfnimfrz", "irkfiefaonvarqdnb", "irkfslxqomfnuwodb", "irkfszphyhptwqnip", "irkfsucfpbyvqkpcr", "irkfslxuqaktawgsp", "irkfslxqoylajaopn", "irkfslxqomfneiqxu", "irkfslxqomfntpqhg", "irkfslxqomfnimfmh", "irkfslxqomfnimfmh", "irkfslxqognitdqvs", "irkfslxqomfnphxzy", "irrgkihkkskvdbqip", "irkfslxqomfnrwgga", "irkfslxqoiywcqrrv", "irkfslxqomfnixdfp", "irkfslxqomfnimfmh", "irkfslxqomvczbnkm", "ihqzrxirqgdkorleh"], "length": 17, "num_candidate": 25, "target": "irkfslxqomfnimfmh"}, "task_name": "task13", "example_name": "0147", "problem_name": "task13_0147"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: xrsezdxqdegndqzjl\nCandidate: xrsezdxqdegndqzji, xrsenyodljczijiup, xrseztqsdxnuvlbyn, xrsezdxqdegaglkdr, xrsezdxqxmgybcwif, xrsezdxqcrocylglj, xutmaopwrwwhunytj, xnhykfevycemwglrv, xrsezdxqdegndqzjx, xrsezdxqdecafgjbi, xrsdszhatnboffxsp, xrsezestpaxhqpkej, xrseqrnjkdadxouqd, xrsezdxbdosfkdgem, xrsezvftasngigjdw, xrsezdxqdegndqzjl, xrsezdxqdegndqzmd, xrsezdxqdegndqzjl", "label": {"final": ["xrsezdxqdegndqzj", "xrse", "xrsez", "xrsezdxqdeg", "xrsezdxq", "xrsezdxq", "x", "x", "xrsezdxqdegndqzj", "xrsezdxqde", "xrs", "xrsez", "xrse", "xrsezdx", "xrsez", "xrsezdxqdegndqzjl"], "init": [""], "intermediate": ["xrsezdxqdegndqzj", "xrse", "xrsez", "xrsezdxqdeg", "xrsezdxq", "xrsezdxq", "x", "x", "xrsezdxqdegndqzj", "xrsezdxqde", "xrs", "xrsez", "xrse", "xrsezdx", "xrsez"]}, "config": {"candidate": ["xrsezdxqdegndqzji", "xrsenyodljczijiup", "xrseztqsdxnuvlbyn", "xrsezdxqdegaglkdr", "xrsezdxqxmgybcwif", "xrsezdxqcrocylglj", "xutmaopwrwwhunytj", "xnhykfevycemwglrv", "xrsezdxqdegndqzjx", "xrsezdxqdecafgjbi", "xrsdszhatnboffxsp", "xrsezestpaxhqpkej", "xrseqrnjkdadxouqd", "xrsezdxbdosfkdgem", "xrsezvftasngigjdw", "xrsezdxqdegndqzjl", "xrsezdxqdegndqzmd", "xrsezdxqdegndqzjl"], "length": 17, "num_candidate": 17, "target": "xrsezdxqdegndqzjl"}, "task_name": "task13", "example_name": "0148", "problem_name": "task13_0148"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: updqurecbuykbijmt\nCandidate: updqurecbuykbijdz, updqurecbubxrlfss, updqurecbuxbrfvtz, updqurecbuykbixal, urtkauksryuwrhxua, updkjaoulcbxcpuwp, uakjauobqobfrbiqu, ueuiidakzczahapnn, updqurecbuykbijms, updqurecbxbigbeow, updgqgtnkxxnhtenc, ulnotgtzapxckylww, ufbcqvkvfgnglqgsv, updquqykcvqdhfdzy, updqurecbuyksmbcw, updqurecbuykbijmt, updqurecbfclruhcv, updqurecbuykbijlw, updqurecbuykbijmg, updqurechjadytnwz, udkfmjgtinqbjejtb, updqulncezinwejfl, updquowctfnydfyof, uheekvynoauoqdmwh", "label": {"final": ["updqurecbuykbij", "updqurecbu", "updqurecbu", "updqurecbuykbi", "u", "upd", "u", "u", "updqurecbuykbijm", "updqurecb", "upd", "u", "u", "updqu", "updqurecbuyk", "updqurecbuykbijmt"], "init": [""], "intermediate": ["updqurecbuykbij", "updqurecbu", "updqurecbu", "updqurecbuykbi", "u", "upd", "u", "u", "updqurecbuykbijm", "updqurecb", "upd", "u", "u", "updqu", "updqurecbuyk"]}, "config": {"candidate": ["updqurecbuykbijdz", "updqurecbubxrlfss", "updqurecbuxbrfvtz", "updqurecbuykbixal", "urtkauksryuwrhxua", "updkjaoulcbxcpuwp", "uakjauobqobfrbiqu", "ueuiidakzczahapnn", "updqurecbuykbijms", "updqurecbxbigbeow", "updgqgtnkxxnhtenc", "ulnotgtzapxckylww", "ufbcqvkvfgnglqgsv", "updquqykcvqdhfdzy", "updqurecbuyksmbcw", "updqurecbuykbijmt", "updqurecbfclruhcv", "updqurecbuykbijlw", "updqurecbuykbijmg", "updqurechjadytnwz", "udkfmjgtinqbjejtb", "updqulncezinwejfl", "updquowctfnydfyof", "uheekvynoauoqdmwh"], "length": 17, "num_candidate": 23, "target": "updqurecbuykbijmt"}, "task_name": "task13", "example_name": "0149", "problem_name": "task13_0149"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: kgagjpdjpewznfcsee\nCandidate: kgagjpdjpewznrydtq, kgagjpdjpewznqotdm, kgaguvumccsoxrtiua, kwilomxouuqnzhdigw, kgagyffandyowrtlcb, kgagjpdjpewzpgsmjg, kgagjpdjpruvuspayh, kgawacodobyklwmxfs, kozsyjppxhopwhwuhs, khidjtbgyjqtbghjfp, kgagjzrxfvbrjyrxbw, kgagjpdjpewzneoxfr, kgagjpdfheiqiuhbcm, kgagjpdjpewznywarp, kgagjpdjecphlsitlm, kgagjpdjpewznfcloa, kgagjpdjpewznfcsee, kgagjpdjpepohisodw, kgagjpdjpewznfxvyz, kgagjpgvsngqnvlqcz, kgagjpdjpewzxqzago", "label": {"final": ["kgagjpdjpewzn", "kgagjpdjpewzn", "kgag", "k", "kgag", "kgagjpdjpewz", "kgagjpdjp", "kga", "k", "k", "kgagj", "kgagjpdjpewzn", "kgagjpd", "kgagjpdjpewzn", "kgagjpdj", "kgagjpdjpewznfc", "kgagjpdjpewznfcsee"], "init": [""], "intermediate": ["kgagjpdjpewzn", "kgagjpdjpewzn", "kgag", "k", "kgag", "kgagjpdjpewz", "kgagjpdjp", "kga", "k", "k", "kgagj", "kgagjpdjpewzn", "kgagjpd", "kgagjpdjpewzn", "kgagjpdj", "kgagjpdjpewznfc"]}, "config": {"candidate": ["kgagjpdjpewznrydtq", "kgagjpdjpewznqotdm", "kgaguvumccsoxrtiua", "kwilomxouuqnzhdigw", "kgagyffandyowrtlcb", "kgagjpdjpewzpgsmjg", "kgagjpdjpruvuspayh", "kgawacodobyklwmxfs", "kozsyjppxhopwhwuhs", "khidjtbgyjqtbghjfp", "kgagjzrxfvbrjyrxbw", "kgagjpdjpewzneoxfr", "kgagjpdfheiqiuhbcm", "kgagjpdjpewznywarp", "kgagjpdjecphlsitlm", "kgagjpdjpewznfcloa", "kgagjpdjpewznfcsee", "kgagjpdjpepohisodw", "kgagjpdjpewznfxvyz", "kgagjpgvsngqnvlqcz", "kgagjpdjpewzxqzago"], "length": 18, "num_candidate": 20, "target": "kgagjpdjpewznfcsee"}, "task_name": "task13", "example_name": "0150", "problem_name": "task13_0150"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ldjhannxjxgabsaqzz\nCandidate: lanfdbvmcoldonzpgl, lqkmmvazudiqrlnuys, ldjpezrgjnmgigdukt, ldjhanndizqrivexuw, ldjhannxjxgabsowsf, ldjhannxjxgabsafcv, ldjhannxhtkyvgxpoy, ldjhannxjxgabsazex, ldjhannxjxgaszrxjo, ldjhannxjxgabsaqkk, ldjhannxjxganinrmt, ldjhannxjbnwxviitr, ldjcnnjllqhjadtgys, ldjhannhltwcqyiosj, ldjhannxjrswffmldn, ldjhaljtkekdlsbife, ldjhannxjxgabsaqzz, ldjhandhdftfffyijv, ldjhannxjxgabsaqzz, ldjhannxustxlfzbee, ldjhanlqirzubknyrm, lvyiiqijcilvjnnlmv, ldjhannxjxgabsaqzz, lpgkocimcarcktkgzx, ldjhannxjxgabsaqzz, ldjhannhfhwjxapxzr", "label": {"final": ["l", "l", "ldj", "ldjhann", "ldjhannxjxgabs", "ldjhannxjxgabsa", "ldjhannx", "ldjhannxjxgabsa", "ldjhannxjxga", "ldjhannxjxgabsaq", "ldjhannxjxga", "ldjhannxj", "ldj", "ldjhann", "ldjhannxj", "ldjha", "ldjhannxjxgabsaqzz"], "init": [""], "intermediate": ["l", "l", "ldj", "ldjhann", "ldjhannxjxgabs", "ldjhannxjxgabsa", "ldjhannx", "ldjhannxjxgabsa", "ldjhannxjxga", "ldjhannxjxgabsaq", "ldjhannxjxga", "ldjhannxj", "ldj", "ldjhann", "ldjhannxj", "ldjha"]}, "config": {"candidate": ["lanfdbvmcoldonzpgl", "lqkmmvazudiqrlnuys", "ldjpezrgjnmgigdukt", "ldjhanndizqrivexuw", "ldjhannxjxgabsowsf", "ldjhannxjxgabsafcv", "ldjhannxhtkyvgxpoy", "ldjhannxjxgabsazex", "ldjhannxjxgaszrxjo", "ldjhannxjxgabsaqkk", "ldjhannxjxganinrmt", "ldjhannxjbnwxviitr", "ldjcnnjllqhjadtgys", "ldjhannhltwcqyiosj", "ldjhannxjrswffmldn", "ldjhaljtkekdlsbife", "ldjhannxjxgabsaqzz", "ldjhandhdftfffyijv", "ldjhannxjxgabsaqzz", "ldjhannxustxlfzbee", "ldjhanlqirzubknyrm", "lvyiiqijcilvjnnlmv", "ldjhannxjxgabsaqzz", "lpgkocimcarcktkgzx", "ldjhannxjxgabsaqzz", "ldjhannhfhwjxapxzr"], "length": 18, "num_candidate": 25, "target": "ldjhannxjxgabsaqzz"}, "task_name": "task13", "example_name": "0151", "problem_name": "task13_0151"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: kujsteludhmlljwahh\nCandidate: kujstebvfhxqqtsghl, kujsteludhqnpahzbj, kujsticpaaqrceaycq, kujsteluizpyabzvtc, kujsteludhmllhyqxt, kujsteludhmllfmzdi, kujsteludjohoxaxts, kujsteludhmlljwaye, kujstrezxvutltlgaq, kujsteluevhcofkdbr, kudhyqwtnirrzaxmaw, kofsjeqtxjxuxbvaco, kvgbsxcvogrzqihzaf, kujsteludhmllydusk, kujsteludaujpwoylp, kklxxnzyctopwuwwxt, kujsteludhmlljwahh, kujsteludhmlzdrxvq, kujsteludhyvkluzyw", "label": {"final": ["kujste", "kujsteludh", "kujst", "kujstelu", "kujsteludhmll", "kujsteludhmll", "kujstelud", "kujsteludhmlljwa", "kujst", "kujstelu", "ku", "k", "k", "kujsteludhmll", "kujstelud", "k", "kujsteludhmlljwahh"], "init": [""], "intermediate": ["kujste", "kujsteludh", "kujst", "kujstelu", "kujsteludhmll", "kujsteludhmll", "kujstelud", "kujsteludhmlljwa", "kujst", "kujstelu", "ku", "k", "k", "kujsteludhmll", "kujstelud", "k"]}, "config": {"candidate": ["kujstebvfhxqqtsghl", "kujsteludhqnpahzbj", "kujsticpaaqrceaycq", "kujsteluizpyabzvtc", "kujsteludhmllhyqxt", "kujsteludhmllfmzdi", "kujsteludjohoxaxts", "kujsteludhmlljwaye", "kujstrezxvutltlgaq", "kujsteluevhcofkdbr", "kudhyqwtnirrzaxmaw", "kofsjeqtxjxuxbvaco", "kvgbsxcvogrzqihzaf", "kujsteludhmllydusk", "kujsteludaujpwoylp", "kklxxnzyctopwuwwxt", "kujsteludhmlljwahh", "kujsteludhmlzdrxvq", "kujsteludhyvkluzyw"], "length": 18, "num_candidate": 18, "target": "kujsteludhmlljwahh"}, "task_name": "task13", "example_name": "0152", "problem_name": "task13_0152"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: msaqsxybwziqicnxkn\nCandidate: msaqsxybwzihjerqen, msaqsxybwziqicnxea, msaqsxybwziqicnxwf, mpjlifbjwvsznyelck, msaqsxybwzquizotvi, mpqczcalwngcjxssll, msaqsxqhaeuhocztfs, msaqmstbyjjtuvukbn, msaqsxybwziqicgxkg, msecbkfnpoaxhkwvfh, mcqffmbtngqokhijst, mspofoscocascsraeh, msaqsxybeeoktydily, msaqsxybwxqpmnglgy, msaqsxbqhunxsscors, msaqsxrlllmgtnajob, msaqsxybwziqicnxkn, msaqsxybwzirazxkqo", "label": {"final": ["msaqsxybwzi", "msaqsxybwziqicnx", "msaqsxybwziqicnx", "m", "msaqsxybwz", "m", "msaqsx", "msaq", "msaqsxybwziqic", "ms", "m", "ms", "msaqsxyb", "msaqsxybw", "msaqsx", "msaqsx", "msaqsxybwziqicnxkn"], "init": [""], "intermediate": ["msaqsxybwzi", "msaqsxybwziqicnx", "msaqsxybwziqicnx", "m", "msaqsxybwz", "m", "msaqsx", "msaq", "msaqsxybwziqic", "ms", "m", "ms", "msaqsxyb", "msaqsxybw", "msaqsx", "msaqsx"]}, "config": {"candidate": ["msaqsxybwzihjerqen", "msaqsxybwziqicnxea", "msaqsxybwziqicnxwf", "mpjlifbjwvsznyelck", "msaqsxybwzquizotvi", "mpqczcalwngcjxssll", "msaqsxqhaeuhocztfs", "msaqmstbyjjtuvukbn", "msaqsxybwziqicgxkg", "msecbkfnpoaxhkwvfh", "mcqffmbtngqokhijst", "mspofoscocascsraeh", "msaqsxybeeoktydily", "msaqsxybwxqpmnglgy", "msaqsxbqhunxsscors", "msaqsxrlllmgtnajob", "msaqsxybwziqicnxkn", "msaqsxybwzirazxkqo"], "length": 18, "num_candidate": 17, "target": "msaqsxybwziqicnxkn"}, "task_name": "task13", "example_name": "0153", "problem_name": "task13_0153"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: pqcszxneoseggecjru\nCandidate: pqcszxspixdthnaiqn, pqctczhuucnikxpccp, pqcszxneoseggefxqf, pqczlcebbnckdatnsa, puwymapntzkwnplhuu, pqcszxntnssspermhh, pqcszxnpfjkfdcceqy, pqcszxneoseggecjqk, pzohlhfxtaqpkalewm, pqcszxnuaiwmlbuuda, pqcszxnemwaoqskigr, pqcszxneoseggecjrd, pqcszxnqlqmbftattp, pqcuyysihhfhsblrfi, pqcpnctgqhqjctpnan, pqcszxneoseggegivv, pqcszxneoseggecjru, pqtifygqguurvojked", "label": {"final": ["pqcszx", "pqc", "pqcszxneosegge", "pqc", "p", "pqcszxn", "pqcszxn", "pqcszxneoseggecj", "p", "pqcszxn", "pqcszxne", "pqcszxneoseggecjr", "pqcszxn", "pqc", "pqc", "pqcszxneosegge", "pqcszxneoseggecjru"], "init": [""], "intermediate": ["pqcszx", "pqc", "pqcszxneosegge", "pqc", "p", "pqcszxn", "pqcszxn", "pqcszxneoseggecj", "p", "pqcszxn", "pqcszxne", "pqcszxneoseggecjr", "pqcszxn", "pqc", "pqc", "pqcszxneosegge"]}, "config": {"candidate": ["pqcszxspixdthnaiqn", "pqctczhuucnikxpccp", "pqcszxneoseggefxqf", "pqczlcebbnckdatnsa", "puwymapntzkwnplhuu", "pqcszxntnssspermhh", "pqcszxnpfjkfdcceqy", "pqcszxneoseggecjqk", "pzohlhfxtaqpkalewm", "pqcszxnuaiwmlbuuda", "pqcszxnemwaoqskigr", "pqcszxneoseggecjrd", "pqcszxnqlqmbftattp", "pqcuyysihhfhsblrfi", "pqcpnctgqhqjctpnan", "pqcszxneoseggegivv", "pqcszxneoseggecjru", "pqtifygqguurvojked"], "length": 18, "num_candidate": 17, "target": "pqcszxneoseggecjru"}, "task_name": "task13", "example_name": "0154", "problem_name": "task13_0154"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: jtmzvmsdaeftksvzqd\nCandidate: jtmzvmsdaeqhcbtgou, jtmzvmsdjumdmleibn, jtmzvmsvaeftksvzqv, jtmzvmsdaexkfwmizx, jtmeptihqxtkehwvzk, jtmzvmsezcgkvcpvbx, jtmzvmsdaeftkmqbvo, jtmzvmsdaewwhoexar, jtmzvmsyaeftksvzqy, jtmocctebumpxcdoch, jtmzvmsdatothnnxzb, jtmzvmsdeylnukvhct, jtmzvmsdasknrjrknd, jtmzvmsdaeftksaojr, jtmzpubjwdvbjlncus, jtmzvmsdaeftksvdtp, jtmzvmsdaeftksvzqd, jtmzvmsdaeftxezxdr", "label": {"final": ["jtmzvmsdae", "jtmzvmsd", "jtmzvms", "jtmzvmsdae", "jtm", "jtmzvms", "jtmzvmsdaeftk", "jtmzvmsdae", "jtmzvms", "jtm", "jtmzvmsda", "jtmzvmsd", "jtmzvmsda", "jtmzvmsdaeftks", "jtmz", "jtmzvmsdaeftksv", "jtmzvmsdaeftksvzqd"], "init": [""], "intermediate": ["jtmzvmsdae", "jtmzvmsd", "jtmzvms", "jtmzvmsdae", "jtm", "jtmzvms", "jtmzvmsdaeftk", "jtmzvmsdae", "jtmzvms", "jtm", "jtmzvmsda", "jtmzvmsd", "jtmzvmsda", "jtmzvmsdaeftks", "jtmz", "jtmzvmsdaeftksv"]}, "config": {"candidate": ["jtmzvmsdaeqhcbtgou", "jtmzvmsdjumdmleibn", "jtmzvmsvaeftksvzqv", "jtmzvmsdaexkfwmizx", "jtmeptihqxtkehwvzk", "jtmzvmsezcgkvcpvbx", "jtmzvmsdaeftkmqbvo", "jtmzvmsdaewwhoexar", "jtmzvmsyaeftksvzqy", "jtmocctebumpxcdoch", "jtmzvmsdatothnnxzb", "jtmzvmsdeylnukvhct", "jtmzvmsdasknrjrknd", "jtmzvmsdaeftksaojr", "jtmzpubjwdvbjlncus", "jtmzvmsdaeftksvdtp", "jtmzvmsdaeftksvzqd", "jtmzvmsdaeftxezxdr"], "length": 18, "num_candidate": 17, "target": "jtmzvmsdaeftksvzqd"}, "task_name": "task13", "example_name": "0155", "problem_name": "task13_0155"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: jqnpenlxvwnubuhpsw\nCandidate: jqnpeqoegdxsicrcfa, jqnpenlxvwnwrzywbc, jqnpenlxvwnmdgntcq, jqnpenlxvwnubuhyuz, jqnpenlxvwnuknrvpx, jqnpxqugnljfpoziom, jqbsverubqioytihhi, jqnpensbfhseuvdqyr, jqnpuhpziokqizzqhz, jqnpyyefzilgwbohus, jqnpenlcgbgjteemso, jqnpenlxvwatffhcgs, jqnpenlxveaiyskkep, jqnpenlhckvtddabpz, jqnpenlxvwnubuhfte, jqnpehgxzhkaziopno, jqnpenlxvwnubuhpsw, jqnpenlxvwnubuhpsw, jqngghihqmvanqvvpm", "label": {"final": ["jqnpe", "jqnpenlxvwn", "jqnpenlxvwn", "jqnpenlxvwnubuh", "jqnpenlxvwnu", "jqnp", "jq", "jqnpen", "jqnp", "jqnp", "jqnpenl", "jqnpenlxvw", "jqnpenlxv", "jqnpenl", "jqnpenlxvwnubuh", "jqnpe", "jqnpenlxvwnubuhpsw"], "init": [""], "intermediate": ["jqnpe", "jqnpenlxvwn", "jqnpenlxvwn", "jqnpenlxvwnubuh", "jqnpenlxvwnu", "jqnp", "jq", "jqnpen", "jqnp", "jqnp", "jqnpenl", "jqnpenlxvw", "jqnpenlxv", "jqnpenl", "jqnpenlxvwnubuh", "jqnpe"]}, "config": {"candidate": ["jqnpeqoegdxsicrcfa", "jqnpenlxvwnwrzywbc", "jqnpenlxvwnmdgntcq", "jqnpenlxvwnubuhyuz", "jqnpenlxvwnuknrvpx", "jqnpxqugnljfpoziom", "jqbsverubqioytihhi", "jqnpensbfhseuvdqyr", "jqnpuhpziokqizzqhz", "jqnpyyefzilgwbohus", "jqnpenlcgbgjteemso", "jqnpenlxvwatffhcgs", "jqnpenlxveaiyskkep", "jqnpenlhckvtddabpz", "jqnpenlxvwnubuhfte", "jqnpehgxzhkaziopno", "jqnpenlxvwnubuhpsw", "jqnpenlxvwnubuhpsw", "jqngghihqmvanqvvpm"], "length": 18, "num_candidate": 18, "target": "jqnpenlxvwnubuhpsw"}, "task_name": "task13", "example_name": "0156", "problem_name": "task13_0156"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: qmndojvgvxkdtsxlbw\nCandidate: qmndojvgvxkdtingdo, qmeuvnqsqcjjqepvhd, qmndojvgvxkdyowpgy, qtrdymajryezquhscp, qmndojvgvxkdtsxtyj, qmndojvgagqlnaktyd, qmndojvgvxkdtsnjqe, quuavtdcxiwxhtosfc, qdttcoeiqakbklonlk, qmndojvguvuarmangi, qmndowtxkpsmtocane, qmndojvgvxkdmizomd, qmndojvgvxkdtsxlvj, qmndojvgvxkdtsxaff, qmndojvgeslqzhzxwf, qmndoeijumoisefeqo, qmndojvgvxkdtsxlbw, qmndojvgvfakugbifw, qmndojvgvnygnwquvy, qmndojvgnrpbkygpgr, qmndojvgvxkdtsxlbf, qmndozvmratdwdrwyb, qmndojvpvaffrfwcyu", "label": {"final": ["qmndojvgvxkdt", "qm", "qmndojvgvxkd", "q", "qmndojvgvxkdtsx", "qmndojvg", "qmndojvgvxkdts", "q", "q", "qmndojvg", "qmndo", "qmndojvgvxkd", "qmndojvgvxkdtsxl", "qmndojvgvxkdtsx", "qmndojvg", "qmndo", "qmndojvgvxkdtsxlbw"], "init": [""], "intermediate": ["qmndojvgvxkdt", "qm", "qmndojvgvxkd", "q", "qmndojvgvxkdtsx", "qmndojvg", "qmndojvgvxkdts", "q", "q", "qmndojvg", "qmndo", "qmndojvgvxkd", "qmndojvgvxkdtsxl", "qmndojvgvxkdtsx", "qmndojvg", "qmndo"]}, "config": {"candidate": ["qmndojvgvxkdtingdo", "qmeuvnqsqcjjqepvhd", "qmndojvgvxkdyowpgy", "qtrdymajryezquhscp", "qmndojvgvxkdtsxtyj", "qmndojvgagqlnaktyd", "qmndojvgvxkdtsnjqe", "quuavtdcxiwxhtosfc", "qdttcoeiqakbklonlk", "qmndojvguvuarmangi", "qmndowtxkpsmtocane", "qmndojvgvxkdmizomd", "qmndojvgvxkdtsxlvj", "qmndojvgvxkdtsxaff", "qmndojvgeslqzhzxwf", "qmndoeijumoisefeqo", "qmndojvgvxkdtsxlbw", "qmndojvgvfakugbifw", "qmndojvgvnygnwquvy", "qmndojvgnrpbkygpgr", "qmndojvgvxkdtsxlbf", "qmndozvmratdwdrwyb", "qmndojvpvaffrfwcyu"], "length": 18, "num_candidate": 22, "target": "qmndojvgvxkdtsxlbw"}, "task_name": "task13", "example_name": "0157", "problem_name": "task13_0157"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: wbhptaafrvwhcmtvdx\nCandidate: wbhptaafrvwhqziuxh, wbhptaafrvwhcmtvvl, wbhptbaqipkebqclkb, wbhuwimzhpypwjivct, wbhugcwxgtwnxvhntn, wbyfdidivamlqxowex, wbhptaafrvwhcmtvdc, wbhptaafrvwhcmtvgu, wbhptaafrvwhcmtvdj, wbhptaafrvwtjmfceu, wbhptaafrvwhcmhbgr, wbhptaafrvwhlepqwl, wlljqluogqnwiekegb, wccpyuorozjafvryef, wbhptuzzvcflghifyg, wbhptedmncqcsunykk, wbhptaafrvwhcmtvdx, wbhptaafrvwhcihiss, wbhptaafropfzjltms, wbhpttlccytnpnvrsi", "label": {"final": ["wbhptaafrvwh", "wbhptaafrvwhcmtv", "wbhpt", "wbh", "wbh", "wb", "wbhptaafrvwhcmtvd", "wbhptaafrvwhcmtv", "wbhptaafrvwhcmtvd", "wbhptaafrvw", "wbhptaafrvwhcm", "wbhptaafrvwh", "w", "w", "wbhpt", "wbhpt", "wbhptaafrvwhcmtvdx"], "init": [""], "intermediate": ["wbhptaafrvwh", "wbhptaafrvwhcmtv", "wbhpt", "wbh", "wbh", "wb", "wbhptaafrvwhcmtvd", "wbhptaafrvwhcmtv", "wbhptaafrvwhcmtvd", "wbhptaafrvw", "wbhptaafrvwhcm", "wbhptaafrvwh", "w", "w", "wbhpt", "wbhpt"]}, "config": {"candidate": ["wbhptaafrvwhqziuxh", "wbhptaafrvwhcmtvvl", "wbhptbaqipkebqclkb", "wbhuwimzhpypwjivct", "wbhugcwxgtwnxvhntn", "wbyfdidivamlqxowex", "wbhptaafrvwhcmtvdc", "wbhptaafrvwhcmtvgu", "wbhptaafrvwhcmtvdj", "wbhptaafrvwtjmfceu", "wbhptaafrvwhcmhbgr", "wbhptaafrvwhlepqwl", "wlljqluogqnwiekegb", "wccpyuorozjafvryef", "wbhptuzzvcflghifyg", "wbhptedmncqcsunykk", "wbhptaafrvwhcmtvdx", "wbhptaafrvwhcihiss", "wbhptaafropfzjltms", "wbhpttlccytnpnvrsi"], "length": 18, "num_candidate": 19, "target": "wbhptaafrvwhcmtvdx"}, "task_name": "task13", "example_name": "0158", "problem_name": "task13_0158"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: oahtkfgkfsatxjpkon\nCandidate: oahtkfgkfsatxjwaxe, oahtkfgkfsatxjpkec, oahtkfglnfvvuqedln, oahtkfgkfsatxjpkzq, oahtkfgkfsatxjpodk, oahtkfgkfsatdzzrse, oahtkfgkfsatxjpkok, oahtkfgkfxbphuuwgl, oahtkfgkfsatxjpkoi, oahtkfgkfszeubuyzq, oahtkfgkutoxfncahm, oaobhmfosdfhijxrkw, oahtkfgkfsatxreubx, oahtkfgkhgdyretbov, oahtkfgkfsglbzctuq, oahhqjwkbxtiefhdmh, oahtkfgkfsatxjpkon, oahtkfgkfsataxgqgc, oahtkfgkfsfvcsujcl, oahtkfgkfsatxjpkot", "label": {"final": ["oahtkfgkfsatxj", "oahtkfgkfsatxjpk", "oahtkfg", "oahtkfgkfsatxjpk", "oahtkfgkfsatxjp", "oahtkfgkfsat", "oahtkfgkfsatxjpko", "oahtkfgkf", "oahtkfgkfsatxjpko", "oahtkfgkfs", "oahtkfgk", "oa", "oahtkfgkfsatx", "oahtkfgk", "oahtkfgkfs", "oah", "oahtkfgkfsatxjpkon"], "init": [""], "intermediate": ["oahtkfgkfsatxj", "oahtkfgkfsatxjpk", "oahtkfg", "oahtkfgkfsatxjpk", "oahtkfgkfsatxjp", "oahtkfgkfsat", "oahtkfgkfsatxjpko", "oahtkfgkf", "oahtkfgkfsatxjpko", "oahtkfgkfs", "oahtkfgk", "oa", "oahtkfgkfsatx", "oahtkfgk", "oahtkfgkfs", "oah"]}, "config": {"candidate": ["oahtkfgkfsatxjwaxe", "oahtkfgkfsatxjpkec", "oahtkfglnfvvuqedln", "oahtkfgkfsatxjpkzq", "oahtkfgkfsatxjpodk", "oahtkfgkfsatdzzrse", "oahtkfgkfsatxjpkok", "oahtkfgkfxbphuuwgl", "oahtkfgkfsatxjpkoi", "oahtkfgkfszeubuyzq", "oahtkfgkutoxfncahm", "oaobhmfosdfhijxrkw", "oahtkfgkfsatxreubx", "oahtkfgkhgdyretbov", "oahtkfgkfsglbzctuq", "oahhqjwkbxtiefhdmh", "oahtkfgkfsatxjpkon", "oahtkfgkfsataxgqgc", "oahtkfgkfsfvcsujcl", "oahtkfgkfsatxjpkot"], "length": 18, "num_candidate": 19, "target": "oahtkfgkfsatxjpkon"}, "task_name": "task13", "example_name": "0159", "problem_name": "task13_0159"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ololkjdpcexnzhnityv\nCandidate: ololkjdpcexnzhslxbg, ololkjdpcexlyxrdsnd, olthngsieiqnwwtgegt, ololkksxthkcarkbrzy, ologpjutnrnneffbrxc, ololdoazyvoefktzbwu, ololkjdpcexnzhnitxr, ololkjqvqscrvuuvdpz, ololkjdrnigevlvwjze, ololpcpmnrfhcldkbhc, olimfnikxmrtaywdgdt, ololkjdpcexnzhniwkp, ololkjdpcexzrvdelkv, ololkjcmveszsjhmfwc, ololkjddqoxbgfahgnv, ololkjdpcexnzhnityl, olowwwqorfvrohvubik, ololkjdpcexnzhnityv, ololhlvobzofkblfozk, ololkjdpcexnzhnitya, ololkjdpcexnzhnitbk", "label": {"final": ["ololkjdpcexnzh", "ololkjdpcex", "ol", "ololk", "olo", "olol", "ololkjdpcexnzhnit", "ololkj", "ololkjd", "olol", "ol", "ololkjdpcexnzhni", "ololkjdpcex", "ololkj", "ololkjd", "ololkjdpcexnzhnity", "olo", "ololkjdpcexnzhnityv"], "init": [""], "intermediate": ["ololkjdpcexnzh", "ololkjdpcex", "ol", "ololk", "olo", "olol", "ololkjdpcexnzhnit", "ololkj", "ololkjd", "olol", "ol", "ololkjdpcexnzhni", "ololkjdpcex", "ololkj", "ololkjd", "ololkjdpcexnzhnity", "olo"]}, "config": {"candidate": ["ololkjdpcexnzhslxbg", "ololkjdpcexlyxrdsnd", "olthngsieiqnwwtgegt", "ololkksxthkcarkbrzy", "ologpjutnrnneffbrxc", "ololdoazyvoefktzbwu", "ololkjdpcexnzhnitxr", "ololkjqvqscrvuuvdpz", "ololkjdrnigevlvwjze", "ololpcpmnrfhcldkbhc", "olimfnikxmrtaywdgdt", "ololkjdpcexnzhniwkp", "ololkjdpcexzrvdelkv", "ololkjcmveszsjhmfwc", "ololkjddqoxbgfahgnv", "ololkjdpcexnzhnityl", "olowwwqorfvrohvubik", "ololkjdpcexnzhnityv", "ololhlvobzofkblfozk", "ololkjdpcexnzhnitya", "ololkjdpcexnzhnitbk"], "length": 19, "num_candidate": 20, "target": "ololkjdpcexnzhnityv"}, "task_name": "task13", "example_name": "0160", "problem_name": "task13_0160"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: qroparqinusropybjqt\nCandidate: qroparqinusropmeipd, qropjozpaeyzjdsiins, qroparqytfwrhcifvsl, qroparqinusropybjqc, qsfggitdmecnzrnqoyg, qroparqfddolfwphgrj, qroparqinfivqstzusl, qroparqinusapununom, qroparqinusejokdouj, qroparwzirwpzlvgctb, qropxaahstttlktbmsf, qropaxnlojirxrhccdq, qroparqinusropybjsi, qropacaxemzcdppvfss, qropokbtctmckqgrlok, qklmdngijextdyinflt, qroparzxbhjldsoxyjz, qroparqinusropybjqt, qroparyrymkjsidjkmz, qroparqizfuyudcuotg, qroparqinurpwgpjhrl, qroparqinusropybjqo, qwwvdlpsaxynccdlpyk", "label": {"final": ["qroparqinusrop", "qrop", "qroparq", "qroparqinusropybjq", "q", "qroparq", "qroparqin", "qroparqinus", "qroparqinus", "qropar", "qrop", "qropa", "qroparqinusropybj", "qropa", "qrop", "q", "qropar", "qroparqinusropybjqt"], "init": [""], "intermediate": ["qroparqinusrop", "qrop", "qroparq", "qroparqinusropybjq", "q", "qroparq", "qroparqin", "qroparqinus", "qroparqinus", "qropar", "qrop", "qropa", "qroparqinusropybj", "qropa", "qrop", "q", "qropar"]}, "config": {"candidate": ["qroparqinusropmeipd", "qropjozpaeyzjdsiins", "qroparqytfwrhcifvsl", "qroparqinusropybjqc", "qsfggitdmecnzrnqoyg", "qroparqfddolfwphgrj", "qroparqinfivqstzusl", "qroparqinusapununom", "qroparqinusejokdouj", "qroparwzirwpzlvgctb", "qropxaahstttlktbmsf", "qropaxnlojirxrhccdq", "qroparqinusropybjsi", "qropacaxemzcdppvfss", "qropokbtctmckqgrlok", "qklmdngijextdyinflt", "qroparzxbhjldsoxyjz", "qroparqinusropybjqt", "qroparyrymkjsidjkmz", "qroparqizfuyudcuotg", "qroparqinurpwgpjhrl", "qroparqinusropybjqo", "qwwvdlpsaxynccdlpyk"], "length": 19, "num_candidate": 22, "target": "qroparqinusropybjqt"}, "task_name": "task13", "example_name": "0161", "problem_name": "task13_0161"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: xykamqltpupzrxvmznq\nCandidate: xykamqupxqullzaomhq, xykamqltpuesplagupf, xykamqltpupzcfvklre, xytzxgkwypfpewyifhj, xykamqllwsjvexqninj, xykamqltpupzcqplcqt, xykamqltpicxocnivrp, xykamqlthltyduigwtz, xykamqlbbowmyxpmlrn, xykamqltpupzrxvmzwi, xykamqltpupzrxvuaka, xykamqltdnplxvqzaqq, xkboxuwvyrussonarjd, xykamqltpukcwxxlrtb, xykamdgzrquqqpedjbl, xykamqltrlukzbcwvyk, xykamqltpupzrxvbhbz, xykamqltpupzrxvmznq, xykamqltpupzofhvgto, xykamqltpupzrxvmznq, xzqfrnfaqmawkmqilpt, xykamqlktkvxwvodjvd, xykamqltpupzrxvmzvm", "label": {"final": ["xykamq", "xykamqltpu", "xykamqltpupz", "xy", "xykamql", "xykamqltpupz", "xykamqltp", "xykamqlt", "xykamql", "xykamqltpupzrxvmz", "xykamqltpupzrxv", "xykamqlt", "x", "xykamqltpu", "xykam", "xykamqlt", "xykamqltpupzrxv", "xykamqltpupzrxvmznq"], "init": [""], "intermediate": ["xykamq", "xykamqltpu", "xykamqltpupz", "xy", "xykamql", "xykamqltpupz", "xykamqltp", "xykamqlt", "xykamql", "xykamqltpupzrxvmz", "xykamqltpupzrxv", "xykamqlt", "x", "xykamqltpu", "xykam", "xykamqlt", "xykamqltpupzrxv"]}, "config": {"candidate": ["xykamqupxqullzaomhq", "xykamqltpuesplagupf", "xykamqltpupzcfvklre", "xytzxgkwypfpewyifhj", "xykamqllwsjvexqninj", "xykamqltpupzcqplcqt", "xykamqltpicxocnivrp", "xykamqlthltyduigwtz", "xykamqlbbowmyxpmlrn", "xykamqltpupzrxvmzwi", "xykamqltpupzrxvuaka", "xykamqltdnplxvqzaqq", "xkboxuwvyrussonarjd", "xykamqltpukcwxxlrtb", "xykamdgzrquqqpedjbl", "xykamqltrlukzbcwvyk", "xykamqltpupzrxvbhbz", "xykamqltpupzrxvmznq", "xykamqltpupzofhvgto", "xykamqltpupzrxvmznq", "xzqfrnfaqmawkmqilpt", "xykamqlktkvxwvodjvd", "xykamqltpupzrxvmzvm"], "length": 19, "num_candidate": 22, "target": "xykamqltpupzrxvmznq"}, "task_name": "task13", "example_name": "0162", "problem_name": "task13_0162"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ixwcorlxbmebileskqt\nCandidate: irjvypxyftruxgxsgvr, ixwcorlxbmebilesbwp, ibmapkzldxivaajyhbl, ixwcorlxbskvodjbund, ixwcorlxbmebileskqj, ixwcopnwirkfitwopgi, ixwcorlxbmebilggpvo, ixwcorlxbmebkptbxje, ixwcorlxbmebilvmmwi, ixwcdqldwtdndiftkpc, ixwcorlvqyywjlyheqj, ixwkjvbforeitfrifkq, ixwcorlxbmebbeibrtt, ixwcorlxbmansozmlbp, ixwcorlxbmebelikwjo, ixwcorlxbmebtcmkbhj, ixwcorlmdtbtgstyajy, ixwcorlxbmebileskqt, ixexqrlipbqzzroaimh, ixwcorlxbmebilpdsty, ixwpqwycallcygmelma, ixwcztwkqqxmeultolh, ixwcorlxbmebilskjme, ixwcorlxbmeejogxjrk, ixwcoohxwhfpctxakhj, ixuskxrnuxjnkmcezlx", "label": {"final": ["i", "ixwcorlxbmebiles", "i", "ixwcorlxb", "ixwcorlxbmebileskq", "ixwco", "ixwcorlxbmebil", "ixwcorlxbmeb", "ixwcorlxbmebil", "ixwc", "ixwcorl", "ixw", "ixwcorlxbmeb", "ixwcorlxbm", "ixwcorlxbmeb", "ixwcorlxbmeb", "ixwcorl", "ixwcorlxbmebileskqt"], "init": [""], "intermediate": ["i", "ixwcorlxbmebiles", "i", "ixwcorlxb", "ixwcorlxbmebileskq", "ixwco", "ixwcorlxbmebil", "ixwcorlxbmeb", "ixwcorlxbmebil", "ixwc", "ixwcorl", "ixw", "ixwcorlxbmeb", "ixwcorlxbm", "ixwcorlxbmeb", "ixwcorlxbmeb", "ixwcorl"]}, "config": {"candidate": ["irjvypxyftruxgxsgvr", "ixwcorlxbmebilesbwp", "ibmapkzldxivaajyhbl", "ixwcorlxbskvodjbund", "ixwcorlxbmebileskqj", "ixwcopnwirkfitwopgi", "ixwcorlxbmebilggpvo", "ixwcorlxbmebkptbxje", "ixwcorlxbmebilvmmwi", "ixwcdqldwtdndiftkpc", "ixwcorlvqyywjlyheqj", "ixwkjvbforeitfrifkq", "ixwcorlxbmebbeibrtt", "ixwcorlxbmansozmlbp", "ixwcorlxbmebelikwjo", "ixwcorlxbmebtcmkbhj", "ixwcorlmdtbtgstyajy", "ixwcorlxbmebileskqt", "ixexqrlipbqzzroaimh", "ixwcorlxbmebilpdsty", "ixwpqwycallcygmelma", "ixwcztwkqqxmeultolh", "ixwcorlxbmebilskjme", "ixwcorlxbmeejogxjrk", "ixwcoohxwhfpctxakhj", "ixuskxrnuxjnkmcezlx"], "length": 19, "num_candidate": 25, "target": "ixwcorlxbmebileskqt"}, "task_name": "task13", "example_name": "0163", "problem_name": "task13_0163"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: suxqfdhogoonkwusjnz\nCandidate: suxglumaptjhmlhxzxo, sucsdcqgzyqmuuqidqz, suxqfdhogokqpujbtmg, suxqfdhogomndpetyth, suxqfdhogoonwgvxzru, svawtwrhdlbfabzimvi, suxqfdhogoftziwezpz, suxqfdhogrrtknqsxoy, suuvlfnhqlzbobdkrux, suxzaxmdydaqdzamwon, suxqoovcpdomifwiyrp, suxqkpgtmdvtqdttvaw, suxqfdhogoonkwrkozo, suxqfdhogoonkwusjnl, suxqfdzrpjsxmsealgw, suxqfzezykmksgytvdc, suxqfdhogoonkwusbjt, suxqfdhogoonkwusjnz, suzitgooetsblsbbmox", "label": {"final": ["sux", "su", "suxqfdhogo", "suxqfdhogo", "suxqfdhogoon", "s", "suxqfdhogo", "suxqfdhog", "su", "sux", "suxq", "suxq", "suxqfdhogoonkw", "suxqfdhogoonkwusjn", "suxqfd", "suxqf", "suxqfdhogoonkwus", "suxqfdhogoonkwusjnz"], "init": [""], "intermediate": ["sux", "su", "suxqfdhogo", "suxqfdhogo", "suxqfdhogoon", "s", "suxqfdhogo", "suxqfdhog", "su", "sux", "suxq", "suxq", "suxqfdhogoonkw", "suxqfdhogoonkwusjn", "suxqfd", "suxqf", "suxqfdhogoonkwus"]}, "config": {"candidate": ["suxglumaptjhmlhxzxo", "sucsdcqgzyqmuuqidqz", "suxqfdhogokqpujbtmg", "suxqfdhogomndpetyth", "suxqfdhogoonwgvxzru", "svawtwrhdlbfabzimvi", "suxqfdhogoftziwezpz", "suxqfdhogrrtknqsxoy", "suuvlfnhqlzbobdkrux", "suxzaxmdydaqdzamwon", "suxqoovcpdomifwiyrp", "suxqkpgtmdvtqdttvaw", "suxqfdhogoonkwrkozo", "suxqfdhogoonkwusjnl", "suxqfdzrpjsxmsealgw", "suxqfzezykmksgytvdc", "suxqfdhogoonkwusbjt", "suxqfdhogoonkwusjnz", "suzitgooetsblsbbmox"], "length": 19, "num_candidate": 18, "target": "suxqfdhogoonkwusjnz"}, "task_name": "task13", "example_name": "0164", "problem_name": "task13_0164"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: zlkbkodedpczufictst\nCandidate: zlkbkodedpcteulbkkd, zlkbkodedpczufifbmi, zlkbkodedpctylvkroq, zlkbkodhaftkqsnhzla, zlkxcfjnzdsfwwydaoq, zlkbpuksramprpmnczu, zlkbkodedpczufojrdd, zlkbkodedpyksdvwhkh, zlkbkodedpczuficixe, zszispnabkxiiddpqjk, zlkbkodedpcafkcyihr, zlkbkodnsapyjejxmek, zlkbkorhacqzgiycfwb, zlkbkodedpczufictso, zlkbkodhuipnnotsmsh, zlkbkodedpcwarbmhdc, zlkbkodedpczuklwfbc, zlkbkodedpczufictst, zlkbjikrzsjxinrmket, zgeetryagmtytycefjw, ztaduzlnavszbimpmoz, zlctpfruggidzxnsyvd, zlkbkodedpqqvutmjye, zdxmutyhqvfdtaubkik", "label": {"final": ["zlkbkodedpc", "zlkbkodedpczufi", "zlkbkodedpc", "zlkbkod", "zlk", "zlkb", "zlkbkodedpczuf", "zlkbkodedp", "zlkbkodedpczufic", "z", "zlkbkodedpc", "zlkbkod", "zlkbko", "zlkbkodedpczuficts", "zlkbkod", "zlkbkodedpc", "zlkbkodedpczu", "zlkbkodedpczufictst"], "init": [""], "intermediate": ["zlkbkodedpc", "zlkbkodedpczufi", "zlkbkodedpc", "zlkbkod", "zlk", "zlkb", "zlkbkodedpczuf", "zlkbkodedp", "zlkbkodedpczufic", "z", "zlkbkodedpc", "zlkbkod", "zlkbko", "zlkbkodedpczuficts", "zlkbkod", "zlkbkodedpc", "zlkbkodedpczu"]}, "config": {"candidate": ["zlkbkodedpcteulbkkd", "zlkbkodedpczufifbmi", "zlkbkodedpctylvkroq", "zlkbkodhaftkqsnhzla", "zlkxcfjnzdsfwwydaoq", "zlkbpuksramprpmnczu", "zlkbkodedpczufojrdd", "zlkbkodedpyksdvwhkh", "zlkbkodedpczuficixe", "zszispnabkxiiddpqjk", "zlkbkodedpcafkcyihr", "zlkbkodnsapyjejxmek", "zlkbkorhacqzgiycfwb", "zlkbkodedpczufictso", "zlkbkodhuipnnotsmsh", "zlkbkodedpcwarbmhdc", "zlkbkodedpczuklwfbc", "zlkbkodedpczufictst", "zlkbjikrzsjxinrmket", "zgeetryagmtytycefjw", "ztaduzlnavszbimpmoz", "zlctpfruggidzxnsyvd", "zlkbkodedpqqvutmjye", "zdxmutyhqvfdtaubkik"], "length": 19, "num_candidate": 23, "target": "zlkbkodedpczufictst"}, "task_name": "task13", "example_name": "0165", "problem_name": "task13_0165"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: bqnirvvbhtpmdossiyu\nCandidate: bqnirvvbhcxthyyvndw, bqnirvvbhtpmyzunhqt, bqnirvvbhtpovsphwkh, bqrieaimtrvbudtbrox, bnxgubkpsiqkocynggw, bqnirvvbhtbbexltjvs, bmhudlozmemermaqara, bqnirvvbhtpwaxsnini, bqolcgzxdeutxxggrjw, bqnirutpcwpsvrjvlwj, bqnirvvbhafojnffxcl, bqnirvvbhtpmdossiya, bqnirvvbhhodroynwma, bqnirvvbhtcshqnvqjl, bqnirvvbhtpxxvdrgmi, bqnirvvbhtpmdossiyo, bqnirvvbhpmmjckapui, bqnirvvbhtpmdossiyu, bqnirvvbhtpmdoseiuf", "label": {"final": ["bqnirvvbh", "bqnirvvbhtpm", "bqnirvvbhtp", "bq", "b", "bqnirvvbht", "b", "bqnirvvbhtp", "bq", "bqnir", "bqnirvvbh", "bqnirvvbhtpmdossiy", "bqnirvvbh", "bqnirvvbht", "bqnirvvbhtp", "bqnirvvbhtpmdossiy", "bqnirvvbh", "bqnirvvbhtpmdossiyu"], "init": [""], "intermediate": ["bqnirvvbh", "bqnirvvbhtpm", "bqnirvvbhtp", "bq", "b", "bqnirvvbht", "b", "bqnirvvbhtp", "bq", "bqnir", "bqnirvvbh", "bqnirvvbhtpmdossiy", "bqnirvvbh", "bqnirvvbht", "bqnirvvbhtp", "bqnirvvbhtpmdossiy", "bqnirvvbh"]}, "config": {"candidate": ["bqnirvvbhcxthyyvndw", "bqnirvvbhtpmyzunhqt", "bqnirvvbhtpovsphwkh", "bqrieaimtrvbudtbrox", "bnxgubkpsiqkocynggw", "bqnirvvbhtbbexltjvs", "bmhudlozmemermaqara", "bqnirvvbhtpwaxsnini", "bqolcgzxdeutxxggrjw", "bqnirutpcwpsvrjvlwj", "bqnirvvbhafojnffxcl", "bqnirvvbhtpmdossiya", "bqnirvvbhhodroynwma", "bqnirvvbhtcshqnvqjl", "bqnirvvbhtpxxvdrgmi", "bqnirvvbhtpmdossiyo", "bqnirvvbhpmmjckapui", "bqnirvvbhtpmdossiyu", "bqnirvvbhtpmdoseiuf"], "length": 19, "num_candidate": 18, "target": "bqnirvvbhtpmdossiyu"}, "task_name": "task13", "example_name": "0166", "problem_name": "task13_0166"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ulbyxkorjnkrijygugv\nCandidate: ulbyxkorjnkrijygmlu, ulbyxkorlvpndnrzvvp, ulbyxkorjncezgvyqvq, ulbyxkorjnkrijygued, ubchknddhjkbasqcjwo, ulbyxkyzykzjsionkot, ulbyxkorjnkrijyzmfn, ulbyxkoruumypfutiwc, ulrfzsjxzkvstpdvzlh, ulbyxkorjnkrijrjdvf, ulbyivmdjtwegerzuqa, ulbyxkorjqgddipjehb, ulbyxttbaxnvfrvxjec, uqmkdghvyvkpqlqyznj, ulbvjbxryxzqhpxpbij, ulbyxkorjncltbiloon, ulbyxkorjnkrtybdfqz, ulbyxkorjnkrijygugv, ulbyxkorjnkroiqeswx", "label": {"final": ["ulbyxkorjnkrijyg", "ulbyxkor", "ulbyxkorjn", "ulbyxkorjnkrijygu", "u", "ulbyxk", "ulbyxkorjnkrijy", "ulbyxkor", "ul", "ulbyxkorjnkrij", "ulby", "ulbyxkorj", "ulbyx", "u", "ulb", "ulbyxkorjn", "ulbyxkorjnkr", "ulbyxkorjnkrijygugv"], "init": [""], "intermediate": ["ulbyxkorjnkrijyg", "ulbyxkor", "ulbyxkorjn", "ulbyxkorjnkrijygu", "u", "ulbyxk", "ulbyxkorjnkrijy", "ulbyxkor", "ul", "ulbyxkorjnkrij", "ulby", "ulbyxkorj", "ulbyx", "u", "ulb", "ulbyxkorjn", "ulbyxkorjnkr"]}, "config": {"candidate": ["ulbyxkorjnkrijygmlu", "ulbyxkorlvpndnrzvvp", "ulbyxkorjncezgvyqvq", "ulbyxkorjnkrijygued", "ubchknddhjkbasqcjwo", "ulbyxkyzykzjsionkot", "ulbyxkorjnkrijyzmfn", "ulbyxkoruumypfutiwc", "ulrfzsjxzkvstpdvzlh", "ulbyxkorjnkrijrjdvf", "ulbyivmdjtwegerzuqa", "ulbyxkorjqgddipjehb", "ulbyxttbaxnvfrvxjec", "uqmkdghvyvkpqlqyznj", "ulbvjbxryxzqhpxpbij", "ulbyxkorjncltbiloon", "ulbyxkorjnkrtybdfqz", "ulbyxkorjnkrijygugv", "ulbyxkorjnkroiqeswx"], "length": 19, "num_candidate": 18, "target": "ulbyxkorjnkrijygugv"}, "task_name": "task13", "example_name": "0167", "problem_name": "task13_0167"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: azghaunrvercpnjfwax\nCandidate: azghaunrngjmvthyync, azghaunrlrxejhlaokq, azghaunrverzaghosbr, azghaunrvercpnjfwal, azghaunrvercnzykosf, azghadyrjyxtnfigkkd, azghaunrckxwhfmedzc, azghaunrvervzfeapfn, azghaunrikiyhrroqqn, azghaunrvercpnfyqlr, azghaunrvercphexwkx, azghaunrvercpnjfwao, azghaunrvercpnjlpzq, azghaunrvercpnsqxpq, asrqtsqfocjjozgnqup, azghaunrvercpncfodv, azghaunrvgbvrejdlcp, azghaunrvercpnjfwax, azghaucsxfhtwfbatgf, azghaunrvercbgsvisy, azghxpovatefmmsseno, azghauxrkrsagpnglub, azheyerntadwdrohxxo, arckcefcuabkwurzkgt", "label": {"final": ["azghaunr", "azghaunr", "azghaunrver", "azghaunrvercpnjfwa", "azghaunrverc", "azgha", "azghaunr", "azghaunrver", "azghaunr", "azghaunrvercpn", "azghaunrvercp", "azghaunrvercpnjfwa", "azghaunrvercpnj", "azghaunrvercpn", "a", "azghaunrvercpn", "azghaunrv", "azghaunrvercpnjfwax"], "init": [""], "intermediate": ["azghaunr", "azghaunr", "azghaunrver", "azghaunrvercpnjfwa", "azghaunrverc", "azgha", "azghaunr", "azghaunrver", "azghaunr", "azghaunrvercpn", "azghaunrvercp", "azghaunrvercpnjfwa", "azghaunrvercpnj", "azghaunrvercpn", "a", "azghaunrvercpn", "azghaunrv"]}, "config": {"candidate": ["azghaunrngjmvthyync", "azghaunrlrxejhlaokq", "azghaunrverzaghosbr", "azghaunrvercpnjfwal", "azghaunrvercnzykosf", "azghadyrjyxtnfigkkd", "azghaunrckxwhfmedzc", "azghaunrvervzfeapfn", "azghaunrikiyhrroqqn", "azghaunrvercpnfyqlr", "azghaunrvercphexwkx", "azghaunrvercpnjfwao", "azghaunrvercpnjlpzq", "azghaunrvercpnsqxpq", "asrqtsqfocjjozgnqup", "azghaunrvercpncfodv", "azghaunrvgbvrejdlcp", "azghaunrvercpnjfwax", "azghaucsxfhtwfbatgf", "azghaunrvercbgsvisy", "azghxpovatefmmsseno", "azghauxrkrsagpnglub", "azheyerntadwdrohxxo", "arckcefcuabkwurzkgt"], "length": 19, "num_candidate": 23, "target": "azghaunrvercpnjfwax"}, "task_name": "task13", "example_name": "0168", "problem_name": "task13_0168"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ekyanepcnmmtvgpugzz\nCandidate: ekmmnrbigkiknxbzxby, ekyanepcbqdpjfltaiy, ekyanepcnmmtswasvmt, ekyanepcnmmtvgpugdx, ekyansfrhqvikwehgce, ekyanztrfnfvdmzspic, ekyanepcnmcrgicwizi, ekyangttxpdvurcokbx, ekyanepcnmmtvdnceog, ekyajnbeayrtqcnyclm, ekaszaggqjcdcnhjnfk, ekyanepcnmmtvchaoth, ekyanepcnmmtvgkhcdz, ekyaneoizqjviystipc, ekyanepavwqjmjnwtmq, ekyanepoimopauhfrqz, ekyanydjniaiqrmxvni, ekyanepcnmmtvgpugzz, ekyanepcnmmtvocvdqm, ekyanepcnmmtvgpugmm", "label": {"final": ["ek", "ekyanepc", "ekyanepcnmmt", "ekyanepcnmmtvgpug", "ekyan", "ekyan", "ekyanepcnm", "ekyan", "ekyanepcnmmtv", "ekya", "ek", "ekyanepcnmmtv", "ekyanepcnmmtvg", "ekyane", "ekyanep", "ekyanep", "ekyan", "ekyanepcnmmtvgpugzz"], "init": [""], "intermediate": ["ek", "ekyanepc", "ekyanepcnmmt", "ekyanepcnmmtvgpug", "ekyan", "ekyan", "ekyanepcnm", "ekyan", "ekyanepcnmmtv", "ekya", "ek", "ekyanepcnmmtv", "ekyanepcnmmtvg", "ekyane", "ekyanep", "ekyanep", "ekyan"]}, "config": {"candidate": ["ekmmnrbigkiknxbzxby", "ekyanepcbqdpjfltaiy", "ekyanepcnmmtswasvmt", "ekyanepcnmmtvgpugdx", "ekyansfrhqvikwehgce", "ekyanztrfnfvdmzspic", "ekyanepcnmcrgicwizi", "ekyangttxpdvurcokbx", "ekyanepcnmmtvdnceog", "ekyajnbeayrtqcnyclm", "ekaszaggqjcdcnhjnfk", "ekyanepcnmmtvchaoth", "ekyanepcnmmtvgkhcdz", "ekyaneoizqjviystipc", "ekyanepavwqjmjnwtmq", "ekyanepoimopauhfrqz", "ekyanydjniaiqrmxvni", "ekyanepcnmmtvgpugzz", "ekyanepcnmmtvocvdqm", "ekyanepcnmmtvgpugmm"], "length": 19, "num_candidate": 19, "target": "ekyanepcnmmtvgpugzz"}, "task_name": "task13", "example_name": "0169", "problem_name": "task13_0169"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: djflxykodqfrzljqgzfb\nCandidate: djflxykodqfrzljqgzah, djflxykodqfrieclwpvh, djflxykohneedgfzxeuz, djflxykosrszixastjcq, djfrthwsqaacciftsatc, djflxykodqytjqtxjtgl, djbbazigvfxrcayxmuxa, djflxykodqfrzljqppsd, djflxykodqfrzuwedlvd, djflxykodqfrzljqglwd, djflxykodqfrceftbbgr, djflxyybpcwbjycstlnq, djyaoplulbqxdvnxxreb, djfbtflbkjlrjpemkenp, djflxykodqyippwspgnl, djflxykodqfrzljqmnqo, djflxmifsygppbduhcqn, djflxykodqfrmcehefdi, djflxykodqfrzljqgzfb, djflxykodqfrjyyjwjlc, ddlgbunxvodjucouvzhk, djflxykodqfrzljqgzsy, djflxykodkukynwzjpwi, djflxykodqfrzljqgzfb, djflxykodqfrzflezxqa", "label": {"final": ["djflxykodqfrzljqgz", "djflxykodqfr", "djflxyko", "djflxyko", "djf", "djflxykodq", "dj", "djflxykodqfrzljq", "djflxykodqfrz", "djflxykodqfrzljqg", "djflxykodqfr", "djflxy", "dj", "djf", "djflxykodq", "djflxykodqfrzljq", "djflx", "djflxykodqfr", "djflxykodqfrzljqgzfb"], "init": [""], "intermediate": ["djflxykodqfrzljqgz", "djflxykodqfr", "djflxyko", "djflxyko", "djf", "djflxykodq", "dj", "djflxykodqfrzljq", "djflxykodqfrz", "djflxykodqfrzljqg", "djflxykodqfr", "djflxy", "dj", "djf", "djflxykodq", "djflxykodqfrzljq", "djflx", "djflxykodqfr"]}, "config": {"candidate": ["djflxykodqfrzljqgzah", "djflxykodqfrieclwpvh", "djflxykohneedgfzxeuz", "djflxykosrszixastjcq", "djfrthwsqaacciftsatc", "djflxykodqytjqtxjtgl", "djbbazigvfxrcayxmuxa", "djflxykodqfrzljqppsd", "djflxykodqfrzuwedlvd", "djflxykodqfrzljqglwd", "djflxykodqfrceftbbgr", "djflxyybpcwbjycstlnq", "djyaoplulbqxdvnxxreb", "djfbtflbkjlrjpemkenp", "djflxykodqyippwspgnl", "djflxykodqfrzljqmnqo", "djflxmifsygppbduhcqn", "djflxykodqfrmcehefdi", "djflxykodqfrzljqgzfb", "djflxykodqfrjyyjwjlc", "ddlgbunxvodjucouvzhk", "djflxykodqfrzljqgzsy", "djflxykodkukynwzjpwi", "djflxykodqfrzljqgzfb", "djflxykodqfrzflezxqa"], "length": 20, "num_candidate": 24, "target": "djflxykodqfrzljqgzfb"}, "task_name": "task13", "example_name": "0170", "problem_name": "task13_0170"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: pdxkjudqkapzkwzqyjwv\nCandidate: pdxkjulowagmsoeohrux, pdxkjudqkaxsdptbuxxr, pdxkjudqkapzkwzqyjzn, pdxkjudqkapzkwzqywgg, pdxkjudqkapzkwzqattx, pdncsgdvppetqvqzmbrz, pdwakjclxrdayecekbta, pdxkjudqknbwuqajfshj, pdxkjutymuzqhnhltqfu, pdxkjudqkapjqiyzxygw, pdxkjudqkapzkwzqyjwg, pdxkjudqkapfsnyenedw, pdxkjudqkauvvfjczpef, pdxkjudqkapzkwzqyjhn, pdxkjucenyxjwgylvpha, pdxkjuzojwiqmneiqszs, pdxkjutegydxkydxtlnq, pdxkjudqkapzkwvnruhx, pdxkjudqkapzkwzqyjwv, pdxkjudqkapffecxfqdp, pdxkjulflhjvwgshdhle", "label": {"final": ["pdxkju", "pdxkjudqka", "pdxkjudqkapzkwzqyj", "pdxkjudqkapzkwzqy", "pdxkjudqkapzkwzq", "pd", "pd", "pdxkjudqk", "pdxkju", "pdxkjudqkap", "pdxkjudqkapzkwzqyjw", "pdxkjudqkap", "pdxkjudqka", "pdxkjudqkapzkwzqyj", "pdxkju", "pdxkju", "pdxkju", "pdxkjudqkapzkw", "pdxkjudqkapzkwzqyjwv"], "init": [""], "intermediate": ["pdxkju", "pdxkjudqka", "pdxkjudqkapzkwzqyj", "pdxkjudqkapzkwzqy", "pdxkjudqkapzkwzq", "pd", "pd", "pdxkjudqk", "pdxkju", "pdxkjudqkap", "pdxkjudqkapzkwzqyjw", "pdxkjudqkap", "pdxkjudqka", "pdxkjudqkapzkwzqyj", "pdxkju", "pdxkju", "pdxkju", "pdxkjudqkapzkw"]}, "config": {"candidate": ["pdxkjulowagmsoeohrux", "pdxkjudqkaxsdptbuxxr", "pdxkjudqkapzkwzqyjzn", "pdxkjudqkapzkwzqywgg", "pdxkjudqkapzkwzqattx", "pdncsgdvppetqvqzmbrz", "pdwakjclxrdayecekbta", "pdxkjudqknbwuqajfshj", "pdxkjutymuzqhnhltqfu", "pdxkjudqkapjqiyzxygw", "pdxkjudqkapzkwzqyjwg", "pdxkjudqkapfsnyenedw", "pdxkjudqkauvvfjczpef", "pdxkjudqkapzkwzqyjhn", "pdxkjucenyxjwgylvpha", "pdxkjuzojwiqmneiqszs", "pdxkjutegydxkydxtlnq", "pdxkjudqkapzkwvnruhx", "pdxkjudqkapzkwzqyjwv", "pdxkjudqkapffecxfqdp", "pdxkjulflhjvwgshdhle"], "length": 20, "num_candidate": 20, "target": "pdxkjudqkapzkwzqyjwv"}, "task_name": "task13", "example_name": "0171", "problem_name": "task13_0171"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: jlgbsqvavjqzvcahbgmw\nCandidate: jlgbsqvavjqzvcahzqrx, jcafapfynorrjkpcyxvi, jlgbsqvavjqzvcahbgmp, jlgbsqvavjqzvcaxauzd, jlgpgcbjvuudybjzhshe, jlgbsqvavjqzvcuctzjv, jlgbsqvavjqgyuajikxn, jlgbsqvavjqzvcahbgmx, jlglprujokvbattptnsd, jujuwkmmbjjsdhubkfvo, jlgbsqvavjqzvcxmslup, jlgbsqvavjqzvcahlwer, jlgbsqvavjqzvcahbgmv, jlgbsqvavjqzvcahbrla, jlgbsjaqnusdqqchvpty, jlgbsqvavjqzvfyrafyo, jlgbsqovdvatdqktrbig, jcqibhbcibmebsxhpeft, jlgbsqvavjqzvcahbgmw, jlgbsqvavjqzvcjpemxo, jlffafilsyhihwmoaowo, jlgbsqvavjqclyjqwukr, jlgrvheghohnnqzyfeus, jlgbsqvavjqzvcahbgef, jlgbsqvavjqzvcahbgmw, jlgbsqvavjqzvcazgveb, jlgbsqvavjqzvcahbgmw, jlyeqbnrhsihjjrdilbn", "label": {"final": ["jlgbsqvavjqzvcah", "j", "jlgbsqvavjqzvcahbgm", "jlgbsqvavjqzvca", "jlg", "jlgbsqvavjqzvc", "jlgbsqvavjq", "jlgbsqvavjqzvcahbgm", "jlg", "j", "jlgbsqvavjqzvc", "jlgbsqvavjqzvcah", "jlgbsqvavjqzvcahbgm", "jlgbsqvavjqzvcahb", "jlgbs", "jlgbsqvavjqzv", "jlgbsq", "j", "jlgbsqvavjqzvcahbgmw"], "init": [""], "intermediate": ["jlgbsqvavjqzvcah", "j", "jlgbsqvavjqzvcahbgm", "jlgbsqvavjqzvca", "jlg", "jlgbsqvavjqzvc", "jlgbsqvavjq", "jlgbsqvavjqzvcahbgm", "jlg", "j", "jlgbsqvavjqzvc", "jlgbsqvavjqzvcah", "jlgbsqvavjqzvcahbgm", "jlgbsqvavjqzvcahb", "jlgbs", "jlgbsqvavjqzv", "jlgbsq", "j"]}, "config": {"candidate": ["jlgbsqvavjqzvcahzqrx", "jcafapfynorrjkpcyxvi", "jlgbsqvavjqzvcahbgmp", "jlgbsqvavjqzvcaxauzd", "jlgpgcbjvuudybjzhshe", "jlgbsqvavjqzvcuctzjv", "jlgbsqvavjqgyuajikxn", "jlgbsqvavjqzvcahbgmx", "jlglprujokvbattptnsd", "jujuwkmmbjjsdhubkfvo", "jlgbsqvavjqzvcxmslup", "jlgbsqvavjqzvcahlwer", "jlgbsqvavjqzvcahbgmv", "jlgbsqvavjqzvcahbrla", "jlgbsjaqnusdqqchvpty", "jlgbsqvavjqzvfyrafyo", "jlgbsqovdvatdqktrbig", "jcqibhbcibmebsxhpeft", "jlgbsqvavjqzvcahbgmw", "jlgbsqvavjqzvcjpemxo", "jlffafilsyhihwmoaowo", "jlgbsqvavjqclyjqwukr", "jlgrvheghohnnqzyfeus", "jlgbsqvavjqzvcahbgef", "jlgbsqvavjqzvcahbgmw", "jlgbsqvavjqzvcazgveb", "jlgbsqvavjqzvcahbgmw", "jlyeqbnrhsihjjrdilbn"], "length": 20, "num_candidate": 27, "target": "jlgbsqvavjqzvcahbgmw"}, "task_name": "task13", "example_name": "0172", "problem_name": "task13_0172"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: zsdkuahpwsmtppqzgcrr\nCandidate: zsdkuahpzakxcjjvfykf, zsdkuahpwsmtppqztzqn, zsdkuahpwsmtpdhsspkp, zsdkuahpwsmtppbpafkh, zsdkuabonsfkybgblcaq, zsdkuahpwgwvzjzcxlok, zsdkuafeipdoenukskfl, zsdkuathtnrsvkqfdvrw, zsdmtpyquxhczxzwzirs, zsdkuahpwsmtppqzgtym, zsdkuahpwsmtprwmpqlt, zsdkuahpwsmtppqzfafk, zsdkuahpwsmtppqzgczz, zsdfamroksvzhktysobc, zsdkuahpwsmnokxdsqxe, zsdkuahpwsmtjauaobjd, zsdkuahpwsmtppqzumbo, zsdkuahpenxndigztina, zsdkuahpwsmtppqzgcrr, zsdkuahpwuvxooucuexw", "label": {"final": ["zsdkuahp", "zsdkuahpwsmtppqz", "zsdkuahpwsmtp", "zsdkuahpwsmtpp", "zsdkua", "zsdkuahpw", "zsdkua", "zsdkua", "zsd", "zsdkuahpwsmtppqzg", "zsdkuahpwsmtp", "zsdkuahpwsmtppqz", "zsdkuahpwsmtppqzgc", "zsd", "zsdkuahpwsm", "zsdkuahpwsmt", "zsdkuahpwsmtppqz", "zsdkuahp", "zsdkuahpwsmtppqzgcrr"], "init": [""], "intermediate": ["zsdkuahp", "zsdkuahpwsmtppqz", "zsdkuahpwsmtp", "zsdkuahpwsmtpp", "zsdkua", "zsdkuahpw", "zsdkua", "zsdkua", "zsd", "zsdkuahpwsmtppqzg", "zsdkuahpwsmtp", "zsdkuahpwsmtppqz", "zsdkuahpwsmtppqzgc", "zsd", "zsdkuahpwsm", "zsdkuahpwsmt", "zsdkuahpwsmtppqz", "zsdkuahp"]}, "config": {"candidate": ["zsdkuahpzakxcjjvfykf", "zsdkuahpwsmtppqztzqn", "zsdkuahpwsmtpdhsspkp", "zsdkuahpwsmtppbpafkh", "zsdkuabonsfkybgblcaq", "zsdkuahpwgwvzjzcxlok", "zsdkuafeipdoenukskfl", "zsdkuathtnrsvkqfdvrw", "zsdmtpyquxhczxzwzirs", "zsdkuahpwsmtppqzgtym", "zsdkuahpwsmtprwmpqlt", "zsdkuahpwsmtppqzfafk", "zsdkuahpwsmtppqzgczz", "zsdfamroksvzhktysobc", "zsdkuahpwsmnokxdsqxe", "zsdkuahpwsmtjauaobjd", "zsdkuahpwsmtppqzumbo", "zsdkuahpenxndigztina", "zsdkuahpwsmtppqzgcrr", "zsdkuahpwuvxooucuexw"], "length": 20, "num_candidate": 19, "target": "zsdkuahpwsmtppqzgcrr"}, "task_name": "task13", "example_name": "0173", "problem_name": "task13_0173"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: uqagyxvaysmibokoiqlr\nCandidate: uqagyxvaysmibokoiqlp, umrxllmtxqzvttnunsne, uqagyxvaysmibxofzyjv, uqagyxvaysmibokolwak, uqagyxvaysmibounwgqk, uqdnjkqdxznekniaxmgd, uqagyxvaysmibokoiqld, uqagybqwqpbynzxwmxdy, uqaremldayvbqirhegpq, uqagybgwbfztczrtdsbv, uqagyxvaysmibokocjgh, ufhyvzmjofjajvlolqoy, uqagyxvaysmibokaixle, uirtpgxtlhzmxxiglfib, uqagyxqrpdxwjnxelxps, uqxnrbygidqqnpjeeacq, uqagyxvaysmgvgfgqmxi, uqagyxvaysmibokopfap, uqagyxvaysmibokoiqlr, uqagyxvaysmibokoiqlh, uqagyxvaysmibojmjcpl, uqagmsafmopqahianusq, uqagyxvaysmschddgsif, uqagyxvaysmiboksdqvm", "label": {"final": ["uqagyxvaysmibokoiql", "u", "uqagyxvaysmib", "uqagyxvaysmiboko", "uqagyxvaysmibo", "uq", "uqagyxvaysmibokoiql", "uqagy", "uqa", "uqagy", "uqagyxvaysmiboko", "u", "uqagyxvaysmibok", "u", "uqagyx", "uq", "uqagyxvaysm", "uqagyxvaysmiboko", "uqagyxvaysmibokoiqlr"], "init": [""], "intermediate": ["uqagyxvaysmibokoiql", "u", "uqagyxvaysmib", "uqagyxvaysmiboko", "uqagyxvaysmibo", "uq", "uqagyxvaysmibokoiql", "uqagy", "uqa", "uqagy", "uqagyxvaysmiboko", "u", "uqagyxvaysmibok", "u", "uqagyx", "uq", "uqagyxvaysm", "uqagyxvaysmiboko"]}, "config": {"candidate": ["uqagyxvaysmibokoiqlp", "umrxllmtxqzvttnunsne", "uqagyxvaysmibxofzyjv", "uqagyxvaysmibokolwak", "uqagyxvaysmibounwgqk", "uqdnjkqdxznekniaxmgd", "uqagyxvaysmibokoiqld", "uqagybqwqpbynzxwmxdy", "uqaremldayvbqirhegpq", "uqagybgwbfztczrtdsbv", "uqagyxvaysmibokocjgh", "ufhyvzmjofjajvlolqoy", "uqagyxvaysmibokaixle", "uirtpgxtlhzmxxiglfib", "uqagyxqrpdxwjnxelxps", "uqxnrbygidqqnpjeeacq", "uqagyxvaysmgvgfgqmxi", "uqagyxvaysmibokopfap", "uqagyxvaysmibokoiqlr", "uqagyxvaysmibokoiqlh", "uqagyxvaysmibojmjcpl", "uqagmsafmopqahianusq", "uqagyxvaysmschddgsif", "uqagyxvaysmiboksdqvm"], "length": 20, "num_candidate": 23, "target": "uqagyxvaysmibokoiqlr"}, "task_name": "task13", "example_name": "0174", "problem_name": "task13_0174"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: oupojpepttgavknhmlal\nCandidate: oupojpepttgavlbaqtmx, oupojpepttgavkvaljyd, oupojpepttgavkckljve, oupojpepttgavbjksbhg, oupojpepttayzmrapudx, oupojpepsdkgycozxvli, oupojpepttunelltbrdz, oudxnpykvmubkgquspfa, oupojpepttgavknhmlsu, ouyuwhiatjgxyfrigzoo, oupojpepttgpoelrrzmb, oupocmxzzecivmfwqdga, oupojpepttgavknhnvic, oupojpesitroqpinrnbd, oupojpeptvzswscprksz, oupojpepttgavknhmlab, oupojpepttgarpjivmvf, oupojpepttgavkndvwdf, oupojpepttgavknhmlal, oibgvzxzcqclpnuyjykj, oupojpeptvtuoitgffyq, oupojpepttgxmorqdquh, oupojpepttgavknhmlal, oupojpeptdbtytthcpxe, oupojpeptojnzwhcfacc", "label": {"final": ["oupojpepttgav", "oupojpepttgavk", "oupojpepttgavk", "oupojpepttgav", "oupojpeptt", "oupojpep", "oupojpeptt", "ou", "oupojpepttgavknhml", "ou", "oupojpepttg", "oupo", "oupojpepttgavknh", "oupojpe", "oupojpept", "oupojpepttgavknhmla", "oupojpepttga", "oupojpepttgavkn", "oupojpepttgavknhmlal"], "init": [""], "intermediate": ["oupojpepttgav", "oupojpepttgavk", "oupojpepttgavk", "oupojpepttgav", "oupojpeptt", "oupojpep", "oupojpeptt", "ou", "oupojpepttgavknhml", "ou", "oupojpepttg", "oupo", "oupojpepttgavknh", "oupojpe", "oupojpept", "oupojpepttgavknhmla", "oupojpepttga", "oupojpepttgavkn"]}, "config": {"candidate": ["oupojpepttgavlbaqtmx", "oupojpepttgavkvaljyd", "oupojpepttgavkckljve", "oupojpepttgavbjksbhg", "oupojpepttayzmrapudx", "oupojpepsdkgycozxvli", "oupojpepttunelltbrdz", "oudxnpykvmubkgquspfa", "oupojpepttgavknhmlsu", "ouyuwhiatjgxyfrigzoo", "oupojpepttgpoelrrzmb", "oupocmxzzecivmfwqdga", "oupojpepttgavknhnvic", "oupojpesitroqpinrnbd", "oupojpeptvzswscprksz", "oupojpepttgavknhmlab", "oupojpepttgarpjivmvf", "oupojpepttgavkndvwdf", "oupojpepttgavknhmlal", "oibgvzxzcqclpnuyjykj", "oupojpeptvtuoitgffyq", "oupojpepttgxmorqdquh", "oupojpepttgavknhmlal", "oupojpeptdbtytthcpxe", "oupojpeptojnzwhcfacc"], "length": 20, "num_candidate": 24, "target": "oupojpepttgavknhmlal"}, "task_name": "task13", "example_name": "0175", "problem_name": "task13_0175"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: uzjmxfeznvdohwznkjnz\nCandidate: undbquobfcwaqoyxbpae, uzjmxfeznvdohwznklcj, uyzytyjeddsgryzsrszh, uzjqtbezlmvyqerypbqk, uzqsypmntdakomtmibir, uejmxfeenvdohwenkjne, uzjmxfeznvdedarbtuey, uzjmxfebafupincbftlu, uzjmxfeznvtzbdudlieg, uzjmxfeznvdohwznccmu, uzjmxfezmhcgxdvxynkr, uzjmxfeznvdohwznkjnx, uzjmxfeiwuaycgmjplii, uzjmxfeznvdohwznhhor, uzjmxfgiecmjtflfoeue, uzjmxfeznvdoqbakqbom, uzjmxfeznvdodotssaqn, uzjmxfeznvdohwzghzcm, uzjmxfeznvdohwznkjnz, unbrhnrjuvvczdkadvxz, ukjmxfeknvdohwknkjnk, uzjmxfepywoqkqnzavrg, ulswdsbgbysuubkfgdde, uzjmxfeznvduwrbpqilm, uzjmxfeznvdohwzndqry, uzjmxfezlfowxerpukwu, uzjmxfezngokoanulipl, uzjmxfeznvdohwixkbgn", "label": {"final": ["u", "uzjmxfeznvdohwznk", "u", "uzj", "uz", "u", "uzjmxfeznvd", "uzjmxfe", "uzjmxfeznv", "uzjmxfeznvdohwzn", "uzjmxfez", "uzjmxfeznvdohwznkjn", "uzjmxfe", "uzjmxfeznvdohwzn", "uzjmxf", "uzjmxfeznvdo", "uzjmxfeznvdo", "uzjmxfeznvdohwz", "uzjmxfeznvdohwznkjnz"], "init": [""], "intermediate": ["u", "uzjmxfeznvdohwznk", "u", "uzj", "uz", "u", "uzjmxfeznvd", "uzjmxfe", "uzjmxfeznv", "uzjmxfeznvdohwzn", "uzjmxfez", "uzjmxfeznvdohwznkjn", "uzjmxfe", "uzjmxfeznvdohwzn", "uzjmxf", "uzjmxfeznvdo", "uzjmxfeznvdo", "uzjmxfeznvdohwz"]}, "config": {"candidate": ["undbquobfcwaqoyxbpae", "uzjmxfeznvdohwznklcj", "uyzytyjeddsgryzsrszh", "uzjqtbezlmvyqerypbqk", "uzqsypmntdakomtmibir", "uejmxfeenvdohwenkjne", "uzjmxfeznvdedarbtuey", "uzjmxfebafupincbftlu", "uzjmxfeznvtzbdudlieg", "uzjmxfeznvdohwznccmu", "uzjmxfezmhcgxdvxynkr", "uzjmxfeznvdohwznkjnx", "uzjmxfeiwuaycgmjplii", "uzjmxfeznvdohwznhhor", "uzjmxfgiecmjtflfoeue", "uzjmxfeznvdoqbakqbom", "uzjmxfeznvdodotssaqn", "uzjmxfeznvdohwzghzcm", "uzjmxfeznvdohwznkjnz", "unbrhnrjuvvczdkadvxz", "ukjmxfeknvdohwknkjnk", "uzjmxfepywoqkqnzavrg", "ulswdsbgbysuubkfgdde", "uzjmxfeznvduwrbpqilm", "uzjmxfeznvdohwzndqry", "uzjmxfezlfowxerpukwu", "uzjmxfezngokoanulipl", "uzjmxfeznvdohwixkbgn"], "length": 20, "num_candidate": 27, "target": "uzjmxfeznvdohwznkjnz"}, "task_name": "task13", "example_name": "0176", "problem_name": "task13_0176"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: mznrxlbfnczkadyhlwlq\nCandidate: mznrxlbfnczkgdtibxgc, mznrxcxrkxstoewltrpy, mznrxlbfntwttxmpojac, mznrxlbfzephpbxrxtup, mznrxlbfnczkadyhlwag, mznrxlbfnczkadyhmrbk, mznrxlbfnczkadznxpfx, mznrxlbfnczkadytklda, mznrxlbfnctmgquhmcxt, mznrxlbfnczkasvbnrkf, mznrxlbfnczlnqmvozsn, mtcjjnyymbojyhuivppn, mznrxlbfnczrpmsmubhb, mznrbawvcbujpxkaoehv, mznrxlbfnczkadyhlwls, mznrxlbfnczkadyhlvgg, mznrxlbfntmehrxxybcn, mznrxlbisgnldkngpevc, mznrxlbfnczkadyhlwlq, mznrxlbfnczkadqbhiuz, mznrxlbfnsuxfnbyjptj, mznrxlbfnczkadyhlwlr, mznrxlbfnczkadyxdanl, mznhcgerhnwrjsqrioui, mznrxebokbgafrhuwhqh, mzmsszdzmcwchmghwrey, mvvchsypfeldbvyjbmbd, mznrxlbfnczkadyhsscp, mznrxlbfnczkyosjdygq", "label": {"final": ["mznrxlbfnczk", "mznrx", "mznrxlbfn", "mznrxlbf", "mznrxlbfnczkadyhlw", "mznrxlbfnczkadyh", "mznrxlbfnczkad", "mznrxlbfnczkady", "mznrxlbfnc", "mznrxlbfnczka", "mznrxlbfncz", "m", "mznrxlbfncz", "mznr", "mznrxlbfnczkadyhlwl", "mznrxlbfnczkadyhl", "mznrxlbfn", "mznrxlb", "mznrxlbfnczkadyhlwlq"], "init": [""], "intermediate": ["mznrxlbfnczk", "mznrx", "mznrxlbfn", "mznrxlbf", "mznrxlbfnczkadyhlw", "mznrxlbfnczkadyh", "mznrxlbfnczkad", "mznrxlbfnczkady", "mznrxlbfnc", "mznrxlbfnczka", "mznrxlbfncz", "m", "mznrxlbfncz", "mznr", "mznrxlbfnczkadyhlwl", "mznrxlbfnczkadyhl", "mznrxlbfn", "mznrxlb"]}, "config": {"candidate": ["mznrxlbfnczkgdtibxgc", "mznrxcxrkxstoewltrpy", "mznrxlbfntwttxmpojac", "mznrxlbfzephpbxrxtup", "mznrxlbfnczkadyhlwag", "mznrxlbfnczkadyhmrbk", "mznrxlbfnczkadznxpfx", "mznrxlbfnczkadytklda", "mznrxlbfnctmgquhmcxt", "mznrxlbfnczkasvbnrkf", "mznrxlbfnczlnqmvozsn", "mtcjjnyymbojyhuivppn", "mznrxlbfnczrpmsmubhb", "mznrbawvcbujpxkaoehv", "mznrxlbfnczkadyhlwls", "mznrxlbfnczkadyhlvgg", "mznrxlbfntmehrxxybcn", "mznrxlbisgnldkngpevc", "mznrxlbfnczkadyhlwlq", "mznrxlbfnczkadqbhiuz", "mznrxlbfnsuxfnbyjptj", "mznrxlbfnczkadyhlwlr", "mznrxlbfnczkadyxdanl", "mznhcgerhnwrjsqrioui", "mznrxebokbgafrhuwhqh", "mzmsszdzmcwchmghwrey", "mvvchsypfeldbvyjbmbd", "mznrxlbfnczkadyhsscp", "mznrxlbfnczkyosjdygq"], "length": 20, "num_candidate": 28, "target": "mznrxlbfnczkadyhlwlq"}, "task_name": "task13", "example_name": "0177", "problem_name": "task13_0177"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: wmcztyjnamwpmexthgjj\nCandidate: wmczvilljkvzeomhqoev, wnbccamrqxhsidmxnida, wzzkwljcvqinaivmhtcy, wmcztywklsyajnwcjhgz, wmcztyjmvvyebbhzapfr, wmcztyjnamwpmextsssp, wmcztyjcrjvrrvdkzzro, wmcztyjnamwpmexozanv, wmczqagakycvgzhqontz, wmcztyjnamwpmeuxmbow, wmcztyjnamwpmextebqa, wamexzwkjssqbfqflxoc, wmcztyjndsnfuzetneaa, wmcztyjnksjgvzuhzqyn, wmcztyjnamwpmexnsolw, wmcztyjnamwpklhrrnuv, wmcztyjqkqrxoltixdzo, wmcztyjnamwpmeroaghi, wmcztyjnamwpmexthgjj, wmcztyjnleezulpaudbt, wmcwpepyhkchcorkvrpo, wmcztyjnajtqscqhnpza, wmcztyjnabhaxovrteet, wmcztyjnaiuxscdpouyn, wmcztyjnamwpmexthgjj, wmcztckxdujyviyzlitf, wmcztyjnamwgbecmabvq", "label": {"final": ["wmcz", "w", "w", "wmczty", "wmcztyj", "wmcztyjnamwpmext", "wmcztyj", "wmcztyjnamwpmex", "wmcz", "wmcztyjnamwpme", "wmcztyjnamwpmext", "w", "wmcztyjn", "wmcztyjn", "wmcztyjnamwpmex", "wmcztyjnamwp", "wmcztyj", "wmcztyjnamwpme", "wmcztyjnamwpmexthgjj"], "init": [""], "intermediate": ["wmcz", "w", "w", "wmczty", "wmcztyj", "wmcztyjnamwpmext", "wmcztyj", "wmcztyjnamwpmex", "wmcz", "wmcztyjnamwpme", "wmcztyjnamwpmext", "w", "wmcztyjn", "wmcztyjn", "wmcztyjnamwpmex", "wmcztyjnamwp", "wmcztyj", "wmcztyjnamwpme"]}, "config": {"candidate": ["wmczvilljkvzeomhqoev", "wnbccamrqxhsidmxnida", "wzzkwljcvqinaivmhtcy", "wmcztywklsyajnwcjhgz", "wmcztyjmvvyebbhzapfr", "wmcztyjnamwpmextsssp", "wmcztyjcrjvrrvdkzzro", "wmcztyjnamwpmexozanv", "wmczqagakycvgzhqontz", "wmcztyjnamwpmeuxmbow", "wmcztyjnamwpmextebqa", "wamexzwkjssqbfqflxoc", "wmcztyjndsnfuzetneaa", "wmcztyjnksjgvzuhzqyn", "wmcztyjnamwpmexnsolw", "wmcztyjnamwpklhrrnuv", "wmcztyjqkqrxoltixdzo", "wmcztyjnamwpmeroaghi", "wmcztyjnamwpmexthgjj", "wmcztyjnleezulpaudbt", "wmcwpepyhkchcorkvrpo", "wmcztyjnajtqscqhnpza", "wmcztyjnabhaxovrteet", "wmcztyjnaiuxscdpouyn", "wmcztyjnamwpmexthgjj", "wmcztckxdujyviyzlitf", "wmcztyjnamwgbecmabvq"], "length": 20, "num_candidate": 26, "target": "wmcztyjnamwpmexthgjj"}, "task_name": "task13", "example_name": "0178", "problem_name": "task13_0178"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: hvhevguleccatlxynvgz\nCandidate: heroaixxxylxefoxadwt, husngzdngdoucxbsmjam, hvhevguleccatlxydkcz, hvhevguleccatfktsbqa, hvcwcfhuegwbeicdxklx, hvhevguleccatlexebrn, hvhgtrrkaatnziapdtfz, hvhevndcroleqnyljiqy, hiytzhgytictbxztsscc, hvhevguleccatlvsvlmy, hvhhpcttmdxhixowjtkt, hvhevguleccahqirlyxg, hvhevguleccatlyqyesv, hvhevguleccialtshdni, hvhevguleccatbgnzuze, hvhevguloqxubrmsqjme, hvhevguleccatwzxzgjs, hvhevczzrpvpxactsyma, hvhevguleccatlxynvgz, hvhevguleccatlxkvkpv, hvhevguleccaxphuwbju, hvhevgujkoedyrdjegqu, hvhexyqqmmpitwnylter, hctgikyvowkdzpfiizmx", "label": {"final": ["h", "h", "hvhevguleccatlxy", "hvhevguleccat", "hv", "hvhevguleccatl", "hvh", "hvhev", "h", "hvhevguleccatl", "hvh", "hvhevgulecca", "hvhevguleccatl", "hvhevgulecc", "hvhevguleccat", "hvhevgul", "hvhevguleccat", "hvhev", "hvhevguleccatlxynvgz"], "init": [""], "intermediate": ["h", "h", "hvhevguleccatlxy", "hvhevguleccat", "hv", "hvhevguleccatl", "hvh", "hvhev", "h", "hvhevguleccatl", "hvh", "hvhevgulecca", "hvhevguleccatl", "hvhevgulecc", "hvhevguleccat", "hvhevgul", "hvhevguleccat", "hvhev"]}, "config": {"candidate": ["heroaixxxylxefoxadwt", "husngzdngdoucxbsmjam", "hvhevguleccatlxydkcz", "hvhevguleccatfktsbqa", "hvcwcfhuegwbeicdxklx", "hvhevguleccatlexebrn", "hvhgtrrkaatnziapdtfz", "hvhevndcroleqnyljiqy", "hiytzhgytictbxztsscc", "hvhevguleccatlvsvlmy", "hvhhpcttmdxhixowjtkt", "hvhevguleccahqirlyxg", "hvhevguleccatlyqyesv", "hvhevguleccialtshdni", "hvhevguleccatbgnzuze", "hvhevguloqxubrmsqjme", "hvhevguleccatwzxzgjs", "hvhevczzrpvpxactsyma", "hvhevguleccatlxynvgz", "hvhevguleccatlxkvkpv", "hvhevguleccaxphuwbju", "hvhevgujkoedyrdjegqu", "hvhexyqqmmpitwnylter", "hctgikyvowkdzpfiizmx"], "length": 20, "num_candidate": 23, "target": "hvhevguleccatlxynvgz"}, "task_name": "task13", "example_name": "0179", "problem_name": "task13_0179"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: yegnfpsjdjtnpqftdgslz\nCandidate: yegnfpsjdhxijuftrcknw, yegnfpsjdjtnpqftdgjfv, yegnfpsjdjtnpqftdgsle, yegnflsunxbwbpnrdgqso, yegnfpssvopgffaxpuwpv, yegnfpsjdjtnpqftdgzoh, yezsvslomjudntvvuvrsw, yegnfpsjdjtnihpctgsbn, yegwnlctdjuqelyguhgmx, yegnfpsjdjtnwrnqccmrp, yegnfpsjdjtnpqftdgsgm, yhjxkgtwebjmophglcocd, yegnfpswyuilqiyoemtbo, yegnfpsjdjvfdqggdxcrs, yegnfpsjmyzoisfmbfcyy, yegnfpsjdjtnpqfcawzyo, yegnfpsjdjtnpqfwyvwsb, yegnfpsjdjtnpqwxxarxu, yegnfpkzpjesyestzpcrq, yegnfpsjdjtnpqftdgslz, yegnfpsjdjvtvfxccmrpd, ylhrkilskidvfoldrmyee, yegnfpsjdjitztszljndk, yegnfpsjsxuwyegmvwzqv, yegnfpswpznsnhvqjihke, yegncvpxyxvksinrnyack, yegnfpsjdjtnpqftdgyti, yegnfpsjdjtnpqfeausyn, yjhhrynvpizmkfnibmkpz", "label": {"final": ["yegnfpsjd", "yegnfpsjdjtnpqftdg", "yegnfpsjdjtnpqftdgsl", "yegnf", "yegnfps", "yegnfpsjdjtnpqftdg", "ye", "yegnfpsjdjtn", "yeg", "yegnfpsjdjtn", "yegnfpsjdjtnpqftdgs", "y", "yegnfps", "yegnfpsjdj", "yegnfpsj", "yegnfpsjdjtnpqf", "yegnfpsjdjtnpqf", "yegnfpsjdjtnpq", "yegnfp", "yegnfpsjdjtnpqftdgslz"], "init": [""], "intermediate": ["yegnfpsjd", "yegnfpsjdjtnpqftdg", "yegnfpsjdjtnpqftdgsl", "yegnf", "yegnfps", "yegnfpsjdjtnpqftdg", "ye", "yegnfpsjdjtn", "yeg", "yegnfpsjdjtn", "yegnfpsjdjtnpqftdgs", "y", "yegnfps", "yegnfpsjdj", "yegnfpsj", "yegnfpsjdjtnpqf", "yegnfpsjdjtnpqf", "yegnfpsjdjtnpq", "yegnfp"]}, "config": {"candidate": ["yegnfpsjdhxijuftrcknw", "yegnfpsjdjtnpqftdgjfv", "yegnfpsjdjtnpqftdgsle", "yegnflsunxbwbpnrdgqso", "yegnfpssvopgffaxpuwpv", "yegnfpsjdjtnpqftdgzoh", "yezsvslomjudntvvuvrsw", "yegnfpsjdjtnihpctgsbn", "yegwnlctdjuqelyguhgmx", "yegnfpsjdjtnwrnqccmrp", "yegnfpsjdjtnpqftdgsgm", "yhjxkgtwebjmophglcocd", "yegnfpswyuilqiyoemtbo", "yegnfpsjdjvfdqggdxcrs", "yegnfpsjmyzoisfmbfcyy", "yegnfpsjdjtnpqfcawzyo", "yegnfpsjdjtnpqfwyvwsb", "yegnfpsjdjtnpqwxxarxu", "yegnfpkzpjesyestzpcrq", "yegnfpsjdjtnpqftdgslz", "yegnfpsjdjvtvfxccmrpd", "ylhrkilskidvfoldrmyee", "yegnfpsjdjitztszljndk", "yegnfpsjsxuwyegmvwzqv", "yegnfpswpznsnhvqjihke", "yegncvpxyxvksinrnyack", "yegnfpsjdjtnpqftdgyti", "yegnfpsjdjtnpqfeausyn", "yjhhrynvpizmkfnibmkpz"], "length": 21, "num_candidate": 28, "target": "yegnfpsjdjtnpqftdgslz"}, "task_name": "task13", "example_name": "0180", "problem_name": "task13_0180"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: dxzqrhdraagjrbehqqfgk\nCandidate: dxzqrhdhbwatpgacggohk, dxzqrhdraibuuonbzdgwt, dxzqrhdraaagagqqsiwnw, dgprxxalizmklacsvoous, dxcdtnfaigcjvzqxhpwjm, dxzqrhdraagjrbehqlpbv, dxzqrhdraagjrbncazosb, dxzqrhdraagjrbehqjysr, dxzqrhdraagjrbehqiabs, dxzqrhdraagjrbehowton, dxzqrhbfmfulcoqvzjnwn, dxzqrhdraagjrbehqqfgu, dxzqrhdraaylsumnbzswl, dxzqrhdraeqxojqklycoa, dxzqrhdraagjrbehqfcif, dxzqrkbixgmelpwoliozu, dxzqkqmgswjfpsnxrglpc, dxzqrhdraafyfavlggqgg, dpewhhkctajjrnwepcwry, dxzqrhdraagjrbehqqfgk, dxzqrhnyiytfjnixmpojz, dxzqrhdraagjrbeazcugz, dxzqrhdraagjrbehqbbpw, dxzqrhdraagjrbehqqgnh, dxzqrhdraagjrbehqqfgl, dxzqmndpzgnciayynojsb, dxztloyakwzhssfxdtcpf, dxzqrhdfonctumfmljjys", "label": {"final": ["dxzqrhd", "dxzqrhdra", "dxzqrhdraa", "d", "dx", "dxzqrhdraagjrbehq", "dxzqrhdraagjrb", "dxzqrhdraagjrbehq", "dxzqrhdraagjrbehq", "dxzqrhdraagjrbeh", "dxzqrh", "dxzqrhdraagjrbehqqfg", "dxzqrhdraa", "dxzqrhdra", "dxzqrhdraagjrbehq", "dxzqr", "dxzq", "dxzqrhdraa", "d", "dxzqrhdraagjrbehqqfgk"], "init": [""], "intermediate": ["dxzqrhd", "dxzqrhdra", "dxzqrhdraa", "d", "dx", "dxzqrhdraagjrbehq", "dxzqrhdraagjrb", "dxzqrhdraagjrbehq", "dxzqrhdraagjrbehq", "dxzqrhdraagjrbeh", "dxzqrh", "dxzqrhdraagjrbehqqfg", "dxzqrhdraa", "dxzqrhdra", "dxzqrhdraagjrbehq", "dxzqr", "dxzq", "dxzqrhdraa", "d"]}, "config": {"candidate": ["dxzqrhdhbwatpgacggohk", "dxzqrhdraibuuonbzdgwt", "dxzqrhdraaagagqqsiwnw", "dgprxxalizmklacsvoous", "dxcdtnfaigcjvzqxhpwjm", "dxzqrhdraagjrbehqlpbv", "dxzqrhdraagjrbncazosb", "dxzqrhdraagjrbehqjysr", "dxzqrhdraagjrbehqiabs", "dxzqrhdraagjrbehowton", "dxzqrhbfmfulcoqvzjnwn", "dxzqrhdraagjrbehqqfgu", "dxzqrhdraaylsumnbzswl", "dxzqrhdraeqxojqklycoa", "dxzqrhdraagjrbehqfcif", "dxzqrkbixgmelpwoliozu", "dxzqkqmgswjfpsnxrglpc", "dxzqrhdraafyfavlggqgg", "dpewhhkctajjrnwepcwry", "dxzqrhdraagjrbehqqfgk", "dxzqrhnyiytfjnixmpojz", "dxzqrhdraagjrbeazcugz", "dxzqrhdraagjrbehqbbpw", "dxzqrhdraagjrbehqqgnh", "dxzqrhdraagjrbehqqfgl", "dxzqmndpzgnciayynojsb", "dxztloyakwzhssfxdtcpf", "dxzqrhdfonctumfmljjys"], "length": 21, "num_candidate": 27, "target": "dxzqrhdraagjrbehqqfgk"}, "task_name": "task13", "example_name": "0181", "problem_name": "task13_0181"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: azqnwrxjrnpznufdrqxjs\nCandidate: azqnwrxjrnpznufdrqdfe, azqnwrxjrnpznuxwiyavi, azqnwrxjrnpznuftktpvi, azqnwrxjrnpznuynejjrw, azqnwrxjrtbfpwcrsjxek, azqnwvhizxwseiyffpctq, azqnwrxjrnpznwntsutxs, azvzopftteavpkkqkmbaf, azqnwrxjrnpznufdrqxyh, azqnwrxjrnpznufdrqxjf, awuribfjppkvffdmismqa, azquuyezucutdcpbwtuqa, azqnwsskjspfeaebfcvao, azqnwrxjryvtdekphwtjv, azqnwrxjrnatylcxcjnue, aeamphlphxzheeqxrrdwz, azqnwrxkdqxezirlgrnrk, azqnrokidxlijacqmpwlh, azqnwrxjrnpzniwbjlycl, azqnwrxjrnpznufdrqxjs, azqnwrxjrnpznutqzqbgk, azqnwrxjrnpznufdrqhlg, azuxqzcjroshdmbfoxjtz, azucfekdgfszbqtxlslky, azqnwrxjpcuzcehkkblqi, acwjskpxjwptpfbaiytzi, azqnwrxjrnpznuftrvtzu, azqnwrxpsurqlrkbsspgj, aqaaakgwvfxtcrwxlnrlx", "label": {"final": ["azqnwrxjrnpznufdrq", "azqnwrxjrnpznu", "azqnwrxjrnpznuf", "azqnwrxjrnpznu", "azqnwrxjr", "azqnw", "azqnwrxjrnpzn", "az", "azqnwrxjrnpznufdrqx", "azqnwrxjrnpznufdrqxj", "a", "azq", "azqnw", "azqnwrxjr", "azqnwrxjrn", "a", "azqnwrx", "azqn", "azqnwrxjrnpzn", "azqnwrxjrnpznufdrqxjs"], "init": [""], "intermediate": ["azqnwrxjrnpznufdrq", "azqnwrxjrnpznu", "azqnwrxjrnpznuf", "azqnwrxjrnpznu", "azqnwrxjr", "azqnw", "azqnwrxjrnpzn", "az", "azqnwrxjrnpznufdrqx", "azqnwrxjrnpznufdrqxj", "a", "azq", "azqnw", "azqnwrxjr", "azqnwrxjrn", "a", "azqnwrx", "azqn", "azqnwrxjrnpzn"]}, "config": {"candidate": ["azqnwrxjrnpznufdrqdfe", "azqnwrxjrnpznuxwiyavi", "azqnwrxjrnpznuftktpvi", "azqnwrxjrnpznuynejjrw", "azqnwrxjrtbfpwcrsjxek", "azqnwvhizxwseiyffpctq", "azqnwrxjrnpznwntsutxs", "azvzopftteavpkkqkmbaf", "azqnwrxjrnpznufdrqxyh", "azqnwrxjrnpznufdrqxjf", "awuribfjppkvffdmismqa", "azquuyezucutdcpbwtuqa", "azqnwsskjspfeaebfcvao", "azqnwrxjryvtdekphwtjv", "azqnwrxjrnatylcxcjnue", "aeamphlphxzheeqxrrdwz", "azqnwrxkdqxezirlgrnrk", "azqnrokidxlijacqmpwlh", "azqnwrxjrnpzniwbjlycl", "azqnwrxjrnpznufdrqxjs", "azqnwrxjrnpznutqzqbgk", "azqnwrxjrnpznufdrqhlg", "azuxqzcjroshdmbfoxjtz", "azucfekdgfszbqtxlslky", "azqnwrxjpcuzcehkkblqi", "acwjskpxjwptpfbaiytzi", "azqnwrxjrnpznuftrvtzu", "azqnwrxpsurqlrkbsspgj", "aqaaakgwvfxtcrwxlnrlx"], "length": 21, "num_candidate": 28, "target": "azqnwrxjrnpznufdrqxjs"}, "task_name": "task13", "example_name": "0182", "problem_name": "task13_0182"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: yvebvxfhvcovnvagnnhai\nCandidate: yvebvxpsnettqapranxat, yypgejjnshnyunuyfmsxw, yvebvxfhvcovnvgjtmcrd, yvebvxrzmzgjasmkawfzd, yvebvxfhvcovnvagemwkg, ycxktbbkhrkndwhtzcaqi, yvebvxfiapbqavhwrrfyz, yvsuiyiovmkgezytvovav, yvebvxfhvcovnvagvphsb, yvebvxfhvcovnvagnnnbo, ykwwapmarlewyfidvystg, yvebvxfhvcovnvagokzpn, yvebvxfhvcovnwpcipvhh, yunkothwvumewplbapoql, yveufcmjbcjbbpmjikzik, yvebvxfhelnpdvfkmiuvx, yvebvxfhvcovngqzrnryh, yvebvxfhvcovnvagnnymk, yvebyxtkslqzkvqbqtfyi, yvebvxfhvcovnvagnnhai, ydudpmkfpumkezdpxyxqp, yvebvxfhvcovnvagtgcbh, yvebvxfhvcovnvaiudefs, yvebvxfhvcovnvagqqtbw, yvebvxfhvcovnvagnludl", "label": {"final": ["yvebvx", "y", "yvebvxfhvcovnv", "yvebvx", "yvebvxfhvcovnvag", "y", "yvebvxf", "yv", "yvebvxfhvcovnvag", "yvebvxfhvcovnvagnn", "y", "yvebvxfhvcovnvag", "yvebvxfhvcovn", "y", "yve", "yvebvxfh", "yvebvxfhvcovn", "yvebvxfhvcovnvagnn", "yveb", "yvebvxfhvcovnvagnnhai"], "init": [""], "intermediate": ["yvebvx", "y", "yvebvxfhvcovnv", "yvebvx", "yvebvxfhvcovnvag", "y", "yvebvxf", "yv", "yvebvxfhvcovnvag", "yvebvxfhvcovnvagnn", "y", "yvebvxfhvcovnvag", "yvebvxfhvcovn", "y", "yve", "yvebvxfh", "yvebvxfhvcovn", "yvebvxfhvcovnvagnn", "yveb"]}, "config": {"candidate": ["yvebvxpsnettqapranxat", "yypgejjnshnyunuyfmsxw", "yvebvxfhvcovnvgjtmcrd", "yvebvxrzmzgjasmkawfzd", "yvebvxfhvcovnvagemwkg", "ycxktbbkhrkndwhtzcaqi", "yvebvxfiapbqavhwrrfyz", "yvsuiyiovmkgezytvovav", "yvebvxfhvcovnvagvphsb", "yvebvxfhvcovnvagnnnbo", "ykwwapmarlewyfidvystg", "yvebvxfhvcovnvagokzpn", "yvebvxfhvcovnwpcipvhh", "yunkothwvumewplbapoql", "yveufcmjbcjbbpmjikzik", "yvebvxfhelnpdvfkmiuvx", "yvebvxfhvcovngqzrnryh", "yvebvxfhvcovnvagnnymk", "yvebyxtkslqzkvqbqtfyi", "yvebvxfhvcovnvagnnhai", "ydudpmkfpumkezdpxyxqp", "yvebvxfhvcovnvagtgcbh", "yvebvxfhvcovnvaiudefs", "yvebvxfhvcovnvagqqtbw", "yvebvxfhvcovnvagnludl"], "length": 21, "num_candidate": 24, "target": "yvebvxfhvcovnvagnnhai"}, "task_name": "task13", "example_name": "0183", "problem_name": "task13_0183"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: nomacoukgvofkupzxjexe\nCandidate: nomacoukgvofkupxvqxlq, nbjtykmfcoqoauyamxina, nomacouoftweiuwhbgdei, nomacoubvybudcampngim, nomywlacvtffalpeajyxf, nomacoukgvgnjkzaejxdr, naxicxqdaolgaqsywgckt, nomacoukgqxqoeghcmubf, nomazmeiivlmxpbsszcma, nomacodsumseiyildsrtw, nomacouqxdstcnvlvdssl, nodfsgwogkiyahqsqmegb, nomacoukgvofkwdjgtafb, nomqgyqwxtjpsixfsxpfy, nomacoukgvofkbdyeacby, nomacoukgvofkupzwnqpq, nxxevtbmpbihegofnwhfy, nomacoukgvofkupzxwinl, nodobfbapabjcvjhpvswi, nomacoukgvofkupzxjexe, nomacoukgvofxyedeebwq, nomacoukgvofkupzxjeqx, nomacoukgvofkupzxjdhc, nomacoukgvofkupzxjexe, nomacozwwqkwnbpuhdftn, nqcpdehpydylnixdqpiar, nomacoukgvofrpqdujywy", "label": {"final": ["nomacoukgvofkup", "n", "nomacou", "nomacou", "nom", "nomacoukgv", "n", "nomacoukg", "noma", "nomaco", "nomacou", "no", "nomacoukgvofk", "nom", "nomacoukgvofk", "nomacoukgvofkupz", "n", "nomacoukgvofkupzx", "no", "nomacoukgvofkupzxjexe"], "init": [""], "intermediate": ["nomacoukgvofkup", "n", "nomacou", "nomacou", "nom", "nomacoukgv", "n", "nomacoukg", "noma", "nomaco", "nomacou", "no", "nomacoukgvofk", "nom", "nomacoukgvofk", "nomacoukgvofkupz", "n", "nomacoukgvofkupzx", "no"]}, "config": {"candidate": ["nomacoukgvofkupxvqxlq", "nbjtykmfcoqoauyamxina", "nomacouoftweiuwhbgdei", "nomacoubvybudcampngim", "nomywlacvtffalpeajyxf", "nomacoukgvgnjkzaejxdr", "naxicxqdaolgaqsywgckt", "nomacoukgqxqoeghcmubf", "nomazmeiivlmxpbsszcma", "nomacodsumseiyildsrtw", "nomacouqxdstcnvlvdssl", "nodfsgwogkiyahqsqmegb", "nomacoukgvofkwdjgtafb", "nomqgyqwxtjpsixfsxpfy", "nomacoukgvofkbdyeacby", "nomacoukgvofkupzwnqpq", "nxxevtbmpbihegofnwhfy", "nomacoukgvofkupzxwinl", "nodobfbapabjcvjhpvswi", "nomacoukgvofkupzxjexe", "nomacoukgvofxyedeebwq", "nomacoukgvofkupzxjeqx", "nomacoukgvofkupzxjdhc", "nomacoukgvofkupzxjexe", "nomacozwwqkwnbpuhdftn", "nqcpdehpydylnixdqpiar", "nomacoukgvofrpqdujywy"], "length": 21, "num_candidate": 26, "target": "nomacoukgvofkupzxjexe"}, "task_name": "task13", "example_name": "0184", "problem_name": "task13_0184"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: uwxdmppbnvjywkktwrozj\nCandidate: uwxdmppbnvjywkkhvpxvh, uwxdmppbnvjyvobxrbzys, uwxdmppbnvhdxujegvnom, uwxdmppbfcejvimftjjdq, uwxdmppbnvyywkktwrozy, uwxdmppbnvnjopxildnml, uwxdmppbnvfzycnftxjcc, uwxdmppbnvjywkktgtqnl, uwxdmppbnvjywkktwroqc, uwxdmppbnvjywkktwronh, uwaykwqjkckvoerxqexwg, uwxdmppbnuauexrhbqves, uwxdmppbnvfywkktwrozf, uwxdmppbnvlywkktwrozl, uwxdmppbnvuywkktwrozu, uwxdmppbnvjypxgepzecp, uwxdmppbnvjywkktwosxd, uwxdmpfodiojqvzpktybn, uwxdmppbnvjneejafpedf, uwxdmppbnvjywkktwrozj, uwxdmppbndcubwqqmanib, udppvwnyxhwrmtwievhxw, uwxdmppwtwzwcqhvnlepj, uwajsjbsurbpeywjrgmla, uwxdmppbnvjywkkbysxmj, uwxdmoflclzatgxqvoxdf, uqhjhhcdnojzyvjftbdrt, uwxdmmxtdkxanhnompdjk", "label": {"final": ["uwxdmppbnvjywkk", "uwxdmppbnvjy", "uwxdmppbnv", "uwxdmppb", "uwxdmppbnv", "uwxdmppbnv", "uwxdmppbnv", "uwxdmppbnvjywkkt", "uwxdmppbnvjywkktwro", "uwxdmppbnvjywkktwro", "uw", "uwxdmppbn", "uwxdmppbnv", "uwxdmppbnv", "uwxdmppbnv", "uwxdmppbnvjy", "uwxdmppbnvjywkktw", "uwxdmp", "uwxdmppbnvj", "uwxdmppbnvjywkktwrozj"], "init": [""], "intermediate": ["uwxdmppbnvjywkk", "uwxdmppbnvjy", "uwxdmppbnv", "uwxdmppb", "uwxdmppbnv", "uwxdmppbnv", "uwxdmppbnv", "uwxdmppbnvjywkkt", "uwxdmppbnvjywkktwro", "uwxdmppbnvjywkktwro", "uw", "uwxdmppbn", "uwxdmppbnv", "uwxdmppbnv", "uwxdmppbnv", "uwxdmppbnvjy", "uwxdmppbnvjywkktw", "uwxdmp", "uwxdmppbnvj"]}, "config": {"candidate": ["uwxdmppbnvjywkkhvpxvh", "uwxdmppbnvjyvobxrbzys", "uwxdmppbnvhdxujegvnom", "uwxdmppbfcejvimftjjdq", "uwxdmppbnvyywkktwrozy", "uwxdmppbnvnjopxildnml", "uwxdmppbnvfzycnftxjcc", "uwxdmppbnvjywkktgtqnl", "uwxdmppbnvjywkktwroqc", "uwxdmppbnvjywkktwronh", "uwaykwqjkckvoerxqexwg", "uwxdmppbnuauexrhbqves", "uwxdmppbnvfywkktwrozf", "uwxdmppbnvlywkktwrozl", "uwxdmppbnvuywkktwrozu", "uwxdmppbnvjypxgepzecp", "uwxdmppbnvjywkktwosxd", "uwxdmpfodiojqvzpktybn", "uwxdmppbnvjneejafpedf", "uwxdmppbnvjywkktwrozj", "uwxdmppbndcubwqqmanib", "udppvwnyxhwrmtwievhxw", "uwxdmppwtwzwcqhvnlepj", "uwajsjbsurbpeywjrgmla", "uwxdmppbnvjywkkbysxmj", "uwxdmoflclzatgxqvoxdf", "uqhjhhcdnojzyvjftbdrt", "uwxdmmxtdkxanhnompdjk"], "length": 21, "num_candidate": 27, "target": "uwxdmppbnvjywkktwrozj"}, "task_name": "task13", "example_name": "0185", "problem_name": "task13_0185"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: tlkjtgbdavtuqbigtarjc\nCandidate: tlkjtgqifqishgddlamna, tsacccvhxtwpcoxlcmysq, tlkjtgbdavtuqbesnruuu, tlkjuypmjqqcsctoulfnr, tlkjtsiuadfkesuashcab, tlkjtgbdavtuqbigtarjk, tlkjtgbdavtuqbigtarxp, tlkjtgbdavtuqnmngvhui, tlkjtgwrgjcngxmjcxbmx, tlkjtgbdavtuqbighrxsi, tlkjtgmkgwttcmipzblis, tlkjtgbdavtuqborppdzr, tlwhmiigpxfvjiuewpkqp, tlkjtgbdavtuqbdjltzmb, tlkjtgbuxlhufqsfmvkvj, tlkjtaxurorgbtfjvnicf, tlkjtgbdavtuqbigtavsa, tlkjtgbdavtuqbigtarqd, tlkjtsvdobxmglpnjkfph, tlkjtgbdavtuqbigtarjc, tlkjtgbdavtuqbigtarst, tlkjtgbdavtuqbcxpxtju, tlkjturjofknkqlkvjgsk, tlkjtgbdavtuqbigixmqa, tlkjtgbdavtuqbigtaruj, tlkjtgbdavtuqbigtarjp, tlkjtgbiuzqbdgsknqwqq, tlkjtgbdavthdwmkendkz, tlkjtgbdavtuqcgmtakyf", "label": {"final": ["tlkjtg", "t", "tlkjtgbdavtuqb", "tlkj", "tlkjt", "tlkjtgbdavtuqbigtarj", "tlkjtgbdavtuqbigtar", "tlkjtgbdavtuq", "tlkjtg", "tlkjtgbdavtuqbig", "tlkjtg", "tlkjtgbdavtuqb", "tl", "tlkjtgbdavtuqb", "tlkjtgb", "tlkjt", "tlkjtgbdavtuqbigta", "tlkjtgbdavtuqbigtar", "tlkjt", "tlkjtgbdavtuqbigtarjc"], "init": [""], "intermediate": ["tlkjtg", "t", "tlkjtgbdavtuqb", "tlkj", "tlkjt", "tlkjtgbdavtuqbigtarj", "tlkjtgbdavtuqbigtar", "tlkjtgbdavtuq", "tlkjtg", "tlkjtgbdavtuqbig", "tlkjtg", "tlkjtgbdavtuqb", "tl", "tlkjtgbdavtuqb", "tlkjtgb", "tlkjt", "tlkjtgbdavtuqbigta", "tlkjtgbdavtuqbigtar", "tlkjt"]}, "config": {"candidate": ["tlkjtgqifqishgddlamna", "tsacccvhxtwpcoxlcmysq", "tlkjtgbdavtuqbesnruuu", "tlkjuypmjqqcsctoulfnr", "tlkjtsiuadfkesuashcab", "tlkjtgbdavtuqbigtarjk", "tlkjtgbdavtuqbigtarxp", "tlkjtgbdavtuqnmngvhui", "tlkjtgwrgjcngxmjcxbmx", "tlkjtgbdavtuqbighrxsi", "tlkjtgmkgwttcmipzblis", "tlkjtgbdavtuqborppdzr", "tlwhmiigpxfvjiuewpkqp", "tlkjtgbdavtuqbdjltzmb", "tlkjtgbuxlhufqsfmvkvj", "tlkjtaxurorgbtfjvnicf", "tlkjtgbdavtuqbigtavsa", "tlkjtgbdavtuqbigtarqd", "tlkjtsvdobxmglpnjkfph", "tlkjtgbdavtuqbigtarjc", "tlkjtgbdavtuqbigtarst", "tlkjtgbdavtuqbcxpxtju", "tlkjturjofknkqlkvjgsk", "tlkjtgbdavtuqbigixmqa", "tlkjtgbdavtuqbigtaruj", "tlkjtgbdavtuqbigtarjp", "tlkjtgbiuzqbdgsknqwqq", "tlkjtgbdavthdwmkendkz", "tlkjtgbdavtuqcgmtakyf"], "length": 21, "num_candidate": 28, "target": "tlkjtgbdavtuqbigtarjc"}, "task_name": "task13", "example_name": "0186", "problem_name": "task13_0186"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: bupaizpmhyvpkxflpccyw\nCandidate: bupaizpmhyvpkxflpccyx, bupaiqzkcrhfvikvqfczy, bupaizpmhyvpkxflpueba, bupaizpmhyvpkxfqattxi, bupaisckyvoifckebgvgg, bupaizcixeovxyzeluzaf, bupahokkecrzafnvtbons, bupaizpmhyvpkxflpshtr, bupaizpmhyvyamylzrpna, bupaizpmhyvpkxflmjcdn, bupaizpvmffqxycuhtnaa, bupaizpmhyvpkrzpouuoo, bupaicsfugadrdwibdswt, bupaizpmhykeioqkmezzt, bupaizpmbkoagfqrclbkx, bupaillqyrxcsotwkuveo, bhsdwzswbqljufmycftit, bupaizxoqjwqtngnatolt, bupaizpmhyvpkxflpciqf, bupaizpmhyvpkxflpccyw, bupaizpmnaknvlgubinuv, bupaizpmhynyfkxvyhubc, bupaizpmhyvpkxflpccys, bupaizpmhyvpkxflpccyp, bupaizpmhyhbruzplxusp, buheoohkmqhwuffvoocvl, bupaizpmhyvpksctmjjjq", "label": {"final": ["bupaizpmhyvpkxflpccy", "bupai", "bupaizpmhyvpkxflp", "bupaizpmhyvpkxf", "bupai", "bupaiz", "bupa", "bupaizpmhyvpkxflp", "bupaizpmhyv", "bupaizpmhyvpkxfl", "bupaizp", "bupaizpmhyvpk", "bupai", "bupaizpmhy", "bupaizpm", "bupai", "b", "bupaiz", "bupaizpmhyvpkxflpc", "bupaizpmhyvpkxflpccyw"], "init": [""], "intermediate": ["bupaizpmhyvpkxflpccy", "bupai", "bupaizpmhyvpkxflp", "bupaizpmhyvpkxf", "bupai", "bupaiz", "bupa", "bupaizpmhyvpkxflp", "bupaizpmhyv", "bupaizpmhyvpkxfl", "bupaizp", "bupaizpmhyvpk", "bupai", "bupaizpmhy", "bupaizpm", "bupai", "b", "bupaiz", "bupaizpmhyvpkxflpc"]}, "config": {"candidate": ["bupaizpmhyvpkxflpccyx", "bupaiqzkcrhfvikvqfczy", "bupaizpmhyvpkxflpueba", "bupaizpmhyvpkxfqattxi", "bupaisckyvoifckebgvgg", "bupaizcixeovxyzeluzaf", "bupahokkecrzafnvtbons", "bupaizpmhyvpkxflpshtr", "bupaizpmhyvyamylzrpna", "bupaizpmhyvpkxflmjcdn", "bupaizpvmffqxycuhtnaa", "bupaizpmhyvpkrzpouuoo", "bupaicsfugadrdwibdswt", "bupaizpmhykeioqkmezzt", "bupaizpmbkoagfqrclbkx", "bupaillqyrxcsotwkuveo", "bhsdwzswbqljufmycftit", "bupaizxoqjwqtngnatolt", "bupaizpmhyvpkxflpciqf", "bupaizpmhyvpkxflpccyw", "bupaizpmnaknvlgubinuv", "bupaizpmhynyfkxvyhubc", "bupaizpmhyvpkxflpccys", "bupaizpmhyvpkxflpccyp", "bupaizpmhyhbruzplxusp", "buheoohkmqhwuffvoocvl", "bupaizpmhyvpksctmjjjq"], "length": 21, "num_candidate": 26, "target": "bupaizpmhyvpkxflpccyw"}, "task_name": "task13", "example_name": "0187", "problem_name": "task13_0187"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: yakmapxhvmhonwetbcrew\nCandidate: yakmapxhvmhonwetbcsto, yyzddkqbbagsbhamdcgbb, yakmapxubuasgxdyfdgju, yakmapxhvmhonwetbccqk, yakmapxhvmeizcalcltey, yakmapxhvmhonwebhoogg, yakmapxhvmhosyiokjzfn, yakmapxhvmhonedirrhuj, yadxoxesrufdudbjegzge, yakmapxhvmbnfqymowzne, yakmapxhvmgsudgywoojy, yakmapxhvmhonwehlfgbn, yakmocgvcyurefufcbyey, yakmapxhvgoodfokaoraq, yakmuhpxwlmwtayrlebot, yaaxjnmvjwkycxkjwhjkm, yakmapxhvmhonwetbcrsa, yakmapxhclgfxqhpnpgus, yakmapxhvmhonwetrsfxj, yakmapxhvmhonwetbcrew, yakmapxwuyihmoqhqmxjv", "label": {"final": ["yakmapxhvmhonwetbc", "y", "yakmapx", "yakmapxhvmhonwetbc", "yakmapxhvm", "yakmapxhvmhonwe", "yakmapxhvmho", "yakmapxhvmhon", "ya", "yakmapxhvm", "yakmapxhvm", "yakmapxhvmhonwe", "yakm", "yakmapxhv", "yakm", "ya", "yakmapxhvmhonwetbcr", "yakmapxh", "yakmapxhvmhonwet", "yakmapxhvmhonwetbcrew"], "init": [""], "intermediate": ["yakmapxhvmhonwetbc", "y", "yakmapx", "yakmapxhvmhonwetbc", "yakmapxhvm", "yakmapxhvmhonwe", "yakmapxhvmho", "yakmapxhvmhon", "ya", "yakmapxhvm", "yakmapxhvm", "yakmapxhvmhonwe", "yakm", "yakmapxhv", "yakm", "ya", "yakmapxhvmhonwetbcr", "yakmapxh", "yakmapxhvmhonwet"]}, "config": {"candidate": ["yakmapxhvmhonwetbcsto", "yyzddkqbbagsbhamdcgbb", "yakmapxubuasgxdyfdgju", "yakmapxhvmhonwetbccqk", "yakmapxhvmeizcalcltey", "yakmapxhvmhonwebhoogg", "yakmapxhvmhosyiokjzfn", "yakmapxhvmhonedirrhuj", "yadxoxesrufdudbjegzge", "yakmapxhvmbnfqymowzne", "yakmapxhvmgsudgywoojy", "yakmapxhvmhonwehlfgbn", "yakmocgvcyurefufcbyey", "yakmapxhvgoodfokaoraq", "yakmuhpxwlmwtayrlebot", "yaaxjnmvjwkycxkjwhjkm", "yakmapxhvmhonwetbcrsa", "yakmapxhclgfxqhpnpgus", "yakmapxhvmhonwetrsfxj", "yakmapxhvmhonwetbcrew", "yakmapxwuyihmoqhqmxjv"], "length": 21, "num_candidate": 20, "target": "yakmapxhvmhonwetbcrew"}, "task_name": "task13", "example_name": "0188", "problem_name": "task13_0188"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: mrnvoczquoejacbutnfms\nCandidate: mrnvoczquoejacbuydsfx, mrnvepxhrfbwnmewucplw, mrnjvcalvnbmwrkgtfsvw, mrnvoczquoejacbutnfmm, mrnvoczquoejacbzhnyay, mrnvoczquoejacbutnfpq, mrnvoqgbcmczgjseinaum, mrnvoczquonkwkupcblir, mrnvoczquoejapzrnhyyz, mrnvoczquoejxuikwhkto, mrnvoczquoejacldggsuh, mrnvopgfkwrjpafcruhkx, mrnvoczquoejacbjwygsn, mbjprmsoexfmktmqdikbb, mrnvoczquoeffjiyfqmlv, mrnvoczquoerzzhknxgmg, mrkqvialgszyobuoygxhc, mrnvoczquoejrtkpwymmo, mrnvoczquoejrjmlsryug, mrnvoczquoejacbutnfms, mrnvoczquoejacbutnfms, mrnvrixkiuwyadkplumec, mrnvoczquoejqqwoqmpby, miwkcksxhivfbsrzscvdx, mridgqhysnmskfmdkabml, mrnvoczquoejaddkwqfzr, mrnvoczquoejacbutnfmj, mrnvoczquoejaccyeshjo", "label": {"final": ["mrnvoczquoejacbu", "mrnv", "mrn", "mrnvoczquoejacbutnfm", "mrnvoczquoejacb", "mrnvoczquoejacbutnf", "mrnvo", "mrnvoczquo", "mrnvoczquoeja", "mrnvoczquoej", "mrnvoczquoejac", "mrnvo", "mrnvoczquoejacb", "m", "mrnvoczquoe", "mrnvoczquoe", "mr", "mrnvoczquoej", "mrnvoczquoej", "mrnvoczquoejacbutnfms"], "init": [""], "intermediate": ["mrnvoczquoejacbu", "mrnv", "mrn", "mrnvoczquoejacbutnfm", "mrnvoczquoejacb", "mrnvoczquoejacbutnf", "mrnvo", "mrnvoczquo", "mrnvoczquoeja", "mrnvoczquoej", "mrnvoczquoejac", "mrnvo", "mrnvoczquoejacb", "m", "mrnvoczquoe", "mrnvoczquoe", "mr", "mrnvoczquoej", "mrnvoczquoej"]}, "config": {"candidate": ["mrnvoczquoejacbuydsfx", "mrnvepxhrfbwnmewucplw", "mrnjvcalvnbmwrkgtfsvw", "mrnvoczquoejacbutnfmm", "mrnvoczquoejacbzhnyay", "mrnvoczquoejacbutnfpq", "mrnvoqgbcmczgjseinaum", "mrnvoczquonkwkupcblir", "mrnvoczquoejapzrnhyyz", "mrnvoczquoejxuikwhkto", "mrnvoczquoejacldggsuh", "mrnvopgfkwrjpafcruhkx", "mrnvoczquoejacbjwygsn", "mbjprmsoexfmktmqdikbb", "mrnvoczquoeffjiyfqmlv", "mrnvoczquoerzzhknxgmg", "mrkqvialgszyobuoygxhc", "mrnvoczquoejrtkpwymmo", "mrnvoczquoejrjmlsryug", "mrnvoczquoejacbutnfms", "mrnvoczquoejacbutnfms", "mrnvrixkiuwyadkplumec", "mrnvoczquoejqqwoqmpby", "miwkcksxhivfbsrzscvdx", "mridgqhysnmskfmdkabml", "mrnvoczquoejaddkwqfzr", "mrnvoczquoejacbutnfmj", "mrnvoczquoejaccyeshjo"], "length": 21, "num_candidate": 27, "target": "mrnvoczquoejacbutnfms"}, "task_name": "task13", "example_name": "0189", "problem_name": "task13_0189"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: rahrjwpkxpdfmiaybzbbak\nCandidate: raygcvdbovftvxdegseput, rahrjwpkxpdfmiaybzbbya, rahrjwpkxpdfmisdkrrahn, rahrjwpkxpdfmmrnyvnnim, rahrjwpkxpdfmiaybzbgau, rahrjwpkxpdfraumsibyql, rahrjwpkxpdfegepztdryf, rahrjwpkxpdfmiaybdcukg, rahrjwpkxpdfmaiyucsuxh, rvwotloerafhodshoiootc, rahzkrjbtdvnvrcujelxgn, rahlyuzmvkwnajwsmwclqs, rahrjwpkxryethrnwxkknv, rlkzhoufrmiodtmiggmirn, rajxnwuhcjqmoynglrhaxj, rawiknlfprutcfyhhrnqpt, rahrjwmwmzvetkghyrlhsc, rahrjwpkxpdfziunquhbrq, rahrjwpkxpdfmiaybzbbwc, rahrjwptnvbfukqoekqkcc, rahrjwpkxpdfmiaybzbbak, rahrjwwbqrgkcmtrvudeuo, rtyvaabpqeryijwamdqncz, rahrjvhxtnrdcluouhjsul, rahrjwpkxpdfmiaybzbbak, rahrjwpkxdgxfamfrewcsx, rahrjwpkxpdfolpzsmfacl, rfmufmqswcbchshimurrfq", "label": {"final": ["ra", "rahrjwpkxpdfmiaybzbb", "rahrjwpkxpdfmi", "rahrjwpkxpdfm", "rahrjwpkxpdfmiaybzb", "rahrjwpkxpdf", "rahrjwpkxpdf", "rahrjwpkxpdfmiayb", "rahrjwpkxpdfm", "r", "rah", "rah", "rahrjwpkx", "r", "ra", "ra", "rahrjw", "rahrjwpkxpdf", "rahrjwpkxpdfmiaybzbb", "rahrjwp", "rahrjwpkxpdfmiaybzbbak"], "init": [""], "intermediate": ["ra", "rahrjwpkxpdfmiaybzbb", "rahrjwpkxpdfmi", "rahrjwpkxpdfm", "rahrjwpkxpdfmiaybzb", "rahrjwpkxpdf", "rahrjwpkxpdf", "rahrjwpkxpdfmiayb", "rahrjwpkxpdfm", "r", "rah", "rah", "rahrjwpkx", "r", "ra", "ra", "rahrjw", "rahrjwpkxpdf", "rahrjwpkxpdfmiaybzbb", "rahrjwp"]}, "config": {"candidate": ["raygcvdbovftvxdegseput", "rahrjwpkxpdfmiaybzbbya", "rahrjwpkxpdfmisdkrrahn", "rahrjwpkxpdfmmrnyvnnim", "rahrjwpkxpdfmiaybzbgau", "rahrjwpkxpdfraumsibyql", "rahrjwpkxpdfegepztdryf", "rahrjwpkxpdfmiaybdcukg", "rahrjwpkxpdfmaiyucsuxh", "rvwotloerafhodshoiootc", "rahzkrjbtdvnvrcujelxgn", "rahlyuzmvkwnajwsmwclqs", "rahrjwpkxryethrnwxkknv", "rlkzhoufrmiodtmiggmirn", "rajxnwuhcjqmoynglrhaxj", "rawiknlfprutcfyhhrnqpt", "rahrjwmwmzvetkghyrlhsc", "rahrjwpkxpdfziunquhbrq", "rahrjwpkxpdfmiaybzbbwc", "rahrjwptnvbfukqoekqkcc", "rahrjwpkxpdfmiaybzbbak", "rahrjwwbqrgkcmtrvudeuo", "rtyvaabpqeryijwamdqncz", "rahrjvhxtnrdcluouhjsul", "rahrjwpkxpdfmiaybzbbak", "rahrjwpkxdgxfamfrewcsx", "rahrjwpkxpdfolpzsmfacl", "rfmufmqswcbchshimurrfq"], "length": 22, "num_candidate": 27, "target": "rahrjwpkxpdfmiaybzbbak"}, "task_name": "task13", "example_name": "0190", "problem_name": "task13_0190"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: hwaiqqugbkleuzjrvbhpql\nCandidate: hwaiqqugbkleuyubgznxjm, hwaiqqugbkleuzjrtlhufw, hwaiqqugbklechwpmpxkce, hwaiqqussduoqmlgpxusko, hwaiqqugbkleuzjrvbjrxb, hwaiqqmxlrrpbjilcwtmhz, hwaiqqugbklemwdesonukm, hwaiqqugbkddtyhfaghcjc, hyatwpbdrjjpllggouvptt, hwaiqqyxtwjilelsyzbwmd, hwaiqquphcekisfbttmzbq, hwaiqqugbkjeuzjrvbhpqj, hwaiqqutwwtioxtceaprvj, hwaiqfaweyjmlnxddajpgq, hwaiqqugbkleuplwttysfy, hwaiqqugbkleuzjrvbejxs, hqxfbwzjegzksiovyehjgp, hwadocydnanrfaifpqbgre, hwaiqqugslvczgdjynakpu, hwaiqqugbygtkeyxzdootb, hwaiqqugbkleuzjrvbhpql, hwaiqqugbkleuzjrvbhspa, hwaiqekhaxxcultidbnvfq", "label": {"final": ["hwaiqqugbkleu", "hwaiqqugbkleuzjr", "hwaiqqugbkle", "hwaiqqu", "hwaiqqugbkleuzjrvb", "hwaiqq", "hwaiqqugbkle", "hwaiqqugbk", "h", "hwaiqq", "hwaiqqu", "hwaiqqugbk", "hwaiqqu", "hwaiq", "hwaiqqugbkleu", "hwaiqqugbkleuzjrvb", "h", "hwa", "hwaiqqug", "hwaiqqugb", "hwaiqqugbkleuzjrvbhpql"], "init": [""], "intermediate": ["hwaiqqugbkleu", "hwaiqqugbkleuzjr", "hwaiqqugbkle", "hwaiqqu", "hwaiqqugbkleuzjrvb", "hwaiqq", "hwaiqqugbkle", "hwaiqqugbk", "h", "hwaiqq", "hwaiqqu", "hwaiqqugbk", "hwaiqqu", "hwaiq", "hwaiqqugbkleu", "hwaiqqugbkleuzjrvb", "h", "hwa", "hwaiqqug", "hwaiqqugb"]}, "config": {"candidate": ["hwaiqqugbkleuyubgznxjm", "hwaiqqugbkleuzjrtlhufw", "hwaiqqugbklechwpmpxkce", "hwaiqqussduoqmlgpxusko", "hwaiqqugbkleuzjrvbjrxb", "hwaiqqmxlrrpbjilcwtmhz", "hwaiqqugbklemwdesonukm", "hwaiqqugbkddtyhfaghcjc", "hyatwpbdrjjpllggouvptt", "hwaiqqyxtwjilelsyzbwmd", "hwaiqquphcekisfbttmzbq", "hwaiqqugbkjeuzjrvbhpqj", "hwaiqqutwwtioxtceaprvj", "hwaiqfaweyjmlnxddajpgq", "hwaiqqugbkleuplwttysfy", "hwaiqqugbkleuzjrvbejxs", "hqxfbwzjegzksiovyehjgp", "hwadocydnanrfaifpqbgre", "hwaiqqugslvczgdjynakpu", "hwaiqqugbygtkeyxzdootb", "hwaiqqugbkleuzjrvbhpql", "hwaiqqugbkleuzjrvbhspa", "hwaiqekhaxxcultidbnvfq"], "length": 22, "num_candidate": 22, "target": "hwaiqqugbkleuzjrvbhpql"}, "task_name": "task13", "example_name": "0191", "problem_name": "task13_0191"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: godqlftlkmqgvkorevqvnb\nCandidate: godqlftlkmqgvkorztiycv, gvcpufxhjbeyculwexzcxn, godqtkithczrhqrpvyacwt, godqlftlkmqgvkalltlaht, ghjhxitnstguqzginugjzo, godqlftlyskihphnbpgtlc, godqlftlkmqgvkoreeyuzv, godqlftlkmqgvkorezmlhz, godqlftlqgaviazldpqgfa, godqlftlkmqgvkortzgljo, godqlgocrhuetxjjblofbn, godqlfxpyxdqnyeyclbszr, godqlftlkmqgvkorevqvnu, godqlftlkmbhvsgpstjnrn, godqlftlkmqgvkorezyhkq, godqlftlkmqgvkorefutse, godqlftlkmqgvutdaogfqa, godqlftlkmqgvkorevqspn, godqlftlkmqgvxizibicls, godqlftlkmqgvkorevqifj, godqlftlkmqgvkorevqvnb, godqlftlkmqgemrkkymegd, godqlftlkmqgvkorevqvnp, godnuqzlqxmfdegmpvczpd, godqlftlkmqggeoramsayt", "label": {"final": ["godqlftlkmqgvkor", "g", "godq", "godqlftlkmqgvk", "g", "godqlftl", "godqlftlkmqgvkore", "godqlftlkmqgvkore", "godqlftl", "godqlftlkmqgvkor", "godql", "godqlf", "godqlftlkmqgvkorevqvn", "godqlftlkm", "godqlftlkmqgvkore", "godqlftlkmqgvkore", "godqlftlkmqgv", "godqlftlkmqgvkorevq", "godqlftlkmqgv", "godqlftlkmqgvkorevq", "godqlftlkmqgvkorevqvnb"], "init": [""], "intermediate": ["godqlftlkmqgvkor", "g", "godq", "godqlftlkmqgvk", "g", "godqlftl", "godqlftlkmqgvkore", "godqlftlkmqgvkore", "godqlftl", "godqlftlkmqgvkor", "godql", "godqlf", "godqlftlkmqgvkorevqvn", "godqlftlkm", "godqlftlkmqgvkore", "godqlftlkmqgvkore", "godqlftlkmqgv", "godqlftlkmqgvkorevq", "godqlftlkmqgv", "godqlftlkmqgvkorevq"]}, "config": {"candidate": ["godqlftlkmqgvkorztiycv", "gvcpufxhjbeyculwexzcxn", "godqtkithczrhqrpvyacwt", "godqlftlkmqgvkalltlaht", "ghjhxitnstguqzginugjzo", "godqlftlyskihphnbpgtlc", "godqlftlkmqgvkoreeyuzv", "godqlftlkmqgvkorezmlhz", "godqlftlqgaviazldpqgfa", "godqlftlkmqgvkortzgljo", "godqlgocrhuetxjjblofbn", "godqlfxpyxdqnyeyclbszr", "godqlftlkmqgvkorevqvnu", "godqlftlkmbhvsgpstjnrn", "godqlftlkmqgvkorezyhkq", "godqlftlkmqgvkorefutse", "godqlftlkmqgvutdaogfqa", "godqlftlkmqgvkorevqspn", "godqlftlkmqgvxizibicls", "godqlftlkmqgvkorevqifj", "godqlftlkmqgvkorevqvnb", "godqlftlkmqgemrkkymegd", "godqlftlkmqgvkorevqvnp", "godnuqzlqxmfdegmpvczpd", "godqlftlkmqggeoramsayt"], "length": 22, "num_candidate": 24, "target": "godqlftlkmqgvkorevqvnb"}, "task_name": "task13", "example_name": "0192", "problem_name": "task13_0192"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ejqdtfzobxggifexrtbqox\nCandidate: ejqdtfzogtsjczirfpzdky, ejqdtfzobxggaffgverxgk, ejhrlimubmwplzkskhxuwc, ejgbeqqckjdqhxettlhzsa, ejqdtfzobxgosxktpeziua, ejqdtfzobxggisdefuaqff, ejqdtfzobxgqjdpxjgdrnp, ejqdtfzonnsfspsocoudkj, ejqdtfzobxggifexrqrdsu, ejqdtfzofxzsbjbcqxtkyk, ejqdtfzobxggiqhudrahke, ejqkmslajvltsxplshcyfu, ejqdtfqybsintdhhyxtrvr, ejqdtjusrzkkgwguffscpq, ejtrkapkdoatemkizuqewf, ejqdtfzobxgguuvgnzchsp, ejqdtfzobxggifexgpvdbh, ejqdtfzobxgdcvlbjvlybm, ejqdtfzobxggifrdmsnycq, ejqdookxvwrnajybicuhpt, ejqdtfzobxggifexrtbqox, ejqhohsmojwlamjjnwxfxk, enbifdmlmhhiwyxhykkldr", "label": {"final": ["ejqdtfzo", "ejqdtfzobxgg", "ej", "ej", "ejqdtfzobxg", "ejqdtfzobxggi", "ejqdtfzobxg", "ejqdtfzo", "ejqdtfzobxggifexr", "ejqdtfzo", "ejqdtfzobxggi", "ejq", "ejqdtf", "ejqdt", "ej", "ejqdtfzobxgg", "ejqdtfzobxggifex", "ejqdtfzobxg", "ejqdtfzobxggif", "ejqd", "ejqdtfzobxggifexrtbqox"], "init": [""], "intermediate": ["ejqdtfzo", "ejqdtfzobxgg", "ej", "ej", "ejqdtfzobxg", "ejqdtfzobxggi", "ejqdtfzobxg", "ejqdtfzo", "ejqdtfzobxggifexr", "ejqdtfzo", "ejqdtfzobxggi", "ejq", "ejqdtf", "ejqdt", "ej", "ejqdtfzobxgg", "ejqdtfzobxggifex", "ejqdtfzobxg", "ejqdtfzobxggif", "ejqd"]}, "config": {"candidate": ["ejqdtfzogtsjczirfpzdky", "ejqdtfzobxggaffgverxgk", "ejhrlimubmwplzkskhxuwc", "ejgbeqqckjdqhxettlhzsa", "ejqdtfzobxgosxktpeziua", "ejqdtfzobxggisdefuaqff", "ejqdtfzobxgqjdpxjgdrnp", "ejqdtfzonnsfspsocoudkj", "ejqdtfzobxggifexrqrdsu", "ejqdtfzofxzsbjbcqxtkyk", "ejqdtfzobxggiqhudrahke", "ejqkmslajvltsxplshcyfu", "ejqdtfqybsintdhhyxtrvr", "ejqdtjusrzkkgwguffscpq", "ejtrkapkdoatemkizuqewf", "ejqdtfzobxgguuvgnzchsp", "ejqdtfzobxggifexgpvdbh", "ejqdtfzobxgdcvlbjvlybm", "ejqdtfzobxggifrdmsnycq", "ejqdookxvwrnajybicuhpt", "ejqdtfzobxggifexrtbqox", "ejqhohsmojwlamjjnwxfxk", "enbifdmlmhhiwyxhykkldr"], "length": 22, "num_candidate": 22, "target": "ejqdtfzobxggifexrtbqox"}, "task_name": "task13", "example_name": "0193", "problem_name": "task13_0193"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: houbayjqifsjixxjydegao\nCandidate: houbayjqifsjixxjydegen, houbayjqifsjixxjydiudv, hougposfztmixrrlqfbztd, houbayjqifsjixvtpksqnl, houbayjqifsjixxjyxibqa, houbayjqifbeygirjqiedv, hnubayjqifsjixxjydegan, houbayjqifstlrxsbtjwoo, houbayjqifsjitblgtbvyg, houbayjqifsjixxjydlxiw, houbayjqifsjixxjydsqah, houbayjqifsjibmsxvndsw, houbayjqifsqzvkrbgwvsl, houbayjqifsjixhqkheqsg, houbayjqifsjixxaahsvdd, houbldvdrcgyqlsebktayu, hhubayjqifsjixxjydegah, houbayjqifvbhijtlebhug, houbayjqinwzyggtbpsvfd, houbdptsvfcvtuztjvdzdj, houbayjqifsjixxjydegao, houbayjqifsjixxjfolilg, houbayjqifsjixxjydegao, houbayjqifsjixxjydegfi, houbayjqifsjixxjydegao, hoouysnhmqiowmtvzciouu, houbayjqifcqfqgzpuealy", "label": {"final": ["houbayjqifsjixxjydeg", "houbayjqifsjixxjyd", "hou", "houbayjqifsjix", "houbayjqifsjixxjy", "houbayjqif", "h", "houbayjqifs", "houbayjqifsji", "houbayjqifsjixxjyd", "houbayjqifsjixxjyd", "houbayjqifsji", "houbayjqifs", "houbayjqifsjix", "houbayjqifsjixx", "houb", "h", "houbayjqif", "houbayjqi", "houb", "houbayjqifsjixxjydegao"], "init": [""], "intermediate": ["houbayjqifsjixxjydeg", "houbayjqifsjixxjyd", "hou", "houbayjqifsjix", "houbayjqifsjixxjy", "houbayjqif", "h", "houbayjqifs", "houbayjqifsji", "houbayjqifsjixxjyd", "houbayjqifsjixxjyd", "houbayjqifsji", "houbayjqifs", "houbayjqifsjix", "houbayjqifsjixx", "houb", "h", "houbayjqif", "houbayjqi", "houb"]}, "config": {"candidate": ["houbayjqifsjixxjydegen", "houbayjqifsjixxjydiudv", "hougposfztmixrrlqfbztd", "houbayjqifsjixvtpksqnl", "houbayjqifsjixxjyxibqa", "houbayjqifbeygirjqiedv", "hnubayjqifsjixxjydegan", "houbayjqifstlrxsbtjwoo", "houbayjqifsjitblgtbvyg", "houbayjqifsjixxjydlxiw", "houbayjqifsjixxjydsqah", "houbayjqifsjibmsxvndsw", "houbayjqifsqzvkrbgwvsl", "houbayjqifsjixhqkheqsg", "houbayjqifsjixxaahsvdd", "houbldvdrcgyqlsebktayu", "hhubayjqifsjixxjydegah", "houbayjqifvbhijtlebhug", "houbayjqinwzyggtbpsvfd", "houbdptsvfcvtuztjvdzdj", "houbayjqifsjixxjydegao", "houbayjqifsjixxjfolilg", "houbayjqifsjixxjydegao", "houbayjqifsjixxjydegfi", "houbayjqifsjixxjydegao", "hoouysnhmqiowmtvzciouu", "houbayjqifcqfqgzpuealy"], "length": 22, "num_candidate": 26, "target": "houbayjqifsjixxjydegao"}, "task_name": "task13", "example_name": "0194", "problem_name": "task13_0194"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: qgdxtfsuwvoayxncmppyhh\nCandidate: qgdxtzjlnvcnreffripbzs, qgdxtfsuwvoayxswyauegl, qgjegmyrnzoncirmzxjfhv, qgdxsabwbrvsbalabsrlnf, qgdxtfsuwvoaegzgbdhdxv, qgdxtfsuwvobagvmixylko, qhlseqwyvzbzrqeelvwsjg, qgdxtfclfacexacvltmptq, qgdxtfsuwvoayxncmtxlme, qgdxtfsuwvnlrykvwwoikd, qgmiqkctadqyqvbdydatnr, qgdxtfsuwvoayxncmppysb, qgdxtfsuwvoayxncmppyby, qgdxtzttffnitzbffcuoho, qlvglspkhuztstgtwhljwm, qgdxtfsuwvoayaqmskenvp, qgdxqynctiymneefmsblbb, qgdxtfsukumkgtqnwxuuxl, qgdxtfsuwvoaestzhvqidf, qgdxtfsuwvoayxncmpvygn, qgdxtfsuwvoayxncmppyhh, qgdxtfsuwvoayxncmvejlt, qgdxtfsuwvoayxntccfwqz, qgdxtfsuwvoayxncmppyhh, qgdxtfsuwvoayxncmppymt, qgdxtfsuwvoegzsjgixkwk, qgdxtfsuwvoayxncmknjtt, qgdxtfsuwvoayxncmppyhh, qgdxtfsuwvoayxncxeewns", "label": {"final": ["qgdxt", "qgdxtfsuwvoayx", "qg", "qgdx", "qgdxtfsuwvoa", "qgdxtfsuwvo", "q", "qgdxtf", "qgdxtfsuwvoayxncm", "qgdxtfsuwv", "qg", "qgdxtfsuwvoayxncmppy", "qgdxtfsuwvoayxncmppy", "qgdxt", "q", "qgdxtfsuwvoay", "qgdx", "qgdxtfsu", "qgdxtfsuwvoa", "qgdxtfsuwvoayxncmp", "qgdxtfsuwvoayxncmppyhh"], "init": [""], "intermediate": ["qgdxt", "qgdxtfsuwvoayx", "qg", "qgdx", "qgdxtfsuwvoa", "qgdxtfsuwvo", "q", "qgdxtf", "qgdxtfsuwvoayxncm", "qgdxtfsuwv", "qg", "qgdxtfsuwvoayxncmppy", "qgdxtfsuwvoayxncmppy", "qgdxt", "q", "qgdxtfsuwvoay", "qgdx", "qgdxtfsu", "qgdxtfsuwvoa", "qgdxtfsuwvoayxncmp"]}, "config": {"candidate": ["qgdxtzjlnvcnreffripbzs", "qgdxtfsuwvoayxswyauegl", "qgjegmyrnzoncirmzxjfhv", "qgdxsabwbrvsbalabsrlnf", "qgdxtfsuwvoaegzgbdhdxv", "qgdxtfsuwvobagvmixylko", "qhlseqwyvzbzrqeelvwsjg", "qgdxtfclfacexacvltmptq", "qgdxtfsuwvoayxncmtxlme", "qgdxtfsuwvnlrykvwwoikd", "qgmiqkctadqyqvbdydatnr", "qgdxtfsuwvoayxncmppysb", "qgdxtfsuwvoayxncmppyby", "qgdxtzttffnitzbffcuoho", "qlvglspkhuztstgtwhljwm", "qgdxtfsuwvoayaqmskenvp", "qgdxqynctiymneefmsblbb", "qgdxtfsukumkgtqnwxuuxl", "qgdxtfsuwvoaestzhvqidf", "qgdxtfsuwvoayxncmpvygn", "qgdxtfsuwvoayxncmppyhh", "qgdxtfsuwvoayxncmvejlt", "qgdxtfsuwvoayxntccfwqz", "qgdxtfsuwvoayxncmppyhh", "qgdxtfsuwvoayxncmppymt", "qgdxtfsuwvoegzsjgixkwk", "qgdxtfsuwvoayxncmknjtt", "qgdxtfsuwvoayxncmppyhh", "qgdxtfsuwvoayxncxeewns"], "length": 22, "num_candidate": 28, "target": "qgdxtfsuwvoayxncmppyhh"}, "task_name": "task13", "example_name": "0195", "problem_name": "task13_0195"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: qqaqshnnlcckeciktovygr\nCandidate: qqaqshnnlcckeciktojsye, qqaqshnnlcckeciktoviur, qqaqshnfuacfzbmxxtpwif, qqaqshnnlcckecikretdpq, qqaqshnnlcckeciktohdul, qqaqshnnlcckeciktbmlks, qqaqshndcobwtktrqhxxcb, qqaqshnnlcckeciktovygj, qqaqshnnlcunctbhtitofo, qqaqshnnlcckeczqsjxlyx, qqaqcubeswsymdjbfamwpd, qqaqshnnlcckehfglqkkfo, qqaqsxvewajqwzpxtvcxlz, qqaqsvzlzkcdlrtxlymvlp, qqarbtghegstzhtbvsrqji, qqaqshnnlcckeciktovygt, qqaqshnntjtdbznnkmwpyg, qqaqshnnwlulcojktvgeuc, qqawfrgsafhyulzibjmrhs, qqsdghfogshznvnsamzwcb, qqaqshnnlcckeciktovygr, qqaqshnnlcckeciktgnkgs, qqaqsspaqsmiygmlbibkwj, qqaqshnnlcckeciktovrxn, qqhzkylenakqfqcarcygup, qqaqshnnlcckejvwqrujfk, qqaqshnnlcckeciknhwohd, qqaqshnnlcckeciktovygr, qqaqshnnlcckeciktogrnx, qqaqshslowrgvbsotwwocx, qqaqshnnlcckeciajzkogp", "label": {"final": ["qqaqshnnlcckecikto", "qqaqshnnlcckeciktov", "qqaqshn", "qqaqshnnlcckecik", "qqaqshnnlcckecikto", "qqaqshnnlcckecikt", "qqaqshn", "qqaqshnnlcckeciktovyg", "qqaqshnnlc", "qqaqshnnlcckec", "qqaq", "qqaqshnnlccke", "qqaqs", "qqaqs", "qqa", "qqaqshnnlcckeciktovyg", "qqaqshnn", "qqaqshnn", "qqa", "qq", "qqaqshnnlcckeciktovygr"], "init": [""], "intermediate": ["qqaqshnnlcckecikto", "qqaqshnnlcckeciktov", "qqaqshn", "qqaqshnnlcckecik", "qqaqshnnlcckecikto", "qqaqshnnlcckecikt", "qqaqshn", "qqaqshnnlcckeciktovyg", "qqaqshnnlc", "qqaqshnnlcckec", "qqaq", "qqaqshnnlccke", "qqaqs", "qqaqs", "qqa", "qqaqshnnlcckeciktovyg", "qqaqshnn", "qqaqshnn", "qqa", "qq"]}, "config": {"candidate": ["qqaqshnnlcckeciktojsye", "qqaqshnnlcckeciktoviur", "qqaqshnfuacfzbmxxtpwif", "qqaqshnnlcckecikretdpq", "qqaqshnnlcckeciktohdul", "qqaqshnnlcckeciktbmlks", "qqaqshndcobwtktrqhxxcb", "qqaqshnnlcckeciktovygj", "qqaqshnnlcunctbhtitofo", "qqaqshnnlcckeczqsjxlyx", "qqaqcubeswsymdjbfamwpd", "qqaqshnnlcckehfglqkkfo", "qqaqsxvewajqwzpxtvcxlz", "qqaqsvzlzkcdlrtxlymvlp", "qqarbtghegstzhtbvsrqji", "qqaqshnnlcckeciktovygt", "qqaqshnntjtdbznnkmwpyg", "qqaqshnnwlulcojktvgeuc", "qqawfrgsafhyulzibjmrhs", "qqsdghfogshznvnsamzwcb", "qqaqshnnlcckeciktovygr", "qqaqshnnlcckeciktgnkgs", "qqaqsspaqsmiygmlbibkwj", "qqaqshnnlcckeciktovrxn", "qqhzkylenakqfqcarcygup", "qqaqshnnlcckejvwqrujfk", "qqaqshnnlcckeciknhwohd", "qqaqshnnlcckeciktovygr", "qqaqshnnlcckeciktogrnx", "qqaqshslowrgvbsotwwocx", "qqaqshnnlcckeciajzkogp"], "length": 22, "num_candidate": 30, "target": "qqaqshnnlcckeciktovygr"}, "task_name": "task13", "example_name": "0196", "problem_name": "task13_0196"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: flaxjrpjbhumuxcmsaddrf\nCandidate: flaxlqecyfatiqxawpuski, flaxjrpjbwmnxswdhvagja, flaysgzhmmmqkybesycuww, flaxjrpjbhumunrhhorhpv, flaxjrpjbhumuxccvvllqd, flaxjrpjbhumuxcmsadfsz, flaxjrpjbhuniikuuavdwr, flaoclzdnijuxhamajzkwv, flaxjrpjbhumuxcmzqoefk, flaxjrpjbhumiakigfpbjs, flaxjrpjbhumuxcmsaddrx, flaxjrpvnooollhiatetij, flaxjrpjbhunmdbthnfszz, flaxjrpjbhumuxcmsadttt, ftfvcnxlhmknobngkusznw, flaxjrpjbczfivkqldrmqg, flaxjrpjegpghggybkjqgn, flaxjrpjbhumuxrxbprwwl, flaxjrpjfdqtuscrzqsstf, flaxjrprsbnvehkgqnuynt, flaxjrpjbhumuxcmsaddrf, flaxjrpjbhumuxcmsaddrq, flaxjrpjbhumuxcmsaddre, fwouftickkghbtcjpewaid, flaxjrpjbhumuxcmsaddrf, flaxjrpjbhqzzouyjzbiup", "label": {"final": ["flax", "flaxjrpjb", "fla", "flaxjrpjbhumu", "flaxjrpjbhumuxc", "flaxjrpjbhumuxcmsad", "flaxjrpjbhu", "fla", "flaxjrpjbhumuxcm", "flaxjrpjbhum", "flaxjrpjbhumuxcmsaddr", "flaxjrp", "flaxjrpjbhu", "flaxjrpjbhumuxcmsad", "f", "flaxjrpjb", "flaxjrpj", "flaxjrpjbhumux", "flaxjrpj", "flaxjrp", "flaxjrpjbhumuxcmsaddrf"], "init": [""], "intermediate": ["flax", "flaxjrpjb", "fla", "flaxjrpjbhumu", "flaxjrpjbhumuxc", "flaxjrpjbhumuxcmsad", "flaxjrpjbhu", "fla", "flaxjrpjbhumuxcm", "flaxjrpjbhum", "flaxjrpjbhumuxcmsaddr", "flaxjrp", "flaxjrpjbhu", "flaxjrpjbhumuxcmsad", "f", "flaxjrpjb", "flaxjrpj", "flaxjrpjbhumux", "flaxjrpj", "flaxjrp"]}, "config": {"candidate": ["flaxlqecyfatiqxawpuski", "flaxjrpjbwmnxswdhvagja", "flaysgzhmmmqkybesycuww", "flaxjrpjbhumunrhhorhpv", "flaxjrpjbhumuxccvvllqd", "flaxjrpjbhumuxcmsadfsz", "flaxjrpjbhuniikuuavdwr", "flaoclzdnijuxhamajzkwv", "flaxjrpjbhumuxcmzqoefk", "flaxjrpjbhumiakigfpbjs", "flaxjrpjbhumuxcmsaddrx", "flaxjrpvnooollhiatetij", "flaxjrpjbhunmdbthnfszz", "flaxjrpjbhumuxcmsadttt", "ftfvcnxlhmknobngkusznw", "flaxjrpjbczfivkqldrmqg", "flaxjrpjegpghggybkjqgn", "flaxjrpjbhumuxrxbprwwl", "flaxjrpjfdqtuscrzqsstf", "flaxjrprsbnvehkgqnuynt", "flaxjrpjbhumuxcmsaddrf", "flaxjrpjbhumuxcmsaddrq", "flaxjrpjbhumuxcmsaddre", "fwouftickkghbtcjpewaid", "flaxjrpjbhumuxcmsaddrf", "flaxjrpjbhqzzouyjzbiup"], "length": 22, "num_candidate": 25, "target": "flaxjrpjbhumuxcmsaddrf"}, "task_name": "task13", "example_name": "0197", "problem_name": "task13_0197"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: euggwvyzqetzdgyfkfnxxl\nCandidate: eumatekkxayjituuwziuus, euggwvyzqetzdgyfkesfgu, euggwvmqyqexgscjrmmfma, euggwvyzqetzmvrvarrink, euggwvyzqepjhynowesegb, euggwvyzqetzdkeiudjoit, eugfmkcmxdtuttzenxnlgb, euggwlnlexfazcdbzlrrdh, eustmmagvrttdddihtwqhg, euggwvyzqetzdgyfkllwad, ermzlmxpuiovjryzbpimrb, eugkonoaxvcyvbdkjyonqv, euggwvyzjqkwerqgmfexlq, euggwvyhgbvojadcknskgb, euggwvyzqetzdummvjmnyl, euggwvyzqetzdgyfkfyggt, euggwvyzqetzamwmprcypk, euggwvyzqetzdgyfkfnxjt, ejzcqjawovcuyjpuwzbdxz, euggwvyzymdbkgaxajvojq, euggwvyzqetzdgyfkfnxxl, euggwvyvfscumuckylabzo, euggwhuosxkiglzoqxpnnq, euggwvyzqetzdgylydmsdl, euggwvyzqetzdgyfkfnxxl, euggwvyzzzzlttkcdecfsw, euggwvyzveopkisrlcrfzx, ezdgslvjtpoimacmrnpxzt, euggwvyzqetzdgyfkfnxxl, euggwvyzqetzdgyfkfnxgq", "label": {"final": ["eu", "euggwvyzqetzdgyfk", "euggwv", "euggwvyzqetz", "euggwvyzqe", "euggwvyzqetzd", "eug", "euggw", "eu", "euggwvyzqetzdgyfk", "e", "eug", "euggwvyz", "euggwvy", "euggwvyzqetzd", "euggwvyzqetzdgyfkf", "euggwvyzqetz", "euggwvyzqetzdgyfkfnx", "e", "euggwvyz", "euggwvyzqetzdgyfkfnxxl"], "init": [""], "intermediate": ["eu", "euggwvyzqetzdgyfk", "euggwv", "euggwvyzqetz", "euggwvyzqe", "euggwvyzqetzd", "eug", "euggw", "eu", "euggwvyzqetzdgyfk", "e", "eug", "euggwvyz", "euggwvy", "euggwvyzqetzd", "euggwvyzqetzdgyfkf", "euggwvyzqetz", "euggwvyzqetzdgyfkfnx", "e", "euggwvyz"]}, "config": {"candidate": ["eumatekkxayjituuwziuus", "euggwvyzqetzdgyfkesfgu", "euggwvmqyqexgscjrmmfma", "euggwvyzqetzmvrvarrink", "euggwvyzqepjhynowesegb", "euggwvyzqetzdkeiudjoit", "eugfmkcmxdtuttzenxnlgb", "euggwlnlexfazcdbzlrrdh", "eustmmagvrttdddihtwqhg", "euggwvyzqetzdgyfkllwad", "ermzlmxpuiovjryzbpimrb", "eugkonoaxvcyvbdkjyonqv", "euggwvyzjqkwerqgmfexlq", "euggwvyhgbvojadcknskgb", "euggwvyzqetzdummvjmnyl", "euggwvyzqetzdgyfkfyggt", "euggwvyzqetzamwmprcypk", "euggwvyzqetzdgyfkfnxjt", "ejzcqjawovcuyjpuwzbdxz", "euggwvyzymdbkgaxajvojq", "euggwvyzqetzdgyfkfnxxl", "euggwvyvfscumuckylabzo", "euggwhuosxkiglzoqxpnnq", "euggwvyzqetzdgylydmsdl", "euggwvyzqetzdgyfkfnxxl", "euggwvyzzzzlttkcdecfsw", "euggwvyzveopkisrlcrfzx", "ezdgslvjtpoimacmrnpxzt", "euggwvyzqetzdgyfkfnxxl", "euggwvyzqetzdgyfkfnxgq"], "length": 22, "num_candidate": 29, "target": "euggwvyzqetzdgyfkfnxxl"}, "task_name": "task13", "example_name": "0198", "problem_name": "task13_0198"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: njavuyihnibwqcheqxhefk\nCandidate: njavuyihnibwqchepwwjlh, nkdsdzmgpvzxzmzdiaqkjy, njavuyitkzrcnljzcsfqdt, njavuyihnqmprnmahbrfhx, njavuyihnibwqcheqxhefp, nqmhajkrllnicfqagwpcbb, njavuyihnibwqxesmfgrbw, njavuyihnibwqcheqxhefx, njavuyihnrpqavnujmflfe, njavuyihniblmwyophbwbe, njavuyihnibwqchofuetmn, njavucvpmkptklnnpxutwf, njavbihaxdaqwgjivlcnnb, njavuyihnibwqchbypurqa, njavuyihnibwqcheqxhepx, njavuwagaczoolmsqfdshk, njavuyihvcixadmjrgjmyr, njavuyihnibwqcheqxhefa, njekitjnejywhbgwerinor, njavuyihnibwqcvodjmuly, njavuyihnibwqcheqxhefk, njavuyihnibwgtiwfbkhpp, njavuyihnibwqcheqxgjng, njavuyihnibwqcheqhqxry, njaaxwgcouwsovqeqxaaih", "label": {"final": ["njavuyihnibwqche", "n", "njavuyi", "njavuyihn", "njavuyihnibwqcheqxhef", "n", "njavuyihnibwq", "njavuyihnibwqcheqxhef", "njavuyihn", "njavuyihnib", "njavuyihnibwqch", "njavu", "njav", "njavuyihnibwqch", "njavuyihnibwqcheqxhe", "njavu", "njavuyih", "njavuyihnibwqcheqxhef", "nj", "njavuyihnibwqc", "njavuyihnibwqcheqxhefk"], "init": [""], "intermediate": ["njavuyihnibwqche", "n", "njavuyi", "njavuyihn", "njavuyihnibwqcheqxhef", "n", "njavuyihnibwq", "njavuyihnibwqcheqxhef", "njavuyihn", "njavuyihnib", "njavuyihnibwqch", "njavu", "njav", "njavuyihnibwqch", "njavuyihnibwqcheqxhe", "njavu", "njavuyih", "njavuyihnibwqcheqxhef", "nj", "njavuyihnibwqc"]}, "config": {"candidate": ["njavuyihnibwqchepwwjlh", "nkdsdzmgpvzxzmzdiaqkjy", "njavuyitkzrcnljzcsfqdt", "njavuyihnqmprnmahbrfhx", "njavuyihnibwqcheqxhefp", "nqmhajkrllnicfqagwpcbb", "njavuyihnibwqxesmfgrbw", "njavuyihnibwqcheqxhefx", "njavuyihnrpqavnujmflfe", "njavuyihniblmwyophbwbe", "njavuyihnibwqchofuetmn", "njavucvpmkptklnnpxutwf", "njavbihaxdaqwgjivlcnnb", "njavuyihnibwqchbypurqa", "njavuyihnibwqcheqxhepx", "njavuwagaczoolmsqfdshk", "njavuyihvcixadmjrgjmyr", "njavuyihnibwqcheqxhefa", "njekitjnejywhbgwerinor", "njavuyihnibwqcvodjmuly", "njavuyihnibwqcheqxhefk", "njavuyihnibwgtiwfbkhpp", "njavuyihnibwqcheqxgjng", "njavuyihnibwqcheqhqxry", "njaaxwgcouwsovqeqxaaih"], "length": 22, "num_candidate": 24, "target": "njavuyihnibwqcheqxhefk"}, "task_name": "task13", "example_name": "0199", "problem_name": "task13_0199"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: gipztvqfgmejljbxwtmybfx\nCandidate: gipztvqfgmejljbxhkjgjjh, gipztvqfgmejljbxhmopafi, gipztvqfgmejljbxwtmyyvm, gipztvqfgmejljbxwterort, gipzslgghkkioffuytdvzvu, gipztvqfgmqkeniiuyzprga, gipztrheewxxawkdylmpabg, gipztvqfgmejljasawwxjnl, gipztvqfgmejljbxwtmtwli, gipztvqfgmejxdojpetiwwx, gipztvqfgmejljbxwtmynbi, gifxagiklgxebvmjkutrlnm, gipztvqfgbcjxeigguabtif, gipztvqfgmejlsrepcrarxu, gitjbdedssmvwlftyjcaagv, gipzcvjuvcistvkhnomfyoc, gipztvqfglwjzkvpaymozuh, gipztvqdtcxwcrsmaxqbnwe, gipztvqfgmttvjujkckafpn, gipzfrgbwpaxgqlupznrvhb, gipzevqtjzuiwwrkyaazsyo, gipztvqfgmejljbxwtmybfx, gipztvqfjncbrlwauwbmpte", "label": {"final": ["gipztvqfgmejljbx", "gipztvqfgmejljbx", "gipztvqfgmejljbxwtmy", "gipztvqfgmejljbxwt", "gipz", "gipztvqfgm", "gipzt", "gipztvqfgmejlj", "gipztvqfgmejljbxwtm", "gipztvqfgmej", "gipztvqfgmejljbxwtmy", "gi", "gipztvqfg", "gipztvqfgmejl", "gi", "gipz", "gipztvqfg", "gipztvq", "gipztvqfgm", "gipz", "gipz", "gipztvqfgmejljbxwtmybfx"], "init": [""], "intermediate": ["gipztvqfgmejljbx", "gipztvqfgmejljbx", "gipztvqfgmejljbxwtmy", "gipztvqfgmejljbxwt", "gipz", "gipztvqfgm", "gipzt", "gipztvqfgmejlj", "gipztvqfgmejljbxwtm", "gipztvqfgmej", "gipztvqfgmejljbxwtmy", "gi", "gipztvqfg", "gipztvqfgmejl", "gi", "gipz", "gipztvqfg", "gipztvq", "gipztvqfgm", "gipz", "gipz"]}, "config": {"candidate": ["gipztvqfgmejljbxhkjgjjh", "gipztvqfgmejljbxhmopafi", "gipztvqfgmejljbxwtmyyvm", "gipztvqfgmejljbxwterort", "gipzslgghkkioffuytdvzvu", "gipztvqfgmqkeniiuyzprga", "gipztrheewxxawkdylmpabg", "gipztvqfgmejljasawwxjnl", "gipztvqfgmejljbxwtmtwli", "gipztvqfgmejxdojpetiwwx", "gipztvqfgmejljbxwtmynbi", "gifxagiklgxebvmjkutrlnm", "gipztvqfgbcjxeigguabtif", "gipztvqfgmejlsrepcrarxu", "gitjbdedssmvwlftyjcaagv", "gipzcvjuvcistvkhnomfyoc", "gipztvqfglwjzkvpaymozuh", "gipztvqdtcxwcrsmaxqbnwe", "gipztvqfgmttvjujkckafpn", "gipzfrgbwpaxgqlupznrvhb", "gipzevqtjzuiwwrkyaazsyo", "gipztvqfgmejljbxwtmybfx", "gipztvqfjncbrlwauwbmpte"], "length": 23, "num_candidate": 22, "target": "gipztvqfgmejljbxwtmybfx"}, "task_name": "task13", "example_name": "0200", "problem_name": "task13_0200"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ctgttxpvzjjkjulnfcikrrs\nCandidate: ctgttxlpagikvhgytczjzhr, ctgttxpglxgrzfsmzapdqne, ctgttxpvzjjkjulnfciiqaa, ctgttxpvzjjkjulnfcikrbv, ctgttxpvzwacqmxjhftczms, ctgttxpvzjmikbadpfcurtv, ctgttxpvzjjkjuokaamrghz, ctgttxpvzjjkjulnfcinlkq, ctgttxpvzjjkjulnfcikrgf, ctgttxpvzjjkjulccbezqai, ctgttxpvzjjeqjpnmrswdsm, ctgttxpvzjjkjulnfcikyih, ctgttxpvzjjkjulnfcikrim, cdivxfeeyzmusmpbqnfcuvc, ctgttxpvzjjkjulnwjjbvau, ctgttxpvzjzgpvhpenkzqii, ctgttxphzebnhicbjphotsy, ctgttxpvzjjkjulnfclobfs, ctgttxpvzjjkjulmjdnmanz, ctgtrfoauewwzcuyebftdss, ctgttxpvzjjkjucpifujpty, ctgttxpvzjjkjulnfcikrrs, ctgttxpvzjjkjulnfzgllnw, ctgttxpvzjjkjulkzdslqsu, cptxyqzjbcekpgffavzbmlb, ctgttxppbrpkcuuepervbip", "label": {"final": ["ctgttx", "ctgttxp", "ctgttxpvzjjkjulnfci", "ctgttxpvzjjkjulnfcikr", "ctgttxpvz", "ctgttxpvzj", "ctgttxpvzjjkju", "ctgttxpvzjjkjulnfci", "ctgttxpvzjjkjulnfcikr", "ctgttxpvzjjkjul", "ctgttxpvzjj", "ctgttxpvzjjkjulnfcik", "ctgttxpvzjjkjulnfcikr", "c", "ctgttxpvzjjkjuln", "ctgttxpvzj", "ctgttxp", "ctgttxpvzjjkjulnfc", "ctgttxpvzjjkjul", "ctgt", "ctgttxpvzjjkju", "ctgttxpvzjjkjulnfcikrrs"], "init": [""], "intermediate": ["ctgttx", "ctgttxp", "ctgttxpvzjjkjulnfci", "ctgttxpvzjjkjulnfcikr", "ctgttxpvz", "ctgttxpvzj", "ctgttxpvzjjkju", "ctgttxpvzjjkjulnfci", "ctgttxpvzjjkjulnfcikr", "ctgttxpvzjjkjul", "ctgttxpvzjj", "ctgttxpvzjjkjulnfcik", "ctgttxpvzjjkjulnfcikr", "c", "ctgttxpvzjjkjuln", "ctgttxpvzj", "ctgttxp", "ctgttxpvzjjkjulnfc", "ctgttxpvzjjkjul", "ctgt", "ctgttxpvzjjkju"]}, "config": {"candidate": ["ctgttxlpagikvhgytczjzhr", "ctgttxpglxgrzfsmzapdqne", "ctgttxpvzjjkjulnfciiqaa", "ctgttxpvzjjkjulnfcikrbv", "ctgttxpvzwacqmxjhftczms", "ctgttxpvzjmikbadpfcurtv", "ctgttxpvzjjkjuokaamrghz", "ctgttxpvzjjkjulnfcinlkq", "ctgttxpvzjjkjulnfcikrgf", "ctgttxpvzjjkjulccbezqai", "ctgttxpvzjjeqjpnmrswdsm", "ctgttxpvzjjkjulnfcikyih", "ctgttxpvzjjkjulnfcikrim", "cdivxfeeyzmusmpbqnfcuvc", "ctgttxpvzjjkjulnwjjbvau", "ctgttxpvzjzgpvhpenkzqii", "ctgttxphzebnhicbjphotsy", "ctgttxpvzjjkjulnfclobfs", "ctgttxpvzjjkjulmjdnmanz", "ctgtrfoauewwzcuyebftdss", "ctgttxpvzjjkjucpifujpty", "ctgttxpvzjjkjulnfcikrrs", "ctgttxpvzjjkjulnfzgllnw", "ctgttxpvzjjkjulkzdslqsu", "cptxyqzjbcekpgffavzbmlb", "ctgttxppbrpkcuuepervbip"], "length": 23, "num_candidate": 25, "target": "ctgttxpvzjjkjulnfcikrrs"}, "task_name": "task13", "example_name": "0201", "problem_name": "task13_0201"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: tayqkgfsiaosawzlbzbrqhc\nCandidate: tayqkgfsiaosawxhnajqjxy, tayqkgfsiaosawzlbzfxskd, tayqkgfzpqmsccramysdmpe, tayqkghjpqohnmlhikyucts, tayqkgfsiaosawzlsvforjy, tayqkgyhcwfcfwzdinihjiu, tayqkgfsiaosawqjnfrhxqu, tayqkgfsiaosauxkymitlgs, tayqkgfsiaoaoqszfwuzsat, tayqkgfsiaospupmfrnjlhs, tayqkcvajbezdtfwzngkzri, tayqkgfsiapgaphfqyueaty, tayqkgfsiaosawzlbzmmpha, tayqkgfsiaosawzlbzbrwsp, tayqkgfsoyumpehpzazojpo, tayqkgfsiaosawncqumpqke, tayqkgfsiaosawzablurwof, taluulkvmwgsadawlszmlxj, tayqkgfsiaosawzlbzbrqke, tayqkgfsiaosovdeeuvjbfb, tayqkgfsiaosawzlbzkrdod, tayqkgfsiaosawzlbzbrqhc, taanqtpkmezioxtzxmpjhuv, tayqkgfsiaosawzlbzbrqhi, tayqkgfsiaosawzrapxiymh, tayqkgfsiaofbgqypzcitjx, tayqkgfmnqfjmtojmyspxpj, tayqkgfsiaosmaeqvmgieso, tayqkgvkdumhwumxqftxurx", "label": {"final": ["tayqkgfsiaosaw", "tayqkgfsiaosawzlbz", "tayqkgf", "tayqkg", "tayqkgfsiaosawzl", "tayqkg", "tayqkgfsiaosaw", "tayqkgfsiaosa", "tayqkgfsiao", "tayqkgfsiaos", "tayqk", "tayqkgfsia", "tayqkgfsiaosawzlbz", "tayqkgfsiaosawzlbzbr", "tayqkgfs", "tayqkgfsiaosaw", "tayqkgfsiaosawz", "ta", "tayqkgfsiaosawzlbzbrq", "tayqkgfsiaos", "tayqkgfsiaosawzlbz", "tayqkgfsiaosawzlbzbrqhc"], "init": [""], "intermediate": ["tayqkgfsiaosaw", "tayqkgfsiaosawzlbz", "tayqkgf", "tayqkg", "tayqkgfsiaosawzl", "tayqkg", "tayqkgfsiaosaw", "tayqkgfsiaosa", "tayqkgfsiao", "tayqkgfsiaos", "tayqk", "tayqkgfsia", "tayqkgfsiaosawzlbz", "tayqkgfsiaosawzlbzbr", "tayqkgfs", "tayqkgfsiaosaw", "tayqkgfsiaosawz", "ta", "tayqkgfsiaosawzlbzbrq", "tayqkgfsiaos", "tayqkgfsiaosawzlbz"]}, "config": {"candidate": ["tayqkgfsiaosawxhnajqjxy", "tayqkgfsiaosawzlbzfxskd", "tayqkgfzpqmsccramysdmpe", "tayqkghjpqohnmlhikyucts", "tayqkgfsiaosawzlsvforjy", "tayqkgyhcwfcfwzdinihjiu", "tayqkgfsiaosawqjnfrhxqu", "tayqkgfsiaosauxkymitlgs", "tayqkgfsiaoaoqszfwuzsat", "tayqkgfsiaospupmfrnjlhs", "tayqkcvajbezdtfwzngkzri", "tayqkgfsiapgaphfqyueaty", "tayqkgfsiaosawzlbzmmpha", "tayqkgfsiaosawzlbzbrwsp", "tayqkgfsoyumpehpzazojpo", "tayqkgfsiaosawncqumpqke", "tayqkgfsiaosawzablurwof", "taluulkvmwgsadawlszmlxj", "tayqkgfsiaosawzlbzbrqke", "tayqkgfsiaosovdeeuvjbfb", "tayqkgfsiaosawzlbzkrdod", "tayqkgfsiaosawzlbzbrqhc", "taanqtpkmezioxtzxmpjhuv", "tayqkgfsiaosawzlbzbrqhi", "tayqkgfsiaosawzrapxiymh", "tayqkgfsiaofbgqypzcitjx", "tayqkgfmnqfjmtojmyspxpj", "tayqkgfsiaosmaeqvmgieso", "tayqkgvkdumhwumxqftxurx"], "length": 23, "num_candidate": 28, "target": "tayqkgfsiaosawzlbzbrqhc"}, "task_name": "task13", "example_name": "0202", "problem_name": "task13_0202"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: nztxeiyqxdjkppwqgszviss\nCandidate: nztxeiyumxyrrjxssadaoag, nzqdixoweeulcfhyaobstgd, nztxeiyqxdjkpppupayvsiu, nztxeidbdaiprbmwcphmjmy, nztxeiyqxdjkppodvhqrokg, nztxeiyqxdjkppwqgszregu, nztxeiyqyihhaoszxbdhiif, nztxeiyqxdjkppwqwvgmfsm, nztxeiyqxmwktyolqrmcdqf, nztxeiydmsizmvflqqppyqa, nztxeiyqxdjkppwqrmkmtej, nztxeiyqxdjkppwqgszucmv, nztwukbqnahwhvmpsezmylz, nztrkaaebstjpwiyzhrapni, nztxeiqdwauvkspujlknhbs, nztxeiyqxdjkppwqgszvigy, nzliqwqfqtopvhyayfbwvvm, nhqegqcurggruqvzaxsmlvc, nztxeiyqxdjkppwqkyydzjt, nztxeiyqxdmhowgltopzkvj, nztxeiyqxdjkppwqgszvpdr, nztxeiyqxdjkppwqgszviss, nfahbrhjpmflogmgmxkvfxq, nmrsvaepmlalejfuheiddio", "label": {"final": ["nztxeiy", "nz", "nztxeiyqxdjkpp", "nztxei", "nztxeiyqxdjkpp", "nztxeiyqxdjkppwqgsz", "nztxeiyq", "nztxeiyqxdjkppwq", "nztxeiyqx", "nztxeiy", "nztxeiyqxdjkppwq", "nztxeiyqxdjkppwqgsz", "nzt", "nzt", "nztxei", "nztxeiyqxdjkppwqgszvi", "nz", "n", "nztxeiyqxdjkppwq", "nztxeiyqxd", "nztxeiyqxdjkppwqgszv", "nztxeiyqxdjkppwqgszviss"], "init": [""], "intermediate": ["nztxeiy", "nz", "nztxeiyqxdjkpp", "nztxei", "nztxeiyqxdjkpp", "nztxeiyqxdjkppwqgsz", "nztxeiyq", "nztxeiyqxdjkppwq", "nztxeiyqx", "nztxeiy", "nztxeiyqxdjkppwq", "nztxeiyqxdjkppwqgsz", "nzt", "nzt", "nztxei", "nztxeiyqxdjkppwqgszvi", "nz", "n", "nztxeiyqxdjkppwq", "nztxeiyqxd", "nztxeiyqxdjkppwqgszv"]}, "config": {"candidate": ["nztxeiyumxyrrjxssadaoag", "nzqdixoweeulcfhyaobstgd", "nztxeiyqxdjkpppupayvsiu", "nztxeidbdaiprbmwcphmjmy", "nztxeiyqxdjkppodvhqrokg", "nztxeiyqxdjkppwqgszregu", "nztxeiyqyihhaoszxbdhiif", "nztxeiyqxdjkppwqwvgmfsm", "nztxeiyqxmwktyolqrmcdqf", "nztxeiydmsizmvflqqppyqa", "nztxeiyqxdjkppwqrmkmtej", "nztxeiyqxdjkppwqgszucmv", "nztwukbqnahwhvmpsezmylz", "nztrkaaebstjpwiyzhrapni", "nztxeiqdwauvkspujlknhbs", "nztxeiyqxdjkppwqgszvigy", "nzliqwqfqtopvhyayfbwvvm", "nhqegqcurggruqvzaxsmlvc", "nztxeiyqxdjkppwqkyydzjt", "nztxeiyqxdmhowgltopzkvj", "nztxeiyqxdjkppwqgszvpdr", "nztxeiyqxdjkppwqgszviss", "nfahbrhjpmflogmgmxkvfxq", "nmrsvaepmlalejfuheiddio"], "length": 23, "num_candidate": 23, "target": "nztxeiyqxdjkppwqgszviss"}, "task_name": "task13", "example_name": "0203", "problem_name": "task13_0203"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: lhmohnugybojrpbsfybugml\nCandidate: lhmohnugybojrpbsfyirbbb, lhmohngtjoolmsojyintvss, lhmohnugybojrpbsfybugmy, lhmohnugybojrpbqwzabivy, lskvmakomindousqtukpnya, lhmohnugybojrpbsfycmpdl, lhmohnugybojakvttnbcbwp, lhmohnpmnrnqwzhxzogzmoc, lrfsuyysbjeiogbeqyyguun, lhmorwnjfgglfkkepbtjquy, lhmohnbosqgcuystlqhkfhp, lhmohnugybojrvwbozcclrl, lhmohnugybojrpbsvsykzrf, lhmohnugizybkcbqojqicmx, lhmohnugywgwutexmdlyxay, lhmohnugybojrpbsbyrimts, lhmohnugybojrpbsbamuepy, lhmohnugybojrpdiepciqnm, lhmohnugybojrpbxagkrsha, lhmohnugybojrdfxwsvauvj, lhmohnugycwpcxvhvikrano, lhmohnugybojrpbsfybugml, launzxsywclcuvtwdkqtjlb, lhmohnugybojrpbsfybuvjc", "label": {"final": ["lhmohnugybojrpbsfy", "lhmohn", "lhmohnugybojrpbsfybugm", "lhmohnugybojrpb", "l", "lhmohnugybojrpbsfy", "lhmohnugyboj", "lhmohn", "l", "lhmo", "lhmohn", "lhmohnugybojr", "lhmohnugybojrpbs", "lhmohnug", "lhmohnugy", "lhmohnugybojrpbs", "lhmohnugybojrpbs", "lhmohnugybojrp", "lhmohnugybojrpb", "lhmohnugybojr", "lhmohnugy", "lhmohnugybojrpbsfybugml"], "init": [""], "intermediate": ["lhmohnugybojrpbsfy", "lhmohn", "lhmohnugybojrpbsfybugm", "lhmohnugybojrpb", "l", "lhmohnugybojrpbsfy", "lhmohnugyboj", "lhmohn", "l", "lhmo", "lhmohn", "lhmohnugybojr", "lhmohnugybojrpbs", "lhmohnug", "lhmohnugy", "lhmohnugybojrpbs", "lhmohnugybojrpbs", "lhmohnugybojrp", "lhmohnugybojrpb", "lhmohnugybojr", "lhmohnugy"]}, "config": {"candidate": ["lhmohnugybojrpbsfyirbbb", "lhmohngtjoolmsojyintvss", "lhmohnugybojrpbsfybugmy", "lhmohnugybojrpbqwzabivy", "lskvmakomindousqtukpnya", "lhmohnugybojrpbsfycmpdl", "lhmohnugybojakvttnbcbwp", "lhmohnpmnrnqwzhxzogzmoc", "lrfsuyysbjeiogbeqyyguun", "lhmorwnjfgglfkkepbtjquy", "lhmohnbosqgcuystlqhkfhp", "lhmohnugybojrvwbozcclrl", "lhmohnugybojrpbsvsykzrf", "lhmohnugizybkcbqojqicmx", "lhmohnugywgwutexmdlyxay", "lhmohnugybojrpbsbyrimts", "lhmohnugybojrpbsbamuepy", "lhmohnugybojrpdiepciqnm", "lhmohnugybojrpbxagkrsha", "lhmohnugybojrdfxwsvauvj", "lhmohnugycwpcxvhvikrano", "lhmohnugybojrpbsfybugml", "launzxsywclcuvtwdkqtjlb", "lhmohnugybojrpbsfybuvjc"], "length": 23, "num_candidate": 23, "target": "lhmohnugybojrpbsfybugml"}, "task_name": "task13", "example_name": "0204", "problem_name": "task13_0204"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: iioiijzzcenbztkulqgcohu\nCandidate: iioiioqkneykdatmdnteqwu, iioiijzzcenenndupiynxky, iioiijzzcenbztkulqqlwix, iioiijzzcenbztkuleqdypr, iioiijzzcenbztkulgfdaeh, iioiijzzcenbztkuijmsazp, iioiijzzcenbztkulqgviek, iiokehqpnbngwigqmmpieng, iioiijzzcenbztrmmwlwfeq, iioiijzzcenbztkulsonhgt, iioiijzzcenbztkulqciact, iioiijzzcexcelrrqiwcnsr, iadmpjjdrhibymlgvywvbtr, iioiijzzcenbztkulqgtxll, iioiimowmsxkhkfxfuvysri, iujhmqakbvwhhhftblrxfzr, iioiijzqzozyftowmtrsxkd, iioiijzrcxhefvljamqghdf, inazrtgwtfbraqtcoubfxxp, iqamvgwxaffdhmehkkrqvgu, iioiijzzcenbztknlqgcohn, iioiijzzcenbztkulqgcohu, iioiijzzxjafhxdcqrndwff, ikkvqxrkffztdljotaospur, iioiijzzcenbztipcpcjikk, iwiyrmzgbeehalsmwavcqqx, iioiijzzcenbzkgaioyswnu", "label": {"final": ["iioii", "iioiijzzcen", "iioiijzzcenbztkulq", "iioiijzzcenbztkul", "iioiijzzcenbztkul", "iioiijzzcenbztku", "iioiijzzcenbztkulqg", "iio", "iioiijzzcenbzt", "iioiijzzcenbztkul", "iioiijzzcenbztkulq", "iioiijzzce", "i", "iioiijzzcenbztkulqg", "iioii", "i", "iioiijz", "iioiijz", "i", "i", "iioiijzzcenbztk", "iioiijzzcenbztkulqgcohu"], "init": [""], "intermediate": ["iioii", "iioiijzzcen", "iioiijzzcenbztkulq", "iioiijzzcenbztkul", "iioiijzzcenbztkul", "iioiijzzcenbztku", "iioiijzzcenbztkulqg", "iio", "iioiijzzcenbzt", "iioiijzzcenbztkul", "iioiijzzcenbztkulq", "iioiijzzce", "i", "iioiijzzcenbztkulqg", "iioii", "i", "iioiijz", "iioiijz", "i", "i", "iioiijzzcenbztk"]}, "config": {"candidate": ["iioiioqkneykdatmdnteqwu", "iioiijzzcenenndupiynxky", "iioiijzzcenbztkulqqlwix", "iioiijzzcenbztkuleqdypr", "iioiijzzcenbztkulgfdaeh", "iioiijzzcenbztkuijmsazp", "iioiijzzcenbztkulqgviek", "iiokehqpnbngwigqmmpieng", "iioiijzzcenbztrmmwlwfeq", "iioiijzzcenbztkulsonhgt", "iioiijzzcenbztkulqciact", "iioiijzzcexcelrrqiwcnsr", "iadmpjjdrhibymlgvywvbtr", "iioiijzzcenbztkulqgtxll", "iioiimowmsxkhkfxfuvysri", "iujhmqakbvwhhhftblrxfzr", "iioiijzqzozyftowmtrsxkd", "iioiijzrcxhefvljamqghdf", "inazrtgwtfbraqtcoubfxxp", "iqamvgwxaffdhmehkkrqvgu", "iioiijzzcenbztknlqgcohn", "iioiijzzcenbztkulqgcohu", "iioiijzzxjafhxdcqrndwff", "ikkvqxrkffztdljotaospur", "iioiijzzcenbztipcpcjikk", "iwiyrmzgbeehalsmwavcqqx", "iioiijzzcenbzkgaioyswnu"], "length": 23, "num_candidate": 26, "target": "iioiijzzcenbztkulqgcohu"}, "task_name": "task13", "example_name": "0205", "problem_name": "task13_0205"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: dzkjmdiitdbdpohwjhhlifi\nCandidate: dzkjmdiitdbdpohfvvsgkoy, dzkjmdiitdbdpohbkgqtqbr, dzkjmdiitdbdpohwjhhlksk, dzkjmdiitdbdpotvwbcejed, dzkjmdiitdbddjyedzjfvdz, dzkjmdyytdbdpohwjhhlyfy, dzkjmdiitdbdpoencfyyurm, dzkjmdiitdbdpohwjnkonzx, dzkjmdiitdufhdqegsxdpjt, dzkjmdiitdbdpohqakroizn, dzkjmdiitdbdbexgvidurjx, dhqdjdozodhjffonxboriix, dzkjmdiitdbdqhlnkhmuplk, dzkjmdiitdbdpohwjhhllpc, dzkjmdiitdbycdralmhupew, dzkjeypxzozxgzqbuxsqorj, dzkjmdiitdbdljqpowvpung, dzkjmdidxwowdiozgdcxfta, dzkjmdxyvmfvqxcjazjnycq, dzkjmdiitdbdpohwjyyluns, ditteksdjxvvcjnhapkfloy, dzkjmdiitdbdpohwjhhlifi, dgqfqbfodqcuwwciaufkiui, dzkjmdiikewgdlgafywryaq, dzkjmdiitdbdpohwjhhlidz, dzkjmdiitdbdpohwjhhjadc, dzkjmdiitdbdpohwjhhlifi, dzkjmdiitqmwhuohmaukwer, dzkjmdiitdbdpohwjhhpipj, dzkjmdiitdbdpohwjamwkdg, dzkjmdimvuiwkpaswovvepd", "label": {"final": ["dzkjmdiitdbdpoh", "dzkjmdiitdbdpoh", "dzkjmdiitdbdpohwjhhl", "dzkjmdiitdbdpo", "dzkjmdiitdbd", "dzkjmd", "dzkjmdiitdbdpo", "dzkjmdiitdbdpohwj", "dzkjmdiitd", "dzkjmdiitdbdpoh", "dzkjmdiitdbd", "d", "dzkjmdiitdbd", "dzkjmdiitdbdpohwjhhl", "dzkjmdiitdb", "dzkj", "dzkjmdiitdbd", "dzkjmdi", "dzkjmd", "dzkjmdiitdbdpohwj", "d", "dzkjmdiitdbdpohwjhhlifi"], "init": [""], "intermediate": ["dzkjmdiitdbdpoh", "dzkjmdiitdbdpoh", "dzkjmdiitdbdpohwjhhl", "dzkjmdiitdbdpo", "dzkjmdiitdbd", "dzkjmd", "dzkjmdiitdbdpo", "dzkjmdiitdbdpohwj", "dzkjmdiitd", "dzkjmdiitdbdpoh", "dzkjmdiitdbd", "d", "dzkjmdiitdbd", "dzkjmdiitdbdpohwjhhl", "dzkjmdiitdb", "dzkj", "dzkjmdiitdbd", "dzkjmdi", "dzkjmd", "dzkjmdiitdbdpohwj", "d"]}, "config": {"candidate": ["dzkjmdiitdbdpohfvvsgkoy", "dzkjmdiitdbdpohbkgqtqbr", "dzkjmdiitdbdpohwjhhlksk", "dzkjmdiitdbdpotvwbcejed", "dzkjmdiitdbddjyedzjfvdz", "dzkjmdyytdbdpohwjhhlyfy", "dzkjmdiitdbdpoencfyyurm", "dzkjmdiitdbdpohwjnkonzx", "dzkjmdiitdufhdqegsxdpjt", "dzkjmdiitdbdpohqakroizn", "dzkjmdiitdbdbexgvidurjx", "dhqdjdozodhjffonxboriix", "dzkjmdiitdbdqhlnkhmuplk", "dzkjmdiitdbdpohwjhhllpc", "dzkjmdiitdbycdralmhupew", "dzkjeypxzozxgzqbuxsqorj", "dzkjmdiitdbdljqpowvpung", "dzkjmdidxwowdiozgdcxfta", "dzkjmdxyvmfvqxcjazjnycq", "dzkjmdiitdbdpohwjyyluns", "ditteksdjxvvcjnhapkfloy", "dzkjmdiitdbdpohwjhhlifi", "dgqfqbfodqcuwwciaufkiui", "dzkjmdiikewgdlgafywryaq", "dzkjmdiitdbdpohwjhhlidz", "dzkjmdiitdbdpohwjhhjadc", "dzkjmdiitdbdpohwjhhlifi", "dzkjmdiitqmwhuohmaukwer", "dzkjmdiitdbdpohwjhhpipj", "dzkjmdiitdbdpohwjamwkdg", "dzkjmdimvuiwkpaswovvepd"], "length": 23, "num_candidate": 30, "target": "dzkjmdiitdbdpohwjhhlifi"}, "task_name": "task13", "example_name": "0206", "problem_name": "task13_0206"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: pcghkfazjsgerbahtfegcsx\nCandidate: pcghkfazjsgerbahtyivxpj, pcghkfazjsgerbahtfegcsj, pcghkfazjsgerbahtfegcsy, pcghtgjxjdvwgdaextiqvol, pcghkfazjsgerbpawyotqjz, pcghkfazjwzortvvclvmbcx, pcghkfazjsgerbahtfegcgb, pcghkfazjsgerbahtfemhjb, pcghkfazjsgerbawrzqzqby, ppbcuijziggybcgmfqktdje, pcghkfazjsgerbahtfegipq, pcghkfazjsgerbahtfegfmy, pcghkfazjsgerbahtfekjyt, pcghkfazjsgerbahtlxrkta, pcghkfazsoewmdonhhdwibe, pkmkboyeeqgspexhfxzunyw, pcghkfampnzdbhhptfmprxo, pcghkfazjsgerbahtfegcsl, pcghkfazjsgerbahtwpcrki, pcghkfazjsgcekuubobmltn, pcghkfazjsgerbahtfegcsz, pcghkfazjsgerbahtfegcsx, pcghkfazjsgerbahtfegrsp, pcghkfazjxtigsvtxyecuzz, pcghkfazjsgerbahtftvohw, pcgcupebzaodsqhuwtsboyh, pcghkfazjsgfborvxyzfira, pcghkfazjsgerbahtfegifb, pcokxlithlgaobgqbnljlvy", "label": {"final": ["pcghkfazjsgerbaht", "pcghkfazjsgerbahtfegcs", "pcghkfazjsgerbahtfegcs", "pcgh", "pcghkfazjsgerb", "pcghkfazj", "pcghkfazjsgerbahtfegc", "pcghkfazjsgerbahtfe", "pcghkfazjsgerba", "p", "pcghkfazjsgerbahtfeg", "pcghkfazjsgerbahtfeg", "pcghkfazjsgerbahtfe", "pcghkfazjsgerbaht", "pcghkfaz", "p", "pcghkfa", "pcghkfazjsgerbahtfegcs", "pcghkfazjsgerbaht", "pcghkfazjsg", "pcghkfazjsgerbahtfegcs", "pcghkfazjsgerbahtfegcsx"], "init": [""], "intermediate": ["pcghkfazjsgerbaht", "pcghkfazjsgerbahtfegcs", "pcghkfazjsgerbahtfegcs", "pcgh", "pcghkfazjsgerb", "pcghkfazj", "pcghkfazjsgerbahtfegc", "pcghkfazjsgerbahtfe", "pcghkfazjsgerba", "p", "pcghkfazjsgerbahtfeg", "pcghkfazjsgerbahtfeg", "pcghkfazjsgerbahtfe", "pcghkfazjsgerbaht", "pcghkfaz", "p", "pcghkfa", "pcghkfazjsgerbahtfegcs", "pcghkfazjsgerbaht", "pcghkfazjsg", "pcghkfazjsgerbahtfegcs"]}, "config": {"candidate": ["pcghkfazjsgerbahtyivxpj", "pcghkfazjsgerbahtfegcsj", "pcghkfazjsgerbahtfegcsy", "pcghtgjxjdvwgdaextiqvol", "pcghkfazjsgerbpawyotqjz", "pcghkfazjwzortvvclvmbcx", "pcghkfazjsgerbahtfegcgb", "pcghkfazjsgerbahtfemhjb", "pcghkfazjsgerbawrzqzqby", "ppbcuijziggybcgmfqktdje", "pcghkfazjsgerbahtfegipq", "pcghkfazjsgerbahtfegfmy", "pcghkfazjsgerbahtfekjyt", "pcghkfazjsgerbahtlxrkta", "pcghkfazsoewmdonhhdwibe", "pkmkboyeeqgspexhfxzunyw", "pcghkfampnzdbhhptfmprxo", "pcghkfazjsgerbahtfegcsl", "pcghkfazjsgerbahtwpcrki", "pcghkfazjsgcekuubobmltn", "pcghkfazjsgerbahtfegcsz", "pcghkfazjsgerbahtfegcsx", "pcghkfazjsgerbahtfegrsp", "pcghkfazjxtigsvtxyecuzz", "pcghkfazjsgerbahtftvohw", "pcgcupebzaodsqhuwtsboyh", "pcghkfazjsgfborvxyzfira", "pcghkfazjsgerbahtfegifb", "pcokxlithlgaobgqbnljlvy"], "length": 23, "num_candidate": 28, "target": "pcghkfazjsgerbahtfegcsx"}, "task_name": "task13", "example_name": "0207", "problem_name": "task13_0207"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: fqxuuzguxyunzloxskpkcgr\nCandidate: fqxuuzguzmlhzsckoteyetd, fqxuuzguxyuljcaymgmziau, fqxuesaslxbqdpbsjjdxqpy, fgmxcbcywrkhwyzlqmfafjg, fqxuuzguxyunzloxskpkcgx, fqcgyiyihivmzhrbsrbuaqy, fqxuuzguhzvsfqzjhmkbvxo, fqxuuzguxyunzloxsgdeqlm, fqxuuzguxmvrecmxokcfctu, fwagtskmlctimaquufcsoge, fqxupppghvuraadslbfsgwv, fqxunqfiyhjeljkklptuslm, fqxuuzguxyunzloxstzvvju, fqxuuzguxyunzjhokvsumwo, fqxuuzguxyunzmgtlfmvdfh, fqxuuzguxyunzloxskpkcgv, fqxuufjuhteurxyadbscxbz, fqxuuzxhjuouypvowebzhkr, fqxuuzgusyfvwypfjprwfrw, fqxuuzguxyuqckfwbaasgiv, fqxuuuabcbqohjdnvsbdasz, fqxuuzguxyunzloxskpkcgr, fqxuuzguxynmvpoeadaxxkh, fqxuuzguxyunzloxskpkcgr, fqxuuzguxfoziryitrtmnet, fqxuuzguxyunzrcxpazqnlh, fqxuuzaqixcoqmxkiutzfbz, fqxuuzguxyunzloxskstgvk", "label": {"final": ["fqxuuzgu", "fqxuuzguxyu", "fqxu", "f", "fqxuuzguxyunzloxskpkcg", "fq", "fqxuuzgu", "fqxuuzguxyunzloxs", "fqxuuzgux", "f", "fqxu", "fqxu", "fqxuuzguxyunzloxs", "fqxuuzguxyunz", "fqxuuzguxyunz", "fqxuuzguxyunzloxskpkcg", "fqxuu", "fqxuuz", "fqxuuzgu", "fqxuuzguxyu", "fqxuu", "fqxuuzguxyunzloxskpkcgr"], "init": [""], "intermediate": ["fqxuuzgu", "fqxuuzguxyu", "fqxu", "f", "fqxuuzguxyunzloxskpkcg", "fq", "fqxuuzgu", "fqxuuzguxyunzloxs", "fqxuuzgux", "f", "fqxu", "fqxu", "fqxuuzguxyunzloxs", "fqxuuzguxyunz", "fqxuuzguxyunz", "fqxuuzguxyunzloxskpkcg", "fqxuu", "fqxuuz", "fqxuuzgu", "fqxuuzguxyu", "fqxuu"]}, "config": {"candidate": ["fqxuuzguzmlhzsckoteyetd", "fqxuuzguxyuljcaymgmziau", "fqxuesaslxbqdpbsjjdxqpy", "fgmxcbcywrkhwyzlqmfafjg", "fqxuuzguxyunzloxskpkcgx", "fqcgyiyihivmzhrbsrbuaqy", "fqxuuzguhzvsfqzjhmkbvxo", "fqxuuzguxyunzloxsgdeqlm", "fqxuuzguxmvrecmxokcfctu", "fwagtskmlctimaquufcsoge", "fqxupppghvuraadslbfsgwv", "fqxunqfiyhjeljkklptuslm", "fqxuuzguxyunzloxstzvvju", "fqxuuzguxyunzjhokvsumwo", "fqxuuzguxyunzmgtlfmvdfh", "fqxuuzguxyunzloxskpkcgv", "fqxuufjuhteurxyadbscxbz", "fqxuuzxhjuouypvowebzhkr", "fqxuuzgusyfvwypfjprwfrw", "fqxuuzguxyuqckfwbaasgiv", "fqxuuuabcbqohjdnvsbdasz", "fqxuuzguxyunzloxskpkcgr", "fqxuuzguxynmvpoeadaxxkh", "fqxuuzguxyunzloxskpkcgr", "fqxuuzguxfoziryitrtmnet", "fqxuuzguxyunzrcxpazqnlh", "fqxuuzaqixcoqmxkiutzfbz", "fqxuuzguxyunzloxskstgvk"], "length": 23, "num_candidate": 27, "target": "fqxuuzguxyunzloxskpkcgr"}, "task_name": "task13", "example_name": "0208", "problem_name": "task13_0208"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: onjrpopyyhncdvdpagkabkx\nCandidate: onjrpopyyhncuihsfllxpyx, onjrppzujurbthvibjizzct, onjrpopyyhncdvbtopcdbon, oigfvktpzbsnhzioblngpjb, onjrpopyyhobxdnwntdusty, onjrpopyyhncdnirajxwelx, onjrpopyyuknzkwrhfjjlnc, onjrpopyyhncdvdpagykiyt, onjrtakxpymaqppataldpol, onjrpopyyhhbrnwqtqfqmgu, onjrpopyyhncdvdpagxskjq, onjrpopyyhncihvwizvcwav, onjrplbdgbdwonhqchmwjck, onjrpopyyhncdvdpagmhqky, onjrpopyyhncpwcizxjiruz, onjrpaveuvdojikcjkirdys, onjrposknyshbhohjiwvlqd, onjrpopyyhncdvdpakepfai, onjrpopyyhncdvdpagkabkh, onjrpopyyhncdvdpagkabke, onjrpopyyhncdvdpazkhngm, onjrpopyyhncdvdpagkabkx, onjrpfxisxgehueqdbjitcy, onjrpopyyhncdvdpzhymakj, onjrpopyyhncdvdpagkanem, onjrpopyyhncdvdpaeurnqx, oxnndxrjkzqnlnqjoevquzj", "label": {"final": ["onjrpopyyhnc", "onjrp", "onjrpopyyhncdv", "o", "onjrpopyyh", "onjrpopyyhncd", "onjrpopyy", "onjrpopyyhncdvdpag", "onjr", "onjrpopyyh", "onjrpopyyhncdvdpag", "onjrpopyyhnc", "onjrp", "onjrpopyyhncdvdpag", "onjrpopyyhnc", "onjrp", "onjrpo", "onjrpopyyhncdvdpa", "onjrpopyyhncdvdpagkabk", "onjrpopyyhncdvdpagkabk", "onjrpopyyhncdvdpa", "onjrpopyyhncdvdpagkabkx"], "init": [""], "intermediate": ["onjrpopyyhnc", "onjrp", "onjrpopyyhncdv", "o", "onjrpopyyh", "onjrpopyyhncd", "onjrpopyy", "onjrpopyyhncdvdpag", "onjr", "onjrpopyyh", "onjrpopyyhncdvdpag", "onjrpopyyhnc", "onjrp", "onjrpopyyhncdvdpag", "onjrpopyyhnc", "onjrp", "onjrpo", "onjrpopyyhncdvdpa", "onjrpopyyhncdvdpagkabk", "onjrpopyyhncdvdpagkabk", "onjrpopyyhncdvdpa"]}, "config": {"candidate": ["onjrpopyyhncuihsfllxpyx", "onjrppzujurbthvibjizzct", "onjrpopyyhncdvbtopcdbon", "oigfvktpzbsnhzioblngpjb", "onjrpopyyhobxdnwntdusty", "onjrpopyyhncdnirajxwelx", "onjrpopyyuknzkwrhfjjlnc", "onjrpopyyhncdvdpagykiyt", "onjrtakxpymaqppataldpol", "onjrpopyyhhbrnwqtqfqmgu", "onjrpopyyhncdvdpagxskjq", "onjrpopyyhncihvwizvcwav", "onjrplbdgbdwonhqchmwjck", "onjrpopyyhncdvdpagmhqky", "onjrpopyyhncpwcizxjiruz", "onjrpaveuvdojikcjkirdys", "onjrposknyshbhohjiwvlqd", "onjrpopyyhncdvdpakepfai", "onjrpopyyhncdvdpagkabkh", "onjrpopyyhncdvdpagkabke", "onjrpopyyhncdvdpazkhngm", "onjrpopyyhncdvdpagkabkx", "onjrpfxisxgehueqdbjitcy", "onjrpopyyhncdvdpzhymakj", "onjrpopyyhncdvdpagkanem", "onjrpopyyhncdvdpaeurnqx", "oxnndxrjkzqnlnqjoevquzj"], "length": 23, "num_candidate": 26, "target": "onjrpopyyhncdvdpagkabkx"}, "task_name": "task13", "example_name": "0209", "problem_name": "task13_0209"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: kkxxhzlhoobugjteewdmibbc\nCandidate: kkxyxmffdivnogbatsrqvqdm, kkxxhzlhoobugjteewdmibbs, kkxxhzlhoobojuqsdbtonihu, kkxxfaqamryiqvjhmimxrcgp, kkxxhzlhoobxvueixtfaxvqt, kkxxhzlhoobugjteeoxytyuy, kkxxhzlhoobugjteenbuqprb, kkxxhzlhoobumdyogpkhygnc, kkxxhzlhoobugjteijvxjbar, kkxxhzlhoobugjteewdmbovw, kkxxhzlhoobugjteewjkaxiz, kkxxhzlhoobugjtpnqfenweo, kkxxhzlhoobugjtwyxukootc, kkxxhzlhoobptnjwozjktihb, kkxxhzlhoobugjteewxtiuia, kkxfxpcocjcgvnwydeqnqffl, kkxxhzlhoobubpyvesqrvksd, kkxxhzlhoobugjteezwktuqt, kkxxhzlhoopyasfnxnbueumy, kkxxhzlhoobugtyqyckvnhbu, kkxxhzlhoobugjqgdtqdqqpo, kkxxhzldxfppvieufhkfipoz, kkxxhzlhoobugjteewdmibbc, kkxxhzlhoobugjteewdmauoc, kkxxhnhskxbawzbqwvseizcx, kkxxhzlhoobybyitvpklnhes", "label": {"final": ["kkx", "kkxxhzlhoobugjteewdmibb", "kkxxhzlhoob", "kkxx", "kkxxhzlhoob", "kkxxhzlhoobugjtee", "kkxxhzlhoobugjtee", "kkxxhzlhoobu", "kkxxhzlhoobugjte", "kkxxhzlhoobugjteewdm", "kkxxhzlhoobugjteew", "kkxxhzlhoobugjt", "kkxxhzlhoobugjt", "kkxxhzlhoob", "kkxxhzlhoobugjteew", "kkx", "kkxxhzlhoobu", "kkxxhzlhoobugjtee", "kkxxhzlhoo", "kkxxhzlhoobug", "kkxxhzlhoobugj", "kkxxhzl", "kkxxhzlhoobugjteewdmibbc"], "init": [""], "intermediate": ["kkx", "kkxxhzlhoobugjteewdmibb", "kkxxhzlhoob", "kkxx", "kkxxhzlhoob", "kkxxhzlhoobugjtee", "kkxxhzlhoobugjtee", "kkxxhzlhoobu", "kkxxhzlhoobugjte", "kkxxhzlhoobugjteewdm", "kkxxhzlhoobugjteew", "kkxxhzlhoobugjt", "kkxxhzlhoobugjt", "kkxxhzlhoob", "kkxxhzlhoobugjteew", "kkx", "kkxxhzlhoobu", "kkxxhzlhoobugjtee", "kkxxhzlhoo", "kkxxhzlhoobug", "kkxxhzlhoobugj", "kkxxhzl"]}, "config": {"candidate": ["kkxyxmffdivnogbatsrqvqdm", "kkxxhzlhoobugjteewdmibbs", "kkxxhzlhoobojuqsdbtonihu", "kkxxfaqamryiqvjhmimxrcgp", "kkxxhzlhoobxvueixtfaxvqt", "kkxxhzlhoobugjteeoxytyuy", "kkxxhzlhoobugjteenbuqprb", "kkxxhzlhoobumdyogpkhygnc", "kkxxhzlhoobugjteijvxjbar", "kkxxhzlhoobugjteewdmbovw", "kkxxhzlhoobugjteewjkaxiz", "kkxxhzlhoobugjtpnqfenweo", "kkxxhzlhoobugjtwyxukootc", "kkxxhzlhoobptnjwozjktihb", "kkxxhzlhoobugjteewxtiuia", "kkxfxpcocjcgvnwydeqnqffl", "kkxxhzlhoobubpyvesqrvksd", "kkxxhzlhoobugjteezwktuqt", "kkxxhzlhoopyasfnxnbueumy", "kkxxhzlhoobugtyqyckvnhbu", "kkxxhzlhoobugjqgdtqdqqpo", "kkxxhzldxfppvieufhkfipoz", "kkxxhzlhoobugjteewdmibbc", "kkxxhzlhoobugjteewdmauoc", "kkxxhnhskxbawzbqwvseizcx", "kkxxhzlhoobybyitvpklnhes"], "length": 24, "num_candidate": 25, "target": "kkxxhzlhoobugjteewdmibbc"}, "task_name": "task13", "example_name": "0210", "problem_name": "task13_0210"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: pduzkraddcmvxzwnmdkrchpl\nCandidate: pduzkraddcmvxzwnmdkrchpr, pduzkraddcmvxzwnisdubmdq, pduzkraddcmvxzwnmdkxsvgg, pduzkraddcmvxzwnmdyiffmo, pduzkraddcmvxzwnmdkrchgk, pduzkraddcmvxelvtdqvmkdb, pkdungjyusqrunljztuowupc, pduzkbpftpchfzeueymywdjs, pduzkraddcmvxzwnmdkrjsgh, pduzkraddcmvxzwnhnclejse, pduzkraddcmvxzwnmdyvnafa, pduzkraddcytjxfbstlmwcxa, pduzkraddcmviynphqvowltu, pduzkraddcmvxyxeqqibyvoo, pbnfimcoxbsbbkykzfvugmux, pduzkraddcmvxzwnmdkklesz, pduzkrrldfixueqkadfjuyzb, pduzkradoxieeotyhohnphfz, pduzkraddcmvxzwnmsfetarr, pduzkraddcmvxzwnmdkrchpf, pdunphaceiqwugxeeqgulgel, pduzkradhzrcygcvhcurpqff, pduzkraddcmvxzwnmdkrchpl, pduzkraddcmvxzwnmdkrqrge, pczovprdgdmrtuocieyesssy, pduzkraddcmvxzwnhbfkbdmc, pduzkraddcmvxzwnmdibdrrt, peljuydzvlpbvymqqzovehlz, pduzkraddcmvxzwnmxfaxvtd, pduzkraddcmvxzwnmdkrcrql, pduzkrlyrwwanelxkvfjbppq, pmgovxgikqoqocndshhdevpa, ppqqfpwmvpkrwhotvqqbuymx", "label": {"final": ["pduzkraddcmvxzwnmdkrchp", "pduzkraddcmvxzwn", "pduzkraddcmvxzwnmdk", "pduzkraddcmvxzwnmd", "pduzkraddcmvxzwnmdkrch", "pduzkraddcmvx", "p", "pduzk", "pduzkraddcmvxzwnmdkr", "pduzkraddcmvxzwn", "pduzkraddcmvxzwnmd", "pduzkraddc", "pduzkraddcmv", "pduzkraddcmvx", "p", "pduzkraddcmvxzwnmdk", "pduzkr", "pduzkrad", "pduzkraddcmvxzwnm", "pduzkraddcmvxzwnmdkrchp", "pdu", "pduzkrad", "pduzkraddcmvxzwnmdkrchpl"], "init": [""], "intermediate": ["pduzkraddcmvxzwnmdkrchp", "pduzkraddcmvxzwn", "pduzkraddcmvxzwnmdk", "pduzkraddcmvxzwnmd", "pduzkraddcmvxzwnmdkrch", "pduzkraddcmvx", "p", "pduzk", "pduzkraddcmvxzwnmdkr", "pduzkraddcmvxzwn", "pduzkraddcmvxzwnmd", "pduzkraddc", "pduzkraddcmv", "pduzkraddcmvx", "p", "pduzkraddcmvxzwnmdk", "pduzkr", "pduzkrad", "pduzkraddcmvxzwnm", "pduzkraddcmvxzwnmdkrchp", "pdu", "pduzkrad"]}, "config": {"candidate": ["pduzkraddcmvxzwnmdkrchpr", "pduzkraddcmvxzwnisdubmdq", "pduzkraddcmvxzwnmdkxsvgg", "pduzkraddcmvxzwnmdyiffmo", "pduzkraddcmvxzwnmdkrchgk", "pduzkraddcmvxelvtdqvmkdb", "pkdungjyusqrunljztuowupc", "pduzkbpftpchfzeueymywdjs", "pduzkraddcmvxzwnmdkrjsgh", "pduzkraddcmvxzwnhnclejse", "pduzkraddcmvxzwnmdyvnafa", "pduzkraddcytjxfbstlmwcxa", "pduzkraddcmviynphqvowltu", "pduzkraddcmvxyxeqqibyvoo", "pbnfimcoxbsbbkykzfvugmux", "pduzkraddcmvxzwnmdkklesz", "pduzkrrldfixueqkadfjuyzb", "pduzkradoxieeotyhohnphfz", "pduzkraddcmvxzwnmsfetarr", "pduzkraddcmvxzwnmdkrchpf", "pdunphaceiqwugxeeqgulgel", "pduzkradhzrcygcvhcurpqff", "pduzkraddcmvxzwnmdkrchpl", "pduzkraddcmvxzwnmdkrqrge", "pczovprdgdmrtuocieyesssy", "pduzkraddcmvxzwnhbfkbdmc", "pduzkraddcmvxzwnmdibdrrt", "peljuydzvlpbvymqqzovehlz", "pduzkraddcmvxzwnmxfaxvtd", "pduzkraddcmvxzwnmdkrcrql", "pduzkrlyrwwanelxkvfjbppq", "pmgovxgikqoqocndshhdevpa", "ppqqfpwmvpkrwhotvqqbuymx"], "length": 24, "num_candidate": 32, "target": "pduzkraddcmvxzwnmdkrchpl"}, "task_name": "task13", "example_name": "0211", "problem_name": "task13_0211"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: haicbdgpltzzwmwhggyswvms\nCandidate: haicvphlerkbpohtiuycxpff, haicbdgplgnsubizaufagcbh, haicbdgpltzzwmwhgkcdpdku, haicbdgajgracqsmpejcgilo, haicbdgpltzzwmoqbcsmaflu, haicbdgpltzzjyyqqdaohjts, haicbdgpltzzwmwhggyhwvmh, haicbdvqoyjmrrobqcgisafb, haicbdgpltzzwmwhggknfbdi, haicbdgpltzzwmwhggysxeun, hcqivfirwtjnovqvvsdlisaz, haicbdgpltzzwmwhggylwvml, haicbdgplygoooosowcqstvj, haicbdgpltzzwmwhggyswvwl, haicbdgpltzzwmwhobnkiwat, haicbdgpltzzwscdnyfpwpmr, haicbdgpnzgvrqbmmrzvnmmk, haicbdgjaxxidahbcabkachw, haicbdgpltzzwbwstkubmaht, haicbdzvunnpesevbdamxmjk, haicbdgpltzzwmwhggyswioo, haicbdgvsjxydvivauuppcwm, haicbdgpltzzwmwhggyswvms, haicbdgpltzzwmwhggyswvms, haicbdgpltlonogjrtxzmwjj, haicbdgpltzzwmwhggyvwvmv, hhzlsqfiarkbaewepkxmceqg, haicbdgpltzutrrypmmeucjp, haicbdgpuqdcvegzoplyyogv, haicbdgpltzzwmvzjcpqifag, haikfaxnzvbrshoiwcjwuajp, haicbdgpltzzwzhewjgqgawg", "label": {"final": ["haic", "haicbdgpl", "haicbdgpltzzwmwhg", "haicbdg", "haicbdgpltzzwm", "haicbdgpltzz", "haicbdgpltzzwmwhggy", "haicbd", "haicbdgpltzzwmwhgg", "haicbdgpltzzwmwhggys", "h", "haicbdgpltzzwmwhggy", "haicbdgpl", "haicbdgpltzzwmwhggyswv", "haicbdgpltzzwmwh", "haicbdgpltzzw", "haicbdgp", "haicbdg", "haicbdgpltzzw", "haicbd", "haicbdgpltzzwmwhggysw", "haicbdg", "haicbdgpltzzwmwhggyswvms"], "init": [""], "intermediate": ["haic", "haicbdgpl", "haicbdgpltzzwmwhg", "haicbdg", "haicbdgpltzzwm", "haicbdgpltzz", "haicbdgpltzzwmwhggy", "haicbd", "haicbdgpltzzwmwhgg", "haicbdgpltzzwmwhggys", "h", "haicbdgpltzzwmwhggy", "haicbdgpl", "haicbdgpltzzwmwhggyswv", "haicbdgpltzzwmwh", "haicbdgpltzzw", "haicbdgp", "haicbdg", "haicbdgpltzzw", "haicbd", "haicbdgpltzzwmwhggysw", "haicbdg"]}, "config": {"candidate": ["haicvphlerkbpohtiuycxpff", "haicbdgplgnsubizaufagcbh", "haicbdgpltzzwmwhgkcdpdku", "haicbdgajgracqsmpejcgilo", "haicbdgpltzzwmoqbcsmaflu", "haicbdgpltzzjyyqqdaohjts", "haicbdgpltzzwmwhggyhwvmh", "haicbdvqoyjmrrobqcgisafb", "haicbdgpltzzwmwhggknfbdi", "haicbdgpltzzwmwhggysxeun", "hcqivfirwtjnovqvvsdlisaz", "haicbdgpltzzwmwhggylwvml", "haicbdgplygoooosowcqstvj", "haicbdgpltzzwmwhggyswvwl", "haicbdgpltzzwmwhobnkiwat", "haicbdgpltzzwscdnyfpwpmr", "haicbdgpnzgvrqbmmrzvnmmk", "haicbdgjaxxidahbcabkachw", "haicbdgpltzzwbwstkubmaht", "haicbdzvunnpesevbdamxmjk", "haicbdgpltzzwmwhggyswioo", "haicbdgvsjxydvivauuppcwm", "haicbdgpltzzwmwhggyswvms", "haicbdgpltzzwmwhggyswvms", "haicbdgpltlonogjrtxzmwjj", "haicbdgpltzzwmwhggyvwvmv", "hhzlsqfiarkbaewepkxmceqg", "haicbdgpltzutrrypmmeucjp", "haicbdgpuqdcvegzoplyyogv", "haicbdgpltzzwmvzjcpqifag", "haikfaxnzvbrshoiwcjwuajp", "haicbdgpltzzwzhewjgqgawg"], "length": 24, "num_candidate": 31, "target": "haicbdgpltzzwmwhggyswvms"}, "task_name": "task13", "example_name": "0212", "problem_name": "task13_0212"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: gpytrhriqhqsgafyegbeurzb\nCandidate: gpytrhriqhqsgafyegnsgmev, gpytrhriqhqsgafyeghozskm, gpytrhriqhqsgoqztltupoco, gpyturgrxpeuwffwoposvkfh, gpytrhriqhqsguorgxwskizr, gpytrhriqhqsgafyeglzbsgb, gpytrhrxhelewjsnqnchoyyz, gpytrhriqhqsgafyegbeuqad, gpytrhhspgldxcrwsdkerizx, gpytrhrbrzuvhelmbvzphaad, gpyptfjernmibcqntgeosvwo, gpytrhriqhqsgsduialadufk, gpytrhriqvlwmixjovtkgyeq, gpytrhriqhqsmmtqrtwpvzhz, gpytrhygapnytorrmswekwfe, ghdjvcevlxgziolcqgpmkawt, gpytrhrvkjcrfqhjgrhatlbi, gpytusdjprtfwmyheuzdlxqz, gpytrhriqhqmhxhzrfkuidaz, gpynsedzdkcuiniisvimbdfb, gpytrhriqhqsgafyegbeuqhp, gpytrhriqhqsgbribdsuzryk, gpytrhriqhqsgafyegbeurzb, gpytrhriqhqsgafyfkvgrnhj, gpytrhriqhqsgafyegbkvbra, gpytrvmijigvlxppyonwpuaz, gccrwpwdfemltjwpbgkwhths, gtqcirhmcmxbwhnfxprfbkaw, gpytrhriqhqsgafyeqnuapzo, gpytrhriqhqsguflioppmvxp, gpytrhriqhqsgafpvxwkmbcj", "label": {"final": ["gpytrhriqhqsgafyeg", "gpytrhriqhqsgafyeg", "gpytrhriqhqsg", "gpyt", "gpytrhriqhqsg", "gpytrhriqhqsgafyeg", "gpytrhr", "gpytrhriqhqsgafyegbeu", "gpytrh", "gpytrhr", "gpy", "gpytrhriqhqsg", "gpytrhriq", "gpytrhriqhqs", "gpytrh", "g", "gpytrhr", "gpyt", "gpytrhriqhq", "gpy", "gpytrhriqhqsgafyegbeu", "gpytrhriqhqsg", "gpytrhriqhqsgafyegbeurzb"], "init": [""], "intermediate": ["gpytrhriqhqsgafyeg", "gpytrhriqhqsgafyeg", "gpytrhriqhqsg", "gpyt", "gpytrhriqhqsg", "gpytrhriqhqsgafyeg", "gpytrhr", "gpytrhriqhqsgafyegbeu", "gpytrh", "gpytrhr", "gpy", "gpytrhriqhqsg", "gpytrhriq", "gpytrhriqhqs", "gpytrh", "g", "gpytrhr", "gpyt", "gpytrhriqhq", "gpy", "gpytrhriqhqsgafyegbeu", "gpytrhriqhqsg"]}, "config": {"candidate": ["gpytrhriqhqsgafyegnsgmev", "gpytrhriqhqsgafyeghozskm", "gpytrhriqhqsgoqztltupoco", "gpyturgrxpeuwffwoposvkfh", "gpytrhriqhqsguorgxwskizr", "gpytrhriqhqsgafyeglzbsgb", "gpytrhrxhelewjsnqnchoyyz", "gpytrhriqhqsgafyegbeuqad", "gpytrhhspgldxcrwsdkerizx", "gpytrhrbrzuvhelmbvzphaad", "gpyptfjernmibcqntgeosvwo", "gpytrhriqhqsgsduialadufk", "gpytrhriqvlwmixjovtkgyeq", "gpytrhriqhqsmmtqrtwpvzhz", "gpytrhygapnytorrmswekwfe", "ghdjvcevlxgziolcqgpmkawt", "gpytrhrvkjcrfqhjgrhatlbi", "gpytusdjprtfwmyheuzdlxqz", "gpytrhriqhqmhxhzrfkuidaz", "gpynsedzdkcuiniisvimbdfb", "gpytrhriqhqsgafyegbeuqhp", "gpytrhriqhqsgbribdsuzryk", "gpytrhriqhqsgafyegbeurzb", "gpytrhriqhqsgafyfkvgrnhj", "gpytrhriqhqsgafyegbkvbra", "gpytrvmijigvlxppyonwpuaz", "gccrwpwdfemltjwpbgkwhths", "gtqcirhmcmxbwhnfxprfbkaw", "gpytrhriqhqsgafyeqnuapzo", "gpytrhriqhqsguflioppmvxp", "gpytrhriqhqsgafpvxwkmbcj"], "length": 24, "num_candidate": 30, "target": "gpytrhriqhqsgafyegbeurzb"}, "task_name": "task13", "example_name": "0213", "problem_name": "task13_0213"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: qpqzhqvuxvbfxyrmfcjrzajp\nCandidate: qpqzhqvuxvbfxyrmfcjrzaem, qpqzhqvuxvbfxyrmfcjdydyz, qsqzhqvuxvbfxyrmfcjrzajs, qpqzhqvuxvbfgkdncxmdjjaj, qpqzhqvuxvbfxyrmfcbpkovx, qpqzhqvuxvbfxyrhidcjwrjk, qpqzhqfxvftemrjllyszkkyz, qpqzhqvuxvbfdfjusnzejqpi, qpqzhhglgkfzgawaxmsjviwl, qeqzhqvuxvbfxyrmfcjrzaje, qpfxrvjmsbyrecywndeobxre, qpqzhqvuxvbfxyrmfhleybsb, qpqzhqvuxvbfxyrmfcjrzsvq, qpqzhqvuxvbfxybetxtqzupb, qpqzhqvuxvbfxyrmfcjrmzch, qpqzhqvuxvbfxyrmfcjrzkcz, qpqzhqvuxvbfxyhfyjmivkvz, qpqzhqvuxvbfxykqidvwutun, qpqzhqvuxvbfxqcdqhzymray, qpjfpuhkvmxgutxafrngzhbs, qpqzhqvuxvbfxyrmfcjrzcnt, qyvnidhyhivytiostpestcnr, qpqzhqvuxvbfxyrmfcjrzajp, qpqzhqvuxvbfxyrmfctlmyrv, qpqzhqvuxvbfxyrmfcjjnesf, qpqzhqvuxvbfxyrmfceqqwbo, qpqzhqvuxvbfxyrmmaztbryw, qpqrpamwkhqlalmwjdgfhncy, qpqzhqvdmphrlcvxlumpbrym", "label": {"final": ["qpqzhqvuxvbfxyrmfcjrza", "qpqzhqvuxvbfxyrmfcj", "q", "qpqzhqvuxvbf", "qpqzhqvuxvbfxyrmfc", "qpqzhqvuxvbfxyr", "qpqzhq", "qpqzhqvuxvbf", "qpqzh", "q", "qp", "qpqzhqvuxvbfxyrmf", "qpqzhqvuxvbfxyrmfcjrz", "qpqzhqvuxvbfxy", "qpqzhqvuxvbfxyrmfcjr", "qpqzhqvuxvbfxyrmfcjrz", "qpqzhqvuxvbfxy", "qpqzhqvuxvbfxy", "qpqzhqvuxvbfx", "qp", "qpqzhqvuxvbfxyrmfcjrz", "q", "qpqzhqvuxvbfxyrmfcjrzajp"], "init": [""], "intermediate": ["qpqzhqvuxvbfxyrmfcjrza", "qpqzhqvuxvbfxyrmfcj", "q", "qpqzhqvuxvbf", "qpqzhqvuxvbfxyrmfc", "qpqzhqvuxvbfxyr", "qpqzhq", "qpqzhqvuxvbf", "qpqzh", "q", "qp", "qpqzhqvuxvbfxyrmf", "qpqzhqvuxvbfxyrmfcjrz", "qpqzhqvuxvbfxy", "qpqzhqvuxvbfxyrmfcjr", "qpqzhqvuxvbfxyrmfcjrz", "qpqzhqvuxvbfxy", "qpqzhqvuxvbfxy", "qpqzhqvuxvbfx", "qp", "qpqzhqvuxvbfxyrmfcjrz", "q"]}, "config": {"candidate": ["qpqzhqvuxvbfxyrmfcjrzaem", "qpqzhqvuxvbfxyrmfcjdydyz", "qsqzhqvuxvbfxyrmfcjrzajs", "qpqzhqvuxvbfgkdncxmdjjaj", "qpqzhqvuxvbfxyrmfcbpkovx", "qpqzhqvuxvbfxyrhidcjwrjk", "qpqzhqfxvftemrjllyszkkyz", "qpqzhqvuxvbfdfjusnzejqpi", "qpqzhhglgkfzgawaxmsjviwl", "qeqzhqvuxvbfxyrmfcjrzaje", "qpfxrvjmsbyrecywndeobxre", "qpqzhqvuxvbfxyrmfhleybsb", "qpqzhqvuxvbfxyrmfcjrzsvq", "qpqzhqvuxvbfxybetxtqzupb", "qpqzhqvuxvbfxyrmfcjrmzch", "qpqzhqvuxvbfxyrmfcjrzkcz", "qpqzhqvuxvbfxyhfyjmivkvz", "qpqzhqvuxvbfxykqidvwutun", "qpqzhqvuxvbfxqcdqhzymray", "qpjfpuhkvmxgutxafrngzhbs", "qpqzhqvuxvbfxyrmfcjrzcnt", "qyvnidhyhivytiostpestcnr", "qpqzhqvuxvbfxyrmfcjrzajp", "qpqzhqvuxvbfxyrmfctlmyrv", "qpqzhqvuxvbfxyrmfcjjnesf", "qpqzhqvuxvbfxyrmfceqqwbo", "qpqzhqvuxvbfxyrmmaztbryw", "qpqrpamwkhqlalmwjdgfhncy", "qpqzhqvdmphrlcvxlumpbrym"], "length": 24, "num_candidate": 28, "target": "qpqzhqvuxvbfxyrmfcjrzajp"}, "task_name": "task13", "example_name": "0214", "problem_name": "task13_0214"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: lacyqbatgoumlwnnqsunotvx\nCandidate: lacybrftfcacqookhfdsckvn, lacyqbaxjvzggomnqmdybzpf, lazrfgqurvuvdcyekaagzasv, lacyqbatgoumlwnnqsgbpvcj, lacyqbatgoumlwnnqsunclen, lacyqbatgoumlwnnqsuwkmtn, lftrpoxcwmowoteqoyjqbrdf, lajcxbdrutniqfobbrcrpigg, lacyqbatgoumvgrrhalgiqqh, lmxryozecvtwendejxlzxwhq, lacyqbatgoudofmxelsralym, lacewlhashacsqbeprfwgfum, lacyqbatggcbhncafojjzdee, lacyqbatgoumlwnnqsrbiyzc, lacyqbatgoumlwnnqsunoqoo, lacyqbatgoumlwnnffrnqsez, lacyqdyjwusgfauoajjczzns, lacyqbaspijsahnuttrlzics, lacyqbatgqscewgeuunthjfw, lacyqbamidetnrjjqqxzizcd, lacyqbatgoumlwhlinlbqwfr, lacyqbatgoumlwnnqagfomut, lacyqbatgoumlwnnqsunotvx, larlqzwdsfndpuveynhmwbpn, lacyqbatgjujtvgaxbgdxgkb, lacyqbatgyneyuptzcxiszve, lalbzyyjcgotrqvuqxdbkwea", "label": {"final": ["lacy", "lacyqba", "la", "lacyqbatgoumlwnnqs", "lacyqbatgoumlwnnqsun", "lacyqbatgoumlwnnqsu", "l", "la", "lacyqbatgoum", "l", "lacyqbatgou", "lac", "lacyqbatg", "lacyqbatgoumlwnnqs", "lacyqbatgoumlwnnqsuno", "lacyqbatgoumlwnn", "lacyq", "lacyqba", "lacyqbatg", "lacyqba", "lacyqbatgoumlw", "lacyqbatgoumlwnnq", "lacyqbatgoumlwnnqsunotvx"], "init": [""], "intermediate": ["lacy", "lacyqba", "la", "lacyqbatgoumlwnnqs", "lacyqbatgoumlwnnqsun", "lacyqbatgoumlwnnqsu", "l", "la", "lacyqbatgoum", "l", "lacyqbatgou", "lac", "lacyqbatg", "lacyqbatgoumlwnnqs", "lacyqbatgoumlwnnqsuno", "lacyqbatgoumlwnn", "lacyq", "lacyqba", "lacyqbatg", "lacyqba", "lacyqbatgoumlw", "lacyqbatgoumlwnnq"]}, "config": {"candidate": ["lacybrftfcacqookhfdsckvn", "lacyqbaxjvzggomnqmdybzpf", "lazrfgqurvuvdcyekaagzasv", "lacyqbatgoumlwnnqsgbpvcj", "lacyqbatgoumlwnnqsunclen", "lacyqbatgoumlwnnqsuwkmtn", "lftrpoxcwmowoteqoyjqbrdf", "lajcxbdrutniqfobbrcrpigg", "lacyqbatgoumvgrrhalgiqqh", "lmxryozecvtwendejxlzxwhq", "lacyqbatgoudofmxelsralym", "lacewlhashacsqbeprfwgfum", "lacyqbatggcbhncafojjzdee", "lacyqbatgoumlwnnqsrbiyzc", "lacyqbatgoumlwnnqsunoqoo", "lacyqbatgoumlwnnffrnqsez", "lacyqdyjwusgfauoajjczzns", "lacyqbaspijsahnuttrlzics", "lacyqbatgqscewgeuunthjfw", "lacyqbamidetnrjjqqxzizcd", "lacyqbatgoumlwhlinlbqwfr", "lacyqbatgoumlwnnqagfomut", "lacyqbatgoumlwnnqsunotvx", "larlqzwdsfndpuveynhmwbpn", "lacyqbatgjujtvgaxbgdxgkb", "lacyqbatgyneyuptzcxiszve", "lalbzyyjcgotrqvuqxdbkwea"], "length": 24, "num_candidate": 26, "target": "lacyqbatgoumlwnnqsunotvx"}, "task_name": "task13", "example_name": "0215", "problem_name": "task13_0215"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: vhrxblenrrtkonrckaomoljb\nCandidate: vhrxblenrrtkonboiityqpxb, vhrxqlenrrtkonrckaomoljq, vhrxblenrrxyjzbkjdrycyjn, vhrxbsavfotiqzpecobhjbqc, vhrzayuuetikjxmlflbnfuwv, vhrxblenrrtkonrckaomojsv, vhrxblenrrtkbkjpbybaxweu, vhrxblenrrtkonrckaoxbhze, vhrxblenrrtkonrekfilhenb, vhrxblenrrtkonrckaokxsgf, vhrxblenrhxlclkfnjirkeks, vhrxpglodsjxnbrsmgohcern, vhrxblenrrtkdkamjbmftlpx, vhrxblenrrtkonrckaomolpq, vhrxblmhdkpxibhhsccmjnpd, vhroahlyeyupxexdgghwoill, vhrxblenrrteotlabgakbjgq, vhrjggfmnicewkwjmsoizmep, vgaecfxqzfbztlzsqdrebgje, vhrxblenrrtkondyaqhfwvuy, vhrxblenrrtkonrxlbzeghio, vhrxkutjwcenknpegjdpyhfv, vhrxblenrrtkonrckaomoljb, vhaavbtdbenkqjltvlolwkdv, vhrxbqcxnxgglmeyzdzoglys, vhrxblenrrtkonrckaomjxtp, vhrxblenrrtkonrckaogykha, vimqzkioxfvkfgayqfjbllbo", "label": {"final": ["vhrxblenrrtkon", "vhrx", "vhrxblenrr", "vhrxb", "vhr", "vhrxblenrrtkonrckaomo", "vhrxblenrrtk", "vhrxblenrrtkonrckao", "vhrxblenrrtkonr", "vhrxblenrrtkonrckao", "vhrxblenr", "vhrx", "vhrxblenrrtk", "vhrxblenrrtkonrckaomol", "vhrxbl", "vhr", "vhrxblenrrt", "vhr", "v", "vhrxblenrrtkon", "vhrxblenrrtkonr", "vhrx", "vhrxblenrrtkonrckaomoljb"], "init": [""], "intermediate": ["vhrxblenrrtkon", "vhrx", "vhrxblenrr", "vhrxb", "vhr", "vhrxblenrrtkonrckaomo", "vhrxblenrrtk", "vhrxblenrrtkonrckao", "vhrxblenrrtkonr", "vhrxblenrrtkonrckao", "vhrxblenr", "vhrx", "vhrxblenrrtk", "vhrxblenrrtkonrckaomol", "vhrxbl", "vhr", "vhrxblenrrt", "vhr", "v", "vhrxblenrrtkon", "vhrxblenrrtkonr", "vhrx"]}, "config": {"candidate": ["vhrxblenrrtkonboiityqpxb", "vhrxqlenrrtkonrckaomoljq", "vhrxblenrrxyjzbkjdrycyjn", "vhrxbsavfotiqzpecobhjbqc", "vhrzayuuetikjxmlflbnfuwv", "vhrxblenrrtkonrckaomojsv", "vhrxblenrrtkbkjpbybaxweu", "vhrxblenrrtkonrckaoxbhze", "vhrxblenrrtkonrekfilhenb", "vhrxblenrrtkonrckaokxsgf", "vhrxblenrhxlclkfnjirkeks", "vhrxpglodsjxnbrsmgohcern", "vhrxblenrrtkdkamjbmftlpx", "vhrxblenrrtkonrckaomolpq", "vhrxblmhdkpxibhhsccmjnpd", "vhroahlyeyupxexdgghwoill", "vhrxblenrrteotlabgakbjgq", "vhrjggfmnicewkwjmsoizmep", "vgaecfxqzfbztlzsqdrebgje", "vhrxblenrrtkondyaqhfwvuy", "vhrxblenrrtkonrxlbzeghio", "vhrxkutjwcenknpegjdpyhfv", "vhrxblenrrtkonrckaomoljb", "vhaavbtdbenkqjltvlolwkdv", "vhrxbqcxnxgglmeyzdzoglys", "vhrxblenrrtkonrckaomjxtp", "vhrxblenrrtkonrckaogykha", "vimqzkioxfvkfgayqfjbllbo"], "length": 24, "num_candidate": 27, "target": "vhrxblenrrtkonrckaomoljb"}, "task_name": "task13", "example_name": "0216", "problem_name": "task13_0216"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: kqggfetybipaesebswzlyerj\nCandidate: kqggfetybipaozgleacxenat, kqggfetybipaesebswzzeygg, kqggfetiklhzralqodhdpncn, kqssceefjchlzqomlhdjtgde, kqggfetyafbtlorpmdjgjmqx, kqggfetybudgrmlowzberjzv, kqggfegwcxspxkneorcuqdhe, kqggfetybipaezxdmbyzjlyx, kqggfeirybawrdeqhpawbewz, kqggjoojbtegwjchpfszxofw, kqggfetybipaesenrsxtjxzm, kqggfytxfxknlxpbivlvnzyz, kqggfetajkofcbqyuykrnawd, kqggfetldybpkyefgjvuuppp, kqggfetybaotuvysmoztnrqe, ktzgodpbyxumvtwcgrzwxium, kqggfetybipaesebswzlyell, kjwabfnyhwfxfnnizpyjysfo, kqggfetybipalelypdeczcji, kqggfetybipkisortkbrkmen, kqggffxjffkkymnhqdzzgvht, khigffgrbxmmmyqplxhzipsc, kqggfetybipaesebswzlyerj, kdbogogeglvynqizgvpianuo, kqggfetybipavuqbzcbyewxl, kqggfetybipaesebswzlyerj, kqggfetrmaqixiomamuekrvc, kqgmzmbfqcsrlfdiaptkuvfa, kqggfetybiphqvmtpszqdklu, kqggfetybipaesebswfzpvpy, kqggfetybipaesebswjhqvub, kqggfetybipaesebswzlytpy", "label": {"final": ["kqggfetybipa", "kqggfetybipaesebswz", "kqggfet", "kq", "kqggfety", "kqggfetyb", "kqggfe", "kqggfetybipae", "kqggfe", "kqgg", "kqggfetybipaese", "kqggf", "kqggfet", "kqggfet", "kqggfetyb", "k", "kqggfetybipaesebswzlye", "k", "kqggfetybipa", "kqggfetybip", "kqggf", "k", "kqggfetybipaesebswzlyerj"], "init": [""], "intermediate": ["kqggfetybipa", "kqggfetybipaesebswz", "kqggfet", "kq", "kqggfety", "kqggfetyb", "kqggfe", "kqggfetybipae", "kqggfe", "kqgg", "kqggfetybipaese", "kqggf", "kqggfet", "kqggfet", "kqggfetyb", "k", "kqggfetybipaesebswzlye", "k", "kqggfetybipa", "kqggfetybip", "kqggf", "k"]}, "config": {"candidate": ["kqggfetybipaozgleacxenat", "kqggfetybipaesebswzzeygg", "kqggfetiklhzralqodhdpncn", "kqssceefjchlzqomlhdjtgde", "kqggfetyafbtlorpmdjgjmqx", "kqggfetybudgrmlowzberjzv", "kqggfegwcxspxkneorcuqdhe", "kqggfetybipaezxdmbyzjlyx", "kqggfeirybawrdeqhpawbewz", "kqggjoojbtegwjchpfszxofw", "kqggfetybipaesenrsxtjxzm", "kqggfytxfxknlxpbivlvnzyz", "kqggfetajkofcbqyuykrnawd", "kqggfetldybpkyefgjvuuppp", "kqggfetybaotuvysmoztnrqe", "ktzgodpbyxumvtwcgrzwxium", "kqggfetybipaesebswzlyell", "kjwabfnyhwfxfnnizpyjysfo", "kqggfetybipalelypdeczcji", "kqggfetybipkisortkbrkmen", "kqggffxjffkkymnhqdzzgvht", "khigffgrbxmmmyqplxhzipsc", "kqggfetybipaesebswzlyerj", "kdbogogeglvynqizgvpianuo", "kqggfetybipavuqbzcbyewxl", "kqggfetybipaesebswzlyerj", "kqggfetrmaqixiomamuekrvc", "kqgmzmbfqcsrlfdiaptkuvfa", "kqggfetybiphqvmtpszqdklu", "kqggfetybipaesebswfzpvpy", "kqggfetybipaesebswjhqvub", "kqggfetybipaesebswzlytpy"], "length": 24, "num_candidate": 31, "target": "kqggfetybipaesebswzlyerj"}, "task_name": "task13", "example_name": "0217", "problem_name": "task13_0217"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: koykskvvykcaredkvqypfarz\nCandidate: koyxtdlvrqllbkrbfumnricv, koykskvvykcaredknoaforxl, koykskvvykcaredkkdqhxlxc, koykilkaxhdsiebktgwwxlus, koykskvvykcaredkvqypfarv, kjaiewbjariaddmlufzsnksa, koykscaylghlxraxiamxnzmc, koykskvvykcaredkvqypfarm, koykskvvykcaredkvqytuaxn, koykskvcagakhftnucksldoz, koykskvvykcarerfizozffge, koykskvkoxtifygeknyaodfv, koykskvwqkmxhcaofcdbtofd, koykskvvykcaredkvqypfarr, koyvzhmmozbmtuldqyenrzwy, koykskvvykcaredjrppqsarw, koykskvvykcaredkvezirdrb, koykskuuwrhucarsrmxbvqlq, koykskvvykcaredsqvslkexw, kzxugfwudocwcsqwgkwcbewo, koykskvemgquunjmffqcsykt, koykskvvykcaredkvqypfahy, koykskvvykcaredkvqypfarz, koykskvzzbxmhehijpdweqpz, koykskvvykcaredkvqypfjbg, koykskvvykcaredkvqypfjmv, koykskvvykcarxvepvemjuxl, koykskvvykcaiqbwoddrsuzc, koykskvvykcaredkvqypfarz, koykskvvykcaredkvqypfnjc", "label": {"final": ["koy", "koykskvvykcaredk", "koykskvvykcaredk", "koyk", "koykskvvykcaredkvqypfar", "k", "koyks", "koykskvvykcaredkvqypfar", "koykskvvykcaredkvqy", "koykskv", "koykskvvykcare", "koykskv", "koykskv", "koykskvvykcaredkvqypfar", "koy", "koykskvvykcared", "koykskvvykcaredkv", "koyksk", "koykskvvykcared", "k", "koykskv", "koykskvvykcaredkvqypfa", "koykskvvykcaredkvqypfarz"], "init": [""], "intermediate": ["koy", "koykskvvykcaredk", "koykskvvykcaredk", "koyk", "koykskvvykcaredkvqypfar", "k", "koyks", "koykskvvykcaredkvqypfar", "koykskvvykcaredkvqy", "koykskv", "koykskvvykcare", "koykskv", "koykskv", "koykskvvykcaredkvqypfar", "koy", "koykskvvykcared", "koykskvvykcaredkv", "koyksk", "koykskvvykcared", "k", "koykskv", "koykskvvykcaredkvqypfa"]}, "config": {"candidate": ["koyxtdlvrqllbkrbfumnricv", "koykskvvykcaredknoaforxl", "koykskvvykcaredkkdqhxlxc", "koykilkaxhdsiebktgwwxlus", "koykskvvykcaredkvqypfarv", "kjaiewbjariaddmlufzsnksa", "koykscaylghlxraxiamxnzmc", "koykskvvykcaredkvqypfarm", "koykskvvykcaredkvqytuaxn", "koykskvcagakhftnucksldoz", "koykskvvykcarerfizozffge", "koykskvkoxtifygeknyaodfv", "koykskvwqkmxhcaofcdbtofd", "koykskvvykcaredkvqypfarr", "koyvzhmmozbmtuldqyenrzwy", "koykskvvykcaredjrppqsarw", "koykskvvykcaredkvezirdrb", "koykskuuwrhucarsrmxbvqlq", "koykskvvykcaredsqvslkexw", "kzxugfwudocwcsqwgkwcbewo", "koykskvemgquunjmffqcsykt", "koykskvvykcaredkvqypfahy", "koykskvvykcaredkvqypfarz", "koykskvzzbxmhehijpdweqpz", "koykskvvykcaredkvqypfjbg", "koykskvvykcaredkvqypfjmv", "koykskvvykcarxvepvemjuxl", "koykskvvykcaiqbwoddrsuzc", "koykskvvykcaredkvqypfarz", "koykskvvykcaredkvqypfnjc"], "length": 24, "num_candidate": 29, "target": "koykskvvykcaredkvqypfarz"}, "task_name": "task13", "example_name": "0218", "problem_name": "task13_0218"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ljhsdyhjqaviwftdzfthtvme\nCandidate: ljhsdyhjqaviwftdzfdqpkok, lkqijwqbmelnfeauggvgbpvx, ljhsdyhjqaxwpzbrsksptsru, ljhsdyhjqavcalxadvsodeim, ljhsdyhjqaviwftdzfthtkks, ljhsdyhjqeztiqpzjjlfgcql, ljhsdysbfxrintpincuvnbwc, ljhsdyhjqaviwftdzfthtvnc, ljhsdyhjqaviwftdzfthtzxk, ljhsdyhjqaviwftdzftpsbrj, ljhsdyhjqaviwftdzfthzdrz, ljhsdyhjqaviwftdzfthtnpc, ljhsdyhjqaviwoqncdeyzfqw, ljhsdyhjqaviwftdzfthtwrk, ljhsdyhjqaviwftdzfthtvms, ljhserqsnstmyiwfzthzesry, ljhsdyhjqamdyncgpxbuftyg, ljhsgmuqwwqglsinwbzlaodr, ljhsdyhjqaviwftdzfthmioi, ljhsdyhjqaviwftdzfthtbut, ljhsdyhjqaviwfesnvpqxymz, ljhsdyhjqaviwftdzfthtnym, ljhsdyhjqaviwftdzfthtvme, ljhsdyhjqavvkmsdtcmqiaba, ljhsdyhjqavifsjswjhjxoxd, ljhovjdandfylluubzoetauc, ljhsdyhjqashmlapjvtnayhl, ljhsdyhjqavivczfoospwusa, ljhsdyhjfidfofzcnlodtjqb, ljhsdyhjqaviwftdzfatiqkz, ljhsdyhjqaviwftdzfthhqwe", "label": {"final": ["ljhsdyhjqaviwftdzf", "l", "ljhsdyhjqa", "ljhsdyhjqav", "ljhsdyhjqaviwftdzftht", "ljhsdyhjq", "ljhsdy", "ljhsdyhjqaviwftdzfthtv", "ljhsdyhjqaviwftdzftht", "ljhsdyhjqaviwftdzft", "ljhsdyhjqaviwftdzfth", "ljhsdyhjqaviwftdzftht", "ljhsdyhjqaviw", "ljhsdyhjqaviwftdzftht", "ljhsdyhjqaviwftdzfthtvm", "ljhs", "ljhsdyhjqa", "ljhs", "ljhsdyhjqaviwftdzfth", "ljhsdyhjqaviwftdzftht", "ljhsdyhjqaviwf", "ljhsdyhjqaviwftdzftht", "ljhsdyhjqaviwftdzfthtvme"], "init": [""], "intermediate": ["ljhsdyhjqaviwftdzf", "l", "ljhsdyhjqa", "ljhsdyhjqav", "ljhsdyhjqaviwftdzftht", "ljhsdyhjq", "ljhsdy", "ljhsdyhjqaviwftdzfthtv", "ljhsdyhjqaviwftdzftht", "ljhsdyhjqaviwftdzft", "ljhsdyhjqaviwftdzfth", "ljhsdyhjqaviwftdzftht", "ljhsdyhjqaviw", "ljhsdyhjqaviwftdzftht", "ljhsdyhjqaviwftdzfthtvm", "ljhs", "ljhsdyhjqa", "ljhs", "ljhsdyhjqaviwftdzfth", "ljhsdyhjqaviwftdzftht", "ljhsdyhjqaviwf", "ljhsdyhjqaviwftdzftht"]}, "config": {"candidate": ["ljhsdyhjqaviwftdzfdqpkok", "lkqijwqbmelnfeauggvgbpvx", "ljhsdyhjqaxwpzbrsksptsru", "ljhsdyhjqavcalxadvsodeim", "ljhsdyhjqaviwftdzfthtkks", "ljhsdyhjqeztiqpzjjlfgcql", "ljhsdysbfxrintpincuvnbwc", "ljhsdyhjqaviwftdzfthtvnc", "ljhsdyhjqaviwftdzfthtzxk", "ljhsdyhjqaviwftdzftpsbrj", "ljhsdyhjqaviwftdzfthzdrz", "ljhsdyhjqaviwftdzfthtnpc", "ljhsdyhjqaviwoqncdeyzfqw", "ljhsdyhjqaviwftdzfthtwrk", "ljhsdyhjqaviwftdzfthtvms", "ljhserqsnstmyiwfzthzesry", "ljhsdyhjqamdyncgpxbuftyg", "ljhsgmuqwwqglsinwbzlaodr", "ljhsdyhjqaviwftdzfthmioi", "ljhsdyhjqaviwftdzfthtbut", "ljhsdyhjqaviwfesnvpqxymz", "ljhsdyhjqaviwftdzfthtnym", "ljhsdyhjqaviwftdzfthtvme", "ljhsdyhjqavvkmsdtcmqiaba", "ljhsdyhjqavifsjswjhjxoxd", "ljhovjdandfylluubzoetauc", "ljhsdyhjqashmlapjvtnayhl", "ljhsdyhjqavivczfoospwusa", "ljhsdyhjfidfofzcnlodtjqb", "ljhsdyhjqaviwftdzfatiqkz", "ljhsdyhjqaviwftdzfthhqwe"], "length": 24, "num_candidate": 30, "target": "ljhsdyhjqaviwftdzfthtvme"}, "task_name": "task13", "example_name": "0219", "problem_name": "task13_0219"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: rsmoequgomcksnvwiykkxqslw\nCandidate: rsmoequgooawbjbawyykkgokt, rsmoequgomcksnvwiykkxfosg, rsmoequjjroqvmsozgkvgoxby, rsmoequgomcksnvwxvkxivjeu, rsmoequgomcksnvwiykxupaqn, rsmoequgwyktmncnpxantbxqb, rsmoequgomcksnvciykkxqslc, rsmodpputzashqxvomduiwkod, rsmoequgomcksnvwifqzpbquq, rsmoequgomcksnvwiykkxqezy, rsmoejwlgcohwbgslqjqhvdff, rsmoequgomcksnvwiykkfisdo, rsugogrepuakmotdomhxdghle, rsmhwxtjiihiihjkntbaehwbc, rsmoequltgykaeswdjpkisihi, rsmoeqtjoakrhzltbccbihrib, rsmoedgygigvlxhnytlqihwek, rsmoequgomcksnvahyonguxmc, rembszfiuhikzqlqpiogvywni, rsmoequgomcksnvwiykkxqsox, rsmoequiewjenkxpshrdsjlvz, rsmojqtbypmjjtpmdypznfpet, rsmoequgomcksnvwlakgqcltz, rsmoequgomcksnvwiykkxqslw, rsmoequgomcksnvwiykkxqslw, rsmoequgomcksnvwiykkxqslw, rsmoequgomckuzqbjwpipqjxs, rsmoequgomcksnvwiykkxjsmx, rsmoequgomntwekumojppfhyl, rsmoequgblimtbkayohlutxcf, rsmoequgomcksnvwiykkxmxrx, rsmoequgomcksnvziykkxqslz, rsmoequmeqmtmvczfkpbqmvcw, rsmoequgomcksnvwiykkxfuzb", "label": {"final": ["rsmoequgo", "rsmoequgomcksnvwiykkx", "rsmoequ", "rsmoequgomcksnvw", "rsmoequgomcksnvwiyk", "rsmoequg", "rsmoequgomcksnv", "rsmo", "rsmoequgomcksnvwi", "rsmoequgomcksnvwiykkxq", "rsmoe", "rsmoequgomcksnvwiykk", "rs", "rsm", "rsmoequ", "rsmoeq", "rsmoe", "rsmoequgomcksnv", "r", "rsmoequgomcksnvwiykkxqs", "rsmoequ", "rsmo", "rsmoequgomcksnvw", "rsmoequgomcksnvwiykkxqslw"], "init": [""], "intermediate": ["rsmoequgo", "rsmoequgomcksnvwiykkx", "rsmoequ", "rsmoequgomcksnvw", "rsmoequgomcksnvwiyk", "rsmoequg", "rsmoequgomcksnv", "rsmo", "rsmoequgomcksnvwi", "rsmoequgomcksnvwiykkxq", "rsmoe", "rsmoequgomcksnvwiykk", "rs", "rsm", "rsmoequ", "rsmoeq", "rsmoe", "rsmoequgomcksnv", "r", "rsmoequgomcksnvwiykkxqs", "rsmoequ", "rsmo", "rsmoequgomcksnvw"]}, "config": {"candidate": ["rsmoequgooawbjbawyykkgokt", "rsmoequgomcksnvwiykkxfosg", "rsmoequjjroqvmsozgkvgoxby", "rsmoequgomcksnvwxvkxivjeu", "rsmoequgomcksnvwiykxupaqn", "rsmoequgwyktmncnpxantbxqb", "rsmoequgomcksnvciykkxqslc", "rsmodpputzashqxvomduiwkod", "rsmoequgomcksnvwifqzpbquq", "rsmoequgomcksnvwiykkxqezy", "rsmoejwlgcohwbgslqjqhvdff", "rsmoequgomcksnvwiykkfisdo", "rsugogrepuakmotdomhxdghle", "rsmhwxtjiihiihjkntbaehwbc", "rsmoequltgykaeswdjpkisihi", "rsmoeqtjoakrhzltbccbihrib", "rsmoedgygigvlxhnytlqihwek", "rsmoequgomcksnvahyonguxmc", "rembszfiuhikzqlqpiogvywni", "rsmoequgomcksnvwiykkxqsox", "rsmoequiewjenkxpshrdsjlvz", "rsmojqtbypmjjtpmdypznfpet", "rsmoequgomcksnvwlakgqcltz", "rsmoequgomcksnvwiykkxqslw", "rsmoequgomcksnvwiykkxqslw", "rsmoequgomcksnvwiykkxqslw", "rsmoequgomckuzqbjwpipqjxs", "rsmoequgomcksnvwiykkxjsmx", "rsmoequgomntwekumojppfhyl", "rsmoequgblimtbkayohlutxcf", "rsmoequgomcksnvwiykkxmxrx", "rsmoequgomcksnvziykkxqslz", "rsmoequmeqmtmvczfkpbqmvcw", "rsmoequgomcksnvwiykkxfuzb"], "length": 25, "num_candidate": 33, "target": "rsmoequgomcksnvwiykkxqslw"}, "task_name": "task13", "example_name": "0220", "problem_name": "task13_0220"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: ydzwvqttfchdmdhzsmjeyhels\nCandidate: ydzwvifdillmdatmisxopaurg, ydzwvqttfchdmdhzsmjrbqctw, ydcoehuqltrszjerbvrnzmjnz, ydzjmbwramcjexspjpbbgtshr, ydzwvqxfqhnmxgpxkxfpgzyex, ydzwxssapdzzqxghtuzujxvft, ydzwvqttfjmetvqyrxpmlqkpv, ydzwviyvufnxjoddklfcrcsyr, ydzwvqttfchdmdhzsmjeqxaxr, ydzwvqttfpqvnncxipictykbr, ydzwzslzsxmenofjzmhdkxdyp, ydzwvqttwggnxwxbxszlpbvtr, ydzwvqttfchdmdhzsmjekmoeq, yzjdcxyywvxmkrfhigrisdkcx, ydzwmuceqtpmrypggexsgsuhi, ydzwvqttfchdmdhzsmtoiamxz, ydzwvqttfchdmdhzkhxtnttjj, ydzwvqttfchdmdhzsmjeyheqa, ydzwvqttfchdmdgphsknwjflq, ydzwvqakrxpdlanatujuwrmdb, ydzwvqttfchdmdhzsmjeykrjz, ydzwdauibwavdhxitbukurrwp, ydzwvqttfchdbeniytypfzafr, ydzwvqttfchdmdhzsmjeyhels, ydzwvfwtnztrbjhomexfvbtwj, ydzwvqttfchdmdhngpkwgtsbl, ydzwpegvuvcyrhzluomapnfeq, ydzwvqttfchdmdhzsmjeyfjla, ydzwvqttfchdmdhbejmftecug, ydpdufjgjhwcvqldjhidrvarx, ydzwvqttvkmpgkugnheivrohk", "label": {"final": ["ydzwv", "ydzwvqttfchdmdhzsmj", "yd", "ydz", "ydzwvq", "ydzw", "ydzwvqttf", "ydzwv", "ydzwvqttfchdmdhzsmje", "ydzwvqttf", "ydzw", "ydzwvqtt", "ydzwvqttfchdmdhzsmje", "y", "ydzw", "ydzwvqttfchdmdhzsm", "ydzwvqttfchdmdhz", "ydzwvqttfchdmdhzsmjeyhe", "ydzwvqttfchdmd", "ydzwvq", "ydzwvqttfchdmdhzsmjey", "ydzw", "ydzwvqttfchd", "ydzwvqttfchdmdhzsmjeyhels"], "init": [""], "intermediate": ["ydzwv", "ydzwvqttfchdmdhzsmj", "yd", "ydz", "ydzwvq", "ydzw", "ydzwvqttf", "ydzwv", "ydzwvqttfchdmdhzsmje", "ydzwvqttf", "ydzw", "ydzwvqtt", "ydzwvqttfchdmdhzsmje", "y", "ydzw", "ydzwvqttfchdmdhzsm", "ydzwvqttfchdmdhz", "ydzwvqttfchdmdhzsmjeyhe", "ydzwvqttfchdmd", "ydzwvq", "ydzwvqttfchdmdhzsmjey", "ydzw", "ydzwvqttfchd"]}, "config": {"candidate": ["ydzwvifdillmdatmisxopaurg", "ydzwvqttfchdmdhzsmjrbqctw", "ydcoehuqltrszjerbvrnzmjnz", "ydzjmbwramcjexspjpbbgtshr", "ydzwvqxfqhnmxgpxkxfpgzyex", "ydzwxssapdzzqxghtuzujxvft", "ydzwvqttfjmetvqyrxpmlqkpv", "ydzwviyvufnxjoddklfcrcsyr", "ydzwvqttfchdmdhzsmjeqxaxr", "ydzwvqttfpqvnncxipictykbr", "ydzwzslzsxmenofjzmhdkxdyp", "ydzwvqttwggnxwxbxszlpbvtr", "ydzwvqttfchdmdhzsmjekmoeq", "yzjdcxyywvxmkrfhigrisdkcx", "ydzwmuceqtpmrypggexsgsuhi", "ydzwvqttfchdmdhzsmtoiamxz", "ydzwvqttfchdmdhzkhxtnttjj", "ydzwvqttfchdmdhzsmjeyheqa", "ydzwvqttfchdmdgphsknwjflq", "ydzwvqakrxpdlanatujuwrmdb", "ydzwvqttfchdmdhzsmjeykrjz", "ydzwdauibwavdhxitbukurrwp", "ydzwvqttfchdbeniytypfzafr", "ydzwvqttfchdmdhzsmjeyhels", "ydzwvfwtnztrbjhomexfvbtwj", "ydzwvqttfchdmdhngpkwgtsbl", "ydzwpegvuvcyrhzluomapnfeq", "ydzwvqttfchdmdhzsmjeyfjla", "ydzwvqttfchdmdhbejmftecug", "ydpdufjgjhwcvqldjhidrvarx", "ydzwvqttvkmpgkugnheivrohk"], "length": 25, "num_candidate": 30, "target": "ydzwvqttfchdmdhzsmjeyhels"}, "task_name": "task13", "example_name": "0221", "problem_name": "task13_0221"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: zsolcjummisfjhtqqmozgrrtq\nCandidate: zsoqcryprgwhilftbjxhkdwhc, zsolvsqjzcarohpzdcemtjubh, zsolcjummisfjnyzvcgchwthx, zsolcjummisfjhtqqmozgvrtd, zsolcjffzezrdkbpcrbdlotyo, zjecbhvqntffkkbspyeulraru, zsolcjummisfjhtqxvdkqdtcy, zsolcjummisfjhylqmozgrryl, zsolcjummisfjhtnnmozgrrtn, zsolcjummiscvfoctkiselaxm, zsolcjumbbbwnmybnrffhrvsi, zamkjchloeusnitfrpvihhbkp, zynoyyzgvujrgcazbpxcouuvt, zsaunndpahlponcyotvxxlxqv, zsolcjvnquptnzyldfkvtbdxx, zsolcjummzuhjtlvzvojxoqda, zsolcjummiweauogtasjvcsqt, zsolcjummisfjhtqqmxvrnxmc, zsolcjummisfjhtqqbeepsbed, zsolcjummisfjhtqqmozgrqei, zsolcjummisfjhtnnaydskvto, zinwggzkgfpczypdjynbotrzb, zsolcjummisfjhtqqmozgrcxf, zsolcjummisfjhtqqmozgrrtq, zvbuxyjccrnmuxvrbhrjhthty", "label": {"final": ["zso", "zsol", "zsolcjummisfj", "zsolcjummisfjhtqqmozg", "zsolcj", "z", "zsolcjummisfjhtq", "zsolcjummisfjh", "zsolcjummisfjht", "zsolcjummis", "zsolcjum", "z", "z", "zs", "zsolcj", "zsolcjumm", "zsolcjummi", "zsolcjummisfjhtqqm", "zsolcjummisfjhtqq", "zsolcjummisfjhtqqmozgr", "zsolcjummisfjht", "z", "zsolcjummisfjhtqqmozgr", "zsolcjummisfjhtqqmozgrrtq"], "init": [""], "intermediate": ["zso", "zsol", "zsolcjummisfj", "zsolcjummisfjhtqqmozg", "zsolcj", "z", "zsolcjummisfjhtq", "zsolcjummisfjh", "zsolcjummisfjht", "zsolcjummis", "zsolcjum", "z", "z", "zs", "zsolcj", "zsolcjumm", "zsolcjummi", "zsolcjummisfjhtqqm", "zsolcjummisfjhtqq", "zsolcjummisfjhtqqmozgr", "zsolcjummisfjht", "z", "zsolcjummisfjhtqqmozgr"]}, "config": {"candidate": ["zsoqcryprgwhilftbjxhkdwhc", "zsolvsqjzcarohpzdcemtjubh", "zsolcjummisfjnyzvcgchwthx", "zsolcjummisfjhtqqmozgvrtd", "zsolcjffzezrdkbpcrbdlotyo", "zjecbhvqntffkkbspyeulraru", "zsolcjummisfjhtqxvdkqdtcy", "zsolcjummisfjhylqmozgrryl", "zsolcjummisfjhtnnmozgrrtn", "zsolcjummiscvfoctkiselaxm", "zsolcjumbbbwnmybnrffhrvsi", "zamkjchloeusnitfrpvihhbkp", "zynoyyzgvujrgcazbpxcouuvt", "zsaunndpahlponcyotvxxlxqv", "zsolcjvnquptnzyldfkvtbdxx", "zsolcjummzuhjtlvzvojxoqda", "zsolcjummiweauogtasjvcsqt", "zsolcjummisfjhtqqmxvrnxmc", "zsolcjummisfjhtqqbeepsbed", "zsolcjummisfjhtqqmozgrqei", "zsolcjummisfjhtnnaydskvto", "zinwggzkgfpczypdjynbotrzb", "zsolcjummisfjhtqqmozgrcxf", "zsolcjummisfjhtqqmozgrrtq", "zvbuxyjccrnmuxvrbhrjhthty"], "length": 25, "num_candidate": 24, "target": "zsolcjummisfjhtqqmozgrrtq"}, "task_name": "task13", "example_name": "0222", "problem_name": "task13_0222"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: apdkndinonerzwxailoffaldt\nCandidate: apdkndinonerzwxailofflaic, apdkndinonerzwxailoffjvew, apdkndidinfxsikprlhudtavz, apdkndinonerzwxailoefpjki, apdkndinonerzwxailoffdzyf, apdkndinohznmvdkdndmezghr, apdkndinonerzwxasianaomkr, apdkndinonerzwxaildpehrzq, apdkndinonerzwxbrmrxabpkr, apdkndinoneiqcfwzckotanjm, apdkndinonerzwfdaekbkymfk, apdkndinonerzwxailoffaldv, apdkndinxtedkrqcbhiugiwtk, apdkndinoujedhouyztjxbkoq, apdkndinonerzwxailoffclpu, apdkndivgdypoqdkfiwqhdafk, apdkndiqoitqhosoqvwxushlx, apdkndinonerzwxailoffalnm, apdkndinonerzwzcdzjqvweyx, apdkndinonerzwxailofppfju, apdwkntqikxyyuhzzohqplibc, apdkndinonerzwvmtvumbbdos, afrvayfjdbeutymmawcfakyzb, apdkndinonerzwxailoffaldt, apdkndinonerzwxailggebhng, apdkndinonerzwxlrtuyzthdp, apdkndinonerfihhbrrzsbazl, apdkndinonerzwxailoffaldt, apdkndinonerzwxsvwsjnddrm", "label": {"final": ["apdkndinonerzwxailoff", "apdkndinonerzwxailoff", "apdkndi", "apdkndinonerzwxailo", "apdkndinonerzwxailoff", "apdkndino", "apdkndinonerzwxa", "apdkndinonerzwxail", "apdkndinonerzwx", "apdkndinone", "apdkndinonerzw", "apdkndinonerzwxailoffald", "apdkndin", "apdkndino", "apdkndinonerzwxailoff", "apdkndi", "apdkndi", "apdkndinonerzwxailoffal", "apdkndinonerzw", "apdkndinonerzwxailof", "apd", "apdkndinonerzw", "a", "apdkndinonerzwxailoffaldt"], "init": [""], "intermediate": ["apdkndinonerzwxailoff", "apdkndinonerzwxailoff", "apdkndi", "apdkndinonerzwxailo", "apdkndinonerzwxailoff", "apdkndino", "apdkndinonerzwxa", "apdkndinonerzwxail", "apdkndinonerzwx", "apdkndinone", "apdkndinonerzw", "apdkndinonerzwxailoffald", "apdkndin", "apdkndino", "apdkndinonerzwxailoff", "apdkndi", "apdkndi", "apdkndinonerzwxailoffal", "apdkndinonerzw", "apdkndinonerzwxailof", "apd", "apdkndinonerzw", "a"]}, "config": {"candidate": ["apdkndinonerzwxailofflaic", "apdkndinonerzwxailoffjvew", "apdkndidinfxsikprlhudtavz", "apdkndinonerzwxailoefpjki", "apdkndinonerzwxailoffdzyf", "apdkndinohznmvdkdndmezghr", "apdkndinonerzwxasianaomkr", "apdkndinonerzwxaildpehrzq", "apdkndinonerzwxbrmrxabpkr", "apdkndinoneiqcfwzckotanjm", "apdkndinonerzwfdaekbkymfk", "apdkndinonerzwxailoffaldv", "apdkndinxtedkrqcbhiugiwtk", "apdkndinoujedhouyztjxbkoq", "apdkndinonerzwxailoffclpu", "apdkndivgdypoqdkfiwqhdafk", "apdkndiqoitqhosoqvwxushlx", "apdkndinonerzwxailoffalnm", "apdkndinonerzwzcdzjqvweyx", "apdkndinonerzwxailofppfju", "apdwkntqikxyyuhzzohqplibc", "apdkndinonerzwvmtvumbbdos", "afrvayfjdbeutymmawcfakyzb", "apdkndinonerzwxailoffaldt", "apdkndinonerzwxailggebhng", "apdkndinonerzwxlrtuyzthdp", "apdkndinonerfihhbrrzsbazl", "apdkndinonerzwxailoffaldt", "apdkndinonerzwxsvwsjnddrm"], "length": 25, "num_candidate": 28, "target": "apdkndinonerzwxailoffaldt"}, "task_name": "task13", "example_name": "0223", "problem_name": "task13_0223"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: peegeospttzeeuwurhooajtic\nCandidate: peegeospttzeeajmcmjdrudvg, peegeospttzeeuwurhooaqujh, peegeospttzeeuwurhooajtdq, peegsrqjeqckriivxznkojqrl, peegekpklzuahcmdwdumntlli, peegeospttzfitepelbirgfjo, peegeospttzeeuwurhowodpdy, peegeospttzeeuwurhooajtis, pnminmtzuxaitmuysgtedmgrw, peegeosrlpjygcxyzpcxfywyo, peegeyebqpbffarlqhzmacbzk, peegenixavxftvaufjafoeand, peegeospttzeeuwurhooajlmj, pkfpekpjtgsnwebefziymgjqr, peegeospttzeeuwurhonnxhrd, peegeospttzeeuwurhooakimr, peegeospttzeeuwurggzgzwtb, peuyocofwsoikpprmckwppvty, peegeospttzeeuwxeoemnqrmt, peegeospttzeeuwurhoyebloh, peegeospttzeailfmggfmhswi, peegeoimlsdldtqvcyhwvqmnw, peegehqxqlhexycdhxqzlamtu, peegeospttzeeuwurhooajtic, peegeospttzeeuwurhjgugogt", "label": {"final": ["peegeospttzee", "peegeospttzeeuwurhooa", "peegeospttzeeuwurhooajt", "peeg", "peege", "peegeospttz", "peegeospttzeeuwurho", "peegeospttzeeuwurhooajti", "p", "peegeos", "peege", "peege", "peegeospttzeeuwurhooaj", "p", "peegeospttzeeuwurho", "peegeospttzeeuwurhooa", "peegeospttzeeuwur", "pe", "peegeospttzeeuw", "peegeospttzeeuwurho", "peegeospttze", "peegeo", "peege", "peegeospttzeeuwurhooajtic"], "init": [""], "intermediate": ["peegeospttzee", "peegeospttzeeuwurhooa", "peegeospttzeeuwurhooajt", "peeg", "peege", "peegeospttz", "peegeospttzeeuwurho", "peegeospttzeeuwurhooajti", "p", "peegeos", "peege", "peege", "peegeospttzeeuwurhooaj", "p", "peegeospttzeeuwurho", "peegeospttzeeuwurhooa", "peegeospttzeeuwur", "pe", "peegeospttzeeuw", "peegeospttzeeuwurho", "peegeospttze", "peegeo", "peege"]}, "config": {"candidate": ["peegeospttzeeajmcmjdrudvg", "peegeospttzeeuwurhooaqujh", "peegeospttzeeuwurhooajtdq", "peegsrqjeqckriivxznkojqrl", "peegekpklzuahcmdwdumntlli", "peegeospttzfitepelbirgfjo", "peegeospttzeeuwurhowodpdy", "peegeospttzeeuwurhooajtis", "pnminmtzuxaitmuysgtedmgrw", "peegeosrlpjygcxyzpcxfywyo", "peegeyebqpbffarlqhzmacbzk", "peegenixavxftvaufjafoeand", "peegeospttzeeuwurhooajlmj", "pkfpekpjtgsnwebefziymgjqr", "peegeospttzeeuwurhonnxhrd", "peegeospttzeeuwurhooakimr", "peegeospttzeeuwurggzgzwtb", "peuyocofwsoikpprmckwppvty", "peegeospttzeeuwxeoemnqrmt", "peegeospttzeeuwurhoyebloh", "peegeospttzeailfmggfmhswi", "peegeoimlsdldtqvcyhwvqmnw", "peegehqxqlhexycdhxqzlamtu", "peegeospttzeeuwurhooajtic", "peegeospttzeeuwurhjgugogt"], "length": 25, "num_candidate": 24, "target": "peegeospttzeeuwurhooajtic"}, "task_name": "task13", "example_name": "0224", "problem_name": "task13_0224"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: xldnmidhqznikquqjojusfaox\nCandidate: xldnmidhqznikquqjojlqnreu, xldnmidhqznikquqjfhmevczc, xfremzmmebbmsdzdfxzlgqyou, xxorckpcrojnoippylvtidlmk, xldnmidhqznikquqjojurxteh, xldnmidhqznikquqjojusaofr, xldnmidhqznikquqjojucxdsx, xldnmidhqznikquqjojusfdfo, xldirhkmmzyxuamyhasdpsekx, xldnmiheeuxtmqxnfhbcuzmhl, xldnmidhtqbhkwhumxzwhyirk, xldbfxqbphomryedlxpzlclwv, xldnmjwlujrcabcapbbgwnihg, xldnmidhqznikquqjojustlxf, xldnmidhgwgxkbslmuhnediwa, xldnmidhqzdmrjmoauysvtegc, xldnmidhqzniysneirbxrpgvw, xldnaqaptoygbdfnoivrfbmne, xxmkhkgqxwbygayeqivkjaeyf, xtinpfldqwefnokwsrdimupgj, xeovrjovwwxjtyydnjuieyejh, xldnmidhqznikquhfeexxxkso, xldnmidgtqpxwpydvrreehbqb, xldnmidhqznikquqjojusfaox, xlddfdiwndlntmzfchtswmvyh, xldnxvvxslvlopbomckajimee, xldnmidhqznikqujenoupbbml, xldnmidhqznikquqjojusfaox, xldnmidhqznikquhxptbgujta, xldnmidhqznikquqjojusfltb, xldnmidhqbetsdiwzpmksdszu, xldnmidhqznikquqjojunedhx, xldnmidhqznikquqjocrqowgh, xldnmpnxpflhrkbqtynpsnvlm", "label": {"final": ["xldnmidhqznikquqjoj", "xldnmidhqznikquqj", "x", "x", "xldnmidhqznikquqjoju", "xldnmidhqznikquqjojus", "xldnmidhqznikquqjoju", "xldnmidhqznikquqjojusf", "xld", "xldnmi", "xldnmidh", "xld", "xldnm", "xldnmidhqznikquqjojus", "xldnmidh", "xldnmidhqz", "xldnmidhqzni", "xldn", "x", "x", "x", "xldnmidhqznikqu", "xldnmid", "xldnmidhqznikquqjojusfaox"], "init": [""], "intermediate": ["xldnmidhqznikquqjoj", "xldnmidhqznikquqj", "x", "x", "xldnmidhqznikquqjoju", "xldnmidhqznikquqjojus", "xldnmidhqznikquqjoju", "xldnmidhqznikquqjojusf", "xld", "xldnmi", "xldnmidh", "xld", "xldnm", "xldnmidhqznikquqjojus", "xldnmidh", "xldnmidhqz", "xldnmidhqzni", "xldn", "x", "x", "x", "xldnmidhqznikqu", "xldnmid"]}, "config": {"candidate": ["xldnmidhqznikquqjojlqnreu", "xldnmidhqznikquqjfhmevczc", "xfremzmmebbmsdzdfxzlgqyou", "xxorckpcrojnoippylvtidlmk", "xldnmidhqznikquqjojurxteh", "xldnmidhqznikquqjojusaofr", "xldnmidhqznikquqjojucxdsx", "xldnmidhqznikquqjojusfdfo", "xldirhkmmzyxuamyhasdpsekx", "xldnmiheeuxtmqxnfhbcuzmhl", "xldnmidhtqbhkwhumxzwhyirk", "xldbfxqbphomryedlxpzlclwv", "xldnmjwlujrcabcapbbgwnihg", "xldnmidhqznikquqjojustlxf", "xldnmidhgwgxkbslmuhnediwa", "xldnmidhqzdmrjmoauysvtegc", "xldnmidhqzniysneirbxrpgvw", "xldnaqaptoygbdfnoivrfbmne", "xxmkhkgqxwbygayeqivkjaeyf", "xtinpfldqwefnokwsrdimupgj", "xeovrjovwwxjtyydnjuieyejh", "xldnmidhqznikquhfeexxxkso", "xldnmidgtqpxwpydvrreehbqb", "xldnmidhqznikquqjojusfaox", "xlddfdiwndlntmzfchtswmvyh", "xldnxvvxslvlopbomckajimee", "xldnmidhqznikqujenoupbbml", "xldnmidhqznikquqjojusfaox", "xldnmidhqznikquhxptbgujta", "xldnmidhqznikquqjojusfltb", "xldnmidhqbetsdiwzpmksdszu", "xldnmidhqznikquqjojunedhx", "xldnmidhqznikquqjocrqowgh", "xldnmpnxpflhrkbqtynpsnvlm"], "length": 25, "num_candidate": 33, "target": "xldnmidhqznikquqjojusfaox"}, "task_name": "task13", "example_name": "0225", "problem_name": "task13_0225"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: kayrxqxpcfjrliylvodchodqz\nCandidate: kayrxqxpcfjrliylvodchotxv, kzszjribpjvdaisfdrgckrcdo, kayrvsvzogdbqqlkzabprlexw, kayrxqxpcfjrliylakffrrcqn, kayrxqxpcfjrliylvodchodml, kvdmjtitgrrzpqdbnlhzbvmfl, kayrxqxpctnnfxxmpqxgibfcu, kayrxqxpcfjrliylvghqilydf, kayrxqxpcfjronhyhalhhtwuq, kayrxqxpcfjrliylvodchodiq, kayrxqxpcfjrlyzdoujyiwswr, kayrxqxpcfjrliylvodchnjfd, kayrxqxpcfjrtalsshzeyenrd, knzrrszptzgokoxxvphfchqma, kayrxljygjncaosipevxazttw, kayrxqxpcfjrliylvodchodnq, kayrxqxpcfjrlbwasijnombcb, kayrxqxpcfjrlinrpbiqpruqy, kayrxqxpcfjrliylvodchodqd, kayespsfoayydehvodhrwuwwt, kayokxeesxwexvobmlcvmhohx, kayrxqxpcfjraenboratkmrcz, kayrxqxpcfjrliylvodchodqw, kayrxqxpcfjrliylvodchodqz, kayrxqxpcnxuctifjqonpaglq, kayrxqxpcfjcyomgelexhnarh, kayrxqxpcfjtzqvkmmkipxhpf, kayrxqxpcfjrliylvodchodqs, kayrxqxpcfjrliylvodchfxhn", "label": {"final": ["kayrxqxpcfjrliylvodcho", "k", "kayr", "kayrxqxpcfjrliyl", "kayrxqxpcfjrliylvodchod", "k", "kayrxqxpc", "kayrxqxpcfjrliylv", "kayrxqxpcfjr", "kayrxqxpcfjrliylvodchod", "kayrxqxpcfjrl", "kayrxqxpcfjrliylvodch", "kayrxqxpcfjr", "k", "kayrx", "kayrxqxpcfjrliylvodchod", "kayrxqxpcfjrl", "kayrxqxpcfjrli", "kayrxqxpcfjrliylvodchodq", "kay", "kay", "kayrxqxpcfjr", "kayrxqxpcfjrliylvodchodq", "kayrxqxpcfjrliylvodchodqz"], "init": [""], "intermediate": ["kayrxqxpcfjrliylvodcho", "k", "kayr", "kayrxqxpcfjrliyl", "kayrxqxpcfjrliylvodchod", "k", "kayrxqxpc", "kayrxqxpcfjrliylv", "kayrxqxpcfjr", "kayrxqxpcfjrliylvodchod", "kayrxqxpcfjrl", "kayrxqxpcfjrliylvodch", "kayrxqxpcfjr", "k", "kayrx", "kayrxqxpcfjrliylvodchod", "kayrxqxpcfjrl", "kayrxqxpcfjrli", "kayrxqxpcfjrliylvodchodq", "kay", "kay", "kayrxqxpcfjr", "kayrxqxpcfjrliylvodchodq"]}, "config": {"candidate": ["kayrxqxpcfjrliylvodchotxv", "kzszjribpjvdaisfdrgckrcdo", "kayrvsvzogdbqqlkzabprlexw", "kayrxqxpcfjrliylakffrrcqn", "kayrxqxpcfjrliylvodchodml", "kvdmjtitgrrzpqdbnlhzbvmfl", "kayrxqxpctnnfxxmpqxgibfcu", "kayrxqxpcfjrliylvghqilydf", "kayrxqxpcfjronhyhalhhtwuq", "kayrxqxpcfjrliylvodchodiq", "kayrxqxpcfjrlyzdoujyiwswr", "kayrxqxpcfjrliylvodchnjfd", "kayrxqxpcfjrtalsshzeyenrd", "knzrrszptzgokoxxvphfchqma", "kayrxljygjncaosipevxazttw", "kayrxqxpcfjrliylvodchodnq", "kayrxqxpcfjrlbwasijnombcb", "kayrxqxpcfjrlinrpbiqpruqy", "kayrxqxpcfjrliylvodchodqd", "kayespsfoayydehvodhrwuwwt", "kayokxeesxwexvobmlcvmhohx", "kayrxqxpcfjraenboratkmrcz", "kayrxqxpcfjrliylvodchodqw", "kayrxqxpcfjrliylvodchodqz", "kayrxqxpcnxuctifjqonpaglq", "kayrxqxpcfjcyomgelexhnarh", "kayrxqxpcfjtzqvkmmkipxhpf", "kayrxqxpcfjrliylvodchodqs", "kayrxqxpcfjrliylvodchfxhn"], "length": 25, "num_candidate": 28, "target": "kayrxqxpcfjrliylvodchodqz"}, "task_name": "task13", "example_name": "0226", "problem_name": "task13_0226"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: lilmudkbzdbroeijcecjvnxds\nCandidate: lilmudkbyfwlerkmtybgidyqj, lilmudkbzdbroeijrflpuvnip, lilmudkbzdbroeijcecjictcv, lilmudkbzdbroeijhitkjgawt, lilmudkbzdbroeijceculsbmz, lilmudkbzdbroeipvetpeyltx, lilmupjksgjjirimdxhrtaotl, lilmudkbzdbroeykhufwtfeyy, libvxamyolettojoetzfboypd, lilmseugwnkxnzbvuxjcblowv, lilmudkbzdbroeijcecjojruy, lxfkekrrczetiatvvgcsgsafz, lilmudkdiauvbqojqhnmnfoet, lilmudkbzdbroeixrbpgtpmgc, lilsmrycsxyaeqpdxzqtmzyqc, lilmdojveamxmftuqoxfsfted, lilmudkblzrytqyzyeibcnien, lilmudkbzdbroeijcecjvnopb, lopagvpmvzagmuqcarecjtygn, lilmudkbzdbroryrhmbdboina, lilmudkbzdbroeijcecjvijzn, lilmudkbkmdmkmsrixrnnybnp, lilmudkbzdbroeijbmupanvdo, lilmudkbzdbroeijcecjvnxds, lilmudkbzdbpajygvsayqmzgc, lilmudkbzdbroeijcecjvnxbk, lilmudkbzdbroeijcehpegdaj, lilmudkbzdbroeijcecjvnxda, lilmudkbzdzcvwqdfdpkatgvs, lilmudkbzdbroeijceczjwrqt, lilmudkbzdbroeijcecjvojkb", "label": {"final": ["lilmudkb", "lilmudkbzdbroeij", "lilmudkbzdbroeijcecj", "lilmudkbzdbroeij", "lilmudkbzdbroeijcec", "lilmudkbzdbroei", "lilmu", "lilmudkbzdbroe", "li", "lilm", "lilmudkbzdbroeijcecj", "l", "lilmudk", "lilmudkbzdbroei", "lil", "lilm", "lilmudkb", "lilmudkbzdbroeijcecjvn", "l", "lilmudkbzdbro", "lilmudkbzdbroeijcecjv", "lilmudkb", "lilmudkbzdbroeij", "lilmudkbzdbroeijcecjvnxds"], "init": [""], "intermediate": ["lilmudkb", "lilmudkbzdbroeij", "lilmudkbzdbroeijcecj", "lilmudkbzdbroeij", "lilmudkbzdbroeijcec", "lilmudkbzdbroei", "lilmu", "lilmudkbzdbroe", "li", "lilm", "lilmudkbzdbroeijcecj", "l", "lilmudk", "lilmudkbzdbroei", "lil", "lilm", "lilmudkb", "lilmudkbzdbroeijcecjvn", "l", "lilmudkbzdbro", "lilmudkbzdbroeijcecjv", "lilmudkb", "lilmudkbzdbroeij"]}, "config": {"candidate": ["lilmudkbyfwlerkmtybgidyqj", "lilmudkbzdbroeijrflpuvnip", "lilmudkbzdbroeijcecjictcv", "lilmudkbzdbroeijhitkjgawt", "lilmudkbzdbroeijceculsbmz", "lilmudkbzdbroeipvetpeyltx", "lilmupjksgjjirimdxhrtaotl", "lilmudkbzdbroeykhufwtfeyy", "libvxamyolettojoetzfboypd", "lilmseugwnkxnzbvuxjcblowv", "lilmudkbzdbroeijcecjojruy", "lxfkekrrczetiatvvgcsgsafz", "lilmudkdiauvbqojqhnmnfoet", "lilmudkbzdbroeixrbpgtpmgc", "lilsmrycsxyaeqpdxzqtmzyqc", "lilmdojveamxmftuqoxfsfted", "lilmudkblzrytqyzyeibcnien", "lilmudkbzdbroeijcecjvnopb", "lopagvpmvzagmuqcarecjtygn", "lilmudkbzdbroryrhmbdboina", "lilmudkbzdbroeijcecjvijzn", "lilmudkbkmdmkmsrixrnnybnp", "lilmudkbzdbroeijbmupanvdo", "lilmudkbzdbroeijcecjvnxds", "lilmudkbzdbpajygvsayqmzgc", "lilmudkbzdbroeijcecjvnxbk", "lilmudkbzdbroeijcehpegdaj", "lilmudkbzdbroeijcecjvnxda", "lilmudkbzdzcvwqdfdpkatgvs", "lilmudkbzdbroeijceczjwrqt", "lilmudkbzdbroeijcecjvojkb"], "length": 25, "num_candidate": 30, "target": "lilmudkbzdbroeijcecjvnxds"}, "task_name": "task13", "example_name": "0227", "problem_name": "task13_0227"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: zwigzsexwlbwxocfxzloeuipi\nCandidate: zwigzsexwlbwxocfxzloeuiip, zwigzsexwlbwxbjhvissrkzgb, zwigzsexwlbwxocfxsbohojno, zwibrpqybjgveuohzxzuykxap, zwigzsexwrdcpcguiumbtiydy, zwigzsexwvnngbcerjxfgndrs, zxtiqxeflzkylfzqqlgelsgio, zwbgzsexwlbwxocfxzloeubpb, zwigzseaawkwquszqxqemxylt, zwigzsexwlbwxocfxzloeuogb, zwigzsexwlbwxocfxzldbbjyj, zwigzsexwivxiypayhlqkqyjc, zwigzsexwlbwxocfxzloehpji, zwigzsexwlbwxocmqjpldedqx, zwigzsexwlbwxocfxzkwogvsa, zwrgucojnygexqvzzqnpxrcuf, zwiqjciabdghfzapcgmrywaai, zwigzsexwlbmyotxuesijjbhp, zwigzsexwlbkcsjrzneyxdbsz, zwigzsexdcncoezxkznwgzner, zwigzsexwlbwxocfxzlowxtbw, zwigzsexwlbwxocfxzloeuios, zwigzsexwlbwxocfxubxwwzno, zwigzsexwlbwxocfxzloeuipi, zswkrlfsexgkrszczgjyfwwaq, zwigzsexrgvijosdkkbvkfsen, zwigzsexwlbqdimdmktdfiyim, zwcsplhyxofvucavucarfojig, zwigzsexwlbtwknrivnuecoov, zwigzsexntcdlldtktplexzyo, zcygrmkrqwiaeenhynekuovxz, zwigzsepqmwviktobrgdrdbap, zwigzsexwlbwnyztolsvecezv", "label": {"final": ["zwigzsexwlbwxocfxzloeui", "zwigzsexwlbwx", "zwigzsexwlbwxocfx", "zwi", "zwigzsexw", "zwigzsexw", "z", "zw", "zwigzse", "zwigzsexwlbwxocfxzloeu", "zwigzsexwlbwxocfxzl", "zwigzsexw", "zwigzsexwlbwxocfxzloe", "zwigzsexwlbwxoc", "zwigzsexwlbwxocfxz", "zw", "zwi", "zwigzsexwlb", "zwigzsexwlb", "zwigzsex", "zwigzsexwlbwxocfxzlo", "zwigzsexwlbwxocfxzloeui", "zwigzsexwlbwxocfx", "zwigzsexwlbwxocfxzloeuipi"], "init": [""], "intermediate": ["zwigzsexwlbwxocfxzloeui", "zwigzsexwlbwx", "zwigzsexwlbwxocfx", "zwi", "zwigzsexw", "zwigzsexw", "z", "zw", "zwigzse", "zwigzsexwlbwxocfxzloeu", "zwigzsexwlbwxocfxzl", "zwigzsexw", "zwigzsexwlbwxocfxzloe", "zwigzsexwlbwxoc", "zwigzsexwlbwxocfxz", "zw", "zwi", "zwigzsexwlb", "zwigzsexwlb", "zwigzsex", "zwigzsexwlbwxocfxzlo", "zwigzsexwlbwxocfxzloeui", "zwigzsexwlbwxocfx"]}, "config": {"candidate": ["zwigzsexwlbwxocfxzloeuiip", "zwigzsexwlbwxbjhvissrkzgb", "zwigzsexwlbwxocfxsbohojno", "zwibrpqybjgveuohzxzuykxap", "zwigzsexwrdcpcguiumbtiydy", "zwigzsexwvnngbcerjxfgndrs", "zxtiqxeflzkylfzqqlgelsgio", "zwbgzsexwlbwxocfxzloeubpb", "zwigzseaawkwquszqxqemxylt", "zwigzsexwlbwxocfxzloeuogb", "zwigzsexwlbwxocfxzldbbjyj", "zwigzsexwivxiypayhlqkqyjc", "zwigzsexwlbwxocfxzloehpji", "zwigzsexwlbwxocmqjpldedqx", "zwigzsexwlbwxocfxzkwogvsa", "zwrgucojnygexqvzzqnpxrcuf", "zwiqjciabdghfzapcgmrywaai", "zwigzsexwlbmyotxuesijjbhp", "zwigzsexwlbkcsjrzneyxdbsz", "zwigzsexdcncoezxkznwgzner", "zwigzsexwlbwxocfxzlowxtbw", "zwigzsexwlbwxocfxzloeuios", "zwigzsexwlbwxocfxubxwwzno", "zwigzsexwlbwxocfxzloeuipi", "zswkrlfsexgkrszczgjyfwwaq", "zwigzsexrgvijosdkkbvkfsen", "zwigzsexwlbqdimdmktdfiyim", "zwcsplhyxofvucavucarfojig", "zwigzsexwlbtwknrivnuecoov", "zwigzsexntcdlldtktplexzyo", "zcygrmkrqwiaeenhynekuovxz", "zwigzsepqmwviktobrgdrdbap", "zwigzsexwlbwnyztolsvecezv"], "length": 25, "num_candidate": 32, "target": "zwigzsexwlbwxocfxzloeuipi"}, "task_name": "task13", "example_name": "0228", "problem_name": "task13_0228"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: gzevmmjhalplfwiehcjhoxsql\nCandidate: gzevmmjhalplkkmezdzilwhux, gzevmmjhalplfwixncpgnxfgb, gzevmmjhalplotuwnpvlagxjh, gzevmmjhalplfwnnybxnnjmve, gzevmmjhalwttajjztzpvcwah, gzevmmjhalplfwiehcjexlnnq, gzrwsiawasptwnagwzijlowit, ggjjrzhbohwizsealtwgfvxwa, gzevmmzzmbsouycaeovxklmzf, gzevmmjmuuevakupxnwsmancc, gzevmmjhalplfwiehcjtrxtpt, gzevmmjhadchneshzherixbfb, gzevmmjhalplfwierafytndlm, gzevmmjhalplfwiehcketjlty, gzevmmjhalplfuakkquwuzhvo, gzevmqfsyizxkbehccipkbobe, gjybrypvzbfhyaecqjamnajum, gzevmmjhalpglxefttpsccwus, gzevmmjhalplfwiehcjhoxove, gxuiprbacnghfmsdldjjylfzt, gzevmmjbvbwewojbyqulogyrl, gzevmmjhaepefwiehcjhoxsqe, gzevmmjhahphfwiehcjhoxsqh, gzevmmjhalplfwiehcjhoxsql, gzevmmjkefnfywbarehshquae, gzevmmjhalpleslxgphyudmaj, gzegiyjwgjmmfmsddpjzqjowm, gznebfpfgsavlsgwobqeighhx, gzevmbbvuvgvnbniwfyosqllq, guwhmjzjkutnnkapppmxobtkh, gzevmmjhaopofwiehcjhoxsqo, gzevmlwvrhylceogthhsfrfnl, gzevmmjhalplfwiehcjhoxsql, gzevmmjhalplfwiehcxdeauxr", "label": {"final": ["gzevmmjhalpl", "gzevmmjhalplfwi", "gzevmmjhalpl", "gzevmmjhalplfw", "gzevmmjhal", "gzevmmjhalplfwiehcj", "gz", "g", "gzevmm", "gzevmmj", "gzevmmjhalplfwiehcj", "gzevmmjha", "gzevmmjhalplfwie", "gzevmmjhalplfwiehc", "gzevmmjhalplf", "gzevm", "g", "gzevmmjhalp", "gzevmmjhalplfwiehcjhox", "g", "gzevmmj", "gzevmmjha", "gzevmmjha", "gzevmmjhalplfwiehcjhoxsql"], "init": [""], "intermediate": ["gzevmmjhalpl", "gzevmmjhalplfwi", "gzevmmjhalpl", "gzevmmjhalplfw", "gzevmmjhal", "gzevmmjhalplfwiehcj", "gz", "g", "gzevmm", "gzevmmj", "gzevmmjhalplfwiehcj", "gzevmmjha", "gzevmmjhalplfwie", "gzevmmjhalplfwiehc", "gzevmmjhalplf", "gzevm", "g", "gzevmmjhalp", "gzevmmjhalplfwiehcjhox", "g", "gzevmmj", "gzevmmjha", "gzevmmjha"]}, "config": {"candidate": ["gzevmmjhalplkkmezdzilwhux", "gzevmmjhalplfwixncpgnxfgb", "gzevmmjhalplotuwnpvlagxjh", "gzevmmjhalplfwnnybxnnjmve", "gzevmmjhalwttajjztzpvcwah", "gzevmmjhalplfwiehcjexlnnq", "gzrwsiawasptwnagwzijlowit", "ggjjrzhbohwizsealtwgfvxwa", "gzevmmzzmbsouycaeovxklmzf", "gzevmmjmuuevakupxnwsmancc", "gzevmmjhalplfwiehcjtrxtpt", "gzevmmjhadchneshzherixbfb", "gzevmmjhalplfwierafytndlm", "gzevmmjhalplfwiehcketjlty", "gzevmmjhalplfuakkquwuzhvo", "gzevmqfsyizxkbehccipkbobe", "gjybrypvzbfhyaecqjamnajum", "gzevmmjhalpglxefttpsccwus", "gzevmmjhalplfwiehcjhoxove", "gxuiprbacnghfmsdldjjylfzt", "gzevmmjbvbwewojbyqulogyrl", "gzevmmjhaepefwiehcjhoxsqe", "gzevmmjhahphfwiehcjhoxsqh", "gzevmmjhalplfwiehcjhoxsql", "gzevmmjkefnfywbarehshquae", "gzevmmjhalpleslxgphyudmaj", "gzegiyjwgjmmfmsddpjzqjowm", "gznebfpfgsavlsgwobqeighhx", "gzevmbbvuvgvnbniwfyosqllq", "guwhmjzjkutnnkapppmxobtkh", "gzevmmjhaopofwiehcjhoxsqo", "gzevmlwvrhylceogthhsfrfnl", "gzevmmjhalplfwiehcjhoxsql", "gzevmmjhalplfwiehcxdeauxr"], "length": 25, "num_candidate": 33, "target": "gzevmmjhalplfwiehcjhoxsql"}, "task_name": "task13", "example_name": "0229", "problem_name": "task13_0229"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: vfkzvjnxvpkgazkzqcdacvxevr\nCandidate: vfkzvjnxvpkgazkzqcdacvxbec, vfkzvjnxvpkgazkzqcdajpbrul, vfkzvjnxvpibbybyfgpraqbvji, vrkfzppslabinlscnlcqgdtvhg, vfkzvjnxffncdojgewzfzmudyq, vfkzvjnculqjursylerswbaymh, vfkzvjncrmoccsashsffnddmqu, vcioesbudrcoveuqeptdmldhne, vfkzayysbyigwlxcwhigyhyzrf, vfkzvjnxvpkqwyfqxnjysxhgum, vfkzvjnxvpkgazkzqugcuoijsl, vcvugxorlkzsoaiwojkvyuxyjg, vypeqjwhwgpqohtgjgtazkmksg, vfkuklbjublggygcgfgbcrwcdd, vfkzvjnxvpkgazkzqcdacvxegn, vfanahphwgwrhriuxoqbhvuqli, vfkzvjnxvpkgazkzqcdacvxeiz, vfkzuvftphhbcrlswikvuujhog, vfkzvjnxvpkgazkzqcdacvxwnd, vfkzvjnxvpkgaaeykevsexsnes, vfkzvtbmrswuzmkvdklxmeiaah, vfkzvjnxoovndalysiospqodqr, vfkzvjnxvpkgazkzqcdacvxubp, vfkzvjnxvpkgpqaqtlxqhgygxr, vfkzvjnxvpkgazkzqcdacvxevr, vfkzvjnxvpksnutjzxvcnwszvr, vfkzvjppcpeuqaftpbpvfmcxmk, vfkzvjnxvpkgazkzqcdaktamfz, vfkzvqcunsekxovycojezpxear, vfkzvqvnynlmdpqvnypofgjusc, vfkzvjnxvptuemwdqnwljtmcsd, vfkzvjnxxojkfxhacodqrabjkx, vfkzvjnxvpkgazkzqczfijxubz, vfkzvjnxvpkgazkzqcdarjsfhh", "label": {"final": ["vfkzvjnxvpkgazkzqcdacvx", "vfkzvjnxvpkgazkzqcda", "vfkzvjnxvp", "v", "vfkzvjnx", "vfkzvjn", "vfkzvjn", "v", "vfkz", "vfkzvjnxvpk", "vfkzvjnxvpkgazkzq", "v", "v", "vfk", "vfkzvjnxvpkgazkzqcdacvxe", "vf", "vfkzvjnxvpkgazkzqcdacvxe", "vfkz", "vfkzvjnxvpkgazkzqcdacvx", "vfkzvjnxvpkga", "vfkzv", "vfkzvjnx", "vfkzvjnxvpkgazkzqcdacvx", "vfkzvjnxvpkg", "vfkzvjnxvpkgazkzqcdacvxevr"], "init": [""], "intermediate": ["vfkzvjnxvpkgazkzqcdacvx", "vfkzvjnxvpkgazkzqcda", "vfkzvjnxvp", "v", "vfkzvjnx", "vfkzvjn", "vfkzvjn", "v", "vfkz", "vfkzvjnxvpk", "vfkzvjnxvpkgazkzq", "v", "v", "vfk", "vfkzvjnxvpkgazkzqcdacvxe", "vf", "vfkzvjnxvpkgazkzqcdacvxe", "vfkz", "vfkzvjnxvpkgazkzqcdacvx", "vfkzvjnxvpkga", "vfkzv", "vfkzvjnx", "vfkzvjnxvpkgazkzqcdacvx", "vfkzvjnxvpkg"]}, "config": {"candidate": ["vfkzvjnxvpkgazkzqcdacvxbec", "vfkzvjnxvpkgazkzqcdajpbrul", "vfkzvjnxvpibbybyfgpraqbvji", "vrkfzppslabinlscnlcqgdtvhg", "vfkzvjnxffncdojgewzfzmudyq", "vfkzvjnculqjursylerswbaymh", "vfkzvjncrmoccsashsffnddmqu", "vcioesbudrcoveuqeptdmldhne", "vfkzayysbyigwlxcwhigyhyzrf", "vfkzvjnxvpkqwyfqxnjysxhgum", "vfkzvjnxvpkgazkzqugcuoijsl", "vcvugxorlkzsoaiwojkvyuxyjg", "vypeqjwhwgpqohtgjgtazkmksg", "vfkuklbjublggygcgfgbcrwcdd", "vfkzvjnxvpkgazkzqcdacvxegn", "vfanahphwgwrhriuxoqbhvuqli", "vfkzvjnxvpkgazkzqcdacvxeiz", "vfkzuvftphhbcrlswikvuujhog", "vfkzvjnxvpkgazkzqcdacvxwnd", "vfkzvjnxvpkgaaeykevsexsnes", "vfkzvtbmrswuzmkvdklxmeiaah", "vfkzvjnxoovndalysiospqodqr", "vfkzvjnxvpkgazkzqcdacvxubp", "vfkzvjnxvpkgpqaqtlxqhgygxr", "vfkzvjnxvpkgazkzqcdacvxevr", "vfkzvjnxvpksnutjzxvcnwszvr", "vfkzvjppcpeuqaftpbpvfmcxmk", "vfkzvjnxvpkgazkzqcdaktamfz", "vfkzvqcunsekxovycojezpxear", "vfkzvqvnynlmdpqvnypofgjusc", "vfkzvjnxvptuemwdqnwljtmcsd", "vfkzvjnxxojkfxhacodqrabjkx", "vfkzvjnxvpkgazkzqczfijxubz", "vfkzvjnxvpkgazkzqcdarjsfhh"], "length": 26, "num_candidate": 33, "target": "vfkzvjnxvpkgazkzqcdacvxevr"}, "task_name": "task13", "example_name": "0230", "problem_name": "task13_0230"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: izmxpuskgmhsswuecvhylnqzib\nCandidate: izmxpuskgmglqtsrxyxybzxugy, izmxpuskgmhsswuecvhylnqzik, izmxpuskgfcoiagkokeibbjayg, izmxpuskgmhsomdaodhmwzjlza, izmxpuskgmhsswuecvhylnqdmo, izmxpuskgmhshduufbyequvazi, izmxpuswuefwlvkntdnsfjaaqm, izmxpuskgmhsswuecvhylnqevd, izmxpuskgmhsswuuuduoopfjqc, izmxpuskdokqqhppienqxsuwrb, izmxpuskgmhsswueoneglkqesr, izmxdhmmggvhtcgmxlztujvsab, izmxpuskgmhkhvjrwhnjkqntkc, izmxpuskgmhsswuecuxuvnjahp, izmxpuskjfimyejmwunglwghen, izmxpuskgmhsswuecvhylnqshu, izmxpuskgheapbmzsstojooymn, izmxpuskgmhsswuecjfvugzpov, izmxpuskgmhsswuecvhhaklvvo, izmxpuskgmhsswuecxjntvtkdw, izmxpuskgmhsswugfidphnwfes, izmxpuskgmhpbhbdctqqycwyvp, izmxpuskgobaowrqudtujqhaqx, izmfmrcjpgkgzckfoijxbyzfbv, izmxpuskgmhsswuecvhylnqzib, izmxpuskgmhsswuecoevzcabmw, izmxpmivzjglcvabxwbfqzuymr, ihsgchyfbfjepevodeyacxiztn, izmxpkwatyknudmqgvbptopspg, ibhayansawulrelnbfyfntwjjx, izmxpuskgmhsswuecvhylnqzib, izdmpqaajfhwojyvjrmdzomkhx", "label": {"final": ["izmxpuskgm", "izmxpuskgmhsswuecvhylnqzi", "izmxpuskg", "izmxpuskgmhs", "izmxpuskgmhsswuecvhylnq", "izmxpuskgmhs", "izmxpus", "izmxpuskgmhsswuecvhylnq", "izmxpuskgmhsswu", "izmxpusk", "izmxpuskgmhsswue", "izmx", "izmxpuskgmh", "izmxpuskgmhsswuec", "izmxpusk", "izmxpuskgmhsswuecvhylnq", "izmxpuskg", "izmxpuskgmhsswuec", "izmxpuskgmhsswuecvh", "izmxpuskgmhsswuec", "izmxpuskgmhsswu", "izmxpuskgmh", "izmxpuskg", "izm", "izmxpuskgmhsswuecvhylnqzib"], "init": [""], "intermediate": ["izmxpuskgm", "izmxpuskgmhsswuecvhylnqzi", "izmxpuskg", "izmxpuskgmhs", "izmxpuskgmhsswuecvhylnq", "izmxpuskgmhs", "izmxpus", "izmxpuskgmhsswuecvhylnq", "izmxpuskgmhsswu", "izmxpusk", "izmxpuskgmhsswue", "izmx", "izmxpuskgmh", "izmxpuskgmhsswuec", "izmxpusk", "izmxpuskgmhsswuecvhylnq", "izmxpuskg", "izmxpuskgmhsswuec", "izmxpuskgmhsswuecvh", "izmxpuskgmhsswuec", "izmxpuskgmhsswu", "izmxpuskgmh", "izmxpuskg", "izm"]}, "config": {"candidate": ["izmxpuskgmglqtsrxyxybzxugy", "izmxpuskgmhsswuecvhylnqzik", "izmxpuskgfcoiagkokeibbjayg", "izmxpuskgmhsomdaodhmwzjlza", "izmxpuskgmhsswuecvhylnqdmo", "izmxpuskgmhshduufbyequvazi", "izmxpuswuefwlvkntdnsfjaaqm", "izmxpuskgmhsswuecvhylnqevd", "izmxpuskgmhsswuuuduoopfjqc", "izmxpuskdokqqhppienqxsuwrb", "izmxpuskgmhsswueoneglkqesr", "izmxdhmmggvhtcgmxlztujvsab", "izmxpuskgmhkhvjrwhnjkqntkc", "izmxpuskgmhsswuecuxuvnjahp", "izmxpuskjfimyejmwunglwghen", "izmxpuskgmhsswuecvhylnqshu", "izmxpuskgheapbmzsstojooymn", "izmxpuskgmhsswuecjfvugzpov", "izmxpuskgmhsswuecvhhaklvvo", "izmxpuskgmhsswuecxjntvtkdw", "izmxpuskgmhsswugfidphnwfes", "izmxpuskgmhpbhbdctqqycwyvp", "izmxpuskgobaowrqudtujqhaqx", "izmfmrcjpgkgzckfoijxbyzfbv", "izmxpuskgmhsswuecvhylnqzib", "izmxpuskgmhsswuecoevzcabmw", "izmxpmivzjglcvabxwbfqzuymr", "ihsgchyfbfjepevodeyacxiztn", "izmxpkwatyknudmqgvbptopspg", "ibhayansawulrelnbfyfntwjjx", "izmxpuskgmhsswuecvhylnqzib", "izdmpqaajfhwojyvjrmdzomkhx"], "length": 26, "num_candidate": 31, "target": "izmxpuskgmhsswuecvhylnqzib"}, "task_name": "task13", "example_name": "0231", "problem_name": "task13_0231"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: svfotgsvyyvtefausohwcqcedk\nCandidate: svfotgsvyyvtefausohgxgzdyx, svfotgsvyyvtvmrwkxnekqioaw, svfprpqonnnmuzkishbltfqtmd, svfotgqsmqrheuqieiobqiqlof, svfotgsvyyvtefausohbrwysqs, svfoireicqgdpkoejxqvekwwkh, svfotgsvyyvtefausohwcqcena, sodacnwrpqqpwxddhzuqxkpqgs, svfotgsvyyvtefausohwcqcezx, svfotgwcqfjzvdxilgtcwfdzdf, svfotgsvyyvtefhssjeavvxynj, svfotgsvyyqyevoshagomwumvj, svfotgsfewcmrnkhhvnlousxuu, svfotgsvyyvtefausohwivvkos, svfotgsvyyvtefgdwppijmtjda, svfotgsvyyvtefausohuwqqjno, svfotgrmbleojsxvmzyfakdprm, svfotgsvyyvtebspchcajwegau, svfotgsvyyvtegjrtxkadaaomb, svfotgsvyyvtefausohmoamdxp, svfotgsvyyvtefausohwcqcbwy, svpweblqlxnrysnvbxnqcntdob, svfotgsvyyvtwssunrvyuaspuu, svfotgsvyyvtefausohwcqcpqc, svfotgsvyyvtefausohwcqcedk, svfoturbdcbqqghanfejgnmgef, svfotgsvaeqcsdtzqjsmdiieid", "label": {"final": ["svfotgsvyyvtefausoh", "svfotgsvyyvt", "svf", "svfotg", "svfotgsvyyvtefausoh", "svfo", "svfotgsvyyvtefausohwcqce", "s", "svfotgsvyyvtefausohwcqce", "svfotg", "svfotgsvyyvtef", "svfotgsvyy", "svfotgs", "svfotgsvyyvtefausohw", "svfotgsvyyvtef", "svfotgsvyyvtefausoh", "svfotg", "svfotgsvyyvte", "svfotgsvyyvte", "svfotgsvyyvtefausoh", "svfotgsvyyvtefausohwcqc", "sv", "svfotgsvyyvt", "svfotgsvyyvtefausohwcqc", "svfotgsvyyvtefausohwcqcedk"], "init": [""], "intermediate": ["svfotgsvyyvtefausoh", "svfotgsvyyvt", "svf", "svfotg", "svfotgsvyyvtefausoh", "svfo", "svfotgsvyyvtefausohwcqce", "s", "svfotgsvyyvtefausohwcqce", "svfotg", "svfotgsvyyvtef", "svfotgsvyy", "svfotgs", "svfotgsvyyvtefausohw", "svfotgsvyyvtef", "svfotgsvyyvtefausoh", "svfotg", "svfotgsvyyvte", "svfotgsvyyvte", "svfotgsvyyvtefausoh", "svfotgsvyyvtefausohwcqc", "sv", "svfotgsvyyvt", "svfotgsvyyvtefausohwcqc"]}, "config": {"candidate": ["svfotgsvyyvtefausohgxgzdyx", "svfotgsvyyvtvmrwkxnekqioaw", "svfprpqonnnmuzkishbltfqtmd", "svfotgqsmqrheuqieiobqiqlof", "svfotgsvyyvtefausohbrwysqs", "svfoireicqgdpkoejxqvekwwkh", "svfotgsvyyvtefausohwcqcena", "sodacnwrpqqpwxddhzuqxkpqgs", "svfotgsvyyvtefausohwcqcezx", "svfotgwcqfjzvdxilgtcwfdzdf", "svfotgsvyyvtefhssjeavvxynj", "svfotgsvyyqyevoshagomwumvj", "svfotgsfewcmrnkhhvnlousxuu", "svfotgsvyyvtefausohwivvkos", "svfotgsvyyvtefgdwppijmtjda", "svfotgsvyyvtefausohuwqqjno", "svfotgrmbleojsxvmzyfakdprm", "svfotgsvyyvtebspchcajwegau", "svfotgsvyyvtegjrtxkadaaomb", "svfotgsvyyvtefausohmoamdxp", "svfotgsvyyvtefausohwcqcbwy", "svpweblqlxnrysnvbxnqcntdob", "svfotgsvyyvtwssunrvyuaspuu", "svfotgsvyyvtefausohwcqcpqc", "svfotgsvyyvtefausohwcqcedk", "svfoturbdcbqqghanfejgnmgef", "svfotgsvaeqcsdtzqjsmdiieid"], "length": 26, "num_candidate": 26, "target": "svfotgsvyyvtefausohwcqcedk"}, "task_name": "task13", "example_name": "0232", "problem_name": "task13_0232"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: sakvwgikgcfnofztyvlkjivxum\nCandidate: sakvwgomoazzrtbhfaqamypqfg, sakvwgikgcfnofztyvlkjgxlko, sakvwgikgcfnofzgtifsxysmbw, sakvwgikwovihixfyocinrjobh, sakvwgiutnrdpcanaljrblhnot, sakvwgikgcfnofztmzpaxzbgdw, satrjhqrbcpcfqpbonmazlvntg, sakvwgikgcfnofztyvlkjivxub, sakuvghnugntfcgjqgnsntszyq, sakvwgikgcqvmmcohzayrlazrr, sakvwgikgcfnofztyvlkvnvyne, sakvwgiddkoyzibrtcecutnlck, sakvwgikgcfnofztyvlkjirhcg, sakvwgikgcfnofztyvlkjikugt, ssmrcpvmdtjoiurcovfsylxkbc, sakvwgikgcfnofztyvlkjzdacb, sakvwgikgcfnobcexvitndckud, sakyfnbhvfahuyvbczohyfqpwc, sakvwdkxjznghkdlyihxkkqmqs, sakvwgikgcfnofztburpbaelek, sakvwgikgcfnonjmfyqegfeyvz, sakvwgikgcubgrtnrxcxjrgsuo, sakpdmxonkqdekppenqjtiiead, sakvwgikgcfnofztyvlkjivxuj, sakvwgikgcfnofztyvlkjivxum, savlinqritmmhykzrkkdxpwepg, sakvwgikgcfnofebyswjxvihvs, sakvwgikgcfnofztypifgmxjaa, sakvwbkhvkrypwrbrazijqqlxy, sakvwjojwwyezbijgzfbqckcmu, sakvwgikgcfnofztyvllolvkun, sakvwgikgcfnofztyvlkjinhuc, sakvwgikgcfnofztyvlkjivxum", "label": {"final": ["sakvwg", "sakvwgikgcfnofztyvlkj", "sakvwgikgcfnofz", "sakvwgik", "sakvwgi", "sakvwgikgcfnofzt", "sa", "sakvwgikgcfnofztyvlkjivxu", "sak", "sakvwgikgc", "sakvwgikgcfnofztyvlk", "sakvwgi", "sakvwgikgcfnofztyvlkji", "sakvwgikgcfnofztyvlkji", "s", "sakvwgikgcfnofztyvlkj", "sakvwgikgcfno", "sak", "sakvw", "sakvwgikgcfnofzt", "sakvwgikgcfno", "sakvwgikgc", "sak", "sakvwgikgcfnofztyvlkjivxu", "sakvwgikgcfnofztyvlkjivxum"], "init": [""], "intermediate": ["sakvwg", "sakvwgikgcfnofztyvlkj", "sakvwgikgcfnofz", "sakvwgik", "sakvwgi", "sakvwgikgcfnofzt", "sa", "sakvwgikgcfnofztyvlkjivxu", "sak", "sakvwgikgc", "sakvwgikgcfnofztyvlk", "sakvwgi", "sakvwgikgcfnofztyvlkji", "sakvwgikgcfnofztyvlkji", "s", "sakvwgikgcfnofztyvlkj", "sakvwgikgcfno", "sak", "sakvw", "sakvwgikgcfnofzt", "sakvwgikgcfno", "sakvwgikgc", "sak", "sakvwgikgcfnofztyvlkjivxu"]}, "config": {"candidate": ["sakvwgomoazzrtbhfaqamypqfg", "sakvwgikgcfnofztyvlkjgxlko", "sakvwgikgcfnofzgtifsxysmbw", "sakvwgikwovihixfyocinrjobh", "sakvwgiutnrdpcanaljrblhnot", "sakvwgikgcfnofztmzpaxzbgdw", "satrjhqrbcpcfqpbonmazlvntg", "sakvwgikgcfnofztyvlkjivxub", "sakuvghnugntfcgjqgnsntszyq", "sakvwgikgcqvmmcohzayrlazrr", "sakvwgikgcfnofztyvlkvnvyne", "sakvwgiddkoyzibrtcecutnlck", "sakvwgikgcfnofztyvlkjirhcg", "sakvwgikgcfnofztyvlkjikugt", "ssmrcpvmdtjoiurcovfsylxkbc", "sakvwgikgcfnofztyvlkjzdacb", "sakvwgikgcfnobcexvitndckud", "sakyfnbhvfahuyvbczohyfqpwc", "sakvwdkxjznghkdlyihxkkqmqs", "sakvwgikgcfnofztburpbaelek", "sakvwgikgcfnonjmfyqegfeyvz", "sakvwgikgcubgrtnrxcxjrgsuo", "sakpdmxonkqdekppenqjtiiead", "sakvwgikgcfnofztyvlkjivxuj", "sakvwgikgcfnofztyvlkjivxum", "savlinqritmmhykzrkkdxpwepg", "sakvwgikgcfnofebyswjxvihvs", "sakvwgikgcfnofztypifgmxjaa", "sakvwbkhvkrypwrbrazijqqlxy", "sakvwjojwwyezbijgzfbqckcmu", "sakvwgikgcfnofztyvllolvkun", "sakvwgikgcfnofztyvlkjinhuc", "sakvwgikgcfnofztyvlkjivxum"], "length": 26, "num_candidate": 32, "target": "sakvwgikgcfnofztyvlkjivxum"}, "task_name": "task13", "example_name": "0233", "problem_name": "task13_0233"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: hqerxrkomcruyuwsqxhnirgykp\nCandidate: hqerxrkomcruyuwsqxhnirgyeq, hqerxrkomcruyuwsqxhnirggws, hqerxrkoqhenqtcyztghjofmdk, hqerxrkompnaviqwlusfqjipsc, hqerxrkomcrumhvfwsmmidbdcr, hqerxrkomcruyuwsqxhnirgysh, hqjbwbjpofmyuzmajjkadtdaau, hzhfuxuseebqpadfuxxixnsdii, hqernheabkxmqznwgiyorcrfvg, hqerxrkrkfdafcdsiqozdleujw, hqerxrkomcruyuwsqxhnwsefvj, hqerxrkomcruyuwsqxhnirgykz, hqerxrkomcruyuwsqqkdntmlrj, hqerxrkomcruyuwsqxhkxfwore, hqerxrkomcruyuwsqxauvlgyxy, hqerlnopfqpldlnkngbowldwbu, hqerxrkomcruyuwsqxhiwnitbt, hqerxrkomcruyuwsqxhnusvott, hioekgxnrvhuxqhsjfmgpuzxze, hqerxrkomcruyuwsqxhtlbjxrh, hqerxrkomcruyuwsqxhnirgrth, hqerxrkomcruyuwsqxozwdbqho, hqpeizfmggzemwffhpvlwomede, hqerxrkomcruyuwsqxhntwekhj, hqerxrkomcruyuwsqxhnirgykp, hqerxrkoaixqrbvspajmnmednh, hqerxrkomcruibnwspltvnixdt, hqerxflftkyhdqsmxcmdbblaho, hqerumaiwubudcspwvqshlwctr, hqeopofrnyoeyesfnxkylaenlf, hkynjdvlrphsxdpaggjnfpvjad", "label": {"final": ["hqerxrkomcruyuwsqxhnirgy", "hqerxrkomcruyuwsqxhnirg", "hqerxrko", "hqerxrkom", "hqerxrkomcru", "hqerxrkomcruyuwsqxhnirgy", "hq", "h", "hqer", "hqerxrk", "hqerxrkomcruyuwsqxhn", "hqerxrkomcruyuwsqxhnirgyk", "hqerxrkomcruyuwsq", "hqerxrkomcruyuwsqxh", "hqerxrkomcruyuwsqx", "hqer", "hqerxrkomcruyuwsqxh", "hqerxrkomcruyuwsqxhn", "h", "hqerxrkomcruyuwsqxh", "hqerxrkomcruyuwsqxhnirg", "hqerxrkomcruyuwsqx", "hq", "hqerxrkomcruyuwsqxhn", "hqerxrkomcruyuwsqxhnirgykp"], "init": [""], "intermediate": ["hqerxrkomcruyuwsqxhnirgy", "hqerxrkomcruyuwsqxhnirg", "hqerxrko", "hqerxrkom", "hqerxrkomcru", "hqerxrkomcruyuwsqxhnirgy", "hq", "h", "hqer", "hqerxrk", "hqerxrkomcruyuwsqxhn", "hqerxrkomcruyuwsqxhnirgyk", "hqerxrkomcruyuwsq", "hqerxrkomcruyuwsqxh", "hqerxrkomcruyuwsqx", "hqer", "hqerxrkomcruyuwsqxh", "hqerxrkomcruyuwsqxhn", "h", "hqerxrkomcruyuwsqxh", "hqerxrkomcruyuwsqxhnirg", "hqerxrkomcruyuwsqx", "hq", "hqerxrkomcruyuwsqxhn"]}, "config": {"candidate": ["hqerxrkomcruyuwsqxhnirgyeq", "hqerxrkomcruyuwsqxhnirggws", "hqerxrkoqhenqtcyztghjofmdk", "hqerxrkompnaviqwlusfqjipsc", "hqerxrkomcrumhvfwsmmidbdcr", "hqerxrkomcruyuwsqxhnirgysh", "hqjbwbjpofmyuzmajjkadtdaau", "hzhfuxuseebqpadfuxxixnsdii", "hqernheabkxmqznwgiyorcrfvg", "hqerxrkrkfdafcdsiqozdleujw", "hqerxrkomcruyuwsqxhnwsefvj", "hqerxrkomcruyuwsqxhnirgykz", "hqerxrkomcruyuwsqqkdntmlrj", "hqerxrkomcruyuwsqxhkxfwore", "hqerxrkomcruyuwsqxauvlgyxy", "hqerlnopfqpldlnkngbowldwbu", "hqerxrkomcruyuwsqxhiwnitbt", "hqerxrkomcruyuwsqxhnusvott", "hioekgxnrvhuxqhsjfmgpuzxze", "hqerxrkomcruyuwsqxhtlbjxrh", "hqerxrkomcruyuwsqxhnirgrth", "hqerxrkomcruyuwsqxozwdbqho", "hqpeizfmggzemwffhpvlwomede", "hqerxrkomcruyuwsqxhntwekhj", "hqerxrkomcruyuwsqxhnirgykp", "hqerxrkoaixqrbvspajmnmednh", "hqerxrkomcruibnwspltvnixdt", "hqerxflftkyhdqsmxcmdbblaho", "hqerumaiwubudcspwvqshlwctr", "hqeopofrnyoeyesfnxkylaenlf", "hkynjdvlrphsxdpaggjnfpvjad"], "length": 26, "num_candidate": 30, "target": "hqerxrkomcruyuwsqxhnirgykp"}, "task_name": "task13", "example_name": "0234", "problem_name": "task13_0234"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: hoqvjwjblekgikhwvvcfxucilu\nCandidate: hoqvhrqhpcoufdcdlxkskrbdsz, hoqvjwjblfkptvwyoxzakwvcfs, hoqvjwjbledsdiyqlrthwytlqu, hoqvjwjblekgikhwvvcfxmzsvy, hoxgewtbaqrxfiotplidvdggbf, hoqvjwblojmhhxwmgxiellhdnt, hoqvjwjblenahjwnchzvvvpsqz, hoqbwgfyzvktgrokfsywsxjoag, hoqvjwjblekgikhwvvcfxhkity, hoqvjwjblekgikhwvvcfxnciln, hucsgskwsglfeaynyncnsgpvaa, hoqpccfqpsmtzxcwzdtzmlzrba, hoqvjwjblvgvakarzgzqmjkktb, hoqvjwrmrnsqqhsfpyldhgrile, hoqvjwjblekgikhwvvcfxuwocg, hoqvhfdcljaxsgwwbglgunfugj, hoqvjwjblekgatnpcwyoyzclvj, hoqvjwjblekgikhwvvcnwxcoum, hoqvjwjblebczoweqxpdehaltr, hoqvjwjblekgikhwvvcfxuciam, hoqvjwjbviotmqhgafsehadutn, hoqkcmyspdcvxjkjkjcnvnowuz, hoqvjwjblekgikhwvvcfxuccwg, hoqvjclznzppumefvzgvarqmjg, hoqvjwjblekgikhwvvcfxucilu, hoqvjwjblekgikhwvvcfxkpyjl, hoqvjwjblekgikhwvynsmpaqku, hoqvjwjbweevqkahaeubnkqjyv, hxecocokuvaopxuhdubudipybj", "label": {"final": ["hoqv", "hoqvjwjbl", "hoqvjwjble", "hoqvjwjblekgikhwvvcfx", "ho", "hoqvjw", "hoqvjwjble", "hoq", "hoqvjwjblekgikhwvvcfx", "hoqvjwjblekgikhwvvcfx", "h", "hoq", "hoqvjwjbl", "hoqvjw", "hoqvjwjblekgikhwvvcfxu", "hoqv", "hoqvjwjblekg", "hoqvjwjblekgikhwvvc", "hoqvjwjble", "hoqvjwjblekgikhwvvcfxuci", "hoqvjwjb", "hoq", "hoqvjwjblekgikhwvvcfxuc", "hoqvj", "hoqvjwjblekgikhwvvcfxucilu"], "init": [""], "intermediate": ["hoqv", "hoqvjwjbl", "hoqvjwjble", "hoqvjwjblekgikhwvvcfx", "ho", "hoqvjw", "hoqvjwjble", "hoq", "hoqvjwjblekgikhwvvcfx", "hoqvjwjblekgikhwvvcfx", "h", "hoq", "hoqvjwjbl", "hoqvjw", "hoqvjwjblekgikhwvvcfxu", "hoqv", "hoqvjwjblekg", "hoqvjwjblekgikhwvvc", "hoqvjwjble", "hoqvjwjblekgikhwvvcfxuci", "hoqvjwjb", "hoq", "hoqvjwjblekgikhwvvcfxuc", "hoqvj"]}, "config": {"candidate": ["hoqvhrqhpcoufdcdlxkskrbdsz", "hoqvjwjblfkptvwyoxzakwvcfs", "hoqvjwjbledsdiyqlrthwytlqu", "hoqvjwjblekgikhwvvcfxmzsvy", "hoxgewtbaqrxfiotplidvdggbf", "hoqvjwblojmhhxwmgxiellhdnt", "hoqvjwjblenahjwnchzvvvpsqz", "hoqbwgfyzvktgrokfsywsxjoag", "hoqvjwjblekgikhwvvcfxhkity", "hoqvjwjblekgikhwvvcfxnciln", "hucsgskwsglfeaynyncnsgpvaa", "hoqpccfqpsmtzxcwzdtzmlzrba", "hoqvjwjblvgvakarzgzqmjkktb", "hoqvjwrmrnsqqhsfpyldhgrile", "hoqvjwjblekgikhwvvcfxuwocg", "hoqvhfdcljaxsgwwbglgunfugj", "hoqvjwjblekgatnpcwyoyzclvj", "hoqvjwjblekgikhwvvcnwxcoum", "hoqvjwjblebczoweqxpdehaltr", "hoqvjwjblekgikhwvvcfxuciam", "hoqvjwjbviotmqhgafsehadutn", "hoqkcmyspdcvxjkjkjcnvnowuz", "hoqvjwjblekgikhwvvcfxuccwg", "hoqvjclznzppumefvzgvarqmjg", "hoqvjwjblekgikhwvvcfxucilu", "hoqvjwjblekgikhwvvcfxkpyjl", "hoqvjwjblekgikhwvynsmpaqku", "hoqvjwjbweevqkahaeubnkqjyv", "hxecocokuvaopxuhdubudipybj"], "length": 26, "num_candidate": 28, "target": "hoqvjwjblekgikhwvvcfxucilu"}, "task_name": "task13", "example_name": "0235", "problem_name": "task13_0235"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: kahiquexoqsucjcxjarjgsynne\nCandidate: kahhhuunilgjkzybfosrxpdgwv, kahiquexyeipexpvnmjzbotdpm, kahiquexoqsucjcsorxdahrekr, kahiquexoqsmhjlzevfsdyrcdp, kahiqugigodnjbrlnqupqhcxvf, kvozsfruxqfuskozasjejxqvux, kahiquypodumtdumwddjornpli, kahiquexoqsucjcxjqskvvzvii, kpjtylyughgzxgijjgbusztvza, kahiquexoqsucjcxjarjdioeip, kahiquexoqsucamxkdtqaclixb, kahiquexoqsucjcxjaebxsqaze, kahiquexoldowddpfkvwsmofsl, kahiquexoqsucjcxjarjgrtnmu, kahiquexoqsucjcxjarjnbvueg, kahiqgruobtvemvkocxbodcdls, kahiquexoqsucjcxjarjgsqvgc, kahiquexojfibbzxcerfulxvtn, kahiquexoqsucjcxjarjgsenlx, kahiquexoqsucjcxjqxlzcyusm, kahiquexoqsucjcxjzbwbqexyj, kahizruhfmmgpcclvfdysjdkke, kahiquexochxvggyohbbhusxjt, kahisrmizzzgxpuaqagmebywzr, kahiquexoqsucjcxjarjgsynne, kahiquexoqsucjcxjarjgurnoj, kahiquexoqsucjcxjarjgsynne, kahiquexoqsucjcxjarjgsynne, kahiquexoqsucwxfcjffemgavr, kahiquexolghzjjlpvuhuuooay, kahnpfkmtdvlwflneqidypxuzu, kjqgeasjcohcnuuyqdjucdvmvj", "label": {"final": ["kah", "kahiquex", "kahiquexoqsucjc", "kahiquexoqs", "kahiqu", "k", "kahiqu", "kahiquexoqsucjcxj", "k", "kahiquexoqsucjcxjarj", "kahiquexoqsuc", "kahiquexoqsucjcxja", "kahiquexo", "kahiquexoqsucjcxjarjg", "kahiquexoqsucjcxjarj", "kahiq", "kahiquexoqsucjcxjarjgs", "kahiquexo", "kahiquexoqsucjcxjarjgs", "kahiquexoqsucjcxj", "kahiquexoqsucjcxj", "kahi", "kahiquexo", "kahi", "kahiquexoqsucjcxjarjgsynne"], "init": [""], "intermediate": ["kah", "kahiquex", "kahiquexoqsucjc", "kahiquexoqs", "kahiqu", "k", "kahiqu", "kahiquexoqsucjcxj", "k", "kahiquexoqsucjcxjarj", "kahiquexoqsuc", "kahiquexoqsucjcxja", "kahiquexo", "kahiquexoqsucjcxjarjg", "kahiquexoqsucjcxjarj", "kahiq", "kahiquexoqsucjcxjarjgs", "kahiquexo", "kahiquexoqsucjcxjarjgs", "kahiquexoqsucjcxj", "kahiquexoqsucjcxj", "kahi", "kahiquexo", "kahi"]}, "config": {"candidate": ["kahhhuunilgjkzybfosrxpdgwv", "kahiquexyeipexpvnmjzbotdpm", "kahiquexoqsucjcsorxdahrekr", "kahiquexoqsmhjlzevfsdyrcdp", "kahiqugigodnjbrlnqupqhcxvf", "kvozsfruxqfuskozasjejxqvux", "kahiquypodumtdumwddjornpli", "kahiquexoqsucjcxjqskvvzvii", "kpjtylyughgzxgijjgbusztvza", "kahiquexoqsucjcxjarjdioeip", "kahiquexoqsucamxkdtqaclixb", "kahiquexoqsucjcxjaebxsqaze", "kahiquexoldowddpfkvwsmofsl", "kahiquexoqsucjcxjarjgrtnmu", "kahiquexoqsucjcxjarjnbvueg", "kahiqgruobtvemvkocxbodcdls", "kahiquexoqsucjcxjarjgsqvgc", "kahiquexojfibbzxcerfulxvtn", "kahiquexoqsucjcxjarjgsenlx", "kahiquexoqsucjcxjqxlzcyusm", "kahiquexoqsucjcxjzbwbqexyj", "kahizruhfmmgpcclvfdysjdkke", "kahiquexochxvggyohbbhusxjt", "kahisrmizzzgxpuaqagmebywzr", "kahiquexoqsucjcxjarjgsynne", "kahiquexoqsucjcxjarjgurnoj", "kahiquexoqsucjcxjarjgsynne", "kahiquexoqsucjcxjarjgsynne", "kahiquexoqsucwxfcjffemgavr", "kahiquexolghzjjlpvuhuuooay", "kahnpfkmtdvlwflneqidypxuzu", "kjqgeasjcohcnuuyqdjucdvmvj"], "length": 26, "num_candidate": 31, "target": "kahiquexoqsucjcxjarjgsynne"}, "task_name": "task13", "example_name": "0236", "problem_name": "task13_0236"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: mxsrqtelwgswtzdfeytfaxdzyz\nCandidate: mxscglzvweoxiunkqofywgqmgy, mxsrqtelwgswtzdfeytfaxddce, mxsrqteewohnbvbeejavfsqnob, mxsrqtelwgswtzdfeyuehmrjcb, mxsrqtelwgswtzgyhxnapkppfa, mxsrqtelwgswydkeybahreajzl, mxsrqtelwgswkdozvleovfketj, mxsrqzvpbxozhgniuggyzuftrn, mxsrquiipdgvmhwpryyhbgeoub, mxsrqtelwgswtpojnjlobvtvcy, mxsrqtelwgswtxdfeytfaxdxyx, mxsrqtelwgswtzdfeygoosoppf, mxsrqtelwgswtzdfeytjqkbkqs, mxsrqtelwgswtlioumyyfkhhtq, mxvaeycsdnjsidfkphknhmofnr, mxsrqtelwgswtzdfeytfaxdtja, mxsrqtelwgswtmqefkjqghoryj, mxsrqtelwgswtzdhculrqisxud, mxsrqtelwgswtzdfeeahnsbfqz, mxsrqtelwgswtzdfeytxuuesks, mxsrqtelwgswtzdjtnmbfgtdwq, mxsrqtnfaxxrgkgecdaxqupvmk, mxsrqtelwgswtzdfejohhvlflc, mxfppqjbqlobqdcxldcwsexfou, mxsrqtelwgswtzdfeytfaxdzyz, mxsrqtelwgswtzdhvwkrdujjua, mxxtinytzakifqigloyqssmnie, mxsrqtelwgswtzdfjduyeshvgm, mxsrqtbqwfijlmhdicpuhafpso", "label": {"final": ["mxs", "mxsrqtelwgswtzdfeytfaxd", "mxsrqte", "mxsrqtelwgswtzdfey", "mxsrqtelwgswtz", "mxsrqtelwgsw", "mxsrqtelwgsw", "mxsrq", "mxsrq", "mxsrqtelwgswt", "mxsrqtelwgswt", "mxsrqtelwgswtzdfey", "mxsrqtelwgswtzdfeyt", "mxsrqtelwgswt", "mx", "mxsrqtelwgswtzdfeytfaxd", "mxsrqtelwgswt", "mxsrqtelwgswtzd", "mxsrqtelwgswtzdfe", "mxsrqtelwgswtzdfeyt", "mxsrqtelwgswtzd", "mxsrqt", "mxsrqtelwgswtzdfe", "mx", "mxsrqtelwgswtzdfeytfaxdzyz"], "init": [""], "intermediate": ["mxs", "mxsrqtelwgswtzdfeytfaxd", "mxsrqte", "mxsrqtelwgswtzdfey", "mxsrqtelwgswtz", "mxsrqtelwgsw", "mxsrqtelwgsw", "mxsrq", "mxsrq", "mxsrqtelwgswt", "mxsrqtelwgswt", "mxsrqtelwgswtzdfey", "mxsrqtelwgswtzdfeyt", "mxsrqtelwgswt", "mx", "mxsrqtelwgswtzdfeytfaxd", "mxsrqtelwgswt", "mxsrqtelwgswtzd", "mxsrqtelwgswtzdfe", "mxsrqtelwgswtzdfeyt", "mxsrqtelwgswtzd", "mxsrqt", "mxsrqtelwgswtzdfe", "mx"]}, "config": {"candidate": ["mxscglzvweoxiunkqofywgqmgy", "mxsrqtelwgswtzdfeytfaxddce", "mxsrqteewohnbvbeejavfsqnob", "mxsrqtelwgswtzdfeyuehmrjcb", "mxsrqtelwgswtzgyhxnapkppfa", "mxsrqtelwgswydkeybahreajzl", "mxsrqtelwgswkdozvleovfketj", "mxsrqzvpbxozhgniuggyzuftrn", "mxsrquiipdgvmhwpryyhbgeoub", "mxsrqtelwgswtpojnjlobvtvcy", "mxsrqtelwgswtxdfeytfaxdxyx", "mxsrqtelwgswtzdfeygoosoppf", "mxsrqtelwgswtzdfeytjqkbkqs", "mxsrqtelwgswtlioumyyfkhhtq", "mxvaeycsdnjsidfkphknhmofnr", "mxsrqtelwgswtzdfeytfaxdtja", "mxsrqtelwgswtmqefkjqghoryj", "mxsrqtelwgswtzdhculrqisxud", "mxsrqtelwgswtzdfeeahnsbfqz", "mxsrqtelwgswtzdfeytxuuesks", "mxsrqtelwgswtzdjtnmbfgtdwq", "mxsrqtnfaxxrgkgecdaxqupvmk", "mxsrqtelwgswtzdfejohhvlflc", "mxfppqjbqlobqdcxldcwsexfou", "mxsrqtelwgswtzdfeytfaxdzyz", "mxsrqtelwgswtzdhvwkrdujjua", "mxxtinytzakifqigloyqssmnie", "mxsrqtelwgswtzdfjduyeshvgm", "mxsrqtbqwfijlmhdicpuhafpso"], "length": 26, "num_candidate": 28, "target": "mxsrqtelwgswtzdfeytfaxdzyz"}, "task_name": "task13", "example_name": "0237", "problem_name": "task13_0237"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: zcqcrxclwjghluiboorutpqdzt\nCandidate: zcqlvmquhnwzlwgaqayxpwrinw, zcqcrxclwjghluiboorutpqdql, zcqcrxclwjghluiboorutpqdyr, zcqcrxvybatocuidihnoniycrc, zcqcvlkwaeioyhcrxpentwubmm, zcqcrxclwjghluvcqgpzjuihyu, zcqcrxclwjghluiboorutpqdbc, zcqcrxclwjgevblhkvaujdtfnc, zcqcrxclwjghluibootxtisjcn, zcqcrxclwjghluduvbxyycawce, zcqcrwtannzfrjlwlqgujndnpu, zcqcrxclwjghluiboorisfqhxt, zcqcrxclljvybjjcykiybbmlge, zcqcrxclwjynyddzfauxhngrmo, zgpyqxgbfcetamgnabskjgqhus, zcqcrxclfqeqmqndanttfiookg, zpcjtlprxnrbgsuwnpncgbjtog, zcqcrxclwjghluibooruorbzau, zxenrvlscyrajoudnovozwuonl, zcqcrxclwjghlbabaihbrmqaxb, zphhzhygdruexjhterlywkixow, zcqcrxcubqpskgocfpfnfikitu, zcqcrxclwjgvyhnuinotnziaad, zcqcrxclwjghluiboorutpxyak, zcqcrxclwjghluiboorutpqdzt, zcqcrxclwjgxlccjlmgovyagir, zcqcrxclwjnkkkcgskmohexcrp, zucafxfmcernmxuvoipugedsfa, zcqcggzqzrakxccsupzjldllvu, zcqcrxclwjghbggqfktjavnnzk, zcqcrxclwjghluiboorutjokfg, zcqkcketeeohvvebveovguhncx, zcqcrxclwjghluibooroxfvbca", "label": {"final": ["zcq", "zcqcrxclwjghluiboorutpqd", "zcqcrxclwjghluiboorutpqd", "zcqcrx", "zcqc", "zcqcrxclwjghlu", "zcqcrxclwjghluiboorutpqd", "zcqcrxclwjg", "zcqcrxclwjghluiboo", "zcqcrxclwjghlu", "zcqcr", "zcqcrxclwjghluiboor", "zcqcrxcl", "zcqcrxclwj", "z", "zcqcrxcl", "z", "zcqcrxclwjghluibooru", "z", "zcqcrxclwjghl", "z", "zcqcrxc", "zcqcrxclwjg", "zcqcrxclwjghluiboorutp", "zcqcrxclwjghluiboorutpqdzt"], "init": [""], "intermediate": ["zcq", "zcqcrxclwjghluiboorutpqd", "zcqcrxclwjghluiboorutpqd", "zcqcrx", "zcqc", "zcqcrxclwjghlu", "zcqcrxclwjghluiboorutpqd", "zcqcrxclwjg", "zcqcrxclwjghluiboo", "zcqcrxclwjghlu", "zcqcr", "zcqcrxclwjghluiboor", "zcqcrxcl", "zcqcrxclwj", "z", "zcqcrxcl", "z", "zcqcrxclwjghluibooru", "z", "zcqcrxclwjghl", "z", "zcqcrxc", "zcqcrxclwjg", "zcqcrxclwjghluiboorutp"]}, "config": {"candidate": ["zcqlvmquhnwzlwgaqayxpwrinw", "zcqcrxclwjghluiboorutpqdql", "zcqcrxclwjghluiboorutpqdyr", "zcqcrxvybatocuidihnoniycrc", "zcqcvlkwaeioyhcrxpentwubmm", "zcqcrxclwjghluvcqgpzjuihyu", "zcqcrxclwjghluiboorutpqdbc", "zcqcrxclwjgevblhkvaujdtfnc", "zcqcrxclwjghluibootxtisjcn", "zcqcrxclwjghluduvbxyycawce", "zcqcrwtannzfrjlwlqgujndnpu", "zcqcrxclwjghluiboorisfqhxt", "zcqcrxclljvybjjcykiybbmlge", "zcqcrxclwjynyddzfauxhngrmo", "zgpyqxgbfcetamgnabskjgqhus", "zcqcrxclfqeqmqndanttfiookg", "zpcjtlprxnrbgsuwnpncgbjtog", "zcqcrxclwjghluibooruorbzau", "zxenrvlscyrajoudnovozwuonl", "zcqcrxclwjghlbabaihbrmqaxb", "zphhzhygdruexjhterlywkixow", "zcqcrxcubqpskgocfpfnfikitu", "zcqcrxclwjgvyhnuinotnziaad", "zcqcrxclwjghluiboorutpxyak", "zcqcrxclwjghluiboorutpqdzt", "zcqcrxclwjgxlccjlmgovyagir", "zcqcrxclwjnkkkcgskmohexcrp", "zucafxfmcernmxuvoipugedsfa", "zcqcggzqzrakxccsupzjldllvu", "zcqcrxclwjghbggqfktjavnnzk", "zcqcrxclwjghluiboorutjokfg", "zcqkcketeeohvvebveovguhncx", "zcqcrxclwjghluibooroxfvbca"], "length": 26, "num_candidate": 32, "target": "zcqcrxclwjghluiboorutpqdzt"}, "task_name": "task13", "example_name": "0238", "problem_name": "task13_0238"}
+{"prompt": "Given a target string, compare it to each string in a list following this procedure:\nStart by selecting the first string in the list as the candidate. Compare the characters of the target string and the candidate string one by one, starting from the first character. If the characters match, continue to the next character. If the characters do not match, stop the comparison and recognize the substring formed by the matching characters as an intermediate state. Continue this process for each string in the list until you find an exact match with the target string. Once an exact match is found, stop comparing further strings.\nThe output consists of:\nIntermediate states showing the substrings of each partially matched candidate.\nA final state which includes all partially matched substrings and the fully matched string.\nDo not include the final state in the list of intermediate states.\n\n\n[Question]\nTarget: pwgsmufywdmhjjhthwrvkksmcp\nCandidate: pwgsmufywdmhjjhthwrvkksmhx, pwgsmufywdmhaucaxsvfydhpdi, pwshptfxtxouknojwbbintkpvn, pwgsmufywdmhjjhthweanqpqgg, pwgsmufywdmhjjhthwrvkksmcb, pwgsmufywdmhjjhthwrvkmxhxn, pwgdxbtdxgyplsmapkbmbyyttz, pwgsmufywdmhjjwfqsevecxnto, pwgbxynnyvuahinrxyrlyglosr, pwgsmufywdmhjgwlnoumdglcnr, pwgsmufywdmhjjhthwrvkksmrs, pwgsmufyewdkmlgewmfswsyuvv, pwgsmufywdmhjjhthwjdwjmbnn, pwgsmufywdmhjjhljjwyuaflra, pwgsmufywohmlnoojnhlvzzcmk, pwgsmufywdmhjjhthrescgohsw, pwgsmufywdmhrurkyvdcmcfbay, pwgsmufywdmhjjhthwrvkqyexl, pwgsmufywdmhgeszybeoydxonx, pwgsmufywdmhjjhyqvurczxmxg, pwgsmufywdihsfhvjyyqbbnuvs, pwgsmufywdmpujvmqxdzaaczkg, pwgsmufywdmhjjhvqmlwtcutaf, pwgsmufywdmhjjhthwrvvdxpmw, pwgsmufywdmhjjhthwrvkksmcp, pwgsmufywdmhjjhthwrvkksvhw, pwgsmufykddgaykupvxthxsqsw", "label": {"final": ["pwgsmufywdmhjjhthwrvkksm", "pwgsmufywdmh", "pw", "pwgsmufywdmhjjhthw", "pwgsmufywdmhjjhthwrvkksmc", "pwgsmufywdmhjjhthwrvk", "pwg", "pwgsmufywdmhjj", "pwg", "pwgsmufywdmhj", "pwgsmufywdmhjjhthwrvkksm", "pwgsmufy", "pwgsmufywdmhjjhthw", "pwgsmufywdmhjjh", "pwgsmufyw", "pwgsmufywdmhjjhth", "pwgsmufywdmh", "pwgsmufywdmhjjhthwrvk", "pwgsmufywdmh", "pwgsmufywdmhjjh", "pwgsmufywd", "pwgsmufywdm", "pwgsmufywdmhjjh", "pwgsmufywdmhjjhthwrv", "pwgsmufywdmhjjhthwrvkksmcp"], "init": [""], "intermediate": ["pwgsmufywdmhjjhthwrvkksm", "pwgsmufywdmh", "pw", "pwgsmufywdmhjjhthw", "pwgsmufywdmhjjhthwrvkksmc", "pwgsmufywdmhjjhthwrvk", "pwg", "pwgsmufywdmhjj", "pwg", "pwgsmufywdmhj", "pwgsmufywdmhjjhthwrvkksm", "pwgsmufy", "pwgsmufywdmhjjhthw", "pwgsmufywdmhjjh", "pwgsmufyw", "pwgsmufywdmhjjhth", "pwgsmufywdmh", "pwgsmufywdmhjjhthwrvk", "pwgsmufywdmh", "pwgsmufywdmhjjh", "pwgsmufywd", "pwgsmufywdm", "pwgsmufywdmhjjh", "pwgsmufywdmhjjhthwrv"]}, "config": {"candidate": ["pwgsmufywdmhjjhthwrvkksmhx", "pwgsmufywdmhaucaxsvfydhpdi", "pwshptfxtxouknojwbbintkpvn", "pwgsmufywdmhjjhthweanqpqgg", "pwgsmufywdmhjjhthwrvkksmcb", "pwgsmufywdmhjjhthwrvkmxhxn", "pwgdxbtdxgyplsmapkbmbyyttz", "pwgsmufywdmhjjwfqsevecxnto", "pwgbxynnyvuahinrxyrlyglosr", "pwgsmufywdmhjgwlnoumdglcnr", "pwgsmufywdmhjjhthwrvkksmrs", "pwgsmufyewdkmlgewmfswsyuvv", "pwgsmufywdmhjjhthwjdwjmbnn", "pwgsmufywdmhjjhljjwyuaflra", "pwgsmufywohmlnoojnhlvzzcmk", "pwgsmufywdmhjjhthrescgohsw", "pwgsmufywdmhrurkyvdcmcfbay", "pwgsmufywdmhjjhthwrvkqyexl", "pwgsmufywdmhgeszybeoydxonx", "pwgsmufywdmhjjhyqvurczxmxg", "pwgsmufywdihsfhvjyyqbbnuvs", "pwgsmufywdmpujvmqxdzaaczkg", "pwgsmufywdmhjjhvqmlwtcutaf", "pwgsmufywdmhjjhthwrvvdxpmw", "pwgsmufywdmhjjhthwrvkksmcp", "pwgsmufywdmhjjhthwrvkksvhw", "pwgsmufykddgaykupvxthxsqsw"], "length": 26, "num_candidate": 26, "target": "pwgsmufywdmhjjhthwrvkksmcp"}, "task_name": "task13", "example_name": "0239", "problem_name": "task13_0239"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\npeninsula Iberian", "label": {"final": [2, 1, 0, 0, 2, 0, 0, 0, 3, 0, 0, 1, 0, 3, 0, 1, 0, 1, 1, 0, 1, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 1, 0, 2, 0, 1, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 2, "sentence": "peninsula Iberian", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0000", "problem_name": "task14_0000"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nhistory Operational", "label": {"final": [2, 0, 0, 0, 1, 0, 0, 1, 2, 0, 0, 1, 0, 1, 3, 1, 0, 2, 1, 2, 0, 0, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 1, 1, 1, 0, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 2, "sentence": "history Operational", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0001", "problem_name": "task14_0001"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nBox office", "label": {"final": [0, 1, 1, 0, 1, 2, 0, 0, 1, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 2, "sentence": "Box office", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0002", "problem_name": "task14_0002"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nabandonment After", "label": {"final": [3, 1, 0, 1, 2, 1, 0, 0, 0, 0, 0, 0, 1, 3, 1, 0, 0, 1, 0, 2, 0, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[2, 1, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 1, 3, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 2, "sentence": "abandonment After", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0003", "problem_name": "task14_0003"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nFA Kelantan", "label": {"final": [3, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 1, 0, 2, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 2, "sentence": "FA Kelantan", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0004", "problem_name": "task14_0004"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nhistory Recent", "label": {"final": [0, 0, 1, 0, 2, 0, 0, 1, 1, 0, 0, 0, 0, 1, 1, 0, 0, 2, 1, 2, 0, 0, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 1, 1, 1, 0, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 2, "sentence": "history Recent", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0005", "problem_name": "task14_0005"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ntheory Cultural", "label": {"final": [1, 0, 1, 0, 1, 0, 0, 1, 0, 0, 0, 2, 0, 0, 1, 0, 0, 2, 0, 2, 2, 0, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 1, 0, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 2, "sentence": "theory Cultural", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0006", "problem_name": "task14_0006"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nEarly life", "label": {"final": [1, 0, 0, 0, 2, 1, 0, 0, 1, 0, 0, 2, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 2, "sentence": "Early life", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0007", "problem_name": "task14_0007"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nEthical Consumption", "label": {"final": [1, 0, 2, 0, 1, 0, 0, 1, 2, 0, 0, 1, 1, 2, 2, 1, 0, 0, 1, 2, 1, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 1, 0, 1, 0, 0, 1, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 2, "sentence": "Ethical Consumption", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0008", "problem_name": "task14_0008"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nPlaying career", "label": {"final": [2, 0, 1, 0, 2, 0, 1, 0, 1, 0, 0, 1, 0, 1, 0, 1, 0, 2, 0, 0, 0, 0, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 1, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 2, "sentence": "Playing career", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0009", "problem_name": "task14_0009"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nPrize Booker nomination", "label": {"final": [1, 1, 0, 0, 2, 0, 0, 0, 3, 0, 1, 0, 1, 3, 4, 1, 0, 2, 0, 1, 0, 0, 0, 0, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1], [0, 1, 0, 0, 2, 0, 0, 0, 1, 0, 1, 0, 0, 0, 2, 1, 0, 2, 0, 0, 0, 0, 0, 0, 0, 1]]}, "config": {"num_sentences": 43652, "num_words": 3, "sentence": "Prize Booker nomination", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0010", "problem_name": "task14_0010"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nEgypt Return to", "label": {"final": [0, 0, 0, 0, 2, 0, 1, 0, 0, 0, 0, 0, 0, 1, 1, 1, 0, 2, 0, 3, 1, 0, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 2, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 2, 0, 2, 1, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 3, "sentence": "Egypt Return to", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0011", "problem_name": "task14_0011"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nCranes Truck Mounted", "label": {"final": [1, 0, 2, 1, 2, 0, 0, 0, 0, 0, 1, 0, 1, 2, 1, 0, 0, 2, 1, 2, 2, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 2, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 2, 1, 1, 1, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 3, "sentence": "Cranes Truck Mounted", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0012", "problem_name": "task14_0012"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nhabitat and Distribution", "label": {"final": [3, 2, 0, 2, 0, 0, 0, 1, 4, 0, 0, 0, 0, 2, 1, 0, 0, 1, 1, 4, 1, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[2, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [3, 1, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 3, "sentence": "habitat and Distribution", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0013", "problem_name": "task14_0013"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nand Fantee Coromantee", "label": {"final": [3, 0, 1, 1, 4, 1, 0, 0, 0, 0, 0, 0, 1, 3, 2, 0, 0, 1, 0, 2, 0, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 2, 1, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 3, "sentence": "and Fantee Coromantee", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0014", "problem_name": "task14_0014"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nhabitat Range and", "label": {"final": [4, 1, 0, 1, 1, 0, 1, 1, 1, 0, 0, 0, 0, 2, 0, 0, 0, 1, 0, 2, 0, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[2, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [3, 1, 0, 0, 1, 0, 1, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 2, 0, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 3, "sentence": "habitat Range and", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0015", "problem_name": "task14_0015"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nand objectives History", "label": {"final": [1, 1, 1, 1, 2, 0, 0, 1, 2, 1, 0, 0, 0, 1, 2, 0, 0, 1, 2, 2, 0, 1, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 1, 1, 1, 2, 0, 0, 0, 1, 1, 0, 0, 0, 1, 1, 0, 0, 0, 1, 1, 0, 1, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 3, "sentence": "and objectives History", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0016", "problem_name": "task14_0016"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nspaces countable Second", "label": {"final": [2, 1, 3, 1, 3, 0, 0, 0, 0, 0, 0, 1, 0, 2, 2, 1, 0, 0, 3, 1, 1, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0], [2, 1, 2, 0, 2, 0, 0, 0, 0, 0, 0, 1, 0, 1, 1, 1, 0, 0, 2, 1, 1, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 3, "sentence": "spaces countable Second", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0017", "problem_name": "task14_0017"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nCast and characters", "label": {"final": [4, 0, 3, 1, 1, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 2, 2, 2, 0, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [2, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 3, "sentence": "Cast and characters", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0018", "problem_name": "task14_0018"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nartwork Title and", "label": {"final": [2, 0, 0, 1, 1, 0, 0, 0, 1, 0, 1, 1, 0, 1, 1, 0, 0, 2, 0, 3, 0, 0, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 2, 0, 1, 0, 0, 1, 0, 0, 0], [1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 1, 1, 0, 0, 1, 0, 0, 2, 0, 3, 0, 0, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 3, "sentence": "artwork Title and", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0019", "problem_name": "task14_0019"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ngraduated in 1979 He", "label": {"final": [2, 0, 0, 2, 2, 0, 1, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[2, 0, 0, 2, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0], [2, 0, 0, 2, 1, 0, 1, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0], [2, 0, 0, 2, 1, 0, 1, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 4, "sentence": "graduated in 1979 He", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0020", "problem_name": "task14_0020"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\npersonal Education and life", "label": {"final": [3, 0, 1, 2, 3, 1, 0, 0, 2, 0, 0, 2, 0, 3, 2, 1, 0, 1, 1, 1, 1, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 1, 1, 1, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [2, 0, 1, 1, 2, 0, 0, 0, 1, 0, 0, 1, 0, 2, 2, 1, 0, 1, 1, 1, 1, 0, 0, 0, 0, 0], [3, 0, 1, 2, 2, 0, 0, 0, 1, 0, 0, 1, 0, 3, 2, 1, 0, 1, 1, 1, 1, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 4, "sentence": "personal Education and life", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0021", "problem_name": "task14_0021"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nStatus model license and", "label": {"final": [2, 0, 1, 2, 3, 0, 0, 0, 1, 0, 0, 2, 1, 2, 1, 0, 0, 0, 3, 2, 1, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 2, 1, 0, 0, 0, 0, 0], [1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 1, 1, 0, 1, 0, 0, 0, 2, 2, 1, 0, 0, 0, 0, 0], [1, 0, 1, 1, 3, 0, 0, 0, 1, 0, 0, 2, 1, 1, 1, 0, 0, 0, 3, 2, 1, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 4, "sentence": "Status model license and", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0022", "problem_name": "task14_0022"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nafterward Mantua surrendered soon", "label": {"final": [4, 0, 0, 3, 4, 1, 0, 0, 0, 0, 0, 0, 1, 3, 2, 0, 0, 5, 2, 2, 2, 0, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[2, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 1, 0, 0, 1, 0, 0, 0], [4, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 2, 0, 2, 1, 0, 1, 0, 0, 0], [4, 0, 0, 3, 4, 1, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 0, 5, 1, 2, 2, 0, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 4, "sentence": "afterward Mantua surrendered soon", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0023", "problem_name": "task14_0023"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nRepublic of China era", "label": {"final": [2, 1, 2, 0, 2, 1, 0, 1, 2, 0, 0, 1, 0, 1, 1, 1, 0, 2, 0, 0, 1, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 1, 0, 1, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 1, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0], [0, 1, 1, 0, 1, 1, 0, 0, 1, 0, 0, 1, 0, 0, 1, 1, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0], [1, 1, 2, 0, 1, 1, 0, 1, 2, 0, 0, 1, 0, 1, 1, 1, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 4, "sentence": "Republic of China era", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0024", "problem_name": "task14_0024"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nsense of A entitlement", "label": {"final": [1, 0, 0, 0, 5, 1, 0, 0, 1, 0, 0, 1, 1, 3, 1, 0, 0, 0, 2, 3, 0, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 2, 1, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 2, 1, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 4, "sentence": "sense of A entitlement", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0025", "problem_name": "task14_0025"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nsegments four Antennae with", "label": {"final": [2, 0, 0, 0, 4, 1, 1, 1, 1, 0, 0, 0, 1, 4, 1, 0, 0, 1, 2, 3, 1, 0, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 2, 0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 2, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 2, 1, 1, 0, 0, 0, 0, 0, 1, 1, 1, 0, 0, 1, 2, 1, 1, 0, 0, 0, 0, 0], [2, 0, 0, 0, 4, 1, 1, 0, 0, 0, 0, 0, 1, 4, 1, 0, 0, 1, 2, 2, 1, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 4, "sentence": "segments four Antennae with", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0026", "problem_name": "task14_0026"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nUniversity Center Medical Baylor", "label": {"final": [2, 1, 2, 1, 4, 0, 0, 0, 3, 0, 0, 2, 1, 2, 1, 0, 0, 3, 1, 2, 1, 1, 0, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 0, 2, 0, 0, 0, 0, 1, 0, 0, 0, 1, 1, 1, 1, 1, 0, 0, 1, 0], [0, 0, 1, 0, 3, 0, 0, 0, 2, 0, 0, 0, 0, 2, 0, 0, 0, 2, 1, 2, 1, 1, 0, 0, 1, 0], [1, 0, 2, 1, 4, 0, 0, 0, 3, 0, 0, 1, 1, 2, 0, 0, 0, 2, 1, 2, 1, 1, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 4, "sentence": "University Center Medical Baylor", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0027", "problem_name": "task14_0027"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nevil Iago as incarnate", "label": {"final": [4, 0, 1, 0, 2, 0, 1, 0, 3, 0, 0, 1, 0, 2, 1, 0, 0, 1, 1, 1, 0, 1, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 1, 0, 2, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [2, 0, 0, 0, 1, 0, 1, 0, 2, 0, 0, 1, 0, 0, 1, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 4, "sentence": "evil Iago as incarnate", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0028", "problem_name": "task14_0028"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\naged 69 was He", "label": {"final": [2, 0, 0, 1, 2, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 1, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 4, "sentence": "aged 69 was He", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0029", "problem_name": "task14_0029"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ncooking early Training and career", "label": {"final": [4, 0, 2, 1, 3, 0, 2, 0, 3, 0, 1, 1, 0, 4, 2, 0, 0, 4, 0, 1, 0, 0, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 0, 0, 1, 0, 1, 0, 1, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 1, 0, 1, 0, 1, 0, 1, 1, 0, 1, 2, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0], [2, 0, 1, 0, 1, 0, 2, 0, 3, 0, 1, 1, 0, 3, 2, 0, 0, 2, 0, 1, 0, 0, 0, 0, 1, 0], [3, 0, 1, 1, 1, 0, 2, 0, 3, 0, 1, 1, 0, 4, 2, 0, 0, 2, 0, 1, 0, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 5, "sentence": "cooking early Training and career", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0030", "problem_name": "task14_0030"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nKeys received nomination one has", "label": {"final": [2, 0, 1, 1, 5, 0, 0, 1, 3, 0, 1, 0, 1, 4, 3, 0, 0, 1, 2, 1, 0, 1, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0], [0, 0, 1, 1, 4, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 1, 0, 0, 1, 0], [1, 0, 1, 1, 4, 0, 0, 0, 3, 0, 1, 0, 1, 3, 2, 0, 0, 1, 1, 1, 0, 1, 0, 0, 1, 0], [1, 0, 1, 1, 5, 0, 0, 0, 3, 0, 1, 0, 1, 4, 3, 0, 0, 1, 1, 1, 0, 1, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 5, "sentence": "Keys received nomination one has", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0031", "problem_name": "task14_0031"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ni planes For finite e", "label": {"final": [1, 0, 0, 0, 3, 2, 0, 0, 3, 0, 0, 1, 0, 2, 1, 1, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 1, 0, 1, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 1, 0, 0, 1, 0, 0, 1, 0, 1, 1, 1, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 2, 2, 0, 0, 3, 0, 0, 1, 0, 2, 1, 1, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 5, "sentence": "i planes For finite e", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0032", "problem_name": "task14_0032"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nof with war Resumption France", "label": {"final": [2, 0, 1, 0, 2, 2, 0, 1, 2, 0, 0, 0, 1, 2, 2, 1, 0, 3, 1, 2, 1, 0, 2, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [1, 0, 0, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 1, 0, 0, 2, 0, 0, 0], [1, 0, 0, 0, 1, 1, 0, 1, 2, 0, 0, 0, 1, 1, 2, 1, 0, 2, 1, 2, 1, 0, 2, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 5, "sentence": "of with war Resumption France", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0033", "problem_name": "task14_0033"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nIn S the 1995 U", "label": {"final": [0, 0, 0, 0, 1, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 5, "sentence": "In S the 1995 U", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0034", "problem_name": "task14_0034"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nalbum songs 12 The contains", "label": {"final": [2, 1, 1, 0, 1, 0, 1, 1, 1, 0, 0, 1, 1, 3, 2, 0, 0, 0, 3, 2, 1, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 1, 1, 0, 0, 0, 2, 0, 1, 0, 0, 0, 0, 0], [1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 1, 1, 0, 0, 0, 2, 0, 1, 0, 0, 0, 0, 0], [1, 1, 0, 0, 1, 0, 1, 1, 0, 0, 0, 1, 1, 1, 1, 0, 0, 0, 2, 1, 1, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 5, "sentence": "album songs 12 The contains", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0035", "problem_name": "task14_0035"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nFuck off also heard was", "label": {"final": [3, 0, 1, 1, 1, 3, 0, 1, 0, 0, 1, 1, 0, 0, 2, 0, 0, 1, 2, 0, 1, 0, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 1, 0, 0, 3, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [1, 0, 1, 0, 0, 3, 0, 0, 0, 0, 1, 1, 0, 0, 2, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0], [2, 0, 1, 1, 1, 3, 0, 1, 0, 0, 1, 1, 0, 0, 2, 0, 0, 1, 1, 0, 1, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 5, "sentence": "Fuck off also heard was", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0036", "problem_name": "task14_0036"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nof 1474 His will survives", "label": {"final": [0, 0, 0, 0, 1, 1, 0, 1, 3, 0, 0, 2, 0, 0, 1, 0, 0, 1, 3, 0, 1, 2, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 1, 2, 0, 0, 2, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 5, "sentence": "of 1474 His will survives", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0037", "problem_name": "task14_0037"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nWest Railroad Gauge End Narrow", "label": {"final": [4, 0, 0, 2, 3, 0, 2, 0, 1, 0, 0, 1, 0, 2, 2, 0, 0, 4, 1, 1, 1, 0, 2, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 1, 0, 0, 0], [2, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 2, 1, 1, 0, 0, 1, 0, 0, 0], [3, 0, 0, 1, 2, 0, 2, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 2, 1, 1, 1, 0, 1, 0, 0, 0], [3, 0, 0, 2, 3, 0, 2, 0, 1, 0, 0, 1, 0, 1, 1, 0, 0, 2, 1, 1, 1, 0, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 5, "sentence": "West Railroad Gauge End Narrow", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0038", "problem_name": "task14_0038"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nWill How You Go Far", "label": {"final": [1, 0, 0, 0, 0, 1, 1, 1, 1, 0, 0, 2, 0, 0, 3, 0, 0, 1, 0, 0, 1, 0, 2, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 2, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 2, 0, 0, 2, 0, 0, 0, 0, 0, 1, 0, 2, 0, 1, 0], [0, 0, 0, 0, 0, 0, 1, 1, 1, 0, 0, 2, 0, 0, 3, 0, 0, 0, 0, 0, 1, 0, 2, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 5, "sentence": "Will How You Go Far", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0039", "problem_name": "task14_0039"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nin college August opened The 2007", "label": {"final": [1, 0, 1, 1, 5, 0, 2, 1, 1, 0, 0, 2, 0, 2, 2, 1, 0, 0, 1, 2, 2, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 2, 0, 1, 0, 1, 0, 0, 2, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 2, 0, 2, 0, 1, 0, 0, 2, 0, 1, 1, 0, 0, 0, 1, 1, 2, 0, 0, 0, 0, 0], [1, 0, 1, 1, 4, 0, 2, 0, 1, 0, 0, 2, 0, 2, 2, 1, 0, 0, 1, 1, 2, 0, 0, 0, 0, 0], [1, 0, 1, 1, 5, 0, 2, 1, 1, 0, 0, 2, 0, 2, 2, 1, 0, 0, 1, 2, 2, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 6, "sentence": "in college August opened The 2007", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0040", "problem_name": "task14_0040"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nof championships Breed Conception 1951 National", "label": {"final": [3, 1, 3, 1, 3, 1, 0, 2, 4, 0, 0, 1, 1, 5, 5, 3, 0, 1, 2, 2, 0, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 0, 1, 0, 2, 2, 0, 0, 0, 1, 1, 2, 2, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0], [1, 1, 1, 1, 2, 1, 0, 2, 2, 0, 0, 0, 1, 1, 2, 2, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0], [1, 1, 3, 1, 3, 1, 0, 2, 3, 0, 0, 0, 1, 3, 4, 3, 0, 1, 2, 1, 0, 0, 0, 0, 0, 0], [1, 1, 3, 1, 3, 1, 0, 2, 3, 0, 0, 0, 1, 3, 4, 3, 0, 1, 2, 1, 0, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 6, "sentence": "of championships Breed Conception 1951 National", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0041", "problem_name": "task14_0041"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ndrunkenness down slows also His him", "label": {"final": [1, 0, 0, 2, 2, 0, 0, 2, 2, 0, 1, 2, 1, 4, 3, 0, 0, 1, 6, 0, 1, 0, 2, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 1, 0, 0, 3, 0, 0, 0, 1, 2, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 2, 2, 0, 0, 0, 0, 0, 1, 0, 0, 4, 1, 0, 0, 1, 2, 0, 1, 0, 1, 0, 0, 0], [0, 0, 0, 2, 2, 0, 0, 0, 0, 0, 1, 1, 0, 4, 2, 0, 0, 1, 4, 0, 1, 0, 2, 0, 0, 0], [1, 0, 0, 2, 2, 0, 0, 0, 0, 0, 1, 2, 0, 4, 3, 0, 0, 1, 5, 0, 1, 0, 2, 0, 0, 0], [1, 0, 0, 2, 2, 0, 0, 1, 1, 0, 1, 2, 0, 4, 3, 0, 0, 1, 6, 0, 1, 0, 2, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 6, "sentence": "drunkenness down slows also His him", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0042", "problem_name": "task14_0042"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nof clusters prolific plants It forms", "label": {"final": [1, 0, 2, 0, 1, 3, 0, 0, 3, 0, 0, 3, 1, 1, 3, 2, 0, 3, 4, 3, 1, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 1, 2, 1, 1, 0, 0, 0, 0, 0], [0, 0, 2, 0, 1, 2, 0, 0, 2, 0, 0, 2, 0, 0, 2, 1, 0, 2, 2, 1, 1, 0, 0, 0, 0, 0], [1, 0, 2, 0, 1, 2, 0, 0, 2, 0, 0, 3, 0, 1, 2, 2, 0, 2, 3, 2, 1, 0, 0, 0, 0, 0], [1, 0, 2, 0, 1, 2, 0, 0, 3, 0, 0, 3, 0, 1, 2, 2, 0, 2, 3, 3, 1, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 6, "sentence": "of clusters prolific plants It forms", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0043", "problem_name": "task14_0043"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nattachment Wing involves some fittings aluminium", "label": {"final": [3, 0, 1, 0, 3, 1, 2, 1, 6, 0, 0, 2, 4, 5, 2, 0, 0, 0, 3, 5, 2, 2, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[2, 0, 1, 0, 1, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 3, 0, 0, 0, 0, 0, 0], [2, 0, 1, 0, 1, 0, 1, 1, 1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 3, 0, 0, 1, 0, 0, 0], [2, 0, 1, 0, 2, 0, 1, 1, 2, 0, 0, 1, 1, 3, 1, 0, 0, 0, 1, 3, 0, 2, 1, 0, 0, 0], [2, 0, 1, 0, 3, 0, 1, 1, 2, 0, 0, 1, 2, 3, 2, 0, 0, 0, 2, 3, 0, 2, 1, 0, 0, 0], [2, 0, 1, 0, 3, 1, 2, 1, 4, 0, 0, 1, 2, 4, 2, 0, 0, 0, 3, 5, 0, 2, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 6, "sentence": "attachment Wing involves some fittings aluminium", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0044", "problem_name": "task14_0044"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\navailable its This value affects nutritional", "label": {"final": [6, 1, 1, 0, 3, 2, 0, 1, 5, 0, 0, 4, 0, 2, 1, 0, 0, 1, 3, 5, 2, 2, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[3, 1, 0, 0, 1, 0, 0, 0, 1, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [3, 1, 0, 0, 1, 0, 0, 0, 2, 0, 0, 2, 0, 0, 0, 0, 0, 0, 1, 1, 0, 1, 0, 0, 0, 0], [3, 1, 0, 0, 1, 0, 0, 1, 3, 0, 0, 2, 0, 0, 0, 0, 0, 0, 2, 2, 0, 1, 0, 0, 0, 0], [4, 1, 0, 0, 2, 0, 0, 1, 3, 0, 0, 3, 0, 0, 0, 0, 0, 0, 2, 2, 1, 2, 0, 0, 0, 0], [5, 1, 1, 0, 3, 2, 0, 1, 3, 0, 0, 3, 0, 0, 0, 0, 0, 0, 3, 3, 1, 2, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 6, "sentence": "available its This value affects nutritional", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0045", "problem_name": "task14_0045"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nmay be afterwards Various held competitions", "label": {"final": [4, 1, 1, 2, 4, 1, 0, 1, 3, 0, 0, 1, 2, 1, 3, 1, 0, 3, 3, 3, 1, 1, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [3, 1, 0, 1, 2, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 2, 1, 1, 0, 0, 1, 0, 1, 0], [4, 1, 0, 1, 2, 1, 0, 0, 1, 0, 0, 0, 1, 0, 1, 0, 0, 3, 2, 1, 1, 1, 1, 0, 1, 0], [4, 1, 0, 2, 3, 1, 0, 1, 1, 0, 0, 1, 1, 0, 1, 0, 0, 3, 2, 1, 1, 1, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 6, "sentence": "may be afterwards Various held competitions", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0046", "problem_name": "task14_0046"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nin found Madagascar It East is", "label": {"final": [5, 0, 1, 2, 1, 1, 1, 0, 3, 0, 0, 0, 1, 2, 1, 0, 0, 1, 3, 2, 1, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 1, 0, 0, 1, 0, 0, 0, 0, 2, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [4, 0, 1, 2, 0, 1, 1, 0, 1, 0, 0, 0, 1, 2, 1, 0, 0, 1, 1, 0, 1, 0, 0, 0, 0, 0], [4, 0, 1, 2, 0, 1, 1, 0, 2, 0, 0, 0, 1, 2, 1, 0, 0, 1, 1, 1, 1, 0, 0, 0, 0, 0], [5, 0, 1, 2, 1, 1, 1, 0, 2, 0, 0, 0, 1, 2, 1, 0, 0, 1, 2, 2, 1, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 6, "sentence": "in found Madagascar It East is", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0047", "problem_name": "task14_0047"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nin to preferred work watercolors He", "label": {"final": [1, 0, 1, 1, 5, 1, 0, 1, 1, 0, 1, 1, 0, 1, 4, 1, 0, 6, 1, 2, 0, 0, 2, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 3, 1, 0, 0, 1, 0, 0, 0, 0, 1, 1, 1, 0, 3, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 3, 1, 0, 0, 1, 0, 1, 0, 0, 1, 2, 1, 0, 4, 0, 1, 0, 0, 1, 0, 0, 0], [1, 0, 1, 1, 4, 1, 0, 0, 1, 0, 1, 1, 0, 1, 4, 1, 0, 6, 1, 2, 0, 0, 2, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 6, "sentence": "in to preferred work watercolors He", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0048", "problem_name": "task14_0048"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\n1944 in 1946 First commission period", "label": {"final": [0, 0, 1, 1, 1, 1, 0, 0, 5, 0, 0, 0, 2, 2, 3, 1, 0, 2, 3, 1, 0, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 2, 0, 0, 0, 0, 1, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 0, 1, 0, 0, 4, 0, 0, 0, 2, 2, 2, 0, 0, 1, 3, 1, 0, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 6, "sentence": "1944 in 1946 First commission period", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0049", "problem_name": "task14_0049"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nare May active September and between They", "label": {"final": [4, 2, 1, 1, 9, 0, 0, 1, 1, 0, 0, 0, 2, 2, 0, 1, 0, 2, 1, 4, 0, 1, 1, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0], [3, 0, 1, 0, 2, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 1, 0, 1, 0, 0, 1, 0], [3, 1, 1, 0, 5, 0, 0, 0, 1, 0, 0, 0, 2, 0, 0, 1, 0, 2, 1, 2, 0, 1, 0, 0, 1, 0], [4, 1, 1, 1, 5, 0, 0, 0, 1, 0, 0, 0, 2, 1, 0, 1, 0, 2, 1, 2, 0, 1, 0, 0, 1, 0], [4, 2, 1, 1, 8, 0, 0, 0, 1, 0, 0, 0, 2, 2, 0, 1, 0, 2, 1, 3, 0, 1, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 7, "sentence": "are May active September and between They", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0050", "problem_name": "task14_0050"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nwith occurs This objectives commonly apochromatic most", "label": {"final": [2, 1, 6, 0, 2, 0, 0, 3, 4, 1, 0, 1, 4, 1, 7, 1, 0, 2, 4, 5, 1, 1, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [0, 0, 2, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 1, 1, 1, 1, 0, 1, 0, 0, 0], [0, 0, 2, 0, 0, 0, 0, 2, 2, 0, 0, 0, 0, 0, 1, 0, 0, 1, 2, 2, 1, 0, 1, 0, 0, 0], [0, 1, 3, 0, 2, 0, 0, 2, 3, 1, 0, 0, 0, 0, 2, 0, 0, 1, 3, 3, 1, 1, 1, 0, 0, 0], [0, 1, 4, 0, 2, 0, 0, 2, 3, 1, 0, 1, 2, 1, 4, 0, 0, 1, 3, 3, 1, 1, 1, 0, 1, 0], [2, 1, 6, 0, 2, 0, 0, 3, 4, 1, 0, 1, 3, 1, 6, 1, 0, 2, 3, 4, 1, 1, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 7, "sentence": "with occurs This objectives commonly apochromatic most", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0051", "problem_name": "task14_0051"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nBiden day the President same her renominated", "label": {"final": [3, 1, 0, 4, 8, 0, 0, 2, 3, 0, 0, 0, 2, 4, 1, 1, 0, 3, 2, 3, 0, 0, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 1, 1, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 1, 0, 2, 1, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 1, 0, 2, 2, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0], [1, 1, 0, 3, 4, 0, 0, 1, 2, 0, 0, 0, 0, 2, 0, 1, 0, 1, 1, 2, 0, 0, 0, 0, 1, 0], [2, 1, 0, 3, 5, 0, 0, 1, 2, 0, 0, 0, 1, 2, 0, 1, 0, 1, 2, 2, 0, 0, 0, 0, 1, 0], [2, 1, 0, 3, 6, 0, 0, 2, 2, 0, 0, 0, 1, 2, 0, 1, 0, 2, 2, 2, 0, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 7, "sentence": "Biden day the President same her renominated", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0052", "problem_name": "task14_0052"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nShe in the committee legislation against voted", "label": {"final": [3, 0, 1, 1, 6, 0, 2, 2, 5, 0, 0, 2, 2, 3, 3, 0, 0, 0, 3, 6, 0, 1, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 2, 0, 0, 2, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 4, 0, 0, 2, 2, 0, 0, 0, 2, 1, 1, 0, 0, 0, 1, 3, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 5, 0, 1, 2, 4, 0, 0, 2, 2, 2, 2, 0, 0, 0, 2, 4, 0, 0, 0, 0, 0, 0], [3, 0, 1, 0, 5, 0, 2, 2, 5, 0, 0, 2, 2, 3, 2, 0, 0, 0, 3, 5, 0, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 7, "sentence": "She in the committee legislation against voted", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0053", "problem_name": "task14_0053"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nShe 1915 on launched 25 August was", "label": {"final": [3, 0, 1, 1, 2, 0, 1, 2, 0, 0, 0, 1, 0, 2, 1, 0, 0, 0, 3, 1, 3, 0, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 1, 2, 0, 0, 2, 0, 0, 0, 1, 0, 2, 1, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0], [1, 0, 1, 1, 2, 0, 0, 2, 0, 0, 0, 1, 0, 2, 1, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0], [2, 0, 1, 1, 2, 0, 1, 2, 0, 0, 0, 1, 0, 2, 1, 0, 0, 0, 2, 1, 3, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 7, "sentence": "She 1915 on launched 25 August was", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0054", "problem_name": "task14_0054"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nLive media in appearances and performances other", "label": {"final": [6, 0, 2, 2, 7, 1, 0, 1, 3, 0, 0, 1, 2, 4, 2, 3, 0, 4, 2, 1, 0, 1, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [1, 0, 0, 1, 2, 0, 0, 0, 2, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [1, 0, 0, 1, 2, 0, 0, 0, 3, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [4, 0, 1, 1, 4, 0, 0, 0, 3, 0, 0, 1, 1, 2, 0, 2, 0, 1, 1, 0, 0, 1, 0, 0, 0, 0], [5, 0, 1, 2, 4, 0, 0, 0, 3, 0, 0, 1, 1, 3, 0, 2, 0, 1, 1, 0, 0, 1, 0, 0, 0, 0], [6, 0, 2, 2, 6, 1, 0, 0, 3, 0, 0, 1, 2, 4, 1, 3, 0, 3, 2, 0, 0, 1, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 7, "sentence": "Live media in appearances and performances other", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0055", "problem_name": "task14_0055"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nprogram in fully 2019 was The operational", "label": {"final": [4, 0, 0, 0, 2, 1, 1, 1, 2, 0, 0, 3, 1, 2, 3, 2, 0, 3, 1, 2, 1, 0, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 1, 1, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 1, 1, 1, 1, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 1, 0, 1, 0, 0, 2, 1, 1, 1, 1, 0, 2, 0, 0, 1, 0, 0, 0, 1, 0], [1, 0, 0, 0, 0, 1, 1, 0, 1, 0, 0, 2, 1, 1, 1, 1, 0, 2, 0, 0, 1, 0, 0, 0, 1, 0], [2, 0, 0, 0, 0, 1, 1, 0, 1, 0, 0, 2, 1, 1, 1, 1, 0, 2, 1, 0, 1, 0, 1, 0, 1, 0], [2, 0, 0, 0, 1, 1, 1, 1, 1, 0, 0, 2, 1, 1, 1, 1, 0, 2, 1, 1, 1, 0, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 7, "sentence": "program in fully 2019 was The operational", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0056", "problem_name": "task14_0056"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nPrison and 2022 Fall from power Lefortovo", "label": {"final": [2, 0, 0, 1, 2, 3, 0, 0, 1, 0, 0, 3, 1, 2, 6, 2, 0, 4, 1, 1, 0, 1, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 1, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 2, 1, 1, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 2, 1, 1, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 0, 1, 0, 0, 1, 0, 0, 2, 0, 2, 1, 1, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 0, 2, 0, 0, 1, 0, 0, 2, 1, 2, 2, 1, 0, 2, 1, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 1, 2, 0, 0, 1, 0, 0, 2, 1, 2, 3, 2, 0, 3, 1, 0, 0, 0, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 7, "sentence": "Prison and 2022 Fall from power Lefortovo", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0057", "problem_name": "task14_0057"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nat based Guise Tupigny was Gruppe Nord", "label": {"final": [3, 1, 0, 2, 3, 0, 3, 0, 2, 0, 0, 0, 0, 2, 1, 3, 0, 2, 3, 2, 3, 0, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [2, 1, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [2, 1, 0, 1, 2, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 1, 1, 0, 0, 0, 0, 0], [2, 1, 0, 1, 2, 0, 2, 0, 2, 0, 0, 0, 0, 1, 0, 1, 0, 0, 2, 2, 2, 0, 0, 0, 1, 0], [3, 1, 0, 1, 2, 0, 2, 0, 2, 0, 0, 0, 0, 1, 0, 1, 0, 0, 3, 2, 2, 0, 1, 0, 1, 0], [3, 1, 0, 1, 3, 0, 3, 0, 2, 0, 0, 0, 0, 1, 0, 3, 0, 1, 3, 2, 3, 0, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 7, "sentence": "at based Guise Tupigny was Gruppe Nord", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0058", "problem_name": "task14_0058"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nteacher a His high was school father", "label": {"final": [4, 0, 2, 0, 3, 1, 1, 6, 2, 0, 0, 1, 0, 0, 2, 0, 0, 2, 3, 2, 0, 0, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 1, 0, 2, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0], [2, 0, 1, 0, 2, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0], [2, 0, 1, 0, 2, 0, 0, 2, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0], [2, 0, 1, 0, 2, 0, 1, 4, 2, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0], [3, 0, 1, 0, 2, 0, 1, 4, 2, 0, 0, 0, 0, 0, 0, 0, 0, 1, 2, 1, 0, 0, 1, 0, 0, 0], [3, 0, 2, 0, 2, 0, 1, 5, 2, 0, 0, 1, 0, 0, 2, 0, 0, 1, 3, 1, 0, 0, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 7, "sentence": "teacher a His high was school father", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0059", "problem_name": "task14_0059"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nlooking but kiss Edley her is for They", "label": {"final": [0, 1, 0, 1, 4, 1, 1, 2, 3, 0, 2, 2, 0, 1, 3, 0, 0, 2, 3, 2, 1, 0, 0, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 1, 1, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 1, 0, 1, 0, 1, 1, 0, 1, 2, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 1, 0, 2, 0, 2, 1, 0, 1, 2, 0, 0, 0, 2, 1, 1, 0, 0, 0, 0, 0], [0, 1, 0, 1, 2, 0, 1, 0, 2, 0, 2, 2, 0, 1, 2, 0, 0, 0, 2, 1, 1, 0, 0, 0, 1, 0], [0, 1, 0, 1, 3, 0, 1, 1, 2, 0, 2, 2, 0, 1, 2, 0, 0, 1, 2, 1, 1, 0, 0, 0, 1, 0], [0, 1, 0, 1, 3, 0, 1, 1, 3, 0, 2, 2, 0, 1, 2, 0, 0, 1, 3, 1, 1, 0, 0, 0, 1, 0], [0, 1, 0, 1, 3, 1, 1, 1, 3, 0, 2, 2, 0, 1, 3, 0, 0, 2, 3, 1, 1, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 8, "sentence": "looking but kiss Edley her is for They", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0060", "problem_name": "task14_0060"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nin the moved was place army blockade Once", "label": {"final": [4, 1, 3, 2, 5, 0, 0, 1, 1, 0, 1, 2, 2, 2, 3, 1, 0, 1, 1, 1, 0, 1, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 2, 0, 0, 1, 1, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0], [1, 0, 0, 1, 2, 0, 0, 1, 1, 0, 0, 0, 1, 1, 1, 0, 0, 0, 1, 1, 0, 1, 1, 0, 0, 0], [2, 0, 1, 1, 3, 0, 0, 1, 1, 0, 0, 1, 1, 1, 1, 1, 0, 0, 1, 1, 0, 1, 1, 0, 0, 0], [3, 0, 1, 1, 3, 0, 0, 1, 1, 0, 0, 1, 2, 1, 1, 1, 0, 1, 1, 1, 0, 1, 1, 0, 1, 0], [4, 1, 2, 2, 4, 0, 0, 1, 1, 0, 1, 2, 2, 1, 2, 1, 0, 1, 1, 1, 0, 1, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 8, "sentence": "in the moved was place army blockade Once", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0061", "problem_name": "task14_0061"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nto introduced New This species been Zealand has", "label": {"final": [3, 1, 2, 3, 7, 0, 0, 2, 3, 0, 0, 1, 0, 4, 2, 1, 0, 1, 4, 3, 1, 0, 1, 0, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 2, 1, 0, 0, 0, 1, 0, 0, 0, 0, 1, 2, 0, 0, 1, 0, 2, 1, 0, 0, 0, 0, 0], [0, 0, 1, 2, 2, 0, 0, 0, 1, 0, 0, 0, 0, 2, 2, 0, 0, 1, 0, 2, 1, 0, 1, 0, 0, 0], [0, 0, 1, 2, 2, 0, 0, 1, 2, 0, 0, 0, 0, 2, 2, 0, 0, 1, 1, 3, 1, 0, 1, 0, 0, 0], [0, 0, 2, 2, 4, 0, 0, 1, 3, 0, 0, 0, 0, 2, 2, 1, 0, 1, 3, 3, 1, 0, 1, 0, 0, 0], [0, 1, 2, 2, 6, 0, 0, 1, 3, 0, 0, 0, 0, 3, 2, 1, 0, 1, 3, 3, 1, 0, 1, 0, 0, 0], [2, 1, 2, 3, 7, 0, 0, 1, 3, 0, 0, 1, 0, 4, 2, 1, 0, 1, 3, 3, 1, 0, 1, 0, 0, 1]]}, "config": {"num_sentences": 43652, "num_words": 8, "sentence": "to introduced New This species been Zealand has", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0062", "problem_name": "task14_0062"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nMay on 20 2016 office then took He", "label": {"final": [1, 0, 1, 0, 3, 2, 0, 2, 1, 0, 1, 0, 1, 2, 4, 0, 0, 0, 0, 2, 0, 0, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 0, 1, 0, 1, 2, 0, 0, 1, 0, 0, 0, 1, 1, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 0, 1, 0, 2, 2, 0, 1, 1, 0, 0, 0, 1, 2, 2, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0], [1, 0, 1, 0, 2, 2, 0, 1, 1, 0, 1, 0, 1, 2, 4, 0, 0, 0, 0, 2, 0, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 8, "sentence": "May on 20 2016 office then took He", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0063", "problem_name": "task14_0063"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nboy released Bubblegum In 2005 the single was", "label": {"final": [2, 4, 0, 1, 6, 0, 2, 1, 2, 0, 0, 3, 1, 2, 1, 0, 0, 1, 3, 1, 2, 0, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 1, 0, 1, 3, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 1, 0], [1, 4, 0, 1, 4, 0, 1, 0, 0, 0, 0, 2, 1, 0, 1, 0, 0, 1, 1, 0, 2, 0, 0, 0, 1, 0], [1, 4, 0, 1, 4, 0, 1, 0, 1, 0, 0, 2, 1, 1, 1, 0, 0, 1, 1, 0, 2, 0, 0, 0, 1, 0], [1, 4, 0, 1, 4, 0, 1, 0, 1, 0, 0, 2, 1, 1, 1, 0, 0, 1, 1, 0, 2, 0, 0, 0, 1, 0], [1, 4, 0, 1, 5, 0, 1, 1, 1, 0, 0, 2, 1, 1, 1, 0, 0, 1, 1, 1, 2, 0, 0, 0, 1, 0], [1, 4, 0, 1, 6, 0, 2, 1, 2, 0, 0, 3, 1, 2, 1, 0, 0, 1, 2, 1, 2, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 8, "sentence": "boy released Bubblegum In 2005 the single was", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0064", "problem_name": "task14_0064"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\npools a focus the anchialine was Preserving major", "label": {"final": [5, 0, 2, 0, 4, 1, 1, 2, 3, 1, 0, 2, 1, 3, 4, 2, 0, 3, 4, 1, 1, 1, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 2, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 2, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 3, 1, 0, 0, 2, 0, 1, 0, 0, 0, 0, 0], [1, 0, 1, 0, 1, 1, 0, 1, 0, 0, 0, 1, 0, 0, 3, 1, 0, 0, 2, 1, 1, 0, 0, 0, 0, 0], [3, 0, 2, 0, 2, 1, 0, 2, 2, 0, 0, 2, 0, 2, 3, 1, 0, 0, 2, 1, 1, 0, 0, 0, 0, 0], [4, 0, 2, 0, 2, 1, 0, 2, 2, 0, 0, 2, 0, 2, 3, 1, 0, 0, 3, 1, 1, 0, 1, 0, 0, 0], [4, 0, 2, 0, 4, 1, 1, 2, 3, 0, 0, 2, 0, 3, 3, 2, 0, 2, 4, 1, 1, 1, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 8, "sentence": "pools a focus the anchialine was Preserving major", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0065", "problem_name": "task14_0065"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nMarch In reportedly the deactivated was website 2019", "label": {"final": [4, 1, 2, 3, 7, 0, 0, 2, 3, 0, 0, 1, 1, 1, 1, 1, 0, 3, 2, 5, 0, 1, 2, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 1, 2, 0, 0, 1, 1, 0, 0, 1, 1, 1, 1, 1, 0, 3, 0, 1, 0, 0, 0, 0, 1, 0], [1, 0, 1, 1, 3, 0, 0, 2, 1, 0, 0, 1, 1, 1, 1, 1, 0, 3, 0, 2, 0, 0, 0, 0, 1, 0], [3, 0, 2, 3, 5, 0, 0, 2, 2, 0, 0, 1, 1, 1, 1, 1, 0, 3, 0, 4, 0, 1, 0, 0, 1, 0], [4, 0, 2, 3, 5, 0, 0, 2, 2, 0, 0, 1, 1, 1, 1, 1, 0, 3, 1, 4, 0, 1, 1, 0, 1, 0], [4, 1, 2, 3, 7, 0, 0, 2, 3, 0, 0, 1, 1, 1, 1, 1, 0, 3, 2, 5, 0, 1, 2, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 8, "sentence": "March In reportedly the deactivated was website 2019", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0066", "problem_name": "task14_0066"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nto Durian related the It dna is wise", "label": {"final": [3, 0, 0, 3, 4, 0, 0, 1, 4, 0, 0, 1, 0, 2, 1, 0, 0, 2, 2, 4, 1, 0, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0], [2, 0, 0, 2, 2, 0, 0, 0, 1, 0, 0, 1, 0, 1, 1, 0, 0, 2, 0, 2, 1, 0, 0, 0, 0, 0], [2, 0, 0, 2, 3, 0, 0, 1, 1, 0, 0, 1, 0, 1, 1, 0, 0, 2, 0, 3, 1, 0, 0, 0, 0, 0], [2, 0, 0, 2, 3, 0, 0, 1, 2, 0, 0, 1, 0, 1, 1, 0, 0, 2, 0, 4, 1, 0, 0, 0, 0, 0], [3, 0, 0, 3, 3, 0, 0, 1, 2, 0, 0, 1, 0, 2, 1, 0, 0, 2, 0, 4, 1, 0, 0, 0, 0, 0], [3, 0, 0, 3, 3, 0, 0, 1, 3, 0, 0, 1, 0, 2, 1, 0, 0, 2, 1, 4, 1, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 8, "sentence": "to Durian related the It dna is wise", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0067", "problem_name": "task14_0067"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nfounder of Keefe the Quality Milk is Maritime", "label": {"final": [2, 0, 0, 1, 6, 3, 0, 1, 5, 0, 2, 2, 3, 1, 2, 0, 1, 2, 1, 3, 2, 0, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 2, 0, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 4, 3, 0, 0, 0, 0, 1, 0, 0, 1, 2, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 5, 3, 0, 1, 0, 0, 1, 0, 0, 1, 2, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0], [1, 0, 0, 1, 5, 3, 0, 1, 1, 0, 1, 1, 0, 1, 2, 0, 1, 1, 0, 2, 2, 0, 0, 0, 1, 0], [1, 0, 0, 1, 5, 3, 0, 1, 2, 0, 2, 2, 1, 1, 2, 0, 1, 1, 0, 2, 2, 0, 0, 0, 1, 0], [1, 0, 0, 1, 5, 3, 0, 1, 3, 0, 2, 2, 1, 1, 2, 0, 1, 1, 1, 2, 2, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 8, "sentence": "founder of Keefe the Quality Milk is Maritime", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0068", "problem_name": "task14_0068"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ndecommissioned May on LSM 28 1946 was 478", "label": {"final": [2, 0, 1, 2, 2, 0, 0, 0, 2, 0, 0, 1, 4, 2, 3, 0, 0, 0, 4, 0, 0, 0, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 2, 2, 0, 0, 0, 2, 0, 0, 0, 2, 1, 2, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 2, 2, 0, 0, 0, 2, 0, 0, 0, 3, 1, 2, 0, 0, 0, 2, 0, 0, 0, 0, 0, 1, 0], [1, 0, 1, 2, 2, 0, 0, 0, 2, 0, 0, 0, 3, 2, 3, 0, 0, 0, 2, 0, 0, 0, 0, 0, 1, 0], [1, 0, 1, 2, 2, 0, 0, 0, 2, 0, 0, 1, 4, 2, 3, 0, 0, 0, 3, 0, 0, 0, 0, 0, 1, 0], [1, 0, 1, 2, 2, 0, 0, 0, 2, 0, 0, 1, 4, 2, 3, 0, 0, 0, 3, 0, 0, 0, 0, 0, 1, 0], [1, 0, 1, 2, 2, 0, 0, 0, 2, 0, 0, 1, 4, 2, 3, 0, 0, 0, 3, 0, 0, 0, 0, 0, 1, 0], [2, 0, 1, 2, 2, 0, 0, 0, 2, 0, 0, 1, 4, 2, 3, 0, 0, 0, 4, 0, 0, 0, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 8, "sentence": "decommissioned May on LSM 28 1946 was 478", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0069", "problem_name": "task14_0069"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nin Heights at the was Jabiyah The capital Golan", "label": {"final": [7, 1, 1, 0, 3, 0, 2, 5, 4, 1, 0, 2, 0, 2, 1, 1, 0, 0, 2, 5, 0, 0, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 1, 2, 2, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 1, 2, 2, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 2, 0, 1, 3, 2, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 3, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 2, 0, 1, 3, 2, 0, 0, 0, 0, 1, 0, 0, 0, 0, 2, 3, 0, 0, 1, 0, 0, 0], [4, 1, 0, 0, 2, 0, 1, 4, 3, 1, 0, 0, 0, 1, 0, 0, 0, 0, 2, 3, 0, 0, 1, 0, 1, 0], [4, 1, 0, 0, 3, 0, 1, 5, 3, 1, 0, 0, 0, 1, 0, 0, 0, 0, 2, 4, 0, 0, 1, 0, 1, 0], [6, 1, 1, 0, 3, 0, 1, 5, 4, 1, 0, 1, 0, 1, 0, 1, 0, 0, 2, 5, 0, 0, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 9, "sentence": "in Heights at the was Jabiyah The capital Golan", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0070", "problem_name": "task14_0070"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nin Hit simply It opened Factory The as 1993", "label": {"final": [2, 0, 1, 1, 3, 1, 0, 2, 4, 0, 0, 1, 1, 2, 2, 2, 0, 1, 2, 4, 0, 0, 0, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 1, 3, 0, 0, 1, 1, 1, 0, 1, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 0, 0, 1, 4, 0, 0, 1, 1, 1, 0, 1, 0, 0, 1, 2, 0, 0, 0, 0, 1, 0], [0, 0, 0, 1, 2, 0, 0, 1, 4, 0, 0, 1, 1, 2, 1, 2, 0, 0, 1, 2, 0, 0, 0, 0, 1, 0], [1, 0, 1, 1, 2, 1, 0, 1, 4, 0, 0, 1, 1, 2, 2, 2, 0, 1, 1, 3, 0, 0, 0, 0, 2, 0], [1, 0, 1, 1, 3, 1, 0, 2, 4, 0, 0, 1, 1, 2, 2, 2, 0, 1, 1, 4, 0, 0, 0, 0, 2, 0], [2, 0, 1, 1, 3, 1, 0, 2, 4, 0, 0, 1, 1, 2, 2, 2, 0, 1, 2, 4, 0, 0, 0, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 9, "sentence": "in Hit simply It opened Factory The as 1993", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0071", "problem_name": "task14_0071"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nlist of found in a This Nicaragua is amphibians", "label": {"final": [6, 1, 1, 1, 0, 2, 1, 2, 7, 0, 0, 1, 1, 4, 2, 1, 0, 1, 4, 2, 2, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 2, 0, 0, 1, 0, 0, 1, 0, 1, 2, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 2, 0, 0, 2, 0, 0, 1, 0, 2, 2, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 2, 0, 0, 2, 0, 0, 1, 0, 2, 2, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 2, 0, 1, 3, 0, 0, 1, 0, 2, 2, 0, 0, 0, 2, 2, 1, 0, 0, 0, 0, 0], [4, 0, 1, 1, 0, 2, 1, 1, 4, 0, 0, 1, 0, 3, 2, 0, 0, 1, 2, 2, 2, 0, 0, 0, 0, 0], [4, 0, 1, 1, 0, 2, 1, 1, 5, 0, 0, 1, 0, 3, 2, 0, 0, 1, 3, 2, 2, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 9, "sentence": "list of found in a This Nicaragua is amphibians", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0072", "problem_name": "task14_0072"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nleft In Chestnut 1903 the he Street for congregation", "label": {"final": [1, 0, 2, 0, 7, 2, 2, 3, 2, 0, 0, 1, 0, 4, 3, 0, 0, 3, 2, 7, 1, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 1, 0, 0, 1, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 2, 1, 0, 1, 1, 0, 0, 1, 0, 2, 0, 0, 0, 0, 1, 3, 1, 0, 0, 0, 0, 0], [0, 0, 1, 0, 2, 1, 0, 1, 1, 0, 0, 1, 0, 2, 0, 0, 0, 0, 1, 3, 1, 0, 0, 0, 0, 0], [0, 0, 1, 0, 3, 1, 0, 2, 1, 0, 0, 1, 0, 2, 0, 0, 0, 0, 1, 4, 1, 0, 0, 0, 0, 0], [0, 0, 1, 0, 4, 1, 0, 3, 1, 0, 0, 1, 0, 2, 0, 0, 0, 0, 1, 4, 1, 0, 0, 0, 0, 0], [0, 0, 1, 0, 6, 1, 0, 3, 1, 0, 0, 1, 0, 2, 0, 0, 0, 1, 2, 6, 1, 0, 0, 0, 0, 0], [0, 0, 1, 0, 6, 2, 0, 3, 1, 0, 0, 1, 0, 2, 1, 0, 0, 2, 2, 6, 1, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 9, "sentence": "left In Chestnut 1903 the he Street for congregation", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0073", "problem_name": "task14_0073"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nits Food peak Kessel comprised 24 At stores Markets", "label": {"final": [3, 0, 1, 2, 6, 1, 0, 0, 2, 0, 3, 1, 2, 0, 4, 2, 0, 3, 7, 4, 0, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 2, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 1, 1, 0, 0, 1, 0, 1, 0, 0, 0, 2, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 3, 1, 0, 0, 1, 0, 2, 1, 0, 0, 2, 1, 0, 0, 3, 1, 0, 0, 0, 0, 0, 0], [1, 0, 1, 2, 4, 1, 0, 0, 2, 0, 2, 1, 1, 0, 3, 2, 0, 1, 4, 1, 0, 0, 0, 0, 0, 0], [1, 0, 1, 2, 4, 1, 0, 0, 2, 0, 2, 1, 1, 0, 3, 2, 0, 1, 4, 1, 0, 0, 0, 0, 0, 0], [2, 0, 1, 2, 4, 1, 0, 0, 2, 0, 2, 1, 1, 0, 3, 2, 0, 1, 4, 2, 0, 0, 0, 0, 0, 0], [2, 0, 1, 2, 5, 1, 0, 0, 2, 0, 2, 1, 1, 0, 4, 2, 0, 2, 6, 3, 0, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 9, "sentence": "its Food peak Kessel comprised 24 At stores Markets", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0074", "problem_name": "task14_0074"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nbut ships Two they completed ordered were never more", "label": {"final": [0, 1, 1, 3, 10, 0, 0, 2, 1, 0, 0, 1, 2, 1, 4, 2, 0, 5, 2, 4, 1, 1, 2, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 2, 1, 1, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 2, 2, 1, 0, 1, 0, 0, 0], [0, 1, 0, 0, 1, 0, 0, 2, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 2, 3, 1, 0, 1, 0, 1, 0], [0, 1, 1, 1, 3, 0, 0, 2, 1, 0, 0, 1, 1, 0, 2, 2, 0, 0, 2, 4, 1, 0, 1, 0, 1, 0], [0, 1, 1, 3, 5, 0, 0, 2, 1, 0, 0, 1, 1, 0, 3, 2, 0, 2, 2, 4, 1, 0, 1, 0, 1, 0], [0, 1, 1, 3, 7, 0, 0, 2, 1, 0, 0, 1, 1, 0, 3, 2, 0, 3, 2, 4, 1, 0, 2, 0, 1, 0], [0, 1, 1, 3, 9, 0, 0, 2, 1, 0, 0, 1, 1, 1, 3, 2, 0, 4, 2, 4, 1, 1, 2, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 9, "sentence": "but ships Two they completed ordered were never more", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0075", "problem_name": "task14_0075"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nasks to Eliot Geoffrey Derek introduce and him Philip", "label": {"final": [2, 0, 1, 3, 6, 2, 1, 2, 5, 0, 2, 2, 1, 2, 4, 2, 0, 3, 2, 3, 1, 0, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 2, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 1, 1, 0, 0, 2, 0, 0, 0, 2, 2, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 3, 2, 1, 0, 1, 0, 1, 1, 0, 0, 3, 0, 0, 1, 2, 2, 0, 0, 0, 0, 1, 0], [1, 0, 0, 1, 5, 2, 1, 0, 1, 0, 2, 1, 0, 0, 3, 0, 0, 2, 2, 2, 0, 0, 0, 0, 1, 0], [1, 0, 1, 2, 6, 2, 1, 0, 2, 0, 2, 1, 0, 1, 4, 0, 0, 3, 2, 3, 1, 0, 0, 0, 1, 0], [2, 0, 1, 3, 6, 2, 1, 0, 2, 0, 2, 1, 0, 2, 4, 0, 0, 3, 2, 3, 1, 0, 0, 0, 1, 0], [2, 0, 1, 3, 6, 2, 1, 1, 3, 0, 2, 1, 1, 2, 4, 0, 0, 3, 2, 3, 1, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 9, "sentence": "asks to Eliot Geoffrey Derek introduce and him Philip", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0076", "problem_name": "task14_0076"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nto invited with also dine was General Mangin He", "label": {"final": [4, 0, 0, 2, 5, 0, 2, 2, 5, 0, 0, 2, 1, 5, 2, 0, 0, 1, 2, 3, 0, 1, 2, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 0, 0, 0, 2, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 2, 0, 1, 0, 0, 0, 0], [0, 0, 0, 1, 1, 0, 0, 1, 3, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 3, 0, 1, 1, 0, 0, 0], [1, 0, 0, 1, 1, 0, 0, 1, 3, 0, 0, 1, 0, 1, 2, 0, 0, 0, 1, 3, 0, 1, 1, 0, 0, 0], [1, 0, 0, 2, 2, 0, 0, 1, 4, 0, 0, 1, 0, 2, 2, 0, 0, 0, 1, 3, 0, 1, 1, 0, 0, 0], [2, 0, 0, 2, 2, 0, 0, 1, 4, 0, 0, 1, 0, 2, 2, 0, 0, 0, 2, 3, 0, 1, 2, 0, 0, 0], [3, 0, 0, 2, 4, 0, 1, 1, 4, 0, 0, 2, 0, 3, 2, 0, 0, 1, 2, 3, 0, 1, 2, 0, 0, 0], [4, 0, 0, 2, 4, 0, 2, 1, 5, 0, 0, 2, 1, 5, 2, 0, 0, 1, 2, 3, 0, 1, 2, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 9, "sentence": "to invited with also dine was General Mangin He", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0077", "problem_name": "task14_0077"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nuniversity a professor years also was fifteen for He", "label": {"final": [4, 0, 0, 0, 6, 4, 0, 1, 3, 0, 0, 1, 0, 2, 4, 1, 0, 5, 6, 2, 1, 1, 1, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 0, 2, 0, 0, 0, 0, 1, 0, 0, 0, 1, 1, 1, 1, 1, 0, 0, 1, 0], [1, 0, 0, 0, 1, 0, 0, 0, 2, 0, 0, 0, 0, 1, 0, 0, 0, 1, 1, 1, 1, 1, 0, 0, 1, 0], [1, 0, 0, 0, 2, 1, 0, 0, 2, 0, 0, 0, 0, 1, 2, 1, 0, 3, 3, 1, 1, 1, 0, 0, 1, 0], [2, 0, 0, 0, 3, 1, 0, 0, 2, 0, 0, 0, 0, 1, 2, 1, 0, 4, 4, 1, 1, 1, 0, 0, 2, 0], [3, 0, 0, 0, 3, 1, 0, 0, 2, 0, 0, 1, 0, 1, 3, 1, 0, 4, 5, 1, 1, 1, 0, 0, 2, 0], [4, 0, 0, 0, 3, 1, 0, 0, 2, 0, 0, 1, 0, 1, 3, 1, 0, 4, 6, 1, 1, 1, 1, 0, 2, 0], [4, 0, 0, 0, 5, 3, 0, 0, 3, 0, 0, 1, 0, 2, 3, 1, 0, 4, 6, 2, 1, 1, 1, 0, 2, 0], [4, 0, 0, 0, 5, 4, 0, 0, 3, 0, 0, 1, 0, 2, 4, 1, 0, 5, 6, 2, 1, 1, 1, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 9, "sentence": "university a professor years also was fifteen for He", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0078", "problem_name": "task14_0078"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nmember of Rep a committees the following Loong is", "label": {"final": [1, 1, 1, 0, 6, 2, 2, 1, 3, 0, 0, 3, 4, 2, 6, 1, 0, 2, 2, 3, 0, 0, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 2, 1, 0, 0, 0, 0, 0, 0, 2, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 3, 1, 0, 0, 0, 0, 0, 0, 2, 0, 1, 1, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0], [1, 1, 0, 0, 3, 1, 0, 0, 0, 0, 0, 0, 2, 0, 1, 1, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0], [1, 1, 1, 0, 5, 1, 0, 0, 1, 0, 0, 0, 4, 0, 2, 1, 0, 2, 1, 2, 0, 0, 0, 0, 0, 0], [1, 1, 1, 0, 6, 1, 0, 1, 1, 0, 0, 0, 4, 0, 2, 1, 0, 2, 1, 3, 0, 0, 0, 0, 0, 0], [1, 1, 1, 0, 6, 2, 1, 1, 2, 0, 0, 2, 4, 1, 4, 1, 0, 2, 1, 3, 0, 0, 1, 0, 0, 0], [1, 1, 1, 0, 6, 2, 2, 1, 2, 0, 0, 3, 4, 2, 6, 1, 0, 2, 1, 3, 0, 0, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 9, "sentence": "member of Rep a committees the following Loong is", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0079", "problem_name": "task14_0079"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ndepositional Such observed not a on data geometry been has", "label": {"final": [5, 2, 1, 3, 7, 0, 1, 2, 2, 0, 0, 1, 1, 4, 6, 1, 0, 2, 4, 4, 1, 1, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 1, 1, 0, 0, 0, 2, 0, 0, 1, 0, 1, 2, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [1, 0, 1, 1, 1, 0, 0, 1, 2, 0, 0, 1, 0, 1, 2, 1, 0, 0, 2, 1, 1, 0, 0, 0, 0, 0], [1, 1, 1, 2, 3, 0, 0, 1, 2, 0, 0, 1, 0, 1, 3, 1, 0, 1, 3, 1, 1, 1, 0, 0, 0, 0], [1, 1, 1, 2, 3, 0, 0, 1, 2, 0, 0, 1, 0, 2, 4, 1, 0, 1, 3, 2, 1, 1, 0, 0, 0, 0], [2, 1, 1, 2, 3, 0, 0, 1, 2, 0, 0, 1, 0, 2, 4, 1, 0, 1, 3, 2, 1, 1, 0, 0, 0, 0], [2, 1, 1, 2, 3, 0, 0, 1, 2, 0, 0, 1, 0, 3, 5, 1, 0, 1, 3, 2, 1, 1, 0, 0, 0, 0], [4, 1, 1, 3, 3, 0, 0, 1, 2, 0, 0, 1, 0, 3, 5, 1, 0, 1, 3, 3, 1, 1, 0, 0, 0, 0], [4, 1, 1, 3, 5, 0, 1, 1, 2, 0, 0, 1, 1, 3, 6, 1, 0, 2, 3, 4, 1, 1, 0, 0, 1, 0], [4, 2, 1, 3, 7, 0, 1, 1, 2, 0, 0, 1, 1, 4, 6, 1, 0, 2, 3, 4, 1, 1, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 10, "sentence": "depositional Such observed not a on data geometry been has", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0080", "problem_name": "task14_0080"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nevidently traversed the and only underlies reserve present The road", "label": {"final": [3, 0, 0, 5, 13, 0, 0, 2, 2, 0, 0, 3, 0, 5, 2, 1, 0, 7, 4, 5, 1, 3, 0, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 2, 0, 0, 0, 1, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 1, 0], [1, 0, 0, 2, 4, 0, 0, 0, 1, 0, 0, 1, 0, 1, 0, 0, 0, 2, 1, 2, 0, 2, 0, 0, 1, 0], [1, 0, 0, 2, 5, 0, 0, 1, 1, 0, 0, 1, 0, 1, 0, 0, 0, 2, 1, 3, 0, 2, 0, 0, 1, 0], [2, 0, 0, 3, 5, 0, 0, 1, 1, 0, 0, 1, 0, 2, 0, 0, 0, 2, 1, 3, 0, 2, 0, 0, 1, 0], [2, 0, 0, 3, 5, 0, 0, 1, 1, 0, 0, 2, 0, 3, 1, 0, 0, 2, 1, 3, 0, 2, 0, 0, 2, 0], [2, 0, 0, 4, 7, 0, 0, 1, 2, 0, 0, 3, 0, 4, 1, 0, 0, 3, 2, 3, 1, 2, 0, 0, 2, 0], [2, 0, 0, 4, 10, 0, 0, 1, 2, 0, 0, 3, 0, 4, 1, 0, 0, 5, 3, 3, 1, 3, 0, 0, 2, 0], [2, 0, 0, 4, 12, 0, 0, 1, 2, 0, 0, 3, 0, 5, 1, 1, 0, 6, 4, 4, 1, 3, 0, 0, 2, 0], [2, 0, 0, 4, 13, 0, 0, 2, 2, 0, 0, 3, 0, 5, 1, 1, 0, 6, 4, 5, 1, 3, 0, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 10, "sentence": "evidently traversed the and only underlies reserve present The road", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0081", "problem_name": "task14_0081"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nin first Paris book 1987 Hollywood published was his film", "label": {"final": [2, 2, 0, 2, 1, 2, 0, 3, 6, 0, 1, 4, 1, 1, 5, 2, 0, 2, 5, 1, 1, 0, 2, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 2, 0, 0, 0, 0, 1, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 0, 0, 3, 0, 0, 0, 0, 1, 0, 1, 0, 2, 2, 1, 0, 0, 0, 0, 0, 0], [1, 1, 0, 0, 0, 1, 0, 0, 3, 0, 1, 0, 0, 1, 2, 1, 0, 2, 2, 1, 0, 0, 0, 0, 0, 0], [1, 1, 0, 0, 0, 1, 0, 0, 3, 0, 1, 0, 0, 1, 2, 1, 0, 2, 2, 1, 0, 0, 0, 0, 0, 0], [1, 1, 0, 1, 0, 1, 0, 1, 3, 0, 1, 2, 0, 1, 5, 1, 0, 2, 2, 1, 0, 0, 1, 0, 1, 0], [1, 2, 0, 2, 1, 1, 0, 2, 4, 0, 1, 3, 0, 1, 5, 2, 0, 2, 3, 1, 1, 0, 1, 0, 1, 0], [2, 2, 0, 2, 1, 1, 0, 2, 4, 0, 1, 3, 0, 1, 5, 2, 0, 2, 4, 1, 1, 0, 2, 0, 1, 0], [2, 2, 0, 2, 1, 1, 0, 3, 5, 0, 1, 3, 0, 1, 5, 2, 0, 2, 5, 1, 1, 0, 2, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 10, "sentence": "in first Paris book 1987 Hollywood published was his film", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0082", "problem_name": "task14_0082"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nreleased Baker February Jets 20 2009 the On by was", "label": {"final": [4, 3, 0, 1, 7, 1, 0, 1, 0, 1, 1, 1, 0, 1, 1, 0, 0, 4, 3, 2, 1, 0, 1, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 1, 3, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [2, 1, 0, 1, 4, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 2, 1, 0, 0, 0, 0, 0, 0, 0], [3, 2, 0, 1, 5, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 4, 1, 0, 1, 0, 0, 0, 1, 0], [3, 2, 0, 1, 6, 1, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 4, 2, 1, 1, 0, 0, 0, 1, 0], [3, 2, 0, 1, 6, 1, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 4, 2, 1, 1, 0, 0, 0, 1, 0], [3, 2, 0, 1, 6, 1, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 4, 2, 1, 1, 0, 0, 0, 1, 0], [3, 2, 0, 1, 7, 1, 0, 1, 0, 1, 1, 1, 0, 0, 0, 0, 0, 4, 2, 2, 1, 0, 0, 0, 1, 0], [3, 2, 0, 1, 7, 1, 0, 1, 0, 1, 1, 1, 0, 1, 1, 0, 0, 4, 2, 2, 1, 0, 0, 0, 1, 0], [3, 3, 0, 1, 7, 1, 0, 1, 0, 1, 1, 1, 0, 1, 1, 0, 0, 4, 2, 2, 1, 0, 0, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 10, "sentence": "released Baker February Jets 20 2009 the On by was", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0083", "problem_name": "task14_0083"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ndo character not applaud a Iago nuanced universally Scholars as", "label": {"final": [10, 0, 4, 3, 3, 0, 1, 2, 2, 0, 0, 4, 0, 4, 4, 2, 0, 4, 4, 2, 3, 1, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 2, 1, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 2, 0, 1, 0, 0, 0, 0, 0, 0], [2, 0, 2, 1, 1, 0, 0, 1, 0, 0, 0, 0, 0, 1, 2, 0, 0, 2, 0, 2, 0, 0, 0, 0, 0, 0], [4, 0, 2, 2, 1, 0, 0, 1, 0, 0, 0, 1, 0, 1, 2, 2, 0, 2, 0, 2, 1, 0, 0, 0, 0, 0], [5, 0, 2, 2, 1, 0, 0, 1, 0, 0, 0, 1, 0, 1, 2, 2, 0, 2, 0, 2, 1, 0, 0, 0, 0, 0], [6, 0, 2, 2, 1, 0, 1, 1, 1, 0, 0, 1, 0, 1, 3, 2, 0, 2, 0, 2, 1, 0, 0, 0, 0, 0], [7, 0, 3, 3, 2, 0, 1, 1, 1, 0, 0, 1, 0, 3, 3, 2, 0, 2, 0, 2, 2, 0, 0, 0, 0, 0], [8, 0, 3, 3, 3, 0, 1, 1, 2, 0, 0, 3, 0, 4, 3, 2, 0, 3, 1, 2, 3, 1, 0, 0, 1, 0], [9, 0, 4, 3, 3, 0, 1, 2, 2, 0, 0, 4, 0, 4, 4, 2, 0, 4, 3, 2, 3, 1, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 10, "sentence": "do character not applaud a Iago nuanced universally Scholars as", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0084", "problem_name": "task14_0084"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nCathy together and wife husband By now as live Chris", "label": {"final": [4, 2, 2, 2, 4, 1, 1, 4, 3, 0, 0, 1, 0, 3, 2, 0, 0, 2, 3, 3, 1, 1, 2, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0], [1, 0, 1, 0, 2, 0, 1, 2, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 3, 0, 0, 0, 0, 1, 0], [2, 0, 1, 1, 2, 0, 1, 2, 0, 0, 0, 0, 0, 1, 1, 0, 0, 1, 0, 3, 0, 0, 0, 0, 1, 0], [2, 0, 1, 1, 3, 1, 1, 2, 1, 0, 0, 0, 0, 1, 1, 0, 0, 1, 0, 3, 0, 0, 1, 0, 1, 0], [3, 1, 1, 2, 3, 1, 1, 3, 1, 0, 0, 0, 0, 2, 1, 0, 0, 1, 1, 3, 1, 0, 1, 0, 1, 0], [3, 2, 1, 2, 3, 1, 1, 3, 1, 0, 0, 0, 0, 2, 1, 0, 0, 1, 1, 3, 1, 0, 1, 0, 2, 0], [3, 2, 1, 2, 3, 1, 1, 3, 1, 0, 0, 0, 0, 3, 2, 0, 0, 1, 1, 3, 1, 0, 2, 0, 2, 0], [4, 2, 1, 2, 3, 1, 1, 3, 1, 0, 0, 0, 0, 3, 2, 0, 0, 1, 2, 3, 1, 0, 2, 0, 2, 0], [4, 2, 1, 2, 4, 1, 1, 3, 2, 0, 0, 1, 0, 3, 2, 0, 0, 1, 2, 3, 1, 1, 2, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 10, "sentence": "Cathy together and wife husband By now as live Chris", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0085", "problem_name": "task14_0085"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nof night done on Saptami the also Also is Jagran", "label": {"final": [6, 0, 0, 1, 2, 1, 2, 2, 3, 1, 0, 2, 1, 4, 5, 1, 0, 1, 4, 3, 0, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 1, 1, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, 2, 2, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, 3, 3, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 1, 1, 1, 1, 2, 0, 0, 0, 1, 3, 3, 1, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 2, 1, 1, 2, 2, 0, 0, 0, 1, 3, 3, 1, 0, 0, 1, 3, 0, 0, 0, 0, 0, 0], [3, 0, 0, 1, 2, 1, 1, 2, 2, 0, 0, 1, 1, 3, 4, 1, 0, 0, 2, 3, 0, 0, 0, 0, 0, 0], [4, 0, 0, 1, 2, 1, 1, 2, 2, 0, 0, 2, 1, 3, 5, 1, 0, 0, 3, 3, 0, 0, 0, 0, 0, 0], [4, 0, 0, 1, 2, 1, 1, 2, 3, 0, 0, 2, 1, 3, 5, 1, 0, 0, 4, 3, 0, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 10, "sentence": "of night done on Saptami the also Also is Jagran", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0086", "problem_name": "task14_0086"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nmain botanist a and Knight lichens interest keen was his", "label": {"final": [5, 1, 1, 1, 5, 0, 1, 3, 6, 0, 2, 1, 1, 7, 1, 0, 0, 1, 5, 5, 0, 0, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [2, 1, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 1, 2, 1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [3, 1, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 1, 2, 1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [4, 1, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 1, 3, 1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [4, 1, 0, 1, 0, 0, 1, 1, 3, 0, 1, 0, 1, 4, 1, 0, 0, 0, 1, 3, 0, 0, 0, 0, 0, 0], [4, 1, 1, 1, 1, 0, 1, 2, 4, 0, 1, 1, 1, 5, 1, 0, 0, 0, 2, 3, 0, 0, 0, 0, 0, 0], [4, 1, 1, 1, 3, 0, 1, 2, 5, 0, 1, 1, 1, 6, 1, 0, 0, 1, 3, 5, 0, 0, 0, 0, 0, 0], [4, 1, 1, 1, 5, 0, 1, 2, 5, 0, 2, 1, 1, 7, 1, 0, 0, 1, 3, 5, 0, 0, 0, 0, 0, 0], [5, 1, 1, 1, 5, 0, 1, 2, 5, 0, 2, 1, 1, 7, 1, 0, 0, 1, 4, 5, 0, 0, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 10, "sentence": "main botanist a and Knight lichens interest keen was his", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0087", "problem_name": "task14_0087"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nextra marital affairs on psychology and based child It is", "label": {"final": [7, 1, 2, 3, 2, 2, 1, 2, 5, 0, 0, 3, 1, 2, 3, 1, 0, 3, 4, 3, 0, 0, 0, 1, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 1, 0, 0], [3, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 1, 1, 0, 0, 0, 0, 2, 0, 2, 0, 0, 0, 1, 0, 0], [5, 0, 0, 0, 1, 2, 0, 0, 2, 0, 0, 1, 1, 0, 0, 0, 0, 3, 1, 2, 0, 0, 0, 1, 0, 0], [5, 0, 0, 0, 1, 2, 0, 0, 2, 0, 0, 1, 1, 1, 1, 0, 0, 3, 1, 2, 0, 0, 0, 1, 0, 0], [5, 0, 1, 0, 1, 2, 1, 1, 2, 0, 0, 2, 1, 1, 3, 1, 0, 3, 2, 2, 0, 0, 0, 1, 2, 0], [6, 0, 1, 1, 1, 2, 1, 1, 2, 0, 0, 2, 1, 2, 3, 1, 0, 3, 2, 2, 0, 0, 0, 1, 2, 0], [7, 1, 1, 2, 2, 2, 1, 1, 2, 0, 0, 2, 1, 2, 3, 1, 0, 3, 3, 2, 0, 0, 0, 1, 2, 0], [7, 1, 2, 3, 2, 2, 1, 2, 3, 0, 0, 3, 1, 2, 3, 1, 0, 3, 3, 2, 0, 0, 0, 1, 2, 0], [7, 1, 2, 3, 2, 2, 1, 2, 4, 0, 0, 3, 1, 2, 3, 1, 0, 3, 3, 3, 0, 0, 0, 1, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 10, "sentence": "extra marital affairs on psychology and based child It is", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0088", "problem_name": "task14_0088"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ncaldera formation in with a associated phase was Each pulse", "label": {"final": [9, 0, 3, 2, 5, 1, 0, 3, 4, 0, 0, 2, 1, 2, 3, 2, 0, 2, 5, 3, 1, 0, 2, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[2, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [3, 0, 1, 1, 1, 1, 0, 0, 1, 0, 0, 1, 1, 1, 2, 0, 0, 2, 0, 1, 0, 0, 0, 0, 0, 0], [3, 0, 1, 1, 1, 1, 0, 0, 2, 0, 0, 1, 1, 2, 2, 0, 0, 2, 0, 1, 0, 0, 0, 0, 0, 0], [3, 0, 1, 1, 1, 1, 0, 1, 3, 0, 0, 1, 1, 2, 2, 0, 0, 2, 0, 2, 0, 0, 1, 0, 0, 0], [4, 0, 1, 1, 1, 1, 0, 1, 3, 0, 0, 1, 1, 2, 2, 0, 0, 2, 0, 2, 0, 0, 1, 0, 0, 0], [6, 0, 2, 2, 2, 1, 0, 1, 4, 0, 0, 1, 1, 2, 3, 0, 0, 2, 2, 3, 0, 0, 1, 0, 0, 0], [7, 0, 2, 2, 3, 1, 0, 2, 4, 0, 0, 1, 1, 2, 3, 1, 0, 2, 3, 3, 0, 0, 1, 0, 0, 0], [8, 0, 2, 2, 3, 1, 0, 2, 4, 0, 0, 1, 1, 2, 3, 1, 0, 2, 4, 3, 0, 0, 2, 0, 0, 0], [9, 0, 3, 2, 4, 1, 0, 3, 4, 0, 0, 1, 1, 2, 3, 1, 0, 2, 4, 3, 0, 0, 2, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 10, "sentence": "caldera formation in with a associated phase was Each pulse", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0089", "problem_name": "task14_0089"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nProselytization temples in prohibited or churches by foreigners public unregistered is", "label": {"final": [1, 3, 3, 2, 10, 1, 2, 3, 9, 0, 0, 3, 1, 4, 5, 4, 0, 8, 6, 5, 3, 0, 0, 0, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 0, 0, 2, 0, 0, 1, 0, 1, 2, 1, 0, 1, 1, 2, 0, 0, 0, 0, 1, 1], [1, 0, 0, 0, 3, 0, 0, 0, 2, 0, 0, 2, 1, 1, 2, 2, 0, 1, 2, 3, 0, 0, 0, 0, 1, 1], [1, 0, 0, 0, 3, 0, 0, 0, 3, 0, 0, 2, 1, 2, 2, 2, 0, 1, 2, 3, 0, 0, 0, 0, 1, 1], [1, 1, 0, 1, 4, 0, 0, 1, 5, 0, 0, 2, 1, 2, 3, 3, 0, 2, 2, 4, 0, 0, 0, 0, 1, 1], [1, 1, 0, 1, 4, 0, 0, 1, 5, 0, 0, 2, 1, 2, 4, 3, 0, 3, 2, 4, 0, 0, 0, 0, 1, 1], [1, 1, 2, 1, 5, 0, 0, 3, 5, 0, 0, 2, 1, 2, 4, 3, 0, 4, 3, 4, 1, 0, 0, 0, 1, 1], [1, 2, 2, 1, 5, 0, 0, 3, 5, 0, 0, 2, 1, 2, 4, 3, 0, 4, 3, 4, 1, 0, 0, 0, 2, 1], [1, 2, 2, 1, 7, 1, 1, 3, 6, 0, 0, 2, 1, 3, 5, 3, 0, 6, 4, 4, 1, 0, 0, 0, 2, 1], [1, 3, 3, 1, 7, 1, 1, 3, 7, 0, 0, 3, 1, 3, 5, 4, 0, 6, 4, 4, 2, 0, 0, 0, 2, 1], [1, 3, 3, 2, 10, 1, 2, 3, 8, 0, 0, 3, 1, 4, 5, 4, 0, 8, 5, 5, 3, 0, 0, 0, 2, 1]]}, "config": {"num_sentences": 43652, "num_words": 11, "sentence": "Proselytization temples in prohibited or churches by foreigners public unregistered is", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0090", "problem_name": "task14_0090"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nof to subject heart always been dear The has his father", "label": {"final": [6, 2, 1, 1, 7, 2, 0, 5, 1, 1, 0, 1, 0, 1, 2, 0, 0, 3, 4, 5, 1, 0, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 1, 1, 0, 1, 1, 0, 0, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 1, 2, 1, 0, 0, 0, 0, 0], [1, 1, 1, 0, 2, 1, 0, 1, 0, 1, 0, 0, 0, 0, 2, 0, 0, 1, 1, 3, 1, 0, 0, 0, 0, 0], [3, 1, 1, 0, 2, 1, 0, 1, 0, 1, 0, 1, 0, 0, 2, 0, 0, 1, 2, 3, 1, 0, 1, 0, 1, 0], [3, 2, 1, 0, 4, 1, 0, 1, 0, 1, 0, 1, 0, 1, 2, 0, 0, 1, 2, 3, 1, 0, 1, 0, 1, 0], [4, 2, 1, 1, 5, 1, 0, 1, 0, 1, 0, 1, 0, 1, 2, 0, 0, 2, 2, 3, 1, 0, 1, 0, 1, 0], [4, 2, 1, 1, 6, 1, 0, 2, 0, 1, 0, 1, 0, 1, 2, 0, 0, 2, 2, 4, 1, 0, 1, 0, 1, 0], [5, 2, 1, 1, 6, 1, 0, 3, 0, 1, 0, 1, 0, 1, 2, 0, 0, 2, 3, 4, 1, 0, 1, 0, 1, 0], [5, 2, 1, 1, 6, 1, 0, 4, 1, 1, 0, 1, 0, 1, 2, 0, 0, 2, 4, 4, 1, 0, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 11, "sentence": "of to subject heart always been dear The has his father", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0091", "problem_name": "task14_0091"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nGerman She Irish ancestry English Scots and Scottish Canadian French has", "label": {"final": [7, 0, 5, 2, 5, 1, 2, 6, 5, 0, 0, 1, 1, 7, 2, 0, 0, 4, 9, 4, 0, 0, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 2, 0, 1, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 2, 0, 1, 2, 2, 0, 0, 0, 1, 1, 0, 0, 0, 2, 2, 0, 0, 0, 0, 0, 0, 0], [2, 0, 1, 0, 3, 0, 1, 2, 2, 0, 0, 0, 1, 2, 0, 0, 0, 3, 3, 1, 0, 0, 0, 0, 1, 0], [2, 0, 1, 0, 4, 0, 2, 3, 3, 0, 0, 1, 1, 3, 0, 0, 0, 3, 4, 1, 0, 0, 0, 0, 1, 0], [2, 0, 2, 0, 4, 0, 2, 3, 3, 0, 0, 1, 1, 3, 1, 0, 0, 3, 6, 2, 0, 0, 0, 0, 1, 0], [3, 0, 2, 1, 4, 0, 2, 3, 3, 0, 0, 1, 1, 4, 1, 0, 0, 3, 6, 2, 0, 0, 0, 0, 1, 0], [3, 0, 3, 1, 4, 0, 2, 4, 4, 0, 0, 1, 1, 4, 2, 0, 0, 3, 8, 4, 0, 0, 0, 0, 1, 0], [6, 0, 4, 2, 4, 0, 2, 4, 5, 0, 0, 1, 1, 6, 2, 0, 0, 3, 8, 4, 0, 0, 0, 0, 1, 0], [6, 0, 5, 2, 5, 1, 2, 5, 5, 0, 0, 1, 1, 7, 2, 0, 0, 4, 8, 4, 0, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 11, "sentence": "German She Irish ancestry English Scots and Scottish Canadian French has", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0092", "problem_name": "task14_0092"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nseries of in a demonstrations anti triggered government announcement The Bucharest", "label": {"final": [5, 1, 2, 2, 11, 1, 3, 2, 5, 0, 0, 0, 3, 10, 5, 0, 0, 6, 5, 8, 2, 1, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 2, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 2, 1, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 2, 1, 0, 0, 2, 0, 0, 0, 0, 1, 1, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 2, 1, 0, 0, 2, 0, 0, 0, 0, 1, 1, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 3, 1, 0, 0, 3, 0, 0, 0, 1, 3, 3, 0, 0, 2, 4, 2, 0, 0, 0, 0, 0, 0], [3, 0, 0, 1, 3, 1, 0, 0, 4, 0, 0, 0, 1, 4, 3, 0, 0, 2, 4, 3, 0, 0, 0, 0, 0, 0], [3, 0, 0, 2, 5, 1, 2, 0, 5, 0, 0, 0, 1, 4, 3, 0, 0, 4, 4, 4, 0, 0, 0, 0, 0, 0], [3, 0, 0, 2, 7, 1, 3, 0, 5, 0, 0, 0, 2, 6, 4, 0, 0, 5, 4, 5, 0, 1, 0, 0, 0, 0], [4, 0, 1, 2, 9, 1, 3, 0, 5, 0, 0, 0, 3, 10, 5, 0, 0, 5, 4, 6, 1, 1, 0, 0, 0, 0], [4, 0, 1, 2, 10, 1, 3, 1, 5, 0, 0, 0, 3, 10, 5, 0, 0, 5, 4, 7, 1, 1, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 11, "sentence": "series of in a demonstrations anti triggered government announcement The Bucharest", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0093", "problem_name": "task14_0093"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nbest In to scouting s sent 1940 the graduates Palmach movement", "label": {"final": [4, 1, 2, 1, 6, 0, 2, 2, 2, 0, 0, 1, 3, 4, 3, 1, 0, 1, 5, 7, 2, 1, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [0, 1, 1, 0, 1, 0, 1, 0, 2, 0, 0, 0, 0, 2, 2, 0, 0, 0, 2, 3, 1, 0, 0, 0, 0, 0], [0, 1, 1, 0, 1, 0, 1, 0, 2, 0, 0, 0, 0, 2, 2, 0, 0, 0, 3, 3, 1, 0, 0, 0, 0, 0], [0, 1, 1, 0, 2, 0, 1, 0, 2, 0, 0, 0, 0, 3, 2, 0, 0, 0, 4, 4, 1, 0, 0, 0, 0, 0], [0, 1, 1, 0, 2, 0, 1, 0, 2, 0, 0, 0, 0, 3, 2, 0, 0, 0, 4, 4, 1, 0, 0, 0, 0, 0], [0, 1, 1, 0, 3, 0, 1, 1, 2, 0, 0, 0, 0, 3, 2, 0, 0, 0, 4, 5, 1, 0, 0, 0, 0, 0], [2, 1, 1, 1, 4, 0, 2, 1, 2, 0, 0, 0, 0, 3, 2, 0, 0, 1, 5, 6, 2, 0, 0, 0, 0, 0], [4, 1, 2, 1, 4, 0, 2, 2, 2, 0, 0, 1, 1, 3, 2, 1, 0, 1, 5, 6, 2, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 11, "sentence": "best In to scouting s sent 1940 the graduates Palmach movement", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0094", "problem_name": "task14_0094"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nCobalt premium a Elements and Members card received tags black baggage", "label": {"final": [8, 4, 4, 3, 10, 0, 4, 0, 2, 0, 1, 3, 5, 2, 1, 1, 0, 4, 3, 3, 1, 1, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 1, 1, 0, 1, 0, 0, 0, 1, 0, 0, 1, 2, 0, 1, 1, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0], [2, 1, 1, 0, 1, 0, 0, 0, 1, 0, 0, 1, 2, 0, 1, 1, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0], [2, 1, 1, 0, 4, 0, 0, 0, 1, 0, 0, 2, 3, 1, 1, 1, 0, 1, 1, 2, 1, 0, 0, 0, 0, 0], [3, 1, 1, 1, 4, 0, 0, 0, 1, 0, 0, 2, 3, 2, 1, 1, 0, 1, 1, 2, 1, 0, 0, 0, 0, 0], [3, 2, 1, 1, 6, 0, 0, 0, 1, 0, 0, 2, 5, 2, 1, 1, 0, 2, 2, 2, 1, 0, 0, 0, 0, 0], [4, 2, 2, 2, 6, 0, 0, 0, 1, 0, 0, 2, 5, 2, 1, 1, 0, 3, 2, 2, 1, 0, 0, 0, 0, 0], [4, 2, 3, 3, 9, 0, 0, 0, 2, 0, 0, 2, 5, 2, 1, 1, 0, 4, 2, 2, 1, 1, 0, 0, 0, 0], [5, 2, 3, 3, 9, 0, 1, 0, 2, 0, 0, 2, 5, 2, 1, 1, 0, 4, 3, 3, 1, 1, 0, 0, 0, 0], [6, 3, 4, 3, 9, 0, 1, 0, 2, 0, 1, 3, 5, 2, 1, 1, 0, 4, 3, 3, 1, 1, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 11, "sentence": "Cobalt premium a Elements and Members card received tags black baggage", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0095", "problem_name": "task14_0095"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nsailboat in 1960 first the Bermuda 40 launched His fiberglass was", "label": {"final": [6, 3, 1, 2, 4, 2, 1, 3, 5, 0, 0, 3, 1, 2, 1, 0, 0, 3, 6, 3, 2, 0, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[2, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [2, 1, 0, 0, 0, 0, 0, 0, 2, 0, 0, 1, 0, 1, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [2, 1, 0, 0, 0, 0, 0, 0, 2, 0, 0, 1, 0, 1, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [2, 1, 0, 0, 0, 1, 0, 0, 3, 0, 0, 1, 0, 1, 1, 0, 0, 1, 2, 2, 0, 0, 0, 0, 0, 0], [2, 1, 0, 0, 1, 1, 0, 1, 3, 0, 0, 1, 0, 1, 1, 0, 0, 1, 2, 3, 0, 0, 0, 0, 0, 0], [3, 2, 0, 1, 2, 1, 0, 1, 3, 0, 0, 1, 1, 1, 1, 0, 0, 2, 2, 3, 1, 0, 0, 0, 0, 0], [3, 2, 0, 1, 2, 1, 0, 1, 3, 0, 0, 1, 1, 1, 1, 0, 0, 2, 2, 3, 1, 0, 0, 0, 0, 0], [4, 2, 1, 2, 3, 1, 0, 2, 3, 0, 0, 2, 1, 2, 1, 0, 0, 2, 2, 3, 2, 0, 0, 0, 0, 0], [4, 2, 1, 2, 3, 1, 0, 3, 4, 0, 0, 2, 1, 2, 1, 0, 0, 2, 3, 3, 2, 0, 0, 0, 0, 0], [5, 3, 1, 2, 4, 2, 1, 3, 5, 0, 0, 3, 1, 2, 1, 0, 0, 3, 5, 3, 2, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 11, "sentence": "sailboat in 1960 first the Bermuda 40 launched His fiberglass was", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0096", "problem_name": "task14_0096"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nBurmah In cooperation with Oil Petroleum Company started India Asiatic 1928", "label": {"final": [7, 1, 3, 2, 4, 0, 0, 2, 8, 0, 0, 2, 3, 4, 6, 3, 0, 4, 2, 6, 2, 0, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0], [1, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0], [2, 1, 1, 0, 1, 0, 0, 1, 2, 0, 0, 0, 1, 2, 3, 1, 0, 2, 0, 1, 1, 0, 0, 0, 0, 0], [2, 1, 1, 0, 1, 0, 0, 2, 3, 0, 0, 0, 1, 2, 3, 1, 0, 2, 0, 2, 1, 0, 1, 0, 0, 0], [2, 1, 1, 0, 1, 0, 0, 2, 4, 0, 0, 1, 1, 2, 4, 1, 0, 2, 0, 2, 1, 0, 1, 0, 0, 0], [2, 1, 1, 0, 3, 0, 0, 2, 4, 0, 0, 2, 2, 2, 5, 2, 0, 3, 0, 3, 2, 0, 1, 0, 0, 0], [3, 1, 2, 0, 3, 0, 0, 2, 4, 0, 0, 2, 3, 3, 6, 3, 0, 3, 0, 3, 2, 0, 1, 0, 1, 0], [4, 1, 2, 1, 4, 0, 0, 2, 4, 0, 0, 2, 3, 3, 6, 3, 0, 4, 1, 5, 2, 0, 1, 0, 1, 0], [5, 1, 2, 2, 4, 0, 0, 2, 6, 0, 0, 2, 3, 4, 6, 3, 0, 4, 1, 5, 2, 0, 1, 0, 1, 0], [7, 1, 3, 2, 4, 0, 0, 2, 8, 0, 0, 2, 3, 4, 6, 3, 0, 4, 2, 6, 2, 0, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 11, "sentence": "Burmah In cooperation with Oil Petroleum Company started India Asiatic 1928", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0097", "problem_name": "task14_0097"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nJapan This terminology the weather severe article Meteorological describes JMA Agency", "label": {"final": [7, 1, 4, 1, 13, 0, 3, 3, 5, 2, 0, 4, 3, 3, 5, 1, 0, 6, 4, 6, 0, 1, 1, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[2, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 0, 0, 0, 1, 1, 1, 0, 0, 0, 1, 0, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 1, 0, 1, 1, 2, 1, 0, 1, 1, 2, 2, 1, 0, 1, 1, 2, 0, 0, 0, 0, 1, 0], [2, 0, 0, 0, 2, 0, 1, 2, 2, 1, 0, 1, 1, 2, 2, 1, 0, 1, 1, 3, 0, 0, 0, 0, 1, 0], [3, 0, 0, 0, 4, 0, 1, 3, 2, 1, 0, 1, 1, 2, 2, 1, 0, 2, 1, 4, 0, 0, 1, 0, 1, 0], [3, 0, 0, 0, 7, 0, 1, 3, 2, 1, 0, 1, 1, 2, 2, 1, 0, 3, 2, 4, 0, 1, 1, 0, 1, 0], [4, 0, 1, 0, 8, 0, 1, 3, 3, 1, 0, 2, 1, 2, 2, 1, 0, 4, 2, 5, 0, 1, 1, 0, 1, 0], [5, 0, 2, 0, 10, 0, 2, 3, 4, 1, 0, 4, 2, 2, 5, 1, 0, 5, 2, 6, 0, 1, 1, 0, 1, 0], [5, 1, 3, 1, 12, 0, 2, 3, 5, 1, 0, 4, 2, 2, 5, 1, 0, 6, 4, 6, 0, 1, 1, 0, 1, 0], [6, 1, 3, 1, 12, 0, 2, 3, 5, 2, 0, 4, 3, 2, 5, 1, 0, 6, 4, 6, 0, 1, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 11, "sentence": "Japan This terminology the weather severe article Meteorological describes JMA Agency", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0098", "problem_name": "task14_0098"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nWellington on situated New Olympic was Museum Zealand Queens Wharf The", "label": {"final": [5, 0, 1, 2, 8, 1, 1, 2, 3, 0, 0, 4, 3, 6, 3, 1, 1, 1, 4, 4, 4, 0, 4, 0, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 1, 0, 1, 0, 0, 2, 0, 2, 1, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 1, 0, 1, 0, 1, 0, 0, 2, 0, 3, 2, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [1, 0, 0, 1, 2, 0, 1, 0, 2, 0, 0, 2, 0, 3, 2, 0, 0, 0, 1, 3, 1, 0, 1, 0, 0, 0], [1, 0, 0, 1, 3, 0, 1, 0, 2, 0, 0, 2, 0, 4, 2, 0, 0, 0, 1, 3, 1, 0, 2, 0, 0, 0], [1, 0, 1, 1, 3, 0, 1, 0, 3, 0, 0, 3, 1, 4, 3, 1, 0, 0, 1, 3, 1, 0, 2, 0, 1, 0], [2, 0, 1, 1, 3, 0, 1, 0, 3, 0, 0, 3, 1, 4, 3, 1, 0, 0, 2, 3, 1, 0, 3, 0, 1, 0], [2, 0, 1, 1, 4, 0, 1, 0, 3, 0, 0, 3, 3, 4, 3, 1, 0, 0, 3, 3, 3, 0, 3, 0, 1, 0], [4, 0, 1, 2, 5, 0, 1, 0, 3, 0, 0, 4, 3, 5, 3, 1, 0, 0, 3, 3, 3, 0, 3, 0, 1, 1], [4, 0, 1, 2, 7, 0, 1, 0, 3, 0, 0, 4, 3, 6, 3, 1, 1, 0, 4, 3, 4, 0, 3, 0, 1, 1], [5, 0, 1, 2, 7, 1, 1, 1, 3, 0, 0, 4, 3, 6, 3, 1, 1, 1, 4, 3, 4, 0, 4, 0, 1, 1]]}, "config": {"num_sentences": 43652, "num_words": 11, "sentence": "Wellington on situated New Olympic was Museum Zealand Queens Wharf The", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0099", "problem_name": "task14_0099"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nof in community focus curricula upon anthropology studies Another cultural particular is", "label": {"final": [6, 0, 6, 1, 2, 2, 1, 2, 6, 0, 0, 5, 2, 5, 8, 3, 0, 7, 4, 6, 9, 0, 0, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 0, 1, 0, 0, 2, 0, 0, 0, 2, 2, 2, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 0], [0, 0, 2, 0, 0, 2, 0, 0, 2, 0, 0, 0, 2, 2, 3, 0, 0, 0, 1, 1, 2, 0, 0, 0, 1, 0], [1, 0, 4, 0, 0, 2, 0, 0, 3, 0, 0, 1, 2, 2, 3, 0, 0, 2, 1, 1, 4, 0, 0, 0, 1, 0], [1, 0, 4, 0, 0, 2, 0, 0, 3, 0, 0, 1, 2, 3, 4, 1, 0, 2, 1, 1, 5, 0, 0, 0, 1, 0], [2, 0, 4, 0, 0, 2, 1, 1, 3, 0, 0, 2, 2, 4, 7, 2, 0, 3, 1, 2, 5, 0, 0, 0, 2, 0], [2, 0, 4, 1, 1, 2, 1, 1, 4, 0, 0, 2, 2, 4, 7, 2, 0, 3, 3, 3, 6, 0, 0, 0, 2, 0], [3, 0, 4, 1, 2, 2, 1, 2, 4, 0, 0, 2, 2, 5, 8, 2, 0, 4, 3, 4, 6, 0, 0, 0, 2, 0], [4, 0, 5, 1, 2, 2, 1, 2, 4, 0, 0, 4, 2, 5, 8, 2, 0, 5, 3, 5, 8, 0, 0, 0, 2, 0], [6, 0, 6, 1, 2, 2, 1, 2, 5, 0, 0, 5, 2, 5, 8, 3, 0, 7, 3, 6, 9, 0, 0, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 12, "sentence": "of in community focus curricula upon anthropology studies Another cultural particular is", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0100", "problem_name": "task14_0100"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nconcentration War forced a camp family World was II During his into", "label": {"final": [6, 0, 4, 3, 2, 2, 1, 1, 7, 0, 0, 2, 2, 5, 5, 1, 0, 5, 2, 3, 1, 0, 3, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 2, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 3, 2, 0, 0, 1, 0, 2, 0, 0, 0, 0, 0, 0], [2, 0, 2, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 3, 2, 0, 0, 2, 0, 2, 0, 0, 1, 0, 0, 0], [2, 0, 3, 1, 2, 1, 0, 0, 1, 0, 0, 0, 0, 3, 3, 0, 0, 3, 0, 2, 0, 0, 1, 0, 0, 0], [3, 0, 3, 1, 2, 1, 0, 0, 1, 0, 0, 0, 0, 3, 3, 0, 0, 3, 0, 2, 0, 0, 1, 0, 0, 0], [4, 0, 4, 1, 2, 1, 0, 0, 1, 0, 0, 0, 1, 3, 3, 1, 0, 3, 0, 2, 0, 0, 1, 0, 0, 0], [5, 0, 4, 1, 2, 2, 0, 0, 2, 0, 0, 1, 2, 3, 3, 1, 0, 3, 0, 2, 0, 0, 1, 0, 1, 0], [5, 0, 4, 2, 2, 2, 0, 0, 2, 0, 0, 2, 2, 3, 4, 1, 0, 4, 0, 2, 0, 0, 2, 0, 1, 0], [6, 0, 4, 2, 2, 2, 0, 0, 2, 0, 0, 2, 2, 3, 4, 1, 0, 4, 1, 2, 0, 0, 3, 0, 1, 0], [6, 0, 4, 2, 2, 2, 0, 0, 4, 0, 0, 2, 2, 3, 4, 1, 0, 4, 1, 2, 0, 0, 3, 0, 1, 0], [6, 0, 4, 3, 2, 2, 1, 0, 5, 0, 0, 2, 2, 4, 4, 1, 0, 5, 1, 2, 1, 0, 3, 0, 1, 0], [6, 0, 4, 3, 2, 2, 1, 1, 6, 0, 0, 2, 2, 4, 4, 1, 0, 5, 2, 2, 1, 0, 3, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 12, "sentence": "concentration War forced a camp family World was II During his into", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0101", "problem_name": "task14_0101"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nactively dispersal ants in engage also seed It Helonias is that known", "label": {"final": [7, 0, 1, 2, 7, 0, 2, 2, 6, 0, 1, 4, 0, 6, 3, 1, 0, 1, 7, 5, 0, 1, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 1, 0, 1, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 1, 0], [2, 0, 1, 1, 2, 0, 0, 0, 2, 0, 0, 2, 0, 0, 0, 1, 0, 1, 2, 1, 0, 1, 0, 0, 1, 0], [3, 0, 1, 1, 2, 0, 0, 0, 2, 0, 0, 2, 0, 1, 0, 1, 0, 1, 3, 2, 0, 1, 0, 0, 1, 0], [3, 0, 1, 1, 2, 0, 0, 0, 3, 0, 0, 2, 0, 2, 0, 1, 0, 1, 3, 2, 0, 1, 0, 0, 1, 0], [4, 0, 1, 1, 4, 0, 2, 0, 3, 0, 0, 2, 0, 3, 0, 1, 0, 1, 3, 2, 0, 1, 0, 0, 1, 0], [5, 0, 1, 1, 4, 0, 2, 0, 3, 0, 0, 3, 0, 3, 1, 1, 0, 1, 4, 2, 0, 1, 0, 0, 1, 0], [5, 0, 1, 2, 6, 0, 2, 0, 3, 0, 0, 3, 0, 3, 1, 1, 0, 1, 5, 2, 0, 1, 0, 0, 1, 0], [5, 0, 1, 2, 6, 0, 2, 0, 4, 0, 0, 3, 0, 3, 1, 1, 0, 1, 5, 3, 0, 1, 0, 0, 1, 0], [6, 0, 1, 2, 7, 0, 2, 1, 5, 0, 0, 4, 0, 4, 2, 1, 0, 1, 6, 3, 0, 1, 0, 0, 1, 0], [6, 0, 1, 2, 7, 0, 2, 1, 6, 0, 0, 4, 0, 4, 2, 1, 0, 1, 7, 3, 0, 1, 0, 0, 1, 0], [7, 0, 1, 2, 7, 0, 2, 2, 6, 0, 0, 4, 0, 4, 2, 1, 0, 1, 7, 5, 0, 1, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 12, "sentence": "actively dispersal ants in engage also seed It Helonias is that known", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0102", "problem_name": "task14_0102"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\n2 of album composer the incorrectly lists Rush The as Otis track", "label": {"final": [3, 1, 4, 0, 4, 1, 0, 3, 3, 0, 1, 3, 2, 1, 5, 1, 0, 5, 6, 6, 2, 0, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [1, 1, 1, 0, 1, 1, 0, 0, 0, 0, 0, 1, 2, 0, 3, 1, 0, 1, 1, 0, 1, 0, 0, 0, 0, 0], [1, 1, 1, 0, 2, 1, 0, 1, 0, 0, 0, 1, 2, 0, 3, 1, 0, 1, 1, 1, 1, 0, 0, 0, 0, 0], [1, 1, 3, 0, 3, 1, 0, 1, 1, 0, 0, 2, 2, 1, 4, 1, 0, 3, 1, 2, 1, 0, 0, 0, 1, 0], [1, 1, 3, 0, 3, 1, 0, 1, 2, 0, 0, 3, 2, 1, 4, 1, 0, 3, 3, 3, 1, 0, 0, 0, 1, 0], [1, 1, 3, 0, 3, 1, 0, 2, 2, 0, 0, 3, 2, 1, 4, 1, 0, 4, 4, 3, 2, 0, 0, 0, 1, 0], [1, 1, 3, 0, 4, 1, 0, 3, 2, 0, 0, 3, 2, 1, 4, 1, 0, 4, 4, 4, 2, 0, 0, 0, 1, 0], [2, 1, 3, 0, 4, 1, 0, 3, 2, 0, 0, 3, 2, 1, 4, 1, 0, 4, 5, 4, 2, 0, 0, 0, 1, 0], [2, 1, 3, 0, 4, 1, 0, 3, 3, 0, 0, 3, 2, 1, 5, 1, 0, 4, 6, 5, 2, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 12, "sentence": "2 of album composer the incorrectly lists Rush The as Otis track", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0103", "problem_name": "task14_0103"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nof in people All set living the surveys households follow initially surveyed", "label": {"final": [2, 0, 0, 2, 8, 2, 1, 3, 6, 0, 0, 9, 0, 3, 6, 2, 0, 2, 6, 3, 3, 3, 1, 0, 3, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 2, 1, 0, 0, 1, 0, 0, 1, 0, 1, 2, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 2, 1, 0, 0, 1, 0, 0, 3, 0, 1, 2, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 3, 1, 0, 0, 1, 0, 0, 3, 0, 1, 2, 2, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 3, 1, 1, 0, 3, 0, 0, 4, 0, 2, 2, 2, 0, 0, 1, 1, 0, 1, 0, 0, 0, 0], [1, 0, 0, 0, 4, 1, 1, 1, 3, 0, 0, 4, 0, 2, 2, 2, 0, 0, 1, 2, 0, 1, 0, 0, 0, 0], [1, 0, 0, 0, 5, 1, 1, 1, 3, 0, 0, 4, 0, 2, 2, 2, 0, 1, 3, 2, 1, 2, 0, 0, 1, 0], [1, 0, 0, 1, 6, 1, 1, 3, 3, 0, 0, 5, 0, 2, 4, 2, 0, 1, 5, 2, 2, 2, 0, 0, 1, 0], [1, 0, 0, 1, 6, 2, 1, 3, 3, 0, 0, 7, 0, 2, 6, 2, 0, 1, 5, 2, 2, 2, 1, 0, 1, 0], [2, 0, 0, 1, 6, 2, 1, 3, 6, 0, 0, 9, 0, 3, 6, 2, 0, 1, 5, 3, 2, 2, 1, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 12, "sentence": "of in people All set living the surveys households follow initially surveyed", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0104", "problem_name": "task14_0104"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nout duo Rhys s departure the played off screen was relationship Following", "label": {"final": [4, 0, 1, 3, 7, 3, 1, 3, 3, 0, 0, 4, 0, 3, 6, 3, 0, 5, 5, 4, 3, 0, 2, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 2, 0, 0, 1, 1, 1, 2, 0, 0, 0, 1, 0], [0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 2, 0, 0, 1, 2, 1, 2, 0, 0, 0, 1, 0], [1, 0, 0, 2, 2, 0, 0, 1, 0, 0, 0, 0, 0, 0, 2, 1, 0, 3, 2, 2, 3, 0, 0, 0, 1, 0], [1, 0, 0, 2, 3, 0, 0, 2, 0, 0, 0, 0, 0, 0, 2, 1, 0, 3, 2, 3, 3, 0, 0, 0, 1, 0], [2, 0, 0, 3, 4, 0, 0, 2, 0, 0, 0, 1, 0, 0, 2, 2, 0, 3, 2, 3, 3, 0, 0, 0, 2, 0], [2, 0, 0, 3, 4, 2, 0, 2, 0, 0, 0, 1, 0, 0, 3, 2, 0, 3, 2, 3, 3, 0, 0, 0, 2, 0], [2, 0, 1, 3, 6, 2, 0, 2, 0, 0, 0, 1, 0, 1, 3, 2, 0, 4, 3, 3, 3, 0, 0, 0, 2, 0], [3, 0, 1, 3, 6, 2, 0, 2, 0, 0, 0, 1, 0, 1, 3, 2, 0, 4, 4, 3, 3, 0, 1, 0, 2, 0], [4, 0, 1, 3, 7, 2, 0, 3, 2, 0, 0, 2, 0, 2, 4, 3, 0, 5, 5, 4, 3, 0, 1, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 12, "sentence": "out duo Rhys s departure the played off screen was relationship Following", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0105", "problem_name": "task14_0105"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nare of in s Roscoe shown the The recordings below table details", "label": {"final": [3, 2, 2, 2, 8, 1, 1, 3, 3, 0, 0, 3, 0, 3, 6, 0, 0, 4, 5, 4, 0, 0, 2, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 1, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 1, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 2, 1, 0, 0, 1, 0, 0, 0, 0, 1, 3, 0, 0, 2, 2, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 2, 1, 0, 1, 1, 0, 0, 0, 0, 2, 4, 0, 0, 2, 3, 0, 0, 0, 1, 0, 0, 0], [1, 0, 1, 0, 3, 1, 0, 2, 1, 0, 0, 0, 0, 2, 4, 0, 0, 2, 3, 1, 0, 0, 1, 0, 0, 0], [1, 0, 1, 0, 4, 1, 0, 3, 1, 0, 0, 0, 0, 2, 4, 0, 0, 2, 3, 2, 0, 0, 1, 0, 0, 0], [1, 0, 2, 1, 5, 1, 1, 3, 2, 0, 0, 0, 0, 3, 5, 0, 0, 4, 4, 2, 0, 0, 1, 0, 0, 0], [1, 1, 2, 1, 6, 1, 1, 3, 2, 0, 0, 1, 0, 3, 6, 0, 0, 4, 4, 2, 0, 0, 2, 0, 0, 0], [2, 2, 2, 1, 7, 1, 1, 3, 2, 0, 0, 2, 0, 3, 6, 0, 0, 4, 4, 3, 0, 0, 2, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 12, "sentence": "are of in s Roscoe shown the The recordings below table details", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0106", "problem_name": "task14_0106"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nfellow Downs of Public Academy an the also National was Administration elected", "label": {"final": [9, 1, 3, 4, 6, 2, 0, 1, 5, 0, 0, 6, 2, 6, 6, 1, 0, 1, 4, 5, 1, 0, 3, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 2, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 2, 0, 1, 2, 0, 0, 0, 1, 0, 0, 0, 2, 0, 0, 0], [0, 0, 0, 1, 1, 2, 0, 0, 0, 0, 0, 2, 0, 1, 3, 0, 0, 0, 1, 0, 0, 0, 2, 0, 0, 0], [0, 1, 1, 1, 1, 2, 0, 0, 1, 0, 0, 3, 0, 1, 3, 1, 0, 0, 1, 0, 1, 0, 2, 0, 0, 0], [2, 1, 2, 2, 2, 2, 0, 0, 1, 0, 0, 3, 1, 1, 3, 1, 0, 0, 1, 0, 1, 0, 2, 0, 1, 0], [3, 1, 2, 2, 2, 2, 0, 0, 1, 0, 0, 3, 1, 2, 3, 1, 0, 0, 1, 0, 1, 0, 2, 0, 1, 0], [3, 1, 2, 2, 3, 2, 0, 1, 1, 0, 0, 3, 1, 2, 3, 1, 0, 0, 1, 1, 1, 0, 2, 0, 1, 0], [4, 1, 2, 2, 3, 2, 0, 1, 1, 0, 0, 4, 1, 2, 4, 1, 0, 0, 2, 1, 1, 0, 2, 0, 1, 0], [6, 1, 2, 2, 3, 2, 0, 1, 2, 0, 0, 5, 1, 4, 5, 1, 0, 0, 2, 2, 1, 0, 2, 0, 1, 0], [7, 1, 2, 2, 3, 2, 0, 1, 2, 0, 0, 5, 1, 4, 5, 1, 0, 0, 3, 2, 1, 0, 3, 0, 1, 0], [9, 1, 2, 3, 3, 2, 0, 1, 5, 0, 0, 5, 2, 6, 6, 1, 0, 1, 4, 4, 1, 0, 3, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 12, "sentence": "fellow Downs of Public Academy an the also National was Administration elected", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0107", "problem_name": "task14_0107"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nclosed mines and the When industry surrounded this them dropped that businesses", "label": {"final": [2, 1, 1, 7, 9, 0, 0, 5, 4, 0, 0, 1, 2, 6, 3, 2, 0, 4, 9, 6, 4, 0, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 1, 2, 0, 0, 0, 1, 0, 0, 1, 1, 1, 1, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 2, 2, 0, 0, 0, 1, 0, 0, 1, 1, 2, 1, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 2, 3, 0, 0, 1, 1, 0, 0, 1, 1, 2, 1, 0, 0, 0, 2, 1, 0, 0, 0, 0, 0, 0], [1, 0, 1, 2, 4, 0, 0, 2, 1, 0, 0, 1, 1, 3, 1, 0, 0, 0, 2, 1, 0, 0, 1, 0, 0, 0], [1, 0, 1, 3, 4, 0, 0, 2, 2, 0, 0, 1, 1, 4, 1, 0, 0, 1, 3, 2, 1, 0, 1, 0, 1, 0], [1, 0, 1, 5, 5, 0, 0, 2, 2, 0, 0, 1, 1, 5, 2, 0, 0, 3, 4, 2, 3, 0, 1, 0, 1, 0], [1, 0, 1, 5, 5, 0, 0, 3, 3, 0, 0, 1, 1, 5, 2, 0, 0, 3, 5, 3, 3, 0, 1, 0, 1, 0], [1, 0, 1, 5, 6, 0, 0, 4, 3, 0, 0, 1, 2, 5, 2, 0, 0, 3, 5, 4, 3, 0, 1, 0, 1, 0], [1, 0, 1, 7, 7, 0, 0, 4, 3, 0, 0, 1, 2, 5, 3, 2, 0, 4, 5, 4, 3, 0, 1, 0, 1, 0], [2, 0, 1, 7, 7, 0, 0, 5, 3, 0, 0, 1, 2, 5, 3, 2, 0, 4, 5, 6, 3, 0, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 12, "sentence": "closed mines and the When industry surrounded this them dropped that businesses", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0108", "problem_name": "task14_0108"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nsite created on carefully sites While were construction some planned before others", "label": {"final": [3, 1, 4, 2, 13, 2, 0, 2, 4, 0, 0, 4, 1, 5, 6, 1, 0, 6, 6, 6, 2, 0, 2, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [1, 0, 1, 1, 3, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 2, 0, 0, 0, 0, 0, 0], [1, 0, 1, 1, 3, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 1, 1, 2, 0, 0, 0, 0, 0, 0], [2, 0, 2, 1, 4, 1, 0, 0, 1, 0, 0, 2, 0, 1, 1, 0, 0, 2, 1, 2, 1, 0, 0, 0, 1, 0], [2, 0, 2, 1, 5, 1, 0, 0, 2, 0, 0, 2, 0, 1, 1, 0, 0, 2, 3, 3, 1, 0, 0, 0, 1, 0], [2, 0, 2, 1, 6, 1, 0, 1, 3, 0, 0, 3, 0, 1, 1, 0, 0, 2, 3, 3, 1, 0, 1, 0, 1, 0], [2, 0, 2, 1, 8, 1, 0, 1, 3, 0, 0, 3, 0, 1, 1, 0, 0, 3, 3, 3, 1, 0, 2, 0, 1, 0], [2, 0, 4, 1, 8, 1, 0, 1, 4, 0, 0, 3, 0, 3, 3, 0, 0, 4, 4, 5, 2, 0, 2, 0, 1, 0], [2, 0, 4, 1, 9, 1, 0, 1, 4, 0, 0, 3, 1, 3, 4, 0, 0, 4, 5, 5, 2, 0, 2, 0, 1, 0], [3, 0, 4, 2, 10, 1, 0, 1, 4, 0, 0, 4, 1, 5, 4, 1, 0, 4, 5, 5, 2, 0, 2, 0, 1, 0], [3, 1, 4, 2, 12, 2, 0, 1, 4, 0, 0, 4, 1, 5, 5, 1, 0, 5, 5, 5, 2, 0, 2, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 12, "sentence": "site created on carefully sites While were construction some planned before others", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0109", "problem_name": "task14_0109"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nof Science and the operated Astronautical by Aerospace Manufactured Space ISAS IHI Institute", "label": {"final": [11, 1, 6, 3, 10, 2, 0, 2, 7, 0, 0, 1, 1, 5, 4, 3, 0, 4, 7, 8, 4, 0, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 2, 0, 2, 1, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 2, 1, 2, 1, 0, 0, 1, 0, 0, 0, 0, 2, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 2, 1, 3, 1, 0, 1, 1, 0, 0, 0, 0, 2, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [2, 0, 2, 2, 5, 1, 0, 1, 1, 0, 0, 0, 0, 2, 2, 1, 0, 1, 1, 2, 0, 0, 0, 0, 0, 0], [5, 0, 3, 2, 5, 1, 0, 1, 2, 0, 0, 1, 0, 3, 3, 1, 0, 2, 2, 4, 1, 0, 0, 0, 0, 0], [5, 1, 3, 2, 5, 1, 0, 1, 2, 0, 0, 1, 0, 3, 3, 1, 0, 2, 2, 4, 1, 0, 0, 0, 1, 0], [7, 1, 4, 2, 7, 1, 0, 1, 2, 0, 0, 1, 0, 3, 4, 2, 0, 3, 3, 4, 1, 0, 0, 0, 1, 0], [9, 1, 5, 3, 8, 2, 0, 1, 2, 0, 0, 1, 1, 4, 4, 2, 0, 4, 3, 5, 3, 0, 0, 0, 1, 0], [10, 1, 6, 3, 9, 2, 0, 1, 2, 0, 0, 1, 1, 4, 4, 3, 0, 4, 4, 5, 3, 0, 0, 0, 1, 0], [11, 1, 6, 3, 9, 2, 0, 1, 3, 0, 0, 1, 1, 4, 4, 3, 0, 4, 6, 5, 3, 0, 0, 0, 1, 0], [11, 1, 6, 3, 9, 2, 0, 2, 5, 0, 0, 1, 1, 4, 4, 3, 0, 4, 6, 5, 3, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 13, "sentence": "of Science and the operated Astronautical by Aerospace Manufactured Space ISAS IHI Institute", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0110", "problem_name": "task14_0110"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nSuddenly of yells a appeal verdict the voice from I this back room", "label": {"final": [4, 1, 3, 3, 6, 2, 0, 2, 4, 0, 1, 4, 2, 1, 5, 2, 0, 3, 3, 3, 1, 2, 0, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 2, 1, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 1, 0], [0, 0, 0, 2, 1, 1, 0, 0, 0, 0, 0, 1, 0, 1, 1, 0, 0, 0, 1, 0, 1, 0, 0, 0, 1, 0], [0, 0, 0, 2, 2, 1, 0, 0, 0, 0, 0, 3, 0, 1, 1, 0, 0, 0, 2, 0, 1, 0, 0, 0, 2, 0], [1, 0, 0, 2, 2, 1, 0, 0, 0, 0, 0, 3, 0, 1, 1, 0, 0, 0, 2, 0, 1, 0, 0, 0, 2, 0], [3, 0, 0, 2, 3, 1, 0, 0, 0, 0, 0, 4, 0, 1, 1, 2, 0, 0, 2, 0, 1, 0, 0, 0, 2, 0], [3, 0, 1, 3, 4, 1, 0, 0, 1, 0, 0, 4, 0, 1, 1, 2, 0, 1, 2, 1, 1, 1, 0, 0, 2, 0], [3, 0, 1, 3, 5, 1, 0, 1, 1, 0, 0, 4, 0, 1, 1, 2, 0, 1, 2, 2, 1, 1, 0, 0, 2, 0], [3, 0, 2, 3, 6, 1, 0, 1, 2, 0, 0, 4, 0, 1, 2, 2, 0, 1, 2, 2, 1, 2, 0, 0, 2, 0], [3, 0, 2, 3, 6, 2, 0, 1, 2, 0, 0, 4, 1, 1, 3, 2, 0, 2, 2, 2, 1, 2, 0, 0, 2, 0], [3, 0, 2, 3, 6, 2, 0, 1, 3, 0, 0, 4, 1, 1, 3, 2, 0, 2, 2, 2, 1, 2, 0, 0, 2, 0], [3, 0, 2, 3, 6, 2, 0, 2, 4, 0, 0, 4, 1, 1, 3, 2, 0, 2, 3, 3, 1, 2, 0, 0, 2, 0], [4, 1, 3, 3, 6, 2, 0, 2, 4, 0, 1, 4, 1, 1, 3, 2, 0, 2, 3, 3, 1, 2, 0, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 13, "sentence": "Suddenly of yells a appeal verdict the voice from I this back room", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0111", "problem_name": "task14_0111"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nstudied of craft wrote the and scripts optioned which were several some He", "label": {"final": [3, 0, 3, 4, 10, 2, 0, 4, 4, 0, 0, 1, 1, 2, 5, 2, 0, 5, 5, 6, 1, 1, 3, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 2, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0], [0, 0, 0, 2, 1, 1, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0], [1, 0, 1, 2, 1, 2, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 1, 1, 2, 1, 0, 0, 0, 0, 0], [1, 0, 1, 2, 2, 2, 0, 0, 1, 0, 0, 0, 0, 0, 2, 0, 0, 2, 1, 3, 1, 0, 1, 0, 0, 0], [1, 0, 1, 2, 3, 2, 0, 1, 1, 0, 0, 0, 0, 0, 2, 0, 0, 2, 1, 4, 1, 0, 1, 0, 0, 0], [2, 0, 1, 3, 3, 2, 0, 1, 1, 0, 0, 0, 0, 1, 2, 0, 0, 2, 1, 4, 1, 0, 1, 0, 0, 0], [2, 0, 2, 3, 3, 2, 0, 1, 2, 0, 0, 0, 0, 1, 2, 1, 0, 3, 3, 5, 1, 0, 1, 0, 0, 0], [2, 0, 2, 4, 4, 2, 0, 1, 3, 0, 0, 0, 0, 2, 4, 2, 0, 3, 3, 6, 1, 0, 1, 0, 0, 0], [2, 0, 3, 4, 4, 2, 0, 3, 4, 0, 0, 0, 0, 2, 4, 2, 0, 3, 3, 6, 1, 0, 2, 0, 0, 0], [2, 0, 3, 4, 6, 2, 0, 3, 4, 0, 0, 0, 0, 2, 4, 2, 0, 4, 3, 6, 1, 0, 3, 0, 0, 0], [3, 0, 3, 4, 8, 2, 0, 3, 4, 0, 0, 1, 0, 2, 4, 2, 0, 5, 4, 6, 1, 1, 3, 0, 0, 0], [3, 0, 3, 4, 9, 2, 0, 3, 4, 0, 0, 1, 1, 2, 5, 2, 0, 5, 5, 6, 1, 1, 3, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 13, "sentence": "studied of craft wrote the and scripts optioned which were several some He", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0112", "problem_name": "task14_0112"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nEP In in Deutsche at the 2002 Charts debuted Tears Alternative 5 No", "label": {"final": [5, 1, 2, 3, 9, 0, 0, 3, 3, 0, 0, 1, 0, 4, 1, 1, 0, 3, 3, 8, 2, 1, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 0, 2, 0, 0, 0, 0, 2, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 1, 3, 0, 0, 1, 2, 0, 0, 0, 0, 2, 0, 1, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0], [1, 0, 1, 1, 3, 0, 0, 1, 2, 0, 0, 0, 0, 2, 0, 1, 0, 0, 1, 2, 1, 0, 0, 0, 0, 0], [1, 0, 1, 1, 4, 0, 0, 2, 2, 0, 0, 0, 0, 2, 0, 1, 0, 0, 1, 3, 1, 0, 0, 0, 0, 0], [1, 0, 1, 1, 4, 0, 0, 2, 2, 0, 0, 0, 0, 2, 0, 1, 0, 0, 1, 3, 1, 0, 0, 0, 0, 0], [2, 0, 2, 1, 4, 0, 0, 3, 2, 0, 0, 0, 0, 2, 0, 1, 0, 1, 2, 4, 1, 0, 0, 0, 0, 0], [2, 1, 2, 3, 6, 0, 0, 3, 2, 0, 0, 0, 0, 2, 0, 1, 0, 1, 2, 5, 2, 0, 0, 0, 0, 0], [3, 1, 2, 3, 7, 0, 0, 3, 2, 0, 0, 0, 0, 2, 0, 1, 0, 2, 3, 6, 2, 0, 0, 0, 0, 0], [5, 1, 2, 3, 9, 0, 0, 3, 3, 0, 0, 1, 0, 3, 0, 1, 0, 3, 3, 8, 2, 1, 0, 0, 0, 0], [5, 1, 2, 3, 9, 0, 0, 3, 3, 0, 0, 1, 0, 3, 0, 1, 0, 3, 3, 8, 2, 1, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 13, "sentence": "EP In in Deutsche at the 2002 Charts debuted Tears Alternative 5 No", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0113", "problem_name": "task14_0113"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nin Zaman the Mughal Ahmed Movie was by given 1978 title He Chowdhury", "label": {"final": [5, 1, 1, 2, 6, 0, 2, 6, 4, 0, 0, 2, 4, 3, 2, 0, 0, 1, 1, 3, 2, 2, 2, 0, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1], [2, 0, 0, 0, 1, 0, 0, 1, 1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1], [3, 0, 0, 0, 1, 0, 1, 2, 1, 0, 0, 1, 2, 2, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1], [4, 0, 0, 1, 2, 0, 1, 3, 1, 0, 0, 1, 3, 2, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1], [4, 0, 0, 1, 3, 0, 1, 3, 2, 0, 0, 1, 4, 2, 1, 0, 0, 0, 0, 1, 1, 1, 0, 0, 0, 1], [5, 0, 0, 1, 3, 0, 1, 3, 2, 0, 0, 1, 4, 2, 1, 0, 0, 0, 1, 1, 1, 1, 1, 0, 0, 1], [5, 1, 0, 1, 3, 0, 1, 3, 2, 0, 0, 1, 4, 2, 1, 0, 0, 0, 1, 1, 1, 1, 1, 0, 1, 1], [5, 1, 0, 1, 4, 0, 2, 3, 3, 0, 0, 1, 4, 3, 1, 0, 0, 0, 1, 1, 1, 2, 1, 0, 1, 1], [5, 1, 0, 1, 4, 0, 2, 3, 3, 0, 0, 1, 4, 3, 1, 0, 0, 0, 1, 1, 1, 2, 1, 0, 1, 1], [5, 1, 0, 1, 5, 0, 2, 3, 4, 0, 0, 2, 4, 3, 1, 0, 0, 0, 1, 3, 1, 2, 1, 0, 1, 1], [5, 1, 0, 1, 6, 0, 2, 4, 4, 0, 0, 2, 4, 3, 1, 0, 0, 0, 1, 3, 1, 2, 1, 0, 1, 1]]}, "config": {"num_sentences": 43652, "num_words": 13, "sentence": "in Zaman the Mughal Ahmed Movie was by given 1978 title He Chowdhury", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0114", "problem_name": "task14_0114"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nled Vaughan to village at These visit the musical him Ralph Williams interests", "label": {"final": [7, 0, 1, 1, 7, 0, 2, 5, 8, 0, 0, 7, 3, 2, 1, 1, 0, 2, 6, 7, 2, 3, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 1, 0, 1, 1, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0], [2, 0, 0, 1, 1, 0, 1, 1, 0, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0], [3, 0, 0, 1, 2, 0, 2, 1, 1, 0, 0, 3, 0, 1, 1, 0, 0, 0, 0, 1, 1, 2, 0, 0, 0, 0], [4, 0, 0, 1, 2, 0, 2, 1, 1, 0, 0, 3, 0, 1, 1, 0, 0, 0, 0, 2, 1, 2, 0, 0, 0, 0], [4, 0, 0, 1, 4, 0, 2, 2, 1, 0, 0, 3, 0, 1, 1, 0, 0, 0, 1, 3, 1, 2, 0, 0, 0, 0], [4, 0, 0, 1, 4, 0, 2, 2, 3, 0, 0, 3, 0, 1, 1, 0, 0, 0, 2, 4, 1, 3, 0, 0, 0, 0], [4, 0, 0, 1, 5, 0, 2, 3, 3, 0, 0, 3, 0, 1, 1, 0, 0, 0, 2, 5, 1, 3, 0, 0, 0, 0], [5, 0, 1, 1, 5, 0, 2, 3, 4, 0, 0, 4, 1, 1, 1, 0, 0, 0, 3, 5, 2, 3, 0, 0, 0, 0], [5, 0, 1, 1, 5, 0, 2, 4, 5, 0, 0, 4, 2, 1, 1, 0, 0, 0, 3, 5, 2, 3, 0, 0, 0, 0], [6, 0, 1, 1, 5, 0, 2, 5, 5, 0, 0, 5, 2, 1, 1, 1, 0, 1, 3, 5, 2, 3, 0, 0, 0, 0], [7, 0, 1, 1, 5, 0, 2, 5, 7, 0, 0, 7, 3, 1, 1, 1, 0, 1, 4, 5, 2, 3, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 13, "sentence": "led Vaughan to village at These visit the musical him Ralph Williams interests", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0115", "problem_name": "task14_0115"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nable fans to Sungjong concept with described the shows being play two as", "label": {"final": [4, 3, 3, 2, 6, 1, 3, 3, 3, 1, 0, 2, 0, 5, 5, 2, 0, 1, 6, 5, 1, 0, 3, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [2, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [2, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 1, 0, 1, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [2, 1, 0, 0, 1, 1, 2, 0, 0, 1, 0, 1, 0, 3, 2, 0, 0, 0, 2, 1, 1, 0, 0, 0, 0, 0], [2, 1, 2, 0, 2, 1, 2, 0, 0, 1, 0, 1, 0, 4, 3, 1, 0, 0, 2, 2, 1, 0, 0, 0, 0, 0], [2, 1, 2, 0, 2, 1, 2, 1, 1, 1, 0, 1, 0, 4, 3, 1, 0, 0, 2, 3, 1, 0, 1, 0, 0, 0], [2, 2, 3, 2, 4, 1, 2, 1, 2, 1, 0, 1, 0, 4, 3, 1, 0, 1, 3, 3, 1, 0, 1, 0, 0, 0], [2, 2, 3, 2, 5, 1, 2, 2, 2, 1, 0, 1, 0, 4, 3, 1, 0, 1, 3, 4, 1, 0, 1, 0, 0, 0], [2, 2, 3, 2, 5, 1, 2, 3, 2, 1, 0, 1, 0, 4, 4, 1, 0, 1, 5, 4, 1, 0, 2, 0, 0, 0], [2, 3, 3, 2, 6, 1, 3, 3, 3, 1, 0, 1, 0, 5, 4, 1, 0, 1, 5, 4, 1, 0, 2, 0, 0, 0], [3, 3, 3, 2, 6, 1, 3, 3, 3, 1, 0, 2, 0, 5, 4, 2, 0, 1, 5, 4, 1, 0, 2, 0, 1, 0], [3, 3, 3, 2, 6, 1, 3, 3, 3, 1, 0, 2, 0, 5, 5, 2, 0, 1, 5, 5, 1, 0, 3, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 13, "sentence": "able fans to Sungjong concept with described the shows being play two as", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0116", "problem_name": "task14_0116"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\naccelerometer lander of payload a s an and monitor radiation scientific consisted The", "label": {"final": [9, 0, 5, 5, 8, 2, 0, 1, 7, 0, 0, 3, 2, 7, 7, 1, 0, 5, 4, 6, 0, 0, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 2, 0, 4, 0, 0, 0, 0, 0, 0, 1, 1, 0, 1, 0, 0, 2, 0, 1, 0, 0, 0, 0, 0, 0], [2, 0, 2, 1, 5, 0, 0, 0, 0, 0, 0, 2, 1, 1, 1, 0, 0, 3, 0, 1, 0, 0, 0, 0, 0, 0], [2, 0, 2, 1, 5, 1, 0, 0, 0, 0, 0, 2, 1, 1, 2, 0, 0, 3, 0, 1, 0, 0, 0, 0, 0, 0], [4, 0, 2, 2, 5, 1, 0, 0, 0, 0, 0, 3, 1, 1, 3, 1, 0, 3, 0, 1, 0, 0, 0, 0, 1, 0], [5, 0, 2, 2, 5, 1, 0, 0, 0, 0, 0, 3, 1, 1, 3, 1, 0, 3, 0, 1, 0, 0, 0, 0, 1, 0], [5, 0, 2, 2, 5, 1, 0, 0, 0, 0, 0, 3, 1, 1, 3, 1, 0, 3, 1, 1, 0, 0, 0, 0, 1, 0], [6, 0, 2, 2, 5, 1, 0, 0, 0, 0, 0, 3, 1, 2, 3, 1, 0, 3, 1, 1, 0, 0, 0, 0, 1, 0], [7, 0, 2, 3, 5, 1, 0, 0, 0, 0, 0, 3, 1, 3, 3, 1, 0, 3, 1, 1, 0, 0, 0, 0, 1, 0], [7, 0, 2, 3, 5, 1, 0, 0, 1, 0, 0, 3, 2, 4, 5, 1, 0, 4, 1, 2, 0, 0, 0, 0, 1, 0], [9, 0, 2, 4, 5, 1, 0, 0, 3, 0, 0, 3, 2, 5, 6, 1, 0, 5, 1, 3, 0, 0, 0, 0, 1, 0], [9, 0, 4, 4, 6, 2, 0, 0, 6, 0, 0, 3, 2, 6, 6, 1, 0, 5, 2, 4, 0, 0, 0, 0, 1, 0], [9, 0, 5, 5, 7, 2, 0, 0, 7, 0, 0, 3, 2, 7, 7, 1, 0, 5, 4, 5, 0, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 13, "sentence": "accelerometer lander of payload a s an and monitor radiation scientific consisted The", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0117", "problem_name": "task14_0117"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nof in Her September Ghosts 2010 published recent The is most Europe book", "label": {"final": [0, 3, 1, 1, 10, 1, 1, 4, 3, 0, 1, 1, 2, 2, 6, 3, 0, 4, 6, 5, 2, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 1, 0, 1, 1, 0, 0, 0, 0, 1, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 4, 1, 0, 1, 1, 0, 0, 0, 1, 1, 1, 1, 0, 2, 1, 1, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 4, 1, 1, 2, 1, 0, 0, 0, 1, 1, 2, 1, 0, 2, 3, 2, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 4, 1, 1, 2, 1, 0, 0, 0, 1, 1, 2, 1, 0, 2, 3, 2, 0, 0, 0, 0, 0, 0], [0, 2, 0, 1, 5, 1, 1, 3, 2, 0, 0, 1, 1, 1, 2, 2, 0, 2, 4, 2, 1, 0, 0, 0, 0, 0], [0, 2, 1, 1, 7, 1, 1, 3, 2, 0, 0, 1, 1, 2, 2, 2, 0, 3, 4, 3, 1, 0, 0, 0, 0, 0], [0, 2, 1, 1, 8, 1, 1, 4, 2, 0, 0, 1, 1, 2, 2, 2, 0, 3, 4, 4, 1, 0, 0, 0, 0, 0], [0, 2, 1, 1, 8, 1, 1, 4, 3, 0, 0, 1, 1, 2, 2, 2, 0, 3, 5, 4, 1, 0, 0, 0, 0, 0], [0, 2, 1, 1, 8, 1, 1, 4, 3, 0, 0, 1, 2, 2, 3, 2, 0, 3, 6, 5, 1, 0, 0, 0, 0, 0], [0, 2, 1, 1, 10, 1, 1, 4, 3, 0, 0, 1, 2, 2, 4, 3, 0, 4, 6, 5, 2, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 13, "sentence": "of in Her September Ghosts 2010 published recent The is most Europe book", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0118", "problem_name": "task14_0118"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nFame of Football Australian Hall retirement the he was inducted his After into", "label": {"final": [8, 1, 1, 2, 8, 4, 0, 4, 5, 0, 0, 5, 2, 4, 4, 0, 0, 4, 3, 8, 2, 0, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [2, 1, 0, 0, 1, 3, 0, 0, 0, 0, 0, 2, 1, 0, 3, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [5, 1, 0, 0, 1, 3, 0, 0, 1, 0, 0, 3, 1, 1, 3, 0, 0, 1, 1, 2, 1, 0, 0, 0, 0, 0], [6, 1, 0, 0, 1, 3, 0, 1, 1, 0, 0, 5, 1, 1, 3, 0, 0, 1, 1, 2, 1, 0, 0, 0, 0, 0], [6, 1, 0, 0, 4, 3, 0, 1, 2, 0, 0, 5, 2, 2, 3, 0, 0, 3, 1, 4, 1, 0, 0, 0, 0, 0], [6, 1, 0, 0, 5, 3, 0, 2, 2, 0, 0, 5, 2, 2, 3, 0, 0, 3, 1, 5, 1, 0, 0, 0, 0, 0], [6, 1, 0, 0, 6, 3, 0, 3, 2, 0, 0, 5, 2, 2, 3, 0, 0, 3, 1, 5, 1, 0, 0, 0, 0, 0], [7, 1, 0, 0, 6, 3, 0, 3, 2, 0, 0, 5, 2, 2, 3, 0, 0, 3, 2, 5, 1, 0, 1, 0, 0, 0], [7, 1, 1, 2, 7, 3, 0, 3, 3, 0, 0, 5, 2, 3, 3, 0, 0, 3, 2, 6, 2, 0, 1, 0, 0, 0], [7, 1, 1, 2, 7, 3, 0, 4, 4, 0, 0, 5, 2, 3, 3, 0, 0, 3, 3, 6, 2, 0, 1, 0, 0, 0], [8, 1, 1, 2, 8, 4, 0, 4, 4, 0, 0, 5, 2, 3, 3, 0, 0, 4, 3, 7, 2, 0, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 13, "sentence": "Fame of Football Australian Hall retirement the he was inducted his After into", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0119", "problem_name": "task14_0119"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nFinancial of In ASOBANCARIA became Institutions Colombia the President 2001 and Banking Association she", "label": {"final": [12, 4, 5, 2, 6, 2, 1, 2, 12, 0, 1, 2, 2, 11, 7, 1, 0, 2, 7, 6, 1, 0, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[2, 0, 1, 0, 0, 1, 0, 0, 2, 0, 0, 1, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 1, 0, 0, 2, 0, 0, 2, 0, 0, 1, 0, 2, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 1, 0, 0, 2, 0, 0, 3, 0, 0, 1, 0, 3, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [6, 1, 2, 0, 0, 2, 0, 0, 4, 0, 0, 1, 0, 4, 2, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [7, 2, 3, 0, 2, 2, 0, 0, 4, 0, 0, 1, 1, 4, 2, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [7, 2, 3, 0, 2, 2, 0, 0, 7, 0, 0, 1, 1, 6, 3, 0, 0, 1, 3, 3, 1, 0, 0, 0, 0, 0], [8, 3, 4, 0, 2, 2, 0, 0, 8, 0, 0, 2, 2, 6, 5, 0, 0, 1, 3, 3, 1, 0, 0, 0, 0, 0], [8, 3, 4, 0, 3, 2, 0, 1, 8, 0, 0, 2, 2, 6, 5, 0, 0, 1, 3, 4, 1, 0, 0, 0, 0, 0], [8, 3, 4, 1, 5, 2, 0, 1, 9, 0, 0, 2, 2, 7, 5, 1, 0, 2, 4, 5, 1, 0, 0, 0, 0, 0], [8, 3, 4, 1, 5, 2, 0, 1, 9, 0, 0, 2, 2, 7, 5, 1, 0, 2, 4, 5, 1, 0, 0, 0, 0, 0], [9, 3, 4, 2, 5, 2, 0, 1, 9, 0, 0, 2, 2, 8, 5, 1, 0, 2, 4, 5, 1, 0, 0, 0, 0, 0], [10, 4, 4, 2, 5, 2, 1, 1, 10, 0, 1, 2, 2, 10, 5, 1, 0, 2, 4, 5, 1, 0, 0, 0, 0, 0], [12, 4, 5, 2, 5, 2, 1, 1, 12, 0, 1, 2, 2, 11, 7, 1, 0, 2, 6, 6, 1, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 14, "sentence": "Financial of In ASOBANCARIA became Institutions Colombia the President 2001 and Banking Association she", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0120", "problem_name": "task14_0120"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nCampeche of with season Piratas the Mexican signed League de Baseball 2016 for He", "label": {"final": [8, 2, 3, 2, 11, 2, 2, 4, 4, 0, 0, 3, 2, 3, 3, 2, 0, 2, 5, 3, 1, 0, 1, 1, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 2, 0, 2, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 2, 0, 2, 1, 0, 1, 0, 0, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 2, 0, 2, 1, 0, 2, 1, 0, 0, 0, 1, 0, 1, 1, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [2, 0, 2, 0, 3, 1, 0, 2, 1, 0, 0, 0, 1, 1, 2, 1, 0, 0, 2, 1, 0, 0, 1, 0, 0, 0], [4, 0, 2, 0, 3, 1, 0, 2, 2, 0, 0, 0, 1, 1, 2, 2, 0, 1, 3, 2, 0, 0, 1, 0, 0, 0], [4, 0, 2, 0, 4, 1, 0, 3, 2, 0, 0, 0, 1, 1, 2, 2, 0, 1, 3, 3, 0, 0, 1, 0, 0, 0], [5, 0, 3, 0, 5, 1, 0, 3, 3, 0, 0, 0, 2, 2, 2, 2, 0, 1, 3, 3, 0, 0, 1, 1, 0, 0], [5, 0, 3, 1, 6, 1, 1, 3, 4, 0, 0, 0, 2, 3, 2, 2, 0, 1, 4, 3, 0, 0, 1, 1, 0, 0], [6, 0, 3, 1, 8, 1, 2, 3, 4, 0, 0, 1, 2, 3, 2, 2, 0, 1, 4, 3, 1, 0, 1, 1, 0, 0], [6, 0, 3, 2, 9, 1, 2, 3, 4, 0, 0, 1, 2, 3, 2, 2, 0, 1, 4, 3, 1, 0, 1, 1, 0, 0], [8, 2, 3, 2, 10, 1, 2, 3, 4, 0, 0, 3, 2, 3, 2, 2, 0, 1, 5, 3, 1, 0, 1, 1, 0, 0], [8, 2, 3, 2, 10, 1, 2, 3, 4, 0, 0, 3, 2, 3, 2, 2, 0, 1, 5, 3, 1, 0, 1, 1, 0, 0], [8, 2, 3, 2, 10, 2, 2, 3, 4, 0, 0, 3, 2, 3, 3, 2, 0, 2, 5, 3, 1, 0, 1, 1, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 14, "sentence": "Campeche of with season Piratas the Mexican signed League de Baseball 2016 for He", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0121", "problem_name": "task14_0121"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nboth In on a places vegetation soils built have substrate been limestone develops that", "label": {"final": [6, 4, 1, 1, 11, 0, 1, 3, 5, 0, 0, 5, 1, 5, 6, 2, 0, 1, 7, 9, 2, 3, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 2, 2, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 2, 2, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [2, 1, 1, 0, 1, 0, 0, 1, 1, 0, 0, 1, 0, 2, 2, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [3, 1, 1, 0, 3, 0, 1, 1, 2, 0, 0, 1, 0, 3, 3, 1, 0, 0, 1, 3, 0, 1, 0, 0, 0, 0], [3, 1, 1, 0, 3, 0, 1, 1, 3, 0, 0, 2, 0, 3, 4, 1, 0, 0, 3, 3, 0, 1, 0, 0, 0, 0], [3, 2, 1, 0, 3, 0, 1, 1, 4, 0, 0, 3, 0, 3, 4, 1, 0, 0, 3, 4, 1, 1, 0, 0, 0, 0], [4, 2, 1, 0, 4, 0, 1, 2, 4, 0, 0, 3, 0, 3, 4, 1, 0, 0, 3, 4, 1, 2, 0, 0, 0, 0], [5, 3, 1, 0, 5, 0, 1, 2, 4, 0, 0, 3, 0, 3, 4, 1, 0, 1, 5, 6, 2, 2, 0, 0, 0, 0], [5, 4, 1, 0, 7, 0, 1, 2, 4, 0, 0, 3, 0, 4, 4, 1, 0, 1, 5, 6, 2, 2, 0, 0, 0, 0], [5, 4, 1, 0, 9, 0, 1, 2, 5, 0, 0, 4, 1, 5, 5, 1, 0, 1, 6, 7, 2, 2, 0, 0, 0, 0], [5, 4, 1, 1, 11, 0, 1, 2, 5, 0, 0, 5, 1, 5, 6, 2, 0, 1, 7, 7, 2, 3, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 14, "sentence": "both In on a places vegetation soils built have substrate been limestone develops that", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0122", "problem_name": "task14_0122"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nchairman Eric s regular the Recto meeting O bank was during board as elected", "label": {"final": [7, 2, 4, 3, 9, 0, 3, 2, 4, 0, 1, 2, 2, 4, 3, 0, 0, 7, 3, 4, 2, 0, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[2, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 2, 0, 1, 0, 0, 1, 2, 0, 0, 0, 1, 1, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 2, 0, 1, 0, 0, 1, 2, 0, 0, 0, 1, 1, 0, 0, 0, 2, 1, 0, 0, 0, 0, 0, 0, 0], [3, 0, 2, 0, 2, 0, 1, 1, 2, 0, 0, 1, 1, 1, 0, 0, 0, 4, 1, 0, 1, 0, 0, 0, 0, 0], [3, 0, 2, 0, 3, 0, 1, 2, 2, 0, 0, 1, 1, 1, 0, 0, 0, 4, 1, 1, 1, 0, 0, 0, 0, 0], [3, 0, 3, 0, 4, 0, 1, 2, 2, 0, 0, 1, 1, 1, 1, 0, 0, 5, 1, 2, 1, 0, 0, 0, 0, 0], [3, 0, 3, 0, 6, 0, 2, 2, 3, 0, 0, 1, 2, 2, 1, 0, 0, 5, 1, 3, 1, 0, 0, 0, 0, 0], [3, 0, 3, 0, 6, 0, 2, 2, 3, 0, 0, 1, 2, 2, 2, 0, 0, 5, 1, 3, 1, 0, 0, 0, 0, 0], [4, 1, 3, 0, 6, 0, 2, 2, 3, 0, 1, 1, 2, 3, 2, 0, 0, 5, 1, 3, 1, 0, 0, 0, 0, 0], [5, 1, 3, 0, 6, 0, 2, 2, 3, 0, 1, 1, 2, 3, 2, 0, 0, 5, 2, 3, 1, 0, 1, 0, 0, 0], [5, 1, 3, 1, 6, 0, 3, 2, 4, 0, 1, 1, 2, 4, 2, 0, 0, 6, 2, 3, 2, 0, 1, 0, 0, 0], [6, 2, 3, 2, 6, 0, 3, 2, 4, 0, 1, 1, 2, 4, 3, 0, 0, 7, 2, 3, 2, 0, 1, 0, 0, 0], [7, 2, 3, 2, 6, 0, 3, 2, 4, 0, 1, 1, 2, 4, 3, 0, 0, 7, 3, 3, 2, 0, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 14, "sentence": "chairman Eric s regular the Recto meeting O bank was during board as elected", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0123", "problem_name": "task14_0123"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nsinger 2020 in a with the solo Hanna song Ferm Brave Melodifestivalen competed as", "label": {"final": [6, 1, 1, 2, 9, 2, 2, 3, 5, 0, 0, 3, 3, 6, 5, 1, 0, 3, 5, 4, 0, 2, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 1, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 1, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 1, 0, 2, 0, 0, 0, 0, 2, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 1, 0, 2, 0, 0, 0, 0, 2, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 1, 1, 3, 0, 0, 0, 0, 2, 0, 0, 0, 1, 1, 1, 0, 0, 1, 0, 0, 0], [1, 0, 0, 0, 2, 0, 1, 2, 3, 0, 0, 0, 0, 2, 0, 0, 0, 1, 1, 2, 0, 0, 1, 0, 0, 0], [1, 0, 0, 0, 2, 0, 1, 2, 3, 0, 0, 1, 0, 2, 2, 0, 0, 1, 2, 2, 0, 0, 1, 0, 0, 0], [3, 0, 0, 0, 2, 0, 1, 3, 3, 0, 0, 1, 0, 4, 2, 0, 0, 1, 2, 2, 0, 0, 1, 0, 0, 0], [3, 0, 0, 0, 2, 0, 2, 3, 3, 0, 0, 1, 0, 5, 3, 0, 0, 1, 3, 2, 0, 0, 1, 0, 0, 0], [3, 0, 0, 0, 3, 1, 2, 3, 3, 0, 0, 1, 1, 5, 3, 0, 0, 2, 3, 2, 0, 0, 1, 0, 0, 0], [4, 1, 0, 0, 4, 1, 2, 3, 3, 0, 0, 1, 1, 5, 3, 0, 0, 3, 3, 2, 0, 1, 1, 0, 0, 0], [5, 1, 0, 1, 7, 2, 2, 3, 5, 0, 0, 3, 2, 6, 4, 0, 0, 3, 4, 3, 0, 2, 1, 0, 0, 0], [5, 1, 1, 2, 9, 2, 2, 3, 5, 0, 0, 3, 3, 6, 5, 1, 0, 3, 4, 4, 0, 2, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 14, "sentence": "singer 2020 in a with the solo Hanna song Ferm Brave Melodifestivalen competed as", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0124", "problem_name": "task14_0124"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\namounts In of in moderate rainfall flooding northeastern Erika Mexico and produced resulting mudslides", "label": {"final": [7, 0, 2, 7, 9, 3, 2, 1, 8, 0, 1, 5, 4, 9, 8, 1, 0, 7, 5, 5, 4, 0, 0, 1, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 2, 1, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 1, 2, 2, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 0, 0, 2, 0, 0, 0, 1, 3, 2, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0], [2, 0, 0, 1, 2, 1, 0, 0, 2, 0, 0, 0, 2, 3, 3, 0, 0, 1, 1, 2, 1, 0, 0, 0, 0, 0], [4, 0, 0, 1, 2, 2, 0, 0, 3, 0, 0, 2, 2, 4, 3, 0, 0, 2, 1, 2, 1, 0, 0, 0, 0, 0], [4, 0, 0, 2, 2, 3, 1, 0, 4, 0, 0, 3, 2, 5, 5, 0, 0, 2, 1, 2, 1, 0, 0, 0, 0, 0], [5, 0, 0, 2, 4, 3, 1, 1, 4, 0, 0, 3, 2, 7, 6, 0, 0, 4, 2, 4, 1, 0, 0, 0, 0, 0], [6, 0, 0, 2, 5, 3, 1, 1, 5, 0, 1, 3, 2, 7, 6, 0, 0, 5, 2, 4, 1, 0, 0, 0, 0, 0], [6, 0, 1, 2, 6, 3, 1, 1, 6, 0, 1, 3, 3, 7, 7, 0, 0, 5, 2, 4, 1, 0, 0, 1, 0, 0], [7, 0, 1, 3, 6, 3, 1, 1, 6, 0, 1, 3, 3, 8, 7, 0, 0, 5, 2, 4, 1, 0, 0, 1, 0, 0], [7, 0, 2, 5, 7, 3, 1, 1, 6, 0, 1, 3, 3, 8, 8, 1, 0, 6, 2, 4, 2, 0, 0, 1, 0, 0], [7, 0, 2, 5, 8, 3, 2, 1, 7, 0, 1, 4, 3, 9, 8, 1, 0, 7, 3, 5, 3, 0, 0, 1, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 14, "sentence": "amounts In of in moderate rainfall flooding northeastern Erika Mexico and produced resulting mudslides", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0125", "problem_name": "task14_0125"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nseries in Livingston This starring the and Lone Robert Rider fourteenth is movie third", "label": {"final": [2, 1, 0, 3, 9, 1, 2, 4, 10, 0, 0, 2, 1, 7, 5, 0, 0, 9, 6, 8, 1, 2, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 2, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 2, 0, 0, 0, 2, 0, 0, 0, 0, 1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 2, 0, 1, 0, 4, 0, 0, 1, 0, 3, 1, 0, 0, 1, 3, 1, 0, 1, 0, 0, 0, 0], [0, 0, 0, 0, 2, 0, 1, 1, 5, 0, 0, 1, 0, 3, 1, 0, 0, 1, 4, 2, 0, 1, 0, 0, 0, 0], [1, 0, 0, 0, 2, 0, 2, 1, 6, 0, 0, 1, 0, 4, 1, 0, 0, 3, 5, 3, 0, 1, 0, 0, 0, 0], [1, 0, 0, 0, 3, 0, 2, 2, 6, 0, 0, 1, 0, 4, 1, 0, 0, 3, 5, 4, 0, 1, 0, 0, 0, 0], [2, 0, 0, 1, 3, 0, 2, 2, 6, 0, 0, 1, 0, 5, 1, 0, 0, 3, 5, 4, 0, 1, 0, 0, 0, 0], [2, 0, 0, 1, 4, 0, 2, 2, 6, 0, 0, 2, 0, 6, 2, 0, 0, 3, 5, 4, 0, 1, 0, 0, 0, 0], [2, 1, 0, 1, 5, 0, 2, 2, 6, 0, 0, 2, 0, 6, 3, 0, 0, 5, 5, 5, 0, 1, 0, 0, 0, 0], [2, 1, 0, 2, 6, 0, 2, 2, 7, 0, 0, 2, 0, 6, 3, 0, 0, 7, 5, 5, 0, 1, 0, 0, 0, 0], [2, 1, 0, 2, 8, 1, 2, 3, 7, 0, 0, 2, 0, 7, 4, 0, 0, 8, 5, 7, 1, 1, 0, 0, 0, 0], [2, 1, 0, 2, 8, 1, 2, 3, 8, 0, 0, 2, 0, 7, 4, 0, 0, 8, 6, 7, 1, 1, 0, 0, 0, 0], [2, 1, 0, 2, 9, 1, 2, 3, 9, 0, 0, 2, 1, 7, 5, 0, 0, 8, 6, 7, 1, 2, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 14, "sentence": "series in Livingston This starring the and Lone Robert Rider fourteenth is movie third", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0126", "problem_name": "task14_0126"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ntale evasion covers gold law and A the smuggling drugs human from trafficking that", "label": {"final": [8, 0, 2, 3, 4, 3, 6, 3, 4, 0, 1, 4, 3, 5, 4, 0, 0, 4, 4, 5, 3, 2, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 2, 0, 0, 0, 1, 0, 0, 1, 0, 1, 1, 0, 0, 0, 1, 1, 0, 1, 0, 0, 0, 0], [2, 0, 1, 0, 3, 0, 0, 0, 1, 0, 0, 1, 0, 1, 2, 0, 0, 1, 2, 1, 0, 2, 0, 0, 0, 0], [2, 0, 1, 1, 3, 0, 1, 0, 1, 0, 0, 2, 0, 1, 3, 0, 0, 1, 2, 1, 0, 2, 0, 0, 0, 0], [3, 0, 1, 1, 3, 0, 1, 0, 1, 0, 0, 3, 0, 1, 3, 0, 0, 1, 2, 1, 0, 2, 1, 0, 0, 0], [4, 0, 1, 2, 3, 0, 1, 0, 1, 0, 0, 3, 0, 2, 3, 0, 0, 1, 2, 1, 0, 2, 1, 0, 0, 0], [5, 0, 1, 2, 3, 0, 1, 0, 1, 0, 0, 3, 0, 2, 3, 0, 0, 1, 2, 1, 0, 2, 1, 0, 0, 0], [5, 0, 1, 2, 4, 0, 1, 1, 1, 0, 0, 3, 0, 2, 3, 0, 0, 1, 2, 2, 0, 2, 1, 0, 0, 0], [5, 0, 1, 2, 4, 0, 4, 1, 2, 0, 0, 4, 1, 3, 3, 0, 0, 1, 3, 2, 1, 2, 1, 0, 0, 0], [5, 0, 1, 3, 4, 0, 5, 1, 2, 0, 0, 4, 1, 3, 3, 0, 0, 2, 4, 2, 2, 2, 1, 0, 0, 0], [6, 0, 1, 3, 4, 0, 5, 2, 2, 0, 0, 4, 2, 4, 3, 0, 0, 2, 4, 2, 3, 2, 1, 0, 0, 0], [6, 0, 1, 3, 4, 1, 5, 2, 2, 0, 0, 4, 3, 4, 4, 0, 0, 3, 4, 2, 3, 2, 1, 0, 0, 0], [7, 0, 2, 3, 4, 3, 6, 2, 4, 0, 1, 4, 3, 5, 4, 0, 0, 4, 4, 3, 3, 2, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 14, "sentence": "tale evasion covers gold law and A the smuggling drugs human from trafficking that", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0127", "problem_name": "task14_0127"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nin economy not demand antebellum continue the for that did fueled cotton Ultimately growth", "label": {"final": [4, 1, 3, 5, 9, 2, 1, 3, 4, 0, 0, 5, 4, 8, 8, 0, 0, 2, 0, 11, 4, 0, 1, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 2, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 1, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 3, 3, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0], [1, 0, 1, 2, 2, 0, 0, 0, 1, 0, 0, 0, 2, 4, 3, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0], [2, 1, 1, 2, 4, 0, 0, 0, 1, 0, 0, 2, 3, 5, 3, 0, 0, 0, 0, 2, 1, 0, 0, 0, 1, 0], [2, 1, 2, 2, 5, 0, 0, 0, 2, 0, 0, 2, 3, 7, 4, 0, 0, 0, 0, 3, 2, 0, 0, 0, 1, 0], [2, 1, 2, 2, 6, 0, 0, 1, 2, 0, 0, 2, 3, 7, 4, 0, 0, 0, 0, 4, 2, 0, 0, 0, 1, 0], [2, 1, 2, 2, 6, 1, 0, 1, 2, 0, 0, 2, 3, 7, 5, 0, 0, 1, 0, 4, 2, 0, 0, 0, 1, 0], [3, 1, 2, 2, 6, 1, 0, 2, 2, 0, 0, 2, 3, 7, 5, 0, 0, 1, 0, 6, 2, 0, 0, 0, 1, 0], [3, 1, 2, 4, 6, 1, 0, 2, 3, 0, 0, 2, 3, 7, 5, 0, 0, 1, 0, 6, 2, 0, 0, 0, 1, 0], [3, 1, 2, 5, 8, 2, 0, 2, 3, 0, 0, 3, 3, 7, 5, 0, 0, 1, 0, 6, 3, 0, 0, 0, 1, 0], [3, 1, 3, 5, 8, 2, 0, 2, 3, 0, 0, 3, 3, 8, 7, 0, 0, 1, 0, 8, 3, 0, 0, 0, 1, 0], [4, 1, 3, 5, 9, 2, 0, 2, 4, 0, 0, 5, 4, 8, 7, 0, 0, 1, 0, 10, 4, 0, 0, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 14, "sentence": "in economy not demand antebellum continue the for that did fueled cotton Ultimately growth", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0128", "problem_name": "task14_0128"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nsecond in novel publisher the same also His published by was Clase Primera 2014", "label": {"final": [5, 3, 2, 2, 8, 0, 0, 4, 5, 0, 0, 5, 2, 3, 3, 3, 0, 3, 8, 1, 2, 1, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 1, 1, 0, 0, 0, 1, 0, 0, 0, 0, 2, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 1, 2, 0, 0, 0, 1, 0, 0, 1, 0, 3, 2, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0], [0, 1, 1, 1, 3, 0, 0, 1, 2, 0, 0, 2, 0, 3, 2, 1, 0, 1, 2, 0, 1, 1, 0, 0, 0, 0], [0, 1, 1, 1, 4, 0, 0, 2, 2, 0, 0, 2, 0, 3, 2, 1, 0, 1, 2, 1, 1, 1, 0, 0, 0, 0], [1, 1, 1, 1, 5, 0, 0, 2, 2, 0, 0, 2, 1, 3, 2, 1, 0, 1, 3, 1, 1, 1, 0, 0, 0, 0], [2, 1, 1, 1, 5, 0, 0, 2, 2, 0, 0, 3, 1, 3, 3, 1, 0, 1, 4, 1, 1, 1, 0, 0, 0, 0], [2, 1, 1, 1, 5, 0, 0, 3, 3, 0, 0, 3, 1, 3, 3, 1, 0, 1, 5, 1, 1, 1, 0, 0, 0, 0], [2, 2, 1, 2, 6, 0, 0, 4, 4, 0, 0, 4, 1, 3, 3, 2, 0, 1, 6, 1, 2, 1, 0, 0, 0, 0], [2, 3, 1, 2, 6, 0, 0, 4, 4, 0, 0, 4, 1, 3, 3, 2, 0, 1, 6, 1, 2, 1, 0, 0, 1, 0], [3, 3, 1, 2, 6, 0, 0, 4, 4, 0, 0, 4, 1, 3, 3, 2, 0, 1, 7, 1, 2, 1, 1, 0, 1, 0], [4, 3, 2, 2, 7, 0, 0, 4, 4, 0, 0, 5, 1, 3, 3, 2, 0, 1, 8, 1, 2, 1, 1, 0, 1, 0], [5, 3, 2, 2, 8, 0, 0, 4, 5, 0, 0, 5, 2, 3, 3, 3, 0, 3, 8, 1, 2, 1, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 14, "sentence": "second in novel publisher the same also His published by was Clase Primera 2014", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0129", "problem_name": "task14_0129"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nare in all a ensures the Schema XML glossary lesson defined used The that terms", "label": {"final": [6, 0, 1, 3, 11, 1, 1, 4, 2, 0, 0, 5, 3, 4, 2, 0, 0, 4, 9, 5, 2, 0, 0, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 2, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [3, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 2, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [3, 0, 0, 0, 3, 0, 0, 0, 1, 0, 0, 2, 0, 2, 0, 0, 0, 2, 2, 0, 1, 0, 0, 0, 0, 0], [3, 0, 0, 0, 4, 0, 0, 1, 1, 0, 0, 2, 0, 2, 0, 0, 0, 2, 2, 1, 1, 0, 0, 0, 0, 0], [4, 0, 1, 0, 5, 0, 0, 2, 1, 0, 0, 2, 1, 2, 0, 0, 0, 2, 3, 1, 1, 0, 0, 0, 0, 0], [4, 0, 1, 0, 5, 0, 0, 2, 1, 0, 0, 3, 2, 2, 0, 0, 0, 2, 3, 1, 1, 0, 0, 1, 0, 0], [5, 0, 1, 0, 5, 0, 1, 2, 1, 0, 0, 4, 2, 2, 1, 0, 0, 3, 5, 1, 1, 0, 0, 1, 1, 0], [5, 0, 1, 0, 6, 0, 1, 2, 1, 0, 0, 5, 2, 3, 2, 0, 0, 3, 7, 1, 1, 0, 0, 1, 1, 0], [5, 0, 1, 2, 8, 1, 1, 2, 2, 0, 0, 5, 2, 4, 2, 0, 0, 3, 7, 1, 1, 0, 0, 1, 1, 0], [5, 0, 1, 3, 9, 1, 1, 2, 2, 0, 0, 5, 2, 4, 2, 0, 0, 3, 8, 1, 2, 0, 0, 1, 1, 0], [5, 0, 1, 3, 10, 1, 1, 3, 2, 0, 0, 5, 2, 4, 2, 0, 0, 3, 8, 2, 2, 0, 0, 1, 1, 0], [6, 0, 1, 3, 10, 1, 1, 4, 2, 0, 0, 5, 2, 4, 2, 0, 0, 3, 8, 4, 2, 0, 0, 1, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 15, "sentence": "are in all a ensures the Schema XML glossary lesson defined used The that terms", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0130", "problem_name": "task14_0130"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nEvery male their its to citizenship citizen dedicating laws lives earned and Spartan polis by", "label": {"final": [7, 1, 3, 4, 10, 0, 1, 2, 11, 0, 0, 4, 1, 6, 2, 3, 0, 4, 6, 7, 0, 2, 1, 0, 2, 2], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 1, 0], [1, 0, 0, 0, 3, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 1, 0], [1, 0, 0, 0, 4, 0, 0, 1, 1, 0, 0, 1, 1, 0, 0, 0, 0, 2, 0, 1, 0, 1, 0, 0, 1, 0], [1, 0, 0, 0, 4, 0, 0, 1, 2, 0, 0, 1, 1, 0, 0, 0, 0, 2, 1, 2, 0, 1, 0, 0, 1, 0], [1, 0, 0, 0, 4, 0, 0, 1, 2, 0, 0, 1, 1, 0, 1, 0, 0, 2, 1, 3, 0, 1, 0, 0, 1, 0], [1, 0, 1, 0, 5, 0, 0, 2, 5, 0, 0, 1, 1, 1, 1, 1, 0, 2, 2, 4, 0, 1, 0, 0, 1, 1], [1, 0, 2, 0, 6, 0, 0, 2, 7, 0, 0, 1, 1, 2, 1, 1, 0, 2, 2, 5, 0, 1, 0, 0, 1, 2], [2, 0, 3, 2, 7, 0, 1, 2, 9, 0, 0, 1, 1, 3, 1, 1, 0, 2, 2, 6, 0, 1, 0, 0, 1, 2], [3, 0, 3, 2, 7, 0, 1, 2, 9, 0, 0, 2, 1, 3, 1, 1, 0, 2, 3, 6, 0, 1, 1, 0, 1, 2], [3, 0, 3, 2, 8, 0, 1, 2, 10, 0, 0, 3, 1, 3, 1, 1, 0, 2, 4, 6, 0, 2, 1, 0, 1, 2], [4, 0, 3, 3, 10, 0, 1, 2, 10, 0, 0, 3, 1, 4, 1, 1, 0, 3, 4, 6, 0, 2, 1, 0, 1, 2], [5, 0, 3, 4, 10, 0, 1, 2, 10, 0, 0, 3, 1, 5, 1, 1, 0, 3, 4, 6, 0, 2, 1, 0, 1, 2], [7, 0, 3, 4, 10, 0, 1, 2, 10, 0, 0, 3, 1, 6, 1, 2, 0, 4, 5, 7, 0, 2, 1, 0, 1, 2], [7, 0, 3, 4, 10, 0, 1, 2, 11, 0, 0, 4, 1, 6, 2, 3, 0, 4, 6, 7, 0, 2, 1, 0, 1, 2]]}, "config": {"num_sentences": 43652, "num_words": 15, "sentence": "Every male their its to citizenship citizen dedicating laws lives earned and Spartan polis by", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0131", "problem_name": "task14_0131"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ntheir Bargetze Oberland Landtag not Wendelin accept elections s members and Erni did Xaver as", "label": {"final": [8, 3, 3, 6, 13, 0, 2, 1, 5, 0, 0, 4, 2, 8, 3, 1, 0, 6, 4, 6, 0, 1, 1, 1, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0], [1, 1, 0, 0, 3, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 2, 0, 0, 0, 0, 0, 1], [2, 2, 0, 1, 4, 0, 1, 1, 1, 0, 0, 1, 0, 1, 1, 0, 0, 3, 0, 2, 0, 0, 0, 0, 0, 1], [4, 2, 0, 2, 4, 0, 2, 1, 1, 0, 0, 2, 0, 2, 1, 0, 0, 3, 0, 3, 0, 0, 0, 0, 0, 1], [4, 2, 0, 2, 4, 0, 2, 1, 1, 0, 0, 2, 0, 3, 2, 0, 0, 3, 0, 4, 0, 0, 0, 0, 0, 1], [4, 2, 0, 3, 6, 0, 2, 1, 2, 0, 0, 3, 0, 5, 2, 0, 0, 3, 0, 4, 0, 0, 1, 0, 0, 1], [5, 2, 2, 3, 7, 0, 2, 1, 2, 0, 0, 3, 0, 5, 2, 1, 0, 3, 0, 5, 0, 0, 1, 0, 0, 1], [5, 2, 3, 3, 9, 0, 2, 1, 3, 0, 0, 4, 0, 6, 3, 1, 0, 3, 1, 6, 0, 0, 1, 0, 0, 1], [5, 2, 3, 3, 9, 0, 2, 1, 3, 0, 0, 4, 0, 6, 3, 1, 0, 3, 2, 6, 0, 0, 1, 0, 0, 1], [5, 3, 3, 3, 11, 0, 2, 1, 3, 0, 0, 4, 2, 6, 3, 1, 0, 4, 3, 6, 0, 0, 1, 0, 0, 1], [6, 3, 3, 4, 11, 0, 2, 1, 3, 0, 0, 4, 2, 7, 3, 1, 0, 4, 3, 6, 0, 0, 1, 0, 0, 1], [6, 3, 3, 4, 12, 0, 2, 1, 4, 0, 0, 4, 2, 8, 3, 1, 0, 5, 3, 6, 0, 0, 1, 0, 0, 1], [6, 3, 3, 6, 12, 0, 2, 1, 5, 0, 0, 4, 2, 8, 3, 1, 0, 5, 3, 6, 0, 0, 1, 0, 0, 1], [7, 3, 3, 6, 13, 0, 2, 1, 5, 0, 0, 4, 2, 8, 3, 1, 0, 6, 3, 6, 0, 1, 1, 1, 0, 1]]}, "config": {"num_sentences": 43652, "num_words": 15, "sentence": "their Bargetze Oberland Landtag not Wendelin accept elections s members and Erni did Xaver as", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0132", "problem_name": "task14_0132"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nnon mainstream a became views political those radicalism also expressing style Sentiment among favourite including", "label": {"final": [10, 1, 4, 2, 11, 1, 3, 1, 11, 0, 0, 6, 6, 9, 6, 2, 0, 4, 9, 7, 2, 2, 1, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 2, 3, 1, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0], [3, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 2, 3, 1, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0], [4, 1, 1, 0, 3, 0, 0, 0, 1, 0, 0, 0, 3, 3, 1, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0], [4, 1, 1, 0, 4, 0, 0, 0, 2, 0, 0, 0, 3, 3, 1, 0, 0, 1, 2, 1, 0, 1, 1, 0, 0, 0], [5, 1, 2, 0, 4, 0, 0, 0, 4, 0, 0, 2, 3, 3, 2, 1, 0, 1, 2, 2, 0, 1, 1, 0, 0, 0], [5, 1, 2, 0, 5, 0, 0, 1, 4, 0, 0, 2, 3, 3, 3, 1, 0, 1, 3, 3, 0, 1, 1, 0, 0, 0], [7, 1, 3, 1, 5, 0, 0, 1, 6, 0, 0, 3, 4, 3, 3, 1, 0, 2, 4, 3, 0, 1, 1, 0, 0, 0], [8, 1, 3, 1, 5, 0, 0, 1, 6, 0, 0, 4, 4, 3, 4, 1, 0, 2, 5, 3, 0, 1, 1, 0, 0, 0], [8, 1, 3, 1, 7, 0, 1, 1, 7, 0, 0, 4, 4, 4, 4, 2, 0, 3, 7, 3, 0, 1, 1, 1, 0, 0], [8, 1, 3, 1, 8, 0, 1, 1, 7, 0, 0, 5, 4, 4, 4, 2, 0, 3, 8, 4, 0, 1, 1, 1, 1, 0], [8, 1, 3, 1, 10, 0, 1, 1, 8, 0, 0, 5, 5, 6, 4, 2, 0, 3, 9, 6, 0, 1, 1, 1, 1, 0], [9, 1, 3, 1, 10, 0, 2, 1, 8, 0, 0, 5, 6, 7, 5, 2, 0, 3, 9, 6, 0, 1, 1, 1, 1, 0], [10, 1, 3, 1, 11, 1, 2, 1, 9, 0, 0, 5, 6, 7, 6, 2, 0, 4, 9, 7, 1, 2, 1, 1, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 15, "sentence": "non mainstream a became views political those radicalism also expressing style Sentiment among favourite including", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0133", "problem_name": "task14_0133"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nas in Historian D Follette the most Wisconsin Buenker describes celebrated John figure La history", "label": {"final": [4, 3, 3, 3, 11, 2, 1, 4, 8, 1, 1, 4, 1, 6, 6, 0, 0, 6, 8, 7, 2, 0, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 0, 0, 0, 1, 3, 0, 0, 0, 0, 2, 1, 0, 0, 1, 2, 1, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 0, 0, 0, 1, 3, 0, 0, 0, 0, 2, 1, 0, 0, 1, 2, 1, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 2, 1, 0, 1, 3, 0, 0, 2, 0, 2, 2, 0, 0, 1, 2, 3, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 3, 1, 0, 2, 3, 0, 0, 2, 0, 2, 2, 0, 0, 1, 2, 4, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 3, 1, 0, 2, 3, 0, 0, 2, 1, 2, 3, 0, 0, 1, 3, 5, 0, 0, 0, 0, 0, 0], [2, 0, 1, 1, 3, 1, 0, 2, 5, 0, 0, 2, 1, 4, 4, 0, 0, 1, 5, 5, 0, 0, 1, 0, 0, 0], [2, 1, 1, 1, 5, 1, 0, 2, 5, 0, 1, 2, 1, 5, 4, 0, 0, 2, 5, 5, 1, 0, 1, 0, 0, 0], [2, 2, 2, 2, 7, 1, 0, 2, 6, 0, 1, 2, 1, 5, 4, 0, 0, 3, 7, 5, 1, 0, 1, 0, 0, 0], [3, 3, 3, 3, 10, 1, 0, 2, 6, 0, 1, 3, 1, 5, 4, 0, 0, 4, 7, 6, 1, 0, 1, 0, 0, 0], [3, 3, 3, 3, 10, 1, 0, 3, 6, 1, 1, 3, 1, 6, 5, 0, 0, 4, 7, 6, 1, 0, 1, 0, 0, 0], [3, 3, 3, 3, 11, 2, 1, 3, 7, 1, 1, 3, 1, 6, 5, 0, 0, 5, 7, 6, 2, 0, 1, 0, 0, 0], [4, 3, 3, 3, 11, 2, 1, 3, 7, 1, 1, 4, 1, 6, 5, 0, 0, 5, 7, 6, 2, 0, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 15, "sentence": "as in Historian D Follette the most Wisconsin Buenker describes celebrated John figure La history", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0134", "problem_name": "task14_0134"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nWar Island military and there Caroline World unoccupied no action II place During took remained", "label": {"final": [8, 0, 5, 6, 7, 0, 1, 1, 10, 0, 1, 5, 2, 8, 7, 2, 0, 7, 1, 4, 3, 0, 2, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0], [2, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 1, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0, 0], [3, 0, 0, 1, 0, 0, 0, 0, 3, 0, 0, 2, 1, 1, 0, 0, 0, 2, 1, 1, 0, 0, 1, 0, 1, 0], [4, 0, 0, 2, 0, 0, 0, 0, 3, 0, 0, 2, 1, 2, 0, 0, 0, 2, 1, 1, 0, 0, 1, 0, 1, 0], [4, 0, 0, 2, 2, 0, 0, 1, 3, 0, 0, 2, 1, 2, 0, 0, 0, 3, 1, 2, 0, 0, 1, 0, 1, 0], [5, 0, 1, 2, 3, 0, 0, 1, 4, 0, 0, 3, 1, 3, 1, 0, 0, 4, 1, 2, 0, 0, 1, 0, 1, 0], [5, 0, 1, 3, 3, 0, 0, 1, 4, 0, 0, 4, 1, 3, 2, 0, 0, 5, 1, 2, 0, 0, 2, 0, 1, 0], [5, 0, 3, 4, 4, 0, 0, 1, 5, 0, 0, 4, 1, 4, 3, 1, 0, 5, 1, 2, 2, 0, 2, 0, 1, 0], [5, 0, 3, 4, 4, 0, 0, 1, 5, 0, 0, 4, 1, 5, 4, 1, 0, 5, 1, 2, 2, 0, 2, 0, 1, 0], [6, 0, 4, 4, 4, 0, 0, 1, 6, 0, 0, 4, 1, 6, 5, 1, 0, 5, 1, 3, 2, 0, 2, 0, 1, 0], [6, 0, 4, 4, 4, 0, 0, 1, 8, 0, 0, 4, 1, 6, 5, 1, 0, 5, 1, 3, 2, 0, 2, 0, 1, 0], [7, 0, 5, 4, 5, 0, 0, 1, 8, 0, 0, 5, 1, 6, 5, 2, 0, 5, 1, 3, 2, 0, 2, 0, 1, 0], [7, 0, 5, 5, 5, 0, 1, 1, 9, 0, 0, 5, 1, 7, 5, 2, 0, 6, 1, 3, 3, 0, 2, 0, 1, 0], [7, 0, 5, 5, 5, 0, 1, 1, 9, 0, 1, 5, 1, 7, 7, 2, 0, 6, 1, 4, 3, 0, 2, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 15, "sentence": "War Island military and there Caroline World unoccupied no action II place During took remained", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0135", "problem_name": "task14_0135"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nlead prison to Master Mistress and the Fish Jacob from him take his cell Fowl", "label": {"final": [5, 1, 2, 2, 6, 3, 0, 4, 5, 1, 1, 4, 4, 2, 5, 1, 0, 4, 7, 5, 0, 0, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0, 1, 0, 1, 1, 1, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0, 1, 0, 1, 2, 1, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 2, 0, 0, 0, 1, 0, 0, 1, 1, 1, 2, 1, 0, 2, 2, 2, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 3, 0, 0, 0, 2, 0, 0, 1, 2, 1, 2, 1, 0, 3, 5, 3, 0, 0, 0, 0, 0, 0], [3, 0, 0, 2, 3, 0, 0, 0, 2, 0, 0, 1, 2, 2, 2, 1, 0, 3, 5, 3, 0, 0, 0, 0, 0, 0], [3, 0, 0, 2, 4, 0, 0, 1, 2, 0, 0, 1, 2, 2, 2, 1, 0, 3, 5, 4, 0, 0, 0, 0, 0, 0], [3, 0, 0, 2, 4, 1, 0, 2, 3, 0, 0, 1, 2, 2, 2, 1, 0, 3, 6, 4, 0, 0, 0, 0, 0, 0], [4, 1, 1, 2, 4, 1, 0, 2, 3, 1, 0, 1, 2, 2, 3, 1, 0, 3, 6, 4, 0, 0, 0, 0, 0, 0], [4, 1, 1, 2, 4, 2, 0, 2, 3, 1, 0, 1, 3, 2, 4, 1, 0, 4, 6, 4, 0, 0, 0, 0, 0, 0], [4, 1, 1, 2, 4, 2, 0, 3, 4, 1, 0, 1, 4, 2, 4, 1, 0, 4, 6, 4, 0, 0, 0, 0, 0, 0], [5, 1, 1, 2, 5, 2, 0, 3, 4, 1, 1, 1, 4, 2, 4, 1, 0, 4, 6, 5, 0, 0, 0, 0, 0, 0], [5, 1, 1, 2, 5, 2, 0, 4, 5, 1, 1, 1, 4, 2, 4, 1, 0, 4, 7, 5, 0, 0, 0, 0, 0, 0], [5, 1, 2, 2, 6, 2, 0, 4, 5, 1, 1, 3, 4, 2, 4, 1, 0, 4, 7, 5, 0, 0, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 15, "sentence": "lead prison to Master Mistress and the Fish Jacob from him take his cell Fowl", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0136", "problem_name": "task14_0136"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nlevel habitat of to altitudes forest preferred at cyanogaster sea from The is natural E", "label": {"final": [9, 1, 1, 2, 11, 4, 1, 2, 3, 0, 0, 4, 1, 2, 5, 1, 0, 7, 5, 10, 2, 1, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [2, 1, 0, 0, 2, 0, 0, 1, 1, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 2, 0, 1, 0, 0, 0, 0], [2, 1, 0, 0, 2, 1, 0, 1, 1, 0, 0, 2, 0, 0, 1, 0, 0, 0, 0, 2, 0, 1, 0, 0, 0, 0], [2, 1, 0, 0, 2, 1, 0, 1, 1, 0, 0, 2, 0, 0, 2, 0, 0, 0, 0, 3, 0, 1, 0, 0, 0, 0], [3, 1, 0, 1, 3, 1, 0, 1, 2, 0, 0, 3, 0, 0, 2, 0, 0, 0, 1, 5, 1, 1, 0, 0, 0, 0], [3, 1, 0, 1, 4, 2, 0, 1, 2, 0, 0, 3, 0, 0, 3, 0, 0, 1, 2, 6, 1, 1, 0, 0, 0, 0], [3, 1, 0, 2, 7, 3, 0, 1, 2, 0, 0, 3, 0, 0, 3, 1, 0, 4, 2, 6, 1, 1, 0, 0, 0, 0], [4, 1, 0, 2, 7, 3, 0, 1, 2, 0, 0, 3, 0, 0, 3, 1, 0, 4, 2, 7, 1, 1, 0, 0, 0, 0], [6, 1, 1, 2, 8, 3, 1, 1, 2, 0, 0, 3, 0, 1, 4, 1, 0, 5, 3, 8, 1, 1, 0, 0, 1, 0], [7, 1, 1, 2, 9, 3, 1, 1, 2, 0, 0, 3, 0, 1, 4, 1, 0, 5, 4, 8, 1, 1, 0, 0, 1, 0], [7, 1, 1, 2, 9, 4, 1, 1, 2, 0, 0, 3, 1, 1, 5, 1, 0, 6, 4, 8, 1, 1, 0, 0, 1, 0], [7, 1, 1, 2, 10, 4, 1, 2, 2, 0, 0, 3, 1, 1, 5, 1, 0, 6, 4, 9, 1, 1, 0, 0, 1, 0], [7, 1, 1, 2, 10, 4, 1, 2, 3, 0, 0, 3, 1, 1, 5, 1, 0, 6, 5, 9, 1, 1, 0, 0, 1, 0], [9, 1, 1, 2, 10, 4, 1, 2, 3, 0, 0, 4, 1, 2, 5, 1, 0, 7, 5, 10, 2, 1, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 15, "sentence": "level habitat of to altitudes forest preferred at cyanogaster sea from The is natural E", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0137", "problem_name": "task14_0137"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nof to yellow the trunk also flowers among large right The is noteworthy butterfly flat", "label": {"final": [4, 1, 0, 0, 7, 4, 3, 4, 2, 0, 1, 7, 1, 3, 8, 0, 0, 6, 3, 10, 2, 0, 3, 0, 3, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 2, 0, 0, 3, 0, 0, 0, 0, 1, 0, 0, 1, 0, 1, 0], [0, 0, 0, 0, 2, 1, 0, 1, 0, 0, 0, 2, 0, 0, 3, 0, 0, 0, 0, 2, 0, 0, 1, 0, 1, 0], [0, 0, 0, 0, 2, 1, 0, 1, 0, 0, 1, 2, 0, 1, 3, 0, 0, 1, 0, 3, 1, 0, 1, 0, 1, 0], [1, 0, 0, 0, 2, 1, 0, 1, 0, 0, 1, 3, 0, 1, 4, 0, 0, 1, 1, 3, 1, 0, 1, 0, 1, 0], [1, 0, 0, 0, 3, 2, 0, 1, 0, 0, 1, 4, 0, 1, 5, 0, 0, 2, 2, 3, 1, 0, 2, 0, 1, 0], [2, 0, 0, 0, 3, 2, 1, 1, 0, 0, 1, 4, 1, 2, 6, 0, 0, 2, 2, 3, 1, 0, 2, 0, 1, 0], [3, 0, 0, 0, 4, 2, 2, 1, 0, 0, 1, 5, 1, 2, 6, 0, 0, 3, 2, 3, 1, 0, 2, 0, 1, 0], [3, 0, 0, 0, 4, 2, 3, 2, 1, 0, 1, 5, 1, 2, 6, 0, 0, 4, 2, 4, 1, 0, 2, 0, 1, 0], [3, 0, 0, 0, 5, 2, 3, 3, 1, 0, 1, 5, 1, 2, 6, 0, 0, 4, 2, 5, 1, 0, 2, 0, 1, 0], [3, 0, 0, 0, 5, 2, 3, 3, 2, 0, 1, 5, 1, 2, 6, 0, 0, 4, 3, 5, 1, 0, 2, 0, 1, 0], [3, 0, 0, 0, 6, 2, 3, 4, 2, 0, 1, 5, 1, 3, 8, 0, 0, 5, 3, 7, 1, 0, 3, 0, 2, 0], [3, 1, 0, 0, 7, 3, 3, 4, 2, 0, 1, 6, 1, 3, 8, 0, 0, 6, 3, 9, 2, 0, 3, 0, 3, 0]]}, "config": {"num_sentences": 43652, "num_words": 15, "sentence": "of to yellow the trunk also flowers among large right The is noteworthy butterfly flat", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0138", "problem_name": "task14_0138"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nin day a Collectar mentioned century the also His ninth liturgical work is Durham feast", "label": {"final": [7, 0, 4, 3, 6, 1, 1, 4, 7, 0, 1, 5, 2, 6, 4, 0, 0, 5, 4, 7, 3, 0, 1, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [2, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [3, 0, 2, 1, 1, 0, 0, 0, 1, 0, 0, 2, 0, 1, 1, 0, 0, 1, 0, 1, 0, 0, 0, 0, 1, 0], [3, 0, 2, 2, 3, 0, 0, 0, 2, 0, 0, 2, 1, 3, 2, 0, 0, 1, 0, 2, 0, 0, 0, 0, 1, 0], [3, 0, 3, 2, 4, 0, 0, 0, 2, 0, 0, 2, 1, 4, 2, 0, 0, 2, 0, 3, 1, 0, 0, 0, 2, 0], [3, 0, 3, 2, 5, 0, 0, 1, 2, 0, 0, 2, 1, 4, 2, 0, 0, 2, 0, 4, 1, 0, 0, 0, 2, 0], [4, 0, 3, 2, 5, 0, 0, 1, 2, 0, 0, 3, 1, 4, 3, 0, 0, 2, 1, 4, 1, 0, 0, 0, 2, 0], [4, 0, 3, 2, 5, 0, 0, 2, 3, 0, 0, 3, 1, 4, 3, 0, 0, 2, 2, 4, 1, 0, 0, 0, 2, 0], [4, 0, 3, 2, 5, 0, 0, 3, 4, 0, 0, 3, 1, 6, 3, 0, 0, 2, 2, 5, 1, 0, 0, 0, 2, 0], [5, 0, 4, 2, 5, 0, 1, 3, 6, 0, 0, 5, 1, 6, 3, 0, 0, 3, 2, 6, 2, 0, 0, 0, 2, 0], [5, 0, 4, 2, 5, 0, 1, 3, 6, 0, 1, 5, 1, 6, 4, 0, 0, 4, 2, 6, 2, 0, 1, 0, 2, 0], [5, 0, 4, 2, 5, 0, 1, 3, 7, 0, 1, 5, 1, 6, 4, 0, 0, 4, 3, 6, 2, 0, 1, 0, 2, 0], [6, 0, 4, 3, 5, 0, 1, 4, 7, 0, 1, 5, 2, 6, 4, 0, 0, 5, 3, 6, 3, 0, 1, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 15, "sentence": "in day a Collectar mentioned century the also His ninth liturgical work is Durham feast", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0139", "problem_name": "task14_0139"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nsettling to States in emigrated United Syracuse New first Ireland the York Varians from 1894 The", "label": {"final": [6, 0, 1, 3, 10, 2, 2, 2, 7, 0, 1, 2, 2, 6, 3, 0, 0, 7, 7, 10, 2, 1, 1, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 1, 0, 1, 0, 0, 1, 0, 1, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 1, 0, 1, 0, 0, 1, 0, 1, 1, 0, 0, 0, 1, 3, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 2, 0, 1, 0, 1, 0, 0, 1, 0, 1, 1, 0, 0, 0, 3, 5, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 2, 0, 1, 0, 2, 0, 0, 1, 0, 2, 1, 0, 0, 0, 3, 5, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 4, 0, 2, 0, 3, 0, 0, 1, 1, 2, 1, 0, 0, 1, 3, 6, 0, 0, 0, 0, 0, 0], [2, 0, 0, 2, 5, 0, 2, 0, 4, 0, 0, 1, 1, 3, 1, 0, 0, 1, 3, 7, 1, 0, 0, 0, 0, 0], [3, 0, 1, 2, 6, 0, 2, 0, 4, 0, 0, 1, 1, 3, 1, 0, 0, 2, 5, 7, 2, 0, 0, 0, 1, 0], [3, 0, 1, 2, 7, 0, 2, 0, 4, 0, 0, 1, 1, 4, 1, 0, 0, 2, 5, 7, 2, 0, 1, 0, 1, 0], [3, 0, 1, 2, 7, 1, 2, 0, 5, 0, 0, 1, 1, 4, 1, 0, 0, 3, 6, 8, 2, 0, 1, 0, 1, 0], [4, 0, 1, 3, 8, 1, 2, 0, 6, 0, 0, 2, 1, 5, 1, 0, 0, 4, 6, 8, 2, 0, 1, 0, 1, 0], [4, 0, 1, 3, 9, 1, 2, 1, 6, 0, 0, 2, 1, 5, 1, 0, 0, 4, 6, 9, 2, 0, 1, 0, 1, 0], [4, 0, 1, 3, 9, 1, 2, 1, 6, 0, 1, 2, 1, 5, 2, 0, 0, 5, 6, 9, 2, 0, 1, 0, 2, 0], [6, 0, 1, 3, 9, 1, 2, 1, 7, 0, 1, 2, 1, 6, 2, 0, 0, 6, 7, 9, 2, 1, 1, 0, 2, 0], [6, 0, 1, 3, 9, 2, 2, 1, 7, 0, 1, 2, 2, 6, 3, 0, 0, 7, 7, 9, 2, 1, 1, 0, 2, 0], [6, 0, 1, 3, 9, 2, 2, 1, 7, 0, 1, 2, 2, 6, 3, 0, 0, 7, 7, 9, 2, 1, 1, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 16, "sentence": "settling to States in emigrated United Syracuse New first Ireland the York Varians from 1894 The", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0140", "problem_name": "task14_0140"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nSaint of two Julian the Orthodox Russian calendar feasts important which Church The has uses George", "label": {"final": [8, 0, 4, 2, 7, 2, 2, 8, 5, 1, 0, 2, 1, 5, 7, 1, 0, 6, 8, 8, 4, 0, 2, 1, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 1, 2, 0, 0, 0, 1, 2, 0, 0, 1, 0, 0, 0], [2, 0, 0, 0, 0, 1, 0, 0, 2, 1, 0, 1, 0, 2, 2, 0, 0, 0, 1, 2, 1, 0, 1, 0, 0, 0], [2, 0, 0, 0, 1, 1, 0, 1, 2, 1, 0, 1, 0, 2, 2, 0, 0, 0, 1, 3, 1, 0, 1, 0, 0, 0], [2, 0, 0, 1, 1, 1, 0, 2, 2, 1, 0, 1, 0, 2, 5, 0, 0, 1, 1, 4, 1, 0, 1, 1, 0, 0], [3, 0, 0, 1, 1, 1, 0, 2, 3, 1, 0, 1, 0, 3, 5, 0, 0, 2, 3, 4, 2, 0, 1, 1, 0, 0], [5, 0, 1, 2, 2, 1, 0, 2, 3, 1, 0, 2, 0, 4, 5, 0, 0, 3, 3, 4, 2, 0, 1, 1, 0, 0], [6, 0, 1, 2, 3, 2, 0, 2, 3, 1, 0, 2, 0, 4, 5, 0, 0, 3, 5, 5, 2, 0, 1, 1, 0, 0], [7, 0, 1, 2, 3, 2, 0, 2, 4, 1, 0, 2, 1, 5, 6, 1, 0, 4, 5, 7, 2, 0, 1, 1, 0, 0], [7, 0, 2, 2, 3, 2, 0, 4, 5, 1, 0, 2, 1, 5, 6, 1, 0, 4, 5, 7, 2, 0, 2, 1, 0, 0], [7, 0, 4, 2, 3, 2, 0, 6, 5, 1, 0, 2, 1, 5, 6, 1, 0, 5, 5, 7, 3, 0, 2, 1, 0, 0], [7, 0, 4, 2, 4, 2, 0, 7, 5, 1, 0, 2, 1, 5, 6, 1, 0, 5, 5, 8, 3, 0, 2, 1, 0, 0], [8, 0, 4, 2, 4, 2, 0, 8, 5, 1, 0, 2, 1, 5, 6, 1, 0, 5, 6, 8, 3, 0, 2, 1, 0, 0], [8, 0, 4, 2, 5, 2, 0, 8, 5, 1, 0, 2, 1, 5, 6, 1, 0, 5, 8, 8, 4, 0, 2, 1, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 16, "sentence": "Saint of two Julian the Orthodox Russian calendar feasts important which Church The has uses George", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0141", "problem_name": "task14_0141"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nHaysi to leads 63 while a route takes reach VA 83 follows ridge northeast downriver that", "label": {"final": [8, 0, 1, 3, 8, 1, 1, 5, 4, 0, 1, 4, 0, 2, 6, 0, 0, 6, 5, 7, 1, 2, 3, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0], [1, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0], [2, 0, 0, 1, 1, 0, 0, 1, 1, 0, 0, 1, 0, 0, 1, 0, 0, 0, 2, 1, 0, 0, 0, 0, 1, 0], [2, 0, 0, 1, 1, 0, 0, 1, 1, 0, 0, 1, 0, 0, 1, 0, 0, 0, 2, 1, 0, 0, 0, 0, 1, 0], [2, 0, 0, 1, 2, 0, 0, 2, 2, 0, 0, 2, 0, 0, 1, 0, 0, 0, 2, 1, 0, 0, 1, 0, 1, 0], [3, 0, 0, 1, 2, 0, 0, 2, 2, 0, 0, 2, 0, 0, 1, 0, 0, 0, 2, 1, 0, 0, 1, 0, 1, 0], [3, 0, 0, 1, 3, 0, 0, 2, 2, 0, 0, 2, 0, 0, 2, 0, 0, 1, 2, 2, 1, 0, 1, 0, 1, 0], [4, 0, 0, 1, 4, 0, 0, 2, 2, 0, 1, 2, 0, 0, 2, 0, 0, 1, 3, 3, 1, 0, 1, 0, 1, 0], [5, 0, 1, 1, 5, 0, 0, 3, 2, 0, 1, 2, 0, 0, 2, 0, 0, 2, 3, 3, 1, 0, 1, 0, 1, 0], [6, 0, 1, 1, 5, 0, 0, 3, 2, 0, 1, 2, 0, 0, 2, 0, 0, 2, 3, 3, 1, 1, 1, 0, 1, 0], [6, 0, 1, 1, 5, 0, 0, 3, 2, 0, 1, 2, 0, 0, 2, 0, 0, 2, 3, 3, 1, 1, 1, 0, 1, 0], [6, 0, 1, 1, 5, 1, 0, 3, 2, 0, 1, 4, 0, 0, 4, 0, 0, 2, 4, 3, 1, 1, 2, 0, 1, 0], [6, 0, 1, 2, 6, 1, 1, 3, 3, 0, 1, 4, 0, 0, 4, 0, 0, 3, 4, 3, 1, 1, 2, 0, 1, 0], [7, 0, 1, 2, 7, 1, 1, 4, 3, 0, 1, 4, 0, 1, 5, 0, 0, 4, 5, 5, 1, 1, 2, 0, 1, 0], [7, 0, 1, 3, 8, 1, 1, 4, 4, 0, 1, 4, 0, 2, 6, 0, 0, 6, 5, 5, 1, 2, 3, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 16, "sentence": "Haysi to leads 63 while a route takes reach VA 83 follows ridge northeast downriver that", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0142", "problem_name": "task14_0142"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ncalled beginning in to Texas 2013 rector Worth Fort serve Church Trinity Episcopal June as Hughes", "label": {"final": [4, 1, 5, 1, 9, 1, 3, 5, 6, 1, 0, 3, 0, 6, 5, 2, 0, 7, 5, 7, 3, 1, 1, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 1, 1, 1, 2, 0, 2, 0, 2, 0, 0, 2, 0, 3, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 1, 1, 1, 2, 0, 2, 0, 3, 0, 0, 2, 0, 4, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 1, 1, 1, 2, 0, 2, 0, 3, 0, 0, 2, 0, 4, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [2, 1, 1, 1, 3, 0, 2, 0, 3, 0, 0, 2, 0, 4, 1, 0, 0, 0, 1, 2, 0, 0, 0, 1, 0, 0], [2, 1, 1, 1, 3, 0, 2, 0, 3, 0, 0, 2, 0, 4, 1, 0, 0, 0, 1, 2, 0, 0, 0, 1, 0, 0], [2, 1, 2, 1, 4, 0, 2, 0, 3, 0, 0, 2, 0, 4, 2, 0, 0, 2, 1, 3, 0, 0, 0, 1, 0, 0], [2, 1, 2, 1, 4, 0, 2, 1, 3, 0, 0, 2, 0, 4, 3, 0, 0, 3, 1, 4, 0, 0, 1, 1, 0, 0], [2, 1, 2, 1, 4, 1, 2, 1, 3, 0, 0, 2, 0, 4, 4, 0, 0, 4, 1, 5, 0, 0, 1, 1, 0, 0], [2, 1, 2, 1, 6, 1, 2, 1, 3, 0, 0, 2, 0, 4, 4, 0, 0, 5, 2, 5, 0, 1, 1, 1, 0, 0], [2, 1, 4, 1, 6, 1, 2, 3, 3, 0, 0, 2, 0, 4, 4, 0, 0, 6, 2, 5, 1, 1, 1, 1, 0, 0], [2, 1, 4, 1, 6, 1, 2, 3, 5, 0, 0, 2, 0, 5, 4, 0, 0, 7, 2, 7, 1, 1, 1, 1, 1, 0], [3, 1, 5, 1, 7, 1, 2, 3, 6, 0, 0, 3, 0, 5, 5, 2, 0, 7, 3, 7, 1, 1, 1, 1, 1, 0], [3, 1, 5, 1, 8, 1, 2, 3, 6, 1, 0, 3, 0, 6, 5, 2, 0, 7, 3, 7, 2, 1, 1, 1, 1, 0], [4, 1, 5, 1, 8, 1, 2, 3, 6, 1, 0, 3, 0, 6, 5, 2, 0, 7, 4, 7, 2, 1, 1, 1, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 16, "sentence": "called beginning in to Texas 2013 rector Worth Fort serve Church Trinity Episcopal June as Hughes", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0143", "problem_name": "task14_0143"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\n7 in long ladders with 70 length 18 bucket and deep was Each feet wide 94", "label": {"final": [4, 1, 2, 5, 9, 1, 2, 3, 3, 0, 1, 3, 0, 4, 1, 1, 0, 1, 2, 4, 1, 0, 3, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 1, 0, 2, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 2, 1, 0, 1, 0, 1, 0, 0, 2, 0, 2, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 2, 1, 0, 1, 1, 2, 0, 0, 2, 0, 2, 1, 0, 0, 1, 1, 1, 0, 0, 1, 0, 0, 0], [1, 0, 0, 2, 1, 0, 1, 1, 2, 0, 0, 2, 0, 2, 1, 0, 0, 1, 1, 1, 0, 0, 1, 0, 0, 0], [1, 0, 0, 2, 2, 0, 2, 2, 2, 0, 0, 3, 0, 3, 1, 0, 0, 1, 1, 2, 0, 0, 1, 0, 0, 0], [1, 0, 0, 2, 2, 0, 2, 2, 2, 0, 0, 3, 0, 3, 1, 0, 0, 1, 1, 2, 0, 0, 1, 0, 0, 0], [1, 1, 1, 2, 3, 0, 2, 2, 2, 0, 1, 3, 0, 3, 1, 0, 0, 1, 1, 3, 1, 0, 1, 0, 0, 0], [2, 1, 1, 3, 3, 0, 2, 2, 2, 0, 1, 3, 0, 4, 1, 0, 0, 1, 1, 3, 1, 0, 1, 0, 0, 0], [2, 1, 1, 4, 5, 0, 2, 2, 2, 0, 1, 3, 0, 4, 1, 1, 0, 1, 1, 3, 1, 0, 1, 0, 0, 0], [3, 1, 1, 4, 5, 0, 2, 2, 2, 0, 1, 3, 0, 4, 1, 1, 0, 1, 2, 3, 1, 0, 2, 0, 0, 0], [4, 1, 2, 4, 6, 0, 2, 3, 2, 0, 1, 3, 0, 4, 1, 1, 0, 1, 2, 3, 1, 0, 2, 0, 0, 0], [4, 1, 2, 4, 8, 1, 2, 3, 2, 0, 1, 3, 0, 4, 1, 1, 0, 1, 2, 4, 1, 0, 2, 0, 0, 0], [4, 1, 2, 5, 9, 1, 2, 3, 3, 0, 1, 3, 0, 4, 1, 1, 0, 1, 2, 4, 1, 0, 3, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 16, "sentence": "7 in long ladders with 70 length 18 bucket and deep was Each feet wide 94", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0144", "problem_name": "task14_0144"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nare There to with be demand or and also extinguished no condemned some low even courses", "label": {"final": [4, 1, 2, 6, 13, 0, 1, 3, 3, 0, 0, 2, 3, 7, 8, 0, 0, 4, 5, 4, 2, 1, 2, 1, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 3, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 3, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 2, 0, 2, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 3, 0, 0, 2, 1, 0, 0, 0, 0, 0, 1, 0, 0, 2, 0, 3, 0, 0, 1, 0, 0, 0], [1, 1, 0, 0, 4, 0, 0, 2, 1, 0, 0, 0, 0, 0, 1, 0, 0, 2, 0, 3, 0, 0, 1, 0, 0, 0], [2, 1, 0, 2, 5, 0, 0, 2, 1, 0, 0, 0, 1, 1, 1, 0, 0, 2, 0, 3, 0, 0, 1, 0, 0, 0], [2, 1, 0, 2, 5, 0, 0, 2, 1, 0, 0, 0, 1, 1, 2, 0, 0, 3, 0, 3, 0, 0, 1, 0, 0, 0], [3, 1, 0, 3, 5, 0, 0, 2, 1, 0, 0, 0, 1, 2, 2, 0, 0, 3, 0, 3, 0, 0, 1, 0, 0, 0], [4, 1, 0, 3, 5, 0, 0, 2, 1, 0, 0, 1, 1, 2, 3, 0, 0, 3, 1, 3, 0, 0, 1, 0, 0, 0], [4, 1, 0, 4, 7, 0, 1, 3, 3, 0, 0, 1, 1, 3, 3, 0, 0, 3, 2, 4, 1, 0, 1, 1, 0, 0], [4, 1, 0, 4, 7, 0, 1, 3, 3, 0, 0, 1, 1, 4, 4, 0, 0, 3, 2, 4, 1, 0, 1, 1, 0, 0], [4, 1, 1, 6, 9, 0, 1, 3, 3, 0, 0, 1, 2, 6, 5, 0, 0, 3, 2, 4, 1, 0, 1, 1, 0, 0], [4, 1, 1, 6, 10, 0, 1, 3, 3, 0, 0, 1, 3, 6, 6, 0, 0, 3, 3, 4, 1, 0, 1, 1, 0, 0], [4, 1, 1, 6, 10, 0, 1, 3, 3, 0, 0, 2, 3, 6, 7, 0, 0, 3, 3, 4, 1, 0, 2, 1, 0, 0], [4, 1, 1, 6, 12, 0, 1, 3, 3, 0, 0, 2, 3, 7, 7, 0, 0, 3, 3, 4, 1, 1, 2, 1, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 16, "sentence": "are There to with be demand or and also extinguished no condemned some low even courses", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0145", "problem_name": "task14_0145"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nin created Replica typically versions lack years the fight and have by been Fanatics recent strap", "label": {"final": [10, 2, 6, 2, 11, 2, 1, 3, 6, 0, 1, 4, 0, 6, 1, 3, 0, 6, 5, 7, 0, 2, 0, 0, 4, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 1, 2, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0], [2, 0, 2, 1, 3, 0, 0, 0, 2, 0, 0, 1, 0, 1, 0, 1, 0, 2, 0, 1, 0, 0, 0, 0, 0, 0], [3, 0, 3, 1, 3, 0, 0, 0, 3, 0, 0, 3, 0, 1, 0, 2, 0, 2, 0, 2, 0, 0, 0, 0, 2, 0], [3, 0, 3, 1, 4, 0, 0, 0, 4, 0, 0, 3, 0, 2, 1, 2, 0, 3, 2, 2, 0, 1, 0, 0, 2, 0], [4, 0, 4, 1, 4, 0, 0, 0, 4, 0, 1, 4, 0, 2, 1, 2, 0, 3, 2, 2, 0, 1, 0, 0, 2, 0], [5, 0, 4, 1, 5, 0, 0, 0, 4, 0, 1, 4, 0, 2, 1, 2, 0, 4, 3, 2, 0, 1, 0, 0, 3, 0], [5, 0, 4, 1, 6, 0, 0, 1, 4, 0, 1, 4, 0, 2, 1, 2, 0, 4, 3, 3, 0, 1, 0, 0, 3, 0], [5, 0, 4, 1, 6, 1, 1, 2, 5, 0, 1, 4, 0, 2, 1, 2, 0, 4, 3, 4, 0, 1, 0, 0, 3, 0], [6, 0, 4, 2, 6, 1, 1, 2, 5, 0, 1, 4, 0, 3, 1, 2, 0, 4, 3, 4, 0, 1, 0, 0, 3, 0], [7, 0, 4, 2, 7, 1, 1, 3, 5, 0, 1, 4, 0, 3, 1, 2, 0, 4, 3, 4, 0, 2, 0, 0, 3, 0], [7, 1, 4, 2, 7, 1, 1, 3, 5, 0, 1, 4, 0, 3, 1, 2, 0, 4, 3, 4, 0, 2, 0, 0, 4, 0], [7, 2, 4, 2, 9, 1, 1, 3, 5, 0, 1, 4, 0, 4, 1, 2, 0, 4, 3, 4, 0, 2, 0, 0, 4, 0], [9, 2, 5, 2, 9, 2, 1, 3, 6, 0, 1, 4, 0, 5, 1, 2, 0, 4, 4, 5, 0, 2, 0, 0, 4, 0], [9, 2, 6, 2, 11, 2, 1, 3, 6, 0, 1, 4, 0, 6, 1, 2, 0, 5, 4, 6, 0, 2, 0, 0, 4, 0]]}, "config": {"num_sentences": 43652, "num_words": 16, "sentence": "in created Replica typically versions lack years the fight and have by been Fanatics recent strap", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0146", "problem_name": "task14_0146"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nlist of May on a Mpumalanga This members the Legislature Provincial 7 is as 2014 elected", "label": {"final": [8, 1, 2, 1, 8, 1, 2, 2, 6, 0, 0, 6, 5, 3, 3, 2, 0, 3, 6, 5, 2, 1, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 1, 1, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0], [1, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 1, 1, 1, 2, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0], [2, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 1, 1, 1, 2, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0], [5, 0, 0, 0, 0, 1, 1, 0, 1, 0, 0, 2, 3, 2, 2, 1, 0, 0, 1, 1, 1, 0, 0, 0, 1, 0], [5, 0, 0, 0, 0, 1, 1, 1, 2, 0, 0, 2, 3, 2, 2, 1, 0, 0, 2, 2, 1, 0, 0, 0, 1, 0], [5, 1, 0, 0, 2, 1, 1, 1, 2, 0, 0, 2, 5, 2, 2, 1, 0, 1, 3, 2, 1, 0, 0, 0, 1, 0], [5, 1, 0, 0, 3, 1, 1, 2, 2, 0, 0, 2, 5, 2, 2, 1, 0, 1, 3, 3, 1, 0, 0, 0, 1, 0], [6, 1, 0, 0, 5, 1, 2, 2, 3, 0, 0, 4, 5, 2, 2, 1, 0, 2, 4, 4, 2, 0, 0, 0, 1, 0], [7, 1, 1, 0, 5, 1, 2, 2, 5, 0, 0, 5, 5, 3, 3, 2, 0, 3, 4, 4, 2, 1, 0, 0, 1, 0], [7, 1, 1, 0, 5, 1, 2, 2, 5, 0, 0, 5, 5, 3, 3, 2, 0, 3, 4, 4, 2, 1, 0, 0, 1, 0], [7, 1, 1, 0, 5, 1, 2, 2, 6, 0, 0, 5, 5, 3, 3, 2, 0, 3, 5, 4, 2, 1, 0, 0, 1, 0], [8, 1, 1, 0, 5, 1, 2, 2, 6, 0, 0, 5, 5, 3, 3, 2, 0, 3, 6, 4, 2, 1, 0, 0, 1, 0], [8, 1, 1, 0, 5, 1, 2, 2, 6, 0, 0, 5, 5, 3, 3, 2, 0, 3, 6, 4, 2, 1, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 16, "sentence": "list of May on a Mpumalanga This members the Legislature Provincial 7 is as 2014 elected", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0147", "problem_name": "task14_0147"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nwood of in s manufacture wheels the axles for wagon At time was one used tree", "label": {"final": [6, 0, 1, 2, 10, 3, 1, 2, 2, 0, 0, 2, 2, 4, 6, 0, 0, 3, 5, 5, 3, 0, 4, 1, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 3, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 0, 1, 0, 0, 1, 0, 0, 0, 0, 1, 3, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 0, 1, 0, 0, 1, 0, 0, 0, 0, 1, 3, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0], [2, 0, 1, 1, 1, 2, 0, 0, 1, 0, 0, 0, 1, 2, 3, 0, 0, 1, 1, 1, 2, 0, 1, 0, 0, 0], [2, 0, 1, 1, 3, 2, 0, 1, 1, 0, 0, 1, 1, 2, 3, 0, 0, 1, 2, 1, 2, 0, 2, 0, 0, 0], [2, 0, 1, 1, 4, 2, 0, 2, 1, 0, 0, 1, 1, 2, 3, 0, 0, 1, 2, 2, 2, 0, 2, 0, 0, 0], [3, 0, 1, 1, 5, 2, 0, 2, 1, 0, 0, 2, 1, 2, 3, 0, 0, 1, 3, 2, 2, 0, 2, 1, 0, 0], [3, 0, 1, 1, 5, 3, 0, 2, 1, 0, 0, 2, 1, 2, 4, 0, 0, 2, 3, 2, 2, 0, 2, 1, 0, 0], [4, 0, 1, 1, 5, 3, 1, 2, 1, 0, 0, 2, 1, 3, 5, 0, 0, 2, 3, 2, 2, 0, 3, 1, 0, 0], [5, 0, 1, 1, 5, 3, 1, 2, 1, 0, 0, 2, 1, 3, 5, 0, 0, 2, 3, 3, 2, 0, 3, 1, 0, 0], [5, 0, 1, 1, 6, 3, 1, 2, 2, 0, 0, 2, 2, 3, 5, 0, 0, 2, 3, 4, 2, 0, 3, 1, 0, 0], [6, 0, 1, 1, 6, 3, 1, 2, 2, 0, 0, 2, 2, 3, 5, 0, 0, 2, 4, 4, 2, 0, 4, 1, 0, 0], [6, 0, 1, 1, 7, 3, 1, 2, 2, 0, 0, 2, 2, 4, 6, 0, 0, 2, 4, 4, 2, 0, 4, 1, 0, 0], [6, 0, 1, 2, 8, 3, 1, 2, 2, 0, 0, 2, 2, 4, 6, 0, 0, 2, 5, 4, 3, 0, 4, 1, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 16, "sentence": "wood of in s manufacture wheels the axles for wagon At time was one used tree", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0148", "problem_name": "task14_0148"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nstudio Albuquerque University In in of a New BFA the arts Mexico 1972 from received she", "label": {"final": [4, 2, 2, 2, 10, 3, 0, 2, 7, 0, 0, 1, 2, 4, 4, 0, 2, 5, 4, 4, 5, 2, 1, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0], [1, 1, 0, 1, 2, 0, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 2, 1, 1, 1, 4, 0, 0, 0, 0, 0], [1, 1, 0, 1, 3, 0, 0, 0, 3, 0, 0, 1, 0, 1, 1, 0, 2, 2, 2, 2, 5, 1, 0, 0, 1, 0], [1, 1, 0, 1, 3, 0, 0, 0, 4, 0, 0, 1, 0, 2, 1, 0, 2, 2, 2, 2, 5, 1, 0, 0, 1, 0], [1, 1, 0, 1, 3, 0, 0, 0, 5, 0, 0, 1, 0, 3, 1, 0, 2, 2, 2, 2, 5, 1, 0, 0, 1, 0], [1, 1, 0, 1, 3, 1, 0, 0, 5, 0, 0, 1, 0, 3, 2, 0, 2, 2, 2, 2, 5, 1, 0, 0, 1, 0], [2, 1, 0, 1, 3, 1, 0, 0, 5, 0, 0, 1, 0, 3, 2, 0, 2, 2, 2, 2, 5, 1, 0, 0, 1, 0], [2, 1, 0, 1, 4, 1, 0, 0, 5, 0, 0, 1, 0, 4, 2, 0, 2, 2, 2, 2, 5, 1, 1, 0, 1, 0], [3, 2, 0, 1, 4, 2, 0, 0, 5, 0, 0, 1, 0, 4, 2, 0, 2, 2, 2, 2, 5, 1, 1, 0, 1, 0], [3, 2, 0, 1, 5, 2, 0, 1, 5, 0, 0, 1, 0, 4, 2, 0, 2, 2, 2, 3, 5, 1, 1, 0, 1, 0], [4, 2, 0, 1, 5, 2, 0, 1, 5, 0, 0, 1, 0, 4, 2, 0, 2, 3, 3, 4, 5, 1, 1, 0, 1, 0], [4, 2, 1, 1, 6, 2, 0, 1, 6, 0, 0, 1, 1, 4, 3, 0, 2, 3, 3, 4, 5, 1, 1, 1, 1, 0], [4, 2, 1, 1, 6, 2, 0, 1, 6, 0, 0, 1, 1, 4, 3, 0, 2, 3, 3, 4, 5, 1, 1, 1, 1, 0], [4, 2, 1, 1, 6, 3, 0, 1, 6, 0, 0, 1, 2, 4, 4, 0, 2, 4, 3, 4, 5, 1, 1, 1, 1, 0], [4, 2, 2, 2, 9, 3, 0, 1, 7, 0, 0, 1, 2, 4, 4, 0, 2, 5, 3, 4, 5, 2, 1, 1, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 16, "sentence": "studio Albuquerque University In in of a New BFA the arts Mexico 1972 from received she", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0149", "problem_name": "task14_0149"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\noccasion to in father where and stay remarried On by chose she divorced Istanbul his that mother", "label": {"final": [7, 2, 4, 4, 9, 1, 0, 7, 6, 0, 0, 1, 2, 5, 7, 0, 0, 7, 6, 7, 1, 1, 1, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 2, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 2, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 2, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 3, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [1, 0, 2, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 2, 3, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [2, 0, 2, 0, 1, 1, 0, 1, 2, 0, 0, 0, 0, 2, 3, 0, 0, 1, 1, 2, 0, 0, 0, 0, 0, 0], [2, 0, 2, 0, 3, 1, 0, 2, 2, 0, 0, 0, 0, 2, 3, 0, 0, 2, 1, 2, 0, 0, 1, 0, 0, 0], [3, 0, 2, 1, 3, 1, 0, 2, 2, 0, 0, 0, 0, 3, 3, 0, 0, 2, 1, 2, 0, 0, 1, 0, 0, 0], [4, 0, 2, 1, 3, 1, 0, 2, 2, 0, 0, 0, 0, 3, 3, 0, 0, 2, 2, 3, 0, 0, 1, 0, 1, 0], [5, 0, 2, 2, 5, 1, 0, 2, 3, 0, 0, 0, 1, 3, 3, 0, 0, 5, 2, 3, 0, 0, 1, 0, 1, 0], [5, 0, 2, 2, 5, 1, 0, 2, 3, 0, 0, 0, 1, 4, 4, 0, 0, 5, 2, 3, 0, 0, 1, 0, 1, 0], [5, 1, 2, 2, 5, 1, 0, 2, 3, 0, 0, 0, 1, 4, 4, 0, 0, 5, 2, 3, 0, 0, 1, 0, 2, 0], [5, 1, 3, 2, 6, 1, 0, 3, 3, 0, 0, 0, 1, 4, 5, 0, 0, 5, 3, 3, 0, 0, 1, 0, 2, 0], [5, 1, 3, 2, 7, 1, 0, 4, 3, 0, 0, 0, 1, 4, 5, 0, 0, 5, 4, 3, 0, 0, 1, 0, 2, 0], [5, 1, 4, 4, 8, 1, 0, 4, 4, 0, 0, 0, 1, 4, 6, 0, 0, 6, 4, 3, 0, 1, 1, 0, 2, 0], [6, 2, 4, 4, 8, 1, 0, 4, 5, 0, 0, 1, 1, 5, 6, 0, 0, 6, 5, 4, 1, 1, 1, 0, 2, 0], [6, 2, 4, 4, 8, 1, 0, 5, 6, 0, 0, 1, 1, 5, 6, 0, 0, 6, 6, 4, 1, 1, 1, 0, 2, 0], [7, 2, 4, 4, 8, 1, 0, 6, 6, 0, 0, 1, 1, 5, 6, 0, 0, 6, 6, 6, 1, 1, 1, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 17, "sentence": "occasion to in father where and stay remarried On by chose she divorced Istanbul his that mother", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0150", "problem_name": "task14_0150"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\n4 In in later with settled on years died 1981 her August Harun she son Istanbul where", "label": {"final": [5, 1, 0, 3, 9, 0, 1, 5, 5, 0, 0, 3, 0, 6, 2, 0, 0, 5, 6, 6, 4, 0, 2, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 0, 0, 2, 0, 0, 1, 0, 2, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 0, 1, 3, 0, 0, 1, 0, 2, 0, 0, 0, 1, 0, 2, 0, 0, 1, 0, 0, 0], [1, 0, 0, 1, 3, 0, 0, 1, 3, 0, 0, 2, 0, 2, 0, 0, 0, 1, 1, 4, 0, 0, 1, 0, 0, 0], [1, 0, 0, 1, 3, 0, 0, 1, 3, 0, 0, 2, 0, 3, 1, 0, 0, 1, 1, 4, 0, 0, 1, 0, 0, 0], [2, 0, 0, 1, 4, 0, 0, 1, 3, 0, 0, 2, 0, 3, 1, 0, 0, 2, 2, 4, 0, 0, 1, 0, 1, 0], [2, 0, 0, 3, 5, 0, 0, 1, 4, 0, 0, 2, 0, 3, 1, 0, 0, 2, 2, 4, 0, 0, 1, 0, 1, 0], [2, 0, 0, 3, 5, 0, 0, 1, 4, 0, 0, 2, 0, 3, 1, 0, 0, 2, 2, 4, 0, 0, 1, 0, 1, 0], [2, 0, 0, 3, 6, 0, 0, 2, 4, 0, 0, 2, 0, 3, 1, 0, 0, 3, 2, 4, 0, 0, 1, 0, 1, 0], [3, 0, 0, 3, 6, 0, 1, 2, 4, 0, 0, 2, 0, 3, 1, 0, 0, 3, 3, 5, 2, 0, 1, 0, 1, 0], [4, 0, 0, 3, 6, 0, 1, 3, 4, 0, 0, 2, 0, 4, 1, 0, 0, 4, 3, 5, 3, 0, 1, 0, 1, 0], [4, 0, 0, 3, 7, 0, 1, 4, 4, 0, 0, 2, 0, 4, 1, 0, 0, 4, 4, 5, 3, 0, 1, 0, 1, 0], [4, 0, 0, 3, 7, 0, 1, 4, 4, 0, 0, 2, 0, 5, 2, 0, 0, 4, 5, 5, 3, 0, 1, 0, 1, 0], [5, 1, 0, 3, 7, 0, 1, 4, 5, 0, 0, 3, 0, 6, 2, 0, 0, 4, 6, 6, 4, 0, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 17, "sentence": "4 In in later with settled on years died 1981 her August Harun she son Istanbul where", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0151", "problem_name": "task14_0151"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nspeaking followers of operates in largest with Nexta than the accounts Russian world million Twitter one more", "label": {"final": [7, 0, 2, 1, 10, 2, 2, 3, 7, 0, 1, 6, 2, 8, 9, 2, 0, 7, 7, 10, 2, 0, 4, 1, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 1, 0, 1, 0, 1, 0, 0, 1, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 2, 1, 1, 0, 1, 0, 1, 2, 0, 1, 2, 1, 0, 1, 2, 0, 0, 0, 1, 0, 0, 0], [1, 0, 0, 0, 2, 2, 1, 0, 1, 0, 1, 2, 0, 1, 3, 1, 0, 1, 2, 0, 0, 0, 1, 0, 0, 0], [2, 0, 0, 0, 4, 2, 1, 0, 1, 0, 1, 2, 0, 1, 4, 2, 0, 2, 3, 1, 0, 0, 1, 0, 0, 0], [2, 0, 0, 0, 4, 2, 1, 0, 2, 0, 1, 2, 0, 2, 4, 2, 0, 2, 3, 1, 0, 0, 1, 0, 0, 0], [3, 0, 0, 0, 5, 2, 2, 0, 2, 0, 1, 3, 0, 2, 4, 2, 0, 3, 4, 2, 0, 0, 1, 0, 0, 0], [3, 0, 0, 0, 5, 2, 2, 1, 3, 0, 1, 3, 0, 2, 4, 2, 0, 3, 4, 3, 0, 0, 2, 0, 0, 0], [4, 0, 0, 0, 6, 2, 2, 1, 3, 0, 1, 3, 0, 3, 4, 2, 0, 3, 4, 4, 0, 0, 2, 1, 0, 0], [5, 0, 0, 0, 6, 2, 2, 2, 3, 0, 1, 3, 0, 4, 4, 2, 0, 3, 4, 5, 0, 0, 2, 1, 0, 0], [5, 0, 0, 0, 7, 2, 2, 3, 3, 0, 1, 3, 0, 4, 4, 2, 0, 3, 4, 6, 0, 0, 2, 1, 0, 0], [6, 0, 2, 0, 7, 2, 2, 3, 3, 0, 1, 3, 0, 5, 5, 2, 0, 3, 5, 7, 1, 0, 2, 1, 0, 0], [7, 0, 2, 0, 7, 2, 2, 3, 4, 0, 1, 3, 0, 6, 5, 2, 0, 4, 7, 7, 2, 0, 2, 1, 0, 0], [7, 0, 2, 1, 7, 2, 2, 3, 4, 0, 1, 4, 0, 6, 6, 2, 0, 5, 7, 7, 2, 0, 3, 1, 0, 0], [7, 0, 2, 1, 7, 2, 2, 3, 6, 0, 1, 6, 1, 7, 7, 2, 0, 5, 7, 7, 2, 0, 3, 1, 0, 0], [7, 0, 2, 1, 8, 2, 2, 3, 7, 0, 1, 6, 1, 7, 7, 2, 0, 6, 7, 10, 2, 0, 4, 1, 0, 0], [7, 0, 2, 1, 9, 2, 2, 3, 7, 0, 1, 6, 1, 8, 8, 2, 0, 6, 7, 10, 2, 0, 4, 1, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 17, "sentence": "speaking followers of operates in largest with Nexta than the accounts Russian world million Twitter one more", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0152", "problem_name": "task14_0152"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nseries 1 achieved highest 36 dev1ce had with HLTV the and kills Over rating map four most", "label": {"final": [5, 0, 2, 4, 9, 1, 2, 7, 6, 0, 1, 3, 2, 2, 3, 1, 0, 4, 5, 6, 1, 4, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 2, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 2, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 1, 4, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 1, 0, 0, 0, 0], [1, 0, 1, 1, 5, 0, 1, 3, 3, 0, 0, 0, 0, 0, 0, 0, 0, 1, 3, 1, 0, 1, 0, 0, 0, 0], [1, 0, 1, 1, 5, 0, 1, 3, 3, 0, 0, 0, 0, 0, 0, 0, 0, 1, 3, 1, 0, 1, 0, 0, 0, 0], [1, 0, 2, 2, 7, 0, 1, 3, 3, 0, 0, 0, 0, 0, 0, 0, 0, 1, 3, 1, 0, 2, 0, 0, 0, 0], [2, 0, 2, 3, 7, 0, 1, 4, 3, 0, 0, 0, 0, 0, 0, 0, 0, 1, 3, 1, 0, 2, 0, 0, 0, 0], [2, 0, 2, 3, 7, 0, 1, 5, 4, 0, 0, 0, 0, 0, 0, 0, 0, 1, 3, 2, 0, 2, 1, 0, 0, 0], [2, 0, 2, 3, 7, 0, 1, 6, 4, 0, 0, 1, 0, 0, 0, 0, 0, 1, 3, 3, 0, 3, 1, 0, 0, 0], [2, 0, 2, 3, 8, 0, 1, 7, 4, 0, 0, 1, 0, 0, 0, 0, 0, 1, 3, 4, 0, 3, 1, 0, 0, 0], [3, 0, 2, 4, 8, 0, 1, 7, 4, 0, 0, 1, 0, 1, 0, 0, 0, 1, 3, 4, 0, 3, 1, 0, 0, 0], [3, 0, 2, 4, 8, 0, 1, 7, 5, 0, 1, 3, 0, 1, 0, 0, 0, 1, 4, 4, 0, 3, 1, 0, 0, 0], [3, 0, 2, 4, 9, 0, 1, 7, 5, 0, 1, 3, 0, 1, 1, 0, 0, 2, 4, 4, 0, 4, 1, 0, 0, 0], [4, 0, 2, 4, 9, 0, 2, 7, 6, 0, 1, 3, 0, 2, 1, 0, 0, 3, 4, 5, 0, 4, 1, 0, 0, 0], [5, 0, 2, 4, 9, 0, 2, 7, 6, 0, 1, 3, 1, 2, 1, 1, 0, 3, 4, 5, 0, 4, 1, 0, 0, 0], [5, 0, 2, 4, 9, 1, 2, 7, 6, 0, 1, 3, 1, 2, 2, 1, 0, 4, 4, 5, 1, 4, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 17, "sentence": "series 1 achieved highest 36 dev1ce had with HLTV the and kills Over rating map four most", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0153", "problem_name": "task14_0153"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nprinter Hadley had approached Palmyra A also Jonathan the published anti Freeman Harris who Masonic unsuccessfully another", "label": {"final": [15, 1, 4, 4, 9, 2, 0, 9, 5, 1, 0, 6, 3, 8, 6, 5, 0, 8, 7, 5, 4, 0, 1, 0, 3, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 1, 0, 2, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 2, 0, 0, 1, 1, 0, 0, 1, 0, 1, 0, 1, 0, 2, 0, 1, 0, 0, 0, 0, 1, 0], [2, 0, 0, 2, 2, 0, 0, 2, 1, 0, 0, 1, 0, 1, 0, 1, 0, 2, 0, 1, 0, 0, 0, 0, 1, 0], [4, 0, 1, 3, 3, 0, 0, 3, 1, 0, 0, 1, 0, 1, 1, 3, 0, 3, 0, 1, 0, 0, 0, 0, 1, 0], [6, 0, 1, 3, 3, 0, 0, 3, 1, 0, 0, 2, 1, 1, 1, 4, 0, 4, 0, 1, 0, 0, 0, 0, 2, 0], [7, 0, 1, 3, 3, 0, 0, 3, 1, 0, 0, 2, 1, 1, 1, 4, 0, 4, 0, 1, 0, 0, 0, 0, 2, 0], [8, 0, 1, 3, 3, 0, 0, 3, 1, 0, 0, 3, 1, 1, 2, 4, 0, 4, 1, 1, 0, 0, 0, 0, 2, 0], [10, 0, 1, 3, 3, 0, 0, 4, 1, 1, 0, 3, 1, 3, 3, 4, 0, 4, 1, 2, 0, 0, 0, 0, 2, 0], [10, 0, 1, 3, 4, 0, 0, 5, 1, 1, 0, 3, 1, 3, 3, 4, 0, 4, 1, 3, 0, 0, 0, 0, 2, 0], [10, 1, 1, 4, 5, 0, 0, 6, 2, 1, 0, 4, 1, 3, 3, 5, 0, 4, 2, 3, 1, 0, 0, 0, 2, 0], [11, 1, 1, 4, 5, 0, 0, 6, 3, 1, 0, 4, 1, 4, 3, 5, 0, 4, 2, 4, 1, 0, 0, 0, 2, 0], [12, 1, 1, 4, 7, 1, 0, 6, 3, 1, 0, 4, 2, 5, 3, 5, 0, 5, 2, 4, 1, 0, 0, 0, 2, 0], [13, 1, 1, 4, 7, 1, 0, 7, 4, 1, 0, 4, 2, 5, 3, 5, 0, 7, 3, 4, 1, 0, 0, 0, 2, 0], [13, 1, 1, 4, 7, 1, 0, 8, 4, 1, 0, 4, 2, 5, 4, 5, 0, 7, 3, 4, 1, 0, 1, 0, 2, 0], [14, 1, 2, 4, 7, 1, 0, 8, 5, 1, 0, 4, 3, 6, 5, 5, 0, 7, 4, 4, 1, 0, 1, 0, 2, 0], [14, 1, 4, 4, 8, 2, 0, 8, 5, 1, 0, 6, 3, 7, 5, 5, 0, 7, 7, 4, 4, 0, 1, 0, 3, 0]]}, "config": {"num_sentences": 43652, "num_words": 17, "sentence": "printer Hadley had approached Palmyra A also Jonathan the published anti Freeman Harris who Masonic unsuccessfully another", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0154", "problem_name": "task14_0154"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nScrabble of early as version a an devised also including games number what is today He known", "label": {"final": [9, 3, 2, 4, 8, 1, 2, 2, 5, 0, 1, 4, 2, 7, 5, 0, 0, 4, 7, 2, 2, 2, 2, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 2, 1, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [1, 2, 1, 0, 1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [2, 2, 1, 0, 2, 1, 0, 0, 0, 0, 0, 2, 0, 0, 1, 0, 0, 2, 1, 0, 0, 0, 0, 0, 1, 0], [3, 2, 1, 0, 2, 1, 0, 0, 0, 0, 0, 2, 0, 0, 1, 0, 0, 2, 2, 0, 0, 0, 0, 0, 1, 0], [3, 2, 1, 0, 3, 1, 0, 0, 1, 0, 0, 2, 0, 1, 2, 0, 0, 3, 3, 0, 0, 1, 0, 0, 1, 0], [4, 2, 1, 0, 3, 1, 0, 0, 1, 0, 0, 2, 0, 1, 2, 0, 0, 3, 3, 0, 0, 1, 0, 0, 1, 0], [5, 2, 1, 0, 3, 1, 0, 0, 1, 0, 0, 2, 0, 2, 2, 0, 0, 3, 3, 0, 0, 1, 0, 0, 1, 0], [5, 2, 1, 2, 5, 1, 0, 0, 2, 0, 0, 2, 0, 2, 2, 0, 0, 3, 4, 0, 0, 2, 0, 0, 1, 0], [6, 2, 1, 2, 5, 1, 0, 0, 2, 0, 0, 3, 0, 2, 3, 0, 0, 3, 5, 0, 0, 2, 0, 0, 1, 0], [6, 2, 2, 3, 5, 1, 1, 0, 4, 0, 0, 4, 0, 4, 3, 0, 0, 3, 5, 0, 1, 2, 0, 0, 1, 0], [7, 2, 2, 3, 6, 1, 2, 0, 4, 0, 0, 4, 1, 4, 3, 0, 0, 3, 6, 0, 1, 2, 0, 0, 1, 0], [7, 3, 2, 3, 7, 1, 2, 0, 4, 0, 0, 4, 2, 5, 3, 0, 0, 4, 6, 0, 2, 2, 0, 0, 1, 0], [8, 3, 2, 3, 7, 1, 2, 1, 4, 0, 0, 4, 2, 5, 3, 0, 0, 4, 6, 1, 2, 2, 1, 0, 1, 0], [8, 3, 2, 3, 7, 1, 2, 1, 5, 0, 0, 4, 2, 5, 3, 0, 0, 4, 7, 1, 2, 2, 1, 0, 1, 0], [9, 3, 2, 4, 7, 1, 2, 1, 5, 0, 0, 4, 2, 5, 4, 0, 0, 4, 7, 2, 2, 2, 1, 0, 2, 0], [9, 3, 2, 4, 8, 1, 2, 2, 5, 0, 0, 4, 2, 5, 4, 0, 0, 4, 7, 2, 2, 2, 1, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 17, "sentence": "Scrabble of early as version a an devised also including games number what is today He known", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0155", "problem_name": "task14_0155"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nbroadcast receiver usually box channels be networks a the air can Some unencrypted traditional without over displayed", "label": {"final": [10, 3, 5, 5, 12, 0, 0, 3, 6, 0, 1, 5, 1, 7, 7, 2, 0, 8, 6, 8, 4, 2, 2, 1, 3, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[2, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0], [2, 1, 2, 1, 3, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 3, 1, 1, 0, 1, 0, 0, 0, 0], [3, 1, 2, 1, 3, 0, 0, 0, 1, 0, 0, 2, 0, 0, 1, 0, 0, 3, 2, 1, 2, 1, 0, 0, 1, 0], [3, 2, 2, 1, 3, 0, 0, 0, 1, 0, 0, 2, 0, 0, 2, 0, 0, 3, 2, 1, 2, 1, 0, 1, 1, 0], [4, 2, 3, 1, 4, 0, 0, 1, 1, 0, 0, 3, 0, 2, 2, 0, 0, 3, 3, 1, 2, 1, 0, 1, 1, 0], [4, 3, 3, 1, 5, 0, 0, 1, 1, 0, 0, 3, 0, 2, 2, 0, 0, 3, 3, 1, 2, 1, 0, 1, 1, 0], [4, 3, 3, 1, 6, 0, 0, 1, 1, 0, 1, 3, 0, 3, 3, 0, 0, 4, 4, 2, 2, 1, 1, 1, 1, 0], [5, 3, 3, 1, 6, 0, 0, 1, 1, 0, 1, 3, 0, 3, 3, 0, 0, 4, 4, 2, 2, 1, 1, 1, 1, 0], [5, 3, 3, 1, 7, 0, 0, 2, 1, 0, 1, 3, 0, 3, 3, 0, 0, 4, 4, 3, 2, 1, 1, 1, 1, 0], [6, 3, 3, 1, 7, 0, 0, 2, 2, 0, 1, 3, 0, 3, 3, 0, 0, 5, 4, 3, 2, 1, 1, 1, 1, 0], [7, 3, 4, 1, 7, 0, 0, 2, 2, 0, 1, 3, 0, 4, 3, 0, 0, 5, 4, 3, 2, 1, 1, 1, 1, 0], [7, 3, 4, 1, 8, 0, 0, 2, 2, 0, 1, 3, 1, 4, 4, 0, 0, 5, 5, 3, 2, 1, 1, 1, 1, 0], [7, 3, 5, 2, 10, 0, 0, 2, 2, 0, 1, 3, 1, 6, 4, 1, 0, 6, 5, 4, 3, 1, 1, 1, 2, 0], [9, 3, 5, 3, 10, 0, 0, 2, 4, 0, 1, 4, 1, 7, 5, 1, 0, 7, 5, 6, 3, 1, 1, 1, 2, 0], [9, 3, 5, 3, 10, 0, 0, 3, 5, 0, 1, 4, 1, 7, 6, 1, 0, 7, 5, 8, 4, 1, 2, 1, 2, 0], [9, 3, 5, 3, 11, 0, 0, 3, 5, 0, 1, 4, 1, 7, 7, 1, 0, 8, 5, 8, 4, 2, 2, 1, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 17, "sentence": "broadcast receiver usually box channels be networks a the air can Some unencrypted traditional without over displayed", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0156", "problem_name": "task14_0156"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nborn soccer a 1965 is international defender played Canadian player former who Tom 19 Panhuyzen April as", "label": {"final": [11, 1, 3, 4, 9, 2, 0, 2, 5, 0, 0, 4, 2, 9, 6, 4, 0, 8, 3, 3, 1, 0, 1, 0, 3, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 2, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 2, 1, 0, 0, 0, 0, 0, 0, 0], [1, 1, 2, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 2, 1, 0, 0, 0, 0, 0, 0, 0], [1, 1, 2, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 2, 1, 0, 0, 0, 0, 0, 0, 0], [1, 1, 2, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 1, 2, 0, 0, 2, 2, 0, 0, 0, 0, 0, 0, 0], [3, 1, 2, 0, 2, 0, 0, 0, 3, 0, 0, 1, 0, 4, 3, 0, 0, 3, 2, 2, 0, 0, 0, 0, 0, 0], [3, 1, 2, 2, 5, 1, 0, 0, 3, 0, 0, 1, 0, 5, 3, 0, 0, 4, 2, 2, 0, 0, 0, 0, 0, 0], [4, 1, 2, 3, 6, 1, 0, 0, 3, 0, 0, 2, 0, 5, 3, 1, 0, 4, 2, 2, 0, 0, 0, 0, 1, 0], [7, 1, 3, 4, 6, 1, 0, 0, 4, 0, 0, 2, 0, 7, 3, 1, 0, 4, 2, 2, 0, 0, 0, 0, 1, 0], [8, 1, 3, 4, 7, 1, 0, 0, 4, 0, 0, 3, 0, 7, 3, 2, 0, 5, 2, 2, 0, 0, 0, 0, 2, 0], [8, 1, 3, 4, 8, 2, 0, 0, 4, 0, 0, 3, 1, 7, 4, 2, 0, 7, 2, 2, 0, 0, 0, 0, 2, 0], [8, 1, 3, 4, 8, 2, 0, 1, 4, 0, 0, 3, 1, 7, 5, 2, 0, 7, 2, 2, 0, 0, 1, 0, 2, 0], [8, 1, 3, 4, 8, 2, 0, 1, 4, 0, 0, 3, 2, 7, 6, 2, 0, 7, 2, 3, 0, 0, 1, 0, 2, 0], [8, 1, 3, 4, 8, 2, 0, 1, 4, 0, 0, 3, 2, 7, 6, 2, 0, 7, 2, 3, 0, 0, 1, 0, 2, 0], [9, 1, 3, 4, 9, 2, 0, 2, 4, 0, 0, 3, 2, 9, 6, 3, 0, 7, 2, 3, 1, 0, 1, 0, 3, 1], [10, 1, 3, 4, 9, 2, 0, 2, 5, 0, 0, 4, 2, 9, 6, 4, 0, 8, 2, 3, 1, 0, 1, 0, 3, 1]]}, "config": {"num_sentences": 43652, "num_words": 17, "sentence": "born soccer a 1965 is international defender played Canadian player former who Tom 19 Panhuyzen April as", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0157", "problem_name": "task14_0157"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nRossini dramma in Sigismondo to Foppa acts an Maria by libretto Giuseppe operatic Italian Gioachino is two", "label": {"final": [11, 2, 3, 2, 4, 1, 3, 1, 14, 0, 0, 2, 4, 6, 10, 5, 0, 5, 7, 7, 1, 0, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 1, 1, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 2, 1, 1, 0, 0, 2, 2, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 0, 0, 0, 0, 3, 0, 0, 0, 2, 2, 1, 0, 0, 2, 2, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 2, 0, 0, 1, 0, 5, 0, 0, 0, 3, 3, 3, 0, 0, 2, 4, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 2, 0, 0, 1, 0, 5, 0, 0, 0, 3, 3, 4, 0, 0, 2, 4, 1, 0, 0, 0, 0, 0, 0], [3, 0, 0, 2, 0, 1, 1, 0, 5, 0, 0, 0, 3, 3, 5, 2, 0, 2, 4, 1, 0, 0, 0, 0, 0, 0], [4, 0, 1, 2, 0, 1, 1, 0, 5, 0, 0, 0, 3, 3, 5, 2, 0, 2, 5, 2, 0, 0, 0, 0, 0, 0], [5, 0, 1, 2, 0, 1, 1, 0, 5, 0, 0, 0, 3, 4, 5, 2, 0, 2, 5, 2, 0, 0, 0, 0, 0, 0], [7, 0, 1, 2, 0, 1, 1, 0, 6, 0, 0, 0, 4, 4, 5, 2, 0, 3, 5, 2, 0, 0, 0, 0, 0, 0], [7, 1, 1, 2, 0, 1, 1, 0, 6, 0, 0, 0, 4, 4, 5, 2, 0, 3, 5, 2, 0, 0, 0, 0, 1, 0], [7, 2, 1, 2, 1, 1, 1, 0, 7, 0, 0, 1, 4, 4, 6, 2, 0, 4, 5, 4, 0, 0, 0, 0, 1, 0], [7, 2, 1, 2, 3, 1, 2, 0, 8, 0, 0, 1, 4, 4, 6, 4, 0, 4, 6, 4, 1, 0, 0, 0, 1, 0], [8, 2, 2, 2, 4, 1, 2, 0, 9, 0, 0, 1, 4, 4, 7, 5, 0, 5, 6, 5, 1, 0, 0, 0, 1, 0], [10, 2, 2, 2, 4, 1, 2, 0, 11, 0, 0, 2, 4, 5, 7, 5, 0, 5, 6, 6, 1, 0, 0, 0, 1, 0], [11, 2, 3, 2, 4, 1, 3, 1, 13, 0, 0, 2, 4, 6, 9, 5, 0, 5, 6, 6, 1, 0, 0, 0, 1, 0], [11, 2, 3, 2, 4, 1, 3, 1, 14, 0, 0, 2, 4, 6, 9, 5, 0, 5, 7, 6, 1, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 17, "sentence": "Rossini dramma in Sigismondo to Foppa acts an Maria by libretto Giuseppe operatic Italian Gioachino is two", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0158", "problem_name": "task14_0158"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nequipment their normal care In of peacetime lives the and takes weapons conduct reservists procurement training state", "label": {"final": [8, 0, 5, 2, 16, 1, 1, 2, 8, 0, 1, 2, 4, 9, 5, 4, 1, 8, 7, 11, 3, 2, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 2, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0, 1, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0], [0, 0, 0, 0, 3, 0, 0, 1, 2, 0, 0, 0, 1, 1, 0, 1, 1, 1, 0, 2, 1, 0, 0, 0, 0, 0], [1, 0, 0, 0, 3, 0, 0, 1, 2, 0, 0, 1, 2, 2, 1, 1, 1, 2, 0, 2, 1, 0, 0, 0, 0, 0], [2, 0, 1, 0, 4, 0, 0, 1, 2, 0, 0, 1, 2, 2, 1, 1, 1, 3, 0, 2, 1, 0, 0, 0, 0, 0], [2, 0, 1, 0, 4, 0, 0, 1, 3, 0, 0, 1, 2, 3, 1, 1, 1, 3, 0, 2, 1, 0, 0, 0, 0, 0], [2, 0, 1, 0, 4, 1, 0, 1, 3, 0, 0, 1, 2, 3, 2, 1, 1, 3, 0, 2, 1, 0, 0, 0, 0, 0], [3, 0, 2, 0, 7, 1, 0, 1, 4, 0, 0, 1, 3, 3, 2, 2, 1, 3, 0, 3, 1, 0, 0, 0, 0, 0], [3, 0, 2, 0, 8, 1, 0, 1, 5, 0, 0, 2, 3, 3, 2, 2, 1, 3, 1, 3, 1, 1, 0, 0, 0, 0], [3, 0, 2, 0, 9, 1, 0, 2, 5, 0, 0, 2, 3, 3, 2, 2, 1, 3, 1, 4, 1, 1, 0, 0, 0, 0], [4, 0, 2, 1, 9, 1, 0, 2, 5, 0, 0, 2, 3, 4, 2, 2, 1, 3, 1, 4, 1, 1, 0, 0, 0, 0], [5, 0, 2, 1, 10, 1, 0, 2, 5, 0, 1, 2, 3, 4, 2, 2, 1, 3, 2, 5, 1, 1, 0, 0, 0, 0], [6, 0, 2, 1, 11, 1, 0, 2, 5, 0, 1, 2, 3, 5, 3, 3, 1, 3, 3, 5, 1, 1, 1, 0, 0, 0], [6, 0, 4, 2, 11, 1, 0, 2, 5, 0, 1, 2, 3, 6, 4, 3, 1, 3, 3, 6, 2, 1, 1, 0, 0, 0], [6, 0, 4, 2, 13, 1, 0, 2, 6, 0, 1, 2, 3, 6, 4, 3, 1, 5, 6, 7, 2, 2, 1, 0, 0, 0], [6, 0, 5, 2, 15, 1, 0, 2, 6, 0, 1, 2, 4, 7, 5, 4, 1, 7, 6, 8, 3, 2, 1, 0, 0, 0], [7, 0, 5, 2, 15, 1, 1, 2, 8, 0, 1, 2, 4, 9, 5, 4, 1, 8, 6, 9, 3, 2, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 17, "sentence": "equipment their normal care In of peacetime lives the and takes weapons conduct reservists procurement training state", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0159", "problem_name": "task14_0159"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nstated However Championship if to Home a Cup won the only SFA send they team World would that", "label": {"final": [6, 0, 2, 4, 8, 2, 0, 7, 3, 0, 0, 3, 3, 4, 8, 3, 0, 2, 4, 8, 2, 1, 4, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 3, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 1, 2, 0, 1, 1, 0, 0, 0], [2, 0, 1, 1, 3, 0, 0, 3, 2, 0, 0, 0, 1, 1, 2, 2, 0, 1, 2, 2, 0, 1, 1, 0, 0, 0], [2, 0, 1, 1, 3, 1, 0, 3, 3, 0, 0, 0, 1, 1, 2, 2, 0, 1, 2, 2, 0, 1, 1, 0, 0, 0], [2, 0, 1, 1, 3, 1, 0, 3, 3, 0, 0, 0, 1, 1, 3, 2, 0, 1, 2, 3, 0, 1, 1, 0, 0, 0], [2, 0, 1, 1, 4, 1, 0, 4, 3, 0, 0, 0, 2, 1, 4, 2, 0, 1, 2, 3, 0, 1, 1, 0, 0, 0], [3, 0, 1, 1, 4, 1, 0, 4, 3, 0, 0, 0, 2, 1, 4, 2, 0, 1, 2, 3, 0, 1, 1, 0, 0, 0], [3, 0, 2, 1, 4, 1, 0, 4, 3, 0, 0, 0, 2, 1, 4, 3, 0, 1, 2, 3, 1, 1, 1, 0, 0, 0], [3, 0, 2, 1, 4, 1, 0, 4, 3, 0, 0, 0, 2, 2, 5, 3, 0, 1, 2, 3, 1, 1, 2, 0, 0, 0], [3, 0, 2, 1, 5, 1, 0, 5, 3, 0, 0, 0, 2, 2, 5, 3, 0, 1, 2, 4, 1, 1, 2, 0, 0, 0], [3, 0, 2, 1, 5, 1, 0, 5, 3, 0, 0, 1, 2, 3, 6, 3, 0, 1, 2, 4, 1, 1, 2, 0, 1, 0], [4, 0, 2, 1, 5, 2, 0, 5, 3, 0, 0, 1, 2, 3, 6, 3, 0, 1, 3, 4, 1, 1, 2, 0, 1, 0], [4, 0, 2, 2, 6, 2, 0, 5, 3, 0, 0, 1, 2, 4, 6, 3, 0, 1, 4, 4, 1, 1, 2, 0, 1, 0], [4, 0, 2, 2, 7, 2, 0, 6, 3, 0, 0, 1, 2, 4, 6, 3, 0, 1, 4, 5, 1, 1, 2, 0, 2, 0], [5, 0, 2, 2, 8, 2, 0, 6, 3, 0, 0, 1, 3, 4, 6, 3, 0, 1, 4, 6, 1, 1, 2, 0, 2, 0], [5, 0, 2, 3, 8, 2, 0, 6, 3, 0, 0, 2, 3, 4, 7, 3, 0, 2, 4, 6, 1, 1, 3, 0, 2, 0], [5, 0, 2, 4, 8, 2, 0, 6, 3, 0, 0, 3, 3, 4, 8, 3, 0, 2, 4, 6, 2, 1, 4, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 18, "sentence": "stated However Championship if to Home a Cup won the only SFA send they team World would that", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0160", "problem_name": "task14_0160"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\n1980s selected In Non year statistics market 1970s and the monthly Stop published end singles regarding Polish music", "label": {"final": [5, 1, 3, 5, 10, 0, 3, 4, 8, 0, 1, 5, 3, 8, 4, 3, 0, 4, 12, 8, 2, 0, 0, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 1, 1, 3, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 2, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 1, 3, 0, 0, 0, 1, 0, 0, 1, 0, 1, 0, 0, 0, 0, 2, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 1, 3, 0, 0, 0, 1, 0, 0, 1, 0, 3, 1, 0, 0, 0, 2, 1, 0, 0, 0, 0, 0, 0], [1, 0, 1, 1, 4, 0, 0, 0, 1, 0, 0, 1, 0, 3, 1, 0, 0, 1, 2, 1, 0, 0, 0, 0, 1, 0], [2, 0, 2, 1, 4, 0, 0, 0, 3, 0, 0, 1, 0, 3, 1, 0, 0, 1, 5, 4, 0, 0, 0, 0, 1, 0], [3, 0, 2, 1, 5, 0, 0, 0, 3, 0, 1, 1, 1, 3, 1, 0, 0, 2, 5, 5, 0, 0, 0, 0, 1, 0], [3, 0, 2, 1, 5, 0, 0, 0, 3, 0, 1, 1, 1, 3, 1, 0, 0, 2, 6, 5, 0, 0, 0, 0, 1, 0], [4, 0, 2, 2, 5, 0, 0, 0, 3, 0, 1, 1, 1, 4, 1, 0, 0, 2, 6, 5, 0, 0, 0, 0, 1, 0], [4, 0, 2, 2, 6, 0, 0, 1, 3, 0, 1, 1, 1, 4, 1, 0, 0, 2, 6, 6, 0, 0, 0, 0, 1, 0], [4, 0, 2, 2, 6, 0, 0, 2, 3, 0, 1, 2, 2, 5, 2, 0, 0, 2, 6, 7, 0, 0, 0, 0, 2, 0], [4, 0, 2, 2, 6, 0, 0, 2, 3, 0, 1, 2, 2, 5, 3, 1, 0, 2, 7, 8, 0, 0, 0, 0, 2, 0], [4, 1, 2, 3, 7, 0, 0, 3, 4, 0, 1, 3, 2, 5, 3, 2, 0, 2, 8, 8, 1, 0, 0, 0, 2, 0], [4, 1, 2, 4, 8, 0, 0, 3, 4, 0, 1, 3, 2, 6, 3, 2, 0, 2, 8, 8, 1, 0, 0, 0, 2, 0], [4, 1, 2, 4, 9, 0, 1, 3, 5, 0, 1, 4, 2, 7, 3, 2, 0, 2, 10, 8, 1, 0, 0, 0, 2, 0], [5, 1, 2, 5, 10, 0, 3, 3, 6, 0, 1, 4, 2, 8, 3, 2, 0, 4, 10, 8, 1, 0, 0, 0, 2, 0], [5, 1, 2, 5, 10, 0, 3, 4, 7, 0, 1, 5, 2, 8, 4, 3, 0, 4, 11, 8, 1, 0, 0, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 18, "sentence": "1980s selected In Non year statistics market 1970s and the monthly Stop published end singles regarding Polish music", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0161", "problem_name": "task14_0161"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nof on day introduced Nagas pictures the and doors Nagapanchami by was him houses The Vasuki custom pasting", "label": {"final": [11, 1, 4, 5, 5, 1, 3, 5, 6, 0, 1, 0, 3, 7, 7, 3, 0, 3, 9, 6, 5, 1, 1, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 0, 1, 3, 1, 1, 0, 0, 1, 0, 0, 0, 0, 2, 3, 0, 0, 1, 0, 1, 1, 0, 0, 0, 1, 0], [3, 0, 1, 3, 1, 1, 1, 0, 1, 0, 0, 0, 0, 3, 3, 0, 0, 1, 1, 1, 1, 0, 0, 0, 1, 0], [3, 0, 2, 3, 2, 1, 1, 0, 2, 0, 0, 0, 0, 3, 3, 1, 0, 2, 2, 2, 2, 0, 0, 0, 1, 0], [3, 0, 2, 3, 3, 1, 1, 1, 2, 0, 0, 0, 0, 3, 3, 1, 0, 2, 2, 3, 2, 0, 0, 0, 1, 0], [4, 0, 2, 4, 3, 1, 1, 1, 2, 0, 0, 0, 0, 4, 3, 1, 0, 2, 2, 3, 2, 0, 0, 0, 1, 0], [4, 0, 2, 5, 3, 1, 1, 1, 2, 0, 0, 0, 0, 4, 5, 1, 0, 3, 3, 3, 2, 0, 0, 0, 1, 0], [8, 0, 3, 5, 3, 1, 2, 2, 3, 0, 0, 0, 1, 6, 5, 2, 0, 3, 3, 3, 2, 0, 0, 0, 1, 0], [8, 1, 3, 5, 3, 1, 2, 2, 3, 0, 0, 0, 1, 6, 5, 2, 0, 3, 3, 3, 2, 0, 0, 0, 2, 0], [9, 1, 3, 5, 3, 1, 2, 2, 3, 0, 0, 0, 1, 6, 5, 2, 0, 3, 4, 3, 2, 0, 1, 0, 2, 0], [9, 1, 3, 5, 3, 1, 2, 3, 4, 0, 0, 0, 2, 6, 5, 2, 0, 3, 4, 3, 2, 0, 1, 0, 2, 0], [9, 1, 3, 5, 4, 1, 2, 4, 4, 0, 0, 0, 2, 6, 6, 2, 0, 3, 6, 3, 3, 0, 1, 0, 2, 0], [9, 1, 3, 5, 5, 1, 2, 5, 4, 0, 0, 0, 2, 6, 6, 2, 0, 3, 6, 4, 3, 0, 1, 0, 2, 0], [10, 1, 3, 5, 5, 1, 2, 5, 5, 0, 1, 0, 2, 6, 6, 2, 0, 3, 7, 4, 4, 1, 1, 0, 2, 0], [10, 1, 4, 5, 5, 1, 2, 5, 5, 0, 1, 0, 3, 6, 7, 2, 0, 3, 8, 5, 5, 1, 1, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 18, "sentence": "of on day introduced Nagas pictures the and doors Nagapanchami by was him houses The Vasuki custom pasting", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0162", "problem_name": "task14_0162"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nfriendship term long Frances with of that most James Gay it fills screen time But is his Virginia", "label": {"final": [5, 1, 2, 1, 7, 4, 3, 4, 11, 1, 0, 3, 4, 5, 3, 1, 0, 5, 8, 8, 1, 1, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 1, 1, 0, 1, 2, 0, 0, 0, 0, 1, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 2, 1, 0, 1, 2, 0, 0, 0, 1, 1, 0, 1, 0, 2, 1, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 2, 1, 1, 1, 2, 0, 0, 1, 1, 2, 1, 1, 0, 2, 1, 1, 0, 0, 0, 0, 0, 0], [1, 0, 1, 1, 3, 2, 1, 1, 2, 0, 0, 1, 1, 3, 1, 1, 0, 3, 2, 1, 0, 0, 0, 0, 0, 0], [1, 0, 1, 1, 3, 2, 1, 2, 3, 0, 0, 1, 1, 3, 1, 1, 0, 3, 2, 2, 0, 0, 1, 0, 0, 0], [1, 0, 1, 1, 3, 3, 1, 2, 3, 0, 0, 1, 1, 3, 2, 1, 0, 3, 2, 2, 0, 0, 1, 0, 0, 0], [2, 0, 1, 1, 3, 3, 1, 3, 3, 0, 0, 1, 1, 3, 2, 1, 0, 3, 2, 4, 0, 0, 1, 0, 0, 0], [2, 0, 1, 1, 3, 3, 1, 3, 3, 0, 0, 1, 2, 3, 3, 1, 0, 3, 3, 5, 0, 0, 1, 0, 0, 0], [3, 0, 1, 1, 4, 3, 1, 3, 3, 1, 0, 1, 3, 3, 3, 1, 0, 3, 4, 5, 0, 0, 1, 0, 0, 0], [4, 0, 1, 1, 4, 3, 2, 3, 3, 1, 0, 1, 3, 3, 3, 1, 0, 3, 4, 5, 0, 0, 1, 0, 1, 0], [4, 0, 1, 1, 4, 3, 2, 3, 4, 1, 0, 1, 3, 3, 3, 1, 0, 3, 4, 6, 0, 0, 1, 0, 1, 0], [4, 0, 1, 1, 4, 4, 2, 3, 5, 1, 0, 3, 3, 3, 3, 1, 0, 3, 5, 6, 0, 0, 1, 0, 1, 0], [4, 0, 2, 1, 6, 4, 2, 3, 5, 1, 0, 3, 3, 4, 3, 1, 0, 4, 6, 6, 0, 0, 1, 0, 1, 0], [4, 0, 2, 1, 7, 4, 2, 3, 6, 1, 0, 3, 4, 4, 3, 1, 0, 4, 6, 7, 0, 0, 1, 0, 1, 0], [4, 1, 2, 1, 7, 4, 2, 3, 6, 1, 0, 3, 4, 4, 3, 1, 0, 4, 6, 8, 1, 0, 1, 0, 1, 0], [4, 1, 2, 1, 7, 4, 2, 3, 7, 1, 0, 3, 4, 4, 3, 1, 0, 4, 7, 8, 1, 0, 1, 0, 1, 0], [4, 1, 2, 1, 7, 4, 2, 4, 8, 1, 0, 3, 4, 4, 3, 1, 0, 4, 8, 8, 1, 0, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 18, "sentence": "friendship term long Frances with of that most James Gay it fills screen time But is his Virginia", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0163", "problem_name": "task14_0163"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nare 1 Path within located Cove the and roads CR which Road include Other Glen Town major hamlet", "label": {"final": [8, 0, 5, 5, 8, 0, 1, 7, 4, 1, 0, 4, 2, 5, 7, 1, 0, 6, 1, 7, 1, 1, 3, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 1, 0, 0, 2, 2, 0, 0, 0, 0, 1, 0, 1, 0, 1, 0, 2, 0, 0, 1, 0, 0, 0], [3, 0, 1, 1, 2, 0, 0, 2, 2, 0, 0, 1, 0, 1, 1, 1, 0, 1, 0, 3, 0, 0, 1, 0, 0, 0], [3, 0, 2, 1, 3, 0, 0, 2, 2, 0, 0, 1, 0, 1, 2, 1, 0, 1, 0, 3, 0, 1, 1, 0, 0, 0], [3, 0, 2, 1, 4, 0, 0, 3, 2, 0, 0, 1, 0, 1, 2, 1, 0, 1, 0, 4, 0, 1, 1, 0, 0, 0], [4, 0, 2, 2, 4, 0, 0, 3, 2, 0, 0, 1, 0, 2, 2, 1, 0, 1, 0, 4, 0, 1, 1, 0, 0, 0], [5, 0, 2, 3, 4, 0, 0, 3, 2, 0, 0, 1, 0, 2, 3, 1, 0, 2, 1, 4, 0, 1, 1, 0, 0, 0], [5, 0, 3, 3, 4, 0, 0, 3, 2, 0, 0, 1, 0, 2, 3, 1, 0, 3, 1, 4, 0, 1, 1, 0, 0, 0], [5, 0, 4, 3, 4, 0, 0, 5, 3, 0, 0, 1, 0, 2, 3, 1, 0, 3, 1, 4, 0, 1, 2, 0, 0, 0], [6, 0, 4, 4, 4, 0, 0, 5, 3, 0, 0, 1, 0, 2, 4, 1, 0, 4, 1, 4, 0, 1, 2, 0, 0, 0], [6, 0, 5, 5, 5, 0, 0, 5, 4, 0, 0, 2, 0, 3, 4, 1, 0, 4, 1, 4, 1, 1, 2, 0, 0, 0], [6, 0, 5, 5, 6, 0, 0, 6, 4, 0, 0, 2, 0, 3, 5, 1, 0, 5, 1, 5, 1, 1, 2, 0, 0, 0], [6, 0, 5, 5, 7, 0, 1, 6, 4, 0, 0, 3, 0, 4, 5, 1, 0, 5, 1, 5, 1, 1, 2, 0, 0, 0], [6, 0, 5, 5, 7, 0, 1, 6, 4, 0, 0, 3, 0, 5, 6, 1, 0, 5, 1, 6, 1, 1, 3, 0, 0, 0], [7, 0, 5, 5, 7, 0, 1, 6, 4, 1, 0, 3, 1, 5, 7, 1, 0, 6, 1, 6, 1, 1, 3, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 18, "sentence": "are 1 Path within located Cove the and roads CR which Road include Other Glen Town major hamlet", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0164", "problem_name": "task14_0164"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nmain are vanilla sugar ylang crops and coffee cash groundnut cane cotton sisal clove The litchi tobacco pepper", "label": {"final": [11, 1, 9, 2, 8, 2, 3, 3, 5, 0, 0, 6, 1, 8, 8, 4, 0, 5, 5, 6, 3, 2, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [4, 0, 0, 0, 1, 0, 0, 0, 2, 0, 0, 2, 1, 2, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0], [5, 0, 0, 0, 1, 0, 1, 0, 2, 0, 0, 2, 1, 2, 0, 0, 0, 2, 1, 0, 1, 1, 0, 0, 0, 0], [6, 0, 0, 0, 1, 0, 2, 0, 2, 0, 0, 3, 1, 3, 0, 0, 0, 2, 1, 0, 1, 1, 0, 0, 1, 0], [6, 0, 1, 0, 1, 0, 2, 0, 2, 0, 0, 3, 1, 3, 1, 1, 0, 3, 2, 0, 1, 1, 0, 0, 1, 0], [7, 0, 1, 1, 1, 0, 2, 0, 2, 0, 0, 3, 1, 4, 1, 1, 0, 3, 2, 0, 1, 1, 0, 0, 1, 0], [7, 0, 2, 1, 3, 2, 2, 0, 2, 0, 0, 3, 1, 4, 2, 1, 0, 3, 2, 0, 1, 1, 0, 0, 1, 0], [8, 0, 3, 1, 3, 2, 2, 1, 2, 0, 0, 3, 1, 4, 2, 1, 0, 3, 3, 0, 1, 1, 0, 0, 1, 0], [8, 0, 3, 2, 3, 2, 3, 1, 2, 0, 0, 3, 1, 6, 3, 1, 0, 4, 3, 1, 3, 1, 0, 0, 1, 0], [9, 0, 4, 2, 4, 2, 3, 1, 2, 0, 0, 3, 1, 7, 3, 1, 0, 4, 3, 1, 3, 1, 0, 0, 1, 0], [9, 0, 5, 2, 4, 2, 3, 1, 2, 0, 0, 3, 1, 8, 5, 1, 0, 4, 3, 3, 3, 1, 0, 0, 1, 0], [10, 0, 5, 2, 4, 2, 3, 1, 3, 0, 0, 4, 1, 8, 5, 1, 0, 4, 5, 3, 3, 1, 0, 0, 1, 0], [10, 0, 6, 2, 5, 2, 3, 1, 3, 0, 0, 5, 1, 8, 6, 1, 0, 4, 5, 3, 3, 2, 0, 0, 1, 0], [10, 0, 6, 2, 6, 2, 3, 2, 3, 0, 0, 5, 1, 8, 6, 1, 0, 4, 5, 4, 3, 2, 0, 0, 1, 0], [10, 0, 7, 2, 6, 2, 3, 3, 5, 0, 0, 6, 1, 8, 6, 1, 0, 4, 5, 5, 3, 2, 0, 0, 1, 0], [11, 1, 9, 2, 6, 2, 3, 3, 5, 0, 0, 6, 1, 8, 8, 1, 0, 4, 5, 6, 3, 2, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 18, "sentence": "main are vanilla sugar ylang crops and coffee cash groundnut cane cotton sisal clove The litchi tobacco pepper", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0165", "problem_name": "task14_0165"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nof Morison wrote s Tally Godine introduction the A Stanley published by Types issue David re for He", "label": {"final": [4, 2, 1, 5, 9, 2, 1, 3, 7, 0, 0, 4, 1, 5, 8, 2, 0, 5, 7, 7, 3, 1, 1, 0, 4, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 1, 1, 3, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 1, 0, 0, 1, 0, 0, 0, 1, 1, 4, 0, 0, 2, 1, 1, 0, 0, 1, 0, 0, 0], [0, 0, 0, 0, 1, 1, 0, 0, 1, 0, 0, 0, 1, 1, 4, 0, 0, 2, 2, 1, 0, 0, 1, 0, 0, 0], [1, 0, 0, 0, 1, 1, 0, 0, 1, 0, 0, 2, 1, 1, 4, 0, 0, 2, 2, 2, 0, 0, 1, 0, 1, 0], [1, 0, 0, 1, 2, 1, 1, 0, 2, 0, 0, 2, 1, 2, 5, 0, 0, 2, 2, 2, 0, 0, 1, 0, 1, 0], [1, 0, 1, 2, 2, 1, 1, 0, 4, 0, 0, 2, 1, 4, 7, 0, 0, 3, 2, 4, 1, 0, 1, 0, 1, 0], [1, 0, 1, 2, 3, 1, 1, 1, 4, 0, 0, 2, 1, 4, 7, 0, 0, 3, 2, 5, 1, 0, 1, 0, 1, 0], [2, 0, 1, 2, 3, 1, 1, 1, 4, 0, 0, 2, 1, 4, 7, 0, 0, 3, 2, 5, 1, 0, 1, 0, 1, 0], [3, 0, 1, 2, 4, 1, 1, 1, 4, 0, 0, 3, 1, 5, 7, 0, 0, 3, 3, 6, 1, 0, 1, 0, 2, 0], [3, 1, 1, 3, 5, 1, 1, 2, 5, 0, 0, 4, 1, 5, 7, 1, 0, 3, 4, 6, 2, 0, 1, 0, 2, 0], [3, 2, 1, 3, 5, 1, 1, 2, 5, 0, 0, 4, 1, 5, 7, 1, 0, 3, 4, 6, 2, 0, 1, 0, 3, 0], [3, 2, 1, 3, 6, 1, 1, 2, 5, 0, 0, 4, 1, 5, 7, 2, 0, 3, 5, 7, 2, 0, 1, 0, 4, 0], [3, 2, 1, 3, 7, 1, 1, 2, 6, 0, 0, 4, 1, 5, 7, 2, 0, 3, 7, 7, 3, 0, 1, 0, 4, 0], [4, 2, 1, 5, 7, 1, 1, 2, 7, 0, 0, 4, 1, 5, 7, 2, 0, 3, 7, 7, 3, 1, 1, 0, 4, 0], [4, 2, 1, 5, 8, 1, 1, 2, 7, 0, 0, 4, 1, 5, 7, 2, 0, 4, 7, 7, 3, 1, 1, 0, 4, 0], [4, 2, 1, 5, 8, 2, 1, 2, 7, 0, 0, 4, 1, 5, 8, 2, 0, 5, 7, 7, 3, 1, 1, 0, 4, 0]]}, "config": {"num_sentences": 43652, "num_words": 18, "sentence": "of Morison wrote s Tally Godine introduction the A Stanley published by Types issue David re for He", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0166", "problem_name": "task14_0166"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nof to going on a Battlesbridge Theatre years put with the local shows For number proceeds Rural charities", "label": {"final": [7, 3, 3, 2, 10, 2, 3, 5, 5, 0, 0, 4, 1, 3, 8, 2, 0, 9, 6, 9, 3, 0, 2, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 2, 0, 1, 0, 0, 0, 0, 1, 3, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 2, 0, 1, 0, 0, 0, 0, 2, 4, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 1, 2, 0, 1, 0, 0, 0, 0, 2, 4, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [2, 2, 0, 1, 2, 1, 3, 0, 2, 0, 0, 1, 0, 2, 4, 0, 0, 1, 1, 3, 0, 0, 0, 0, 0, 0], [3, 2, 0, 1, 4, 1, 3, 1, 2, 0, 0, 1, 0, 2, 4, 0, 0, 2, 1, 5, 0, 0, 0, 0, 0, 0], [4, 2, 0, 1, 5, 1, 3, 1, 2, 0, 0, 1, 0, 2, 4, 0, 0, 3, 2, 5, 0, 0, 0, 0, 1, 0], [4, 2, 0, 1, 5, 1, 3, 1, 2, 0, 0, 1, 0, 2, 4, 1, 0, 3, 2, 6, 1, 0, 0, 0, 1, 0], [4, 2, 0, 1, 5, 1, 3, 2, 3, 0, 0, 1, 0, 2, 4, 1, 0, 3, 2, 7, 1, 0, 1, 0, 1, 0], [4, 2, 0, 1, 6, 1, 3, 3, 3, 0, 0, 1, 0, 2, 4, 1, 0, 3, 2, 8, 1, 0, 1, 0, 1, 0], [5, 2, 1, 1, 6, 1, 3, 3, 3, 0, 0, 3, 0, 2, 5, 1, 0, 3, 2, 8, 1, 0, 1, 0, 1, 0], [5, 2, 1, 1, 6, 1, 3, 4, 3, 0, 0, 3, 0, 2, 6, 1, 0, 3, 4, 8, 1, 0, 2, 0, 1, 0], [5, 2, 1, 1, 6, 2, 3, 4, 3, 0, 0, 3, 0, 2, 7, 1, 0, 4, 4, 8, 1, 0, 2, 0, 1, 0], [5, 3, 1, 1, 7, 2, 3, 4, 3, 0, 0, 3, 1, 3, 7, 1, 0, 5, 4, 8, 2, 0, 2, 0, 1, 0], [5, 3, 2, 2, 9, 2, 3, 4, 3, 0, 0, 3, 1, 3, 8, 2, 0, 6, 5, 8, 2, 0, 2, 0, 1, 0], [6, 3, 2, 2, 9, 2, 3, 4, 3, 0, 0, 4, 1, 3, 8, 2, 0, 8, 5, 8, 3, 0, 2, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 18, "sentence": "of to going on a Battlesbridge Theatre years put with the local shows For number proceeds Rural charities", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0167", "problem_name": "task14_0167"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nconsultant of in Welfare served at Ministry 2009 From the Department Giousouf and same Integration state Social as", "label": {"final": [10, 0, 2, 3, 10, 4, 2, 1, 7, 0, 0, 3, 4, 8, 7, 1, 0, 6, 8, 11, 3, 1, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 2, 1, 0, 0, 0, 1, 2, 1, 0, 0, 0, 0, 0], [1, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 2, 2, 0, 0, 0, 1, 2, 1, 0, 0, 0, 0, 0], [1, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 3, 2, 0, 0, 0, 1, 2, 1, 0, 0, 0, 0, 0], [2, 0, 1, 0, 2, 2, 0, 0, 1, 0, 0, 2, 0, 3, 2, 0, 0, 1, 1, 2, 1, 0, 1, 0, 0, 0], [2, 0, 1, 1, 4, 2, 0, 0, 1, 0, 0, 2, 0, 3, 2, 0, 0, 2, 2, 2, 1, 1, 1, 0, 0, 0], [3, 0, 1, 1, 4, 2, 0, 0, 1, 0, 0, 2, 0, 3, 2, 0, 0, 2, 2, 3, 1, 1, 1, 0, 0, 0], [3, 0, 1, 1, 4, 2, 0, 0, 3, 0, 0, 2, 1, 4, 2, 0, 0, 3, 3, 4, 1, 1, 1, 0, 1, 0], [3, 0, 1, 1, 4, 2, 0, 0, 3, 0, 0, 2, 1, 4, 2, 0, 0, 3, 3, 4, 1, 1, 1, 0, 1, 0], [3, 0, 1, 1, 4, 3, 0, 0, 3, 0, 0, 2, 2, 4, 3, 0, 0, 4, 3, 4, 1, 1, 1, 0, 1, 0], [3, 0, 1, 1, 5, 3, 0, 1, 3, 0, 0, 2, 2, 4, 3, 0, 0, 4, 3, 5, 1, 1, 1, 0, 1, 0], [4, 0, 1, 2, 7, 3, 0, 1, 3, 0, 0, 2, 3, 5, 3, 1, 0, 5, 3, 7, 1, 1, 1, 0, 1, 0], [4, 0, 1, 2, 7, 4, 1, 1, 4, 0, 0, 2, 3, 5, 5, 1, 0, 5, 4, 7, 3, 1, 1, 0, 1, 0], [5, 0, 1, 3, 7, 4, 1, 1, 4, 0, 0, 2, 3, 6, 5, 1, 0, 5, 4, 7, 3, 1, 1, 0, 1, 0], [6, 0, 1, 3, 8, 4, 1, 1, 4, 0, 0, 2, 4, 6, 5, 1, 0, 5, 5, 7, 3, 1, 1, 0, 1, 0], [7, 0, 1, 3, 9, 4, 2, 1, 6, 0, 0, 2, 4, 8, 6, 1, 0, 6, 5, 9, 3, 1, 1, 0, 1, 0], [8, 0, 1, 3, 10, 4, 2, 1, 6, 0, 0, 2, 4, 8, 6, 1, 0, 6, 6, 11, 3, 1, 1, 0, 1, 0], [9, 0, 2, 3, 10, 4, 2, 1, 7, 0, 0, 3, 4, 8, 7, 1, 0, 6, 7, 11, 3, 1, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 18, "sentence": "consultant of in Welfare served at Ministry 2009 From the Department Giousouf and same Integration state Social as", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0168", "problem_name": "task14_0168"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nplaced list on season served 2005 becoming the starting and he reserve tight end until During as injured", "label": {"final": [5, 1, 2, 6, 12, 0, 4, 3, 7, 1, 0, 3, 1, 9, 3, 1, 0, 6, 7, 7, 3, 2, 0, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 1, 1, 0, 0, 0, 1, 0, 0, 2, 0, 0, 0, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [1, 0, 1, 1, 1, 0, 0, 0, 1, 0, 0, 2, 0, 1, 1, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [2, 0, 1, 1, 2, 0, 0, 0, 1, 0, 0, 2, 0, 2, 2, 1, 0, 0, 3, 1, 0, 0, 0, 0, 0, 0], [2, 0, 1, 2, 4, 0, 0, 0, 1, 0, 0, 2, 0, 2, 2, 1, 0, 1, 4, 1, 0, 1, 0, 0, 0, 0], [2, 0, 1, 2, 4, 0, 0, 0, 1, 0, 0, 2, 0, 2, 2, 1, 0, 1, 4, 1, 0, 1, 0, 0, 0, 0], [2, 1, 2, 2, 5, 0, 1, 0, 2, 0, 0, 2, 1, 3, 3, 1, 0, 1, 4, 1, 0, 1, 0, 0, 0, 0], [2, 1, 2, 2, 6, 0, 1, 1, 2, 0, 0, 2, 1, 3, 3, 1, 0, 1, 4, 2, 0, 1, 0, 0, 0, 0], [3, 1, 2, 2, 6, 0, 2, 1, 3, 0, 0, 2, 1, 4, 3, 1, 0, 2, 5, 4, 0, 1, 0, 0, 0, 0], [4, 1, 2, 3, 6, 0, 2, 1, 3, 0, 0, 2, 1, 5, 3, 1, 0, 2, 5, 4, 0, 1, 0, 0, 0, 0], [4, 1, 2, 3, 7, 0, 2, 2, 3, 0, 0, 2, 1, 5, 3, 1, 0, 2, 5, 4, 0, 1, 0, 0, 0, 0], [4, 1, 2, 3, 10, 0, 2, 2, 3, 0, 0, 2, 1, 5, 3, 1, 0, 4, 6, 4, 0, 2, 0, 0, 0, 0], [4, 1, 2, 3, 10, 0, 3, 3, 4, 0, 0, 2, 1, 5, 3, 1, 0, 4, 6, 6, 0, 2, 0, 0, 0, 0], [4, 1, 2, 4, 11, 0, 3, 3, 4, 0, 0, 2, 1, 6, 3, 1, 0, 4, 6, 6, 0, 2, 0, 0, 0, 0], [4, 1, 2, 4, 11, 0, 3, 3, 5, 0, 0, 3, 1, 7, 3, 1, 0, 4, 6, 7, 1, 2, 0, 0, 0, 0], [4, 1, 2, 5, 11, 0, 4, 3, 6, 0, 0, 3, 1, 8, 3, 1, 0, 5, 6, 7, 2, 2, 0, 0, 0, 0], [5, 1, 2, 5, 11, 0, 4, 3, 6, 0, 0, 3, 1, 8, 3, 1, 0, 5, 7, 7, 2, 2, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 18, "sentence": "placed list on season served 2005 becoming the starting and he reserve tight end until During as injured", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0169", "problem_name": "task14_0169"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nto the structure three Wagner a act Writing Marie refers Wittgenstein in 1857 Savitri and suggests Sayn as girl", "label": {"final": [8, 0, 2, 1, 11, 1, 6, 2, 9, 0, 0, 1, 1, 7, 1, 0, 0, 10, 9, 12, 3, 1, 3, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 2, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 2, 1, 4, 2, 0, 0, 0, 0, 0], [0, 0, 1, 0, 4, 0, 0, 2, 0, 0, 0, 0, 0, 0, 1, 0, 0, 3, 1, 5, 2, 0, 0, 0, 0, 0], [1, 0, 1, 0, 5, 0, 1, 2, 0, 0, 0, 0, 0, 1, 1, 0, 0, 4, 1, 5, 2, 0, 1, 0, 0, 0], [2, 0, 1, 0, 5, 0, 1, 2, 0, 0, 0, 0, 0, 1, 1, 0, 0, 4, 1, 5, 2, 0, 1, 0, 0, 0], [3, 0, 2, 0, 5, 0, 1, 2, 0, 0, 0, 0, 0, 1, 1, 0, 0, 4, 1, 6, 2, 0, 1, 0, 0, 0], [3, 0, 2, 0, 5, 0, 2, 2, 2, 0, 0, 0, 0, 2, 1, 0, 0, 5, 1, 7, 2, 0, 2, 0, 0, 0], [4, 0, 2, 0, 6, 0, 2, 2, 3, 0, 0, 0, 1, 2, 1, 0, 0, 6, 1, 7, 2, 0, 2, 0, 0, 0], [4, 0, 2, 0, 8, 1, 2, 2, 3, 0, 0, 0, 1, 2, 1, 0, 0, 8, 2, 7, 2, 0, 2, 0, 0, 0], [4, 0, 2, 0, 10, 1, 3, 2, 5, 0, 0, 0, 1, 4, 1, 0, 0, 8, 3, 10, 2, 0, 3, 0, 0, 0], [4, 0, 2, 0, 10, 1, 3, 2, 6, 0, 0, 0, 1, 5, 1, 0, 0, 8, 3, 10, 2, 0, 3, 0, 0, 0], [4, 0, 2, 0, 10, 1, 3, 2, 6, 0, 0, 0, 1, 5, 1, 0, 0, 8, 3, 10, 2, 0, 3, 0, 0, 0], [5, 0, 2, 0, 10, 1, 3, 2, 8, 0, 0, 0, 1, 5, 1, 0, 0, 9, 4, 11, 2, 1, 3, 0, 0, 0], [6, 0, 2, 1, 10, 1, 3, 2, 8, 0, 0, 0, 1, 6, 1, 0, 0, 9, 4, 11, 2, 1, 3, 0, 0, 0], [6, 0, 2, 1, 11, 1, 5, 2, 8, 0, 0, 0, 1, 6, 1, 0, 0, 9, 7, 12, 3, 1, 3, 0, 0, 0], [7, 0, 2, 1, 11, 1, 5, 2, 8, 0, 0, 0, 1, 7, 1, 0, 0, 9, 8, 12, 3, 1, 3, 0, 1, 0], [8, 0, 2, 1, 11, 1, 5, 2, 8, 0, 0, 0, 1, 7, 1, 0, 0, 9, 9, 12, 3, 1, 3, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 19, "sentence": "to the structure three Wagner a act Writing Marie refers Wittgenstein in 1857 Savitri and suggests Sayn as girl", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0170", "problem_name": "task14_0170"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nIn be dimensional shape an which three oval a or common speech like may two egg ellipse means rather", "label": {"final": [8, 1, 3, 1, 13, 0, 2, 6, 6, 0, 1, 5, 5, 6, 6, 3, 0, 4, 5, 3, 0, 1, 2, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 1, 0, 1, 2, 0, 0, 0, 3, 0, 0, 1, 1, 3, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0], [2, 1, 0, 1, 3, 0, 0, 1, 3, 0, 0, 1, 1, 3, 1, 1, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0], [3, 1, 0, 1, 3, 0, 0, 1, 3, 0, 0, 1, 1, 4, 1, 1, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0], [3, 1, 1, 1, 3, 0, 0, 3, 4, 0, 0, 1, 1, 4, 1, 1, 0, 0, 2, 0, 0, 0, 1, 0, 0, 0], [3, 1, 1, 1, 5, 0, 0, 4, 4, 0, 0, 1, 1, 4, 1, 1, 0, 1, 2, 1, 0, 0, 1, 0, 0, 0], [4, 1, 1, 1, 5, 0, 0, 4, 4, 0, 0, 2, 1, 4, 2, 1, 0, 1, 2, 1, 0, 1, 1, 0, 0, 0], [5, 1, 1, 1, 5, 0, 0, 4, 4, 0, 0, 2, 1, 4, 2, 1, 0, 1, 2, 1, 0, 1, 1, 0, 0, 0], [5, 1, 1, 1, 5, 0, 0, 4, 4, 0, 0, 2, 1, 4, 3, 1, 0, 2, 2, 1, 0, 1, 1, 0, 0, 0], [5, 1, 2, 1, 5, 0, 0, 4, 4, 0, 0, 2, 3, 5, 5, 1, 0, 2, 2, 1, 0, 1, 1, 0, 0, 0], [5, 1, 3, 1, 7, 0, 0, 5, 4, 0, 0, 2, 3, 5, 5, 2, 0, 2, 3, 1, 0, 1, 1, 0, 0, 0], [5, 1, 3, 1, 8, 0, 0, 5, 5, 0, 1, 3, 3, 5, 5, 2, 0, 2, 3, 1, 0, 1, 1, 0, 0, 0], [6, 1, 3, 1, 8, 0, 0, 5, 5, 0, 1, 3, 4, 5, 5, 2, 0, 2, 3, 1, 0, 1, 1, 0, 1, 0], [6, 1, 3, 1, 8, 0, 0, 5, 5, 0, 1, 3, 4, 5, 6, 2, 0, 2, 3, 2, 0, 1, 2, 0, 1, 0], [6, 1, 3, 1, 9, 0, 2, 5, 5, 0, 1, 3, 4, 5, 6, 2, 0, 2, 3, 2, 0, 1, 2, 0, 1, 0], [6, 1, 3, 1, 11, 0, 2, 5, 6, 0, 1, 5, 4, 5, 6, 3, 0, 2, 4, 2, 0, 1, 2, 0, 1, 0], [7, 1, 3, 1, 12, 0, 2, 5, 6, 0, 1, 5, 5, 6, 6, 3, 0, 2, 5, 2, 0, 1, 2, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 19, "sentence": "In be dimensional shape an which three oval a or common speech like may two egg ellipse means rather", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0171", "problem_name": "task14_0171"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nto people be the also world subject will of merely rightful pursue but not therefore own their Wise order", "label": {"final": [1, 3, 1, 2, 14, 3, 1, 4, 4, 1, 0, 7, 1, 2, 9, 3, 0, 9, 4, 8, 5, 0, 4, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 1, 0, 0, 2, 2, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 3, 0, 0, 0, 0, 0, 0, 1, 0, 0, 2, 2, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 4, 0, 0, 1, 0, 0, 0, 1, 0, 0, 2, 2, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [1, 1, 0, 0, 4, 0, 0, 1, 0, 0, 0, 2, 0, 0, 3, 2, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [1, 1, 0, 1, 4, 0, 0, 1, 0, 0, 0, 3, 0, 0, 4, 2, 0, 1, 1, 2, 0, 0, 1, 0, 0, 0], [1, 2, 1, 1, 5, 0, 0, 1, 0, 1, 0, 3, 0, 0, 4, 2, 0, 1, 2, 3, 1, 0, 1, 0, 0, 0], [1, 2, 1, 1, 5, 0, 0, 1, 1, 1, 0, 5, 0, 0, 4, 2, 0, 1, 2, 3, 1, 0, 2, 0, 0, 0], [1, 2, 1, 1, 5, 1, 0, 1, 1, 1, 0, 5, 0, 0, 5, 2, 0, 1, 2, 3, 1, 0, 2, 0, 0, 0], [1, 2, 1, 1, 7, 1, 0, 1, 1, 1, 0, 6, 1, 0, 5, 2, 0, 2, 2, 3, 1, 0, 2, 0, 1, 0], [1, 2, 1, 1, 7, 2, 1, 2, 2, 1, 0, 7, 1, 0, 5, 2, 0, 3, 2, 4, 2, 0, 2, 0, 1, 0], [1, 2, 1, 1, 8, 2, 1, 2, 2, 1, 0, 7, 1, 0, 5, 3, 0, 4, 3, 4, 4, 0, 2, 0, 1, 0], [1, 3, 1, 1, 8, 2, 1, 2, 2, 1, 0, 7, 1, 0, 5, 3, 0, 4, 3, 5, 5, 0, 2, 0, 1, 0], [1, 3, 1, 1, 8, 2, 1, 2, 2, 1, 0, 7, 1, 1, 6, 3, 0, 4, 3, 6, 5, 0, 2, 0, 1, 0], [1, 3, 1, 1, 11, 3, 1, 3, 2, 1, 0, 7, 1, 1, 7, 3, 0, 6, 3, 7, 5, 0, 2, 0, 1, 0], [1, 3, 1, 1, 11, 3, 1, 3, 2, 1, 0, 7, 1, 2, 8, 3, 0, 6, 3, 7, 5, 0, 3, 0, 1, 0], [1, 3, 1, 1, 12, 3, 1, 4, 3, 1, 0, 7, 1, 2, 8, 3, 0, 7, 3, 8, 5, 0, 3, 0, 1, 0], [1, 3, 1, 1, 13, 3, 1, 4, 4, 1, 0, 7, 1, 2, 8, 3, 0, 7, 4, 8, 5, 0, 4, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 19, "sentence": "to people be the also world subject will of merely rightful pursue but not therefore own their Wise order", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0172", "problem_name": "task14_0172"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nIn to owned the transitioned most more with improve 1800s incentive late family land farming being from farms tenant", "label": {"final": [7, 1, 1, 3, 10, 4, 2, 2, 10, 0, 0, 3, 7, 11, 7, 1, 0, 6, 4, 10, 0, 2, 2, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0, 0, 0, 2, 2, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 2, 0, 0, 1, 1, 0, 0, 0, 0, 2, 2, 0, 0, 0, 0, 2, 0, 0, 1, 0, 0, 0], [1, 0, 0, 2, 3, 0, 0, 1, 3, 0, 0, 0, 0, 4, 3, 0, 0, 1, 1, 4, 0, 0, 1, 0, 0, 0], [1, 0, 0, 2, 3, 0, 0, 1, 3, 0, 0, 0, 1, 4, 4, 0, 0, 1, 2, 5, 0, 0, 1, 0, 0, 0], [1, 0, 0, 2, 4, 0, 0, 1, 3, 0, 0, 0, 2, 4, 5, 0, 0, 2, 2, 5, 0, 0, 1, 0, 0, 0], [1, 0, 0, 2, 4, 0, 0, 2, 4, 0, 0, 0, 2, 4, 5, 0, 0, 2, 2, 6, 0, 0, 2, 0, 0, 0], [1, 0, 0, 2, 5, 0, 0, 2, 5, 0, 0, 0, 3, 4, 6, 1, 0, 3, 2, 6, 0, 1, 2, 0, 0, 0], [1, 0, 0, 2, 5, 0, 0, 2, 5, 0, 0, 0, 3, 4, 6, 1, 0, 3, 3, 6, 0, 1, 2, 0, 0, 0], [1, 0, 1, 2, 7, 0, 0, 2, 7, 0, 0, 0, 3, 6, 6, 1, 0, 3, 3, 7, 0, 2, 2, 0, 0, 0], [2, 0, 1, 2, 8, 0, 0, 2, 7, 0, 0, 1, 3, 6, 6, 1, 0, 3, 3, 8, 0, 2, 2, 0, 0, 0], [3, 0, 1, 2, 8, 1, 0, 2, 8, 0, 0, 2, 4, 6, 6, 1, 0, 3, 3, 8, 0, 2, 2, 0, 1, 0], [4, 0, 1, 3, 8, 1, 0, 2, 8, 0, 0, 3, 4, 7, 6, 1, 0, 3, 3, 8, 0, 2, 2, 0, 1, 0], [5, 0, 1, 3, 8, 2, 1, 2, 9, 0, 0, 3, 5, 8, 6, 1, 0, 4, 3, 8, 0, 2, 2, 0, 1, 0], [5, 1, 1, 3, 9, 2, 2, 2, 10, 0, 0, 3, 5, 9, 6, 1, 0, 4, 3, 8, 0, 2, 2, 0, 1, 0], [5, 1, 1, 3, 9, 3, 2, 2, 10, 0, 0, 3, 6, 9, 7, 1, 0, 5, 3, 8, 0, 2, 2, 0, 1, 0], [6, 1, 1, 3, 9, 4, 2, 2, 10, 0, 0, 3, 7, 9, 7, 1, 0, 6, 4, 8, 0, 2, 2, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 19, "sentence": "In to owned the transitioned most more with improve 1800s incentive late family land farming being from farms tenant", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0173", "problem_name": "task14_0173"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nto the loss dialog starship martial The that of indicates a leads JAG automatically in Measure court Additionally Man", "label": {"final": [16, 0, 3, 5, 6, 1, 2, 4, 9, 1, 0, 8, 4, 4, 7, 1, 0, 4, 7, 12, 3, 0, 0, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 1, 0, 0, 2, 0, 0, 0, 2, 2, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 1, 0, 1, 1, 1, 0, 0, 2, 0, 0, 3, 0, 0, 0, 2, 2, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 1, 0, 1, 2, 2, 0, 0, 2, 0, 0, 3, 1, 0, 1, 4, 3, 0, 0, 0, 0, 0, 0], [4, 0, 0, 1, 1, 0, 1, 2, 3, 0, 0, 3, 1, 0, 3, 1, 0, 2, 4, 4, 0, 0, 0, 0, 0, 0], [4, 0, 0, 1, 2, 0, 1, 3, 3, 0, 0, 3, 1, 0, 3, 1, 0, 2, 4, 5, 0, 0, 0, 0, 0, 0], [5, 0, 0, 1, 2, 0, 1, 4, 3, 0, 0, 3, 1, 0, 3, 1, 0, 2, 4, 7, 0, 0, 0, 0, 0, 0], [5, 0, 0, 1, 2, 1, 1, 4, 3, 0, 0, 3, 1, 0, 4, 1, 0, 2, 4, 7, 0, 0, 0, 0, 0, 0], [6, 0, 1, 2, 3, 1, 1, 4, 5, 0, 0, 3, 1, 1, 4, 1, 0, 2, 5, 8, 0, 0, 0, 0, 0, 0], [7, 0, 1, 2, 3, 1, 1, 4, 5, 0, 0, 3, 1, 1, 4, 1, 0, 2, 5, 8, 0, 0, 0, 0, 0, 0], [8, 0, 1, 3, 4, 1, 1, 4, 5, 0, 0, 4, 1, 1, 4, 1, 0, 2, 6, 8, 0, 0, 0, 0, 0, 0], [9, 0, 1, 3, 4, 1, 2, 4, 5, 1, 0, 4, 1, 1, 4, 1, 0, 2, 6, 8, 0, 0, 0, 0, 0, 0], [12, 0, 2, 3, 4, 1, 2, 4, 6, 1, 0, 6, 2, 1, 5, 1, 0, 2, 6, 10, 1, 0, 0, 0, 1, 0], [12, 0, 2, 3, 4, 1, 2, 4, 7, 1, 0, 6, 2, 2, 5, 1, 0, 2, 6, 10, 1, 0, 0, 0, 1, 0], [13, 0, 2, 3, 6, 1, 2, 4, 7, 1, 0, 6, 3, 2, 5, 1, 0, 3, 7, 10, 2, 0, 0, 0, 1, 0], [13, 0, 3, 3, 6, 1, 2, 4, 7, 1, 0, 6, 3, 2, 6, 1, 0, 4, 7, 11, 3, 0, 0, 0, 1, 0], [15, 0, 3, 5, 6, 1, 2, 4, 9, 1, 0, 8, 3, 3, 7, 1, 0, 4, 7, 12, 3, 0, 0, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 19, "sentence": "to the loss dialog starship martial The that of indicates a leads JAG automatically in Measure court Additionally Man", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0174", "problem_name": "task14_0174"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nmain In route lined the by Road of buildings cross and shops was Blaby public terms planning town many", "label": {"final": [7, 5, 2, 4, 4, 1, 2, 2, 7, 0, 0, 5, 3, 10, 6, 3, 0, 4, 7, 4, 3, 0, 2, 0, 3, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 0, 0, 2, 0, 0, 0, 1, 2, 1, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0], [1, 0, 0, 1, 2, 0, 0, 0, 3, 0, 0, 1, 1, 3, 1, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0], [1, 0, 0, 1, 3, 0, 0, 1, 3, 0, 0, 1, 1, 3, 1, 0, 0, 1, 0, 2, 1, 0, 0, 0, 0, 0], [1, 1, 0, 1, 3, 0, 0, 1, 3, 0, 0, 1, 1, 3, 1, 0, 0, 1, 0, 2, 1, 0, 0, 0, 1, 0], [2, 1, 0, 2, 3, 0, 0, 1, 3, 0, 0, 1, 1, 3, 2, 0, 0, 2, 0, 2, 1, 0, 0, 0, 1, 0], [2, 1, 0, 2, 3, 1, 0, 1, 3, 0, 0, 1, 1, 3, 3, 0, 0, 2, 0, 2, 1, 0, 0, 0, 1, 0], [2, 2, 0, 3, 3, 1, 1, 1, 5, 0, 0, 2, 1, 4, 3, 0, 0, 2, 1, 2, 2, 0, 0, 0, 1, 0], [2, 2, 1, 3, 3, 1, 1, 1, 5, 0, 0, 2, 1, 4, 4, 0, 0, 3, 3, 2, 2, 0, 0, 0, 1, 0], [3, 2, 1, 4, 3, 1, 1, 1, 5, 0, 0, 2, 1, 5, 4, 0, 0, 3, 3, 2, 2, 0, 0, 0, 1, 0], [3, 2, 1, 4, 3, 1, 1, 2, 5, 0, 0, 2, 1, 5, 5, 1, 0, 3, 5, 2, 2, 0, 0, 0, 1, 0], [4, 2, 1, 4, 3, 1, 1, 2, 5, 0, 0, 2, 1, 5, 5, 1, 0, 3, 6, 2, 2, 0, 1, 0, 1, 0], [5, 4, 1, 4, 3, 1, 1, 2, 5, 0, 0, 3, 1, 5, 5, 1, 0, 3, 6, 2, 2, 0, 1, 0, 2, 0], [5, 5, 2, 4, 3, 1, 1, 2, 6, 0, 0, 4, 1, 5, 5, 2, 0, 3, 6, 2, 3, 0, 1, 0, 2, 0], [5, 5, 2, 4, 4, 1, 1, 2, 6, 0, 0, 4, 2, 5, 5, 2, 0, 4, 7, 3, 3, 0, 1, 0, 2, 0], [6, 5, 2, 4, 4, 1, 2, 2, 7, 0, 0, 5, 2, 8, 5, 3, 0, 4, 7, 3, 3, 0, 1, 0, 2, 0], [6, 5, 2, 4, 4, 1, 2, 2, 7, 0, 0, 5, 2, 9, 6, 3, 0, 4, 7, 4, 3, 0, 2, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 19, "sentence": "main In route lined the by Road of buildings cross and shops was Blaby public terms planning town many", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0175", "problem_name": "task14_0175"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nto orders uncover the King of arrived loot England treason VIII A and Henry has on evidence high lieutenant", "label": {"final": [7, 0, 2, 5, 12, 1, 3, 5, 8, 0, 1, 3, 0, 11, 8, 0, 0, 7, 3, 6, 2, 4, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 2, 1, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 1, 2, 0, 0, 0, 0, 0, 0, 0, 0, 1, 3, 0, 0, 3, 1, 1, 1, 1, 0, 0, 0, 0], [0, 0, 1, 1, 3, 0, 0, 1, 0, 0, 0, 0, 0, 1, 3, 0, 0, 3, 1, 2, 1, 1, 0, 0, 0, 0], [0, 0, 1, 1, 3, 0, 1, 1, 1, 0, 1, 0, 0, 2, 3, 0, 0, 3, 1, 2, 1, 1, 0, 0, 0, 0], [0, 0, 1, 1, 3, 1, 1, 1, 1, 0, 1, 0, 0, 2, 4, 0, 0, 3, 1, 2, 1, 1, 0, 0, 0, 0], [1, 0, 1, 2, 4, 1, 1, 1, 2, 0, 1, 0, 0, 2, 4, 0, 0, 5, 1, 2, 1, 2, 0, 0, 0, 0], [1, 0, 1, 2, 4, 1, 1, 1, 2, 0, 1, 1, 0, 2, 6, 0, 0, 5, 1, 3, 1, 2, 0, 0, 0, 0], [2, 0, 1, 3, 5, 1, 2, 1, 2, 0, 1, 2, 0, 4, 6, 0, 0, 5, 1, 3, 1, 2, 0, 0, 0, 0], [3, 0, 1, 3, 6, 1, 2, 1, 2, 0, 1, 2, 0, 5, 7, 0, 0, 6, 2, 4, 1, 2, 0, 0, 0, 0], [3, 0, 1, 3, 6, 1, 2, 1, 5, 0, 1, 2, 0, 5, 7, 0, 0, 6, 2, 4, 1, 3, 0, 0, 0, 0], [4, 0, 1, 3, 6, 1, 2, 1, 5, 0, 1, 2, 0, 5, 7, 0, 0, 6, 2, 4, 1, 3, 0, 0, 0, 0], [5, 0, 1, 4, 6, 1, 2, 1, 5, 0, 1, 2, 0, 6, 7, 0, 0, 6, 2, 4, 1, 3, 0, 0, 0, 0], [5, 0, 1, 4, 7, 1, 2, 2, 5, 0, 1, 2, 0, 7, 7, 0, 0, 7, 2, 4, 1, 3, 0, 0, 1, 0], [6, 0, 1, 4, 7, 1, 2, 3, 5, 0, 1, 2, 0, 7, 7, 0, 0, 7, 3, 4, 1, 3, 0, 0, 1, 0], [6, 0, 1, 4, 7, 1, 2, 3, 5, 0, 1, 2, 0, 8, 8, 0, 0, 7, 3, 4, 1, 3, 0, 0, 1, 0], [6, 0, 2, 5, 10, 1, 2, 3, 6, 0, 1, 2, 0, 9, 8, 0, 0, 7, 3, 4, 1, 4, 0, 0, 1, 0], [6, 0, 2, 5, 10, 1, 3, 5, 7, 0, 1, 2, 0, 9, 8, 0, 0, 7, 3, 4, 1, 4, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 19, "sentence": "to orders uncover the King of arrived loot England treason VIII A and Henry has on evidence high lieutenant", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0176", "problem_name": "task14_0176"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\n26 the exams he interpreters of military September recruited passed body having in Then was his 1886 successfully on", "label": {"final": [5, 2, 3, 3, 14, 2, 1, 5, 7, 0, 0, 3, 3, 5, 3, 3, 0, 7, 10, 7, 3, 1, 1, 1, 3, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 2, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0], [1, 0, 0, 0, 3, 0, 0, 2, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0], [1, 0, 0, 0, 6, 0, 0, 2, 1, 0, 0, 0, 1, 1, 0, 1, 0, 3, 2, 3, 0, 0, 0, 1, 0, 0], [1, 0, 0, 0, 6, 1, 0, 2, 1, 0, 0, 0, 1, 1, 1, 1, 0, 3, 2, 3, 0, 0, 0, 1, 0, 0], [2, 0, 0, 0, 6, 1, 0, 2, 3, 0, 0, 1, 2, 1, 1, 1, 0, 4, 2, 4, 0, 0, 0, 1, 1, 0], [2, 1, 0, 0, 9, 1, 0, 2, 3, 0, 0, 1, 3, 1, 1, 2, 0, 5, 3, 5, 0, 0, 0, 1, 1, 0], [2, 1, 1, 1, 11, 1, 0, 2, 4, 0, 0, 1, 3, 1, 1, 2, 0, 7, 3, 6, 1, 0, 0, 1, 1, 0], [3, 1, 1, 2, 12, 1, 0, 2, 4, 0, 0, 1, 3, 1, 1, 3, 0, 7, 5, 6, 1, 0, 0, 1, 1, 0], [3, 2, 1, 3, 12, 1, 0, 2, 4, 0, 0, 1, 3, 1, 2, 3, 0, 7, 5, 6, 1, 0, 0, 1, 2, 0], [4, 2, 1, 3, 12, 1, 1, 3, 5, 0, 0, 1, 3, 2, 2, 3, 0, 7, 5, 6, 1, 1, 0, 1, 2, 0], [4, 2, 1, 3, 12, 1, 1, 3, 6, 0, 0, 1, 3, 3, 2, 3, 0, 7, 5, 6, 1, 1, 0, 1, 2, 0], [4, 2, 1, 3, 13, 1, 1, 4, 6, 0, 0, 1, 3, 4, 2, 3, 0, 7, 5, 7, 1, 1, 0, 1, 2, 0], [5, 2, 1, 3, 13, 1, 1, 4, 6, 0, 0, 1, 3, 4, 2, 3, 0, 7, 6, 7, 1, 1, 1, 1, 2, 0], [5, 2, 1, 3, 13, 1, 1, 5, 7, 0, 0, 1, 3, 4, 2, 3, 0, 7, 7, 7, 1, 1, 1, 1, 2, 0], [5, 2, 1, 3, 13, 1, 1, 5, 7, 0, 0, 1, 3, 4, 2, 3, 0, 7, 7, 7, 1, 1, 1, 1, 2, 0], [5, 2, 3, 3, 14, 2, 1, 5, 7, 0, 0, 3, 3, 4, 2, 3, 0, 7, 10, 7, 3, 1, 1, 1, 3, 0]]}, "config": {"num_sentences": 43652, "num_words": 19, "sentence": "26 the exams he interpreters of military September recruited passed body having in Then was his 1886 successfully on", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0177", "problem_name": "task14_0177"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nGakuen affiliated the group Shitennoji It temple educational Shi institutions of part a with Osaka in Buddhist Tennoji is", "label": {"final": [9, 1, 1, 4, 8, 3, 2, 5, 15, 2, 2, 3, 1, 9, 7, 3, 0, 2, 7, 13, 5, 0, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 1, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0], [3, 0, 0, 1, 2, 2, 1, 0, 2, 0, 1, 1, 0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0], [3, 0, 0, 1, 3, 2, 1, 1, 2, 0, 1, 1, 0, 1, 0, 0, 0, 0, 0, 2, 1, 0, 0, 0, 0, 0], [3, 0, 0, 1, 3, 2, 2, 1, 2, 0, 1, 1, 0, 1, 1, 1, 0, 1, 0, 2, 2, 0, 0, 0, 0, 0], [3, 0, 0, 1, 4, 2, 2, 2, 4, 1, 1, 1, 0, 3, 2, 1, 0, 1, 1, 3, 2, 0, 0, 0, 0, 0], [3, 0, 0, 1, 4, 2, 2, 2, 5, 1, 1, 1, 0, 3, 2, 1, 0, 1, 1, 4, 2, 0, 0, 0, 0, 0], [3, 0, 0, 1, 6, 2, 2, 2, 5, 1, 1, 2, 1, 3, 2, 2, 0, 1, 1, 5, 2, 0, 0, 0, 0, 0], [5, 0, 1, 2, 7, 2, 2, 2, 6, 1, 1, 3, 1, 4, 3, 2, 0, 1, 1, 6, 3, 0, 0, 0, 0, 0], [5, 0, 1, 2, 7, 2, 2, 3, 7, 1, 1, 3, 1, 4, 3, 2, 0, 1, 2, 6, 3, 0, 0, 0, 0, 0], [5, 0, 1, 2, 7, 2, 2, 3, 10, 1, 1, 3, 1, 6, 4, 2, 0, 1, 4, 9, 4, 0, 0, 0, 0, 0], [5, 0, 1, 2, 7, 3, 2, 3, 10, 1, 1, 3, 1, 6, 5, 2, 0, 1, 4, 9, 4, 0, 0, 0, 0, 0], [6, 0, 1, 2, 7, 3, 2, 3, 10, 1, 1, 3, 1, 6, 5, 3, 0, 2, 4, 10, 4, 0, 0, 0, 0, 0], [7, 0, 1, 2, 7, 3, 2, 3, 10, 1, 1, 3, 1, 6, 5, 3, 0, 2, 4, 10, 4, 0, 0, 0, 0, 0], [7, 0, 1, 2, 7, 3, 2, 4, 11, 1, 1, 3, 1, 6, 5, 3, 0, 2, 4, 11, 4, 0, 1, 0, 0, 0], [9, 0, 1, 2, 7, 3, 2, 4, 11, 1, 2, 3, 1, 6, 6, 3, 0, 2, 5, 11, 4, 0, 1, 0, 0, 0], [9, 0, 1, 2, 7, 3, 2, 4, 12, 1, 2, 3, 1, 7, 6, 3, 0, 2, 5, 11, 4, 0, 1, 0, 0, 0], [9, 1, 1, 4, 7, 3, 2, 5, 13, 1, 2, 3, 1, 7, 6, 3, 0, 2, 6, 12, 5, 0, 1, 0, 0, 0], [9, 1, 1, 4, 8, 3, 2, 5, 14, 2, 2, 3, 1, 9, 7, 3, 0, 2, 6, 13, 5, 0, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 19, "sentence": "Gakuen affiliated the group Shitennoji It temple educational Shi institutions of part a with Osaka in Buddhist Tennoji is", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0178", "problem_name": "task14_0178"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nNBA the which The 2016 defeated of Finals previous a rematch in Cavaliers was Golden season s Warriors State", "label": {"final": [11, 1, 3, 3, 11, 3, 1, 5, 6, 0, 0, 3, 1, 5, 5, 1, 0, 6, 9, 6, 1, 2, 3, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 1, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 1, 1, 0, 1, 0, 0, 3, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0], [1, 1, 1, 0, 2, 0, 0, 4, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 2, 0, 0, 1, 0, 0, 0], [1, 1, 1, 0, 2, 0, 0, 4, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 2, 0, 0, 1, 0, 0, 0], [2, 1, 1, 2, 5, 1, 0, 4, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 3, 0, 0, 1, 0, 0, 0], [2, 1, 1, 2, 5, 2, 0, 4, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 3, 0, 0, 1, 0, 0, 0], [3, 1, 1, 2, 5, 3, 0, 4, 2, 0, 0, 1, 0, 2, 1, 0, 0, 0, 1, 3, 0, 0, 1, 0, 0, 0], [3, 1, 1, 2, 6, 3, 0, 4, 3, 0, 0, 1, 0, 2, 2, 1, 0, 1, 2, 3, 1, 1, 1, 0, 0, 0], [4, 1, 1, 2, 6, 3, 0, 4, 3, 0, 0, 1, 0, 2, 2, 1, 0, 1, 2, 3, 1, 1, 1, 0, 0, 0], [5, 1, 2, 2, 7, 3, 0, 5, 3, 0, 0, 1, 1, 2, 2, 1, 0, 2, 2, 4, 1, 1, 1, 0, 0, 0], [5, 1, 2, 2, 7, 3, 0, 5, 4, 0, 0, 1, 1, 3, 2, 1, 0, 2, 2, 4, 1, 1, 1, 0, 0, 0], [7, 1, 3, 2, 8, 3, 0, 5, 5, 0, 0, 2, 1, 3, 2, 1, 0, 3, 3, 4, 1, 2, 1, 0, 0, 0], [8, 1, 3, 2, 8, 3, 0, 5, 5, 0, 0, 2, 1, 3, 2, 1, 0, 3, 4, 4, 1, 2, 2, 0, 0, 0], [8, 1, 3, 3, 9, 3, 1, 5, 5, 0, 0, 3, 1, 4, 3, 1, 0, 3, 4, 4, 1, 2, 2, 0, 0, 0], [9, 1, 3, 3, 10, 3, 1, 5, 5, 0, 0, 3, 1, 5, 4, 1, 0, 3, 6, 4, 1, 2, 2, 0, 0, 0], [9, 1, 3, 3, 10, 3, 1, 5, 5, 0, 0, 3, 1, 5, 4, 1, 0, 3, 7, 4, 1, 2, 2, 0, 0, 0], [10, 1, 3, 3, 10, 3, 1, 5, 6, 0, 0, 3, 1, 5, 5, 1, 0, 6, 8, 4, 1, 2, 3, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 19, "sentence": "NBA the which The 2016 defeated of Finals previous a rematch in Cavaliers was Golden season s Warriors State", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0179", "problem_name": "task14_0179"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nto the Jacob Mister new Fox him room himself and takes his as give uniform head guard shower introduces He", "label": {"final": [6, 1, 2, 4, 10, 3, 2, 7, 7, 1, 1, 1, 5, 4, 8, 0, 0, 6, 7, 5, 3, 1, 2, 1, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [1, 1, 1, 0, 1, 0, 0, 1, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [1, 1, 1, 0, 2, 0, 0, 1, 1, 1, 0, 0, 1, 0, 2, 0, 0, 1, 1, 3, 0, 0, 0, 0, 0, 0], [1, 1, 1, 0, 3, 0, 0, 1, 1, 1, 0, 0, 1, 1, 2, 0, 0, 1, 1, 3, 0, 0, 1, 0, 0, 0], [1, 1, 1, 0, 3, 1, 0, 1, 1, 1, 0, 0, 1, 1, 3, 0, 0, 1, 1, 3, 0, 0, 1, 1, 0, 0], [1, 1, 1, 0, 3, 1, 0, 2, 2, 1, 0, 0, 2, 1, 3, 0, 0, 1, 1, 3, 0, 0, 1, 1, 0, 0], [1, 1, 1, 0, 3, 1, 0, 2, 2, 1, 0, 0, 3, 1, 5, 0, 0, 2, 1, 3, 0, 0, 1, 1, 0, 0], [1, 1, 1, 0, 4, 2, 0, 3, 3, 1, 0, 1, 4, 1, 5, 0, 0, 2, 2, 3, 0, 0, 1, 1, 0, 0], [2, 1, 1, 1, 4, 2, 0, 3, 3, 1, 0, 1, 4, 2, 5, 0, 0, 2, 2, 3, 0, 0, 1, 1, 0, 0], [3, 1, 1, 1, 5, 2, 0, 3, 3, 1, 1, 1, 4, 2, 5, 0, 0, 2, 3, 4, 0, 0, 1, 1, 0, 0], [3, 1, 1, 1, 5, 2, 0, 4, 4, 1, 1, 1, 4, 2, 5, 0, 0, 2, 4, 4, 0, 0, 1, 1, 0, 0], [4, 1, 1, 1, 5, 2, 0, 4, 4, 1, 1, 1, 4, 2, 5, 0, 0, 2, 5, 4, 0, 0, 1, 1, 0, 0], [4, 1, 1, 1, 6, 2, 1, 4, 5, 1, 1, 1, 4, 2, 5, 0, 0, 2, 5, 4, 0, 1, 1, 1, 0, 0], [4, 1, 1, 1, 6, 3, 1, 4, 6, 1, 1, 1, 5, 3, 6, 0, 0, 3, 5, 4, 1, 1, 1, 1, 0, 0], [5, 1, 1, 2, 7, 3, 1, 5, 6, 1, 1, 1, 5, 3, 6, 0, 0, 3, 5, 4, 1, 1, 1, 1, 0, 0], [6, 1, 1, 3, 7, 3, 2, 5, 6, 1, 1, 1, 5, 3, 6, 0, 0, 4, 5, 4, 2, 1, 1, 1, 0, 0], [6, 1, 1, 3, 8, 3, 2, 6, 6, 1, 1, 1, 5, 3, 7, 0, 0, 5, 6, 4, 2, 1, 2, 1, 0, 0], [6, 1, 2, 4, 9, 3, 2, 6, 7, 1, 1, 1, 5, 4, 8, 0, 0, 6, 7, 5, 3, 1, 2, 1, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 20, "sentence": "to the Jacob Mister new Fox him room himself and takes his as give uniform head guard shower introduces He", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0180", "problem_name": "task14_0180"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ninstallation In to switched the 1971 units of duty command 130A 119 active and 914th aircraft assumed C from Hercules", "label": {"final": [9, 0, 6, 5, 6, 3, 0, 4, 7, 0, 0, 3, 4, 6, 5, 0, 0, 4, 6, 10, 4, 1, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[2, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 2, 0, 2, 1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 0, 0, 0, 0, 3, 0, 0, 2, 0, 3, 1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 0, 0, 0, 0, 3, 0, 0, 2, 0, 3, 2, 0, 0, 0, 1, 3, 0, 0, 0, 0, 0, 0], [2, 0, 1, 1, 1, 0, 0, 1, 4, 0, 0, 2, 0, 3, 2, 0, 0, 0, 2, 4, 0, 0, 1, 0, 0, 0], [2, 0, 1, 1, 2, 0, 0, 2, 4, 0, 0, 2, 0, 3, 2, 0, 0, 0, 2, 5, 0, 0, 1, 0, 0, 0], [2, 0, 1, 1, 2, 0, 0, 2, 4, 0, 0, 2, 0, 3, 2, 0, 0, 0, 2, 5, 0, 0, 1, 0, 0, 0], [2, 0, 1, 1, 2, 0, 0, 2, 5, 0, 0, 2, 0, 4, 2, 0, 0, 0, 3, 6, 1, 0, 1, 0, 0, 0], [2, 0, 1, 1, 2, 1, 0, 2, 5, 0, 0, 2, 0, 4, 3, 0, 0, 0, 3, 6, 1, 0, 1, 0, 0, 0], [2, 0, 1, 2, 2, 1, 0, 2, 5, 0, 0, 2, 0, 4, 3, 0, 0, 0, 3, 7, 2, 0, 1, 0, 1, 0], [3, 0, 2, 3, 2, 1, 0, 2, 5, 0, 0, 2, 2, 5, 4, 0, 0, 0, 3, 7, 2, 0, 1, 0, 1, 0], [4, 0, 2, 3, 2, 1, 0, 2, 5, 0, 0, 2, 2, 5, 4, 0, 0, 0, 3, 7, 2, 0, 1, 0, 1, 0], [4, 0, 2, 3, 2, 1, 0, 2, 5, 0, 0, 2, 2, 5, 4, 0, 0, 0, 3, 7, 2, 0, 1, 0, 1, 0], [5, 0, 3, 3, 3, 1, 0, 2, 6, 0, 0, 2, 2, 5, 4, 0, 0, 0, 3, 8, 2, 1, 1, 0, 1, 0], [6, 0, 3, 4, 3, 1, 0, 2, 6, 0, 0, 2, 2, 6, 4, 0, 0, 0, 3, 8, 2, 1, 1, 0, 1, 0], [6, 0, 3, 4, 3, 1, 0, 3, 6, 0, 0, 2, 2, 6, 4, 0, 0, 0, 3, 9, 2, 1, 1, 0, 1, 0], [8, 0, 4, 4, 3, 2, 0, 3, 7, 0, 0, 2, 2, 6, 4, 0, 0, 2, 3, 10, 2, 1, 1, 0, 1, 0], [9, 0, 4, 5, 4, 2, 0, 3, 7, 0, 0, 2, 3, 6, 4, 0, 0, 2, 5, 10, 3, 1, 1, 0, 1, 0], [9, 0, 5, 5, 4, 2, 0, 3, 7, 0, 0, 2, 3, 6, 4, 0, 0, 2, 5, 10, 3, 1, 1, 0, 1, 0], [9, 0, 5, 5, 4, 3, 0, 3, 7, 0, 0, 2, 4, 6, 5, 0, 0, 3, 5, 10, 3, 1, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 20, "sentence": "installation In to switched the 1971 units of duty command 130A 119 active and 914th aircraft assumed C from Hercules", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0181", "problem_name": "task14_0181"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nonly the It 200 elevation it grows meters where in forest and between 300 known Anosy region from Tsitongambarika is", "label": {"final": [6, 2, 0, 1, 12, 2, 3, 2, 8, 0, 2, 2, 3, 10, 9, 0, 0, 7, 6, 9, 0, 1, 4, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 1, 0, 0, 1, 1, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 1, 0, 0, 1, 1, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 1, 0], [1, 0, 0, 0, 3, 0, 0, 1, 2, 0, 0, 2, 0, 2, 2, 0, 0, 0, 0, 3, 0, 1, 0, 0, 1, 0], [1, 0, 0, 0, 3, 0, 0, 1, 3, 0, 0, 2, 0, 2, 2, 0, 0, 0, 0, 4, 0, 1, 0, 0, 1, 0], [1, 0, 0, 0, 3, 0, 1, 1, 3, 0, 0, 2, 0, 2, 3, 0, 0, 1, 1, 4, 0, 1, 1, 0, 1, 0], [1, 0, 0, 0, 5, 0, 1, 1, 3, 0, 0, 2, 1, 2, 3, 0, 0, 2, 2, 5, 0, 1, 1, 0, 1, 0], [1, 0, 0, 0, 7, 0, 1, 2, 3, 0, 0, 2, 1, 2, 3, 0, 0, 3, 2, 5, 0, 1, 2, 0, 1, 0], [1, 0, 0, 0, 7, 0, 1, 2, 4, 0, 0, 2, 1, 3, 3, 0, 0, 3, 2, 5, 0, 1, 2, 0, 1, 0], [1, 0, 0, 0, 8, 1, 1, 2, 4, 0, 0, 2, 1, 3, 4, 0, 0, 4, 3, 6, 0, 1, 2, 0, 1, 0], [2, 0, 0, 1, 8, 1, 1, 2, 4, 0, 0, 2, 1, 4, 4, 0, 0, 4, 3, 6, 0, 1, 2, 0, 1, 0], [2, 1, 0, 1, 11, 1, 1, 2, 4, 0, 0, 2, 1, 5, 4, 0, 0, 4, 3, 7, 0, 1, 3, 0, 1, 0], [2, 1, 0, 1, 11, 1, 1, 2, 4, 0, 0, 2, 1, 5, 4, 0, 0, 4, 3, 7, 0, 1, 3, 0, 1, 0], [2, 1, 0, 1, 11, 1, 1, 2, 4, 0, 1, 2, 1, 7, 5, 0, 0, 4, 3, 7, 0, 1, 4, 0, 1, 0], [3, 1, 0, 1, 11, 1, 1, 2, 4, 0, 1, 2, 1, 8, 6, 0, 0, 4, 4, 7, 0, 1, 4, 0, 2, 0], [3, 1, 0, 1, 12, 1, 2, 2, 5, 0, 1, 2, 1, 9, 7, 0, 0, 5, 4, 7, 0, 1, 4, 0, 2, 0], [3, 1, 0, 1, 12, 2, 2, 2, 5, 0, 1, 2, 2, 9, 8, 0, 0, 6, 4, 7, 0, 1, 4, 0, 2, 0], [6, 2, 0, 1, 12, 2, 3, 2, 7, 0, 2, 2, 3, 10, 9, 0, 0, 7, 5, 9, 0, 1, 4, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 20, "sentence": "only the It 200 elevation it grows meters where in forest and between 300 known Anosy region from Tsitongambarika is", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0182", "problem_name": "task14_0182"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nto the Russia Biden military providing heavily invading humanitarian in invasion and President condemned Belarus aid involved countries sanctioning Ukraine", "label": {"final": [13, 2, 3, 9, 11, 0, 3, 3, 21, 0, 1, 4, 3, 19, 7, 2, 0, 8, 7, 7, 5, 6, 0, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 1, 2, 2, 1, 0, 0, 0, 0, 0], [1, 1, 0, 1, 2, 0, 0, 1, 2, 0, 0, 0, 0, 1, 1, 0, 0, 1, 2, 2, 1, 0, 0, 0, 0, 0], [2, 1, 0, 1, 2, 0, 0, 1, 4, 0, 0, 1, 1, 1, 1, 0, 0, 2, 2, 3, 1, 0, 0, 0, 1, 0], [2, 1, 0, 2, 2, 0, 1, 1, 6, 0, 0, 1, 1, 2, 2, 1, 0, 3, 2, 3, 1, 1, 0, 0, 1, 0], [3, 1, 0, 2, 3, 0, 1, 2, 7, 0, 0, 2, 1, 2, 2, 1, 0, 3, 2, 3, 1, 2, 0, 0, 2, 0], [4, 1, 0, 3, 3, 0, 2, 2, 9, 0, 0, 2, 1, 4, 2, 1, 0, 3, 2, 3, 1, 3, 0, 0, 2, 0], [7, 1, 0, 3, 3, 0, 2, 3, 11, 0, 0, 2, 2, 6, 2, 1, 0, 4, 2, 4, 2, 3, 0, 0, 2, 0], [7, 1, 0, 3, 3, 0, 2, 3, 12, 0, 0, 2, 2, 7, 2, 1, 0, 4, 2, 4, 2, 3, 0, 0, 2, 0], [8, 1, 0, 3, 3, 0, 2, 3, 14, 0, 0, 2, 2, 9, 3, 1, 0, 4, 3, 4, 2, 4, 0, 0, 2, 0], [9, 1, 0, 4, 3, 0, 2, 3, 14, 0, 0, 2, 2, 10, 3, 1, 0, 4, 3, 4, 2, 4, 0, 0, 2, 0], [9, 1, 0, 5, 5, 0, 2, 3, 15, 0, 0, 2, 2, 11, 3, 2, 0, 5, 4, 5, 2, 4, 0, 0, 2, 0], [9, 1, 1, 7, 7, 0, 2, 3, 15, 0, 0, 2, 3, 13, 4, 2, 0, 5, 4, 5, 2, 4, 0, 0, 2, 0], [10, 2, 1, 7, 8, 0, 2, 3, 15, 0, 0, 3, 3, 13, 4, 2, 0, 6, 5, 5, 3, 4, 0, 0, 2, 0], [11, 2, 1, 8, 8, 0, 2, 3, 16, 0, 0, 3, 3, 13, 4, 2, 0, 6, 5, 5, 3, 4, 0, 0, 2, 0], [11, 2, 1, 9, 9, 0, 2, 3, 17, 0, 0, 4, 3, 14, 5, 2, 0, 6, 5, 5, 3, 6, 0, 0, 2, 0], [11, 2, 2, 9, 10, 0, 2, 3, 18, 0, 0, 4, 3, 15, 6, 2, 0, 7, 6, 6, 4, 6, 0, 0, 2, 0], [12, 2, 3, 9, 10, 0, 3, 3, 20, 0, 0, 4, 3, 18, 7, 2, 0, 7, 7, 7, 4, 6, 0, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 20, "sentence": "to the Russia Biden military providing heavily invading humanitarian in invasion and President condemned Belarus aid involved countries sanctioning Ukraine", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0183", "problem_name": "task14_0183"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nattacked an the When trust by Robert of business brewing prohibition in 1920s maintenance was issue his s continued Stout", "label": {"final": [6, 5, 3, 2, 10, 1, 1, 4, 10, 0, 1, 0, 1, 11, 6, 1, 0, 5, 11, 11, 5, 0, 3, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[2, 0, 1, 1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [3, 0, 1, 1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [3, 0, 1, 1, 2, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 3, 0, 0, 0, 0, 0, 0], [3, 0, 1, 1, 3, 0, 0, 2, 0, 0, 1, 0, 0, 2, 0, 0, 0, 0, 0, 3, 0, 0, 1, 0, 0, 0], [3, 0, 1, 1, 3, 0, 0, 2, 0, 0, 1, 0, 0, 2, 0, 0, 0, 1, 1, 5, 1, 0, 1, 0, 0, 0], [3, 1, 1, 1, 3, 0, 0, 2, 0, 0, 1, 0, 0, 2, 0, 0, 0, 1, 1, 5, 1, 0, 1, 0, 1, 0], [3, 2, 1, 1, 4, 0, 0, 2, 0, 0, 1, 0, 0, 2, 1, 0, 0, 3, 1, 6, 1, 0, 1, 0, 1, 0], [3, 2, 1, 1, 4, 1, 0, 2, 0, 0, 1, 0, 0, 2, 2, 0, 0, 3, 1, 6, 1, 0, 1, 0, 1, 0], [3, 3, 1, 1, 5, 1, 0, 2, 1, 0, 1, 0, 0, 3, 2, 0, 0, 3, 4, 6, 2, 0, 1, 0, 1, 0], [3, 4, 1, 1, 6, 1, 1, 2, 2, 0, 1, 0, 0, 4, 2, 0, 0, 4, 4, 6, 2, 0, 2, 0, 1, 0], [3, 5, 1, 1, 6, 1, 1, 3, 5, 0, 1, 0, 0, 5, 4, 1, 0, 5, 4, 7, 2, 0, 2, 0, 1, 0], [3, 5, 1, 1, 6, 1, 1, 3, 6, 0, 1, 0, 0, 6, 4, 1, 0, 5, 4, 7, 2, 0, 2, 0, 1, 0], [3, 5, 1, 1, 6, 1, 1, 3, 6, 0, 1, 0, 0, 6, 4, 1, 0, 5, 5, 7, 2, 0, 2, 0, 1, 0], [5, 5, 2, 1, 8, 1, 1, 3, 7, 0, 1, 0, 1, 9, 4, 1, 0, 5, 5, 8, 2, 0, 2, 0, 1, 0], [6, 5, 2, 1, 8, 1, 1, 3, 7, 0, 1, 0, 1, 9, 4, 1, 0, 5, 6, 8, 2, 0, 3, 0, 1, 0], [6, 5, 2, 1, 9, 1, 1, 3, 8, 0, 1, 0, 1, 9, 4, 1, 0, 5, 8, 8, 3, 0, 3, 0, 1, 0], [6, 5, 2, 1, 9, 1, 1, 4, 9, 0, 1, 0, 1, 9, 4, 1, 0, 5, 9, 8, 3, 0, 3, 0, 1, 0], [6, 5, 2, 1, 9, 1, 1, 4, 9, 0, 1, 0, 1, 9, 4, 1, 0, 5, 10, 8, 3, 0, 3, 0, 1, 0], [6, 5, 3, 2, 10, 1, 1, 4, 10, 0, 1, 0, 1, 11, 5, 1, 0, 5, 10, 9, 4, 0, 3, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 20, "sentence": "attacked an the When trust by Robert of business brewing prohibition in 1920s maintenance was issue his s continued Stout", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0184", "problem_name": "task14_0184"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nAmerican Kim Best group by Reid The recorded a song I country Know Statler music and How written Brothers is", "label": {"final": [5, 3, 4, 4, 9, 0, 2, 3, 7, 0, 2, 1, 3, 6, 7, 1, 0, 10, 6, 8, 3, 0, 3, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[2, 0, 1, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 1, 0, 1, 0, 0, 0, 2, 0, 1, 0, 2, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [2, 1, 1, 0, 2, 0, 0, 0, 2, 0, 1, 0, 2, 1, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0], [2, 1, 1, 0, 2, 0, 1, 0, 2, 0, 1, 0, 2, 1, 1, 1, 0, 2, 1, 1, 1, 0, 0, 0, 0, 0], [2, 2, 1, 0, 2, 0, 1, 0, 2, 0, 1, 0, 2, 1, 1, 1, 0, 2, 1, 1, 1, 0, 0, 0, 1, 0], [2, 2, 1, 1, 3, 0, 1, 0, 3, 0, 1, 0, 2, 1, 1, 1, 0, 3, 1, 1, 1, 0, 0, 0, 1, 0], [2, 2, 1, 1, 4, 0, 1, 1, 3, 0, 1, 0, 2, 1, 1, 1, 0, 3, 1, 2, 1, 0, 0, 0, 1, 0], [2, 2, 2, 3, 6, 0, 1, 1, 3, 0, 1, 0, 2, 1, 2, 1, 0, 5, 1, 2, 1, 0, 0, 0, 1, 0], [3, 2, 2, 3, 6, 0, 1, 1, 3, 0, 1, 0, 2, 1, 2, 1, 0, 5, 1, 2, 1, 0, 0, 0, 1, 0], [3, 2, 2, 3, 6, 0, 2, 1, 3, 0, 1, 0, 2, 2, 3, 1, 0, 5, 2, 2, 1, 0, 0, 0, 1, 0], [3, 2, 2, 3, 6, 0, 2, 1, 4, 0, 1, 0, 2, 2, 3, 1, 0, 5, 2, 2, 1, 0, 0, 0, 1, 0], [3, 2, 3, 3, 6, 0, 2, 1, 4, 0, 1, 0, 2, 3, 4, 1, 0, 6, 2, 3, 2, 0, 0, 0, 2, 0], [3, 2, 3, 3, 6, 0, 2, 1, 4, 0, 2, 0, 2, 4, 5, 1, 0, 6, 2, 3, 2, 0, 1, 0, 2, 0], [4, 2, 3, 3, 7, 0, 2, 1, 4, 0, 2, 1, 2, 4, 5, 1, 0, 7, 3, 5, 2, 0, 1, 0, 2, 0], [4, 2, 4, 3, 7, 0, 2, 1, 5, 0, 2, 1, 3, 4, 5, 1, 0, 7, 4, 5, 3, 0, 1, 0, 2, 0], [5, 2, 4, 4, 7, 0, 2, 1, 5, 0, 2, 1, 3, 5, 5, 1, 0, 7, 4, 5, 3, 0, 1, 0, 2, 0], [5, 2, 4, 4, 7, 0, 2, 2, 5, 0, 2, 1, 3, 5, 6, 1, 0, 7, 4, 5, 3, 0, 2, 0, 2, 0], [5, 2, 4, 4, 8, 0, 2, 2, 6, 0, 2, 1, 3, 6, 6, 1, 0, 8, 4, 7, 3, 0, 3, 0, 2, 0], [5, 3, 4, 4, 9, 0, 2, 3, 6, 0, 2, 1, 3, 6, 7, 1, 0, 10, 5, 8, 3, 0, 3, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 20, "sentence": "American Kim Best group by Reid The recorded a song I country Know Statler music and How written Brothers is", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0185", "problem_name": "task14_0185"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nthe Grails services SoundManager developed Robot Mallete vice president consulting and open S2PFace Michael source Maven applications Plugin for Framework", "label": {"final": [11, 1, 7, 5, 18, 3, 4, 2, 9, 0, 1, 8, 5, 10, 10, 7, 0, 9, 9, 6, 4, 4, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 1, 1, 1, 0, 0, 1, 0, 0, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 3, 0, 1, 1, 2, 0, 0, 1, 0, 0, 0, 0, 0, 2, 3, 1, 0, 1, 0, 0, 0, 0], [3, 0, 1, 1, 4, 0, 2, 1, 2, 0, 0, 1, 1, 2, 1, 0, 0, 3, 4, 1, 1, 1, 0, 0, 0, 0], [3, 0, 1, 3, 7, 0, 2, 1, 2, 0, 0, 2, 1, 2, 2, 1, 0, 3, 4, 1, 1, 2, 0, 0, 0, 0], [3, 1, 1, 3, 7, 0, 2, 1, 2, 0, 0, 2, 1, 2, 4, 1, 0, 4, 4, 2, 1, 2, 0, 0, 0, 0], [4, 1, 1, 3, 9, 0, 2, 1, 2, 0, 0, 4, 2, 2, 4, 1, 0, 4, 4, 3, 1, 2, 0, 0, 0, 0], [4, 1, 2, 3, 10, 0, 2, 1, 3, 0, 0, 4, 2, 2, 4, 1, 0, 4, 4, 3, 1, 3, 0, 0, 0, 0], [4, 1, 2, 4, 12, 0, 2, 1, 4, 0, 0, 4, 2, 3, 4, 2, 0, 5, 5, 4, 1, 3, 0, 0, 0, 0], [4, 1, 3, 4, 12, 0, 3, 1, 5, 0, 0, 5, 2, 5, 5, 2, 0, 5, 6, 5, 2, 3, 0, 0, 0, 0], [5, 1, 3, 5, 12, 0, 3, 1, 5, 0, 0, 5, 2, 6, 5, 2, 0, 5, 6, 5, 2, 3, 0, 0, 0, 0], [5, 1, 3, 5, 13, 0, 3, 1, 5, 0, 0, 5, 2, 7, 6, 3, 0, 5, 6, 5, 2, 3, 0, 0, 0, 0], [6, 1, 4, 5, 14, 1, 3, 1, 5, 0, 0, 5, 2, 7, 6, 4, 0, 5, 7, 5, 2, 3, 0, 0, 0, 0], [7, 1, 5, 5, 15, 1, 3, 2, 6, 0, 0, 6, 3, 7, 6, 4, 0, 5, 7, 5, 2, 3, 0, 0, 0, 0], [7, 1, 6, 5, 16, 1, 3, 2, 6, 0, 0, 6, 3, 7, 7, 4, 0, 6, 8, 5, 3, 3, 0, 0, 0, 0], [8, 1, 6, 5, 17, 1, 3, 2, 6, 0, 0, 6, 4, 8, 7, 4, 0, 6, 8, 5, 3, 4, 0, 0, 0, 0], [10, 1, 7, 5, 17, 1, 3, 2, 8, 0, 0, 7, 4, 9, 8, 6, 0, 6, 9, 6, 3, 4, 0, 0, 0, 0], [10, 1, 7, 5, 17, 1, 4, 2, 9, 0, 0, 8, 4, 10, 8, 7, 0, 6, 9, 6, 4, 4, 0, 0, 0, 0], [10, 1, 7, 5, 17, 2, 4, 2, 9, 0, 0, 8, 4, 10, 9, 7, 0, 7, 9, 6, 4, 4, 0, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 20, "sentence": "the Grails services SoundManager developed Robot Mallete vice president consulting and open S2PFace Michael source Maven applications Plugin for Framework", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0186", "problem_name": "task14_0186"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ngood In to Kumar the ends meet struggled of years few receiving make and spite his feedback wife next for", "label": {"final": [5, 1, 2, 5, 15, 5, 4, 2, 6, 0, 3, 1, 3, 5, 5, 1, 0, 5, 5, 6, 2, 1, 2, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 1, 0, 1, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 1, 0, 1, 0, 0, 0, 0, 1, 3, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0, 1, 0, 1, 0, 1, 0, 1, 1, 3, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0], [1, 0, 0, 1, 1, 0, 1, 1, 1, 0, 1, 0, 1, 1, 3, 0, 0, 1, 0, 2, 1, 0, 0, 0, 0, 0], [1, 0, 0, 2, 2, 0, 1, 1, 1, 0, 1, 0, 1, 2, 3, 0, 0, 1, 1, 2, 1, 0, 0, 0, 0, 0], [1, 0, 0, 2, 4, 0, 1, 1, 1, 0, 1, 0, 2, 2, 3, 0, 0, 1, 1, 3, 1, 0, 0, 0, 0, 0], [1, 0, 0, 3, 5, 0, 3, 1, 1, 0, 1, 1, 2, 2, 3, 0, 0, 2, 2, 4, 2, 0, 0, 0, 0, 0], [1, 0, 0, 3, 5, 1, 3, 1, 1, 0, 1, 1, 2, 2, 4, 0, 0, 2, 2, 4, 2, 0, 0, 0, 0, 0], [2, 0, 0, 3, 6, 1, 3, 1, 1, 0, 1, 1, 2, 2, 4, 0, 0, 3, 3, 4, 2, 0, 0, 0, 1, 0], [2, 0, 0, 3, 7, 2, 3, 1, 1, 0, 1, 1, 2, 2, 4, 0, 0, 3, 3, 4, 2, 0, 1, 0, 1, 0], [2, 0, 1, 3, 9, 2, 4, 1, 3, 0, 1, 1, 2, 3, 4, 0, 0, 4, 3, 4, 2, 1, 1, 0, 1, 0], [3, 0, 1, 3, 10, 2, 4, 1, 3, 0, 2, 1, 3, 3, 4, 0, 0, 4, 3, 4, 2, 1, 1, 0, 1, 0], [4, 0, 1, 4, 10, 2, 4, 1, 3, 0, 2, 1, 3, 4, 4, 0, 0, 4, 3, 4, 2, 1, 1, 0, 1, 0], [4, 0, 1, 4, 11, 2, 4, 1, 4, 0, 2, 1, 3, 4, 4, 1, 0, 4, 4, 5, 2, 1, 1, 0, 1, 0], [4, 0, 1, 4, 11, 2, 4, 2, 5, 0, 2, 1, 3, 4, 4, 1, 0, 4, 5, 5, 2, 1, 1, 0, 1, 0], [5, 1, 2, 5, 13, 3, 4, 2, 5, 0, 3, 1, 3, 4, 4, 1, 0, 4, 5, 5, 2, 1, 1, 0, 1, 0], [5, 1, 2, 5, 14, 4, 4, 2, 6, 0, 3, 1, 3, 4, 4, 1, 0, 4, 5, 5, 2, 1, 2, 0, 1, 0], [5, 1, 2, 5, 15, 4, 4, 2, 6, 0, 3, 1, 3, 5, 4, 1, 0, 4, 5, 6, 2, 1, 2, 1, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 20, "sentence": "good In to Kumar the ends meet struggled of years few receiving make and spite his feedback wife next for", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0187", "problem_name": "task14_0187"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\n1 to 1918 he until held retired health that poor January due office in became and 1926 on superintendent He", "label": {"final": [6, 1, 2, 5, 13, 2, 0, 6, 5, 1, 0, 3, 1, 8, 5, 2, 0, 5, 1, 8, 4, 0, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 1, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 2, 1, 0, 0, 0, 0, 0], [0, 0, 0, 1, 2, 0, 0, 2, 1, 0, 0, 2, 0, 1, 1, 0, 0, 0, 0, 2, 1, 0, 0, 0, 0, 0], [0, 0, 0, 2, 4, 0, 0, 2, 2, 0, 0, 2, 0, 1, 1, 0, 0, 2, 0, 3, 1, 0, 0, 0, 0, 0], [1, 0, 0, 2, 5, 0, 0, 4, 2, 0, 0, 3, 0, 1, 1, 0, 0, 2, 0, 4, 1, 0, 0, 0, 0, 0], [2, 0, 0, 2, 5, 0, 0, 5, 2, 0, 0, 3, 0, 1, 1, 0, 0, 2, 0, 6, 1, 0, 0, 0, 0, 0], [2, 0, 0, 2, 5, 0, 0, 5, 2, 0, 0, 3, 0, 1, 3, 1, 0, 3, 0, 6, 1, 0, 0, 0, 0, 0], [4, 0, 0, 2, 5, 0, 0, 5, 2, 1, 0, 3, 0, 2, 3, 1, 0, 4, 0, 6, 2, 0, 0, 0, 1, 0], [4, 0, 0, 3, 6, 0, 0, 5, 2, 1, 0, 3, 0, 2, 3, 1, 0, 4, 0, 6, 3, 0, 0, 0, 1, 0], [4, 0, 1, 3, 7, 2, 0, 5, 3, 1, 0, 3, 0, 2, 4, 1, 0, 4, 0, 6, 3, 0, 0, 0, 1, 0], [4, 0, 1, 3, 7, 2, 0, 5, 4, 1, 0, 3, 0, 3, 4, 1, 0, 4, 0, 6, 3, 0, 0, 0, 1, 0], [5, 1, 2, 3, 9, 2, 0, 5, 4, 1, 0, 3, 1, 3, 4, 1, 0, 4, 0, 6, 3, 0, 0, 0, 1, 0], [6, 1, 2, 4, 9, 2, 0, 5, 4, 1, 0, 3, 1, 4, 4, 1, 0, 4, 0, 6, 3, 0, 0, 0, 1, 0], [6, 1, 2, 4, 9, 2, 0, 5, 4, 1, 0, 3, 1, 4, 4, 1, 0, 4, 0, 6, 3, 0, 0, 0, 1, 0], [6, 1, 2, 4, 9, 2, 0, 5, 4, 1, 0, 3, 1, 5, 5, 1, 0, 4, 0, 6, 3, 0, 0, 0, 1, 0], [6, 1, 2, 5, 12, 2, 0, 5, 5, 1, 0, 3, 1, 8, 5, 2, 0, 5, 1, 8, 4, 0, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 20, "sentence": "1 to 1918 he until held retired health that poor January due office in became and 1926 on superintendent He", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0188", "problem_name": "task14_0188"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nNewman store worked assistant teacher a her working After music in became and studies goods as later Appleton s dry", "label": {"final": [11, 1, 3, 5, 12, 1, 2, 2, 5, 0, 2, 2, 3, 7, 6, 2, 0, 8, 10, 8, 2, 0, 3, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0], [1, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 1, 2, 1, 0, 0, 1, 1, 1, 0, 0, 1, 0, 0, 0], [1, 0, 0, 1, 3, 0, 0, 0, 0, 0, 1, 0, 1, 2, 2, 0, 0, 2, 1, 1, 0, 0, 2, 0, 0, 0], [3, 0, 0, 1, 3, 0, 0, 0, 1, 0, 1, 0, 1, 3, 2, 0, 0, 2, 4, 3, 0, 0, 2, 0, 0, 0], [4, 0, 1, 1, 5, 0, 0, 1, 1, 0, 1, 0, 1, 3, 2, 0, 0, 3, 4, 4, 0, 0, 2, 0, 0, 0], [5, 0, 1, 1, 5, 0, 0, 1, 1, 0, 1, 0, 1, 3, 2, 0, 0, 3, 4, 4, 0, 0, 2, 0, 0, 0], [5, 0, 1, 1, 6, 0, 0, 2, 1, 0, 1, 0, 1, 3, 2, 0, 0, 4, 4, 4, 0, 0, 2, 0, 0, 0], [5, 0, 1, 1, 6, 0, 1, 2, 2, 0, 2, 0, 1, 4, 3, 0, 0, 5, 4, 4, 0, 0, 3, 0, 0, 0], [6, 0, 1, 1, 7, 1, 1, 2, 2, 0, 2, 0, 1, 4, 3, 0, 0, 6, 4, 5, 0, 0, 3, 0, 0, 0], [6, 0, 2, 1, 7, 1, 1, 2, 3, 0, 2, 0, 2, 4, 3, 0, 0, 6, 5, 5, 1, 0, 3, 0, 0, 0], [6, 0, 2, 1, 7, 1, 1, 2, 4, 0, 2, 0, 2, 5, 3, 0, 0, 6, 5, 5, 1, 0, 3, 0, 0, 0], [7, 1, 3, 1, 9, 1, 1, 2, 4, 0, 2, 0, 3, 5, 3, 0, 0, 6, 5, 5, 1, 0, 3, 0, 0, 0], [8, 1, 3, 2, 9, 1, 1, 2, 4, 0, 2, 0, 3, 6, 3, 0, 0, 6, 5, 5, 1, 0, 3, 0, 0, 0], [8, 1, 3, 3, 10, 1, 1, 2, 5, 0, 2, 0, 3, 6, 3, 0, 0, 6, 7, 6, 2, 0, 3, 0, 0, 0], [8, 1, 3, 4, 10, 1, 2, 2, 5, 0, 2, 0, 3, 6, 5, 0, 0, 6, 8, 6, 2, 0, 3, 0, 0, 0], [9, 1, 3, 4, 10, 1, 2, 2, 5, 0, 2, 0, 3, 6, 5, 0, 0, 6, 9, 6, 2, 0, 3, 0, 0, 0], [10, 1, 3, 4, 11, 1, 2, 2, 5, 0, 2, 1, 3, 6, 5, 0, 0, 7, 9, 7, 2, 0, 3, 0, 0, 0], [11, 1, 3, 4, 12, 1, 2, 2, 5, 0, 2, 2, 3, 7, 6, 2, 0, 7, 9, 8, 2, 0, 3, 0, 0, 0], [11, 1, 3, 4, 12, 1, 2, 2, 5, 0, 2, 2, 3, 7, 6, 2, 0, 7, 10, 8, 2, 0, 3, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 20, "sentence": "Newman store worked assistant teacher a her working After music in became and studies goods as later Appleton s dry", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0189", "problem_name": "task14_0189"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nentertainment Industries an Bleeding product effects company sales content creative custom focused equipment production and Art fabrication special on is rentals", "label": {"final": [11, 2, 10, 6, 17, 4, 1, 0, 11, 0, 0, 4, 4, 15, 9, 5, 1, 8, 10, 15, 6, 1, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 3, 0, 0, 0, 1, 0, 0, 0, 1, 3, 0, 0, 0, 1, 0, 3, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 4, 0, 0, 0, 3, 0, 0, 0, 1, 4, 0, 0, 0, 2, 2, 4, 1, 0, 0, 0, 0, 0], [2, 0, 0, 1, 4, 0, 0, 0, 3, 0, 0, 0, 1, 5, 0, 0, 0, 2, 2, 4, 1, 0, 0, 0, 0, 0], [2, 1, 0, 2, 6, 0, 1, 0, 4, 0, 0, 1, 1, 6, 0, 0, 0, 2, 2, 4, 1, 0, 0, 0, 0, 0], [2, 1, 1, 3, 6, 0, 1, 0, 4, 0, 0, 1, 1, 6, 1, 1, 0, 3, 2, 5, 2, 0, 0, 0, 0, 0], [2, 1, 2, 3, 8, 2, 1, 0, 4, 0, 0, 1, 1, 6, 1, 1, 0, 3, 3, 6, 2, 0, 0, 0, 0, 0], [3, 1, 3, 3, 8, 2, 1, 0, 4, 0, 0, 1, 2, 7, 2, 2, 0, 3, 3, 6, 2, 0, 0, 0, 1, 0], [4, 1, 3, 3, 9, 2, 1, 0, 4, 0, 0, 2, 2, 7, 2, 2, 0, 3, 5, 6, 2, 0, 0, 0, 1, 0], [4, 1, 4, 3, 10, 2, 1, 0, 4, 0, 0, 2, 2, 9, 3, 2, 0, 3, 5, 8, 2, 0, 0, 0, 1, 0], [5, 1, 5, 3, 12, 2, 1, 0, 5, 0, 0, 2, 2, 9, 3, 2, 0, 4, 5, 9, 2, 1, 0, 0, 1, 0], [5, 1, 6, 3, 12, 2, 1, 0, 5, 0, 0, 2, 3, 9, 4, 2, 0, 4, 6, 10, 3, 1, 0, 0, 1, 0], [5, 1, 7, 4, 13, 3, 1, 0, 5, 0, 0, 2, 3, 9, 5, 2, 0, 4, 7, 10, 4, 1, 0, 0, 1, 0], [5, 1, 7, 4, 15, 3, 1, 0, 6, 0, 0, 2, 4, 10, 5, 3, 1, 4, 7, 11, 5, 1, 0, 0, 1, 0], [5, 1, 8, 5, 15, 3, 1, 0, 7, 0, 0, 2, 4, 11, 7, 4, 1, 5, 7, 12, 6, 1, 0, 0, 1, 0], [6, 1, 8, 6, 15, 3, 1, 0, 7, 0, 0, 2, 4, 12, 7, 4, 1, 5, 7, 12, 6, 1, 0, 0, 1, 0], [7, 1, 8, 6, 15, 3, 1, 0, 7, 0, 0, 2, 4, 12, 7, 4, 1, 6, 7, 13, 6, 1, 0, 0, 1, 0], [9, 2, 9, 6, 15, 4, 1, 0, 9, 0, 0, 2, 4, 13, 8, 4, 1, 7, 7, 14, 6, 1, 0, 0, 1, 0], [10, 2, 10, 6, 16, 4, 1, 0, 10, 0, 0, 3, 4, 13, 8, 5, 1, 7, 8, 14, 6, 1, 0, 0, 1, 0], [10, 2, 10, 6, 16, 4, 1, 0, 10, 0, 0, 3, 4, 14, 9, 5, 1, 7, 8, 14, 6, 1, 0, 0, 1, 0], [10, 2, 10, 6, 16, 4, 1, 0, 11, 0, 0, 3, 4, 14, 9, 5, 1, 7, 9, 14, 6, 1, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 21, "sentence": "entertainment Industries an Bleeding product effects company sales content creative custom focused equipment production and Art fabrication special on is rentals", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0190", "problem_name": "task14_0190"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nmineral sweet the The frequent slightly of diet salty may small fat and food vitamin include supplements avoidance high liquids meals", "label": {"final": [10, 0, 2, 6, 13, 4, 2, 5, 10, 0, 0, 10, 6, 7, 4, 2, 2, 2, 8, 10, 4, 2, 1, 0, 3, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 1, 1, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 3, 0, 0, 0, 1, 0, 0, 1, 1, 1, 0, 0, 0, 1, 1, 1, 0, 0, 1, 0, 0, 0], [1, 0, 0, 0, 4, 0, 0, 1, 1, 0, 0, 1, 1, 1, 0, 0, 0, 1, 1, 2, 0, 0, 1, 0, 0, 0], [1, 0, 0, 0, 5, 0, 0, 2, 1, 0, 0, 1, 1, 1, 0, 0, 0, 1, 1, 3, 0, 0, 1, 0, 0, 0], [1, 0, 0, 0, 7, 1, 0, 2, 1, 0, 0, 1, 1, 2, 0, 0, 1, 2, 1, 4, 1, 0, 1, 0, 0, 0], [1, 0, 0, 0, 7, 1, 1, 3, 2, 0, 0, 3, 1, 2, 0, 0, 1, 2, 2, 5, 1, 0, 1, 0, 1, 0], [1, 0, 0, 0, 7, 2, 1, 3, 2, 0, 0, 3, 1, 2, 1, 0, 1, 2, 2, 5, 1, 0, 1, 0, 1, 0], [1, 0, 0, 1, 8, 2, 1, 3, 3, 0, 0, 3, 1, 2, 1, 0, 1, 2, 2, 6, 1, 0, 1, 0, 1, 0], [2, 0, 0, 1, 8, 2, 1, 3, 3, 0, 0, 4, 1, 2, 1, 0, 1, 2, 3, 7, 1, 0, 1, 0, 2, 0], [3, 0, 0, 1, 8, 2, 1, 3, 3, 0, 0, 4, 2, 2, 1, 0, 1, 2, 3, 7, 1, 0, 1, 0, 3, 0], [4, 0, 0, 1, 8, 2, 1, 3, 3, 0, 0, 6, 3, 2, 1, 0, 1, 2, 4, 7, 1, 0, 1, 0, 3, 0], [5, 0, 0, 1, 8, 3, 1, 3, 3, 0, 0, 6, 3, 2, 1, 0, 1, 2, 4, 8, 1, 0, 1, 0, 3, 0], [6, 0, 0, 2, 8, 3, 1, 3, 3, 0, 0, 6, 3, 3, 1, 0, 1, 2, 4, 8, 1, 0, 1, 0, 3, 0], [6, 0, 0, 3, 8, 4, 1, 3, 3, 0, 0, 6, 3, 3, 3, 0, 1, 2, 4, 8, 1, 0, 1, 0, 3, 0], [7, 0, 0, 3, 8, 4, 1, 3, 5, 0, 0, 6, 4, 4, 3, 0, 1, 2, 4, 9, 1, 1, 1, 0, 3, 0], [7, 0, 1, 4, 9, 4, 1, 3, 6, 0, 0, 7, 4, 5, 3, 0, 1, 2, 4, 9, 2, 1, 1, 0, 3, 0], [7, 0, 1, 4, 11, 4, 1, 3, 6, 0, 0, 8, 5, 6, 3, 2, 1, 2, 6, 10, 3, 1, 1, 0, 3, 0], [9, 0, 2, 5, 12, 4, 1, 3, 7, 0, 0, 8, 5, 7, 4, 2, 1, 2, 6, 10, 3, 2, 1, 0, 3, 0], [9, 0, 2, 5, 12, 4, 2, 5, 8, 0, 0, 8, 5, 7, 4, 2, 1, 2, 6, 10, 3, 2, 1, 0, 3, 0], [9, 0, 2, 6, 12, 4, 2, 5, 10, 0, 0, 9, 5, 7, 4, 2, 2, 2, 7, 10, 4, 2, 1, 0, 3, 0]]}, "config": {"num_sentences": 43652, "num_words": 21, "sentence": "mineral sweet the The frequent slightly of diet salty may small fat and food vitamin include supplements avoidance high liquids meals", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0191", "problem_name": "task14_0191"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nAmerican German ESL Intel sponsored by company a Masters 2021 Europe and Extreme organized was Fall corporation EU IEM CSGO tournament", "label": {"final": [12, 1, 4, 3, 15, 1, 3, 0, 5, 0, 0, 4, 7, 10, 10, 4, 0, 10, 7, 6, 3, 0, 1, 1, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[2, 0, 1, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0], [3, 0, 1, 0, 2, 0, 1, 0, 1, 0, 0, 0, 2, 2, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0], [3, 0, 1, 0, 3, 0, 1, 0, 1, 0, 0, 1, 2, 2, 0, 0, 0, 2, 1, 0, 0, 0, 0, 0, 0, 0], [3, 0, 1, 0, 4, 0, 1, 0, 2, 0, 0, 2, 2, 3, 0, 0, 0, 2, 1, 1, 0, 0, 0, 0, 0, 0], [3, 0, 1, 1, 5, 0, 1, 0, 2, 0, 0, 2, 2, 4, 2, 1, 0, 3, 3, 1, 0, 0, 0, 0, 0, 0], [3, 1, 1, 1, 5, 0, 1, 0, 2, 0, 0, 2, 2, 4, 2, 1, 0, 3, 3, 1, 0, 0, 0, 0, 1, 0], [4, 1, 2, 1, 5, 0, 1, 0, 2, 0, 0, 2, 3, 5, 3, 2, 0, 3, 3, 1, 0, 0, 0, 0, 2, 0], [5, 1, 2, 1, 5, 0, 1, 0, 2, 0, 0, 2, 3, 5, 3, 2, 0, 3, 3, 1, 0, 0, 0, 0, 2, 0], [6, 1, 2, 1, 6, 0, 1, 0, 2, 0, 0, 2, 4, 5, 3, 2, 0, 4, 5, 2, 0, 0, 0, 0, 2, 0], [6, 1, 2, 1, 6, 0, 1, 0, 2, 0, 0, 2, 4, 5, 3, 2, 0, 4, 5, 2, 0, 0, 0, 0, 2, 0], [6, 1, 2, 1, 8, 0, 1, 0, 2, 0, 0, 2, 4, 5, 4, 3, 0, 5, 5, 2, 1, 0, 0, 0, 2, 0], [7, 1, 2, 2, 8, 0, 1, 0, 2, 0, 0, 2, 4, 6, 4, 3, 0, 5, 5, 2, 1, 0, 0, 0, 2, 0], [7, 1, 2, 2, 11, 0, 1, 0, 2, 0, 0, 2, 5, 6, 4, 3, 0, 6, 5, 3, 1, 0, 0, 1, 2, 0], [8, 1, 2, 3, 12, 0, 2, 0, 3, 0, 0, 2, 5, 7, 5, 3, 0, 7, 5, 3, 1, 0, 0, 1, 2, 1], [9, 1, 2, 3, 12, 0, 2, 0, 3, 0, 0, 2, 5, 7, 5, 3, 0, 7, 6, 3, 1, 0, 1, 1, 2, 1], [10, 1, 2, 3, 12, 1, 2, 0, 3, 0, 0, 4, 5, 7, 5, 3, 0, 7, 6, 3, 1, 0, 1, 1, 2, 1], [11, 1, 3, 3, 12, 1, 2, 0, 4, 0, 0, 4, 5, 8, 8, 4, 0, 9, 6, 4, 1, 0, 1, 1, 2, 1], [11, 1, 3, 3, 13, 1, 2, 0, 4, 0, 0, 4, 5, 8, 8, 4, 0, 9, 6, 4, 2, 0, 1, 1, 2, 1], [11, 1, 3, 3, 14, 1, 2, 0, 5, 0, 0, 4, 6, 8, 8, 4, 0, 9, 6, 4, 2, 0, 1, 1, 2, 1], [11, 1, 4, 3, 14, 1, 3, 0, 5, 0, 0, 4, 6, 8, 9, 4, 0, 9, 7, 4, 2, 0, 1, 1, 2, 1]]}, "config": {"num_sentences": 43652, "num_words": 21, "sentence": "American German ESL Intel sponsored by company a Masters 2021 Europe and Extreme organized was Fall corporation EU IEM CSGO tournament", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0192", "problem_name": "task14_0192"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ntectonic shaped characterised an the by which Spain arc boundary Arc Gibraltar southern feature and This Africa includes northern zone is", "label": {"final": [14, 3, 9, 5, 11, 2, 1, 8, 9, 0, 0, 2, 0, 10, 5, 2, 0, 12, 7, 9, 4, 0, 1, 0, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 2, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [1, 0, 2, 1, 2, 0, 0, 1, 1, 0, 0, 0, 0, 1, 1, 1, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [3, 0, 4, 2, 4, 0, 0, 2, 2, 0, 0, 0, 0, 1, 1, 1, 0, 2, 2, 3, 0, 0, 0, 0, 0, 0], [4, 0, 4, 2, 4, 0, 0, 2, 2, 0, 0, 0, 0, 2, 1, 1, 0, 2, 2, 3, 0, 0, 0, 0, 0, 0], [4, 0, 4, 2, 5, 0, 0, 3, 2, 0, 0, 0, 0, 2, 1, 1, 0, 2, 2, 4, 0, 0, 0, 0, 0, 0], [4, 1, 4, 2, 5, 0, 0, 3, 2, 0, 0, 0, 0, 2, 1, 1, 0, 2, 2, 4, 0, 0, 0, 0, 1, 0], [4, 1, 5, 2, 5, 0, 0, 5, 3, 0, 0, 0, 0, 2, 1, 1, 0, 2, 2, 4, 0, 0, 1, 0, 1, 0], [5, 1, 5, 2, 5, 0, 0, 5, 4, 0, 0, 0, 0, 3, 1, 2, 0, 2, 3, 4, 0, 0, 1, 0, 1, 0], [6, 1, 6, 2, 5, 0, 0, 5, 4, 0, 0, 0, 0, 3, 1, 2, 0, 3, 3, 4, 0, 0, 1, 0, 1, 0], [7, 2, 6, 3, 5, 0, 0, 5, 4, 0, 0, 0, 0, 4, 2, 2, 0, 4, 3, 4, 1, 0, 1, 0, 2, 0], [8, 2, 7, 3, 5, 0, 0, 5, 4, 0, 0, 0, 0, 4, 2, 2, 0, 5, 3, 4, 1, 0, 1, 0, 2, 0], [10, 3, 7, 3, 5, 0, 1, 5, 5, 0, 0, 1, 0, 4, 2, 2, 0, 7, 3, 5, 1, 0, 1, 0, 2, 0], [10, 3, 7, 3, 6, 0, 1, 6, 5, 0, 0, 1, 0, 5, 3, 2, 0, 8, 4, 6, 2, 0, 1, 0, 2, 0], [11, 3, 7, 3, 8, 1, 1, 6, 5, 0, 0, 1, 0, 5, 3, 2, 0, 9, 4, 7, 3, 0, 1, 0, 2, 0], [12, 3, 7, 4, 8, 1, 1, 6, 5, 0, 0, 1, 0, 6, 3, 2, 0, 9, 4, 7, 3, 0, 1, 0, 2, 0], [12, 3, 7, 4, 8, 1, 1, 7, 6, 0, 0, 1, 0, 6, 3, 2, 0, 9, 5, 8, 3, 0, 1, 0, 2, 0], [14, 3, 8, 4, 8, 2, 1, 7, 7, 0, 0, 1, 0, 6, 3, 2, 0, 10, 5, 8, 3, 0, 1, 0, 2, 0], [14, 3, 9, 5, 9, 2, 1, 7, 8, 0, 0, 2, 0, 7, 3, 2, 0, 10, 6, 8, 4, 0, 1, 0, 2, 0], [14, 3, 9, 5, 10, 2, 1, 8, 8, 0, 0, 2, 0, 9, 4, 2, 0, 12, 6, 9, 4, 0, 1, 0, 2, 0], [14, 3, 9, 5, 11, 2, 1, 8, 8, 0, 0, 2, 0, 10, 5, 2, 0, 12, 6, 9, 4, 0, 1, 0, 2, 1]]}, "config": {"num_sentences": 43652, "num_words": 21, "sentence": "tectonic shaped characterised an the by which Spain arc boundary Arc Gibraltar southern feature and This Africa includes northern zone is", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0193", "problem_name": "task14_0193"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nexhibition to professional been The support critical develop a thinking program creative in and help work has their designed show students", "label": {"final": [7, 2, 3, 5, 14, 1, 3, 7, 12, 0, 2, 4, 1, 9, 9, 6, 0, 8, 8, 10, 2, 2, 2, 1, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 1, 0, 0, 1, 3, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0], [0, 1, 0, 0, 1, 0, 0, 1, 3, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 2, 0, 0, 0, 1, 0, 0], [1, 1, 0, 0, 2, 1, 0, 1, 4, 0, 0, 1, 0, 2, 4, 1, 0, 1, 2, 2, 0, 0, 0, 1, 0, 0], [1, 2, 0, 0, 4, 1, 0, 1, 4, 0, 0, 1, 0, 3, 4, 1, 0, 1, 2, 2, 0, 0, 0, 1, 0, 0], [1, 2, 0, 0, 5, 1, 0, 2, 4, 0, 0, 1, 0, 3, 4, 1, 0, 1, 2, 3, 0, 0, 0, 1, 0, 0], [1, 2, 0, 0, 5, 1, 0, 2, 4, 0, 0, 1, 0, 3, 5, 3, 0, 2, 3, 4, 1, 0, 0, 1, 0, 0], [2, 2, 2, 0, 5, 1, 0, 2, 6, 0, 0, 2, 0, 3, 5, 3, 0, 3, 3, 5, 1, 0, 0, 1, 0, 0], [2, 2, 2, 1, 7, 1, 0, 2, 6, 0, 0, 3, 0, 3, 6, 4, 0, 3, 3, 5, 1, 1, 0, 1, 0, 0], [3, 2, 2, 1, 7, 1, 0, 2, 6, 0, 0, 3, 0, 3, 6, 4, 0, 3, 3, 5, 1, 1, 0, 1, 0, 0], [3, 2, 2, 1, 7, 1, 1, 3, 8, 0, 1, 3, 0, 5, 6, 4, 0, 3, 3, 6, 1, 1, 0, 1, 0, 0], [4, 2, 2, 1, 7, 1, 2, 3, 8, 0, 1, 3, 1, 5, 7, 5, 0, 5, 3, 6, 1, 1, 0, 1, 0, 0], [5, 2, 3, 1, 9, 1, 2, 3, 9, 0, 1, 3, 1, 5, 7, 5, 0, 6, 3, 7, 1, 2, 0, 1, 0, 0], [5, 2, 3, 1, 9, 1, 2, 3, 10, 0, 1, 3, 1, 6, 7, 5, 0, 6, 3, 7, 1, 2, 0, 1, 0, 0], [6, 2, 3, 2, 9, 1, 2, 3, 10, 0, 1, 3, 1, 7, 7, 5, 0, 6, 3, 7, 1, 2, 0, 1, 0, 0], [6, 2, 3, 2, 10, 1, 2, 4, 10, 0, 1, 4, 1, 7, 7, 6, 0, 6, 3, 7, 1, 2, 0, 1, 0, 0], [6, 2, 3, 2, 10, 1, 2, 4, 10, 0, 2, 4, 1, 7, 8, 6, 0, 7, 3, 7, 1, 2, 1, 1, 0, 0], [7, 2, 3, 2, 10, 1, 2, 5, 10, 0, 2, 4, 1, 7, 8, 6, 0, 7, 4, 7, 1, 2, 1, 1, 0, 0], [7, 2, 3, 2, 11, 1, 2, 6, 11, 0, 2, 4, 1, 7, 8, 6, 0, 8, 4, 8, 1, 2, 1, 1, 0, 0], [7, 2, 3, 4, 13, 1, 3, 6, 12, 0, 2, 4, 1, 8, 8, 6, 0, 8, 5, 8, 1, 2, 1, 1, 0, 0], [7, 2, 3, 4, 13, 1, 3, 7, 12, 0, 2, 4, 1, 8, 9, 6, 0, 8, 6, 8, 1, 2, 2, 1, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 21, "sentence": "exhibition to professional been The support critical develop a thinking program creative in and help work has their designed show students", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0194", "problem_name": "task14_0194"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nfront first crowds team finals by were The winning of cast Demons a frenzied in Cinderella margins two as their huge", "label": {"final": [7, 1, 3, 4, 11, 5, 3, 3, 9, 0, 0, 3, 3, 10, 5, 0, 0, 8, 7, 7, 1, 0, 4, 0, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 2, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 2, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 1, 1, 0, 2, 0, 0, 1, 0, 0, 0, 0, 1, 2, 0, 0, 3, 2, 2, 0, 0, 1, 0, 0, 0], [1, 0, 1, 1, 1, 2, 0, 0, 1, 0, 0, 0, 1, 1, 2, 0, 0, 3, 2, 3, 0, 0, 1, 0, 0, 0], [2, 0, 1, 1, 1, 3, 0, 0, 2, 0, 0, 1, 1, 2, 2, 0, 0, 3, 3, 3, 0, 0, 1, 0, 0, 0], [2, 1, 1, 1, 1, 3, 0, 0, 2, 0, 0, 1, 1, 2, 2, 0, 0, 3, 3, 3, 0, 0, 1, 0, 1, 0], [2, 1, 1, 1, 3, 3, 0, 0, 2, 0, 0, 1, 1, 2, 2, 0, 0, 4, 3, 3, 0, 0, 2, 0, 1, 0], [2, 1, 1, 1, 4, 3, 0, 1, 2, 0, 0, 1, 1, 2, 2, 0, 0, 4, 3, 4, 0, 0, 2, 0, 1, 0], [2, 1, 1, 1, 4, 3, 1, 1, 4, 0, 0, 1, 1, 5, 2, 0, 0, 4, 3, 4, 0, 0, 3, 0, 1, 0], [2, 1, 1, 1, 4, 4, 1, 1, 4, 0, 0, 1, 1, 5, 3, 0, 0, 4, 3, 4, 0, 0, 3, 0, 1, 0], [3, 1, 2, 1, 4, 4, 1, 1, 4, 0, 0, 1, 1, 5, 3, 0, 0, 4, 4, 5, 0, 0, 3, 0, 1, 0], [3, 1, 2, 2, 5, 4, 1, 1, 4, 0, 0, 1, 2, 6, 4, 0, 0, 4, 5, 5, 0, 0, 3, 0, 1, 0], [4, 1, 2, 2, 5, 4, 1, 1, 4, 0, 0, 1, 2, 6, 4, 0, 0, 4, 5, 5, 0, 0, 3, 0, 1, 0], [4, 1, 2, 3, 7, 5, 1, 1, 5, 0, 0, 1, 2, 7, 4, 0, 0, 5, 5, 5, 0, 0, 3, 0, 1, 1], [4, 1, 2, 3, 7, 5, 1, 1, 6, 0, 0, 1, 2, 8, 4, 0, 0, 5, 5, 5, 0, 0, 3, 0, 1, 1], [5, 1, 3, 4, 9, 5, 1, 1, 7, 0, 0, 3, 2, 9, 4, 0, 0, 6, 5, 5, 0, 0, 3, 0, 1, 1], [6, 1, 3, 4, 9, 5, 2, 1, 8, 0, 0, 3, 3, 10, 4, 0, 0, 7, 6, 5, 0, 0, 3, 0, 1, 1], [6, 1, 3, 4, 9, 5, 2, 1, 8, 0, 0, 3, 3, 10, 5, 0, 0, 7, 6, 6, 0, 0, 4, 0, 1, 1], [7, 1, 3, 4, 9, 5, 2, 1, 8, 0, 0, 3, 3, 10, 5, 0, 0, 7, 7, 6, 0, 0, 4, 0, 1, 1], [7, 1, 3, 4, 10, 5, 2, 2, 9, 0, 0, 3, 3, 10, 5, 0, 0, 8, 7, 7, 0, 0, 4, 0, 1, 1]]}, "config": {"num_sentences": 43652, "num_words": 21, "sentence": "front first crowds team finals by were The winning of cast Demons a frenzied in Cinderella margins two as their huge", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0195", "problem_name": "task14_0195"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nIn to local the published asked Chicago of alderman aldermen citizens 2010 and grade their on updated DGAP information website records", "label": {"final": [11, 2, 5, 10, 13, 2, 3, 4, 9, 0, 1, 5, 3, 8, 8, 3, 0, 7, 5, 7, 2, 0, 1, 0, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 2, 0, 1, 2, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 1, 0, 0, 1, 1, 0, 0, 2, 0, 1, 2, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [1, 1, 1, 1, 2, 0, 0, 2, 2, 0, 0, 3, 0, 1, 2, 1, 0, 0, 1, 2, 1, 0, 0, 0, 0, 0], [2, 1, 1, 2, 3, 0, 0, 2, 2, 0, 1, 3, 0, 1, 2, 1, 0, 0, 2, 2, 1, 0, 0, 0, 0, 0], [3, 1, 3, 2, 3, 0, 1, 3, 3, 0, 1, 3, 0, 1, 3, 1, 0, 0, 2, 2, 1, 0, 0, 0, 0, 0], [3, 1, 3, 2, 3, 1, 1, 3, 3, 0, 1, 3, 0, 1, 4, 1, 0, 0, 2, 2, 1, 0, 0, 0, 0, 0], [5, 1, 3, 3, 4, 1, 1, 3, 3, 0, 1, 4, 1, 2, 4, 1, 0, 1, 2, 2, 1, 0, 0, 0, 0, 0], [6, 1, 3, 4, 6, 1, 1, 3, 3, 0, 1, 5, 2, 3, 4, 1, 0, 2, 2, 2, 1, 0, 0, 0, 0, 0], [6, 1, 4, 4, 7, 1, 1, 3, 5, 0, 1, 5, 2, 4, 4, 1, 0, 2, 3, 3, 1, 0, 0, 0, 0, 1], [6, 1, 4, 4, 7, 1, 1, 3, 5, 0, 1, 5, 2, 4, 4, 1, 0, 2, 3, 3, 1, 0, 0, 0, 0, 1], [7, 1, 4, 5, 7, 1, 1, 3, 5, 0, 1, 5, 2, 5, 4, 1, 0, 2, 3, 3, 1, 0, 0, 0, 0, 1], [8, 1, 4, 6, 8, 1, 2, 3, 5, 0, 1, 5, 2, 5, 4, 1, 0, 3, 3, 3, 1, 0, 0, 0, 0, 1], [8, 1, 4, 6, 9, 1, 2, 4, 6, 0, 1, 5, 2, 5, 4, 1, 0, 4, 3, 4, 1, 0, 0, 0, 0, 1], [8, 1, 4, 6, 9, 1, 2, 4, 6, 0, 1, 5, 2, 6, 5, 1, 0, 4, 3, 4, 1, 0, 0, 0, 0, 1], [9, 1, 4, 8, 10, 1, 2, 4, 6, 0, 1, 5, 2, 6, 5, 2, 0, 4, 3, 5, 2, 0, 0, 0, 0, 1], [10, 1, 4, 9, 10, 1, 3, 4, 6, 0, 1, 5, 2, 6, 5, 3, 0, 4, 3, 5, 2, 0, 0, 0, 0, 1], [11, 1, 4, 9, 10, 2, 3, 4, 8, 0, 1, 5, 3, 8, 7, 3, 0, 5, 3, 6, 2, 0, 0, 0, 0, 1], [11, 2, 4, 9, 12, 2, 3, 4, 9, 0, 1, 5, 3, 8, 7, 3, 0, 5, 4, 7, 2, 0, 1, 0, 0, 1]]}, "config": {"num_sentences": 43652, "num_words": 21, "sentence": "In to local the published asked Chicago of alderman aldermen citizens 2010 and grade their on updated DGAP information website records", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0196", "problem_name": "task14_0196"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\n20 1985 world he right The hander of Tennis ranking highest May became when singles his No on Professionals Association reached", "label": {"final": [8, 1, 3, 3, 12, 2, 4, 9, 9, 0, 1, 3, 2, 11, 8, 1, 0, 6, 10, 5, 0, 0, 2, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 1, 0, 0, 1, 0, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 1, 0, 1, 2, 1, 0, 0, 1, 0, 0, 1, 0, 0, 2, 0, 1, 0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 2, 0, 1, 3, 1, 0, 0, 1, 0, 0, 1, 0, 0, 2, 0, 2, 0, 0, 1, 0, 0, 0], [1, 0, 0, 2, 3, 0, 1, 4, 1, 0, 0, 1, 0, 1, 1, 0, 0, 3, 0, 2, 0, 0, 1, 0, 0, 0], [1, 0, 0, 2, 3, 1, 1, 4, 1, 0, 0, 1, 0, 1, 2, 0, 0, 3, 0, 2, 0, 0, 1, 0, 0, 0], [1, 0, 0, 2, 4, 1, 1, 4, 2, 0, 0, 1, 0, 3, 2, 0, 0, 3, 1, 3, 0, 0, 1, 0, 0, 0], [2, 0, 0, 2, 4, 1, 2, 4, 3, 0, 1, 1, 0, 5, 2, 0, 0, 4, 1, 3, 0, 0, 1, 0, 0, 0], [2, 0, 0, 2, 5, 1, 3, 6, 4, 0, 1, 1, 0, 5, 2, 0, 0, 4, 2, 4, 0, 0, 1, 0, 0, 0], [3, 0, 0, 2, 5, 1, 3, 6, 4, 0, 1, 1, 1, 5, 2, 0, 0, 4, 2, 4, 0, 0, 1, 0, 1, 0], [4, 1, 1, 2, 7, 1, 3, 6, 4, 0, 1, 1, 2, 5, 2, 0, 0, 4, 2, 4, 0, 0, 1, 0, 1, 0], [4, 1, 1, 2, 8, 1, 3, 7, 4, 0, 1, 1, 2, 6, 2, 0, 0, 4, 2, 4, 0, 0, 2, 0, 1, 0], [4, 1, 1, 2, 9, 1, 4, 7, 5, 0, 1, 2, 2, 7, 2, 0, 0, 4, 4, 4, 0, 0, 2, 0, 1, 0], [4, 1, 1, 2, 9, 1, 4, 8, 6, 0, 1, 2, 2, 7, 2, 0, 0, 4, 5, 4, 0, 0, 2, 0, 1, 0], [4, 1, 1, 2, 9, 1, 4, 8, 6, 0, 1, 2, 2, 8, 3, 0, 0, 4, 5, 4, 0, 0, 2, 0, 1, 0], [4, 1, 1, 2, 9, 1, 4, 8, 6, 0, 1, 2, 2, 9, 4, 0, 0, 4, 5, 4, 0, 0, 2, 0, 1, 0], [5, 1, 1, 2, 10, 2, 4, 8, 7, 0, 1, 3, 2, 10, 6, 1, 0, 5, 8, 4, 0, 0, 2, 0, 1, 0], [7, 1, 2, 2, 10, 2, 4, 8, 9, 0, 1, 3, 2, 11, 8, 1, 0, 5, 10, 5, 0, 0, 2, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 21, "sentence": "20 1985 world he right The hander of Tennis ranking highest May became when singles his No on Professionals Association reached", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0197", "problem_name": "task14_0197"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nThe area of a very period percentage experiments in small disturbed and forestry included land some colonial sustainable French even useful", "label": {"final": [10, 2, 4, 7, 19, 4, 1, 2, 7, 0, 0, 8, 3, 10, 6, 3, 0, 9, 8, 6, 5, 2, 0, 1, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 2, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 2, 1, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0], [3, 0, 0, 0, 2, 1, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0], [3, 0, 0, 0, 3, 1, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 2, 0, 1, 0, 1, 0, 0, 1, 0], [3, 0, 0, 1, 4, 1, 0, 1, 1, 0, 0, 0, 0, 0, 2, 1, 0, 3, 0, 1, 0, 1, 0, 0, 1, 0], [4, 0, 1, 1, 7, 1, 1, 1, 1, 0, 0, 0, 0, 1, 2, 2, 0, 4, 0, 2, 0, 1, 0, 0, 1, 0], [4, 0, 1, 1, 10, 1, 1, 1, 2, 0, 0, 0, 1, 2, 2, 3, 0, 5, 1, 3, 0, 1, 0, 1, 1, 0], [4, 0, 1, 1, 10, 1, 1, 1, 3, 0, 0, 0, 1, 3, 2, 3, 0, 5, 1, 3, 0, 1, 0, 1, 1, 0], [5, 0, 1, 1, 10, 1, 1, 1, 3, 0, 0, 2, 2, 3, 2, 3, 0, 5, 2, 3, 0, 1, 0, 1, 1, 0], [5, 1, 1, 3, 11, 1, 1, 1, 4, 0, 0, 2, 2, 3, 2, 3, 0, 6, 3, 4, 1, 1, 0, 1, 1, 0], [6, 1, 1, 4, 11, 1, 1, 1, 4, 0, 0, 2, 2, 4, 2, 3, 0, 6, 3, 4, 1, 1, 0, 1, 1, 0], [6, 1, 1, 4, 12, 2, 1, 1, 4, 0, 0, 2, 2, 4, 3, 3, 0, 8, 4, 5, 1, 1, 0, 1, 2, 0], [6, 1, 2, 6, 13, 2, 1, 1, 5, 0, 0, 3, 2, 5, 3, 3, 0, 8, 4, 5, 2, 1, 0, 1, 2, 0], [7, 1, 2, 7, 13, 2, 1, 1, 5, 0, 0, 4, 2, 6, 3, 3, 0, 8, 4, 5, 2, 1, 0, 1, 2, 0], [7, 1, 2, 7, 14, 2, 1, 1, 5, 0, 0, 4, 3, 6, 4, 3, 0, 8, 5, 5, 2, 1, 0, 1, 2, 0], [8, 1, 3, 7, 14, 2, 1, 1, 6, 0, 0, 6, 3, 7, 6, 3, 0, 8, 5, 5, 2, 1, 0, 1, 2, 0], [10, 2, 3, 7, 15, 2, 1, 1, 7, 0, 0, 7, 3, 8, 6, 3, 0, 8, 7, 6, 3, 1, 0, 1, 2, 0], [10, 2, 4, 7, 16, 3, 1, 2, 7, 0, 0, 7, 3, 9, 6, 3, 0, 9, 7, 6, 3, 1, 0, 1, 2, 0], [10, 2, 4, 7, 18, 3, 1, 2, 7, 0, 0, 7, 3, 10, 6, 3, 0, 9, 7, 6, 3, 2, 0, 1, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 21, "sentence": "The area of a very period percentage experiments in small disturbed and forestry included land some colonial sustainable French even useful", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0198", "problem_name": "task14_0198"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nto had driver first the also Atlanta over of 290 then take Johnny relief drove his as laps Allen have Smith", "label": {"final": [10, 0, 0, 3, 10, 3, 0, 7, 5, 1, 1, 6, 1, 5, 6, 1, 0, 6, 6, 8, 0, 4, 0, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 2, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 2, 0, 1, 0, 1, 0, 0, 0, 0], [1, 0, 0, 2, 1, 1, 0, 1, 2, 0, 0, 0, 0, 0, 1, 0, 0, 3, 1, 2, 0, 1, 0, 0, 0, 0], [1, 0, 0, 2, 2, 1, 0, 2, 2, 0, 0, 0, 0, 0, 1, 0, 0, 3, 1, 3, 0, 1, 0, 0, 0, 0], [2, 0, 0, 2, 2, 1, 0, 2, 2, 0, 0, 1, 0, 0, 2, 0, 0, 3, 2, 3, 0, 1, 0, 0, 0, 0], [5, 0, 0, 2, 2, 1, 0, 2, 2, 0, 0, 2, 0, 1, 2, 0, 0, 3, 2, 5, 0, 1, 0, 0, 0, 0], [5, 0, 0, 2, 3, 1, 0, 2, 2, 0, 0, 2, 0, 1, 3, 0, 0, 4, 2, 5, 0, 2, 0, 0, 0, 0], [5, 0, 0, 2, 3, 2, 0, 2, 2, 0, 0, 2, 0, 1, 4, 0, 0, 4, 2, 5, 0, 2, 0, 0, 0, 0], [5, 0, 0, 2, 3, 2, 0, 2, 2, 0, 0, 2, 0, 1, 4, 0, 0, 4, 2, 5, 0, 2, 0, 0, 0, 0], [5, 0, 0, 2, 4, 2, 0, 3, 2, 0, 0, 2, 0, 2, 4, 0, 0, 4, 2, 6, 0, 2, 0, 0, 0, 0], [6, 0, 0, 2, 5, 2, 0, 3, 2, 0, 1, 2, 0, 2, 4, 0, 0, 4, 2, 7, 0, 2, 0, 0, 0, 0], [6, 0, 0, 2, 5, 2, 0, 4, 2, 1, 1, 2, 0, 4, 5, 0, 0, 4, 2, 7, 0, 2, 0, 0, 1, 0], [6, 0, 0, 2, 7, 3, 0, 4, 3, 1, 1, 3, 0, 4, 5, 0, 0, 5, 2, 7, 0, 2, 0, 0, 1, 0], [6, 0, 0, 3, 8, 3, 0, 4, 3, 1, 1, 3, 0, 4, 6, 0, 0, 6, 2, 7, 0, 3, 0, 0, 1, 0], [6, 0, 0, 3, 8, 3, 0, 5, 4, 1, 1, 3, 0, 4, 6, 0, 0, 6, 3, 7, 0, 3, 0, 0, 1, 0], [7, 0, 0, 3, 8, 3, 0, 5, 4, 1, 1, 3, 0, 4, 6, 0, 0, 6, 4, 7, 0, 3, 0, 0, 1, 0], [8, 0, 0, 3, 8, 3, 0, 5, 4, 1, 1, 4, 0, 4, 6, 1, 0, 6, 5, 7, 0, 3, 0, 0, 1, 0], [9, 0, 0, 3, 9, 3, 0, 5, 4, 1, 1, 6, 0, 5, 6, 1, 0, 6, 5, 7, 0, 3, 0, 0, 1, 0], [10, 0, 0, 3, 10, 3, 0, 6, 4, 1, 1, 6, 0, 5, 6, 1, 0, 6, 5, 7, 0, 4, 0, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 21, "sentence": "to had driver first the also Atlanta over of 290 then take Johnny relief drove his as laps Allen have Smith", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0199", "problem_name": "task14_0199"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nexhibition VuJak first the by promoted The 1993 of at Hills Hollywood it Leary where Digital in was public conference Beverly Timothy", "label": {"final": [5, 4, 3, 3, 12, 3, 1, 7, 11, 1, 1, 8, 2, 4, 9, 2, 0, 6, 3, 10, 2, 2, 3, 1, 5, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 1, 0, 0, 1, 3, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0], [1, 1, 0, 0, 1, 0, 0, 1, 3, 1, 1, 0, 0, 1, 1, 0, 0, 0, 0, 1, 1, 1, 0, 1, 0, 0], [1, 1, 0, 0, 1, 1, 0, 1, 4, 1, 1, 0, 0, 1, 1, 0, 0, 1, 1, 2, 1, 1, 0, 1, 0, 0], [1, 1, 0, 0, 2, 1, 0, 2, 4, 1, 1, 0, 0, 1, 1, 0, 0, 1, 1, 3, 1, 1, 0, 1, 0, 0], [1, 2, 0, 0, 2, 1, 0, 2, 4, 1, 1, 0, 0, 1, 1, 0, 0, 1, 1, 3, 1, 1, 0, 1, 1, 0], [1, 2, 0, 1, 3, 1, 0, 2, 4, 1, 1, 0, 1, 1, 3, 1, 0, 2, 1, 4, 1, 1, 0, 1, 1, 0], [1, 2, 0, 1, 4, 1, 0, 3, 4, 1, 1, 0, 1, 1, 3, 1, 0, 2, 1, 5, 1, 1, 0, 1, 1, 0], [1, 2, 0, 1, 4, 1, 0, 3, 4, 1, 1, 0, 1, 1, 3, 1, 0, 2, 1, 5, 1, 1, 0, 1, 1, 0], [1, 2, 0, 1, 4, 2, 0, 3, 4, 1, 1, 0, 1, 1, 4, 1, 0, 2, 1, 5, 1, 1, 0, 1, 1, 0], [2, 2, 0, 1, 4, 2, 0, 3, 4, 1, 1, 0, 1, 1, 4, 1, 0, 2, 1, 6, 1, 1, 0, 1, 1, 0], [2, 2, 0, 1, 4, 2, 0, 4, 5, 1, 1, 2, 1, 1, 4, 1, 0, 2, 2, 6, 1, 1, 0, 1, 1, 0], [2, 2, 0, 2, 4, 2, 0, 5, 5, 1, 1, 4, 1, 1, 7, 1, 0, 2, 2, 6, 1, 1, 1, 1, 2, 0], [2, 2, 0, 2, 4, 2, 0, 5, 6, 1, 1, 4, 1, 1, 7, 1, 0, 2, 2, 7, 1, 1, 1, 1, 2, 0], [3, 2, 0, 2, 5, 2, 0, 5, 6, 1, 1, 5, 1, 1, 7, 1, 0, 3, 2, 7, 1, 1, 1, 1, 3, 0], [3, 2, 0, 2, 7, 2, 0, 6, 6, 1, 1, 5, 1, 1, 7, 1, 0, 4, 2, 7, 1, 1, 2, 1, 3, 0], [4, 2, 0, 3, 7, 2, 1, 6, 8, 1, 1, 6, 1, 1, 7, 1, 0, 4, 2, 8, 1, 1, 2, 1, 3, 0], [4, 2, 0, 3, 7, 2, 1, 6, 9, 1, 1, 6, 1, 2, 7, 1, 0, 4, 2, 8, 1, 1, 2, 1, 3, 0], [5, 2, 0, 3, 7, 2, 1, 6, 9, 1, 1, 6, 1, 2, 7, 1, 0, 4, 3, 8, 1, 1, 3, 1, 3, 0], [5, 3, 1, 3, 7, 2, 1, 6, 10, 1, 1, 7, 1, 2, 7, 2, 0, 4, 3, 8, 2, 1, 3, 1, 3, 0], [5, 3, 3, 3, 10, 3, 1, 6, 10, 1, 1, 7, 1, 4, 8, 2, 0, 5, 3, 8, 2, 1, 3, 1, 3, 0], [5, 4, 3, 3, 12, 3, 1, 6, 10, 1, 1, 8, 1, 4, 8, 2, 0, 6, 3, 8, 2, 2, 3, 1, 4, 0]]}, "config": {"num_sentences": 43652, "num_words": 22, "sentence": "exhibition VuJak first the by promoted The 1993 of at Hills Hollywood it Leary where Digital in was public conference Beverly Timothy", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0200", "problem_name": "task14_0200"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nIn had Resources the which Qarun over merged of made with in 1996 Concession and discovery Phoenix Egypt Apache 1994 operations took", "label": {"final": [7, 0, 6, 5, 13, 1, 2, 7, 8, 0, 1, 0, 2, 8, 11, 4, 1, 7, 6, 5, 2, 2, 2, 1, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 1, 1, 2, 0, 0, 1, 1, 0, 0, 0, 0, 1, 1, 0, 0, 2, 2, 0, 1, 0, 0, 0, 0, 0], [1, 0, 1, 1, 3, 0, 0, 2, 1, 0, 0, 0, 0, 1, 1, 0, 0, 2, 2, 1, 1, 0, 0, 0, 0, 0], [1, 0, 2, 1, 3, 0, 0, 4, 2, 0, 0, 0, 0, 1, 1, 0, 0, 2, 2, 1, 1, 0, 1, 0, 0, 0], [2, 0, 2, 1, 3, 0, 0, 4, 2, 0, 0, 0, 0, 2, 1, 0, 1, 3, 2, 1, 2, 0, 1, 0, 0, 0], [2, 0, 2, 1, 4, 0, 0, 4, 2, 0, 0, 0, 0, 2, 2, 0, 1, 4, 2, 1, 2, 1, 1, 0, 0, 0], [2, 0, 2, 2, 6, 0, 1, 4, 2, 0, 0, 0, 1, 2, 2, 0, 1, 5, 2, 1, 2, 1, 1, 0, 0, 0], [2, 0, 2, 2, 6, 1, 1, 4, 2, 0, 0, 0, 1, 2, 3, 0, 1, 5, 2, 1, 2, 1, 1, 0, 0, 0], [3, 0, 2, 3, 7, 1, 1, 4, 2, 0, 0, 0, 2, 2, 3, 0, 1, 5, 2, 1, 2, 1, 1, 0, 0, 0], [3, 0, 2, 3, 7, 1, 1, 5, 3, 0, 0, 0, 2, 2, 3, 0, 1, 5, 2, 2, 2, 1, 2, 0, 0, 0], [3, 0, 2, 3, 7, 1, 1, 5, 4, 0, 0, 0, 2, 3, 3, 0, 1, 5, 2, 2, 2, 1, 2, 0, 0, 0], [3, 0, 2, 3, 7, 1, 1, 5, 4, 0, 0, 0, 2, 3, 3, 0, 1, 5, 2, 2, 2, 1, 2, 0, 0, 0], [3, 0, 4, 3, 8, 1, 1, 5, 5, 0, 0, 0, 2, 5, 5, 0, 1, 5, 4, 2, 2, 1, 2, 0, 0, 0], [4, 0, 4, 4, 8, 1, 1, 5, 5, 0, 0, 0, 2, 6, 5, 0, 1, 5, 4, 2, 2, 1, 2, 0, 0, 0], [4, 0, 5, 5, 9, 1, 1, 5, 6, 0, 0, 0, 2, 6, 6, 0, 1, 6, 5, 2, 2, 2, 2, 0, 1, 0], [4, 0, 5, 5, 10, 1, 1, 6, 7, 0, 0, 0, 2, 7, 7, 1, 1, 6, 5, 2, 2, 2, 2, 1, 1, 0], [4, 0, 5, 5, 11, 1, 2, 6, 7, 0, 0, 0, 2, 7, 7, 2, 1, 6, 5, 3, 2, 2, 2, 1, 2, 0], [6, 0, 6, 5, 12, 1, 2, 7, 7, 0, 0, 0, 2, 7, 7, 3, 1, 6, 5, 3, 2, 2, 2, 1, 2, 0], [6, 0, 6, 5, 12, 1, 2, 7, 7, 0, 0, 0, 2, 7, 7, 3, 1, 6, 5, 3, 2, 2, 2, 1, 2, 0], [7, 0, 6, 5, 13, 1, 2, 7, 8, 0, 0, 0, 2, 8, 9, 4, 1, 7, 6, 4, 2, 2, 2, 1, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 22, "sentence": "In had Resources the which Qarun over merged of made with in 1996 Concession and discovery Phoenix Egypt Apache 1994 operations took", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0201", "problem_name": "task14_0201"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nto the Algonquin colonists of armed lifted firearms odds tribes quickly evening ban Indians and between sale their on Iroquois enemies France", "label": {"final": [8, 3, 3, 6, 16, 4, 2, 2, 13, 0, 1, 5, 3, 13, 9, 0, 3, 7, 9, 7, 3, 1, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 1, 1, 1, 0, 0, 1, 0, 2, 2, 0, 1, 0, 0, 2, 1, 0, 0, 0, 0, 0], [1, 0, 1, 0, 1, 0, 1, 1, 2, 0, 0, 2, 0, 3, 4, 0, 1, 0, 2, 3, 1, 0, 0, 0, 0, 0], [1, 0, 1, 0, 1, 1, 1, 1, 2, 0, 0, 2, 0, 3, 5, 0, 1, 0, 2, 3, 1, 0, 0, 0, 0, 0], [2, 0, 1, 1, 2, 1, 1, 1, 2, 0, 0, 2, 1, 3, 5, 0, 1, 1, 2, 3, 1, 0, 0, 0, 0, 0], [2, 0, 1, 2, 3, 2, 1, 1, 3, 0, 0, 3, 1, 3, 5, 0, 1, 1, 2, 4, 1, 0, 0, 0, 0, 0], [3, 0, 1, 2, 4, 3, 1, 1, 4, 0, 0, 3, 2, 3, 5, 0, 1, 3, 3, 4, 1, 0, 0, 0, 0, 0], [3, 0, 1, 4, 4, 3, 1, 1, 4, 0, 0, 3, 2, 3, 6, 0, 1, 3, 4, 4, 1, 0, 0, 0, 0, 0], [3, 1, 1, 4, 5, 3, 1, 1, 5, 0, 0, 3, 2, 3, 6, 0, 1, 4, 5, 5, 1, 0, 0, 0, 0, 0], [3, 1, 2, 4, 5, 3, 1, 1, 6, 0, 1, 4, 2, 3, 6, 0, 2, 4, 5, 5, 2, 0, 0, 0, 1, 0], [3, 1, 2, 4, 7, 3, 2, 1, 7, 0, 1, 4, 2, 5, 6, 0, 2, 4, 5, 5, 2, 1, 0, 0, 1, 0], [4, 2, 2, 4, 7, 3, 2, 1, 7, 0, 1, 4, 2, 6, 6, 0, 2, 4, 5, 5, 2, 1, 0, 0, 1, 0], [5, 2, 2, 5, 7, 3, 2, 1, 9, 0, 1, 4, 2, 8, 6, 0, 2, 4, 6, 5, 2, 1, 0, 0, 1, 0], [6, 2, 2, 6, 7, 3, 2, 1, 9, 0, 1, 4, 2, 9, 6, 0, 2, 4, 6, 5, 2, 1, 0, 0, 1, 0], [6, 3, 2, 6, 10, 3, 2, 1, 9, 0, 1, 4, 2, 10, 6, 0, 2, 4, 6, 6, 2, 1, 1, 0, 1, 0], [7, 3, 2, 6, 11, 3, 2, 1, 9, 0, 1, 5, 2, 10, 6, 0, 2, 4, 7, 6, 2, 1, 1, 0, 1, 0], [7, 3, 2, 6, 12, 3, 2, 2, 10, 0, 1, 5, 2, 10, 6, 0, 2, 5, 7, 7, 2, 1, 1, 0, 1, 0], [7, 3, 2, 6, 12, 3, 2, 2, 10, 0, 1, 5, 2, 11, 7, 0, 2, 5, 7, 7, 2, 1, 1, 0, 1, 0], [7, 3, 2, 6, 12, 3, 2, 2, 12, 0, 1, 5, 2, 11, 9, 0, 3, 6, 8, 7, 3, 1, 1, 0, 1, 0], [7, 3, 2, 6, 15, 3, 2, 2, 13, 0, 1, 5, 3, 12, 9, 0, 3, 6, 9, 7, 3, 1, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 22, "sentence": "to the Algonquin colonists of armed lifted firearms odds tribes quickly evening ban Indians and between sale their on Iroquois enemies France", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0202", "problem_name": "task14_0202"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nimmediately to badly the Advancing defenders fire Paine forward withering in ground met and wounded unable was open get soldiers from went", "label": {"final": [9, 2, 1, 11, 16, 4, 4, 2, 9, 0, 0, 4, 4, 12, 7, 2, 0, 8, 4, 7, 3, 1, 5, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 1, 2, 0, 0, 0, 2, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0], [1, 0, 0, 1, 2, 0, 0, 0, 2, 0, 0, 1, 2, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 1, 0], [2, 1, 0, 2, 2, 0, 0, 0, 2, 0, 0, 2, 2, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 2, 0], [2, 1, 0, 2, 3, 0, 0, 1, 2, 0, 0, 2, 2, 0, 1, 0, 0, 0, 0, 3, 0, 0, 0, 0, 2, 0], [4, 1, 1, 3, 3, 0, 1, 1, 3, 0, 0, 2, 2, 2, 1, 0, 0, 0, 0, 3, 0, 1, 0, 0, 2, 0], [4, 1, 1, 5, 6, 1, 1, 1, 3, 0, 0, 2, 2, 3, 1, 0, 0, 1, 1, 3, 0, 1, 0, 0, 2, 0], [4, 1, 1, 5, 7, 2, 1, 1, 4, 0, 0, 2, 2, 3, 1, 0, 0, 2, 1, 3, 0, 1, 0, 0, 2, 0], [5, 1, 1, 5, 8, 2, 1, 1, 5, 0, 0, 2, 2, 4, 1, 1, 0, 2, 1, 3, 0, 1, 0, 0, 2, 0], [6, 1, 1, 6, 8, 3, 1, 1, 5, 0, 0, 2, 2, 4, 2, 1, 0, 4, 1, 3, 0, 1, 1, 0, 2, 0], [6, 1, 1, 6, 9, 3, 2, 2, 7, 0, 0, 2, 2, 5, 2, 1, 0, 5, 1, 4, 0, 1, 2, 0, 2, 0], [6, 1, 1, 6, 9, 3, 2, 2, 8, 0, 0, 2, 2, 6, 2, 1, 0, 5, 1, 4, 0, 1, 2, 0, 2, 0], [6, 1, 1, 7, 9, 3, 3, 2, 8, 0, 0, 2, 2, 7, 3, 1, 0, 6, 1, 4, 1, 1, 2, 0, 2, 0], [6, 1, 1, 7, 10, 3, 3, 2, 8, 0, 0, 2, 3, 7, 3, 1, 0, 6, 1, 5, 1, 1, 2, 0, 2, 0], [7, 1, 1, 8, 10, 3, 3, 2, 8, 0, 0, 2, 3, 8, 3, 1, 0, 6, 1, 5, 1, 1, 2, 0, 2, 0], [7, 1, 1, 10, 11, 3, 3, 2, 8, 0, 0, 2, 3, 9, 4, 1, 0, 6, 1, 5, 2, 1, 3, 0, 2, 0], [8, 2, 1, 10, 12, 3, 3, 2, 8, 0, 0, 3, 3, 10, 4, 1, 0, 6, 1, 5, 3, 1, 3, 0, 2, 0], [9, 2, 1, 10, 12, 3, 3, 2, 8, 0, 0, 3, 3, 10, 4, 1, 0, 6, 2, 5, 3, 1, 4, 0, 2, 0], [9, 2, 1, 10, 13, 3, 3, 2, 8, 0, 0, 3, 3, 11, 5, 2, 0, 6, 2, 5, 3, 1, 4, 0, 2, 0], [9, 2, 1, 10, 14, 3, 4, 2, 8, 0, 0, 3, 3, 11, 5, 2, 0, 6, 2, 6, 3, 1, 4, 0, 2, 0], [9, 2, 1, 11, 15, 3, 4, 2, 9, 0, 0, 4, 3, 11, 6, 2, 0, 7, 4, 6, 3, 1, 4, 0, 2, 0], [9, 2, 1, 11, 15, 4, 4, 2, 9, 0, 0, 4, 4, 11, 7, 2, 0, 8, 4, 6, 3, 1, 4, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 22, "sentence": "immediately to badly the Advancing defenders fire Paine forward withering in ground met and wounded unable was open get soldiers from went", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0203", "problem_name": "task14_0203"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nstation Railway first the The area of with South Wigston development came and goods Counties major s Junction Leicestershire Midland arrival yard", "label": {"final": [12, 0, 4, 6, 12, 2, 2, 5, 11, 2, 0, 5, 4, 8, 10, 1, 0, 9, 9, 12, 3, 2, 3, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [3, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 1, 0, 1, 1, 0, 0, 1, 1, 2, 0, 0, 1, 0, 1, 0], [3, 0, 0, 0, 0, 1, 0, 0, 3, 0, 0, 1, 0, 1, 1, 0, 0, 2, 2, 3, 0, 0, 1, 0, 1, 0], [3, 0, 0, 0, 1, 1, 0, 1, 3, 0, 0, 1, 0, 1, 1, 0, 0, 2, 2, 4, 0, 0, 1, 0, 1, 0], [3, 0, 0, 0, 2, 1, 0, 2, 3, 0, 0, 1, 0, 1, 1, 0, 0, 2, 2, 5, 0, 0, 1, 0, 1, 0], [5, 0, 0, 0, 3, 1, 0, 2, 3, 0, 0, 1, 0, 1, 1, 0, 0, 3, 2, 5, 0, 0, 1, 0, 1, 0], [5, 0, 0, 0, 3, 2, 0, 2, 3, 0, 0, 1, 0, 1, 2, 0, 0, 3, 2, 5, 0, 0, 1, 0, 1, 0], [5, 0, 0, 0, 3, 2, 0, 3, 4, 0, 0, 1, 0, 1, 2, 0, 0, 3, 2, 6, 0, 0, 2, 0, 1, 0], [5, 0, 0, 0, 3, 2, 0, 4, 4, 0, 0, 1, 0, 1, 3, 0, 0, 3, 3, 7, 1, 0, 2, 0, 1, 0], [5, 0, 0, 0, 3, 2, 1, 4, 5, 0, 0, 1, 0, 2, 4, 0, 0, 3, 4, 8, 1, 0, 3, 0, 1, 0], [5, 0, 0, 1, 6, 2, 1, 4, 5, 0, 0, 2, 1, 3, 5, 1, 0, 3, 4, 9, 1, 1, 3, 0, 1, 0], [6, 0, 1, 1, 7, 2, 1, 4, 5, 0, 0, 2, 2, 3, 5, 1, 0, 3, 4, 9, 1, 1, 3, 0, 1, 0], [7, 0, 1, 2, 7, 2, 1, 4, 5, 0, 0, 2, 2, 4, 5, 1, 0, 3, 4, 9, 1, 1, 3, 0, 1, 0], [7, 0, 1, 3, 7, 2, 2, 4, 5, 0, 0, 2, 2, 4, 7, 1, 0, 3, 5, 9, 1, 1, 3, 0, 1, 0], [7, 0, 2, 3, 8, 2, 2, 4, 6, 0, 0, 2, 2, 5, 8, 1, 0, 3, 6, 10, 2, 1, 3, 0, 1, 0], [8, 0, 2, 3, 8, 2, 2, 4, 6, 1, 0, 2, 3, 5, 9, 1, 0, 4, 6, 10, 2, 1, 3, 0, 1, 0], [8, 0, 2, 3, 8, 2, 2, 4, 6, 1, 0, 2, 3, 5, 9, 1, 0, 4, 7, 10, 2, 1, 3, 0, 1, 0], [8, 0, 3, 3, 8, 2, 2, 4, 7, 2, 0, 2, 3, 7, 10, 1, 0, 4, 7, 11, 3, 1, 3, 0, 1, 0], [8, 0, 4, 3, 12, 2, 2, 5, 9, 2, 0, 3, 3, 7, 10, 1, 0, 6, 9, 12, 3, 1, 3, 0, 1, 0], [9, 0, 4, 5, 12, 2, 2, 5, 10, 2, 0, 4, 4, 8, 10, 1, 0, 6, 9, 12, 3, 1, 3, 0, 1, 0], [11, 0, 4, 5, 12, 2, 2, 5, 11, 2, 0, 5, 4, 8, 10, 1, 0, 8, 9, 12, 3, 2, 3, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 22, "sentence": "station Railway first the The area of with South Wigston development came and goods Counties major s Junction Leicestershire Midland arrival yard", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0204", "problem_name": "task14_0204"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nthe During that a with fell her him buffalo dragged journey in met and nee magical Ta home man Sa CoTun love", "label": {"final": [10, 1, 2, 4, 10, 3, 4, 6, 5, 1, 0, 5, 5, 7, 5, 0, 0, 4, 1, 7, 4, 1, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 1, 1, 0, 1, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 1, 1, 0, 0, 0, 0, 0], [1, 0, 0, 1, 1, 0, 1, 2, 1, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 3, 1, 0, 0, 0, 0, 0], [2, 0, 0, 1, 1, 0, 1, 2, 1, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 3, 1, 0, 0, 0, 0, 0], [2, 0, 0, 1, 1, 0, 1, 3, 2, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 4, 1, 0, 1, 0, 0, 0], [2, 0, 0, 1, 2, 1, 1, 3, 2, 0, 0, 2, 0, 1, 0, 0, 0, 1, 0, 4, 1, 0, 1, 0, 0, 0], [2, 0, 0, 1, 3, 1, 1, 4, 2, 0, 0, 2, 0, 1, 0, 0, 0, 2, 0, 4, 1, 0, 1, 0, 0, 0], [2, 0, 0, 1, 3, 1, 1, 5, 3, 0, 0, 2, 1, 1, 0, 0, 0, 2, 0, 4, 1, 0, 1, 0, 0, 0], [3, 1, 0, 1, 3, 3, 1, 5, 3, 0, 0, 3, 1, 1, 1, 0, 0, 2, 0, 4, 2, 0, 1, 0, 0, 0], [4, 1, 0, 3, 4, 3, 3, 5, 3, 0, 0, 3, 1, 1, 1, 0, 0, 3, 0, 4, 2, 0, 1, 0, 0, 0], [4, 1, 0, 3, 5, 3, 3, 5, 3, 1, 0, 3, 1, 2, 2, 0, 0, 4, 0, 4, 3, 0, 1, 0, 1, 0], [4, 1, 0, 3, 5, 3, 3, 5, 4, 1, 0, 3, 1, 3, 2, 0, 0, 4, 0, 4, 3, 0, 1, 0, 1, 0], [4, 1, 0, 3, 6, 3, 3, 5, 4, 1, 0, 3, 2, 3, 2, 0, 0, 4, 0, 5, 3, 0, 1, 0, 1, 0], [5, 1, 0, 4, 6, 3, 3, 5, 4, 1, 0, 3, 2, 4, 2, 0, 0, 4, 0, 5, 3, 0, 1, 0, 1, 0], [5, 1, 0, 4, 8, 3, 3, 5, 4, 1, 0, 3, 2, 5, 2, 0, 0, 4, 0, 5, 3, 0, 1, 0, 1, 0], [7, 1, 1, 4, 8, 3, 4, 5, 5, 1, 0, 4, 3, 5, 2, 0, 0, 4, 0, 5, 3, 0, 1, 0, 1, 0], [8, 1, 1, 4, 8, 3, 4, 5, 5, 1, 0, 4, 3, 5, 2, 0, 0, 4, 0, 6, 3, 0, 1, 0, 1, 0], [8, 1, 1, 4, 9, 3, 4, 6, 5, 1, 0, 4, 4, 5, 3, 0, 0, 4, 0, 6, 3, 0, 1, 0, 1, 0], [9, 1, 1, 4, 9, 3, 4, 6, 5, 1, 0, 4, 5, 6, 3, 0, 0, 4, 0, 6, 3, 0, 1, 0, 1, 0], [10, 1, 1, 4, 9, 3, 4, 6, 5, 1, 0, 4, 5, 6, 3, 0, 0, 4, 1, 6, 3, 0, 1, 0, 1, 0], [10, 1, 2, 4, 9, 3, 4, 6, 5, 1, 0, 4, 5, 7, 4, 0, 0, 4, 1, 7, 4, 0, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 22, "sentence": "the During that a with fell her him buffalo dragged journey in met and nee magical Ta home man Sa CoTun love", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0205", "problem_name": "task14_0205"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ngrants Finalists educational Garden February at City Company York Square trophies Palmolive in New compete and aid Madison s Colgate from for", "label": {"final": [14, 1, 5, 5, 10, 4, 3, 1, 9, 0, 1, 5, 5, 9, 10, 4, 1, 9, 7, 8, 3, 1, 1, 0, 4, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 0, 1, 1, 0, 2, 0, 0, 1, 0, 2, 0, 0, 0, 1, 3, 2, 0, 0, 0, 0, 0, 0], [4, 0, 1, 1, 1, 1, 1, 0, 3, 0, 0, 2, 0, 3, 1, 0, 0, 1, 3, 3, 1, 0, 0, 0, 0, 0], [5, 0, 1, 2, 2, 1, 2, 0, 3, 0, 0, 2, 0, 4, 1, 0, 0, 2, 3, 3, 1, 0, 0, 0, 0, 0], [6, 1, 1, 2, 3, 2, 2, 0, 3, 0, 0, 2, 0, 4, 1, 0, 0, 4, 3, 3, 2, 0, 0, 0, 1, 0], [7, 1, 1, 2, 3, 2, 2, 0, 3, 0, 0, 2, 0, 4, 1, 0, 0, 4, 3, 4, 2, 0, 0, 0, 1, 0], [7, 1, 2, 2, 3, 2, 2, 0, 4, 0, 0, 2, 0, 4, 1, 0, 0, 4, 3, 5, 2, 0, 0, 0, 2, 0], [8, 1, 3, 2, 3, 2, 2, 0, 4, 0, 0, 2, 1, 5, 2, 1, 0, 4, 3, 5, 2, 0, 0, 0, 3, 0], [8, 1, 3, 2, 3, 2, 2, 0, 4, 0, 1, 2, 1, 5, 3, 1, 0, 5, 3, 5, 2, 0, 0, 0, 4, 0], [9, 1, 3, 2, 4, 2, 2, 0, 4, 0, 1, 2, 1, 5, 3, 1, 1, 6, 4, 5, 3, 0, 0, 0, 4, 0], [9, 1, 3, 2, 5, 2, 2, 1, 5, 0, 1, 2, 1, 5, 4, 2, 1, 7, 5, 6, 3, 0, 0, 0, 4, 0], [10, 1, 3, 2, 6, 2, 2, 1, 6, 0, 1, 4, 2, 5, 5, 3, 1, 7, 5, 6, 3, 1, 0, 0, 4, 0], [10, 1, 3, 2, 6, 2, 2, 1, 7, 0, 1, 4, 2, 6, 5, 3, 1, 7, 5, 6, 3, 1, 0, 0, 4, 0], [10, 1, 3, 2, 7, 2, 2, 1, 7, 0, 1, 4, 2, 7, 5, 3, 1, 7, 5, 6, 3, 1, 1, 0, 4, 0], [10, 1, 4, 2, 9, 2, 2, 1, 7, 0, 1, 4, 3, 7, 6, 4, 1, 7, 5, 7, 3, 1, 1, 0, 4, 0], [11, 1, 4, 3, 9, 2, 2, 1, 7, 0, 1, 4, 3, 8, 6, 4, 1, 7, 5, 7, 3, 1, 1, 0, 4, 0], [12, 1, 4, 4, 9, 2, 2, 1, 8, 0, 1, 4, 3, 8, 6, 4, 1, 7, 5, 7, 3, 1, 1, 0, 4, 0], [13, 1, 4, 5, 9, 2, 2, 1, 9, 0, 1, 4, 4, 9, 7, 4, 1, 7, 6, 7, 3, 1, 1, 0, 4, 0], [13, 1, 4, 5, 9, 2, 2, 1, 9, 0, 1, 4, 4, 9, 7, 4, 1, 7, 7, 7, 3, 1, 1, 0, 4, 0], [14, 1, 5, 5, 10, 2, 3, 1, 9, 0, 1, 5, 4, 9, 8, 4, 1, 7, 7, 8, 3, 1, 1, 0, 4, 0], [14, 1, 5, 5, 10, 3, 3, 1, 9, 0, 1, 5, 5, 9, 9, 4, 1, 8, 7, 8, 3, 1, 1, 0, 4, 0]]}, "config": {"num_sentences": 43652, "num_words": 22, "sentence": "grants Finalists educational Garden February at City Company York Square trophies Palmolive in New compete and aid Madison s Colgate from for", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0206", "problem_name": "task14_0206"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nreleased to deemed the campaign by after one of boss at eight players Brown was end Terry Dons surplus requirements being He", "label": {"final": [7, 4, 1, 5, 18, 2, 3, 3, 4, 0, 0, 3, 3, 7, 6, 3, 1, 9, 9, 7, 3, 0, 2, 0, 3, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 1, 3, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 1, 3, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 3, 6, 0, 0, 0, 0, 0, 0, 1, 1, 0, 1, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 3, 7, 0, 0, 1, 0, 0, 0, 1, 1, 0, 1, 0, 0, 1, 1, 2, 0, 0, 0, 0, 0, 0], [3, 0, 1, 3, 7, 0, 1, 1, 1, 0, 0, 1, 2, 1, 1, 1, 0, 1, 1, 2, 0, 0, 0, 0, 0, 0], [3, 1, 1, 3, 7, 0, 1, 1, 1, 0, 0, 1, 2, 1, 1, 1, 0, 1, 1, 2, 0, 0, 0, 0, 1, 0], [4, 1, 1, 3, 8, 1, 1, 1, 1, 0, 0, 1, 2, 1, 1, 1, 0, 2, 1, 3, 0, 0, 0, 0, 1, 0], [4, 1, 1, 3, 9, 1, 1, 1, 1, 0, 0, 1, 2, 2, 2, 1, 0, 2, 1, 3, 0, 0, 0, 0, 1, 0], [4, 1, 1, 3, 9, 2, 1, 1, 1, 0, 0, 1, 2, 2, 3, 1, 0, 2, 1, 3, 0, 0, 0, 0, 1, 0], [4, 2, 1, 3, 9, 2, 1, 1, 1, 0, 0, 1, 2, 2, 4, 1, 0, 2, 3, 3, 0, 0, 0, 0, 1, 0], [5, 2, 1, 3, 9, 2, 1, 1, 1, 0, 0, 1, 2, 2, 4, 1, 0, 2, 3, 4, 0, 0, 0, 0, 1, 0], [5, 2, 1, 3, 10, 2, 2, 2, 2, 0, 0, 1, 2, 2, 4, 1, 0, 2, 3, 5, 0, 0, 0, 0, 1, 0], [6, 2, 1, 3, 11, 2, 2, 2, 2, 0, 0, 2, 2, 2, 4, 2, 0, 3, 4, 5, 0, 0, 0, 0, 2, 0], [6, 3, 1, 3, 11, 2, 2, 2, 2, 0, 0, 2, 2, 3, 5, 2, 0, 4, 4, 5, 0, 0, 1, 0, 2, 0], [7, 3, 1, 3, 11, 2, 2, 2, 2, 0, 0, 2, 2, 3, 5, 2, 0, 4, 5, 5, 0, 0, 2, 0, 2, 0], [7, 3, 1, 4, 12, 2, 2, 2, 2, 0, 0, 2, 2, 4, 5, 2, 0, 4, 5, 5, 0, 0, 2, 0, 2, 0], [7, 3, 1, 4, 13, 2, 2, 2, 2, 0, 0, 2, 2, 4, 5, 2, 0, 6, 5, 6, 0, 0, 2, 0, 3, 0], [7, 3, 1, 5, 13, 2, 2, 2, 2, 0, 0, 2, 2, 5, 6, 2, 0, 6, 6, 6, 0, 0, 2, 0, 3, 0], [7, 3, 1, 5, 13, 2, 2, 2, 2, 0, 0, 3, 2, 5, 6, 3, 0, 7, 8, 6, 2, 0, 2, 0, 3, 0], [7, 3, 1, 5, 16, 2, 2, 2, 3, 0, 0, 3, 3, 6, 6, 3, 1, 9, 9, 7, 3, 0, 2, 0, 3, 0], [7, 4, 1, 5, 17, 2, 3, 2, 4, 0, 0, 3, 3, 7, 6, 3, 1, 9, 9, 7, 3, 0, 2, 0, 3, 0]]}, "config": {"num_sentences": 43652, "num_words": 22, "sentence": "released to deemed the campaign by after one of boss at eight players Brown was end Terry Dons surplus requirements being He", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0207", "problem_name": "task14_0207"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nseries In Award the Series role Drama drama Outstanding a Emmy in Guest Actor received his HBO on Treatment Primetime for He", "label": {"final": [10, 1, 2, 5, 16, 1, 2, 4, 9, 0, 0, 1, 7, 6, 6, 1, 0, 11, 7, 9, 2, 1, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 2, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 2, 0, 0, 0, 2, 0, 0, 0, 0, 1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 2, 0, 0, 0, 2, 0, 0, 0, 0, 1, 0, 0, 0, 2, 2, 0, 0, 0, 1, 0, 0, 0], [2, 0, 0, 1, 3, 0, 0, 1, 2, 0, 0, 0, 0, 1, 0, 0, 0, 2, 2, 1, 0, 0, 1, 0, 0, 0], [2, 0, 0, 1, 5, 0, 0, 1, 3, 0, 0, 0, 0, 1, 0, 0, 0, 3, 4, 1, 0, 0, 1, 0, 0, 0], [2, 0, 0, 1, 6, 0, 0, 1, 3, 0, 0, 1, 0, 1, 1, 0, 0, 4, 4, 1, 0, 0, 1, 0, 0, 0], [4, 0, 0, 2, 6, 0, 0, 1, 3, 0, 0, 1, 1, 1, 1, 0, 0, 5, 4, 1, 0, 0, 1, 0, 0, 0], [6, 0, 0, 3, 6, 0, 0, 1, 3, 0, 0, 1, 2, 1, 1, 0, 0, 6, 4, 1, 0, 0, 1, 0, 0, 0], [7, 0, 0, 4, 6, 0, 1, 1, 4, 0, 0, 1, 2, 3, 2, 0, 0, 6, 5, 3, 1, 0, 1, 0, 0, 0], [8, 0, 0, 4, 6, 0, 1, 1, 4, 0, 0, 1, 2, 3, 2, 0, 0, 6, 5, 3, 1, 0, 1, 0, 0, 0], [8, 0, 0, 4, 7, 0, 1, 1, 4, 0, 0, 1, 4, 3, 2, 0, 0, 6, 5, 3, 1, 0, 1, 0, 1, 0], [8, 0, 0, 4, 7, 0, 1, 1, 5, 0, 0, 1, 4, 4, 2, 0, 0, 6, 5, 3, 1, 0, 1, 0, 1, 0], [8, 0, 0, 4, 8, 0, 2, 1, 5, 0, 0, 1, 4, 4, 2, 0, 0, 6, 6, 4, 2, 0, 1, 0, 1, 0], [9, 0, 1, 4, 8, 0, 2, 1, 5, 0, 0, 1, 4, 4, 3, 0, 0, 7, 6, 5, 2, 0, 1, 0, 1, 0], [9, 0, 2, 5, 11, 0, 2, 1, 6, 0, 0, 1, 4, 4, 3, 0, 0, 8, 6, 5, 2, 1, 1, 0, 1, 0], [9, 0, 2, 5, 11, 0, 2, 2, 7, 0, 0, 1, 4, 4, 3, 0, 0, 8, 7, 5, 2, 1, 1, 0, 1, 0], [9, 1, 2, 5, 11, 0, 2, 3, 7, 0, 0, 1, 4, 4, 4, 0, 0, 8, 7, 5, 2, 1, 1, 0, 1, 0], [9, 1, 2, 5, 11, 0, 2, 3, 7, 0, 0, 1, 4, 5, 5, 0, 0, 8, 7, 5, 2, 1, 1, 0, 1, 0], [10, 1, 2, 5, 13, 0, 2, 3, 7, 0, 0, 1, 5, 6, 5, 0, 0, 9, 7, 8, 2, 1, 1, 0, 1, 0], [10, 1, 2, 5, 15, 0, 2, 3, 9, 0, 0, 1, 7, 6, 5, 1, 0, 10, 7, 9, 2, 1, 1, 0, 1, 0], [10, 1, 2, 5, 15, 1, 2, 3, 9, 0, 0, 1, 7, 6, 6, 1, 0, 11, 7, 9, 2, 1, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 22, "sentence": "series In Award the Series role Drama drama Outstanding a Emmy in Guest Actor received his HBO on Treatment Primetime for He", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0208", "problem_name": "task14_0208"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nintestinal cholinesterase correlation With the there no systems effects that analgetic helped of or dextrallorphan inhibition and between results proved these is", "label": {"final": [9, 2, 4, 4, 22, 3, 1, 9, 11, 0, 0, 8, 1, 11, 9, 3, 0, 9, 11, 17, 1, 1, 2, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 0, 0, 2, 0, 0, 1, 0, 2, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [2, 0, 1, 0, 4, 0, 0, 1, 3, 0, 0, 2, 0, 3, 1, 0, 0, 1, 3, 3, 0, 0, 0, 0, 0, 0], [3, 0, 2, 0, 5, 0, 0, 1, 4, 0, 0, 3, 0, 4, 3, 0, 0, 3, 3, 4, 0, 0, 0, 0, 0, 0], [3, 0, 2, 0, 5, 0, 0, 2, 5, 0, 0, 3, 0, 4, 3, 0, 0, 3, 3, 5, 0, 0, 1, 0, 0, 0], [3, 0, 2, 0, 6, 0, 0, 3, 5, 0, 0, 3, 0, 4, 3, 0, 0, 3, 3, 6, 0, 0, 1, 0, 0, 0], [3, 0, 2, 0, 8, 0, 0, 4, 5, 0, 0, 3, 0, 4, 3, 0, 0, 4, 3, 7, 0, 0, 1, 0, 0, 0], [3, 0, 2, 0, 8, 0, 0, 4, 5, 0, 0, 3, 0, 5, 4, 0, 0, 4, 3, 7, 0, 0, 1, 0, 0, 0], [3, 0, 2, 0, 9, 0, 0, 4, 5, 0, 0, 3, 1, 5, 4, 0, 0, 4, 6, 8, 0, 0, 1, 0, 1, 0], [3, 0, 3, 0, 11, 2, 0, 4, 5, 0, 0, 3, 1, 5, 4, 0, 0, 4, 7, 9, 0, 0, 1, 0, 1, 0], [4, 0, 3, 0, 11, 2, 0, 5, 5, 0, 0, 3, 1, 5, 4, 0, 0, 4, 7, 11, 0, 0, 1, 0, 1, 0], [6, 0, 4, 0, 12, 2, 1, 5, 6, 0, 0, 4, 1, 6, 4, 0, 0, 4, 7, 12, 0, 0, 1, 0, 1, 0], [6, 0, 4, 1, 14, 2, 1, 6, 6, 0, 0, 5, 1, 6, 4, 1, 0, 4, 7, 12, 0, 0, 1, 0, 1, 0], [6, 0, 4, 1, 14, 3, 1, 6, 6, 0, 0, 5, 1, 6, 5, 1, 0, 4, 7, 12, 0, 0, 1, 0, 1, 0], [6, 0, 4, 1, 14, 3, 1, 6, 6, 0, 0, 5, 1, 6, 6, 1, 0, 5, 7, 12, 0, 0, 1, 0, 1, 0], [8, 0, 4, 2, 15, 3, 1, 7, 6, 0, 0, 7, 1, 7, 7, 2, 0, 7, 7, 13, 0, 0, 1, 1, 1, 0], [8, 1, 4, 2, 15, 3, 1, 8, 10, 0, 0, 7, 1, 9, 8, 2, 0, 7, 7, 14, 0, 0, 1, 1, 1, 0], [9, 1, 4, 3, 15, 3, 1, 8, 10, 0, 0, 7, 1, 10, 8, 2, 0, 7, 7, 14, 0, 0, 1, 1, 1, 0], [9, 2, 4, 3, 18, 3, 1, 8, 10, 0, 0, 7, 1, 11, 8, 2, 0, 7, 7, 15, 0, 0, 2, 1, 1, 0], [9, 2, 4, 3, 19, 3, 1, 8, 10, 0, 0, 8, 1, 11, 8, 2, 0, 8, 9, 16, 1, 0, 2, 1, 1, 0], [9, 2, 4, 4, 20, 3, 1, 8, 10, 0, 0, 8, 1, 11, 9, 3, 0, 9, 9, 16, 1, 1, 2, 1, 1, 0], [9, 2, 4, 4, 22, 3, 1, 9, 10, 0, 0, 8, 1, 11, 9, 3, 0, 9, 10, 17, 1, 1, 2, 1, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 22, "sentence": "intestinal cholinesterase correlation With the there no systems effects that analgetic helped of or dextrallorphan inhibition and between results proved these is", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0209", "problem_name": "task14_0209"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ndelays to first the resulting he The training Modell of part every him Brown caused in production day missed camp fining miss for", "label": {"final": [6, 1, 3, 6, 10, 4, 3, 4, 11, 0, 0, 4, 5, 8, 7, 3, 0, 8, 8, 8, 3, 1, 1, 0, 3, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0], [1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0], [1, 0, 0, 1, 1, 1, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 1, 2, 2, 0, 0, 0, 0, 1, 0], [1, 0, 0, 1, 2, 1, 0, 1, 1, 0, 0, 1, 0, 0, 1, 0, 0, 1, 2, 3, 0, 0, 0, 0, 1, 0], [1, 0, 0, 1, 3, 1, 1, 1, 2, 0, 0, 2, 0, 1, 1, 0, 0, 2, 3, 4, 1, 0, 0, 0, 1, 0], [1, 0, 0, 1, 4, 1, 1, 2, 2, 0, 0, 2, 0, 1, 1, 0, 0, 2, 3, 4, 1, 0, 0, 0, 1, 0], [1, 0, 0, 1, 5, 1, 1, 3, 2, 0, 0, 2, 0, 1, 1, 0, 0, 2, 3, 5, 1, 0, 0, 0, 1, 0], [2, 0, 0, 1, 5, 1, 2, 3, 4, 0, 0, 2, 0, 3, 1, 0, 0, 3, 3, 6, 1, 0, 0, 0, 1, 0], [2, 0, 0, 2, 6, 1, 2, 3, 4, 0, 0, 4, 1, 3, 2, 0, 0, 3, 3, 6, 1, 0, 0, 0, 1, 0], [2, 0, 0, 2, 6, 2, 2, 3, 4, 0, 0, 4, 1, 3, 3, 0, 0, 3, 3, 6, 1, 0, 0, 0, 1, 0], [3, 0, 0, 2, 6, 2, 2, 3, 4, 0, 0, 4, 1, 3, 3, 1, 0, 4, 3, 7, 1, 0, 0, 0, 1, 0], [3, 0, 0, 2, 8, 2, 2, 3, 4, 0, 0, 4, 1, 3, 3, 1, 0, 5, 3, 7, 1, 1, 0, 0, 2, 0], [3, 0, 0, 2, 8, 2, 2, 4, 5, 0, 0, 4, 2, 3, 3, 1, 0, 5, 3, 7, 1, 1, 0, 0, 2, 0], [3, 1, 0, 2, 8, 2, 2, 4, 5, 0, 0, 4, 2, 4, 4, 1, 0, 6, 3, 7, 1, 1, 1, 0, 2, 0], [4, 1, 1, 3, 9, 2, 2, 4, 5, 0, 0, 4, 2, 4, 4, 1, 0, 6, 4, 7, 2, 1, 1, 0, 2, 0], [4, 1, 1, 3, 9, 2, 2, 4, 6, 0, 0, 4, 2, 5, 4, 1, 0, 6, 4, 7, 2, 1, 1, 0, 2, 0], [4, 1, 2, 4, 9, 2, 2, 4, 7, 0, 0, 4, 2, 6, 6, 2, 0, 7, 4, 8, 3, 1, 1, 0, 2, 0], [5, 1, 2, 5, 9, 2, 2, 4, 7, 0, 0, 4, 2, 6, 6, 2, 0, 7, 4, 8, 3, 1, 1, 0, 3, 0], [5, 1, 2, 6, 10, 2, 2, 4, 8, 0, 0, 4, 3, 6, 6, 2, 0, 7, 6, 8, 3, 1, 1, 0, 3, 0], [6, 1, 3, 6, 10, 2, 2, 4, 8, 0, 0, 4, 4, 6, 6, 3, 0, 7, 6, 8, 3, 1, 1, 0, 3, 0], [6, 1, 3, 6, 10, 3, 3, 4, 10, 0, 0, 4, 4, 8, 6, 3, 0, 7, 6, 8, 3, 1, 1, 0, 3, 0], [6, 1, 3, 6, 10, 3, 3, 4, 11, 0, 0, 4, 5, 8, 6, 3, 0, 7, 8, 8, 3, 1, 1, 0, 3, 0]]}, "config": {"num_sentences": 43652, "num_words": 23, "sentence": "delays to first the resulting he The training Modell of part every him Brown caused in production day missed camp fining miss for", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0210", "problem_name": "task14_0210"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nexistence Pu 2005 worked first the memoir learned publishing only after one of January tapes editors Zhao 17 on s who Bao death", "label": {"final": [8, 2, 1, 4, 13, 3, 1, 5, 6, 1, 1, 3, 2, 7, 10, 3, 0, 7, 6, 7, 3, 0, 2, 1, 2, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 3, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0], [0, 0, 1, 0, 3, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 1, 0, 0, 1, 1, 1, 0, 0, 1, 0, 0], [0, 0, 1, 0, 3, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 1, 0, 0, 1, 1, 1, 0, 0, 1, 0, 0], [0, 0, 1, 1, 4, 0, 0, 0, 1, 0, 1, 0, 0, 1, 1, 1, 0, 1, 1, 1, 1, 0, 1, 1, 0, 0], [0, 0, 1, 1, 4, 1, 0, 0, 2, 0, 1, 0, 0, 1, 1, 1, 0, 2, 2, 2, 1, 0, 1, 1, 0, 0], [0, 0, 1, 1, 5, 1, 0, 1, 2, 0, 1, 0, 0, 1, 1, 1, 0, 2, 2, 3, 1, 0, 1, 1, 0, 0], [0, 0, 1, 1, 6, 1, 0, 1, 3, 0, 1, 0, 2, 1, 2, 1, 0, 3, 2, 3, 1, 0, 1, 1, 0, 0], [1, 0, 1, 2, 8, 1, 0, 1, 3, 0, 1, 1, 2, 2, 2, 1, 0, 4, 2, 3, 1, 0, 1, 1, 0, 0], [1, 1, 1, 2, 8, 1, 1, 2, 5, 0, 1, 2, 2, 3, 2, 2, 0, 4, 3, 3, 2, 0, 1, 1, 0, 0], [1, 1, 1, 2, 8, 1, 1, 2, 5, 0, 1, 3, 2, 4, 3, 2, 0, 4, 3, 3, 2, 0, 1, 1, 1, 0], [2, 1, 1, 2, 9, 2, 1, 2, 5, 0, 1, 3, 2, 4, 3, 2, 0, 5, 3, 4, 2, 0, 1, 1, 1, 0], [2, 1, 1, 2, 10, 2, 1, 2, 5, 0, 1, 3, 2, 5, 4, 2, 0, 5, 3, 4, 2, 0, 1, 1, 1, 0], [2, 1, 1, 2, 10, 3, 1, 2, 5, 0, 1, 3, 2, 5, 5, 2, 0, 5, 3, 4, 2, 0, 1, 1, 1, 0], [4, 1, 1, 2, 10, 3, 1, 2, 5, 1, 1, 3, 2, 6, 5, 2, 0, 6, 3, 4, 3, 0, 1, 1, 2, 0], [5, 1, 1, 2, 11, 3, 1, 2, 5, 1, 1, 3, 2, 6, 5, 3, 0, 6, 4, 5, 3, 0, 1, 1, 2, 0], [5, 1, 1, 3, 12, 3, 1, 2, 6, 1, 1, 3, 2, 6, 6, 3, 0, 7, 5, 6, 3, 0, 1, 1, 2, 0], [6, 1, 1, 3, 12, 3, 1, 3, 6, 1, 1, 3, 2, 6, 7, 3, 0, 7, 5, 6, 3, 0, 1, 1, 2, 1], [6, 1, 1, 3, 12, 3, 1, 3, 6, 1, 1, 3, 2, 6, 7, 3, 0, 7, 5, 6, 3, 0, 1, 1, 2, 1], [6, 1, 1, 3, 12, 3, 1, 3, 6, 1, 1, 3, 2, 7, 8, 3, 0, 7, 5, 6, 3, 0, 1, 1, 2, 1], [6, 1, 1, 3, 12, 3, 1, 3, 6, 1, 1, 3, 2, 7, 8, 3, 0, 7, 6, 6, 3, 0, 1, 1, 2, 1], [6, 1, 1, 3, 12, 3, 1, 4, 6, 1, 1, 3, 2, 7, 9, 3, 0, 7, 6, 6, 3, 0, 2, 1, 2, 1], [7, 2, 1, 3, 12, 3, 1, 4, 6, 1, 1, 3, 2, 7, 10, 3, 0, 7, 6, 6, 3, 0, 2, 1, 2, 1]]}, "config": {"num_sentences": 43652, "num_words": 23, "sentence": "existence Pu 2005 worked first the memoir learned publishing only after one of January tapes editors Zhao 17 on s who Bao death", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0211", "problem_name": "task14_0211"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ndivided considerably counties to all Although the up by were of century 16th Norman England into was some later conquest shires time formed", "label": {"final": [7, 2, 4, 6, 14, 2, 2, 5, 7, 0, 0, 6, 4, 9, 10, 1, 1, 7, 7, 10, 5, 1, 2, 0, 3, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 3, 1, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [1, 1, 1, 4, 2, 0, 0, 0, 3, 0, 0, 1, 0, 1, 1, 0, 0, 1, 1, 0, 0, 1, 0, 0, 1, 0], [1, 1, 2, 4, 3, 0, 0, 0, 4, 0, 0, 1, 0, 2, 2, 0, 0, 1, 2, 1, 1, 1, 0, 0, 1, 0], [1, 1, 2, 4, 3, 0, 0, 0, 4, 0, 0, 1, 0, 2, 3, 0, 0, 1, 2, 2, 1, 1, 0, 0, 1, 0], [2, 1, 2, 4, 3, 0, 0, 0, 4, 0, 0, 3, 0, 2, 3, 0, 0, 1, 2, 2, 1, 1, 0, 0, 1, 0], [3, 1, 2, 4, 3, 0, 1, 2, 4, 0, 0, 4, 0, 2, 4, 0, 0, 1, 2, 3, 2, 1, 0, 0, 1, 0], [3, 1, 2, 4, 4, 0, 1, 3, 4, 0, 0, 4, 0, 2, 4, 0, 0, 1, 2, 4, 2, 1, 0, 0, 1, 0], [3, 1, 2, 4, 4, 0, 1, 3, 4, 0, 0, 4, 0, 2, 4, 1, 0, 1, 2, 4, 3, 1, 0, 0, 1, 0], [3, 2, 2, 4, 4, 0, 1, 3, 4, 0, 0, 4, 0, 2, 4, 1, 0, 1, 2, 4, 3, 1, 0, 0, 2, 0], [3, 2, 2, 4, 6, 0, 1, 3, 4, 0, 0, 4, 0, 2, 4, 1, 0, 2, 2, 4, 3, 1, 1, 0, 2, 0], [3, 2, 2, 4, 6, 1, 1, 3, 4, 0, 0, 4, 0, 2, 5, 1, 0, 2, 2, 4, 3, 1, 1, 0, 2, 0], [3, 2, 3, 4, 7, 1, 1, 3, 4, 0, 0, 4, 0, 3, 5, 1, 0, 3, 2, 5, 4, 1, 1, 0, 3, 0], [3, 2, 3, 4, 7, 1, 1, 4, 4, 0, 0, 4, 0, 3, 5, 1, 0, 3, 2, 6, 4, 1, 1, 0, 3, 0], [4, 2, 3, 4, 7, 1, 1, 4, 4, 0, 0, 4, 1, 5, 6, 1, 0, 4, 2, 6, 4, 1, 1, 0, 3, 0], [5, 2, 3, 5, 8, 1, 2, 4, 4, 0, 0, 5, 1, 7, 6, 1, 0, 4, 2, 6, 4, 1, 1, 0, 3, 0], [5, 2, 3, 5, 8, 1, 2, 4, 5, 0, 0, 5, 1, 8, 7, 1, 0, 4, 2, 7, 4, 1, 1, 0, 3, 0], [6, 2, 3, 5, 8, 1, 2, 4, 5, 0, 0, 5, 1, 8, 7, 1, 0, 4, 3, 7, 4, 1, 2, 0, 3, 0], [6, 2, 3, 5, 9, 1, 2, 4, 5, 0, 0, 5, 2, 8, 8, 1, 0, 4, 4, 7, 4, 1, 2, 0, 3, 0], [7, 2, 3, 5, 10, 1, 2, 4, 5, 0, 0, 6, 2, 8, 8, 1, 0, 5, 4, 8, 4, 1, 2, 0, 3, 0], [7, 2, 4, 5, 11, 1, 2, 4, 5, 0, 0, 6, 2, 9, 9, 1, 1, 5, 5, 9, 5, 1, 2, 0, 3, 0], [7, 2, 4, 5, 12, 1, 2, 5, 6, 0, 0, 6, 2, 9, 9, 1, 1, 6, 7, 9, 5, 1, 2, 0, 3, 0], [7, 2, 4, 5, 13, 1, 2, 5, 7, 0, 0, 6, 3, 9, 9, 1, 1, 6, 7, 10, 5, 1, 2, 0, 3, 0]]}, "config": {"num_sentences": 43652, "num_words": 23, "sentence": "divided considerably counties to all Although the up by were of century 16th Norman England into was some later conquest shires time formed", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0212", "problem_name": "task14_0212"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nMusical were that over of instruments are in evolved use and earlier different modern history quite their equivalents have time from periods often", "label": {"final": [7, 0, 1, 5, 21, 5, 0, 4, 11, 0, 0, 4, 5, 8, 8, 1, 2, 12, 7, 11, 5, 5, 1, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0], [1, 0, 1, 0, 2, 0, 0, 0, 1, 0, 0, 1, 1, 0, 0, 0, 0, 1, 1, 0, 1, 0, 1, 0, 0, 0], [2, 0, 1, 0, 2, 0, 0, 1, 1, 0, 0, 1, 1, 0, 0, 0, 0, 1, 1, 2, 1, 0, 1, 0, 0, 0], [2, 0, 1, 0, 3, 0, 0, 1, 1, 0, 0, 1, 1, 0, 1, 0, 0, 2, 1, 2, 1, 1, 1, 0, 0, 0], [2, 0, 1, 0, 3, 1, 0, 1, 1, 0, 0, 1, 1, 0, 2, 0, 0, 2, 1, 2, 1, 1, 1, 0, 0, 0], [2, 0, 1, 0, 4, 1, 0, 1, 2, 0, 0, 1, 2, 2, 2, 0, 0, 3, 3, 4, 2, 1, 1, 0, 0, 0], [3, 0, 1, 0, 5, 1, 0, 1, 2, 0, 0, 1, 2, 2, 2, 0, 0, 4, 3, 4, 2, 1, 1, 0, 0, 0], [3, 0, 1, 0, 5, 1, 0, 1, 3, 0, 0, 1, 2, 3, 2, 0, 0, 4, 3, 4, 2, 1, 1, 0, 0, 0], [3, 0, 1, 1, 7, 1, 0, 1, 3, 0, 0, 2, 2, 3, 3, 0, 0, 4, 3, 4, 2, 3, 1, 0, 0, 0], [3, 0, 1, 1, 8, 1, 0, 1, 3, 0, 0, 2, 2, 3, 3, 0, 0, 4, 4, 4, 3, 3, 1, 0, 0, 0], [4, 0, 1, 2, 8, 1, 0, 1, 3, 0, 0, 2, 2, 4, 3, 0, 0, 4, 4, 4, 3, 3, 1, 0, 0, 0], [5, 0, 1, 2, 10, 1, 0, 1, 4, 0, 0, 3, 2, 4, 3, 0, 0, 6, 4, 4, 3, 3, 1, 0, 0, 0], [5, 0, 1, 3, 12, 3, 0, 1, 5, 0, 0, 3, 2, 5, 3, 0, 0, 7, 4, 5, 3, 3, 1, 0, 0, 0], [5, 0, 1, 4, 13, 3, 0, 1, 5, 0, 0, 3, 3, 6, 4, 0, 0, 8, 4, 5, 3, 3, 1, 0, 0, 0], [5, 0, 1, 4, 13, 3, 0, 2, 6, 0, 0, 3, 3, 6, 5, 0, 0, 9, 5, 6, 3, 3, 1, 0, 1, 0], [5, 0, 1, 4, 14, 3, 0, 2, 7, 0, 0, 3, 3, 6, 5, 0, 1, 9, 5, 7, 4, 3, 1, 0, 1, 0], [5, 0, 1, 4, 15, 3, 0, 3, 8, 0, 0, 3, 3, 6, 5, 0, 1, 10, 5, 8, 4, 3, 1, 0, 1, 0], [6, 0, 1, 4, 17, 3, 0, 3, 9, 0, 0, 4, 3, 7, 5, 0, 2, 10, 6, 9, 5, 4, 1, 0, 1, 0], [7, 0, 1, 4, 18, 3, 0, 4, 9, 0, 0, 4, 3, 7, 5, 0, 2, 10, 6, 9, 5, 5, 1, 0, 1, 0], [7, 0, 1, 4, 19, 3, 0, 4, 10, 0, 0, 4, 4, 7, 5, 0, 2, 10, 6, 10, 5, 5, 1, 0, 1, 0], [7, 0, 1, 4, 19, 4, 0, 4, 10, 0, 0, 4, 5, 7, 6, 0, 2, 11, 6, 10, 5, 5, 1, 0, 1, 0], [7, 0, 1, 5, 20, 4, 0, 4, 11, 0, 0, 4, 5, 7, 7, 1, 2, 12, 7, 10, 5, 5, 1, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 23, "sentence": "Musical were that over of instruments are in evolved use and earlier different modern history quite their equivalents have time from periods often", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0213", "problem_name": "task14_0213"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nIn to income an vote the right allowing support eight broadened tax Party platform hour and women 1880 its day include Greenback for", "label": {"final": [9, 2, 3, 5, 10, 2, 4, 4, 7, 0, 1, 4, 3, 9, 10, 4, 0, 8, 2, 10, 3, 1, 2, 1, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 1, 0, 0, 0, 2, 0, 0, 0, 1, 2, 2, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 1, 0, 0, 0, 2, 0, 0, 0, 1, 3, 2, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 2, 0, 0, 0, 2, 0, 0, 0, 1, 3, 3, 0, 0, 0, 0, 2, 0, 1, 0, 0, 0, 0], [1, 0, 1, 0, 3, 0, 0, 1, 2, 0, 0, 0, 1, 3, 3, 0, 0, 0, 0, 3, 0, 1, 0, 0, 0, 0], [1, 0, 1, 0, 3, 0, 1, 2, 3, 0, 0, 0, 1, 3, 3, 0, 0, 1, 0, 4, 0, 1, 0, 0, 0, 0], [2, 0, 1, 0, 3, 0, 2, 2, 4, 0, 0, 2, 1, 4, 4, 0, 0, 1, 0, 4, 0, 1, 1, 0, 0, 0], [2, 0, 1, 0, 3, 0, 2, 2, 4, 0, 0, 2, 1, 4, 5, 2, 0, 2, 1, 5, 1, 1, 1, 0, 0, 0], [2, 0, 1, 0, 4, 0, 3, 3, 5, 0, 0, 2, 1, 4, 5, 2, 0, 2, 1, 6, 1, 1, 1, 0, 0, 0], [3, 1, 1, 2, 6, 0, 3, 3, 5, 0, 0, 2, 1, 5, 6, 2, 0, 3, 1, 6, 1, 1, 1, 0, 0, 0], [4, 1, 1, 2, 6, 0, 3, 3, 5, 0, 0, 2, 1, 5, 6, 2, 0, 3, 1, 7, 1, 1, 1, 1, 0, 0], [5, 1, 1, 2, 6, 0, 3, 3, 5, 0, 0, 2, 1, 5, 6, 3, 0, 4, 1, 8, 1, 1, 1, 1, 1, 0], [6, 1, 1, 2, 6, 1, 3, 3, 5, 0, 0, 3, 2, 5, 7, 4, 0, 5, 1, 9, 1, 1, 1, 1, 1, 0], [6, 1, 1, 2, 6, 1, 3, 4, 5, 0, 0, 3, 2, 5, 8, 4, 0, 6, 1, 9, 2, 1, 1, 1, 1, 0], [7, 1, 1, 3, 6, 1, 3, 4, 5, 0, 0, 3, 2, 6, 8, 4, 0, 6, 1, 9, 2, 1, 1, 1, 1, 0], [7, 1, 1, 3, 7, 1, 3, 4, 5, 0, 0, 3, 3, 7, 9, 4, 0, 6, 1, 9, 2, 1, 2, 1, 1, 0], [7, 1, 1, 3, 7, 1, 3, 4, 5, 0, 0, 3, 3, 7, 9, 4, 0, 6, 1, 9, 2, 1, 2, 1, 1, 0], [7, 1, 1, 3, 7, 1, 3, 4, 6, 0, 0, 3, 3, 7, 9, 4, 0, 6, 2, 10, 2, 1, 2, 1, 1, 0], [8, 1, 1, 4, 7, 1, 3, 4, 6, 0, 0, 3, 3, 7, 9, 4, 0, 6, 2, 10, 2, 1, 2, 1, 2, 0], [8, 1, 2, 5, 8, 1, 3, 4, 7, 0, 0, 4, 3, 8, 9, 4, 0, 6, 2, 10, 3, 1, 2, 1, 2, 0], [9, 2, 3, 5, 10, 1, 4, 4, 7, 0, 1, 4, 3, 9, 9, 4, 0, 7, 2, 10, 3, 1, 2, 1, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 23, "sentence": "In to income an vote the right allowing support eight broadened tax Party platform hour and women 1880 its day include Greenback for", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0214", "problem_name": "task14_0214"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\n1 to Since the 1991 200 more 4 units of 000 jobs led than and housing CVP wage creation living affordable have funds", "label": {"final": [7, 2, 3, 4, 8, 4, 3, 4, 6, 1, 0, 3, 1, 8, 7, 1, 0, 3, 5, 5, 3, 3, 1, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 2, 0, 0, 1, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 2, 0, 0, 1, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 2, 0, 0, 1, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 3, 0, 0, 1, 1, 0, 0, 0, 1, 1, 2, 0, 0, 1, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 3, 0, 0, 1, 1, 0, 0, 0, 1, 1, 2, 0, 0, 1, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 3, 0, 0, 1, 2, 0, 0, 0, 1, 2, 2, 0, 0, 1, 2, 3, 1, 0, 0, 0, 0, 0], [0, 0, 1, 0, 3, 1, 0, 1, 2, 0, 0, 0, 1, 2, 3, 0, 0, 1, 2, 3, 1, 0, 0, 0, 0, 0], [0, 0, 1, 0, 3, 1, 0, 1, 2, 0, 0, 0, 1, 2, 3, 0, 0, 1, 2, 3, 1, 0, 0, 0, 0, 0], [0, 1, 1, 0, 3, 1, 0, 1, 2, 1, 0, 0, 1, 2, 4, 0, 0, 1, 3, 3, 1, 0, 0, 0, 0, 0], [0, 1, 1, 1, 4, 1, 0, 1, 2, 1, 0, 1, 1, 2, 4, 0, 0, 1, 3, 3, 1, 0, 0, 0, 0, 0], [1, 1, 1, 1, 4, 1, 0, 2, 2, 1, 0, 1, 1, 3, 4, 0, 0, 1, 3, 4, 1, 0, 0, 0, 0, 0], [2, 1, 1, 2, 4, 1, 0, 2, 2, 1, 0, 1, 1, 4, 4, 0, 0, 1, 3, 4, 1, 0, 0, 0, 0, 0], [2, 1, 1, 2, 4, 1, 1, 3, 3, 1, 0, 1, 1, 5, 5, 0, 0, 1, 4, 4, 2, 0, 0, 0, 0, 0], [2, 1, 2, 2, 4, 1, 1, 3, 3, 1, 0, 1, 1, 5, 5, 1, 0, 1, 4, 4, 2, 1, 0, 0, 0, 0], [3, 1, 2, 2, 5, 1, 2, 3, 3, 1, 0, 1, 1, 5, 5, 1, 0, 1, 4, 4, 2, 1, 1, 0, 0, 0], [4, 1, 3, 2, 6, 1, 2, 3, 4, 1, 0, 1, 1, 6, 6, 1, 0, 2, 4, 5, 2, 1, 1, 0, 0, 0], [4, 1, 3, 2, 6, 1, 3, 3, 6, 1, 0, 2, 1, 7, 6, 1, 0, 2, 4, 5, 2, 2, 1, 0, 0, 0], [6, 2, 3, 3, 7, 3, 3, 3, 6, 1, 0, 3, 1, 7, 7, 1, 0, 3, 4, 5, 2, 2, 1, 0, 0, 0], [7, 2, 3, 3, 8, 3, 3, 4, 6, 1, 0, 3, 1, 7, 7, 1, 0, 3, 4, 5, 2, 3, 1, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 23, "sentence": "1 to Since the 1991 200 more 4 units of 000 jobs led than and housing CVP wage creation living affordable have funds", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0215", "problem_name": "task14_0215"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ntechnologies to CCP the aims China sector The over at developing new strengthen control science and attempts commission well spearhead as s technology", "label": {"final": [8, 0, 10, 3, 18, 0, 4, 7, 7, 0, 0, 6, 4, 11, 12, 4, 0, 5, 11, 13, 0, 2, 2, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 2, 0, 1, 1, 1, 0, 0, 1, 0, 1, 2, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 2, 0, 1, 1, 1, 0, 0, 1, 0, 1, 3, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 3, 0, 2, 0, 1, 1, 1, 0, 0, 1, 0, 1, 3, 1, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 3, 0, 3, 0, 1, 2, 1, 0, 0, 1, 0, 1, 3, 1, 0, 0, 1, 3, 0, 0, 0, 0, 0, 0], [1, 0, 3, 0, 3, 0, 1, 2, 2, 0, 0, 1, 1, 1, 3, 1, 0, 0, 2, 3, 0, 0, 0, 0, 0, 0], [2, 0, 4, 0, 3, 0, 1, 3, 3, 0, 0, 1, 1, 2, 3, 1, 0, 0, 2, 3, 0, 0, 0, 0, 0, 0], [2, 0, 5, 0, 4, 0, 1, 3, 3, 0, 0, 1, 1, 2, 4, 1, 0, 1, 3, 4, 0, 0, 0, 0, 0, 0], [2, 0, 5, 0, 5, 0, 1, 4, 3, 0, 0, 1, 1, 2, 4, 1, 0, 1, 3, 5, 0, 0, 0, 0, 0, 0], [2, 0, 5, 0, 6, 0, 1, 4, 3, 0, 0, 1, 1, 2, 5, 1, 0, 2, 3, 5, 0, 1, 0, 0, 0, 0], [3, 0, 5, 0, 6, 0, 1, 4, 3, 0, 0, 1, 1, 2, 5, 1, 0, 2, 3, 6, 0, 1, 0, 0, 0, 0], [3, 0, 5, 1, 8, 0, 2, 4, 4, 0, 0, 2, 1, 3, 6, 2, 0, 2, 3, 6, 0, 2, 0, 0, 0, 0], [3, 0, 5, 1, 9, 0, 2, 4, 4, 0, 0, 2, 1, 4, 6, 2, 0, 2, 3, 6, 0, 2, 1, 0, 0, 0], [3, 0, 5, 1, 11, 0, 3, 5, 4, 0, 0, 2, 1, 6, 6, 2, 0, 3, 4, 8, 0, 2, 1, 0, 0, 0], [3, 0, 6, 1, 11, 0, 3, 5, 4, 0, 0, 3, 1, 7, 8, 2, 0, 4, 4, 9, 0, 2, 1, 0, 0, 0], [3, 0, 8, 1, 13, 0, 3, 5, 5, 0, 0, 3, 1, 8, 8, 2, 0, 4, 5, 9, 0, 2, 1, 0, 0, 0], [4, 0, 8, 2, 13, 0, 3, 5, 5, 0, 0, 3, 1, 9, 8, 2, 0, 4, 5, 9, 0, 2, 1, 0, 0, 0], [5, 0, 8, 2, 14, 0, 3, 5, 5, 0, 0, 3, 2, 9, 8, 3, 0, 4, 6, 12, 0, 2, 1, 0, 0, 0], [5, 0, 9, 2, 14, 0, 3, 5, 7, 0, 0, 3, 4, 10, 10, 3, 0, 4, 8, 12, 0, 2, 1, 0, 0, 0], [5, 0, 9, 2, 15, 0, 3, 5, 7, 0, 0, 5, 4, 10, 10, 3, 0, 4, 8, 12, 0, 2, 2, 0, 0, 0], [7, 0, 9, 3, 17, 0, 3, 6, 7, 0, 0, 5, 4, 10, 10, 4, 0, 5, 9, 12, 0, 2, 2, 0, 0, 0], [8, 0, 9, 3, 17, 0, 3, 6, 7, 0, 0, 5, 4, 10, 10, 4, 0, 5, 10, 12, 0, 2, 2, 0, 0, 0], [8, 0, 9, 3, 17, 0, 3, 6, 7, 0, 0, 5, 4, 10, 10, 4, 0, 5, 11, 12, 0, 2, 2, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 23, "sentence": "technologies to CCP the aims China sector The over at developing new strengthen control science and attempts commission well spearhead as s technology", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0216", "problem_name": "task14_0216"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nthe extended started followed never with a developed similar An in market production and Kingdom battle patent United for commercial home planned technology", "label": {"final": [10, 1, 4, 11, 19, 2, 2, 4, 8, 0, 2, 8, 6, 12, 11, 4, 0, 7, 2, 13, 2, 2, 2, 1, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 2, 4, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 2, 0, 0, 0, 1, 0, 0], [1, 0, 0, 3, 5, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 1, 4, 0, 0, 0, 1, 0, 0], [1, 0, 0, 4, 6, 1, 0, 1, 0, 0, 0, 2, 0, 1, 2, 0, 0, 1, 1, 4, 0, 0, 1, 1, 0, 0], [1, 0, 0, 4, 8, 1, 0, 1, 0, 0, 0, 2, 0, 2, 2, 0, 0, 2, 1, 4, 0, 1, 1, 1, 0, 0], [1, 0, 0, 4, 8, 1, 0, 2, 1, 0, 0, 2, 0, 2, 2, 0, 0, 2, 1, 5, 0, 1, 2, 1, 0, 0], [2, 0, 0, 4, 8, 1, 0, 2, 1, 0, 0, 2, 0, 2, 2, 0, 0, 2, 1, 5, 0, 1, 2, 1, 0, 0], [2, 0, 0, 6, 11, 1, 0, 2, 1, 0, 0, 3, 0, 2, 3, 1, 0, 2, 1, 5, 0, 2, 2, 1, 0, 0], [3, 0, 0, 6, 11, 1, 0, 2, 3, 0, 0, 4, 1, 2, 3, 1, 0, 3, 2, 5, 0, 2, 2, 1, 0, 0], [4, 0, 0, 6, 11, 1, 0, 2, 3, 0, 0, 4, 1, 3, 3, 1, 0, 3, 2, 5, 0, 2, 2, 1, 0, 0], [4, 0, 0, 6, 11, 1, 0, 2, 4, 0, 0, 4, 1, 4, 3, 1, 0, 3, 2, 5, 0, 2, 2, 1, 0, 0], [5, 0, 0, 6, 12, 1, 0, 2, 4, 0, 1, 4, 2, 4, 3, 1, 0, 4, 2, 6, 0, 2, 2, 1, 0, 0], [5, 0, 1, 7, 12, 1, 0, 2, 5, 0, 1, 4, 2, 5, 5, 2, 0, 5, 2, 7, 1, 2, 2, 1, 0, 0], [6, 0, 1, 8, 12, 1, 0, 2, 5, 0, 1, 4, 2, 6, 5, 2, 0, 5, 2, 7, 1, 2, 2, 1, 0, 0], [6, 0, 1, 9, 12, 1, 1, 2, 6, 0, 2, 4, 3, 7, 6, 2, 0, 5, 2, 7, 1, 2, 2, 1, 0, 0], [7, 1, 1, 9, 13, 1, 1, 2, 6, 0, 2, 5, 3, 7, 6, 2, 0, 5, 2, 9, 1, 2, 2, 1, 0, 0], [8, 1, 1, 9, 14, 1, 1, 2, 6, 0, 2, 5, 3, 8, 6, 3, 0, 5, 2, 11, 1, 2, 2, 1, 0, 0], [8, 1, 1, 10, 15, 1, 1, 2, 7, 0, 2, 5, 3, 9, 6, 3, 0, 5, 2, 12, 2, 2, 2, 1, 0, 0], [8, 1, 1, 10, 15, 2, 1, 2, 7, 0, 2, 5, 3, 9, 7, 3, 0, 6, 2, 12, 2, 2, 2, 1, 0, 0], [9, 1, 3, 10, 16, 2, 1, 2, 8, 0, 2, 6, 5, 9, 8, 3, 0, 7, 2, 12, 2, 2, 2, 1, 0, 0], [9, 1, 3, 10, 17, 2, 1, 3, 8, 0, 2, 6, 6, 9, 9, 3, 0, 7, 2, 12, 2, 2, 2, 1, 0, 0], [10, 1, 3, 11, 18, 2, 1, 3, 8, 0, 2, 7, 6, 11, 9, 4, 0, 7, 2, 12, 2, 2, 2, 1, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 23, "sentence": "the extended started followed never with a developed similar An in market production and Kingdom battle patent United for commercial home planned technology", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0217", "problem_name": "task14_0217"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nto Her the coordinated progress by Parliamentary of Senator Nogueira Enquiry CPI task Ciro monitor Cachoeira was Commission as case such committees for", "label": {"final": [12, 1, 9, 2, 12, 2, 2, 4, 11, 0, 1, 1, 6, 7, 15, 3, 1, 13, 11, 9, 3, 0, 1, 0, 3, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 2, 0, 0, 2, 0, 0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 2, 0, 0, 0, 0, 0, 0], [1, 0, 1, 2, 3, 0, 0, 2, 1, 0, 0, 0, 0, 1, 3, 0, 0, 2, 0, 3, 0, 0, 0, 0, 0, 0], [1, 0, 1, 2, 4, 0, 1, 2, 1, 0, 0, 0, 0, 1, 4, 1, 0, 4, 2, 3, 0, 0, 0, 0, 0, 0], [1, 1, 1, 2, 4, 0, 1, 2, 1, 0, 0, 0, 0, 1, 4, 1, 0, 4, 2, 3, 0, 0, 0, 0, 1, 0], [4, 1, 1, 2, 5, 0, 1, 2, 2, 0, 0, 1, 1, 2, 4, 2, 0, 6, 2, 4, 0, 0, 0, 0, 2, 0], [4, 1, 1, 2, 5, 1, 1, 2, 2, 0, 0, 1, 1, 2, 5, 2, 0, 6, 2, 4, 0, 0, 0, 0, 2, 0], [5, 1, 1, 2, 6, 1, 1, 2, 2, 0, 0, 1, 1, 3, 6, 2, 0, 7, 3, 5, 0, 0, 0, 0, 2, 0], [6, 1, 1, 2, 7, 1, 2, 2, 3, 0, 0, 1, 1, 4, 7, 2, 0, 8, 3, 5, 1, 0, 0, 0, 2, 0], [6, 1, 1, 2, 8, 1, 2, 2, 4, 0, 0, 1, 1, 5, 7, 2, 1, 9, 3, 5, 2, 0, 0, 0, 3, 0], [6, 1, 2, 2, 8, 1, 2, 2, 5, 0, 0, 1, 1, 5, 7, 3, 1, 9, 3, 5, 2, 0, 0, 0, 3, 0], [7, 1, 2, 2, 8, 1, 2, 2, 5, 0, 1, 1, 1, 5, 7, 3, 1, 9, 4, 6, 2, 0, 0, 0, 3, 0], [7, 1, 3, 2, 8, 1, 2, 2, 6, 0, 1, 1, 1, 5, 8, 3, 1, 10, 4, 6, 2, 0, 0, 0, 3, 0], [7, 1, 3, 2, 8, 1, 2, 2, 7, 0, 1, 1, 2, 6, 10, 3, 1, 11, 4, 7, 2, 0, 0, 0, 3, 0], [9, 1, 5, 2, 9, 1, 2, 3, 8, 0, 1, 1, 2, 6, 11, 3, 1, 12, 4, 7, 2, 0, 0, 0, 3, 0], [10, 1, 5, 2, 9, 1, 2, 3, 8, 0, 1, 1, 2, 6, 11, 3, 1, 12, 5, 7, 2, 0, 1, 0, 3, 0], [10, 1, 6, 2, 9, 1, 2, 3, 10, 0, 1, 1, 4, 7, 13, 3, 1, 12, 7, 7, 2, 0, 1, 0, 3, 0], [11, 1, 6, 2, 9, 1, 2, 3, 10, 0, 1, 1, 4, 7, 13, 3, 1, 12, 8, 7, 2, 0, 1, 0, 3, 0], [12, 1, 7, 2, 10, 1, 2, 3, 10, 0, 1, 1, 4, 7, 13, 3, 1, 12, 9, 7, 2, 0, 1, 0, 3, 0], [12, 1, 8, 2, 10, 1, 2, 4, 10, 0, 1, 1, 4, 7, 13, 3, 1, 12, 10, 7, 3, 0, 1, 0, 3, 0], [12, 1, 9, 2, 12, 1, 2, 4, 11, 0, 1, 1, 6, 7, 14, 3, 1, 12, 11, 9, 3, 0, 1, 0, 3, 0]]}, "config": {"num_sentences": 43652, "num_words": 23, "sentence": "to Her the coordinated progress by Parliamentary of Senator Nogueira Enquiry CPI task Ciro monitor Cachoeira was Commission as case such committees for", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0218", "problem_name": "task14_0218"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nto heat had be first the 5000 this of her she night race was second day won qualifying On already metres final for", "label": {"final": [9, 1, 2, 4, 10, 5, 2, 7, 6, 0, 0, 3, 1, 6, 6, 0, 1, 6, 6, 7, 1, 0, 2, 0, 3, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 1, 0, 0, 2, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [2, 1, 0, 1, 2, 0, 0, 2, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [2, 1, 0, 1, 2, 1, 0, 2, 1, 0, 0, 0, 0, 0, 1, 0, 0, 1, 1, 3, 0, 0, 0, 0, 0, 0], [2, 1, 0, 1, 3, 1, 0, 3, 1, 0, 0, 0, 0, 0, 1, 0, 0, 1, 1, 4, 0, 0, 0, 0, 0, 0], [2, 1, 0, 1, 3, 1, 0, 3, 1, 0, 0, 0, 0, 0, 1, 0, 0, 1, 1, 4, 0, 0, 0, 0, 0, 0], [2, 1, 0, 1, 3, 1, 0, 4, 2, 0, 0, 0, 0, 0, 1, 0, 0, 1, 2, 5, 0, 0, 0, 0, 0, 0], [2, 1, 0, 1, 3, 2, 0, 4, 2, 0, 0, 0, 0, 0, 2, 0, 0, 1, 2, 5, 0, 0, 0, 0, 0, 0], [2, 1, 0, 1, 4, 2, 0, 5, 2, 0, 0, 0, 0, 0, 2, 0, 0, 2, 2, 5, 0, 0, 0, 0, 0, 0], [2, 1, 0, 1, 5, 2, 0, 6, 2, 0, 0, 0, 0, 0, 2, 0, 0, 2, 3, 5, 0, 0, 0, 0, 0, 0], [2, 1, 0, 1, 5, 2, 1, 7, 3, 0, 0, 0, 0, 1, 2, 0, 0, 2, 3, 6, 0, 0, 0, 0, 0, 0], [3, 1, 1, 1, 6, 2, 1, 7, 3, 0, 0, 0, 0, 1, 2, 0, 0, 3, 3, 6, 0, 0, 0, 0, 0, 0], [4, 1, 1, 1, 6, 2, 1, 7, 3, 0, 0, 0, 0, 1, 2, 0, 0, 3, 4, 6, 0, 0, 1, 0, 0, 0], [4, 1, 2, 2, 7, 2, 1, 7, 3, 0, 0, 0, 0, 2, 3, 0, 0, 3, 5, 6, 0, 0, 1, 0, 0, 0], [5, 1, 2, 3, 7, 2, 1, 7, 3, 0, 0, 0, 0, 2, 3, 0, 0, 3, 5, 6, 0, 0, 1, 0, 1, 0], [5, 1, 2, 3, 7, 2, 1, 7, 3, 0, 0, 0, 0, 3, 4, 0, 0, 3, 5, 6, 0, 0, 2, 0, 1, 0], [6, 1, 2, 3, 7, 3, 2, 7, 5, 0, 0, 1, 0, 4, 4, 0, 1, 3, 5, 6, 1, 0, 2, 0, 2, 0], [6, 1, 2, 3, 7, 3, 2, 7, 5, 0, 0, 1, 0, 5, 5, 0, 1, 3, 5, 6, 1, 0, 2, 0, 2, 0], [8, 1, 2, 4, 8, 3, 2, 7, 5, 0, 0, 2, 0, 5, 5, 0, 1, 4, 5, 6, 1, 0, 2, 0, 3, 0], [8, 1, 2, 4, 10, 3, 2, 7, 5, 0, 0, 2, 1, 5, 5, 0, 1, 5, 6, 7, 1, 0, 2, 0, 3, 0], [9, 1, 2, 4, 10, 4, 2, 7, 6, 0, 0, 3, 1, 6, 5, 0, 1, 5, 6, 7, 1, 0, 2, 0, 3, 0]]}, "config": {"num_sentences": 43652, "num_words": 23, "sentence": "to heat had be first the 5000 this of her she night race was second day won qualifying On already metres final for", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0219", "problem_name": "task14_0219"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nDay F406 yellow the frenzy of with a Blossom white painted in May and faintest was Theo on mass impastos original Orchard for lilac", "label": {"final": [12, 1, 2, 4, 7, 5, 1, 5, 9, 0, 0, 6, 4, 7, 10, 2, 0, 5, 8, 8, 0, 0, 4, 0, 4, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0], [1, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 2, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 2, 0], [1, 0, 0, 1, 2, 1, 0, 1, 0, 0, 0, 2, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 1, 0, 2, 0], [1, 0, 0, 1, 3, 2, 0, 1, 0, 0, 0, 2, 0, 1, 1, 0, 0, 1, 0, 1, 0, 0, 1, 0, 3, 1], [1, 0, 0, 1, 3, 3, 0, 1, 0, 0, 0, 2, 0, 1, 2, 0, 0, 1, 0, 1, 0, 0, 1, 0, 3, 1], [1, 0, 0, 1, 3, 3, 0, 2, 1, 0, 0, 2, 0, 1, 2, 0, 0, 1, 0, 2, 0, 0, 2, 0, 3, 1], [2, 0, 0, 1, 3, 3, 0, 2, 1, 0, 0, 2, 0, 1, 2, 0, 0, 1, 0, 2, 0, 0, 2, 0, 3, 1], [2, 1, 0, 1, 3, 3, 0, 2, 1, 0, 0, 3, 1, 1, 4, 0, 0, 1, 2, 2, 0, 0, 2, 0, 3, 1], [2, 1, 0, 1, 4, 3, 0, 3, 2, 0, 0, 3, 1, 1, 4, 0, 0, 1, 2, 3, 0, 0, 3, 0, 3, 1], [3, 1, 0, 2, 5, 3, 0, 3, 3, 0, 0, 3, 1, 2, 4, 1, 0, 1, 2, 4, 0, 0, 3, 0, 3, 1], [3, 1, 0, 2, 5, 3, 0, 3, 4, 0, 0, 3, 1, 3, 4, 1, 0, 1, 2, 4, 0, 0, 3, 0, 3, 1], [4, 1, 0, 2, 5, 3, 0, 3, 4, 0, 0, 3, 2, 3, 4, 1, 0, 1, 2, 4, 0, 0, 3, 0, 4, 1], [5, 1, 0, 3, 5, 3, 0, 3, 4, 0, 0, 3, 2, 4, 4, 1, 0, 1, 2, 4, 0, 0, 3, 0, 4, 1], [6, 1, 0, 3, 6, 4, 0, 3, 5, 0, 0, 3, 2, 5, 4, 1, 0, 1, 3, 6, 0, 0, 3, 0, 4, 1], [7, 1, 0, 3, 6, 4, 0, 3, 5, 0, 0, 3, 2, 5, 4, 1, 0, 1, 4, 6, 0, 0, 4, 0, 4, 1], [7, 1, 0, 3, 7, 4, 0, 4, 5, 0, 0, 3, 2, 5, 5, 1, 0, 1, 4, 7, 0, 0, 4, 0, 4, 1], [7, 1, 0, 3, 7, 4, 0, 4, 5, 0, 0, 3, 2, 6, 6, 1, 0, 1, 4, 7, 0, 0, 4, 0, 4, 1], [8, 1, 0, 3, 7, 4, 0, 4, 5, 0, 0, 3, 3, 6, 6, 1, 0, 1, 6, 7, 0, 0, 4, 0, 4, 1], [9, 1, 0, 3, 7, 4, 0, 4, 6, 0, 0, 3, 4, 6, 7, 2, 0, 1, 8, 8, 0, 0, 4, 0, 4, 1], [10, 1, 0, 3, 7, 4, 1, 4, 8, 0, 0, 4, 4, 7, 8, 2, 0, 2, 8, 8, 0, 0, 4, 0, 4, 1], [11, 1, 1, 4, 7, 4, 1, 5, 8, 0, 0, 4, 4, 7, 9, 2, 0, 4, 8, 8, 0, 0, 4, 0, 4, 1], [11, 1, 1, 4, 7, 5, 1, 5, 8, 0, 0, 4, 4, 7, 10, 2, 0, 5, 8, 8, 0, 0, 4, 0, 4, 1]]}, "config": {"num_sentences": 43652, "num_words": 24, "sentence": "Day F406 yellow the frenzy of with a Blossom white painted in May and faintest was Theo on mass impastos original Orchard for lilac", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0220", "problem_name": "task14_0220"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nan the by follow other way that allows with look clarify or round it then and can start theory This explaining author behind example", "label": {"final": [11, 2, 2, 3, 8, 2, 1, 9, 7, 0, 1, 8, 1, 8, 10, 2, 0, 7, 3, 12, 2, 0, 4, 2, 4, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 1, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0], [1, 1, 0, 0, 1, 1, 0, 1, 0, 0, 0, 2, 0, 1, 2, 0, 0, 0, 0, 1, 0, 0, 1, 0, 1, 0], [1, 1, 0, 0, 2, 1, 0, 2, 0, 0, 0, 2, 0, 1, 3, 0, 0, 1, 0, 2, 0, 0, 1, 0, 1, 0], [2, 1, 0, 0, 2, 1, 0, 2, 0, 0, 0, 2, 0, 1, 3, 0, 0, 1, 0, 2, 0, 0, 2, 0, 2, 0], [3, 1, 0, 0, 2, 1, 0, 3, 0, 0, 0, 2, 0, 1, 3, 0, 0, 1, 0, 4, 0, 0, 2, 0, 2, 0], [4, 1, 0, 0, 2, 1, 0, 3, 0, 0, 0, 4, 0, 1, 4, 0, 0, 1, 1, 4, 0, 0, 3, 0, 2, 0], [4, 1, 0, 0, 2, 1, 0, 4, 1, 0, 0, 4, 0, 1, 4, 0, 0, 1, 1, 5, 0, 0, 4, 0, 2, 0], [4, 1, 0, 0, 2, 1, 0, 4, 1, 0, 1, 5, 0, 1, 6, 0, 0, 1, 1, 5, 0, 0, 4, 0, 2, 0], [5, 1, 1, 0, 2, 2, 0, 4, 2, 0, 1, 6, 0, 1, 6, 0, 0, 2, 1, 5, 0, 0, 4, 0, 3, 0], [5, 1, 1, 0, 2, 2, 0, 4, 2, 0, 1, 6, 0, 1, 7, 0, 0, 3, 1, 5, 0, 0, 4, 0, 3, 0], [5, 1, 1, 1, 2, 2, 0, 4, 2, 0, 1, 6, 0, 2, 8, 0, 0, 4, 1, 5, 1, 0, 4, 0, 3, 0], [5, 1, 1, 1, 2, 2, 0, 4, 3, 0, 1, 6, 0, 2, 8, 0, 0, 4, 1, 6, 1, 0, 4, 0, 3, 0], [5, 1, 1, 1, 3, 2, 0, 5, 3, 0, 1, 6, 0, 3, 8, 0, 0, 4, 1, 7, 1, 0, 4, 0, 3, 0], [6, 1, 1, 2, 3, 2, 0, 5, 3, 0, 1, 6, 0, 4, 8, 0, 0, 4, 1, 7, 1, 0, 4, 0, 3, 0], [7, 1, 2, 2, 3, 2, 0, 5, 3, 0, 1, 6, 0, 5, 8, 0, 0, 4, 1, 7, 1, 0, 4, 0, 3, 0], [8, 1, 2, 2, 3, 2, 0, 5, 3, 0, 1, 6, 0, 5, 8, 0, 0, 5, 2, 9, 1, 0, 4, 0, 3, 0], [8, 1, 2, 2, 4, 2, 0, 6, 3, 0, 1, 6, 0, 5, 9, 0, 0, 6, 2, 10, 1, 0, 4, 0, 4, 0], [8, 1, 2, 2, 4, 2, 0, 7, 4, 0, 1, 6, 0, 5, 9, 0, 0, 6, 3, 11, 1, 0, 4, 0, 4, 0], [9, 1, 2, 2, 5, 2, 1, 7, 6, 0, 1, 7, 0, 7, 9, 1, 0, 6, 3, 11, 1, 0, 4, 1, 4, 0], [10, 1, 2, 2, 5, 2, 1, 8, 6, 0, 1, 7, 0, 7, 10, 1, 0, 7, 3, 12, 2, 0, 4, 1, 4, 0], [10, 2, 2, 3, 6, 2, 1, 9, 7, 0, 1, 7, 0, 8, 10, 1, 0, 7, 3, 12, 2, 0, 4, 1, 4, 0]]}, "config": {"num_sentences": 43652, "num_words": 24, "sentence": "an the by follow other way that allows with look clarify or round it then and can start theory This explaining author behind example", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0221", "problem_name": "task14_0221"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nsexual legs East dimorphism with overall size horn like narrow turs are development but in bodies and short large significant goat animals show Caucasian", "label": {"final": [14, 2, 3, 4, 12, 1, 4, 5, 12, 0, 1, 8, 4, 9, 9, 2, 0, 9, 12, 8, 4, 2, 3, 1, 0, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 1, 0, 0], [1, 0, 0, 0, 2, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 2, 0, 1, 0, 0, 1, 0, 0], [2, 0, 0, 0, 3, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 3, 1, 1, 0, 0, 1, 0, 0], [2, 0, 0, 1, 3, 0, 1, 1, 2, 0, 0, 2, 2, 0, 1, 1, 0, 1, 4, 1, 1, 0, 0, 1, 0, 0], [2, 0, 0, 1, 3, 0, 1, 2, 3, 0, 0, 2, 2, 0, 1, 1, 0, 1, 4, 2, 1, 0, 1, 1, 0, 0], [3, 0, 0, 1, 4, 0, 1, 2, 3, 0, 0, 4, 2, 0, 2, 1, 0, 2, 4, 2, 1, 1, 1, 1, 0, 0], [3, 0, 0, 1, 5, 0, 1, 2, 4, 0, 0, 4, 2, 0, 2, 1, 0, 2, 5, 2, 1, 1, 1, 1, 0, 1], [3, 0, 0, 1, 5, 0, 1, 3, 4, 0, 0, 4, 2, 1, 3, 1, 0, 3, 5, 2, 1, 1, 1, 1, 0, 1], [3, 0, 0, 1, 6, 0, 1, 3, 5, 0, 1, 5, 2, 1, 3, 1, 0, 3, 5, 2, 1, 1, 1, 1, 0, 1], [4, 0, 0, 1, 6, 0, 1, 3, 5, 0, 1, 5, 2, 2, 4, 1, 0, 5, 5, 2, 1, 1, 2, 1, 0, 1], [4, 0, 0, 1, 6, 0, 1, 3, 5, 0, 1, 5, 2, 2, 4, 1, 0, 6, 6, 3, 2, 1, 2, 1, 0, 1], [5, 0, 0, 1, 7, 0, 1, 3, 5, 0, 1, 5, 2, 2, 4, 1, 0, 7, 6, 3, 2, 1, 2, 1, 0, 1], [5, 0, 0, 2, 10, 0, 1, 3, 5, 0, 1, 6, 3, 3, 5, 2, 0, 7, 6, 4, 2, 2, 2, 1, 0, 1], [5, 1, 0, 2, 10, 0, 1, 3, 5, 0, 1, 6, 3, 3, 5, 2, 0, 7, 6, 5, 3, 2, 2, 1, 0, 1], [5, 1, 0, 2, 10, 0, 1, 3, 6, 0, 1, 6, 3, 4, 5, 2, 0, 7, 6, 5, 3, 2, 2, 1, 0, 1], [5, 2, 0, 3, 11, 0, 1, 3, 7, 0, 1, 6, 3, 4, 6, 2, 0, 7, 7, 5, 3, 2, 2, 1, 0, 1], [6, 2, 0, 4, 11, 0, 1, 3, 7, 0, 1, 6, 3, 5, 6, 2, 0, 7, 7, 5, 3, 2, 2, 1, 0, 1], [6, 2, 0, 4, 11, 0, 1, 4, 7, 0, 1, 6, 3, 5, 7, 2, 0, 8, 8, 6, 3, 2, 2, 1, 0, 1], [7, 2, 0, 4, 12, 0, 2, 4, 7, 0, 1, 7, 3, 5, 7, 2, 0, 9, 8, 6, 3, 2, 2, 1, 0, 1], [8, 2, 1, 4, 12, 1, 3, 4, 10, 0, 1, 7, 3, 7, 7, 2, 0, 9, 9, 7, 3, 2, 2, 1, 0, 1], [9, 2, 1, 4, 12, 1, 4, 4, 10, 0, 1, 7, 3, 7, 8, 2, 0, 9, 9, 8, 3, 2, 2, 1, 0, 1], [11, 2, 1, 4, 12, 1, 4, 4, 11, 0, 1, 8, 4, 8, 8, 2, 0, 9, 10, 8, 3, 2, 2, 1, 0, 1], [11, 2, 1, 4, 12, 1, 4, 5, 11, 0, 1, 8, 4, 8, 9, 2, 0, 9, 11, 8, 3, 2, 3, 1, 0, 1]]}, "config": {"num_sentences": 43652, "num_words": 24, "sentence": "sexual legs East dimorphism with overall size horn like narrow turs are development but in bodies and short large significant goat animals show Caucasian", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0222", "problem_name": "task14_0222"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nmain activity to the one diversified farm but crops production corn and was agricultural as such hay on later livestock farming At time include", "label": {"final": [12, 1, 8, 5, 8, 3, 2, 3, 12, 0, 1, 5, 4, 8, 8, 2, 0, 9, 6, 11, 6, 3, 1, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [2, 0, 1, 0, 0, 0, 0, 0, 3, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 2, 0, 1, 0, 0, 1, 0], [2, 0, 1, 0, 0, 0, 0, 0, 3, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 3, 0, 1, 0, 0, 1, 0], [2, 0, 1, 0, 1, 0, 0, 1, 3, 0, 0, 0, 1, 1, 1, 0, 0, 0, 0, 4, 0, 1, 0, 0, 1, 0], [2, 0, 1, 0, 2, 0, 0, 1, 3, 0, 0, 0, 1, 2, 2, 0, 0, 0, 0, 4, 0, 1, 0, 0, 1, 0], [2, 0, 1, 2, 4, 1, 0, 1, 6, 0, 0, 0, 1, 2, 2, 0, 0, 1, 1, 4, 0, 2, 0, 0, 1, 0], [3, 0, 1, 2, 4, 2, 0, 1, 6, 0, 0, 0, 2, 2, 2, 0, 0, 2, 1, 4, 0, 2, 0, 0, 1, 0], [3, 1, 1, 2, 4, 2, 0, 1, 6, 0, 0, 0, 2, 2, 2, 0, 0, 2, 1, 5, 1, 2, 0, 0, 1, 0], [3, 1, 2, 2, 4, 2, 0, 1, 6, 0, 0, 0, 2, 2, 3, 1, 0, 3, 2, 5, 1, 2, 0, 0, 1, 0], [3, 1, 3, 3, 4, 2, 0, 1, 7, 0, 0, 0, 2, 3, 5, 2, 0, 4, 2, 6, 2, 2, 0, 0, 1, 0], [3, 1, 4, 3, 4, 2, 0, 1, 7, 0, 0, 0, 2, 4, 6, 2, 0, 5, 2, 6, 2, 2, 0, 0, 1, 0], [4, 1, 4, 4, 4, 2, 0, 1, 7, 0, 0, 0, 2, 5, 6, 2, 0, 5, 2, 6, 2, 2, 0, 0, 1, 0], [5, 1, 4, 4, 4, 2, 0, 1, 7, 0, 0, 0, 2, 5, 6, 2, 0, 5, 3, 6, 2, 2, 1, 0, 1, 0], [7, 1, 5, 4, 4, 2, 1, 1, 8, 0, 0, 2, 2, 5, 6, 2, 0, 7, 3, 7, 4, 2, 1, 0, 1, 0], [8, 1, 5, 4, 4, 2, 1, 1, 8, 0, 0, 2, 2, 5, 6, 2, 0, 7, 4, 7, 4, 2, 1, 0, 1, 0], [8, 1, 6, 4, 4, 2, 1, 2, 8, 0, 0, 2, 2, 5, 6, 2, 0, 7, 5, 7, 5, 2, 1, 0, 1, 0], [9, 1, 6, 4, 4, 2, 1, 3, 8, 0, 0, 2, 2, 5, 6, 2, 0, 7, 5, 7, 5, 2, 1, 0, 2, 0], [9, 1, 6, 4, 4, 2, 1, 3, 8, 0, 0, 2, 2, 6, 7, 2, 0, 7, 5, 7, 5, 2, 1, 0, 2, 0], [10, 1, 6, 4, 5, 2, 1, 3, 8, 0, 0, 3, 2, 6, 7, 2, 0, 8, 5, 8, 5, 2, 1, 0, 2, 0], [10, 1, 7, 4, 6, 2, 1, 3, 9, 0, 1, 4, 2, 6, 8, 2, 0, 8, 6, 9, 5, 3, 1, 0, 2, 0], [11, 1, 7, 4, 6, 3, 2, 3, 10, 0, 1, 4, 3, 7, 8, 2, 0, 9, 6, 9, 5, 3, 1, 0, 2, 0], [12, 1, 7, 4, 6, 3, 2, 3, 10, 0, 1, 4, 3, 7, 8, 2, 0, 9, 6, 10, 5, 3, 1, 0, 2, 0], [12, 1, 7, 4, 7, 3, 2, 3, 11, 0, 1, 4, 4, 7, 8, 2, 0, 9, 6, 11, 5, 3, 1, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 24, "sentence": "main activity to the one diversified farm but crops production corn and was agricultural as such hay on later livestock farming At time include", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0223", "problem_name": "task14_0223"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\ncontest the there world famously no one most of Osmel it directors Venezuela participation about in influential said national s question is Sousa Miss", "label": {"final": [10, 1, 3, 3, 12, 3, 0, 2, 13, 0, 0, 7, 4, 11, 14, 2, 1, 5, 13, 13, 6, 1, 1, 0, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 2, 0, 0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 3, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 4, 0, 0, 2, 0, 0, 0, 0, 0, 1, 1, 0, 0, 1, 1, 4, 0, 0, 0, 0, 0, 0], [0, 0, 1, 1, 4, 0, 0, 2, 0, 0, 0, 1, 0, 1, 2, 0, 0, 2, 1, 4, 0, 0, 1, 0, 0, 0], [1, 0, 1, 1, 4, 1, 0, 2, 0, 0, 0, 2, 1, 1, 3, 0, 0, 2, 2, 4, 1, 0, 1, 0, 1, 0], [1, 0, 1, 1, 4, 1, 0, 2, 0, 0, 0, 2, 1, 2, 4, 0, 0, 2, 2, 4, 1, 0, 1, 0, 1, 0], [1, 0, 1, 1, 5, 1, 0, 2, 0, 0, 0, 2, 1, 3, 5, 0, 0, 2, 2, 4, 1, 0, 1, 0, 1, 0], [1, 0, 1, 1, 5, 1, 0, 2, 0, 0, 0, 2, 2, 3, 6, 0, 0, 2, 3, 5, 1, 0, 1, 0, 1, 0], [1, 0, 1, 1, 5, 2, 0, 2, 0, 0, 0, 2, 2, 3, 7, 0, 0, 2, 3, 5, 1, 0, 1, 0, 1, 0], [1, 0, 1, 1, 6, 2, 0, 2, 0, 0, 0, 3, 3, 3, 8, 0, 0, 2, 4, 5, 1, 0, 1, 0, 1, 0], [1, 0, 1, 1, 6, 2, 0, 2, 1, 0, 0, 3, 3, 3, 8, 0, 0, 2, 4, 6, 1, 0, 1, 0, 1, 0], [1, 0, 2, 2, 7, 2, 0, 2, 2, 0, 0, 3, 3, 3, 9, 0, 0, 4, 5, 7, 1, 0, 1, 0, 1, 0], [2, 0, 2, 2, 10, 2, 0, 2, 2, 0, 0, 4, 3, 4, 9, 0, 0, 4, 5, 7, 2, 1, 1, 0, 1, 1], [4, 0, 3, 2, 10, 2, 0, 2, 5, 0, 0, 4, 3, 5, 10, 2, 0, 5, 5, 9, 2, 1, 1, 0, 1, 1], [5, 1, 3, 2, 10, 2, 0, 2, 5, 0, 0, 4, 3, 5, 11, 2, 0, 5, 5, 10, 3, 1, 1, 0, 1, 1], [5, 1, 3, 2, 10, 2, 0, 2, 6, 0, 0, 4, 3, 6, 11, 2, 0, 5, 5, 10, 3, 1, 1, 0, 1, 1], [6, 1, 3, 2, 11, 3, 0, 2, 8, 0, 0, 6, 3, 8, 11, 2, 0, 5, 5, 11, 4, 1, 1, 0, 1, 1], [7, 1, 3, 3, 11, 3, 0, 2, 9, 0, 0, 6, 3, 8, 11, 2, 0, 5, 6, 11, 4, 1, 1, 0, 1, 1], [9, 1, 3, 3, 11, 3, 0, 2, 10, 0, 0, 7, 3, 10, 12, 2, 0, 5, 6, 12, 4, 1, 1, 0, 1, 1], [9, 1, 3, 3, 11, 3, 0, 2, 10, 0, 0, 7, 3, 10, 12, 2, 0, 5, 7, 12, 4, 1, 1, 0, 1, 1], [9, 1, 3, 3, 12, 3, 0, 2, 11, 0, 0, 7, 3, 11, 13, 2, 1, 5, 8, 13, 5, 1, 1, 0, 1, 1], [9, 1, 3, 3, 12, 3, 0, 2, 12, 0, 0, 7, 3, 11, 13, 2, 1, 5, 9, 13, 5, 1, 1, 0, 1, 1], [10, 1, 3, 3, 12, 3, 0, 2, 12, 0, 0, 7, 3, 11, 14, 2, 1, 5, 11, 13, 6, 1, 1, 0, 1, 1]]}, "config": {"num_sentences": 43652, "num_words": 24, "sentence": "contest the there world famously no one most of Osmel it directors Venezuela participation about in influential said national s question is Sousa Miss", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0224", "problem_name": "task14_0224"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nto Senate be the by nominated July Trump S September 2018 U Sullivan 6 ambassador confirmed and President was Ghana Donald on 9 next", "label": {"final": [11, 4, 1, 7, 12, 1, 1, 2, 4, 1, 0, 4, 5, 11, 6, 3, 0, 5, 8, 8, 4, 1, 1, 1, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [1, 1, 0, 0, 3, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [1, 1, 0, 0, 4, 0, 0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 3, 0, 0, 0, 0, 0, 0], [1, 2, 0, 0, 4, 0, 0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 1, 3, 0, 0, 0, 0, 1, 0], [2, 2, 0, 1, 5, 0, 0, 1, 1, 0, 0, 0, 1, 3, 2, 0, 0, 0, 1, 4, 0, 0, 0, 0, 1, 0], [2, 2, 0, 1, 5, 0, 0, 1, 1, 1, 0, 1, 1, 3, 2, 0, 0, 0, 1, 4, 1, 0, 0, 0, 2, 0], [2, 2, 0, 1, 5, 0, 0, 1, 1, 1, 0, 1, 2, 3, 2, 1, 0, 1, 1, 5, 2, 0, 0, 0, 2, 0], [2, 2, 0, 1, 5, 0, 0, 1, 1, 1, 0, 1, 2, 3, 2, 1, 0, 1, 2, 5, 2, 0, 0, 0, 2, 0], [2, 3, 0, 1, 8, 0, 0, 1, 1, 1, 0, 1, 3, 3, 2, 2, 0, 2, 3, 6, 2, 0, 0, 0, 2, 0], [2, 3, 0, 1, 8, 0, 0, 1, 1, 1, 0, 1, 3, 3, 2, 2, 0, 2, 3, 6, 2, 0, 0, 0, 2, 0], [2, 3, 0, 1, 8, 0, 0, 1, 1, 1, 0, 1, 3, 3, 2, 2, 0, 2, 3, 6, 3, 0, 0, 0, 2, 0], [3, 3, 0, 1, 8, 0, 0, 1, 2, 1, 0, 3, 3, 4, 2, 2, 0, 2, 4, 6, 4, 1, 0, 0, 2, 0], [3, 3, 0, 1, 8, 0, 0, 1, 2, 1, 0, 3, 3, 4, 2, 2, 0, 2, 4, 6, 4, 1, 0, 0, 2, 0], [6, 4, 0, 2, 8, 0, 0, 1, 2, 1, 0, 3, 4, 4, 3, 2, 0, 3, 6, 6, 4, 1, 0, 0, 2, 0], [6, 4, 1, 3, 9, 1, 0, 1, 3, 1, 0, 3, 5, 5, 4, 2, 0, 4, 6, 6, 4, 1, 0, 0, 2, 0], [7, 4, 1, 4, 9, 1, 0, 1, 3, 1, 0, 3, 5, 6, 4, 2, 0, 4, 6, 6, 4, 1, 0, 0, 2, 0], [7, 4, 1, 5, 11, 1, 0, 1, 4, 1, 0, 3, 5, 7, 4, 3, 0, 5, 7, 7, 4, 1, 0, 0, 2, 0], [8, 4, 1, 5, 11, 1, 0, 1, 4, 1, 0, 3, 5, 7, 4, 3, 0, 5, 8, 7, 4, 1, 1, 0, 2, 0], [10, 4, 1, 5, 11, 1, 1, 2, 4, 1, 0, 3, 5, 8, 4, 3, 0, 5, 8, 7, 4, 1, 1, 0, 2, 0], [11, 4, 1, 7, 11, 1, 1, 2, 4, 1, 0, 4, 5, 9, 5, 3, 0, 5, 8, 7, 4, 1, 1, 0, 2, 0], [11, 4, 1, 7, 11, 1, 1, 2, 4, 1, 0, 4, 5, 10, 6, 3, 0, 5, 8, 7, 4, 1, 1, 0, 2, 0], [11, 4, 1, 7, 11, 1, 1, 2, 4, 1, 0, 4, 5, 10, 6, 3, 0, 5, 8, 7, 4, 1, 1, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 24, "sentence": "to Senate be the by nominated July Trump S September 2018 U Sullivan 6 ambassador confirmed and President was Ghana Donald on 9 next", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0225", "problem_name": "task14_0225"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nreason had Ruminating first the by them initially previous found encountered they murdering scout and humans suspicions stirred on whose timber remains up man", "label": {"final": [8, 2, 3, 6, 13, 2, 2, 6, 13, 0, 0, 2, 7, 14, 8, 3, 0, 11, 11, 10, 9, 1, 1, 0, 3, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 1, 1, 0, 0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [3, 0, 0, 1, 1, 0, 1, 1, 2, 0, 0, 0, 1, 3, 1, 0, 0, 2, 1, 1, 1, 0, 0, 0, 0, 0], [3, 0, 0, 1, 1, 1, 1, 1, 3, 0, 0, 0, 1, 3, 1, 0, 0, 3, 2, 2, 1, 0, 0, 0, 0, 0], [3, 0, 0, 1, 2, 1, 1, 2, 3, 0, 0, 0, 1, 3, 1, 0, 0, 3, 2, 3, 1, 0, 0, 0, 0, 0], [3, 1, 0, 1, 2, 1, 1, 2, 3, 0, 0, 0, 1, 3, 1, 0, 0, 3, 2, 3, 1, 0, 0, 0, 1, 0], [3, 1, 0, 1, 3, 1, 1, 3, 3, 0, 0, 0, 2, 3, 1, 0, 0, 3, 2, 4, 1, 0, 0, 0, 1, 0], [4, 1, 0, 1, 3, 1, 1, 3, 6, 0, 0, 2, 2, 4, 1, 0, 0, 3, 2, 5, 1, 0, 0, 0, 2, 0], [4, 1, 0, 1, 4, 1, 1, 3, 7, 0, 0, 2, 2, 4, 2, 1, 0, 4, 3, 5, 2, 1, 0, 0, 2, 0], [4, 1, 0, 2, 4, 2, 1, 3, 7, 0, 0, 2, 2, 5, 3, 1, 0, 4, 3, 5, 3, 1, 0, 0, 2, 0], [4, 1, 1, 3, 7, 2, 1, 3, 7, 0, 0, 2, 2, 7, 4, 1, 0, 5, 3, 6, 4, 1, 0, 0, 2, 0], [4, 1, 1, 3, 8, 2, 1, 4, 7, 0, 0, 2, 2, 7, 4, 1, 0, 5, 3, 7, 4, 1, 0, 0, 3, 0], [4, 1, 1, 4, 9, 2, 2, 4, 8, 0, 0, 2, 3, 8, 4, 1, 0, 7, 3, 7, 5, 1, 0, 0, 3, 0], [4, 1, 2, 4, 9, 2, 2, 4, 8, 0, 0, 2, 3, 8, 5, 1, 0, 7, 4, 8, 6, 1, 0, 0, 3, 0], [5, 1, 2, 5, 9, 2, 2, 4, 8, 0, 0, 2, 3, 9, 5, 1, 0, 7, 4, 8, 6, 1, 0, 0, 3, 0], [6, 1, 2, 5, 9, 2, 2, 5, 8, 0, 0, 2, 4, 10, 5, 1, 0, 7, 5, 8, 7, 1, 0, 0, 3, 0], [6, 1, 3, 5, 9, 2, 2, 5, 10, 0, 0, 2, 4, 11, 6, 2, 0, 7, 8, 8, 8, 1, 0, 0, 3, 0], [6, 1, 3, 6, 10, 2, 2, 5, 11, 0, 0, 2, 4, 11, 6, 2, 0, 9, 9, 9, 8, 1, 0, 0, 3, 0], [6, 1, 3, 6, 10, 2, 2, 5, 11, 0, 0, 2, 4, 12, 7, 2, 0, 9, 9, 9, 8, 1, 0, 0, 3, 0], [6, 1, 3, 6, 11, 2, 2, 6, 11, 0, 0, 2, 4, 12, 8, 2, 0, 9, 10, 9, 8, 1, 1, 0, 3, 0], [6, 2, 3, 6, 12, 2, 2, 6, 12, 0, 0, 2, 5, 12, 8, 2, 0, 10, 10, 10, 8, 1, 1, 0, 3, 0], [7, 2, 3, 6, 13, 2, 2, 6, 13, 0, 0, 2, 6, 13, 8, 2, 0, 11, 11, 10, 8, 1, 1, 0, 3, 0], [7, 2, 3, 6, 13, 2, 2, 6, 13, 0, 0, 2, 6, 13, 8, 3, 0, 11, 11, 10, 9, 1, 1, 0, 3, 0]]}, "config": {"num_sentences": 43652, "num_words": 24, "sentence": "reason had Ruminating first the by them initially previous found encountered they murdering scout and humans suspicions stirred on whose timber remains up man", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0226", "problem_name": "task14_0226"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nValle located the Coche The both of military itself El Tiuna Municipality parishes and Fort between within base stadium south Libertador is southwest Caracas", "label": {"final": [13, 4, 6, 4, 14, 3, 0, 8, 13, 0, 0, 8, 3, 5, 8, 2, 0, 6, 10, 16, 5, 1, 3, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0], [2, 0, 1, 1, 2, 0, 0, 0, 0, 0, 0, 3, 0, 0, 1, 0, 0, 0, 0, 1, 0, 1, 0, 0, 0, 0], [2, 0, 1, 1, 3, 0, 0, 1, 0, 0, 0, 3, 0, 0, 1, 0, 0, 0, 0, 2, 0, 1, 0, 0, 0, 0], [2, 0, 3, 1, 4, 0, 0, 2, 0, 0, 0, 3, 0, 0, 2, 0, 0, 0, 0, 2, 0, 1, 0, 0, 0, 0], [2, 0, 3, 1, 5, 0, 0, 3, 0, 0, 0, 3, 0, 0, 2, 0, 0, 0, 0, 3, 0, 1, 0, 0, 0, 0], [2, 1, 3, 1, 5, 0, 0, 4, 0, 0, 0, 3, 0, 0, 3, 0, 0, 0, 0, 4, 0, 1, 0, 0, 0, 0], [2, 1, 3, 1, 5, 1, 0, 4, 0, 0, 0, 3, 0, 0, 4, 0, 0, 0, 0, 4, 0, 1, 0, 0, 0, 0], [3, 1, 3, 1, 5, 1, 0, 4, 2, 0, 0, 4, 1, 0, 4, 0, 0, 1, 0, 5, 0, 1, 0, 0, 1, 0], [3, 1, 3, 1, 6, 2, 0, 4, 3, 0, 0, 5, 1, 0, 4, 0, 0, 1, 1, 6, 0, 1, 0, 0, 1, 0], [3, 1, 3, 1, 7, 2, 0, 4, 3, 0, 0, 6, 1, 0, 4, 0, 0, 1, 1, 6, 0, 1, 0, 0, 1, 0], [4, 1, 3, 1, 7, 2, 0, 4, 4, 0, 0, 6, 1, 1, 4, 0, 0, 1, 1, 7, 1, 1, 0, 0, 1, 0], [5, 1, 4, 1, 7, 2, 0, 4, 7, 0, 0, 7, 2, 2, 4, 1, 0, 1, 1, 8, 2, 1, 0, 0, 2, 0], [6, 1, 4, 1, 8, 2, 0, 5, 8, 0, 0, 7, 2, 2, 4, 2, 0, 2, 3, 8, 2, 1, 0, 0, 2, 0], [7, 1, 4, 2, 8, 2, 0, 5, 8, 0, 0, 7, 2, 3, 4, 2, 0, 2, 3, 8, 2, 1, 0, 0, 2, 0], [7, 1, 4, 2, 8, 3, 0, 5, 8, 0, 0, 7, 2, 3, 5, 2, 0, 3, 3, 9, 2, 1, 0, 0, 2, 0], [7, 2, 4, 2, 11, 3, 0, 5, 8, 0, 0, 7, 2, 4, 5, 2, 0, 3, 3, 10, 2, 1, 1, 0, 2, 0], [7, 2, 4, 2, 11, 3, 0, 6, 10, 0, 0, 7, 2, 5, 5, 2, 0, 3, 3, 11, 2, 1, 2, 0, 2, 0], [8, 3, 4, 2, 12, 3, 0, 6, 10, 0, 0, 7, 2, 5, 5, 2, 0, 3, 4, 11, 2, 1, 2, 0, 2, 0], [9, 3, 4, 3, 12, 3, 0, 6, 11, 0, 0, 7, 3, 5, 5, 2, 0, 3, 5, 12, 3, 1, 2, 0, 2, 0], [9, 3, 4, 3, 12, 3, 0, 7, 11, 0, 0, 7, 3, 5, 6, 2, 0, 3, 6, 13, 4, 1, 2, 0, 2, 0], [10, 4, 4, 4, 13, 3, 0, 7, 12, 0, 0, 8, 3, 5, 7, 2, 0, 5, 6, 14, 4, 1, 2, 0, 2, 0], [10, 4, 4, 4, 13, 3, 0, 7, 13, 0, 0, 8, 3, 5, 7, 2, 0, 5, 7, 14, 4, 1, 2, 0, 2, 0], [10, 4, 4, 4, 14, 3, 0, 8, 13, 0, 0, 8, 3, 5, 8, 2, 0, 5, 9, 16, 5, 1, 3, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 24, "sentence": "Valle located the Coche The both of military itself El Tiuna Municipality parishes and Fort between within base stadium south Libertador is southwest Caracas", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0227", "problem_name": "task14_0227"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nSecrets upon through he by Road one The book of Browsing a fell J Houdini in Cannell hand Charing second day Cross C shop", "label": {"final": [6, 3, 6, 5, 8, 2, 3, 8, 5, 1, 1, 4, 0, 10, 12, 2, 0, 6, 7, 3, 3, 0, 1, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 1, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 2, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 2, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 0, 1, 2, 1, 1, 0, 0, 0, 0, 0], [0, 0, 1, 0, 2, 0, 1, 2, 0, 0, 0, 0, 0, 1, 2, 1, 0, 2, 2, 2, 2, 0, 0, 0, 0, 0], [0, 0, 1, 0, 3, 0, 1, 3, 0, 0, 0, 0, 0, 1, 2, 1, 0, 2, 2, 2, 2, 0, 0, 0, 0, 0], [0, 1, 1, 0, 3, 0, 1, 3, 0, 0, 0, 0, 0, 1, 2, 1, 0, 2, 2, 2, 2, 0, 0, 0, 1, 0], [1, 1, 1, 1, 3, 0, 1, 3, 0, 0, 0, 0, 0, 1, 3, 1, 0, 3, 2, 2, 2, 0, 0, 0, 1, 0], [1, 1, 1, 1, 4, 0, 1, 3, 0, 0, 0, 0, 0, 2, 4, 1, 0, 3, 2, 2, 2, 0, 0, 0, 1, 0], [1, 1, 1, 1, 5, 0, 1, 4, 0, 0, 0, 0, 0, 2, 4, 1, 0, 3, 2, 3, 2, 0, 0, 0, 1, 0], [1, 2, 1, 1, 5, 0, 1, 4, 0, 0, 1, 0, 0, 2, 6, 1, 0, 3, 2, 3, 2, 0, 0, 0, 1, 0], [1, 2, 1, 1, 5, 1, 1, 4, 0, 0, 1, 0, 0, 2, 7, 1, 0, 3, 2, 3, 2, 0, 0, 0, 1, 0], [1, 3, 1, 1, 5, 1, 2, 4, 1, 0, 1, 0, 0, 3, 8, 1, 0, 4, 3, 3, 2, 0, 1, 0, 1, 0], [2, 3, 1, 1, 5, 1, 2, 4, 1, 0, 1, 0, 0, 3, 8, 1, 0, 4, 3, 3, 2, 0, 1, 0, 1, 0], [2, 3, 1, 1, 6, 2, 2, 4, 1, 0, 1, 2, 0, 3, 8, 1, 0, 4, 3, 3, 2, 0, 1, 0, 1, 0], [2, 3, 1, 1, 6, 2, 2, 4, 1, 1, 1, 2, 0, 3, 8, 1, 0, 4, 3, 3, 2, 0, 1, 0, 1, 0], [2, 3, 1, 2, 6, 2, 2, 5, 3, 1, 1, 2, 0, 4, 9, 1, 0, 4, 3, 3, 3, 0, 1, 0, 1, 0], [2, 3, 1, 2, 6, 2, 2, 5, 4, 1, 1, 2, 0, 5, 9, 1, 0, 4, 3, 3, 3, 0, 1, 0, 1, 0], [3, 3, 2, 2, 7, 2, 2, 5, 4, 1, 1, 4, 0, 7, 9, 1, 0, 4, 3, 3, 3, 0, 1, 0, 1, 0], [4, 3, 2, 3, 7, 2, 2, 6, 4, 1, 1, 4, 0, 8, 9, 1, 0, 4, 3, 3, 3, 0, 1, 0, 1, 0], [5, 3, 3, 3, 7, 2, 3, 7, 5, 1, 1, 4, 0, 9, 9, 1, 0, 5, 3, 3, 3, 0, 1, 0, 1, 0], [5, 3, 4, 4, 8, 2, 3, 7, 5, 1, 1, 4, 0, 10, 10, 1, 0, 5, 4, 3, 3, 0, 1, 0, 1, 0], [6, 3, 4, 5, 8, 2, 3, 7, 5, 1, 1, 4, 0, 10, 10, 1, 0, 5, 4, 3, 3, 0, 1, 0, 2, 0], [6, 3, 5, 5, 8, 2, 3, 7, 5, 1, 1, 4, 0, 10, 11, 1, 0, 6, 6, 3, 3, 0, 1, 0, 2, 0], [6, 3, 6, 5, 8, 2, 3, 7, 5, 1, 1, 4, 0, 10, 11, 1, 0, 6, 6, 3, 3, 0, 1, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 24, "sentence": "Secrets upon through he by Road one The book of Browsing a fell J Houdini in Cannell hand Charing second day Cross C shop", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0228", "problem_name": "task14_0228"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nMetroWest constraints the them held that current community of discussed with portion construction design market financing and back their CRC have commercial from initiating", "label": {"final": [9, 1, 12, 5, 12, 3, 3, 7, 15, 0, 2, 2, 8, 14, 10, 1, 0, 11, 8, 18, 4, 1, 2, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 0, 1, 1, 2, 0, 0, 1, 0, 0, 0], [1, 0, 1, 0, 2, 0, 0, 0, 1, 0, 0, 0, 1, 2, 2, 0, 0, 2, 3, 4, 0, 0, 1, 0, 0, 0], [1, 0, 1, 0, 3, 0, 0, 1, 1, 0, 0, 0, 1, 2, 2, 0, 0, 2, 3, 5, 0, 0, 1, 0, 0, 0], [1, 0, 1, 0, 4, 0, 0, 2, 1, 0, 0, 0, 2, 2, 2, 0, 0, 2, 3, 6, 0, 0, 1, 0, 0, 0], [1, 0, 1, 1, 5, 0, 0, 3, 1, 0, 0, 1, 2, 2, 2, 0, 0, 2, 3, 6, 0, 0, 1, 0, 0, 0], [2, 0, 1, 1, 5, 0, 0, 4, 1, 0, 0, 1, 2, 2, 2, 0, 0, 2, 3, 8, 0, 0, 1, 0, 0, 0], [2, 0, 2, 1, 6, 0, 0, 4, 1, 0, 0, 1, 2, 3, 2, 0, 0, 4, 3, 9, 1, 0, 1, 0, 0, 0], [2, 0, 3, 1, 6, 0, 0, 4, 2, 0, 0, 1, 4, 4, 3, 0, 0, 4, 3, 10, 2, 0, 1, 0, 1, 0], [2, 0, 3, 1, 6, 1, 0, 4, 2, 0, 0, 1, 4, 4, 4, 0, 0, 4, 3, 10, 2, 0, 1, 0, 1, 0], [2, 0, 4, 3, 7, 1, 0, 4, 3, 0, 0, 1, 4, 4, 4, 0, 0, 4, 6, 10, 3, 0, 1, 0, 1, 0], [2, 0, 4, 3, 7, 1, 0, 5, 4, 0, 0, 1, 4, 4, 4, 0, 0, 4, 6, 11, 3, 0, 2, 0, 1, 0], [2, 0, 4, 3, 7, 1, 0, 5, 5, 0, 0, 1, 4, 5, 6, 1, 0, 5, 6, 12, 3, 0, 2, 0, 1, 0], [2, 0, 6, 3, 7, 1, 0, 5, 6, 0, 0, 1, 4, 7, 8, 1, 0, 6, 7, 14, 4, 0, 2, 0, 1, 0], [2, 0, 6, 4, 8, 1, 1, 5, 7, 0, 0, 1, 4, 8, 8, 1, 0, 6, 8, 14, 4, 0, 2, 0, 1, 0], [3, 0, 6, 4, 9, 1, 1, 5, 7, 0, 1, 1, 5, 8, 8, 1, 0, 7, 8, 15, 4, 0, 2, 0, 1, 0], [4, 0, 7, 4, 9, 2, 2, 5, 9, 0, 1, 1, 5, 11, 8, 1, 0, 7, 8, 15, 4, 0, 2, 0, 1, 0], [5, 0, 7, 5, 9, 2, 2, 5, 9, 0, 1, 1, 5, 12, 8, 1, 0, 7, 8, 15, 4, 0, 2, 0, 1, 0], [6, 1, 8, 5, 9, 2, 2, 5, 9, 0, 2, 1, 5, 12, 8, 1, 0, 7, 8, 15, 4, 0, 2, 0, 1, 0], [6, 1, 8, 5, 10, 2, 2, 6, 10, 0, 2, 1, 5, 12, 8, 1, 0, 8, 8, 16, 4, 0, 2, 0, 1, 0], [6, 1, 10, 5, 10, 2, 2, 6, 10, 0, 2, 1, 5, 12, 8, 1, 0, 9, 8, 16, 4, 0, 2, 0, 1, 0], [7, 1, 10, 5, 11, 2, 2, 7, 10, 0, 2, 1, 5, 12, 8, 1, 0, 9, 8, 16, 4, 1, 2, 0, 1, 0], [8, 1, 12, 5, 12, 2, 2, 7, 11, 0, 2, 2, 7, 12, 9, 1, 0, 10, 8, 16, 4, 1, 2, 0, 1, 0], [8, 1, 12, 5, 12, 3, 2, 7, 11, 0, 2, 2, 8, 12, 10, 1, 0, 11, 8, 16, 4, 1, 2, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 24, "sentence": "MetroWest constraints the them held that current community of discussed with portion construction design market financing and back their CRC have commercial from initiating", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0229", "problem_name": "task14_0229"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nbe the by predictive that never of a could variable errors are predicted any assigned value avoided as equation function s These dependent independent for", "label": {"final": [11, 3, 4, 11, 23, 3, 1, 3, 9, 0, 0, 3, 0, 11, 7, 4, 1, 9, 6, 10, 4, 5, 0, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 1, 0, 0, 2, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 2, 0, 0, 2, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0], [0, 2, 1, 1, 4, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 2, 0, 1, 0, 0, 1, 0], [1, 2, 1, 1, 4, 0, 0, 2, 2, 0, 0, 0, 0, 0, 0, 1, 0, 1, 0, 4, 0, 1, 0, 0, 1, 0], [1, 2, 1, 1, 6, 0, 0, 2, 2, 0, 0, 0, 0, 1, 0, 1, 0, 2, 0, 4, 0, 2, 0, 0, 1, 0], [1, 2, 1, 1, 6, 1, 0, 2, 2, 0, 0, 0, 0, 1, 1, 1, 0, 2, 0, 4, 0, 2, 0, 0, 1, 0], [2, 2, 1, 1, 6, 1, 0, 2, 2, 0, 0, 0, 0, 1, 1, 1, 0, 2, 0, 4, 0, 2, 0, 0, 1, 0], [2, 2, 2, 2, 6, 1, 0, 2, 2, 0, 0, 1, 0, 1, 2, 1, 0, 2, 0, 4, 1, 2, 0, 0, 1, 0], [4, 3, 2, 2, 7, 1, 0, 2, 3, 0, 0, 2, 0, 1, 2, 1, 0, 3, 0, 4, 1, 3, 0, 0, 1, 0], [4, 3, 2, 2, 8, 1, 0, 2, 3, 0, 0, 2, 0, 1, 3, 1, 0, 6, 1, 4, 1, 3, 0, 0, 1, 0], [5, 3, 2, 2, 9, 1, 0, 2, 3, 0, 0, 2, 0, 1, 3, 1, 0, 7, 1, 4, 1, 3, 0, 0, 1, 0], [5, 3, 3, 4, 11, 1, 0, 2, 4, 0, 0, 2, 0, 1, 3, 2, 0, 8, 1, 5, 1, 3, 0, 0, 1, 0], [6, 3, 3, 4, 11, 1, 0, 2, 4, 0, 0, 2, 0, 2, 3, 2, 0, 8, 1, 5, 1, 3, 0, 0, 2, 0], [7, 3, 3, 5, 12, 1, 1, 2, 5, 0, 0, 2, 0, 3, 3, 2, 0, 8, 3, 5, 1, 3, 0, 0, 2, 0], [8, 3, 3, 5, 13, 1, 1, 2, 5, 0, 0, 3, 0, 3, 3, 2, 0, 8, 3, 5, 2, 4, 0, 0, 2, 0], [9, 3, 3, 7, 14, 1, 1, 2, 6, 0, 0, 3, 0, 3, 4, 2, 0, 8, 3, 5, 2, 5, 0, 0, 2, 0], [10, 3, 3, 7, 14, 1, 1, 2, 6, 0, 0, 3, 0, 3, 4, 2, 0, 8, 4, 5, 2, 5, 0, 0, 2, 0], [11, 3, 3, 7, 15, 1, 1, 2, 7, 0, 0, 3, 0, 4, 5, 2, 1, 8, 4, 6, 3, 5, 0, 0, 2, 0], [11, 3, 4, 7, 15, 2, 1, 2, 8, 0, 0, 3, 0, 6, 6, 2, 1, 8, 4, 7, 4, 5, 0, 0, 2, 0], [11, 3, 4, 7, 15, 2, 1, 2, 8, 0, 0, 3, 0, 6, 6, 2, 1, 8, 5, 7, 4, 5, 0, 0, 2, 0], [11, 3, 4, 7, 17, 2, 1, 3, 8, 0, 0, 3, 0, 6, 6, 2, 1, 8, 6, 8, 4, 5, 0, 0, 2, 0], [11, 3, 4, 9, 20, 2, 1, 3, 8, 0, 0, 3, 0, 8, 6, 3, 1, 8, 6, 9, 4, 5, 0, 0, 2, 0], [11, 3, 4, 11, 23, 2, 1, 3, 9, 0, 0, 3, 0, 11, 6, 4, 1, 8, 6, 10, 4, 5, 0, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 25, "sentence": "be the by predictive that never of a could variable errors are predicted any assigned value avoided as equation function s These dependent independent for", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0230", "problem_name": "task14_0230"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nto Noonan the published after of Kathleen Tressell daughter her Richards father about in employers Grant work April two thirds s manuscript Ltd 1914 showed", "label": {"final": [10, 2, 2, 6, 13, 3, 2, 9, 6, 0, 2, 7, 2, 7, 9, 4, 0, 13, 9, 13, 4, 0, 3, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 3, 3, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 3, 3, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [1, 1, 0, 1, 2, 0, 0, 2, 1, 0, 0, 1, 0, 3, 3, 1, 0, 0, 1, 2, 1, 0, 0, 0, 0, 0], [2, 1, 0, 1, 3, 1, 0, 2, 1, 0, 0, 1, 0, 3, 3, 1, 0, 1, 1, 3, 1, 0, 0, 0, 0, 0], [2, 1, 0, 1, 3, 2, 0, 2, 1, 0, 0, 1, 0, 3, 4, 1, 0, 1, 1, 3, 1, 0, 0, 0, 0, 0], [3, 1, 0, 1, 5, 2, 0, 3, 1, 0, 1, 2, 0, 4, 4, 1, 0, 1, 1, 4, 1, 0, 0, 0, 0, 0], [3, 1, 0, 1, 7, 2, 0, 3, 1, 0, 1, 4, 0, 4, 4, 1, 0, 2, 3, 5, 1, 0, 0, 0, 0, 0], [4, 1, 0, 2, 8, 2, 1, 4, 1, 0, 1, 4, 0, 4, 4, 1, 0, 3, 3, 6, 2, 0, 0, 0, 0, 0], [4, 1, 0, 2, 9, 2, 1, 5, 1, 0, 1, 4, 0, 4, 4, 1, 0, 4, 3, 6, 2, 0, 0, 0, 0, 0], [5, 1, 1, 3, 9, 2, 1, 6, 2, 0, 1, 4, 0, 4, 4, 1, 0, 6, 4, 6, 2, 0, 0, 0, 0, 0], [6, 1, 1, 3, 10, 3, 1, 7, 2, 0, 1, 4, 0, 4, 4, 1, 0, 7, 4, 7, 2, 0, 0, 0, 0, 0], [7, 2, 1, 3, 10, 3, 1, 7, 2, 0, 1, 4, 0, 4, 5, 1, 0, 7, 4, 8, 3, 0, 0, 0, 0, 0], [7, 2, 1, 3, 10, 3, 1, 7, 3, 0, 1, 4, 0, 5, 5, 1, 0, 7, 4, 8, 3, 0, 0, 0, 0, 0], [7, 2, 1, 3, 12, 3, 1, 7, 3, 0, 1, 5, 1, 5, 6, 2, 0, 8, 5, 8, 3, 0, 0, 0, 1, 0], [8, 2, 1, 3, 12, 3, 2, 7, 3, 0, 1, 5, 1, 6, 6, 2, 0, 9, 5, 9, 3, 0, 0, 0, 1, 0], [8, 2, 1, 3, 12, 3, 2, 7, 3, 0, 2, 5, 1, 6, 7, 2, 0, 10, 5, 9, 3, 0, 1, 0, 1, 0], [9, 2, 1, 3, 12, 3, 2, 7, 4, 0, 2, 6, 1, 6, 7, 3, 0, 11, 5, 9, 3, 0, 1, 0, 1, 0], [9, 2, 1, 3, 12, 3, 2, 7, 4, 0, 2, 6, 1, 6, 8, 3, 0, 11, 5, 10, 3, 0, 2, 0, 1, 0], [9, 2, 1, 4, 12, 3, 2, 8, 5, 0, 2, 6, 1, 6, 8, 3, 0, 12, 6, 11, 3, 0, 2, 0, 1, 0], [9, 2, 1, 4, 12, 3, 2, 8, 5, 0, 2, 6, 1, 6, 8, 3, 0, 12, 7, 11, 3, 0, 2, 0, 1, 0], [10, 2, 2, 4, 12, 3, 2, 8, 6, 0, 2, 6, 2, 7, 8, 4, 0, 13, 8, 12, 4, 0, 2, 0, 1, 0], [10, 2, 2, 5, 12, 3, 2, 8, 6, 0, 2, 7, 2, 7, 8, 4, 0, 13, 8, 13, 4, 0, 2, 0, 1, 0], [10, 2, 2, 5, 12, 3, 2, 8, 6, 0, 2, 7, 2, 7, 8, 4, 0, 13, 8, 13, 4, 0, 2, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 25, "sentence": "to Noonan the published after of Kathleen Tressell daughter her Richards father about in employers Grant work April two thirds s manuscript Ltd 1914 showed", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0231", "problem_name": "task14_0231"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nIn to first the Chinese other were several of a Sew 1873 merchants Dunedin Otago and ship sail Choie Hong direct charter Kong from Hoy", "label": {"final": [7, 0, 5, 4, 14, 3, 3, 9, 8, 0, 1, 2, 2, 8, 10, 1, 0, 9, 7, 8, 1, 1, 2, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1, 0, 0, 2, 0, 0, 0, 0, 1, 1, 0, 0, 1, 1, 2, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 1, 0, 1, 2, 0, 0, 0, 0, 1, 1, 0, 0, 1, 1, 3, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 3, 1, 0, 2, 3, 0, 0, 0, 0, 2, 1, 0, 0, 1, 2, 3, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 4, 1, 0, 3, 3, 0, 0, 0, 0, 2, 2, 0, 0, 2, 2, 4, 0, 0, 0, 0, 0, 0], [0, 0, 1, 0, 6, 1, 0, 3, 3, 0, 0, 0, 0, 2, 2, 0, 0, 3, 2, 4, 0, 0, 1, 0, 0, 0], [1, 0, 1, 0, 8, 1, 0, 3, 3, 0, 0, 1, 0, 2, 2, 0, 0, 4, 3, 4, 0, 1, 1, 0, 0, 0], [1, 0, 1, 0, 8, 2, 0, 3, 3, 0, 0, 1, 0, 2, 3, 0, 0, 4, 3, 4, 0, 1, 1, 0, 0, 0], [2, 0, 1, 0, 8, 2, 0, 3, 3, 0, 0, 1, 0, 2, 3, 0, 0, 4, 3, 4, 0, 1, 1, 0, 0, 0], [2, 0, 1, 0, 9, 2, 0, 3, 3, 0, 0, 1, 0, 2, 3, 0, 0, 4, 4, 4, 0, 1, 2, 0, 0, 0], [2, 0, 1, 0, 9, 2, 0, 3, 3, 0, 0, 1, 0, 2, 3, 0, 0, 4, 4, 4, 0, 1, 2, 0, 0, 0], [3, 0, 2, 0, 10, 2, 0, 4, 3, 0, 0, 1, 1, 3, 3, 0, 0, 5, 5, 5, 0, 1, 2, 0, 0, 0], [3, 0, 2, 2, 11, 2, 0, 4, 4, 0, 0, 1, 1, 5, 3, 0, 0, 5, 5, 5, 1, 1, 2, 0, 0, 0], [4, 0, 2, 2, 11, 2, 1, 4, 4, 0, 0, 1, 1, 5, 5, 0, 0, 5, 5, 6, 1, 1, 2, 0, 0, 0], [5, 0, 2, 3, 11, 2, 1, 4, 4, 0, 0, 1, 1, 6, 5, 0, 0, 5, 5, 6, 1, 1, 2, 0, 0, 0], [5, 0, 2, 3, 11, 2, 1, 5, 5, 0, 0, 1, 1, 6, 5, 1, 0, 5, 6, 6, 1, 1, 2, 0, 0, 0], [6, 0, 2, 3, 11, 2, 1, 5, 6, 0, 0, 2, 1, 6, 5, 1, 0, 5, 7, 6, 1, 1, 2, 0, 0, 0], [6, 0, 3, 3, 12, 2, 1, 6, 7, 0, 0, 2, 1, 6, 6, 1, 0, 5, 7, 6, 1, 1, 2, 0, 0, 0], [6, 0, 3, 3, 12, 2, 2, 7, 7, 0, 0, 2, 1, 7, 7, 1, 0, 5, 7, 6, 1, 1, 2, 0, 0, 0], [6, 0, 4, 4, 13, 2, 2, 7, 8, 0, 0, 2, 1, 7, 7, 1, 0, 6, 7, 7, 1, 1, 2, 0, 0, 0], [7, 0, 5, 4, 14, 2, 2, 8, 8, 0, 0, 2, 1, 7, 7, 1, 0, 8, 7, 8, 1, 1, 2, 0, 0, 0], [7, 0, 5, 4, 14, 2, 3, 8, 8, 0, 1, 2, 1, 8, 8, 1, 0, 8, 7, 8, 1, 1, 2, 0, 0, 0], [7, 0, 5, 4, 14, 3, 3, 8, 8, 0, 1, 2, 2, 8, 9, 1, 0, 9, 7, 8, 1, 1, 2, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 25, "sentence": "In to first the Chinese other were several of a Sew 1873 merchants Dunedin Otago and ship sail Choie Hong direct charter Kong from Hoy", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0232", "problem_name": "task14_0232"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nto the also based 1974 The Frank screenplay book Wide Martin with write Ritt working autobiographical Water as producer on reunited Conrack Is for couple", "label": {"final": [11, 3, 6, 4, 12, 2, 2, 4, 10, 0, 4, 4, 1, 7, 12, 4, 0, 13, 5, 11, 4, 0, 5, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 1, 0, 0, 1, 0, 0, 0, 1, 0, 0, 2, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0], [2, 1, 0, 1, 2, 0, 0, 1, 0, 0, 0, 1, 0, 0, 2, 0, 0, 0, 2, 2, 0, 0, 0, 0, 0, 0], [2, 1, 0, 1, 2, 0, 0, 1, 0, 0, 0, 1, 0, 0, 2, 0, 0, 0, 2, 2, 0, 0, 0, 0, 0, 0], [2, 1, 0, 1, 3, 0, 0, 2, 0, 0, 0, 1, 0, 0, 2, 0, 0, 0, 2, 3, 0, 0, 0, 0, 0, 0], [3, 1, 0, 1, 3, 1, 0, 2, 0, 0, 1, 1, 0, 1, 2, 0, 0, 1, 2, 3, 0, 0, 0, 0, 0, 0], [4, 1, 1, 1, 5, 1, 0, 2, 0, 0, 1, 2, 0, 2, 2, 1, 0, 2, 3, 3, 0, 0, 0, 0, 1, 0], [4, 2, 1, 1, 5, 1, 0, 2, 0, 0, 2, 2, 0, 2, 4, 1, 0, 2, 3, 3, 0, 0, 0, 0, 1, 0], [4, 2, 1, 2, 6, 1, 0, 2, 1, 0, 2, 2, 0, 2, 4, 1, 0, 2, 3, 3, 0, 0, 1, 0, 1, 0], [5, 2, 1, 2, 6, 1, 0, 2, 2, 0, 2, 2, 1, 3, 4, 1, 0, 3, 3, 4, 0, 0, 1, 0, 1, 0], [5, 2, 1, 2, 6, 1, 0, 3, 3, 0, 2, 2, 1, 3, 4, 1, 0, 3, 3, 5, 0, 0, 2, 0, 1, 0], [5, 2, 1, 2, 7, 1, 0, 3, 4, 0, 2, 2, 1, 3, 4, 1, 0, 4, 3, 6, 0, 0, 3, 0, 1, 0], [5, 2, 1, 2, 7, 1, 0, 3, 5, 0, 2, 2, 1, 3, 4, 1, 0, 5, 3, 8, 0, 0, 3, 0, 1, 0], [5, 2, 1, 2, 7, 1, 1, 3, 6, 0, 3, 2, 1, 4, 5, 1, 0, 6, 3, 8, 0, 0, 4, 0, 1, 0], [8, 3, 2, 2, 7, 1, 2, 4, 8, 0, 3, 3, 1, 4, 7, 2, 0, 7, 3, 9, 1, 0, 4, 0, 1, 0], [9, 3, 2, 2, 8, 1, 2, 4, 8, 0, 3, 3, 1, 4, 7, 2, 0, 8, 3, 10, 1, 0, 5, 0, 1, 0], [10, 3, 2, 2, 8, 1, 2, 4, 8, 0, 3, 3, 1, 4, 7, 2, 0, 8, 4, 10, 1, 0, 5, 0, 1, 0], [10, 3, 3, 3, 9, 1, 2, 4, 8, 0, 3, 3, 1, 4, 8, 3, 0, 10, 4, 10, 2, 0, 5, 0, 1, 0], [10, 3, 3, 3, 9, 1, 2, 4, 8, 0, 3, 3, 1, 5, 9, 3, 0, 10, 4, 10, 2, 0, 5, 0, 1, 0], [10, 3, 3, 4, 11, 1, 2, 4, 9, 0, 3, 3, 1, 6, 9, 3, 0, 11, 4, 11, 3, 0, 5, 0, 1, 0], [11, 3, 5, 4, 11, 1, 2, 4, 9, 0, 4, 3, 1, 7, 10, 3, 0, 12, 4, 11, 3, 0, 5, 0, 1, 0], [11, 3, 5, 4, 11, 1, 2, 4, 10, 0, 4, 3, 1, 7, 10, 3, 0, 12, 5, 11, 3, 0, 5, 0, 1, 0], [11, 3, 5, 4, 11, 2, 2, 4, 10, 0, 4, 3, 1, 7, 11, 3, 0, 13, 5, 11, 3, 0, 5, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 25, "sentence": "to the also based 1974 The Frank screenplay book Wide Martin with write Ritt working autobiographical Water as producer on reunited Conrack Is for couple", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0233", "problem_name": "task14_0233"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nto chat the While other systems forums of forbidden Internet access Google documentation any use and as such accessing allowed material form communication is for", "label": {"final": [11, 1, 9, 5, 14, 5, 3, 5, 9, 0, 0, 5, 7, 10, 14, 0, 0, 7, 12, 11, 5, 0, 2, 0, 2, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 1, 0, 0, 2, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 3, 0, 0, 0, 0, 0, 0], [1, 0, 1, 0, 2, 0, 0, 3, 1, 0, 0, 1, 0, 0, 1, 0, 0, 0, 0, 3, 0, 0, 1, 0, 0, 0], [1, 0, 1, 0, 3, 0, 0, 4, 1, 0, 0, 1, 0, 0, 2, 0, 0, 1, 0, 4, 0, 0, 1, 0, 0, 0], [1, 0, 1, 0, 4, 0, 0, 4, 1, 0, 0, 1, 1, 0, 2, 0, 0, 1, 3, 5, 0, 0, 1, 0, 1, 0], [1, 0, 1, 0, 4, 1, 0, 4, 1, 0, 0, 1, 2, 0, 3, 0, 0, 2, 4, 5, 1, 0, 1, 0, 1, 0], [1, 0, 1, 0, 4, 2, 0, 4, 1, 0, 0, 1, 2, 0, 4, 0, 0, 2, 4, 5, 1, 0, 1, 0, 1, 0], [1, 1, 1, 2, 5, 3, 0, 4, 2, 0, 0, 1, 2, 1, 5, 0, 0, 3, 4, 5, 1, 0, 1, 0, 1, 0], [1, 1, 1, 2, 7, 3, 0, 4, 3, 0, 0, 1, 2, 3, 5, 0, 0, 4, 4, 7, 1, 0, 1, 0, 1, 0], [2, 1, 3, 2, 8, 3, 0, 4, 3, 0, 0, 1, 2, 3, 5, 0, 0, 4, 6, 7, 1, 0, 1, 0, 1, 0], [2, 1, 3, 2, 9, 3, 2, 4, 3, 0, 0, 2, 2, 3, 7, 0, 0, 4, 6, 7, 1, 0, 1, 0, 1, 0], [3, 1, 4, 3, 10, 3, 2, 4, 4, 0, 0, 2, 3, 5, 9, 0, 0, 4, 6, 9, 2, 0, 1, 0, 1, 0], [4, 1, 4, 3, 10, 3, 2, 4, 4, 0, 0, 2, 3, 6, 9, 0, 0, 4, 6, 9, 2, 0, 1, 0, 2, 0], [4, 1, 4, 3, 11, 3, 2, 4, 4, 0, 0, 2, 3, 6, 9, 0, 0, 4, 7, 9, 3, 0, 1, 0, 2, 0], [5, 1, 4, 4, 11, 3, 2, 4, 4, 0, 0, 2, 3, 7, 9, 0, 0, 4, 7, 9, 3, 0, 1, 0, 2, 0], [6, 1, 4, 4, 11, 3, 2, 4, 4, 0, 0, 2, 3, 7, 9, 0, 0, 4, 8, 9, 3, 0, 1, 0, 2, 0], [6, 1, 5, 4, 11, 3, 2, 5, 4, 0, 0, 2, 3, 7, 9, 0, 0, 4, 9, 9, 4, 0, 1, 0, 2, 0], [7, 1, 7, 4, 12, 3, 3, 5, 5, 0, 0, 2, 3, 8, 9, 0, 0, 4, 11, 9, 4, 0, 1, 0, 2, 0], [8, 1, 7, 5, 13, 3, 3, 5, 5, 0, 0, 4, 3, 8, 10, 0, 0, 4, 11, 9, 4, 0, 2, 0, 2, 0], [10, 1, 7, 5, 14, 3, 3, 5, 6, 0, 0, 5, 4, 8, 10, 0, 0, 5, 11, 10, 4, 0, 2, 0, 2, 0], [10, 1, 7, 5, 14, 4, 3, 5, 6, 0, 0, 5, 5, 8, 11, 0, 0, 6, 11, 10, 4, 0, 2, 0, 2, 0], [11, 1, 9, 5, 14, 4, 3, 5, 8, 0, 0, 5, 7, 10, 13, 0, 0, 6, 11, 11, 5, 0, 2, 0, 2, 0], [11, 1, 9, 5, 14, 4, 3, 5, 9, 0, 0, 5, 7, 10, 13, 0, 0, 6, 12, 11, 5, 0, 2, 0, 2, 0]]}, "config": {"num_sentences": 43652, "num_words": 25, "sentence": "to chat the While other systems forums of forbidden Internet access Google documentation any use and as such accessing allowed material form communication is for", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0234", "problem_name": "task14_0234"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nto Cowdery translation had the by after until hidden that of a fully Consequently plates stated translated wait revelation would s golden have Smith records", "label": {"final": [13, 1, 3, 9, 14, 3, 1, 6, 6, 0, 0, 10, 1, 9, 9, 1, 1, 7, 8, 17, 4, 2, 3, 0, 4, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0], [0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 2, 0, 0, 1, 0, 1, 0, 0, 1, 0, 1, 0], [2, 0, 1, 1, 1, 0, 0, 0, 1, 0, 0, 1, 0, 2, 3, 0, 0, 2, 1, 3, 0, 0, 1, 0, 1, 0], [3, 0, 1, 2, 1, 0, 0, 1, 1, 0, 0, 1, 0, 2, 3, 0, 0, 2, 1, 3, 0, 0, 1, 0, 1, 0], [3, 0, 1, 2, 2, 0, 0, 2, 1, 0, 0, 1, 0, 2, 3, 0, 0, 2, 1, 4, 0, 0, 1, 0, 1, 0], [3, 1, 1, 2, 2, 0, 0, 2, 1, 0, 0, 1, 0, 2, 3, 0, 0, 2, 1, 4, 0, 0, 1, 0, 2, 0], [4, 1, 1, 2, 3, 1, 0, 2, 1, 0, 0, 1, 0, 2, 3, 0, 0, 3, 1, 5, 0, 0, 1, 0, 2, 0], [4, 1, 1, 2, 3, 1, 0, 2, 2, 0, 0, 2, 0, 3, 3, 0, 0, 3, 1, 6, 1, 0, 1, 0, 2, 0], [4, 1, 1, 4, 4, 1, 0, 3, 3, 0, 0, 2, 0, 4, 3, 0, 0, 3, 1, 6, 1, 0, 1, 0, 2, 0], [5, 1, 1, 4, 4, 1, 0, 4, 3, 0, 0, 2, 0, 4, 3, 0, 0, 3, 1, 8, 1, 0, 1, 0, 2, 0], [5, 1, 1, 4, 4, 2, 0, 4, 3, 0, 0, 2, 0, 4, 4, 0, 0, 3, 1, 8, 1, 0, 1, 0, 2, 0], [6, 1, 1, 4, 4, 2, 0, 4, 3, 0, 0, 2, 0, 4, 4, 0, 0, 3, 1, 8, 1, 0, 1, 0, 2, 0], [6, 1, 1, 4, 4, 3, 0, 4, 3, 0, 0, 4, 0, 4, 4, 0, 0, 3, 1, 8, 2, 0, 1, 0, 3, 0], [6, 1, 2, 4, 6, 3, 0, 4, 3, 0, 0, 5, 0, 6, 5, 0, 1, 3, 2, 9, 3, 0, 1, 0, 4, 0], [7, 1, 2, 4, 7, 3, 0, 4, 3, 0, 0, 6, 0, 6, 5, 1, 1, 3, 3, 10, 3, 0, 1, 0, 4, 0], [8, 1, 2, 5, 8, 3, 0, 4, 3, 0, 0, 6, 0, 6, 5, 1, 1, 3, 4, 12, 3, 0, 1, 0, 4, 0], [10, 1, 2, 6, 9, 3, 0, 4, 3, 0, 0, 7, 0, 7, 5, 1, 1, 4, 5, 14, 3, 0, 1, 0, 4, 0], [11, 1, 2, 6, 9, 3, 0, 4, 4, 0, 0, 7, 0, 7, 5, 1, 1, 4, 5, 15, 3, 0, 2, 0, 4, 0], [12, 1, 2, 6, 11, 3, 0, 4, 5, 0, 0, 8, 0, 8, 6, 1, 1, 5, 5, 16, 3, 1, 2, 0, 4, 0], [12, 1, 2, 7, 11, 3, 0, 4, 5, 0, 0, 9, 0, 8, 7, 1, 1, 5, 5, 16, 4, 1, 3, 0, 4, 0], [12, 1, 2, 7, 11, 3, 0, 4, 5, 0, 0, 9, 0, 8, 7, 1, 1, 5, 6, 16, 4, 1, 3, 0, 4, 0], [12, 1, 2, 8, 12, 3, 1, 4, 5, 0, 0, 10, 0, 9, 8, 1, 1, 5, 6, 16, 4, 1, 3, 0, 4, 0], [13, 1, 2, 8, 13, 3, 1, 5, 5, 0, 0, 10, 0, 9, 8, 1, 1, 5, 6, 16, 4, 2, 3, 0, 4, 0], [13, 1, 2, 8, 13, 3, 1, 6, 6, 0, 0, 10, 1, 9, 8, 1, 1, 5, 7, 17, 4, 2, 3, 0, 4, 0]]}, "config": {"num_sentences": 43652, "num_words": 25, "sentence": "to Cowdery translation had the by after until hidden that of a fully Consequently plates stated translated wait revelation would s golden have Smith records", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0235", "problem_name": "task14_0235"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nWar mobilised the Chapel Road East The Far Second at hall September 1939 then Middle in and Field was battalion drill service during World for", "label": {"final": [11, 3, 3, 10, 14, 3, 1, 5, 9, 0, 0, 10, 3, 6, 6, 2, 0, 9, 6, 8, 1, 1, 3, 0, 0, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0], [1, 1, 0, 1, 1, 0, 0, 0, 2, 0, 0, 1, 1, 0, 1, 0, 0, 1, 1, 0, 0, 0, 1, 0, 0, 0], [1, 1, 0, 1, 2, 0, 0, 1, 2, 0, 0, 1, 1, 0, 1, 0, 0, 1, 1, 1, 0, 0, 1, 0, 0, 0], [2, 1, 1, 1, 3, 0, 0, 2, 2, 0, 0, 2, 1, 0, 1, 1, 0, 1, 1, 1, 0, 0, 1, 0, 0, 0], [3, 1, 1, 2, 3, 0, 0, 2, 2, 0, 0, 2, 1, 0, 2, 1, 0, 2, 1, 1, 0, 0, 1, 0, 0, 0], [4, 1, 1, 2, 4, 0, 0, 2, 2, 0, 0, 2, 1, 0, 2, 1, 0, 2, 2, 2, 0, 0, 1, 0, 0, 0], [4, 1, 1, 2, 5, 0, 0, 3, 2, 0, 0, 2, 1, 0, 2, 1, 0, 2, 2, 3, 0, 0, 1, 0, 0, 0], [5, 1, 1, 2, 5, 1, 0, 3, 2, 0, 0, 2, 1, 0, 2, 1, 0, 3, 2, 3, 0, 0, 1, 0, 0, 0], [5, 1, 2, 3, 6, 1, 0, 3, 2, 0, 0, 2, 1, 1, 3, 1, 0, 3, 3, 3, 0, 0, 1, 0, 0, 0], [6, 1, 2, 3, 6, 1, 0, 3, 2, 0, 0, 2, 1, 1, 3, 1, 0, 3, 3, 4, 0, 0, 1, 0, 0, 0], [7, 1, 2, 3, 6, 1, 0, 4, 2, 0, 0, 4, 1, 1, 3, 1, 0, 3, 3, 4, 0, 0, 1, 0, 0, 0], [7, 2, 2, 3, 9, 1, 0, 4, 2, 0, 0, 4, 2, 1, 3, 2, 0, 4, 4, 5, 0, 0, 1, 0, 0, 0], [7, 2, 2, 3, 9, 1, 0, 4, 2, 0, 0, 4, 2, 1, 3, 2, 0, 4, 4, 5, 0, 0, 1, 0, 0, 0], [7, 2, 2, 3, 10, 1, 0, 5, 2, 0, 0, 4, 2, 2, 3, 2, 0, 4, 4, 6, 0, 0, 1, 0, 0, 0], [7, 2, 2, 5, 11, 1, 0, 5, 3, 0, 0, 5, 3, 2, 3, 2, 0, 4, 4, 6, 0, 0, 1, 0, 0, 0], [7, 2, 2, 5, 11, 1, 0, 5, 4, 0, 0, 5, 3, 3, 3, 2, 0, 4, 4, 6, 0, 0, 1, 0, 0, 0], [8, 2, 2, 6, 11, 1, 0, 5, 4, 0, 0, 5, 3, 4, 3, 2, 0, 4, 4, 6, 0, 0, 1, 0, 0, 0], [8, 2, 2, 7, 12, 2, 0, 5, 5, 0, 0, 6, 3, 4, 3, 2, 0, 4, 4, 6, 0, 0, 1, 0, 0, 0], [9, 2, 2, 7, 12, 2, 0, 5, 5, 0, 0, 6, 3, 4, 3, 2, 0, 4, 5, 6, 0, 0, 2, 0, 0, 0], [11, 3, 2, 7, 12, 2, 0, 5, 6, 0, 0, 7, 3, 5, 4, 2, 0, 4, 5, 8, 0, 0, 2, 0, 0, 0], [11, 3, 2, 8, 12, 2, 0, 5, 7, 0, 0, 9, 3, 5, 4, 2, 0, 5, 5, 8, 0, 0, 2, 0, 0, 0], [11, 3, 3, 8, 14, 2, 0, 5, 8, 0, 0, 9, 3, 5, 4, 2, 0, 6, 6, 8, 0, 1, 2, 0, 0, 0], [11, 3, 3, 9, 14, 2, 1, 5, 9, 0, 0, 9, 3, 6, 4, 2, 0, 7, 6, 8, 1, 1, 2, 0, 0, 0], [11, 3, 3, 10, 14, 2, 1, 5, 9, 0, 0, 10, 3, 6, 5, 2, 0, 8, 6, 8, 1, 1, 3, 0, 0, 0]]}, "config": {"num_sentences": 43652, "num_words": 25, "sentence": "War mobilised the Chapel Road East The Far Second at hall September 1939 then Middle in and Field was battalion drill service during World for", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0236", "problem_name": "task14_0236"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nresigned Kleinfeld to an the by after board chairman letter of with mutual 2017 17 and Elliott CEO April as agreement sending On unauthorized Arconic", "label": {"final": [12, 2, 4, 6, 15, 3, 3, 4, 9, 0, 1, 7, 3, 11, 8, 1, 0, 9, 3, 11, 4, 0, 1, 0, 1, 1], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 1, 2, 0, 1, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 2, 4, 1, 1, 0, 2, 0, 1, 2, 0, 2, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0], [0, 0, 0, 2, 4, 1, 1, 0, 2, 0, 1, 2, 0, 2, 1, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 2, 4, 1, 1, 0, 2, 0, 1, 2, 0, 3, 1, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0], [1, 0, 0, 2, 5, 1, 1, 1, 2, 0, 1, 2, 0, 3, 1, 0, 0, 1, 1, 2, 0, 0, 0, 0, 0, 0], [1, 1, 0, 2, 5, 1, 1, 1, 2, 0, 1, 2, 0, 3, 1, 0, 0, 1, 1, 2, 0, 0, 0, 0, 1, 0], [2, 1, 0, 2, 6, 2, 1, 1, 2, 0, 1, 2, 0, 3, 1, 0, 0, 2, 1, 3, 0, 0, 0, 0, 1, 0], [3, 2, 0, 3, 6, 2, 1, 1, 2, 0, 1, 2, 0, 3, 2, 0, 0, 3, 1, 3, 0, 0, 0, 0, 1, 0], [5, 2, 1, 3, 6, 2, 1, 2, 3, 0, 1, 2, 1, 4, 2, 0, 0, 4, 1, 3, 0, 0, 0, 0, 1, 0], [5, 2, 1, 3, 8, 2, 1, 2, 3, 0, 1, 3, 1, 4, 2, 0, 0, 5, 1, 5, 0, 0, 0, 0, 1, 0], [5, 2, 1, 3, 8, 3, 1, 2, 3, 0, 1, 3, 1, 4, 3, 0, 0, 5, 1, 5, 0, 0, 0, 0, 1, 0], [5, 2, 1, 3, 8, 3, 1, 3, 4, 0, 1, 3, 1, 4, 3, 0, 0, 5, 1, 6, 0, 0, 1, 0, 1, 0], [6, 2, 1, 3, 8, 3, 1, 3, 4, 0, 1, 4, 2, 4, 3, 0, 0, 5, 1, 7, 2, 0, 1, 0, 1, 0], [6, 2, 1, 3, 8, 3, 1, 3, 4, 0, 1, 4, 2, 4, 3, 0, 0, 5, 1, 7, 2, 0, 1, 0, 1, 0], [6, 2, 1, 3, 8, 3, 1, 3, 4, 0, 1, 4, 2, 4, 3, 0, 0, 5, 1, 7, 2, 0, 1, 0, 1, 0], [7, 2, 1, 4, 8, 3, 1, 3, 4, 0, 1, 4, 2, 5, 3, 0, 0, 5, 1, 7, 2, 0, 1, 0, 1, 0], [7, 2, 1, 4, 9, 3, 1, 3, 5, 0, 1, 6, 2, 5, 4, 0, 0, 5, 1, 9, 2, 0, 1, 0, 1, 0], [7, 2, 2, 4, 10, 3, 1, 3, 5, 0, 1, 6, 2, 5, 5, 0, 0, 5, 1, 9, 2, 0, 1, 0, 1, 0], [8, 2, 2, 4, 10, 3, 1, 3, 6, 0, 1, 7, 2, 5, 5, 1, 0, 6, 1, 9, 2, 0, 1, 0, 1, 0], [9, 2, 2, 4, 10, 3, 1, 3, 6, 0, 1, 7, 2, 5, 5, 1, 0, 6, 2, 9, 2, 0, 1, 0, 1, 0], [10, 2, 2, 4, 13, 3, 2, 3, 6, 0, 1, 7, 3, 6, 5, 1, 0, 7, 2, 10, 2, 0, 1, 0, 1, 0], [10, 2, 2, 5, 14, 3, 3, 3, 7, 0, 1, 7, 3, 8, 5, 1, 0, 7, 3, 10, 2, 0, 1, 0, 1, 0], [10, 2, 2, 5, 14, 3, 3, 3, 7, 0, 1, 7, 3, 9, 6, 1, 0, 7, 3, 10, 2, 0, 1, 0, 1, 0], [11, 2, 2, 6, 15, 3, 3, 4, 8, 0, 1, 7, 3, 10, 7, 1, 0, 8, 3, 11, 4, 0, 1, 0, 1, 1]]}, "config": {"num_sentences": 43652, "num_words": 25, "sentence": "resigned Kleinfeld to an the by after board chairman letter of with mutual 2017 17 and Elliott CEO April as agreement sending On unauthorized Arconic", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0237", "problem_name": "task14_0237"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nseries German War to the by of company Digitalmindsoft a video tactics developed strategy Call spiritual and Men as Arms game real time is successor", "label": {"final": [14, 1, 6, 6, 14, 2, 4, 1, 10, 0, 0, 6, 7, 5, 7, 3, 0, 8, 12, 10, 2, 2, 1, 0, 3, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 0, 2, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0, 0, 0], [1, 0, 0, 0, 3, 0, 1, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 2, 2, 0, 0, 0, 0, 0, 0, 0], [2, 0, 0, 0, 3, 0, 1, 0, 1, 0, 0, 0, 1, 1, 0, 0, 0, 3, 2, 0, 0, 0, 1, 0, 0, 0], [2, 0, 0, 0, 3, 0, 1, 0, 1, 0, 0, 0, 1, 1, 1, 0, 0, 3, 2, 1, 0, 0, 1, 0, 0, 0], [2, 0, 0, 0, 4, 0, 1, 1, 1, 0, 0, 0, 1, 1, 1, 0, 0, 3, 2, 2, 0, 0, 1, 0, 0, 0], [2, 1, 0, 0, 4, 0, 1, 1, 1, 0, 0, 0, 1, 1, 1, 0, 0, 3, 2, 2, 0, 0, 1, 0, 1, 0], [2, 1, 0, 0, 4, 1, 1, 1, 1, 0, 0, 0, 1, 1, 2, 0, 0, 3, 2, 2, 0, 0, 1, 0, 1, 0], [3, 1, 1, 0, 4, 1, 1, 1, 1, 0, 0, 0, 2, 2, 3, 1, 0, 3, 2, 2, 0, 0, 1, 0, 2, 0], [4, 1, 1, 2, 4, 2, 2, 1, 4, 0, 0, 1, 3, 3, 4, 1, 0, 3, 3, 4, 0, 0, 1, 0, 2, 0], [5, 1, 1, 2, 4, 2, 2, 1, 4, 0, 0, 1, 3, 3, 4, 1, 0, 3, 3, 4, 0, 0, 1, 0, 2, 0], [5, 1, 1, 3, 5, 2, 2, 1, 5, 0, 0, 1, 3, 3, 5, 1, 0, 3, 3, 4, 0, 1, 1, 0, 2, 0], [6, 1, 3, 3, 5, 2, 2, 1, 6, 0, 0, 1, 3, 3, 5, 1, 0, 3, 4, 6, 0, 1, 1, 0, 2, 0], [6, 1, 3, 5, 8, 2, 2, 1, 6, 0, 0, 2, 3, 3, 6, 2, 0, 3, 4, 6, 0, 2, 1, 0, 2, 0], [7, 1, 3, 5, 9, 2, 3, 1, 6, 0, 0, 2, 3, 3, 6, 2, 0, 4, 5, 8, 0, 2, 1, 0, 3, 0], [8, 1, 4, 5, 9, 2, 3, 1, 6, 0, 0, 4, 3, 3, 6, 2, 0, 4, 5, 8, 0, 2, 1, 0, 3, 0], [9, 1, 4, 5, 9, 2, 3, 1, 8, 0, 0, 5, 3, 3, 6, 3, 0, 5, 6, 9, 1, 2, 1, 0, 3, 0], [10, 1, 4, 6, 9, 2, 3, 1, 8, 0, 0, 5, 3, 4, 6, 3, 0, 5, 6, 9, 1, 2, 1, 0, 3, 0], [10, 1, 4, 6, 10, 2, 3, 1, 8, 0, 0, 5, 4, 5, 6, 3, 0, 5, 6, 9, 1, 2, 1, 0, 3, 0], [11, 1, 4, 6, 10, 2, 3, 1, 8, 0, 0, 5, 4, 5, 6, 3, 0, 5, 7, 9, 1, 2, 1, 0, 3, 0], [12, 1, 4, 6, 10, 2, 3, 1, 8, 0, 0, 5, 5, 5, 6, 3, 0, 6, 8, 9, 1, 2, 1, 0, 3, 0], [13, 1, 4, 6, 11, 2, 4, 1, 8, 0, 0, 5, 6, 5, 6, 3, 0, 6, 8, 9, 1, 2, 1, 0, 3, 0], [14, 1, 4, 6, 12, 2, 4, 1, 8, 0, 0, 6, 6, 5, 6, 3, 0, 7, 8, 9, 1, 2, 1, 0, 3, 0], [14, 1, 4, 6, 13, 2, 4, 1, 9, 0, 0, 6, 7, 5, 6, 3, 0, 7, 8, 10, 1, 2, 1, 0, 3, 0], [14, 1, 4, 6, 13, 2, 4, 1, 10, 0, 0, 6, 7, 5, 6, 3, 0, 7, 9, 10, 1, 2, 1, 0, 3, 0]]}, "config": {"num_sentences": 43652, "num_words": 25, "sentence": "series German War to the by of company Digitalmindsoft a video tactics developed strategy Call spiritual and Men as Arms game real time is successor", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0238", "problem_name": "task14_0238"}
+{"prompt": "Count the number of each alphabet in a given sentence word by word case insensitively from the beginning of the sentence.\nProvide the final counts of alphabets including zero counts in alphabetical order in a list, and provide the intermediate states after adding the counts of each word in a list of alphabet counts. \nDo not include the initial state and final state in the list of intermediate states. \n\n\n[Question]\nSentence:\nprovided Francis to the King Robert 1678 capital Lynn Thorowgood a Grandison set lead Sir in and works s Nicholson dependent Clement merchant up for", "label": {"final": [8, 1, 5, 8, 11, 2, 3, 4, 8, 0, 2, 5, 2, 14, 12, 4, 0, 10, 7, 9, 1, 1, 2, 0, 1, 0], "init": [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], "intermediate": [[0, 0, 0, 2, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 1, 1, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0], [1, 0, 1, 2, 1, 1, 0, 0, 2, 0, 0, 0, 0, 1, 1, 1, 0, 2, 1, 0, 0, 1, 0, 0, 0, 0], [1, 0, 1, 2, 1, 1, 0, 0, 2, 0, 0, 0, 0, 1, 2, 1, 0, 2, 1, 1, 0, 1, 0, 0, 0, 0], [1, 0, 1, 2, 2, 1, 0, 1, 2, 0, 0, 0, 0, 1, 2, 1, 0, 2, 1, 2, 0, 1, 0, 0, 0, 0], [1, 0, 1, 2, 2, 1, 1, 1, 3, 0, 1, 0, 0, 2, 2, 1, 0, 2, 1, 2, 0, 1, 0, 0, 0, 0], [1, 1, 1, 2, 3, 1, 1, 1, 3, 0, 1, 0, 0, 2, 3, 1, 0, 4, 1, 3, 0, 1, 0, 0, 0, 0], [1, 1, 1, 2, 3, 1, 1, 1, 3, 0, 1, 0, 0, 2, 3, 1, 0, 4, 1, 3, 0, 1, 0, 0, 0, 0], [3, 1, 2, 2, 3, 1, 1, 1, 4, 0, 1, 1, 0, 2, 3, 2, 0, 4, 1, 4, 0, 1, 0, 0, 0, 0], [3, 1, 2, 2, 3, 1, 1, 1, 4, 0, 1, 2, 0, 4, 3, 2, 0, 4, 1, 4, 0, 1, 0, 0, 1, 0], [3, 1, 2, 3, 3, 1, 2, 2, 4, 0, 1, 2, 0, 4, 7, 2, 0, 5, 1, 5, 0, 1, 1, 0, 1, 0], [4, 1, 2, 3, 3, 1, 2, 2, 4, 0, 1, 2, 0, 4, 7, 2, 0, 5, 1, 5, 0, 1, 1, 0, 1, 0], [5, 1, 2, 4, 3, 1, 3, 2, 5, 0, 1, 2, 0, 6, 8, 2, 0, 6, 2, 5, 0, 1, 1, 0, 1, 0], [5, 1, 2, 4, 4, 1, 3, 2, 5, 0, 1, 2, 0, 6, 8, 2, 0, 6, 3, 6, 0, 1, 1, 0, 1, 0], [6, 1, 2, 5, 5, 1, 3, 2, 5, 0, 1, 3, 0, 6, 8, 2, 0, 6, 3, 6, 0, 1, 1, 0, 1, 0], [6, 1, 2, 5, 5, 1, 3, 2, 6, 0, 1, 3, 0, 6, 8, 2, 0, 7, 4, 6, 0, 1, 1, 0, 1, 0], [6, 1, 2, 5, 5, 1, 3, 2, 7, 0, 1, 3, 0, 7, 8, 2, 0, 7, 4, 6, 0, 1, 1, 0, 1, 0], [7, 1, 2, 6, 5, 1, 3, 2, 7, 0, 1, 3, 0, 8, 8, 2, 0, 7, 4, 6, 0, 1, 1, 0, 1, 0], [7, 1, 2, 6, 5, 1, 3, 2, 7, 0, 2, 3, 0, 8, 9, 2, 0, 8, 5, 6, 0, 1, 2, 0, 1, 0], [7, 1, 2, 6, 5, 1, 3, 2, 7, 0, 2, 3, 0, 8, 9, 2, 0, 8, 6, 6, 0, 1, 2, 0, 1, 0], [7, 1, 3, 6, 5, 1, 3, 3, 8, 0, 2, 4, 0, 10, 11, 2, 0, 8, 7, 6, 0, 1, 2, 0, 1, 0], [7, 1, 3, 8, 8, 1, 3, 3, 8, 0, 2, 4, 0, 12, 11, 3, 0, 8, 7, 7, 0, 1, 2, 0, 1, 0], [7, 1, 4, 8, 10, 1, 3, 3, 8, 0, 2, 5, 1, 13, 11, 3, 0, 8, 7, 8, 0, 1, 2, 0, 1, 0], [8, 1, 5, 8, 11, 1, 3, 4, 8, 0, 2, 5, 2, 14, 11, 3, 0, 9, 7, 9, 0, 1, 2, 0, 1, 0], [8, 1, 5, 8, 11, 1, 3, 4, 8, 0, 2, 5, 2, 14, 11, 4, 0, 9, 7, 9, 1, 1, 2, 0, 1, 0]]}, "config": {"num_sentences": 43652, "num_words": 25, "sentence": "provided Francis to the King Robert 1678 capital Lynn Thorowgood a Grandison set lead Sir in and works s Nicholson dependent Clement merchant up for", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task14", "example_name": "0239", "problem_name": "task14_0239"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x4 0x8\n", "label": {"final": "111100000000", "init": "", "intermediate": ["1111"]}, "config": {"bit_sentence": "1x4 0x8", "len_code": 2}, "task_name": "task15", "example_name": "0000", "problem_name": "task15_0000"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x6 1x5\n", "label": {"final": "00000011111", "init": "", "intermediate": ["000000"]}, "config": {"bit_sentence": "0x6 1x5", "len_code": 2}, "task_name": "task15", "example_name": "0001", "problem_name": "task15_0001"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x9 0x5\n", "label": {"final": "11111111100000", "init": "", "intermediate": ["111111111"]}, "config": {"bit_sentence": "1x9 0x5", "len_code": 2}, "task_name": "task15", "example_name": "0002", "problem_name": "task15_0002"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x2 1x7\n", "label": {"final": "001111111", "init": "", "intermediate": ["00"]}, "config": {"bit_sentence": "0x2 1x7", "len_code": 2}, "task_name": "task15", "example_name": "0003", "problem_name": "task15_0003"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x8 1x2\n", "label": {"final": "0000000011", "init": "", "intermediate": ["00000000"]}, "config": {"bit_sentence": "0x8 1x2", "len_code": 2}, "task_name": "task15", "example_name": "0004", "problem_name": "task15_0004"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x7 1x6\n", "label": {"final": "0000000111111", "init": "", "intermediate": ["0000000"]}, "config": {"bit_sentence": "0x7 1x6", "len_code": 2}, "task_name": "task15", "example_name": "0005", "problem_name": "task15_0005"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x5 0x5\n", "label": {"final": "1111100000", "init": "", "intermediate": ["11111"]}, "config": {"bit_sentence": "1x5 0x5", "len_code": 2}, "task_name": "task15", "example_name": "0006", "problem_name": "task15_0006"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x9 0x6\n", "label": {"final": "111111111000000", "init": "", "intermediate": ["111111111"]}, "config": {"bit_sentence": "1x9 0x6", "len_code": 2}, "task_name": "task15", "example_name": "0007", "problem_name": "task15_0007"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x3 0x6\n", "label": {"final": "111000000", "init": "", "intermediate": ["111"]}, "config": {"bit_sentence": "1x3 0x6", "len_code": 2}, "task_name": "task15", "example_name": "0008", "problem_name": "task15_0008"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x2 0x1\n", "label": {"final": "110", "init": "", "intermediate": ["11"]}, "config": {"bit_sentence": "1x2 0x1", "len_code": 2}, "task_name": "task15", "example_name": "0009", "problem_name": "task15_0009"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x1 0x1 1x5\n", "label": {"final": "1011111", "init": "", "intermediate": ["1", "10"]}, "config": {"bit_sentence": "1x1 0x1 1x5", "len_code": 3}, "task_name": "task15", "example_name": "0010", "problem_name": "task15_0010"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x8 1x4 0x1\n", "label": {"final": "0000000011110", "init": "", "intermediate": ["00000000", "000000001111"]}, "config": {"bit_sentence": "0x8 1x4 0x1", "len_code": 3}, "task_name": "task15", "example_name": "0011", "problem_name": "task15_0011"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x5 1x6 0x2\n", "label": {"final": "0000011111100", "init": "", "intermediate": ["00000", "00000111111"]}, "config": {"bit_sentence": "0x5 1x6 0x2", "len_code": 3}, "task_name": "task15", "example_name": "0012", "problem_name": "task15_0012"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x9 0x1 1x2\n", "label": {"final": "111111111011", "init": "", "intermediate": ["111111111", "1111111110"]}, "config": {"bit_sentence": "1x9 0x1 1x2", "len_code": 3}, "task_name": "task15", "example_name": "0013", "problem_name": "task15_0013"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x6 1x8 0x4\n", "label": {"final": "000000111111110000", "init": "", "intermediate": ["000000", "00000011111111"]}, "config": {"bit_sentence": "0x6 1x8 0x4", "len_code": 3}, "task_name": "task15", "example_name": "0014", "problem_name": "task15_0014"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x4 1x4 0x5\n", "label": {"final": "0000111100000", "init": "", "intermediate": ["0000", "00001111"]}, "config": {"bit_sentence": "0x4 1x4 0x5", "len_code": 3}, "task_name": "task15", "example_name": "0015", "problem_name": "task15_0015"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x2 1x6 0x6\n", "label": {"final": "00111111000000", "init": "", "intermediate": ["00", "00111111"]}, "config": {"bit_sentence": "0x2 1x6 0x6", "len_code": 3}, "task_name": "task15", "example_name": "0016", "problem_name": "task15_0016"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x2 1x4 0x2\n", "label": {"final": "00111100", "init": "", "intermediate": ["00", "001111"]}, "config": {"bit_sentence": "0x2 1x4 0x2", "len_code": 3}, "task_name": "task15", "example_name": "0017", "problem_name": "task15_0017"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x6 1x4 0x8\n", "label": {"final": "000000111100000000", "init": "", "intermediate": ["000000", "0000001111"]}, "config": {"bit_sentence": "0x6 1x4 0x8", "len_code": 3}, "task_name": "task15", "example_name": "0018", "problem_name": "task15_0018"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x6 1x7 0x3\n", "label": {"final": "0000001111111000", "init": "", "intermediate": ["000000", "0000001111111"]}, "config": {"bit_sentence": "0x6 1x7 0x3", "len_code": 3}, "task_name": "task15", "example_name": "0019", "problem_name": "task15_0019"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x9 1x6 0x1 1x4\n", "label": {"final": "00000000011111101111", "init": "", "intermediate": ["000000000", "000000000111111", "0000000001111110"]}, "config": {"bit_sentence": "0x9 1x6 0x1 1x4", "len_code": 4}, "task_name": "task15", "example_name": "0020", "problem_name": "task15_0020"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x7 1x4 0x1 1x7\n", "label": {"final": "0000000111101111111", "init": "", "intermediate": ["0000000", "00000001111", "000000011110"]}, "config": {"bit_sentence": "0x7 1x4 0x1 1x7", "len_code": 4}, "task_name": "task15", "example_name": "0021", "problem_name": "task15_0021"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x8 0x7 1x8 0x3\n", "label": {"final": "11111111000000011111111000", "init": "", "intermediate": ["11111111", "111111110000000", "11111111000000011111111"]}, "config": {"bit_sentence": "1x8 0x7 1x8 0x3", "len_code": 4}, "task_name": "task15", "example_name": "0022", "problem_name": "task15_0022"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x9 1x9 0x8 1x5\n", "label": {"final": "0000000001111111110000000011111", "init": "", "intermediate": ["000000000", "000000000111111111", "00000000011111111100000000"]}, "config": {"bit_sentence": "0x9 1x9 0x8 1x5", "len_code": 4}, "task_name": "task15", "example_name": "0023", "problem_name": "task15_0023"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x4 1x8 0x3 1x7\n", "label": {"final": "0000111111110001111111", "init": "", "intermediate": ["0000", "000011111111", "000011111111000"]}, "config": {"bit_sentence": "0x4 1x8 0x3 1x7", "len_code": 4}, "task_name": "task15", "example_name": "0024", "problem_name": "task15_0024"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x9 0x5 1x5 0x3\n", "label": {"final": "1111111110000011111000", "init": "", "intermediate": ["111111111", "11111111100000", "1111111110000011111"]}, "config": {"bit_sentence": "1x9 0x5 1x5 0x3", "len_code": 4}, "task_name": "task15", "example_name": "0025", "problem_name": "task15_0025"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x4 1x2 0x6 1x6\n", "label": {"final": "000011000000111111", "init": "", "intermediate": ["0000", "000011", "000011000000"]}, "config": {"bit_sentence": "0x4 1x2 0x6 1x6", "len_code": 4}, "task_name": "task15", "example_name": "0026", "problem_name": "task15_0026"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x7 1x2 0x8 1x5\n", "label": {"final": "0000000110000000011111", "init": "", "intermediate": ["0000000", "000000011", "00000001100000000"]}, "config": {"bit_sentence": "0x7 1x2 0x8 1x5", "len_code": 4}, "task_name": "task15", "example_name": "0027", "problem_name": "task15_0027"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x8 0x2 1x9 0x6\n", "label": {"final": "1111111100111111111000000", "init": "", "intermediate": ["11111111", "1111111100", "1111111100111111111"]}, "config": {"bit_sentence": "1x8 0x2 1x9 0x6", "len_code": 4}, "task_name": "task15", "example_name": "0028", "problem_name": "task15_0028"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x3 1x4 0x1 1x4\n", "label": {"final": "000111101111", "init": "", "intermediate": ["000", "0001111", "00011110"]}, "config": {"bit_sentence": "0x3 1x4 0x1 1x4", "len_code": 4}, "task_name": "task15", "example_name": "0029", "problem_name": "task15_0029"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x8 1x6 0x2 1x8 0x9\n", "label": {"final": "000000001111110011111111000000000", "init": "", "intermediate": ["00000000", "00000000111111", "0000000011111100", "000000001111110011111111"]}, "config": {"bit_sentence": "0x8 1x6 0x2 1x8 0x9", "len_code": 5}, "task_name": "task15", "example_name": "0030", "problem_name": "task15_0030"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x6 0x6 1x7 0x8 1x5\n", "label": {"final": "11111100000011111110000000011111", "init": "", "intermediate": ["111111", "111111000000", "1111110000001111111", "111111000000111111100000000"]}, "config": {"bit_sentence": "1x6 0x6 1x7 0x8 1x5", "len_code": 5}, "task_name": "task15", "example_name": "0031", "problem_name": "task15_0031"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x5 0x1 1x1 0x9 1x9\n", "label": {"final": "1111101000000000111111111", "init": "", "intermediate": ["11111", "111110", "1111101", "1111101000000000"]}, "config": {"bit_sentence": "1x5 0x1 1x1 0x9 1x9", "len_code": 5}, "task_name": "task15", "example_name": "0032", "problem_name": "task15_0032"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x7 1x3 0x3 1x4 0x8\n", "label": {"final": "0000000111000111100000000", "init": "", "intermediate": ["0000000", "0000000111", "0000000111000", "00000001110001111"]}, "config": {"bit_sentence": "0x7 1x3 0x3 1x4 0x8", "len_code": 5}, "task_name": "task15", "example_name": "0033", "problem_name": "task15_0033"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x6 0x4 1x4 0x4 1x7\n", "label": {"final": "1111110000111100001111111", "init": "", "intermediate": ["111111", "1111110000", "11111100001111", "111111000011110000"]}, "config": {"bit_sentence": "1x6 0x4 1x4 0x4 1x7", "len_code": 5}, "task_name": "task15", "example_name": "0034", "problem_name": "task15_0034"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x5 1x4 0x6 1x3 0x9\n", "label": {"final": "000001111000000111000000000", "init": "", "intermediate": ["00000", "000001111", "000001111000000", "000001111000000111"]}, "config": {"bit_sentence": "0x5 1x4 0x6 1x3 0x9", "len_code": 5}, "task_name": "task15", "example_name": "0035", "problem_name": "task15_0035"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x9 0x9 1x4 0x9 1x2\n", "label": {"final": "111111111000000000111100000000011", "init": "", "intermediate": ["111111111", "111111111000000000", "1111111110000000001111", "1111111110000000001111000000000"]}, "config": {"bit_sentence": "1x9 0x9 1x4 0x9 1x2", "len_code": 5}, "task_name": "task15", "example_name": "0036", "problem_name": "task15_0036"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x5 0x9 1x8 0x4 1x3\n", "label": {"final": "11111000000000111111110000111", "init": "", "intermediate": ["11111", "11111000000000", "1111100000000011111111", "11111000000000111111110000"]}, "config": {"bit_sentence": "1x5 0x9 1x8 0x4 1x3", "len_code": 5}, "task_name": "task15", "example_name": "0037", "problem_name": "task15_0037"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x2 0x2 1x4 0x8 1x7\n", "label": {"final": "11001111000000001111111", "init": "", "intermediate": ["11", "1100", "11001111", "1100111100000000"]}, "config": {"bit_sentence": "1x2 0x2 1x4 0x8 1x7", "len_code": 5}, "task_name": "task15", "example_name": "0038", "problem_name": "task15_0038"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x6 1x3 0x5 1x1 0x2\n", "label": {"final": "00000011100000100", "init": "", "intermediate": ["000000", "000000111", "00000011100000", "000000111000001"]}, "config": {"bit_sentence": "0x6 1x3 0x5 1x1 0x2", "len_code": 5}, "task_name": "task15", "example_name": "0039", "problem_name": "task15_0039"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x8 0x4 1x7 0x9 1x8 0x8\n", "label": {"final": "11111111000011111110000000001111111100000000", "init": "", "intermediate": ["11111111", "111111110000", "1111111100001111111", "1111111100001111111000000000", "111111110000111111100000000011111111"]}, "config": {"bit_sentence": "1x8 0x4 1x7 0x9 1x8 0x8", "len_code": 6}, "task_name": "task15", "example_name": "0040", "problem_name": "task15_0040"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x4 0x1 1x6 0x3 1x6 0x5\n", "label": {"final": "1111011111100011111100000", "init": "", "intermediate": ["1111", "11110", "11110111111", "11110111111000", "11110111111000111111"]}, "config": {"bit_sentence": "1x4 0x1 1x6 0x3 1x6 0x5", "len_code": 6}, "task_name": "task15", "example_name": "0041", "problem_name": "task15_0041"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x3 1x4 0x9 1x6 0x3 1x3\n", "label": {"final": "0001111000000000111111000111", "init": "", "intermediate": ["000", "0001111", "0001111000000000", "0001111000000000111111", "0001111000000000111111000"]}, "config": {"bit_sentence": "0x3 1x4 0x9 1x6 0x3 1x3", "len_code": 6}, "task_name": "task15", "example_name": "0042", "problem_name": "task15_0042"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x2 0x1 1x5 0x8 1x7 0x4\n", "label": {"final": "110111110000000011111110000", "init": "", "intermediate": ["11", "110", "11011111", "1101111100000000", "11011111000000001111111"]}, "config": {"bit_sentence": "1x2 0x1 1x5 0x8 1x7 0x4", "len_code": 6}, "task_name": "task15", "example_name": "0043", "problem_name": "task15_0043"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x9 0x5 1x9 0x8 1x2 0x5\n", "label": {"final": "11111111100000111111111000000001100000", "init": "", "intermediate": ["111111111", "11111111100000", "11111111100000111111111", "1111111110000011111111100000000", "111111111000001111111110000000011"]}, "config": {"bit_sentence": "1x9 0x5 1x9 0x8 1x2 0x5", "len_code": 6}, "task_name": "task15", "example_name": "0044", "problem_name": "task15_0044"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x8 0x7 1x4 0x8 1x4 0x2\n", "label": {"final": "111111110000000111100000000111100", "init": "", "intermediate": ["11111111", "111111110000000", "1111111100000001111", "111111110000000111100000000", "1111111100000001111000000001111"]}, "config": {"bit_sentence": "1x8 0x7 1x4 0x8 1x4 0x2", "len_code": 6}, "task_name": "task15", "example_name": "0045", "problem_name": "task15_0045"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x1 0x9 1x3 0x4 1x2 0x3\n", "label": {"final": "1000000000111000011000", "init": "", "intermediate": ["1", "1000000000", "1000000000111", "10000000001110000", "1000000000111000011"]}, "config": {"bit_sentence": "1x1 0x9 1x3 0x4 1x2 0x3", "len_code": 6}, "task_name": "task15", "example_name": "0046", "problem_name": "task15_0046"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x6 1x7 0x8 1x2 0x2 1x4\n", "label": {"final": "00000011111110000000011001111", "init": "", "intermediate": ["000000", "0000001111111", "000000111111100000000", "00000011111110000000011", "0000001111111000000001100"]}, "config": {"bit_sentence": "0x6 1x7 0x8 1x2 0x2 1x4", "len_code": 6}, "task_name": "task15", "example_name": "0047", "problem_name": "task15_0047"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x4 1x2 0x5 1x9 0x9 1x6\n", "label": {"final": "00001100000111111111000000000111111", "init": "", "intermediate": ["0000", "000011", "00001100000", "00001100000111111111", "00001100000111111111000000000"]}, "config": {"bit_sentence": "0x4 1x2 0x5 1x9 0x9 1x6", "len_code": 6}, "task_name": "task15", "example_name": "0048", "problem_name": "task15_0048"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x4 0x5 1x1 0x8 1x1 0x9\n", "label": {"final": "1111000001000000001000000000", "init": "", "intermediate": ["1111", "111100000", "1111000001", "111100000100000000", "1111000001000000001"]}, "config": {"bit_sentence": "1x4 0x5 1x1 0x8 1x1 0x9", "len_code": 6}, "task_name": "task15", "example_name": "0049", "problem_name": "task15_0049"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x7 1x5 0x7 1x3 0x5 1x3 0x2\n", "label": {"final": "00000001111100000001110000011100", "init": "", "intermediate": ["0000000", "000000011111", "0000000111110000000", "0000000111110000000111", "000000011111000000011100000", "000000011111000000011100000111"]}, "config": {"bit_sentence": "0x7 1x5 0x7 1x3 0x5 1x3 0x2", "len_code": 7}, "task_name": "task15", "example_name": "0050", "problem_name": "task15_0050"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x9 0x5 1x6 0x5 1x8 0x7 1x1\n", "label": {"final": "11111111100000111111000001111111100000001", "init": "", "intermediate": ["111111111", "11111111100000", "11111111100000111111", "1111111110000011111100000", "111111111000001111110000011111111", "1111111110000011111100000111111110000000"]}, "config": {"bit_sentence": "1x9 0x5 1x6 0x5 1x8 0x7 1x1", "len_code": 7}, "task_name": "task15", "example_name": "0051", "problem_name": "task15_0051"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x9 0x9 1x4 0x8 1x5 0x6 1x9\n", "label": {"final": "11111111100000000011110000000011111000000111111111", "init": "", "intermediate": ["111111111", "111111111000000000", "1111111110000000001111", "111111111000000000111100000000", "11111111100000000011110000000011111", "11111111100000000011110000000011111000000"]}, "config": {"bit_sentence": "1x9 0x9 1x4 0x8 1x5 0x6 1x9", "len_code": 7}, "task_name": "task15", "example_name": "0052", "problem_name": "task15_0052"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x1 0x7 1x7 0x8 1x7 0x6 1x3\n", "label": {"final": "100000001111111000000001111111000000111", "init": "", "intermediate": ["1", "10000000", "100000001111111", "10000000111111100000000", "100000001111111000000001111111", "100000001111111000000001111111000000"]}, "config": {"bit_sentence": "1x1 0x7 1x7 0x8 1x7 0x6 1x3", "len_code": 7}, "task_name": "task15", "example_name": "0053", "problem_name": "task15_0053"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x6 1x9 0x2 1x3 0x4 1x8 0x7\n", "label": {"final": "000000111111111001110000111111110000000", "init": "", "intermediate": ["000000", "000000111111111", "00000011111111100", "00000011111111100111", "000000111111111001110000", "00000011111111100111000011111111"]}, "config": {"bit_sentence": "0x6 1x9 0x2 1x3 0x4 1x8 0x7", "len_code": 7}, "task_name": "task15", "example_name": "0054", "problem_name": "task15_0054"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x7 0x8 1x9 0x4 1x1 0x8 1x6\n", "label": {"final": "1111111000000001111111110000100000000111111", "init": "", "intermediate": ["1111111", "111111100000000", "111111100000000111111111", "1111111000000001111111110000", "11111110000000011111111100001", "1111111000000001111111110000100000000"]}, "config": {"bit_sentence": "1x7 0x8 1x9 0x4 1x1 0x8 1x6", "len_code": 7}, "task_name": "task15", "example_name": "0055", "problem_name": "task15_0055"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x3 1x7 0x6 1x8 0x6 1x5 0x2\n", "label": {"final": "0001111111000000111111110000001111100", "init": "", "intermediate": ["000", "0001111111", "0001111111000000", "000111111100000011111111", "000111111100000011111111000000", "00011111110000001111111100000011111"]}, "config": {"bit_sentence": "0x3 1x7 0x6 1x8 0x6 1x5 0x2", "len_code": 7}, "task_name": "task15", "example_name": "0056", "problem_name": "task15_0056"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x2 0x7 1x9 0x2 1x7 0x1 1x9\n", "label": {"final": "1100000001111111110011111110111111111", "init": "", "intermediate": ["11", "110000000", "110000000111111111", "11000000011111111100", "110000000111111111001111111", "1100000001111111110011111110"]}, "config": {"bit_sentence": "1x2 0x7 1x9 0x2 1x7 0x1 1x9", "len_code": 7}, "task_name": "task15", "example_name": "0057", "problem_name": "task15_0057"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x1 1x1 0x7 1x5 0x8 1x8 0x8\n", "label": {"final": "01000000011111000000001111111100000000", "init": "", "intermediate": ["0", "01", "010000000", "01000000011111", "0100000001111100000000", "010000000111110000000011111111"]}, "config": {"bit_sentence": "0x1 1x1 0x7 1x5 0x8 1x8 0x8", "len_code": 7}, "task_name": "task15", "example_name": "0058", "problem_name": "task15_0058"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x6 1x4 0x3 1x3 0x2 1x8 0x4\n", "label": {"final": "000000111100011100111111110000", "init": "", "intermediate": ["000000", "0000001111", "0000001111000", "0000001111000111", "000000111100011100", "00000011110001110011111111"]}, "config": {"bit_sentence": "0x6 1x4 0x3 1x3 0x2 1x8 0x4", "len_code": 7}, "task_name": "task15", "example_name": "0059", "problem_name": "task15_0059"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x1 0x8 1x7 0x7 1x9 0x4 1x6 0x7\n", "label": {"final": "1000000001111111000000011111111100001111110000000", "init": "", "intermediate": ["1", "100000000", "1000000001111111", "10000000011111110000000", "10000000011111110000000111111111", "100000000111111100000001111111110000", "100000000111111100000001111111110000111111"]}, "config": {"bit_sentence": "1x1 0x8 1x7 0x7 1x9 0x4 1x6 0x7", "len_code": 8}, "task_name": "task15", "example_name": "0060", "problem_name": "task15_0060"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x5 0x9 1x1 0x8 1x7 0x5 1x5 0x1\n", "label": {"final": "11111000000000100000000111111100000111110", "init": "", "intermediate": ["11111", "11111000000000", "111110000000001", "11111000000000100000000", "111110000000001000000001111111", "11111000000000100000000111111100000", "1111100000000010000000011111110000011111"]}, "config": {"bit_sentence": "1x5 0x9 1x1 0x8 1x7 0x5 1x5 0x1", "len_code": 8}, "task_name": "task15", "example_name": "0061", "problem_name": "task15_0061"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x5 1x8 0x3 1x9 0x4 1x7 0x6 1x5\n", "label": {"final": "00000111111110001111111110000111111100000011111", "init": "", "intermediate": ["00000", "0000011111111", "0000011111111000", "0000011111111000111111111", "00000111111110001111111110000", "000001111111100011111111100001111111", "000001111111100011111111100001111111000000"]}, "config": {"bit_sentence": "0x5 1x8 0x3 1x9 0x4 1x7 0x6 1x5", "len_code": 8}, "task_name": "task15", "example_name": "0062", "problem_name": "task15_0062"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x6 1x8 0x9 1x8 0x3 1x9 0x6 1x7\n", "label": {"final": "00000011111111000000000111111110001111111110000001111111", "init": "", "intermediate": ["000000", "00000011111111", "00000011111111000000000", "0000001111111100000000011111111", "0000001111111100000000011111111000", "0000001111111100000000011111111000111111111", "0000001111111100000000011111111000111111111000000"]}, "config": {"bit_sentence": "0x6 1x8 0x9 1x8 0x3 1x9 0x6 1x7", "len_code": 8}, "task_name": "task15", "example_name": "0063", "problem_name": "task15_0063"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x3 1x2 0x9 1x2 0x6 1x5 0x1 1x6\n", "label": {"final": "0001100000000011000000111110111111", "init": "", "intermediate": ["000", "00011", "00011000000000", "0001100000000011", "0001100000000011000000", "000110000000001100000011111", "0001100000000011000000111110"]}, "config": {"bit_sentence": "0x3 1x2 0x9 1x2 0x6 1x5 0x1 1x6", "len_code": 8}, "task_name": "task15", "example_name": "0064", "problem_name": "task15_0064"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x1 0x1 1x9 0x1 1x5 0x1 1x2 0x9\n", "label": {"final": "10111111111011111011000000000", "init": "", "intermediate": ["1", "10", "10111111111", "101111111110", "10111111111011111", "101111111110111110", "10111111111011111011"]}, "config": {"bit_sentence": "1x1 0x1 1x9 0x1 1x5 0x1 1x2 0x9", "len_code": 8}, "task_name": "task15", "example_name": "0065", "problem_name": "task15_0065"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x3 1x4 0x7 1x3 0x9 1x5 0x5 1x8\n", "label": {"final": "00011110000000111000000000111110000011111111", "init": "", "intermediate": ["000", "0001111", "00011110000000", "00011110000000111", "00011110000000111000000000", "0001111000000011100000000011111", "000111100000001110000000001111100000"]}, "config": {"bit_sentence": "0x3 1x4 0x7 1x3 0x9 1x5 0x5 1x8", "len_code": 8}, "task_name": "task15", "example_name": "0066", "problem_name": "task15_0066"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x4 1x9 0x1 1x3 0x2 1x7 0x1 1x2\n", "label": {"final": "00001111111110111001111111011", "init": "", "intermediate": ["0000", "0000111111111", "00001111111110", "00001111111110111", "0000111111111011100", "00001111111110111001111111", "000011111111101110011111110"]}, "config": {"bit_sentence": "0x4 1x9 0x1 1x3 0x2 1x7 0x1 1x2", "len_code": 8}, "task_name": "task15", "example_name": "0067", "problem_name": "task15_0067"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x8 1x2 0x6 1x1 0x7 1x2 0x8 1x5\n", "label": {"final": "000000001100000010000000110000000011111", "init": "", "intermediate": ["00000000", "0000000011", "0000000011000000", "00000000110000001", "000000001100000010000000", "00000000110000001000000011", "0000000011000000100000001100000000"]}, "config": {"bit_sentence": "0x8 1x2 0x6 1x1 0x7 1x2 0x8 1x5", "len_code": 8}, "task_name": "task15", "example_name": "0068", "problem_name": "task15_0068"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x4 1x2 0x8 1x2 0x1 1x4 0x4 1x2\n", "label": {"final": "000011000000001101111000011", "init": "", "intermediate": ["0000", "000011", "00001100000000", "0000110000000011", "00001100000000110", "000011000000001101111", "0000110000000011011110000"]}, "config": {"bit_sentence": "0x4 1x2 0x8 1x2 0x1 1x4 0x4 1x2", "len_code": 8}, "task_name": "task15", "example_name": "0069", "problem_name": "task15_0069"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x1 0x9 1x4 0x8 1x5 0x5 1x9 0x8 1x9\n", "label": {"final": "1000000000111100000000111110000011111111100000000111111111", "init": "", "intermediate": ["1", "1000000000", "10000000001111", "1000000000111100000000", "100000000011110000000011111", "10000000001111000000001111100000", "10000000001111000000001111100000111111111", "1000000000111100000000111110000011111111100000000"]}, "config": {"bit_sentence": "1x1 0x9 1x4 0x8 1x5 0x5 1x9 0x8 1x9", "len_code": 9}, "task_name": "task15", "example_name": "0070", "problem_name": "task15_0070"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x6 1x1 0x5 1x9 0x7 1x9 0x4 1x9 0x7\n", "label": {"final": "000000100000111111111000000011111111100001111111110000000", "init": "", "intermediate": ["000000", "0000001", "000000100000", "000000100000111111111", "0000001000001111111110000000", "0000001000001111111110000000111111111", "00000010000011111111100000001111111110000", "00000010000011111111100000001111111110000111111111"]}, "config": {"bit_sentence": "0x6 1x1 0x5 1x9 0x7 1x9 0x4 1x9 0x7", "len_code": 9}, "task_name": "task15", "example_name": "0071", "problem_name": "task15_0071"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x6 0x7 1x1 0x5 1x8 0x5 1x5 0x4 1x3\n", "label": {"final": "11111100000001000001111111100000111110000111", "init": "", "intermediate": ["111111", "1111110000000", "11111100000001", "1111110000000100000", "111111000000010000011111111", "11111100000001000001111111100000", "1111110000000100000111111110000011111", "11111100000001000001111111100000111110000"]}, "config": {"bit_sentence": "1x6 0x7 1x1 0x5 1x8 0x5 1x5 0x4 1x3", "len_code": 9}, "task_name": "task15", "example_name": "0072", "problem_name": "task15_0072"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x4 1x5 0x8 1x2 0x1 1x6 0x3 1x7 0x6\n", "label": {"final": "000011111000000001101111110001111111000000", "init": "", "intermediate": ["0000", "000011111", "00001111100000000", "0000111110000000011", "00001111100000000110", "00001111100000000110111111", "00001111100000000110111111000", "000011111000000001101111110001111111"]}, "config": {"bit_sentence": "0x4 1x5 0x8 1x2 0x1 1x6 0x3 1x7 0x6", "len_code": 9}, "task_name": "task15", "example_name": "0073", "problem_name": "task15_0073"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x3 0x5 1x9 0x6 1x1 0x8 1x5 0x6 1x9\n", "label": {"final": "1110000011111111100000010000000011111000000111111111", "init": "", "intermediate": ["111", "11100000", "11100000111111111", "11100000111111111000000", "111000001111111110000001", "11100000111111111000000100000000", "1110000011111111100000010000000011111", "1110000011111111100000010000000011111000000"]}, "config": {"bit_sentence": "1x3 0x5 1x9 0x6 1x1 0x8 1x5 0x6 1x9", "len_code": 9}, "task_name": "task15", "example_name": "0074", "problem_name": "task15_0074"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x6 0x3 1x3 0x9 1x1 0x6 1x6 0x7 1x9\n", "label": {"final": "11111100011100000000010000001111110000000111111111", "init": "", "intermediate": ["111111", "111111000", "111111000111", "111111000111000000000", "1111110001110000000001", "1111110001110000000001000000", "1111110001110000000001000000111111", "11111100011100000000010000001111110000000"]}, "config": {"bit_sentence": "1x6 0x3 1x3 0x9 1x1 0x6 1x6 0x7 1x9", "len_code": 9}, "task_name": "task15", "example_name": "0075", "problem_name": "task15_0075"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x6 0x4 1x7 0x2 1x3 0x7 1x3 0x8 1x5\n", "label": {"final": "111111000011111110011100000001110000000011111", "init": "", "intermediate": ["111111", "1111110000", "11111100001111111", "1111110000111111100", "1111110000111111100111", "11111100001111111001110000000", "11111100001111111001110000000111", "1111110000111111100111000000011100000000"]}, "config": {"bit_sentence": "1x6 0x4 1x7 0x2 1x3 0x7 1x3 0x8 1x5", "len_code": 9}, "task_name": "task15", "example_name": "0076", "problem_name": "task15_0076"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x2 1x9 0x1 1x3 0x2 1x3 0x1 1x7 0x8\n", "label": {"final": "001111111110111001110111111100000000", "init": "", "intermediate": ["00", "00111111111", "001111111110", "001111111110111", "00111111111011100", "00111111111011100111", "001111111110111001110", "0011111111101110011101111111"]}, "config": {"bit_sentence": "0x2 1x9 0x1 1x3 0x2 1x3 0x1 1x7 0x8", "len_code": 9}, "task_name": "task15", "example_name": "0077", "problem_name": "task15_0077"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x6 1x1 0x5 1x3 0x9 1x1 0x4 1x6 0x3\n", "label": {"final": "00000010000011100000000010000111111000", "init": "", "intermediate": ["000000", "0000001", "000000100000", "000000100000111", "000000100000111000000000", "0000001000001110000000001", "00000010000011100000000010000", "00000010000011100000000010000111111"]}, "config": {"bit_sentence": "0x6 1x1 0x5 1x3 0x9 1x1 0x4 1x6 0x3", "len_code": 9}, "task_name": "task15", "example_name": "0078", "problem_name": "task15_0078"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x6 1x5 0x8 1x8 0x2 1x9 0x6 1x3 0x9\n", "label": {"final": "00000011111000000001111111100111111111000000111000000000", "init": "", "intermediate": ["000000", "00000011111", "0000001111100000000", "000000111110000000011111111", "00000011111000000001111111100", "00000011111000000001111111100111111111", "00000011111000000001111111100111111111000000", "00000011111000000001111111100111111111000000111"]}, "config": {"bit_sentence": "0x6 1x5 0x8 1x8 0x2 1x9 0x6 1x3 0x9", "len_code": 9}, "task_name": "task15", "example_name": "0079", "problem_name": "task15_0079"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x7 0x2 1x5 0x8 1x4 0x1 1x4 0x6 1x4 0x1\n", "label": {"final": "111111100111110000000011110111100000011110", "init": "", "intermediate": ["1111111", "111111100", "11111110011111", "1111111001111100000000", "11111110011111000000001111", "111111100111110000000011110", "1111111001111100000000111101111", "1111111001111100000000111101111000000", "11111110011111000000001111011110000001111"]}, "config": {"bit_sentence": "1x7 0x2 1x5 0x8 1x4 0x1 1x4 0x6 1x4 0x1", "len_code": 10}, "task_name": "task15", "example_name": "0080", "problem_name": "task15_0080"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x9 1x3 0x6 1x2 0x6 1x5 0x3 1x5 0x2 1x7\n", "label": {"final": "000000000111000000110000001111100011111001111111", "init": "", "intermediate": ["000000000", "000000000111", "000000000111000000", "00000000011100000011", "00000000011100000011000000", "0000000001110000001100000011111", "0000000001110000001100000011111000", "000000000111000000110000001111100011111", "00000000011100000011000000111110001111100"]}, "config": {"bit_sentence": "0x9 1x3 0x6 1x2 0x6 1x5 0x3 1x5 0x2 1x7", "len_code": 10}, "task_name": "task15", "example_name": "0081", "problem_name": "task15_0081"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x1 1x5 0x4 1x5 0x7 1x9 0x9 1x2 0x4 1x5\n", "label": {"final": "011111000011111000000011111111100000000011000011111", "init": "", "intermediate": ["0", "011111", "0111110000", "011111000011111", "0111110000111110000000", "0111110000111110000000111111111", "0111110000111110000000111111111000000000", "011111000011111000000011111111100000000011", "0111110000111110000000111111111000000000110000"]}, "config": {"bit_sentence": "0x1 1x5 0x4 1x5 0x7 1x9 0x9 1x2 0x4 1x5", "len_code": 10}, "task_name": "task15", "example_name": "0082", "problem_name": "task15_0082"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x1 1x4 0x9 1x9 0x9 1x5 0x1 1x4 0x3 1x1\n", "label": {"final": "0111100000000011111111100000000011111011110001", "init": "", "intermediate": ["0", "01111", "01111000000000", "01111000000000111111111", "01111000000000111111111000000000", "0111100000000011111111100000000011111", "01111000000000111111111000000000111110", "011110000000001111111110000000001111101111", "011110000000001111111110000000001111101111000"]}, "config": {"bit_sentence": "0x1 1x4 0x9 1x9 0x9 1x5 0x1 1x4 0x3 1x1", "len_code": 10}, "task_name": "task15", "example_name": "0083", "problem_name": "task15_0083"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x3 0x8 1x8 0x9 1x1 0x4 1x2 0x1 1x7 0x8\n", "label": {"final": "111000000001111111100000000010000110111111100000000", "init": "", "intermediate": ["111", "11100000000", "1110000000011111111", "1110000000011111111000000000", "11100000000111111110000000001", "111000000001111111100000000010000", "11100000000111111110000000001000011", "111000000001111111100000000010000110", "1110000000011111111000000000100001101111111"]}, "config": {"bit_sentence": "1x3 0x8 1x8 0x9 1x1 0x4 1x2 0x1 1x7 0x8", "len_code": 10}, "task_name": "task15", "example_name": "0084", "problem_name": "task15_0084"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x2 0x7 1x7 0x9 1x5 0x7 1x3 0x7 1x6 0x3\n", "label": {"final": "11000000011111110000000001111100000001110000000111111000", "init": "", "intermediate": ["11", "110000000", "1100000001111111", "1100000001111111000000000", "110000000111111100000000011111", "1100000001111111000000000111110000000", "1100000001111111000000000111110000000111", "11000000011111110000000001111100000001110000000", "11000000011111110000000001111100000001110000000111111"]}, "config": {"bit_sentence": "1x2 0x7 1x7 0x9 1x5 0x7 1x3 0x7 1x6 0x3", "len_code": 10}, "task_name": "task15", "example_name": "0085", "problem_name": "task15_0085"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x7 0x6 1x9 0x1 1x3 0x2 1x8 0x5 1x4 0x1\n", "label": {"final": "1111111000000111111111011100111111110000011110", "init": "", "intermediate": ["1111111", "1111111000000", "1111111000000111111111", "11111110000001111111110", "11111110000001111111110111", "1111111000000111111111011100", "111111100000011111111101110011111111", "11111110000001111111110111001111111100000", "111111100000011111111101110011111111000001111"]}, "config": {"bit_sentence": "1x7 0x6 1x9 0x1 1x3 0x2 1x8 0x5 1x4 0x1", "len_code": 10}, "task_name": "task15", "example_name": "0086", "problem_name": "task15_0086"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x8 0x2 1x8 0x3 1x3 0x5 1x8 0x8 1x1 0x2\n", "label": {"final": "111111110011111111000111000001111111100000000100", "init": "", "intermediate": ["11111111", "1111111100", "111111110011111111", "111111110011111111000", "111111110011111111000111", "11111111001111111100011100000", "1111111100111111110001110000011111111", "111111110011111111000111000001111111100000000", "1111111100111111110001110000011111111000000001"]}, "config": {"bit_sentence": "1x8 0x2 1x8 0x3 1x3 0x5 1x8 0x8 1x1 0x2", "len_code": 10}, "task_name": "task15", "example_name": "0087", "problem_name": "task15_0087"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x3 1x8 0x6 1x5 0x3 1x5 0x9 1x6 0x9 1x6\n", "label": {"final": "000111111110000001111100011111000000000111111000000000111111", "init": "", "intermediate": ["000", "00011111111", "00011111111000000", "0001111111100000011111", "0001111111100000011111000", "000111111110000001111100011111", "000111111110000001111100011111000000000", "000111111110000001111100011111000000000111111", "000111111110000001111100011111000000000111111000000000"]}, "config": {"bit_sentence": "0x3 1x8 0x6 1x5 0x3 1x5 0x9 1x6 0x9 1x6", "len_code": 10}, "task_name": "task15", "example_name": "0088", "problem_name": "task15_0088"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x4 0x2 1x2 0x3 1x7 0x9 1x4 0x1 1x5 0x9\n", "label": {"final": "1111001100011111110000000001111011111000000000", "init": "", "intermediate": ["1111", "111100", "11110011", "11110011000", "111100110001111111", "111100110001111111000000000", "1111001100011111110000000001111", "11110011000111111100000000011110", "1111001100011111110000000001111011111"]}, "config": {"bit_sentence": "1x4 0x2 1x2 0x3 1x7 0x9 1x4 0x1 1x5 0x9", "len_code": 10}, "task_name": "task15", "example_name": "0089", "problem_name": "task15_0089"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x9 1x5 0x7 1x8 0x4 1x6 0x7 1x4 0x8 1x4 0x2\n", "label": {"final": "0000000001111100000001111111100001111110000000111100000000111100", "init": "", "intermediate": ["000000000", "00000000011111", "000000000111110000000", "00000000011111000000011111111", "000000000111110000000111111110000", "000000000111110000000111111110000111111", "0000000001111100000001111111100001111110000000", "00000000011111000000011111111000011111100000001111", "0000000001111100000001111111100001111110000000111100000000", "00000000011111000000011111111000011111100000001111000000001111"]}, "config": {"bit_sentence": "0x9 1x5 0x7 1x8 0x4 1x6 0x7 1x4 0x8 1x4 0x2", "len_code": 11}, "task_name": "task15", "example_name": "0090", "problem_name": "task15_0090"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x7 0x9 1x5 0x2 1x5 0x5 1x3 0x6 1x2 0x7 1x4\n", "label": {"final": "1111111000000000111110011111000001110000001100000001111", "init": "", "intermediate": ["1111111", "1111111000000000", "111111100000000011111", "11111110000000001111100", "1111111000000000111110011111", "111111100000000011111001111100000", "111111100000000011111001111100000111", "111111100000000011111001111100000111000000", "11111110000000001111100111110000011100000011", "111111100000000011111001111100000111000000110000000"]}, "config": {"bit_sentence": "1x7 0x9 1x5 0x2 1x5 0x5 1x3 0x6 1x2 0x7 1x4", "len_code": 11}, "task_name": "task15", "example_name": "0091", "problem_name": "task15_0091"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x1 1x3 0x7 1x8 0x7 1x6 0x1 1x6 0x2 1x3 0x9\n", "label": {"final": "01110000000111111110000000111111011111100111000000000", "init": "", "intermediate": ["0", "0111", "01110000000", "0111000000011111111", "01110000000111111110000000", "01110000000111111110000000111111", "011100000001111111100000001111110", "011100000001111111100000001111110111111", "01110000000111111110000000111111011111100", "01110000000111111110000000111111011111100111"]}, "config": {"bit_sentence": "0x1 1x3 0x7 1x8 0x7 1x6 0x1 1x6 0x2 1x3 0x9", "len_code": 11}, "task_name": "task15", "example_name": "0092", "problem_name": "task15_0092"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x9 1x2 0x5 1x3 0x8 1x2 0x2 1x8 0x7 1x9 0x1\n", "label": {"final": "00000000011000001110000000011001111111100000001111111110", "init": "", "intermediate": ["000000000", "00000000011", "0000000001100000", "0000000001100000111", "000000000110000011100000000", "00000000011000001110000000011", "0000000001100000111000000001100", "000000000110000011100000000110011111111", "0000000001100000111000000001100111111110000000", "0000000001100000111000000001100111111110000000111111111"]}, "config": {"bit_sentence": "0x9 1x2 0x5 1x3 0x8 1x2 0x2 1x8 0x7 1x9 0x1", "len_code": 11}, "task_name": "task15", "example_name": "0093", "problem_name": "task15_0093"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x9 1x9 0x8 1x4 0x8 1x6 0x7 1x5 0x7 1x7 0x3\n", "label": {"final": "0000000001111111110000000011110000000011111100000001111100000001111111000", "init": "", "intermediate": ["000000000", "000000000111111111", "00000000011111111100000000", "000000000111111111000000001111", "00000000011111111100000000111100000000", "00000000011111111100000000111100000000111111", "000000000111111111000000001111000000001111110000000", "00000000011111111100000000111100000000111111000000011111", "000000000111111111000000001111000000001111110000000111110000000", "0000000001111111110000000011110000000011111100000001111100000001111111"]}, "config": {"bit_sentence": "0x9 1x9 0x8 1x4 0x8 1x6 0x7 1x5 0x7 1x7 0x3", "len_code": 11}, "task_name": "task15", "example_name": "0094", "problem_name": "task15_0094"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x5 0x9 1x6 0x3 1x9 0x7 1x7 0x9 1x8 0x4 1x2\n", "label": {"final": "111110000000001111110001111111110000000111111100000000011111111000011", "init": "", "intermediate": ["11111", "11111000000000", "11111000000000111111", "11111000000000111111000", "11111000000000111111000111111111", "111110000000001111110001111111110000000", "1111100000000011111100011111111100000001111111", "1111100000000011111100011111111100000001111111000000000", "111110000000001111110001111111110000000111111100000000011111111", "1111100000000011111100011111111100000001111111000000000111111110000"]}, "config": {"bit_sentence": "1x5 0x9 1x6 0x3 1x9 0x7 1x7 0x9 1x8 0x4 1x2", "len_code": 11}, "task_name": "task15", "example_name": "0095", "problem_name": "task15_0095"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x7 0x1 1x5 0x1 1x9 0x8 1x8 0x2 1x6 0x5 1x8\n", "label": {"final": "111111101111101111111110000000011111111001111110000011111111", "init": "", "intermediate": ["1111111", "11111110", "1111111011111", "11111110111110", "11111110111110111111111", "1111111011111011111111100000000", "111111101111101111111110000000011111111", "11111110111110111111111000000001111111100", "11111110111110111111111000000001111111100111111", "1111111011111011111111100000000111111110011111100000"]}, "config": {"bit_sentence": "1x7 0x1 1x5 0x1 1x9 0x8 1x8 0x2 1x6 0x5 1x8", "len_code": 11}, "task_name": "task15", "example_name": "0096", "problem_name": "task15_0096"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x9 1x9 0x5 1x2 0x8 1x5 0x4 1x6 0x2 1x2 0x8\n", "label": {"final": "000000000111111111000001100000000111110000111111001100000000", "init": "", "intermediate": ["000000000", "000000000111111111", "00000000011111111100000", "0000000001111111110000011", "000000000111111111000001100000000", "00000000011111111100000110000000011111", "000000000111111111000001100000000111110000", "000000000111111111000001100000000111110000111111", "00000000011111111100000110000000011111000011111100", "0000000001111111110000011000000001111100001111110011"]}, "config": {"bit_sentence": "0x9 1x9 0x5 1x2 0x8 1x5 0x4 1x6 0x2 1x2 0x8", "len_code": 11}, "task_name": "task15", "example_name": "0097", "problem_name": "task15_0097"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x7 0x3 1x9 0x4 1x1 0x4 1x8 0x3 1x8 0x4 1x9\n", "label": {"final": "111111100011111111100001000011111111000111111110000111111111", "init": "", "intermediate": ["1111111", "1111111000", "1111111000111111111", "11111110001111111110000", "111111100011111111100001", "1111111000111111111000010000", "111111100011111111100001000011111111", "111111100011111111100001000011111111000", "11111110001111111110000100001111111100011111111", "111111100011111111100001000011111111000111111110000"]}, "config": {"bit_sentence": "1x7 0x3 1x9 0x4 1x1 0x4 1x8 0x3 1x8 0x4 1x9", "len_code": 11}, "task_name": "task15", "example_name": "0098", "problem_name": "task15_0098"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x7 1x6 0x6 1x4 0x7 1x3 0x3 1x2 0x3 1x3 0x1\n", "label": {"final": "000000011111100000011110000000111000110001110", "init": "", "intermediate": ["0000000", "0000000111111", "0000000111111000000", "00000001111110000001111", "000000011111100000011110000000", "000000011111100000011110000000111", "000000011111100000011110000000111000", "00000001111110000001111000000011100011", "00000001111110000001111000000011100011000", "00000001111110000001111000000011100011000111"]}, "config": {"bit_sentence": "0x7 1x6 0x6 1x4 0x7 1x3 0x3 1x2 0x3 1x3 0x1", "len_code": 11}, "task_name": "task15", "example_name": "0099", "problem_name": "task15_0099"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x9 0x9 1x4 0x7 1x8 0x8 1x5 0x9 1x7 0x6 1x5 0x4\n", "label": {"final": "111111111000000000111100000001111111100000000111110000000001111111000000111110000", "init": "", "intermediate": ["111111111", "111111111000000000", "1111111110000000001111", "11111111100000000011110000000", "1111111110000000001111000000011111111", "111111111000000000111100000001111111100000000", "11111111100000000011110000000111111110000000011111", "11111111100000000011110000000111111110000000011111000000000", "111111111000000000111100000001111111100000000111110000000001111111", "111111111000000000111100000001111111100000000111110000000001111111000000", "11111111100000000011110000000111111110000000011111000000000111111100000011111"]}, "config": {"bit_sentence": "1x9 0x9 1x4 0x7 1x8 0x8 1x5 0x9 1x7 0x6 1x5 0x4", "len_code": 12}, "task_name": "task15", "example_name": "0100", "problem_name": "task15_0100"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x8 1x9 0x1 1x8 0x5 1x3 0x1 1x2 0x8 1x5 0x8 1x6\n", "label": {"final": "0000000011111111101111111100000111011000000001111100000000111111", "init": "", "intermediate": ["00000000", "00000000111111111", "000000001111111110", "00000000111111111011111111", "0000000011111111101111111100000", "0000000011111111101111111100000111", "00000000111111111011111111000001110", "0000000011111111101111111100000111011", "000000001111111110111111110000011101100000000", "00000000111111111011111111000001110110000000011111", "0000000011111111101111111100000111011000000001111100000000"]}, "config": {"bit_sentence": "0x8 1x9 0x1 1x8 0x5 1x3 0x1 1x2 0x8 1x5 0x8 1x6", "len_code": 12}, "task_name": "task15", "example_name": "0101", "problem_name": "task15_0101"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x2 0x7 1x6 0x3 1x4 0x7 1x2 0x9 1x8 0x2 1x9 0x9\n", "label": {"final": "11000000011111100011110000000110000000001111111100111111111000000000", "init": "", "intermediate": ["11", "110000000", "110000000111111", "110000000111111000", "1100000001111110001111", "11000000011111100011110000000", "1100000001111110001111000000011", "1100000001111110001111000000011000000000", "110000000111111000111100000001100000000011111111", "11000000011111100011110000000110000000001111111100", "11000000011111100011110000000110000000001111111100111111111"]}, "config": {"bit_sentence": "1x2 0x7 1x6 0x3 1x4 0x7 1x2 0x9 1x8 0x2 1x9 0x9", "len_code": 12}, "task_name": "task15", "example_name": "0102", "problem_name": "task15_0102"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x9 1x1 0x6 1x1 0x7 1x3 0x2 1x8 0x7 1x9 0x2 1x4\n", "label": {"final": "00000000010000001000000011100111111110000000111111111001111", "init": "", "intermediate": ["000000000", "0000000001", "0000000001000000", "00000000010000001", "000000000100000010000000", "000000000100000010000000111", "00000000010000001000000011100", "0000000001000000100000001110011111111", "00000000010000001000000011100111111110000000", "00000000010000001000000011100111111110000000111111111", "0000000001000000100000001110011111111000000011111111100"]}, "config": {"bit_sentence": "0x9 1x1 0x6 1x1 0x7 1x3 0x2 1x8 0x7 1x9 0x2 1x4", "len_code": 12}, "task_name": "task15", "example_name": "0103", "problem_name": "task15_0103"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x4 1x9 0x8 1x7 0x5 1x3 0x1 1x2 0x4 1x9 0x7 1x6\n", "label": {"final": "00001111111110000000011111110000011101100001111111110000000111111", "init": "", "intermediate": ["0000", "0000111111111", "000011111111100000000", "0000111111111000000001111111", "000011111111100000000111111100000", "000011111111100000000111111100000111", "0000111111111000000001111111000001110", "000011111111100000000111111100000111011", "0000111111111000000001111111000001110110000", "0000111111111000000001111111000001110110000111111111", "00001111111110000000011111110000011101100001111111110000000"]}, "config": {"bit_sentence": "0x4 1x9 0x8 1x7 0x5 1x3 0x1 1x2 0x4 1x9 0x7 1x6", "len_code": 12}, "task_name": "task15", "example_name": "0104", "problem_name": "task15_0104"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x6 1x6 0x7 1x9 0x1 1x4 0x5 1x4 0x1 1x5 0x6 1x8\n", "label": {"final": "00000011111100000001111111110111100000111101111100000011111111", "init": "", "intermediate": ["000000", "000000111111", "0000001111110000000", "0000001111110000000111111111", "00000011111100000001111111110", "000000111111000000011111111101111", "00000011111100000001111111110111100000", "000000111111000000011111111101111000001111", "0000001111110000000111111111011110000011110", "000000111111000000011111111101111000001111011111", "000000111111000000011111111101111000001111011111000000"]}, "config": {"bit_sentence": "0x6 1x6 0x7 1x9 0x1 1x4 0x5 1x4 0x1 1x5 0x6 1x8", "len_code": 12}, "task_name": "task15", "example_name": "0105", "problem_name": "task15_0105"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x2 1x7 0x9 1x7 0x2 1x5 0x7 1x9 0x4 1x6 0x3 1x9\n", "label": {"final": "0011111110000000001111111001111100000001111111110000111111000111111111", "init": "", "intermediate": ["00", "001111111", "001111111000000000", "0011111110000000001111111", "001111111000000000111111100", "00111111100000000011111110011111", "001111111000000000111111100111110000000", "001111111000000000111111100111110000000111111111", "0011111110000000001111111001111100000001111111110000", "0011111110000000001111111001111100000001111111110000111111", "0011111110000000001111111001111100000001111111110000111111000"]}, "config": {"bit_sentence": "0x2 1x7 0x9 1x7 0x2 1x5 0x7 1x9 0x4 1x6 0x3 1x9", "len_code": 12}, "task_name": "task15", "example_name": "0106", "problem_name": "task15_0106"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x1 0x1 1x1 0x9 1x8 0x3 1x6 0x6 1x8 0x3 1x4 0x2\n", "label": {"final": "1010000000001111111100011111100000011111111000111100", "init": "", "intermediate": ["1", "10", "101", "101000000000", "10100000000011111111", "10100000000011111111000", "10100000000011111111000111111", "10100000000011111111000111111000000", "1010000000001111111100011111100000011111111", "1010000000001111111100011111100000011111111000", "10100000000011111111000111111000000111111110001111"]}, "config": {"bit_sentence": "1x1 0x1 1x1 0x9 1x8 0x3 1x6 0x6 1x8 0x3 1x4 0x2", "len_code": 12}, "task_name": "task15", "example_name": "0107", "problem_name": "task15_0107"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x9 0x4 1x3 0x5 1x8 0x6 1x4 0x8 1x8 0x9 1x2 0x1\n", "label": {"final": "1111111110000111000001111111100000011110000000011111111000000000110", "init": "", "intermediate": ["111111111", "1111111110000", "1111111110000111", "111111111000011100000", "11111111100001110000011111111", "11111111100001110000011111111000000", "111111111000011100000111111110000001111", "11111111100001110000011111111000000111100000000", "1111111110000111000001111111100000011110000000011111111", "1111111110000111000001111111100000011110000000011111111000000000", "111111111000011100000111111110000001111000000001111111100000000011"]}, "config": {"bit_sentence": "1x9 0x4 1x3 0x5 1x8 0x6 1x4 0x8 1x8 0x9 1x2 0x1", "len_code": 12}, "task_name": "task15", "example_name": "0108", "problem_name": "task15_0108"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x9 0x9 1x5 0x8 1x8 0x7 1x5 0x2 1x6 0x3 1x3 0x6\n", "label": {"final": "11111111100000000011111000000001111111100000001111100111111000111000000", "init": "", "intermediate": ["111111111", "111111111000000000", "11111111100000000011111", "1111111110000000001111100000000", "111111111000000000111110000000011111111", "1111111110000000001111100000000111111110000000", "111111111000000000111110000000011111111000000011111", "11111111100000000011111000000001111111100000001111100", "11111111100000000011111000000001111111100000001111100111111", "11111111100000000011111000000001111111100000001111100111111000", "11111111100000000011111000000001111111100000001111100111111000111"]}, "config": {"bit_sentence": "1x9 0x9 1x5 0x8 1x8 0x7 1x5 0x2 1x6 0x3 1x3 0x6", "len_code": 12}, "task_name": "task15", "example_name": "0109", "problem_name": "task15_0109"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x6 1x6 0x2 1x5 0x7 1x5 0x6 1x9 0x3 1x8 0x6 1x1 0x9\n", "label": {"final": "0000001111110011111000000011111000000111111111000111111110000001000000000", "init": "", "intermediate": ["000000", "000000111111", "00000011111100", "0000001111110011111", "00000011111100111110000000", "0000001111110011111000000011111", "0000001111110011111000000011111000000", "0000001111110011111000000011111000000111111111", "0000001111110011111000000011111000000111111111000", "000000111111001111100000001111100000011111111100011111111", "000000111111001111100000001111100000011111111100011111111000000", "0000001111110011111000000011111000000111111111000111111110000001"]}, "config": {"bit_sentence": "0x6 1x6 0x2 1x5 0x7 1x5 0x6 1x9 0x3 1x8 0x6 1x1 0x9", "len_code": 13}, "task_name": "task15", "example_name": "0110", "problem_name": "task15_0110"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x3 1x2 0x9 1x3 0x9 1x8 0x2 1x5 0x2 1x2 0x8 1x5 0x8\n", "label": {"final": "000110000000001110000000001111111100111110011000000001111100000000", "init": "", "intermediate": ["000", "00011", "00011000000000", "00011000000000111", "00011000000000111000000000", "0001100000000011100000000011111111", "000110000000001110000000001111111100", "00011000000000111000000000111111110011111", "0001100000000011100000000011111111001111100", "000110000000001110000000001111111100111110011", "00011000000000111000000000111111110011111001100000000", "0001100000000011100000000011111111001111100110000000011111"]}, "config": {"bit_sentence": "0x3 1x2 0x9 1x3 0x9 1x8 0x2 1x5 0x2 1x2 0x8 1x5 0x8", "len_code": 13}, "task_name": "task15", "example_name": "0111", "problem_name": "task15_0111"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x5 0x2 1x4 0x5 1x3 0x9 1x7 0x4 1x9 0x2 1x7 0x1 1x9\n", "label": {"final": "1111100111100000111000000000111111100001111111110011111110111111111", "init": "", "intermediate": ["11111", "1111100", "11111001111", "1111100111100000", "1111100111100000111", "1111100111100000111000000000", "11111001111000001110000000001111111", "111110011110000011100000000011111110000", "111110011110000011100000000011111110000111111111", "11111001111000001110000000001111111000011111111100", "111110011110000011100000000011111110000111111111001111111", "1111100111100000111000000000111111100001111111110011111110"]}, "config": {"bit_sentence": "1x5 0x2 1x4 0x5 1x3 0x9 1x7 0x4 1x9 0x2 1x7 0x1 1x9", "len_code": 13}, "task_name": "task15", "example_name": "0112", "problem_name": "task15_0112"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x3 0x7 1x5 0x3 1x6 0x2 1x4 0x5 1x2 0x1 1x9 0x6 1x2\n", "label": {"final": "1110000000111110001111110011110000011011111111100000011", "init": "", "intermediate": ["111", "1110000000", "111000000011111", "111000000011111000", "111000000011111000111111", "11100000001111100011111100", "111000000011111000111111001111", "11100000001111100011111100111100000", "1110000000111110001111110011110000011", "11100000001111100011111100111100000110", "11100000001111100011111100111100000110111111111", "11100000001111100011111100111100000110111111111000000"]}, "config": {"bit_sentence": "1x3 0x7 1x5 0x3 1x6 0x2 1x4 0x5 1x2 0x1 1x9 0x6 1x2", "len_code": 13}, "task_name": "task15", "example_name": "0113", "problem_name": "task15_0113"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x3 0x1 1x8 0x1 1x5 0x8 1x8 0x8 1x9 0x3 1x7 0x6 1x2\n", "label": {"final": "111011111111011111000000001111111100000000111111111000111111100000011", "init": "", "intermediate": ["111", "1110", "111011111111", "1110111111110", "111011111111011111", "11101111111101111100000000", "1110111111110111110000000011111111", "111011111111011111000000001111111100000000", "111011111111011111000000001111111100000000111111111", "111011111111011111000000001111111100000000111111111000", "1110111111110111110000000011111111000000001111111110001111111", "1110111111110111110000000011111111000000001111111110001111111000000"]}, "config": {"bit_sentence": "1x3 0x1 1x8 0x1 1x5 0x8 1x8 0x8 1x9 0x3 1x7 0x6 1x2", "len_code": 13}, "task_name": "task15", "example_name": "0114", "problem_name": "task15_0114"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x4 0x8 1x9 0x3 1x4 0x3 1x7 0x4 1x9 0x9 1x1 0x1 1x3\n", "label": {"final": "11110000000011111111100011110001111111000011111111100000000010111", "init": "", "intermediate": ["1111", "111100000000", "111100000000111111111", "111100000000111111111000", "1111000000001111111110001111", "1111000000001111111110001111000", "11110000000011111111100011110001111111", "111100000000111111111000111100011111110000", "111100000000111111111000111100011111110000111111111", "111100000000111111111000111100011111110000111111111000000000", "1111000000001111111110001111000111111100001111111110000000001", "11110000000011111111100011110001111111000011111111100000000010"]}, "config": {"bit_sentence": "1x4 0x8 1x9 0x3 1x4 0x3 1x7 0x4 1x9 0x9 1x1 0x1 1x3", "len_code": 13}, "task_name": "task15", "example_name": "0115", "problem_name": "task15_0115"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x2 0x5 1x4 0x6 1x4 0x8 1x3 0x7 1x7 0x2 1x8 0x4 1x4\n", "label": {"final": "1100000111100000011110000000011100000001111111001111111100001111", "init": "", "intermediate": ["11", "1100000", "11000001111", "11000001111000000", "110000011110000001111", "11000001111000000111100000000", "11000001111000000111100000000111", "110000011110000001111000000001110000000", "1100000111100000011110000000011100000001111111", "110000011110000001111000000001110000000111111100", "11000001111000000111100000000111000000011111110011111111", "110000011110000001111000000001110000000111111100111111110000"]}, "config": {"bit_sentence": "1x2 0x5 1x4 0x6 1x4 0x8 1x3 0x7 1x7 0x2 1x8 0x4 1x4", "len_code": 13}, "task_name": "task15", "example_name": "0116", "problem_name": "task15_0116"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x4 0x4 1x7 0x5 1x1 0x3 1x7 0x4 1x8 0x5 1x3 0x2 1x9\n", "label": {"final": "11110000111111100000100011111110000111111110000011100111111111", "init": "", "intermediate": ["1111", "11110000", "111100001111111", "11110000111111100000", "111100001111111000001", "111100001111111000001000", "1111000011111110000010001111111", "11110000111111100000100011111110000", "1111000011111110000010001111111000011111111", "111100001111111000001000111111100001111111100000", "111100001111111000001000111111100001111111100000111", "11110000111111100000100011111110000111111110000011100"]}, "config": {"bit_sentence": "1x4 0x4 1x7 0x5 1x1 0x3 1x7 0x4 1x8 0x5 1x3 0x2 1x9", "len_code": 13}, "task_name": "task15", "example_name": "0117", "problem_name": "task15_0117"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x7 0x7 1x7 0x3 1x4 0x9 1x2 0x2 1x5 0x1 1x9 0x3 1x7\n", "label": {"final": "111111100000001111111000111100000000011001111101111111110001111111", "init": "", "intermediate": ["1111111", "11111110000000", "111111100000001111111", "111111100000001111111000", "1111111000000011111110001111", "1111111000000011111110001111000000000", "111111100000001111111000111100000000011", "11111110000000111111100011110000000001100", "1111111000000011111110001111000000000110011111", "11111110000000111111100011110000000001100111110", "11111110000000111111100011110000000001100111110111111111", "11111110000000111111100011110000000001100111110111111111000"]}, "config": {"bit_sentence": "1x7 0x7 1x7 0x3 1x4 0x9 1x2 0x2 1x5 0x1 1x9 0x3 1x7", "len_code": 13}, "task_name": "task15", "example_name": "0118", "problem_name": "task15_0118"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x8 1x7 0x5 1x9 0x4 1x4 0x4 1x6 0x5 1x2 0x4 1x9 0x6\n", "label": {"final": "0000000011111110000011111111100001111000011111100000110000111111111000000", "init": "", "intermediate": ["00000000", "000000001111111", "00000000111111100000", "00000000111111100000111111111", "000000001111111000001111111110000", "0000000011111110000011111111100001111", "00000000111111100000111111111000011110000", "00000000111111100000111111111000011110000111111", "0000000011111110000011111111100001111000011111100000", "000000001111111000001111111110000111100001111110000011", "0000000011111110000011111111100001111000011111100000110000", "0000000011111110000011111111100001111000011111100000110000111111111"]}, "config": {"bit_sentence": "0x8 1x7 0x5 1x9 0x4 1x4 0x4 1x6 0x5 1x2 0x4 1x9 0x6", "len_code": 13}, "task_name": "task15", "example_name": "0119", "problem_name": "task15_0119"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x4 1x7 0x2 1x1 0x7 1x9 0x4 1x2 0x8 1x4 0x3 1x5 0x2 1x7\n", "label": {"final": "00001111111001000000011111111100001100000000111100011111001111111", "init": "", "intermediate": ["0000", "00001111111", "0000111111100", "00001111111001", "000011111110010000000", "000011111110010000000111111111", "0000111111100100000001111111110000", "000011111110010000000111111111000011", "00001111111001000000011111111100001100000000", "000011111110010000000111111111000011000000001111", "000011111110010000000111111111000011000000001111000", "00001111111001000000011111111100001100000000111100011111", "0000111111100100000001111111110000110000000011110001111100"]}, "config": {"bit_sentence": "0x4 1x7 0x2 1x1 0x7 1x9 0x4 1x2 0x8 1x4 0x3 1x5 0x2 1x7", "len_code": 14}, "task_name": "task15", "example_name": "0120", "problem_name": "task15_0120"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x7 1x4 0x5 1x9 0x7 1x3 0x2 1x1 0x1 1x1 0x2 1x9 0x3 1x1\n", "label": {"final": "0000000111100000111111111000000011100101001111111110001", "init": "", "intermediate": ["0000000", "00000001111", "0000000111100000", "0000000111100000111111111", "00000001111000001111111110000000", "00000001111000001111111110000000111", "0000000111100000111111111000000011100", "00000001111000001111111110000000111001", "000000011110000011111111100000001110010", "0000000111100000111111111000000011100101", "000000011110000011111111100000001110010100", "000000011110000011111111100000001110010100111111111", "000000011110000011111111100000001110010100111111111000"]}, "config": {"bit_sentence": "0x7 1x4 0x5 1x9 0x7 1x3 0x2 1x1 0x1 1x1 0x2 1x9 0x3 1x1", "len_code": 14}, "task_name": "task15", "example_name": "0121", "problem_name": "task15_0121"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x7 0x8 1x5 0x4 1x4 0x4 1x9 0x4 1x2 0x2 1x5 0x6 1x8 0x4\n", "label": {"final": "111111100000000111110000111100001111111110000110011111000000111111110000", "init": "", "intermediate": ["1111111", "111111100000000", "11111110000000011111", "111111100000000111110000", "1111111000000001111100001111", "11111110000000011111000011110000", "11111110000000011111000011110000111111111", "111111100000000111110000111100001111111110000", "11111110000000011111000011110000111111111000011", "1111111000000001111100001111000011111111100001100", "111111100000000111110000111100001111111110000110011111", "111111100000000111110000111100001111111110000110011111000000", "11111110000000011111000011110000111111111000011001111100000011111111"]}, "config": {"bit_sentence": "1x7 0x8 1x5 0x4 1x4 0x4 1x9 0x4 1x2 0x2 1x5 0x6 1x8 0x4", "len_code": 14}, "task_name": "task15", "example_name": "0122", "problem_name": "task15_0122"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x2 0x6 1x8 0x5 1x2 0x4 1x4 0x2 1x8 0x6 1x1 0x2 1x7 0x3\n", "label": {"final": "110000001111111100000110000111100111111110000001001111111000", "init": "", "intermediate": ["11", "11000000", "1100000011111111", "110000001111111100000", "11000000111111110000011", "110000001111111100000110000", "1100000011111111000001100001111", "110000001111111100000110000111100", "11000000111111110000011000011110011111111", "11000000111111110000011000011110011111111000000", "110000001111111100000110000111100111111110000001", "11000000111111110000011000011110011111111000000100", "110000001111111100000110000111100111111110000001001111111"]}, "config": {"bit_sentence": "1x2 0x6 1x8 0x5 1x2 0x4 1x4 0x2 1x8 0x6 1x1 0x2 1x7 0x3", "len_code": 14}, "task_name": "task15", "example_name": "0123", "problem_name": "task15_0123"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x7 1x3 0x3 1x6 0x7 1x2 0x2 1x4 0x5 1x7 0x8 1x6 0x1 1x6\n", "label": {"final": "0000000111000111111000000011001111000001111111000000001111110111111", "init": "", "intermediate": ["0000000", "0000000111", "0000000111000", "0000000111000111111", "00000001110001111110000000", "0000000111000111111000000011", "000000011100011111100000001100", "0000000111000111111000000011001111", "000000011100011111100000001100111100000", "0000000111000111111000000011001111000001111111", "000000011100011111100000001100111100000111111100000000", "000000011100011111100000001100111100000111111100000000111111", "0000000111000111111000000011001111000001111111000000001111110"]}, "config": {"bit_sentence": "0x7 1x3 0x3 1x6 0x7 1x2 0x2 1x4 0x5 1x7 0x8 1x6 0x1 1x6", "len_code": 14}, "task_name": "task15", "example_name": "0124", "problem_name": "task15_0124"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x5 1x4 0x3 1x5 0x7 1x3 0x3 1x8 0x1 1x8 0x8 1x1 0x2 1x9\n", "label": {"final": "0000011110001111100000001110001111111101111111100000000100111111111", "init": "", "intermediate": ["00000", "000001111", "000001111000", "00000111100011111", "000001111000111110000000", "000001111000111110000000111", "000001111000111110000000111000", "00000111100011111000000011100011111111", "000001111000111110000000111000111111110", "00000111100011111000000011100011111111011111111", "0000011110001111100000001110001111111101111111100000000", "00000111100011111000000011100011111111011111111000000001", "0000011110001111100000001110001111111101111111100000000100"]}, "config": {"bit_sentence": "0x5 1x4 0x3 1x5 0x7 1x3 0x3 1x8 0x1 1x8 0x8 1x1 0x2 1x9", "len_code": 14}, "task_name": "task15", "example_name": "0125", "problem_name": "task15_0125"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x7 0x5 1x5 0x9 1x1 0x9 1x4 0x1 1x7 0x2 1x4 0x2 1x1 0x8\n", "label": {"final": "11111110000011111000000000100000000011110111111100111100100000000", "init": "", "intermediate": ["1111111", "111111100000", "11111110000011111", "11111110000011111000000000", "111111100000111110000000001", "111111100000111110000000001000000000", "1111111000001111100000000010000000001111", "11111110000011111000000000100000000011110", "111111100000111110000000001000000000111101111111", "11111110000011111000000000100000000011110111111100", "111111100000111110000000001000000000111101111111001111", "11111110000011111000000000100000000011110111111100111100", "111111100000111110000000001000000000111101111111001111001"]}, "config": {"bit_sentence": "1x7 0x5 1x5 0x9 1x1 0x9 1x4 0x1 1x7 0x2 1x4 0x2 1x1 0x8", "len_code": 14}, "task_name": "task15", "example_name": "0126", "problem_name": "task15_0126"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x4 1x5 0x9 1x6 0x5 1x2 0x1 1x2 0x2 1x2 0x7 1x9 0x8 1x1\n", "label": {"final": "000011111000000000111111000001101100110000000111111111000000001", "init": "", "intermediate": ["0000", "000011111", "000011111000000000", "000011111000000000111111", "00001111100000000011111100000", "0000111110000000001111110000011", "00001111100000000011111100000110", "0000111110000000001111110000011011", "000011111000000000111111000001101100", "00001111100000000011111100000110110011", "000011111000000000111111000001101100110000000", "000011111000000000111111000001101100110000000111111111", "00001111100000000011111100000110110011000000011111111100000000"]}, "config": {"bit_sentence": "0x4 1x5 0x9 1x6 0x5 1x2 0x1 1x2 0x2 1x2 0x7 1x9 0x8 1x1", "len_code": 14}, "task_name": "task15", "example_name": "0127", "problem_name": "task15_0127"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x3 1x7 0x7 1x9 0x2 1x1 0x9 1x1 0x6 1x9 0x5 1x2 0x4 1x3\n", "label": {"final": "00011111110000000111111111001000000000100000011111111100000110000111", "init": "", "intermediate": ["000", "0001111111", "00011111110000000", "00011111110000000111111111", "0001111111000000011111111100", "00011111110000000111111111001", "00011111110000000111111111001000000000", "000111111100000001111111110010000000001", "000111111100000001111111110010000000001000000", "000111111100000001111111110010000000001000000111111111", "00011111110000000111111111001000000000100000011111111100000", "0001111111000000011111111100100000000010000001111111110000011", "00011111110000000111111111001000000000100000011111111100000110000"]}, "config": {"bit_sentence": "0x3 1x7 0x7 1x9 0x2 1x1 0x9 1x1 0x6 1x9 0x5 1x2 0x4 1x3", "len_code": 14}, "task_name": "task15", "example_name": "0128", "problem_name": "task15_0128"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x9 1x4 0x1 1x2 0x7 1x9 0x8 1x1 0x2 1x7 0x4 1x1 0x9 1x7\n", "label": {"final": "00000000011110110000000111111111000000001001111111000010000000001111111", "init": "", "intermediate": ["000000000", "0000000001111", "00000000011110", "0000000001111011", "00000000011110110000000", "00000000011110110000000111111111", "0000000001111011000000011111111100000000", "00000000011110110000000111111111000000001", "0000000001111011000000011111111100000000100", "00000000011110110000000111111111000000001001111111", "000000000111101100000001111111110000000010011111110000", "0000000001111011000000011111111100000000100111111100001", "0000000001111011000000011111111100000000100111111100001000000000"]}, "config": {"bit_sentence": "0x9 1x4 0x1 1x2 0x7 1x9 0x8 1x1 0x2 1x7 0x4 1x1 0x9 1x7", "len_code": 14}, "task_name": "task15", "example_name": "0129", "problem_name": "task15_0129"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x3 0x6 1x3 0x1 1x7 0x1 1x8 0x4 1x8 0x5 1x8 0x1 1x2 0x8 1x9\n", "label": {"final": "11100000011101111111011111111000011111111000001111111101100000000111111111", "init": "", "intermediate": ["111", "111000000", "111000000111", "1110000001110", "11100000011101111111", "111000000111011111110", "11100000011101111111011111111", "111000000111011111110111111110000", "11100000011101111111011111111000011111111", "1110000001110111111101111111100001111111100000", "111000000111011111110111111110000111111110000011111111", "1110000001110111111101111111100001111111100000111111110", "111000000111011111110111111110000111111110000011111111011", "11100000011101111111011111111000011111111000001111111101100000000"]}, "config": {"bit_sentence": "1x3 0x6 1x3 0x1 1x7 0x1 1x8 0x4 1x8 0x5 1x8 0x1 1x2 0x8 1x9", "len_code": 15}, "task_name": "task15", "example_name": "0130", "problem_name": "task15_0130"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x9 1x8 0x2 1x2 0x4 1x5 0x4 1x7 0x6 1x7 0x1 1x5 0x1 1x9 0x7\n", "label": {"final": "00000000011111111001100001111100001111111000000111111101111101111111110000000", "init": "", "intermediate": ["000000000", "00000000011111111", "0000000001111111100", "000000000111111110011", "0000000001111111100110000", "000000000111111110011000011111", "0000000001111111100110000111110000", "00000000011111111001100001111100001111111", "00000000011111111001100001111100001111111000000", "000000000111111110011000011111000011111110000001111111", "0000000001111111100110000111110000111111100000011111110", "000000000111111110011000011111000011111110000001111111011111", "0000000001111111100110000111110000111111100000011111110111110", "0000000001111111100110000111110000111111100000011111110111110111111111"]}, "config": {"bit_sentence": "0x9 1x8 0x2 1x2 0x4 1x5 0x4 1x7 0x6 1x7 0x1 1x5 0x1 1x9 0x7", "len_code": 15}, "task_name": "task15", "example_name": "0131", "problem_name": "task15_0131"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x3 0x7 1x2 0x3 1x7 0x6 1x6 0x4 1x8 0x7 1x6 0x5 1x1 0x4 1x8\n", "label": {"final": "11100000001100011111110000001111110000111111110000000111111000001000011111111", "init": "", "intermediate": ["111", "1110000000", "111000000011", "111000000011000", "1110000000110001111111", "1110000000110001111111000000", "1110000000110001111111000000111111", "11100000001100011111110000001111110000", "1110000000110001111111000000111111000011111111", "11100000001100011111110000001111110000111111110000000", "11100000001100011111110000001111110000111111110000000111111", "1110000000110001111111000000111111000011111111000000011111100000", "11100000001100011111110000001111110000111111110000000111111000001", "111000000011000111111100000011111100001111111100000001111110000010000"]}, "config": {"bit_sentence": "1x3 0x7 1x2 0x3 1x7 0x6 1x6 0x4 1x8 0x7 1x6 0x5 1x1 0x4 1x8", "len_code": 15}, "task_name": "task15", "example_name": "0132", "problem_name": "task15_0132"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x9 0x9 1x8 0x2 1x9 0x3 1x9 0x4 1x8 0x8 1x9 0x8 1x9 0x3 1x6\n", "label": {"final": "11111111100000000011111111001111111110001111111110000111111110000000011111111100000000111111111000111111", "init": "", "intermediate": ["111111111", "111111111000000000", "11111111100000000011111111", "1111111110000000001111111100", "1111111110000000001111111100111111111", "1111111110000000001111111100111111111000", "1111111110000000001111111100111111111000111111111", "11111111100000000011111111001111111110001111111110000", "1111111110000000001111111100111111111000111111111000011111111", "111111111000000000111111110011111111100011111111100001111111100000000", "111111111000000000111111110011111111100011111111100001111111100000000111111111", "11111111100000000011111111001111111110001111111110000111111110000000011111111100000000", "11111111100000000011111111001111111110001111111110000111111110000000011111111100000000111111111", "11111111100000000011111111001111111110001111111110000111111110000000011111111100000000111111111000"]}, "config": {"bit_sentence": "1x9 0x9 1x8 0x2 1x9 0x3 1x9 0x4 1x8 0x8 1x9 0x8 1x9 0x3 1x6", "len_code": 15}, "task_name": "task15", "example_name": "0133", "problem_name": "task15_0133"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x8 1x7 0x1 1x1 0x8 1x1 0x6 1x5 0x1 1x5 0x6 1x7 0x6 1x2 0x4\n", "label": {"final": "00000000111111101000000001000000111110111110000001111111000000110000", "init": "", "intermediate": ["00000000", "000000001111111", "0000000011111110", "00000000111111101", "0000000011111110100000000", "00000000111111101000000001", "00000000111111101000000001000000", "0000000011111110100000000100000011111", "00000000111111101000000001000000111110", "0000000011111110100000000100000011111011111", "0000000011111110100000000100000011111011111000000", "00000000111111101000000001000000111110111110000001111111", "00000000111111101000000001000000111110111110000001111111000000", "0000000011111110100000000100000011111011111000000111111100000011"]}, "config": {"bit_sentence": "0x8 1x7 0x1 1x1 0x8 1x1 0x6 1x5 0x1 1x5 0x6 1x7 0x6 1x2 0x4", "len_code": 15}, "task_name": "task15", "example_name": "0134", "problem_name": "task15_0134"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x3 1x8 0x6 1x4 0x2 1x4 0x1 1x6 0x4 1x1 0x4 1x6 0x1 1x3 0x5\n", "label": {"final": "0001111111100000011110011110111111000010000111111011100000", "init": "", "intermediate": ["000", "00011111111", "00011111111000000", "000111111110000001111", "00011111111000000111100", "000111111110000001111001111", "0001111111100000011110011110", "0001111111100000011110011110111111", "00011111111000000111100111101111110000", "000111111110000001111001111011111100001", "0001111111100000011110011110111111000010000", "0001111111100000011110011110111111000010000111111", "00011111111000000111100111101111110000100001111110", "00011111111000000111100111101111110000100001111110111"]}, "config": {"bit_sentence": "0x3 1x8 0x6 1x4 0x2 1x4 0x1 1x6 0x4 1x1 0x4 1x6 0x1 1x3 0x5", "len_code": 15}, "task_name": "task15", "example_name": "0135", "problem_name": "task15_0135"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x1 1x5 0x6 1x2 0x1 1x4 0x6 1x6 0x1 1x8 0x7 1x2 0x8 1x9 0x1\n", "label": {"final": "0111110000001101111000000111111011111111000000011000000001111111110", "init": "", "intermediate": ["0", "011111", "011111000000", "01111100000011", "011111000000110", "0111110000001101111", "0111110000001101111000000", "0111110000001101111000000111111", "01111100000011011110000001111110", "0111110000001101111000000111111011111111", "01111100000011011110000001111110111111110000000", "0111110000001101111000000111111011111111000000011", "011111000000110111100000011111101111111100000001100000000", "011111000000110111100000011111101111111100000001100000000111111111"]}, "config": {"bit_sentence": "0x1 1x5 0x6 1x2 0x1 1x4 0x6 1x6 0x1 1x8 0x7 1x2 0x8 1x9 0x1", "len_code": 15}, "task_name": "task15", "example_name": "0136", "problem_name": "task15_0136"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x8 0x7 1x7 0x7 1x1 0x3 1x6 0x6 1x9 0x3 1x3 0x9 1x1 0x7 1x7\n", "label": {"final": "111111110000000111111100000001000111111000000111111111000111000000000100000001111111", "init": "", "intermediate": ["11111111", "111111110000000", "1111111100000001111111", "11111111000000011111110000000", "111111110000000111111100000001", "111111110000000111111100000001000", "111111110000000111111100000001000111111", "111111110000000111111100000001000111111000000", "111111110000000111111100000001000111111000000111111111", "111111110000000111111100000001000111111000000111111111000", "111111110000000111111100000001000111111000000111111111000111", "111111110000000111111100000001000111111000000111111111000111000000000", "1111111100000001111111000000010001111110000001111111110001110000000001", "11111111000000011111110000000100011111100000011111111100011100000000010000000"]}, "config": {"bit_sentence": "1x8 0x7 1x7 0x7 1x1 0x3 1x6 0x6 1x9 0x3 1x3 0x9 1x1 0x7 1x7", "len_code": 15}, "task_name": "task15", "example_name": "0137", "problem_name": "task15_0137"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x6 0x4 1x9 0x9 1x1 0x8 1x7 0x1 1x5 0x5 1x9 0x1 1x4 0x3 1x9\n", "label": {"final": "111111000011111111100000000010000000011111110111110000011111111101111000111111111", "init": "", "intermediate": ["111111", "1111110000", "1111110000111111111", "1111110000111111111000000000", "11111100001111111110000000001", "1111110000111111111000000000100000000", "11111100001111111110000000001000000001111111", "111111000011111111100000000010000000011111110", "11111100001111111110000000001000000001111111011111", "1111110000111111111000000000100000000111111101111100000", "1111110000111111111000000000100000000111111101111100000111111111", "11111100001111111110000000001000000001111111011111000001111111110", "111111000011111111100000000010000000011111110111110000011111111101111", "111111000011111111100000000010000000011111110111110000011111111101111000"]}, "config": {"bit_sentence": "1x6 0x4 1x9 0x9 1x1 0x8 1x7 0x1 1x5 0x5 1x9 0x1 1x4 0x3 1x9", "len_code": 15}, "task_name": "task15", "example_name": "0138", "problem_name": "task15_0138"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x9 1x3 0x3 1x9 0x5 1x3 0x4 1x1 0x9 1x5 0x2 1x8 0x3 1x4 0x8\n", "label": {"final": "0000000001110001111111110000011100001000000000111110011111111000111100000000", "init": "", "intermediate": ["000000000", "000000000111", "000000000111000", "000000000111000111111111", "00000000011100011111111100000", "00000000011100011111111100000111", "000000000111000111111111000001110000", "0000000001110001111111110000011100001", "0000000001110001111111110000011100001000000000", "000000000111000111111111000001110000100000000011111", "00000000011100011111111100000111000010000000001111100", "0000000001110001111111110000011100001000000000111110011111111", "0000000001110001111111110000011100001000000000111110011111111000", "00000000011100011111111100000111000010000000001111100111111110001111"]}, "config": {"bit_sentence": "0x9 1x3 0x3 1x9 0x5 1x3 0x4 1x1 0x9 1x5 0x2 1x8 0x3 1x4 0x8", "len_code": 15}, "task_name": "task15", "example_name": "0139", "problem_name": "task15_0139"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x7 1x8 0x5 1x4 0x7 1x3 0x7 1x2 0x9 1x9 0x8 1x9 0x1 1x2 0x2 1x2\n", "label": {"final": "0000000111111110000011110000000111000000011000000000111111111000000001111111110110011", "init": "", "intermediate": ["0000000", "000000011111111", "00000001111111100000", "000000011111111000001111", "0000000111111110000011110000000", "0000000111111110000011110000000111", "00000001111111100000111100000001110000000", "0000000111111110000011110000000111000000011", "0000000111111110000011110000000111000000011000000000", "0000000111111110000011110000000111000000011000000000111111111", "000000011111111000001111000000011100000001100000000011111111100000000", "000000011111111000001111000000011100000001100000000011111111100000000111111111", "0000000111111110000011110000000111000000011000000000111111111000000001111111110", "000000011111111000001111000000011100000001100000000011111111100000000111111111011", "00000001111111100000111100000001110000000110000000001111111110000000011111111101100"]}, "config": {"bit_sentence": "0x7 1x8 0x5 1x4 0x7 1x3 0x7 1x2 0x9 1x9 0x8 1x9 0x1 1x2 0x2 1x2", "len_code": 16}, "task_name": "task15", "example_name": "0140", "problem_name": "task15_0140"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x8 1x1 0x4 1x1 0x2 1x6 0x6 1x7 0x1 1x4 0x4 1x7 0x6 1x2 0x5 1x9\n", "label": {"final": "0000000010000100111111000000111111101111000011111110000001100000111111111", "init": "", "intermediate": ["00000000", "000000001", "0000000010000", "00000000100001", "0000000010000100", "0000000010000100111111", "0000000010000100111111000000", "00000000100001001111110000001111111", "000000001000010011111100000011111110", "0000000010000100111111000000111111101111", "00000000100001001111110000001111111011110000", "000000001000010011111100000011111110111100001111111", "000000001000010011111100000011111110111100001111111000000", "00000000100001001111110000001111111011110000111111100000011", "0000000010000100111111000000111111101111000011111110000001100000"]}, "config": {"bit_sentence": "0x8 1x1 0x4 1x1 0x2 1x6 0x6 1x7 0x1 1x4 0x4 1x7 0x6 1x2 0x5 1x9", "len_code": 16}, "task_name": "task15", "example_name": "0141", "problem_name": "task15_0141"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x5 1x1 0x6 1x5 0x3 1x5 0x2 1x8 0x2 1x6 0x3 1x3 0x9 1x5 0x2 1x2\n", "label": {"final": "0000010000001111100011111001111111100111111000111000000000111110011", "init": "", "intermediate": ["00000", "000001", "000001000000", "00000100000011111", "00000100000011111000", "0000010000001111100011111", "000001000000111110001111100", "00000100000011111000111110011111111", "0000010000001111100011111001111111100", "0000010000001111100011111001111111100111111", "0000010000001111100011111001111111100111111000", "0000010000001111100011111001111111100111111000111", "0000010000001111100011111001111111100111111000111000000000", "000001000000111110001111100111111110011111100011100000000011111", "00000100000011111000111110011111111001111110001110000000001111100"]}, "config": {"bit_sentence": "0x5 1x1 0x6 1x5 0x3 1x5 0x2 1x8 0x2 1x6 0x3 1x3 0x9 1x5 0x2 1x2", "len_code": 16}, "task_name": "task15", "example_name": "0142", "problem_name": "task15_0142"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x2 1x2 0x1 1x6 0x4 1x1 0x8 1x7 0x2 1x9 0x7 1x4 0x5 1x9 0x3 1x1\n", "label": {"final": "00110111111000010000000011111110011111111100000001111000001111111110001", "init": "", "intermediate": ["00", "0011", "00110", "00110111111", "001101111110000", "0011011111100001", "001101111110000100000000", "0011011111100001000000001111111", "001101111110000100000000111111100", "001101111110000100000000111111100111111111", "0011011111100001000000001111111001111111110000000", "00110111111000010000000011111110011111111100000001111", "0011011111100001000000001111111001111111110000000111100000", "0011011111100001000000001111111001111111110000000111100000111111111", "0011011111100001000000001111111001111111110000000111100000111111111000"]}, "config": {"bit_sentence": "0x2 1x2 0x1 1x6 0x4 1x1 0x8 1x7 0x2 1x9 0x7 1x4 0x5 1x9 0x3 1x1", "len_code": 16}, "task_name": "task15", "example_name": "0143", "problem_name": "task15_0143"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x4 0x6 1x7 0x2 1x5 0x8 1x8 0x1 1x2 0x8 1x7 0x2 1x2 0x9 1x9 0x1\n", "label": {"final": "111100000011111110011111000000001111111101100000000111111100110000000001111111110", "init": "", "intermediate": ["1111", "1111000000", "11110000001111111", "1111000000111111100", "111100000011111110011111", "11110000001111111001111100000000", "1111000000111111100111110000000011111111", "11110000001111111001111100000000111111110", "1111000000111111100111110000000011111111011", "111100000011111110011111000000001111111101100000000", "1111000000111111100111110000000011111111011000000001111111", "111100000011111110011111000000001111111101100000000111111100", "11110000001111111001111100000000111111110110000000011111110011", "11110000001111111001111100000000111111110110000000011111110011000000000", "11110000001111111001111100000000111111110110000000011111110011000000000111111111"]}, "config": {"bit_sentence": "1x4 0x6 1x7 0x2 1x5 0x8 1x8 0x1 1x2 0x8 1x7 0x2 1x2 0x9 1x9 0x1", "len_code": 16}, "task_name": "task15", "example_name": "0144", "problem_name": "task15_0144"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x1 0x9 1x3 0x5 1x1 0x6 1x5 0x8 1x3 0x8 1x5 0x1 1x5 0x4 1x1 0x8\n", "label": {"final": "1000000000111000001000000111110000000011100000000111110111110000100000000", "init": "", "intermediate": ["1", "1000000000", "1000000000111", "100000000011100000", "1000000000111000001", "1000000000111000001000000", "100000000011100000100000011111", "10000000001110000010000001111100000000", "10000000001110000010000001111100000000111", "1000000000111000001000000111110000000011100000000", "100000000011100000100000011111000000001110000000011111", "1000000000111000001000000111110000000011100000000111110", "100000000011100000100000011111000000001110000000011111011111", "1000000000111000001000000111110000000011100000000111110111110000", "10000000001110000010000001111100000000111000000001111101111100001"]}, "config": {"bit_sentence": "1x1 0x9 1x3 0x5 1x1 0x6 1x5 0x8 1x3 0x8 1x5 0x1 1x5 0x4 1x1 0x8", "len_code": 16}, "task_name": "task15", "example_name": "0145", "problem_name": "task15_0145"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x5 1x7 0x6 1x8 0x8 1x4 0x8 1x4 0x8 1x1 0x8 1x4 0x5 1x1 0x3 1x1\n", "label": {"final": "000001111111000000111111110000000011110000000011110000000010000000011110000010001", "init": "", "intermediate": ["00000", "000001111111", "000001111111000000", "00000111111100000011111111", "0000011111110000001111111100000000", "00000111111100000011111111000000001111", "0000011111110000001111111100000000111100000000", "00000111111100000011111111000000001111000000001111", "0000011111110000001111111100000000111100000000111100000000", "00000111111100000011111111000000001111000000001111000000001", "0000011111110000001111111100000000111100000000111100000000100000000", "00000111111100000011111111000000001111000000001111000000001000000001111", "0000011111110000001111111100000000111100000000111100000000100000000111100000", "00000111111100000011111111000000001111000000001111000000001000000001111000001", "00000111111100000011111111000000001111000000001111000000001000000001111000001000"]}, "config": {"bit_sentence": "0x5 1x7 0x6 1x8 0x8 1x4 0x8 1x4 0x8 1x1 0x8 1x4 0x5 1x1 0x3 1x1", "len_code": 16}, "task_name": "task15", "example_name": "0146", "problem_name": "task15_0146"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x3 0x2 1x5 0x4 1x4 0x7 1x8 0x4 1x9 0x4 1x8 0x7 1x9 0x1 1x2 0x7\n", "label": {"final": "111001111100001111000000011111111000011111111100001111111100000001111111110110000000", "init": "", "intermediate": ["111", "11100", "1110011111", "11100111110000", "111001111100001111", "1110011111000011110000000", "111001111100001111000000011111111", "1110011111000011110000000111111110000", "1110011111000011110000000111111110000111111111", "11100111110000111100000001111111100001111111110000", "1110011111000011110000000111111110000111111111000011111111", "11100111110000111100000001111111100001111111110000111111110000000", "11100111110000111100000001111111100001111111110000111111110000000111111111", "111001111100001111000000011111111000011111111100001111111100000001111111110", "11100111110000111100000001111111100001111111110000111111110000000111111111011"]}, "config": {"bit_sentence": "1x3 0x2 1x5 0x4 1x4 0x7 1x8 0x4 1x9 0x4 1x8 0x7 1x9 0x1 1x2 0x7", "len_code": 16}, "task_name": "task15", "example_name": "0147", "problem_name": "task15_0147"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x4 0x1 1x7 0x9 1x3 0x4 1x5 0x6 1x2 0x2 1x2 0x8 1x6 0x2 1x8 0x5\n", "label": {"final": "11110111111100000000011100001111100000011001100000000111111001111111100000", "init": "", "intermediate": ["1111", "11110", "111101111111", "111101111111000000000", "111101111111000000000111", "1111011111110000000001110000", "111101111111000000000111000011111", "111101111111000000000111000011111000000", "11110111111100000000011100001111100000011", "1111011111110000000001110000111110000001100", "111101111111000000000111000011111000000110011", "11110111111100000000011100001111100000011001100000000", "11110111111100000000011100001111100000011001100000000111111", "1111011111110000000001110000111110000001100110000000011111100", "111101111111000000000111000011111000000110011000000001111110011111111"]}, "config": {"bit_sentence": "1x4 0x1 1x7 0x9 1x3 0x4 1x5 0x6 1x2 0x2 1x2 0x8 1x6 0x2 1x8 0x5", "len_code": 16}, "task_name": "task15", "example_name": "0148", "problem_name": "task15_0148"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x2 0x8 1x5 0x7 1x7 0x1 1x4 0x8 1x9 0x7 1x6 0x1 1x6 0x1 1x2 0x5\n", "label": {"final": "1100000000111110000000111111101111000000001111111110000000111111011111101100000", "init": "", "intermediate": ["11", "1100000000", "110000000011111", "1100000000111110000000", "11000000001111100000001111111", "110000000011111000000011111110", "1100000000111110000000111111101111", "110000000011111000000011111110111100000000", "110000000011111000000011111110111100000000111111111", "1100000000111110000000111111101111000000001111111110000000", "1100000000111110000000111111101111000000001111111110000000111111", "11000000001111100000001111111011110000000011111111100000001111110", "11000000001111100000001111111011110000000011111111100000001111110111111", "110000000011111000000011111110111100000000111111111000000011111101111110", "11000000001111100000001111111011110000000011111111100000001111110111111011"]}, "config": {"bit_sentence": "1x2 0x8 1x5 0x7 1x7 0x1 1x4 0x8 1x9 0x7 1x6 0x1 1x6 0x1 1x2 0x5", "len_code": 16}, "task_name": "task15", "example_name": "0149", "problem_name": "task15_0149"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x3 0x3 1x5 0x8 1x1 0x2 1x8 0x3 1x5 0x9 1x2 0x7 1x9 0x8 1x1 0x4 1x3\n", "label": {"final": "111000111110000000010011111111000111110000000001100000001111111110000000010000111", "init": "", "intermediate": ["111", "111000", "11100011111", "1110001111100000000", "11100011111000000001", "1110001111100000000100", "111000111110000000010011111111", "111000111110000000010011111111000", "11100011111000000001001111111100011111", "11100011111000000001001111111100011111000000000", "1110001111100000000100111111110001111100000000011", "11100011111000000001001111111100011111000000000110000000", "11100011111000000001001111111100011111000000000110000000111111111", "1110001111100000000100111111110001111100000000011000000011111111100000000", "11100011111000000001001111111100011111000000000110000000111111111000000001", "111000111110000000010011111111000111110000000001100000001111111110000000010000"]}, "config": {"bit_sentence": "1x3 0x3 1x5 0x8 1x1 0x2 1x8 0x3 1x5 0x9 1x2 0x7 1x9 0x8 1x1 0x4 1x3", "len_code": 17}, "task_name": "task15", "example_name": "0150", "problem_name": "task15_0150"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x4 1x4 0x2 1x5 0x4 1x1 0x4 1x7 0x2 1x8 0x7 1x3 0x5 1x8 0x5 1x4 0x7\n", "label": {"final": "00001111001111100001000011111110011111111000000011100000111111110000011110000000", "init": "", "intermediate": ["0000", "00001111", "0000111100", "000011110011111", "0000111100111110000", "00001111001111100001", "000011110011111000010000", "0000111100111110000100001111111", "000011110011111000010000111111100", "00001111001111100001000011111110011111111", "000011110011111000010000111111100111111110000000", "000011110011111000010000111111100111111110000000111", "00001111001111100001000011111110011111111000000011100000", "0000111100111110000100001111111001111111100000001110000011111111", "000011110011111000010000111111100111111110000000111000001111111100000", "0000111100111110000100001111111001111111100000001110000011111111000001111"]}, "config": {"bit_sentence": "0x4 1x4 0x2 1x5 0x4 1x1 0x4 1x7 0x2 1x8 0x7 1x3 0x5 1x8 0x5 1x4 0x7", "len_code": 17}, "task_name": "task15", "example_name": "0151", "problem_name": "task15_0151"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x6 0x4 1x9 0x8 1x7 0x3 1x7 0x9 1x7 0x1 1x7 0x7 1x7 0x9 1x4 0x6 1x4\n", "label": {"final": "111111000011111111100000000111111100011111110000000001111111011111110000000111111100000000011110000001111", "init": "", "intermediate": ["111111", "1111110000", "1111110000111111111", "111111000011111111100000000", "1111110000111111111000000001111111", "1111110000111111111000000001111111000", "11111100001111111110000000011111110001111111", "11111100001111111110000000011111110001111111000000000", "111111000011111111100000000111111100011111110000000001111111", "1111110000111111111000000001111111000111111100000000011111110", "11111100001111111110000000011111110001111111000000000111111101111111", "111111000011111111100000000111111100011111110000000001111111011111110000000", "1111110000111111111000000001111111000111111100000000011111110111111100000001111111", "1111110000111111111000000001111111000111111100000000011111110111111100000001111111000000000", "11111100001111111110000000011111110001111111000000000111111101111111000000011111110000000001111", "11111100001111111110000000011111110001111111000000000111111101111111000000011111110000000001111000000"]}, "config": {"bit_sentence": "1x6 0x4 1x9 0x8 1x7 0x3 1x7 0x9 1x7 0x1 1x7 0x7 1x7 0x9 1x4 0x6 1x4", "len_code": 17}, "task_name": "task15", "example_name": "0152", "problem_name": "task15_0152"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x3 1x1 0x4 1x5 0x9 1x1 0x8 1x6 0x5 1x1 0x4 1x1 0x7 1x9 0x7 1x1 0x4\n", "label": {"final": "0001000011111000000000100000000111111000001000010000000111111111000000010000", "init": "", "intermediate": ["000", "0001", "00010000", "0001000011111", "0001000011111000000000", "00010000111110000000001", "0001000011111000000000100000000", "0001000011111000000000100000000111111", "000100001111100000000010000000011111100000", "0001000011111000000000100000000111111000001", "00010000111110000000001000000001111110000010000", "000100001111100000000010000000011111100000100001", "0001000011111000000000100000000111111000001000010000000", "0001000011111000000000100000000111111000001000010000000111111111", "00010000111110000000001000000001111110000010000100000001111111110000000", "000100001111100000000010000000011111100000100001000000011111111100000001"]}, "config": {"bit_sentence": "0x3 1x1 0x4 1x5 0x9 1x1 0x8 1x6 0x5 1x1 0x4 1x1 0x7 1x9 0x7 1x1 0x4", "len_code": 17}, "task_name": "task15", "example_name": "0153", "problem_name": "task15_0153"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x3 0x3 1x2 0x2 1x7 0x9 1x3 0x9 1x5 0x8 1x4 0x6 1x4 0x9 1x8 0x5 1x5\n", "label": {"final": "11100011001111111000000000111000000000111110000000011110000001111000000000111111110000011111", "init": "", "intermediate": ["111", "111000", "11100011", "1110001100", "11100011001111111", "11100011001111111000000000", "11100011001111111000000000111", "11100011001111111000000000111000000000", "1110001100111111100000000011100000000011111", "111000110011111110000000001110000000001111100000000", "1110001100111111100000000011100000000011111000000001111", "1110001100111111100000000011100000000011111000000001111000000", "11100011001111111000000000111000000000111110000000011110000001111", "11100011001111111000000000111000000000111110000000011110000001111000000000", "1110001100111111100000000011100000000011111000000001111000000111100000000011111111", "111000110011111110000000001110000000001111100000000111100000011110000000001111111100000"]}, "config": {"bit_sentence": "1x3 0x3 1x2 0x2 1x7 0x9 1x3 0x9 1x5 0x8 1x4 0x6 1x4 0x9 1x8 0x5 1x5", "len_code": 17}, "task_name": "task15", "example_name": "0154", "problem_name": "task15_0154"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x8 0x2 1x1 0x3 1x4 0x1 1x4 0x1 1x3 0x2 1x6 0x3 1x2 0x2 1x8 0x8 1x1\n", "label": {"final": "11111111001000111101111011100111111000110011111111000000001", "init": "", "intermediate": ["11111111", "1111111100", "11111111001", "11111111001000", "111111110010001111", "1111111100100011110", "11111111001000111101111", "111111110010001111011110", "111111110010001111011110111", "11111111001000111101111011100", "11111111001000111101111011100111111", "11111111001000111101111011100111111000", "1111111100100011110111101110011111100011", "111111110010001111011110111001111110001100", "11111111001000111101111011100111111000110011111111", "1111111100100011110111101110011111100011001111111100000000"]}, "config": {"bit_sentence": "1x8 0x2 1x1 0x3 1x4 0x1 1x4 0x1 1x3 0x2 1x6 0x3 1x2 0x2 1x8 0x8 1x1", "len_code": 17}, "task_name": "task15", "example_name": "0155", "problem_name": "task15_0155"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x6 0x1 1x8 0x7 1x3 0x9 1x6 0x9 1x2 0x7 1x2 0x8 1x9 0x7 1x5 0x7 1x2\n", "label": {"final": "11111101111111100000001110000000001111110000000001100000001100000000111111111000000011111000000011", "init": "", "intermediate": ["111111", "1111110", "111111011111111", "1111110111111110000000", "1111110111111110000000111", "1111110111111110000000111000000000", "1111110111111110000000111000000000111111", "1111110111111110000000111000000000111111000000000", "111111011111111000000011100000000011111100000000011", "1111110111111110000000111000000000111111000000000110000000", "111111011111111000000011100000000011111100000000011000000011", "11111101111111100000001110000000001111110000000001100000001100000000", "11111101111111100000001110000000001111110000000001100000001100000000111111111", "111111011111111000000011100000000011111100000000011000000011000000001111111110000000", "11111101111111100000001110000000001111110000000001100000001100000000111111111000000011111", "111111011111111000000011100000000011111100000000011000000011000000001111111110000000111110000000"]}, "config": {"bit_sentence": "1x6 0x1 1x8 0x7 1x3 0x9 1x6 0x9 1x2 0x7 1x2 0x8 1x9 0x7 1x5 0x7 1x2", "len_code": 17}, "task_name": "task15", "example_name": "0156", "problem_name": "task15_0156"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x8 0x7 1x4 0x4 1x9 0x7 1x3 0x4 1x5 0x7 1x7 0x7 1x7 0x7 1x7 0x3 1x3\n", "label": {"final": "111111110000000111100001111111110000000111000011111000000011111110000000111111100000001111111000111", "init": "", "intermediate": ["11111111", "111111110000000", "1111111100000001111", "11111111000000011110000", "11111111000000011110000111111111", "111111110000000111100001111111110000000", "111111110000000111100001111111110000000111", "1111111100000001111000011111111100000001110000", "111111110000000111100001111111110000000111000011111", "1111111100000001111000011111111100000001110000111110000000", "11111111000000011110000111111111000000011100001111100000001111111", "111111110000000111100001111111110000000111000011111000000011111110000000", "1111111100000001111000011111111100000001110000111110000000111111100000001111111", "11111111000000011110000111111111000000011100001111100000001111111000000011111110000000", "111111110000000111100001111111110000000111000011111000000011111110000000111111100000001111111", "111111110000000111100001111111110000000111000011111000000011111110000000111111100000001111111000"]}, "config": {"bit_sentence": "1x8 0x7 1x4 0x4 1x9 0x7 1x3 0x4 1x5 0x7 1x7 0x7 1x7 0x7 1x7 0x3 1x3", "len_code": 17}, "task_name": "task15", "example_name": "0157", "problem_name": "task15_0157"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x6 1x4 0x3 1x3 0x6 1x2 0x7 1x7 0x8 1x4 0x5 1x7 0x3 1x5 0x1 1x5 0x9\n", "label": {"final": "0000001111000111000000110000000111111100000000111100000111111100011111011111000000000", "init": "", "intermediate": ["000000", "0000001111", "0000001111000", "0000001111000111", "0000001111000111000000", "000000111100011100000011", "0000001111000111000000110000000", "00000011110001110000001100000001111111", "0000001111000111000000110000000111111100000000", "00000011110001110000001100000001111111000000001111", "0000001111000111000000110000000111111100000000111100000", "00000011110001110000001100000001111111000000001111000001111111", "00000011110001110000001100000001111111000000001111000001111111000", "0000001111000111000000110000000111111100000000111100000111111100011111", "00000011110001110000001100000001111111000000001111000001111111000111110", "0000001111000111000000110000000111111100000000111100000111111100011111011111"]}, "config": {"bit_sentence": "0x6 1x4 0x3 1x3 0x6 1x2 0x7 1x7 0x8 1x4 0x5 1x7 0x3 1x5 0x1 1x5 0x9", "len_code": 17}, "task_name": "task15", "example_name": "0158", "problem_name": "task15_0158"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x9 0x9 1x5 0x5 1x8 0x2 1x6 0x8 1x9 0x4 1x8 0x5 1x3 0x5 1x5 0x9 1x7\n", "label": {"final": "11111111100000000011111000001111111100111111000000001111111110000111111110000011100000111110000000001111111", "init": "", "intermediate": ["111111111", "111111111000000000", "11111111100000000011111", "1111111110000000001111100000", "111111111000000000111110000011111111", "11111111100000000011111000001111111100", "11111111100000000011111000001111111100111111", "1111111110000000001111100000111111110011111100000000", "1111111110000000001111100000111111110011111100000000111111111", "11111111100000000011111000001111111100111111000000001111111110000", "1111111110000000001111100000111111110011111100000000111111111000011111111", "111111111000000000111110000011111111001111110000000011111111100001111111100000", "111111111000000000111110000011111111001111110000000011111111100001111111100000111", "11111111100000000011111000001111111100111111000000001111111110000111111110000011100000", "1111111110000000001111100000111111110011111100000000111111111000011111111000001110000011111", "1111111110000000001111100000111111110011111100000000111111111000011111111000001110000011111000000000"]}, "config": {"bit_sentence": "1x9 0x9 1x5 0x5 1x8 0x2 1x6 0x8 1x9 0x4 1x8 0x5 1x3 0x5 1x5 0x9 1x7", "len_code": 17}, "task_name": "task15", "example_name": "0159", "problem_name": "task15_0159"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x6 1x3 0x3 1x6 0x6 1x3 0x6 1x3 0x5 1x6 0x9 1x3 0x2 1x1 0x9 1x9 0x2 1x3\n", "label": {"final": "0000001110001111110000001110000001110000011111100000000011100100000000011111111100111", "init": "", "intermediate": ["000000", "000000111", "000000111000", "000000111000111111", "000000111000111111000000", "000000111000111111000000111", "000000111000111111000000111000000", "000000111000111111000000111000000111", "00000011100011111100000011100000011100000", "00000011100011111100000011100000011100000111111", "00000011100011111100000011100000011100000111111000000000", "00000011100011111100000011100000011100000111111000000000111", "0000001110001111110000001110000001110000011111100000000011100", "00000011100011111100000011100000011100000111111000000000111001", "00000011100011111100000011100000011100000111111000000000111001000000000", "00000011100011111100000011100000011100000111111000000000111001000000000111111111", "0000001110001111110000001110000001110000011111100000000011100100000000011111111100"]}, "config": {"bit_sentence": "0x6 1x3 0x3 1x6 0x6 1x3 0x6 1x3 0x5 1x6 0x9 1x3 0x2 1x1 0x9 1x9 0x2 1x3", "len_code": 18}, "task_name": "task15", "example_name": "0160", "problem_name": "task15_0160"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x5 0x8 1x2 0x6 1x8 0x3 1x1 0x7 1x5 0x7 1x5 0x6 1x6 0x7 1x2 0x6 1x2 0x3\n", "label": {"final": "11111000000001100000011111111000100000001111100000001111100000011111100000001100000011000", "init": "", "intermediate": ["11111", "1111100000000", "111110000000011", "111110000000011000000", "11111000000001100000011111111", "11111000000001100000011111111000", "111110000000011000000111111110001", "1111100000000110000001111111100010000000", "111110000000011000000111111110001000000011111", "1111100000000110000001111111100010000000111110000000", "111110000000011000000111111110001000000011111000000011111", "111110000000011000000111111110001000000011111000000011111000000", "111110000000011000000111111110001000000011111000000011111000000111111", "1111100000000110000001111111100010000000111110000000111110000001111110000000", "111110000000011000000111111110001000000011111000000011111000000111111000000011", "111110000000011000000111111110001000000011111000000011111000000111111000000011000000", "11111000000001100000011111111000100000001111100000001111100000011111100000001100000011"]}, "config": {"bit_sentence": "1x5 0x8 1x2 0x6 1x8 0x3 1x1 0x7 1x5 0x7 1x5 0x6 1x6 0x7 1x2 0x6 1x2 0x3", "len_code": 18}, "task_name": "task15", "example_name": "0161", "problem_name": "task15_0161"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x3 0x8 1x1 0x3 1x6 0x5 1x5 0x1 1x5 0x3 1x5 0x1 1x1 0x1 1x8 0x1 1x4 0x4\n", "label": {"final": "11100000000100011111100000111110111110001111101011111111011110000", "init": "", "intermediate": ["111", "11100000000", "111000000001", "111000000001000", "111000000001000111111", "11100000000100011111100000", "1110000000010001111110000011111", "11100000000100011111100000111110", "1110000000010001111110000011111011111", "1110000000010001111110000011111011111000", "111000000001000111111000001111101111100011111", "1110000000010001111110000011111011111000111110", "11100000000100011111100000111110111110001111101", "111000000001000111111000001111101111100011111010", "11100000000100011111100000111110111110001111101011111111", "111000000001000111111000001111101111100011111010111111110", "1110000000010001111110000011111011111000111110101111111101111"]}, "config": {"bit_sentence": "1x3 0x8 1x1 0x3 1x6 0x5 1x5 0x1 1x5 0x3 1x5 0x1 1x1 0x1 1x8 0x1 1x4 0x4", "len_code": 18}, "task_name": "task15", "example_name": "0162", "problem_name": "task15_0162"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x1 1x9 0x7 1x9 0x6 1x7 0x9 1x7 0x1 1x9 0x5 1x6 0x6 1x3 0x7 1x7 0x2 1x6\n", "label": {"final": "01111111110000000111111111000000111111100000000011111110111111111000001111110000001110000000111111100111111", "init": "", "intermediate": ["0", "0111111111", "01111111110000000", "01111111110000000111111111", "01111111110000000111111111000000", "011111111100000001111111110000001111111", "011111111100000001111111110000001111111000000000", "0111111111000000011111111100000011111110000000001111111", "01111111110000000111111111000000111111100000000011111110", "01111111110000000111111111000000111111100000000011111110111111111", "0111111111000000011111111100000011111110000000001111111011111111100000", "0111111111000000011111111100000011111110000000001111111011111111100000111111", "0111111111000000011111111100000011111110000000001111111011111111100000111111000000", "0111111111000000011111111100000011111110000000001111111011111111100000111111000000111", "01111111110000000111111111000000111111100000000011111110111111111000001111110000001110000000", "011111111100000001111111110000001111111000000000111111101111111110000011111100000011100000001111111", "01111111110000000111111111000000111111100000000011111110111111111000001111110000001110000000111111100"]}, "config": {"bit_sentence": "0x1 1x9 0x7 1x9 0x6 1x7 0x9 1x7 0x1 1x9 0x5 1x6 0x6 1x3 0x7 1x7 0x2 1x6", "len_code": 18}, "task_name": "task15", "example_name": "0163", "problem_name": "task15_0163"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x8 0x2 1x6 0x6 1x5 0x9 1x1 0x6 1x3 0x7 1x9 0x5 1x9 0x7 1x9 0x1 1x6 0x1\n", "label": {"final": "1111111100111111000000111110000000001000000111000000011111111100000111111111000000011111111101111110", "init": "", "intermediate": ["11111111", "1111111100", "1111111100111111", "1111111100111111000000", "111111110011111100000011111", "111111110011111100000011111000000000", "1111111100111111000000111110000000001", "1111111100111111000000111110000000001000000", "1111111100111111000000111110000000001000000111", "11111111001111110000001111100000000010000001110000000", "11111111001111110000001111100000000010000001110000000111111111", "1111111100111111000000111110000000001000000111000000011111111100000", "1111111100111111000000111110000000001000000111000000011111111100000111111111", "11111111001111110000001111100000000010000001110000000111111111000001111111110000000", "11111111001111110000001111100000000010000001110000000111111111000001111111110000000111111111", "111111110011111100000011111000000000100000011100000001111111110000011111111100000001111111110", "111111110011111100000011111000000000100000011100000001111111110000011111111100000001111111110111111"]}, "config": {"bit_sentence": "1x8 0x2 1x6 0x6 1x5 0x9 1x1 0x6 1x3 0x7 1x9 0x5 1x9 0x7 1x9 0x1 1x6 0x1", "len_code": 18}, "task_name": "task15", "example_name": "0164", "problem_name": "task15_0164"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x7 1x7 0x1 1x5 0x6 1x5 0x9 1x2 0x3 1x6 0x4 1x4 0x4 1x2 0x2 1x2 0x8 1x9\n", "label": {"final": "00000001111111011111000000111110000000001100011111100001111000011001100000000111111111", "init": "", "intermediate": ["0000000", "00000001111111", "000000011111110", "00000001111111011111", "00000001111111011111000000", "0000000111111101111100000011111", "0000000111111101111100000011111000000000", "000000011111110111110000001111100000000011", "000000011111110111110000001111100000000011000", "000000011111110111110000001111100000000011000111111", "0000000111111101111100000011111000000000110001111110000", "00000001111111011111000000111110000000001100011111100001111", "000000011111110111110000001111100000000011000111111000011110000", "00000001111111011111000000111110000000001100011111100001111000011", "0000000111111101111100000011111000000000110001111110000111100001100", "000000011111110111110000001111100000000011000111111000011110000110011", "00000001111111011111000000111110000000001100011111100001111000011001100000000"]}, "config": {"bit_sentence": "0x7 1x7 0x1 1x5 0x6 1x5 0x9 1x2 0x3 1x6 0x4 1x4 0x4 1x2 0x2 1x2 0x8 1x9", "len_code": 18}, "task_name": "task15", "example_name": "0165", "problem_name": "task15_0165"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x4 1x1 0x5 1x2 0x5 1x6 0x4 1x9 0x6 1x8 0x1 1x4 0x2 1x4 0x1 1x7 0x4 1x1\n", "label": {"final": "00001000001100000111111000011111111100000011111111011110011110111111100001", "init": "", "intermediate": ["0000", "00001", "0000100000", "000010000011", "00001000001100000", "00001000001100000111111", "000010000011000001111110000", "000010000011000001111110000111111111", "000010000011000001111110000111111111000000", "00001000001100000111111000011111111100000011111111", "000010000011000001111110000111111111000000111111110", "0000100000110000011111100001111111110000001111111101111", "000010000011000001111110000111111111000000111111110111100", "0000100000110000011111100001111111110000001111111101111001111", "00001000001100000111111000011111111100000011111111011110011110", "000010000011000001111110000111111111000000111111110111100111101111111", "0000100000110000011111100001111111110000001111111101111001111011111110000"]}, "config": {"bit_sentence": "0x4 1x1 0x5 1x2 0x5 1x6 0x4 1x9 0x6 1x8 0x1 1x4 0x2 1x4 0x1 1x7 0x4 1x1", "len_code": 18}, "task_name": "task15", "example_name": "0166", "problem_name": "task15_0166"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x7 0x6 1x2 0x2 1x9 0x9 1x4 0x9 1x8 0x4 1x7 0x5 1x9 0x3 1x7 0x8 1x8 0x8\n", "label": {"final": "1111111000000110011111111100000000011110000000001111111100001111111000001111111110001111111000000001111111100000000", "init": "", "intermediate": ["1111111", "1111111000000", "111111100000011", "11111110000001100", "11111110000001100111111111", "11111110000001100111111111000000000", "111111100000011001111111110000000001111", "111111100000011001111111110000000001111000000000", "11111110000001100111111111000000000111100000000011111111", "111111100000011001111111110000000001111000000000111111110000", "1111111000000110011111111100000000011110000000001111111100001111111", "111111100000011001111111110000000001111000000000111111110000111111100000", "111111100000011001111111110000000001111000000000111111110000111111100000111111111", "111111100000011001111111110000000001111000000000111111110000111111100000111111111000", "1111111000000110011111111100000000011110000000001111111100001111111000001111111110001111111", "111111100000011001111111110000000001111000000000111111110000111111100000111111111000111111100000000", "11111110000001100111111111000000000111100000000011111111000011111110000011111111100011111110000000011111111"]}, "config": {"bit_sentence": "1x7 0x6 1x2 0x2 1x9 0x9 1x4 0x9 1x8 0x4 1x7 0x5 1x9 0x3 1x7 0x8 1x8 0x8", "len_code": 18}, "task_name": "task15", "example_name": "0167", "problem_name": "task15_0167"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x7 1x6 0x1 1x1 0x9 1x8 0x5 1x9 0x5 1x6 0x9 1x7 0x4 1x9 0x6 1x8 0x6 1x9\n", "label": {"final": "0000000111111010000000001111111100000111111111000001111110000000001111111000011111111100000011111111000000111111111", "init": "", "intermediate": ["0000000", "0000000111111", "00000001111110", "000000011111101", "000000011111101000000000", "00000001111110100000000011111111", "0000000111111010000000001111111100000", "0000000111111010000000001111111100000111111111", "000000011111101000000000111111110000011111111100000", "000000011111101000000000111111110000011111111100000111111", "000000011111101000000000111111110000011111111100000111111000000000", "0000000111111010000000001111111100000111111111000001111110000000001111111", "00000001111110100000000011111111000001111111110000011111100000000011111110000", "00000001111110100000000011111111000001111111110000011111100000000011111110000111111111", "00000001111110100000000011111111000001111111110000011111100000000011111110000111111111000000", "0000000111111010000000001111111100000111111111000001111110000000001111111000011111111100000011111111", "0000000111111010000000001111111100000111111111000001111110000000001111111000011111111100000011111111000000"]}, "config": {"bit_sentence": "0x7 1x6 0x1 1x1 0x9 1x8 0x5 1x9 0x5 1x6 0x9 1x7 0x4 1x9 0x6 1x8 0x6 1x9", "len_code": 18}, "task_name": "task15", "example_name": "0168", "problem_name": "task15_0168"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x2 0x2 1x6 0x6 1x9 0x5 1x1 0x1 1x4 0x6 1x2 0x1 1x4 0x1 1x4 0x7 1x1 0x8\n", "label": {"final": "1100111111000000111111111000001011110000001101111011110000000100000000", "init": "", "intermediate": ["11", "1100", "1100111111", "1100111111000000", "1100111111000000111111111", "110011111100000011111111100000", "1100111111000000111111111000001", "11001111110000001111111110000010", "110011111100000011111111100000101111", "110011111100000011111111100000101111000000", "11001111110000001111111110000010111100000011", "110011111100000011111111100000101111000000110", "1100111111000000111111111000001011110000001101111", "11001111110000001111111110000010111100000011011110", "110011111100000011111111100000101111000000110111101111", "1100111111000000111111111000001011110000001101111011110000000", "11001111110000001111111110000010111100000011011110111100000001"]}, "config": {"bit_sentence": "1x2 0x2 1x6 0x6 1x9 0x5 1x1 0x1 1x4 0x6 1x2 0x1 1x4 0x1 1x4 0x7 1x1 0x8", "len_code": 18}, "task_name": "task15", "example_name": "0169", "problem_name": "task15_0169"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x3 1x3 0x3 1x6 0x8 1x4 0x5 1x1 0x2 1x3 0x3 1x5 0x6 1x8 0x1 1x2 0x2 1x5 0x4\n", "label": {"final": "00011100011111100000000111100000100111000111110000001111111101100111110000", "init": "", "intermediate": ["000", "000111", "000111000", "000111000111111", "00011100011111100000000", "000111000111111000000001111", "00011100011111100000000111100000", "000111000111111000000001111000001", "00011100011111100000000111100000100", "00011100011111100000000111100000100111", "00011100011111100000000111100000100111000", "0001110001111110000000011110000010011100011111", "0001110001111110000000011110000010011100011111000000", "000111000111111000000001111000001001110001111100000011111111", "0001110001111110000000011110000010011100011111000000111111110", "000111000111111000000001111000001001110001111100000011111111011", "00011100011111100000000111100000100111000111110000001111111101100", "0001110001111110000000011110000010011100011111000000111111110110011111"]}, "config": {"bit_sentence": "0x3 1x3 0x3 1x6 0x8 1x4 0x5 1x1 0x2 1x3 0x3 1x5 0x6 1x8 0x1 1x2 0x2 1x5 0x4", "len_code": 19}, "task_name": "task15", "example_name": "0170", "problem_name": "task15_0170"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x6 1x5 0x2 1x6 0x9 1x8 0x9 1x7 0x6 1x1 0x7 1x3 0x4 1x2 0x7 1x6 0x6 1x9 0x4\n", "label": {"final": "00000011111001111110000000001111111100000000011111110000001000000011100001100000001111110000001111111110000", "init": "", "intermediate": ["000000", "00000011111", "0000001111100", "0000001111100111111", "0000001111100111111000000000", "000000111110011111100000000011111111", "000000111110011111100000000011111111000000000", "0000001111100111111000000000111111110000000001111111", "0000001111100111111000000000111111110000000001111111000000", "00000011111001111110000000001111111100000000011111110000001", "000000111110011111100000000011111111000000000111111100000010000000", "000000111110011111100000000011111111000000000111111100000010000000111", "0000001111100111111000000000111111110000000001111111000000100000001110000", "000000111110011111100000000011111111000000000111111100000010000000111000011", "0000001111100111111000000000111111110000000001111111000000100000001110000110000000", "0000001111100111111000000000111111110000000001111111000000100000001110000110000000111111", "0000001111100111111000000000111111110000000001111111000000100000001110000110000000111111000000", "0000001111100111111000000000111111110000000001111111000000100000001110000110000000111111000000111111111"]}, "config": {"bit_sentence": "0x6 1x5 0x2 1x6 0x9 1x8 0x9 1x7 0x6 1x1 0x7 1x3 0x4 1x2 0x7 1x6 0x6 1x9 0x4", "len_code": 19}, "task_name": "task15", "example_name": "0171", "problem_name": "task15_0171"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x9 0x2 1x4 0x8 1x3 0x4 1x1 0x1 1x9 0x2 1x7 0x1 1x8 0x7 1x6 0x1 1x5 0x6 1x3\n", "label": {"final": "111111111001111000000001110000101111111110011111110111111110000000111111011111000000111", "init": "", "intermediate": ["111111111", "11111111100", "111111111001111", "11111111100111100000000", "11111111100111100000000111", "111111111001111000000001110000", "1111111110011110000000011100001", "11111111100111100000000111000010", "11111111100111100000000111000010111111111", "1111111110011110000000011100001011111111100", "11111111100111100000000111000010111111111001111111", "111111111001111000000001110000101111111110011111110", "11111111100111100000000111000010111111111001111111011111111", "111111111001111000000001110000101111111110011111110111111110000000", "111111111001111000000001110000101111111110011111110111111110000000111111", "1111111110011110000000011100001011111111100111111101111111100000001111110", "111111111001111000000001110000101111111110011111110111111110000000111111011111", "111111111001111000000001110000101111111110011111110111111110000000111111011111000000"]}, "config": {"bit_sentence": "1x9 0x2 1x4 0x8 1x3 0x4 1x1 0x1 1x9 0x2 1x7 0x1 1x8 0x7 1x6 0x1 1x5 0x6 1x3", "len_code": 19}, "task_name": "task15", "example_name": "0172", "problem_name": "task15_0172"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x6 0x3 1x8 0x8 1x7 0x9 1x9 0x8 1x1 0x6 1x7 0x5 1x5 0x2 1x5 0x1 1x6 0x7 1x4\n", "label": {"final": "11111100011111111000000001111111000000000111111111000000001000000111111100000111110011111011111100000001111", "init": "", "intermediate": ["111111", "111111000", "11111100011111111", "1111110001111111100000000", "11111100011111111000000001111111", "11111100011111111000000001111111000000000", "11111100011111111000000001111111000000000111111111", "1111110001111111100000000111111100000000011111111100000000", "11111100011111111000000001111111000000000111111111000000001", "11111100011111111000000001111111000000000111111111000000001000000", "111111000111111110000000011111110000000001111111110000000010000001111111", "11111100011111111000000001111111000000000111111111000000001000000111111100000", "1111110001111111100000000111111100000000011111111100000000100000011111110000011111", "111111000111111110000000011111110000000001111111110000000010000001111111000001111100", "11111100011111111000000001111111000000000111111111000000001000000111111100000111110011111", "111111000111111110000000011111110000000001111111110000000010000001111111000001111100111110", "111111000111111110000000011111110000000001111111110000000010000001111111000001111100111110111111", "1111110001111111100000000111111100000000011111111100000000100000011111110000011111001111101111110000000"]}, "config": {"bit_sentence": "1x6 0x3 1x8 0x8 1x7 0x9 1x9 0x8 1x1 0x6 1x7 0x5 1x5 0x2 1x5 0x1 1x6 0x7 1x4", "len_code": 19}, "task_name": "task15", "example_name": "0173", "problem_name": "task15_0173"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x3 1x9 0x4 1x4 0x4 1x9 0x6 1x8 0x4 1x6 0x6 1x9 0x5 1x5 0x7 1x2 0x1 1x5 0x8\n", "label": {"final": "000111111111000011110000111111111000000111111110000111111000000111111111000001111100000001101111100000000", "init": "", "intermediate": ["000", "000111111111", "0001111111110000", "00011111111100001111", "000111111111000011110000", "000111111111000011110000111111111", "000111111111000011110000111111111000000", "00011111111100001111000011111111100000011111111", "000111111111000011110000111111111000000111111110000", "000111111111000011110000111111111000000111111110000111111", "000111111111000011110000111111111000000111111110000111111000000", "000111111111000011110000111111111000000111111110000111111000000111111111", "00011111111100001111000011111111100000011111111000011111100000011111111100000", "0001111111110000111100001111111110000001111111100001111110000001111111110000011111", "00011111111100001111000011111111100000011111111000011111100000011111111100000111110000000", "0001111111110000111100001111111110000001111111100001111110000001111111110000011111000000011", "00011111111100001111000011111111100000011111111000011111100000011111111100000111110000000110", "0001111111110000111100001111111110000001111111100001111110000001111111110000011111000000011011111"]}, "config": {"bit_sentence": "0x3 1x9 0x4 1x4 0x4 1x9 0x6 1x8 0x4 1x6 0x6 1x9 0x5 1x5 0x7 1x2 0x1 1x5 0x8", "len_code": 19}, "task_name": "task15", "example_name": "0174", "problem_name": "task15_0174"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x4 1x5 0x2 1x7 0x1 1x3 0x3 1x6 0x1 1x4 0x6 1x1 0x3 1x8 0x7 1x6 0x5 1x4 0x8\n", "label": {"final": "000011111001111111011100011111101111000000100011111111000000011111100000111100000000", "init": "", "intermediate": ["0000", "000011111", "00001111100", "000011111001111111", "0000111110011111110", "0000111110011111110111", "0000111110011111110111000", "0000111110011111110111000111111", "00001111100111111101110001111110", "000011111001111111011100011111101111", "000011111001111111011100011111101111000000", "0000111110011111110111000111111011110000001", "0000111110011111110111000111111011110000001000", "000011111001111111011100011111101111000000100011111111", "0000111110011111110111000111111011110000001000111111110000000", "0000111110011111110111000111111011110000001000111111110000000111111", "000011111001111111011100011111101111000000100011111111000000011111100000", "0000111110011111110111000111111011110000001000111111110000000111111000001111"]}, "config": {"bit_sentence": "0x4 1x5 0x2 1x7 0x1 1x3 0x3 1x6 0x1 1x4 0x6 1x1 0x3 1x8 0x7 1x6 0x5 1x4 0x8", "len_code": 19}, "task_name": "task15", "example_name": "0175", "problem_name": "task15_0175"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x5 1x5 0x7 1x7 0x5 1x5 0x2 1x4 0x6 1x5 0x8 1x1 0x3 1x5 0x7 1x5 0x7 1x5 0x5\n", "label": {"final": "0000011111000000011111110000011111001111000000111110000000010001111100000001111100000001111100000", "init": "", "intermediate": ["00000", "0000011111", "00000111110000000", "000001111100000001111111", "00000111110000000111111100000", "0000011111000000011111110000011111", "000001111100000001111111000001111100", "0000011111000000011111110000011111001111", "0000011111000000011111110000011111001111000000", "000001111100000001111111000001111100111100000011111", "00000111110000000111111100000111110011110000001111100000000", "000001111100000001111111000001111100111100000011111000000001", "000001111100000001111111000001111100111100000011111000000001000", "00000111110000000111111100000111110011110000001111100000000100011111", "000001111100000001111111000001111100111100000011111000000001000111110000000", "00000111110000000111111100000111110011110000001111100000000100011111000000011111", "000001111100000001111111000001111100111100000011111000000001000111110000000111110000000", "00000111110000000111111100000111110011110000001111100000000100011111000000011111000000011111"]}, "config": {"bit_sentence": "0x5 1x5 0x7 1x7 0x5 1x5 0x2 1x4 0x6 1x5 0x8 1x1 0x3 1x5 0x7 1x5 0x7 1x5 0x5", "len_code": 19}, "task_name": "task15", "example_name": "0176", "problem_name": "task15_0176"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x1 1x9 0x8 1x7 0x3 1x2 0x1 1x8 0x3 1x3 0x7 1x7 0x7 1x3 0x6 1x1 0x8 1x5 0x4\n", "label": {"final": "011111111100000000111111100011011111111000111000000011111110000000111000000100000000111110000", "init": "", "intermediate": ["0", "0111111111", "011111111100000000", "0111111111000000001111111", "0111111111000000001111111000", "011111111100000000111111100011", "0111111111000000001111111000110", "011111111100000000111111100011011111111", "011111111100000000111111100011011111111000", "011111111100000000111111100011011111111000111", "0111111111000000001111111000110111111110001110000000", "01111111110000000011111110001101111111100011100000001111111", "011111111100000000111111100011011111111000111000000011111110000000", "011111111100000000111111100011011111111000111000000011111110000000111", "011111111100000000111111100011011111111000111000000011111110000000111000000", "0111111111000000001111111000110111111110001110000000111111100000001110000001", "011111111100000000111111100011011111111000111000000011111110000000111000000100000000", "01111111110000000011111110001101111111100011100000001111111000000011100000010000000011111"]}, "config": {"bit_sentence": "0x1 1x9 0x8 1x7 0x3 1x2 0x1 1x8 0x3 1x3 0x7 1x7 0x7 1x3 0x6 1x1 0x8 1x5 0x4", "len_code": 19}, "task_name": "task15", "example_name": "0177", "problem_name": "task15_0177"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x9 1x6 0x8 1x8 0x8 1x5 0x6 1x1 0x8 1x8 0x3 1x4 0x7 1x7 0x4 1x5 0x4 1x1 0x4\n", "label": {"final": "0000000001111110000000011111111000000001111100000010000000011111111000111100000001111111000011111000010000", "init": "", "intermediate": ["000000000", "000000000111111", "00000000011111100000000", "0000000001111110000000011111111", "000000000111111000000001111111100000000", "00000000011111100000000111111110000000011111", "00000000011111100000000111111110000000011111000000", "000000000111111000000001111111100000000111110000001", "00000000011111100000000111111110000000011111000000100000000", "0000000001111110000000011111111000000001111100000010000000011111111", "0000000001111110000000011111111000000001111100000010000000011111111000", "00000000011111100000000111111110000000011111000000100000000111111110001111", "000000000111111000000001111111100000000111110000001000000001111111100011110000000", "0000000001111110000000011111111000000001111100000010000000011111111000111100000001111111", "00000000011111100000000111111110000000011111000000100000000111111110001111000000011111110000", "0000000001111110000000011111111000000001111100000010000000011111111000111100000001111111000011111", "00000000011111100000000111111110000000011111000000100000000111111110001111000000011111110000111110000", "000000000111111000000001111111100000000111110000001000000001111111100011110000000111111100001111100001"]}, "config": {"bit_sentence": "0x9 1x6 0x8 1x8 0x8 1x5 0x6 1x1 0x8 1x8 0x3 1x4 0x7 1x7 0x4 1x5 0x4 1x1 0x4", "len_code": 19}, "task_name": "task15", "example_name": "0178", "problem_name": "task15_0178"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x4 0x4 1x3 0x3 1x8 0x9 1x3 0x1 1x3 0x5 1x5 0x4 1x6 0x7 1x1 0x9 1x1 0x1 1x6\n", "label": {"final": "11110000111000111111110000000001110111000001111100001111110000000100000000010111111", "init": "", "intermediate": ["1111", "11110000", "11110000111", "11110000111000", "1111000011100011111111", "1111000011100011111111000000000", "1111000011100011111111000000000111", "11110000111000111111110000000001110", "11110000111000111111110000000001110111", "1111000011100011111111000000000111011100000", "111100001110001111111100000000011101110000011111", "1111000011100011111111000000000111011100000111110000", "1111000011100011111111000000000111011100000111110000111111", "11110000111000111111110000000001110111000001111100001111110000000", "111100001110001111111100000000011101110000011111000011111100000001", "111100001110001111111100000000011101110000011111000011111100000001000000000", "1111000011100011111111000000000111011100000111110000111111000000010000000001", "11110000111000111111110000000001110111000001111100001111110000000100000000010"]}, "config": {"bit_sentence": "1x4 0x4 1x3 0x3 1x8 0x9 1x3 0x1 1x3 0x5 1x5 0x4 1x6 0x7 1x1 0x9 1x1 0x1 1x6", "len_code": 19}, "task_name": "task15", "example_name": "0179", "problem_name": "task15_0179"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x4 0x4 1x6 0x8 1x6 0x3 1x5 0x2 1x7 0x5 1x8 0x9 1x7 0x6 1x6 0x9 1x3 0x3 1x7 0x8\n", "label": {"final": "11110000111111000000001111110001111100111111100000111111110000000001111111000000111111000000000111000111111100000000", "init": "", "intermediate": ["1111", "11110000", "11110000111111", "1111000011111100000000", "1111000011111100000000111111", "1111000011111100000000111111000", "111100001111110000000011111100011111", "11110000111111000000001111110001111100", "111100001111110000000011111100011111001111111", "11110000111111000000001111110001111100111111100000", "1111000011111100000000111111000111110011111110000011111111", "1111000011111100000000111111000111110011111110000011111111000000000", "11110000111111000000001111110001111100111111100000111111110000000001111111", "11110000111111000000001111110001111100111111100000111111110000000001111111000000", "11110000111111000000001111110001111100111111100000111111110000000001111111000000111111", "11110000111111000000001111110001111100111111100000111111110000000001111111000000111111000000000", "11110000111111000000001111110001111100111111100000111111110000000001111111000000111111000000000111", "11110000111111000000001111110001111100111111100000111111110000000001111111000000111111000000000111000", "111100001111110000000011111100011111001111111000001111111100000000011111110000001111110000000001110001111111"]}, "config": {"bit_sentence": "1x4 0x4 1x6 0x8 1x6 0x3 1x5 0x2 1x7 0x5 1x8 0x9 1x7 0x6 1x6 0x9 1x3 0x3 1x7 0x8", "len_code": 20}, "task_name": "task15", "example_name": "0180", "problem_name": "task15_0180"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x5 0x7 1x4 0x7 1x2 0x5 1x3 0x3 1x7 0x6 1x3 0x5 1x3 0x9 1x2 0x2 1x1 0x9 1x4 0x3\n", "label": {"final": "111110000000111100000001100000111000111111100000011100000111000000000110010000000001111000", "init": "", "intermediate": ["11111", "111110000000", "1111100000001111", "11111000000011110000000", "1111100000001111000000011", "111110000000111100000001100000", "111110000000111100000001100000111", "111110000000111100000001100000111000", "1111100000001111000000011000001110001111111", "1111100000001111000000011000001110001111111000000", "1111100000001111000000011000001110001111111000000111", "111110000000111100000001100000111000111111100000011100000", "111110000000111100000001100000111000111111100000011100000111", "111110000000111100000001100000111000111111100000011100000111000000000", "11111000000011110000000110000011100011111110000001110000011100000000011", "1111100000001111000000011000001110001111111000000111000001110000000001100", "11111000000011110000000110000011100011111110000001110000011100000000011001", "11111000000011110000000110000011100011111110000001110000011100000000011001000000000", "111110000000111100000001100000111000111111100000011100000111000000000110010000000001111"]}, "config": {"bit_sentence": "1x5 0x7 1x4 0x7 1x2 0x5 1x3 0x3 1x7 0x6 1x3 0x5 1x3 0x9 1x2 0x2 1x1 0x9 1x4 0x3", "len_code": 20}, "task_name": "task15", "example_name": "0181", "problem_name": "task15_0181"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x8 0x8 1x3 0x1 1x7 0x2 1x1 0x4 1x4 0x5 1x4 0x8 1x7 0x8 1x5 0x1 1x9 0x4 1x7 0x5\n", "label": {"final": "11111111000000001110111111100100001111000001111000000001111111000000001111101111111110000111111100000", "init": "", "intermediate": ["11111111", "1111111100000000", "1111111100000000111", "11111111000000001110", "111111110000000011101111111", "11111111000000001110111111100", "111111110000000011101111111001", "1111111100000000111011111110010000", "11111111000000001110111111100100001111", "1111111100000000111011111110010000111100000", "11111111000000001110111111100100001111000001111", "1111111100000000111011111110010000111100000111100000000", "11111111000000001110111111100100001111000001111000000001111111", "1111111100000000111011111110010000111100000111100000000111111100000000", "111111110000000011101111111001000011110000011110000000011111110000000011111", "1111111100000000111011111110010000111100000111100000000111111100000000111110", "1111111100000000111011111110010000111100000111100000000111111100000000111110111111111", "11111111000000001110111111100100001111000001111000000001111111000000001111101111111110000", "111111110000000011101111111001000011110000011110000000011111110000000011111011111111100001111111"]}, "config": {"bit_sentence": "1x8 0x8 1x3 0x1 1x7 0x2 1x1 0x4 1x4 0x5 1x4 0x8 1x7 0x8 1x5 0x1 1x9 0x4 1x7 0x5", "len_code": 20}, "task_name": "task15", "example_name": "0182", "problem_name": "task15_0182"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x3 1x6 0x3 1x1 0x7 1x6 0x5 1x9 0x6 1x7 0x5 1x9 0x6 1x1 0x3 1x6 0x5 1x8 0x2 1x7\n", "label": {"final": "000111111000100000001111110000011111111100000011111110000011111111100000010001111110000011111111001111111", "init": "", "intermediate": ["000", "000111111", "000111111000", "0001111110001", "00011111100010000000", "00011111100010000000111111", "0001111110001000000011111100000", "0001111110001000000011111100000111111111", "0001111110001000000011111100000111111111000000", "00011111100010000000111111000001111111110000001111111", "0001111110001000000011111100000111111111000000111111100000", "0001111110001000000011111100000111111111000000111111100000111111111", "0001111110001000000011111100000111111111000000111111100000111111111000000", "00011111100010000000111111000001111111110000001111111000001111111110000001", "00011111100010000000111111000001111111110000001111111000001111111110000001000", "00011111100010000000111111000001111111110000001111111000001111111110000001000111111", "0001111110001000000011111100000111111111000000111111100000111111111000000100011111100000", "000111111000100000001111110000011111111100000011111110000011111111100000010001111110000011111111", "00011111100010000000111111000001111111110000001111111000001111111110000001000111111000001111111100"]}, "config": {"bit_sentence": "0x3 1x6 0x3 1x1 0x7 1x6 0x5 1x9 0x6 1x7 0x5 1x9 0x6 1x1 0x3 1x6 0x5 1x8 0x2 1x7", "len_code": 20}, "task_name": "task15", "example_name": "0183", "problem_name": "task15_0183"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x4 0x8 1x6 0x6 1x6 0x4 1x4 0x1 1x7 0x9 1x8 0x8 1x9 0x3 1x7 0x7 1x5 0x8 1x5 0x3\n", "label": {"final": "1111000000001111110000001111110000111101111111000000000111111110000000011111111100011111110000000111110000000011111000", "init": "", "intermediate": ["1111", "111100000000", "111100000000111111", "111100000000111111000000", "111100000000111111000000111111", "1111000000001111110000001111110000", "11110000000011111100000011111100001111", "111100000000111111000000111111000011110", "1111000000001111110000001111110000111101111111", "1111000000001111110000001111110000111101111111000000000", "111100000000111111000000111111000011110111111100000000011111111", "11110000000011111100000011111100001111011111110000000001111111100000000", "11110000000011111100000011111100001111011111110000000001111111100000000111111111", "11110000000011111100000011111100001111011111110000000001111111100000000111111111000", "111100000000111111000000111111000011110111111100000000011111111000000001111111110001111111", "1111000000001111110000001111110000111101111111000000000111111110000000011111111100011111110000000", "111100000000111111000000111111000011110111111100000000011111111000000001111111110001111111000000011111", "11110000000011111100000011111100001111011111110000000001111111100000000111111111000111111100000001111100000000", "1111000000001111110000001111110000111101111111000000000111111110000000011111111100011111110000000111110000000011111"]}, "config": {"bit_sentence": "1x4 0x8 1x6 0x6 1x6 0x4 1x4 0x1 1x7 0x9 1x8 0x8 1x9 0x3 1x7 0x7 1x5 0x8 1x5 0x3", "len_code": 20}, "task_name": "task15", "example_name": "0184", "problem_name": "task15_0184"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x5 0x6 1x5 0x8 1x1 0x9 1x9 0x2 1x5 0x9 1x5 0x5 1x6 0x9 1x7 0x5 1x2 0x8 1x7 0x2\n", "label": {"final": "1111100000011111000000001000000000111111111001111100000000011111000001111110000000001111111000001100000000111111100", "init": "", "intermediate": ["11111", "11111000000", "1111100000011111", "111110000001111100000000", "1111100000011111000000001", "1111100000011111000000001000000000", "1111100000011111000000001000000000111111111", "111110000001111100000000100000000011111111100", "11111000000111110000000010000000001111111110011111", "11111000000111110000000010000000001111111110011111000000000", "1111100000011111000000001000000000111111111001111100000000011111", "111110000001111100000000100000000011111111100111110000000001111100000", "111110000001111100000000100000000011111111100111110000000001111100000111111", "111110000001111100000000100000000011111111100111110000000001111100000111111000000000", "1111100000011111000000001000000000111111111001111100000000011111000001111110000000001111111", "111110000001111100000000100000000011111111100111110000000001111100000111111000000000111111100000", "11111000000111110000000010000000001111111110011111000000000111110000011111100000000011111110000011", "1111100000011111000000001000000000111111111001111100000000011111000001111110000000001111111000001100000000", "11111000000111110000000010000000001111111110011111000000000111110000011111100000000011111110000011000000001111111"]}, "config": {"bit_sentence": "1x5 0x6 1x5 0x8 1x1 0x9 1x9 0x2 1x5 0x9 1x5 0x5 1x6 0x9 1x7 0x5 1x2 0x8 1x7 0x2", "len_code": 20}, "task_name": "task15", "example_name": "0185", "problem_name": "task15_0185"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x7 0x6 1x1 0x1 1x7 0x7 1x4 0x5 1x1 0x2 1x4 0x1 1x8 0x6 1x3 0x6 1x5 0x4 1x3 0x3\n", "label": {"final": "111111100000010111111100000001111000001001111011111111000000111000000111110000111000", "init": "", "intermediate": ["1111111", "1111111000000", "11111110000001", "111111100000010", "1111111000000101111111", "11111110000001011111110000000", "111111100000010111111100000001111", "11111110000001011111110000000111100000", "111111100000010111111100000001111000001", "11111110000001011111110000000111100000100", "111111100000010111111100000001111000001001111", "1111111000000101111111000000011110000010011110", "111111100000010111111100000001111000001001111011111111", "111111100000010111111100000001111000001001111011111111000000", "111111100000010111111100000001111000001001111011111111000000111", "111111100000010111111100000001111000001001111011111111000000111000000", "11111110000001011111110000000111100000100111101111111100000011100000011111", "111111100000010111111100000001111000001001111011111111000000111000000111110000", "111111100000010111111100000001111000001001111011111111000000111000000111110000111"]}, "config": {"bit_sentence": "1x7 0x6 1x1 0x1 1x7 0x7 1x4 0x5 1x1 0x2 1x4 0x1 1x8 0x6 1x3 0x6 1x5 0x4 1x3 0x3", "len_code": 20}, "task_name": "task15", "example_name": "0186", "problem_name": "task15_0186"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x1 0x1 1x6 0x3 1x7 0x8 1x1 0x5 1x8 0x5 1x8 0x1 1x5 0x6 1x8 0x1 1x4 0x9 1x2 0x5\n", "label": {"final": "1011111100011111110000000010000011111111000001111111101111100000011111111011110000000001100000", "init": "", "intermediate": ["1", "10", "10111111", "10111111000", "101111110001111111", "10111111000111111100000000", "101111110001111111000000001", "10111111000111111100000000100000", "1011111100011111110000000010000011111111", "101111110001111111000000001000001111111100000", "10111111000111111100000000100000111111110000011111111", "101111110001111111000000001000001111111100000111111110", "10111111000111111100000000100000111111110000011111111011111", "10111111000111111100000000100000111111110000011111111011111000000", "1011111100011111110000000010000011111111000001111111101111100000011111111", "10111111000111111100000000100000111111110000011111111011111000000111111110", "101111110001111111000000001000001111111100000111111110111110000001111111101111", "101111110001111111000000001000001111111100000111111110111110000001111111101111000000000", "10111111000111111100000000100000111111110000011111111011111000000111111110111100000000011"]}, "config": {"bit_sentence": "1x1 0x1 1x6 0x3 1x7 0x8 1x1 0x5 1x8 0x5 1x8 0x1 1x5 0x6 1x8 0x1 1x4 0x9 1x2 0x5", "len_code": 20}, "task_name": "task15", "example_name": "0187", "problem_name": "task15_0187"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x7 0x9 1x1 0x3 1x7 0x7 1x7 0x6 1x8 0x1 1x4 0x5 1x4 0x4 1x5 0x3 1x1 0x8 1x9 0x7\n", "label": {"final": "1111111000000000100011111110000000111111100000011111111011110000011110000111110001000000001111111110000000", "init": "", "intermediate": ["1111111", "1111111000000000", "11111110000000001", "11111110000000001000", "111111100000000010001111111", "1111111000000000100011111110000000", "11111110000000001000111111100000001111111", "11111110000000001000111111100000001111111000000", "1111111000000000100011111110000000111111100000011111111", "11111110000000001000111111100000001111111000000111111110", "111111100000000010001111111000000011111110000001111111101111", "11111110000000001000111111100000001111111000000111111110111100000", "111111100000000010001111111000000011111110000001111111101111000001111", "1111111000000000100011111110000000111111100000011111111011110000011110000", "111111100000000010001111111000000011111110000001111111101111000001111000011111", "111111100000000010001111111000000011111110000001111111101111000001111000011111000", "1111111000000000100011111110000000111111100000011111111011110000011110000111110001", "111111100000000010001111111000000011111110000001111111101111000001111000011111000100000000", "111111100000000010001111111000000011111110000001111111101111000001111000011111000100000000111111111"]}, "config": {"bit_sentence": "1x7 0x9 1x1 0x3 1x7 0x7 1x7 0x6 1x8 0x1 1x4 0x5 1x4 0x4 1x5 0x3 1x1 0x8 1x9 0x7", "len_code": 20}, "task_name": "task15", "example_name": "0188", "problem_name": "task15_0188"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x1 0x2 1x6 0x9 1x8 0x7 1x6 0x8 1x2 0x8 1x9 0x7 1x5 0x1 1x3 0x5 1x8 0x1 1x7 0x5\n", "label": {"final": "100111111000000000111111110000000111111000000001100000000111111111000000011111011100000111111110111111100000", "init": "", "intermediate": ["1", "100", "100111111", "100111111000000000", "10011111100000000011111111", "100111111000000000111111110000000", "100111111000000000111111110000000111111", "10011111100000000011111111000000011111100000000", "1001111110000000001111111100000001111110000000011", "100111111000000000111111110000000111111000000001100000000", "100111111000000000111111110000000111111000000001100000000111111111", "1001111110000000001111111100000001111110000000011000000001111111110000000", "100111111000000000111111110000000111111000000001100000000111111111000000011111", "1001111110000000001111111100000001111110000000011000000001111111110000000111110", "1001111110000000001111111100000001111110000000011000000001111111110000000111110111", "100111111000000000111111110000000111111000000001100000000111111111000000011111011100000", "10011111100000000011111111000000011111100000000110000000011111111100000001111101110000011111111", "100111111000000000111111110000000111111000000001100000000111111111000000011111011100000111111110", "1001111110000000001111111100000001111110000000011000000001111111110000000111110111000001111111101111111"]}, "config": {"bit_sentence": "1x1 0x2 1x6 0x9 1x8 0x7 1x6 0x8 1x2 0x8 1x9 0x7 1x5 0x1 1x3 0x5 1x8 0x1 1x7 0x5", "len_code": 20}, "task_name": "task15", "example_name": "0189", "problem_name": "task15_0189"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x7 1x4 0x6 1x2 0x8 1x7 0x9 1x2 0x3 1x5 0x2 1x5 0x9 1x8 0x5 1x8 0x2 1x1 0x9 1x7 0x2\n", "label": {"final": "000000011110000001100000000111111100000000011000111110011111000000000111111110000011111111001000000000111111100", "init": "", "intermediate": ["0000000", "00000001111", "00000001111000000", "0000000111100000011", "000000011110000001100000000", "0000000111100000011000000001111111", "0000000111100000011000000001111111000000000", "000000011110000001100000000111111100000000011", "000000011110000001100000000111111100000000011000", "00000001111000000110000000011111110000000001100011111", "0000000111100000011000000001111111000000000110001111100", "000000011110000001100000000111111100000000011000111110011111", "000000011110000001100000000111111100000000011000111110011111000000000", "00000001111000000110000000011111110000000001100011111001111100000000011111111", "0000000111100000011000000001111111000000000110001111100111110000000001111111100000", "000000011110000001100000000111111100000000011000111110011111000000000111111110000011111111", "00000001111000000110000000011111110000000001100011111001111100000000011111111000001111111100", "000000011110000001100000000111111100000000011000111110011111000000000111111110000011111111001", "000000011110000001100000000111111100000000011000111110011111000000000111111110000011111111001000000000", "0000000111100000011000000001111111000000000110001111100111110000000001111111100000111111110010000000001111111"]}, "config": {"bit_sentence": "0x7 1x4 0x6 1x2 0x8 1x7 0x9 1x2 0x3 1x5 0x2 1x5 0x9 1x8 0x5 1x8 0x2 1x1 0x9 1x7 0x2", "len_code": 21}, "task_name": "task15", "example_name": "0190", "problem_name": "task15_0190"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x3 0x9 1x8 0x6 1x1 0x5 1x8 0x9 1x6 0x4 1x8 0x9 1x2 0x2 1x2 0x5 1x1 0x5 1x2 0x1 1x1\n", "label": {"final": "1110000000001111111100000010000011111111000000000111111000011111111000000000110011000001000001101", "init": "", "intermediate": ["111", "111000000000", "11100000000011111111", "11100000000011111111000000", "111000000000111111110000001", "11100000000011111111000000100000", "1110000000001111111100000010000011111111", "1110000000001111111100000010000011111111000000000", "1110000000001111111100000010000011111111000000000111111", "11100000000011111111000000100000111111110000000001111110000", "1110000000001111111100000010000011111111000000000111111000011111111", "1110000000001111111100000010000011111111000000000111111000011111111000000000", "111000000000111111110000001000001111111100000000011111100001111111100000000011", "11100000000011111111000000100000111111110000000001111110000111111110000000001100", "1110000000001111111100000010000011111111000000000111111000011111111000000000110011", "111000000000111111110000001000001111111100000000011111100001111111100000000011001100000", "1110000000001111111100000010000011111111000000000111111000011111111000000000110011000001", "111000000000111111110000001000001111111100000000011111100001111111100000000011001100000100000", "11100000000011111111000000100000111111110000000001111110000111111110000000001100110000010000011", "111000000000111111110000001000001111111100000000011111100001111111100000000011001100000100000110"]}, "config": {"bit_sentence": "1x3 0x9 1x8 0x6 1x1 0x5 1x8 0x9 1x6 0x4 1x8 0x9 1x2 0x2 1x2 0x5 1x1 0x5 1x2 0x1 1x1", "len_code": 21}, "task_name": "task15", "example_name": "0191", "problem_name": "task15_0191"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x3 0x4 1x2 0x6 1x3 0x8 1x7 0x9 1x1 0x8 1x8 0x3 1x9 0x7 1x6 0x4 1x8 0x5 1x6 0x6 1x8\n", "label": {"final": "1110000110000001110000000011111110000000001000000001111111100011111111100000001111110000111111110000011111100000011111111", "init": "", "intermediate": ["111", "1110000", "111000011", "111000011000000", "111000011000000111", "11100001100000011100000000", "111000011000000111000000001111111", "111000011000000111000000001111111000000000", "1110000110000001110000000011111110000000001", "111000011000000111000000001111111000000000100000000", "11100001100000011100000000111111100000000010000000011111111", "11100001100000011100000000111111100000000010000000011111111000", "11100001100000011100000000111111100000000010000000011111111000111111111", "111000011000000111000000001111111000000000100000000111111110001111111110000000", "111000011000000111000000001111111000000000100000000111111110001111111110000000111111", "1110000110000001110000000011111110000000001000000001111111100011111111100000001111110000", "111000011000000111000000001111111000000000100000000111111110001111111110000000111111000011111111", "11100001100000011100000000111111100000000010000000011111111000111111111000000011111100001111111100000", "11100001100000011100000000111111100000000010000000011111111000111111111000000011111100001111111100000111111", "11100001100000011100000000111111100000000010000000011111111000111111111000000011111100001111111100000111111000000"]}, "config": {"bit_sentence": "1x3 0x4 1x2 0x6 1x3 0x8 1x7 0x9 1x1 0x8 1x8 0x3 1x9 0x7 1x6 0x4 1x8 0x5 1x6 0x6 1x8", "len_code": 21}, "task_name": "task15", "example_name": "0192", "problem_name": "task15_0192"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x8 0x1 1x5 0x2 1x2 0x7 1x8 0x3 1x1 0x7 1x4 0x4 1x1 0x4 1x5 0x4 1x6 0x9 1x2 0x6 1x2\n", "label": {"final": "1111111101111100110000000111111110001000000011110000100001111100001111110000000001100000011", "init": "", "intermediate": ["11111111", "111111110", "11111111011111", "1111111101111100", "111111110111110011", "1111111101111100110000000", "111111110111110011000000011111111", "111111110111110011000000011111111000", "1111111101111100110000000111111110001", "11111111011111001100000001111111100010000000", "111111110111110011000000011111111000100000001111", "1111111101111100110000000111111110001000000011110000", "11111111011111001100000001111111100010000000111100001", "111111110111110011000000011111111000100000001111000010000", "11111111011111001100000001111111100010000000111100001000011111", "111111110111110011000000011111111000100000001111000010000111110000", "111111110111110011000000011111111000100000001111000010000111110000111111", "111111110111110011000000011111111000100000001111000010000111110000111111000000000", "11111111011111001100000001111111100010000000111100001000011111000011111100000000011", "11111111011111001100000001111111100010000000111100001000011111000011111100000000011000000"]}, "config": {"bit_sentence": "1x8 0x1 1x5 0x2 1x2 0x7 1x8 0x3 1x1 0x7 1x4 0x4 1x1 0x4 1x5 0x4 1x6 0x9 1x2 0x6 1x2", "len_code": 21}, "task_name": "task15", "example_name": "0193", "problem_name": "task15_0193"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x6 1x7 0x2 1x3 0x3 1x9 0x1 1x7 0x9 1x4 0x1 1x1 0x2 1x3 0x1 1x2 0x8 1x8 0x3 1x9 0x9\n", "label": {"final": "00000011111110011100011111111101111111000000000111101001110110000000011111111000111111111000000000", "init": "", "intermediate": ["000000", "0000001111111", "000000111111100", "000000111111100111", "000000111111100111000", "000000111111100111000111111111", "0000001111111001110001111111110", "00000011111110011100011111111101111111", "00000011111110011100011111111101111111000000000", "000000111111100111000111111111011111110000000001111", "0000001111111001110001111111110111111100000000011110", "00000011111110011100011111111101111111000000000111101", "0000001111111001110001111111110111111100000000011110100", "0000001111111001110001111111110111111100000000011110100111", "00000011111110011100011111111101111111000000000111101001110", "0000001111111001110001111111110111111100000000011110100111011", "000000111111100111000111111111011111110000000001111010011101100000000", "00000011111110011100011111111101111111000000000111101001110110000000011111111", "00000011111110011100011111111101111111000000000111101001110110000000011111111000", "00000011111110011100011111111101111111000000000111101001110110000000011111111000111111111"]}, "config": {"bit_sentence": "0x6 1x7 0x2 1x3 0x3 1x9 0x1 1x7 0x9 1x4 0x1 1x1 0x2 1x3 0x1 1x2 0x8 1x8 0x3 1x9 0x9", "len_code": 21}, "task_name": "task15", "example_name": "0194", "problem_name": "task15_0194"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x8 1x7 0x2 1x6 0x1 1x4 0x8 1x1 0x5 1x6 0x3 1x5 0x9 1x4 0x6 1x4 0x4 1x9 0x7 1x7 0x4\n", "label": {"final": "00000000111111100111111011110000000010000011111100011111000000000111100000011110000111111111000000011111110000", "init": "", "intermediate": ["00000000", "000000001111111", "00000000111111100", "00000000111111100111111", "000000001111111001111110", "0000000011111110011111101111", "000000001111111001111110111100000000", "0000000011111110011111101111000000001", "000000001111111001111110111100000000100000", "000000001111111001111110111100000000100000111111", "000000001111111001111110111100000000100000111111000", "00000000111111100111111011110000000010000011111100011111", "00000000111111100111111011110000000010000011111100011111000000000", "000000001111111001111110111100000000100000111111000111110000000001111", "000000001111111001111110111100000000100000111111000111110000000001111000000", "0000000011111110011111101111000000001000001111110001111100000000011110000001111", "00000000111111100111111011110000000010000011111100011111000000000111100000011110000", "00000000111111100111111011110000000010000011111100011111000000000111100000011110000111111111", "000000001111111001111110111100000000100000111111000111110000000001111000000111100001111111110000000", "0000000011111110011111101111000000001000001111110001111100000000011110000001111000011111111100000001111111"]}, "config": {"bit_sentence": "0x8 1x7 0x2 1x6 0x1 1x4 0x8 1x1 0x5 1x6 0x3 1x5 0x9 1x4 0x6 1x4 0x4 1x9 0x7 1x7 0x4", "len_code": 21}, "task_name": "task15", "example_name": "0195", "problem_name": "task15_0195"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x2 1x3 0x6 1x1 0x3 1x4 0x1 1x3 0x6 1x8 0x9 1x1 0x3 1x5 0x3 1x3 0x6 1x9 0x5 1x1 0x3\n", "label": {"final": "0011100000010001111011100000011111111000000000100011111000111000000111111111000001000", "init": "", "intermediate": ["00", "00111", "00111000000", "001110000001", "001110000001000", "0011100000010001111", "00111000000100011110", "00111000000100011110111", "00111000000100011110111000000", "0011100000010001111011100000011111111", "0011100000010001111011100000011111111000000000", "00111000000100011110111000000111111110000000001", "00111000000100011110111000000111111110000000001000", "0011100000010001111011100000011111111000000000100011111", "0011100000010001111011100000011111111000000000100011111000", "0011100000010001111011100000011111111000000000100011111000111", "0011100000010001111011100000011111111000000000100011111000111000000", "0011100000010001111011100000011111111000000000100011111000111000000111111111", "001110000001000111101110000001111111100000000010001111100011100000011111111100000", "0011100000010001111011100000011111111000000000100011111000111000000111111111000001"]}, "config": {"bit_sentence": "0x2 1x3 0x6 1x1 0x3 1x4 0x1 1x3 0x6 1x8 0x9 1x1 0x3 1x5 0x3 1x3 0x6 1x9 0x5 1x1 0x3", "len_code": 21}, "task_name": "task15", "example_name": "0196", "problem_name": "task15_0196"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x5 1x4 0x5 1x9 0x5 1x4 0x2 1x9 0x7 1x9 0x3 1x4 0x7 1x7 0x3 1x4 0x4 1x4 0x9 1x2 0x2\n", "label": {"final": "000001111000001111111110000011110011111111100000001111111110001111000000011111110001111000011110000000001100", "init": "", "intermediate": ["00000", "000001111", "00000111100000", "00000111100000111111111", "0000011110000011111111100000", "00000111100000111111111000001111", "0000011110000011111111100000111100", "0000011110000011111111100000111100111111111", "00000111100000111111111000001111001111111110000000", "00000111100000111111111000001111001111111110000000111111111", "00000111100000111111111000001111001111111110000000111111111000", "000001111000001111111110000011110011111111100000001111111110001111", "0000011110000011111111100000111100111111111000000011111111100011110000000", "00000111100000111111111000001111001111111110000000111111111000111100000001111111", "00000111100000111111111000001111001111111110000000111111111000111100000001111111000", "000001111000001111111110000011110011111111100000001111111110001111000000011111110001111", "0000011110000011111111100000111100111111111000000011111111100011110000000111111100011110000", "00000111100000111111111000001111001111111110000000111111111000111100000001111111000111100001111", "00000111100000111111111000001111001111111110000000111111111000111100000001111111000111100001111000000000", "0000011110000011111111100000111100111111111000000011111111100011110000000111111100011110000111100000000011"]}, "config": {"bit_sentence": "0x5 1x4 0x5 1x9 0x5 1x4 0x2 1x9 0x7 1x9 0x3 1x4 0x7 1x7 0x3 1x4 0x4 1x4 0x9 1x2 0x2", "len_code": 21}, "task_name": "task15", "example_name": "0197", "problem_name": "task15_0197"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x7 1x4 0x2 1x1 0x4 1x5 0x9 1x6 0x1 1x9 0x6 1x8 0x4 1x9 0x9 1x3 0x4 1x3 0x1 1x9 0x8\n", "label": {"final": "0000000111100100001111100000000011111101111111110000001111111100001111111110000000001110000111011111111100000000", "init": "", "intermediate": ["0000000", "00000001111", "0000000111100", "00000001111001", "000000011110010000", "00000001111001000011111", "00000001111001000011111000000000", "00000001111001000011111000000000111111", "000000011110010000111110000000001111110", "000000011110010000111110000000001111110111111111", "000000011110010000111110000000001111110111111111000000", "00000001111001000011111000000000111111011111111100000011111111", "000000011110010000111110000000001111110111111111000000111111110000", "000000011110010000111110000000001111110111111111000000111111110000111111111", "000000011110010000111110000000001111110111111111000000111111110000111111111000000000", "000000011110010000111110000000001111110111111111000000111111110000111111111000000000111", "0000000111100100001111100000000011111101111111110000001111111100001111111110000000001110000", "0000000111100100001111100000000011111101111111110000001111111100001111111110000000001110000111", "00000001111001000011111000000000111111011111111100000011111111000011111111100000000011100001110", "00000001111001000011111000000000111111011111111100000011111111000011111111100000000011100001110111111111"]}, "config": {"bit_sentence": "0x7 1x4 0x2 1x1 0x4 1x5 0x9 1x6 0x1 1x9 0x6 1x8 0x4 1x9 0x9 1x3 0x4 1x3 0x1 1x9 0x8", "len_code": 21}, "task_name": "task15", "example_name": "0198", "problem_name": "task15_0198"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x3 1x4 0x4 1x2 0x6 1x8 0x5 1x1 0x9 1x5 0x4 1x7 0x3 1x7 0x7 1x7 0x3 1x5 0x1 1x5 0x9\n", "label": {"final": "000111100001100000011111111000001000000000111110000111111100011111110000000111111100011111011111000000000", "init": "", "intermediate": ["000", "0001111", "00011110000", "0001111000011", "0001111000011000000", "000111100001100000011111111", "00011110000110000001111111100000", "000111100001100000011111111000001", "000111100001100000011111111000001000000000", "00011110000110000001111111100000100000000011111", "000111100001100000011111111000001000000000111110000", "0001111000011000000111111110000010000000001111100001111111", "0001111000011000000111111110000010000000001111100001111111000", "00011110000110000001111111100000100000000011111000011111110001111111", "000111100001100000011111111000001000000000111110000111111100011111110000000", "0001111000011000000111111110000010000000001111100001111111000111111100000001111111", "0001111000011000000111111110000010000000001111100001111111000111111100000001111111000", "000111100001100000011111111000001000000000111110000111111100011111110000000111111100011111", "0001111000011000000111111110000010000000001111100001111111000111111100000001111111000111110", "000111100001100000011111111000001000000000111110000111111100011111110000000111111100011111011111"]}, "config": {"bit_sentence": "0x3 1x4 0x4 1x2 0x6 1x8 0x5 1x1 0x9 1x5 0x4 1x7 0x3 1x7 0x7 1x7 0x3 1x5 0x1 1x5 0x9", "len_code": 21}, "task_name": "task15", "example_name": "0199", "problem_name": "task15_0199"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x2 0x3 1x1 0x2 1x1 0x8 1x3 0x2 1x4 0x8 1x3 0x9 1x4 0x4 1x1 0x4 1x9 0x5 1x6 0x6 1x1 0x4\n", "label": {"final": "110001001000000001110011110000000011100000000011110000100001111111110000011111100000010000", "init": "", "intermediate": ["11", "11000", "110001", "11000100", "110001001", "11000100100000000", "11000100100000000111", "1100010010000000011100", "11000100100000000111001111", "1100010010000000011100111100000000", "1100010010000000011100111100000000111", "1100010010000000011100111100000000111000000000", "11000100100000000111001111000000001110000000001111", "110001001000000001110011110000000011100000000011110000", "1100010010000000011100111100000000111000000000111100001", "11000100100000000111001111000000001110000000001111000010000", "11000100100000000111001111000000001110000000001111000010000111111111", "1100010010000000011100111100000000111000000000111100001000011111111100000", "1100010010000000011100111100000000111000000000111100001000011111111100000111111", "1100010010000000011100111100000000111000000000111100001000011111111100000111111000000", "11000100100000000111001111000000001110000000001111000010000111111111000001111110000001"]}, "config": {"bit_sentence": "1x2 0x3 1x1 0x2 1x1 0x8 1x3 0x2 1x4 0x8 1x3 0x9 1x4 0x4 1x1 0x4 1x9 0x5 1x6 0x6 1x1 0x4", "len_code": 22}, "task_name": "task15", "example_name": "0200", "problem_name": "task15_0200"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x3 1x9 0x5 1x4 0x4 1x1 0x8 1x9 0x6 1x3 0x3 1x4 0x6 1x3 0x1 1x8 0x6 1x6 0x5 1x1 0x4 1x7\n", "label": {"final": "0001111111110000011110000100000000111111111000000111000111100000011101111111100000011111100000100001111111", "init": "", "intermediate": ["000", "000111111111", "00011111111100000", "000111111111000001111", "0001111111110000011110000", "00011111111100000111100001", "0001111111110000011110000100000000", "0001111111110000011110000100000000111111111", "0001111111110000011110000100000000111111111000000", "0001111111110000011110000100000000111111111000000111", "0001111111110000011110000100000000111111111000000111000", "00011111111100000111100001000000001111111110000001110001111", "00011111111100000111100001000000001111111110000001110001111000000", "00011111111100000111100001000000001111111110000001110001111000000111", "000111111111000001111000010000000011111111100000011100011110000001110", "00011111111100000111100001000000001111111110000001110001111000000111011111111", "00011111111100000111100001000000001111111110000001110001111000000111011111111000000", "00011111111100000111100001000000001111111110000001110001111000000111011111111000000111111", "0001111111110000011110000100000000111111111000000111000111100000011101111111100000011111100000", "00011111111100000111100001000000001111111110000001110001111000000111011111111000000111111000001", "000111111111000001111000010000000011111111100000011100011110000001110111111110000001111110000010000"]}, "config": {"bit_sentence": "0x3 1x9 0x5 1x4 0x4 1x1 0x8 1x9 0x6 1x3 0x3 1x4 0x6 1x3 0x1 1x8 0x6 1x6 0x5 1x1 0x4 1x7", "len_code": 22}, "task_name": "task15", "example_name": "0201", "problem_name": "task15_0201"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x5 0x7 1x5 0x1 1x3 0x3 1x5 0x3 1x3 0x9 1x5 0x4 1x7 0x2 1x1 0x8 1x3 0x6 1x7 0x8 1x9 0x7\n", "label": {"final": "111110000000111110111000111110001110000000001111100001111111001000000001110000001111111000000001111111110000000", "init": "", "intermediate": ["11111", "111110000000", "11111000000011111", "111110000000111110", "111110000000111110111", "111110000000111110111000", "11111000000011111011100011111", "11111000000011111011100011111000", "11111000000011111011100011111000111", "11111000000011111011100011111000111000000000", "1111100000001111101110001111100011100000000011111", "11111000000011111011100011111000111000000000111110000", "111110000000111110111000111110001110000000001111100001111111", "11111000000011111011100011111000111000000000111110000111111100", "111110000000111110111000111110001110000000001111100001111111001", "11111000000011111011100011111000111000000000111110000111111100100000000", "11111000000011111011100011111000111000000000111110000111111100100000000111", "11111000000011111011100011111000111000000000111110000111111100100000000111000000", "111110000000111110111000111110001110000000001111100001111111001000000001110000001111111", "11111000000011111011100011111000111000000000111110000111111100100000000111000000111111100000000", "11111000000011111011100011111000111000000000111110000111111100100000000111000000111111100000000111111111"]}, "config": {"bit_sentence": "1x5 0x7 1x5 0x1 1x3 0x3 1x5 0x3 1x3 0x9 1x5 0x4 1x7 0x2 1x1 0x8 1x3 0x6 1x7 0x8 1x9 0x7", "len_code": 22}, "task_name": "task15", "example_name": "0202", "problem_name": "task15_0202"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x5 1x4 0x9 1x8 0x5 1x8 0x3 1x8 0x6 1x9 0x5 1x1 0x8 1x9 0x2 1x3 0x4 1x4 0x5 1x9 0x6 1x7\n", "label": {"final": "00000111100000000011111111000001111111100011111111000000111111111000001000000001111111110011100001111000001111111110000001111111", "init": "", "intermediate": ["00000", "000001111", "000001111000000000", "00000111100000000011111111", "0000011110000000001111111100000", "000001111000000000111111110000011111111", "000001111000000000111111110000011111111000", "00000111100000000011111111000001111111100011111111", "00000111100000000011111111000001111111100011111111000000", "00000111100000000011111111000001111111100011111111000000111111111", "0000011110000000001111111100000111111110001111111100000011111111100000", "00000111100000000011111111000001111111100011111111000000111111111000001", "0000011110000000001111111100000111111110001111111100000011111111100000100000000", "0000011110000000001111111100000111111110001111111100000011111111100000100000000111111111", "000001111000000000111111110000011111111000111111110000001111111110000010000000011111111100", "000001111000000000111111110000011111111000111111110000001111111110000010000000011111111100111", "0000011110000000001111111100000111111110001111111100000011111111100000100000000111111111001110000", "00000111100000000011111111000001111111100011111111000000111111111000001000000001111111110011100001111", "0000011110000000001111111100000111111110001111111100000011111111100000100000000111111111001110000111100000", "0000011110000000001111111100000111111110001111111100000011111111100000100000000111111111001110000111100000111111111", "0000011110000000001111111100000111111110001111111100000011111111100000100000000111111111001110000111100000111111111000000"]}, "config": {"bit_sentence": "0x5 1x4 0x9 1x8 0x5 1x8 0x3 1x8 0x6 1x9 0x5 1x1 0x8 1x9 0x2 1x3 0x4 1x4 0x5 1x9 0x6 1x7", "len_code": 22}, "task_name": "task15", "example_name": "0203", "problem_name": "task15_0203"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x2 0x8 1x5 0x9 1x7 0x5 1x2 0x7 1x5 0x7 1x7 0x9 1x2 0x4 1x8 0x2 1x3 0x1 1x6 0x4 1x2 0x9\n", "label": {"final": "110000000011111000000000111111100000110000000111110000000111111100000000011000011111111001110111111000011000000000", "init": "", "intermediate": ["11", "1100000000", "110000000011111", "110000000011111000000000", "1100000000111110000000001111111", "110000000011111000000000111111100000", "11000000001111100000000011111110000011", "110000000011111000000000111111100000110000000", "11000000001111100000000011111110000011000000011111", "110000000011111000000000111111100000110000000111110000000", "1100000000111110000000001111111000001100000001111100000001111111", "1100000000111110000000001111111000001100000001111100000001111111000000000", "110000000011111000000000111111100000110000000111110000000111111100000000011", "1100000000111110000000001111111000001100000001111100000001111111000000000110000", "110000000011111000000000111111100000110000000111110000000111111100000000011000011111111", "11000000001111100000000011111110000011000000011111000000011111110000000001100001111111100", "11000000001111100000000011111110000011000000011111000000011111110000000001100001111111100111", "110000000011111000000000111111100000110000000111110000000111111100000000011000011111111001110", "110000000011111000000000111111100000110000000111110000000111111100000000011000011111111001110111111", "1100000000111110000000001111111000001100000001111100000001111111000000000110000111111110011101111110000", "110000000011111000000000111111100000110000000111110000000111111100000000011000011111111001110111111000011"]}, "config": {"bit_sentence": "1x2 0x8 1x5 0x9 1x7 0x5 1x2 0x7 1x5 0x7 1x7 0x9 1x2 0x4 1x8 0x2 1x3 0x1 1x6 0x4 1x2 0x9", "len_code": 22}, "task_name": "task15", "example_name": "0204", "problem_name": "task15_0204"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x5 0x9 1x2 0x4 1x9 0x4 1x2 0x3 1x5 0x4 1x6 0x4 1x2 0x6 1x8 0x8 1x2 0x8 1x3 0x8 1x5 0x7\n", "label": {"final": "111110000000001100001111111110000110001111100001111110000110000001111111100000000110000000011100000000111110000000", "init": "", "intermediate": ["11111", "11111000000000", "1111100000000011", "11111000000000110000", "11111000000000110000111111111", "111110000000001100001111111110000", "11111000000000110000111111111000011", "11111000000000110000111111111000011000", "1111100000000011000011111111100001100011111", "11111000000000110000111111111000011000111110000", "11111000000000110000111111111000011000111110000111111", "111110000000001100001111111110000110001111100001111110000", "11111000000000110000111111111000011000111110000111111000011", "11111000000000110000111111111000011000111110000111111000011000000", "1111100000000011000011111111100001100011111000011111100001100000011111111", "111110000000001100001111111110000110001111100001111110000110000001111111100000000", "11111000000000110000111111111000011000111110000111111000011000000111111110000000011", "1111100000000011000011111111100001100011111000011111100001100000011111111000000001100000000", "1111100000000011000011111111100001100011111000011111100001100000011111111000000001100000000111", "111110000000001100001111111110000110001111100001111110000110000001111111100000000110000000011100000000", "11111000000000110000111111111000011000111110000111111000011000000111111110000000011000000001110000000011111"]}, "config": {"bit_sentence": "1x5 0x9 1x2 0x4 1x9 0x4 1x2 0x3 1x5 0x4 1x6 0x4 1x2 0x6 1x8 0x8 1x2 0x8 1x3 0x8 1x5 0x7", "len_code": 22}, "task_name": "task15", "example_name": "0205", "problem_name": "task15_0205"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x8 1x4 0x8 1x4 0x2 1x6 0x2 1x7 0x8 1x6 0x1 1x4 0x2 1x6 0x2 1x8 0x5 1x1 0x1 1x8 0x9 1x2\n", "label": {"final": "00000000111100000000111100111111001111111000000001111110111100111111001111111100000101111111100000000011", "init": "", "intermediate": ["00000000", "000000001111", "00000000111100000000", "000000001111000000001111", "00000000111100000000111100", "00000000111100000000111100111111", "0000000011110000000011110011111100", "00000000111100000000111100111111001111111", "0000000011110000000011110011111100111111100000000", "0000000011110000000011110011111100111111100000000111111", "00000000111100000000111100111111001111111000000001111110", "000000001111000000001111001111110011111110000000011111101111", "00000000111100000000111100111111001111111000000001111110111100", "00000000111100000000111100111111001111111000000001111110111100111111", "0000000011110000000011110011111100111111100000000111111011110011111100", "000000001111000000001111001111110011111110000000011111101111001111110011111111", "00000000111100000000111100111111001111111000000001111110111100111111001111111100000", "000000001111000000001111001111110011111110000000011111101111001111110011111111000001", "0000000011110000000011110011111100111111100000000111111011110011111100111111110000010", "000000001111000000001111001111110011111110000000011111101111001111110011111111000001011111111", "000000001111000000001111001111110011111110000000011111101111001111110011111111000001011111111000000000"]}, "config": {"bit_sentence": "0x8 1x4 0x8 1x4 0x2 1x6 0x2 1x7 0x8 1x6 0x1 1x4 0x2 1x6 0x2 1x8 0x5 1x1 0x1 1x8 0x9 1x2", "len_code": 22}, "task_name": "task15", "example_name": "0206", "problem_name": "task15_0206"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x2 1x7 0x6 1x1 0x1 1x9 0x7 1x9 0x7 1x2 0x9 1x5 0x1 1x8 0x3 1x7 0x9 1x2 0x8 1x9 0x6 1x4\n", "label": {"final": "00111111100000010111111111000000011111111100000001100000000011111011111111000111111100000000011000000001111111110000001111", "init": "", "intermediate": ["00", "001111111", "001111111000000", "0011111110000001", "00111111100000010", "00111111100000010111111111", "001111111000000101111111110000000", "001111111000000101111111110000000111111111", "0011111110000001011111111100000001111111110000000", "001111111000000101111111110000000111111111000000011", "001111111000000101111111110000000111111111000000011000000000", "00111111100000010111111111000000011111111100000001100000000011111", "001111111000000101111111110000000111111111000000011000000000111110", "00111111100000010111111111000000011111111100000001100000000011111011111111", "00111111100000010111111111000000011111111100000001100000000011111011111111000", "001111111000000101111111110000000111111111000000011000000000111110111111110001111111", "001111111000000101111111110000000111111111000000011000000000111110111111110001111111000000000", "00111111100000010111111111000000011111111100000001100000000011111011111111000111111100000000011", "0011111110000001011111111100000001111111110000000110000000001111101111111100011111110000000001100000000", "0011111110000001011111111100000001111111110000000110000000001111101111111100011111110000000001100000000111111111", "0011111110000001011111111100000001111111110000000110000000001111101111111100011111110000000001100000000111111111000000"]}, "config": {"bit_sentence": "0x2 1x7 0x6 1x1 0x1 1x9 0x7 1x9 0x7 1x2 0x9 1x5 0x1 1x8 0x3 1x7 0x9 1x2 0x8 1x9 0x6 1x4", "len_code": 22}, "task_name": "task15", "example_name": "0207", "problem_name": "task15_0207"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x3 1x8 0x1 1x9 0x8 1x5 0x5 1x7 0x6 1x8 0x5 1x2 0x5 1x9 0x2 1x8 0x8 1x2 0x8 1x9 0x3 1x6\n", "label": {"final": "0001111111101111111110000000011111000001111111000000111111110000011000001111111110011111111000000001100000000111111111000111111", "init": "", "intermediate": ["000", "00011111111", "000111111110", "000111111110111111111", "00011111111011111111100000000", "0001111111101111111110000000011111", "000111111110111111111000000001111100000", "0001111111101111111110000000011111000001111111", "0001111111101111111110000000011111000001111111000000", "000111111110111111111000000001111100000111111100000011111111", "00011111111011111111100000000111110000011111110000001111111100000", "0001111111101111111110000000011111000001111111000000111111110000011", "000111111110111111111000000001111100000111111100000011111111000001100000", "000111111110111111111000000001111100000111111100000011111111000001100000111111111", "00011111111011111111100000000111110000011111110000001111111100000110000011111111100", "0001111111101111111110000000011111000001111111000000111111110000011000001111111110011111111", "000111111110111111111000000001111100000111111100000011111111000001100000111111111001111111100000000", "00011111111011111111100000000111110000011111110000001111111100000110000011111111100111111110000000011", "0001111111101111111110000000011111000001111111000000111111110000011000001111111110011111111000000001100000000", "0001111111101111111110000000011111000001111111000000111111110000011000001111111110011111111000000001100000000111111111", "0001111111101111111110000000011111000001111111000000111111110000011000001111111110011111111000000001100000000111111111000"]}, "config": {"bit_sentence": "0x3 1x8 0x1 1x9 0x8 1x5 0x5 1x7 0x6 1x8 0x5 1x2 0x5 1x9 0x2 1x8 0x8 1x2 0x8 1x9 0x3 1x6", "len_code": 22}, "task_name": "task15", "example_name": "0208", "problem_name": "task15_0208"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x7 0x5 1x9 0x5 1x6 0x2 1x5 0x4 1x6 0x2 1x9 0x6 1x5 0x5 1x8 0x4 1x5 0x3 1x1 0x6 1x5 0x6\n", "label": {"final": "111111100000111111111000001111110011111000011111100111111111000000111110000011111111000011111000100000011111000000", "init": "", "intermediate": ["1111111", "111111100000", "111111100000111111111", "11111110000011111111100000", "11111110000011111111100000111111", "1111111000001111111110000011111100", "111111100000111111111000001111110011111", "1111111000001111111110000011111100111110000", "1111111000001111111110000011111100111110000111111", "111111100000111111111000001111110011111000011111100", "111111100000111111111000001111110011111000011111100111111111", "111111100000111111111000001111110011111000011111100111111111000000", "11111110000011111111100000111111001111100001111110011111111100000011111", "1111111000001111111110000011111100111110000111111001111111110000001111100000", "111111100000111111111000001111110011111000011111100111111111000000111110000011111111", "1111111000001111111110000011111100111110000111111001111111110000001111100000111111110000", "111111100000111111111000001111110011111000011111100111111111000000111110000011111111000011111", "111111100000111111111000001111110011111000011111100111111111000000111110000011111111000011111000", "1111111000001111111110000011111100111110000111111001111111110000001111100000111111110000111110001", "1111111000001111111110000011111100111110000111111001111111110000001111100000111111110000111110001000000", "111111100000111111111000001111110011111000011111100111111111000000111110000011111111000011111000100000011111"]}, "config": {"bit_sentence": "1x7 0x5 1x9 0x5 1x6 0x2 1x5 0x4 1x6 0x2 1x9 0x6 1x5 0x5 1x8 0x4 1x5 0x3 1x1 0x6 1x5 0x6", "len_code": 22}, "task_name": "task15", "example_name": "0209", "problem_name": "task15_0209"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x4 0x7 1x1 0x5 1x1 0x3 1x7 0x1 1x5 0x5 1x7 0x1 1x2 0x3 1x8 0x2 1x7 0x3 1x7 0x8 1x2 0x6 1x4\n", "label": {"final": "111100000001000001000111111101111100000111111101100011111111001111111000111111100000000110000001111", "init": "", "intermediate": ["1111", "11110000000", "111100000001", "11110000000100000", "111100000001000001", "111100000001000001000", "1111000000010000010001111111", "11110000000100000100011111110", "1111000000010000010001111111011111", "111100000001000001000111111101111100000", "1111000000010000010001111111011111000001111111", "11110000000100000100011111110111110000011111110", "1111000000010000010001111111011111000001111111011", "1111000000010000010001111111011111000001111111011000", "111100000001000001000111111101111100000111111101100011111111", "11110000000100000100011111110111110000011111110110001111111100", "111100000001000001000111111101111100000111111101100011111111001111111", "111100000001000001000111111101111100000111111101100011111111001111111000", "1111000000010000010001111111011111000001111111011000111111110011111110001111111", "111100000001000001000111111101111100000111111101100011111111001111111000111111100000000", "11110000000100000100011111110111110000011111110110001111111100111111100011111110000000011", "11110000000100000100011111110111110000011111110110001111111100111111100011111110000000011000000"]}, "config": {"bit_sentence": "1x4 0x7 1x1 0x5 1x1 0x3 1x7 0x1 1x5 0x5 1x7 0x1 1x2 0x3 1x8 0x2 1x7 0x3 1x7 0x8 1x2 0x6 1x4", "len_code": 23}, "task_name": "task15", "example_name": "0210", "problem_name": "task15_0210"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x3 1x3 0x4 1x1 0x9 1x1 0x5 1x7 0x1 1x8 0x4 1x3 0x3 1x7 0x8 1x4 0x7 1x7 0x4 1x7 0x5 1x5 0x5\n", "label": {"final": "000111000010000000001000001111111011111111000011100011111110000000011110000000111111100001111111000001111100000", "init": "", "intermediate": ["000", "000111", "0001110000", "00011100001", "00011100001000000000", "000111000010000000001", "00011100001000000000100000", "000111000010000000001000001111111", "0001110000100000000010000011111110", "000111000010000000001000001111111011111111", "0001110000100000000010000011111110111111110000", "0001110000100000000010000011111110111111110000111", "0001110000100000000010000011111110111111110000111000", "00011100001000000000100000111111101111111100001110001111111", "0001110000100000000010000011111110111111110000111000111111100000000", "00011100001000000000100000111111101111111100001110001111111000000001111", "000111000010000000001000001111111011111111000011100011111110000000011110000000", "0001110000100000000010000011111110111111110000111000111111100000000111100000001111111", "00011100001000000000100000111111101111111100001110001111111000000001111000000011111110000", "000111000010000000001000001111111011111111000011100011111110000000011110000000111111100001111111", "00011100001000000000100000111111101111111100001110001111111000000001111000000011111110000111111100000", "0001110000100000000010000011111110111111110000111000111111100000000111100000001111111000011111110000011111"]}, "config": {"bit_sentence": "0x3 1x3 0x4 1x1 0x9 1x1 0x5 1x7 0x1 1x8 0x4 1x3 0x3 1x7 0x8 1x4 0x7 1x7 0x4 1x7 0x5 1x5 0x5", "len_code": 23}, "task_name": "task15", "example_name": "0211", "problem_name": "task15_0211"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x7 1x8 0x8 1x5 0x1 1x1 0x4 1x2 0x7 1x7 0x8 1x1 0x6 1x7 0x3 1x8 0x6 1x3 0x4 1x7 0x2 1x1 0x5\n", "label": {"final": "000000011111111000000001111101000011000000011111110000000010000001111111000111111110000001110000111111100100000", "init": "", "intermediate": ["0000000", "000000011111111", "00000001111111100000000", "0000000111111110000000011111", "00000001111111100000000111110", "000000011111111000000001111101", "0000000111111110000000011111010000", "000000011111111000000001111101000011", "0000000111111110000000011111010000110000000", "00000001111111100000000111110100001100000001111111", "0000000111111110000000011111010000110000000111111100000000", "00000001111111100000000111110100001100000001111111000000001", "00000001111111100000000111110100001100000001111111000000001000000", "000000011111111000000001111101000011000000011111110000000010000001111111", "000000011111111000000001111101000011000000011111110000000010000001111111000", "00000001111111100000000111110100001100000001111111000000001000000111111100011111111", "00000001111111100000000111110100001100000001111111000000001000000111111100011111111000000", "00000001111111100000000111110100001100000001111111000000001000000111111100011111111000000111", "000000011111111000000001111101000011000000011111110000000010000001111111000111111110000001110000", "0000000111111110000000011111010000110000000111111100000000100000011111110001111111100000011100001111111", "000000011111111000000001111101000011000000011111110000000010000001111111000111111110000001110000111111100", "0000000111111110000000011111010000110000000111111100000000100000011111110001111111100000011100001111111001"]}, "config": {"bit_sentence": "0x7 1x8 0x8 1x5 0x1 1x1 0x4 1x2 0x7 1x7 0x8 1x1 0x6 1x7 0x3 1x8 0x6 1x3 0x4 1x7 0x2 1x1 0x5", "len_code": 23}, "task_name": "task15", "example_name": "0212", "problem_name": "task15_0212"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x5 0x4 1x9 0x2 1x4 0x8 1x7 0x4 1x1 0x7 1x1 0x4 1x3 0x9 1x8 0x2 1x3 0x7 1x6 0x2 1x9 0x2 1x1\n", "label": {"final": "111110000111111111001111000000001111111000010000000100001110000000001111111100111000000011111100111111111001", "init": "", "intermediate": ["11111", "111110000", "111110000111111111", "11111000011111111100", "111110000111111111001111", "11111000011111111100111100000000", "111110000111111111001111000000001111111", "1111100001111111110011110000000011111110000", "11111000011111111100111100000000111111100001", "111110000111111111001111000000001111111000010000000", "1111100001111111110011110000000011111110000100000001", "11111000011111111100111100000000111111100001000000010000", "11111000011111111100111100000000111111100001000000010000111", "11111000011111111100111100000000111111100001000000010000111000000000", "1111100001111111110011110000000011111110000100000001000011100000000011111111", "111110000111111111001111000000001111111000010000000100001110000000001111111100", "111110000111111111001111000000001111111000010000000100001110000000001111111100111", "1111100001111111110011110000000011111110000100000001000011100000000011111111001110000000", "1111100001111111110011110000000011111110000100000001000011100000000011111111001110000000111111", "111110000111111111001111000000001111111000010000000100001110000000001111111100111000000011111100", "111110000111111111001111000000001111111000010000000100001110000000001111111100111000000011111100111111111", "11111000011111111100111100000000111111100001000000010000111000000000111111110011100000001111110011111111100"]}, "config": {"bit_sentence": "1x5 0x4 1x9 0x2 1x4 0x8 1x7 0x4 1x1 0x7 1x1 0x4 1x3 0x9 1x8 0x2 1x3 0x7 1x6 0x2 1x9 0x2 1x1", "len_code": 23}, "task_name": "task15", "example_name": "0213", "problem_name": "task15_0213"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x9 0x4 1x6 0x7 1x5 0x5 1x5 0x1 1x5 0x5 1x1 0x6 1x9 0x7 1x2 0x4 1x1 0x5 1x3 0x1 1x2 0x7 1x1\n", "label": {"final": "11111111100001111110000000111110000011111011111000001000000111111111000000011000010000011101100000001", "init": "", "intermediate": ["111111111", "1111111110000", "1111111110000111111", "11111111100001111110000000", "1111111110000111111000000011111", "111111111000011111100000001111100000", "11111111100001111110000000111110000011111", "111111111000011111100000001111100000111110", "11111111100001111110000000111110000011111011111", "1111111110000111111000000011111000001111101111100000", "11111111100001111110000000111110000011111011111000001", "11111111100001111110000000111110000011111011111000001000000", "11111111100001111110000000111110000011111011111000001000000111111111", "111111111000011111100000001111100000111110111110000010000001111111110000000", "11111111100001111110000000111110000011111011111000001000000111111111000000011", "111111111000011111100000001111100000111110111110000010000001111111110000000110000", "1111111110000111111000000011111000001111101111100000100000011111111100000001100001", "111111111000011111100000001111100000111110111110000010000001111111110000000110000100000", "111111111000011111100000001111100000111110111110000010000001111111110000000110000100000111", "1111111110000111111000000011111000001111101111100000100000011111111100000001100001000001110", "111111111000011111100000001111100000111110111110000010000001111111110000000110000100000111011", "1111111110000111111000000011111000001111101111100000100000011111111100000001100001000001110110000000"]}, "config": {"bit_sentence": "1x9 0x4 1x6 0x7 1x5 0x5 1x5 0x1 1x5 0x5 1x1 0x6 1x9 0x7 1x2 0x4 1x1 0x5 1x3 0x1 1x2 0x7 1x1", "len_code": 23}, "task_name": "task15", "example_name": "0214", "problem_name": "task15_0214"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x2 0x2 1x7 0x6 1x7 0x3 1x5 0x7 1x6 0x3 1x8 0x7 1x6 0x7 1x4 0x9 1x8 0x2 1x3 0x5 1x5 0x7 1x8\n", "label": {"final": "1100111111100000011111110001111100000001111110001111111100000001111110000000111100000000011111111001110000011111000000011111111", "init": "", "intermediate": ["11", "1100", "11001111111", "11001111111000000", "110011111110000001111111", "110011111110000001111111000", "11001111111000000111111100011111", "110011111110000001111111000111110000000", "110011111110000001111111000111110000000111111", "110011111110000001111111000111110000000111111000", "11001111111000000111111100011111000000011111100011111111", "110011111110000001111111000111110000000111111000111111110000000", "110011111110000001111111000111110000000111111000111111110000000111111", "1100111111100000011111110001111100000001111110001111111100000001111110000000", "11001111111000000111111100011111000000011111100011111111000000011111100000001111", "11001111111000000111111100011111000000011111100011111111000000011111100000001111000000000", "1100111111100000011111110001111100000001111110001111111100000001111110000000111100000000011111111", "110011111110000001111111000111110000000111111000111111110000000111111000000011110000000001111111100", "110011111110000001111111000111110000000111111000111111110000000111111000000011110000000001111111100111", "11001111111000000111111100011111000000011111100011111111000000011111100000001111000000000111111110011100000", "1100111111100000011111110001111100000001111110001111111100000001111110000000111100000000011111111001110000011111", "11001111111000000111111100011111000000011111100011111111000000011111100000001111000000000111111110011100000111110000000"]}, "config": {"bit_sentence": "1x2 0x2 1x7 0x6 1x7 0x3 1x5 0x7 1x6 0x3 1x8 0x7 1x6 0x7 1x4 0x9 1x8 0x2 1x3 0x5 1x5 0x7 1x8", "len_code": 23}, "task_name": "task15", "example_name": "0215", "problem_name": "task15_0215"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x1 0x5 1x8 0x3 1x1 0x6 1x9 0x5 1x8 0x5 1x9 0x8 1x4 0x9 1x6 0x6 1x8 0x7 1x1 0x2 1x8 0x6 1x9\n", "label": {"final": "10000011111111000100000011111111100000111111110000011111111100000000111100000000011111100000011111111000000010011111111000000111111111", "init": "", "intermediate": ["1", "100000", "10000011111111", "10000011111111000", "100000111111110001", "100000111111110001000000", "100000111111110001000000111111111", "10000011111111000100000011111111100000", "1000001111111100010000001111111110000011111111", "100000111111110001000000111111111000001111111100000", "100000111111110001000000111111111000001111111100000111111111", "10000011111111000100000011111111100000111111110000011111111100000000", "100000111111110001000000111111111000001111111100000111111111000000001111", "100000111111110001000000111111111000001111111100000111111111000000001111000000000", "100000111111110001000000111111111000001111111100000111111111000000001111000000000111111", "100000111111110001000000111111111000001111111100000111111111000000001111000000000111111000000", "10000011111111000100000011111111100000111111110000011111111100000000111100000000011111100000011111111", "100000111111110001000000111111111000001111111100000111111111000000001111000000000111111000000111111110000000", "1000001111111100010000001111111110000011111111000001111111110000000011110000000001111110000001111111100000001", "100000111111110001000000111111111000001111111100000111111111000000001111000000000111111000000111111110000000100", "10000011111111000100000011111111100000111111110000011111111100000000111100000000011111100000011111111000000010011111111", "10000011111111000100000011111111100000111111110000011111111100000000111100000000011111100000011111111000000010011111111000000"]}, "config": {"bit_sentence": "1x1 0x5 1x8 0x3 1x1 0x6 1x9 0x5 1x8 0x5 1x9 0x8 1x4 0x9 1x6 0x6 1x8 0x7 1x1 0x2 1x8 0x6 1x9", "len_code": 23}, "task_name": "task15", "example_name": "0216", "problem_name": "task15_0216"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x4 0x8 1x5 0x3 1x3 0x7 1x3 0x2 1x5 0x4 1x8 0x2 1x3 0x7 1x4 0x1 1x2 0x1 1x1 0x1 1x2 0x7 1x9\n", "label": {"final": "11110000000011111000111000000011100111110000111111110011100000001111011010110000000111111111", "init": "", "intermediate": ["1111", "111100000000", "11110000000011111", "11110000000011111000", "11110000000011111000111", "111100000000111110001110000000", "111100000000111110001110000000111", "11110000000011111000111000000011100", "1111000000001111100011100000001110011111", "11110000000011111000111000000011100111110000", "1111000000001111100011100000001110011111000011111111", "111100000000111110001110000000111001111100001111111100", "111100000000111110001110000000111001111100001111111100111", "1111000000001111100011100000001110011111000011111111001110000000", "11110000000011111000111000000011100111110000111111110011100000001111", "111100000000111110001110000000111001111100001111111100111000000011110", "11110000000011111000111000000011100111110000111111110011100000001111011", "111100000000111110001110000000111001111100001111111100111000000011110110", "1111000000001111100011100000001110011111000011111111001110000000111101101", "11110000000011111000111000000011100111110000111111110011100000001111011010", "1111000000001111100011100000001110011111000011111111001110000000111101101011", "11110000000011111000111000000011100111110000111111110011100000001111011010110000000"]}, "config": {"bit_sentence": "1x4 0x8 1x5 0x3 1x3 0x7 1x3 0x2 1x5 0x4 1x8 0x2 1x3 0x7 1x4 0x1 1x2 0x1 1x1 0x1 1x2 0x7 1x9", "len_code": 23}, "task_name": "task15", "example_name": "0217", "problem_name": "task15_0217"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x6 0x2 1x4 0x3 1x1 0x2 1x3 0x6 1x4 0x2 1x8 0x7 1x5 0x7 1x8 0x3 1x6 0x8 1x5 0x6 1x7 0x3 1x2\n", "label": {"final": "111111001111000100111000000111100111111110000000111110000000111111110001111110000000011111000000111111100011", "init": "", "intermediate": ["111111", "11111100", "111111001111", "111111001111000", "1111110011110001", "111111001111000100", "111111001111000100111", "111111001111000100111000000", "1111110011110001001110000001111", "111111001111000100111000000111100", "11111100111100010011100000011110011111111", "111111001111000100111000000111100111111110000000", "11111100111100010011100000011110011111111000000011111", "111111001111000100111000000111100111111110000000111110000000", "11111100111100010011100000011110011111111000000011111000000011111111", "11111100111100010011100000011110011111111000000011111000000011111111000", "11111100111100010011100000011110011111111000000011111000000011111111000111111", "1111110011110001001110000001111001111111100000001111100000001111111100011111100000000", "111111001111000100111000000111100111111110000000111110000000111111110001111110000000011111", "111111001111000100111000000111100111111110000000111110000000111111110001111110000000011111000000", "1111110011110001001110000001111001111111100000001111100000001111111100011111100000000111110000001111111", "1111110011110001001110000001111001111111100000001111100000001111111100011111100000000111110000001111111000"]}, "config": {"bit_sentence": "1x6 0x2 1x4 0x3 1x1 0x2 1x3 0x6 1x4 0x2 1x8 0x7 1x5 0x7 1x8 0x3 1x6 0x8 1x5 0x6 1x7 0x3 1x2", "len_code": 23}, "task_name": "task15", "example_name": "0218", "problem_name": "task15_0218"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x8 0x5 1x3 0x2 1x8 0x7 1x5 0x3 1x9 0x3 1x1 0x7 1x5 0x8 1x8 0x1 1x4 0x3 1x1 0x6 1x9 0x9 1x1\n", "label": {"final": "11111111000001110011111111000000011111000111111111000100000001111100000000111111110111100010000001111111110000000001", "init": "", "intermediate": ["11111111", "1111111100000", "1111111100000111", "111111110000011100", "11111111000001110011111111", "111111110000011100111111110000000", "11111111000001110011111111000000011111", "11111111000001110011111111000000011111000", "11111111000001110011111111000000011111000111111111", "11111111000001110011111111000000011111000111111111000", "111111110000011100111111110000000111110001111111110001", "1111111100000111001111111100000001111100011111111100010000000", "111111110000011100111111110000000111110001111111110001000000011111", "11111111000001110011111111000000011111000111111111000100000001111100000000", "1111111100000111001111111100000001111100011111111100010000000111110000000011111111", "11111111000001110011111111000000011111000111111111000100000001111100000000111111110", "111111110000011100111111110000000111110001111111110001000000011111000000001111111101111", "111111110000011100111111110000000111110001111111110001000000011111000000001111111101111000", "1111111100000111001111111100000001111100011111111100010000000111110000000011111111011110001", "1111111100000111001111111100000001111100011111111100010000000111110000000011111111011110001000000", "1111111100000111001111111100000001111100011111111100010000000111110000000011111111011110001000000111111111", "1111111100000111001111111100000001111100011111111100010000000111110000000011111111011110001000000111111111000000000"]}, "config": {"bit_sentence": "1x8 0x5 1x3 0x2 1x8 0x7 1x5 0x3 1x9 0x3 1x1 0x7 1x5 0x8 1x8 0x1 1x4 0x3 1x1 0x6 1x9 0x9 1x1", "len_code": 23}, "task_name": "task15", "example_name": "0219", "problem_name": "task15_0219"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x5 0x2 1x9 0x8 1x2 0x7 1x9 0x9 1x5 0x5 1x1 0x6 1x5 0x2 1x2 0x3 1x7 0x1 1x2 0x9 1x8 0x4 1x1 0x6\n", "label": {"final": "1111100111111111000000001100000001111111110000000001111100000100000011111001100011111110110000000001111111100001000000", "init": "", "intermediate": ["11111", "1111100", "1111100111111111", "111110011111111100000000", "11111001111111110000000011", "111110011111111100000000110000000", "111110011111111100000000110000000111111111", "111110011111111100000000110000000111111111000000000", "11111001111111110000000011000000011111111100000000011111", "1111100111111111000000001100000001111111110000000001111100000", "11111001111111110000000011000000011111111100000000011111000001", "11111001111111110000000011000000011111111100000000011111000001000000", "1111100111111111000000001100000001111111110000000001111100000100000011111", "111110011111111100000000110000000111111111000000000111110000010000001111100", "11111001111111110000000011000000011111111100000000011111000001000000111110011", "11111001111111110000000011000000011111111100000000011111000001000000111110011000", "111110011111111100000000110000000111111111000000000111110000010000001111100110001111111", "1111100111111111000000001100000001111111110000000001111100000100000011111001100011111110", "111110011111111100000000110000000111111111000000000111110000010000001111100110001111111011", "111110011111111100000000110000000111111111000000000111110000010000001111100110001111111011000000000", "11111001111111110000000011000000011111111100000000011111000001000000111110011000111111101100000000011111111", "111110011111111100000000110000000111111111000000000111110000010000001111100110001111111011000000000111111110000", "1111100111111111000000001100000001111111110000000001111100000100000011111001100011111110110000000001111111100001"]}, "config": {"bit_sentence": "1x5 0x2 1x9 0x8 1x2 0x7 1x9 0x9 1x5 0x5 1x1 0x6 1x5 0x2 1x2 0x3 1x7 0x1 1x2 0x9 1x8 0x4 1x1 0x6", "len_code": 24}, "task_name": "task15", "example_name": "0220", "problem_name": "task15_0220"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x1 1x7 0x3 1x3 0x7 1x3 0x6 1x2 0x2 1x6 0x8 1x1 0x9 1x9 0x1 1x1 0x9 1x2 0x2 1x7 0x5 1x9 0x2 1x6\n", "label": {"final": "011111110001110000000111000000110011111100000000100000000011111111101000000000110011111110000011111111100111111", "init": "", "intermediate": ["0", "01111111", "01111111000", "01111111000111", "011111110001110000000", "011111110001110000000111", "011111110001110000000111000000", "01111111000111000000011100000011", "0111111100011100000001110000001100", "0111111100011100000001110000001100111111", "011111110001110000000111000000110011111100000000", "0111111100011100000001110000001100111111000000001", "0111111100011100000001110000001100111111000000001000000000", "0111111100011100000001110000001100111111000000001000000000111111111", "01111111000111000000011100000011001111110000000010000000001111111110", "011111110001110000000111000000110011111100000000100000000011111111101", "011111110001110000000111000000110011111100000000100000000011111111101000000000", "01111111000111000000011100000011001111110000000010000000001111111110100000000011", "0111111100011100000001110000001100111111000000001000000000111111111010000000001100", "01111111000111000000011100000011001111110000000010000000001111111110100000000011001111111", "0111111100011100000001110000001100111111000000001000000000111111111010000000001100111111100000", "0111111100011100000001110000001100111111000000001000000000111111111010000000001100111111100000111111111", "011111110001110000000111000000110011111100000000100000000011111111101000000000110011111110000011111111100"]}, "config": {"bit_sentence": "0x1 1x7 0x3 1x3 0x7 1x3 0x6 1x2 0x2 1x6 0x8 1x1 0x9 1x9 0x1 1x1 0x9 1x2 0x2 1x7 0x5 1x9 0x2 1x6", "len_code": 24}, "task_name": "task15", "example_name": "0221", "problem_name": "task15_0221"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x9 0x7 1x1 0x2 1x5 0x7 1x2 0x6 1x8 0x8 1x3 0x7 1x1 0x1 1x8 0x3 1x2 0x9 1x7 0x4 1x3 0x9 1x1 0x9\n", "label": {"final": "11111111100000001001111100000001100000011111111000000001110000000101111111100011000000000111111100001110000000001000000000", "init": "", "intermediate": ["111111111", "1111111110000000", "11111111100000001", "1111111110000000100", "111111111000000010011111", "1111111110000000100111110000000", "111111111000000010011111000000011", "111111111000000010011111000000011000000", "11111111100000001001111100000001100000011111111", "1111111110000000100111110000000110000001111111100000000", "1111111110000000100111110000000110000001111111100000000111", "11111111100000001001111100000001100000011111111000000001110000000", "111111111000000010011111000000011000000111111110000000011100000001", "1111111110000000100111110000000110000001111111100000000111000000010", "111111111000000010011111000000011000000111111110000000011100000001011111111", "111111111000000010011111000000011000000111111110000000011100000001011111111000", "11111111100000001001111100000001100000011111111000000001110000000101111111100011", "11111111100000001001111100000001100000011111111000000001110000000101111111100011000000000", "111111111000000010011111000000011000000111111110000000011100000001011111111000110000000001111111", "1111111110000000100111110000000110000001111111100000000111000000010111111110001100000000011111110000", "1111111110000000100111110000000110000001111111100000000111000000010111111110001100000000011111110000111", "1111111110000000100111110000000110000001111111100000000111000000010111111110001100000000011111110000111000000000", "11111111100000001001111100000001100000011111111000000001110000000101111111100011000000000111111100001110000000001"]}, "config": {"bit_sentence": "1x9 0x7 1x1 0x2 1x5 0x7 1x2 0x6 1x8 0x8 1x3 0x7 1x1 0x1 1x8 0x3 1x2 0x9 1x7 0x4 1x3 0x9 1x1 0x9", "len_code": 24}, "task_name": "task15", "example_name": "0222", "problem_name": "task15_0222"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x4 1x5 0x5 1x9 0x8 1x1 0x4 1x6 0x2 1x3 0x7 1x4 0x1 1x7 0x9 1x9 0x9 1x7 0x2 1x7 0x1 1x3 0x5 1x1\n", "label": {"final": "00001111100000111111111000000001000011111100111000000011110111111100000000011111111100000000011111110011111110111000001", "init": "", "intermediate": ["0000", "000011111", "00001111100000", "00001111100000111111111", "0000111110000011111111100000000", "00001111100000111111111000000001", "000011111000001111111110000000010000", "000011111000001111111110000000010000111111", "00001111100000111111111000000001000011111100", "00001111100000111111111000000001000011111100111", "000011111000001111111110000000010000111111001110000000", "0000111110000011111111100000000100001111110011100000001111", "00001111100000111111111000000001000011111100111000000011110", "000011111000001111111110000000010000111111001110000000111101111111", "000011111000001111111110000000010000111111001110000000111101111111000000000", "000011111000001111111110000000010000111111001110000000111101111111000000000111111111", "000011111000001111111110000000010000111111001110000000111101111111000000000111111111000000000", "0000111110000011111111100000000100001111110011100000001111011111110000000001111111110000000001111111", "000011111000001111111110000000010000111111001110000000111101111111000000000111111111000000000111111100", "0000111110000011111111100000000100001111110011100000001111011111110000000001111111110000000001111111001111111", "00001111100000111111111000000001000011111100111000000011110111111100000000011111111100000000011111110011111110", "00001111100000111111111000000001000011111100111000000011110111111100000000011111111100000000011111110011111110111", "0000111110000011111111100000000100001111110011100000001111011111110000000001111111110000000001111111001111111011100000"]}, "config": {"bit_sentence": "0x4 1x5 0x5 1x9 0x8 1x1 0x4 1x6 0x2 1x3 0x7 1x4 0x1 1x7 0x9 1x9 0x9 1x7 0x2 1x7 0x1 1x3 0x5 1x1", "len_code": 24}, "task_name": "task15", "example_name": "0223", "problem_name": "task15_0223"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x8 0x7 1x9 0x4 1x6 0x6 1x5 0x8 1x5 0x7 1x5 0x7 1x6 0x5 1x1 0x7 1x9 0x7 1x6 0x8 1x7 0x3 1x1 0x1\n", "label": {"final": "111111110000000111111111000011111100000011111000000001111100000001111100000001111110000010000000111111111000000011111100000000111111100010", "init": "", "intermediate": ["11111111", "111111110000000", "111111110000000111111111", "1111111100000001111111110000", "1111111100000001111111110000111111", "1111111100000001111111110000111111000000", "111111110000000111111111000011111100000011111", "11111111000000011111111100001111110000001111100000000", "1111111100000001111111110000111111000000111110000000011111", "11111111000000011111111100001111110000001111100000000111110000000", "1111111100000001111111110000111111000000111110000000011111000000011111", "11111111000000011111111100001111110000001111100000000111110000000111110000000", "11111111000000011111111100001111110000001111100000000111110000000111110000000111111", "1111111100000001111111110000111111000000111110000000011111000000011111000000011111100000", "11111111000000011111111100001111110000001111100000000111110000000111110000000111111000001", "111111110000000111111111000011111100000011111000000001111100000001111100000001111110000010000000", "111111110000000111111111000011111100000011111000000001111100000001111100000001111110000010000000111111111", "1111111100000001111111110000111111000000111110000000011111000000011111000000011111100000100000001111111110000000", "1111111100000001111111110000111111000000111110000000011111000000011111000000011111100000100000001111111110000000111111", "111111110000000111111111000011111100000011111000000001111100000001111100000001111110000010000000111111111000000011111100000000", "1111111100000001111111110000111111000000111110000000011111000000011111000000011111100000100000001111111110000000111111000000001111111", "1111111100000001111111110000111111000000111110000000011111000000011111000000011111100000100000001111111110000000111111000000001111111000", "11111111000000011111111100001111110000001111100000000111110000000111110000000111111000001000000011111111100000001111110000000011111110001"]}, "config": {"bit_sentence": "1x8 0x7 1x9 0x4 1x6 0x6 1x5 0x8 1x5 0x7 1x5 0x7 1x6 0x5 1x1 0x7 1x9 0x7 1x6 0x8 1x7 0x3 1x1 0x1", "len_code": 24}, "task_name": "task15", "example_name": "0224", "problem_name": "task15_0224"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x1 0x7 1x6 0x1 1x4 0x7 1x3 0x8 1x8 0x8 1x7 0x2 1x3 0x7 1x7 0x3 1x3 0x5 1x4 0x1 1x1 0x1 1x9 0x3\n", "label": {"final": "1000000011111101111000000011100000000111111110000000011111110011100000001111111000111000001111010111111111000", "init": "", "intermediate": ["1", "10000000", "10000000111111", "100000001111110", "1000000011111101111", "10000000111111011110000000", "10000000111111011110000000111", "1000000011111101111000000011100000000", "100000001111110111100000001110000000011111111", "10000000111111011110000000111000000001111111100000000", "100000001111110111100000001110000000011111111000000001111111", "10000000111111011110000000111000000001111111100000000111111100", "10000000111111011110000000111000000001111111100000000111111100111", "100000001111110111100000001110000000011111111000000001111111001110000000", "1000000011111101111000000011100000000111111110000000011111110011100000001111111", "1000000011111101111000000011100000000111111110000000011111110011100000001111111000", "1000000011111101111000000011100000000111111110000000011111110011100000001111111000111", "100000001111110111100000001110000000011111111000000001111111001110000000111111100011100000", "1000000011111101111000000011100000000111111110000000011111110011100000001111111000111000001111", "10000000111111011110000000111000000001111111100000000111111100111000000011111110001110000011110", "100000001111110111100000001110000000011111111000000001111111001110000000111111100011100000111101", "1000000011111101111000000011100000000111111110000000011111110011100000001111111000111000001111010", "1000000011111101111000000011100000000111111110000000011111110011100000001111111000111000001111010111111111"]}, "config": {"bit_sentence": "1x1 0x7 1x6 0x1 1x4 0x7 1x3 0x8 1x8 0x8 1x7 0x2 1x3 0x7 1x7 0x3 1x3 0x5 1x4 0x1 1x1 0x1 1x9 0x3", "len_code": 24}, "task_name": "task15", "example_name": "0225", "problem_name": "task15_0225"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x2 1x9 0x8 1x5 0x6 1x5 0x1 1x6 0x6 1x9 0x5 1x2 0x4 1x5 0x6 1x6 0x3 1x6 0x7 1x3 0x3 1x6 0x9 1x1\n", "label": {"final": "001111111110000000011111000000111110111111000000111111111000001100001111100000011111100011111100000001110001111110000000001", "init": "", "intermediate": ["00", "00111111111", "0011111111100000000", "001111111110000000011111", "001111111110000000011111000000", "00111111111000000001111100000011111", "001111111110000000011111000000111110", "001111111110000000011111000000111110111111", "001111111110000000011111000000111110111111000000", "001111111110000000011111000000111110111111000000111111111", "00111111111000000001111100000011111011111100000011111111100000", "0011111111100000000111110000001111101111110000001111111110000011", "00111111111000000001111100000011111011111100000011111111100000110000", "0011111111100000000111110000001111101111110000001111111110000011000011111", "0011111111100000000111110000001111101111110000001111111110000011000011111000000", "0011111111100000000111110000001111101111110000001111111110000011000011111000000111111", "0011111111100000000111110000001111101111110000001111111110000011000011111000000111111000", "0011111111100000000111110000001111101111110000001111111110000011000011111000000111111000111111", "00111111111000000001111100000011111011111100000011111111100000110000111110000001111110001111110000000", "00111111111000000001111100000011111011111100000011111111100000110000111110000001111110001111110000000111", "00111111111000000001111100000011111011111100000011111111100000110000111110000001111110001111110000000111000", "00111111111000000001111100000011111011111100000011111111100000110000111110000001111110001111110000000111000111111", "00111111111000000001111100000011111011111100000011111111100000110000111110000001111110001111110000000111000111111000000000"]}, "config": {"bit_sentence": "0x2 1x9 0x8 1x5 0x6 1x5 0x1 1x6 0x6 1x9 0x5 1x2 0x4 1x5 0x6 1x6 0x3 1x6 0x7 1x3 0x3 1x6 0x9 1x1", "len_code": 24}, "task_name": "task15", "example_name": "0226", "problem_name": "task15_0226"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x5 0x4 1x6 0x4 1x7 0x5 1x8 0x7 1x2 0x2 1x7 0x9 1x9 0x8 1x3 0x6 1x4 0x3 1x9 0x6 1x4 0x7 1x9 0x5\n", "label": {"final": "1111100001111110000111111100000111111110000000110011111110000000001111111110000000011100000011110001111111110000001111000000011111111100000", "init": "", "intermediate": ["11111", "111110000", "111110000111111", "1111100001111110000", "11111000011111100001111111", "1111100001111110000111111100000", "111110000111111000011111110000011111111", "1111100001111110000111111100000111111110000000", "111110000111111000011111110000011111111000000011", "11111000011111100001111111000001111111100000001100", "111110000111111000011111110000011111111000000011001111111", "111110000111111000011111110000011111111000000011001111111000000000", "111110000111111000011111110000011111111000000011001111111000000000111111111", "11111000011111100001111111000001111111100000001100111111100000000011111111100000000", "11111000011111100001111111000001111111100000001100111111100000000011111111100000000111", "11111000011111100001111111000001111111100000001100111111100000000011111111100000000111000000", "111110000111111000011111110000011111111000000011001111111000000000111111111000000001110000001111", "111110000111111000011111110000011111111000000011001111111000000000111111111000000001110000001111000", "111110000111111000011111110000011111111000000011001111111000000000111111111000000001110000001111000111111111", "111110000111111000011111110000011111111000000011001111111000000000111111111000000001110000001111000111111111000000", "1111100001111110000111111100000111111110000000110011111110000000001111111110000000011100000011110001111111110000001111", "11111000011111100001111111000001111111100000001100111111100000000011111111100000000111000000111100011111111100000011110000000", "11111000011111100001111111000001111111100000001100111111100000000011111111100000000111000000111100011111111100000011110000000111111111"]}, "config": {"bit_sentence": "1x5 0x4 1x6 0x4 1x7 0x5 1x8 0x7 1x2 0x2 1x7 0x9 1x9 0x8 1x3 0x6 1x4 0x3 1x9 0x6 1x4 0x7 1x9 0x5", "len_code": 24}, "task_name": "task15", "example_name": "0227", "problem_name": "task15_0227"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x8 0x5 1x6 0x8 1x2 0x4 1x3 0x1 1x7 0x5 1x7 0x8 1x4 0x8 1x8 0x9 1x4 0x5 1x9 0x2 1x4 0x4 1x1 0x4\n", "label": {"final": "111111110000011111100000000110000111011111110000011111110000000011110000000011111111000000000111100000111111111001111000010000", "init": "", "intermediate": ["11111111", "1111111100000", "1111111100000111111", "111111110000011111100000000", "11111111000001111110000000011", "111111110000011111100000000110000", "111111110000011111100000000110000111", "1111111100000111111000000001100001110", "11111111000001111110000000011000011101111111", "1111111100000111111000000001100001110111111100000", "11111111000001111110000000011000011101111111000001111111", "1111111100000111111000000001100001110111111100000111111100000000", "11111111000001111110000000011000011101111111000001111111000000001111", "1111111100000111111000000001100001110111111100000111111100000000111100000000", "111111110000011111100000000110000111011111110000011111110000000011110000000011111111", "111111110000011111100000000110000111011111110000011111110000000011110000000011111111000000000", "1111111100000111111000000001100001110111111100000111111100000000111100000000111111110000000001111", "111111110000011111100000000110000111011111110000011111110000000011110000000011111111000000000111100000", "111111110000011111100000000110000111011111110000011111110000000011110000000011111111000000000111100000111111111", "11111111000001111110000000011000011101111111000001111111000000001111000000001111111100000000011110000011111111100", "111111110000011111100000000110000111011111110000011111110000000011110000000011111111000000000111100000111111111001111", "1111111100000111111000000001100001110111111100000111111100000000111100000000111111110000000001111000001111111110011110000", "11111111000001111110000000011000011101111111000001111111000000001111000000001111111100000000011110000011111111100111100001"]}, "config": {"bit_sentence": "1x8 0x5 1x6 0x8 1x2 0x4 1x3 0x1 1x7 0x5 1x7 0x8 1x4 0x8 1x8 0x9 1x4 0x5 1x9 0x2 1x4 0x4 1x1 0x4", "len_code": 24}, "task_name": "task15", "example_name": "0228", "problem_name": "task15_0228"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x2 0x6 1x5 0x4 1x1 0x3 1x1 0x3 1x2 0x8 1x5 0x1 1x4 0x3 1x7 0x5 1x9 0x5 1x3 0x4 1x1 0x3 1x5 0x3\n", "label": {"final": "110000001111100001000100011000000001111101111000111111100000111111111000001110000100011111000", "init": "", "intermediate": ["11", "11000000", "1100000011111", "11000000111110000", "110000001111100001", "110000001111100001000", "1100000011111000010001", "1100000011111000010001000", "110000001111100001000100011", "11000000111110000100010001100000000", "1100000011111000010001000110000000011111", "11000000111110000100010001100000000111110", "110000001111100001000100011000000001111101111", "110000001111100001000100011000000001111101111000", "1100000011111000010001000110000000011111011110001111111", "110000001111100001000100011000000001111101111000111111100000", "110000001111100001000100011000000001111101111000111111100000111111111", "11000000111110000100010001100000000111110111100011111110000011111111100000", "11000000111110000100010001100000000111110111100011111110000011111111100000111", "110000001111100001000100011000000001111101111000111111100000111111111000001110000", "1100000011111000010001000110000000011111011110001111111000001111111110000011100001", "1100000011111000010001000110000000011111011110001111111000001111111110000011100001000", "110000001111100001000100011000000001111101111000111111100000111111111000001110000100011111"]}, "config": {"bit_sentence": "1x2 0x6 1x5 0x4 1x1 0x3 1x1 0x3 1x2 0x8 1x5 0x1 1x4 0x3 1x7 0x5 1x9 0x5 1x3 0x4 1x1 0x3 1x5 0x3", "len_code": 24}, "task_name": "task15", "example_name": "0229", "problem_name": "task15_0229"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x7 0x9 1x4 0x2 1x6 0x2 1x3 0x6 1x7 0x1 1x4 0x6 1x1 0x8 1x3 0x1 1x6 0x6 1x4 0x9 1x2 0x3 1x1 0x9 1x8\n", "label": {"final": "1111111000000000111100111111001110000001111111011110000001000000001110111111000000111100000000011000100000000011111111", "init": "", "intermediate": ["1111111", "1111111000000000", "11111110000000001111", "1111111000000000111100", "1111111000000000111100111111", "111111100000000011110011111100", "111111100000000011110011111100111", "111111100000000011110011111100111000000", "1111111000000000111100111111001110000001111111", "11111110000000001111001111110011100000011111110", "111111100000000011110011111100111000000111111101111", "111111100000000011110011111100111000000111111101111000000", "1111111000000000111100111111001110000001111111011110000001", "111111100000000011110011111100111000000111111101111000000100000000", "111111100000000011110011111100111000000111111101111000000100000000111", "1111111000000000111100111111001110000001111111011110000001000000001110", "1111111000000000111100111111001110000001111111011110000001000000001110111111", "1111111000000000111100111111001110000001111111011110000001000000001110111111000000", "11111110000000001111001111110011100000011111110111100000010000000011101111110000001111", "11111110000000001111001111110011100000011111110111100000010000000011101111110000001111000000000", "1111111000000000111100111111001110000001111111011110000001000000001110111111000000111100000000011", "1111111000000000111100111111001110000001111111011110000001000000001110111111000000111100000000011000", "11111110000000001111001111110011100000011111110111100000010000000011101111110000001111000000000110001", "11111110000000001111001111110011100000011111110111100000010000000011101111110000001111000000000110001000000000"]}, "config": {"bit_sentence": "1x7 0x9 1x4 0x2 1x6 0x2 1x3 0x6 1x7 0x1 1x4 0x6 1x1 0x8 1x3 0x1 1x6 0x6 1x4 0x9 1x2 0x3 1x1 0x9 1x8", "len_code": 25}, "task_name": "task15", "example_name": "0230", "problem_name": "task15_0230"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x1 0x3 1x9 0x6 1x9 0x7 1x5 0x7 1x7 0x1 1x1 0x8 1x5 0x7 1x8 0x1 1x2 0x5 1x4 0x5 1x7 0x2 1x1 0x1 1x7\n", "label": {"final": "10001111111110000001111111110000000111110000000111111101000000001111100000001111111101100000111100000111111100101111111", "init": "", "intermediate": ["1", "1000", "1000111111111", "1000111111111000000", "1000111111111000000111111111", "10001111111110000001111111110000000", "1000111111111000000111111111000000011111", "10001111111110000001111111110000000111110000000", "100011111111100000011111111100000001111100000001111111", "1000111111111000000111111111000000011111000000011111110", "10001111111110000001111111110000000111110000000111111101", "1000111111111000000111111111000000011111000000011111110100000000", "100011111111100000011111111100000001111100000001111111010000000011111", "1000111111111000000111111111000000011111000000011111110100000000111110000000", "100011111111100000011111111100000001111100000001111111010000000011111000000011111111", "1000111111111000000111111111000000011111000000011111110100000000111110000000111111110", "100011111111100000011111111100000001111100000001111111010000000011111000000011111111011", "10001111111110000001111111110000000111110000000111111101000000001111100000001111111101100000", "100011111111100000011111111100000001111100000001111111010000000011111000000011111111011000001111", "10001111111110000001111111110000000111110000000111111101000000001111100000001111111101100000111100000", "100011111111100000011111111100000001111100000001111111010000000011111000000011111111011000001111000001111111", "10001111111110000001111111110000000111110000000111111101000000001111100000001111111101100000111100000111111100", "100011111111100000011111111100000001111100000001111111010000000011111000000011111111011000001111000001111111001", "1000111111111000000111111111000000011111000000011111110100000000111110000000111111110110000011110000011111110010"]}, "config": {"bit_sentence": "1x1 0x3 1x9 0x6 1x9 0x7 1x5 0x7 1x7 0x1 1x1 0x8 1x5 0x7 1x8 0x1 1x2 0x5 1x4 0x5 1x7 0x2 1x1 0x1 1x7", "len_code": 25}, "task_name": "task15", "example_name": "0231", "problem_name": "task15_0231"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x8 0x5 1x3 0x9 1x6 0x1 1x3 0x5 1x6 0x6 1x3 0x3 1x1 0x1 1x8 0x9 1x9 0x7 1x8 0x6 1x2 0x9 1x1 0x7 1x9\n", "label": {"final": "111111110000011100000000011111101110000011111100000011100010111111110000000001111111110000000111111110000001100000000010000000111111111", "init": "", "intermediate": ["11111111", "1111111100000", "1111111100000111", "1111111100000111000000000", "1111111100000111000000000111111", "11111111000001110000000001111110", "11111111000001110000000001111110111", "1111111100000111000000000111111011100000", "1111111100000111000000000111111011100000111111", "1111111100000111000000000111111011100000111111000000", "1111111100000111000000000111111011100000111111000000111", "1111111100000111000000000111111011100000111111000000111000", "11111111000001110000000001111110111000001111110000001110001", "111111110000011100000000011111101110000011111100000011100010", "11111111000001110000000001111110111000001111110000001110001011111111", "11111111000001110000000001111110111000001111110000001110001011111111000000000", "11111111000001110000000001111110111000001111110000001110001011111111000000000111111111", "111111110000011100000000011111101110000011111100000011100010111111110000000001111111110000000", "11111111000001110000000001111110111000001111110000001110001011111111000000000111111111000000011111111", "11111111000001110000000001111110111000001111110000001110001011111111000000000111111111000000011111111000000", "1111111100000111000000000111111011100000111111000000111000101111111100000000011111111100000001111111100000011", "1111111100000111000000000111111011100000111111000000111000101111111100000000011111111100000001111111100000011000000000", "11111111000001110000000001111110111000001111110000001110001011111111000000000111111111000000011111111000000110000000001", "111111110000011100000000011111101110000011111100000011100010111111110000000001111111110000000111111110000001100000000010000000"]}, "config": {"bit_sentence": "1x8 0x5 1x3 0x9 1x6 0x1 1x3 0x5 1x6 0x6 1x3 0x3 1x1 0x1 1x8 0x9 1x9 0x7 1x8 0x6 1x2 0x9 1x1 0x7 1x9", "len_code": 25}, "task_name": "task15", "example_name": "0232", "problem_name": "task15_0232"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x9 0x5 1x6 0x4 1x3 0x9 1x8 0x7 1x8 0x8 1x5 0x3 1x9 0x5 1x7 0x1 1x5 0x7 1x3 0x6 1x9 0x3 1x1 0x9 1x8\n", "label": {"final": "1111111110000011111100001110000000001111111100000001111111100000000111110001111111110000011111110111110000000111000000111111111000100000000011111111", "init": "", "intermediate": ["111111111", "11111111100000", "11111111100000111111", "111111111000001111110000", "111111111000001111110000111", "111111111000001111110000111000000000", "11111111100000111111000011100000000011111111", "111111111000001111110000111000000000111111110000000", "11111111100000111111000011100000000011111111000000011111111", "1111111110000011111100001110000000001111111100000001111111100000000", "111111111000001111110000111000000000111111110000000111111110000000011111", "111111111000001111110000111000000000111111110000000111111110000000011111000", "111111111000001111110000111000000000111111110000000111111110000000011111000111111111", "11111111100000111111000011100000000011111111000000011111111000000001111100011111111100000", "111111111000001111110000111000000000111111110000000111111110000000011111000111111111000001111111", "1111111110000011111100001110000000001111111100000001111111100000000111110001111111110000011111110", "111111111000001111110000111000000000111111110000000111111110000000011111000111111111000001111111011111", "1111111110000011111100001110000000001111111100000001111111100000000111110001111111110000011111110111110000000", "1111111110000011111100001110000000001111111100000001111111100000000111110001111111110000011111110111110000000111", "1111111110000011111100001110000000001111111100000001111111100000000111110001111111110000011111110111110000000111000000", "1111111110000011111100001110000000001111111100000001111111100000000111110001111111110000011111110111110000000111000000111111111", "1111111110000011111100001110000000001111111100000001111111100000000111110001111111110000011111110111110000000111000000111111111000", "11111111100000111111000011100000000011111111000000011111111000000001111100011111111100000111111101111100000001110000001111111110001", "11111111100000111111000011100000000011111111000000011111111000000001111100011111111100000111111101111100000001110000001111111110001000000000"]}, "config": {"bit_sentence": "1x9 0x5 1x6 0x4 1x3 0x9 1x8 0x7 1x8 0x8 1x5 0x3 1x9 0x5 1x7 0x1 1x5 0x7 1x3 0x6 1x9 0x3 1x1 0x9 1x8", "len_code": 25}, "task_name": "task15", "example_name": "0233", "problem_name": "task15_0233"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x9 1x5 0x4 1x4 0x3 1x7 0x7 1x8 0x9 1x4 0x6 1x4 0x4 1x8 0x3 1x7 0x2 1x2 0x5 1x2 0x2 1x5 0x7 1x3 0x9\n", "label": {"final": "000000000111110000111100011111110000000111111110000000001111000000111100001111111100011111110011000001100111110000000111000000000", "init": "", "intermediate": ["000000000", "00000000011111", "000000000111110000", "0000000001111100001111", "0000000001111100001111000", "00000000011111000011110001111111", "000000000111110000111100011111110000000", "00000000011111000011110001111111000000011111111", "00000000011111000011110001111111000000011111111000000000", "000000000111110000111100011111110000000111111110000000001111", "000000000111110000111100011111110000000111111110000000001111000000", "0000000001111100001111000111111100000001111111100000000011110000001111", "00000000011111000011110001111111000000011111111000000000111100000011110000", "0000000001111100001111000111111100000001111111100000000011110000001111000011111111", "0000000001111100001111000111111100000001111111100000000011110000001111000011111111000", "00000000011111000011110001111111000000011111111000000000111100000011110000111111110001111111", "0000000001111100001111000111111100000001111111100000000011110000001111000011111111000111111100", "000000000111110000111100011111110000000111111110000000001111000000111100001111111100011111110011", "00000000011111000011110001111111000000011111111000000000111100000011110000111111110001111111001100000", "0000000001111100001111000111111100000001111111100000000011110000001111000011111111000111111100110000011", "000000000111110000111100011111110000000111111110000000001111000000111100001111111100011111110011000001100", "00000000011111000011110001111111000000011111111000000000111100000011110000111111110001111111001100000110011111", "000000000111110000111100011111110000000111111110000000001111000000111100001111111100011111110011000001100111110000000", "000000000111110000111100011111110000000111111110000000001111000000111100001111111100011111110011000001100111110000000111"]}, "config": {"bit_sentence": "0x9 1x5 0x4 1x4 0x3 1x7 0x7 1x8 0x9 1x4 0x6 1x4 0x4 1x8 0x3 1x7 0x2 1x2 0x5 1x2 0x2 1x5 0x7 1x3 0x9", "len_code": 25}, "task_name": "task15", "example_name": "0234", "problem_name": "task15_0234"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x2 0x3 1x7 0x8 1x7 0x5 1x7 0x6 1x9 0x2 1x2 0x2 1x5 0x8 1x4 0x1 1x5 0x3 1x5 0x5 1x3 0x9 1x8 0x4 1x2\n", "label": {"final": "11000111111100000000111111100000111111100000011111111100110011111000000001111011111000111110000011100000000011111111000011", "init": "", "intermediate": ["11", "11000", "110001111111", "11000111111100000000", "110001111111000000001111111", "11000111111100000000111111100000", "110001111111000000001111111000001111111", "110001111111000000001111111000001111111000000", "110001111111000000001111111000001111111000000111111111", "11000111111100000000111111100000111111100000011111111100", "1100011111110000000011111110000011111110000001111111110011", "110001111111000000001111111000001111111000000111111111001100", "11000111111100000000111111100000111111100000011111111100110011111", "1100011111110000000011111110000011111110000001111111110011001111100000000", "11000111111100000000111111100000111111100000011111111100110011111000000001111", "110001111111000000001111111000001111111000000111111111001100111110000000011110", "11000111111100000000111111100000111111100000011111111100110011111000000001111011111", "11000111111100000000111111100000111111100000011111111100110011111000000001111011111000", "1100011111110000000011111110000011111110000001111111110011001111100000000111101111100011111", "110001111111000000001111111000001111111000000111111111001100111110000000011110111110001111100000", "110001111111000000001111111000001111111000000111111111001100111110000000011110111110001111100000111", "110001111111000000001111111000001111111000000111111111001100111110000000011110111110001111100000111000000000", "11000111111100000000111111100000111111100000011111111100110011111000000001111011111000111110000011100000000011111111", "110001111111000000001111111000001111111000000111111111001100111110000000011110111110001111100000111000000000111111110000"]}, "config": {"bit_sentence": "1x2 0x3 1x7 0x8 1x7 0x5 1x7 0x6 1x9 0x2 1x2 0x2 1x5 0x8 1x4 0x1 1x5 0x3 1x5 0x5 1x3 0x9 1x8 0x4 1x2", "len_code": 25}, "task_name": "task15", "example_name": "0235", "problem_name": "task15_0235"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x5 0x1 1x4 0x8 1x7 0x4 1x2 0x3 1x7 0x4 1x3 0x8 1x9 0x8 1x5 0x6 1x3 0x5 1x5 0x4 1x1 0x5 1x2 0x7 1x4\n", "label": {"final": "111110111100000000111111100001100011111110000111000000001111111110000000011111000000111000001111100001000001100000001111", "init": "", "intermediate": ["11111", "111110", "1111101111", "111110111100000000", "1111101111000000001111111", "11111011110000000011111110000", "1111101111000000001111111000011", "1111101111000000001111111000011000", "11111011110000000011111110000110001111111", "111110111100000000111111100001100011111110000", "111110111100000000111111100001100011111110000111", "11111011110000000011111110000110001111111000011100000000", "11111011110000000011111110000110001111111000011100000000111111111", "1111101111000000001111111000011000111111100001110000000011111111100000000", "111110111100000000111111100001100011111110000111000000001111111110000000011111", "111110111100000000111111100001100011111110000111000000001111111110000000011111000000", "111110111100000000111111100001100011111110000111000000001111111110000000011111000000111", "11111011110000000011111110000110001111111000011100000000111111111000000001111100000011100000", "1111101111000000001111111000011000111111100001110000000011111111100000000111110000001110000011111", "11111011110000000011111110000110001111111000011100000000111111111000000001111100000011100000111110000", "111110111100000000111111100001100011111110000111000000001111111110000000011111000000111000001111100001", "11111011110000000011111110000110001111111000011100000000111111111000000001111100000011100000111110000100000", "1111101111000000001111111000011000111111100001110000000011111111100000000111110000001110000011111000010000011", "11111011110000000011111110000110001111111000011100000000111111111000000001111100000011100000111110000100000110000000"]}, "config": {"bit_sentence": "1x5 0x1 1x4 0x8 1x7 0x4 1x2 0x3 1x7 0x4 1x3 0x8 1x9 0x8 1x5 0x6 1x3 0x5 1x5 0x4 1x1 0x5 1x2 0x7 1x4", "len_code": 25}, "task_name": "task15", "example_name": "0236", "problem_name": "task15_0236"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x4 1x2 0x3 1x7 0x8 1x7 0x3 1x4 0x1 1x8 0x2 1x9 0x1 1x1 0x3 1x6 0x9 1x6 0x6 1x5 0x7 1x8 0x3 1x1 0x5\n", "label": {"final": "00001100011111110000000011111110001111011111111001111111110100011111100000000011111100000011111000000011111111000100000", "init": "", "intermediate": ["0000", "000011", "000011000", "0000110001111111", "000011000111111100000000", "0000110001111111000000001111111", "0000110001111111000000001111111000", "00001100011111110000000011111110001111", "000011000111111100000000111111100011110", "00001100011111110000000011111110001111011111111", "0000110001111111000000001111111000111101111111100", "0000110001111111000000001111111000111101111111100111111111", "00001100011111110000000011111110001111011111111001111111110", "000011000111111100000000111111100011110111111110011111111101", "000011000111111100000000111111100011110111111110011111111101000", "000011000111111100000000111111100011110111111110011111111101000111111", "000011000111111100000000111111100011110111111110011111111101000111111000000000", "000011000111111100000000111111100011110111111110011111111101000111111000000000111111", "000011000111111100000000111111100011110111111110011111111101000111111000000000111111000000", "00001100011111110000000011111110001111011111111001111111110100011111100000000011111100000011111", "000011000111111100000000111111100011110111111110011111111101000111111000000000111111000000111110000000", "00001100011111110000000011111110001111011111111001111111110100011111100000000011111100000011111000000011111111", "00001100011111110000000011111110001111011111111001111111110100011111100000000011111100000011111000000011111111000", "000011000111111100000000111111100011110111111110011111111101000111111000000000111111000000111110000000111111110001"]}, "config": {"bit_sentence": "0x4 1x2 0x3 1x7 0x8 1x7 0x3 1x4 0x1 1x8 0x2 1x9 0x1 1x1 0x3 1x6 0x9 1x6 0x6 1x5 0x7 1x8 0x3 1x1 0x5", "len_code": 25}, "task_name": "task15", "example_name": "0237", "problem_name": "task15_0237"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 1x3 0x8 1x1 0x4 1x9 0x2 1x7 0x8 1x1 0x9 1x7 0x1 1x4 0x3 1x7 0x9 1x8 0x3 1x5 0x7 1x7 0x6 1x2 0x7 1x8\n", "label": {"final": "1110000000010000111111111001111111000000001000000000111111101111000111111100000000011111111000111110000000111111100000011000000011111111", "init": "", "intermediate": ["111", "11100000000", "111000000001", "1110000000010000", "1110000000010000111111111", "111000000001000011111111100", "1110000000010000111111111001111111", "111000000001000011111111100111111100000000", "1110000000010000111111111001111111000000001", "1110000000010000111111111001111111000000001000000000", "11100000000100001111111110011111110000000010000000001111111", "111000000001000011111111100111111100000000100000000011111110", "1110000000010000111111111001111111000000001000000000111111101111", "1110000000010000111111111001111111000000001000000000111111101111000", "11100000000100001111111110011111110000000010000000001111111011110001111111", "11100000000100001111111110011111110000000010000000001111111011110001111111000000000", "1110000000010000111111111001111111000000001000000000111111101111000111111100000000011111111", "1110000000010000111111111001111111000000001000000000111111101111000111111100000000011111111000", "111000000001000011111111100111111100000000100000000011111110111100011111110000000001111111100011111", "1110000000010000111111111001111111000000001000000000111111101111000111111100000000011111111000111110000000", "11100000000100001111111110011111110000000010000000001111111011110001111111000000000111111110001111100000001111111", "11100000000100001111111110011111110000000010000000001111111011110001111111000000000111111110001111100000001111111000000", "1110000000010000111111111001111111000000001000000000111111101111000111111100000000011111111000111110000000111111100000011", "11100000000100001111111110011111110000000010000000001111111011110001111111000000000111111110001111100000001111111000000110000000"]}, "config": {"bit_sentence": "1x3 0x8 1x1 0x4 1x9 0x2 1x7 0x8 1x1 0x9 1x7 0x1 1x4 0x3 1x7 0x9 1x8 0x3 1x5 0x7 1x7 0x6 1x2 0x7 1x8", "len_code": 25}, "task_name": "task15", "example_name": "0238", "problem_name": "task15_0238"}
+{"prompt": "Decode a given set of compressed representations in the form of AxB, where B is the number of consecutive occurrences of the character A.\nStarting from the first piece and an empty string, decode each piece by repeating the character A for the specified number of times B, and append the decoded result to the string. Repeat the decoding for the all pieces.\nProvide the final string along with the intermediate strings after decoding each piece in a list.\nDo not include the final state in the list of intermediate states.\n\n[Question]\nSentence: 0x5 1x7 0x9 1x4 0x5 1x6 0x7 1x5 0x7 1x6 0x7 1x9 0x5 1x6 0x9 1x1 0x5 1x3 0x6 1x2 0x9 1x7 0x9 1x2 0x4\n", "label": {"final": "0000011111110000000001111000001111110000000111110000000111111000000011111111100000111111000000000100000111000000110000000001111111000000000110000", "init": "", "intermediate": ["00000", "000001111111", "000001111111000000000", "0000011111110000000001111", "000001111111000000000111100000", "000001111111000000000111100000111111", "0000011111110000000001111000001111110000000", "000001111111000000000111100000111111000000011111", "0000011111110000000001111000001111110000000111110000000", "0000011111110000000001111000001111110000000111110000000111111", "00000111111100000000011110000011111100000001111100000001111110000000", "00000111111100000000011110000011111100000001111100000001111110000000111111111", "0000011111110000000001111000001111110000000111110000000111111000000011111111100000", "0000011111110000000001111000001111110000000111110000000111111000000011111111100000111111", "0000011111110000000001111000001111110000000111110000000111111000000011111111100000111111000000000", "00000111111100000000011110000011111100000001111100000001111110000000111111111000001111110000000001", "0000011111110000000001111000001111110000000111110000000111111000000011111111100000111111000000000100000", "0000011111110000000001111000001111110000000111110000000111111000000011111111100000111111000000000100000111", "0000011111110000000001111000001111110000000111110000000111111000000011111111100000111111000000000100000111000000", "000001111111000000000111100000111111000000011111000000011111100000001111111110000011111100000000010000011100000011", "000001111111000000000111100000111111000000011111000000011111100000001111111110000011111100000000010000011100000011000000000", "0000011111110000000001111000001111110000000111110000000111111000000011111111100000111111000000000100000111000000110000000001111111", "0000011111110000000001111000001111110000000111110000000111111000000011111111100000111111000000000100000111000000110000000001111111000000000", "000001111111000000000111100000111111000000011111000000011111100000001111111110000011111100000000010000011100000011000000000111111100000000011"]}, "config": {"bit_sentence": "0x5 1x7 0x9 1x4 0x5 1x6 0x7 1x5 0x7 1x6 0x7 1x9 0x5 1x6 0x9 1x1 0x5 1x3 0x6 1x2 0x9 1x7 0x9 1x2 0x4", "len_code": 25}, "task_name": "task15", "example_name": "0239", "problem_name": "task15_0239"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: cz\nActions: pop_left, push_left(v)", "label": {"final": "vz", "init": "cz", "intermediate": ["z"]}, "config": {"actions": ["pop_left", "push_left(v)"], "initial": "cz", "len_action": 2, "len_string": 2}, "task_name": "task16", "example_name": "0000", "problem_name": "task16_0000"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: il\nActions: pop_left, push_right(f)", "label": {"final": "lf", "init": "il", "intermediate": ["l"]}, "config": {"actions": ["pop_left", "push_right(f)"], "initial": "il", "len_action": 2, "len_string": 2}, "task_name": "task16", "example_name": "0001", "problem_name": "task16_0001"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: wi\nActions: push_right(x), push_left(r)", "label": {"final": "rwix", "init": "wi", "intermediate": ["wix"]}, "config": {"actions": ["push_right(x)", "push_left(r)"], "initial": "wi", "len_action": 2, "len_string": 2}, "task_name": "task16", "example_name": "0002", "problem_name": "task16_0002"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: kd\nActions: push_left(v), pop_right", "label": {"final": "vk", "init": "kd", "intermediate": ["vkd"]}, "config": {"actions": ["push_left(v)", "pop_right"], "initial": "kd", "len_action": 2, "len_string": 2}, "task_name": "task16", "example_name": "0003", "problem_name": "task16_0003"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ug\nActions: pop_left, push_left(p)", "label": {"final": "pg", "init": "ug", "intermediate": ["g"]}, "config": {"actions": ["pop_left", "push_left(p)"], "initial": "ug", "len_action": 2, "len_string": 2}, "task_name": "task16", "example_name": "0004", "problem_name": "task16_0004"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: lm\nActions: pop_left, pop_left", "label": {"final": "", "init": "lm", "intermediate": ["m"]}, "config": {"actions": ["pop_left", "pop_left"], "initial": "lm", "len_action": 2, "len_string": 2}, "task_name": "task16", "example_name": "0005", "problem_name": "task16_0005"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: gc\nActions: pop_left, pop_left", "label": {"final": "", "init": "gc", "intermediate": ["c"]}, "config": {"actions": ["pop_left", "pop_left"], "initial": "gc", "len_action": 2, "len_string": 2}, "task_name": "task16", "example_name": "0006", "problem_name": "task16_0006"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: rc\nActions: pop_left, pop_left", "label": {"final": "", "init": "rc", "intermediate": ["c"]}, "config": {"actions": ["pop_left", "pop_left"], "initial": "rc", "len_action": 2, "len_string": 2}, "task_name": "task16", "example_name": "0007", "problem_name": "task16_0007"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: cg\nActions: push_right(y), pop_left", "label": {"final": "gy", "init": "cg", "intermediate": ["cgy"]}, "config": {"actions": ["push_right(y)", "pop_left"], "initial": "cg", "len_action": 2, "len_string": 2}, "task_name": "task16", "example_name": "0008", "problem_name": "task16_0008"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ue\nActions: push_left(b), push_right(h)", "label": {"final": "bueh", "init": "ue", "intermediate": ["bue"]}, "config": {"actions": ["push_left(b)", "push_right(h)"], "initial": "ue", "len_action": 2, "len_string": 2}, "task_name": "task16", "example_name": "0009", "problem_name": "task16_0009"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: vnt\nActions: pop_left, pop_left, push_right(b)", "label": {"final": "tb", "init": "vnt", "intermediate": ["nt", "t"]}, "config": {"actions": ["pop_left", "pop_left", "push_right(b)"], "initial": "vnt", "len_action": 3, "len_string": 3}, "task_name": "task16", "example_name": "0010", "problem_name": "task16_0010"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: gyl\nActions: pop_right, push_right(i), pop_right", "label": {"final": "gy", "init": "gyl", "intermediate": ["gy", "gyi"]}, "config": {"actions": ["pop_right", "push_right(i)", "pop_right"], "initial": "gyl", "len_action": 3, "len_string": 3}, "task_name": "task16", "example_name": "0011", "problem_name": "task16_0011"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: min\nActions: pop_right, pop_left, push_right(k)", "label": {"final": "ik", "init": "min", "intermediate": ["mi", "i"]}, "config": {"actions": ["pop_right", "pop_left", "push_right(k)"], "initial": "min", "len_action": 3, "len_string": 3}, "task_name": "task16", "example_name": "0012", "problem_name": "task16_0012"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: gvk\nActions: pop_left, push_left(e), pop_right", "label": {"final": "ev", "init": "gvk", "intermediate": ["vk", "evk"]}, "config": {"actions": ["pop_left", "push_left(e)", "pop_right"], "initial": "gvk", "len_action": 3, "len_string": 3}, "task_name": "task16", "example_name": "0013", "problem_name": "task16_0013"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: pkg\nActions: push_right(r), pop_left, push_right(t)", "label": {"final": "kgrt", "init": "pkg", "intermediate": ["pkgr", "kgr"]}, "config": {"actions": ["push_right(r)", "pop_left", "push_right(t)"], "initial": "pkg", "len_action": 3, "len_string": 3}, "task_name": "task16", "example_name": "0014", "problem_name": "task16_0014"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ish\nActions: pop_left, pop_right, push_left(k)", "label": {"final": "ks", "init": "ish", "intermediate": ["sh", "s"]}, "config": {"actions": ["pop_left", "pop_right", "push_left(k)"], "initial": "ish", "len_action": 3, "len_string": 3}, "task_name": "task16", "example_name": "0015", "problem_name": "task16_0015"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: hhr\nActions: push_left(r), push_right(d), push_left(x)", "label": {"final": "xrhhrd", "init": "hhr", "intermediate": ["rhhr", "rhhrd"]}, "config": {"actions": ["push_left(r)", "push_right(d)", "push_left(x)"], "initial": "hhr", "len_action": 3, "len_string": 3}, "task_name": "task16", "example_name": "0016", "problem_name": "task16_0016"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: bsc\nActions: pop_right, pop_right, pop_left", "label": {"final": "", "init": "bsc", "intermediate": ["bs", "b"]}, "config": {"actions": ["pop_right", "pop_right", "pop_left"], "initial": "bsc", "len_action": 3, "len_string": 3}, "task_name": "task16", "example_name": "0017", "problem_name": "task16_0017"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: tjr\nActions: pop_right, push_right(b), pop_right", "label": {"final": "tj", "init": "tjr", "intermediate": ["tj", "tjb"]}, "config": {"actions": ["pop_right", "push_right(b)", "pop_right"], "initial": "tjr", "len_action": 3, "len_string": 3}, "task_name": "task16", "example_name": "0018", "problem_name": "task16_0018"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: hno\nActions: push_right(c), push_right(j), push_left(g)", "label": {"final": "ghnocj", "init": "hno", "intermediate": ["hnoc", "hnocj"]}, "config": {"actions": ["push_right(c)", "push_right(j)", "push_left(g)"], "initial": "hno", "len_action": 3, "len_string": 3}, "task_name": "task16", "example_name": "0019", "problem_name": "task16_0019"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: roiv\nActions: pop_right, pop_right, pop_left, pop_left", "label": {"final": "", "init": "roiv", "intermediate": ["roi", "ro", "o"]}, "config": {"actions": ["pop_right", "pop_right", "pop_left", "pop_left"], "initial": "roiv", "len_action": 4, "len_string": 4}, "task_name": "task16", "example_name": "0020", "problem_name": "task16_0020"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: wffm\nActions: push_right(v), pop_right, pop_right, push_right(a)", "label": {"final": "wffa", "init": "wffm", "intermediate": ["wffmv", "wffm", "wff"]}, "config": {"actions": ["push_right(v)", "pop_right", "pop_right", "push_right(a)"], "initial": "wffm", "len_action": 4, "len_string": 4}, "task_name": "task16", "example_name": "0021", "problem_name": "task16_0021"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: zibt\nActions: pop_left, pop_right, push_left(i), pop_right", "label": {"final": "ii", "init": "zibt", "intermediate": ["ibt", "ib", "iib"]}, "config": {"actions": ["pop_left", "pop_right", "push_left(i)", "pop_right"], "initial": "zibt", "len_action": 4, "len_string": 4}, "task_name": "task16", "example_name": "0022", "problem_name": "task16_0022"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ruzf\nActions: push_right(i), pop_left, pop_right, push_right(k)", "label": {"final": "uzfk", "init": "ruzf", "intermediate": ["ruzfi", "uzfi", "uzf"]}, "config": {"actions": ["push_right(i)", "pop_left", "pop_right", "push_right(k)"], "initial": "ruzf", "len_action": 4, "len_string": 4}, "task_name": "task16", "example_name": "0023", "problem_name": "task16_0023"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ysxs\nActions: pop_left, push_left(d), pop_right, push_left(c)", "label": {"final": "cdsx", "init": "ysxs", "intermediate": ["sxs", "dsxs", "dsx"]}, "config": {"actions": ["pop_left", "push_left(d)", "pop_right", "push_left(c)"], "initial": "ysxs", "len_action": 4, "len_string": 4}, "task_name": "task16", "example_name": "0024", "problem_name": "task16_0024"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: enxg\nActions: push_right(b), pop_right, push_left(l), pop_right", "label": {"final": "lenx", "init": "enxg", "intermediate": ["enxgb", "enxg", "lenxg"]}, "config": {"actions": ["push_right(b)", "pop_right", "push_left(l)", "pop_right"], "initial": "enxg", "len_action": 4, "len_string": 4}, "task_name": "task16", "example_name": "0025", "problem_name": "task16_0025"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: fsdc\nActions: pop_left, pop_right, push_right(m), push_left(s)", "label": {"final": "ssdm", "init": "fsdc", "intermediate": ["sdc", "sd", "sdm"]}, "config": {"actions": ["pop_left", "pop_right", "push_right(m)", "push_left(s)"], "initial": "fsdc", "len_action": 4, "len_string": 4}, "task_name": "task16", "example_name": "0026", "problem_name": "task16_0026"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: frdg\nActions: pop_left, pop_right, push_left(h), pop_right", "label": {"final": "hr", "init": "frdg", "intermediate": ["rdg", "rd", "hrd"]}, "config": {"actions": ["pop_left", "pop_right", "push_left(h)", "pop_right"], "initial": "frdg", "len_action": 4, "len_string": 4}, "task_name": "task16", "example_name": "0027", "problem_name": "task16_0027"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: kuqf\nActions: push_right(p), push_left(z), push_left(w), push_right(z)", "label": {"final": "wzkuqfpz", "init": "kuqf", "intermediate": ["kuqfp", "zkuqfp", "wzkuqfp"]}, "config": {"actions": ["push_right(p)", "push_left(z)", "push_left(w)", "push_right(z)"], "initial": "kuqf", "len_action": 4, "len_string": 4}, "task_name": "task16", "example_name": "0028", "problem_name": "task16_0028"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: odob\nActions: pop_left, push_right(y), push_left(t), pop_left", "label": {"final": "doby", "init": "odob", "intermediate": ["dob", "doby", "tdoby"]}, "config": {"actions": ["pop_left", "push_right(y)", "push_left(t)", "pop_left"], "initial": "odob", "len_action": 4, "len_string": 4}, "task_name": "task16", "example_name": "0029", "problem_name": "task16_0029"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: xegmo\nActions: push_right(z), pop_left, push_left(e), pop_left, push_right(r)", "label": {"final": "egmozr", "init": "xegmo", "intermediate": ["xegmoz", "egmoz", "eegmoz", "egmoz"]}, "config": {"actions": ["push_right(z)", "pop_left", "push_left(e)", "pop_left", "push_right(r)"], "initial": "xegmo", "len_action": 5, "len_string": 5}, "task_name": "task16", "example_name": "0030", "problem_name": "task16_0030"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: vhelw\nActions: push_right(z), push_right(a), pop_right, push_right(g), push_right(u)", "label": {"final": "vhelwzgu", "init": "vhelw", "intermediate": ["vhelwz", "vhelwza", "vhelwz", "vhelwzg"]}, "config": {"actions": ["push_right(z)", "push_right(a)", "pop_right", "push_right(g)", "push_right(u)"], "initial": "vhelw", "len_action": 5, "len_string": 5}, "task_name": "task16", "example_name": "0031", "problem_name": "task16_0031"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: axpio\nActions: pop_left, pop_left, push_right(z), pop_left, pop_left", "label": {"final": "oz", "init": "axpio", "intermediate": ["xpio", "pio", "pioz", "ioz"]}, "config": {"actions": ["pop_left", "pop_left", "push_right(z)", "pop_left", "pop_left"], "initial": "axpio", "len_action": 5, "len_string": 5}, "task_name": "task16", "example_name": "0032", "problem_name": "task16_0032"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: tngqd\nActions: push_left(n), pop_left, push_right(p), pop_right, pop_left", "label": {"final": "ngqd", "init": "tngqd", "intermediate": ["ntngqd", "tngqd", "tngqdp", "tngqd"]}, "config": {"actions": ["push_left(n)", "pop_left", "push_right(p)", "pop_right", "pop_left"], "initial": "tngqd", "len_action": 5, "len_string": 5}, "task_name": "task16", "example_name": "0033", "problem_name": "task16_0033"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: gowig\nActions: push_left(t), push_left(x), push_right(m), push_right(v), pop_left", "label": {"final": "tgowigmv", "init": "gowig", "intermediate": ["tgowig", "xtgowig", "xtgowigm", "xtgowigmv"]}, "config": {"actions": ["push_left(t)", "push_left(x)", "push_right(m)", "push_right(v)", "pop_left"], "initial": "gowig", "len_action": 5, "len_string": 5}, "task_name": "task16", "example_name": "0034", "problem_name": "task16_0034"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: bufht\nActions: push_left(z), push_left(j), push_left(v), pop_right, pop_left", "label": {"final": "jzbufh", "init": "bufht", "intermediate": ["zbufht", "jzbufht", "vjzbufht", "vjzbufh"]}, "config": {"actions": ["push_left(z)", "push_left(j)", "push_left(v)", "pop_right", "pop_left"], "initial": "bufht", "len_action": 5, "len_string": 5}, "task_name": "task16", "example_name": "0035", "problem_name": "task16_0035"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: zuhvp\nActions: pop_left, push_right(q), pop_right, push_right(v), push_left(v)", "label": {"final": "vuhvpv", "init": "zuhvp", "intermediate": ["uhvp", "uhvpq", "uhvp", "uhvpv"]}, "config": {"actions": ["pop_left", "push_right(q)", "pop_right", "push_right(v)", "push_left(v)"], "initial": "zuhvp", "len_action": 5, "len_string": 5}, "task_name": "task16", "example_name": "0036", "problem_name": "task16_0036"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: dfwbp\nActions: push_left(s), push_left(j), pop_left, pop_left, pop_left", "label": {"final": "fwbp", "init": "dfwbp", "intermediate": ["sdfwbp", "jsdfwbp", "sdfwbp", "dfwbp"]}, "config": {"actions": ["push_left(s)", "push_left(j)", "pop_left", "pop_left", "pop_left"], "initial": "dfwbp", "len_action": 5, "len_string": 5}, "task_name": "task16", "example_name": "0037", "problem_name": "task16_0037"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: huvso\nActions: pop_right, push_left(l), pop_right, pop_right, pop_left", "label": {"final": "hu", "init": "huvso", "intermediate": ["huvs", "lhuvs", "lhuv", "lhu"]}, "config": {"actions": ["pop_right", "push_left(l)", "pop_right", "pop_right", "pop_left"], "initial": "huvso", "len_action": 5, "len_string": 5}, "task_name": "task16", "example_name": "0038", "problem_name": "task16_0038"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: gqfkd\nActions: pop_right, pop_left, pop_left, pop_right, pop_right", "label": {"final": "", "init": "gqfkd", "intermediate": ["gqfk", "qfk", "fk", "f"]}, "config": {"actions": ["pop_right", "pop_left", "pop_left", "pop_right", "pop_right"], "initial": "gqfkd", "len_action": 5, "len_string": 5}, "task_name": "task16", "example_name": "0039", "problem_name": "task16_0039"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ypxklz\nActions: pop_right, push_left(d), push_right(p), push_right(p), pop_right, pop_left", "label": {"final": "ypxklp", "init": "ypxklz", "intermediate": ["ypxkl", "dypxkl", "dypxklp", "dypxklpp", "dypxklp"]}, "config": {"actions": ["pop_right", "push_left(d)", "push_right(p)", "push_right(p)", "pop_right", "pop_left"], "initial": "ypxklz", "len_action": 6, "len_string": 6}, "task_name": "task16", "example_name": "0040", "problem_name": "task16_0040"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: qyritm\nActions: push_left(j), pop_left, push_right(s), push_right(n), push_left(u), pop_right", "label": {"final": "uqyritms", "init": "qyritm", "intermediate": ["jqyritm", "qyritm", "qyritms", "qyritmsn", "uqyritmsn"]}, "config": {"actions": ["push_left(j)", "pop_left", "push_right(s)", "push_right(n)", "push_left(u)", "pop_right"], "initial": "qyritm", "len_action": 6, "len_string": 6}, "task_name": "task16", "example_name": "0041", "problem_name": "task16_0041"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ndsche\nActions: pop_right, push_right(b), push_right(r), push_left(e), push_right(t), push_left(u)", "label": {"final": "uendschbrt", "init": "ndsche", "intermediate": ["ndsch", "ndschb", "ndschbr", "endschbr", "endschbrt"]}, "config": {"actions": ["pop_right", "push_right(b)", "push_right(r)", "push_left(e)", "push_right(t)", "push_left(u)"], "initial": "ndsche", "len_action": 6, "len_string": 6}, "task_name": "task16", "example_name": "0042", "problem_name": "task16_0042"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: zmfshj\nActions: push_left(s), push_right(b), push_right(s), push_right(c), pop_right, push_right(t)", "label": {"final": "szmfshjbst", "init": "zmfshj", "intermediate": ["szmfshj", "szmfshjb", "szmfshjbs", "szmfshjbsc", "szmfshjbs"]}, "config": {"actions": ["push_left(s)", "push_right(b)", "push_right(s)", "push_right(c)", "pop_right", "push_right(t)"], "initial": "zmfshj", "len_action": 6, "len_string": 6}, "task_name": "task16", "example_name": "0043", "problem_name": "task16_0043"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: mlghpu\nActions: pop_left, pop_left, pop_right, pop_right, pop_left, pop_left", "label": {"final": "", "init": "mlghpu", "intermediate": ["lghpu", "ghpu", "ghp", "gh", "h"]}, "config": {"actions": ["pop_left", "pop_left", "pop_right", "pop_right", "pop_left", "pop_left"], "initial": "mlghpu", "len_action": 6, "len_string": 6}, "task_name": "task16", "example_name": "0044", "problem_name": "task16_0044"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: vvtsaf\nActions: push_left(y), pop_left, push_right(s), pop_right, push_right(z), pop_left", "label": {"final": "vtsafz", "init": "vvtsaf", "intermediate": ["yvvtsaf", "vvtsaf", "vvtsafs", "vvtsaf", "vvtsafz"]}, "config": {"actions": ["push_left(y)", "pop_left", "push_right(s)", "pop_right", "push_right(z)", "pop_left"], "initial": "vvtsaf", "len_action": 6, "len_string": 6}, "task_name": "task16", "example_name": "0045", "problem_name": "task16_0045"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: oysamb\nActions: push_right(f), push_right(o), pop_left, pop_left, pop_left, pop_left", "label": {"final": "mbfo", "init": "oysamb", "intermediate": ["oysambf", "oysambfo", "ysambfo", "sambfo", "ambfo"]}, "config": {"actions": ["push_right(f)", "push_right(o)", "pop_left", "pop_left", "pop_left", "pop_left"], "initial": "oysamb", "len_action": 6, "len_string": 6}, "task_name": "task16", "example_name": "0046", "problem_name": "task16_0046"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: eeajpt\nActions: pop_left, pop_right, pop_left, pop_right, pop_left, push_right(g)", "label": {"final": "jg", "init": "eeajpt", "intermediate": ["eajpt", "eajp", "ajp", "aj", "j"]}, "config": {"actions": ["pop_left", "pop_right", "pop_left", "pop_right", "pop_left", "push_right(g)"], "initial": "eeajpt", "len_action": 6, "len_string": 6}, "task_name": "task16", "example_name": "0047", "problem_name": "task16_0047"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ycadgo\nActions: pop_left, pop_left, push_right(a), push_right(f), pop_left, pop_left", "label": {"final": "goaf", "init": "ycadgo", "intermediate": ["cadgo", "adgo", "adgoa", "adgoaf", "dgoaf"]}, "config": {"actions": ["pop_left", "pop_left", "push_right(a)", "push_right(f)", "pop_left", "pop_left"], "initial": "ycadgo", "len_action": 6, "len_string": 6}, "task_name": "task16", "example_name": "0048", "problem_name": "task16_0048"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: fvikst\nActions: push_left(i), push_right(l), pop_left, pop_left, push_left(f), pop_right", "label": {"final": "fvikst", "init": "fvikst", "intermediate": ["ifvikst", "ifvikstl", "fvikstl", "vikstl", "fvikstl"]}, "config": {"actions": ["push_left(i)", "push_right(l)", "pop_left", "pop_left", "push_left(f)", "pop_right"], "initial": "fvikst", "len_action": 6, "len_string": 6}, "task_name": "task16", "example_name": "0049", "problem_name": "task16_0049"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: pdrffty\nActions: push_right(l), push_right(f), push_right(n), pop_right, push_right(d), push_left(w), push_right(n)", "label": {"final": "wpdrfftylfdn", "init": "pdrffty", "intermediate": ["pdrfftyl", "pdrfftylf", "pdrfftylfn", "pdrfftylf", "pdrfftylfd", "wpdrfftylfd"]}, "config": {"actions": ["push_right(l)", "push_right(f)", "push_right(n)", "pop_right", "push_right(d)", "push_left(w)", "push_right(n)"], "initial": "pdrffty", "len_action": 7, "len_string": 7}, "task_name": "task16", "example_name": "0050", "problem_name": "task16_0050"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: nxgxima\nActions: push_left(t), push_right(z), pop_left, push_left(s), pop_right, pop_right, pop_right", "label": {"final": "snxgxi", "init": "nxgxima", "intermediate": ["tnxgxima", "tnxgximaz", "nxgximaz", "snxgximaz", "snxgxima", "snxgxim"]}, "config": {"actions": ["push_left(t)", "push_right(z)", "pop_left", "push_left(s)", "pop_right", "pop_right", "pop_right"], "initial": "nxgxima", "len_action": 7, "len_string": 7}, "task_name": "task16", "example_name": "0051", "problem_name": "task16_0051"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: jkljmkd\nActions: pop_left, pop_right, push_right(t), push_right(h), push_right(f), pop_right, pop_right", "label": {"final": "kljmkt", "init": "jkljmkd", "intermediate": ["kljmkd", "kljmk", "kljmkt", "kljmkth", "kljmkthf", "kljmkth"]}, "config": {"actions": ["pop_left", "pop_right", "push_right(t)", "push_right(h)", "push_right(f)", "pop_right", "pop_right"], "initial": "jkljmkd", "len_action": 7, "len_string": 7}, "task_name": "task16", "example_name": "0052", "problem_name": "task16_0052"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: zoxqiyb\nActions: pop_right, pop_right, push_right(u), push_left(p), push_right(v), push_left(r), push_right(m)", "label": {"final": "rpzoxqiuvm", "init": "zoxqiyb", "intermediate": ["zoxqiy", "zoxqi", "zoxqiu", "pzoxqiu", "pzoxqiuv", "rpzoxqiuv"]}, "config": {"actions": ["pop_right", "pop_right", "push_right(u)", "push_left(p)", "push_right(v)", "push_left(r)", "push_right(m)"], "initial": "zoxqiyb", "len_action": 7, "len_string": 7}, "task_name": "task16", "example_name": "0053", "problem_name": "task16_0053"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: edomruj\nActions: push_right(h), pop_right, pop_left, push_left(i), pop_right, pop_left, push_left(v)", "label": {"final": "vdomru", "init": "edomruj", "intermediate": ["edomrujh", "edomruj", "domruj", "idomruj", "idomru", "domru"]}, "config": {"actions": ["push_right(h)", "pop_right", "pop_left", "push_left(i)", "pop_right", "pop_left", "push_left(v)"], "initial": "edomruj", "len_action": 7, "len_string": 7}, "task_name": "task16", "example_name": "0054", "problem_name": "task16_0054"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: chstevh\nActions: push_right(r), pop_left, push_right(u), push_left(y), pop_left, push_left(d), push_left(a)", "label": {"final": "adhstevhru", "init": "chstevh", "intermediate": ["chstevhr", "hstevhr", "hstevhru", "yhstevhru", "hstevhru", "dhstevhru"]}, "config": {"actions": ["push_right(r)", "pop_left", "push_right(u)", "push_left(y)", "pop_left", "push_left(d)", "push_left(a)"], "initial": "chstevh", "len_action": 7, "len_string": 7}, "task_name": "task16", "example_name": "0055", "problem_name": "task16_0055"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: cegrznb\nActions: pop_right, push_left(v), pop_left, pop_right, push_right(q), push_right(k), push_left(l)", "label": {"final": "lcegrzqk", "init": "cegrznb", "intermediate": ["cegrzn", "vcegrzn", "cegrzn", "cegrz", "cegrzq", "cegrzqk"]}, "config": {"actions": ["pop_right", "push_left(v)", "pop_left", "pop_right", "push_right(q)", "push_right(k)", "push_left(l)"], "initial": "cegrznb", "len_action": 7, "len_string": 7}, "task_name": "task16", "example_name": "0056", "problem_name": "task16_0056"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: wrytfed\nActions: push_left(b), push_left(c), pop_left, pop_left, pop_right, pop_right, push_left(q)", "label": {"final": "qwrytf", "init": "wrytfed", "intermediate": ["bwrytfed", "cbwrytfed", "bwrytfed", "wrytfed", "wrytfe", "wrytf"]}, "config": {"actions": ["push_left(b)", "push_left(c)", "pop_left", "pop_left", "pop_right", "pop_right", "push_left(q)"], "initial": "wrytfed", "len_action": 7, "len_string": 7}, "task_name": "task16", "example_name": "0057", "problem_name": "task16_0057"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: htrlfsf\nActions: pop_right, pop_left, pop_left, push_right(a), push_right(j), pop_left, pop_right", "label": {"final": "lfsa", "init": "htrlfsf", "intermediate": ["htrlfs", "trlfs", "rlfs", "rlfsa", "rlfsaj", "lfsaj"]}, "config": {"actions": ["pop_right", "pop_left", "pop_left", "push_right(a)", "push_right(j)", "pop_left", "pop_right"], "initial": "htrlfsf", "len_action": 7, "len_string": 7}, "task_name": "task16", "example_name": "0058", "problem_name": "task16_0058"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: chawony\nActions: push_right(n), push_left(e), pop_left, pop_right, pop_left, push_right(y), push_right(v)", "label": {"final": "hawonyyv", "init": "chawony", "intermediate": ["chawonyn", "echawonyn", "chawonyn", "chawony", "hawony", "hawonyy"]}, "config": {"actions": ["push_right(n)", "push_left(e)", "pop_left", "pop_right", "pop_left", "push_right(y)", "push_right(v)"], "initial": "chawony", "len_action": 7, "len_string": 7}, "task_name": "task16", "example_name": "0059", "problem_name": "task16_0059"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: fzuedoyh\nActions: push_left(a), push_left(q), pop_right, pop_left, pop_left, push_left(u), push_right(b), push_right(c)", "label": {"final": "ufzuedoybc", "init": "fzuedoyh", "intermediate": ["afzuedoyh", "qafzuedoyh", "qafzuedoy", "afzuedoy", "fzuedoy", "ufzuedoy", "ufzuedoyb"]}, "config": {"actions": ["push_left(a)", "push_left(q)", "pop_right", "pop_left", "pop_left", "push_left(u)", "push_right(b)", "push_right(c)"], "initial": "fzuedoyh", "len_action": 8, "len_string": 8}, "task_name": "task16", "example_name": "0060", "problem_name": "task16_0060"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: iqvuynot\nActions: push_left(t), push_right(c), pop_right, pop_right, push_right(z), pop_left, pop_left, push_right(y)", "label": {"final": "qvuynozy", "init": "iqvuynot", "intermediate": ["tiqvuynot", "tiqvuynotc", "tiqvuynot", "tiqvuyno", "tiqvuynoz", "iqvuynoz", "qvuynoz"]}, "config": {"actions": ["push_left(t)", "push_right(c)", "pop_right", "pop_right", "push_right(z)", "pop_left", "pop_left", "push_right(y)"], "initial": "iqvuynot", "len_action": 8, "len_string": 8}, "task_name": "task16", "example_name": "0061", "problem_name": "task16_0061"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: sgctpowb\nActions: pop_left, push_left(c), push_left(m), pop_right, push_right(k), pop_left, push_right(v), push_left(e)", "label": {"final": "ecgctpowkv", "init": "sgctpowb", "intermediate": ["gctpowb", "cgctpowb", "mcgctpowb", "mcgctpow", "mcgctpowk", "cgctpowk", "cgctpowkv"]}, "config": {"actions": ["pop_left", "push_left(c)", "push_left(m)", "pop_right", "push_right(k)", "pop_left", "push_right(v)", "push_left(e)"], "initial": "sgctpowb", "len_action": 8, "len_string": 8}, "task_name": "task16", "example_name": "0062", "problem_name": "task16_0062"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: tizjlbjx\nActions: pop_left, pop_left, push_right(z), push_right(g), pop_left, pop_left, push_right(y), push_left(b)", "label": {"final": "blbjxzgy", "init": "tizjlbjx", "intermediate": ["izjlbjx", "zjlbjx", "zjlbjxz", "zjlbjxzg", "jlbjxzg", "lbjxzg", "lbjxzgy"]}, "config": {"actions": ["pop_left", "pop_left", "push_right(z)", "push_right(g)", "pop_left", "pop_left", "push_right(y)", "push_left(b)"], "initial": "tizjlbjx", "len_action": 8, "len_string": 8}, "task_name": "task16", "example_name": "0063", "problem_name": "task16_0063"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: kvzbdtqt\nActions: pop_right, pop_right, pop_right, push_left(o), pop_left, push_right(f), push_left(g), push_left(o)", "label": {"final": "ogkvzbdf", "init": "kvzbdtqt", "intermediate": ["kvzbdtq", "kvzbdt", "kvzbd", "okvzbd", "kvzbd", "kvzbdf", "gkvzbdf"]}, "config": {"actions": ["pop_right", "pop_right", "pop_right", "push_left(o)", "pop_left", "push_right(f)", "push_left(g)", "push_left(o)"], "initial": "kvzbdtqt", "len_action": 8, "len_string": 8}, "task_name": "task16", "example_name": "0064", "problem_name": "task16_0064"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: lzidwdfy\nActions: push_right(t), push_left(z), pop_left, pop_right, pop_right, push_right(k), pop_left, pop_left", "label": {"final": "idwdfk", "init": "lzidwdfy", "intermediate": ["lzidwdfyt", "zlzidwdfyt", "lzidwdfyt", "lzidwdfy", "lzidwdf", "lzidwdfk", "zidwdfk"]}, "config": {"actions": ["push_right(t)", "push_left(z)", "pop_left", "pop_right", "pop_right", "push_right(k)", "pop_left", "pop_left"], "initial": "lzidwdfy", "len_action": 8, "len_string": 8}, "task_name": "task16", "example_name": "0065", "problem_name": "task16_0065"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: wghytcld\nActions: pop_right, push_left(o), push_left(f), pop_left, push_left(g), pop_right, push_right(w), pop_right", "label": {"final": "gowghytc", "init": "wghytcld", "intermediate": ["wghytcl", "owghytcl", "fowghytcl", "owghytcl", "gowghytcl", "gowghytc", "gowghytcw"]}, "config": {"actions": ["pop_right", "push_left(o)", "push_left(f)", "pop_left", "push_left(g)", "pop_right", "push_right(w)", "pop_right"], "initial": "wghytcld", "len_action": 8, "len_string": 8}, "task_name": "task16", "example_name": "0066", "problem_name": "task16_0066"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: uewlttaw\nActions: pop_right, pop_left, pop_left, push_left(t), push_right(l), pop_left, pop_right, pop_left", "label": {"final": "ltta", "init": "uewlttaw", "intermediate": ["uewltta", "ewltta", "wltta", "twltta", "twlttal", "wlttal", "wltta"]}, "config": {"actions": ["pop_right", "pop_left", "pop_left", "push_left(t)", "push_right(l)", "pop_left", "pop_right", "pop_left"], "initial": "uewlttaw", "len_action": 8, "len_string": 8}, "task_name": "task16", "example_name": "0067", "problem_name": "task16_0067"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: bxbwcutd\nActions: push_left(p), push_left(f), push_right(b), push_right(q), push_right(p), pop_right, push_left(y), push_right(d)", "label": {"final": "yfpbxbwcutdbqd", "init": "bxbwcutd", "intermediate": ["pbxbwcutd", "fpbxbwcutd", "fpbxbwcutdb", "fpbxbwcutdbq", "fpbxbwcutdbqp", "fpbxbwcutdbq", "yfpbxbwcutdbq"]}, "config": {"actions": ["push_left(p)", "push_left(f)", "push_right(b)", "push_right(q)", "push_right(p)", "pop_right", "push_left(y)", "push_right(d)"], "initial": "bxbwcutd", "len_action": 8, "len_string": 8}, "task_name": "task16", "example_name": "0068", "problem_name": "task16_0068"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ymzdqoua\nActions: push_left(s), push_right(u), push_right(p), push_right(f), pop_right, pop_right, pop_left, pop_left", "label": {"final": "mzdqouau", "init": "ymzdqoua", "intermediate": ["symzdqoua", "symzdqouau", "symzdqouaup", "symzdqouaupf", "symzdqouaup", "symzdqouau", "ymzdqouau"]}, "config": {"actions": ["push_left(s)", "push_right(u)", "push_right(p)", "push_right(f)", "pop_right", "pop_right", "pop_left", "pop_left"], "initial": "ymzdqoua", "len_action": 8, "len_string": 8}, "task_name": "task16", "example_name": "0069", "problem_name": "task16_0069"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: nmplsvzyy\nActions: pop_left, push_left(p), push_right(d), pop_left, pop_left, pop_right, pop_left, pop_left, pop_right", "label": {"final": "svzy", "init": "nmplsvzyy", "intermediate": ["mplsvzyy", "pmplsvzyy", "pmplsvzyyd", "mplsvzyyd", "plsvzyyd", "plsvzyy", "lsvzyy", "svzyy"]}, "config": {"actions": ["pop_left", "push_left(p)", "push_right(d)", "pop_left", "pop_left", "pop_right", "pop_left", "pop_left", "pop_right"], "initial": "nmplsvzyy", "len_action": 9, "len_string": 9}, "task_name": "task16", "example_name": "0070", "problem_name": "task16_0070"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: nbvdraqwt\nActions: pop_right, push_left(a), pop_left, push_left(v), push_left(w), push_left(y), push_left(c), push_right(b), push_right(z)", "label": {"final": "cywvnbvdraqwbz", "init": "nbvdraqwt", "intermediate": ["nbvdraqw", "anbvdraqw", "nbvdraqw", "vnbvdraqw", "wvnbvdraqw", "ywvnbvdraqw", "cywvnbvdraqw", "cywvnbvdraqwb"]}, "config": {"actions": ["pop_right", "push_left(a)", "pop_left", "push_left(v)", "push_left(w)", "push_left(y)", "push_left(c)", "push_right(b)", "push_right(z)"], "initial": "nbvdraqwt", "len_action": 9, "len_string": 9}, "task_name": "task16", "example_name": "0071", "problem_name": "task16_0071"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: nfgiwfgzz\nActions: push_right(a), pop_left, pop_left, pop_left, pop_left, pop_right, pop_left, pop_right, push_right(t)", "label": {"final": "fgzt", "init": "nfgiwfgzz", "intermediate": ["nfgiwfgzza", "fgiwfgzza", "giwfgzza", "iwfgzza", "wfgzza", "wfgzz", "fgzz", "fgz"]}, "config": {"actions": ["push_right(a)", "pop_left", "pop_left", "pop_left", "pop_left", "pop_right", "pop_left", "pop_right", "push_right(t)"], "initial": "nfgiwfgzz", "len_action": 9, "len_string": 9}, "task_name": "task16", "example_name": "0072", "problem_name": "task16_0072"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: zijdayhml\nActions: push_left(e), pop_right, pop_right, pop_left, pop_left, pop_right, pop_left, push_left(g), pop_left", "label": {"final": "jday", "init": "zijdayhml", "intermediate": ["ezijdayhml", "ezijdayhm", "ezijdayh", "zijdayh", "ijdayh", "ijday", "jday", "gjday"]}, "config": {"actions": ["push_left(e)", "pop_right", "pop_right", "pop_left", "pop_left", "pop_right", "pop_left", "push_left(g)", "pop_left"], "initial": "zijdayhml", "len_action": 9, "len_string": 9}, "task_name": "task16", "example_name": "0073", "problem_name": "task16_0073"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: yhrkqkwwy\nActions: pop_right, pop_right, push_right(a), pop_right, push_left(m), pop_right, pop_left, pop_right, push_left(d)", "label": {"final": "dyhrkq", "init": "yhrkqkwwy", "intermediate": ["yhrkqkww", "yhrkqkw", "yhrkqkwa", "yhrkqkw", "myhrkqkw", "myhrkqk", "yhrkqk", "yhrkq"]}, "config": {"actions": ["pop_right", "pop_right", "push_right(a)", "pop_right", "push_left(m)", "pop_right", "pop_left", "pop_right", "push_left(d)"], "initial": "yhrkqkwwy", "len_action": 9, "len_string": 9}, "task_name": "task16", "example_name": "0074", "problem_name": "task16_0074"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: jqxyygzwj\nActions: push_left(q), push_right(k), push_right(i), pop_left, pop_left, push_right(z), push_left(r), pop_left, push_right(n)", "label": {"final": "qxyygzwjkizn", "init": "jqxyygzwj", "intermediate": ["qjqxyygzwj", "qjqxyygzwjk", "qjqxyygzwjki", "jqxyygzwjki", "qxyygzwjki", "qxyygzwjkiz", "rqxyygzwjkiz", "qxyygzwjkiz"]}, "config": {"actions": ["push_left(q)", "push_right(k)", "push_right(i)", "pop_left", "pop_left", "push_right(z)", "push_left(r)", "pop_left", "push_right(n)"], "initial": "jqxyygzwj", "len_action": 9, "len_string": 9}, "task_name": "task16", "example_name": "0075", "problem_name": "task16_0075"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: jlhihxdba\nActions: pop_right, pop_left, push_left(o), push_right(o), pop_left, push_left(o), push_right(a), pop_left, push_left(w)", "label": {"final": "wlhihxdboa", "init": "jlhihxdba", "intermediate": ["jlhihxdb", "lhihxdb", "olhihxdb", "olhihxdbo", "lhihxdbo", "olhihxdbo", "olhihxdboa", "lhihxdboa"]}, "config": {"actions": ["pop_right", "pop_left", "push_left(o)", "push_right(o)", "pop_left", "push_left(o)", "push_right(a)", "pop_left", "push_left(w)"], "initial": "jlhihxdba", "len_action": 9, "len_string": 9}, "task_name": "task16", "example_name": "0076", "problem_name": "task16_0076"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: zlygpoafj\nActions: pop_right, push_left(a), pop_right, pop_left, push_right(w), push_right(o), push_left(h), push_left(r), pop_left", "label": {"final": "hzlygpoawo", "init": "zlygpoafj", "intermediate": ["zlygpoaf", "azlygpoaf", "azlygpoa", "zlygpoa", "zlygpoaw", "zlygpoawo", "hzlygpoawo", "rhzlygpoawo"]}, "config": {"actions": ["pop_right", "push_left(a)", "pop_right", "pop_left", "push_right(w)", "push_right(o)", "push_left(h)", "push_left(r)", "pop_left"], "initial": "zlygpoafj", "len_action": 9, "len_string": 9}, "task_name": "task16", "example_name": "0077", "problem_name": "task16_0077"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: equubmatu\nActions: pop_right, push_right(p), pop_right, pop_left, push_left(y), push_left(n), pop_left, pop_right, pop_right", "label": {"final": "yquubm", "init": "equubmatu", "intermediate": ["equubmat", "equubmatp", "equubmat", "quubmat", "yquubmat", "nyquubmat", "yquubmat", "yquubma"]}, "config": {"actions": ["pop_right", "push_right(p)", "pop_right", "pop_left", "push_left(y)", "push_left(n)", "pop_left", "pop_right", "pop_right"], "initial": "equubmatu", "len_action": 9, "len_string": 9}, "task_name": "task16", "example_name": "0078", "problem_name": "task16_0078"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: issrvcgzs\nActions: pop_right, pop_left, pop_left, push_left(o), push_right(o), pop_left, pop_right, pop_left, push_left(u)", "label": {"final": "urvcgz", "init": "issrvcgzs", "intermediate": ["issrvcgz", "ssrvcgz", "srvcgz", "osrvcgz", "osrvcgzo", "srvcgzo", "srvcgz", "rvcgz"]}, "config": {"actions": ["pop_right", "pop_left", "pop_left", "push_left(o)", "push_right(o)", "pop_left", "pop_right", "pop_left", "push_left(u)"], "initial": "issrvcgzs", "len_action": 9, "len_string": 9}, "task_name": "task16", "example_name": "0079", "problem_name": "task16_0079"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: gtoucskbna\nActions: pop_left, push_left(p), pop_left, pop_left, pop_left, pop_right, pop_right, pop_right, push_left(b), push_left(c)", "label": {"final": "cbucsk", "init": "gtoucskbna", "intermediate": ["toucskbna", "ptoucskbna", "toucskbna", "oucskbna", "ucskbna", "ucskbn", "ucskb", "ucsk", "bucsk"]}, "config": {"actions": ["pop_left", "push_left(p)", "pop_left", "pop_left", "pop_left", "pop_right", "pop_right", "pop_right", "push_left(b)", "push_left(c)"], "initial": "gtoucskbna", "len_action": 10, "len_string": 10}, "task_name": "task16", "example_name": "0080", "problem_name": "task16_0080"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: yhnbsyuxss\nActions: push_left(f), push_right(u), push_left(y), pop_right, pop_left, push_right(f), pop_right, pop_right, push_left(f), push_right(f)", "label": {"final": "ffyhnbsyuxsf", "init": "yhnbsyuxss", "intermediate": ["fyhnbsyuxss", "fyhnbsyuxssu", "yfyhnbsyuxssu", "yfyhnbsyuxss", "fyhnbsyuxss", "fyhnbsyuxssf", "fyhnbsyuxss", "fyhnbsyuxs", "ffyhnbsyuxs"]}, "config": {"actions": ["push_left(f)", "push_right(u)", "push_left(y)", "pop_right", "pop_left", "push_right(f)", "pop_right", "pop_right", "push_left(f)", "push_right(f)"], "initial": "yhnbsyuxss", "len_action": 10, "len_string": 10}, "task_name": "task16", "example_name": "0081", "problem_name": "task16_0081"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: dwhlqpzcyt\nActions: pop_left, pop_right, push_right(z), push_left(h), push_right(g), pop_left, pop_right, pop_left, pop_right, push_left(w)", "label": {"final": "whlqpzcy", "init": "dwhlqpzcyt", "intermediate": ["whlqpzcyt", "whlqpzcy", "whlqpzcyz", "hwhlqpzcyz", "hwhlqpzcyzg", "whlqpzcyzg", "whlqpzcyz", "hlqpzcyz", "hlqpzcy"]}, "config": {"actions": ["pop_left", "pop_right", "push_right(z)", "push_left(h)", "push_right(g)", "pop_left", "pop_right", "pop_left", "pop_right", "push_left(w)"], "initial": "dwhlqpzcyt", "len_action": 10, "len_string": 10}, "task_name": "task16", "example_name": "0082", "problem_name": "task16_0082"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: bnjknegqqk\nActions: push_left(k), pop_right, pop_left, push_left(a), pop_left, push_left(p), pop_left, pop_right, push_left(a), pop_left", "label": {"final": "bnjknegq", "init": "bnjknegqqk", "intermediate": ["kbnjknegqqk", "kbnjknegqq", "bnjknegqq", "abnjknegqq", "bnjknegqq", "pbnjknegqq", "bnjknegqq", "bnjknegq", "abnjknegq"]}, "config": {"actions": ["push_left(k)", "pop_right", "pop_left", "push_left(a)", "pop_left", "push_left(p)", "pop_left", "pop_right", "push_left(a)", "pop_left"], "initial": "bnjknegqqk", "len_action": 10, "len_string": 10}, "task_name": "task16", "example_name": "0083", "problem_name": "task16_0083"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: rggavrhacs\nActions: push_right(g), pop_right, push_left(y), pop_right, pop_left, push_left(k), pop_right, push_right(c), pop_left, push_right(l)", "label": {"final": "rggavrhacl", "init": "rggavrhacs", "intermediate": ["rggavrhacsg", "rggavrhacs", "yrggavrhacs", "yrggavrhac", "rggavrhac", "krggavrhac", "krggavrha", "krggavrhac", "rggavrhac"]}, "config": {"actions": ["push_right(g)", "pop_right", "push_left(y)", "pop_right", "pop_left", "push_left(k)", "pop_right", "push_right(c)", "pop_left", "push_right(l)"], "initial": "rggavrhacs", "len_action": 10, "len_string": 10}, "task_name": "task16", "example_name": "0084", "problem_name": "task16_0084"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: jchebmhhgp\nActions: push_right(d), push_right(s), pop_left, pop_left, push_right(k), push_left(c), pop_left, push_left(d), pop_left, push_left(a)", "label": {"final": "ahebmhhgpdsk", "init": "jchebmhhgp", "intermediate": ["jchebmhhgpd", "jchebmhhgpds", "chebmhhgpds", "hebmhhgpds", "hebmhhgpdsk", "chebmhhgpdsk", "hebmhhgpdsk", "dhebmhhgpdsk", "hebmhhgpdsk"]}, "config": {"actions": ["push_right(d)", "push_right(s)", "pop_left", "pop_left", "push_right(k)", "push_left(c)", "pop_left", "push_left(d)", "pop_left", "push_left(a)"], "initial": "jchebmhhgp", "len_action": 10, "len_string": 10}, "task_name": "task16", "example_name": "0085", "problem_name": "task16_0085"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: iuxwajuuca\nActions: pop_left, pop_left, pop_right, push_left(c), push_left(p), push_left(z), pop_left, pop_right, pop_left, push_left(b)", "label": {"final": "bcxwajuu", "init": "iuxwajuuca", "intermediate": ["uxwajuuca", "xwajuuca", "xwajuuc", "cxwajuuc", "pcxwajuuc", "zpcxwajuuc", "pcxwajuuc", "pcxwajuu", "cxwajuu"]}, "config": {"actions": ["pop_left", "pop_left", "pop_right", "push_left(c)", "push_left(p)", "push_left(z)", "pop_left", "pop_right", "pop_left", "push_left(b)"], "initial": "iuxwajuuca", "len_action": 10, "len_string": 10}, "task_name": "task16", "example_name": "0086", "problem_name": "task16_0086"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: uzvizwswkq\nActions: push_right(v), pop_right, push_right(h), push_right(c), pop_right, push_right(p), push_left(l), push_right(u), push_left(r), pop_right", "label": {"final": "rluzvizwswkqhp", "init": "uzvizwswkq", "intermediate": ["uzvizwswkqv", "uzvizwswkq", "uzvizwswkqh", "uzvizwswkqhc", "uzvizwswkqh", "uzvizwswkqhp", "luzvizwswkqhp", "luzvizwswkqhpu", "rluzvizwswkqhpu"]}, "config": {"actions": ["push_right(v)", "pop_right", "push_right(h)", "push_right(c)", "pop_right", "push_right(p)", "push_left(l)", "push_right(u)", "push_left(r)", "pop_right"], "initial": "uzvizwswkq", "len_action": 10, "len_string": 10}, "task_name": "task16", "example_name": "0087", "problem_name": "task16_0087"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: kjuoaottlu\nActions: push_left(i), pop_left, pop_right, pop_right, pop_right, push_right(i), push_right(g), pop_left, pop_right, push_left(v)", "label": {"final": "vjuoaoti", "init": "kjuoaottlu", "intermediate": ["ikjuoaottlu", "kjuoaottlu", "kjuoaottl", "kjuoaott", "kjuoaot", "kjuoaoti", "kjuoaotig", "juoaotig", "juoaoti"]}, "config": {"actions": ["push_left(i)", "pop_left", "pop_right", "pop_right", "pop_right", "push_right(i)", "push_right(g)", "pop_left", "pop_right", "push_left(v)"], "initial": "kjuoaottlu", "len_action": 10, "len_string": 10}, "task_name": "task16", "example_name": "0088", "problem_name": "task16_0088"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: tymbsekpwd\nActions: pop_left, push_right(x), pop_right, pop_right, pop_right, push_right(w), pop_left, push_left(s), push_left(q), pop_left", "label": {"final": "smbsekpw", "init": "tymbsekpwd", "intermediate": ["ymbsekpwd", "ymbsekpwdx", "ymbsekpwd", "ymbsekpw", "ymbsekp", "ymbsekpw", "mbsekpw", "smbsekpw", "qsmbsekpw"]}, "config": {"actions": ["pop_left", "push_right(x)", "pop_right", "pop_right", "pop_right", "push_right(w)", "pop_left", "push_left(s)", "push_left(q)", "pop_left"], "initial": "tymbsekpwd", "len_action": 10, "len_string": 10}, "task_name": "task16", "example_name": "0089", "problem_name": "task16_0089"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: xcselbfrdhv\nActions: pop_right, pop_right, push_right(r), push_left(r), push_right(x), push_left(f), push_right(b), pop_left, push_right(y), pop_left, pop_right", "label": {"final": "xcselbfrdrxb", "init": "xcselbfrdhv", "intermediate": ["xcselbfrdh", "xcselbfrd", "xcselbfrdr", "rxcselbfrdr", "rxcselbfrdrx", "frxcselbfrdrx", "frxcselbfrdrxb", "rxcselbfrdrxb", "rxcselbfrdrxby", "xcselbfrdrxby"]}, "config": {"actions": ["pop_right", "pop_right", "push_right(r)", "push_left(r)", "push_right(x)", "push_left(f)", "push_right(b)", "pop_left", "push_right(y)", "pop_left", "pop_right"], "initial": "xcselbfrdhv", "len_action": 11, "len_string": 11}, "task_name": "task16", "example_name": "0090", "problem_name": "task16_0090"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: jacvftljleu\nActions: pop_right, pop_right, push_right(w), push_right(h), pop_right, push_left(c), pop_right, pop_left, push_left(k), pop_left, pop_right", "label": {"final": "jacvftlj", "init": "jacvftljleu", "intermediate": ["jacvftljle", "jacvftljl", "jacvftljlw", "jacvftljlwh", "jacvftljlw", "cjacvftljlw", "cjacvftljl", "jacvftljl", "kjacvftljl", "jacvftljl"]}, "config": {"actions": ["pop_right", "pop_right", "push_right(w)", "push_right(h)", "pop_right", "push_left(c)", "pop_right", "pop_left", "push_left(k)", "pop_left", "pop_right"], "initial": "jacvftljleu", "len_action": 11, "len_string": 11}, "task_name": "task16", "example_name": "0091", "problem_name": "task16_0091"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: bixxwkcdfza\nActions: push_right(s), push_left(i), push_left(k), push_right(f), pop_right, push_right(q), push_left(l), push_left(t), pop_left, pop_right, pop_right", "label": {"final": "lkibixxwkcdfza", "init": "bixxwkcdfza", "intermediate": ["bixxwkcdfzas", "ibixxwkcdfzas", "kibixxwkcdfzas", "kibixxwkcdfzasf", "kibixxwkcdfzas", "kibixxwkcdfzasq", "lkibixxwkcdfzasq", "tlkibixxwkcdfzasq", "lkibixxwkcdfzasq", "lkibixxwkcdfzas"]}, "config": {"actions": ["push_right(s)", "push_left(i)", "push_left(k)", "push_right(f)", "pop_right", "push_right(q)", "push_left(l)", "push_left(t)", "pop_left", "pop_right", "pop_right"], "initial": "bixxwkcdfza", "len_action": 11, "len_string": 11}, "task_name": "task16", "example_name": "0092", "problem_name": "task16_0092"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: bqfloektexl\nActions: push_left(i), push_left(w), pop_left, pop_right, push_left(v), push_right(a), push_left(l), push_right(l), push_right(a), pop_left, pop_left", "label": {"final": "ibqfloektexala", "init": "bqfloektexl", "intermediate": ["ibqfloektexl", "wibqfloektexl", "ibqfloektexl", "ibqfloektex", "vibqfloektex", "vibqfloektexa", "lvibqfloektexa", "lvibqfloektexal", "lvibqfloektexala", "vibqfloektexala"]}, "config": {"actions": ["push_left(i)", "push_left(w)", "pop_left", "pop_right", "push_left(v)", "push_right(a)", "push_left(l)", "push_right(l)", "push_right(a)", "pop_left", "pop_left"], "initial": "bqfloektexl", "len_action": 11, "len_string": 11}, "task_name": "task16", "example_name": "0093", "problem_name": "task16_0093"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: duwgkaowauv\nActions: push_right(t), pop_right, pop_right, pop_left, pop_left, pop_right, push_right(w), push_left(x), push_left(m), push_right(u), push_right(x)", "label": {"final": "mxwgkaowawux", "init": "duwgkaowauv", "intermediate": ["duwgkaowauvt", "duwgkaowauv", "duwgkaowau", "uwgkaowau", "wgkaowau", "wgkaowa", "wgkaowaw", "xwgkaowaw", "mxwgkaowaw", "mxwgkaowawu"]}, "config": {"actions": ["push_right(t)", "pop_right", "pop_right", "pop_left", "pop_left", "pop_right", "push_right(w)", "push_left(x)", "push_left(m)", "push_right(u)", "push_right(x)"], "initial": "duwgkaowauv", "len_action": 11, "len_string": 11}, "task_name": "task16", "example_name": "0094", "problem_name": "task16_0094"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: xnxikwzmozi\nActions: push_left(v), push_left(p), pop_right, push_right(z), pop_right, push_left(y), pop_right, pop_left, push_right(p), pop_right, pop_right", "label": {"final": "pvxnxikwzm", "init": "xnxikwzmozi", "intermediate": ["vxnxikwzmozi", "pvxnxikwzmozi", "pvxnxikwzmoz", "pvxnxikwzmozz", "pvxnxikwzmoz", "ypvxnxikwzmoz", "ypvxnxikwzmo", "pvxnxikwzmo", "pvxnxikwzmop", "pvxnxikwzmo"]}, "config": {"actions": ["push_left(v)", "push_left(p)", "pop_right", "push_right(z)", "pop_right", "push_left(y)", "pop_right", "pop_left", "push_right(p)", "pop_right", "pop_right"], "initial": "xnxikwzmozi", "len_action": 11, "len_string": 11}, "task_name": "task16", "example_name": "0095", "problem_name": "task16_0095"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: nqsxsizxpms\nActions: pop_left, pop_right, push_right(b), push_left(a), pop_left, push_right(u), pop_left, pop_left, push_left(z), pop_left, push_right(q)", "label": {"final": "xsizxpmbuq", "init": "nqsxsizxpms", "intermediate": ["qsxsizxpms", "qsxsizxpm", "qsxsizxpmb", "aqsxsizxpmb", "qsxsizxpmb", "qsxsizxpmbu", "sxsizxpmbu", "xsizxpmbu", "zxsizxpmbu", "xsizxpmbu"]}, "config": {"actions": ["pop_left", "pop_right", "push_right(b)", "push_left(a)", "pop_left", "push_right(u)", "pop_left", "pop_left", "push_left(z)", "pop_left", "push_right(q)"], "initial": "nqsxsizxpms", "len_action": 11, "len_string": 11}, "task_name": "task16", "example_name": "0096", "problem_name": "task16_0096"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: cvwxhpkdyhy\nActions: push_left(c), push_right(q), pop_left, pop_left, push_left(u), pop_left, push_right(y), pop_left, pop_left, pop_right, push_right(o)", "label": {"final": "xhpkdyhyqo", "init": "cvwxhpkdyhy", "intermediate": ["ccvwxhpkdyhy", "ccvwxhpkdyhyq", "cvwxhpkdyhyq", "vwxhpkdyhyq", "uvwxhpkdyhyq", "vwxhpkdyhyq", "vwxhpkdyhyqy", "wxhpkdyhyqy", "xhpkdyhyqy", "xhpkdyhyq"]}, "config": {"actions": ["push_left(c)", "push_right(q)", "pop_left", "pop_left", "push_left(u)", "pop_left", "push_right(y)", "pop_left", "pop_left", "pop_right", "push_right(o)"], "initial": "cvwxhpkdyhy", "len_action": 11, "len_string": 11}, "task_name": "task16", "example_name": "0097", "problem_name": "task16_0097"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ttzosrvyaor\nActions: pop_left, pop_left, push_left(d), pop_left, push_right(f), pop_left, push_right(h), push_right(o), pop_right, pop_right, pop_left", "label": {"final": "srvyaorf", "init": "ttzosrvyaor", "intermediate": ["tzosrvyaor", "zosrvyaor", "dzosrvyaor", "zosrvyaor", "zosrvyaorf", "osrvyaorf", "osrvyaorfh", "osrvyaorfho", "osrvyaorfh", "osrvyaorf"]}, "config": {"actions": ["pop_left", "pop_left", "push_left(d)", "pop_left", "push_right(f)", "pop_left", "push_right(h)", "push_right(o)", "pop_right", "pop_right", "pop_left"], "initial": "ttzosrvyaor", "len_action": 11, "len_string": 11}, "task_name": "task16", "example_name": "0098", "problem_name": "task16_0098"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: jtkxryfvfnh\nActions: push_right(n), pop_right, push_right(g), push_left(j), push_left(h), push_right(n), pop_left, push_right(l), pop_left, push_left(n), pop_right", "label": {"final": "njtkxryfvfnhgn", "init": "jtkxryfvfnh", "intermediate": ["jtkxryfvfnhn", "jtkxryfvfnh", "jtkxryfvfnhg", "jjtkxryfvfnhg", "hjjtkxryfvfnhg", "hjjtkxryfvfnhgn", "jjtkxryfvfnhgn", "jjtkxryfvfnhgnl", "jtkxryfvfnhgnl", "njtkxryfvfnhgnl"]}, "config": {"actions": ["push_right(n)", "pop_right", "push_right(g)", "push_left(j)", "push_left(h)", "push_right(n)", "pop_left", "push_right(l)", "pop_left", "push_left(n)", "pop_right"], "initial": "jtkxryfvfnh", "len_action": 11, "len_string": 11}, "task_name": "task16", "example_name": "0099", "problem_name": "task16_0099"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: gxdmpyttbmsz\nActions: push_right(k), push_right(k), pop_left, push_left(j), pop_left, push_left(z), pop_left, pop_right, push_right(i), pop_left, push_right(o), pop_left", "label": {"final": "mpyttbmszkio", "init": "gxdmpyttbmsz", "intermediate": ["gxdmpyttbmszk", "gxdmpyttbmszkk", "xdmpyttbmszkk", "jxdmpyttbmszkk", "xdmpyttbmszkk", "zxdmpyttbmszkk", "xdmpyttbmszkk", "xdmpyttbmszk", "xdmpyttbmszki", "dmpyttbmszki", "dmpyttbmszkio"]}, "config": {"actions": ["push_right(k)", "push_right(k)", "pop_left", "push_left(j)", "pop_left", "push_left(z)", "pop_left", "pop_right", "push_right(i)", "pop_left", "push_right(o)", "pop_left"], "initial": "gxdmpyttbmsz", "len_action": 12, "len_string": 12}, "task_name": "task16", "example_name": "0100", "problem_name": "task16_0100"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: naxylylbalbk\nActions: pop_left, pop_right, push_right(w), push_right(j), push_left(p), push_right(d), push_right(j), pop_right, pop_right, push_left(t), pop_left, push_left(m)", "label": {"final": "mpaxylylbalbwj", "init": "naxylylbalbk", "intermediate": ["axylylbalbk", "axylylbalb", "axylylbalbw", "axylylbalbwj", "paxylylbalbwj", "paxylylbalbwjd", "paxylylbalbwjdj", "paxylylbalbwjd", "paxylylbalbwj", "tpaxylylbalbwj", "paxylylbalbwj"]}, "config": {"actions": ["pop_left", "pop_right", "push_right(w)", "push_right(j)", "push_left(p)", "push_right(d)", "push_right(j)", "pop_right", "pop_right", "push_left(t)", "pop_left", "push_left(m)"], "initial": "naxylylbalbk", "len_action": 12, "len_string": 12}, "task_name": "task16", "example_name": "0101", "problem_name": "task16_0101"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: srprcneknfbb\nActions: push_left(z), pop_right, push_right(q), pop_right, pop_left, pop_right, pop_left, pop_left, pop_right, pop_left, pop_right, push_right(o)", "label": {"final": "rcneko", "init": "srprcneknfbb", "intermediate": ["zsrprcneknfbb", "zsrprcneknfb", "zsrprcneknfbq", "zsrprcneknfb", "srprcneknfb", "srprcneknf", "rprcneknf", "prcneknf", "prcnekn", "rcnekn", "rcnek"]}, "config": {"actions": ["push_left(z)", "pop_right", "push_right(q)", "pop_right", "pop_left", "pop_right", "pop_left", "pop_left", "pop_right", "pop_left", "pop_right", "push_right(o)"], "initial": "srprcneknfbb", "len_action": 12, "len_string": 12}, "task_name": "task16", "example_name": "0102", "problem_name": "task16_0102"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: tygtufbvfwaj\nActions: pop_left, push_right(c), pop_left, push_right(u), pop_right, pop_right, pop_left, pop_left, pop_left, pop_left, push_left(l), pop_left", "label": {"final": "bvfwaj", "init": "tygtufbvfwaj", "intermediate": ["ygtufbvfwaj", "ygtufbvfwajc", "gtufbvfwajc", "gtufbvfwajcu", "gtufbvfwajc", "gtufbvfwaj", "tufbvfwaj", "ufbvfwaj", "fbvfwaj", "bvfwaj", "lbvfwaj"]}, "config": {"actions": ["pop_left", "push_right(c)", "pop_left", "push_right(u)", "pop_right", "pop_right", "pop_left", "pop_left", "pop_left", "pop_left", "push_left(l)", "pop_left"], "initial": "tygtufbvfwaj", "len_action": 12, "len_string": 12}, "task_name": "task16", "example_name": "0103", "problem_name": "task16_0103"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: kdjljbodevdu\nActions: push_left(a), push_left(m), pop_left, push_right(k), push_left(t), pop_right, push_left(k), pop_right, pop_right, push_right(l), push_right(t), push_left(t)", "label": {"final": "tktakdjljbodevlt", "init": "kdjljbodevdu", "intermediate": ["akdjljbodevdu", "makdjljbodevdu", "akdjljbodevdu", "akdjljbodevduk", "takdjljbodevduk", "takdjljbodevdu", "ktakdjljbodevdu", "ktakdjljbodevd", "ktakdjljbodev", "ktakdjljbodevl", "ktakdjljbodevlt"]}, "config": {"actions": ["push_left(a)", "push_left(m)", "pop_left", "push_right(k)", "push_left(t)", "pop_right", "push_left(k)", "pop_right", "pop_right", "push_right(l)", "push_right(t)", "push_left(t)"], "initial": "kdjljbodevdu", "len_action": 12, "len_string": 12}, "task_name": "task16", "example_name": "0104", "problem_name": "task16_0104"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: yktxamjgsxsi\nActions: push_right(j), push_right(g), pop_left, push_right(j), pop_left, pop_right, pop_right, push_left(a), push_left(d), pop_right, push_left(c), pop_left", "label": {"final": "datxamjgsxsi", "init": "yktxamjgsxsi", "intermediate": ["yktxamjgsxsij", "yktxamjgsxsijg", "ktxamjgsxsijg", "ktxamjgsxsijgj", "txamjgsxsijgj", "txamjgsxsijg", "txamjgsxsij", "atxamjgsxsij", "datxamjgsxsij", "datxamjgsxsi", "cdatxamjgsxsi"]}, "config": {"actions": ["push_right(j)", "push_right(g)", "pop_left", "push_right(j)", "pop_left", "pop_right", "pop_right", "push_left(a)", "push_left(d)", "pop_right", "push_left(c)", "pop_left"], "initial": "yktxamjgsxsi", "len_action": 12, "len_string": 12}, "task_name": "task16", "example_name": "0105", "problem_name": "task16_0105"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: cubpejjlvwnq\nActions: push_right(f), pop_right, pop_right, push_left(i), pop_left, pop_left, pop_right, push_right(g), pop_right, pop_right, pop_right, pop_right", "label": {"final": "ubpejj", "init": "cubpejjlvwnq", "intermediate": ["cubpejjlvwnqf", "cubpejjlvwnq", "cubpejjlvwn", "icubpejjlvwn", "cubpejjlvwn", "ubpejjlvwn", "ubpejjlvw", "ubpejjlvwg", "ubpejjlvw", "ubpejjlv", "ubpejjl"]}, "config": {"actions": ["push_right(f)", "pop_right", "pop_right", "push_left(i)", "pop_left", "pop_left", "pop_right", "push_right(g)", "pop_right", "pop_right", "pop_right", "pop_right"], "initial": "cubpejjlvwnq", "len_action": 12, "len_string": 12}, "task_name": "task16", "example_name": "0106", "problem_name": "task16_0106"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: bjukanvvrcrp\nActions: pop_right, pop_right, push_right(m), pop_right, push_right(d), pop_left, push_left(g), pop_left, pop_left, pop_right, pop_left, push_right(c)", "label": {"final": "kanvvrcc", "init": "bjukanvvrcrp", "intermediate": ["bjukanvvrcr", "bjukanvvrc", "bjukanvvrcm", "bjukanvvrc", "bjukanvvrcd", "jukanvvrcd", "gjukanvvrcd", "jukanvvrcd", "ukanvvrcd", "ukanvvrc", "kanvvrc"]}, "config": {"actions": ["pop_right", "pop_right", "push_right(m)", "pop_right", "push_right(d)", "pop_left", "push_left(g)", "pop_left", "pop_left", "pop_right", "pop_left", "push_right(c)"], "initial": "bjukanvvrcrp", "len_action": 12, "len_string": 12}, "task_name": "task16", "example_name": "0107", "problem_name": "task16_0107"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: mdlhubspcgsb\nActions: pop_left, push_left(o), pop_right, push_right(s), pop_left, push_left(b), pop_right, pop_left, push_right(f), pop_left, push_left(k), push_left(j)", "label": {"final": "jklhubspcgsf", "init": "mdlhubspcgsb", "intermediate": ["dlhubspcgsb", "odlhubspcgsb", "odlhubspcgs", "odlhubspcgss", "dlhubspcgss", "bdlhubspcgss", "bdlhubspcgs", "dlhubspcgs", "dlhubspcgsf", "lhubspcgsf", "klhubspcgsf"]}, "config": {"actions": ["pop_left", "push_left(o)", "pop_right", "push_right(s)", "pop_left", "push_left(b)", "pop_right", "pop_left", "push_right(f)", "pop_left", "push_left(k)", "push_left(j)"], "initial": "mdlhubspcgsb", "len_action": 12, "len_string": 12}, "task_name": "task16", "example_name": "0108", "problem_name": "task16_0108"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: tidsbfbliaeh\nActions: pop_right, push_right(x), pop_left, push_right(w), pop_left, push_right(i), push_right(c), pop_right, pop_right, push_right(d), pop_right, push_right(u)", "label": {"final": "dsbfbliaexwu", "init": "tidsbfbliaeh", "intermediate": ["tidsbfbliae", "tidsbfbliaex", "idsbfbliaex", "idsbfbliaexw", "dsbfbliaexw", "dsbfbliaexwi", "dsbfbliaexwic", "dsbfbliaexwi", "dsbfbliaexw", "dsbfbliaexwd", "dsbfbliaexw"]}, "config": {"actions": ["pop_right", "push_right(x)", "pop_left", "push_right(w)", "pop_left", "push_right(i)", "push_right(c)", "pop_right", "pop_right", "push_right(d)", "pop_right", "push_right(u)"], "initial": "tidsbfbliaeh", "len_action": 12, "len_string": 12}, "task_name": "task16", "example_name": "0109", "problem_name": "task16_0109"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: vxgrnnjkviogf\nActions: pop_right, push_left(u), pop_right, push_left(e), push_right(r), pop_left, push_right(y), pop_left, push_left(n), pop_right, pop_left, push_left(y), pop_right", "label": {"final": "yvxgrnnjkvio", "init": "vxgrnnjkviogf", "intermediate": ["vxgrnnjkviog", "uvxgrnnjkviog", "uvxgrnnjkvio", "euvxgrnnjkvio", "euvxgrnnjkvior", "uvxgrnnjkvior", "uvxgrnnjkviory", "vxgrnnjkviory", "nvxgrnnjkviory", "nvxgrnnjkvior", "vxgrnnjkvior", "yvxgrnnjkvior"]}, "config": {"actions": ["pop_right", "push_left(u)", "pop_right", "push_left(e)", "push_right(r)", "pop_left", "push_right(y)", "pop_left", "push_left(n)", "pop_right", "pop_left", "push_left(y)", "pop_right"], "initial": "vxgrnnjkviogf", "len_action": 13, "len_string": 13}, "task_name": "task16", "example_name": "0110", "problem_name": "task16_0110"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: opzyshkodbahj\nActions: push_left(e), pop_left, pop_right, push_right(t), pop_right, push_left(f), push_left(f), pop_right, pop_left, pop_right, push_right(a), pop_left, push_right(x)", "label": {"final": "opzyshkodbax", "init": "opzyshkodbahj", "intermediate": ["eopzyshkodbahj", "opzyshkodbahj", "opzyshkodbah", "opzyshkodbaht", "opzyshkodbah", "fopzyshkodbah", "ffopzyshkodbah", "ffopzyshkodba", "fopzyshkodba", "fopzyshkodb", "fopzyshkodba", "opzyshkodba"]}, "config": {"actions": ["push_left(e)", "pop_left", "pop_right", "push_right(t)", "pop_right", "push_left(f)", "push_left(f)", "pop_right", "pop_left", "pop_right", "push_right(a)", "pop_left", "push_right(x)"], "initial": "opzyshkodbahj", "len_action": 13, "len_string": 13}, "task_name": "task16", "example_name": "0111", "problem_name": "task16_0111"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: omxxwrcklqakg\nActions: push_left(l), pop_right, push_left(c), push_left(w), pop_right, push_right(i), push_left(n), push_left(y), push_right(w), pop_left, push_left(b), pop_left, push_right(g)", "label": {"final": "nwclomxxwrcklqaiwg", "init": "omxxwrcklqakg", "intermediate": ["lomxxwrcklqakg", "lomxxwrcklqak", "clomxxwrcklqak", "wclomxxwrcklqak", "wclomxxwrcklqa", "wclomxxwrcklqai", "nwclomxxwrcklqai", "ynwclomxxwrcklqai", "ynwclomxxwrcklqaiw", "nwclomxxwrcklqaiw", "bnwclomxxwrcklqaiw", "nwclomxxwrcklqaiw"]}, "config": {"actions": ["push_left(l)", "pop_right", "push_left(c)", "push_left(w)", "pop_right", "push_right(i)", "push_left(n)", "push_left(y)", "push_right(w)", "pop_left", "push_left(b)", "pop_left", "push_right(g)"], "initial": "omxxwrcklqakg", "len_action": 13, "len_string": 13}, "task_name": "task16", "example_name": "0112", "problem_name": "task16_0112"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: deodqcyxrrmao\nActions: pop_left, pop_left, push_left(o), pop_left, pop_right, push_left(f), push_right(m), push_left(f), pop_left, pop_left, push_left(i), push_left(w), pop_right", "label": {"final": "wiodqcyxrrma", "init": "deodqcyxrrmao", "intermediate": ["eodqcyxrrmao", "odqcyxrrmao", "oodqcyxrrmao", "odqcyxrrmao", "odqcyxrrma", "fodqcyxrrma", "fodqcyxrrmam", "ffodqcyxrrmam", "fodqcyxrrmam", "odqcyxrrmam", "iodqcyxrrmam", "wiodqcyxrrmam"]}, "config": {"actions": ["pop_left", "pop_left", "push_left(o)", "pop_left", "pop_right", "push_left(f)", "push_right(m)", "push_left(f)", "pop_left", "pop_left", "push_left(i)", "push_left(w)", "pop_right"], "initial": "deodqcyxrrmao", "len_action": 13, "len_string": 13}, "task_name": "task16", "example_name": "0113", "problem_name": "task16_0113"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: qycrkrotslwmg\nActions: push_left(k), push_right(r), push_left(x), push_left(h), push_right(p), pop_right, pop_right, pop_right, pop_left, push_left(h), pop_left, push_right(o), pop_right", "label": {"final": "xkqycrkrotslwm", "init": "qycrkrotslwmg", "intermediate": ["kqycrkrotslwmg", "kqycrkrotslwmgr", "xkqycrkrotslwmgr", "hxkqycrkrotslwmgr", "hxkqycrkrotslwmgrp", "hxkqycrkrotslwmgr", "hxkqycrkrotslwmg", "hxkqycrkrotslwm", "xkqycrkrotslwm", "hxkqycrkrotslwm", "xkqycrkrotslwm", "xkqycrkrotslwmo"]}, "config": {"actions": ["push_left(k)", "push_right(r)", "push_left(x)", "push_left(h)", "push_right(p)", "pop_right", "pop_right", "pop_right", "pop_left", "push_left(h)", "pop_left", "push_right(o)", "pop_right"], "initial": "qycrkrotslwmg", "len_action": 13, "len_string": 13}, "task_name": "task16", "example_name": "0114", "problem_name": "task16_0114"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: wqajttoxdankg\nActions: pop_left, pop_right, push_right(d), pop_right, pop_left, pop_right, push_left(e), push_left(p), pop_right, push_right(x), push_left(k), push_left(i), push_left(l)", "label": {"final": "likpeajttoxdax", "init": "wqajttoxdankg", "intermediate": ["qajttoxdankg", "qajttoxdank", "qajttoxdankd", "qajttoxdank", "ajttoxdank", "ajttoxdan", "eajttoxdan", "peajttoxdan", "peajttoxda", "peajttoxdax", "kpeajttoxdax", "ikpeajttoxdax"]}, "config": {"actions": ["pop_left", "pop_right", "push_right(d)", "pop_right", "pop_left", "pop_right", "push_left(e)", "push_left(p)", "pop_right", "push_right(x)", "push_left(k)", "push_left(i)", "push_left(l)"], "initial": "wqajttoxdankg", "len_action": 13, "len_string": 13}, "task_name": "task16", "example_name": "0115", "problem_name": "task16_0115"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: kgybgewguicax\nActions: push_right(e), pop_left, push_right(v), push_left(d), pop_left, push_left(v), push_left(q), push_left(q), push_right(y), push_right(f), push_right(m), push_right(j), pop_left", "label": {"final": "qvgybgewguicaxevyfmj", "init": "kgybgewguicax", "intermediate": ["kgybgewguicaxe", "gybgewguicaxe", "gybgewguicaxev", "dgybgewguicaxev", "gybgewguicaxev", "vgybgewguicaxev", "qvgybgewguicaxev", "qqvgybgewguicaxev", "qqvgybgewguicaxevy", "qqvgybgewguicaxevyf", "qqvgybgewguicaxevyfm", "qqvgybgewguicaxevyfmj"]}, "config": {"actions": ["push_right(e)", "pop_left", "push_right(v)", "push_left(d)", "pop_left", "push_left(v)", "push_left(q)", "push_left(q)", "push_right(y)", "push_right(f)", "push_right(m)", "push_right(j)", "pop_left"], "initial": "kgybgewguicax", "len_action": 13, "len_string": 13}, "task_name": "task16", "example_name": "0116", "problem_name": "task16_0116"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: bgygfuhjwrztb\nActions: pop_right, pop_right, pop_right, push_left(w), pop_right, push_right(y), pop_left, pop_left, pop_right, pop_left, push_right(e), push_right(i), push_right(l)", "label": {"final": "ygfuhjweil", "init": "bgygfuhjwrztb", "intermediate": ["bgygfuhjwrzt", "bgygfuhjwrz", "bgygfuhjwr", "wbgygfuhjwr", "wbgygfuhjw", "wbgygfuhjwy", "bgygfuhjwy", "gygfuhjwy", "gygfuhjw", "ygfuhjw", "ygfuhjwe", "ygfuhjwei"]}, "config": {"actions": ["pop_right", "pop_right", "pop_right", "push_left(w)", "pop_right", "push_right(y)", "pop_left", "pop_left", "pop_right", "pop_left", "push_right(e)", "push_right(i)", "push_right(l)"], "initial": "bgygfuhjwrztb", "len_action": 13, "len_string": 13}, "task_name": "task16", "example_name": "0117", "problem_name": "task16_0117"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: flostjruxyikj\nActions: pop_left, push_right(t), push_right(p), pop_right, push_right(z), pop_left, pop_right, pop_left, pop_right, pop_left, push_right(m), push_left(w), pop_right", "label": {"final": "wtjruxyikj", "init": "flostjruxyikj", "intermediate": ["lostjruxyikj", "lostjruxyikjt", "lostjruxyikjtp", "lostjruxyikjt", "lostjruxyikjtz", "ostjruxyikjtz", "ostjruxyikjt", "stjruxyikjt", "stjruxyikj", "tjruxyikj", "tjruxyikjm", "wtjruxyikjm"]}, "config": {"actions": ["pop_left", "push_right(t)", "push_right(p)", "pop_right", "push_right(z)", "pop_left", "pop_right", "pop_left", "pop_right", "pop_left", "push_right(m)", "push_left(w)", "pop_right"], "initial": "flostjruxyikj", "len_action": 13, "len_string": 13}, "task_name": "task16", "example_name": "0118", "problem_name": "task16_0118"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: kukgtlwwpoyee\nActions: push_left(c), pop_left, pop_right, pop_right, pop_right, pop_left, push_left(s), push_left(f), push_left(s), pop_left, push_left(h), pop_right, push_left(v)", "label": {"final": "vhfsukgtlwwp", "init": "kukgtlwwpoyee", "intermediate": ["ckukgtlwwpoyee", "kukgtlwwpoyee", "kukgtlwwpoye", "kukgtlwwpoy", "kukgtlwwpo", "ukgtlwwpo", "sukgtlwwpo", "fsukgtlwwpo", "sfsukgtlwwpo", "fsukgtlwwpo", "hfsukgtlwwpo", "hfsukgtlwwp"]}, "config": {"actions": ["push_left(c)", "pop_left", "pop_right", "pop_right", "pop_right", "pop_left", "push_left(s)", "push_left(f)", "push_left(s)", "pop_left", "push_left(h)", "pop_right", "push_left(v)"], "initial": "kukgtlwwpoyee", "len_action": 13, "len_string": 13}, "task_name": "task16", "example_name": "0119", "problem_name": "task16_0119"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: uvpeulexglgqxn\nActions: push_left(o), push_left(s), pop_left, push_left(n), push_right(g), push_left(m), pop_right, push_left(i), push_right(h), pop_left, push_left(n), pop_left, pop_left, pop_left", "label": {"final": "ouvpeulexglgqxnh", "init": "uvpeulexglgqxn", "intermediate": ["ouvpeulexglgqxn", "souvpeulexglgqxn", "ouvpeulexglgqxn", "nouvpeulexglgqxn", "nouvpeulexglgqxng", "mnouvpeulexglgqxng", "mnouvpeulexglgqxn", "imnouvpeulexglgqxn", "imnouvpeulexglgqxnh", "mnouvpeulexglgqxnh", "nmnouvpeulexglgqxnh", "mnouvpeulexglgqxnh", "nouvpeulexglgqxnh"]}, "config": {"actions": ["push_left(o)", "push_left(s)", "pop_left", "push_left(n)", "push_right(g)", "push_left(m)", "pop_right", "push_left(i)", "push_right(h)", "pop_left", "push_left(n)", "pop_left", "pop_left", "pop_left"], "initial": "uvpeulexglgqxn", "len_action": 14, "len_string": 14}, "task_name": "task16", "example_name": "0120", "problem_name": "task16_0120"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: fcxvxielbmrbxe\nActions: pop_right, push_left(u), push_left(m), push_left(a), push_right(e), pop_left, push_right(s), pop_left, pop_right, pop_right, pop_right, push_right(v), pop_left, pop_right", "label": {"final": "fcxvxielbmrb", "init": "fcxvxielbmrbxe", "intermediate": ["fcxvxielbmrbx", "ufcxvxielbmrbx", "mufcxvxielbmrbx", "amufcxvxielbmrbx", "amufcxvxielbmrbxe", "mufcxvxielbmrbxe", "mufcxvxielbmrbxes", "ufcxvxielbmrbxes", "ufcxvxielbmrbxe", "ufcxvxielbmrbx", "ufcxvxielbmrb", "ufcxvxielbmrbv", "fcxvxielbmrbv"]}, "config": {"actions": ["pop_right", "push_left(u)", "push_left(m)", "push_left(a)", "push_right(e)", "pop_left", "push_right(s)", "pop_left", "pop_right", "pop_right", "pop_right", "push_right(v)", "pop_left", "pop_right"], "initial": "fcxvxielbmrbxe", "len_action": 14, "len_string": 14}, "task_name": "task16", "example_name": "0121", "problem_name": "task16_0121"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: eeijajsxycaime\nActions: pop_left, pop_left, push_left(s), push_left(l), pop_left, push_right(t), pop_left, pop_left, push_right(n), push_left(t), push_right(z), push_right(g), push_left(i), push_left(h)", "label": {"final": "hitjajsxycaimetnzg", "init": "eeijajsxycaime", "intermediate": ["eijajsxycaime", "ijajsxycaime", "sijajsxycaime", "lsijajsxycaime", "sijajsxycaime", "sijajsxycaimet", "ijajsxycaimet", "jajsxycaimet", "jajsxycaimetn", "tjajsxycaimetn", "tjajsxycaimetnz", "tjajsxycaimetnzg", "itjajsxycaimetnzg"]}, "config": {"actions": ["pop_left", "pop_left", "push_left(s)", "push_left(l)", "pop_left", "push_right(t)", "pop_left", "pop_left", "push_right(n)", "push_left(t)", "push_right(z)", "push_right(g)", "push_left(i)", "push_left(h)"], "initial": "eeijajsxycaime", "len_action": 14, "len_string": 14}, "task_name": "task16", "example_name": "0122", "problem_name": "task16_0122"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: kwxisgeeyjihhs\nActions: push_left(o), push_left(w), push_right(a), pop_left, pop_left, push_right(t), push_right(x), push_left(b), push_right(o), push_right(d), push_right(q), push_right(g), pop_left, push_right(q)", "label": {"final": "kwxisgeeyjihhsatxodqgq", "init": "kwxisgeeyjihhs", "intermediate": ["okwxisgeeyjihhs", "wokwxisgeeyjihhs", "wokwxisgeeyjihhsa", "okwxisgeeyjihhsa", "kwxisgeeyjihhsa", "kwxisgeeyjihhsat", "kwxisgeeyjihhsatx", "bkwxisgeeyjihhsatx", "bkwxisgeeyjihhsatxo", "bkwxisgeeyjihhsatxod", "bkwxisgeeyjihhsatxodq", "bkwxisgeeyjihhsatxodqg", "kwxisgeeyjihhsatxodqg"]}, "config": {"actions": ["push_left(o)", "push_left(w)", "push_right(a)", "pop_left", "pop_left", "push_right(t)", "push_right(x)", "push_left(b)", "push_right(o)", "push_right(d)", "push_right(q)", "push_right(g)", "pop_left", "push_right(q)"], "initial": "kwxisgeeyjihhs", "len_action": 14, "len_string": 14}, "task_name": "task16", "example_name": "0123", "problem_name": "task16_0123"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: izsssooyramqpe\nActions: push_right(o), pop_left, pop_left, push_right(s), pop_right, push_left(c), push_left(y), push_left(j), push_right(h), pop_right, push_left(i), push_right(b), push_right(w), push_right(y)", "label": {"final": "ijycsssooyramqpeobwy", "init": "izsssooyramqpe", "intermediate": ["izsssooyramqpeo", "zsssooyramqpeo", "sssooyramqpeo", "sssooyramqpeos", "sssooyramqpeo", "csssooyramqpeo", "ycsssooyramqpeo", "jycsssooyramqpeo", "jycsssooyramqpeoh", "jycsssooyramqpeo", "ijycsssooyramqpeo", "ijycsssooyramqpeob", "ijycsssooyramqpeobw"]}, "config": {"actions": ["push_right(o)", "pop_left", "pop_left", "push_right(s)", "pop_right", "push_left(c)", "push_left(y)", "push_left(j)", "push_right(h)", "pop_right", "push_left(i)", "push_right(b)", "push_right(w)", "push_right(y)"], "initial": "izsssooyramqpe", "len_action": 14, "len_string": 14}, "task_name": "task16", "example_name": "0124", "problem_name": "task16_0124"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: nestlxeufdmgyt\nActions: pop_right, pop_left, pop_left, push_left(a), pop_left, push_right(o), pop_right, pop_left, push_left(j), pop_right, pop_left, pop_left, pop_left, push_left(f)", "label": {"final": "fxeufdmg", "init": "nestlxeufdmgyt", "intermediate": ["nestlxeufdmgy", "estlxeufdmgy", "stlxeufdmgy", "astlxeufdmgy", "stlxeufdmgy", "stlxeufdmgyo", "stlxeufdmgy", "tlxeufdmgy", "jtlxeufdmgy", "jtlxeufdmg", "tlxeufdmg", "lxeufdmg", "xeufdmg"]}, "config": {"actions": ["pop_right", "pop_left", "pop_left", "push_left(a)", "pop_left", "push_right(o)", "pop_right", "pop_left", "push_left(j)", "pop_right", "pop_left", "pop_left", "pop_left", "push_left(f)"], "initial": "nestlxeufdmgyt", "len_action": 14, "len_string": 14}, "task_name": "task16", "example_name": "0125", "problem_name": "task16_0125"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: snzjnzbrdwcjey\nActions: pop_right, push_right(i), push_right(c), push_right(g), pop_left, pop_left, pop_left, pop_right, pop_right, pop_right, pop_right, push_right(g), push_left(m), pop_right", "label": {"final": "mjnzbrdwcj", "init": "snzjnzbrdwcjey", "intermediate": ["snzjnzbrdwcje", "snzjnzbrdwcjei", "snzjnzbrdwcjeic", "snzjnzbrdwcjeicg", "nzjnzbrdwcjeicg", "zjnzbrdwcjeicg", "jnzbrdwcjeicg", "jnzbrdwcjeic", "jnzbrdwcjei", "jnzbrdwcje", "jnzbrdwcj", "jnzbrdwcjg", "mjnzbrdwcjg"]}, "config": {"actions": ["pop_right", "push_right(i)", "push_right(c)", "push_right(g)", "pop_left", "pop_left", "pop_left", "pop_right", "pop_right", "pop_right", "pop_right", "push_right(g)", "push_left(m)", "pop_right"], "initial": "snzjnzbrdwcjey", "len_action": 14, "len_string": 14}, "task_name": "task16", "example_name": "0126", "problem_name": "task16_0126"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: qxyfcergwaktna\nActions: pop_right, push_right(x), pop_left, pop_right, push_right(t), push_right(n), pop_right, push_right(o), pop_right, push_right(f), push_right(p), pop_left, pop_left, pop_left", "label": {"final": "cergwaktntfp", "init": "qxyfcergwaktna", "intermediate": ["qxyfcergwaktn", "qxyfcergwaktnx", "xyfcergwaktnx", "xyfcergwaktn", "xyfcergwaktnt", "xyfcergwaktntn", "xyfcergwaktnt", "xyfcergwaktnto", "xyfcergwaktnt", "xyfcergwaktntf", "xyfcergwaktntfp", "yfcergwaktntfp", "fcergwaktntfp"]}, "config": {"actions": ["pop_right", "push_right(x)", "pop_left", "pop_right", "push_right(t)", "push_right(n)", "pop_right", "push_right(o)", "pop_right", "push_right(f)", "push_right(p)", "pop_left", "pop_left", "pop_left"], "initial": "qxyfcergwaktna", "len_action": 14, "len_string": 14}, "task_name": "task16", "example_name": "0127", "problem_name": "task16_0127"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: uojxranktzdqji\nActions: push_right(m), push_right(f), push_right(j), pop_left, pop_right, pop_left, pop_left, pop_right, push_left(f), pop_left, pop_left, push_right(f), pop_right, pop_left", "label": {"final": "anktzdqjim", "init": "uojxranktzdqji", "intermediate": ["uojxranktzdqjim", "uojxranktzdqjimf", "uojxranktzdqjimfj", "ojxranktzdqjimfj", "ojxranktzdqjimf", "jxranktzdqjimf", "xranktzdqjimf", "xranktzdqjim", "fxranktzdqjim", "xranktzdqjim", "ranktzdqjim", "ranktzdqjimf", "ranktzdqjim"]}, "config": {"actions": ["push_right(m)", "push_right(f)", "push_right(j)", "pop_left", "pop_right", "pop_left", "pop_left", "pop_right", "push_left(f)", "pop_left", "pop_left", "push_right(f)", "pop_right", "pop_left"], "initial": "uojxranktzdqji", "len_action": 14, "len_string": 14}, "task_name": "task16", "example_name": "0128", "problem_name": "task16_0128"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: rfnzbtniecygem\nActions: push_right(h), pop_right, pop_left, push_left(u), push_left(k), pop_right, push_left(x), pop_left, push_left(c), pop_left, pop_right, push_left(l), push_right(t), push_right(q)", "label": {"final": "lkufnzbtniecygtq", "init": "rfnzbtniecygem", "intermediate": ["rfnzbtniecygemh", "rfnzbtniecygem", "fnzbtniecygem", "ufnzbtniecygem", "kufnzbtniecygem", "kufnzbtniecyge", "xkufnzbtniecyge", "kufnzbtniecyge", "ckufnzbtniecyge", "kufnzbtniecyge", "kufnzbtniecyg", "lkufnzbtniecyg", "lkufnzbtniecygt"]}, "config": {"actions": ["push_right(h)", "pop_right", "pop_left", "push_left(u)", "push_left(k)", "pop_right", "push_left(x)", "pop_left", "push_left(c)", "pop_left", "pop_right", "push_left(l)", "push_right(t)", "push_right(q)"], "initial": "rfnzbtniecygem", "len_action": 14, "len_string": 14}, "task_name": "task16", "example_name": "0129", "problem_name": "task16_0129"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: dkcjeljkwfmwenb\nActions: pop_right, pop_right, pop_right, pop_right, push_left(d), push_right(a), pop_right, push_right(v), push_right(p), push_left(l), push_left(b), pop_right, push_left(m), push_right(s), pop_right", "label": {"final": "mblddkcjeljkwfmv", "init": "dkcjeljkwfmwenb", "intermediate": ["dkcjeljkwfmwen", "dkcjeljkwfmwe", "dkcjeljkwfmw", "dkcjeljkwfm", "ddkcjeljkwfm", "ddkcjeljkwfma", "ddkcjeljkwfm", "ddkcjeljkwfmv", "ddkcjeljkwfmvp", "lddkcjeljkwfmvp", "blddkcjeljkwfmvp", "blddkcjeljkwfmv", "mblddkcjeljkwfmv", "mblddkcjeljkwfmvs"]}, "config": {"actions": ["pop_right", "pop_right", "pop_right", "pop_right", "push_left(d)", "push_right(a)", "pop_right", "push_right(v)", "push_right(p)", "push_left(l)", "push_left(b)", "pop_right", "push_left(m)", "push_right(s)", "pop_right"], "initial": "dkcjeljkwfmwenb", "len_action": 15, "len_string": 15}, "task_name": "task16", "example_name": "0130", "problem_name": "task16_0130"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: tycftimpwqctvlb\nActions: push_right(k), pop_left, pop_right, pop_right, push_left(n), push_left(o), pop_left, push_right(y), push_left(d), pop_right, pop_left, pop_right, pop_right, pop_right, pop_left", "label": {"final": "ycftimpwqc", "init": "tycftimpwqctvlb", "intermediate": ["tycftimpwqctvlbk", "ycftimpwqctvlbk", "ycftimpwqctvlb", "ycftimpwqctvl", "nycftimpwqctvl", "onycftimpwqctvl", "nycftimpwqctvl", "nycftimpwqctvly", "dnycftimpwqctvly", "dnycftimpwqctvl", "nycftimpwqctvl", "nycftimpwqctv", "nycftimpwqct", "nycftimpwqc"]}, "config": {"actions": ["push_right(k)", "pop_left", "pop_right", "pop_right", "push_left(n)", "push_left(o)", "pop_left", "push_right(y)", "push_left(d)", "pop_right", "pop_left", "pop_right", "pop_right", "pop_right", "pop_left"], "initial": "tycftimpwqctvlb", "len_action": 15, "len_string": 15}, "task_name": "task16", "example_name": "0131", "problem_name": "task16_0131"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: gwucuqfkkwnkubk\nActions: push_left(o), push_left(r), pop_right, pop_left, pop_right, pop_right, pop_left, push_left(i), push_left(z), push_right(u), pop_left, push_left(z), push_left(b), pop_left, push_left(p)", "label": {"final": "pzigwucuqfkkwnku", "init": "gwucuqfkkwnkubk", "intermediate": ["ogwucuqfkkwnkubk", "rogwucuqfkkwnkubk", "rogwucuqfkkwnkub", "ogwucuqfkkwnkub", "ogwucuqfkkwnku", "ogwucuqfkkwnk", "gwucuqfkkwnk", "igwucuqfkkwnk", "zigwucuqfkkwnk", "zigwucuqfkkwnku", "igwucuqfkkwnku", "zigwucuqfkkwnku", "bzigwucuqfkkwnku", "zigwucuqfkkwnku"]}, "config": {"actions": ["push_left(o)", "push_left(r)", "pop_right", "pop_left", "pop_right", "pop_right", "pop_left", "push_left(i)", "push_left(z)", "push_right(u)", "pop_left", "push_left(z)", "push_left(b)", "pop_left", "push_left(p)"], "initial": "gwucuqfkkwnkubk", "len_action": 15, "len_string": 15}, "task_name": "task16", "example_name": "0132", "problem_name": "task16_0132"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: zovnedogzrmxfmm\nActions: push_left(a), pop_right, push_left(g), push_left(c), pop_right, push_right(o), push_left(p), pop_right, pop_right, pop_left, push_left(e), pop_left, push_right(p), pop_left, pop_left", "label": {"final": "azovnedogzrmxp", "init": "zovnedogzrmxfmm", "intermediate": ["azovnedogzrmxfmm", "azovnedogzrmxfm", "gazovnedogzrmxfm", "cgazovnedogzrmxfm", "cgazovnedogzrmxf", "cgazovnedogzrmxfo", "pcgazovnedogzrmxfo", "pcgazovnedogzrmxf", "pcgazovnedogzrmx", "cgazovnedogzrmx", "ecgazovnedogzrmx", "cgazovnedogzrmx", "cgazovnedogzrmxp", "gazovnedogzrmxp"]}, "config": {"actions": ["push_left(a)", "pop_right", "push_left(g)", "push_left(c)", "pop_right", "push_right(o)", "push_left(p)", "pop_right", "pop_right", "pop_left", "push_left(e)", "pop_left", "push_right(p)", "pop_left", "pop_left"], "initial": "zovnedogzrmxfmm", "len_action": 15, "len_string": 15}, "task_name": "task16", "example_name": "0133", "problem_name": "task16_0133"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: mgorahobsasdbjb\nActions: push_right(d), pop_right, push_right(z), pop_right, push_left(s), push_left(f), pop_left, pop_left, pop_left, push_right(q), pop_right, push_left(a), pop_right, push_right(q), push_left(z)", "label": {"final": "zagorahobsasdbjq", "init": "mgorahobsasdbjb", "intermediate": ["mgorahobsasdbjbd", "mgorahobsasdbjb", "mgorahobsasdbjbz", "mgorahobsasdbjb", "smgorahobsasdbjb", "fsmgorahobsasdbjb", "smgorahobsasdbjb", "mgorahobsasdbjb", "gorahobsasdbjb", "gorahobsasdbjbq", "gorahobsasdbjb", "agorahobsasdbjb", "agorahobsasdbj", "agorahobsasdbjq"]}, "config": {"actions": ["push_right(d)", "pop_right", "push_right(z)", "pop_right", "push_left(s)", "push_left(f)", "pop_left", "pop_left", "pop_left", "push_right(q)", "pop_right", "push_left(a)", "pop_right", "push_right(q)", "push_left(z)"], "initial": "mgorahobsasdbjb", "len_action": 15, "len_string": 15}, "task_name": "task16", "example_name": "0134", "problem_name": "task16_0134"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ylnrhmdxufggejl\nActions: pop_right, push_left(g), pop_left, pop_right, push_right(b), push_right(k), pop_right, pop_right, push_right(b), push_right(h), pop_left, push_right(j), pop_right, pop_left, push_right(o)", "label": {"final": "nrhmdxufggebho", "init": "ylnrhmdxufggejl", "intermediate": ["ylnrhmdxufggej", "gylnrhmdxufggej", "ylnrhmdxufggej", "ylnrhmdxufgge", "ylnrhmdxufggeb", "ylnrhmdxufggebk", "ylnrhmdxufggeb", "ylnrhmdxufgge", "ylnrhmdxufggeb", "ylnrhmdxufggebh", "lnrhmdxufggebh", "lnrhmdxufggebhj", "lnrhmdxufggebh", "nrhmdxufggebh"]}, "config": {"actions": ["pop_right", "push_left(g)", "pop_left", "pop_right", "push_right(b)", "push_right(k)", "pop_right", "pop_right", "push_right(b)", "push_right(h)", "pop_left", "push_right(j)", "pop_right", "pop_left", "push_right(o)"], "initial": "ylnrhmdxufggejl", "len_action": 15, "len_string": 15}, "task_name": "task16", "example_name": "0135", "problem_name": "task16_0135"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: srchsszwrqfgths\nActions: push_left(f), pop_right, push_left(u), push_left(k), pop_right, push_left(x), push_left(m), pop_right, push_left(g), pop_right, push_right(t), pop_left, push_right(r), push_left(n), push_left(r)", "label": {"final": "rnmxkufsrchsszwrqftr", "init": "srchsszwrqfgths", "intermediate": ["fsrchsszwrqfgths", "fsrchsszwrqfgth", "ufsrchsszwrqfgth", "kufsrchsszwrqfgth", "kufsrchsszwrqfgt", "xkufsrchsszwrqfgt", "mxkufsrchsszwrqfgt", "mxkufsrchsszwrqfg", "gmxkufsrchsszwrqfg", "gmxkufsrchsszwrqf", "gmxkufsrchsszwrqft", "mxkufsrchsszwrqft", "mxkufsrchsszwrqftr", "nmxkufsrchsszwrqftr"]}, "config": {"actions": ["push_left(f)", "pop_right", "push_left(u)", "push_left(k)", "pop_right", "push_left(x)", "push_left(m)", "pop_right", "push_left(g)", "pop_right", "push_right(t)", "pop_left", "push_right(r)", "push_left(n)", "push_left(r)"], "initial": "srchsszwrqfgths", "len_action": 15, "len_string": 15}, "task_name": "task16", "example_name": "0136", "problem_name": "task16_0136"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: cildinbcmolzltm\nActions: pop_right, push_left(l), push_right(z), push_right(w), pop_left, pop_left, pop_left, pop_right, pop_right, push_left(k), push_left(z), push_left(z), push_right(v), pop_left, pop_right", "label": {"final": "zkldinbcmolzlt", "init": "cildinbcmolzltm", "intermediate": ["cildinbcmolzlt", "lcildinbcmolzlt", "lcildinbcmolzltz", "lcildinbcmolzltzw", "cildinbcmolzltzw", "ildinbcmolzltzw", "ldinbcmolzltzw", "ldinbcmolzltz", "ldinbcmolzlt", "kldinbcmolzlt", "zkldinbcmolzlt", "zzkldinbcmolzlt", "zzkldinbcmolzltv", "zkldinbcmolzltv"]}, "config": {"actions": ["pop_right", "push_left(l)", "push_right(z)", "push_right(w)", "pop_left", "pop_left", "pop_left", "pop_right", "pop_right", "push_left(k)", "push_left(z)", "push_left(z)", "push_right(v)", "pop_left", "pop_right"], "initial": "cildinbcmolzltm", "len_action": 15, "len_string": 15}, "task_name": "task16", "example_name": "0137", "problem_name": "task16_0137"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: rkwswmkfqabjuta\nActions: pop_right, push_right(q), pop_right, pop_left, pop_left, pop_left, pop_left, pop_right, push_left(m), push_left(x), push_right(o), pop_left, push_right(h), pop_right, push_left(k)", "label": {"final": "kmwmkfqabjuo", "init": "rkwswmkfqabjuta", "intermediate": ["rkwswmkfqabjut", "rkwswmkfqabjutq", "rkwswmkfqabjut", "kwswmkfqabjut", "wswmkfqabjut", "swmkfqabjut", "wmkfqabjut", "wmkfqabju", "mwmkfqabju", "xmwmkfqabju", "xmwmkfqabjuo", "mwmkfqabjuo", "mwmkfqabjuoh", "mwmkfqabjuo"]}, "config": {"actions": ["pop_right", "push_right(q)", "pop_right", "pop_left", "pop_left", "pop_left", "pop_left", "pop_right", "push_left(m)", "push_left(x)", "push_right(o)", "pop_left", "push_right(h)", "pop_right", "push_left(k)"], "initial": "rkwswmkfqabjuta", "len_action": 15, "len_string": 15}, "task_name": "task16", "example_name": "0138", "problem_name": "task16_0138"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: mwjbzxbwmxzvtlh\nActions: pop_left, pop_right, pop_left, pop_right, pop_right, push_left(p), push_left(b), push_right(y), pop_right, push_right(w), pop_left, push_right(q), push_right(m), pop_right, pop_left", "label": {"final": "jbzxbwmxzvwq", "init": "mwjbzxbwmxzvtlh", "intermediate": ["wjbzxbwmxzvtlh", "wjbzxbwmxzvtl", "jbzxbwmxzvtl", "jbzxbwmxzvt", "jbzxbwmxzv", "pjbzxbwmxzv", "bpjbzxbwmxzv", "bpjbzxbwmxzvy", "bpjbzxbwmxzv", "bpjbzxbwmxzvw", "pjbzxbwmxzvw", "pjbzxbwmxzvwq", "pjbzxbwmxzvwqm", "pjbzxbwmxzvwq"]}, "config": {"actions": ["pop_left", "pop_right", "pop_left", "pop_right", "pop_right", "push_left(p)", "push_left(b)", "push_right(y)", "pop_right", "push_right(w)", "pop_left", "push_right(q)", "push_right(m)", "pop_right", "pop_left"], "initial": "mwjbzxbwmxzvtlh", "len_action": 15, "len_string": 15}, "task_name": "task16", "example_name": "0139", "problem_name": "task16_0139"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: gjdbjfrwlzllints\nActions: push_right(z), pop_left, push_right(m), pop_left, push_right(t), pop_left, pop_left, push_left(o), push_right(f), pop_left, pop_right, push_right(u), pop_left, push_left(y), push_right(r), pop_left", "label": {"final": "frwlzllintszmtur", "init": "gjdbjfrwlzllints", "intermediate": ["gjdbjfrwlzllintsz", "jdbjfrwlzllintsz", "jdbjfrwlzllintszm", "dbjfrwlzllintszm", "dbjfrwlzllintszmt", "bjfrwlzllintszmt", "jfrwlzllintszmt", "ojfrwlzllintszmt", "ojfrwlzllintszmtf", "jfrwlzllintszmtf", "jfrwlzllintszmt", "jfrwlzllintszmtu", "frwlzllintszmtu", "yfrwlzllintszmtu", "yfrwlzllintszmtur"]}, "config": {"actions": ["push_right(z)", "pop_left", "push_right(m)", "pop_left", "push_right(t)", "pop_left", "pop_left", "push_left(o)", "push_right(f)", "pop_left", "pop_right", "push_right(u)", "pop_left", "push_left(y)", "push_right(r)", "pop_left"], "initial": "gjdbjfrwlzllints", "len_action": 16, "len_string": 16}, "task_name": "task16", "example_name": "0140", "problem_name": "task16_0140"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: bjccgdunuetjamjy\nActions: push_right(k), push_right(z), pop_left, push_left(k), push_right(w), pop_right, push_left(z), push_left(d), push_right(f), pop_left, pop_right, pop_right, pop_right, push_left(b), pop_left, pop_right", "label": {"final": "zkjccgdunuetjamj", "init": "bjccgdunuetjamjy", "intermediate": ["bjccgdunuetjamjyk", "bjccgdunuetjamjykz", "jccgdunuetjamjykz", "kjccgdunuetjamjykz", "kjccgdunuetjamjykzw", "kjccgdunuetjamjykz", "zkjccgdunuetjamjykz", "dzkjccgdunuetjamjykz", "dzkjccgdunuetjamjykzf", "zkjccgdunuetjamjykzf", "zkjccgdunuetjamjykz", "zkjccgdunuetjamjyk", "zkjccgdunuetjamjy", "bzkjccgdunuetjamjy", "zkjccgdunuetjamjy"]}, "config": {"actions": ["push_right(k)", "push_right(z)", "pop_left", "push_left(k)", "push_right(w)", "pop_right", "push_left(z)", "push_left(d)", "push_right(f)", "pop_left", "pop_right", "pop_right", "pop_right", "push_left(b)", "pop_left", "pop_right"], "initial": "bjccgdunuetjamjy", "len_action": 16, "len_string": 16}, "task_name": "task16", "example_name": "0141", "problem_name": "task16_0141"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: aumcdlboysyvqpgw\nActions: pop_left, pop_left, pop_right, pop_right, push_right(r), pop_left, pop_right, push_left(d), push_left(f), pop_right, push_left(d), push_right(j), pop_left, pop_right, pop_left, pop_right", "label": {"final": "dcdlboysyv", "init": "aumcdlboysyvqpgw", "intermediate": ["umcdlboysyvqpgw", "mcdlboysyvqpgw", "mcdlboysyvqpg", "mcdlboysyvqp", "mcdlboysyvqpr", "cdlboysyvqpr", "cdlboysyvqp", "dcdlboysyvqp", "fdcdlboysyvqp", "fdcdlboysyvq", "dfdcdlboysyvq", "dfdcdlboysyvqj", "fdcdlboysyvqj", "fdcdlboysyvq", "dcdlboysyvq"]}, "config": {"actions": ["pop_left", "pop_left", "pop_right", "pop_right", "push_right(r)", "pop_left", "pop_right", "push_left(d)", "push_left(f)", "pop_right", "push_left(d)", "push_right(j)", "pop_left", "pop_right", "pop_left", "pop_right"], "initial": "aumcdlboysyvqpgw", "len_action": 16, "len_string": 16}, "task_name": "task16", "example_name": "0142", "problem_name": "task16_0142"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: thgpmpuamjjczkzo\nActions: push_left(l), pop_left, pop_left, push_left(n), push_right(w), pop_right, push_left(k), push_left(k), pop_left, push_left(h), push_left(w), push_left(b), push_right(e), push_left(o), push_left(u), push_right(m)", "label": {"final": "uobwhknhgpmpuamjjczkzoem", "init": "thgpmpuamjjczkzo", "intermediate": ["lthgpmpuamjjczkzo", "thgpmpuamjjczkzo", "hgpmpuamjjczkzo", "nhgpmpuamjjczkzo", "nhgpmpuamjjczkzow", "nhgpmpuamjjczkzo", "knhgpmpuamjjczkzo", "kknhgpmpuamjjczkzo", "knhgpmpuamjjczkzo", "hknhgpmpuamjjczkzo", "whknhgpmpuamjjczkzo", "bwhknhgpmpuamjjczkzo", "bwhknhgpmpuamjjczkzoe", "obwhknhgpmpuamjjczkzoe", "uobwhknhgpmpuamjjczkzoe"]}, "config": {"actions": ["push_left(l)", "pop_left", "pop_left", "push_left(n)", "push_right(w)", "pop_right", "push_left(k)", "push_left(k)", "pop_left", "push_left(h)", "push_left(w)", "push_left(b)", "push_right(e)", "push_left(o)", "push_left(u)", "push_right(m)"], "initial": "thgpmpuamjjczkzo", "len_action": 16, "len_string": 16}, "task_name": "task16", "example_name": "0143", "problem_name": "task16_0143"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ndgtgvlhmqihprro\nActions: pop_right, push_left(i), pop_left, pop_left, pop_left, push_right(u), pop_right, push_left(w), push_left(v), push_left(d), push_left(c), pop_right, push_left(u), push_left(p), push_left(f), push_right(k)", "label": {"final": "fpucdvwgtgvlhmqihprk", "init": "ndgtgvlhmqihprro", "intermediate": ["ndgtgvlhmqihprr", "indgtgvlhmqihprr", "ndgtgvlhmqihprr", "dgtgvlhmqihprr", "gtgvlhmqihprr", "gtgvlhmqihprru", "gtgvlhmqihprr", "wgtgvlhmqihprr", "vwgtgvlhmqihprr", "dvwgtgvlhmqihprr", "cdvwgtgvlhmqihprr", "cdvwgtgvlhmqihpr", "ucdvwgtgvlhmqihpr", "pucdvwgtgvlhmqihpr", "fpucdvwgtgvlhmqihpr"]}, "config": {"actions": ["pop_right", "push_left(i)", "pop_left", "pop_left", "pop_left", "push_right(u)", "pop_right", "push_left(w)", "push_left(v)", "push_left(d)", "push_left(c)", "pop_right", "push_left(u)", "push_left(p)", "push_left(f)", "push_right(k)"], "initial": "ndgtgvlhmqihprro", "len_action": 16, "len_string": 16}, "task_name": "task16", "example_name": "0144", "problem_name": "task16_0144"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: bcwkfxvadajlvtxa\nActions: push_left(i), pop_right, pop_right, pop_right, pop_left, push_left(r), push_right(m), push_left(v), push_right(p), pop_right, pop_right, push_right(m), pop_right, push_left(c), push_right(l), pop_left", "label": {"final": "vrbcwkfxvadajlvl", "init": "bcwkfxvadajlvtxa", "intermediate": ["ibcwkfxvadajlvtxa", "ibcwkfxvadajlvtx", "ibcwkfxvadajlvt", "ibcwkfxvadajlv", "bcwkfxvadajlv", "rbcwkfxvadajlv", "rbcwkfxvadajlvm", "vrbcwkfxvadajlvm", "vrbcwkfxvadajlvmp", "vrbcwkfxvadajlvm", "vrbcwkfxvadajlv", "vrbcwkfxvadajlvm", "vrbcwkfxvadajlv", "cvrbcwkfxvadajlv", "cvrbcwkfxvadajlvl"]}, "config": {"actions": ["push_left(i)", "pop_right", "pop_right", "pop_right", "pop_left", "push_left(r)", "push_right(m)", "push_left(v)", "push_right(p)", "pop_right", "pop_right", "push_right(m)", "pop_right", "push_left(c)", "push_right(l)", "pop_left"], "initial": "bcwkfxvadajlvtxa", "len_action": 16, "len_string": 16}, "task_name": "task16", "example_name": "0145", "problem_name": "task16_0145"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: qlhutgsbvuxuisat\nActions: push_right(u), push_left(l), pop_right, push_left(u), push_left(n), push_left(p), pop_right, push_left(d), pop_right, push_left(m), push_right(l), push_right(c), push_left(d), pop_right, pop_right, pop_left", "label": {"final": "mdpnulqlhutgsbvuxuis", "init": "qlhutgsbvuxuisat", "intermediate": ["qlhutgsbvuxuisatu", "lqlhutgsbvuxuisatu", "lqlhutgsbvuxuisat", "ulqlhutgsbvuxuisat", "nulqlhutgsbvuxuisat", "pnulqlhutgsbvuxuisat", "pnulqlhutgsbvuxuisa", "dpnulqlhutgsbvuxuisa", "dpnulqlhutgsbvuxuis", "mdpnulqlhutgsbvuxuis", "mdpnulqlhutgsbvuxuisl", "mdpnulqlhutgsbvuxuislc", "dmdpnulqlhutgsbvuxuislc", "dmdpnulqlhutgsbvuxuisl", "dmdpnulqlhutgsbvuxuis"]}, "config": {"actions": ["push_right(u)", "push_left(l)", "pop_right", "push_left(u)", "push_left(n)", "push_left(p)", "pop_right", "push_left(d)", "pop_right", "push_left(m)", "push_right(l)", "push_right(c)", "push_left(d)", "pop_right", "pop_right", "pop_left"], "initial": "qlhutgsbvuxuisat", "len_action": 16, "len_string": 16}, "task_name": "task16", "example_name": "0146", "problem_name": "task16_0146"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: gkdtywtxcghedmgu\nActions: push_left(t), pop_left, push_right(x), push_right(j), pop_right, push_right(e), pop_left, pop_right, pop_left, push_left(l), pop_left, push_right(a), pop_left, push_left(w), pop_right, pop_right", "label": {"final": "wtywtxcghedmgu", "init": "gkdtywtxcghedmgu", "intermediate": ["tgkdtywtxcghedmgu", "gkdtywtxcghedmgu", "gkdtywtxcghedmgux", "gkdtywtxcghedmguxj", "gkdtywtxcghedmgux", "gkdtywtxcghedmguxe", "kdtywtxcghedmguxe", "kdtywtxcghedmgux", "dtywtxcghedmgux", "ldtywtxcghedmgux", "dtywtxcghedmgux", "dtywtxcghedmguxa", "tywtxcghedmguxa", "wtywtxcghedmguxa", "wtywtxcghedmgux"]}, "config": {"actions": ["push_left(t)", "pop_left", "push_right(x)", "push_right(j)", "pop_right", "push_right(e)", "pop_left", "pop_right", "pop_left", "push_left(l)", "pop_left", "push_right(a)", "pop_left", "push_left(w)", "pop_right", "pop_right"], "initial": "gkdtywtxcghedmgu", "len_action": 16, "len_string": 16}, "task_name": "task16", "example_name": "0147", "problem_name": "task16_0147"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: pgqkjjinsfgmjmwm\nActions: push_right(r), push_left(t), pop_left, push_right(d), push_left(o), pop_left, push_left(b), pop_left, pop_left, push_right(j), push_left(j), push_right(d), push_left(s), pop_left, push_left(g), pop_right", "label": {"final": "gjgqkjjinsfgmjmwmrdj", "init": "pgqkjjinsfgmjmwm", "intermediate": ["pgqkjjinsfgmjmwmr", "tpgqkjjinsfgmjmwmr", "pgqkjjinsfgmjmwmr", "pgqkjjinsfgmjmwmrd", "opgqkjjinsfgmjmwmrd", "pgqkjjinsfgmjmwmrd", "bpgqkjjinsfgmjmwmrd", "pgqkjjinsfgmjmwmrd", "gqkjjinsfgmjmwmrd", "gqkjjinsfgmjmwmrdj", "jgqkjjinsfgmjmwmrdj", "jgqkjjinsfgmjmwmrdjd", "sjgqkjjinsfgmjmwmrdjd", "jgqkjjinsfgmjmwmrdjd", "gjgqkjjinsfgmjmwmrdjd"]}, "config": {"actions": ["push_right(r)", "push_left(t)", "pop_left", "push_right(d)", "push_left(o)", "pop_left", "push_left(b)", "pop_left", "pop_left", "push_right(j)", "push_left(j)", "push_right(d)", "push_left(s)", "pop_left", "push_left(g)", "pop_right"], "initial": "pgqkjjinsfgmjmwm", "len_action": 16, "len_string": 16}, "task_name": "task16", "example_name": "0148", "problem_name": "task16_0148"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: zxolocpvemualzkb\nActions: push_right(z), pop_left, push_left(f), pop_left, pop_right, pop_right, push_left(w), push_right(r), pop_right, pop_right, push_right(g), pop_left, push_left(z), push_right(a), push_left(x), push_left(k)", "label": {"final": "kxzxolocpvemualzga", "init": "zxolocpvemualzkb", "intermediate": ["zxolocpvemualzkbz", "xolocpvemualzkbz", "fxolocpvemualzkbz", "xolocpvemualzkbz", "xolocpvemualzkb", "xolocpvemualzk", "wxolocpvemualzk", "wxolocpvemualzkr", "wxolocpvemualzk", "wxolocpvemualz", "wxolocpvemualzg", "xolocpvemualzg", "zxolocpvemualzg", "zxolocpvemualzga", "xzxolocpvemualzga"]}, "config": {"actions": ["push_right(z)", "pop_left", "push_left(f)", "pop_left", "pop_right", "pop_right", "push_left(w)", "push_right(r)", "pop_right", "pop_right", "push_right(g)", "pop_left", "push_left(z)", "push_right(a)", "push_left(x)", "push_left(k)"], "initial": "zxolocpvemualzkb", "len_action": 16, "len_string": 16}, "task_name": "task16", "example_name": "0149", "problem_name": "task16_0149"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: wjirmrrrlgirvqzys\nActions: pop_right, pop_right, pop_right, pop_left, pop_right, pop_right, pop_right, push_right(z), pop_right, push_right(p), push_left(m), push_right(v), push_right(b), pop_right, pop_right, pop_left, pop_left", "label": {"final": "irmrrrlgip", "init": "wjirmrrrlgirvqzys", "intermediate": ["wjirmrrrlgirvqzy", "wjirmrrrlgirvqz", "wjirmrrrlgirvq", "jirmrrrlgirvq", "jirmrrrlgirv", "jirmrrrlgir", "jirmrrrlgi", "jirmrrrlgiz", "jirmrrrlgi", "jirmrrrlgip", "mjirmrrrlgip", "mjirmrrrlgipv", "mjirmrrrlgipvb", "mjirmrrrlgipv", "mjirmrrrlgip", "jirmrrrlgip"]}, "config": {"actions": ["pop_right", "pop_right", "pop_right", "pop_left", "pop_right", "pop_right", "pop_right", "push_right(z)", "pop_right", "push_right(p)", "push_left(m)", "push_right(v)", "push_right(b)", "pop_right", "pop_right", "pop_left", "pop_left"], "initial": "wjirmrrrlgirvqzys", "len_action": 17, "len_string": 17}, "task_name": "task16", "example_name": "0150", "problem_name": "task16_0150"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: rjimjlvcplyofhets\nActions: push_right(w), push_right(u), pop_right, push_left(i), pop_right, push_right(t), push_left(o), push_left(v), pop_left, pop_left, push_right(o), pop_right, push_left(c), push_left(a), push_right(y), push_left(q), push_right(c)", "label": {"final": "qacirjimjlvcplyofhetstyc", "init": "rjimjlvcplyofhets", "intermediate": ["rjimjlvcplyofhetsw", "rjimjlvcplyofhetswu", "rjimjlvcplyofhetsw", "irjimjlvcplyofhetsw", "irjimjlvcplyofhets", "irjimjlvcplyofhetst", "oirjimjlvcplyofhetst", "voirjimjlvcplyofhetst", "oirjimjlvcplyofhetst", "irjimjlvcplyofhetst", "irjimjlvcplyofhetsto", "irjimjlvcplyofhetst", "cirjimjlvcplyofhetst", "acirjimjlvcplyofhetst", "acirjimjlvcplyofhetsty", "qacirjimjlvcplyofhetsty"]}, "config": {"actions": ["push_right(w)", "push_right(u)", "pop_right", "push_left(i)", "pop_right", "push_right(t)", "push_left(o)", "push_left(v)", "pop_left", "pop_left", "push_right(o)", "pop_right", "push_left(c)", "push_left(a)", "push_right(y)", "push_left(q)", "push_right(c)"], "initial": "rjimjlvcplyofhets", "len_action": 17, "len_string": 17}, "task_name": "task16", "example_name": "0151", "problem_name": "task16_0151"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: irkclmqeuzgewclmb\nActions: pop_left, push_left(i), pop_right, pop_right, pop_right, pop_right, push_right(x), pop_right, push_right(d), push_left(a), pop_left, pop_left, pop_left, push_right(j), pop_left, pop_left, pop_right", "label": {"final": "lmqeuzgewd", "init": "irkclmqeuzgewclmb", "intermediate": ["rkclmqeuzgewclmb", "irkclmqeuzgewclmb", "irkclmqeuzgewclm", "irkclmqeuzgewcl", "irkclmqeuzgewc", "irkclmqeuzgew", "irkclmqeuzgewx", "irkclmqeuzgew", "irkclmqeuzgewd", "airkclmqeuzgewd", "irkclmqeuzgewd", "rkclmqeuzgewd", "kclmqeuzgewd", "kclmqeuzgewdj", "clmqeuzgewdj", "lmqeuzgewdj"]}, "config": {"actions": ["pop_left", "push_left(i)", "pop_right", "pop_right", "pop_right", "pop_right", "push_right(x)", "pop_right", "push_right(d)", "push_left(a)", "pop_left", "pop_left", "pop_left", "push_right(j)", "pop_left", "pop_left", "pop_right"], "initial": "irkclmqeuzgewclmb", "len_action": 17, "len_string": 17}, "task_name": "task16", "example_name": "0152", "problem_name": "task16_0152"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: scyjmkkvhygumwsdv\nActions: pop_right, pop_right, pop_right, pop_left, pop_left, push_right(g), push_left(n), push_left(k), push_left(x), push_left(y), pop_left, push_left(u), pop_right, pop_left, push_right(s), push_right(p), pop_left", "label": {"final": "knyjmkkvhygumwsp", "init": "scyjmkkvhygumwsdv", "intermediate": ["scyjmkkvhygumwsd", "scyjmkkvhygumws", "scyjmkkvhygumw", "cyjmkkvhygumw", "yjmkkvhygumw", "yjmkkvhygumwg", "nyjmkkvhygumwg", "knyjmkkvhygumwg", "xknyjmkkvhygumwg", "yxknyjmkkvhygumwg", "xknyjmkkvhygumwg", "uxknyjmkkvhygumwg", "uxknyjmkkvhygumw", "xknyjmkkvhygumw", "xknyjmkkvhygumws", "xknyjmkkvhygumwsp"]}, "config": {"actions": ["pop_right", "pop_right", "pop_right", "pop_left", "pop_left", "push_right(g)", "push_left(n)", "push_left(k)", "push_left(x)", "push_left(y)", "pop_left", "push_left(u)", "pop_right", "pop_left", "push_right(s)", "push_right(p)", "pop_left"], "initial": "scyjmkkvhygumwsdv", "len_action": 17, "len_string": 17}, "task_name": "task16", "example_name": "0153", "problem_name": "task16_0153"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: lqxsnniolumqupjwp\nActions: push_left(h), push_left(p), push_left(x), pop_right, push_left(f), pop_right, push_right(b), push_left(f), push_right(l), pop_left, pop_left, pop_right, push_left(f), pop_left, push_right(r), push_right(k), push_right(n)", "label": {"final": "xphlqxsnniolumqupjbrkn", "init": "lqxsnniolumqupjwp", "intermediate": ["hlqxsnniolumqupjwp", "phlqxsnniolumqupjwp", "xphlqxsnniolumqupjwp", "xphlqxsnniolumqupjw", "fxphlqxsnniolumqupjw", "fxphlqxsnniolumqupj", "fxphlqxsnniolumqupjb", "ffxphlqxsnniolumqupjb", "ffxphlqxsnniolumqupjbl", "fxphlqxsnniolumqupjbl", "xphlqxsnniolumqupjbl", "xphlqxsnniolumqupjb", "fxphlqxsnniolumqupjb", "xphlqxsnniolumqupjb", "xphlqxsnniolumqupjbr", "xphlqxsnniolumqupjbrk"]}, "config": {"actions": ["push_left(h)", "push_left(p)", "push_left(x)", "pop_right", "push_left(f)", "pop_right", "push_right(b)", "push_left(f)", "push_right(l)", "pop_left", "pop_left", "pop_right", "push_left(f)", "pop_left", "push_right(r)", "push_right(k)", "push_right(n)"], "initial": "lqxsnniolumqupjwp", "len_action": 17, "len_string": 17}, "task_name": "task16", "example_name": "0154", "problem_name": "task16_0154"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: lucxmhbwdwsulotyv\nActions: pop_left, push_right(s), push_right(y), pop_right, pop_right, push_left(e), push_left(s), push_right(b), push_left(k), pop_right, pop_left, pop_right, push_left(t), push_left(z), push_right(h), pop_right, pop_left", "label": {"final": "tseucxmhbwdwsuloty", "init": "lucxmhbwdwsulotyv", "intermediate": ["ucxmhbwdwsulotyv", "ucxmhbwdwsulotyvs", "ucxmhbwdwsulotyvsy", "ucxmhbwdwsulotyvs", "ucxmhbwdwsulotyv", "eucxmhbwdwsulotyv", "seucxmhbwdwsulotyv", "seucxmhbwdwsulotyvb", "kseucxmhbwdwsulotyvb", "kseucxmhbwdwsulotyv", "seucxmhbwdwsulotyv", "seucxmhbwdwsuloty", "tseucxmhbwdwsuloty", "ztseucxmhbwdwsuloty", "ztseucxmhbwdwsulotyh", "ztseucxmhbwdwsuloty"]}, "config": {"actions": ["pop_left", "push_right(s)", "push_right(y)", "pop_right", "pop_right", "push_left(e)", "push_left(s)", "push_right(b)", "push_left(k)", "pop_right", "pop_left", "pop_right", "push_left(t)", "push_left(z)", "push_right(h)", "pop_right", "pop_left"], "initial": "lucxmhbwdwsulotyv", "len_action": 17, "len_string": 17}, "task_name": "task16", "example_name": "0155", "problem_name": "task16_0155"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: xdotwdhvgafozofvr\nActions: push_right(n), pop_left, push_right(a), push_right(c), pop_left, push_right(h), push_left(u), pop_left, pop_left, push_right(r), push_right(x), push_left(s), pop_right, push_left(m), push_right(s), pop_right, pop_right", "label": {"final": "mstwdhvgafozofvrnach", "init": "xdotwdhvgafozofvr", "intermediate": ["xdotwdhvgafozofvrn", "dotwdhvgafozofvrn", "dotwdhvgafozofvrna", "dotwdhvgafozofvrnac", "otwdhvgafozofvrnac", "otwdhvgafozofvrnach", "uotwdhvgafozofvrnach", "otwdhvgafozofvrnach", "twdhvgafozofvrnach", "twdhvgafozofvrnachr", "twdhvgafozofvrnachrx", "stwdhvgafozofvrnachrx", "stwdhvgafozofvrnachr", "mstwdhvgafozofvrnachr", "mstwdhvgafozofvrnachrs", "mstwdhvgafozofvrnachr"]}, "config": {"actions": ["push_right(n)", "pop_left", "push_right(a)", "push_right(c)", "pop_left", "push_right(h)", "push_left(u)", "pop_left", "pop_left", "push_right(r)", "push_right(x)", "push_left(s)", "pop_right", "push_left(m)", "push_right(s)", "pop_right", "pop_right"], "initial": "xdotwdhvgafozofvr", "len_action": 17, "len_string": 17}, "task_name": "task16", "example_name": "0156", "problem_name": "task16_0156"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: yzhobdgqrjkisskkk\nActions: pop_left, push_left(v), pop_left, push_left(p), pop_right, pop_right, push_right(p), pop_right, pop_left, pop_right, pop_right, push_left(y), pop_right, push_right(v), push_left(a), push_left(c), push_left(b)", "label": {"final": "bcayzhobdgqrjkiv", "init": "yzhobdgqrjkisskkk", "intermediate": ["zhobdgqrjkisskkk", "vzhobdgqrjkisskkk", "zhobdgqrjkisskkk", "pzhobdgqrjkisskkk", "pzhobdgqrjkisskk", "pzhobdgqrjkissk", "pzhobdgqrjkisskp", "pzhobdgqrjkissk", "zhobdgqrjkissk", "zhobdgqrjkiss", "zhobdgqrjkis", "yzhobdgqrjkis", "yzhobdgqrjki", "yzhobdgqrjkiv", "ayzhobdgqrjkiv", "cayzhobdgqrjkiv"]}, "config": {"actions": ["pop_left", "push_left(v)", "pop_left", "push_left(p)", "pop_right", "pop_right", "push_right(p)", "pop_right", "pop_left", "pop_right", "pop_right", "push_left(y)", "pop_right", "push_right(v)", "push_left(a)", "push_left(c)", "push_left(b)"], "initial": "yzhobdgqrjkisskkk", "len_action": 17, "len_string": 17}, "task_name": "task16", "example_name": "0157", "problem_name": "task16_0157"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: qkgdujcynhtgsntld\nActions: push_left(q), push_right(b), push_right(a), pop_right, pop_left, push_left(i), pop_left, pop_left, pop_right, push_left(w), push_right(w), pop_left, pop_right, pop_right, pop_left, push_left(w), pop_left", "label": {"final": "gdujcynhtgsntl", "init": "qkgdujcynhtgsntld", "intermediate": ["qqkgdujcynhtgsntld", "qqkgdujcynhtgsntldb", "qqkgdujcynhtgsntldba", "qqkgdujcynhtgsntldb", "qkgdujcynhtgsntldb", "iqkgdujcynhtgsntldb", "qkgdujcynhtgsntldb", "kgdujcynhtgsntldb", "kgdujcynhtgsntld", "wkgdujcynhtgsntld", "wkgdujcynhtgsntldw", "kgdujcynhtgsntldw", "kgdujcynhtgsntld", "kgdujcynhtgsntl", "gdujcynhtgsntl", "wgdujcynhtgsntl"]}, "config": {"actions": ["push_left(q)", "push_right(b)", "push_right(a)", "pop_right", "pop_left", "push_left(i)", "pop_left", "pop_left", "pop_right", "push_left(w)", "push_right(w)", "pop_left", "pop_right", "pop_right", "pop_left", "push_left(w)", "pop_left"], "initial": "qkgdujcynhtgsntld", "len_action": 17, "len_string": 17}, "task_name": "task16", "example_name": "0158", "problem_name": "task16_0158"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: xgyokwfkkbedrxurz\nActions: push_right(j), pop_left, push_right(y), push_left(l), push_left(s), push_left(d), pop_right, push_right(q), push_right(y), push_right(u), push_left(c), push_left(o), pop_right, push_right(h), push_left(a), push_right(k), pop_right", "label": {"final": "aocdslgyokwfkkbedrxurzjqyh", "init": "xgyokwfkkbedrxurz", "intermediate": ["xgyokwfkkbedrxurzj", "gyokwfkkbedrxurzj", "gyokwfkkbedrxurzjy", "lgyokwfkkbedrxurzjy", "slgyokwfkkbedrxurzjy", "dslgyokwfkkbedrxurzjy", "dslgyokwfkkbedrxurzj", "dslgyokwfkkbedrxurzjq", "dslgyokwfkkbedrxurzjqy", "dslgyokwfkkbedrxurzjqyu", "cdslgyokwfkkbedrxurzjqyu", "ocdslgyokwfkkbedrxurzjqyu", "ocdslgyokwfkkbedrxurzjqy", "ocdslgyokwfkkbedrxurzjqyh", "aocdslgyokwfkkbedrxurzjqyh", "aocdslgyokwfkkbedrxurzjqyhk"]}, "config": {"actions": ["push_right(j)", "pop_left", "push_right(y)", "push_left(l)", "push_left(s)", "push_left(d)", "pop_right", "push_right(q)", "push_right(y)", "push_right(u)", "push_left(c)", "push_left(o)", "pop_right", "push_right(h)", "push_left(a)", "push_right(k)", "pop_right"], "initial": "xgyokwfkkbedrxurz", "len_action": 17, "len_string": 17}, "task_name": "task16", "example_name": "0159", "problem_name": "task16_0159"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: fuvjejnbqjywcmjwxl\nActions: pop_right, push_right(b), pop_right, push_left(s), push_right(e), pop_left, pop_left, push_right(i), pop_left, pop_right, push_right(z), push_right(j), pop_right, push_right(i), pop_left, push_left(f), pop_left, push_right(k)", "label": {"final": "jejnbqjywcmjwxezik", "init": "fuvjejnbqjywcmjwxl", "intermediate": ["fuvjejnbqjywcmjwx", "fuvjejnbqjywcmjwxb", "fuvjejnbqjywcmjwx", "sfuvjejnbqjywcmjwx", "sfuvjejnbqjywcmjwxe", "fuvjejnbqjywcmjwxe", "uvjejnbqjywcmjwxe", "uvjejnbqjywcmjwxei", "vjejnbqjywcmjwxei", "vjejnbqjywcmjwxe", "vjejnbqjywcmjwxez", "vjejnbqjywcmjwxezj", "vjejnbqjywcmjwxez", "vjejnbqjywcmjwxezi", "jejnbqjywcmjwxezi", "fjejnbqjywcmjwxezi", "jejnbqjywcmjwxezi"]}, "config": {"actions": ["pop_right", "push_right(b)", "pop_right", "push_left(s)", "push_right(e)", "pop_left", "pop_left", "push_right(i)", "pop_left", "pop_right", "push_right(z)", "push_right(j)", "pop_right", "push_right(i)", "pop_left", "push_left(f)", "pop_left", "push_right(k)"], "initial": "fuvjejnbqjywcmjwxl", "len_action": 18, "len_string": 18}, "task_name": "task16", "example_name": "0160", "problem_name": "task16_0160"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: cwkqtmqkkgldtkkuaf\nActions: push_right(e), pop_right, pop_right, push_right(p), pop_left, push_right(x), pop_left, pop_right, push_right(b), push_right(l), pop_right, push_left(s), push_left(q), push_left(z), push_right(l), push_right(h), push_right(w), push_right(w)", "label": {"final": "zqskqtmqkkgldtkkuapblhww", "init": "cwkqtmqkkgldtkkuaf", "intermediate": ["cwkqtmqkkgldtkkuafe", "cwkqtmqkkgldtkkuaf", "cwkqtmqkkgldtkkua", "cwkqtmqkkgldtkkuap", "wkqtmqkkgldtkkuap", "wkqtmqkkgldtkkuapx", "kqtmqkkgldtkkuapx", "kqtmqkkgldtkkuap", "kqtmqkkgldtkkuapb", "kqtmqkkgldtkkuapbl", "kqtmqkkgldtkkuapb", "skqtmqkkgldtkkuapb", "qskqtmqkkgldtkkuapb", "zqskqtmqkkgldtkkuapb", "zqskqtmqkkgldtkkuapbl", "zqskqtmqkkgldtkkuapblh", "zqskqtmqkkgldtkkuapblhw"]}, "config": {"actions": ["push_right(e)", "pop_right", "pop_right", "push_right(p)", "pop_left", "push_right(x)", "pop_left", "pop_right", "push_right(b)", "push_right(l)", "pop_right", "push_left(s)", "push_left(q)", "push_left(z)", "push_right(l)", "push_right(h)", "push_right(w)", "push_right(w)"], "initial": "cwkqtmqkkgldtkkuaf", "len_action": 18, "len_string": 18}, "task_name": "task16", "example_name": "0161", "problem_name": "task16_0161"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: pjtgomsocqeqlhboga\nActions: pop_right, push_left(g), pop_right, push_right(w), pop_right, pop_left, push_right(r), pop_left, push_left(i), pop_left, push_right(z), pop_left, pop_right, pop_right, pop_right, push_left(j), push_left(v), push_left(g)", "label": {"final": "gvjtgomsocqeqlhb", "init": "pjtgomsocqeqlhboga", "intermediate": ["pjtgomsocqeqlhbog", "gpjtgomsocqeqlhbog", "gpjtgomsocqeqlhbo", "gpjtgomsocqeqlhbow", "gpjtgomsocqeqlhbo", "pjtgomsocqeqlhbo", "pjtgomsocqeqlhbor", "jtgomsocqeqlhbor", "ijtgomsocqeqlhbor", "jtgomsocqeqlhbor", "jtgomsocqeqlhborz", "tgomsocqeqlhborz", "tgomsocqeqlhbor", "tgomsocqeqlhbo", "tgomsocqeqlhb", "jtgomsocqeqlhb", "vjtgomsocqeqlhb"]}, "config": {"actions": ["pop_right", "push_left(g)", "pop_right", "push_right(w)", "pop_right", "pop_left", "push_right(r)", "pop_left", "push_left(i)", "pop_left", "push_right(z)", "pop_left", "pop_right", "pop_right", "pop_right", "push_left(j)", "push_left(v)", "push_left(g)"], "initial": "pjtgomsocqeqlhboga", "len_action": 18, "len_string": 18}, "task_name": "task16", "example_name": "0162", "problem_name": "task16_0162"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: cjglvujmnnytrbhhyo\nActions: pop_right, pop_left, pop_right, push_right(y), push_right(f), push_left(a), push_right(n), pop_right, pop_left, push_left(b), pop_right, push_left(r), pop_left, push_left(v), push_left(n), push_right(g), pop_left, pop_right", "label": {"final": "vbjglvujmnnytrbhhy", "init": "cjglvujmnnytrbhhyo", "intermediate": ["cjglvujmnnytrbhhy", "jglvujmnnytrbhhy", "jglvujmnnytrbhh", "jglvujmnnytrbhhy", "jglvujmnnytrbhhyf", "ajglvujmnnytrbhhyf", "ajglvujmnnytrbhhyfn", "ajglvujmnnytrbhhyf", "jglvujmnnytrbhhyf", "bjglvujmnnytrbhhyf", "bjglvujmnnytrbhhy", "rbjglvujmnnytrbhhy", "bjglvujmnnytrbhhy", "vbjglvujmnnytrbhhy", "nvbjglvujmnnytrbhhy", "nvbjglvujmnnytrbhhyg", "vbjglvujmnnytrbhhyg"]}, "config": {"actions": ["pop_right", "pop_left", "pop_right", "push_right(y)", "push_right(f)", "push_left(a)", "push_right(n)", "pop_right", "pop_left", "push_left(b)", "pop_right", "push_left(r)", "pop_left", "push_left(v)", "push_left(n)", "push_right(g)", "pop_left", "pop_right"], "initial": "cjglvujmnnytrbhhyo", "len_action": 18, "len_string": 18}, "task_name": "task16", "example_name": "0163", "problem_name": "task16_0163"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: dpfaxgwovtoxmnedpn\nActions: pop_right, push_right(h), push_right(c), pop_left, pop_right, push_left(m), pop_right, pop_left, pop_left, pop_right, pop_left, push_right(n), pop_right, push_right(z), pop_right, pop_right, push_right(v), push_right(b)", "label": {"final": "axgwovtoxmnevb", "init": "dpfaxgwovtoxmnedpn", "intermediate": ["dpfaxgwovtoxmnedp", "dpfaxgwovtoxmnedph", "dpfaxgwovtoxmnedphc", "pfaxgwovtoxmnedphc", "pfaxgwovtoxmnedph", "mpfaxgwovtoxmnedph", "mpfaxgwovtoxmnedp", "pfaxgwovtoxmnedp", "faxgwovtoxmnedp", "faxgwovtoxmned", "axgwovtoxmned", "axgwovtoxmnedn", "axgwovtoxmned", "axgwovtoxmnedz", "axgwovtoxmned", "axgwovtoxmne", "axgwovtoxmnev"]}, "config": {"actions": ["pop_right", "push_right(h)", "push_right(c)", "pop_left", "pop_right", "push_left(m)", "pop_right", "pop_left", "pop_left", "pop_right", "pop_left", "push_right(n)", "pop_right", "push_right(z)", "pop_right", "pop_right", "push_right(v)", "push_right(b)"], "initial": "dpfaxgwovtoxmnedpn", "len_action": 18, "len_string": 18}, "task_name": "task16", "example_name": "0164", "problem_name": "task16_0164"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ldivstktkekvyxdxyz\nActions: pop_left, push_right(c), push_right(z), pop_right, push_right(o), push_right(b), push_left(m), pop_right, push_left(h), pop_right, pop_left, push_left(d), push_left(k), push_right(k), push_right(b), pop_right, push_left(t), push_right(v)", "label": {"final": "tkdmdivstktkekvyxdxyzckv", "init": "ldivstktkekvyxdxyz", "intermediate": ["divstktkekvyxdxyz", "divstktkekvyxdxyzc", "divstktkekvyxdxyzcz", "divstktkekvyxdxyzc", "divstktkekvyxdxyzco", "divstktkekvyxdxyzcob", "mdivstktkekvyxdxyzcob", "mdivstktkekvyxdxyzco", "hmdivstktkekvyxdxyzco", "hmdivstktkekvyxdxyzc", "mdivstktkekvyxdxyzc", "dmdivstktkekvyxdxyzc", "kdmdivstktkekvyxdxyzc", "kdmdivstktkekvyxdxyzck", "kdmdivstktkekvyxdxyzckb", "kdmdivstktkekvyxdxyzck", "tkdmdivstktkekvyxdxyzck"]}, "config": {"actions": ["pop_left", "push_right(c)", "push_right(z)", "pop_right", "push_right(o)", "push_right(b)", "push_left(m)", "pop_right", "push_left(h)", "pop_right", "pop_left", "push_left(d)", "push_left(k)", "push_right(k)", "push_right(b)", "pop_right", "push_left(t)", "push_right(v)"], "initial": "ldivstktkekvyxdxyz", "len_action": 18, "len_string": 18}, "task_name": "task16", "example_name": "0165", "problem_name": "task16_0165"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: jhipsmigryxdhhrwlr\nActions: push_right(w), pop_left, pop_left, pop_left, pop_left, push_left(p), pop_right, pop_left, push_left(e), push_left(q), pop_left, pop_right, push_right(w), pop_right, pop_left, pop_right, push_right(d), push_right(t)", "label": {"final": "smigryxdhhrwdt", "init": "jhipsmigryxdhhrwlr", "intermediate": ["jhipsmigryxdhhrwlrw", "hipsmigryxdhhrwlrw", "ipsmigryxdhhrwlrw", "psmigryxdhhrwlrw", "smigryxdhhrwlrw", "psmigryxdhhrwlrw", "psmigryxdhhrwlr", "smigryxdhhrwlr", "esmigryxdhhrwlr", "qesmigryxdhhrwlr", "esmigryxdhhrwlr", "esmigryxdhhrwl", "esmigryxdhhrwlw", "esmigryxdhhrwl", "smigryxdhhrwl", "smigryxdhhrw", "smigryxdhhrwd"]}, "config": {"actions": ["push_right(w)", "pop_left", "pop_left", "pop_left", "pop_left", "push_left(p)", "pop_right", "pop_left", "push_left(e)", "push_left(q)", "pop_left", "pop_right", "push_right(w)", "pop_right", "pop_left", "pop_right", "push_right(d)", "push_right(t)"], "initial": "jhipsmigryxdhhrwlr", "len_action": 18, "len_string": 18}, "task_name": "task16", "example_name": "0166", "problem_name": "task16_0166"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: dtqrsowvbhuqxwwwwa\nActions: push_left(p), push_left(o), push_left(d), push_left(j), pop_left, pop_left, push_left(h), push_left(t), pop_left, push_right(b), pop_right, push_right(w), pop_left, push_right(l), push_right(y), pop_right, push_left(k), pop_right", "label": {"final": "kopdtqrsowvbhuqxwwwwaw", "init": "dtqrsowvbhuqxwwwwa", "intermediate": ["pdtqrsowvbhuqxwwwwa", "opdtqrsowvbhuqxwwwwa", "dopdtqrsowvbhuqxwwwwa", "jdopdtqrsowvbhuqxwwwwa", "dopdtqrsowvbhuqxwwwwa", "opdtqrsowvbhuqxwwwwa", "hopdtqrsowvbhuqxwwwwa", "thopdtqrsowvbhuqxwwwwa", "hopdtqrsowvbhuqxwwwwa", "hopdtqrsowvbhuqxwwwwab", "hopdtqrsowvbhuqxwwwwa", "hopdtqrsowvbhuqxwwwwaw", "opdtqrsowvbhuqxwwwwaw", "opdtqrsowvbhuqxwwwwawl", "opdtqrsowvbhuqxwwwwawly", "opdtqrsowvbhuqxwwwwawl", "kopdtqrsowvbhuqxwwwwawl"]}, "config": {"actions": ["push_left(p)", "push_left(o)", "push_left(d)", "push_left(j)", "pop_left", "pop_left", "push_left(h)", "push_left(t)", "pop_left", "push_right(b)", "pop_right", "push_right(w)", "pop_left", "push_right(l)", "push_right(y)", "pop_right", "push_left(k)", "pop_right"], "initial": "dtqrsowvbhuqxwwwwa", "len_action": 18, "len_string": 18}, "task_name": "task16", "example_name": "0167", "problem_name": "task16_0167"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: zptywpfdzjkenpqimf\nActions: pop_right, push_right(g), pop_left, pop_left, pop_left, push_left(g), pop_left, push_left(m), push_right(h), push_right(r), pop_left, push_left(b), pop_right, push_left(s), push_left(h), push_right(i), pop_right, push_left(r)", "label": {"final": "rhsbywpfdzjkenpqimgh", "init": "zptywpfdzjkenpqimf", "intermediate": ["zptywpfdzjkenpqim", "zptywpfdzjkenpqimg", "ptywpfdzjkenpqimg", "tywpfdzjkenpqimg", "ywpfdzjkenpqimg", "gywpfdzjkenpqimg", "ywpfdzjkenpqimg", "mywpfdzjkenpqimg", "mywpfdzjkenpqimgh", "mywpfdzjkenpqimghr", "ywpfdzjkenpqimghr", "bywpfdzjkenpqimghr", "bywpfdzjkenpqimgh", "sbywpfdzjkenpqimgh", "hsbywpfdzjkenpqimgh", "hsbywpfdzjkenpqimghi", "hsbywpfdzjkenpqimgh"]}, "config": {"actions": ["pop_right", "push_right(g)", "pop_left", "pop_left", "pop_left", "push_left(g)", "pop_left", "push_left(m)", "push_right(h)", "push_right(r)", "pop_left", "push_left(b)", "pop_right", "push_left(s)", "push_left(h)", "push_right(i)", "pop_right", "push_left(r)"], "initial": "zptywpfdzjkenpqimf", "len_action": 18, "len_string": 18}, "task_name": "task16", "example_name": "0168", "problem_name": "task16_0168"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: rjircwwrtfdtfncfor\nActions: pop_left, push_left(g), push_right(a), pop_right, push_left(z), pop_left, push_left(b), push_left(s), pop_right, push_right(p), pop_right, push_right(p), pop_left, push_left(p), pop_left, pop_left, pop_left, push_left(p)", "label": {"final": "pjircwwrtfdtfncfop", "init": "rjircwwrtfdtfncfor", "intermediate": ["jircwwrtfdtfncfor", "gjircwwrtfdtfncfor", "gjircwwrtfdtfncfora", "gjircwwrtfdtfncfor", "zgjircwwrtfdtfncfor", "gjircwwrtfdtfncfor", "bgjircwwrtfdtfncfor", "sbgjircwwrtfdtfncfor", "sbgjircwwrtfdtfncfo", "sbgjircwwrtfdtfncfop", "sbgjircwwrtfdtfncfo", "sbgjircwwrtfdtfncfop", "bgjircwwrtfdtfncfop", "pbgjircwwrtfdtfncfop", "bgjircwwrtfdtfncfop", "gjircwwrtfdtfncfop", "jircwwrtfdtfncfop"]}, "config": {"actions": ["pop_left", "push_left(g)", "push_right(a)", "pop_right", "push_left(z)", "pop_left", "push_left(b)", "push_left(s)", "pop_right", "push_right(p)", "pop_right", "push_right(p)", "pop_left", "push_left(p)", "pop_left", "pop_left", "pop_left", "push_left(p)"], "initial": "rjircwwrtfdtfncfor", "len_action": 18, "len_string": 18}, "task_name": "task16", "example_name": "0169", "problem_name": "task16_0169"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: sixlwtdqpttxtopduep\nActions: pop_left, pop_left, push_left(o), pop_left, pop_left, pop_right, pop_right, push_left(b), push_left(m), pop_right, pop_left, pop_right, push_left(v), pop_right, push_right(r), pop_right, pop_right, pop_left, push_right(a)", "label": {"final": "blwtdqpttxta", "init": "sixlwtdqpttxtopduep", "intermediate": ["ixlwtdqpttxtopduep", "xlwtdqpttxtopduep", "oxlwtdqpttxtopduep", "xlwtdqpttxtopduep", "lwtdqpttxtopduep", "lwtdqpttxtopdue", "lwtdqpttxtopdu", "blwtdqpttxtopdu", "mblwtdqpttxtopdu", "mblwtdqpttxtopd", "blwtdqpttxtopd", "blwtdqpttxtop", "vblwtdqpttxtop", "vblwtdqpttxto", "vblwtdqpttxtor", "vblwtdqpttxto", "vblwtdqpttxt", "blwtdqpttxt"]}, "config": {"actions": ["pop_left", "pop_left", "push_left(o)", "pop_left", "pop_left", "pop_right", "pop_right", "push_left(b)", "push_left(m)", "pop_right", "pop_left", "pop_right", "push_left(v)", "pop_right", "push_right(r)", "pop_right", "pop_right", "pop_left", "push_right(a)"], "initial": "sixlwtdqpttxtopduep", "len_action": 19, "len_string": 19}, "task_name": "task16", "example_name": "0170", "problem_name": "task16_0170"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ftolvcdomneiiaupgsd\nActions: push_right(z), push_right(e), pop_left, pop_right, push_right(x), push_right(e), pop_left, push_right(w), push_right(c), pop_right, pop_left, pop_left, push_right(o), push_left(s), pop_left, pop_left, pop_right, pop_right, pop_left", "label": {"final": "domneiiaupgsdzxe", "init": "ftolvcdomneiiaupgsd", "intermediate": ["ftolvcdomneiiaupgsdz", "ftolvcdomneiiaupgsdze", "tolvcdomneiiaupgsdze", "tolvcdomneiiaupgsdz", "tolvcdomneiiaupgsdzx", "tolvcdomneiiaupgsdzxe", "olvcdomneiiaupgsdzxe", "olvcdomneiiaupgsdzxew", "olvcdomneiiaupgsdzxewc", "olvcdomneiiaupgsdzxew", "lvcdomneiiaupgsdzxew", "vcdomneiiaupgsdzxew", "vcdomneiiaupgsdzxewo", "svcdomneiiaupgsdzxewo", "vcdomneiiaupgsdzxewo", "cdomneiiaupgsdzxewo", "cdomneiiaupgsdzxew", "cdomneiiaupgsdzxe"]}, "config": {"actions": ["push_right(z)", "push_right(e)", "pop_left", "pop_right", "push_right(x)", "push_right(e)", "pop_left", "push_right(w)", "push_right(c)", "pop_right", "pop_left", "pop_left", "push_right(o)", "push_left(s)", "pop_left", "pop_left", "pop_right", "pop_right", "pop_left"], "initial": "ftolvcdomneiiaupgsd", "len_action": 19, "len_string": 19}, "task_name": "task16", "example_name": "0171", "problem_name": "task16_0171"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: srerfautttpfesiijil\nActions: push_right(s), pop_right, push_right(w), push_right(h), pop_right, push_left(l), push_right(p), push_right(d), push_right(x), push_left(n), pop_right, push_left(h), pop_left, push_right(o), pop_left, pop_left, pop_left, push_left(f), pop_left", "label": {"final": "rerfautttpfesiijilwpdo", "init": "srerfautttpfesiijil", "intermediate": ["srerfautttpfesiijils", "srerfautttpfesiijil", "srerfautttpfesiijilw", "srerfautttpfesiijilwh", "srerfautttpfesiijilw", "lsrerfautttpfesiijilw", "lsrerfautttpfesiijilwp", "lsrerfautttpfesiijilwpd", "lsrerfautttpfesiijilwpdx", "nlsrerfautttpfesiijilwpdx", "nlsrerfautttpfesiijilwpd", "hnlsrerfautttpfesiijilwpd", "nlsrerfautttpfesiijilwpd", "nlsrerfautttpfesiijilwpdo", "lsrerfautttpfesiijilwpdo", "srerfautttpfesiijilwpdo", "rerfautttpfesiijilwpdo", "frerfautttpfesiijilwpdo"]}, "config": {"actions": ["push_right(s)", "pop_right", "push_right(w)", "push_right(h)", "pop_right", "push_left(l)", "push_right(p)", "push_right(d)", "push_right(x)", "push_left(n)", "pop_right", "push_left(h)", "pop_left", "push_right(o)", "pop_left", "pop_left", "pop_left", "push_left(f)", "pop_left"], "initial": "srerfautttpfesiijil", "len_action": 19, "len_string": 19}, "task_name": "task16", "example_name": "0172", "problem_name": "task16_0172"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: sbzsqoseygnccigsssn\nActions: push_left(f), pop_left, push_left(g), pop_left, pop_right, pop_right, pop_left, push_left(w), push_left(f), pop_left, push_left(g), pop_right, push_right(j), pop_left, pop_left, pop_right, pop_right, pop_left, push_left(h)", "label": {"final": "hzsqoseygnccig", "init": "sbzsqoseygnccigsssn", "intermediate": ["fsbzsqoseygnccigsssn", "sbzsqoseygnccigsssn", "gsbzsqoseygnccigsssn", "sbzsqoseygnccigsssn", "sbzsqoseygnccigsss", "sbzsqoseygnccigss", "bzsqoseygnccigss", "wbzsqoseygnccigss", "fwbzsqoseygnccigss", "wbzsqoseygnccigss", "gwbzsqoseygnccigss", "gwbzsqoseygnccigs", "gwbzsqoseygnccigsj", "wbzsqoseygnccigsj", "bzsqoseygnccigsj", "bzsqoseygnccigs", "bzsqoseygnccig", "zsqoseygnccig"]}, "config": {"actions": ["push_left(f)", "pop_left", "push_left(g)", "pop_left", "pop_right", "pop_right", "pop_left", "push_left(w)", "push_left(f)", "pop_left", "push_left(g)", "pop_right", "push_right(j)", "pop_left", "pop_left", "pop_right", "pop_right", "pop_left", "push_left(h)"], "initial": "sbzsqoseygnccigsssn", "len_action": 19, "len_string": 19}, "task_name": "task16", "example_name": "0173", "problem_name": "task16_0173"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: bwhgpgtawkyvnletuac\nActions: push_left(i), push_left(a), pop_right, pop_right, pop_right, push_left(d), push_left(a), push_left(l), pop_left, push_left(n), push_left(t), push_right(s), pop_right, pop_left, push_right(m), push_left(l), pop_right, pop_right, pop_right", "label": {"final": "lnadaibwhgpgtawkyvnl", "init": "bwhgpgtawkyvnletuac", "intermediate": ["ibwhgpgtawkyvnletuac", "aibwhgpgtawkyvnletuac", "aibwhgpgtawkyvnletua", "aibwhgpgtawkyvnletu", "aibwhgpgtawkyvnlet", "daibwhgpgtawkyvnlet", "adaibwhgpgtawkyvnlet", "ladaibwhgpgtawkyvnlet", "adaibwhgpgtawkyvnlet", "nadaibwhgpgtawkyvnlet", "tnadaibwhgpgtawkyvnlet", "tnadaibwhgpgtawkyvnlets", "tnadaibwhgpgtawkyvnlet", "nadaibwhgpgtawkyvnlet", "nadaibwhgpgtawkyvnletm", "lnadaibwhgpgtawkyvnletm", "lnadaibwhgpgtawkyvnlet", "lnadaibwhgpgtawkyvnle"]}, "config": {"actions": ["push_left(i)", "push_left(a)", "pop_right", "pop_right", "pop_right", "push_left(d)", "push_left(a)", "push_left(l)", "pop_left", "push_left(n)", "push_left(t)", "push_right(s)", "pop_right", "pop_left", "push_right(m)", "push_left(l)", "pop_right", "pop_right", "pop_right"], "initial": "bwhgpgtawkyvnletuac", "len_action": 19, "len_string": 19}, "task_name": "task16", "example_name": "0174", "problem_name": "task16_0174"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ucjxphitpcnflkduxax\nActions: pop_left, pop_left, pop_left, pop_left, pop_right, push_right(a), push_right(p), pop_left, push_left(f), pop_right, pop_left, pop_right, push_right(w), push_left(g), push_left(q), pop_left, pop_left, push_left(k), pop_right", "label": {"final": "khitpcnflkduxa", "init": "ucjxphitpcnflkduxax", "intermediate": ["cjxphitpcnflkduxax", "jxphitpcnflkduxax", "xphitpcnflkduxax", "phitpcnflkduxax", "phitpcnflkduxa", "phitpcnflkduxaa", "phitpcnflkduxaap", "hitpcnflkduxaap", "fhitpcnflkduxaap", "fhitpcnflkduxaa", "hitpcnflkduxaa", "hitpcnflkduxa", "hitpcnflkduxaw", "ghitpcnflkduxaw", "qghitpcnflkduxaw", "ghitpcnflkduxaw", "hitpcnflkduxaw", "khitpcnflkduxaw"]}, "config": {"actions": ["pop_left", "pop_left", "pop_left", "pop_left", "pop_right", "push_right(a)", "push_right(p)", "pop_left", "push_left(f)", "pop_right", "pop_left", "pop_right", "push_right(w)", "push_left(g)", "push_left(q)", "pop_left", "pop_left", "push_left(k)", "pop_right"], "initial": "ucjxphitpcnflkduxax", "len_action": 19, "len_string": 19}, "task_name": "task16", "example_name": "0175", "problem_name": "task16_0175"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: louowaeprxublkhqczj\nActions: push_left(t), pop_left, pop_left, push_right(l), push_left(z), pop_left, pop_left, push_left(w), pop_right, push_right(e), pop_left, push_right(x), push_right(v), push_right(k), pop_right, push_right(i), pop_left, pop_right, pop_right", "label": {"final": "owaeprxublkhqczjex", "init": "louowaeprxublkhqczj", "intermediate": ["tlouowaeprxublkhqczj", "louowaeprxublkhqczj", "ouowaeprxublkhqczj", "ouowaeprxublkhqczjl", "zouowaeprxublkhqczjl", "ouowaeprxublkhqczjl", "uowaeprxublkhqczjl", "wuowaeprxublkhqczjl", "wuowaeprxublkhqczj", "wuowaeprxublkhqczje", "uowaeprxublkhqczje", "uowaeprxublkhqczjex", "uowaeprxublkhqczjexv", "uowaeprxublkhqczjexvk", "uowaeprxublkhqczjexv", "uowaeprxublkhqczjexvi", "owaeprxublkhqczjexvi", "owaeprxublkhqczjexv"]}, "config": {"actions": ["push_left(t)", "pop_left", "pop_left", "push_right(l)", "push_left(z)", "pop_left", "pop_left", "push_left(w)", "pop_right", "push_right(e)", "pop_left", "push_right(x)", "push_right(v)", "push_right(k)", "pop_right", "push_right(i)", "pop_left", "pop_right", "pop_right"], "initial": "louowaeprxublkhqczj", "len_action": 19, "len_string": 19}, "task_name": "task16", "example_name": "0176", "problem_name": "task16_0176"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: tuvgakjpdyeukosxled\nActions: pop_left, pop_left, pop_right, pop_right, push_right(j), pop_left, pop_right, pop_left, pop_left, push_right(a), pop_right, push_left(a), pop_left, push_left(x), pop_right, pop_left, push_right(d), push_left(i), pop_left", "label": {"final": "kjpdyeukosxd", "init": "tuvgakjpdyeukosxled", "intermediate": ["uvgakjpdyeukosxled", "vgakjpdyeukosxled", "vgakjpdyeukosxle", "vgakjpdyeukosxl", "vgakjpdyeukosxlj", "gakjpdyeukosxlj", "gakjpdyeukosxl", "akjpdyeukosxl", "kjpdyeukosxl", "kjpdyeukosxla", "kjpdyeukosxl", "akjpdyeukosxl", "kjpdyeukosxl", "xkjpdyeukosxl", "xkjpdyeukosx", "kjpdyeukosx", "kjpdyeukosxd", "ikjpdyeukosxd"]}, "config": {"actions": ["pop_left", "pop_left", "pop_right", "pop_right", "push_right(j)", "pop_left", "pop_right", "pop_left", "pop_left", "push_right(a)", "pop_right", "push_left(a)", "pop_left", "push_left(x)", "pop_right", "pop_left", "push_right(d)", "push_left(i)", "pop_left"], "initial": "tuvgakjpdyeukosxled", "len_action": 19, "len_string": 19}, "task_name": "task16", "example_name": "0177", "problem_name": "task16_0177"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: slytjkcnejeykhqyisv\nActions: push_left(z), push_right(m), pop_left, pop_right, pop_right, push_left(z), push_right(b), pop_right, push_left(s), pop_left, pop_right, pop_left, push_left(v), push_left(v), pop_left, push_left(y), push_right(b), push_left(p), pop_left", "label": {"final": "yvslytjkcnejeykhqyib", "init": "slytjkcnejeykhqyisv", "intermediate": ["zslytjkcnejeykhqyisv", "zslytjkcnejeykhqyisvm", "slytjkcnejeykhqyisvm", "slytjkcnejeykhqyisv", "slytjkcnejeykhqyis", "zslytjkcnejeykhqyis", "zslytjkcnejeykhqyisb", "zslytjkcnejeykhqyis", "szslytjkcnejeykhqyis", "zslytjkcnejeykhqyis", "zslytjkcnejeykhqyi", "slytjkcnejeykhqyi", "vslytjkcnejeykhqyi", "vvslytjkcnejeykhqyi", "vslytjkcnejeykhqyi", "yvslytjkcnejeykhqyi", "yvslytjkcnejeykhqyib", "pyvslytjkcnejeykhqyib"]}, "config": {"actions": ["push_left(z)", "push_right(m)", "pop_left", "pop_right", "pop_right", "push_left(z)", "push_right(b)", "pop_right", "push_left(s)", "pop_left", "pop_right", "pop_left", "push_left(v)", "push_left(v)", "pop_left", "push_left(y)", "push_right(b)", "push_left(p)", "pop_left"], "initial": "slytjkcnejeykhqyisv", "len_action": 19, "len_string": 19}, "task_name": "task16", "example_name": "0178", "problem_name": "task16_0178"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: tdutjyjkadrjnxpsonu\nActions: pop_left, pop_right, pop_left, push_right(g), push_left(h), push_right(f), push_right(e), push_left(h), push_right(k), push_left(d), push_left(w), push_left(o), push_right(f), pop_right, pop_left, pop_left, push_right(c), push_right(m), push_right(r)", "label": {"final": "dhhutjyjkadrjnxpsongfekcmr", "init": "tdutjyjkadrjnxpsonu", "intermediate": ["dutjyjkadrjnxpsonu", "dutjyjkadrjnxpson", "utjyjkadrjnxpson", "utjyjkadrjnxpsong", "hutjyjkadrjnxpsong", "hutjyjkadrjnxpsongf", "hutjyjkadrjnxpsongfe", "hhutjyjkadrjnxpsongfe", "hhutjyjkadrjnxpsongfek", "dhhutjyjkadrjnxpsongfek", "wdhhutjyjkadrjnxpsongfek", "owdhhutjyjkadrjnxpsongfek", "owdhhutjyjkadrjnxpsongfekf", "owdhhutjyjkadrjnxpsongfek", "wdhhutjyjkadrjnxpsongfek", "dhhutjyjkadrjnxpsongfek", "dhhutjyjkadrjnxpsongfekc", "dhhutjyjkadrjnxpsongfekcm"]}, "config": {"actions": ["pop_left", "pop_right", "pop_left", "push_right(g)", "push_left(h)", "push_right(f)", "push_right(e)", "push_left(h)", "push_right(k)", "push_left(d)", "push_left(w)", "push_left(o)", "push_right(f)", "pop_right", "pop_left", "pop_left", "push_right(c)", "push_right(m)", "push_right(r)"], "initial": "tdutjyjkadrjnxpsonu", "len_action": 19, "len_string": 19}, "task_name": "task16", "example_name": "0179", "problem_name": "task16_0179"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: auasivahnktbvaurrbaf\nActions: push_left(p), pop_right, pop_right, push_right(x), push_right(y), pop_right, pop_left, push_right(e), push_right(a), push_left(h), pop_left, push_left(u), pop_right, push_right(u), push_right(j), pop_right, pop_right, pop_right, pop_left, push_right(l)", "label": {"final": "auasivahnktbvaurrbxl", "init": "auasivahnktbvaurrbaf", "intermediate": ["pauasivahnktbvaurrbaf", "pauasivahnktbvaurrba", "pauasivahnktbvaurrb", "pauasivahnktbvaurrbx", "pauasivahnktbvaurrbxy", "pauasivahnktbvaurrbx", "auasivahnktbvaurrbx", "auasivahnktbvaurrbxe", "auasivahnktbvaurrbxea", "hauasivahnktbvaurrbxea", "auasivahnktbvaurrbxea", "uauasivahnktbvaurrbxea", "uauasivahnktbvaurrbxe", "uauasivahnktbvaurrbxeu", "uauasivahnktbvaurrbxeuj", "uauasivahnktbvaurrbxeu", "uauasivahnktbvaurrbxe", "uauasivahnktbvaurrbx", "auasivahnktbvaurrbx"]}, "config": {"actions": ["push_left(p)", "pop_right", "pop_right", "push_right(x)", "push_right(y)", "pop_right", "pop_left", "push_right(e)", "push_right(a)", "push_left(h)", "pop_left", "push_left(u)", "pop_right", "push_right(u)", "push_right(j)", "pop_right", "pop_right", "pop_right", "pop_left", "push_right(l)"], "initial": "auasivahnktbvaurrbaf", "len_action": 20, "len_string": 20}, "task_name": "task16", "example_name": "0180", "problem_name": "task16_0180"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: cebzekrwqwycvibiogvk\nActions: pop_right, push_right(s), push_right(q), pop_right, push_right(f), pop_left, pop_left, push_left(s), pop_right, push_left(e), pop_left, pop_left, pop_left, pop_right, pop_right, pop_left, push_left(v), push_left(f), pop_left, push_right(o)", "label": {"final": "vekrwqwycvibiogo", "init": "cebzekrwqwycvibiogvk", "intermediate": ["cebzekrwqwycvibiogv", "cebzekrwqwycvibiogvs", "cebzekrwqwycvibiogvsq", "cebzekrwqwycvibiogvs", "cebzekrwqwycvibiogvsf", "ebzekrwqwycvibiogvsf", "bzekrwqwycvibiogvsf", "sbzekrwqwycvibiogvsf", "sbzekrwqwycvibiogvs", "esbzekrwqwycvibiogvs", "sbzekrwqwycvibiogvs", "bzekrwqwycvibiogvs", "zekrwqwycvibiogvs", "zekrwqwycvibiogv", "zekrwqwycvibiog", "ekrwqwycvibiog", "vekrwqwycvibiog", "fvekrwqwycvibiog", "vekrwqwycvibiog"]}, "config": {"actions": ["pop_right", "push_right(s)", "push_right(q)", "pop_right", "push_right(f)", "pop_left", "pop_left", "push_left(s)", "pop_right", "push_left(e)", "pop_left", "pop_left", "pop_left", "pop_right", "pop_right", "pop_left", "push_left(v)", "push_left(f)", "pop_left", "push_right(o)"], "initial": "cebzekrwqwycvibiogvk", "len_action": 20, "len_string": 20}, "task_name": "task16", "example_name": "0181", "problem_name": "task16_0181"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: epirradqfgbspqqhhrdl\nActions: push_right(l), push_left(o), pop_left, pop_right, pop_left, pop_right, push_right(c), push_right(t), push_right(i), push_right(g), push_right(r), pop_right, push_right(c), pop_right, pop_right, pop_left, pop_left, pop_right, pop_left, push_right(q)", "label": {"final": "radqfgbspqqhhrdctq", "init": "epirradqfgbspqqhhrdl", "intermediate": ["epirradqfgbspqqhhrdll", "oepirradqfgbspqqhhrdll", "epirradqfgbspqqhhrdll", "epirradqfgbspqqhhrdl", "pirradqfgbspqqhhrdl", "pirradqfgbspqqhhrd", "pirradqfgbspqqhhrdc", "pirradqfgbspqqhhrdct", "pirradqfgbspqqhhrdcti", "pirradqfgbspqqhhrdctig", "pirradqfgbspqqhhrdctigr", "pirradqfgbspqqhhrdctig", "pirradqfgbspqqhhrdctigc", "pirradqfgbspqqhhrdctig", "pirradqfgbspqqhhrdcti", "irradqfgbspqqhhrdcti", "rradqfgbspqqhhrdcti", "rradqfgbspqqhhrdct", "radqfgbspqqhhrdct"]}, "config": {"actions": ["push_right(l)", "push_left(o)", "pop_left", "pop_right", "pop_left", "pop_right", "push_right(c)", "push_right(t)", "push_right(i)", "push_right(g)", "push_right(r)", "pop_right", "push_right(c)", "pop_right", "pop_right", "pop_left", "pop_left", "pop_right", "pop_left", "push_right(q)"], "initial": "epirradqfgbspqqhhrdl", "len_action": 20, "len_string": 20}, "task_name": "task16", "example_name": "0182", "problem_name": "task16_0182"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: szenzhvnizqsltwjfzdu\nActions: pop_right, pop_right, pop_left, pop_left, push_right(h), push_right(g), pop_left, pop_left, push_left(i), pop_left, pop_right, push_right(v), pop_left, pop_right, pop_right, pop_right, push_right(j), push_left(c), push_left(o), push_left(a)", "label": {"final": "aochvnizqsltwjfj", "init": "szenzhvnizqsltwjfzdu", "intermediate": ["szenzhvnizqsltwjfzd", "szenzhvnizqsltwjfz", "zenzhvnizqsltwjfz", "enzhvnizqsltwjfz", "enzhvnizqsltwjfzh", "enzhvnizqsltwjfzhg", "nzhvnizqsltwjfzhg", "zhvnizqsltwjfzhg", "izhvnizqsltwjfzhg", "zhvnizqsltwjfzhg", "zhvnizqsltwjfzh", "zhvnizqsltwjfzhv", "hvnizqsltwjfzhv", "hvnizqsltwjfzh", "hvnizqsltwjfz", "hvnizqsltwjf", "hvnizqsltwjfj", "chvnizqsltwjfj", "ochvnizqsltwjfj"]}, "config": {"actions": ["pop_right", "pop_right", "pop_left", "pop_left", "push_right(h)", "push_right(g)", "pop_left", "pop_left", "push_left(i)", "pop_left", "pop_right", "push_right(v)", "pop_left", "pop_right", "pop_right", "pop_right", "push_right(j)", "push_left(c)", "push_left(o)", "push_left(a)"], "initial": "szenzhvnizqsltwjfzdu", "len_action": 20, "len_string": 20}, "task_name": "task16", "example_name": "0183", "problem_name": "task16_0183"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: uuuuhbyraxldpsjbwfng\nActions: pop_right, pop_right, pop_right, push_right(y), pop_right, pop_left, pop_left, push_left(n), push_right(o), push_left(a), pop_left, pop_left, push_right(u), push_left(j), push_right(t), pop_right, pop_left, push_left(a), push_right(u), pop_left", "label": {"final": "uuhbyraxldpsjbwouu", "init": "uuuuhbyraxldpsjbwfng", "intermediate": ["uuuuhbyraxldpsjbwfn", "uuuuhbyraxldpsjbwf", "uuuuhbyraxldpsjbw", "uuuuhbyraxldpsjbwy", "uuuuhbyraxldpsjbw", "uuuhbyraxldpsjbw", "uuhbyraxldpsjbw", "nuuhbyraxldpsjbw", "nuuhbyraxldpsjbwo", "anuuhbyraxldpsjbwo", "nuuhbyraxldpsjbwo", "uuhbyraxldpsjbwo", "uuhbyraxldpsjbwou", "juuhbyraxldpsjbwou", "juuhbyraxldpsjbwout", "juuhbyraxldpsjbwou", "uuhbyraxldpsjbwou", "auuhbyraxldpsjbwou", "auuhbyraxldpsjbwouu"]}, "config": {"actions": ["pop_right", "pop_right", "pop_right", "push_right(y)", "pop_right", "pop_left", "pop_left", "push_left(n)", "push_right(o)", "push_left(a)", "pop_left", "pop_left", "push_right(u)", "push_left(j)", "push_right(t)", "pop_right", "pop_left", "push_left(a)", "push_right(u)", "pop_left"], "initial": "uuuuhbyraxldpsjbwfng", "len_action": 20, "len_string": 20}, "task_name": "task16", "example_name": "0184", "problem_name": "task16_0184"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: lexobtflnssmjmeanoac\nActions: push_right(z), pop_left, push_left(b), pop_left, push_left(g), pop_right, push_right(i), pop_right, pop_right, push_right(y), pop_left, push_right(y), push_left(y), push_left(p), push_right(n), pop_right, push_left(c), push_left(l), pop_left, pop_right", "label": {"final": "cpyexobtflnssmjmeanoay", "init": "lexobtflnssmjmeanoac", "intermediate": ["lexobtflnssmjmeanoacz", "exobtflnssmjmeanoacz", "bexobtflnssmjmeanoacz", "exobtflnssmjmeanoacz", "gexobtflnssmjmeanoacz", "gexobtflnssmjmeanoac", "gexobtflnssmjmeanoaci", "gexobtflnssmjmeanoac", "gexobtflnssmjmeanoa", "gexobtflnssmjmeanoay", "exobtflnssmjmeanoay", "exobtflnssmjmeanoayy", "yexobtflnssmjmeanoayy", "pyexobtflnssmjmeanoayy", "pyexobtflnssmjmeanoayyn", "pyexobtflnssmjmeanoayy", "cpyexobtflnssmjmeanoayy", "lcpyexobtflnssmjmeanoayy", "cpyexobtflnssmjmeanoayy"]}, "config": {"actions": ["push_right(z)", "pop_left", "push_left(b)", "pop_left", "push_left(g)", "pop_right", "push_right(i)", "pop_right", "pop_right", "push_right(y)", "pop_left", "push_right(y)", "push_left(y)", "push_left(p)", "push_right(n)", "pop_right", "push_left(c)", "push_left(l)", "pop_left", "pop_right"], "initial": "lexobtflnssmjmeanoac", "len_action": 20, "len_string": 20}, "task_name": "task16", "example_name": "0185", "problem_name": "task16_0185"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: hwdcbgkbqragzyszoqsf\nActions: push_right(x), pop_left, push_right(b), pop_left, pop_right, pop_left, pop_left, pop_right, pop_right, pop_right, pop_right, push_right(g), pop_left, push_left(o), pop_right, push_left(o), pop_right, pop_right, push_right(x), pop_left", "label": {"final": "ogkbqragzysx", "init": "hwdcbgkbqragzyszoqsf", "intermediate": ["hwdcbgkbqragzyszoqsfx", "wdcbgkbqragzyszoqsfx", "wdcbgkbqragzyszoqsfxb", "dcbgkbqragzyszoqsfxb", "dcbgkbqragzyszoqsfx", "cbgkbqragzyszoqsfx", "bgkbqragzyszoqsfx", "bgkbqragzyszoqsf", "bgkbqragzyszoqs", "bgkbqragzyszoq", "bgkbqragzyszo", "bgkbqragzyszog", "gkbqragzyszog", "ogkbqragzyszog", "ogkbqragzyszo", "oogkbqragzyszo", "oogkbqragzysz", "oogkbqragzys", "oogkbqragzysx"]}, "config": {"actions": ["push_right(x)", "pop_left", "push_right(b)", "pop_left", "pop_right", "pop_left", "pop_left", "pop_right", "pop_right", "pop_right", "pop_right", "push_right(g)", "pop_left", "push_left(o)", "pop_right", "push_left(o)", "pop_right", "pop_right", "push_right(x)", "pop_left"], "initial": "hwdcbgkbqragzyszoqsf", "len_action": 20, "len_string": 20}, "task_name": "task16", "example_name": "0186", "problem_name": "task16_0186"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ixiseyzzefbniphbbjdg\nActions: push_right(u), pop_right, pop_right, pop_right, push_left(e), push_left(p), push_right(j), push_right(v), pop_right, push_left(b), push_left(s), push_right(b), pop_right, pop_right, pop_right, push_right(c), pop_left, push_right(y), push_right(g), pop_left", "label": {"final": "peixiseyzzefbniphbbcyg", "init": "ixiseyzzefbniphbbjdg", "intermediate": ["ixiseyzzefbniphbbjdgu", "ixiseyzzefbniphbbjdg", "ixiseyzzefbniphbbjd", "ixiseyzzefbniphbbj", "eixiseyzzefbniphbbj", "peixiseyzzefbniphbbj", "peixiseyzzefbniphbbjj", "peixiseyzzefbniphbbjjv", "peixiseyzzefbniphbbjj", "bpeixiseyzzefbniphbbjj", "sbpeixiseyzzefbniphbbjj", "sbpeixiseyzzefbniphbbjjb", "sbpeixiseyzzefbniphbbjj", "sbpeixiseyzzefbniphbbj", "sbpeixiseyzzefbniphbb", "sbpeixiseyzzefbniphbbc", "bpeixiseyzzefbniphbbc", "bpeixiseyzzefbniphbbcy", "bpeixiseyzzefbniphbbcyg"]}, "config": {"actions": ["push_right(u)", "pop_right", "pop_right", "pop_right", "push_left(e)", "push_left(p)", "push_right(j)", "push_right(v)", "pop_right", "push_left(b)", "push_left(s)", "push_right(b)", "pop_right", "pop_right", "pop_right", "push_right(c)", "pop_left", "push_right(y)", "push_right(g)", "pop_left"], "initial": "ixiseyzzefbniphbbjdg", "len_action": 20, "len_string": 20}, "task_name": "task16", "example_name": "0187", "problem_name": "task16_0187"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: cbokzupfhavwryckixak\nActions: push_right(p), push_left(a), push_right(d), push_right(n), push_right(x), pop_left, pop_left, pop_right, push_left(k), push_left(u), pop_right, push_left(y), push_right(p), pop_right, pop_left, pop_right, push_right(j), pop_left, pop_right, pop_right", "label": {"final": "kbokzupfhavwryckixak", "init": "cbokzupfhavwryckixak", "intermediate": ["cbokzupfhavwryckixakp", "acbokzupfhavwryckixakp", "acbokzupfhavwryckixakpd", "acbokzupfhavwryckixakpdn", "acbokzupfhavwryckixakpdnx", "cbokzupfhavwryckixakpdnx", "bokzupfhavwryckixakpdnx", "bokzupfhavwryckixakpdn", "kbokzupfhavwryckixakpdn", "ukbokzupfhavwryckixakpdn", "ukbokzupfhavwryckixakpd", "yukbokzupfhavwryckixakpd", "yukbokzupfhavwryckixakpdp", "yukbokzupfhavwryckixakpd", "ukbokzupfhavwryckixakpd", "ukbokzupfhavwryckixakp", "ukbokzupfhavwryckixakpj", "kbokzupfhavwryckixakpj", "kbokzupfhavwryckixakp"]}, "config": {"actions": ["push_right(p)", "push_left(a)", "push_right(d)", "push_right(n)", "push_right(x)", "pop_left", "pop_left", "pop_right", "push_left(k)", "push_left(u)", "pop_right", "push_left(y)", "push_right(p)", "pop_right", "pop_left", "pop_right", "push_right(j)", "pop_left", "pop_right", "pop_right"], "initial": "cbokzupfhavwryckixak", "len_action": 20, "len_string": 20}, "task_name": "task16", "example_name": "0188", "problem_name": "task16_0188"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: rnvzgusoaxougaxohdxu\nActions: push_left(e), pop_left, pop_right, push_right(b), push_right(t), push_left(s), pop_left, pop_right, push_left(q), push_right(a), push_left(e), pop_left, push_right(b), pop_left, push_left(r), push_left(i), push_left(m), push_right(o), push_right(q), push_left(l)", "label": {"final": "lmirrnvzgusoaxougaxohdxbaboq", "init": "rnvzgusoaxougaxohdxu", "intermediate": ["ernvzgusoaxougaxohdxu", "rnvzgusoaxougaxohdxu", "rnvzgusoaxougaxohdx", "rnvzgusoaxougaxohdxb", "rnvzgusoaxougaxohdxbt", "srnvzgusoaxougaxohdxbt", "rnvzgusoaxougaxohdxbt", "rnvzgusoaxougaxohdxb", "qrnvzgusoaxougaxohdxb", "qrnvzgusoaxougaxohdxba", "eqrnvzgusoaxougaxohdxba", "qrnvzgusoaxougaxohdxba", "qrnvzgusoaxougaxohdxbab", "rnvzgusoaxougaxohdxbab", "rrnvzgusoaxougaxohdxbab", "irrnvzgusoaxougaxohdxbab", "mirrnvzgusoaxougaxohdxbab", "mirrnvzgusoaxougaxohdxbabo", "mirrnvzgusoaxougaxohdxbaboq"]}, "config": {"actions": ["push_left(e)", "pop_left", "pop_right", "push_right(b)", "push_right(t)", "push_left(s)", "pop_left", "pop_right", "push_left(q)", "push_right(a)", "push_left(e)", "pop_left", "push_right(b)", "pop_left", "push_left(r)", "push_left(i)", "push_left(m)", "push_right(o)", "push_right(q)", "push_left(l)"], "initial": "rnvzgusoaxougaxohdxu", "len_action": 20, "len_string": 20}, "task_name": "task16", "example_name": "0189", "problem_name": "task16_0189"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ionhncjhgrrqwisriztko\nActions: push_left(o), pop_right, push_right(f), push_left(p), pop_right, pop_left, push_right(d), push_right(y), push_right(p), pop_left, pop_right, push_right(k), push_left(z), push_left(p), pop_left, pop_left, push_right(w), push_right(c), push_left(f), pop_left, pop_left", "label": {"final": "onhncjhgrrqwisriztkdykwc", "init": "ionhncjhgrrqwisriztko", "intermediate": ["oionhncjhgrrqwisriztko", "oionhncjhgrrqwisriztk", "oionhncjhgrrqwisriztkf", "poionhncjhgrrqwisriztkf", "poionhncjhgrrqwisriztk", "oionhncjhgrrqwisriztk", "oionhncjhgrrqwisriztkd", "oionhncjhgrrqwisriztkdy", "oionhncjhgrrqwisriztkdyp", "ionhncjhgrrqwisriztkdyp", "ionhncjhgrrqwisriztkdy", "ionhncjhgrrqwisriztkdyk", "zionhncjhgrrqwisriztkdyk", "pzionhncjhgrrqwisriztkdyk", "zionhncjhgrrqwisriztkdyk", "ionhncjhgrrqwisriztkdyk", "ionhncjhgrrqwisriztkdykw", "ionhncjhgrrqwisriztkdykwc", "fionhncjhgrrqwisriztkdykwc", "ionhncjhgrrqwisriztkdykwc"]}, "config": {"actions": ["push_left(o)", "pop_right", "push_right(f)", "push_left(p)", "pop_right", "pop_left", "push_right(d)", "push_right(y)", "push_right(p)", "pop_left", "pop_right", "push_right(k)", "push_left(z)", "push_left(p)", "pop_left", "pop_left", "push_right(w)", "push_right(c)", "push_left(f)", "pop_left", "pop_left"], "initial": "ionhncjhgrrqwisriztko", "len_action": 21, "len_string": 21}, "task_name": "task16", "example_name": "0190", "problem_name": "task16_0190"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: esyrhnmemecvidsotmmzn\nActions: pop_right, push_left(u), push_right(b), push_left(x), push_left(b), pop_left, pop_right, pop_right, pop_right, pop_left, pop_right, push_left(r), pop_left, push_left(a), push_right(q), push_right(g), push_right(w), push_left(v), pop_left, push_left(u), pop_right", "label": {"final": "uauesyrhnmemecvidsotqg", "init": "esyrhnmemecvidsotmmzn", "intermediate": ["esyrhnmemecvidsotmmz", "uesyrhnmemecvidsotmmz", "uesyrhnmemecvidsotmmzb", "xuesyrhnmemecvidsotmmzb", "bxuesyrhnmemecvidsotmmzb", "xuesyrhnmemecvidsotmmzb", "xuesyrhnmemecvidsotmmz", "xuesyrhnmemecvidsotmm", "xuesyrhnmemecvidsotm", "uesyrhnmemecvidsotm", "uesyrhnmemecvidsot", "ruesyrhnmemecvidsot", "uesyrhnmemecvidsot", "auesyrhnmemecvidsot", "auesyrhnmemecvidsotq", "auesyrhnmemecvidsotqg", "auesyrhnmemecvidsotqgw", "vauesyrhnmemecvidsotqgw", "auesyrhnmemecvidsotqgw", "uauesyrhnmemecvidsotqgw"]}, "config": {"actions": ["pop_right", "push_left(u)", "push_right(b)", "push_left(x)", "push_left(b)", "pop_left", "pop_right", "pop_right", "pop_right", "pop_left", "pop_right", "push_left(r)", "pop_left", "push_left(a)", "push_right(q)", "push_right(g)", "push_right(w)", "push_left(v)", "pop_left", "push_left(u)", "pop_right"], "initial": "esyrhnmemecvidsotmmzn", "len_action": 21, "len_string": 21}, "task_name": "task16", "example_name": "0191", "problem_name": "task16_0191"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: mcaooqksyzdvsisolqgod\nActions: push_left(n), push_right(v), push_right(y), push_left(t), pop_left, pop_left, pop_right, push_left(g), push_right(s), push_left(a), push_right(o), push_left(s), pop_right, push_right(m), push_right(y), pop_right, push_left(h), pop_right, push_right(t), push_right(s), pop_left", "label": {"final": "sagmcaooqksyzdvsisolqgodvsts", "init": "mcaooqksyzdvsisolqgod", "intermediate": ["nmcaooqksyzdvsisolqgod", "nmcaooqksyzdvsisolqgodv", "nmcaooqksyzdvsisolqgodvy", "tnmcaooqksyzdvsisolqgodvy", "nmcaooqksyzdvsisolqgodvy", "mcaooqksyzdvsisolqgodvy", "mcaooqksyzdvsisolqgodv", "gmcaooqksyzdvsisolqgodv", "gmcaooqksyzdvsisolqgodvs", "agmcaooqksyzdvsisolqgodvs", "agmcaooqksyzdvsisolqgodvso", "sagmcaooqksyzdvsisolqgodvso", "sagmcaooqksyzdvsisolqgodvs", "sagmcaooqksyzdvsisolqgodvsm", "sagmcaooqksyzdvsisolqgodvsmy", "sagmcaooqksyzdvsisolqgodvsm", "hsagmcaooqksyzdvsisolqgodvsm", "hsagmcaooqksyzdvsisolqgodvs", "hsagmcaooqksyzdvsisolqgodvst", "hsagmcaooqksyzdvsisolqgodvsts"]}, "config": {"actions": ["push_left(n)", "push_right(v)", "push_right(y)", "push_left(t)", "pop_left", "pop_left", "pop_right", "push_left(g)", "push_right(s)", "push_left(a)", "push_right(o)", "push_left(s)", "pop_right", "push_right(m)", "push_right(y)", "pop_right", "push_left(h)", "pop_right", "push_right(t)", "push_right(s)", "pop_left"], "initial": "mcaooqksyzdvsisolqgod", "len_action": 21, "len_string": 21}, "task_name": "task16", "example_name": "0192", "problem_name": "task16_0192"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: azafgdrxhvusxealzpzig\nActions: push_right(b), pop_left, pop_right, push_left(s), pop_right, pop_left, pop_left, push_right(b), push_right(r), pop_left, pop_right, pop_right, pop_right, pop_right, pop_left, pop_left, pop_right, push_right(w), push_left(g), pop_right, push_left(f)", "label": {"final": "fgdrxhvusxealz", "init": "azafgdrxhvusxealzpzig", "intermediate": ["azafgdrxhvusxealzpzigb", "zafgdrxhvusxealzpzigb", "zafgdrxhvusxealzpzig", "szafgdrxhvusxealzpzig", "szafgdrxhvusxealzpzi", "zafgdrxhvusxealzpzi", "afgdrxhvusxealzpzi", "afgdrxhvusxealzpzib", "afgdrxhvusxealzpzibr", "fgdrxhvusxealzpzibr", "fgdrxhvusxealzpzib", "fgdrxhvusxealzpzi", "fgdrxhvusxealzpz", "fgdrxhvusxealzp", "gdrxhvusxealzp", "drxhvusxealzp", "drxhvusxealz", "drxhvusxealzw", "gdrxhvusxealzw", "gdrxhvusxealz"]}, "config": {"actions": ["push_right(b)", "pop_left", "pop_right", "push_left(s)", "pop_right", "pop_left", "pop_left", "push_right(b)", "push_right(r)", "pop_left", "pop_right", "pop_right", "pop_right", "pop_right", "pop_left", "pop_left", "pop_right", "push_right(w)", "push_left(g)", "pop_right", "push_left(f)"], "initial": "azafgdrxhvusxealzpzig", "len_action": 21, "len_string": 21}, "task_name": "task16", "example_name": "0193", "problem_name": "task16_0193"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: fasrayzwwgikfnzmifnov\nActions: push_left(r), push_left(q), push_right(k), push_right(n), pop_left, pop_right, push_right(s), pop_right, push_right(o), push_right(h), push_right(s), pop_right, pop_right, pop_right, pop_right, push_left(o), pop_right, push_left(c), pop_left, pop_right, push_left(r)", "label": {"final": "rorfasrayzwwgikfnzmifn", "init": "fasrayzwwgikfnzmifnov", "intermediate": ["rfasrayzwwgikfnzmifnov", "qrfasrayzwwgikfnzmifnov", "qrfasrayzwwgikfnzmifnovk", "qrfasrayzwwgikfnzmifnovkn", "rfasrayzwwgikfnzmifnovkn", "rfasrayzwwgikfnzmifnovk", "rfasrayzwwgikfnzmifnovks", "rfasrayzwwgikfnzmifnovk", "rfasrayzwwgikfnzmifnovko", "rfasrayzwwgikfnzmifnovkoh", "rfasrayzwwgikfnzmifnovkohs", "rfasrayzwwgikfnzmifnovkoh", "rfasrayzwwgikfnzmifnovko", "rfasrayzwwgikfnzmifnovk", "rfasrayzwwgikfnzmifnov", "orfasrayzwwgikfnzmifnov", "orfasrayzwwgikfnzmifno", "corfasrayzwwgikfnzmifno", "orfasrayzwwgikfnzmifno", "orfasrayzwwgikfnzmifn"]}, "config": {"actions": ["push_left(r)", "push_left(q)", "push_right(k)", "push_right(n)", "pop_left", "pop_right", "push_right(s)", "pop_right", "push_right(o)", "push_right(h)", "push_right(s)", "pop_right", "pop_right", "pop_right", "pop_right", "push_left(o)", "pop_right", "push_left(c)", "pop_left", "pop_right", "push_left(r)"], "initial": "fasrayzwwgikfnzmifnov", "len_action": 21, "len_string": 21}, "task_name": "task16", "example_name": "0194", "problem_name": "task16_0194"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: oyawpiskdbbnestyslzul\nActions: pop_right, push_right(n), push_left(g), pop_right, push_left(d), push_left(j), pop_left, push_right(l), pop_right, pop_left, push_left(w), pop_left, push_right(v), push_left(v), pop_left, pop_right, pop_left, pop_right, pop_right, push_left(j), push_left(h)", "label": {"final": "hjoyawpiskdbbnestysl", "init": "oyawpiskdbbnestyslzul", "intermediate": ["oyawpiskdbbnestyslzu", "oyawpiskdbbnestyslzun", "goyawpiskdbbnestyslzun", "goyawpiskdbbnestyslzu", "dgoyawpiskdbbnestyslzu", "jdgoyawpiskdbbnestyslzu", "dgoyawpiskdbbnestyslzu", "dgoyawpiskdbbnestyslzul", "dgoyawpiskdbbnestyslzu", "goyawpiskdbbnestyslzu", "wgoyawpiskdbbnestyslzu", "goyawpiskdbbnestyslzu", "goyawpiskdbbnestyslzuv", "vgoyawpiskdbbnestyslzuv", "goyawpiskdbbnestyslzuv", "goyawpiskdbbnestyslzu", "oyawpiskdbbnestyslzu", "oyawpiskdbbnestyslz", "oyawpiskdbbnestysl", "joyawpiskdbbnestysl"]}, "config": {"actions": ["pop_right", "push_right(n)", "push_left(g)", "pop_right", "push_left(d)", "push_left(j)", "pop_left", "push_right(l)", "pop_right", "pop_left", "push_left(w)", "pop_left", "push_right(v)", "push_left(v)", "pop_left", "pop_right", "pop_left", "pop_right", "pop_right", "push_left(j)", "push_left(h)"], "initial": "oyawpiskdbbnestyslzul", "len_action": 21, "len_string": 21}, "task_name": "task16", "example_name": "0195", "problem_name": "task16_0195"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: yelzyderlnsnlwohwxizw\nActions: push_right(z), push_right(z), push_left(l), pop_left, push_right(l), push_left(x), push_left(t), pop_right, push_left(b), pop_right, push_right(g), push_left(h), pop_right, push_left(r), pop_left, pop_right, pop_right, push_left(k), pop_right, push_left(q), pop_right", "label": {"final": "qkhbtxyelzyderlnsnlwohwx", "init": "yelzyderlnsnlwohwxizw", "intermediate": ["yelzyderlnsnlwohwxizwz", "yelzyderlnsnlwohwxizwzz", "lyelzyderlnsnlwohwxizwzz", "yelzyderlnsnlwohwxizwzz", "yelzyderlnsnlwohwxizwzzl", "xyelzyderlnsnlwohwxizwzzl", "txyelzyderlnsnlwohwxizwzzl", "txyelzyderlnsnlwohwxizwzz", "btxyelzyderlnsnlwohwxizwzz", "btxyelzyderlnsnlwohwxizwz", "btxyelzyderlnsnlwohwxizwzg", "hbtxyelzyderlnsnlwohwxizwzg", "hbtxyelzyderlnsnlwohwxizwz", "rhbtxyelzyderlnsnlwohwxizwz", "hbtxyelzyderlnsnlwohwxizwz", "hbtxyelzyderlnsnlwohwxizw", "hbtxyelzyderlnsnlwohwxiz", "khbtxyelzyderlnsnlwohwxiz", "khbtxyelzyderlnsnlwohwxi", "qkhbtxyelzyderlnsnlwohwxi"]}, "config": {"actions": ["push_right(z)", "push_right(z)", "push_left(l)", "pop_left", "push_right(l)", "push_left(x)", "push_left(t)", "pop_right", "push_left(b)", "pop_right", "push_right(g)", "push_left(h)", "pop_right", "push_left(r)", "pop_left", "pop_right", "pop_right", "push_left(k)", "pop_right", "push_left(q)", "pop_right"], "initial": "yelzyderlnsnlwohwxizw", "len_action": 21, "len_string": 21}, "task_name": "task16", "example_name": "0196", "problem_name": "task16_0196"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: anqbquldpzepswdcrrmzw\nActions: push_left(u), push_right(p), pop_left, push_right(b), pop_right, pop_right, pop_left, pop_right, push_left(j), pop_left, push_left(z), push_left(a), pop_left, pop_right, push_right(v), push_left(t), push_left(n), pop_left, push_left(o), pop_right, push_left(n)", "label": {"final": "notznqbquldpzepswdcrrm", "init": "anqbquldpzepswdcrrmzw", "intermediate": ["uanqbquldpzepswdcrrmzw", "uanqbquldpzepswdcrrmzwp", "anqbquldpzepswdcrrmzwp", "anqbquldpzepswdcrrmzwpb", "anqbquldpzepswdcrrmzwp", "anqbquldpzepswdcrrmzw", "nqbquldpzepswdcrrmzw", "nqbquldpzepswdcrrmz", "jnqbquldpzepswdcrrmz", "nqbquldpzepswdcrrmz", "znqbquldpzepswdcrrmz", "aznqbquldpzepswdcrrmz", "znqbquldpzepswdcrrmz", "znqbquldpzepswdcrrm", "znqbquldpzepswdcrrmv", "tznqbquldpzepswdcrrmv", "ntznqbquldpzepswdcrrmv", "tznqbquldpzepswdcrrmv", "otznqbquldpzepswdcrrmv", "otznqbquldpzepswdcrrm"]}, "config": {"actions": ["push_left(u)", "push_right(p)", "pop_left", "push_right(b)", "pop_right", "pop_right", "pop_left", "pop_right", "push_left(j)", "pop_left", "push_left(z)", "push_left(a)", "pop_left", "pop_right", "push_right(v)", "push_left(t)", "push_left(n)", "pop_left", "push_left(o)", "pop_right", "push_left(n)"], "initial": "anqbquldpzepswdcrrmzw", "len_action": 21, "len_string": 21}, "task_name": "task16", "example_name": "0197", "problem_name": "task16_0197"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: jhikwcspijfopsplvwbls\nActions: push_right(g), push_right(l), push_left(t), push_right(k), push_right(h), push_left(v), pop_right, push_left(a), pop_left, push_left(x), push_right(u), pop_right, pop_right, pop_left, pop_right, push_left(f), pop_right, pop_left, push_left(z), push_left(i), push_right(d)", "label": {"final": "izvtjhikwcspijfopsplvwblsd", "init": "jhikwcspijfopsplvwbls", "intermediate": ["jhikwcspijfopsplvwblsg", "jhikwcspijfopsplvwblsgl", "tjhikwcspijfopsplvwblsgl", "tjhikwcspijfopsplvwblsglk", "tjhikwcspijfopsplvwblsglkh", "vtjhikwcspijfopsplvwblsglkh", "vtjhikwcspijfopsplvwblsglk", "avtjhikwcspijfopsplvwblsglk", "vtjhikwcspijfopsplvwblsglk", "xvtjhikwcspijfopsplvwblsglk", "xvtjhikwcspijfopsplvwblsglku", "xvtjhikwcspijfopsplvwblsglk", "xvtjhikwcspijfopsplvwblsgl", "vtjhikwcspijfopsplvwblsgl", "vtjhikwcspijfopsplvwblsg", "fvtjhikwcspijfopsplvwblsg", "fvtjhikwcspijfopsplvwbls", "vtjhikwcspijfopsplvwbls", "zvtjhikwcspijfopsplvwbls", "izvtjhikwcspijfopsplvwbls"]}, "config": {"actions": ["push_right(g)", "push_right(l)", "push_left(t)", "push_right(k)", "push_right(h)", "push_left(v)", "pop_right", "push_left(a)", "pop_left", "push_left(x)", "push_right(u)", "pop_right", "pop_right", "pop_left", "pop_right", "push_left(f)", "pop_right", "pop_left", "push_left(z)", "push_left(i)", "push_right(d)"], "initial": "jhikwcspijfopsplvwbls", "len_action": 21, "len_string": 21}, "task_name": "task16", "example_name": "0198", "problem_name": "task16_0198"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: otsngoftdscuynscvzhta\nActions: push_left(r), push_right(w), push_left(k), pop_left, push_left(t), push_left(f), pop_left, push_left(y), pop_right, pop_left, pop_right, pop_right, push_left(f), push_right(z), pop_left, pop_right, pop_left, pop_left, push_right(l), pop_left, push_left(a)", "label": {"final": "atsngoftdscuynscvzhl", "init": "otsngoftdscuynscvzhta", "intermediate": ["rotsngoftdscuynscvzhta", "rotsngoftdscuynscvzhtaw", "krotsngoftdscuynscvzhtaw", "rotsngoftdscuynscvzhtaw", "trotsngoftdscuynscvzhtaw", "ftrotsngoftdscuynscvzhtaw", "trotsngoftdscuynscvzhtaw", "ytrotsngoftdscuynscvzhtaw", "ytrotsngoftdscuynscvzhta", "trotsngoftdscuynscvzhta", "trotsngoftdscuynscvzht", "trotsngoftdscuynscvzh", "ftrotsngoftdscuynscvzh", "ftrotsngoftdscuynscvzhz", "trotsngoftdscuynscvzhz", "trotsngoftdscuynscvzh", "rotsngoftdscuynscvzh", "otsngoftdscuynscvzh", "otsngoftdscuynscvzhl", "tsngoftdscuynscvzhl"]}, "config": {"actions": ["push_left(r)", "push_right(w)", "push_left(k)", "pop_left", "push_left(t)", "push_left(f)", "pop_left", "push_left(y)", "pop_right", "pop_left", "pop_right", "pop_right", "push_left(f)", "push_right(z)", "pop_left", "pop_right", "pop_left", "pop_left", "push_right(l)", "pop_left", "push_left(a)"], "initial": "otsngoftdscuynscvzhta", "len_action": 21, "len_string": 21}, "task_name": "task16", "example_name": "0199", "problem_name": "task16_0199"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: zifhduggwlkethrgrlusqy\nActions: pop_left, pop_right, pop_left, pop_left, pop_left, push_left(l), push_left(w), pop_right, push_right(d), push_left(h), pop_right, pop_right, pop_left, pop_right, pop_left, pop_left, pop_right, pop_left, pop_right, push_right(m), pop_right, pop_right", "label": {"final": "uggwlkethr", "init": "zifhduggwlkethrgrlusqy", "intermediate": ["ifhduggwlkethrgrlusqy", "ifhduggwlkethrgrlusq", "fhduggwlkethrgrlusq", "hduggwlkethrgrlusq", "duggwlkethrgrlusq", "lduggwlkethrgrlusq", "wlduggwlkethrgrlusq", "wlduggwlkethrgrlus", "wlduggwlkethrgrlusd", "hwlduggwlkethrgrlusd", "hwlduggwlkethrgrlus", "hwlduggwlkethrgrlu", "wlduggwlkethrgrlu", "wlduggwlkethrgrl", "lduggwlkethrgrl", "duggwlkethrgrl", "duggwlkethrgr", "uggwlkethrgr", "uggwlkethrg", "uggwlkethrgm", "uggwlkethrg"]}, "config": {"actions": ["pop_left", "pop_right", "pop_left", "pop_left", "pop_left", "push_left(l)", "push_left(w)", "pop_right", "push_right(d)", "push_left(h)", "pop_right", "pop_right", "pop_left", "pop_right", "pop_left", "pop_left", "pop_right", "pop_left", "pop_right", "push_right(m)", "pop_right", "pop_right"], "initial": "zifhduggwlkethrgrlusqy", "len_action": 22, "len_string": 22}, "task_name": "task16", "example_name": "0200", "problem_name": "task16_0200"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: sqtpnnbaqkzlqwttjfkvtc\nActions: push_right(i), push_left(q), pop_left, pop_left, push_left(u), push_right(g), pop_left, pop_left, push_left(g), push_left(x), pop_right, push_left(w), pop_right, pop_left, push_right(y), push_left(b), push_left(p), pop_left, push_left(n), pop_right, pop_left, pop_left", "label": {"final": "xgtpnnbaqkzlqwttjfkvtc", "init": "sqtpnnbaqkzlqwttjfkvtc", "intermediate": ["sqtpnnbaqkzlqwttjfkvtci", "qsqtpnnbaqkzlqwttjfkvtci", "sqtpnnbaqkzlqwttjfkvtci", "qtpnnbaqkzlqwttjfkvtci", "uqtpnnbaqkzlqwttjfkvtci", "uqtpnnbaqkzlqwttjfkvtcig", "qtpnnbaqkzlqwttjfkvtcig", "tpnnbaqkzlqwttjfkvtcig", "gtpnnbaqkzlqwttjfkvtcig", "xgtpnnbaqkzlqwttjfkvtcig", "xgtpnnbaqkzlqwttjfkvtci", "wxgtpnnbaqkzlqwttjfkvtci", "wxgtpnnbaqkzlqwttjfkvtc", "xgtpnnbaqkzlqwttjfkvtc", "xgtpnnbaqkzlqwttjfkvtcy", "bxgtpnnbaqkzlqwttjfkvtcy", "pbxgtpnnbaqkzlqwttjfkvtcy", "bxgtpnnbaqkzlqwttjfkvtcy", "nbxgtpnnbaqkzlqwttjfkvtcy", "nbxgtpnnbaqkzlqwttjfkvtc", "bxgtpnnbaqkzlqwttjfkvtc"]}, "config": {"actions": ["push_right(i)", "push_left(q)", "pop_left", "pop_left", "push_left(u)", "push_right(g)", "pop_left", "pop_left", "push_left(g)", "push_left(x)", "pop_right", "push_left(w)", "pop_right", "pop_left", "push_right(y)", "push_left(b)", "push_left(p)", "pop_left", "push_left(n)", "pop_right", "pop_left", "pop_left"], "initial": "sqtpnnbaqkzlqwttjfkvtc", "len_action": 22, "len_string": 22}, "task_name": "task16", "example_name": "0201", "problem_name": "task16_0201"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: xtrnnfzparjivqgcemqnnb\nActions: pop_right, pop_right, push_left(h), push_left(u), push_right(w), push_left(j), pop_right, push_left(d), push_right(z), pop_left, push_left(e), pop_right, pop_left, pop_left, push_left(m), pop_right, pop_right, push_left(v), push_left(r), push_right(y), push_right(g), push_right(j)", "label": {"final": "rvmuhxtrnnfzparjivqgcemygj", "init": "xtrnnfzparjivqgcemqnnb", "intermediate": ["xtrnnfzparjivqgcemqnn", "xtrnnfzparjivqgcemqn", "hxtrnnfzparjivqgcemqn", "uhxtrnnfzparjivqgcemqn", "uhxtrnnfzparjivqgcemqnw", "juhxtrnnfzparjivqgcemqnw", "juhxtrnnfzparjivqgcemqn", "djuhxtrnnfzparjivqgcemqn", "djuhxtrnnfzparjivqgcemqnz", "juhxtrnnfzparjivqgcemqnz", "ejuhxtrnnfzparjivqgcemqnz", "ejuhxtrnnfzparjivqgcemqn", "juhxtrnnfzparjivqgcemqn", "uhxtrnnfzparjivqgcemqn", "muhxtrnnfzparjivqgcemqn", "muhxtrnnfzparjivqgcemq", "muhxtrnnfzparjivqgcem", "vmuhxtrnnfzparjivqgcem", "rvmuhxtrnnfzparjivqgcem", "rvmuhxtrnnfzparjivqgcemy", "rvmuhxtrnnfzparjivqgcemyg"]}, "config": {"actions": ["pop_right", "pop_right", "push_left(h)", "push_left(u)", "push_right(w)", "push_left(j)", "pop_right", "push_left(d)", "push_right(z)", "pop_left", "push_left(e)", "pop_right", "pop_left", "pop_left", "push_left(m)", "pop_right", "pop_right", "push_left(v)", "push_left(r)", "push_right(y)", "push_right(g)", "push_right(j)"], "initial": "xtrnnfzparjivqgcemqnnb", "len_action": 22, "len_string": 22}, "task_name": "task16", "example_name": "0202", "problem_name": "task16_0202"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: rhwbqgmkbqlnlddrlbikrf\nActions: push_right(c), push_right(p), pop_left, pop_left, push_left(s), push_left(m), push_right(o), push_left(y), push_left(w), push_left(u), pop_right, push_left(b), pop_right, pop_right, pop_right, push_left(t), pop_left, pop_left, push_left(f), pop_right, push_right(d), push_right(f)", "label": {"final": "fuwymswbqgmkbqlnlddrlbikdf", "init": "rhwbqgmkbqlnlddrlbikrf", "intermediate": ["rhwbqgmkbqlnlddrlbikrfc", "rhwbqgmkbqlnlddrlbikrfcp", "hwbqgmkbqlnlddrlbikrfcp", "wbqgmkbqlnlddrlbikrfcp", "swbqgmkbqlnlddrlbikrfcp", "mswbqgmkbqlnlddrlbikrfcp", "mswbqgmkbqlnlddrlbikrfcpo", "ymswbqgmkbqlnlddrlbikrfcpo", "wymswbqgmkbqlnlddrlbikrfcpo", "uwymswbqgmkbqlnlddrlbikrfcpo", "uwymswbqgmkbqlnlddrlbikrfcp", "buwymswbqgmkbqlnlddrlbikrfcp", "buwymswbqgmkbqlnlddrlbikrfc", "buwymswbqgmkbqlnlddrlbikrf", "buwymswbqgmkbqlnlddrlbikr", "tbuwymswbqgmkbqlnlddrlbikr", "buwymswbqgmkbqlnlddrlbikr", "uwymswbqgmkbqlnlddrlbikr", "fuwymswbqgmkbqlnlddrlbikr", "fuwymswbqgmkbqlnlddrlbik", "fuwymswbqgmkbqlnlddrlbikd"]}, "config": {"actions": ["push_right(c)", "push_right(p)", "pop_left", "pop_left", "push_left(s)", "push_left(m)", "push_right(o)", "push_left(y)", "push_left(w)", "push_left(u)", "pop_right", "push_left(b)", "pop_right", "pop_right", "pop_right", "push_left(t)", "pop_left", "pop_left", "push_left(f)", "pop_right", "push_right(d)", "push_right(f)"], "initial": "rhwbqgmkbqlnlddrlbikrf", "len_action": 22, "len_string": 22}, "task_name": "task16", "example_name": "0203", "problem_name": "task16_0203"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: efqqhskwjxbvaairmnyxzl\nActions: pop_right, pop_left, pop_right, push_left(y), push_right(o), push_right(z), push_right(x), pop_right, pop_right, push_left(i), push_left(w), push_left(f), pop_right, pop_left, push_right(c), pop_right, push_right(o), pop_left, pop_left, pop_left, pop_right, pop_right", "label": {"final": "fqqhskwjxbvaairmny", "init": "efqqhskwjxbvaairmnyxzl", "intermediate": ["efqqhskwjxbvaairmnyxz", "fqqhskwjxbvaairmnyxz", "fqqhskwjxbvaairmnyx", "yfqqhskwjxbvaairmnyx", "yfqqhskwjxbvaairmnyxo", "yfqqhskwjxbvaairmnyxoz", "yfqqhskwjxbvaairmnyxozx", "yfqqhskwjxbvaairmnyxoz", "yfqqhskwjxbvaairmnyxo", "iyfqqhskwjxbvaairmnyxo", "wiyfqqhskwjxbvaairmnyxo", "fwiyfqqhskwjxbvaairmnyxo", "fwiyfqqhskwjxbvaairmnyx", "wiyfqqhskwjxbvaairmnyx", "wiyfqqhskwjxbvaairmnyxc", "wiyfqqhskwjxbvaairmnyx", "wiyfqqhskwjxbvaairmnyxo", "iyfqqhskwjxbvaairmnyxo", "yfqqhskwjxbvaairmnyxo", "fqqhskwjxbvaairmnyxo", "fqqhskwjxbvaairmnyx"]}, "config": {"actions": ["pop_right", "pop_left", "pop_right", "push_left(y)", "push_right(o)", "push_right(z)", "push_right(x)", "pop_right", "pop_right", "push_left(i)", "push_left(w)", "push_left(f)", "pop_right", "pop_left", "push_right(c)", "pop_right", "push_right(o)", "pop_left", "pop_left", "pop_left", "pop_right", "pop_right"], "initial": "efqqhskwjxbvaairmnyxzl", "len_action": 22, "len_string": 22}, "task_name": "task16", "example_name": "0204", "problem_name": "task16_0204"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: igowqwhnyngknicqicqsof\nActions: push_right(n), push_left(v), pop_left, pop_left, pop_right, pop_left, pop_right, push_left(p), push_left(w), pop_right, push_left(k), pop_left, pop_right, push_right(z), push_right(y), push_left(h), pop_right, push_right(i), pop_right, pop_right, pop_right, pop_right", "label": {"final": "hwpowqwhnyngknicqi", "init": "igowqwhnyngknicqicqsof", "intermediate": ["igowqwhnyngknicqicqsofn", "vigowqwhnyngknicqicqsofn", "igowqwhnyngknicqicqsofn", "gowqwhnyngknicqicqsofn", "gowqwhnyngknicqicqsof", "owqwhnyngknicqicqsof", "owqwhnyngknicqicqso", "powqwhnyngknicqicqso", "wpowqwhnyngknicqicqso", "wpowqwhnyngknicqicqs", "kwpowqwhnyngknicqicqs", "wpowqwhnyngknicqicqs", "wpowqwhnyngknicqicq", "wpowqwhnyngknicqicqz", "wpowqwhnyngknicqicqzy", "hwpowqwhnyngknicqicqzy", "hwpowqwhnyngknicqicqz", "hwpowqwhnyngknicqicqzi", "hwpowqwhnyngknicqicqz", "hwpowqwhnyngknicqicq", "hwpowqwhnyngknicqic"]}, "config": {"actions": ["push_right(n)", "push_left(v)", "pop_left", "pop_left", "pop_right", "pop_left", "pop_right", "push_left(p)", "push_left(w)", "pop_right", "push_left(k)", "pop_left", "pop_right", "push_right(z)", "push_right(y)", "push_left(h)", "pop_right", "push_right(i)", "pop_right", "pop_right", "pop_right", "pop_right"], "initial": "igowqwhnyngknicqicqsof", "len_action": 22, "len_string": 22}, "task_name": "task16", "example_name": "0205", "problem_name": "task16_0205"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: siqmbsmukdbojmkptxlfdp\nActions: push_right(x), push_right(j), push_right(t), push_right(a), pop_left, push_right(v), push_left(c), push_left(g), push_right(z), pop_left, pop_right, push_left(q), pop_right, pop_left, push_left(n), pop_right, pop_right, push_left(q), pop_left, push_left(t), push_left(o), pop_right", "label": {"final": "otnciqmbsmukdbojmkptxlfdpx", "init": "siqmbsmukdbojmkptxlfdp", "intermediate": ["siqmbsmukdbojmkptxlfdpx", "siqmbsmukdbojmkptxlfdpxj", "siqmbsmukdbojmkptxlfdpxjt", "siqmbsmukdbojmkptxlfdpxjta", "iqmbsmukdbojmkptxlfdpxjta", "iqmbsmukdbojmkptxlfdpxjtav", "ciqmbsmukdbojmkptxlfdpxjtav", "gciqmbsmukdbojmkptxlfdpxjtav", "gciqmbsmukdbojmkptxlfdpxjtavz", "ciqmbsmukdbojmkptxlfdpxjtavz", "ciqmbsmukdbojmkptxlfdpxjtav", "qciqmbsmukdbojmkptxlfdpxjtav", "qciqmbsmukdbojmkptxlfdpxjta", "ciqmbsmukdbojmkptxlfdpxjta", "nciqmbsmukdbojmkptxlfdpxjta", "nciqmbsmukdbojmkptxlfdpxjt", "nciqmbsmukdbojmkptxlfdpxj", "qnciqmbsmukdbojmkptxlfdpxj", "nciqmbsmukdbojmkptxlfdpxj", "tnciqmbsmukdbojmkptxlfdpxj", "otnciqmbsmukdbojmkptxlfdpxj"]}, "config": {"actions": ["push_right(x)", "push_right(j)", "push_right(t)", "push_right(a)", "pop_left", "push_right(v)", "push_left(c)", "push_left(g)", "push_right(z)", "pop_left", "pop_right", "push_left(q)", "pop_right", "pop_left", "push_left(n)", "pop_right", "pop_right", "push_left(q)", "pop_left", "push_left(t)", "push_left(o)", "pop_right"], "initial": "siqmbsmukdbojmkptxlfdp", "len_action": 22, "len_string": 22}, "task_name": "task16", "example_name": "0206", "problem_name": "task16_0206"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: blpmgqalpzkrejhzwobzxh\nActions: push_right(t), push_left(o), push_right(e), pop_right, pop_right, push_right(u), push_left(d), push_right(u), push_left(j), push_right(x), push_right(r), push_left(j), pop_right, pop_right, pop_right, pop_left, pop_right, push_right(w), push_right(g), push_right(m), push_left(y), push_right(d)", "label": {"final": "yjdoblpmgqalpzkrejhzwobzxhwgmd", "init": "blpmgqalpzkrejhzwobzxh", "intermediate": ["blpmgqalpzkrejhzwobzxht", "oblpmgqalpzkrejhzwobzxht", "oblpmgqalpzkrejhzwobzxhte", "oblpmgqalpzkrejhzwobzxht", "oblpmgqalpzkrejhzwobzxh", "oblpmgqalpzkrejhzwobzxhu", "doblpmgqalpzkrejhzwobzxhu", "doblpmgqalpzkrejhzwobzxhuu", "jdoblpmgqalpzkrejhzwobzxhuu", "jdoblpmgqalpzkrejhzwobzxhuux", "jdoblpmgqalpzkrejhzwobzxhuuxr", "jjdoblpmgqalpzkrejhzwobzxhuuxr", "jjdoblpmgqalpzkrejhzwobzxhuux", "jjdoblpmgqalpzkrejhzwobzxhuu", "jjdoblpmgqalpzkrejhzwobzxhu", "jdoblpmgqalpzkrejhzwobzxhu", "jdoblpmgqalpzkrejhzwobzxh", "jdoblpmgqalpzkrejhzwobzxhw", "jdoblpmgqalpzkrejhzwobzxhwg", "jdoblpmgqalpzkrejhzwobzxhwgm", "yjdoblpmgqalpzkrejhzwobzxhwgm"]}, "config": {"actions": ["push_right(t)", "push_left(o)", "push_right(e)", "pop_right", "pop_right", "push_right(u)", "push_left(d)", "push_right(u)", "push_left(j)", "push_right(x)", "push_right(r)", "push_left(j)", "pop_right", "pop_right", "pop_right", "pop_left", "pop_right", "push_right(w)", "push_right(g)", "push_right(m)", "push_left(y)", "push_right(d)"], "initial": "blpmgqalpzkrejhzwobzxh", "len_action": 22, "len_string": 22}, "task_name": "task16", "example_name": "0207", "problem_name": "task16_0207"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: cmxnhdyajkuylixbprugqr\nActions: pop_left, push_left(n), pop_left, pop_right, pop_right, push_right(u), push_right(a), push_right(c), pop_right, push_left(k), pop_right, push_left(x), pop_left, pop_left, push_right(e), push_right(h), push_right(j), pop_right, pop_right, pop_left, push_right(n), pop_left", "label": {"final": "nhdyajkuylixbpruguen", "init": "cmxnhdyajkuylixbprugqr", "intermediate": ["mxnhdyajkuylixbprugqr", "nmxnhdyajkuylixbprugqr", "mxnhdyajkuylixbprugqr", "mxnhdyajkuylixbprugq", "mxnhdyajkuylixbprug", "mxnhdyajkuylixbprugu", "mxnhdyajkuylixbprugua", "mxnhdyajkuylixbpruguac", "mxnhdyajkuylixbprugua", "kmxnhdyajkuylixbprugua", "kmxnhdyajkuylixbprugu", "xkmxnhdyajkuylixbprugu", "kmxnhdyajkuylixbprugu", "mxnhdyajkuylixbprugu", "mxnhdyajkuylixbprugue", "mxnhdyajkuylixbprugueh", "mxnhdyajkuylixbpruguehj", "mxnhdyajkuylixbprugueh", "mxnhdyajkuylixbprugue", "xnhdyajkuylixbprugue", "xnhdyajkuylixbpruguen"]}, "config": {"actions": ["pop_left", "push_left(n)", "pop_left", "pop_right", "pop_right", "push_right(u)", "push_right(a)", "push_right(c)", "pop_right", "push_left(k)", "pop_right", "push_left(x)", "pop_left", "pop_left", "push_right(e)", "push_right(h)", "push_right(j)", "pop_right", "pop_right", "pop_left", "push_right(n)", "pop_left"], "initial": "cmxnhdyajkuylixbprugqr", "len_action": 22, "len_string": 22}, "task_name": "task16", "example_name": "0208", "problem_name": "task16_0208"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: wjhhdxivtxtnivaxbrdgyx\nActions: pop_left, pop_left, pop_left, push_left(g), pop_right, pop_right, push_left(e), push_left(l), push_right(a), pop_left, pop_right, pop_right, pop_right, pop_left, push_left(b), pop_right, pop_right, push_left(m), push_left(x), push_right(i), push_right(o), pop_left", "label": {"final": "mbghdxivtxtnivaxio", "init": "wjhhdxivtxtnivaxbrdgyx", "intermediate": ["jhhdxivtxtnivaxbrdgyx", "hhdxivtxtnivaxbrdgyx", "hdxivtxtnivaxbrdgyx", "ghdxivtxtnivaxbrdgyx", "ghdxivtxtnivaxbrdgy", "ghdxivtxtnivaxbrdg", "eghdxivtxtnivaxbrdg", "leghdxivtxtnivaxbrdg", "leghdxivtxtnivaxbrdga", "eghdxivtxtnivaxbrdga", "eghdxivtxtnivaxbrdg", "eghdxivtxtnivaxbrd", "eghdxivtxtnivaxbr", "ghdxivtxtnivaxbr", "bghdxivtxtnivaxbr", "bghdxivtxtnivaxb", "bghdxivtxtnivax", "mbghdxivtxtnivax", "xmbghdxivtxtnivax", "xmbghdxivtxtnivaxi", "xmbghdxivtxtnivaxio"]}, "config": {"actions": ["pop_left", "pop_left", "pop_left", "push_left(g)", "pop_right", "pop_right", "push_left(e)", "push_left(l)", "push_right(a)", "pop_left", "pop_right", "pop_right", "pop_right", "pop_left", "push_left(b)", "pop_right", "pop_right", "push_left(m)", "push_left(x)", "push_right(i)", "push_right(o)", "pop_left"], "initial": "wjhhdxivtxtnivaxbrdgyx", "len_action": 22, "len_string": 22}, "task_name": "task16", "example_name": "0209", "problem_name": "task16_0209"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ieukuaexojopuinrmmbpxps\nActions: pop_left, push_right(e), pop_right, pop_left, push_left(e), pop_right, pop_left, push_right(l), pop_right, push_left(p), push_left(e), pop_right, push_right(q), pop_right, push_left(o), push_right(k), push_left(j), push_right(z), push_right(w), push_left(s), pop_right, pop_left, pop_right", "label": {"final": "joepukuaexojopuinrmmbpxk", "init": "ieukuaexojopuinrmmbpxps", "intermediate": ["eukuaexojopuinrmmbpxps", "eukuaexojopuinrmmbpxpse", "eukuaexojopuinrmmbpxps", "ukuaexojopuinrmmbpxps", "eukuaexojopuinrmmbpxps", "eukuaexojopuinrmmbpxp", "ukuaexojopuinrmmbpxp", "ukuaexojopuinrmmbpxpl", "ukuaexojopuinrmmbpxp", "pukuaexojopuinrmmbpxp", "epukuaexojopuinrmmbpxp", "epukuaexojopuinrmmbpx", "epukuaexojopuinrmmbpxq", "epukuaexojopuinrmmbpx", "oepukuaexojopuinrmmbpx", "oepukuaexojopuinrmmbpxk", "joepukuaexojopuinrmmbpxk", "joepukuaexojopuinrmmbpxkz", "joepukuaexojopuinrmmbpxkzw", "sjoepukuaexojopuinrmmbpxkzw", "sjoepukuaexojopuinrmmbpxkz", "joepukuaexojopuinrmmbpxkz"]}, "config": {"actions": ["pop_left", "push_right(e)", "pop_right", "pop_left", "push_left(e)", "pop_right", "pop_left", "push_right(l)", "pop_right", "push_left(p)", "push_left(e)", "pop_right", "push_right(q)", "pop_right", "push_left(o)", "push_right(k)", "push_left(j)", "push_right(z)", "push_right(w)", "push_left(s)", "pop_right", "pop_left", "pop_right"], "initial": "ieukuaexojopuinrmmbpxps", "len_action": 23, "len_string": 23}, "task_name": "task16", "example_name": "0210", "problem_name": "task16_0210"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: lzoreaejtomuuxempxvljcg\nActions: pop_left, push_right(s), push_right(c), push_right(r), push_right(a), pop_right, push_left(n), pop_right, push_left(p), push_left(g), push_right(e), push_left(j), pop_left, pop_right, pop_left, push_right(a), pop_left, pop_right, pop_left, push_right(p), push_right(j), push_right(a), pop_right", "label": {"final": "zoreaejtomuuxempxvljcgscpj", "init": "lzoreaejtomuuxempxvljcg", "intermediate": ["zoreaejtomuuxempxvljcg", "zoreaejtomuuxempxvljcgs", "zoreaejtomuuxempxvljcgsc", "zoreaejtomuuxempxvljcgscr", "zoreaejtomuuxempxvljcgscra", "zoreaejtomuuxempxvljcgscr", "nzoreaejtomuuxempxvljcgscr", "nzoreaejtomuuxempxvljcgsc", "pnzoreaejtomuuxempxvljcgsc", "gpnzoreaejtomuuxempxvljcgsc", "gpnzoreaejtomuuxempxvljcgsce", "jgpnzoreaejtomuuxempxvljcgsce", "gpnzoreaejtomuuxempxvljcgsce", "gpnzoreaejtomuuxempxvljcgsc", "pnzoreaejtomuuxempxvljcgsc", "pnzoreaejtomuuxempxvljcgsca", "nzoreaejtomuuxempxvljcgsca", "nzoreaejtomuuxempxvljcgsc", "zoreaejtomuuxempxvljcgsc", "zoreaejtomuuxempxvljcgscp", "zoreaejtomuuxempxvljcgscpj", "zoreaejtomuuxempxvljcgscpja"]}, "config": {"actions": ["pop_left", "push_right(s)", "push_right(c)", "push_right(r)", "push_right(a)", "pop_right", "push_left(n)", "pop_right", "push_left(p)", "push_left(g)", "push_right(e)", "push_left(j)", "pop_left", "pop_right", "pop_left", "push_right(a)", "pop_left", "pop_right", "pop_left", "push_right(p)", "push_right(j)", "push_right(a)", "pop_right"], "initial": "lzoreaejtomuuxempxvljcg", "len_action": 23, "len_string": 23}, "task_name": "task16", "example_name": "0211", "problem_name": "task16_0211"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: rriatfgyualaafyibmzlopo\nActions: push_left(s), push_right(w), push_left(t), push_right(d), pop_right, push_left(d), push_right(t), push_right(j), pop_left, pop_left, push_right(g), push_left(i), pop_left, pop_left, pop_left, push_left(g), pop_right, push_left(i), push_right(w), pop_left, pop_right, push_right(i), push_left(q)", "label": {"final": "qgriatfgyualaafyibmzlopowtji", "init": "rriatfgyualaafyibmzlopo", "intermediate": ["srriatfgyualaafyibmzlopo", "srriatfgyualaafyibmzlopow", "tsrriatfgyualaafyibmzlopow", "tsrriatfgyualaafyibmzlopowd", "tsrriatfgyualaafyibmzlopow", "dtsrriatfgyualaafyibmzlopow", "dtsrriatfgyualaafyibmzlopowt", "dtsrriatfgyualaafyibmzlopowtj", "tsrriatfgyualaafyibmzlopowtj", "srriatfgyualaafyibmzlopowtj", "srriatfgyualaafyibmzlopowtjg", "isrriatfgyualaafyibmzlopowtjg", "srriatfgyualaafyibmzlopowtjg", "rriatfgyualaafyibmzlopowtjg", "riatfgyualaafyibmzlopowtjg", "griatfgyualaafyibmzlopowtjg", "griatfgyualaafyibmzlopowtj", "igriatfgyualaafyibmzlopowtj", "igriatfgyualaafyibmzlopowtjw", "griatfgyualaafyibmzlopowtjw", "griatfgyualaafyibmzlopowtj", "griatfgyualaafyibmzlopowtji"]}, "config": {"actions": ["push_left(s)", "push_right(w)", "push_left(t)", "push_right(d)", "pop_right", "push_left(d)", "push_right(t)", "push_right(j)", "pop_left", "pop_left", "push_right(g)", "push_left(i)", "pop_left", "pop_left", "pop_left", "push_left(g)", "pop_right", "push_left(i)", "push_right(w)", "pop_left", "pop_right", "push_right(i)", "push_left(q)"], "initial": "rriatfgyualaafyibmzlopo", "len_action": 23, "len_string": 23}, "task_name": "task16", "example_name": "0212", "problem_name": "task16_0212"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: cnhndqzybykbxkbafomtowk\nActions: push_right(b), push_right(h), push_left(u), pop_left, push_right(o), pop_left, pop_left, push_left(z), push_left(p), push_left(r), push_left(f), pop_left, push_right(i), pop_right, push_left(o), push_right(j), pop_right, push_right(x), pop_left, pop_right, pop_left, push_left(v), push_left(k)", "label": {"final": "kvpzhndqzybykbxkbafomtowkbho", "init": "cnhndqzybykbxkbafomtowk", "intermediate": ["cnhndqzybykbxkbafomtowkb", "cnhndqzybykbxkbafomtowkbh", "ucnhndqzybykbxkbafomtowkbh", "cnhndqzybykbxkbafomtowkbh", "cnhndqzybykbxkbafomtowkbho", "nhndqzybykbxkbafomtowkbho", "hndqzybykbxkbafomtowkbho", "zhndqzybykbxkbafomtowkbho", "pzhndqzybykbxkbafomtowkbho", "rpzhndqzybykbxkbafomtowkbho", "frpzhndqzybykbxkbafomtowkbho", "rpzhndqzybykbxkbafomtowkbho", "rpzhndqzybykbxkbafomtowkbhoi", "rpzhndqzybykbxkbafomtowkbho", "orpzhndqzybykbxkbafomtowkbho", "orpzhndqzybykbxkbafomtowkbhoj", "orpzhndqzybykbxkbafomtowkbho", "orpzhndqzybykbxkbafomtowkbhox", "rpzhndqzybykbxkbafomtowkbhox", "rpzhndqzybykbxkbafomtowkbho", "pzhndqzybykbxkbafomtowkbho", "vpzhndqzybykbxkbafomtowkbho"]}, "config": {"actions": ["push_right(b)", "push_right(h)", "push_left(u)", "pop_left", "push_right(o)", "pop_left", "pop_left", "push_left(z)", "push_left(p)", "push_left(r)", "push_left(f)", "pop_left", "push_right(i)", "pop_right", "push_left(o)", "push_right(j)", "pop_right", "push_right(x)", "pop_left", "pop_right", "pop_left", "push_left(v)", "push_left(k)"], "initial": "cnhndqzybykbxkbafomtowk", "len_action": 23, "len_string": 23}, "task_name": "task16", "example_name": "0213", "problem_name": "task16_0213"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: sjvosjbpxcsfiagipdbmszt\nActions: pop_right, push_right(j), push_right(h), push_left(k), push_right(r), pop_right, push_right(b), pop_left, push_right(u), push_right(n), push_right(e), pop_left, pop_right, pop_left, push_right(m), pop_right, push_right(i), push_left(r), pop_right, push_left(g), push_right(r), push_left(d), push_left(r)", "label": {"final": "rdgrvosjbpxcsfiagipdbmszjhbunr", "init": "sjvosjbpxcsfiagipdbmszt", "intermediate": ["sjvosjbpxcsfiagipdbmsz", "sjvosjbpxcsfiagipdbmszj", "sjvosjbpxcsfiagipdbmszjh", "ksjvosjbpxcsfiagipdbmszjh", "ksjvosjbpxcsfiagipdbmszjhr", "ksjvosjbpxcsfiagipdbmszjh", "ksjvosjbpxcsfiagipdbmszjhb", "sjvosjbpxcsfiagipdbmszjhb", "sjvosjbpxcsfiagipdbmszjhbu", "sjvosjbpxcsfiagipdbmszjhbun", "sjvosjbpxcsfiagipdbmszjhbune", "jvosjbpxcsfiagipdbmszjhbune", "jvosjbpxcsfiagipdbmszjhbun", "vosjbpxcsfiagipdbmszjhbun", "vosjbpxcsfiagipdbmszjhbunm", "vosjbpxcsfiagipdbmszjhbun", "vosjbpxcsfiagipdbmszjhbuni", "rvosjbpxcsfiagipdbmszjhbuni", "rvosjbpxcsfiagipdbmszjhbun", "grvosjbpxcsfiagipdbmszjhbun", "grvosjbpxcsfiagipdbmszjhbunr", "dgrvosjbpxcsfiagipdbmszjhbunr"]}, "config": {"actions": ["pop_right", "push_right(j)", "push_right(h)", "push_left(k)", "push_right(r)", "pop_right", "push_right(b)", "pop_left", "push_right(u)", "push_right(n)", "push_right(e)", "pop_left", "pop_right", "pop_left", "push_right(m)", "pop_right", "push_right(i)", "push_left(r)", "pop_right", "push_left(g)", "push_right(r)", "push_left(d)", "push_left(r)"], "initial": "sjvosjbpxcsfiagipdbmszt", "len_action": 23, "len_string": 23}, "task_name": "task16", "example_name": "0214", "problem_name": "task16_0214"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: oosdibbbkfzwvmzjstmsrtn\nActions: push_right(a), pop_right, push_left(h), push_right(z), pop_left, push_right(d), pop_left, pop_left, push_right(c), push_right(g), pop_right, push_right(j), pop_right, push_right(w), pop_right, pop_right, push_right(x), pop_right, push_right(h), push_right(b), pop_right, pop_right, push_left(r)", "label": {"final": "rsdibbbkfzwvmzjstmsrtnzd", "init": "oosdibbbkfzwvmzjstmsrtn", "intermediate": ["oosdibbbkfzwvmzjstmsrtna", "oosdibbbkfzwvmzjstmsrtn", "hoosdibbbkfzwvmzjstmsrtn", "hoosdibbbkfzwvmzjstmsrtnz", "oosdibbbkfzwvmzjstmsrtnz", "oosdibbbkfzwvmzjstmsrtnzd", "osdibbbkfzwvmzjstmsrtnzd", "sdibbbkfzwvmzjstmsrtnzd", "sdibbbkfzwvmzjstmsrtnzdc", "sdibbbkfzwvmzjstmsrtnzdcg", "sdibbbkfzwvmzjstmsrtnzdc", "sdibbbkfzwvmzjstmsrtnzdcj", "sdibbbkfzwvmzjstmsrtnzdc", "sdibbbkfzwvmzjstmsrtnzdcw", "sdibbbkfzwvmzjstmsrtnzdc", "sdibbbkfzwvmzjstmsrtnzd", "sdibbbkfzwvmzjstmsrtnzdx", "sdibbbkfzwvmzjstmsrtnzd", "sdibbbkfzwvmzjstmsrtnzdh", "sdibbbkfzwvmzjstmsrtnzdhb", "sdibbbkfzwvmzjstmsrtnzdh", "sdibbbkfzwvmzjstmsrtnzd"]}, "config": {"actions": ["push_right(a)", "pop_right", "push_left(h)", "push_right(z)", "pop_left", "push_right(d)", "pop_left", "pop_left", "push_right(c)", "push_right(g)", "pop_right", "push_right(j)", "pop_right", "push_right(w)", "pop_right", "pop_right", "push_right(x)", "pop_right", "push_right(h)", "push_right(b)", "pop_right", "pop_right", "push_left(r)"], "initial": "oosdibbbkfzwvmzjstmsrtn", "len_action": 23, "len_string": 23}, "task_name": "task16", "example_name": "0215", "problem_name": "task16_0215"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ygkucerthxiiaydrlphcvdt\nActions: push_right(i), push_right(c), push_left(f), push_right(x), push_right(n), pop_right, push_left(p), push_left(r), pop_left, push_right(z), pop_right, push_left(o), pop_left, pop_right, push_right(h), pop_left, push_right(a), pop_left, push_right(q), pop_left, push_right(o), push_left(o), pop_right", "label": {"final": "ogkucerthxiiaydrlphcvdtichaq", "init": "ygkucerthxiiaydrlphcvdt", "intermediate": ["ygkucerthxiiaydrlphcvdti", "ygkucerthxiiaydrlphcvdtic", "fygkucerthxiiaydrlphcvdtic", "fygkucerthxiiaydrlphcvdticx", "fygkucerthxiiaydrlphcvdticxn", "fygkucerthxiiaydrlphcvdticx", "pfygkucerthxiiaydrlphcvdticx", "rpfygkucerthxiiaydrlphcvdticx", "pfygkucerthxiiaydrlphcvdticx", "pfygkucerthxiiaydrlphcvdticxz", "pfygkucerthxiiaydrlphcvdticx", "opfygkucerthxiiaydrlphcvdticx", "pfygkucerthxiiaydrlphcvdticx", "pfygkucerthxiiaydrlphcvdtic", "pfygkucerthxiiaydrlphcvdtich", "fygkucerthxiiaydrlphcvdtich", "fygkucerthxiiaydrlphcvdticha", "ygkucerthxiiaydrlphcvdticha", "ygkucerthxiiaydrlphcvdtichaq", "gkucerthxiiaydrlphcvdtichaq", "gkucerthxiiaydrlphcvdtichaqo", "ogkucerthxiiaydrlphcvdtichaqo"]}, "config": {"actions": ["push_right(i)", "push_right(c)", "push_left(f)", "push_right(x)", "push_right(n)", "pop_right", "push_left(p)", "push_left(r)", "pop_left", "push_right(z)", "pop_right", "push_left(o)", "pop_left", "pop_right", "push_right(h)", "pop_left", "push_right(a)", "pop_left", "push_right(q)", "pop_left", "push_right(o)", "push_left(o)", "pop_right"], "initial": "ygkucerthxiiaydrlphcvdt", "len_action": 23, "len_string": 23}, "task_name": "task16", "example_name": "0216", "problem_name": "task16_0216"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: jsxslbiulenfjrobonoviii\nActions: push_right(y), push_left(p), pop_right, pop_right, pop_left, push_left(m), push_left(f), push_left(q), pop_left, pop_right, pop_right, push_left(o), pop_left, push_left(b), push_left(n), push_right(y), push_right(w), pop_right, push_right(p), push_left(s), push_right(t), push_right(y), pop_left", "label": {"final": "nbfmjsxslbiulenfjrobonovypty", "init": "jsxslbiulenfjrobonoviii", "intermediate": ["jsxslbiulenfjrobonoviiiy", "pjsxslbiulenfjrobonoviiiy", "pjsxslbiulenfjrobonoviii", "pjsxslbiulenfjrobonovii", "jsxslbiulenfjrobonovii", "mjsxslbiulenfjrobonovii", "fmjsxslbiulenfjrobonovii", "qfmjsxslbiulenfjrobonovii", "fmjsxslbiulenfjrobonovii", "fmjsxslbiulenfjrobonovi", "fmjsxslbiulenfjrobonov", "ofmjsxslbiulenfjrobonov", "fmjsxslbiulenfjrobonov", "bfmjsxslbiulenfjrobonov", "nbfmjsxslbiulenfjrobonov", "nbfmjsxslbiulenfjrobonovy", "nbfmjsxslbiulenfjrobonovyw", "nbfmjsxslbiulenfjrobonovy", "nbfmjsxslbiulenfjrobonovyp", "snbfmjsxslbiulenfjrobonovyp", "snbfmjsxslbiulenfjrobonovypt", "snbfmjsxslbiulenfjrobonovypty"]}, "config": {"actions": ["push_right(y)", "push_left(p)", "pop_right", "pop_right", "pop_left", "push_left(m)", "push_left(f)", "push_left(q)", "pop_left", "pop_right", "pop_right", "push_left(o)", "pop_left", "push_left(b)", "push_left(n)", "push_right(y)", "push_right(w)", "pop_right", "push_right(p)", "push_left(s)", "push_right(t)", "push_right(y)", "pop_left"], "initial": "jsxslbiulenfjrobonoviii", "len_action": 23, "len_string": 23}, "task_name": "task16", "example_name": "0217", "problem_name": "task16_0217"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: lloiplyzieaptmlwshudebh\nActions: pop_right, push_right(d), pop_right, pop_left, push_right(k), pop_left, pop_right, push_left(j), push_right(h), push_left(z), pop_left, pop_left, pop_right, pop_right, pop_right, push_left(o), push_right(d), push_right(f), pop_right, push_right(k), pop_left, push_left(c), pop_left", "label": {"final": "oiplyzieaptmlwshuddk", "init": "lloiplyzieaptmlwshudebh", "intermediate": ["lloiplyzieaptmlwshudeb", "lloiplyzieaptmlwshudebd", "lloiplyzieaptmlwshudeb", "loiplyzieaptmlwshudeb", "loiplyzieaptmlwshudebk", "oiplyzieaptmlwshudebk", "oiplyzieaptmlwshudeb", "joiplyzieaptmlwshudeb", "joiplyzieaptmlwshudebh", "zjoiplyzieaptmlwshudebh", "joiplyzieaptmlwshudebh", "oiplyzieaptmlwshudebh", "oiplyzieaptmlwshudeb", "oiplyzieaptmlwshude", "oiplyzieaptmlwshud", "ooiplyzieaptmlwshud", "ooiplyzieaptmlwshudd", "ooiplyzieaptmlwshuddf", "ooiplyzieaptmlwshudd", "ooiplyzieaptmlwshuddk", "oiplyzieaptmlwshuddk", "coiplyzieaptmlwshuddk"]}, "config": {"actions": ["pop_right", "push_right(d)", "pop_right", "pop_left", "push_right(k)", "pop_left", "pop_right", "push_left(j)", "push_right(h)", "push_left(z)", "pop_left", "pop_left", "pop_right", "pop_right", "pop_right", "push_left(o)", "push_right(d)", "push_right(f)", "pop_right", "push_right(k)", "pop_left", "push_left(c)", "pop_left"], "initial": "lloiplyzieaptmlwshudebh", "len_action": 23, "len_string": 23}, "task_name": "task16", "example_name": "0218", "problem_name": "task16_0218"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: mxeymykzoepzqxgxqrtlagr\nActions: pop_right, pop_right, push_right(v), pop_right, push_left(i), push_right(v), push_right(m), pop_right, pop_right, pop_right, pop_right, pop_left, pop_left, pop_left, push_right(t), push_left(y), pop_right, pop_left, push_left(q), pop_right, pop_right, pop_left, pop_left", "label": {"final": "ymykzoepzqxgxq", "init": "mxeymykzoepzqxgxqrtlagr", "intermediate": ["mxeymykzoepzqxgxqrtlag", "mxeymykzoepzqxgxqrtla", "mxeymykzoepzqxgxqrtlav", "mxeymykzoepzqxgxqrtla", "imxeymykzoepzqxgxqrtla", "imxeymykzoepzqxgxqrtlav", "imxeymykzoepzqxgxqrtlavm", "imxeymykzoepzqxgxqrtlav", "imxeymykzoepzqxgxqrtla", "imxeymykzoepzqxgxqrtl", "imxeymykzoepzqxgxqrt", "mxeymykzoepzqxgxqrt", "xeymykzoepzqxgxqrt", "eymykzoepzqxgxqrt", "eymykzoepzqxgxqrtt", "yeymykzoepzqxgxqrtt", "yeymykzoepzqxgxqrt", "eymykzoepzqxgxqrt", "qeymykzoepzqxgxqrt", "qeymykzoepzqxgxqr", "qeymykzoepzqxgxq", "eymykzoepzqxgxq"]}, "config": {"actions": ["pop_right", "pop_right", "push_right(v)", "pop_right", "push_left(i)", "push_right(v)", "push_right(m)", "pop_right", "pop_right", "pop_right", "pop_right", "pop_left", "pop_left", "pop_left", "push_right(t)", "push_left(y)", "pop_right", "pop_left", "push_left(q)", "pop_right", "pop_right", "pop_left", "pop_left"], "initial": "mxeymykzoepzqxgxqrtlagr", "len_action": 23, "len_string": 23}, "task_name": "task16", "example_name": "0219", "problem_name": "task16_0219"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: tbeywnvtdmemqiyternywmrn\nActions: push_right(t), push_left(v), pop_right, push_left(z), pop_right, push_right(o), pop_left, push_right(a), push_right(x), push_left(v), pop_left, pop_left, push_right(m), push_left(h), pop_right, pop_right, push_right(y), pop_left, push_right(p), pop_left, pop_left, pop_right, pop_right, push_right(o)", "label": {"final": "eywnvtdmemqiyternywmroao", "init": "tbeywnvtdmemqiyternywmrn", "intermediate": ["tbeywnvtdmemqiyternywmrnt", "vtbeywnvtdmemqiyternywmrnt", "vtbeywnvtdmemqiyternywmrn", "zvtbeywnvtdmemqiyternywmrn", "zvtbeywnvtdmemqiyternywmr", "zvtbeywnvtdmemqiyternywmro", "vtbeywnvtdmemqiyternywmro", "vtbeywnvtdmemqiyternywmroa", "vtbeywnvtdmemqiyternywmroax", "vvtbeywnvtdmemqiyternywmroax", "vtbeywnvtdmemqiyternywmroax", "tbeywnvtdmemqiyternywmroax", "tbeywnvtdmemqiyternywmroaxm", "htbeywnvtdmemqiyternywmroaxm", "htbeywnvtdmemqiyternywmroax", "htbeywnvtdmemqiyternywmroa", "htbeywnvtdmemqiyternywmroay", "tbeywnvtdmemqiyternywmroay", "tbeywnvtdmemqiyternywmroayp", "beywnvtdmemqiyternywmroayp", "eywnvtdmemqiyternywmroayp", "eywnvtdmemqiyternywmroay", "eywnvtdmemqiyternywmroa"]}, "config": {"actions": ["push_right(t)", "push_left(v)", "pop_right", "push_left(z)", "pop_right", "push_right(o)", "pop_left", "push_right(a)", "push_right(x)", "push_left(v)", "pop_left", "pop_left", "push_right(m)", "push_left(h)", "pop_right", "pop_right", "push_right(y)", "pop_left", "push_right(p)", "pop_left", "pop_left", "pop_right", "pop_right", "push_right(o)"], "initial": "tbeywnvtdmemqiyternywmrn", "len_action": 24, "len_string": 24}, "task_name": "task16", "example_name": "0220", "problem_name": "task16_0220"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: wlmaytlwtgdgvndsqcgjgqmj\nActions: push_left(m), push_right(s), push_right(q), push_left(x), pop_left, pop_left, pop_left, push_left(b), push_right(j), push_right(y), pop_right, push_right(x), push_right(m), push_left(w), pop_right, pop_right, pop_left, push_left(v), push_right(n), pop_right, pop_left, push_right(g), pop_right, push_left(h)", "label": {"final": "hblmaytlwtgdgvndsqcgjgqmjsqj", "init": "wlmaytlwtgdgvndsqcgjgqmj", "intermediate": ["mwlmaytlwtgdgvndsqcgjgqmj", "mwlmaytlwtgdgvndsqcgjgqmjs", "mwlmaytlwtgdgvndsqcgjgqmjsq", "xmwlmaytlwtgdgvndsqcgjgqmjsq", "mwlmaytlwtgdgvndsqcgjgqmjsq", "wlmaytlwtgdgvndsqcgjgqmjsq", "lmaytlwtgdgvndsqcgjgqmjsq", "blmaytlwtgdgvndsqcgjgqmjsq", "blmaytlwtgdgvndsqcgjgqmjsqj", "blmaytlwtgdgvndsqcgjgqmjsqjy", "blmaytlwtgdgvndsqcgjgqmjsqj", "blmaytlwtgdgvndsqcgjgqmjsqjx", "blmaytlwtgdgvndsqcgjgqmjsqjxm", "wblmaytlwtgdgvndsqcgjgqmjsqjxm", "wblmaytlwtgdgvndsqcgjgqmjsqjx", "wblmaytlwtgdgvndsqcgjgqmjsqj", "blmaytlwtgdgvndsqcgjgqmjsqj", "vblmaytlwtgdgvndsqcgjgqmjsqj", "vblmaytlwtgdgvndsqcgjgqmjsqjn", "vblmaytlwtgdgvndsqcgjgqmjsqj", "blmaytlwtgdgvndsqcgjgqmjsqj", "blmaytlwtgdgvndsqcgjgqmjsqjg", "blmaytlwtgdgvndsqcgjgqmjsqj"]}, "config": {"actions": ["push_left(m)", "push_right(s)", "push_right(q)", "push_left(x)", "pop_left", "pop_left", "pop_left", "push_left(b)", "push_right(j)", "push_right(y)", "pop_right", "push_right(x)", "push_right(m)", "push_left(w)", "pop_right", "pop_right", "pop_left", "push_left(v)", "push_right(n)", "pop_right", "pop_left", "push_right(g)", "pop_right", "push_left(h)"], "initial": "wlmaytlwtgdgvndsqcgjgqmj", "len_action": 24, "len_string": 24}, "task_name": "task16", "example_name": "0221", "problem_name": "task16_0221"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: btxzzwpfyxvyortfqpavinnp\nActions: pop_left, push_right(k), pop_right, pop_left, pop_left, push_left(z), pop_right, pop_left, push_right(u), push_left(z), pop_right, push_right(r), push_left(i), pop_right, push_left(w), push_left(g), pop_right, pop_left, push_left(s), push_right(a), pop_left, pop_right, push_left(w), push_right(o)", "label": {"final": "wwizzzwpfyxvyortfqpavino", "init": "btxzzwpfyxvyortfqpavinnp", "intermediate": ["txzzwpfyxvyortfqpavinnp", "txzzwpfyxvyortfqpavinnpk", "txzzwpfyxvyortfqpavinnp", "xzzwpfyxvyortfqpavinnp", "zzwpfyxvyortfqpavinnp", "zzzwpfyxvyortfqpavinnp", "zzzwpfyxvyortfqpavinn", "zzwpfyxvyortfqpavinn", "zzwpfyxvyortfqpavinnu", "zzzwpfyxvyortfqpavinnu", "zzzwpfyxvyortfqpavinn", "zzzwpfyxvyortfqpavinnr", "izzzwpfyxvyortfqpavinnr", "izzzwpfyxvyortfqpavinn", "wizzzwpfyxvyortfqpavinn", "gwizzzwpfyxvyortfqpavinn", "gwizzzwpfyxvyortfqpavin", "wizzzwpfyxvyortfqpavin", "swizzzwpfyxvyortfqpavin", "swizzzwpfyxvyortfqpavina", "wizzzwpfyxvyortfqpavina", "wizzzwpfyxvyortfqpavin", "wwizzzwpfyxvyortfqpavin"]}, "config": {"actions": ["pop_left", "push_right(k)", "pop_right", "pop_left", "pop_left", "push_left(z)", "pop_right", "pop_left", "push_right(u)", "push_left(z)", "pop_right", "push_right(r)", "push_left(i)", "pop_right", "push_left(w)", "push_left(g)", "pop_right", "pop_left", "push_left(s)", "push_right(a)", "pop_left", "pop_right", "push_left(w)", "push_right(o)"], "initial": "btxzzwpfyxvyortfqpavinnp", "len_action": 24, "len_string": 24}, "task_name": "task16", "example_name": "0222", "problem_name": "task16_0222"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: iornwfdqcmuohttbpusofipt\nActions: pop_right, pop_right, pop_right, pop_right, pop_left, pop_left, push_left(t), push_right(t), pop_left, push_right(i), push_right(x), push_right(f), pop_left, pop_left, pop_left, push_right(u), pop_right, push_right(v), pop_right, pop_left, push_right(x), push_right(u), pop_right, pop_right", "label": {"final": "dqcmuohttbpusotixf", "init": "iornwfdqcmuohttbpusofipt", "intermediate": ["iornwfdqcmuohttbpusofip", "iornwfdqcmuohttbpusofi", "iornwfdqcmuohttbpusof", "iornwfdqcmuohttbpuso", "ornwfdqcmuohttbpuso", "rnwfdqcmuohttbpuso", "trnwfdqcmuohttbpuso", "trnwfdqcmuohttbpusot", "rnwfdqcmuohttbpusot", "rnwfdqcmuohttbpusoti", "rnwfdqcmuohttbpusotix", "rnwfdqcmuohttbpusotixf", "nwfdqcmuohttbpusotixf", "wfdqcmuohttbpusotixf", "fdqcmuohttbpusotixf", "fdqcmuohttbpusotixfu", "fdqcmuohttbpusotixf", "fdqcmuohttbpusotixfv", "fdqcmuohttbpusotixf", "dqcmuohttbpusotixf", "dqcmuohttbpusotixfx", "dqcmuohttbpusotixfxu", "dqcmuohttbpusotixfx"]}, "config": {"actions": ["pop_right", "pop_right", "pop_right", "pop_right", "pop_left", "pop_left", "push_left(t)", "push_right(t)", "pop_left", "push_right(i)", "push_right(x)", "push_right(f)", "pop_left", "pop_left", "pop_left", "push_right(u)", "pop_right", "push_right(v)", "pop_right", "pop_left", "push_right(x)", "push_right(u)", "pop_right", "pop_right"], "initial": "iornwfdqcmuohttbpusofipt", "len_action": 24, "len_string": 24}, "task_name": "task16", "example_name": "0223", "problem_name": "task16_0223"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: nbzwctoxqakwlayllcxtldqv\nActions: push_left(e), pop_right, pop_left, pop_right, push_left(m), push_left(k), push_right(t), push_right(z), push_left(i), pop_left, pop_left, push_left(h), push_left(l), push_right(j), pop_right, pop_left, push_left(z), push_right(u), push_right(p), pop_left, push_right(i), pop_right, push_left(m), push_left(d)", "label": {"final": "dmhmnbzwctoxqakwlayllcxtldtzup", "init": "nbzwctoxqakwlayllcxtldqv", "intermediate": ["enbzwctoxqakwlayllcxtldqv", "enbzwctoxqakwlayllcxtldq", "nbzwctoxqakwlayllcxtldq", "nbzwctoxqakwlayllcxtld", "mnbzwctoxqakwlayllcxtld", "kmnbzwctoxqakwlayllcxtld", "kmnbzwctoxqakwlayllcxtldt", "kmnbzwctoxqakwlayllcxtldtz", "ikmnbzwctoxqakwlayllcxtldtz", "kmnbzwctoxqakwlayllcxtldtz", "mnbzwctoxqakwlayllcxtldtz", "hmnbzwctoxqakwlayllcxtldtz", "lhmnbzwctoxqakwlayllcxtldtz", "lhmnbzwctoxqakwlayllcxtldtzj", "lhmnbzwctoxqakwlayllcxtldtz", "hmnbzwctoxqakwlayllcxtldtz", "zhmnbzwctoxqakwlayllcxtldtz", "zhmnbzwctoxqakwlayllcxtldtzu", "zhmnbzwctoxqakwlayllcxtldtzup", "hmnbzwctoxqakwlayllcxtldtzup", "hmnbzwctoxqakwlayllcxtldtzupi", "hmnbzwctoxqakwlayllcxtldtzup", "mhmnbzwctoxqakwlayllcxtldtzup"]}, "config": {"actions": ["push_left(e)", "pop_right", "pop_left", "pop_right", "push_left(m)", "push_left(k)", "push_right(t)", "push_right(z)", "push_left(i)", "pop_left", "pop_left", "push_left(h)", "push_left(l)", "push_right(j)", "pop_right", "pop_left", "push_left(z)", "push_right(u)", "push_right(p)", "pop_left", "push_right(i)", "pop_right", "push_left(m)", "push_left(d)"], "initial": "nbzwctoxqakwlayllcxtldqv", "len_action": 24, "len_string": 24}, "task_name": "task16", "example_name": "0224", "problem_name": "task16_0224"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: uojbzxzdiveejvjpfhltjybf\nActions: pop_left, pop_left, pop_right, pop_left, pop_left, push_left(z), push_left(d), pop_left, pop_left, pop_right, pop_left, push_left(o), push_left(t), push_left(t), pop_right, push_left(d), pop_right, pop_right, pop_right, push_right(r), push_left(e), pop_left, pop_left, push_right(e)", "label": {"final": "ttoxzdiveejvjpfhre", "init": "uojbzxzdiveejvjpfhltjybf", "intermediate": ["ojbzxzdiveejvjpfhltjybf", "jbzxzdiveejvjpfhltjybf", "jbzxzdiveejvjpfhltjyb", "bzxzdiveejvjpfhltjyb", "zxzdiveejvjpfhltjyb", "zzxzdiveejvjpfhltjyb", "dzzxzdiveejvjpfhltjyb", "zzxzdiveejvjpfhltjyb", "zxzdiveejvjpfhltjyb", "zxzdiveejvjpfhltjy", "xzdiveejvjpfhltjy", "oxzdiveejvjpfhltjy", "toxzdiveejvjpfhltjy", "ttoxzdiveejvjpfhltjy", "ttoxzdiveejvjpfhltj", "dttoxzdiveejvjpfhltj", "dttoxzdiveejvjpfhlt", "dttoxzdiveejvjpfhl", "dttoxzdiveejvjpfh", "dttoxzdiveejvjpfhr", "edttoxzdiveejvjpfhr", "dttoxzdiveejvjpfhr", "ttoxzdiveejvjpfhr"]}, "config": {"actions": ["pop_left", "pop_left", "pop_right", "pop_left", "pop_left", "push_left(z)", "push_left(d)", "pop_left", "pop_left", "pop_right", "pop_left", "push_left(o)", "push_left(t)", "push_left(t)", "pop_right", "push_left(d)", "pop_right", "pop_right", "pop_right", "push_right(r)", "push_left(e)", "pop_left", "pop_left", "push_right(e)"], "initial": "uojbzxzdiveejvjpfhltjybf", "len_action": 24, "len_string": 24}, "task_name": "task16", "example_name": "0225", "problem_name": "task16_0225"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: dviqtceedtjkmtbhmfhvequz\nActions: pop_left, push_right(c), pop_left, pop_right, push_right(s), push_left(z), pop_right, push_right(t), pop_right, push_left(h), push_left(l), push_right(n), pop_left, pop_left, pop_left, pop_left, pop_left, push_left(s), pop_right, pop_right, pop_left, push_left(h), push_right(t), pop_right", "label": {"final": "htceedtjkmtbhmfhvequ", "init": "dviqtceedtjkmtbhmfhvequz", "intermediate": ["viqtceedtjkmtbhmfhvequz", "viqtceedtjkmtbhmfhvequzc", "iqtceedtjkmtbhmfhvequzc", "iqtceedtjkmtbhmfhvequz", "iqtceedtjkmtbhmfhvequzs", "ziqtceedtjkmtbhmfhvequzs", "ziqtceedtjkmtbhmfhvequz", "ziqtceedtjkmtbhmfhvequzt", "ziqtceedtjkmtbhmfhvequz", "hziqtceedtjkmtbhmfhvequz", "lhziqtceedtjkmtbhmfhvequz", "lhziqtceedtjkmtbhmfhvequzn", "hziqtceedtjkmtbhmfhvequzn", "ziqtceedtjkmtbhmfhvequzn", "iqtceedtjkmtbhmfhvequzn", "qtceedtjkmtbhmfhvequzn", "tceedtjkmtbhmfhvequzn", "stceedtjkmtbhmfhvequzn", "stceedtjkmtbhmfhvequz", "stceedtjkmtbhmfhvequ", "tceedtjkmtbhmfhvequ", "htceedtjkmtbhmfhvequ", "htceedtjkmtbhmfhvequt"]}, "config": {"actions": ["pop_left", "push_right(c)", "pop_left", "pop_right", "push_right(s)", "push_left(z)", "pop_right", "push_right(t)", "pop_right", "push_left(h)", "push_left(l)", "push_right(n)", "pop_left", "pop_left", "pop_left", "pop_left", "pop_left", "push_left(s)", "pop_right", "pop_right", "pop_left", "push_left(h)", "push_right(t)", "pop_right"], "initial": "dviqtceedtjkmtbhmfhvequz", "len_action": 24, "len_string": 24}, "task_name": "task16", "example_name": "0226", "problem_name": "task16_0226"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: nrpixowoumlmwudndaugynoo\nActions: push_left(l), pop_right, push_right(u), pop_left, pop_right, push_left(t), push_right(x), push_right(b), push_right(v), pop_left, push_right(m), push_left(q), pop_right, push_left(z), push_left(s), pop_right, pop_right, push_left(l), pop_right, push_right(l), push_left(r), push_right(j), push_right(r), pop_left", "label": {"final": "lszqnrpixowoumlmwudndaugynoljr", "init": "nrpixowoumlmwudndaugynoo", "intermediate": ["lnrpixowoumlmwudndaugynoo", "lnrpixowoumlmwudndaugyno", "lnrpixowoumlmwudndaugynou", "nrpixowoumlmwudndaugynou", "nrpixowoumlmwudndaugyno", "tnrpixowoumlmwudndaugyno", "tnrpixowoumlmwudndaugynox", "tnrpixowoumlmwudndaugynoxb", "tnrpixowoumlmwudndaugynoxbv", "nrpixowoumlmwudndaugynoxbv", "nrpixowoumlmwudndaugynoxbvm", "qnrpixowoumlmwudndaugynoxbvm", "qnrpixowoumlmwudndaugynoxbv", "zqnrpixowoumlmwudndaugynoxbv", "szqnrpixowoumlmwudndaugynoxbv", "szqnrpixowoumlmwudndaugynoxb", "szqnrpixowoumlmwudndaugynox", "lszqnrpixowoumlmwudndaugynox", "lszqnrpixowoumlmwudndaugyno", "lszqnrpixowoumlmwudndaugynol", "rlszqnrpixowoumlmwudndaugynol", "rlszqnrpixowoumlmwudndaugynolj", "rlszqnrpixowoumlmwudndaugynoljr"]}, "config": {"actions": ["push_left(l)", "pop_right", "push_right(u)", "pop_left", "pop_right", "push_left(t)", "push_right(x)", "push_right(b)", "push_right(v)", "pop_left", "push_right(m)", "push_left(q)", "pop_right", "push_left(z)", "push_left(s)", "pop_right", "pop_right", "push_left(l)", "pop_right", "push_right(l)", "push_left(r)", "push_right(j)", "push_right(r)", "pop_left"], "initial": "nrpixowoumlmwudndaugynoo", "len_action": 24, "len_string": 24}, "task_name": "task16", "example_name": "0227", "problem_name": "task16_0227"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ygqbliofshnfjwixlciwztzn\nActions: pop_left, pop_left, push_left(g), pop_right, pop_right, pop_left, pop_left, pop_right, push_right(g), pop_right, push_right(f), pop_left, pop_left, pop_right, push_right(n), push_left(q), push_right(j), push_left(u), pop_right, push_left(g), push_left(b), pop_right, push_left(r), pop_right", "label": {"final": "rbguqiofshnfjwixlciw", "init": "ygqbliofshnfjwixlciwztzn", "intermediate": ["gqbliofshnfjwixlciwztzn", "qbliofshnfjwixlciwztzn", "gqbliofshnfjwixlciwztzn", "gqbliofshnfjwixlciwztz", "gqbliofshnfjwixlciwzt", "qbliofshnfjwixlciwzt", "bliofshnfjwixlciwzt", "bliofshnfjwixlciwz", "bliofshnfjwixlciwzg", "bliofshnfjwixlciwz", "bliofshnfjwixlciwzf", "liofshnfjwixlciwzf", "iofshnfjwixlciwzf", "iofshnfjwixlciwz", "iofshnfjwixlciwzn", "qiofshnfjwixlciwzn", "qiofshnfjwixlciwznj", "uqiofshnfjwixlciwznj", "uqiofshnfjwixlciwzn", "guqiofshnfjwixlciwzn", "bguqiofshnfjwixlciwzn", "bguqiofshnfjwixlciwz", "rbguqiofshnfjwixlciwz"]}, "config": {"actions": ["pop_left", "pop_left", "push_left(g)", "pop_right", "pop_right", "pop_left", "pop_left", "pop_right", "push_right(g)", "pop_right", "push_right(f)", "pop_left", "pop_left", "pop_right", "push_right(n)", "push_left(q)", "push_right(j)", "push_left(u)", "pop_right", "push_left(g)", "push_left(b)", "pop_right", "push_left(r)", "pop_right"], "initial": "ygqbliofshnfjwixlciwztzn", "len_action": 24, "len_string": 24}, "task_name": "task16", "example_name": "0228", "problem_name": "task16_0228"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ydajgevgenlopdkrmzafymkf\nActions: push_right(x), pop_left, push_right(z), pop_right, push_right(r), push_right(n), pop_left, push_left(g), push_right(f), pop_right, push_right(k), push_right(e), push_right(c), push_left(x), push_right(a), push_right(h), push_right(e), push_left(v), push_right(i), pop_right, pop_left, push_left(a), pop_right, pop_left", "label": {"final": "xgajgevgenlopdkrmzafymkfxrnkecah", "init": "ydajgevgenlopdkrmzafymkf", "intermediate": ["ydajgevgenlopdkrmzafymkfx", "dajgevgenlopdkrmzafymkfx", "dajgevgenlopdkrmzafymkfxz", "dajgevgenlopdkrmzafymkfx", "dajgevgenlopdkrmzafymkfxr", "dajgevgenlopdkrmzafymkfxrn", "ajgevgenlopdkrmzafymkfxrn", "gajgevgenlopdkrmzafymkfxrn", "gajgevgenlopdkrmzafymkfxrnf", "gajgevgenlopdkrmzafymkfxrn", "gajgevgenlopdkrmzafymkfxrnk", "gajgevgenlopdkrmzafymkfxrnke", "gajgevgenlopdkrmzafymkfxrnkec", "xgajgevgenlopdkrmzafymkfxrnkec", "xgajgevgenlopdkrmzafymkfxrnkeca", "xgajgevgenlopdkrmzafymkfxrnkecah", "xgajgevgenlopdkrmzafymkfxrnkecahe", "vxgajgevgenlopdkrmzafymkfxrnkecahe", "vxgajgevgenlopdkrmzafymkfxrnkecahei", "vxgajgevgenlopdkrmzafymkfxrnkecahe", "xgajgevgenlopdkrmzafymkfxrnkecahe", "axgajgevgenlopdkrmzafymkfxrnkecahe", "axgajgevgenlopdkrmzafymkfxrnkecah"]}, "config": {"actions": ["push_right(x)", "pop_left", "push_right(z)", "pop_right", "push_right(r)", "push_right(n)", "pop_left", "push_left(g)", "push_right(f)", "pop_right", "push_right(k)", "push_right(e)", "push_right(c)", "push_left(x)", "push_right(a)", "push_right(h)", "push_right(e)", "push_left(v)", "push_right(i)", "pop_right", "pop_left", "push_left(a)", "pop_right", "pop_left"], "initial": "ydajgevgenlopdkrmzafymkf", "len_action": 24, "len_string": 24}, "task_name": "task16", "example_name": "0229", "problem_name": "task16_0229"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: vwdyrpjluypjqvvkqkramxmkn\nActions: pop_left, pop_right, push_left(p), pop_right, pop_left, pop_left, push_left(n), push_left(z), pop_left, pop_right, pop_left, pop_left, pop_left, pop_left, pop_right, pop_right, push_left(i), push_right(x), pop_right, pop_right, push_right(r), pop_right, pop_right, pop_right, push_right(n)", "label": {"final": "ipjluypjqvvkqn", "init": "vwdyrpjluypjqvvkqkramxmkn", "intermediate": ["wdyrpjluypjqvvkqkramxmkn", "wdyrpjluypjqvvkqkramxmk", "pwdyrpjluypjqvvkqkramxmk", "pwdyrpjluypjqvvkqkramxm", "wdyrpjluypjqvvkqkramxm", "dyrpjluypjqvvkqkramxm", "ndyrpjluypjqvvkqkramxm", "zndyrpjluypjqvvkqkramxm", "ndyrpjluypjqvvkqkramxm", "ndyrpjluypjqvvkqkramx", "dyrpjluypjqvvkqkramx", "yrpjluypjqvvkqkramx", "rpjluypjqvvkqkramx", "pjluypjqvvkqkramx", "pjluypjqvvkqkram", "pjluypjqvvkqkra", "ipjluypjqvvkqkra", "ipjluypjqvvkqkrax", "ipjluypjqvvkqkra", "ipjluypjqvvkqkr", "ipjluypjqvvkqkrr", "ipjluypjqvvkqkr", "ipjluypjqvvkqk", "ipjluypjqvvkq"]}, "config": {"actions": ["pop_left", "pop_right", "push_left(p)", "pop_right", "pop_left", "pop_left", "push_left(n)", "push_left(z)", "pop_left", "pop_right", "pop_left", "pop_left", "pop_left", "pop_left", "pop_right", "pop_right", "push_left(i)", "push_right(x)", "pop_right", "pop_right", "push_right(r)", "pop_right", "pop_right", "pop_right", "push_right(n)"], "initial": "vwdyrpjluypjqvvkqkramxmkn", "len_action": 25, "len_string": 25}, "task_name": "task16", "example_name": "0230", "problem_name": "task16_0230"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: jupflddyihblfwaniystjrzqo\nActions: pop_left, pop_left, pop_right, push_left(y), push_left(d), push_right(h), pop_left, push_left(n), push_left(f), push_left(u), push_right(f), push_right(s), push_right(q), pop_left, pop_left, push_right(v), push_right(f), pop_right, push_right(q), pop_left, push_left(o), push_right(v), push_left(y), pop_right, push_right(j)", "label": {"final": "yoypflddyihblfwaniystjrzqhfsqvqj", "init": "jupflddyihblfwaniystjrzqo", "intermediate": ["upflddyihblfwaniystjrzqo", "pflddyihblfwaniystjrzqo", "pflddyihblfwaniystjrzq", "ypflddyihblfwaniystjrzq", "dypflddyihblfwaniystjrzq", "dypflddyihblfwaniystjrzqh", "ypflddyihblfwaniystjrzqh", "nypflddyihblfwaniystjrzqh", "fnypflddyihblfwaniystjrzqh", "ufnypflddyihblfwaniystjrzqh", "ufnypflddyihblfwaniystjrzqhf", "ufnypflddyihblfwaniystjrzqhfs", "ufnypflddyihblfwaniystjrzqhfsq", "fnypflddyihblfwaniystjrzqhfsq", "nypflddyihblfwaniystjrzqhfsq", "nypflddyihblfwaniystjrzqhfsqv", "nypflddyihblfwaniystjrzqhfsqvf", "nypflddyihblfwaniystjrzqhfsqv", "nypflddyihblfwaniystjrzqhfsqvq", "ypflddyihblfwaniystjrzqhfsqvq", "oypflddyihblfwaniystjrzqhfsqvq", "oypflddyihblfwaniystjrzqhfsqvqv", "yoypflddyihblfwaniystjrzqhfsqvqv", "yoypflddyihblfwaniystjrzqhfsqvq"]}, "config": {"actions": ["pop_left", "pop_left", "pop_right", "push_left(y)", "push_left(d)", "push_right(h)", "pop_left", "push_left(n)", "push_left(f)", "push_left(u)", "push_right(f)", "push_right(s)", "push_right(q)", "pop_left", "pop_left", "push_right(v)", "push_right(f)", "pop_right", "push_right(q)", "pop_left", "push_left(o)", "push_right(v)", "push_left(y)", "pop_right", "push_right(j)"], "initial": "jupflddyihblfwaniystjrzqo", "len_action": 25, "len_string": 25}, "task_name": "task16", "example_name": "0231", "problem_name": "task16_0231"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: zybxhywvumjvyyjjjemvecphd\nActions: pop_left, push_right(x), push_left(g), push_left(v), pop_left, pop_left, pop_left, pop_left, pop_right, push_left(o), push_right(k), pop_left, pop_right, push_right(k), push_right(e), push_right(w), push_right(k), push_right(j), push_left(o), push_left(y), pop_left, pop_right, pop_left, push_left(s), pop_right", "label": {"final": "sxhywvumjvyyjjjemvecphdkew", "init": "zybxhywvumjvyyjjjemvecphd", "intermediate": ["ybxhywvumjvyyjjjemvecphd", "ybxhywvumjvyyjjjemvecphdx", "gybxhywvumjvyyjjjemvecphdx", "vgybxhywvumjvyyjjjemvecphdx", "gybxhywvumjvyyjjjemvecphdx", "ybxhywvumjvyyjjjemvecphdx", "bxhywvumjvyyjjjemvecphdx", "xhywvumjvyyjjjemvecphdx", "xhywvumjvyyjjjemvecphd", "oxhywvumjvyyjjjemvecphd", "oxhywvumjvyyjjjemvecphdk", "xhywvumjvyyjjjemvecphdk", "xhywvumjvyyjjjemvecphd", "xhywvumjvyyjjjemvecphdk", "xhywvumjvyyjjjemvecphdke", "xhywvumjvyyjjjemvecphdkew", "xhywvumjvyyjjjemvecphdkewk", "xhywvumjvyyjjjemvecphdkewkj", "oxhywvumjvyyjjjemvecphdkewkj", "yoxhywvumjvyyjjjemvecphdkewkj", "oxhywvumjvyyjjjemvecphdkewkj", "oxhywvumjvyyjjjemvecphdkewk", "xhywvumjvyyjjjemvecphdkewk", "sxhywvumjvyyjjjemvecphdkewk"]}, "config": {"actions": ["pop_left", "push_right(x)", "push_left(g)", "push_left(v)", "pop_left", "pop_left", "pop_left", "pop_left", "pop_right", "push_left(o)", "push_right(k)", "pop_left", "pop_right", "push_right(k)", "push_right(e)", "push_right(w)", "push_right(k)", "push_right(j)", "push_left(o)", "push_left(y)", "pop_left", "pop_right", "pop_left", "push_left(s)", "pop_right"], "initial": "zybxhywvumjvyyjjjemvecphd", "len_action": 25, "len_string": 25}, "task_name": "task16", "example_name": "0232", "problem_name": "task16_0232"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ecolohlwgmqkupgksigwsuele\nActions: push_right(w), pop_left, pop_left, pop_left, push_right(p), pop_left, push_left(q), push_left(w), push_left(o), push_left(u), push_right(t), pop_right, push_left(e), pop_right, pop_right, push_left(g), push_left(a), push_left(v), push_right(k), pop_right, pop_left, push_right(t), push_left(v), push_left(e), pop_left", "label": {"final": "vageuowqohlwgmqkupgksigwsuelet", "init": "ecolohlwgmqkupgksigwsuele", "intermediate": ["ecolohlwgmqkupgksigwsuelew", "colohlwgmqkupgksigwsuelew", "olohlwgmqkupgksigwsuelew", "lohlwgmqkupgksigwsuelew", "lohlwgmqkupgksigwsuelewp", "ohlwgmqkupgksigwsuelewp", "qohlwgmqkupgksigwsuelewp", "wqohlwgmqkupgksigwsuelewp", "owqohlwgmqkupgksigwsuelewp", "uowqohlwgmqkupgksigwsuelewp", "uowqohlwgmqkupgksigwsuelewpt", "uowqohlwgmqkupgksigwsuelewp", "euowqohlwgmqkupgksigwsuelewp", "euowqohlwgmqkupgksigwsuelew", "euowqohlwgmqkupgksigwsuele", "geuowqohlwgmqkupgksigwsuele", "ageuowqohlwgmqkupgksigwsuele", "vageuowqohlwgmqkupgksigwsuele", "vageuowqohlwgmqkupgksigwsuelek", "vageuowqohlwgmqkupgksigwsuele", "ageuowqohlwgmqkupgksigwsuele", "ageuowqohlwgmqkupgksigwsuelet", "vageuowqohlwgmqkupgksigwsuelet", "evageuowqohlwgmqkupgksigwsuelet"]}, "config": {"actions": ["push_right(w)", "pop_left", "pop_left", "pop_left", "push_right(p)", "pop_left", "push_left(q)", "push_left(w)", "push_left(o)", "push_left(u)", "push_right(t)", "pop_right", "push_left(e)", "pop_right", "pop_right", "push_left(g)", "push_left(a)", "push_left(v)", "push_right(k)", "pop_right", "pop_left", "push_right(t)", "push_left(v)", "push_left(e)", "pop_left"], "initial": "ecolohlwgmqkupgksigwsuele", "len_action": 25, "len_string": 25}, "task_name": "task16", "example_name": "0233", "problem_name": "task16_0233"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ikrnifaaateyrghyrpqrkkgvo\nActions: pop_right, pop_right, pop_right, push_right(p), pop_left, pop_left, pop_right, pop_right, pop_right, push_left(n), pop_right, push_right(e), pop_left, pop_right, pop_left, push_left(s), pop_right, push_left(o), push_right(d), pop_left, push_left(v), pop_left, pop_left, push_left(h), pop_right", "label": {"final": "hnifaaateyrghyrp", "init": "ikrnifaaateyrghyrpqrkkgvo", "intermediate": ["ikrnifaaateyrghyrpqrkkgv", "ikrnifaaateyrghyrpqrkkg", "ikrnifaaateyrghyrpqrkk", "ikrnifaaateyrghyrpqrkkp", "krnifaaateyrghyrpqrkkp", "rnifaaateyrghyrpqrkkp", "rnifaaateyrghyrpqrkk", "rnifaaateyrghyrpqrk", "rnifaaateyrghyrpqr", "nrnifaaateyrghyrpqr", "nrnifaaateyrghyrpq", "nrnifaaateyrghyrpqe", "rnifaaateyrghyrpqe", "rnifaaateyrghyrpq", "nifaaateyrghyrpq", "snifaaateyrghyrpq", "snifaaateyrghyrp", "osnifaaateyrghyrp", "osnifaaateyrghyrpd", "snifaaateyrghyrpd", "vsnifaaateyrghyrpd", "snifaaateyrghyrpd", "nifaaateyrghyrpd", "hnifaaateyrghyrpd"]}, "config": {"actions": ["pop_right", "pop_right", "pop_right", "push_right(p)", "pop_left", "pop_left", "pop_right", "pop_right", "pop_right", "push_left(n)", "pop_right", "push_right(e)", "pop_left", "pop_right", "pop_left", "push_left(s)", "pop_right", "push_left(o)", "push_right(d)", "pop_left", "push_left(v)", "pop_left", "pop_left", "push_left(h)", "pop_right"], "initial": "ikrnifaaateyrghyrpqrkkgvo", "len_action": 25, "len_string": 25}, "task_name": "task16", "example_name": "0234", "problem_name": "task16_0234"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: uzsiphejyjxipfddhmnesljyy\nActions: pop_right, pop_right, push_left(p), pop_left, pop_left, push_left(z), push_left(h), push_right(a), push_right(o), push_right(m), pop_left, push_left(q), push_left(g), push_right(s), push_right(i), push_left(d), push_left(m), pop_left, pop_left, push_left(m), push_right(o), pop_left, push_right(d), push_right(e), push_left(f)", "label": {"final": "fgqzzsiphejyjxipfddhmnesljaomsiode", "init": "uzsiphejyjxipfddhmnesljyy", "intermediate": ["uzsiphejyjxipfddhmnesljy", "uzsiphejyjxipfddhmneslj", "puzsiphejyjxipfddhmneslj", "uzsiphejyjxipfddhmneslj", "zsiphejyjxipfddhmneslj", "zzsiphejyjxipfddhmneslj", "hzzsiphejyjxipfddhmneslj", "hzzsiphejyjxipfddhmneslja", "hzzsiphejyjxipfddhmnesljao", "hzzsiphejyjxipfddhmnesljaom", "zzsiphejyjxipfddhmnesljaom", "qzzsiphejyjxipfddhmnesljaom", "gqzzsiphejyjxipfddhmnesljaom", "gqzzsiphejyjxipfddhmnesljaoms", "gqzzsiphejyjxipfddhmnesljaomsi", "dgqzzsiphejyjxipfddhmnesljaomsi", "mdgqzzsiphejyjxipfddhmnesljaomsi", "dgqzzsiphejyjxipfddhmnesljaomsi", "gqzzsiphejyjxipfddhmnesljaomsi", "mgqzzsiphejyjxipfddhmnesljaomsi", "mgqzzsiphejyjxipfddhmnesljaomsio", "gqzzsiphejyjxipfddhmnesljaomsio", "gqzzsiphejyjxipfddhmnesljaomsiod", "gqzzsiphejyjxipfddhmnesljaomsiode"]}, "config": {"actions": ["pop_right", "pop_right", "push_left(p)", "pop_left", "pop_left", "push_left(z)", "push_left(h)", "push_right(a)", "push_right(o)", "push_right(m)", "pop_left", "push_left(q)", "push_left(g)", "push_right(s)", "push_right(i)", "push_left(d)", "push_left(m)", "pop_left", "pop_left", "push_left(m)", "push_right(o)", "pop_left", "push_right(d)", "push_right(e)", "push_left(f)"], "initial": "uzsiphejyjxipfddhmnesljyy", "len_action": 25, "len_string": 25}, "task_name": "task16", "example_name": "0235", "problem_name": "task16_0235"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: ojagavamhpoigoeoywpxohwvc\nActions: push_right(l), push_left(i), push_right(i), pop_right, push_left(f), pop_right, push_left(a), pop_left, pop_left, pop_right, push_left(j), pop_left, pop_right, pop_right, pop_left, pop_left, pop_left, push_right(b), push_left(b), pop_right, pop_left, pop_left, pop_left, pop_right, pop_right", "label": {"final": "avamhpoigoeoywpx", "init": "ojagavamhpoigoeoywpxohwvc", "intermediate": ["ojagavamhpoigoeoywpxohwvcl", "iojagavamhpoigoeoywpxohwvcl", "iojagavamhpoigoeoywpxohwvcli", "iojagavamhpoigoeoywpxohwvcl", "fiojagavamhpoigoeoywpxohwvcl", "fiojagavamhpoigoeoywpxohwvc", "afiojagavamhpoigoeoywpxohwvc", "fiojagavamhpoigoeoywpxohwvc", "iojagavamhpoigoeoywpxohwvc", "iojagavamhpoigoeoywpxohwv", "jiojagavamhpoigoeoywpxohwv", "iojagavamhpoigoeoywpxohwv", "iojagavamhpoigoeoywpxohw", "iojagavamhpoigoeoywpxoh", "ojagavamhpoigoeoywpxoh", "jagavamhpoigoeoywpxoh", "agavamhpoigoeoywpxoh", "agavamhpoigoeoywpxohb", "bagavamhpoigoeoywpxohb", "bagavamhpoigoeoywpxoh", "agavamhpoigoeoywpxoh", "gavamhpoigoeoywpxoh", "avamhpoigoeoywpxoh", "avamhpoigoeoywpxo"]}, "config": {"actions": ["push_right(l)", "push_left(i)", "push_right(i)", "pop_right", "push_left(f)", "pop_right", "push_left(a)", "pop_left", "pop_left", "pop_right", "push_left(j)", "pop_left", "pop_right", "pop_right", "pop_left", "pop_left", "pop_left", "push_right(b)", "push_left(b)", "pop_right", "pop_left", "pop_left", "pop_left", "pop_right", "pop_right"], "initial": "ojagavamhpoigoeoywpxohwvc", "len_action": 25, "len_string": 25}, "task_name": "task16", "example_name": "0236", "problem_name": "task16_0236"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: jdivhpjloluabomwqywhoztec\nActions: pop_left, push_left(g), pop_right, push_left(l), push_left(e), push_right(u), push_right(p), pop_right, push_left(t), push_left(g), push_left(i), push_left(m), pop_left, push_right(d), push_right(q), push_left(q), push_left(d), push_left(z), push_left(a), pop_right, push_right(q), push_right(j), push_left(v), push_right(x), pop_left", "label": {"final": "azdqigtelgdivhpjloluabomwqywhozteudqjx", "init": "jdivhpjloluabomwqywhoztec", "intermediate": ["divhpjloluabomwqywhoztec", "gdivhpjloluabomwqywhoztec", "gdivhpjloluabomwqywhozte", "lgdivhpjloluabomwqywhozte", "elgdivhpjloluabomwqywhozte", "elgdivhpjloluabomwqywhozteu", "elgdivhpjloluabomwqywhozteup", "elgdivhpjloluabomwqywhozteu", "telgdivhpjloluabomwqywhozteu", "gtelgdivhpjloluabomwqywhozteu", "igtelgdivhpjloluabomwqywhozteu", "migtelgdivhpjloluabomwqywhozteu", "igtelgdivhpjloluabomwqywhozteu", "igtelgdivhpjloluabomwqywhozteud", "igtelgdivhpjloluabomwqywhozteudq", "qigtelgdivhpjloluabomwqywhozteudq", "dqigtelgdivhpjloluabomwqywhozteudq", "zdqigtelgdivhpjloluabomwqywhozteudq", "azdqigtelgdivhpjloluabomwqywhozteudq", "azdqigtelgdivhpjloluabomwqywhozteud", "azdqigtelgdivhpjloluabomwqywhozteudq", "azdqigtelgdivhpjloluabomwqywhozteudqj", "vazdqigtelgdivhpjloluabomwqywhozteudqj", "vazdqigtelgdivhpjloluabomwqywhozteudqjx"]}, "config": {"actions": ["pop_left", "push_left(g)", "pop_right", "push_left(l)", "push_left(e)", "push_right(u)", "push_right(p)", "pop_right", "push_left(t)", "push_left(g)", "push_left(i)", "push_left(m)", "pop_left", "push_right(d)", "push_right(q)", "push_left(q)", "push_left(d)", "push_left(z)", "push_left(a)", "pop_right", "push_right(q)", "push_right(j)", "push_left(v)", "push_right(x)", "pop_left"], "initial": "jdivhpjloluabomwqywhoztec", "len_action": 25, "len_string": 25}, "task_name": "task16", "example_name": "0237", "problem_name": "task16_0237"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: aveqrkebkiycsqiciznwdbtkw\nActions: pop_left, push_left(e), push_left(p), push_left(o), pop_left, pop_right, pop_right, push_right(a), push_right(i), pop_right, push_right(z), pop_right, pop_right, pop_right, push_right(t), push_left(z), push_left(a), pop_right, push_right(s), push_right(g), push_left(l), push_left(g), push_left(w), push_right(j), pop_right", "label": {"final": "wglazpeveqrkebkiycsqiciznwdbsg", "init": "aveqrkebkiycsqiciznwdbtkw", "intermediate": ["veqrkebkiycsqiciznwdbtkw", "eveqrkebkiycsqiciznwdbtkw", "peveqrkebkiycsqiciznwdbtkw", "opeveqrkebkiycsqiciznwdbtkw", "peveqrkebkiycsqiciznwdbtkw", "peveqrkebkiycsqiciznwdbtk", "peveqrkebkiycsqiciznwdbt", "peveqrkebkiycsqiciznwdbta", "peveqrkebkiycsqiciznwdbtai", "peveqrkebkiycsqiciznwdbta", "peveqrkebkiycsqiciznwdbtaz", "peveqrkebkiycsqiciznwdbta", "peveqrkebkiycsqiciznwdbt", "peveqrkebkiycsqiciznwdb", "peveqrkebkiycsqiciznwdbt", "zpeveqrkebkiycsqiciznwdbt", "azpeveqrkebkiycsqiciznwdbt", "azpeveqrkebkiycsqiciznwdb", "azpeveqrkebkiycsqiciznwdbs", "azpeveqrkebkiycsqiciznwdbsg", "lazpeveqrkebkiycsqiciznwdbsg", "glazpeveqrkebkiycsqiciznwdbsg", "wglazpeveqrkebkiycsqiciznwdbsg", "wglazpeveqrkebkiycsqiciznwdbsgj"]}, "config": {"actions": ["pop_left", "push_left(e)", "push_left(p)", "push_left(o)", "pop_left", "pop_right", "pop_right", "push_right(a)", "push_right(i)", "pop_right", "push_right(z)", "pop_right", "pop_right", "pop_right", "push_right(t)", "push_left(z)", "push_left(a)", "pop_right", "push_right(s)", "push_right(g)", "push_left(l)", "push_left(g)", "push_left(w)", "push_right(j)", "pop_right"], "initial": "aveqrkebkiycsqiciznwdbtkw", "len_action": 25, "len_string": 25}, "task_name": "task16", "example_name": "0238", "problem_name": "task16_0238"}
+{"prompt": "Remove characters from a given string or add characters to the string following a given list of actions, where the actions are defined as\npop_left: remove the leftmost character in the string\npop_right: remove the rightmost character in the string\npush_left(A): add A to the left side of the string\npush_right(A): add A to the right side of the string\n\nProvide the final string after applying the all actions along with the intermediate strings after applying each action.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial string: gchupaijmgtuobahbbytrmoon\nActions: pop_left, pop_right, push_left(o), pop_right, pop_right, pop_right, push_left(l), push_right(w), pop_right, push_right(i), pop_right, push_left(c), push_left(y), pop_right, push_right(t), pop_right, pop_right, push_right(u), pop_right, push_left(l), pop_left, pop_right, pop_left, push_right(g), pop_right", "label": {"final": "clochupaijmgtuobahbb", "init": "gchupaijmgtuobahbbytrmoon", "intermediate": ["chupaijmgtuobahbbytrmoon", "chupaijmgtuobahbbytrmoo", "ochupaijmgtuobahbbytrmoo", "ochupaijmgtuobahbbytrmo", "ochupaijmgtuobahbbytrm", "ochupaijmgtuobahbbytr", "lochupaijmgtuobahbbytr", "lochupaijmgtuobahbbytrw", "lochupaijmgtuobahbbytr", "lochupaijmgtuobahbbytri", "lochupaijmgtuobahbbytr", "clochupaijmgtuobahbbytr", "yclochupaijmgtuobahbbytr", "yclochupaijmgtuobahbbyt", "yclochupaijmgtuobahbbytt", "yclochupaijmgtuobahbbyt", "yclochupaijmgtuobahbby", "yclochupaijmgtuobahbbyu", "yclochupaijmgtuobahbby", "lyclochupaijmgtuobahbby", "yclochupaijmgtuobahbby", "yclochupaijmgtuobahbb", "clochupaijmgtuobahbb", "clochupaijmgtuobahbbg"]}, "config": {"actions": ["pop_left", "pop_right", "push_left(o)", "pop_right", "pop_right", "pop_right", "push_left(l)", "push_right(w)", "pop_right", "push_right(i)", "pop_right", "push_left(c)", "push_left(y)", "pop_right", "push_right(t)", "pop_right", "pop_right", "push_right(u)", "pop_right", "push_left(l)", "pop_left", "pop_right", "pop_left", "push_right(g)", "pop_right"], "initial": "gchupaijmgtuobahbbytrmoon", "len_action": 25, "len_string": 25}, "task_name": "task16", "example_name": "0239", "problem_name": "task16_0239"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngnjjzmqlwfaq\nIndices:\n(5, 8), (0, 3)", "label": {"final": "jgnjzlmqwfaq", "init": "gnjjzmqlwfaq", "intermediate": ["gnjjzlmqwfaq"]}, "config": {"combinations": [[6, 8], [1, 3]], "length": 12, "num_pairs": 2, "string": "gnjjzmqlwfaq"}, "task_name": "task17", "example_name": "0000", "problem_name": "task17_0000"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njifofnvrucxv\nIndices:\n(1, 4), (0, 5)", "label": {"final": "fjoifnvrucxv", "init": "jifofnvrucxv", "intermediate": ["joiffnvrucxv"]}, "config": {"combinations": [[2, 4], [1, 5]], "length": 12, "num_pairs": 2, "string": "jifofnvrucxv"}, "task_name": "task17", "example_name": "0001", "problem_name": "task17_0001"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfzllrzowozxon\nIndices:\n(0, 2), (1, 8)", "label": {"final": "zwfllrzoozxon", "init": "fzllrzowozxon", "intermediate": ["zfllrzowozxon"]}, "config": {"combinations": [[1, 2], [2, 8]], "length": 13, "num_pairs": 2, "string": "fzllrzowozxon"}, "task_name": "task17", "example_name": "0002", "problem_name": "task17_0002"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkkpmja\nIndices:\n(1, 6), (0, 3)", "label": {"final": "kkapmj", "init": "kkpmja", "intermediate": ["kakpmj"]}, "config": {"combinations": [[2, 6], [1, 3]], "length": 6, "num_pairs": 2, "string": "kkpmja"}, "task_name": "task17", "example_name": "0003", "problem_name": "task17_0003"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzzrjjr\nIndices:\n(1, 4), (0, 4)", "label": {"final": "rzjzjr", "init": "zzrjjr", "intermediate": ["zjzrjr"]}, "config": {"combinations": [[2, 4], [1, 4]], "length": 6, "num_pairs": 2, "string": "zzrjjr"}, "task_name": "task17", "example_name": "0004", "problem_name": "task17_0004"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncgjnvnavl\nIndices:\n(0, 7), (1, 6)", "label": {"final": "avcgjnnvl", "init": "cgjnvnavl", "intermediate": ["acgjnvnvl"]}, "config": {"combinations": [[1, 7], [2, 6]], "length": 9, "num_pairs": 2, "string": "cgjnvnavl"}, "task_name": "task17", "example_name": "0005", "problem_name": "task17_0005"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\narbfptfchlmps\nIndices:\n(1, 4), (2, 5)", "label": {"final": "afprbtfchlmps", "init": "arbfptfchlmps", "intermediate": ["afrbptfchlmps"]}, "config": {"combinations": [[2, 4], [3, 5]], "length": 13, "num_pairs": 2, "string": "arbfptfchlmps"}, "task_name": "task17", "example_name": "0006", "problem_name": "task17_0006"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlfhmymyeyjetx\nIndices:\n(3, 6), (0, 3)", "label": {"final": "hlfmmyyeyjetx", "init": "lfhmymyeyjetx", "intermediate": ["lfhmmyyeyjetx"]}, "config": {"combinations": [[4, 6], [1, 3]], "length": 13, "num_pairs": 2, "string": "lfhmymyeyjetx"}, "task_name": "task17", "example_name": "0007", "problem_name": "task17_0007"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nyxueu\nIndices:\n(1, 4), (0, 5)", "label": {"final": "uyexu", "init": "yxueu", "intermediate": ["yexuu"]}, "config": {"combinations": [[2, 4], [1, 5]], "length": 5, "num_pairs": 2, "string": "yxueu"}, "task_name": "task17", "example_name": "0008", "problem_name": "task17_0008"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbqzznaiuvqfnm\nIndices:\n(0, 4), (0, 4)", "label": {"final": "zzbqnaiuvqfnm", "init": "bqzznaiuvqfnm", "intermediate": ["zbqznaiuvqfnm"]}, "config": {"combinations": [[1, 4], [1, 4]], "length": 13, "num_pairs": 2, "string": "bqzznaiuvqfnm"}, "task_name": "task17", "example_name": "0009", "problem_name": "task17_0009"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngyxehwhyns\nIndices:\n(2, 6), (0, 2), (0, 2)", "label": {"final": "gywxehhyns", "init": "gyxehwhyns", "intermediate": ["gywxehhyns", "ygwxehhyns"]}, "config": {"combinations": [[3, 6], [1, 2], [1, 2]], "length": 10, "num_pairs": 3, "string": "gyxehwhyns"}, "task_name": "task17", "example_name": "0010", "problem_name": "task17_0010"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntnaaaogd\nIndices:\n(3, 8), (1, 5), (0, 5)", "label": {"final": "dtanaaog", "init": "tnaaaogd", "intermediate": ["tnadaaog", "tanadaog"]}, "config": {"combinations": [[4, 8], [2, 5], [1, 5]], "length": 8, "num_pairs": 3, "string": "tnaaaogd"}, "task_name": "task17", "example_name": "0011", "problem_name": "task17_0011"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlzoqxztk\nIndices:\n(0, 3), (1, 8), (0, 2)", "label": {"final": "kolzqxzt", "init": "lzoqxztk", "intermediate": ["olzqxztk", "oklzqxzt"]}, "config": {"combinations": [[1, 3], [2, 8], [1, 2]], "length": 8, "num_pairs": 3, "string": "lzoqxztk"}, "task_name": "task17", "example_name": "0012", "problem_name": "task17_0012"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nckfozqkereaabk\nIndices:\n(0, 6), (1, 6), (5, 13)", "label": {"final": "qzckfbokereaak", "init": "ckfozqkereaabk", "intermediate": ["qckfozkereaabk", "qzckfokereaabk"]}, "config": {"combinations": [[1, 6], [2, 6], [6, 13]], "length": 14, "num_pairs": 3, "string": "ckfozqkereaabk"}, "task_name": "task17", "example_name": "0013", "problem_name": "task17_0013"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nujcjiyro\nIndices:\n(1, 5), (0, 5), (3, 7)", "label": {"final": "juirjcyo", "init": "ujcjiyro", "intermediate": ["uijcjyro", "juijcyro"]}, "config": {"combinations": [[2, 5], [1, 5], [4, 7]], "length": 8, "num_pairs": 3, "string": "ujcjiyro"}, "task_name": "task17", "example_name": "0014", "problem_name": "task17_0014"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npfprpbjcirsier\nIndices:\n(3, 7), (0, 14), (6, 12)", "label": {"final": "rpfpjrspbcirie", "init": "pfprpbjcirsier", "intermediate": ["pfpjrpbcirsier", "rpfpjrpbcirsie"]}, "config": {"combinations": [[4, 7], [1, 14], [7, 12]], "length": 14, "num_pairs": 3, "string": "pfprpbjcirsier"}, "task_name": "task17", "example_name": "0015", "problem_name": "task17_0015"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njamlerigiya\nIndices:\n(5, 8), (2, 5), (3, 6)", "label": {"final": "jaegmlriiya", "init": "jamlerigiya", "intermediate": ["jamlegriiya", "jaemlgriiya"]}, "config": {"combinations": [[6, 8], [3, 5], [4, 6]], "length": 11, "num_pairs": 3, "string": "jamlerigiya"}, "task_name": "task17", "example_name": "0016", "problem_name": "task17_0016"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njwrhndxink\nIndices:\n(4, 8), (0, 3), (1, 6)", "label": {"final": "rnjwhidxnk", "init": "jwrhndxink", "intermediate": ["jwrhindxnk", "rjwhindxnk"]}, "config": {"combinations": [[5, 8], [1, 3], [2, 6]], "length": 10, "num_pairs": 3, "string": "jwrhndxink"}, "task_name": "task17", "example_name": "0017", "problem_name": "task17_0017"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvglwvfntkrrzo\nIndices:\n(5, 11), (1, 5), (0, 13)", "label": {"final": "ovvglwrfntkrz", "init": "vglwvfntkrrzo", "intermediate": ["vglwvrfntkrzo", "vvglwrfntkrzo"]}, "config": {"combinations": [[6, 11], [2, 5], [1, 13]], "length": 13, "num_pairs": 3, "string": "vglwvfntkrrzo"}, "task_name": "task17", "example_name": "0018", "problem_name": "task17_0018"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njtimjhdfo\nIndices:\n(2, 5), (0, 3), (4, 7)", "label": {"final": "jjtidmhfo", "init": "jtimjhdfo", "intermediate": ["jtjimhdfo", "jjtimhdfo"]}, "config": {"combinations": [[3, 5], [1, 3], [5, 7]], "length": 9, "num_pairs": 3, "string": "jtimjhdfo"}, "task_name": "task17", "example_name": "0019", "problem_name": "task17_0019"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmljkqhvup\nIndices:\n(6, 9), (1, 4), (2, 5), (4, 8)", "label": {"final": "mkqlvjhpu", "init": "mljkqhvup", "intermediate": ["mljkqhpvu", "mkljqhpvu", "mkqljhpvu"]}, "config": {"combinations": [[7, 9], [2, 4], [3, 5], [5, 8]], "length": 9, "num_pairs": 4, "string": "mljkqhvup"}, "task_name": "task17", "example_name": "0020", "problem_name": "task17_0020"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndqvpukq\nIndices:\n(2, 7), (0, 2), (0, 2), (4, 7)", "label": {"final": "dqqvkpu", "init": "dqvpukq", "intermediate": ["dqqvpuk", "qdqvpuk", "dqqvpuk"]}, "config": {"combinations": [[3, 7], [1, 2], [1, 2], [5, 7]], "length": 7, "num_pairs": 4, "string": "dqvpukq"}, "task_name": "task17", "example_name": "0021", "problem_name": "task17_0021"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nitmyveuvc\nIndices:\n(0, 9), (1, 5), (1, 9), (0, 8)", "label": {"final": "ecvyitmvu", "init": "itmyveuvc", "intermediate": ["citmyveuv", "cyitmveuv", "cvyitmveu"]}, "config": {"combinations": [[1, 9], [2, 5], [2, 9], [1, 8]], "length": 9, "num_pairs": 4, "string": "itmyveuvc"}, "task_name": "task17", "example_name": "0022", "problem_name": "task17_0022"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnbvwvjthd\nIndices:\n(1, 8), (1, 6), (2, 6), (2, 7)", "label": {"final": "nvjwhbvtd", "init": "nbvwvjthd", "intermediate": ["nhbvwvjtd", "nvhbvwjtd", "nvwhbvjtd"]}, "config": {"combinations": [[2, 8], [2, 6], [3, 6], [3, 7]], "length": 9, "num_pairs": 4, "string": "nbvwvjthd"}, "task_name": "task17", "example_name": "0023", "problem_name": "task17_0023"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvfwaiaees\nIndices:\n(0, 3), (0, 5), (0, 4), (0, 2)", "label": {"final": "ifwvaaees", "init": "vfwaiaees", "intermediate": ["wvfaiaees", "iwvfaaees", "fiwvaaees"]}, "config": {"combinations": [[1, 3], [1, 5], [1, 4], [1, 2]], "length": 9, "num_pairs": 4, "string": "vfwaiaees"}, "task_name": "task17", "example_name": "0024", "problem_name": "task17_0024"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nyzuoaxjmf\nIndices:\n(0, 2), (0, 6), (3, 6), (3, 9)", "label": {"final": "xzyfauojm", "init": "yzuoaxjmf", "intermediate": ["zyuoaxjmf", "xzyuoajmf", "xzyauojmf"]}, "config": {"combinations": [[1, 2], [1, 6], [4, 6], [4, 9]], "length": 9, "num_pairs": 4, "string": "yzuoaxjmf"}, "task_name": "task17", "example_name": "0025", "problem_name": "task17_0025"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnqunqm\nIndices:\n(0, 3), (2, 6), (0, 4), (0, 5)", "label": {"final": "nqunmq", "init": "nqunqm", "intermediate": ["unqnqm", "unmqnq", "qunmnq"]}, "config": {"combinations": [[1, 3], [3, 6], [1, 4], [1, 5]], "length": 6, "num_pairs": 4, "string": "nqunqm"}, "task_name": "task17", "example_name": "0026", "problem_name": "task17_0026"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwxavaetjcvu\nIndices:\n(6, 10), (8, 11), (1, 6), (1, 6)", "label": {"final": "waexavvtujc", "init": "wxavaetjcvu", "intermediate": ["wxavaevtjcu", "wxavaevtujc", "wexavavtujc"]}, "config": {"combinations": [[7, 10], [9, 11], [2, 6], [2, 6]], "length": 11, "num_pairs": 4, "string": "wxavaetjcvu"}, "task_name": "task17", "example_name": "0027", "problem_name": "task17_0027"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkptvdbccbagcr\nIndices:\n(1, 6), (4, 12), (3, 13), (0, 4)", "label": {"final": "rkbptcvdccbag", "init": "kptvdbccbagcr", "intermediate": ["kbptvdccbagcr", "kbptcvdccbagr", "kbprtcvdccbag"]}, "config": {"combinations": [[2, 6], [5, 12], [4, 13], [1, 4]], "length": 13, "num_pairs": 4, "string": "kptvdbccbagcr"}, "task_name": "task17", "example_name": "0028", "problem_name": "task17_0028"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nysqvzppuqliqvu\nIndices:\n(0, 13), (0, 3), (3, 6), (5, 8)", "label": {"final": "svyzqpvpuqliqu", "init": "ysqvzppuqliqvu", "intermediate": ["vysqvzppuqliqu", "svyqvzppuqliqu", "svyzqvppuqliqu"]}, "config": {"combinations": [[1, 13], [1, 3], [4, 6], [6, 8]], "length": 14, "num_pairs": 4, "string": "ysqvzppuqliqvu"}, "task_name": "task17", "example_name": "0029", "problem_name": "task17_0029"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncpyztyjhypr\nIndices:\n(2, 6), (0, 2), (0, 3), (1, 4), (0, 4)", "label": {"final": "cyypztjhypr", "init": "cpyztyjhypr", "intermediate": ["cpyyztjhypr", "pcyyztjhypr", "ypcyztjhypr", "yypcztjhypr"]}, "config": {"combinations": [[3, 6], [1, 2], [1, 3], [2, 4], [1, 4]], "length": 11, "num_pairs": 5, "string": "cpyztyjhypr"}, "task_name": "task17", "example_name": "0030", "problem_name": "task17_0030"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfdlik\nIndices:\n(0, 3), (0, 2), (1, 4), (2, 5), (0, 3)", "label": {"final": "kfild", "init": "fdlik", "intermediate": ["lfdik", "fldik", "fildk", "fikld"]}, "config": {"combinations": [[1, 3], [1, 2], [2, 4], [3, 5], [1, 3]], "length": 5, "num_pairs": 5, "string": "fdlik"}, "task_name": "task17", "example_name": "0031", "problem_name": "task17_0031"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nijwzmfqnjf\nIndices:\n(0, 3), (1, 8), (0, 5), (0, 3), (4, 10)", "label": {"final": "nzwifjmfqj", "init": "ijwzmfqnjf", "intermediate": ["wijzmfqnjf", "wnijzmfqjf", "zwnijmfqjf", "nzwijmfqjf"]}, "config": {"combinations": [[1, 3], [2, 8], [1, 5], [1, 3], [5, 10]], "length": 10, "num_pairs": 5, "string": "ijwzmfqnjf"}, "task_name": "task17", "example_name": "0032", "problem_name": "task17_0032"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngovrlhizdpm\nIndices:\n(0, 10), (0, 10), (1, 5), (1, 7), (3, 8)", "label": {"final": "dlvhpgorizm", "init": "govrlhizdpm", "intermediate": ["pgovrlhizdm", "dpgovrlhizm", "dvpgorlhizm", "dlvpgorhizm"]}, "config": {"combinations": [[1, 10], [1, 10], [2, 5], [2, 7], [4, 8]], "length": 11, "num_pairs": 5, "string": "govrlhizdpm"}, "task_name": "task17", "example_name": "0033", "problem_name": "task17_0033"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\noppjijzinl\nIndices:\n(1, 4), (0, 3), (2, 5), (1, 4), (1, 10)", "label": {"final": "pljoipjzin", "init": "oppjijzinl", "intermediate": ["ojppijzinl", "pojpijzinl", "poijpjzinl", "pjoipjzinl"]}, "config": {"combinations": [[2, 4], [1, 3], [3, 5], [2, 4], [2, 10]], "length": 10, "num_pairs": 5, "string": "oppjijzinl"}, "task_name": "task17", "example_name": "0034", "problem_name": "task17_0034"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqxyqqwd\nIndices:\n(1, 5), (0, 3), (0, 3), (1, 6), (0, 7)", "label": {"final": "dqwxqyq", "init": "qxyqqwd", "intermediate": ["qqxyqwd", "xqqyqwd", "qxqyqwd", "qwxqyqd"]}, "config": {"combinations": [[2, 5], [1, 3], [1, 3], [2, 6], [1, 7]], "length": 7, "num_pairs": 5, "string": "qxyqqwd"}, "task_name": "task17", "example_name": "0035", "problem_name": "task17_0035"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nirknqbrcgv\nIndices:\n(3, 10), (0, 3), (2, 6), (2, 9), (1, 4)", "label": {"final": "kqicrvnbrg", "init": "irknqbrcgv", "intermediate": ["irkvnqbrcg", "kirvnqbrcg", "kiqrvnbrcg", "kicqrvnbrg"]}, "config": {"combinations": [[4, 10], [1, 3], [3, 6], [3, 9], [2, 4]], "length": 10, "num_pairs": 5, "string": "irknqbrcgv"}, "task_name": "task17", "example_name": "0036", "problem_name": "task17_0036"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrelhvg\nIndices:\n(0, 6), (0, 2), (1, 5), (1, 4), (0, 4)", "label": {"final": "grehlv", "init": "relhvg", "intermediate": ["grelhv", "rgelhv", "rhgelv", "rehglv"]}, "config": {"combinations": [[1, 6], [1, 2], [2, 5], [2, 4], [1, 4]], "length": 6, "num_pairs": 5, "string": "relhvg"}, "task_name": "task17", "example_name": "0037", "problem_name": "task17_0037"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhdfetidm\nIndices:\n(5, 8), (0, 7), (2, 5), (0, 6), (5, 8)", "label": {"final": "tiheddfm", "init": "hdfetidm", "intermediate": ["hdfetmid", "ihdfetmd", "ihedftmd", "tihedfmd"]}, "config": {"combinations": [[6, 8], [1, 7], [3, 5], [1, 6], [6, 8]], "length": 8, "num_pairs": 5, "string": "hdfetidm"}, "task_name": "task17", "example_name": "0038", "problem_name": "task17_0038"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmjstgnsnrqsj\nIndices:\n(1, 4), (1, 4), (0, 3), (3, 7), (5, 9)", "label": {"final": "tmssjrgnnqsj", "init": "mjstgnsnrqsj", "intermediate": ["mtjsgnsnrqsj", "mstjgnsnrqsj", "tmsjgnsnrqsj", "tmssjgnnrqsj"]}, "config": {"combinations": [[2, 4], [2, 4], [1, 3], [4, 7], [6, 9]], "length": 12, "num_pairs": 5, "string": "mjstgnsnrqsj"}, "task_name": "task17", "example_name": "0039", "problem_name": "task17_0039"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndbrhrhmrn\nIndices:\n(1, 5), (1, 4), (0, 7), (0, 2), (0, 2), (5, 8)", "label": {"final": "mdrrbrhhn", "init": "dbrhrhmrn", "intermediate": ["drbrhhmrn", "drrbhhmrn", "mdrrbhhrn", "dmrrbhhrn", "mdrrbhhrn"]}, "config": {"combinations": [[2, 5], [2, 4], [1, 7], [1, 2], [1, 2], [6, 8]], "length": 9, "num_pairs": 6, "string": "dbrhrhmrn"}, "task_name": "task17", "example_name": "0040", "problem_name": "task17_0040"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nigkbbdhedvjmpy\nIndices:\n(3, 8), (3, 6), (7, 10), (0, 3), (3, 10), (0, 4)", "label": {"final": "dkigbebdvhjmpy", "init": "igkbbdhedvjmpy", "intermediate": ["igkebbdhdvjmpy", "igkbebdhdvjmpy", "igkbebdvhdjmpy", "kigbebdvhdjmpy", "kigdbebdvhjmpy"]}, "config": {"combinations": [[4, 8], [4, 6], [8, 10], [1, 3], [4, 10], [1, 4]], "length": 14, "num_pairs": 6, "string": "igkbbdhedvjmpy"}, "task_name": "task17", "example_name": "0041", "problem_name": "task17_0041"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvjngyvu\nIndices:\n(0, 2), (0, 3), (0, 2), (1, 7), (0, 2), (0, 7)", "label": {"final": "vujnvgy", "init": "vjngyvu", "intermediate": ["jvngyvu", "njvgyvu", "jnvgyvu", "junvgyv", "ujnvgyv"]}, "config": {"combinations": [[1, 2], [1, 3], [1, 2], [2, 7], [1, 2], [1, 7]], "length": 7, "num_pairs": 6, "string": "vjngyvu"}, "task_name": "task17", "example_name": "0042", "problem_name": "task17_0042"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxtougnx\nIndices:\n(1, 5), (3, 6), (0, 4), (0, 5), (0, 6), (0, 3)", "label": {"final": "nuoxgtx", "init": "xtougnx", "intermediate": ["xgtounx", "xgtnoux", "nxgtoux", "onxgtux", "uonxgtx"]}, "config": {"combinations": [[2, 5], [4, 6], [1, 4], [1, 5], [1, 6], [1, 3]], "length": 7, "num_pairs": 6, "string": "xtougnx"}, "task_name": "task17", "example_name": "0043", "problem_name": "task17_0043"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmnzowb\nIndices:\n(0, 4), (1, 4), (0, 2), (0, 5), (0, 3), (0, 3)", "label": {"final": "zowmnb", "init": "mnzowb", "intermediate": ["omnzwb", "ozmnwb", "zomnwb", "wzomnb", "owzmnb"]}, "config": {"combinations": [[1, 4], [2, 4], [1, 2], [1, 5], [1, 3], [1, 3]], "length": 6, "num_pairs": 6, "string": "mnzowb"}, "task_name": "task17", "example_name": "0044", "problem_name": "task17_0044"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\namjkcxnov\nIndices:\n(0, 2), (1, 8), (3, 6), (0, 2), (3, 7), (1, 5)", "label": {"final": "ocmaxjknv", "init": "amjkcxnov", "intermediate": ["majkcxnov", "moajkcxnv", "moacjkxnv", "omacjkxnv", "omaxcjknv"]}, "config": {"combinations": [[1, 2], [2, 8], [4, 6], [1, 2], [4, 7], [2, 5]], "length": 9, "num_pairs": 6, "string": "amjkcxnov"}, "task_name": "task17", "example_name": "0045", "problem_name": "task17_0045"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkankdibrhihhn\nIndices:\n(1, 7), (7, 12), (7, 13), (1, 4), (0, 5), (0, 4)", "label": {"final": "bkknadinhrhih", "init": "kankdibrhihhn", "intermediate": ["kbankdirhihhn", "kbankdihrhihn", "kbankdinhrhih", "knbakdinhrhih", "kknbadinhrhih"]}, "config": {"combinations": [[2, 7], [8, 12], [8, 13], [2, 4], [1, 5], [1, 4]], "length": 13, "num_pairs": 6, "string": "kankdibrhihhn"}, "task_name": "task17", "example_name": "0046", "problem_name": "task17_0046"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnurwqjhcdbz\nIndices:\n(2, 7), (1, 10), (1, 6), (2, 5), (0, 2), (1, 11)", "label": {"final": "wznhburqjcd", "init": "nurwqjhcdbz", "intermediate": ["nuhrwqjcdbz", "nbuhrwqjcdz", "nwbuhrqjcdz", "nwhburqjcdz", "wnhburqjcdz"]}, "config": {"combinations": [[3, 7], [2, 10], [2, 6], [3, 5], [1, 2], [2, 11]], "length": 11, "num_pairs": 6, "string": "nurwqjhcdbz"}, "task_name": "task17", "example_name": "0047", "problem_name": "task17_0047"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbduneox\nIndices:\n(0, 2), (0, 6), (0, 4), (0, 3), (1, 7), (1, 4)", "label": {"final": "doxubne", "init": "bduneox", "intermediate": ["dbuneox", "odbunex", "uodbnex", "duobnex", "dxuobne"]}, "config": {"combinations": [[1, 2], [1, 6], [1, 4], [1, 3], [2, 7], [2, 4]], "length": 7, "num_pairs": 6, "string": "bduneox"}, "task_name": "task17", "example_name": "0048", "problem_name": "task17_0048"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzfkrhostvt\nIndices:\n(1, 5), (2, 8), (0, 2), (3, 10), (3, 6), (2, 6)", "label": {"final": "hzftktrosv", "init": "zfkrhostvt", "intermediate": ["zhfkrostvt", "zhtfkrosvt", "hztfkrosvt", "hzttfkrosv", "hztktfrosv"]}, "config": {"combinations": [[2, 5], [3, 8], [1, 2], [4, 10], [4, 6], [3, 6]], "length": 10, "num_pairs": 6, "string": "zfkrhostvt"}, "task_name": "task17", "example_name": "0049", "problem_name": "task17_0049"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nltfyyjhpj\nIndices:\n(3, 6), (3, 9), (0, 3), (3, 7), (0, 2), (0, 5), (0, 5)", "label": {"final": "yjlftjyhp", "init": "ltfyyjhpj", "intermediate": ["ltfjyyhpj", "ltfjjyyhp", "fltjjyyhp", "fltyjjyhp", "lftyjjyhp", "jlftyjyhp"]}, "config": {"combinations": [[4, 6], [4, 9], [1, 3], [4, 7], [1, 2], [1, 5], [1, 5]], "length": 9, "num_pairs": 7, "string": "ltfyyjhpj"}, "task_name": "task17", "example_name": "0050", "problem_name": "task17_0050"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nioonzxhwiy\nIndices:\n(0, 4), (0, 4), (1, 7), (0, 4), (0, 4), (0, 8), (4, 9)", "label": {"final": "wnioihozxy", "init": "ioonzxhwiy", "intermediate": ["nioozxhwiy", "oniozxhwiy", "ohniozxwiy", "iohnozxwiy", "niohozxwiy", "wniohozxiy"]}, "config": {"combinations": [[1, 4], [1, 4], [2, 7], [1, 4], [1, 4], [1, 8], [5, 9]], "length": 10, "num_pairs": 7, "string": "ioonzxhwiy"}, "task_name": "task17", "example_name": "0051", "problem_name": "task17_0051"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxgoux\nIndices:\n(0, 2), (1, 5), (1, 5), (0, 3), (0, 2), (0, 2), (1, 4)", "label": {"final": "xxguo", "init": "xgoux", "intermediate": ["gxoux", "gxxou", "guxxo", "xguxo", "gxuxo", "xguxo"]}, "config": {"combinations": [[1, 2], [2, 5], [2, 5], [1, 3], [1, 2], [1, 2], [2, 4]], "length": 5, "num_pairs": 7, "string": "xgoux"}, "task_name": "task17", "example_name": "0052", "problem_name": "task17_0052"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncyptzz\nIndices:\n(2, 6), (2, 5), (2, 5), (3, 6), (3, 6), (0, 6), (0, 2)", "label": {"final": "ctypzz", "init": "cyptzz", "intermediate": ["cyzptz", "cytzpz", "cyptzz", "cypztz", "cypzzt", "tcypzz"]}, "config": {"combinations": [[3, 6], [3, 5], [3, 5], [4, 6], [4, 6], [1, 6], [1, 2]], "length": 6, "num_pairs": 7, "string": "cyptzz"}, "task_name": "task17", "example_name": "0053", "problem_name": "task17_0053"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzulxibywrm\nIndices:\n(1, 10), (0, 2), (2, 8), (0, 6), (0, 3), (4, 8), (3, 6)", "label": {"final": "zxmuybliwr", "init": "zulxibywrm", "intermediate": ["zmulxibywr", "mzulxibywr", "mzyulxibwr", "xmzyulibwr", "zxmyulibwr", "zxmybuliwr"]}, "config": {"combinations": [[2, 10], [1, 2], [3, 8], [1, 6], [1, 3], [5, 8], [4, 6]], "length": 10, "num_pairs": 7, "string": "zulxibywrm"}, "task_name": "task17", "example_name": "0054", "problem_name": "task17_0054"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwqvrmvef\nIndices:\n(1, 7), (1, 4), (0, 2), (0, 4), (0, 2), (0, 4), (5, 8)", "label": {"final": "evqwrfmv", "init": "wqvrmvef", "intermediate": ["weqvrmvf", "wveqrmvf", "vweqrmvf", "qvwermvf", "vqwermvf", "evqwrmvf"]}, "config": {"combinations": [[2, 7], [2, 4], [1, 2], [1, 4], [1, 2], [1, 4], [6, 8]], "length": 8, "num_pairs": 7, "string": "wqvrmvef"}, "task_name": "task17", "example_name": "0055", "problem_name": "task17_0055"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnkiexdrnszcq\nIndices:\n(0, 11), (1, 5), (0, 2), (5, 10), (1, 12), (0, 2), (2, 8)", "label": {"final": "qexcnkisdrnz", "init": "nkiexdrnszcq", "intermediate": ["cnkiexdrnszq", "cenkixdrnszq", "ecnkixdrnszq", "ecnkisxdrnzq", "eqcnkisxdrnz", "qecnkisxdrnz"]}, "config": {"combinations": [[1, 11], [2, 5], [1, 2], [6, 10], [2, 12], [1, 2], [3, 8]], "length": 12, "num_pairs": 7, "string": "nkiexdrnszcq"}, "task_name": "task17", "example_name": "0056", "problem_name": "task17_0056"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\neqizrnlk\nIndices:\n(0, 2), (0, 2), (0, 4), (4, 8), (1, 5), (1, 5), (1, 6)", "label": {"final": "zrikeqnl", "init": "eqizrnlk", "intermediate": ["qeizrnlk", "eqizrnlk", "zeqirnlk", "zeqikrnl", "zkeqirnl", "zikeqrnl"]}, "config": {"combinations": [[1, 2], [1, 2], [1, 4], [5, 8], [2, 5], [2, 5], [2, 6]], "length": 8, "num_pairs": 7, "string": "eqizrnlk"}, "task_name": "task17", "example_name": "0057", "problem_name": "task17_0057"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nevoepcss\nIndices:\n(0, 3), (0, 7), (0, 4), (0, 4), (0, 7), (2, 5), (0, 3)", "label": {"final": "ocevseps", "init": "evoepcss", "intermediate": ["oevepcss", "soevepcs", "vsoeepcs", "evsoepcs", "cevsoeps", "ceovseps"]}, "config": {"combinations": [[1, 3], [1, 7], [1, 4], [1, 4], [1, 7], [3, 5], [1, 3]], "length": 8, "num_pairs": 7, "string": "evoepcss"}, "task_name": "task17", "example_name": "0058", "problem_name": "task17_0058"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrbmwtdxwlzofyz\nIndices:\n(0, 2), (0, 4), (0, 2), (4, 7), (1, 5), (3, 9), (6, 11)", "label": {"final": "bxwlrmotdwzfyz", "init": "rbmwtdxwlzofyz", "intermediate": ["brmwtdxwlzofyz", "wbrmtdxwlzofyz", "bwrmtdxwlzofyz", "bwrmxtdwlzofyz", "bxwrmtdwlzofyz", "bxwlrmtdwzofyz"]}, "config": {"combinations": [[1, 2], [1, 4], [1, 2], [5, 7], [2, 5], [4, 9], [7, 11]], "length": 14, "num_pairs": 7, "string": "rbmwtdxwlzofyz"}, "task_name": "task17", "example_name": "0059", "problem_name": "task17_0059"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxnpnqgk\nIndices:\n(3, 6), (1, 6), (0, 3), (0, 3), (0, 4), (2, 6), (2, 7), (0, 5)", "label": {"final": "npqknxg", "init": "xnpnqgk", "intermediate": ["xnpgnqk", "xqnpgnk", "nxqpgnk", "qnxpgnk", "pqnxgnk", "pqnnxgk", "pqknnxg"]}, "config": {"combinations": [[4, 6], [2, 6], [1, 3], [1, 3], [1, 4], [3, 6], [3, 7], [1, 5]], "length": 7, "num_pairs": 8, "string": "xnpnqgk"}, "task_name": "task17", "example_name": "0060", "problem_name": "task17_0060"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhywrlbvdflweb\nIndices:\n(2, 6), (0, 5), (4, 10), (5, 9), (0, 3), (0, 3), (3, 13), (1, 9)", "label": {"final": "hlyrbbldwvfwe", "init": "hywrlbvdflweb", "intermediate": ["hybwrlvdflweb", "rhybwlvdflweb", "rhyblwlvdfweb", "rhybldwlvfweb", "yrhbldwlvfweb", "hyrbldwlvfweb", "hyrbbldwlvfwe"]}, "config": {"combinations": [[3, 6], [1, 5], [5, 10], [6, 9], [1, 3], [1, 3], [4, 13], [2, 9]], "length": 13, "num_pairs": 8, "string": "hywrlbvdflweb"}, "task_name": "task17", "example_name": "0061", "problem_name": "task17_0061"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\natdhf\nIndices:\n(0, 3), (0, 3), (0, 2), (0, 5), (0, 3), (1, 5), (0, 3), (0, 3)", "label": {"final": "hftda", "init": "atdhf", "intermediate": ["dathf", "tdahf", "dtahf", "fdtah", "tfdah", "thfda", "fthda"]}, "config": {"combinations": [[1, 3], [1, 3], [1, 2], [1, 5], [1, 3], [2, 5], [1, 3], [1, 3]], "length": 5, "num_pairs": 8, "string": "atdhf"}, "task_name": "task17", "example_name": "0062", "problem_name": "task17_0062"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqsvvnubekvza\nIndices:\n(0, 2), (1, 7), (1, 11), (1, 6), (2, 8), (0, 5), (4, 9), (6, 9)", "label": {"final": "bsvueznqvkva", "init": "qsvvnubekvza", "intermediate": ["sqvvnubekvza", "sbqvvnuekvza", "szbqvvnuekva", "svzbqvnuekva", "svuzbqvnekva", "bsvuzqvnekva", "bsvuezqvnkva"]}, "config": {"combinations": [[1, 2], [2, 7], [2, 11], [2, 6], [3, 8], [1, 5], [5, 9], [7, 9]], "length": 12, "num_pairs": 8, "string": "qsvvnubekvza"}, "task_name": "task17", "example_name": "0063", "problem_name": "task17_0063"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncgxgsd\nIndices:\n(2, 6), (1, 5), (1, 6), (0, 3), (0, 4), (3, 6), (2, 5), (0, 4)", "label": {"final": "cggsxd", "init": "cgxgsd", "intermediate": ["cgdxgs", "cggdxs", "csggdx", "gcsgdx", "ggcsdx", "ggcxsd", "ggscxd"]}, "config": {"combinations": [[3, 6], [2, 5], [2, 6], [1, 3], [1, 4], [4, 6], [3, 5], [1, 4]], "length": 6, "num_pairs": 8, "string": "cgxgsd"}, "task_name": "task17", "example_name": "0064", "problem_name": "task17_0064"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\neptwlzkyxzchsx\nIndices:\n(3, 10), (9, 13), (1, 5), (1, 5), (1, 6), (4, 7), (7, 11), (4, 11)", "label": {"final": "elzwszptxkychx", "init": "eptwlzkyxzchsx", "intermediate": ["eptzwlzkyxchsx", "eptzwlzkysxchx", "ewptzlzkysxchx", "ezwptlzkysxchx", "elzwptzkysxchx", "elzwzptkysxchx", "elzwzptxkyschx"]}, "config": {"combinations": [[4, 10], [10, 13], [2, 5], [2, 5], [2, 6], [5, 7], [8, 11], [5, 11]], "length": 14, "num_pairs": 8, "string": "eptwlzkyxzchsx"}, "task_name": "task17", "example_name": "0065", "problem_name": "task17_0065"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\numidkelmn\nIndices:\n(0, 2), (0, 3), (2, 6), (2, 8), (4, 9), (6, 9), (0, 9), (0, 3)", "label": {"final": "mkimenuld", "init": "umidkelmn", "intermediate": ["muidkelmn", "imudkelmn", "imeudklmn", "immeudkln", "immenudkl", "immenuldk", "kimmenuld"]}, "config": {"combinations": [[1, 2], [1, 3], [3, 6], [3, 8], [5, 9], [7, 9], [1, 9], [1, 3]], "length": 9, "num_pairs": 8, "string": "umidkelmn"}, "task_name": "task17", "example_name": "0066", "problem_name": "task17_0066"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxtkbxzpezvl\nIndices:\n(3, 8), (0, 3), (0, 4), (3, 8), (0, 3), (5, 8), (0, 5), (1, 4)", "label": {"final": "tkxepzbxzvl", "init": "xtkbxzpezvl", "intermediate": ["xtkebxzpzvl", "kxtebxzpzvl", "ekxtbxzpzvl", "ekxptbxzzvl", "xekptbxzzvl", "xekptzbxzvl", "txekpzbxzvl"]}, "config": {"combinations": [[4, 8], [1, 3], [1, 4], [4, 8], [1, 3], [6, 8], [1, 5], [2, 4]], "length": 11, "num_pairs": 8, "string": "xtkbxzpezvl"}, "task_name": "task17", "example_name": "0067", "problem_name": "task17_0067"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhsbwikisedbdq\nIndices:\n(0, 2), (4, 8), (1, 6), (2, 11), (3, 10), (0, 2), (0, 3), (7, 11)", "label": {"final": "bisehbwdskidq", "init": "hsbwikisedbdq", "intermediate": ["shbwikisedbdq", "shbwsikiedbdq", "sihbwskiedbdq", "sibhbwskieddq", "sibehbwskiddq", "isbehbwskiddq", "bisehbwskiddq"]}, "config": {"combinations": [[1, 2], [5, 8], [2, 6], [3, 11], [4, 10], [1, 2], [1, 3], [8, 11]], "length": 13, "num_pairs": 8, "string": "hsbwikisedbdq"}, "task_name": "task17", "example_name": "0068", "problem_name": "task17_0068"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\namjiiclgbdy\nIndices:\n(1, 5), (4, 11), (1, 5), (0, 6), (4, 7), (1, 8), (5, 9), (1, 9)", "label": {"final": "ijlayigcmbd", "init": "amjiiclgbdy", "intermediate": ["aimjiclgbdy", "aimjyiclgbd", "ayimjiclgbd", "iayimjclgbd", "iayicmjlgbd", "ilayicmjgbd", "ilayigcmjbd"]}, "config": {"combinations": [[2, 5], [5, 11], [2, 5], [1, 6], [5, 7], [2, 8], [6, 9], [2, 9]], "length": 11, "num_pairs": 8, "string": "amjiiclgbdy"}, "task_name": "task17", "example_name": "0069", "problem_name": "task17_0069"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvtfczrsduncfzq\nIndices:\n(1, 13), (7, 13), (0, 2), (0, 3), (7, 10), (7, 13), (3, 9), (2, 5), (1, 13)", "label": {"final": "tnzfvdczrcfsuq", "init": "vtfczrsduncfzq", "intermediate": ["vztfczrsduncfq", "vztfczrfsduncq", "zvtfczrfsduncq", "tzvfczrfsduncq", "tzvfczrdfsuncq", "tzvfczrcdfsunq", "tzvdfczrcfsunq", "tzfvdczrcfsunq"]}, "config": {"combinations": [[2, 13], [8, 13], [1, 2], [1, 3], [8, 10], [8, 13], [4, 9], [3, 5], [2, 13]], "length": 14, "num_pairs": 9, "string": "vtfczrsduncfzq"}, "task_name": "task17", "example_name": "0070", "problem_name": "task17_0070"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvxoveq\nIndices:\n(1, 4), (0, 3), (0, 2), (0, 2), (1, 4), (0, 4), (0, 4), (0, 5), (2, 5)", "label": {"final": "evovxq", "init": "vxoveq", "intermediate": ["vvxoeq", "xvvoeq", "vxvoeq", "xvvoeq", "xovveq", "vxoveq", "vvxoeq", "evvxoq"]}, "config": {"combinations": [[2, 4], [1, 3], [1, 2], [1, 2], [2, 4], [1, 4], [1, 4], [1, 5], [3, 5]], "length": 6, "num_pairs": 9, "string": "vxoveq"}, "task_name": "task17", "example_name": "0071", "problem_name": "task17_0071"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nicthtxabngia\nIndices:\n(1, 11), (1, 7), (0, 3), (0, 3), (0, 3), (0, 10), (0, 7), (1, 4), (1, 5)", "label": {"final": "hixnicttabga", "init": "icthtxabngia", "intermediate": ["iicthtxabnga", "ixicthtabnga", "iixcthtabnga", "xiicthtabnga", "ixicthtabnga", "nixicthtabga", "hnixicttabga", "hxniicttabga"]}, "config": {"combinations": [[2, 11], [2, 7], [1, 3], [1, 3], [1, 3], [1, 10], [1, 7], [2, 4], [2, 5]], "length": 12, "num_pairs": 9, "string": "icthtxabngia"}, "task_name": "task17", "example_name": "0072", "problem_name": "task17_0072"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nekkbwbzrz\nIndices:\n(0, 3), (0, 6), (2, 5), (1, 7), (0, 6), (4, 8), (0, 2), (0, 2), (1, 5)", "label": {"final": "krbzkbewz", "init": "ekkbwbzrz", "intermediate": ["kekbwbzrz", "bkekbwzrz", "bkbekwzrz", "bzkbekwrz", "kbzkbewrz", "kbzkrbewz", "bkzkrbewz", "kbzkrbewz"]}, "config": {"combinations": [[1, 3], [1, 6], [3, 5], [2, 7], [1, 6], [5, 8], [1, 2], [1, 2], [2, 5]], "length": 9, "num_pairs": 9, "string": "ekkbwbzrz"}, "task_name": "task17", "example_name": "0073", "problem_name": "task17_0073"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmqkvi\nIndices:\n(0, 5), (0, 3), (0, 3), (0, 2), (0, 2), (0, 3), (0, 2), (0, 3), (0, 3)", "label": {"final": "iqmkv", "init": "mqkvi", "intermediate": ["imqkv", "qimkv", "mqikv", "qmikv", "mqikv", "imqkv", "miqkv", "qmikv"]}, "config": {"combinations": [[1, 5], [1, 3], [1, 3], [1, 2], [1, 2], [1, 3], [1, 2], [1, 3], [1, 3]], "length": 5, "num_pairs": 9, "string": "mqkvi"}, "task_name": "task17", "example_name": "0074", "problem_name": "task17_0074"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmwpokqpyuisgm\nIndices:\n(0, 6), (5, 8), (1, 5), (5, 12), (7, 11), (1, 11), (0, 4), (1, 4), (0, 2)", "label": {"final": "omquwpgyikpsm", "init": "mwpokqpyuisgm", "intermediate": ["qmwpokpyuisgm", "qmwpoykpuisgm", "qomwpykpuisgm", "qomwpgykpuism", "qomwpgyikpusm", "quomwpgyikpsm", "mquowpgyikpsm", "moquwpgyikpsm"]}, "config": {"combinations": [[1, 6], [6, 8], [2, 5], [6, 12], [8, 11], [2, 11], [1, 4], [2, 4], [1, 2]], "length": 13, "num_pairs": 9, "string": "mwpokqpyuisgm"}, "task_name": "task17", "example_name": "0075", "problem_name": "task17_0075"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npufvvamvqwzsr\nIndices:\n(0, 6), (0, 3), (5, 8), (2, 8), (9, 12), (0, 3), (6, 9), (3, 7), (0, 12)", "label": {"final": "zmuaqpfvvvswr", "init": "pufvvamvqwzsr", "intermediate": ["apufvvmvqwzsr", "uapfvvmvqwzsr", "uapfvvvmqwzsr", "uampfvvvqwzsr", "uampfvvvqswzr", "muapfvvvqswzr", "muapfvqvvswzr", "muaqpfvvvswzr"]}, "config": {"combinations": [[1, 6], [1, 3], [6, 8], [3, 8], [10, 12], [1, 3], [7, 9], [4, 7], [1, 12]], "length": 13, "num_pairs": 9, "string": "pufvvamvqwzsr"}, "task_name": "task17", "example_name": "0076", "problem_name": "task17_0076"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nerizmry\nIndices:\n(1, 5), (3, 6), (2, 7), (0, 2), (0, 5), (2, 7), (0, 2), (2, 5), (0, 6)", "label": {"final": "rmryzei", "init": "erizmry", "intermediate": ["emrizry", "emrrizy", "emyrriz", "meyrriz", "rmeyriz", "rmzeyri", "mrzeyri", "mryzeri"]}, "config": {"combinations": [[2, 5], [4, 6], [3, 7], [1, 2], [1, 5], [3, 7], [1, 2], [3, 5], [1, 6]], "length": 7, "num_pairs": 9, "string": "erizmry"}, "task_name": "task17", "example_name": "0077", "problem_name": "task17_0077"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\naycyugs\nIndices:\n(0, 4), (0, 3), (1, 5), (3, 7), (0, 5), (0, 3), (0, 5), (0, 2), (0, 6)", "label": {"final": "cusayyg", "init": "aycyugs", "intermediate": ["yaycugs", "yyacugs", "yuyacgs", "yuysacg", "ayuyscg", "uayyscg", "suayycg", "usayycg"]}, "config": {"combinations": [[1, 4], [1, 3], [2, 5], [4, 7], [1, 5], [1, 3], [1, 5], [1, 2], [1, 6]], "length": 7, "num_pairs": 9, "string": "aycyugs"}, "task_name": "task17", "example_name": "0078", "problem_name": "task17_0078"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhiylbqdrndnatn\nIndices:\n(6, 12), (0, 10), (0, 5), (1, 4), (4, 8), (0, 3), (0, 2), (4, 7), (7, 10)", "label": {"final": "lnihbayrqddntn", "init": "hiylbqdrndnatn", "intermediate": ["hiylbqadrndntn", "nhiylbqadrdntn", "lnhiybqadrdntn", "linhybqadrdntn", "linhaybqdrdntn", "nlihaybqdrdntn", "lnihaybqdrdntn", "lnihbayqdrdntn"]}, "config": {"combinations": [[7, 12], [1, 10], [1, 5], [2, 4], [5, 8], [1, 3], [1, 2], [5, 7], [8, 10]], "length": 14, "num_pairs": 9, "string": "hiylbqdrndnatn"}, "task_name": "task17", "example_name": "0079", "problem_name": "task17_0079"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\navlly\nIndices:\n(0, 3), (0, 5), (0, 2), (0, 2), (0, 2), (1, 4), (1, 5), (2, 5), (1, 5), (0, 3)", "label": {"final": "llyav", "init": "avlly", "intermediate": ["lavly", "ylavl", "lyavl", "ylavl", "lyavl", "lvyal", "llvya", "llavy", "lylav"]}, "config": {"combinations": [[1, 3], [1, 5], [1, 2], [1, 2], [1, 2], [2, 4], [2, 5], [3, 5], [2, 5], [1, 3]], "length": 5, "num_pairs": 10, "string": "avlly"}, "task_name": "task17", "example_name": "0080", "problem_name": "task17_0080"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlujebycrqhorfg\nIndices:\n(3, 8), (0, 11), (3, 12), (5, 12), (2, 12), (1, 4), (6, 9), (0, 8), (0, 7), (1, 8)", "label": {"final": "jehoulqrrbycfg", "init": "lujebycrqhorfg", "intermediate": ["lujrebycqhorfg", "olujrebycqhrfg", "olurjrebycqhfg", "olurjhrebycqfg", "olqurjhrebycfg", "oulqrjhrebycfg", "oulqrjehrbycfg", "houlqrjerbycfg", "jhoulqrerbycfg"]}, "config": {"combinations": [[4, 8], [1, 11], [4, 12], [6, 12], [3, 12], [2, 4], [7, 9], [1, 8], [1, 7], [2, 8]], "length": 14, "num_pairs": 10, "string": "lujebycrqhorfg"}, "task_name": "task17", "example_name": "0081", "problem_name": "task17_0081"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfmluwtq\nIndices:\n(1, 4), (0, 3), (3, 6), (0, 5), (1, 5), (1, 5), (0, 4), (2, 6), (0, 2), (0, 5)", "label": {"final": "tlmwufq", "init": "fmluwtq", "intermediate": ["fumlwtq", "mfulwtq", "mfutlwq", "lmfutwq", "ltmfuwq", "lutmfwq", "mlutfwq", "mlwutfq", "lmwutfq"]}, "config": {"combinations": [[2, 4], [1, 3], [4, 6], [1, 5], [2, 5], [2, 5], [1, 4], [3, 6], [1, 2], [1, 5]], "length": 7, "num_pairs": 10, "string": "fmluwtq"}, "task_name": "task17", "example_name": "0082", "problem_name": "task17_0082"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbuduujnpoplrd\nIndices:\n(3, 6), (1, 4), (3, 13), (0, 12), (0, 10), (7, 10), (0, 6), (1, 4), (0, 3), (0, 3)", "label": {"final": "bpdljudnuuopr", "init": "buduujnpoplrd", "intermediate": ["budjuunpoplrd", "bjuduunpoplrd", "bjudduunpoplr", "lbjudduunpopr", "plbjudduunopr", "plbjuddnuuopr", "dplbjudnuuopr", "dbpljudnuuopr", "pdbljudnuuopr"]}, "config": {"combinations": [[4, 6], [2, 4], [4, 13], [1, 12], [1, 10], [8, 10], [1, 6], [2, 4], [1, 3], [1, 3]], "length": 13, "num_pairs": 10, "string": "buduujnpoplrd"}, "task_name": "task17", "example_name": "0083", "problem_name": "task17_0083"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlruhfrkpdaka\nIndices:\n(1, 5), (8, 11), (1, 7), (2, 10), (0, 2), (1, 7), (0, 5), (7, 11), (1, 7), (3, 10)", "label": {"final": "fukphldrarka", "init": "lruhfrkpdaka", "intermediate": ["lfruhrkpdaka", "lfruhrkpkdaa", "lkfruhrpkdaa", "lkdfruhrpkaa", "kldfruhrpkaa", "khldfrurpkaa", "fkhldrurpkaa", "fkhldruarpka", "fukhldrarpka"]}, "config": {"combinations": [[2, 5], [9, 11], [2, 7], [3, 10], [1, 2], [2, 7], [1, 5], [8, 11], [2, 7], [4, 10]], "length": 12, "num_pairs": 10, "string": "lruhfrkpdaka"}, "task_name": "task17", "example_name": "0084", "problem_name": "task17_0084"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhdayxlpmr\nIndices:\n(0, 2), (2, 6), (0, 4), (0, 3), (1, 5), (0, 3), (1, 9), (0, 3), (0, 3), (5, 9)", "label": {"final": "rhaydmlxp", "init": "hdayxlpmr", "intermediate": ["dhayxlpmr", "dhlayxpmr", "adhlyxpmr", "hadlyxpmr", "hyadlxpmr", "ahydlxpmr", "arhydlxpm", "harydlxpm", "rhaydlxpm"]}, "config": {"combinations": [[1, 2], [3, 6], [1, 4], [1, 3], [2, 5], [1, 3], [2, 9], [1, 3], [1, 3], [6, 9]], "length": 9, "num_pairs": 10, "string": "hdayxlpmr"}, "task_name": "task17", "example_name": "0085", "problem_name": "task17_0085"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqahuxz\nIndices:\n(0, 4), (3, 6), (0, 4), (2, 5), (1, 4), (1, 4), (0, 2), (2, 5), (0, 2), (0, 4)", "label": {"final": "qzhaux", "init": "qahuxz", "intermediate": ["uqahxz", "uqazhx", "zuqahx", "zuhqax", "zquhax", "zhquax", "hzquax", "hzaqux", "zhaqux"]}, "config": {"combinations": [[1, 4], [4, 6], [1, 4], [3, 5], [2, 4], [2, 4], [1, 2], [3, 5], [1, 2], [1, 4]], "length": 6, "num_pairs": 10, "string": "qahuxz"}, "task_name": "task17", "example_name": "0086", "problem_name": "task17_0086"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nevjouzcliwkx\nIndices:\n(0, 2), (0, 5), (1, 6), (0, 5), (0, 4), (1, 6), (1, 4), (6, 10), (5, 11), (2, 7)", "label": {"final": "vueojzkwclix", "init": "evjouzcliwkx", "intermediate": ["vejouzcliwkx", "uvejozcliwkx", "uzvejocliwkx", "juzveocliwkx", "vjuzeocliwkx", "vojuzecliwkx", "vuojzecliwkx", "vuojzewclikx", "vuojzkewclix"]}, "config": {"combinations": [[1, 2], [1, 5], [2, 6], [1, 5], [1, 4], [2, 6], [2, 4], [7, 10], [6, 11], [3, 7]], "length": 12, "num_pairs": 10, "string": "evjouzcliwkx"}, "task_name": "task17", "example_name": "0087", "problem_name": "task17_0087"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nktrdhdvkhszdrf\nIndices:\n(0, 13), (1, 8), (1, 12), (3, 10), (0, 2), (5, 9), (8, 14), (1, 8), (5, 12), (4, 10)", "label": {"final": "zrrvfkhkhtddsd", "init": "ktrdhdvkhszdrf", "intermediate": ["rktrdhdvkhszdf", "rvktrdhdkhszdf", "rzvktrdhdkhsdf", "rzvkktrdhdhsdf", "zrvkktrdhdhsdf", "zrvkkhtrddhsdf", "zrvkkhtrfddhsd", "zrrvkkhtfddhsd", "zrrvkhkhtfddsd"]}, "config": {"combinations": [[1, 13], [2, 8], [2, 12], [4, 10], [1, 2], [6, 9], [9, 14], [2, 8], [6, 12], [5, 10]], "length": 14, "num_pairs": 10, "string": "ktrdhdvkhszdrf"}, "task_name": "task17", "example_name": "0088", "problem_name": "task17_0088"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nttpdwcpy\nIndices:\n(0, 2), (0, 7), (0, 3), (3, 8), (0, 6), (2, 7), (4, 8), (0, 2), (3, 8), (0, 2)", "label": {"final": "dtwppcty", "init": "ttpdwcpy", "intermediate": ["ttpdwcpy", "pttpdwcy", "tptpdwcy", "tptypdwc", "dtptypwc", "dtwptypc", "dtwpctyp", "tdwpctyp", "tdwppcty"]}, "config": {"combinations": [[1, 2], [1, 7], [1, 3], [4, 8], [1, 6], [3, 7], [5, 8], [1, 2], [4, 8], [1, 2]], "length": 8, "num_pairs": 10, "string": "ttpdwcpy"}, "task_name": "task17", "example_name": "0089", "problem_name": "task17_0089"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlodgzfylr\nIndices:\n(0, 2), (1, 5), (0, 3), (0, 2), (4, 9), (0, 3), (0, 3), (4, 7), (0, 6), (1, 4), (2, 9)", "label": {"final": "rollzdfgy", "init": "lodgzfylr", "intermediate": ["oldgzfylr", "ozldgfylr", "lozdgfylr", "olzdgfylr", "olzdrgfyl", "zoldrgfyl", "lzodrgfyl", "lzodfrgyl", "rlzodfgyl", "rolzdfgyl"]}, "config": {"combinations": [[1, 2], [2, 5], [1, 3], [1, 2], [5, 9], [1, 3], [1, 3], [5, 7], [1, 6], [2, 4], [3, 9]], "length": 9, "num_pairs": 11, "string": "lodgzfylr"}, "task_name": "task17", "example_name": "0090", "problem_name": "task17_0090"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwpxghwg\nIndices:\n(1, 7), (0, 2), (2, 6), (3, 6), (0, 3), (1, 4), (0, 2), (0, 3), (0, 6), (0, 6), (0, 3)", "label": {"final": "gpxghww", "init": "wpxghwg", "intermediate": ["wgpxghw", "gwpxghw", "gwhpxgw", "gwhgpxw", "hgwgpxw", "hggwpxw", "ghgwpxw", "gghwpxw", "xgghwpw", "pxgghww"]}, "config": {"combinations": [[2, 7], [1, 2], [3, 6], [4, 6], [1, 3], [2, 4], [1, 2], [1, 3], [1, 6], [1, 6], [1, 3]], "length": 7, "num_pairs": 11, "string": "wpxghwg"}, "task_name": "task17", "example_name": "0091", "problem_name": "task17_0091"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhwwnnfp\nIndices:\n(0, 3), (4, 7), (1, 4), (1, 5), (2, 6), (1, 4), (0, 3), (0, 6), (2, 5), (0, 6), (0, 4)", "label": {"final": "nhwpwnf", "init": "hwwnnfp", "intermediate": ["whwnnfp", "whwnpnf", "wnhwpnf", "wpnhwnf", "wpnnhwf", "wnpnhwf", "pwnnhwf", "wpwnnhf", "wpnwnhf", "hwpnwnf"]}, "config": {"combinations": [[1, 3], [5, 7], [2, 4], [2, 5], [3, 6], [2, 4], [1, 3], [1, 6], [3, 5], [1, 6], [1, 4]], "length": 7, "num_pairs": 11, "string": "hwwnnfp"}, "task_name": "task17", "example_name": "0092", "problem_name": "task17_0092"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\naotnqdlujt\nIndices:\n(0, 3), (1, 10), (6, 9), (1, 4), (3, 10), (0, 8), (2, 5), (0, 3), (3, 8), (0, 2), (0, 2)", "label": {"final": "jutqotandl", "init": "aotnqdlujt", "intermediate": ["taonqdlujt", "ttaonqdluj", "ttaonqudlj", "totanqudlj", "totjanqudl", "utotjanqdl", "utjotanqdl", "jutotanqdl", "jutqotandl", "ujtqotandl"]}, "config": {"combinations": [[1, 3], [2, 10], [7, 9], [2, 4], [4, 10], [1, 8], [3, 5], [1, 3], [4, 8], [1, 2], [1, 2]], "length": 10, "num_pairs": 11, "string": "aotnqdlujt"}, "task_name": "task17", "example_name": "0093", "problem_name": "task17_0093"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrzdodnskmjjsrt\nIndices:\n(11, 14), (2, 8), (6, 10), (4, 14), (9, 12), (1, 7), (1, 6), (0, 4), (0, 4), (7, 10), (1, 5)", "label": {"final": "dkzrrdojjnsmts", "init": "rzdodnskmjjsrt", "intermediate": ["rzdodnskmjjtsr", "rzkdodnsmjjtsr", "rzkdodjnsmjtsr", "rzkdrodjnsmjts", "rzkdrodjnjsmts", "rdzkdrojnjsmts", "rrdzkdojnjsmts", "zrrdkdojnjsmts", "dzrrkdojnjsmts", "dzrrkdojjnsmts"]}, "config": {"combinations": [[12, 14], [3, 8], [7, 10], [5, 14], [10, 12], [2, 7], [2, 6], [1, 4], [1, 4], [8, 10], [2, 5]], "length": 14, "num_pairs": 11, "string": "rzdodnskmjjsrt"}, "task_name": "task17", "example_name": "0094", "problem_name": "task17_0094"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npnmeqlindq\nIndices:\n(0, 10), (0, 3), (0, 3), (0, 2), (0, 4), (6, 10), (4, 8), (0, 9), (0, 2), (1, 4), (0, 8)", "label": {"final": "qmpinqledn", "init": "pnmeqlindq", "intermediate": ["qpnmeqlind", "nqpmeqlind", "pnqmeqlind", "npqmeqlind", "mnpqeqlind", "mnpqeqdlin", "mnpqleqdin", "imnpqleqdn", "minpqleqdn", "mpinqleqdn"]}, "config": {"combinations": [[1, 10], [1, 3], [1, 3], [1, 2], [1, 4], [7, 10], [5, 8], [1, 9], [1, 2], [2, 4], [1, 8]], "length": 10, "num_pairs": 11, "string": "pnmeqlindq"}, "task_name": "task17", "example_name": "0095", "problem_name": "task17_0095"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nudrtunldhp\nIndices:\n(1, 7), (1, 4), (0, 2), (0, 2), (1, 10), (0, 3), (4, 7), (0, 7), (0, 2), (0, 6), (1, 6)", "label": {"final": "ulrtupdndh", "init": "udrtunldhp", "intermediate": ["uldrtundhp", "urldtundhp", "ruldtundhp", "urldtundhp", "uprldtundh", "rupldtundh", "rupludtndh", "trupludndh", "rtupludndh", "urtupldndh"]}, "config": {"combinations": [[2, 7], [2, 4], [1, 2], [1, 2], [2, 10], [1, 3], [5, 7], [1, 7], [1, 2], [1, 6], [2, 6]], "length": 10, "num_pairs": 11, "string": "udrtunldhp"}, "task_name": "task17", "example_name": "0096", "problem_name": "task17_0096"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkcfowlzgcvjhl\nIndices:\n(2, 7), (5, 9), (3, 6), (1, 5), (6, 12), (2, 9), (0, 10), (0, 2), (0, 10), (1, 10), (1, 7)", "label": {"final": "wchkgflzcovjl", "init": "kcfowlzgcvjhl", "intermediate": ["kczfowlgcvjhl", "kczfocwlgvjhl", "kczcfowlgvjhl", "kfczcowlgvjhl", "kfczcohwlgvjl", "kflczcohwgvjl", "gkflczcohwvjl", "kgflczcohwvjl", "wkgflczcohvjl", "whkgflczcovjl"]}, "config": {"combinations": [[3, 7], [6, 9], [4, 6], [2, 5], [7, 12], [3, 9], [1, 10], [1, 2], [1, 10], [2, 10], [2, 7]], "length": 13, "num_pairs": 11, "string": "kcfowlzgcvjhl"}, "task_name": "task17", "example_name": "0097", "problem_name": "task17_0097"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nsnpvicldmanmwo\nIndices:\n(0, 6), (2, 6), (2, 10), (5, 11), (2, 5), (0, 3), (0, 4), (0, 9), (0, 4), (9, 13), (3, 8)", "label": {"final": "clapnsinvwdmmo", "init": "snpvicldmanmwo", "intermediate": ["csnpvildmanmwo", "csinpvldmanmwo", "csainpvldmnmwo", "csainnpvldmmwo", "csnainpvldmmwo", "ncsainpvldmmwo", "ancsinpvldmmwo", "lancsinpvdmmwo", "clansinpvdmmwo", "clansinpvwdmmo"]}, "config": {"combinations": [[1, 6], [3, 6], [3, 10], [6, 11], [3, 5], [1, 3], [1, 4], [1, 9], [1, 4], [10, 13], [4, 8]], "length": 14, "num_pairs": 11, "string": "snpvicldmanmwo"}, "task_name": "task17", "example_name": "0098", "problem_name": "task17_0098"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfgfohywskvo\nIndices:\n(0, 9), (1, 4), (1, 7), (6, 9), (0, 9), (3, 10), (0, 4), (0, 2), (4, 11), (1, 5), (0, 2)", "label": {"final": "owvkyffgosh", "init": "fgfohywskvo", "intermediate": ["kfgfohywsvo", "kffgohywsvo", "kyffgohwsvo", "kyffgoshwvo", "wkyffgoshvo", "wkyvffgosho", "vwkyffgosho", "wvkyffgosho", "wvkyoffgosh", "wovkyffgosh"]}, "config": {"combinations": [[1, 9], [2, 4], [2, 7], [7, 9], [1, 9], [4, 10], [1, 4], [1, 2], [5, 11], [2, 5], [1, 2]], "length": 11, "num_pairs": 11, "string": "fgfohywskvo"}, "task_name": "task17", "example_name": "0099", "problem_name": "task17_0099"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nydtxkiaxfacnrx\nIndices:\n(8, 14), (1, 8), (1, 6), (3, 9), (2, 8), (3, 7), (4, 11), (7, 12), (2, 11), (3, 6), (1, 4), (0, 6)", "label": {"final": "tyakaixxcdxfnr", "init": "ydtxkiaxfacnrx", "intermediate": ["ydtxkiaxxfacnr", "yxdtxkiaxfacnr", "ykxdtxiaxfacnr", "ykxxdtxiafacnr", "ykixxdtxafacnr", "ykitxxdxafacnr", "ykitaxxdxafcnr", "ykitaxxcdxafnr", "ykaitaxxcdxfnr", "ykaaitxxcdxfnr", "yakaitxxcdxfnr"]}, "config": {"combinations": [[9, 14], [2, 8], [2, 6], [4, 9], [3, 8], [4, 7], [5, 11], [8, 12], [3, 11], [4, 6], [2, 4], [1, 6]], "length": 14, "num_pairs": 12, "string": "ydtxkiaxfacnrx"}, "task_name": "task17", "example_name": "0100", "problem_name": "task17_0100"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbmpfoh\nIndices:\n(0, 6), (3, 6), (0, 2), (0, 4), (1, 5), (0, 2), (0, 3), (0, 2), (2, 5), (0, 2), (0, 3), (0, 2)", "label": {"final": "bmpohf", "init": "bmpfoh", "intermediate": ["hbmpfo", "hbmopf", "bhmopf", "obhmpf", "opbhmf", "pobhmf", "bpohmf", "pbohmf", "pbmohf", "bpmohf", "mbpohf"]}, "config": {"combinations": [[1, 6], [4, 6], [1, 2], [1, 4], [2, 5], [1, 2], [1, 3], [1, 2], [3, 5], [1, 2], [1, 3], [1, 2]], "length": 6, "num_pairs": 12, "string": "bmpfoh"}, "task_name": "task17", "example_name": "0101", "problem_name": "task17_0101"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nazaloniniraiq\nIndices:\n(6, 10), (0, 2), (0, 4), (0, 3), (0, 2), (0, 2), (5, 13), (0, 5), (0, 8), (0, 3), (3, 6), (5, 8)", "label": {"final": "aroalnzqiniai", "init": "azaloniniraiq", "intermediate": ["azalonriniaiq", "zaalonriniaiq", "lzaaonriniaiq", "alzaonriniaiq", "lazaonriniaiq", "alzaonriniaiq", "alzaoqnriniai", "oalzaqnriniai", "roalzaqniniai", "arolzaqniniai", "aroalzqniniai"]}, "config": {"combinations": [[7, 10], [1, 2], [1, 4], [1, 3], [1, 2], [1, 2], [6, 13], [1, 5], [1, 8], [1, 3], [4, 6], [6, 8]], "length": 13, "num_pairs": 12, "string": "azaloniniraiq"}, "task_name": "task17", "example_name": "0102", "problem_name": "task17_0102"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmpzlwgdalojw\nIndices:\n(1, 5), (3, 8), (0, 2), (5, 8), (0, 2), (5, 9), (1, 6), (2, 7), (0, 3), (3, 10), (3, 6), (7, 10)", "label": {"final": "dmlpowagzljw", "init": "mpzlwgdalojw", "intermediate": ["mwpzlgdalojw", "mwpazlgdlojw", "wmpazlgdlojw", "wmpazdlglojw", "mwpazdlglojw", "mwpazldlgojw", "mlwpazdlgojw", "mldwpazlgojw", "dmlwpazlgojw", "dmlowpazlgjw", "dmlpowazlgjw"]}, "config": {"combinations": [[2, 5], [4, 8], [1, 2], [6, 8], [1, 2], [6, 9], [2, 6], [3, 7], [1, 3], [4, 10], [4, 6], [8, 10]], "length": 12, "num_pairs": 12, "string": "mpzlwgdalojw"}, "task_name": "task17", "example_name": "0103", "problem_name": "task17_0103"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nyzxxjixvpoaob\nIndices:\n(2, 6), (0, 2), (7, 12), (0, 2), (2, 5), (0, 2), (1, 4), (0, 2), (0, 5), (0, 8), (0, 3), (1, 8)", "label": {"final": "ixoxzyxjvpoab", "init": "yzxxjixvpoaob", "intermediate": ["yzixxjxvpoaob", "zyixxjxvpoaob", "zyixxjxovpoab", "yzixxjxovpoab", "yzxixjxovpoab", "zyxixjxovpoab", "ziyxxjxovpoab", "izyxxjxovpoab", "xizyxjxovpoab", "oxizyxjxvpoab", "ioxzyxjxvpoab"]}, "config": {"combinations": [[3, 6], [1, 2], [8, 12], [1, 2], [3, 5], [1, 2], [2, 4], [1, 2], [1, 5], [1, 8], [1, 3], [2, 8]], "length": 13, "num_pairs": 12, "string": "yzxxjixvpoaob"}, "task_name": "task17", "example_name": "0104", "problem_name": "task17_0104"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhchabnbgjcjrp\nIndices:\n(7, 12), (2, 6), (3, 7), (0, 2), (3, 7), (0, 8), (0, 3), (4, 8), (5, 9), (2, 7), (0, 3), (3, 7)", "label": {"final": "bhrgcnabhjcjp", "init": "hchabnbgjcjrp", "intermediate": ["hchabnbrgjcjp", "hcnhabbrgjcjp", "hcnbhabrgjcjp", "chnbhabrgjcjp", "chnbbhargjcjp", "rchnbbhagjcjp", "hrcnbbhagjcjp", "hrcnabbhgjcjp", "hrcnagbbhjcjp", "hrbcnagbhjcjp", "bhrcnagbhjcjp"]}, "config": {"combinations": [[8, 12], [3, 6], [4, 7], [1, 2], [4, 7], [1, 8], [1, 3], [5, 8], [6, 9], [3, 7], [1, 3], [4, 7]], "length": 13, "num_pairs": 12, "string": "hchabnbgjcjrp"}, "task_name": "task17", "example_name": "0105", "problem_name": "task17_0105"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxcngpmqun\nIndices:\n(0, 9), (1, 7), (0, 3), (2, 6), (5, 9), (1, 4), (6, 9), (0, 2), (0, 2), (5, 9), (3, 6), (0, 2)", "label": {"final": "mxnpgcuqn", "init": "xcngpmqun", "intermediate": ["nxcngpmqu", "nmxcngpqu", "xnmcngpqu", "xngmcnpqu", "xngmcunpq", "xmngcunpq", "xmngcuqnp", "mxngcuqnp", "xmngcuqnp", "xmngcpuqn", "xmnpgcuqn"]}, "config": {"combinations": [[1, 9], [2, 7], [1, 3], [3, 6], [6, 9], [2, 4], [7, 9], [1, 2], [1, 2], [6, 9], [4, 6], [1, 2]], "length": 9, "num_pairs": 12, "string": "xcngpmqun"}, "task_name": "task17", "example_name": "0106", "problem_name": "task17_0106"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njoyibutxrar\nIndices:\n(0, 6), (5, 11), (5, 8), (2, 5), (2, 9), (0, 2), (2, 9), (1, 7), (0, 3), (2, 5), (0, 3), (0, 2)", "label": {"final": "uxjybiotrra", "init": "joyibutxrar", "intermediate": ["ujoyibtxrar", "ujoyirbtxra", "ujoyitrbxra", "ujioytrbxra", "ujxioytrbra", "juxioytrbra", "jubxioytrra", "jyubxiotrra", "ujybxiotrra", "ujxybiotrra", "xujybiotrra"]}, "config": {"combinations": [[1, 6], [6, 11], [6, 8], [3, 5], [3, 9], [1, 2], [3, 9], [2, 7], [1, 3], [3, 5], [1, 3], [1, 2]], "length": 11, "num_pairs": 12, "string": "joyibutxrar"}, "task_name": "task17", "example_name": "0107", "problem_name": "task17_0107"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nuqaorjvtxhroi\nIndices:\n(6, 12), (4, 7), (1, 5), (1, 8), (7, 11), (0, 6), (9, 13), (6, 9), (5, 12), (3, 7), (0, 8), (3, 7)", "label": {"final": "jouqvaoxrhitr", "init": "uqaorjvtxhroi", "intermediate": ["uqaorjovtxhri", "uqaoorjvtxhri", "uoqaorjvtxhri", "uvoqaorjtxhri", "uvoqaorhjtxri", "ouvoqarhjtxri", "ouvoqarhjitxr", "ouvoqajrhitxr", "ouvoqxajrhitr", "ouvaoqxjrhitr", "jouvaoqxrhitr"]}, "config": {"combinations": [[7, 12], [5, 7], [2, 5], [2, 8], [8, 11], [1, 6], [10, 13], [7, 9], [6, 12], [4, 7], [1, 8], [4, 7]], "length": 13, "num_pairs": 12, "string": "uqaorjvtxhroi"}, "task_name": "task17", "example_name": "0108", "problem_name": "task17_0108"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkkqqccncs\nIndices:\n(5, 8), (0, 5), (5, 9), (0, 2), (1, 7), (2, 6), (1, 6), (0, 5), (1, 8), (0, 4), (0, 2), (3, 7)", "label": {"final": "cqckkcqsn", "init": "kkqqccncs", "intermediate": ["kkqqcccns", "ckkqqccns", "ckkqqsccn", "kckqqsccn", "kcckqqscn", "kcqckqscn", "kqcqckscn", "ckqcqkscn", "cckqcqksn", "qcckcqksn", "cqckcqksn"]}, "config": {"combinations": [[6, 8], [1, 5], [6, 9], [1, 2], [2, 7], [3, 6], [2, 6], [1, 5], [2, 8], [1, 4], [1, 2], [4, 7]], "length": 9, "num_pairs": 12, "string": "kkqqccncs"}, "task_name": "task17", "example_name": "0109", "problem_name": "task17_0109"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nivubl\nIndices:\n(0, 2), (0, 2), (0, 3), (0, 4), (0, 5), (1, 4), (0, 3), (0, 5), (0, 2), (2, 5), (0, 4), (0, 3), (0, 4)", "label": {"final": "uvlbi", "init": "ivubl", "intermediate": ["viubl", "ivubl", "uivbl", "buivl", "lbuiv", "libuv", "bliuv", "vbliu", "bvliu", "bvuli", "lbvui", "vlbui"]}, "config": {"combinations": [[1, 2], [1, 2], [1, 3], [1, 4], [1, 5], [2, 4], [1, 3], [1, 5], [1, 2], [3, 5], [1, 4], [1, 3], [1, 4]], "length": 5, "num_pairs": 13, "string": "ivubl"}, "task_name": "task17", "example_name": "0110", "problem_name": "task17_0110"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzitib\nIndices:\n(0, 3), (0, 3), (0, 4), (0, 2), (0, 3), (1, 4), (1, 4), (1, 4), (0, 3), (0, 2), (0, 2), (0, 3), (0, 4)", "label": {"final": "ziitb", "init": "zitib", "intermediate": ["tziib", "itzib", "iitzb", "iitzb", "tiizb", "tziib", "tizib", "tiizb", "itizb", "tiizb", "itizb", "iitzb"]}, "config": {"combinations": [[1, 3], [1, 3], [1, 4], [1, 2], [1, 3], [2, 4], [2, 4], [2, 4], [1, 3], [1, 2], [1, 2], [1, 3], [1, 4]], "length": 5, "num_pairs": 13, "string": "zitib"}, "task_name": "task17", "example_name": "0111", "problem_name": "task17_0111"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmeziuji\nIndices:\n(0, 2), (3, 7), (0, 3), (0, 2), (2, 5), (3, 7), (0, 3), (0, 2), (1, 6), (3, 7), (0, 2), (0, 3), (0, 2)", "label": {"final": "iieuzjm", "init": "meziuji", "intermediate": ["emziuji", "emziiuj", "zemiiuj", "ezmiiuj", "ezimiuj", "ezijmiu", "iezjmiu", "eizjmiu", "eiizjmu", "eiiuzjm", "ieiuzjm", "iieuzjm"]}, "config": {"combinations": [[1, 2], [4, 7], [1, 3], [1, 2], [3, 5], [4, 7], [1, 3], [1, 2], [2, 6], [4, 7], [1, 2], [1, 3], [1, 2]], "length": 7, "num_pairs": 13, "string": "meziuji"}, "task_name": "task17", "example_name": "0112", "problem_name": "task17_0112"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\naepcbjbhqfu\nIndices:\n(1, 6), (0, 9), (0, 4), (0, 6), (0, 3), (1, 8), (0, 4), (2, 6), (1, 11), (4, 8), (7, 10), (3, 8), (0, 3)", "label": {"final": "qeuhjpbcabf", "init": "aepcbjbhqfu", "intermediate": ["ajepcbbhqfu", "qajepcbbhfu", "eqajpcbbhfu", "ceqajpbbhfu", "qceajpbbhfu", "qbceajpbhfu", "eqbcajpbhfu", "eqjbcapbhfu", "euqjbcapbhf", "euqjpbcabhf", "euqjpbchabf", "euqhjpbcabf"]}, "config": {"combinations": [[2, 6], [1, 9], [1, 4], [1, 6], [1, 3], [2, 8], [1, 4], [3, 6], [2, 11], [5, 8], [8, 10], [4, 8], [1, 3]], "length": 11, "num_pairs": 13, "string": "aepcbjbhqfu"}, "task_name": "task17", "example_name": "0113", "problem_name": "task17_0113"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlgwwehsfp\nIndices:\n(0, 3), (2, 9), (2, 6), (2, 5), (0, 3), (2, 9), (1, 8), (0, 2), (3, 7), (2, 9), (0, 3), (4, 8), (3, 9)", "label": {"final": "shgwwepfl", "init": "lgwwehsfp", "intermediate": ["wlgwehsfp", "wlpgwehsf", "wlepgwhsf", "wlgepwhsf", "gwlepwhsf", "gwflepwhs", "ghwflepws", "hgwflepws", "hgwpflews", "hgswpflew", "shgwpflew", "shgwepflw"]}, "config": {"combinations": [[1, 3], [3, 9], [3, 6], [3, 5], [1, 3], [3, 9], [2, 8], [1, 2], [4, 7], [3, 9], [1, 3], [5, 8], [4, 9]], "length": 9, "num_pairs": 13, "string": "lgwwehsfp"}, "task_name": "task17", "example_name": "0114", "problem_name": "task17_0114"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnrrdfxfgb\nIndices:\n(0, 2), (0, 6), (2, 8), (0, 2), (0, 2), (0, 2), (3, 6), (0, 2), (1, 7), (4, 7), (0, 6), (0, 3), (1, 5)", "label": {"final": "fgdxrrnfb", "init": "nrrdfxfgb", "intermediate": ["rnrdfxfgb", "xrnrdffgb", "xrgnrdffb", "rxgnrdffb", "xrgnrdffb", "rxgnrdffb", "rxgdnrffb", "xrgdnrffb", "xfrgdnrfb", "xfrgrdnfb", "dxfrgrnfb", "fdxrgrnfb"]}, "config": {"combinations": [[1, 2], [1, 6], [3, 8], [1, 2], [1, 2], [1, 2], [4, 6], [1, 2], [2, 7], [5, 7], [1, 6], [1, 3], [2, 5]], "length": 9, "num_pairs": 13, "string": "nrrdfxfgb"}, "task_name": "task17", "example_name": "0115", "problem_name": "task17_0115"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nuawcmngimuggz\nIndices:\n(9, 13), (0, 5), (3, 6), (7, 12), (6, 13), (2, 5), (1, 10), (0, 3), (2, 5), (0, 12), (3, 6), (3, 11), (2, 6)", "label": {"final": "zuamgwincggmu", "init": "uawcmngimuggz", "intermediate": ["uawcmngimzugg", "muawcngimzugg", "muanwcgimzugg", "muanwcggimzug", "muanwcgggimzu", "muwancgggimzu", "miuwancgggmzu", "umiwancgggmzu", "umaiwncgggmzu", "zumaiwncgggmu", "zumwaincgggmu", "zumgwaincggmu"]}, "config": {"combinations": [[10, 13], [1, 5], [4, 6], [8, 12], [7, 13], [3, 5], [2, 10], [1, 3], [3, 5], [1, 12], [4, 6], [4, 11], [3, 6]], "length": 13, "num_pairs": 13, "string": "uawcmngimuggz"}, "task_name": "task17", "example_name": "0116", "problem_name": "task17_0116"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngubryeoik\nIndices:\n(0, 9), (1, 6), (0, 2), (2, 7), (3, 6), (0, 3), (4, 9), (0, 2), (0, 3), (0, 2), (0, 7), (0, 9), (3, 7)", "label": {"final": "ouyikebgr", "init": "gubryeoik", "intermediate": ["kgubryeoi", "kygubreoi", "ykgubreoi", "ykegubroi", "ykebguroi", "eykbguroi", "eykbiguro", "yekbiguro", "kyebiguro", "ykebiguro", "uykebigro", "ouykebigr"]}, "config": {"combinations": [[1, 9], [2, 6], [1, 2], [3, 7], [4, 6], [1, 3], [5, 9], [1, 2], [1, 3], [1, 2], [1, 7], [1, 9], [4, 7]], "length": 9, "num_pairs": 13, "string": "gubryeoik"}, "task_name": "task17", "example_name": "0117", "problem_name": "task17_0117"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndpmwlhkdmre\nIndices:\n(1, 6), (0, 5), (0, 3), (0, 11), (4, 7), (0, 4), (1, 10), (0, 2), (4, 9), (4, 9), (6, 9), (6, 10), (0, 2)", "label": {"final": "dmehmkdpwlr", "init": "dpmwlhkdmre", "intermediate": ["dhpmwlkdmre", "wdhpmlkdmre", "hwdpmlkdmre", "ehwdpmlkdmr", "ehwdlpmkdmr", "dehwlpmkdmr", "dmehwlpmkdr", "mdehwlpmkdr", "mdehkwlpmdr", "mdehmkwlpdr", "mdehmkpwldr", "mdehmkdpwlr"]}, "config": {"combinations": [[2, 6], [1, 5], [1, 3], [1, 11], [5, 7], [1, 4], [2, 10], [1, 2], [5, 9], [5, 9], [7, 9], [7, 10], [1, 2]], "length": 11, "num_pairs": 13, "string": "dpmwlhkdmre"}, "task_name": "task17", "example_name": "0118", "problem_name": "task17_0118"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nseyiczozhmcrca\nIndices:\n(9, 12), (0, 2), (0, 2), (5, 11), (0, 3), (1, 11), (9, 13), (2, 14), (4, 13), (3, 14), (6, 10), (7, 14), (2, 5)", "label": {"final": "yrsachmzeiczoc", "init": "seyiczozhmcrca", "intermediate": ["seyiczozhrmcca", "esyiczozhrmcca", "seyiczozhrmcca", "seyicmzozhrcca", "yseicmzozhrcca", "yrseicmzozhcca", "yrseicmzoczhca", "yraseicmzoczhc", "yrasheicmzoczc", "yracsheicmzocz", "yracshmeiczocz", "yracshmzeiczoc"]}, "config": {"combinations": [[10, 12], [1, 2], [1, 2], [6, 11], [1, 3], [2, 11], [10, 13], [3, 14], [5, 13], [4, 14], [7, 10], [8, 14], [3, 5]], "length": 14, "num_pairs": 13, "string": "seyiczozhmcrca"}, "task_name": "task17", "example_name": "0119", "problem_name": "task17_0119"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntivjqvy\nIndices:\n(0, 2), (2, 6), (1, 7), (0, 5), (0, 2), (0, 3), (2, 6), (0, 2), (0, 2), (3, 7), (3, 6), (4, 7), (0, 3), (0, 4)", "label": {"final": "tjyivqv", "init": "tivjqvy", "intermediate": ["itvjqvy", "itvvjqy", "iytvvjq", "viytvjq", "ivytvjq", "yivtvjq", "yijvtvq", "iyjvtvq", "yijvtvq", "yijqvtv", "yijtqvv", "yijtvqv", "jyitvqv"]}, "config": {"combinations": [[1, 2], [3, 6], [2, 7], [1, 5], [1, 2], [1, 3], [3, 6], [1, 2], [1, 2], [4, 7], [4, 6], [5, 7], [1, 3], [1, 4]], "length": 7, "num_pairs": 14, "string": "tivjqvy"}, "task_name": "task17", "example_name": "0120", "problem_name": "task17_0120"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfzylctxuyypwnl\nIndices:\n(3, 7), (0, 6), (1, 10), (0, 2), (4, 11), (0, 5), (0, 3), (7, 12), (4, 7), (0, 2), (0, 2), (3, 10), (8, 11), (1, 5)", "label": {"final": "cfpytxzyuwlynl", "init": "fzylctxuyypwnl", "intermediate": ["fzyxlctuyypwnl", "cfzyxltuyypwnl", "cyfzyxltuypwnl", "ycfzyxltuypwnl", "ycfzpyxltuywnl", "pycfzyxltuywnl", "cpyfzyxltuywnl", "cpyfzyxwltuynl", "cpyfxzywltuynl", "pcyfxzywltuynl", "cpyfxzywltuynl", "cpytfxzywluynl", "cpytfxzyuwlynl"]}, "config": {"combinations": [[4, 7], [1, 6], [2, 10], [1, 2], [5, 11], [1, 5], [1, 3], [8, 12], [5, 7], [1, 2], [1, 2], [4, 10], [9, 11], [2, 5]], "length": 14, "num_pairs": 14, "string": "fzylctxuyypwnl"}, "task_name": "task17", "example_name": "0121", "problem_name": "task17_0121"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmaaybyf\nIndices:\n(0, 6), (4, 7), (1, 6), (0, 3), (0, 6), (1, 4), (0, 7), (0, 4), (0, 4), (3, 7), (0, 2), (0, 3), (1, 4), (1, 6)", "label": {"final": "byamyfa", "init": "maaybyf", "intermediate": ["ymaaybf", "ymaafyb", "yymaafb", "myyaafb", "fmyyaab", "fymyaab", "bfymyaa", "mbfyyaa", "ymbfyaa", "ymbafya", "mybafya", "bmyafya", "bamyfya"]}, "config": {"combinations": [[1, 6], [5, 7], [2, 6], [1, 3], [1, 6], [2, 4], [1, 7], [1, 4], [1, 4], [4, 7], [1, 2], [1, 3], [2, 4], [2, 6]], "length": 7, "num_pairs": 14, "string": "maaybyf"}, "task_name": "task17", "example_name": "0122", "problem_name": "task17_0122"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntlgnqtraezo\nIndices:\n(8, 11), (0, 7), (0, 8), (0, 2), (2, 5), (4, 7), (1, 5), (0, 8), (1, 4), (5, 9), (3, 7), (0, 3), (0, 3), (2, 5)", "label": {"final": "arqttgolnez", "init": "tlgnqtraezo", "intermediate": ["tlgnqtraoez", "rtlgnqtaoez", "artlgnqtoez", "ratlgnqtoez", "ragtlnqtoez", "ragtqlntoez", "rqagtlntoez", "trqagtlnoez", "tarqgtlnoez", "tarqgotlnez", "tartqgolnez", "rtatqgolnez", "arttqgolnez"]}, "config": {"combinations": [[9, 11], [1, 7], [1, 8], [1, 2], [3, 5], [5, 7], [2, 5], [1, 8], [2, 4], [6, 9], [4, 7], [1, 3], [1, 3], [3, 5]], "length": 11, "num_pairs": 14, "string": "tlgnqtraezo"}, "task_name": "task17", "example_name": "0123", "problem_name": "task17_0123"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nuumkdwnheeirq\nIndices:\n(0, 2), (2, 8), (2, 10), (4, 11), (1, 10), (0, 2), (8, 12), (0, 3), (4, 7), (5, 9), (1, 6), (1, 9), (0, 2), (7, 11)", "label": {"final": "kurnuemwhideq", "init": "uumkdwnheeirq", "intermediate": ["uumkdwnheeirq", "uuhmkdwneeirq", "uuehmkdwneirq", "uuehimkdwnerq", "unuehimkdwerq", "nuuehimkdwerq", "nuuehimkrdweq", "unuehimkrdweq", "unuemhikrdweq", "unuemrhikdweq", "urnuemhikdweq", "ukrnuemhidweq", "kurnuemhidweq"]}, "config": {"combinations": [[1, 2], [3, 8], [3, 10], [5, 11], [2, 10], [1, 2], [9, 12], [1, 3], [5, 7], [6, 9], [2, 6], [2, 9], [1, 2], [8, 11]], "length": 13, "num_pairs": 14, "string": "uumkdwnheeirq"}, "task_name": "task17", "example_name": "0124", "problem_name": "task17_0124"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzwmjxtqs\nIndices:\n(3, 7), (1, 5), (1, 8), (0, 6), (0, 7), (3, 6), (3, 8), (0, 4), (2, 8), (2, 8), (1, 4), (2, 6), (1, 4), (0, 7)", "label": {"final": "wtxmzjqs", "init": "zwmjxtqs", "intermediate": ["zwmqjxts", "zjwmqxts", "zsjwmqxt", "qzsjwmxt", "xqzsjwmt", "xqzwsjmt", "xqztwsjm", "txqzwsjm", "txmqzwsj", "txjmqzws", "tmxjqzws", "tmzxjqws", "txmzjqws"]}, "config": {"combinations": [[4, 7], [2, 5], [2, 8], [1, 6], [1, 7], [4, 6], [4, 8], [1, 4], [3, 8], [3, 8], [2, 4], [3, 6], [2, 4], [1, 7]], "length": 8, "num_pairs": 14, "string": "zwmjxtqs"}, "task_name": "task17", "example_name": "0125", "problem_name": "task17_0125"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nppdzzuednemrc\nIndices:\n(2, 7), (4, 11), (5, 9), (0, 7), (2, 7), (3, 13), (2, 5), (0, 3), (4, 7), (0, 11), (0, 3), (2, 5), (1, 5), (0, 7)", "label": {"final": "czpndpdemzuer", "init": "ppdzzuednemrc", "intermediate": ["ppedzzudnemrc", "ppedmzzudnerc", "ppedmdzzunerc", "zppedmdzunerc", "zpdpedmzunerc", "zpdcpedmzuner", "zppdcedmzuner", "pzpdcedmzuner", "pzpddcemzuner", "npzpddcemzuer", "znppddcemzuer", "zndppdcemzuer", "zpndpdcemzuer"]}, "config": {"combinations": [[3, 7], [5, 11], [6, 9], [1, 7], [3, 7], [4, 13], [3, 5], [1, 3], [5, 7], [1, 11], [1, 3], [3, 5], [2, 5], [1, 7]], "length": 13, "num_pairs": 14, "string": "ppdzzuednemrc"}, "task_name": "task17", "example_name": "0126", "problem_name": "task17_0126"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nleseyzia\nIndices:\n(0, 2), (0, 2), (1, 6), (0, 6), (3, 7), (0, 7), (0, 2), (3, 7), (0, 4), (0, 3), (4, 7), (1, 4), (0, 4), (0, 7)", "label": {"final": "iyelseza", "init": "leseyzia", "intermediate": ["elseyzia", "leseyzia", "lzeseyia", "ylzeseia", "ylziesea", "eylziesa", "yelziesa", "yelsziea", "syelziea", "esylziea", "esylezia", "elsyezia", "yelsezia"]}, "config": {"combinations": [[1, 2], [1, 2], [2, 6], [1, 6], [4, 7], [1, 7], [1, 2], [4, 7], [1, 4], [1, 3], [5, 7], [2, 4], [1, 4], [1, 7]], "length": 8, "num_pairs": 14, "string": "leseyzia"}, "task_name": "task17", "example_name": "0127", "problem_name": "task17_0127"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nveyjvy\nIndices:\n(0, 5), (0, 2), (0, 5), (1, 6), (0, 5), (0, 3), (0, 3), (0, 4), (0, 2), (2, 5), (0, 3), (0, 3), (2, 6), (0, 5)", "label": {"final": "yvvyje", "init": "veyjvy", "intermediate": ["vveyjy", "vveyjy", "jvveyy", "jyvvey", "ejyvvy", "yejvvy", "jyevvy", "vjyevy", "jvyevy", "jvvyey", "vjvyey", "vvjyey", "vvyjye"]}, "config": {"combinations": [[1, 5], [1, 2], [1, 5], [2, 6], [1, 5], [1, 3], [1, 3], [1, 4], [1, 2], [3, 5], [1, 3], [1, 3], [3, 6], [1, 5]], "length": 6, "num_pairs": 14, "string": "veyjvy"}, "task_name": "task17", "example_name": "0128", "problem_name": "task17_0128"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntrfltqh\nIndices:\n(0, 7), (0, 3), (0, 3), (0, 2), (2, 5), (3, 7), (4, 7), (0, 3), (0, 3), (3, 7), (0, 4), (1, 5), (1, 6), (0, 5)", "label": {"final": "lftqtrh", "init": "trfltqh", "intermediate": ["htrfltq", "rhtfltq", "trhfltq", "rthfltq", "rtlhftq", "rtlqhft", "rtlqthf", "lrtqthf", "tlrqthf", "tlrfqth", "ftlrqth", "fqtlrth", "ftqtlrh"]}, "config": {"combinations": [[1, 7], [1, 3], [1, 3], [1, 2], [3, 5], [4, 7], [5, 7], [1, 3], [1, 3], [4, 7], [1, 4], [2, 5], [2, 6], [1, 5]], "length": 7, "num_pairs": 14, "string": "trfltqh"}, "task_name": "task17", "example_name": "0129", "problem_name": "task17_0129"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqqoxrsxaxu\nIndices:\n(3, 8), (0, 5), (0, 2), (1, 4), (1, 5), (1, 9), (4, 9), (0, 3), (2, 10), (0, 3), (1, 5), (0, 2), (0, 6), (0, 2), (0, 3)", "label": {"final": "uoxaqxxqrs", "init": "qqoxrsxaxu", "intermediate": ["qqoaxrsxxu", "xqqoarsxxu", "qxqoarsxxu", "qoxqarsxxu", "qaoxqrsxxu", "qxaoxqrsxu", "qxaoxxqrsu", "aqxoxxqrsu", "aquxoxxqrs", "uaqxoxxqrs", "uoaqxxxqrs", "ouaqxxxqrs", "xouaqxxqrs", "oxuaqxxqrs"]}, "config": {"combinations": [[4, 8], [1, 5], [1, 2], [2, 4], [2, 5], [2, 9], [5, 9], [1, 3], [3, 10], [1, 3], [2, 5], [1, 2], [1, 6], [1, 2], [1, 3]], "length": 10, "num_pairs": 15, "string": "qqoxrsxaxu"}, "task_name": "task17", "example_name": "0130", "problem_name": "task17_0130"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntbsjdxgmhchpq\nIndices:\n(3, 11), (2, 5), (9, 13), (1, 7), (4, 8), (6, 12), (0, 5), (3, 8), (1, 4), (1, 4), (0, 5), (1, 7), (0, 2), (1, 5), (5, 11)", "label": {"final": "shbgxqtjcdmhp", "init": "tbsjdxgmhchpq", "intermediate": ["tbshjdxgmhcpq", "tbjshdxgmhcpq", "tbjshdxgmqhcp", "txbjshdgmqhcp", "txbjgshdmqhcp", "txbjgschdmqhp", "gtxbjschdmqhp", "gtxhbjscdmqhp", "ghtxbjscdmqhp", "gxhtbjscdmqhp", "bgxhtjscdmqhp", "bsgxhtjcdmqhp", "sbgxhtjcdmqhp", "shbgxtjcdmqhp"]}, "config": {"combinations": [[4, 11], [3, 5], [10, 13], [2, 7], [5, 8], [7, 12], [1, 5], [4, 8], [2, 4], [2, 4], [1, 5], [2, 7], [1, 2], [2, 5], [6, 11]], "length": 13, "num_pairs": 15, "string": "tbsjdxgmhchpq"}, "task_name": "task17", "example_name": "0131", "problem_name": "task17_0131"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndhvntmkavxsf\nIndices:\n(0, 4), (2, 9), (4, 12), (5, 9), (4, 7), (3, 11), (6, 10), (5, 8), (1, 5), (0, 5), (1, 12), (0, 2), (3, 6), (0, 3), (6, 9)", "label": {"final": "nsxvhdmfvkta", "init": "dhvntmkavxsf", "intermediate": ["ndhvtmkavxsf", "ndvhvtmkaxsf", "ndvhfvtmkaxs", "ndvhfkvtmaxs", "ndvhvfktmaxs", "ndvxhvfktmas", "ndvxhvmfktas", "ndvxhfvmktas", "nhdvxfvmktas", "xnhdvfvmktas", "xsnhdvfvmkta", "sxnhdvfvmkta", "sxnvhdfvmkta", "nsxvhdfvmkta"]}, "config": {"combinations": [[1, 4], [3, 9], [5, 12], [6, 9], [5, 7], [4, 11], [7, 10], [6, 8], [2, 5], [1, 5], [2, 12], [1, 2], [4, 6], [1, 3], [7, 9]], "length": 12, "num_pairs": 15, "string": "dhvntmkavxsf"}, "task_name": "task17", "example_name": "0132", "problem_name": "task17_0132"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrhjxgpbabhy\nIndices:\n(2, 8), (1, 11), (2, 11), (5, 9), (1, 4), (1, 7), (2, 7), (0, 2), (0, 5), (0, 2), (0, 7), (1, 7), (5, 10), (0, 4), (2, 8)", "label": {"final": "yahhjrbpxgb", "init": "rhjxgpbabhy", "intermediate": ["rhajxgpbbhy", "ryhajxgpbbh", "ryhhajxgpbb", "ryhhapjxgbb", "rhyhapjxgbb", "rjhyhapxgbb", "rjphyhaxgbb", "jrphyhaxgbb", "yjrphhaxgbb", "jyrphhaxgbb", "ajyrphhxgbb", "ahjyrphxgbb", "ahjyrbphxgb", "yahjrbphxgb"]}, "config": {"combinations": [[3, 8], [2, 11], [3, 11], [6, 9], [2, 4], [2, 7], [3, 7], [1, 2], [1, 5], [1, 2], [1, 7], [2, 7], [6, 10], [1, 4], [3, 8]], "length": 11, "num_pairs": 15, "string": "rhjxgpbabhy"}, "task_name": "task17", "example_name": "0133", "problem_name": "task17_0133"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwcyxtnjiwwpwkx\nIndices:\n(7, 10), (0, 12), (1, 8), (1, 8), (0, 5), (5, 14), (3, 14), (4, 10), (0, 3), (4, 12), (0, 2), (4, 13), (2, 14), (6, 11), (0, 6)", "label": {"final": "wcnpwkxitjwyxw", "init": "wcyxtnjiwwpwkx", "intermediate": ["wcyxtnjwiwpwkx", "wwcyxtnjwiwpkx", "wjwcyxtnwiwpkx", "wnjwcyxtwiwpkx", "cwnjwyxtwiwpkx", "cwnjwxyxtwiwpk", "cwnkjwxyxtwiwp", "cwnktjwxyxwiwp", "ncwktjwxyxwiwp", "ncwkitjwxyxwwp", "cnwkitjwxyxwwp", "cnwkwitjwxyxwp", "cnpwkwitjwxyxw", "cnpwkwxitjwyxw"]}, "config": {"combinations": [[8, 10], [1, 12], [2, 8], [2, 8], [1, 5], [6, 14], [4, 14], [5, 10], [1, 3], [5, 12], [1, 2], [5, 13], [3, 14], [7, 11], [1, 6]], "length": 14, "num_pairs": 15, "string": "wcyxtnjiwwpwkx"}, "task_name": "task17", "example_name": "0134", "problem_name": "task17_0134"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzriqxvne\nIndices:\n(4, 8), (2, 7), (0, 5), (2, 6), (0, 3), (3, 7), (0, 6), (0, 5), (0, 2), (0, 2), (0, 8), (0, 4), (2, 7), (0, 4), (0, 4)", "label": {"final": "rxenvqzi", "init": "zriqxvne", "intermediate": ["zriqexvn", "zrviqexn", "qzrviexn", "qzervixn", "eqzrvixn", "eqzxrvin", "veqzxrin", "xveqzrin", "vxeqzrin", "xveqzrin", "nxveqzri", "enxvqzri", "enrxvqzi", "xenrvqzi"]}, "config": {"combinations": [[5, 8], [3, 7], [1, 5], [3, 6], [1, 3], [4, 7], [1, 6], [1, 5], [1, 2], [1, 2], [1, 8], [1, 4], [3, 7], [1, 4], [1, 4]], "length": 8, "num_pairs": 15, "string": "zriqxvne"}, "task_name": "task17", "example_name": "0135", "problem_name": "task17_0135"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nerdyt\nIndices:\n(1, 5), (0, 3), (0, 3), (0, 2), (0, 3), (0, 2), (0, 4), (0, 2), (0, 2), (0, 3), (0, 2), (0, 3), (0, 2), (0, 5), (1, 4)", "label": {"final": "yedrt", "init": "erdyt", "intermediate": ["etrdy", "retdy", "tredy", "rtedy", "ertdy", "retdy", "drety", "rdety", "drety", "edrty", "derty", "rdety", "drety", "ydret"]}, "config": {"combinations": [[2, 5], [1, 3], [1, 3], [1, 2], [1, 3], [1, 2], [1, 4], [1, 2], [1, 2], [1, 3], [1, 2], [1, 3], [1, 2], [1, 5], [2, 4]], "length": 5, "num_pairs": 15, "string": "erdyt"}, "task_name": "task17", "example_name": "0136", "problem_name": "task17_0136"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndpaaqakjwjfrez\nIndices:\n(1, 4), (1, 5), (6, 13), (1, 5), (0, 3), (1, 12), (8, 11), (0, 3), (1, 5), (3, 7), (1, 4), (10, 14), (0, 2), (0, 4), (0, 2)", "label": {"final": "aqdafapewkzjjr", "init": "dpaaqakjwjfrez", "intermediate": ["dapaqakjwjfrez", "dqapaakjwjfrez", "dqapaaekjwjfrz", "daqapaekjwjfrz", "qdaapaekjwjfrz", "qfdaapaekjwjrz", "qfdaapaewkjjrz", "dqfaapaewkjjrz", "daqfapaewkjjrz", "daqafapewkjjrz", "daaqfapewkjjrz", "daaqfapewkzjjr", "adaqfapewkzjjr", "qadafapewkzjjr"]}, "config": {"combinations": [[2, 4], [2, 5], [7, 13], [2, 5], [1, 3], [2, 12], [9, 11], [1, 3], [2, 5], [4, 7], [2, 4], [11, 14], [1, 2], [1, 4], [1, 2]], "length": 14, "num_pairs": 15, "string": "dpaaqakjwjfrez"}, "task_name": "task17", "example_name": "0137", "problem_name": "task17_0137"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqefsls\nIndices:\n(1, 4), (0, 3), (1, 5), (0, 2), (0, 3), (0, 4), (0, 5), (0, 3), (0, 5), (0, 3), (0, 3), (0, 5), (0, 5), (0, 4), (3, 6)", "label": {"final": "fslsqe", "init": "qefsls", "intermediate": ["qsefls", "eqsfls", "elqsfs", "leqsfs", "qlesfs", "sqlefs", "fsqles", "qfsles", "eqfsls", "feqsls", "qfesls", "lqfess", "slqfes", "fslqes"]}, "config": {"combinations": [[2, 4], [1, 3], [2, 5], [1, 2], [1, 3], [1, 4], [1, 5], [1, 3], [1, 5], [1, 3], [1, 3], [1, 5], [1, 5], [1, 4], [4, 6]], "length": 6, "num_pairs": 15, "string": "qefsls"}, "task_name": "task17", "example_name": "0138", "problem_name": "task17_0138"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkmqajhep\nIndices:\n(1, 6), (2, 6), (0, 3), (0, 3), (0, 2), (0, 8), (2, 6), (0, 2), (0, 2), (1, 4), (0, 2), (1, 6), (3, 8), (3, 7), (1, 8)", "label": {"final": "hampkejq", "init": "kmqajhep", "intermediate": ["khmqajep", "khjmqaep", "jkhmqaep", "hjkmqaep", "jhkmqaep", "pjhkmqae", "pjqhkmae", "jpqhkmae", "pjqhkmae", "phjqkmae", "hpjqkmae", "hmpjqkae", "hmpejqka", "hmpkejqa"]}, "config": {"combinations": [[2, 6], [3, 6], [1, 3], [1, 3], [1, 2], [1, 8], [3, 6], [1, 2], [1, 2], [2, 4], [1, 2], [2, 6], [4, 8], [4, 7], [2, 8]], "length": 8, "num_pairs": 15, "string": "kmqajhep"}, "task_name": "task17", "example_name": "0139", "problem_name": "task17_0139"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbfnvvxgylr\nIndices:\n(0, 2), (1, 5), (0, 5), (0, 3), (3, 6), (0, 2), (2, 10), (3, 7), (2, 9), (0, 3), (0, 5), (3, 7), (0, 2), (5, 9), (3, 6), (4, 10)", "label": {"final": "ynvglxvrfb", "init": "bfnvvxgylr", "intermediate": ["fbnvvxgylr", "fvbnvxgylr", "vfvbnxgylr", "vvfbnxgylr", "vvfxbngylr", "vvfxbngylr", "vvrfxbngyl", "vvrnfxbgyl", "vvyrnfxbgl", "yvvrnfxbgl", "nyvvrfxbgl", "nyvxvrfbgl", "ynvxvrfbgl", "ynvxvgrfbl", "ynvgxvrfbl"]}, "config": {"combinations": [[1, 2], [2, 5], [1, 5], [1, 3], [4, 6], [1, 2], [3, 10], [4, 7], [3, 9], [1, 3], [1, 5], [4, 7], [1, 2], [6, 9], [4, 6], [5, 10]], "length": 10, "num_pairs": 16, "string": "bfnvvxgylr"}, "task_name": "task17", "example_name": "0140", "problem_name": "task17_0140"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhhliswrb\nIndices:\n(2, 5), (0, 3), (0, 3), (0, 2), (0, 3), (1, 4), (1, 8), (3, 7), (0, 2), (1, 5), (1, 6), (3, 7), (3, 6), (1, 7), (1, 8), (2, 5)", "label": {"final": "brswhlih", "init": "hhliswrb", "intermediate": ["hhsliwrb", "shhliwrb", "hshliwrb", "shhliwrb", "hshliwrb", "hlshiwrb", "hblshiwr", "hblwshir", "bhlwshir", "bshlwhir", "bhshlwir", "bhsihlwr", "bhslihwr", "bwhslihr", "brwhslih"]}, "config": {"combinations": [[3, 5], [1, 3], [1, 3], [1, 2], [1, 3], [2, 4], [2, 8], [4, 7], [1, 2], [2, 5], [2, 6], [4, 7], [4, 6], [2, 7], [2, 8], [3, 5]], "length": 8, "num_pairs": 16, "string": "hhliswrb"}, "task_name": "task17", "example_name": "0141", "problem_name": "task17_0141"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntzeykofgkogo\nIndices:\n(7, 10), (3, 10), (5, 9), (2, 7), (2, 7), (0, 6), (6, 9), (2, 7), (1, 4), (4, 12), (1, 8), (6, 9), (0, 3), (5, 9), (0, 6), (7, 12)", "label": {"final": "kzketfogyoog", "init": "tzeykofgkogo", "intermediate": ["tzeykofogkgo", "tzekykofoggo", "tzekyokofggo", "tzkekyoofggo", "tzokekyofggo", "ktzokeyofggo", "ktzokefyoggo", "ktfzokeyoggo", "kztfokeyoggo", "kztfookeyogg", "keztfookyogg", "keztfoyokogg", "zketfoyokogg", "zketfkoyoogg", "kzketfoyoogg"]}, "config": {"combinations": [[8, 10], [4, 10], [6, 9], [3, 7], [3, 7], [1, 6], [7, 9], [3, 7], [2, 4], [5, 12], [2, 8], [7, 9], [1, 3], [6, 9], [1, 6], [8, 12]], "length": 12, "num_pairs": 16, "string": "tzeykofgkogo"}, "task_name": "task17", "example_name": "0142", "problem_name": "task17_0142"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzjnmoscnrme\nIndices:\n(0, 4), (3, 6), (0, 2), (0, 7), (4, 7), (0, 2), (1, 4), (0, 2), (0, 3), (1, 4), (5, 9), (0, 2), (2, 9), (4, 9), (0, 3), (0, 2)", "label": {"final": "mncjnzorsme", "init": "zjnmoscnrme", "intermediate": ["mzjnoscnrme", "mzjsnocnrme", "zmjsnocnrme", "czmjsnonrme", "czmjosnnrme", "zcmjosnnrme", "zjcmosnnrme", "jzcmosnnrme", "cjzmosnnrme", "cmjzosnnrme", "cmjzorsnnme", "mcjzorsnnme", "mcnjzorsnme", "mcnjnzorsme", "nmcjnzorsme"]}, "config": {"combinations": [[1, 4], [4, 6], [1, 2], [1, 7], [5, 7], [1, 2], [2, 4], [1, 2], [1, 3], [2, 4], [6, 9], [1, 2], [3, 9], [5, 9], [1, 3], [1, 2]], "length": 11, "num_pairs": 16, "string": "zjnmoscnrme"}, "task_name": "task17", "example_name": "0143", "problem_name": "task17_0143"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\naiircfvx\nIndices:\n(0, 3), (0, 2), (2, 8), (0, 3), (0, 4), (3, 7), (4, 7), (4, 7), (2, 7), (0, 7), (2, 7), (3, 6), (1, 7), (1, 6), (0, 2), (0, 5)", "label": {"final": "rxcfiaiv", "init": "aiircfvx", "intermediate": ["iaircfvx", "aiircfvx", "aixircfv", "xaiircfv", "ixaircfv", "ixafircv", "ixafcirv", "ixafrciv", "ixiafrcv", "cixiafrv", "cirxiafv", "ciraxifv", "cfiraxiv", "cxfiraiv", "xcfiraiv"]}, "config": {"combinations": [[1, 3], [1, 2], [3, 8], [1, 3], [1, 4], [4, 7], [5, 7], [5, 7], [3, 7], [1, 7], [3, 7], [4, 6], [2, 7], [2, 6], [1, 2], [1, 5]], "length": 8, "num_pairs": 16, "string": "aiircfvx"}, "task_name": "task17", "example_name": "0144", "problem_name": "task17_0144"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmingv\nIndices:\n(0, 2), (0, 2), (0, 2), (0, 2), (2, 5), (0, 2), (0, 4), (0, 4), (1, 5), (2, 5), (0, 2), (0, 3), (0, 3), (0, 3), (0, 2), (0, 2)", "label": {"final": "gvmni", "init": "mingv", "intermediate": ["imngv", "mingv", "imngv", "mingv", "mivng", "imvng", "nimvg", "vnimg", "vgnim", "vgmni", "gvmni", "mgvni", "vmgni", "gvmni", "vgmni"]}, "config": {"combinations": [[1, 2], [1, 2], [1, 2], [1, 2], [3, 5], [1, 2], [1, 4], [1, 4], [2, 5], [3, 5], [1, 2], [1, 3], [1, 3], [1, 3], [1, 2], [1, 2]], "length": 5, "num_pairs": 16, "string": "mingv"}, "task_name": "task17", "example_name": "0145", "problem_name": "task17_0145"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqifbbwwjfwfk\nIndices:\n(3, 6), (1, 5), (1, 4), (2, 8), (0, 3), (0, 10), (2, 8), (4, 7), (1, 4), (2, 11), (9, 12), (2, 12), (0, 8), (2, 8), (1, 5), (4, 9)", "label": {"final": "ffwibqfjbwkw", "init": "qifbbwwjfwfk", "intermediate": ["qifwbbwjfwfk", "qbifwbwjfwfk", "qfbiwbwjfwfk", "qfjbiwbwfwfk", "jqfbiwbwfwfk", "wjqfbiwbwffk", "wjbqfbiwwffk", "wjbqifbwwffk", "wqjbifbwwffk", "wqfjbifbwwfk", "wqfjbifbwkwf", "wqffjbifbwkw", "fwqffjbibwkw", "fwiqffjbbwkw", "ffwiqfjbbwkw"]}, "config": {"combinations": [[4, 6], [2, 5], [2, 4], [3, 8], [1, 3], [1, 10], [3, 8], [5, 7], [2, 4], [3, 11], [10, 12], [3, 12], [1, 8], [3, 8], [2, 5], [5, 9]], "length": 12, "num_pairs": 16, "string": "qifbbwwjfwfk"}, "task_name": "task17", "example_name": "0146", "problem_name": "task17_0146"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngvkuw\nIndices:\n(0, 3), (0, 2), (0, 3), (0, 4), (0, 2), (1, 4), (0, 3), (0, 3), (0, 2), (0, 2), (0, 5), (0, 2), (1, 4), (0, 2), (0, 4), (1, 4)", "label": {"final": "uwvkg", "init": "gvkuw", "intermediate": ["kgvuw", "gkvuw", "vgkuw", "uvgkw", "vugkw", "vkugw", "uvkgw", "kuvgw", "ukvgw", "kuvgw", "wkuvg", "kwuvg", "kvwug", "vkwug", "uvkwg"]}, "config": {"combinations": [[1, 3], [1, 2], [1, 3], [1, 4], [1, 2], [2, 4], [1, 3], [1, 3], [1, 2], [1, 2], [1, 5], [1, 2], [2, 4], [1, 2], [1, 4], [2, 4]], "length": 5, "num_pairs": 16, "string": "gvkuw"}, "task_name": "task17", "example_name": "0147", "problem_name": "task17_0147"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwjtsxjwepytte\nIndices:\n(0, 4), (0, 3), (2, 13), (2, 7), (3, 8), (0, 7), (3, 8), (7, 12), (6, 12), (0, 4), (2, 9), (10, 13), (9, 12), (7, 12), (5, 8), (1, 10)", "label": {"final": "xettjstjwyewp", "init": "wjtsxjwepytte", "intermediate": ["swjtxjwepytte", "jswtxjwepytte", "jsewtxjwepytt", "jsjewtxwepytt", "jsjwewtxepytt", "tjsjwewxepytt", "tjsxjwewepytt", "tjsxjwetwepyt", "tjsxjwyetwept", "xtjsjwyetwept", "xttjsjwyewept", "xttjsjwyewtep", "xttjsjwyeewtp", "xttjsjwtyeewp", "xttjstjwyeewp"]}, "config": {"combinations": [[1, 4], [1, 3], [3, 13], [3, 7], [4, 8], [1, 7], [4, 8], [8, 12], [7, 12], [1, 4], [3, 9], [11, 13], [10, 12], [8, 12], [6, 8], [2, 10]], "length": 13, "num_pairs": 16, "string": "wjtsxjwepytte"}, "task_name": "task17", "example_name": "0148", "problem_name": "task17_0148"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrsqtcdmmbd\nIndices:\n(3, 9), (0, 2), (1, 5), (0, 2), (1, 6), (0, 4), (0, 2), (5, 9), (1, 7), (0, 6), (1, 5), (2, 9), (2, 6), (2, 7), (1, 8), (0, 5)", "label": {"final": "rqmcsmtbdd", "init": "rsqtcdmmbd", "intermediate": ["rsqbtcdmmd", "srqbtcdmmd", "strqbcdmmd", "tsrqbcdmmd", "tcsrqbdmmd", "rtcsqbdmmd", "trcsqbdmmd", "trcsqmbdmd", "tbrcsqmdmd", "qtbrcsmdmd", "qctbrsmdmd", "qcmtbrsmdd", "qcrmtbsmdd", "qcsrmtbmdd", "qmcsrmtbdd"]}, "config": {"combinations": [[4, 9], [1, 2], [2, 5], [1, 2], [2, 6], [1, 4], [1, 2], [6, 9], [2, 7], [1, 6], [2, 5], [3, 9], [3, 6], [3, 7], [2, 8], [1, 5]], "length": 10, "num_pairs": 16, "string": "rsqtcdmmbd"}, "task_name": "task17", "example_name": "0149", "problem_name": "task17_0149"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxhptffbwuyjss\nIndices:\n(5, 13), (0, 3), (0, 2), (1, 4), (0, 3), (9, 12), (0, 2), (2, 13), (1, 4), (0, 10), (1, 5), (0, 12), (2, 10), (4, 13), (0, 3), (1, 4), (3, 9)", "label": {"final": "fsuhwyxtpfsbj", "init": "xhptffbwuyjss", "intermediate": ["xhptfsfbwuyjs", "pxhtfsfbwuyjs", "xphtfsfbwuyjs", "xtphfsfbwuyjs", "pxthfsfbwuyjs", "pxthfsfbwjuys", "xpthfsfbwjuys", "xpsthfsfbwjuy", "xtpshfsfbwjuy", "wxtpshfsfbjuy", "wsxtphfsfbjuy", "uwsxtphfsfbjy", "uwfsxtphfsbjy", "uwfsyxtphfsbj", "fuwsyxtphfsbj", "fsuwyxtphfsbj"]}, "config": {"combinations": [[6, 13], [1, 3], [1, 2], [2, 4], [1, 3], [10, 12], [1, 2], [3, 13], [2, 4], [1, 10], [2, 5], [1, 12], [3, 10], [5, 13], [1, 3], [2, 4], [4, 9]], "length": 13, "num_pairs": 17, "string": "xhptffbwuyjss"}, "task_name": "task17", "example_name": "0150", "problem_name": "task17_0150"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntqlqsm\nIndices:\n(1, 4), (0, 3), (0, 3), (0, 2), (0, 2), (0, 3), (0, 2), (2, 6), (0, 2), (0, 3), (0, 3), (0, 2), (2, 6), (0, 2), (0, 3), (2, 6), (0, 6)", "label": {"final": "qsqlmt", "init": "tqlqsm", "intermediate": ["tqqlsm", "qtqlsm", "qqtlsm", "qqtlsm", "qqtlsm", "tqqlsm", "qtqlsm", "qtmqls", "tqmqls", "mtqqls", "qmtqls", "mqtqls", "mqstql", "qmstql", "sqmtql", "sqlmtq"]}, "config": {"combinations": [[2, 4], [1, 3], [1, 3], [1, 2], [1, 2], [1, 3], [1, 2], [3, 6], [1, 2], [1, 3], [1, 3], [1, 2], [3, 6], [1, 2], [1, 3], [3, 6], [1, 6]], "length": 6, "num_pairs": 17, "string": "tqlqsm"}, "task_name": "task17", "example_name": "0151", "problem_name": "task17_0151"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\noxpapskll\nIndices:\n(3, 8), (1, 4), (0, 9), (0, 2), (1, 6), (3, 7), (1, 5), (1, 4), (2, 9), (1, 5), (0, 4), (0, 2), (0, 3), (1, 6), (2, 8), (0, 6), (0, 4)", "label": {"final": "plapoklxs", "init": "oxpapskll", "intermediate": ["oxplapskl", "olxpapskl", "lolxpapsk", "ollxpapsk", "oallxppsk", "oalplxpsk", "olalpxpsk", "ollapxpsk", "olklapxps", "oalklpxps", "koallpxps", "okallpxps", "aokllpxps", "apokllxps", "appokllxs", "lappoklxs"]}, "config": {"combinations": [[4, 8], [2, 4], [1, 9], [1, 2], [2, 6], [4, 7], [2, 5], [2, 4], [3, 9], [2, 5], [1, 4], [1, 2], [1, 3], [2, 6], [3, 8], [1, 6], [1, 4]], "length": 9, "num_pairs": 17, "string": "oxpapskll"}, "task_name": "task17", "example_name": "0152", "problem_name": "task17_0152"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npntlyhongcpna\nIndices:\n(1, 5), (2, 7), (1, 6), (6, 10), (2, 8), (5, 9), (1, 12), (4, 10), (3, 13), (3, 13), (0, 6), (1, 6), (0, 2), (3, 11), (0, 7), (0, 11), (1, 7)", "label": {"final": "nnpahpnlcyotg", "init": "pntlyhongcpna", "intermediate": ["pyntlhongcpna", "pyontlhngcpna", "plyonthngcpna", "plyontchngpna", "plhyontcngpna", "plhyonntcgpna", "pnlhyonntcgpa", "pnlhcyonntgpa", "pnlahcyonntgp", "pnlpahcyonntg", "hpnlpacyonntg", "hapnlpcyonntg", "ahpnlpcyonntg", "ahpnnlpcyontg", "pahpnnlcyontg", "npahpnnlcyotg"]}, "config": {"combinations": [[2, 5], [3, 7], [2, 6], [7, 10], [3, 8], [6, 9], [2, 12], [5, 10], [4, 13], [4, 13], [1, 6], [2, 6], [1, 2], [4, 11], [1, 7], [1, 11], [2, 7]], "length": 13, "num_pairs": 17, "string": "pntlyhongcpna"}, "task_name": "task17", "example_name": "0153", "problem_name": "task17_0153"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncdogkj\nIndices:\n(0, 2), (0, 4), (0, 3), (2, 6), (0, 3), (0, 4), (0, 2), (0, 2), (3, 6), (0, 6), (1, 5), (1, 5), (0, 2), (0, 3), (0, 3), (0, 3), (0, 3)", "label": {"final": "kcodjg", "init": "cdogkj", "intermediate": ["dcogkj", "gdcokj", "cgdokj", "cgjdok", "jcgdok", "djcgok", "jdcgok", "djcgok", "djckgo", "odjckg", "okdjcg", "ockdjg", "cokdjg", "kcodjg", "okcdjg", "cokdjg"]}, "config": {"combinations": [[1, 2], [1, 4], [1, 3], [3, 6], [1, 3], [1, 4], [1, 2], [1, 2], [4, 6], [1, 6], [2, 5], [2, 5], [1, 2], [1, 3], [1, 3], [1, 3], [1, 3]], "length": 6, "num_pairs": 17, "string": "cdogkj"}, "task_name": "task17", "example_name": "0154", "problem_name": "task17_0154"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nuxggvk\nIndices:\n(1, 4), (0, 2), (0, 4), (0, 5), (1, 4), (0, 2), (0, 3), (0, 3), (0, 6), (1, 5), (0, 6), (1, 5), (0, 5), (0, 3), (0, 2), (0, 2), (1, 5)", "label": {"final": "ggvxku", "init": "uxggvk", "intermediate": ["ugxgvk", "guxgvk", "gguxvk", "vgguxk", "vuggxk", "uvggxk", "guvgxk", "vgugxk", "kvgugx", "kgvgux", "xkgvgu", "xgkgvu", "vxgkgu", "gvxkgu", "vgxkgu", "gvxkgu"]}, "config": {"combinations": [[2, 4], [1, 2], [1, 4], [1, 5], [2, 4], [1, 2], [1, 3], [1, 3], [1, 6], [2, 5], [1, 6], [2, 5], [1, 5], [1, 3], [1, 2], [1, 2], [2, 5]], "length": 6, "num_pairs": 17, "string": "uxggvk"}, "task_name": "task17", "example_name": "0155", "problem_name": "task17_0155"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbimpat\nIndices:\n(2, 6), (2, 6), (0, 3), (1, 6), (1, 4), (0, 5), (2, 6), (0, 3), (0, 2), (0, 2), (0, 3), (0, 2), (1, 4), (2, 6), (0, 2), (3, 6), (3, 6)", "label": {"final": "imbtpa", "init": "bimpat", "intermediate": ["bitmpa", "biatmp", "abitmp", "apbitm", "aipbtm", "taipbm", "tamipb", "mtaipb", "tmaipb", "mtaipb", "amtipb", "matipb", "miatpb", "mibatp", "imbatp", "imbpat"]}, "config": {"combinations": [[3, 6], [3, 6], [1, 3], [2, 6], [2, 4], [1, 5], [3, 6], [1, 3], [1, 2], [1, 2], [1, 3], [1, 2], [2, 4], [3, 6], [1, 2], [4, 6], [4, 6]], "length": 6, "num_pairs": 17, "string": "bimpat"}, "task_name": "task17", "example_name": "0156", "problem_name": "task17_0156"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxdfmez\nIndices:\n(0, 3), (0, 3), (0, 3), (0, 3), (2, 6), (0, 5), (0, 4), (2, 5), (0, 2), (0, 6), (0, 4), (0, 5), (0, 4), (1, 5), (1, 6), (0, 2), (1, 4)", "label": {"final": "xfmzde", "init": "xdfmez", "intermediate": ["fxdmez", "dfxmez", "xdfmez", "fxdmez", "fxzdme", "mfxzde", "zmfxde", "zmdfxe", "mzdfxe", "emzdfx", "demzfx", "fdemzx", "mfdezx", "mzfdex", "mxzfde", "xmzfde"]}, "config": {"combinations": [[1, 3], [1, 3], [1, 3], [1, 3], [3, 6], [1, 5], [1, 4], [3, 5], [1, 2], [1, 6], [1, 4], [1, 5], [1, 4], [2, 5], [2, 6], [1, 2], [2, 4]], "length": 6, "num_pairs": 17, "string": "xdfmez"}, "task_name": "task17", "example_name": "0157", "problem_name": "task17_0157"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwyaadcifdmz\nIndices:\n(1, 5), (0, 5), (0, 3), (0, 3), (7, 11), (1, 4), (4, 7), (6, 11), (3, 6), (5, 8), (2, 6), (0, 7), (3, 6), (2, 6), (6, 9), (0, 6), (1, 4)", "label": {"final": "cdiwyazamfd", "init": "wyaadcifdmz", "intermediate": ["wdyaacifdmz", "awdyacifdmz", "dawyacifdmz", "wdayacifdmz", "wdayacizfdm", "wydaacizfdm", "wydaiaczfdm", "wydaiamczfd", "wydaaimczfd", "wydaacimzfd", "wycdaaimzfd", "iwycdaamzfd", "iwyacdamzfd", "iwdyacamzfd", "iwdyaczamfd", "ciwdyazamfd"]}, "config": {"combinations": [[2, 5], [1, 5], [1, 3], [1, 3], [8, 11], [2, 4], [5, 7], [7, 11], [4, 6], [6, 8], [3, 6], [1, 7], [4, 6], [3, 6], [7, 9], [1, 6], [2, 4]], "length": 11, "num_pairs": 17, "string": "wyaadcifdmz"}, "task_name": "task17", "example_name": "0158", "problem_name": "task17_0158"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwrkvgcgiwgbc\nIndices:\n(2, 10), (6, 12), (4, 8), (0, 12), (0, 3), (0, 2), (5, 10), (6, 9), (1, 11), (0, 4), (0, 2), (4, 8), (0, 2), (0, 4), (0, 2), (0, 2), (0, 4)", "label": {"final": "irwbggkgcvcw", "init": "wrkvgcgiwgbc", "intermediate": ["wrgkvgcgiwbc", "wrgkvgccgiwb", "wrgkcvgcgiwb", "bwrgkcvgcgiw", "rbwgkcvgcgiw", "brwgkcvgcgiw", "brwgkgcvgciw", "brwgkggcvciw", "birwgkggcvcw", "wbirgkggcvcw", "bwirgkggcvcw", "bwirggkgcvcw", "wbirggkgcvcw", "rwbiggkgcvcw", "wrbiggkgcvcw", "rwbiggkgcvcw"]}, "config": {"combinations": [[3, 10], [7, 12], [5, 8], [1, 12], [1, 3], [1, 2], [6, 10], [7, 9], [2, 11], [1, 4], [1, 2], [5, 8], [1, 2], [1, 4], [1, 2], [1, 2], [1, 4]], "length": 12, "num_pairs": 17, "string": "wrkvgcgiwgbc"}, "task_name": "task17", "example_name": "0159", "problem_name": "task17_0159"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnyidetnvy\nIndices:\n(0, 2), (0, 5), (3, 8), (1, 7), (5, 8), (1, 5), (0, 7), (2, 7), (0, 4), (1, 6), (2, 8), (5, 8), (5, 8), (3, 6), (0, 4), (2, 5), (2, 6), (0, 3)", "label": {"final": "etviydnny", "init": "nyidetnvy", "intermediate": ["ynidetnvy", "eynidtnvy", "eynvidtny", "etynvidny", "etynvnidy", "evtynnidy", "ievtynndy", "ienvtyndy", "vientyndy", "vyientndy", "vydientny", "vydiennty", "vydietnny", "vydtienny", "tvydienny", "tviydenny", "tveiydnny"]}, "config": {"combinations": [[1, 2], [1, 5], [4, 8], [2, 7], [6, 8], [2, 5], [1, 7], [3, 7], [1, 4], [2, 6], [3, 8], [6, 8], [6, 8], [4, 6], [1, 4], [3, 5], [3, 6], [1, 3]], "length": 9, "num_pairs": 18, "string": "nyidetnvy"}, "task_name": "task17", "example_name": "0160", "problem_name": "task17_0160"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nitcoushwirdg\nIndices:\n(2, 12), (2, 5), (7, 10), (0, 7), (1, 11), (0, 9), (0, 3), (1, 5), (8, 12), (1, 6), (9, 12), (0, 9), (6, 9), (7, 10), (4, 10), (1, 10), (0, 2), (5, 11)", "label": {"final": "idrotugiscwh", "init": "itcoushwirdg", "intermediate": ["itgcoushwird", "itogcushwird", "itogcusihwrd", "sitogcuihwrd", "sritogcuihwd", "isritogcuhwd", "risitogcuhwd", "rtisiogcuhwd", "rtisiogcduhw", "rotisigcduhw", "rotisigcdwuh", "drotisigcwuh", "drotiscigwuh", "drotiscwiguh", "drotgiscwiuh", "dirotgiscwuh", "idrotgiscwuh"]}, "config": {"combinations": [[3, 12], [3, 5], [8, 10], [1, 7], [2, 11], [1, 9], [1, 3], [2, 5], [9, 12], [2, 6], [10, 12], [1, 9], [7, 9], [8, 10], [5, 10], [2, 10], [1, 2], [6, 11]], "length": 12, "num_pairs": 18, "string": "itcoushwirdg"}, "task_name": "task17", "example_name": "0161", "problem_name": "task17_0161"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nufvptbhzuomh\nIndices:\n(0, 2), (4, 7), (0, 8), (1, 6), (0, 2), (8, 12), (1, 6), (1, 12), (1, 4), (3, 7), (3, 6), (4, 9), (3, 6), (4, 9), (1, 12), (2, 6), (1, 12), (0, 3)", "label": {"final": "ohutzmvfbpuh", "init": "ufvptbhzuomh", "intermediate": ["fuvptbhzuomh", "fuvphtbzuomh", "zfuvphtbuomh", "zhfuvptbuomh", "hzfuvptbuomh", "hzfuvptbhuom", "hpzfuvtbhuom", "hmpzfuvtbhuo", "hzmpfuvtbhuo", "hzmvpfutbhuo", "hzmfvputbhuo", "hzmfbvputhuo", "hzmvfbputhuo", "hzmvtfbpuhuo", "hozmvtfbpuhu", "hotzmvfbpuhu", "huotzmvfbpuh"]}, "config": {"combinations": [[1, 2], [5, 7], [1, 8], [2, 6], [1, 2], [9, 12], [2, 6], [2, 12], [2, 4], [4, 7], [4, 6], [5, 9], [4, 6], [5, 9], [2, 12], [3, 6], [2, 12], [1, 3]], "length": 12, "num_pairs": 18, "string": "ufvptbhzuomh"}, "task_name": "task17", "example_name": "0162", "problem_name": "task17_0162"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nywpkcxuihzi\nIndices:\n(2, 11), (2, 9), (0, 3), (2, 8), (0, 3), (5, 10), (5, 8), (0, 2), (4, 11), (3, 11), (0, 7), (0, 2), (2, 5), (1, 9), (0, 3), (0, 2), (6, 10), (1, 4)", "label": {"final": "iuihxypwzkc", "init": "ywpkcxuihzi", "intermediate": ["ywipkcxuihz", "ywiipkcxuhz", "iywipkcxuhz", "iyxwipkcuhz", "xiywipkcuhz", "xiywihpkcuz", "xiywikhpcuz", "ixywikhpcuz", "ixywzikhpcu", "ixyuwzikhpc", "iixyuwzkhpc", "iixyuwzkhpc", "iiuxywzkhpc", "ihiuxywzkpc", "iihuxywzkpc", "iihuxywzkpc", "iihuxypwzkc"]}, "config": {"combinations": [[3, 11], [3, 9], [1, 3], [3, 8], [1, 3], [6, 10], [6, 8], [1, 2], [5, 11], [4, 11], [1, 7], [1, 2], [3, 5], [2, 9], [1, 3], [1, 2], [7, 10], [2, 4]], "length": 11, "num_pairs": 18, "string": "ywpkcxuihzi"}, "task_name": "task17", "example_name": "0163", "problem_name": "task17_0163"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nytgivaj\nIndices:\n(0, 6), (0, 5), (1, 7), (1, 4), (1, 7), (0, 3), (0, 4), (2, 5), (0, 3), (0, 4), (1, 6), (3, 6), (1, 4), (0, 3), (0, 3), (0, 3), (0, 3), (2, 5)", "label": {"final": "tijvayg", "init": "ytgivaj", "intermediate": ["aytgivj", "iaytgvj", "ijaytgv", "iyjatgv", "ivyjatg", "yivjatg", "jyivatg", "jyaivtg", "ajyivtg", "iajyvtg", "itajyvg", "itavjyg", "ivtajyg", "tivajyg", "vtiajyg", "ivtajyg", "tivajyg"]}, "config": {"combinations": [[1, 6], [1, 5], [2, 7], [2, 4], [2, 7], [1, 3], [1, 4], [3, 5], [1, 3], [1, 4], [2, 6], [4, 6], [2, 4], [1, 3], [1, 3], [1, 3], [1, 3], [3, 5]], "length": 7, "num_pairs": 18, "string": "ytgivaj"}, "task_name": "task17", "example_name": "0164", "problem_name": "task17_0164"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\neuccpxrwwry\nIndices:\n(0, 2), (1, 4), (5, 10), (5, 8), (3, 10), (0, 2), (2, 11), (2, 5), (4, 11), (7, 10), (1, 4), (6, 10), (2, 10), (0, 3), (1, 7), (4, 7), (4, 7), (0, 7)", "label": {"final": "upecywwrcrx", "init": "euccpxrwwry", "intermediate": ["ueccpxrwwry", "ucecpxrwwry", "ucecprxrwwy", "ucecprrxwwy", "ucewcprrxwy", "cuewcprrxwy", "cuyewcprrxw", "cuwyecprrxw", "cuwywecprrx", "cuwywecrprx", "cyuwwecrprx", "cyuwwercrpx", "cypuwwercrx", "pcyuwwercrx", "pecyuwwrcrx", "pecywuwrcrx", "pecywwurcrx"]}, "config": {"combinations": [[1, 2], [2, 4], [6, 10], [6, 8], [4, 10], [1, 2], [3, 11], [3, 5], [5, 11], [8, 10], [2, 4], [7, 10], [3, 10], [1, 3], [2, 7], [5, 7], [5, 7], [1, 7]], "length": 11, "num_pairs": 18, "string": "euccpxrwwry"}, "task_name": "task17", "example_name": "0165", "problem_name": "task17_0165"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvdhlomxq\nIndices:\n(2, 6), (2, 5), (3, 8), (0, 5), (0, 3), (0, 7), (0, 3), (0, 2), (0, 3), (0, 7), (1, 4), (0, 2), (3, 6), (0, 5), (0, 3), (4, 7), (0, 3), (1, 7)", "label": {"final": "mvhodqlx", "init": "vdhlomxq", "intermediate": ["vdmhloxq", "vdlmhoxq", "vdlqmhox", "mvdlqhox", "dmvlqhox", "odmvlqhx", "modvlqhx", "omdvlqhx", "domvlqhx", "hdomvlqx", "hmdovlqx", "mhdovlqx", "mhdlovqx", "omhdlvqx", "homdlvqx", "homdqlvx", "mhodqlvx"]}, "config": {"combinations": [[3, 6], [3, 5], [4, 8], [1, 5], [1, 3], [1, 7], [1, 3], [1, 2], [1, 3], [1, 7], [2, 4], [1, 2], [4, 6], [1, 5], [1, 3], [5, 7], [1, 3], [2, 7]], "length": 8, "num_pairs": 18, "string": "vdhlomxq"}, "task_name": "task17", "example_name": "0166", "problem_name": "task17_0166"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzbhzcjerlwzwi\nIndices:\n(0, 6), (0, 8), (4, 11), (1, 13), (7, 13), (3, 13), (9, 13), (0, 6), (2, 7), (5, 9), (0, 8), (0, 13), (0, 3), (1, 4), (1, 12), (1, 10), (0, 4), (0, 8)", "label": {"final": "irbwzezzjwhlc", "init": "zbhzcjerlwzwi", "intermediate": ["jzbhzcerlwzwi", "rjzbhzcelwzwi", "rjzbzhzcelwwi", "rijzbzhzcelww", "rijzbzhwzcelw", "rijwzbzhwzcel", "rijwzbzhwlzce", "brijwzzhwlzce", "brzijwzhwlzce", "brzijwwzhlzce", "zbrzijwwhlzce", "ezbrzijwwhlzc", "bezrzijwwhlzc", "brezzijwwhlzc", "bzrezzijwwhlc", "bwzrezzijwhlc", "rbwzezzijwhlc"]}, "config": {"combinations": [[1, 6], [1, 8], [5, 11], [2, 13], [8, 13], [4, 13], [10, 13], [1, 6], [3, 7], [6, 9], [1, 8], [1, 13], [1, 3], [2, 4], [2, 12], [2, 10], [1, 4], [1, 8]], "length": 13, "num_pairs": 18, "string": "zbhzcjerlwzwi"}, "task_name": "task17", "example_name": "0167", "problem_name": "task17_0167"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npjasnarhoeo\nIndices:\n(1, 6), (3, 8), (1, 4), (0, 4), (0, 4), (0, 3), (0, 10), (3, 10), (0, 2), (1, 6), (1, 4), (3, 11), (1, 7), (7, 11), (2, 6), (1, 6), (4, 10), (5, 8)", "label": {"final": "pojesoahran", "init": "pjasnarhoeo", "intermediate": ["pajasnrhoeo", "pajhasnroeo", "phajasnroeo", "jphaasnroeo", "ajphasnroeo", "pajhasnroeo", "epajhasnroo", "epaojhasnro", "peaojhasnro", "pheaojasnro", "paheojasnro", "pahoeojasnr", "pjahoeoasnr", "pjahoeorasn", "pjeahoorasn", "pojeahorasn", "pojesahoran"]}, "config": {"combinations": [[2, 6], [4, 8], [2, 4], [1, 4], [1, 4], [1, 3], [1, 10], [4, 10], [1, 2], [2, 6], [2, 4], [4, 11], [2, 7], [8, 11], [3, 6], [2, 6], [5, 10], [6, 8]], "length": 11, "num_pairs": 18, "string": "pjasnarhoeo"}, "task_name": "task17", "example_name": "0168", "problem_name": "task17_0168"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncrrmzcqc\nIndices:\n(1, 4), (2, 6), (1, 8), (0, 2), (0, 2), (2, 7), (0, 5), (1, 6), (1, 4), (0, 3), (0, 5), (0, 2), (0, 3), (0, 4), (1, 5), (0, 3), (3, 8), (2, 5)", "label": {"final": "ccrcqzmr", "init": "crrmzcqc", "intermediate": ["cmrrzcqc", "cmcrrzqc", "ccmcrrzq", "ccmcrrzq", "ccmcrrzq", "cczmcrrq", "ccczmrrq", "crcczmrq", "ccrczmrq", "rccczmrq", "zrcccmrq", "rzcccmrq", "crzccmrq", "ccrzcmrq", "cccrzmrq", "cccrzmrq", "cccqrzmr"]}, "config": {"combinations": [[2, 4], [3, 6], [2, 8], [1, 2], [1, 2], [3, 7], [1, 5], [2, 6], [2, 4], [1, 3], [1, 5], [1, 2], [1, 3], [1, 4], [2, 5], [1, 3], [4, 8], [3, 5]], "length": 8, "num_pairs": 18, "string": "crrmzcqc"}, "task_name": "task17", "example_name": "0169", "problem_name": "task17_0169"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrdmgnj\nIndices:\n(0, 2), (3, 6), (0, 3), (3, 6), (0, 3), (0, 3), (0, 5), (3, 6), (1, 4), (1, 6), (0, 4), (1, 5), (0, 2), (2, 6), (2, 5), (0, 6), (2, 6), (1, 6), (0, 4)", "label": {"final": "jgmrdn", "init": "rdmgnj", "intermediate": ["drmgnj", "drmjgn", "mdrjgn", "mdrnjg", "rmdnjg", "drmnjg", "jdrmng", "jdrgmn", "jgdrmn", "jngdrm", "djngrm", "drjngm", "rdjngm", "rdmjng", "rdnmjg", "grdnmj", "grjdnm", "gmrjdn"]}, "config": {"combinations": [[1, 2], [4, 6], [1, 3], [4, 6], [1, 3], [1, 3], [1, 5], [4, 6], [2, 4], [2, 6], [1, 4], [2, 5], [1, 2], [3, 6], [3, 5], [1, 6], [3, 6], [2, 6], [1, 4]], "length": 6, "num_pairs": 19, "string": "rdmgnj"}, "task_name": "task17", "example_name": "0170", "problem_name": "task17_0170"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfsmdhjheos\nIndices:\n(1, 8), (1, 7), (1, 4), (0, 4), (2, 5), (3, 6), (0, 7), (0, 3), (2, 5), (0, 8), (1, 6), (0, 7), (0, 2), (0, 4), (1, 9), (2, 5), (0, 3), (0, 2), (5, 9)", "label": {"final": "fmohsjhdes", "init": "fsmdhjheos", "intermediate": ["fesmdhjhos", "fjesmdhhos", "fsjemdhhos", "efsjmdhhos", "efmsjdhhos", "efmdsjhhos", "hefmdsjhos", "fhemdsjhos", "fhdemsjhos", "hfhdemsjos", "hmfhdesjos", "shmfhdejos", "hsmfhdejos", "fhsmhdejos", "fohsmhdejs", "fomhshdejs", "mfohshdejs", "fmohshdejs"]}, "config": {"combinations": [[2, 8], [2, 7], [2, 4], [1, 4], [3, 5], [4, 6], [1, 7], [1, 3], [3, 5], [1, 8], [2, 6], [1, 7], [1, 2], [1, 4], [2, 9], [3, 5], [1, 3], [1, 2], [6, 9]], "length": 10, "num_pairs": 19, "string": "fsmdhjheos"}, "task_name": "task17", "example_name": "0171", "problem_name": "task17_0171"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmcema\nIndices:\n(0, 3), (0, 2), (0, 3), (0, 4), (1, 5), (0, 2), (0, 4), (2, 5), (0, 3), (0, 2), (1, 4), (0, 2), (1, 5), (0, 5), (0, 3), (1, 4), (1, 5), (1, 5), (0, 2)", "label": {"final": "mcema", "init": "mcema", "intermediate": ["emcma", "mecma", "cmema", "mcmea", "macme", "amcme", "mamce", "maemc", "emamc", "meamc", "mmeac", "mmeac", "mcmea", "amcme", "camme", "cmame", "cemam", "cmema"]}, "config": {"combinations": [[1, 3], [1, 2], [1, 3], [1, 4], [2, 5], [1, 2], [1, 4], [3, 5], [1, 3], [1, 2], [2, 4], [1, 2], [2, 5], [1, 5], [1, 3], [2, 4], [2, 5], [2, 5], [1, 2]], "length": 5, "num_pairs": 19, "string": "mcema"}, "task_name": "task17", "example_name": "0172", "problem_name": "task17_0172"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvchaesyu\nIndices:\n(0, 7), (2, 5), (0, 3), (2, 5), (0, 2), (2, 5), (4, 7), (0, 2), (0, 4), (0, 2), (1, 5), (2, 6), (0, 6), (4, 7), (1, 6), (3, 8), (1, 5), (5, 8), (0, 4)", "label": {"final": "acshuyve", "init": "vchaesyu", "intermediate": ["yvchaesu", "yvachesu", "ayvchesu", "ayhvcesu", "yahvcesu", "yachvesu", "yachsveu", "aychsveu", "haycsveu", "ahycsveu", "ashycveu", "asvhyceu", "casvhyeu", "casvehyu", "chasveyu", "chausvey", "cshauvey", "cshauyve"]}, "config": {"combinations": [[1, 7], [3, 5], [1, 3], [3, 5], [1, 2], [3, 5], [5, 7], [1, 2], [1, 4], [1, 2], [2, 5], [3, 6], [1, 6], [5, 7], [2, 6], [4, 8], [2, 5], [6, 8], [1, 4]], "length": 8, "num_pairs": 19, "string": "vchaesyu"}, "task_name": "task17", "example_name": "0173", "problem_name": "task17_0173"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\naczchsqy\nIndices:\n(2, 8), (0, 6), (2, 7), (3, 7), (3, 7), (0, 6), (0, 3), (0, 2), (0, 3), (0, 2), (0, 2), (1, 7), (0, 7), (0, 3), (4, 8), (4, 7), (0, 8), (1, 4), (2, 6)", "label": {"final": "zhsyccqa", "init": "aczchsqy", "intermediate": ["acyzchsq", "hacyzcsq", "hascyzcq", "hasccyzq", "haszccyq", "chaszcyq", "achszcyq", "cahszcyq", "hcaszcyq", "chaszcyq", "hcaszcyq", "hycaszcq", "chycaszq", "ychcaszq", "ychcqasz", "ychcsqaz", "zychcsqa", "zhyccsqa"]}, "config": {"combinations": [[3, 8], [1, 6], [3, 7], [4, 7], [4, 7], [1, 6], [1, 3], [1, 2], [1, 3], [1, 2], [1, 2], [2, 7], [1, 7], [1, 3], [5, 8], [5, 7], [1, 8], [2, 4], [3, 6]], "length": 8, "num_pairs": 19, "string": "aczchsqy"}, "task_name": "task17", "example_name": "0174", "problem_name": "task17_0174"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nufbzf\nIndices:\n(0, 3), (0, 4), (0, 4), (0, 4), (1, 5), (0, 2), (0, 2), (2, 5), (0, 2), (0, 2), (2, 5), (1, 4), (1, 4), (0, 2), (0, 5), (0, 2), (0, 2), (0, 2), (0, 4)", "label": {"final": "bzfuf", "init": "ufbzf", "intermediate": ["bufzf", "zbuff", "fzbuf", "ufzbf", "uffzb", "fufzb", "uffzb", "ufbfz", "fubfz", "ufbfz", "ufzbf", "ubfzf", "uzbff", "zubff", "fzubf", "zfubf", "fzubf", "zfubf"]}, "config": {"combinations": [[1, 3], [1, 4], [1, 4], [1, 4], [2, 5], [1, 2], [1, 2], [3, 5], [1, 2], [1, 2], [3, 5], [2, 4], [2, 4], [1, 2], [1, 5], [1, 2], [1, 2], [1, 2], [1, 4]], "length": 5, "num_pairs": 19, "string": "ufbzf"}, "task_name": "task17", "example_name": "0175", "problem_name": "task17_0175"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nwaxswiag\nIndices:\n(0, 7), (0, 6), (4, 7), (2, 5), (5, 8), (0, 3), (0, 2), (2, 8), (0, 6), (1, 6), (1, 5), (2, 8), (0, 2), (0, 3), (2, 6), (2, 8), (0, 6), (0, 3), (0, 2)", "label": {"final": "wsxgiawa", "init": "waxswiag", "intermediate": ["awaxswig", "wawaxsig", "wawaixsg", "waiwaxsg", "waiwagxs", "iwawagxs", "wiawagxs", "wisawagx", "awisawgx", "awwisagx", "aswwiagx", "asxwwiag", "saxwwiag", "xsawwiag", "xsiawwag", "xsgiawwa", "wxsgiawa", "swxgiawa"]}, "config": {"combinations": [[1, 7], [1, 6], [5, 7], [3, 5], [6, 8], [1, 3], [1, 2], [3, 8], [1, 6], [2, 6], [2, 5], [3, 8], [1, 2], [1, 3], [3, 6], [3, 8], [1, 6], [1, 3], [1, 2]], "length": 8, "num_pairs": 19, "string": "waxswiag"}, "task_name": "task17", "example_name": "0176", "problem_name": "task17_0176"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nflgmtdznw\nIndices:\n(0, 6), (2, 5), (2, 5), (2, 7), (1, 4), (3, 7), (1, 5), (1, 6), (0, 2), (0, 4), (1, 7), (0, 2), (3, 8), (1, 5), (5, 9), (1, 4), (1, 5), (0, 4), (0, 2)", "label": {"final": "ldnmgwzft", "init": "flgmtdznw", "intermediate": ["dflgmtznw", "dfmlgtznw", "dfgmltznw", "dfzgmltnw", "dgfzmltnw", "dgftzmlnw", "dzgftmlnw", "dmzgftlnw", "mdzgftlnw", "gmdzftlnw", "glmdzftnw", "lgmdzftnw", "lgmndzftw", "ldgmnzftw", "ldgmnwzft", "lmdgnwzft", "lnmdgwzft", "dlnmgwzft"]}, "config": {"combinations": [[1, 6], [3, 5], [3, 5], [3, 7], [2, 4], [4, 7], [2, 5], [2, 6], [1, 2], [1, 4], [2, 7], [1, 2], [4, 8], [2, 5], [6, 9], [2, 4], [2, 5], [1, 4], [1, 2]], "length": 9, "num_pairs": 19, "string": "flgmtdznw"}, "task_name": "task17", "example_name": "0177", "problem_name": "task17_0177"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npwmcdcpoqvhp\nIndices:\n(0, 12), (0, 2), (0, 3), (0, 2), (0, 12), (0, 11), (4, 10), (3, 11), (4, 12), (2, 7), (0, 7), (0, 2), (2, 6), (0, 3), (3, 6), (0, 4), (5, 12), (1, 8), (1, 5)", "label": {"final": "pwvoqhcppmcd", "init": "pwmcdcpoqvhp", "intermediate": ["ppwmcdcpoqvh", "ppwmcdcpoqvh", "wppmcdcpoqvh", "pwpmcdcpoqvh", "hpwpmcdcpoqv", "qhpwpmcdcpov", "qhpwppmcdcov", "qhpowppmcdcv", "qhpovwppmcdc", "qhppovwpmcdc", "wqhppovpmcdc", "qwhppovpmcdc", "qwohppvpmcdc", "oqwhppvpmcdc", "oqwphpvpmcdc", "poqwhpvpmcdc", "poqwhcpvpmcd", "pvoqwhcppmcd"]}, "config": {"combinations": [[1, 12], [1, 2], [1, 3], [1, 2], [1, 12], [1, 11], [5, 10], [4, 11], [5, 12], [3, 7], [1, 7], [1, 2], [3, 6], [1, 3], [4, 6], [1, 4], [6, 12], [2, 8], [2, 5]], "length": 12, "num_pairs": 19, "string": "pwmcdcpoqvhp"}, "task_name": "task17", "example_name": "0178", "problem_name": "task17_0178"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npxokupssgbh\nIndices:\n(4, 11), (6, 10), (2, 9), (1, 5), (0, 5), (1, 5), (0, 7), (0, 8), (0, 6), (2, 6), (2, 5), (6, 11), (1, 4), (3, 8), (0, 7), (6, 10), (4, 9), (0, 4), (0, 3)", "label": {"final": "kgspbxopuhs", "init": "pxokupssgbh", "intermediate": ["pxokhupssgb", "pxokhugpssb", "pxsokhugpsb", "pkxsohugpsb", "opkxshugpsb", "ospkxhugpsb", "uospkxhgpsb", "guospkxhpsb", "kguospxhpsb", "kgpuosxhpsb", "kgopusxhpsb", "kgopusbxhps", "kpgousbxhps", "kpgxousbhps", "skpgxoubhps", "skpgxopubhs", "skpgbxopuhs", "gskpbxopuhs"]}, "config": {"combinations": [[5, 11], [7, 10], [3, 9], [2, 5], [1, 5], [2, 5], [1, 7], [1, 8], [1, 6], [3, 6], [3, 5], [7, 11], [2, 4], [4, 8], [1, 7], [7, 10], [5, 9], [1, 4], [1, 3]], "length": 11, "num_pairs": 19, "string": "pxokupssgbh"}, "task_name": "task17", "example_name": "0179", "problem_name": "task17_0179"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqueuwiub\nIndices:\n(1, 6), (0, 3), (0, 8), (0, 3), (0, 2), (2, 6), (2, 8), (4, 8), (0, 5), (0, 5), (0, 7), (0, 2), (0, 2), (0, 3), (0, 2), (0, 2), (0, 2), (0, 2), (0, 3), (0, 3)", "label": {"final": "iuwbquue", "init": "queuwiub", "intermediate": ["qiueuwub", "uqieuwub", "buqieuwu", "qbuieuwu", "bquieuwu", "bquuiewu", "bquuuiew", "bquuwuie", "wbquuuie", "uwbquuie", "iuwbquue", "uiwbquue", "iuwbquue", "wiubquue", "iwubquue", "wiubquue", "iwubquue", "wiubquue", "uwibquue"]}, "config": {"combinations": [[2, 6], [1, 3], [1, 8], [1, 3], [1, 2], [3, 6], [3, 8], [5, 8], [1, 5], [1, 5], [1, 7], [1, 2], [1, 2], [1, 3], [1, 2], [1, 2], [1, 2], [1, 2], [1, 3], [1, 3]], "length": 8, "num_pairs": 20, "string": "queuwiub"}, "task_name": "task17", "example_name": "0180", "problem_name": "task17_0180"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nutvyxu\nIndices:\n(2, 6), (2, 6), (0, 4), (0, 3), (0, 4), (0, 5), (0, 5), (1, 6), (0, 3), (0, 5), (0, 4), (1, 4), (1, 4), (2, 5), (0, 3), (0, 2), (0, 2), (0, 5), (0, 2), (1, 4)", "label": {"final": "xvtyuu", "init": "utvyxu", "intermediate": ["utuvyx", "utxuvy", "uutxvy", "tuuxvy", "xtuuvy", "vxtuuy", "uvxtuy", "uyvxtu", "vuyxtu", "tvuyxu", "ytvuxu", "yutvxu", "yvutxu", "yvxutu", "xyvutu", "yxvutu", "xyvutu", "txyvuu", "xtyvuu"]}, "config": {"combinations": [[3, 6], [3, 6], [1, 4], [1, 3], [1, 4], [1, 5], [1, 5], [2, 6], [1, 3], [1, 5], [1, 4], [2, 4], [2, 4], [3, 5], [1, 3], [1, 2], [1, 2], [1, 5], [1, 2], [2, 4]], "length": 6, "num_pairs": 20, "string": "utvyxu"}, "task_name": "task17", "example_name": "0181", "problem_name": "task17_0181"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\naiiuas\nIndices:\n(0, 2), (0, 2), (0, 2), (0, 6), (0, 2), (0, 2), (0, 2), (0, 3), (1, 5), (0, 2), (3, 6), (1, 5), (0, 2), (0, 2), (0, 2), (0, 3), (0, 6), (0, 4), (2, 5), (0, 2)", "label": {"final": "iuiasa", "init": "aiiuas", "intermediate": ["iaiuas", "aiiuas", "iaiuas", "siaiua", "isaiua", "siaiua", "isaiua", "aisiua", "auisia", "uaisia", "uaiasi", "usaiai", "suaiai", "usaiai", "suaiai", "asuiai", "iasuia", "uiasia", "uiiasa"]}, "config": {"combinations": [[1, 2], [1, 2], [1, 2], [1, 6], [1, 2], [1, 2], [1, 2], [1, 3], [2, 5], [1, 2], [4, 6], [2, 5], [1, 2], [1, 2], [1, 2], [1, 3], [1, 6], [1, 4], [3, 5], [1, 2]], "length": 6, "num_pairs": 20, "string": "aiiuas"}, "task_name": "task17", "example_name": "0182", "problem_name": "task17_0182"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nuxngcahzupf\nIndices:\n(0, 7), (3, 8), (4, 7), (3, 6), (4, 9), (6, 11), (7, 10), (0, 3), (0, 2), (3, 9), (0, 2), (0, 7), (1, 4), (0, 4), (0, 3), (0, 4), (2, 5), (2, 10), (1, 6), (1, 5)", "label": {"final": "xczughnufap", "init": "uxngcahzupf", "intermediate": ["huxngcazupf", "huxzngcaupf", "huxzcngaupf", "huxnzcgaupf", "huxnuzcgapf", "huxnuzfcgap", "huxnuzfacgp", "xhunuzfacgp", "hxunuzfacgp", "hxucnuzfagp", "xhucnuzfagp", "zxhucnufagp", "zuxhcnufagp", "hzuxcnufagp", "uhzxcnufagp", "xuhzcnufagp", "xuchznufagp", "xugchznufap", "xzugchnufap"]}, "config": {"combinations": [[1, 7], [4, 8], [5, 7], [4, 6], [5, 9], [7, 11], [8, 10], [1, 3], [1, 2], [4, 9], [1, 2], [1, 7], [2, 4], [1, 4], [1, 3], [1, 4], [3, 5], [3, 10], [2, 6], [2, 5]], "length": 11, "num_pairs": 20, "string": "uxngcahzupf"}, "task_name": "task17", "example_name": "0183", "problem_name": "task17_0183"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\negnwnwibvhh\nIndices:\n(2, 7), (6, 9), (0, 5), (0, 5), (2, 6), (0, 6), (2, 5), (3, 7), (1, 7), (2, 6), (6, 9), (1, 6), (1, 4), (3, 7), (0, 4), (4, 10), (4, 11), (0, 6), (1, 4), (3, 6)", "label": {"final": "hwbhivgnenw", "init": "egnwnwibvhh", "intermediate": ["eginwnwbvhh", "eginwnvwbhh", "weginnvwbhh", "nweginvwbhh", "nwnegivwbhh", "inwnegvwbhh", "inewngvwbhh", "inevwngwbhh", "ignevwnwbhh", "igwnevnwbhh", "igwnevbnwhh", "ivgwnebnwhh", "iwvgnebnwhh", "iwvbgnenwhh", "biwvgnenwhh", "biwvhgnenwh", "biwvhhgnenw", "hbiwvhgnenw", "hwbivhgnenw"]}, "config": {"combinations": [[3, 7], [7, 9], [1, 5], [1, 5], [3, 6], [1, 6], [3, 5], [4, 7], [2, 7], [3, 6], [7, 9], [2, 6], [2, 4], [4, 7], [1, 4], [5, 10], [5, 11], [1, 6], [2, 4], [4, 6]], "length": 11, "num_pairs": 20, "string": "egnwnwibvhh"}, "task_name": "task17", "example_name": "0184", "problem_name": "task17_0184"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnngbjf\nIndices:\n(0, 2), (1, 5), (0, 6), (0, 4), (0, 5), (2, 6), (0, 3), (0, 3), (0, 6), (0, 2), (0, 3), (2, 6), (0, 3), (1, 5), (0, 4), (0, 3), (1, 4), (0, 2), (0, 2), (0, 3)", "label": {"final": "ngbnjf", "init": "nngbjf", "intermediate": ["nngbjf", "njngbf", "fnjngb", "nfnjgb", "gnfnjb", "gnbfnj", "bgnfnj", "nbgfnj", "jnbgfn", "njbgfn", "bnjgfn", "bnnjgf", "nbnjgf", "ngbnjf", "nngbjf", "gnnbjf", "gbnnjf", "bgnnjf", "gbnnjf"]}, "config": {"combinations": [[1, 2], [2, 5], [1, 6], [1, 4], [1, 5], [3, 6], [1, 3], [1, 3], [1, 6], [1, 2], [1, 3], [3, 6], [1, 3], [2, 5], [1, 4], [1, 3], [2, 4], [1, 2], [1, 2], [1, 3]], "length": 6, "num_pairs": 20, "string": "nngbjf"}, "task_name": "task17", "example_name": "0185", "problem_name": "task17_0185"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\natwllxsdvybth\nIndices:\n(0, 2), (4, 12), (1, 13), (2, 5), (1, 4), (1, 4), (0, 10), (3, 6), (1, 11), (2, 6), (0, 3), (3, 12), (3, 9), (3, 9), (3, 7), (2, 7), (3, 7), (0, 2), (0, 2), (1, 9)", "label": {"final": "awdytvthllxsb", "init": "atwllxsdvybth", "intermediate": ["tawllxsdvybth", "tawltlxsdvybh", "thawltlxsdvyb", "thlawtlxsdvyb", "tahlwtlxsdvyb", "tlahwtlxsdvyb", "dtlahwtlxsvyb", "dtlwahtlxsvyb", "dvtlwahtlxsyb", "dvatlwhtlxsyb", "advtlwhtlxsyb", "advytlwhtlxsb", "advtytlwhlxsb", "advhtytlwlxsb", "advthtylwlxsb", "adyvthtlwlxsb", "adytvthlwlxsb", "daytvthlwlxsb", "adytvthlwlxsb"]}, "config": {"combinations": [[1, 2], [5, 12], [2, 13], [3, 5], [2, 4], [2, 4], [1, 10], [4, 6], [2, 11], [3, 6], [1, 3], [4, 12], [4, 9], [4, 9], [4, 7], [3, 7], [4, 7], [1, 2], [1, 2], [2, 9]], "length": 13, "num_pairs": 20, "string": "atwllxsdvybth"}, "task_name": "task17", "example_name": "0186", "problem_name": "task17_0186"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngvwwxpvqxfeck\nIndices:\n(1, 9), (2, 6), (2, 7), (0, 2), (1, 5), (1, 8), (4, 12), (1, 4), (2, 11), (1, 6), (3, 8), (4, 8), (8, 13), (0, 4), (0, 3), (3, 8), (0, 7), (0, 3), (6, 13), (0, 2)", "label": {"final": "fxcxvgepvkwwq", "init": "gvwwxpvqxfeck", "intermediate": ["gxvwwxpvqfeck", "gxxvwwpvqfeck", "gxpxvwwvqfeck", "xgpxvwwvqfeck", "xvgpxwwvqfeck", "xvvgpxwwqfeck", "xvvgcpxwwqfek", "xgvvcpxwwqfek", "xgfvvcpxwwqek", "xcgfvvpxwwqek", "xcgxfvvpwwqek", "xcgxpfvvwwqek", "xcgxpfvvkwwqe", "xxcgpfvvkwwqe", "cxxgpfvvkwwqe", "cxxvgpfvkwwqe", "fcxxvgpvkwwqe", "xfcxvgpvkwwqe", "xfcxvgepvkwwq"]}, "config": {"combinations": [[2, 9], [3, 6], [3, 7], [1, 2], [2, 5], [2, 8], [5, 12], [2, 4], [3, 11], [2, 6], [4, 8], [5, 8], [9, 13], [1, 4], [1, 3], [4, 8], [1, 7], [1, 3], [7, 13], [1, 2]], "length": 13, "num_pairs": 20, "string": "gvwwxpvqxfeck"}, "task_name": "task17", "example_name": "0187", "problem_name": "task17_0187"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrsmtbmizijutip\nIndices:\n(0, 3), (3, 12), (0, 2), (2, 5), (3, 10), (0, 4), (1, 5), (4, 8), (0, 9), (4, 9), (5, 8), (3, 14), (5, 14), (3, 7), (2, 9), (0, 2), (1, 12), (1, 6), (0, 8), (1, 6)", "label": {"final": "rmibzispitmtju", "init": "rsmtbmizijutip", "intermediate": ["mrstbmizijutip", "mrsttbmizijuip", "rmsttbmizijuip", "rmtstbmizijuip", "rmtistbmizjuip", "irmtstbmizjuip", "isrmttbmizjuip", "isrmmttbizjuip", "iisrmmttbzjuip", "iisrbmmttzjuip", "iisrbtmmtzjuip", "iisprbtmmtzjui", "iispribtmmtzju", "iisbpritmmtzju", "iimsbpritmtzju", "iimsbpritmtzju", "izimsbpritmtju", "ibzimspritmtju", "ribzimspitmtju"]}, "config": {"combinations": [[1, 3], [4, 12], [1, 2], [3, 5], [4, 10], [1, 4], [2, 5], [5, 8], [1, 9], [5, 9], [6, 8], [4, 14], [6, 14], [4, 7], [3, 9], [1, 2], [2, 12], [2, 6], [1, 8], [2, 6]], "length": 14, "num_pairs": 20, "string": "rsmtbmizijutip"}, "task_name": "task17", "example_name": "0188", "problem_name": "task17_0188"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nfsjjxpoxhhchs\nIndices:\n(0, 3), (2, 8), (3, 9), (1, 11), (3, 8), (0, 8), (0, 2), (2, 9), (0, 4), (0, 2), (8, 12), (5, 12), (6, 10), (8, 12), (0, 3), (2, 9), (1, 6), (0, 2), (2, 10), (2, 8)", "label": {"final": "fjhxjocphxhss", "init": "fsjjxpoxhhchs", "intermediate": ["jfsjxpoxhhchs", "jfxsjxpohhchs", "jfxhsjxpohchs", "jcfxhsjxpohhs", "jcfxxhsjpohhs", "jjcfxxhspohhs", "jjcfxxhspohhs", "jjpcfxxhsohhs", "cjjpfxxhsohhs", "jcjpfxxhsohhs", "jcjpfxxhhsohs", "jcjpfhxxhhsos", "jcjpfhhxxhsos", "jcjpfhhxoxhss", "jjcpfhhxoxhss", "jjocpfhhxxhss", "jfjocphhxxhss", "fjjocphhxxhss", "fjxjocphhxhss"]}, "config": {"combinations": [[1, 3], [3, 8], [4, 9], [2, 11], [4, 8], [1, 8], [1, 2], [3, 9], [1, 4], [1, 2], [9, 12], [6, 12], [7, 10], [9, 12], [1, 3], [3, 9], [2, 6], [1, 2], [3, 10], [3, 8]], "length": 13, "num_pairs": 20, "string": "fsjjxpoxhhchs"}, "task_name": "task17", "example_name": "0189", "problem_name": "task17_0189"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhupchi\nIndices:\n(0, 2), (0, 2), (0, 5), (0, 3), (2, 5), (1, 5), (3, 6), (0, 4), (1, 4), (0, 3), (1, 5), (0, 3), (0, 3), (0, 3), (0, 3), (0, 2), (0, 3), (0, 5), (0, 6), (0, 4), (1, 5)", "label": {"final": "uihpch", "init": "hupchi", "intermediate": ["uhpchi", "hupchi", "hhupci", "uhhpci", "uhchpi", "uphchi", "uphich", "iuphch", "ihupch", "uihpch", "ucihph", "iuchph", "ciuhph", "ucihph", "iuchph", "uichph", "cuihph", "pcuihh", "hpcuih", "uhpcih"]}, "config": {"combinations": [[1, 2], [1, 2], [1, 5], [1, 3], [3, 5], [2, 5], [4, 6], [1, 4], [2, 4], [1, 3], [2, 5], [1, 3], [1, 3], [1, 3], [1, 3], [1, 2], [1, 3], [1, 5], [1, 6], [1, 4], [2, 5]], "length": 6, "num_pairs": 21, "string": "hupchi"}, "task_name": "task17", "example_name": "0190", "problem_name": "task17_0190"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngdpiyqwpsgn\nIndices:\n(0, 11), (5, 10), (0, 2), (1, 9), (0, 3), (0, 10), (5, 11), (5, 10), (0, 4), (3, 10), (2, 7), (6, 9), (1, 6), (3, 10), (4, 7), (3, 6), (8, 11), (6, 11), (2, 10), (0, 8), (8, 11)", "label": {"final": "gwgqpyisdnp", "init": "gdpiyqwpsgn", "intermediate": ["ngdpiyqwpsg", "ngdpisyqwpg", "gndpisyqwpg", "gwndpisyqpg", "ngwdpisyqpg", "pngwdpisyqg", "pngwdgpisyq", "pngwdygpisq", "wpngdygpisq", "wpnsgdygpiq", "wpynsgdgpiq", "wpynsgpdgiq", "wgpynspdgiq", "wgpiynspdgq", "wgpisynpdgq", "wgpyisnpdgq", "wgpyisnpqdg", "wgpyisgnpqd", "wgqpyisgnpd", "gwgqpyisnpd"]}, "config": {"combinations": [[1, 11], [6, 10], [1, 2], [2, 9], [1, 3], [1, 10], [6, 11], [6, 10], [1, 4], [4, 10], [3, 7], [7, 9], [2, 6], [4, 10], [5, 7], [4, 6], [9, 11], [7, 11], [3, 10], [1, 8], [9, 11]], "length": 11, "num_pairs": 21, "string": "gdpiyqwpsgn"}, "task_name": "task17", "example_name": "0191", "problem_name": "task17_0191"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhmqrufsg\nIndices:\n(5, 8), (4, 7), (0, 3), (1, 4), (0, 6), (1, 8), (0, 7), (0, 2), (1, 6), (0, 4), (3, 8), (0, 5), (0, 4), (3, 6), (1, 6), (2, 5), (0, 2), (2, 5), (2, 6), (2, 5), (4, 7)", "label": {"final": "ghqursfm", "init": "hmqrufsg", "intermediate": ["hmqrugfs", "hmqrfugs", "qhmrfugs", "qrhmfugs", "uqrhmfgs", "usqrhmfg", "fusqrhmg", "ufsqrhmg", "uhfsqrmg", "suhfqrmg", "suhgfqrm", "fsuhgqrm", "hfsugqrm", "hfsqugrm", "hgfsqurm", "hgqfsurm", "ghqfsurm", "ghsqfurm", "ghusqfrm", "ghqusfrm"]}, "config": {"combinations": [[6, 8], [5, 7], [1, 3], [2, 4], [1, 6], [2, 8], [1, 7], [1, 2], [2, 6], [1, 4], [4, 8], [1, 5], [1, 4], [4, 6], [2, 6], [3, 5], [1, 2], [3, 5], [3, 6], [3, 5], [5, 7]], "length": 8, "num_pairs": 21, "string": "hmqrufsg"}, "task_name": "task17", "example_name": "0192", "problem_name": "task17_0192"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngrrih\nIndices:\n(0, 3), (0, 2), (0, 5), (1, 5), (1, 5), (0, 4), (1, 5), (0, 3), (0, 5), (0, 4), (0, 4), (0, 2), (2, 5), (1, 4), (1, 5), (0, 2), (0, 2), (1, 5), (0, 3), (1, 4), (0, 3)", "label": {"final": "rhirg", "init": "grrih", "intermediate": ["rgrih", "grrih", "hgrri", "higrr", "hrigr", "ghrir", "grhri", "hgrri", "ihgrr", "rihgr", "grihr", "rgihr", "rgrih", "rigrh", "rhigr", "hrigr", "rhigr", "rrhig", "hrrig", "hirrg"]}, "config": {"combinations": [[1, 3], [1, 2], [1, 5], [2, 5], [2, 5], [1, 4], [2, 5], [1, 3], [1, 5], [1, 4], [1, 4], [1, 2], [3, 5], [2, 4], [2, 5], [1, 2], [1, 2], [2, 5], [1, 3], [2, 4], [1, 3]], "length": 5, "num_pairs": 21, "string": "grrih"}, "task_name": "task17", "example_name": "0193", "problem_name": "task17_0193"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzeaeej\nIndices:\n(0, 2), (0, 2), (1, 4), (1, 4), (0, 6), (0, 6), (0, 3), (1, 6), (2, 5), (0, 2), (1, 4), (0, 6), (1, 4), (1, 6), (1, 4), (0, 2), (0, 2), (0, 2), (0, 2), (1, 6), (2, 6)", "label": {"final": "eaeejz", "init": "zeaeej", "intermediate": ["ezaeej", "zeaeej", "zeeaej", "zaeeej", "jzaeee", "ejzaee", "zejaee", "zeejae", "zeaeje", "ezaeje", "eezaje", "eeezaj", "ezeeaj", "ejzeea", "eejzea", "eejzea", "eejzea", "eejzea", "eejzea", "eaejze"]}, "config": {"combinations": [[1, 2], [1, 2], [2, 4], [2, 4], [1, 6], [1, 6], [1, 3], [2, 6], [3, 5], [1, 2], [2, 4], [1, 6], [2, 4], [2, 6], [2, 4], [1, 2], [1, 2], [1, 2], [1, 2], [2, 6], [3, 6]], "length": 6, "num_pairs": 21, "string": "zeaeej"}, "task_name": "task17", "example_name": "0194", "problem_name": "task17_0194"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkckbfwpqnpe\nIndices:\n(2, 10), (0, 5), (2, 6), (0, 5), (0, 2), (3, 8), (1, 10), (3, 11), (5, 9), (0, 3), (2, 6), (0, 5), (2, 11), (1, 9), (0, 5), (0, 3), (5, 8), (3, 10), (0, 9), (2, 6), (0, 8)", "label": {"final": "knfpbecqkpw", "init": "kckbfwpqnpe", "intermediate": ["kcpkbfwpqne", "bkcpkfwpqne", "bkfcpkwpqne", "pbkfckwpqne", "bpkfckwpqne", "bpkpfckwqne", "bnpkpfckwqe", "bnpekpfckwq", "bnpekkpfcwq", "pbnekkpfcwq", "pbknekpfcwq", "epbknkpfcwq", "epqbknkpfcw", "efpqbknkpcw", "befpqknkpcw", "fbepqknkpcw", "fbepqkknpcw", "fbecpqkknpw", "nfbecpqkkpw", "nfpbecqkkpw"]}, "config": {"combinations": [[3, 10], [1, 5], [3, 6], [1, 5], [1, 2], [4, 8], [2, 10], [4, 11], [6, 9], [1, 3], [3, 6], [1, 5], [3, 11], [2, 9], [1, 5], [1, 3], [6, 8], [4, 10], [1, 9], [3, 6], [1, 8]], "length": 11, "num_pairs": 21, "string": "kckbfwpqnpe"}, "task_name": "task17", "example_name": "0195", "problem_name": "task17_0195"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhhmsw\nIndices:\n(0, 4), (0, 5), (0, 2), (0, 4), (1, 4), (0, 3), (2, 5), (0, 5), (0, 4), (0, 2), (0, 3), (0, 2), (2, 5), (0, 3), (1, 4), (1, 5), (1, 4), (1, 4), (0, 3), (0, 3), (1, 4)", "label": {"final": "mhwhs", "init": "hhmsw", "intermediate": ["shhmw", "wshhm", "swhhm", "hswhm", "hhswm", "shhwm", "shmhw", "wshmh", "mwshh", "wmshh", "swmhh", "wsmhh", "wshmh", "hwsmh", "hmwsh", "hhmws", "hwhms", "hmwhs", "whmhs", "mwhhs"]}, "config": {"combinations": [[1, 4], [1, 5], [1, 2], [1, 4], [2, 4], [1, 3], [3, 5], [1, 5], [1, 4], [1, 2], [1, 3], [1, 2], [3, 5], [1, 3], [2, 4], [2, 5], [2, 4], [2, 4], [1, 3], [1, 3], [2, 4]], "length": 5, "num_pairs": 21, "string": "hhmsw"}, "task_name": "task17", "example_name": "0196", "problem_name": "task17_0196"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ntheue\nIndices:\n(2, 5), (0, 5), (0, 2), (0, 2), (0, 3), (0, 3), (2, 5), (0, 3), (1, 4), (0, 2), (0, 3), (0, 2), (0, 3), (0, 2), (0, 2), (0, 2), (1, 4), (0, 3), (0, 4), (0, 2), (0, 4)", "label": {"final": "hetue", "init": "theue", "intermediate": ["theeu", "uthee", "tuhee", "uthee", "hutee", "thuee", "theue", "ethue", "euthe", "uethe", "tuehe", "utehe", "euthe", "uethe", "euthe", "uethe", "uhete", "euhte", "teuhe", "etuhe"]}, "config": {"combinations": [[3, 5], [1, 5], [1, 2], [1, 2], [1, 3], [1, 3], [3, 5], [1, 3], [2, 4], [1, 2], [1, 3], [1, 2], [1, 3], [1, 2], [1, 2], [1, 2], [2, 4], [1, 3], [1, 4], [1, 2], [1, 4]], "length": 5, "num_pairs": 21, "string": "theue"}, "task_name": "task17", "example_name": "0197", "problem_name": "task17_0197"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nxpxsvnirk\nIndices:\n(0, 4), (0, 3), (0, 3), (0, 3), (0, 4), (0, 3), (0, 3), (0, 3), (2, 7), (0, 3), (0, 9), (2, 7), (1, 4), (1, 6), (0, 7), (0, 3), (3, 7), (0, 3), (3, 6), (0, 2), (1, 6)", "label": {"final": "xxkpisvnr", "init": "xpxsvnirk", "intermediate": ["sxpxvnirk", "psxxvnirk", "xpsxvnirk", "sxpxvnirk", "xsxpvnirk", "xxspvnirk", "sxxpvnirk", "xsxpvnirk", "xsixpvnrk", "ixsxpvnrk", "kixsxpvnr", "kivxsxpnr", "kxivsxpnr", "kxxivspnr", "pkxxivsnr", "xpkxivsnr", "xpksxivnr", "kxpsxivnr", "kxpisxvnr", "xkpisxvnr"]}, "config": {"combinations": [[1, 4], [1, 3], [1, 3], [1, 3], [1, 4], [1, 3], [1, 3], [1, 3], [3, 7], [1, 3], [1, 9], [3, 7], [2, 4], [2, 6], [1, 7], [1, 3], [4, 7], [1, 3], [4, 6], [1, 2], [2, 6]], "length": 9, "num_pairs": 21, "string": "xpxsvnirk"}, "task_name": "task17", "example_name": "0198", "problem_name": "task17_0198"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncnbmvlgeu\nIndices:\n(0, 3), (2, 5), (2, 6), (0, 6), (2, 6), (3, 8), (0, 3), (6, 9), (0, 2), (0, 2), (2, 6), (1, 9), (1, 6), (4, 9), (2, 6), (0, 8), (0, 4), (0, 6), (0, 4), (0, 3), (2, 5)", "label": {"final": "lnemcgvbu", "init": "cnbmvlgeu", "intermediate": ["bcnmvlgeu", "bcvnmlgeu", "bclvnmgeu", "mbclvngeu", "mbnclvgeu", "mbneclvgu", "nmbeclvgu", "nmbecluvg", "mnbecluvg", "nmbecluvg", "nmlbecuvg", "ngmlbecuv", "negmlbcuv", "negmvlbcu", "nelgmvbcu", "cnelgmvbu", "lcnegmvbu", "mlcnegvbu", "nmlcegvbu", "lnmcegvbu"]}, "config": {"combinations": [[1, 3], [3, 5], [3, 6], [1, 6], [3, 6], [4, 8], [1, 3], [7, 9], [1, 2], [1, 2], [3, 6], [2, 9], [2, 6], [5, 9], [3, 6], [1, 8], [1, 4], [1, 6], [1, 4], [1, 3], [3, 5]], "length": 9, "num_pairs": 21, "string": "cnbmvlgeu"}, "task_name": "task17", "example_name": "0199", "problem_name": "task17_0199"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nytidbkyjxmogo\nIndices:\n(3, 7), (2, 6), (5, 8), (1, 9), (0, 2), (1, 13), (0, 10), (3, 11), (0, 8), (9, 13), (9, 13), (6, 9), (0, 2), (1, 9), (3, 7), (4, 7), (5, 8), (0, 2), (0, 7), (0, 4), (4, 9), (9, 13)", "label": {"final": "ixbktymyodogj", "init": "ytidbkyjxmogo", "intermediate": ["ytiydbkjxmogo", "ytbiydkjxmogo", "ytbiyjdkxmogo", "yxtbiyjdkmogo", "xytbiyjdkmogo", "xoytbiyjdkmog", "kxoytbiyjdmog", "kxomytbiyjdog", "ikxomytbyjdog", "ikxomytbygjdo", "ikxomytbyogjd", "ikxomyytbogjd", "kixomyytbogjd", "kbixomyytogjd", "kbiyxomytogjd", "kbiymxoytogjd", "kbiymyxotogjd", "bkiymyxotogjd", "xbkiymyotogjd", "ixbkymyotogjd", "ixbktymyoogjd"]}, "config": {"combinations": [[4, 7], [3, 6], [6, 8], [2, 9], [1, 2], [2, 13], [1, 10], [4, 11], [1, 8], [10, 13], [10, 13], [7, 9], [1, 2], [2, 9], [4, 7], [5, 7], [6, 8], [1, 2], [1, 7], [1, 4], [5, 9], [10, 13]], "length": 13, "num_pairs": 22, "string": "ytidbkyjxmogo"}, "task_name": "task17", "example_name": "0200", "problem_name": "task17_0200"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nhgbbusnahvegqh\nIndices:\n(3, 6), (0, 4), (0, 8), (0, 3), (0, 7), (0, 3), (1, 10), (2, 10), (1, 5), (0, 10), (3, 12), (0, 4), (1, 6), (0, 10), (2, 5), (6, 13), (7, 10), (1, 9), (5, 9), (6, 9), (6, 11), (0, 5)", "label": {"final": "hbvgasgqnhubeh", "init": "hgbbusnahvegqh", "intermediate": ["hgbsbunahvegqh", "shgbbunahvegqh", "ashgbbunhvegqh", "hasgbbunhvegqh", "uhasgbbnhvegqh", "auhsgbbnhvegqh", "avuhsgbbnhegqh", "avhuhsgbbnegqh", "ahvhusgbbnegqh", "nahvhusgbbegqh", "nahgvhusgbbeqh", "gnahvhusgbbeqh", "ghnahvusgbbeqh", "bghnahvusgbeqh", "bgahnhvusgbeqh", "bgahnhqvusgbeh", "bgahnhqsvugbeh", "bvgahnhqsugbeh", "bvgahsnhqugbeh", "bvgahsqnhugbeh", "bvgahsgqnhubeh"]}, "config": {"combinations": [[4, 6], [1, 4], [1, 8], [1, 3], [1, 7], [1, 3], [2, 10], [3, 10], [2, 5], [1, 10], [4, 12], [1, 4], [2, 6], [1, 10], [3, 5], [7, 13], [8, 10], [2, 9], [6, 9], [7, 9], [7, 11], [1, 5]], "length": 14, "num_pairs": 22, "string": "hgbbusnahvegqh"}, "task_name": "task17", "example_name": "0201", "problem_name": "task17_0201"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nuxyrtmfdbuu\nIndices:\n(0, 7), (0, 6), (0, 2), (1, 5), (0, 3), (1, 9), (4, 7), (0, 3), (1, 9), (0, 3), (1, 5), (3, 7), (6, 11), (0, 4), (2, 6), (0, 4), (8, 11), (4, 11), (1, 4), (0, 3), (2, 8), (0, 2)", "label": {"final": "yuubtmfdrux", "init": "uxyrtmfdbuu", "intermediate": ["fuxyrtmdbuu", "tfuxyrmdbuu", "ftuxyrmdbuu", "fytuxrmdbuu", "tfyuxrmdbuu", "tbfyuxrmduu", "tbfyruxmduu", "ftbyruxmduu", "fdtbyruxmuu", "tfdbyruxmuu", "tyfdbruxmuu", "tyfudbrxmuu", "tyfudburxmu", "utyfdburxmu", "utbyfdurxmu", "yutbfdurxmu", "yutbfduruxm", "yutbmfdurux", "ybutmfdurux", "uybtmfdurux", "uyubtmfdrux"]}, "config": {"combinations": [[1, 7], [1, 6], [1, 2], [2, 5], [1, 3], [2, 9], [5, 7], [1, 3], [2, 9], [1, 3], [2, 5], [4, 7], [7, 11], [1, 4], [3, 6], [1, 4], [9, 11], [5, 11], [2, 4], [1, 3], [3, 8], [1, 2]], "length": 11, "num_pairs": 22, "string": "uxyrtmfdbuu"}, "task_name": "task17", "example_name": "0202", "problem_name": "task17_0202"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqaadipd\nIndices:\n(0, 5), (0, 5), (1, 7), (0, 6), (1, 7), (0, 3), (0, 2), (1, 4), (1, 6), (0, 2), (0, 2), (0, 3), (2, 5), (3, 7), (2, 6), (3, 6), (0, 3), (1, 5), (1, 4), (0, 5), (4, 7), (2, 6)", "label": {"final": "qddapia", "init": "qaadipd", "intermediate": ["iqaadpd", "diqaapd", "ddiqaap", "addiqap", "apddiqa", "dapdiqa", "adpdiqa", "addpiqa", "aqddpia", "qaddpia", "aqddpia", "daqdpia", "dapqdia", "dapaqdi", "dadpaqi", "dadqpai", "ddaqpai", "dpdaqai", "dapdqai", "qdapdai", "qdapida"]}, "config": {"combinations": [[1, 5], [1, 5], [2, 7], [1, 6], [2, 7], [1, 3], [1, 2], [2, 4], [2, 6], [1, 2], [1, 2], [1, 3], [3, 5], [4, 7], [3, 6], [4, 6], [1, 3], [2, 5], [2, 4], [1, 5], [5, 7], [3, 6]], "length": 7, "num_pairs": 22, "string": "qaadipd"}, "task_name": "task17", "example_name": "0203", "problem_name": "task17_0203"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nyfutyyq\nIndices:\n(0, 5), (0, 4), (1, 4), (0, 5), (2, 5), (1, 7), (0, 2), (0, 3), (0, 2), (3, 6), (1, 5), (0, 6), (0, 4), (3, 7), (3, 6), (0, 4), (2, 6), (1, 5), (0, 7), (0, 5), (0, 6), (0, 3)", "label": {"final": "yfytquy", "init": "yfutyyq", "intermediate": ["yyfutyq", "uyyftyq", "ufyytyq", "tufyyyq", "tuyfyyq", "tquyfyy", "qtuyfyy", "uqtyfyy", "qutyfyy", "qutyyfy", "qyutyfy", "fqyutyy", "ufqytyy", "ufqyyty", "ufqtyyy", "tufqyyy", "tuyfqyy", "tquyfyy", "ytquyfy", "yytqufy", "fyytquy"]}, "config": {"combinations": [[1, 5], [1, 4], [2, 4], [1, 5], [3, 5], [2, 7], [1, 2], [1, 3], [1, 2], [4, 6], [2, 5], [1, 6], [1, 4], [4, 7], [4, 6], [1, 4], [3, 6], [2, 5], [1, 7], [1, 5], [1, 6], [1, 3]], "length": 7, "num_pairs": 22, "string": "yfutyyq"}, "task_name": "task17", "example_name": "0204", "problem_name": "task17_0204"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvxivoqjplgpglw\nIndices:\n(3, 8), (2, 13), (2, 11), (1, 4), (0, 6), (3, 13), (2, 7), (0, 11), (2, 11), (0, 10), (6, 10), (8, 11), (1, 14), (0, 2), (0, 3), (0, 2), (0, 2), (2, 12), (1, 7), (1, 7), (4, 7), (3, 6)", "label": {"final": "jqvxwpvigloglp", "init": "vxivoqjplgpglw", "intermediate": ["vxipvoqjlgpglw", "vxlipvoqjlgpgw", "vxglipvoqjlpgw", "vlxgipvoqjlpgw", "pvlxgivoqjlpgw", "pvlgxgivoqjlpw", "pvilgxgvoqjlpw", "jpvilgxgvoqlpw", "jpqvilgxgvolpw", "vjpqvilgxgolpw", "vjpqviglgxolpw", "vjpqviglogxlpw", "vwjpqviglogxlp", "wvjpqviglogxlp", "jwvpqviglogxlp", "wjvpqviglogxlp", "jwvpqviglogxlp", "jwxvpqvigloglp", "jvwxvpqigloglp", "jqvwxvpigloglp", "jqvwpxvigloglp"]}, "config": {"combinations": [[4, 8], [3, 13], [3, 11], [2, 4], [1, 6], [4, 13], [3, 7], [1, 11], [3, 11], [1, 10], [7, 10], [9, 11], [2, 14], [1, 2], [1, 3], [1, 2], [1, 2], [3, 12], [2, 7], [2, 7], [5, 7], [4, 6]], "length": 14, "num_pairs": 22, "string": "vxivoqjplgpglw"}, "task_name": "task17", "example_name": "0205", "problem_name": "task17_0205"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncycfawhbiqiajq\nIndices:\n(0, 6), (2, 5), (4, 7), (9, 12), (2, 8), (4, 9), (3, 12), (1, 11), (0, 6), (1, 5), (6, 9), (2, 6), (0, 2), (0, 12), (0, 3), (0, 5), (1, 4), (8, 12), (2, 5), (2, 13), (0, 5), (2, 9)", "label": {"final": "fwhbjiqacaiycq", "init": "cycfawhbiqiajq", "intermediate": ["wcycfahbiqiajq", "wcfycahbiqiajq", "wcfyhcabiqiajq", "wcfyhcabiaqijq", "wcbfyhcaiaqijq", "wcbfiyhcaaqijq", "wcbifiyhcaaqjq", "wacbifiyhcaqjq", "fwacbiiyhcaqjq", "fbwaciiyhcaqjq", "fbwacihiycaqjq", "fbiwachiycaqjq", "bfiwachiycaqjq", "qbfiwachiycajq", "fqbiwachiycajq", "wfqbiachiycajq", "wbfqiachiycajq", "wbfqiachaiycjq", "wbifqachaiycjq", "wbjifqachaiycq", "fwbjiqachaiycq"]}, "config": {"combinations": [[1, 6], [3, 5], [5, 7], [10, 12], [3, 8], [5, 9], [4, 12], [2, 11], [1, 6], [2, 5], [7, 9], [3, 6], [1, 2], [1, 12], [1, 3], [1, 5], [2, 4], [9, 12], [3, 5], [3, 13], [1, 5], [3, 9]], "length": 14, "num_pairs": 22, "string": "cycfawhbiqiajq"}, "task_name": "task17", "example_name": "0206", "problem_name": "task17_0206"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzgzilwliuxkvf\nIndices:\n(0, 10), (0, 3), (6, 9), (0, 4), (1, 4), (1, 5), (3, 8), (0, 4), (2, 6), (2, 10), (0, 11), (3, 9), (0, 2), (4, 12), (3, 13), (2, 6), (3, 9), (2, 12), (0, 3), (5, 9), (3, 10), (0, 4)", "label": {"final": "xiwkviuzflzgl", "init": "zgzilwliuxkvf", "intermediate": ["xzgzilwliukvf", "gxzzilwliukvf", "gxzziliwlukvf", "zgxziliwlukvf", "zzgxiliwlukvf", "zizgxliwlukvf", "zizwgxlilukvf", "wzizgxlilukvf", "wzxizglilukvf", "wzuxizglilkvf", "kwzuxizglilvf", "kwzluxizgilvf", "wkzluxizgilvf", "wkzlvuxizgilf", "wkzflvuxizgil", "wkvzfluxizgil", "wkvizfluxzgil", "wkivizfluxzgl", "iwkvizfluxzgl", "iwkviuzflxzgl", "iwkxviuzflzgl"]}, "config": {"combinations": [[1, 10], [1, 3], [7, 9], [1, 4], [2, 4], [2, 5], [4, 8], [1, 4], [3, 6], [3, 10], [1, 11], [4, 9], [1, 2], [5, 12], [4, 13], [3, 6], [4, 9], [3, 12], [1, 3], [6, 9], [4, 10], [1, 4]], "length": 13, "num_pairs": 22, "string": "zgzilwliuxkvf"}, "task_name": "task17", "example_name": "0207", "problem_name": "task17_0207"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nrjeaiivoythlwg\nIndices:\n(3, 10), (0, 10), (0, 4), (3, 6), (0, 2), (7, 11), (2, 7), (6, 10), (5, 11), (0, 9), (0, 4), (5, 12), (8, 14), (0, 4), (1, 8), (1, 14), (0, 5), (1, 7), (2, 12), (1, 4), (1, 4), (1, 11)", "label": {"final": "tgverwoiylajhi", "init": "rjeaiivoythlwg", "intermediate": ["rjetaiivoyhlwg", "yrjetaiivohlwg", "eyrjtaiivohlwg", "eyrajtiivohlwg", "yerajtiivohlwg", "yerajtihivolwg", "yeirajthivolwg", "yeirajvthiolwg", "yeiraojvthilwg", "tyeiraojvhilwg", "ityeraojvhilwg", "ityerlaojvhiwg", "ityerlaogjvhiw", "eityrlaogjvhiw", "eoityrlagjvhiw", "ewoityrlagjvhi", "tewoiyrlagjvhi", "trewoiylagjvhi", "trvewoiylagjhi", "tervwoiylagjhi", "tverwoiylagjhi"]}, "config": {"combinations": [[4, 10], [1, 10], [1, 4], [4, 6], [1, 2], [8, 11], [3, 7], [7, 10], [6, 11], [1, 9], [1, 4], [6, 12], [9, 14], [1, 4], [2, 8], [2, 14], [1, 5], [2, 7], [3, 12], [2, 4], [2, 4], [2, 11]], "length": 14, "num_pairs": 22, "string": "rjeaiivoythlwg"}, "task_name": "task17", "example_name": "0208", "problem_name": "task17_0208"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nylbuefw\nIndices:\n(0, 2), (0, 2), (0, 4), (2, 7), (4, 7), (0, 5), (1, 6), (1, 5), (1, 4), (2, 5), (0, 2), (0, 3), (0, 4), (0, 2), (0, 2), (0, 3), (0, 5), (0, 2), (1, 4), (0, 4), (2, 5), (0, 3)", "label": {"final": "fwuyble", "init": "ylbuefw", "intermediate": ["lybuefw", "ylbuefw", "uylbefw", "uywlbef", "uywlfbe", "fuywlbe", "fbuywle", "fwbuyle", "fuwbyle", "fuywble", "ufywble", "yufwble", "wyufble", "ywufble", "wyufble", "uwyfble", "buwyfle", "ubwyfle", "uybwfle", "wuybfle", "wufyble"]}, "config": {"combinations": [[1, 2], [1, 2], [1, 4], [3, 7], [5, 7], [1, 5], [2, 6], [2, 5], [2, 4], [3, 5], [1, 2], [1, 3], [1, 4], [1, 2], [1, 2], [1, 3], [1, 5], [1, 2], [2, 4], [1, 4], [3, 5], [1, 3]], "length": 7, "num_pairs": 22, "string": "ylbuefw"}, "task_name": "task17", "example_name": "0209", "problem_name": "task17_0209"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\njiixiugtymr\nIndices:\n(6, 11), (1, 4), (2, 11), (0, 8), (0, 10), (2, 5), (2, 10), (7, 11), (1, 4), (0, 2), (0, 9), (0, 4), (5, 8), (0, 7), (3, 8), (1, 6), (0, 3), (3, 9), (0, 2), (0, 2), (0, 2), (4, 9), (1, 8)", "label": {"final": "jmrtyiixgiu", "init": "jiixiugtymr", "intermediate": ["jiixiurgtym", "jxiiiurgtym", "jxmiiiurgty", "rjxmiiiugty", "trjxmiiiugy", "trmjxiiiugy", "trgmjxiiiuy", "trgmjxiyiiu", "tmrgjxiyiiu", "mtrgjxiyiiu", "imtrgjxiyiu", "rimtgjxiyiu", "rimtgijxyiu", "jrimtgixyiu", "jrixmtgiyiu", "jtrixmgiyiu", "rjtixmgiyiu", "rjtyixmgiiu", "jrtyixmgiiu", "rjtyixmgiiu", "jrtyixmgiiu", "jrtyiixmgiu"]}, "config": {"combinations": [[7, 11], [2, 4], [3, 11], [1, 8], [1, 10], [3, 5], [3, 10], [8, 11], [2, 4], [1, 2], [1, 9], [1, 4], [6, 8], [1, 7], [4, 8], [2, 6], [1, 3], [4, 9], [1, 2], [1, 2], [1, 2], [5, 9], [2, 8]], "length": 11, "num_pairs": 23, "string": "jiixiugtymr"}, "task_name": "task17", "example_name": "0210", "problem_name": "task17_0210"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ngqhbcoclq\nIndices:\n(0, 3), (0, 2), (0, 2), (5, 9), (0, 5), (3, 9), (2, 6), (0, 4), (1, 4), (0, 2), (3, 9), (0, 3), (1, 5), (0, 4), (0, 5), (0, 9), (0, 2), (4, 7), (2, 5), (0, 2), (3, 9), (0, 3), (0, 2)", "label": {"final": "olcqgchbq", "init": "gqhbcoclq", "intermediate": ["hgqbcoclq", "ghqbcoclq", "hgqbcoclq", "hgqbcqocl", "chgqbqocl", "chglqbqoc", "chbglqqoc", "gchblqqoc", "gbchlqqoc", "bgchlqqoc", "bgcchlqqo", "cbgchlqqo", "chbgclqqo", "gchbclqqo", "cgchblqqo", "ocgchblqq", "cogchblqq", "cogclhbqq", "colgchbqq", "oclgchbqq", "oclqgchbq", "locqgchbq"]}, "config": {"combinations": [[1, 3], [1, 2], [1, 2], [6, 9], [1, 5], [4, 9], [3, 6], [1, 4], [2, 4], [1, 2], [4, 9], [1, 3], [2, 5], [1, 4], [1, 5], [1, 9], [1, 2], [5, 7], [3, 5], [1, 2], [4, 9], [1, 3], [1, 2]], "length": 9, "num_pairs": 23, "string": "gqhbcoclq"}, "task_name": "task17", "example_name": "0211", "problem_name": "task17_0211"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nuzhusboembl\nIndices:\n(3, 6), (2, 5), (6, 10), (2, 7), (0, 7), (0, 2), (0, 3), (2, 5), (0, 9), (0, 11), (0, 5), (0, 3), (4, 7), (1, 5), (0, 8), (0, 3), (4, 7), (0, 3), (0, 2), (4, 8), (0, 6), (5, 9), (1, 4)", "label": {"final": "uhbeubslzom", "init": "uzhusboembl", "intermediate": ["uzhbusoembl", "uzuhbsoembl", "uzuhbsboeml", "uzbuhbsoeml", "suzbuhboeml", "uszbuhboeml", "zusbuhboeml", "zuusbhboeml", "ezuusbhboml", "lezuusbhbom", "ulezusbhbom", "eulzusbhbom", "eulzbushbom", "ebulzushbom", "hebulzusbom", "bheulzusbom", "bheuulzsbom", "ebhuulzsbom", "behuulzsbom", "behusulzbom", "ubehuslzbom", "ubehubslzom"]}, "config": {"combinations": [[4, 6], [3, 5], [7, 10], [3, 7], [1, 7], [1, 2], [1, 3], [3, 5], [1, 9], [1, 11], [1, 5], [1, 3], [5, 7], [2, 5], [1, 8], [1, 3], [5, 7], [1, 3], [1, 2], [5, 8], [1, 6], [6, 9], [2, 4]], "length": 11, "num_pairs": 23, "string": "uzhusboembl"}, "task_name": "task17", "example_name": "0212", "problem_name": "task17_0212"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npkkvlswwtz\nIndices:\n(0, 3), (5, 9), (0, 4), (0, 4), (1, 5), (1, 5), (0, 5), (0, 4), (4, 8), (3, 6), (1, 9), (2, 7), (0, 3), (0, 2), (6, 9), (3, 7), (2, 8), (0, 3), (1, 5), (0, 10), (0, 5), (0, 3), (0, 2)", "label": {"final": "wpzslwkkvt", "init": "pkkvlswwtz", "intermediate": ["kpkvlswwtz", "kpkvltswwz", "vkpkltswwz", "kvkpltswwz", "klvkptswwz", "kplvktswwz", "kkplvtswwz", "lkkpvtswwz", "lkkpwvtswz", "lkkvpwtswz", "lwkkvpwtsz", "lwwkkvptsz", "wlwkkvptsz", "lwwkkvptsz", "lwwkkvsptz", "lwwskkvptz", "lwpwskkvtz", "plwwskkvtz", "pslwwkkvtz", "zpslwwkkvt", "wzpslwkkvt", "pwzslwkkvt"]}, "config": {"combinations": [[1, 3], [6, 9], [1, 4], [1, 4], [2, 5], [2, 5], [1, 5], [1, 4], [5, 8], [4, 6], [2, 9], [3, 7], [1, 3], [1, 2], [7, 9], [4, 7], [3, 8], [1, 3], [2, 5], [1, 10], [1, 5], [1, 3], [1, 2]], "length": 10, "num_pairs": 23, "string": "pkkvlswwtz"}, "task_name": "task17", "example_name": "0213", "problem_name": "task17_0213"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nldddrnmekhbmf\nIndices:\n(0, 4), (0, 8), (0, 4), (4, 7), (4, 9), (0, 2), (1, 5), (0, 10), (6, 9), (4, 8), (2, 10), (6, 11), (3, 11), (0, 6), (2, 8), (2, 12), (9, 13), (0, 7), (0, 2), (7, 10), (6, 9), (0, 2), (2, 6)", "label": {"final": "ddehmbkmfndlr", "init": "ldddrnmekhbmf", "intermediate": ["dlddrnmekhbmf", "edlddrnmkhbmf", "dedldrnmkhbmf", "dedlndrmkhbmf", "dedlkndrmhbmf", "eddlkndrmhbmf", "ekddlndrmhbmf", "hekddlndrmbmf", "hekddlrndmbmf", "hekdndlrdmbmf", "hemkdndlrdbmf", "hemkdnbdlrdmf", "hemdkdnbdlrmf", "dhemdknbdlrmf", "dhbemdkndlrmf", "dhmbemdkndlrf", "dhmbemdknfdlr", "ddhmbemknfdlr", "ddhmbemknfdlr", "ddhmbemfkndlr", "ddhmbekmfndlr", "ddhmbekmfndlr"]}, "config": {"combinations": [[1, 4], [1, 8], [1, 4], [5, 7], [5, 9], [1, 2], [2, 5], [1, 10], [7, 9], [5, 8], [3, 10], [7, 11], [4, 11], [1, 6], [3, 8], [3, 12], [10, 13], [1, 7], [1, 2], [8, 10], [7, 9], [1, 2], [3, 6]], "length": 13, "num_pairs": 23, "string": "ldddrnmekhbmf"}, "task_name": "task17", "example_name": "0214", "problem_name": "task17_0214"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nopqzgliuxg\nIndices:\n(3, 7), (0, 4), (4, 10), (0, 3), (1, 5), (5, 10), (1, 7), (2, 6), (0, 2), (3, 9), (0, 2), (1, 4), (0, 9), (2, 5), (0, 8), (3, 9), (1, 4), (1, 10), (0, 2), (0, 3), (1, 5), (3, 9), (3, 9)", "label": {"final": "xpuzgogqli", "init": "opqzgliuxg", "intermediate": ["opqizgluxg", "iopqzgluxg", "iopqgzglux", "pioqgzglux", "pgioqzglux", "pgioqxzglu", "pzgioqxglu", "pzqgioxglu", "zpqgioxglu", "zpqlgioxgu", "pzqlgioxgu", "plzqgioxgu", "gplzqgioxu", "gpqlzgioxu", "ogpqlzgixu", "ogpxqlzgiu", "oxgpqlzgiu", "ouxgpqlzgi", "uoxgpqlzgi", "xuogpqlzgi", "xpuogqlzgi", "xpugogqlzi"]}, "config": {"combinations": [[4, 7], [1, 4], [5, 10], [1, 3], [2, 5], [6, 10], [2, 7], [3, 6], [1, 2], [4, 9], [1, 2], [2, 4], [1, 9], [3, 5], [1, 8], [4, 9], [2, 4], [2, 10], [1, 2], [1, 3], [2, 5], [4, 9], [4, 9]], "length": 10, "num_pairs": 23, "string": "opqzgliuxg"}, "task_name": "task17", "example_name": "0215", "problem_name": "task17_0215"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nzhsoznwlbnk\nIndices:\n(0, 2), (6, 9), (0, 5), (2, 9), (1, 11), (0, 3), (0, 3), (0, 6), (7, 11), (4, 10), (0, 4), (0, 2), (5, 8), (1, 5), (1, 4), (5, 10), (1, 8), (0, 2), (2, 7), (6, 9), (1, 6), (4, 8), (1, 4)", "label": {"final": "lnzshkbzonw", "init": "zhsoznwlbnk", "intermediate": ["hzsoznwlbnk", "hzsoznbwlnk", "zhzsonbwlnk", "zhlzsonbwnk", "zkhlzsonbwn", "hzklzsonbwn", "khzlzsonbwn", "skhzlzonbwn", "skhzlzonnbw", "skhzblzonnw", "zskhblzonnw", "szkhblzonnw", "szkhbolznnw", "sbzkholznnw", "skbzholznnw", "skbzhnolznw", "slkbzhnoznw", "lskbzhnoznw", "lsnkbzhoznw", "lsnkbzzhonw", "lzsnkbzhonw", "lzsnhkbzonw"]}, "config": {"combinations": [[1, 2], [7, 9], [1, 5], [3, 9], [2, 11], [1, 3], [1, 3], [1, 6], [8, 11], [5, 10], [1, 4], [1, 2], [6, 8], [2, 5], [2, 4], [6, 10], [2, 8], [1, 2], [3, 7], [7, 9], [2, 6], [5, 8], [2, 4]], "length": 11, "num_pairs": 23, "string": "zhsoznwlbnk"}, "task_name": "task17", "example_name": "0216", "problem_name": "task17_0216"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlempky\nIndices:\n(3, 6), (0, 3), (1, 4), (0, 4), (2, 5), (2, 5), (0, 6), (0, 3), (1, 4), (0, 4), (3, 6), (1, 5), (1, 5), (1, 6), (1, 4), (2, 5), (1, 6), (2, 5), (2, 6), (0, 2), (0, 2), (0, 4), (1, 4)", "label": {"final": "pyelkm", "init": "lempky", "intermediate": ["lemypk", "mleypk", "mylepk", "emylpk", "empylk", "emlpyk", "kemlpy", "mkelpy", "mlkepy", "emlkpy", "emlykp", "ekmlyp", "eykmlp", "epykml", "ekpyml", "ekmpyl", "elkmpy", "elpkmy", "elypkm", "leypkm", "elypkm", "pelykm"]}, "config": {"combinations": [[4, 6], [1, 3], [2, 4], [1, 4], [3, 5], [3, 5], [1, 6], [1, 3], [2, 4], [1, 4], [4, 6], [2, 5], [2, 5], [2, 6], [2, 4], [3, 5], [2, 6], [3, 5], [3, 6], [1, 2], [1, 2], [1, 4], [2, 4]], "length": 6, "num_pairs": 23, "string": "lempky"}, "task_name": "task17", "example_name": "0217", "problem_name": "task17_0217"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkezqhxtykev\nIndices:\n(1, 11), (0, 3), (0, 2), (4, 7), (0, 4), (2, 9), (1, 11), (4, 9), (1, 4), (2, 6), (0, 3), (0, 9), (5, 10), (1, 6), (5, 10), (2, 6), (1, 5), (5, 10), (3, 9), (0, 4), (5, 10), (6, 11), (1, 4)", "label": {"final": "ktqzxhkevye", "init": "kezqhxtykev", "intermediate": ["kvezqhxtyke", "ekvzqhxtyke", "kevzqhxtyke", "kevzxqhtyke", "zkevxqhtyke", "zkyevxqhtke", "zekyevxqhtk", "zekyhevxqtk", "zyekhevxqtk", "zyeekhvxqtk", "ezyekhvxqtk", "qezyekhvxtk", "qezyetkhvxk", "qtezyekhvxk", "qtezyxekhvk", "qtxezyekhvk", "qztxeyekhvk", "qztxevyekhk", "qztkxevyehk", "kqztxevyehk", "kqztxhevyek", "kqztxhkevye"]}, "config": {"combinations": [[2, 11], [1, 3], [1, 2], [5, 7], [1, 4], [3, 9], [2, 11], [5, 9], [2, 4], [3, 6], [1, 3], [1, 9], [6, 10], [2, 6], [6, 10], [3, 6], [2, 5], [6, 10], [4, 9], [1, 4], [6, 10], [7, 11], [2, 4]], "length": 11, "num_pairs": 23, "string": "kezqhxtykev"}, "task_name": "task17", "example_name": "0218", "problem_name": "task17_0218"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nyvelc\nIndices:\n(2, 5), (0, 2), (0, 3), (0, 3), (0, 3), (0, 2), (0, 2), (0, 4), (0, 2), (1, 4), (1, 5), (1, 4), (1, 4), (1, 4), (2, 5), (0, 3), (2, 5), (0, 3), (0, 3), (0, 2), (1, 5), (0, 2), (0, 5)", "label": {"final": "lcevy", "init": "yvelc", "intermediate": ["yvcel", "vycel", "cvyel", "ycvel", "vycel", "yvcel", "vycel", "evycl", "veycl", "vceyl", "vlcey", "velcy", "vcely", "vlcey", "vlyce", "yvlce", "yvelc", "eyvlc", "veylc", "evylc", "ecvyl", "cevyl"]}, "config": {"combinations": [[3, 5], [1, 2], [1, 3], [1, 3], [1, 3], [1, 2], [1, 2], [1, 4], [1, 2], [2, 4], [2, 5], [2, 4], [2, 4], [2, 4], [3, 5], [1, 3], [3, 5], [1, 3], [1, 3], [1, 2], [2, 5], [1, 2], [1, 5]], "length": 5, "num_pairs": 23, "string": "yvelc"}, "task_name": "task17", "example_name": "0219", "problem_name": "task17_0219"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nkcywtxyc\nIndices:\n(0, 2), (2, 7), (1, 4), (0, 3), (0, 3), (1, 4), (2, 8), (0, 3), (0, 2), (3, 7), (0, 3), (5, 8), (1, 7), (4, 8), (0, 2), (0, 5), (1, 5), (0, 8), (0, 2), (3, 7), (0, 2), (0, 3), (1, 4), (0, 3)", "label": {"final": "xctwcyyk", "init": "kcywtxyc", "intermediate": ["ckywtxyc", "ckyywtxc", "cykywtxc", "kcyywtxc", "ykcywtxc", "yykcwtxc", "yyckcwtx", "cyykcwtx", "ycykcwtx", "ycytkcwx", "yyctkcwx", "yyctkxcw", "ycyctkxw", "ycycwtkx", "cyycwtkx", "wcyyctkx", "wccyytkx", "xwccyytk", "wxccyytk", "wxctcyyk", "xwctcyyk", "cxwtcyyk", "ctxwcyyk"]}, "config": {"combinations": [[1, 2], [3, 7], [2, 4], [1, 3], [1, 3], [2, 4], [3, 8], [1, 3], [1, 2], [4, 7], [1, 3], [6, 8], [2, 7], [5, 8], [1, 2], [1, 5], [2, 5], [1, 8], [1, 2], [4, 7], [1, 2], [1, 3], [2, 4], [1, 3]], "length": 8, "num_pairs": 24, "string": "kcywtxyc"}, "task_name": "task17", "example_name": "0220", "problem_name": "task17_0220"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\niamrvzqhbhbb\nIndices:\n(0, 2), (0, 8), (3, 7), (0, 3), (2, 11), (0, 11), (3, 10), (1, 9), (6, 9), (1, 4), (9, 12), (2, 10), (2, 9), (3, 10), (3, 10), (0, 3), (1, 4), (0, 2), (0, 9), (0, 3), (7, 12), (1, 4), (2, 6), (1, 10)", "label": {"final": "aihzqmhbbrbv", "init": "iamrvzqhbhbb", "intermediate": ["aimrvzqhbhbb", "haimrvzqbhbb", "haizmrvqbhbb", "ihazmrvqbhbb", "ihbazmrvqbhb", "hihbazmrvqbb", "hihqbazmrvbb", "hrihqbazmvbb", "hrihqbmazvbb", "hhriqbmazvbb", "hhriqbmazbvb", "hhbriqbmazvb", "hhabriqbmzvb", "hhazbriqbmvb", "hhamzbriqbvb", "ahhmzbriqbvb", "amhhzbriqbvb", "mahhzbriqbvb", "qmahhzbribvb", "aqmhhzbribvb", "aqmhhzbbribv", "ahqmhzbbribv", "ahzqmhbbribv"]}, "config": {"combinations": [[1, 2], [1, 8], [4, 7], [1, 3], [3, 11], [1, 11], [4, 10], [2, 9], [7, 9], [2, 4], [10, 12], [3, 10], [3, 9], [4, 10], [4, 10], [1, 3], [2, 4], [1, 2], [1, 9], [1, 3], [8, 12], [2, 4], [3, 6], [2, 10]], "length": 12, "num_pairs": 24, "string": "iamrvzqhbhbb"}, "task_name": "task17", "example_name": "0221", "problem_name": "task17_0221"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nerthcoklrc\nIndices:\n(1, 7), (1, 4), (1, 4), (2, 7), (5, 10), (0, 2), (0, 7), (0, 6), (3, 8), (1, 5), (0, 5), (0, 3), (0, 4), (1, 4), (0, 3), (0, 2), (3, 8), (1, 5), (0, 4), (3, 7), (0, 2), (0, 4), (4, 10), (1, 4)", "label": {"final": "ochkrecrtl", "init": "erthcoklrc", "intermediate": ["ekrthcolrc", "etkrhcolrc", "ertkhcolrc", "erotkhclrc", "erotkchclr", "reotkchclr", "hreotkcclr", "khreotcclr", "khrceotclr", "kehrcotclr", "ckehrotclr", "eckhrotclr", "heckrotclr", "hkecrotclr", "ehkcrotclr", "hekcrotclr", "hekccrotlr", "hcekcrotlr", "khcecrotlr", "khcoecrtlr", "hkcoecrtlr", "ohkcecrtlr", "ohkcrecrtl"]}, "config": {"combinations": [[2, 7], [2, 4], [2, 4], [3, 7], [6, 10], [1, 2], [1, 7], [1, 6], [4, 8], [2, 5], [1, 5], [1, 3], [1, 4], [2, 4], [1, 3], [1, 2], [4, 8], [2, 5], [1, 4], [4, 7], [1, 2], [1, 4], [5, 10], [2, 4]], "length": 10, "num_pairs": 24, "string": "erthcoklrc"}, "task_name": "task17", "example_name": "0222", "problem_name": "task17_0222"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndqauvhlelrwvfc\nIndices:\n(4, 13), (8, 14), (9, 12), (10, 14), (2, 11), (1, 4), (1, 14), (0, 5), (0, 3), (1, 4), (1, 7), (5, 8), (3, 9), (3, 6), (2, 8), (3, 6), (2, 6), (7, 11), (5, 14), (5, 13), (4, 14), (3, 10), (4, 9), (2, 7)", "label": {"final": "wfedvlqhracvul", "init": "dqauvhlelrwvfc", "intermediate": ["dqaufvhlelrwvc", "dqaufvhlcelrwv", "dqaufvhlcrelwv", "dqaufvhlcrvelw", "dqvaufvhlcrelw", "daqvufvhlcrelw", "dwaqvufvhlcrel", "vdwaqufvhlcrel", "wvdaqufvhlcrel", "wavdqufvhlcrel", "wfavdquvhlcrel", "wfavdvquhlcrel", "wfahvdvqulcrel", "wfadhvvqulcrel", "wfqadhvvulcrel", "wfqhadvvulcrel", "wfdqhavvulcrel", "wfdqhavcvulrel", "wfdqhlavcvulre", "wfdqhrlavcvule", "wfdqehrlavcvul", "wfdvqehrlacvul", "wfdvlqehracvul"]}, "config": {"combinations": [[5, 13], [9, 14], [10, 12], [11, 14], [3, 11], [2, 4], [2, 14], [1, 5], [1, 3], [2, 4], [2, 7], [6, 8], [4, 9], [4, 6], [3, 8], [4, 6], [3, 6], [8, 11], [6, 14], [6, 13], [5, 14], [4, 10], [5, 9], [3, 7]], "length": 14, "num_pairs": 24, "string": "dqauvhlelrwvfc"}, "task_name": "task17", "example_name": "0223", "problem_name": "task17_0223"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmsskbqyj\nIndices:\n(0, 2), (0, 4), (3, 6), (0, 4), (0, 3), (0, 3), (0, 3), (0, 3), (0, 2), (0, 6), (1, 4), (3, 8), (0, 2), (1, 8), (1, 8), (4, 8), (0, 3), (4, 7), (0, 3), (0, 2), (0, 8), (0, 5), (1, 5), (1, 5)", "label": {"final": "bsksyjmq", "init": "msskbqyj", "intermediate": ["smskbqyj", "ksmsbqyj", "ksmqsbyj", "qksmsbyj", "sqkmsbyj", "ksqmsbyj", "qksmsbyj", "sqkmsbyj", "qskmsbyj", "bqskmsyj", "bkqsmsyj", "bkqjsmsy", "kbqjsmsy", "kybqjsms", "ksybqjsm", "ksybmqjs", "yksbmqjs", "yksbjmqs", "sykbjmqs", "yskbjmqs", "syskbjmq", "bsyskjmq", "bksysjmq"]}, "config": {"combinations": [[1, 2], [1, 4], [4, 6], [1, 4], [1, 3], [1, 3], [1, 3], [1, 3], [1, 2], [1, 6], [2, 4], [4, 8], [1, 2], [2, 8], [2, 8], [5, 8], [1, 3], [5, 7], [1, 3], [1, 2], [1, 8], [1, 5], [2, 5], [2, 5]], "length": 8, "num_pairs": 24, "string": "msskbqyj"}, "task_name": "task17", "example_name": "0224", "problem_name": "task17_0224"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nenjnyhiwrtqibb\nIndices:\n(4, 11), (0, 4), (7, 14), (0, 2), (11, 14), (0, 4), (6, 9), (4, 9), (7, 14), (0, 5), (1, 14), (4, 14), (1, 6), (0, 9), (4, 12), (8, 13), (2, 6), (8, 13), (1, 7), (1, 5), (2, 7), (3, 6), (0, 2), (0, 3)", "label": {"final": "hnyjebtbiwnqir", "init": "enjnyhiwrtqibb", "intermediate": ["enjnqyhiwrtibb", "nenjqyhiwrtibb", "nenjqyhbiwrtib", "ennjqyhbiwrtib", "ennjqyhbiwrbti", "jennqyhbiwrbti", "jennqyihbwrbti", "jennbqyihwrbti", "jennbqyiihwrbt", "bjennqyiihwrbt", "btjennqyiihwrb", "btjebnnqyiihwr", "bntjebnqyiihwr", "ybntjebnqiihwr", "ybnthjebnqiiwr", "ybnthjebwnqiir", "ybjnthebwnqiir", "ybjnthebiwnqir", "yebjnthbiwnqir", "ynebjthbiwnqir", "ynhebjtbiwnqir", "ynhjebtbiwnqir", "nyhjebtbiwnqir"]}, "config": {"combinations": [[5, 11], [1, 4], [8, 14], [1, 2], [12, 14], [1, 4], [7, 9], [5, 9], [8, 14], [1, 5], [2, 14], [5, 14], [2, 6], [1, 9], [5, 12], [9, 13], [3, 6], [9, 13], [2, 7], [2, 5], [3, 7], [4, 6], [1, 2], [1, 3]], "length": 14, "num_pairs": 24, "string": "enjnyhiwrtqibb"}, "task_name": "task17", "example_name": "0225", "problem_name": "task17_0225"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nnyriemjijqr\nIndices:\n(0, 2), (7, 10), (2, 7), (0, 4), (0, 4), (0, 2), (2, 10), (1, 7), (3, 10), (0, 2), (1, 10), (0, 7), (1, 7), (3, 8), (5, 10), (2, 10), (3, 7), (1, 11), (0, 6), (2, 9), (2, 9), (0, 11), (2, 5), (0, 2)", "label": {"final": "eiryqrjimnj", "init": "nyriemjijqr", "intermediate": ["ynriemjijqr", "ynriemjqijr", "ynjriemqijr", "rynjiemqijr", "jryniemqijr", "rjyniemqijr", "rjjyniemqir", "rejjynimqir", "rejijynimqr", "erjijynimqr", "eqrjijynimr", "yeqrjijnimr", "yjeqrjinimr", "yjenqrjiimr", "yjenqmrjiir", "yjienqmrjir", "yjimenqrjir", "yrjimenqrji", "eyrjimnqrji", "eyrrjimnqji", "eyqrrjimnji", "ieyqrrjimnj", "ieryqrjimnj"]}, "config": {"combinations": [[1, 2], [8, 10], [3, 7], [1, 4], [1, 4], [1, 2], [3, 10], [2, 7], [4, 10], [1, 2], [2, 10], [1, 7], [2, 7], [4, 8], [6, 10], [3, 10], [4, 7], [2, 11], [1, 6], [3, 9], [3, 9], [1, 11], [3, 5], [1, 2]], "length": 11, "num_pairs": 24, "string": "nyriemjijqr"}, "task_name": "task17", "example_name": "0226", "problem_name": "task17_0226"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndqixgy\nIndices:\n(2, 5), (0, 3), (0, 2), (0, 3), (0, 3), (0, 3), (0, 2), (0, 4), (2, 6), (1, 4), (0, 3), (2, 5), (0, 5), (0, 3), (2, 5), (0, 2), (0, 4), (0, 3), (0, 3), (0, 5), (1, 4), (1, 4), (0, 3), (0, 2)", "label": {"final": "qgiydx", "init": "dqixgy", "intermediate": ["dqgixy", "gdqixy", "dgqixy", "qdgixy", "gqdixy", "dgqixy", "gdqixy", "igdqxy", "igydqx", "idgyqx", "gidyqx", "giqdyx", "ygiqdx", "iygqdx", "iydgqx", "yidgqx", "gyidqx", "igydqx", "yigdqx", "qyigdx", "qgyidx", "qigydx", "gqiydx"]}, "config": {"combinations": [[3, 5], [1, 3], [1, 2], [1, 3], [1, 3], [1, 3], [1, 2], [1, 4], [3, 6], [2, 4], [1, 3], [3, 5], [1, 5], [1, 3], [3, 5], [1, 2], [1, 4], [1, 3], [1, 3], [1, 5], [2, 4], [2, 4], [1, 3], [1, 2]], "length": 6, "num_pairs": 24, "string": "dqixgy"}, "task_name": "task17", "example_name": "0227", "problem_name": "task17_0227"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nqyepzdgtgtac\nIndices:\n(1, 4), (7, 11), (0, 6), (0, 5), (2, 7), (0, 7), (5, 8), (7, 12), (8, 11), (0, 2), (8, 12), (3, 10), (0, 3), (0, 3), (4, 12), (4, 8), (0, 10), (5, 8), (3, 10), (2, 5), (5, 11), (2, 12), (0, 12), (2, 7)", "label": {"final": "qcpzyedtggat", "init": "qyepzdgtgtac", "intermediate": ["qpyezdgtgtac", "qpyezdgatgtc", "dqpyezgatgtc", "edqpyzgatgtc", "edgqpyzatgtc", "zedgqpyatgtc", "zedgqapytgtc", "zedgqapcytgt", "zedgqapcgytt", "ezdgqapcgytt", "ezdgqapctgyt", "ezdggqapctyt", "dezggqapctyt", "zdeggqapctyt", "zdegtgqapcty", "zdegatgqpcty", "czdegatgqpty", "czdeggatqpty", "czdpeggatqty", "czedpggatqty", "czedptggatqy", "czyedptggatq", "qczyedptggat"]}, "config": {"combinations": [[2, 4], [8, 11], [1, 6], [1, 5], [3, 7], [1, 7], [6, 8], [8, 12], [9, 11], [1, 2], [9, 12], [4, 10], [1, 3], [1, 3], [5, 12], [5, 8], [1, 10], [6, 8], [4, 10], [3, 5], [6, 11], [3, 12], [1, 12], [3, 7]], "length": 12, "num_pairs": 24, "string": "qyepzdgtgtac"}, "task_name": "task17", "example_name": "0228", "problem_name": "task17_0228"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nuraotmnmwmvtvp\nIndices:\n(0, 11), (0, 2), (9, 13), (1, 14), (6, 9), (2, 8), (4, 7), (0, 2), (7, 11), (6, 10), (9, 14), (9, 14), (10, 13), (2, 5), (2, 11), (2, 7), (2, 5), (1, 5), (7, 13), (2, 10), (2, 5), (4, 12), (1, 6), (0, 10)", "label": {"final": "npumoamrtvmvtw", "init": "uraotmnmwmvtvp", "intermediate": ["vuraotmnmwmtvp", "uvraotmnmwmtvp", "uvraotmnmvwmtp", "upvraotmnmvwmt", "upvraontmmvwmt", "uptvraonmmvwmt", "uptvoranmmvwmt", "putvoranmmvwmt", "putvoravnmmwmt", "putvormavnmwmt", "putvormavtnmwm", "putvormavmtnmw", "putvormavmmtnw", "puotvrmavmmtnw", "pumotvrmavmtnw", "purmotvmavmtnw", "puormtvmavmtnw", "pmuortvmavmtnw", "pmuortvnmavmtw", "pmauortvnmvmtw", "pmoaurtvnmvmtw", "pmoamurtvnmvtw", "pumoamrtvnmvtw"]}, "config": {"combinations": [[1, 11], [1, 2], [10, 13], [2, 14], [7, 9], [3, 8], [5, 7], [1, 2], [8, 11], [7, 10], [10, 14], [10, 14], [11, 13], [3, 5], [3, 11], [3, 7], [3, 5], [2, 5], [8, 13], [3, 10], [3, 5], [5, 12], [2, 6], [1, 10]], "length": 14, "num_pairs": 24, "string": "uraotmnmwmvtvp"}, "task_name": "task17", "example_name": "0229", "problem_name": "task17_0229"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ncqkkerhkinfe\nIndices:\n(1, 4), (6, 10), (4, 7), (0, 4), (5, 9), (3, 10), (2, 11), (0, 6), (4, 9), (2, 5), (0, 5), (5, 12), (0, 4), (0, 8), (0, 5), (6, 9), (6, 9), (3, 8), (1, 5), (3, 8), (0, 2), (2, 5), (1, 6), (3, 6), (4, 8)", "label": {"final": "fnkkceiqekrh", "init": "cqkkerhkinfe", "intermediate": ["ckqkerhkinfe", "ckqkernhkife", "ckqknerhkife", "kckqnerhkife", "kckqnkerhife", "kckiqnkerhfe", "kcfkiqnkerhe", "qkcfkinkerhe", "qkcfekinkrhe", "qkecfkinkrhe", "fqkeckinkrhe", "fqkecekinkrh", "efqkcekinkrh", "iefqkceknkrh", "kiefqceknkrh", "kiefqcnekkrh", "kiefqcknekrh", "kienfqckekrh", "kfienqckekrh", "kfikenqcekrh", "fkikenqcekrh", "fkeiknqcekrh", "fnkeikqcekrh", "fnkkeiqcekrh"]}, "config": {"combinations": [[2, 4], [7, 10], [5, 7], [1, 4], [6, 9], [4, 10], [3, 11], [1, 6], [5, 9], [3, 5], [1, 5], [6, 12], [1, 4], [1, 8], [1, 5], [7, 9], [7, 9], [4, 8], [2, 5], [4, 8], [1, 2], [3, 5], [2, 6], [4, 6], [5, 8]], "length": 12, "num_pairs": 25, "string": "cqkkerhkinfe"}, "task_name": "task17", "example_name": "0230", "problem_name": "task17_0230"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nushyoaqtbr\nIndices:\n(4, 7), (1, 4), (3, 7), (1, 7), (2, 7), (1, 4), (5, 9), (0, 2), (2, 5), (1, 10), (0, 2), (0, 2), (1, 4), (4, 7), (5, 10), (0, 2), (2, 5), (0, 6), (6, 10), (0, 2), (4, 7), (0, 5), (3, 7), (3, 10), (1, 6)", "label": {"final": "hystaubroq", "init": "ushyoaqtbr", "intermediate": ["ushyqoatbr", "uyshqoatbr", "uysahqotbr", "uoysahqtbr", "uoqysahtbr", "uyoqsahtbr", "uyoqsbahtr", "yuoqsbahtr", "yusoqbahtr", "yrusoqbaht", "ryusoqbaht", "yrusoqbaht", "ysruoqbaht", "ysruboqaht", "ysrubtoqah", "syrubtoqah", "sybrutoqah", "tsybruoqah", "tsybruhoqa", "stybruhoqa", "stybhruoqa", "hstybruoqa", "hstuybroqa", "hstauybroq"]}, "config": {"combinations": [[5, 7], [2, 4], [4, 7], [2, 7], [3, 7], [2, 4], [6, 9], [1, 2], [3, 5], [2, 10], [1, 2], [1, 2], [2, 4], [5, 7], [6, 10], [1, 2], [3, 5], [1, 6], [7, 10], [1, 2], [5, 7], [1, 5], [4, 7], [4, 10], [2, 6]], "length": 10, "num_pairs": 25, "string": "ushyoaqtbr"}, "task_name": "task17", "example_name": "0231", "problem_name": "task17_0231"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nvmtjpwmcuch\nIndices:\n(4, 8), (2, 5), (0, 4), (3, 6), (7, 11), (1, 7), (0, 5), (0, 3), (5, 8), (2, 6), (3, 7), (4, 7), (3, 9), (2, 6), (0, 3), (0, 4), (1, 7), (3, 6), (0, 2), (3, 6), (0, 9), (2, 5), (0, 6), (6, 9), (5, 8)", "label": {"final": "mjtphwmvcuc", "init": "vmtjpwmcuch", "intermediate": ["vmtjcpwmuch", "vmctjpwmuch", "tvmcjpwmuch", "tvmpcjwmuch", "tvmpcjwhmuc", "twvmpcjhmuc", "ptwvmcjhmuc", "wptvmcjhmuc", "wptvmhcjmuc", "wphtvmcjmuc", "wphctvmjmuc", "wphcmtvjmuc", "wphmcmtvjuc", "wpmhmctvjuc", "mwphmctvjuc", "hmwpmctvjuc", "htmwpmcvjuc", "htmmwpcvjuc", "thmmwpcvjuc", "thmpmwcvjuc", "jthmpmwcvuc", "jtphmmwcvuc", "mjtphmwcvuc", "mjtphmvwcuc"]}, "config": {"combinations": [[5, 8], [3, 5], [1, 4], [4, 6], [8, 11], [2, 7], [1, 5], [1, 3], [6, 8], [3, 6], [4, 7], [5, 7], [4, 9], [3, 6], [1, 3], [1, 4], [2, 7], [4, 6], [1, 2], [4, 6], [1, 9], [3, 5], [1, 6], [7, 9], [6, 8]], "length": 11, "num_pairs": 25, "string": "vmtjpwmcuch"}, "task_name": "task17", "example_name": "0232", "problem_name": "task17_0232"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nmqsyojpzia\nIndices:\n(2, 8), (2, 6), (0, 4), (4, 10), (0, 8), (3, 6), (1, 6), (2, 6), (1, 4), (0, 5), (2, 6), (0, 3), (2, 5), (0, 3), (0, 3), (0, 2), (5, 10), (0, 8), (1, 6), (2, 9), (4, 8), (0, 3), (0, 3), (0, 5), (5, 9)", "label": {"final": "izysoqmajp", "init": "mqsyojpzia", "intermediate": ["mqzsyojpia", "mqozsyjpia", "zmqosyjpia", "zmqoasyjpi", "jzmqoasypi", "jzmaqosypi", "jozmaqsypi", "joqzmasypi", "jzoqmasypi", "mjzoqasypi", "mjazoqsypi", "amjzoqsypi", "amojzqsypi", "oamjzqsypi", "moajzqsypi", "omajzqsypi", "omajziqsyp", "somajziqyp", "szomajiqyp", "szyomajiqp", "szyoimajqp", "yszoimajqp", "zysoimajqp", "izysomajqp"]}, "config": {"combinations": [[3, 8], [3, 6], [1, 4], [5, 10], [1, 8], [4, 6], [2, 6], [3, 6], [2, 4], [1, 5], [3, 6], [1, 3], [3, 5], [1, 3], [1, 3], [1, 2], [6, 10], [1, 8], [2, 6], [3, 9], [5, 8], [1, 3], [1, 3], [1, 5], [6, 9]], "length": 10, "num_pairs": 25, "string": "mqsyojpzia"}, "task_name": "task17", "example_name": "0233", "problem_name": "task17_0233"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\ndypxtm\nIndices:\n(2, 6), (2, 5), (0, 2), (0, 3), (0, 3), (0, 2), (1, 4), (0, 4), (1, 5), (0, 5), (0, 4), (1, 4), (0, 3), (0, 2), (0, 3), (0, 5), (0, 3), (0, 2), (0, 3), (0, 6), (0, 4), (0, 3), (1, 4), (1, 6), (0, 3)", "label": {"final": "mpyxtd", "init": "dypxtm", "intermediate": ["dympxt", "dyxmpt", "ydxmpt", "xydmpt", "dxympt", "xdympt", "xmdypt", "yxmdpt", "ypxmdt", "dypxmt", "xdypmt", "xpdymt", "dxpymt", "xdpymt", "pxdymt", "mpxdyt", "xmpdyt", "mxpdyt", "pmxdyt", "tpmxdy", "xtpmdy", "pxtmdy", "pmxtdy", "pymxtd"]}, "config": {"combinations": [[3, 6], [3, 5], [1, 2], [1, 3], [1, 3], [1, 2], [2, 4], [1, 4], [2, 5], [1, 5], [1, 4], [2, 4], [1, 3], [1, 2], [1, 3], [1, 5], [1, 3], [1, 2], [1, 3], [1, 6], [1, 4], [1, 3], [2, 4], [2, 6], [1, 3]], "length": 6, "num_pairs": 25, "string": "dypxtm"}, "task_name": "task17", "example_name": "0234", "problem_name": "task17_0234"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\npvzijbzykyut\nIndices:\n(0, 2), (1, 5), (5, 9), (3, 6), (2, 12), (9, 12), (2, 9), (0, 3), (4, 9), (0, 3), (2, 8), (0, 2), (1, 7), (3, 12), (5, 9), (1, 5), (0, 10), (3, 6), (1, 8), (2, 7), (9, 12), (2, 5), (6, 9), (3, 9), (1, 4)", "label": {"final": "ikvzjzytpybu", "init": "pvzijbzykyut", "intermediate": ["vpzijbzykyut", "vjpzibzykyut", "vjpzikbzyyut", "vjpkzibzyyut", "vjtpkzibzyyu", "vjtpkzibzuyy", "vjztpkzibuyy", "zvjtpkzibuyy", "zvjtbpkziuyy", "jzvtbpkziuyy", "jzzvtbpkiuyy", "zjzvtbpkiuyy", "zpjzvtbkiuyy", "zpjyzvtbkiuy", "zpjyzkvtbiuy", "zzpjykvtbiuy", "izzpjykvtbuy", "izzypjkvtbuy", "ivzzypjktbuy", "ivjzzypktbuy", "ivjzzypktybu", "ivzjzypktybu", "ivzjzytpkybu", "ivzkjzytpybu"]}, "config": {"combinations": [[1, 2], [2, 5], [6, 9], [4, 6], [3, 12], [10, 12], [3, 9], [1, 3], [5, 9], [1, 3], [3, 8], [1, 2], [2, 7], [4, 12], [6, 9], [2, 5], [1, 10], [4, 6], [2, 8], [3, 7], [10, 12], [3, 5], [7, 9], [4, 9], [2, 4]], "length": 12, "num_pairs": 25, "string": "pvzijbzykyut"}, "task_name": "task17", "example_name": "0235", "problem_name": "task17_0235"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nozhjqiziknbgj\nIndices:\n(0, 9), (3, 7), (4, 7), (0, 2), (4, 10), (0, 2), (1, 4), (3, 6), (8, 13), (0, 7), (0, 4), (1, 5), (0, 2), (0, 7), (1, 5), (0, 11), (7, 13), (3, 7), (1, 10), (2, 5), (2, 13), (7, 10), (0, 4), (1, 4), (1, 5)", "label": {"final": "inbijkqgohzjz", "init": "ozhjqiziknbgj", "intermediate": ["kozhjqizinbgj", "kozihjqzinbgj", "koziqhjzinbgj", "okziqhjzinbgj", "okzinqhjzibgj", "kozinqhjzibgj", "kioznqhjzibgj", "kioqznhjzibgj", "kioqznhjjzibg", "hkioqznjjzibg", "ohkiqznjjzibg", "oqhkiznjjzibg", "qohkiznjjzibg", "nqohkizjjzibg", "nkqohizjjzibg", "inkqohizjjzbg", "inkqohigzjjzb", "inkiqohgzjjzb", "ijnkiqohgzjzb", "ijinkqohgzjzb", "ijbinkqohgzjz", "ijbinkqgohzjz", "iijbnkqgohzjz", "ibijnkqgohzjz"]}, "config": {"combinations": [[1, 9], [4, 7], [5, 7], [1, 2], [5, 10], [1, 2], [2, 4], [4, 6], [9, 13], [1, 7], [1, 4], [2, 5], [1, 2], [1, 7], [2, 5], [1, 11], [8, 13], [4, 7], [2, 10], [3, 5], [3, 13], [8, 10], [1, 4], [2, 4], [2, 5]], "length": 13, "num_pairs": 25, "string": "ozhjqiziknbgj"}, "task_name": "task17", "example_name": "0236", "problem_name": "task17_0236"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nbcwpqakgukgz\nIndices:\n(4, 7), (5, 9), (0, 6), (0, 4), (0, 10), (0, 3), (1, 10), (3, 11), (2, 7), (0, 2), (0, 7), (0, 5), (1, 6), (1, 4), (1, 4), (0, 3), (2, 6), (0, 2), (5, 9), (1, 9), (0, 2), (6, 10), (7, 10), (2, 11), (1, 4)", "label": {"final": "pgkacbgqwkuz", "init": "bcwpqakgukgz", "intermediate": ["bcwpkqagukgz", "bcwpkuqagkgz", "ubcwpkqagkgz", "wubcpkqagkgz", "kwubcpkqaggz", "ukwbcpkqaggz", "ugkwbcpkqagz", "ugkgwbcpkqaz", "ugckgwbpkqaz", "guckgwbpkqaz", "bguckgwpkqaz", "kbgucgwpkqaz", "kgbgucwpkqaz", "kggbucwpkqaz", "kbggucwpkqaz", "gkbgucwpkqaz", "gkcbguwpkqaz", "kgcbguwpkqaz", "kgcbgkuwpqaz", "kpgcbgkuwqaz", "pkgcbgkuwqaz", "pkgcbgqkuwaz", "pkgcbgqwkuaz", "pkagcbgqwkuz"]}, "config": {"combinations": [[5, 7], [6, 9], [1, 6], [1, 4], [1, 10], [1, 3], [2, 10], [4, 11], [3, 7], [1, 2], [1, 7], [1, 5], [2, 6], [2, 4], [2, 4], [1, 3], [3, 6], [1, 2], [6, 9], [2, 9], [1, 2], [7, 10], [8, 10], [3, 11], [2, 4]], "length": 12, "num_pairs": 25, "string": "bcwpqakgukgz"}, "task_name": "task17", "example_name": "0237", "problem_name": "task17_0237"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nlezep\nIndices:\n(1, 5), (1, 4), (2, 5), (0, 5), (0, 2), (1, 4), (1, 4), (0, 5), (0, 2), (0, 3), (0, 3), (0, 3), (0, 2), (0, 2), (0, 5), (0, 2), (1, 4), (0, 2), (0, 2), (0, 3), (1, 4), (1, 4), (0, 5), (1, 5), (0, 3)", "label": {"final": "eelzp", "init": "lezep", "intermediate": ["lpeze", "lzpee", "lzepe", "elzep", "lezep", "leezp", "lzeep", "plzee", "lpzee", "zlpee", "pzlee", "lpzee", "plzee", "lpzee", "elpze", "lepze", "lzepe", "zlepe", "lzepe", "elzpe", "eplze", "ezple", "eezpl", "elezp"]}, "config": {"combinations": [[2, 5], [2, 4], [3, 5], [1, 5], [1, 2], [2, 4], [2, 4], [1, 5], [1, 2], [1, 3], [1, 3], [1, 3], [1, 2], [1, 2], [1, 5], [1, 2], [2, 4], [1, 2], [1, 2], [1, 3], [2, 4], [2, 4], [1, 5], [2, 5], [1, 3]], "length": 5, "num_pairs": 25, "string": "lezep"}, "task_name": "task17", "example_name": "0238", "problem_name": "task17_0238"}
+{"prompt": "Rotate a substring within a string by partitioning characters from original string's index m to n - 1, where the indices m and n are given in the form of (m, n) in 0-based indexing.\nFor each index pair, shift every character within the partitioned substring to the right by one, and wrap the right-most character around to the beggining of the substring.\nProvide the final string along with the intermediate states after each step in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString:\nelqla\nIndices:\n(0, 2), (0, 2), (0, 3), (0, 3), (0, 3), (0, 4), (2, 5), (1, 4), (1, 5), (1, 5), (0, 3), (1, 4), (0, 3), (0, 5), (0, 2), (0, 4), (0, 5), (0, 2), (0, 4), (1, 4), (0, 3), (1, 5), (0, 3), (0, 2), (0, 3)", "label": {"final": "qlela", "init": "elqla", "intermediate": ["leqla", "elqla", "qella", "lqela", "elqla", "lelqa", "lealq", "lleaq", "lqlea", "laqle", "qlale", "qllae", "lqlae", "elqla", "leqla", "lleqa", "alleq", "laleq", "elalq", "ellaq", "lelaq", "lqela", "elqla", "leqla"]}, "config": {"combinations": [[1, 2], [1, 2], [1, 3], [1, 3], [1, 3], [1, 4], [3, 5], [2, 4], [2, 5], [2, 5], [1, 3], [2, 4], [1, 3], [1, 5], [1, 2], [1, 4], [1, 5], [1, 2], [1, 4], [2, 4], [1, 3], [2, 5], [1, 3], [1, 2], [1, 3]], "length": 5, "num_pairs": 25, "string": "elqla"}, "task_name": "task17", "example_name": "0239", "problem_name": "task17_0239"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nKeith Preston an influence [2] the American national anarchist movement blends U S based influences such as libertarian Christian rightist neonazi and Patriot movements in the United States with ideas drawn from the European tradition of the New Right a right wing decentralist offshoot of classical fascism and from the German conservative revolutionary movement of the 1920s and [1] whose figures influenced but mostly stood outside of the Nazi movement\nList:\n[(1, 1930s), (2, on)]", "label": {"final": "Keith Preston an influence on the American national anarchist movement blends U S based influences such as libertarian Christian rightist neonazi and Patriot movements in the United States with ideas drawn from the European tradition of the New Right a right wing decentralist offshoot of classical fascism and from the German conservative revolutionary movement of the 1920s and 1930s whose figures influenced but mostly stood outside of the Nazi movement", "init": "Keith Preston an influence [2] the American national anarchist movement blends U S based influences such as libertarian Christian rightist neonazi and Patriot movements in the United States with ideas drawn from the European tradition of the New Right a right wing decentralist offshoot of classical fascism and from the German conservative revolutionary movement of the 1920s and [1] whose figures influenced but mostly stood outside of the Nazi movement", "intermediate": ["Keith Preston an influence [2] the American national anarchist movement blends U S based influences such as libertarian Christian rightist neonazi and Patriot movements in the United States with ideas drawn from the European tradition of the New Right a right wing decentralist offshoot of classical fascism and from the German conservative revolutionary movement of the 1920s and 1930s whose figures influenced but mostly stood outside of the Nazi movement"]}, "config": {"list": [[1, "1930s"], [2, "on"]], "num_pairs": 2, "num_sentences": 43652, "original_sentence": "Keith Preston, an influence on the American national-anarchist movement, \"blends U.S-based influences\" such as \"libertarian, Christian rightist, neonazi, and Patriot movements in the United States\" with ideas drawn from the European tradition of the New Right, a \"right-wing decentralist\" offshoot of \"classical fascism\" and from the German conservative revolutionary movement of the 1920s and 1930s, whose figures \"influenced but mostly stood outside of the Nazi movement\".", "sentence": "Keith Preston an influence [2] the American national anarchist movement blends U S based influences such as libertarian Christian rightist neonazi and Patriot movements in the United States with ideas drawn from the European tradition of the New Right a right wing decentralist offshoot of classical fascism and from the German conservative revolutionary movement of the 1920s and [1] whose figures influenced but mostly stood outside of the Nazi movement", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0000", "problem_name": "task18_0000"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[1] was two weeks away from [2] 66 years old\nList:\n[(1, He), (2, turning)]", "label": {"final": "He was two weeks away from turning 66 years old", "init": "[1] was two weeks away from [2] 66 years old", "intermediate": ["He was two weeks away from [2] 66 years old"]}, "config": {"list": [[1, "He"], [2, "turning"]], "num_pairs": 2, "num_sentences": 43652, "original_sentence": "He was two weeks away from turning 66 years old.", "sentence": "[1] was two weeks away from [2] 66 years old", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0001", "problem_name": "task18_0001"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHe began studying textiles [1] fibers which would lead to [2] career in the clothing industry\nList:\n[(1, and), (2, a)]", "label": {"final": "He began studying textiles and fibers which would lead to a career in the clothing industry", "init": "He began studying textiles [1] fibers which would lead to [2] career in the clothing industry", "intermediate": ["He began studying textiles and fibers which would lead to [2] career in the clothing industry"]}, "config": {"list": [[1, "and"], [2, "a"]], "num_pairs": 2, "num_sentences": 43652, "original_sentence": "He began studying textiles and fibers, which would lead to a career in the clothing industry.", "sentence": "He began studying textiles [1] fibers which would lead to [2] career in the clothing industry", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0002", "problem_name": "task18_0002"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe [2] patches displaying their [1] are rectangular not curved\nList:\n[(1, territory), (2, bottom)]", "label": {"final": "The bottom patches displaying their territory are rectangular not curved", "init": "The [2] patches displaying their [1] are rectangular not curved", "intermediate": ["The [2] patches displaying their territory are rectangular not curved"]}, "config": {"list": [[1, "territory"], [2, "bottom"]], "num_pairs": 2, "num_sentences": 43652, "original_sentence": "The bottom patches displaying their territory are rectangular, not curved.", "sentence": "The [2] patches displaying their [1] are rectangular not curved", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0003", "problem_name": "task18_0003"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[1] [2]\nList:\n[(1, Physiographic), (2, province)]", "label": {"final": "Physiographic province", "init": "[1] [2]", "intermediate": ["Physiographic [2]"]}, "config": {"list": [[1, "Physiographic"], [2, "province"]], "num_pairs": 2, "num_sentences": 43652, "original_sentence": "Physiographic province.", "sentence": "[1] [2]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0004", "problem_name": "task18_0004"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nRemaining parts of [1] was transferred to Amhara when that region was [2] in the 1992\nList:\n[(1, Guangua), (2, organized)]", "label": {"final": "Remaining parts of Guangua was transferred to Amhara when that region was organized in the 1992", "init": "Remaining parts of [1] was transferred to Amhara when that region was [2] in the 1992", "intermediate": ["Remaining parts of Guangua was transferred to Amhara when that region was [2] in the 1992"]}, "config": {"list": [[1, "Guangua"], [2, "organized"]], "num_pairs": 2, "num_sentences": 43652, "original_sentence": "Remaining parts of Guangua was transferred to Amhara when that region was organized in the 1992.", "sentence": "Remaining parts of [1] was transferred to Amhara when that region was [2] in the 1992", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0005", "problem_name": "task18_0005"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe Moors finished in a tie for 2nd place in the [1] North Carolina [2] League regular season\nList:\n[(1, 1942), (2, State)]", "label": {"final": "The Moors finished in a tie for 2nd place in the 1942 North Carolina State League regular season", "init": "The Moors finished in a tie for 2nd place in the [1] North Carolina [2] League regular season", "intermediate": ["The Moors finished in a tie for 2nd place in the 1942 North Carolina [2] League regular season"]}, "config": {"list": [[1, "1942"], [2, "State"]], "num_pairs": 2, "num_sentences": 43652, "original_sentence": "The Moors finished in a tie for 2nd place in the 1942 North Carolina State League regular season.", "sentence": "The Moors finished in a tie for 2nd place in the [1] North Carolina [2] League regular season", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0006", "problem_name": "task18_0006"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe [1] horns are dark brown and tipped [2] white\nList:\n[(1, slender), (2, with)]", "label": {"final": "The slender horns are dark brown and tipped with white", "init": "The [1] horns are dark brown and tipped [2] white", "intermediate": ["The slender horns are dark brown and tipped [2] white"]}, "config": {"list": [[1, "slender"], [2, "with"]], "num_pairs": 2, "num_sentences": 43652, "original_sentence": "The slender horns are dark brown and tipped with white.", "sentence": "The [1] horns are dark brown and tipped [2] white", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0007", "problem_name": "task18_0007"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe State Department also named [1] [2] yacht the Lena as blocked property\nList:\n[(1, Timchenko), (2, s)]", "label": {"final": "The State Department also named Timchenko s yacht the Lena as blocked property", "init": "The State Department also named [1] [2] yacht the Lena as blocked property", "intermediate": ["The State Department also named Timchenko [2] yacht the Lena as blocked property"]}, "config": {"list": [[1, "Timchenko"], [2, "s"]], "num_pairs": 2, "num_sentences": 43652, "original_sentence": "The State Department also named Timchenko's yacht, the \"Lena\" as blocked property.", "sentence": "The State Department also named [1] [2] yacht the Lena as blocked property", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0008", "problem_name": "task18_0008"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nGingras research focuses [2] the development of experimental and bioinformatics approaches for functional proteomics with a focus on protein protein [1] proximity interactions\nList:\n[(1, and), (2, on)]", "label": {"final": "Gingras research focuses on the development of experimental and bioinformatics approaches for functional proteomics with a focus on protein protein and proximity interactions", "init": "Gingras research focuses [2] the development of experimental and bioinformatics approaches for functional proteomics with a focus on protein protein [1] proximity interactions", "intermediate": ["Gingras research focuses [2] the development of experimental and bioinformatics approaches for functional proteomics with a focus on protein protein and proximity interactions"]}, "config": {"list": [[1, "and"], [2, "on"]], "num_pairs": 2, "num_sentences": 43652, "original_sentence": "Gingras research focuses on the development of experimental and bioinformatics approaches for functional proteomics, with a focus on protein-protein and proximity interactions.", "sentence": "Gingras research focuses [2] the development of experimental and bioinformatics approaches for functional proteomics with a focus on protein protein [1] proximity interactions", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0009", "problem_name": "task18_0009"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[1] Thelma s bedroom Phillip tells Eunice that [3] only thing stopping her [2] the life she wants to live is herself\nList:\n[(1, In), (2, from), (3, the)]", "label": {"final": "In Thelma s bedroom Phillip tells Eunice that the only thing stopping her from the life she wants to live is herself", "init": "[1] Thelma s bedroom Phillip tells Eunice that [3] only thing stopping her [2] the life she wants to live is herself", "intermediate": ["In Thelma s bedroom Phillip tells Eunice that [3] only thing stopping her [2] the life she wants to live is herself", "In Thelma s bedroom Phillip tells Eunice that [3] only thing stopping her from the life she wants to live is herself"]}, "config": {"list": [[1, "In"], [2, "from"], [3, "the"]], "num_pairs": 3, "num_sentences": 43652, "original_sentence": "In Thelma's bedroom, Phillip tells Eunice that the only thing stopping her from the life she wants to live is herself.", "sentence": "[1] Thelma s bedroom Phillip tells Eunice that [3] only thing stopping her [2] the life she wants to live is herself", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0010", "problem_name": "task18_0010"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn typical imaging systems [1] improves the efficiency since less light is [2] due to [3]\nList:\n[(1, this), (2, lost), (3, reflection)]", "label": {"final": "In typical imaging systems this improves the efficiency since less light is lost due to reflection", "init": "In typical imaging systems [1] improves the efficiency since less light is [2] due to [3]", "intermediate": ["In typical imaging systems this improves the efficiency since less light is [2] due to [3]", "In typical imaging systems this improves the efficiency since less light is lost due to [3]"]}, "config": {"list": [[1, "this"], [2, "lost"], [3, "reflection"]], "num_pairs": 3, "num_sentences": 43652, "original_sentence": "In typical imaging systems, this improves the efficiency since less light is lost due to reflection.", "sentence": "In typical imaging systems [1] improves the efficiency since less light is [2] due to [3]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0011", "problem_name": "task18_0011"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThis nomenclature doesn t cover the dropping [1] [3] by two or more octaves or having the [2] pitch in multiple octaves\nList:\n[(1, of), (2, same), (3, voices)]", "label": {"final": "This nomenclature doesn t cover the dropping of voices by two or more octaves or having the same pitch in multiple octaves", "init": "This nomenclature doesn t cover the dropping [1] [3] by two or more octaves or having the [2] pitch in multiple octaves", "intermediate": ["This nomenclature doesn t cover the dropping of [3] by two or more octaves or having the [2] pitch in multiple octaves", "This nomenclature doesn t cover the dropping of [3] by two or more octaves or having the same pitch in multiple octaves"]}, "config": {"list": [[1, "of"], [2, "same"], [3, "voices"]], "num_pairs": 3, "num_sentences": 43652, "original_sentence": "This nomenclature doesn't cover the dropping of voices by two or more octaves or having the same pitch in multiple octaves.", "sentence": "This nomenclature doesn t cover the dropping [1] [3] by two or more octaves or having the [2] pitch in multiple octaves", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0012", "problem_name": "task18_0012"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nSo it [3] really an evocation [2] the world [1] used to have\nList:\n[(1, we), (2, of), (3, s)]", "label": {"final": "So it s really an evocation of the world we used to have", "init": "So it [3] really an evocation [2] the world [1] used to have", "intermediate": ["So it [3] really an evocation [2] the world we used to have", "So it [3] really an evocation of the world we used to have"]}, "config": {"list": [[1, "we"], [2, "of"], [3, "s"]], "num_pairs": 3, "num_sentences": 43652, "original_sentence": "So it's really an evocation of the world we used to have.\"", "sentence": "So it [3] really an evocation [2] the world [1] used to have", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0013", "problem_name": "task18_0013"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[2] [3] meets the second Monday of each [1]\nList:\n[(1, month), (2, The), (3, board)]", "label": {"final": "The board meets the second Monday of each month", "init": "[2] [3] meets the second Monday of each [1]", "intermediate": ["[2] [3] meets the second Monday of each month", "The [3] meets the second Monday of each month"]}, "config": {"list": [[1, "month"], [2, "The"], [3, "board"]], "num_pairs": 3, "num_sentences": 43652, "original_sentence": "The board meets the second Monday of each month.", "sentence": "[2] [3] meets the second Monday of each [1]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0014", "problem_name": "task18_0014"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nMaya spoke of how she [2] more literary figures therefore including Octavia Butler [1] is an African American science fiction [3]\nList:\n[(1, who), (2, wanted), (3, writer)]", "label": {"final": "Maya spoke of how she wanted more literary figures therefore including Octavia Butler who is an African American science fiction writer", "init": "Maya spoke of how she [2] more literary figures therefore including Octavia Butler [1] is an African American science fiction [3]", "intermediate": ["Maya spoke of how she [2] more literary figures therefore including Octavia Butler who is an African American science fiction [3]", "Maya spoke of how she wanted more literary figures therefore including Octavia Butler who is an African American science fiction [3]"]}, "config": {"list": [[1, "who"], [2, "wanted"], [3, "writer"]], "num_pairs": 3, "num_sentences": 43652, "original_sentence": "Maya spoke of how she wanted more literary figures, therefore including Octavia Butler, who is an African-American science fiction writer.", "sentence": "Maya spoke of how she [2] more literary figures therefore including Octavia Butler [1] is an African American science fiction [3]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0015", "problem_name": "task18_0015"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[2] [1] [3]\nList:\n[(1, Aesthetics), (2, Merz), (3, GmbH)]", "label": {"final": "Merz Aesthetics GmbH", "init": "[2] [1] [3]", "intermediate": ["[2] Aesthetics [3]", "Merz Aesthetics [3]"]}, "config": {"list": [[1, "Aesthetics"], [2, "Merz"], [3, "GmbH"]], "num_pairs": 3, "num_sentences": 43652, "original_sentence": "Merz Aesthetics GmbH.", "sentence": "[2] [1] [3]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0016", "problem_name": "task18_0016"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nBy September 2012 Youssef had translated the film into Arabic and drew [1] attention of [3] Arabic [2] world\nList:\n[(1, the), (2, speaking), (3, the)]", "label": {"final": "By September 2012 Youssef had translated the film into Arabic and drew the attention of the Arabic speaking world", "init": "By September 2012 Youssef had translated the film into Arabic and drew [1] attention of [3] Arabic [2] world", "intermediate": ["By September 2012 Youssef had translated the film into Arabic and drew the attention of [3] Arabic [2] world", "By September 2012 Youssef had translated the film into Arabic and drew the attention of [3] Arabic speaking world"]}, "config": {"list": [[1, "the"], [2, "speaking"], [3, "the"]], "num_pairs": 3, "num_sentences": 43652, "original_sentence": "By September 2012, Youssef had translated the film into Arabic and drew the attention of the Arabic-speaking world.", "sentence": "By September 2012 Youssef had translated the film into Arabic and drew [1] attention of [3] Arabic [2] world", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0017", "problem_name": "task18_0017"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nShteyngart [1] novels [2] The Russian Debutante s Handbook [3] and Absurdistan 2006\nList:\n[(1, s), (2, include), (3, 2002)]", "label": {"final": "Shteyngart s novels include The Russian Debutante s Handbook 2002 and Absurdistan 2006", "init": "Shteyngart [1] novels [2] The Russian Debutante s Handbook [3] and Absurdistan 2006", "intermediate": ["Shteyngart s novels [2] The Russian Debutante s Handbook [3] and Absurdistan 2006", "Shteyngart s novels include The Russian Debutante s Handbook [3] and Absurdistan 2006"]}, "config": {"list": [[1, "s"], [2, "include"], [3, "2002"]], "num_pairs": 3, "num_sentences": 43652, "original_sentence": "Shteyngart's novels include \"The Russian Debutante's Handbook\" (2002), and \"Absurdistan\" (2006).", "sentence": "Shteyngart [1] novels [2] The Russian Debutante s Handbook [3] and Absurdistan 2006", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0018", "problem_name": "task18_0018"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nUnder the control of Robert [2] [3] [1] almost twice its size in the following ten years\nList:\n[(1, to), (2, Shoppers), (3, grew)]", "label": {"final": "Under the control of Robert Shoppers grew to almost twice its size in the following ten years", "init": "Under the control of Robert [2] [3] [1] almost twice its size in the following ten years", "intermediate": ["Under the control of Robert [2] [3] to almost twice its size in the following ten years", "Under the control of Robert Shoppers [3] to almost twice its size in the following ten years"]}, "config": {"list": [[1, "to"], [2, "Shoppers"], [3, "grew"]], "num_pairs": 3, "num_sentences": 43652, "original_sentence": "Under the control of Robert, Shoppers grew to almost twice its size in the following ten years.", "sentence": "Under the control of Robert [2] [3] [1] almost twice its size in the following ten years", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0019", "problem_name": "task18_0019"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn 1989 Ed and Troy [3] a joint venture with [1] Music UK took control of CBS Studios on [4] Street [2] Soho London\nList:\n[(1, Sony), (2, in), (3, in), (4, Whitfield)]", "label": {"final": "In 1989 Ed and Troy in a joint venture with Sony Music UK took control of CBS Studios on Whitfield Street in Soho London", "init": "In 1989 Ed and Troy [3] a joint venture with [1] Music UK took control of CBS Studios on [4] Street [2] Soho London", "intermediate": ["In 1989 Ed and Troy [3] a joint venture with Sony Music UK took control of CBS Studios on [4] Street [2] Soho London", "In 1989 Ed and Troy [3] a joint venture with Sony Music UK took control of CBS Studios on [4] Street in Soho London", "In 1989 Ed and Troy in a joint venture with Sony Music UK took control of CBS Studios on [4] Street in Soho London"]}, "config": {"list": [[1, "Sony"], [2, "in"], [3, "in"], [4, "Whitfield"]], "num_pairs": 4, "num_sentences": 43652, "original_sentence": "In 1989, Ed and Troy, in a joint venture with \"Sony Music UK\", took control of CBS Studios on Whitfield Street in Soho, London.", "sentence": "In 1989 Ed and Troy [3] a joint venture with [1] Music UK took control of CBS Studios on [4] Street [2] Soho London", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0020", "problem_name": "task18_0020"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[2] [1] Yorkton Film Festival [4] [3] in 1950\nList:\n[(1, first), (2, The), (3, held), (4, was)]", "label": {"final": "The first Yorkton Film Festival was held in 1950", "init": "[2] [1] Yorkton Film Festival [4] [3] in 1950", "intermediate": ["[2] first Yorkton Film Festival [4] [3] in 1950", "The first Yorkton Film Festival [4] [3] in 1950", "The first Yorkton Film Festival [4] held in 1950"]}, "config": {"list": [[1, "first"], [2, "The"], [3, "held"], [4, "was"]], "num_pairs": 4, "num_sentences": 43652, "original_sentence": "The first Yorkton Film Festival was held in 1950.", "sentence": "[2] [1] Yorkton Film Festival [4] [3] in 1950", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0021", "problem_name": "task18_0021"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHong s predecessor Kim Dong yeon also served as the [1] of [3] under previous administration before appointed as [2] s [4] finance minister\nList:\n[(1, head), (2, Moon), (3, OPC), (4, first)]", "label": {"final": "Hong s predecessor Kim Dong yeon also served as the head of OPC under previous administration before appointed as Moon s first finance minister", "init": "Hong s predecessor Kim Dong yeon also served as the [1] of [3] under previous administration before appointed as [2] s [4] finance minister", "intermediate": ["Hong s predecessor Kim Dong yeon also served as the head of [3] under previous administration before appointed as [2] s [4] finance minister", "Hong s predecessor Kim Dong yeon also served as the head of [3] under previous administration before appointed as Moon s [4] finance minister", "Hong s predecessor Kim Dong yeon also served as the head of OPC under previous administration before appointed as Moon s [4] finance minister"]}, "config": {"list": [[1, "head"], [2, "Moon"], [3, "OPC"], [4, "first"]], "num_pairs": 4, "num_sentences": 43652, "original_sentence": "Hong's predecessor, Kim Dong-yeon, also served as the head of OPC under previous administration before appointed as Moon's first finance minister.", "sentence": "Hong s predecessor Kim Dong yeon also served as the [1] of [3] under previous administration before appointed as [2] s [4] finance minister", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0022", "problem_name": "task18_0022"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nShortly thereafter [1] [4] of Hernan became [2] distinct [3] satellite images\nList:\n[(1, the), (2, less), (3, on), (4, eye)]", "label": {"final": "Shortly thereafter the eye of Hernan became less distinct on satellite images", "init": "Shortly thereafter [1] [4] of Hernan became [2] distinct [3] satellite images", "intermediate": ["Shortly thereafter the [4] of Hernan became [2] distinct [3] satellite images", "Shortly thereafter the [4] of Hernan became less distinct [3] satellite images", "Shortly thereafter the [4] of Hernan became less distinct on satellite images"]}, "config": {"list": [[1, "the"], [2, "less"], [3, "on"], [4, "eye"]], "num_pairs": 4, "num_sentences": 43652, "original_sentence": "Shortly thereafter, the eye of Hernan became less distinct on satellite images.", "sentence": "Shortly thereafter [1] [4] of Hernan became [2] distinct [3] satellite images", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0023", "problem_name": "task18_0023"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[2] company changed its name [4] in April 1987 then [3] with [1] changed to its current name in February 1991\nList:\n[(1, and), (2, The), (3, consolidated), (4, to)]", "label": {"final": "The company changed its name to in April 1987 then consolidated with and changed to its current name in February 1991", "init": "[2] company changed its name [4] in April 1987 then [3] with [1] changed to its current name in February 1991", "intermediate": ["[2] company changed its name [4] in April 1987 then [3] with and changed to its current name in February 1991", "The company changed its name [4] in April 1987 then [3] with and changed to its current name in February 1991", "The company changed its name [4] in April 1987 then consolidated with and changed to its current name in February 1991"]}, "config": {"list": [[1, "and"], [2, "The"], [3, "consolidated"], [4, "to"]], "num_pairs": 4, "num_sentences": 43652, "original_sentence": "The company changed its name to in April 1987, then consolidated with and changed to its current name in February 1991.", "sentence": "[2] company changed its name [4] in April 1987 then [3] with [1] changed to its current name in February 1991", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0024", "problem_name": "task18_0024"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn the women s [3] C event [1] and Lewis reached the quarter finals before losing to Great Britain s Bryant and [2] [4] went on to win the gold medal\nList:\n[(1, Baracatt), (2, Barnard), (3, doubles), (4, who)]", "label": {"final": "In the women s doubles C event Baracatt and Lewis reached the quarter finals before losing to Great Britain s Bryant and Barnard who went on to win the gold medal", "init": "In the women s [3] C event [1] and Lewis reached the quarter finals before losing to Great Britain s Bryant and [2] [4] went on to win the gold medal", "intermediate": ["In the women s [3] C event Baracatt and Lewis reached the quarter finals before losing to Great Britain s Bryant and [2] [4] went on to win the gold medal", "In the women s [3] C event Baracatt and Lewis reached the quarter finals before losing to Great Britain s Bryant and Barnard [4] went on to win the gold medal", "In the women s doubles C event Baracatt and Lewis reached the quarter finals before losing to Great Britain s Bryant and Barnard [4] went on to win the gold medal"]}, "config": {"list": [[1, "Baracatt"], [2, "Barnard"], [3, "doubles"], [4, "who"]], "num_pairs": 4, "num_sentences": 43652, "original_sentence": "In the women's doubles C event Baracatt and Lewis reached the quarter-finals before losing to Great Britain's Bryant and Barnard, who went on to win the gold medal.", "sentence": "In the women s [3] C event [1] and Lewis reached the quarter finals before losing to Great Britain s Bryant and [2] [4] went on to win the gold medal", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0025", "problem_name": "task18_0025"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn January 1994 an asteroid [3] Lewiscarroll was [1] and [2] after [4]\nList:\n[(1, discovered), (2, named), (3, 6984), (4, Carroll)]", "label": {"final": "In January 1994 an asteroid 6984 Lewiscarroll was discovered and named after Carroll", "init": "In January 1994 an asteroid [3] Lewiscarroll was [1] and [2] after [4]", "intermediate": ["In January 1994 an asteroid [3] Lewiscarroll was discovered and [2] after [4]", "In January 1994 an asteroid [3] Lewiscarroll was discovered and named after [4]", "In January 1994 an asteroid 6984 Lewiscarroll was discovered and named after [4]"]}, "config": {"list": [[1, "discovered"], [2, "named"], [3, "6984"], [4, "Carroll"]], "num_pairs": 4, "num_sentences": 43652, "original_sentence": "In January 1994, an asteroid, 6984 Lewiscarroll, was discovered and named after Carroll.", "sentence": "In January 1994 an asteroid [3] Lewiscarroll was [1] and [2] after [4]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0026", "problem_name": "task18_0026"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAs a part of Shanghai Free Trade Zone the modern [3] industry [2] become the most [1] part in economic [4]\nList:\n[(1, important), (2, has), (3, service), (4, development)]", "label": {"final": "As a part of Shanghai Free Trade Zone the modern service industry has become the most important part in economic development", "init": "As a part of Shanghai Free Trade Zone the modern [3] industry [2] become the most [1] part in economic [4]", "intermediate": ["As a part of Shanghai Free Trade Zone the modern [3] industry [2] become the most important part in economic [4]", "As a part of Shanghai Free Trade Zone the modern [3] industry has become the most important part in economic [4]", "As a part of Shanghai Free Trade Zone the modern service industry has become the most important part in economic [4]"]}, "config": {"list": [[1, "important"], [2, "has"], [3, "service"], [4, "development"]], "num_pairs": 4, "num_sentences": 43652, "original_sentence": "As a part of Shanghai Free Trade Zone, the modern service industry has become the most important part in economic development.", "sentence": "As a part of Shanghai Free Trade Zone the modern [3] industry [2] become the most [1] part in economic [4]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0027", "problem_name": "task18_0027"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nSir [4] died [1] debt [3] [2]\nList:\n[(1, in), (2, 1693), (3, in), (4, Clement)]", "label": {"final": "Sir Clement died in debt in 1693", "init": "Sir [4] died [1] debt [3] [2]", "intermediate": ["Sir [4] died in debt [3] [2]", "Sir [4] died in debt [3] 1693", "Sir [4] died in debt in 1693"]}, "config": {"list": [[1, "in"], [2, "1693"], [3, "in"], [4, "Clement"]], "num_pairs": 4, "num_sentences": 43652, "original_sentence": "Sir Clement died in debt in 1693.", "sentence": "Sir [4] died [1] debt [3] [2]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0028", "problem_name": "task18_0028"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nOn 7 August [2] a mooring rope at [1] ship s stern parted [4] preparing to depart [3]\nList:\n[(1, the), (2, 2007), (3, Dublin), (4, whilst)]", "label": {"final": "On 7 August 2007 a mooring rope at the ship s stern parted whilst preparing to depart Dublin", "init": "On 7 August [2] a mooring rope at [1] ship s stern parted [4] preparing to depart [3]", "intermediate": ["On 7 August [2] a mooring rope at the ship s stern parted [4] preparing to depart [3]", "On 7 August 2007 a mooring rope at the ship s stern parted [4] preparing to depart [3]", "On 7 August 2007 a mooring rope at the ship s stern parted [4] preparing to depart Dublin"]}, "config": {"list": [[1, "the"], [2, "2007"], [3, "Dublin"], [4, "whilst"]], "num_pairs": 4, "num_sentences": 43652, "original_sentence": "On 7 August 2007 a mooring rope at the ship's stern parted whilst preparing to depart Dublin.", "sentence": "On 7 August [2] a mooring rope at [1] ship s stern parted [4] preparing to depart [3]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0029", "problem_name": "task18_0029"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[1] [2] [5] objections were made [4] these [3] plans\nList:\n[(1, Some), (2, 3), (3, updated), (4, on), (5, 700)]", "label": {"final": "Some 3 700 objections were made on these updated plans", "init": "[1] [2] [5] objections were made [4] these [3] plans", "intermediate": ["Some [2] [5] objections were made [4] these [3] plans", "Some 3 [5] objections were made [4] these [3] plans", "Some 3 [5] objections were made [4] these updated plans", "Some 3 [5] objections were made on these updated plans"]}, "config": {"list": [[1, "Some"], [2, "3"], [3, "updated"], [4, "on"], [5, "700"]], "num_pairs": 5, "num_sentences": 43652, "original_sentence": "Some 3,700 objections were made on these updated plans.", "sentence": "[1] [2] [5] objections were made [4] these [3] plans", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0030", "problem_name": "task18_0030"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[5] may [2] [1] the [3] of [4] punishment\nList:\n[(1, increase), (2, not), (3, severity), (4, the), (5, They)]", "label": {"final": "They may not increase the severity of the punishment", "init": "[5] may [2] [1] the [3] of [4] punishment", "intermediate": ["[5] may [2] increase the [3] of [4] punishment", "[5] may not increase the [3] of [4] punishment", "[5] may not increase the severity of [4] punishment", "[5] may not increase the severity of the punishment"]}, "config": {"list": [[1, "increase"], [2, "not"], [3, "severity"], [4, "the"], [5, "They"]], "num_pairs": 5, "num_sentences": 43652, "original_sentence": "They may not increase the severity of the punishment.", "sentence": "[5] may [2] [1] the [3] of [4] punishment", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0031", "problem_name": "task18_0031"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nFish and Wildlife [1] FWS declined to [4] the species as protected under the Endangered Species Act ESA citing [2] [5] of scientific information on which to base a decision to [3]\nList:\n[(1, Service), (2, a), (3, list), (4, list), (5, lack)]", "label": {"final": "Fish and Wildlife Service FWS declined to list the species as protected under the Endangered Species Act ESA citing a lack of scientific information on which to base a decision to list", "init": "Fish and Wildlife [1] FWS declined to [4] the species as protected under the Endangered Species Act ESA citing [2] [5] of scientific information on which to base a decision to [3]", "intermediate": ["Fish and Wildlife Service FWS declined to [4] the species as protected under the Endangered Species Act ESA citing [2] [5] of scientific information on which to base a decision to [3]", "Fish and Wildlife Service FWS declined to [4] the species as protected under the Endangered Species Act ESA citing a [5] of scientific information on which to base a decision to [3]", "Fish and Wildlife Service FWS declined to [4] the species as protected under the Endangered Species Act ESA citing a [5] of scientific information on which to base a decision to list", "Fish and Wildlife Service FWS declined to list the species as protected under the Endangered Species Act ESA citing a [5] of scientific information on which to base a decision to list"]}, "config": {"list": [[1, "Service"], [2, "a"], [3, "list"], [4, "list"], [5, "lack"]], "num_pairs": 5, "num_sentences": 43652, "original_sentence": "Fish and Wildlife Service (FWS) declined to list the species as protected under the Endangered Species Act (ESA), citing a lack of scientific information on which to base a decision to list.", "sentence": "Fish and Wildlife [1] FWS declined to [4] the species as protected under the Endangered Species Act ESA citing [2] [5] of scientific information on which to base a decision to [3]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0032", "problem_name": "task18_0032"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[4] the [2] Winter [3] at Sochi he won [1] [5] behind Switzerland s Iouri Podladtchikov\nList:\n[(1, the), (2, 2014), (3, Olympics), (4, In), (5, silver)]", "label": {"final": "In the 2014 Winter Olympics at Sochi he won the silver behind Switzerland s Iouri Podladtchikov", "init": "[4] the [2] Winter [3] at Sochi he won [1] [5] behind Switzerland s Iouri Podladtchikov", "intermediate": ["[4] the [2] Winter [3] at Sochi he won the [5] behind Switzerland s Iouri Podladtchikov", "[4] the 2014 Winter [3] at Sochi he won the [5] behind Switzerland s Iouri Podladtchikov", "[4] the 2014 Winter Olympics at Sochi he won the [5] behind Switzerland s Iouri Podladtchikov", "In the 2014 Winter Olympics at Sochi he won the [5] behind Switzerland s Iouri Podladtchikov"]}, "config": {"list": [[1, "the"], [2, "2014"], [3, "Olympics"], [4, "In"], [5, "silver"]], "num_pairs": 5, "num_sentences": 43652, "original_sentence": "In the 2014 Winter Olympics at Sochi, he won the silver, behind Switzerland's Iouri Podladtchikov.", "sentence": "[4] the [2] Winter [3] at Sochi he won [1] [5] behind Switzerland s Iouri Podladtchikov", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0033", "problem_name": "task18_0033"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAfter graduating from [5] [3] Bakke went [2] to Bryn [4] College [1] Pennsylvania\nList:\n[(1, in), (2, on), (3, school), (4, Mawr), (5, high)]", "label": {"final": "After graduating from high school Bakke went on to Bryn Mawr College in Pennsylvania", "init": "After graduating from [5] [3] Bakke went [2] to Bryn [4] College [1] Pennsylvania", "intermediate": ["After graduating from [5] [3] Bakke went [2] to Bryn [4] College in Pennsylvania", "After graduating from [5] [3] Bakke went on to Bryn [4] College in Pennsylvania", "After graduating from [5] school Bakke went on to Bryn [4] College in Pennsylvania", "After graduating from [5] school Bakke went on to Bryn Mawr College in Pennsylvania"]}, "config": {"list": [[1, "in"], [2, "on"], [3, "school"], [4, "Mawr"], [5, "high"]], "num_pairs": 5, "num_sentences": 43652, "original_sentence": "After graduating from high school, Bakke went on to Bryn Mawr College in Pennsylvania.", "sentence": "After graduating from [5] [3] Bakke went [2] to Bryn [4] College [1] Pennsylvania", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0034", "problem_name": "task18_0034"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nCurrently [1] is [3] Climate Envoy [5] [4] [2]\nList:\n[(1, he), (2, Netherlands), (3, the), (4, the), (5, of)]", "label": {"final": "Currently he is the Climate Envoy of the Netherlands", "init": "Currently [1] is [3] Climate Envoy [5] [4] [2]", "intermediate": ["Currently he is [3] Climate Envoy [5] [4] [2]", "Currently he is [3] Climate Envoy [5] [4] Netherlands", "Currently he is the Climate Envoy [5] [4] Netherlands", "Currently he is the Climate Envoy [5] the Netherlands"]}, "config": {"list": [[1, "he"], [2, "Netherlands"], [3, "the"], [4, "the"], [5, "of"]], "num_pairs": 5, "num_sentences": 43652, "original_sentence": "Currently he is the Climate Envoy of the Netherlands.", "sentence": "Currently [1] is [3] Climate Envoy [5] [4] [2]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0035", "problem_name": "task18_0035"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nDineen had wished to produce another publication containing information on all great athletes [3] his time but [1] didn [4] [5] to see the [2]\nList:\n[(1, unfortunately), (2, day), (3, of), (4, t), (5, live)]", "label": {"final": "Dineen had wished to produce another publication containing information on all great athletes of his time but unfortunately didn t live to see the day", "init": "Dineen had wished to produce another publication containing information on all great athletes [3] his time but [1] didn [4] [5] to see the [2]", "intermediate": ["Dineen had wished to produce another publication containing information on all great athletes [3] his time but unfortunately didn [4] [5] to see the [2]", "Dineen had wished to produce another publication containing information on all great athletes [3] his time but unfortunately didn [4] [5] to see the day", "Dineen had wished to produce another publication containing information on all great athletes of his time but unfortunately didn [4] [5] to see the day", "Dineen had wished to produce another publication containing information on all great athletes of his time but unfortunately didn t [5] to see the day"]}, "config": {"list": [[1, "unfortunately"], [2, "day"], [3, "of"], [4, "t"], [5, "live"]], "num_pairs": 5, "num_sentences": 43652, "original_sentence": "Dineen had wished to produce another publication containing information on all great athletes of his time but unfortunately didn't live to see the day.", "sentence": "Dineen had wished to produce another publication containing information on all great athletes [3] his time but [1] didn [4] [5] to see the [2]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0036", "problem_name": "task18_0036"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn [3] or [1] Cultural Logic of Late Capitalism 1991 [5] Marxist theorist Fredric Jameson linked the reification of information and knowledge to the post modern distinction between [2] knowledge experience and counterfeit knowledge vicarious experience which usually is acquired through the [4] communications media\nList:\n[(1, the), (2, authentic), (3, Postmodernism), (4, mass), (5, the)]", "label": {"final": "In Postmodernism or the Cultural Logic of Late Capitalism 1991 the Marxist theorist Fredric Jameson linked the reification of information and knowledge to the post modern distinction between authentic knowledge experience and counterfeit knowledge vicarious experience which usually is acquired through the mass communications media", "init": "In [3] or [1] Cultural Logic of Late Capitalism 1991 [5] Marxist theorist Fredric Jameson linked the reification of information and knowledge to the post modern distinction between [2] knowledge experience and counterfeit knowledge vicarious experience which usually is acquired through the [4] communications media", "intermediate": ["In [3] or the Cultural Logic of Late Capitalism 1991 [5] Marxist theorist Fredric Jameson linked the reification of information and knowledge to the post modern distinction between [2] knowledge experience and counterfeit knowledge vicarious experience which usually is acquired through the [4] communications media", "In [3] or the Cultural Logic of Late Capitalism 1991 [5] Marxist theorist Fredric Jameson linked the reification of information and knowledge to the post modern distinction between authentic knowledge experience and counterfeit knowledge vicarious experience which usually is acquired through the [4] communications media", "In Postmodernism or the Cultural Logic of Late Capitalism 1991 [5] Marxist theorist Fredric Jameson linked the reification of information and knowledge to the post modern distinction between authentic knowledge experience and counterfeit knowledge vicarious experience which usually is acquired through the [4] communications media", "In Postmodernism or the Cultural Logic of Late Capitalism 1991 [5] Marxist theorist Fredric Jameson linked the reification of information and knowledge to the post modern distinction between authentic knowledge experience and counterfeit knowledge vicarious experience which usually is acquired through the mass communications media"]}, "config": {"list": [[1, "the"], [2, "authentic"], [3, "Postmodernism"], [4, "mass"], [5, "the"]], "num_pairs": 5, "num_sentences": 43652, "original_sentence": "In \"Postmodernism, or, the Cultural Logic of Late Capitalism\" (1991), the Marxist theorist Fredric Jameson linked the reification of information and knowledge to the post-modern distinction between \"authentic knowledge\" (experience) and \"counterfeit knowledge\" (vicarious experience), which usually is acquired through the mass communications media.", "sentence": "In [3] or [1] Cultural Logic of Late Capitalism 1991 [5] Marxist theorist Fredric Jameson linked the reification of information and knowledge to the post modern distinction between [2] knowledge experience and counterfeit knowledge vicarious experience which usually is acquired through the [4] communications media", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0037", "problem_name": "task18_0037"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nOn 4 April during pre trial investigation of the numerous [1] of [5] [4] in Kyiv from 18 to 22 February the Ukrainian Ministry of [2] [3] asked Russia to clarify the circumstances of Beseda s stay in Ukraine\nList:\n[(1, killings), (2, Foreign), (3, Affairs), (4, protesters), (5, Ukrainian)]", "label": {"final": "On 4 April during pre trial investigation of the numerous killings of Ukrainian protesters in Kyiv from 18 to 22 February the Ukrainian Ministry of Foreign Affairs asked Russia to clarify the circumstances of Beseda s stay in Ukraine", "init": "On 4 April during pre trial investigation of the numerous [1] of [5] [4] in Kyiv from 18 to 22 February the Ukrainian Ministry of [2] [3] asked Russia to clarify the circumstances of Beseda s stay in Ukraine", "intermediate": ["On 4 April during pre trial investigation of the numerous killings of [5] [4] in Kyiv from 18 to 22 February the Ukrainian Ministry of [2] [3] asked Russia to clarify the circumstances of Beseda s stay in Ukraine", "On 4 April during pre trial investigation of the numerous killings of [5] [4] in Kyiv from 18 to 22 February the Ukrainian Ministry of Foreign [3] asked Russia to clarify the circumstances of Beseda s stay in Ukraine", "On 4 April during pre trial investigation of the numerous killings of [5] [4] in Kyiv from 18 to 22 February the Ukrainian Ministry of Foreign Affairs asked Russia to clarify the circumstances of Beseda s stay in Ukraine", "On 4 April during pre trial investigation of the numerous killings of [5] protesters in Kyiv from 18 to 22 February the Ukrainian Ministry of Foreign Affairs asked Russia to clarify the circumstances of Beseda s stay in Ukraine"]}, "config": {"list": [[1, "killings"], [2, "Foreign"], [3, "Affairs"], [4, "protesters"], [5, "Ukrainian"]], "num_pairs": 5, "num_sentences": 43652, "original_sentence": "On 4 April, during pre-trial investigation of the numerous killings of Ukrainian protesters in Kyiv from 18 to 22 February, the Ukrainian Ministry of Foreign Affairs asked Russia to clarify the circumstances of Beseda's stay in Ukraine.", "sentence": "On 4 April during pre trial investigation of the numerous [1] of [5] [4] in Kyiv from 18 to 22 February the Ukrainian Ministry of [2] [3] asked Russia to clarify the circumstances of Beseda s stay in Ukraine", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0038", "problem_name": "task18_0038"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[5] [3] off [1] [2] [4] Construis Moi\nList:\n[(1, series), (2, titled), (3, spin), (4, Didou), (5, A)]", "label": {"final": "A spin off series titled Didou Construis Moi", "init": "[5] [3] off [1] [2] [4] Construis Moi", "intermediate": ["[5] [3] off series [2] [4] Construis Moi", "[5] [3] off series titled [4] Construis Moi", "[5] spin off series titled [4] Construis Moi", "[5] spin off series titled Didou Construis Moi"]}, "config": {"list": [[1, "series"], [2, "titled"], [3, "spin"], [4, "Didou"], [5, "A"]], "num_pairs": 5, "num_sentences": 43652, "original_sentence": "A spin-off series, titled \"Didou, Construis-Moi!\"", "sentence": "[5] [3] off [1] [2] [4] Construis Moi", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0039", "problem_name": "task18_0039"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe [5] [4] [1] the [2] important [6] [3] trees\nList:\n[(1, among), (2, most), (3, broadleaf), (4, are), (5, aspens), (6, boreal)]", "label": {"final": "The aspens are among the most important boreal broadleaf trees", "init": "The [5] [4] [1] the [2] important [6] [3] trees", "intermediate": ["The [5] [4] among the [2] important [6] [3] trees", "The [5] [4] among the most important [6] [3] trees", "The [5] [4] among the most important [6] broadleaf trees", "The [5] are among the most important [6] broadleaf trees", "The aspens are among the most important [6] broadleaf trees"]}, "config": {"list": [[1, "among"], [2, "most"], [3, "broadleaf"], [4, "are"], [5, "aspens"], [6, "boreal"]], "num_pairs": 6, "num_sentences": 43652, "original_sentence": "The aspens are among the most important boreal broadleaf trees.", "sentence": "The [5] [4] [1] the [2] important [6] [3] trees", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0040", "problem_name": "task18_0040"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nTakanosato s [5] [1] [4] in January [6] proved to be his last [2] [3] his yokozuna career was disappointing\nList:\n[(1, tournament), (2, and), (3, thereafter), (4, championship), (5, fourth), (6, 1984)]", "label": {"final": "Takanosato s fourth tournament championship in January 1984 proved to be his last and thereafter his yokozuna career was disappointing", "init": "Takanosato s [5] [1] [4] in January [6] proved to be his last [2] [3] his yokozuna career was disappointing", "intermediate": ["Takanosato s [5] tournament [4] in January [6] proved to be his last [2] [3] his yokozuna career was disappointing", "Takanosato s [5] tournament [4] in January [6] proved to be his last and [3] his yokozuna career was disappointing", "Takanosato s [5] tournament [4] in January [6] proved to be his last and thereafter his yokozuna career was disappointing", "Takanosato s [5] tournament championship in January [6] proved to be his last and thereafter his yokozuna career was disappointing", "Takanosato s fourth tournament championship in January [6] proved to be his last and thereafter his yokozuna career was disappointing"]}, "config": {"list": [[1, "tournament"], [2, "and"], [3, "thereafter"], [4, "championship"], [5, "fourth"], [6, "1984"]], "num_pairs": 6, "num_sentences": 43652, "original_sentence": "Takanosato's fourth tournament championship in January 1984 proved to be his last, and thereafter his \"yokozuna\" career was disappointing.", "sentence": "Takanosato s [5] [1] [4] in January [6] proved to be his last [2] [3] his yokozuna career was disappointing", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0041", "problem_name": "task18_0041"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[6] is an early [3] of [5] concentric [1] plan which was [4] [2] in later crusader castles\nList:\n[(1, castle), (2, used), (3, example), (4, widely), (5, the), (6, Belvoir)]", "label": {"final": "Belvoir is an early example of the concentric castle plan which was widely used in later crusader castles", "init": "[6] is an early [3] of [5] concentric [1] plan which was [4] [2] in later crusader castles", "intermediate": ["[6] is an early [3] of [5] concentric castle plan which was [4] [2] in later crusader castles", "[6] is an early [3] of [5] concentric castle plan which was [4] used in later crusader castles", "[6] is an early example of [5] concentric castle plan which was [4] used in later crusader castles", "[6] is an early example of [5] concentric castle plan which was widely used in later crusader castles", "[6] is an early example of the concentric castle plan which was widely used in later crusader castles"]}, "config": {"list": [[1, "castle"], [2, "used"], [3, "example"], [4, "widely"], [5, "the"], [6, "Belvoir"]], "num_pairs": 6, "num_sentences": 43652, "original_sentence": "Belvoir is an early example of the concentric castle plan, which was widely used in later crusader castles.", "sentence": "[6] is an early [3] of [5] concentric [1] plan which was [4] [2] in later crusader castles", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0042", "problem_name": "task18_0042"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nCaecilia bokermanni is [2] [1] [5] caecilian [4] [6] family [3]\nList:\n[(1, species), (2, a), (3, Caeciliidae), (4, in), (5, of), (6, the)]", "label": {"final": "Caecilia bokermanni is a species of caecilian in the family Caeciliidae", "init": "Caecilia bokermanni is [2] [1] [5] caecilian [4] [6] family [3]", "intermediate": ["Caecilia bokermanni is [2] species [5] caecilian [4] [6] family [3]", "Caecilia bokermanni is a species [5] caecilian [4] [6] family [3]", "Caecilia bokermanni is a species [5] caecilian [4] [6] family Caeciliidae", "Caecilia bokermanni is a species [5] caecilian in [6] family Caeciliidae", "Caecilia bokermanni is a species of caecilian in [6] family Caeciliidae"]}, "config": {"list": [[1, "species"], [2, "a"], [3, "Caeciliidae"], [4, "in"], [5, "of"], [6, "the"]], "num_pairs": 6, "num_sentences": 43652, "original_sentence": "Caecilia bokermanni is a species of caecilian in the family Caeciliidae.", "sentence": "Caecilia bokermanni is [2] [1] [5] caecilian [4] [6] family [3]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0043", "problem_name": "task18_0043"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAnother [4] [1] [5] [2] Maita [3] [6]\nList:\n[(1, founding), (2, is), (3, Lal), (4, notable), (5, member), (6, Gurung)]", "label": {"final": "Another notable founding member is Maita Lal Gurung", "init": "Another [4] [1] [5] [2] Maita [3] [6]", "intermediate": ["Another [4] founding [5] [2] Maita [3] [6]", "Another [4] founding [5] is Maita [3] [6]", "Another [4] founding [5] is Maita Lal [6]", "Another notable founding [5] is Maita Lal [6]", "Another notable founding member is Maita Lal [6]"]}, "config": {"list": [[1, "founding"], [2, "is"], [3, "Lal"], [4, "notable"], [5, "member"], [6, "Gurung"]], "num_pairs": 6, "num_sentences": 43652, "original_sentence": "Another notable founding member is Maita Lal Gurung.", "sentence": "Another [4] [1] [5] [2] Maita [3] [6]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0044", "problem_name": "task18_0044"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[6] fall caused a [4] stir and was observed by [3] witnesses [1] most [5] central [2]\nList:\n[(1, through), (2, Europe), (3, outdoor), (4, media), (5, of), (6, The)]", "label": {"final": "The fall caused a media stir and was observed by outdoor witnesses through most of central Europe", "init": "[6] fall caused a [4] stir and was observed by [3] witnesses [1] most [5] central [2]", "intermediate": ["[6] fall caused a [4] stir and was observed by [3] witnesses through most [5] central [2]", "[6] fall caused a [4] stir and was observed by [3] witnesses through most [5] central Europe", "[6] fall caused a [4] stir and was observed by outdoor witnesses through most [5] central Europe", "[6] fall caused a media stir and was observed by outdoor witnesses through most [5] central Europe", "[6] fall caused a media stir and was observed by outdoor witnesses through most of central Europe"]}, "config": {"list": [[1, "through"], [2, "Europe"], [3, "outdoor"], [4, "media"], [5, "of"], [6, "The"]], "num_pairs": 6, "num_sentences": 43652, "original_sentence": "The fall caused a media stir and was observed by outdoor witnesses through most of central Europe.", "sentence": "[6] fall caused a [4] stir and was observed by [3] witnesses [1] most [5] central [2]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0045", "problem_name": "task18_0045"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe [5] Civil War [1] 1861 [3] 1865 greatly affected the financial system of the United States of America creating vast new war related expenditures while disrupting the flow [6] tax revenue [2] the Southern United States organized as the Confederate States of [4]\nList:\n[(1, of), (2, from), (3, to), (4, America), (5, American), (6, of)]", "label": {"final": "The American Civil War of 1861 to 1865 greatly affected the financial system of the United States of America creating vast new war related expenditures while disrupting the flow of tax revenue from the Southern United States organized as the Confederate States of America", "init": "The [5] Civil War [1] 1861 [3] 1865 greatly affected the financial system of the United States of America creating vast new war related expenditures while disrupting the flow [6] tax revenue [2] the Southern United States organized as the Confederate States of [4]", "intermediate": ["The [5] Civil War of 1861 [3] 1865 greatly affected the financial system of the United States of America creating vast new war related expenditures while disrupting the flow [6] tax revenue [2] the Southern United States organized as the Confederate States of [4]", "The [5] Civil War of 1861 [3] 1865 greatly affected the financial system of the United States of America creating vast new war related expenditures while disrupting the flow [6] tax revenue from the Southern United States organized as the Confederate States of [4]", "The [5] Civil War of 1861 to 1865 greatly affected the financial system of the United States of America creating vast new war related expenditures while disrupting the flow [6] tax revenue from the Southern United States organized as the Confederate States of [4]", "The [5] Civil War of 1861 to 1865 greatly affected the financial system of the United States of America creating vast new war related expenditures while disrupting the flow [6] tax revenue from the Southern United States organized as the Confederate States of America", "The American Civil War of 1861 to 1865 greatly affected the financial system of the United States of America creating vast new war related expenditures while disrupting the flow [6] tax revenue from the Southern United States organized as the Confederate States of America"]}, "config": {"list": [[1, "of"], [2, "from"], [3, "to"], [4, "America"], [5, "American"], [6, "of"]], "num_pairs": 6, "num_sentences": 43652, "original_sentence": "The American Civil War of 1861 to 1865 greatly affected the financial system of the United States of America, creating vast new war-related expenditures while disrupting the flow of tax revenue from the Southern United States, organized as the Confederate States of America.", "sentence": "The [5] Civil War [1] 1861 [3] 1865 greatly affected the financial system of the United States of America creating vast new war related expenditures while disrupting the flow [6] tax revenue [2] the Southern United States organized as the Confederate States of [4]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0046", "problem_name": "task18_0046"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[4] served as Deputy Assistant Secretary [6] Central African Affairs and Security Affairs for the [3] [2] African Affairs from January [1] to [5] 2018\nList:\n[(1, 2017), (2, of), (3, Bureau), (4, She), (5, November), (6, for)]", "label": {"final": "She served as Deputy Assistant Secretary for Central African Affairs and Security Affairs for the Bureau of African Affairs from January 2017 to November 2018", "init": "[4] served as Deputy Assistant Secretary [6] Central African Affairs and Security Affairs for the [3] [2] African Affairs from January [1] to [5] 2018", "intermediate": ["[4] served as Deputy Assistant Secretary [6] Central African Affairs and Security Affairs for the [3] [2] African Affairs from January 2017 to [5] 2018", "[4] served as Deputy Assistant Secretary [6] Central African Affairs and Security Affairs for the [3] of African Affairs from January 2017 to [5] 2018", "[4] served as Deputy Assistant Secretary [6] Central African Affairs and Security Affairs for the Bureau of African Affairs from January 2017 to [5] 2018", "She served as Deputy Assistant Secretary [6] Central African Affairs and Security Affairs for the Bureau of African Affairs from January 2017 to [5] 2018", "She served as Deputy Assistant Secretary [6] Central African Affairs and Security Affairs for the Bureau of African Affairs from January 2017 to November 2018"]}, "config": {"list": [[1, "2017"], [2, "of"], [3, "Bureau"], [4, "She"], [5, "November"], [6, "for"]], "num_pairs": 6, "num_sentences": 43652, "original_sentence": "She served as Deputy Assistant Secretary for Central African Affairs and Security Affairs for the Bureau of African Affairs from January 2017 to November 2018.", "sentence": "[4] served as Deputy Assistant Secretary [6] Central African Affairs and Security Affairs for the [3] [2] African Affairs from January [1] to [5] 2018", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0047", "problem_name": "task18_0047"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[3] ceased however when Harris lost [4] [2] [6] [1] [5] text\nList:\n[(1, of), (2, manuscript), (3, Translation), (4, 116), (5, uncopied), (6, pages)]", "label": {"final": "Translation ceased however when Harris lost 116 manuscript pages of uncopied text", "init": "[3] ceased however when Harris lost [4] [2] [6] [1] [5] text", "intermediate": ["[3] ceased however when Harris lost [4] [2] [6] of [5] text", "[3] ceased however when Harris lost [4] manuscript [6] of [5] text", "Translation ceased however when Harris lost [4] manuscript [6] of [5] text", "Translation ceased however when Harris lost 116 manuscript [6] of [5] text", "Translation ceased however when Harris lost 116 manuscript [6] of uncopied text"]}, "config": {"list": [[1, "of"], [2, "manuscript"], [3, "Translation"], [4, "116"], [5, "uncopied"], [6, "pages"]], "num_pairs": 6, "num_sentences": 43652, "original_sentence": "Translation ceased, however, when Harris lost 116 manuscript pages of uncopied text.", "sentence": "[3] ceased however when Harris lost [4] [2] [6] [1] [5] text", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0048", "problem_name": "task18_0048"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe [1] [2] to [4] [6] numbers [5] [3]\nList:\n[(1, Luftwaffe), (2, continued), (3, action), (4, send), (5, into), (6, large)]", "label": {"final": "The Luftwaffe continued to send large numbers into action", "init": "The [1] [2] to [4] [6] numbers [5] [3]", "intermediate": ["The Luftwaffe [2] to [4] [6] numbers [5] [3]", "The Luftwaffe continued to [4] [6] numbers [5] [3]", "The Luftwaffe continued to [4] [6] numbers [5] action", "The Luftwaffe continued to send [6] numbers [5] action", "The Luftwaffe continued to send [6] numbers into action"]}, "config": {"list": [[1, "Luftwaffe"], [2, "continued"], [3, "action"], [4, "send"], [5, "into"], [6, "large"]], "num_pairs": 6, "num_sentences": 43652, "original_sentence": "The Luftwaffe continued to send large numbers into action.", "sentence": "The [1] [2] to [4] [6] numbers [5] [3]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0049", "problem_name": "task18_0049"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nShe is [5] seen laying in [3] [2] [7] [1] devices appearing [4] contemplate the emotions [6] these recent encounters\nList:\n[(1, the), (2, again), (3, bed), (4, to), (5, later), (6, of), (7, without)]", "label": {"final": "She is later seen laying in bed again without the devices appearing to contemplate the emotions of these recent encounters", "init": "She is [5] seen laying in [3] [2] [7] [1] devices appearing [4] contemplate the emotions [6] these recent encounters", "intermediate": ["She is [5] seen laying in [3] [2] [7] the devices appearing [4] contemplate the emotions [6] these recent encounters", "She is [5] seen laying in [3] again [7] the devices appearing [4] contemplate the emotions [6] these recent encounters", "She is [5] seen laying in bed again [7] the devices appearing [4] contemplate the emotions [6] these recent encounters", "She is [5] seen laying in bed again [7] the devices appearing to contemplate the emotions [6] these recent encounters", "She is later seen laying in bed again [7] the devices appearing to contemplate the emotions [6] these recent encounters", "She is later seen laying in bed again [7] the devices appearing to contemplate the emotions of these recent encounters"]}, "config": {"list": [[1, "the"], [2, "again"], [3, "bed"], [4, "to"], [5, "later"], [6, "of"], [7, "without"]], "num_pairs": 7, "num_sentences": 43652, "original_sentence": "She is later seen laying in bed, again without the devices, appearing to contemplate the emotions of these recent encounters.", "sentence": "She is [5] seen laying in [3] [2] [7] [1] devices appearing [4] contemplate the emotions [6] these recent encounters", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0050", "problem_name": "task18_0050"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[3] many textbooks emphasized [1] rise [7] American education as [2] powerful force for literacy democracy and equal opportunity [6] a firm basis for higher [5] and [4] research institutions\nList:\n[(1, the), (2, a), (3, His), (4, advanced), (5, education), (6, and), (7, of)]", "label": {"final": "His many textbooks emphasized the rise of American education as a powerful force for literacy democracy and equal opportunity and a firm basis for higher education and advanced research institutions", "init": "[3] many textbooks emphasized [1] rise [7] American education as [2] powerful force for literacy democracy and equal opportunity [6] a firm basis for higher [5] and [4] research institutions", "intermediate": ["[3] many textbooks emphasized the rise [7] American education as [2] powerful force for literacy democracy and equal opportunity [6] a firm basis for higher [5] and [4] research institutions", "[3] many textbooks emphasized the rise [7] American education as a powerful force for literacy democracy and equal opportunity [6] a firm basis for higher [5] and [4] research institutions", "His many textbooks emphasized the rise [7] American education as a powerful force for literacy democracy and equal opportunity [6] a firm basis for higher [5] and [4] research institutions", "His many textbooks emphasized the rise [7] American education as a powerful force for literacy democracy and equal opportunity [6] a firm basis for higher [5] and advanced research institutions", "His many textbooks emphasized the rise [7] American education as a powerful force for literacy democracy and equal opportunity [6] a firm basis for higher education and advanced research institutions", "His many textbooks emphasized the rise [7] American education as a powerful force for literacy democracy and equal opportunity and a firm basis for higher education and advanced research institutions"]}, "config": {"list": [[1, "the"], [2, "a"], [3, "His"], [4, "advanced"], [5, "education"], [6, "and"], [7, "of"]], "num_pairs": 7, "num_sentences": 43652, "original_sentence": "His many textbooks emphasized the rise of American education as a powerful force for literacy, democracy, and equal opportunity, and a firm basis for higher education and advanced research institutions.", "sentence": "[3] many textbooks emphasized [1] rise [7] American education as [2] powerful force for literacy democracy and equal opportunity [6] a firm basis for higher [5] and [4] research institutions", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0051", "problem_name": "task18_0051"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nShe studied at the Central School of Art [2] [5] [1] London between [4] and 1924 and then [3] [7] Academy [6] until 1929\nList:\n[(1, in), (2, and), (3, at), (4, 1921), (5, Design), (6, Schools), (7, Royal)]", "label": {"final": "She studied at the Central School of Art and Design in London between 1921 and 1924 and then at Royal Academy Schools until 1929", "init": "She studied at the Central School of Art [2] [5] [1] London between [4] and 1924 and then [3] [7] Academy [6] until 1929", "intermediate": ["She studied at the Central School of Art [2] [5] in London between [4] and 1924 and then [3] [7] Academy [6] until 1929", "She studied at the Central School of Art and [5] in London between [4] and 1924 and then [3] [7] Academy [6] until 1929", "She studied at the Central School of Art and [5] in London between [4] and 1924 and then at [7] Academy [6] until 1929", "She studied at the Central School of Art and [5] in London between 1921 and 1924 and then at [7] Academy [6] until 1929", "She studied at the Central School of Art and Design in London between 1921 and 1924 and then at [7] Academy [6] until 1929", "She studied at the Central School of Art and Design in London between 1921 and 1924 and then at [7] Academy Schools until 1929"]}, "config": {"list": [[1, "in"], [2, "and"], [3, "at"], [4, "1921"], [5, "Design"], [6, "Schools"], [7, "Royal"]], "num_pairs": 7, "num_sentences": 43652, "original_sentence": "She studied at the Central School of Art and Design in London between 1921 and 1924, and then at Royal Academy Schools until 1929.", "sentence": "She studied at the Central School of Art [2] [5] [1] London between [4] and 1924 and then [3] [7] Academy [6] until 1929", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0052", "problem_name": "task18_0052"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nDespite the [5] international profile [2] boycott was garnering in [1] world press the contest went ahead [4] Nigeria after [3] rescheduled to avoid taking place during Ramadan with many [7] nations [6] delegates\nList:\n[(1, the), (2, the), (3, being), (4, in), (5, increasing), (6, sending), (7, prominent)]", "label": {"final": "Despite the increasing international profile the boycott was garnering in the world press the contest went ahead in Nigeria after being rescheduled to avoid taking place during Ramadan with many prominent nations sending delegates", "init": "Despite the [5] international profile [2] boycott was garnering in [1] world press the contest went ahead [4] Nigeria after [3] rescheduled to avoid taking place during Ramadan with many [7] nations [6] delegates", "intermediate": ["Despite the [5] international profile [2] boycott was garnering in the world press the contest went ahead [4] Nigeria after [3] rescheduled to avoid taking place during Ramadan with many [7] nations [6] delegates", "Despite the [5] international profile the boycott was garnering in the world press the contest went ahead [4] Nigeria after [3] rescheduled to avoid taking place during Ramadan with many [7] nations [6] delegates", "Despite the [5] international profile the boycott was garnering in the world press the contest went ahead [4] Nigeria after being rescheduled to avoid taking place during Ramadan with many [7] nations [6] delegates", "Despite the [5] international profile the boycott was garnering in the world press the contest went ahead in Nigeria after being rescheduled to avoid taking place during Ramadan with many [7] nations [6] delegates", "Despite the increasing international profile the boycott was garnering in the world press the contest went ahead in Nigeria after being rescheduled to avoid taking place during Ramadan with many [7] nations [6] delegates", "Despite the increasing international profile the boycott was garnering in the world press the contest went ahead in Nigeria after being rescheduled to avoid taking place during Ramadan with many [7] nations sending delegates"]}, "config": {"list": [[1, "the"], [2, "the"], [3, "being"], [4, "in"], [5, "increasing"], [6, "sending"], [7, "prominent"]], "num_pairs": 7, "num_sentences": 43652, "original_sentence": "Despite the increasing international profile the boycott was garnering in the world press, the contest went ahead in Nigeria after being rescheduled to avoid taking place during Ramadan, with many prominent nations sending delegates.", "sentence": "Despite the [5] international profile [2] boycott was garnering in [1] world press the contest went ahead [4] Nigeria after [3] rescheduled to avoid taking place during Ramadan with many [7] nations [6] delegates", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0053", "problem_name": "task18_0053"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[5] [6] noted [2] [7] facility with [1] [4] logic and [3]\nList:\n[(1, word), (2, for), (3, fantasy), (4, play), (5, He), (6, was), (7, his)]", "label": {"final": "He was noted for his facility with word play logic and fantasy", "init": "[5] [6] noted [2] [7] facility with [1] [4] logic and [3]", "intermediate": ["[5] [6] noted [2] [7] facility with word [4] logic and [3]", "[5] [6] noted for [7] facility with word [4] logic and [3]", "[5] [6] noted for [7] facility with word [4] logic and fantasy", "[5] [6] noted for [7] facility with word play logic and fantasy", "He [6] noted for [7] facility with word play logic and fantasy", "He was noted for [7] facility with word play logic and fantasy"]}, "config": {"list": [[1, "word"], [2, "for"], [3, "fantasy"], [4, "play"], [5, "He"], [6, "was"], [7, "his"]], "num_pairs": 7, "num_sentences": 43652, "original_sentence": "He was noted for his facility with word play, logic, and fantasy.", "sentence": "[5] [6] noted [2] [7] facility with [1] [4] logic and [3]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0054", "problem_name": "task18_0054"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[5] [3] has been devastated by fire [2] November 1897 that started when dance hall [7] Dolly Mitchell threw a lamp at another girl in an argument [6] that started in the Bodega Saloon [4] [1] started at the Monte Carlo Theatre and flooding in 1925 1944 1966 1969 and 1979\nList:\n[(1, that), (2, in), (3, downtown), (4, 1900), (5, The), (6, 1899), (7, girl)]", "label": {"final": "The downtown has been devastated by fire in November 1897 that started when dance hall girl Dolly Mitchell threw a lamp at another girl in an argument 1899 that started in the Bodega Saloon 1900 that started at the Monte Carlo Theatre and flooding in 1925 1944 1966 1969 and 1979", "init": "[5] [3] has been devastated by fire [2] November 1897 that started when dance hall [7] Dolly Mitchell threw a lamp at another girl in an argument [6] that started in the Bodega Saloon [4] [1] started at the Monte Carlo Theatre and flooding in 1925 1944 1966 1969 and 1979", "intermediate": ["[5] [3] has been devastated by fire [2] November 1897 that started when dance hall [7] Dolly Mitchell threw a lamp at another girl in an argument [6] that started in the Bodega Saloon [4] that started at the Monte Carlo Theatre and flooding in 1925 1944 1966 1969 and 1979", "[5] [3] has been devastated by fire in November 1897 that started when dance hall [7] Dolly Mitchell threw a lamp at another girl in an argument [6] that started in the Bodega Saloon [4] that started at the Monte Carlo Theatre and flooding in 1925 1944 1966 1969 and 1979", "[5] downtown has been devastated by fire in November 1897 that started when dance hall [7] Dolly Mitchell threw a lamp at another girl in an argument [6] that started in the Bodega Saloon [4] that started at the Monte Carlo Theatre and flooding in 1925 1944 1966 1969 and 1979", "[5] downtown has been devastated by fire in November 1897 that started when dance hall [7] Dolly Mitchell threw a lamp at another girl in an argument [6] that started in the Bodega Saloon 1900 that started at the Monte Carlo Theatre and flooding in 1925 1944 1966 1969 and 1979", "The downtown has been devastated by fire in November 1897 that started when dance hall [7] Dolly Mitchell threw a lamp at another girl in an argument [6] that started in the Bodega Saloon 1900 that started at the Monte Carlo Theatre and flooding in 1925 1944 1966 1969 and 1979", "The downtown has been devastated by fire in November 1897 that started when dance hall [7] Dolly Mitchell threw a lamp at another girl in an argument 1899 that started in the Bodega Saloon 1900 that started at the Monte Carlo Theatre and flooding in 1925 1944 1966 1969 and 1979"]}, "config": {"list": [[1, "that"], [2, "in"], [3, "downtown"], [4, "1900"], [5, "The"], [6, "1899"], [7, "girl"]], "num_pairs": 7, "num_sentences": 43652, "original_sentence": "The downtown has been devastated by fire in November 1897 (that started when dance hall girl Dolly Mitchell threw a lamp at another girl in an argument), 1899 (that started in the Bodega Saloon), 1900 (that started at the Monte Carlo Theatre) and flooding in 1925, 1944, 1966, 1969 and 1979.", "sentence": "[5] [3] has been devastated by fire [2] November 1897 that started when dance hall [7] Dolly Mitchell threw a lamp at another girl in an argument [6] that started in the Bodega Saloon [4] [1] started at the Monte Carlo Theatre and flooding in 1925 1944 1966 1969 and 1979", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0055", "problem_name": "task18_0055"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe [5] collected is used by epidemiologists [2] [7] researchers to [1] long [3] [4] outcomes or risk [6] for illness\nList:\n[(1, examine), (2, and), (3, term), (4, health), (5, information), (6, factors), (7, other)]", "label": {"final": "The information collected is used by epidemiologists and other researchers to examine long term health outcomes or risk factors for illness", "init": "The [5] collected is used by epidemiologists [2] [7] researchers to [1] long [3] [4] outcomes or risk [6] for illness", "intermediate": ["The [5] collected is used by epidemiologists [2] [7] researchers to examine long [3] [4] outcomes or risk [6] for illness", "The [5] collected is used by epidemiologists and [7] researchers to examine long [3] [4] outcomes or risk [6] for illness", "The [5] collected is used by epidemiologists and [7] researchers to examine long term [4] outcomes or risk [6] for illness", "The [5] collected is used by epidemiologists and [7] researchers to examine long term health outcomes or risk [6] for illness", "The information collected is used by epidemiologists and [7] researchers to examine long term health outcomes or risk [6] for illness", "The information collected is used by epidemiologists and [7] researchers to examine long term health outcomes or risk factors for illness"]}, "config": {"list": [[1, "examine"], [2, "and"], [3, "term"], [4, "health"], [5, "information"], [6, "factors"], [7, "other"]], "num_pairs": 7, "num_sentences": 43652, "original_sentence": "The information collected is used by epidemiologists and other researchers to examine long-term health outcomes or risk factors for illness.", "sentence": "The [5] collected is used by epidemiologists [2] [7] researchers to [1] long [3] [4] outcomes or risk [6] for illness", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0056", "problem_name": "task18_0056"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nFarina s [1] [4] [3] along [6] Route [7] [5] Marion [2]\nList:\n[(1, limits), (2, County), (3, southwest), (4, extend), (5, into), (6, Illinois), (7, 37)]", "label": {"final": "Farina s limits extend southwest along Illinois Route 37 into Marion County", "init": "Farina s [1] [4] [3] along [6] Route [7] [5] Marion [2]", "intermediate": ["Farina s limits [4] [3] along [6] Route [7] [5] Marion [2]", "Farina s limits [4] [3] along [6] Route [7] [5] Marion County", "Farina s limits [4] southwest along [6] Route [7] [5] Marion County", "Farina s limits extend southwest along [6] Route [7] [5] Marion County", "Farina s limits extend southwest along [6] Route [7] into Marion County", "Farina s limits extend southwest along Illinois Route [7] into Marion County"]}, "config": {"list": [[1, "limits"], [2, "County"], [3, "southwest"], [4, "extend"], [5, "into"], [6, "Illinois"], [7, "37"]], "num_pairs": 7, "num_sentences": 43652, "original_sentence": "Farina's limits extend southwest along Illinois Route 37 into Marion County.", "sentence": "Farina s [1] [4] [3] along [6] Route [7] [5] Marion [2]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0057", "problem_name": "task18_0057"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[2] [1] [7] [5] [4] [6] [3]\nList:\n[(1, was), (2, Iceland), (3, quarters), (4, into), (5, divided), (6, farthings), (7, effectively)]", "label": {"final": "Iceland was effectively divided into farthings quarters", "init": "[2] [1] [7] [5] [4] [6] [3]", "intermediate": ["[2] was [7] [5] [4] [6] [3]", "Iceland was [7] [5] [4] [6] [3]", "Iceland was [7] [5] [4] [6] quarters", "Iceland was [7] [5] into [6] quarters", "Iceland was [7] divided into [6] quarters", "Iceland was [7] divided into farthings quarters"]}, "config": {"list": [[1, "was"], [2, "Iceland"], [3, "quarters"], [4, "into"], [5, "divided"], [6, "farthings"], [7, "effectively"]], "num_pairs": 7, "num_sentences": 43652, "original_sentence": "Iceland was effectively divided into farthings (quarters).", "sentence": "[2] [1] [7] [5] [4] [6] [3]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0058", "problem_name": "task18_0058"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHilton Park opened in [4] [7] [6] Toprank [5] is [3] [2] [1] Moto\nList:\n[(1, by), (2, operated), (3, now), (4, 1970), (5, and), (6, by), (7, operated)]", "label": {"final": "Hilton Park opened in 1970 operated by Toprank and is now operated by Moto", "init": "Hilton Park opened in [4] [7] [6] Toprank [5] is [3] [2] [1] Moto", "intermediate": ["Hilton Park opened in [4] [7] [6] Toprank [5] is [3] [2] by Moto", "Hilton Park opened in [4] [7] [6] Toprank [5] is [3] operated by Moto", "Hilton Park opened in [4] [7] [6] Toprank [5] is now operated by Moto", "Hilton Park opened in 1970 [7] [6] Toprank [5] is now operated by Moto", "Hilton Park opened in 1970 [7] [6] Toprank and is now operated by Moto", "Hilton Park opened in 1970 [7] by Toprank and is now operated by Moto"]}, "config": {"list": [[1, "by"], [2, "operated"], [3, "now"], [4, "1970"], [5, "and"], [6, "by"], [7, "operated"]], "num_pairs": 7, "num_sentences": 43652, "original_sentence": "Hilton Park opened in 1970 operated by Toprank, and is now operated by Moto.", "sentence": "Hilton Park opened in [4] [7] [6] Toprank [5] is [3] [2] [1] Moto", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0059", "problem_name": "task18_0059"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThey mainly immigrated to [6] United [2] to find [7] achieve [5] [1] standard [3] [4] and to [8] conflict\nList:\n[(1, better), (2, Kingdom), (3, of), (4, living), (5, a), (6, the), (7, work), (8, escape)]", "label": {"final": "They mainly immigrated to the United Kingdom to find work achieve a better standard of living and to escape conflict", "init": "They mainly immigrated to [6] United [2] to find [7] achieve [5] [1] standard [3] [4] and to [8] conflict", "intermediate": ["They mainly immigrated to [6] United [2] to find [7] achieve [5] better standard [3] [4] and to [8] conflict", "They mainly immigrated to [6] United Kingdom to find [7] achieve [5] better standard [3] [4] and to [8] conflict", "They mainly immigrated to [6] United Kingdom to find [7] achieve [5] better standard of [4] and to [8] conflict", "They mainly immigrated to [6] United Kingdom to find [7] achieve [5] better standard of living and to [8] conflict", "They mainly immigrated to [6] United Kingdom to find [7] achieve a better standard of living and to [8] conflict", "They mainly immigrated to the United Kingdom to find [7] achieve a better standard of living and to [8] conflict", "They mainly immigrated to the United Kingdom to find work achieve a better standard of living and to [8] conflict"]}, "config": {"list": [[1, "better"], [2, "Kingdom"], [3, "of"], [4, "living"], [5, "a"], [6, "the"], [7, "work"], [8, "escape"]], "num_pairs": 8, "num_sentences": 43652, "original_sentence": "They mainly immigrated to the United Kingdom to find work, achieve a better standard of living, and to escape conflict.", "sentence": "They mainly immigrated to [6] United [2] to find [7] achieve [5] [1] standard [3] [4] and to [8] conflict", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0060", "problem_name": "task18_0060"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[1] scored his [3] [5] [8] [4] [6] against [2] [7] SC\nList:\n[(1, He), (2, North), (3, first), (4, August), (5, goal), (6, 26), (7, Mississauga), (8, on)]", "label": {"final": "He scored his first goal on August 26 against North Mississauga SC", "init": "[1] scored his [3] [5] [8] [4] [6] against [2] [7] SC", "intermediate": ["He scored his [3] [5] [8] [4] [6] against [2] [7] SC", "He scored his [3] [5] [8] [4] [6] against North [7] SC", "He scored his first [5] [8] [4] [6] against North [7] SC", "He scored his first [5] [8] August [6] against North [7] SC", "He scored his first goal [8] August [6] against North [7] SC", "He scored his first goal [8] August 26 against North [7] SC", "He scored his first goal [8] August 26 against North Mississauga SC"]}, "config": {"list": [[1, "He"], [2, "North"], [3, "first"], [4, "August"], [5, "goal"], [6, "26"], [7, "Mississauga"], [8, "on"]], "num_pairs": 8, "num_sentences": 43652, "original_sentence": "He scored his first goal on August 26 against North Mississauga SC.", "sentence": "[1] scored his [3] [5] [8] [4] [6] against [2] [7] SC", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0061", "problem_name": "task18_0061"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nRussell [7] [2] murdered [4] [8] 1949 bombing of Canadian Pacific [5] [3] [6] [1]\nList:\n[(1, 108), (2, was), (3, Lines), (4, in), (5, Air), (6, Flight), (7, Parker), (8, the)]", "label": {"final": "Russell Parker was murdered in the 1949 bombing of Canadian Pacific Air Lines Flight 108", "init": "Russell [7] [2] murdered [4] [8] 1949 bombing of Canadian Pacific [5] [3] [6] [1]", "intermediate": ["Russell [7] [2] murdered [4] [8] 1949 bombing of Canadian Pacific [5] [3] [6] 108", "Russell [7] was murdered [4] [8] 1949 bombing of Canadian Pacific [5] [3] [6] 108", "Russell [7] was murdered [4] [8] 1949 bombing of Canadian Pacific [5] Lines [6] 108", "Russell [7] was murdered in [8] 1949 bombing of Canadian Pacific [5] Lines [6] 108", "Russell [7] was murdered in [8] 1949 bombing of Canadian Pacific Air Lines [6] 108", "Russell [7] was murdered in [8] 1949 bombing of Canadian Pacific Air Lines Flight 108", "Russell Parker was murdered in [8] 1949 bombing of Canadian Pacific Air Lines Flight 108"]}, "config": {"list": [[1, "108"], [2, "was"], [3, "Lines"], [4, "in"], [5, "Air"], [6, "Flight"], [7, "Parker"], [8, "the"]], "num_pairs": 8, "num_sentences": 43652, "original_sentence": "Russell Parker was murdered in the 1949 bombing of Canadian Pacific Air Lines Flight 108.", "sentence": "Russell [7] [2] murdered [4] [8] 1949 bombing of Canadian Pacific [5] [3] [6] [1]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0062", "problem_name": "task18_0062"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[2] the months leading [1] to the East Timorese people voting [5] [4] the [8] held [7] control over the areas [3] Liquica as [6] as the town itself\nList:\n[(1, up), (2, During), (3, surrounding), (4, independence), (5, for), (6, well), (7, absolute), (8, BMP)]", "label": {"final": "During the months leading up to the East Timorese people voting for independence the BMP held absolute control over the areas surrounding Liquica as well as the town itself", "init": "[2] the months leading [1] to the East Timorese people voting [5] [4] the [8] held [7] control over the areas [3] Liquica as [6] as the town itself", "intermediate": ["[2] the months leading up to the East Timorese people voting [5] [4] the [8] held [7] control over the areas [3] Liquica as [6] as the town itself", "During the months leading up to the East Timorese people voting [5] [4] the [8] held [7] control over the areas [3] Liquica as [6] as the town itself", "During the months leading up to the East Timorese people voting [5] [4] the [8] held [7] control over the areas surrounding Liquica as [6] as the town itself", "During the months leading up to the East Timorese people voting [5] independence the [8] held [7] control over the areas surrounding Liquica as [6] as the town itself", "During the months leading up to the East Timorese people voting for independence the [8] held [7] control over the areas surrounding Liquica as [6] as the town itself", "During the months leading up to the East Timorese people voting for independence the [8] held [7] control over the areas surrounding Liquica as well as the town itself", "During the months leading up to the East Timorese people voting for independence the [8] held absolute control over the areas surrounding Liquica as well as the town itself"]}, "config": {"list": [[1, "up"], [2, "During"], [3, "surrounding"], [4, "independence"], [5, "for"], [6, "well"], [7, "absolute"], [8, "BMP"]], "num_pairs": 8, "num_sentences": 43652, "original_sentence": "During the months leading up to the East Timorese people voting for independence, the \"BMP\" held absolute control over the areas surrounding Liquica, as well as the town itself.", "sentence": "[2] the months leading [1] to the East Timorese people voting [5] [4] the [8] held [7] control over the areas [3] Liquica as [6] as the town itself", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0063", "problem_name": "task18_0063"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe old [5] reveals he transferred [6] property [2] Balu because of [7] [3] towards them as opposed to how [1] [8] grandson [4] them\nList:\n[(1, their), (2, to), (3, love), (4, treated), (5, man), (6, his), (7, his), (8, own)]", "label": {"final": "The old man reveals he transferred his property to Balu because of his love towards them as opposed to how their own grandson treated them", "init": "The old [5] reveals he transferred [6] property [2] Balu because of [7] [3] towards them as opposed to how [1] [8] grandson [4] them", "intermediate": ["The old [5] reveals he transferred [6] property [2] Balu because of [7] [3] towards them as opposed to how their [8] grandson [4] them", "The old [5] reveals he transferred [6] property to Balu because of [7] [3] towards them as opposed to how their [8] grandson [4] them", "The old [5] reveals he transferred [6] property to Balu because of [7] love towards them as opposed to how their [8] grandson [4] them", "The old [5] reveals he transferred [6] property to Balu because of [7] love towards them as opposed to how their [8] grandson treated them", "The old man reveals he transferred [6] property to Balu because of [7] love towards them as opposed to how their [8] grandson treated them", "The old man reveals he transferred his property to Balu because of [7] love towards them as opposed to how their [8] grandson treated them", "The old man reveals he transferred his property to Balu because of his love towards them as opposed to how their [8] grandson treated them"]}, "config": {"list": [[1, "their"], [2, "to"], [3, "love"], [4, "treated"], [5, "man"], [6, "his"], [7, "his"], [8, "own"]], "num_pairs": 8, "num_sentences": 43652, "original_sentence": "The old man reveals he transferred his property to Balu because of his love towards them as opposed to how their own grandson treated them.", "sentence": "The old [5] reveals he transferred [6] property [2] Balu because of [7] [3] towards them as opposed to how [1] [8] grandson [4] them", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0064", "problem_name": "task18_0064"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[6] [5] [2] [8] [7] [1] [4] t turn her back [3] her own family\nList:\n[(1, she), (2, with), (3, to), (4, won), (5, argues), (6, Felicity), (7, saying), (8, him)]", "label": {"final": "Felicity argues with him saying she won t turn her back to her own family", "init": "[6] [5] [2] [8] [7] [1] [4] t turn her back [3] her own family", "intermediate": ["[6] [5] [2] [8] [7] she [4] t turn her back [3] her own family", "[6] [5] with [8] [7] she [4] t turn her back [3] her own family", "[6] [5] with [8] [7] she [4] t turn her back to her own family", "[6] [5] with [8] [7] she won t turn her back to her own family", "[6] argues with [8] [7] she won t turn her back to her own family", "Felicity argues with [8] [7] she won t turn her back to her own family", "Felicity argues with [8] saying she won t turn her back to her own family"]}, "config": {"list": [[1, "she"], [2, "with"], [3, "to"], [4, "won"], [5, "argues"], [6, "Felicity"], [7, "saying"], [8, "him"]], "num_pairs": 8, "num_sentences": 43652, "original_sentence": "Felicity argues with him, saying she won't turn her back to her own family.", "sentence": "[6] [5] [2] [8] [7] [1] [4] t turn her back [3] her own family", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0065", "problem_name": "task18_0065"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe Halix site at Leiden [8] approved [5] [4] [3] [2] 26 March [6] joining [1] other sites approved by [7] EU\nList:\n[(1, three), (2, on), (3, EMA), (4, the), (5, by), (6, 2021), (7, the), (8, was)]", "label": {"final": "The Halix site at Leiden was approved by the EMA on 26 March 2021 joining three other sites approved by the EU", "init": "The Halix site at Leiden [8] approved [5] [4] [3] [2] 26 March [6] joining [1] other sites approved by [7] EU", "intermediate": ["The Halix site at Leiden [8] approved [5] [4] [3] [2] 26 March [6] joining three other sites approved by [7] EU", "The Halix site at Leiden [8] approved [5] [4] [3] on 26 March [6] joining three other sites approved by [7] EU", "The Halix site at Leiden [8] approved [5] [4] EMA on 26 March [6] joining three other sites approved by [7] EU", "The Halix site at Leiden [8] approved [5] the EMA on 26 March [6] joining three other sites approved by [7] EU", "The Halix site at Leiden [8] approved by the EMA on 26 March [6] joining three other sites approved by [7] EU", "The Halix site at Leiden [8] approved by the EMA on 26 March 2021 joining three other sites approved by [7] EU", "The Halix site at Leiden [8] approved by the EMA on 26 March 2021 joining three other sites approved by the EU"]}, "config": {"list": [[1, "three"], [2, "on"], [3, "EMA"], [4, "the"], [5, "by"], [6, "2021"], [7, "the"], [8, "was"]], "num_pairs": 8, "num_sentences": 43652, "original_sentence": "The Halix site at Leiden was approved by the EMA on 26 March 2021, joining three other sites approved by the EU.", "sentence": "The Halix site at Leiden [8] approved [5] [4] [3] [2] 26 March [6] joining [1] other sites approved by [7] EU", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0066", "problem_name": "task18_0066"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nToday Boduberu [3] [6] [7] [1] of [4] at stage shows special [5] [2] and [8]\nList:\n[(1, item), (2, celebrations), (3, is), (4, entertainment), (5, occasions), (6, an), (7, important), (8, festivals)]", "label": {"final": "Today Boduberu is an important item of entertainment at stage shows special occasions celebrations and festivals", "init": "Today Boduberu [3] [6] [7] [1] of [4] at stage shows special [5] [2] and [8]", "intermediate": ["Today Boduberu [3] [6] [7] item of [4] at stage shows special [5] [2] and [8]", "Today Boduberu [3] [6] [7] item of [4] at stage shows special [5] celebrations and [8]", "Today Boduberu is [6] [7] item of [4] at stage shows special [5] celebrations and [8]", "Today Boduberu is [6] [7] item of entertainment at stage shows special [5] celebrations and [8]", "Today Boduberu is [6] [7] item of entertainment at stage shows special occasions celebrations and [8]", "Today Boduberu is an [7] item of entertainment at stage shows special occasions celebrations and [8]", "Today Boduberu is an important item of entertainment at stage shows special occasions celebrations and [8]"]}, "config": {"list": [[1, "item"], [2, "celebrations"], [3, "is"], [4, "entertainment"], [5, "occasions"], [6, "an"], [7, "important"], [8, "festivals"]], "num_pairs": 8, "num_sentences": 43652, "original_sentence": "Today, Boduberu is an important item of entertainment at stage shows, special occasions, celebrations and festivals.", "sentence": "Today Boduberu [3] [6] [7] [1] of [4] at stage shows special [5] [2] and [8]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0067", "problem_name": "task18_0067"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nA [4] in the [5] [7] a [6] memoir [8] Amanda Lindhout [1] [3] [2] the journalist Sara Corbett\nList:\n[(1, co), (2, with), (3, written), (4, House), (5, Sky), (6, 2013), (7, is), (8, by)]", "label": {"final": "A House in the Sky is a 2013 memoir by Amanda Lindhout co written with the journalist Sara Corbett", "init": "A [4] in the [5] [7] a [6] memoir [8] Amanda Lindhout [1] [3] [2] the journalist Sara Corbett", "intermediate": ["A [4] in the [5] [7] a [6] memoir [8] Amanda Lindhout co [3] [2] the journalist Sara Corbett", "A [4] in the [5] [7] a [6] memoir [8] Amanda Lindhout co [3] with the journalist Sara Corbett", "A [4] in the [5] [7] a [6] memoir [8] Amanda Lindhout co written with the journalist Sara Corbett", "A House in the [5] [7] a [6] memoir [8] Amanda Lindhout co written with the journalist Sara Corbett", "A House in the Sky [7] a [6] memoir [8] Amanda Lindhout co written with the journalist Sara Corbett", "A House in the Sky [7] a 2013 memoir [8] Amanda Lindhout co written with the journalist Sara Corbett", "A House in the Sky is a 2013 memoir [8] Amanda Lindhout co written with the journalist Sara Corbett"]}, "config": {"list": [[1, "co"], [2, "with"], [3, "written"], [4, "House"], [5, "Sky"], [6, "2013"], [7, "is"], [8, "by"]], "num_pairs": 8, "num_sentences": 43652, "original_sentence": "A House in the Sky is a 2013 memoir by Amanda Lindhout, co-written with the journalist Sara Corbett.", "sentence": "A [4] in the [5] [7] a [6] memoir [8] Amanda Lindhout [1] [3] [2] the journalist Sara Corbett", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0068", "problem_name": "task18_0068"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[5] [3] for 26 [7] [4] [1] death [8] [6] in June [2]\nList:\n[(1, the), (2, 1042), (3, continued), (4, until), (5, This), (6, Harthacnut), (7, years), (8, of)]", "label": {"final": "This continued for 26 years until the death of Harthacnut in June 1042", "init": "[5] [3] for 26 [7] [4] [1] death [8] [6] in June [2]", "intermediate": ["[5] [3] for 26 [7] [4] the death [8] [6] in June [2]", "[5] [3] for 26 [7] [4] the death [8] [6] in June 1042", "[5] continued for 26 [7] [4] the death [8] [6] in June 1042", "[5] continued for 26 [7] until the death [8] [6] in June 1042", "This continued for 26 [7] until the death [8] [6] in June 1042", "This continued for 26 [7] until the death [8] Harthacnut in June 1042", "This continued for 26 years until the death [8] Harthacnut in June 1042"]}, "config": {"list": [[1, "the"], [2, "1042"], [3, "continued"], [4, "until"], [5, "This"], [6, "Harthacnut"], [7, "years"], [8, "of"]], "num_pairs": 8, "num_sentences": 43652, "original_sentence": "This continued for 26 years until the death of Harthacnut in June 1042.", "sentence": "[5] [3] for 26 [7] [4] [1] death [8] [6] in June [2]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0069", "problem_name": "task18_0069"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nShe [5] [4] [2] [3] presenter of [1] History Channel [6] [9] webseries [7] Unlikely History of [8] Things\nList:\n[(1, The), (2, creator), (3, and), (4, the), (5, was), (6, s), (7, The), (8, Everyday), (9, 2018)]", "label": {"final": "She was the creator and presenter of The History Channel s 2018 webseries The Unlikely History of Everyday Things", "init": "She [5] [4] [2] [3] presenter of [1] History Channel [6] [9] webseries [7] Unlikely History of [8] Things", "intermediate": ["She [5] [4] [2] [3] presenter of The History Channel [6] [9] webseries [7] Unlikely History of [8] Things", "She [5] [4] creator [3] presenter of The History Channel [6] [9] webseries [7] Unlikely History of [8] Things", "She [5] [4] creator and presenter of The History Channel [6] [9] webseries [7] Unlikely History of [8] Things", "She [5] the creator and presenter of The History Channel [6] [9] webseries [7] Unlikely History of [8] Things", "She was the creator and presenter of The History Channel [6] [9] webseries [7] Unlikely History of [8] Things", "She was the creator and presenter of The History Channel s [9] webseries [7] Unlikely History of [8] Things", "She was the creator and presenter of The History Channel s [9] webseries The Unlikely History of [8] Things", "She was the creator and presenter of The History Channel s [9] webseries The Unlikely History of Everyday Things"]}, "config": {"list": [[1, "The"], [2, "creator"], [3, "and"], [4, "the"], [5, "was"], [6, "s"], [7, "The"], [8, "Everyday"], [9, "2018"]], "num_pairs": 9, "num_sentences": 43652, "original_sentence": "She was the creator and presenter of The History Channel's 2018 webseries, \"The Unlikely History of Everyday Things\".", "sentence": "She [5] [4] [2] [3] presenter of [1] History Channel [6] [9] webseries [7] Unlikely History of [8] Things", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0070", "problem_name": "task18_0070"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHis last printing was [8] shortly [3] the sack [5] Rome [6] [4] [7] [1] [9] [2] killed\nList:\n[(1, he), (2, probably), (3, before), (4, during), (5, of), (6, 1527), (7, which), (8, dated), (9, was)]", "label": {"final": "His last printing was dated shortly before the sack of Rome 1527 during which he was probably killed", "init": "His last printing was [8] shortly [3] the sack [5] Rome [6] [4] [7] [1] [9] [2] killed", "intermediate": ["His last printing was [8] shortly [3] the sack [5] Rome [6] [4] [7] he [9] [2] killed", "His last printing was [8] shortly [3] the sack [5] Rome [6] [4] [7] he [9] probably killed", "His last printing was [8] shortly before the sack [5] Rome [6] [4] [7] he [9] probably killed", "His last printing was [8] shortly before the sack [5] Rome [6] during [7] he [9] probably killed", "His last printing was [8] shortly before the sack of Rome [6] during [7] he [9] probably killed", "His last printing was [8] shortly before the sack of Rome 1527 during [7] he [9] probably killed", "His last printing was [8] shortly before the sack of Rome 1527 during which he [9] probably killed", "His last printing was dated shortly before the sack of Rome 1527 during which he [9] probably killed"]}, "config": {"list": [[1, "he"], [2, "probably"], [3, "before"], [4, "during"], [5, "of"], [6, "1527"], [7, "which"], [8, "dated"], [9, "was"]], "num_pairs": 9, "num_sentences": 43652, "original_sentence": "His last printing was dated shortly before the sack of Rome (1527), during which he was probably killed.", "sentence": "His last printing was [8] shortly [3] the sack [5] Rome [6] [4] [7] [1] [9] [2] killed", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0071", "problem_name": "task18_0071"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[7] [9] released [8] [4] [1] [2] a digital [6] on November [3] [5]\nList:\n[(1, and), (2, as), (3, 23), (4, vinyl), (5, 2012), (6, download), (7, It), (8, on), (9, was)]", "label": {"final": "It was released on vinyl and as a digital download on November 23 2012", "init": "[7] [9] released [8] [4] [1] [2] a digital [6] on November [3] [5]", "intermediate": ["[7] [9] released [8] [4] and [2] a digital [6] on November [3] [5]", "[7] [9] released [8] [4] and as a digital [6] on November [3] [5]", "[7] [9] released [8] [4] and as a digital [6] on November 23 [5]", "[7] [9] released [8] vinyl and as a digital [6] on November 23 [5]", "[7] [9] released [8] vinyl and as a digital [6] on November 23 2012", "[7] [9] released [8] vinyl and as a digital download on November 23 2012", "It [9] released [8] vinyl and as a digital download on November 23 2012", "It [9] released on vinyl and as a digital download on November 23 2012"]}, "config": {"list": [[1, "and"], [2, "as"], [3, "23"], [4, "vinyl"], [5, "2012"], [6, "download"], [7, "It"], [8, "on"], [9, "was"]], "num_pairs": 9, "num_sentences": 43652, "original_sentence": "It was released on vinyl and as a digital download on November 23, 2012.", "sentence": "[7] [9] released [8] [4] [1] [2] a digital [6] on November [3] [5]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0072", "problem_name": "task18_0072"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nPaul [1] Madden born 10 October [9] [5] [3] British [2] and former [8] of The [7] [6] [4] Oxford\nList:\n[(1, Anthony), (2, chemist), (3, a), (4, College), (5, is), (6, s), (7, Queen), (8, Provost), (9, 1948)]", "label": {"final": "Paul Anthony Madden born 10 October 1948 is a British chemist and former Provost of The Queen s College Oxford", "init": "Paul [1] Madden born 10 October [9] [5] [3] British [2] and former [8] of The [7] [6] [4] Oxford", "intermediate": ["Paul Anthony Madden born 10 October [9] [5] [3] British [2] and former [8] of The [7] [6] [4] Oxford", "Paul Anthony Madden born 10 October [9] [5] [3] British chemist and former [8] of The [7] [6] [4] Oxford", "Paul Anthony Madden born 10 October [9] [5] a British chemist and former [8] of The [7] [6] [4] Oxford", "Paul Anthony Madden born 10 October [9] [5] a British chemist and former [8] of The [7] [6] College Oxford", "Paul Anthony Madden born 10 October [9] is a British chemist and former [8] of The [7] [6] College Oxford", "Paul Anthony Madden born 10 October [9] is a British chemist and former [8] of The [7] s College Oxford", "Paul Anthony Madden born 10 October [9] is a British chemist and former [8] of The Queen s College Oxford", "Paul Anthony Madden born 10 October [9] is a British chemist and former Provost of The Queen s College Oxford"]}, "config": {"list": [[1, "Anthony"], [2, "chemist"], [3, "a"], [4, "College"], [5, "is"], [6, "s"], [7, "Queen"], [8, "Provost"], [9, "1948"]], "num_pairs": 9, "num_sentences": 43652, "original_sentence": "Paul Anthony Madden, (born 10 October 1948) is a British chemist and former Provost of The Queen's College, Oxford.", "sentence": "Paul [1] Madden born 10 October [9] [5] [3] British [2] and former [8] of The [7] [6] [4] Oxford", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0073", "problem_name": "task18_0073"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nPunishment [7] [8] from reprimand to reduction in rank [2] custody [4] of [6] extra duty [5] restrictions [1] on [3] of the imposing officer and receiving [9]\nList:\n[(1, depending), (2, correctional), (3, rank), (4, loss), (5, or), (6, pay), (7, can), (8, range), (9, officer)]", "label": {"final": "Punishment can range from reprimand to reduction in rank correctional custody loss of pay extra duty or restrictions depending on rank of the imposing officer and receiving officer", "init": "Punishment [7] [8] from reprimand to reduction in rank [2] custody [4] of [6] extra duty [5] restrictions [1] on [3] of the imposing officer and receiving [9]", "intermediate": ["Punishment [7] [8] from reprimand to reduction in rank [2] custody [4] of [6] extra duty [5] restrictions depending on [3] of the imposing officer and receiving [9]", "Punishment [7] [8] from reprimand to reduction in rank correctional custody [4] of [6] extra duty [5] restrictions depending on [3] of the imposing officer and receiving [9]", "Punishment [7] [8] from reprimand to reduction in rank correctional custody [4] of [6] extra duty [5] restrictions depending on rank of the imposing officer and receiving [9]", "Punishment [7] [8] from reprimand to reduction in rank correctional custody loss of [6] extra duty [5] restrictions depending on rank of the imposing officer and receiving [9]", "Punishment [7] [8] from reprimand to reduction in rank correctional custody loss of [6] extra duty or restrictions depending on rank of the imposing officer and receiving [9]", "Punishment [7] [8] from reprimand to reduction in rank correctional custody loss of pay extra duty or restrictions depending on rank of the imposing officer and receiving [9]", "Punishment can [8] from reprimand to reduction in rank correctional custody loss of pay extra duty or restrictions depending on rank of the imposing officer and receiving [9]", "Punishment can range from reprimand to reduction in rank correctional custody loss of pay extra duty or restrictions depending on rank of the imposing officer and receiving [9]"]}, "config": {"list": [[1, "depending"], [2, "correctional"], [3, "rank"], [4, "loss"], [5, "or"], [6, "pay"], [7, "can"], [8, "range"], [9, "officer"]], "num_pairs": 9, "num_sentences": 43652, "original_sentence": "Punishment can range from reprimand to reduction in rank, correctional custody, loss of pay, extra duty or restrictions depending on rank of the imposing officer and receiving officer.", "sentence": "Punishment [7] [8] from reprimand to reduction in rank [2] custody [4] of [6] extra duty [5] restrictions [1] on [3] of the imposing officer and receiving [9]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0074", "problem_name": "task18_0074"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[8] order to see the ballad within [2] context of emerging [1] markets and [7] Bailyn suggests [3] A Voyage to Virginia [4] The Poor Unhappy Transported Felon [5] Sorrowful [9] of his Fourteen [6] Transportation to Virginia and The Trappan d Maiden\nList:\n[(1, global), (2, this), (3, reading), (4, alongside), (5, s), (6, Years), (7, transportation), (8, In), (9, Account)]", "label": {"final": "In order to see the ballad within this context of emerging global markets and transportation Bailyn suggests reading A Voyage to Virginia alongside The Poor Unhappy Transported Felon s Sorrowful Account of his Fourteen Years Transportation to Virginia and The Trappan d Maiden", "init": "[8] order to see the ballad within [2] context of emerging [1] markets and [7] Bailyn suggests [3] A Voyage to Virginia [4] The Poor Unhappy Transported Felon [5] Sorrowful [9] of his Fourteen [6] Transportation to Virginia and The Trappan d Maiden", "intermediate": ["[8] order to see the ballad within [2] context of emerging global markets and [7] Bailyn suggests [3] A Voyage to Virginia [4] The Poor Unhappy Transported Felon [5] Sorrowful [9] of his Fourteen [6] Transportation to Virginia and The Trappan d Maiden", "[8] order to see the ballad within this context of emerging global markets and [7] Bailyn suggests [3] A Voyage to Virginia [4] The Poor Unhappy Transported Felon [5] Sorrowful [9] of his Fourteen [6] Transportation to Virginia and The Trappan d Maiden", "[8] order to see the ballad within this context of emerging global markets and [7] Bailyn suggests reading A Voyage to Virginia [4] The Poor Unhappy Transported Felon [5] Sorrowful [9] of his Fourteen [6] Transportation to Virginia and The Trappan d Maiden", "[8] order to see the ballad within this context of emerging global markets and [7] Bailyn suggests reading A Voyage to Virginia alongside The Poor Unhappy Transported Felon [5] Sorrowful [9] of his Fourteen [6] Transportation to Virginia and The Trappan d Maiden", "[8] order to see the ballad within this context of emerging global markets and [7] Bailyn suggests reading A Voyage to Virginia alongside The Poor Unhappy Transported Felon s Sorrowful [9] of his Fourteen [6] Transportation to Virginia and The Trappan d Maiden", "[8] order to see the ballad within this context of emerging global markets and [7] Bailyn suggests reading A Voyage to Virginia alongside The Poor Unhappy Transported Felon s Sorrowful [9] of his Fourteen Years Transportation to Virginia and The Trappan d Maiden", "[8] order to see the ballad within this context of emerging global markets and transportation Bailyn suggests reading A Voyage to Virginia alongside The Poor Unhappy Transported Felon s Sorrowful [9] of his Fourteen Years Transportation to Virginia and The Trappan d Maiden", "In order to see the ballad within this context of emerging global markets and transportation Bailyn suggests reading A Voyage to Virginia alongside The Poor Unhappy Transported Felon s Sorrowful [9] of his Fourteen Years Transportation to Virginia and The Trappan d Maiden"]}, "config": {"list": [[1, "global"], [2, "this"], [3, "reading"], [4, "alongside"], [5, "s"], [6, "Years"], [7, "transportation"], [8, "In"], [9, "Account"]], "num_pairs": 9, "num_sentences": 43652, "original_sentence": "In order to see the ballad within this context of emerging global markets and transportation, Bailyn suggests reading \"A Voyage to Virginia\" alongside \"The Poor Unhappy Transported Felon's Sorrowful Account of his Fourteen Years Transportation to Virginia\" and \"The Trappan'd Maiden\".", "sentence": "[8] order to see the ballad within [2] context of emerging [1] markets and [7] Bailyn suggests [3] A Voyage to Virginia [4] The Poor Unhappy Transported Felon [5] Sorrowful [9] of his Fourteen [6] Transportation to Virginia and The Trappan d Maiden", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0075", "problem_name": "task18_0075"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIce fishing [9] boating and [6] [5] [7] Marsh [4] [3] [1] [8] winter [2]\nList:\n[(1, are), (2, activities), (3, Lake), (4, Creek), (5, skating), (6, ice), (7, on), (8, popular), (9, ice)]", "label": {"final": "Ice fishing ice boating and ice skating on Marsh Creek Lake are popular winter activities", "init": "Ice fishing [9] boating and [6] [5] [7] Marsh [4] [3] [1] [8] winter [2]", "intermediate": ["Ice fishing [9] boating and [6] [5] [7] Marsh [4] [3] are [8] winter [2]", "Ice fishing [9] boating and [6] [5] [7] Marsh [4] [3] are [8] winter activities", "Ice fishing [9] boating and [6] [5] [7] Marsh [4] Lake are [8] winter activities", "Ice fishing [9] boating and [6] [5] [7] Marsh Creek Lake are [8] winter activities", "Ice fishing [9] boating and [6] skating [7] Marsh Creek Lake are [8] winter activities", "Ice fishing [9] boating and ice skating [7] Marsh Creek Lake are [8] winter activities", "Ice fishing [9] boating and ice skating on Marsh Creek Lake are [8] winter activities", "Ice fishing [9] boating and ice skating on Marsh Creek Lake are popular winter activities"]}, "config": {"list": [[1, "are"], [2, "activities"], [3, "Lake"], [4, "Creek"], [5, "skating"], [6, "ice"], [7, "on"], [8, "popular"], [9, "ice"]], "num_pairs": 9, "num_sentences": 43652, "original_sentence": "Ice fishing, ice boating and ice skating on Marsh Creek Lake are popular winter activities.", "sentence": "Ice fishing [9] boating and [6] [5] [7] Marsh [4] [3] [1] [8] winter [2]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0076", "problem_name": "task18_0076"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nWhile this functioned [9] well it [8] the interface very difficult [3] [6] and [2] with [5] written in [1] languages [4] [7]\nList:\n[(1, other), (2, interoperability), (3, to), (4, particularly), (5, projects), (6, modify), (7, difficult), (8, made), (9, reasonably)]", "label": {"final": "While this functioned reasonably well it made the interface very difficult to modify and interoperability with projects written in other languages particularly difficult", "init": "While this functioned [9] well it [8] the interface very difficult [3] [6] and [2] with [5] written in [1] languages [4] [7]", "intermediate": ["While this functioned [9] well it [8] the interface very difficult [3] [6] and [2] with [5] written in other languages [4] [7]", "While this functioned [9] well it [8] the interface very difficult [3] [6] and interoperability with [5] written in other languages [4] [7]", "While this functioned [9] well it [8] the interface very difficult to [6] and interoperability with [5] written in other languages [4] [7]", "While this functioned [9] well it [8] the interface very difficult to [6] and interoperability with [5] written in other languages particularly [7]", "While this functioned [9] well it [8] the interface very difficult to [6] and interoperability with projects written in other languages particularly [7]", "While this functioned [9] well it [8] the interface very difficult to modify and interoperability with projects written in other languages particularly [7]", "While this functioned [9] well it [8] the interface very difficult to modify and interoperability with projects written in other languages particularly difficult", "While this functioned [9] well it made the interface very difficult to modify and interoperability with projects written in other languages particularly difficult"]}, "config": {"list": [[1, "other"], [2, "interoperability"], [3, "to"], [4, "particularly"], [5, "projects"], [6, "modify"], [7, "difficult"], [8, "made"], [9, "reasonably"]], "num_pairs": 9, "num_sentences": 43652, "original_sentence": "While this functioned reasonably well, it made the interface very difficult to modify, and interoperability with projects written in other languages particularly difficult.", "sentence": "While this functioned [9] well it [8] the interface very difficult [3] [6] and [2] with [5] written in [1] languages [4] [7]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0077", "problem_name": "task18_0077"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn [2] [8] was [1] [3] minister of [9] [7] north [4] of [6] [5]\nList:\n[(1, ordained), (2, 1861), (3, as), (4, east), (5, Castle), (6, Fyvie), (7, church), (8, he), (9, Millbrex)]", "label": {"final": "In 1861 he was ordained as minister of Millbrex church north east of Fyvie Castle", "init": "In [2] [8] was [1] [3] minister of [9] [7] north [4] of [6] [5]", "intermediate": ["In [2] [8] was ordained [3] minister of [9] [7] north [4] of [6] [5]", "In 1861 [8] was ordained [3] minister of [9] [7] north [4] of [6] [5]", "In 1861 [8] was ordained as minister of [9] [7] north [4] of [6] [5]", "In 1861 [8] was ordained as minister of [9] [7] north east of [6] [5]", "In 1861 [8] was ordained as minister of [9] [7] north east of [6] Castle", "In 1861 [8] was ordained as minister of [9] [7] north east of Fyvie Castle", "In 1861 [8] was ordained as minister of [9] church north east of Fyvie Castle", "In 1861 he was ordained as minister of [9] church north east of Fyvie Castle"]}, "config": {"list": [[1, "ordained"], [2, "1861"], [3, "as"], [4, "east"], [5, "Castle"], [6, "Fyvie"], [7, "church"], [8, "he"], [9, "Millbrex"]], "num_pairs": 9, "num_sentences": 43652, "original_sentence": "In 1861 he was ordained as minister of Millbrex church, north-east of Fyvie Castle.", "sentence": "In [2] [8] was [1] [3] minister of [9] [7] north [4] of [6] [5]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0078", "problem_name": "task18_0078"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[7] [4] [3] [5] and Times was [1] [2] Cyril [8] [6] [9] Haig\nList:\n[(1, written), (2, with), (3, My), (4, biography), (5, Life), (6, and), (7, His), (8, Ayris), (9, Ross)]", "label": {"final": "His biography My Life and Times was written with Cyril Ayris and Ross Haig", "init": "[7] [4] [3] [5] and Times was [1] [2] Cyril [8] [6] [9] Haig", "intermediate": ["[7] [4] [3] [5] and Times was written [2] Cyril [8] [6] [9] Haig", "[7] [4] [3] [5] and Times was written with Cyril [8] [6] [9] Haig", "[7] [4] My [5] and Times was written with Cyril [8] [6] [9] Haig", "[7] biography My [5] and Times was written with Cyril [8] [6] [9] Haig", "[7] biography My Life and Times was written with Cyril [8] [6] [9] Haig", "[7] biography My Life and Times was written with Cyril [8] and [9] Haig", "His biography My Life and Times was written with Cyril [8] and [9] Haig", "His biography My Life and Times was written with Cyril Ayris and [9] Haig"]}, "config": {"list": [[1, "written"], [2, "with"], [3, "My"], [4, "biography"], [5, "Life"], [6, "and"], [7, "His"], [8, "Ayris"], [9, "Ross"]], "num_pairs": 9, "num_sentences": 43652, "original_sentence": "His biography \"My Life and Times\" was written with Cyril Ayris and Ross Haig.", "sentence": "[7] [4] [3] [5] and Times was [1] [2] Cyril [8] [6] [9] Haig", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0079", "problem_name": "task18_0079"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[6] on [7] George [3] mistaken for [4] ruthless hit man [5] a shady businessman [9] [10] who [2] a [8] [1]\nList:\n[(1, eliminated), (2, wants), (3, is), (4, a), (5, by), (6, But), (7, arrival), (8, rival), (9, Stratford), (10, Johns)]", "label": {"final": "But on arrival George is mistaken for a ruthless hit man by a shady businessman Stratford Johns who wants a rival eliminated", "init": "[6] on [7] George [3] mistaken for [4] ruthless hit man [5] a shady businessman [9] [10] who [2] a [8] [1]", "intermediate": ["[6] on [7] George [3] mistaken for [4] ruthless hit man [5] a shady businessman [9] [10] who [2] a [8] eliminated", "[6] on [7] George [3] mistaken for [4] ruthless hit man [5] a shady businessman [9] [10] who wants a [8] eliminated", "[6] on [7] George is mistaken for [4] ruthless hit man [5] a shady businessman [9] [10] who wants a [8] eliminated", "[6] on [7] George is mistaken for a ruthless hit man [5] a shady businessman [9] [10] who wants a [8] eliminated", "[6] on [7] George is mistaken for a ruthless hit man by a shady businessman [9] [10] who wants a [8] eliminated", "But on [7] George is mistaken for a ruthless hit man by a shady businessman [9] [10] who wants a [8] eliminated", "But on arrival George is mistaken for a ruthless hit man by a shady businessman [9] [10] who wants a [8] eliminated", "But on arrival George is mistaken for a ruthless hit man by a shady businessman [9] [10] who wants a rival eliminated", "But on arrival George is mistaken for a ruthless hit man by a shady businessman Stratford [10] who wants a rival eliminated"]}, "config": {"list": [[1, "eliminated"], [2, "wants"], [3, "is"], [4, "a"], [5, "by"], [6, "But"], [7, "arrival"], [8, "rival"], [9, "Stratford"], [10, "Johns"]], "num_pairs": 10, "num_sentences": 43652, "original_sentence": "But on arrival, George is mistaken for a ruthless hit-man by a shady businessman (Stratford Johns), who wants a rival eliminated.", "sentence": "[6] on [7] George [3] mistaken for [4] ruthless hit man [5] a shady businessman [9] [10] who [2] a [8] [1]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0080", "problem_name": "task18_0080"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[7] [6] is [9] [2] BirdLife [3] [4] [10] [8] [5] [1]\nList:\n[(1, Area), (2, by), (3, International), (4, as), (5, Bird), (6, Inlet), (7, Anderson), (8, Important), (9, classified), (10, an)]", "label": {"final": "Anderson Inlet is classified by BirdLife International as an Important Bird Area", "init": "[7] [6] is [9] [2] BirdLife [3] [4] [10] [8] [5] [1]", "intermediate": ["[7] [6] is [9] [2] BirdLife [3] [4] [10] [8] [5] Area", "[7] [6] is [9] by BirdLife [3] [4] [10] [8] [5] Area", "[7] [6] is [9] by BirdLife International [4] [10] [8] [5] Area", "[7] [6] is [9] by BirdLife International as [10] [8] [5] Area", "[7] [6] is [9] by BirdLife International as [10] [8] Bird Area", "[7] Inlet is [9] by BirdLife International as [10] [8] Bird Area", "Anderson Inlet is [9] by BirdLife International as [10] [8] Bird Area", "Anderson Inlet is [9] by BirdLife International as [10] Important Bird Area", "Anderson Inlet is classified by BirdLife International as [10] Important Bird Area"]}, "config": {"list": [[1, "Area"], [2, "by"], [3, "International"], [4, "as"], [5, "Bird"], [6, "Inlet"], [7, "Anderson"], [8, "Important"], [9, "classified"], [10, "an"]], "num_pairs": 10, "num_sentences": 43652, "original_sentence": "Anderson Inlet is classified by BirdLife International as an Important Bird Area.", "sentence": "[7] [6] is [9] [2] BirdLife [3] [4] [10] [8] [5] [1]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0081", "problem_name": "task18_0081"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nOn 1 [9] [6] however [4] towards [8] [7] [10] [2] an end with [1] [3] of a new [5]\nList:\n[(1, the), (2, to), (3, passing), (4, tolerance), (5, law), (6, 1901), (7, communities), (8, religious), (9, July), (10, came)]", "label": {"final": "On 1 July 1901 however tolerance towards religious communities came to an end with the passing of a new law", "init": "On 1 [9] [6] however [4] towards [8] [7] [10] [2] an end with [1] [3] of a new [5]", "intermediate": ["On 1 [9] [6] however [4] towards [8] [7] [10] [2] an end with the [3] of a new [5]", "On 1 [9] [6] however [4] towards [8] [7] [10] to an end with the [3] of a new [5]", "On 1 [9] [6] however [4] towards [8] [7] [10] to an end with the passing of a new [5]", "On 1 [9] [6] however tolerance towards [8] [7] [10] to an end with the passing of a new [5]", "On 1 [9] [6] however tolerance towards [8] [7] [10] to an end with the passing of a new law", "On 1 [9] 1901 however tolerance towards [8] [7] [10] to an end with the passing of a new law", "On 1 [9] 1901 however tolerance towards [8] communities [10] to an end with the passing of a new law", "On 1 [9] 1901 however tolerance towards religious communities [10] to an end with the passing of a new law", "On 1 July 1901 however tolerance towards religious communities [10] to an end with the passing of a new law"]}, "config": {"list": [[1, "the"], [2, "to"], [3, "passing"], [4, "tolerance"], [5, "law"], [6, "1901"], [7, "communities"], [8, "religious"], [9, "July"], [10, "came"]], "num_pairs": 10, "num_sentences": 43652, "original_sentence": "On 1 July 1901, however, tolerance towards religious communities came to an end with the passing of a new law.", "sentence": "On 1 [9] [6] however [4] towards [8] [7] [10] [2] an end with [1] [3] of a new [5]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0082", "problem_name": "task18_0082"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[8] 1936 Munk [2] [10] Crawford Medal of the Royal Philatelic Society London [5] which society he [1] a Fellow [7] he is a [6] of [3] American [4] [9] Hall of Fame\nList:\n[(1, was), (2, won), (3, the), (4, Philatelic), (5, of), (6, member), (7, and), (8, In), (9, Society), (10, the)]", "label": {"final": "In 1936 Munk won the Crawford Medal of the Royal Philatelic Society London of which society he was a Fellow and he is a member of the American Philatelic Society Hall of Fame", "init": "[8] 1936 Munk [2] [10] Crawford Medal of the Royal Philatelic Society London [5] which society he [1] a Fellow [7] he is a [6] of [3] American [4] [9] Hall of Fame", "intermediate": ["[8] 1936 Munk [2] [10] Crawford Medal of the Royal Philatelic Society London [5] which society he was a Fellow [7] he is a [6] of [3] American [4] [9] Hall of Fame", "[8] 1936 Munk won [10] Crawford Medal of the Royal Philatelic Society London [5] which society he was a Fellow [7] he is a [6] of [3] American [4] [9] Hall of Fame", "[8] 1936 Munk won [10] Crawford Medal of the Royal Philatelic Society London [5] which society he was a Fellow [7] he is a [6] of the American [4] [9] Hall of Fame", "[8] 1936 Munk won [10] Crawford Medal of the Royal Philatelic Society London [5] which society he was a Fellow [7] he is a [6] of the American Philatelic [9] Hall of Fame", "[8] 1936 Munk won [10] Crawford Medal of the Royal Philatelic Society London of which society he was a Fellow [7] he is a [6] of the American Philatelic [9] Hall of Fame", "[8] 1936 Munk won [10] Crawford Medal of the Royal Philatelic Society London of which society he was a Fellow [7] he is a member of the American Philatelic [9] Hall of Fame", "[8] 1936 Munk won [10] Crawford Medal of the Royal Philatelic Society London of which society he was a Fellow and he is a member of the American Philatelic [9] Hall of Fame", "In 1936 Munk won [10] Crawford Medal of the Royal Philatelic Society London of which society he was a Fellow and he is a member of the American Philatelic [9] Hall of Fame", "In 1936 Munk won [10] Crawford Medal of the Royal Philatelic Society London of which society he was a Fellow and he is a member of the American Philatelic Society Hall of Fame"]}, "config": {"list": [[1, "was"], [2, "won"], [3, "the"], [4, "Philatelic"], [5, "of"], [6, "member"], [7, "and"], [8, "In"], [9, "Society"], [10, "the"]], "num_pairs": 10, "num_sentences": 43652, "original_sentence": "In 1936 Munk won the Crawford Medal of the Royal Philatelic Society London, of which society he was a Fellow, and he is a member of the American Philatelic Society Hall of Fame.", "sentence": "[8] 1936 Munk [2] [10] Crawford Medal of the Royal Philatelic Society London [5] which society he [1] a Fellow [7] he is a [6] of [3] American [4] [9] Hall of Fame", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0083", "problem_name": "task18_0083"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nBheru Lal [6] born [8] [1] in [5] [4] [2] Rajasthan was member of [3] Lok [7] from Salumber Lok Sabha constituency in [9] [10]\nList:\n[(1, January), (2, Udaipur), (3, 10th), (4, District), (5, Teedi), (6, Meena), (7, Sabha), (8, 1), (9, Rajasthan), (10, India)]", "label": {"final": "Bheru Lal Meena born 1 January in Teedi District Udaipur Rajasthan was member of 10th Lok Sabha from Salumber Lok Sabha constituency in Rajasthan India", "init": "Bheru Lal [6] born [8] [1] in [5] [4] [2] Rajasthan was member of [3] Lok [7] from Salumber Lok Sabha constituency in [9] [10]", "intermediate": ["Bheru Lal [6] born [8] January in [5] [4] [2] Rajasthan was member of [3] Lok [7] from Salumber Lok Sabha constituency in [9] [10]", "Bheru Lal [6] born [8] January in [5] [4] Udaipur Rajasthan was member of [3] Lok [7] from Salumber Lok Sabha constituency in [9] [10]", "Bheru Lal [6] born [8] January in [5] [4] Udaipur Rajasthan was member of 10th Lok [7] from Salumber Lok Sabha constituency in [9] [10]", "Bheru Lal [6] born [8] January in [5] District Udaipur Rajasthan was member of 10th Lok [7] from Salumber Lok Sabha constituency in [9] [10]", "Bheru Lal [6] born [8] January in Teedi District Udaipur Rajasthan was member of 10th Lok [7] from Salumber Lok Sabha constituency in [9] [10]", "Bheru Lal Meena born [8] January in Teedi District Udaipur Rajasthan was member of 10th Lok [7] from Salumber Lok Sabha constituency in [9] [10]", "Bheru Lal Meena born [8] January in Teedi District Udaipur Rajasthan was member of 10th Lok Sabha from Salumber Lok Sabha constituency in [9] [10]", "Bheru Lal Meena born 1 January in Teedi District Udaipur Rajasthan was member of 10th Lok Sabha from Salumber Lok Sabha constituency in [9] [10]", "Bheru Lal Meena born 1 January in Teedi District Udaipur Rajasthan was member of 10th Lok Sabha from Salumber Lok Sabha constituency in Rajasthan [10]"]}, "config": {"list": [[1, "January"], [2, "Udaipur"], [3, "10th"], [4, "District"], [5, "Teedi"], [6, "Meena"], [7, "Sabha"], [8, "1"], [9, "Rajasthan"], [10, "India"]], "num_pairs": 10, "num_sentences": 43652, "original_sentence": "Bheru Lal Meena (born 1 January, in Teedi, District Udaipur (Rajasthan)) was member of 10th Lok Sabha from Salumber (Lok Sabha constituency) in Rajasthan, India.", "sentence": "Bheru Lal [6] born [8] [1] in [5] [4] [2] Rajasthan was member of [3] Lok [7] from Salumber Lok Sabha constituency in [9] [10]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0084", "problem_name": "task18_0084"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[5] [7] [4] [2] [1] [3] with [8] [10] [9] [6]\nList:\n[(1, rugose), (2, transversely), (3, head), (4, has), (5, But), (6, tubercle), (7, female), (8, a), (9, median), (10, slight)]", "label": {"final": "But female has transversely rugose head with a slight median tubercle", "init": "[5] [7] [4] [2] [1] [3] with [8] [10] [9] [6]", "intermediate": ["[5] [7] [4] [2] rugose [3] with [8] [10] [9] [6]", "[5] [7] [4] transversely rugose [3] with [8] [10] [9] [6]", "[5] [7] [4] transversely rugose head with [8] [10] [9] [6]", "[5] [7] has transversely rugose head with [8] [10] [9] [6]", "But [7] has transversely rugose head with [8] [10] [9] [6]", "But [7] has transversely rugose head with [8] [10] [9] tubercle", "But female has transversely rugose head with [8] [10] [9] tubercle", "But female has transversely rugose head with a [10] [9] tubercle", "But female has transversely rugose head with a [10] median tubercle"]}, "config": {"list": [[1, "rugose"], [2, "transversely"], [3, "head"], [4, "has"], [5, "But"], [6, "tubercle"], [7, "female"], [8, "a"], [9, "median"], [10, "slight"]], "num_pairs": 10, "num_sentences": 43652, "original_sentence": "But female has transversely rugose head with a slight median tubercle.", "sentence": "[5] [7] [4] [2] [1] [3] with [8] [10] [9] [6]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0085", "problem_name": "task18_0085"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHe joined Border Television [5] [3] [1] 1961 five [10] [6] the [4] [8] to [2] for [9] [7] time\nList:\n[(1, October), (2, air), (3, 5), (4, station), (5, on), (6, after), (7, first), (8, went), (9, the), (10, weeks)]", "label": {"final": "He joined Border Television on 5 October 1961 five weeks after the station went to air for the first time", "init": "He joined Border Television [5] [3] [1] 1961 five [10] [6] the [4] [8] to [2] for [9] [7] time", "intermediate": ["He joined Border Television [5] [3] October 1961 five [10] [6] the [4] [8] to [2] for [9] [7] time", "He joined Border Television [5] [3] October 1961 five [10] [6] the [4] [8] to air for [9] [7] time", "He joined Border Television [5] 5 October 1961 five [10] [6] the [4] [8] to air for [9] [7] time", "He joined Border Television [5] 5 October 1961 five [10] [6] the station [8] to air for [9] [7] time", "He joined Border Television on 5 October 1961 five [10] [6] the station [8] to air for [9] [7] time", "He joined Border Television on 5 October 1961 five [10] after the station [8] to air for [9] [7] time", "He joined Border Television on 5 October 1961 five [10] after the station [8] to air for [9] first time", "He joined Border Television on 5 October 1961 five [10] after the station went to air for [9] first time", "He joined Border Television on 5 October 1961 five [10] after the station went to air for the first time"]}, "config": {"list": [[1, "October"], [2, "air"], [3, "5"], [4, "station"], [5, "on"], [6, "after"], [7, "first"], [8, "went"], [9, "the"], [10, "weeks"]], "num_pairs": 10, "num_sentences": 43652, "original_sentence": "He joined Border Television on 5 October 1961, five weeks after the station went to air for the first time.", "sentence": "He joined Border Television [5] [3] [1] 1961 five [10] [6] the [4] [8] to [2] for [9] [7] time", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0086", "problem_name": "task18_0086"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[4] [5] [2] [10] [8] is [3] dominant [1] [7] [6] remnant [9] dry forest zone\nList:\n[(1, tree), (2, wiliwili), (3, the), (4, The), (5, endemic), (6, the), (7, of), (8, sandwicensis), (9, native), (10, Erythrina)]", "label": {"final": "The endemic wiliwili Erythrina sandwicensis is the dominant tree of the remnant native dry forest zone", "init": "[4] [5] [2] [10] [8] is [3] dominant [1] [7] [6] remnant [9] dry forest zone", "intermediate": ["[4] [5] [2] [10] [8] is [3] dominant tree [7] [6] remnant [9] dry forest zone", "[4] [5] wiliwili [10] [8] is [3] dominant tree [7] [6] remnant [9] dry forest zone", "[4] [5] wiliwili [10] [8] is the dominant tree [7] [6] remnant [9] dry forest zone", "The [5] wiliwili [10] [8] is the dominant tree [7] [6] remnant [9] dry forest zone", "The endemic wiliwili [10] [8] is the dominant tree [7] [6] remnant [9] dry forest zone", "The endemic wiliwili [10] [8] is the dominant tree [7] the remnant [9] dry forest zone", "The endemic wiliwili [10] [8] is the dominant tree of the remnant [9] dry forest zone", "The endemic wiliwili [10] sandwicensis is the dominant tree of the remnant [9] dry forest zone", "The endemic wiliwili [10] sandwicensis is the dominant tree of the remnant native dry forest zone"]}, "config": {"list": [[1, "tree"], [2, "wiliwili"], [3, "the"], [4, "The"], [5, "endemic"], [6, "the"], [7, "of"], [8, "sandwicensis"], [9, "native"], [10, "Erythrina"]], "num_pairs": 10, "num_sentences": 43652, "original_sentence": "The endemic wiliwili (\"Erythrina sandwicensis\") is the dominant tree of the remnant native dry forest zone.", "sentence": "[4] [5] [2] [10] [8] is [3] dominant [1] [7] [6] remnant [9] dry forest zone", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0087", "problem_name": "task18_0087"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn Japan Game [1] listed Sega s arcade version of Choplifter [10] the November 1 1985 [2] as [9] the [4] [3] table [7] [6] on [8] bi weekly [5]\nList:\n[(1, Machine), (2, issue), (3, successful), (4, most), (5, chart), (6, unit), (7, arcade), (8, the), (9, being), (10, in)]", "label": {"final": "In Japan Game Machine listed Sega s arcade version of Choplifter in the November 1 1985 issue as being the most successful table arcade unit on the bi weekly chart", "init": "In Japan Game [1] listed Sega s arcade version of Choplifter [10] the November 1 1985 [2] as [9] the [4] [3] table [7] [6] on [8] bi weekly [5]", "intermediate": ["In Japan Game Machine listed Sega s arcade version of Choplifter [10] the November 1 1985 [2] as [9] the [4] [3] table [7] [6] on [8] bi weekly [5]", "In Japan Game Machine listed Sega s arcade version of Choplifter [10] the November 1 1985 issue as [9] the [4] [3] table [7] [6] on [8] bi weekly [5]", "In Japan Game Machine listed Sega s arcade version of Choplifter [10] the November 1 1985 issue as [9] the [4] successful table [7] [6] on [8] bi weekly [5]", "In Japan Game Machine listed Sega s arcade version of Choplifter [10] the November 1 1985 issue as [9] the most successful table [7] [6] on [8] bi weekly [5]", "In Japan Game Machine listed Sega s arcade version of Choplifter [10] the November 1 1985 issue as [9] the most successful table [7] [6] on [8] bi weekly chart", "In Japan Game Machine listed Sega s arcade version of Choplifter [10] the November 1 1985 issue as [9] the most successful table [7] unit on [8] bi weekly chart", "In Japan Game Machine listed Sega s arcade version of Choplifter [10] the November 1 1985 issue as [9] the most successful table arcade unit on [8] bi weekly chart", "In Japan Game Machine listed Sega s arcade version of Choplifter [10] the November 1 1985 issue as [9] the most successful table arcade unit on the bi weekly chart", "In Japan Game Machine listed Sega s arcade version of Choplifter [10] the November 1 1985 issue as being the most successful table arcade unit on the bi weekly chart"]}, "config": {"list": [[1, "Machine"], [2, "issue"], [3, "successful"], [4, "most"], [5, "chart"], [6, "unit"], [7, "arcade"], [8, "the"], [9, "being"], [10, "in"]], "num_pairs": 10, "num_sentences": 43652, "original_sentence": "In Japan, \"Game Machine\" listed Sega's arcade version of \"Choplifter\" in the November 1, 1985, issue as being the most successful table arcade unit on the bi-weekly chart.", "sentence": "In Japan Game [1] listed Sega s arcade version of Choplifter [10] the November 1 1985 [2] as [9] the [4] [3] table [7] [6] on [8] bi weekly [5]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0088", "problem_name": "task18_0088"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[5] [6] two [2] of the approach [10] [3] the North [9] Station were [8] buried in debris and [4] [7] wrecked [1] equipment\nList:\n[(1, railway), (2, miles), (3, to), (4, blocked), (5, More), (6, significantly), (7, by), (8, deeply), (9, Street), (10, tracks)]", "label": {"final": "More significantly two miles of the approach tracks to the North Street Station were deeply buried in debris and blocked by wrecked railway equipment", "init": "[5] [6] two [2] of the approach [10] [3] the North [9] Station were [8] buried in debris and [4] [7] wrecked [1] equipment", "intermediate": ["[5] [6] two [2] of the approach [10] [3] the North [9] Station were [8] buried in debris and [4] [7] wrecked railway equipment", "[5] [6] two miles of the approach [10] [3] the North [9] Station were [8] buried in debris and [4] [7] wrecked railway equipment", "[5] [6] two miles of the approach [10] to the North [9] Station were [8] buried in debris and [4] [7] wrecked railway equipment", "[5] [6] two miles of the approach [10] to the North [9] Station were [8] buried in debris and blocked [7] wrecked railway equipment", "More [6] two miles of the approach [10] to the North [9] Station were [8] buried in debris and blocked [7] wrecked railway equipment", "More significantly two miles of the approach [10] to the North [9] Station were [8] buried in debris and blocked [7] wrecked railway equipment", "More significantly two miles of the approach [10] to the North [9] Station were [8] buried in debris and blocked by wrecked railway equipment", "More significantly two miles of the approach [10] to the North [9] Station were deeply buried in debris and blocked by wrecked railway equipment", "More significantly two miles of the approach [10] to the North Street Station were deeply buried in debris and blocked by wrecked railway equipment"]}, "config": {"list": [[1, "railway"], [2, "miles"], [3, "to"], [4, "blocked"], [5, "More"], [6, "significantly"], [7, "by"], [8, "deeply"], [9, "Street"], [10, "tracks"]], "num_pairs": 10, "num_sentences": 43652, "original_sentence": "More significantly, two miles of the approach tracks to the North Street Station were deeply buried in debris and blocked by wrecked railway equipment.", "sentence": "[5] [6] two [2] of the approach [10] [3] the North [9] Station were [8] buried in debris and [4] [7] wrecked [1] equipment", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0089", "problem_name": "task18_0089"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe women [9] 400 metres [8] [4] [7] 1990 European Athletics [11] [6] was [2] [3] Kelvin Hall [10] [1] and 4 [5]\nList:\n[(1, 3), (2, held), (3, in), (4, at), (5, March), (6, Championships), (7, the), (8, event), (9, s), (10, on), (11, Indoor)]", "label": {"final": "The women s 400 metres event at the 1990 European Athletics Indoor Championships was held in Kelvin Hall on 3 and 4 March", "init": "The women [9] 400 metres [8] [4] [7] 1990 European Athletics [11] [6] was [2] [3] Kelvin Hall [10] [1] and 4 [5]", "intermediate": ["The women [9] 400 metres [8] [4] [7] 1990 European Athletics [11] [6] was [2] [3] Kelvin Hall [10] 3 and 4 [5]", "The women [9] 400 metres [8] [4] [7] 1990 European Athletics [11] [6] was held [3] Kelvin Hall [10] 3 and 4 [5]", "The women [9] 400 metres [8] [4] [7] 1990 European Athletics [11] [6] was held in Kelvin Hall [10] 3 and 4 [5]", "The women [9] 400 metres [8] at [7] 1990 European Athletics [11] [6] was held in Kelvin Hall [10] 3 and 4 [5]", "The women [9] 400 metres [8] at [7] 1990 European Athletics [11] [6] was held in Kelvin Hall [10] 3 and 4 March", "The women [9] 400 metres [8] at [7] 1990 European Athletics [11] Championships was held in Kelvin Hall [10] 3 and 4 March", "The women [9] 400 metres [8] at the 1990 European Athletics [11] Championships was held in Kelvin Hall [10] 3 and 4 March", "The women [9] 400 metres event at the 1990 European Athletics [11] Championships was held in Kelvin Hall [10] 3 and 4 March", "The women s 400 metres event at the 1990 European Athletics [11] Championships was held in Kelvin Hall [10] 3 and 4 March", "The women s 400 metres event at the 1990 European Athletics [11] Championships was held in Kelvin Hall on 3 and 4 March"]}, "config": {"list": [[1, "3"], [2, "held"], [3, "in"], [4, "at"], [5, "March"], [6, "Championships"], [7, "the"], [8, "event"], [9, "s"], [10, "on"], [11, "Indoor"]], "num_pairs": 11, "num_sentences": 43652, "original_sentence": "The women's 400 metres event at the 1990 European Athletics Indoor Championships was held in Kelvin Hall on 3 and 4 March.", "sentence": "The women [9] 400 metres [8] [4] [7] 1990 European Athletics [11] [6] was [2] [3] Kelvin Hall [10] [1] and 4 [5]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0090", "problem_name": "task18_0090"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[9] [7] [4] [8] [1] was a deeply frightening horror film [6] [10] [3] obligation [2] [5] [11] seriously\nList:\n[(1, Sinister), (2, to), (3, its), (4, stated), (5, alarm), (6, that), (7, com), (8, that), (9, Film), (10, takes), (11, very)]", "label": {"final": "Film com stated that Sinister was a deeply frightening horror film that takes its obligation to alarm very seriously", "init": "[9] [7] [4] [8] [1] was a deeply frightening horror film [6] [10] [3] obligation [2] [5] [11] seriously", "intermediate": ["[9] [7] [4] [8] Sinister was a deeply frightening horror film [6] [10] [3] obligation [2] [5] [11] seriously", "[9] [7] [4] [8] Sinister was a deeply frightening horror film [6] [10] [3] obligation to [5] [11] seriously", "[9] [7] [4] [8] Sinister was a deeply frightening horror film [6] [10] its obligation to [5] [11] seriously", "[9] [7] stated [8] Sinister was a deeply frightening horror film [6] [10] its obligation to [5] [11] seriously", "[9] [7] stated [8] Sinister was a deeply frightening horror film [6] [10] its obligation to alarm [11] seriously", "[9] [7] stated [8] Sinister was a deeply frightening horror film that [10] its obligation to alarm [11] seriously", "[9] com stated [8] Sinister was a deeply frightening horror film that [10] its obligation to alarm [11] seriously", "[9] com stated that Sinister was a deeply frightening horror film that [10] its obligation to alarm [11] seriously", "Film com stated that Sinister was a deeply frightening horror film that [10] its obligation to alarm [11] seriously", "Film com stated that Sinister was a deeply frightening horror film that takes its obligation to alarm [11] seriously"]}, "config": {"list": [[1, "Sinister"], [2, "to"], [3, "its"], [4, "stated"], [5, "alarm"], [6, "that"], [7, "com"], [8, "that"], [9, "Film"], [10, "takes"], [11, "very"]], "num_pairs": 11, "num_sentences": 43652, "original_sentence": "Film.com stated that \"Sinister\" was a \"deeply frightening horror film that takes its obligation to alarm very seriously\".", "sentence": "[9] [7] [4] [8] [1] was a deeply frightening horror film [6] [10] [3] obligation [2] [5] [11] seriously", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0091", "problem_name": "task18_0091"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nSocial [7] [10] [11] [2] [1] included [8] [5] [4] former [3] [9] contraception [6] abortion\nList:\n[(1, revolution), (2, the), (3, restrictions), (4, the), (5, of), (6, and), (7, reforms), (8, easing), (9, on), (10, soon), (11, after)]", "label": {"final": "Social reforms soon after the revolution included easing of the former restrictions on contraception and abortion", "init": "Social [7] [10] [11] [2] [1] included [8] [5] [4] former [3] [9] contraception [6] abortion", "intermediate": ["Social [7] [10] [11] [2] revolution included [8] [5] [4] former [3] [9] contraception [6] abortion", "Social [7] [10] [11] the revolution included [8] [5] [4] former [3] [9] contraception [6] abortion", "Social [7] [10] [11] the revolution included [8] [5] [4] former restrictions [9] contraception [6] abortion", "Social [7] [10] [11] the revolution included [8] [5] the former restrictions [9] contraception [6] abortion", "Social [7] [10] [11] the revolution included [8] of the former restrictions [9] contraception [6] abortion", "Social [7] [10] [11] the revolution included [8] of the former restrictions [9] contraception and abortion", "Social reforms [10] [11] the revolution included [8] of the former restrictions [9] contraception and abortion", "Social reforms [10] [11] the revolution included easing of the former restrictions [9] contraception and abortion", "Social reforms [10] [11] the revolution included easing of the former restrictions on contraception and abortion", "Social reforms soon [11] the revolution included easing of the former restrictions on contraception and abortion"]}, "config": {"list": [[1, "revolution"], [2, "the"], [3, "restrictions"], [4, "the"], [5, "of"], [6, "and"], [7, "reforms"], [8, "easing"], [9, "on"], [10, "soon"], [11, "after"]], "num_pairs": 11, "num_sentences": 43652, "original_sentence": "\"Social\" reforms soon after the revolution included easing of the former restrictions on contraception and abortion.", "sentence": "Social [7] [10] [11] [2] [1] included [8] [5] [4] former [3] [9] contraception [6] abortion", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0092", "problem_name": "task18_0092"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nDuring the Seven [1] War [4] distinguished himself [2] a [11] company in the [5] [9] Torgau and Teplitz [10] [3] courageous leadership [7] him [8] promotion to second [6]\nList:\n[(1, Years), (2, leading), (3, his), (4, Alvinczi), (5, battles), (6, major), (7, won), (8, a), (9, of), (10, where), (11, grenadier)]", "label": {"final": "During the Seven Years War Alvinczi distinguished himself leading a grenadier company in the battles of Torgau and Teplitz where his courageous leadership won him a promotion to second major", "init": "During the Seven [1] War [4] distinguished himself [2] a [11] company in the [5] [9] Torgau and Teplitz [10] [3] courageous leadership [7] him [8] promotion to second [6]", "intermediate": ["During the Seven Years War [4] distinguished himself [2] a [11] company in the [5] [9] Torgau and Teplitz [10] [3] courageous leadership [7] him [8] promotion to second [6]", "During the Seven Years War [4] distinguished himself leading a [11] company in the [5] [9] Torgau and Teplitz [10] [3] courageous leadership [7] him [8] promotion to second [6]", "During the Seven Years War [4] distinguished himself leading a [11] company in the [5] [9] Torgau and Teplitz [10] his courageous leadership [7] him [8] promotion to second [6]", "During the Seven Years War Alvinczi distinguished himself leading a [11] company in the [5] [9] Torgau and Teplitz [10] his courageous leadership [7] him [8] promotion to second [6]", "During the Seven Years War Alvinczi distinguished himself leading a [11] company in the battles [9] Torgau and Teplitz [10] his courageous leadership [7] him [8] promotion to second [6]", "During the Seven Years War Alvinczi distinguished himself leading a [11] company in the battles [9] Torgau and Teplitz [10] his courageous leadership [7] him [8] promotion to second major", "During the Seven Years War Alvinczi distinguished himself leading a [11] company in the battles [9] Torgau and Teplitz [10] his courageous leadership won him [8] promotion to second major", "During the Seven Years War Alvinczi distinguished himself leading a [11] company in the battles [9] Torgau and Teplitz [10] his courageous leadership won him a promotion to second major", "During the Seven Years War Alvinczi distinguished himself leading a [11] company in the battles of Torgau and Teplitz [10] his courageous leadership won him a promotion to second major", "During the Seven Years War Alvinczi distinguished himself leading a [11] company in the battles of Torgau and Teplitz where his courageous leadership won him a promotion to second major"]}, "config": {"list": [[1, "Years"], [2, "leading"], [3, "his"], [4, "Alvinczi"], [5, "battles"], [6, "major"], [7, "won"], [8, "a"], [9, "of"], [10, "where"], [11, "grenadier"]], "num_pairs": 11, "num_sentences": 43652, "original_sentence": "During the Seven Years' War, Alvinczi distinguished himself leading a grenadier company in the battles of Torgau and Teplitz, where his courageous leadership won him a promotion to second major.", "sentence": "During the Seven [1] War [4] distinguished himself [2] a [11] company in the [5] [9] Torgau and Teplitz [10] [3] courageous leadership [7] him [8] promotion to second [6]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0093", "problem_name": "task18_0093"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAnne Claude [10] is a [9] investigator [6] Lunenfeld [11] [3] [1] and a [8] [7] [4] [5] of molecular genetics at the University of [2]\nList:\n[(1, Institute), (2, Toronto), (3, Research), (4, the), (5, department), (6, at), (7, in), (8, professor), (9, senior), (10, Gingras), (11, Tanenbaum)]", "label": {"final": "Anne Claude Gingras is a senior investigator at Lunenfeld Tanenbaum Research Institute and a professor in the department of molecular genetics at the University of Toronto", "init": "Anne Claude [10] is a [9] investigator [6] Lunenfeld [11] [3] [1] and a [8] [7] [4] [5] of molecular genetics at the University of [2]", "intermediate": ["Anne Claude [10] is a [9] investigator [6] Lunenfeld [11] [3] Institute and a [8] [7] [4] [5] of molecular genetics at the University of [2]", "Anne Claude [10] is a [9] investigator [6] Lunenfeld [11] [3] Institute and a [8] [7] [4] [5] of molecular genetics at the University of Toronto", "Anne Claude [10] is a [9] investigator [6] Lunenfeld [11] Research Institute and a [8] [7] [4] [5] of molecular genetics at the University of Toronto", "Anne Claude [10] is a [9] investigator [6] Lunenfeld [11] Research Institute and a [8] [7] the [5] of molecular genetics at the University of Toronto", "Anne Claude [10] is a [9] investigator [6] Lunenfeld [11] Research Institute and a [8] [7] the department of molecular genetics at the University of Toronto", "Anne Claude [10] is a [9] investigator at Lunenfeld [11] Research Institute and a [8] [7] the department of molecular genetics at the University of Toronto", "Anne Claude [10] is a [9] investigator at Lunenfeld [11] Research Institute and a [8] in the department of molecular genetics at the University of Toronto", "Anne Claude [10] is a [9] investigator at Lunenfeld [11] Research Institute and a professor in the department of molecular genetics at the University of Toronto", "Anne Claude [10] is a senior investigator at Lunenfeld [11] Research Institute and a professor in the department of molecular genetics at the University of Toronto", "Anne Claude Gingras is a senior investigator at Lunenfeld [11] Research Institute and a professor in the department of molecular genetics at the University of Toronto"]}, "config": {"list": [[1, "Institute"], [2, "Toronto"], [3, "Research"], [4, "the"], [5, "department"], [6, "at"], [7, "in"], [8, "professor"], [9, "senior"], [10, "Gingras"], [11, "Tanenbaum"]], "num_pairs": 11, "num_sentences": 43652, "original_sentence": "Anne-Claude Gingras is a senior investigator at Lunenfeld-Tanenbaum Research Institute, and a professor in the department of molecular genetics at the University of Toronto.", "sentence": "Anne Claude [10] is a [9] investigator [6] Lunenfeld [11] [3] [1] and a [8] [7] [4] [5] of molecular genetics at the University of [2]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0094", "problem_name": "task18_0094"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[6] granted a full scholarship [2] [9] three year [7] Kumar struggled [11] [8] [5] parents as they [4] [3] to [1] an academic [10]\nList:\n[(1, pursue), (2, for), (3, him), (4, expected), (5, his), (6, Though), (7, course), (8, convince), (9, the), (10, discipline), (11, to)]", "label": {"final": "Though granted a full scholarship for the three year course Kumar struggled to convince his parents as they expected him to pursue an academic discipline", "init": "[6] granted a full scholarship [2] [9] three year [7] Kumar struggled [11] [8] [5] parents as they [4] [3] to [1] an academic [10]", "intermediate": ["[6] granted a full scholarship [2] [9] three year [7] Kumar struggled [11] [8] [5] parents as they [4] [3] to pursue an academic [10]", "[6] granted a full scholarship for [9] three year [7] Kumar struggled [11] [8] [5] parents as they [4] [3] to pursue an academic [10]", "[6] granted a full scholarship for [9] three year [7] Kumar struggled [11] [8] [5] parents as they [4] him to pursue an academic [10]", "[6] granted a full scholarship for [9] three year [7] Kumar struggled [11] [8] [5] parents as they expected him to pursue an academic [10]", "[6] granted a full scholarship for [9] three year [7] Kumar struggled [11] [8] his parents as they expected him to pursue an academic [10]", "Though granted a full scholarship for [9] three year [7] Kumar struggled [11] [8] his parents as they expected him to pursue an academic [10]", "Though granted a full scholarship for [9] three year course Kumar struggled [11] [8] his parents as they expected him to pursue an academic [10]", "Though granted a full scholarship for [9] three year course Kumar struggled [11] convince his parents as they expected him to pursue an academic [10]", "Though granted a full scholarship for the three year course Kumar struggled [11] convince his parents as they expected him to pursue an academic [10]", "Though granted a full scholarship for the three year course Kumar struggled [11] convince his parents as they expected him to pursue an academic discipline"]}, "config": {"list": [[1, "pursue"], [2, "for"], [3, "him"], [4, "expected"], [5, "his"], [6, "Though"], [7, "course"], [8, "convince"], [9, "the"], [10, "discipline"], [11, "to"]], "num_pairs": 11, "num_sentences": 43652, "original_sentence": "Though granted a full scholarship for the three-year course, Kumar struggled to convince his parents as they expected him to pursue an academic discipline.", "sentence": "[6] granted a full scholarship [2] [9] three year [7] Kumar struggled [11] [8] [5] parents as they [4] [3] to [1] an academic [10]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0095", "problem_name": "task18_0095"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[6] the [10] [7] F distribution is stochastically larger than [3] central F [8] one rejects the null hypothesis [11] [9] F statistic is [5] [1] the critical [4] [2]\nList:\n[(1, than), (2, value), (3, the), (4, F), (5, larger), (6, Since), (7, central), (8, distribution), (9, the), (10, non), (11, if)]", "label": {"final": "Since the non central F distribution is stochastically larger than the central F distribution one rejects the null hypothesis if the F statistic is larger than the critical F value", "init": "[6] the [10] [7] F distribution is stochastically larger than [3] central F [8] one rejects the null hypothesis [11] [9] F statistic is [5] [1] the critical [4] [2]", "intermediate": ["[6] the [10] [7] F distribution is stochastically larger than [3] central F [8] one rejects the null hypothesis [11] [9] F statistic is [5] than the critical [4] [2]", "[6] the [10] [7] F distribution is stochastically larger than [3] central F [8] one rejects the null hypothesis [11] [9] F statistic is [5] than the critical [4] value", "[6] the [10] [7] F distribution is stochastically larger than the central F [8] one rejects the null hypothesis [11] [9] F statistic is [5] than the critical [4] value", "[6] the [10] [7] F distribution is stochastically larger than the central F [8] one rejects the null hypothesis [11] [9] F statistic is [5] than the critical F value", "[6] the [10] [7] F distribution is stochastically larger than the central F [8] one rejects the null hypothesis [11] [9] F statistic is larger than the critical F value", "Since the [10] [7] F distribution is stochastically larger than the central F [8] one rejects the null hypothesis [11] [9] F statistic is larger than the critical F value", "Since the [10] central F distribution is stochastically larger than the central F [8] one rejects the null hypothesis [11] [9] F statistic is larger than the critical F value", "Since the [10] central F distribution is stochastically larger than the central F distribution one rejects the null hypothesis [11] [9] F statistic is larger than the critical F value", "Since the [10] central F distribution is stochastically larger than the central F distribution one rejects the null hypothesis [11] the F statistic is larger than the critical F value", "Since the non central F distribution is stochastically larger than the central F distribution one rejects the null hypothesis [11] the F statistic is larger than the critical F value"]}, "config": {"list": [[1, "than"], [2, "value"], [3, "the"], [4, "F"], [5, "larger"], [6, "Since"], [7, "central"], [8, "distribution"], [9, "the"], [10, "non"], [11, "if"]], "num_pairs": 11, "num_sentences": 43652, "original_sentence": "Since the non-central F-distribution is stochastically larger than the (central) F-distribution, one rejects the null hypothesis if the F-statistic is larger than the critical F value.", "sentence": "[6] the [10] [7] F distribution is stochastically larger than [3] central F [8] one rejects the null hypothesis [11] [9] F statistic is [5] [1] the critical [4] [2]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0096", "problem_name": "task18_0096"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nATSDR [8] [10] [2] agency created to [11] [6] [1] [9] [3] and environmental [7] [5] hand in [4]\nList:\n[(1, public), (2, oversight), (3, protection), (4, hand), (5, work), (6, that), (7, regulation), (8, is), (9, health), (10, an), (11, ensure)]", "label": {"final": "ATSDR is an oversight agency created to ensure that public health protection and environmental regulation work hand in hand", "init": "ATSDR [8] [10] [2] agency created to [11] [6] [1] [9] [3] and environmental [7] [5] hand in [4]", "intermediate": ["ATSDR [8] [10] [2] agency created to [11] [6] public [9] [3] and environmental [7] [5] hand in [4]", "ATSDR [8] [10] oversight agency created to [11] [6] public [9] [3] and environmental [7] [5] hand in [4]", "ATSDR [8] [10] oversight agency created to [11] [6] public [9] protection and environmental [7] [5] hand in [4]", "ATSDR [8] [10] oversight agency created to [11] [6] public [9] protection and environmental [7] [5] hand in hand", "ATSDR [8] [10] oversight agency created to [11] [6] public [9] protection and environmental [7] work hand in hand", "ATSDR [8] [10] oversight agency created to [11] that public [9] protection and environmental [7] work hand in hand", "ATSDR [8] [10] oversight agency created to [11] that public [9] protection and environmental regulation work hand in hand", "ATSDR is [10] oversight agency created to [11] that public [9] protection and environmental regulation work hand in hand", "ATSDR is [10] oversight agency created to [11] that public health protection and environmental regulation work hand in hand", "ATSDR is an oversight agency created to [11] that public health protection and environmental regulation work hand in hand"]}, "config": {"list": [[1, "public"], [2, "oversight"], [3, "protection"], [4, "hand"], [5, "work"], [6, "that"], [7, "regulation"], [8, "is"], [9, "health"], [10, "an"], [11, "ensure"]], "num_pairs": 11, "num_sentences": 43652, "original_sentence": "ATSDR is an oversight agency created to ensure that public health protection and environmental regulation work hand in hand.", "sentence": "ATSDR [8] [10] [2] agency created to [11] [6] [1] [9] [3] and environmental [7] [5] hand in [4]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0097", "problem_name": "task18_0097"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[9] Tamara [10] [4] [8] SWV [2] Yo Lil Kim Total 702 Da Brat [11] [1] [3] [5] [7] all make [6]\nList:\n[(1, Cease), (2, Yo), (3, and), (4, George), (5, Sean), (6, cameos), (7, Combs), (8, of), (9, Timbaland), (10, Johnson), (11, Lil)]", "label": {"final": "Timbaland Tamara Johnson George of SWV Yo Yo Lil Kim Total 702 Da Brat Lil Cease and Sean Combs all make cameos", "init": "[9] Tamara [10] [4] [8] SWV [2] Yo Lil Kim Total 702 Da Brat [11] [1] [3] [5] [7] all make [6]", "intermediate": ["[9] Tamara [10] [4] [8] SWV [2] Yo Lil Kim Total 702 Da Brat [11] Cease [3] [5] [7] all make [6]", "[9] Tamara [10] [4] [8] SWV Yo Yo Lil Kim Total 702 Da Brat [11] Cease [3] [5] [7] all make [6]", "[9] Tamara [10] [4] [8] SWV Yo Yo Lil Kim Total 702 Da Brat [11] Cease and [5] [7] all make [6]", "[9] Tamara [10] George [8] SWV Yo Yo Lil Kim Total 702 Da Brat [11] Cease and [5] [7] all make [6]", "[9] Tamara [10] George [8] SWV Yo Yo Lil Kim Total 702 Da Brat [11] Cease and Sean [7] all make [6]", "[9] Tamara [10] George [8] SWV Yo Yo Lil Kim Total 702 Da Brat [11] Cease and Sean [7] all make cameos", "[9] Tamara [10] George [8] SWV Yo Yo Lil Kim Total 702 Da Brat [11] Cease and Sean Combs all make cameos", "[9] Tamara [10] George of SWV Yo Yo Lil Kim Total 702 Da Brat [11] Cease and Sean Combs all make cameos", "Timbaland Tamara [10] George of SWV Yo Yo Lil Kim Total 702 Da Brat [11] Cease and Sean Combs all make cameos", "Timbaland Tamara Johnson George of SWV Yo Yo Lil Kim Total 702 Da Brat [11] Cease and Sean Combs all make cameos"]}, "config": {"list": [[1, "Cease"], [2, "Yo"], [3, "and"], [4, "George"], [5, "Sean"], [6, "cameos"], [7, "Combs"], [8, "of"], [9, "Timbaland"], [10, "Johnson"], [11, "Lil"]], "num_pairs": 11, "num_sentences": 43652, "original_sentence": "Timbaland, Tamara Johnson-George of SWV, Yo-Yo, Lil' Kim, Total, 702, Da Brat, Lil' Cease, and Sean Combs all make cameos.", "sentence": "[9] Tamara [10] [4] [8] SWV [2] Yo Lil Kim Total 702 Da Brat [11] [1] [3] [5] [7] all make [6]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0098", "problem_name": "task18_0098"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nSoon [6] the [5] of clinical [8] [2] [1] 1953 strains [3] resistant staphylococci [11] isolated [7] [4] [10] including [9] Japan and the United States\nList:\n[(1, in), (2, use), (3, of), (4, several), (5, emergence), (6, after), (7, in), (8, lincosamide), (9, France), (10, countries), (11, were)]", "label": {"final": "Soon after the emergence of clinical lincosamide use in 1953 strains of resistant staphylococci were isolated in several countries including France Japan and the United States", "init": "Soon [6] the [5] of clinical [8] [2] [1] 1953 strains [3] resistant staphylococci [11] isolated [7] [4] [10] including [9] Japan and the United States", "intermediate": ["Soon [6] the [5] of clinical [8] [2] in 1953 strains [3] resistant staphylococci [11] isolated [7] [4] [10] including [9] Japan and the United States", "Soon [6] the [5] of clinical [8] use in 1953 strains [3] resistant staphylococci [11] isolated [7] [4] [10] including [9] Japan and the United States", "Soon [6] the [5] of clinical [8] use in 1953 strains of resistant staphylococci [11] isolated [7] [4] [10] including [9] Japan and the United States", "Soon [6] the [5] of clinical [8] use in 1953 strains of resistant staphylococci [11] isolated [7] several [10] including [9] Japan and the United States", "Soon [6] the emergence of clinical [8] use in 1953 strains of resistant staphylococci [11] isolated [7] several [10] including [9] Japan and the United States", "Soon after the emergence of clinical [8] use in 1953 strains of resistant staphylococci [11] isolated [7] several [10] including [9] Japan and the United States", "Soon after the emergence of clinical [8] use in 1953 strains of resistant staphylococci [11] isolated in several [10] including [9] Japan and the United States", "Soon after the emergence of clinical lincosamide use in 1953 strains of resistant staphylococci [11] isolated in several [10] including [9] Japan and the United States", "Soon after the emergence of clinical lincosamide use in 1953 strains of resistant staphylococci [11] isolated in several [10] including France Japan and the United States", "Soon after the emergence of clinical lincosamide use in 1953 strains of resistant staphylococci [11] isolated in several countries including France Japan and the United States"]}, "config": {"list": [[1, "in"], [2, "use"], [3, "of"], [4, "several"], [5, "emergence"], [6, "after"], [7, "in"], [8, "lincosamide"], [9, "France"], [10, "countries"], [11, "were"]], "num_pairs": 11, "num_sentences": 43652, "original_sentence": "Soon after the emergence of clinical lincosamide use in 1953, strains of resistant staphylococci were isolated in several countries including France, Japan and the United States.", "sentence": "Soon [6] the [5] of clinical [8] [2] [1] 1953 strains [3] resistant staphylococci [11] isolated [7] [4] [10] including [9] Japan and the United States", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0099", "problem_name": "task18_0099"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe [6] is the Estonian version of the [1] camouflage [8] and [3] various [9] are [12] [2] [7] in woodland [5] urban [11] [10] [4] environments\nList:\n[(1, digital), (2, for), (3, its), (4, warfare), (5, desert), (6, ESTDCU), (7, use), (8, uniform), (9, patterns), (10, winter), (11, and), (12, designed)]", "label": {"final": "The ESTDCU is the Estonian version of the digital camouflage uniform and its various patterns are designed for use in woodland desert urban and winter warfare environments", "init": "The [6] is the Estonian version of the [1] camouflage [8] and [3] various [9] are [12] [2] [7] in woodland [5] urban [11] [10] [4] environments", "intermediate": ["The [6] is the Estonian version of the digital camouflage [8] and [3] various [9] are [12] [2] [7] in woodland [5] urban [11] [10] [4] environments", "The [6] is the Estonian version of the digital camouflage [8] and [3] various [9] are [12] for [7] in woodland [5] urban [11] [10] [4] environments", "The [6] is the Estonian version of the digital camouflage [8] and its various [9] are [12] for [7] in woodland [5] urban [11] [10] [4] environments", "The [6] is the Estonian version of the digital camouflage [8] and its various [9] are [12] for [7] in woodland [5] urban [11] [10] warfare environments", "The [6] is the Estonian version of the digital camouflage [8] and its various [9] are [12] for [7] in woodland desert urban [11] [10] warfare environments", "The ESTDCU is the Estonian version of the digital camouflage [8] and its various [9] are [12] for [7] in woodland desert urban [11] [10] warfare environments", "The ESTDCU is the Estonian version of the digital camouflage [8] and its various [9] are [12] for use in woodland desert urban [11] [10] warfare environments", "The ESTDCU is the Estonian version of the digital camouflage uniform and its various [9] are [12] for use in woodland desert urban [11] [10] warfare environments", "The ESTDCU is the Estonian version of the digital camouflage uniform and its various patterns are [12] for use in woodland desert urban [11] [10] warfare environments", "The ESTDCU is the Estonian version of the digital camouflage uniform and its various patterns are [12] for use in woodland desert urban [11] winter warfare environments", "The ESTDCU is the Estonian version of the digital camouflage uniform and its various patterns are [12] for use in woodland desert urban and winter warfare environments"]}, "config": {"list": [[1, "digital"], [2, "for"], [3, "its"], [4, "warfare"], [5, "desert"], [6, "ESTDCU"], [7, "use"], [8, "uniform"], [9, "patterns"], [10, "winter"], [11, "and"], [12, "designed"]], "num_pairs": 12, "num_sentences": 43652, "original_sentence": "The ESTDCU, is the Estonian version of the digital camouflage uniform and its various patterns are designed for use in woodland, desert, urban and winter warfare environments.", "sentence": "The [6] is the Estonian version of the [1] camouflage [8] and [3] various [9] are [12] [2] [7] in woodland [5] urban [11] [10] [4] environments", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0100", "problem_name": "task18_0100"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[7] [6] [8] [11] [1] [9] [5] [3] [12] [10] [4] August [2]\nList:\n[(1, activated), (2, 1942), (3, Trincomalee), (4, 15), (5, RAF), (6, squadron), (7, The), (8, was), (9, at), (10, on), (11, re), (12, Ceylon)]", "label": {"final": "The squadron was re activated at RAF Trincomalee Ceylon on 15 August 1942", "init": "[7] [6] [8] [11] [1] [9] [5] [3] [12] [10] [4] August [2]", "intermediate": ["[7] [6] [8] [11] activated [9] [5] [3] [12] [10] [4] August [2]", "[7] [6] [8] [11] activated [9] [5] [3] [12] [10] [4] August 1942", "[7] [6] [8] [11] activated [9] [5] Trincomalee [12] [10] [4] August 1942", "[7] [6] [8] [11] activated [9] [5] Trincomalee [12] [10] 15 August 1942", "[7] [6] [8] [11] activated [9] RAF Trincomalee [12] [10] 15 August 1942", "[7] squadron [8] [11] activated [9] RAF Trincomalee [12] [10] 15 August 1942", "The squadron [8] [11] activated [9] RAF Trincomalee [12] [10] 15 August 1942", "The squadron was [11] activated [9] RAF Trincomalee [12] [10] 15 August 1942", "The squadron was [11] activated at RAF Trincomalee [12] [10] 15 August 1942", "The squadron was [11] activated at RAF Trincomalee [12] on 15 August 1942", "The squadron was re activated at RAF Trincomalee [12] on 15 August 1942"]}, "config": {"list": [[1, "activated"], [2, "1942"], [3, "Trincomalee"], [4, "15"], [5, "RAF"], [6, "squadron"], [7, "The"], [8, "was"], [9, "at"], [10, "on"], [11, "re"], [12, "Ceylon"]], "num_pairs": 12, "num_sentences": 43652, "original_sentence": "The squadron was re-activated at RAF Trincomalee, Ceylon on 15 August 1942.", "sentence": "[7] [6] [8] [11] [1] [9] [5] [3] [12] [10] [4] August [2]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0101", "problem_name": "task18_0101"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[3] supplying [12] [5] [11] [9] [4] [7] [1] [2] [8] tables [10] the [6]\nList:\n[(1, colonists), (2, turned), (3, By), (4, the), (5, forts), (6, Iroquois), (7, Maryland), (8, the), (9, artillery), (10, on), (11, with), (12, Susquehannock)]", "label": {"final": "By supplying Susquehannock forts with artillery the Maryland colonists turned the tables on the Iroquois", "init": "[3] supplying [12] [5] [11] [9] [4] [7] [1] [2] [8] tables [10] the [6]", "intermediate": ["[3] supplying [12] [5] [11] [9] [4] [7] colonists [2] [8] tables [10] the [6]", "[3] supplying [12] [5] [11] [9] [4] [7] colonists turned [8] tables [10] the [6]", "By supplying [12] [5] [11] [9] [4] [7] colonists turned [8] tables [10] the [6]", "By supplying [12] [5] [11] [9] the [7] colonists turned [8] tables [10] the [6]", "By supplying [12] forts [11] [9] the [7] colonists turned [8] tables [10] the [6]", "By supplying [12] forts [11] [9] the [7] colonists turned [8] tables [10] the Iroquois", "By supplying [12] forts [11] [9] the Maryland colonists turned [8] tables [10] the Iroquois", "By supplying [12] forts [11] [9] the Maryland colonists turned the tables [10] the Iroquois", "By supplying [12] forts [11] artillery the Maryland colonists turned the tables [10] the Iroquois", "By supplying [12] forts [11] artillery the Maryland colonists turned the tables on the Iroquois", "By supplying [12] forts with artillery the Maryland colonists turned the tables on the Iroquois"]}, "config": {"list": [[1, "colonists"], [2, "turned"], [3, "By"], [4, "the"], [5, "forts"], [6, "Iroquois"], [7, "Maryland"], [8, "the"], [9, "artillery"], [10, "on"], [11, "with"], [12, "Susquehannock"]], "num_pairs": 12, "num_sentences": 43652, "original_sentence": "By supplying Susquehannock forts with artillery, the Maryland colonists turned the tables on the Iroquois.", "sentence": "[3] supplying [12] [5] [11] [9] [4] [7] [1] [2] [8] tables [10] the [6]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0102", "problem_name": "task18_0102"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[4] [10] [2] Farkas arm [7] [1] [11] [12] [3] [9] [8] [5] [6]\nList:\n[(1, to), (2, hours), (3, he), (4, After), (5, first), (6, point), (7, began), (8, the), (9, lost), (10, two), (11, freeze), (12, and)]", "label": {"final": "After two hours Farkas arm began to freeze and he lost the first point", "init": "[4] [10] [2] Farkas arm [7] [1] [11] [12] [3] [9] [8] [5] [6]", "intermediate": ["[4] [10] [2] Farkas arm [7] to [11] [12] [3] [9] [8] [5] [6]", "[4] [10] hours Farkas arm [7] to [11] [12] [3] [9] [8] [5] [6]", "[4] [10] hours Farkas arm [7] to [11] [12] he [9] [8] [5] [6]", "After [10] hours Farkas arm [7] to [11] [12] he [9] [8] [5] [6]", "After [10] hours Farkas arm [7] to [11] [12] he [9] [8] first [6]", "After [10] hours Farkas arm [7] to [11] [12] he [9] [8] first point", "After [10] hours Farkas arm began to [11] [12] he [9] [8] first point", "After [10] hours Farkas arm began to [11] [12] he [9] the first point", "After [10] hours Farkas arm began to [11] [12] he lost the first point", "After two hours Farkas arm began to [11] [12] he lost the first point", "After two hours Farkas arm began to freeze [12] he lost the first point"]}, "config": {"list": [[1, "to"], [2, "hours"], [3, "he"], [4, "After"], [5, "first"], [6, "point"], [7, "began"], [8, "the"], [9, "lost"], [10, "two"], [11, "freeze"], [12, "and"]], "num_pairs": 12, "num_sentences": 43652, "original_sentence": "After two hours, Farkas' arm began to freeze, and he lost the first point.", "sentence": "[4] [10] [2] Farkas arm [7] [1] [11] [12] [3] [9] [8] [5] [6]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0103", "problem_name": "task18_0103"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe 343d [11] [3] is [4] United States [5] [12] [10] [2] of [7] 55th Wing [9] Offutt [1] [6] Base [8]\nList:\n[(1, Air), (2, part), (3, Squadron), (4, a), (5, Air), (6, Force), (7, the), (8, Nebraska), (9, at), (10, unit), (11, Reconnaissance), (12, Force)]", "label": {"final": "The 343d Reconnaissance Squadron is a United States Air Force unit part of the 55th Wing at Offutt Air Force Base Nebraska", "init": "The 343d [11] [3] is [4] United States [5] [12] [10] [2] of [7] 55th Wing [9] Offutt [1] [6] Base [8]", "intermediate": ["The 343d [11] [3] is [4] United States [5] [12] [10] [2] of [7] 55th Wing [9] Offutt Air [6] Base [8]", "The 343d [11] [3] is [4] United States [5] [12] [10] part of [7] 55th Wing [9] Offutt Air [6] Base [8]", "The 343d [11] Squadron is [4] United States [5] [12] [10] part of [7] 55th Wing [9] Offutt Air [6] Base [8]", "The 343d [11] Squadron is a United States [5] [12] [10] part of [7] 55th Wing [9] Offutt Air [6] Base [8]", "The 343d [11] Squadron is a United States Air [12] [10] part of [7] 55th Wing [9] Offutt Air [6] Base [8]", "The 343d [11] Squadron is a United States Air [12] [10] part of [7] 55th Wing [9] Offutt Air Force Base [8]", "The 343d [11] Squadron is a United States Air [12] [10] part of the 55th Wing [9] Offutt Air Force Base [8]", "The 343d [11] Squadron is a United States Air [12] [10] part of the 55th Wing [9] Offutt Air Force Base Nebraska", "The 343d [11] Squadron is a United States Air [12] [10] part of the 55th Wing at Offutt Air Force Base Nebraska", "The 343d [11] Squadron is a United States Air [12] unit part of the 55th Wing at Offutt Air Force Base Nebraska", "The 343d Reconnaissance Squadron is a United States Air [12] unit part of the 55th Wing at Offutt Air Force Base Nebraska"]}, "config": {"list": [[1, "Air"], [2, "part"], [3, "Squadron"], [4, "a"], [5, "Air"], [6, "Force"], [7, "the"], [8, "Nebraska"], [9, "at"], [10, "unit"], [11, "Reconnaissance"], [12, "Force"]], "num_pairs": 12, "num_sentences": 43652, "original_sentence": "The 343d Reconnaissance Squadron is a United States Air Force unit part of the 55th Wing at Offutt Air Force Base, Nebraska.", "sentence": "The 343d [11] [3] is [4] United States [5] [12] [10] [2] of [7] 55th Wing [9] Offutt [1] [6] Base [8]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0104", "problem_name": "task18_0104"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[3] [10] [6] consumption [12] East [9] cotton increased by [1] 000 [2] indicating [8] decisive and [11] substitution [5] cotton suppliers to [7] [4] Britain\nList:\n[(1, 400), (2, bales), (3, In), (4, and), (5, of), (6, the), (7, Europe), (8, a), (9, Indian), (10, 1865), (11, forced), (12, of)]", "label": {"final": "In 1865 the consumption of East Indian cotton increased by 400 000 bales indicating a decisive and forced substitution of cotton suppliers to Europe and Britain", "init": "[3] [10] [6] consumption [12] East [9] cotton increased by [1] 000 [2] indicating [8] decisive and [11] substitution [5] cotton suppliers to [7] [4] Britain", "intermediate": ["[3] [10] [6] consumption [12] East [9] cotton increased by 400 000 [2] indicating [8] decisive and [11] substitution [5] cotton suppliers to [7] [4] Britain", "[3] [10] [6] consumption [12] East [9] cotton increased by 400 000 bales indicating [8] decisive and [11] substitution [5] cotton suppliers to [7] [4] Britain", "In [10] [6] consumption [12] East [9] cotton increased by 400 000 bales indicating [8] decisive and [11] substitution [5] cotton suppliers to [7] [4] Britain", "In [10] [6] consumption [12] East [9] cotton increased by 400 000 bales indicating [8] decisive and [11] substitution [5] cotton suppliers to [7] and Britain", "In [10] [6] consumption [12] East [9] cotton increased by 400 000 bales indicating [8] decisive and [11] substitution of cotton suppliers to [7] and Britain", "In [10] the consumption [12] East [9] cotton increased by 400 000 bales indicating [8] decisive and [11] substitution of cotton suppliers to [7] and Britain", "In [10] the consumption [12] East [9] cotton increased by 400 000 bales indicating [8] decisive and [11] substitution of cotton suppliers to Europe and Britain", "In [10] the consumption [12] East [9] cotton increased by 400 000 bales indicating a decisive and [11] substitution of cotton suppliers to Europe and Britain", "In [10] the consumption [12] East Indian cotton increased by 400 000 bales indicating a decisive and [11] substitution of cotton suppliers to Europe and Britain", "In 1865 the consumption [12] East Indian cotton increased by 400 000 bales indicating a decisive and [11] substitution of cotton suppliers to Europe and Britain", "In 1865 the consumption [12] East Indian cotton increased by 400 000 bales indicating a decisive and forced substitution of cotton suppliers to Europe and Britain"]}, "config": {"list": [[1, "400"], [2, "bales"], [3, "In"], [4, "and"], [5, "of"], [6, "the"], [7, "Europe"], [8, "a"], [9, "Indian"], [10, "1865"], [11, "forced"], [12, "of"]], "num_pairs": 12, "num_sentences": 43652, "original_sentence": "In 1865 the consumption of East Indian cotton increased by 400,000 bales, indicating a decisive and forced substitution of cotton suppliers to Europe and Britain.", "sentence": "[3] [10] [6] consumption [12] East [9] cotton increased by [1] 000 [2] indicating [8] decisive and [11] substitution [5] cotton suppliers to [7] [4] Britain", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0105", "problem_name": "task18_0105"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[6] [9] [2] [10] [11] [4] [12] [5] [3] [7] [1] his [8] poetry\nList:\n[(1, to), (2, John), (3, John), (4, of), (5, introduced), (6, During), (7, Wayne), (8, patriotic), (9, filming), (10, Mitchum), (11, brother), (12, Robert)]", "label": {"final": "During filming John Mitchum brother of Robert introduced John Wayne to his patriotic poetry", "init": "[6] [9] [2] [10] [11] [4] [12] [5] [3] [7] [1] his [8] poetry", "intermediate": ["[6] [9] [2] [10] [11] [4] [12] [5] [3] [7] to his [8] poetry", "[6] [9] John [10] [11] [4] [12] [5] [3] [7] to his [8] poetry", "[6] [9] John [10] [11] [4] [12] [5] John [7] to his [8] poetry", "[6] [9] John [10] [11] of [12] [5] John [7] to his [8] poetry", "[6] [9] John [10] [11] of [12] introduced John [7] to his [8] poetry", "During [9] John [10] [11] of [12] introduced John [7] to his [8] poetry", "During [9] John [10] [11] of [12] introduced John Wayne to his [8] poetry", "During [9] John [10] [11] of [12] introduced John Wayne to his patriotic poetry", "During filming John [10] [11] of [12] introduced John Wayne to his patriotic poetry", "During filming John Mitchum [11] of [12] introduced John Wayne to his patriotic poetry", "During filming John Mitchum brother of [12] introduced John Wayne to his patriotic poetry"]}, "config": {"list": [[1, "to"], [2, "John"], [3, "John"], [4, "of"], [5, "introduced"], [6, "During"], [7, "Wayne"], [8, "patriotic"], [9, "filming"], [10, "Mitchum"], [11, "brother"], [12, "Robert"]], "num_pairs": 12, "num_sentences": 43652, "original_sentence": "During filming, John Mitchum, brother of Robert, introduced John Wayne to his patriotic poetry.", "sentence": "[6] [9] [2] [10] [11] [4] [12] [5] [3] [7] [1] his [8] poetry", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0106", "problem_name": "task18_0106"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn the [5] [10] Flipmode Squad [4] [2] Squad [3] [9] members Jamal Redman and Keith Murray engage [6] Flipmode [8] members Rampage [7] Have [1] and [12] in a rap [11] with no chorus or hook over a backdrop produced by the Vibe Chemist Backspin\nList:\n[(1, Mercy), (2, Def), (3, Def), (4, Meets), (5, next), (6, against), (7, Lord), (8, Squad), (9, Squad), (10, track), (11, battle), (12, Rhymes)]", "label": {"final": "In the next track Flipmode Squad Meets Def Squad Def Squad members Jamal Redman and Keith Murray engage against Flipmode Squad members Rampage Lord Have Mercy and Rhymes in a rap battle with no chorus or hook over a backdrop produced by the Vibe Chemist Backspin", "init": "In the [5] [10] Flipmode Squad [4] [2] Squad [3] [9] members Jamal Redman and Keith Murray engage [6] Flipmode [8] members Rampage [7] Have [1] and [12] in a rap [11] with no chorus or hook over a backdrop produced by the Vibe Chemist Backspin", "intermediate": ["In the [5] [10] Flipmode Squad [4] [2] Squad [3] [9] members Jamal Redman and Keith Murray engage [6] Flipmode [8] members Rampage [7] Have Mercy and [12] in a rap [11] with no chorus or hook over a backdrop produced by the Vibe Chemist Backspin", "In the [5] [10] Flipmode Squad [4] Def Squad [3] [9] members Jamal Redman and Keith Murray engage [6] Flipmode [8] members Rampage [7] Have Mercy and [12] in a rap [11] with no chorus or hook over a backdrop produced by the Vibe Chemist Backspin", "In the [5] [10] Flipmode Squad [4] Def Squad Def [9] members Jamal Redman and Keith Murray engage [6] Flipmode [8] members Rampage [7] Have Mercy and [12] in a rap [11] with no chorus or hook over a backdrop produced by the Vibe Chemist Backspin", "In the [5] [10] Flipmode Squad Meets Def Squad Def [9] members Jamal Redman and Keith Murray engage [6] Flipmode [8] members Rampage [7] Have Mercy and [12] in a rap [11] with no chorus or hook over a backdrop produced by the Vibe Chemist Backspin", "In the next [10] Flipmode Squad Meets Def Squad Def [9] members Jamal Redman and Keith Murray engage [6] Flipmode [8] members Rampage [7] Have Mercy and [12] in a rap [11] with no chorus or hook over a backdrop produced by the Vibe Chemist Backspin", "In the next [10] Flipmode Squad Meets Def Squad Def [9] members Jamal Redman and Keith Murray engage against Flipmode [8] members Rampage [7] Have Mercy and [12] in a rap [11] with no chorus or hook over a backdrop produced by the Vibe Chemist Backspin", "In the next [10] Flipmode Squad Meets Def Squad Def [9] members Jamal Redman and Keith Murray engage against Flipmode [8] members Rampage Lord Have Mercy and [12] in a rap [11] with no chorus or hook over a backdrop produced by the Vibe Chemist Backspin", "In the next [10] Flipmode Squad Meets Def Squad Def [9] members Jamal Redman and Keith Murray engage against Flipmode Squad members Rampage Lord Have Mercy and [12] in a rap [11] with no chorus or hook over a backdrop produced by the Vibe Chemist Backspin", "In the next [10] Flipmode Squad Meets Def Squad Def Squad members Jamal Redman and Keith Murray engage against Flipmode Squad members Rampage Lord Have Mercy and [12] in a rap [11] with no chorus or hook over a backdrop produced by the Vibe Chemist Backspin", "In the next track Flipmode Squad Meets Def Squad Def Squad members Jamal Redman and Keith Murray engage against Flipmode Squad members Rampage Lord Have Mercy and [12] in a rap [11] with no chorus or hook over a backdrop produced by the Vibe Chemist Backspin", "In the next track Flipmode Squad Meets Def Squad Def Squad members Jamal Redman and Keith Murray engage against Flipmode Squad members Rampage Lord Have Mercy and [12] in a rap battle with no chorus or hook over a backdrop produced by the Vibe Chemist Backspin"]}, "config": {"list": [[1, "Mercy"], [2, "Def"], [3, "Def"], [4, "Meets"], [5, "next"], [6, "against"], [7, "Lord"], [8, "Squad"], [9, "Squad"], [10, "track"], [11, "battle"], [12, "Rhymes"]], "num_pairs": 12, "num_sentences": 43652, "original_sentence": "In the next track, \"Flipmode Squad Meets Def Squad\", Def Squad members Jamal, Redman and Keith Murray engage against Flipmode Squad members Rampage, Lord Have Mercy and Rhymes in a rap battle with no chorus or hook over a backdrop produced by the Vibe Chemist Backspin.", "sentence": "In the [5] [10] Flipmode Squad [4] [2] Squad [3] [9] members Jamal Redman and Keith Murray engage [6] Flipmode [8] members Rampage [7] Have [1] and [12] in a rap [11] with no chorus or hook over a backdrop produced by the Vibe Chemist Backspin", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0107", "problem_name": "task18_0107"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHe was [7] when thrown headlong down [4] [6] sacred hill of [3] so [5] of his fall the bird [12] not build its [2] [9] [8] trees nor take [10] flights [1] avoids high [11]\nList:\n[(1, and), (2, nest), (3, Minerva), (4, from), (5, mindful), (6, the), (7, killed), (8, the), (9, in), (10, lofty), (11, places), (12, does)]", "label": {"final": "He was killed when thrown headlong down from the sacred hill of Minerva so mindful of his fall the bird does not build its nest in the trees nor take lofty flights and avoids high places", "init": "He was [7] when thrown headlong down [4] [6] sacred hill of [3] so [5] of his fall the bird [12] not build its [2] [9] [8] trees nor take [10] flights [1] avoids high [11]", "intermediate": ["He was [7] when thrown headlong down [4] [6] sacred hill of [3] so [5] of his fall the bird [12] not build its [2] [9] [8] trees nor take [10] flights and avoids high [11]", "He was [7] when thrown headlong down [4] [6] sacred hill of [3] so [5] of his fall the bird [12] not build its nest [9] [8] trees nor take [10] flights and avoids high [11]", "He was [7] when thrown headlong down [4] [6] sacred hill of Minerva so [5] of his fall the bird [12] not build its nest [9] [8] trees nor take [10] flights and avoids high [11]", "He was [7] when thrown headlong down from [6] sacred hill of Minerva so [5] of his fall the bird [12] not build its nest [9] [8] trees nor take [10] flights and avoids high [11]", "He was [7] when thrown headlong down from [6] sacred hill of Minerva so mindful of his fall the bird [12] not build its nest [9] [8] trees nor take [10] flights and avoids high [11]", "He was [7] when thrown headlong down from the sacred hill of Minerva so mindful of his fall the bird [12] not build its nest [9] [8] trees nor take [10] flights and avoids high [11]", "He was killed when thrown headlong down from the sacred hill of Minerva so mindful of his fall the bird [12] not build its nest [9] [8] trees nor take [10] flights and avoids high [11]", "He was killed when thrown headlong down from the sacred hill of Minerva so mindful of his fall the bird [12] not build its nest [9] the trees nor take [10] flights and avoids high [11]", "He was killed when thrown headlong down from the sacred hill of Minerva so mindful of his fall the bird [12] not build its nest in the trees nor take [10] flights and avoids high [11]", "He was killed when thrown headlong down from the sacred hill of Minerva so mindful of his fall the bird [12] not build its nest in the trees nor take lofty flights and avoids high [11]", "He was killed when thrown headlong down from the sacred hill of Minerva so mindful of his fall the bird [12] not build its nest in the trees nor take lofty flights and avoids high places"]}, "config": {"list": [[1, "and"], [2, "nest"], [3, "Minerva"], [4, "from"], [5, "mindful"], [6, "the"], [7, "killed"], [8, "the"], [9, "in"], [10, "lofty"], [11, "places"], [12, "does"]], "num_pairs": 12, "num_sentences": 43652, "original_sentence": "He was killed when thrown headlong down from the sacred hill of Minerva, so, mindful of his fall, the bird does not build its nest in the trees, nor take lofty flights and avoids high places.", "sentence": "He was [7] when thrown headlong down [4] [6] sacred hill of [3] so [5] of his fall the bird [12] not build its [2] [9] [8] trees nor take [10] flights [1] avoids high [11]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0108", "problem_name": "task18_0108"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nTorturing [4] [11] [7] [5] [6] [10] [1] [3] [8] [9] to find [2] [12]\nList:\n[(1, Jimmy), (2, him), (3, s), (4, Mickey), (5, address), (6, Horvitz), (7, an), (8, house), (9, expecting), (10, enters), (11, for), (12, there)]", "label": {"final": "Torturing Mickey for an address Horvitz enters Jimmy s house expecting to find him there", "init": "Torturing [4] [11] [7] [5] [6] [10] [1] [3] [8] [9] to find [2] [12]", "intermediate": ["Torturing [4] [11] [7] [5] [6] [10] Jimmy [3] [8] [9] to find [2] [12]", "Torturing [4] [11] [7] [5] [6] [10] Jimmy [3] [8] [9] to find him [12]", "Torturing [4] [11] [7] [5] [6] [10] Jimmy s [8] [9] to find him [12]", "Torturing Mickey [11] [7] [5] [6] [10] Jimmy s [8] [9] to find him [12]", "Torturing Mickey [11] [7] address [6] [10] Jimmy s [8] [9] to find him [12]", "Torturing Mickey [11] [7] address Horvitz [10] Jimmy s [8] [9] to find him [12]", "Torturing Mickey [11] an address Horvitz [10] Jimmy s [8] [9] to find him [12]", "Torturing Mickey [11] an address Horvitz [10] Jimmy s house [9] to find him [12]", "Torturing Mickey [11] an address Horvitz [10] Jimmy s house expecting to find him [12]", "Torturing Mickey [11] an address Horvitz enters Jimmy s house expecting to find him [12]", "Torturing Mickey for an address Horvitz enters Jimmy s house expecting to find him [12]"]}, "config": {"list": [[1, "Jimmy"], [2, "him"], [3, "s"], [4, "Mickey"], [5, "address"], [6, "Horvitz"], [7, "an"], [8, "house"], [9, "expecting"], [10, "enters"], [11, "for"], [12, "there"]], "num_pairs": 12, "num_sentences": 43652, "original_sentence": "Torturing Mickey for an address, Horvitz enters Jimmy's house, expecting to find him there.", "sentence": "Torturing [4] [11] [7] [5] [6] [10] [1] [3] [8] [9] to find [2] [12]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0109", "problem_name": "task18_0109"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nEleven songs [4] [2] [1] [7] up [5] track list which was [9] [3] [12] [13] [6] [10] [8] [11] November 3 2009\nList:\n[(1, to), (2, announced), (3, confirmed), (4, were), (5, the), (6, s), (7, make), (8, site), (9, officially), (10, German), (11, on), (12, by), (13, Amazon)]", "label": {"final": "Eleven songs were announced to make up the track list which was officially confirmed by Amazon s German site on November 3 2009", "init": "Eleven songs [4] [2] [1] [7] up [5] track list which was [9] [3] [12] [13] [6] [10] [8] [11] November 3 2009", "intermediate": ["Eleven songs [4] [2] to [7] up [5] track list which was [9] [3] [12] [13] [6] [10] [8] [11] November 3 2009", "Eleven songs [4] announced to [7] up [5] track list which was [9] [3] [12] [13] [6] [10] [8] [11] November 3 2009", "Eleven songs [4] announced to [7] up [5] track list which was [9] confirmed [12] [13] [6] [10] [8] [11] November 3 2009", "Eleven songs were announced to [7] up [5] track list which was [9] confirmed [12] [13] [6] [10] [8] [11] November 3 2009", "Eleven songs were announced to [7] up the track list which was [9] confirmed [12] [13] [6] [10] [8] [11] November 3 2009", "Eleven songs were announced to [7] up the track list which was [9] confirmed [12] [13] s [10] [8] [11] November 3 2009", "Eleven songs were announced to make up the track list which was [9] confirmed [12] [13] s [10] [8] [11] November 3 2009", "Eleven songs were announced to make up the track list which was [9] confirmed [12] [13] s [10] site [11] November 3 2009", "Eleven songs were announced to make up the track list which was officially confirmed [12] [13] s [10] site [11] November 3 2009", "Eleven songs were announced to make up the track list which was officially confirmed [12] [13] s German site [11] November 3 2009", "Eleven songs were announced to make up the track list which was officially confirmed [12] [13] s German site on November 3 2009", "Eleven songs were announced to make up the track list which was officially confirmed by [13] s German site on November 3 2009"]}, "config": {"list": [[1, "to"], [2, "announced"], [3, "confirmed"], [4, "were"], [5, "the"], [6, "s"], [7, "make"], [8, "site"], [9, "officially"], [10, "German"], [11, "on"], [12, "by"], [13, "Amazon"]], "num_pairs": 13, "num_sentences": 43652, "original_sentence": "Eleven songs were announced to make up the track list, which was officially confirmed by Amazon's German site on November 3, 2009.", "sentence": "Eleven songs [4] [2] [1] [7] up [5] track list which was [9] [3] [12] [13] [6] [10] [8] [11] November 3 2009", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0110", "problem_name": "task18_0110"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAlternatives garners its financial [8] [12] a combination donors and members as [2] [11] partner [9] [5] alongside [6] including major unions [1] [13] groups [3] [4] [7] [10]\nList:\n[(1, and), (2, well), (3, International), (4, Organizations), (5, working), (6, Alternatives), (7, and), (8, support), (9, organizations), (10, governments), (11, as), (12, from), (13, church)]", "label": {"final": "Alternatives garners its financial support from a combination donors and members as well as partner organizations working alongside Alternatives including major unions and church groups International Organizations and governments", "init": "Alternatives garners its financial [8] [12] a combination donors and members as [2] [11] partner [9] [5] alongside [6] including major unions [1] [13] groups [3] [4] [7] [10]", "intermediate": ["Alternatives garners its financial [8] [12] a combination donors and members as [2] [11] partner [9] [5] alongside [6] including major unions and [13] groups [3] [4] [7] [10]", "Alternatives garners its financial [8] [12] a combination donors and members as well [11] partner [9] [5] alongside [6] including major unions and [13] groups [3] [4] [7] [10]", "Alternatives garners its financial [8] [12] a combination donors and members as well [11] partner [9] [5] alongside [6] including major unions and [13] groups International [4] [7] [10]", "Alternatives garners its financial [8] [12] a combination donors and members as well [11] partner [9] [5] alongside [6] including major unions and [13] groups International Organizations [7] [10]", "Alternatives garners its financial [8] [12] a combination donors and members as well [11] partner [9] working alongside [6] including major unions and [13] groups International Organizations [7] [10]", "Alternatives garners its financial [8] [12] a combination donors and members as well [11] partner [9] working alongside Alternatives including major unions and [13] groups International Organizations [7] [10]", "Alternatives garners its financial [8] [12] a combination donors and members as well [11] partner [9] working alongside Alternatives including major unions and [13] groups International Organizations and [10]", "Alternatives garners its financial support [12] a combination donors and members as well [11] partner [9] working alongside Alternatives including major unions and [13] groups International Organizations and [10]", "Alternatives garners its financial support [12] a combination donors and members as well [11] partner organizations working alongside Alternatives including major unions and [13] groups International Organizations and [10]", "Alternatives garners its financial support [12] a combination donors and members as well [11] partner organizations working alongside Alternatives including major unions and [13] groups International Organizations and governments", "Alternatives garners its financial support [12] a combination donors and members as well as partner organizations working alongside Alternatives including major unions and [13] groups International Organizations and governments", "Alternatives garners its financial support from a combination donors and members as well as partner organizations working alongside Alternatives including major unions and [13] groups International Organizations and governments"]}, "config": {"list": [[1, "and"], [2, "well"], [3, "International"], [4, "Organizations"], [5, "working"], [6, "Alternatives"], [7, "and"], [8, "support"], [9, "organizations"], [10, "governments"], [11, "as"], [12, "from"], [13, "church"]], "num_pairs": 13, "num_sentences": 43652, "original_sentence": "Alternatives garners its financial support from a combination donors and members, as well as partner organizations working alongside Alternatives including major unions and church groups, International Organizations and governments.", "sentence": "Alternatives garners its financial [8] [12] a combination donors and members as [2] [11] partner [9] [5] alongside [6] including major unions [1] [13] groups [3] [4] [7] [10]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0111", "problem_name": "task18_0111"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nDuring his time [7] the Duke Ellington Orchestra as a lead vocalist Jeffries [13] his talent [11] a mature singer demonstrating [5] [9] vocal [1] in such [12] as I Don t Know [4] Kind of [6] I ve [2] The [3] Gal and Jump [8] [10] all 1941\nList:\n[(1, range), (2, Got), (3, Brownskin), (4, What), (5, his), (6, Blues), (7, with), (8, for), (9, wide), (10, Joy), (11, as), (12, songs), (13, proved)]", "label": {"final": "During his time with the Duke Ellington Orchestra as a lead vocalist Jeffries proved his talent as a mature singer demonstrating his wide vocal range in such songs as I Don t Know What Kind of Blues I ve Got The Brownskin Gal and Jump for Joy all 1941", "init": "During his time [7] the Duke Ellington Orchestra as a lead vocalist Jeffries [13] his talent [11] a mature singer demonstrating [5] [9] vocal [1] in such [12] as I Don t Know [4] Kind of [6] I ve [2] The [3] Gal and Jump [8] [10] all 1941", "intermediate": ["During his time [7] the Duke Ellington Orchestra as a lead vocalist Jeffries [13] his talent [11] a mature singer demonstrating [5] [9] vocal range in such [12] as I Don t Know [4] Kind of [6] I ve [2] The [3] Gal and Jump [8] [10] all 1941", "During his time [7] the Duke Ellington Orchestra as a lead vocalist Jeffries [13] his talent [11] a mature singer demonstrating [5] [9] vocal range in such [12] as I Don t Know [4] Kind of [6] I ve Got The [3] Gal and Jump [8] [10] all 1941", "During his time [7] the Duke Ellington Orchestra as a lead vocalist Jeffries [13] his talent [11] a mature singer demonstrating [5] [9] vocal range in such [12] as I Don t Know [4] Kind of [6] I ve Got The Brownskin Gal and Jump [8] [10] all 1941", "During his time [7] the Duke Ellington Orchestra as a lead vocalist Jeffries [13] his talent [11] a mature singer demonstrating [5] [9] vocal range in such [12] as I Don t Know What Kind of [6] I ve Got The Brownskin Gal and Jump [8] [10] all 1941", "During his time [7] the Duke Ellington Orchestra as a lead vocalist Jeffries [13] his talent [11] a mature singer demonstrating his [9] vocal range in such [12] as I Don t Know What Kind of [6] I ve Got The Brownskin Gal and Jump [8] [10] all 1941", "During his time [7] the Duke Ellington Orchestra as a lead vocalist Jeffries [13] his talent [11] a mature singer demonstrating his [9] vocal range in such [12] as I Don t Know What Kind of Blues I ve Got The Brownskin Gal and Jump [8] [10] all 1941", "During his time with the Duke Ellington Orchestra as a lead vocalist Jeffries [13] his talent [11] a mature singer demonstrating his [9] vocal range in such [12] as I Don t Know What Kind of Blues I ve Got The Brownskin Gal and Jump [8] [10] all 1941", "During his time with the Duke Ellington Orchestra as a lead vocalist Jeffries [13] his talent [11] a mature singer demonstrating his [9] vocal range in such [12] as I Don t Know What Kind of Blues I ve Got The Brownskin Gal and Jump for [10] all 1941", "During his time with the Duke Ellington Orchestra as a lead vocalist Jeffries [13] his talent [11] a mature singer demonstrating his wide vocal range in such [12] as I Don t Know What Kind of Blues I ve Got The Brownskin Gal and Jump for [10] all 1941", "During his time with the Duke Ellington Orchestra as a lead vocalist Jeffries [13] his talent [11] a mature singer demonstrating his wide vocal range in such [12] as I Don t Know What Kind of Blues I ve Got The Brownskin Gal and Jump for Joy all 1941", "During his time with the Duke Ellington Orchestra as a lead vocalist Jeffries [13] his talent as a mature singer demonstrating his wide vocal range in such [12] as I Don t Know What Kind of Blues I ve Got The Brownskin Gal and Jump for Joy all 1941", "During his time with the Duke Ellington Orchestra as a lead vocalist Jeffries [13] his talent as a mature singer demonstrating his wide vocal range in such songs as I Don t Know What Kind of Blues I ve Got The Brownskin Gal and Jump for Joy all 1941"]}, "config": {"list": [[1, "range"], [2, "Got"], [3, "Brownskin"], [4, "What"], [5, "his"], [6, "Blues"], [7, "with"], [8, "for"], [9, "wide"], [10, "Joy"], [11, "as"], [12, "songs"], [13, "proved"]], "num_pairs": 13, "num_sentences": 43652, "original_sentence": "During his time with the Duke Ellington Orchestra as a lead vocalist, Jeffries proved his talent as a mature singer, demonstrating his wide vocal range in such songs as \"I Don't Know What Kind of Blues I've Got,\" \"The Brownskin Gal,\" and \"Jump for Joy\" (all 1941).", "sentence": "During his time [7] the Duke Ellington Orchestra as a lead vocalist Jeffries [13] his talent [11] a mature singer demonstrating [5] [9] vocal [1] in such [12] as I Don t Know [4] Kind of [6] I ve [2] The [3] Gal and Jump [8] [10] all 1941", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0112", "problem_name": "task18_0112"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[2] [5] [9] left [13] he [3] [12] play [10] defensive [11] [1] [4] [7] [8] [6]\nList:\n[(1, or), (2, He), (3, may), (4, also), (5, is), (6, winger), (7, as), (8, a), (9, a), (10, as), (11, midfielder), (12, also), (13, back)]", "label": {"final": "He is a left back he may also play as defensive midfielder or also as a winger", "init": "[2] [5] [9] left [13] he [3] [12] play [10] defensive [11] [1] [4] [7] [8] [6]", "intermediate": ["[2] [5] [9] left [13] he [3] [12] play [10] defensive [11] or [4] [7] [8] [6]", "He [5] [9] left [13] he [3] [12] play [10] defensive [11] or [4] [7] [8] [6]", "He [5] [9] left [13] he may [12] play [10] defensive [11] or [4] [7] [8] [6]", "He [5] [9] left [13] he may [12] play [10] defensive [11] or also [7] [8] [6]", "He is [9] left [13] he may [12] play [10] defensive [11] or also [7] [8] [6]", "He is [9] left [13] he may [12] play [10] defensive [11] or also [7] [8] winger", "He is [9] left [13] he may [12] play [10] defensive [11] or also as [8] winger", "He is [9] left [13] he may [12] play [10] defensive [11] or also as a winger", "He is a left [13] he may [12] play [10] defensive [11] or also as a winger", "He is a left [13] he may [12] play as defensive [11] or also as a winger", "He is a left [13] he may [12] play as defensive midfielder or also as a winger", "He is a left [13] he may also play as defensive midfielder or also as a winger"]}, "config": {"list": [[1, "or"], [2, "He"], [3, "may"], [4, "also"], [5, "is"], [6, "winger"], [7, "as"], [8, "a"], [9, "a"], [10, "as"], [11, "midfielder"], [12, "also"], [13, "back"]], "num_pairs": 13, "num_sentences": 43652, "original_sentence": "He is a left back, he may also play as defensive midfielder or also as a winger.", "sentence": "[2] [5] [9] left [13] he [3] [12] play [10] defensive [11] [1] [4] [7] [8] [6]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0113", "problem_name": "task18_0113"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn warmer regions like Italy this crop [12] [4] [6] to 13 [13] 16 4 [7] dry tonnes of biomass per hectare [8] year [1] biannual [10] [3] [2] cycles also showing a positive energy [11] and [5] high [9] efficiency\nList:\n[(1, for), (2, cutting), (3, triennial), (4, produce), (5, a), (6, up), (7, oven), (8, every), (9, energy), (10, and), (11, balance), (12, can), (13, 8)]", "label": {"final": "In warmer regions like Italy this crop can produce up to 13 8 16 4 oven dry tonnes of biomass per hectare every year for biannual and triennial cutting cycles also showing a positive energy balance and a high energy efficiency", "init": "In warmer regions like Italy this crop [12] [4] [6] to 13 [13] 16 4 [7] dry tonnes of biomass per hectare [8] year [1] biannual [10] [3] [2] cycles also showing a positive energy [11] and [5] high [9] efficiency", "intermediate": ["In warmer regions like Italy this crop [12] [4] [6] to 13 [13] 16 4 [7] dry tonnes of biomass per hectare [8] year for biannual [10] [3] [2] cycles also showing a positive energy [11] and [5] high [9] efficiency", "In warmer regions like Italy this crop [12] [4] [6] to 13 [13] 16 4 [7] dry tonnes of biomass per hectare [8] year for biannual [10] [3] cutting cycles also showing a positive energy [11] and [5] high [9] efficiency", "In warmer regions like Italy this crop [12] [4] [6] to 13 [13] 16 4 [7] dry tonnes of biomass per hectare [8] year for biannual [10] triennial cutting cycles also showing a positive energy [11] and [5] high [9] efficiency", "In warmer regions like Italy this crop [12] produce [6] to 13 [13] 16 4 [7] dry tonnes of biomass per hectare [8] year for biannual [10] triennial cutting cycles also showing a positive energy [11] and [5] high [9] efficiency", "In warmer regions like Italy this crop [12] produce [6] to 13 [13] 16 4 [7] dry tonnes of biomass per hectare [8] year for biannual [10] triennial cutting cycles also showing a positive energy [11] and a high [9] efficiency", "In warmer regions like Italy this crop [12] produce up to 13 [13] 16 4 [7] dry tonnes of biomass per hectare [8] year for biannual [10] triennial cutting cycles also showing a positive energy [11] and a high [9] efficiency", "In warmer regions like Italy this crop [12] produce up to 13 [13] 16 4 oven dry tonnes of biomass per hectare [8] year for biannual [10] triennial cutting cycles also showing a positive energy [11] and a high [9] efficiency", "In warmer regions like Italy this crop [12] produce up to 13 [13] 16 4 oven dry tonnes of biomass per hectare every year for biannual [10] triennial cutting cycles also showing a positive energy [11] and a high [9] efficiency", "In warmer regions like Italy this crop [12] produce up to 13 [13] 16 4 oven dry tonnes of biomass per hectare every year for biannual [10] triennial cutting cycles also showing a positive energy [11] and a high energy efficiency", "In warmer regions like Italy this crop [12] produce up to 13 [13] 16 4 oven dry tonnes of biomass per hectare every year for biannual and triennial cutting cycles also showing a positive energy [11] and a high energy efficiency", "In warmer regions like Italy this crop [12] produce up to 13 [13] 16 4 oven dry tonnes of biomass per hectare every year for biannual and triennial cutting cycles also showing a positive energy balance and a high energy efficiency", "In warmer regions like Italy this crop can produce up to 13 [13] 16 4 oven dry tonnes of biomass per hectare every year for biannual and triennial cutting cycles also showing a positive energy balance and a high energy efficiency"]}, "config": {"list": [[1, "for"], [2, "cutting"], [3, "triennial"], [4, "produce"], [5, "a"], [6, "up"], [7, "oven"], [8, "every"], [9, "energy"], [10, "and"], [11, "balance"], [12, "can"], [13, "8"]], "num_pairs": 13, "num_sentences": 43652, "original_sentence": "In warmer regions like Italy this crop can produce up to 13.8, 16.4 oven-dry tonnes of biomass per hectare every year for biannual and triennial cutting cycles also showing a positive energy balance and a high energy efficiency.", "sentence": "In warmer regions like Italy this crop [12] [4] [6] to 13 [13] 16 4 [7] dry tonnes of biomass per hectare [8] year [1] biannual [10] [3] [2] cycles also showing a positive energy [11] and [5] high [9] efficiency", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0114", "problem_name": "task18_0114"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe host unit for the [6] [5] [13] 914th [10] [7] [2] [11] the [3] Force [1] [9] [8] [12] the [4] 135 Stratotanker\nList:\n[(1, Reserve), (2, Wing), (3, Air), (4, KC), (5, is), (6, base), (7, Refueling), (8, which), (9, Command), (10, Air), (11, of), (12, operates), (13, the)]", "label": {"final": "The host unit for the base is the 914th Air Refueling Wing of the Air Force Reserve Command which operates the KC 135 Stratotanker", "init": "The host unit for the [6] [5] [13] 914th [10] [7] [2] [11] the [3] Force [1] [9] [8] [12] the [4] 135 Stratotanker", "intermediate": ["The host unit for the [6] [5] [13] 914th [10] [7] [2] [11] the [3] Force Reserve [9] [8] [12] the [4] 135 Stratotanker", "The host unit for the [6] [5] [13] 914th [10] [7] Wing [11] the [3] Force Reserve [9] [8] [12] the [4] 135 Stratotanker", "The host unit for the [6] [5] [13] 914th [10] [7] Wing [11] the Air Force Reserve [9] [8] [12] the [4] 135 Stratotanker", "The host unit for the [6] [5] [13] 914th [10] [7] Wing [11] the Air Force Reserve [9] [8] [12] the KC 135 Stratotanker", "The host unit for the [6] is [13] 914th [10] [7] Wing [11] the Air Force Reserve [9] [8] [12] the KC 135 Stratotanker", "The host unit for the base is [13] 914th [10] [7] Wing [11] the Air Force Reserve [9] [8] [12] the KC 135 Stratotanker", "The host unit for the base is [13] 914th [10] Refueling Wing [11] the Air Force Reserve [9] [8] [12] the KC 135 Stratotanker", "The host unit for the base is [13] 914th [10] Refueling Wing [11] the Air Force Reserve [9] which [12] the KC 135 Stratotanker", "The host unit for the base is [13] 914th [10] Refueling Wing [11] the Air Force Reserve Command which [12] the KC 135 Stratotanker", "The host unit for the base is [13] 914th Air Refueling Wing [11] the Air Force Reserve Command which [12] the KC 135 Stratotanker", "The host unit for the base is [13] 914th Air Refueling Wing of the Air Force Reserve Command which [12] the KC 135 Stratotanker", "The host unit for the base is [13] 914th Air Refueling Wing of the Air Force Reserve Command which operates the KC 135 Stratotanker"]}, "config": {"list": [[1, "Reserve"], [2, "Wing"], [3, "Air"], [4, "KC"], [5, "is"], [6, "base"], [7, "Refueling"], [8, "which"], [9, "Command"], [10, "Air"], [11, "of"], [12, "operates"], [13, "the"]], "num_pairs": 13, "num_sentences": 43652, "original_sentence": "The host unit for the base is the 914th Air Refueling Wing of the Air Force Reserve Command which operates the KC-135 Stratotanker.", "sentence": "The host unit for the [6] [5] [13] 914th [10] [7] [2] [11] the [3] Force [1] [9] [8] [12] the [4] 135 Stratotanker", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0115", "problem_name": "task18_0115"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[7] [9] York Times reported [2] predictions among Tunisians for [13] party s success [8] some believing the party [10] enjoy support in [5] inland part of Tunisia [4] others saying [12] [11] too secular for [6] Ennahda [3] to gain broad [1]\nList:\n[(1, support), (2, mixed), (3, Party), (4, but), (5, the), (6, the), (7, The), (8, with), (9, New), (10, would), (11, was), (12, Tunisia), (13, the)]", "label": {"final": "The New York Times reported mixed predictions among Tunisians for the party s success with some believing the party would enjoy support in the inland part of Tunisia but others saying Tunisia was too secular for the Ennahda Party to gain broad support", "init": "[7] [9] York Times reported [2] predictions among Tunisians for [13] party s success [8] some believing the party [10] enjoy support in [5] inland part of Tunisia [4] others saying [12] [11] too secular for [6] Ennahda [3] to gain broad [1]", "intermediate": ["[7] [9] York Times reported [2] predictions among Tunisians for [13] party s success [8] some believing the party [10] enjoy support in [5] inland part of Tunisia [4] others saying [12] [11] too secular for [6] Ennahda [3] to gain broad support", "[7] [9] York Times reported mixed predictions among Tunisians for [13] party s success [8] some believing the party [10] enjoy support in [5] inland part of Tunisia [4] others saying [12] [11] too secular for [6] Ennahda [3] to gain broad support", "[7] [9] York Times reported mixed predictions among Tunisians for [13] party s success [8] some believing the party [10] enjoy support in [5] inland part of Tunisia [4] others saying [12] [11] too secular for [6] Ennahda Party to gain broad support", "[7] [9] York Times reported mixed predictions among Tunisians for [13] party s success [8] some believing the party [10] enjoy support in [5] inland part of Tunisia but others saying [12] [11] too secular for [6] Ennahda Party to gain broad support", "[7] [9] York Times reported mixed predictions among Tunisians for [13] party s success [8] some believing the party [10] enjoy support in the inland part of Tunisia but others saying [12] [11] too secular for [6] Ennahda Party to gain broad support", "[7] [9] York Times reported mixed predictions among Tunisians for [13] party s success [8] some believing the party [10] enjoy support in the inland part of Tunisia but others saying [12] [11] too secular for the Ennahda Party to gain broad support", "The [9] York Times reported mixed predictions among Tunisians for [13] party s success [8] some believing the party [10] enjoy support in the inland part of Tunisia but others saying [12] [11] too secular for the Ennahda Party to gain broad support", "The [9] York Times reported mixed predictions among Tunisians for [13] party s success with some believing the party [10] enjoy support in the inland part of Tunisia but others saying [12] [11] too secular for the Ennahda Party to gain broad support", "The New York Times reported mixed predictions among Tunisians for [13] party s success with some believing the party [10] enjoy support in the inland part of Tunisia but others saying [12] [11] too secular for the Ennahda Party to gain broad support", "The New York Times reported mixed predictions among Tunisians for [13] party s success with some believing the party would enjoy support in the inland part of Tunisia but others saying [12] [11] too secular for the Ennahda Party to gain broad support", "The New York Times reported mixed predictions among Tunisians for [13] party s success with some believing the party would enjoy support in the inland part of Tunisia but others saying [12] was too secular for the Ennahda Party to gain broad support", "The New York Times reported mixed predictions among Tunisians for [13] party s success with some believing the party would enjoy support in the inland part of Tunisia but others saying Tunisia was too secular for the Ennahda Party to gain broad support"]}, "config": {"list": [[1, "support"], [2, "mixed"], [3, "Party"], [4, "but"], [5, "the"], [6, "the"], [7, "The"], [8, "with"], [9, "New"], [10, "would"], [11, "was"], [12, "Tunisia"], [13, "the"]], "num_pairs": 13, "num_sentences": 43652, "original_sentence": "\"The New York Times\" reported mixed predictions among Tunisians for the party's success, with some believing the party would enjoy support in the inland part of Tunisia, but others saying Tunisia was \"too secular\" for the Ennahda Party to gain broad support.", "sentence": "[7] [9] York Times reported [2] predictions among Tunisians for [13] party s success [8] some believing the party [10] enjoy support in [5] inland part of Tunisia [4] others saying [12] [11] too secular for [6] Ennahda [3] to gain broad [1]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0116", "problem_name": "task18_0116"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[4] [1] [5] [3] [11] little Koyel [2] [12] [6] her parents [10] [13] for prioritizing Sarthak than Koyel [7] [8] [9]\nList:\n[(1, imbibes), (2, s), (3, hatred), (4, Tandra), (5, deep), (6, against), (7, 12), (8, years), (9, later), (10, especially), (11, in), (12, mind), (13, Joba)]", "label": {"final": "Tandra imbibes deep hatred in little Koyel s mind against her parents especially Joba for prioritizing Sarthak than Koyel 12 years later", "init": "[4] [1] [5] [3] [11] little Koyel [2] [12] [6] her parents [10] [13] for prioritizing Sarthak than Koyel [7] [8] [9]", "intermediate": ["[4] imbibes [5] [3] [11] little Koyel [2] [12] [6] her parents [10] [13] for prioritizing Sarthak than Koyel [7] [8] [9]", "[4] imbibes [5] [3] [11] little Koyel s [12] [6] her parents [10] [13] for prioritizing Sarthak than Koyel [7] [8] [9]", "[4] imbibes [5] hatred [11] little Koyel s [12] [6] her parents [10] [13] for prioritizing Sarthak than Koyel [7] [8] [9]", "Tandra imbibes [5] hatred [11] little Koyel s [12] [6] her parents [10] [13] for prioritizing Sarthak than Koyel [7] [8] [9]", "Tandra imbibes deep hatred [11] little Koyel s [12] [6] her parents [10] [13] for prioritizing Sarthak than Koyel [7] [8] [9]", "Tandra imbibes deep hatred [11] little Koyel s [12] against her parents [10] [13] for prioritizing Sarthak than Koyel [7] [8] [9]", "Tandra imbibes deep hatred [11] little Koyel s [12] against her parents [10] [13] for prioritizing Sarthak than Koyel 12 [8] [9]", "Tandra imbibes deep hatred [11] little Koyel s [12] against her parents [10] [13] for prioritizing Sarthak than Koyel 12 years [9]", "Tandra imbibes deep hatred [11] little Koyel s [12] against her parents [10] [13] for prioritizing Sarthak than Koyel 12 years later", "Tandra imbibes deep hatred [11] little Koyel s [12] against her parents especially [13] for prioritizing Sarthak than Koyel 12 years later", "Tandra imbibes deep hatred in little Koyel s [12] against her parents especially [13] for prioritizing Sarthak than Koyel 12 years later", "Tandra imbibes deep hatred in little Koyel s mind against her parents especially [13] for prioritizing Sarthak than Koyel 12 years later"]}, "config": {"list": [[1, "imbibes"], [2, "s"], [3, "hatred"], [4, "Tandra"], [5, "deep"], [6, "against"], [7, "12"], [8, "years"], [9, "later"], [10, "especially"], [11, "in"], [12, "mind"], [13, "Joba"]], "num_pairs": 13, "num_sentences": 43652, "original_sentence": "Tandra imbibes deep hatred in little Koyel's mind against her parents, especially Joba for prioritizing Sarthak than Koyel. 12 years later.", "sentence": "[4] [1] [5] [3] [11] little Koyel [2] [12] [6] her parents [10] [13] for prioritizing Sarthak than Koyel [7] [8] [9]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0117", "problem_name": "task18_0117"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[5] s second [4] [3] born [13] is the [10] [1] [7] [8] [6] [12] [9] at [11] 2010 [2] election\nList:\n[(1, Member), (2, general), (3, Caroline), (4, daughter), (5, Dinenage), (6, for), (7, of), (8, Parliament), (9, elected), (10, Conservative), (11, the), (12, Gosport), (13, 1971)]", "label": {"final": "Dinenage s second daughter Caroline born 1971 is the Conservative Member of Parliament for Gosport elected at the 2010 general election", "init": "[5] s second [4] [3] born [13] is the [10] [1] [7] [8] [6] [12] [9] at [11] 2010 [2] election", "intermediate": ["[5] s second [4] [3] born [13] is the [10] Member [7] [8] [6] [12] [9] at [11] 2010 [2] election", "[5] s second [4] [3] born [13] is the [10] Member [7] [8] [6] [12] [9] at [11] 2010 general election", "[5] s second [4] Caroline born [13] is the [10] Member [7] [8] [6] [12] [9] at [11] 2010 general election", "[5] s second daughter Caroline born [13] is the [10] Member [7] [8] [6] [12] [9] at [11] 2010 general election", "Dinenage s second daughter Caroline born [13] is the [10] Member [7] [8] [6] [12] [9] at [11] 2010 general election", "Dinenage s second daughter Caroline born [13] is the [10] Member [7] [8] for [12] [9] at [11] 2010 general election", "Dinenage s second daughter Caroline born [13] is the [10] Member of [8] for [12] [9] at [11] 2010 general election", "Dinenage s second daughter Caroline born [13] is the [10] Member of Parliament for [12] [9] at [11] 2010 general election", "Dinenage s second daughter Caroline born [13] is the [10] Member of Parliament for [12] elected at [11] 2010 general election", "Dinenage s second daughter Caroline born [13] is the Conservative Member of Parliament for [12] elected at [11] 2010 general election", "Dinenage s second daughter Caroline born [13] is the Conservative Member of Parliament for [12] elected at the 2010 general election", "Dinenage s second daughter Caroline born [13] is the Conservative Member of Parliament for Gosport elected at the 2010 general election"]}, "config": {"list": [[1, "Member"], [2, "general"], [3, "Caroline"], [4, "daughter"], [5, "Dinenage"], [6, "for"], [7, "of"], [8, "Parliament"], [9, "elected"], [10, "Conservative"], [11, "the"], [12, "Gosport"], [13, "1971"]], "num_pairs": 13, "num_sentences": 43652, "original_sentence": "Dinenage's second daughter Caroline (born 1971) is the Conservative Member of Parliament for Gosport (elected at the 2010 general election).", "sentence": "[5] s second [4] [3] born [13] is the [10] [1] [7] [8] [6] [12] [9] at [11] 2010 [2] election", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0118", "problem_name": "task18_0118"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAs is the case [4] [3] of [13] [11] films [10] this his 200th starring role [8] sizeable [2] [5] packed with familiar faces [6] earlier [1] Wayne films [7] them Sands of Iwo Jima [9] John Agar [12] Tucker and Richard Jaeckel\nList:\n[(1, John), (2, cast), (3, many), (4, with), (5, is), (6, from), (7, among), (8, the), (9, Wayne), (10, in), (11, s), (12, Forrest), (13, Wayne)]", "label": {"final": "As is the case with many of Wayne s films in this his 200th starring role the sizeable cast is packed with familiar faces from earlier John Wayne films among them Sands of Iwo Jima Wayne John Agar Forrest Tucker and Richard Jaeckel", "init": "As is the case [4] [3] of [13] [11] films [10] this his 200th starring role [8] sizeable [2] [5] packed with familiar faces [6] earlier [1] Wayne films [7] them Sands of Iwo Jima [9] John Agar [12] Tucker and Richard Jaeckel", "intermediate": ["As is the case [4] [3] of [13] [11] films [10] this his 200th starring role [8] sizeable [2] [5] packed with familiar faces [6] earlier John Wayne films [7] them Sands of Iwo Jima [9] John Agar [12] Tucker and Richard Jaeckel", "As is the case [4] [3] of [13] [11] films [10] this his 200th starring role [8] sizeable cast [5] packed with familiar faces [6] earlier John Wayne films [7] them Sands of Iwo Jima [9] John Agar [12] Tucker and Richard Jaeckel", "As is the case [4] many of [13] [11] films [10] this his 200th starring role [8] sizeable cast [5] packed with familiar faces [6] earlier John Wayne films [7] them Sands of Iwo Jima [9] John Agar [12] Tucker and Richard Jaeckel", "As is the case with many of [13] [11] films [10] this his 200th starring role [8] sizeable cast [5] packed with familiar faces [6] earlier John Wayne films [7] them Sands of Iwo Jima [9] John Agar [12] Tucker and Richard Jaeckel", "As is the case with many of [13] [11] films [10] this his 200th starring role [8] sizeable cast is packed with familiar faces [6] earlier John Wayne films [7] them Sands of Iwo Jima [9] John Agar [12] Tucker and Richard Jaeckel", "As is the case with many of [13] [11] films [10] this his 200th starring role [8] sizeable cast is packed with familiar faces from earlier John Wayne films [7] them Sands of Iwo Jima [9] John Agar [12] Tucker and Richard Jaeckel", "As is the case with many of [13] [11] films [10] this his 200th starring role [8] sizeable cast is packed with familiar faces from earlier John Wayne films among them Sands of Iwo Jima [9] John Agar [12] Tucker and Richard Jaeckel", "As is the case with many of [13] [11] films [10] this his 200th starring role the sizeable cast is packed with familiar faces from earlier John Wayne films among them Sands of Iwo Jima [9] John Agar [12] Tucker and Richard Jaeckel", "As is the case with many of [13] [11] films [10] this his 200th starring role the sizeable cast is packed with familiar faces from earlier John Wayne films among them Sands of Iwo Jima Wayne John Agar [12] Tucker and Richard Jaeckel", "As is the case with many of [13] [11] films in this his 200th starring role the sizeable cast is packed with familiar faces from earlier John Wayne films among them Sands of Iwo Jima Wayne John Agar [12] Tucker and Richard Jaeckel", "As is the case with many of [13] s films in this his 200th starring role the sizeable cast is packed with familiar faces from earlier John Wayne films among them Sands of Iwo Jima Wayne John Agar [12] Tucker and Richard Jaeckel", "As is the case with many of [13] s films in this his 200th starring role the sizeable cast is packed with familiar faces from earlier John Wayne films among them Sands of Iwo Jima Wayne John Agar Forrest Tucker and Richard Jaeckel"]}, "config": {"list": [[1, "John"], [2, "cast"], [3, "many"], [4, "with"], [5, "is"], [6, "from"], [7, "among"], [8, "the"], [9, "Wayne"], [10, "in"], [11, "s"], [12, "Forrest"], [13, "Wayne"]], "num_pairs": 13, "num_sentences": 43652, "original_sentence": "As is the case with many of Wayne's films, in this, his 200th starring role, the sizeable cast is packed with familiar faces from earlier John Wayne films, among them \"Sands of Iwo Jima\" (Wayne, John Agar, Forrest Tucker, and Richard Jaeckel).", "sentence": "As is the case [4] [3] of [13] [11] films [10] this his 200th starring role [8] sizeable [2] [5] packed with familiar faces [6] earlier [1] Wayne films [7] them Sands of Iwo Jima [9] John Agar [12] Tucker and Richard Jaeckel", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0119", "problem_name": "task18_0119"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[8] Gogh [14] [4] [6] [3] his [13] [2] works [9] [5] displayed at [7] [12] [1] [11] [10]\nList:\n[(1, in), (2, of), (3, in), (4, this), (5, be), (6, painting), (7, Les), (8, Van), (9, to), (10, 1890), (11, Brussels), (12, XX), (13, selection), (14, incorporated)]", "label": {"final": "Van Gogh incorporated this painting in his selection of works to be displayed at Les XX in Brussels 1890", "init": "[8] Gogh [14] [4] [6] [3] his [13] [2] works [9] [5] displayed at [7] [12] [1] [11] [10]", "intermediate": ["[8] Gogh [14] [4] [6] [3] his [13] [2] works [9] [5] displayed at [7] [12] in [11] [10]", "[8] Gogh [14] [4] [6] [3] his [13] of works [9] [5] displayed at [7] [12] in [11] [10]", "[8] Gogh [14] [4] [6] in his [13] of works [9] [5] displayed at [7] [12] in [11] [10]", "[8] Gogh [14] this [6] in his [13] of works [9] [5] displayed at [7] [12] in [11] [10]", "[8] Gogh [14] this [6] in his [13] of works [9] be displayed at [7] [12] in [11] [10]", "[8] Gogh [14] this painting in his [13] of works [9] be displayed at [7] [12] in [11] [10]", "[8] Gogh [14] this painting in his [13] of works [9] be displayed at Les [12] in [11] [10]", "Van Gogh [14] this painting in his [13] of works [9] be displayed at Les [12] in [11] [10]", "Van Gogh [14] this painting in his [13] of works to be displayed at Les [12] in [11] [10]", "Van Gogh [14] this painting in his [13] of works to be displayed at Les [12] in [11] 1890", "Van Gogh [14] this painting in his [13] of works to be displayed at Les [12] in Brussels 1890", "Van Gogh [14] this painting in his [13] of works to be displayed at Les XX in Brussels 1890", "Van Gogh [14] this painting in his selection of works to be displayed at Les XX in Brussels 1890"]}, "config": {"list": [[1, "in"], [2, "of"], [3, "in"], [4, "this"], [5, "be"], [6, "painting"], [7, "Les"], [8, "Van"], [9, "to"], [10, "1890"], [11, "Brussels"], [12, "XX"], [13, "selection"], [14, "incorporated"]], "num_pairs": 14, "num_sentences": 43652, "original_sentence": "Van Gogh incorporated this painting in his selection of works to be displayed at Les XX, in Brussels 1890.", "sentence": "[8] Gogh [14] [4] [6] [3] his [13] [2] works [9] [5] displayed at [7] [12] [1] [11] [10]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0120", "problem_name": "task18_0120"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[6] [9] [14] invincibility potion which changes [8] player [11] [7] [3] [2] [4] [10] [1] [13] [5] various [12]\nList:\n[(1, Firefox), (2, appear), (3, to), (4, like), (5, and), (6, Loot), (7, outfit), (8, a), (9, includes), (10, the), (11, s), (12, gear), (13, logo), (14, the)]", "label": {"final": "Loot includes the invincibility potion which changes a player s outfit to appear like the Firefox logo and various gear", "init": "[6] [9] [14] invincibility potion which changes [8] player [11] [7] [3] [2] [4] [10] [1] [13] [5] various [12]", "intermediate": ["[6] [9] [14] invincibility potion which changes [8] player [11] [7] [3] [2] [4] [10] Firefox [13] [5] various [12]", "[6] [9] [14] invincibility potion which changes [8] player [11] [7] [3] appear [4] [10] Firefox [13] [5] various [12]", "[6] [9] [14] invincibility potion which changes [8] player [11] [7] to appear [4] [10] Firefox [13] [5] various [12]", "[6] [9] [14] invincibility potion which changes [8] player [11] [7] to appear like [10] Firefox [13] [5] various [12]", "[6] [9] [14] invincibility potion which changes [8] player [11] [7] to appear like [10] Firefox [13] and various [12]", "Loot [9] [14] invincibility potion which changes [8] player [11] [7] to appear like [10] Firefox [13] and various [12]", "Loot [9] [14] invincibility potion which changes [8] player [11] outfit to appear like [10] Firefox [13] and various [12]", "Loot [9] [14] invincibility potion which changes a player [11] outfit to appear like [10] Firefox [13] and various [12]", "Loot includes [14] invincibility potion which changes a player [11] outfit to appear like [10] Firefox [13] and various [12]", "Loot includes [14] invincibility potion which changes a player [11] outfit to appear like the Firefox [13] and various [12]", "Loot includes [14] invincibility potion which changes a player s outfit to appear like the Firefox [13] and various [12]", "Loot includes [14] invincibility potion which changes a player s outfit to appear like the Firefox [13] and various gear", "Loot includes [14] invincibility potion which changes a player s outfit to appear like the Firefox logo and various gear"]}, "config": {"list": [[1, "Firefox"], [2, "appear"], [3, "to"], [4, "like"], [5, "and"], [6, "Loot"], [7, "outfit"], [8, "a"], [9, "includes"], [10, "the"], [11, "s"], [12, "gear"], [13, "logo"], [14, "the"]], "num_pairs": 14, "num_sentences": 43652, "original_sentence": "Loot includes the invincibility potion, which changes a player's outfit to appear like the Firefox logo, and various gear.", "sentence": "[6] [9] [14] invincibility potion which changes [8] player [11] [7] [3] [2] [4] [10] [1] [13] [5] various [12]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0121", "problem_name": "task18_0121"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[12] [5] films consist [11] [2] [3] black [7] white [1] [8] African [13] [6] [10] Oklahoma from [14] [9] [4]\nList:\n[(1, films), (2, 29), (3, silent), (4, 1928), (5, s), (6, communities), (7, and), (8, documenting), (9, to), (10, in), (11, of), (12, Jones), (13, American), (14, 1924)]", "label": {"final": "Jones s films consist of 29 silent black and white films documenting African American communities in Oklahoma from 1924 to 1928", "init": "[12] [5] films consist [11] [2] [3] black [7] white [1] [8] African [13] [6] [10] Oklahoma from [14] [9] [4]", "intermediate": ["[12] [5] films consist [11] [2] [3] black [7] white films [8] African [13] [6] [10] Oklahoma from [14] [9] [4]", "[12] [5] films consist [11] 29 [3] black [7] white films [8] African [13] [6] [10] Oklahoma from [14] [9] [4]", "[12] [5] films consist [11] 29 silent black [7] white films [8] African [13] [6] [10] Oklahoma from [14] [9] [4]", "[12] [5] films consist [11] 29 silent black [7] white films [8] African [13] [6] [10] Oklahoma from [14] [9] 1928", "[12] s films consist [11] 29 silent black [7] white films [8] African [13] [6] [10] Oklahoma from [14] [9] 1928", "[12] s films consist [11] 29 silent black [7] white films [8] African [13] communities [10] Oklahoma from [14] [9] 1928", "[12] s films consist [11] 29 silent black and white films [8] African [13] communities [10] Oklahoma from [14] [9] 1928", "[12] s films consist [11] 29 silent black and white films documenting African [13] communities [10] Oklahoma from [14] [9] 1928", "[12] s films consist [11] 29 silent black and white films documenting African [13] communities [10] Oklahoma from [14] to 1928", "[12] s films consist [11] 29 silent black and white films documenting African [13] communities in Oklahoma from [14] to 1928", "[12] s films consist of 29 silent black and white films documenting African [13] communities in Oklahoma from [14] to 1928", "Jones s films consist of 29 silent black and white films documenting African [13] communities in Oklahoma from [14] to 1928", "Jones s films consist of 29 silent black and white films documenting African American communities in Oklahoma from [14] to 1928"]}, "config": {"list": [[1, "films"], [2, "29"], [3, "silent"], [4, "1928"], [5, "s"], [6, "communities"], [7, "and"], [8, "documenting"], [9, "to"], [10, "in"], [11, "of"], [12, "Jones"], [13, "American"], [14, "1924"]], "num_pairs": 14, "num_sentences": 43652, "original_sentence": "Jones's films consist of 29 silent black-and-white films documenting African-American communities in Oklahoma from 1924 to 1928.", "sentence": "[12] [5] films consist [11] [2] [3] black [7] white [1] [8] African [13] [6] [10] Oklahoma from [14] [9] [4]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0122", "problem_name": "task18_0122"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[10] [13] [4] [5] [11] [3] for [6] [12] [2] [1] [8] [14] [7] [9]\nList:\n[(1, Cup), (2, World), (3, were), (4, what), (5, his), (6, after), (7, Defend), (8, MacLeod), (9, it), (10, When), (11, plans), (12, the), (13, asked), (14, quipped)]", "label": {"final": "When asked what his plans were for after the World Cup MacLeod quipped Defend it", "init": "[10] [13] [4] [5] [11] [3] for [6] [12] [2] [1] [8] [14] [7] [9]", "intermediate": ["[10] [13] [4] [5] [11] [3] for [6] [12] [2] Cup [8] [14] [7] [9]", "[10] [13] [4] [5] [11] [3] for [6] [12] World Cup [8] [14] [7] [9]", "[10] [13] [4] [5] [11] were for [6] [12] World Cup [8] [14] [7] [9]", "[10] [13] what [5] [11] were for [6] [12] World Cup [8] [14] [7] [9]", "[10] [13] what his [11] were for [6] [12] World Cup [8] [14] [7] [9]", "[10] [13] what his [11] were for after [12] World Cup [8] [14] [7] [9]", "[10] [13] what his [11] were for after [12] World Cup [8] [14] Defend [9]", "[10] [13] what his [11] were for after [12] World Cup MacLeod [14] Defend [9]", "[10] [13] what his [11] were for after [12] World Cup MacLeod [14] Defend it", "When [13] what his [11] were for after [12] World Cup MacLeod [14] Defend it", "When [13] what his plans were for after [12] World Cup MacLeod [14] Defend it", "When [13] what his plans were for after the World Cup MacLeod [14] Defend it", "When asked what his plans were for after the World Cup MacLeod [14] Defend it"]}, "config": {"list": [[1, "Cup"], [2, "World"], [3, "were"], [4, "what"], [5, "his"], [6, "after"], [7, "Defend"], [8, "MacLeod"], [9, "it"], [10, "When"], [11, "plans"], [12, "the"], [13, "asked"], [14, "quipped"]], "num_pairs": 14, "num_sentences": 43652, "original_sentence": "When asked what his plans were for after the World Cup, MacLeod quipped \"Defend it!\".", "sentence": "[10] [13] [4] [5] [11] [3] for [6] [12] [2] [1] [8] [14] [7] [9]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0123", "problem_name": "task18_0123"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[11] losing [10] [13] [12] in Germany [5] [4] [8] [14] [6] Georgia Ireland and [9] [1] [2] draws against [3] [7] Ireland\nList:\n[(1, and), (2, away), (3, Poland), (4, recorded), (5, Scotland), (6, against), (7, and), (8, home), (9, Gibraltar), (10, their), (11, After), (12, match), (13, opening), (14, wins)]", "label": {"final": "After losing their opening match in Germany Scotland recorded home wins against Georgia Ireland and Gibraltar and away draws against Poland and Ireland", "init": "[11] losing [10] [13] [12] in Germany [5] [4] [8] [14] [6] Georgia Ireland and [9] [1] [2] draws against [3] [7] Ireland", "intermediate": ["[11] losing [10] [13] [12] in Germany [5] [4] [8] [14] [6] Georgia Ireland and [9] and [2] draws against [3] [7] Ireland", "[11] losing [10] [13] [12] in Germany [5] [4] [8] [14] [6] Georgia Ireland and [9] and away draws against [3] [7] Ireland", "[11] losing [10] [13] [12] in Germany [5] [4] [8] [14] [6] Georgia Ireland and [9] and away draws against Poland [7] Ireland", "[11] losing [10] [13] [12] in Germany [5] recorded [8] [14] [6] Georgia Ireland and [9] and away draws against Poland [7] Ireland", "[11] losing [10] [13] [12] in Germany Scotland recorded [8] [14] [6] Georgia Ireland and [9] and away draws against Poland [7] Ireland", "[11] losing [10] [13] [12] in Germany Scotland recorded [8] [14] against Georgia Ireland and [9] and away draws against Poland [7] Ireland", "[11] losing [10] [13] [12] in Germany Scotland recorded [8] [14] against Georgia Ireland and [9] and away draws against Poland and Ireland", "[11] losing [10] [13] [12] in Germany Scotland recorded home [14] against Georgia Ireland and [9] and away draws against Poland and Ireland", "[11] losing [10] [13] [12] in Germany Scotland recorded home [14] against Georgia Ireland and Gibraltar and away draws against Poland and Ireland", "[11] losing their [13] [12] in Germany Scotland recorded home [14] against Georgia Ireland and Gibraltar and away draws against Poland and Ireland", "After losing their [13] [12] in Germany Scotland recorded home [14] against Georgia Ireland and Gibraltar and away draws against Poland and Ireland", "After losing their [13] match in Germany Scotland recorded home [14] against Georgia Ireland and Gibraltar and away draws against Poland and Ireland", "After losing their opening match in Germany Scotland recorded home [14] against Georgia Ireland and Gibraltar and away draws against Poland and Ireland"]}, "config": {"list": [[1, "and"], [2, "away"], [3, "Poland"], [4, "recorded"], [5, "Scotland"], [6, "against"], [7, "and"], [8, "home"], [9, "Gibraltar"], [10, "their"], [11, "After"], [12, "match"], [13, "opening"], [14, "wins"]], "num_pairs": 14, "num_sentences": 43652, "original_sentence": "After losing their opening match in Germany, Scotland recorded home wins against Georgia, Ireland and Gibraltar, and away draws against Poland and Ireland.", "sentence": "[11] losing [10] [13] [12] in Germany [5] [4] [8] [14] [6] Georgia Ireland and [9] [1] [2] draws against [3] [7] Ireland", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0124", "problem_name": "task18_0124"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[1] [6] [8] [11] [14] [2] [9] [7] [13] [12] [3] [4] [10] [5]\nList:\n[(1, On), (2, mock), (3, humorous), (4, purposes), (5, g), (6, occasion), (7, to), (8, accredited), (9, degrees), (10, e), (11, institutions), (12, for), (13, animals), (14, award)]", "label": {"final": "On occasion accredited institutions award mock degrees to animals for humorous purposes e g", "init": "[1] [6] [8] [11] [14] [2] [9] [7] [13] [12] [3] [4] [10] [5]", "intermediate": ["On [6] [8] [11] [14] [2] [9] [7] [13] [12] [3] [4] [10] [5]", "On [6] [8] [11] [14] mock [9] [7] [13] [12] [3] [4] [10] [5]", "On [6] [8] [11] [14] mock [9] [7] [13] [12] humorous [4] [10] [5]", "On [6] [8] [11] [14] mock [9] [7] [13] [12] humorous purposes [10] [5]", "On [6] [8] [11] [14] mock [9] [7] [13] [12] humorous purposes [10] g", "On occasion [8] [11] [14] mock [9] [7] [13] [12] humorous purposes [10] g", "On occasion [8] [11] [14] mock [9] to [13] [12] humorous purposes [10] g", "On occasion accredited [11] [14] mock [9] to [13] [12] humorous purposes [10] g", "On occasion accredited [11] [14] mock degrees to [13] [12] humorous purposes [10] g", "On occasion accredited [11] [14] mock degrees to [13] [12] humorous purposes e g", "On occasion accredited institutions [14] mock degrees to [13] [12] humorous purposes e g", "On occasion accredited institutions [14] mock degrees to [13] for humorous purposes e g", "On occasion accredited institutions [14] mock degrees to animals for humorous purposes e g"]}, "config": {"list": [[1, "On"], [2, "mock"], [3, "humorous"], [4, "purposes"], [5, "g"], [6, "occasion"], [7, "to"], [8, "accredited"], [9, "degrees"], [10, "e"], [11, "institutions"], [12, "for"], [13, "animals"], [14, "award"]], "num_pairs": 14, "num_sentences": 43652, "original_sentence": "On occasion, accredited institutions award mock degrees to animals for humorous purposes, e.g.", "sentence": "[1] [6] [8] [11] [14] [2] [9] [7] [13] [12] [3] [4] [10] [5]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0125", "problem_name": "task18_0125"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[7] [5] [2] [8] [11] [14] [12] [13] [6] of [10] [1] [3] [9] [4]\nList:\n[(1, Lega), (2, 31), (3, Basket), (4, A), (5, August), (6, Basket), (7, On), (8, 2013), (9, Serie), (10, the), (11, he), (12, with), (13, Juvecaserta), (14, signed)]", "label": {"final": "On August 31 2013 he signed with Juvecaserta Basket of the Lega Basket Serie A", "init": "[7] [5] [2] [8] [11] [14] [12] [13] [6] of [10] [1] [3] [9] [4]", "intermediate": ["[7] [5] [2] [8] [11] [14] [12] [13] [6] of [10] Lega [3] [9] [4]", "[7] [5] 31 [8] [11] [14] [12] [13] [6] of [10] Lega [3] [9] [4]", "[7] [5] 31 [8] [11] [14] [12] [13] [6] of [10] Lega Basket [9] [4]", "[7] [5] 31 [8] [11] [14] [12] [13] [6] of [10] Lega Basket [9] A", "[7] August 31 [8] [11] [14] [12] [13] [6] of [10] Lega Basket [9] A", "[7] August 31 [8] [11] [14] [12] [13] Basket of [10] Lega Basket [9] A", "On August 31 [8] [11] [14] [12] [13] Basket of [10] Lega Basket [9] A", "On August 31 2013 [11] [14] [12] [13] Basket of [10] Lega Basket [9] A", "On August 31 2013 [11] [14] [12] [13] Basket of [10] Lega Basket Serie A", "On August 31 2013 [11] [14] [12] [13] Basket of the Lega Basket Serie A", "On August 31 2013 he [14] [12] [13] Basket of the Lega Basket Serie A", "On August 31 2013 he [14] with [13] Basket of the Lega Basket Serie A", "On August 31 2013 he [14] with Juvecaserta Basket of the Lega Basket Serie A"]}, "config": {"list": [[1, "Lega"], [2, "31"], [3, "Basket"], [4, "A"], [5, "August"], [6, "Basket"], [7, "On"], [8, "2013"], [9, "Serie"], [10, "the"], [11, "he"], [12, "with"], [13, "Juvecaserta"], [14, "signed"]], "num_pairs": 14, "num_sentences": 43652, "original_sentence": "On August 31, 2013, he signed with Juvecaserta Basket of the Lega Basket Serie A.", "sentence": "[7] [5] [2] [8] [11] [14] [12] [13] [6] of [10] [1] [3] [9] [4]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0126", "problem_name": "task18_0126"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[6] [2] [1] [4] [14] [7] [11] [5] [9] [10] [12] [8] charged [13] state building [3]\nList:\n[(1, mainly), (2, builds), (3, projects), (4, churches), (5, but), (6, He), (7, residential), (8, also), (9, he), (10, has), (11, buildings), (12, been), (13, with), (14, and)]", "label": {"final": "He builds mainly churches and residential buildings but he has been also charged with state building projects", "init": "[6] [2] [1] [4] [14] [7] [11] [5] [9] [10] [12] [8] charged [13] state building [3]", "intermediate": ["[6] [2] mainly [4] [14] [7] [11] [5] [9] [10] [12] [8] charged [13] state building [3]", "[6] builds mainly [4] [14] [7] [11] [5] [9] [10] [12] [8] charged [13] state building [3]", "[6] builds mainly [4] [14] [7] [11] [5] [9] [10] [12] [8] charged [13] state building projects", "[6] builds mainly churches [14] [7] [11] [5] [9] [10] [12] [8] charged [13] state building projects", "[6] builds mainly churches [14] [7] [11] but [9] [10] [12] [8] charged [13] state building projects", "He builds mainly churches [14] [7] [11] but [9] [10] [12] [8] charged [13] state building projects", "He builds mainly churches [14] residential [11] but [9] [10] [12] [8] charged [13] state building projects", "He builds mainly churches [14] residential [11] but [9] [10] [12] also charged [13] state building projects", "He builds mainly churches [14] residential [11] but he [10] [12] also charged [13] state building projects", "He builds mainly churches [14] residential [11] but he has [12] also charged [13] state building projects", "He builds mainly churches [14] residential buildings but he has [12] also charged [13] state building projects", "He builds mainly churches [14] residential buildings but he has been also charged [13] state building projects", "He builds mainly churches [14] residential buildings but he has been also charged with state building projects"]}, "config": {"list": [[1, "mainly"], [2, "builds"], [3, "projects"], [4, "churches"], [5, "but"], [6, "He"], [7, "residential"], [8, "also"], [9, "he"], [10, "has"], [11, "buildings"], [12, "been"], [13, "with"], [14, "and"]], "num_pairs": 14, "num_sentences": 43652, "original_sentence": "He builds mainly churches and residential buildings, but he has been also charged with state building projects.", "sentence": "[6] [2] [1] [4] [14] [7] [11] [5] [9] [10] [12] [8] charged [13] state building [3]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0127", "problem_name": "task18_0127"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[3] [2] be [11] [1] [13] Tokyo [12] Ward [9] part of [10] [6] [7] [14] [5] [4] [8]\nList:\n[(1, in), (2, will), (3, It), (4, park), (5, amusement), (6, now), (7, defunct), (8, site), (9, on), (10, the), (11, located), (12, Nerima), (13, the), (14, Toshimaen)]", "label": {"final": "It will be located in the Tokyo Nerima Ward on part of the now defunct Toshimaen amusement park site", "init": "[3] [2] be [11] [1] [13] Tokyo [12] Ward [9] part of [10] [6] [7] [14] [5] [4] [8]", "intermediate": ["[3] [2] be [11] in [13] Tokyo [12] Ward [9] part of [10] [6] [7] [14] [5] [4] [8]", "[3] will be [11] in [13] Tokyo [12] Ward [9] part of [10] [6] [7] [14] [5] [4] [8]", "It will be [11] in [13] Tokyo [12] Ward [9] part of [10] [6] [7] [14] [5] [4] [8]", "It will be [11] in [13] Tokyo [12] Ward [9] part of [10] [6] [7] [14] [5] park [8]", "It will be [11] in [13] Tokyo [12] Ward [9] part of [10] [6] [7] [14] amusement park [8]", "It will be [11] in [13] Tokyo [12] Ward [9] part of [10] now [7] [14] amusement park [8]", "It will be [11] in [13] Tokyo [12] Ward [9] part of [10] now defunct [14] amusement park [8]", "It will be [11] in [13] Tokyo [12] Ward [9] part of [10] now defunct [14] amusement park site", "It will be [11] in [13] Tokyo [12] Ward on part of [10] now defunct [14] amusement park site", "It will be [11] in [13] Tokyo [12] Ward on part of the now defunct [14] amusement park site", "It will be located in [13] Tokyo [12] Ward on part of the now defunct [14] amusement park site", "It will be located in [13] Tokyo Nerima Ward on part of the now defunct [14] amusement park site", "It will be located in the Tokyo Nerima Ward on part of the now defunct [14] amusement park site"]}, "config": {"list": [[1, "in"], [2, "will"], [3, "It"], [4, "park"], [5, "amusement"], [6, "now"], [7, "defunct"], [8, "site"], [9, "on"], [10, "the"], [11, "located"], [12, "Nerima"], [13, "the"], [14, "Toshimaen"]], "num_pairs": 14, "num_sentences": 43652, "original_sentence": "It will be located in the Tokyo Nerima Ward, on part of the now-defunct Toshimaen amusement park site.", "sentence": "[3] [2] be [11] [1] [13] Tokyo [12] Ward [9] part of [10] [6] [7] [14] [5] [4] [8]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0128", "problem_name": "task18_0128"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[12] [10] the [6] [14] the [2] painter [9] [3] [4] [11] [13] to Spain [5] work [7] decorations [8] [1] Escorial\nList:\n[(1, El), (2, Italian), (3, Ricci), (4, who), (5, to), (6, son), (7, on), (8, for), (9, Antonio), (10, was), (11, had), (12, He), (13, come), (14, of)]", "label": {"final": "He was the son of the Italian painter Antonio Ricci who had come to Spain to work on decorations for El Escorial", "init": "[12] [10] the [6] [14] the [2] painter [9] [3] [4] [11] [13] to Spain [5] work [7] decorations [8] [1] Escorial", "intermediate": ["[12] [10] the [6] [14] the [2] painter [9] [3] [4] [11] [13] to Spain [5] work [7] decorations [8] El Escorial", "[12] [10] the [6] [14] the Italian painter [9] [3] [4] [11] [13] to Spain [5] work [7] decorations [8] El Escorial", "[12] [10] the [6] [14] the Italian painter [9] Ricci [4] [11] [13] to Spain [5] work [7] decorations [8] El Escorial", "[12] [10] the [6] [14] the Italian painter [9] Ricci who [11] [13] to Spain [5] work [7] decorations [8] El Escorial", "[12] [10] the [6] [14] the Italian painter [9] Ricci who [11] [13] to Spain to work [7] decorations [8] El Escorial", "[12] [10] the son [14] the Italian painter [9] Ricci who [11] [13] to Spain to work [7] decorations [8] El Escorial", "[12] [10] the son [14] the Italian painter [9] Ricci who [11] [13] to Spain to work on decorations [8] El Escorial", "[12] [10] the son [14] the Italian painter [9] Ricci who [11] [13] to Spain to work on decorations for El Escorial", "[12] [10] the son [14] the Italian painter Antonio Ricci who [11] [13] to Spain to work on decorations for El Escorial", "[12] was the son [14] the Italian painter Antonio Ricci who [11] [13] to Spain to work on decorations for El Escorial", "[12] was the son [14] the Italian painter Antonio Ricci who had [13] to Spain to work on decorations for El Escorial", "He was the son [14] the Italian painter Antonio Ricci who had [13] to Spain to work on decorations for El Escorial", "He was the son [14] the Italian painter Antonio Ricci who had come to Spain to work on decorations for El Escorial"]}, "config": {"list": [[1, "El"], [2, "Italian"], [3, "Ricci"], [4, "who"], [5, "to"], [6, "son"], [7, "on"], [8, "for"], [9, "Antonio"], [10, "was"], [11, "had"], [12, "He"], [13, "come"], [14, "of"]], "num_pairs": 14, "num_sentences": 43652, "original_sentence": "He was the son of the Italian painter, Antonio Ricci, who had come to Spain to work on decorations for El Escorial.", "sentence": "[12] [10] the [6] [14] the [2] painter [9] [3] [4] [11] [13] to Spain [5] work [7] decorations [8] [1] Escorial", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0129", "problem_name": "task18_0129"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[15] [1] [10] four [7] [3] [4] [2] [9] which appeared [6] [5] [13] before being [11] [12] [8] [14]\nList:\n[(1, appears), (2, all), (3, length), (4, works), (5, magazine), (6, as), (7, novel), (8, book), (9, of), (10, in), (11, published), (12, in), (13, serials), (14, form), (15, Psmith)]", "label": {"final": "Psmith appears in four novel length works all of which appeared as magazine serials before being published in book form", "init": "[15] [1] [10] four [7] [3] [4] [2] [9] which appeared [6] [5] [13] before being [11] [12] [8] [14]", "intermediate": ["[15] appears [10] four [7] [3] [4] [2] [9] which appeared [6] [5] [13] before being [11] [12] [8] [14]", "[15] appears [10] four [7] [3] [4] all [9] which appeared [6] [5] [13] before being [11] [12] [8] [14]", "[15] appears [10] four [7] length [4] all [9] which appeared [6] [5] [13] before being [11] [12] [8] [14]", "[15] appears [10] four [7] length works all [9] which appeared [6] [5] [13] before being [11] [12] [8] [14]", "[15] appears [10] four [7] length works all [9] which appeared [6] magazine [13] before being [11] [12] [8] [14]", "[15] appears [10] four [7] length works all [9] which appeared as magazine [13] before being [11] [12] [8] [14]", "[15] appears [10] four novel length works all [9] which appeared as magazine [13] before being [11] [12] [8] [14]", "[15] appears [10] four novel length works all [9] which appeared as magazine [13] before being [11] [12] book [14]", "[15] appears [10] four novel length works all of which appeared as magazine [13] before being [11] [12] book [14]", "[15] appears in four novel length works all of which appeared as magazine [13] before being [11] [12] book [14]", "[15] appears in four novel length works all of which appeared as magazine [13] before being published [12] book [14]", "[15] appears in four novel length works all of which appeared as magazine [13] before being published in book [14]", "[15] appears in four novel length works all of which appeared as magazine serials before being published in book [14]", "[15] appears in four novel length works all of which appeared as magazine serials before being published in book form"]}, "config": {"list": [[1, "appears"], [2, "all"], [3, "length"], [4, "works"], [5, "magazine"], [6, "as"], [7, "novel"], [8, "book"], [9, "of"], [10, "in"], [11, "published"], [12, "in"], [13, "serials"], [14, "form"], [15, "Psmith"]], "num_pairs": 15, "num_sentences": 43652, "original_sentence": "Psmith appears in four novel-length works, all of which appeared as magazine serials before being published in book form.", "sentence": "[15] [1] [10] four [7] [3] [4] [2] [9] which appeared [6] [5] [13] before being [11] [12] [8] [14]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0130", "problem_name": "task18_0130"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[11] [4] [15] [13] [2] [7] [5] the [14] [12] who [6] [8] [1] [10] [9] [3]\nList:\n[(1, president), (2, or), (3, president), (4, chose), (5, to), (6, voted), (7, electors), (8, for), (9, vice), (10, and), (11, Voters), (12, College), (13, representatives), (14, Electoral), (15, five)]", "label": {"final": "Voters chose five representatives or electors to the Electoral College who voted for president and vice president", "init": "[11] [4] [15] [13] [2] [7] [5] the [14] [12] who [6] [8] [1] [10] [9] [3]", "intermediate": ["[11] [4] [15] [13] [2] [7] [5] the [14] [12] who [6] [8] president [10] [9] [3]", "[11] [4] [15] [13] or [7] [5] the [14] [12] who [6] [8] president [10] [9] [3]", "[11] [4] [15] [13] or [7] [5] the [14] [12] who [6] [8] president [10] [9] president", "[11] chose [15] [13] or [7] [5] the [14] [12] who [6] [8] president [10] [9] president", "[11] chose [15] [13] or [7] to the [14] [12] who [6] [8] president [10] [9] president", "[11] chose [15] [13] or [7] to the [14] [12] who voted [8] president [10] [9] president", "[11] chose [15] [13] or electors to the [14] [12] who voted [8] president [10] [9] president", "[11] chose [15] [13] or electors to the [14] [12] who voted for president [10] [9] president", "[11] chose [15] [13] or electors to the [14] [12] who voted for president [10] vice president", "[11] chose [15] [13] or electors to the [14] [12] who voted for president and vice president", "Voters chose [15] [13] or electors to the [14] [12] who voted for president and vice president", "Voters chose [15] [13] or electors to the [14] College who voted for president and vice president", "Voters chose [15] representatives or electors to the [14] College who voted for president and vice president", "Voters chose [15] representatives or electors to the Electoral College who voted for president and vice president"]}, "config": {"list": [[1, "president"], [2, "or"], [3, "president"], [4, "chose"], [5, "to"], [6, "voted"], [7, "electors"], [8, "for"], [9, "vice"], [10, "and"], [11, "Voters"], [12, "College"], [13, "representatives"], [14, "Electoral"], [15, "five"]], "num_pairs": 15, "num_sentences": 43652, "original_sentence": "Voters chose five representatives, or electors to the Electoral College, who voted for president and vice president.", "sentence": "[11] [4] [15] [13] [2] [7] [5] the [14] [12] who [6] [8] [1] [10] [9] [3]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0131", "problem_name": "task18_0131"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[13] [11] Computing Competition CCC [8] [3] [5] competition [2] [1] [7] for [4] [6] [14] [15] [10] for higher [12] [9]\nList:\n[(1, into), (2, split), (3, a), (4, elementary), (5, programming), (6, programming), (7, Junior), (8, is), (9, skills), (10, Senior), (11, Canadian), (12, programming), (13, The), (14, skills), (15, and)]", "label": {"final": "The Canadian Computing Competition CCC is a programming competition split into Junior for elementary programming skills and Senior for higher programming skills", "init": "[13] [11] Computing Competition CCC [8] [3] [5] competition [2] [1] [7] for [4] [6] [14] [15] [10] for higher [12] [9]", "intermediate": ["[13] [11] Computing Competition CCC [8] [3] [5] competition [2] into [7] for [4] [6] [14] [15] [10] for higher [12] [9]", "[13] [11] Computing Competition CCC [8] [3] [5] competition split into [7] for [4] [6] [14] [15] [10] for higher [12] [9]", "[13] [11] Computing Competition CCC [8] a [5] competition split into [7] for [4] [6] [14] [15] [10] for higher [12] [9]", "[13] [11] Computing Competition CCC [8] a [5] competition split into [7] for elementary [6] [14] [15] [10] for higher [12] [9]", "[13] [11] Computing Competition CCC [8] a programming competition split into [7] for elementary [6] [14] [15] [10] for higher [12] [9]", "[13] [11] Computing Competition CCC [8] a programming competition split into [7] for elementary programming [14] [15] [10] for higher [12] [9]", "[13] [11] Computing Competition CCC [8] a programming competition split into Junior for elementary programming [14] [15] [10] for higher [12] [9]", "[13] [11] Computing Competition CCC is a programming competition split into Junior for elementary programming [14] [15] [10] for higher [12] [9]", "[13] [11] Computing Competition CCC is a programming competition split into Junior for elementary programming [14] [15] [10] for higher [12] skills", "[13] [11] Computing Competition CCC is a programming competition split into Junior for elementary programming [14] [15] Senior for higher [12] skills", "[13] Canadian Computing Competition CCC is a programming competition split into Junior for elementary programming [14] [15] Senior for higher [12] skills", "[13] Canadian Computing Competition CCC is a programming competition split into Junior for elementary programming [14] [15] Senior for higher programming skills", "The Canadian Computing Competition CCC is a programming competition split into Junior for elementary programming [14] [15] Senior for higher programming skills", "The Canadian Computing Competition CCC is a programming competition split into Junior for elementary programming skills [15] Senior for higher programming skills"]}, "config": {"list": [[1, "into"], [2, "split"], [3, "a"], [4, "elementary"], [5, "programming"], [6, "programming"], [7, "Junior"], [8, "is"], [9, "skills"], [10, "Senior"], [11, "Canadian"], [12, "programming"], [13, "The"], [14, "skills"], [15, "and"]], "num_pairs": 15, "num_sentences": 43652, "original_sentence": "The Canadian Computing Competition (CCC) is a programming competition, split into Junior (for elementary programming skills) and Senior (for higher programming skills).", "sentence": "[13] [11] Computing Competition CCC [8] [3] [5] competition [2] [1] [7] for [4] [6] [14] [15] [10] for higher [12] [9]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0132", "problem_name": "task18_0132"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[11] [12] [13] [14] [5] Recognized [9] of the [3] [1] the second highest honor [4] [7] [10] in [15] awarded [8] the [2] s [6]\nList:\n[(1, Federation), (2, country), (3, Russian), (4, for), (5, a), (6, President), (7, a), (8, by), (9, Artist), (10, singer), (11, In), (12, 1997), (13, Rastorguyev), (14, became), (15, Russia)]", "label": {"final": "In 1997 Rastorguyev became a Recognized Artist of the Russian Federation the second highest honor for a singer in Russia awarded by the country s President", "init": "[11] [12] [13] [14] [5] Recognized [9] of the [3] [1] the second highest honor [4] [7] [10] in [15] awarded [8] the [2] s [6]", "intermediate": ["[11] [12] [13] [14] [5] Recognized [9] of the [3] Federation the second highest honor [4] [7] [10] in [15] awarded [8] the [2] s [6]", "[11] [12] [13] [14] [5] Recognized [9] of the [3] Federation the second highest honor [4] [7] [10] in [15] awarded [8] the country s [6]", "[11] [12] [13] [14] [5] Recognized [9] of the Russian Federation the second highest honor [4] [7] [10] in [15] awarded [8] the country s [6]", "[11] [12] [13] [14] [5] Recognized [9] of the Russian Federation the second highest honor for [7] [10] in [15] awarded [8] the country s [6]", "[11] [12] [13] [14] a Recognized [9] of the Russian Federation the second highest honor for [7] [10] in [15] awarded [8] the country s [6]", "[11] [12] [13] [14] a Recognized [9] of the Russian Federation the second highest honor for [7] [10] in [15] awarded [8] the country s President", "[11] [12] [13] [14] a Recognized [9] of the Russian Federation the second highest honor for a [10] in [15] awarded [8] the country s President", "[11] [12] [13] [14] a Recognized [9] of the Russian Federation the second highest honor for a [10] in [15] awarded by the country s President", "[11] [12] [13] [14] a Recognized Artist of the Russian Federation the second highest honor for a [10] in [15] awarded by the country s President", "[11] [12] [13] [14] a Recognized Artist of the Russian Federation the second highest honor for a singer in [15] awarded by the country s President", "In [12] [13] [14] a Recognized Artist of the Russian Federation the second highest honor for a singer in [15] awarded by the country s President", "In 1997 [13] [14] a Recognized Artist of the Russian Federation the second highest honor for a singer in [15] awarded by the country s President", "In 1997 Rastorguyev [14] a Recognized Artist of the Russian Federation the second highest honor for a singer in [15] awarded by the country s President", "In 1997 Rastorguyev became a Recognized Artist of the Russian Federation the second highest honor for a singer in [15] awarded by the country s President"]}, "config": {"list": [[1, "Federation"], [2, "country"], [3, "Russian"], [4, "for"], [5, "a"], [6, "President"], [7, "a"], [8, "by"], [9, "Artist"], [10, "singer"], [11, "In"], [12, "1997"], [13, "Rastorguyev"], [14, "became"], [15, "Russia"]], "num_pairs": 15, "num_sentences": 43652, "original_sentence": "In 1997, Rastorguyev became a \"Recognized Artist of the Russian Federation\" (), the second-highest honor for a singer in Russia, awarded by the country's President.", "sentence": "[11] [12] [13] [14] [5] Recognized [9] of the [3] [1] the second highest honor [4] [7] [10] in [15] awarded [8] the [2] s [6]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0133", "problem_name": "task18_0133"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[5] [11] Leutnant [12] [13] claimed a Spitfire but [1] returning [10] base found himself threatened [14] [3] martial [9] Ihlefeld for [2] [4] than [7] else implying [6] was [8] [15] cowardice\nList:\n[(1, on), (2, landing), (3, court), (4, earlier), (5, One), (6, Halbey), (7, anyone), (8, guilty), (9, by), (10, to), (11, airman), (12, Hans), (13, Halbey), (14, with), (15, of)]", "label": {"final": "One airman Leutnant Hans Halbey claimed a Spitfire but on returning to base found himself threatened with court martial by Ihlefeld for landing earlier than anyone else implying Halbey was guilty of cowardice", "init": "[5] [11] Leutnant [12] [13] claimed a Spitfire but [1] returning [10] base found himself threatened [14] [3] martial [9] Ihlefeld for [2] [4] than [7] else implying [6] was [8] [15] cowardice", "intermediate": ["[5] [11] Leutnant [12] [13] claimed a Spitfire but on returning [10] base found himself threatened [14] [3] martial [9] Ihlefeld for [2] [4] than [7] else implying [6] was [8] [15] cowardice", "[5] [11] Leutnant [12] [13] claimed a Spitfire but on returning [10] base found himself threatened [14] [3] martial [9] Ihlefeld for landing [4] than [7] else implying [6] was [8] [15] cowardice", "[5] [11] Leutnant [12] [13] claimed a Spitfire but on returning [10] base found himself threatened [14] court martial [9] Ihlefeld for landing [4] than [7] else implying [6] was [8] [15] cowardice", "[5] [11] Leutnant [12] [13] claimed a Spitfire but on returning [10] base found himself threatened [14] court martial [9] Ihlefeld for landing earlier than [7] else implying [6] was [8] [15] cowardice", "One [11] Leutnant [12] [13] claimed a Spitfire but on returning [10] base found himself threatened [14] court martial [9] Ihlefeld for landing earlier than [7] else implying [6] was [8] [15] cowardice", "One [11] Leutnant [12] [13] claimed a Spitfire but on returning [10] base found himself threatened [14] court martial [9] Ihlefeld for landing earlier than [7] else implying Halbey was [8] [15] cowardice", "One [11] Leutnant [12] [13] claimed a Spitfire but on returning [10] base found himself threatened [14] court martial [9] Ihlefeld for landing earlier than anyone else implying Halbey was [8] [15] cowardice", "One [11] Leutnant [12] [13] claimed a Spitfire but on returning [10] base found himself threatened [14] court martial [9] Ihlefeld for landing earlier than anyone else implying Halbey was guilty [15] cowardice", "One [11] Leutnant [12] [13] claimed a Spitfire but on returning [10] base found himself threatened [14] court martial by Ihlefeld for landing earlier than anyone else implying Halbey was guilty [15] cowardice", "One [11] Leutnant [12] [13] claimed a Spitfire but on returning to base found himself threatened [14] court martial by Ihlefeld for landing earlier than anyone else implying Halbey was guilty [15] cowardice", "One airman Leutnant [12] [13] claimed a Spitfire but on returning to base found himself threatened [14] court martial by Ihlefeld for landing earlier than anyone else implying Halbey was guilty [15] cowardice", "One airman Leutnant Hans [13] claimed a Spitfire but on returning to base found himself threatened [14] court martial by Ihlefeld for landing earlier than anyone else implying Halbey was guilty [15] cowardice", "One airman Leutnant Hans Halbey claimed a Spitfire but on returning to base found himself threatened [14] court martial by Ihlefeld for landing earlier than anyone else implying Halbey was guilty [15] cowardice", "One airman Leutnant Hans Halbey claimed a Spitfire but on returning to base found himself threatened with court martial by Ihlefeld for landing earlier than anyone else implying Halbey was guilty [15] cowardice"]}, "config": {"list": [[1, "on"], [2, "landing"], [3, "court"], [4, "earlier"], [5, "One"], [6, "Halbey"], [7, "anyone"], [8, "guilty"], [9, "by"], [10, "to"], [11, "airman"], [12, "Hans"], [13, "Halbey"], [14, "with"], [15, "of"]], "num_pairs": 15, "num_sentences": 43652, "original_sentence": "One airman, \"Leutnant\" Hans Halbey claimed a Spitfire, but on returning to base found himself threatened with court-martial by Ihlefeld for landing earlier than anyone else, implying Halbey was guilty of cowardice.", "sentence": "[5] [11] Leutnant [12] [13] claimed a Spitfire but [1] returning [10] base found himself threatened [14] [3] martial [9] Ihlefeld for [2] [4] than [7] else implying [6] was [8] [15] cowardice", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0134", "problem_name": "task18_0134"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nFor instance the Taiwan [11] [8] [5] and [1] the [7] Religious [12] [10] [4] [14] Taiwan Religious Association [9] private organizations that [15] greater [13] and [3] [2] adherents of different [6]\nList:\n[(1, Peace), (2, among), (3, tolerance), (4, and), (5, Religion), (6, religions), (7, China), (8, for), (9, are), (10, Association), (11, Council), (12, Believers), (13, understanding), (14, the), (15, promote)]", "label": {"final": "For instance the Taiwan Council for Religion and Peace the China Religious Believers Association and the Taiwan Religious Association are private organizations that promote greater understanding and tolerance among adherents of different religions", "init": "For instance the Taiwan [11] [8] [5] and [1] the [7] Religious [12] [10] [4] [14] Taiwan Religious Association [9] private organizations that [15] greater [13] and [3] [2] adherents of different [6]", "intermediate": ["For instance the Taiwan [11] [8] [5] and Peace the [7] Religious [12] [10] [4] [14] Taiwan Religious Association [9] private organizations that [15] greater [13] and [3] [2] adherents of different [6]", "For instance the Taiwan [11] [8] [5] and Peace the [7] Religious [12] [10] [4] [14] Taiwan Religious Association [9] private organizations that [15] greater [13] and [3] among adherents of different [6]", "For instance the Taiwan [11] [8] [5] and Peace the [7] Religious [12] [10] [4] [14] Taiwan Religious Association [9] private organizations that [15] greater [13] and tolerance among adherents of different [6]", "For instance the Taiwan [11] [8] [5] and Peace the [7] Religious [12] [10] and [14] Taiwan Religious Association [9] private organizations that [15] greater [13] and tolerance among adherents of different [6]", "For instance the Taiwan [11] [8] Religion and Peace the [7] Religious [12] [10] and [14] Taiwan Religious Association [9] private organizations that [15] greater [13] and tolerance among adherents of different [6]", "For instance the Taiwan [11] [8] Religion and Peace the [7] Religious [12] [10] and [14] Taiwan Religious Association [9] private organizations that [15] greater [13] and tolerance among adherents of different religions", "For instance the Taiwan [11] [8] Religion and Peace the China Religious [12] [10] and [14] Taiwan Religious Association [9] private organizations that [15] greater [13] and tolerance among adherents of different religions", "For instance the Taiwan [11] for Religion and Peace the China Religious [12] [10] and [14] Taiwan Religious Association [9] private organizations that [15] greater [13] and tolerance among adherents of different religions", "For instance the Taiwan [11] for Religion and Peace the China Religious [12] [10] and [14] Taiwan Religious Association are private organizations that [15] greater [13] and tolerance among adherents of different religions", "For instance the Taiwan [11] for Religion and Peace the China Religious [12] Association and [14] Taiwan Religious Association are private organizations that [15] greater [13] and tolerance among adherents of different religions", "For instance the Taiwan Council for Religion and Peace the China Religious [12] Association and [14] Taiwan Religious Association are private organizations that [15] greater [13] and tolerance among adherents of different religions", "For instance the Taiwan Council for Religion and Peace the China Religious Believers Association and [14] Taiwan Religious Association are private organizations that [15] greater [13] and tolerance among adherents of different religions", "For instance the Taiwan Council for Religion and Peace the China Religious Believers Association and [14] Taiwan Religious Association are private organizations that [15] greater understanding and tolerance among adherents of different religions", "For instance the Taiwan Council for Religion and Peace the China Religious Believers Association and the Taiwan Religious Association are private organizations that [15] greater understanding and tolerance among adherents of different religions"]}, "config": {"list": [[1, "Peace"], [2, "among"], [3, "tolerance"], [4, "and"], [5, "Religion"], [6, "religions"], [7, "China"], [8, "for"], [9, "are"], [10, "Association"], [11, "Council"], [12, "Believers"], [13, "understanding"], [14, "the"], [15, "promote"]], "num_pairs": 15, "num_sentences": 43652, "original_sentence": "For instance, the Taiwan Council for Religion and Peace, the China Religious Believers Association, and the Taiwan Religious Association are private organizations that promote greater understanding and tolerance among adherents of different religions.", "sentence": "For instance the Taiwan [11] [8] [5] and [1] the [7] Religious [12] [10] [4] [14] Taiwan Religious Association [9] private organizations that [15] greater [13] and [3] [2] adherents of different [6]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0135", "problem_name": "task18_0135"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[10] 1941 he [15] [7] Army [12] [6] as [1] [9] cadet [2] [5] [8] [4] [11] [3] Field and Ellington [13] [14]\nList:\n[(1, an), (2, and), (3, Randolph), (4, schools), (5, attended), (6, Corps), (7, the), (8, flying), (9, aviation), (10, In), (11, at), (12, Air), (13, Field), (14, Texas), (15, entered)]", "label": {"final": "In 1941 he entered the Army Air Corps as an aviation cadet and attended flying schools at Randolph Field and Ellington Field Texas", "init": "[10] 1941 he [15] [7] Army [12] [6] as [1] [9] cadet [2] [5] [8] [4] [11] [3] Field and Ellington [13] [14]", "intermediate": ["[10] 1941 he [15] [7] Army [12] [6] as an [9] cadet [2] [5] [8] [4] [11] [3] Field and Ellington [13] [14]", "[10] 1941 he [15] [7] Army [12] [6] as an [9] cadet and [5] [8] [4] [11] [3] Field and Ellington [13] [14]", "[10] 1941 he [15] [7] Army [12] [6] as an [9] cadet and [5] [8] [4] [11] Randolph Field and Ellington [13] [14]", "[10] 1941 he [15] [7] Army [12] [6] as an [9] cadet and [5] [8] schools [11] Randolph Field and Ellington [13] [14]", "[10] 1941 he [15] [7] Army [12] [6] as an [9] cadet and attended [8] schools [11] Randolph Field and Ellington [13] [14]", "[10] 1941 he [15] [7] Army [12] Corps as an [9] cadet and attended [8] schools [11] Randolph Field and Ellington [13] [14]", "[10] 1941 he [15] the Army [12] Corps as an [9] cadet and attended [8] schools [11] Randolph Field and Ellington [13] [14]", "[10] 1941 he [15] the Army [12] Corps as an [9] cadet and attended flying schools [11] Randolph Field and Ellington [13] [14]", "[10] 1941 he [15] the Army [12] Corps as an aviation cadet and attended flying schools [11] Randolph Field and Ellington [13] [14]", "In 1941 he [15] the Army [12] Corps as an aviation cadet and attended flying schools [11] Randolph Field and Ellington [13] [14]", "In 1941 he [15] the Army [12] Corps as an aviation cadet and attended flying schools at Randolph Field and Ellington [13] [14]", "In 1941 he [15] the Army Air Corps as an aviation cadet and attended flying schools at Randolph Field and Ellington [13] [14]", "In 1941 he [15] the Army Air Corps as an aviation cadet and attended flying schools at Randolph Field and Ellington Field [14]", "In 1941 he [15] the Army Air Corps as an aviation cadet and attended flying schools at Randolph Field and Ellington Field Texas"]}, "config": {"list": [[1, "an"], [2, "and"], [3, "Randolph"], [4, "schools"], [5, "attended"], [6, "Corps"], [7, "the"], [8, "flying"], [9, "aviation"], [10, "In"], [11, "at"], [12, "Air"], [13, "Field"], [14, "Texas"], [15, "entered"]], "num_pairs": 15, "num_sentences": 43652, "original_sentence": "In 1941 he entered the Army Air Corps as an aviation cadet and attended flying schools at Randolph Field and Ellington Field, Texas.", "sentence": "[10] 1941 he [15] [7] Army [12] [6] as [1] [9] cadet [2] [5] [8] [4] [11] [3] Field and Ellington [13] [14]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0136", "problem_name": "task18_0136"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[9] [12] [1] [6] the accident [10] ship [14] [15] [13] [5] [2] [4] [11] [7] [8] [3]\nList:\n[(1, time), (2, James), (3, Baltimore), (4, Meyers), (5, Captain), (6, of), (7, Myers), (8, of), (9, At), (10, the), (11, or), (12, the), (13, by), (14, was), (15, commanded)]", "label": {"final": "At the time of the accident the ship was commanded by Captain James Meyers or Myers of Baltimore", "init": "[9] [12] [1] [6] the accident [10] ship [14] [15] [13] [5] [2] [4] [11] [7] [8] [3]", "intermediate": ["[9] [12] time [6] the accident [10] ship [14] [15] [13] [5] [2] [4] [11] [7] [8] [3]", "[9] [12] time [6] the accident [10] ship [14] [15] [13] [5] James [4] [11] [7] [8] [3]", "[9] [12] time [6] the accident [10] ship [14] [15] [13] [5] James [4] [11] [7] [8] Baltimore", "[9] [12] time [6] the accident [10] ship [14] [15] [13] [5] James Meyers [11] [7] [8] Baltimore", "[9] [12] time [6] the accident [10] ship [14] [15] [13] Captain James Meyers [11] [7] [8] Baltimore", "[9] [12] time of the accident [10] ship [14] [15] [13] Captain James Meyers [11] [7] [8] Baltimore", "[9] [12] time of the accident [10] ship [14] [15] [13] Captain James Meyers [11] Myers [8] Baltimore", "[9] [12] time of the accident [10] ship [14] [15] [13] Captain James Meyers [11] Myers of Baltimore", "At [12] time of the accident [10] ship [14] [15] [13] Captain James Meyers [11] Myers of Baltimore", "At [12] time of the accident the ship [14] [15] [13] Captain James Meyers [11] Myers of Baltimore", "At [12] time of the accident the ship [14] [15] [13] Captain James Meyers or Myers of Baltimore", "At the time of the accident the ship [14] [15] [13] Captain James Meyers or Myers of Baltimore", "At the time of the accident the ship [14] [15] by Captain James Meyers or Myers of Baltimore", "At the time of the accident the ship was [15] by Captain James Meyers or Myers of Baltimore"]}, "config": {"list": [[1, "time"], [2, "James"], [3, "Baltimore"], [4, "Meyers"], [5, "Captain"], [6, "of"], [7, "Myers"], [8, "of"], [9, "At"], [10, "the"], [11, "or"], [12, "the"], [13, "by"], [14, "was"], [15, "commanded"]], "num_pairs": 15, "num_sentences": 43652, "original_sentence": "At the time of the accident, the ship was commanded by Captain James Meyers (or Myers) of Baltimore.", "sentence": "[9] [12] [1] [6] the accident [10] ship [14] [15] [13] [5] [2] [4] [11] [7] [8] [3]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0137", "problem_name": "task18_0137"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nJames [11] [7] [4] [15] [3] [8] in [9] [12] [1] he [6] [13] [5] [10] [14] [2]\nList:\n[(1, whom), (2, Jonathan), (3, general), (4, Samuel), (5, children), (6, had), (7, Margaret), (8, practitioner), (9, 1968), (10, Tomasin), (11, married), (12, with), (13, two), (14, and), (15, a)]", "label": {"final": "James married Margaret Samuel a general practitioner in 1968 with whom he had two children Tomasin and Jonathan", "init": "James [11] [7] [4] [15] [3] [8] in [9] [12] [1] he [6] [13] [5] [10] [14] [2]", "intermediate": ["James [11] [7] [4] [15] [3] [8] in [9] [12] whom he [6] [13] [5] [10] [14] [2]", "James [11] [7] [4] [15] [3] [8] in [9] [12] whom he [6] [13] [5] [10] [14] Jonathan", "James [11] [7] [4] [15] general [8] in [9] [12] whom he [6] [13] [5] [10] [14] Jonathan", "James [11] [7] Samuel [15] general [8] in [9] [12] whom he [6] [13] [5] [10] [14] Jonathan", "James [11] [7] Samuel [15] general [8] in [9] [12] whom he [6] [13] children [10] [14] Jonathan", "James [11] [7] Samuel [15] general [8] in [9] [12] whom he had [13] children [10] [14] Jonathan", "James [11] Margaret Samuel [15] general [8] in [9] [12] whom he had [13] children [10] [14] Jonathan", "James [11] Margaret Samuel [15] general practitioner in [9] [12] whom he had [13] children [10] [14] Jonathan", "James [11] Margaret Samuel [15] general practitioner in 1968 [12] whom he had [13] children [10] [14] Jonathan", "James [11] Margaret Samuel [15] general practitioner in 1968 [12] whom he had [13] children Tomasin [14] Jonathan", "James married Margaret Samuel [15] general practitioner in 1968 [12] whom he had [13] children Tomasin [14] Jonathan", "James married Margaret Samuel [15] general practitioner in 1968 with whom he had [13] children Tomasin [14] Jonathan", "James married Margaret Samuel [15] general practitioner in 1968 with whom he had two children Tomasin [14] Jonathan", "James married Margaret Samuel [15] general practitioner in 1968 with whom he had two children Tomasin and Jonathan"]}, "config": {"list": [[1, "whom"], [2, "Jonathan"], [3, "general"], [4, "Samuel"], [5, "children"], [6, "had"], [7, "Margaret"], [8, "practitioner"], [9, "1968"], [10, "Tomasin"], [11, "married"], [12, "with"], [13, "two"], [14, "and"], [15, "a"]], "num_pairs": 15, "num_sentences": 43652, "original_sentence": "James married Margaret Samuel, a general practitioner, in 1968, with whom he had two children, Tomasin and Jonathan.", "sentence": "James [11] [7] [4] [15] [3] [8] in [9] [12] [1] he [6] [13] [5] [10] [14] [2]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0138", "problem_name": "task18_0138"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nSince [2] MTC has [7] [12] [14] a regional transit fare collection system [11] Clipper [3] [5] [4] transit riders [8] a single [10] [9] pay [6] on [13] [15] s different transit [1]\nList:\n[(1, systems), (2, 1999), (3, formerly), (4, where), (5, TransLink), (6, fares), (7, worked), (8, use), (9, to), (10, card), (11, called), (12, to), (13, the), (14, implement), (15, region)]", "label": {"final": "Since 1999 MTC has worked to implement a regional transit fare collection system called Clipper formerly TransLink where transit riders use a single card to pay fares on the region s different transit systems", "init": "Since [2] MTC has [7] [12] [14] a regional transit fare collection system [11] Clipper [3] [5] [4] transit riders [8] a single [10] [9] pay [6] on [13] [15] s different transit [1]", "intermediate": ["Since [2] MTC has [7] [12] [14] a regional transit fare collection system [11] Clipper [3] [5] [4] transit riders [8] a single [10] [9] pay [6] on [13] [15] s different transit systems", "Since 1999 MTC has [7] [12] [14] a regional transit fare collection system [11] Clipper [3] [5] [4] transit riders [8] a single [10] [9] pay [6] on [13] [15] s different transit systems", "Since 1999 MTC has [7] [12] [14] a regional transit fare collection system [11] Clipper formerly [5] [4] transit riders [8] a single [10] [9] pay [6] on [13] [15] s different transit systems", "Since 1999 MTC has [7] [12] [14] a regional transit fare collection system [11] Clipper formerly [5] where transit riders [8] a single [10] [9] pay [6] on [13] [15] s different transit systems", "Since 1999 MTC has [7] [12] [14] a regional transit fare collection system [11] Clipper formerly TransLink where transit riders [8] a single [10] [9] pay [6] on [13] [15] s different transit systems", "Since 1999 MTC has [7] [12] [14] a regional transit fare collection system [11] Clipper formerly TransLink where transit riders [8] a single [10] [9] pay fares on [13] [15] s different transit systems", "Since 1999 MTC has worked [12] [14] a regional transit fare collection system [11] Clipper formerly TransLink where transit riders [8] a single [10] [9] pay fares on [13] [15] s different transit systems", "Since 1999 MTC has worked [12] [14] a regional transit fare collection system [11] Clipper formerly TransLink where transit riders use a single [10] [9] pay fares on [13] [15] s different transit systems", "Since 1999 MTC has worked [12] [14] a regional transit fare collection system [11] Clipper formerly TransLink where transit riders use a single [10] to pay fares on [13] [15] s different transit systems", "Since 1999 MTC has worked [12] [14] a regional transit fare collection system [11] Clipper formerly TransLink where transit riders use a single card to pay fares on [13] [15] s different transit systems", "Since 1999 MTC has worked [12] [14] a regional transit fare collection system called Clipper formerly TransLink where transit riders use a single card to pay fares on [13] [15] s different transit systems", "Since 1999 MTC has worked to [14] a regional transit fare collection system called Clipper formerly TransLink where transit riders use a single card to pay fares on [13] [15] s different transit systems", "Since 1999 MTC has worked to [14] a regional transit fare collection system called Clipper formerly TransLink where transit riders use a single card to pay fares on the [15] s different transit systems", "Since 1999 MTC has worked to implement a regional transit fare collection system called Clipper formerly TransLink where transit riders use a single card to pay fares on the [15] s different transit systems"]}, "config": {"list": [[1, "systems"], [2, "1999"], [3, "formerly"], [4, "where"], [5, "TransLink"], [6, "fares"], [7, "worked"], [8, "use"], [9, "to"], [10, "card"], [11, "called"], [12, "to"], [13, "the"], [14, "implement"], [15, "region"]], "num_pairs": 15, "num_sentences": 43652, "original_sentence": "Since 1999, MTC has worked to implement a regional transit fare-collection system called Clipper (formerly TransLink), where transit riders use a single card to pay fares on the region's different transit systems.", "sentence": "Since [2] MTC has [7] [12] [14] a regional transit fare collection system [11] Clipper [3] [5] [4] transit riders [8] a single [10] [9] pay [6] on [13] [15] s different transit [1]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0139", "problem_name": "task18_0139"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[4] of [12] towns [5] [15] [7] [14] [3] [8] mobs [10] one of [11] [2] [6] [16] in American [1] referred to [13] the Tulsa [9] massacre\nList:\n[(1, history), (2, worst), (3, by), (4, One), (5, was), (6, racist), (7, in), (8, white), (9, race), (10, for), (11, the), (12, these), (13, as), (14, 1921), (15, targeted), (16, attacks)]", "label": {"final": "One of these towns was targeted in 1921 by white mobs for one of the worst racist attacks in American history referred to as the Tulsa race massacre", "init": "[4] of [12] towns [5] [15] [7] [14] [3] [8] mobs [10] one of [11] [2] [6] [16] in American [1] referred to [13] the Tulsa [9] massacre", "intermediate": ["[4] of [12] towns [5] [15] [7] [14] [3] [8] mobs [10] one of [11] [2] [6] [16] in American history referred to [13] the Tulsa [9] massacre", "[4] of [12] towns [5] [15] [7] [14] [3] [8] mobs [10] one of [11] worst [6] [16] in American history referred to [13] the Tulsa [9] massacre", "[4] of [12] towns [5] [15] [7] [14] by [8] mobs [10] one of [11] worst [6] [16] in American history referred to [13] the Tulsa [9] massacre", "One of [12] towns [5] [15] [7] [14] by [8] mobs [10] one of [11] worst [6] [16] in American history referred to [13] the Tulsa [9] massacre", "One of [12] towns was [15] [7] [14] by [8] mobs [10] one of [11] worst [6] [16] in American history referred to [13] the Tulsa [9] massacre", "One of [12] towns was [15] [7] [14] by [8] mobs [10] one of [11] worst racist [16] in American history referred to [13] the Tulsa [9] massacre", "One of [12] towns was [15] in [14] by [8] mobs [10] one of [11] worst racist [16] in American history referred to [13] the Tulsa [9] massacre", "One of [12] towns was [15] in [14] by white mobs [10] one of [11] worst racist [16] in American history referred to [13] the Tulsa [9] massacre", "One of [12] towns was [15] in [14] by white mobs [10] one of [11] worst racist [16] in American history referred to [13] the Tulsa race massacre", "One of [12] towns was [15] in [14] by white mobs for one of [11] worst racist [16] in American history referred to [13] the Tulsa race massacre", "One of [12] towns was [15] in [14] by white mobs for one of the worst racist [16] in American history referred to [13] the Tulsa race massacre", "One of these towns was [15] in [14] by white mobs for one of the worst racist [16] in American history referred to [13] the Tulsa race massacre", "One of these towns was [15] in [14] by white mobs for one of the worst racist [16] in American history referred to as the Tulsa race massacre", "One of these towns was [15] in 1921 by white mobs for one of the worst racist [16] in American history referred to as the Tulsa race massacre", "One of these towns was targeted in 1921 by white mobs for one of the worst racist [16] in American history referred to as the Tulsa race massacre"]}, "config": {"list": [[1, "history"], [2, "worst"], [3, "by"], [4, "One"], [5, "was"], [6, "racist"], [7, "in"], [8, "white"], [9, "race"], [10, "for"], [11, "the"], [12, "these"], [13, "as"], [14, "1921"], [15, "targeted"], [16, "attacks"]], "num_pairs": 16, "num_sentences": 43652, "original_sentence": "One of these towns was targeted in 1921 by white mobs for one of the worst racist attacks in American history, referred to as the Tulsa race massacre.", "sentence": "[4] of [12] towns [5] [15] [7] [14] [3] [8] mobs [10] one of [11] [2] [6] [16] in American [1] referred to [13] the Tulsa [9] massacre", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0140", "problem_name": "task18_0140"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[4] was [13] [9] Kimmirut then [7] [8] [10] [6] [1] [11] [14] [2] [15] [16] [12] [3] [5] Apex Iqaluit\nList:\n[(1, then), (2, and), (3, being), (4, Michael), (5, from), (6, Iqaluit), (7, Lake), (8, Harbour), (9, between), (10, and), (11, Frobisher), (12, as), (13, born), (14, Bay), (15, was), (16, described)]", "label": {"final": "Michael was born between Kimmirut then Lake Harbour and Iqaluit then Frobisher Bay and was described as being from Apex Iqaluit", "init": "[4] was [13] [9] Kimmirut then [7] [8] [10] [6] [1] [11] [14] [2] [15] [16] [12] [3] [5] Apex Iqaluit", "intermediate": ["[4] was [13] [9] Kimmirut then [7] [8] [10] [6] then [11] [14] [2] [15] [16] [12] [3] [5] Apex Iqaluit", "[4] was [13] [9] Kimmirut then [7] [8] [10] [6] then [11] [14] and [15] [16] [12] [3] [5] Apex Iqaluit", "[4] was [13] [9] Kimmirut then [7] [8] [10] [6] then [11] [14] and [15] [16] [12] being [5] Apex Iqaluit", "Michael was [13] [9] Kimmirut then [7] [8] [10] [6] then [11] [14] and [15] [16] [12] being [5] Apex Iqaluit", "Michael was [13] [9] Kimmirut then [7] [8] [10] [6] then [11] [14] and [15] [16] [12] being from Apex Iqaluit", "Michael was [13] [9] Kimmirut then [7] [8] [10] Iqaluit then [11] [14] and [15] [16] [12] being from Apex Iqaluit", "Michael was [13] [9] Kimmirut then Lake [8] [10] Iqaluit then [11] [14] and [15] [16] [12] being from Apex Iqaluit", "Michael was [13] [9] Kimmirut then Lake Harbour [10] Iqaluit then [11] [14] and [15] [16] [12] being from Apex Iqaluit", "Michael was [13] between Kimmirut then Lake Harbour [10] Iqaluit then [11] [14] and [15] [16] [12] being from Apex Iqaluit", "Michael was [13] between Kimmirut then Lake Harbour and Iqaluit then [11] [14] and [15] [16] [12] being from Apex Iqaluit", "Michael was [13] between Kimmirut then Lake Harbour and Iqaluit then Frobisher [14] and [15] [16] [12] being from Apex Iqaluit", "Michael was [13] between Kimmirut then Lake Harbour and Iqaluit then Frobisher [14] and [15] [16] as being from Apex Iqaluit", "Michael was born between Kimmirut then Lake Harbour and Iqaluit then Frobisher [14] and [15] [16] as being from Apex Iqaluit", "Michael was born between Kimmirut then Lake Harbour and Iqaluit then Frobisher Bay and [15] [16] as being from Apex Iqaluit", "Michael was born between Kimmirut then Lake Harbour and Iqaluit then Frobisher Bay and was [16] as being from Apex Iqaluit"]}, "config": {"list": [[1, "then"], [2, "and"], [3, "being"], [4, "Michael"], [5, "from"], [6, "Iqaluit"], [7, "Lake"], [8, "Harbour"], [9, "between"], [10, "and"], [11, "Frobisher"], [12, "as"], [13, "born"], [14, "Bay"], [15, "was"], [16, "described"]], "num_pairs": 16, "num_sentences": 43652, "original_sentence": "Michael was born between Kimmirut (then Lake Harbour) and Iqaluit (then Frobisher Bay), and was described as being from Apex, Iqaluit.", "sentence": "[4] was [13] [9] Kimmirut then [7] [8] [10] [6] [1] [11] [14] [2] [15] [16] [12] [3] [5] Apex Iqaluit", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0141", "problem_name": "task18_0141"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[11] [6] version [9] [2] [12] shoot [4] a [14] of [13] [10] [8] [16] [7] [3] [1] [5] groups [15]\nList:\n[(1, corresponds), (2, designed), (3, which), (4, at), (5, to), (6, match), (7, angle), (8, minutes), (9, is), (10, 5), (11, The), (12, to), (13, 0), (14, precision), (15, at), (16, of)]", "label": {"final": "The match version is designed to shoot at a precision of 0 5 minutes of angle which corresponds to groups at", "init": "[11] [6] version [9] [2] [12] shoot [4] a [14] of [13] [10] [8] [16] [7] [3] [1] [5] groups [15]", "intermediate": ["[11] [6] version [9] [2] [12] shoot [4] a [14] of [13] [10] [8] [16] [7] [3] corresponds [5] groups [15]", "[11] [6] version [9] designed [12] shoot [4] a [14] of [13] [10] [8] [16] [7] [3] corresponds [5] groups [15]", "[11] [6] version [9] designed [12] shoot [4] a [14] of [13] [10] [8] [16] [7] which corresponds [5] groups [15]", "[11] [6] version [9] designed [12] shoot at a [14] of [13] [10] [8] [16] [7] which corresponds [5] groups [15]", "[11] [6] version [9] designed [12] shoot at a [14] of [13] [10] [8] [16] [7] which corresponds to groups [15]", "[11] match version [9] designed [12] shoot at a [14] of [13] [10] [8] [16] [7] which corresponds to groups [15]", "[11] match version [9] designed [12] shoot at a [14] of [13] [10] [8] [16] angle which corresponds to groups [15]", "[11] match version [9] designed [12] shoot at a [14] of [13] [10] minutes [16] angle which corresponds to groups [15]", "[11] match version is designed [12] shoot at a [14] of [13] [10] minutes [16] angle which corresponds to groups [15]", "[11] match version is designed [12] shoot at a [14] of [13] 5 minutes [16] angle which corresponds to groups [15]", "The match version is designed [12] shoot at a [14] of [13] 5 minutes [16] angle which corresponds to groups [15]", "The match version is designed to shoot at a [14] of [13] 5 minutes [16] angle which corresponds to groups [15]", "The match version is designed to shoot at a [14] of 0 5 minutes [16] angle which corresponds to groups [15]", "The match version is designed to shoot at a precision of 0 5 minutes [16] angle which corresponds to groups [15]", "The match version is designed to shoot at a precision of 0 5 minutes [16] angle which corresponds to groups at"]}, "config": {"list": [[1, "corresponds"], [2, "designed"], [3, "which"], [4, "at"], [5, "to"], [6, "match"], [7, "angle"], [8, "minutes"], [9, "is"], [10, "5"], [11, "The"], [12, "to"], [13, "0"], [14, "precision"], [15, "at"], [16, "of"]], "num_pairs": 16, "num_sentences": 43652, "original_sentence": "The match version is designed to shoot at a precision of 0.5 minutes of angle, which corresponds to groups at .", "sentence": "[11] [6] version [9] [2] [12] shoot [4] a [14] of [13] [10] [8] [16] [7] [3] [1] [5] groups [15]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0142", "problem_name": "task18_0142"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[4] [14] [8] [15] [3] [12] and [5] 1000 [16] [7] endurance [6] [1] [11] [2] and [9] [10] [13]\nList:\n[(1, with), (2, Scifleet), (3, Sandown), (4, Holdsworth), (5, Bathurst), (6, races), (7, Supercar), (8, contested), (9, Mark), (10, Noske), (11, Phillip), (12, 500), (13, respectively), (14, also), (15, the), (16, V8)]", "label": {"final": "Holdsworth also contested the Sandown 500 and Bathurst 1000 V8 Supercar endurance races with Phillip Scifleet and Mark Noske respectively", "init": "[4] [14] [8] [15] [3] [12] and [5] 1000 [16] [7] endurance [6] [1] [11] [2] and [9] [10] [13]", "intermediate": ["[4] [14] [8] [15] [3] [12] and [5] 1000 [16] [7] endurance [6] with [11] [2] and [9] [10] [13]", "[4] [14] [8] [15] [3] [12] and [5] 1000 [16] [7] endurance [6] with [11] Scifleet and [9] [10] [13]", "[4] [14] [8] [15] Sandown [12] and [5] 1000 [16] [7] endurance [6] with [11] Scifleet and [9] [10] [13]", "Holdsworth [14] [8] [15] Sandown [12] and [5] 1000 [16] [7] endurance [6] with [11] Scifleet and [9] [10] [13]", "Holdsworth [14] [8] [15] Sandown [12] and Bathurst 1000 [16] [7] endurance [6] with [11] Scifleet and [9] [10] [13]", "Holdsworth [14] [8] [15] Sandown [12] and Bathurst 1000 [16] [7] endurance races with [11] Scifleet and [9] [10] [13]", "Holdsworth [14] [8] [15] Sandown [12] and Bathurst 1000 [16] Supercar endurance races with [11] Scifleet and [9] [10] [13]", "Holdsworth [14] contested [15] Sandown [12] and Bathurst 1000 [16] Supercar endurance races with [11] Scifleet and [9] [10] [13]", "Holdsworth [14] contested [15] Sandown [12] and Bathurst 1000 [16] Supercar endurance races with [11] Scifleet and Mark [10] [13]", "Holdsworth [14] contested [15] Sandown [12] and Bathurst 1000 [16] Supercar endurance races with [11] Scifleet and Mark Noske [13]", "Holdsworth [14] contested [15] Sandown [12] and Bathurst 1000 [16] Supercar endurance races with Phillip Scifleet and Mark Noske [13]", "Holdsworth [14] contested [15] Sandown 500 and Bathurst 1000 [16] Supercar endurance races with Phillip Scifleet and Mark Noske [13]", "Holdsworth [14] contested [15] Sandown 500 and Bathurst 1000 [16] Supercar endurance races with Phillip Scifleet and Mark Noske respectively", "Holdsworth also contested [15] Sandown 500 and Bathurst 1000 [16] Supercar endurance races with Phillip Scifleet and Mark Noske respectively", "Holdsworth also contested the Sandown 500 and Bathurst 1000 [16] Supercar endurance races with Phillip Scifleet and Mark Noske respectively"]}, "config": {"list": [[1, "with"], [2, "Scifleet"], [3, "Sandown"], [4, "Holdsworth"], [5, "Bathurst"], [6, "races"], [7, "Supercar"], [8, "contested"], [9, "Mark"], [10, "Noske"], [11, "Phillip"], [12, "500"], [13, "respectively"], [14, "also"], [15, "the"], [16, "V8"]], "num_pairs": 16, "num_sentences": 43652, "original_sentence": "Holdsworth also contested the Sandown 500 and Bathurst 1000 V8 Supercar endurance races with Phillip Scifleet and Mark Noske respectively.", "sentence": "[4] [14] [8] [15] [3] [12] and [5] 1000 [16] [7] endurance [6] [1] [11] [2] and [9] [10] [13]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0143", "problem_name": "task18_0143"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[16] provides [3] [7] [8] documentaries made [12] [6] [4] [15] [11] [5] [2] and critics for [9] [1] [13] [14] [10]\nList:\n[(1, wide), (2, artists), (3, experimental), (4, and), (5, visual), (6, artists), (7, video), (8, art), (9, a), (10, audiences), (11, with), (12, by), (13, range), (14, of), (15, interviews), (16, VDB)]", "label": {"final": "VDB provides experimental video art documentaries made by artists and interviews with visual artists and critics for a wide range of audiences", "init": "[16] provides [3] [7] [8] documentaries made [12] [6] [4] [15] [11] [5] [2] and critics for [9] [1] [13] [14] [10]", "intermediate": ["[16] provides [3] [7] [8] documentaries made [12] [6] [4] [15] [11] [5] [2] and critics for [9] wide [13] [14] [10]", "[16] provides [3] [7] [8] documentaries made [12] [6] [4] [15] [11] [5] artists and critics for [9] wide [13] [14] [10]", "[16] provides experimental [7] [8] documentaries made [12] [6] [4] [15] [11] [5] artists and critics for [9] wide [13] [14] [10]", "[16] provides experimental [7] [8] documentaries made [12] [6] and [15] [11] [5] artists and critics for [9] wide [13] [14] [10]", "[16] provides experimental [7] [8] documentaries made [12] [6] and [15] [11] visual artists and critics for [9] wide [13] [14] [10]", "[16] provides experimental [7] [8] documentaries made [12] artists and [15] [11] visual artists and critics for [9] wide [13] [14] [10]", "[16] provides experimental video [8] documentaries made [12] artists and [15] [11] visual artists and critics for [9] wide [13] [14] [10]", "[16] provides experimental video art documentaries made [12] artists and [15] [11] visual artists and critics for [9] wide [13] [14] [10]", "[16] provides experimental video art documentaries made [12] artists and [15] [11] visual artists and critics for a wide [13] [14] [10]", "[16] provides experimental video art documentaries made [12] artists and [15] [11] visual artists and critics for a wide [13] [14] audiences", "[16] provides experimental video art documentaries made [12] artists and [15] with visual artists and critics for a wide [13] [14] audiences", "[16] provides experimental video art documentaries made by artists and [15] with visual artists and critics for a wide [13] [14] audiences", "[16] provides experimental video art documentaries made by artists and [15] with visual artists and critics for a wide range [14] audiences", "[16] provides experimental video art documentaries made by artists and [15] with visual artists and critics for a wide range of audiences", "[16] provides experimental video art documentaries made by artists and interviews with visual artists and critics for a wide range of audiences"]}, "config": {"list": [[1, "wide"], [2, "artists"], [3, "experimental"], [4, "and"], [5, "visual"], [6, "artists"], [7, "video"], [8, "art"], [9, "a"], [10, "audiences"], [11, "with"], [12, "by"], [13, "range"], [14, "of"], [15, "interviews"], [16, "VDB"]], "num_pairs": 16, "num_sentences": 43652, "original_sentence": "VDB provides experimental video art, documentaries made by artists, and interviews with visual artists and critics for a wide range of audiences.", "sentence": "[16] provides [3] [7] [8] documentaries made [12] [6] [4] [15] [11] [5] [2] and critics for [9] [1] [13] [14] [10]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0144", "problem_name": "task18_0144"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[1] [5] [2] [13] [16] [14] [9] [12] was 16 [4] [7] [8] [11] [15] [6] [3] [10]\nList:\n[(1, Barlow), (2, A), (3, crazy), (4, about), (5, wrote), (6, was), (7, a), (8, girl), (9, when), (10, about), (11, who), (12, he), (13, Part), (14, Me), (15, I), (16, of)]", "label": {"final": "Barlow wrote A Part of Me when he was 16 about a girl who I was crazy about", "init": "[1] [5] [2] [13] [16] [14] [9] [12] was 16 [4] [7] [8] [11] [15] [6] [3] [10]", "intermediate": ["Barlow [5] [2] [13] [16] [14] [9] [12] was 16 [4] [7] [8] [11] [15] [6] [3] [10]", "Barlow [5] A [13] [16] [14] [9] [12] was 16 [4] [7] [8] [11] [15] [6] [3] [10]", "Barlow [5] A [13] [16] [14] [9] [12] was 16 [4] [7] [8] [11] [15] [6] crazy [10]", "Barlow [5] A [13] [16] [14] [9] [12] was 16 about [7] [8] [11] [15] [6] crazy [10]", "Barlow wrote A [13] [16] [14] [9] [12] was 16 about [7] [8] [11] [15] [6] crazy [10]", "Barlow wrote A [13] [16] [14] [9] [12] was 16 about [7] [8] [11] [15] was crazy [10]", "Barlow wrote A [13] [16] [14] [9] [12] was 16 about a [8] [11] [15] was crazy [10]", "Barlow wrote A [13] [16] [14] [9] [12] was 16 about a girl [11] [15] was crazy [10]", "Barlow wrote A [13] [16] [14] when [12] was 16 about a girl [11] [15] was crazy [10]", "Barlow wrote A [13] [16] [14] when [12] was 16 about a girl [11] [15] was crazy about", "Barlow wrote A [13] [16] [14] when [12] was 16 about a girl who [15] was crazy about", "Barlow wrote A [13] [16] [14] when he was 16 about a girl who [15] was crazy about", "Barlow wrote A Part [16] [14] when he was 16 about a girl who [15] was crazy about", "Barlow wrote A Part [16] Me when he was 16 about a girl who [15] was crazy about", "Barlow wrote A Part [16] Me when he was 16 about a girl who I was crazy about"]}, "config": {"list": [[1, "Barlow"], [2, "A"], [3, "crazy"], [4, "about"], [5, "wrote"], [6, "was"], [7, "a"], [8, "girl"], [9, "when"], [10, "about"], [11, "who"], [12, "he"], [13, "Part"], [14, "Me"], [15, "I"], [16, "of"]], "num_pairs": 16, "num_sentences": 43652, "original_sentence": "Barlow wrote \"A Part of Me\" when he was 16 \"about a girl who I was crazy about.\"", "sentence": "[1] [5] [2] [13] [16] [14] [9] [12] was 16 [4] [7] [8] [11] [15] [6] [3] [10]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0145", "problem_name": "task18_0145"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIt [2] difficult to reconcile [1] Government s [8] [10] [6] the law relating [4] judicial review [7] acts [5] decisions taken under the ISA as at 13 [3] [11] with [16] [14] [15] the rule [12] law judicial independence [13] [9] separation of powers\nList:\n[(1, the), (2, is), (3, July), (4, to), (5, and), (6, freeze), (7, of), (8, attempt), (9, the), (10, to), (11, 1971), (12, of), (13, and), (14, such), (15, as), (16, doctrines)]", "label": {"final": "It is difficult to reconcile the Government s attempt to freeze the law relating to judicial review of acts and decisions taken under the ISA as at 13 July 1971 with doctrines such as the rule of law judicial independence and the separation of powers", "init": "It [2] difficult to reconcile [1] Government s [8] [10] [6] the law relating [4] judicial review [7] acts [5] decisions taken under the ISA as at 13 [3] [11] with [16] [14] [15] the rule [12] law judicial independence [13] [9] separation of powers", "intermediate": ["It [2] difficult to reconcile the Government s [8] [10] [6] the law relating [4] judicial review [7] acts [5] decisions taken under the ISA as at 13 [3] [11] with [16] [14] [15] the rule [12] law judicial independence [13] [9] separation of powers", "It is difficult to reconcile the Government s [8] [10] [6] the law relating [4] judicial review [7] acts [5] decisions taken under the ISA as at 13 [3] [11] with [16] [14] [15] the rule [12] law judicial independence [13] [9] separation of powers", "It is difficult to reconcile the Government s [8] [10] [6] the law relating [4] judicial review [7] acts [5] decisions taken under the ISA as at 13 July [11] with [16] [14] [15] the rule [12] law judicial independence [13] [9] separation of powers", "It is difficult to reconcile the Government s [8] [10] [6] the law relating to judicial review [7] acts [5] decisions taken under the ISA as at 13 July [11] with [16] [14] [15] the rule [12] law judicial independence [13] [9] separation of powers", "It is difficult to reconcile the Government s [8] [10] [6] the law relating to judicial review [7] acts and decisions taken under the ISA as at 13 July [11] with [16] [14] [15] the rule [12] law judicial independence [13] [9] separation of powers", "It is difficult to reconcile the Government s [8] [10] freeze the law relating to judicial review [7] acts and decisions taken under the ISA as at 13 July [11] with [16] [14] [15] the rule [12] law judicial independence [13] [9] separation of powers", "It is difficult to reconcile the Government s [8] [10] freeze the law relating to judicial review of acts and decisions taken under the ISA as at 13 July [11] with [16] [14] [15] the rule [12] law judicial independence [13] [9] separation of powers", "It is difficult to reconcile the Government s attempt [10] freeze the law relating to judicial review of acts and decisions taken under the ISA as at 13 July [11] with [16] [14] [15] the rule [12] law judicial independence [13] [9] separation of powers", "It is difficult to reconcile the Government s attempt [10] freeze the law relating to judicial review of acts and decisions taken under the ISA as at 13 July [11] with [16] [14] [15] the rule [12] law judicial independence [13] the separation of powers", "It is difficult to reconcile the Government s attempt to freeze the law relating to judicial review of acts and decisions taken under the ISA as at 13 July [11] with [16] [14] [15] the rule [12] law judicial independence [13] the separation of powers", "It is difficult to reconcile the Government s attempt to freeze the law relating to judicial review of acts and decisions taken under the ISA as at 13 July 1971 with [16] [14] [15] the rule [12] law judicial independence [13] the separation of powers", "It is difficult to reconcile the Government s attempt to freeze the law relating to judicial review of acts and decisions taken under the ISA as at 13 July 1971 with [16] [14] [15] the rule of law judicial independence [13] the separation of powers", "It is difficult to reconcile the Government s attempt to freeze the law relating to judicial review of acts and decisions taken under the ISA as at 13 July 1971 with [16] [14] [15] the rule of law judicial independence and the separation of powers", "It is difficult to reconcile the Government s attempt to freeze the law relating to judicial review of acts and decisions taken under the ISA as at 13 July 1971 with [16] such [15] the rule of law judicial independence and the separation of powers", "It is difficult to reconcile the Government s attempt to freeze the law relating to judicial review of acts and decisions taken under the ISA as at 13 July 1971 with [16] such as the rule of law judicial independence and the separation of powers"]}, "config": {"list": [[1, "the"], [2, "is"], [3, "July"], [4, "to"], [5, "and"], [6, "freeze"], [7, "of"], [8, "attempt"], [9, "the"], [10, "to"], [11, "1971"], [12, "of"], [13, "and"], [14, "such"], [15, "as"], [16, "doctrines"]], "num_pairs": 16, "num_sentences": 43652, "original_sentence": "It is difficult to reconcile the Government's attempt to freeze the law relating to judicial review of acts and decisions taken under the ISA as at 13 July 1971 with doctrines such as the rule of law, judicial independence and the separation of powers.", "sentence": "It [2] difficult to reconcile [1] Government s [8] [10] [6] the law relating [4] judicial review [7] acts [5] decisions taken under the ISA as at 13 [3] [11] with [16] [14] [15] the rule [12] law judicial independence [13] [9] separation of powers", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0146", "problem_name": "task18_0146"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nSmith [4] the translation [11] [2] the [5] [8] [14] Benjamin [6] found in the Book [12] Mosiah where [16] [13] [15] [7] with [9] [10] losing [3] 116 [1]\nList:\n[(1, pages), (2, at), (3, the), (4, resumed), (5, story), (6, now), (7, off), (8, of), (9, Harris), (10, before), (11, beginning), (12, of), (13, had), (14, King), (15, left), (16, Smith)]", "label": {"final": "Smith resumed the translation beginning at the story of King Benjamin now found in the Book of Mosiah where Smith had left off with Harris before losing the 116 pages", "init": "Smith [4] the translation [11] [2] the [5] [8] [14] Benjamin [6] found in the Book [12] Mosiah where [16] [13] [15] [7] with [9] [10] losing [3] 116 [1]", "intermediate": ["Smith [4] the translation [11] [2] the [5] [8] [14] Benjamin [6] found in the Book [12] Mosiah where [16] [13] [15] [7] with [9] [10] losing [3] 116 pages", "Smith [4] the translation [11] at the [5] [8] [14] Benjamin [6] found in the Book [12] Mosiah where [16] [13] [15] [7] with [9] [10] losing [3] 116 pages", "Smith [4] the translation [11] at the [5] [8] [14] Benjamin [6] found in the Book [12] Mosiah where [16] [13] [15] [7] with [9] [10] losing the 116 pages", "Smith resumed the translation [11] at the [5] [8] [14] Benjamin [6] found in the Book [12] Mosiah where [16] [13] [15] [7] with [9] [10] losing the 116 pages", "Smith resumed the translation [11] at the story [8] [14] Benjamin [6] found in the Book [12] Mosiah where [16] [13] [15] [7] with [9] [10] losing the 116 pages", "Smith resumed the translation [11] at the story [8] [14] Benjamin now found in the Book [12] Mosiah where [16] [13] [15] [7] with [9] [10] losing the 116 pages", "Smith resumed the translation [11] at the story [8] [14] Benjamin now found in the Book [12] Mosiah where [16] [13] [15] off with [9] [10] losing the 116 pages", "Smith resumed the translation [11] at the story of [14] Benjamin now found in the Book [12] Mosiah where [16] [13] [15] off with [9] [10] losing the 116 pages", "Smith resumed the translation [11] at the story of [14] Benjamin now found in the Book [12] Mosiah where [16] [13] [15] off with Harris [10] losing the 116 pages", "Smith resumed the translation [11] at the story of [14] Benjamin now found in the Book [12] Mosiah where [16] [13] [15] off with Harris before losing the 116 pages", "Smith resumed the translation beginning at the story of [14] Benjamin now found in the Book [12] Mosiah where [16] [13] [15] off with Harris before losing the 116 pages", "Smith resumed the translation beginning at the story of [14] Benjamin now found in the Book of Mosiah where [16] [13] [15] off with Harris before losing the 116 pages", "Smith resumed the translation beginning at the story of [14] Benjamin now found in the Book of Mosiah where [16] had [15] off with Harris before losing the 116 pages", "Smith resumed the translation beginning at the story of King Benjamin now found in the Book of Mosiah where [16] had [15] off with Harris before losing the 116 pages", "Smith resumed the translation beginning at the story of King Benjamin now found in the Book of Mosiah where [16] had left off with Harris before losing the 116 pages"]}, "config": {"list": [[1, "pages"], [2, "at"], [3, "the"], [4, "resumed"], [5, "story"], [6, "now"], [7, "off"], [8, "of"], [9, "Harris"], [10, "before"], [11, "beginning"], [12, "of"], [13, "had"], [14, "King"], [15, "left"], [16, "Smith"]], "num_pairs": 16, "num_sentences": 43652, "original_sentence": "Smith resumed the translation beginning at the story of King Benjamin now found in the Book of Mosiah, where Smith had left off with Harris before losing the 116 pages.", "sentence": "Smith [4] the translation [11] [2] the [5] [8] [14] Benjamin [6] found in the Book [12] Mosiah where [16] [13] [15] [7] with [9] [10] losing [3] 116 [1]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0147", "problem_name": "task18_0147"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[12] first [6] most [13] [11] Island [8] [2] [4] [1] [15] [5] [9] [7] founded in [3] [14] Greek immigrant [16] Gust [10]\nList:\n[(1, the), (2, Dog), (3, 1917), (4, restaurant), (5, Coney), (6, and), (7, was), (8, Hot), (9, Island), (10, Keros), (11, Coney), (12, The), (13, notable), (14, by), (15, American), (16, Constantine)]", "label": {"final": "The first and most notable Coney Island Hot Dog restaurant the American Coney Island was founded in 1917 by Greek immigrant Constantine Gust Keros", "init": "[12] first [6] most [13] [11] Island [8] [2] [4] [1] [15] [5] [9] [7] founded in [3] [14] Greek immigrant [16] Gust [10]", "intermediate": ["[12] first [6] most [13] [11] Island [8] [2] [4] the [15] [5] [9] [7] founded in [3] [14] Greek immigrant [16] Gust [10]", "[12] first [6] most [13] [11] Island [8] Dog [4] the [15] [5] [9] [7] founded in [3] [14] Greek immigrant [16] Gust [10]", "[12] first [6] most [13] [11] Island [8] Dog [4] the [15] [5] [9] [7] founded in 1917 [14] Greek immigrant [16] Gust [10]", "[12] first [6] most [13] [11] Island [8] Dog restaurant the [15] [5] [9] [7] founded in 1917 [14] Greek immigrant [16] Gust [10]", "[12] first [6] most [13] [11] Island [8] Dog restaurant the [15] Coney [9] [7] founded in 1917 [14] Greek immigrant [16] Gust [10]", "[12] first and most [13] [11] Island [8] Dog restaurant the [15] Coney [9] [7] founded in 1917 [14] Greek immigrant [16] Gust [10]", "[12] first and most [13] [11] Island [8] Dog restaurant the [15] Coney [9] was founded in 1917 [14] Greek immigrant [16] Gust [10]", "[12] first and most [13] [11] Island Hot Dog restaurant the [15] Coney [9] was founded in 1917 [14] Greek immigrant [16] Gust [10]", "[12] first and most [13] [11] Island Hot Dog restaurant the [15] Coney Island was founded in 1917 [14] Greek immigrant [16] Gust [10]", "[12] first and most [13] [11] Island Hot Dog restaurant the [15] Coney Island was founded in 1917 [14] Greek immigrant [16] Gust Keros", "[12] first and most [13] Coney Island Hot Dog restaurant the [15] Coney Island was founded in 1917 [14] Greek immigrant [16] Gust Keros", "The first and most [13] Coney Island Hot Dog restaurant the [15] Coney Island was founded in 1917 [14] Greek immigrant [16] Gust Keros", "The first and most notable Coney Island Hot Dog restaurant the [15] Coney Island was founded in 1917 [14] Greek immigrant [16] Gust Keros", "The first and most notable Coney Island Hot Dog restaurant the [15] Coney Island was founded in 1917 by Greek immigrant [16] Gust Keros", "The first and most notable Coney Island Hot Dog restaurant the American Coney Island was founded in 1917 by Greek immigrant [16] Gust Keros"]}, "config": {"list": [[1, "the"], [2, "Dog"], [3, "1917"], [4, "restaurant"], [5, "Coney"], [6, "and"], [7, "was"], [8, "Hot"], [9, "Island"], [10, "Keros"], [11, "Coney"], [12, "The"], [13, "notable"], [14, "by"], [15, "American"], [16, "Constantine"]], "num_pairs": 16, "num_sentences": 43652, "original_sentence": "The first and most notable Coney Island Hot Dog restaurant, the American Coney Island, was founded in 1917 by Greek immigrant Constantine \"Gust\" Keros.", "sentence": "[12] first [6] most [13] [11] Island [8] [2] [4] [1] [15] [5] [9] [7] founded in [3] [14] Greek immigrant [16] Gust [10]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0148", "problem_name": "task18_0148"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe [13] begins with Captain James [7] [4] across [8] shores [6] [11] South [1] but takes [3] [9] [2] [5] lands [12] viewer [10] [16] the middle [14] the Industrial [15]\nList:\n[(1, Wales), (2, turn), (3, a), (4, coming), (5, and), (6, of), (7, Cook), (8, the), (9, contrasting), (10, straight), (11, New), (12, the), (13, episode), (14, of), (15, Revolution), (16, in)]", "label": {"final": "The episode begins with Captain James Cook coming across the shores of New South Wales but takes a contrasting turn and lands the viewer straight in the middle of the Industrial Revolution", "init": "The [13] begins with Captain James [7] [4] across [8] shores [6] [11] South [1] but takes [3] [9] [2] [5] lands [12] viewer [10] [16] the middle [14] the Industrial [15]", "intermediate": ["The [13] begins with Captain James [7] [4] across [8] shores [6] [11] South Wales but takes [3] [9] [2] [5] lands [12] viewer [10] [16] the middle [14] the Industrial [15]", "The [13] begins with Captain James [7] [4] across [8] shores [6] [11] South Wales but takes [3] [9] turn [5] lands [12] viewer [10] [16] the middle [14] the Industrial [15]", "The [13] begins with Captain James [7] [4] across [8] shores [6] [11] South Wales but takes a [9] turn [5] lands [12] viewer [10] [16] the middle [14] the Industrial [15]", "The [13] begins with Captain James [7] coming across [8] shores [6] [11] South Wales but takes a [9] turn [5] lands [12] viewer [10] [16] the middle [14] the Industrial [15]", "The [13] begins with Captain James [7] coming across [8] shores [6] [11] South Wales but takes a [9] turn and lands [12] viewer [10] [16] the middle [14] the Industrial [15]", "The [13] begins with Captain James [7] coming across [8] shores of [11] South Wales but takes a [9] turn and lands [12] viewer [10] [16] the middle [14] the Industrial [15]", "The [13] begins with Captain James Cook coming across [8] shores of [11] South Wales but takes a [9] turn and lands [12] viewer [10] [16] the middle [14] the Industrial [15]", "The [13] begins with Captain James Cook coming across the shores of [11] South Wales but takes a [9] turn and lands [12] viewer [10] [16] the middle [14] the Industrial [15]", "The [13] begins with Captain James Cook coming across the shores of [11] South Wales but takes a contrasting turn and lands [12] viewer [10] [16] the middle [14] the Industrial [15]", "The [13] begins with Captain James Cook coming across the shores of [11] South Wales but takes a contrasting turn and lands [12] viewer straight [16] the middle [14] the Industrial [15]", "The [13] begins with Captain James Cook coming across the shores of New South Wales but takes a contrasting turn and lands [12] viewer straight [16] the middle [14] the Industrial [15]", "The [13] begins with Captain James Cook coming across the shores of New South Wales but takes a contrasting turn and lands the viewer straight [16] the middle [14] the Industrial [15]", "The episode begins with Captain James Cook coming across the shores of New South Wales but takes a contrasting turn and lands the viewer straight [16] the middle [14] the Industrial [15]", "The episode begins with Captain James Cook coming across the shores of New South Wales but takes a contrasting turn and lands the viewer straight [16] the middle of the Industrial [15]", "The episode begins with Captain James Cook coming across the shores of New South Wales but takes a contrasting turn and lands the viewer straight [16] the middle of the Industrial Revolution"]}, "config": {"list": [[1, "Wales"], [2, "turn"], [3, "a"], [4, "coming"], [5, "and"], [6, "of"], [7, "Cook"], [8, "the"], [9, "contrasting"], [10, "straight"], [11, "New"], [12, "the"], [13, "episode"], [14, "of"], [15, "Revolution"], [16, "in"]], "num_pairs": 16, "num_sentences": 43652, "original_sentence": "The episode begins with Captain James Cook coming across the shores of New South Wales but takes a contrasting turn and lands the viewer straight in the middle of the Industrial Revolution.", "sentence": "The [13] begins with Captain James [7] [4] across [8] shores [6] [11] South [1] but takes [3] [9] [2] [5] lands [12] viewer [10] [16] the middle [14] the Industrial [15]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0149", "problem_name": "task18_0149"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[9] independent [3] later found that the company paid [13] of millions [2] dollars [4] bribes which were legal in Germany until 1999 [15] [1] there [11] [16] indications of [8] misconduct [7] [14] Kleinfeld [10] [5] knowledge of [6] related to [17] [12]\nList:\n[(1, that), (2, of), (3, investigation), (4, in), (5, any), (6, events), (7, or), (8, personal), (9, The), (10, had), (11, were), (12, scandal), (13, hundreds), (14, that), (15, but), (16, no), (17, the)]", "label": {"final": "The independent investigation later found that the company paid hundreds of millions of dollars in bribes which were legal in Germany until 1999 but that there were no indications of personal misconduct or that Kleinfeld had any knowledge of events related to the scandal", "init": "[9] independent [3] later found that the company paid [13] of millions [2] dollars [4] bribes which were legal in Germany until 1999 [15] [1] there [11] [16] indications of [8] misconduct [7] [14] Kleinfeld [10] [5] knowledge of [6] related to [17] [12]", "intermediate": ["[9] independent [3] later found that the company paid [13] of millions [2] dollars [4] bribes which were legal in Germany until 1999 [15] that there [11] [16] indications of [8] misconduct [7] [14] Kleinfeld [10] [5] knowledge of [6] related to [17] [12]", "[9] independent [3] later found that the company paid [13] of millions of dollars [4] bribes which were legal in Germany until 1999 [15] that there [11] [16] indications of [8] misconduct [7] [14] Kleinfeld [10] [5] knowledge of [6] related to [17] [12]", "[9] independent investigation later found that the company paid [13] of millions of dollars [4] bribes which were legal in Germany until 1999 [15] that there [11] [16] indications of [8] misconduct [7] [14] Kleinfeld [10] [5] knowledge of [6] related to [17] [12]", "[9] independent investigation later found that the company paid [13] of millions of dollars in bribes which were legal in Germany until 1999 [15] that there [11] [16] indications of [8] misconduct [7] [14] Kleinfeld [10] [5] knowledge of [6] related to [17] [12]", "[9] independent investigation later found that the company paid [13] of millions of dollars in bribes which were legal in Germany until 1999 [15] that there [11] [16] indications of [8] misconduct [7] [14] Kleinfeld [10] any knowledge of [6] related to [17] [12]", "[9] independent investigation later found that the company paid [13] of millions of dollars in bribes which were legal in Germany until 1999 [15] that there [11] [16] indications of [8] misconduct [7] [14] Kleinfeld [10] any knowledge of events related to [17] [12]", "[9] independent investigation later found that the company paid [13] of millions of dollars in bribes which were legal in Germany until 1999 [15] that there [11] [16] indications of [8] misconduct or [14] Kleinfeld [10] any knowledge of events related to [17] [12]", "[9] independent investigation later found that the company paid [13] of millions of dollars in bribes which were legal in Germany until 1999 [15] that there [11] [16] indications of personal misconduct or [14] Kleinfeld [10] any knowledge of events related to [17] [12]", "The independent investigation later found that the company paid [13] of millions of dollars in bribes which were legal in Germany until 1999 [15] that there [11] [16] indications of personal misconduct or [14] Kleinfeld [10] any knowledge of events related to [17] [12]", "The independent investigation later found that the company paid [13] of millions of dollars in bribes which were legal in Germany until 1999 [15] that there [11] [16] indications of personal misconduct or [14] Kleinfeld had any knowledge of events related to [17] [12]", "The independent investigation later found that the company paid [13] of millions of dollars in bribes which were legal in Germany until 1999 [15] that there were [16] indications of personal misconduct or [14] Kleinfeld had any knowledge of events related to [17] [12]", "The independent investigation later found that the company paid [13] of millions of dollars in bribes which were legal in Germany until 1999 [15] that there were [16] indications of personal misconduct or [14] Kleinfeld had any knowledge of events related to [17] scandal", "The independent investigation later found that the company paid hundreds of millions of dollars in bribes which were legal in Germany until 1999 [15] that there were [16] indications of personal misconduct or [14] Kleinfeld had any knowledge of events related to [17] scandal", "The independent investigation later found that the company paid hundreds of millions of dollars in bribes which were legal in Germany until 1999 [15] that there were [16] indications of personal misconduct or that Kleinfeld had any knowledge of events related to [17] scandal", "The independent investigation later found that the company paid hundreds of millions of dollars in bribes which were legal in Germany until 1999 but that there were [16] indications of personal misconduct or that Kleinfeld had any knowledge of events related to [17] scandal", "The independent investigation later found that the company paid hundreds of millions of dollars in bribes which were legal in Germany until 1999 but that there were no indications of personal misconduct or that Kleinfeld had any knowledge of events related to [17] scandal"]}, "config": {"list": [[1, "that"], [2, "of"], [3, "investigation"], [4, "in"], [5, "any"], [6, "events"], [7, "or"], [8, "personal"], [9, "The"], [10, "had"], [11, "were"], [12, "scandal"], [13, "hundreds"], [14, "that"], [15, "but"], [16, "no"], [17, "the"]], "num_pairs": 17, "num_sentences": 43652, "original_sentence": "The independent investigation later found that the company paid hundreds of millions of dollars in bribes, which were legal in Germany until 1999, but that there were \"no indications of personal misconduct or that Kleinfeld had any knowledge of events\" related to the scandal.", "sentence": "[9] independent [3] later found that the company paid [13] of millions [2] dollars [4] bribes which were legal in Germany until 1999 [15] [1] there [11] [16] indications of [8] misconduct [7] [14] Kleinfeld [10] [5] knowledge of [6] related to [17] [12]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0150", "problem_name": "task18_0150"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn [6] [8] [12] [14] [11] [13] [2] [3] [10] [9] [7] that [4] for [17] [5] [16] [15] and [1]\nList:\n[(1, porosity), (2, deposition), (3, is), (4, affects), (5, layer), (6, sol), (7, parameter), (8, gel), (9, important), (10, an), (11, speed), (12, synthesis), (13, of), (14, the), (15, density), (16, thickness), (17, example)]", "label": {"final": "In sol gel synthesis the speed of deposition is an important parameter that affects for example layer thickness density and porosity", "init": "In [6] [8] [12] [14] [11] [13] [2] [3] [10] [9] [7] that [4] for [17] [5] [16] [15] and [1]", "intermediate": ["In [6] [8] [12] [14] [11] [13] [2] [3] [10] [9] [7] that [4] for [17] [5] [16] [15] and porosity", "In [6] [8] [12] [14] [11] [13] deposition [3] [10] [9] [7] that [4] for [17] [5] [16] [15] and porosity", "In [6] [8] [12] [14] [11] [13] deposition is [10] [9] [7] that [4] for [17] [5] [16] [15] and porosity", "In [6] [8] [12] [14] [11] [13] deposition is [10] [9] [7] that affects for [17] [5] [16] [15] and porosity", "In [6] [8] [12] [14] [11] [13] deposition is [10] [9] [7] that affects for [17] layer [16] [15] and porosity", "In sol [8] [12] [14] [11] [13] deposition is [10] [9] [7] that affects for [17] layer [16] [15] and porosity", "In sol [8] [12] [14] [11] [13] deposition is [10] [9] parameter that affects for [17] layer [16] [15] and porosity", "In sol gel [12] [14] [11] [13] deposition is [10] [9] parameter that affects for [17] layer [16] [15] and porosity", "In sol gel [12] [14] [11] [13] deposition is [10] important parameter that affects for [17] layer [16] [15] and porosity", "In sol gel [12] [14] [11] [13] deposition is an important parameter that affects for [17] layer [16] [15] and porosity", "In sol gel [12] [14] speed [13] deposition is an important parameter that affects for [17] layer [16] [15] and porosity", "In sol gel synthesis [14] speed [13] deposition is an important parameter that affects for [17] layer [16] [15] and porosity", "In sol gel synthesis [14] speed of deposition is an important parameter that affects for [17] layer [16] [15] and porosity", "In sol gel synthesis the speed of deposition is an important parameter that affects for [17] layer [16] [15] and porosity", "In sol gel synthesis the speed of deposition is an important parameter that affects for [17] layer [16] density and porosity", "In sol gel synthesis the speed of deposition is an important parameter that affects for [17] layer thickness density and porosity"]}, "config": {"list": [[1, "porosity"], [2, "deposition"], [3, "is"], [4, "affects"], [5, "layer"], [6, "sol"], [7, "parameter"], [8, "gel"], [9, "important"], [10, "an"], [11, "speed"], [12, "synthesis"], [13, "of"], [14, "the"], [15, "density"], [16, "thickness"], [17, "example"]], "num_pairs": 17, "num_sentences": 43652, "original_sentence": "In sol-gel synthesis the speed of deposition is an important parameter that affects, for example, layer thickness, density and porosity.", "sentence": "In [6] [8] [12] [14] [11] [13] [2] [3] [10] [9] [7] that [4] for [17] [5] [16] [15] and [1]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0151", "problem_name": "task18_0151"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nDespite his [7] [9] credentials [12] [11] [14] sparse [13] of matches most of which [5] [10] [15] notable [16] [2] coming [6] including [4] E [8] [17] [1] and [3] Rowan\nList:\n[(1, Maddox), (2, in), (3, Erick), (4, Big), (5, were), (6, wrestlers), (7, impressive), (8, Langston), (9, physical), (10, losses), (11, wrestled), (12, Mercer), (13, series), (14, a), (15, to), (16, up), (17, Brad)]", "label": {"final": "Despite his impressive physical credentials Mercer wrestled a sparse series of matches most of which were losses to notable up in coming wrestlers including Big E Langston Brad Maddox and Erick Rowan", "init": "Despite his [7] [9] credentials [12] [11] [14] sparse [13] of matches most of which [5] [10] [15] notable [16] [2] coming [6] including [4] E [8] [17] [1] and [3] Rowan", "intermediate": ["Despite his [7] [9] credentials [12] [11] [14] sparse [13] of matches most of which [5] [10] [15] notable [16] [2] coming [6] including [4] E [8] [17] Maddox and [3] Rowan", "Despite his [7] [9] credentials [12] [11] [14] sparse [13] of matches most of which [5] [10] [15] notable [16] in coming [6] including [4] E [8] [17] Maddox and [3] Rowan", "Despite his [7] [9] credentials [12] [11] [14] sparse [13] of matches most of which [5] [10] [15] notable [16] in coming [6] including [4] E [8] [17] Maddox and Erick Rowan", "Despite his [7] [9] credentials [12] [11] [14] sparse [13] of matches most of which [5] [10] [15] notable [16] in coming [6] including Big E [8] [17] Maddox and Erick Rowan", "Despite his [7] [9] credentials [12] [11] [14] sparse [13] of matches most of which were [10] [15] notable [16] in coming [6] including Big E [8] [17] Maddox and Erick Rowan", "Despite his [7] [9] credentials [12] [11] [14] sparse [13] of matches most of which were [10] [15] notable [16] in coming wrestlers including Big E [8] [17] Maddox and Erick Rowan", "Despite his impressive [9] credentials [12] [11] [14] sparse [13] of matches most of which were [10] [15] notable [16] in coming wrestlers including Big E [8] [17] Maddox and Erick Rowan", "Despite his impressive [9] credentials [12] [11] [14] sparse [13] of matches most of which were [10] [15] notable [16] in coming wrestlers including Big E Langston [17] Maddox and Erick Rowan", "Despite his impressive physical credentials [12] [11] [14] sparse [13] of matches most of which were [10] [15] notable [16] in coming wrestlers including Big E Langston [17] Maddox and Erick Rowan", "Despite his impressive physical credentials [12] [11] [14] sparse [13] of matches most of which were losses [15] notable [16] in coming wrestlers including Big E Langston [17] Maddox and Erick Rowan", "Despite his impressive physical credentials [12] wrestled [14] sparse [13] of matches most of which were losses [15] notable [16] in coming wrestlers including Big E Langston [17] Maddox and Erick Rowan", "Despite his impressive physical credentials Mercer wrestled [14] sparse [13] of matches most of which were losses [15] notable [16] in coming wrestlers including Big E Langston [17] Maddox and Erick Rowan", "Despite his impressive physical credentials Mercer wrestled [14] sparse series of matches most of which were losses [15] notable [16] in coming wrestlers including Big E Langston [17] Maddox and Erick Rowan", "Despite his impressive physical credentials Mercer wrestled a sparse series of matches most of which were losses [15] notable [16] in coming wrestlers including Big E Langston [17] Maddox and Erick Rowan", "Despite his impressive physical credentials Mercer wrestled a sparse series of matches most of which were losses to notable [16] in coming wrestlers including Big E Langston [17] Maddox and Erick Rowan", "Despite his impressive physical credentials Mercer wrestled a sparse series of matches most of which were losses to notable up in coming wrestlers including Big E Langston [17] Maddox and Erick Rowan"]}, "config": {"list": [[1, "Maddox"], [2, "in"], [3, "Erick"], [4, "Big"], [5, "were"], [6, "wrestlers"], [7, "impressive"], [8, "Langston"], [9, "physical"], [10, "losses"], [11, "wrestled"], [12, "Mercer"], [13, "series"], [14, "a"], [15, "to"], [16, "up"], [17, "Brad"]], "num_pairs": 17, "num_sentences": 43652, "original_sentence": "Despite his impressive physical credentials, Mercer wrestled a sparse series of matches, most of which were losses to notable up-in-coming wrestlers including Big E. Langston, Brad Maddox and Erick Rowan.", "sentence": "Despite his [7] [9] credentials [12] [11] [14] sparse [13] of matches most of which [5] [10] [15] notable [16] [2] coming [6] including [4] E [8] [17] [1] and [3] Rowan", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0152", "problem_name": "task18_0152"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[9] would [7] [16] Champions [4] the following [1] [3] [14] 1 [13] win [15] Saudi [17] [12] [2] [5] assisting [8] [11] [6] [10]\nList:\n[(1, season), (2, Al), (3, in), (4, League), (5, Fateh), (6, s), (7, make), (8, Abolfazl), (9, He), (10, winner), (11, Alaei), (12, side), (13, 0), (14, a), (15, against), (16, his), (17, Arabian)]", "label": {"final": "He would make his Champions League the following season in a 1 0 win against Saudi Arabian side Al Fateh assisting Abolfazl Alaei s winner", "init": "[9] would [7] [16] Champions [4] the following [1] [3] [14] 1 [13] win [15] Saudi [17] [12] [2] [5] assisting [8] [11] [6] [10]", "intermediate": ["[9] would [7] [16] Champions [4] the following season [3] [14] 1 [13] win [15] Saudi [17] [12] [2] [5] assisting [8] [11] [6] [10]", "[9] would [7] [16] Champions [4] the following season [3] [14] 1 [13] win [15] Saudi [17] [12] Al [5] assisting [8] [11] [6] [10]", "[9] would [7] [16] Champions [4] the following season in [14] 1 [13] win [15] Saudi [17] [12] Al [5] assisting [8] [11] [6] [10]", "[9] would [7] [16] Champions League the following season in [14] 1 [13] win [15] Saudi [17] [12] Al [5] assisting [8] [11] [6] [10]", "[9] would [7] [16] Champions League the following season in [14] 1 [13] win [15] Saudi [17] [12] Al Fateh assisting [8] [11] [6] [10]", "[9] would [7] [16] Champions League the following season in [14] 1 [13] win [15] Saudi [17] [12] Al Fateh assisting [8] [11] s [10]", "[9] would make [16] Champions League the following season in [14] 1 [13] win [15] Saudi [17] [12] Al Fateh assisting [8] [11] s [10]", "[9] would make [16] Champions League the following season in [14] 1 [13] win [15] Saudi [17] [12] Al Fateh assisting Abolfazl [11] s [10]", "He would make [16] Champions League the following season in [14] 1 [13] win [15] Saudi [17] [12] Al Fateh assisting Abolfazl [11] s [10]", "He would make [16] Champions League the following season in [14] 1 [13] win [15] Saudi [17] [12] Al Fateh assisting Abolfazl [11] s winner", "He would make [16] Champions League the following season in [14] 1 [13] win [15] Saudi [17] [12] Al Fateh assisting Abolfazl Alaei s winner", "He would make [16] Champions League the following season in [14] 1 [13] win [15] Saudi [17] side Al Fateh assisting Abolfazl Alaei s winner", "He would make [16] Champions League the following season in [14] 1 0 win [15] Saudi [17] side Al Fateh assisting Abolfazl Alaei s winner", "He would make [16] Champions League the following season in a 1 0 win [15] Saudi [17] side Al Fateh assisting Abolfazl Alaei s winner", "He would make [16] Champions League the following season in a 1 0 win against Saudi [17] side Al Fateh assisting Abolfazl Alaei s winner", "He would make his Champions League the following season in a 1 0 win against Saudi [17] side Al Fateh assisting Abolfazl Alaei s winner"]}, "config": {"list": [[1, "season"], [2, "Al"], [3, "in"], [4, "League"], [5, "Fateh"], [6, "s"], [7, "make"], [8, "Abolfazl"], [9, "He"], [10, "winner"], [11, "Alaei"], [12, "side"], [13, "0"], [14, "a"], [15, "against"], [16, "his"], [17, "Arabian"]], "num_pairs": 17, "num_sentences": 43652, "original_sentence": "He would make his Champions League the following season in a 1-0 win against Saudi Arabian side Al-Fateh, assisting Abolfazl Alaei's winner.", "sentence": "[9] would [7] [16] Champions [4] the following [1] [3] [14] 1 [13] win [15] Saudi [17] [12] [2] [5] assisting [8] [11] [6] [10]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0153", "problem_name": "task18_0153"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[15] [3] [16] she gained recognition [1] [2] tensions [8] [14] [11] [4] [13] [17] State Standards Initiative and [5] [6] [7] [9] [10] [12] teachers\nList:\n[(1, for), (2, easing), (3, that), (4, the), (5, the), (6, question), (7, of), (8, surrounding), (9, how), (10, to), (11, of), (12, evaluate), (13, Common), (14, implementation), (15, In), (16, role), (17, Core)]", "label": {"final": "In that role she gained recognition for easing tensions surrounding implementation of the Common Core State Standards Initiative and the question of how to evaluate teachers", "init": "[15] [3] [16] she gained recognition [1] [2] tensions [8] [14] [11] [4] [13] [17] State Standards Initiative and [5] [6] [7] [9] [10] [12] teachers", "intermediate": ["[15] [3] [16] she gained recognition for [2] tensions [8] [14] [11] [4] [13] [17] State Standards Initiative and [5] [6] [7] [9] [10] [12] teachers", "[15] [3] [16] she gained recognition for easing tensions [8] [14] [11] [4] [13] [17] State Standards Initiative and [5] [6] [7] [9] [10] [12] teachers", "[15] that [16] she gained recognition for easing tensions [8] [14] [11] [4] [13] [17] State Standards Initiative and [5] [6] [7] [9] [10] [12] teachers", "[15] that [16] she gained recognition for easing tensions [8] [14] [11] the [13] [17] State Standards Initiative and [5] [6] [7] [9] [10] [12] teachers", "[15] that [16] she gained recognition for easing tensions [8] [14] [11] the [13] [17] State Standards Initiative and the [6] [7] [9] [10] [12] teachers", "[15] that [16] she gained recognition for easing tensions [8] [14] [11] the [13] [17] State Standards Initiative and the question [7] [9] [10] [12] teachers", "[15] that [16] she gained recognition for easing tensions [8] [14] [11] the [13] [17] State Standards Initiative and the question of [9] [10] [12] teachers", "[15] that [16] she gained recognition for easing tensions surrounding [14] [11] the [13] [17] State Standards Initiative and the question of [9] [10] [12] teachers", "[15] that [16] she gained recognition for easing tensions surrounding [14] [11] the [13] [17] State Standards Initiative and the question of how [10] [12] teachers", "[15] that [16] she gained recognition for easing tensions surrounding [14] [11] the [13] [17] State Standards Initiative and the question of how to [12] teachers", "[15] that [16] she gained recognition for easing tensions surrounding [14] of the [13] [17] State Standards Initiative and the question of how to [12] teachers", "[15] that [16] she gained recognition for easing tensions surrounding [14] of the [13] [17] State Standards Initiative and the question of how to evaluate teachers", "[15] that [16] she gained recognition for easing tensions surrounding [14] of the Common [17] State Standards Initiative and the question of how to evaluate teachers", "[15] that [16] she gained recognition for easing tensions surrounding implementation of the Common [17] State Standards Initiative and the question of how to evaluate teachers", "In that [16] she gained recognition for easing tensions surrounding implementation of the Common [17] State Standards Initiative and the question of how to evaluate teachers", "In that role she gained recognition for easing tensions surrounding implementation of the Common [17] State Standards Initiative and the question of how to evaluate teachers"]}, "config": {"list": [[1, "for"], [2, "easing"], [3, "that"], [4, "the"], [5, "the"], [6, "question"], [7, "of"], [8, "surrounding"], [9, "how"], [10, "to"], [11, "of"], [12, "evaluate"], [13, "Common"], [14, "implementation"], [15, "In"], [16, "role"], [17, "Core"]], "num_pairs": 17, "num_sentences": 43652, "original_sentence": "In that role, she gained recognition for easing tensions surrounding implementation of the Common Core State Standards Initiative and the question of how to evaluate teachers.", "sentence": "[15] [3] [16] she gained recognition [1] [2] tensions [8] [14] [11] [4] [13] [17] State Standards Initiative and [5] [6] [7] [9] [10] [12] teachers", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0154", "problem_name": "task18_0154"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[16] [12] [1] [9] [7] [10] of [4] [15] [13] [14] the budget [11] [17] [5] [6] for [8] [3] [2] districts\nList:\n[(1, majority), (2, poorer), (3, in), (4, her), (5, more), (6, funding), (7, blocked), (8, schools), (9, has), (10, all), (11, to), (12, Republican), (13, to), (14, amend), (15, attempts), (16, The), (17, provide)]", "label": {"final": "The Republican majority has blocked all of her attempts to amend the budget to provide more funding for schools in poorer districts", "init": "[16] [12] [1] [9] [7] [10] of [4] [15] [13] [14] the budget [11] [17] [5] [6] for [8] [3] [2] districts", "intermediate": ["[16] [12] majority [9] [7] [10] of [4] [15] [13] [14] the budget [11] [17] [5] [6] for [8] [3] [2] districts", "[16] [12] majority [9] [7] [10] of [4] [15] [13] [14] the budget [11] [17] [5] [6] for [8] [3] poorer districts", "[16] [12] majority [9] [7] [10] of [4] [15] [13] [14] the budget [11] [17] [5] [6] for [8] in poorer districts", "[16] [12] majority [9] [7] [10] of her [15] [13] [14] the budget [11] [17] [5] [6] for [8] in poorer districts", "[16] [12] majority [9] [7] [10] of her [15] [13] [14] the budget [11] [17] more [6] for [8] in poorer districts", "[16] [12] majority [9] [7] [10] of her [15] [13] [14] the budget [11] [17] more funding for [8] in poorer districts", "[16] [12] majority [9] blocked [10] of her [15] [13] [14] the budget [11] [17] more funding for [8] in poorer districts", "[16] [12] majority [9] blocked [10] of her [15] [13] [14] the budget [11] [17] more funding for schools in poorer districts", "[16] [12] majority has blocked [10] of her [15] [13] [14] the budget [11] [17] more funding for schools in poorer districts", "[16] [12] majority has blocked all of her [15] [13] [14] the budget [11] [17] more funding for schools in poorer districts", "[16] [12] majority has blocked all of her [15] [13] [14] the budget to [17] more funding for schools in poorer districts", "[16] Republican majority has blocked all of her [15] [13] [14] the budget to [17] more funding for schools in poorer districts", "[16] Republican majority has blocked all of her [15] to [14] the budget to [17] more funding for schools in poorer districts", "[16] Republican majority has blocked all of her [15] to amend the budget to [17] more funding for schools in poorer districts", "[16] Republican majority has blocked all of her attempts to amend the budget to [17] more funding for schools in poorer districts", "The Republican majority has blocked all of her attempts to amend the budget to [17] more funding for schools in poorer districts"]}, "config": {"list": [[1, "majority"], [2, "poorer"], [3, "in"], [4, "her"], [5, "more"], [6, "funding"], [7, "blocked"], [8, "schools"], [9, "has"], [10, "all"], [11, "to"], [12, "Republican"], [13, "to"], [14, "amend"], [15, "attempts"], [16, "The"], [17, "provide"]], "num_pairs": 17, "num_sentences": 43652, "original_sentence": "The Republican majority has blocked all of her attempts to amend the budget to provide more funding for schools in poorer districts.", "sentence": "[16] [12] [1] [9] [7] [10] of [4] [15] [13] [14] the budget [11] [17] [5] [6] for [8] [3] [2] districts", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0155", "problem_name": "task18_0155"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[8] [6] [1] [12] [14] [16] [17] [5] [4] [15] [10] [3] [13] [2] [11] [7] [9]\nList:\n[(1, Secretary), (2, call), (3, in), (4, his), (5, expressed), (6, States), (7, Prabowo), (8, United), (9, Subianto), (10, concern), (11, with), (12, of), (13, a), (14, Defense), (15, heartfelt), (16, Lloyd), (17, Austin)]", "label": {"final": "United States Secretary of Defense Lloyd Austin expressed his heartfelt concern in a call with Prabowo Subianto", "init": "[8] [6] [1] [12] [14] [16] [17] [5] [4] [15] [10] [3] [13] [2] [11] [7] [9]", "intermediate": ["[8] [6] Secretary [12] [14] [16] [17] [5] [4] [15] [10] [3] [13] [2] [11] [7] [9]", "[8] [6] Secretary [12] [14] [16] [17] [5] [4] [15] [10] [3] [13] call [11] [7] [9]", "[8] [6] Secretary [12] [14] [16] [17] [5] [4] [15] [10] in [13] call [11] [7] [9]", "[8] [6] Secretary [12] [14] [16] [17] [5] his [15] [10] in [13] call [11] [7] [9]", "[8] [6] Secretary [12] [14] [16] [17] expressed his [15] [10] in [13] call [11] [7] [9]", "[8] States Secretary [12] [14] [16] [17] expressed his [15] [10] in [13] call [11] [7] [9]", "[8] States Secretary [12] [14] [16] [17] expressed his [15] [10] in [13] call [11] Prabowo [9]", "United States Secretary [12] [14] [16] [17] expressed his [15] [10] in [13] call [11] Prabowo [9]", "United States Secretary [12] [14] [16] [17] expressed his [15] [10] in [13] call [11] Prabowo Subianto", "United States Secretary [12] [14] [16] [17] expressed his [15] concern in [13] call [11] Prabowo Subianto", "United States Secretary [12] [14] [16] [17] expressed his [15] concern in [13] call with Prabowo Subianto", "United States Secretary of [14] [16] [17] expressed his [15] concern in [13] call with Prabowo Subianto", "United States Secretary of [14] [16] [17] expressed his [15] concern in a call with Prabowo Subianto", "United States Secretary of Defense [16] [17] expressed his [15] concern in a call with Prabowo Subianto", "United States Secretary of Defense [16] [17] expressed his heartfelt concern in a call with Prabowo Subianto", "United States Secretary of Defense Lloyd [17] expressed his heartfelt concern in a call with Prabowo Subianto"]}, "config": {"list": [[1, "Secretary"], [2, "call"], [3, "in"], [4, "his"], [5, "expressed"], [6, "States"], [7, "Prabowo"], [8, "United"], [9, "Subianto"], [10, "concern"], [11, "with"], [12, "of"], [13, "a"], [14, "Defense"], [15, "heartfelt"], [16, "Lloyd"], [17, "Austin"]], "num_pairs": 17, "num_sentences": 43652, "original_sentence": "United States Secretary of Defense Lloyd Austin expressed his \"heartfelt concern\" in a call with Prabowo Subianto.", "sentence": "[8] [6] [1] [12] [14] [16] [17] [5] [4] [15] [10] [3] [13] [2] [11] [7] [9]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0156", "problem_name": "task18_0156"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn early [5] a group of [6] [12] [4] and farm groups [15] [14] the success [13] Britain [1] [17] Party established [3] Conference for [2] [10] Action [9] [7] an umbrella [11] [16] left [8] groups\nList:\n[(1, s), (2, Progressive), (3, the), (4, socialists), (5, 1924), (6, labor), (7, as), (8, wing), (9, CPPA), (10, Political), (11, organization), (12, unions), (13, of), (14, by), (15, inspired), (16, of), (17, Labour)]", "label": {"final": "In early 1924 a group of labor unions socialists and farm groups inspired by the success of Britain s Labour Party established the Conference for Progressive Political Action CPPA as an umbrella organization of left wing groups", "init": "In early [5] a group of [6] [12] [4] and farm groups [15] [14] the success [13] Britain [1] [17] Party established [3] Conference for [2] [10] Action [9] [7] an umbrella [11] [16] left [8] groups", "intermediate": ["In early [5] a group of [6] [12] [4] and farm groups [15] [14] the success [13] Britain s [17] Party established [3] Conference for [2] [10] Action [9] [7] an umbrella [11] [16] left [8] groups", "In early [5] a group of [6] [12] [4] and farm groups [15] [14] the success [13] Britain s [17] Party established [3] Conference for Progressive [10] Action [9] [7] an umbrella [11] [16] left [8] groups", "In early [5] a group of [6] [12] [4] and farm groups [15] [14] the success [13] Britain s [17] Party established the Conference for Progressive [10] Action [9] [7] an umbrella [11] [16] left [8] groups", "In early [5] a group of [6] [12] socialists and farm groups [15] [14] the success [13] Britain s [17] Party established the Conference for Progressive [10] Action [9] [7] an umbrella [11] [16] left [8] groups", "In early 1924 a group of [6] [12] socialists and farm groups [15] [14] the success [13] Britain s [17] Party established the Conference for Progressive [10] Action [9] [7] an umbrella [11] [16] left [8] groups", "In early 1924 a group of labor [12] socialists and farm groups [15] [14] the success [13] Britain s [17] Party established the Conference for Progressive [10] Action [9] [7] an umbrella [11] [16] left [8] groups", "In early 1924 a group of labor [12] socialists and farm groups [15] [14] the success [13] Britain s [17] Party established the Conference for Progressive [10] Action [9] as an umbrella [11] [16] left [8] groups", "In early 1924 a group of labor [12] socialists and farm groups [15] [14] the success [13] Britain s [17] Party established the Conference for Progressive [10] Action [9] as an umbrella [11] [16] left wing groups", "In early 1924 a group of labor [12] socialists and farm groups [15] [14] the success [13] Britain s [17] Party established the Conference for Progressive [10] Action CPPA as an umbrella [11] [16] left wing groups", "In early 1924 a group of labor [12] socialists and farm groups [15] [14] the success [13] Britain s [17] Party established the Conference for Progressive Political Action CPPA as an umbrella [11] [16] left wing groups", "In early 1924 a group of labor [12] socialists and farm groups [15] [14] the success [13] Britain s [17] Party established the Conference for Progressive Political Action CPPA as an umbrella organization [16] left wing groups", "In early 1924 a group of labor unions socialists and farm groups [15] [14] the success [13] Britain s [17] Party established the Conference for Progressive Political Action CPPA as an umbrella organization [16] left wing groups", "In early 1924 a group of labor unions socialists and farm groups [15] [14] the success of Britain s [17] Party established the Conference for Progressive Political Action CPPA as an umbrella organization [16] left wing groups", "In early 1924 a group of labor unions socialists and farm groups [15] by the success of Britain s [17] Party established the Conference for Progressive Political Action CPPA as an umbrella organization [16] left wing groups", "In early 1924 a group of labor unions socialists and farm groups inspired by the success of Britain s [17] Party established the Conference for Progressive Political Action CPPA as an umbrella organization [16] left wing groups", "In early 1924 a group of labor unions socialists and farm groups inspired by the success of Britain s [17] Party established the Conference for Progressive Political Action CPPA as an umbrella organization of left wing groups"]}, "config": {"list": [[1, "s"], [2, "Progressive"], [3, "the"], [4, "socialists"], [5, "1924"], [6, "labor"], [7, "as"], [8, "wing"], [9, "CPPA"], [10, "Political"], [11, "organization"], [12, "unions"], [13, "of"], [14, "by"], [15, "inspired"], [16, "of"], [17, "Labour"]], "num_pairs": 17, "num_sentences": 43652, "original_sentence": "In early 1924, a group of labor unions, socialists, and farm groups, inspired by the success of Britain's Labour Party, established the Conference for Progressive Political Action (CPPA) as an umbrella organization of left-wing groups.", "sentence": "In early [5] a group of [6] [12] [4] and farm groups [15] [14] the success [13] Britain [1] [17] Party established [3] Conference for [2] [10] Action [9] [7] an umbrella [11] [16] left [8] groups", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0157", "problem_name": "task18_0157"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[2] [10] [14] [8] [3] [12] [13] [1] [17] [11] the [9] [4] [7] [6] [15] [5] [16]\nList:\n[(1, right), (2, Actions), (3, officer), (4, reason), (5, acting), (6, not), (7, is), (8, an), (9, wrong), (10, that), (11, for), (12, doing), (13, the), (14, involve), (15, considered), (16, ethically), (17, thing)]", "label": {"final": "Actions that involve an officer doing the right thing for the wrong reason is not considered acting ethically", "init": "[2] [10] [14] [8] [3] [12] [13] [1] [17] [11] the [9] [4] [7] [6] [15] [5] [16]", "intermediate": ["[2] [10] [14] [8] [3] [12] [13] right [17] [11] the [9] [4] [7] [6] [15] [5] [16]", "Actions [10] [14] [8] [3] [12] [13] right [17] [11] the [9] [4] [7] [6] [15] [5] [16]", "Actions [10] [14] [8] officer [12] [13] right [17] [11] the [9] [4] [7] [6] [15] [5] [16]", "Actions [10] [14] [8] officer [12] [13] right [17] [11] the [9] reason [7] [6] [15] [5] [16]", "Actions [10] [14] [8] officer [12] [13] right [17] [11] the [9] reason [7] [6] [15] acting [16]", "Actions [10] [14] [8] officer [12] [13] right [17] [11] the [9] reason [7] not [15] acting [16]", "Actions [10] [14] [8] officer [12] [13] right [17] [11] the [9] reason is not [15] acting [16]", "Actions [10] [14] an officer [12] [13] right [17] [11] the [9] reason is not [15] acting [16]", "Actions [10] [14] an officer [12] [13] right [17] [11] the wrong reason is not [15] acting [16]", "Actions that [14] an officer [12] [13] right [17] [11] the wrong reason is not [15] acting [16]", "Actions that [14] an officer [12] [13] right [17] for the wrong reason is not [15] acting [16]", "Actions that [14] an officer doing [13] right [17] for the wrong reason is not [15] acting [16]", "Actions that [14] an officer doing the right [17] for the wrong reason is not [15] acting [16]", "Actions that involve an officer doing the right [17] for the wrong reason is not [15] acting [16]", "Actions that involve an officer doing the right [17] for the wrong reason is not considered acting [16]", "Actions that involve an officer doing the right [17] for the wrong reason is not considered acting ethically"]}, "config": {"list": [[1, "right"], [2, "Actions"], [3, "officer"], [4, "reason"], [5, "acting"], [6, "not"], [7, "is"], [8, "an"], [9, "wrong"], [10, "that"], [11, "for"], [12, "doing"], [13, "the"], [14, "involve"], [15, "considered"], [16, "ethically"], [17, "thing"]], "num_pairs": 17, "num_sentences": 43652, "original_sentence": "Actions that involve an officer doing the right thing for the wrong reason is not considered acting ethically.", "sentence": "[2] [10] [14] [8] [3] [12] [13] [1] [17] [11] the [9] [4] [7] [6] [15] [5] [16]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0158", "problem_name": "task18_0158"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[9] [4] [7] [15] [10] [6] [5] [12] was agreed [14] [17] held on [8] [13] [11] [2] [16] [1] passed [3]\nList:\n[(1, until), (2, separate), (3, over), (4, was), (5, Brunei), (6, Royal), (7, receiving), (8, trust), (9, It), (10, for), (11, a), (12, which), (13, in), (14, to), (15, money), (16, account), (17, be)]", "label": {"final": "It was receiving money for Royal Brunei which was agreed to be held on trust in a separate account until passed over", "init": "[9] [4] [7] [15] [10] [6] [5] [12] was agreed [14] [17] held on [8] [13] [11] [2] [16] [1] passed [3]", "intermediate": ["[9] [4] [7] [15] [10] [6] [5] [12] was agreed [14] [17] held on [8] [13] [11] [2] [16] until passed [3]", "[9] [4] [7] [15] [10] [6] [5] [12] was agreed [14] [17] held on [8] [13] [11] separate [16] until passed [3]", "[9] [4] [7] [15] [10] [6] [5] [12] was agreed [14] [17] held on [8] [13] [11] separate [16] until passed over", "[9] was [7] [15] [10] [6] [5] [12] was agreed [14] [17] held on [8] [13] [11] separate [16] until passed over", "[9] was [7] [15] [10] [6] Brunei [12] was agreed [14] [17] held on [8] [13] [11] separate [16] until passed over", "[9] was [7] [15] [10] Royal Brunei [12] was agreed [14] [17] held on [8] [13] [11] separate [16] until passed over", "[9] was receiving [15] [10] Royal Brunei [12] was agreed [14] [17] held on [8] [13] [11] separate [16] until passed over", "[9] was receiving [15] [10] Royal Brunei [12] was agreed [14] [17] held on trust [13] [11] separate [16] until passed over", "It was receiving [15] [10] Royal Brunei [12] was agreed [14] [17] held on trust [13] [11] separate [16] until passed over", "It was receiving [15] for Royal Brunei [12] was agreed [14] [17] held on trust [13] [11] separate [16] until passed over", "It was receiving [15] for Royal Brunei [12] was agreed [14] [17] held on trust [13] a separate [16] until passed over", "It was receiving [15] for Royal Brunei which was agreed [14] [17] held on trust [13] a separate [16] until passed over", "It was receiving [15] for Royal Brunei which was agreed [14] [17] held on trust in a separate [16] until passed over", "It was receiving [15] for Royal Brunei which was agreed to [17] held on trust in a separate [16] until passed over", "It was receiving money for Royal Brunei which was agreed to [17] held on trust in a separate [16] until passed over", "It was receiving money for Royal Brunei which was agreed to [17] held on trust in a separate account until passed over"]}, "config": {"list": [[1, "until"], [2, "separate"], [3, "over"], [4, "was"], [5, "Brunei"], [6, "Royal"], [7, "receiving"], [8, "trust"], [9, "It"], [10, "for"], [11, "a"], [12, "which"], [13, "in"], [14, "to"], [15, "money"], [16, "account"], [17, "be"]], "num_pairs": 17, "num_sentences": 43652, "original_sentence": "It was receiving money for Royal Brunei, which was agreed to be held on trust in a separate account until passed over.", "sentence": "[9] [4] [7] [15] [10] [6] [5] [12] was agreed [14] [17] held on [8] [13] [11] [2] [16] [1] passed [3]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0159", "problem_name": "task18_0159"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nDie [7] [10] [6] [1] [12] [3] [4] [5] [8] [13] [11] [14] [2] [9] [15] [17] [18] [16]\nList:\n[(1, between), (2, had), (3, and), (4, 1858), (5, at), (6, drafted), (7, Sieger), (8, a), (9, become), (10, was), (11, when), (12, 1856), (13, period), (14, Wagner), (15, greatly), (16, Buddhism), (17, interested), (18, in)]", "label": {"final": "Die Sieger was drafted between 1856 and 1858 at a period when Wagner had become greatly interested in Buddhism", "init": "Die [7] [10] [6] [1] [12] [3] [4] [5] [8] [13] [11] [14] [2] [9] [15] [17] [18] [16]", "intermediate": ["Die [7] [10] [6] between [12] [3] [4] [5] [8] [13] [11] [14] [2] [9] [15] [17] [18] [16]", "Die [7] [10] [6] between [12] [3] [4] [5] [8] [13] [11] [14] had [9] [15] [17] [18] [16]", "Die [7] [10] [6] between [12] and [4] [5] [8] [13] [11] [14] had [9] [15] [17] [18] [16]", "Die [7] [10] [6] between [12] and 1858 [5] [8] [13] [11] [14] had [9] [15] [17] [18] [16]", "Die [7] [10] [6] between [12] and 1858 at [8] [13] [11] [14] had [9] [15] [17] [18] [16]", "Die [7] [10] drafted between [12] and 1858 at [8] [13] [11] [14] had [9] [15] [17] [18] [16]", "Die Sieger [10] drafted between [12] and 1858 at [8] [13] [11] [14] had [9] [15] [17] [18] [16]", "Die Sieger [10] drafted between [12] and 1858 at a [13] [11] [14] had [9] [15] [17] [18] [16]", "Die Sieger [10] drafted between [12] and 1858 at a [13] [11] [14] had become [15] [17] [18] [16]", "Die Sieger was drafted between [12] and 1858 at a [13] [11] [14] had become [15] [17] [18] [16]", "Die Sieger was drafted between [12] and 1858 at a [13] when [14] had become [15] [17] [18] [16]", "Die Sieger was drafted between 1856 and 1858 at a [13] when [14] had become [15] [17] [18] [16]", "Die Sieger was drafted between 1856 and 1858 at a period when [14] had become [15] [17] [18] [16]", "Die Sieger was drafted between 1856 and 1858 at a period when Wagner had become [15] [17] [18] [16]", "Die Sieger was drafted between 1856 and 1858 at a period when Wagner had become greatly [17] [18] [16]", "Die Sieger was drafted between 1856 and 1858 at a period when Wagner had become greatly [17] [18] Buddhism", "Die Sieger was drafted between 1856 and 1858 at a period when Wagner had become greatly interested [18] Buddhism"]}, "config": {"list": [[1, "between"], [2, "had"], [3, "and"], [4, "1858"], [5, "at"], [6, "drafted"], [7, "Sieger"], [8, "a"], [9, "become"], [10, "was"], [11, "when"], [12, "1856"], [13, "period"], [14, "Wagner"], [15, "greatly"], [16, "Buddhism"], [17, "interested"], [18, "in"]], "num_pairs": 18, "num_sentences": 43652, "original_sentence": "\"Die Sieger\" was drafted between 1856 and 1858, at a period when Wagner had become greatly interested in Buddhism.", "sentence": "Die [7] [10] [6] [1] [12] [3] [4] [5] [8] [13] [11] [14] [2] [9] [15] [17] [18] [16]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0160", "problem_name": "task18_0160"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[13] [1] [18] [16] [14] [15] [7] [6] [4] [11] [12] H2O [8] the [9] [5] [2] [17] [10] [3]\nList:\n[(1, boehmite), (2, pseudoboehmite), (3, shorter), (4, that), (5, in), (6, chains), (7, AlOOH), (8, groups), (9, chains), (10, significantly), (11, have), (12, terminal), (13, While), (14, relatively), (15, long), (16, of), (17, are), (18, consists)]", "label": {"final": "While boehmite consists of relatively long AlOOH chains that have terminal H2O groups the chains in pseudoboehmite are significantly shorter", "init": "[13] [1] [18] [16] [14] [15] [7] [6] [4] [11] [12] H2O [8] the [9] [5] [2] [17] [10] [3]", "intermediate": ["[13] boehmite [18] [16] [14] [15] [7] [6] [4] [11] [12] H2O [8] the [9] [5] [2] [17] [10] [3]", "[13] boehmite [18] [16] [14] [15] [7] [6] [4] [11] [12] H2O [8] the [9] [5] pseudoboehmite [17] [10] [3]", "[13] boehmite [18] [16] [14] [15] [7] [6] [4] [11] [12] H2O [8] the [9] [5] pseudoboehmite [17] [10] shorter", "[13] boehmite [18] [16] [14] [15] [7] [6] that [11] [12] H2O [8] the [9] [5] pseudoboehmite [17] [10] shorter", "[13] boehmite [18] [16] [14] [15] [7] [6] that [11] [12] H2O [8] the [9] in pseudoboehmite [17] [10] shorter", "[13] boehmite [18] [16] [14] [15] [7] chains that [11] [12] H2O [8] the [9] in pseudoboehmite [17] [10] shorter", "[13] boehmite [18] [16] [14] [15] AlOOH chains that [11] [12] H2O [8] the [9] in pseudoboehmite [17] [10] shorter", "[13] boehmite [18] [16] [14] [15] AlOOH chains that [11] [12] H2O groups the [9] in pseudoboehmite [17] [10] shorter", "[13] boehmite [18] [16] [14] [15] AlOOH chains that [11] [12] H2O groups the chains in pseudoboehmite [17] [10] shorter", "[13] boehmite [18] [16] [14] [15] AlOOH chains that [11] [12] H2O groups the chains in pseudoboehmite [17] significantly shorter", "[13] boehmite [18] [16] [14] [15] AlOOH chains that have [12] H2O groups the chains in pseudoboehmite [17] significantly shorter", "[13] boehmite [18] [16] [14] [15] AlOOH chains that have terminal H2O groups the chains in pseudoboehmite [17] significantly shorter", "While boehmite [18] [16] [14] [15] AlOOH chains that have terminal H2O groups the chains in pseudoboehmite [17] significantly shorter", "While boehmite [18] [16] relatively [15] AlOOH chains that have terminal H2O groups the chains in pseudoboehmite [17] significantly shorter", "While boehmite [18] [16] relatively long AlOOH chains that have terminal H2O groups the chains in pseudoboehmite [17] significantly shorter", "While boehmite [18] of relatively long AlOOH chains that have terminal H2O groups the chains in pseudoboehmite [17] significantly shorter", "While boehmite [18] of relatively long AlOOH chains that have terminal H2O groups the chains in pseudoboehmite are significantly shorter"]}, "config": {"list": [[1, "boehmite"], [2, "pseudoboehmite"], [3, "shorter"], [4, "that"], [5, "in"], [6, "chains"], [7, "AlOOH"], [8, "groups"], [9, "chains"], [10, "significantly"], [11, "have"], [12, "terminal"], [13, "While"], [14, "relatively"], [15, "long"], [16, "of"], [17, "are"], [18, "consists"]], "num_pairs": 18, "num_sentences": 43652, "original_sentence": "While boehmite consists of relatively long AlOOH chains that have terminal H2O groups, the chains in pseudoboehmite are significantly shorter.", "sentence": "[13] [1] [18] [16] [14] [15] [7] [6] [4] [11] [12] H2O [8] the [9] [5] [2] [17] [10] [3]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0161", "problem_name": "task18_0161"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[15] [18] [14] [17] [12] another biceps [7] [2] [6] [8] session [13] put him out of the Giants Live [4] Tour [9] and [16] Invitational [1] [11] [5] [10] October of that [3]\nList:\n[(1, that), (2, during), (3, year), (4, World), (5, held), (6, a), (7, injury), (8, training), (9, Finals), (10, during), (11, were), (12, suffered), (13, which), (14, 2022), (15, In), (16, Rogue), (17, Singleton), (18, September)]", "label": {"final": "In September 2022 Singleton suffered another biceps injury during a training session which put him out of the Giants Live World Tour Finals and Rogue Invitational that were held during October of that year", "init": "[15] [18] [14] [17] [12] another biceps [7] [2] [6] [8] session [13] put him out of the Giants Live [4] Tour [9] and [16] Invitational [1] [11] [5] [10] October of that [3]", "intermediate": ["[15] [18] [14] [17] [12] another biceps [7] [2] [6] [8] session [13] put him out of the Giants Live [4] Tour [9] and [16] Invitational that [11] [5] [10] October of that [3]", "[15] [18] [14] [17] [12] another biceps [7] during [6] [8] session [13] put him out of the Giants Live [4] Tour [9] and [16] Invitational that [11] [5] [10] October of that [3]", "[15] [18] [14] [17] [12] another biceps [7] during [6] [8] session [13] put him out of the Giants Live [4] Tour [9] and [16] Invitational that [11] [5] [10] October of that year", "[15] [18] [14] [17] [12] another biceps [7] during [6] [8] session [13] put him out of the Giants Live World Tour [9] and [16] Invitational that [11] [5] [10] October of that year", "[15] [18] [14] [17] [12] another biceps [7] during [6] [8] session [13] put him out of the Giants Live World Tour [9] and [16] Invitational that [11] held [10] October of that year", "[15] [18] [14] [17] [12] another biceps [7] during a [8] session [13] put him out of the Giants Live World Tour [9] and [16] Invitational that [11] held [10] October of that year", "[15] [18] [14] [17] [12] another biceps injury during a [8] session [13] put him out of the Giants Live World Tour [9] and [16] Invitational that [11] held [10] October of that year", "[15] [18] [14] [17] [12] another biceps injury during a training session [13] put him out of the Giants Live World Tour [9] and [16] Invitational that [11] held [10] October of that year", "[15] [18] [14] [17] [12] another biceps injury during a training session [13] put him out of the Giants Live World Tour Finals and [16] Invitational that [11] held [10] October of that year", "[15] [18] [14] [17] [12] another biceps injury during a training session [13] put him out of the Giants Live World Tour Finals and [16] Invitational that [11] held during October of that year", "[15] [18] [14] [17] [12] another biceps injury during a training session [13] put him out of the Giants Live World Tour Finals and [16] Invitational that were held during October of that year", "[15] [18] [14] [17] suffered another biceps injury during a training session [13] put him out of the Giants Live World Tour Finals and [16] Invitational that were held during October of that year", "[15] [18] [14] [17] suffered another biceps injury during a training session which put him out of the Giants Live World Tour Finals and [16] Invitational that were held during October of that year", "[15] [18] 2022 [17] suffered another biceps injury during a training session which put him out of the Giants Live World Tour Finals and [16] Invitational that were held during October of that year", "In [18] 2022 [17] suffered another biceps injury during a training session which put him out of the Giants Live World Tour Finals and [16] Invitational that were held during October of that year", "In [18] 2022 [17] suffered another biceps injury during a training session which put him out of the Giants Live World Tour Finals and Rogue Invitational that were held during October of that year", "In [18] 2022 Singleton suffered another biceps injury during a training session which put him out of the Giants Live World Tour Finals and Rogue Invitational that were held during October of that year"]}, "config": {"list": [[1, "that"], [2, "during"], [3, "year"], [4, "World"], [5, "held"], [6, "a"], [7, "injury"], [8, "training"], [9, "Finals"], [10, "during"], [11, "were"], [12, "suffered"], [13, "which"], [14, "2022"], [15, "In"], [16, "Rogue"], [17, "Singleton"], [18, "September"]], "num_pairs": 18, "num_sentences": 43652, "original_sentence": "In September 2022, Singleton suffered another biceps injury during a training session which put him out of the Giants Live World Tour Finals and Rogue Invitational that were held during October of that year.", "sentence": "[15] [18] [14] [17] [12] another biceps [7] [2] [6] [8] session [13] put him out of the Giants Live [4] Tour [9] and [16] Invitational [1] [11] [5] [10] October of that [3]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0162", "problem_name": "task18_0162"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[1] 1939 [12] upset [9] [10] seeded [4] Bundy [2] [6] [3] [15] of [16] [18] S national championships before [13] her [5] final match [7] [14] [17] one [11] [8]\nList:\n[(1, In), (2, in), (3, quarter), (4, Dorothy), (5, semi), (6, the), (7, to), (8, Marble), (9, the), (10, fourth), (11, Alice), (12, she), (13, losing), (14, world), (15, finals), (16, the), (17, number), (18, U)]", "label": {"final": "In 1939 she upset the fourth seeded Dorothy Bundy in the quarter finals of the U S national championships before losing her semi final match to world number one Alice Marble", "init": "[1] 1939 [12] upset [9] [10] seeded [4] Bundy [2] [6] [3] [15] of [16] [18] S national championships before [13] her [5] final match [7] [14] [17] one [11] [8]", "intermediate": ["In 1939 [12] upset [9] [10] seeded [4] Bundy [2] [6] [3] [15] of [16] [18] S national championships before [13] her [5] final match [7] [14] [17] one [11] [8]", "In 1939 [12] upset [9] [10] seeded [4] Bundy in [6] [3] [15] of [16] [18] S national championships before [13] her [5] final match [7] [14] [17] one [11] [8]", "In 1939 [12] upset [9] [10] seeded [4] Bundy in [6] quarter [15] of [16] [18] S national championships before [13] her [5] final match [7] [14] [17] one [11] [8]", "In 1939 [12] upset [9] [10] seeded Dorothy Bundy in [6] quarter [15] of [16] [18] S national championships before [13] her [5] final match [7] [14] [17] one [11] [8]", "In 1939 [12] upset [9] [10] seeded Dorothy Bundy in [6] quarter [15] of [16] [18] S national championships before [13] her semi final match [7] [14] [17] one [11] [8]", "In 1939 [12] upset [9] [10] seeded Dorothy Bundy in the quarter [15] of [16] [18] S national championships before [13] her semi final match [7] [14] [17] one [11] [8]", "In 1939 [12] upset [9] [10] seeded Dorothy Bundy in the quarter [15] of [16] [18] S national championships before [13] her semi final match to [14] [17] one [11] [8]", "In 1939 [12] upset [9] [10] seeded Dorothy Bundy in the quarter [15] of [16] [18] S national championships before [13] her semi final match to [14] [17] one [11] Marble", "In 1939 [12] upset the [10] seeded Dorothy Bundy in the quarter [15] of [16] [18] S national championships before [13] her semi final match to [14] [17] one [11] Marble", "In 1939 [12] upset the fourth seeded Dorothy Bundy in the quarter [15] of [16] [18] S national championships before [13] her semi final match to [14] [17] one [11] Marble", "In 1939 [12] upset the fourth seeded Dorothy Bundy in the quarter [15] of [16] [18] S national championships before [13] her semi final match to [14] [17] one Alice Marble", "In 1939 she upset the fourth seeded Dorothy Bundy in the quarter [15] of [16] [18] S national championships before [13] her semi final match to [14] [17] one Alice Marble", "In 1939 she upset the fourth seeded Dorothy Bundy in the quarter [15] of [16] [18] S national championships before losing her semi final match to [14] [17] one Alice Marble", "In 1939 she upset the fourth seeded Dorothy Bundy in the quarter [15] of [16] [18] S national championships before losing her semi final match to world [17] one Alice Marble", "In 1939 she upset the fourth seeded Dorothy Bundy in the quarter finals of [16] [18] S national championships before losing her semi final match to world [17] one Alice Marble", "In 1939 she upset the fourth seeded Dorothy Bundy in the quarter finals of the [18] S national championships before losing her semi final match to world [17] one Alice Marble", "In 1939 she upset the fourth seeded Dorothy Bundy in the quarter finals of the [18] S national championships before losing her semi final match to world number one Alice Marble"]}, "config": {"list": [[1, "In"], [2, "in"], [3, "quarter"], [4, "Dorothy"], [5, "semi"], [6, "the"], [7, "to"], [8, "Marble"], [9, "the"], [10, "fourth"], [11, "Alice"], [12, "she"], [13, "losing"], [14, "world"], [15, "finals"], [16, "the"], [17, "number"], [18, "U"]], "num_pairs": 18, "num_sentences": 43652, "original_sentence": "In 1939 she upset the fourth-seeded Dorothy Bundy in the quarter-finals of the U.S. national championships, before losing her semi-final match to world number one Alice Marble.", "sentence": "[1] 1939 [12] upset [9] [10] seeded [4] Bundy [2] [6] [3] [15] of [16] [18] S national championships before [13] her [5] final match [7] [14] [17] one [11] [8]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0163", "problem_name": "task18_0163"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[3] 2020 [4] [18] [15] [2] [1] [12] [8] [16] [14] [7] growing [17] oral care brands [5] [6] United [10] for [9] [11] [13]\nList:\n[(1, Products), (2, Hello), (3, In), (4, Colgate), (5, in), (6, the), (7, fastest), (8, one), (9, an), (10, States), (11, undisclosed), (12, LLC), (13, amount), (14, the), (15, acquired), (16, of), (17, premium), (18, Palmolive)]", "label": {"final": "In 2020 Colgate Palmolive acquired Hello Products LLC one of the fastest growing premium oral care brands in the United States for an undisclosed amount", "init": "[3] 2020 [4] [18] [15] [2] [1] [12] [8] [16] [14] [7] growing [17] oral care brands [5] [6] United [10] for [9] [11] [13]", "intermediate": ["[3] 2020 [4] [18] [15] [2] Products [12] [8] [16] [14] [7] growing [17] oral care brands [5] [6] United [10] for [9] [11] [13]", "[3] 2020 [4] [18] [15] Hello Products [12] [8] [16] [14] [7] growing [17] oral care brands [5] [6] United [10] for [9] [11] [13]", "In 2020 [4] [18] [15] Hello Products [12] [8] [16] [14] [7] growing [17] oral care brands [5] [6] United [10] for [9] [11] [13]", "In 2020 Colgate [18] [15] Hello Products [12] [8] [16] [14] [7] growing [17] oral care brands [5] [6] United [10] for [9] [11] [13]", "In 2020 Colgate [18] [15] Hello Products [12] [8] [16] [14] [7] growing [17] oral care brands in [6] United [10] for [9] [11] [13]", "In 2020 Colgate [18] [15] Hello Products [12] [8] [16] [14] [7] growing [17] oral care brands in the United [10] for [9] [11] [13]", "In 2020 Colgate [18] [15] Hello Products [12] [8] [16] [14] fastest growing [17] oral care brands in the United [10] for [9] [11] [13]", "In 2020 Colgate [18] [15] Hello Products [12] one [16] [14] fastest growing [17] oral care brands in the United [10] for [9] [11] [13]", "In 2020 Colgate [18] [15] Hello Products [12] one [16] [14] fastest growing [17] oral care brands in the United [10] for an [11] [13]", "In 2020 Colgate [18] [15] Hello Products [12] one [16] [14] fastest growing [17] oral care brands in the United States for an [11] [13]", "In 2020 Colgate [18] [15] Hello Products [12] one [16] [14] fastest growing [17] oral care brands in the United States for an undisclosed [13]", "In 2020 Colgate [18] [15] Hello Products LLC one [16] [14] fastest growing [17] oral care brands in the United States for an undisclosed [13]", "In 2020 Colgate [18] [15] Hello Products LLC one [16] [14] fastest growing [17] oral care brands in the United States for an undisclosed amount", "In 2020 Colgate [18] [15] Hello Products LLC one [16] the fastest growing [17] oral care brands in the United States for an undisclosed amount", "In 2020 Colgate [18] acquired Hello Products LLC one [16] the fastest growing [17] oral care brands in the United States for an undisclosed amount", "In 2020 Colgate [18] acquired Hello Products LLC one of the fastest growing [17] oral care brands in the United States for an undisclosed amount", "In 2020 Colgate [18] acquired Hello Products LLC one of the fastest growing premium oral care brands in the United States for an undisclosed amount"]}, "config": {"list": [[1, "Products"], [2, "Hello"], [3, "In"], [4, "Colgate"], [5, "in"], [6, "the"], [7, "fastest"], [8, "one"], [9, "an"], [10, "States"], [11, "undisclosed"], [12, "LLC"], [13, "amount"], [14, "the"], [15, "acquired"], [16, "of"], [17, "premium"], [18, "Palmolive"]], "num_pairs": 18, "num_sentences": 43652, "original_sentence": "In 2020, Colgate-Palmolive acquired Hello Products LLC, one of the fastest-growing, premium oral care brands in the United States, for an undisclosed amount.", "sentence": "[3] 2020 [4] [18] [15] [2] [1] [12] [8] [16] [14] [7] growing [17] oral care brands [5] [6] United [10] for [9] [11] [13]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0164", "problem_name": "task18_0164"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[10] [17] [14] [16] [9] [15] [13] journal a [18] years [2] [7] [6] [4] a subsequent article [1] [8] [3] [11] [5] [12] Raising\nList:\n[(1, by), (2, later), (3, Blackburn), (4, with), (5, Practical), (6, 1995), (7, in), (8, Simon), (9, in), (10, The), (11, titled), (12, Tortoise), (13, same), (14, was), (15, the), (16, reprinted), (17, article), (18, hundred)]", "label": {"final": "The article was reprinted in the same journal a hundred years later in 1995 with a subsequent article by Simon Blackburn titled Practical Tortoise Raising", "init": "[10] [17] [14] [16] [9] [15] [13] journal a [18] years [2] [7] [6] [4] a subsequent article [1] [8] [3] [11] [5] [12] Raising", "intermediate": ["[10] [17] [14] [16] [9] [15] [13] journal a [18] years [2] [7] [6] [4] a subsequent article by [8] [3] [11] [5] [12] Raising", "[10] [17] [14] [16] [9] [15] [13] journal a [18] years later [7] [6] [4] a subsequent article by [8] [3] [11] [5] [12] Raising", "[10] [17] [14] [16] [9] [15] [13] journal a [18] years later [7] [6] [4] a subsequent article by [8] Blackburn [11] [5] [12] Raising", "[10] [17] [14] [16] [9] [15] [13] journal a [18] years later [7] [6] with a subsequent article by [8] Blackburn [11] [5] [12] Raising", "[10] [17] [14] [16] [9] [15] [13] journal a [18] years later [7] [6] with a subsequent article by [8] Blackburn [11] Practical [12] Raising", "[10] [17] [14] [16] [9] [15] [13] journal a [18] years later [7] 1995 with a subsequent article by [8] Blackburn [11] Practical [12] Raising", "[10] [17] [14] [16] [9] [15] [13] journal a [18] years later in 1995 with a subsequent article by [8] Blackburn [11] Practical [12] Raising", "[10] [17] [14] [16] [9] [15] [13] journal a [18] years later in 1995 with a subsequent article by Simon Blackburn [11] Practical [12] Raising", "[10] [17] [14] [16] in [15] [13] journal a [18] years later in 1995 with a subsequent article by Simon Blackburn [11] Practical [12] Raising", "The [17] [14] [16] in [15] [13] journal a [18] years later in 1995 with a subsequent article by Simon Blackburn [11] Practical [12] Raising", "The [17] [14] [16] in [15] [13] journal a [18] years later in 1995 with a subsequent article by Simon Blackburn titled Practical [12] Raising", "The [17] [14] [16] in [15] [13] journal a [18] years later in 1995 with a subsequent article by Simon Blackburn titled Practical Tortoise Raising", "The [17] [14] [16] in [15] same journal a [18] years later in 1995 with a subsequent article by Simon Blackburn titled Practical Tortoise Raising", "The [17] was [16] in [15] same journal a [18] years later in 1995 with a subsequent article by Simon Blackburn titled Practical Tortoise Raising", "The [17] was [16] in the same journal a [18] years later in 1995 with a subsequent article by Simon Blackburn titled Practical Tortoise Raising", "The [17] was reprinted in the same journal a [18] years later in 1995 with a subsequent article by Simon Blackburn titled Practical Tortoise Raising", "The article was reprinted in the same journal a [18] years later in 1995 with a subsequent article by Simon Blackburn titled Practical Tortoise Raising"]}, "config": {"list": [[1, "by"], [2, "later"], [3, "Blackburn"], [4, "with"], [5, "Practical"], [6, "1995"], [7, "in"], [8, "Simon"], [9, "in"], [10, "The"], [11, "titled"], [12, "Tortoise"], [13, "same"], [14, "was"], [15, "the"], [16, "reprinted"], [17, "article"], [18, "hundred"]], "num_pairs": 18, "num_sentences": 43652, "original_sentence": "The article was reprinted in the same journal a hundred years later in 1995, with a subsequent article by Simon Blackburn titled \"Practical Tortoise Raising\".", "sentence": "[10] [17] [14] [16] [9] [15] [13] journal a [18] years [2] [7] [6] [4] a subsequent article [1] [8] [3] [11] [5] [12] Raising", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0165", "problem_name": "task18_0165"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[15] [12] [17] [6] [7] for [11] [10] [4] [16] [18] BAE abandoned [8] [5] merger [1] [14] of [2] [13] [3] [9]\nList:\n[(1, in), (2, purchasing), (3, British), (4, 22), (5, DASA), (6, MES), (7, up), (8, the), (9, rival), (10, on), (11, sale), (12, GEC), (13, its), (14, favour), (15, When), (16, December), (17, put), (18, 1998)]", "label": {"final": "When GEC put MES up for sale on 22 December 1998 BAE abandoned the DASA merger in favour of purchasing its British rival", "init": "[15] [12] [17] [6] [7] for [11] [10] [4] [16] [18] BAE abandoned [8] [5] merger [1] [14] of [2] [13] [3] [9]", "intermediate": ["[15] [12] [17] [6] [7] for [11] [10] [4] [16] [18] BAE abandoned [8] [5] merger in [14] of [2] [13] [3] [9]", "[15] [12] [17] [6] [7] for [11] [10] [4] [16] [18] BAE abandoned [8] [5] merger in [14] of purchasing [13] [3] [9]", "[15] [12] [17] [6] [7] for [11] [10] [4] [16] [18] BAE abandoned [8] [5] merger in [14] of purchasing [13] British [9]", "[15] [12] [17] [6] [7] for [11] [10] 22 [16] [18] BAE abandoned [8] [5] merger in [14] of purchasing [13] British [9]", "[15] [12] [17] [6] [7] for [11] [10] 22 [16] [18] BAE abandoned [8] DASA merger in [14] of purchasing [13] British [9]", "[15] [12] [17] MES [7] for [11] [10] 22 [16] [18] BAE abandoned [8] DASA merger in [14] of purchasing [13] British [9]", "[15] [12] [17] MES up for [11] [10] 22 [16] [18] BAE abandoned [8] DASA merger in [14] of purchasing [13] British [9]", "[15] [12] [17] MES up for [11] [10] 22 [16] [18] BAE abandoned the DASA merger in [14] of purchasing [13] British [9]", "[15] [12] [17] MES up for [11] [10] 22 [16] [18] BAE abandoned the DASA merger in [14] of purchasing [13] British rival", "[15] [12] [17] MES up for [11] on 22 [16] [18] BAE abandoned the DASA merger in [14] of purchasing [13] British rival", "[15] [12] [17] MES up for sale on 22 [16] [18] BAE abandoned the DASA merger in [14] of purchasing [13] British rival", "[15] GEC [17] MES up for sale on 22 [16] [18] BAE abandoned the DASA merger in [14] of purchasing [13] British rival", "[15] GEC [17] MES up for sale on 22 [16] [18] BAE abandoned the DASA merger in [14] of purchasing its British rival", "[15] GEC [17] MES up for sale on 22 [16] [18] BAE abandoned the DASA merger in favour of purchasing its British rival", "When GEC [17] MES up for sale on 22 [16] [18] BAE abandoned the DASA merger in favour of purchasing its British rival", "When GEC [17] MES up for sale on 22 December [18] BAE abandoned the DASA merger in favour of purchasing its British rival", "When GEC put MES up for sale on 22 December [18] BAE abandoned the DASA merger in favour of purchasing its British rival"]}, "config": {"list": [[1, "in"], [2, "purchasing"], [3, "British"], [4, "22"], [5, "DASA"], [6, "MES"], [7, "up"], [8, "the"], [9, "rival"], [10, "on"], [11, "sale"], [12, "GEC"], [13, "its"], [14, "favour"], [15, "When"], [16, "December"], [17, "put"], [18, "1998"]], "num_pairs": 18, "num_sentences": 43652, "original_sentence": "When GEC put MES up for sale on 22 December 1998, BAE abandoned the DASA merger in favour of purchasing its British rival.", "sentence": "[15] [12] [17] [6] [7] for [11] [10] [4] [16] [18] BAE abandoned [8] [5] merger [1] [14] of [2] [13] [3] [9]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0166", "problem_name": "task18_0166"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[7] [10] Basque [14] [13] [9] [11] [16] [4] [15] [12] [6] [1] [8] s [3] [17] version was published [2] Ediciones B [18] [5]\nList:\n[(1, the), (2, by), (3, own), (4, Erein), (5, 1989), (6, and), (7, The), (8, author), (9, published), (10, original), (11, by), (12, 1988), (13, was), (14, version), (15, in), (16, Editorial), (17, Spanish), (18, in)]", "label": {"final": "The original Basque version was published by Editorial Erein in 1988 and the author s own Spanish version was published by Ediciones B in 1989", "init": "[7] [10] Basque [14] [13] [9] [11] [16] [4] [15] [12] [6] [1] [8] s [3] [17] version was published [2] Ediciones B [18] [5]", "intermediate": ["[7] [10] Basque [14] [13] [9] [11] [16] [4] [15] [12] [6] the [8] s [3] [17] version was published [2] Ediciones B [18] [5]", "[7] [10] Basque [14] [13] [9] [11] [16] [4] [15] [12] [6] the [8] s [3] [17] version was published by Ediciones B [18] [5]", "[7] [10] Basque [14] [13] [9] [11] [16] [4] [15] [12] [6] the [8] s own [17] version was published by Ediciones B [18] [5]", "[7] [10] Basque [14] [13] [9] [11] [16] Erein [15] [12] [6] the [8] s own [17] version was published by Ediciones B [18] [5]", "[7] [10] Basque [14] [13] [9] [11] [16] Erein [15] [12] [6] the [8] s own [17] version was published by Ediciones B [18] 1989", "[7] [10] Basque [14] [13] [9] [11] [16] Erein [15] [12] and the [8] s own [17] version was published by Ediciones B [18] 1989", "The [10] Basque [14] [13] [9] [11] [16] Erein [15] [12] and the [8] s own [17] version was published by Ediciones B [18] 1989", "The [10] Basque [14] [13] [9] [11] [16] Erein [15] [12] and the author s own [17] version was published by Ediciones B [18] 1989", "The [10] Basque [14] [13] published [11] [16] Erein [15] [12] and the author s own [17] version was published by Ediciones B [18] 1989", "The original Basque [14] [13] published [11] [16] Erein [15] [12] and the author s own [17] version was published by Ediciones B [18] 1989", "The original Basque [14] [13] published by [16] Erein [15] [12] and the author s own [17] version was published by Ediciones B [18] 1989", "The original Basque [14] [13] published by [16] Erein [15] 1988 and the author s own [17] version was published by Ediciones B [18] 1989", "The original Basque [14] was published by [16] Erein [15] 1988 and the author s own [17] version was published by Ediciones B [18] 1989", "The original Basque version was published by [16] Erein [15] 1988 and the author s own [17] version was published by Ediciones B [18] 1989", "The original Basque version was published by [16] Erein in 1988 and the author s own [17] version was published by Ediciones B [18] 1989", "The original Basque version was published by Editorial Erein in 1988 and the author s own [17] version was published by Ediciones B [18] 1989", "The original Basque version was published by Editorial Erein in 1988 and the author s own Spanish version was published by Ediciones B [18] 1989"]}, "config": {"list": [[1, "the"], [2, "by"], [3, "own"], [4, "Erein"], [5, "1989"], [6, "and"], [7, "The"], [8, "author"], [9, "published"], [10, "original"], [11, "by"], [12, "1988"], [13, "was"], [14, "version"], [15, "in"], [16, "Editorial"], [17, "Spanish"], [18, "in"]], "num_pairs": 18, "num_sentences": 43652, "original_sentence": "The original Basque version was published by Editorial Erein in 1988, and the author's own Spanish version was published by Ediciones B in 1989.", "sentence": "[7] [10] Basque [14] [13] [9] [11] [16] [4] [15] [12] [6] [1] [8] s [3] [17] version was published [2] Ediciones B [18] [5]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0167", "problem_name": "task18_0167"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[4] was [9] [17] [3] on [16] [5] [14] [18] [1] [11] written [6] [2] animated [7] including [12] [15] [13] [8] [10]\nList:\n[(1, and), (2, many), (3, writer), (4, He), (5, Brady), (6, for), (7, series), (8, Scooby), (9, a), (10, Doo), (11, has), (12, Teen), (13, and), (14, Bunch), (15, Titans), (16, The), (17, co), (18, Movie)]", "label": {"final": "He was a co writer on The Brady Bunch Movie and has written for many animated series including Teen Titans and Scooby Doo", "init": "[4] was [9] [17] [3] on [16] [5] [14] [18] [1] [11] written [6] [2] animated [7] including [12] [15] [13] [8] [10]", "intermediate": ["[4] was [9] [17] [3] on [16] [5] [14] [18] and [11] written [6] [2] animated [7] including [12] [15] [13] [8] [10]", "[4] was [9] [17] [3] on [16] [5] [14] [18] and [11] written [6] many animated [7] including [12] [15] [13] [8] [10]", "[4] was [9] [17] writer on [16] [5] [14] [18] and [11] written [6] many animated [7] including [12] [15] [13] [8] [10]", "He was [9] [17] writer on [16] [5] [14] [18] and [11] written [6] many animated [7] including [12] [15] [13] [8] [10]", "He was [9] [17] writer on [16] Brady [14] [18] and [11] written [6] many animated [7] including [12] [15] [13] [8] [10]", "He was [9] [17] writer on [16] Brady [14] [18] and [11] written for many animated [7] including [12] [15] [13] [8] [10]", "He was [9] [17] writer on [16] Brady [14] [18] and [11] written for many animated series including [12] [15] [13] [8] [10]", "He was [9] [17] writer on [16] Brady [14] [18] and [11] written for many animated series including [12] [15] [13] Scooby [10]", "He was a [17] writer on [16] Brady [14] [18] and [11] written for many animated series including [12] [15] [13] Scooby [10]", "He was a [17] writer on [16] Brady [14] [18] and [11] written for many animated series including [12] [15] [13] Scooby Doo", "He was a [17] writer on [16] Brady [14] [18] and has written for many animated series including [12] [15] [13] Scooby Doo", "He was a [17] writer on [16] Brady [14] [18] and has written for many animated series including Teen [15] [13] Scooby Doo", "He was a [17] writer on [16] Brady [14] [18] and has written for many animated series including Teen [15] and Scooby Doo", "He was a [17] writer on [16] Brady Bunch [18] and has written for many animated series including Teen [15] and Scooby Doo", "He was a [17] writer on [16] Brady Bunch [18] and has written for many animated series including Teen Titans and Scooby Doo", "He was a [17] writer on The Brady Bunch [18] and has written for many animated series including Teen Titans and Scooby Doo", "He was a co writer on The Brady Bunch [18] and has written for many animated series including Teen Titans and Scooby Doo"]}, "config": {"list": [[1, "and"], [2, "many"], [3, "writer"], [4, "He"], [5, "Brady"], [6, "for"], [7, "series"], [8, "Scooby"], [9, "a"], [10, "Doo"], [11, "has"], [12, "Teen"], [13, "and"], [14, "Bunch"], [15, "Titans"], [16, "The"], [17, "co"], [18, "Movie"]], "num_pairs": 18, "num_sentences": 43652, "original_sentence": "He was a co-writer on \"The Brady Bunch Movie\" and has written for many animated series including \"Teen Titans\" and \"Scooby-Doo\".", "sentence": "[4] was [9] [17] [3] on [16] [5] [14] [18] [1] [11] written [6] [2] animated [7] including [12] [15] [13] [8] [10]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0168", "problem_name": "task18_0168"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[2] [3] the [8] [10] [5] [7] [13] the [12] in tackles [4] [9] tackles [18] [16] two [17] [14] forced [6] [1] [15] [11]\nList:\n[(1, three), (2, Worrilow), (3, ended), (4, at), (5, season), (6, fumbles), (7, again), (8, 2014), (9, 143), (10, NFL), (11, deflected), (12, Falcons), (13, leading), (14, two), (15, passes), (16, solo), (17, sacks), (18, 84)]", "label": {"final": "Worrilow ended the 2014 NFL season again leading the Falcons in tackles at 143 tackles 84 solo two sacks two forced fumbles three passes deflected", "init": "[2] [3] the [8] [10] [5] [7] [13] the [12] in tackles [4] [9] tackles [18] [16] two [17] [14] forced [6] [1] [15] [11]", "intermediate": ["[2] [3] the [8] [10] [5] [7] [13] the [12] in tackles [4] [9] tackles [18] [16] two [17] [14] forced [6] three [15] [11]", "Worrilow [3] the [8] [10] [5] [7] [13] the [12] in tackles [4] [9] tackles [18] [16] two [17] [14] forced [6] three [15] [11]", "Worrilow ended the [8] [10] [5] [7] [13] the [12] in tackles [4] [9] tackles [18] [16] two [17] [14] forced [6] three [15] [11]", "Worrilow ended the [8] [10] [5] [7] [13] the [12] in tackles at [9] tackles [18] [16] two [17] [14] forced [6] three [15] [11]", "Worrilow ended the [8] [10] season [7] [13] the [12] in tackles at [9] tackles [18] [16] two [17] [14] forced [6] three [15] [11]", "Worrilow ended the [8] [10] season [7] [13] the [12] in tackles at [9] tackles [18] [16] two [17] [14] forced fumbles three [15] [11]", "Worrilow ended the [8] [10] season again [13] the [12] in tackles at [9] tackles [18] [16] two [17] [14] forced fumbles three [15] [11]", "Worrilow ended the 2014 [10] season again [13] the [12] in tackles at [9] tackles [18] [16] two [17] [14] forced fumbles three [15] [11]", "Worrilow ended the 2014 [10] season again [13] the [12] in tackles at 143 tackles [18] [16] two [17] [14] forced fumbles three [15] [11]", "Worrilow ended the 2014 NFL season again [13] the [12] in tackles at 143 tackles [18] [16] two [17] [14] forced fumbles three [15] [11]", "Worrilow ended the 2014 NFL season again [13] the [12] in tackles at 143 tackles [18] [16] two [17] [14] forced fumbles three [15] deflected", "Worrilow ended the 2014 NFL season again [13] the Falcons in tackles at 143 tackles [18] [16] two [17] [14] forced fumbles three [15] deflected", "Worrilow ended the 2014 NFL season again leading the Falcons in tackles at 143 tackles [18] [16] two [17] [14] forced fumbles three [15] deflected", "Worrilow ended the 2014 NFL season again leading the Falcons in tackles at 143 tackles [18] [16] two [17] two forced fumbles three [15] deflected", "Worrilow ended the 2014 NFL season again leading the Falcons in tackles at 143 tackles [18] [16] two [17] two forced fumbles three passes deflected", "Worrilow ended the 2014 NFL season again leading the Falcons in tackles at 143 tackles [18] solo two [17] two forced fumbles three passes deflected", "Worrilow ended the 2014 NFL season again leading the Falcons in tackles at 143 tackles [18] solo two sacks two forced fumbles three passes deflected"]}, "config": {"list": [[1, "three"], [2, "Worrilow"], [3, "ended"], [4, "at"], [5, "season"], [6, "fumbles"], [7, "again"], [8, "2014"], [9, "143"], [10, "NFL"], [11, "deflected"], [12, "Falcons"], [13, "leading"], [14, "two"], [15, "passes"], [16, "solo"], [17, "sacks"], [18, "84"]], "num_pairs": 18, "num_sentences": 43652, "original_sentence": "Worrilow ended the 2014 NFL season again leading the Falcons in tackles at 143 tackles (84 solo), two sacks, two forced fumbles, three passes deflected.", "sentence": "[2] [3] the [8] [10] [5] [7] [13] the [12] in tackles [4] [9] tackles [18] [16] two [17] [14] forced [6] [1] [15] [11]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0169", "problem_name": "task18_0169"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[16] [2] Holdsworth [1] [19] [3] [7] [12] [10] [17] [15] [13] 16th place [5] a best [8] of 4th place [9] [11] [6] [18] [4] [14]\nList:\n[(1, continued), (2, 2017), (3, Team), (4, Newcastle), (5, with), (6, at), (7, 18), (8, finish), (9, being), (10, finished), (11, recorded), (12, and), (13, in), (14, 500), (15, season), (16, In), (17, the), (18, the), (19, with)]", "label": {"final": "In 2017 Holdsworth continued with Team 18 and finished the season in 16th place with a best finish of 4th place being recorded at the Newcastle 500", "init": "[16] [2] Holdsworth [1] [19] [3] [7] [12] [10] [17] [15] [13] 16th place [5] a best [8] of 4th place [9] [11] [6] [18] [4] [14]", "intermediate": ["[16] [2] Holdsworth continued [19] [3] [7] [12] [10] [17] [15] [13] 16th place [5] a best [8] of 4th place [9] [11] [6] [18] [4] [14]", "[16] 2017 Holdsworth continued [19] [3] [7] [12] [10] [17] [15] [13] 16th place [5] a best [8] of 4th place [9] [11] [6] [18] [4] [14]", "[16] 2017 Holdsworth continued [19] Team [7] [12] [10] [17] [15] [13] 16th place [5] a best [8] of 4th place [9] [11] [6] [18] [4] [14]", "[16] 2017 Holdsworth continued [19] Team [7] [12] [10] [17] [15] [13] 16th place [5] a best [8] of 4th place [9] [11] [6] [18] Newcastle [14]", "[16] 2017 Holdsworth continued [19] Team [7] [12] [10] [17] [15] [13] 16th place with a best [8] of 4th place [9] [11] [6] [18] Newcastle [14]", "[16] 2017 Holdsworth continued [19] Team [7] [12] [10] [17] [15] [13] 16th place with a best [8] of 4th place [9] [11] at [18] Newcastle [14]", "[16] 2017 Holdsworth continued [19] Team 18 [12] [10] [17] [15] [13] 16th place with a best [8] of 4th place [9] [11] at [18] Newcastle [14]", "[16] 2017 Holdsworth continued [19] Team 18 [12] [10] [17] [15] [13] 16th place with a best finish of 4th place [9] [11] at [18] Newcastle [14]", "[16] 2017 Holdsworth continued [19] Team 18 [12] [10] [17] [15] [13] 16th place with a best finish of 4th place being [11] at [18] Newcastle [14]", "[16] 2017 Holdsworth continued [19] Team 18 [12] finished [17] [15] [13] 16th place with a best finish of 4th place being [11] at [18] Newcastle [14]", "[16] 2017 Holdsworth continued [19] Team 18 [12] finished [17] [15] [13] 16th place with a best finish of 4th place being recorded at [18] Newcastle [14]", "[16] 2017 Holdsworth continued [19] Team 18 and finished [17] [15] [13] 16th place with a best finish of 4th place being recorded at [18] Newcastle [14]", "[16] 2017 Holdsworth continued [19] Team 18 and finished [17] [15] in 16th place with a best finish of 4th place being recorded at [18] Newcastle [14]", "[16] 2017 Holdsworth continued [19] Team 18 and finished [17] [15] in 16th place with a best finish of 4th place being recorded at [18] Newcastle 500", "[16] 2017 Holdsworth continued [19] Team 18 and finished [17] season in 16th place with a best finish of 4th place being recorded at [18] Newcastle 500", "In 2017 Holdsworth continued [19] Team 18 and finished [17] season in 16th place with a best finish of 4th place being recorded at [18] Newcastle 500", "In 2017 Holdsworth continued [19] Team 18 and finished the season in 16th place with a best finish of 4th place being recorded at [18] Newcastle 500", "In 2017 Holdsworth continued [19] Team 18 and finished the season in 16th place with a best finish of 4th place being recorded at the Newcastle 500"]}, "config": {"list": [[1, "continued"], [2, "2017"], [3, "Team"], [4, "Newcastle"], [5, "with"], [6, "at"], [7, "18"], [8, "finish"], [9, "being"], [10, "finished"], [11, "recorded"], [12, "and"], [13, "in"], [14, "500"], [15, "season"], [16, "In"], [17, "the"], [18, "the"], [19, "with"]], "num_pairs": 19, "num_sentences": 43652, "original_sentence": "In 2017, Holdsworth continued with Team 18 and finished the season in 16th place with a best finish of 4th place being recorded at the Newcastle 500.", "sentence": "[16] [2] Holdsworth [1] [19] [3] [7] [12] [10] [17] [15] [13] 16th place [5] a best [8] of 4th place [9] [11] [6] [18] [4] [14]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0170", "problem_name": "task18_0170"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[3] number [13] participating [18] [10] [7] from 30 to 32 and [1] [2] this [19] [4] [17] [12] [5] up in [14] [16] [11] [8] not [9] byes [6] in previous [15]\nList:\n[(1, because), (2, of), (3, The), (4, defending), (5, runners), (6, as), (7, increased), (8, would), (9, receive), (10, was), (11, round), (12, and), (13, of), (14, the), (15, seasons), (16, first), (17, champions), (18, teams), (19, the)]", "label": {"final": "The number of participating teams was increased from 30 to 32 and because of this the defending champions and runners up in the first round would not receive byes as in previous seasons", "init": "[3] number [13] participating [18] [10] [7] from 30 to 32 and [1] [2] this [19] [4] [17] [12] [5] up in [14] [16] [11] [8] not [9] byes [6] in previous [15]", "intermediate": ["[3] number [13] participating [18] [10] [7] from 30 to 32 and because [2] this [19] [4] [17] [12] [5] up in [14] [16] [11] [8] not [9] byes [6] in previous [15]", "[3] number [13] participating [18] [10] [7] from 30 to 32 and because of this [19] [4] [17] [12] [5] up in [14] [16] [11] [8] not [9] byes [6] in previous [15]", "The number [13] participating [18] [10] [7] from 30 to 32 and because of this [19] [4] [17] [12] [5] up in [14] [16] [11] [8] not [9] byes [6] in previous [15]", "The number [13] participating [18] [10] [7] from 30 to 32 and because of this [19] defending [17] [12] [5] up in [14] [16] [11] [8] not [9] byes [6] in previous [15]", "The number [13] participating [18] [10] [7] from 30 to 32 and because of this [19] defending [17] [12] runners up in [14] [16] [11] [8] not [9] byes [6] in previous [15]", "The number [13] participating [18] [10] [7] from 30 to 32 and because of this [19] defending [17] [12] runners up in [14] [16] [11] [8] not [9] byes as in previous [15]", "The number [13] participating [18] [10] increased from 30 to 32 and because of this [19] defending [17] [12] runners up in [14] [16] [11] [8] not [9] byes as in previous [15]", "The number [13] participating [18] [10] increased from 30 to 32 and because of this [19] defending [17] [12] runners up in [14] [16] [11] would not [9] byes as in previous [15]", "The number [13] participating [18] [10] increased from 30 to 32 and because of this [19] defending [17] [12] runners up in [14] [16] [11] would not receive byes as in previous [15]", "The number [13] participating [18] was increased from 30 to 32 and because of this [19] defending [17] [12] runners up in [14] [16] [11] would not receive byes as in previous [15]", "The number [13] participating [18] was increased from 30 to 32 and because of this [19] defending [17] [12] runners up in [14] [16] round would not receive byes as in previous [15]", "The number [13] participating [18] was increased from 30 to 32 and because of this [19] defending [17] and runners up in [14] [16] round would not receive byes as in previous [15]", "The number of participating [18] was increased from 30 to 32 and because of this [19] defending [17] and runners up in [14] [16] round would not receive byes as in previous [15]", "The number of participating [18] was increased from 30 to 32 and because of this [19] defending [17] and runners up in the [16] round would not receive byes as in previous [15]", "The number of participating [18] was increased from 30 to 32 and because of this [19] defending [17] and runners up in the [16] round would not receive byes as in previous seasons", "The number of participating [18] was increased from 30 to 32 and because of this [19] defending [17] and runners up in the first round would not receive byes as in previous seasons", "The number of participating [18] was increased from 30 to 32 and because of this [19] defending champions and runners up in the first round would not receive byes as in previous seasons", "The number of participating teams was increased from 30 to 32 and because of this [19] defending champions and runners up in the first round would not receive byes as in previous seasons"]}, "config": {"list": [[1, "because"], [2, "of"], [3, "The"], [4, "defending"], [5, "runners"], [6, "as"], [7, "increased"], [8, "would"], [9, "receive"], [10, "was"], [11, "round"], [12, "and"], [13, "of"], [14, "the"], [15, "seasons"], [16, "first"], [17, "champions"], [18, "teams"], [19, "the"]], "num_pairs": 19, "num_sentences": 43652, "original_sentence": "The number of participating teams was increased from 30 to 32 and because of this, the defending champions and runners up in the first round would not receive byes as in previous seasons.", "sentence": "[3] number [13] participating [18] [10] [7] from 30 to 32 and [1] [2] this [19] [4] [17] [12] [5] up in [14] [16] [11] [8] not [9] byes [6] in previous [15]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0171", "problem_name": "task18_0171"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[15] [8] [9] [5] [11] [3] [6] [13] [4] [17] [16] [12] [1] alluring nature only [14] [18] [10] manipulates the [2] [19] [7]\nList:\n[(1, s), (2, children), (3, Derrickson), (4, to), (5, writer), (6, ultimately), (7, murder), (8, and), (9, co), (10, it), (11, Scott), (12, creature), (13, decided), (14, intimating), (15, Cargill), (16, the), (17, downplay), (18, how), (19, into)]", "label": {"final": "Cargill and co writer Scott Derrickson ultimately decided to downplay the creature s alluring nature only intimating how it manipulates the children into murder", "init": "[15] [8] [9] [5] [11] [3] [6] [13] [4] [17] [16] [12] [1] alluring nature only [14] [18] [10] manipulates the [2] [19] [7]", "intermediate": ["[15] [8] [9] [5] [11] [3] [6] [13] [4] [17] [16] [12] s alluring nature only [14] [18] [10] manipulates the [2] [19] [7]", "[15] [8] [9] [5] [11] [3] [6] [13] [4] [17] [16] [12] s alluring nature only [14] [18] [10] manipulates the children [19] [7]", "[15] [8] [9] [5] [11] Derrickson [6] [13] [4] [17] [16] [12] s alluring nature only [14] [18] [10] manipulates the children [19] [7]", "[15] [8] [9] [5] [11] Derrickson [6] [13] to [17] [16] [12] s alluring nature only [14] [18] [10] manipulates the children [19] [7]", "[15] [8] [9] writer [11] Derrickson [6] [13] to [17] [16] [12] s alluring nature only [14] [18] [10] manipulates the children [19] [7]", "[15] [8] [9] writer [11] Derrickson ultimately [13] to [17] [16] [12] s alluring nature only [14] [18] [10] manipulates the children [19] [7]", "[15] [8] [9] writer [11] Derrickson ultimately [13] to [17] [16] [12] s alluring nature only [14] [18] [10] manipulates the children [19] murder", "[15] and [9] writer [11] Derrickson ultimately [13] to [17] [16] [12] s alluring nature only [14] [18] [10] manipulates the children [19] murder", "[15] and co writer [11] Derrickson ultimately [13] to [17] [16] [12] s alluring nature only [14] [18] [10] manipulates the children [19] murder", "[15] and co writer [11] Derrickson ultimately [13] to [17] [16] [12] s alluring nature only [14] [18] it manipulates the children [19] murder", "[15] and co writer Scott Derrickson ultimately [13] to [17] [16] [12] s alluring nature only [14] [18] it manipulates the children [19] murder", "[15] and co writer Scott Derrickson ultimately [13] to [17] [16] creature s alluring nature only [14] [18] it manipulates the children [19] murder", "[15] and co writer Scott Derrickson ultimately decided to [17] [16] creature s alluring nature only [14] [18] it manipulates the children [19] murder", "[15] and co writer Scott Derrickson ultimately decided to [17] [16] creature s alluring nature only intimating [18] it manipulates the children [19] murder", "Cargill and co writer Scott Derrickson ultimately decided to [17] [16] creature s alluring nature only intimating [18] it manipulates the children [19] murder", "Cargill and co writer Scott Derrickson ultimately decided to [17] the creature s alluring nature only intimating [18] it manipulates the children [19] murder", "Cargill and co writer Scott Derrickson ultimately decided to downplay the creature s alluring nature only intimating [18] it manipulates the children [19] murder", "Cargill and co writer Scott Derrickson ultimately decided to downplay the creature s alluring nature only intimating how it manipulates the children [19] murder"]}, "config": {"list": [[1, "s"], [2, "children"], [3, "Derrickson"], [4, "to"], [5, "writer"], [6, "ultimately"], [7, "murder"], [8, "and"], [9, "co"], [10, "it"], [11, "Scott"], [12, "creature"], [13, "decided"], [14, "intimating"], [15, "Cargill"], [16, "the"], [17, "downplay"], [18, "how"], [19, "into"]], "num_pairs": 19, "num_sentences": 43652, "original_sentence": "Cargill and co-writer Scott Derrickson ultimately decided to downplay the creature's alluring nature, only intimating how it manipulates the children into murder.", "sentence": "[15] [8] [9] [5] [11] [3] [6] [13] [4] [17] [16] [12] [1] alluring nature only [14] [18] [10] manipulates the [2] [19] [7]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0172", "problem_name": "task18_0172"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[5] [13] [19] are [10] [9] [6] [3] [4] [8] [11] [12] oral [15] [7] [1] [17] [18] [14] experience [2] [16] same\nList:\n[(1, be), (2, of), (3, metaphysical), (4, truth), (5, The), (6, be), (7, to), (8, and), (9, to), (10, considered), (11, the), (12, Tamil), (13, Sanskrit), (14, human), (15, variants), (16, the), (17, based), (18, on), (19, texts)]", "label": {"final": "The Sanskrit texts are considered to be metaphysical truth and the Tamil oral variants to be based on human experience of the same", "init": "[5] [13] [19] are [10] [9] [6] [3] [4] [8] [11] [12] oral [15] [7] [1] [17] [18] [14] experience [2] [16] same", "intermediate": ["[5] [13] [19] are [10] [9] [6] [3] [4] [8] [11] [12] oral [15] [7] be [17] [18] [14] experience [2] [16] same", "[5] [13] [19] are [10] [9] [6] [3] [4] [8] [11] [12] oral [15] [7] be [17] [18] [14] experience of [16] same", "[5] [13] [19] are [10] [9] [6] metaphysical [4] [8] [11] [12] oral [15] [7] be [17] [18] [14] experience of [16] same", "[5] [13] [19] are [10] [9] [6] metaphysical truth [8] [11] [12] oral [15] [7] be [17] [18] [14] experience of [16] same", "The [13] [19] are [10] [9] [6] metaphysical truth [8] [11] [12] oral [15] [7] be [17] [18] [14] experience of [16] same", "The [13] [19] are [10] [9] be metaphysical truth [8] [11] [12] oral [15] [7] be [17] [18] [14] experience of [16] same", "The [13] [19] are [10] [9] be metaphysical truth [8] [11] [12] oral [15] to be [17] [18] [14] experience of [16] same", "The [13] [19] are [10] [9] be metaphysical truth and [11] [12] oral [15] to be [17] [18] [14] experience of [16] same", "The [13] [19] are [10] to be metaphysical truth and [11] [12] oral [15] to be [17] [18] [14] experience of [16] same", "The [13] [19] are considered to be metaphysical truth and [11] [12] oral [15] to be [17] [18] [14] experience of [16] same", "The [13] [19] are considered to be metaphysical truth and the [12] oral [15] to be [17] [18] [14] experience of [16] same", "The [13] [19] are considered to be metaphysical truth and the Tamil oral [15] to be [17] [18] [14] experience of [16] same", "The Sanskrit [19] are considered to be metaphysical truth and the Tamil oral [15] to be [17] [18] [14] experience of [16] same", "The Sanskrit [19] are considered to be metaphysical truth and the Tamil oral [15] to be [17] [18] human experience of [16] same", "The Sanskrit [19] are considered to be metaphysical truth and the Tamil oral variants to be [17] [18] human experience of [16] same", "The Sanskrit [19] are considered to be metaphysical truth and the Tamil oral variants to be [17] [18] human experience of the same", "The Sanskrit [19] are considered to be metaphysical truth and the Tamil oral variants to be based [18] human experience of the same", "The Sanskrit [19] are considered to be metaphysical truth and the Tamil oral variants to be based on human experience of the same"]}, "config": {"list": [[1, "be"], [2, "of"], [3, "metaphysical"], [4, "truth"], [5, "The"], [6, "be"], [7, "to"], [8, "and"], [9, "to"], [10, "considered"], [11, "the"], [12, "Tamil"], [13, "Sanskrit"], [14, "human"], [15, "variants"], [16, "the"], [17, "based"], [18, "on"], [19, "texts"]], "num_pairs": 19, "num_sentences": 43652, "original_sentence": "The Sanskrit texts are considered to be metaphysical truth and the Tamil oral variants to be based on human experience of the same.", "sentence": "[5] [13] [19] are [10] [9] [6] [3] [4] [8] [11] [12] oral [15] [7] [1] [17] [18] [14] experience [2] [16] same", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0173", "problem_name": "task18_0173"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[5] [3] [13] [16] [8] tribe [2] [18] together [17] confederacy [7] [10] [6] allies [4] the Pottawatomie [11] [1] [12] confederation [15] [19] [14] [9] Illinois\nList:\n[(1, the), (2, and), (3, Miamis), (4, including), (5, The), (6, neighboring), (7, of), (8, powerful), (9, and), (10, their), (11, and), (12, Illini), (13, were), (14, Michigan), (15, who), (16, a), (17, a), (18, brought), (19, inhabited)]", "label": {"final": "The Miamis were a powerful tribe and brought together a confederacy of their neighboring allies including the Pottawatomie and the Illini confederation who inhabited Michigan and Illinois", "init": "[5] [3] [13] [16] [8] tribe [2] [18] together [17] confederacy [7] [10] [6] allies [4] the Pottawatomie [11] [1] [12] confederation [15] [19] [14] [9] Illinois", "intermediate": ["[5] [3] [13] [16] [8] tribe [2] [18] together [17] confederacy [7] [10] [6] allies [4] the Pottawatomie [11] the [12] confederation [15] [19] [14] [9] Illinois", "[5] [3] [13] [16] [8] tribe and [18] together [17] confederacy [7] [10] [6] allies [4] the Pottawatomie [11] the [12] confederation [15] [19] [14] [9] Illinois", "[5] Miamis [13] [16] [8] tribe and [18] together [17] confederacy [7] [10] [6] allies [4] the Pottawatomie [11] the [12] confederation [15] [19] [14] [9] Illinois", "[5] Miamis [13] [16] [8] tribe and [18] together [17] confederacy [7] [10] [6] allies including the Pottawatomie [11] the [12] confederation [15] [19] [14] [9] Illinois", "The Miamis [13] [16] [8] tribe and [18] together [17] confederacy [7] [10] [6] allies including the Pottawatomie [11] the [12] confederation [15] [19] [14] [9] Illinois", "The Miamis [13] [16] [8] tribe and [18] together [17] confederacy [7] [10] neighboring allies including the Pottawatomie [11] the [12] confederation [15] [19] [14] [9] Illinois", "The Miamis [13] [16] [8] tribe and [18] together [17] confederacy of [10] neighboring allies including the Pottawatomie [11] the [12] confederation [15] [19] [14] [9] Illinois", "The Miamis [13] [16] powerful tribe and [18] together [17] confederacy of [10] neighboring allies including the Pottawatomie [11] the [12] confederation [15] [19] [14] [9] Illinois", "The Miamis [13] [16] powerful tribe and [18] together [17] confederacy of [10] neighboring allies including the Pottawatomie [11] the [12] confederation [15] [19] [14] and Illinois", "The Miamis [13] [16] powerful tribe and [18] together [17] confederacy of their neighboring allies including the Pottawatomie [11] the [12] confederation [15] [19] [14] and Illinois", "The Miamis [13] [16] powerful tribe and [18] together [17] confederacy of their neighboring allies including the Pottawatomie and the [12] confederation [15] [19] [14] and Illinois", "The Miamis [13] [16] powerful tribe and [18] together [17] confederacy of their neighboring allies including the Pottawatomie and the Illini confederation [15] [19] [14] and Illinois", "The Miamis were [16] powerful tribe and [18] together [17] confederacy of their neighboring allies including the Pottawatomie and the Illini confederation [15] [19] [14] and Illinois", "The Miamis were [16] powerful tribe and [18] together [17] confederacy of their neighboring allies including the Pottawatomie and the Illini confederation [15] [19] Michigan and Illinois", "The Miamis were [16] powerful tribe and [18] together [17] confederacy of their neighboring allies including the Pottawatomie and the Illini confederation who [19] Michigan and Illinois", "The Miamis were a powerful tribe and [18] together [17] confederacy of their neighboring allies including the Pottawatomie and the Illini confederation who [19] Michigan and Illinois", "The Miamis were a powerful tribe and [18] together a confederacy of their neighboring allies including the Pottawatomie and the Illini confederation who [19] Michigan and Illinois", "The Miamis were a powerful tribe and brought together a confederacy of their neighboring allies including the Pottawatomie and the Illini confederation who [19] Michigan and Illinois"]}, "config": {"list": [[1, "the"], [2, "and"], [3, "Miamis"], [4, "including"], [5, "The"], [6, "neighboring"], [7, "of"], [8, "powerful"], [9, "and"], [10, "their"], [11, "and"], [12, "Illini"], [13, "were"], [14, "Michigan"], [15, "who"], [16, "a"], [17, "a"], [18, "brought"], [19, "inhabited"]], "num_pairs": 19, "num_sentences": 43652, "original_sentence": "The Miamis were a powerful tribe and brought together a confederacy of their neighboring allies, including the Pottawatomie and the Illini confederation who inhabited Michigan and Illinois.", "sentence": "[5] [3] [13] [16] [8] tribe [2] [18] together [17] confederacy [7] [10] [6] allies [4] the Pottawatomie [11] [1] [12] confederation [15] [19] [14] [9] Illinois", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0174", "problem_name": "task18_0174"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[11] [7] [15] [17] [3] [10] [9] [5] [14] [4] during [19] [16] [13] tenure [2] [6] [18] [12] [1] [8]\nList:\n[(1, never), (2, as), (3, planned), (4, season), (5, aborted), (6, the), (7, third), (8, materialized), (9, the), (10, for), (11, A), (12, but), (13, s), (14, 1986), (15, appearance), (16, Baker), (17, was), (18, Doctor), (19, Colin)]", "label": {"final": "A third appearance was planned for the aborted 1986 season during Colin Baker s tenure as the Doctor but never materialized", "init": "[11] [7] [15] [17] [3] [10] [9] [5] [14] [4] during [19] [16] [13] tenure [2] [6] [18] [12] [1] [8]", "intermediate": ["[11] [7] [15] [17] [3] [10] [9] [5] [14] [4] during [19] [16] [13] tenure [2] [6] [18] [12] never [8]", "[11] [7] [15] [17] [3] [10] [9] [5] [14] [4] during [19] [16] [13] tenure as [6] [18] [12] never [8]", "[11] [7] [15] [17] planned [10] [9] [5] [14] [4] during [19] [16] [13] tenure as [6] [18] [12] never [8]", "[11] [7] [15] [17] planned [10] [9] [5] [14] season during [19] [16] [13] tenure as [6] [18] [12] never [8]", "[11] [7] [15] [17] planned [10] [9] aborted [14] season during [19] [16] [13] tenure as [6] [18] [12] never [8]", "[11] [7] [15] [17] planned [10] [9] aborted [14] season during [19] [16] [13] tenure as the [18] [12] never [8]", "[11] third [15] [17] planned [10] [9] aborted [14] season during [19] [16] [13] tenure as the [18] [12] never [8]", "[11] third [15] [17] planned [10] [9] aborted [14] season during [19] [16] [13] tenure as the [18] [12] never materialized", "[11] third [15] [17] planned [10] the aborted [14] season during [19] [16] [13] tenure as the [18] [12] never materialized", "[11] third [15] [17] planned for the aborted [14] season during [19] [16] [13] tenure as the [18] [12] never materialized", "A third [15] [17] planned for the aborted [14] season during [19] [16] [13] tenure as the [18] [12] never materialized", "A third [15] [17] planned for the aborted [14] season during [19] [16] [13] tenure as the [18] but never materialized", "A third [15] [17] planned for the aborted [14] season during [19] [16] s tenure as the [18] but never materialized", "A third [15] [17] planned for the aborted 1986 season during [19] [16] s tenure as the [18] but never materialized", "A third appearance [17] planned for the aborted 1986 season during [19] [16] s tenure as the [18] but never materialized", "A third appearance [17] planned for the aborted 1986 season during [19] Baker s tenure as the [18] but never materialized", "A third appearance was planned for the aborted 1986 season during [19] Baker s tenure as the [18] but never materialized", "A third appearance was planned for the aborted 1986 season during [19] Baker s tenure as the Doctor but never materialized"]}, "config": {"list": [[1, "never"], [2, "as"], [3, "planned"], [4, "season"], [5, "aborted"], [6, "the"], [7, "third"], [8, "materialized"], [9, "the"], [10, "for"], [11, "A"], [12, "but"], [13, "s"], [14, "1986"], [15, "appearance"], [16, "Baker"], [17, "was"], [18, "Doctor"], [19, "Colin"]], "num_pairs": 19, "num_sentences": 43652, "original_sentence": "A third appearance was planned for the aborted 1986 season during Colin Baker's tenure as the Doctor, but never materialized.", "sentence": "[11] [7] [15] [17] [3] [10] [9] [5] [14] [4] during [19] [16] [13] tenure [2] [6] [18] [12] [1] [8]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0175", "problem_name": "task18_0175"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[1] of [15] choristers also [6] [17] [2] [8] [18] [19] [16] [5] [4] [13] [10] [14] [9] animated [12] [11] and [7] Frog [3]\nList:\n[(1, Several), (2, in), (3, Song), (4, All), (5, We), (6, took), (7, the), (8, the), (9, the), (10, Together), (11, Rupert), (12, film), (13, Stand), (14, for), (15, the), (16, song), (17, part), (18, Paul), (19, McCartney)]", "label": {"final": "Several of the choristers also took part in the Paul McCartney song We All Stand Together for the animated film Rupert and the Frog Song", "init": "[1] of [15] choristers also [6] [17] [2] [8] [18] [19] [16] [5] [4] [13] [10] [14] [9] animated [12] [11] and [7] Frog [3]", "intermediate": ["Several of [15] choristers also [6] [17] [2] [8] [18] [19] [16] [5] [4] [13] [10] [14] [9] animated [12] [11] and [7] Frog [3]", "Several of [15] choristers also [6] [17] in [8] [18] [19] [16] [5] [4] [13] [10] [14] [9] animated [12] [11] and [7] Frog [3]", "Several of [15] choristers also [6] [17] in [8] [18] [19] [16] [5] [4] [13] [10] [14] [9] animated [12] [11] and [7] Frog Song", "Several of [15] choristers also [6] [17] in [8] [18] [19] [16] [5] All [13] [10] [14] [9] animated [12] [11] and [7] Frog Song", "Several of [15] choristers also [6] [17] in [8] [18] [19] [16] We All [13] [10] [14] [9] animated [12] [11] and [7] Frog Song", "Several of [15] choristers also took [17] in [8] [18] [19] [16] We All [13] [10] [14] [9] animated [12] [11] and [7] Frog Song", "Several of [15] choristers also took [17] in [8] [18] [19] [16] We All [13] [10] [14] [9] animated [12] [11] and the Frog Song", "Several of [15] choristers also took [17] in the [18] [19] [16] We All [13] [10] [14] [9] animated [12] [11] and the Frog Song", "Several of [15] choristers also took [17] in the [18] [19] [16] We All [13] [10] [14] the animated [12] [11] and the Frog Song", "Several of [15] choristers also took [17] in the [18] [19] [16] We All [13] Together [14] the animated [12] [11] and the Frog Song", "Several of [15] choristers also took [17] in the [18] [19] [16] We All [13] Together [14] the animated [12] Rupert and the Frog Song", "Several of [15] choristers also took [17] in the [18] [19] [16] We All [13] Together [14] the animated film Rupert and the Frog Song", "Several of [15] choristers also took [17] in the [18] [19] [16] We All Stand Together [14] the animated film Rupert and the Frog Song", "Several of [15] choristers also took [17] in the [18] [19] [16] We All Stand Together for the animated film Rupert and the Frog Song", "Several of the choristers also took [17] in the [18] [19] [16] We All Stand Together for the animated film Rupert and the Frog Song", "Several of the choristers also took [17] in the [18] [19] song We All Stand Together for the animated film Rupert and the Frog Song", "Several of the choristers also took part in the [18] [19] song We All Stand Together for the animated film Rupert and the Frog Song", "Several of the choristers also took part in the Paul [19] song We All Stand Together for the animated film Rupert and the Frog Song"]}, "config": {"list": [[1, "Several"], [2, "in"], [3, "Song"], [4, "All"], [5, "We"], [6, "took"], [7, "the"], [8, "the"], [9, "the"], [10, "Together"], [11, "Rupert"], [12, "film"], [13, "Stand"], [14, "for"], [15, "the"], [16, "song"], [17, "part"], [18, "Paul"], [19, "McCartney"]], "num_pairs": 19, "num_sentences": 43652, "original_sentence": "Several of the choristers also took part in the Paul McCartney song \"We All Stand Together\" for the animated film \"Rupert and the Frog Song\".", "sentence": "[1] of [15] choristers also [6] [17] [2] [8] [18] [19] [16] [5] [4] [13] [10] [14] [9] animated [12] [11] and [7] Frog [3]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0176", "problem_name": "task18_0176"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[9] [8] [12] [7] Florida Vasudha [3] [6] [4] [1] s [2] [17] [19] [5] [15] [16] [13] [10] [14] CHiTra for research [18] [11]\nList:\n[(1, nation), (2, first), (3, Narayan), (4, the), (5, the), (6, made), (7, of), (8, the), (9, With), (10, Traditions), (11, study), (12, University), (13, Hindu), (14, named), (15, Study), (16, of), (17, Center), (18, and), (19, for)]", "label": {"final": "With the University of Florida Vasudha Narayan made the nation s first Center for the Study of Hindu Traditions named CHiTra for research and study", "init": "[9] [8] [12] [7] Florida Vasudha [3] [6] [4] [1] s [2] [17] [19] [5] [15] [16] [13] [10] [14] CHiTra for research [18] [11]", "intermediate": ["[9] [8] [12] [7] Florida Vasudha [3] [6] [4] nation s [2] [17] [19] [5] [15] [16] [13] [10] [14] CHiTra for research [18] [11]", "[9] [8] [12] [7] Florida Vasudha [3] [6] [4] nation s first [17] [19] [5] [15] [16] [13] [10] [14] CHiTra for research [18] [11]", "[9] [8] [12] [7] Florida Vasudha Narayan [6] [4] nation s first [17] [19] [5] [15] [16] [13] [10] [14] CHiTra for research [18] [11]", "[9] [8] [12] [7] Florida Vasudha Narayan [6] the nation s first [17] [19] [5] [15] [16] [13] [10] [14] CHiTra for research [18] [11]", "[9] [8] [12] [7] Florida Vasudha Narayan [6] the nation s first [17] [19] the [15] [16] [13] [10] [14] CHiTra for research [18] [11]", "[9] [8] [12] [7] Florida Vasudha Narayan made the nation s first [17] [19] the [15] [16] [13] [10] [14] CHiTra for research [18] [11]", "[9] [8] [12] of Florida Vasudha Narayan made the nation s first [17] [19] the [15] [16] [13] [10] [14] CHiTra for research [18] [11]", "[9] the [12] of Florida Vasudha Narayan made the nation s first [17] [19] the [15] [16] [13] [10] [14] CHiTra for research [18] [11]", "With the [12] of Florida Vasudha Narayan made the nation s first [17] [19] the [15] [16] [13] [10] [14] CHiTra for research [18] [11]", "With the [12] of Florida Vasudha Narayan made the nation s first [17] [19] the [15] [16] [13] Traditions [14] CHiTra for research [18] [11]", "With the [12] of Florida Vasudha Narayan made the nation s first [17] [19] the [15] [16] [13] Traditions [14] CHiTra for research [18] study", "With the University of Florida Vasudha Narayan made the nation s first [17] [19] the [15] [16] [13] Traditions [14] CHiTra for research [18] study", "With the University of Florida Vasudha Narayan made the nation s first [17] [19] the [15] [16] Hindu Traditions [14] CHiTra for research [18] study", "With the University of Florida Vasudha Narayan made the nation s first [17] [19] the [15] [16] Hindu Traditions named CHiTra for research [18] study", "With the University of Florida Vasudha Narayan made the nation s first [17] [19] the Study [16] Hindu Traditions named CHiTra for research [18] study", "With the University of Florida Vasudha Narayan made the nation s first [17] [19] the Study of Hindu Traditions named CHiTra for research [18] study", "With the University of Florida Vasudha Narayan made the nation s first Center [19] the Study of Hindu Traditions named CHiTra for research [18] study", "With the University of Florida Vasudha Narayan made the nation s first Center [19] the Study of Hindu Traditions named CHiTra for research and study"]}, "config": {"list": [[1, "nation"], [2, "first"], [3, "Narayan"], [4, "the"], [5, "the"], [6, "made"], [7, "of"], [8, "the"], [9, "With"], [10, "Traditions"], [11, "study"], [12, "University"], [13, "Hindu"], [14, "named"], [15, "Study"], [16, "of"], [17, "Center"], [18, "and"], [19, "for"]], "num_pairs": 19, "num_sentences": 43652, "original_sentence": "With the University of Florida, Vasudha Narayan made the nation's first Center for the Study of Hindu Traditions named CHiTra for research and study.", "sentence": "[9] [8] [12] [7] Florida Vasudha [3] [6] [4] [1] s [2] [17] [19] [5] [15] [16] [13] [10] [14] CHiTra for research [18] [11]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0177", "problem_name": "task18_0177"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHe [5] [2] [17] on 30 [18] [15] [1] [8] [16] [19] [3] [6] [11] [10] [14] [9] [13] [12] [4] [7]\nList:\n[(1, in), (2, found), (3, Court), (4, four), (5, was), (6, in), (7, years), (8, the), (9, and), (10, West), (11, Coburg), (12, to), (13, sentenced), (14, Germany), (15, 1962), (16, Federal), (17, guilty), (18, November), (19, District)]", "label": {"final": "He was found guilty on 30 November 1962 in the Federal District Court in Coburg West Germany and sentenced to four years", "init": "He [5] [2] [17] on 30 [18] [15] [1] [8] [16] [19] [3] [6] [11] [10] [14] [9] [13] [12] [4] [7]", "intermediate": ["He [5] [2] [17] on 30 [18] [15] in [8] [16] [19] [3] [6] [11] [10] [14] [9] [13] [12] [4] [7]", "He [5] found [17] on 30 [18] [15] in [8] [16] [19] [3] [6] [11] [10] [14] [9] [13] [12] [4] [7]", "He [5] found [17] on 30 [18] [15] in [8] [16] [19] Court [6] [11] [10] [14] [9] [13] [12] [4] [7]", "He [5] found [17] on 30 [18] [15] in [8] [16] [19] Court [6] [11] [10] [14] [9] [13] [12] four [7]", "He was found [17] on 30 [18] [15] in [8] [16] [19] Court [6] [11] [10] [14] [9] [13] [12] four [7]", "He was found [17] on 30 [18] [15] in [8] [16] [19] Court in [11] [10] [14] [9] [13] [12] four [7]", "He was found [17] on 30 [18] [15] in [8] [16] [19] Court in [11] [10] [14] [9] [13] [12] four years", "He was found [17] on 30 [18] [15] in the [16] [19] Court in [11] [10] [14] [9] [13] [12] four years", "He was found [17] on 30 [18] [15] in the [16] [19] Court in [11] [10] [14] and [13] [12] four years", "He was found [17] on 30 [18] [15] in the [16] [19] Court in [11] West [14] and [13] [12] four years", "He was found [17] on 30 [18] [15] in the [16] [19] Court in Coburg West [14] and [13] [12] four years", "He was found [17] on 30 [18] [15] in the [16] [19] Court in Coburg West [14] and [13] to four years", "He was found [17] on 30 [18] [15] in the [16] [19] Court in Coburg West [14] and sentenced to four years", "He was found [17] on 30 [18] [15] in the [16] [19] Court in Coburg West Germany and sentenced to four years", "He was found [17] on 30 [18] 1962 in the [16] [19] Court in Coburg West Germany and sentenced to four years", "He was found [17] on 30 [18] 1962 in the Federal [19] Court in Coburg West Germany and sentenced to four years", "He was found guilty on 30 [18] 1962 in the Federal [19] Court in Coburg West Germany and sentenced to four years", "He was found guilty on 30 November 1962 in the Federal [19] Court in Coburg West Germany and sentenced to four years"]}, "config": {"list": [[1, "in"], [2, "found"], [3, "Court"], [4, "four"], [5, "was"], [6, "in"], [7, "years"], [8, "the"], [9, "and"], [10, "West"], [11, "Coburg"], [12, "to"], [13, "sentenced"], [14, "Germany"], [15, "1962"], [16, "Federal"], [17, "guilty"], [18, "November"], [19, "District"]], "num_pairs": 19, "num_sentences": 43652, "original_sentence": "He was found guilty on 30 November 1962, in the Federal District Court in Coburg, West Germany and sentenced to four years.", "sentence": "He [5] [2] [17] on 30 [18] [15] [1] [8] [16] [19] [3] [6] [11] [10] [14] [9] [13] [12] [4] [7]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0178", "problem_name": "task18_0178"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[18] [19] [1] [8] [16] [6] [7] of [2] [12] [5] canals [14] [17] [11] [3] [9] [10] [13] longhandled spade [4] [15]\nList:\n[(1, cycle), (2, irrigation), (3, is), (4, or), (5, drainage), (6, the), (7, repair), (8, begins), (9, performed), (10, with), (11, which), (12, and), (13, a), (14, and), (15, hoe), (16, with), (17, plowing), (18, The), (19, cultivation)]", "label": {"final": "The cultivation cycle begins with the repair of irrigation and drainage canals and plowing which is performed with a longhandled spade or hoe", "init": "[18] [19] [1] [8] [16] [6] [7] of [2] [12] [5] canals [14] [17] [11] [3] [9] [10] [13] longhandled spade [4] [15]", "intermediate": ["[18] [19] cycle [8] [16] [6] [7] of [2] [12] [5] canals [14] [17] [11] [3] [9] [10] [13] longhandled spade [4] [15]", "[18] [19] cycle [8] [16] [6] [7] of irrigation [12] [5] canals [14] [17] [11] [3] [9] [10] [13] longhandled spade [4] [15]", "[18] [19] cycle [8] [16] [6] [7] of irrigation [12] [5] canals [14] [17] [11] is [9] [10] [13] longhandled spade [4] [15]", "[18] [19] cycle [8] [16] [6] [7] of irrigation [12] [5] canals [14] [17] [11] is [9] [10] [13] longhandled spade or [15]", "[18] [19] cycle [8] [16] [6] [7] of irrigation [12] drainage canals [14] [17] [11] is [9] [10] [13] longhandled spade or [15]", "[18] [19] cycle [8] [16] the [7] of irrigation [12] drainage canals [14] [17] [11] is [9] [10] [13] longhandled spade or [15]", "[18] [19] cycle [8] [16] the repair of irrigation [12] drainage canals [14] [17] [11] is [9] [10] [13] longhandled spade or [15]", "[18] [19] cycle begins [16] the repair of irrigation [12] drainage canals [14] [17] [11] is [9] [10] [13] longhandled spade or [15]", "[18] [19] cycle begins [16] the repair of irrigation [12] drainage canals [14] [17] [11] is performed [10] [13] longhandled spade or [15]", "[18] [19] cycle begins [16] the repair of irrigation [12] drainage canals [14] [17] [11] is performed with [13] longhandled spade or [15]", "[18] [19] cycle begins [16] the repair of irrigation [12] drainage canals [14] [17] which is performed with [13] longhandled spade or [15]", "[18] [19] cycle begins [16] the repair of irrigation and drainage canals [14] [17] which is performed with [13] longhandled spade or [15]", "[18] [19] cycle begins [16] the repair of irrigation and drainage canals [14] [17] which is performed with a longhandled spade or [15]", "[18] [19] cycle begins [16] the repair of irrigation and drainage canals and [17] which is performed with a longhandled spade or [15]", "[18] [19] cycle begins [16] the repair of irrigation and drainage canals and [17] which is performed with a longhandled spade or hoe", "[18] [19] cycle begins with the repair of irrigation and drainage canals and [17] which is performed with a longhandled spade or hoe", "[18] [19] cycle begins with the repair of irrigation and drainage canals and plowing which is performed with a longhandled spade or hoe", "The [19] cycle begins with the repair of irrigation and drainage canals and plowing which is performed with a longhandled spade or hoe"]}, "config": {"list": [[1, "cycle"], [2, "irrigation"], [3, "is"], [4, "or"], [5, "drainage"], [6, "the"], [7, "repair"], [8, "begins"], [9, "performed"], [10, "with"], [11, "which"], [12, "and"], [13, "a"], [14, "and"], [15, "hoe"], [16, "with"], [17, "plowing"], [18, "The"], [19, "cultivation"]], "num_pairs": 19, "num_sentences": 43652, "original_sentence": "The cultivation cycle begins with the repair of irrigation and drainage canals and plowing, which is performed with a longhandled spade or hoe.", "sentence": "[18] [19] [1] [8] [16] [6] [7] of [2] [12] [5] canals [14] [17] [11] [3] [9] [10] [13] longhandled spade [4] [15]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0179", "problem_name": "task18_0179"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[18] [2] [5] [12] lips is white [11] [17] [15] [14] [8] [9] [16] [3] [4] [7] [10] [20] [1] [19] [6] [13] jaw\nList:\n[(1, side), (2, area), (3, white), (4, spots), (5, around), (6, the), (7, appear), (8, patches), (9, and), (10, on), (11, the), (12, the), (13, lower), (14, white), (15, has), (16, two), (17, throat), (18, The), (19, of), (20, each)]", "label": {"final": "The area around the lips is white the throat has white patches and two white spots appear on each side of the lower jaw", "init": "[18] [2] [5] [12] lips is white [11] [17] [15] [14] [8] [9] [16] [3] [4] [7] [10] [20] [1] [19] [6] [13] jaw", "intermediate": ["[18] [2] [5] [12] lips is white [11] [17] [15] [14] [8] [9] [16] [3] [4] [7] [10] [20] side [19] [6] [13] jaw", "[18] area [5] [12] lips is white [11] [17] [15] [14] [8] [9] [16] [3] [4] [7] [10] [20] side [19] [6] [13] jaw", "[18] area [5] [12] lips is white [11] [17] [15] [14] [8] [9] [16] white [4] [7] [10] [20] side [19] [6] [13] jaw", "[18] area [5] [12] lips is white [11] [17] [15] [14] [8] [9] [16] white spots [7] [10] [20] side [19] [6] [13] jaw", "[18] area around [12] lips is white [11] [17] [15] [14] [8] [9] [16] white spots [7] [10] [20] side [19] [6] [13] jaw", "[18] area around [12] lips is white [11] [17] [15] [14] [8] [9] [16] white spots [7] [10] [20] side [19] the [13] jaw", "[18] area around [12] lips is white [11] [17] [15] [14] [8] [9] [16] white spots appear [10] [20] side [19] the [13] jaw", "[18] area around [12] lips is white [11] [17] [15] [14] patches [9] [16] white spots appear [10] [20] side [19] the [13] jaw", "[18] area around [12] lips is white [11] [17] [15] [14] patches and [16] white spots appear [10] [20] side [19] the [13] jaw", "[18] area around [12] lips is white [11] [17] [15] [14] patches and [16] white spots appear on [20] side [19] the [13] jaw", "[18] area around [12] lips is white the [17] [15] [14] patches and [16] white spots appear on [20] side [19] the [13] jaw", "[18] area around the lips is white the [17] [15] [14] patches and [16] white spots appear on [20] side [19] the [13] jaw", "[18] area around the lips is white the [17] [15] [14] patches and [16] white spots appear on [20] side [19] the lower jaw", "[18] area around the lips is white the [17] [15] white patches and [16] white spots appear on [20] side [19] the lower jaw", "[18] area around the lips is white the [17] has white patches and [16] white spots appear on [20] side [19] the lower jaw", "[18] area around the lips is white the [17] has white patches and two white spots appear on [20] side [19] the lower jaw", "[18] area around the lips is white the throat has white patches and two white spots appear on [20] side [19] the lower jaw", "The area around the lips is white the throat has white patches and two white spots appear on [20] side [19] the lower jaw", "The area around the lips is white the throat has white patches and two white spots appear on [20] side of the lower jaw"]}, "config": {"list": [[1, "side"], [2, "area"], [3, "white"], [4, "spots"], [5, "around"], [6, "the"], [7, "appear"], [8, "patches"], [9, "and"], [10, "on"], [11, "the"], [12, "the"], [13, "lower"], [14, "white"], [15, "has"], [16, "two"], [17, "throat"], [18, "The"], [19, "of"], [20, "each"]], "num_pairs": 20, "num_sentences": 43652, "original_sentence": "The area around the lips is white, the throat has white patches, and two white spots appear on each side of the lower jaw.", "sentence": "[18] [2] [5] [12] lips is white [11] [17] [15] [14] [8] [9] [16] [3] [4] [7] [10] [20] [1] [19] [6] [13] jaw", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0180", "problem_name": "task18_0180"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nA collapse [3] [10] [6] [12] [17] in 1987 compounded by uncertain future [2] and the normal [5] nature [14] the crop [4] led to a gradual [20] [7] [18] [15] a high [9] [19] 600 [1] [13] 1991 to 7 500 [8] [11] [16]\nList:\n[(1, tons), (2, markets), (3, in), (4, has), (5, cyclical), (6, prices), (7, in), (8, tons), (9, of), (10, international), (11, in), (12, for), (13, in), (14, of), (15, from), (16, 1993), (17, cloves), (18, production), (19, 14), (20, decline)]", "label": {"final": "A collapse in international prices for cloves in 1987 compounded by uncertain future markets and the normal cyclical nature of the crop has led to a gradual decline in production from a high of 14 600 tons in 1991 to 7 500 tons in 1993", "init": "A collapse [3] [10] [6] [12] [17] in 1987 compounded by uncertain future [2] and the normal [5] nature [14] the crop [4] led to a gradual [20] [7] [18] [15] a high [9] [19] 600 [1] [13] 1991 to 7 500 [8] [11] [16]", "intermediate": ["A collapse [3] [10] [6] [12] [17] in 1987 compounded by uncertain future [2] and the normal [5] nature [14] the crop [4] led to a gradual [20] [7] [18] [15] a high [9] [19] 600 tons [13] 1991 to 7 500 [8] [11] [16]", "A collapse [3] [10] [6] [12] [17] in 1987 compounded by uncertain future markets and the normal [5] nature [14] the crop [4] led to a gradual [20] [7] [18] [15] a high [9] [19] 600 tons [13] 1991 to 7 500 [8] [11] [16]", "A collapse in [10] [6] [12] [17] in 1987 compounded by uncertain future markets and the normal [5] nature [14] the crop [4] led to a gradual [20] [7] [18] [15] a high [9] [19] 600 tons [13] 1991 to 7 500 [8] [11] [16]", "A collapse in [10] [6] [12] [17] in 1987 compounded by uncertain future markets and the normal [5] nature [14] the crop has led to a gradual [20] [7] [18] [15] a high [9] [19] 600 tons [13] 1991 to 7 500 [8] [11] [16]", "A collapse in [10] [6] [12] [17] in 1987 compounded by uncertain future markets and the normal cyclical nature [14] the crop has led to a gradual [20] [7] [18] [15] a high [9] [19] 600 tons [13] 1991 to 7 500 [8] [11] [16]", "A collapse in [10] prices [12] [17] in 1987 compounded by uncertain future markets and the normal cyclical nature [14] the crop has led to a gradual [20] [7] [18] [15] a high [9] [19] 600 tons [13] 1991 to 7 500 [8] [11] [16]", "A collapse in [10] prices [12] [17] in 1987 compounded by uncertain future markets and the normal cyclical nature [14] the crop has led to a gradual [20] in [18] [15] a high [9] [19] 600 tons [13] 1991 to 7 500 [8] [11] [16]", "A collapse in [10] prices [12] [17] in 1987 compounded by uncertain future markets and the normal cyclical nature [14] the crop has led to a gradual [20] in [18] [15] a high [9] [19] 600 tons [13] 1991 to 7 500 tons [11] [16]", "A collapse in [10] prices [12] [17] in 1987 compounded by uncertain future markets and the normal cyclical nature [14] the crop has led to a gradual [20] in [18] [15] a high of [19] 600 tons [13] 1991 to 7 500 tons [11] [16]", "A collapse in international prices [12] [17] in 1987 compounded by uncertain future markets and the normal cyclical nature [14] the crop has led to a gradual [20] in [18] [15] a high of [19] 600 tons [13] 1991 to 7 500 tons [11] [16]", "A collapse in international prices [12] [17] in 1987 compounded by uncertain future markets and the normal cyclical nature [14] the crop has led to a gradual [20] in [18] [15] a high of [19] 600 tons [13] 1991 to 7 500 tons in [16]", "A collapse in international prices for [17] in 1987 compounded by uncertain future markets and the normal cyclical nature [14] the crop has led to a gradual [20] in [18] [15] a high of [19] 600 tons [13] 1991 to 7 500 tons in [16]", "A collapse in international prices for [17] in 1987 compounded by uncertain future markets and the normal cyclical nature [14] the crop has led to a gradual [20] in [18] [15] a high of [19] 600 tons in 1991 to 7 500 tons in [16]", "A collapse in international prices for [17] in 1987 compounded by uncertain future markets and the normal cyclical nature of the crop has led to a gradual [20] in [18] [15] a high of [19] 600 tons in 1991 to 7 500 tons in [16]", "A collapse in international prices for [17] in 1987 compounded by uncertain future markets and the normal cyclical nature of the crop has led to a gradual [20] in [18] from a high of [19] 600 tons in 1991 to 7 500 tons in [16]", "A collapse in international prices for [17] in 1987 compounded by uncertain future markets and the normal cyclical nature of the crop has led to a gradual [20] in [18] from a high of [19] 600 tons in 1991 to 7 500 tons in 1993", "A collapse in international prices for cloves in 1987 compounded by uncertain future markets and the normal cyclical nature of the crop has led to a gradual [20] in [18] from a high of [19] 600 tons in 1991 to 7 500 tons in 1993", "A collapse in international prices for cloves in 1987 compounded by uncertain future markets and the normal cyclical nature of the crop has led to a gradual [20] in production from a high of [19] 600 tons in 1991 to 7 500 tons in 1993", "A collapse in international prices for cloves in 1987 compounded by uncertain future markets and the normal cyclical nature of the crop has led to a gradual [20] in production from a high of 14 600 tons in 1991 to 7 500 tons in 1993"]}, "config": {"list": [[1, "tons"], [2, "markets"], [3, "in"], [4, "has"], [5, "cyclical"], [6, "prices"], [7, "in"], [8, "tons"], [9, "of"], [10, "international"], [11, "in"], [12, "for"], [13, "in"], [14, "of"], [15, "from"], [16, "1993"], [17, "cloves"], [18, "production"], [19, "14"], [20, "decline"]], "num_pairs": 20, "num_sentences": 43652, "original_sentence": "A collapse in international prices for cloves in 1987, compounded by uncertain future markets and the normal cyclical nature of the crop, has led to a gradual decline in production from a high of 14,600 tons in 1991 to 7,500 tons in 1993.", "sentence": "A collapse [3] [10] [6] [12] [17] in 1987 compounded by uncertain future [2] and the normal [5] nature [14] the crop [4] led to a gradual [20] [7] [18] [15] a high [9] [19] 600 [1] [13] 1991 to 7 500 [8] [11] [16]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0181", "problem_name": "task18_0181"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nDifferent [20] arise [11] [1] [13] [10] of [4] preconceptions [19] [14] [8] and [5] is then that [17] darkness [6] [3] [2] [12] [9] [16] correctness of [15] own opinion [18] be [7]\nList:\n[(1, from), (2, which), (3, ignorance), (4, these), (5, it), (6, of), (7, dispelled), (8, cases), (9, maintains), (10, application), (11, only), (12, blindly), (13, the), (14, particular), (15, its), (16, the), (17, the), (18, must), (19, to), (20, opinions)]", "label": {"final": "Different opinions arise only from the application of these preconceptions to particular cases and it is then that the darkness of ignorance which blindly maintains the correctness of its own opinion must be dispelled", "init": "Different [20] arise [11] [1] [13] [10] of [4] preconceptions [19] [14] [8] and [5] is then that [17] darkness [6] [3] [2] [12] [9] [16] correctness of [15] own opinion [18] be [7]", "intermediate": ["Different [20] arise [11] from [13] [10] of [4] preconceptions [19] [14] [8] and [5] is then that [17] darkness [6] [3] [2] [12] [9] [16] correctness of [15] own opinion [18] be [7]", "Different [20] arise [11] from [13] [10] of [4] preconceptions [19] [14] [8] and [5] is then that [17] darkness [6] [3] which [12] [9] [16] correctness of [15] own opinion [18] be [7]", "Different [20] arise [11] from [13] [10] of [4] preconceptions [19] [14] [8] and [5] is then that [17] darkness [6] ignorance which [12] [9] [16] correctness of [15] own opinion [18] be [7]", "Different [20] arise [11] from [13] [10] of these preconceptions [19] [14] [8] and [5] is then that [17] darkness [6] ignorance which [12] [9] [16] correctness of [15] own opinion [18] be [7]", "Different [20] arise [11] from [13] [10] of these preconceptions [19] [14] [8] and it is then that [17] darkness [6] ignorance which [12] [9] [16] correctness of [15] own opinion [18] be [7]", "Different [20] arise [11] from [13] [10] of these preconceptions [19] [14] [8] and it is then that [17] darkness of ignorance which [12] [9] [16] correctness of [15] own opinion [18] be [7]", "Different [20] arise [11] from [13] [10] of these preconceptions [19] [14] [8] and it is then that [17] darkness of ignorance which [12] [9] [16] correctness of [15] own opinion [18] be dispelled", "Different [20] arise [11] from [13] [10] of these preconceptions [19] [14] cases and it is then that [17] darkness of ignorance which [12] [9] [16] correctness of [15] own opinion [18] be dispelled", "Different [20] arise [11] from [13] [10] of these preconceptions [19] [14] cases and it is then that [17] darkness of ignorance which [12] maintains [16] correctness of [15] own opinion [18] be dispelled", "Different [20] arise [11] from [13] application of these preconceptions [19] [14] cases and it is then that [17] darkness of ignorance which [12] maintains [16] correctness of [15] own opinion [18] be dispelled", "Different [20] arise only from [13] application of these preconceptions [19] [14] cases and it is then that [17] darkness of ignorance which [12] maintains [16] correctness of [15] own opinion [18] be dispelled", "Different [20] arise only from [13] application of these preconceptions [19] [14] cases and it is then that [17] darkness of ignorance which blindly maintains [16] correctness of [15] own opinion [18] be dispelled", "Different [20] arise only from the application of these preconceptions [19] [14] cases and it is then that [17] darkness of ignorance which blindly maintains [16] correctness of [15] own opinion [18] be dispelled", "Different [20] arise only from the application of these preconceptions [19] particular cases and it is then that [17] darkness of ignorance which blindly maintains [16] correctness of [15] own opinion [18] be dispelled", "Different [20] arise only from the application of these preconceptions [19] particular cases and it is then that [17] darkness of ignorance which blindly maintains [16] correctness of its own opinion [18] be dispelled", "Different [20] arise only from the application of these preconceptions [19] particular cases and it is then that [17] darkness of ignorance which blindly maintains the correctness of its own opinion [18] be dispelled", "Different [20] arise only from the application of these preconceptions [19] particular cases and it is then that the darkness of ignorance which blindly maintains the correctness of its own opinion [18] be dispelled", "Different [20] arise only from the application of these preconceptions [19] particular cases and it is then that the darkness of ignorance which blindly maintains the correctness of its own opinion must be dispelled", "Different [20] arise only from the application of these preconceptions to particular cases and it is then that the darkness of ignorance which blindly maintains the correctness of its own opinion must be dispelled"]}, "config": {"list": [[1, "from"], [2, "which"], [3, "ignorance"], [4, "these"], [5, "it"], [6, "of"], [7, "dispelled"], [8, "cases"], [9, "maintains"], [10, "application"], [11, "only"], [12, "blindly"], [13, "the"], [14, "particular"], [15, "its"], [16, "the"], [17, "the"], [18, "must"], [19, "to"], [20, "opinions"]], "num_pairs": 20, "num_sentences": 43652, "original_sentence": "Different opinions arise only from the application of these preconceptions to particular cases, and it is then that the darkness of ignorance, which blindly maintains the correctness of its own opinion, must be dispelled.", "sentence": "Different [20] arise [11] [1] [13] [10] of [4] preconceptions [19] [14] [8] and [5] is then that [17] darkness [6] [3] [2] [12] [9] [16] correctness of [15] own opinion [18] be [7]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0182", "problem_name": "task18_0182"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nMost [4] [7] [2] [5] [12] [3] [18] [8] of [13] [16] [15] [17] [14] rock which [6] [20] [1] [11] [9] [10] [19] sound\nList:\n[(1, distinctive), (2, songs), (3, Kombat), (4, of), (5, included), (6, became), (7, the), (8, elements), (9, of), (10, Lyube), (11, feature), (12, on), (13, Russian), (14, modern), (15, music), (16, folk), (17, with), (18, combined), (19, s), (20, a)]", "label": {"final": "Most of the songs included on Kombat combined elements of Russian folk music with modern rock which became a distinctive feature of Lyube s sound", "init": "Most [4] [7] [2] [5] [12] [3] [18] [8] of [13] [16] [15] [17] [14] rock which [6] [20] [1] [11] [9] [10] [19] sound", "intermediate": ["Most [4] [7] [2] [5] [12] [3] [18] [8] of [13] [16] [15] [17] [14] rock which [6] [20] distinctive [11] [9] [10] [19] sound", "Most [4] [7] songs [5] [12] [3] [18] [8] of [13] [16] [15] [17] [14] rock which [6] [20] distinctive [11] [9] [10] [19] sound", "Most [4] [7] songs [5] [12] Kombat [18] [8] of [13] [16] [15] [17] [14] rock which [6] [20] distinctive [11] [9] [10] [19] sound", "Most of [7] songs [5] [12] Kombat [18] [8] of [13] [16] [15] [17] [14] rock which [6] [20] distinctive [11] [9] [10] [19] sound", "Most of [7] songs included [12] Kombat [18] [8] of [13] [16] [15] [17] [14] rock which [6] [20] distinctive [11] [9] [10] [19] sound", "Most of [7] songs included [12] Kombat [18] [8] of [13] [16] [15] [17] [14] rock which became [20] distinctive [11] [9] [10] [19] sound", "Most of the songs included [12] Kombat [18] [8] of [13] [16] [15] [17] [14] rock which became [20] distinctive [11] [9] [10] [19] sound", "Most of the songs included [12] Kombat [18] elements of [13] [16] [15] [17] [14] rock which became [20] distinctive [11] [9] [10] [19] sound", "Most of the songs included [12] Kombat [18] elements of [13] [16] [15] [17] [14] rock which became [20] distinctive [11] of [10] [19] sound", "Most of the songs included [12] Kombat [18] elements of [13] [16] [15] [17] [14] rock which became [20] distinctive [11] of Lyube [19] sound", "Most of the songs included [12] Kombat [18] elements of [13] [16] [15] [17] [14] rock which became [20] distinctive feature of Lyube [19] sound", "Most of the songs included on Kombat [18] elements of [13] [16] [15] [17] [14] rock which became [20] distinctive feature of Lyube [19] sound", "Most of the songs included on Kombat [18] elements of Russian [16] [15] [17] [14] rock which became [20] distinctive feature of Lyube [19] sound", "Most of the songs included on Kombat [18] elements of Russian [16] [15] [17] modern rock which became [20] distinctive feature of Lyube [19] sound", "Most of the songs included on Kombat [18] elements of Russian [16] music [17] modern rock which became [20] distinctive feature of Lyube [19] sound", "Most of the songs included on Kombat [18] elements of Russian folk music [17] modern rock which became [20] distinctive feature of Lyube [19] sound", "Most of the songs included on Kombat [18] elements of Russian folk music with modern rock which became [20] distinctive feature of Lyube [19] sound", "Most of the songs included on Kombat combined elements of Russian folk music with modern rock which became [20] distinctive feature of Lyube [19] sound", "Most of the songs included on Kombat combined elements of Russian folk music with modern rock which became [20] distinctive feature of Lyube s sound"]}, "config": {"list": [[1, "distinctive"], [2, "songs"], [3, "Kombat"], [4, "of"], [5, "included"], [6, "became"], [7, "the"], [8, "elements"], [9, "of"], [10, "Lyube"], [11, "feature"], [12, "on"], [13, "Russian"], [14, "modern"], [15, "music"], [16, "folk"], [17, "with"], [18, "combined"], [19, "s"], [20, "a"]], "num_pairs": 20, "num_sentences": 43652, "original_sentence": "Most of the songs included on Kombat combined elements of Russian folk music with modern rock, which became a distinctive feature of Lyube's sound.", "sentence": "Most [4] [7] [2] [5] [12] [3] [18] [8] of [13] [16] [15] [17] [14] rock which [6] [20] [1] [11] [9] [10] [19] sound", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0183", "problem_name": "task18_0183"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nCommunal [4] [5] [19] group of [6] persons [18] [20] [14] defined [1] neighbourhood [3] about 150 [12] [13] [15] in [16] [10] or [2] [17] 20 families in [7] areas [8] potentially 10 in [11] [9]\nList:\n[(1, residential), (2, closer), (3, of), (4, councils), (5, are), (6, elected), (7, rural), (8, and), (9, communities), (10, areas), (11, indigenous), (12, to), (13, 400), (14, self), (15, families), (16, urban), (17, to), (18, from), (19, a), (20, a)]", "label": {"final": "Communal councils are a group of elected persons from a self defined residential neighbourhood of about 150 to 400 families in urban areas or closer to 20 families in rural areas and potentially 10 in indigenous communities", "init": "Communal [4] [5] [19] group of [6] persons [18] [20] [14] defined [1] neighbourhood [3] about 150 [12] [13] [15] in [16] [10] or [2] [17] 20 families in [7] areas [8] potentially 10 in [11] [9]", "intermediate": ["Communal [4] [5] [19] group of [6] persons [18] [20] [14] defined residential neighbourhood [3] about 150 [12] [13] [15] in [16] [10] or [2] [17] 20 families in [7] areas [8] potentially 10 in [11] [9]", "Communal [4] [5] [19] group of [6] persons [18] [20] [14] defined residential neighbourhood [3] about 150 [12] [13] [15] in [16] [10] or closer [17] 20 families in [7] areas [8] potentially 10 in [11] [9]", "Communal [4] [5] [19] group of [6] persons [18] [20] [14] defined residential neighbourhood of about 150 [12] [13] [15] in [16] [10] or closer [17] 20 families in [7] areas [8] potentially 10 in [11] [9]", "Communal councils [5] [19] group of [6] persons [18] [20] [14] defined residential neighbourhood of about 150 [12] [13] [15] in [16] [10] or closer [17] 20 families in [7] areas [8] potentially 10 in [11] [9]", "Communal councils are [19] group of [6] persons [18] [20] [14] defined residential neighbourhood of about 150 [12] [13] [15] in [16] [10] or closer [17] 20 families in [7] areas [8] potentially 10 in [11] [9]", "Communal councils are [19] group of elected persons [18] [20] [14] defined residential neighbourhood of about 150 [12] [13] [15] in [16] [10] or closer [17] 20 families in [7] areas [8] potentially 10 in [11] [9]", "Communal councils are [19] group of elected persons [18] [20] [14] defined residential neighbourhood of about 150 [12] [13] [15] in [16] [10] or closer [17] 20 families in rural areas [8] potentially 10 in [11] [9]", "Communal councils are [19] group of elected persons [18] [20] [14] defined residential neighbourhood of about 150 [12] [13] [15] in [16] [10] or closer [17] 20 families in rural areas and potentially 10 in [11] [9]", "Communal councils are [19] group of elected persons [18] [20] [14] defined residential neighbourhood of about 150 [12] [13] [15] in [16] [10] or closer [17] 20 families in rural areas and potentially 10 in [11] communities", "Communal councils are [19] group of elected persons [18] [20] [14] defined residential neighbourhood of about 150 [12] [13] [15] in [16] areas or closer [17] 20 families in rural areas and potentially 10 in [11] communities", "Communal councils are [19] group of elected persons [18] [20] [14] defined residential neighbourhood of about 150 [12] [13] [15] in [16] areas or closer [17] 20 families in rural areas and potentially 10 in indigenous communities", "Communal councils are [19] group of elected persons [18] [20] [14] defined residential neighbourhood of about 150 to [13] [15] in [16] areas or closer [17] 20 families in rural areas and potentially 10 in indigenous communities", "Communal councils are [19] group of elected persons [18] [20] [14] defined residential neighbourhood of about 150 to 400 [15] in [16] areas or closer [17] 20 families in rural areas and potentially 10 in indigenous communities", "Communal councils are [19] group of elected persons [18] [20] self defined residential neighbourhood of about 150 to 400 [15] in [16] areas or closer [17] 20 families in rural areas and potentially 10 in indigenous communities", "Communal councils are [19] group of elected persons [18] [20] self defined residential neighbourhood of about 150 to 400 families in [16] areas or closer [17] 20 families in rural areas and potentially 10 in indigenous communities", "Communal councils are [19] group of elected persons [18] [20] self defined residential neighbourhood of about 150 to 400 families in urban areas or closer [17] 20 families in rural areas and potentially 10 in indigenous communities", "Communal councils are [19] group of elected persons [18] [20] self defined residential neighbourhood of about 150 to 400 families in urban areas or closer to 20 families in rural areas and potentially 10 in indigenous communities", "Communal councils are [19] group of elected persons from [20] self defined residential neighbourhood of about 150 to 400 families in urban areas or closer to 20 families in rural areas and potentially 10 in indigenous communities", "Communal councils are a group of elected persons from [20] self defined residential neighbourhood of about 150 to 400 families in urban areas or closer to 20 families in rural areas and potentially 10 in indigenous communities"]}, "config": {"list": [[1, "residential"], [2, "closer"], [3, "of"], [4, "councils"], [5, "are"], [6, "elected"], [7, "rural"], [8, "and"], [9, "communities"], [10, "areas"], [11, "indigenous"], [12, "to"], [13, "400"], [14, "self"], [15, "families"], [16, "urban"], [17, "to"], [18, "from"], [19, "a"], [20, "a"]], "num_pairs": 20, "num_sentences": 43652, "original_sentence": "Communal councils are a group of elected persons from a self-defined residential neighbourhood of about 150 to 400 families in urban areas, or closer to 20 families in rural areas, and potentially 10 in indigenous communities.", "sentence": "Communal [4] [5] [19] group of [6] persons [18] [20] [14] defined [1] neighbourhood [3] about 150 [12] [13] [15] in [16] [10] or [2] [17] 20 families in [7] areas [8] potentially 10 in [11] [9]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0184", "problem_name": "task18_0184"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[6] [17] [16] with [12] [3] [13] [11] Koller [15] [5] [2] [10] CEO [9] [4] [8] website [19] [20] [7] [18] courses [1] [14]\nList:\n[(1, to), (2, and), (3, computer), (4, Coursera), (5, cofounded), (6, In), (7, free), (8, a), (9, of), (10, was), (11, Daphne), (12, Stanford), (13, scientist), (14, everyone), (15, he), (16, along), (17, 2012), (18, online), (19, that), (20, offers)]", "label": {"final": "In 2012 along with Stanford computer scientist Daphne Koller he cofounded and was CEO of Coursera a website that offers free online courses to everyone", "init": "[6] [17] [16] with [12] [3] [13] [11] Koller [15] [5] [2] [10] CEO [9] [4] [8] website [19] [20] [7] [18] courses [1] [14]", "intermediate": ["[6] [17] [16] with [12] [3] [13] [11] Koller [15] [5] [2] [10] CEO [9] [4] [8] website [19] [20] [7] [18] courses to [14]", "[6] [17] [16] with [12] [3] [13] [11] Koller [15] [5] and [10] CEO [9] [4] [8] website [19] [20] [7] [18] courses to [14]", "[6] [17] [16] with [12] computer [13] [11] Koller [15] [5] and [10] CEO [9] [4] [8] website [19] [20] [7] [18] courses to [14]", "[6] [17] [16] with [12] computer [13] [11] Koller [15] [5] and [10] CEO [9] Coursera [8] website [19] [20] [7] [18] courses to [14]", "[6] [17] [16] with [12] computer [13] [11] Koller [15] cofounded and [10] CEO [9] Coursera [8] website [19] [20] [7] [18] courses to [14]", "In [17] [16] with [12] computer [13] [11] Koller [15] cofounded and [10] CEO [9] Coursera [8] website [19] [20] [7] [18] courses to [14]", "In [17] [16] with [12] computer [13] [11] Koller [15] cofounded and [10] CEO [9] Coursera [8] website [19] [20] free [18] courses to [14]", "In [17] [16] with [12] computer [13] [11] Koller [15] cofounded and [10] CEO [9] Coursera a website [19] [20] free [18] courses to [14]", "In [17] [16] with [12] computer [13] [11] Koller [15] cofounded and [10] CEO of Coursera a website [19] [20] free [18] courses to [14]", "In [17] [16] with [12] computer [13] [11] Koller [15] cofounded and was CEO of Coursera a website [19] [20] free [18] courses to [14]", "In [17] [16] with [12] computer [13] Daphne Koller [15] cofounded and was CEO of Coursera a website [19] [20] free [18] courses to [14]", "In [17] [16] with Stanford computer [13] Daphne Koller [15] cofounded and was CEO of Coursera a website [19] [20] free [18] courses to [14]", "In [17] [16] with Stanford computer scientist Daphne Koller [15] cofounded and was CEO of Coursera a website [19] [20] free [18] courses to [14]", "In [17] [16] with Stanford computer scientist Daphne Koller [15] cofounded and was CEO of Coursera a website [19] [20] free [18] courses to everyone", "In [17] [16] with Stanford computer scientist Daphne Koller he cofounded and was CEO of Coursera a website [19] [20] free [18] courses to everyone", "In [17] along with Stanford computer scientist Daphne Koller he cofounded and was CEO of Coursera a website [19] [20] free [18] courses to everyone", "In 2012 along with Stanford computer scientist Daphne Koller he cofounded and was CEO of Coursera a website [19] [20] free [18] courses to everyone", "In 2012 along with Stanford computer scientist Daphne Koller he cofounded and was CEO of Coursera a website [19] [20] free online courses to everyone", "In 2012 along with Stanford computer scientist Daphne Koller he cofounded and was CEO of Coursera a website that [20] free online courses to everyone"]}, "config": {"list": [[1, "to"], [2, "and"], [3, "computer"], [4, "Coursera"], [5, "cofounded"], [6, "In"], [7, "free"], [8, "a"], [9, "of"], [10, "was"], [11, "Daphne"], [12, "Stanford"], [13, "scientist"], [14, "everyone"], [15, "he"], [16, "along"], [17, "2012"], [18, "online"], [19, "that"], [20, "offers"]], "num_pairs": 20, "num_sentences": 43652, "original_sentence": "In 2012, along with Stanford computer scientist Daphne Koller he cofounded and was CEO of Coursera, a website that offers free online courses to everyone.", "sentence": "[6] [17] [16] with [12] [3] [13] [11] Koller [15] [5] [2] [10] CEO [9] [4] [8] website [19] [20] [7] [18] courses [1] [14]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0185", "problem_name": "task18_0185"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[5] [19] [11] [17] [18] of [14] figures [16] says [1] [7] [10] [2] [20] [6] [8] [3] [4] included [15] [12] [13] [9] next\nList:\n[(1, that), (2, a), (3, would), (4, be), (5, Sticking), (6, fantasy), (7, Amos), (8, writer), (9, world), (10, Tutuola), (11, their), (12, their), (13, dream), (14, literary), (15, in), (16, Vimbai), (17, occurring), (18, theme), (19, with), (20, Nigerian)]", "label": {"final": "Sticking with their occurring theme of literary figures Vimbai says that Amos Tutuola a Nigerian fantasy writer would be included in their dream world next", "init": "[5] [19] [11] [17] [18] of [14] figures [16] says [1] [7] [10] [2] [20] [6] [8] [3] [4] included [15] [12] [13] [9] next", "intermediate": ["[5] [19] [11] [17] [18] of [14] figures [16] says that [7] [10] [2] [20] [6] [8] [3] [4] included [15] [12] [13] [9] next", "[5] [19] [11] [17] [18] of [14] figures [16] says that [7] [10] a [20] [6] [8] [3] [4] included [15] [12] [13] [9] next", "[5] [19] [11] [17] [18] of [14] figures [16] says that [7] [10] a [20] [6] [8] would [4] included [15] [12] [13] [9] next", "[5] [19] [11] [17] [18] of [14] figures [16] says that [7] [10] a [20] [6] [8] would be included [15] [12] [13] [9] next", "Sticking [19] [11] [17] [18] of [14] figures [16] says that [7] [10] a [20] [6] [8] would be included [15] [12] [13] [9] next", "Sticking [19] [11] [17] [18] of [14] figures [16] says that [7] [10] a [20] fantasy [8] would be included [15] [12] [13] [9] next", "Sticking [19] [11] [17] [18] of [14] figures [16] says that Amos [10] a [20] fantasy [8] would be included [15] [12] [13] [9] next", "Sticking [19] [11] [17] [18] of [14] figures [16] says that Amos [10] a [20] fantasy writer would be included [15] [12] [13] [9] next", "Sticking [19] [11] [17] [18] of [14] figures [16] says that Amos [10] a [20] fantasy writer would be included [15] [12] [13] world next", "Sticking [19] [11] [17] [18] of [14] figures [16] says that Amos Tutuola a [20] fantasy writer would be included [15] [12] [13] world next", "Sticking [19] their [17] [18] of [14] figures [16] says that Amos Tutuola a [20] fantasy writer would be included [15] [12] [13] world next", "Sticking [19] their [17] [18] of [14] figures [16] says that Amos Tutuola a [20] fantasy writer would be included [15] their [13] world next", "Sticking [19] their [17] [18] of [14] figures [16] says that Amos Tutuola a [20] fantasy writer would be included [15] their dream world next", "Sticking [19] their [17] [18] of literary figures [16] says that Amos Tutuola a [20] fantasy writer would be included [15] their dream world next", "Sticking [19] their [17] [18] of literary figures [16] says that Amos Tutuola a [20] fantasy writer would be included in their dream world next", "Sticking [19] their [17] [18] of literary figures Vimbai says that Amos Tutuola a [20] fantasy writer would be included in their dream world next", "Sticking [19] their occurring [18] of literary figures Vimbai says that Amos Tutuola a [20] fantasy writer would be included in their dream world next", "Sticking [19] their occurring theme of literary figures Vimbai says that Amos Tutuola a [20] fantasy writer would be included in their dream world next", "Sticking with their occurring theme of literary figures Vimbai says that Amos Tutuola a [20] fantasy writer would be included in their dream world next"]}, "config": {"list": [[1, "that"], [2, "a"], [3, "would"], [4, "be"], [5, "Sticking"], [6, "fantasy"], [7, "Amos"], [8, "writer"], [9, "world"], [10, "Tutuola"], [11, "their"], [12, "their"], [13, "dream"], [14, "literary"], [15, "in"], [16, "Vimbai"], [17, "occurring"], [18, "theme"], [19, "with"], [20, "Nigerian"]], "num_pairs": 20, "num_sentences": 43652, "original_sentence": "Sticking with their occurring theme of literary figures, Vimbai says that Amos Tutuola, a Nigerian fantasy writer would be included in their dream-world next.", "sentence": "[5] [19] [11] [17] [18] of [14] figures [16] says [1] [7] [10] [2] [20] [6] [8] [3] [4] included [15] [12] [13] [9] next", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0186", "problem_name": "task18_0186"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[16] [4] [5] [10] [7] [12] [18] [13] [11] [3] [19] [8] front [20] [1] [6] [14] [2] the [17] [9] the University of [15]\nList:\n[(1, a), (2, on), (3, for), (4, band), (5, s), (6, sparse), (7, gig), (8, in), (9, of), (10, first), (11, spot), (12, was), (13, opening), (14, crowd), (15, Vermont), (16, The), (17, campus), (18, an), (19, Phish), (20, of)]", "label": {"final": "The band s first gig was an opening spot for Phish in front of a sparse crowd on the campus of the University of Vermont", "init": "[16] [4] [5] [10] [7] [12] [18] [13] [11] [3] [19] [8] front [20] [1] [6] [14] [2] the [17] [9] the University of [15]", "intermediate": ["[16] [4] [5] [10] [7] [12] [18] [13] [11] [3] [19] [8] front [20] a [6] [14] [2] the [17] [9] the University of [15]", "[16] [4] [5] [10] [7] [12] [18] [13] [11] [3] [19] [8] front [20] a [6] [14] on the [17] [9] the University of [15]", "[16] [4] [5] [10] [7] [12] [18] [13] [11] for [19] [8] front [20] a [6] [14] on the [17] [9] the University of [15]", "[16] band [5] [10] [7] [12] [18] [13] [11] for [19] [8] front [20] a [6] [14] on the [17] [9] the University of [15]", "[16] band s [10] [7] [12] [18] [13] [11] for [19] [8] front [20] a [6] [14] on the [17] [9] the University of [15]", "[16] band s [10] [7] [12] [18] [13] [11] for [19] [8] front [20] a sparse [14] on the [17] [9] the University of [15]", "[16] band s [10] gig [12] [18] [13] [11] for [19] [8] front [20] a sparse [14] on the [17] [9] the University of [15]", "[16] band s [10] gig [12] [18] [13] [11] for [19] in front [20] a sparse [14] on the [17] [9] the University of [15]", "[16] band s [10] gig [12] [18] [13] [11] for [19] in front [20] a sparse [14] on the [17] of the University of [15]", "[16] band s first gig [12] [18] [13] [11] for [19] in front [20] a sparse [14] on the [17] of the University of [15]", "[16] band s first gig [12] [18] [13] spot for [19] in front [20] a sparse [14] on the [17] of the University of [15]", "[16] band s first gig was [18] [13] spot for [19] in front [20] a sparse [14] on the [17] of the University of [15]", "[16] band s first gig was [18] opening spot for [19] in front [20] a sparse [14] on the [17] of the University of [15]", "[16] band s first gig was [18] opening spot for [19] in front [20] a sparse crowd on the [17] of the University of [15]", "[16] band s first gig was [18] opening spot for [19] in front [20] a sparse crowd on the [17] of the University of Vermont", "The band s first gig was [18] opening spot for [19] in front [20] a sparse crowd on the [17] of the University of Vermont", "The band s first gig was [18] opening spot for [19] in front [20] a sparse crowd on the campus of the University of Vermont", "The band s first gig was an opening spot for [19] in front [20] a sparse crowd on the campus of the University of Vermont", "The band s first gig was an opening spot for Phish in front [20] a sparse crowd on the campus of the University of Vermont"]}, "config": {"list": [[1, "a"], [2, "on"], [3, "for"], [4, "band"], [5, "s"], [6, "sparse"], [7, "gig"], [8, "in"], [9, "of"], [10, "first"], [11, "spot"], [12, "was"], [13, "opening"], [14, "crowd"], [15, "Vermont"], [16, "The"], [17, "campus"], [18, "an"], [19, "Phish"], [20, "of"]], "num_pairs": 20, "num_sentences": 43652, "original_sentence": "The band's first gig was an opening spot for Phish in front of a sparse crowd on the campus of the University of Vermont.", "sentence": "[16] [4] [5] [10] [7] [12] [18] [13] [11] [3] [19] [8] front [20] [1] [6] [14] [2] the [17] [9] the University of [15]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0187", "problem_name": "task18_0187"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn the [5] a [19] [3] Van den Budenmayer [11] [12] [13] is quoted in [7] [18] [2] the [14] [17] Europe [1] [9] [6] [15] [20] [4] is [8] in Weronika s [10] [16]\nList:\n[(1, and), (2, for), (3, from), (4, solo), (5, latter), (6, E), (7, the), (8, foreshadowed), (9, the), (10, final), (11, s), (12, musique), (13, funebres), (14, Unification), (15, minor), (16, performance), (17, of), (18, Song), (19, theme), (20, soprano)]", "label": {"final": "In the latter a theme from Van den Budenmayer s musique funebres is quoted in the Song for the Unification of Europe and the E minor soprano solo is foreshadowed in Weronika s final performance", "init": "In the [5] a [19] [3] Van den Budenmayer [11] [12] [13] is quoted in [7] [18] [2] the [14] [17] Europe [1] [9] [6] [15] [20] [4] is [8] in Weronika s [10] [16]", "intermediate": ["In the [5] a [19] [3] Van den Budenmayer [11] [12] [13] is quoted in [7] [18] [2] the [14] [17] Europe and [9] [6] [15] [20] [4] is [8] in Weronika s [10] [16]", "In the [5] a [19] [3] Van den Budenmayer [11] [12] [13] is quoted in [7] [18] for the [14] [17] Europe and [9] [6] [15] [20] [4] is [8] in Weronika s [10] [16]", "In the [5] a [19] from Van den Budenmayer [11] [12] [13] is quoted in [7] [18] for the [14] [17] Europe and [9] [6] [15] [20] [4] is [8] in Weronika s [10] [16]", "In the [5] a [19] from Van den Budenmayer [11] [12] [13] is quoted in [7] [18] for the [14] [17] Europe and [9] [6] [15] [20] solo is [8] in Weronika s [10] [16]", "In the latter a [19] from Van den Budenmayer [11] [12] [13] is quoted in [7] [18] for the [14] [17] Europe and [9] [6] [15] [20] solo is [8] in Weronika s [10] [16]", "In the latter a [19] from Van den Budenmayer [11] [12] [13] is quoted in [7] [18] for the [14] [17] Europe and [9] E [15] [20] solo is [8] in Weronika s [10] [16]", "In the latter a [19] from Van den Budenmayer [11] [12] [13] is quoted in the [18] for the [14] [17] Europe and [9] E [15] [20] solo is [8] in Weronika s [10] [16]", "In the latter a [19] from Van den Budenmayer [11] [12] [13] is quoted in the [18] for the [14] [17] Europe and [9] E [15] [20] solo is foreshadowed in Weronika s [10] [16]", "In the latter a [19] from Van den Budenmayer [11] [12] [13] is quoted in the [18] for the [14] [17] Europe and the E [15] [20] solo is foreshadowed in Weronika s [10] [16]", "In the latter a [19] from Van den Budenmayer [11] [12] [13] is quoted in the [18] for the [14] [17] Europe and the E [15] [20] solo is foreshadowed in Weronika s final [16]", "In the latter a [19] from Van den Budenmayer s [12] [13] is quoted in the [18] for the [14] [17] Europe and the E [15] [20] solo is foreshadowed in Weronika s final [16]", "In the latter a [19] from Van den Budenmayer s musique [13] is quoted in the [18] for the [14] [17] Europe and the E [15] [20] solo is foreshadowed in Weronika s final [16]", "In the latter a [19] from Van den Budenmayer s musique funebres is quoted in the [18] for the [14] [17] Europe and the E [15] [20] solo is foreshadowed in Weronika s final [16]", "In the latter a [19] from Van den Budenmayer s musique funebres is quoted in the [18] for the Unification [17] Europe and the E [15] [20] solo is foreshadowed in Weronika s final [16]", "In the latter a [19] from Van den Budenmayer s musique funebres is quoted in the [18] for the Unification [17] Europe and the E minor [20] solo is foreshadowed in Weronika s final [16]", "In the latter a [19] from Van den Budenmayer s musique funebres is quoted in the [18] for the Unification [17] Europe and the E minor [20] solo is foreshadowed in Weronika s final performance", "In the latter a [19] from Van den Budenmayer s musique funebres is quoted in the [18] for the Unification of Europe and the E minor [20] solo is foreshadowed in Weronika s final performance", "In the latter a [19] from Van den Budenmayer s musique funebres is quoted in the Song for the Unification of Europe and the E minor [20] solo is foreshadowed in Weronika s final performance", "In the latter a theme from Van den Budenmayer s musique funebres is quoted in the Song for the Unification of Europe and the E minor [20] solo is foreshadowed in Weronika s final performance"]}, "config": {"list": [[1, "and"], [2, "for"], [3, "from"], [4, "solo"], [5, "latter"], [6, "E"], [7, "the"], [8, "foreshadowed"], [9, "the"], [10, "final"], [11, "s"], [12, "musique"], [13, "funebres"], [14, "Unification"], [15, "minor"], [16, "performance"], [17, "of"], [18, "Song"], [19, "theme"], [20, "soprano"]], "num_pairs": 20, "num_sentences": 43652, "original_sentence": "In the latter, a theme from Van den Budenmayer's \"musique funebres\" is quoted in the \"Song for the Unification of Europe,\" and the E minor soprano solo is foreshadowed in Weronika's final performance.", "sentence": "In the [5] a [19] [3] Van den Budenmayer [11] [12] [13] is quoted in [7] [18] [2] the [14] [17] Europe [1] [9] [6] [15] [20] [4] is [8] in Weronika s [10] [16]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0188", "problem_name": "task18_0188"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe [7] day [20] [4] [3] [12] [5] he [18] that he was [13] known [16] Hombre [6] [14] but [15] a new ring [1] [9] make [11] name [10] [19] instead of [8] his [17] [2] name\nList:\n[(1, name), (2, s), (3, s), (4, CMLL), (5, show), (6, Bala), (7, following), (8, using), (9, to), (10, for), (11, a), (12, informa), (13, formerly), (14, Jr), (15, chose), (16, as), (17, father), (18, revealed), (19, himself), (20, on)]", "label": {"final": "The following day on CMLL s informa show he revealed that he was formerly known as Hombre Bala Jr but chose a new ring name to make a name for himself instead of using his father s name", "init": "The [7] day [20] [4] [3] [12] [5] he [18] that he was [13] known [16] Hombre [6] [14] but [15] a new ring [1] [9] make [11] name [10] [19] instead of [8] his [17] [2] name", "intermediate": ["The [7] day [20] [4] [3] [12] [5] he [18] that he was [13] known [16] Hombre [6] [14] but [15] a new ring name [9] make [11] name [10] [19] instead of [8] his [17] [2] name", "The [7] day [20] [4] [3] [12] [5] he [18] that he was [13] known [16] Hombre [6] [14] but [15] a new ring name [9] make [11] name [10] [19] instead of [8] his [17] s name", "The [7] day [20] [4] s [12] [5] he [18] that he was [13] known [16] Hombre [6] [14] but [15] a new ring name [9] make [11] name [10] [19] instead of [8] his [17] s name", "The [7] day [20] CMLL s [12] [5] he [18] that he was [13] known [16] Hombre [6] [14] but [15] a new ring name [9] make [11] name [10] [19] instead of [8] his [17] s name", "The [7] day [20] CMLL s [12] show he [18] that he was [13] known [16] Hombre [6] [14] but [15] a new ring name [9] make [11] name [10] [19] instead of [8] his [17] s name", "The [7] day [20] CMLL s [12] show he [18] that he was [13] known [16] Hombre Bala [14] but [15] a new ring name [9] make [11] name [10] [19] instead of [8] his [17] s name", "The following day [20] CMLL s [12] show he [18] that he was [13] known [16] Hombre Bala [14] but [15] a new ring name [9] make [11] name [10] [19] instead of [8] his [17] s name", "The following day [20] CMLL s [12] show he [18] that he was [13] known [16] Hombre Bala [14] but [15] a new ring name [9] make [11] name [10] [19] instead of using his [17] s name", "The following day [20] CMLL s [12] show he [18] that he was [13] known [16] Hombre Bala [14] but [15] a new ring name to make [11] name [10] [19] instead of using his [17] s name", "The following day [20] CMLL s [12] show he [18] that he was [13] known [16] Hombre Bala [14] but [15] a new ring name to make [11] name for [19] instead of using his [17] s name", "The following day [20] CMLL s [12] show he [18] that he was [13] known [16] Hombre Bala [14] but [15] a new ring name to make a name for [19] instead of using his [17] s name", "The following day [20] CMLL s informa show he [18] that he was [13] known [16] Hombre Bala [14] but [15] a new ring name to make a name for [19] instead of using his [17] s name", "The following day [20] CMLL s informa show he [18] that he was formerly known [16] Hombre Bala [14] but [15] a new ring name to make a name for [19] instead of using his [17] s name", "The following day [20] CMLL s informa show he [18] that he was formerly known [16] Hombre Bala Jr but [15] a new ring name to make a name for [19] instead of using his [17] s name", "The following day [20] CMLL s informa show he [18] that he was formerly known [16] Hombre Bala Jr but chose a new ring name to make a name for [19] instead of using his [17] s name", "The following day [20] CMLL s informa show he [18] that he was formerly known as Hombre Bala Jr but chose a new ring name to make a name for [19] instead of using his [17] s name", "The following day [20] CMLL s informa show he [18] that he was formerly known as Hombre Bala Jr but chose a new ring name to make a name for [19] instead of using his father s name", "The following day [20] CMLL s informa show he revealed that he was formerly known as Hombre Bala Jr but chose a new ring name to make a name for [19] instead of using his father s name", "The following day [20] CMLL s informa show he revealed that he was formerly known as Hombre Bala Jr but chose a new ring name to make a name for himself instead of using his father s name"]}, "config": {"list": [[1, "name"], [2, "s"], [3, "s"], [4, "CMLL"], [5, "show"], [6, "Bala"], [7, "following"], [8, "using"], [9, "to"], [10, "for"], [11, "a"], [12, "informa"], [13, "formerly"], [14, "Jr"], [15, "chose"], [16, "as"], [17, "father"], [18, "revealed"], [19, "himself"], [20, "on"]], "num_pairs": 20, "num_sentences": 43652, "original_sentence": "The following day on CMLL's \"informa\" show he revealed that he was formerly known as Hombre Bala Jr. but chose a new ring name to make a name for himself instead of using his father's name.", "sentence": "The [7] day [20] [4] [3] [12] [5] he [18] that he was [13] known [16] Hombre [6] [14] but [15] a new ring [1] [9] make [11] name [10] [19] instead of [8] his [17] [2] name", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0189", "problem_name": "task18_0189"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[13] [10] [8] [12] [9] [1] Eccarius [2] 1962 [16] complicity in [7] [4] [6] [21] 13 [18] [5] [3] [15] the [17] [20] [11] facility [14] [19]\nList:\n[(1, against), (2, in), (3, prisoners), (4, killing), (5, Soviet), (6, of), (7, the), (8, charges), (9, filed), (10, criminal), (11, shooting), (12, were), (13, Additional), (14, in), (15, in), (16, for), (17, Genickschussanlage), (18, 000), (19, 1941), (20, neck), (21, over)]", "label": {"final": "Additional criminal charges were filed against Eccarius in 1962 for complicity in the killing of over 13 000 Soviet prisoners in the Genickschussanlage neck shooting facility in 1941", "init": "[13] [10] [8] [12] [9] [1] Eccarius [2] 1962 [16] complicity in [7] [4] [6] [21] 13 [18] [5] [3] [15] the [17] [20] [11] facility [14] [19]", "intermediate": ["[13] [10] [8] [12] [9] against Eccarius [2] 1962 [16] complicity in [7] [4] [6] [21] 13 [18] [5] [3] [15] the [17] [20] [11] facility [14] [19]", "[13] [10] [8] [12] [9] against Eccarius in 1962 [16] complicity in [7] [4] [6] [21] 13 [18] [5] [3] [15] the [17] [20] [11] facility [14] [19]", "[13] [10] [8] [12] [9] against Eccarius in 1962 [16] complicity in [7] [4] [6] [21] 13 [18] [5] prisoners [15] the [17] [20] [11] facility [14] [19]", "[13] [10] [8] [12] [9] against Eccarius in 1962 [16] complicity in [7] killing [6] [21] 13 [18] [5] prisoners [15] the [17] [20] [11] facility [14] [19]", "[13] [10] [8] [12] [9] against Eccarius in 1962 [16] complicity in [7] killing [6] [21] 13 [18] Soviet prisoners [15] the [17] [20] [11] facility [14] [19]", "[13] [10] [8] [12] [9] against Eccarius in 1962 [16] complicity in [7] killing of [21] 13 [18] Soviet prisoners [15] the [17] [20] [11] facility [14] [19]", "[13] [10] [8] [12] [9] against Eccarius in 1962 [16] complicity in the killing of [21] 13 [18] Soviet prisoners [15] the [17] [20] [11] facility [14] [19]", "[13] [10] charges [12] [9] against Eccarius in 1962 [16] complicity in the killing of [21] 13 [18] Soviet prisoners [15] the [17] [20] [11] facility [14] [19]", "[13] [10] charges [12] filed against Eccarius in 1962 [16] complicity in the killing of [21] 13 [18] Soviet prisoners [15] the [17] [20] [11] facility [14] [19]", "[13] criminal charges [12] filed against Eccarius in 1962 [16] complicity in the killing of [21] 13 [18] Soviet prisoners [15] the [17] [20] [11] facility [14] [19]", "[13] criminal charges [12] filed against Eccarius in 1962 [16] complicity in the killing of [21] 13 [18] Soviet prisoners [15] the [17] [20] shooting facility [14] [19]", "[13] criminal charges were filed against Eccarius in 1962 [16] complicity in the killing of [21] 13 [18] Soviet prisoners [15] the [17] [20] shooting facility [14] [19]", "Additional criminal charges were filed against Eccarius in 1962 [16] complicity in the killing of [21] 13 [18] Soviet prisoners [15] the [17] [20] shooting facility [14] [19]", "Additional criminal charges were filed against Eccarius in 1962 [16] complicity in the killing of [21] 13 [18] Soviet prisoners [15] the [17] [20] shooting facility in [19]", "Additional criminal charges were filed against Eccarius in 1962 [16] complicity in the killing of [21] 13 [18] Soviet prisoners in the [17] [20] shooting facility in [19]", "Additional criminal charges were filed against Eccarius in 1962 for complicity in the killing of [21] 13 [18] Soviet prisoners in the [17] [20] shooting facility in [19]", "Additional criminal charges were filed against Eccarius in 1962 for complicity in the killing of [21] 13 [18] Soviet prisoners in the Genickschussanlage [20] shooting facility in [19]", "Additional criminal charges were filed against Eccarius in 1962 for complicity in the killing of [21] 13 000 Soviet prisoners in the Genickschussanlage [20] shooting facility in [19]", "Additional criminal charges were filed against Eccarius in 1962 for complicity in the killing of [21] 13 000 Soviet prisoners in the Genickschussanlage [20] shooting facility in 1941", "Additional criminal charges were filed against Eccarius in 1962 for complicity in the killing of [21] 13 000 Soviet prisoners in the Genickschussanlage neck shooting facility in 1941"]}, "config": {"list": [[1, "against"], [2, "in"], [3, "prisoners"], [4, "killing"], [5, "Soviet"], [6, "of"], [7, "the"], [8, "charges"], [9, "filed"], [10, "criminal"], [11, "shooting"], [12, "were"], [13, "Additional"], [14, "in"], [15, "in"], [16, "for"], [17, "Genickschussanlage"], [18, "000"], [19, "1941"], [20, "neck"], [21, "over"]], "num_pairs": 21, "num_sentences": 43652, "original_sentence": "Additional criminal charges were filed against Eccarius in 1962 for complicity in the killing of over 13,000 Soviet prisoners in the \"Genickschussanlage\" (neck shooting facility) in 1941.", "sentence": "[13] [10] [8] [12] [9] [1] Eccarius [2] 1962 [16] complicity in [7] [4] [6] [21] 13 [18] [5] [3] [15] the [17] [20] [11] facility [14] [19]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0190", "problem_name": "task18_0190"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn [8] [13] and [17] [20] [2] Frognot [18] Store [9] [5] [14] [7] gasoline [11] 10 [21] a gallon [15] well as salt bread [1] [3] [4] [12] [16] [10] [19] [6]\nList:\n[(1, milk), (2, opened), (3, and), (4, sometimes), (5, they), (6, garden), (7, Sinclair), (8, 1926), (9, where), (10, their), (11, for), (12, vegetables), (13, Otis), (14, sold), (15, as), (16, from), (17, Hazel), (18, General), (19, own), (20, Dixon), (21, cents)]", "label": {"final": "In 1926 Otis and Hazel Dixon opened Frognot General Store where they sold Sinclair gasoline for 10 cents a gallon as well as salt bread milk and sometimes vegetables from their own garden", "init": "In [8] [13] and [17] [20] [2] Frognot [18] Store [9] [5] [14] [7] gasoline [11] 10 [21] a gallon [15] well as salt bread [1] [3] [4] [12] [16] [10] [19] [6]", "intermediate": ["In [8] [13] and [17] [20] [2] Frognot [18] Store [9] [5] [14] [7] gasoline [11] 10 [21] a gallon [15] well as salt bread milk [3] [4] [12] [16] [10] [19] [6]", "In [8] [13] and [17] [20] opened Frognot [18] Store [9] [5] [14] [7] gasoline [11] 10 [21] a gallon [15] well as salt bread milk [3] [4] [12] [16] [10] [19] [6]", "In [8] [13] and [17] [20] opened Frognot [18] Store [9] [5] [14] [7] gasoline [11] 10 [21] a gallon [15] well as salt bread milk and [4] [12] [16] [10] [19] [6]", "In [8] [13] and [17] [20] opened Frognot [18] Store [9] [5] [14] [7] gasoline [11] 10 [21] a gallon [15] well as salt bread milk and sometimes [12] [16] [10] [19] [6]", "In [8] [13] and [17] [20] opened Frognot [18] Store [9] they [14] [7] gasoline [11] 10 [21] a gallon [15] well as salt bread milk and sometimes [12] [16] [10] [19] [6]", "In [8] [13] and [17] [20] opened Frognot [18] Store [9] they [14] [7] gasoline [11] 10 [21] a gallon [15] well as salt bread milk and sometimes [12] [16] [10] [19] garden", "In [8] [13] and [17] [20] opened Frognot [18] Store [9] they [14] Sinclair gasoline [11] 10 [21] a gallon [15] well as salt bread milk and sometimes [12] [16] [10] [19] garden", "In 1926 [13] and [17] [20] opened Frognot [18] Store [9] they [14] Sinclair gasoline [11] 10 [21] a gallon [15] well as salt bread milk and sometimes [12] [16] [10] [19] garden", "In 1926 [13] and [17] [20] opened Frognot [18] Store where they [14] Sinclair gasoline [11] 10 [21] a gallon [15] well as salt bread milk and sometimes [12] [16] [10] [19] garden", "In 1926 [13] and [17] [20] opened Frognot [18] Store where they [14] Sinclair gasoline [11] 10 [21] a gallon [15] well as salt bread milk and sometimes [12] [16] their [19] garden", "In 1926 [13] and [17] [20] opened Frognot [18] Store where they [14] Sinclair gasoline for 10 [21] a gallon [15] well as salt bread milk and sometimes [12] [16] their [19] garden", "In 1926 [13] and [17] [20] opened Frognot [18] Store where they [14] Sinclair gasoline for 10 [21] a gallon [15] well as salt bread milk and sometimes vegetables [16] their [19] garden", "In 1926 Otis and [17] [20] opened Frognot [18] Store where they [14] Sinclair gasoline for 10 [21] a gallon [15] well as salt bread milk and sometimes vegetables [16] their [19] garden", "In 1926 Otis and [17] [20] opened Frognot [18] Store where they sold Sinclair gasoline for 10 [21] a gallon [15] well as salt bread milk and sometimes vegetables [16] their [19] garden", "In 1926 Otis and [17] [20] opened Frognot [18] Store where they sold Sinclair gasoline for 10 [21] a gallon as well as salt bread milk and sometimes vegetables [16] their [19] garden", "In 1926 Otis and [17] [20] opened Frognot [18] Store where they sold Sinclair gasoline for 10 [21] a gallon as well as salt bread milk and sometimes vegetables from their [19] garden", "In 1926 Otis and Hazel [20] opened Frognot [18] Store where they sold Sinclair gasoline for 10 [21] a gallon as well as salt bread milk and sometimes vegetables from their [19] garden", "In 1926 Otis and Hazel [20] opened Frognot General Store where they sold Sinclair gasoline for 10 [21] a gallon as well as salt bread milk and sometimes vegetables from their [19] garden", "In 1926 Otis and Hazel [20] opened Frognot General Store where they sold Sinclair gasoline for 10 [21] a gallon as well as salt bread milk and sometimes vegetables from their own garden", "In 1926 Otis and Hazel Dixon opened Frognot General Store where they sold Sinclair gasoline for 10 [21] a gallon as well as salt bread milk and sometimes vegetables from their own garden"]}, "config": {"list": [[1, "milk"], [2, "opened"], [3, "and"], [4, "sometimes"], [5, "they"], [6, "garden"], [7, "Sinclair"], [8, "1926"], [9, "where"], [10, "their"], [11, "for"], [12, "vegetables"], [13, "Otis"], [14, "sold"], [15, "as"], [16, "from"], [17, "Hazel"], [18, "General"], [19, "own"], [20, "Dixon"], [21, "cents"]], "num_pairs": 21, "num_sentences": 43652, "original_sentence": "In 1926, Otis and Hazel Dixon opened Frognot General Store, where they sold Sinclair gasoline for 10 cents a gallon, as well as salt, bread, milk, and sometimes vegetables from their own garden.", "sentence": "In [8] [13] and [17] [20] [2] Frognot [18] Store [9] [5] [14] [7] gasoline [11] 10 [21] a gallon [15] well as salt bread [1] [3] [4] [12] [16] [10] [19] [6]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0191", "problem_name": "task18_0191"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[3] [18] [8] [10] [14] [12] [16] [4] [17] [9] [21] [13] [2] Tandon motorcycles [11] [15] [19] [5] reputation [1] [6] [7] [20]\nList:\n[(1, enjoying), (2, thought), (3, Despite), (4, shown), (5, poor), (6, only), (7, limited), (8, Milemaster), (9, good), (10, design), (11, suffered), (12, manufacture), (13, of), (14, and), (15, from), (16, having), (17, a), (18, the), (19, a), (20, popularity), (21, deal)]", "label": {"final": "Despite the Milemaster design and manufacture having shown a good deal of thought Tandon motorcycles suffered from a poor reputation enjoying only limited popularity", "init": "[3] [18] [8] [10] [14] [12] [16] [4] [17] [9] [21] [13] [2] Tandon motorcycles [11] [15] [19] [5] reputation [1] [6] [7] [20]", "intermediate": ["[3] [18] [8] [10] [14] [12] [16] [4] [17] [9] [21] [13] [2] Tandon motorcycles [11] [15] [19] [5] reputation enjoying [6] [7] [20]", "[3] [18] [8] [10] [14] [12] [16] [4] [17] [9] [21] [13] thought Tandon motorcycles [11] [15] [19] [5] reputation enjoying [6] [7] [20]", "Despite [18] [8] [10] [14] [12] [16] [4] [17] [9] [21] [13] thought Tandon motorcycles [11] [15] [19] [5] reputation enjoying [6] [7] [20]", "Despite [18] [8] [10] [14] [12] [16] shown [17] [9] [21] [13] thought Tandon motorcycles [11] [15] [19] [5] reputation enjoying [6] [7] [20]", "Despite [18] [8] [10] [14] [12] [16] shown [17] [9] [21] [13] thought Tandon motorcycles [11] [15] [19] poor reputation enjoying [6] [7] [20]", "Despite [18] [8] [10] [14] [12] [16] shown [17] [9] [21] [13] thought Tandon motorcycles [11] [15] [19] poor reputation enjoying only [7] [20]", "Despite [18] [8] [10] [14] [12] [16] shown [17] [9] [21] [13] thought Tandon motorcycles [11] [15] [19] poor reputation enjoying only limited [20]", "Despite [18] Milemaster [10] [14] [12] [16] shown [17] [9] [21] [13] thought Tandon motorcycles [11] [15] [19] poor reputation enjoying only limited [20]", "Despite [18] Milemaster [10] [14] [12] [16] shown [17] good [21] [13] thought Tandon motorcycles [11] [15] [19] poor reputation enjoying only limited [20]", "Despite [18] Milemaster design [14] [12] [16] shown [17] good [21] [13] thought Tandon motorcycles [11] [15] [19] poor reputation enjoying only limited [20]", "Despite [18] Milemaster design [14] [12] [16] shown [17] good [21] [13] thought Tandon motorcycles suffered [15] [19] poor reputation enjoying only limited [20]", "Despite [18] Milemaster design [14] manufacture [16] shown [17] good [21] [13] thought Tandon motorcycles suffered [15] [19] poor reputation enjoying only limited [20]", "Despite [18] Milemaster design [14] manufacture [16] shown [17] good [21] of thought Tandon motorcycles suffered [15] [19] poor reputation enjoying only limited [20]", "Despite [18] Milemaster design and manufacture [16] shown [17] good [21] of thought Tandon motorcycles suffered [15] [19] poor reputation enjoying only limited [20]", "Despite [18] Milemaster design and manufacture [16] shown [17] good [21] of thought Tandon motorcycles suffered from [19] poor reputation enjoying only limited [20]", "Despite [18] Milemaster design and manufacture having shown [17] good [21] of thought Tandon motorcycles suffered from [19] poor reputation enjoying only limited [20]", "Despite [18] Milemaster design and manufacture having shown a good [21] of thought Tandon motorcycles suffered from [19] poor reputation enjoying only limited [20]", "Despite the Milemaster design and manufacture having shown a good [21] of thought Tandon motorcycles suffered from [19] poor reputation enjoying only limited [20]", "Despite the Milemaster design and manufacture having shown a good [21] of thought Tandon motorcycles suffered from a poor reputation enjoying only limited [20]", "Despite the Milemaster design and manufacture having shown a good [21] of thought Tandon motorcycles suffered from a poor reputation enjoying only limited popularity"]}, "config": {"list": [[1, "enjoying"], [2, "thought"], [3, "Despite"], [4, "shown"], [5, "poor"], [6, "only"], [7, "limited"], [8, "Milemaster"], [9, "good"], [10, "design"], [11, "suffered"], [12, "manufacture"], [13, "of"], [14, "and"], [15, "from"], [16, "having"], [17, "a"], [18, "the"], [19, "a"], [20, "popularity"], [21, "deal"]], "num_pairs": 21, "num_sentences": 43652, "original_sentence": "Despite the Milemaster design and manufacture having shown \"a good deal of thought\", Tandon motorcycles suffered from a poor reputation , enjoying only limited popularity.", "sentence": "[3] [18] [8] [10] [14] [12] [16] [4] [17] [9] [21] [13] [2] Tandon motorcycles [11] [15] [19] [5] reputation [1] [6] [7] [20]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0192", "problem_name": "task18_0192"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[17] [10] [2] [13] [9] [6] [3] [15] [20] [21] contest [19] [5] [12] [4] rights [18] [16] [11] [7] [1] [8] [14]\nList:\n[(1, by), (2, took), (3, three), (4, the), (5, was), (6, all), (7, monument), (8, popular), (9, in), (10, Rygier), (11, the), (12, awarded), (13, part), (14, demand), (15, stages), (16, produce), (17, Teodor), (18, to), (19, and), (20, of), (21, the)]", "label": {"final": "Teodor Rygier took part in all three stages of the contest and was awarded the rights to produce the monument by popular demand", "init": "[17] [10] [2] [13] [9] [6] [3] [15] [20] [21] contest [19] [5] [12] [4] rights [18] [16] [11] [7] [1] [8] [14]", "intermediate": ["[17] [10] [2] [13] [9] [6] [3] [15] [20] [21] contest [19] [5] [12] [4] rights [18] [16] [11] [7] by [8] [14]", "[17] [10] took [13] [9] [6] [3] [15] [20] [21] contest [19] [5] [12] [4] rights [18] [16] [11] [7] by [8] [14]", "[17] [10] took [13] [9] [6] three [15] [20] [21] contest [19] [5] [12] [4] rights [18] [16] [11] [7] by [8] [14]", "[17] [10] took [13] [9] [6] three [15] [20] [21] contest [19] [5] [12] the rights [18] [16] [11] [7] by [8] [14]", "[17] [10] took [13] [9] [6] three [15] [20] [21] contest [19] was [12] the rights [18] [16] [11] [7] by [8] [14]", "[17] [10] took [13] [9] all three [15] [20] [21] contest [19] was [12] the rights [18] [16] [11] [7] by [8] [14]", "[17] [10] took [13] [9] all three [15] [20] [21] contest [19] was [12] the rights [18] [16] [11] monument by [8] [14]", "[17] [10] took [13] [9] all three [15] [20] [21] contest [19] was [12] the rights [18] [16] [11] monument by popular [14]", "[17] [10] took [13] in all three [15] [20] [21] contest [19] was [12] the rights [18] [16] [11] monument by popular [14]", "[17] Rygier took [13] in all three [15] [20] [21] contest [19] was [12] the rights [18] [16] [11] monument by popular [14]", "[17] Rygier took [13] in all three [15] [20] [21] contest [19] was [12] the rights [18] [16] the monument by popular [14]", "[17] Rygier took [13] in all three [15] [20] [21] contest [19] was awarded the rights [18] [16] the monument by popular [14]", "[17] Rygier took part in all three [15] [20] [21] contest [19] was awarded the rights [18] [16] the monument by popular [14]", "[17] Rygier took part in all three [15] [20] [21] contest [19] was awarded the rights [18] [16] the monument by popular demand", "[17] Rygier took part in all three stages [20] [21] contest [19] was awarded the rights [18] [16] the monument by popular demand", "[17] Rygier took part in all three stages [20] [21] contest [19] was awarded the rights [18] produce the monument by popular demand", "Teodor Rygier took part in all three stages [20] [21] contest [19] was awarded the rights [18] produce the monument by popular demand", "Teodor Rygier took part in all three stages [20] [21] contest [19] was awarded the rights to produce the monument by popular demand", "Teodor Rygier took part in all three stages [20] [21] contest and was awarded the rights to produce the monument by popular demand", "Teodor Rygier took part in all three stages of [21] contest and was awarded the rights to produce the monument by popular demand"]}, "config": {"list": [[1, "by"], [2, "took"], [3, "three"], [4, "the"], [5, "was"], [6, "all"], [7, "monument"], [8, "popular"], [9, "in"], [10, "Rygier"], [11, "the"], [12, "awarded"], [13, "part"], [14, "demand"], [15, "stages"], [16, "produce"], [17, "Teodor"], [18, "to"], [19, "and"], [20, "of"], [21, "the"]], "num_pairs": 21, "num_sentences": 43652, "original_sentence": "Teodor Rygier took part in all three stages of the contest, and was awarded the rights to produce the monument \"by popular demand\".", "sentence": "[17] [10] [2] [13] [9] [6] [3] [15] [20] [21] contest [19] [5] [12] [4] rights [18] [16] [11] [7] [1] [8] [14]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0193", "problem_name": "task18_0193"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nInstead [1] [8] that [6] [19] the religion [2] [4] appetites [7] that [17] [14] of the appetites [5] the fetish worshipper [18] [9] that [11] inanimate object [15] [16] [12] [10] character [3] gratify the desires [13] [20] [21]\nList:\n[(1, Marx), (2, of), (3, to), (4, sensuous), (5, tricks), (6, fetishism), (7, and), (8, said), (9, believing), (10, natural), (11, an), (12, its), (13, of), (14, fantasy), (15, will), (16, yield), (17, the), (18, into), (19, is), (20, the), (21, worshipper)]", "label": {"final": "Instead Marx said that fetishism is the religion of sensuous appetites and that the fantasy of the appetites tricks the fetish worshipper into believing that an inanimate object will yield its natural character to gratify the desires of the worshipper", "init": "Instead [1] [8] that [6] [19] the religion [2] [4] appetites [7] that [17] [14] of the appetites [5] the fetish worshipper [18] [9] that [11] inanimate object [15] [16] [12] [10] character [3] gratify the desires [13] [20] [21]", "intermediate": ["Instead Marx [8] that [6] [19] the religion [2] [4] appetites [7] that [17] [14] of the appetites [5] the fetish worshipper [18] [9] that [11] inanimate object [15] [16] [12] [10] character [3] gratify the desires [13] [20] [21]", "Instead Marx [8] that [6] [19] the religion of [4] appetites [7] that [17] [14] of the appetites [5] the fetish worshipper [18] [9] that [11] inanimate object [15] [16] [12] [10] character [3] gratify the desires [13] [20] [21]", "Instead Marx [8] that [6] [19] the religion of [4] appetites [7] that [17] [14] of the appetites [5] the fetish worshipper [18] [9] that [11] inanimate object [15] [16] [12] [10] character to gratify the desires [13] [20] [21]", "Instead Marx [8] that [6] [19] the religion of sensuous appetites [7] that [17] [14] of the appetites [5] the fetish worshipper [18] [9] that [11] inanimate object [15] [16] [12] [10] character to gratify the desires [13] [20] [21]", "Instead Marx [8] that [6] [19] the religion of sensuous appetites [7] that [17] [14] of the appetites tricks the fetish worshipper [18] [9] that [11] inanimate object [15] [16] [12] [10] character to gratify the desires [13] [20] [21]", "Instead Marx [8] that fetishism [19] the religion of sensuous appetites [7] that [17] [14] of the appetites tricks the fetish worshipper [18] [9] that [11] inanimate object [15] [16] [12] [10] character to gratify the desires [13] [20] [21]", "Instead Marx [8] that fetishism [19] the religion of sensuous appetites and that [17] [14] of the appetites tricks the fetish worshipper [18] [9] that [11] inanimate object [15] [16] [12] [10] character to gratify the desires [13] [20] [21]", "Instead Marx said that fetishism [19] the religion of sensuous appetites and that [17] [14] of the appetites tricks the fetish worshipper [18] [9] that [11] inanimate object [15] [16] [12] [10] character to gratify the desires [13] [20] [21]", "Instead Marx said that fetishism [19] the religion of sensuous appetites and that [17] [14] of the appetites tricks the fetish worshipper [18] believing that [11] inanimate object [15] [16] [12] [10] character to gratify the desires [13] [20] [21]", "Instead Marx said that fetishism [19] the religion of sensuous appetites and that [17] [14] of the appetites tricks the fetish worshipper [18] believing that [11] inanimate object [15] [16] [12] natural character to gratify the desires [13] [20] [21]", "Instead Marx said that fetishism [19] the religion of sensuous appetites and that [17] [14] of the appetites tricks the fetish worshipper [18] believing that an inanimate object [15] [16] [12] natural character to gratify the desires [13] [20] [21]", "Instead Marx said that fetishism [19] the religion of sensuous appetites and that [17] [14] of the appetites tricks the fetish worshipper [18] believing that an inanimate object [15] [16] its natural character to gratify the desires [13] [20] [21]", "Instead Marx said that fetishism [19] the religion of sensuous appetites and that [17] [14] of the appetites tricks the fetish worshipper [18] believing that an inanimate object [15] [16] its natural character to gratify the desires of [20] [21]", "Instead Marx said that fetishism [19] the religion of sensuous appetites and that [17] fantasy of the appetites tricks the fetish worshipper [18] believing that an inanimate object [15] [16] its natural character to gratify the desires of [20] [21]", "Instead Marx said that fetishism [19] the religion of sensuous appetites and that [17] fantasy of the appetites tricks the fetish worshipper [18] believing that an inanimate object will [16] its natural character to gratify the desires of [20] [21]", "Instead Marx said that fetishism [19] the religion of sensuous appetites and that [17] fantasy of the appetites tricks the fetish worshipper [18] believing that an inanimate object will yield its natural character to gratify the desires of [20] [21]", "Instead Marx said that fetishism [19] the religion of sensuous appetites and that the fantasy of the appetites tricks the fetish worshipper [18] believing that an inanimate object will yield its natural character to gratify the desires of [20] [21]", "Instead Marx said that fetishism [19] the religion of sensuous appetites and that the fantasy of the appetites tricks the fetish worshipper into believing that an inanimate object will yield its natural character to gratify the desires of [20] [21]", "Instead Marx said that fetishism is the religion of sensuous appetites and that the fantasy of the appetites tricks the fetish worshipper into believing that an inanimate object will yield its natural character to gratify the desires of [20] [21]", "Instead Marx said that fetishism is the religion of sensuous appetites and that the fantasy of the appetites tricks the fetish worshipper into believing that an inanimate object will yield its natural character to gratify the desires of the [21]"]}, "config": {"list": [[1, "Marx"], [2, "of"], [3, "to"], [4, "sensuous"], [5, "tricks"], [6, "fetishism"], [7, "and"], [8, "said"], [9, "believing"], [10, "natural"], [11, "an"], [12, "its"], [13, "of"], [14, "fantasy"], [15, "will"], [16, "yield"], [17, "the"], [18, "into"], [19, "is"], [20, "the"], [21, "worshipper"]], "num_pairs": 21, "num_sentences": 43652, "original_sentence": "Instead, Marx said that fetishism is \"the religion of sensuous appetites\", and that the fantasy of the appetites tricks the fetish worshipper into believing that an inanimate object will yield its natural character to gratify the desires of the worshipper.", "sentence": "Instead [1] [8] that [6] [19] the religion [2] [4] appetites [7] that [17] [14] of the appetites [5] the fetish worshipper [18] [9] that [11] inanimate object [15] [16] [12] [10] character [3] gratify the desires [13] [20] [21]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0194", "problem_name": "task18_0194"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[5] [13] [7] [15] [21] [17] [18] [1] [12] [20] [10] [16] [19] [9] [11] [8] [4] [2] [3] [6] [14]\nList:\n[(1, a), (2, by), (3, teammate), (4, recovered), (5, Late), (6, Yannick), (7, the), (8, was), (9, Watson), (10, of), (11, which), (12, fumble), (13, in), (14, Ngakoue), (15, third), (16, quarterback), (17, Fowler), (18, forced), (19, Deshaun), (20, off), (21, quarter)]", "label": {"final": "Late in the third quarter Fowler forced a fumble off of quarterback Deshaun Watson which was recovered by teammate Yannick Ngakoue", "init": "[5] [13] [7] [15] [21] [17] [18] [1] [12] [20] [10] [16] [19] [9] [11] [8] [4] [2] [3] [6] [14]", "intermediate": ["[5] [13] [7] [15] [21] [17] [18] a [12] [20] [10] [16] [19] [9] [11] [8] [4] [2] [3] [6] [14]", "[5] [13] [7] [15] [21] [17] [18] a [12] [20] [10] [16] [19] [9] [11] [8] [4] by [3] [6] [14]", "[5] [13] [7] [15] [21] [17] [18] a [12] [20] [10] [16] [19] [9] [11] [8] [4] by teammate [6] [14]", "[5] [13] [7] [15] [21] [17] [18] a [12] [20] [10] [16] [19] [9] [11] [8] recovered by teammate [6] [14]", "Late [13] [7] [15] [21] [17] [18] a [12] [20] [10] [16] [19] [9] [11] [8] recovered by teammate [6] [14]", "Late [13] [7] [15] [21] [17] [18] a [12] [20] [10] [16] [19] [9] [11] [8] recovered by teammate Yannick [14]", "Late [13] the [15] [21] [17] [18] a [12] [20] [10] [16] [19] [9] [11] [8] recovered by teammate Yannick [14]", "Late [13] the [15] [21] [17] [18] a [12] [20] [10] [16] [19] [9] [11] was recovered by teammate Yannick [14]", "Late [13] the [15] [21] [17] [18] a [12] [20] [10] [16] [19] Watson [11] was recovered by teammate Yannick [14]", "Late [13] the [15] [21] [17] [18] a [12] [20] of [16] [19] Watson [11] was recovered by teammate Yannick [14]", "Late [13] the [15] [21] [17] [18] a [12] [20] of [16] [19] Watson which was recovered by teammate Yannick [14]", "Late [13] the [15] [21] [17] [18] a fumble [20] of [16] [19] Watson which was recovered by teammate Yannick [14]", "Late in the [15] [21] [17] [18] a fumble [20] of [16] [19] Watson which was recovered by teammate Yannick [14]", "Late in the [15] [21] [17] [18] a fumble [20] of [16] [19] Watson which was recovered by teammate Yannick Ngakoue", "Late in the third [21] [17] [18] a fumble [20] of [16] [19] Watson which was recovered by teammate Yannick Ngakoue", "Late in the third [21] [17] [18] a fumble [20] of quarterback [19] Watson which was recovered by teammate Yannick Ngakoue", "Late in the third [21] Fowler [18] a fumble [20] of quarterback [19] Watson which was recovered by teammate Yannick Ngakoue", "Late in the third [21] Fowler forced a fumble [20] of quarterback [19] Watson which was recovered by teammate Yannick Ngakoue", "Late in the third [21] Fowler forced a fumble [20] of quarterback Deshaun Watson which was recovered by teammate Yannick Ngakoue", "Late in the third [21] Fowler forced a fumble off of quarterback Deshaun Watson which was recovered by teammate Yannick Ngakoue"]}, "config": {"list": [[1, "a"], [2, "by"], [3, "teammate"], [4, "recovered"], [5, "Late"], [6, "Yannick"], [7, "the"], [8, "was"], [9, "Watson"], [10, "of"], [11, "which"], [12, "fumble"], [13, "in"], [14, "Ngakoue"], [15, "third"], [16, "quarterback"], [17, "Fowler"], [18, "forced"], [19, "Deshaun"], [20, "off"], [21, "quarter"]], "num_pairs": 21, "num_sentences": 43652, "original_sentence": "Late in the third quarter, Fowler forced a fumble off of quarterback Deshaun Watson, which was recovered by teammate Yannick Ngakoue.", "sentence": "[5] [13] [7] [15] [21] [17] [18] [1] [12] [20] [10] [16] [19] [9] [11] [8] [4] [2] [3] [6] [14]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0195", "problem_name": "task18_0195"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[21] [1] [19] [9] of [14] [6] [2] [16] [8] [18] [17] [20] [13] [3] [15] [10] [5] [11] [7] Pulaski Heights [4] [12]\nList:\n[(1, 1891), (2, from), (3, and), (4, Land), (5, Moss), (6, primarily), (7, the), (8, led), (9, group), (10, E), (11, incorporated), (12, Company), (13, Auten), (14, investors), (15, Edgar), (16, Michigan), (17, Henry), (18, by), (19, a), (20, F), (21, In)]", "label": {"final": "In 1891 a group of investors primarily from Michigan led by Henry F Auten and Edgar E Moss incorporated the Pulaski Heights Land Company", "init": "[21] [1] [19] [9] of [14] [6] [2] [16] [8] [18] [17] [20] [13] [3] [15] [10] [5] [11] [7] Pulaski Heights [4] [12]", "intermediate": ["[21] 1891 [19] [9] of [14] [6] [2] [16] [8] [18] [17] [20] [13] [3] [15] [10] [5] [11] [7] Pulaski Heights [4] [12]", "[21] 1891 [19] [9] of [14] [6] from [16] [8] [18] [17] [20] [13] [3] [15] [10] [5] [11] [7] Pulaski Heights [4] [12]", "[21] 1891 [19] [9] of [14] [6] from [16] [8] [18] [17] [20] [13] and [15] [10] [5] [11] [7] Pulaski Heights [4] [12]", "[21] 1891 [19] [9] of [14] [6] from [16] [8] [18] [17] [20] [13] and [15] [10] [5] [11] [7] Pulaski Heights Land [12]", "[21] 1891 [19] [9] of [14] [6] from [16] [8] [18] [17] [20] [13] and [15] [10] Moss [11] [7] Pulaski Heights Land [12]", "[21] 1891 [19] [9] of [14] primarily from [16] [8] [18] [17] [20] [13] and [15] [10] Moss [11] [7] Pulaski Heights Land [12]", "[21] 1891 [19] [9] of [14] primarily from [16] [8] [18] [17] [20] [13] and [15] [10] Moss [11] the Pulaski Heights Land [12]", "[21] 1891 [19] [9] of [14] primarily from [16] led [18] [17] [20] [13] and [15] [10] Moss [11] the Pulaski Heights Land [12]", "[21] 1891 [19] group of [14] primarily from [16] led [18] [17] [20] [13] and [15] [10] Moss [11] the Pulaski Heights Land [12]", "[21] 1891 [19] group of [14] primarily from [16] led [18] [17] [20] [13] and [15] E Moss [11] the Pulaski Heights Land [12]", "[21] 1891 [19] group of [14] primarily from [16] led [18] [17] [20] [13] and [15] E Moss incorporated the Pulaski Heights Land [12]", "[21] 1891 [19] group of [14] primarily from [16] led [18] [17] [20] [13] and [15] E Moss incorporated the Pulaski Heights Land Company", "[21] 1891 [19] group of [14] primarily from [16] led [18] [17] [20] Auten and [15] E Moss incorporated the Pulaski Heights Land Company", "[21] 1891 [19] group of investors primarily from [16] led [18] [17] [20] Auten and [15] E Moss incorporated the Pulaski Heights Land Company", "[21] 1891 [19] group of investors primarily from [16] led [18] [17] [20] Auten and Edgar E Moss incorporated the Pulaski Heights Land Company", "[21] 1891 [19] group of investors primarily from Michigan led [18] [17] [20] Auten and Edgar E Moss incorporated the Pulaski Heights Land Company", "[21] 1891 [19] group of investors primarily from Michigan led [18] Henry [20] Auten and Edgar E Moss incorporated the Pulaski Heights Land Company", "[21] 1891 [19] group of investors primarily from Michigan led by Henry [20] Auten and Edgar E Moss incorporated the Pulaski Heights Land Company", "[21] 1891 a group of investors primarily from Michigan led by Henry [20] Auten and Edgar E Moss incorporated the Pulaski Heights Land Company", "[21] 1891 a group of investors primarily from Michigan led by Henry F Auten and Edgar E Moss incorporated the Pulaski Heights Land Company"]}, "config": {"list": [[1, "1891"], [2, "from"], [3, "and"], [4, "Land"], [5, "Moss"], [6, "primarily"], [7, "the"], [8, "led"], [9, "group"], [10, "E"], [11, "incorporated"], [12, "Company"], [13, "Auten"], [14, "investors"], [15, "Edgar"], [16, "Michigan"], [17, "Henry"], [18, "by"], [19, "a"], [20, "F"], [21, "In"]], "num_pairs": 21, "num_sentences": 43652, "original_sentence": "In 1891 a group of investors primarily from Michigan, led by Henry F. Auten and Edgar E. Moss, incorporated the Pulaski Heights Land Company.", "sentence": "[21] [1] [19] [9] of [14] [6] [2] [16] [8] [18] [17] [20] [13] [3] [15] [10] [5] [11] [7] Pulaski Heights [4] [12]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0196", "problem_name": "task18_0196"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nTraditionally [21] [11] [10] [6] was [5] [15] [12] [2] [3] [8] Patrick [13] Day the [17] [7] [18] but [1] [16] [20] moved [19] mid [9] [4] [14]\nList:\n[(1, it), (2, Park), (3, on), (4, in), (5, played), (6, final), (7, of), (8, St), (9, February), (10, Ireland), (11, All), (12, Croke), (13, s), (14, 2022), (15, in), (16, was), (17, 17th), (18, March), (19, to), (20, also), (21, the)]", "label": {"final": "Traditionally the All Ireland final was played in Croke Park on St Patrick s Day the 17th of March but it was also moved to mid February in 2022", "init": "Traditionally [21] [11] [10] [6] was [5] [15] [12] [2] [3] [8] Patrick [13] Day the [17] [7] [18] but [1] [16] [20] moved [19] mid [9] [4] [14]", "intermediate": ["Traditionally [21] [11] [10] [6] was [5] [15] [12] [2] [3] [8] Patrick [13] Day the [17] [7] [18] but it [16] [20] moved [19] mid [9] [4] [14]", "Traditionally [21] [11] [10] [6] was [5] [15] [12] Park [3] [8] Patrick [13] Day the [17] [7] [18] but it [16] [20] moved [19] mid [9] [4] [14]", "Traditionally [21] [11] [10] [6] was [5] [15] [12] Park on [8] Patrick [13] Day the [17] [7] [18] but it [16] [20] moved [19] mid [9] [4] [14]", "Traditionally [21] [11] [10] [6] was [5] [15] [12] Park on [8] Patrick [13] Day the [17] [7] [18] but it [16] [20] moved [19] mid [9] in [14]", "Traditionally [21] [11] [10] [6] was played [15] [12] Park on [8] Patrick [13] Day the [17] [7] [18] but it [16] [20] moved [19] mid [9] in [14]", "Traditionally [21] [11] [10] final was played [15] [12] Park on [8] Patrick [13] Day the [17] [7] [18] but it [16] [20] moved [19] mid [9] in [14]", "Traditionally [21] [11] [10] final was played [15] [12] Park on [8] Patrick [13] Day the [17] of [18] but it [16] [20] moved [19] mid [9] in [14]", "Traditionally [21] [11] [10] final was played [15] [12] Park on St Patrick [13] Day the [17] of [18] but it [16] [20] moved [19] mid [9] in [14]", "Traditionally [21] [11] [10] final was played [15] [12] Park on St Patrick [13] Day the [17] of [18] but it [16] [20] moved [19] mid February in [14]", "Traditionally [21] [11] Ireland final was played [15] [12] Park on St Patrick [13] Day the [17] of [18] but it [16] [20] moved [19] mid February in [14]", "Traditionally [21] All Ireland final was played [15] [12] Park on St Patrick [13] Day the [17] of [18] but it [16] [20] moved [19] mid February in [14]", "Traditionally [21] All Ireland final was played [15] Croke Park on St Patrick [13] Day the [17] of [18] but it [16] [20] moved [19] mid February in [14]", "Traditionally [21] All Ireland final was played [15] Croke Park on St Patrick s Day the [17] of [18] but it [16] [20] moved [19] mid February in [14]", "Traditionally [21] All Ireland final was played [15] Croke Park on St Patrick s Day the [17] of [18] but it [16] [20] moved [19] mid February in 2022", "Traditionally [21] All Ireland final was played in Croke Park on St Patrick s Day the [17] of [18] but it [16] [20] moved [19] mid February in 2022", "Traditionally [21] All Ireland final was played in Croke Park on St Patrick s Day the [17] of [18] but it was [20] moved [19] mid February in 2022", "Traditionally [21] All Ireland final was played in Croke Park on St Patrick s Day the 17th of [18] but it was [20] moved [19] mid February in 2022", "Traditionally [21] All Ireland final was played in Croke Park on St Patrick s Day the 17th of March but it was [20] moved [19] mid February in 2022", "Traditionally [21] All Ireland final was played in Croke Park on St Patrick s Day the 17th of March but it was [20] moved to mid February in 2022", "Traditionally [21] All Ireland final was played in Croke Park on St Patrick s Day the 17th of March but it was also moved to mid February in 2022"]}, "config": {"list": [[1, "it"], [2, "Park"], [3, "on"], [4, "in"], [5, "played"], [6, "final"], [7, "of"], [8, "St"], [9, "February"], [10, "Ireland"], [11, "All"], [12, "Croke"], [13, "s"], [14, "2022"], [15, "in"], [16, "was"], [17, "17th"], [18, "March"], [19, "to"], [20, "also"], [21, "the"]], "num_pairs": 21, "num_sentences": 43652, "original_sentence": "Traditionally, the All-Ireland final was played in Croke Park on St. Patrick's Day, the 17th of March, but it was also moved to mid February in 2022.", "sentence": "Traditionally [21] [11] [10] [6] was [5] [15] [12] [2] [3] [8] Patrick [13] Day the [17] [7] [18] but [1] [16] [20] moved [19] mid [9] [4] [14]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0197", "problem_name": "task18_0197"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[20] Allen [12] [10] a [4] [8] [14] [16] [7] the [5] [17] [18] [13] the [11] Assembly [1] [21] [19] [3] having [15] election [6] [2] [9] general election\nList:\n[(1, from), (2, the), (3, 1999), (4, South), (5, National), (6, in), (7, represented), (8, African), (9, 1994), (10, is), (11, National), (12, Wyngaard), (13, in), (14, politician), (15, gained), (16, who), (17, Party), (18, NP), (19, to), (20, Christiaan), (21, 1994)]", "label": {"final": "Christiaan Allen Wyngaard is a South African politician who represented the National Party NP in the National Assembly from 1994 to 1999 having gained election in the 1994 general election", "init": "[20] Allen [12] [10] a [4] [8] [14] [16] [7] the [5] [17] [18] [13] the [11] Assembly [1] [21] [19] [3] having [15] election [6] [2] [9] general election", "intermediate": ["[20] Allen [12] [10] a [4] [8] [14] [16] [7] the [5] [17] [18] [13] the [11] Assembly from [21] [19] [3] having [15] election [6] [2] [9] general election", "[20] Allen [12] [10] a [4] [8] [14] [16] [7] the [5] [17] [18] [13] the [11] Assembly from [21] [19] [3] having [15] election [6] the [9] general election", "[20] Allen [12] [10] a [4] [8] [14] [16] [7] the [5] [17] [18] [13] the [11] Assembly from [21] [19] 1999 having [15] election [6] the [9] general election", "[20] Allen [12] [10] a South [8] [14] [16] [7] the [5] [17] [18] [13] the [11] Assembly from [21] [19] 1999 having [15] election [6] the [9] general election", "[20] Allen [12] [10] a South [8] [14] [16] [7] the National [17] [18] [13] the [11] Assembly from [21] [19] 1999 having [15] election [6] the [9] general election", "[20] Allen [12] [10] a South [8] [14] [16] [7] the National [17] [18] [13] the [11] Assembly from [21] [19] 1999 having [15] election in the [9] general election", "[20] Allen [12] [10] a South [8] [14] [16] represented the National [17] [18] [13] the [11] Assembly from [21] [19] 1999 having [15] election in the [9] general election", "[20] Allen [12] [10] a South African [14] [16] represented the National [17] [18] [13] the [11] Assembly from [21] [19] 1999 having [15] election in the [9] general election", "[20] Allen [12] [10] a South African [14] [16] represented the National [17] [18] [13] the [11] Assembly from [21] [19] 1999 having [15] election in the 1994 general election", "[20] Allen [12] is a South African [14] [16] represented the National [17] [18] [13] the [11] Assembly from [21] [19] 1999 having [15] election in the 1994 general election", "[20] Allen [12] is a South African [14] [16] represented the National [17] [18] [13] the National Assembly from [21] [19] 1999 having [15] election in the 1994 general election", "[20] Allen Wyngaard is a South African [14] [16] represented the National [17] [18] [13] the National Assembly from [21] [19] 1999 having [15] election in the 1994 general election", "[20] Allen Wyngaard is a South African [14] [16] represented the National [17] [18] in the National Assembly from [21] [19] 1999 having [15] election in the 1994 general election", "[20] Allen Wyngaard is a South African politician [16] represented the National [17] [18] in the National Assembly from [21] [19] 1999 having [15] election in the 1994 general election", "[20] Allen Wyngaard is a South African politician [16] represented the National [17] [18] in the National Assembly from [21] [19] 1999 having gained election in the 1994 general election", "[20] Allen Wyngaard is a South African politician who represented the National [17] [18] in the National Assembly from [21] [19] 1999 having gained election in the 1994 general election", "[20] Allen Wyngaard is a South African politician who represented the National Party [18] in the National Assembly from [21] [19] 1999 having gained election in the 1994 general election", "[20] Allen Wyngaard is a South African politician who represented the National Party NP in the National Assembly from [21] [19] 1999 having gained election in the 1994 general election", "[20] Allen Wyngaard is a South African politician who represented the National Party NP in the National Assembly from [21] to 1999 having gained election in the 1994 general election", "Christiaan Allen Wyngaard is a South African politician who represented the National Party NP in the National Assembly from [21] to 1999 having gained election in the 1994 general election"]}, "config": {"list": [[1, "from"], [2, "the"], [3, "1999"], [4, "South"], [5, "National"], [6, "in"], [7, "represented"], [8, "African"], [9, "1994"], [10, "is"], [11, "National"], [12, "Wyngaard"], [13, "in"], [14, "politician"], [15, "gained"], [16, "who"], [17, "Party"], [18, "NP"], [19, "to"], [20, "Christiaan"], [21, "1994"]], "num_pairs": 21, "num_sentences": 43652, "original_sentence": "Christiaan Allen Wyngaard is a South African politician who represented the National Party (NP) in the National Assembly from 1994 to 1999, having gained election in the 1994 general election.", "sentence": "[20] Allen [12] [10] a [4] [8] [14] [16] [7] the [5] [17] [18] [13] the [11] Assembly [1] [21] [19] [3] having [15] election [6] [2] [9] general election", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0198", "problem_name": "task18_0198"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[1] [9] [6] following 2011 and the [8] Spring [20] media [13] calls it the mildest and most democratic [15] [3] [19] history [5] omits [2] [21] adoption of the [12] i feqih [7] the [18] s founder Rached Ghannouchi who [14] [10] [11] president [4] 38 [17] [16] interruption\nList:\n[(1, Robert), (2, the), (3, party), (4, for), (5, but), (6, Worth), (7, by), (8, Arab), (9, F), (10, remained), (11, its), (12, velayat), (13, reports), (14, has), (15, Islamist), (16, without), (17, years), (18, movement), (19, in), (20, mainstream), (21, ideological)]", "label": {"final": "Robert F Worth following 2011 and the Arab Spring mainstream media reports calls it the mildest and most democratic Islamist party in history but omits the ideological adoption of the velayat i feqih by the movement s founder Rached Ghannouchi who has remained its president for 38 years without interruption", "init": "[1] [9] [6] following 2011 and the [8] Spring [20] media [13] calls it the mildest and most democratic [15] [3] [19] history [5] omits [2] [21] adoption of the [12] i feqih [7] the [18] s founder Rached Ghannouchi who [14] [10] [11] president [4] 38 [17] [16] interruption", "intermediate": ["Robert [9] [6] following 2011 and the [8] Spring [20] media [13] calls it the mildest and most democratic [15] [3] [19] history [5] omits [2] [21] adoption of the [12] i feqih [7] the [18] s founder Rached Ghannouchi who [14] [10] [11] president [4] 38 [17] [16] interruption", "Robert [9] [6] following 2011 and the [8] Spring [20] media [13] calls it the mildest and most democratic [15] [3] [19] history [5] omits the [21] adoption of the [12] i feqih [7] the [18] s founder Rached Ghannouchi who [14] [10] [11] president [4] 38 [17] [16] interruption", "Robert [9] [6] following 2011 and the [8] Spring [20] media [13] calls it the mildest and most democratic [15] party [19] history [5] omits the [21] adoption of the [12] i feqih [7] the [18] s founder Rached Ghannouchi who [14] [10] [11] president [4] 38 [17] [16] interruption", "Robert [9] [6] following 2011 and the [8] Spring [20] media [13] calls it the mildest and most democratic [15] party [19] history [5] omits the [21] adoption of the [12] i feqih [7] the [18] s founder Rached Ghannouchi who [14] [10] [11] president for 38 [17] [16] interruption", "Robert [9] [6] following 2011 and the [8] Spring [20] media [13] calls it the mildest and most democratic [15] party [19] history but omits the [21] adoption of the [12] i feqih [7] the [18] s founder Rached Ghannouchi who [14] [10] [11] president for 38 [17] [16] interruption", "Robert [9] Worth following 2011 and the [8] Spring [20] media [13] calls it the mildest and most democratic [15] party [19] history but omits the [21] adoption of the [12] i feqih [7] the [18] s founder Rached Ghannouchi who [14] [10] [11] president for 38 [17] [16] interruption", "Robert [9] Worth following 2011 and the [8] Spring [20] media [13] calls it the mildest and most democratic [15] party [19] history but omits the [21] adoption of the [12] i feqih by the [18] s founder Rached Ghannouchi who [14] [10] [11] president for 38 [17] [16] interruption", "Robert [9] Worth following 2011 and the Arab Spring [20] media [13] calls it the mildest and most democratic [15] party [19] history but omits the [21] adoption of the [12] i feqih by the [18] s founder Rached Ghannouchi who [14] [10] [11] president for 38 [17] [16] interruption", "Robert F Worth following 2011 and the Arab Spring [20] media [13] calls it the mildest and most democratic [15] party [19] history but omits the [21] adoption of the [12] i feqih by the [18] s founder Rached Ghannouchi who [14] [10] [11] president for 38 [17] [16] interruption", "Robert F Worth following 2011 and the Arab Spring [20] media [13] calls it the mildest and most democratic [15] party [19] history but omits the [21] adoption of the [12] i feqih by the [18] s founder Rached Ghannouchi who [14] remained [11] president for 38 [17] [16] interruption", "Robert F Worth following 2011 and the Arab Spring [20] media [13] calls it the mildest and most democratic [15] party [19] history but omits the [21] adoption of the [12] i feqih by the [18] s founder Rached Ghannouchi who [14] remained its president for 38 [17] [16] interruption", "Robert F Worth following 2011 and the Arab Spring [20] media [13] calls it the mildest and most democratic [15] party [19] history but omits the [21] adoption of the velayat i feqih by the [18] s founder Rached Ghannouchi who [14] remained its president for 38 [17] [16] interruption", "Robert F Worth following 2011 and the Arab Spring [20] media reports calls it the mildest and most democratic [15] party [19] history but omits the [21] adoption of the velayat i feqih by the [18] s founder Rached Ghannouchi who [14] remained its president for 38 [17] [16] interruption", "Robert F Worth following 2011 and the Arab Spring [20] media reports calls it the mildest and most democratic [15] party [19] history but omits the [21] adoption of the velayat i feqih by the [18] s founder Rached Ghannouchi who has remained its president for 38 [17] [16] interruption", "Robert F Worth following 2011 and the Arab Spring [20] media reports calls it the mildest and most democratic Islamist party [19] history but omits the [21] adoption of the velayat i feqih by the [18] s founder Rached Ghannouchi who has remained its president for 38 [17] [16] interruption", "Robert F Worth following 2011 and the Arab Spring [20] media reports calls it the mildest and most democratic Islamist party [19] history but omits the [21] adoption of the velayat i feqih by the [18] s founder Rached Ghannouchi who has remained its president for 38 [17] without interruption", "Robert F Worth following 2011 and the Arab Spring [20] media reports calls it the mildest and most democratic Islamist party [19] history but omits the [21] adoption of the velayat i feqih by the [18] s founder Rached Ghannouchi who has remained its president for 38 years without interruption", "Robert F Worth following 2011 and the Arab Spring [20] media reports calls it the mildest and most democratic Islamist party [19] history but omits the [21] adoption of the velayat i feqih by the movement s founder Rached Ghannouchi who has remained its president for 38 years without interruption", "Robert F Worth following 2011 and the Arab Spring [20] media reports calls it the mildest and most democratic Islamist party in history but omits the [21] adoption of the velayat i feqih by the movement s founder Rached Ghannouchi who has remained its president for 38 years without interruption", "Robert F Worth following 2011 and the Arab Spring mainstream media reports calls it the mildest and most democratic Islamist party in history but omits the [21] adoption of the velayat i feqih by the movement s founder Rached Ghannouchi who has remained its president for 38 years without interruption"]}, "config": {"list": [[1, "Robert"], [2, "the"], [3, "party"], [4, "for"], [5, "but"], [6, "Worth"], [7, "by"], [8, "Arab"], [9, "F"], [10, "remained"], [11, "its"], [12, "velayat"], [13, "reports"], [14, "has"], [15, "Islamist"], [16, "without"], [17, "years"], [18, "movement"], [19, "in"], [20, "mainstream"], [21, "ideological"]], "num_pairs": 21, "num_sentences": 43652, "original_sentence": "Robert F. Worth, following 2011 and the \"Arab Spring\" mainstream media reports, calls it \"the mildest and most democratic Islamist party in history\" but omits the ideological adoption of the \"velayat-i feqih\" by the movement's founder Rached Ghannouchi, who has remained its president for 38 years without interruption.", "sentence": "[1] [9] [6] following 2011 and the [8] Spring [20] media [13] calls it the mildest and most democratic [15] [3] [19] history [5] omits [2] [21] adoption of the [12] i feqih [7] the [18] s founder Rached Ghannouchi who [14] [10] [11] president [4] 38 [17] [16] interruption", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0199", "problem_name": "task18_0199"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThey appear when [1] player time travels to [10] [17] [7] [5] [16] [19] [21] [15] when [6] player [11] three purple rocks to [13] a [2] whenever [14] player destroys [20] [4] [8] come [22] life out [3] window [9] [12] [18] player\nList:\n[(1, the), (2, Minikit), (3, the), (4, the), (5, 2015), (6, the), (7, in), (8, Autons), (9, and), (10, Central), (11, destroys), (12, attack), (13, get), (14, the), (15, as), (16, using), (17, London), (18, the), (19, the), (20, one), (21, TARDIS), (22, to)]", "label": {"final": "They appear when the player time travels to Central London in 2015 using the TARDIS as when the player destroys three purple rocks to get a Minikit whenever the player destroys one the Autons come to life out the window and attack the player", "init": "They appear when [1] player time travels to [10] [17] [7] [5] [16] [19] [21] [15] when [6] player [11] three purple rocks to [13] a [2] whenever [14] player destroys [20] [4] [8] come [22] life out [3] window [9] [12] [18] player", "intermediate": ["They appear when the player time travels to [10] [17] [7] [5] [16] [19] [21] [15] when [6] player [11] three purple rocks to [13] a [2] whenever [14] player destroys [20] [4] [8] come [22] life out [3] window [9] [12] [18] player", "They appear when the player time travels to [10] [17] [7] [5] [16] [19] [21] [15] when [6] player [11] three purple rocks to [13] a Minikit whenever [14] player destroys [20] [4] [8] come [22] life out [3] window [9] [12] [18] player", "They appear when the player time travels to [10] [17] [7] [5] [16] [19] [21] [15] when [6] player [11] three purple rocks to [13] a Minikit whenever [14] player destroys [20] [4] [8] come [22] life out the window [9] [12] [18] player", "They appear when the player time travels to [10] [17] [7] [5] [16] [19] [21] [15] when [6] player [11] three purple rocks to [13] a Minikit whenever [14] player destroys [20] the [8] come [22] life out the window [9] [12] [18] player", "They appear when the player time travels to [10] [17] [7] 2015 [16] [19] [21] [15] when [6] player [11] three purple rocks to [13] a Minikit whenever [14] player destroys [20] the [8] come [22] life out the window [9] [12] [18] player", "They appear when the player time travels to [10] [17] [7] 2015 [16] [19] [21] [15] when the player [11] three purple rocks to [13] a Minikit whenever [14] player destroys [20] the [8] come [22] life out the window [9] [12] [18] player", "They appear when the player time travels to [10] [17] in 2015 [16] [19] [21] [15] when the player [11] three purple rocks to [13] a Minikit whenever [14] player destroys [20] the [8] come [22] life out the window [9] [12] [18] player", "They appear when the player time travels to [10] [17] in 2015 [16] [19] [21] [15] when the player [11] three purple rocks to [13] a Minikit whenever [14] player destroys [20] the Autons come [22] life out the window [9] [12] [18] player", "They appear when the player time travels to [10] [17] in 2015 [16] [19] [21] [15] when the player [11] three purple rocks to [13] a Minikit whenever [14] player destroys [20] the Autons come [22] life out the window and [12] [18] player", "They appear when the player time travels to Central [17] in 2015 [16] [19] [21] [15] when the player [11] three purple rocks to [13] a Minikit whenever [14] player destroys [20] the Autons come [22] life out the window and [12] [18] player", "They appear when the player time travels to Central [17] in 2015 [16] [19] [21] [15] when the player destroys three purple rocks to [13] a Minikit whenever [14] player destroys [20] the Autons come [22] life out the window and [12] [18] player", "They appear when the player time travels to Central [17] in 2015 [16] [19] [21] [15] when the player destroys three purple rocks to [13] a Minikit whenever [14] player destroys [20] the Autons come [22] life out the window and attack [18] player", "They appear when the player time travels to Central [17] in 2015 [16] [19] [21] [15] when the player destroys three purple rocks to get a Minikit whenever [14] player destroys [20] the Autons come [22] life out the window and attack [18] player", "They appear when the player time travels to Central [17] in 2015 [16] [19] [21] [15] when the player destroys three purple rocks to get a Minikit whenever the player destroys [20] the Autons come [22] life out the window and attack [18] player", "They appear when the player time travels to Central [17] in 2015 [16] [19] [21] as when the player destroys three purple rocks to get a Minikit whenever the player destroys [20] the Autons come [22] life out the window and attack [18] player", "They appear when the player time travels to Central [17] in 2015 using [19] [21] as when the player destroys three purple rocks to get a Minikit whenever the player destroys [20] the Autons come [22] life out the window and attack [18] player", "They appear when the player time travels to Central London in 2015 using [19] [21] as when the player destroys three purple rocks to get a Minikit whenever the player destroys [20] the Autons come [22] life out the window and attack [18] player", "They appear when the player time travels to Central London in 2015 using [19] [21] as when the player destroys three purple rocks to get a Minikit whenever the player destroys [20] the Autons come [22] life out the window and attack the player", "They appear when the player time travels to Central London in 2015 using the [21] as when the player destroys three purple rocks to get a Minikit whenever the player destroys [20] the Autons come [22] life out the window and attack the player", "They appear when the player time travels to Central London in 2015 using the [21] as when the player destroys three purple rocks to get a Minikit whenever the player destroys one the Autons come [22] life out the window and attack the player", "They appear when the player time travels to Central London in 2015 using the TARDIS as when the player destroys three purple rocks to get a Minikit whenever the player destroys one the Autons come [22] life out the window and attack the player"]}, "config": {"list": [[1, "the"], [2, "Minikit"], [3, "the"], [4, "the"], [5, "2015"], [6, "the"], [7, "in"], [8, "Autons"], [9, "and"], [10, "Central"], [11, "destroys"], [12, "attack"], [13, "get"], [14, "the"], [15, "as"], [16, "using"], [17, "London"], [18, "the"], [19, "the"], [20, "one"], [21, "TARDIS"], [22, "to"]], "num_pairs": 22, "num_sentences": 43652, "original_sentence": "They appear when the player time travels to Central London in 2015 using the TARDIS, as when the player destroys three purple rocks to get a Minikit, whenever the player destroys one, the Autons come to life out the window and attack the player.", "sentence": "They appear when [1] player time travels to [10] [17] [7] [5] [16] [19] [21] [15] when [6] player [11] three purple rocks to [13] a [2] whenever [14] player destroys [20] [4] [8] come [22] life out [3] window [9] [12] [18] player", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0200", "problem_name": "task18_0200"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHe [2] born [13] Tibshelf [12] [18] worked [20] [10] compensation [3] [19] [7] Derbyshire [6] [21] eventually [9] [8] [15] and honorary [14] [11] [16] [4] Miners [17] [22] [1] [5]\nList:\n[(1, at), (2, was), (3, agent), (4, Derbyshire), (5, Skegness), (6, Miners), (7, the), (8, assistant), (9, becoming), (10, a), (11, of), (12, Derbyshire), (13, in), (14, secretary), (15, secretary), (16, the), (17, Convalescent), (18, and), (19, for), (20, as), (21, Association), (22, Home)]", "label": {"final": "He was born in Tibshelf Derbyshire and worked as a compensation agent for the Derbyshire Miners Association eventually becoming assistant secretary and honorary secretary of the Derbyshire Miners Convalescent Home at Skegness", "init": "He [2] born [13] Tibshelf [12] [18] worked [20] [10] compensation [3] [19] [7] Derbyshire [6] [21] eventually [9] [8] [15] and honorary [14] [11] [16] [4] Miners [17] [22] [1] [5]", "intermediate": ["He [2] born [13] Tibshelf [12] [18] worked [20] [10] compensation [3] [19] [7] Derbyshire [6] [21] eventually [9] [8] [15] and honorary [14] [11] [16] [4] Miners [17] [22] at [5]", "He was born [13] Tibshelf [12] [18] worked [20] [10] compensation [3] [19] [7] Derbyshire [6] [21] eventually [9] [8] [15] and honorary [14] [11] [16] [4] Miners [17] [22] at [5]", "He was born [13] Tibshelf [12] [18] worked [20] [10] compensation agent [19] [7] Derbyshire [6] [21] eventually [9] [8] [15] and honorary [14] [11] [16] [4] Miners [17] [22] at [5]", "He was born [13] Tibshelf [12] [18] worked [20] [10] compensation agent [19] [7] Derbyshire [6] [21] eventually [9] [8] [15] and honorary [14] [11] [16] Derbyshire Miners [17] [22] at [5]", "He was born [13] Tibshelf [12] [18] worked [20] [10] compensation agent [19] [7] Derbyshire [6] [21] eventually [9] [8] [15] and honorary [14] [11] [16] Derbyshire Miners [17] [22] at Skegness", "He was born [13] Tibshelf [12] [18] worked [20] [10] compensation agent [19] [7] Derbyshire Miners [21] eventually [9] [8] [15] and honorary [14] [11] [16] Derbyshire Miners [17] [22] at Skegness", "He was born [13] Tibshelf [12] [18] worked [20] [10] compensation agent [19] the Derbyshire Miners [21] eventually [9] [8] [15] and honorary [14] [11] [16] Derbyshire Miners [17] [22] at Skegness", "He was born [13] Tibshelf [12] [18] worked [20] [10] compensation agent [19] the Derbyshire Miners [21] eventually [9] assistant [15] and honorary [14] [11] [16] Derbyshire Miners [17] [22] at Skegness", "He was born [13] Tibshelf [12] [18] worked [20] [10] compensation agent [19] the Derbyshire Miners [21] eventually becoming assistant [15] and honorary [14] [11] [16] Derbyshire Miners [17] [22] at Skegness", "He was born [13] Tibshelf [12] [18] worked [20] a compensation agent [19] the Derbyshire Miners [21] eventually becoming assistant [15] and honorary [14] [11] [16] Derbyshire Miners [17] [22] at Skegness", "He was born [13] Tibshelf [12] [18] worked [20] a compensation agent [19] the Derbyshire Miners [21] eventually becoming assistant [15] and honorary [14] of [16] Derbyshire Miners [17] [22] at Skegness", "He was born [13] Tibshelf Derbyshire [18] worked [20] a compensation agent [19] the Derbyshire Miners [21] eventually becoming assistant [15] and honorary [14] of [16] Derbyshire Miners [17] [22] at Skegness", "He was born in Tibshelf Derbyshire [18] worked [20] a compensation agent [19] the Derbyshire Miners [21] eventually becoming assistant [15] and honorary [14] of [16] Derbyshire Miners [17] [22] at Skegness", "He was born in Tibshelf Derbyshire [18] worked [20] a compensation agent [19] the Derbyshire Miners [21] eventually becoming assistant [15] and honorary secretary of [16] Derbyshire Miners [17] [22] at Skegness", "He was born in Tibshelf Derbyshire [18] worked [20] a compensation agent [19] the Derbyshire Miners [21] eventually becoming assistant secretary and honorary secretary of [16] Derbyshire Miners [17] [22] at Skegness", "He was born in Tibshelf Derbyshire [18] worked [20] a compensation agent [19] the Derbyshire Miners [21] eventually becoming assistant secretary and honorary secretary of the Derbyshire Miners [17] [22] at Skegness", "He was born in Tibshelf Derbyshire [18] worked [20] a compensation agent [19] the Derbyshire Miners [21] eventually becoming assistant secretary and honorary secretary of the Derbyshire Miners Convalescent [22] at Skegness", "He was born in Tibshelf Derbyshire and worked [20] a compensation agent [19] the Derbyshire Miners [21] eventually becoming assistant secretary and honorary secretary of the Derbyshire Miners Convalescent [22] at Skegness", "He was born in Tibshelf Derbyshire and worked [20] a compensation agent for the Derbyshire Miners [21] eventually becoming assistant secretary and honorary secretary of the Derbyshire Miners Convalescent [22] at Skegness", "He was born in Tibshelf Derbyshire and worked as a compensation agent for the Derbyshire Miners [21] eventually becoming assistant secretary and honorary secretary of the Derbyshire Miners Convalescent [22] at Skegness", "He was born in Tibshelf Derbyshire and worked as a compensation agent for the Derbyshire Miners Association eventually becoming assistant secretary and honorary secretary of the Derbyshire Miners Convalescent [22] at Skegness"]}, "config": {"list": [[1, "at"], [2, "was"], [3, "agent"], [4, "Derbyshire"], [5, "Skegness"], [6, "Miners"], [7, "the"], [8, "assistant"], [9, "becoming"], [10, "a"], [11, "of"], [12, "Derbyshire"], [13, "in"], [14, "secretary"], [15, "secretary"], [16, "the"], [17, "Convalescent"], [18, "and"], [19, "for"], [20, "as"], [21, "Association"], [22, "Home"]], "num_pairs": 22, "num_sentences": 43652, "original_sentence": "He was born in Tibshelf, Derbyshire and worked as a compensation agent for the Derbyshire Miners' Association, eventually becoming assistant secretary, and honorary secretary of the Derbyshire Miners' Convalescent Home at Skegness.", "sentence": "He [2] born [13] Tibshelf [12] [18] worked [20] [10] compensation [3] [19] [7] Derbyshire [6] [21] eventually [9] [8] [15] and honorary [14] [11] [16] [4] Miners [17] [22] [1] [5]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0201", "problem_name": "task18_0201"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAlthough [15] [21] much scholarly [20] as [19] [16] or not [22] [3] that the boys are [4] [7] meant [8] [11] protection for [18] bones [6] the [5] or increase the amount of [9] inflicted on [13] opponent [14] is [17] that except gloves [10] [2] belts [12] wore as little [1] possible\nList:\n[(1, as), (2, and), (3, gloves), (4, wearing), (5, wearer), (6, of), (7, were), (8, to), (9, damage), (10, jewellery), (11, provide), (12, competitors), (13, the), (14, it), (15, there), (16, whether), (17, clear), (18, the), (19, to), (20, debate), (21, is), (22, the)]", "label": {"final": "Although there is much scholarly debate as to whether or not the gloves that the boys are wearing were meant to provide protection for the bones of the wearer or increase the amount of damage inflicted on the opponent it is clear that except gloves jewellery and belts competitors wore as little as possible", "init": "Although [15] [21] much scholarly [20] as [19] [16] or not [22] [3] that the boys are [4] [7] meant [8] [11] protection for [18] bones [6] the [5] or increase the amount of [9] inflicted on [13] opponent [14] is [17] that except gloves [10] [2] belts [12] wore as little [1] possible", "intermediate": ["Although [15] [21] much scholarly [20] as [19] [16] or not [22] [3] that the boys are [4] [7] meant [8] [11] protection for [18] bones [6] the [5] or increase the amount of [9] inflicted on [13] opponent [14] is [17] that except gloves [10] [2] belts [12] wore as little as possible", "Although [15] [21] much scholarly [20] as [19] [16] or not [22] [3] that the boys are [4] [7] meant [8] [11] protection for [18] bones [6] the [5] or increase the amount of [9] inflicted on [13] opponent [14] is [17] that except gloves [10] and belts [12] wore as little as possible", "Although [15] [21] much scholarly [20] as [19] [16] or not [22] gloves that the boys are [4] [7] meant [8] [11] protection for [18] bones [6] the [5] or increase the amount of [9] inflicted on [13] opponent [14] is [17] that except gloves [10] and belts [12] wore as little as possible", "Although [15] [21] much scholarly [20] as [19] [16] or not [22] gloves that the boys are wearing [7] meant [8] [11] protection for [18] bones [6] the [5] or increase the amount of [9] inflicted on [13] opponent [14] is [17] that except gloves [10] and belts [12] wore as little as possible", "Although [15] [21] much scholarly [20] as [19] [16] or not [22] gloves that the boys are wearing [7] meant [8] [11] protection for [18] bones [6] the wearer or increase the amount of [9] inflicted on [13] opponent [14] is [17] that except gloves [10] and belts [12] wore as little as possible", "Although [15] [21] much scholarly [20] as [19] [16] or not [22] gloves that the boys are wearing [7] meant [8] [11] protection for [18] bones of the wearer or increase the amount of [9] inflicted on [13] opponent [14] is [17] that except gloves [10] and belts [12] wore as little as possible", "Although [15] [21] much scholarly [20] as [19] [16] or not [22] gloves that the boys are wearing were meant [8] [11] protection for [18] bones of the wearer or increase the amount of [9] inflicted on [13] opponent [14] is [17] that except gloves [10] and belts [12] wore as little as possible", "Although [15] [21] much scholarly [20] as [19] [16] or not [22] gloves that the boys are wearing were meant to [11] protection for [18] bones of the wearer or increase the amount of [9] inflicted on [13] opponent [14] is [17] that except gloves [10] and belts [12] wore as little as possible", "Although [15] [21] much scholarly [20] as [19] [16] or not [22] gloves that the boys are wearing were meant to [11] protection for [18] bones of the wearer or increase the amount of damage inflicted on [13] opponent [14] is [17] that except gloves [10] and belts [12] wore as little as possible", "Although [15] [21] much scholarly [20] as [19] [16] or not [22] gloves that the boys are wearing were meant to [11] protection for [18] bones of the wearer or increase the amount of damage inflicted on [13] opponent [14] is [17] that except gloves jewellery and belts [12] wore as little as possible", "Although [15] [21] much scholarly [20] as [19] [16] or not [22] gloves that the boys are wearing were meant to provide protection for [18] bones of the wearer or increase the amount of damage inflicted on [13] opponent [14] is [17] that except gloves jewellery and belts [12] wore as little as possible", "Although [15] [21] much scholarly [20] as [19] [16] or not [22] gloves that the boys are wearing were meant to provide protection for [18] bones of the wearer or increase the amount of damage inflicted on [13] opponent [14] is [17] that except gloves jewellery and belts competitors wore as little as possible", "Although [15] [21] much scholarly [20] as [19] [16] or not [22] gloves that the boys are wearing were meant to provide protection for [18] bones of the wearer or increase the amount of damage inflicted on the opponent [14] is [17] that except gloves jewellery and belts competitors wore as little as possible", "Although [15] [21] much scholarly [20] as [19] [16] or not [22] gloves that the boys are wearing were meant to provide protection for [18] bones of the wearer or increase the amount of damage inflicted on the opponent it is [17] that except gloves jewellery and belts competitors wore as little as possible", "Although there [21] much scholarly [20] as [19] [16] or not [22] gloves that the boys are wearing were meant to provide protection for [18] bones of the wearer or increase the amount of damage inflicted on the opponent it is [17] that except gloves jewellery and belts competitors wore as little as possible", "Although there [21] much scholarly [20] as [19] whether or not [22] gloves that the boys are wearing were meant to provide protection for [18] bones of the wearer or increase the amount of damage inflicted on the opponent it is [17] that except gloves jewellery and belts competitors wore as little as possible", "Although there [21] much scholarly [20] as [19] whether or not [22] gloves that the boys are wearing were meant to provide protection for [18] bones of the wearer or increase the amount of damage inflicted on the opponent it is clear that except gloves jewellery and belts competitors wore as little as possible", "Although there [21] much scholarly [20] as [19] whether or not [22] gloves that the boys are wearing were meant to provide protection for the bones of the wearer or increase the amount of damage inflicted on the opponent it is clear that except gloves jewellery and belts competitors wore as little as possible", "Although there [21] much scholarly [20] as to whether or not [22] gloves that the boys are wearing were meant to provide protection for the bones of the wearer or increase the amount of damage inflicted on the opponent it is clear that except gloves jewellery and belts competitors wore as little as possible", "Although there [21] much scholarly debate as to whether or not [22] gloves that the boys are wearing were meant to provide protection for the bones of the wearer or increase the amount of damage inflicted on the opponent it is clear that except gloves jewellery and belts competitors wore as little as possible", "Although there is much scholarly debate as to whether or not [22] gloves that the boys are wearing were meant to provide protection for the bones of the wearer or increase the amount of damage inflicted on the opponent it is clear that except gloves jewellery and belts competitors wore as little as possible"]}, "config": {"list": [[1, "as"], [2, "and"], [3, "gloves"], [4, "wearing"], [5, "wearer"], [6, "of"], [7, "were"], [8, "to"], [9, "damage"], [10, "jewellery"], [11, "provide"], [12, "competitors"], [13, "the"], [14, "it"], [15, "there"], [16, "whether"], [17, "clear"], [18, "the"], [19, "to"], [20, "debate"], [21, "is"], [22, "the"]], "num_pairs": 22, "num_sentences": 43652, "original_sentence": "Although there is much scholarly debate as to whether or not the gloves that the boys are wearing were meant to provide protection for the bones of the wearer or increase the amount of damage inflicted on the opponent, it is clear that except gloves, jewellery, and belts, competitors wore as little as possible.", "sentence": "Although [15] [21] much scholarly [20] as [19] [16] or not [22] [3] that the boys are [4] [7] meant [8] [11] protection for [18] bones [6] the [5] or increase the amount of [9] inflicted on [13] opponent [14] is [17] that except gloves [10] [2] belts [12] wore as little [1] possible", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0202", "problem_name": "task18_0202"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[18] [4] [10] [19] [14] but [22] independently [1] [21] years [12] [17] [20] [8] [13] [2] [15] relationship [11] continued [16] [6] [5] [3] [7] [9]\nList:\n[(1, for), (2, 1957), (3, of), (4, married), (5, remainder), (6, the), (7, her), (8, him), (9, career), (10, Ravetch), (11, that), (12, finally), (13, in), (14, 1946), (15, a), (16, for), (17, collaborating), (18, She), (19, in), (20, with), (21, ten), (22, worked)]", "label": {"final": "She married Ravetch in 1946 but worked independently for ten years finally collaborating with him in 1957 a relationship that continued for the remainder of her career", "init": "[18] [4] [10] [19] [14] but [22] independently [1] [21] years [12] [17] [20] [8] [13] [2] [15] relationship [11] continued [16] [6] [5] [3] [7] [9]", "intermediate": ["[18] [4] [10] [19] [14] but [22] independently for [21] years [12] [17] [20] [8] [13] [2] [15] relationship [11] continued [16] [6] [5] [3] [7] [9]", "[18] [4] [10] [19] [14] but [22] independently for [21] years [12] [17] [20] [8] [13] 1957 [15] relationship [11] continued [16] [6] [5] [3] [7] [9]", "[18] [4] [10] [19] [14] but [22] independently for [21] years [12] [17] [20] [8] [13] 1957 [15] relationship [11] continued [16] [6] [5] of [7] [9]", "[18] married [10] [19] [14] but [22] independently for [21] years [12] [17] [20] [8] [13] 1957 [15] relationship [11] continued [16] [6] [5] of [7] [9]", "[18] married [10] [19] [14] but [22] independently for [21] years [12] [17] [20] [8] [13] 1957 [15] relationship [11] continued [16] [6] remainder of [7] [9]", "[18] married [10] [19] [14] but [22] independently for [21] years [12] [17] [20] [8] [13] 1957 [15] relationship [11] continued [16] the remainder of [7] [9]", "[18] married [10] [19] [14] but [22] independently for [21] years [12] [17] [20] [8] [13] 1957 [15] relationship [11] continued [16] the remainder of her [9]", "[18] married [10] [19] [14] but [22] independently for [21] years [12] [17] [20] him [13] 1957 [15] relationship [11] continued [16] the remainder of her [9]", "[18] married [10] [19] [14] but [22] independently for [21] years [12] [17] [20] him [13] 1957 [15] relationship [11] continued [16] the remainder of her career", "[18] married Ravetch [19] [14] but [22] independently for [21] years [12] [17] [20] him [13] 1957 [15] relationship [11] continued [16] the remainder of her career", "[18] married Ravetch [19] [14] but [22] independently for [21] years [12] [17] [20] him [13] 1957 [15] relationship that continued [16] the remainder of her career", "[18] married Ravetch [19] [14] but [22] independently for [21] years finally [17] [20] him [13] 1957 [15] relationship that continued [16] the remainder of her career", "[18] married Ravetch [19] [14] but [22] independently for [21] years finally [17] [20] him in 1957 [15] relationship that continued [16] the remainder of her career", "[18] married Ravetch [19] 1946 but [22] independently for [21] years finally [17] [20] him in 1957 [15] relationship that continued [16] the remainder of her career", "[18] married Ravetch [19] 1946 but [22] independently for [21] years finally [17] [20] him in 1957 a relationship that continued [16] the remainder of her career", "[18] married Ravetch [19] 1946 but [22] independently for [21] years finally [17] [20] him in 1957 a relationship that continued for the remainder of her career", "[18] married Ravetch [19] 1946 but [22] independently for [21] years finally collaborating [20] him in 1957 a relationship that continued for the remainder of her career", "She married Ravetch [19] 1946 but [22] independently for [21] years finally collaborating [20] him in 1957 a relationship that continued for the remainder of her career", "She married Ravetch in 1946 but [22] independently for [21] years finally collaborating [20] him in 1957 a relationship that continued for the remainder of her career", "She married Ravetch in 1946 but [22] independently for [21] years finally collaborating with him in 1957 a relationship that continued for the remainder of her career", "She married Ravetch in 1946 but [22] independently for ten years finally collaborating with him in 1957 a relationship that continued for the remainder of her career"]}, "config": {"list": [[1, "for"], [2, "1957"], [3, "of"], [4, "married"], [5, "remainder"], [6, "the"], [7, "her"], [8, "him"], [9, "career"], [10, "Ravetch"], [11, "that"], [12, "finally"], [13, "in"], [14, "1946"], [15, "a"], [16, "for"], [17, "collaborating"], [18, "She"], [19, "in"], [20, "with"], [21, "ten"], [22, "worked"]], "num_pairs": 22, "num_sentences": 43652, "original_sentence": "She married Ravetch in 1946 but worked independently for ten years, finally collaborating with him in 1957, a relationship that continued for the remainder of her career.", "sentence": "[18] [4] [10] [19] [14] but [22] independently [1] [21] years [12] [17] [20] [8] [13] [2] [15] relationship [11] continued [16] [6] [5] [3] [7] [9]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0203", "problem_name": "task18_0203"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[7] [8] [5] [3] [17] [18] [22] [15] [12] [14] school [4] [1] [6] [13] [9] [11] [16] served [19] [10] [2] [20] as assistant [21]\nList:\n[(1, Malmesbury), (2, few), (3, in), (4, near), (5, born), (6, Wiltshire), (7, Bath), (8, was), (9, which), (10, a), (11, school), (12, at), (13, at), (14, a), (15, educated), (16, he), (17, England), (18, and), (19, for), (20, years), (21, master), (22, was)]", "label": {"final": "Bath was born in England and was educated at a school near Malmesbury Wiltshire at which school he served for a few years as assistant master", "init": "[7] [8] [5] [3] [17] [18] [22] [15] [12] [14] school [4] [1] [6] [13] [9] [11] [16] served [19] [10] [2] [20] as assistant [21]", "intermediate": ["[7] [8] [5] [3] [17] [18] [22] [15] [12] [14] school [4] Malmesbury [6] [13] [9] [11] [16] served [19] [10] [2] [20] as assistant [21]", "[7] [8] [5] [3] [17] [18] [22] [15] [12] [14] school [4] Malmesbury [6] [13] [9] [11] [16] served [19] [10] few [20] as assistant [21]", "[7] [8] [5] in [17] [18] [22] [15] [12] [14] school [4] Malmesbury [6] [13] [9] [11] [16] served [19] [10] few [20] as assistant [21]", "[7] [8] [5] in [17] [18] [22] [15] [12] [14] school near Malmesbury [6] [13] [9] [11] [16] served [19] [10] few [20] as assistant [21]", "[7] [8] born in [17] [18] [22] [15] [12] [14] school near Malmesbury [6] [13] [9] [11] [16] served [19] [10] few [20] as assistant [21]", "[7] [8] born in [17] [18] [22] [15] [12] [14] school near Malmesbury Wiltshire [13] [9] [11] [16] served [19] [10] few [20] as assistant [21]", "Bath [8] born in [17] [18] [22] [15] [12] [14] school near Malmesbury Wiltshire [13] [9] [11] [16] served [19] [10] few [20] as assistant [21]", "Bath was born in [17] [18] [22] [15] [12] [14] school near Malmesbury Wiltshire [13] [9] [11] [16] served [19] [10] few [20] as assistant [21]", "Bath was born in [17] [18] [22] [15] [12] [14] school near Malmesbury Wiltshire [13] which [11] [16] served [19] [10] few [20] as assistant [21]", "Bath was born in [17] [18] [22] [15] [12] [14] school near Malmesbury Wiltshire [13] which [11] [16] served [19] a few [20] as assistant [21]", "Bath was born in [17] [18] [22] [15] [12] [14] school near Malmesbury Wiltshire [13] which school [16] served [19] a few [20] as assistant [21]", "Bath was born in [17] [18] [22] [15] at [14] school near Malmesbury Wiltshire [13] which school [16] served [19] a few [20] as assistant [21]", "Bath was born in [17] [18] [22] [15] at [14] school near Malmesbury Wiltshire at which school [16] served [19] a few [20] as assistant [21]", "Bath was born in [17] [18] [22] [15] at a school near Malmesbury Wiltshire at which school [16] served [19] a few [20] as assistant [21]", "Bath was born in [17] [18] [22] educated at a school near Malmesbury Wiltshire at which school [16] served [19] a few [20] as assistant [21]", "Bath was born in [17] [18] [22] educated at a school near Malmesbury Wiltshire at which school he served [19] a few [20] as assistant [21]", "Bath was born in England [18] [22] educated at a school near Malmesbury Wiltshire at which school he served [19] a few [20] as assistant [21]", "Bath was born in England and [22] educated at a school near Malmesbury Wiltshire at which school he served [19] a few [20] as assistant [21]", "Bath was born in England and [22] educated at a school near Malmesbury Wiltshire at which school he served for a few [20] as assistant [21]", "Bath was born in England and [22] educated at a school near Malmesbury Wiltshire at which school he served for a few years as assistant [21]", "Bath was born in England and [22] educated at a school near Malmesbury Wiltshire at which school he served for a few years as assistant master"]}, "config": {"list": [[1, "Malmesbury"], [2, "few"], [3, "in"], [4, "near"], [5, "born"], [6, "Wiltshire"], [7, "Bath"], [8, "was"], [9, "which"], [10, "a"], [11, "school"], [12, "at"], [13, "at"], [14, "a"], [15, "educated"], [16, "he"], [17, "England"], [18, "and"], [19, "for"], [20, "years"], [21, "master"], [22, "was"]], "num_pairs": 22, "num_sentences": 43652, "original_sentence": "Bath was born in England, and was educated at a school near Malmesbury, Wiltshire, at which school he served for a few years as assistant master.", "sentence": "[7] [8] [5] [3] [17] [18] [22] [15] [12] [14] school [4] [1] [6] [13] [9] [11] [16] served [19] [10] [2] [20] as assistant [21]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0204", "problem_name": "task18_0204"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[7] 2005 City Lit moved [5] [2] building in Stukeley [21] to [8] purpose designed premises [9] nearby Keeley [6] which are [15] accessible [19] include facilities [1] [22] studio spaces [11] [10] arts drama and [12] [17] [20] supported learning centre library [16] [4] with [3] herb [14] theatre and [13] recital [18]\nList:\n[(1, such), (2, its), (3, a), (4, terrace), (5, from), (6, Street), (7, In), (8, new), (9, in), (10, visual), (11, for), (12, health), (13, music), (14, garden), (15, fully), (16, roof), (17, and), (18, room), (19, and), (20, movement), (21, Street), (22, as)]", "label": {"final": "In 2005 City Lit moved from its building in Stukeley Street to new purpose designed premises in nearby Keeley Street which are fully accessible and include facilities such as studio spaces for visual arts drama and health and movement supported learning centre library roof terrace with a herb garden theatre and music recital room", "init": "[7] 2005 City Lit moved [5] [2] building in Stukeley [21] to [8] purpose designed premises [9] nearby Keeley [6] which are [15] accessible [19] include facilities [1] [22] studio spaces [11] [10] arts drama and [12] [17] [20] supported learning centre library [16] [4] with [3] herb [14] theatre and [13] recital [18]", "intermediate": ["[7] 2005 City Lit moved [5] [2] building in Stukeley [21] to [8] purpose designed premises [9] nearby Keeley [6] which are [15] accessible [19] include facilities such [22] studio spaces [11] [10] arts drama and [12] [17] [20] supported learning centre library [16] [4] with [3] herb [14] theatre and [13] recital [18]", "[7] 2005 City Lit moved [5] its building in Stukeley [21] to [8] purpose designed premises [9] nearby Keeley [6] which are [15] accessible [19] include facilities such [22] studio spaces [11] [10] arts drama and [12] [17] [20] supported learning centre library [16] [4] with [3] herb [14] theatre and [13] recital [18]", "[7] 2005 City Lit moved [5] its building in Stukeley [21] to [8] purpose designed premises [9] nearby Keeley [6] which are [15] accessible [19] include facilities such [22] studio spaces [11] [10] arts drama and [12] [17] [20] supported learning centre library [16] [4] with a herb [14] theatre and [13] recital [18]", "[7] 2005 City Lit moved [5] its building in Stukeley [21] to [8] purpose designed premises [9] nearby Keeley [6] which are [15] accessible [19] include facilities such [22] studio spaces [11] [10] arts drama and [12] [17] [20] supported learning centre library [16] terrace with a herb [14] theatre and [13] recital [18]", "[7] 2005 City Lit moved from its building in Stukeley [21] to [8] purpose designed premises [9] nearby Keeley [6] which are [15] accessible [19] include facilities such [22] studio spaces [11] [10] arts drama and [12] [17] [20] supported learning centre library [16] terrace with a herb [14] theatre and [13] recital [18]", "[7] 2005 City Lit moved from its building in Stukeley [21] to [8] purpose designed premises [9] nearby Keeley Street which are [15] accessible [19] include facilities such [22] studio spaces [11] [10] arts drama and [12] [17] [20] supported learning centre library [16] terrace with a herb [14] theatre and [13] recital [18]", "In 2005 City Lit moved from its building in Stukeley [21] to [8] purpose designed premises [9] nearby Keeley Street which are [15] accessible [19] include facilities such [22] studio spaces [11] [10] arts drama and [12] [17] [20] supported learning centre library [16] terrace with a herb [14] theatre and [13] recital [18]", "In 2005 City Lit moved from its building in Stukeley [21] to new purpose designed premises [9] nearby Keeley Street which are [15] accessible [19] include facilities such [22] studio spaces [11] [10] arts drama and [12] [17] [20] supported learning centre library [16] terrace with a herb [14] theatre and [13] recital [18]", "In 2005 City Lit moved from its building in Stukeley [21] to new purpose designed premises in nearby Keeley Street which are [15] accessible [19] include facilities such [22] studio spaces [11] [10] arts drama and [12] [17] [20] supported learning centre library [16] terrace with a herb [14] theatre and [13] recital [18]", "In 2005 City Lit moved from its building in Stukeley [21] to new purpose designed premises in nearby Keeley Street which are [15] accessible [19] include facilities such [22] studio spaces [11] visual arts drama and [12] [17] [20] supported learning centre library [16] terrace with a herb [14] theatre and [13] recital [18]", "In 2005 City Lit moved from its building in Stukeley [21] to new purpose designed premises in nearby Keeley Street which are [15] accessible [19] include facilities such [22] studio spaces for visual arts drama and [12] [17] [20] supported learning centre library [16] terrace with a herb [14] theatre and [13] recital [18]", "In 2005 City Lit moved from its building in Stukeley [21] to new purpose designed premises in nearby Keeley Street which are [15] accessible [19] include facilities such [22] studio spaces for visual arts drama and health [17] [20] supported learning centre library [16] terrace with a herb [14] theatre and [13] recital [18]", "In 2005 City Lit moved from its building in Stukeley [21] to new purpose designed premises in nearby Keeley Street which are [15] accessible [19] include facilities such [22] studio spaces for visual arts drama and health [17] [20] supported learning centre library [16] terrace with a herb [14] theatre and music recital [18]", "In 2005 City Lit moved from its building in Stukeley [21] to new purpose designed premises in nearby Keeley Street which are [15] accessible [19] include facilities such [22] studio spaces for visual arts drama and health [17] [20] supported learning centre library [16] terrace with a herb garden theatre and music recital [18]", "In 2005 City Lit moved from its building in Stukeley [21] to new purpose designed premises in nearby Keeley Street which are fully accessible [19] include facilities such [22] studio spaces for visual arts drama and health [17] [20] supported learning centre library [16] terrace with a herb garden theatre and music recital [18]", "In 2005 City Lit moved from its building in Stukeley [21] to new purpose designed premises in nearby Keeley Street which are fully accessible [19] include facilities such [22] studio spaces for visual arts drama and health [17] [20] supported learning centre library roof terrace with a herb garden theatre and music recital [18]", "In 2005 City Lit moved from its building in Stukeley [21] to new purpose designed premises in nearby Keeley Street which are fully accessible [19] include facilities such [22] studio spaces for visual arts drama and health and [20] supported learning centre library roof terrace with a herb garden theatre and music recital [18]", "In 2005 City Lit moved from its building in Stukeley [21] to new purpose designed premises in nearby Keeley Street which are fully accessible [19] include facilities such [22] studio spaces for visual arts drama and health and [20] supported learning centre library roof terrace with a herb garden theatre and music recital room", "In 2005 City Lit moved from its building in Stukeley [21] to new purpose designed premises in nearby Keeley Street which are fully accessible and include facilities such [22] studio spaces for visual arts drama and health and [20] supported learning centre library roof terrace with a herb garden theatre and music recital room", "In 2005 City Lit moved from its building in Stukeley [21] to new purpose designed premises in nearby Keeley Street which are fully accessible and include facilities such [22] studio spaces for visual arts drama and health and movement supported learning centre library roof terrace with a herb garden theatre and music recital room", "In 2005 City Lit moved from its building in Stukeley Street to new purpose designed premises in nearby Keeley Street which are fully accessible and include facilities such [22] studio spaces for visual arts drama and health and movement supported learning centre library roof terrace with a herb garden theatre and music recital room"]}, "config": {"list": [[1, "such"], [2, "its"], [3, "a"], [4, "terrace"], [5, "from"], [6, "Street"], [7, "In"], [8, "new"], [9, "in"], [10, "visual"], [11, "for"], [12, "health"], [13, "music"], [14, "garden"], [15, "fully"], [16, "roof"], [17, "and"], [18, "room"], [19, "and"], [20, "movement"], [21, "Street"], [22, "as"]], "num_pairs": 22, "num_sentences": 43652, "original_sentence": "In 2005, City Lit moved from its building in Stukeley Street to new, purpose designed premises in nearby Keeley Street, which are fully accessible and include facilities such as studio spaces (for visual arts, drama and health and movement), \"supported learning centre\" (library), roof terrace with a herb garden, theatre and music recital room.", "sentence": "[7] 2005 City Lit moved [5] [2] building in Stukeley [21] to [8] purpose designed premises [9] nearby Keeley [6] which are [15] accessible [19] include facilities [1] [22] studio spaces [11] [10] arts drama and [12] [17] [20] supported learning centre library [16] [4] with [3] herb [14] theatre and [13] recital [18]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0205", "problem_name": "task18_0205"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[6] mammals include [19] white bellied [7] monkey Ateles [17] Peruvian [4] monkey [21] chamek white [10] [18] [15] Ateles [22] [14] [5] [2] [16] bat Lonchorhina [1] and [8] [20] [11] [12] 633 [9] species [13] [3] reported\nList:\n[(1, marinkellei), (2, sword), (3, been), (4, spider), (5, s), (6, Endangered), (7, spider), (8, giant), (9, bird), (10, cheeked), (11, Pteronura), (12, brasiliensis), (13, have), (14, Marinkelle), (15, monkey), (16, nosed), (17, belzebuth), (18, spider), (19, the), (20, otter), (21, Ateles), (22, marginatus)]", "label": {"final": "Endangered mammals include the white bellied spider monkey Ateles belzebuth Peruvian spider monkey Ateles chamek white cheeked spider monkey Ateles marginatus Marinkelle s sword nosed bat Lonchorhina marinkellei and giant otter Pteronura brasiliensis 633 bird species have been reported", "init": "[6] mammals include [19] white bellied [7] monkey Ateles [17] Peruvian [4] monkey [21] chamek white [10] [18] [15] Ateles [22] [14] [5] [2] [16] bat Lonchorhina [1] and [8] [20] [11] [12] 633 [9] species [13] [3] reported", "intermediate": ["[6] mammals include [19] white bellied [7] monkey Ateles [17] Peruvian [4] monkey [21] chamek white [10] [18] [15] Ateles [22] [14] [5] [2] [16] bat Lonchorhina marinkellei and [8] [20] [11] [12] 633 [9] species [13] [3] reported", "[6] mammals include [19] white bellied [7] monkey Ateles [17] Peruvian [4] monkey [21] chamek white [10] [18] [15] Ateles [22] [14] [5] sword [16] bat Lonchorhina marinkellei and [8] [20] [11] [12] 633 [9] species [13] [3] reported", "[6] mammals include [19] white bellied [7] monkey Ateles [17] Peruvian [4] monkey [21] chamek white [10] [18] [15] Ateles [22] [14] [5] sword [16] bat Lonchorhina marinkellei and [8] [20] [11] [12] 633 [9] species [13] been reported", "[6] mammals include [19] white bellied [7] monkey Ateles [17] Peruvian spider monkey [21] chamek white [10] [18] [15] Ateles [22] [14] [5] sword [16] bat Lonchorhina marinkellei and [8] [20] [11] [12] 633 [9] species [13] been reported", "[6] mammals include [19] white bellied [7] monkey Ateles [17] Peruvian spider monkey [21] chamek white [10] [18] [15] Ateles [22] [14] s sword [16] bat Lonchorhina marinkellei and [8] [20] [11] [12] 633 [9] species [13] been reported", "Endangered mammals include [19] white bellied [7] monkey Ateles [17] Peruvian spider monkey [21] chamek white [10] [18] [15] Ateles [22] [14] s sword [16] bat Lonchorhina marinkellei and [8] [20] [11] [12] 633 [9] species [13] been reported", "Endangered mammals include [19] white bellied spider monkey Ateles [17] Peruvian spider monkey [21] chamek white [10] [18] [15] Ateles [22] [14] s sword [16] bat Lonchorhina marinkellei and [8] [20] [11] [12] 633 [9] species [13] been reported", "Endangered mammals include [19] white bellied spider monkey Ateles [17] Peruvian spider monkey [21] chamek white [10] [18] [15] Ateles [22] [14] s sword [16] bat Lonchorhina marinkellei and giant [20] [11] [12] 633 [9] species [13] been reported", "Endangered mammals include [19] white bellied spider monkey Ateles [17] Peruvian spider monkey [21] chamek white [10] [18] [15] Ateles [22] [14] s sword [16] bat Lonchorhina marinkellei and giant [20] [11] [12] 633 bird species [13] been reported", "Endangered mammals include [19] white bellied spider monkey Ateles [17] Peruvian spider monkey [21] chamek white cheeked [18] [15] Ateles [22] [14] s sword [16] bat Lonchorhina marinkellei and giant [20] [11] [12] 633 bird species [13] been reported", "Endangered mammals include [19] white bellied spider monkey Ateles [17] Peruvian spider monkey [21] chamek white cheeked [18] [15] Ateles [22] [14] s sword [16] bat Lonchorhina marinkellei and giant [20] Pteronura [12] 633 bird species [13] been reported", "Endangered mammals include [19] white bellied spider monkey Ateles [17] Peruvian spider monkey [21] chamek white cheeked [18] [15] Ateles [22] [14] s sword [16] bat Lonchorhina marinkellei and giant [20] Pteronura brasiliensis 633 bird species [13] been reported", "Endangered mammals include [19] white bellied spider monkey Ateles [17] Peruvian spider monkey [21] chamek white cheeked [18] [15] Ateles [22] [14] s sword [16] bat Lonchorhina marinkellei and giant [20] Pteronura brasiliensis 633 bird species have been reported", "Endangered mammals include [19] white bellied spider monkey Ateles [17] Peruvian spider monkey [21] chamek white cheeked [18] [15] Ateles [22] Marinkelle s sword [16] bat Lonchorhina marinkellei and giant [20] Pteronura brasiliensis 633 bird species have been reported", "Endangered mammals include [19] white bellied spider monkey Ateles [17] Peruvian spider monkey [21] chamek white cheeked [18] monkey Ateles [22] Marinkelle s sword [16] bat Lonchorhina marinkellei and giant [20] Pteronura brasiliensis 633 bird species have been reported", "Endangered mammals include [19] white bellied spider monkey Ateles [17] Peruvian spider monkey [21] chamek white cheeked [18] monkey Ateles [22] Marinkelle s sword nosed bat Lonchorhina marinkellei and giant [20] Pteronura brasiliensis 633 bird species have been reported", "Endangered mammals include [19] white bellied spider monkey Ateles belzebuth Peruvian spider monkey [21] chamek white cheeked [18] monkey Ateles [22] Marinkelle s sword nosed bat Lonchorhina marinkellei and giant [20] Pteronura brasiliensis 633 bird species have been reported", "Endangered mammals include [19] white bellied spider monkey Ateles belzebuth Peruvian spider monkey [21] chamek white cheeked spider monkey Ateles [22] Marinkelle s sword nosed bat Lonchorhina marinkellei and giant [20] Pteronura brasiliensis 633 bird species have been reported", "Endangered mammals include the white bellied spider monkey Ateles belzebuth Peruvian spider monkey [21] chamek white cheeked spider monkey Ateles [22] Marinkelle s sword nosed bat Lonchorhina marinkellei and giant [20] Pteronura brasiliensis 633 bird species have been reported", "Endangered mammals include the white bellied spider monkey Ateles belzebuth Peruvian spider monkey [21] chamek white cheeked spider monkey Ateles [22] Marinkelle s sword nosed bat Lonchorhina marinkellei and giant otter Pteronura brasiliensis 633 bird species have been reported", "Endangered mammals include the white bellied spider monkey Ateles belzebuth Peruvian spider monkey Ateles chamek white cheeked spider monkey Ateles [22] Marinkelle s sword nosed bat Lonchorhina marinkellei and giant otter Pteronura brasiliensis 633 bird species have been reported"]}, "config": {"list": [[1, "marinkellei"], [2, "sword"], [3, "been"], [4, "spider"], [5, "s"], [6, "Endangered"], [7, "spider"], [8, "giant"], [9, "bird"], [10, "cheeked"], [11, "Pteronura"], [12, "brasiliensis"], [13, "have"], [14, "Marinkelle"], [15, "monkey"], [16, "nosed"], [17, "belzebuth"], [18, "spider"], [19, "the"], [20, "otter"], [21, "Ateles"], [22, "marginatus"]], "num_pairs": 22, "num_sentences": 43652, "original_sentence": "Endangered mammals include the white-bellied spider monkey (\"Ateles belzebuth\"), Peruvian spider monkey (\"Ateles chamek\"), white-cheeked spider monkey (\"Ateles marginatus\"), Marinkelle's sword-nosed bat (\"Lonchorhina marinkellei\") and giant otter (\"Pteronura brasiliensis\"). 633 bird species have been reported.", "sentence": "[6] mammals include [19] white bellied [7] monkey Ateles [17] Peruvian [4] monkey [21] chamek white [10] [18] [15] Ateles [22] [14] [5] [2] [16] bat Lonchorhina [1] and [8] [20] [11] [12] 633 [9] species [13] [3] reported", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0206", "problem_name": "task18_0206"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[5] [14] [2] king [12] [9] [13] [18] [7] [1] [10] [21] [11] [22] [15] [20] [3] June [16] [19] [6] [4] [8] [17]\nList:\n[(1, his), (2, became), (3, by), (4, buried), (5, When), (6, was), (7, retained), (8, at), (9, 1135), (10, place), (11, court), (12, in), (13, William), (14, Stephen), (15, had), (16, 1139), (17, Wymondham), (18, initially), (19, and), (20, died), (21, at), (22, but)]", "label": {"final": "When Stephen became king in 1135 William initially retained his place at court but had died by June 1139 and was buried at Wymondham", "init": "[5] [14] [2] king [12] [9] [13] [18] [7] [1] [10] [21] [11] [22] [15] [20] [3] June [16] [19] [6] [4] [8] [17]", "intermediate": ["[5] [14] [2] king [12] [9] [13] [18] [7] his [10] [21] [11] [22] [15] [20] [3] June [16] [19] [6] [4] [8] [17]", "[5] [14] became king [12] [9] [13] [18] [7] his [10] [21] [11] [22] [15] [20] [3] June [16] [19] [6] [4] [8] [17]", "[5] [14] became king [12] [9] [13] [18] [7] his [10] [21] [11] [22] [15] [20] by June [16] [19] [6] [4] [8] [17]", "[5] [14] became king [12] [9] [13] [18] [7] his [10] [21] [11] [22] [15] [20] by June [16] [19] [6] buried [8] [17]", "When [14] became king [12] [9] [13] [18] [7] his [10] [21] [11] [22] [15] [20] by June [16] [19] [6] buried [8] [17]", "When [14] became king [12] [9] [13] [18] [7] his [10] [21] [11] [22] [15] [20] by June [16] [19] was buried [8] [17]", "When [14] became king [12] [9] [13] [18] retained his [10] [21] [11] [22] [15] [20] by June [16] [19] was buried [8] [17]", "When [14] became king [12] [9] [13] [18] retained his [10] [21] [11] [22] [15] [20] by June [16] [19] was buried at [17]", "When [14] became king [12] 1135 [13] [18] retained his [10] [21] [11] [22] [15] [20] by June [16] [19] was buried at [17]", "When [14] became king [12] 1135 [13] [18] retained his place [21] [11] [22] [15] [20] by June [16] [19] was buried at [17]", "When [14] became king [12] 1135 [13] [18] retained his place [21] court [22] [15] [20] by June [16] [19] was buried at [17]", "When [14] became king in 1135 [13] [18] retained his place [21] court [22] [15] [20] by June [16] [19] was buried at [17]", "When [14] became king in 1135 William [18] retained his place [21] court [22] [15] [20] by June [16] [19] was buried at [17]", "When Stephen became king in 1135 William [18] retained his place [21] court [22] [15] [20] by June [16] [19] was buried at [17]", "When Stephen became king in 1135 William [18] retained his place [21] court [22] had [20] by June [16] [19] was buried at [17]", "When Stephen became king in 1135 William [18] retained his place [21] court [22] had [20] by June 1139 [19] was buried at [17]", "When Stephen became king in 1135 William [18] retained his place [21] court [22] had [20] by June 1139 [19] was buried at Wymondham", "When Stephen became king in 1135 William initially retained his place [21] court [22] had [20] by June 1139 [19] was buried at Wymondham", "When Stephen became king in 1135 William initially retained his place [21] court [22] had [20] by June 1139 and was buried at Wymondham", "When Stephen became king in 1135 William initially retained his place [21] court [22] had died by June 1139 and was buried at Wymondham", "When Stephen became king in 1135 William initially retained his place at court [22] had died by June 1139 and was buried at Wymondham"]}, "config": {"list": [[1, "his"], [2, "became"], [3, "by"], [4, "buried"], [5, "When"], [6, "was"], [7, "retained"], [8, "at"], [9, "1135"], [10, "place"], [11, "court"], [12, "in"], [13, "William"], [14, "Stephen"], [15, "had"], [16, "1139"], [17, "Wymondham"], [18, "initially"], [19, "and"], [20, "died"], [21, "at"], [22, "but"]], "num_pairs": 22, "num_sentences": 43652, "original_sentence": "When Stephen became king in 1135, William initially retained his place at court, but had died by June 1139, and was buried at Wymondham.", "sentence": "[5] [14] [2] king [12] [9] [13] [18] [7] [1] [10] [21] [11] [22] [15] [20] [3] June [16] [19] [6] [4] [8] [17]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0207", "problem_name": "task18_0207"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[12] [4] [20] that Fletcher was killed by [18] [22] [16] from one [3] two windows [14] [5] [11] [1] [6] [19] [9] [2] the [7] [8] [15] [21] [13] People [10] [17]\nList:\n[(1, side), (2, on), (3, of), (4, jury), (5, the), (6, of), (7, first), (8, floor), (9, front), (10, s), (11, west), (12, The), (13, Libyan), (14, on), (15, of), (16, coming), (17, Bureau), (18, a), (19, the), (20, concluded), (21, the), (22, bullet)]", "label": {"final": "The jury concluded that Fletcher was killed by a bullet coming from one of two windows on the west side of the front on the first floor of the Libyan People s Bureau", "init": "[12] [4] [20] that Fletcher was killed by [18] [22] [16] from one [3] two windows [14] [5] [11] [1] [6] [19] [9] [2] the [7] [8] [15] [21] [13] People [10] [17]", "intermediate": ["[12] [4] [20] that Fletcher was killed by [18] [22] [16] from one [3] two windows [14] [5] [11] side [6] [19] [9] [2] the [7] [8] [15] [21] [13] People [10] [17]", "[12] [4] [20] that Fletcher was killed by [18] [22] [16] from one [3] two windows [14] [5] [11] side [6] [19] [9] on the [7] [8] [15] [21] [13] People [10] [17]", "[12] [4] [20] that Fletcher was killed by [18] [22] [16] from one of two windows [14] [5] [11] side [6] [19] [9] on the [7] [8] [15] [21] [13] People [10] [17]", "[12] jury [20] that Fletcher was killed by [18] [22] [16] from one of two windows [14] [5] [11] side [6] [19] [9] on the [7] [8] [15] [21] [13] People [10] [17]", "[12] jury [20] that Fletcher was killed by [18] [22] [16] from one of two windows [14] the [11] side [6] [19] [9] on the [7] [8] [15] [21] [13] People [10] [17]", "[12] jury [20] that Fletcher was killed by [18] [22] [16] from one of two windows [14] the [11] side of [19] [9] on the [7] [8] [15] [21] [13] People [10] [17]", "[12] jury [20] that Fletcher was killed by [18] [22] [16] from one of two windows [14] the [11] side of [19] [9] on the first [8] [15] [21] [13] People [10] [17]", "[12] jury [20] that Fletcher was killed by [18] [22] [16] from one of two windows [14] the [11] side of [19] [9] on the first floor [15] [21] [13] People [10] [17]", "[12] jury [20] that Fletcher was killed by [18] [22] [16] from one of two windows [14] the [11] side of [19] front on the first floor [15] [21] [13] People [10] [17]", "[12] jury [20] that Fletcher was killed by [18] [22] [16] from one of two windows [14] the [11] side of [19] front on the first floor [15] [21] [13] People s [17]", "[12] jury [20] that Fletcher was killed by [18] [22] [16] from one of two windows [14] the west side of [19] front on the first floor [15] [21] [13] People s [17]", "The jury [20] that Fletcher was killed by [18] [22] [16] from one of two windows [14] the west side of [19] front on the first floor [15] [21] [13] People s [17]", "The jury [20] that Fletcher was killed by [18] [22] [16] from one of two windows [14] the west side of [19] front on the first floor [15] [21] Libyan People s [17]", "The jury [20] that Fletcher was killed by [18] [22] [16] from one of two windows on the west side of [19] front on the first floor [15] [21] Libyan People s [17]", "The jury [20] that Fletcher was killed by [18] [22] [16] from one of two windows on the west side of [19] front on the first floor of [21] Libyan People s [17]", "The jury [20] that Fletcher was killed by [18] [22] coming from one of two windows on the west side of [19] front on the first floor of [21] Libyan People s [17]", "The jury [20] that Fletcher was killed by [18] [22] coming from one of two windows on the west side of [19] front on the first floor of [21] Libyan People s Bureau", "The jury [20] that Fletcher was killed by a [22] coming from one of two windows on the west side of [19] front on the first floor of [21] Libyan People s Bureau", "The jury [20] that Fletcher was killed by a [22] coming from one of two windows on the west side of the front on the first floor of [21] Libyan People s Bureau", "The jury concluded that Fletcher was killed by a [22] coming from one of two windows on the west side of the front on the first floor of [21] Libyan People s Bureau", "The jury concluded that Fletcher was killed by a [22] coming from one of two windows on the west side of the front on the first floor of the Libyan People s Bureau"]}, "config": {"list": [[1, "side"], [2, "on"], [3, "of"], [4, "jury"], [5, "the"], [6, "of"], [7, "first"], [8, "floor"], [9, "front"], [10, "s"], [11, "west"], [12, "The"], [13, "Libyan"], [14, "on"], [15, "of"], [16, "coming"], [17, "Bureau"], [18, "a"], [19, "the"], [20, "concluded"], [21, "the"], [22, "bullet"]], "num_pairs": 22, "num_sentences": 43652, "original_sentence": "The jury concluded that Fletcher \"was killed by a bullet coming from one of two windows on the west side of the front on the first floor of the Libyan People's Bureau\".", "sentence": "[12] [4] [20] that Fletcher was killed by [18] [22] [16] from one [3] two windows [14] [5] [11] [1] [6] [19] [9] [2] the [7] [8] [15] [21] [13] People [10] [17]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0208", "problem_name": "task18_0208"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn the [20] [8] 19th [15] the community was called [13] [17] or Tusket [4] [2] [18] [7] River [12] through the village [1] stretches [9] [22] [5] [6] the Upper [21] [11] [3] [14] Tusket River [16] [10] Quinan [19]\nList:\n[(1, which), (2, due), (3, the), (4, Forks), (5, three), (6, branches), (7, Tusket), (8, and), (9, out), (10, the), (11, River), (12, passing), (13, The), (14, Lower), (15, centuries), (16, and), (17, Forks), (18, the), (19, River), (20, 18th), (21, Tusket), (22, in)]", "label": {"final": "In the 18th and 19th centuries the community was called The Forks or Tusket Forks due the Tusket River passing through the village which stretches out in three branches the Upper Tusket River the Lower Tusket River and the Quinan River", "init": "In the [20] [8] 19th [15] the community was called [13] [17] or Tusket [4] [2] [18] [7] River [12] through the village [1] stretches [9] [22] [5] [6] the Upper [21] [11] [3] [14] Tusket River [16] [10] Quinan [19]", "intermediate": ["In the [20] [8] 19th [15] the community was called [13] [17] or Tusket [4] [2] [18] [7] River [12] through the village which stretches [9] [22] [5] [6] the Upper [21] [11] [3] [14] Tusket River [16] [10] Quinan [19]", "In the [20] [8] 19th [15] the community was called [13] [17] or Tusket [4] due [18] [7] River [12] through the village which stretches [9] [22] [5] [6] the Upper [21] [11] [3] [14] Tusket River [16] [10] Quinan [19]", "In the [20] [8] 19th [15] the community was called [13] [17] or Tusket [4] due [18] [7] River [12] through the village which stretches [9] [22] [5] [6] the Upper [21] [11] the [14] Tusket River [16] [10] Quinan [19]", "In the [20] [8] 19th [15] the community was called [13] [17] or Tusket Forks due [18] [7] River [12] through the village which stretches [9] [22] [5] [6] the Upper [21] [11] the [14] Tusket River [16] [10] Quinan [19]", "In the [20] [8] 19th [15] the community was called [13] [17] or Tusket Forks due [18] [7] River [12] through the village which stretches [9] [22] three [6] the Upper [21] [11] the [14] Tusket River [16] [10] Quinan [19]", "In the [20] [8] 19th [15] the community was called [13] [17] or Tusket Forks due [18] [7] River [12] through the village which stretches [9] [22] three branches the Upper [21] [11] the [14] Tusket River [16] [10] Quinan [19]", "In the [20] [8] 19th [15] the community was called [13] [17] or Tusket Forks due [18] Tusket River [12] through the village which stretches [9] [22] three branches the Upper [21] [11] the [14] Tusket River [16] [10] Quinan [19]", "In the [20] and 19th [15] the community was called [13] [17] or Tusket Forks due [18] Tusket River [12] through the village which stretches [9] [22] three branches the Upper [21] [11] the [14] Tusket River [16] [10] Quinan [19]", "In the [20] and 19th [15] the community was called [13] [17] or Tusket Forks due [18] Tusket River [12] through the village which stretches out [22] three branches the Upper [21] [11] the [14] Tusket River [16] [10] Quinan [19]", "In the [20] and 19th [15] the community was called [13] [17] or Tusket Forks due [18] Tusket River [12] through the village which stretches out [22] three branches the Upper [21] [11] the [14] Tusket River [16] the Quinan [19]", "In the [20] and 19th [15] the community was called [13] [17] or Tusket Forks due [18] Tusket River [12] through the village which stretches out [22] three branches the Upper [21] River the [14] Tusket River [16] the Quinan [19]", "In the [20] and 19th [15] the community was called [13] [17] or Tusket Forks due [18] Tusket River passing through the village which stretches out [22] three branches the Upper [21] River the [14] Tusket River [16] the Quinan [19]", "In the [20] and 19th [15] the community was called The [17] or Tusket Forks due [18] Tusket River passing through the village which stretches out [22] three branches the Upper [21] River the [14] Tusket River [16] the Quinan [19]", "In the [20] and 19th [15] the community was called The [17] or Tusket Forks due [18] Tusket River passing through the village which stretches out [22] three branches the Upper [21] River the Lower Tusket River [16] the Quinan [19]", "In the [20] and 19th centuries the community was called The [17] or Tusket Forks due [18] Tusket River passing through the village which stretches out [22] three branches the Upper [21] River the Lower Tusket River [16] the Quinan [19]", "In the [20] and 19th centuries the community was called The [17] or Tusket Forks due [18] Tusket River passing through the village which stretches out [22] three branches the Upper [21] River the Lower Tusket River and the Quinan [19]", "In the [20] and 19th centuries the community was called The Forks or Tusket Forks due [18] Tusket River passing through the village which stretches out [22] three branches the Upper [21] River the Lower Tusket River and the Quinan [19]", "In the [20] and 19th centuries the community was called The Forks or Tusket Forks due the Tusket River passing through the village which stretches out [22] three branches the Upper [21] River the Lower Tusket River and the Quinan [19]", "In the [20] and 19th centuries the community was called The Forks or Tusket Forks due the Tusket River passing through the village which stretches out [22] three branches the Upper [21] River the Lower Tusket River and the Quinan River", "In the 18th and 19th centuries the community was called The Forks or Tusket Forks due the Tusket River passing through the village which stretches out [22] three branches the Upper [21] River the Lower Tusket River and the Quinan River", "In the 18th and 19th centuries the community was called The Forks or Tusket Forks due the Tusket River passing through the village which stretches out [22] three branches the Upper Tusket River the Lower Tusket River and the Quinan River"]}, "config": {"list": [[1, "which"], [2, "due"], [3, "the"], [4, "Forks"], [5, "three"], [6, "branches"], [7, "Tusket"], [8, "and"], [9, "out"], [10, "the"], [11, "River"], [12, "passing"], [13, "The"], [14, "Lower"], [15, "centuries"], [16, "and"], [17, "Forks"], [18, "the"], [19, "River"], [20, "18th"], [21, "Tusket"], [22, "in"]], "num_pairs": 22, "num_sentences": 43652, "original_sentence": "In the 18th and 19th centuries the community was called \"The Forks\" or \"Tusket Forks\" due the Tusket River passing through the village which stretches out in three branches, the Upper Tusket River, the Lower Tusket River and the Quinan River.", "sentence": "In the [20] [8] 19th [15] the community was called [13] [17] or Tusket [4] [2] [18] [7] River [12] through the village [1] stretches [9] [22] [5] [6] the Upper [21] [11] [3] [14] Tusket River [16] [10] Quinan [19]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0209", "problem_name": "task18_0209"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nWith a commitment to conservation a [20] [7] [16] [9] of [10] [3] [21] [14] [23] fenced [6] to [5] [11] [15] [13] [22] them [4] [2] their [8] [19] [12] interference [1] threat [18] [17]\nList:\n[(1, or), (2, live), (3, ranch), (4, to), (5, protect), (6, off), (7, 500), (8, natural), (9, area), (10, the), (11, indigenous), (12, without), (13, and), (14, already), (15, wildlife), (16, acre), (17, humans), (18, from), (19, life), (20, 13), (21, had), (22, allow), (23, been)]", "label": {"final": "With a commitment to conservation a 13 500 acre area of the ranch had already been fenced off to protect indigenous wildlife and allow them to live their natural life without interference or threat from humans", "init": "With a commitment to conservation a [20] [7] [16] [9] of [10] [3] [21] [14] [23] fenced [6] to [5] [11] [15] [13] [22] them [4] [2] their [8] [19] [12] interference [1] threat [18] [17]", "intermediate": ["With a commitment to conservation a [20] [7] [16] [9] of [10] [3] [21] [14] [23] fenced [6] to [5] [11] [15] [13] [22] them [4] [2] their [8] [19] [12] interference or threat [18] [17]", "With a commitment to conservation a [20] [7] [16] [9] of [10] [3] [21] [14] [23] fenced [6] to [5] [11] [15] [13] [22] them [4] live their [8] [19] [12] interference or threat [18] [17]", "With a commitment to conservation a [20] [7] [16] [9] of [10] ranch [21] [14] [23] fenced [6] to [5] [11] [15] [13] [22] them [4] live their [8] [19] [12] interference or threat [18] [17]", "With a commitment to conservation a [20] [7] [16] [9] of [10] ranch [21] [14] [23] fenced [6] to [5] [11] [15] [13] [22] them to live their [8] [19] [12] interference or threat [18] [17]", "With a commitment to conservation a [20] [7] [16] [9] of [10] ranch [21] [14] [23] fenced [6] to protect [11] [15] [13] [22] them to live their [8] [19] [12] interference or threat [18] [17]", "With a commitment to conservation a [20] [7] [16] [9] of [10] ranch [21] [14] [23] fenced off to protect [11] [15] [13] [22] them to live their [8] [19] [12] interference or threat [18] [17]", "With a commitment to conservation a [20] 500 [16] [9] of [10] ranch [21] [14] [23] fenced off to protect [11] [15] [13] [22] them to live their [8] [19] [12] interference or threat [18] [17]", "With a commitment to conservation a [20] 500 [16] [9] of [10] ranch [21] [14] [23] fenced off to protect [11] [15] [13] [22] them to live their natural [19] [12] interference or threat [18] [17]", "With a commitment to conservation a [20] 500 [16] area of [10] ranch [21] [14] [23] fenced off to protect [11] [15] [13] [22] them to live their natural [19] [12] interference or threat [18] [17]", "With a commitment to conservation a [20] 500 [16] area of the ranch [21] [14] [23] fenced off to protect [11] [15] [13] [22] them to live their natural [19] [12] interference or threat [18] [17]", "With a commitment to conservation a [20] 500 [16] area of the ranch [21] [14] [23] fenced off to protect indigenous [15] [13] [22] them to live their natural [19] [12] interference or threat [18] [17]", "With a commitment to conservation a [20] 500 [16] area of the ranch [21] [14] [23] fenced off to protect indigenous [15] [13] [22] them to live their natural [19] without interference or threat [18] [17]", "With a commitment to conservation a [20] 500 [16] area of the ranch [21] [14] [23] fenced off to protect indigenous [15] and [22] them to live their natural [19] without interference or threat [18] [17]", "With a commitment to conservation a [20] 500 [16] area of the ranch [21] already [23] fenced off to protect indigenous [15] and [22] them to live their natural [19] without interference or threat [18] [17]", "With a commitment to conservation a [20] 500 [16] area of the ranch [21] already [23] fenced off to protect indigenous wildlife and [22] them to live their natural [19] without interference or threat [18] [17]", "With a commitment to conservation a [20] 500 acre area of the ranch [21] already [23] fenced off to protect indigenous wildlife and [22] them to live their natural [19] without interference or threat [18] [17]", "With a commitment to conservation a [20] 500 acre area of the ranch [21] already [23] fenced off to protect indigenous wildlife and [22] them to live their natural [19] without interference or threat [18] humans", "With a commitment to conservation a [20] 500 acre area of the ranch [21] already [23] fenced off to protect indigenous wildlife and [22] them to live their natural [19] without interference or threat from humans", "With a commitment to conservation a [20] 500 acre area of the ranch [21] already [23] fenced off to protect indigenous wildlife and [22] them to live their natural life without interference or threat from humans", "With a commitment to conservation a 13 500 acre area of the ranch [21] already [23] fenced off to protect indigenous wildlife and [22] them to live their natural life without interference or threat from humans", "With a commitment to conservation a 13 500 acre area of the ranch had already [23] fenced off to protect indigenous wildlife and [22] them to live their natural life without interference or threat from humans", "With a commitment to conservation a 13 500 acre area of the ranch had already [23] fenced off to protect indigenous wildlife and allow them to live their natural life without interference or threat from humans"]}, "config": {"list": [[1, "or"], [2, "live"], [3, "ranch"], [4, "to"], [5, "protect"], [6, "off"], [7, "500"], [8, "natural"], [9, "area"], [10, "the"], [11, "indigenous"], [12, "without"], [13, "and"], [14, "already"], [15, "wildlife"], [16, "acre"], [17, "humans"], [18, "from"], [19, "life"], [20, "13"], [21, "had"], [22, "allow"], [23, "been"]], "num_pairs": 23, "num_sentences": 43652, "original_sentence": "With a commitment to conservation, a 13,500 acre area of the ranch had already been fenced off to protect indigenous wildlife and allow them to live their natural life without interference or threat from humans.", "sentence": "With a commitment to conservation a [20] [7] [16] [9] of [10] [3] [21] [14] [23] fenced [6] to [5] [11] [15] [13] [22] them [4] [2] their [8] [19] [12] interference [1] threat [18] [17]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0210", "problem_name": "task18_0210"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[3] 1950 [17] [2] [4] a republic [13] serving in [1] Gurkha regiments [18] [19] Indian [23] [22] [10] [7] [6] [14] Victoria [16] and [11] [9] [15] [8] [20] the [12] [21] [5]\nList:\n[(1, the), (2, India), (3, In), (4, became), (5, system), (6, for), (7, eligibility), (8, covered), (9, are), (10, their), (11, they), (12, Indian), (13, Gurkhas), (14, the), (15, now), (16, Cross), (17, when), (18, of), (19, the), (20, under), (21, honours), (22, lost), (23, Army)]", "label": {"final": "In 1950 when India became a republic Gurkhas serving in the Gurkha regiments of the Indian Army lost their eligibility for the Victoria Cross and they are now covered under the Indian honours system", "init": "[3] 1950 [17] [2] [4] a republic [13] serving in [1] Gurkha regiments [18] [19] Indian [23] [22] [10] [7] [6] [14] Victoria [16] and [11] [9] [15] [8] [20] the [12] [21] [5]", "intermediate": ["[3] 1950 [17] [2] [4] a republic [13] serving in the Gurkha regiments [18] [19] Indian [23] [22] [10] [7] [6] [14] Victoria [16] and [11] [9] [15] [8] [20] the [12] [21] [5]", "[3] 1950 [17] India [4] a republic [13] serving in the Gurkha regiments [18] [19] Indian [23] [22] [10] [7] [6] [14] Victoria [16] and [11] [9] [15] [8] [20] the [12] [21] [5]", "In 1950 [17] India [4] a republic [13] serving in the Gurkha regiments [18] [19] Indian [23] [22] [10] [7] [6] [14] Victoria [16] and [11] [9] [15] [8] [20] the [12] [21] [5]", "In 1950 [17] India became a republic [13] serving in the Gurkha regiments [18] [19] Indian [23] [22] [10] [7] [6] [14] Victoria [16] and [11] [9] [15] [8] [20] the [12] [21] [5]", "In 1950 [17] India became a republic [13] serving in the Gurkha regiments [18] [19] Indian [23] [22] [10] [7] [6] [14] Victoria [16] and [11] [9] [15] [8] [20] the [12] [21] system", "In 1950 [17] India became a republic [13] serving in the Gurkha regiments [18] [19] Indian [23] [22] [10] [7] for [14] Victoria [16] and [11] [9] [15] [8] [20] the [12] [21] system", "In 1950 [17] India became a republic [13] serving in the Gurkha regiments [18] [19] Indian [23] [22] [10] eligibility for [14] Victoria [16] and [11] [9] [15] [8] [20] the [12] [21] system", "In 1950 [17] India became a republic [13] serving in the Gurkha regiments [18] [19] Indian [23] [22] [10] eligibility for [14] Victoria [16] and [11] [9] [15] covered [20] the [12] [21] system", "In 1950 [17] India became a republic [13] serving in the Gurkha regiments [18] [19] Indian [23] [22] [10] eligibility for [14] Victoria [16] and [11] are [15] covered [20] the [12] [21] system", "In 1950 [17] India became a republic [13] serving in the Gurkha regiments [18] [19] Indian [23] [22] their eligibility for [14] Victoria [16] and [11] are [15] covered [20] the [12] [21] system", "In 1950 [17] India became a republic [13] serving in the Gurkha regiments [18] [19] Indian [23] [22] their eligibility for [14] Victoria [16] and they are [15] covered [20] the [12] [21] system", "In 1950 [17] India became a republic [13] serving in the Gurkha regiments [18] [19] Indian [23] [22] their eligibility for [14] Victoria [16] and they are [15] covered [20] the Indian [21] system", "In 1950 [17] India became a republic Gurkhas serving in the Gurkha regiments [18] [19] Indian [23] [22] their eligibility for [14] Victoria [16] and they are [15] covered [20] the Indian [21] system", "In 1950 [17] India became a republic Gurkhas serving in the Gurkha regiments [18] [19] Indian [23] [22] their eligibility for the Victoria [16] and they are [15] covered [20] the Indian [21] system", "In 1950 [17] India became a republic Gurkhas serving in the Gurkha regiments [18] [19] Indian [23] [22] their eligibility for the Victoria [16] and they are now covered [20] the Indian [21] system", "In 1950 [17] India became a republic Gurkhas serving in the Gurkha regiments [18] [19] Indian [23] [22] their eligibility for the Victoria Cross and they are now covered [20] the Indian [21] system", "In 1950 when India became a republic Gurkhas serving in the Gurkha regiments [18] [19] Indian [23] [22] their eligibility for the Victoria Cross and they are now covered [20] the Indian [21] system", "In 1950 when India became a republic Gurkhas serving in the Gurkha regiments of [19] Indian [23] [22] their eligibility for the Victoria Cross and they are now covered [20] the Indian [21] system", "In 1950 when India became a republic Gurkhas serving in the Gurkha regiments of the Indian [23] [22] their eligibility for the Victoria Cross and they are now covered [20] the Indian [21] system", "In 1950 when India became a republic Gurkhas serving in the Gurkha regiments of the Indian [23] [22] their eligibility for the Victoria Cross and they are now covered under the Indian [21] system", "In 1950 when India became a republic Gurkhas serving in the Gurkha regiments of the Indian [23] [22] their eligibility for the Victoria Cross and they are now covered under the Indian honours system", "In 1950 when India became a republic Gurkhas serving in the Gurkha regiments of the Indian [23] lost their eligibility for the Victoria Cross and they are now covered under the Indian honours system"]}, "config": {"list": [[1, "the"], [2, "India"], [3, "In"], [4, "became"], [5, "system"], [6, "for"], [7, "eligibility"], [8, "covered"], [9, "are"], [10, "their"], [11, "they"], [12, "Indian"], [13, "Gurkhas"], [14, "the"], [15, "now"], [16, "Cross"], [17, "when"], [18, "of"], [19, "the"], [20, "under"], [21, "honours"], [22, "lost"], [23, "Army"]], "num_pairs": 23, "num_sentences": 43652, "original_sentence": "In 1950, when India became a republic, Gurkhas serving in the Gurkha regiments of the Indian Army lost their eligibility for the Victoria Cross and they are now covered under the Indian honours system.", "sentence": "[3] 1950 [17] [2] [4] a republic [13] serving in [1] Gurkha regiments [18] [19] Indian [23] [22] [10] [7] [6] [14] Victoria [16] and [11] [9] [15] [8] [20] the [12] [21] [5]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0211", "problem_name": "task18_0211"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nWithout [10] necessary votes [15] [7] [3] [6] [13] [1] [18] the [14] [5] [21] [8] [12] effort by staging [11] [17] [19] [23] [4] [16] from [20] a [22] beginning [9] January 4 [2]\nList:\n[(1, either), (2, 2012), (3, the), (4, the), (5, Democrats), (6, Republicans), (7, block), (8, halted), (9, on), (10, the), (11, a), (12, the), (13, in), (14, House), (15, to), (16, chamber), (17, boycott), (18, chamber), (19, and), (20, getting), (21, temporarily), (22, quorum), (23, preventing)]", "label": {"final": "Without the necessary votes to block the Republicans in either chamber the House Democrats temporarily halted the effort by staging a boycott and preventing the chamber from getting a quorum beginning on January 4 2012", "init": "Without [10] necessary votes [15] [7] [3] [6] [13] [1] [18] the [14] [5] [21] [8] [12] effort by staging [11] [17] [19] [23] [4] [16] from [20] a [22] beginning [9] January 4 [2]", "intermediate": ["Without [10] necessary votes [15] [7] [3] [6] [13] either [18] the [14] [5] [21] [8] [12] effort by staging [11] [17] [19] [23] [4] [16] from [20] a [22] beginning [9] January 4 [2]", "Without [10] necessary votes [15] [7] [3] [6] [13] either [18] the [14] [5] [21] [8] [12] effort by staging [11] [17] [19] [23] [4] [16] from [20] a [22] beginning [9] January 4 2012", "Without [10] necessary votes [15] [7] the [6] [13] either [18] the [14] [5] [21] [8] [12] effort by staging [11] [17] [19] [23] [4] [16] from [20] a [22] beginning [9] January 4 2012", "Without [10] necessary votes [15] [7] the [6] [13] either [18] the [14] [5] [21] [8] [12] effort by staging [11] [17] [19] [23] the [16] from [20] a [22] beginning [9] January 4 2012", "Without [10] necessary votes [15] [7] the [6] [13] either [18] the [14] Democrats [21] [8] [12] effort by staging [11] [17] [19] [23] the [16] from [20] a [22] beginning [9] January 4 2012", "Without [10] necessary votes [15] [7] the Republicans [13] either [18] the [14] Democrats [21] [8] [12] effort by staging [11] [17] [19] [23] the [16] from [20] a [22] beginning [9] January 4 2012", "Without [10] necessary votes [15] block the Republicans [13] either [18] the [14] Democrats [21] [8] [12] effort by staging [11] [17] [19] [23] the [16] from [20] a [22] beginning [9] January 4 2012", "Without [10] necessary votes [15] block the Republicans [13] either [18] the [14] Democrats [21] halted [12] effort by staging [11] [17] [19] [23] the [16] from [20] a [22] beginning [9] January 4 2012", "Without [10] necessary votes [15] block the Republicans [13] either [18] the [14] Democrats [21] halted [12] effort by staging [11] [17] [19] [23] the [16] from [20] a [22] beginning on January 4 2012", "Without the necessary votes [15] block the Republicans [13] either [18] the [14] Democrats [21] halted [12] effort by staging [11] [17] [19] [23] the [16] from [20] a [22] beginning on January 4 2012", "Without the necessary votes [15] block the Republicans [13] either [18] the [14] Democrats [21] halted [12] effort by staging a [17] [19] [23] the [16] from [20] a [22] beginning on January 4 2012", "Without the necessary votes [15] block the Republicans [13] either [18] the [14] Democrats [21] halted the effort by staging a [17] [19] [23] the [16] from [20] a [22] beginning on January 4 2012", "Without the necessary votes [15] block the Republicans in either [18] the [14] Democrats [21] halted the effort by staging a [17] [19] [23] the [16] from [20] a [22] beginning on January 4 2012", "Without the necessary votes [15] block the Republicans in either [18] the House Democrats [21] halted the effort by staging a [17] [19] [23] the [16] from [20] a [22] beginning on January 4 2012", "Without the necessary votes to block the Republicans in either [18] the House Democrats [21] halted the effort by staging a [17] [19] [23] the [16] from [20] a [22] beginning on January 4 2012", "Without the necessary votes to block the Republicans in either [18] the House Democrats [21] halted the effort by staging a [17] [19] [23] the chamber from [20] a [22] beginning on January 4 2012", "Without the necessary votes to block the Republicans in either [18] the House Democrats [21] halted the effort by staging a boycott [19] [23] the chamber from [20] a [22] beginning on January 4 2012", "Without the necessary votes to block the Republicans in either chamber the House Democrats [21] halted the effort by staging a boycott [19] [23] the chamber from [20] a [22] beginning on January 4 2012", "Without the necessary votes to block the Republicans in either chamber the House Democrats [21] halted the effort by staging a boycott and [23] the chamber from [20] a [22] beginning on January 4 2012", "Without the necessary votes to block the Republicans in either chamber the House Democrats [21] halted the effort by staging a boycott and [23] the chamber from getting a [22] beginning on January 4 2012", "Without the necessary votes to block the Republicans in either chamber the House Democrats temporarily halted the effort by staging a boycott and [23] the chamber from getting a [22] beginning on January 4 2012", "Without the necessary votes to block the Republicans in either chamber the House Democrats temporarily halted the effort by staging a boycott and [23] the chamber from getting a quorum beginning on January 4 2012"]}, "config": {"list": [[1, "either"], [2, "2012"], [3, "the"], [4, "the"], [5, "Democrats"], [6, "Republicans"], [7, "block"], [8, "halted"], [9, "on"], [10, "the"], [11, "a"], [12, "the"], [13, "in"], [14, "House"], [15, "to"], [16, "chamber"], [17, "boycott"], [18, "chamber"], [19, "and"], [20, "getting"], [21, "temporarily"], [22, "quorum"], [23, "preventing"]], "num_pairs": 23, "num_sentences": 43652, "original_sentence": "Without the necessary votes to block the Republicans in either chamber, the House Democrats temporarily halted the effort by staging a boycott and preventing the chamber from getting a quorum, beginning on January 4, 2012.", "sentence": "Without [10] necessary votes [15] [7] [3] [6] [13] [1] [18] the [14] [5] [21] [8] [12] effort by staging [11] [17] [19] [23] [4] [16] from [20] a [22] beginning [9] January 4 [2]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0212", "problem_name": "task18_0212"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nYahya [22] Yahya [14] [12] [1] [5] [13] [20] great [8] grandsons [3] [16] ancestor [11] interests [21] [2] [18] and [6] part [10] [4] [23] [9] [7] [19] [15] 9th [17]\nList:\n[(1, grandsons), (2, hadith), (3, continued), (4, the), (5, great), (6, remained), (7, into), (8, great), (9, elite), (10, of), (11, s), (12, sons), (13, grandsons), (14, s), (15, mid), (16, their), (17, century), (18, scholarship), (19, the), (20, and), (21, in), (22, ibn), (23, Damascene)]", "label": {"final": "Yahya ibn Yahya s sons grandsons great grandsons and great great grandsons continued their ancestor s interests in hadith scholarship and remained part of the Damascene elite into the mid 9th century", "init": "Yahya [22] Yahya [14] [12] [1] [5] [13] [20] great [8] grandsons [3] [16] ancestor [11] interests [21] [2] [18] and [6] part [10] [4] [23] [9] [7] [19] [15] 9th [17]", "intermediate": ["Yahya [22] Yahya [14] [12] grandsons [5] [13] [20] great [8] grandsons [3] [16] ancestor [11] interests [21] [2] [18] and [6] part [10] [4] [23] [9] [7] [19] [15] 9th [17]", "Yahya [22] Yahya [14] [12] grandsons [5] [13] [20] great [8] grandsons [3] [16] ancestor [11] interests [21] hadith [18] and [6] part [10] [4] [23] [9] [7] [19] [15] 9th [17]", "Yahya [22] Yahya [14] [12] grandsons [5] [13] [20] great [8] grandsons continued [16] ancestor [11] interests [21] hadith [18] and [6] part [10] [4] [23] [9] [7] [19] [15] 9th [17]", "Yahya [22] Yahya [14] [12] grandsons [5] [13] [20] great [8] grandsons continued [16] ancestor [11] interests [21] hadith [18] and [6] part [10] the [23] [9] [7] [19] [15] 9th [17]", "Yahya [22] Yahya [14] [12] grandsons great [13] [20] great [8] grandsons continued [16] ancestor [11] interests [21] hadith [18] and [6] part [10] the [23] [9] [7] [19] [15] 9th [17]", "Yahya [22] Yahya [14] [12] grandsons great [13] [20] great [8] grandsons continued [16] ancestor [11] interests [21] hadith [18] and remained part [10] the [23] [9] [7] [19] [15] 9th [17]", "Yahya [22] Yahya [14] [12] grandsons great [13] [20] great [8] grandsons continued [16] ancestor [11] interests [21] hadith [18] and remained part [10] the [23] [9] into [19] [15] 9th [17]", "Yahya [22] Yahya [14] [12] grandsons great [13] [20] great great grandsons continued [16] ancestor [11] interests [21] hadith [18] and remained part [10] the [23] [9] into [19] [15] 9th [17]", "Yahya [22] Yahya [14] [12] grandsons great [13] [20] great great grandsons continued [16] ancestor [11] interests [21] hadith [18] and remained part [10] the [23] elite into [19] [15] 9th [17]", "Yahya [22] Yahya [14] [12] grandsons great [13] [20] great great grandsons continued [16] ancestor [11] interests [21] hadith [18] and remained part of the [23] elite into [19] [15] 9th [17]", "Yahya [22] Yahya [14] [12] grandsons great [13] [20] great great grandsons continued [16] ancestor s interests [21] hadith [18] and remained part of the [23] elite into [19] [15] 9th [17]", "Yahya [22] Yahya [14] sons grandsons great [13] [20] great great grandsons continued [16] ancestor s interests [21] hadith [18] and remained part of the [23] elite into [19] [15] 9th [17]", "Yahya [22] Yahya [14] sons grandsons great grandsons [20] great great grandsons continued [16] ancestor s interests [21] hadith [18] and remained part of the [23] elite into [19] [15] 9th [17]", "Yahya [22] Yahya s sons grandsons great grandsons [20] great great grandsons continued [16] ancestor s interests [21] hadith [18] and remained part of the [23] elite into [19] [15] 9th [17]", "Yahya [22] Yahya s sons grandsons great grandsons [20] great great grandsons continued [16] ancestor s interests [21] hadith [18] and remained part of the [23] elite into [19] mid 9th [17]", "Yahya [22] Yahya s sons grandsons great grandsons [20] great great grandsons continued their ancestor s interests [21] hadith [18] and remained part of the [23] elite into [19] mid 9th [17]", "Yahya [22] Yahya s sons grandsons great grandsons [20] great great grandsons continued their ancestor s interests [21] hadith [18] and remained part of the [23] elite into [19] mid 9th century", "Yahya [22] Yahya s sons grandsons great grandsons [20] great great grandsons continued their ancestor s interests [21] hadith scholarship and remained part of the [23] elite into [19] mid 9th century", "Yahya [22] Yahya s sons grandsons great grandsons [20] great great grandsons continued their ancestor s interests [21] hadith scholarship and remained part of the [23] elite into the mid 9th century", "Yahya [22] Yahya s sons grandsons great grandsons and great great grandsons continued their ancestor s interests [21] hadith scholarship and remained part of the [23] elite into the mid 9th century", "Yahya [22] Yahya s sons grandsons great grandsons and great great grandsons continued their ancestor s interests in hadith scholarship and remained part of the [23] elite into the mid 9th century", "Yahya ibn Yahya s sons grandsons great grandsons and great great grandsons continued their ancestor s interests in hadith scholarship and remained part of the [23] elite into the mid 9th century"]}, "config": {"list": [[1, "grandsons"], [2, "hadith"], [3, "continued"], [4, "the"], [5, "great"], [6, "remained"], [7, "into"], [8, "great"], [9, "elite"], [10, "of"], [11, "s"], [12, "sons"], [13, "grandsons"], [14, "s"], [15, "mid"], [16, "their"], [17, "century"], [18, "scholarship"], [19, "the"], [20, "and"], [21, "in"], [22, "ibn"], [23, "Damascene"]], "num_pairs": 23, "num_sentences": 43652, "original_sentence": "Yahya ibn Yahya's sons, grandsons, great-grandsons and great-great grandsons continued their ancestor's interests in hadith scholarship and remained part of the Damascene elite into the mid-9th century.", "sentence": "Yahya [22] Yahya [14] [12] [1] [5] [13] [20] great [8] grandsons [3] [16] ancestor [11] interests [21] [2] [18] and [6] part [10] [4] [23] [9] [7] [19] [15] 9th [17]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0213", "problem_name": "task18_0213"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn July [6] [18] [21] one of four Zimbabwe [2] cricketers barred by [23] International [20] [3] ICC from playing [13] [12] [9] Development [14] [4] [1] play [17] [19] [10] Cricket [16] [22] teams [7] [15] ICC s [5] of Zimbabwe Cricket [8] in [11] month\nList:\n[(1, to), (2, women), (3, Council), (4, due), (5, suspension), (6, 2019), (7, following), (8, earlier), (9, Global), (10, s), (11, the), (12, a), (13, in), (14, Squad), (15, the), (16, Super), (17, against), (18, she), (19, Women), (20, Cricket), (21, was), (22, League), (23, the)]", "label": {"final": "In July 2019 she was one of four Zimbabwe women cricketers barred by the International Cricket Council ICC from playing in a Global Development Squad due to play against Women s Cricket Super League teams following the ICC s suspension of Zimbabwe Cricket earlier in the month", "init": "In July [6] [18] [21] one of four Zimbabwe [2] cricketers barred by [23] International [20] [3] ICC from playing [13] [12] [9] Development [14] [4] [1] play [17] [19] [10] Cricket [16] [22] teams [7] [15] ICC s [5] of Zimbabwe Cricket [8] in [11] month", "intermediate": ["In July [6] [18] [21] one of four Zimbabwe [2] cricketers barred by [23] International [20] [3] ICC from playing [13] [12] [9] Development [14] [4] to play [17] [19] [10] Cricket [16] [22] teams [7] [15] ICC s [5] of Zimbabwe Cricket [8] in [11] month", "In July [6] [18] [21] one of four Zimbabwe women cricketers barred by [23] International [20] [3] ICC from playing [13] [12] [9] Development [14] [4] to play [17] [19] [10] Cricket [16] [22] teams [7] [15] ICC s [5] of Zimbabwe Cricket [8] in [11] month", "In July [6] [18] [21] one of four Zimbabwe women cricketers barred by [23] International [20] Council ICC from playing [13] [12] [9] Development [14] [4] to play [17] [19] [10] Cricket [16] [22] teams [7] [15] ICC s [5] of Zimbabwe Cricket [8] in [11] month", "In July [6] [18] [21] one of four Zimbabwe women cricketers barred by [23] International [20] Council ICC from playing [13] [12] [9] Development [14] due to play [17] [19] [10] Cricket [16] [22] teams [7] [15] ICC s [5] of Zimbabwe Cricket [8] in [11] month", "In July [6] [18] [21] one of four Zimbabwe women cricketers barred by [23] International [20] Council ICC from playing [13] [12] [9] Development [14] due to play [17] [19] [10] Cricket [16] [22] teams [7] [15] ICC s suspension of Zimbabwe Cricket [8] in [11] month", "In July 2019 [18] [21] one of four Zimbabwe women cricketers barred by [23] International [20] Council ICC from playing [13] [12] [9] Development [14] due to play [17] [19] [10] Cricket [16] [22] teams [7] [15] ICC s suspension of Zimbabwe Cricket [8] in [11] month", "In July 2019 [18] [21] one of four Zimbabwe women cricketers barred by [23] International [20] Council ICC from playing [13] [12] [9] Development [14] due to play [17] [19] [10] Cricket [16] [22] teams following [15] ICC s suspension of Zimbabwe Cricket [8] in [11] month", "In July 2019 [18] [21] one of four Zimbabwe women cricketers barred by [23] International [20] Council ICC from playing [13] [12] [9] Development [14] due to play [17] [19] [10] Cricket [16] [22] teams following [15] ICC s suspension of Zimbabwe Cricket earlier in [11] month", "In July 2019 [18] [21] one of four Zimbabwe women cricketers barred by [23] International [20] Council ICC from playing [13] [12] Global Development [14] due to play [17] [19] [10] Cricket [16] [22] teams following [15] ICC s suspension of Zimbabwe Cricket earlier in [11] month", "In July 2019 [18] [21] one of four Zimbabwe women cricketers barred by [23] International [20] Council ICC from playing [13] [12] Global Development [14] due to play [17] [19] s Cricket [16] [22] teams following [15] ICC s suspension of Zimbabwe Cricket earlier in [11] month", "In July 2019 [18] [21] one of four Zimbabwe women cricketers barred by [23] International [20] Council ICC from playing [13] [12] Global Development [14] due to play [17] [19] s Cricket [16] [22] teams following [15] ICC s suspension of Zimbabwe Cricket earlier in the month", "In July 2019 [18] [21] one of four Zimbabwe women cricketers barred by [23] International [20] Council ICC from playing [13] a Global Development [14] due to play [17] [19] s Cricket [16] [22] teams following [15] ICC s suspension of Zimbabwe Cricket earlier in the month", "In July 2019 [18] [21] one of four Zimbabwe women cricketers barred by [23] International [20] Council ICC from playing in a Global Development [14] due to play [17] [19] s Cricket [16] [22] teams following [15] ICC s suspension of Zimbabwe Cricket earlier in the month", "In July 2019 [18] [21] one of four Zimbabwe women cricketers barred by [23] International [20] Council ICC from playing in a Global Development Squad due to play [17] [19] s Cricket [16] [22] teams following [15] ICC s suspension of Zimbabwe Cricket earlier in the month", "In July 2019 [18] [21] one of four Zimbabwe women cricketers barred by [23] International [20] Council ICC from playing in a Global Development Squad due to play [17] [19] s Cricket [16] [22] teams following the ICC s suspension of Zimbabwe Cricket earlier in the month", "In July 2019 [18] [21] one of four Zimbabwe women cricketers barred by [23] International [20] Council ICC from playing in a Global Development Squad due to play [17] [19] s Cricket Super [22] teams following the ICC s suspension of Zimbabwe Cricket earlier in the month", "In July 2019 [18] [21] one of four Zimbabwe women cricketers barred by [23] International [20] Council ICC from playing in a Global Development Squad due to play against [19] s Cricket Super [22] teams following the ICC s suspension of Zimbabwe Cricket earlier in the month", "In July 2019 she [21] one of four Zimbabwe women cricketers barred by [23] International [20] Council ICC from playing in a Global Development Squad due to play against [19] s Cricket Super [22] teams following the ICC s suspension of Zimbabwe Cricket earlier in the month", "In July 2019 she [21] one of four Zimbabwe women cricketers barred by [23] International [20] Council ICC from playing in a Global Development Squad due to play against Women s Cricket Super [22] teams following the ICC s suspension of Zimbabwe Cricket earlier in the month", "In July 2019 she [21] one of four Zimbabwe women cricketers barred by [23] International Cricket Council ICC from playing in a Global Development Squad due to play against Women s Cricket Super [22] teams following the ICC s suspension of Zimbabwe Cricket earlier in the month", "In July 2019 she was one of four Zimbabwe women cricketers barred by [23] International Cricket Council ICC from playing in a Global Development Squad due to play against Women s Cricket Super [22] teams following the ICC s suspension of Zimbabwe Cricket earlier in the month", "In July 2019 she was one of four Zimbabwe women cricketers barred by [23] International Cricket Council ICC from playing in a Global Development Squad due to play against Women s Cricket Super League teams following the ICC s suspension of Zimbabwe Cricket earlier in the month"]}, "config": {"list": [[1, "to"], [2, "women"], [3, "Council"], [4, "due"], [5, "suspension"], [6, "2019"], [7, "following"], [8, "earlier"], [9, "Global"], [10, "s"], [11, "the"], [12, "a"], [13, "in"], [14, "Squad"], [15, "the"], [16, "Super"], [17, "against"], [18, "she"], [19, "Women"], [20, "Cricket"], [21, "was"], [22, "League"], [23, "the"]], "num_pairs": 23, "num_sentences": 43652, "original_sentence": "In July 2019, she was one of four Zimbabwe women cricketers barred by the International Cricket Council (ICC) from playing in a Global Development Squad, due to play against Women's Cricket Super League teams, following the ICC's suspension of Zimbabwe Cricket earlier in the month.", "sentence": "In July [6] [18] [21] one of four Zimbabwe [2] cricketers barred by [23] International [20] [3] ICC from playing [13] [12] [9] Development [14] [4] [1] play [17] [19] [10] Cricket [16] [22] teams [7] [15] ICC s [5] of Zimbabwe Cricket [8] in [11] month", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0214", "problem_name": "task18_0214"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nScott Nichols of [23] Spy [12] to [7] [8] [10] best Sonic [9] played on a smartphone [14] [1] Jim [20] of [18] [22] the [3] for being the first [5] in 20 years [2] [6] [16] put [13] [17] [4] [15] [21] you [19] have to [11]\nList:\n[(1, while), (2, that), (3, game), (4, Sonic), (5, time), (6, Sega), (7, it), (8, as), (9, has), (10, the), (11, play), (12, referred), (13, out), (14, yet), (15, game), (16, has), (17, a), (18, Gamezebo), (19, absolutely), (20, Squires), (21, that), (22, lauded), (23, Digital)]", "label": {"final": "Scott Nichols of Digital Spy referred to it as the best Sonic has played on a smartphone yet while Jim Squires of Gamezebo lauded the game for being the first time in 20 years that Sega has put out a Sonic game that you absolutely have to play", "init": "Scott Nichols of [23] Spy [12] to [7] [8] [10] best Sonic [9] played on a smartphone [14] [1] Jim [20] of [18] [22] the [3] for being the first [5] in 20 years [2] [6] [16] put [13] [17] [4] [15] [21] you [19] have to [11]", "intermediate": ["Scott Nichols of [23] Spy [12] to [7] [8] [10] best Sonic [9] played on a smartphone [14] while Jim [20] of [18] [22] the [3] for being the first [5] in 20 years [2] [6] [16] put [13] [17] [4] [15] [21] you [19] have to [11]", "Scott Nichols of [23] Spy [12] to [7] [8] [10] best Sonic [9] played on a smartphone [14] while Jim [20] of [18] [22] the [3] for being the first [5] in 20 years that [6] [16] put [13] [17] [4] [15] [21] you [19] have to [11]", "Scott Nichols of [23] Spy [12] to [7] [8] [10] best Sonic [9] played on a smartphone [14] while Jim [20] of [18] [22] the game for being the first [5] in 20 years that [6] [16] put [13] [17] [4] [15] [21] you [19] have to [11]", "Scott Nichols of [23] Spy [12] to [7] [8] [10] best Sonic [9] played on a smartphone [14] while Jim [20] of [18] [22] the game for being the first [5] in 20 years that [6] [16] put [13] [17] Sonic [15] [21] you [19] have to [11]", "Scott Nichols of [23] Spy [12] to [7] [8] [10] best Sonic [9] played on a smartphone [14] while Jim [20] of [18] [22] the game for being the first time in 20 years that [6] [16] put [13] [17] Sonic [15] [21] you [19] have to [11]", "Scott Nichols of [23] Spy [12] to [7] [8] [10] best Sonic [9] played on a smartphone [14] while Jim [20] of [18] [22] the game for being the first time in 20 years that Sega [16] put [13] [17] Sonic [15] [21] you [19] have to [11]", "Scott Nichols of [23] Spy [12] to it [8] [10] best Sonic [9] played on a smartphone [14] while Jim [20] of [18] [22] the game for being the first time in 20 years that Sega [16] put [13] [17] Sonic [15] [21] you [19] have to [11]", "Scott Nichols of [23] Spy [12] to it as [10] best Sonic [9] played on a smartphone [14] while Jim [20] of [18] [22] the game for being the first time in 20 years that Sega [16] put [13] [17] Sonic [15] [21] you [19] have to [11]", "Scott Nichols of [23] Spy [12] to it as [10] best Sonic has played on a smartphone [14] while Jim [20] of [18] [22] the game for being the first time in 20 years that Sega [16] put [13] [17] Sonic [15] [21] you [19] have to [11]", "Scott Nichols of [23] Spy [12] to it as the best Sonic has played on a smartphone [14] while Jim [20] of [18] [22] the game for being the first time in 20 years that Sega [16] put [13] [17] Sonic [15] [21] you [19] have to [11]", "Scott Nichols of [23] Spy [12] to it as the best Sonic has played on a smartphone [14] while Jim [20] of [18] [22] the game for being the first time in 20 years that Sega [16] put [13] [17] Sonic [15] [21] you [19] have to play", "Scott Nichols of [23] Spy referred to it as the best Sonic has played on a smartphone [14] while Jim [20] of [18] [22] the game for being the first time in 20 years that Sega [16] put [13] [17] Sonic [15] [21] you [19] have to play", "Scott Nichols of [23] Spy referred to it as the best Sonic has played on a smartphone [14] while Jim [20] of [18] [22] the game for being the first time in 20 years that Sega [16] put out [17] Sonic [15] [21] you [19] have to play", "Scott Nichols of [23] Spy referred to it as the best Sonic has played on a smartphone yet while Jim [20] of [18] [22] the game for being the first time in 20 years that Sega [16] put out [17] Sonic [15] [21] you [19] have to play", "Scott Nichols of [23] Spy referred to it as the best Sonic has played on a smartphone yet while Jim [20] of [18] [22] the game for being the first time in 20 years that Sega [16] put out [17] Sonic game [21] you [19] have to play", "Scott Nichols of [23] Spy referred to it as the best Sonic has played on a smartphone yet while Jim [20] of [18] [22] the game for being the first time in 20 years that Sega has put out [17] Sonic game [21] you [19] have to play", "Scott Nichols of [23] Spy referred to it as the best Sonic has played on a smartphone yet while Jim [20] of [18] [22] the game for being the first time in 20 years that Sega has put out a Sonic game [21] you [19] have to play", "Scott Nichols of [23] Spy referred to it as the best Sonic has played on a smartphone yet while Jim [20] of Gamezebo [22] the game for being the first time in 20 years that Sega has put out a Sonic game [21] you [19] have to play", "Scott Nichols of [23] Spy referred to it as the best Sonic has played on a smartphone yet while Jim [20] of Gamezebo [22] the game for being the first time in 20 years that Sega has put out a Sonic game [21] you absolutely have to play", "Scott Nichols of [23] Spy referred to it as the best Sonic has played on a smartphone yet while Jim Squires of Gamezebo [22] the game for being the first time in 20 years that Sega has put out a Sonic game [21] you absolutely have to play", "Scott Nichols of [23] Spy referred to it as the best Sonic has played on a smartphone yet while Jim Squires of Gamezebo [22] the game for being the first time in 20 years that Sega has put out a Sonic game that you absolutely have to play", "Scott Nichols of [23] Spy referred to it as the best Sonic has played on a smartphone yet while Jim Squires of Gamezebo lauded the game for being the first time in 20 years that Sega has put out a Sonic game that you absolutely have to play"]}, "config": {"list": [[1, "while"], [2, "that"], [3, "game"], [4, "Sonic"], [5, "time"], [6, "Sega"], [7, "it"], [8, "as"], [9, "has"], [10, "the"], [11, "play"], [12, "referred"], [13, "out"], [14, "yet"], [15, "game"], [16, "has"], [17, "a"], [18, "Gamezebo"], [19, "absolutely"], [20, "Squires"], [21, "that"], [22, "lauded"], [23, "Digital"]], "num_pairs": 23, "num_sentences": 43652, "original_sentence": "Scott Nichols of \"Digital Spy\" referred to it as \"the best Sonic has played on a smartphone yet\", while Jim Squires of \"Gamezebo\" lauded the game for being \"the first time in 20 years that Sega has put out a \"Sonic\" game that you absolutely have to play\".", "sentence": "Scott Nichols of [23] Spy [12] to [7] [8] [10] best Sonic [9] played on a smartphone [14] [1] Jim [20] of [18] [22] the [3] for being the first [5] in 20 years [2] [6] [16] put [13] [17] [4] [15] [21] you [19] have to [11]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0215", "problem_name": "task18_0215"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[14] credits his friend [15] [4] [9] [10] [5] [17] Indian [20] [16] founder of Dakshin restaurant [23] [11] [6] [13] constant source [3] inspiration and [22] [8] his [1] education [21] both the [18] and [19] [2] [7] Indian [12]\nList:\n[(1, continuing), (2, aspects), (3, of), (4, chef), (5, an), (6, as), (7, of), (8, on), (9, Praveen), (10, Anand), (11, Chennai), (12, food), (13, a), (14, Kumar), (15, and), (16, and), (17, acclaimed), (18, historic), (19, contemporary), (20, chef), (21, on), (22, influence), (23, in)]", "label": {"final": "Kumar credits his friend and chef Praveen Anand an acclaimed Indian chef and founder of Dakshin restaurant in Chennai as a constant source of inspiration and influence on his continuing education on both the historic and contemporary aspects of Indian food", "init": "[14] credits his friend [15] [4] [9] [10] [5] [17] Indian [20] [16] founder of Dakshin restaurant [23] [11] [6] [13] constant source [3] inspiration and [22] [8] his [1] education [21] both the [18] and [19] [2] [7] Indian [12]", "intermediate": ["[14] credits his friend [15] [4] [9] [10] [5] [17] Indian [20] [16] founder of Dakshin restaurant [23] [11] [6] [13] constant source [3] inspiration and [22] [8] his continuing education [21] both the [18] and [19] [2] [7] Indian [12]", "[14] credits his friend [15] [4] [9] [10] [5] [17] Indian [20] [16] founder of Dakshin restaurant [23] [11] [6] [13] constant source [3] inspiration and [22] [8] his continuing education [21] both the [18] and [19] aspects [7] Indian [12]", "[14] credits his friend [15] [4] [9] [10] [5] [17] Indian [20] [16] founder of Dakshin restaurant [23] [11] [6] [13] constant source of inspiration and [22] [8] his continuing education [21] both the [18] and [19] aspects [7] Indian [12]", "[14] credits his friend [15] chef [9] [10] [5] [17] Indian [20] [16] founder of Dakshin restaurant [23] [11] [6] [13] constant source of inspiration and [22] [8] his continuing education [21] both the [18] and [19] aspects [7] Indian [12]", "[14] credits his friend [15] chef [9] [10] an [17] Indian [20] [16] founder of Dakshin restaurant [23] [11] [6] [13] constant source of inspiration and [22] [8] his continuing education [21] both the [18] and [19] aspects [7] Indian [12]", "[14] credits his friend [15] chef [9] [10] an [17] Indian [20] [16] founder of Dakshin restaurant [23] [11] as [13] constant source of inspiration and [22] [8] his continuing education [21] both the [18] and [19] aspects [7] Indian [12]", "[14] credits his friend [15] chef [9] [10] an [17] Indian [20] [16] founder of Dakshin restaurant [23] [11] as [13] constant source of inspiration and [22] [8] his continuing education [21] both the [18] and [19] aspects of Indian [12]", "[14] credits his friend [15] chef [9] [10] an [17] Indian [20] [16] founder of Dakshin restaurant [23] [11] as [13] constant source of inspiration and [22] on his continuing education [21] both the [18] and [19] aspects of Indian [12]", "[14] credits his friend [15] chef Praveen [10] an [17] Indian [20] [16] founder of Dakshin restaurant [23] [11] as [13] constant source of inspiration and [22] on his continuing education [21] both the [18] and [19] aspects of Indian [12]", "[14] credits his friend [15] chef Praveen Anand an [17] Indian [20] [16] founder of Dakshin restaurant [23] [11] as [13] constant source of inspiration and [22] on his continuing education [21] both the [18] and [19] aspects of Indian [12]", "[14] credits his friend [15] chef Praveen Anand an [17] Indian [20] [16] founder of Dakshin restaurant [23] Chennai as [13] constant source of inspiration and [22] on his continuing education [21] both the [18] and [19] aspects of Indian [12]", "[14] credits his friend [15] chef Praveen Anand an [17] Indian [20] [16] founder of Dakshin restaurant [23] Chennai as [13] constant source of inspiration and [22] on his continuing education [21] both the [18] and [19] aspects of Indian food", "[14] credits his friend [15] chef Praveen Anand an [17] Indian [20] [16] founder of Dakshin restaurant [23] Chennai as a constant source of inspiration and [22] on his continuing education [21] both the [18] and [19] aspects of Indian food", "Kumar credits his friend [15] chef Praveen Anand an [17] Indian [20] [16] founder of Dakshin restaurant [23] Chennai as a constant source of inspiration and [22] on his continuing education [21] both the [18] and [19] aspects of Indian food", "Kumar credits his friend and chef Praveen Anand an [17] Indian [20] [16] founder of Dakshin restaurant [23] Chennai as a constant source of inspiration and [22] on his continuing education [21] both the [18] and [19] aspects of Indian food", "Kumar credits his friend and chef Praveen Anand an [17] Indian [20] and founder of Dakshin restaurant [23] Chennai as a constant source of inspiration and [22] on his continuing education [21] both the [18] and [19] aspects of Indian food", "Kumar credits his friend and chef Praveen Anand an acclaimed Indian [20] and founder of Dakshin restaurant [23] Chennai as a constant source of inspiration and [22] on his continuing education [21] both the [18] and [19] aspects of Indian food", "Kumar credits his friend and chef Praveen Anand an acclaimed Indian [20] and founder of Dakshin restaurant [23] Chennai as a constant source of inspiration and [22] on his continuing education [21] both the historic and [19] aspects of Indian food", "Kumar credits his friend and chef Praveen Anand an acclaimed Indian [20] and founder of Dakshin restaurant [23] Chennai as a constant source of inspiration and [22] on his continuing education [21] both the historic and contemporary aspects of Indian food", "Kumar credits his friend and chef Praveen Anand an acclaimed Indian chef and founder of Dakshin restaurant [23] Chennai as a constant source of inspiration and [22] on his continuing education [21] both the historic and contemporary aspects of Indian food", "Kumar credits his friend and chef Praveen Anand an acclaimed Indian chef and founder of Dakshin restaurant [23] Chennai as a constant source of inspiration and [22] on his continuing education on both the historic and contemporary aspects of Indian food", "Kumar credits his friend and chef Praveen Anand an acclaimed Indian chef and founder of Dakshin restaurant [23] Chennai as a constant source of inspiration and influence on his continuing education on both the historic and contemporary aspects of Indian food"]}, "config": {"list": [[1, "continuing"], [2, "aspects"], [3, "of"], [4, "chef"], [5, "an"], [6, "as"], [7, "of"], [8, "on"], [9, "Praveen"], [10, "Anand"], [11, "Chennai"], [12, "food"], [13, "a"], [14, "Kumar"], [15, "and"], [16, "and"], [17, "acclaimed"], [18, "historic"], [19, "contemporary"], [20, "chef"], [21, "on"], [22, "influence"], [23, "in"]], "num_pairs": 23, "num_sentences": 43652, "original_sentence": "Kumar credits his friend and chef, Praveen Anand (an acclaimed Indian chef and founder of Dakshin restaurant in Chennai), as a constant source of inspiration and influence on his continuing education on both the historic and contemporary aspects of Indian food.", "sentence": "[14] credits his friend [15] [4] [9] [10] [5] [17] Indian [20] [16] founder of Dakshin restaurant [23] [11] [6] [13] constant source [3] inspiration and [22] [8] his [1] education [21] both the [18] and [19] [2] [7] Indian [12]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0216", "problem_name": "task18_0216"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[20] 1977 [12] [2] [10] [19] of [13] [4] and [21] [16] [18] [6] [15] [17] [7] [1] [5] in [8] [11] [14] [3] department [22] [23] [9] 2002\nList:\n[(1, Gujarat), (2, joined), (3, the), (4, Language), (5, University), (6, School), (7, at), (8, Ahmedabad), (9, to), (10, the), (11, and), (12, he), (13, Gujarati), (14, headed), (15, of), (16, at), (17, Language), (18, the), (19, Department), (20, In), (21, Literature), (22, from), (23, 1992)]", "label": {"final": "In 1977 he joined the Department of Gujarati Language and Literature at the School of Language at Gujarat University in Ahmedabad and headed the department from 1992 to 2002", "init": "[20] 1977 [12] [2] [10] [19] of [13] [4] and [21] [16] [18] [6] [15] [17] [7] [1] [5] in [8] [11] [14] [3] department [22] [23] [9] 2002", "intermediate": ["[20] 1977 [12] [2] [10] [19] of [13] [4] and [21] [16] [18] [6] [15] [17] [7] Gujarat [5] in [8] [11] [14] [3] department [22] [23] [9] 2002", "[20] 1977 [12] joined [10] [19] of [13] [4] and [21] [16] [18] [6] [15] [17] [7] Gujarat [5] in [8] [11] [14] [3] department [22] [23] [9] 2002", "[20] 1977 [12] joined [10] [19] of [13] [4] and [21] [16] [18] [6] [15] [17] [7] Gujarat [5] in [8] [11] [14] the department [22] [23] [9] 2002", "[20] 1977 [12] joined [10] [19] of [13] Language and [21] [16] [18] [6] [15] [17] [7] Gujarat [5] in [8] [11] [14] the department [22] [23] [9] 2002", "[20] 1977 [12] joined [10] [19] of [13] Language and [21] [16] [18] [6] [15] [17] [7] Gujarat University in [8] [11] [14] the department [22] [23] [9] 2002", "[20] 1977 [12] joined [10] [19] of [13] Language and [21] [16] [18] School [15] [17] [7] Gujarat University in [8] [11] [14] the department [22] [23] [9] 2002", "[20] 1977 [12] joined [10] [19] of [13] Language and [21] [16] [18] School [15] [17] at Gujarat University in [8] [11] [14] the department [22] [23] [9] 2002", "[20] 1977 [12] joined [10] [19] of [13] Language and [21] [16] [18] School [15] [17] at Gujarat University in Ahmedabad [11] [14] the department [22] [23] [9] 2002", "[20] 1977 [12] joined [10] [19] of [13] Language and [21] [16] [18] School [15] [17] at Gujarat University in Ahmedabad [11] [14] the department [22] [23] to 2002", "[20] 1977 [12] joined the [19] of [13] Language and [21] [16] [18] School [15] [17] at Gujarat University in Ahmedabad [11] [14] the department [22] [23] to 2002", "[20] 1977 [12] joined the [19] of [13] Language and [21] [16] [18] School [15] [17] at Gujarat University in Ahmedabad and [14] the department [22] [23] to 2002", "[20] 1977 he joined the [19] of [13] Language and [21] [16] [18] School [15] [17] at Gujarat University in Ahmedabad and [14] the department [22] [23] to 2002", "[20] 1977 he joined the [19] of Gujarati Language and [21] [16] [18] School [15] [17] at Gujarat University in Ahmedabad and [14] the department [22] [23] to 2002", "[20] 1977 he joined the [19] of Gujarati Language and [21] [16] [18] School [15] [17] at Gujarat University in Ahmedabad and headed the department [22] [23] to 2002", "[20] 1977 he joined the [19] of Gujarati Language and [21] [16] [18] School of [17] at Gujarat University in Ahmedabad and headed the department [22] [23] to 2002", "[20] 1977 he joined the [19] of Gujarati Language and [21] at [18] School of [17] at Gujarat University in Ahmedabad and headed the department [22] [23] to 2002", "[20] 1977 he joined the [19] of Gujarati Language and [21] at [18] School of Language at Gujarat University in Ahmedabad and headed the department [22] [23] to 2002", "[20] 1977 he joined the [19] of Gujarati Language and [21] at the School of Language at Gujarat University in Ahmedabad and headed the department [22] [23] to 2002", "[20] 1977 he joined the Department of Gujarati Language and [21] at the School of Language at Gujarat University in Ahmedabad and headed the department [22] [23] to 2002", "In 1977 he joined the Department of Gujarati Language and [21] at the School of Language at Gujarat University in Ahmedabad and headed the department [22] [23] to 2002", "In 1977 he joined the Department of Gujarati Language and Literature at the School of Language at Gujarat University in Ahmedabad and headed the department [22] [23] to 2002", "In 1977 he joined the Department of Gujarati Language and Literature at the School of Language at Gujarat University in Ahmedabad and headed the department from [23] to 2002"]}, "config": {"list": [[1, "Gujarat"], [2, "joined"], [3, "the"], [4, "Language"], [5, "University"], [6, "School"], [7, "at"], [8, "Ahmedabad"], [9, "to"], [10, "the"], [11, "and"], [12, "he"], [13, "Gujarati"], [14, "headed"], [15, "of"], [16, "at"], [17, "Language"], [18, "the"], [19, "Department"], [20, "In"], [21, "Literature"], [22, "from"], [23, "1992"]], "num_pairs": 23, "num_sentences": 43652, "original_sentence": "In 1977, he joined the Department of Gujarati Language and Literature at the School of Language at Gujarat University in Ahmedabad, and headed the department from 1992 to 2002.", "sentence": "[20] 1977 [12] [2] [10] [19] of [13] [4] and [21] [16] [18] [6] [15] [17] [7] [1] [5] in [8] [11] [14] [3] department [22] [23] [9] 2002", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0217", "problem_name": "task18_0217"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[23] [20] [18] [10] [9] [14] [5] [4] [17] [11] [6] although [1] continued [19] [13] [22] throughout [12] [21] [3] support [7] [2] [8] [16] evangelistic [15]\nList:\n[(1, he), (2, crusades), (3, in), (4, duration), (5, the), (6, life), (7, of), (8, and), (9, California), (10, in), (11, his), (12, Latin), (13, travel), (14, for), (15, events), (16, special), (17, of), (18, remain), (19, to), (20, would), (21, America), (22, extensively), (23, He)]", "label": {"final": "He would remain in California for the duration of his life although he continued to travel extensively throughout Latin America in support of crusades and special evangelistic events", "init": "[23] [20] [18] [10] [9] [14] [5] [4] [17] [11] [6] although [1] continued [19] [13] [22] throughout [12] [21] [3] support [7] [2] [8] [16] evangelistic [15]", "intermediate": ["[23] [20] [18] [10] [9] [14] [5] [4] [17] [11] [6] although he continued [19] [13] [22] throughout [12] [21] [3] support [7] [2] [8] [16] evangelistic [15]", "[23] [20] [18] [10] [9] [14] [5] [4] [17] [11] [6] although he continued [19] [13] [22] throughout [12] [21] [3] support [7] crusades [8] [16] evangelistic [15]", "[23] [20] [18] [10] [9] [14] [5] [4] [17] [11] [6] although he continued [19] [13] [22] throughout [12] [21] in support [7] crusades [8] [16] evangelistic [15]", "[23] [20] [18] [10] [9] [14] [5] duration [17] [11] [6] although he continued [19] [13] [22] throughout [12] [21] in support [7] crusades [8] [16] evangelistic [15]", "[23] [20] [18] [10] [9] [14] the duration [17] [11] [6] although he continued [19] [13] [22] throughout [12] [21] in support [7] crusades [8] [16] evangelistic [15]", "[23] [20] [18] [10] [9] [14] the duration [17] [11] life although he continued [19] [13] [22] throughout [12] [21] in support [7] crusades [8] [16] evangelistic [15]", "[23] [20] [18] [10] [9] [14] the duration [17] [11] life although he continued [19] [13] [22] throughout [12] [21] in support of crusades [8] [16] evangelistic [15]", "[23] [20] [18] [10] [9] [14] the duration [17] [11] life although he continued [19] [13] [22] throughout [12] [21] in support of crusades and [16] evangelistic [15]", "[23] [20] [18] [10] California [14] the duration [17] [11] life although he continued [19] [13] [22] throughout [12] [21] in support of crusades and [16] evangelistic [15]", "[23] [20] [18] in California [14] the duration [17] [11] life although he continued [19] [13] [22] throughout [12] [21] in support of crusades and [16] evangelistic [15]", "[23] [20] [18] in California [14] the duration [17] his life although he continued [19] [13] [22] throughout [12] [21] in support of crusades and [16] evangelistic [15]", "[23] [20] [18] in California [14] the duration [17] his life although he continued [19] [13] [22] throughout Latin [21] in support of crusades and [16] evangelistic [15]", "[23] [20] [18] in California [14] the duration [17] his life although he continued [19] travel [22] throughout Latin [21] in support of crusades and [16] evangelistic [15]", "[23] [20] [18] in California for the duration [17] his life although he continued [19] travel [22] throughout Latin [21] in support of crusades and [16] evangelistic [15]", "[23] [20] [18] in California for the duration [17] his life although he continued [19] travel [22] throughout Latin [21] in support of crusades and [16] evangelistic events", "[23] [20] [18] in California for the duration [17] his life although he continued [19] travel [22] throughout Latin [21] in support of crusades and special evangelistic events", "[23] [20] [18] in California for the duration of his life although he continued [19] travel [22] throughout Latin [21] in support of crusades and special evangelistic events", "[23] [20] remain in California for the duration of his life although he continued [19] travel [22] throughout Latin [21] in support of crusades and special evangelistic events", "[23] [20] remain in California for the duration of his life although he continued to travel [22] throughout Latin [21] in support of crusades and special evangelistic events", "[23] would remain in California for the duration of his life although he continued to travel [22] throughout Latin [21] in support of crusades and special evangelistic events", "[23] would remain in California for the duration of his life although he continued to travel [22] throughout Latin America in support of crusades and special evangelistic events", "[23] would remain in California for the duration of his life although he continued to travel extensively throughout Latin America in support of crusades and special evangelistic events"]}, "config": {"list": [[1, "he"], [2, "crusades"], [3, "in"], [4, "duration"], [5, "the"], [6, "life"], [7, "of"], [8, "and"], [9, "California"], [10, "in"], [11, "his"], [12, "Latin"], [13, "travel"], [14, "for"], [15, "events"], [16, "special"], [17, "of"], [18, "remain"], [19, "to"], [20, "would"], [21, "America"], [22, "extensively"], [23, "He"]], "num_pairs": 23, "num_sentences": 43652, "original_sentence": "He would remain in California for the duration of his life, although he continued to travel extensively throughout Latin America in support of crusades and special evangelistic events.", "sentence": "[23] [20] [18] [10] [9] [14] [5] [4] [17] [11] [6] although [1] continued [19] [13] [22] throughout [12] [21] [3] support [7] [2] [8] [16] evangelistic [15]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0218", "problem_name": "task18_0218"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[18] [5] [3] [20] [22] [2] [6] [4] [10] [9] [13] [1] [12] [19] area of responsibility [15] the [11] [16] [17] [8] [7] [21] [14] [23]\nList:\n[(1, Winnipeg), (2, Centre), (3, renamed), (4, still), (5, newly), (6, PrWC), (7, Manitoba), (8, and), (9, out), (10, operated), (11, provinces), (12, and), (13, of), (14, Northwestern), (15, was), (16, of), (17, Saskatchewan), (18, The), (19, its), (20, Prairie), (21, and), (22, Weather), (23, Ontario)]", "label": {"final": "The newly renamed Prairie Weather Centre PrWC still operated out of Winnipeg and its area of responsibility was the provinces of Saskatchewan and Manitoba and Northwestern Ontario", "init": "[18] [5] [3] [20] [22] [2] [6] [4] [10] [9] [13] [1] [12] [19] area of responsibility [15] the [11] [16] [17] [8] [7] [21] [14] [23]", "intermediate": ["[18] [5] [3] [20] [22] [2] [6] [4] [10] [9] [13] Winnipeg [12] [19] area of responsibility [15] the [11] [16] [17] [8] [7] [21] [14] [23]", "[18] [5] [3] [20] [22] Centre [6] [4] [10] [9] [13] Winnipeg [12] [19] area of responsibility [15] the [11] [16] [17] [8] [7] [21] [14] [23]", "[18] [5] renamed [20] [22] Centre [6] [4] [10] [9] [13] Winnipeg [12] [19] area of responsibility [15] the [11] [16] [17] [8] [7] [21] [14] [23]", "[18] [5] renamed [20] [22] Centre [6] still [10] [9] [13] Winnipeg [12] [19] area of responsibility [15] the [11] [16] [17] [8] [7] [21] [14] [23]", "[18] newly renamed [20] [22] Centre [6] still [10] [9] [13] Winnipeg [12] [19] area of responsibility [15] the [11] [16] [17] [8] [7] [21] [14] [23]", "[18] newly renamed [20] [22] Centre PrWC still [10] [9] [13] Winnipeg [12] [19] area of responsibility [15] the [11] [16] [17] [8] [7] [21] [14] [23]", "[18] newly renamed [20] [22] Centre PrWC still [10] [9] [13] Winnipeg [12] [19] area of responsibility [15] the [11] [16] [17] [8] Manitoba [21] [14] [23]", "[18] newly renamed [20] [22] Centre PrWC still [10] [9] [13] Winnipeg [12] [19] area of responsibility [15] the [11] [16] [17] and Manitoba [21] [14] [23]", "[18] newly renamed [20] [22] Centre PrWC still [10] out [13] Winnipeg [12] [19] area of responsibility [15] the [11] [16] [17] and Manitoba [21] [14] [23]", "[18] newly renamed [20] [22] Centre PrWC still operated out [13] Winnipeg [12] [19] area of responsibility [15] the [11] [16] [17] and Manitoba [21] [14] [23]", "[18] newly renamed [20] [22] Centre PrWC still operated out [13] Winnipeg [12] [19] area of responsibility [15] the provinces [16] [17] and Manitoba [21] [14] [23]", "[18] newly renamed [20] [22] Centre PrWC still operated out [13] Winnipeg and [19] area of responsibility [15] the provinces [16] [17] and Manitoba [21] [14] [23]", "[18] newly renamed [20] [22] Centre PrWC still operated out of Winnipeg and [19] area of responsibility [15] the provinces [16] [17] and Manitoba [21] [14] [23]", "[18] newly renamed [20] [22] Centre PrWC still operated out of Winnipeg and [19] area of responsibility [15] the provinces [16] [17] and Manitoba [21] Northwestern [23]", "[18] newly renamed [20] [22] Centre PrWC still operated out of Winnipeg and [19] area of responsibility was the provinces [16] [17] and Manitoba [21] Northwestern [23]", "[18] newly renamed [20] [22] Centre PrWC still operated out of Winnipeg and [19] area of responsibility was the provinces of [17] and Manitoba [21] Northwestern [23]", "[18] newly renamed [20] [22] Centre PrWC still operated out of Winnipeg and [19] area of responsibility was the provinces of Saskatchewan and Manitoba [21] Northwestern [23]", "The newly renamed [20] [22] Centre PrWC still operated out of Winnipeg and [19] area of responsibility was the provinces of Saskatchewan and Manitoba [21] Northwestern [23]", "The newly renamed [20] [22] Centre PrWC still operated out of Winnipeg and its area of responsibility was the provinces of Saskatchewan and Manitoba [21] Northwestern [23]", "The newly renamed Prairie [22] Centre PrWC still operated out of Winnipeg and its area of responsibility was the provinces of Saskatchewan and Manitoba [21] Northwestern [23]", "The newly renamed Prairie [22] Centre PrWC still operated out of Winnipeg and its area of responsibility was the provinces of Saskatchewan and Manitoba and Northwestern [23]", "The newly renamed Prairie Weather Centre PrWC still operated out of Winnipeg and its area of responsibility was the provinces of Saskatchewan and Manitoba and Northwestern [23]"]}, "config": {"list": [[1, "Winnipeg"], [2, "Centre"], [3, "renamed"], [4, "still"], [5, "newly"], [6, "PrWC"], [7, "Manitoba"], [8, "and"], [9, "out"], [10, "operated"], [11, "provinces"], [12, "and"], [13, "of"], [14, "Northwestern"], [15, "was"], [16, "of"], [17, "Saskatchewan"], [18, "The"], [19, "its"], [20, "Prairie"], [21, "and"], [22, "Weather"], [23, "Ontario"]], "num_pairs": 23, "num_sentences": 43652, "original_sentence": "The newly renamed Prairie Weather Centre (PrWC) still operated out of Winnipeg and its area of responsibility was the provinces of Saskatchewan and Manitoba and Northwestern Ontario.", "sentence": "[18] [5] [3] [20] [22] [2] [6] [4] [10] [9] [13] [1] [12] [19] area of responsibility [15] the [11] [16] [17] [8] [7] [21] [14] [23]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0219", "problem_name": "task18_0219"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[9] [3] [22] 2010 [20] [2] reported [15] [8] was in [7] [12] [13] [6] [11] direct [14] [1] [18] the Superman [24] [17] [23] [21] [16] [10] of Superman [4] [5] [19]\nList:\n[(1, reboot), (2, News), (3, September), (4, Returns), (5, in), (6, Bros), (7, talks), (8, Aronofsky), (9, On), (10, reception), (11, to), (12, with), (13, Warner), (14, a), (15, that), (16, lukewarm), (17, series), (18, of), (19, 2006), (20, MTV), (21, the), (22, 28), (23, after), (24, film)]", "label": {"final": "On September 28 2010 MTV News reported that Aronofsky was in talks with Warner Bros to direct a reboot of the Superman film series after the lukewarm reception of Superman Returns in 2006", "init": "[9] [3] [22] 2010 [20] [2] reported [15] [8] was in [7] [12] [13] [6] [11] direct [14] [1] [18] the Superman [24] [17] [23] [21] [16] [10] of Superman [4] [5] [19]", "intermediate": ["[9] [3] [22] 2010 [20] [2] reported [15] [8] was in [7] [12] [13] [6] [11] direct [14] reboot [18] the Superman [24] [17] [23] [21] [16] [10] of Superman [4] [5] [19]", "[9] [3] [22] 2010 [20] News reported [15] [8] was in [7] [12] [13] [6] [11] direct [14] reboot [18] the Superman [24] [17] [23] [21] [16] [10] of Superman [4] [5] [19]", "[9] September [22] 2010 [20] News reported [15] [8] was in [7] [12] [13] [6] [11] direct [14] reboot [18] the Superman [24] [17] [23] [21] [16] [10] of Superman [4] [5] [19]", "[9] September [22] 2010 [20] News reported [15] [8] was in [7] [12] [13] [6] [11] direct [14] reboot [18] the Superman [24] [17] [23] [21] [16] [10] of Superman Returns [5] [19]", "[9] September [22] 2010 [20] News reported [15] [8] was in [7] [12] [13] [6] [11] direct [14] reboot [18] the Superman [24] [17] [23] [21] [16] [10] of Superman Returns in [19]", "[9] September [22] 2010 [20] News reported [15] [8] was in [7] [12] [13] Bros [11] direct [14] reboot [18] the Superman [24] [17] [23] [21] [16] [10] of Superman Returns in [19]", "[9] September [22] 2010 [20] News reported [15] [8] was in talks [12] [13] Bros [11] direct [14] reboot [18] the Superman [24] [17] [23] [21] [16] [10] of Superman Returns in [19]", "[9] September [22] 2010 [20] News reported [15] Aronofsky was in talks [12] [13] Bros [11] direct [14] reboot [18] the Superman [24] [17] [23] [21] [16] [10] of Superman Returns in [19]", "On September [22] 2010 [20] News reported [15] Aronofsky was in talks [12] [13] Bros [11] direct [14] reboot [18] the Superman [24] [17] [23] [21] [16] [10] of Superman Returns in [19]", "On September [22] 2010 [20] News reported [15] Aronofsky was in talks [12] [13] Bros [11] direct [14] reboot [18] the Superman [24] [17] [23] [21] [16] reception of Superman Returns in [19]", "On September [22] 2010 [20] News reported [15] Aronofsky was in talks [12] [13] Bros to direct [14] reboot [18] the Superman [24] [17] [23] [21] [16] reception of Superman Returns in [19]", "On September [22] 2010 [20] News reported [15] Aronofsky was in talks with [13] Bros to direct [14] reboot [18] the Superman [24] [17] [23] [21] [16] reception of Superman Returns in [19]", "On September [22] 2010 [20] News reported [15] Aronofsky was in talks with Warner Bros to direct [14] reboot [18] the Superman [24] [17] [23] [21] [16] reception of Superman Returns in [19]", "On September [22] 2010 [20] News reported [15] Aronofsky was in talks with Warner Bros to direct a reboot [18] the Superman [24] [17] [23] [21] [16] reception of Superman Returns in [19]", "On September [22] 2010 [20] News reported that Aronofsky was in talks with Warner Bros to direct a reboot [18] the Superman [24] [17] [23] [21] [16] reception of Superman Returns in [19]", "On September [22] 2010 [20] News reported that Aronofsky was in talks with Warner Bros to direct a reboot [18] the Superman [24] [17] [23] [21] lukewarm reception of Superman Returns in [19]", "On September [22] 2010 [20] News reported that Aronofsky was in talks with Warner Bros to direct a reboot [18] the Superman [24] series [23] [21] lukewarm reception of Superman Returns in [19]", "On September [22] 2010 [20] News reported that Aronofsky was in talks with Warner Bros to direct a reboot of the Superman [24] series [23] [21] lukewarm reception of Superman Returns in [19]", "On September [22] 2010 [20] News reported that Aronofsky was in talks with Warner Bros to direct a reboot of the Superman [24] series [23] [21] lukewarm reception of Superman Returns in 2006", "On September [22] 2010 MTV News reported that Aronofsky was in talks with Warner Bros to direct a reboot of the Superman [24] series [23] [21] lukewarm reception of Superman Returns in 2006", "On September [22] 2010 MTV News reported that Aronofsky was in talks with Warner Bros to direct a reboot of the Superman [24] series [23] the lukewarm reception of Superman Returns in 2006", "On September 28 2010 MTV News reported that Aronofsky was in talks with Warner Bros to direct a reboot of the Superman [24] series [23] the lukewarm reception of Superman Returns in 2006", "On September 28 2010 MTV News reported that Aronofsky was in talks with Warner Bros to direct a reboot of the Superman [24] series after the lukewarm reception of Superman Returns in 2006"]}, "config": {"list": [[1, "reboot"], [2, "News"], [3, "September"], [4, "Returns"], [5, "in"], [6, "Bros"], [7, "talks"], [8, "Aronofsky"], [9, "On"], [10, "reception"], [11, "to"], [12, "with"], [13, "Warner"], [14, "a"], [15, "that"], [16, "lukewarm"], [17, "series"], [18, "of"], [19, "2006"], [20, "MTV"], [21, "the"], [22, "28"], [23, "after"], [24, "film"]], "num_pairs": 24, "num_sentences": 43652, "original_sentence": "On September 28, 2010, MTV News reported that Aronofsky was in talks with Warner Bros. to direct a reboot of the \"Superman\" film series, after the lukewarm reception of \"Superman Returns\" in 2006.", "sentence": "[9] [3] [22] 2010 [20] [2] reported [15] [8] was in [7] [12] [13] [6] [11] direct [14] [1] [18] the Superman [24] [17] [23] [21] [16] [10] of Superman [4] [5] [19]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0220", "problem_name": "task18_0220"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[13] of [20] [16] [1] [22] [7] [9] free [6] [17] [3] [19] pelvis [11] the veterinarian [8] [14] [10] [15] [18] [12] urethra caudally [23] rearward [5] [4] [21] [2] attached [24] the skin\nList:\n[(1, steps), (2, be), (3, from), (4, it), (5, so), (6, the), (7, necessary), (8, to), (9, to), (10, the), (11, allowing), (12, pelvic), (13, All), (14, move), (15, significantly), (16, dissection), (17, penis), (18, wider), (19, the), (20, these), (21, can), (22, are), (23, or), (24, to)]", "label": {"final": "All of these dissection steps are necessary to free the penis from the pelvis allowing the veterinarian to move the significantly wider pelvic urethra caudally or rearward so it can be attached to the skin", "init": "[13] of [20] [16] [1] [22] [7] [9] free [6] [17] [3] [19] pelvis [11] the veterinarian [8] [14] [10] [15] [18] [12] urethra caudally [23] rearward [5] [4] [21] [2] attached [24] the skin", "intermediate": ["[13] of [20] [16] steps [22] [7] [9] free [6] [17] [3] [19] pelvis [11] the veterinarian [8] [14] [10] [15] [18] [12] urethra caudally [23] rearward [5] [4] [21] [2] attached [24] the skin", "[13] of [20] [16] steps [22] [7] [9] free [6] [17] [3] [19] pelvis [11] the veterinarian [8] [14] [10] [15] [18] [12] urethra caudally [23] rearward [5] [4] [21] be attached [24] the skin", "[13] of [20] [16] steps [22] [7] [9] free [6] [17] from [19] pelvis [11] the veterinarian [8] [14] [10] [15] [18] [12] urethra caudally [23] rearward [5] [4] [21] be attached [24] the skin", "[13] of [20] [16] steps [22] [7] [9] free [6] [17] from [19] pelvis [11] the veterinarian [8] [14] [10] [15] [18] [12] urethra caudally [23] rearward [5] it [21] be attached [24] the skin", "[13] of [20] [16] steps [22] [7] [9] free [6] [17] from [19] pelvis [11] the veterinarian [8] [14] [10] [15] [18] [12] urethra caudally [23] rearward so it [21] be attached [24] the skin", "[13] of [20] [16] steps [22] [7] [9] free the [17] from [19] pelvis [11] the veterinarian [8] [14] [10] [15] [18] [12] urethra caudally [23] rearward so it [21] be attached [24] the skin", "[13] of [20] [16] steps [22] necessary [9] free the [17] from [19] pelvis [11] the veterinarian [8] [14] [10] [15] [18] [12] urethra caudally [23] rearward so it [21] be attached [24] the skin", "[13] of [20] [16] steps [22] necessary [9] free the [17] from [19] pelvis [11] the veterinarian to [14] [10] [15] [18] [12] urethra caudally [23] rearward so it [21] be attached [24] the skin", "[13] of [20] [16] steps [22] necessary to free the [17] from [19] pelvis [11] the veterinarian to [14] [10] [15] [18] [12] urethra caudally [23] rearward so it [21] be attached [24] the skin", "[13] of [20] [16] steps [22] necessary to free the [17] from [19] pelvis [11] the veterinarian to [14] the [15] [18] [12] urethra caudally [23] rearward so it [21] be attached [24] the skin", "[13] of [20] [16] steps [22] necessary to free the [17] from [19] pelvis allowing the veterinarian to [14] the [15] [18] [12] urethra caudally [23] rearward so it [21] be attached [24] the skin", "[13] of [20] [16] steps [22] necessary to free the [17] from [19] pelvis allowing the veterinarian to [14] the [15] [18] pelvic urethra caudally [23] rearward so it [21] be attached [24] the skin", "All of [20] [16] steps [22] necessary to free the [17] from [19] pelvis allowing the veterinarian to [14] the [15] [18] pelvic urethra caudally [23] rearward so it [21] be attached [24] the skin", "All of [20] [16] steps [22] necessary to free the [17] from [19] pelvis allowing the veterinarian to move the [15] [18] pelvic urethra caudally [23] rearward so it [21] be attached [24] the skin", "All of [20] [16] steps [22] necessary to free the [17] from [19] pelvis allowing the veterinarian to move the significantly [18] pelvic urethra caudally [23] rearward so it [21] be attached [24] the skin", "All of [20] dissection steps [22] necessary to free the [17] from [19] pelvis allowing the veterinarian to move the significantly [18] pelvic urethra caudally [23] rearward so it [21] be attached [24] the skin", "All of [20] dissection steps [22] necessary to free the penis from [19] pelvis allowing the veterinarian to move the significantly [18] pelvic urethra caudally [23] rearward so it [21] be attached [24] the skin", "All of [20] dissection steps [22] necessary to free the penis from [19] pelvis allowing the veterinarian to move the significantly wider pelvic urethra caudally [23] rearward so it [21] be attached [24] the skin", "All of [20] dissection steps [22] necessary to free the penis from the pelvis allowing the veterinarian to move the significantly wider pelvic urethra caudally [23] rearward so it [21] be attached [24] the skin", "All of these dissection steps [22] necessary to free the penis from the pelvis allowing the veterinarian to move the significantly wider pelvic urethra caudally [23] rearward so it [21] be attached [24] the skin", "All of these dissection steps [22] necessary to free the penis from the pelvis allowing the veterinarian to move the significantly wider pelvic urethra caudally [23] rearward so it can be attached [24] the skin", "All of these dissection steps are necessary to free the penis from the pelvis allowing the veterinarian to move the significantly wider pelvic urethra caudally [23] rearward so it can be attached [24] the skin", "All of these dissection steps are necessary to free the penis from the pelvis allowing the veterinarian to move the significantly wider pelvic urethra caudally or rearward so it can be attached [24] the skin"]}, "config": {"list": [[1, "steps"], [2, "be"], [3, "from"], [4, "it"], [5, "so"], [6, "the"], [7, "necessary"], [8, "to"], [9, "to"], [10, "the"], [11, "allowing"], [12, "pelvic"], [13, "All"], [14, "move"], [15, "significantly"], [16, "dissection"], [17, "penis"], [18, "wider"], [19, "the"], [20, "these"], [21, "can"], [22, "are"], [23, "or"], [24, "to"]], "num_pairs": 24, "num_sentences": 43652, "original_sentence": "All of these dissection steps are necessary to free the penis from the pelvis, allowing the veterinarian to move the significantly wider pelvic urethra caudally (or rearward) so it can be attached to the skin.", "sentence": "[13] of [20] [16] [1] [22] [7] [9] free [6] [17] [3] [19] pelvis [11] the veterinarian [8] [14] [10] [15] [18] [12] urethra caudally [23] rearward [5] [4] [21] [2] attached [24] the skin", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0221", "problem_name": "task18_0221"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHe [20] at [23] [15] [19] [22] Forts [5] [4] [18] during [17] [7] [12] [2] [1] [3] on [10] [16] [8] [11] of [13] [6] [21] [24] Kent Regiment [9] [14]\nList:\n[(1, and), (2, War), (3, went), (4, August), (5, in), (6, Buffs), (7, Second), (8, commanding), (9, in), (10, to), (11, officer), (12, Opium), (13, the), (14, 1886), (15, Battle), (16, become), (17, the), (18, 1860), (19, of), (20, fought), (21, Royal), (22, Taku), (23, the), (24, East)]", "label": {"final": "He fought at the Battle of Taku Forts in August 1860 during the Second Opium War and went on to become commanding officer of the Buffs Royal East Kent Regiment in 1886", "init": "He [20] at [23] [15] [19] [22] Forts [5] [4] [18] during [17] [7] [12] [2] [1] [3] on [10] [16] [8] [11] of [13] [6] [21] [24] Kent Regiment [9] [14]", "intermediate": ["He [20] at [23] [15] [19] [22] Forts [5] [4] [18] during [17] [7] [12] [2] and [3] on [10] [16] [8] [11] of [13] [6] [21] [24] Kent Regiment [9] [14]", "He [20] at [23] [15] [19] [22] Forts [5] [4] [18] during [17] [7] [12] War and [3] on [10] [16] [8] [11] of [13] [6] [21] [24] Kent Regiment [9] [14]", "He [20] at [23] [15] [19] [22] Forts [5] [4] [18] during [17] [7] [12] War and went on [10] [16] [8] [11] of [13] [6] [21] [24] Kent Regiment [9] [14]", "He [20] at [23] [15] [19] [22] Forts [5] August [18] during [17] [7] [12] War and went on [10] [16] [8] [11] of [13] [6] [21] [24] Kent Regiment [9] [14]", "He [20] at [23] [15] [19] [22] Forts in August [18] during [17] [7] [12] War and went on [10] [16] [8] [11] of [13] [6] [21] [24] Kent Regiment [9] [14]", "He [20] at [23] [15] [19] [22] Forts in August [18] during [17] [7] [12] War and went on [10] [16] [8] [11] of [13] Buffs [21] [24] Kent Regiment [9] [14]", "He [20] at [23] [15] [19] [22] Forts in August [18] during [17] Second [12] War and went on [10] [16] [8] [11] of [13] Buffs [21] [24] Kent Regiment [9] [14]", "He [20] at [23] [15] [19] [22] Forts in August [18] during [17] Second [12] War and went on [10] [16] commanding [11] of [13] Buffs [21] [24] Kent Regiment [9] [14]", "He [20] at [23] [15] [19] [22] Forts in August [18] during [17] Second [12] War and went on [10] [16] commanding [11] of [13] Buffs [21] [24] Kent Regiment in [14]", "He [20] at [23] [15] [19] [22] Forts in August [18] during [17] Second [12] War and went on to [16] commanding [11] of [13] Buffs [21] [24] Kent Regiment in [14]", "He [20] at [23] [15] [19] [22] Forts in August [18] during [17] Second [12] War and went on to [16] commanding officer of [13] Buffs [21] [24] Kent Regiment in [14]", "He [20] at [23] [15] [19] [22] Forts in August [18] during [17] Second Opium War and went on to [16] commanding officer of [13] Buffs [21] [24] Kent Regiment in [14]", "He [20] at [23] [15] [19] [22] Forts in August [18] during [17] Second Opium War and went on to [16] commanding officer of the Buffs [21] [24] Kent Regiment in [14]", "He [20] at [23] [15] [19] [22] Forts in August [18] during [17] Second Opium War and went on to [16] commanding officer of the Buffs [21] [24] Kent Regiment in 1886", "He [20] at [23] Battle [19] [22] Forts in August [18] during [17] Second Opium War and went on to [16] commanding officer of the Buffs [21] [24] Kent Regiment in 1886", "He [20] at [23] Battle [19] [22] Forts in August [18] during [17] Second Opium War and went on to become commanding officer of the Buffs [21] [24] Kent Regiment in 1886", "He [20] at [23] Battle [19] [22] Forts in August [18] during the Second Opium War and went on to become commanding officer of the Buffs [21] [24] Kent Regiment in 1886", "He [20] at [23] Battle [19] [22] Forts in August 1860 during the Second Opium War and went on to become commanding officer of the Buffs [21] [24] Kent Regiment in 1886", "He [20] at [23] Battle of [22] Forts in August 1860 during the Second Opium War and went on to become commanding officer of the Buffs [21] [24] Kent Regiment in 1886", "He fought at [23] Battle of [22] Forts in August 1860 during the Second Opium War and went on to become commanding officer of the Buffs [21] [24] Kent Regiment in 1886", "He fought at [23] Battle of [22] Forts in August 1860 during the Second Opium War and went on to become commanding officer of the Buffs Royal [24] Kent Regiment in 1886", "He fought at [23] Battle of Taku Forts in August 1860 during the Second Opium War and went on to become commanding officer of the Buffs Royal [24] Kent Regiment in 1886", "He fought at the Battle of Taku Forts in August 1860 during the Second Opium War and went on to become commanding officer of the Buffs Royal [24] Kent Regiment in 1886"]}, "config": {"list": [[1, "and"], [2, "War"], [3, "went"], [4, "August"], [5, "in"], [6, "Buffs"], [7, "Second"], [8, "commanding"], [9, "in"], [10, "to"], [11, "officer"], [12, "Opium"], [13, "the"], [14, "1886"], [15, "Battle"], [16, "become"], [17, "the"], [18, "1860"], [19, "of"], [20, "fought"], [21, "Royal"], [22, "Taku"], [23, "the"], [24, "East"]], "num_pairs": 24, "num_sentences": 43652, "original_sentence": "He fought at the Battle of Taku Forts in August 1860 during the Second Opium War and went on to become commanding officer of the Buffs (Royal East Kent Regiment) in 1886.", "sentence": "He [20] at [23] [15] [19] [22] Forts [5] [4] [18] during [17] [7] [12] [2] [1] [3] on [10] [16] [8] [11] of [13] [6] [21] [24] Kent Regiment [9] [14]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0222", "problem_name": "task18_0222"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[11] [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] [16] [5] partners for [1] [10] including the [6] [14] [9] and [4] [23] Food [13] new community [22] [15] the [7] [12] Courage [2] [8] [3] underprivileged children\nList:\n[(1, local), (2, Award), (3, for), (4, Capitol), (5, vendor), (6, Maryland), (7, Ed), (8, Foundation), (9, Bank), (10, causes), (11, In), (12, Block), (13, Bank), (14, Food), (15, and), (16, its), (17, funds), (18, Tournament), (19, 2000), (20, established), (21, was), (22, playgrounds), (23, Area), (24, with)]", "label": {"final": "In 2000 the Shoppers Classic Charity Golf Tournament was established to raise funds along with its vendor partners for local causes including the Maryland Food Bank and Capitol Area Food Bank new community playgrounds and the Ed Block Courage Award Foundation for underprivileged children", "init": "[11] [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] [16] [5] partners for [1] [10] including the [6] [14] [9] and [4] [23] Food [13] new community [22] [15] the [7] [12] Courage [2] [8] [3] underprivileged children", "intermediate": ["[11] [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] [16] [5] partners for local [10] including the [6] [14] [9] and [4] [23] Food [13] new community [22] [15] the [7] [12] Courage [2] [8] [3] underprivileged children", "[11] [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] [16] [5] partners for local [10] including the [6] [14] [9] and [4] [23] Food [13] new community [22] [15] the [7] [12] Courage Award [8] [3] underprivileged children", "[11] [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] [16] [5] partners for local [10] including the [6] [14] [9] and [4] [23] Food [13] new community [22] [15] the [7] [12] Courage Award [8] for underprivileged children", "[11] [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] [16] [5] partners for local [10] including the [6] [14] [9] and Capitol [23] Food [13] new community [22] [15] the [7] [12] Courage Award [8] for underprivileged children", "[11] [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] [16] vendor partners for local [10] including the [6] [14] [9] and Capitol [23] Food [13] new community [22] [15] the [7] [12] Courage Award [8] for underprivileged children", "[11] [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] [16] vendor partners for local [10] including the Maryland [14] [9] and Capitol [23] Food [13] new community [22] [15] the [7] [12] Courage Award [8] for underprivileged children", "[11] [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] [16] vendor partners for local [10] including the Maryland [14] [9] and Capitol [23] Food [13] new community [22] [15] the Ed [12] Courage Award [8] for underprivileged children", "[11] [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] [16] vendor partners for local [10] including the Maryland [14] [9] and Capitol [23] Food [13] new community [22] [15] the Ed [12] Courage Award Foundation for underprivileged children", "[11] [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] [16] vendor partners for local [10] including the Maryland [14] Bank and Capitol [23] Food [13] new community [22] [15] the Ed [12] Courage Award Foundation for underprivileged children", "[11] [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] [16] vendor partners for local causes including the Maryland [14] Bank and Capitol [23] Food [13] new community [22] [15] the Ed [12] Courage Award Foundation for underprivileged children", "In [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] [16] vendor partners for local causes including the Maryland [14] Bank and Capitol [23] Food [13] new community [22] [15] the Ed [12] Courage Award Foundation for underprivileged children", "In [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] [16] vendor partners for local causes including the Maryland [14] Bank and Capitol [23] Food [13] new community [22] [15] the Ed Block Courage Award Foundation for underprivileged children", "In [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] [16] vendor partners for local causes including the Maryland [14] Bank and Capitol [23] Food Bank new community [22] [15] the Ed Block Courage Award Foundation for underprivileged children", "In [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] [16] vendor partners for local causes including the Maryland Food Bank and Capitol [23] Food Bank new community [22] [15] the Ed Block Courage Award Foundation for underprivileged children", "In [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] [16] vendor partners for local causes including the Maryland Food Bank and Capitol [23] Food Bank new community [22] and the Ed Block Courage Award Foundation for underprivileged children", "In [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] its vendor partners for local causes including the Maryland Food Bank and Capitol [23] Food Bank new community [22] and the Ed Block Courage Award Foundation for underprivileged children", "In [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise funds along [24] its vendor partners for local causes including the Maryland Food Bank and Capitol [23] Food Bank new community [22] and the Ed Block Courage Award Foundation for underprivileged children", "In [19] the Shoppers Classic Charity Golf Tournament [21] [20] to raise funds along [24] its vendor partners for local causes including the Maryland Food Bank and Capitol [23] Food Bank new community [22] and the Ed Block Courage Award Foundation for underprivileged children", "In 2000 the Shoppers Classic Charity Golf Tournament [21] [20] to raise funds along [24] its vendor partners for local causes including the Maryland Food Bank and Capitol [23] Food Bank new community [22] and the Ed Block Courage Award Foundation for underprivileged children", "In 2000 the Shoppers Classic Charity Golf Tournament [21] established to raise funds along [24] its vendor partners for local causes including the Maryland Food Bank and Capitol [23] Food Bank new community [22] and the Ed Block Courage Award Foundation for underprivileged children", "In 2000 the Shoppers Classic Charity Golf Tournament was established to raise funds along [24] its vendor partners for local causes including the Maryland Food Bank and Capitol [23] Food Bank new community [22] and the Ed Block Courage Award Foundation for underprivileged children", "In 2000 the Shoppers Classic Charity Golf Tournament was established to raise funds along [24] its vendor partners for local causes including the Maryland Food Bank and Capitol [23] Food Bank new community playgrounds and the Ed Block Courage Award Foundation for underprivileged children", "In 2000 the Shoppers Classic Charity Golf Tournament was established to raise funds along [24] its vendor partners for local causes including the Maryland Food Bank and Capitol Area Food Bank new community playgrounds and the Ed Block Courage Award Foundation for underprivileged children"]}, "config": {"list": [[1, "local"], [2, "Award"], [3, "for"], [4, "Capitol"], [5, "vendor"], [6, "Maryland"], [7, "Ed"], [8, "Foundation"], [9, "Bank"], [10, "causes"], [11, "In"], [12, "Block"], [13, "Bank"], [14, "Food"], [15, "and"], [16, "its"], [17, "funds"], [18, "Tournament"], [19, "2000"], [20, "established"], [21, "was"], [22, "playgrounds"], [23, "Area"], [24, "with"]], "num_pairs": 24, "num_sentences": 43652, "original_sentence": "In 2000, the Shoppers Classic Charity Golf Tournament was established to raise funds along with its vendor partners for local causes, including the Maryland Food Bank and Capitol Area Food Bank, new community playgrounds, and the Ed Block Courage Award Foundation for underprivileged children.", "sentence": "[11] [19] the Shoppers Classic Charity Golf [18] [21] [20] to raise [17] along [24] [16] [5] partners for [1] [10] including the [6] [14] [9] and [4] [23] Food [13] new community [22] [15] the [7] [12] Courage [2] [8] [3] underprivileged children", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0223", "problem_name": "task18_0223"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[17] [23] junction the [12] branched [2] on dual [20] across American Avenue [8] [9] Boulevard to enter [4] [16] [18] of [10] [14] cut diagonally [3] [1] city street grid [7] Long [11] [22] [19] forms [5] of [24] boundary of [15] [21] and the City [6] [13] Hill\nList:\n[(1, the), (2, southwesterly), (3, across), (4, a), (5, part), (6, of), (7, of), (8, Long), (9, Beach), (10, way), (11, Beach), (12, line), (13, Signal), (14, which), (15, Long), (16, private), (17, From), (18, right), (19, also), (20, tracks), (21, Beach), (22, and), (23, that), (24, the)]", "label": {"final": "From that junction the line branched southwesterly on dual tracks across American Avenue Long Beach Boulevard to enter a private right of way which cut diagonally across the city street grid of Long Beach and also forms part of the boundary of Long Beach and the City of Signal Hill", "init": "[17] [23] junction the [12] branched [2] on dual [20] across American Avenue [8] [9] Boulevard to enter [4] [16] [18] of [10] [14] cut diagonally [3] [1] city street grid [7] Long [11] [22] [19] forms [5] of [24] boundary of [15] [21] and the City [6] [13] Hill", "intermediate": ["[17] [23] junction the [12] branched [2] on dual [20] across American Avenue [8] [9] Boulevard to enter [4] [16] [18] of [10] [14] cut diagonally [3] the city street grid [7] Long [11] [22] [19] forms [5] of [24] boundary of [15] [21] and the City [6] [13] Hill", "[17] [23] junction the [12] branched southwesterly on dual [20] across American Avenue [8] [9] Boulevard to enter [4] [16] [18] of [10] [14] cut diagonally [3] the city street grid [7] Long [11] [22] [19] forms [5] of [24] boundary of [15] [21] and the City [6] [13] Hill", "[17] [23] junction the [12] branched southwesterly on dual [20] across American Avenue [8] [9] Boulevard to enter [4] [16] [18] of [10] [14] cut diagonally across the city street grid [7] Long [11] [22] [19] forms [5] of [24] boundary of [15] [21] and the City [6] [13] Hill", "[17] [23] junction the [12] branched southwesterly on dual [20] across American Avenue [8] [9] Boulevard to enter a [16] [18] of [10] [14] cut diagonally across the city street grid [7] Long [11] [22] [19] forms [5] of [24] boundary of [15] [21] and the City [6] [13] Hill", "[17] [23] junction the [12] branched southwesterly on dual [20] across American Avenue [8] [9] Boulevard to enter a [16] [18] of [10] [14] cut diagonally across the city street grid [7] Long [11] [22] [19] forms part of [24] boundary of [15] [21] and the City [6] [13] Hill", "[17] [23] junction the [12] branched southwesterly on dual [20] across American Avenue [8] [9] Boulevard to enter a [16] [18] of [10] [14] cut diagonally across the city street grid [7] Long [11] [22] [19] forms part of [24] boundary of [15] [21] and the City of [13] Hill", "[17] [23] junction the [12] branched southwesterly on dual [20] across American Avenue [8] [9] Boulevard to enter a [16] [18] of [10] [14] cut diagonally across the city street grid of Long [11] [22] [19] forms part of [24] boundary of [15] [21] and the City of [13] Hill", "[17] [23] junction the [12] branched southwesterly on dual [20] across American Avenue Long [9] Boulevard to enter a [16] [18] of [10] [14] cut diagonally across the city street grid of Long [11] [22] [19] forms part of [24] boundary of [15] [21] and the City of [13] Hill", "[17] [23] junction the [12] branched southwesterly on dual [20] across American Avenue Long Beach Boulevard to enter a [16] [18] of [10] [14] cut diagonally across the city street grid of Long [11] [22] [19] forms part of [24] boundary of [15] [21] and the City of [13] Hill", "[17] [23] junction the [12] branched southwesterly on dual [20] across American Avenue Long Beach Boulevard to enter a [16] [18] of way [14] cut diagonally across the city street grid of Long [11] [22] [19] forms part of [24] boundary of [15] [21] and the City of [13] Hill", "[17] [23] junction the [12] branched southwesterly on dual [20] across American Avenue Long Beach Boulevard to enter a [16] [18] of way [14] cut diagonally across the city street grid of Long Beach [22] [19] forms part of [24] boundary of [15] [21] and the City of [13] Hill", "[17] [23] junction the line branched southwesterly on dual [20] across American Avenue Long Beach Boulevard to enter a [16] [18] of way [14] cut diagonally across the city street grid of Long Beach [22] [19] forms part of [24] boundary of [15] [21] and the City of [13] Hill", "[17] [23] junction the line branched southwesterly on dual [20] across American Avenue Long Beach Boulevard to enter a [16] [18] of way [14] cut diagonally across the city street grid of Long Beach [22] [19] forms part of [24] boundary of [15] [21] and the City of Signal Hill", "[17] [23] junction the line branched southwesterly on dual [20] across American Avenue Long Beach Boulevard to enter a [16] [18] of way which cut diagonally across the city street grid of Long Beach [22] [19] forms part of [24] boundary of [15] [21] and the City of Signal Hill", "[17] [23] junction the line branched southwesterly on dual [20] across American Avenue Long Beach Boulevard to enter a [16] [18] of way which cut diagonally across the city street grid of Long Beach [22] [19] forms part of [24] boundary of Long [21] and the City of Signal Hill", "[17] [23] junction the line branched southwesterly on dual [20] across American Avenue Long Beach Boulevard to enter a private [18] of way which cut diagonally across the city street grid of Long Beach [22] [19] forms part of [24] boundary of Long [21] and the City of Signal Hill", "From [23] junction the line branched southwesterly on dual [20] across American Avenue Long Beach Boulevard to enter a private [18] of way which cut diagonally across the city street grid of Long Beach [22] [19] forms part of [24] boundary of Long [21] and the City of Signal Hill", "From [23] junction the line branched southwesterly on dual [20] across American Avenue Long Beach Boulevard to enter a private right of way which cut diagonally across the city street grid of Long Beach [22] [19] forms part of [24] boundary of Long [21] and the City of Signal Hill", "From [23] junction the line branched southwesterly on dual [20] across American Avenue Long Beach Boulevard to enter a private right of way which cut diagonally across the city street grid of Long Beach [22] also forms part of [24] boundary of Long [21] and the City of Signal Hill", "From [23] junction the line branched southwesterly on dual tracks across American Avenue Long Beach Boulevard to enter a private right of way which cut diagonally across the city street grid of Long Beach [22] also forms part of [24] boundary of Long [21] and the City of Signal Hill", "From [23] junction the line branched southwesterly on dual tracks across American Avenue Long Beach Boulevard to enter a private right of way which cut diagonally across the city street grid of Long Beach [22] also forms part of [24] boundary of Long Beach and the City of Signal Hill", "From [23] junction the line branched southwesterly on dual tracks across American Avenue Long Beach Boulevard to enter a private right of way which cut diagonally across the city street grid of Long Beach and also forms part of [24] boundary of Long Beach and the City of Signal Hill", "From that junction the line branched southwesterly on dual tracks across American Avenue Long Beach Boulevard to enter a private right of way which cut diagonally across the city street grid of Long Beach and also forms part of [24] boundary of Long Beach and the City of Signal Hill"]}, "config": {"list": [[1, "the"], [2, "southwesterly"], [3, "across"], [4, "a"], [5, "part"], [6, "of"], [7, "of"], [8, "Long"], [9, "Beach"], [10, "way"], [11, "Beach"], [12, "line"], [13, "Signal"], [14, "which"], [15, "Long"], [16, "private"], [17, "From"], [18, "right"], [19, "also"], [20, "tracks"], [21, "Beach"], [22, "and"], [23, "that"], [24, "the"]], "num_pairs": 24, "num_sentences": 43652, "original_sentence": "From that junction the line branched southwesterly on dual tracks across American Avenue (Long Beach Boulevard) to enter a private right of way which cut diagonally across the city street grid of Long Beach and also forms part of the boundary of Long Beach and the City of Signal Hill.", "sentence": "[17] [23] junction the [12] branched [2] on dual [20] across American Avenue [8] [9] Boulevard to enter [4] [16] [18] of [10] [14] cut diagonally [3] [1] city street grid [7] Long [11] [22] [19] forms [5] of [24] boundary of [15] [21] and the City [6] [13] Hill", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0224", "problem_name": "task18_0224"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nWith [22] [8] years [7] Andorran [15] [24] [2] expanded [5] 2011 by the [12] [13] [23] with the [17] [16] [10] medals [3] awards for [6] City [20] [21] [14] country [18] [11] Decree [4] [19] [1] [9]\nList:\n[(1, the), (2, was), (3, and), (4, by), (5, in), (6, the), (7, the), (8, following), (9, Parishes), (10, the), (11, by), (12, Inter), (13, Parish), (14, the), (15, honours), (16, of), (17, creation), (18, adopted), (19, all), (20, Guards), (21, of), (22, the), (23, Commission), (24, system)]", "label": {"final": "With the following years the Andorran honours system was expanded in 2011 by the Inter Parish Commission with the creation of the medals and awards for the City Guards of the country adopted by Decree by all the Parishes", "init": "With [22] [8] years [7] Andorran [15] [24] [2] expanded [5] 2011 by the [12] [13] [23] with the [17] [16] [10] medals [3] awards for [6] City [20] [21] [14] country [18] [11] Decree [4] [19] [1] [9]", "intermediate": ["With [22] [8] years [7] Andorran [15] [24] [2] expanded [5] 2011 by the [12] [13] [23] with the [17] [16] [10] medals [3] awards for [6] City [20] [21] [14] country [18] [11] Decree [4] [19] the [9]", "With [22] [8] years [7] Andorran [15] [24] was expanded [5] 2011 by the [12] [13] [23] with the [17] [16] [10] medals [3] awards for [6] City [20] [21] [14] country [18] [11] Decree [4] [19] the [9]", "With [22] [8] years [7] Andorran [15] [24] was expanded [5] 2011 by the [12] [13] [23] with the [17] [16] [10] medals and awards for [6] City [20] [21] [14] country [18] [11] Decree [4] [19] the [9]", "With [22] [8] years [7] Andorran [15] [24] was expanded [5] 2011 by the [12] [13] [23] with the [17] [16] [10] medals and awards for [6] City [20] [21] [14] country [18] [11] Decree by [19] the [9]", "With [22] [8] years [7] Andorran [15] [24] was expanded in 2011 by the [12] [13] [23] with the [17] [16] [10] medals and awards for [6] City [20] [21] [14] country [18] [11] Decree by [19] the [9]", "With [22] [8] years [7] Andorran [15] [24] was expanded in 2011 by the [12] [13] [23] with the [17] [16] [10] medals and awards for the City [20] [21] [14] country [18] [11] Decree by [19] the [9]", "With [22] [8] years the Andorran [15] [24] was expanded in 2011 by the [12] [13] [23] with the [17] [16] [10] medals and awards for the City [20] [21] [14] country [18] [11] Decree by [19] the [9]", "With [22] following years the Andorran [15] [24] was expanded in 2011 by the [12] [13] [23] with the [17] [16] [10] medals and awards for the City [20] [21] [14] country [18] [11] Decree by [19] the [9]", "With [22] following years the Andorran [15] [24] was expanded in 2011 by the [12] [13] [23] with the [17] [16] [10] medals and awards for the City [20] [21] [14] country [18] [11] Decree by [19] the Parishes", "With [22] following years the Andorran [15] [24] was expanded in 2011 by the [12] [13] [23] with the [17] [16] the medals and awards for the City [20] [21] [14] country [18] [11] Decree by [19] the Parishes", "With [22] following years the Andorran [15] [24] was expanded in 2011 by the [12] [13] [23] with the [17] [16] the medals and awards for the City [20] [21] [14] country [18] by Decree by [19] the Parishes", "With [22] following years the Andorran [15] [24] was expanded in 2011 by the Inter [13] [23] with the [17] [16] the medals and awards for the City [20] [21] [14] country [18] by Decree by [19] the Parishes", "With [22] following years the Andorran [15] [24] was expanded in 2011 by the Inter Parish [23] with the [17] [16] the medals and awards for the City [20] [21] [14] country [18] by Decree by [19] the Parishes", "With [22] following years the Andorran [15] [24] was expanded in 2011 by the Inter Parish [23] with the [17] [16] the medals and awards for the City [20] [21] the country [18] by Decree by [19] the Parishes", "With [22] following years the Andorran honours [24] was expanded in 2011 by the Inter Parish [23] with the [17] [16] the medals and awards for the City [20] [21] the country [18] by Decree by [19] the Parishes", "With [22] following years the Andorran honours [24] was expanded in 2011 by the Inter Parish [23] with the [17] of the medals and awards for the City [20] [21] the country [18] by Decree by [19] the Parishes", "With [22] following years the Andorran honours [24] was expanded in 2011 by the Inter Parish [23] with the creation of the medals and awards for the City [20] [21] the country [18] by Decree by [19] the Parishes", "With [22] following years the Andorran honours [24] was expanded in 2011 by the Inter Parish [23] with the creation of the medals and awards for the City [20] [21] the country adopted by Decree by [19] the Parishes", "With [22] following years the Andorran honours [24] was expanded in 2011 by the Inter Parish [23] with the creation of the medals and awards for the City [20] [21] the country adopted by Decree by all the Parishes", "With [22] following years the Andorran honours [24] was expanded in 2011 by the Inter Parish [23] with the creation of the medals and awards for the City Guards [21] the country adopted by Decree by all the Parishes", "With [22] following years the Andorran honours [24] was expanded in 2011 by the Inter Parish [23] with the creation of the medals and awards for the City Guards of the country adopted by Decree by all the Parishes", "With the following years the Andorran honours [24] was expanded in 2011 by the Inter Parish [23] with the creation of the medals and awards for the City Guards of the country adopted by Decree by all the Parishes", "With the following years the Andorran honours [24] was expanded in 2011 by the Inter Parish Commission with the creation of the medals and awards for the City Guards of the country adopted by Decree by all the Parishes"]}, "config": {"list": [[1, "the"], [2, "was"], [3, "and"], [4, "by"], [5, "in"], [6, "the"], [7, "the"], [8, "following"], [9, "Parishes"], [10, "the"], [11, "by"], [12, "Inter"], [13, "Parish"], [14, "the"], [15, "honours"], [16, "of"], [17, "creation"], [18, "adopted"], [19, "all"], [20, "Guards"], [21, "of"], [22, "the"], [23, "Commission"], [24, "system"]], "num_pairs": 24, "num_sentences": 43652, "original_sentence": "With the following years, the Andorran honours system was expanded in 2011 by the Inter-Parish Commission with the creation of the medals and awards for the City Guards of the country, adopted by Decree by all the Parishes.", "sentence": "With [22] [8] years [7] Andorran [15] [24] [2] expanded [5] 2011 by the [12] [13] [23] with the [17] [16] [10] medals [3] awards for [6] City [20] [21] [14] country [18] [11] Decree [4] [19] [1] [9]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0225", "problem_name": "task18_0225"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[9] their [15] [6] they were able [7] [3] [2] services [8] [18] McCord [22] Academy Award [1] [20] [21] Conrad Hall [10] [5] [13] [4] for [11] [16] [19] [14] [17] who [23] [12] [24] win three Academy Awards\nList:\n[(1, nominated), (2, the), (3, obtain), (4, hired), (5, camera), (6, budget), (7, to), (8, of), (9, Despite), (10, a), (11, his), (12, on), (13, operator), (14, shoot), (15, modest), (16, ability), (17, underwater), (18, Ted), (19, to), (20, cinematographer), (21, and), (22, an), (23, went), (24, to)]", "label": {"final": "Despite their modest budget they were able to obtain the services of Ted McCord an Academy Award nominated cinematographer and Conrad Hall a camera operator hired for his ability to shoot underwater who went on to win three Academy Awards", "init": "[9] their [15] [6] they were able [7] [3] [2] services [8] [18] McCord [22] Academy Award [1] [20] [21] Conrad Hall [10] [5] [13] [4] for [11] [16] [19] [14] [17] who [23] [12] [24] win three Academy Awards", "intermediate": ["[9] their [15] [6] they were able [7] [3] [2] services [8] [18] McCord [22] Academy Award nominated [20] [21] Conrad Hall [10] [5] [13] [4] for [11] [16] [19] [14] [17] who [23] [12] [24] win three Academy Awards", "[9] their [15] [6] they were able [7] [3] the services [8] [18] McCord [22] Academy Award nominated [20] [21] Conrad Hall [10] [5] [13] [4] for [11] [16] [19] [14] [17] who [23] [12] [24] win three Academy Awards", "[9] their [15] [6] they were able [7] obtain the services [8] [18] McCord [22] Academy Award nominated [20] [21] Conrad Hall [10] [5] [13] [4] for [11] [16] [19] [14] [17] who [23] [12] [24] win three Academy Awards", "[9] their [15] [6] they were able [7] obtain the services [8] [18] McCord [22] Academy Award nominated [20] [21] Conrad Hall [10] [5] [13] hired for [11] [16] [19] [14] [17] who [23] [12] [24] win three Academy Awards", "[9] their [15] [6] they were able [7] obtain the services [8] [18] McCord [22] Academy Award nominated [20] [21] Conrad Hall [10] camera [13] hired for [11] [16] [19] [14] [17] who [23] [12] [24] win three Academy Awards", "[9] their [15] budget they were able [7] obtain the services [8] [18] McCord [22] Academy Award nominated [20] [21] Conrad Hall [10] camera [13] hired for [11] [16] [19] [14] [17] who [23] [12] [24] win three Academy Awards", "[9] their [15] budget they were able to obtain the services [8] [18] McCord [22] Academy Award nominated [20] [21] Conrad Hall [10] camera [13] hired for [11] [16] [19] [14] [17] who [23] [12] [24] win three Academy Awards", "[9] their [15] budget they were able to obtain the services of [18] McCord [22] Academy Award nominated [20] [21] Conrad Hall [10] camera [13] hired for [11] [16] [19] [14] [17] who [23] [12] [24] win three Academy Awards", "Despite their [15] budget they were able to obtain the services of [18] McCord [22] Academy Award nominated [20] [21] Conrad Hall [10] camera [13] hired for [11] [16] [19] [14] [17] who [23] [12] [24] win three Academy Awards", "Despite their [15] budget they were able to obtain the services of [18] McCord [22] Academy Award nominated [20] [21] Conrad Hall a camera [13] hired for [11] [16] [19] [14] [17] who [23] [12] [24] win three Academy Awards", "Despite their [15] budget they were able to obtain the services of [18] McCord [22] Academy Award nominated [20] [21] Conrad Hall a camera [13] hired for his [16] [19] [14] [17] who [23] [12] [24] win three Academy Awards", "Despite their [15] budget they were able to obtain the services of [18] McCord [22] Academy Award nominated [20] [21] Conrad Hall a camera [13] hired for his [16] [19] [14] [17] who [23] on [24] win three Academy Awards", "Despite their [15] budget they were able to obtain the services of [18] McCord [22] Academy Award nominated [20] [21] Conrad Hall a camera operator hired for his [16] [19] [14] [17] who [23] on [24] win three Academy Awards", "Despite their [15] budget they were able to obtain the services of [18] McCord [22] Academy Award nominated [20] [21] Conrad Hall a camera operator hired for his [16] [19] shoot [17] who [23] on [24] win three Academy Awards", "Despite their modest budget they were able to obtain the services of [18] McCord [22] Academy Award nominated [20] [21] Conrad Hall a camera operator hired for his [16] [19] shoot [17] who [23] on [24] win three Academy Awards", "Despite their modest budget they were able to obtain the services of [18] McCord [22] Academy Award nominated [20] [21] Conrad Hall a camera operator hired for his ability [19] shoot [17] who [23] on [24] win three Academy Awards", "Despite their modest budget they were able to obtain the services of [18] McCord [22] Academy Award nominated [20] [21] Conrad Hall a camera operator hired for his ability [19] shoot underwater who [23] on [24] win three Academy Awards", "Despite their modest budget they were able to obtain the services of Ted McCord [22] Academy Award nominated [20] [21] Conrad Hall a camera operator hired for his ability [19] shoot underwater who [23] on [24] win three Academy Awards", "Despite their modest budget they were able to obtain the services of Ted McCord [22] Academy Award nominated [20] [21] Conrad Hall a camera operator hired for his ability to shoot underwater who [23] on [24] win three Academy Awards", "Despite their modest budget they were able to obtain the services of Ted McCord [22] Academy Award nominated cinematographer [21] Conrad Hall a camera operator hired for his ability to shoot underwater who [23] on [24] win three Academy Awards", "Despite their modest budget they were able to obtain the services of Ted McCord [22] Academy Award nominated cinematographer and Conrad Hall a camera operator hired for his ability to shoot underwater who [23] on [24] win three Academy Awards", "Despite their modest budget they were able to obtain the services of Ted McCord an Academy Award nominated cinematographer and Conrad Hall a camera operator hired for his ability to shoot underwater who [23] on [24] win three Academy Awards", "Despite their modest budget they were able to obtain the services of Ted McCord an Academy Award nominated cinematographer and Conrad Hall a camera operator hired for his ability to shoot underwater who went on [24] win three Academy Awards"]}, "config": {"list": [[1, "nominated"], [2, "the"], [3, "obtain"], [4, "hired"], [5, "camera"], [6, "budget"], [7, "to"], [8, "of"], [9, "Despite"], [10, "a"], [11, "his"], [12, "on"], [13, "operator"], [14, "shoot"], [15, "modest"], [16, "ability"], [17, "underwater"], [18, "Ted"], [19, "to"], [20, "cinematographer"], [21, "and"], [22, "an"], [23, "went"], [24, "to"]], "num_pairs": 24, "num_sentences": 43652, "original_sentence": "Despite their modest budget, they were able to obtain the services of Ted McCord, an Academy Award nominated cinematographer, and Conrad Hall, a camera operator hired for his ability to shoot underwater, who went on to win three Academy Awards.", "sentence": "[9] their [15] [6] they were able [7] [3] [2] services [8] [18] McCord [22] Academy Award [1] [20] [21] Conrad Hall [10] [5] [13] [4] for [11] [16] [19] [14] [17] who [23] [12] [24] win three Academy Awards", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0226", "problem_name": "task18_0226"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[2] acquired [9] [3] [24] 1999 [23] [21] [11] [18] [20] acquire [5] Shoppers brand [13] [19] [15] [22] [6] third [1] [16] [4] [10] [12] Washington [14] [7] [8] in [17] and volume\nList:\n[(1, largest), (2, SuperValu), (3, Holdings), (4, chain), (5, the), (6, the), (7, C), (8, region), (9, Richfood), (10, in), (11, in), (12, the), (13, which), (14, D), (15, by), (16, supermarket), (17, sales), (18, part), (19, was), (20, to), (21, large), (22, then), (23, also), (24, in)]", "label": {"final": "SuperValu acquired Richfood Holdings in 1999 also large in part to acquire the Shoppers brand which was by then the third largest supermarket chain in the Washington D C region in sales and volume", "init": "[2] acquired [9] [3] [24] 1999 [23] [21] [11] [18] [20] acquire [5] Shoppers brand [13] [19] [15] [22] [6] third [1] [16] [4] [10] [12] Washington [14] [7] [8] in [17] and volume", "intermediate": ["[2] acquired [9] [3] [24] 1999 [23] [21] [11] [18] [20] acquire [5] Shoppers brand [13] [19] [15] [22] [6] third largest [16] [4] [10] [12] Washington [14] [7] [8] in [17] and volume", "SuperValu acquired [9] [3] [24] 1999 [23] [21] [11] [18] [20] acquire [5] Shoppers brand [13] [19] [15] [22] [6] third largest [16] [4] [10] [12] Washington [14] [7] [8] in [17] and volume", "SuperValu acquired [9] Holdings [24] 1999 [23] [21] [11] [18] [20] acquire [5] Shoppers brand [13] [19] [15] [22] [6] third largest [16] [4] [10] [12] Washington [14] [7] [8] in [17] and volume", "SuperValu acquired [9] Holdings [24] 1999 [23] [21] [11] [18] [20] acquire [5] Shoppers brand [13] [19] [15] [22] [6] third largest [16] chain [10] [12] Washington [14] [7] [8] in [17] and volume", "SuperValu acquired [9] Holdings [24] 1999 [23] [21] [11] [18] [20] acquire the Shoppers brand [13] [19] [15] [22] [6] third largest [16] chain [10] [12] Washington [14] [7] [8] in [17] and volume", "SuperValu acquired [9] Holdings [24] 1999 [23] [21] [11] [18] [20] acquire the Shoppers brand [13] [19] [15] [22] the third largest [16] chain [10] [12] Washington [14] [7] [8] in [17] and volume", "SuperValu acquired [9] Holdings [24] 1999 [23] [21] [11] [18] [20] acquire the Shoppers brand [13] [19] [15] [22] the third largest [16] chain [10] [12] Washington [14] C [8] in [17] and volume", "SuperValu acquired [9] Holdings [24] 1999 [23] [21] [11] [18] [20] acquire the Shoppers brand [13] [19] [15] [22] the third largest [16] chain [10] [12] Washington [14] C region in [17] and volume", "SuperValu acquired Richfood Holdings [24] 1999 [23] [21] [11] [18] [20] acquire the Shoppers brand [13] [19] [15] [22] the third largest [16] chain [10] [12] Washington [14] C region in [17] and volume", "SuperValu acquired Richfood Holdings [24] 1999 [23] [21] [11] [18] [20] acquire the Shoppers brand [13] [19] [15] [22] the third largest [16] chain in [12] Washington [14] C region in [17] and volume", "SuperValu acquired Richfood Holdings [24] 1999 [23] [21] in [18] [20] acquire the Shoppers brand [13] [19] [15] [22] the third largest [16] chain in [12] Washington [14] C region in [17] and volume", "SuperValu acquired Richfood Holdings [24] 1999 [23] [21] in [18] [20] acquire the Shoppers brand [13] [19] [15] [22] the third largest [16] chain in the Washington [14] C region in [17] and volume", "SuperValu acquired Richfood Holdings [24] 1999 [23] [21] in [18] [20] acquire the Shoppers brand which [19] [15] [22] the third largest [16] chain in the Washington [14] C region in [17] and volume", "SuperValu acquired Richfood Holdings [24] 1999 [23] [21] in [18] [20] acquire the Shoppers brand which [19] [15] [22] the third largest [16] chain in the Washington D C region in [17] and volume", "SuperValu acquired Richfood Holdings [24] 1999 [23] [21] in [18] [20] acquire the Shoppers brand which [19] by [22] the third largest [16] chain in the Washington D C region in [17] and volume", "SuperValu acquired Richfood Holdings [24] 1999 [23] [21] in [18] [20] acquire the Shoppers brand which [19] by [22] the third largest supermarket chain in the Washington D C region in [17] and volume", "SuperValu acquired Richfood Holdings [24] 1999 [23] [21] in [18] [20] acquire the Shoppers brand which [19] by [22] the third largest supermarket chain in the Washington D C region in sales and volume", "SuperValu acquired Richfood Holdings [24] 1999 [23] [21] in part [20] acquire the Shoppers brand which [19] by [22] the third largest supermarket chain in the Washington D C region in sales and volume", "SuperValu acquired Richfood Holdings [24] 1999 [23] [21] in part [20] acquire the Shoppers brand which was by [22] the third largest supermarket chain in the Washington D C region in sales and volume", "SuperValu acquired Richfood Holdings [24] 1999 [23] [21] in part to acquire the Shoppers brand which was by [22] the third largest supermarket chain in the Washington D C region in sales and volume", "SuperValu acquired Richfood Holdings [24] 1999 [23] large in part to acquire the Shoppers brand which was by [22] the third largest supermarket chain in the Washington D C region in sales and volume", "SuperValu acquired Richfood Holdings [24] 1999 [23] large in part to acquire the Shoppers brand which was by then the third largest supermarket chain in the Washington D C region in sales and volume", "SuperValu acquired Richfood Holdings [24] 1999 also large in part to acquire the Shoppers brand which was by then the third largest supermarket chain in the Washington D C region in sales and volume"]}, "config": {"list": [[1, "largest"], [2, "SuperValu"], [3, "Holdings"], [4, "chain"], [5, "the"], [6, "the"], [7, "C"], [8, "region"], [9, "Richfood"], [10, "in"], [11, "in"], [12, "the"], [13, "which"], [14, "D"], [15, "by"], [16, "supermarket"], [17, "sales"], [18, "part"], [19, "was"], [20, "to"], [21, "large"], [22, "then"], [23, "also"], [24, "in"]], "num_pairs": 24, "num_sentences": 43652, "original_sentence": "SuperValu acquired Richfood Holdings in 1999, also large in part to acquire the Shoppers brand, which was by then the third largest supermarket chain in the Washington, D.C., region in sales and volume.", "sentence": "[2] acquired [9] [3] [24] 1999 [23] [21] [11] [18] [20] acquire [5] Shoppers brand [13] [19] [15] [22] [6] third [1] [16] [4] [10] [12] Washington [14] [7] [8] in [17] and volume", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0227", "problem_name": "task18_0227"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe total [7] population change [22] 2008 [3] all [14] [24] moves [19] municipal [4] was [12] [9] [5] [21] [15] [17] [1] Swiss [11] [8] by [10] [20] there were 320 [18] who [2] single [23] never [13] in [16] [6]\nList:\n[(1, non), (2, were), (3, from), (4, borders), (5, of), (6, municipality), (7, Swiss), (8, decreased), (9, increase), (10, 12), (11, population), (12, an), (13, married), (14, sources), (15, and), (16, the), (17, the), (18, people), (19, across), (20, people), (21, 39), (22, in), (23, and), (24, including)]", "label": {"final": "The total Swiss population change in 2008 from all sources including moves across municipal borders was an increase of 39 and the non Swiss population decreased by 12 people there were 320 people who were single and never married in the municipality", "init": "The total [7] population change [22] 2008 [3] all [14] [24] moves [19] municipal [4] was [12] [9] [5] [21] [15] [17] [1] Swiss [11] [8] by [10] [20] there were 320 [18] who [2] single [23] never [13] in [16] [6]", "intermediate": ["The total [7] population change [22] 2008 [3] all [14] [24] moves [19] municipal [4] was [12] [9] [5] [21] [15] [17] non Swiss [11] [8] by [10] [20] there were 320 [18] who [2] single [23] never [13] in [16] [6]", "The total [7] population change [22] 2008 [3] all [14] [24] moves [19] municipal [4] was [12] [9] [5] [21] [15] [17] non Swiss [11] [8] by [10] [20] there were 320 [18] who were single [23] never [13] in [16] [6]", "The total [7] population change [22] 2008 from all [14] [24] moves [19] municipal [4] was [12] [9] [5] [21] [15] [17] non Swiss [11] [8] by [10] [20] there were 320 [18] who were single [23] never [13] in [16] [6]", "The total [7] population change [22] 2008 from all [14] [24] moves [19] municipal borders was [12] [9] [5] [21] [15] [17] non Swiss [11] [8] by [10] [20] there were 320 [18] who were single [23] never [13] in [16] [6]", "The total [7] population change [22] 2008 from all [14] [24] moves [19] municipal borders was [12] [9] of [21] [15] [17] non Swiss [11] [8] by [10] [20] there were 320 [18] who were single [23] never [13] in [16] [6]", "The total [7] population change [22] 2008 from all [14] [24] moves [19] municipal borders was [12] [9] of [21] [15] [17] non Swiss [11] [8] by [10] [20] there were 320 [18] who were single [23] never [13] in [16] municipality", "The total Swiss population change [22] 2008 from all [14] [24] moves [19] municipal borders was [12] [9] of [21] [15] [17] non Swiss [11] [8] by [10] [20] there were 320 [18] who were single [23] never [13] in [16] municipality", "The total Swiss population change [22] 2008 from all [14] [24] moves [19] municipal borders was [12] [9] of [21] [15] [17] non Swiss [11] decreased by [10] [20] there were 320 [18] who were single [23] never [13] in [16] municipality", "The total Swiss population change [22] 2008 from all [14] [24] moves [19] municipal borders was [12] increase of [21] [15] [17] non Swiss [11] decreased by [10] [20] there were 320 [18] who were single [23] never [13] in [16] municipality", "The total Swiss population change [22] 2008 from all [14] [24] moves [19] municipal borders was [12] increase of [21] [15] [17] non Swiss [11] decreased by 12 [20] there were 320 [18] who were single [23] never [13] in [16] municipality", "The total Swiss population change [22] 2008 from all [14] [24] moves [19] municipal borders was [12] increase of [21] [15] [17] non Swiss population decreased by 12 [20] there were 320 [18] who were single [23] never [13] in [16] municipality", "The total Swiss population change [22] 2008 from all [14] [24] moves [19] municipal borders was an increase of [21] [15] [17] non Swiss population decreased by 12 [20] there were 320 [18] who were single [23] never [13] in [16] municipality", "The total Swiss population change [22] 2008 from all [14] [24] moves [19] municipal borders was an increase of [21] [15] [17] non Swiss population decreased by 12 [20] there were 320 [18] who were single [23] never married in [16] municipality", "The total Swiss population change [22] 2008 from all sources [24] moves [19] municipal borders was an increase of [21] [15] [17] non Swiss population decreased by 12 [20] there were 320 [18] who were single [23] never married in [16] municipality", "The total Swiss population change [22] 2008 from all sources [24] moves [19] municipal borders was an increase of [21] and [17] non Swiss population decreased by 12 [20] there were 320 [18] who were single [23] never married in [16] municipality", "The total Swiss population change [22] 2008 from all sources [24] moves [19] municipal borders was an increase of [21] and [17] non Swiss population decreased by 12 [20] there were 320 [18] who were single [23] never married in the municipality", "The total Swiss population change [22] 2008 from all sources [24] moves [19] municipal borders was an increase of [21] and the non Swiss population decreased by 12 [20] there were 320 [18] who were single [23] never married in the municipality", "The total Swiss population change [22] 2008 from all sources [24] moves [19] municipal borders was an increase of [21] and the non Swiss population decreased by 12 [20] there were 320 people who were single [23] never married in the municipality", "The total Swiss population change [22] 2008 from all sources [24] moves across municipal borders was an increase of [21] and the non Swiss population decreased by 12 [20] there were 320 people who were single [23] never married in the municipality", "The total Swiss population change [22] 2008 from all sources [24] moves across municipal borders was an increase of [21] and the non Swiss population decreased by 12 people there were 320 people who were single [23] never married in the municipality", "The total Swiss population change [22] 2008 from all sources [24] moves across municipal borders was an increase of 39 and the non Swiss population decreased by 12 people there were 320 people who were single [23] never married in the municipality", "The total Swiss population change in 2008 from all sources [24] moves across municipal borders was an increase of 39 and the non Swiss population decreased by 12 people there were 320 people who were single [23] never married in the municipality", "The total Swiss population change in 2008 from all sources [24] moves across municipal borders was an increase of 39 and the non Swiss population decreased by 12 people there were 320 people who were single and never married in the municipality"]}, "config": {"list": [[1, "non"], [2, "were"], [3, "from"], [4, "borders"], [5, "of"], [6, "municipality"], [7, "Swiss"], [8, "decreased"], [9, "increase"], [10, "12"], [11, "population"], [12, "an"], [13, "married"], [14, "sources"], [15, "and"], [16, "the"], [17, "the"], [18, "people"], [19, "across"], [20, "people"], [21, "39"], [22, "in"], [23, "and"], [24, "including"]], "num_pairs": 24, "num_sentences": 43652, "original_sentence": "The total Swiss population change in 2008 (from all sources, including moves across municipal borders) was an increase of 39 and the non-Swiss population decreased by 12 people. , there were 320 people who were single and never married in the municipality.", "sentence": "The total [7] population change [22] 2008 [3] all [14] [24] moves [19] municipal [4] was [12] [9] [5] [21] [15] [17] [1] Swiss [11] [8] by [10] [20] there were 320 [18] who [2] single [23] never [13] in [16] [6]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0228", "problem_name": "task18_0228"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[17] full [8] [9] [18] play [2] the left [23] the [21] [1] [7] [19] [6] [15] Southampton [13] [11] [10] for Salisbury City [5] [16] [12] [22] Eastleigh [4] [20] [3] and [14] Town [24]\nList:\n[(1, Coak), (2, on), (3, Town), (4, Aerostructures), (5, Waterlooville), (6, career), (7, began), (8, back), (9, who), (10, played), (11, later), (12, Borough), (13, and), (14, Fareham), (15, with), (16, Gosport), (17, A), (18, could), (19, his), (20, Romsey), (21, right), (22, Bashley), (23, or), (24, Veterans)]", "label": {"final": "A full back who could play on the left or the right Coak began his career with Southampton and later played for Salisbury City Waterlooville Gosport Borough Bashley Eastleigh Aerostructures Romsey Town and Fareham Town Veterans", "init": "[17] full [8] [9] [18] play [2] the left [23] the [21] [1] [7] [19] [6] [15] Southampton [13] [11] [10] for Salisbury City [5] [16] [12] [22] Eastleigh [4] [20] [3] and [14] Town [24]", "intermediate": ["[17] full [8] [9] [18] play [2] the left [23] the [21] Coak [7] [19] [6] [15] Southampton [13] [11] [10] for Salisbury City [5] [16] [12] [22] Eastleigh [4] [20] [3] and [14] Town [24]", "[17] full [8] [9] [18] play on the left [23] the [21] Coak [7] [19] [6] [15] Southampton [13] [11] [10] for Salisbury City [5] [16] [12] [22] Eastleigh [4] [20] [3] and [14] Town [24]", "[17] full [8] [9] [18] play on the left [23] the [21] Coak [7] [19] [6] [15] Southampton [13] [11] [10] for Salisbury City [5] [16] [12] [22] Eastleigh [4] [20] Town and [14] Town [24]", "[17] full [8] [9] [18] play on the left [23] the [21] Coak [7] [19] [6] [15] Southampton [13] [11] [10] for Salisbury City [5] [16] [12] [22] Eastleigh Aerostructures [20] Town and [14] Town [24]", "[17] full [8] [9] [18] play on the left [23] the [21] Coak [7] [19] [6] [15] Southampton [13] [11] [10] for Salisbury City Waterlooville [16] [12] [22] Eastleigh Aerostructures [20] Town and [14] Town [24]", "[17] full [8] [9] [18] play on the left [23] the [21] Coak [7] [19] career [15] Southampton [13] [11] [10] for Salisbury City Waterlooville [16] [12] [22] Eastleigh Aerostructures [20] Town and [14] Town [24]", "[17] full [8] [9] [18] play on the left [23] the [21] Coak began [19] career [15] Southampton [13] [11] [10] for Salisbury City Waterlooville [16] [12] [22] Eastleigh Aerostructures [20] Town and [14] Town [24]", "[17] full back [9] [18] play on the left [23] the [21] Coak began [19] career [15] Southampton [13] [11] [10] for Salisbury City Waterlooville [16] [12] [22] Eastleigh Aerostructures [20] Town and [14] Town [24]", "[17] full back who [18] play on the left [23] the [21] Coak began [19] career [15] Southampton [13] [11] [10] for Salisbury City Waterlooville [16] [12] [22] Eastleigh Aerostructures [20] Town and [14] Town [24]", "[17] full back who [18] play on the left [23] the [21] Coak began [19] career [15] Southampton [13] [11] played for Salisbury City Waterlooville [16] [12] [22] Eastleigh Aerostructures [20] Town and [14] Town [24]", "[17] full back who [18] play on the left [23] the [21] Coak began [19] career [15] Southampton [13] later played for Salisbury City Waterlooville [16] [12] [22] Eastleigh Aerostructures [20] Town and [14] Town [24]", "[17] full back who [18] play on the left [23] the [21] Coak began [19] career [15] Southampton [13] later played for Salisbury City Waterlooville [16] Borough [22] Eastleigh Aerostructures [20] Town and [14] Town [24]", "[17] full back who [18] play on the left [23] the [21] Coak began [19] career [15] Southampton and later played for Salisbury City Waterlooville [16] Borough [22] Eastleigh Aerostructures [20] Town and [14] Town [24]", "[17] full back who [18] play on the left [23] the [21] Coak began [19] career [15] Southampton and later played for Salisbury City Waterlooville [16] Borough [22] Eastleigh Aerostructures [20] Town and Fareham Town [24]", "[17] full back who [18] play on the left [23] the [21] Coak began [19] career with Southampton and later played for Salisbury City Waterlooville [16] Borough [22] Eastleigh Aerostructures [20] Town and Fareham Town [24]", "[17] full back who [18] play on the left [23] the [21] Coak began [19] career with Southampton and later played for Salisbury City Waterlooville Gosport Borough [22] Eastleigh Aerostructures [20] Town and Fareham Town [24]", "A full back who [18] play on the left [23] the [21] Coak began [19] career with Southampton and later played for Salisbury City Waterlooville Gosport Borough [22] Eastleigh Aerostructures [20] Town and Fareham Town [24]", "A full back who could play on the left [23] the [21] Coak began [19] career with Southampton and later played for Salisbury City Waterlooville Gosport Borough [22] Eastleigh Aerostructures [20] Town and Fareham Town [24]", "A full back who could play on the left [23] the [21] Coak began his career with Southampton and later played for Salisbury City Waterlooville Gosport Borough [22] Eastleigh Aerostructures [20] Town and Fareham Town [24]", "A full back who could play on the left [23] the [21] Coak began his career with Southampton and later played for Salisbury City Waterlooville Gosport Borough [22] Eastleigh Aerostructures Romsey Town and Fareham Town [24]", "A full back who could play on the left [23] the right Coak began his career with Southampton and later played for Salisbury City Waterlooville Gosport Borough [22] Eastleigh Aerostructures Romsey Town and Fareham Town [24]", "A full back who could play on the left [23] the right Coak began his career with Southampton and later played for Salisbury City Waterlooville Gosport Borough Bashley Eastleigh Aerostructures Romsey Town and Fareham Town [24]", "A full back who could play on the left or the right Coak began his career with Southampton and later played for Salisbury City Waterlooville Gosport Borough Bashley Eastleigh Aerostructures Romsey Town and Fareham Town [24]"]}, "config": {"list": [[1, "Coak"], [2, "on"], [3, "Town"], [4, "Aerostructures"], [5, "Waterlooville"], [6, "career"], [7, "began"], [8, "back"], [9, "who"], [10, "played"], [11, "later"], [12, "Borough"], [13, "and"], [14, "Fareham"], [15, "with"], [16, "Gosport"], [17, "A"], [18, "could"], [19, "his"], [20, "Romsey"], [21, "right"], [22, "Bashley"], [23, "or"], [24, "Veterans"]], "num_pairs": 24, "num_sentences": 43652, "original_sentence": "A full-back who could play on the left or the right, Coak began his career with Southampton and later played for Salisbury City, Waterlooville, Gosport Borough, Bashley, Eastleigh, Aerostructures, Romsey Town and Fareham Town Veterans.", "sentence": "[17] full [8] [9] [18] play [2] the left [23] the [21] [1] [7] [19] [6] [15] Southampton [13] [11] [10] for Salisbury City [5] [16] [12] [22] Eastleigh [4] [20] [3] and [14] Town [24]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0229", "problem_name": "task18_0229"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[3] self [9] [5] Buddhist monk Thich [15] Duc at [11] busy Saigon [25] was a public relations disaster for the [17] regime [23] [1] protests [12] [8] Army of the Republic [2] [7] [19] [6] [10] to [24] brother [4] [21] Nhu raided pagodas across [16] country on [20] 21 killing hundreds and causing [14] damage [22] [18] [13] of martial law\nList:\n[(1, as), (2, of), (3, The), (4, Ngo), (5, of), (6, Forces), (7, Vietnam), (8, the), (9, immolation), (10, loyal), (11, a), (12, continued), (13, declaration), (14, extensive), (15, Quang), (16, the), (17, Diem), (18, the), (19, Special), (20, August), (21, Dinh), (22, under), (23, and), (24, his), (25, intersection)]", "label": {"final": "The self immolation of Buddhist monk Thich Quang Duc at a busy Saigon intersection was a public relations disaster for the Diem regime and as protests continued the Army of the Republic of Vietnam Special Forces loyal to his brother Ngo Dinh Nhu raided pagodas across the country on August 21 killing hundreds and causing extensive damage under the declaration of martial law", "init": "[3] self [9] [5] Buddhist monk Thich [15] Duc at [11] busy Saigon [25] was a public relations disaster for the [17] regime [23] [1] protests [12] [8] Army of the Republic [2] [7] [19] [6] [10] to [24] brother [4] [21] Nhu raided pagodas across [16] country on [20] 21 killing hundreds and causing [14] damage [22] [18] [13] of martial law", "intermediate": ["[3] self [9] [5] Buddhist monk Thich [15] Duc at [11] busy Saigon [25] was a public relations disaster for the [17] regime [23] as protests [12] [8] Army of the Republic [2] [7] [19] [6] [10] to [24] brother [4] [21] Nhu raided pagodas across [16] country on [20] 21 killing hundreds and causing [14] damage [22] [18] [13] of martial law", "[3] self [9] [5] Buddhist monk Thich [15] Duc at [11] busy Saigon [25] was a public relations disaster for the [17] regime [23] as protests [12] [8] Army of the Republic of [7] [19] [6] [10] to [24] brother [4] [21] Nhu raided pagodas across [16] country on [20] 21 killing hundreds and causing [14] damage [22] [18] [13] of martial law", "The self [9] [5] Buddhist monk Thich [15] Duc at [11] busy Saigon [25] was a public relations disaster for the [17] regime [23] as protests [12] [8] Army of the Republic of [7] [19] [6] [10] to [24] brother [4] [21] Nhu raided pagodas across [16] country on [20] 21 killing hundreds and causing [14] damage [22] [18] [13] of martial law", "The self [9] [5] Buddhist monk Thich [15] Duc at [11] busy Saigon [25] was a public relations disaster for the [17] regime [23] as protests [12] [8] Army of the Republic of [7] [19] [6] [10] to [24] brother Ngo [21] Nhu raided pagodas across [16] country on [20] 21 killing hundreds and causing [14] damage [22] [18] [13] of martial law", "The self [9] of Buddhist monk Thich [15] Duc at [11] busy Saigon [25] was a public relations disaster for the [17] regime [23] as protests [12] [8] Army of the Republic of [7] [19] [6] [10] to [24] brother Ngo [21] Nhu raided pagodas across [16] country on [20] 21 killing hundreds and causing [14] damage [22] [18] [13] of martial law", "The self [9] of Buddhist monk Thich [15] Duc at [11] busy Saigon [25] was a public relations disaster for the [17] regime [23] as protests [12] [8] Army of the Republic of [7] [19] Forces [10] to [24] brother Ngo [21] Nhu raided pagodas across [16] country on [20] 21 killing hundreds and causing [14] damage [22] [18] [13] of martial law", "The self [9] of Buddhist monk Thich [15] Duc at [11] busy Saigon [25] was a public relations disaster for the [17] regime [23] as protests [12] [8] Army of the Republic of Vietnam [19] Forces [10] to [24] brother Ngo [21] Nhu raided pagodas across [16] country on [20] 21 killing hundreds and causing [14] damage [22] [18] [13] of martial law", "The self [9] of Buddhist monk Thich [15] Duc at [11] busy Saigon [25] was a public relations disaster for the [17] regime [23] as protests [12] the Army of the Republic of Vietnam [19] Forces [10] to [24] brother Ngo [21] Nhu raided pagodas across [16] country on [20] 21 killing hundreds and causing [14] damage [22] [18] [13] of martial law", "The self immolation of Buddhist monk Thich [15] Duc at [11] busy Saigon [25] was a public relations disaster for the [17] regime [23] as protests [12] the Army of the Republic of Vietnam [19] Forces [10] to [24] brother Ngo [21] Nhu raided pagodas across [16] country on [20] 21 killing hundreds and causing [14] damage [22] [18] [13] of martial law", "The self immolation of Buddhist monk Thich [15] Duc at [11] busy Saigon [25] was a public relations disaster for the [17] regime [23] as protests [12] the Army of the Republic of Vietnam [19] Forces loyal to [24] brother Ngo [21] Nhu raided pagodas across [16] country on [20] 21 killing hundreds and causing [14] damage [22] [18] [13] of martial law", "The self immolation of Buddhist monk Thich [15] Duc at a busy Saigon [25] was a public relations disaster for the [17] regime [23] as protests [12] the Army of the Republic of Vietnam [19] Forces loyal to [24] brother Ngo [21] Nhu raided pagodas across [16] country on [20] 21 killing hundreds and causing [14] damage [22] [18] [13] of martial law", "The self immolation of Buddhist monk Thich [15] Duc at a busy Saigon [25] was a public relations disaster for the [17] regime [23] as protests continued the Army of the Republic of Vietnam [19] Forces loyal to [24] brother Ngo [21] Nhu raided pagodas across [16] country on [20] 21 killing hundreds and causing [14] damage [22] [18] [13] of martial law", "The self immolation of Buddhist monk Thich [15] Duc at a busy Saigon [25] was a public relations disaster for the [17] regime [23] as protests continued the Army of the Republic of Vietnam [19] Forces loyal to [24] brother Ngo [21] Nhu raided pagodas across [16] country on [20] 21 killing hundreds and causing [14] damage [22] [18] declaration of martial law", "The self immolation of Buddhist monk Thich [15] Duc at a busy Saigon [25] was a public relations disaster for the [17] regime [23] as protests continued the Army of the Republic of Vietnam [19] Forces loyal to [24] brother Ngo [21] Nhu raided pagodas across [16] country on [20] 21 killing hundreds and causing extensive damage [22] [18] declaration of martial law", "The self immolation of Buddhist monk Thich Quang Duc at a busy Saigon [25] was a public relations disaster for the [17] regime [23] as protests continued the Army of the Republic of Vietnam [19] Forces loyal to [24] brother Ngo [21] Nhu raided pagodas across [16] country on [20] 21 killing hundreds and causing extensive damage [22] [18] declaration of martial law", "The self immolation of Buddhist monk Thich Quang Duc at a busy Saigon [25] was a public relations disaster for the [17] regime [23] as protests continued the Army of the Republic of Vietnam [19] Forces loyal to [24] brother Ngo [21] Nhu raided pagodas across the country on [20] 21 killing hundreds and causing extensive damage [22] [18] declaration of martial law", "The self immolation of Buddhist monk Thich Quang Duc at a busy Saigon [25] was a public relations disaster for the Diem regime [23] as protests continued the Army of the Republic of Vietnam [19] Forces loyal to [24] brother Ngo [21] Nhu raided pagodas across the country on [20] 21 killing hundreds and causing extensive damage [22] [18] declaration of martial law", "The self immolation of Buddhist monk Thich Quang Duc at a busy Saigon [25] was a public relations disaster for the Diem regime [23] as protests continued the Army of the Republic of Vietnam [19] Forces loyal to [24] brother Ngo [21] Nhu raided pagodas across the country on [20] 21 killing hundreds and causing extensive damage [22] the declaration of martial law", "The self immolation of Buddhist monk Thich Quang Duc at a busy Saigon [25] was a public relations disaster for the Diem regime [23] as protests continued the Army of the Republic of Vietnam Special Forces loyal to [24] brother Ngo [21] Nhu raided pagodas across the country on [20] 21 killing hundreds and causing extensive damage [22] the declaration of martial law", "The self immolation of Buddhist monk Thich Quang Duc at a busy Saigon [25] was a public relations disaster for the Diem regime [23] as protests continued the Army of the Republic of Vietnam Special Forces loyal to [24] brother Ngo [21] Nhu raided pagodas across the country on August 21 killing hundreds and causing extensive damage [22] the declaration of martial law", "The self immolation of Buddhist monk Thich Quang Duc at a busy Saigon [25] was a public relations disaster for the Diem regime [23] as protests continued the Army of the Republic of Vietnam Special Forces loyal to [24] brother Ngo Dinh Nhu raided pagodas across the country on August 21 killing hundreds and causing extensive damage [22] the declaration of martial law", "The self immolation of Buddhist monk Thich Quang Duc at a busy Saigon [25] was a public relations disaster for the Diem regime [23] as protests continued the Army of the Republic of Vietnam Special Forces loyal to [24] brother Ngo Dinh Nhu raided pagodas across the country on August 21 killing hundreds and causing extensive damage under the declaration of martial law", "The self immolation of Buddhist monk Thich Quang Duc at a busy Saigon [25] was a public relations disaster for the Diem regime and as protests continued the Army of the Republic of Vietnam Special Forces loyal to [24] brother Ngo Dinh Nhu raided pagodas across the country on August 21 killing hundreds and causing extensive damage under the declaration of martial law", "The self immolation of Buddhist monk Thich Quang Duc at a busy Saigon [25] was a public relations disaster for the Diem regime and as protests continued the Army of the Republic of Vietnam Special Forces loyal to his brother Ngo Dinh Nhu raided pagodas across the country on August 21 killing hundreds and causing extensive damage under the declaration of martial law"]}, "config": {"list": [[1, "as"], [2, "of"], [3, "The"], [4, "Ngo"], [5, "of"], [6, "Forces"], [7, "Vietnam"], [8, "the"], [9, "immolation"], [10, "loyal"], [11, "a"], [12, "continued"], [13, "declaration"], [14, "extensive"], [15, "Quang"], [16, "the"], [17, "Diem"], [18, "the"], [19, "Special"], [20, "August"], [21, "Dinh"], [22, "under"], [23, "and"], [24, "his"], [25, "intersection"]], "num_pairs": 25, "num_sentences": 43652, "original_sentence": "The self-immolation of Buddhist monk Thich Quang Duc at a busy Saigon intersection was a public relations disaster for the Diem regime, and as protests continued, the Army of the Republic of Vietnam Special Forces loyal to his brother Ngo Dinh Nhu, raided pagodas across the country on August 21, killing hundreds and causing extensive damage under the declaration of martial law.", "sentence": "[3] self [9] [5] Buddhist monk Thich [15] Duc at [11] busy Saigon [25] was a public relations disaster for the [17] regime [23] [1] protests [12] [8] Army of the Republic [2] [7] [19] [6] [10] to [24] brother [4] [21] Nhu raided pagodas across [16] country on [20] 21 killing hundreds and causing [14] damage [22] [18] [13] of martial law", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0230", "problem_name": "task18_0230"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nShortly after Southgate [20] other [16] associates [24] involved [10] [9] [15] online [17] of [6] [7] [1] [12] [2] la Rose [14] [23] sought a fusion [13] anti statism [19] and [3] [11] [22] [4] [25] [5] [18] [21] and [8] justice movements\nList:\n[(1, called), (2, de), (3, occultism), (4, contemporary), (5, of), (6, a), (7, forum), (8, global), (9, Synthesis), (10, with), (11, with), (12, Cercle), (13, of), (14, Noire), (15, the), (16, NRF), (17, journal), (18, the), (19, metapolitics), (20, and), (21, environmental), (22, the), (23, which), (24, became), (25, concerns)]", "label": {"final": "Shortly after Southgate and other NRF associates became involved with Synthesis the online journal of a forum called Cercle de la Rose Noire which sought a fusion of anti statism metapolitics and occultism with the contemporary concerns of the environmental and global justice movements", "init": "Shortly after Southgate [20] other [16] associates [24] involved [10] [9] [15] online [17] of [6] [7] [1] [12] [2] la Rose [14] [23] sought a fusion [13] anti statism [19] and [3] [11] [22] [4] [25] [5] [18] [21] and [8] justice movements", "intermediate": ["Shortly after Southgate [20] other [16] associates [24] involved [10] [9] [15] online [17] of [6] [7] called [12] [2] la Rose [14] [23] sought a fusion [13] anti statism [19] and [3] [11] [22] [4] [25] [5] [18] [21] and [8] justice movements", "Shortly after Southgate [20] other [16] associates [24] involved [10] [9] [15] online [17] of [6] [7] called [12] de la Rose [14] [23] sought a fusion [13] anti statism [19] and [3] [11] [22] [4] [25] [5] [18] [21] and [8] justice movements", "Shortly after Southgate [20] other [16] associates [24] involved [10] [9] [15] online [17] of [6] [7] called [12] de la Rose [14] [23] sought a fusion [13] anti statism [19] and occultism [11] [22] [4] [25] [5] [18] [21] and [8] justice movements", "Shortly after Southgate [20] other [16] associates [24] involved [10] [9] [15] online [17] of [6] [7] called [12] de la Rose [14] [23] sought a fusion [13] anti statism [19] and occultism [11] [22] contemporary [25] [5] [18] [21] and [8] justice movements", "Shortly after Southgate [20] other [16] associates [24] involved [10] [9] [15] online [17] of [6] [7] called [12] de la Rose [14] [23] sought a fusion [13] anti statism [19] and occultism [11] [22] contemporary [25] of [18] [21] and [8] justice movements", "Shortly after Southgate [20] other [16] associates [24] involved [10] [9] [15] online [17] of a [7] called [12] de la Rose [14] [23] sought a fusion [13] anti statism [19] and occultism [11] [22] contemporary [25] of [18] [21] and [8] justice movements", "Shortly after Southgate [20] other [16] associates [24] involved [10] [9] [15] online [17] of a forum called [12] de la Rose [14] [23] sought a fusion [13] anti statism [19] and occultism [11] [22] contemporary [25] of [18] [21] and [8] justice movements", "Shortly after Southgate [20] other [16] associates [24] involved [10] [9] [15] online [17] of a forum called [12] de la Rose [14] [23] sought a fusion [13] anti statism [19] and occultism [11] [22] contemporary [25] of [18] [21] and global justice movements", "Shortly after Southgate [20] other [16] associates [24] involved [10] Synthesis [15] online [17] of a forum called [12] de la Rose [14] [23] sought a fusion [13] anti statism [19] and occultism [11] [22] contemporary [25] of [18] [21] and global justice movements", "Shortly after Southgate [20] other [16] associates [24] involved with Synthesis [15] online [17] of a forum called [12] de la Rose [14] [23] sought a fusion [13] anti statism [19] and occultism [11] [22] contemporary [25] of [18] [21] and global justice movements", "Shortly after Southgate [20] other [16] associates [24] involved with Synthesis [15] online [17] of a forum called [12] de la Rose [14] [23] sought a fusion [13] anti statism [19] and occultism with [22] contemporary [25] of [18] [21] and global justice movements", "Shortly after Southgate [20] other [16] associates [24] involved with Synthesis [15] online [17] of a forum called Cercle de la Rose [14] [23] sought a fusion [13] anti statism [19] and occultism with [22] contemporary [25] of [18] [21] and global justice movements", "Shortly after Southgate [20] other [16] associates [24] involved with Synthesis [15] online [17] of a forum called Cercle de la Rose [14] [23] sought a fusion of anti statism [19] and occultism with [22] contemporary [25] of [18] [21] and global justice movements", "Shortly after Southgate [20] other [16] associates [24] involved with Synthesis [15] online [17] of a forum called Cercle de la Rose Noire [23] sought a fusion of anti statism [19] and occultism with [22] contemporary [25] of [18] [21] and global justice movements", "Shortly after Southgate [20] other [16] associates [24] involved with Synthesis the online [17] of a forum called Cercle de la Rose Noire [23] sought a fusion of anti statism [19] and occultism with [22] contemporary [25] of [18] [21] and global justice movements", "Shortly after Southgate [20] other NRF associates [24] involved with Synthesis the online [17] of a forum called Cercle de la Rose Noire [23] sought a fusion of anti statism [19] and occultism with [22] contemporary [25] of [18] [21] and global justice movements", "Shortly after Southgate [20] other NRF associates [24] involved with Synthesis the online journal of a forum called Cercle de la Rose Noire [23] sought a fusion of anti statism [19] and occultism with [22] contemporary [25] of [18] [21] and global justice movements", "Shortly after Southgate [20] other NRF associates [24] involved with Synthesis the online journal of a forum called Cercle de la Rose Noire [23] sought a fusion of anti statism [19] and occultism with [22] contemporary [25] of the [21] and global justice movements", "Shortly after Southgate [20] other NRF associates [24] involved with Synthesis the online journal of a forum called Cercle de la Rose Noire [23] sought a fusion of anti statism metapolitics and occultism with [22] contemporary [25] of the [21] and global justice movements", "Shortly after Southgate and other NRF associates [24] involved with Synthesis the online journal of a forum called Cercle de la Rose Noire [23] sought a fusion of anti statism metapolitics and occultism with [22] contemporary [25] of the [21] and global justice movements", "Shortly after Southgate and other NRF associates [24] involved with Synthesis the online journal of a forum called Cercle de la Rose Noire [23] sought a fusion of anti statism metapolitics and occultism with [22] contemporary [25] of the environmental and global justice movements", "Shortly after Southgate and other NRF associates [24] involved with Synthesis the online journal of a forum called Cercle de la Rose Noire [23] sought a fusion of anti statism metapolitics and occultism with the contemporary [25] of the environmental and global justice movements", "Shortly after Southgate and other NRF associates [24] involved with Synthesis the online journal of a forum called Cercle de la Rose Noire which sought a fusion of anti statism metapolitics and occultism with the contemporary [25] of the environmental and global justice movements", "Shortly after Southgate and other NRF associates became involved with Synthesis the online journal of a forum called Cercle de la Rose Noire which sought a fusion of anti statism metapolitics and occultism with the contemporary [25] of the environmental and global justice movements"]}, "config": {"list": [[1, "called"], [2, "de"], [3, "occultism"], [4, "contemporary"], [5, "of"], [6, "a"], [7, "forum"], [8, "global"], [9, "Synthesis"], [10, "with"], [11, "with"], [12, "Cercle"], [13, "of"], [14, "Noire"], [15, "the"], [16, "NRF"], [17, "journal"], [18, "the"], [19, "metapolitics"], [20, "and"], [21, "environmental"], [22, "the"], [23, "which"], [24, "became"], [25, "concerns"]], "num_pairs": 25, "num_sentences": 43652, "original_sentence": "Shortly after, Southgate and other NRF associates became involved with \"Synthesis\", the online journal of a forum called \"Cercle de la Rose Noire\" which sought a fusion of anti-statism, metapolitics and occultism with the contemporary concerns of the environmental and global justice movements.", "sentence": "Shortly after Southgate [20] other [16] associates [24] involved [10] [9] [15] online [17] of [6] [7] [1] [12] [2] la Rose [14] [23] sought a fusion [13] anti statism [19] and [3] [11] [22] [4] [25] [5] [18] [21] and [8] justice movements", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0231", "problem_name": "task18_0231"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[21] [7] [1] [12] [25] revealed that he [3] [2] Army because [10] [8] [18] about [19] [22] [5] encounter [20] [15] mother and because [9] likely [24] [11] from college [13] [4] [23] [17] who [14] made a [16] [6] her\nList:\n[(1, 2), (2, the), (3, joined), (4, assaulting), (5, sexual), (6, at), (7, Season), (8, felt), (9, he), (10, he), (11, expulsion), (12, it), (13, after), (14, had), (15, his), (16, pass), (17, professor), (18, guilty), (19, a), (20, with), (21, In), (22, drunken), (23, a), (24, faced), (25, is)]", "label": {"final": "In Season 2 it is revealed that he joined the Army because he felt guilty about a drunken sexual encounter with his mother and because he likely faced expulsion from college after assaulting a professor who had made a pass at her", "init": "[21] [7] [1] [12] [25] revealed that he [3] [2] Army because [10] [8] [18] about [19] [22] [5] encounter [20] [15] mother and because [9] likely [24] [11] from college [13] [4] [23] [17] who [14] made a [16] [6] her", "intermediate": ["[21] [7] 2 [12] [25] revealed that he [3] [2] Army because [10] [8] [18] about [19] [22] [5] encounter [20] [15] mother and because [9] likely [24] [11] from college [13] [4] [23] [17] who [14] made a [16] [6] her", "[21] [7] 2 [12] [25] revealed that he [3] the Army because [10] [8] [18] about [19] [22] [5] encounter [20] [15] mother and because [9] likely [24] [11] from college [13] [4] [23] [17] who [14] made a [16] [6] her", "[21] [7] 2 [12] [25] revealed that he joined the Army because [10] [8] [18] about [19] [22] [5] encounter [20] [15] mother and because [9] likely [24] [11] from college [13] [4] [23] [17] who [14] made a [16] [6] her", "[21] [7] 2 [12] [25] revealed that he joined the Army because [10] [8] [18] about [19] [22] [5] encounter [20] [15] mother and because [9] likely [24] [11] from college [13] assaulting [23] [17] who [14] made a [16] [6] her", "[21] [7] 2 [12] [25] revealed that he joined the Army because [10] [8] [18] about [19] [22] sexual encounter [20] [15] mother and because [9] likely [24] [11] from college [13] assaulting [23] [17] who [14] made a [16] [6] her", "[21] [7] 2 [12] [25] revealed that he joined the Army because [10] [8] [18] about [19] [22] sexual encounter [20] [15] mother and because [9] likely [24] [11] from college [13] assaulting [23] [17] who [14] made a [16] at her", "[21] Season 2 [12] [25] revealed that he joined the Army because [10] [8] [18] about [19] [22] sexual encounter [20] [15] mother and because [9] likely [24] [11] from college [13] assaulting [23] [17] who [14] made a [16] at her", "[21] Season 2 [12] [25] revealed that he joined the Army because [10] felt [18] about [19] [22] sexual encounter [20] [15] mother and because [9] likely [24] [11] from college [13] assaulting [23] [17] who [14] made a [16] at her", "[21] Season 2 [12] [25] revealed that he joined the Army because [10] felt [18] about [19] [22] sexual encounter [20] [15] mother and because he likely [24] [11] from college [13] assaulting [23] [17] who [14] made a [16] at her", "[21] Season 2 [12] [25] revealed that he joined the Army because he felt [18] about [19] [22] sexual encounter [20] [15] mother and because he likely [24] [11] from college [13] assaulting [23] [17] who [14] made a [16] at her", "[21] Season 2 [12] [25] revealed that he joined the Army because he felt [18] about [19] [22] sexual encounter [20] [15] mother and because he likely [24] expulsion from college [13] assaulting [23] [17] who [14] made a [16] at her", "[21] Season 2 it [25] revealed that he joined the Army because he felt [18] about [19] [22] sexual encounter [20] [15] mother and because he likely [24] expulsion from college [13] assaulting [23] [17] who [14] made a [16] at her", "[21] Season 2 it [25] revealed that he joined the Army because he felt [18] about [19] [22] sexual encounter [20] [15] mother and because he likely [24] expulsion from college after assaulting [23] [17] who [14] made a [16] at her", "[21] Season 2 it [25] revealed that he joined the Army because he felt [18] about [19] [22] sexual encounter [20] [15] mother and because he likely [24] expulsion from college after assaulting [23] [17] who had made a [16] at her", "[21] Season 2 it [25] revealed that he joined the Army because he felt [18] about [19] [22] sexual encounter [20] his mother and because he likely [24] expulsion from college after assaulting [23] [17] who had made a [16] at her", "[21] Season 2 it [25] revealed that he joined the Army because he felt [18] about [19] [22] sexual encounter [20] his mother and because he likely [24] expulsion from college after assaulting [23] [17] who had made a pass at her", "[21] Season 2 it [25] revealed that he joined the Army because he felt [18] about [19] [22] sexual encounter [20] his mother and because he likely [24] expulsion from college after assaulting [23] professor who had made a pass at her", "[21] Season 2 it [25] revealed that he joined the Army because he felt guilty about [19] [22] sexual encounter [20] his mother and because he likely [24] expulsion from college after assaulting [23] professor who had made a pass at her", "[21] Season 2 it [25] revealed that he joined the Army because he felt guilty about a [22] sexual encounter [20] his mother and because he likely [24] expulsion from college after assaulting [23] professor who had made a pass at her", "[21] Season 2 it [25] revealed that he joined the Army because he felt guilty about a [22] sexual encounter with his mother and because he likely [24] expulsion from college after assaulting [23] professor who had made a pass at her", "In Season 2 it [25] revealed that he joined the Army because he felt guilty about a [22] sexual encounter with his mother and because he likely [24] expulsion from college after assaulting [23] professor who had made a pass at her", "In Season 2 it [25] revealed that he joined the Army because he felt guilty about a drunken sexual encounter with his mother and because he likely [24] expulsion from college after assaulting [23] professor who had made a pass at her", "In Season 2 it [25] revealed that he joined the Army because he felt guilty about a drunken sexual encounter with his mother and because he likely [24] expulsion from college after assaulting a professor who had made a pass at her", "In Season 2 it [25] revealed that he joined the Army because he felt guilty about a drunken sexual encounter with his mother and because he likely faced expulsion from college after assaulting a professor who had made a pass at her"]}, "config": {"list": [[1, "2"], [2, "the"], [3, "joined"], [4, "assaulting"], [5, "sexual"], [6, "at"], [7, "Season"], [8, "felt"], [9, "he"], [10, "he"], [11, "expulsion"], [12, "it"], [13, "after"], [14, "had"], [15, "his"], [16, "pass"], [17, "professor"], [18, "guilty"], [19, "a"], [20, "with"], [21, "In"], [22, "drunken"], [23, "a"], [24, "faced"], [25, "is"]], "num_pairs": 25, "num_sentences": 43652, "original_sentence": "In Season 2, it is revealed that he joined the Army because he felt guilty about a drunken sexual encounter with his mother and because he likely faced expulsion from college after assaulting a professor who had made a pass at her.", "sentence": "[21] [7] [1] [12] [25] revealed that he [3] [2] Army because [10] [8] [18] about [19] [22] [5] encounter [20] [15] mother and because [9] likely [24] [11] from college [13] [4] [23] [17] who [14] made a [16] [6] her", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0232", "problem_name": "task18_0232"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[11] [23] [21] first [17] [10] [3] [2] [6] [1] [15] [25] [19] sit [18] [8] [9] [22] [4] [16] [7] [12] [5] [13] [24] of [20] [14]\nList:\n[(1, to), (2, allow), (3, which), (4, while), (5, with), (6, passengers), (7, to), (8, a), (9, short), (10, seats), (11, Some), (12, face), (13, the), (14, cabin), (15, let), (16, face), (17, class), (18, for), (19, guest), (20, the), (21, have), (22, time), (23, airlines), (24, occupant), (25, one)]", "label": {"final": "Some airlines have first class seats which allow passengers to let one guest sit for a short time while face to face with the occupant of the cabin", "init": "[11] [23] [21] first [17] [10] [3] [2] [6] [1] [15] [25] [19] sit [18] [8] [9] [22] [4] [16] [7] [12] [5] [13] [24] of [20] [14]", "intermediate": ["[11] [23] [21] first [17] [10] [3] [2] [6] to [15] [25] [19] sit [18] [8] [9] [22] [4] [16] [7] [12] [5] [13] [24] of [20] [14]", "[11] [23] [21] first [17] [10] [3] allow [6] to [15] [25] [19] sit [18] [8] [9] [22] [4] [16] [7] [12] [5] [13] [24] of [20] [14]", "[11] [23] [21] first [17] [10] which allow [6] to [15] [25] [19] sit [18] [8] [9] [22] [4] [16] [7] [12] [5] [13] [24] of [20] [14]", "[11] [23] [21] first [17] [10] which allow [6] to [15] [25] [19] sit [18] [8] [9] [22] while [16] [7] [12] [5] [13] [24] of [20] [14]", "[11] [23] [21] first [17] [10] which allow [6] to [15] [25] [19] sit [18] [8] [9] [22] while [16] [7] [12] with [13] [24] of [20] [14]", "[11] [23] [21] first [17] [10] which allow passengers to [15] [25] [19] sit [18] [8] [9] [22] while [16] [7] [12] with [13] [24] of [20] [14]", "[11] [23] [21] first [17] [10] which allow passengers to [15] [25] [19] sit [18] [8] [9] [22] while [16] to [12] with [13] [24] of [20] [14]", "[11] [23] [21] first [17] [10] which allow passengers to [15] [25] [19] sit [18] a [9] [22] while [16] to [12] with [13] [24] of [20] [14]", "[11] [23] [21] first [17] [10] which allow passengers to [15] [25] [19] sit [18] a short [22] while [16] to [12] with [13] [24] of [20] [14]", "[11] [23] [21] first [17] seats which allow passengers to [15] [25] [19] sit [18] a short [22] while [16] to [12] with [13] [24] of [20] [14]", "Some [23] [21] first [17] seats which allow passengers to [15] [25] [19] sit [18] a short [22] while [16] to [12] with [13] [24] of [20] [14]", "Some [23] [21] first [17] seats which allow passengers to [15] [25] [19] sit [18] a short [22] while [16] to face with [13] [24] of [20] [14]", "Some [23] [21] first [17] seats which allow passengers to [15] [25] [19] sit [18] a short [22] while [16] to face with the [24] of [20] [14]", "Some [23] [21] first [17] seats which allow passengers to [15] [25] [19] sit [18] a short [22] while [16] to face with the [24] of [20] cabin", "Some [23] [21] first [17] seats which allow passengers to let [25] [19] sit [18] a short [22] while [16] to face with the [24] of [20] cabin", "Some [23] [21] first [17] seats which allow passengers to let [25] [19] sit [18] a short [22] while face to face with the [24] of [20] cabin", "Some [23] [21] first class seats which allow passengers to let [25] [19] sit [18] a short [22] while face to face with the [24] of [20] cabin", "Some [23] [21] first class seats which allow passengers to let [25] [19] sit for a short [22] while face to face with the [24] of [20] cabin", "Some [23] [21] first class seats which allow passengers to let [25] guest sit for a short [22] while face to face with the [24] of [20] cabin", "Some [23] [21] first class seats which allow passengers to let [25] guest sit for a short [22] while face to face with the [24] of the cabin", "Some [23] have first class seats which allow passengers to let [25] guest sit for a short [22] while face to face with the [24] of the cabin", "Some [23] have first class seats which allow passengers to let [25] guest sit for a short time while face to face with the [24] of the cabin", "Some airlines have first class seats which allow passengers to let [25] guest sit for a short time while face to face with the [24] of the cabin", "Some airlines have first class seats which allow passengers to let [25] guest sit for a short time while face to face with the occupant of the cabin"]}, "config": {"list": [[1, "to"], [2, "allow"], [3, "which"], [4, "while"], [5, "with"], [6, "passengers"], [7, "to"], [8, "a"], [9, "short"], [10, "seats"], [11, "Some"], [12, "face"], [13, "the"], [14, "cabin"], [15, "let"], [16, "face"], [17, "class"], [18, "for"], [19, "guest"], [20, "the"], [21, "have"], [22, "time"], [23, "airlines"], [24, "occupant"], [25, "one"]], "num_pairs": 25, "num_sentences": 43652, "original_sentence": "Some airlines have first-class seats which allow passengers to let one guest sit for a short time while face-to-face with the occupant of the cabin.", "sentence": "[11] [23] [21] first [17] [10] [3] [2] [6] [1] [15] [25] [19] sit [18] [8] [9] [22] [4] [16] [7] [12] [5] [13] [24] of [20] [14]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0233", "problem_name": "task18_0233"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[3] [1] [22] [17] [13] [4] Greek word tragos [20] [5] male [15] and [16] [8] [10] a [18] while [12] [25] [21] [23] [24] from the Latin [11] meaning [7] referring to [19] [2] [14] [6] [9] mane\nList:\n[(1, generic), (2, kudu), (3, The), (4, from), (5, a), (6, lack), (7, unbearded), (8, which), (9, of), (10, means), (11, term), (12, the), (13, derives), (14, s), (15, goat), (16, elaphos), (17, Tragelaphus), (18, deer), (19, this), (20, meaning), (21, name), (22, name), (23, imberbis), (24, comes), (25, specific)]", "label": {"final": "The generic name Tragelaphus derives from Greek word tragos meaning a male goat and elaphos which means a deer while the specific name imberbis comes from the Latin term meaning unbearded referring to this kudu s lack of mane", "init": "[3] [1] [22] [17] [13] [4] Greek word tragos [20] [5] male [15] and [16] [8] [10] a [18] while [12] [25] [21] [23] [24] from the Latin [11] meaning [7] referring to [19] [2] [14] [6] [9] mane", "intermediate": ["[3] generic [22] [17] [13] [4] Greek word tragos [20] [5] male [15] and [16] [8] [10] a [18] while [12] [25] [21] [23] [24] from the Latin [11] meaning [7] referring to [19] [2] [14] [6] [9] mane", "[3] generic [22] [17] [13] [4] Greek word tragos [20] [5] male [15] and [16] [8] [10] a [18] while [12] [25] [21] [23] [24] from the Latin [11] meaning [7] referring to [19] kudu [14] [6] [9] mane", "The generic [22] [17] [13] [4] Greek word tragos [20] [5] male [15] and [16] [8] [10] a [18] while [12] [25] [21] [23] [24] from the Latin [11] meaning [7] referring to [19] kudu [14] [6] [9] mane", "The generic [22] [17] [13] from Greek word tragos [20] [5] male [15] and [16] [8] [10] a [18] while [12] [25] [21] [23] [24] from the Latin [11] meaning [7] referring to [19] kudu [14] [6] [9] mane", "The generic [22] [17] [13] from Greek word tragos [20] a male [15] and [16] [8] [10] a [18] while [12] [25] [21] [23] [24] from the Latin [11] meaning [7] referring to [19] kudu [14] [6] [9] mane", "The generic [22] [17] [13] from Greek word tragos [20] a male [15] and [16] [8] [10] a [18] while [12] [25] [21] [23] [24] from the Latin [11] meaning [7] referring to [19] kudu [14] lack [9] mane", "The generic [22] [17] [13] from Greek word tragos [20] a male [15] and [16] [8] [10] a [18] while [12] [25] [21] [23] [24] from the Latin [11] meaning unbearded referring to [19] kudu [14] lack [9] mane", "The generic [22] [17] [13] from Greek word tragos [20] a male [15] and [16] which [10] a [18] while [12] [25] [21] [23] [24] from the Latin [11] meaning unbearded referring to [19] kudu [14] lack [9] mane", "The generic [22] [17] [13] from Greek word tragos [20] a male [15] and [16] which [10] a [18] while [12] [25] [21] [23] [24] from the Latin [11] meaning unbearded referring to [19] kudu [14] lack of mane", "The generic [22] [17] [13] from Greek word tragos [20] a male [15] and [16] which means a [18] while [12] [25] [21] [23] [24] from the Latin [11] meaning unbearded referring to [19] kudu [14] lack of mane", "The generic [22] [17] [13] from Greek word tragos [20] a male [15] and [16] which means a [18] while [12] [25] [21] [23] [24] from the Latin term meaning unbearded referring to [19] kudu [14] lack of mane", "The generic [22] [17] [13] from Greek word tragos [20] a male [15] and [16] which means a [18] while the [25] [21] [23] [24] from the Latin term meaning unbearded referring to [19] kudu [14] lack of mane", "The generic [22] [17] derives from Greek word tragos [20] a male [15] and [16] which means a [18] while the [25] [21] [23] [24] from the Latin term meaning unbearded referring to [19] kudu [14] lack of mane", "The generic [22] [17] derives from Greek word tragos [20] a male [15] and [16] which means a [18] while the [25] [21] [23] [24] from the Latin term meaning unbearded referring to [19] kudu s lack of mane", "The generic [22] [17] derives from Greek word tragos [20] a male goat and [16] which means a [18] while the [25] [21] [23] [24] from the Latin term meaning unbearded referring to [19] kudu s lack of mane", "The generic [22] [17] derives from Greek word tragos [20] a male goat and elaphos which means a [18] while the [25] [21] [23] [24] from the Latin term meaning unbearded referring to [19] kudu s lack of mane", "The generic [22] Tragelaphus derives from Greek word tragos [20] a male goat and elaphos which means a [18] while the [25] [21] [23] [24] from the Latin term meaning unbearded referring to [19] kudu s lack of mane", "The generic [22] Tragelaphus derives from Greek word tragos [20] a male goat and elaphos which means a deer while the [25] [21] [23] [24] from the Latin term meaning unbearded referring to [19] kudu s lack of mane", "The generic [22] Tragelaphus derives from Greek word tragos [20] a male goat and elaphos which means a deer while the [25] [21] [23] [24] from the Latin term meaning unbearded referring to this kudu s lack of mane", "The generic [22] Tragelaphus derives from Greek word tragos meaning a male goat and elaphos which means a deer while the [25] [21] [23] [24] from the Latin term meaning unbearded referring to this kudu s lack of mane", "The generic [22] Tragelaphus derives from Greek word tragos meaning a male goat and elaphos which means a deer while the [25] name [23] [24] from the Latin term meaning unbearded referring to this kudu s lack of mane", "The generic name Tragelaphus derives from Greek word tragos meaning a male goat and elaphos which means a deer while the [25] name [23] [24] from the Latin term meaning unbearded referring to this kudu s lack of mane", "The generic name Tragelaphus derives from Greek word tragos meaning a male goat and elaphos which means a deer while the [25] name imberbis [24] from the Latin term meaning unbearded referring to this kudu s lack of mane", "The generic name Tragelaphus derives from Greek word tragos meaning a male goat and elaphos which means a deer while the [25] name imberbis comes from the Latin term meaning unbearded referring to this kudu s lack of mane"]}, "config": {"list": [[1, "generic"], [2, "kudu"], [3, "The"], [4, "from"], [5, "a"], [6, "lack"], [7, "unbearded"], [8, "which"], [9, "of"], [10, "means"], [11, "term"], [12, "the"], [13, "derives"], [14, "s"], [15, "goat"], [16, "elaphos"], [17, "Tragelaphus"], [18, "deer"], [19, "this"], [20, "meaning"], [21, "name"], [22, "name"], [23, "imberbis"], [24, "comes"], [25, "specific"]], "num_pairs": 25, "num_sentences": 43652, "original_sentence": "The generic name, \"Tragelaphus\", derives from Greek word \"tragos\", meaning a male goat, and \"elaphos\", which means a deer, while the specific name \"imberbis\" comes from the Latin term meaning unbearded, referring to this kudu's lack of mane.", "sentence": "[3] [1] [22] [17] [13] [4] Greek word tragos [20] [5] male [15] and [16] [8] [10] a [18] while [12] [25] [21] [23] [24] from the Latin [11] meaning [7] referring to [19] [2] [14] [6] [9] mane", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0234", "problem_name": "task18_0234"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[21] other studies [9] [17] [4] [23] [25] [19] [14] [13] [15] [6] [22] [12] [3] [20] [2] [1] suggests that [24] [11] [7] [18] are [8] [5] [10] [16]\nList:\n[(1, work), (2, other), (3, Ebbinghaus), (4, insensitivity), (5, by), (6, illusions), (7, and), (8, fooled), (9, confirm), (10, the), (11, action), (12, the), (13, size), (14, to), (15, contrast), (16, illusion), (17, the), (18, perception), (19, scaling), (20, illusion), (21, While), (22, like), (23, of), (24, both), (25, grip)]", "label": {"final": "While other studies confirm the insensitivity of grip scaling to size contrast illusions like the Ebbinghaus illusion other work suggests that both action and perception are fooled by the illusion", "init": "[21] other studies [9] [17] [4] [23] [25] [19] [14] [13] [15] [6] [22] [12] [3] [20] [2] [1] suggests that [24] [11] [7] [18] are [8] [5] [10] [16]", "intermediate": ["[21] other studies [9] [17] [4] [23] [25] [19] [14] [13] [15] [6] [22] [12] [3] [20] [2] work suggests that [24] [11] [7] [18] are [8] [5] [10] [16]", "[21] other studies [9] [17] [4] [23] [25] [19] [14] [13] [15] [6] [22] [12] [3] [20] other work suggests that [24] [11] [7] [18] are [8] [5] [10] [16]", "[21] other studies [9] [17] [4] [23] [25] [19] [14] [13] [15] [6] [22] [12] Ebbinghaus [20] other work suggests that [24] [11] [7] [18] are [8] [5] [10] [16]", "[21] other studies [9] [17] insensitivity [23] [25] [19] [14] [13] [15] [6] [22] [12] Ebbinghaus [20] other work suggests that [24] [11] [7] [18] are [8] [5] [10] [16]", "[21] other studies [9] [17] insensitivity [23] [25] [19] [14] [13] [15] [6] [22] [12] Ebbinghaus [20] other work suggests that [24] [11] [7] [18] are [8] by [10] [16]", "[21] other studies [9] [17] insensitivity [23] [25] [19] [14] [13] [15] illusions [22] [12] Ebbinghaus [20] other work suggests that [24] [11] [7] [18] are [8] by [10] [16]", "[21] other studies [9] [17] insensitivity [23] [25] [19] [14] [13] [15] illusions [22] [12] Ebbinghaus [20] other work suggests that [24] [11] and [18] are [8] by [10] [16]", "[21] other studies [9] [17] insensitivity [23] [25] [19] [14] [13] [15] illusions [22] [12] Ebbinghaus [20] other work suggests that [24] [11] and [18] are fooled by [10] [16]", "[21] other studies confirm [17] insensitivity [23] [25] [19] [14] [13] [15] illusions [22] [12] Ebbinghaus [20] other work suggests that [24] [11] and [18] are fooled by [10] [16]", "[21] other studies confirm [17] insensitivity [23] [25] [19] [14] [13] [15] illusions [22] [12] Ebbinghaus [20] other work suggests that [24] [11] and [18] are fooled by the [16]", "[21] other studies confirm [17] insensitivity [23] [25] [19] [14] [13] [15] illusions [22] [12] Ebbinghaus [20] other work suggests that [24] action and [18] are fooled by the [16]", "[21] other studies confirm [17] insensitivity [23] [25] [19] [14] [13] [15] illusions [22] the Ebbinghaus [20] other work suggests that [24] action and [18] are fooled by the [16]", "[21] other studies confirm [17] insensitivity [23] [25] [19] [14] size [15] illusions [22] the Ebbinghaus [20] other work suggests that [24] action and [18] are fooled by the [16]", "[21] other studies confirm [17] insensitivity [23] [25] [19] to size [15] illusions [22] the Ebbinghaus [20] other work suggests that [24] action and [18] are fooled by the [16]", "[21] other studies confirm [17] insensitivity [23] [25] [19] to size contrast illusions [22] the Ebbinghaus [20] other work suggests that [24] action and [18] are fooled by the [16]", "[21] other studies confirm [17] insensitivity [23] [25] [19] to size contrast illusions [22] the Ebbinghaus [20] other work suggests that [24] action and [18] are fooled by the illusion", "[21] other studies confirm the insensitivity [23] [25] [19] to size contrast illusions [22] the Ebbinghaus [20] other work suggests that [24] action and [18] are fooled by the illusion", "[21] other studies confirm the insensitivity [23] [25] [19] to size contrast illusions [22] the Ebbinghaus [20] other work suggests that [24] action and perception are fooled by the illusion", "[21] other studies confirm the insensitivity [23] [25] scaling to size contrast illusions [22] the Ebbinghaus [20] other work suggests that [24] action and perception are fooled by the illusion", "[21] other studies confirm the insensitivity [23] [25] scaling to size contrast illusions [22] the Ebbinghaus illusion other work suggests that [24] action and perception are fooled by the illusion", "While other studies confirm the insensitivity [23] [25] scaling to size contrast illusions [22] the Ebbinghaus illusion other work suggests that [24] action and perception are fooled by the illusion", "While other studies confirm the insensitivity [23] [25] scaling to size contrast illusions like the Ebbinghaus illusion other work suggests that [24] action and perception are fooled by the illusion", "While other studies confirm the insensitivity of [25] scaling to size contrast illusions like the Ebbinghaus illusion other work suggests that [24] action and perception are fooled by the illusion", "While other studies confirm the insensitivity of [25] scaling to size contrast illusions like the Ebbinghaus illusion other work suggests that both action and perception are fooled by the illusion"]}, "config": {"list": [[1, "work"], [2, "other"], [3, "Ebbinghaus"], [4, "insensitivity"], [5, "by"], [6, "illusions"], [7, "and"], [8, "fooled"], [9, "confirm"], [10, "the"], [11, "action"], [12, "the"], [13, "size"], [14, "to"], [15, "contrast"], [16, "illusion"], [17, "the"], [18, "perception"], [19, "scaling"], [20, "illusion"], [21, "While"], [22, "like"], [23, "of"], [24, "both"], [25, "grip"]], "num_pairs": 25, "num_sentences": 43652, "original_sentence": "While other studies confirm the insensitivity of grip scaling to size-contrast illusions like the Ebbinghaus illusion, other work suggests that both action and perception are fooled by the illusion.", "sentence": "[21] other studies [9] [17] [4] [23] [25] [19] [14] [13] [15] [6] [22] [12] [3] [20] [2] [1] suggests that [24] [11] [7] [18] are [8] [5] [10] [16]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0235", "problem_name": "task18_0235"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[9] [14] [13] [6] [22] [4] [11] [21] [3] [24] [1] [5] [18] [25] [23] [10] [19] [7] [12] [2] [20] [8] [15] Range between Eugene [17] [16]\nList:\n[(1, County), (2, the), (3, in), (4, an), (5, Oregon), (6, tie), (7, foothills), (8, Oregon), (9, Noti), (10, in), (11, unincorporated), (12, of), (13, NO), (14, pronounced), (15, Coast), (16, Florence), (17, and), (18, United), (19, the), (20, Central), (21, community), (22, is), (23, located), (24, Lane), (25, States)]", "label": {"final": "Noti pronounced NO tie is an unincorporated community in Lane County Oregon United States located in the foothills of the Central Oregon Coast Range between Eugene and Florence", "init": "[9] [14] [13] [6] [22] [4] [11] [21] [3] [24] [1] [5] [18] [25] [23] [10] [19] [7] [12] [2] [20] [8] [15] Range between Eugene [17] [16]", "intermediate": ["[9] [14] [13] [6] [22] [4] [11] [21] [3] [24] County [5] [18] [25] [23] [10] [19] [7] [12] [2] [20] [8] [15] Range between Eugene [17] [16]", "[9] [14] [13] [6] [22] [4] [11] [21] [3] [24] County [5] [18] [25] [23] [10] [19] [7] [12] the [20] [8] [15] Range between Eugene [17] [16]", "[9] [14] [13] [6] [22] [4] [11] [21] in [24] County [5] [18] [25] [23] [10] [19] [7] [12] the [20] [8] [15] Range between Eugene [17] [16]", "[9] [14] [13] [6] [22] an [11] [21] in [24] County [5] [18] [25] [23] [10] [19] [7] [12] the [20] [8] [15] Range between Eugene [17] [16]", "[9] [14] [13] [6] [22] an [11] [21] in [24] County Oregon [18] [25] [23] [10] [19] [7] [12] the [20] [8] [15] Range between Eugene [17] [16]", "[9] [14] [13] tie [22] an [11] [21] in [24] County Oregon [18] [25] [23] [10] [19] [7] [12] the [20] [8] [15] Range between Eugene [17] [16]", "[9] [14] [13] tie [22] an [11] [21] in [24] County Oregon [18] [25] [23] [10] [19] foothills [12] the [20] [8] [15] Range between Eugene [17] [16]", "[9] [14] [13] tie [22] an [11] [21] in [24] County Oregon [18] [25] [23] [10] [19] foothills [12] the [20] Oregon [15] Range between Eugene [17] [16]", "Noti [14] [13] tie [22] an [11] [21] in [24] County Oregon [18] [25] [23] [10] [19] foothills [12] the [20] Oregon [15] Range between Eugene [17] [16]", "Noti [14] [13] tie [22] an [11] [21] in [24] County Oregon [18] [25] [23] in [19] foothills [12] the [20] Oregon [15] Range between Eugene [17] [16]", "Noti [14] [13] tie [22] an unincorporated [21] in [24] County Oregon [18] [25] [23] in [19] foothills [12] the [20] Oregon [15] Range between Eugene [17] [16]", "Noti [14] [13] tie [22] an unincorporated [21] in [24] County Oregon [18] [25] [23] in [19] foothills of the [20] Oregon [15] Range between Eugene [17] [16]", "Noti [14] NO tie [22] an unincorporated [21] in [24] County Oregon [18] [25] [23] in [19] foothills of the [20] Oregon [15] Range between Eugene [17] [16]", "Noti pronounced NO tie [22] an unincorporated [21] in [24] County Oregon [18] [25] [23] in [19] foothills of the [20] Oregon [15] Range between Eugene [17] [16]", "Noti pronounced NO tie [22] an unincorporated [21] in [24] County Oregon [18] [25] [23] in [19] foothills of the [20] Oregon Coast Range between Eugene [17] [16]", "Noti pronounced NO tie [22] an unincorporated [21] in [24] County Oregon [18] [25] [23] in [19] foothills of the [20] Oregon Coast Range between Eugene [17] Florence", "Noti pronounced NO tie [22] an unincorporated [21] in [24] County Oregon [18] [25] [23] in [19] foothills of the [20] Oregon Coast Range between Eugene and Florence", "Noti pronounced NO tie [22] an unincorporated [21] in [24] County Oregon United [25] [23] in [19] foothills of the [20] Oregon Coast Range between Eugene and Florence", "Noti pronounced NO tie [22] an unincorporated [21] in [24] County Oregon United [25] [23] in the foothills of the [20] Oregon Coast Range between Eugene and Florence", "Noti pronounced NO tie [22] an unincorporated [21] in [24] County Oregon United [25] [23] in the foothills of the Central Oregon Coast Range between Eugene and Florence", "Noti pronounced NO tie [22] an unincorporated community in [24] County Oregon United [25] [23] in the foothills of the Central Oregon Coast Range between Eugene and Florence", "Noti pronounced NO tie is an unincorporated community in [24] County Oregon United [25] [23] in the foothills of the Central Oregon Coast Range between Eugene and Florence", "Noti pronounced NO tie is an unincorporated community in [24] County Oregon United [25] located in the foothills of the Central Oregon Coast Range between Eugene and Florence", "Noti pronounced NO tie is an unincorporated community in Lane County Oregon United [25] located in the foothills of the Central Oregon Coast Range between Eugene and Florence"]}, "config": {"list": [[1, "County"], [2, "the"], [3, "in"], [4, "an"], [5, "Oregon"], [6, "tie"], [7, "foothills"], [8, "Oregon"], [9, "Noti"], [10, "in"], [11, "unincorporated"], [12, "of"], [13, "NO"], [14, "pronounced"], [15, "Coast"], [16, "Florence"], [17, "and"], [18, "United"], [19, "the"], [20, "Central"], [21, "community"], [22, "is"], [23, "located"], [24, "Lane"], [25, "States"]], "num_pairs": 25, "num_sentences": 43652, "original_sentence": "Noti (pronounced NO-tie) is an unincorporated community in Lane County, Oregon, United States, located in the foothills of the Central Oregon Coast Range between Eugene and Florence.", "sentence": "[9] [14] [13] [6] [22] [4] [11] [21] [3] [24] [1] [5] [18] [25] [23] [10] [19] [7] [12] [2] [20] [8] [15] Range between Eugene [17] [16]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0236", "problem_name": "task18_0236"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHowever [13] [20] [2] [3] [17] original [23] [7] to fund state [1] after [19] [9] [24] [8] [6] [12] others [18] that [4] [16] [10] intent [5] [25] its [14] [11] [15] in 1982 [21] Dividend [22] began\nList:\n[(1, government), (2, argue), (3, that), (4, the), (5, changed), (6, ceased), (7, was), (8, riches), (9, temporary), (10, s), (11, origin), (12, while), (13, some), (14, 1976), (15, when), (16, Fund), (17, the), (18, note), (19, the), (20, people), (21, the), (22, program), (23, intent), (24, oil), (25, from)]", "label": {"final": "However some people argue that the original intent was to fund state government after the temporary oil riches ceased while others note that the Fund s intent changed from its 1976 origin when in 1982 the Dividend program began", "init": "However [13] [20] [2] [3] [17] original [23] [7] to fund state [1] after [19] [9] [24] [8] [6] [12] others [18] that [4] [16] [10] intent [5] [25] its [14] [11] [15] in 1982 [21] Dividend [22] began", "intermediate": ["However [13] [20] [2] [3] [17] original [23] [7] to fund state government after [19] [9] [24] [8] [6] [12] others [18] that [4] [16] [10] intent [5] [25] its [14] [11] [15] in 1982 [21] Dividend [22] began", "However [13] [20] argue [3] [17] original [23] [7] to fund state government after [19] [9] [24] [8] [6] [12] others [18] that [4] [16] [10] intent [5] [25] its [14] [11] [15] in 1982 [21] Dividend [22] began", "However [13] [20] argue that [17] original [23] [7] to fund state government after [19] [9] [24] [8] [6] [12] others [18] that [4] [16] [10] intent [5] [25] its [14] [11] [15] in 1982 [21] Dividend [22] began", "However [13] [20] argue that [17] original [23] [7] to fund state government after [19] [9] [24] [8] [6] [12] others [18] that the [16] [10] intent [5] [25] its [14] [11] [15] in 1982 [21] Dividend [22] began", "However [13] [20] argue that [17] original [23] [7] to fund state government after [19] [9] [24] [8] [6] [12] others [18] that the [16] [10] intent changed [25] its [14] [11] [15] in 1982 [21] Dividend [22] began", "However [13] [20] argue that [17] original [23] [7] to fund state government after [19] [9] [24] [8] ceased [12] others [18] that the [16] [10] intent changed [25] its [14] [11] [15] in 1982 [21] Dividend [22] began", "However [13] [20] argue that [17] original [23] was to fund state government after [19] [9] [24] [8] ceased [12] others [18] that the [16] [10] intent changed [25] its [14] [11] [15] in 1982 [21] Dividend [22] began", "However [13] [20] argue that [17] original [23] was to fund state government after [19] [9] [24] riches ceased [12] others [18] that the [16] [10] intent changed [25] its [14] [11] [15] in 1982 [21] Dividend [22] began", "However [13] [20] argue that [17] original [23] was to fund state government after [19] temporary [24] riches ceased [12] others [18] that the [16] [10] intent changed [25] its [14] [11] [15] in 1982 [21] Dividend [22] began", "However [13] [20] argue that [17] original [23] was to fund state government after [19] temporary [24] riches ceased [12] others [18] that the [16] s intent changed [25] its [14] [11] [15] in 1982 [21] Dividend [22] began", "However [13] [20] argue that [17] original [23] was to fund state government after [19] temporary [24] riches ceased [12] others [18] that the [16] s intent changed [25] its [14] origin [15] in 1982 [21] Dividend [22] began", "However [13] [20] argue that [17] original [23] was to fund state government after [19] temporary [24] riches ceased while others [18] that the [16] s intent changed [25] its [14] origin [15] in 1982 [21] Dividend [22] began", "However some [20] argue that [17] original [23] was to fund state government after [19] temporary [24] riches ceased while others [18] that the [16] s intent changed [25] its [14] origin [15] in 1982 [21] Dividend [22] began", "However some [20] argue that [17] original [23] was to fund state government after [19] temporary [24] riches ceased while others [18] that the [16] s intent changed [25] its 1976 origin [15] in 1982 [21] Dividend [22] began", "However some [20] argue that [17] original [23] was to fund state government after [19] temporary [24] riches ceased while others [18] that the [16] s intent changed [25] its 1976 origin when in 1982 [21] Dividend [22] began", "However some [20] argue that [17] original [23] was to fund state government after [19] temporary [24] riches ceased while others [18] that the Fund s intent changed [25] its 1976 origin when in 1982 [21] Dividend [22] began", "However some [20] argue that the original [23] was to fund state government after [19] temporary [24] riches ceased while others [18] that the Fund s intent changed [25] its 1976 origin when in 1982 [21] Dividend [22] began", "However some [20] argue that the original [23] was to fund state government after [19] temporary [24] riches ceased while others note that the Fund s intent changed [25] its 1976 origin when in 1982 [21] Dividend [22] began", "However some [20] argue that the original [23] was to fund state government after the temporary [24] riches ceased while others note that the Fund s intent changed [25] its 1976 origin when in 1982 [21] Dividend [22] began", "However some people argue that the original [23] was to fund state government after the temporary [24] riches ceased while others note that the Fund s intent changed [25] its 1976 origin when in 1982 [21] Dividend [22] began", "However some people argue that the original [23] was to fund state government after the temporary [24] riches ceased while others note that the Fund s intent changed [25] its 1976 origin when in 1982 the Dividend [22] began", "However some people argue that the original [23] was to fund state government after the temporary [24] riches ceased while others note that the Fund s intent changed [25] its 1976 origin when in 1982 the Dividend program began", "However some people argue that the original intent was to fund state government after the temporary [24] riches ceased while others note that the Fund s intent changed [25] its 1976 origin when in 1982 the Dividend program began", "However some people argue that the original intent was to fund state government after the temporary oil riches ceased while others note that the Fund s intent changed [25] its 1976 origin when in 1982 the Dividend program began"]}, "config": {"list": [[1, "government"], [2, "argue"], [3, "that"], [4, "the"], [5, "changed"], [6, "ceased"], [7, "was"], [8, "riches"], [9, "temporary"], [10, "s"], [11, "origin"], [12, "while"], [13, "some"], [14, "1976"], [15, "when"], [16, "Fund"], [17, "the"], [18, "note"], [19, "the"], [20, "people"], [21, "the"], [22, "program"], [23, "intent"], [24, "oil"], [25, "from"]], "num_pairs": 25, "num_sentences": 43652, "original_sentence": "However, some people argue that the original intent was to fund state government after the temporary oil riches ceased, while others note that the Fund's intent changed from its 1976 origin when in 1982 the Dividend program began.", "sentence": "However [13] [20] [2] [3] [17] original [23] [7] to fund state [1] after [19] [9] [24] [8] [6] [12] others [18] that [4] [16] [10] intent [5] [25] its [14] [11] [15] in 1982 [21] Dividend [22] began", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0237", "problem_name": "task18_0237"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\n[8] [12] [15] the [25] Jory and [11] are [18] [16] befriends [21] [2] elderly [3] [24] [6] who [10] [5] [17] [14] [13] [9] ice [4] [19] [1] [7] [23] [20] [22] Grandmother\nList:\n[(1, encourages), (2, new), (3, next), (4, cream), (5, him), (6, neighbor), (7, him), (8, Lonely), (9, and), (10, invites), (11, Cindy), (12, from), (13, cookies), (14, for), (15, all), (16, Bart), (17, over), (18, receiving), (19, and), (20, call), (21, the), (22, her), (23, to), (24, door), (25, attention)]", "label": {"final": "Lonely from all the attention Jory and Cindy are receiving Bart befriends the new elderly next door neighbor who invites him over for cookies and ice cream and encourages him to call her Grandmother", "init": "[8] [12] [15] the [25] Jory and [11] are [18] [16] befriends [21] [2] elderly [3] [24] [6] who [10] [5] [17] [14] [13] [9] ice [4] [19] [1] [7] [23] [20] [22] Grandmother", "intermediate": ["[8] [12] [15] the [25] Jory and [11] are [18] [16] befriends [21] [2] elderly [3] [24] [6] who [10] [5] [17] [14] [13] [9] ice [4] [19] encourages [7] [23] [20] [22] Grandmother", "[8] [12] [15] the [25] Jory and [11] are [18] [16] befriends [21] new elderly [3] [24] [6] who [10] [5] [17] [14] [13] [9] ice [4] [19] encourages [7] [23] [20] [22] Grandmother", "[8] [12] [15] the [25] Jory and [11] are [18] [16] befriends [21] new elderly next [24] [6] who [10] [5] [17] [14] [13] [9] ice [4] [19] encourages [7] [23] [20] [22] Grandmother", "[8] [12] [15] the [25] Jory and [11] are [18] [16] befriends [21] new elderly next [24] [6] who [10] [5] [17] [14] [13] [9] ice cream [19] encourages [7] [23] [20] [22] Grandmother", "[8] [12] [15] the [25] Jory and [11] are [18] [16] befriends [21] new elderly next [24] [6] who [10] him [17] [14] [13] [9] ice cream [19] encourages [7] [23] [20] [22] Grandmother", "[8] [12] [15] the [25] Jory and [11] are [18] [16] befriends [21] new elderly next [24] neighbor who [10] him [17] [14] [13] [9] ice cream [19] encourages [7] [23] [20] [22] Grandmother", "[8] [12] [15] the [25] Jory and [11] are [18] [16] befriends [21] new elderly next [24] neighbor who [10] him [17] [14] [13] [9] ice cream [19] encourages him [23] [20] [22] Grandmother", "Lonely [12] [15] the [25] Jory and [11] are [18] [16] befriends [21] new elderly next [24] neighbor who [10] him [17] [14] [13] [9] ice cream [19] encourages him [23] [20] [22] Grandmother", "Lonely [12] [15] the [25] Jory and [11] are [18] [16] befriends [21] new elderly next [24] neighbor who [10] him [17] [14] [13] and ice cream [19] encourages him [23] [20] [22] Grandmother", "Lonely [12] [15] the [25] Jory and [11] are [18] [16] befriends [21] new elderly next [24] neighbor who invites him [17] [14] [13] and ice cream [19] encourages him [23] [20] [22] Grandmother", "Lonely [12] [15] the [25] Jory and Cindy are [18] [16] befriends [21] new elderly next [24] neighbor who invites him [17] [14] [13] and ice cream [19] encourages him [23] [20] [22] Grandmother", "Lonely from [15] the [25] Jory and Cindy are [18] [16] befriends [21] new elderly next [24] neighbor who invites him [17] [14] [13] and ice cream [19] encourages him [23] [20] [22] Grandmother", "Lonely from [15] the [25] Jory and Cindy are [18] [16] befriends [21] new elderly next [24] neighbor who invites him [17] [14] cookies and ice cream [19] encourages him [23] [20] [22] Grandmother", "Lonely from [15] the [25] Jory and Cindy are [18] [16] befriends [21] new elderly next [24] neighbor who invites him [17] for cookies and ice cream [19] encourages him [23] [20] [22] Grandmother", "Lonely from all the [25] Jory and Cindy are [18] [16] befriends [21] new elderly next [24] neighbor who invites him [17] for cookies and ice cream [19] encourages him [23] [20] [22] Grandmother", "Lonely from all the [25] Jory and Cindy are [18] Bart befriends [21] new elderly next [24] neighbor who invites him [17] for cookies and ice cream [19] encourages him [23] [20] [22] Grandmother", "Lonely from all the [25] Jory and Cindy are [18] Bart befriends [21] new elderly next [24] neighbor who invites him over for cookies and ice cream [19] encourages him [23] [20] [22] Grandmother", "Lonely from all the [25] Jory and Cindy are receiving Bart befriends [21] new elderly next [24] neighbor who invites him over for cookies and ice cream [19] encourages him [23] [20] [22] Grandmother", "Lonely from all the [25] Jory and Cindy are receiving Bart befriends [21] new elderly next [24] neighbor who invites him over for cookies and ice cream and encourages him [23] [20] [22] Grandmother", "Lonely from all the [25] Jory and Cindy are receiving Bart befriends [21] new elderly next [24] neighbor who invites him over for cookies and ice cream and encourages him [23] call [22] Grandmother", "Lonely from all the [25] Jory and Cindy are receiving Bart befriends the new elderly next [24] neighbor who invites him over for cookies and ice cream and encourages him [23] call [22] Grandmother", "Lonely from all the [25] Jory and Cindy are receiving Bart befriends the new elderly next [24] neighbor who invites him over for cookies and ice cream and encourages him [23] call her Grandmother", "Lonely from all the [25] Jory and Cindy are receiving Bart befriends the new elderly next [24] neighbor who invites him over for cookies and ice cream and encourages him to call her Grandmother", "Lonely from all the [25] Jory and Cindy are receiving Bart befriends the new elderly next door neighbor who invites him over for cookies and ice cream and encourages him to call her Grandmother"]}, "config": {"list": [[1, "encourages"], [2, "new"], [3, "next"], [4, "cream"], [5, "him"], [6, "neighbor"], [7, "him"], [8, "Lonely"], [9, "and"], [10, "invites"], [11, "Cindy"], [12, "from"], [13, "cookies"], [14, "for"], [15, "all"], [16, "Bart"], [17, "over"], [18, "receiving"], [19, "and"], [20, "call"], [21, "the"], [22, "her"], [23, "to"], [24, "door"], [25, "attention"]], "num_pairs": 25, "num_sentences": 43652, "original_sentence": "Lonely from all the attention Jory and Cindy are receiving, Bart befriends the new elderly next door neighbor, who invites him over for cookies and ice cream and encourages him to call her \"Grandmother.\"", "sentence": "[8] [12] [15] the [25] Jory and [11] are [18] [16] befriends [21] [2] elderly [3] [24] [6] who [10] [5] [17] [14] [13] [9] ice [4] [19] [1] [7] [23] [20] [22] Grandmother", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0238", "problem_name": "task18_0238"}
+{"prompt": "Given a list of pairs of numbers and words, replace the number with a bracket in a given sentence with the word one by one. \n\nProvide the final sentence after filling the all numbers along with a list of the intermediate sentences after replacing each number.\nThe answer should consist only of alphanumeric characters, and except for \"[1]\", \"[2]\", etc., no punctuation such as periods is included.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nKumar [3] [15] [20] [23] [1] [24] [4] an acclaimed [12] chef [6] [2] of Dakshin [9] in [25] as [16] [22] [19] of inspiration and [13] [8] [7] continuing education [14] [11] the historic [21] contemporary [5] [10] [18] [17]\nList:\n[(1, chef), (2, founder), (3, credits), (4, Anand), (5, aspects), (6, and), (7, his), (8, on), (9, restaurant), (10, of), (11, both), (12, Indian), (13, influence), (14, on), (15, his), (16, a), (17, food), (18, Indian), (19, source), (20, friend), (21, and), (22, constant), (23, and), (24, Praveen), (25, Chennai)]", "label": {"final": "Kumar credits his friend and chef Praveen Anand an acclaimed Indian chef and founder of Dakshin restaurant in Chennai as a constant source of inspiration and influence on his continuing education on both the historic and contemporary aspects of Indian food", "init": "Kumar [3] [15] [20] [23] [1] [24] [4] an acclaimed [12] chef [6] [2] of Dakshin [9] in [25] as [16] [22] [19] of inspiration and [13] [8] [7] continuing education [14] [11] the historic [21] contemporary [5] [10] [18] [17]", "intermediate": ["Kumar [3] [15] [20] [23] chef [24] [4] an acclaimed [12] chef [6] [2] of Dakshin [9] in [25] as [16] [22] [19] of inspiration and [13] [8] [7] continuing education [14] [11] the historic [21] contemporary [5] [10] [18] [17]", "Kumar [3] [15] [20] [23] chef [24] [4] an acclaimed [12] chef [6] founder of Dakshin [9] in [25] as [16] [22] [19] of inspiration and [13] [8] [7] continuing education [14] [11] the historic [21] contemporary [5] [10] [18] [17]", "Kumar credits [15] [20] [23] chef [24] [4] an acclaimed [12] chef [6] founder of Dakshin [9] in [25] as [16] [22] [19] of inspiration and [13] [8] [7] continuing education [14] [11] the historic [21] contemporary [5] [10] [18] [17]", "Kumar credits [15] [20] [23] chef [24] Anand an acclaimed [12] chef [6] founder of Dakshin [9] in [25] as [16] [22] [19] of inspiration and [13] [8] [7] continuing education [14] [11] the historic [21] contemporary [5] [10] [18] [17]", "Kumar credits [15] [20] [23] chef [24] Anand an acclaimed [12] chef [6] founder of Dakshin [9] in [25] as [16] [22] [19] of inspiration and [13] [8] [7] continuing education [14] [11] the historic [21] contemporary aspects [10] [18] [17]", "Kumar credits [15] [20] [23] chef [24] Anand an acclaimed [12] chef and founder of Dakshin [9] in [25] as [16] [22] [19] of inspiration and [13] [8] [7] continuing education [14] [11] the historic [21] contemporary aspects [10] [18] [17]", "Kumar credits [15] [20] [23] chef [24] Anand an acclaimed [12] chef and founder of Dakshin [9] in [25] as [16] [22] [19] of inspiration and [13] [8] his continuing education [14] [11] the historic [21] contemporary aspects [10] [18] [17]", "Kumar credits [15] [20] [23] chef [24] Anand an acclaimed [12] chef and founder of Dakshin [9] in [25] as [16] [22] [19] of inspiration and [13] on his continuing education [14] [11] the historic [21] contemporary aspects [10] [18] [17]", "Kumar credits [15] [20] [23] chef [24] Anand an acclaimed [12] chef and founder of Dakshin restaurant in [25] as [16] [22] [19] of inspiration and [13] on his continuing education [14] [11] the historic [21] contemporary aspects [10] [18] [17]", "Kumar credits [15] [20] [23] chef [24] Anand an acclaimed [12] chef and founder of Dakshin restaurant in [25] as [16] [22] [19] of inspiration and [13] on his continuing education [14] [11] the historic [21] contemporary aspects of [18] [17]", "Kumar credits [15] [20] [23] chef [24] Anand an acclaimed [12] chef and founder of Dakshin restaurant in [25] as [16] [22] [19] of inspiration and [13] on his continuing education [14] both the historic [21] contemporary aspects of [18] [17]", "Kumar credits [15] [20] [23] chef [24] Anand an acclaimed Indian chef and founder of Dakshin restaurant in [25] as [16] [22] [19] of inspiration and [13] on his continuing education [14] both the historic [21] contemporary aspects of [18] [17]", "Kumar credits [15] [20] [23] chef [24] Anand an acclaimed Indian chef and founder of Dakshin restaurant in [25] as [16] [22] [19] of inspiration and influence on his continuing education [14] both the historic [21] contemporary aspects of [18] [17]", "Kumar credits [15] [20] [23] chef [24] Anand an acclaimed Indian chef and founder of Dakshin restaurant in [25] as [16] [22] [19] of inspiration and influence on his continuing education on both the historic [21] contemporary aspects of [18] [17]", "Kumar credits his [20] [23] chef [24] Anand an acclaimed Indian chef and founder of Dakshin restaurant in [25] as [16] [22] [19] of inspiration and influence on his continuing education on both the historic [21] contemporary aspects of [18] [17]", "Kumar credits his [20] [23] chef [24] Anand an acclaimed Indian chef and founder of Dakshin restaurant in [25] as a [22] [19] of inspiration and influence on his continuing education on both the historic [21] contemporary aspects of [18] [17]", "Kumar credits his [20] [23] chef [24] Anand an acclaimed Indian chef and founder of Dakshin restaurant in [25] as a [22] [19] of inspiration and influence on his continuing education on both the historic [21] contemporary aspects of [18] food", "Kumar credits his [20] [23] chef [24] Anand an acclaimed Indian chef and founder of Dakshin restaurant in [25] as a [22] [19] of inspiration and influence on his continuing education on both the historic [21] contemporary aspects of Indian food", "Kumar credits his [20] [23] chef [24] Anand an acclaimed Indian chef and founder of Dakshin restaurant in [25] as a [22] source of inspiration and influence on his continuing education on both the historic [21] contemporary aspects of Indian food", "Kumar credits his friend [23] chef [24] Anand an acclaimed Indian chef and founder of Dakshin restaurant in [25] as a [22] source of inspiration and influence on his continuing education on both the historic [21] contemporary aspects of Indian food", "Kumar credits his friend [23] chef [24] Anand an acclaimed Indian chef and founder of Dakshin restaurant in [25] as a [22] source of inspiration and influence on his continuing education on both the historic and contemporary aspects of Indian food", "Kumar credits his friend [23] chef [24] Anand an acclaimed Indian chef and founder of Dakshin restaurant in [25] as a constant source of inspiration and influence on his continuing education on both the historic and contemporary aspects of Indian food", "Kumar credits his friend and chef [24] Anand an acclaimed Indian chef and founder of Dakshin restaurant in [25] as a constant source of inspiration and influence on his continuing education on both the historic and contemporary aspects of Indian food", "Kumar credits his friend and chef Praveen Anand an acclaimed Indian chef and founder of Dakshin restaurant in [25] as a constant source of inspiration and influence on his continuing education on both the historic and contemporary aspects of Indian food"]}, "config": {"list": [[1, "chef"], [2, "founder"], [3, "credits"], [4, "Anand"], [5, "aspects"], [6, "and"], [7, "his"], [8, "on"], [9, "restaurant"], [10, "of"], [11, "both"], [12, "Indian"], [13, "influence"], [14, "on"], [15, "his"], [16, "a"], [17, "food"], [18, "Indian"], [19, "source"], [20, "friend"], [21, "and"], [22, "constant"], [23, "and"], [24, "Praveen"], [25, "Chennai"]], "num_pairs": 25, "num_sentences": 43652, "original_sentence": "Kumar credits his friend and chef, Praveen Anand (an acclaimed Indian chef and founder of Dakshin restaurant in Chennai), as a constant source of inspiration and influence on his continuing education on both the historic and contemporary aspects of Indian food.", "sentence": "Kumar [3] [15] [20] [23] [1] [24] [4] an acclaimed [12] chef [6] [2] of Dakshin [9] in [25] as [16] [22] [19] of inspiration and [13] [8] [7] continuing education [14] [11] the historic [21] contemporary [5] [10] [18] [17]", "sentence_file_path": "./sentence_data/sentences.txt"}, "task_name": "task18", "example_name": "0239", "problem_name": "task18_0239"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: gnjjzmqlwfaqzjifof\nSteps: \n1. o\n2. a", "label": {"final": "gnjjzmqlwfqzjiff", "init": "gnjjzmqlwfaqzjifof", "intermediate": ["gnjjzmqlwfaqzjiff"]}, "config": {"len_step": 2, "len_string": 18, "steps": ["o", "a"], "string": "gnjjzmqlwfaqzjifof"}, "task_name": "task19", "example_name": "0000", "problem_name": "task19_0000"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kvabxnczycldiqesbevkkpmj\nSteps: \n1. k\n2. k", "label": {"final": "vabxnczycldiqesbevkpmj", "init": "kvabxnczycldiqesbevkkpmj", "intermediate": ["vabxnczycldiqesbevkkpmj"]}, "config": {"len_step": 2, "len_string": 24, "steps": ["k", "k"], "string": "kvabxnczycldiqesbevkkpmj"}, "task_name": "task19", "example_name": "0001", "problem_name": "task19_0001"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ceugywkigijotejwaarbfptfch\nSteps: \n1. e\n2. g", "label": {"final": "cuywkigijotejwaarbfptfch", "init": "ceugywkigijotejwaarbfptfch", "intermediate": ["cugywkigijotejwaarbfptfch"]}, "config": {"len_step": 2, "len_string": 26, "steps": ["e", "g"], "string": "ceugywkigijotejwaarbfptfch"}, "task_name": "task19", "example_name": "0002", "problem_name": "task19_0002"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: iqblfhmymyeyjetxag\nSteps: \n1. e\n2. h", "label": {"final": "iqblfmymyyjetxag", "init": "iqblfhmymyeyjetxag", "intermediate": ["iqblfhmymyyjetxag"]}, "config": {"len_step": 2, "len_string": 18, "steps": ["e", "h"], "string": "iqblfhmymyeyjetxag"}, "task_name": "task19", "example_name": "0003", "problem_name": "task19_0003"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ungdjoeywr\nSteps: \n1. j\n2. n", "label": {"final": "ugdoeywr", "init": "ungdjoeywr", "intermediate": ["ungdoeywr"]}, "config": {"len_step": 2, "len_string": 10, "steps": ["j", "n"], "string": "ungdjoeywr"}, "task_name": "task19", "example_name": "0004", "problem_name": "task19_0004"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: unmjrltlqb\nSteps: \n1. l\n2. q", "label": {"final": "unmjrtlb", "init": "unmjrltlqb", "intermediate": ["unmjrtlqb"]}, "config": {"len_step": 2, "len_string": 10, "steps": ["l", "q"], "string": "unmjrltlqb"}, "task_name": "task19", "example_name": "0005", "problem_name": "task19_0005"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ssfhgrsdxkglzoqxztkpxup\nSteps: \n1. l\n2. x", "label": {"final": "ssfhgrsdkgzoqxztkpxup", "init": "ssfhgrsdxkglzoqxztkpxup", "intermediate": ["ssfhgrsdxkgzoqxztkpxup"]}, "config": {"len_step": 2, "len_string": 23, "steps": ["l", "x"], "string": "ssfhgrsdxkglzoqxztkpxup"}, "task_name": "task19", "example_name": "0006", "problem_name": "task19_0006"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kereaabkfyusehurmpfprpbjci\nSteps: \n1. p\n2. r", "label": {"final": "keeaabkfyusehurmfprpbjci", "init": "kereaabkfyusehurmpfprpbjci", "intermediate": ["kereaabkfyusehurmfprpbjci"]}, "config": {"len_step": 2, "len_string": 26, "steps": ["p", "r"], "string": "kereaabkfyusehurmpfprpbjci"}, "task_name": "task19", "example_name": "0007", "problem_name": "task19_0007"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: istryjamlerigiyajhflfxnsem\nSteps: \n1. l\n2. j", "label": {"final": "istryamerigiyajhflfxnsem", "init": "istryjamlerigiyajhflfxnsem", "intermediate": ["istryjamerigiyajhflfxnsem"]}, "config": {"len_step": 2, "len_string": 26, "steps": ["l", "j"], "string": "istryjamlerigiyajhflfxnsem"}, "task_name": "task19", "example_name": "0008", "problem_name": "task19_0008"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: slubuksunlbcoitauxqemudmljkqh\nSteps: \n1. k\n2. q", "label": {"final": "slubusunlbcoitauxemudmljkqh", "init": "slubuksunlbcoitauxqemudmljkqh", "intermediate": ["slubusunlbcoitauxqemudmljkqh"]}, "config": {"len_step": 2, "len_string": 29, "steps": ["k", "q"], "string": "slubuksunlbcoitauxqemudmljkqh"}, "task_name": "task19", "example_name": "0009", "problem_name": "task19_0009"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: xidqvpukqgkjkkuefgznbvwvjthdw\nSteps: \n1. h\n2. d\n3. u", "label": {"final": "xiqvpkqgkjkkuefgznbvwvjtdw", "init": "xidqvpukqgkjkkuefgznbvwvjthdw", "intermediate": ["xidqvpukqgkjkkuefgznbvwvjtdw", "xiqvpukqgkjkkuefgznbvwvjtdw"]}, "config": {"len_step": 3, "len_string": 29, "steps": ["h", "d", "u"], "string": "xidqvpukqgkjkkuefgznbvwvjthdw"}, "task_name": "task19", "example_name": "0010", "problem_name": "task19_0010"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: waiaeesheeiwpcrnlnqunqmqkkn\nSteps: \n1. m\n2. e\n3. w", "label": {"final": "aiaesheeiwpcrnlnqunqqkkn", "init": "waiaeesheeiwpcrnlnqunqmqkkn", "intermediate": ["waiaeesheeiwpcrnlnqunqqkkn", "waiaesheeiwpcrnlnqunqqkkn"]}, "config": {"len_step": 3, "len_string": 27, "steps": ["m", "e", "w"], "string": "waiaeesheeiwpcrnlnqunqmqkkn"}, "task_name": "task19", "example_name": "0011", "problem_name": "task19_0011"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: mwryrlkp\nSteps: \n1. w\n2. k\n3. p", "label": {"final": "mryrl", "init": "mwryrlkp", "intermediate": ["mryrlkp", "mryrlp"]}, "config": {"len_step": 3, "len_string": 8, "steps": ["w", "k", "p"], "string": "mwryrlkp"}, "task_name": "task19", "example_name": "0012", "problem_name": "task19_0012"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: bccbagcrqzytyaf\nSteps: \n1. f\n2. y\n3. r", "label": {"final": "bccbagcqztya", "init": "bccbagcrqzytyaf", "intermediate": ["bccbagcrqzytya", "bccbagcrqztya"]}, "config": {"len_step": 3, "len_string": 15, "steps": ["f", "y", "r"], "string": "bccbagcrqzytyaf"}, "task_name": "task19", "example_name": "0013", "problem_name": "task19_0013"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ftloigcpyztyjhyprafmtvti\nSteps: \n1. j\n2. p\n3. t", "label": {"final": "floigcyztyhyprafmtvti", "init": "ftloigcpyztyjhyprafmtvti", "intermediate": ["ftloigcpyztyhyprafmtvti", "ftloigcyztyhyprafmtvti"]}, "config": {"len_step": 3, "len_string": 24, "steps": ["j", "p", "t"], "string": "ftloigcpyztyjhyprafmtvti"}, "task_name": "task19", "example_name": "0014", "problem_name": "task19_0014"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: xqqbigovrl\nSteps: \n1. i\n2. l\n3. g", "label": {"final": "xqqbovr", "init": "xqqbigovrl", "intermediate": ["xqqbgovrl", "xqqbgovr"]}, "config": {"len_step": 3, "len_string": 10, "steps": ["i", "l", "g"], "string": "xqqbigovrl"}, "task_name": "task19", "example_name": "0015", "problem_name": "task19_0015"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zdpmjeqhijxxypbqx\nSteps: \n1. x\n2. x\n3. j", "label": {"final": "zdpmeqhijypbqx", "init": "zdpmjeqhijxxypbqx", "intermediate": ["zdpmjeqhijxypbqx", "zdpmjeqhijypbqx"]}, "config": {"len_step": 3, "len_string": 17, "steps": ["x", "x", "j"], "string": "zdpmjeqhijxxypbqx"}, "task_name": "task19", "example_name": "0016", "problem_name": "task19_0016"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: wdizqbinvnwemci\nSteps: \n1. m\n2. n\n3. z", "label": {"final": "wdiqbivnweci", "init": "wdizqbinvnwemci", "intermediate": ["wdizqbinvnweci", "wdizqbivnweci"]}, "config": {"len_step": 3, "len_string": 15, "steps": ["m", "n", "z"], "string": "wdizqbinvnwemci"}, "task_name": "task19", "example_name": "0017", "problem_name": "task19_0017"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: brehdfetidmlk\nSteps: \n1. d\n2. l\n3. h", "label": {"final": "brefetidmk", "init": "brehdfetidmlk", "intermediate": ["brehfetidmlk", "brehfetidmk"]}, "config": {"len_step": 3, "len_string": 13, "steps": ["d", "l", "h"], "string": "brehdfetidmlk"}, "task_name": "task19", "example_name": "0018", "problem_name": "task19_0018"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pumrswikdbr\nSteps: \n1. s\n2. i\n3. r", "label": {"final": "pumwkdbr", "init": "pumrswikdbr", "intermediate": ["pumrwikdbr", "pumrwkdbr"]}, "config": {"len_step": 3, "len_string": 11, "steps": ["s", "i", "r"], "string": "pumrswikdbr"}, "task_name": "task19", "example_name": "0019", "problem_name": "task19_0019"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: dvkigkbbdhedvjmpydfw\nSteps: \n1. d\n2. y\n3. d\n4. b", "label": {"final": "vkigkbhedvjmpdfw", "init": "dvkigkbbdhedvjmpydfw", "intermediate": ["vkigkbbdhedvjmpydfw", "vkigkbbdhedvjmpdfw", "vkigkbbhedvjmpdfw"]}, "config": {"len_step": 4, "len_string": 20, "steps": ["d", "y", "d", "b"], "string": "dvkigkbbdhedvjmpydfw"}, "task_name": "task19", "example_name": "0020", "problem_name": "task19_0020"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: xtougnxcq\nSteps: \n1. o\n2. x\n3. u\n4. q", "label": {"final": "tgnxc", "init": "xtougnxcq", "intermediate": ["xtugnxcq", "tugnxcq", "tgnxcq"]}, "config": {"len_step": 4, "len_string": 9, "steps": ["o", "x", "u", "q"], "string": "xtougnxcq"}, "task_name": "task19", "example_name": "0021", "problem_name": "task19_0021"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zjvco\nSteps: \n1. o\n2. c\n3. v\n4. j", "label": {"final": "z", "init": "zjvco", "intermediate": ["zjvc", "zjv", "zj"]}, "config": {"len_step": 4, "len_string": 5, "steps": ["o", "c", "v", "j"], "string": "zjvco"}, "task_name": "task19", "example_name": "0022", "problem_name": "task19_0022"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ankdibrhihhnkcrbhzsjrv\nSteps: \n1. d\n2. i\n3. k\n4. j", "label": {"final": "anbrhihhnkcrbhzsrv", "init": "ankdibrhihhnkcrbhzsjrv", "intermediate": ["ankibrhihhnkcrbhzsjrv", "ankbrhihhnkcrbhzsjrv", "anbrhihhnkcrbhzsjrv"]}, "config": {"len_step": 4, "len_string": 22, "steps": ["d", "i", "k", "j"], "string": "ankdibrhihhnkcrbhzsjrv"}, "task_name": "task19", "example_name": "0023", "problem_name": "task19_0023"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: dznevwzfk\nSteps: \n1. n\n2. v\n3. e\n4. f", "label": {"final": "dzwzk", "init": "dznevwzfk", "intermediate": ["dzevwzfk", "dzewzfk", "dzwzfk"]}, "config": {"len_step": 4, "len_string": 9, "steps": ["n", "v", "e", "f"], "string": "dznevwzfk"}, "task_name": "task19", "example_name": "0024", "problem_name": "task19_0024"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: stvthtleaqjcmkioonz\nSteps: \n1. s\n2. q\n3. j\n4. h", "label": {"final": "tvttleacmkioonz", "init": "stvthtleaqjcmkioonz", "intermediate": ["tvthtleaqjcmkioonz", "tvthtleajcmkioonz", "tvthtleacmkioonz"]}, "config": {"len_step": 4, "len_string": 19, "steps": ["s", "q", "j", "h"], "string": "stvthtleaqjcmkioonz"}, "task_name": "task19", "example_name": "0025", "problem_name": "task19_0025"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: xgouxw\nSteps: \n1. x\n2. w\n3. g\n4. o", "label": {"final": "ux", "init": "xgouxw", "intermediate": ["gouxw", "goux", "oux"]}, "config": {"len_step": 4, "len_string": 6, "steps": ["x", "w", "g", "o"], "string": "xgouxw"}, "task_name": "task19", "example_name": "0026", "problem_name": "task19_0026"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zzigbfjiqzirxwqvrm\nSteps: \n1. f\n2. r\n3. j\n4. i", "label": {"final": "zzgbiqzixwqvrm", "init": "zzigbfjiqzirxwqvrm", "intermediate": ["zzigbjiqzirxwqvrm", "zzigbjiqzixwqvrm", "zzigbiqzixwqvrm"]}, "config": {"len_step": 4, "len_string": 18, "steps": ["f", "r", "j", "i"], "string": "zzigbfjiqzirxwqvrm"}, "task_name": "task19", "example_name": "0027", "problem_name": "task19_0027"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: nkiexdrnszcqfgbmylc\nSteps: \n1. f\n2. r\n3. d\n4. y", "label": {"final": "nkiexnszcqgbmlc", "init": "nkiexdrnszcqfgbmylc", "intermediate": ["nkiexdrnszcqgbmylc", "nkiexdnszcqgbmylc", "nkiexnszcqgbmylc"]}, "config": {"len_step": 4, "len_string": 19, "steps": ["f", "r", "d", "y"], "string": "nkiexdrnszcqfgbmylc"}, "task_name": "task19", "example_name": "0028", "problem_name": "task19_0028"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pcssqrbmwtdxwlzofyzuzxnpn\nSteps: \n1. z\n2. w\n3. s\n4. w", "label": {"final": "pcsqrbmtdxlofyzuzxnpn", "init": "pcssqrbmwtdxwlzofyzuzxnpn", "intermediate": ["pcssqrbmwtdxwlofyzuzxnpn", "pcssqrbmtdxwlofyzuzxnpn", "pcsqrbmtdxwlofyzuzxnpn"]}, "config": {"len_step": 4, "len_string": 25, "steps": ["z", "w", "s", "w"], "string": "pcssqrbmwtdxwlzofyzuzxnpn"}, "task_name": "task19", "example_name": "0029", "problem_name": "task19_0029"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: oxooaplnzqt\nSteps: \n1. z\n2. o\n3. o\n4. t\n5. n", "label": {"final": "xoaplq", "init": "oxooaplnzqt", "intermediate": ["oxooaplnqt", "xooaplnqt", "xoaplnqt", "xoaplnq"]}, "config": {"len_step": 5, "len_string": 11, "steps": ["z", "o", "o", "t", "n"], "string": "oxooaplnzqt"}, "task_name": "task19", "example_name": "0030", "problem_name": "task19_0030"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: tdhflxvnc\nSteps: \n1. h\n2. l\n3. t\n4. d\n5. f", "label": {"final": "xvnc", "init": "tdhflxvnc", "intermediate": ["tdflxvnc", "tdfxvnc", "dfxvnc", "fxvnc"]}, "config": {"len_step": 5, "len_string": 9, "steps": ["h", "l", "t", "d", "f"], "string": "tdhflxvnc"}, "task_name": "task19", "example_name": "0031", "problem_name": "task19_0031"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: vzacat\nSteps: \n1. a\n2. t\n3. a\n4. c\n5. z", "label": {"final": "v", "init": "vzacat", "intermediate": ["vzcat", "vzca", "vzc", "vz"]}, "config": {"len_step": 5, "len_string": 6, "steps": ["a", "t", "a", "c", "z"], "string": "vzacat"}, "task_name": "task19", "example_name": "0032", "problem_name": "task19_0032"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: xplucsvuj\nSteps: \n1. c\n2. s\n3. x\n4. v\n5. l", "label": {"final": "puuj", "init": "xplucsvuj", "intermediate": ["xplusvuj", "xpluvuj", "pluvuj", "pluuj"]}, "config": {"len_step": 5, "len_string": 9, "steps": ["c", "s", "x", "v", "l"], "string": "xplucsvuj"}, "task_name": "task19", "example_name": "0033", "problem_name": "task19_0033"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fiyumidkelmnwu\nSteps: \n1. n\n2. w\n3. m\n4. d\n5. i", "label": {"final": "fyuikelmu", "init": "fiyumidkelmnwu", "intermediate": ["fiyumidkelmwu", "fiyumidkelmu", "fiyuidkelmu", "fiyuikelmu"]}, "config": {"len_step": 5, "len_string": 14, "steps": ["n", "w", "m", "d", "i"], "string": "fiyumidkelmnwu"}, "task_name": "task19", "example_name": "0034", "problem_name": "task19_0034"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: xzpezvlo\nSteps: \n1. e\n2. x\n3. l\n4. z\n5. p", "label": {"final": "zvo", "init": "xzpezvlo", "intermediate": ["xzpzvlo", "zpzvlo", "zpzvo", "pzvo"]}, "config": {"len_step": 5, "len_string": 8, "steps": ["e", "x", "l", "z", "p"], "string": "xzpezvlo"}, "task_name": "task19", "example_name": "0035", "problem_name": "task19_0035"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kisedbdqzamjiiclgbdys\nSteps: \n1. y\n2. k\n3. q\n4. a\n5. e", "label": {"final": "isdbdzmjiiclgbds", "init": "kisedbdqzamjiiclgbdys", "intermediate": ["kisedbdqzamjiiclgbds", "isedbdqzamjiiclgbds", "isedbdzamjiiclgbds", "isedbdzmjiiclgbds"]}, "config": {"len_step": 5, "len_string": 21, "steps": ["y", "k", "q", "a", "e"], "string": "kisedbdqzamjiiclgbdys"}, "task_name": "task19", "example_name": "0036", "problem_name": "task19_0036"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zrsdunc\nSteps: \n1. r\n2. c\n3. d\n4. z\n5. u", "label": {"final": "sn", "init": "zrsdunc", "intermediate": ["zsdunc", "zsdun", "zsun", "sun"]}, "config": {"len_step": 5, "len_string": 7, "steps": ["r", "c", "d", "z", "u"], "string": "zrsdunc"}, "task_name": "task19", "example_name": "0037", "problem_name": "task19_0037"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: xoveqsic\nSteps: \n1. v\n2. c\n3. e\n4. x\n5. q", "label": {"final": "osi", "init": "xoveqsic", "intermediate": ["xoeqsic", "xoeqsi", "xoqsi", "oqsi"]}, "config": {"len_step": 5, "len_string": 8, "steps": ["v", "c", "e", "x", "q"], "string": "xoveqsic"}, "task_name": "task19", "example_name": "0038", "problem_name": "task19_0038"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: mbttsy\nSteps: \n1. b\n2. s\n3. t\n4. t\n5. y", "label": {"final": "m", "init": "mbttsy", "intermediate": ["mttsy", "mtty", "mty", "my"]}, "config": {"len_step": 5, "len_string": 6, "steps": ["b", "s", "t", "t", "y"], "string": "mbttsy"}, "task_name": "task19", "example_name": "0039", "problem_name": "task19_0039"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: idmvcxmqk\nSteps: \n1. c\n2. q\n3. v\n4. m\n5. k\n6. d", "label": {"final": "ixm", "init": "idmvcxmqk", "intermediate": ["idmvxmqk", "idmvxmk", "idmxmk", "idxmk", "idxm"]}, "config": {"len_step": 6, "len_string": 9, "steps": ["c", "q", "v", "m", "k", "d"], "string": "idmvcxmqk"}, "task_name": "task19", "example_name": "0040", "problem_name": "task19_0040"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: mdfamzezvhpufvvamvqwzsre\nSteps: \n1. s\n2. u\n3. v\n4. a\n5. p\n6. z", "label": {"final": "mdfmezhfvvamvqwzre", "init": "mdfamzezvhpufvvamvqwzsre", "intermediate": ["mdfamzezvhpufvvamvqwzre", "mdfamzezvhpfvvamvqwzre", "mdfamzezhpfvvamvqwzre", "mdfmzezhpfvvamvqwzre", "mdfmzezhfvvamvqwzre"]}, "config": {"len_step": 6, "len_string": 24, "steps": ["s", "u", "v", "a", "p", "z"], "string": "mdfamzezvhpufvvamvqwzsre"}, "task_name": "task19", "example_name": "0041", "problem_name": "task19_0041"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zaycyugsolqlrsaqswnod\nSteps: \n1. g\n2. w\n3. a\n4. z\n5. c\n6. s", "label": {"final": "yyuolqlrsaqsnod", "init": "zaycyugsolqlrsaqswnod", "intermediate": ["zaycyusolqlrsaqswnod", "zaycyusolqlrsaqsnod", "zycyusolqlrsaqsnod", "ycyusolqlrsaqsnod", "yyusolqlrsaqsnod"]}, "config": {"len_step": 6, "len_string": 21, "steps": ["g", "w", "a", "z", "c", "s"], "string": "zaycyugsolqlrsaqswnod"}, "task_name": "task19", "example_name": "0042", "problem_name": "task19_0042"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: lypvybjfkhyojekices\nSteps: \n1. k\n2. j\n3. b\n4. v\n5. k\n6. l", "label": {"final": "ypyfhyojeices", "init": "lypvybjfkhyojekices", "intermediate": ["lypvybjfhyojekices", "lypvybfhyojekices", "lypvyfhyojekices", "lypyfhyojekices", "lypyfhyojeices"]}, "config": {"len_step": 6, "len_string": 19, "steps": ["k", "j", "b", "v", "k", "l"], "string": "lypvybjfkhyojekices"}, "task_name": "task19", "example_name": "0043", "problem_name": "task19_0043"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: uduujnpop\nSteps: \n1. p\n2. u\n3. n\n4. d\n5. p\n6. u", "label": {"final": "ujo", "init": "uduujnpop", "intermediate": ["uduujnop", "duujnop", "duujop", "uujop", "uujo"]}, "config": {"len_step": 6, "len_string": 9, "steps": ["p", "u", "n", "d", "p", "u"], "string": "uduujnpop"}, "task_name": "task19", "example_name": "0044", "problem_name": "task19_0044"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: lruhfrkpdakayhfbqvstpb\nSteps: \n1. a\n2. h\n3. l\n4. r\n5. d\n6. b", "label": {"final": "ufrkpkayhfqvstpb", "init": "lruhfrkpdakayhfbqvstpb", "intermediate": ["lruhfrkpdkayhfbqvstpb", "lrufrkpdkayhfbqvstpb", "rufrkpdkayhfbqvstpb", "ufrkpdkayhfbqvstpb", "ufrkpkayhfbqvstpb"]}, "config": {"len_step": 6, "len_string": 22, "steps": ["a", "h", "l", "r", "d", "b"], "string": "lruhfrkpdakayhfbqvstpb"}, "task_name": "task19", "example_name": "0045", "problem_name": "task19_0045"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: dmzpayvjtxfy\nSteps: \n1. x\n2. v\n3. y\n4. m\n5. p\n6. z", "label": {"final": "dajtfy", "init": "dmzpayvjtxfy", "intermediate": ["dmzpayvjtfy", "dmzpayjtfy", "dmzpajtfy", "dzpajtfy", "dzajtfy"]}, "config": {"len_step": 6, "len_string": 12, "steps": ["x", "v", "y", "m", "p", "z"], "string": "dmzpayvjtxfy"}, "task_name": "task19", "example_name": "0046", "problem_name": "task19_0046"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: dvkhszdrfuttpdwcpygmrq\nSteps: \n1. t\n2. d\n3. d\n4. r\n5. z\n6. y", "label": {"final": "vkhsfutpdwcpgmrq", "init": "dvkhszdrfuttpdwcpygmrq", "intermediate": ["dvkhszdrfutpdwcpygmrq", "vkhszdrfutpdwcpygmrq", "vkhszrfutpdwcpygmrq", "vkhszfutpdwcpygmrq", "vkhsfutpdwcpygmrq"]}, "config": {"len_step": 6, "len_string": 22, "steps": ["t", "d", "d", "r", "z", "y"], "string": "dvkhszdrfuttpdwcpygmrq"}, "task_name": "task19", "example_name": "0047", "problem_name": "task19_0047"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pxghwgddwvftfqaotnqdlujt\nSteps: \n1. d\n2. l\n3. h\n4. v\n5. n\n6. w", "label": {"final": "pxggdwftfqaotqdujt", "init": "pxghwgddwvftfqaotnqdlujt", "intermediate": ["pxghwgdwvftfqaotnqdlujt", "pxghwgdwvftfqaotnqdujt", "pxgwgdwvftfqaotnqdujt", "pxgwgdwftfqaotnqdujt", "pxgwgdwftfqaotqdujt"]}, "config": {"len_step": 6, "len_string": 24, "steps": ["d", "l", "h", "v", "n", "w"], "string": "pxghwgddwvftfqaotnqdlujt"}, "task_name": "task19", "example_name": "0048", "problem_name": "task19_0048"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: lskoimixppnmeqlindqujez\nSteps: \n1. u\n2. n\n3. k\n4. n\n5. q\n6. q", "label": {"final": "lsoimixppmelidjez", "init": "lskoimixppnmeqlindqujez", "intermediate": ["lskoimixppnmeqlindqjez", "lskoimixppmeqlindqjez", "lsoimixppmeqlindqjez", "lsoimixppmeqlidqjez", "lsoimixppmelidqjez"]}, "config": {"len_step": 6, "len_string": 23, "steps": ["u", "n", "k", "n", "q", "q"], "string": "lskoimixppnmeqlindqujez"}, "task_name": "task19", "example_name": "0049", "problem_name": "task19_0049"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: dhpnayvwvrmtfrm\nSteps: \n1. m\n2. w\n3. y\n4. r\n5. n\n6. v\n7. h", "label": {"final": "dpavtfrm", "init": "dhpnayvwvrmtfrm", "intermediate": ["dhpnayvwvrtfrm", "dhpnayvvrtfrm", "dhpnavvrtfrm", "dhpnavvtfrm", "dhpavvtfrm", "dhpavtfrm"]}, "config": {"len_step": 7, "len_string": 15, "steps": ["m", "w", "y", "r", "n", "v", "h"], "string": "dhpnayvwvrmtfrm"}, "task_name": "task19", "example_name": "0050", "problem_name": "task19_0050"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: proewloxdmlqfgfohywskvouyd\nSteps: \n1. y\n2. d\n3. o\n4. f\n5. u\n6. l\n7. r", "label": {"final": "pewoxmlqgfohwskvoyd", "init": "proewloxdmlqfgfohywskvouyd", "intermediate": ["proewloxdmlqfgfohwskvouyd", "proewloxmlqfgfohwskvouyd", "prewloxmlqfgfohwskvouyd", "prewloxmlqgfohwskvouyd", "prewloxmlqgfohwskvoyd", "prewoxmlqgfohwskvoyd"]}, "config": {"len_step": 7, "len_string": 26, "steps": ["y", "d", "o", "f", "u", "l", "r"], "string": "proewloxdmlqfgfohywskvouyd"}, "task_name": "task19", "example_name": "0051", "problem_name": "task19_0051"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: facnrxrcywuxvrtazaloniniraiqla\nSteps: \n1. t\n2. r\n3. z\n4. i\n5. y\n6. v\n7. r", "label": {"final": "facnxcwuxraalonniraiqla", "init": "facnrxrcywuxvrtazaloniniraiqla", "intermediate": ["facnrxrcywuxvrazaloniniraiqla", "facnxrcywuxvrazaloniniraiqla", "facnxrcywuxvraaloniniraiqla", "facnxrcywuxvraalonniraiqla", "facnxrcwuxvraalonniraiqla", "facnxrcwuxraalonniraiqla"]}, "config": {"len_step": 7, "len_string": 30, "steps": ["t", "r", "z", "i", "y", "v", "r"], "string": "facnrxrcywuxvrtazaloniniraiqla"}, "task_name": "task19", "example_name": "0052", "problem_name": "task19_0052"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: nvqvkyzx\nSteps: \n1. y\n2. k\n3. q\n4. z\n5. v\n6. x\n7. n", "label": {"final": "v", "init": "nvqvkyzx", "intermediate": ["nvqvkzx", "nvqvzx", "nvvzx", "nvvx", "nvx", "nv"]}, "config": {"len_step": 7, "len_string": 8, "steps": ["y", "k", "q", "z", "v", "x", "n"], "string": "nvqvkyzx"}, "task_name": "task19", "example_name": "0053", "problem_name": "task19_0053"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: obnfpeiupdzakspqxcn\nSteps: \n1. p\n2. x\n3. p\n4. n\n5. n\n6. d\n7. i", "label": {"final": "obfeuzakspqc", "init": "obnfpeiupdzakspqxcn", "intermediate": ["obnfeiupdzakspqxcn", "obnfeiupdzakspqcn", "obnfeiudzakspqcn", "obfeiudzakspqcn", "obfeiudzakspqc", "obfeiuzakspqc"]}, "config": {"len_step": 7, "len_string": 19, "steps": ["p", "x", "p", "n", "n", "d", "i"], "string": "obnfpeiupdzakspqxcn"}, "task_name": "task19", "example_name": "0054", "problem_name": "task19_0054"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: oexkmvvzsnluqaorjvt\nSteps: \n1. e\n2. n\n3. z\n4. l\n5. s\n6. m\n7. v", "label": {"final": "oxkvuqaorjvt", "init": "oexkmvvzsnluqaorjvt", "intermediate": ["oxkmvvzsnluqaorjvt", "oxkmvvzsluqaorjvt", "oxkmvvsluqaorjvt", "oxkmvvsuqaorjvt", "oxkmvvuqaorjvt", "oxkvvuqaorjvt"]}, "config": {"len_step": 7, "len_string": 19, "steps": ["e", "n", "z", "l", "s", "m", "v"], "string": "oexkmvvzsnluqaorjvt"}, "task_name": "task19", "example_name": "0055", "problem_name": "task19_0055"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kqqccncsam\nSteps: \n1. k\n2. q\n3. s\n4. c\n5. m\n6. c\n7. q", "label": {"final": "nca", "init": "kqqccncsam", "intermediate": ["qqccncsam", "qccncsam", "qccncam", "qcncam", "qcnca", "qnca"]}, "config": {"len_step": 7, "len_string": 10, "steps": ["k", "q", "s", "c", "m", "c", "q"], "string": "kqqccncsam"}, "task_name": "task19", "example_name": "0056", "problem_name": "task19_0056"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: tibxdzlwmxteaepcbjbhqfugjkwb\nSteps: \n1. k\n2. x\n3. x\n4. u\n5. l\n6. j\n7. b", "label": {"final": "tidzwmteaepcbbhqfgjwb", "init": "tibxdzlwmxteaepcbjbhqfugjkwb", "intermediate": ["tibxdzlwmxteaepcbjbhqfugjwb", "tibdzlwmxteaepcbjbhqfugjwb", "tibdzlwmteaepcbjbhqfugjwb", "tibdzlwmteaepcbjbhqfgjwb", "tibdzwmteaepcbjbhqfgjwb", "tibdzwmteaepcbbhqfgjwb"]}, "config": {"len_step": 7, "len_string": 28, "steps": ["k", "x", "x", "u", "l", "j", "b"], "string": "tibxdzlwmxteaepcbjbhqfugjkwb"}, "task_name": "task19", "example_name": "0057", "problem_name": "task19_0057"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: nrrdfxfgbsuawcmn\nSteps: \n1. b\n2. s\n3. x\n4. g\n5. n\n6. f\n7. d", "label": {"final": "rrfuawcmn", "init": "nrrdfxfgbsuawcmn", "intermediate": ["nrrdfxfgsuawcmn", "nrrdfxfguawcmn", "nrrdffguawcmn", "nrrdffuawcmn", "rrdffuawcmn", "rrdfuawcmn"]}, "config": {"len_step": 7, "len_string": 16, "steps": ["b", "s", "x", "g", "n", "f", "d"], "string": "nrrdfxfgbsuawcmn"}, "task_name": "task19", "example_name": "0058", "problem_name": "task19_0058"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zgcyyfnwiiadpmwlhkdmrepz\nSteps: \n1. p\n2. a\n3. i\n4. r\n5. y\n6. m\n7. d", "label": {"final": "zgcyfnwiwlhkdmepz", "init": "zgcyyfnwiiadpmwlhkdmrepz", "intermediate": ["zgcyyfnwiiadmwlhkdmrepz", "zgcyyfnwiidmwlhkdmrepz", "zgcyyfnwidmwlhkdmrepz", "zgcyyfnwidmwlhkdmepz", "zgcyfnwidmwlhkdmepz", "zgcyfnwidwlhkdmepz"]}, "config": {"len_step": 7, "len_string": 24, "steps": ["p", "a", "i", "r", "y", "m", "d"], "string": "zgcyyfnwiiadpmwlhkdmrepz"}, "task_name": "task19", "example_name": "0059", "problem_name": "task19_0059"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: vsqojvnvtivjqvyqfevidpkten\nSteps: \n1. v\n2. f\n3. q\n4. y\n5. t\n6. j\n7. q\n8. d", "label": {"final": "sovnvivjvqevipkten", "init": "vsqojvnvtivjqvyqfevidpkten", "intermediate": ["sqojvnvtivjqvyqfevidpkten", "sqojvnvtivjqvyqevidpkten", "sojvnvtivjqvyqevidpkten", "sojvnvtivjqvqevidpkten", "sojvnvivjqvqevidpkten", "sovnvivjqvqevidpkten", "sovnvivjvqevidpkten"]}, "config": {"len_step": 8, "len_string": 26, "steps": ["v", "f", "q", "y", "t", "j", "q", "d"], "string": "vsqojvnvtivjqvyqfevidpkten"}, "task_name": "task19", "example_name": "0060", "problem_name": "task19_0060"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: iodqjhwtl\nSteps: \n1. j\n2. l\n3. t\n4. i\n5. w\n6. d\n7. q\n8. h", "label": {"final": "o", "init": "iodqjhwtl", "intermediate": ["iodqhwtl", "iodqhwt", "iodqhw", "odqhw", "odqh", "oqh", "oh"]}, "config": {"len_step": 8, "len_string": 9, "steps": ["j", "l", "t", "i", "w", "d", "q", "h"], "string": "iodqjhwtl"}, "task_name": "task19", "example_name": "0061", "problem_name": "task19_0061"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: hchouumkd\nSteps: \n1. c\n2. u\n3. h\n4. k\n5. d\n6. o\n7. h\n8. m", "label": {"final": "u", "init": "hchouumkd", "intermediate": ["hhouumkd", "hhoumkd", "houmkd", "houmd", "houm", "hum", "um"]}, "config": {"len_step": 8, "len_string": 9, "steps": ["c", "u", "h", "k", "d", "o", "h", "m"], "string": "hchouumkd"}, "task_name": "task19", "example_name": "0062", "problem_name": "task19_0062"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: cgvzwmjxtqsyngtyfkt\nSteps: \n1. z\n2. g\n3. m\n4. x\n5. y\n6. v\n7. s\n8. c", "label": {"final": "wjtqngtyfkt", "init": "cgvzwmjxtqsyngtyfkt", "intermediate": ["cgvwmjxtqsyngtyfkt", "cvwmjxtqsyngtyfkt", "cvwjxtqsyngtyfkt", "cvwjtqsyngtyfkt", "cvwjtqsngtyfkt", "cwjtqsngtyfkt", "cwjtqngtyfkt"]}, "config": {"len_step": 8, "len_string": 19, "steps": ["z", "g", "m", "x", "y", "v", "s", "c"], "string": "cgvzwmjxtqsyngtyfkt"}, "task_name": "task19", "example_name": "0063", "problem_name": "task19_0063"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: lleseyziabn\nSteps: \n1. y\n2. n\n3. z\n4. e\n5. l\n6. a\n7. l\n8. b", "label": {"final": "sei", "init": "lleseyziabn", "intermediate": ["lleseziabn", "lleseziab", "lleseiab", "llseiab", "lseiab", "lseib", "seib"]}, "config": {"len_step": 8, "len_string": 11, "steps": ["y", "n", "z", "e", "l", "a", "l", "b"], "string": "lleseyziabn"}, "task_name": "task19", "example_name": "0064", "problem_name": "task19_0064"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ltqhjvbqsnoyitst\nSteps: \n1. q\n2. s\n3. y\n4. b\n5. t\n6. t\n7. j\n8. n", "label": {"final": "lhvqoist", "init": "ltqhjvbqsnoyitst", "intermediate": ["lthjvbqsnoyitst", "lthjvbqnoyitst", "lthjvbqnoitst", "lthjvqnoitst", "lhjvqnoitst", "lhjvqnoist", "lhvqnoist"]}, "config": {"len_step": 8, "len_string": 16, "steps": ["q", "s", "y", "b", "t", "t", "j", "n"], "string": "ltqhjvbqsnoyitst"}, "task_name": "task19", "example_name": "0065", "problem_name": "task19_0065"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: mhchpqtdhvntmkavxsfq\nSteps: \n1. v\n2. x\n3. m\n4. h\n5. h\n6. c\n7. m\n8. q", "label": {"final": "ptdhntkavsfq", "init": "mhchpqtdhvntmkavxsfq", "intermediate": ["mhchpqtdhntmkavxsfq", "mhchpqtdhntmkavsfq", "hchpqtdhntmkavsfq", "chpqtdhntmkavsfq", "cpqtdhntmkavsfq", "pqtdhntmkavsfq", "pqtdhntkavsfq"]}, "config": {"len_step": 8, "len_string": 20, "steps": ["v", "x", "m", "h", "h", "c", "m", "q"], "string": "mhchpqtdhvntmkavxsfq"}, "task_name": "task19", "example_name": "0066", "problem_name": "task19_0066"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: oqzwcyxtnj\nSteps: \n1. y\n2. c\n3. x\n4. w\n5. o\n6. z\n7. q\n8. t", "label": {"final": "nj", "init": "oqzwcyxtnj", "intermediate": ["oqzwcxtnj", "oqzwxtnj", "oqzwtnj", "oqztnj", "qztnj", "qtnj", "tnj"]}, "config": {"len_step": 8, "len_string": 10, "steps": ["y", "c", "x", "w", "o", "z", "q", "t"], "string": "oqzwcyxtnj"}, "task_name": "task19", "example_name": "0067", "problem_name": "task19_0067"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: hpgjsmkerdytpbnruuywzbdihciwch\nSteps: \n1. r\n2. k\n3. m\n4. d\n5. p\n6. n\n7. p\n8. i", "label": {"final": "hgjseytbruuywzbdhciwch", "init": "hpgjsmkerdytpbnruuywzbdihciwch", "intermediate": ["hpgjsmkedytpbnruuywzbdihciwch", "hpgjsmedytpbnruuywzbdihciwch", "hpgjsedytpbnruuywzbdihciwch", "hpgjseytpbnruuywzbdihciwch", "hgjseytpbnruuywzbdihciwch", "hgjseytpbruuywzbdihciwch", "hgjseytbruuywzbdihciwch"]}, "config": {"len_step": 8, "len_string": 30, "steps": ["r", "k", "m", "d", "p", "n", "p", "i"], "string": "hpgjsmkerdytpbnruuywzbdihciwch"}, "task_name": "task19", "example_name": "0068", "problem_name": "task19_0068"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fowhvdrbgbfnvvxgylrshhli\nSteps: \n1. i\n2. d\n3. h\n4. y\n5. o\n6. x\n7. f\n8. r", "label": {"final": "wvbgbfnvvglrshhl", "init": "fowhvdrbgbfnvvxgylrshhli", "intermediate": ["fowhvdrbgbfnvvxgylrshhl", "fowhvrbgbfnvvxgylrshhl", "fowvrbgbfnvvxgylrshhl", "fowvrbgbfnvvxglrshhl", "fwvrbgbfnvvxglrshhl", "fwvrbgbfnvvglrshhl", "wvrbgbfnvvglrshhl"]}, "config": {"len_step": 8, "len_string": 24, "steps": ["i", "d", "h", "y", "o", "x", "f", "r"], "string": "fowhvdrbgbfnvvxgylrshhli"}, "task_name": "task19", "example_name": "0069", "problem_name": "task19_0069"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kofgkogolfqiagkqbx\nSteps: \n1. f\n2. o\n3. g\n4. k\n5. l\n6. k\n7. a\n8. b\n9. g", "label": {"final": "oofqigkqx", "init": "kofgkogolfqiagkqbx", "intermediate": ["kogkogolfqiagkqbx", "kgkogolfqiagkqbx", "kkogolfqiagkqbx", "kogolfqiagkqbx", "kogofqiagkqbx", "ogofqiagkqbx", "ogofqigkqbx", "ogofqigkqx"]}, "config": {"len_step": 9, "len_string": 18, "steps": ["f", "o", "g", "k", "l", "k", "a", "b", "g"], "string": "kofgkogolfqiagkqbx"}, "task_name": "task19", "example_name": "0070", "problem_name": "task19_0070"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: apgumingvldd\nSteps: \n1. n\n2. p\n3. d\n4. g\n5. i\n6. g\n7. l\n8. v\n9. m", "label": {"final": "aud", "init": "apgumingvldd", "intermediate": ["apgumigvldd", "agumigvldd", "agumigvld", "aumigvld", "aumgvld", "aumvld", "aumvd", "aumd"]}, "config": {"len_step": 9, "len_string": 12, "steps": ["n", "p", "d", "g", "i", "g", "l", "v", "m"], "string": "apgumingvldd"}, "task_name": "task19", "example_name": "0071", "problem_name": "task19_0071"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: nwgvkuwsoztycdfdkppyve\nSteps: \n1. e\n2. p\n3. s\n4. v\n5. v\n6. k\n7. d\n8. k\n9. y", "label": {"final": "nwguwoztcfdpy", "init": "nwgvkuwsoztycdfdkppyve", "intermediate": ["nwgvkuwsoztycdfdkppyv", "nwgvkuwsoztycdfdkpyv", "nwgvkuwoztycdfdkpyv", "nwgkuwoztycdfdkpyv", "nwgkuwoztycdfdkpy", "nwguwoztycdfdkpy", "nwguwoztycfdkpy", "nwguwoztycfdpy"]}, "config": {"len_step": 9, "len_string": 22, "steps": ["e", "p", "s", "v", "v", "k", "d", "k", "y"], "string": "nwgvkuwsoztycdfdkppyve"}, "task_name": "task19", "example_name": "0072", "problem_name": "task19_0072"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: bdyxhptffbwuy\nSteps: \n1. p\n2. u\n3. b\n4. f\n5. d\n6. f\n7. x\n8. y\n9. h", "label": {"final": "tbwy", "init": "bdyxhptffbwuy", "intermediate": ["bdyxhtffbwuy", "bdyxhtffbwy", "dyxhtffbwy", "dyxhtfbwy", "yxhtfbwy", "yxhtbwy", "yhtbwy", "htbwy"]}, "config": {"len_step": 9, "len_string": 13, "steps": ["p", "u", "b", "f", "d", "f", "x", "y", "h"], "string": "bdyxhptffbwuy"}, "task_name": "task19", "example_name": "0073", "problem_name": "task19_0073"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: mhqucqkeibvolwvkap\nSteps: \n1. e\n2. i\n3. u\n4. h\n5. l\n6. b\n7. a\n8. q\n9. m", "label": {"final": "cqkvowvkp", "init": "mhqucqkeibvolwvkap", "intermediate": ["mhqucqkibvolwvkap", "mhqucqkbvolwvkap", "mhqcqkbvolwvkap", "mqcqkbvolwvkap", "mqcqkbvowvkap", "mqcqkvowvkap", "mqcqkvowvkp", "mcqkvowvkp"]}, "config": {"len_step": 9, "len_string": 18, "steps": ["e", "i", "u", "h", "l", "b", "a", "q", "m"], "string": "mhqucqkeibvolwvkap"}, "task_name": "task19", "example_name": "0074", "problem_name": "task19_0074"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: cdogkjtuxggvk\nSteps: \n1. d\n2. c\n3. x\n4. j\n5. g\n6. u\n7. g\n8. k\n9. g", "label": {"final": "otvk", "init": "cdogkjtuxggvk", "intermediate": ["cogkjtuxggvk", "ogkjtuxggvk", "ogkjtuggvk", "ogktuggvk", "oktuggvk", "oktggvk", "oktgvk", "otgvk"]}, "config": {"len_step": 9, "len_string": 13, "steps": ["d", "c", "x", "j", "g", "u", "g", "k", "g"], "string": "cdogkjtuxggvk"}, "task_name": "task19", "example_name": "0075", "problem_name": "task19_0075"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: etxdfmezlb\nSteps: \n1. d\n2. e\n3. b\n4. l\n5. x\n6. t\n7. e\n8. f\n9. m", "label": {"final": "z", "init": "etxdfmezlb", "intermediate": ["etxfmezlb", "txfmezlb", "txfmezl", "txfmez", "tfmez", "fmez", "fmz", "mz"]}, "config": {"len_step": 9, "len_string": 10, "steps": ["d", "e", "b", "l", "x", "t", "e", "f", "m"], "string": "etxdfmezlb"}, "task_name": "task19", "example_name": "0076", "problem_name": "task19_0076"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: oymjwrkvgcgiwgbc\nSteps: \n1. g\n2. c\n3. o\n4. y\n5. r\n6. g\n7. m\n8. b\n9. c", "label": {"final": "jwkviwg", "init": "oymjwrkvgcgiwgbc", "intermediate": ["oymjwrkvcgiwgbc", "oymjwrkvgiwgbc", "ymjwrkvgiwgbc", "mjwrkvgiwgbc", "mjwkvgiwgbc", "mjwkviwgbc", "jwkviwgbc", "jwkviwgc"]}, "config": {"len_step": 9, "len_string": 16, "steps": ["g", "c", "o", "y", "r", "g", "m", "b", "c"], "string": "oymjwrkvgcgiwgbc"}, "task_name": "task19", "example_name": "0077", "problem_name": "task19_0077"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: tnvymcwwonujaymiwxltzn\nSteps: \n1. w\n2. n\n3. m\n4. n\n5. w\n6. u\n7. i\n8. z\n9. t", "label": {"final": "vycojaymwxltn", "init": "tnvymcwwonujaymiwxltzn", "intermediate": ["tnvymcwonujaymiwxltzn", "tvymcwonujaymiwxltzn", "tvycwonujaymiwxltzn", "tvycwoujaymiwxltzn", "tvycoujaymiwxltzn", "tvycojaymiwxltzn", "tvycojaymwxltzn", "tvycojaymwxltn"]}, "config": {"len_step": 9, "len_string": 22, "steps": ["w", "n", "m", "n", "w", "u", "i", "z", "t"], "string": "tnvymcwwonujaymiwxltzn"}, "task_name": "task19", "example_name": "0078", "problem_name": "task19_0078"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ywpkcxuihziefsvgrpreuc\nSteps: \n1. k\n2. e\n3. u\n4. u\n5. h\n6. r\n7. p\n8. c\n9. s", "label": {"final": "ywxizifvgprec", "init": "ywpkcxuihziefsvgrpreuc", "intermediate": ["ywpcxuihziefsvgrpreuc", "ywpcxuihzifsvgrpreuc", "ywpcxihzifsvgrpreuc", "ywpcxihzifsvgrprec", "ywpcxizifsvgrprec", "ywpcxizifsvgprec", "ywcxizifsvgprec", "ywxizifsvgprec"]}, "config": {"len_step": 9, "len_string": 22, "steps": ["k", "e", "u", "u", "h", "r", "p", "c", "s"], "string": "ywpkcxuihziefsvgrpreuc"}, "task_name": "task19", "example_name": "0079", "problem_name": "task19_0079"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: dhlomxqxzbh\nSteps: \n1. o\n2. h\n3. q\n4. l\n5. h\n6. x\n7. d\n8. z\n9. b\n10. x", "label": {"final": "m", "init": "dhlomxqxzbh", "intermediate": ["dhlmxqxzbh", "dlmxqxzbh", "dlmxxzbh", "dmxxzbh", "dmxxzb", "dmxzb", "mxzb", "mxb", "mx"]}, "config": {"len_step": 10, "len_string": 11, "steps": ["o", "h", "q", "l", "h", "x", "d", "z", "b", "x"], "string": "dhlomxqxzbh"}, "task_name": "task19", "example_name": "0080", "problem_name": "task19_0080"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pjasnarhoeoxcrrmzcqcrrdm\nSteps: \n1. o\n2. c\n3. z\n4. x\n5. r\n6. c\n7. c\n8. h\n9. m\n10. r", "label": {"final": "pjasnaeorqrrdm", "init": "pjasnarhoeoxcrrmzcqcrrdm", "intermediate": ["pjasnarheoxcrrmzcqcrrdm", "pjasnarheoxrrmzcqcrrdm", "pjasnarheoxrrmcqcrrdm", "pjasnarheorrmcqcrrdm", "pjasnaheorrmcqcrrdm", "pjasnaheorrmqcrrdm", "pjasnaheorrmqrrdm", "pjasnaeorrmqrrdm", "pjasnaeorrqrrdm"]}, "config": {"len_step": 10, "len_string": 24, "steps": ["o", "c", "z", "x", "r", "c", "c", "h", "m", "r"], "string": "pjasnarhoeoxcrrmzcqcrrdm"}, "task_name": "task19", "example_name": "0081", "problem_name": "task19_0081"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kdwbbczmcemafia\nSteps: \n1. k\n2. i\n3. w\n4. b\n5. d\n6. c\n7. b\n8. a\n9. a\n10. m", "label": {"final": "zcemf", "init": "kdwbbczmcemafia", "intermediate": ["dwbbczmcemafia", "dwbbczmcemafa", "dbbczmcemafa", "dbczmcemafa", "bczmcemafa", "bzmcemafa", "zmcemafa", "zmcemfa", "zmcemf"]}, "config": {"len_step": 10, "len_string": 15, "steps": ["k", "i", "w", "b", "d", "c", "b", "a", "a", "m"], "string": "kdwbbczmcemafia"}, "task_name": "task19", "example_name": "0082", "problem_name": "task19_0082"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: chsqyaiedbxwaxswiag\nSteps: \n1. b\n2. e\n3. i\n4. x\n5. c\n6. y\n7. g\n8. a\n9. a\n10. i", "label": {"final": "hsqdwxswa", "init": "chsqyaiedbxwaxswiag", "intermediate": ["chsqyaiedxwaxswiag", "chsqyaidxwaxswiag", "chsqyadxwaxswiag", "chsqyadwaxswiag", "hsqyadwaxswiag", "hsqadwaxswiag", "hsqadwaxswia", "hsqdwaxswia", "hsqdwxswia"]}, "config": {"len_step": 10, "len_string": 19, "steps": ["b", "e", "i", "x", "c", "y", "g", "a", "a", "i"], "string": "chsqyaiedbxwaxswiag"}, "task_name": "task19", "example_name": "0083", "problem_name": "task19_0083"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: xeznpwmcdcpoqvh\nSteps: \n1. c\n2. e\n3. m\n4. h\n5. p\n6. z\n7. d\n8. q\n9. p\n10. v", "label": {"final": "xnwco", "init": "xeznpwmcdcpoqvh", "intermediate": ["xeznpwmdcpoqvh", "xznpwmdcpoqvh", "xznpwdcpoqvh", "xznpwdcpoqv", "xznwdcpoqv", "xnwdcpoqv", "xnwcpoqv", "xnwcpov", "xnwcov"]}, "config": {"len_step": 10, "len_string": 15, "steps": ["c", "e", "m", "h", "p", "z", "d", "q", "p", "v"], "string": "xeznpwmcdcpoqvh"}, "task_name": "task19", "example_name": "0084", "problem_name": "task19_0084"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pdstvgqueuwiubdkkdmxkcnsskigux\nSteps: \n1. k\n2. e\n3. u\n4. c\n5. t\n6. u\n7. p\n8. g\n9. u\n10. u", "label": {"final": "dsvqwibdkdmxknsskigx", "init": "pdstvgqueuwiubdkkdmxkcnsskigux", "intermediate": ["pdstvgqueuwiubdkdmxkcnsskigux", "pdstvgquuwiubdkdmxkcnsskigux", "pdstvgquwiubdkdmxkcnsskigux", "pdstvgquwiubdkdmxknsskigux", "pdsvgquwiubdkdmxknsskigux", "pdsvgqwiubdkdmxknsskigux", "dsvgqwiubdkdmxknsskigux", "dsvqwiubdkdmxknsskigux", "dsvqwibdkdmxknsskigux"]}, "config": {"len_step": 10, "len_string": 30, "steps": ["k", "e", "u", "c", "t", "u", "p", "g", "u", "u"], "string": "pdstvgqueuwiubdkkdmxkcnsskigux"}, "task_name": "task19", "example_name": "0085", "problem_name": "task19_0085"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: djegnwnwibvhhrznngbjfodghaujs\nSteps: \n1. g\n2. u\n3. s\n4. n\n5. e\n6. n\n7. j\n8. b\n9. v\n10. a", "label": {"final": "dwwihhrznngbjfodghj", "init": "djegnwnwibvhhrznngbjfodghaujs", "intermediate": ["djenwnwibvhhrznngbjfodghaujs", "djenwnwibvhhrznngbjfodghajs", "djenwnwibvhhrznngbjfodghaj", "djewnwibvhhrznngbjfodghaj", "djwnwibvhhrznngbjfodghaj", "djwwibvhhrznngbjfodghaj", "dwwibvhhrznngbjfodghaj", "dwwivhhrznngbjfodghaj", "dwwihhrznngbjfodghaj"]}, "config": {"len_step": 10, "len_string": 29, "steps": ["g", "u", "s", "n", "e", "n", "j", "b", "v", "a"], "string": "djegnwnwibvhhrznngbjfodghaujs"}, "task_name": "task19", "example_name": "0086", "problem_name": "task19_0086"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fkwjwxntvqdkbzrsmtb\nSteps: \n1. s\n2. d\n3. z\n4. t\n5. w\n6. x\n7. k\n8. b\n9. m\n10. w", "label": {"final": "fjnvqkrtb", "init": "fkwjwxntvqdkbzrsmtb", "intermediate": ["fkwjwxntvqdkbzrmtb", "fkwjwxntvqkbzrmtb", "fkwjwxntvqkbrmtb", "fkwjwxnvqkbrmtb", "fkjwxnvqkbrmtb", "fkjwnvqkbrmtb", "fjwnvqkbrmtb", "fjwnvqkrmtb", "fjwnvqkrtb"]}, "config": {"len_step": 10, "len_string": 19, "steps": ["s", "d", "z", "t", "w", "x", "k", "b", "m", "w"], "string": "fkwjwxntvqdkbzrsmtb"}, "task_name": "task19", "example_name": "0087", "problem_name": "task19_0087"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: wfsjjxpoxhhchsbnenbrmwgdpiyqwp\nSteps: \n1. g\n2. x\n3. x\n4. q\n5. e\n6. o\n7. p\n8. h\n9. w\n10. n", "label": {"final": "fsjjhchsbnbrmwdpiywp", "init": "wfsjjxpoxhhchsbnenbrmwgdpiyqwp", "intermediate": ["wfsjjxpoxhhchsbnenbrmwdpiyqwp", "wfsjjpoxhhchsbnenbrmwdpiyqwp", "wfsjjpohhchsbnenbrmwdpiyqwp", "wfsjjpohhchsbnenbrmwdpiywp", "wfsjjpohhchsbnnbrmwdpiywp", "wfsjjphhchsbnnbrmwdpiywp", "wfsjjhhchsbnnbrmwdpiywp", "wfsjjhchsbnnbrmwdpiywp", "fsjjhchsbnnbrmwdpiywp"]}, "config": {"len_step": 10, "len_string": 30, "steps": ["g", "x", "x", "q", "e", "o", "p", "h", "w", "n"], "string": "wfsjjxpoxhhchsbnenbrmwgdpiyqwp"}, "task_name": "task19", "example_name": "0088", "problem_name": "task19_0088"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qrufsgacgykxzeaeejkapowjj\nSteps: \n1. w\n2. p\n3. x\n4. e\n5. k\n6. a\n7. y\n8. g\n9. o\n10. r", "label": {"final": "qufscgzaeejkajj", "init": "qrufsgacgykxzeaeejkapowjj", "intermediate": ["qrufsgacgykxzeaeejkapojj", "qrufsgacgykxzeaeejkaojj", "qrufsgacgykzeaeejkaojj", "qrufsgacgykzaeejkaojj", "qrufsgacgyzaeejkaojj", "qrufsgcgyzaeejkaojj", "qrufsgcgzaeejkaojj", "qrufscgzaeejkaojj", "qrufscgzaeejkajj"]}, "config": {"len_step": 10, "len_string": 25, "steps": ["w", "p", "x", "e", "k", "a", "y", "g", "o", "r"], "string": "qrufsgacgykxzeaeejkapowjj"}, "task_name": "task19", "example_name": "0089", "problem_name": "task19_0089"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ofawptheuehyruvccgxxc\nSteps: \n1. c\n2. v\n3. f\n4. c\n5. w\n6. x\n7. x\n8. p\n9. u\n10. c\n11. y", "label": {"final": "oatheehrug", "init": "ofawptheuehyruvccgxxc", "intermediate": ["ofawptheuehyruvcgxxc", "ofawptheuehyrucgxxc", "oawptheuehyrucgxxc", "oawptheuehyrugxxc", "oaptheuehyrugxxc", "oaptheuehyrugxc", "oaptheuehyrugc", "oatheuehyrugc", "oatheehyrugc", "oatheehyrug"]}, "config": {"len_step": 11, "len_string": 21, "steps": ["c", "v", "f", "c", "w", "x", "x", "p", "u", "c", "y"], "string": "ofawptheuehyruvccgxxc"}, "task_name": "task19", "example_name": "0090", "problem_name": "task19_0090"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: nafcldkdztbscuo\nSteps: \n1. c\n2. l\n3. d\n4. n\n5. a\n6. k\n7. u\n8. f\n9. s\n10. d\n11. o", "label": {"final": "ztbc", "init": "nafcldkdztbscuo", "intermediate": ["nafldkdztbscuo", "nafdkdztbscuo", "nafkdztbscuo", "afkdztbscuo", "fkdztbscuo", "fdztbscuo", "fdztbsco", "dztbsco", "dztbco", "ztbco"]}, "config": {"len_step": 11, "len_string": 15, "steps": ["c", "l", "d", "n", "a", "k", "u", "f", "s", "d", "o"], "string": "nafcldkdztbscuo"}, "task_name": "task19", "example_name": "0091", "problem_name": "task19_0091"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fffljiplfcqdqckiw\nSteps: \n1. j\n2. f\n3. i\n4. i\n5. l\n6. f\n7. l\n8. k\n9. d\n10. f\n11. f", "label": {"final": "pcqqcw", "init": "fffljiplfcqdqckiw", "intermediate": ["fffliplfcqdqckiw", "ffliplfcqdqckiw", "fflplfcqdqckiw", "fflplfcqdqckw", "ffplfcqdqckw", "fplfcqdqckw", "fpfcqdqckw", "fpfcqdqcw", "fpfcqqcw", "pfcqqcw"]}, "config": {"len_step": 11, "len_string": 17, "steps": ["j", "f", "i", "i", "l", "f", "l", "k", "d", "f", "f"], "string": "fffljiplfcqdqckiw"}, "task_name": "task19", "example_name": "0092", "problem_name": "task19_0092"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fzglohomklfzerywrv\nSteps: \n1. y\n2. l\n3. g\n4. e\n5. l\n6. z\n7. r\n8. o\n9. f\n10. z\n11. f", "label": {"final": "homkwrv", "init": "fzglohomklfzerywrv", "intermediate": ["fzglohomklfzerwrv", "fzgohomklfzerwrv", "fzohomklfzerwrv", "fzohomklfzrwrv", "fzohomkfzrwrv", "fohomkfzrwrv", "fohomkfzwrv", "fhomkfzwrv", "homkfzwrv", "homkfwrv"]}, "config": {"len_step": 11, "len_string": 18, "steps": ["y", "l", "g", "e", "l", "z", "r", "o", "f", "z", "f"], "string": "fzglohomklfzerywrv"}, "task_name": "task19", "example_name": "0093", "problem_name": "task19_0093"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: biqiajquyyngix\nSteps: \n1. n\n2. u\n3. y\n4. q\n5. x\n6. j\n7. g\n8. i\n9. a\n10. i\n11. i", "label": {"final": "bqy", "init": "biqiajquyyngix", "intermediate": ["biqiajquyygix", "biqiajqyygix", "biqiajqygix", "biiajqygix", "biiajqygi", "biiaqygi", "biiaqyi", "biaqyi", "biqyi", "bqyi"]}, "config": {"len_step": 11, "len_string": 14, "steps": ["n", "u", "y", "q", "x", "j", "g", "i", "a", "i", "i"], "string": "biqiajquyyngix"}, "task_name": "task19", "example_name": "0094", "problem_name": "task19_0094"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: hrjeaiivoythlwgefsz\nSteps: \n1. a\n2. i\n3. o\n4. w\n5. i\n6. l\n7. g\n8. r\n9. e\n10. e\n11. t", "label": {"final": "hjvyhfsz", "init": "hrjeaiivoythlwgefsz", "intermediate": ["hrjeiivoythlwgefsz", "hrjeivoythlwgefsz", "hrjeivythlwgefsz", "hrjeivythlgefsz", "hrjevythlgefsz", "hrjevythgefsz", "hrjevythefsz", "hjevythefsz", "hjvythefsz", "hjvythfsz"]}, "config": {"len_step": 11, "len_string": 19, "steps": ["a", "i", "o", "w", "i", "l", "g", "r", "e", "e", "t"], "string": "hrjeaiivoythlwgefsz"}, "task_name": "task19", "example_name": "0095", "problem_name": "task19_0095"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: gtymrvgqhbco\nSteps: \n1. t\n2. r\n3. g\n4. y\n5. b\n6. q\n7. o\n8. h\n9. v\n10. g\n11. m", "label": {"final": "c", "init": "gtymrvgqhbco", "intermediate": ["gymrvgqhbco", "gymvgqhbco", "ymvgqhbco", "mvgqhbco", "mvgqhco", "mvghco", "mvghc", "mvgc", "mgc", "mc"]}, "config": {"len_step": 11, "len_string": 12, "steps": ["t", "r", "g", "y", "b", "q", "o", "h", "v", "g", "m"], "string": "gtymrvgqhbco"}, "task_name": "task19", "example_name": "0096", "problem_name": "task19_0096"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: aqfybpkkvlswwtzxldddrnmekhbmfi\nSteps: \n1. t\n2. d\n3. w\n4. r\n5. k\n6. e\n7. v\n8. i\n9. f\n10. s\n11. a", "label": {"final": "qybpklwzxlddnmkhbmf", "init": "aqfybpkkvlswwtzxldddrnmekhbmfi", "intermediate": ["aqfybpkkvlswwzxldddrnmekhbmfi", "aqfybpkkvlswwzxlddrnmekhbmfi", "aqfybpkkvlswzxlddrnmekhbmfi", "aqfybpkkvlswzxlddnmekhbmfi", "aqfybpkvlswzxlddnmekhbmfi", "aqfybpkvlswzxlddnmkhbmfi", "aqfybpklswzxlddnmkhbmfi", "aqfybpklswzxlddnmkhbmf", "aqybpklswzxlddnmkhbmf", "aqybpklwzxlddnmkhbmf"]}, "config": {"len_step": 11, "len_string": 30, "steps": ["t", "d", "w", "r", "k", "e", "v", "i", "f", "s", "a"], "string": "aqfybpkkvlswwtzxldddrnmekhbmfi"}, "task_name": "task19", "example_name": "0097", "problem_name": "task19_0097"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: szhsoznwlbnkbhexxoxk\nSteps: \n1. z\n2. b\n3. l\n4. x\n5. b\n6. s\n7. h\n8. o\n9. s\n10. e\n11. z", "label": {"final": "nwnkhxoxk", "init": "szhsoznwlbnkbhexxoxk", "intermediate": ["shsoznwlbnkbhexxoxk", "shsoznwlnkbhexxoxk", "shsoznwnkbhexxoxk", "shsoznwnkbhexoxk", "shsoznwnkhexoxk", "hsoznwnkhexoxk", "soznwnkhexoxk", "sznwnkhexoxk", "znwnkhexoxk", "znwnkhxoxk"]}, "config": {"len_step": 11, "len_string": 20, "steps": ["z", "b", "l", "x", "b", "s", "h", "o", "s", "e", "z"], "string": "szhsoznwlbnkbhexxoxk"}, "task_name": "task19", "example_name": "0098", "problem_name": "task19_0098"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: okzkcywtxycwiamrv\nSteps: \n1. x\n2. m\n3. c\n4. c\n5. o\n6. t\n7. r\n8. w\n9. k\n10. i\n11. y", "label": {"final": "zkywav", "init": "okzkcywtxycwiamrv", "intermediate": ["okzkcywtycwiamrv", "okzkcywtycwiarv", "okzkywtycwiarv", "okzkywtywiarv", "kzkywtywiarv", "kzkywywiarv", "kzkywywiav", "kzkyywiav", "zkyywiav", "zkyywav"]}, "config": {"len_step": 11, "len_string": 17, "steps": ["x", "m", "c", "c", "o", "t", "r", "w", "k", "i", "y"], "string": "okzkcywtxycwiamrv"}, "task_name": "task19", "example_name": "0099", "problem_name": "task19_0099"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: erthcoklrcpvuseiizwofsyz\nSteps: \n1. l\n2. e\n3. u\n4. c\n5. t\n6. v\n7. o\n8. p\n9. s\n10. w\n11. r\n12. y", "label": {"final": "hkrceiizofsz", "init": "erthcoklrcpvuseiizwofsyz", "intermediate": ["erthcokrcpvuseiizwofsyz", "rthcokrcpvuseiizwofsyz", "rthcokrcpvseiizwofsyz", "rthokrcpvseiizwofsyz", "rhokrcpvseiizwofsyz", "rhokrcpseiizwofsyz", "rhkrcpseiizwofsyz", "rhkrcseiizwofsyz", "rhkrceiizwofsyz", "rhkrceiizofsyz", "hkrceiizofsyz"]}, "config": {"len_step": 12, "len_string": 24, "steps": ["l", "e", "u", "c", "t", "v", "o", "p", "s", "w", "r", "y"], "string": "erthcoklrcpvuseiizwofsyz"}, "task_name": "task19", "example_name": "0100", "problem_name": "task19_0100"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: vlusxkyfnnyriemjijqrcc\nSteps: \n1. y\n2. m\n3. f\n4. k\n5. j\n6. i\n7. q\n8. l\n9. n\n10. e\n11. u\n12. j", "label": {"final": "vsxnyrircc", "init": "vlusxkyfnnyriemjijqrcc", "intermediate": ["vlusxkfnnyriemjijqrcc", "vlusxkfnnyriejijqrcc", "vlusxknnyriejijqrcc", "vlusxnnyriejijqrcc", "vlusxnnyrieijqrcc", "vlusxnnyreijqrcc", "vlusxnnyreijrcc", "vusxnnyreijrcc", "vusxnyreijrcc", "vusxnyrijrcc", "vsxnyrijrcc"]}, "config": {"len_step": 12, "len_string": 22, "steps": ["y", "m", "f", "k", "j", "i", "q", "l", "n", "e", "u", "j"], "string": "vlusxkyfnnyriemjijqrcc"}, "task_name": "task19", "example_name": "0101", "problem_name": "task19_0101"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qkuqvvuraotmnmwmvtvpm\nSteps: \n1. t\n2. m\n3. u\n4. n\n5. v\n6. o\n7. u\n8. w\n9. v\n10. t\n11. q\n12. a", "label": {"final": "kqrmmvvpm", "init": "qkuqvvuraotmnmwmvtvpm", "intermediate": ["qkuqvvuraomnmwmvtvpm", "qkuqvvuraonmwmvtvpm", "qkqvvuraonmwmvtvpm", "qkqvvuraomwmvtvpm", "qkqvuraomwmvtvpm", "qkqvuramwmvtvpm", "qkqvramwmvtvpm", "qkqvrammvtvpm", "qkqrammvtvpm", "qkqrammvvpm", "kqrammvvpm"]}, "config": {"len_step": 12, "len_string": 21, "steps": ["t", "m", "u", "n", "v", "o", "u", "w", "v", "t", "q", "a"], "string": "qkuqvvuraotmnmwmvtvpm"}, "task_name": "task19", "example_name": "0102", "problem_name": "task19_0102"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: feuqushyoaqtbrje\nSteps: \n1. e\n2. t\n3. j\n4. s\n5. a\n6. y\n7. q\n8. e\n9. o\n10. b\n11. q\n12. f", "label": {"final": "uuhr", "init": "feuqushyoaqtbrje", "intermediate": ["fuqushyoaqtbrje", "fuqushyoaqbrje", "fuqushyoaqbre", "fuquhyoaqbre", "fuquhyoqbre", "fuquhoqbre", "fuuhoqbre", "fuuhoqbr", "fuuhqbr", "fuuhqr", "fuuhr"]}, "config": {"len_step": 12, "len_string": 16, "steps": ["e", "t", "j", "s", "a", "y", "q", "e", "o", "b", "q", "f"], "string": "feuqushyoaqtbrje"}, "task_name": "task19", "example_name": "0103", "problem_name": "task19_0103"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: omqsyojpziabvzldhmtpv\nSteps: \n1. i\n2. a\n3. d\n4. b\n5. p\n6. q\n7. h\n8. s\n9. j\n10. p\n11. v\n12. z", "label": {"final": "omyozlmtv", "init": "omqsyojpziabvzldhmtpv", "intermediate": ["omqsyojpzabvzldhmtpv", "omqsyojpzbvzldhmtpv", "omqsyojpzbvzlhmtpv", "omqsyojpzvzlhmtpv", "omqsyojzvzlhmtpv", "omsyojzvzlhmtpv", "omsyojzvzlmtpv", "omyojzvzlmtpv", "omyozvzlmtpv", "omyozvzlmtv", "omyozzlmtv"]}, "config": {"len_step": 12, "len_string": 21, "steps": ["i", "a", "d", "b", "p", "q", "h", "s", "j", "p", "v", "z"], "string": "omqsyojpziabvzldhmtpv"}, "task_name": "task19", "example_name": "0104", "problem_name": "task19_0104"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zhjqiziknbgjmwqjalceg\nSteps: \n1. e\n2. m\n3. k\n4. q\n5. h\n6. q\n7. a\n8. j\n9. g\n10. w\n11. z\n12. b", "label": {"final": "izinjjlcg", "init": "zhjqiziknbgjmwqjalceg", "intermediate": ["zhjqiziknbgjmwqjalcg", "zhjqiziknbgjwqjalcg", "zhjqizinbgjwqjalcg", "zhjizinbgjwqjalcg", "zjizinbgjwqjalcg", "zjizinbgjwjalcg", "zjizinbgjwjlcg", "zizinbgjwjlcg", "zizinbjwjlcg", "zizinbjjlcg", "izinbjjlcg"]}, "config": {"len_step": 12, "len_string": 21, "steps": ["e", "m", "k", "q", "h", "q", "a", "j", "g", "w", "z", "b"], "string": "zhjqiziknbgjmwqjalceg"}, "task_name": "task19", "example_name": "0105", "problem_name": "task19_0105"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: aitlstptxsoafmzkxaymyy\nSteps: \n1. t\n2. m\n3. p\n4. k\n5. o\n6. i\n7. z\n8. a\n9. s\n10. y\n11. m\n12. s", "label": {"final": "lttxafxayy", "init": "aitlstptxsoafmzkxaymyy", "intermediate": ["ailstptxsoafmzkxaymyy", "ailstptxsoafzkxaymyy", "ailsttxsoafzkxaymyy", "ailsttxsoafzxaymyy", "ailsttxsafzxaymyy", "alsttxsafzxaymyy", "alsttxsafxaymyy", "lsttxsafxaymyy", "lttxsafxaymyy", "lttxsafxamyy", "lttxsafxayy"]}, "config": {"len_step": 12, "len_string": 22, "steps": ["t", "m", "p", "k", "o", "i", "z", "a", "s", "y", "m", "s"], "string": "aitlstptxsoafmzkxaymyy"}, "task_name": "task19", "example_name": "0106", "problem_name": "task19_0106"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ogtquwxeruqmocru\nSteps: \n1. t\n2. w\n3. r\n4. o\n5. x\n6. q\n7. m\n8. g\n9. u\n10. e\n11. c\n12. o", "label": {"final": "uqru", "init": "ogtquwxeruqmocru", "intermediate": ["ogquwxeruqmocru", "ogquxeruqmocru", "ogquxeuqmocru", "gquxeuqmocru", "gqueuqmocru", "gueuqmocru", "gueuqocru", "ueuqocru", "euqocru", "uqocru", "uqoru"]}, "config": {"len_step": 12, "len_string": 16, "steps": ["t", "w", "r", "o", "x", "q", "m", "g", "u", "e", "c", "o"], "string": "ogtquwxeruqmocru"}, "task_name": "task19", "example_name": "0107", "problem_name": "task19_0107"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ircamkalgerrjxbol\nSteps: \n1. o\n2. r\n3. k\n4. i\n5. l\n6. x\n7. l\n8. r\n9. g\n10. r\n11. m\n12. j", "label": {"final": "caaeb", "init": "ircamkalgerrjxbol", "intermediate": ["ircamkalgerrjxbl", "icamkalgerrjxbl", "icamalgerrjxbl", "camalgerrjxbl", "camagerrjxbl", "camagerrjbl", "camagerrjb", "camagerjb", "camaerjb", "camaejb", "caaejb"]}, "config": {"len_step": 12, "len_string": 17, "steps": ["o", "r", "k", "i", "l", "x", "l", "r", "g", "r", "m", "j"], "string": "ircamkalgerrjxbol"}, "task_name": "task19", "example_name": "0108", "problem_name": "task19_0108"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: xkkktyfvonbgwvnsfuu\nSteps: \n1. v\n2. s\n3. v\n4. y\n5. x\n6. g\n7. u\n8. k\n9. n\n10. t\n11. n\n12. k", "label": {"final": "kfobwfu", "init": "xkkktyfvonbgwvnsfuu", "intermediate": ["xkkktyfonbgwvnsfuu", "xkkktyfonbgwvnfuu", "xkkktyfonbgwnfuu", "xkkktfonbgwnfuu", "kkktfonbgwnfuu", "kkktfonbwnfuu", "kkktfonbwnfu", "kktfonbwnfu", "kktfobwnfu", "kkfobwnfu", "kkfobwfu"]}, "config": {"len_step": 12, "len_string": 19, "steps": ["v", "s", "v", "y", "x", "g", "u", "k", "n", "t", "n", "k"], "string": "xkkktyfvonbgwvnsfuu"}, "task_name": "task19", "example_name": "0109", "problem_name": "task19_0109"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: alvhojpjhnhyyjftk\nSteps: \n1. j\n2. a\n3. t\n4. y\n5. j\n6. n\n7. h\n8. y\n9. f\n10. h\n11. h\n12. o\n13. p", "label": {"final": "lvjk", "init": "alvhojpjhnhyyjftk", "intermediate": ["alvhopjhnhyyjftk", "lvhopjhnhyyjftk", "lvhopjhnhyyjfk", "lvhopjhnhyjfk", "lvhophnhyjfk", "lvhophhyjfk", "lvophhyjfk", "lvophhjfk", "lvophhjk", "lvophjk", "lvopjk", "lvpjk"]}, "config": {"len_step": 13, "len_string": 17, "steps": ["j", "a", "t", "y", "j", "n", "h", "y", "f", "h", "h", "o", "p"], "string": "alvhojpjhnhyyjftk"}, "task_name": "task19", "example_name": "0110", "problem_name": "task19_0110"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ghhchxapaihsyqkejpzyb\nSteps: \n1. z\n2. p\n3. h\n4. e\n5. b\n6. q\n7. x\n8. y\n9. a\n10. a\n11. p\n12. k\n13. g", "label": {"final": "hchihsjy", "init": "ghhchxapaihsyqkejpzyb", "intermediate": ["ghhchxapaihsyqkejpyb", "ghhchxaaihsyqkejpyb", "ghchxaaihsyqkejpyb", "ghchxaaihsyqkjpyb", "ghchxaaihsyqkjpy", "ghchxaaihsykjpy", "ghchaaihsykjpy", "ghchaaihskjpy", "ghchaihskjpy", "ghchihskjpy", "ghchihskjy", "ghchihsjy"]}, "config": {"len_step": 13, "len_string": 21, "steps": ["z", "p", "h", "e", "b", "q", "x", "y", "a", "a", "p", "k", "g"], "string": "ghhchxapaihsyqkejpzyb"}, "task_name": "task19", "example_name": "0111", "problem_name": "task19_0111"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: gzabqofepfifwuwlkmezfvrd\nSteps: \n1. k\n2. f\n3. f\n4. d\n5. p\n6. l\n7. q\n8. a\n9. v\n10. e\n11. e\n12. o\n13. b", "label": {"final": "gzifwuwmzfr", "init": "gzabqofepfifwuwlkmezfvrd", "intermediate": ["gzabqofepfifwuwlmezfvrd", "gzabqoepfifwuwlmezfvrd", "gzabqoepifwuwlmezfvrd", "gzabqoepifwuwlmezfvr", "gzabqoeifwuwlmezfvr", "gzabqoeifwuwmezfvr", "gzaboeifwuwmezfvr", "gzboeifwuwmezfvr", "gzboeifwuwmezfr", "gzboifwuwmezfr", "gzboifwuwmzfr", "gzbifwuwmzfr"]}, "config": {"len_step": 13, "len_string": 24, "steps": ["k", "f", "f", "d", "p", "l", "q", "a", "v", "e", "e", "o", "b"], "string": "gzabqofepfifwuwlkmezfvrd"}, "task_name": "task19", "example_name": "0112", "problem_name": "task19_0112"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: mjywchahbxleiqhbdngjlwffm\nSteps: \n1. f\n2. c\n3. w\n4. b\n5. e\n6. f\n7. m\n8. a\n9. h\n10. n\n11. h\n12. j\n13. y", "label": {"final": "xliqhbdgjlwm", "init": "mjywchahbxleiqhbdngjlwffm", "intermediate": ["mjywchahbxleiqhbdngjlwfm", "mjywhahbxleiqhbdngjlwfm", "mjyhahbxleiqhbdngjlwfm", "mjyhahxleiqhbdngjlwfm", "mjyhahxliqhbdngjlwfm", "mjyhahxliqhbdngjlwm", "jyhahxliqhbdngjlwm", "jyhhxliqhbdngjlwm", "jyhxliqhbdngjlwm", "jyhxliqhbdgjlwm", "jyxliqhbdgjlwm", "yxliqhbdgjlwm"]}, "config": {"len_step": 13, "len_string": 25, "steps": ["f", "c", "w", "b", "e", "f", "m", "a", "h", "n", "h", "j", "y"], "string": "mjywchahbxleiqhbdngjlwffm"}, "task_name": "task19", "example_name": "0113", "problem_name": "task19_0113"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: vgqknbzxcitwwiewicsgpxzjch\nSteps: \n1. i\n2. t\n3. w\n4. k\n5. c\n6. n\n7. c\n8. g\n9. z\n10. j\n11. h\n12. q\n13. c", "label": {"final": "vbxwiewisgpxz", "init": "vgqknbzxcitwwiewicsgpxzjch", "intermediate": ["vgqknbzxctwwiewicsgpxzjch", "vgqknbzxcwwiewicsgpxzjch", "vgqknbzxcwiewicsgpxzjch", "vgqnbzxcwiewicsgpxzjch", "vgqnbzxwiewicsgpxzjch", "vgqbzxwiewicsgpxzjch", "vgqbzxwiewisgpxzjch", "vqbzxwiewisgpxzjch", "vqbxwiewisgpxzjch", "vqbxwiewisgpxzch", "vqbxwiewisgpxzc", "vbxwiewisgpxzc"]}, "config": {"len_step": 13, "len_string": 26, "steps": ["i", "t", "w", "k", "c", "n", "c", "g", "z", "j", "h", "q", "c"], "string": "vgqknbzxcitwwiewicsgpxzjch"}, "task_name": "task19", "example_name": "0114", "problem_name": "task19_0114"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fozkfgcyxfldrmg\nSteps: \n1. f\n2. d\n3. m\n4. g\n5. x\n6. r\n7. c\n8. k\n9. l\n10. y\n11. o\n12. g\n13. z", "label": {"final": "ff", "init": "fozkfgcyxfldrmg", "intermediate": ["ozkfgcyxfldrmg", "ozkfgcyxflrmg", "ozkfgcyxflrg", "ozkfcyxflrg", "ozkfcyflrg", "ozkfcyflg", "ozkfyflg", "ozfyflg", "ozfyfg", "ozffg", "zffg", "zff"]}, "config": {"len_step": 13, "len_string": 15, "steps": ["f", "d", "m", "g", "x", "r", "c", "k", "l", "y", "o", "g", "z"], "string": "fozkfgcyxfldrmg"}, "task_name": "task19", "example_name": "0115", "problem_name": "task19_0115"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: jnjgfgcqgdvojrnzpuuodo\nSteps: \n1. o\n2. f\n3. u\n4. q\n5. d\n6. o\n7. g\n8. o\n9. u\n10. j\n11. c\n12. j\n13. n", "label": {"final": "ggvjrnzpd", "init": "jnjgfgcqgdvojrnzpuuodo", "intermediate": ["jnjgfgcqgdvjrnzpuuodo", "jnjggcqgdvjrnzpuuodo", "jnjggcqgdvjrnzpuodo", "jnjggcgdvjrnzpuodo", "jnjggcgvjrnzpuodo", "jnjggcgvjrnzpudo", "jnjgcgvjrnzpudo", "jnjgcgvjrnzpud", "jnjgcgvjrnzpd", "njgcgvjrnzpd", "njggvjrnzpd", "nggvjrnzpd"]}, "config": {"len_step": 13, "len_string": 22, "steps": ["o", "f", "u", "q", "d", "o", "g", "o", "u", "j", "c", "j", "n"], "string": "jnjgfgcqgdvojrnzpuuodo"}, "task_name": "task19", "example_name": "0116", "problem_name": "task19_0116"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: mmoztuozgewtbt\nSteps: \n1. t\n2. z\n3. m\n4. u\n5. t\n6. o\n7. g\n8. m\n9. e\n10. o\n11. t\n12. z\n13. b", "label": {"final": "w", "init": "mmoztuozgewtbt", "intermediate": ["mmozuozgewtbt", "mmouozgewtbt", "mouozgewtbt", "moozgewtbt", "moozgewbt", "mozgewbt", "mozewbt", "ozewbt", "ozwbt", "zwbt", "zwb", "wb"]}, "config": {"len_step": 13, "len_string": 14, "steps": ["t", "z", "m", "u", "t", "o", "g", "m", "e", "o", "t", "z", "b"], "string": "mmoztuozgewtbt"}, "task_name": "task19", "example_name": "0117", "problem_name": "task19_0117"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ellwtfgzbkvbhr\nSteps: \n1. t\n2. l\n3. z\n4. b\n5. e\n6. k\n7. l\n8. h\n9. g\n10. v\n11. w\n12. f\n13. b", "label": {"final": "r", "init": "ellwtfgzbkvbhr", "intermediate": ["ellwfgzbkvbhr", "elwfgzbkvbhr", "elwfgbkvbhr", "elwfgkvbhr", "lwfgkvbhr", "lwfgvbhr", "wfgvbhr", "wfgvbr", "wfvbr", "wfbr", "fbr", "br"]}, "config": {"len_step": 13, "len_string": 14, "steps": ["t", "l", "z", "b", "e", "k", "l", "h", "g", "v", "w", "f", "b"], "string": "ellwtfgzbkvbhr"}, "task_name": "task19", "example_name": "0118", "problem_name": "task19_0118"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ngwurysxsmcahleoxikmvsek\nSteps: \n1. s\n2. s\n3. e\n4. v\n5. r\n6. m\n7. x\n8. m\n9. c\n10. x\n11. u\n12. e\n13. k", "label": {"final": "ngwyahloisk", "init": "ngwurysxsmcahleoxikmvsek", "intermediate": ["ngwuryxsmcahleoxikmvsek", "ngwuryxmcahleoxikmvsek", "ngwuryxmcahloxikmvsek", "ngwuryxmcahloxikmsek", "ngwuyxmcahloxikmsek", "ngwuyxcahloxikmsek", "ngwuycahloxikmsek", "ngwuycahloxiksek", "ngwuyahloxiksek", "ngwuyahloiksek", "ngwyahloiksek", "ngwyahloiksk"]}, "config": {"len_step": 13, "len_string": 24, "steps": ["s", "s", "e", "v", "r", "m", "x", "m", "c", "x", "u", "e", "k"], "string": "ngwurysxsmcahleoxikmvsek"}, "task_name": "task19", "example_name": "0119", "problem_name": "task19_0119"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zyzaddeqwmwmanyiouulfnj\nSteps: \n1. w\n2. l\n3. a\n4. w\n5. z\n6. d\n7. z\n8. f\n9. y\n10. o\n11. a\n12. d\n13. u\n14. e", "label": {"final": "qmmnyiunj", "init": "zyzaddeqwmwmanyiouulfnj", "intermediate": ["zyzaddeqmwmanyiouulfnj", "zyzaddeqmwmanyiouufnj", "zyzddeqmwmanyiouufnj", "zyzddeqmmanyiouufnj", "yzddeqmmanyiouufnj", "yzdeqmmanyiouufnj", "ydeqmmanyiouufnj", "ydeqmmanyiouunj", "deqmmanyiouunj", "deqmmanyiuunj", "deqmmnyiuunj", "eqmmnyiuunj", "eqmmnyiunj"]}, "config": {"len_step": 14, "len_string": 23, "steps": ["w", "l", "a", "w", "z", "d", "z", "f", "y", "o", "a", "d", "u", "e"], "string": "zyzaddeqwmwmanyiouulfnj"}, "task_name": "task19", "example_name": "0120", "problem_name": "task19_0120"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: vthnljidtaujggmtihq\nSteps: \n1. h\n2. i\n3. q\n4. j\n5. j\n6. n\n7. a\n8. l\n9. v\n10. t\n11. i\n12. d\n13. h\n14. g", "label": {"final": "tugmt", "init": "vthnljidtaujggmtihq", "intermediate": ["vtnljidtaujggmtihq", "vtnljdtaujggmtihq", "vtnljdtaujggmtih", "vtnldtaujggmtih", "vtnldtauggmtih", "vtldtauggmtih", "vtldtuggmtih", "vtdtuggmtih", "tdtuggmtih", "dtuggmtih", "dtuggmth", "tuggmth", "tuggmt"]}, "config": {"len_step": 14, "len_string": 19, "steps": ["h", "i", "q", "j", "j", "n", "a", "l", "v", "t", "i", "d", "h", "g"], "string": "vthnljidtaujggmtihq"}, "task_name": "task19", "example_name": "0121", "problem_name": "task19_0121"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ycepqzwiaytkxpsobmkgycghmqra\nSteps: \n1. a\n2. g\n3. p\n4. s\n5. w\n6. o\n7. h\n8. i\n9. q\n10. b\n11. g\n12. y\n13. c\n14. e", "label": {"final": "zytkxpmkycmqra", "init": "ycepqzwiaytkxpsobmkgycghmqra", "intermediate": ["ycepqzwiytkxpsobmkgycghmqra", "ycepqzwiytkxpsobmkycghmqra", "yceqzwiytkxpsobmkycghmqra", "yceqzwiytkxpobmkycghmqra", "yceqziytkxpobmkycghmqra", "yceqziytkxpbmkycghmqra", "yceqziytkxpbmkycgmqra", "yceqzytkxpbmkycgmqra", "ycezytkxpbmkycgmqra", "ycezytkxpmkycgmqra", "ycezytkxpmkycmqra", "cezytkxpmkycmqra", "ezytkxpmkycmqra"]}, "config": {"len_step": 14, "len_string": 28, "steps": ["a", "g", "p", "s", "w", "o", "h", "i", "q", "b", "g", "y", "c", "e"], "string": "ycepqzwiaytkxpsobmkgycghmqra"}, "task_name": "task19", "example_name": "0122", "problem_name": "task19_0122"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: nxgfvtchowmmjuxhyjdwa\nSteps: \n1. a\n2. n\n3. o\n4. f\n5. j\n6. j\n7. u\n8. g\n9. v\n10. m\n11. x\n12. h\n13. h\n14. y", "label": {"final": "tcwmxdw", "init": "nxgfvtchowmmjuxhyjdwa", "intermediate": ["nxgfvtchowmmjuxhyjdw", "xgfvtchowmmjuxhyjdw", "xgfvtchwmmjuxhyjdw", "xgvtchwmmjuxhyjdw", "xgvtchwmmuxhyjdw", "xgvtchwmmuxhydw", "xgvtchwmmxhydw", "xvtchwmmxhydw", "xtchwmmxhydw", "xtchwmxhydw", "tchwmxhydw", "tcwmxhydw", "tcwmxydw"]}, "config": {"len_step": 14, "len_string": 21, "steps": ["a", "n", "o", "f", "j", "j", "u", "g", "v", "m", "x", "h", "h", "y"], "string": "nxgfvtchowmmjuxhyjdwa"}, "task_name": "task19", "example_name": "0123", "problem_name": "task19_0123"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pbgosnyfsdcwwvwrek\nSteps: \n1. f\n2. k\n3. v\n4. g\n5. e\n6. o\n7. w\n8. r\n9. s\n10. b\n11. w\n12. y\n13. d\n14. w", "label": {"final": "pnsc", "init": "pbgosnyfsdcwwvwrek", "intermediate": ["pbgosnysdcwwvwrek", "pbgosnysdcwwvwre", "pbgosnysdcwwwre", "pbosnysdcwwwre", "pbosnysdcwwwr", "pbsnysdcwwwr", "pbsnysdcwwr", "pbsnysdcww", "pbnysdcww", "pnysdcww", "pnysdcw", "pnsdcw", "pnscw"]}, "config": {"len_step": 14, "len_string": 18, "steps": ["f", "k", "v", "g", "e", "o", "w", "r", "s", "b", "w", "y", "d", "w"], "string": "pbgosnyfsdcwwvwrek"}, "task_name": "task19", "example_name": "0124", "problem_name": "task19_0124"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: yehrdkstnhskxzuvtxms\nSteps: \n1. h\n2. r\n3. t\n4. s\n5. d\n6. x\n7. m\n8. k\n9. u\n10. s\n11. z\n12. t\n13. x\n14. s", "label": {"final": "yenhkv", "init": "yehrdkstnhskxzuvtxms", "intermediate": ["yerdkstnhskxzuvtxms", "yedkstnhskxzuvtxms", "yedksnhskxzuvtxms", "yedknhskxzuvtxms", "yeknhskxzuvtxms", "yeknhskzuvtxms", "yeknhskzuvtxs", "yenhskzuvtxs", "yenhskzvtxs", "yenhkzvtxs", "yenhkvtxs", "yenhkvxs", "yenhkvs"]}, "config": {"len_step": 14, "len_string": 20, "steps": ["h", "r", "t", "s", "d", "x", "m", "k", "u", "s", "z", "t", "x", "s"], "string": "yehrdkstnhskxzuvtxms"}, "task_name": "task19", "example_name": "0125", "problem_name": "task19_0125"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: itpoqrnabkctkrpspsqktonkzkze\nSteps: \n1. i\n2. b\n3. t\n4. r\n5. z\n6. n\n7. k\n8. c\n9. k\n10. o\n11. s\n12. k\n13. t\n14. z", "label": {"final": "pqarppsqtonkke", "init": "itpoqrnabkctkrpspsqktonkzkze", "intermediate": ["tpoqrnabkctkrpspsqktonkzkze", "tpoqrnakctkrpspsqktonkzkze", "poqrnakctkrpspsqktonkzkze", "poqnakctkrpspsqktonkzkze", "poqnakctkrpspsqktonkkze", "poqakctkrpspsqktonkkze", "poqactkrpspsqktonkkze", "poqatkrpspsqktonkkze", "poqatrpspsqktonkkze", "pqatrpspsqktonkkze", "pqatrppsqktonkkze", "pqatrppsqtonkkze", "pqarppsqtonkkze"]}, "config": {"len_step": 14, "len_string": 28, "steps": ["i", "b", "t", "r", "z", "n", "k", "c", "k", "o", "s", "k", "t", "z"], "string": "itpoqrnabkctkrpspsqktonkzkze"}, "task_name": "task19", "example_name": "0126", "problem_name": "task19_0126"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: dqdejpseyswrevb\nSteps: \n1. d\n2. y\n3. e\n4. v\n5. w\n6. b\n7. e\n8. p\n9. d\n10. r\n11. s\n12. q\n13. j\n14. e", "label": {"final": "s", "init": "dqdejpseyswrevb", "intermediate": ["qdejpseyswrevb", "qdejpseswrevb", "qdjpseswrevb", "qdjpseswreb", "qdjpsesreb", "qdjpsesre", "qdjpssre", "qdjssre", "qjssre", "qjsse", "qjse", "jse", "se"]}, "config": {"len_step": 14, "len_string": 15, "steps": ["d", "y", "e", "v", "w", "b", "e", "p", "d", "r", "s", "q", "j", "e"], "string": "dqdejpseyswrevb"}, "task_name": "task19", "example_name": "0127", "problem_name": "task19_0127"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: rbtruvfdmfjredqgmucsfvoonvrgtu\nSteps: \n1. c\n2. e\n3. n\n4. u\n5. d\n6. r\n7. r\n8. t\n9. b\n10. o\n11. g\n12. v\n13. f\n14. o", "label": {"final": "mfjrdqmusfvvrgtu", "init": "rbtruvfdmfjredqgmucsfvoonvrgtu", "intermediate": ["rbtruvfdmfjredqgmusfvoonvrgtu", "rbtruvfdmfjrdqgmusfvoonvrgtu", "rbtruvfdmfjrdqgmusfvoovrgtu", "rbtrvfdmfjrdqgmusfvoovrgtu", "rbtrvfmfjrdqgmusfvoovrgtu", "btrvfmfjrdqgmusfvoovrgtu", "btvfmfjrdqgmusfvoovrgtu", "bvfmfjrdqgmusfvoovrgtu", "vfmfjrdqgmusfvoovrgtu", "vfmfjrdqgmusfvovrgtu", "vfmfjrdqmusfvovrgtu", "fmfjrdqmusfvovrgtu", "mfjrdqmusfvovrgtu"]}, "config": {"len_step": 14, "len_string": 30, "steps": ["c", "e", "n", "u", "d", "r", "r", "t", "b", "o", "g", "v", "f", "o"], "string": "rbtruvfdmfjredqgmucsfvoonvrgtu"}, "task_name": "task19", "example_name": "0128", "problem_name": "task19_0128"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fmavvbonqjyvdpmiwnkjkfk\nSteps: \n1. j\n2. j\n3. v\n4. m\n5. q\n6. p\n7. k\n8. w\n9. b\n10. y\n11. v\n12. f\n13. o\n14. a", "label": {"final": "nvdminkfk", "init": "fmavvbonqjyvdpmiwnkjkfk", "intermediate": ["fmavvbonqyvdpmiwnkjkfk", "fmavvbonqyvdpmiwnkkfk", "fmavbonqyvdpmiwnkkfk", "favbonqyvdpmiwnkkfk", "favbonyvdpmiwnkkfk", "favbonyvdmiwnkkfk", "favbonyvdmiwnkfk", "favbonyvdminkfk", "favonyvdminkfk", "favonvdminkfk", "faonvdminkfk", "aonvdminkfk", "anvdminkfk"]}, "config": {"len_step": 14, "len_string": 23, "steps": ["j", "j", "v", "m", "q", "p", "k", "w", "b", "y", "v", "f", "o", "a"], "string": "fmavvbonqjyvdpmiwnkjkfk"}, "task_name": "task19", "example_name": "0129", "problem_name": "task19_0129"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: enclvemuivfjjolwqutenda\nSteps: \n1. l\n2. v\n3. f\n4. u\n5. w\n6. v\n7. q\n8. e\n9. l\n10. i\n11. n\n12. u\n13. o\n14. e\n15. c", "label": {"final": "mjjtenda", "init": "enclvemuivfjjolwqutenda", "intermediate": ["encvemuivfjjolwqutenda", "encemuivfjjolwqutenda", "encemuivjjolwqutenda", "encemivjjolwqutenda", "encemivjjolqutenda", "encemijjolqutenda", "encemijjolutenda", "ncemijjolutenda", "ncemijjoutenda", "ncemjjoutenda", "cemjjoutenda", "cemjjotenda", "cemjjtenda", "cmjjtenda"]}, "config": {"len_step": 15, "len_string": 23, "steps": ["l", "v", "f", "u", "w", "v", "q", "e", "l", "i", "n", "u", "o", "e", "c"], "string": "enclvemuivfjjolwqutenda"}, "task_name": "task19", "example_name": "0130", "problem_name": "task19_0130"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: obrmuopodhipnoth\nSteps: \n1. d\n2. o\n3. m\n4. r\n5. h\n6. t\n7. p\n8. o\n9. p\n10. o\n11. n\n12. o\n13. b\n14. h\n15. u", "label": {"final": "i", "init": "obrmuopodhipnoth", "intermediate": ["obrmuopohipnoth", "brmuopohipnoth", "bruopohipnoth", "buopohipnoth", "buopoipnoth", "buopoipnoh", "buooipnoh", "buoipnoh", "buoinoh", "buinoh", "buioh", "buih", "uih", "ui"]}, "config": {"len_step": 15, "len_string": 16, "steps": ["d", "o", "m", "r", "h", "t", "p", "o", "p", "o", "n", "o", "b", "h", "u"], "string": "obrmuopodhipnoth"}, "task_name": "task19", "example_name": "0131", "problem_name": "task19_0131"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kpbrrhxlgiyxbhnetbjz\nSteps: \n1. r\n2. r\n3. y\n4. k\n5. x\n6. h\n7. t\n8. l\n9. b\n10. b\n11. j\n12. n\n13. x\n14. z\n15. p", "label": {"final": "giheb", "init": "kpbrrhxlgiyxbhnetbjz", "intermediate": ["kpbrhxlgiyxbhnetbjz", "kpbhxlgiyxbhnetbjz", "kpbhxlgixbhnetbjz", "pbhxlgixbhnetbjz", "pbhlgixbhnetbjz", "pblgixbhnetbjz", "pblgixbhnebjz", "pbgixbhnebjz", "pgixbhnebjz", "pgixhnebjz", "pgixhnebz", "pgixhebz", "pgihebz", "pgiheb"]}, "config": {"len_step": 15, "len_string": 20, "steps": ["r", "r", "y", "k", "x", "h", "t", "l", "b", "b", "j", "n", "x", "z", "p"], "string": "kpbrrhxlgiyxbhnetbjz"}, "task_name": "task19", "example_name": "0132", "problem_name": "task19_0132"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: hdwzaehqvkqpmqzbhbss\nSteps: \n1. k\n2. s\n3. h\n4. e\n5. z\n6. q\n7. p\n8. h\n9. w\n10. q\n11. b\n12. b\n13. d\n14. h\n15. q", "label": {"final": "avmzs", "init": "hdwzaehqvkqpmqzbhbss", "intermediate": ["hdwzaehqvqpmqzbhbss", "hdwzaehqvqpmqzbhbs", "dwzaehqvqpmqzbhbs", "dwzahqvqpmqzbhbs", "dwahqvqpmqzbhbs", "dwahvqpmqzbhbs", "dwahvqmqzbhbs", "dwavqmqzbhbs", "davqmqzbhbs", "davmqzbhbs", "davmqzhbs", "davmqzhs", "avmqzhs", "avmqzs"]}, "config": {"len_step": 15, "len_string": 20, "steps": ["k", "s", "h", "e", "z", "q", "p", "h", "w", "q", "b", "b", "d", "h", "q"], "string": "hdwzaehqvkqpmqzbhbss"}, "task_name": "task19", "example_name": "0133", "problem_name": "task19_0133"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: rviceauqetwklbybr\nSteps: \n1. i\n2. e\n3. l\n4. v\n5. b\n6. r\n7. b\n8. q\n9. c\n10. u\n11. y\n12. a\n13. e\n14. k\n15. t", "label": {"final": "wr", "init": "rviceauqetwklbybr", "intermediate": ["rvceauqetwklbybr", "rvcauqetwklbybr", "rvcauqetwkbybr", "rcauqetwkbybr", "rcauqetwkybr", "cauqetwkybr", "cauqetwkyr", "cauetwkyr", "auetwkyr", "aetwkyr", "aetwkr", "etwkr", "twkr", "twr"]}, "config": {"len_step": 15, "len_string": 17, "steps": ["i", "e", "l", "v", "b", "r", "b", "q", "c", "u", "y", "a", "e", "k", "t"], "string": "rviceauqetwklbybr"}, "task_name": "task19", "example_name": "0134", "problem_name": "task19_0134"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: balxgtbpcgsboufzkxn\nSteps: \n1. k\n2. x\n3. n\n4. f\n5. a\n6. g\n7. b\n8. b\n9. z\n10. b\n11. c\n12. t\n13. x\n14. g\n15. u", "label": {"final": "lpso", "init": "balxgtbpcgsboufzkxn", "intermediate": ["balxgtbpcgsboufzxn", "balgtbpcgsboufzxn", "balgtbpcgsboufzx", "balgtbpcgsbouzx", "blgtbpcgsbouzx", "bltbpcgsbouzx", "ltbpcgsbouzx", "ltpcgsbouzx", "ltpcgsboux", "ltpcgsoux", "ltpgsoux", "lpgsoux", "lpgsou", "lpsou"]}, "config": {"len_step": 15, "len_string": 19, "steps": ["k", "x", "n", "f", "a", "g", "b", "b", "z", "b", "c", "t", "x", "g", "u"], "string": "balxgtbpcgsboufzkxn"}, "task_name": "task19", "example_name": "0135", "problem_name": "task19_0135"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: xputomflnxdyxdbawhvqnsn\nSteps: \n1. u\n2. t\n3. n\n4. b\n5. y\n6. d\n7. q\n8. x\n9. f\n10. x\n11. n\n12. v\n13. h\n14. p\n15. l", "label": {"final": "omxdawsn", "init": "xputomflnxdyxdbawhvqnsn", "intermediate": ["xptomflnxdyxdbawhvqnsn", "xpomflnxdyxdbawhvqnsn", "xpomflxdyxdbawhvqnsn", "xpomflxdyxdawhvqnsn", "xpomflxdxdawhvqnsn", "xpomflxxdawhvqnsn", "xpomflxxdawhvnsn", "pomflxxdawhvnsn", "pomlxxdawhvnsn", "pomlxdawhvnsn", "pomlxdawhvsn", "pomlxdawhsn", "pomlxdawsn", "omlxdawsn"]}, "config": {"len_step": 15, "len_string": 23, "steps": ["u", "t", "n", "b", "y", "d", "q", "x", "f", "x", "n", "v", "h", "p", "l"], "string": "xputomflnxdyxdbawhvqnsn"}, "task_name": "task19", "example_name": "0136", "problem_name": "task19_0136"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: yxeznerefsypekmyom\nSteps: \n1. e\n2. e\n3. y\n4. k\n5. z\n6. m\n7. f\n8. o\n9. x\n10. r\n11. s\n12. p\n13. e\n14. n\n15. y", "label": {"final": "eym", "init": "yxeznerefsypekmyom", "intermediate": ["yxznerefsypekmyom", "yxznrefsypekmyom", "xznrefsypekmyom", "xznrefsypemyom", "xnrefsypemyom", "xnrefsypeyom", "xnresypeyom", "xnresypeym", "nresypeym", "nesypeym", "neypeym", "neyeym", "nyeym", "yeym"]}, "config": {"len_step": 15, "len_string": 18, "steps": ["e", "e", "y", "k", "z", "m", "f", "o", "x", "r", "s", "p", "e", "n", "y"], "string": "yxeznerefsypekmyom"}, "task_name": "task19", "example_name": "0137", "problem_name": "task19_0137"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: gxkwmghbaitillcivunbkmhapum\nSteps: \n1. h\n2. b\n3. u\n4. m\n5. g\n6. p\n7. t\n8. h\n9. b\n10. g\n11. i\n12. i\n13. n\n14. v\n15. u", "label": {"final": "xkwallcikmam", "init": "gxkwmghbaitillcivunbkmhapum", "intermediate": ["gxkwmgbaitillcivunbkmhapum", "gxkwmgaitillcivunbkmhapum", "gxkwmgaitillcivnbkmhapum", "gxkwgaitillcivnbkmhapum", "xkwgaitillcivnbkmhapum", "xkwgaitillcivnbkmhaum", "xkwgaiillcivnbkmhaum", "xkwgaiillcivnbkmaum", "xkwgaiillcivnkmaum", "xkwaiillcivnkmaum", "xkwaillcivnkmaum", "xkwallcivnkmaum", "xkwallcivkmaum", "xkwallcikmaum"]}, "config": {"len_step": 15, "len_string": 27, "steps": ["h", "b", "u", "m", "g", "p", "t", "h", "b", "g", "i", "i", "n", "v", "u"], "string": "gxkwmghbaitillcivunbkmhapum"}, "task_name": "task19", "example_name": "0138", "problem_name": "task19_0138"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qgbrxeqignkmdbowfm\nSteps: \n1. b\n2. k\n3. f\n4. n\n5. g\n6. i\n7. q\n8. b\n9. m\n10. r\n11. d\n12. o\n13. x\n14. w\n15. q", "label": {"final": "egm", "init": "qgbrxeqignkmdbowfm", "intermediate": ["qgrxeqignkmdbowfm", "qgrxeqignmdbowfm", "qgrxeqignmdbowm", "qgrxeqigmdbowm", "qrxeqigmdbowm", "qrxeqgmdbowm", "rxeqgmdbowm", "rxeqgmdowm", "rxeqgdowm", "xeqgdowm", "xeqgowm", "xeqgwm", "eqgwm", "eqgm"]}, "config": {"len_step": 15, "len_string": 18, "steps": ["b", "k", "f", "n", "g", "i", "q", "b", "m", "r", "d", "o", "x", "w", "q"], "string": "qgbrxeqignkmdbowfm"}, "task_name": "task19", "example_name": "0139", "problem_name": "task19_0139"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: xenexsnazddcxvfrbzt\nSteps: \n1. z\n2. t\n3. d\n4. e\n5. z\n6. b\n7. n\n8. x\n9. x\n10. r\n11. c\n12. a\n13. e\n14. x\n15. v\n16. n", "label": {"final": "sdf", "init": "xenexsnazddcxvfrbzt", "intermediate": ["xenexsnaddcxvfrbzt", "xenexsnaddcxvfrbz", "xenexsnadcxvfrbz", "xnexsnadcxvfrbz", "xnexsnadcxvfrb", "xnexsnadcxvfr", "xexsnadcxvfr", "exsnadcxvfr", "esnadcxvfr", "esnadcxvf", "esnadxvf", "esndxvf", "sndxvf", "sndvf", "sndf"]}, "config": {"len_step": 16, "len_string": 19, "steps": ["z", "t", "d", "e", "z", "b", "n", "x", "x", "r", "c", "a", "e", "x", "v", "n"], "string": "xenexsnazddcxvfrbzt"}, "task_name": "task19", "example_name": "0140", "problem_name": "task19_0140"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: jusytmmsvjfjenstpfmtjecjxb\nSteps: \n1. t\n2. y\n3. t\n4. m\n5. t\n6. s\n7. u\n8. n\n9. j\n10. p\n11. j\n12. f\n13. m\n14. x\n15. b\n16. m", "label": {"final": "svjesfjecj", "init": "jusytmmsvjfjenstpfmtjecjxb", "intermediate": ["jusymmsvjfjenstpfmtjecjxb", "jusmmsvjfjenstpfmtjecjxb", "jusmmsvjfjenspfmtjecjxb", "jusmsvjfjenspfmtjecjxb", "jusmsvjfjenspfmjecjxb", "jumsvjfjenspfmjecjxb", "jmsvjfjenspfmjecjxb", "jmsvjfjespfmjecjxb", "msvjfjespfmjecjxb", "msvjfjesfmjecjxb", "msvfjesfmjecjxb", "msvjesfmjecjxb", "svjesfmjecjxb", "svjesfmjecjb", "svjesfmjecj"]}, "config": {"len_step": 16, "len_string": 26, "steps": ["t", "y", "t", "m", "t", "s", "u", "n", "j", "p", "j", "f", "m", "x", "b", "m"], "string": "jusytmmsvjfjenstpfmtjecjxb"}, "task_name": "task19", "example_name": "0141", "problem_name": "task19_0141"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: mvvipfelqutxjxkpwtn\nSteps: \n1. q\n2. v\n3. p\n4. t\n5. e\n6. u\n7. t\n8. k\n9. p\n10. l\n11. f\n12. x\n13. v\n14. x\n15. w\n16. i", "label": {"final": "mjn", "init": "mvvipfelqutxjxkpwtn", "intermediate": ["mvvipfelutxjxkpwtn", "mvipfelutxjxkpwtn", "mvifelutxjxkpwtn", "mvifeluxjxkpwtn", "mvifluxjxkpwtn", "mviflxjxkpwtn", "mviflxjxkpwn", "mviflxjxpwn", "mviflxjxwn", "mvifxjxwn", "mvixjxwn", "mvijxwn", "mijxwn", "mijwn", "mijn"]}, "config": {"len_step": 16, "len_string": 19, "steps": ["q", "v", "p", "t", "e", "u", "t", "k", "p", "l", "f", "x", "v", "x", "w", "i"], "string": "mvvipfelqutxjxkpwtn"}, "task_name": "task19", "example_name": "0142", "problem_name": "task19_0142"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: xdsuxhhlgowigbotkqq\nSteps: \n1. q\n2. k\n3. h\n4. t\n5. s\n6. o\n7. d\n8. o\n9. w\n10. g\n11. g\n12. x\n13. h\n14. q\n15. x\n16. b", "label": {"final": "uli", "init": "xdsuxhhlgowigbotkqq", "intermediate": ["xdsuxhhlgowigbotkq", "xdsuxhhlgowigbotq", "xdsuxhlgowigbotq", "xdsuxhlgowigboq", "xduxhlgowigboq", "xduxhlgwigboq", "xuxhlgwigboq", "xuxhlgwigbq", "xuxhlgigbq", "xuxhligbq", "xuxhlibq", "uxhlibq", "uxlibq", "uxlib", "ulib"]}, "config": {"len_step": 16, "len_string": 19, "steps": ["q", "k", "h", "t", "s", "o", "d", "o", "w", "g", "g", "x", "h", "q", "x", "b"], "string": "xdsuxhhlgowigbotkqq"}, "task_name": "task19", "example_name": "0143", "problem_name": "task19_0143"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: gwvrcafzlhuqkbkjdiwrrv\nSteps: \n1. u\n2. r\n3. d\n4. k\n5. l\n6. r\n7. q\n8. r\n9. v\n10. h\n11. b\n12. v\n13. i\n14. z\n15. f\n16. c", "label": {"final": "gwakjw", "init": "gwvrcafzlhuqkbkjdiwrrv", "intermediate": ["gwvrcafzlhqkbkjdiwrrv", "gwvcafzlhqkbkjdiwrrv", "gwvcafzlhqkbkjiwrrv", "gwvcafzlhqbkjiwrrv", "gwvcafzhqbkjiwrrv", "gwvcafzhqbkjiwrv", "gwvcafzhbkjiwrv", "gwvcafzhbkjiwv", "gwcafzhbkjiwv", "gwcafzbkjiwv", "gwcafzkjiwv", "gwcafzkjiw", "gwcafzkjw", "gwcafkjw", "gwcakjw"]}, "config": {"len_step": 16, "len_string": 22, "steps": ["u", "r", "d", "k", "l", "r", "q", "r", "v", "h", "b", "v", "i", "z", "f", "c"], "string": "gwvrcafzlhuqkbkjdiwrrv"}, "task_name": "task19", "example_name": "0144", "problem_name": "task19_0144"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: jgmbtkhdbujvidrzrnafzo\nSteps: \n1. k\n2. o\n3. n\n4. g\n5. i\n6. j\n7. f\n8. z\n9. b\n10. z\n11. a\n12. d\n13. u\n14. b\n15. h\n16. v", "label": {"final": "mtjdrr", "init": "jgmbtkhdbujvidrzrnafzo", "intermediate": ["jgmbthdbujvidrzrnafzo", "jgmbthdbujvidrzrnafz", "jgmbthdbujvidrzrafz", "jmbthdbujvidrzrafz", "jmbthdbujvdrzrafz", "mbthdbujvdrzrafz", "mbthdbujvdrzraz", "mbthdbujvdrraz", "mthdbujvdrraz", "mthdbujvdrra", "mthdbujvdrr", "mthbujvdrr", "mthbjvdrr", "mthjvdrr", "mtjvdrr"]}, "config": {"len_step": 16, "len_string": 22, "steps": ["k", "o", "n", "g", "i", "j", "f", "z", "b", "z", "a", "d", "u", "b", "h", "v"], "string": "jgmbtkhdbujvidrzrnafzo"}, "task_name": "task19", "example_name": "0145", "problem_name": "task19_0145"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: duusknxdatxnuyylkaougebcpcafa\nSteps: \n1. s\n2. y\n3. y\n4. a\n5. x\n6. t\n7. u\n8. c\n9. e\n10. x\n11. n\n12. f\n13. o\n14. k\n15. k\n16. n", "label": {"final": "dudulaugbpcaa", "init": "duusknxdatxnuyylkaougebcpcafa", "intermediate": ["duuknxdatxnuyylkaougebcpcafa", "duuknxdatxnuylkaougebcpcafa", "duuknxdatxnulkaougebcpcafa", "duuknxdtxnulkaougebcpcafa", "duukndtxnulkaougebcpcafa", "duukndxnulkaougebcpcafa", "dukndxnulkaougebcpcafa", "dukndxnulkaougebpcafa", "dukndxnulkaougbpcafa", "dukndnulkaougbpcafa", "dukdnulkaougbpcafa", "dukdnulkaougbpcaa", "dukdnulkaugbpcaa", "dudnulkaugbpcaa", "dudnulaugbpcaa"]}, "config": {"len_step": 16, "len_string": 29, "steps": ["s", "y", "y", "a", "x", "t", "u", "c", "e", "x", "n", "f", "o", "k", "k", "n"], "string": "duusknxdatxnuyylkaougebcpcafa"}, "task_name": "task19", "example_name": "0146", "problem_name": "task19_0146"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: bhoqsgtenrlgwxcgkifmkpnn\nSteps: \n1. n\n2. c\n3. q\n4. h\n5. t\n6. m\n7. p\n8. b\n9. k\n10. i\n11. e\n12. x\n13. f\n14. g\n15. w\n16. g", "label": {"final": "osrlgknn", "init": "bhoqsgtenrlgwxcgkifmkpnn", "intermediate": ["bhoqsgterlgwxcgkifmkpnn", "bhoqsgterlgwxgkifmkpnn", "bhosgterlgwxgkifmkpnn", "bosgterlgwxgkifmkpnn", "bosgerlgwxgkifmkpnn", "bosgerlgwxgkifkpnn", "bosgerlgwxgkifknn", "osgerlgwxgkifknn", "osgerlgwxgifknn", "osgerlgwxgfknn", "osgrlgwxgfknn", "osgrlgwgfknn", "osgrlgwgknn", "osrlgwgknn", "osrlggknn"]}, "config": {"len_step": 16, "len_string": 24, "steps": ["n", "c", "q", "h", "t", "m", "p", "b", "k", "i", "e", "x", "f", "g", "w", "g"], "string": "bhoqsgtenrlgwxcgkifmkpnn"}, "task_name": "task19", "example_name": "0147", "problem_name": "task19_0147"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: nqvesyanlgnzzxiuh\nSteps: \n1. v\n2. n\n3. n\n4. y\n5. u\n6. q\n7. z\n8. l\n9. a\n10. e\n11. h\n12. n\n13. x\n14. s\n15. z\n16. g", "label": {"final": "i", "init": "nqvesyanlgnzzxiuh", "intermediate": ["nqesyanlgnzzxiuh", "qesyanlgnzzxiuh", "qesyalgnzzxiuh", "qesalgnzzxiuh", "qesalgnzzxih", "esalgnzzxih", "esalgnzxih", "esagnzxih", "esgnzxih", "sgnzxih", "sgnzxi", "sgzxi", "sgzi", "gzi", "gi"]}, "config": {"len_step": 16, "len_string": 17, "steps": ["v", "n", "n", "y", "u", "q", "z", "l", "a", "e", "h", "n", "x", "s", "z", "g"], "string": "nqvesyanlgnzzxiuh"}, "task_name": "task19", "example_name": "0148", "problem_name": "task19_0148"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pbkprewhqedskhbwcmjwwzixrcwr\nSteps: \n1. z\n2. d\n3. p\n4. c\n5. c\n6. w\n7. e\n8. b\n9. r\n10. s\n11. i\n12. r\n13. h\n14. r\n15. x\n16. h", "label": {"final": "kpqekbwmjwww", "init": "pbkprewhqedskhbwcmjwwzixrcwr", "intermediate": ["pbkprewhqedskhbwcmjwwixrcwr", "pbkprewhqeskhbwcmjwwixrcwr", "bkprewhqeskhbwcmjwwixrcwr", "bkprewhqeskhbwmjwwixrcwr", "bkprewhqeskhbwmjwwixrwr", "bkprehqeskhbwmjwwixrwr", "bkprhqeskhbwmjwwixrwr", "kprhqeskhbwmjwwixrwr", "kphqeskhbwmjwwixrwr", "kphqekhbwmjwwixrwr", "kphqekhbwmjwwxrwr", "kphqekhbwmjwwxwr", "kpqekhbwmjwwxwr", "kpqekhbwmjwwxw", "kpqekhbwmjwww"]}, "config": {"len_step": 16, "len_string": 28, "steps": ["z", "d", "p", "c", "c", "w", "e", "b", "r", "s", "i", "r", "h", "r", "x", "h"], "string": "pbkprewhqedskhbwcmjwwzixrcwr"}, "task_name": "task19", "example_name": "0149", "problem_name": "task19_0149"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pgkhxvklitccftqlkzaulfx\nSteps: \n1. l\n2. k\n3. f\n4. t\n5. l\n6. f\n7. x\n8. v\n9. q\n10. t\n11. i\n12. p\n13. k\n14. k\n15. a\n16. c\n17. z", "label": {"final": "ghculx", "init": "pgkhxvklitccftqlkzaulfx", "intermediate": ["pgkhxvkitccftqlkzaulfx", "pghxvkitccftqlkzaulfx", "pghxvkitcctqlkzaulfx", "pghxvkicctqlkzaulfx", "pghxvkicctqkzaulfx", "pghxvkicctqkzaulx", "pghvkicctqkzaulx", "pghkicctqkzaulx", "pghkicctkzaulx", "pghkicckzaulx", "pghkcckzaulx", "ghkcckzaulx", "ghcckzaulx", "ghcczaulx", "ghcczulx", "ghczulx"]}, "config": {"len_step": 17, "len_string": 23, "steps": ["l", "k", "f", "t", "l", "f", "x", "v", "q", "t", "i", "p", "k", "k", "a", "c", "z"], "string": "pgkhxvklitccftqlkzaulfx"}, "task_name": "task19", "example_name": "0150", "problem_name": "task19_0150"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: gduonvcazhazyerbufcogxigny\nSteps: \n1. a\n2. n\n3. y\n4. g\n5. y\n6. z\n7. r\n8. f\n9. u\n10. o\n11. n\n12. o\n13. i\n14. v\n15. u\n16. c\n17. x", "label": {"final": "dhazebcgg", "init": "gduonvcazhazyerbufcogxigny", "intermediate": ["gduonvczhazyerbufcogxigny", "gduovczhazyerbufcogxigny", "gduovczhazerbufcogxigny", "duovczhazerbufcogxigny", "duovczhazerbufcogxign", "duovchazerbufcogxign", "duovchazebufcogxign", "duovchazebucogxign", "dovchazebucogxign", "dvchazebucogxign", "dvchazebucogxig", "dvchazebucgxig", "dvchazebucgxg", "dchazebucgxg", "dchazebcgxg", "dhazebcgxg"]}, "config": {"len_step": 17, "len_string": 26, "steps": ["a", "n", "y", "g", "y", "z", "r", "f", "u", "o", "n", "o", "i", "v", "u", "c", "x"], "string": "gduonvcazhazyerbufcogxigny"}, "task_name": "task19", "example_name": "0151", "problem_name": "task19_0151"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: tgjfmiwjylhocvzilazft\nSteps: \n1. t\n2. l\n3. g\n4. o\n5. i\n6. m\n7. f\n8. f\n9. a\n10. v\n11. l\n12. j\n13. i\n14. w\n15. y\n16. h\n17. z", "label": {"final": "jczt", "init": "tgjfmiwjylhocvzilazft", "intermediate": ["gjfmiwjylhocvzilazft", "gjfmiwjyhocvzilazft", "jfmiwjyhocvzilazft", "jfmiwjyhcvzilazft", "jfmwjyhcvzilazft", "jfwjyhcvzilazft", "jwjyhcvzilazft", "jwjyhcvzilazt", "jwjyhcvzilzt", "jwjyhczilzt", "jwjyhczizt", "wjyhczizt", "wjyhczzt", "jyhczzt", "jhczzt", "jczzt"]}, "config": {"len_step": 17, "len_string": 21, "steps": ["t", "l", "g", "o", "i", "m", "f", "f", "a", "v", "l", "j", "i", "w", "y", "h", "z"], "string": "tgjfmiwjylhocvzilazft"}, "task_name": "task19", "example_name": "0152", "problem_name": "task19_0152"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: xyerpnmwqtdsexmkzrzwascrck\nSteps: \n1. k\n2. x\n3. t\n4. c\n5. n\n6. c\n7. y\n8. r\n9. r\n10. e\n11. x\n12. d\n13. s\n14. q\n15. p\n16. m\n17. w", "label": {"final": "emzzwasrk", "init": "xyerpnmwqtdsexmkzrzwascrck", "intermediate": ["xyerpnmwqtdsexmzrzwascrck", "yerpnmwqtdsexmzrzwascrck", "yerpnmwqdsexmzrzwascrck", "yerpnmwqdsexmzrzwasrck", "yerpmwqdsexmzrzwasrck", "yerpmwqdsexmzrzwasrk", "erpmwqdsexmzrzwasrk", "epmwqdsexmzrzwasrk", "epmwqdsexmzzwasrk", "pmwqdsexmzzwasrk", "pmwqdsemzzwasrk", "pmwqsemzzwasrk", "pmwqemzzwasrk", "pmwemzzwasrk", "mwemzzwasrk", "wemzzwasrk"]}, "config": {"len_step": 17, "len_string": 26, "steps": ["k", "x", "t", "c", "n", "c", "y", "r", "r", "e", "x", "d", "s", "q", "p", "m", "w"], "string": "xyerpnmwqtdsexmkzrzwascrck"}, "task_name": "task19", "example_name": "0153", "problem_name": "task19_0153"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: azxcupcmtyviewbhukopaokomkk\nSteps: \n1. e\n2. p\n3. o\n4. c\n5. u\n6. t\n7. a\n8. x\n9. b\n10. w\n11. o\n12. o\n13. k\n14. i\n15. v\n16. u\n17. c", "label": {"final": "zmyhpakmkk", "init": "azxcupcmtyviewbhukopaokomkk", "intermediate": ["azxcupcmtyviwbhukopaokomkk", "azxcucmtyviwbhukopaokomkk", "azxcucmtyviwbhukpaokomkk", "azxucmtyviwbhukpaokomkk", "azxcmtyviwbhukpaokomkk", "azxcmyviwbhukpaokomkk", "zxcmyviwbhukpaokomkk", "zcmyviwbhukpaokomkk", "zcmyviwhukpaokomkk", "zcmyvihukpaokomkk", "zcmyvihukpakomkk", "zcmyvihukpakmkk", "zcmyvihupakmkk", "zcmyvhupakmkk", "zcmyhupakmkk", "zcmyhpakmkk"]}, "config": {"len_step": 17, "len_string": 27, "steps": ["e", "p", "o", "c", "u", "t", "a", "x", "b", "w", "o", "o", "k", "i", "v", "u", "c"], "string": "azxcupcmtyviewbhukopaokomkk"}, "task_name": "task19", "example_name": "0154", "problem_name": "task19_0154"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: wnjobfegvwpgvritpjxodwdzfa\nSteps: \n1. i\n2. z\n3. w\n4. g\n5. p\n6. d\n7. p\n8. j\n9. e\n10. w\n11. v\n12. a\n13. f\n14. o\n15. t\n16. j\n17. b", "label": {"final": "ngvrxowdf", "init": "wnjobfegvwpgvritpjxodwdzfa", "intermediate": ["wnjobfegvwpgvrtpjxodwdzfa", "wnjobfegvwpgvrtpjxodwdfa", "njobfegvwpgvrtpjxodwdfa", "njobfevwpgvrtpjxodwdfa", "njobfevwgvrtpjxodwdfa", "njobfevwgvrtpjxowdfa", "njobfevwgvrtjxowdfa", "nobfevwgvrtjxowdfa", "nobfvwgvrtjxowdfa", "nobfvgvrtjxowdfa", "nobfgvrtjxowdfa", "nobfgvrtjxowdf", "nobgvrtjxowdf", "nbgvrtjxowdf", "nbgvrjxowdf", "nbgvrxowdf"]}, "config": {"len_step": 17, "len_string": 26, "steps": ["i", "z", "w", "g", "p", "d", "p", "j", "e", "w", "v", "a", "f", "o", "t", "j", "b"], "string": "wnjobfegvwpgvritpjxodwdzfa"}, "task_name": "task19", "example_name": "0155", "problem_name": "task19_0155"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: yolwrlppytkhjsbndumpqwvbsbeesr\nSteps: \n1. b\n2. j\n3. w\n4. r\n5. e\n6. r\n7. s\n8. k\n9. y\n10. p\n11. l\n12. e\n13. t\n14. d\n15. b\n16. l\n17. u", "label": {"final": "opyhnmpqwvsbs", "init": "yolwrlppytkhjsbndumpqwvbsbeesr", "intermediate": ["yolwrlppytkhjsndumpqwvbsbeesr", "yolwrlppytkhsndumpqwvbsbeesr", "yolrlppytkhsndumpqwvbsbeesr", "yollppytkhsndumpqwvbsbeesr", "yollppytkhsndumpqwvbsbesr", "yollppytkhsndumpqwvbsbes", "yollppytkhndumpqwvbsbes", "yollppythndumpqwvbsbes", "ollppythndumpqwvbsbes", "ollpythndumpqwvbsbes", "olpythndumpqwvbsbes", "olpythndumpqwvbsbs", "olpyhndumpqwvbsbs", "olpyhnumpqwvbsbs", "olpyhnumpqwvsbs", "opyhnumpqwvsbs"]}, "config": {"len_step": 17, "len_string": 30, "steps": ["b", "j", "w", "r", "e", "r", "s", "k", "y", "p", "l", "e", "t", "d", "b", "l", "u"], "string": "yolwrlppytkhjsbndumpqwvbsbeesr"}, "task_name": "task19", "example_name": "0156", "problem_name": "task19_0156"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pjwmsowfrogtxkreprvaemtsp\nSteps: \n1. r\n2. p\n3. t\n4. s\n5. g\n6. a\n7. o\n8. p\n9. j\n10. e\n11. m\n12. t\n13. r\n14. e\n15. m\n16. w\n17. v", "label": {"final": "wfoxkrsp", "init": "pjwmsowfrogtxkreprvaemtsp", "intermediate": ["pjwmsowfogtxkreprvaemtsp", "jwmsowfogtxkreprvaemtsp", "jwmsowfogxkreprvaemtsp", "jwmowfogxkreprvaemtsp", "jwmowfoxkreprvaemtsp", "jwmowfoxkreprvemtsp", "jwmwfoxkreprvemtsp", "jwmwfoxkrervemtsp", "wmwfoxkrervemtsp", "wmwfoxkrrvemtsp", "wwfoxkrrvemtsp", "wwfoxkrrvemsp", "wwfoxkrvemsp", "wwfoxkrvmsp", "wwfoxkrvsp", "wfoxkrvsp"]}, "config": {"len_step": 17, "len_string": 25, "steps": ["r", "p", "t", "s", "g", "a", "o", "p", "j", "e", "m", "t", "r", "e", "m", "w", "v"], "string": "pjwmsowfrogtxkreprvaemtsp"}, "task_name": "task19", "example_name": "0157", "problem_name": "task19_0157"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ulfutplujhanxzmdyb\nSteps: \n1. t\n2. h\n3. u\n4. p\n5. j\n6. m\n7. x\n8. u\n9. f\n10. y\n11. l\n12. u\n13. n\n14. l\n15. a\n16. b\n17. d", "label": {"final": "z", "init": "ulfutplujhanxzmdyb", "intermediate": ["ulfuplujhanxzmdyb", "ulfuplujanxzmdyb", "lfuplujanxzmdyb", "lfulujanxzmdyb", "lfuluanxzmdyb", "lfuluanxzdyb", "lfuluanzdyb", "lfluanzdyb", "lluanzdyb", "lluanzdb", "luanzdb", "lanzdb", "lazdb", "azdb", "zdb", "zd"]}, "config": {"len_step": 17, "len_string": 18, "steps": ["t", "h", "u", "p", "j", "m", "x", "u", "f", "y", "l", "u", "n", "l", "a", "b", "d"], "string": "ulfutplujhanxzmdyb"}, "task_name": "task19", "example_name": "0158", "problem_name": "task19_0158"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: izjiinhgfeygoshyrewrrej\nSteps: \n1. s\n2. r\n3. e\n4. j\n5. e\n6. r\n7. i\n8. z\n9. e\n10. j\n11. g\n12. f\n13. h\n14. g\n15. o\n16. y\n17. h", "label": {"final": "iinywr", "init": "izjiinhgfeygoshyrewrrej", "intermediate": ["izjiinhgfeygohyrewrrej", "izjiinhgfeygohyewrrej", "izjiinhgfygohyewrrej", "iziinhgfygohyewrrej", "iziinhgfygohywrrej", "iziinhgfygohywrej", "ziinhgfygohywrej", "iinhgfygohywrej", "iinhgfygohywrj", "iinhgfygohywr", "iinhfygohywr", "iinhygohywr", "iinygohywr", "iinyohywr", "iinyhywr", "iinhywr"]}, "config": {"len_step": 17, "len_string": 23, "steps": ["s", "r", "e", "j", "e", "r", "i", "z", "e", "j", "g", "f", "h", "g", "o", "y", "h"], "string": "izjiinhgfeygoshyrewrrej"}, "task_name": "task19", "example_name": "0159", "problem_name": "task19_0159"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zbdgqfkdjmvgwtihfvipdchsgl\nSteps: \n1. v\n2. h\n3. h\n4. d\n5. g\n6. i\n7. m\n8. s\n9. t\n10. g\n11. f\n12. w\n13. c\n14. p\n15. d\n16. d\n17. k\n18. q", "label": {"final": "zbjfvigl", "init": "zbdgqfkdjmvgwtihfvipdchsgl", "intermediate": ["zbdgqfkdjmgwtihfvipdchsgl", "zbdgqfkdjmgwtifvipdchsgl", "zbdgqfkdjmgwtifvipdcsgl", "zbgqfkdjmgwtifvipdcsgl", "zbqfkdjmgwtifvipdcsgl", "zbqfkdjmgwtfvipdcsgl", "zbqfkdjgwtfvipdcsgl", "zbqfkdjgwtfvipdcgl", "zbqfkdjgwfvipdcgl", "zbqfkdjwfvipdcgl", "zbqkdjwfvipdcgl", "zbqkdjfvipdcgl", "zbqkdjfvipdgl", "zbqkdjfvidgl", "zbqkjfvidgl", "zbqkjfvigl", "zbqjfvigl"]}, "config": {"len_step": 18, "len_string": 26, "steps": ["v", "h", "h", "d", "g", "i", "m", "s", "t", "g", "f", "w", "c", "p", "d", "d", "k", "q"], "string": "zbdgqfkdjmvgwtihfvipdchsgl"}, "task_name": "task19", "example_name": "0160", "problem_name": "task19_0160"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: rrngjcmqodxbhmnncozlwzthjwoi\nSteps: \n1. t\n2. j\n3. n\n4. z\n5. c\n6. o\n7. n\n8. o\n9. j\n10. d\n11. b\n12. l\n13. h\n14. w\n15. w\n16. r\n17. q\n18. r", "label": {"final": "gmxmnczhoi", "init": "rrngjcmqodxbhmnncozlwzthjwoi", "intermediate": ["rrngjcmqodxbhmnncozlwzhjwoi", "rrngcmqodxbhmnncozlwzhjwoi", "rrgcmqodxbhmnncozlwzhjwoi", "rrgcmqodxbhmnncolwzhjwoi", "rrgmqodxbhmnncolwzhjwoi", "rrgmqdxbhmnncolwzhjwoi", "rrgmqdxbhmncolwzhjwoi", "rrgmqdxbhmnclwzhjwoi", "rrgmqdxbhmnclwzhwoi", "rrgmqxbhmnclwzhwoi", "rrgmqxhmnclwzhwoi", "rrgmqxhmncwzhwoi", "rrgmqxmncwzhwoi", "rrgmqxmnczhwoi", "rrgmqxmnczhoi", "rgmqxmnczhoi", "rgmxmnczhoi"]}, "config": {"len_step": 18, "len_string": 28, "steps": ["t", "j", "n", "z", "c", "o", "n", "o", "j", "d", "b", "l", "h", "w", "w", "r", "q", "r"], "string": "rrngjcmqodxbhmnncozlwzthjwoi"}, "task_name": "task19", "example_name": "0161", "problem_name": "task19_0161"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: cizoduckfmxffvqnkspruiz\nSteps: \n1. u\n2. n\n3. r\n4. q\n5. k\n6. i\n7. f\n8. s\n9. d\n10. m\n11. k\n12. o\n13. z\n14. c\n15. f\n16. v\n17. z\n18. f", "label": {"final": "cxpui", "init": "cizoduckfmxffvqnkspruiz", "intermediate": ["cizodckfmxffvqnkspruiz", "cizodckfmxffvqkspruiz", "cizodckfmxffvqkspuiz", "cizodckfmxffvkspuiz", "cizodcfmxffvkspuiz", "czodcfmxffvkspuiz", "czodcmxffvkspuiz", "czodcmxffvkpuiz", "czocmxffvkpuiz", "czocxffvkpuiz", "czocxffvpuiz", "czcxffvpuiz", "ccxffvpuiz", "cxffvpuiz", "cxfvpuiz", "cxfpuiz", "cxfpui"]}, "config": {"len_step": 18, "len_string": 23, "steps": ["u", "n", "r", "q", "k", "i", "f", "s", "d", "m", "k", "o", "z", "c", "f", "v", "z", "f"], "string": "cizoduckfmxffvqnkspruiz"}, "task_name": "task19", "example_name": "0162", "problem_name": "task19_0162"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ikhvpxbtwejqtuhidznzyhlao\nSteps: \n1. o\n2. p\n3. i\n4. u\n5. w\n6. a\n7. t\n8. y\n9. t\n10. h\n11. d\n12. e\n13. v\n14. j\n15. i\n16. l\n17. q\n18. z", "label": {"final": "kxbhnzh", "init": "ikhvpxbtwejqtuhidznzyhlao", "intermediate": ["ikhvpxbtwejqtuhidznzyhla", "ikhvxbtwejqtuhidznzyhla", "khvxbtwejqtuhidznzyhla", "khvxbtwejqthidznzyhla", "khvxbtejqthidznzyhla", "khvxbtejqthidznzyhl", "khvxbejqthidznzyhl", "khvxbejqthidznzhl", "khvxbejqhidznzhl", "kvxbejqhidznzhl", "kvxbejqhiznzhl", "kvxbjqhiznzhl", "kxbjqhiznzhl", "kxbqhiznzhl", "kxbqhznzhl", "kxbqhznzh", "kxbhznzh"]}, "config": {"len_step": 18, "len_string": 25, "steps": ["o", "p", "i", "u", "w", "a", "t", "y", "t", "h", "d", "e", "v", "j", "i", "l", "q", "z"], "string": "ikhvpxbtwejqtuhidznzyhlao"}, "task_name": "task19", "example_name": "0163", "problem_name": "task19_0163"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: sdwfrfvvwyhwpbjhasnih\nSteps: \n1. a\n2. w\n3. s\n4. b\n5. y\n6. v\n7. h\n8. j\n9. h\n10. h\n11. n\n12. d\n13. s\n14. i\n15. w\n16. w\n17. f\n18. r", "label": {"final": "fvp", "init": "sdwfrfvvwyhwpbjhasnih", "intermediate": ["sdwfrfvvwyhwpbjhsnih", "sdfrfvvwyhwpbjhsnih", "dfrfvvwyhwpbjhsnih", "dfrfvvwyhwpjhsnih", "dfrfvvwhwpjhsnih", "dfrfvwhwpjhsnih", "dfrfvwwpjhsnih", "dfrfvwwphsnih", "dfrfvwwpsnih", "dfrfvwwpsni", "dfrfvwwpsi", "frfvwwpsi", "frfvwwpi", "frfvwwp", "frfvwp", "frfvp", "rfvp"]}, "config": {"len_step": 18, "len_string": 21, "steps": ["a", "w", "s", "b", "y", "v", "h", "j", "h", "h", "n", "d", "s", "i", "w", "w", "f", "r"], "string": "sdwfrfvvwyhwpbjhasnih"}, "task_name": "task19", "example_name": "0164", "problem_name": "task19_0164"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: rfrhhyxmtyqpbcnyrthaqepp\nSteps: \n1. y\n2. h\n3. h\n4. p\n5. q\n6. e\n7. f\n8. a\n9. b\n10. t\n11. q\n12. r\n13. m\n14. p\n15. r\n16. p\n17. y\n18. r", "label": {"final": "xcnyth", "init": "rfrhhyxmtyqpbcnyrthaqepp", "intermediate": ["rfrhhxmtyqpbcnyrthaqepp", "rfrhxmtyqpbcnyrthaqepp", "rfrxmtyqpbcnyrthaqepp", "rfrxmtyqbcnyrthaqepp", "rfrxmtybcnyrthaqepp", "rfrxmtybcnyrthaqpp", "rrxmtybcnyrthaqpp", "rrxmtybcnyrthqpp", "rrxmtycnyrthqpp", "rrxmycnyrthqpp", "rrxmycnyrthpp", "rxmycnyrthpp", "rxycnyrthpp", "rxycnyrthp", "xycnyrthp", "xycnyrth", "xcnyrth"]}, "config": {"len_step": 18, "len_string": 24, "steps": ["y", "h", "h", "p", "q", "e", "f", "a", "b", "t", "q", "r", "m", "p", "r", "p", "y", "r"], "string": "rfrhhyxmtyqpbcnyrthaqepp"}, "task_name": "task19", "example_name": "0165", "problem_name": "task19_0165"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: asultzjntjyskpnektutnt\nSteps: \n1. s\n2. y\n3. n\n4. p\n5. j\n6. n\n7. t\n8. u\n9. z\n10. k\n11. s\n12. t\n13. u\n14. k\n15. l\n16. t\n17. j\n18. e", "label": {"final": "atnt", "init": "asultzjntjyskpnektutnt", "intermediate": ["aultzjntjyskpnektutnt", "aultzjntjskpnektutnt", "aultzjtjskpnektutnt", "aultzjtjsknektutnt", "aultztjsknektutnt", "aultztjskektutnt", "aulztjskektutnt", "alztjskektutnt", "altjskektutnt", "altjsektutnt", "altjektutnt", "aljektutnt", "aljekttnt", "aljettnt", "ajettnt", "ajetnt", "aetnt"]}, "config": {"len_step": 18, "len_string": 22, "steps": ["s", "y", "n", "p", "j", "n", "t", "u", "z", "k", "s", "t", "u", "k", "l", "t", "j", "e"], "string": "asultzjntjyskpnektutnt"}, "task_name": "task19", "example_name": "0166", "problem_name": "task19_0166"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zziyftdvqqcdrnvmtsg\nSteps: \n1. q\n2. y\n3. i\n4. f\n5. d\n6. d\n7. t\n8. v\n9. r\n10. z\n11. q\n12. s\n13. n\n14. c\n15. z\n16. v\n17. t\n18. g", "label": {"final": "m", "init": "zziyftdvqqcdrnvmtsg", "intermediate": ["zziyftdvqcdrnvmtsg", "zziftdvqcdrnvmtsg", "zzftdvqcdrnvmtsg", "zztdvqcdrnvmtsg", "zztvqcdrnvmtsg", "zztvqcrnvmtsg", "zzvqcrnvmtsg", "zzqcrnvmtsg", "zzqcnvmtsg", "zqcnvmtsg", "zcnvmtsg", "zcnvmtg", "zcvmtg", "zvmtg", "vmtg", "mtg", "mg"]}, "config": {"len_step": 18, "len_string": 19, "steps": ["q", "y", "i", "f", "d", "d", "t", "v", "r", "z", "q", "s", "n", "c", "z", "v", "t", "g"], "string": "zziyftdvqqcdrnvmtsg"}, "task_name": "task19", "example_name": "0167", "problem_name": "task19_0167"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: srxuukkjnlgviucbpctaohj\nSteps: \n1. v\n2. u\n3. i\n4. g\n5. j\n6. b\n7. x\n8. c\n9. n\n10. r\n11. c\n12. a\n13. j\n14. u\n15. o\n16. k\n17. h\n18. s", "label": {"final": "klupt", "init": "srxuukkjnlgviucbpctaohj", "intermediate": ["srxuukkjnlgiucbpctaohj", "srxukkjnlgiucbpctaohj", "srxukkjnlgucbpctaohj", "srxukkjnlucbpctaohj", "srxukknlucbpctaohj", "srxukknlucpctaohj", "srukknlucpctaohj", "srukknlupctaohj", "srukklupctaohj", "sukklupctaohj", "sukkluptaohj", "sukkluptohj", "sukkluptoh", "skkluptoh", "skklupth", "sklupth", "sklupt"]}, "config": {"len_step": 18, "len_string": 23, "steps": ["v", "u", "i", "g", "j", "b", "x", "c", "n", "r", "c", "a", "j", "u", "o", "k", "h", "s"], "string": "srxuukkjnlgviucbpctaohj"}, "task_name": "task19", "example_name": "0168", "problem_name": "task19_0168"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: bjtbtuvvqdkurfjubxriqfympkpjy\nSteps: \n1. i\n2. u\n3. q\n4. f\n5. m\n6. j\n7. b\n8. k\n9. d\n10. y\n11. b\n12. u\n13. u\n14. v\n15. v\n16. x\n17. p\n18. r", "label": {"final": "ttjbrqfkpjy", "init": "bjtbtuvvqdkurfjubxriqfympkpjy", "intermediate": ["bjtbtuvvqdkurfjubxrqfympkpjy", "bjtbtvvqdkurfjubxrqfympkpjy", "bjtbtvvdkurfjubxrqfympkpjy", "bjtbtvvdkurjubxrqfympkpjy", "bjtbtvvdkurjubxrqfypkpjy", "btbtvvdkurjubxrqfypkpjy", "tbtvvdkurjubxrqfypkpjy", "tbtvvdurjubxrqfypkpjy", "tbtvvurjubxrqfypkpjy", "tbtvvurjubxrqfpkpjy", "ttvvurjubxrqfpkpjy", "ttvvrjubxrqfpkpjy", "ttvvrjbxrqfpkpjy", "ttvrjbxrqfpkpjy", "ttrjbxrqfpkpjy", "ttrjbrqfpkpjy", "ttrjbrqfkpjy"]}, "config": {"len_step": 18, "len_string": 29, "steps": ["i", "u", "q", "f", "m", "j", "b", "k", "d", "y", "b", "u", "u", "v", "v", "x", "p", "r"], "string": "bjtbtuvvqdkurfjubxriqfympkpjy"}, "task_name": "task19", "example_name": "0169", "problem_name": "task19_0169"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: pqhjykdsctoqmwucdbhhjjgl\nSteps: \n1. g\n2. q\n3. w\n4. d\n5. u\n6. d\n7. h\n8. h\n9. o\n10. p\n11. q\n12. s\n13. c\n14. h\n15. j\n16. k\n17. t\n18. m\n19. b", "label": {"final": "ycjjl", "init": "pqhjykdsctoqmwucdbhhjjgl", "intermediate": ["pqhjykdsctoqmwucdbhhjjl", "phjykdsctoqmwucdbhhjjl", "phjykdsctoqmucdbhhjjl", "phjyksctoqmucdbhhjjl", "phjyksctoqmcdbhhjjl", "phjyksctoqmcbhhjjl", "pjyksctoqmcbhhjjl", "pjyksctoqmcbhjjl", "pjyksctqmcbhjjl", "jyksctqmcbhjjl", "jyksctmcbhjjl", "jykctmcbhjjl", "jyktmcbhjjl", "jyktmcbjjl", "yktmcbjjl", "ytmcbjjl", "ymcbjjl", "ycbjjl"]}, "config": {"len_step": 19, "len_string": 24, "steps": ["g", "q", "w", "d", "u", "d", "h", "h", "o", "p", "q", "s", "c", "h", "j", "k", "t", "m", "b"], "string": "pqhjykdsctoqmwucdbhhjjgl"}, "task_name": "task19", "example_name": "0170", "problem_name": "task19_0170"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: hpjofulqjsaivnytjruzdjoxu\nSteps: \n1. j\n2. v\n3. d\n4. a\n5. u\n6. s\n7. u\n8. t\n9. j\n10. z\n11. n\n12. i\n13. u\n14. r\n15. y\n16. x\n17. l\n18. o\n19. f", "label": {"final": "hpqjjo", "init": "hpjofulqjsaivnytjruzdjoxu", "intermediate": ["hpofulqjsaivnytjruzdjoxu", "hpofulqjsainytjruzdjoxu", "hpofulqjsainytjruzjoxu", "hpofulqjsinytjruzjoxu", "hpoflqjsinytjruzjoxu", "hpoflqjinytjruzjoxu", "hpoflqjinytjrzjoxu", "hpoflqjinyjrzjoxu", "hpoflqinyjrzjoxu", "hpoflqinyjrjoxu", "hpoflqiyjrjoxu", "hpoflqyjrjoxu", "hpoflqyjrjox", "hpoflqyjjox", "hpoflqjjox", "hpoflqjjo", "hpofqjjo", "hpfqjjo"]}, "config": {"len_step": 19, "len_string": 25, "steps": ["j", "v", "d", "a", "u", "s", "u", "t", "j", "z", "n", "i", "u", "r", "y", "x", "l", "o", "f"], "string": "hpjofulqjsaivnytjruzdjoxu"}, "task_name": "task19", "example_name": "0171", "problem_name": "task19_0171"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: lvpvsrofazprsmcghvjamb\nSteps: \n1. f\n2. a\n3. h\n4. v\n5. r\n6. v\n7. p\n8. z\n9. s\n10. a\n11. v\n12. r\n13. m\n14. j\n15. l\n16. c\n17. p\n18. s\n19. o", "label": {"final": "gmb", "init": "lvpvsrofazprsmcghvjamb", "intermediate": ["lvpvsroazprsmcghvjamb", "lvpvsrozprsmcghvjamb", "lvpvsrozprsmcgvjamb", "lpvsrozprsmcgvjamb", "lpvsozprsmcgvjamb", "lpsozprsmcgvjamb", "lsozprsmcgvjamb", "lsoprsmcgvjamb", "loprsmcgvjamb", "loprsmcgvjmb", "loprsmcgjmb", "lopsmcgjmb", "lopscgjmb", "lopscgmb", "opscgmb", "opsgmb", "osgmb", "ogmb"]}, "config": {"len_step": 19, "len_string": 22, "steps": ["f", "a", "h", "v", "r", "v", "p", "z", "s", "a", "v", "r", "m", "j", "l", "c", "p", "s", "o"], "string": "lvpvsrofazprsmcghvjamb"}, "task_name": "task19", "example_name": "0172", "problem_name": "task19_0172"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: wmhqbxvbrgrvohselppfuv\nSteps: \n1. v\n2. o\n3. w\n4. e\n5. s\n6. p\n7. l\n8. b\n9. q\n10. u\n11. r\n12. m\n13. v\n14. f\n15. r\n16. g\n17. x\n18. h\n19. h", "label": {"final": "bpv", "init": "wmhqbxvbrgrvohselppfuv", "intermediate": ["wmhqbxbrgrvohselppfuv", "wmhqbxbrgrvhselppfuv", "mhqbxbrgrvhselppfuv", "mhqbxbrgrvhslppfuv", "mhqbxbrgrvhlppfuv", "mhqbxbrgrvhlpfuv", "mhqbxbrgrvhpfuv", "mhqxbrgrvhpfuv", "mhxbrgrvhpfuv", "mhxbrgrvhpfv", "mhxbgrvhpfv", "hxbgrvhpfv", "hxbgrhpfv", "hxbgrhpv", "hxbghpv", "hxbhpv", "hbhpv", "bhpv"]}, "config": {"len_step": 19, "len_string": 22, "steps": ["v", "o", "w", "e", "s", "p", "l", "b", "q", "u", "r", "m", "v", "f", "r", "g", "x", "h", "h"], "string": "wmhqbxvbrgrvohselppfuv"}, "task_name": "task19", "example_name": "0173", "problem_name": "task19_0173"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zkangndschehbezbgbdwoeskar\nSteps: \n1. a\n2. b\n3. b\n4. r\n5. c\n6. o\n7. h\n8. g\n9. e\n10. h\n11. k\n12. e\n13. e\n14. d\n15. n\n16. b\n17. n\n18. z\n19. d", "label": {"final": "szgwska", "init": "zkangndschehbezbgbdwoeskar", "intermediate": ["zkngndschehbezbgbdwoeskar", "zkngndschehezbgbdwoeskar", "zkngndschehezgbdwoeskar", "zkngndschehezgbdwoeska", "zkngndshehezgbdwoeska", "zkngndshehezgbdweska", "zkngndsehezgbdweska", "zknndsehezgbdweska", "zknndshezgbdweska", "zknndsezgbdweska", "znndsezgbdweska", "znndszgbdweska", "znndszgbdwska", "znnszgbdwska", "znszgbdwska", "znszgdwska", "zszgdwska", "szgdwska"]}, "config": {"len_step": 19, "len_string": 26, "steps": ["a", "b", "b", "r", "c", "o", "h", "g", "e", "h", "k", "e", "e", "d", "n", "b", "n", "z", "d"], "string": "zkangndschehbezbgbdwoeskar"}, "task_name": "task19", "example_name": "0174", "problem_name": "task19_0174"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: juqbpskzphalbwfteyqtordxxvzxi\nSteps: \n1. x\n2. s\n3. b\n4. z\n5. e\n6. u\n7. a\n8. k\n9. x\n10. q\n11. y\n12. z\n13. r\n14. t\n15. w\n16. l\n17. h\n18. j\n19. o", "label": {"final": "ppbfqtdvxi", "init": "juqbpskzphalbwfteyqtordxxvzxi", "intermediate": ["juqbpskzphalbwfteyqtordxvzxi", "juqbpkzphalbwfteyqtordxvzxi", "juqpkzphalbwfteyqtordxvzxi", "juqpkphalbwfteyqtordxvzxi", "juqpkphalbwftyqtordxvzxi", "jqpkphalbwftyqtordxvzxi", "jqpkphlbwftyqtordxvzxi", "jqpphlbwftyqtordxvzxi", "jqpphlbwftyqtordvzxi", "jpphlbwftyqtordvzxi", "jpphlbwftqtordvzxi", "jpphlbwftqtordvxi", "jpphlbwftqtodvxi", "jpphlbwfqtodvxi", "jpphlbfqtodvxi", "jpphbfqtodvxi", "jppbfqtodvxi", "ppbfqtodvxi"]}, "config": {"len_step": 19, "len_string": 29, "steps": ["x", "s", "b", "z", "e", "u", "a", "k", "x", "q", "y", "z", "r", "t", "w", "l", "h", "j", "o"], "string": "juqbpskzphalbwfteyqtordxxvzxi"}, "task_name": "task19", "example_name": "0175", "problem_name": "task19_0175"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: osfcweqsxabjqhtxcwhnspcbgds\nSteps: \n1. x\n2. c\n3. b\n4. g\n5. h\n6. q\n7. x\n8. c\n9. s\n10. n\n11. s\n12. q\n13. e\n14. o\n15. w\n16. d\n17. w\n18. s\n19. j", "label": {"final": "fathpcbs", "init": "osfcweqsxabjqhtxcwhnspcbgds", "intermediate": ["osfcweqsabjqhtxcwhnspcbgds", "osfweqsabjqhtxcwhnspcbgds", "osfweqsajqhtxcwhnspcbgds", "osfweqsajqhtxcwhnspcbds", "osfweqsajqtxcwhnspcbds", "osfwesajqtxcwhnspcbds", "osfwesajqtcwhnspcbds", "osfwesajqtwhnspcbds", "ofwesajqtwhnspcbds", "ofwesajqtwhspcbds", "ofweajqtwhspcbds", "ofweajtwhspcbds", "ofwajtwhspcbds", "fwajtwhspcbds", "fajtwhspcbds", "fajtwhspcbs", "fajthspcbs", "fajthpcbs"]}, "config": {"len_step": 19, "len_string": 27, "steps": ["x", "c", "b", "g", "h", "q", "x", "c", "s", "n", "s", "q", "e", "o", "w", "d", "w", "s", "j"], "string": "osfcweqsxabjqhtxcwhnspcbgds"}, "task_name": "task19", "example_name": "0176", "problem_name": "task19_0176"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: smqqqlzmlvrnsaynrbclvunpdapezp\nSteps: \n1. q\n2. a\n3. m\n4. r\n5. d\n6. r\n7. z\n8. v\n9. q\n10. y\n11. n\n12. s\n13. n\n14. a\n15. l\n16. l\n17. q\n18. m\n19. b", "label": {"final": "sclvunppezp", "init": "smqqqlzmlvrnsaynrbclvunpdapezp", "intermediate": ["smqqlzmlvrnsaynrbclvunpdapezp", "smqqlzmlvrnsynrbclvunpdapezp", "sqqlzmlvrnsynrbclvunpdapezp", "sqqlzmlvnsynrbclvunpdapezp", "sqqlzmlvnsynrbclvunpapezp", "sqqlzmlvnsynbclvunpapezp", "sqqlmlvnsynbclvunpapezp", "sqqlmlnsynbclvunpapezp", "sqlmlnsynbclvunpapezp", "sqlmlnsnbclvunpapezp", "sqlmlsnbclvunpapezp", "qlmlsnbclvunpapezp", "qlmlsbclvunpapezp", "qlmlsbclvunppezp", "qmlsbclvunppezp", "qmsbclvunppezp", "msbclvunppezp", "sbclvunppezp"]}, "config": {"len_step": 19, "len_string": 30, "steps": ["q", "a", "m", "r", "d", "r", "z", "v", "q", "y", "n", "s", "n", "a", "l", "l", "q", "m", "b"], "string": "smqqqlzmlvrnsaynrbclvunpdapezp"}, "task_name": "task19", "example_name": "0177", "problem_name": "task19_0177"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ylcghaavtgvuwdrqigwbhtyvvi\nSteps: \n1. v\n2. l\n3. h\n4. y\n5. w\n6. g\n7. b\n8. q\n9. w\n10. g\n11. d\n12. a\n13. r\n14. v\n15. t\n16. u\n17. v\n18. y\n19. c", "label": {"final": "aightvi", "init": "ylcghaavtgvuwdrqigwbhtyvvi", "intermediate": ["ylcghaatgvuwdrqigwbhtyvvi", "ycghaatgvuwdrqigwbhtyvvi", "ycgaatgvuwdrqigwbhtyvvi", "cgaatgvuwdrqigwbhtyvvi", "cgaatgvudrqigwbhtyvvi", "caatgvudrqigwbhtyvvi", "caatgvudrqigwhtyvvi", "caatgvudrigwhtyvvi", "caatgvudrightyvvi", "caatvudrightyvvi", "caatvurightyvvi", "catvurightyvvi", "catvuightyvvi", "catuightyvvi", "cauightyvvi", "caightyvvi", "caightyvi", "caightvi"]}, "config": {"len_step": 19, "len_string": 26, "steps": ["v", "l", "h", "y", "w", "g", "b", "q", "w", "g", "d", "a", "r", "v", "t", "u", "v", "y", "c"], "string": "ylcghaavtgvuwdrqigwbhtyvvi"}, "task_name": "task19", "example_name": "0178", "problem_name": "task19_0178"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: phfllevxjsgnhhpvxkqcgatuskomd\nSteps: \n1. s\n2. m\n3. p\n4. h\n5. n\n6. h\n7. g\n8. l\n9. t\n10. a\n11. f\n12. e\n13. v\n14. d\n15. l\n16. x\n17. g\n18. q\n19. h", "label": {"final": "jpvxkcusko", "init": "phfllevxjsgnhhpvxkqcgatuskomd", "intermediate": ["phfllevxjgnhhpvxkqcgatuskomd", "phfllevxjgnhhpvxkqcgatuskod", "hfllevxjgnhhpvxkqcgatuskod", "fllevxjgnhhpvxkqcgatuskod", "fllevxjghhpvxkqcgatuskod", "fllevxjghpvxkqcgatuskod", "fllevxjhpvxkqcgatuskod", "flevxjhpvxkqcgatuskod", "flevxjhpvxkqcgauskod", "flevxjhpvxkqcguskod", "levxjhpvxkqcguskod", "lvxjhpvxkqcguskod", "lxjhpvxkqcguskod", "lxjhpvxkqcgusko", "xjhpvxkqcgusko", "jhpvxkqcgusko", "jhpvxkqcusko", "jhpvxkcusko"]}, "config": {"len_step": 19, "len_string": 29, "steps": ["s", "m", "p", "h", "n", "h", "g", "l", "t", "a", "f", "e", "v", "d", "l", "x", "g", "q", "h"], "string": "phfllevxjsgnhhpvxkqcgatuskomd"}, "task_name": "task19", "example_name": "0179", "problem_name": "task19_0179"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qmiqrxsqtjaozeeggoyozuncz\nSteps: \n1. x\n2. g\n3. c\n4. t\n5. y\n6. r\n7. z\n8. m\n9. s\n10. j\n11. g\n12. q\n13. u\n14. z\n15. e\n16. n\n17. o\n18. z\n19. q\n20. q", "label": {"final": "iaeoo", "init": "qmiqrxsqtjaozeeggoyozuncz", "intermediate": ["qmiqrsqtjaozeeggoyozuncz", "qmiqrsqtjaozeegoyozuncz", "qmiqrsqtjaozeegoyozunz", "qmiqrsqjaozeegoyozunz", "qmiqrsqjaozeegoozunz", "qmiqsqjaozeegoozunz", "qmiqsqjaoeegoozunz", "qiqsqjaoeegoozunz", "qiqqjaoeegoozunz", "qiqqaoeegoozunz", "qiqqaoeeoozunz", "iqqaoeeoozunz", "iqqaoeeooznz", "iqqaoeeoonz", "iqqaoeoonz", "iqqaoeooz", "iqqaeooz", "iqqaeoo", "iqaeoo"]}, "config": {"len_step": 20, "len_string": 25, "steps": ["x", "g", "c", "t", "y", "r", "z", "m", "s", "j", "g", "q", "u", "z", "e", "n", "o", "z", "q", "q"], "string": "qmiqrxsqtjaozeeggoyozuncz"}, "task_name": "task19", "example_name": "0180", "problem_name": "task19_0180"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: syartcwbgqramlohwfxhdsbo\nSteps: \n1. a\n2. d\n3. w\n4. s\n5. w\n6. l\n7. h\n8. b\n9. m\n10. x\n11. r\n12. s\n13. t\n14. r\n15. f\n16. g\n17. a\n18. y\n19. o\n20. q", "label": {"final": "chbo", "init": "syartcwbgqramlohwfxhdsbo", "intermediate": ["syrtcwbgqramlohwfxhdsbo", "syrtcwbgqramlohwfxhsbo", "syrtcbgqramlohwfxhsbo", "yrtcbgqramlohwfxhsbo", "yrtcbgqramlohfxhsbo", "yrtcbgqramohfxhsbo", "yrtcbgqramofxhsbo", "yrtcgqramofxhsbo", "yrtcgqraofxhsbo", "yrtcgqraofhsbo", "ytcgqraofhsbo", "ytcgqraofhbo", "ycgqraofhbo", "ycgqaofhbo", "ycgqaohbo", "ycqaohbo", "ycqohbo", "cqohbo", "cqhbo"]}, "config": {"len_step": 20, "len_string": 24, "steps": ["a", "d", "w", "s", "w", "l", "h", "b", "m", "x", "r", "s", "t", "r", "f", "g", "a", "y", "o", "q"], "string": "syartcwbgqramlohwfxhdsbo"}, "task_name": "task19", "example_name": "0181", "problem_name": "task19_0181"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: engzvbkrbwxvbpuuodzgxutmxi\nSteps: \n1. z\n2. t\n3. b\n4. g\n5. v\n6. u\n7. x\n8. d\n9. m\n10. v\n11. u\n12. i\n13. x\n14. o\n15. u\n16. p\n17. n\n18. z\n19. b\n20. b", "label": {"final": "ekrwgx", "init": "engzvbkrbwxvbpuuodzgxutmxi", "intermediate": ["engvbkrbwxvbpuuodzgxutmxi", "engvbkrbwxvbpuuodzgxumxi", "engvkrbwxvbpuuodzgxumxi", "envkrbwxvbpuuodzgxumxi", "enkrbwxvbpuuodzgxumxi", "enkrbwxvbpuodzgxumxi", "enkrbwvbpuodzgxumxi", "enkrbwvbpuozgxumxi", "enkrbwvbpuozgxuxi", "enkrbwbpuozgxuxi", "enkrbwbpozgxuxi", "enkrbwbpozgxux", "enkrbwbpozgux", "enkrbwbpzgux", "enkrbwbpzgx", "enkrbwbzgx", "ekrbwbzgx", "ekrbwbgx", "ekrwbgx"]}, "config": {"len_step": 20, "len_string": 26, "steps": ["z", "t", "b", "g", "v", "u", "x", "d", "m", "v", "u", "i", "x", "o", "u", "p", "n", "z", "b", "b"], "string": "engzvbkrbwxvbpuuodzgxutmxi"}, "task_name": "task19", "example_name": "0182", "problem_name": "task19_0182"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: bnrhdfqzedefoxgolrpod\nSteps: \n1. x\n2. o\n3. f\n4. e\n5. q\n6. o\n7. e\n8. l\n9. p\n10. f\n11. d\n12. b\n13. g\n14. d\n15. r\n16. o\n17. z\n18. h\n19. d\n20. n", "label": {"final": "r", "init": "bnrhdfqzedefoxgolrpod", "intermediate": ["bnrhdfqzedefogolrpod", "bnrhdfqzedefgolrpod", "bnrhdqzedefgolrpod", "bnrhdqzdefgolrpod", "bnrhdzdefgolrpod", "bnrhdzdefglrpod", "bnrhdzdfglrpod", "bnrhdzdfgrpod", "bnrhdzdfgrod", "bnrhdzdgrod", "bnrhzdgrod", "nrhzdgrod", "nrhzdrod", "nrhzrod", "nhzrod", "nhzrd", "nhrd", "nrd", "nr"]}, "config": {"len_step": 20, "len_string": 21, "steps": ["x", "o", "f", "e", "q", "o", "e", "l", "p", "f", "d", "b", "g", "d", "r", "o", "z", "h", "d", "n"], "string": "bnrhdfqzedefoxgolrpod"}, "task_name": "task19", "example_name": "0183", "problem_name": "task19_0183"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: fgrnliwbtwmkkamyeubqgagd\nSteps: \n1. w\n2. r\n3. w\n4. b\n5. q\n6. g\n7. g\n8. k\n9. m\n10. e\n11. d\n12. n\n13. f\n14. u\n15. l\n16. g\n17. t\n18. a\n19. i\n20. m", "label": {"final": "kyba", "init": "fgrnliwbtwmkkamyeubqgagd", "intermediate": ["fgrnlibtwmkkamyeubqgagd", "fgnlibtwmkkamyeubqgagd", "fgnlibtmkkamyeubqgagd", "fgnlitmkkamyeubqgagd", "fgnlitmkkamyeubgagd", "fnlitmkkamyeubgagd", "fnlitmkkamyeubagd", "fnlitmkamyeubagd", "fnlitkamyeubagd", "fnlitkamyubagd", "fnlitkamyubag", "flitkamyubag", "litkamyubag", "litkamybag", "itkamybag", "itkamyba", "ikamyba", "ikmyba", "kmyba"]}, "config": {"len_step": 20, "len_string": 24, "steps": ["w", "r", "w", "b", "q", "g", "g", "k", "m", "e", "d", "n", "f", "u", "l", "g", "t", "a", "i", "m"], "string": "fgrnliwbtwmkkamyeubqgagd"}, "task_name": "task19", "example_name": "0184", "problem_name": "task19_0184"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: mkfdcxabuiytqpegrhogadb\nSteps: \n1. e\n2. y\n3. b\n4. c\n5. b\n6. x\n7. k\n8. m\n9. p\n10. i\n11. d\n12. u\n13. f\n14. r\n15. a\n16. t\n17. g\n18. d\n19. g\n20. o", "label": {"final": "qha", "init": "mkfdcxabuiytqpegrhogadb", "intermediate": ["mkfdcxabuiytqpgrhogadb", "mkfdcxabuitqpgrhogadb", "mkfdcxauitqpgrhogadb", "mkfdxauitqpgrhogadb", "mkfdxauitqpgrhogad", "mkfdauitqpgrhogad", "mfdauitqpgrhogad", "fdauitqpgrhogad", "fdauitqgrhogad", "fdautqgrhogad", "fautqgrhogad", "fatqgrhogad", "atqgrhogad", "atqghogad", "tqghogad", "qghogad", "qhogad", "qhoga", "qhoa"]}, "config": {"len_step": 20, "len_string": 23, "steps": ["e", "y", "b", "c", "b", "x", "k", "m", "p", "i", "d", "u", "f", "r", "a", "t", "g", "d", "g", "o"], "string": "mkfdcxabuiytqpegrhogadb"}, "task_name": "task19", "example_name": "0185", "problem_name": "task19_0185"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: wfehmzrqkimlghpunkmvhlnpz\nSteps: \n1. v\n2. l\n3. h\n4. z\n5. n\n6. h\n7. w\n8. p\n9. h\n10. m\n11. l\n12. n\n13. p\n14. i\n15. k\n16. m\n17. z\n18. q\n19. m\n20. k", "label": {"final": "fergu", "init": "wfehmzrqkimlghpunkmvhlnpz", "intermediate": ["wfehmzrqkimlghpunkmhlnpz", "wfehmzrqkimghpunkmhlnpz", "wfemzrqkimghpunkmhlnpz", "wfemrqkimghpunkmhlnpz", "wfemrqkimghpukmhlnpz", "wfemrqkimgpukmhlnpz", "femrqkimgpukmhlnpz", "femrqkimgukmhlnpz", "femrqkimgukmlnpz", "ferqkimgukmlnpz", "ferqkimgukmnpz", "ferqkimgukmpz", "ferqkimgukmz", "ferqkmgukmz", "ferqmgukmz", "ferqgukmz", "ferqgukm", "fergukm", "ferguk"]}, "config": {"len_step": 20, "len_string": 25, "steps": ["v", "l", "h", "z", "n", "h", "w", "p", "h", "m", "l", "n", "p", "i", "k", "m", "z", "q", "m", "k"], "string": "wfehmzrqkimlghpunkmvhlnpz"}, "task_name": "task19", "example_name": "0186", "problem_name": "task19_0186"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: voiczfnremnhpugmzkqmfhtbeqinut\nSteps: \n1. f\n2. n\n3. b\n4. i\n5. t\n6. q\n7. u\n8. z\n9. m\n10. m\n11. h\n12. e\n13. u\n14. f\n15. v\n16. n\n17. t\n18. k\n19. z\n20. g", "label": {"final": "ocrpmheqin", "init": "voiczfnremnhpugmzkqmfhtbeqinut", "intermediate": ["voicznremnhpugmzkqmfhtbeqinut", "voiczremnhpugmzkqmfhtbeqinut", "voiczremnhpugmzkqmfhteqinut", "voczremnhpugmzkqmfhteqinut", "voczremnhpugmzkqmfheqinut", "voczremnhpugmzkmfheqinut", "voczremnhpgmzkmfheqinut", "vocremnhpgmzkmfheqinut", "vocrenhpgmzkmfheqinut", "vocrenhpgzkmfheqinut", "vocrenpgzkmfheqinut", "vocrnpgzkmfheqinut", "vocrnpgzkmfheqint", "vocrnpgzkmheqint", "ocrnpgzkmheqint", "ocrpgzkmheqint", "ocrpgzkmheqin", "ocrpgzmheqin", "ocrpgmheqin"]}, "config": {"len_step": 20, "len_string": 30, "steps": ["f", "n", "b", "i", "t", "q", "u", "z", "m", "m", "h", "e", "u", "f", "v", "n", "t", "k", "z", "g"], "string": "voiczfnremnhpugmzkqmfhtbeqinut"}, "task_name": "task19", "example_name": "0187", "problem_name": "task19_0187"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zfqhpazlfyfwipnyvwmxmdjdiqyu\nSteps: \n1. z\n2. z\n3. v\n4. l\n5. j\n6. h\n7. i\n8. a\n9. m\n10. y\n11. u\n12. d\n13. x\n14. y\n15. w\n16. f\n17. m\n18. f\n19. y\n20. q", "label": {"final": "pfpnwdiq", "init": "zfqhpazlfyfwipnyvwmxmdjdiqyu", "intermediate": ["fqhpazlfyfwipnyvwmxmdjdiqyu", "fqhpalfyfwipnyvwmxmdjdiqyu", "fqhpalfyfwipnywmxmdjdiqyu", "fqhpafyfwipnywmxmdjdiqyu", "fqhpafyfwipnywmxmddiqyu", "fqpafyfwipnywmxmddiqyu", "fqpafyfwpnywmxmddiqyu", "fqpfyfwpnywmxmddiqyu", "fqpfyfwpnywxmddiqyu", "fqpffwpnywxmddiqyu", "fqpffwpnywxmddiqy", "fqpffwpnywxmdiqy", "fqpffwpnywmdiqy", "fqpffwpnwmdiqy", "fqpffpnwmdiqy", "qpffpnwmdiqy", "qpffpnwdiqy", "qpfpnwdiqy", "qpfpnwdiq"]}, "config": {"len_step": 20, "len_string": 28, "steps": ["z", "z", "v", "l", "j", "h", "i", "a", "m", "y", "u", "d", "x", "y", "w", "f", "m", "f", "y", "q"], "string": "zfqhpazlfyfwipnyvwmxmdjdiqyu"}, "task_name": "task19", "example_name": "0188", "problem_name": "task19_0188"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: opfgkopygjdlpmgxblnulgasaespvm\nSteps: \n1. s\n2. m\n3. g\n4. l\n5. j\n6. x\n7. d\n8. p\n9. l\n10. a\n11. p\n12. v\n13. b\n14. y\n15. g\n16. u\n17. n\n18. o\n19. p\n20. g", "label": {"final": "fkolgaespm", "init": "opfgkopygjdlpmgxblnulgasaespvm", "intermediate": ["opfgkopygjdlpmgxblnulgaaespvm", "opfgkopygjdlpgxblnulgaaespvm", "opfkopygjdlpgxblnulgaaespvm", "opfkopygjdpgxblnulgaaespvm", "opfkopygdpgxblnulgaaespvm", "opfkopygdpgblnulgaaespvm", "opfkopygpgblnulgaaespvm", "ofkopygpgblnulgaaespvm", "ofkopygpgbnulgaaespvm", "ofkopygpgbnulgaespvm", "ofkoygpgbnulgaespvm", "ofkoygpgbnulgaespm", "ofkoygpgnulgaespm", "ofkogpgnulgaespm", "ofkopgnulgaespm", "ofkopgnlgaespm", "ofkopglgaespm", "fkopglgaespm", "fkoglgaespm"]}, "config": {"len_step": 20, "len_string": 30, "steps": ["s", "m", "g", "l", "j", "x", "d", "p", "l", "a", "p", "v", "b", "y", "g", "u", "n", "o", "p", "g"], "string": "opfgkopygjdlpmgxblnulgasaespvm"}, "task_name": "task19", "example_name": "0189", "problem_name": "task19_0189"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: mhwoiaqdtcmuhlugyvocetvkeke\nSteps: \n1. i\n2. c\n3. k\n4. m\n5. m\n6. e\n7. h\n8. a\n9. l\n10. c\n11. u\n12. w\n13. u\n14. y\n15. o\n16. h\n17. t\n18. k\n19. e\n20. e\n21. o", "label": {"final": "qdgvtv", "init": "mhwoiaqdtcmuhlugyvocetvkeke", "intermediate": ["mhwoaqdtcmuhlugyvocetvkeke", "mhwoaqdtmuhlugyvocetvkeke", "mhwoaqdtmuhlugyvocetveke", "hwoaqdtmuhlugyvocetveke", "hwoaqdtuhlugyvocetveke", "hwoaqdtuhlugyvoctveke", "woaqdtuhlugyvoctveke", "woqdtuhlugyvoctveke", "woqdtuhugyvoctveke", "woqdtuhugyvotveke", "woqdthugyvotveke", "oqdthugyvotveke", "oqdthgyvotveke", "oqdthgvotveke", "qdthgvotveke", "qdtgvotveke", "qdgvotveke", "qdgvotvee", "qdgvotve", "qdgvotv"]}, "config": {"len_step": 21, "len_string": 27, "steps": ["i", "c", "k", "m", "m", "e", "h", "a", "l", "c", "u", "w", "u", "y", "o", "h", "t", "k", "e", "e", "o"], "string": "mhwoiaqdtcmuhlugyvocetvkeke"}, "task_name": "task19", "example_name": "0190", "problem_name": "task19_0190"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: tddwiuztxdtfyauhqsmqkuxu\nSteps: \n1. t\n2. t\n3. y\n4. w\n5. h\n6. k\n7. a\n8. u\n9. i\n10. d\n11. f\n12. s\n13. t\n14. q\n15. u\n16. x\n17. d\n18. z\n19. x\n20. u\n21. q", "label": {"final": "dmu", "init": "tddwiuztxdtfyauhqsmqkuxu", "intermediate": ["ddwiuztxdtfyauhqsmqkuxu", "ddwiuzxdtfyauhqsmqkuxu", "ddwiuzxdtfauhqsmqkuxu", "ddiuzxdtfauhqsmqkuxu", "ddiuzxdtfauqsmqkuxu", "ddiuzxdtfauqsmquxu", "ddiuzxdtfuqsmquxu", "ddizxdtfuqsmquxu", "ddzxdtfuqsmquxu", "dzxdtfuqsmquxu", "dzxdtuqsmquxu", "dzxdtuqmquxu", "dzxduqmquxu", "dzxdumquxu", "dzxdmquxu", "dzdmquxu", "zdmquxu", "dmquxu", "dmquu", "dmqu"]}, "config": {"len_step": 21, "len_string": 24, "steps": ["t", "t", "y", "w", "h", "k", "a", "u", "i", "d", "f", "s", "t", "q", "u", "x", "d", "z", "x", "u", "q"], "string": "tddwiuztxdtfyauhqsmqkuxu"}, "task_name": "task19", "example_name": "0191", "problem_name": "task19_0191"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: mhscbqrhvsfjofqrwhmrytmf\nSteps: \n1. m\n2. m\n3. j\n4. h\n5. v\n6. o\n7. s\n8. c\n9. t\n10. y\n11. w\n12. m\n13. b\n14. f\n15. r\n16. q\n17. h\n18. f\n19. q\n20. s\n21. f", "label": {"final": "rhr", "init": "mhscbqrhvsfjofqrwhmrytmf", "intermediate": ["hscbqrhvsfjofqrwhmrytmf", "hscbqrhvsfjofqrwhrytmf", "hscbqrhvsfofqrwhrytmf", "scbqrhvsfofqrwhrytmf", "scbqrhsfofqrwhrytmf", "scbqrhsffqrwhrytmf", "cbqrhsffqrwhrytmf", "bqrhsffqrwhrytmf", "bqrhsffqrwhrymf", "bqrhsffqrwhrmf", "bqrhsffqrhrmf", "bqrhsffqrhrf", "qrhsffqrhrf", "qrhsfqrhrf", "qhsfqrhrf", "hsfqrhrf", "sfqrhrf", "sqrhrf", "srhrf", "rhrf"]}, "config": {"len_step": 21, "len_string": 24, "steps": ["m", "m", "j", "h", "v", "o", "s", "c", "t", "y", "w", "m", "b", "f", "r", "q", "h", "f", "q", "s", "f"], "string": "mhscbqrhvsfjofqrwhmrytmf"}, "task_name": "task19", "example_name": "0192", "problem_name": "task19_0192"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: akwoboeopftzezhdrlcrwta\nSteps: \n1. w\n2. c\n3. e\n4. r\n5. t\n6. z\n7. l\n8. k\n9. a\n10. o\n11. w\n12. t\n13. p\n14. z\n15. o\n16. a\n17. e\n18. d\n19. b\n20. o\n21. f", "label": {"final": "hr", "init": "akwoboeopftzezhdrlcrwta", "intermediate": ["akoboeopftzezhdrlcrwta", "akoboeopftzezhdrlrwta", "akoboopftzezhdrlrwta", "akoboopftzezhdlrwta", "akoboopfzezhdlrwta", "akoboopfezhdlrwta", "akoboopfezhdrwta", "aoboopfezhdrwta", "oboopfezhdrwta", "boopfezhdrwta", "boopfezhdrta", "boopfezhdra", "boofezhdra", "boofehdra", "bofehdra", "bofehdr", "bofhdr", "bofhr", "ofhr", "fhr"]}, "config": {"len_step": 21, "len_string": 23, "steps": ["w", "c", "e", "r", "t", "z", "l", "k", "a", "o", "w", "t", "p", "z", "o", "a", "e", "d", "b", "o", "f"], "string": "akwoboeopftzezhdrlcrwta"}, "task_name": "task19", "example_name": "0193", "problem_name": "task19_0193"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qsntbtmlkpdgtbfrnmosrb\nSteps: \n1. t\n2. b\n3. t\n4. g\n5. d\n6. q\n7. k\n8. o\n9. p\n10. n\n11. l\n12. r\n13. f\n14. m\n15. r\n16. t\n17. s\n18. b\n19. m\n20. s\n21. b", "label": {"final": "n", "init": "qsntbtmlkpdgtbfrnmosrb", "intermediate": ["qsnbtmlkpdgtbfrnmosrb", "qsntmlkpdgtbfrnmosrb", "qsnmlkpdgtbfrnmosrb", "qsnmlkpdtbfrnmosrb", "qsnmlkptbfrnmosrb", "snmlkptbfrnmosrb", "snmlptbfrnmosrb", "snmlptbfrnmsrb", "snmltbfrnmsrb", "smltbfrnmsrb", "smtbfrnmsrb", "smtbfnmsrb", "smtbnmsrb", "stbnmsrb", "stbnmsb", "sbnmsb", "bnmsb", "nmsb", "nsb", "nb"]}, "config": {"len_step": 21, "len_string": 22, "steps": ["t", "b", "t", "g", "d", "q", "k", "o", "p", "n", "l", "r", "f", "m", "r", "t", "s", "b", "m", "s", "b"], "string": "qsntbtmlkpdgtbfrnmosrb"}, "task_name": "task19", "example_name": "0194", "problem_name": "task19_0194"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: srnoscncxslvenbclkhhfr\nSteps: \n1. r\n2. l\n3. e\n4. r\n5. s\n6. x\n7. v\n8. f\n9. o\n10. h\n11. n\n12. h\n13. c\n14. c\n15. l\n16. s\n17. s\n18. n\n19. k\n20. n\n21. c", "label": {"final": "b", "init": "srnoscncxslvenbclkhhfr", "intermediate": ["snoscncxslvenbclkhhfr", "snoscncxsvenbclkhhfr", "snoscncxsvnbclkhhfr", "snoscncxsvnbclkhhf", "noscncxsvnbclkhhf", "noscncsvnbclkhhf", "noscncsnbclkhhf", "noscncsnbclkhh", "nscncsnbclkhh", "nscncsnbclkh", "scncsnbclkh", "scncsnbclk", "sncsnbclk", "snsnbclk", "snsnbck", "nsnbck", "nnbck", "nbck", "nbc", "bc"]}, "config": {"len_step": 21, "len_string": 22, "steps": ["r", "l", "e", "r", "s", "x", "v", "f", "o", "h", "n", "h", "c", "c", "l", "s", "s", "n", "k", "n", "c"], "string": "srnoscncxslvenbclkhhfr"}, "task_name": "task19", "example_name": "0195", "problem_name": "task19_0195"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zojjhhwkmdoekbbjfujsfycfo\nSteps: \n1. w\n2. j\n3. o\n4. o\n5. j\n6. k\n7. o\n8. h\n9. k\n10. y\n11. u\n12. j\n13. e\n14. z\n15. b\n16. c\n17. d\n18. j\n19. b\n20. m\n21. s", "label": {"final": "hfff", "init": "zojjhhwkmdoekbbjfujsfycfo", "intermediate": ["zojjhhkmdoekbbjfujsfycfo", "zojhhkmdoekbbjfujsfycfo", "zjhhkmdoekbbjfujsfycfo", "zjhhkmdekbbjfujsfycfo", "zhhkmdekbbjfujsfycfo", "zhhmdekbbjfujsfycfo", "zhhmdekbbjfujsfycf", "zhmdekbbjfujsfycf", "zhmdebbjfujsfycf", "zhmdebbjfujsfcf", "zhmdebbjfjsfcf", "zhmdebbfjsfcf", "zhmdbbfjsfcf", "hmdbbfjsfcf", "hmdbfjsfcf", "hmdbfjsff", "hmbfjsff", "hmbfsff", "hmfsff", "hfsff"]}, "config": {"len_step": 21, "len_string": 25, "steps": ["w", "j", "o", "o", "j", "k", "o", "h", "k", "y", "u", "j", "e", "z", "b", "c", "d", "j", "b", "m", "s"], "string": "zojjhhwkmdoekbbjfujsfycfo"}, "task_name": "task19", "example_name": "0196", "problem_name": "task19_0196"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zqpigpwjwbztviqvmzpdbqegg\nSteps: \n1. v\n2. p\n3. q\n4. z\n5. z\n6. i\n7. m\n8. g\n9. j\n10. q\n11. v\n12. d\n13. z\n14. g\n15. w\n16. p\n17. i\n18. e\n19. w\n20. b\n21. p", "label": {"final": "tbqg", "init": "zqpigpwjwbztviqvmzpdbqegg", "intermediate": ["zqpigpwjwbztiqvmzpdbqegg", "zqigpwjwbztiqvmzpdbqegg", "zigpwjwbztiqvmzpdbqegg", "igpwjwbztiqvmzpdbqegg", "igpwjwbtiqvmzpdbqegg", "gpwjwbtiqvmzpdbqegg", "gpwjwbtiqvzpdbqegg", "pwjwbtiqvzpdbqegg", "pwwbtiqvzpdbqegg", "pwwbtivzpdbqegg", "pwwbtizpdbqegg", "pwwbtizpbqegg", "pwwbtipbqegg", "pwwbtipbqeg", "pwbtipbqeg", "wbtipbqeg", "wbtpbqeg", "wbtpbqg", "btpbqg", "tpbqg"]}, "config": {"len_step": 21, "len_string": 25, "steps": ["v", "p", "q", "z", "z", "i", "m", "g", "j", "q", "v", "d", "z", "g", "w", "p", "i", "e", "w", "b", "p"], "string": "zqpigpwjwbztviqvmzpdbqegg"}, "task_name": "task19", "example_name": "0197", "problem_name": "task19_0197"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: vyexphgodungplypacqiljbqyzevf\nSteps: \n1. y\n2. p\n3. q\n4. f\n5. v\n6. a\n7. g\n8. b\n9. u\n10. g\n11. v\n12. n\n13. l\n14. e\n15. c\n16. o\n17. d\n18. q\n19. j\n20. z\n21. h", "label": {"final": "xpypilye", "init": "vyexphgodungplypacqiljbqyzevf", "intermediate": ["vexphgodungplypacqiljbqyzevf", "vexhgodungplypacqiljbqyzevf", "vexhgodungplypaciljbqyzevf", "vexhgodungplypaciljbqyzev", "exhgodungplypaciljbqyzev", "exhgodungplypciljbqyzev", "exhodungplypciljbqyzev", "exhodungplypciljqyzev", "exhodngplypciljqyzev", "exhodnplypciljqyzev", "exhodnplypciljqyze", "exhodplypciljqyze", "exhodpypciljqyze", "xhodpypciljqyze", "xhodpypiljqyze", "xhdpypiljqyze", "xhpypiljqyze", "xhpypiljyze", "xhpypilyze", "xhpypilye"]}, "config": {"len_step": 21, "len_string": 29, "steps": ["y", "p", "q", "f", "v", "a", "g", "b", "u", "g", "v", "n", "l", "e", "c", "o", "d", "q", "j", "z", "h"], "string": "vyexphgodungplypacqiljbqyzevf"}, "task_name": "task19", "example_name": "0198", "problem_name": "task19_0198"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ufarayrzqcecyigswbswtkbuzixe\nSteps: \n1. y\n2. u\n3. y\n4. c\n5. z\n6. s\n7. c\n8. t\n9. w\n10. i\n11. q\n12. g\n13. b\n14. e\n15. r\n16. k\n17. b\n18. r\n19. w\n20. i\n21. u", "label": {"final": "faaszxe", "init": "ufarayrzqcecyigswbswtkbuzixe", "intermediate": ["ufararzqcecyigswbswtkbuzixe", "fararzqcecyigswbswtkbuzixe", "fararzqcecigswbswtkbuzixe", "fararzqecigswbswtkbuzixe", "fararqecigswbswtkbuzixe", "fararqecigwbswtkbuzixe", "fararqeigwbswtkbuzixe", "fararqeigwbswkbuzixe", "fararqeigbswkbuzixe", "fararqegbswkbuzixe", "fararegbswkbuzixe", "fararebswkbuzixe", "farareswkbuzixe", "fararswkbuzixe", "faarswkbuzixe", "faarswbuzixe", "faarswuzixe", "faaswuzixe", "faasuzixe", "faasuzxe"]}, "config": {"len_step": 21, "len_string": 28, "steps": ["y", "u", "y", "c", "z", "s", "c", "t", "w", "i", "q", "g", "b", "e", "r", "k", "b", "r", "w", "i", "u"], "string": "ufarayrzqcecyigswbswtkbuzixe"}, "task_name": "task19", "example_name": "0199", "problem_name": "task19_0199"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zavklqphbdrrzcmcfiwzcfftbxrnhf\nSteps: \n1. v\n2. i\n3. d\n4. z\n5. f\n6. n\n7. h\n8. f\n9. x\n10. h\n11. q\n12. f\n13. m\n14. r\n15. c\n16. t\n17. w\n18. b\n19. r\n20. z\n21. f\n22. b", "label": {"final": "aklpczcr", "init": "zavklqphbdrrzcmcfiwzcfftbxrnhf", "intermediate": ["zaklqphbdrrzcmcfiwzcfftbxrnhf", "zaklqphbdrrzcmcfwzcfftbxrnhf", "zaklqphbrrzcmcfwzcfftbxrnhf", "aklqphbrrzcmcfwzcfftbxrnhf", "aklqphbrrzcmcwzcfftbxrnhf", "aklqphbrrzcmcwzcfftbxrhf", "aklqpbrrzcmcwzcfftbxrhf", "aklqpbrrzcmcwzcftbxrhf", "aklqpbrrzcmcwzcftbrhf", "aklqpbrrzcmcwzcftbrf", "aklpbrrzcmcwzcftbrf", "aklpbrrzcmcwzctbrf", "aklpbrrzccwzctbrf", "aklpbrzccwzctbrf", "aklpbrzcwzctbrf", "aklpbrzcwzcbrf", "aklpbrzczcbrf", "aklprzczcbrf", "aklpzczcbrf", "aklpczcbrf", "aklpczcbr"]}, "config": {"len_step": 22, "len_string": 30, "steps": ["v", "i", "d", "z", "f", "n", "h", "f", "x", "h", "q", "f", "m", "r", "c", "t", "w", "b", "r", "z", "f", "b"], "string": "zavklqphbdrrzcmcfiwzcfftbxrnhf"}, "task_name": "task19", "example_name": "0200", "problem_name": "task19_0200"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: tnxyehxczkblujqchejsdesgtht\nSteps: \n1. e\n2. d\n3. j\n4. t\n5. s\n6. x\n7. e\n8. h\n9. y\n10. x\n11. l\n12. q\n13. g\n14. h\n15. j\n16. z\n17. b\n18. t\n19. n\n20. s\n21. t\n22. k", "label": {"final": "cuceh", "init": "tnxyehxczkblujqchejsdesgtht", "intermediate": ["tnxyhxczkblujqchejsdesgtht", "tnxyhxczkblujqchejsesgtht", "tnxyhxczkbluqchejsesgtht", "nxyhxczkbluqchejsesgtht", "nxyhxczkbluqchejesgtht", "nyhxczkbluqchejesgtht", "nyhxczkbluqchjesgtht", "nyxczkbluqchjesgtht", "nxczkbluqchjesgtht", "nczkbluqchjesgtht", "nczkbuqchjesgtht", "nczkbuchjesgtht", "nczkbuchjestht", "nczkbucjestht", "nczkbucestht", "nckbucestht", "nckucestht", "nckucesht", "ckucesht", "ckuceht", "ckuceh"]}, "config": {"len_step": 22, "len_string": 27, "steps": ["e", "d", "j", "t", "s", "x", "e", "h", "y", "x", "l", "q", "g", "h", "j", "z", "b", "t", "n", "s", "t", "k"], "string": "tnxyehxczkblujqchejsdesgtht"}, "task_name": "task19", "example_name": "0201", "problem_name": "task19_0201"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: dolsyxxrpmerxzrhmkhvxoq\nSteps: \n1. x\n2. s\n3. d\n4. x\n5. r\n6. o\n7. r\n8. k\n9. o\n10. q\n11. x\n12. r\n13. m\n14. l\n15. e\n16. y\n17. x\n18. p\n19. m\n20. z\n21. v\n22. h", "label": {"final": "h", "init": "dolsyxxrpmerxzrhmkhvxoq", "intermediate": ["dolsyxrpmerxzrhmkhvxoq", "dolyxrpmerxzrhmkhvxoq", "olyxrpmerxzrhmkhvxoq", "olyrpmerxzrhmkhvxoq", "olypmerxzrhmkhvxoq", "lypmerxzrhmkhvxoq", "lypmexzrhmkhvxoq", "lypmexzrhmhvxoq", "lypmexzrhmhvxq", "lypmexzrhmhvx", "lypmezrhmhvx", "lypmezhmhvx", "lypezhmhvx", "ypezhmhvx", "ypzhmhvx", "pzhmhvx", "pzhmhv", "zhmhv", "zhhv", "hhv", "hh"]}, "config": {"len_step": 22, "len_string": 23, "steps": ["x", "s", "d", "x", "r", "o", "r", "k", "o", "q", "x", "r", "m", "l", "e", "y", "x", "p", "m", "z", "v", "h"], "string": "dolsyxxrpmerxzrhmkhvxoq"}, "task_name": "task19", "example_name": "0202", "problem_name": "task19_0202"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: whgqhtgoaisnwpdbwdwikmygbf\nSteps: \n1. w\n2. y\n3. b\n4. t\n5. h\n6. d\n7. w\n8. o\n9. i\n10. g\n11. q\n12. w\n13. w\n14. f\n15. m\n16. n\n17. g\n18. i\n19. d\n20. k\n21. g\n22. p", "label": {"final": "hasb", "init": "whgqhtgoaisnwpdbwdwikmygbf", "intermediate": ["hgqhtgoaisnwpdbwdwikmygbf", "hgqhtgoaisnwpdbwdwikmgbf", "hgqhtgoaisnwpdwdwikmgbf", "hgqhgoaisnwpdwdwikmgbf", "gqhgoaisnwpdwdwikmgbf", "gqhgoaisnwpwdwikmgbf", "gqhgoaisnpwdwikmgbf", "gqhgaisnpwdwikmgbf", "gqhgasnpwdwikmgbf", "qhgasnpwdwikmgbf", "hgasnpwdwikmgbf", "hgasnpdwikmgbf", "hgasnpdikmgbf", "hgasnpdikmgb", "hgasnpdikgb", "hgaspdikgb", "haspdikgb", "haspdkgb", "haspkgb", "haspgb", "haspb"]}, "config": {"len_step": 22, "len_string": 26, "steps": ["w", "y", "b", "t", "h", "d", "w", "o", "i", "g", "q", "w", "w", "f", "m", "n", "g", "i", "d", "k", "g", "p"], "string": "whgqhtgoaisnwpdbwdwikmygbf"}, "task_name": "task19", "example_name": "0203", "problem_name": "task19_0203"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: lwotrpalzjmbljpvjlxoybtkxzz\nSteps: \n1. x\n2. b\n3. w\n4. l\n5. k\n6. j\n7. r\n8. p\n9. p\n10. a\n11. l\n12. t\n13. b\n14. l\n15. y\n16. m\n17. j\n18. o\n19. t\n20. j\n21. v\n22. l", "label": {"final": "zoxzz", "init": "lwotrpalzjmbljpvjlxoybtkxzz", "intermediate": ["lwotrpalzjmbljpvjloybtkxzz", "lwotrpalzjmljpvjloybtkxzz", "lotrpalzjmljpvjloybtkxzz", "otrpalzjmljpvjloybtkxzz", "otrpalzjmljpvjloybtxzz", "otrpalzmljpvjloybtxzz", "otpalzmljpvjloybtxzz", "otalzmljpvjloybtxzz", "otalzmljvjloybtxzz", "otlzmljvjloybtxzz", "otzmljvjloybtxzz", "ozmljvjloybtxzz", "ozmljvjloytxzz", "ozmjvjloytxzz", "ozmjvjlotxzz", "ozjvjlotxzz", "ozvjlotxzz", "zvjlotxzz", "zvjloxzz", "zvloxzz", "zloxzz"]}, "config": {"len_step": 22, "len_string": 27, "steps": ["x", "b", "w", "l", "k", "j", "r", "p", "p", "a", "l", "t", "b", "l", "y", "m", "j", "o", "t", "j", "v", "l"], "string": "lwotrpalzjmbljpvjlxoybtkxzz"}, "task_name": "task19", "example_name": "0204", "problem_name": "task19_0204"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ieqzyitjsubvqvihjokmliacsaa\nSteps: \n1. y\n2. q\n3. a\n4. i\n5. m\n6. a\n7. a\n8. v\n9. q\n10. c\n11. l\n12. o\n13. t\n14. k\n15. i\n16. u\n17. v\n18. b\n19. s\n20. h\n21. e\n22. i", "label": {"final": "zjjis", "init": "ieqzyitjsubvqvihjokmliacsaa", "intermediate": ["ieqzitjsubvqvihjokmliacsaa", "iezitjsubvqvihjokmliacsaa", "iezitjsubvqvihjokmlicsaa", "ezitjsubvqvihjokmlicsaa", "ezitjsubvqvihjoklicsaa", "ezitjsubvqvihjoklicsa", "ezitjsubvqvihjoklics", "ezitjsubqvihjoklics", "ezitjsubvihjoklics", "ezitjsubvihjoklis", "ezitjsubvihjokis", "ezitjsubvihjkis", "ezijsubvihjkis", "ezijsubvihjis", "ezjsubvihjis", "ezjsbvihjis", "ezjsbihjis", "ezjsihjis", "ezjihjis", "ezjijis", "zjijis"]}, "config": {"len_step": 22, "len_string": 27, "steps": ["y", "q", "a", "i", "m", "a", "a", "v", "q", "c", "l", "o", "t", "k", "i", "u", "v", "b", "s", "h", "e", "i"], "string": "ieqzyitjsubvqvihjokmliacsaa"}, "task_name": "task19", "example_name": "0205", "problem_name": "task19_0205"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: vmlolcxtntopdratxzxodlziiczsot\nSteps: \n1. c\n2. d\n3. o\n4. t\n5. a\n6. i\n7. z\n8. z\n9. l\n10. x\n11. o\n12. l\n13. t\n14. r\n15. n\n16. l\n17. z\n18. i\n19. t\n20. d\n21. v\n22. c", "label": {"final": "mpxxosot", "init": "vmlolcxtntopdratxzxodlziiczsot", "intermediate": ["vmlolxtntopdratxzxodlziiczsot", "vmlolxtntopratxzxodlziiczsot", "vmllxtntopratxzxodlziiczsot", "vmllxntopratxzxodlziiczsot", "vmllxntoprtxzxodlziiczsot", "vmllxntoprtxzxodlziczsot", "vmllxntoprtxxodlziczsot", "vmllxntoprtxxodliczsot", "vmlxntoprtxxodliczsot", "vmlntoprtxxodliczsot", "vmlntprtxxodliczsot", "vmntprtxxodliczsot", "vmnprtxxodliczsot", "vmnptxxodliczsot", "vmptxxodliczsot", "vmptxxodiczsot", "vmptxxodicsot", "vmptxxodcsot", "vmpxxodcsot", "vmpxxocsot", "mpxxocsot"]}, "config": {"len_step": 22, "len_string": 30, "steps": ["c", "d", "o", "t", "a", "i", "z", "z", "l", "x", "o", "l", "t", "r", "n", "l", "z", "i", "t", "d", "v", "c"], "string": "vmlolcxtntopdratxzxodlziiczsot"}, "task_name": "task19", "example_name": "0206", "problem_name": "task19_0206"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: dzppnfxeexthgsrkswaajvyqimxwu\nSteps: \n1. t\n2. z\n3. p\n4. e\n5. d\n6. s\n7. f\n8. x\n9. a\n10. j\n11. e\n12. x\n13. n\n14. m\n15. y\n16. q\n17. u\n18. v\n19. i\n20. r\n21. k\n22. h", "label": {"final": "pgswaxw", "init": "dzppnfxeexthgsrkswaajvyqimxwu", "intermediate": ["dzppnfxeexhgsrkswaajvyqimxwu", "dppnfxeexhgsrkswaajvyqimxwu", "dpnfxeexhgsrkswaajvyqimxwu", "dpnfxexhgsrkswaajvyqimxwu", "pnfxexhgsrkswaajvyqimxwu", "pnfxexhgrkswaajvyqimxwu", "pnxexhgrkswaajvyqimxwu", "pnexhgrkswaajvyqimxwu", "pnexhgrkswajvyqimxwu", "pnexhgrkswavyqimxwu", "pnxhgrkswavyqimxwu", "pnhgrkswavyqimxwu", "phgrkswavyqimxwu", "phgrkswavyqixwu", "phgrkswavqixwu", "phgrkswavixwu", "phgrkswavixw", "phgrkswaixw", "phgrkswaxw", "phgkswaxw", "phgswaxw"]}, "config": {"len_step": 22, "len_string": 29, "steps": ["t", "z", "p", "e", "d", "s", "f", "x", "a", "j", "e", "x", "n", "m", "y", "q", "u", "v", "i", "r", "k", "h"], "string": "dzppnfxeexthgsrkswaajvyqimxwu"}, "task_name": "task19", "example_name": "0207", "problem_name": "task19_0207"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: mulhbpdufvtrvewfvnciega\nSteps: \n1. a\n2. g\n3. v\n4. u\n5. u\n6. e\n7. v\n8. f\n9. r\n10. m\n11. i\n12. l\n13. b\n14. w\n15. e\n16. c\n17. f\n18. d\n19. h\n20. p\n21. n\n22. v", "label": {"final": "t", "init": "mulhbpdufvtrvewfvnciega", "intermediate": ["mulhbpdufvtrvewfvncieg", "mulhbpdufvtrvewfvncie", "mulhbpduftrvewfvncie", "mlhbpduftrvewfvncie", "mlhbpdftrvewfvncie", "mlhbpdftrvwfvncie", "mlhbpdftrwfvncie", "mlhbpdtrwfvncie", "mlhbpdtwfvncie", "lhbpdtwfvncie", "lhbpdtwfvnce", "hbpdtwfvnce", "hpdtwfvnce", "hpdtfvnce", "hpdtfvnc", "hpdtfvn", "hpdtvn", "hptvn", "ptvn", "tvn", "tv"]}, "config": {"len_step": 22, "len_string": 23, "steps": ["a", "g", "v", "u", "u", "e", "v", "f", "r", "m", "i", "l", "b", "w", "e", "c", "f", "d", "h", "p", "n", "v"], "string": "mulhbpdufvtrvewfvnciega"}, "task_name": "task19", "example_name": "0208", "problem_name": "task19_0208"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: liuauxkvybsqcnsthmrpdhia\nSteps: \n1. x\n2. v\n3. l\n4. h\n5. d\n6. i\n7. m\n8. u\n9. s\n10. n\n11. c\n12. u\n13. s\n14. p\n15. t\n16. r\n17. a\n18. q\n19. y\n20. b\n21. i\n22. h", "label": {"final": "ka", "init": "liuauxkvybsqcnsthmrpdhia", "intermediate": ["liuaukvybsqcnsthmrpdhia", "liuaukybsqcnsthmrpdhia", "iuaukybsqcnsthmrpdhia", "iuaukybsqcnstmrpdhia", "iuaukybsqcnstmrphia", "uaukybsqcnstmrphia", "uaukybsqcnstrphia", "aukybsqcnstrphia", "aukybqcnstrphia", "aukybqcstrphia", "aukybqstrphia", "akybqstrphia", "akybqtrphia", "akybqtrhia", "akybqrhia", "akybqhia", "kybqhia", "kybhia", "kbhia", "khia", "kha"]}, "config": {"len_step": 22, "len_string": 24, "steps": ["x", "v", "l", "h", "d", "i", "m", "u", "s", "n", "c", "u", "s", "p", "t", "r", "a", "q", "y", "b", "i", "h"], "string": "liuauxkvybsqcnsthmrpdhia"}, "task_name": "task19", "example_name": "0209", "problem_name": "task19_0209"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: yshzvaujeubtdazwzsbdwwwli\nSteps: \n1. d\n2. d\n3. b\n4. w\n5. e\n6. a\n7. z\n8. l\n9. z\n10. w\n11. w\n12. s\n13. w\n14. v\n15. z\n16. t\n17. y\n18. u\n19. h\n20. a\n21. j\n22. s\n23. u", "label": {"final": "bi", "init": "yshzvaujeubtdazwzsbdwwwli", "intermediate": ["yshzvaujeubtazwzsbdwwwli", "yshzvaujeubtazwzsbwwwli", "yshzvaujeutazwzsbwwwli", "yshzvaujeutazzsbwwwli", "yshzvaujutazzsbwwwli", "yshzvujutazzsbwwwli", "yshvujutazzsbwwwli", "yshvujutazzsbwwwi", "yshvujutazsbwwwi", "yshvujutazsbwwi", "yshvujutazsbwi", "yhvujutazsbwi", "yhvujutazsbi", "yhujutazsbi", "yhujutasbi", "yhujuasbi", "hujuasbi", "hjuasbi", "juasbi", "jusbi", "usbi", "ubi"]}, "config": {"len_step": 23, "len_string": 25, "steps": ["d", "d", "b", "w", "e", "a", "z", "l", "z", "w", "w", "s", "w", "v", "z", "t", "y", "u", "h", "a", "j", "s", "u"], "string": "yshzvaujeubtdazwzsbdwwwli"}, "task_name": "task19", "example_name": "0210", "problem_name": "task19_0210"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: mipjankzrdyjokgnrpagwgbyb\nSteps: \n1. g\n2. g\n3. b\n4. o\n5. a\n6. m\n7. a\n8. i\n9. g\n10. d\n11. p\n12. z\n13. p\n14. r\n15. j\n16. n\n17. k\n18. n\n19. j\n20. y\n21. b\n22. w\n23. k", "label": {"final": "ry", "init": "mipjankzrdyjokgnrpagwgbyb", "intermediate": ["mipjankzrdyjoknrpagwgbyb", "mipjankzrdyjoknrpawgbyb", "mipjankzrdyjoknrpawgyb", "mipjankzrdyjknrpawgyb", "mipjnkzrdyjknrpawgyb", "ipjnkzrdyjknrpawgyb", "ipjnkzrdyjknrpwgyb", "pjnkzrdyjknrpwgyb", "pjnkzrdyjknrpwyb", "pjnkzryjknrpwyb", "jnkzryjknrpwyb", "jnkryjknrpwyb", "jnkryjknrwyb", "jnkyjknrwyb", "nkyjknrwyb", "kyjknrwyb", "yjknrwyb", "yjkrwyb", "ykrwyb", "krwyb", "krwy", "kry"]}, "config": {"len_step": 23, "len_string": 25, "steps": ["g", "g", "b", "o", "a", "m", "a", "i", "g", "d", "p", "z", "p", "r", "j", "n", "k", "n", "j", "y", "b", "w", "k"], "string": "mipjankzrdyjokgnrpagwgbyb"}, "task_name": "task19", "example_name": "0211", "problem_name": "task19_0211"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: eqcsvetoifksykdiutoyexkzquaztf\nSteps: \n1. v\n2. k\n3. e\n4. e\n5. f\n6. x\n7. i\n8. q\n9. s\n10. t\n11. o\n12. e\n13. z\n14. f\n15. k\n16. t\n17. t\n18. y\n19. s\n20. u\n21. a\n22. q\n23. o", "label": {"final": "cdiykuz", "init": "eqcsvetoifksykdiutoyexkzquaztf", "intermediate": ["eqcsetoifksykdiutoyexkzquaztf", "eqcsetoifsykdiutoyexkzquaztf", "qcsetoifsykdiutoyexkzquaztf", "qcstoifsykdiutoyexkzquaztf", "qcstoisykdiutoyexkzquaztf", "qcstoisykdiutoyekzquaztf", "qcstosykdiutoyekzquaztf", "cstosykdiutoyekzquaztf", "ctosykdiutoyekzquaztf", "cosykdiutoyekzquaztf", "csykdiutoyekzquaztf", "csykdiutoykzquaztf", "csykdiutoykquaztf", "csykdiutoykquazt", "csydiutoykquazt", "csydiuoykquazt", "csydiuoykquaz", "csdiuoykquaz", "cdiuoykquaz", "cdioykquaz", "cdioykquz", "cdioykuz"]}, "config": {"len_step": 23, "len_string": 30, "steps": ["v", "k", "e", "e", "f", "x", "i", "q", "s", "t", "o", "e", "z", "f", "k", "t", "t", "y", "s", "u", "a", "q", "o"], "string": "eqcsvetoifksykdiutoyexkzquaztf"}, "task_name": "task19", "example_name": "0212", "problem_name": "task19_0212"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: hencwwxbbgdzipvjtgmoblwm\nSteps: \n1. w\n2. w\n3. j\n4. t\n5. b\n6. b\n7. b\n8. z\n9. d\n10. o\n11. e\n12. v\n13. p\n14. g\n15. x\n16. h\n17. n\n18. m\n19. m\n20. g\n21. l\n22. w\n23. c", "label": {"final": "i", "init": "hencwwxbbgdzipvjtgmoblwm", "intermediate": ["hencwxbbgdzipvjtgmoblwm", "hencxbbgdzipvjtgmoblwm", "hencxbbgdzipvtgmoblwm", "hencxbbgdzipvgmoblwm", "hencxbgdzipvgmoblwm", "hencxgdzipvgmoblwm", "hencxgdzipvgmolwm", "hencxgdipvgmolwm", "hencxgipvgmolwm", "hencxgipvgmlwm", "hncxgipvgmlwm", "hncxgipgmlwm", "hncxgigmlwm", "hncxigmlwm", "hncigmlwm", "ncigmlwm", "cigmlwm", "ciglwm", "ciglw", "cilw", "ciw", "ci"]}, "config": {"len_step": 23, "len_string": 24, "steps": ["w", "w", "j", "t", "b", "b", "b", "z", "d", "o", "e", "v", "p", "g", "x", "h", "n", "m", "m", "g", "l", "w", "c"], "string": "hencwwxbbgdzipvjtgmoblwm"}, "task_name": "task19", "example_name": "0213", "problem_name": "task19_0213"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: gorletekngnodxmnzqheaxhgaygmyo\nSteps: \n1. g\n2. h\n3. x\n4. g\n5. l\n6. o\n7. k\n8. n\n9. y\n10. m\n11. o\n12. y\n13. e\n14. m\n15. e\n16. a\n17. e\n18. z\n19. a\n20. g\n21. h\n22. g\n23. r", "label": {"final": "tndnqxo", "init": "gorletekngnodxmnzqheaxhgaygmyo", "intermediate": ["orletekngnodxmnzqheaxhgaygmyo", "orletekngnodxmnzqeaxhgaygmyo", "orletekngnodmnzqeaxhgaygmyo", "orleteknnodmnzqeaxhgaygmyo", "oreteknnodmnzqeaxhgaygmyo", "reteknnodmnzqeaxhgaygmyo", "retennodmnzqeaxhgaygmyo", "retenodmnzqeaxhgaygmyo", "retenodmnzqeaxhgagmyo", "retenodnzqeaxhgagmyo", "retendnzqeaxhgagmyo", "retendnzqeaxhgagmo", "rtendnzqeaxhgagmo", "rtendnzqeaxhgago", "rtndnzqeaxhgago", "rtndnzqexhgago", "rtndnzqxhgago", "rtndnqxhgago", "rtndnqxhggo", "rtndnqxhgo", "rtndnqxgo", "rtndnqxo"]}, "config": {"len_step": 23, "len_string": 30, "steps": ["g", "h", "x", "g", "l", "o", "k", "n", "y", "m", "o", "y", "e", "m", "e", "a", "e", "z", "a", "g", "h", "g", "r"], "string": "gorletekngnodxmnzqheaxhgaygmyo"}, "task_name": "task19", "example_name": "0214", "problem_name": "task19_0214"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: hdsjenwspwgbwxlnsajjettojbll\nSteps: \n1. e\n2. t\n3. n\n4. a\n5. x\n6. s\n7. j\n8. l\n9. w\n10. e\n11. l\n12. w\n13. b\n14. n\n15. j\n16. t\n17. s\n18. j\n19. p\n20. l\n21. o\n22. h\n23. g", "label": {"final": "dwsjb", "init": "hdsjenwspwgbwxlnsajjettojbll", "intermediate": ["hdsjnwspwgbwxlnsajjettojbll", "hdsjnwspwgbwxlnsajjetojbll", "hdsjwspwgbwxlnsajjetojbll", "hdsjwspwgbwxlnsjjetojbll", "hdsjwspwgbwlnsjjetojbll", "hdjwspwgbwlnsjjetojbll", "hdwspwgbwlnsjjetojbll", "hdwspwgbwnsjjetojbll", "hdspwgbwnsjjetojbll", "hdspwgbwnsjjtojbll", "hdspwgbwnsjjtojbl", "hdspgbwnsjjtojbl", "hdspgwnsjjtojbl", "hdspgwsjjtojbl", "hdspgwsjtojbl", "hdspgwsjojbl", "hdpgwsjojbl", "hdpgwsojbl", "hdgwsojbl", "hdgwsojb", "hdgwsjb", "dgwsjb"]}, "config": {"len_step": 23, "len_string": 28, "steps": ["e", "t", "n", "a", "x", "s", "j", "l", "w", "e", "l", "w", "b", "n", "j", "t", "s", "j", "p", "l", "o", "h", "g"], "string": "hdsjenwspwgbwxlnsajjettojbll"}, "task_name": "task19", "example_name": "0215", "problem_name": "task19_0215"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: rlnvnvzbiuuyajrbbdaxhgchlkmun\nSteps: \n1. h\n2. b\n3. n\n4. h\n5. a\n6. i\n7. a\n8. l\n9. g\n10. d\n11. v\n12. k\n13. l\n14. z\n15. c\n16. j\n17. x\n18. b\n19. b\n20. u\n21. u\n22. u\n23. n", "label": {"final": "rvyrmn", "init": "rlnvnvzbiuuyajrbbdaxhgchlkmun", "intermediate": ["rlnvnvzbiuuyajrbbdaxgchlkmun", "rlnvnvziuuyajrbbdaxgchlkmun", "rlvnvziuuyajrbbdaxgchlkmun", "rlvnvziuuyajrbbdaxgclkmun", "rlvnvziuuyjrbbdaxgclkmun", "rlvnvzuuyjrbbdaxgclkmun", "rlvnvzuuyjrbbdxgclkmun", "rvnvzuuyjrbbdxgclkmun", "rvnvzuuyjrbbdxclkmun", "rvnvzuuyjrbbxclkmun", "rnvzuuyjrbbxclkmun", "rnvzuuyjrbbxclmun", "rnvzuuyjrbbxcmun", "rnvuuyjrbbxcmun", "rnvuuyjrbbxmun", "rnvuuyrbbxmun", "rnvuuyrbbmun", "rnvuuyrbmun", "rnvuuyrmun", "rnvuyrmun", "rnvyrmun", "rnvyrmn"]}, "config": {"len_step": 23, "len_string": 29, "steps": ["h", "b", "n", "h", "a", "i", "a", "l", "g", "d", "v", "k", "l", "z", "c", "j", "x", "b", "b", "u", "u", "u", "n"], "string": "rlnvnvzbiuuyajrbbdaxhgchlkmun"}, "task_name": "task19", "example_name": "0216", "problem_name": "task19_0216"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: opkwakolxtysrkjlkbquonndxs\nSteps: \n1. n\n2. s\n3. k\n4. b\n5. k\n6. y\n7. n\n8. o\n9. k\n10. d\n11. o\n12. q\n13. u\n14. t\n15. s\n16. x\n17. x\n18. r\n19. p\n20. k\n21. w\n22. l\n23. l", "label": {"final": "ajo", "init": "opkwakolxtysrkjlkbquonndxs", "intermediate": ["opkwakolxtysrkjlkbquondxs", "opkwakolxtyrkjlkbquondxs", "opwakolxtyrkjlkbquondxs", "opwakolxtyrkjlkquondxs", "opwaolxtyrkjlkquondxs", "opwaolxtrkjlkquondxs", "opwaolxtrkjlkquodxs", "pwaolxtrkjlkquodxs", "pwaolxtrjlkquodxs", "pwaolxtrjlkquoxs", "pwalxtrjlkquoxs", "pwalxtrjlkuoxs", "pwalxtrjlkoxs", "pwalxrjlkoxs", "pwalxrjlkox", "pwalrjlkox", "pwalrjlko", "pwaljlko", "waljlko", "waljlo", "aljlo", "ajlo"]}, "config": {"len_step": 23, "len_string": 26, "steps": ["n", "s", "k", "b", "k", "y", "n", "o", "k", "d", "o", "q", "u", "t", "s", "x", "x", "r", "p", "k", "w", "l", "l"], "string": "opkwakolxtysrkjlkbquonndxs"}, "task_name": "task19", "example_name": "0217", "problem_name": "task19_0217"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: vbeshnkpwkspexyctsoifyycszxk\nSteps: \n1. y\n2. y\n3. y\n4. e\n5. p\n6. f\n7. v\n8. o\n9. k\n10. n\n11. p\n12. w\n13. b\n14. c\n15. h\n16. k\n17. s\n18. e\n19. z\n20. s\n21. i\n22. k\n23. x", "label": {"final": "tscsx", "init": "vbeshnkpwkspexyctsoifyycszxk", "intermediate": ["vbeshnkpwkspexctsoifyycszxk", "vbeshnkpwkspexctsoifycszxk", "vbeshnkpwkspexctsoifcszxk", "vbshnkpwkspexctsoifcszxk", "vbshnkwkspexctsoifcszxk", "vbshnkwkspexctsoicszxk", "bshnkwkspexctsoicszxk", "bshnkwkspexctsicszxk", "bshnwkspexctsicszxk", "bshwkspexctsicszxk", "bshwksexctsicszxk", "bshksexctsicszxk", "shksexctsicszxk", "shksextsicszxk", "sksextsicszxk", "ssextsicszxk", "sextsicszxk", "sxtsicszxk", "sxtsicsxk", "xtsicsxk", "xtscsxk", "xtscsx"]}, "config": {"len_step": 23, "len_string": 28, "steps": ["y", "y", "y", "e", "p", "f", "v", "o", "k", "n", "p", "w", "b", "c", "h", "k", "s", "e", "z", "s", "i", "k", "x"], "string": "vbeshnkpwkspexyctsoifyycszxk"}, "task_name": "task19", "example_name": "0218", "problem_name": "task19_0218"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: sypqgxqdyopryzkhmrcfjpojkvoztn\nSteps: \n1. o\n2. r\n3. p\n4. j\n5. v\n6. g\n7. k\n8. z\n9. h\n10. x\n11. y\n12. o\n13. t\n14. m\n15. y\n16. y\n17. q\n18. j\n19. r\n20. k\n21. p\n22. c\n23. o", "label": {"final": "sqdfpzn", "init": "sypqgxqdyopryzkhmrcfjpojkvoztn", "intermediate": ["sypqgxqdypryzkhmrcfjpojkvoztn", "sypqgxqdypyzkhmrcfjpojkvoztn", "syqgxqdypyzkhmrcfjpojkvoztn", "syqgxqdypyzkhmrcfpojkvoztn", "syqgxqdypyzkhmrcfpojkoztn", "syqxqdypyzkhmrcfpojkoztn", "syqxqdypyzhmrcfpojkoztn", "syqxqdypyhmrcfpojkoztn", "syqxqdypymrcfpojkoztn", "syqqdypymrcfpojkoztn", "sqqdypymrcfpojkoztn", "sqqdypymrcfpjkoztn", "sqqdypymrcfpjkozn", "sqqdypyrcfpjkozn", "sqqdpyrcfpjkozn", "sqqdprcfpjkozn", "sqdprcfpjkozn", "sqdprcfpkozn", "sqdpcfpkozn", "sqdpcfpozn", "sqdcfpozn", "sqdfpozn"]}, "config": {"len_step": 23, "len_string": 30, "steps": ["o", "r", "p", "j", "v", "g", "k", "z", "h", "x", "y", "o", "t", "m", "y", "y", "q", "j", "r", "k", "p", "c", "o"], "string": "sypqgxqdyopryzkhmrcfjpojkvoztn"}, "task_name": "task19", "example_name": "0219", "problem_name": "task19_0219"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: tlomcbpxrnlngtzcrpcqkdmtzg\nSteps: \n1. g\n2. c\n3. c\n4. b\n5. c\n6. p\n7. m\n8. p\n9. d\n10. t\n11. g\n12. r\n13. x\n14. n\n15. q\n16. m\n17. l\n18. n\n19. t\n20. r\n21. l\n22. z\n23. o\n24. z", "label": {"final": "kt", "init": "tlomcbpxrnlngtzcrpcqkdmtzg", "intermediate": ["tlomcbpxrnlntzcrpcqkdmtzg", "tlombpxrnlntzcrpcqkdmtzg", "tlombpxrnlntzrpcqkdmtzg", "tlompxrnlntzrpcqkdmtzg", "tlompxrnlntzrpqkdmtzg", "tlomxrnlntzrpqkdmtzg", "tloxrnlntzrpqkdmtzg", "tloxrnlntzrqkdmtzg", "tloxrnlntzrqkmtzg", "loxrnlntzrqkmtzg", "loxrnlntzrqkmtz", "loxnlntzrqkmtz", "lonlntzrqkmtz", "lolntzrqkmtz", "lolntzrkmtz", "lolntzrktz", "olntzrktz", "oltzrktz", "olzrktz", "olzktz", "ozktz", "oktz", "ktz"]}, "config": {"len_step": 24, "len_string": 26, "steps": ["g", "c", "c", "b", "c", "p", "m", "p", "d", "t", "g", "r", "x", "n", "q", "m", "l", "n", "t", "r", "l", "z", "o", "z"], "string": "tlomcbpxrnlngtzcrpcqkdmtzg"}, "task_name": "task19", "example_name": "0220", "problem_name": "task19_0220"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: xcpxhxifhplwmccajsgzabhjfx\nSteps: \n1. h\n2. j\n3. f\n4. x\n5. c\n6. x\n7. h\n8. c\n9. p\n10. m\n11. w\n12. a\n13. f\n14. c\n15. j\n16. i\n17. s\n18. l\n19. a\n20. h\n21. p\n22. x\n23. z\n24. b", "label": {"final": "gx", "init": "xcpxhxifhplwmccajsgzabhjfx", "intermediate": ["xcpxxifhplwmccajsgzabhjfx", "xcpxxifhplwmccasgzabhjfx", "xcpxxihplwmccasgzabhjfx", "cpxxihplwmccasgzabhjfx", "pxxihplwmccasgzabhjfx", "pxihplwmccasgzabhjfx", "pxiplwmccasgzabhjfx", "pxiplwmcasgzabhjfx", "xiplwmcasgzabhjfx", "xiplwcasgzabhjfx", "xiplcasgzabhjfx", "xiplcsgzabhjfx", "xiplcsgzabhjx", "xiplsgzabhjx", "xiplsgzabhx", "xplsgzabhx", "xplgzabhx", "xpgzabhx", "xpgzbhx", "xpgzbx", "xgzbx", "gzbx", "gbx"]}, "config": {"len_step": 24, "len_string": 26, "steps": ["h", "j", "f", "x", "c", "x", "h", "c", "p", "m", "w", "a", "f", "c", "j", "i", "s", "l", "a", "h", "p", "x", "z", "b"], "string": "xcpxhxifhplwmccajsgzabhjfx"}, "task_name": "task19", "example_name": "0221", "problem_name": "task19_0221"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ycbgymjtccajqhypxujnwvcrzrrcn\nSteps: \n1. j\n2. c\n3. a\n4. y\n5. j\n6. w\n7. b\n8. r\n9. p\n10. r\n11. c\n12. c\n13. q\n14. y\n15. z\n16. j\n17. x\n18. r\n19. c\n20. u\n21. n\n22. c\n23. y\n24. h", "label": {"final": "gmtvn", "init": "ycbgymjtccajqhypxujnwvcrzrrcn", "intermediate": ["ycbgymtccajqhypxujnwvcrzrrcn", "ybgymtccajqhypxujnwvcrzrrcn", "ybgymtccjqhypxujnwvcrzrrcn", "bgymtccjqhypxujnwvcrzrrcn", "bgymtccqhypxujnwvcrzrrcn", "bgymtccqhypxujnvcrzrrcn", "gymtccqhypxujnvcrzrrcn", "gymtccqhypxujnvczrrcn", "gymtccqhyxujnvczrrcn", "gymtccqhyxujnvczrcn", "gymtcqhyxujnvczrcn", "gymtqhyxujnvczrcn", "gymthyxujnvczrcn", "gmthyxujnvczrcn", "gmthyxujnvcrcn", "gmthyxunvcrcn", "gmthyunvcrcn", "gmthyunvccn", "gmthyunvcn", "gmthynvcn", "gmthyvcn", "gmthyvn", "gmthvn"]}, "config": {"len_step": 24, "len_string": 29, "steps": ["j", "c", "a", "y", "j", "w", "b", "r", "p", "r", "c", "c", "q", "y", "z", "j", "x", "r", "c", "u", "n", "c", "y", "h"], "string": "ycbgymjtccajqhypxujnwvcrzrrcn"}, "task_name": "task19", "example_name": "0222", "problem_name": "task19_0222"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: owhrmxkwedlxhwshfwykuslobg\nSteps: \n1. b\n2. y\n3. x\n4. w\n5. g\n6. h\n7. w\n8. f\n9. u\n10. d\n11. l\n12. w\n13. o\n14. x\n15. h\n16. o\n17. l\n18. s\n19. k\n20. h\n21. r\n22. k\n23. m\n24. w", "label": {"final": "es", "init": "owhrmxkwedlxhwshfwykuslobg", "intermediate": ["owhrmxkwedlxhwshfwykuslog", "owhrmxkwedlxhwshfwkuslog", "owhrmkwedlxhwshfwkuslog", "ohrmkwedlxhwshfwkuslog", "ohrmkwedlxhwshfwkuslo", "ormkwedlxhwshfwkuslo", "ormkedlxhwshfwkuslo", "ormkedlxhwshwkuslo", "ormkedlxhwshwkslo", "ormkelxhwshwkslo", "ormkexhwshwkslo", "ormkexhshwkslo", "rmkexhshwkslo", "rmkehshwkslo", "rmkeshwkslo", "rmkeshwksl", "rmkeshwks", "rmkehwks", "rmehwks", "rmewks", "mewks", "mews", "ews"]}, "config": {"len_step": 24, "len_string": 26, "steps": ["b", "y", "x", "w", "g", "h", "w", "f", "u", "d", "l", "w", "o", "x", "h", "o", "l", "s", "k", "h", "r", "k", "m", "w"], "string": "owhrmxkwedlxhwshfwykuslobg"}, "task_name": "task19", "example_name": "0223", "problem_name": "task19_0223"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: hyvixlxkvbwehlkghzodyjjpwxjqw\nSteps: \n1. x\n2. d\n3. j\n4. g\n5. l\n6. o\n7. z\n8. x\n9. e\n10. v\n11. k\n12. p\n13. i\n14. h\n15. y\n16. x\n17. l\n18. w\n19. h\n20. j\n21. v\n22. k\n23. b\n24. w", "label": {"final": "hyjqw", "init": "hyvixlxkvbwehlkghzodyjjpwxjqw", "intermediate": ["hyvilxkvbwehlkghzodyjjpwxjqw", "hyvilxkvbwehlkghzoyjjpwxjqw", "hyvilxkvbwehlkghzoyjpwxjqw", "hyvilxkvbwehlkhzoyjpwxjqw", "hyvixkvbwehlkhzoyjpwxjqw", "hyvixkvbwehlkhzyjpwxjqw", "hyvixkvbwehlkhyjpwxjqw", "hyvikvbwehlkhyjpwxjqw", "hyvikvbwhlkhyjpwxjqw", "hyikvbwhlkhyjpwxjqw", "hyivbwhlkhyjpwxjqw", "hyivbwhlkhyjwxjqw", "hyvbwhlkhyjwxjqw", "yvbwhlkhyjwxjqw", "vbwhlkhyjwxjqw", "vbwhlkhyjwjqw", "vbwhkhyjwjqw", "vbhkhyjwjqw", "vbkhyjwjqw", "vbkhywjqw", "bkhywjqw", "bhywjqw", "hywjqw"]}, "config": {"len_step": 24, "len_string": 29, "steps": ["x", "d", "j", "g", "l", "o", "z", "x", "e", "v", "k", "p", "i", "h", "y", "x", "l", "w", "h", "j", "v", "k", "b", "w"], "string": "hyvixlxkvbwehlkghzodyjjpwxjqw"}, "task_name": "task19", "example_name": "0224", "problem_name": "task19_0224"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: gbzqhghdbzgopbeqxgbclghplnwv\nSteps: \n1. c\n2. g\n3. g\n4. g\n5. b\n6. q\n7. b\n8. o\n9. l\n10. b\n11. z\n12. g\n13. p\n14. l\n15. d\n16. h\n17. e\n18. n\n19. h\n20. g\n21. w\n22. v\n23. h\n24. p", "label": {"final": "zqxb", "init": "gbzqhghdbzgopbeqxgbclghplnwv", "intermediate": ["gbzqhghdbzgopbeqxgblghplnwv", "bzqhghdbzgopbeqxgblghplnwv", "bzqhhdbzgopbeqxgblghplnwv", "bzqhhdbzopbeqxgblghplnwv", "zqhhdbzopbeqxgblghplnwv", "zhhdbzopbeqxgblghplnwv", "zhhdzopbeqxgblghplnwv", "zhhdzpbeqxgblghplnwv", "zhhdzpbeqxgbghplnwv", "zhhdzpeqxgbghplnwv", "hhdzpeqxgbghplnwv", "hhdzpeqxbghplnwv", "hhdzeqxbghplnwv", "hhdzeqxbghpnwv", "hhzeqxbghpnwv", "hzeqxbghpnwv", "hzqxbghpnwv", "hzqxbghpwv", "zqxbghpwv", "zqxbhpwv", "zqxbhpv", "zqxbhp", "zqxbp"]}, "config": {"len_step": 24, "len_string": 28, "steps": ["c", "g", "g", "g", "b", "q", "b", "o", "l", "b", "z", "g", "p", "l", "d", "h", "e", "n", "h", "g", "w", "v", "h", "p"], "string": "gbzqhghdbzgopbeqxgbclghplnwv"}, "task_name": "task19", "example_name": "0225", "problem_name": "task19_0225"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: kifpaepqeccukcogumehkpjyazgx\nSteps: \n1. i\n2. p\n3. o\n4. a\n5. c\n6. k\n7. c\n8. y\n9. k\n10. e\n11. x\n12. m\n13. h\n14. z\n15. g\n16. g\n17. u\n18. q\n19. p\n20. c\n21. p\n22. j\n23. e\n24. a", "label": {"final": "fuek", "init": "kifpaepqeccukcogumehkpjyazgx", "intermediate": ["kfpaepqeccukcogumehkpjyazgx", "kfaepqeccukcogumehkpjyazgx", "kfaepqeccukcgumehkpjyazgx", "kfepqeccukcgumehkpjyazgx", "kfepqecukcgumehkpjyazgx", "fepqecukcgumehkpjyazgx", "fepqeukcgumehkpjyazgx", "fepqeukcgumehkpjazgx", "fepqeucgumehkpjazgx", "fpqeucgumehkpjazgx", "fpqeucgumehkpjazg", "fpqeucguehkpjazg", "fpqeucguekpjazg", "fpqeucguekpjag", "fpqeucuekpjag", "fpqeucuekpja", "fpqecuekpja", "fpecuekpja", "fecuekpja", "feuekpja", "feuekja", "feueka", "fueka"]}, "config": {"len_step": 24, "len_string": 28, "steps": ["i", "p", "o", "a", "c", "k", "c", "y", "k", "e", "x", "m", "h", "z", "g", "g", "u", "q", "p", "c", "p", "j", "e", "a"], "string": "kifpaepqeccukcogumehkpjyazgx"}, "task_name": "task19", "example_name": "0226", "problem_name": "task19_0226"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ruahhyyiwejjkljmkdymhspzgeh\nSteps: \n1. j\n2. y\n3. k\n4. j\n5. u\n6. g\n7. y\n8. y\n9. i\n10. e\n11. l\n12. e\n13. k\n14. j\n15. w\n16. p\n17. m\n18. h\n19. r\n20. a\n21. z\n22. h\n23. s\n24. h", "label": {"final": "dmh", "init": "ruahhyyiwejjkljmkdymhspzgeh", "intermediate": ["ruahhyyiwejkljmkdymhspzgeh", "ruahhyiwejkljmkdymhspzgeh", "ruahhyiwejljmkdymhspzgeh", "ruahhyiweljmkdymhspzgeh", "rahhyiweljmkdymhspzgeh", "rahhyiweljmkdymhspzeh", "rahhiweljmkdymhspzeh", "rahhiweljmkdmhspzeh", "rahhweljmkdmhspzeh", "rahhwljmkdmhspzeh", "rahhwjmkdmhspzeh", "rahhwjmkdmhspzh", "rahhwjmdmhspzh", "rahhwmdmhspzh", "rahhmdmhspzh", "rahhmdmhszh", "rahhdmhszh", "rahdmhszh", "ahdmhszh", "hdmhszh", "hdmhsh", "dmhsh", "dmhh"]}, "config": {"len_step": 24, "len_string": 27, "steps": ["j", "y", "k", "j", "u", "g", "y", "y", "i", "e", "l", "e", "k", "j", "w", "p", "m", "h", "r", "a", "z", "h", "s", "h"], "string": "ruahhyyiwejjkljmkdymhspzgeh"}, "task_name": "task19", "example_name": "0227", "problem_name": "task19_0227"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: egiojeeupmuuxolomixcjsbxmpspo\nSteps: \n1. m\n2. e\n3. j\n4. s\n5. m\n6. p\n7. o\n8. c\n9. e\n10. j\n11. b\n12. x\n13. g\n14. u\n15. o\n16. p\n17. o\n18. i\n19. l\n20. x\n21. s\n22. o\n23. u\n24. x", "label": {"final": "euimp", "init": "egiojeeupmuuxolomixcjsbxmpspo", "intermediate": ["egiojeeupuuxolomixcjsbxmpspo", "giojeeupuuxolomixcjsbxmpspo", "gioeeupuuxolomixcjsbxmpspo", "gioeeupuuxolomixcjbxmpspo", "gioeeupuuxoloixcjbxmpspo", "gioeeuuuxoloixcjbxmpspo", "gieeuuuxoloixcjbxmpspo", "gieeuuuxoloixjbxmpspo", "gieuuuxoloixjbxmpspo", "gieuuuxoloixbxmpspo", "gieuuuxoloixxmpspo", "gieuuuoloixxmpspo", "ieuuuoloixxmpspo", "ieuuoloixxmpspo", "ieuuloixxmpspo", "ieuuloixxmspo", "ieuulixxmspo", "euulixxmspo", "euuixxmspo", "euuixmspo", "euuixmpo", "euuixmp", "euixmp"]}, "config": {"len_step": 24, "len_string": 29, "steps": ["m", "e", "j", "s", "m", "p", "o", "c", "e", "j", "b", "x", "g", "u", "o", "p", "o", "i", "l", "x", "s", "o", "u", "x"], "string": "egiojeeupmuuxolomixcjsbxmpspo"}, "task_name": "task19", "example_name": "0228", "problem_name": "task19_0228"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: ochksofgtwcxpwwpgxyuaagamprpcb\nSteps: \n1. p\n2. a\n3. x\n4. t\n5. h\n6. c\n7. a\n8. b\n9. c\n10. w\n11. a\n12. p\n13. g\n14. x\n15. c\n16. w\n17. o\n18. k\n19. o\n20. g\n21. u\n22. g\n23. m\n24. f", "label": {"final": "swyprp", "init": "ochksofgtwcxpwwpgxyuaagamprpcb", "intermediate": ["ochksofgtwcxwwpgxyuaagamprpcb", "ochksofgtwcxwwpgxyuagamprpcb", "ochksofgtwcwwpgxyuagamprpcb", "ochksofgwcwwpgxyuagamprpcb", "ocksofgwcwwpgxyuagamprpcb", "oksofgwcwwpgxyuagamprpcb", "oksofgwcwwpgxyugamprpcb", "oksofgwcwwpgxyugamprpc", "oksofgwwwpgxyugamprpc", "oksofgwwpgxyugamprpc", "oksofgwwpgxyugmprpc", "oksofgwwgxyugmprpc", "oksofwwgxyugmprpc", "oksofwwgyugmprpc", "oksofwwgyugmprp", "oksofwgyugmprp", "ksofwgyugmprp", "sofwgyugmprp", "sfwgyugmprp", "sfwyugmprp", "sfwygmprp", "sfwymprp", "sfwyprp"]}, "config": {"len_step": 24, "len_string": 30, "steps": ["p", "a", "x", "t", "h", "c", "a", "b", "c", "w", "a", "p", "g", "x", "c", "w", "o", "k", "o", "g", "u", "g", "m", "f"], "string": "ochksofgtwcxpwwpgxyuaagamprpcb"}, "task_name": "task19", "example_name": "0229", "problem_name": "task19_0229"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: zdzricfrqzgqwcnboatrpkoffrxhn\nSteps: \n1. r\n2. t\n3. r\n4. z\n5. i\n6. c\n7. f\n8. q\n9. z\n10. n\n11. p\n12. k\n13. f\n14. a\n15. h\n16. o\n17. g\n18. f\n19. r\n20. o\n21. z\n22. q\n23. d\n24. b\n25. r", "label": {"final": "wcxn", "init": "zdzricfrqzgqwcnboatrpkoffrxhn", "intermediate": ["zdzicfrqzgqwcnboatrpkoffrxhn", "zdzicfrqzgqwcnboarpkoffrxhn", "zdzicfqzgqwcnboarpkoffrxhn", "dzicfqzgqwcnboarpkoffrxhn", "dzcfqzgqwcnboarpkoffrxhn", "dzfqzgqwcnboarpkoffrxhn", "dzqzgqwcnboarpkoffrxhn", "dzzgqwcnboarpkoffrxhn", "dzgqwcnboarpkoffrxhn", "dzgqwcboarpkoffrxhn", "dzgqwcboarkoffrxhn", "dzgqwcboaroffrxhn", "dzgqwcboarofrxhn", "dzgqwcborofrxhn", "dzgqwcborofrxn", "dzgqwcbrofrxn", "dzqwcbrofrxn", "dzqwcbrorxn", "dzqwcborxn", "dzqwcbrxn", "dqwcbrxn", "dwcbrxn", "wcbrxn", "wcrxn"]}, "config": {"len_step": 25, "len_string": 29, "steps": ["r", "t", "r", "z", "i", "c", "f", "q", "z", "n", "p", "k", "f", "a", "h", "o", "g", "f", "r", "o", "z", "q", "d", "b", "r"], "string": "zdzricfrqzgqwcnboatrpkoffrxhn"}, "task_name": "task19", "example_name": "0230", "problem_name": "task19_0230"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: eesohvzuecuujhgfpyrljjmkimgotf\nSteps: \n1. p\n2. j\n3. y\n4. k\n5. l\n6. r\n7. u\n8. j\n9. u\n10. h\n11. g\n12. j\n13. m\n14. u\n15. g\n16. s\n17. m\n18. e\n19. z\n20. i\n21. v\n22. h\n23. o\n24. f\n25. c", "label": {"final": "eeotf", "init": "eesohvzuecuujhgfpyrljjmkimgotf", "intermediate": ["eesohvzuecuujhgfyrljjmkimgotf", "eesohvzuecuuhgfyrljjmkimgotf", "eesohvzuecuuhgfrljjmkimgotf", "eesohvzuecuuhgfrljjmimgotf", "eesohvzuecuuhgfrjjmimgotf", "eesohvzuecuuhgfjjmimgotf", "eesohvzecuuhgfjjmimgotf", "eesohvzecuuhgfjmimgotf", "eesohvzecuhgfjmimgotf", "eesovzecuhgfjmimgotf", "eesovzecuhfjmimgotf", "eesovzecuhfmimgotf", "eesovzecuhfimgotf", "eesovzechfimgotf", "eesovzechfimotf", "eeovzechfimotf", "eeovzechfiotf", "eovzechfiotf", "eovechfiotf", "eovechfotf", "eoechfotf", "eoecfotf", "eecfotf", "eecotf"]}, "config": {"len_step": 25, "len_string": 30, "steps": ["p", "j", "y", "k", "l", "r", "u", "j", "u", "h", "g", "j", "m", "u", "g", "s", "m", "e", "z", "i", "v", "h", "o", "f", "c"], "string": "eesohvzuecuujhgfpyrljjmkimgotf"}, "task_name": "task19", "example_name": "0231", "problem_name": "task19_0231"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: cggkdpmeljschewjbunljkhrxayuvd\nSteps: \n1. g\n2. h\n3. u\n4. g\n5. j\n6. e\n7. e\n8. y\n9. k\n10. k\n11. j\n12. u\n13. n\n14. l\n15. c\n16. d\n17. r\n18. j\n19. h\n20. b\n21. c\n22. d\n23. x\n24. l\n25. v", "label": {"final": "pmswa", "init": "cggkdpmeljschewjbunljkhrxayuvd", "intermediate": ["cgkdpmeljschewjbunljkhrxayuvd", "cgkdpmeljscewjbunljkhrxayuvd", "cgkdpmeljscewjbnljkhrxayuvd", "ckdpmeljscewjbnljkhrxayuvd", "ckdpmelscewjbnljkhrxayuvd", "ckdpmlscewjbnljkhrxayuvd", "ckdpmlscwjbnljkhrxayuvd", "ckdpmlscwjbnljkhrxauvd", "cdpmlscwjbnljkhrxauvd", "cdpmlscwjbnljhrxauvd", "cdpmlscwbnljhrxauvd", "cdpmlscwbnljhrxavd", "cdpmlscwbljhrxavd", "cdpmscwbljhrxavd", "dpmscwbljhrxavd", "pmscwbljhrxavd", "pmscwbljhxavd", "pmscwblhxavd", "pmscwblxavd", "pmscwlxavd", "pmswlxavd", "pmswlxav", "pmswlav", "pmswav"]}, "config": {"len_step": 25, "len_string": 30, "steps": ["g", "h", "u", "g", "j", "e", "e", "y", "k", "k", "j", "u", "n", "l", "c", "d", "r", "j", "h", "b", "c", "d", "x", "l", "v"], "string": "cggkdpmeljschewjbunljkhrxayuvd"}, "task_name": "task19", "example_name": "0232", "problem_name": "task19_0232"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: xnsvejyiiyzxrqonlicwztpipsdg\nSteps: \n1. x\n2. s\n3. l\n4. x\n5. y\n6. e\n7. d\n8. w\n9. z\n10. g\n11. o\n12. i\n13. z\n14. i\n15. n\n16. y\n17. r\n18. s\n19. n\n20. c\n21. i\n22. q\n23. t\n24. j\n25. p", "label": {"final": "vip", "init": "xnsvejyiiyzxrqonlicwztpipsdg", "intermediate": ["nsvejyiiyzxrqonlicwztpipsdg", "nvejyiiyzxrqonlicwztpipsdg", "nvejyiiyzxrqonicwztpipsdg", "nvejyiiyzrqonicwztpipsdg", "nvejiiyzrqonicwztpipsdg", "nvjiiyzrqonicwztpipsdg", "nvjiiyzrqonicwztpipsg", "nvjiiyzrqonicztpipsg", "nvjiiyrqonicztpipsg", "nvjiiyrqonicztpips", "nvjiiyrqnicztpips", "nvjiyrqnicztpips", "nvjiyrqnictpips", "nvjyrqnictpips", "vjyrqnictpips", "vjrqnictpips", "vjqnictpips", "vjqnictpip", "vjqictpip", "vjqitpip", "vjqtpip", "vjtpip", "vjpip", "vpip"]}, "config": {"len_step": 25, "len_string": 28, "steps": ["x", "s", "l", "x", "y", "e", "d", "w", "z", "g", "o", "i", "z", "i", "n", "y", "r", "s", "n", "c", "i", "q", "t", "j", "p"], "string": "xnsvejyiiyzxrqonlicwztpipsdg"}, "task_name": "task19", "example_name": "0233", "problem_name": "task19_0233"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qubbdkqefnmfgzafwttvdlvhrr\nSteps: \n1. l\n2. r\n3. m\n4. w\n5. a\n6. f\n7. d\n8. u\n9. h\n10. k\n11. z\n12. t\n13. t\n14. d\n15. b\n16. q\n17. f\n18. f\n19. g\n20. e\n21. n\n22. v\n23. r\n24. b\n25. v", "label": {"final": "q", "init": "qubbdkqefnmfgzafwttvdlvhrr", "intermediate": ["qubbdkqefnmfgzafwttvdvhrr", "qubbdkqefnmfgzafwttvdvhr", "qubbdkqefnfgzafwttvdvhr", "qubbdkqefnfgzafttvdvhr", "qubbdkqefnfgzfttvdvhr", "qubbdkqenfgzfttvdvhr", "qubbkqenfgzfttvdvhr", "qbbkqenfgzfttvdvhr", "qbbkqenfgzfttvdvr", "qbbqenfgzfttvdvr", "qbbqenfgfttvdvr", "qbbqenfgftvdvr", "qbbqenfgfvdvr", "qbbqenfgfvvr", "qbqenfgfvvr", "bqenfgfvvr", "bqengfvvr", "bqengvvr", "bqenvvr", "bqnvvr", "bqvvr", "bqvr", "bqv", "qv"]}, "config": {"len_step": 25, "len_string": 26, "steps": ["l", "r", "m", "w", "a", "f", "d", "u", "h", "k", "z", "t", "t", "d", "b", "q", "f", "f", "g", "e", "n", "v", "r", "b", "v"], "string": "qubbdkqefnmfgzafwttvdlvhrr"}, "task_name": "task19", "example_name": "0234", "problem_name": "task19_0234"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: lxehduijtmurlydacnlkyuojcoczm\nSteps: \n1. m\n2. c\n3. u\n4. u\n5. u\n6. a\n7. o\n8. t\n9. n\n10. h\n11. c\n12. l\n13. y\n14. x\n15. d\n16. l\n17. y\n18. o\n19. m\n20. k\n21. c\n22. z\n23. l\n24. d\n25. j", "label": {"final": "eirj", "init": "lxehduijtmurlydacnlkyuojcoczm", "intermediate": ["lxehduijturlydacnlkyuojcoczm", "lxehduijturlydanlkyuojcoczm", "lxehdijturlydanlkyuojcoczm", "lxehdijtrlydanlkyuojcoczm", "lxehdijtrlydanlkyojcoczm", "lxehdijtrlydnlkyojcoczm", "lxehdijtrlydnlkyjcoczm", "lxehdijrlydnlkyjcoczm", "lxehdijrlydlkyjcoczm", "lxedijrlydlkyjcoczm", "lxedijrlydlkyjoczm", "xedijrlydlkyjoczm", "xedijrldlkyjoczm", "edijrldlkyjoczm", "eijrldlkyjoczm", "eijrdlkyjoczm", "eijrdlkjoczm", "eijrdlkjczm", "eijrdlkjcz", "eijrdljcz", "eijrdljz", "eijrdlj", "eijrdj", "eijrj"]}, "config": {"len_step": 25, "len_string": 29, "steps": ["m", "c", "u", "u", "u", "a", "o", "t", "n", "h", "c", "l", "y", "x", "d", "l", "y", "o", "m", "k", "c", "z", "l", "d", "j"], "string": "lxehduijtmurlydacnlkyuojcoczm"}, "task_name": "task19", "example_name": "0235", "problem_name": "task19_0235"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: nzxkatextbagogabvnqauwhwsy\nSteps: \n1. q\n2. h\n3. s\n4. z\n5. w\n6. e\n7. w\n8. a\n9. v\n10. x\n11. u\n12. t\n13. x\n14. n\n15. k\n16. a\n17. g\n18. a\n19. o\n20. y\n21. t\n22. a\n23. g\n24. b\n25. n", "label": {"final": "b", "init": "nzxkatextbagogabvnqauwhwsy", "intermediate": ["nzxkatextbagogabvnauwhwsy", "nzxkatextbagogabvnauwwsy", "nzxkatextbagogabvnauwwy", "nxkatextbagogabvnauwwy", "nxkatextbagogabvnauwy", "nxkatxtbagogabvnauwy", "nxkatxtbagogabvnauy", "nxktxtbagogabvnauy", "nxktxtbagogabnauy", "nktxtbagogabnauy", "nktxtbagogabnay", "nkxtbagogabnay", "nktbagogabnay", "ktbagogabnay", "tbagogabnay", "tbgogabnay", "tbogabnay", "tbogbnay", "tbgbnay", "tbgbna", "bgbna", "bgbn", "bbn", "bn"]}, "config": {"len_step": 25, "len_string": 26, "steps": ["q", "h", "s", "z", "w", "e", "w", "a", "v", "x", "u", "t", "x", "n", "k", "a", "g", "a", "o", "y", "t", "a", "g", "b", "n"], "string": "nzxkatextbagogabvnqauwhwsy"}, "task_name": "task19", "example_name": "0236", "problem_name": "task19_0236"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: klgecicabmpseyoojqoqzgnpomshzs\nSteps: \n1. o\n2. m\n3. c\n4. s\n5. q\n6. o\n7. j\n8. e\n9. p\n10. o\n11. s\n12. g\n13. g\n14. n\n15. l\n16. z\n17. y\n18. z\n19. i\n20. e\n21. b\n22. c\n23. p\n24. k\n25. h", "label": {"final": "aqoms", "init": "klgecicabmpseyoojqoqzgnpomshzs", "intermediate": ["klgecicabmpseyojqoqzgnpomshzs", "klgecicabpseyojqoqzgnpomshzs", "klgeicabpseyojqoqzgnpomshzs", "klgeicabpeyojqoqzgnpomshzs", "klgeicabpeyojoqzgnpomshzs", "klgeicabpeyjoqzgnpomshzs", "klgeicabpeyoqzgnpomshzs", "klgicabpeyoqzgnpomshzs", "klgicabeyoqzgnpomshzs", "klgicabeyqzgnpomshzs", "klgicabeyqzgnpomhzs", "klicabeyqzgnpomhzs", "klicabeyqznpomhzs", "klicabeyqzpomhzs", "kicabeyqzpomhzs", "kicabeyqpomhzs", "kicabeqpomhzs", "kicabeqpomhs", "kcabeqpomhs", "kcabqpomhs", "kcaqpomhs", "kaqpomhs", "kaqomhs", "aqomhs"]}, "config": {"len_step": 25, "len_string": 30, "steps": ["o", "m", "c", "s", "q", "o", "j", "e", "p", "o", "s", "g", "g", "n", "l", "z", "y", "z", "i", "e", "b", "c", "p", "k", "h"], "string": "klgecicabmpseyoojqoqzgnpomshzs"}, "task_name": "task19", "example_name": "0237", "problem_name": "task19_0237"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: hkfwubruatemgwvvjqxzuikkuj\nSteps: \n1. g\n2. t\n3. q\n4. m\n5. u\n6. w\n7. i\n8. k\n9. a\n10. v\n11. u\n12. u\n13. e\n14. j\n15. h\n16. k\n17. r\n18. k\n19. b\n20. x\n21. j\n22. u\n23. v\n24. z\n25. f", "label": {"final": "w", "init": "hkfwubruatemgwvvjqxzuikkuj", "intermediate": ["hkfwubruatemwvvjqxzuikkuj", "hkfwubruaemwvvjqxzuikkuj", "hkfwubruaemwvvjxzuikkuj", "hkfwubruaewvvjxzuikkuj", "hkfwbruaewvvjxzuikkuj", "hkfbruaewvvjxzuikkuj", "hkfbruaewvvjxzukkuj", "hfbruaewvvjxzukkuj", "hfbruewvvjxzukkuj", "hfbruewvjxzukkuj", "hfbrewvjxzukkuj", "hfbrewvjxzkkuj", "hfbrwvjxzkkuj", "hfbrwvxzkkuj", "fbrwvxzkkuj", "fbrwvxzkuj", "fbwvxzkuj", "fbwvxzuj", "fwvxzuj", "fwvzuj", "fwvzu", "fwvz", "fwz", "fw"]}, "config": {"len_step": 25, "len_string": 26, "steps": ["g", "t", "q", "m", "u", "w", "i", "k", "a", "v", "u", "u", "e", "j", "h", "k", "r", "k", "b", "x", "j", "u", "v", "z", "f"], "string": "hkfwubruatemgwvvjqxzuikkuj"}, "task_name": "task19", "example_name": "0238", "problem_name": "task19_0238"}
+{"prompt": "Remove letters in a given list from a given string step by step; at each step remove a single letter starting from the first element of the list.\nProvide the final string along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nString: qemdczoogxrdbzhzdtvwxttzufyz\nSteps: \n1. z\n2. t\n3. m\n4. w\n5. f\n6. q\n7. u\n8. d\n9. v\n10. g\n11. z\n12. t\n13. t\n14. h\n15. e\n16. z\n17. y\n18. d\n19. c\n20. b\n21. z\n22. o\n23. o\n24. x\n25. r", "label": {"final": "dxz", "init": "qemdczoogxrdbzhzdtvwxttzufyz", "intermediate": ["qemdcoogxrdbzhzdtvwxttzufyz", "qemdcoogxrdbzhzdvwxttzufyz", "qedcoogxrdbzhzdvwxttzufyz", "qedcoogxrdbzhzdvxttzufyz", "qedcoogxrdbzhzdvxttzuyz", "edcoogxrdbzhzdvxttzuyz", "edcoogxrdbzhzdvxttzyz", "ecoogxrdbzhzdvxttzyz", "ecoogxrdbzhzdxttzyz", "ecooxrdbzhzdxttzyz", "ecooxrdbhzdxttzyz", "ecooxrdbhzdxtzyz", "ecooxrdbhzdxzyz", "ecooxrdbzdxzyz", "cooxrdbzdxzyz", "cooxrdbdxzyz", "cooxrdbdxzz", "cooxrbdxzz", "ooxrbdxzz", "ooxrdxzz", "ooxrdxz", "oxrdxz", "xrdxz", "rdxz"]}, "config": {"len_step": 25, "len_string": 28, "steps": ["z", "t", "m", "w", "f", "q", "u", "d", "v", "g", "z", "t", "t", "h", "e", "z", "y", "d", "c", "b", "z", "o", "o", "x", "r"], "string": "qemdczoogxrdbzhzdtvwxttzufyz"}, "task_name": "task19", "example_name": "0239", "problem_name": "task19_0239"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIt was designed by Charles Luckman of the New York City based The Luckman Partnership architectural firm\nWords: [Luckman, The]\n", "label": {"final": "It was designed by Charles of the New York City based Luckman Partnership architectural firm", "init": "It was designed by Charles Luckman of the New York City based The Luckman Partnership architectural firm", "intermediate": ["It was designed by Charles of the New York City based The Luckman Partnership architectural firm"]}, "config": {"num_remove_word": 2, "num_sentences": 43652, "sentence": "It was designed by Charles Luckman of the New York City based The Luckman Partnership architectural firm", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Luckman", "The"]}, "task_name": "task20", "example_name": "0000", "problem_name": "task20_0000"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nDiebitsch decided to bypass the forts after leaving small forces behind to contain the garrisons\nWords: [to, leaving]\n", "label": {"final": "Diebitsch decided bypass the forts after small forces behind to contain the garrisons", "init": "Diebitsch decided to bypass the forts after leaving small forces behind to contain the garrisons", "intermediate": ["Diebitsch decided bypass the forts after leaving small forces behind to contain the garrisons"]}, "config": {"num_remove_word": 2, "num_sentences": 43652, "sentence": "Diebitsch decided to bypass the forts after leaving small forces behind to contain the garrisons", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["to", "leaving"]}, "task_name": "task20", "example_name": "0001", "problem_name": "task20_0001"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nWinter is from December to February average temperature is between lowest average temperature is\nWords: [February, to]\n", "label": {"final": "Winter is from December average temperature is between lowest average temperature is", "init": "Winter is from December to February average temperature is between lowest average temperature is", "intermediate": ["Winter is from December to average temperature is between lowest average temperature is"]}, "config": {"num_remove_word": 2, "num_sentences": 43652, "sentence": "Winter is from December to February average temperature is between lowest average temperature is", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["February", "to"]}, "task_name": "task20", "example_name": "0002", "problem_name": "task20_0002"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAlthough initially some progress was made the Germans managed to hold Orsogna throughout December amidst intense hand to hand fighting\nWords: [was, Germans]\n", "label": {"final": "Although initially some progress made the managed to hold Orsogna throughout December amidst intense hand to hand fighting", "init": "Although initially some progress was made the Germans managed to hold Orsogna throughout December amidst intense hand to hand fighting", "intermediate": ["Although initially some progress made the Germans managed to hold Orsogna throughout December amidst intense hand to hand fighting"]}, "config": {"num_remove_word": 2, "num_sentences": 43652, "sentence": "Although initially some progress was made the Germans managed to hold Orsogna throughout December amidst intense hand to hand fighting", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["was", "Germans"]}, "task_name": "task20", "example_name": "0003", "problem_name": "task20_0003"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nDuring the holiday season Bristol Motor Speedway hosts Pinnacle Speedway in Lights an event featuring christmas light displays along a 5 mile route around the Speedway and its grounds as well as other activities\nWords: [the, around]\n", "label": {"final": "During holiday season Bristol Motor Speedway hosts Pinnacle Speedway in Lights an event featuring christmas light displays along a 5 mile route the Speedway and its grounds as well as other activities", "init": "During the holiday season Bristol Motor Speedway hosts Pinnacle Speedway in Lights an event featuring christmas light displays along a 5 mile route around the Speedway and its grounds as well as other activities", "intermediate": ["During holiday season Bristol Motor Speedway hosts Pinnacle Speedway in Lights an event featuring christmas light displays along a 5 mile route around the Speedway and its grounds as well as other activities"]}, "config": {"num_remove_word": 2, "num_sentences": 43652, "sentence": "During the holiday season Bristol Motor Speedway hosts Pinnacle Speedway in Lights an event featuring christmas light displays along a 5 mile route around the Speedway and its grounds as well as other activities", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["the", "around"]}, "task_name": "task20", "example_name": "0004", "problem_name": "task20_0004"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nBy April 10 2013 Anthems had sold about 14 000 copies in the United States according to Nielsen Soundscan\nWords: [14, sold]\n", "label": {"final": "By April 10 2013 Anthems had about 000 copies in the United States according to Nielsen Soundscan", "init": "By April 10 2013 Anthems had sold about 14 000 copies in the United States according to Nielsen Soundscan", "intermediate": ["By April 10 2013 Anthems had sold about 000 copies in the United States according to Nielsen Soundscan"]}, "config": {"num_remove_word": 2, "num_sentences": 43652, "sentence": "By April 10 2013 Anthems had sold about 14 000 copies in the United States according to Nielsen Soundscan", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["14", "sold"]}, "task_name": "task20", "example_name": "0005", "problem_name": "task20_0005"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nOn November 21 1958 Gamson married dancer Annabelle Gamson\nWords: [dancer, Annabelle]\n", "label": {"final": "On November 21 1958 Gamson married Gamson", "init": "On November 21 1958 Gamson married dancer Annabelle Gamson", "intermediate": ["On November 21 1958 Gamson married Annabelle Gamson"]}, "config": {"num_remove_word": 2, "num_sentences": 43652, "sentence": "On November 21 1958 Gamson married dancer Annabelle Gamson", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["dancer", "Annabelle"]}, "task_name": "task20", "example_name": "0006", "problem_name": "task20_0006"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe south Central Andes in the past were the site of large scale dacitic ignimbrite forming eruptions and the formation of calderas linked to the interaction between a subducting slab and the overlying crust\nWords: [interaction, eruptions]\n", "label": {"final": "The south Central Andes in the past were the site of large scale dacitic ignimbrite forming and the formation of calderas linked to the between a subducting slab and the overlying crust", "init": "The south Central Andes in the past were the site of large scale dacitic ignimbrite forming eruptions and the formation of calderas linked to the interaction between a subducting slab and the overlying crust", "intermediate": ["The south Central Andes in the past were the site of large scale dacitic ignimbrite forming eruptions and the formation of calderas linked to the between a subducting slab and the overlying crust"]}, "config": {"num_remove_word": 2, "num_sentences": 43652, "sentence": "The south Central Andes in the past were the site of large scale dacitic ignimbrite forming eruptions and the formation of calderas linked to the interaction between a subducting slab and the overlying crust", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["interaction", "eruptions"]}, "task_name": "task20", "example_name": "0007", "problem_name": "task20_0007"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nWhile most manufacturers have been identified to Birmingham there is evidence of manufacturing in Sheffield England\nWords: [is, evidence]\n", "label": {"final": "While most manufacturers have been identified to Birmingham there of manufacturing in Sheffield England", "init": "While most manufacturers have been identified to Birmingham there is evidence of manufacturing in Sheffield England", "intermediate": ["While most manufacturers have been identified to Birmingham there evidence of manufacturing in Sheffield England"]}, "config": {"num_remove_word": 2, "num_sentences": 43652, "sentence": "While most manufacturers have been identified to Birmingham there is evidence of manufacturing in Sheffield England", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["is", "evidence"]}, "task_name": "task20", "example_name": "0008", "problem_name": "task20_0008"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAs a result rollout of vaccine has been disrupted by supply shortfalls\nWords: [of, rollout]\n", "label": {"final": "As a result vaccine has been disrupted by supply shortfalls", "init": "As a result rollout of vaccine has been disrupted by supply shortfalls", "intermediate": ["As a result rollout vaccine has been disrupted by supply shortfalls"]}, "config": {"num_remove_word": 2, "num_sentences": 43652, "sentence": "As a result rollout of vaccine has been disrupted by supply shortfalls", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["of", "rollout"]}, "task_name": "task20", "example_name": "0009", "problem_name": "task20_0009"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nWhile Sushita launches an effort to invite Sean to Tokyo to determine whether he is a potential threat to their investment by using Tanaka Yamaguchi Tom is certain that Janet is there at Forbes to spy on him as she suspects his hand in the death of the breast cancer patients and should therefore be silenced as the previous nurse was for interfering in his affairs\nWords: [previous, Tom, of]\n", "label": {"final": "While Sushita launches an effort to invite Sean to Tokyo to determine whether he is a potential threat to their investment by using Tanaka Yamaguchi is certain that Janet is there at Forbes to spy on him as she suspects his hand in the death the breast cancer patients and should therefore be silenced as the nurse was for interfering in his affairs", "init": "While Sushita launches an effort to invite Sean to Tokyo to determine whether he is a potential threat to their investment by using Tanaka Yamaguchi Tom is certain that Janet is there at Forbes to spy on him as she suspects his hand in the death of the breast cancer patients and should therefore be silenced as the previous nurse was for interfering in his affairs", "intermediate": ["While Sushita launches an effort to invite Sean to Tokyo to determine whether he is a potential threat to their investment by using Tanaka Yamaguchi Tom is certain that Janet is there at Forbes to spy on him as she suspects his hand in the death of the breast cancer patients and should therefore be silenced as the nurse was for interfering in his affairs", "While Sushita launches an effort to invite Sean to Tokyo to determine whether he is a potential threat to their investment by using Tanaka Yamaguchi is certain that Janet is there at Forbes to spy on him as she suspects his hand in the death of the breast cancer patients and should therefore be silenced as the nurse was for interfering in his affairs"]}, "config": {"num_remove_word": 3, "num_sentences": 43652, "sentence": "While Sushita launches an effort to invite Sean to Tokyo to determine whether he is a potential threat to their investment by using Tanaka Yamaguchi Tom is certain that Janet is there at Forbes to spy on him as she suspects his hand in the death of the breast cancer patients and should therefore be silenced as the previous nurse was for interfering in his affairs", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["previous", "Tom", "of"]}, "task_name": "task20", "example_name": "0010", "problem_name": "task20_0010"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nDuring an interview with CBS s The Early Show season 17 runners up Brook Roberts and Claire Champlin revealed they were asked to take part on the season but couldn t due to the latter s pregnancy\nWords: [the, up, interview]\n", "label": {"final": "During an with CBS s The Early Show season 17 runners Brook Roberts and Claire Champlin revealed they were asked to take part on season but couldn t due to the latter s pregnancy", "init": "During an interview with CBS s The Early Show season 17 runners up Brook Roberts and Claire Champlin revealed they were asked to take part on the season but couldn t due to the latter s pregnancy", "intermediate": ["During an interview with CBS s The Early Show season 17 runners up Brook Roberts and Claire Champlin revealed they were asked to take part on season but couldn t due to the latter s pregnancy", "During an interview with CBS s The Early Show season 17 runners Brook Roberts and Claire Champlin revealed they were asked to take part on season but couldn t due to the latter s pregnancy"]}, "config": {"num_remove_word": 3, "num_sentences": 43652, "sentence": "During an interview with CBS s The Early Show season 17 runners up Brook Roberts and Claire Champlin revealed they were asked to take part on the season but couldn t due to the latter s pregnancy", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["the", "up", "interview"]}, "task_name": "task20", "example_name": "0011", "problem_name": "task20_0011"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nS Series is a fleet of sounding rockets funded by the Japan Aerospace Exploration Agency JAXA that have been in service since the late 1960s\nWords: [S, by, fleet]\n", "label": {"final": "Series is a of sounding rockets funded the Japan Aerospace Exploration Agency JAXA that have been in service since the late 1960s", "init": "S Series is a fleet of sounding rockets funded by the Japan Aerospace Exploration Agency JAXA that have been in service since the late 1960s", "intermediate": ["Series is a fleet of sounding rockets funded by the Japan Aerospace Exploration Agency JAXA that have been in service since the late 1960s", "Series is a fleet of sounding rockets funded the Japan Aerospace Exploration Agency JAXA that have been in service since the late 1960s"]}, "config": {"num_remove_word": 3, "num_sentences": 43652, "sentence": "S Series is a fleet of sounding rockets funded by the Japan Aerospace Exploration Agency JAXA that have been in service since the late 1960s", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["S", "by", "fleet"]}, "task_name": "task20", "example_name": "0012", "problem_name": "task20_0012"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nSimilar fates struck Vibonati Santa Marina San Giovanni a Piro Torre Orsaia and Roccagloriosa\nWords: [fates, San, Orsaia]\n", "label": {"final": "Similar struck Vibonati Santa Marina Giovanni a Piro Torre and Roccagloriosa", "init": "Similar fates struck Vibonati Santa Marina San Giovanni a Piro Torre Orsaia and Roccagloriosa", "intermediate": ["Similar struck Vibonati Santa Marina San Giovanni a Piro Torre Orsaia and Roccagloriosa", "Similar struck Vibonati Santa Marina Giovanni a Piro Torre Orsaia and Roccagloriosa"]}, "config": {"num_remove_word": 3, "num_sentences": 43652, "sentence": "Similar fates struck Vibonati Santa Marina San Giovanni a Piro Torre Orsaia and Roccagloriosa", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["fates", "San", "Orsaia"]}, "task_name": "task20", "example_name": "0013", "problem_name": "task20_0013"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIf successful they ask whether this person desires contact with the adoptee\nWords: [ask, the, contact]\n", "label": {"final": "If successful they whether this person desires with adoptee", "init": "If successful they ask whether this person desires contact with the adoptee", "intermediate": ["If successful they whether this person desires contact with the adoptee", "If successful they whether this person desires contact with adoptee"]}, "config": {"num_remove_word": 3, "num_sentences": 43652, "sentence": "If successful they ask whether this person desires contact with the adoptee", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["ask", "the", "contact"]}, "task_name": "task20", "example_name": "0014", "problem_name": "task20_0014"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe album was West s only LP release for Permian Records a small Dallas based country music label distributed by MCA Records\nWords: [West, The, was]\n", "label": {"final": "album s only LP release for Permian Records a small Dallas based country music label distributed by MCA Records", "init": "The album was West s only LP release for Permian Records a small Dallas based country music label distributed by MCA Records", "intermediate": ["The album was s only LP release for Permian Records a small Dallas based country music label distributed by MCA Records", "album was s only LP release for Permian Records a small Dallas based country music label distributed by MCA Records"]}, "config": {"num_remove_word": 3, "num_sentences": 43652, "sentence": "The album was West s only LP release for Permian Records a small Dallas based country music label distributed by MCA Records", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["West", "The", "was"]}, "task_name": "task20", "example_name": "0015", "problem_name": "task20_0015"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn this role he became close to John White who frequently made use of Tyrie when it came to convincing older UDA members of the benefits of the Agreement\nWords: [John, older, benefits]\n", "label": {"final": "In this role he became close to White who frequently made use of Tyrie when it came to convincing UDA members of the of the Agreement", "init": "In this role he became close to John White who frequently made use of Tyrie when it came to convincing older UDA members of the benefits of the Agreement", "intermediate": ["In this role he became close to White who frequently made use of Tyrie when it came to convincing older UDA members of the benefits of the Agreement", "In this role he became close to White who frequently made use of Tyrie when it came to convincing UDA members of the benefits of the Agreement"]}, "config": {"num_remove_word": 3, "num_sentences": 43652, "sentence": "In this role he became close to John White who frequently made use of Tyrie when it came to convincing older UDA members of the benefits of the Agreement", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["John", "older", "benefits"]}, "task_name": "task20", "example_name": "0016", "problem_name": "task20_0016"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nWalter Baker the head of General Electric s research labs called Aiken to set up a meeting but Aiken demanded they sign a non disclosure agreement and Baker refused\nWords: [a, set, General]\n", "label": {"final": "Walter Baker the head of Electric s research labs called Aiken to up meeting but Aiken demanded they sign a non disclosure agreement and Baker refused", "init": "Walter Baker the head of General Electric s research labs called Aiken to set up a meeting but Aiken demanded they sign a non disclosure agreement and Baker refused", "intermediate": ["Walter Baker the head of General Electric s research labs called Aiken to set up meeting but Aiken demanded they sign a non disclosure agreement and Baker refused", "Walter Baker the head of General Electric s research labs called Aiken to up meeting but Aiken demanded they sign a non disclosure agreement and Baker refused"]}, "config": {"num_remove_word": 3, "num_sentences": 43652, "sentence": "Walter Baker the head of General Electric s research labs called Aiken to set up a meeting but Aiken demanded they sign a non disclosure agreement and Baker refused", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["a", "set", "General"]}, "task_name": "task20", "example_name": "0017", "problem_name": "task20_0017"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn 2019 City Lit was awarded the Festival of Learning President s Award for its outstanding contribution to adult education over 100 years\nWords: [outstanding, 100, was]\n", "label": {"final": "In 2019 City Lit awarded the Festival of Learning President s Award for its contribution to adult education over years", "init": "In 2019 City Lit was awarded the Festival of Learning President s Award for its outstanding contribution to adult education over 100 years", "intermediate": ["In 2019 City Lit was awarded the Festival of Learning President s Award for its contribution to adult education over 100 years", "In 2019 City Lit was awarded the Festival of Learning President s Award for its contribution to adult education over years"]}, "config": {"num_remove_word": 3, "num_sentences": 43652, "sentence": "In 2019 City Lit was awarded the Festival of Learning President s Award for its outstanding contribution to adult education over 100 years", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["outstanding", "100", "was"]}, "task_name": "task20", "example_name": "0018", "problem_name": "task20_0018"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nBeginning in 1908 La Follette repeatedly sought election as the president\nWords: [repeatedly, in, as]\n", "label": {"final": "Beginning 1908 La Follette sought election the president", "init": "Beginning in 1908 La Follette repeatedly sought election as the president", "intermediate": ["Beginning in 1908 La Follette sought election as the president", "Beginning 1908 La Follette sought election as the president"]}, "config": {"num_remove_word": 3, "num_sentences": 43652, "sentence": "Beginning in 1908 La Follette repeatedly sought election as the president", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["repeatedly", "in", "as"]}, "task_name": "task20", "example_name": "0019", "problem_name": "task20_0019"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHowever the water content is higher than in boehmite\nWords: [However, boehmite, water, the]\n", "label": {"final": "content is higher than in", "init": "However the water content is higher than in boehmite", "intermediate": ["the water content is higher than in boehmite", "the water content is higher than in", "the content is higher than in"]}, "config": {"num_remove_word": 4, "num_sentences": 43652, "sentence": "However the water content is higher than in boehmite", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["However", "boehmite", "water", "the"]}, "task_name": "task20", "example_name": "0020", "problem_name": "task20_0020"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nWhile in London she gained a solid reputation as a concert soprano a genre she cultivated almost exclusively until her retirement\nWords: [genre, concert, a, solid]\n", "label": {"final": "While in London she gained reputation as a soprano a she cultivated almost exclusively until her retirement", "init": "While in London she gained a solid reputation as a concert soprano a genre she cultivated almost exclusively until her retirement", "intermediate": ["While in London she gained a solid reputation as a concert soprano a she cultivated almost exclusively until her retirement", "While in London she gained a solid reputation as a soprano a she cultivated almost exclusively until her retirement", "While in London she gained solid reputation as a soprano a she cultivated almost exclusively until her retirement"]}, "config": {"num_remove_word": 4, "num_sentences": 43652, "sentence": "While in London she gained a solid reputation as a concert soprano a genre she cultivated almost exclusively until her retirement", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["genre", "concert", "a", "solid"]}, "task_name": "task20", "example_name": "0021", "problem_name": "task20_0021"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nGuled Haji was a Somali sage and the Aqil or leader of the Baha Sugule branch of the powerful Rer Ainanshe Habr Yunis\nWords: [Yunis, Haji, Baha, Sugule]\n", "label": {"final": "Guled was a Somali sage and the Aqil or leader of the branch of the powerful Rer Ainanshe Habr", "init": "Guled Haji was a Somali sage and the Aqil or leader of the Baha Sugule branch of the powerful Rer Ainanshe Habr Yunis", "intermediate": ["Guled Haji was a Somali sage and the Aqil or leader of the Baha Sugule branch of the powerful Rer Ainanshe Habr", "Guled was a Somali sage and the Aqil or leader of the Baha Sugule branch of the powerful Rer Ainanshe Habr", "Guled was a Somali sage and the Aqil or leader of the Sugule branch of the powerful Rer Ainanshe Habr"]}, "config": {"num_remove_word": 4, "num_sentences": 43652, "sentence": "Guled Haji was a Somali sage and the Aqil or leader of the Baha Sugule branch of the powerful Rer Ainanshe Habr Yunis", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Yunis", "Haji", "Baha", "Sugule"]}, "task_name": "task20", "example_name": "0022", "problem_name": "task20_0022"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIt lies approximately south of Chennai city\nWords: [lies, approximately, city, It]\n", "label": {"final": "south of Chennai", "init": "It lies approximately south of Chennai city", "intermediate": ["It approximately south of Chennai city", "It south of Chennai city", "It south of Chennai"]}, "config": {"num_remove_word": 4, "num_sentences": 43652, "sentence": "It lies approximately south of Chennai city", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["lies", "approximately", "city", "It"]}, "task_name": "task20", "example_name": "0023", "problem_name": "task20_0023"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nBefore entering politics he was an associate professor of politics and African studies at the State University of New York\nWords: [African, politics, professor, an]\n", "label": {"final": "Before entering he was associate of politics and studies at the State University of New York", "init": "Before entering politics he was an associate professor of politics and African studies at the State University of New York", "intermediate": ["Before entering politics he was an associate professor of politics and studies at the State University of New York", "Before entering he was an associate professor of politics and studies at the State University of New York", "Before entering he was an associate of politics and studies at the State University of New York"]}, "config": {"num_remove_word": 4, "num_sentences": 43652, "sentence": "Before entering politics he was an associate professor of politics and African studies at the State University of New York", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["African", "politics", "professor", "an"]}, "task_name": "task20", "example_name": "0024", "problem_name": "task20_0024"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn 1982 his great nephew unveiled a memorial stone to him in Poets Corner Westminster Abbey\nWords: [nephew, 1982, Abbey, Westminster]\n", "label": {"final": "In his great unveiled a memorial stone to him in Poets Corner", "init": "In 1982 his great nephew unveiled a memorial stone to him in Poets Corner Westminster Abbey", "intermediate": ["In 1982 his great unveiled a memorial stone to him in Poets Corner Westminster Abbey", "In his great unveiled a memorial stone to him in Poets Corner Westminster Abbey", "In his great unveiled a memorial stone to him in Poets Corner Westminster"]}, "config": {"num_remove_word": 4, "num_sentences": 43652, "sentence": "In 1982 his great nephew unveiled a memorial stone to him in Poets Corner Westminster Abbey", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["nephew", "1982", "Abbey", "Westminster"]}, "task_name": "task20", "example_name": "0025", "problem_name": "task20_0025"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nShe would later find employ in Benton Harbor Michigan working for the Benton Harbor Area Schools and would become the principal of a school in that district\nWords: [find, Michigan, Benton, Area]\n", "label": {"final": "She would later employ in Harbor working for the Benton Harbor Schools and would become the principal of a school in that district", "init": "She would later find employ in Benton Harbor Michigan working for the Benton Harbor Area Schools and would become the principal of a school in that district", "intermediate": ["She would later employ in Benton Harbor Michigan working for the Benton Harbor Area Schools and would become the principal of a school in that district", "She would later employ in Benton Harbor working for the Benton Harbor Area Schools and would become the principal of a school in that district", "She would later employ in Harbor working for the Benton Harbor Area Schools and would become the principal of a school in that district"]}, "config": {"num_remove_word": 4, "num_sentences": 43652, "sentence": "She would later find employ in Benton Harbor Michigan working for the Benton Harbor Area Schools and would become the principal of a school in that district", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["find", "Michigan", "Benton", "Area"]}, "task_name": "task20", "example_name": "0026", "problem_name": "task20_0026"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nGhassanid rule also brought a period of considerable prosperity for the Arabs on the eastern fringes of Syria as evidenced by a spread of urbanization and the sponsorship of several churches monasteries and other buildings\nWords: [several, considerable, by, eastern]\n", "label": {"final": "Ghassanid rule also brought a period of prosperity for the Arabs on the fringes of Syria as evidenced a spread of urbanization and the sponsorship of churches monasteries and other buildings", "init": "Ghassanid rule also brought a period of considerable prosperity for the Arabs on the eastern fringes of Syria as evidenced by a spread of urbanization and the sponsorship of several churches monasteries and other buildings", "intermediate": ["Ghassanid rule also brought a period of considerable prosperity for the Arabs on the eastern fringes of Syria as evidenced by a spread of urbanization and the sponsorship of churches monasteries and other buildings", "Ghassanid rule also brought a period of prosperity for the Arabs on the eastern fringes of Syria as evidenced by a spread of urbanization and the sponsorship of churches monasteries and other buildings", "Ghassanid rule also brought a period of prosperity for the Arabs on the eastern fringes of Syria as evidenced a spread of urbanization and the sponsorship of churches monasteries and other buildings"]}, "config": {"num_remove_word": 4, "num_sentences": 43652, "sentence": "Ghassanid rule also brought a period of considerable prosperity for the Arabs on the eastern fringes of Syria as evidenced by a spread of urbanization and the sponsorship of several churches monasteries and other buildings", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["several", "considerable", "by", "eastern"]}, "task_name": "task20", "example_name": "0027", "problem_name": "task20_0027"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe first well was completed in 1890 and in 1893 first refinery started at Margharita Assam\nWords: [and, started, in, Assam]\n", "label": {"final": "The first well was completed 1890 in 1893 first refinery at Margharita", "init": "The first well was completed in 1890 and in 1893 first refinery started at Margharita Assam", "intermediate": ["The first well was completed in 1890 in 1893 first refinery started at Margharita Assam", "The first well was completed in 1890 in 1893 first refinery at Margharita Assam", "The first well was completed 1890 in 1893 first refinery at Margharita Assam"]}, "config": {"num_remove_word": 4, "num_sentences": 43652, "sentence": "The first well was completed in 1890 and in 1893 first refinery started at Margharita Assam", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["and", "started", "in", "Assam"]}, "task_name": "task20", "example_name": "0028", "problem_name": "task20_0028"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe then Cleveland Indians now known as the Cleveland Guardians like the Browns and Cavaliers also experienced the curse\nWords: [as, then, now, Cavaliers]\n", "label": {"final": "The Cleveland Indians known the Cleveland Guardians like the Browns and also experienced the curse", "init": "The then Cleveland Indians now known as the Cleveland Guardians like the Browns and Cavaliers also experienced the curse", "intermediate": ["The then Cleveland Indians now known the Cleveland Guardians like the Browns and Cavaliers also experienced the curse", "The Cleveland Indians now known the Cleveland Guardians like the Browns and Cavaliers also experienced the curse", "The Cleveland Indians known the Cleveland Guardians like the Browns and Cavaliers also experienced the curse"]}, "config": {"num_remove_word": 4, "num_sentences": 43652, "sentence": "The then Cleveland Indians now known as the Cleveland Guardians like the Browns and Cavaliers also experienced the curse", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["as", "then", "now", "Cavaliers"]}, "task_name": "task20", "example_name": "0029", "problem_name": "task20_0029"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nFrom then on her praxis has been focused on editions of artists books and other multidisciplinary projects\nWords: [then, her, and, artists, on]\n", "label": {"final": "From praxis has been focused on editions of books other multidisciplinary projects", "init": "From then on her praxis has been focused on editions of artists books and other multidisciplinary projects", "intermediate": ["From on her praxis has been focused on editions of artists books and other multidisciplinary projects", "From on praxis has been focused on editions of artists books and other multidisciplinary projects", "From on praxis has been focused on editions of artists books other multidisciplinary projects", "From on praxis has been focused on editions of books other multidisciplinary projects"]}, "config": {"num_remove_word": 5, "num_sentences": 43652, "sentence": "From then on her praxis has been focused on editions of artists books and other multidisciplinary projects", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["then", "her", "and", "artists", "on"]}, "task_name": "task20", "example_name": "0030", "problem_name": "task20_0030"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nGovernment assistance is offered to those cultivators who prepare rice paddies instead and those practicing tavy are fined or in extreme cases imprisoned\nWords: [in, those, cultivators, practicing, instead]\n", "label": {"final": "Government assistance is offered to who prepare rice paddies and those tavy are fined or extreme cases imprisoned", "init": "Government assistance is offered to those cultivators who prepare rice paddies instead and those practicing tavy are fined or in extreme cases imprisoned", "intermediate": ["Government assistance is offered to those cultivators who prepare rice paddies instead and those practicing tavy are fined or extreme cases imprisoned", "Government assistance is offered to cultivators who prepare rice paddies instead and those practicing tavy are fined or extreme cases imprisoned", "Government assistance is offered to who prepare rice paddies instead and those practicing tavy are fined or extreme cases imprisoned", "Government assistance is offered to who prepare rice paddies instead and those tavy are fined or extreme cases imprisoned"]}, "config": {"num_remove_word": 5, "num_sentences": 43652, "sentence": "Government assistance is offered to those cultivators who prepare rice paddies instead and those practicing tavy are fined or in extreme cases imprisoned", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["in", "those", "cultivators", "practicing", "instead"]}, "task_name": "task20", "example_name": "0031", "problem_name": "task20_0031"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThis government fell in the 2004 elections amid allegations of corruption and was succeeded by further unstable coalitions which have been subject to similar allegations\nWords: [similar, have, to, corruption, fell]\n", "label": {"final": "This government in the 2004 elections amid allegations of and was succeeded by further unstable coalitions which been subject allegations", "init": "This government fell in the 2004 elections amid allegations of corruption and was succeeded by further unstable coalitions which have been subject to similar allegations", "intermediate": ["This government fell in the 2004 elections amid allegations of corruption and was succeeded by further unstable coalitions which have been subject to allegations", "This government fell in the 2004 elections amid allegations of corruption and was succeeded by further unstable coalitions which been subject to allegations", "This government fell in the 2004 elections amid allegations of corruption and was succeeded by further unstable coalitions which been subject allegations", "This government fell in the 2004 elections amid allegations of and was succeeded by further unstable coalitions which been subject allegations"]}, "config": {"num_remove_word": 5, "num_sentences": 43652, "sentence": "This government fell in the 2004 elections amid allegations of corruption and was succeeded by further unstable coalitions which have been subject to similar allegations", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["similar", "have", "to", "corruption", "fell"]}, "task_name": "task20", "example_name": "0032", "problem_name": "task20_0032"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nSometimes this effect is referred to as Induced demand\nWords: [demand, Sometimes, to, this, is]\n", "label": {"final": "effect referred as Induced", "init": "Sometimes this effect is referred to as Induced demand", "intermediate": ["Sometimes this effect is referred to as Induced", "this effect is referred to as Induced", "this effect is referred as Induced", "effect is referred as Induced"]}, "config": {"num_remove_word": 5, "num_sentences": 43652, "sentence": "Sometimes this effect is referred to as Induced demand", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["demand", "Sometimes", "to", "this", "is"]}, "task_name": "task20", "example_name": "0033", "problem_name": "task20_0033"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn full operation since 2019 NEON gathers and provides long term standardized data on ecological responses of the biosphere to changes in land use and climate and on feedback with the geosphere hydrosphere and atmosphere\nWords: [changes, provides, atmosphere, use, and]\n", "label": {"final": "In full operation since 2019 NEON gathers long term standardized data on ecological responses of the biosphere to in land and climate and on feedback with the geosphere hydrosphere and", "init": "In full operation since 2019 NEON gathers and provides long term standardized data on ecological responses of the biosphere to changes in land use and climate and on feedback with the geosphere hydrosphere and atmosphere", "intermediate": ["In full operation since 2019 NEON gathers and provides long term standardized data on ecological responses of the biosphere to in land use and climate and on feedback with the geosphere hydrosphere and atmosphere", "In full operation since 2019 NEON gathers and long term standardized data on ecological responses of the biosphere to in land use and climate and on feedback with the geosphere hydrosphere and atmosphere", "In full operation since 2019 NEON gathers and long term standardized data on ecological responses of the biosphere to in land use and climate and on feedback with the geosphere hydrosphere and", "In full operation since 2019 NEON gathers and long term standardized data on ecological responses of the biosphere to in land and climate and on feedback with the geosphere hydrosphere and"]}, "config": {"num_remove_word": 5, "num_sentences": 43652, "sentence": "In full operation since 2019 NEON gathers and provides long term standardized data on ecological responses of the biosphere to changes in land use and climate and on feedback with the geosphere hydrosphere and atmosphere", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["changes", "provides", "atmosphere", "use", "and"]}, "task_name": "task20", "example_name": "0034", "problem_name": "task20_0034"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAfter at first withdrawing toward Vicenza the Austrians gamely reoccupied the field of battle on 22 November\nWords: [November, toward, field, After, 22]\n", "label": {"final": "at first withdrawing Vicenza the Austrians gamely reoccupied the of battle on", "init": "After at first withdrawing toward Vicenza the Austrians gamely reoccupied the field of battle on 22 November", "intermediate": ["After at first withdrawing toward Vicenza the Austrians gamely reoccupied the field of battle on 22", "After at first withdrawing Vicenza the Austrians gamely reoccupied the field of battle on 22", "After at first withdrawing Vicenza the Austrians gamely reoccupied the of battle on 22", "at first withdrawing Vicenza the Austrians gamely reoccupied the of battle on 22"]}, "config": {"num_remove_word": 5, "num_sentences": 43652, "sentence": "After at first withdrawing toward Vicenza the Austrians gamely reoccupied the field of battle on 22 November", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["November", "toward", "field", "After", "22"]}, "task_name": "task20", "example_name": "0035", "problem_name": "task20_0035"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nChild Power receives the letter and sets out to find Mister Fox\nWords: [receives, Child, the, Mister, and]\n", "label": {"final": "Power letter sets out to find Fox", "init": "Child Power receives the letter and sets out to find Mister Fox", "intermediate": ["Child Power the letter and sets out to find Mister Fox", "Power the letter and sets out to find Mister Fox", "Power letter and sets out to find Mister Fox", "Power letter and sets out to find Fox"]}, "config": {"num_remove_word": 5, "num_sentences": 43652, "sentence": "Child Power receives the letter and sets out to find Mister Fox", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["receives", "Child", "the", "Mister", "and"]}, "task_name": "task20", "example_name": "0036", "problem_name": "task20_0036"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIt raises a note by three semitones or a whole tone and a semitone\nWords: [by, raises, semitones, tone, or]\n", "label": {"final": "It a note three a whole and a semitone", "init": "It raises a note by three semitones or a whole tone and a semitone", "intermediate": ["It raises a note three semitones or a whole tone and a semitone", "It a note three semitones or a whole tone and a semitone", "It a note three or a whole tone and a semitone", "It a note three or a whole and a semitone"]}, "config": {"num_remove_word": 5, "num_sentences": 43652, "sentence": "It raises a note by three semitones or a whole tone and a semitone", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["by", "raises", "semitones", "tone", "or"]}, "task_name": "task20", "example_name": "0037", "problem_name": "task20_0037"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAfter high school Galbreath attended Mount Union College in Alliance Ohio from which he graduated with a Master of Arts in 1883\nWords: [1883, in, of, which, College]\n", "label": {"final": "After high school Galbreath attended Mount Union Alliance Ohio from he graduated with a Master Arts in", "init": "After high school Galbreath attended Mount Union College in Alliance Ohio from which he graduated with a Master of Arts in 1883", "intermediate": ["After high school Galbreath attended Mount Union College in Alliance Ohio from which he graduated with a Master of Arts in", "After high school Galbreath attended Mount Union College Alliance Ohio from which he graduated with a Master of Arts in", "After high school Galbreath attended Mount Union College Alliance Ohio from which he graduated with a Master Arts in", "After high school Galbreath attended Mount Union College Alliance Ohio from he graduated with a Master Arts in"]}, "config": {"num_remove_word": 5, "num_sentences": 43652, "sentence": "After high school Galbreath attended Mount Union College in Alliance Ohio from which he graduated with a Master of Arts in 1883", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["1883", "in", "of", "which", "College"]}, "task_name": "task20", "example_name": "0038", "problem_name": "task20_0038"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIt was as a horticulture student that Bye was first exposed to the work of Frank Lloyd Wright\nWords: [was, to, Frank, as, a]\n", "label": {"final": "It horticulture student that Bye was first exposed the work of Lloyd Wright", "init": "It was as a horticulture student that Bye was first exposed to the work of Frank Lloyd Wright", "intermediate": ["It as a horticulture student that Bye was first exposed to the work of Frank Lloyd Wright", "It as a horticulture student that Bye was first exposed the work of Frank Lloyd Wright", "It as a horticulture student that Bye was first exposed the work of Lloyd Wright", "It a horticulture student that Bye was first exposed the work of Lloyd Wright"]}, "config": {"num_remove_word": 5, "num_sentences": 43652, "sentence": "It was as a horticulture student that Bye was first exposed to the work of Frank Lloyd Wright", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["was", "to", "Frank", "as", "a"]}, "task_name": "task20", "example_name": "0039", "problem_name": "task20_0039"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAfter the creation of the Beit Hanoun wedge and other Israeli offensives in Operation Yoav the Egyptian staff withdrew to Gaza and most of their forces concentrated in what is today the Gaza Strip\nWords: [other, today, concentrated, to, Beit, the]\n", "label": {"final": "After creation of the Hanoun wedge and Israeli offensives in Operation Yoav the Egyptian staff withdrew Gaza and most of their forces in what is the Gaza Strip", "init": "After the creation of the Beit Hanoun wedge and other Israeli offensives in Operation Yoav the Egyptian staff withdrew to Gaza and most of their forces concentrated in what is today the Gaza Strip", "intermediate": ["After the creation of the Beit Hanoun wedge and Israeli offensives in Operation Yoav the Egyptian staff withdrew to Gaza and most of their forces concentrated in what is today the Gaza Strip", "After the creation of the Beit Hanoun wedge and Israeli offensives in Operation Yoav the Egyptian staff withdrew to Gaza and most of their forces concentrated in what is the Gaza Strip", "After the creation of the Beit Hanoun wedge and Israeli offensives in Operation Yoav the Egyptian staff withdrew to Gaza and most of their forces in what is the Gaza Strip", "After the creation of the Beit Hanoun wedge and Israeli offensives in Operation Yoav the Egyptian staff withdrew Gaza and most of their forces in what is the Gaza Strip", "After the creation of the Hanoun wedge and Israeli offensives in Operation Yoav the Egyptian staff withdrew Gaza and most of their forces in what is the Gaza Strip"]}, "config": {"num_remove_word": 6, "num_sentences": 43652, "sentence": "After the creation of the Beit Hanoun wedge and other Israeli offensives in Operation Yoav the Egyptian staff withdrew to Gaza and most of their forces concentrated in what is today the Gaza Strip", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["other", "today", "concentrated", "to", "Beit", "the"]}, "task_name": "task20", "example_name": "0040", "problem_name": "task20_0040"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe delta robot is a parallel robot i e it consists of multiple kinematic chains connecting the base with the end effector\nWords: [is, a, kinematic, end, connecting, the]\n", "label": {"final": "The delta robot parallel robot i e it consists of multiple chains base with the effector", "init": "The delta robot is a parallel robot i e it consists of multiple kinematic chains connecting the base with the end effector", "intermediate": ["The delta robot a parallel robot i e it consists of multiple kinematic chains connecting the base with the end effector", "The delta robot parallel robot i e it consists of multiple kinematic chains connecting the base with the end effector", "The delta robot parallel robot i e it consists of multiple chains connecting the base with the end effector", "The delta robot parallel robot i e it consists of multiple chains connecting the base with the effector", "The delta robot parallel robot i e it consists of multiple chains the base with the effector"]}, "config": {"num_remove_word": 6, "num_sentences": 43652, "sentence": "The delta robot is a parallel robot i e it consists of multiple kinematic chains connecting the base with the end effector", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["is", "a", "kinematic", "end", "connecting", "the"]}, "task_name": "task20", "example_name": "0041", "problem_name": "task20_0041"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAround the release of the second album Aleksandr Vaynberg and Oleg Zenin left the band in order to start their own group called Nashe Delo\nWords: [of, Vaynberg, album, Zenin, and, Around]\n", "label": {"final": "the release the second Aleksandr Oleg left the band in order to start their own group called Nashe Delo", "init": "Around the release of the second album Aleksandr Vaynberg and Oleg Zenin left the band in order to start their own group called Nashe Delo", "intermediate": ["Around the release the second album Aleksandr Vaynberg and Oleg Zenin left the band in order to start their own group called Nashe Delo", "Around the release the second album Aleksandr and Oleg Zenin left the band in order to start their own group called Nashe Delo", "Around the release the second Aleksandr and Oleg Zenin left the band in order to start their own group called Nashe Delo", "Around the release the second Aleksandr and Oleg left the band in order to start their own group called Nashe Delo", "Around the release the second Aleksandr Oleg left the band in order to start their own group called Nashe Delo"]}, "config": {"num_remove_word": 6, "num_sentences": 43652, "sentence": "Around the release of the second album Aleksandr Vaynberg and Oleg Zenin left the band in order to start their own group called Nashe Delo", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["of", "Vaynberg", "album", "Zenin", "and", "Around"]}, "task_name": "task20", "example_name": "0042", "problem_name": "task20_0042"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nBrookstead State School open on 25 January 1915\nWords: [School, January, 1915, State, Brookstead, open]\n", "label": {"final": "on 25", "init": "Brookstead State School open on 25 January 1915", "intermediate": ["Brookstead State open on 25 January 1915", "Brookstead State open on 25 1915", "Brookstead State open on 25", "Brookstead open on 25", "open on 25"]}, "config": {"num_remove_word": 6, "num_sentences": 43652, "sentence": "Brookstead State School open on 25 January 1915", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["School", "January", "1915", "State", "Brookstead", "open"]}, "task_name": "task20", "example_name": "0043", "problem_name": "task20_0043"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn July 1552 the Ottoman fleet of 123 ships led by Dragut Rais ravaged the entire coast and besieged Policastro for three days\nWords: [and, fleet, coast, besieged, Rais, In]\n", "label": {"final": "July 1552 the Ottoman of 123 ships led by Dragut ravaged the entire Policastro for three days", "init": "In July 1552 the Ottoman fleet of 123 ships led by Dragut Rais ravaged the entire coast and besieged Policastro for three days", "intermediate": ["In July 1552 the Ottoman fleet of 123 ships led by Dragut Rais ravaged the entire coast besieged Policastro for three days", "In July 1552 the Ottoman of 123 ships led by Dragut Rais ravaged the entire coast besieged Policastro for three days", "In July 1552 the Ottoman of 123 ships led by Dragut Rais ravaged the entire besieged Policastro for three days", "In July 1552 the Ottoman of 123 ships led by Dragut Rais ravaged the entire Policastro for three days", "In July 1552 the Ottoman of 123 ships led by Dragut ravaged the entire Policastro for three days"]}, "config": {"num_remove_word": 6, "num_sentences": 43652, "sentence": "In July 1552 the Ottoman fleet of 123 ships led by Dragut Rais ravaged the entire coast and besieged Policastro for three days", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["and", "fleet", "coast", "besieged", "Rais", "In"]}, "task_name": "task20", "example_name": "0044", "problem_name": "task20_0044"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe wars and subsequent commercial trapping of beavers was devastating to the local beaver population\nWords: [beavers, of, trapping, devastating, to, the]\n", "label": {"final": "The wars and subsequent commercial was local beaver population", "init": "The wars and subsequent commercial trapping of beavers was devastating to the local beaver population", "intermediate": ["The wars and subsequent commercial trapping of was devastating to the local beaver population", "The wars and subsequent commercial trapping was devastating to the local beaver population", "The wars and subsequent commercial was devastating to the local beaver population", "The wars and subsequent commercial was to the local beaver population", "The wars and subsequent commercial was the local beaver population"]}, "config": {"num_remove_word": 6, "num_sentences": 43652, "sentence": "The wars and subsequent commercial trapping of beavers was devastating to the local beaver population", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["beavers", "of", "trapping", "devastating", "to", "the"]}, "task_name": "task20", "example_name": "0045", "problem_name": "task20_0045"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn the 1990s the offer of law degrees in Portugal became widespread across the entire country through both public and private university institutions\nWords: [institutions, in, degrees, of, 1990s, private]\n", "label": {"final": "In the the offer law Portugal became widespread across the entire country through both public and university", "init": "In the 1990s the offer of law degrees in Portugal became widespread across the entire country through both public and private university institutions", "intermediate": ["In the 1990s the offer of law degrees in Portugal became widespread across the entire country through both public and private university", "In the 1990s the offer of law degrees Portugal became widespread across the entire country through both public and private university", "In the 1990s the offer of law Portugal became widespread across the entire country through both public and private university", "In the 1990s the offer law Portugal became widespread across the entire country through both public and private university", "In the the offer law Portugal became widespread across the entire country through both public and private university"]}, "config": {"num_remove_word": 6, "num_sentences": 43652, "sentence": "In the 1990s the offer of law degrees in Portugal became widespread across the entire country through both public and private university institutions", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["institutions", "in", "degrees", "of", "1990s", "private"]}, "task_name": "task20", "example_name": "0046", "problem_name": "task20_0046"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nJWH 250 was discovered by and named after the researcher John W Huffman\nWords: [W, the, John, discovered, Huffman, 250]\n", "label": {"final": "JWH was by and named after researcher", "init": "JWH 250 was discovered by and named after the researcher John W Huffman", "intermediate": ["JWH 250 was discovered by and named after the researcher John Huffman", "JWH 250 was discovered by and named after researcher John Huffman", "JWH 250 was discovered by and named after researcher Huffman", "JWH 250 was by and named after researcher Huffman", "JWH 250 was by and named after researcher"]}, "config": {"num_remove_word": 6, "num_sentences": 43652, "sentence": "JWH 250 was discovered by and named after the researcher John W Huffman", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["W", "the", "John", "discovered", "Huffman", "250"]}, "task_name": "task20", "example_name": "0047", "problem_name": "task20_0047"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAllow time this can be a long step to come up with additional mechanics and gameplay\nWords: [long, come, be, up, step, this]\n", "label": {"final": "Allow time can a to with additional mechanics and gameplay", "init": "Allow time this can be a long step to come up with additional mechanics and gameplay", "intermediate": ["Allow time this can be a step to come up with additional mechanics and gameplay", "Allow time this can be a step to up with additional mechanics and gameplay", "Allow time this can a step to up with additional mechanics and gameplay", "Allow time this can a step to with additional mechanics and gameplay", "Allow time this can a to with additional mechanics and gameplay"]}, "config": {"num_remove_word": 6, "num_sentences": 43652, "sentence": "Allow time this can be a long step to come up with additional mechanics and gameplay", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["long", "come", "be", "up", "step", "this"]}, "task_name": "task20", "example_name": "0048", "problem_name": "task20_0048"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nRobert Burns sent a copy of the original song to the Scots Musical Museum in 1788 with the remark The following song an old song of the olden times and which has never been in print nor even in manuscript until I took it down from an old man\nWords: [even, original, nor, song, The, I]\n", "label": {"final": "Robert Burns sent a copy of the to the Scots Musical Museum in 1788 with the remark following song an old song of the olden times and which has never been in print in manuscript until took it down from an old man", "init": "Robert Burns sent a copy of the original song to the Scots Musical Museum in 1788 with the remark The following song an old song of the olden times and which has never been in print nor even in manuscript until I took it down from an old man", "intermediate": ["Robert Burns sent a copy of the original song to the Scots Musical Museum in 1788 with the remark The following song an old song of the olden times and which has never been in print nor in manuscript until I took it down from an old man", "Robert Burns sent a copy of the song to the Scots Musical Museum in 1788 with the remark The following song an old song of the olden times and which has never been in print nor in manuscript until I took it down from an old man", "Robert Burns sent a copy of the song to the Scots Musical Museum in 1788 with the remark The following song an old song of the olden times and which has never been in print in manuscript until I took it down from an old man", "Robert Burns sent a copy of the to the Scots Musical Museum in 1788 with the remark The following song an old song of the olden times and which has never been in print in manuscript until I took it down from an old man", "Robert Burns sent a copy of the to the Scots Musical Museum in 1788 with the remark following song an old song of the olden times and which has never been in print in manuscript until I took it down from an old man"]}, "config": {"num_remove_word": 6, "num_sentences": 43652, "sentence": "Robert Burns sent a copy of the original song to the Scots Musical Museum in 1788 with the remark The following song an old song of the olden times and which has never been in print nor even in manuscript until I took it down from an old man", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["even", "original", "nor", "song", "The", "I"]}, "task_name": "task20", "example_name": "0049", "problem_name": "task20_0049"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn the late 1950s Eugene Stoner designed the AR 10 battle rifle to equip U S troops\nWords: [Stoner, designed, U, battle, In, troops, AR]\n", "label": {"final": "the late 1950s Eugene the 10 rifle to equip S", "init": "In the late 1950s Eugene Stoner designed the AR 10 battle rifle to equip U S troops", "intermediate": ["In the late 1950s Eugene designed the AR 10 battle rifle to equip U S troops", "In the late 1950s Eugene the AR 10 battle rifle to equip U S troops", "In the late 1950s Eugene the AR 10 battle rifle to equip S troops", "In the late 1950s Eugene the AR 10 rifle to equip S troops", "the late 1950s Eugene the AR 10 rifle to equip S troops", "the late 1950s Eugene the AR 10 rifle to equip S"]}, "config": {"num_remove_word": 7, "num_sentences": 43652, "sentence": "In the late 1950s Eugene Stoner designed the AR 10 battle rifle to equip U S troops", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Stoner", "designed", "U", "battle", "In", "troops", "AR"]}, "task_name": "task20", "example_name": "0050", "problem_name": "task20_0050"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nMichael was involved in several motions pertaining to infrastructure and health in the legislature\nWords: [and, motions, several, the, health, pertaining, infrastructure]\n", "label": {"final": "Michael was involved in to in legislature", "init": "Michael was involved in several motions pertaining to infrastructure and health in the legislature", "intermediate": ["Michael was involved in several motions pertaining to infrastructure health in the legislature", "Michael was involved in several pertaining to infrastructure health in the legislature", "Michael was involved in pertaining to infrastructure health in the legislature", "Michael was involved in pertaining to infrastructure health in legislature", "Michael was involved in pertaining to infrastructure in legislature", "Michael was involved in to infrastructure in legislature"]}, "config": {"num_remove_word": 7, "num_sentences": 43652, "sentence": "Michael was involved in several motions pertaining to infrastructure and health in the legislature", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["and", "motions", "several", "the", "health", "pertaining", "infrastructure"]}, "task_name": "task20", "example_name": "0051", "problem_name": "task20_0051"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn March 2008 Wally was featured in a Lake Geneva Wisconsin mayoral campaign political cartoon with a dialogue bubble reading I graduated with Bill Chesen referring to candidate Chesen s Almeda University bachelor s degree\nWords: [a, In, candidate, bubble, University, featured, Almeda]\n", "label": {"final": "March 2008 Wally was in Lake Geneva Wisconsin mayoral campaign political cartoon with a dialogue reading I graduated with Bill Chesen referring to Chesen s bachelor s degree", "init": "In March 2008 Wally was featured in a Lake Geneva Wisconsin mayoral campaign political cartoon with a dialogue bubble reading I graduated with Bill Chesen referring to candidate Chesen s Almeda University bachelor s degree", "intermediate": ["In March 2008 Wally was featured in Lake Geneva Wisconsin mayoral campaign political cartoon with a dialogue bubble reading I graduated with Bill Chesen referring to candidate Chesen s Almeda University bachelor s degree", "March 2008 Wally was featured in Lake Geneva Wisconsin mayoral campaign political cartoon with a dialogue bubble reading I graduated with Bill Chesen referring to candidate Chesen s Almeda University bachelor s degree", "March 2008 Wally was featured in Lake Geneva Wisconsin mayoral campaign political cartoon with a dialogue bubble reading I graduated with Bill Chesen referring to Chesen s Almeda University bachelor s degree", "March 2008 Wally was featured in Lake Geneva Wisconsin mayoral campaign political cartoon with a dialogue reading I graduated with Bill Chesen referring to Chesen s Almeda University bachelor s degree", "March 2008 Wally was featured in Lake Geneva Wisconsin mayoral campaign political cartoon with a dialogue reading I graduated with Bill Chesen referring to Chesen s Almeda bachelor s degree", "March 2008 Wally was in Lake Geneva Wisconsin mayoral campaign political cartoon with a dialogue reading I graduated with Bill Chesen referring to Chesen s Almeda bachelor s degree"]}, "config": {"num_remove_word": 7, "num_sentences": 43652, "sentence": "In March 2008 Wally was featured in a Lake Geneva Wisconsin mayoral campaign political cartoon with a dialogue bubble reading I graduated with Bill Chesen referring to candidate Chesen s Almeda University bachelor s degree", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["a", "In", "candidate", "bubble", "University", "featured", "Almeda"]}, "task_name": "task20", "example_name": "0052", "problem_name": "task20_0052"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nBefore joining the Peoples Party he was part of the Muslim League F but joined the Peoples Party after settling for the governorship\nWords: [Before, Muslim, League, the, F, joined, after]\n", "label": {"final": "joining Peoples Party he was part of the but the Peoples Party settling for the governorship", "init": "Before joining the Peoples Party he was part of the Muslim League F but joined the Peoples Party after settling for the governorship", "intermediate": ["joining the Peoples Party he was part of the Muslim League F but joined the Peoples Party after settling for the governorship", "joining the Peoples Party he was part of the League F but joined the Peoples Party after settling for the governorship", "joining the Peoples Party he was part of the F but joined the Peoples Party after settling for the governorship", "joining Peoples Party he was part of the F but joined the Peoples Party after settling for the governorship", "joining Peoples Party he was part of the but joined the Peoples Party after settling for the governorship", "joining Peoples Party he was part of the but the Peoples Party after settling for the governorship"]}, "config": {"num_remove_word": 7, "num_sentences": 43652, "sentence": "Before joining the Peoples Party he was part of the Muslim League F but joined the Peoples Party after settling for the governorship", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Before", "Muslim", "League", "the", "F", "joined", "after"]}, "task_name": "task20", "example_name": "0053", "problem_name": "task20_0053"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIt is located in the village of Eivindvik\nWords: [It, the, Eivindvik, in, is, village, of]\n", "label": {"final": "located", "init": "It is located in the village of Eivindvik", "intermediate": ["is located in the village of Eivindvik", "is located in village of Eivindvik", "is located in village of", "is located village of", "located village of", "located of"]}, "config": {"num_remove_word": 7, "num_sentences": 43652, "sentence": "It is located in the village of Eivindvik", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["It", "the", "Eivindvik", "in", "is", "village", "of"]}, "task_name": "task20", "example_name": "0054", "problem_name": "task20_0054"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe castle formed the caput or main castle at the centre of the Honour of Haughley\nWords: [Haughley, caput, the, at, main, Honour, formed]\n", "label": {"final": "The castle or castle the centre of the of", "init": "The castle formed the caput or main castle at the centre of the Honour of Haughley", "intermediate": ["The castle formed the caput or main castle at the centre of the Honour of", "The castle formed the or main castle at the centre of the Honour of", "The castle formed or main castle at the centre of the Honour of", "The castle formed or main castle the centre of the Honour of", "The castle formed or castle the centre of the Honour of", "The castle formed or castle the centre of the of"]}, "config": {"num_remove_word": 7, "num_sentences": 43652, "sentence": "The castle formed the caput or main castle at the centre of the Honour of Haughley", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Haughley", "caput", "the", "at", "main", "Honour", "formed"]}, "task_name": "task20", "example_name": "0055", "problem_name": "task20_0055"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nOn 27 September 2016 al Mahdi was sentenced to nine years in prison for the destruction of cultural world heritage in the Malian city of Timbuktu\nWords: [in, the, al, sentenced, Malian, On, was]\n", "label": {"final": "27 September 2016 Mahdi to nine years prison for destruction of cultural world heritage in the city of Timbuktu", "init": "On 27 September 2016 al Mahdi was sentenced to nine years in prison for the destruction of cultural world heritage in the Malian city of Timbuktu", "intermediate": ["On 27 September 2016 al Mahdi was sentenced to nine years prison for the destruction of cultural world heritage in the Malian city of Timbuktu", "On 27 September 2016 al Mahdi was sentenced to nine years prison for destruction of cultural world heritage in the Malian city of Timbuktu", "On 27 September 2016 Mahdi was sentenced to nine years prison for destruction of cultural world heritage in the Malian city of Timbuktu", "On 27 September 2016 Mahdi was to nine years prison for destruction of cultural world heritage in the Malian city of Timbuktu", "On 27 September 2016 Mahdi was to nine years prison for destruction of cultural world heritage in the city of Timbuktu", "27 September 2016 Mahdi was to nine years prison for destruction of cultural world heritage in the city of Timbuktu"]}, "config": {"num_remove_word": 7, "num_sentences": 43652, "sentence": "On 27 September 2016 al Mahdi was sentenced to nine years in prison for the destruction of cultural world heritage in the Malian city of Timbuktu", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["in", "the", "al", "sentenced", "Malian", "On", "was"]}, "task_name": "task20", "example_name": "0056", "problem_name": "task20_0056"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nCommonly called World Juniors and Junior Worlds the event determined the World Junior champions in the disciplines of men s singles ladies singles pair skating and ice dancing\nWords: [singles, ice, dancing, men, disciplines, pair, skating]\n", "label": {"final": "Commonly called World Juniors and Junior Worlds the event determined the World Junior champions in the of s ladies singles and", "init": "Commonly called World Juniors and Junior Worlds the event determined the World Junior champions in the disciplines of men s singles ladies singles pair skating and ice dancing", "intermediate": ["Commonly called World Juniors and Junior Worlds the event determined the World Junior champions in the disciplines of men s ladies singles pair skating and ice dancing", "Commonly called World Juniors and Junior Worlds the event determined the World Junior champions in the disciplines of men s ladies singles pair skating and dancing", "Commonly called World Juniors and Junior Worlds the event determined the World Junior champions in the disciplines of men s ladies singles pair skating and", "Commonly called World Juniors and Junior Worlds the event determined the World Junior champions in the disciplines of s ladies singles pair skating and", "Commonly called World Juniors and Junior Worlds the event determined the World Junior champions in the of s ladies singles pair skating and", "Commonly called World Juniors and Junior Worlds the event determined the World Junior champions in the of s ladies singles skating and"]}, "config": {"num_remove_word": 7, "num_sentences": 43652, "sentence": "Commonly called World Juniors and Junior Worlds the event determined the World Junior champions in the disciplines of men s singles ladies singles pair skating and ice dancing", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["singles", "ice", "dancing", "men", "disciplines", "pair", "skating"]}, "task_name": "task20", "example_name": "0057", "problem_name": "task20_0057"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nFor sheet metal forming analysis within the metal forming process a successful technique requires a non contact optical 3D deformation measuring system\nWords: [requires, contact, forming, optical, the, 3D, non]\n", "label": {"final": "For sheet metal analysis within metal forming process a successful technique a deformation measuring system", "init": "For sheet metal forming analysis within the metal forming process a successful technique requires a non contact optical 3D deformation measuring system", "intermediate": ["For sheet metal forming analysis within the metal forming process a successful technique a non contact optical 3D deformation measuring system", "For sheet metal forming analysis within the metal forming process a successful technique a non optical 3D deformation measuring system", "For sheet metal analysis within the metal forming process a successful technique a non optical 3D deformation measuring system", "For sheet metal analysis within the metal forming process a successful technique a non 3D deformation measuring system", "For sheet metal analysis within metal forming process a successful technique a non 3D deformation measuring system", "For sheet metal analysis within metal forming process a successful technique a non deformation measuring system"]}, "config": {"num_remove_word": 7, "num_sentences": 43652, "sentence": "For sheet metal forming analysis within the metal forming process a successful technique requires a non contact optical 3D deformation measuring system", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["requires", "contact", "forming", "optical", "the", "3D", "non"]}, "task_name": "task20", "example_name": "0058", "problem_name": "task20_0058"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nWhen at one point of time in early career of his life Ghanshyam Das Birla suffered heavy losses and had decided to sell the mill to Andrew Yule group Jugal Kishore stood by him and told him not to worry about money but to run the mill as efficiently as he could which led to revival of Birla Jute now the flagship company of Aditya Birla Group\nWords: [in, efficiently, Group, revival, one, stood, flagship]\n", "label": {"final": "When at point of time early career of his life Ghanshyam Das Birla suffered heavy losses and had decided to sell the mill to Andrew Yule group Jugal Kishore by him and told him not to worry about money but to run the mill as as he could which led to of Birla Jute now the company of Aditya Birla", "init": "When at one point of time in early career of his life Ghanshyam Das Birla suffered heavy losses and had decided to sell the mill to Andrew Yule group Jugal Kishore stood by him and told him not to worry about money but to run the mill as efficiently as he could which led to revival of Birla Jute now the flagship company of Aditya Birla Group", "intermediate": ["When at one point of time early career of his life Ghanshyam Das Birla suffered heavy losses and had decided to sell the mill to Andrew Yule group Jugal Kishore stood by him and told him not to worry about money but to run the mill as efficiently as he could which led to revival of Birla Jute now the flagship company of Aditya Birla Group", "When at one point of time early career of his life Ghanshyam Das Birla suffered heavy losses and had decided to sell the mill to Andrew Yule group Jugal Kishore stood by him and told him not to worry about money but to run the mill as as he could which led to revival of Birla Jute now the flagship company of Aditya Birla Group", "When at one point of time early career of his life Ghanshyam Das Birla suffered heavy losses and had decided to sell the mill to Andrew Yule group Jugal Kishore stood by him and told him not to worry about money but to run the mill as as he could which led to revival of Birla Jute now the flagship company of Aditya Birla", "When at one point of time early career of his life Ghanshyam Das Birla suffered heavy losses and had decided to sell the mill to Andrew Yule group Jugal Kishore stood by him and told him not to worry about money but to run the mill as as he could which led to of Birla Jute now the flagship company of Aditya Birla", "When at point of time early career of his life Ghanshyam Das Birla suffered heavy losses and had decided to sell the mill to Andrew Yule group Jugal Kishore stood by him and told him not to worry about money but to run the mill as as he could which led to of Birla Jute now the flagship company of Aditya Birla", "When at point of time early career of his life Ghanshyam Das Birla suffered heavy losses and had decided to sell the mill to Andrew Yule group Jugal Kishore by him and told him not to worry about money but to run the mill as as he could which led to of Birla Jute now the flagship company of Aditya Birla"]}, "config": {"num_remove_word": 7, "num_sentences": 43652, "sentence": "When at one point of time in early career of his life Ghanshyam Das Birla suffered heavy losses and had decided to sell the mill to Andrew Yule group Jugal Kishore stood by him and told him not to worry about money but to run the mill as efficiently as he could which led to revival of Birla Jute now the flagship company of Aditya Birla Group", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["in", "efficiently", "Group", "revival", "one", "stood", "flagship"]}, "task_name": "task20", "example_name": "0059", "problem_name": "task20_0059"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn recent times before massive reconstruction the area was known for its prostitution circles which had stalled the economic development of the area and is something that still exists under cover in its numerous massage centres\nWords: [and, for, stalled, numerous, had, exists, area, was]\n", "label": {"final": "In recent times before massive reconstruction the known its prostitution circles which the economic development of the area is something that still under cover in its massage centres", "init": "In recent times before massive reconstruction the area was known for its prostitution circles which had stalled the economic development of the area and is something that still exists under cover in its numerous massage centres", "intermediate": ["In recent times before massive reconstruction the area was known for its prostitution circles which had stalled the economic development of the area is something that still exists under cover in its numerous massage centres", "In recent times before massive reconstruction the area was known its prostitution circles which had stalled the economic development of the area is something that still exists under cover in its numerous massage centres", "In recent times before massive reconstruction the area was known its prostitution circles which had the economic development of the area is something that still exists under cover in its numerous massage centres", "In recent times before massive reconstruction the area was known its prostitution circles which had the economic development of the area is something that still exists under cover in its massage centres", "In recent times before massive reconstruction the area was known its prostitution circles which the economic development of the area is something that still exists under cover in its massage centres", "In recent times before massive reconstruction the area was known its prostitution circles which the economic development of the area is something that still under cover in its massage centres", "In recent times before massive reconstruction the was known its prostitution circles which the economic development of the area is something that still under cover in its massage centres"]}, "config": {"num_remove_word": 8, "num_sentences": 43652, "sentence": "In recent times before massive reconstruction the area was known for its prostitution circles which had stalled the economic development of the area and is something that still exists under cover in its numerous massage centres", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["and", "for", "stalled", "numerous", "had", "exists", "area", "was"]}, "task_name": "task20", "example_name": "0060", "problem_name": "task20_0060"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHe retired from the Air Force on August 31 1975\nWords: [on, 31, Force, from, August, Air, 1975, retired]\n", "label": {"final": "He the", "init": "He retired from the Air Force on August 31 1975", "intermediate": ["He retired from the Air Force August 31 1975", "He retired from the Air Force August 1975", "He retired from the Air August 1975", "He retired the Air August 1975", "He retired the Air 1975", "He retired the 1975", "He retired the"]}, "config": {"num_remove_word": 8, "num_sentences": 43652, "sentence": "He retired from the Air Force on August 31 1975", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["on", "31", "Force", "from", "August", "Air", "1975", "retired"]}, "task_name": "task20", "example_name": "0061", "problem_name": "task20_0061"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nMost of the historical farming in Madagascar has been conducted by indigenous peoples\nWords: [peoples, conducted, indigenous, Most, has, farming, the, by]\n", "label": {"final": "of historical in Madagascar been", "init": "Most of the historical farming in Madagascar has been conducted by indigenous peoples", "intermediate": ["Most of the historical farming in Madagascar has been conducted by indigenous", "Most of the historical farming in Madagascar has been by indigenous", "Most of the historical farming in Madagascar has been by", "of the historical farming in Madagascar has been by", "of the historical farming in Madagascar been by", "of the historical in Madagascar been by", "of historical in Madagascar been by"]}, "config": {"num_remove_word": 8, "num_sentences": 43652, "sentence": "Most of the historical farming in Madagascar has been conducted by indigenous peoples", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["peoples", "conducted", "indigenous", "Most", "has", "farming", "the", "by"]}, "task_name": "task20", "example_name": "0062", "problem_name": "task20_0062"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nBill Lamb of About com praised the album s production values writing that Waking Up is that its a work of expert pop music craft concluding that band shows off their versatility in rhythm instrumentation and mood\nWords: [a, writing, expert, mood, the, craft, its, work]\n", "label": {"final": "Bill Lamb of About com praised album s production values that Waking Up is that of pop music concluding that band shows off their versatility in rhythm instrumentation and", "init": "Bill Lamb of About com praised the album s production values writing that Waking Up is that its a work of expert pop music craft concluding that band shows off their versatility in rhythm instrumentation and mood", "intermediate": ["Bill Lamb of About com praised the album s production values writing that Waking Up is that its work of expert pop music craft concluding that band shows off their versatility in rhythm instrumentation and mood", "Bill Lamb of About com praised the album s production values that Waking Up is that its work of expert pop music craft concluding that band shows off their versatility in rhythm instrumentation and mood", "Bill Lamb of About com praised the album s production values that Waking Up is that its work of pop music craft concluding that band shows off their versatility in rhythm instrumentation and mood", "Bill Lamb of About com praised the album s production values that Waking Up is that its work of pop music craft concluding that band shows off their versatility in rhythm instrumentation and", "Bill Lamb of About com praised album s production values that Waking Up is that its work of pop music craft concluding that band shows off their versatility in rhythm instrumentation and", "Bill Lamb of About com praised album s production values that Waking Up is that its work of pop music concluding that band shows off their versatility in rhythm instrumentation and", "Bill Lamb of About com praised album s production values that Waking Up is that work of pop music concluding that band shows off their versatility in rhythm instrumentation and"]}, "config": {"num_remove_word": 8, "num_sentences": 43652, "sentence": "Bill Lamb of About com praised the album s production values writing that Waking Up is that its a work of expert pop music craft concluding that band shows off their versatility in rhythm instrumentation and mood", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["a", "writing", "expert", "mood", "the", "craft", "its", "work"]}, "task_name": "task20", "example_name": "0063", "problem_name": "task20_0063"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHe graduated from Montclair High School in Montclair New Jersey\nWords: [from, He, Jersey, New, School, in, Montclair, High]\n", "label": {"final": "graduated Montclair", "init": "He graduated from Montclair High School in Montclair New Jersey", "intermediate": ["He graduated Montclair High School in Montclair New Jersey", "graduated Montclair High School in Montclair New Jersey", "graduated Montclair High School in Montclair New", "graduated Montclair High School in Montclair", "graduated Montclair High in Montclair", "graduated Montclair High Montclair", "graduated High Montclair"]}, "config": {"num_remove_word": 8, "num_sentences": 43652, "sentence": "He graduated from Montclair High School in Montclair New Jersey", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["from", "He", "Jersey", "New", "School", "in", "Montclair", "High"]}, "task_name": "task20", "example_name": "0064", "problem_name": "task20_0064"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe Troika government reasserted state control over 80 percent of the mosques that had been taken over by extremists in the chaotic period immediately after the revolution\nWords: [been, in, by, immediately, state, 80, of, The]\n", "label": {"final": "Troika government reasserted control over percent the mosques that had taken over extremists the chaotic period after the revolution", "init": "The Troika government reasserted state control over 80 percent of the mosques that had been taken over by extremists in the chaotic period immediately after the revolution", "intermediate": ["The Troika government reasserted state control over 80 percent of the mosques that had taken over by extremists in the chaotic period immediately after the revolution", "The Troika government reasserted state control over 80 percent of the mosques that had taken over by extremists the chaotic period immediately after the revolution", "The Troika government reasserted state control over 80 percent of the mosques that had taken over extremists the chaotic period immediately after the revolution", "The Troika government reasserted state control over 80 percent of the mosques that had taken over extremists the chaotic period after the revolution", "The Troika government reasserted control over 80 percent of the mosques that had taken over extremists the chaotic period after the revolution", "The Troika government reasserted control over percent of the mosques that had taken over extremists the chaotic period after the revolution", "The Troika government reasserted control over percent the mosques that had taken over extremists the chaotic period after the revolution"]}, "config": {"num_remove_word": 8, "num_sentences": 43652, "sentence": "The Troika government reasserted state control over 80 percent of the mosques that had been taken over by extremists in the chaotic period immediately after the revolution", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["been", "in", "by", "immediately", "state", "80", "of", "The"]}, "task_name": "task20", "example_name": "0065", "problem_name": "task20_0065"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nSome extant copies are signed with Falbe s monogram have survived\nWords: [are, survived, s, Some, signed, with, copies, monogram]\n", "label": {"final": "extant Falbe have", "init": "Some extant copies are signed with Falbe s monogram have survived", "intermediate": ["Some extant copies signed with Falbe s monogram have survived", "Some extant copies signed with Falbe s monogram have", "Some extant copies signed with Falbe monogram have", "extant copies signed with Falbe monogram have", "extant copies with Falbe monogram have", "extant copies Falbe monogram have", "extant Falbe monogram have"]}, "config": {"num_remove_word": 8, "num_sentences": 43652, "sentence": "Some extant copies are signed with Falbe s monogram have survived", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["are", "survived", "s", "Some", "signed", "with", "copies", "monogram"]}, "task_name": "task20", "example_name": "0066", "problem_name": "task20_0066"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe race was promoted to Group 3 level in 2009 and became a Group 2 event in 2011\nWords: [promoted, a, was, The, 2, and, 2011, race]\n", "label": {"final": "to Group 3 level in 2009 became Group event in", "init": "The race was promoted to Group 3 level in 2009 and became a Group 2 event in 2011", "intermediate": ["The race was to Group 3 level in 2009 and became a Group 2 event in 2011", "The race was to Group 3 level in 2009 and became Group 2 event in 2011", "The race to Group 3 level in 2009 and became Group 2 event in 2011", "race to Group 3 level in 2009 and became Group 2 event in 2011", "race to Group 3 level in 2009 and became Group event in 2011", "race to Group 3 level in 2009 became Group event in 2011", "race to Group 3 level in 2009 became Group event in"]}, "config": {"num_remove_word": 8, "num_sentences": 43652, "sentence": "The race was promoted to Group 3 level in 2009 and became a Group 2 event in 2011", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["promoted", "a", "was", "The", "2", "and", "2011", "race"]}, "task_name": "task20", "example_name": "0067", "problem_name": "task20_0067"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe original Basque version was published by Editorial Erein in 1988 and the author s own Spanish version was published by Ediciones B in 1989\nWords: [1989, s, author, original, Spanish, the, and, Editorial]\n", "label": {"final": "The Basque version was published by Erein in 1988 own version was published by Ediciones B in", "init": "The original Basque version was published by Editorial Erein in 1988 and the author s own Spanish version was published by Ediciones B in 1989", "intermediate": ["The original Basque version was published by Editorial Erein in 1988 and the author s own Spanish version was published by Ediciones B in", "The original Basque version was published by Editorial Erein in 1988 and the author own Spanish version was published by Ediciones B in", "The original Basque version was published by Editorial Erein in 1988 and the own Spanish version was published by Ediciones B in", "The Basque version was published by Editorial Erein in 1988 and the own Spanish version was published by Ediciones B in", "The Basque version was published by Editorial Erein in 1988 and the own version was published by Ediciones B in", "The Basque version was published by Editorial Erein in 1988 and own version was published by Ediciones B in", "The Basque version was published by Editorial Erein in 1988 own version was published by Ediciones B in"]}, "config": {"num_remove_word": 8, "num_sentences": 43652, "sentence": "The original Basque version was published by Editorial Erein in 1988 and the author s own Spanish version was published by Ediciones B in 1989", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["1989", "s", "author", "original", "Spanish", "the", "and", "Editorial"]}, "task_name": "task20", "example_name": "0068", "problem_name": "task20_0068"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nMES related businesses include BAE Systems Submarine Solutions BAE Systems Surface Ships BAE Systems Insyte and Selex ES now a part of Leonardo S p A\nWords: [a, part, and, Ships, S, Leonardo, BAE, Submarine]\n", "label": {"final": "MES related businesses include Systems Solutions BAE Systems Surface BAE Systems Insyte Selex ES now of p A", "init": "MES related businesses include BAE Systems Submarine Solutions BAE Systems Surface Ships BAE Systems Insyte and Selex ES now a part of Leonardo S p A", "intermediate": ["MES related businesses include BAE Systems Submarine Solutions BAE Systems Surface Ships BAE Systems Insyte and Selex ES now part of Leonardo S p A", "MES related businesses include BAE Systems Submarine Solutions BAE Systems Surface Ships BAE Systems Insyte and Selex ES now of Leonardo S p A", "MES related businesses include BAE Systems Submarine Solutions BAE Systems Surface Ships BAE Systems Insyte Selex ES now of Leonardo S p A", "MES related businesses include BAE Systems Submarine Solutions BAE Systems Surface BAE Systems Insyte Selex ES now of Leonardo S p A", "MES related businesses include BAE Systems Submarine Solutions BAE Systems Surface BAE Systems Insyte Selex ES now of Leonardo p A", "MES related businesses include BAE Systems Submarine Solutions BAE Systems Surface BAE Systems Insyte Selex ES now of p A", "MES related businesses include Systems Submarine Solutions BAE Systems Surface BAE Systems Insyte Selex ES now of p A"]}, "config": {"num_remove_word": 8, "num_sentences": 43652, "sentence": "MES related businesses include BAE Systems Submarine Solutions BAE Systems Surface Ships BAE Systems Insyte and Selex ES now a part of Leonardo S p A", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["a", "part", "and", "Ships", "S", "Leonardo", "BAE", "Submarine"]}, "task_name": "task20", "example_name": "0069", "problem_name": "task20_0069"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHe qualified in eighth position but retired after nine laps with an oil pump problem\nWords: [but, problem, after, in, oil, qualified, eighth, an, with]\n", "label": {"final": "He position retired nine laps pump", "init": "He qualified in eighth position but retired after nine laps with an oil pump problem", "intermediate": ["He qualified in eighth position retired after nine laps with an oil pump problem", "He qualified in eighth position retired after nine laps with an oil pump", "He qualified in eighth position retired nine laps with an oil pump", "He qualified eighth position retired nine laps with an oil pump", "He qualified eighth position retired nine laps with an pump", "He eighth position retired nine laps with an pump", "He position retired nine laps with an pump", "He position retired nine laps with pump"]}, "config": {"num_remove_word": 9, "num_sentences": 43652, "sentence": "He qualified in eighth position but retired after nine laps with an oil pump problem", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["but", "problem", "after", "in", "oil", "qualified", "eighth", "an", "with"]}, "task_name": "task20", "example_name": "0070", "problem_name": "task20_0070"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nA romantic poem called Solitude appeared in The Train under the authorship of Lewis Carroll\nWords: [Carroll, poem, A, under, Train, called, appeared, in, the]\n", "label": {"final": "romantic Solitude The authorship of Lewis", "init": "A romantic poem called Solitude appeared in The Train under the authorship of Lewis Carroll", "intermediate": ["A romantic poem called Solitude appeared in The Train under the authorship of Lewis", "A romantic called Solitude appeared in The Train under the authorship of Lewis", "romantic called Solitude appeared in The Train under the authorship of Lewis", "romantic called Solitude appeared in The Train the authorship of Lewis", "romantic called Solitude appeared in The the authorship of Lewis", "romantic Solitude appeared in The the authorship of Lewis", "romantic Solitude in The the authorship of Lewis", "romantic Solitude The the authorship of Lewis"]}, "config": {"num_remove_word": 9, "num_sentences": 43652, "sentence": "A romantic poem called Solitude appeared in The Train under the authorship of Lewis Carroll", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Carroll", "poem", "A", "under", "Train", "called", "appeared", "in", "the"]}, "task_name": "task20", "example_name": "0071", "problem_name": "task20_0071"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nDuring this period an average of five new papers were created every year\nWords: [period, every, year, five, this, average, created, were, an]\n", "label": {"final": "During of new papers", "init": "During this period an average of five new papers were created every year", "intermediate": ["During this an average of five new papers were created every year", "During this an average of five new papers were created year", "During this an average of five new papers were created", "During this an average of new papers were created", "During an average of new papers were created", "During an of new papers were created", "During an of new papers were", "During an of new papers"]}, "config": {"num_remove_word": 9, "num_sentences": 43652, "sentence": "During this period an average of five new papers were created every year", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["period", "every", "year", "five", "this", "average", "created", "were", "an"]}, "task_name": "task20", "example_name": "0072", "problem_name": "task20_0072"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn May 2013 the General Staff said that the unit would be tasked with security of the 2014 Winter Olympic Games in Sochi and that the SOF now comprised air and naval components\nWords: [Staff, air, the, would, 2014, tasked, Winter, naval, In]\n", "label": {"final": "May 2013 General said that the unit be with security of the Olympic Games in Sochi and that the SOF now comprised and components", "init": "In May 2013 the General Staff said that the unit would be tasked with security of the 2014 Winter Olympic Games in Sochi and that the SOF now comprised air and naval components", "intermediate": ["In May 2013 the General said that the unit would be tasked with security of the 2014 Winter Olympic Games in Sochi and that the SOF now comprised air and naval components", "In May 2013 the General said that the unit would be tasked with security of the 2014 Winter Olympic Games in Sochi and that the SOF now comprised and naval components", "In May 2013 General said that the unit would be tasked with security of the 2014 Winter Olympic Games in Sochi and that the SOF now comprised and naval components", "In May 2013 General said that the unit be tasked with security of the 2014 Winter Olympic Games in Sochi and that the SOF now comprised and naval components", "In May 2013 General said that the unit be tasked with security of the Winter Olympic Games in Sochi and that the SOF now comprised and naval components", "In May 2013 General said that the unit be with security of the Winter Olympic Games in Sochi and that the SOF now comprised and naval components", "In May 2013 General said that the unit be with security of the Olympic Games in Sochi and that the SOF now comprised and naval components", "In May 2013 General said that the unit be with security of the Olympic Games in Sochi and that the SOF now comprised and components"]}, "config": {"num_remove_word": 9, "num_sentences": 43652, "sentence": "In May 2013 the General Staff said that the unit would be tasked with security of the 2014 Winter Olympic Games in Sochi and that the SOF now comprised air and naval components", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Staff", "air", "the", "would", "2014", "tasked", "Winter", "naval", "In"]}, "task_name": "task20", "example_name": "0073", "problem_name": "task20_0073"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nOil production in 2005 was down from in 1996 of which crude oil accounted for\nWords: [from, 2005, production, oil, down, for, accounted, 1996, was]\n", "label": {"final": "Oil in in of which crude", "init": "Oil production in 2005 was down from in 1996 of which crude oil accounted for", "intermediate": ["Oil production in 2005 was down in 1996 of which crude oil accounted for", "Oil production in was down in 1996 of which crude oil accounted for", "Oil in was down in 1996 of which crude oil accounted for", "Oil in was down in 1996 of which crude accounted for", "Oil in was in 1996 of which crude accounted for", "Oil in was in 1996 of which crude accounted", "Oil in was in 1996 of which crude", "Oil in was in of which crude"]}, "config": {"num_remove_word": 9, "num_sentences": 43652, "sentence": "Oil production in 2005 was down from in 1996 of which crude oil accounted for", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["from", "2005", "production", "oil", "down", "for", "accounted", "1996", "was"]}, "task_name": "task20", "example_name": "0074", "problem_name": "task20_0074"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe AP picked up on a photograph of her on the ice of Lake Michigan naming her Queen of the Polar Bears\nWords: [a, photograph, ice, Lake, The, Queen, Polar, her, up]\n", "label": {"final": "AP picked on of on the of Michigan naming her of the Bears", "init": "The AP picked up on a photograph of her on the ice of Lake Michigan naming her Queen of the Polar Bears", "intermediate": ["The AP picked up on photograph of her on the ice of Lake Michigan naming her Queen of the Polar Bears", "The AP picked up on of her on the ice of Lake Michigan naming her Queen of the Polar Bears", "The AP picked up on of her on the of Lake Michigan naming her Queen of the Polar Bears", "The AP picked up on of her on the of Michigan naming her Queen of the Polar Bears", "AP picked up on of her on the of Michigan naming her Queen of the Polar Bears", "AP picked up on of her on the of Michigan naming her of the Polar Bears", "AP picked up on of her on the of Michigan naming her of the Bears", "AP picked up on of on the of Michigan naming her of the Bears"]}, "config": {"num_remove_word": 9, "num_sentences": 43652, "sentence": "The AP picked up on a photograph of her on the ice of Lake Michigan naming her Queen of the Polar Bears", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["a", "photograph", "ice", "Lake", "The", "Queen", "Polar", "her", "up"]}, "task_name": "task20", "example_name": "0075", "problem_name": "task20_0075"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAs of March 2023 the station broadcasts to a weekly audience of 31 000 according to RAJAR\nWords: [of, March, 2023, weekly, the, 000, audience, a, 31]\n", "label": {"final": "As station broadcasts to of according to RAJAR", "init": "As of March 2023 the station broadcasts to a weekly audience of 31 000 according to RAJAR", "intermediate": ["As March 2023 the station broadcasts to a weekly audience of 31 000 according to RAJAR", "As 2023 the station broadcasts to a weekly audience of 31 000 according to RAJAR", "As the station broadcasts to a weekly audience of 31 000 according to RAJAR", "As the station broadcasts to a audience of 31 000 according to RAJAR", "As station broadcasts to a audience of 31 000 according to RAJAR", "As station broadcasts to a audience of 31 according to RAJAR", "As station broadcasts to a of 31 according to RAJAR", "As station broadcasts to of 31 according to RAJAR"]}, "config": {"num_remove_word": 9, "num_sentences": 43652, "sentence": "As of March 2023 the station broadcasts to a weekly audience of 31 000 according to RAJAR", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["of", "March", "2023", "weekly", "the", "000", "audience", "a", "31"]}, "task_name": "task20", "example_name": "0076", "problem_name": "task20_0076"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHe donated land to the district which became Hesketh Park in 1904\nWords: [Park, became, Hesketh, donated, land, district, in, the, He]\n", "label": {"final": "to which 1904", "init": "He donated land to the district which became Hesketh Park in 1904", "intermediate": ["He donated land to the district which became Hesketh in 1904", "He donated land to the district which Hesketh in 1904", "He donated land to the district which in 1904", "He land to the district which in 1904", "He to the district which in 1904", "He to the which in 1904", "He to the which 1904", "He to which 1904"]}, "config": {"num_remove_word": 9, "num_sentences": 43652, "sentence": "He donated land to the district which became Hesketh Park in 1904", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Park", "became", "Hesketh", "donated", "land", "district", "in", "the", "He"]}, "task_name": "task20", "example_name": "0077", "problem_name": "task20_0077"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nGarcia herself received death threats due to her involvement with the film\nWords: [the, received, Garcia, death, with, threats, due, film, herself]\n", "label": {"final": "to her involvement", "init": "Garcia herself received death threats due to her involvement with the film", "intermediate": ["Garcia herself received death threats due to her involvement with film", "Garcia herself death threats due to her involvement with film", "herself death threats due to her involvement with film", "herself threats due to her involvement with film", "herself threats due to her involvement film", "herself due to her involvement film", "herself to her involvement film", "herself to her involvement"]}, "config": {"num_remove_word": 9, "num_sentences": 43652, "sentence": "Garcia herself received death threats due to her involvement with the film", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["the", "received", "Garcia", "death", "with", "threats", "due", "film", "herself"]}, "task_name": "task20", "example_name": "0078", "problem_name": "task20_0078"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThese illusions usually show what the affected person fears most\nWords: [illusions, show, most, These, what, affected, fears, the, person]\n", "label": {"final": "usually", "init": "These illusions usually show what the affected person fears most", "intermediate": ["These usually show what the affected person fears most", "These usually what the affected person fears most", "These usually what the affected person fears", "usually what the affected person fears", "usually the affected person fears", "usually the person fears", "usually the person", "usually person"]}, "config": {"num_remove_word": 9, "num_sentences": 43652, "sentence": "These illusions usually show what the affected person fears most", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["illusions", "show", "most", "These", "what", "affected", "fears", "the", "person"]}, "task_name": "task20", "example_name": "0079", "problem_name": "task20_0079"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAt its peak 5 300 people worked at the plant and 256 567 485 munitions were produced over the course of the war\nWords: [at, peak, munitions, plant, and, its, 485, worked, war, 256]\n", "label": {"final": "At 5 300 people the 567 were produced over the course of the", "init": "At its peak 5 300 people worked at the plant and 256 567 485 munitions were produced over the course of the war", "intermediate": ["At its peak 5 300 people worked the plant and 256 567 485 munitions were produced over the course of the war", "At its 5 300 people worked the plant and 256 567 485 munitions were produced over the course of the war", "At its 5 300 people worked the plant and 256 567 485 were produced over the course of the war", "At its 5 300 people worked the and 256 567 485 were produced over the course of the war", "At its 5 300 people worked the 256 567 485 were produced over the course of the war", "At 5 300 people worked the 256 567 485 were produced over the course of the war", "At 5 300 people worked the 256 567 were produced over the course of the war", "At 5 300 people the 256 567 were produced over the course of the war", "At 5 300 people the 256 567 were produced over the course of the"]}, "config": {"num_remove_word": 10, "num_sentences": 43652, "sentence": "At its peak 5 300 people worked at the plant and 256 567 485 munitions were produced over the course of the war", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["at", "peak", "munitions", "plant", "and", "its", "485", "worked", "war", "256"]}, "task_name": "task20", "example_name": "0080", "problem_name": "task20_0080"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nFilm Comment said at the time of its re release that the film was made with enormous panache and that director Stevens shared his former boss Orson Welles s taste for elegant but unsettling framing\nWords: [shared, for, boss, film, panache, made, re, was, director, former]\n", "label": {"final": "Film Comment said at the time of its release that the with enormous and that Stevens his Orson Welles s taste elegant but unsettling framing", "init": "Film Comment said at the time of its re release that the film was made with enormous panache and that director Stevens shared his former boss Orson Welles s taste for elegant but unsettling framing", "intermediate": ["Film Comment said at the time of its re release that the film was made with enormous panache and that director Stevens his former boss Orson Welles s taste for elegant but unsettling framing", "Film Comment said at the time of its re release that the film was made with enormous panache and that director Stevens his former boss Orson Welles s taste elegant but unsettling framing", "Film Comment said at the time of its re release that the film was made with enormous panache and that director Stevens his former Orson Welles s taste elegant but unsettling framing", "Film Comment said at the time of its re release that the was made with enormous panache and that director Stevens his former Orson Welles s taste elegant but unsettling framing", "Film Comment said at the time of its re release that the was made with enormous and that director Stevens his former Orson Welles s taste elegant but unsettling framing", "Film Comment said at the time of its re release that the was with enormous and that director Stevens his former Orson Welles s taste elegant but unsettling framing", "Film Comment said at the time of its release that the was with enormous and that director Stevens his former Orson Welles s taste elegant but unsettling framing", "Film Comment said at the time of its release that the with enormous and that director Stevens his former Orson Welles s taste elegant but unsettling framing", "Film Comment said at the time of its release that the with enormous and that Stevens his former Orson Welles s taste elegant but unsettling framing"]}, "config": {"num_remove_word": 10, "num_sentences": 43652, "sentence": "Film Comment said at the time of its re release that the film was made with enormous panache and that director Stevens shared his former boss Orson Welles s taste for elegant but unsettling framing", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["shared", "for", "boss", "film", "panache", "made", "re", "was", "director", "former"]}, "task_name": "task20", "example_name": "0081", "problem_name": "task20_0081"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe SEC case is Securities and Exchange Commission v Nadel 09 cv 00087 U S District Court Middle District of Florida Tampa\nWords: [The, case, v, S, SEC, of, Exchange, Nadel, 09, 00087]\n", "label": {"final": "is Securities and Commission cv U District Court Middle District Florida Tampa", "init": "The SEC case is Securities and Exchange Commission v Nadel 09 cv 00087 U S District Court Middle District of Florida Tampa", "intermediate": ["SEC case is Securities and Exchange Commission v Nadel 09 cv 00087 U S District Court Middle District of Florida Tampa", "SEC is Securities and Exchange Commission v Nadel 09 cv 00087 U S District Court Middle District of Florida Tampa", "SEC is Securities and Exchange Commission Nadel 09 cv 00087 U S District Court Middle District of Florida Tampa", "SEC is Securities and Exchange Commission Nadel 09 cv 00087 U District Court Middle District of Florida Tampa", "is Securities and Exchange Commission Nadel 09 cv 00087 U District Court Middle District of Florida Tampa", "is Securities and Exchange Commission Nadel 09 cv 00087 U District Court Middle District Florida Tampa", "is Securities and Commission Nadel 09 cv 00087 U District Court Middle District Florida Tampa", "is Securities and Commission 09 cv 00087 U District Court Middle District Florida Tampa", "is Securities and Commission cv 00087 U District Court Middle District Florida Tampa"]}, "config": {"num_remove_word": 10, "num_sentences": 43652, "sentence": "The SEC case is Securities and Exchange Commission v Nadel 09 cv 00087 U S District Court Middle District of Florida Tampa", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["The", "case", "v", "S", "SEC", "of", "Exchange", "Nadel", "09", "00087"]}, "task_name": "task20", "example_name": "0082", "problem_name": "task20_0082"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nUpon returning to River in 2020 Moya was offered a contract extension through to 2022\nWords: [2022, contract, Moya, Upon, offered, River, returning, in, through, 2020]\n", "label": {"final": "to was a extension to", "init": "Upon returning to River in 2020 Moya was offered a contract extension through to 2022", "intermediate": ["Upon returning to River in 2020 Moya was offered a contract extension through to", "Upon returning to River in 2020 Moya was offered a extension through to", "Upon returning to River in 2020 was offered a extension through to", "returning to River in 2020 was offered a extension through to", "returning to River in 2020 was a extension through to", "returning to in 2020 was a extension through to", "to in 2020 was a extension through to", "to 2020 was a extension through to", "to 2020 was a extension to"]}, "config": {"num_remove_word": 10, "num_sentences": 43652, "sentence": "Upon returning to River in 2020 Moya was offered a contract extension through to 2022", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["2022", "contract", "Moya", "Upon", "offered", "River", "returning", "in", "through", "2020"]}, "task_name": "task20", "example_name": "0083", "problem_name": "task20_0083"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe second 463 is on display in the Museum of Science and Industry in Manchester and the second 465 at the Museum of Berkshire Aviation\nWords: [The, Manchester, and, second, Aviation, on, Museum, Science, 465, the]\n", "label": {"final": "463 is display in of Industry in and the second at the Museum of Berkshire", "init": "The second 463 is on display in the Museum of Science and Industry in Manchester and the second 465 at the Museum of Berkshire Aviation", "intermediate": ["second 463 is on display in the Museum of Science and Industry in Manchester and the second 465 at the Museum of Berkshire Aviation", "second 463 is on display in the Museum of Science and Industry in and the second 465 at the Museum of Berkshire Aviation", "second 463 is on display in the Museum of Science Industry in and the second 465 at the Museum of Berkshire Aviation", "463 is on display in the Museum of Science Industry in and the second 465 at the Museum of Berkshire Aviation", "463 is on display in the Museum of Science Industry in and the second 465 at the Museum of Berkshire", "463 is display in the Museum of Science Industry in and the second 465 at the Museum of Berkshire", "463 is display in the of Science Industry in and the second 465 at the Museum of Berkshire", "463 is display in the of Industry in and the second 465 at the Museum of Berkshire", "463 is display in the of Industry in and the second at the Museum of Berkshire"]}, "config": {"num_remove_word": 10, "num_sentences": 43652, "sentence": "The second 463 is on display in the Museum of Science and Industry in Manchester and the second 465 at the Museum of Berkshire Aviation", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["The", "Manchester", "and", "second", "Aviation", "on", "Museum", "Science", "465", "the"]}, "task_name": "task20", "example_name": "0084", "problem_name": "task20_0084"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe vaccine is a key component of the WHO backed COVAX COVID 19 Vaccines Global Access program with the WHO the EMA and the MHRA continuing to state that the benefits of the vaccine outweigh any possible side effects\nWords: [vaccine, continuing, to, Global, backed, state, effects, the, The, that]\n", "label": {"final": "is a key component of WHO COVAX COVID 19 Vaccines Access program with the WHO the EMA and the MHRA the benefits of the vaccine outweigh any possible side", "init": "The vaccine is a key component of the WHO backed COVAX COVID 19 Vaccines Global Access program with the WHO the EMA and the MHRA continuing to state that the benefits of the vaccine outweigh any possible side effects", "intermediate": ["The is a key component of the WHO backed COVAX COVID 19 Vaccines Global Access program with the WHO the EMA and the MHRA continuing to state that the benefits of the vaccine outweigh any possible side effects", "The is a key component of the WHO backed COVAX COVID 19 Vaccines Global Access program with the WHO the EMA and the MHRA to state that the benefits of the vaccine outweigh any possible side effects", "The is a key component of the WHO backed COVAX COVID 19 Vaccines Global Access program with the WHO the EMA and the MHRA state that the benefits of the vaccine outweigh any possible side effects", "The is a key component of the WHO backed COVAX COVID 19 Vaccines Access program with the WHO the EMA and the MHRA state that the benefits of the vaccine outweigh any possible side effects", "The is a key component of the WHO COVAX COVID 19 Vaccines Access program with the WHO the EMA and the MHRA state that the benefits of the vaccine outweigh any possible side effects", "The is a key component of the WHO COVAX COVID 19 Vaccines Access program with the WHO the EMA and the MHRA that the benefits of the vaccine outweigh any possible side effects", "The is a key component of the WHO COVAX COVID 19 Vaccines Access program with the WHO the EMA and the MHRA that the benefits of the vaccine outweigh any possible side", "The is a key component of WHO COVAX COVID 19 Vaccines Access program with the WHO the EMA and the MHRA that the benefits of the vaccine outweigh any possible side", "is a key component of WHO COVAX COVID 19 Vaccines Access program with the WHO the EMA and the MHRA that the benefits of the vaccine outweigh any possible side"]}, "config": {"num_remove_word": 10, "num_sentences": 43652, "sentence": "The vaccine is a key component of the WHO backed COVAX COVID 19 Vaccines Global Access program with the WHO the EMA and the MHRA continuing to state that the benefits of the vaccine outweigh any possible side effects", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["vaccine", "continuing", "to", "Global", "backed", "state", "effects", "the", "The", "that"]}, "task_name": "task20", "example_name": "0085", "problem_name": "task20_0085"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAs part of the 1st SS Division Leibstandarte SS Adolf Hitler he saw service in Yugoslavia and Greece albeit without any involvement in actual fighting\nWords: [in, any, part, albeit, Leibstandarte, of, Greece, and, actual, Division]\n", "label": {"final": "As the 1st SS SS Adolf Hitler he saw service Yugoslavia without involvement in fighting", "init": "As part of the 1st SS Division Leibstandarte SS Adolf Hitler he saw service in Yugoslavia and Greece albeit without any involvement in actual fighting", "intermediate": ["As part of the 1st SS Division Leibstandarte SS Adolf Hitler he saw service Yugoslavia and Greece albeit without any involvement in actual fighting", "As part of the 1st SS Division Leibstandarte SS Adolf Hitler he saw service Yugoslavia and Greece albeit without involvement in actual fighting", "As of the 1st SS Division Leibstandarte SS Adolf Hitler he saw service Yugoslavia and Greece albeit without involvement in actual fighting", "As of the 1st SS Division Leibstandarte SS Adolf Hitler he saw service Yugoslavia and Greece without involvement in actual fighting", "As of the 1st SS Division SS Adolf Hitler he saw service Yugoslavia and Greece without involvement in actual fighting", "As the 1st SS Division SS Adolf Hitler he saw service Yugoslavia and Greece without involvement in actual fighting", "As the 1st SS Division SS Adolf Hitler he saw service Yugoslavia and without involvement in actual fighting", "As the 1st SS Division SS Adolf Hitler he saw service Yugoslavia without involvement in actual fighting", "As the 1st SS Division SS Adolf Hitler he saw service Yugoslavia without involvement in fighting"]}, "config": {"num_remove_word": 10, "num_sentences": 43652, "sentence": "As part of the 1st SS Division Leibstandarte SS Adolf Hitler he saw service in Yugoslavia and Greece albeit without any involvement in actual fighting", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["in", "any", "part", "albeit", "Leibstandarte", "of", "Greece", "and", "actual", "Division"]}, "task_name": "task20", "example_name": "0086", "problem_name": "task20_0086"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nSouthgate claims that the NRF took part in anti vivisection protests in August 2000 alongside hunt saboteurs and the Animal Liberation Front by following a strategy of entryism but its only known public action under the national anarchist name was to hold an anarchist heretics fair in October 2000 in which a number of fringe groups participated\nWords: [Southgate, a, Front, and, heretics, entryism, alongside, name, public, Liberation]\n", "label": {"final": "claims that the NRF took part in anti vivisection protests in August 2000 hunt saboteurs the Animal by following strategy of but its only known action under the national anarchist was to hold an anarchist fair in October 2000 in which a number of fringe groups participated", "init": "Southgate claims that the NRF took part in anti vivisection protests in August 2000 alongside hunt saboteurs and the Animal Liberation Front by following a strategy of entryism but its only known public action under the national anarchist name was to hold an anarchist heretics fair in October 2000 in which a number of fringe groups participated", "intermediate": ["claims that the NRF took part in anti vivisection protests in August 2000 alongside hunt saboteurs and the Animal Liberation Front by following a strategy of entryism but its only known public action under the national anarchist name was to hold an anarchist heretics fair in October 2000 in which a number of fringe groups participated", "claims that the NRF took part in anti vivisection protests in August 2000 alongside hunt saboteurs and the Animal Liberation Front by following strategy of entryism but its only known public action under the national anarchist name was to hold an anarchist heretics fair in October 2000 in which a number of fringe groups participated", "claims that the NRF took part in anti vivisection protests in August 2000 alongside hunt saboteurs and the Animal Liberation by following strategy of entryism but its only known public action under the national anarchist name was to hold an anarchist heretics fair in October 2000 in which a number of fringe groups participated", "claims that the NRF took part in anti vivisection protests in August 2000 alongside hunt saboteurs the Animal Liberation by following strategy of entryism but its only known public action under the national anarchist name was to hold an anarchist heretics fair in October 2000 in which a number of fringe groups participated", "claims that the NRF took part in anti vivisection protests in August 2000 alongside hunt saboteurs the Animal Liberation by following strategy of entryism but its only known public action under the national anarchist name was to hold an anarchist fair in October 2000 in which a number of fringe groups participated", "claims that the NRF took part in anti vivisection protests in August 2000 alongside hunt saboteurs the Animal Liberation by following strategy of but its only known public action under the national anarchist name was to hold an anarchist fair in October 2000 in which a number of fringe groups participated", "claims that the NRF took part in anti vivisection protests in August 2000 hunt saboteurs the Animal Liberation by following strategy of but its only known public action under the national anarchist name was to hold an anarchist fair in October 2000 in which a number of fringe groups participated", "claims that the NRF took part in anti vivisection protests in August 2000 hunt saboteurs the Animal Liberation by following strategy of but its only known public action under the national anarchist was to hold an anarchist fair in October 2000 in which a number of fringe groups participated", "claims that the NRF took part in anti vivisection protests in August 2000 hunt saboteurs the Animal Liberation by following strategy of but its only known action under the national anarchist was to hold an anarchist fair in October 2000 in which a number of fringe groups participated"]}, "config": {"num_remove_word": 10, "num_sentences": 43652, "sentence": "Southgate claims that the NRF took part in anti vivisection protests in August 2000 alongside hunt saboteurs and the Animal Liberation Front by following a strategy of entryism but its only known public action under the national anarchist name was to hold an anarchist heretics fair in October 2000 in which a number of fringe groups participated", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Southgate", "a", "Front", "and", "heretics", "entryism", "alongside", "name", "public", "Liberation"]}, "task_name": "task20", "example_name": "0087", "problem_name": "task20_0087"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nWhile Gilbert of Assailly was Grand Master of the Knights Hospitaller the order gained around thirteen new castles among which Belvoir was the most important\nWords: [which, Assailly, While, Knights, order, Master, most, Gilbert, of, gained]\n", "label": {"final": "was Grand of the Hospitaller the around thirteen new castles among Belvoir was the important", "init": "While Gilbert of Assailly was Grand Master of the Knights Hospitaller the order gained around thirteen new castles among which Belvoir was the most important", "intermediate": ["While Gilbert of Assailly was Grand Master of the Knights Hospitaller the order gained around thirteen new castles among Belvoir was the most important", "While Gilbert of was Grand Master of the Knights Hospitaller the order gained around thirteen new castles among Belvoir was the most important", "Gilbert of was Grand Master of the Knights Hospitaller the order gained around thirteen new castles among Belvoir was the most important", "Gilbert of was Grand Master of the Hospitaller the order gained around thirteen new castles among Belvoir was the most important", "Gilbert of was Grand Master of the Hospitaller the gained around thirteen new castles among Belvoir was the most important", "Gilbert of was Grand of the Hospitaller the gained around thirteen new castles among Belvoir was the most important", "Gilbert of was Grand of the Hospitaller the gained around thirteen new castles among Belvoir was the important", "of was Grand of the Hospitaller the gained around thirteen new castles among Belvoir was the important", "was Grand of the Hospitaller the gained around thirteen new castles among Belvoir was the important"]}, "config": {"num_remove_word": 10, "num_sentences": 43652, "sentence": "While Gilbert of Assailly was Grand Master of the Knights Hospitaller the order gained around thirteen new castles among which Belvoir was the most important", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["which", "Assailly", "While", "Knights", "order", "Master", "most", "Gilbert", "of", "gained"]}, "task_name": "task20", "example_name": "0088", "problem_name": "task20_0088"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn May 2020 President Akufo Addo appointed four additional judges to the Supreme Court\nWords: [the, appointed, Addo, additional, May, In, four, to, Akufo, 2020]\n", "label": {"final": "President judges Supreme Court", "init": "In May 2020 President Akufo Addo appointed four additional judges to the Supreme Court", "intermediate": ["In May 2020 President Akufo Addo appointed four additional judges to Supreme Court", "In May 2020 President Akufo Addo four additional judges to Supreme Court", "In May 2020 President Akufo four additional judges to Supreme Court", "In May 2020 President Akufo four judges to Supreme Court", "In 2020 President Akufo four judges to Supreme Court", "2020 President Akufo four judges to Supreme Court", "2020 President Akufo judges to Supreme Court", "2020 President Akufo judges Supreme Court", "2020 President judges Supreme Court"]}, "config": {"num_remove_word": 10, "num_sentences": 43652, "sentence": "In May 2020 President Akufo Addo appointed four additional judges to the Supreme Court", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["the", "appointed", "Addo", "additional", "May", "In", "four", "to", "Akufo", "2020"]}, "task_name": "task20", "example_name": "0089", "problem_name": "task20_0089"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nMost multiple launch rocket systems use individual smoothbore tubes roughly the same length of each fin stabilized rocket bundled in parallel for firing in rapid barrages\nWords: [firing, rapid, launch, Most, each, the, of, individual, length, use, stabilized]\n", "label": {"final": "multiple rocket systems smoothbore tubes roughly same fin rocket bundled in parallel for in barrages", "init": "Most multiple launch rocket systems use individual smoothbore tubes roughly the same length of each fin stabilized rocket bundled in parallel for firing in rapid barrages", "intermediate": ["Most multiple launch rocket systems use individual smoothbore tubes roughly the same length of each fin stabilized rocket bundled in parallel for in rapid barrages", "Most multiple launch rocket systems use individual smoothbore tubes roughly the same length of each fin stabilized rocket bundled in parallel for in barrages", "Most multiple rocket systems use individual smoothbore tubes roughly the same length of each fin stabilized rocket bundled in parallel for in barrages", "multiple rocket systems use individual smoothbore tubes roughly the same length of each fin stabilized rocket bundled in parallel for in barrages", "multiple rocket systems use individual smoothbore tubes roughly the same length of fin stabilized rocket bundled in parallel for in barrages", "multiple rocket systems use individual smoothbore tubes roughly same length of fin stabilized rocket bundled in parallel for in barrages", "multiple rocket systems use individual smoothbore tubes roughly same length fin stabilized rocket bundled in parallel for in barrages", "multiple rocket systems use smoothbore tubes roughly same length fin stabilized rocket bundled in parallel for in barrages", "multiple rocket systems use smoothbore tubes roughly same fin stabilized rocket bundled in parallel for in barrages", "multiple rocket systems smoothbore tubes roughly same fin stabilized rocket bundled in parallel for in barrages"]}, "config": {"num_remove_word": 11, "num_sentences": 43652, "sentence": "Most multiple launch rocket systems use individual smoothbore tubes roughly the same length of each fin stabilized rocket bundled in parallel for firing in rapid barrages", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["firing", "rapid", "launch", "Most", "each", "the", "of", "individual", "length", "use", "stabilized"]}, "task_name": "task20", "example_name": "0090", "problem_name": "task20_0090"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe three siblings are discussing Thelma s death the funeral and the future\nWords: [Thelma, s, death, discussing, funeral, the, future, three, are, siblings, and]\n", "label": {"final": "The the", "init": "The three siblings are discussing Thelma s death the funeral and the future", "intermediate": ["The three siblings are discussing s death the funeral and the future", "The three siblings are discussing death the funeral and the future", "The three siblings are discussing the funeral and the future", "The three siblings are the funeral and the future", "The three siblings are the and the future", "The three siblings are and the future", "The three siblings are and the", "The siblings are and the", "The siblings and the", "The and the"]}, "config": {"num_remove_word": 11, "num_sentences": 43652, "sentence": "The three siblings are discussing Thelma s death the funeral and the future", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Thelma", "s", "death", "discussing", "funeral", "the", "future", "three", "are", "siblings", "and"]}, "task_name": "task20", "example_name": "0091", "problem_name": "task20_0091"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nTheodore Roosevelt called him a skunk who ought to be hanged when he opposed the arming of American merchant ships\nWords: [opposed, he, ought, Roosevelt, when, of, a, Theodore, ships, who, be]\n", "label": {"final": "called him skunk to hanged the arming American merchant", "init": "Theodore Roosevelt called him a skunk who ought to be hanged when he opposed the arming of American merchant ships", "intermediate": ["Theodore Roosevelt called him a skunk who ought to be hanged when he the arming of American merchant ships", "Theodore Roosevelt called him a skunk who ought to be hanged when the arming of American merchant ships", "Theodore Roosevelt called him a skunk who to be hanged when the arming of American merchant ships", "Theodore called him a skunk who to be hanged when the arming of American merchant ships", "Theodore called him a skunk who to be hanged the arming of American merchant ships", "Theodore called him a skunk who to be hanged the arming American merchant ships", "Theodore called him skunk who to be hanged the arming American merchant ships", "called him skunk who to be hanged the arming American merchant ships", "called him skunk who to be hanged the arming American merchant", "called him skunk to be hanged the arming American merchant"]}, "config": {"num_remove_word": 11, "num_sentences": 43652, "sentence": "Theodore Roosevelt called him a skunk who ought to be hanged when he opposed the arming of American merchant ships", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["opposed", "he", "ought", "Roosevelt", "when", "of", "a", "Theodore", "ships", "who", "be"]}, "task_name": "task20", "example_name": "0092", "problem_name": "task20_0092"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nWhen her train halts at Yelamanchili due to a blockage Nandini tells a group of women about her lover Balu in a flashback\nWords: [about, due, of, at, women, Nandini, in, to, a, halts, lover]\n", "label": {"final": "When her train Yelamanchili blockage tells a group her Balu a flashback", "init": "When her train halts at Yelamanchili due to a blockage Nandini tells a group of women about her lover Balu in a flashback", "intermediate": ["When her train halts at Yelamanchili due to a blockage Nandini tells a group of women her lover Balu in a flashback", "When her train halts at Yelamanchili to a blockage Nandini tells a group of women her lover Balu in a flashback", "When her train halts at Yelamanchili to a blockage Nandini tells a group women her lover Balu in a flashback", "When her train halts Yelamanchili to a blockage Nandini tells a group women her lover Balu in a flashback", "When her train halts Yelamanchili to a blockage Nandini tells a group her lover Balu in a flashback", "When her train halts Yelamanchili to a blockage tells a group her lover Balu in a flashback", "When her train halts Yelamanchili to a blockage tells a group her lover Balu a flashback", "When her train halts Yelamanchili a blockage tells a group her lover Balu a flashback", "When her train halts Yelamanchili blockage tells a group her lover Balu a flashback", "When her train Yelamanchili blockage tells a group her lover Balu a flashback"]}, "config": {"num_remove_word": 11, "num_sentences": 43652, "sentence": "When her train halts at Yelamanchili due to a blockage Nandini tells a group of women about her lover Balu in a flashback", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["about", "due", "of", "at", "women", "Nandini", "in", "to", "a", "halts", "lover"]}, "task_name": "task20", "example_name": "0093", "problem_name": "task20_0093"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe plan worked as Okamoto and his comrades attracted little attention prior to their attack\nWords: [prior, comrades, their, to, plan, attracted, worked, Okamoto, and, The, as]\n", "label": {"final": "his little attention attack", "init": "The plan worked as Okamoto and his comrades attracted little attention prior to their attack", "intermediate": ["The plan worked as Okamoto and his comrades attracted little attention to their attack", "The plan worked as Okamoto and his attracted little attention to their attack", "The plan worked as Okamoto and his attracted little attention to attack", "The plan worked as Okamoto and his attracted little attention attack", "The worked as Okamoto and his attracted little attention attack", "The worked as Okamoto and his little attention attack", "The as Okamoto and his little attention attack", "The as and his little attention attack", "The as his little attention attack", "as his little attention attack"]}, "config": {"num_remove_word": 11, "num_sentences": 43652, "sentence": "The plan worked as Okamoto and his comrades attracted little attention prior to their attack", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["prior", "comrades", "their", "to", "plan", "attracted", "worked", "Okamoto", "and", "The", "as"]}, "task_name": "task20", "example_name": "0094", "problem_name": "task20_0094"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHe was re elected with an increased majority on 5 May 2016\nWords: [increased, on, was, 5, 2016, He, majority, elected, May, with, an]\n", "label": {"final": "re", "init": "He was re elected with an increased majority on 5 May 2016", "intermediate": ["He was re elected with an majority on 5 May 2016", "He was re elected with an majority 5 May 2016", "He re elected with an majority 5 May 2016", "He re elected with an majority May 2016", "He re elected with an majority May", "re elected with an majority May", "re elected with an May", "re with an May", "re with an", "re an"]}, "config": {"num_remove_word": 11, "num_sentences": 43652, "sentence": "He was re elected with an increased majority on 5 May 2016", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["increased", "on", "was", "5", "2016", "He", "majority", "elected", "May", "with", "an"]}, "task_name": "task20", "example_name": "0095", "problem_name": "task20_0095"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHowever this did not stop him from pursuing his love for GAA and sport\nWords: [this, not, from, him, pursuing, GAA, his, stop, and, for, did]\n", "label": {"final": "However love sport", "init": "However this did not stop him from pursuing his love for GAA and sport", "intermediate": ["However did not stop him from pursuing his love for GAA and sport", "However did stop him from pursuing his love for GAA and sport", "However did stop him pursuing his love for GAA and sport", "However did stop pursuing his love for GAA and sport", "However did stop his love for GAA and sport", "However did stop his love for and sport", "However did stop love for and sport", "However did love for and sport", "However did love for sport", "However did love sport"]}, "config": {"num_remove_word": 11, "num_sentences": 43652, "sentence": "However this did not stop him from pursuing his love for GAA and sport", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["this", "not", "from", "him", "pursuing", "GAA", "his", "stop", "and", "for", "did"]}, "task_name": "task20", "example_name": "0096", "problem_name": "task20_0096"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe Kenai Peninsula Borough School District operates schools in Seward including Seward Elementary School Seward Middle School and Seward High School\nWords: [Peninsula, The, High, including, School, Seward, and, operates, Kenai, Borough, Middle]\n", "label": {"final": "District schools in Seward Elementary School Seward School Seward School", "init": "The Kenai Peninsula Borough School District operates schools in Seward including Seward Elementary School Seward Middle School and Seward High School", "intermediate": ["The Kenai Borough School District operates schools in Seward including Seward Elementary School Seward Middle School and Seward High School", "Kenai Borough School District operates schools in Seward including Seward Elementary School Seward Middle School and Seward High School", "Kenai Borough School District operates schools in Seward including Seward Elementary School Seward Middle School and Seward School", "Kenai Borough School District operates schools in Seward Seward Elementary School Seward Middle School and Seward School", "Kenai Borough District operates schools in Seward Seward Elementary School Seward Middle School and Seward School", "Kenai Borough District operates schools in Seward Elementary School Seward Middle School and Seward School", "Kenai Borough District operates schools in Seward Elementary School Seward Middle School Seward School", "Kenai Borough District schools in Seward Elementary School Seward Middle School Seward School", "Borough District schools in Seward Elementary School Seward Middle School Seward School", "District schools in Seward Elementary School Seward Middle School Seward School"]}, "config": {"num_remove_word": 11, "num_sentences": 43652, "sentence": "The Kenai Peninsula Borough School District operates schools in Seward including Seward Elementary School Seward Middle School and Seward High School", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Peninsula", "The", "High", "including", "School", "Seward", "and", "operates", "Kenai", "Borough", "Middle"]}, "task_name": "task20", "example_name": "0097", "problem_name": "task20_0097"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn 1841 he relocated to Tompkinsville Kentucky where he worked as a farmer\nWords: [as, 1841, Tompkinsville, he, worked, In, relocated, a, to, Kentucky, where]\n", "label": {"final": "he farmer", "init": "In 1841 he relocated to Tompkinsville Kentucky where he worked as a farmer", "intermediate": ["In 1841 he relocated to Tompkinsville Kentucky where he worked a farmer", "In he relocated to Tompkinsville Kentucky where he worked a farmer", "In he relocated to Kentucky where he worked a farmer", "In relocated to Kentucky where he worked a farmer", "In relocated to Kentucky where he a farmer", "relocated to Kentucky where he a farmer", "to Kentucky where he a farmer", "to Kentucky where he farmer", "Kentucky where he farmer", "where he farmer"]}, "config": {"num_remove_word": 11, "num_sentences": 43652, "sentence": "In 1841 he relocated to Tompkinsville Kentucky where he worked as a farmer", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["as", "1841", "Tompkinsville", "he", "worked", "In", "relocated", "a", "to", "Kentucky", "where"]}, "task_name": "task20", "example_name": "0098", "problem_name": "task20_0098"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe basements included cells in which prisoners could be held in solitary confinement as punishment\nWords: [basements, cells, be, which, in, confinement, held, prisoners, The, included, as]\n", "label": {"final": "could in solitary punishment", "init": "The basements included cells in which prisoners could be held in solitary confinement as punishment", "intermediate": ["The included cells in which prisoners could be held in solitary confinement as punishment", "The included in which prisoners could be held in solitary confinement as punishment", "The included in which prisoners could held in solitary confinement as punishment", "The included in prisoners could held in solitary confinement as punishment", "The included prisoners could held in solitary confinement as punishment", "The included prisoners could held in solitary as punishment", "The included prisoners could in solitary as punishment", "The included could in solitary as punishment", "included could in solitary as punishment", "could in solitary as punishment"]}, "config": {"num_remove_word": 11, "num_sentences": 43652, "sentence": "The basements included cells in which prisoners could be held in solitary confinement as punishment", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["basements", "cells", "be", "which", "in", "confinement", "held", "prisoners", "The", "included", "as"]}, "task_name": "task20", "example_name": "0099", "problem_name": "task20_0099"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe Sharp home was incorporated into the church s new building dedicated in 1951\nWords: [1951, church, Sharp, new, The, incorporated, was, home, dedicated, the, in, into]\n", "label": {"final": "s building", "init": "The Sharp home was incorporated into the church s new building dedicated in 1951", "intermediate": ["The Sharp home was incorporated into the church s new building dedicated in", "The Sharp home was incorporated into the s new building dedicated in", "The home was incorporated into the s new building dedicated in", "The home was incorporated into the s building dedicated in", "home was incorporated into the s building dedicated in", "home was into the s building dedicated in", "home into the s building dedicated in", "into the s building dedicated in", "into the s building in", "into s building in", "into s building"]}, "config": {"num_remove_word": 12, "num_sentences": 43652, "sentence": "The Sharp home was incorporated into the church s new building dedicated in 1951", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["1951", "church", "Sharp", "new", "The", "incorporated", "was", "home", "dedicated", "the", "in", "into"]}, "task_name": "task20", "example_name": "0100", "problem_name": "task20_0100"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nOn September 1 2010 federal grand jury indicted Currie and Shoppers Food Warehouse Corporation executives William J\nWords: [Currie, On, 1, executives, 2010, Corporation, Warehouse, Shoppers, William, J, grand, and]\n", "label": {"final": "September federal jury indicted Food", "init": "On September 1 2010 federal grand jury indicted Currie and Shoppers Food Warehouse Corporation executives William J", "intermediate": ["On September 1 2010 federal grand jury indicted and Shoppers Food Warehouse Corporation executives William J", "September 1 2010 federal grand jury indicted and Shoppers Food Warehouse Corporation executives William J", "September 2010 federal grand jury indicted and Shoppers Food Warehouse Corporation executives William J", "September 2010 federal grand jury indicted and Shoppers Food Warehouse Corporation William J", "September federal grand jury indicted and Shoppers Food Warehouse Corporation William J", "September federal grand jury indicted and Shoppers Food Warehouse William J", "September federal grand jury indicted and Shoppers Food William J", "September federal grand jury indicted and Food William J", "September federal grand jury indicted and Food J", "September federal grand jury indicted and Food", "September federal jury indicted and Food"]}, "config": {"num_remove_word": 12, "num_sentences": 43652, "sentence": "On September 1 2010 federal grand jury indicted Currie and Shoppers Food Warehouse Corporation executives William J", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Currie", "On", "1", "executives", "2010", "Corporation", "Warehouse", "Shoppers", "William", "J", "grand", "and"]}, "task_name": "task20", "example_name": "0101", "problem_name": "task20_0101"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIf found guilty he could have been sentenced to 280 years in prison and would have been required to forfeit all assets connected to the fraud\nWords: [years, assets, would, in, all, found, required, forfeit, guilty, the, to, have]\n", "label": {"final": "If he could been sentenced 280 prison and have been to connected to fraud", "init": "If found guilty he could have been sentenced to 280 years in prison and would have been required to forfeit all assets connected to the fraud", "intermediate": ["If found guilty he could have been sentenced to 280 in prison and would have been required to forfeit all assets connected to the fraud", "If found guilty he could have been sentenced to 280 in prison and would have been required to forfeit all connected to the fraud", "If found guilty he could have been sentenced to 280 in prison and have been required to forfeit all connected to the fraud", "If found guilty he could have been sentenced to 280 prison and have been required to forfeit all connected to the fraud", "If found guilty he could have been sentenced to 280 prison and have been required to forfeit connected to the fraud", "If guilty he could have been sentenced to 280 prison and have been required to forfeit connected to the fraud", "If guilty he could have been sentenced to 280 prison and have been to forfeit connected to the fraud", "If guilty he could have been sentenced to 280 prison and have been to connected to the fraud", "If he could have been sentenced to 280 prison and have been to connected to the fraud", "If he could have been sentenced to 280 prison and have been to connected to fraud", "If he could have been sentenced 280 prison and have been to connected to fraud"]}, "config": {"num_remove_word": 12, "num_sentences": 43652, "sentence": "If found guilty he could have been sentenced to 280 years in prison and would have been required to forfeit all assets connected to the fraud", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["years", "assets", "would", "in", "all", "found", "required", "forfeit", "guilty", "the", "to", "have"]}, "task_name": "task20", "example_name": "0102", "problem_name": "task20_0102"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nOn December 10 1967 The Times reported that Oliver Greenhalgh had been accepted as a fellow of the English Association of Estate Agents and Valuers after a payment of eleven guineas his two references were not verified\nWords: [that, Estate, verified, guineas, accepted, The, Greenhalgh, a, Valuers, of, fellow, On]\n", "label": {"final": "December 10 1967 Times reported Oliver had been as the English Association of Agents and after a payment of eleven his two references were not", "init": "On December 10 1967 The Times reported that Oliver Greenhalgh had been accepted as a fellow of the English Association of Estate Agents and Valuers after a payment of eleven guineas his two references were not verified", "intermediate": ["On December 10 1967 The Times reported Oliver Greenhalgh had been accepted as a fellow of the English Association of Estate Agents and Valuers after a payment of eleven guineas his two references were not verified", "On December 10 1967 The Times reported Oliver Greenhalgh had been accepted as a fellow of the English Association of Agents and Valuers after a payment of eleven guineas his two references were not verified", "On December 10 1967 The Times reported Oliver Greenhalgh had been accepted as a fellow of the English Association of Agents and Valuers after a payment of eleven guineas his two references were not", "On December 10 1967 The Times reported Oliver Greenhalgh had been accepted as a fellow of the English Association of Agents and Valuers after a payment of eleven his two references were not", "On December 10 1967 The Times reported Oliver Greenhalgh had been as a fellow of the English Association of Agents and Valuers after a payment of eleven his two references were not", "On December 10 1967 Times reported Oliver Greenhalgh had been as a fellow of the English Association of Agents and Valuers after a payment of eleven his two references were not", "On December 10 1967 Times reported Oliver had been as a fellow of the English Association of Agents and Valuers after a payment of eleven his two references were not", "On December 10 1967 Times reported Oliver had been as fellow of the English Association of Agents and Valuers after a payment of eleven his two references were not", "On December 10 1967 Times reported Oliver had been as fellow of the English Association of Agents and after a payment of eleven his two references were not", "On December 10 1967 Times reported Oliver had been as fellow the English Association of Agents and after a payment of eleven his two references were not", "On December 10 1967 Times reported Oliver had been as the English Association of Agents and after a payment of eleven his two references were not"]}, "config": {"num_remove_word": 12, "num_sentences": 43652, "sentence": "On December 10 1967 The Times reported that Oliver Greenhalgh had been accepted as a fellow of the English Association of Estate Agents and Valuers after a payment of eleven guineas his two references were not verified", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["that", "Estate", "verified", "guineas", "accepted", "The", "Greenhalgh", "a", "Valuers", "of", "fellow", "On"]}, "task_name": "task20", "example_name": "0103", "problem_name": "task20_0103"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe cricopharyngeal spasms can be for instance formally diagnosed as part of the more general condition\nWords: [for, part, diagnosed, instance, be, condition, as, more, cricopharyngeal, The, can, general]\n", "label": {"final": "spasms formally of the", "init": "The cricopharyngeal spasms can be for instance formally diagnosed as part of the more general condition", "intermediate": ["The cricopharyngeal spasms can be instance formally diagnosed as part of the more general condition", "The cricopharyngeal spasms can be instance formally diagnosed as of the more general condition", "The cricopharyngeal spasms can be instance formally as of the more general condition", "The cricopharyngeal spasms can be formally as of the more general condition", "The cricopharyngeal spasms can formally as of the more general condition", "The cricopharyngeal spasms can formally as of the more general", "The cricopharyngeal spasms can formally of the more general", "The cricopharyngeal spasms can formally of the general", "The spasms can formally of the general", "spasms can formally of the general", "spasms formally of the general"]}, "config": {"num_remove_word": 12, "num_sentences": 43652, "sentence": "The cricopharyngeal spasms can be for instance formally diagnosed as part of the more general condition", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["for", "part", "diagnosed", "instance", "be", "condition", "as", "more", "cricopharyngeal", "The", "can", "general"]}, "task_name": "task20", "example_name": "0104", "problem_name": "task20_0104"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe castle chapel runs alongside the east side of the court long and originally laid with bright yellow and tiles and decorated with gold and silver vestments\nWords: [bright, tiles, yellow, east, gold, vestments, and, of, court, chapel, decorated, originally]\n", "label": {"final": "The castle runs alongside the side the long laid with and and with and silver", "init": "The castle chapel runs alongside the east side of the court long and originally laid with bright yellow and tiles and decorated with gold and silver vestments", "intermediate": ["The castle chapel runs alongside the east side of the court long and originally laid with yellow and tiles and decorated with gold and silver vestments", "The castle chapel runs alongside the east side of the court long and originally laid with yellow and and decorated with gold and silver vestments", "The castle chapel runs alongside the east side of the court long and originally laid with and and decorated with gold and silver vestments", "The castle chapel runs alongside the side of the court long and originally laid with and and decorated with gold and silver vestments", "The castle chapel runs alongside the side of the court long and originally laid with and and decorated with and silver vestments", "The castle chapel runs alongside the side of the court long and originally laid with and and decorated with and silver", "The castle chapel runs alongside the side of the court long originally laid with and and decorated with and silver", "The castle chapel runs alongside the side the court long originally laid with and and decorated with and silver", "The castle chapel runs alongside the side the long originally laid with and and decorated with and silver", "The castle runs alongside the side the long originally laid with and and decorated with and silver", "The castle runs alongside the side the long originally laid with and and with and silver"]}, "config": {"num_remove_word": 12, "num_sentences": 43652, "sentence": "The castle chapel runs alongside the east side of the court long and originally laid with bright yellow and tiles and decorated with gold and silver vestments", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["bright", "tiles", "yellow", "east", "gold", "vestments", "and", "of", "court", "chapel", "decorated", "originally"]}, "task_name": "task20", "example_name": "0105", "problem_name": "task20_0105"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe emphasis on Devereux takes away somewhat from the political problems Elizabeth was facing at the time such as with Spain France and Ireland as well as significant problems in England itself with high taxes and the failure of the crops though these events are made frequent reference to\nWords: [Ireland, Elizabeth, on, facing, somewhat, such, in, Spain, emphasis, these, was, itself]\n", "label": {"final": "The Devereux takes away from the political problems at the time as with France and as well as significant problems England with high taxes and the failure of the crops though events are made frequent reference to", "init": "The emphasis on Devereux takes away somewhat from the political problems Elizabeth was facing at the time such as with Spain France and Ireland as well as significant problems in England itself with high taxes and the failure of the crops though these events are made frequent reference to", "intermediate": ["The emphasis on Devereux takes away somewhat from the political problems Elizabeth was facing at the time such as with Spain France and as well as significant problems in England itself with high taxes and the failure of the crops though these events are made frequent reference to", "The emphasis on Devereux takes away somewhat from the political problems was facing at the time such as with Spain France and as well as significant problems in England itself with high taxes and the failure of the crops though these events are made frequent reference to", "The emphasis Devereux takes away somewhat from the political problems was facing at the time such as with Spain France and as well as significant problems in England itself with high taxes and the failure of the crops though these events are made frequent reference to", "The emphasis Devereux takes away somewhat from the political problems was at the time such as with Spain France and as well as significant problems in England itself with high taxes and the failure of the crops though these events are made frequent reference to", "The emphasis Devereux takes away from the political problems was at the time such as with Spain France and as well as significant problems in England itself with high taxes and the failure of the crops though these events are made frequent reference to", "The emphasis Devereux takes away from the political problems was at the time as with Spain France and as well as significant problems in England itself with high taxes and the failure of the crops though these events are made frequent reference to", "The emphasis Devereux takes away from the political problems was at the time as with Spain France and as well as significant problems England itself with high taxes and the failure of the crops though these events are made frequent reference to", "The emphasis Devereux takes away from the political problems was at the time as with France and as well as significant problems England itself with high taxes and the failure of the crops though these events are made frequent reference to", "The Devereux takes away from the political problems was at the time as with France and as well as significant problems England itself with high taxes and the failure of the crops though these events are made frequent reference to", "The Devereux takes away from the political problems was at the time as with France and as well as significant problems England itself with high taxes and the failure of the crops though events are made frequent reference to", "The Devereux takes away from the political problems at the time as with France and as well as significant problems England itself with high taxes and the failure of the crops though events are made frequent reference to"]}, "config": {"num_remove_word": 12, "num_sentences": 43652, "sentence": "The emphasis on Devereux takes away somewhat from the political problems Elizabeth was facing at the time such as with Spain France and Ireland as well as significant problems in England itself with high taxes and the failure of the crops though these events are made frequent reference to", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Ireland", "Elizabeth", "on", "facing", "somewhat", "such", "in", "Spain", "emphasis", "these", "was", "itself"]}, "task_name": "task20", "example_name": "0106", "problem_name": "task20_0106"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe men of this group worked at home while the women sang and practiced prostitution like the women women practiced in different environments than the working mostly in interior walkways in Aohaka Sunomata and Nogami\nWords: [than, the, at, group, interior, The, Aohaka, home, prostitution, women, while, like]\n", "label": {"final": "men of this worked sang and practiced the women women practiced in different environments the working mostly in walkways in Sunomata and Nogami", "init": "The men of this group worked at home while the women sang and practiced prostitution like the women women practiced in different environments than the working mostly in interior walkways in Aohaka Sunomata and Nogami", "intermediate": ["The men of this group worked at home while the women sang and practiced prostitution like the women women practiced in different environments the working mostly in interior walkways in Aohaka Sunomata and Nogami", "The men of this group worked at home while women sang and practiced prostitution like the women women practiced in different environments the working mostly in interior walkways in Aohaka Sunomata and Nogami", "The men of this group worked home while women sang and practiced prostitution like the women women practiced in different environments the working mostly in interior walkways in Aohaka Sunomata and Nogami", "The men of this worked home while women sang and practiced prostitution like the women women practiced in different environments the working mostly in interior walkways in Aohaka Sunomata and Nogami", "The men of this worked home while women sang and practiced prostitution like the women women practiced in different environments the working mostly in walkways in Aohaka Sunomata and Nogami", "men of this worked home while women sang and practiced prostitution like the women women practiced in different environments the working mostly in walkways in Aohaka Sunomata and Nogami", "men of this worked home while women sang and practiced prostitution like the women women practiced in different environments the working mostly in walkways in Sunomata and Nogami", "men of this worked while women sang and practiced prostitution like the women women practiced in different environments the working mostly in walkways in Sunomata and Nogami", "men of this worked while women sang and practiced like the women women practiced in different environments the working mostly in walkways in Sunomata and Nogami", "men of this worked while sang and practiced like the women women practiced in different environments the working mostly in walkways in Sunomata and Nogami", "men of this worked sang and practiced like the women women practiced in different environments the working mostly in walkways in Sunomata and Nogami"]}, "config": {"num_remove_word": 12, "num_sentences": 43652, "sentence": "The men of this group worked at home while the women sang and practiced prostitution like the women women practiced in different environments than the working mostly in interior walkways in Aohaka Sunomata and Nogami", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["than", "the", "at", "group", "interior", "The", "Aohaka", "home", "prostitution", "women", "while", "like"]}, "task_name": "task20", "example_name": "0107", "problem_name": "task20_0107"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn Portrait of a Marxist as a Young Nun 1988 Professor Helena Sheehan said that the analogy between religious faith and commodity fetishism is a mistaken interpretation because people do not worship commodities money and merchandise by attributing supernatural powers to inanimate objects to a fetish\nWords: [supernatural, people, by, Helena, powers, a, inanimate, between, objects, is, attributing, said]\n", "label": {"final": "In Portrait of Marxist as a Young Nun 1988 Professor Sheehan that the analogy religious faith and commodity fetishism a mistaken interpretation because do not worship commodities money and merchandise to to a fetish", "init": "In Portrait of a Marxist as a Young Nun 1988 Professor Helena Sheehan said that the analogy between religious faith and commodity fetishism is a mistaken interpretation because people do not worship commodities money and merchandise by attributing supernatural powers to inanimate objects to a fetish", "intermediate": ["In Portrait of a Marxist as a Young Nun 1988 Professor Helena Sheehan said that the analogy between religious faith and commodity fetishism is a mistaken interpretation because people do not worship commodities money and merchandise by attributing powers to inanimate objects to a fetish", "In Portrait of a Marxist as a Young Nun 1988 Professor Helena Sheehan said that the analogy between religious faith and commodity fetishism is a mistaken interpretation because do not worship commodities money and merchandise by attributing powers to inanimate objects to a fetish", "In Portrait of a Marxist as a Young Nun 1988 Professor Helena Sheehan said that the analogy between religious faith and commodity fetishism is a mistaken interpretation because do not worship commodities money and merchandise attributing powers to inanimate objects to a fetish", "In Portrait of a Marxist as a Young Nun 1988 Professor Sheehan said that the analogy between religious faith and commodity fetishism is a mistaken interpretation because do not worship commodities money and merchandise attributing powers to inanimate objects to a fetish", "In Portrait of a Marxist as a Young Nun 1988 Professor Sheehan said that the analogy between religious faith and commodity fetishism is a mistaken interpretation because do not worship commodities money and merchandise attributing to inanimate objects to a fetish", "In Portrait of Marxist as a Young Nun 1988 Professor Sheehan said that the analogy between religious faith and commodity fetishism is a mistaken interpretation because do not worship commodities money and merchandise attributing to inanimate objects to a fetish", "In Portrait of Marxist as a Young Nun 1988 Professor Sheehan said that the analogy between religious faith and commodity fetishism is a mistaken interpretation because do not worship commodities money and merchandise attributing to objects to a fetish", "In Portrait of Marxist as a Young Nun 1988 Professor Sheehan said that the analogy religious faith and commodity fetishism is a mistaken interpretation because do not worship commodities money and merchandise attributing to objects to a fetish", "In Portrait of Marxist as a Young Nun 1988 Professor Sheehan said that the analogy religious faith and commodity fetishism is a mistaken interpretation because do not worship commodities money and merchandise attributing to to a fetish", "In Portrait of Marxist as a Young Nun 1988 Professor Sheehan said that the analogy religious faith and commodity fetishism a mistaken interpretation because do not worship commodities money and merchandise attributing to to a fetish", "In Portrait of Marxist as a Young Nun 1988 Professor Sheehan said that the analogy religious faith and commodity fetishism a mistaken interpretation because do not worship commodities money and merchandise to to a fetish"]}, "config": {"num_remove_word": 12, "num_sentences": 43652, "sentence": "In Portrait of a Marxist as a Young Nun 1988 Professor Helena Sheehan said that the analogy between religious faith and commodity fetishism is a mistaken interpretation because people do not worship commodities money and merchandise by attributing supernatural powers to inanimate objects to a fetish", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["supernatural", "people", "by", "Helena", "powers", "a", "inanimate", "between", "objects", "is", "attributing", "said"]}, "task_name": "task20", "example_name": "0108", "problem_name": "task20_0108"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nMakgoba received an MBChB degree from the University of Natal Medical School in 1976 with merit in medicine\nWords: [degree, with, merit, medicine, MBChB, from, an, 1976, School, Makgoba, received, University]\n", "label": {"final": "the of Natal Medical in in", "init": "Makgoba received an MBChB degree from the University of Natal Medical School in 1976 with merit in medicine", "intermediate": ["Makgoba received an MBChB from the University of Natal Medical School in 1976 with merit in medicine", "Makgoba received an MBChB from the University of Natal Medical School in 1976 merit in medicine", "Makgoba received an MBChB from the University of Natal Medical School in 1976 in medicine", "Makgoba received an MBChB from the University of Natal Medical School in 1976 in", "Makgoba received an from the University of Natal Medical School in 1976 in", "Makgoba received an the University of Natal Medical School in 1976 in", "Makgoba received the University of Natal Medical School in 1976 in", "Makgoba received the University of Natal Medical School in in", "Makgoba received the University of Natal Medical in in", "received the University of Natal Medical in in", "the University of Natal Medical in in"]}, "config": {"num_remove_word": 12, "num_sentences": 43652, "sentence": "Makgoba received an MBChB degree from the University of Natal Medical School in 1976 with merit in medicine", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["degree", "with", "merit", "medicine", "MBChB", "from", "an", "1976", "School", "Makgoba", "received", "University"]}, "task_name": "task20", "example_name": "0109", "problem_name": "task20_0109"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nA total of 110 contestants from all over the world were initially invited to compete for the crown but several contestants boycotted the pageant and others dropping out in protest for the death sentence by stoning determined by an Islamic Sharia court to Amina Lawal a Nigerian woman accused of adultery making a total of 88 girls competing for the crown\nWords: [of, sentence, 110, girls, invited, making, woman, stoning, for, and, protest, by, Nigerian]\n", "label": {"final": "A total contestants from all over the world were initially to compete the crown but several contestants boycotted the pageant others dropping out in for the death determined by an Islamic Sharia court to Amina Lawal a accused of adultery a total of 88 competing for the crown", "init": "A total of 110 contestants from all over the world were initially invited to compete for the crown but several contestants boycotted the pageant and others dropping out in protest for the death sentence by stoning determined by an Islamic Sharia court to Amina Lawal a Nigerian woman accused of adultery making a total of 88 girls competing for the crown", "intermediate": ["A total 110 contestants from all over the world were initially invited to compete for the crown but several contestants boycotted the pageant and others dropping out in protest for the death sentence by stoning determined by an Islamic Sharia court to Amina Lawal a Nigerian woman accused of adultery making a total of 88 girls competing for the crown", "A total 110 contestants from all over the world were initially invited to compete for the crown but several contestants boycotted the pageant and others dropping out in protest for the death by stoning determined by an Islamic Sharia court to Amina Lawal a Nigerian woman accused of adultery making a total of 88 girls competing for the crown", "A total contestants from all over the world were initially invited to compete for the crown but several contestants boycotted the pageant and others dropping out in protest for the death by stoning determined by an Islamic Sharia court to Amina Lawal a Nigerian woman accused of adultery making a total of 88 girls competing for the crown", "A total contestants from all over the world were initially invited to compete for the crown but several contestants boycotted the pageant and others dropping out in protest for the death by stoning determined by an Islamic Sharia court to Amina Lawal a Nigerian woman accused of adultery making a total of 88 competing for the crown", "A total contestants from all over the world were initially to compete for the crown but several contestants boycotted the pageant and others dropping out in protest for the death by stoning determined by an Islamic Sharia court to Amina Lawal a Nigerian woman accused of adultery making a total of 88 competing for the crown", "A total contestants from all over the world were initially to compete for the crown but several contestants boycotted the pageant and others dropping out in protest for the death by stoning determined by an Islamic Sharia court to Amina Lawal a Nigerian woman accused of adultery a total of 88 competing for the crown", "A total contestants from all over the world were initially to compete for the crown but several contestants boycotted the pageant and others dropping out in protest for the death by stoning determined by an Islamic Sharia court to Amina Lawal a Nigerian accused of adultery a total of 88 competing for the crown", "A total contestants from all over the world were initially to compete for the crown but several contestants boycotted the pageant and others dropping out in protest for the death by determined by an Islamic Sharia court to Amina Lawal a Nigerian accused of adultery a total of 88 competing for the crown", "A total contestants from all over the world were initially to compete the crown but several contestants boycotted the pageant and others dropping out in protest for the death by determined by an Islamic Sharia court to Amina Lawal a Nigerian accused of adultery a total of 88 competing for the crown", "A total contestants from all over the world were initially to compete the crown but several contestants boycotted the pageant others dropping out in protest for the death by determined by an Islamic Sharia court to Amina Lawal a Nigerian accused of adultery a total of 88 competing for the crown", "A total contestants from all over the world were initially to compete the crown but several contestants boycotted the pageant others dropping out in for the death by determined by an Islamic Sharia court to Amina Lawal a Nigerian accused of adultery a total of 88 competing for the crown", "A total contestants from all over the world were initially to compete the crown but several contestants boycotted the pageant others dropping out in for the death determined by an Islamic Sharia court to Amina Lawal a Nigerian accused of adultery a total of 88 competing for the crown"]}, "config": {"num_remove_word": 13, "num_sentences": 43652, "sentence": "A total of 110 contestants from all over the world were initially invited to compete for the crown but several contestants boycotted the pageant and others dropping out in protest for the death sentence by stoning determined by an Islamic Sharia court to Amina Lawal a Nigerian woman accused of adultery making a total of 88 girls competing for the crown", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["of", "sentence", "110", "girls", "invited", "making", "woman", "stoning", "for", "and", "protest", "by", "Nigerian"]}, "task_name": "task20", "example_name": "0110", "problem_name": "task20_0110"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nNebula 19 is a science fiction board wargame published by the Mishler Company in 1971\nWords: [Nebula, 1971, published, the, by, wargame, in, 19, fiction, science, Company, a, board]\n", "label": {"final": "is Mishler", "init": "Nebula 19 is a science fiction board wargame published by the Mishler Company in 1971", "intermediate": ["19 is a science fiction board wargame published by the Mishler Company in 1971", "19 is a science fiction board wargame published by the Mishler Company in", "19 is a science fiction board wargame by the Mishler Company in", "19 is a science fiction board wargame by Mishler Company in", "19 is a science fiction board wargame Mishler Company in", "19 is a science fiction board Mishler Company in", "19 is a science fiction board Mishler Company", "is a science fiction board Mishler Company", "is a science board Mishler Company", "is a board Mishler Company", "is a board Mishler", "is board Mishler"]}, "config": {"num_remove_word": 13, "num_sentences": 43652, "sentence": "Nebula 19 is a science fiction board wargame published by the Mishler Company in 1971", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Nebula", "1971", "published", "the", "by", "wargame", "in", "19", "fiction", "science", "Company", "a", "board"]}, "task_name": "task20", "example_name": "0111", "problem_name": "task20_0111"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nBoogie the pair had lengthy discussions about its nature deciding not to make it a demon but rather a Pagan deity in order to place it outside the conceptual scope of any one particular religion\nWords: [outside, place, one, but, make, to, it, the, any, a, not, its, Boogie]\n", "label": {"final": "pair had lengthy discussions about nature deciding demon rather a Pagan deity in order to it the conceptual scope of particular religion", "init": "Boogie the pair had lengthy discussions about its nature deciding not to make it a demon but rather a Pagan deity in order to place it outside the conceptual scope of any one particular religion", "intermediate": ["Boogie the pair had lengthy discussions about its nature deciding not to make it a demon but rather a Pagan deity in order to place it the conceptual scope of any one particular religion", "Boogie the pair had lengthy discussions about its nature deciding not to make it a demon but rather a Pagan deity in order to it the conceptual scope of any one particular religion", "Boogie the pair had lengthy discussions about its nature deciding not to make it a demon but rather a Pagan deity in order to it the conceptual scope of any particular religion", "Boogie the pair had lengthy discussions about its nature deciding not to make it a demon rather a Pagan deity in order to it the conceptual scope of any particular religion", "Boogie the pair had lengthy discussions about its nature deciding not to it a demon rather a Pagan deity in order to it the conceptual scope of any particular religion", "Boogie the pair had lengthy discussions about its nature deciding not it a demon rather a Pagan deity in order to it the conceptual scope of any particular religion", "Boogie the pair had lengthy discussions about its nature deciding not a demon rather a Pagan deity in order to it the conceptual scope of any particular religion", "Boogie pair had lengthy discussions about its nature deciding not a demon rather a Pagan deity in order to it the conceptual scope of any particular religion", "Boogie pair had lengthy discussions about its nature deciding not a demon rather a Pagan deity in order to it the conceptual scope of particular religion", "Boogie pair had lengthy discussions about its nature deciding not demon rather a Pagan deity in order to it the conceptual scope of particular religion", "Boogie pair had lengthy discussions about its nature deciding demon rather a Pagan deity in order to it the conceptual scope of particular religion", "Boogie pair had lengthy discussions about nature deciding demon rather a Pagan deity in order to it the conceptual scope of particular religion"]}, "config": {"num_remove_word": 13, "num_sentences": 43652, "sentence": "Boogie the pair had lengthy discussions about its nature deciding not to make it a demon but rather a Pagan deity in order to place it outside the conceptual scope of any one particular religion", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["outside", "place", "one", "but", "make", "to", "it", "the", "any", "a", "not", "its", "Boogie"]}, "task_name": "task20", "example_name": "0112", "problem_name": "task20_0112"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nSoon afterwards joint assistant coach Steven Pressley stood down from his role to concentrate on his commitments with Falkirk\nWords: [his, from, with, Steven, concentrate, afterwards, commitments, joint, Soon, coach, on, Pressley, down]\n", "label": {"final": "assistant stood role to his Falkirk", "init": "Soon afterwards joint assistant coach Steven Pressley stood down from his role to concentrate on his commitments with Falkirk", "intermediate": ["Soon afterwards joint assistant coach Steven Pressley stood down from role to concentrate on his commitments with Falkirk", "Soon afterwards joint assistant coach Steven Pressley stood down role to concentrate on his commitments with Falkirk", "Soon afterwards joint assistant coach Steven Pressley stood down role to concentrate on his commitments Falkirk", "Soon afterwards joint assistant coach Pressley stood down role to concentrate on his commitments Falkirk", "Soon afterwards joint assistant coach Pressley stood down role to on his commitments Falkirk", "Soon joint assistant coach Pressley stood down role to on his commitments Falkirk", "Soon joint assistant coach Pressley stood down role to on his Falkirk", "Soon assistant coach Pressley stood down role to on his Falkirk", "assistant coach Pressley stood down role to on his Falkirk", "assistant Pressley stood down role to on his Falkirk", "assistant Pressley stood down role to his Falkirk", "assistant stood down role to his Falkirk"]}, "config": {"num_remove_word": 13, "num_sentences": 43652, "sentence": "Soon afterwards joint assistant coach Steven Pressley stood down from his role to concentrate on his commitments with Falkirk", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["his", "from", "with", "Steven", "concentrate", "afterwards", "commitments", "joint", "Soon", "coach", "on", "Pressley", "down"]}, "task_name": "task20", "example_name": "0113", "problem_name": "task20_0113"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe Walkway Over the Hudson is a pedestrian bridge which parallels the Mid Hudson Bridge and was formerly a railroad bridge\nWords: [a, and, which, parallels, The, bridge, Bridge, pedestrian, Walkway, Mid, Hudson, railroad, is]\n", "label": {"final": "Over the the Hudson was formerly a bridge", "init": "The Walkway Over the Hudson is a pedestrian bridge which parallels the Mid Hudson Bridge and was formerly a railroad bridge", "intermediate": ["The Walkway Over the Hudson is pedestrian bridge which parallels the Mid Hudson Bridge and was formerly a railroad bridge", "The Walkway Over the Hudson is pedestrian bridge which parallels the Mid Hudson Bridge was formerly a railroad bridge", "The Walkway Over the Hudson is pedestrian bridge parallels the Mid Hudson Bridge was formerly a railroad bridge", "The Walkway Over the Hudson is pedestrian bridge the Mid Hudson Bridge was formerly a railroad bridge", "Walkway Over the Hudson is pedestrian bridge the Mid Hudson Bridge was formerly a railroad bridge", "Walkway Over the Hudson is pedestrian the Mid Hudson Bridge was formerly a railroad bridge", "Walkway Over the Hudson is pedestrian the Mid Hudson was formerly a railroad bridge", "Walkway Over the Hudson is the Mid Hudson was formerly a railroad bridge", "Over the Hudson is the Mid Hudson was formerly a railroad bridge", "Over the Hudson is the Hudson was formerly a railroad bridge", "Over the is the Hudson was formerly a railroad bridge", "Over the is the Hudson was formerly a bridge"]}, "config": {"num_remove_word": 13, "num_sentences": 43652, "sentence": "The Walkway Over the Hudson is a pedestrian bridge which parallels the Mid Hudson Bridge and was formerly a railroad bridge", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["a", "and", "which", "parallels", "The", "bridge", "Bridge", "pedestrian", "Walkway", "Mid", "Hudson", "railroad", "is"]}, "task_name": "task20", "example_name": "0114", "problem_name": "task20_0114"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIt was described by James T Troubridge and J Donald Lafontaine in 2000 and is only known from the Yukon in Canada\nWords: [by, and, in, is, Troubridge, from, Yukon, known, T, J, It, the, was]\n", "label": {"final": "described James Donald Lafontaine 2000 and only in Canada", "init": "It was described by James T Troubridge and J Donald Lafontaine in 2000 and is only known from the Yukon in Canada", "intermediate": ["It was described James T Troubridge and J Donald Lafontaine in 2000 and is only known from the Yukon in Canada", "It was described James T Troubridge J Donald Lafontaine in 2000 and is only known from the Yukon in Canada", "It was described James T Troubridge J Donald Lafontaine 2000 and is only known from the Yukon in Canada", "It was described James T Troubridge J Donald Lafontaine 2000 and only known from the Yukon in Canada", "It was described James T J Donald Lafontaine 2000 and only known from the Yukon in Canada", "It was described James T J Donald Lafontaine 2000 and only known the Yukon in Canada", "It was described James T J Donald Lafontaine 2000 and only known the in Canada", "It was described James T J Donald Lafontaine 2000 and only the in Canada", "It was described James J Donald Lafontaine 2000 and only the in Canada", "It was described James Donald Lafontaine 2000 and only the in Canada", "was described James Donald Lafontaine 2000 and only the in Canada", "was described James Donald Lafontaine 2000 and only in Canada"]}, "config": {"num_remove_word": 13, "num_sentences": 43652, "sentence": "It was described by James T Troubridge and J Donald Lafontaine in 2000 and is only known from the Yukon in Canada", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["by", "and", "in", "is", "Troubridge", "from", "Yukon", "known", "T", "J", "It", "the", "was"]}, "task_name": "task20", "example_name": "0115", "problem_name": "task20_0115"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThis turn of events infuriated Duke Zhuang who then personally led a new campaign against Qi in the late summer to install Jiu to the throne\nWords: [led, the, then, of, turn, summer, against, to, Zhuang, This, late, events, throne]\n", "label": {"final": "infuriated Duke who personally a new campaign Qi in install Jiu to the", "init": "This turn of events infuriated Duke Zhuang who then personally led a new campaign against Qi in the late summer to install Jiu to the throne", "intermediate": ["This turn of events infuriated Duke Zhuang who then personally a new campaign against Qi in the late summer to install Jiu to the throne", "This turn of events infuriated Duke Zhuang who then personally a new campaign against Qi in late summer to install Jiu to the throne", "This turn of events infuriated Duke Zhuang who personally a new campaign against Qi in late summer to install Jiu to the throne", "This turn events infuriated Duke Zhuang who personally a new campaign against Qi in late summer to install Jiu to the throne", "This events infuriated Duke Zhuang who personally a new campaign against Qi in late summer to install Jiu to the throne", "This events infuriated Duke Zhuang who personally a new campaign against Qi in late to install Jiu to the throne", "This events infuriated Duke Zhuang who personally a new campaign Qi in late to install Jiu to the throne", "This events infuriated Duke Zhuang who personally a new campaign Qi in late install Jiu to the throne", "This events infuriated Duke who personally a new campaign Qi in late install Jiu to the throne", "events infuriated Duke who personally a new campaign Qi in late install Jiu to the throne", "events infuriated Duke who personally a new campaign Qi in install Jiu to the throne", "infuriated Duke who personally a new campaign Qi in install Jiu to the throne"]}, "config": {"num_remove_word": 13, "num_sentences": 43652, "sentence": "This turn of events infuriated Duke Zhuang who then personally led a new campaign against Qi in the late summer to install Jiu to the throne", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["led", "the", "then", "of", "turn", "summer", "against", "to", "Zhuang", "This", "late", "events", "throne"]}, "task_name": "task20", "example_name": "0116", "problem_name": "task20_0116"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn June the following year two police officers flew to Libya to discuss developments in the case\nWords: [two, police, year, following, discuss, In, to, officers, case, the, flew, developments, Libya]\n", "label": {"final": "June to in the", "init": "In June the following year two police officers flew to Libya to discuss developments in the case", "intermediate": ["In June the following year police officers flew to Libya to discuss developments in the case", "In June the following year officers flew to Libya to discuss developments in the case", "In June the following officers flew to Libya to discuss developments in the case", "In June the officers flew to Libya to discuss developments in the case", "In June the officers flew to Libya to developments in the case", "June the officers flew to Libya to developments in the case", "June the officers flew Libya to developments in the case", "June the flew Libya to developments in the case", "June the flew Libya to developments in the", "June flew Libya to developments in the", "June Libya to developments in the", "June Libya to in the"]}, "config": {"num_remove_word": 13, "num_sentences": 43652, "sentence": "In June the following year two police officers flew to Libya to discuss developments in the case", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["two", "police", "year", "following", "discuss", "In", "to", "officers", "case", "the", "flew", "developments", "Libya"]}, "task_name": "task20", "example_name": "0117", "problem_name": "task20_0117"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nMimela junii is a species of shining leaf chafer belonging to the family Scarabaeidae subfamily Rutelinae\nWords: [of, chafer, species, family, a, the, leaf, belonging, junii, is, shining, subfamily, Rutelinae]\n", "label": {"final": "Mimela to Scarabaeidae", "init": "Mimela junii is a species of shining leaf chafer belonging to the family Scarabaeidae subfamily Rutelinae", "intermediate": ["Mimela junii is a species shining leaf chafer belonging to the family Scarabaeidae subfamily Rutelinae", "Mimela junii is a species shining leaf belonging to the family Scarabaeidae subfamily Rutelinae", "Mimela junii is a shining leaf belonging to the family Scarabaeidae subfamily Rutelinae", "Mimela junii is a shining leaf belonging to the Scarabaeidae subfamily Rutelinae", "Mimela junii is shining leaf belonging to the Scarabaeidae subfamily Rutelinae", "Mimela junii is shining leaf belonging to Scarabaeidae subfamily Rutelinae", "Mimela junii is shining belonging to Scarabaeidae subfamily Rutelinae", "Mimela junii is shining to Scarabaeidae subfamily Rutelinae", "Mimela is shining to Scarabaeidae subfamily Rutelinae", "Mimela shining to Scarabaeidae subfamily Rutelinae", "Mimela to Scarabaeidae subfamily Rutelinae", "Mimela to Scarabaeidae Rutelinae"]}, "config": {"num_remove_word": 13, "num_sentences": 43652, "sentence": "Mimela junii is a species of shining leaf chafer belonging to the family Scarabaeidae subfamily Rutelinae", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["of", "chafer", "species", "family", "a", "the", "leaf", "belonging", "junii", "is", "shining", "subfamily", "Rutelinae"]}, "task_name": "task20", "example_name": "0118", "problem_name": "task20_0118"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nDovetailing the trend designers at Benjamin Moore paints mixed a custom hue known as Gottfried Gray\nWords: [Gray, hue, designers, known, mixed, at, Dovetailing, as, a, trend, the, Gottfried, Benjamin]\n", "label": {"final": "Moore paints custom", "init": "Dovetailing the trend designers at Benjamin Moore paints mixed a custom hue known as Gottfried Gray", "intermediate": ["Dovetailing the trend designers at Benjamin Moore paints mixed a custom hue known as Gottfried", "Dovetailing the trend designers at Benjamin Moore paints mixed a custom known as Gottfried", "Dovetailing the trend at Benjamin Moore paints mixed a custom known as Gottfried", "Dovetailing the trend at Benjamin Moore paints mixed a custom as Gottfried", "Dovetailing the trend at Benjamin Moore paints a custom as Gottfried", "Dovetailing the trend Benjamin Moore paints a custom as Gottfried", "the trend Benjamin Moore paints a custom as Gottfried", "the trend Benjamin Moore paints a custom Gottfried", "the trend Benjamin Moore paints custom Gottfried", "the Benjamin Moore paints custom Gottfried", "Benjamin Moore paints custom Gottfried", "Benjamin Moore paints custom"]}, "config": {"num_remove_word": 13, "num_sentences": 43652, "sentence": "Dovetailing the trend designers at Benjamin Moore paints mixed a custom hue known as Gottfried Gray", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Gray", "hue", "designers", "known", "mixed", "at", "Dovetailing", "as", "a", "trend", "the", "Gottfried", "Benjamin"]}, "task_name": "task20", "example_name": "0119", "problem_name": "task20_0119"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nBakke and Kathy Boudin along with other members of the SDS participated in various protests including a 24 day protest against the Vietnam War during which she refused to eat or drink\nWords: [of, Vietnam, drink, other, or, participated, which, the, Boudin, members, day, and, 24, protests]\n", "label": {"final": "Bakke Kathy along with SDS in various including a protest against the War during she refused to eat", "init": "Bakke and Kathy Boudin along with other members of the SDS participated in various protests including a 24 day protest against the Vietnam War during which she refused to eat or drink", "intermediate": ["Bakke and Kathy Boudin along with other members the SDS participated in various protests including a 24 day protest against the Vietnam War during which she refused to eat or drink", "Bakke and Kathy Boudin along with other members the SDS participated in various protests including a 24 day protest against the War during which she refused to eat or drink", "Bakke and Kathy Boudin along with other members the SDS participated in various protests including a 24 day protest against the War during which she refused to eat or", "Bakke and Kathy Boudin along with members the SDS participated in various protests including a 24 day protest against the War during which she refused to eat or", "Bakke and Kathy Boudin along with members the SDS participated in various protests including a 24 day protest against the War during which she refused to eat", "Bakke and Kathy Boudin along with members the SDS in various protests including a 24 day protest against the War during which she refused to eat", "Bakke and Kathy Boudin along with members the SDS in various protests including a 24 day protest against the War during she refused to eat", "Bakke and Kathy Boudin along with members SDS in various protests including a 24 day protest against the War during she refused to eat", "Bakke and Kathy along with members SDS in various protests including a 24 day protest against the War during she refused to eat", "Bakke and Kathy along with SDS in various protests including a 24 day protest against the War during she refused to eat", "Bakke and Kathy along with SDS in various protests including a 24 protest against the War during she refused to eat", "Bakke Kathy along with SDS in various protests including a 24 protest against the War during she refused to eat", "Bakke Kathy along with SDS in various protests including a protest against the War during she refused to eat"]}, "config": {"num_remove_word": 14, "num_sentences": 43652, "sentence": "Bakke and Kathy Boudin along with other members of the SDS participated in various protests including a 24 day protest against the Vietnam War during which she refused to eat or drink", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["of", "Vietnam", "drink", "other", "or", "participated", "which", "the", "Boudin", "members", "day", "and", "24", "protests"]}, "task_name": "task20", "example_name": "0120", "problem_name": "task20_0120"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe Daily Mail Circuit of Britain air race was a British cross country air race that took place from 1911 until 1914 with prizes donated by the Daily Mail newspaper on the initiative of its proprietor Lord Northcliffe\nWords: [prizes, race, air, took, Lord, donated, cross, proprietor, British, 1911, 1914, on, until, country]\n", "label": {"final": "The Daily Mail Circuit of Britain was a air race that place from with by the Daily Mail newspaper the initiative of its Northcliffe", "init": "The Daily Mail Circuit of Britain air race was a British cross country air race that took place from 1911 until 1914 with prizes donated by the Daily Mail newspaper on the initiative of its proprietor Lord Northcliffe", "intermediate": ["The Daily Mail Circuit of Britain air race was a British cross country air race that took place from 1911 until 1914 with donated by the Daily Mail newspaper on the initiative of its proprietor Lord Northcliffe", "The Daily Mail Circuit of Britain air was a British cross country air race that took place from 1911 until 1914 with donated by the Daily Mail newspaper on the initiative of its proprietor Lord Northcliffe", "The Daily Mail Circuit of Britain was a British cross country air race that took place from 1911 until 1914 with donated by the Daily Mail newspaper on the initiative of its proprietor Lord Northcliffe", "The Daily Mail Circuit of Britain was a British cross country air race that place from 1911 until 1914 with donated by the Daily Mail newspaper on the initiative of its proprietor Lord Northcliffe", "The Daily Mail Circuit of Britain was a British cross country air race that place from 1911 until 1914 with donated by the Daily Mail newspaper on the initiative of its proprietor Northcliffe", "The Daily Mail Circuit of Britain was a British cross country air race that place from 1911 until 1914 with by the Daily Mail newspaper on the initiative of its proprietor Northcliffe", "The Daily Mail Circuit of Britain was a British country air race that place from 1911 until 1914 with by the Daily Mail newspaper on the initiative of its proprietor Northcliffe", "The Daily Mail Circuit of Britain was a British country air race that place from 1911 until 1914 with by the Daily Mail newspaper on the initiative of its Northcliffe", "The Daily Mail Circuit of Britain was a country air race that place from 1911 until 1914 with by the Daily Mail newspaper on the initiative of its Northcliffe", "The Daily Mail Circuit of Britain was a country air race that place from until 1914 with by the Daily Mail newspaper on the initiative of its Northcliffe", "The Daily Mail Circuit of Britain was a country air race that place from until with by the Daily Mail newspaper on the initiative of its Northcliffe", "The Daily Mail Circuit of Britain was a country air race that place from until with by the Daily Mail newspaper the initiative of its Northcliffe", "The Daily Mail Circuit of Britain was a country air race that place from with by the Daily Mail newspaper the initiative of its Northcliffe"]}, "config": {"num_remove_word": 14, "num_sentences": 43652, "sentence": "The Daily Mail Circuit of Britain air race was a British cross country air race that took place from 1911 until 1914 with prizes donated by the Daily Mail newspaper on the initiative of its proprietor Lord Northcliffe", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["prizes", "race", "air", "took", "Lord", "donated", "cross", "proprietor", "British", "1911", "1914", "on", "until", "country"]}, "task_name": "task20", "example_name": "0121", "problem_name": "task20_0121"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe 15th class were Intended for the long run from Bulawayo to Mafeking South Africa via Francistown and Gaborone Bechuanaland now Botswana but this was dependent on the strengthening of certain bridges which could not be carried out due to the war\nWords: [for, strengthening, now, out, Bechuanaland, long, dependent, Gaborone, but, war, to, certain, via, and]\n", "label": {"final": "The 15th class were Intended the run from Bulawayo Mafeking South Africa Francistown Botswana this was on the of bridges which could not be carried due to the", "init": "The 15th class were Intended for the long run from Bulawayo to Mafeking South Africa via Francistown and Gaborone Bechuanaland now Botswana but this was dependent on the strengthening of certain bridges which could not be carried out due to the war", "intermediate": ["The 15th class were Intended the long run from Bulawayo to Mafeking South Africa via Francistown and Gaborone Bechuanaland now Botswana but this was dependent on the strengthening of certain bridges which could not be carried out due to the war", "The 15th class were Intended the long run from Bulawayo to Mafeking South Africa via Francistown and Gaborone Bechuanaland now Botswana but this was dependent on the of certain bridges which could not be carried out due to the war", "The 15th class were Intended the long run from Bulawayo to Mafeking South Africa via Francistown and Gaborone Bechuanaland Botswana but this was dependent on the of certain bridges which could not be carried out due to the war", "The 15th class were Intended the long run from Bulawayo to Mafeking South Africa via Francistown and Gaborone Bechuanaland Botswana but this was dependent on the of certain bridges which could not be carried due to the war", "The 15th class were Intended the long run from Bulawayo to Mafeking South Africa via Francistown and Gaborone Botswana but this was dependent on the of certain bridges which could not be carried due to the war", "The 15th class were Intended the run from Bulawayo to Mafeking South Africa via Francistown and Gaborone Botswana but this was dependent on the of certain bridges which could not be carried due to the war", "The 15th class were Intended the run from Bulawayo to Mafeking South Africa via Francistown and Gaborone Botswana but this was on the of certain bridges which could not be carried due to the war", "The 15th class were Intended the run from Bulawayo to Mafeking South Africa via Francistown and Botswana but this was on the of certain bridges which could not be carried due to the war", "The 15th class were Intended the run from Bulawayo to Mafeking South Africa via Francistown and Botswana this was on the of certain bridges which could not be carried due to the war", "The 15th class were Intended the run from Bulawayo to Mafeking South Africa via Francistown and Botswana this was on the of certain bridges which could not be carried due to the", "The 15th class were Intended the run from Bulawayo Mafeking South Africa via Francistown and Botswana this was on the of certain bridges which could not be carried due to the", "The 15th class were Intended the run from Bulawayo Mafeking South Africa via Francistown and Botswana this was on the of bridges which could not be carried due to the", "The 15th class were Intended the run from Bulawayo Mafeking South Africa Francistown and Botswana this was on the of bridges which could not be carried due to the"]}, "config": {"num_remove_word": 14, "num_sentences": 43652, "sentence": "The 15th class were Intended for the long run from Bulawayo to Mafeking South Africa via Francistown and Gaborone Bechuanaland now Botswana but this was dependent on the strengthening of certain bridges which could not be carried out due to the war", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["for", "strengthening", "now", "out", "Bechuanaland", "long", "dependent", "Gaborone", "but", "war", "to", "certain", "via", "and"]}, "task_name": "task20", "example_name": "0122", "problem_name": "task20_0122"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nPhillips worked for fifteen years to help establish the museum s Center for the Study of Modern Art an interdisciplinary forum for scholarly discussion research and publication on issues of production\nWords: [on, publication, establish, s, of, to, museum, for, Phillips, Modern, research, Art, production, discussion]\n", "label": {"final": "worked fifteen years help the Center for the Study an interdisciplinary forum for scholarly and issues of", "init": "Phillips worked for fifteen years to help establish the museum s Center for the Study of Modern Art an interdisciplinary forum for scholarly discussion research and publication on issues of production", "intermediate": ["Phillips worked for fifteen years to help establish the museum s Center for the Study of Modern Art an interdisciplinary forum for scholarly discussion research and publication issues of production", "Phillips worked for fifteen years to help establish the museum s Center for the Study of Modern Art an interdisciplinary forum for scholarly discussion research and issues of production", "Phillips worked for fifteen years to help the museum s Center for the Study of Modern Art an interdisciplinary forum for scholarly discussion research and issues of production", "Phillips worked for fifteen years to help the museum Center for the Study of Modern Art an interdisciplinary forum for scholarly discussion research and issues of production", "Phillips worked for fifteen years to help the museum Center for the Study Modern Art an interdisciplinary forum for scholarly discussion research and issues of production", "Phillips worked for fifteen years help the museum Center for the Study Modern Art an interdisciplinary forum for scholarly discussion research and issues of production", "Phillips worked for fifteen years help the Center for the Study Modern Art an interdisciplinary forum for scholarly discussion research and issues of production", "Phillips worked fifteen years help the Center for the Study Modern Art an interdisciplinary forum for scholarly discussion research and issues of production", "worked fifteen years help the Center for the Study Modern Art an interdisciplinary forum for scholarly discussion research and issues of production", "worked fifteen years help the Center for the Study Art an interdisciplinary forum for scholarly discussion research and issues of production", "worked fifteen years help the Center for the Study Art an interdisciplinary forum for scholarly discussion and issues of production", "worked fifteen years help the Center for the Study an interdisciplinary forum for scholarly discussion and issues of production", "worked fifteen years help the Center for the Study an interdisciplinary forum for scholarly discussion and issues of"]}, "config": {"num_remove_word": 14, "num_sentences": 43652, "sentence": "Phillips worked for fifteen years to help establish the museum s Center for the Study of Modern Art an interdisciplinary forum for scholarly discussion research and publication on issues of production", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["on", "publication", "establish", "s", "of", "to", "museum", "for", "Phillips", "Modern", "research", "Art", "production", "discussion"]}, "task_name": "task20", "example_name": "0123", "problem_name": "task20_0123"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nNoonan completed The Ragged Trousered Philanthropists in 1910 but the 1 600 page hand written manuscript was rejected by the three publishing houses to which it was submitted\nWords: [it, Noonan, rejected, 1910, Ragged, submitted, written, 600, hand, publishing, houses, page, but, three]\n", "label": {"final": "completed The Trousered Philanthropists in the 1 manuscript was by the to which was", "init": "Noonan completed The Ragged Trousered Philanthropists in 1910 but the 1 600 page hand written manuscript was rejected by the three publishing houses to which it was submitted", "intermediate": ["Noonan completed The Ragged Trousered Philanthropists in 1910 but the 1 600 page hand written manuscript was rejected by the three publishing houses to which was submitted", "completed The Ragged Trousered Philanthropists in 1910 but the 1 600 page hand written manuscript was rejected by the three publishing houses to which was submitted", "completed The Ragged Trousered Philanthropists in 1910 but the 1 600 page hand written manuscript was by the three publishing houses to which was submitted", "completed The Ragged Trousered Philanthropists in but the 1 600 page hand written manuscript was by the three publishing houses to which was submitted", "completed The Trousered Philanthropists in but the 1 600 page hand written manuscript was by the three publishing houses to which was submitted", "completed The Trousered Philanthropists in but the 1 600 page hand written manuscript was by the three publishing houses to which was", "completed The Trousered Philanthropists in but the 1 600 page hand manuscript was by the three publishing houses to which was", "completed The Trousered Philanthropists in but the 1 page hand manuscript was by the three publishing houses to which was", "completed The Trousered Philanthropists in but the 1 page manuscript was by the three publishing houses to which was", "completed The Trousered Philanthropists in but the 1 page manuscript was by the three houses to which was", "completed The Trousered Philanthropists in but the 1 page manuscript was by the three to which was", "completed The Trousered Philanthropists in but the 1 manuscript was by the three to which was", "completed The Trousered Philanthropists in the 1 manuscript was by the three to which was"]}, "config": {"num_remove_word": 14, "num_sentences": 43652, "sentence": "Noonan completed The Ragged Trousered Philanthropists in 1910 but the 1 600 page hand written manuscript was rejected by the three publishing houses to which it was submitted", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["it", "Noonan", "rejected", "1910", "Ragged", "submitted", "written", "600", "hand", "publishing", "houses", "page", "but", "three"]}, "task_name": "task20", "example_name": "0124", "problem_name": "task20_0124"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe new line is intended to be more environmentally friendly being manufactured with a minimum of 50 percent of recycled materials\nWords: [environmentally, friendly, recycled, new, percent, minimum, The, is, with, 50, more, of, manufactured, be]\n", "label": {"final": "line intended to being a of materials", "init": "The new line is intended to be more environmentally friendly being manufactured with a minimum of 50 percent of recycled materials", "intermediate": ["The new line is intended to be more friendly being manufactured with a minimum of 50 percent of recycled materials", "The new line is intended to be more being manufactured with a minimum of 50 percent of recycled materials", "The new line is intended to be more being manufactured with a minimum of 50 percent of materials", "The line is intended to be more being manufactured with a minimum of 50 percent of materials", "The line is intended to be more being manufactured with a minimum of 50 of materials", "The line is intended to be more being manufactured with a of 50 of materials", "line is intended to be more being manufactured with a of 50 of materials", "line intended to be more being manufactured with a of 50 of materials", "line intended to be more being manufactured a of 50 of materials", "line intended to be more being manufactured a of of materials", "line intended to be being manufactured a of of materials", "line intended to be being manufactured a of materials", "line intended to be being a of materials"]}, "config": {"num_remove_word": 14, "num_sentences": 43652, "sentence": "The new line is intended to be more environmentally friendly being manufactured with a minimum of 50 percent of recycled materials", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["environmentally", "friendly", "recycled", "new", "percent", "minimum", "The", "is", "with", "50", "more", "of", "manufactured", "be"]}, "task_name": "task20", "example_name": "0125", "problem_name": "task20_0125"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThis release was quite problematic and the core team ended up pulling 1 2 0 and 1 2 1 from public distribution due to a number of issues in integrating old and new code\nWords: [integrating, code, due, pulling, issues, in, 2, was, new, ended, 0, problematic, This, 1]\n", "label": {"final": "release quite and the core team up and 1 2 1 from public distribution to a number of old and", "init": "This release was quite problematic and the core team ended up pulling 1 2 0 and 1 2 1 from public distribution due to a number of issues in integrating old and new code", "intermediate": ["This release was quite problematic and the core team ended up pulling 1 2 0 and 1 2 1 from public distribution due to a number of issues in old and new code", "This release was quite problematic and the core team ended up pulling 1 2 0 and 1 2 1 from public distribution due to a number of issues in old and new", "This release was quite problematic and the core team ended up pulling 1 2 0 and 1 2 1 from public distribution to a number of issues in old and new", "This release was quite problematic and the core team ended up 1 2 0 and 1 2 1 from public distribution to a number of issues in old and new", "This release was quite problematic and the core team ended up 1 2 0 and 1 2 1 from public distribution to a number of in old and new", "This release was quite problematic and the core team ended up 1 2 0 and 1 2 1 from public distribution to a number of old and new", "This release was quite problematic and the core team ended up 1 0 and 1 2 1 from public distribution to a number of old and new", "This release quite problematic and the core team ended up 1 0 and 1 2 1 from public distribution to a number of old and new", "This release quite problematic and the core team ended up 1 0 and 1 2 1 from public distribution to a number of old and", "This release quite problematic and the core team up 1 0 and 1 2 1 from public distribution to a number of old and", "This release quite problematic and the core team up 1 and 1 2 1 from public distribution to a number of old and", "This release quite and the core team up 1 and 1 2 1 from public distribution to a number of old and", "release quite and the core team up 1 and 1 2 1 from public distribution to a number of old and"]}, "config": {"num_remove_word": 14, "num_sentences": 43652, "sentence": "This release was quite problematic and the core team ended up pulling 1 2 0 and 1 2 1 from public distribution due to a number of issues in integrating old and new code", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["integrating", "code", "due", "pulling", "issues", "in", "2", "was", "new", "ended", "0", "problematic", "This", "1"]}, "task_name": "task20", "example_name": "0126", "problem_name": "task20_0126"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nMagenta publications and exhibitions are circulated in Canada and abroad and the foundation brings international contemporary art to Canadian audiences\nWords: [international, are, circulated, contemporary, brings, art, abroad, and, Canada, to, Magenta, audiences, publications, the]\n", "label": {"final": "exhibitions in and and foundation Canadian", "init": "Magenta publications and exhibitions are circulated in Canada and abroad and the foundation brings international contemporary art to Canadian audiences", "intermediate": ["Magenta publications and exhibitions are circulated in Canada and abroad and the foundation brings contemporary art to Canadian audiences", "Magenta publications and exhibitions circulated in Canada and abroad and the foundation brings contemporary art to Canadian audiences", "Magenta publications and exhibitions in Canada and abroad and the foundation brings contemporary art to Canadian audiences", "Magenta publications and exhibitions in Canada and abroad and the foundation brings art to Canadian audiences", "Magenta publications and exhibitions in Canada and abroad and the foundation art to Canadian audiences", "Magenta publications and exhibitions in Canada and abroad and the foundation to Canadian audiences", "Magenta publications and exhibitions in Canada and and the foundation to Canadian audiences", "Magenta publications exhibitions in Canada and and the foundation to Canadian audiences", "Magenta publications exhibitions in and and the foundation to Canadian audiences", "Magenta publications exhibitions in and and the foundation Canadian audiences", "publications exhibitions in and and the foundation Canadian audiences", "publications exhibitions in and and the foundation Canadian", "exhibitions in and and the foundation Canadian"]}, "config": {"num_remove_word": 14, "num_sentences": 43652, "sentence": "Magenta publications and exhibitions are circulated in Canada and abroad and the foundation brings international contemporary art to Canadian audiences", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["international", "are", "circulated", "contemporary", "brings", "art", "abroad", "and", "Canada", "to", "Magenta", "audiences", "publications", "the"]}, "task_name": "task20", "example_name": "0127", "problem_name": "task20_0127"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nZhao began secretly recording his autobiography on children s cassette tapes in 1999 and eventually completed approximately thirty tapes each about sixty minutes in length\nWords: [length, children, began, 1999, thirty, s, recording, sixty, on, tapes, Zhao, completed, minutes, about]\n", "label": {"final": "secretly his autobiography cassette in and eventually approximately tapes each in", "init": "Zhao began secretly recording his autobiography on children s cassette tapes in 1999 and eventually completed approximately thirty tapes each about sixty minutes in length", "intermediate": ["Zhao began secretly recording his autobiography on children s cassette tapes in 1999 and eventually completed approximately thirty tapes each about sixty minutes in", "Zhao began secretly recording his autobiography on s cassette tapes in 1999 and eventually completed approximately thirty tapes each about sixty minutes in", "Zhao secretly recording his autobiography on s cassette tapes in 1999 and eventually completed approximately thirty tapes each about sixty minutes in", "Zhao secretly recording his autobiography on s cassette tapes in and eventually completed approximately thirty tapes each about sixty minutes in", "Zhao secretly recording his autobiography on s cassette tapes in and eventually completed approximately tapes each about sixty minutes in", "Zhao secretly recording his autobiography on cassette tapes in and eventually completed approximately tapes each about sixty minutes in", "Zhao secretly his autobiography on cassette tapes in and eventually completed approximately tapes each about sixty minutes in", "Zhao secretly his autobiography on cassette tapes in and eventually completed approximately tapes each about minutes in", "Zhao secretly his autobiography cassette tapes in and eventually completed approximately tapes each about minutes in", "Zhao secretly his autobiography cassette in and eventually completed approximately tapes each about minutes in", "secretly his autobiography cassette in and eventually completed approximately tapes each about minutes in", "secretly his autobiography cassette in and eventually approximately tapes each about minutes in", "secretly his autobiography cassette in and eventually approximately tapes each about in"]}, "config": {"num_remove_word": 14, "num_sentences": 43652, "sentence": "Zhao began secretly recording his autobiography on children s cassette tapes in 1999 and eventually completed approximately thirty tapes each about sixty minutes in length", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["length", "children", "began", "1999", "thirty", "s", "recording", "sixty", "on", "tapes", "Zhao", "completed", "minutes", "about"]}, "task_name": "task20", "example_name": "0128", "problem_name": "task20_0128"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe Apple A14 Bionic features an Apple designed 64 bit six core CPU implementing ARMv8 with two high performance cores called Firestorm and four energy efficient cores called Icestorm\nWords: [performance, features, core, The, energy, with, called, Bionic, bit, six, cores, high, Firestorm, Icestorm]\n", "label": {"final": "Apple A14 an Apple designed 64 CPU implementing ARMv8 two and four efficient cores called", "init": "The Apple A14 Bionic features an Apple designed 64 bit six core CPU implementing ARMv8 with two high performance cores called Firestorm and four energy efficient cores called Icestorm", "intermediate": ["The Apple A14 Bionic features an Apple designed 64 bit six core CPU implementing ARMv8 with two high cores called Firestorm and four energy efficient cores called Icestorm", "The Apple A14 Bionic an Apple designed 64 bit six core CPU implementing ARMv8 with two high cores called Firestorm and four energy efficient cores called Icestorm", "The Apple A14 Bionic an Apple designed 64 bit six CPU implementing ARMv8 with two high cores called Firestorm and four energy efficient cores called Icestorm", "Apple A14 Bionic an Apple designed 64 bit six CPU implementing ARMv8 with two high cores called Firestorm and four energy efficient cores called Icestorm", "Apple A14 Bionic an Apple designed 64 bit six CPU implementing ARMv8 with two high cores called Firestorm and four efficient cores called Icestorm", "Apple A14 Bionic an Apple designed 64 bit six CPU implementing ARMv8 two high cores called Firestorm and four efficient cores called Icestorm", "Apple A14 Bionic an Apple designed 64 bit six CPU implementing ARMv8 two high cores Firestorm and four efficient cores called Icestorm", "Apple A14 an Apple designed 64 bit six CPU implementing ARMv8 two high cores Firestorm and four efficient cores called Icestorm", "Apple A14 an Apple designed 64 six CPU implementing ARMv8 two high cores Firestorm and four efficient cores called Icestorm", "Apple A14 an Apple designed 64 CPU implementing ARMv8 two high cores Firestorm and four efficient cores called Icestorm", "Apple A14 an Apple designed 64 CPU implementing ARMv8 two high Firestorm and four efficient cores called Icestorm", "Apple A14 an Apple designed 64 CPU implementing ARMv8 two Firestorm and four efficient cores called Icestorm", "Apple A14 an Apple designed 64 CPU implementing ARMv8 two and four efficient cores called Icestorm"]}, "config": {"num_remove_word": 14, "num_sentences": 43652, "sentence": "The Apple A14 Bionic features an Apple designed 64 bit six core CPU implementing ARMv8 with two high performance cores called Firestorm and four energy efficient cores called Icestorm", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["performance", "features", "core", "The", "energy", "with", "called", "Bionic", "bit", "six", "cores", "high", "Firestorm", "Icestorm"]}, "task_name": "task20", "example_name": "0129", "problem_name": "task20_0129"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHe has an agreement with the local council to be the new guardian of the vacant and dilapidated Hopwood Hall\nWords: [new, to, council, with, local, Hopwood, dilapidated, agreement, has, of, the, an, guardian, vacant, He]\n", "label": {"final": "be the the and Hall", "init": "He has an agreement with the local council to be the new guardian of the vacant and dilapidated Hopwood Hall", "intermediate": ["He has an agreement with the local council to be the guardian of the vacant and dilapidated Hopwood Hall", "He has an agreement with the local council be the guardian of the vacant and dilapidated Hopwood Hall", "He has an agreement with the local be the guardian of the vacant and dilapidated Hopwood Hall", "He has an agreement the local be the guardian of the vacant and dilapidated Hopwood Hall", "He has an agreement the be the guardian of the vacant and dilapidated Hopwood Hall", "He has an agreement the be the guardian of the vacant and dilapidated Hall", "He has an agreement the be the guardian of the vacant and Hall", "He has an the be the guardian of the vacant and Hall", "He an the be the guardian of the vacant and Hall", "He an the be the guardian the vacant and Hall", "He an be the guardian the vacant and Hall", "He be the guardian the vacant and Hall", "He be the the vacant and Hall", "He be the the and Hall"]}, "config": {"num_remove_word": 15, "num_sentences": 43652, "sentence": "He has an agreement with the local council to be the new guardian of the vacant and dilapidated Hopwood Hall", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["new", "to", "council", "with", "local", "Hopwood", "dilapidated", "agreement", "has", "of", "the", "an", "guardian", "vacant", "He"]}, "task_name": "task20", "example_name": "0130", "problem_name": "task20_0130"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nToday mass is held there only on the holiday of Saint Roch the third day of Easter and the third day of Pentecost\nWords: [mass, on, only, third, the, Saint, Roch, Today, is, Pentecost, held, holiday, day, Easter, there]\n", "label": {"final": "of the of and the third day of", "init": "Today mass is held there only on the holiday of Saint Roch the third day of Easter and the third day of Pentecost", "intermediate": ["Today is held there only on the holiday of Saint Roch the third day of Easter and the third day of Pentecost", "Today is held there only the holiday of Saint Roch the third day of Easter and the third day of Pentecost", "Today is held there the holiday of Saint Roch the third day of Easter and the third day of Pentecost", "Today is held there the holiday of Saint Roch the day of Easter and the third day of Pentecost", "Today is held there holiday of Saint Roch the day of Easter and the third day of Pentecost", "Today is held there holiday of Roch the day of Easter and the third day of Pentecost", "Today is held there holiday of the day of Easter and the third day of Pentecost", "is held there holiday of the day of Easter and the third day of Pentecost", "held there holiday of the day of Easter and the third day of Pentecost", "held there holiday of the day of Easter and the third day of", "there holiday of the day of Easter and the third day of", "there of the day of Easter and the third day of", "there of the of Easter and the third day of", "there of the of and the third day of"]}, "config": {"num_remove_word": 15, "num_sentences": 43652, "sentence": "Today mass is held there only on the holiday of Saint Roch the third day of Easter and the third day of Pentecost", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["mass", "on", "only", "third", "the", "Saint", "Roch", "Today", "is", "Pentecost", "held", "holiday", "day", "Easter", "there"]}, "task_name": "task20", "example_name": "0131", "problem_name": "task20_0131"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nMany develop in a bottom up fashion starting up through volunteer work and newcomers to the media business and gradually expanding to include professionals\nWords: [professionals, Many, bottom, to, work, expanding, newcomers, business, in, and, include, the, develop, gradually, volunteer]\n", "label": {"final": "a up fashion starting up through media and to", "init": "Many develop in a bottom up fashion starting up through volunteer work and newcomers to the media business and gradually expanding to include professionals", "intermediate": ["Many develop in a bottom up fashion starting up through volunteer work and newcomers to the media business and gradually expanding to include", "develop in a bottom up fashion starting up through volunteer work and newcomers to the media business and gradually expanding to include", "develop in a up fashion starting up through volunteer work and newcomers to the media business and gradually expanding to include", "develop in a up fashion starting up through volunteer work and newcomers the media business and gradually expanding to include", "develop in a up fashion starting up through volunteer and newcomers the media business and gradually expanding to include", "develop in a up fashion starting up through volunteer and newcomers the media business and gradually to include", "develop in a up fashion starting up through volunteer and the media business and gradually to include", "develop in a up fashion starting up through volunteer and the media and gradually to include", "develop a up fashion starting up through volunteer and the media and gradually to include", "develop a up fashion starting up through volunteer the media and gradually to include", "develop a up fashion starting up through volunteer the media and gradually to", "develop a up fashion starting up through volunteer media and gradually to", "a up fashion starting up through volunteer media and gradually to", "a up fashion starting up through volunteer media and to"]}, "config": {"num_remove_word": 15, "num_sentences": 43652, "sentence": "Many develop in a bottom up fashion starting up through volunteer work and newcomers to the media business and gradually expanding to include professionals", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["professionals", "Many", "bottom", "to", "work", "expanding", "newcomers", "business", "in", "and", "include", "the", "develop", "gradually", "volunteer"]}, "task_name": "task20", "example_name": "0132", "problem_name": "task20_0132"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn Series 5 of the relaunched Doctor Who series they are shown as being able to create fully lifelike human replicas able to fool other humans\nWords: [Who, humans, able, fool, create, human, being, Series, Doctor, 5, they, replicas, as, lifelike, shown]\n", "label": {"final": "In of the relaunched series are to fully able to other", "init": "In Series 5 of the relaunched Doctor Who series they are shown as being able to create fully lifelike human replicas able to fool other humans", "intermediate": ["In Series 5 of the relaunched Doctor series they are shown as being able to create fully lifelike human replicas able to fool other humans", "In Series 5 of the relaunched Doctor series they are shown as being able to create fully lifelike human replicas able to fool other", "In Series 5 of the relaunched Doctor series they are shown as being to create fully lifelike human replicas able to fool other", "In Series 5 of the relaunched Doctor series they are shown as being to create fully lifelike human replicas able to other", "In Series 5 of the relaunched Doctor series they are shown as being to fully lifelike human replicas able to other", "In Series 5 of the relaunched Doctor series they are shown as being to fully lifelike replicas able to other", "In Series 5 of the relaunched Doctor series they are shown as to fully lifelike replicas able to other", "In 5 of the relaunched Doctor series they are shown as to fully lifelike replicas able to other", "In 5 of the relaunched series they are shown as to fully lifelike replicas able to other", "In of the relaunched series they are shown as to fully lifelike replicas able to other", "In of the relaunched series are shown as to fully lifelike replicas able to other", "In of the relaunched series are shown as to fully lifelike able to other", "In of the relaunched series are shown to fully lifelike able to other", "In of the relaunched series are shown to fully able to other"]}, "config": {"num_remove_word": 15, "num_sentences": 43652, "sentence": "In Series 5 of the relaunched Doctor Who series they are shown as being able to create fully lifelike human replicas able to fool other humans", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Who", "humans", "able", "fool", "create", "human", "being", "Series", "Doctor", "5", "they", "replicas", "as", "lifelike", "shown"]}, "task_name": "task20", "example_name": "0133", "problem_name": "task20_0133"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn 2013 he cited a backlog in aerospace manufacturing and an increasing demand for lightweight aluminum products in the automotive and construction industries due to a historic shift toward fuel and energy efficiency\nWords: [products, increasing, industries, lightweight, construction, historic, automotive, to, aerospace, an, in, a, and, fuel, due]\n", "label": {"final": "In 2013 he cited backlog manufacturing demand for aluminum in the and a shift toward and energy efficiency", "init": "In 2013 he cited a backlog in aerospace manufacturing and an increasing demand for lightweight aluminum products in the automotive and construction industries due to a historic shift toward fuel and energy efficiency", "intermediate": ["In 2013 he cited a backlog in aerospace manufacturing and an increasing demand for lightweight aluminum in the automotive and construction industries due to a historic shift toward fuel and energy efficiency", "In 2013 he cited a backlog in aerospace manufacturing and an demand for lightweight aluminum in the automotive and construction industries due to a historic shift toward fuel and energy efficiency", "In 2013 he cited a backlog in aerospace manufacturing and an demand for lightweight aluminum in the automotive and construction due to a historic shift toward fuel and energy efficiency", "In 2013 he cited a backlog in aerospace manufacturing and an demand for aluminum in the automotive and construction due to a historic shift toward fuel and energy efficiency", "In 2013 he cited a backlog in aerospace manufacturing and an demand for aluminum in the automotive and due to a historic shift toward fuel and energy efficiency", "In 2013 he cited a backlog in aerospace manufacturing and an demand for aluminum in the automotive and due to a shift toward fuel and energy efficiency", "In 2013 he cited a backlog in aerospace manufacturing and an demand for aluminum in the and due to a shift toward fuel and energy efficiency", "In 2013 he cited a backlog in aerospace manufacturing and an demand for aluminum in the and due a shift toward fuel and energy efficiency", "In 2013 he cited a backlog in manufacturing and an demand for aluminum in the and due a shift toward fuel and energy efficiency", "In 2013 he cited a backlog in manufacturing and demand for aluminum in the and due a shift toward fuel and energy efficiency", "In 2013 he cited a backlog manufacturing and demand for aluminum in the and due a shift toward fuel and energy efficiency", "In 2013 he cited backlog manufacturing and demand for aluminum in the and due a shift toward fuel and energy efficiency", "In 2013 he cited backlog manufacturing demand for aluminum in the and due a shift toward fuel and energy efficiency", "In 2013 he cited backlog manufacturing demand for aluminum in the and due a shift toward and energy efficiency"]}, "config": {"num_remove_word": 15, "num_sentences": 43652, "sentence": "In 2013 he cited a backlog in aerospace manufacturing and an increasing demand for lightweight aluminum products in the automotive and construction industries due to a historic shift toward fuel and energy efficiency", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["products", "increasing", "industries", "lightweight", "construction", "historic", "automotive", "to", "aerospace", "an", "in", "a", "and", "fuel", "due"]}, "task_name": "task20", "example_name": "0134", "problem_name": "task20_0134"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nFollowing his marriage to Maria Bicknell In 1816 Constable lived in Bloomsbury in central London before his family settled in Hampstead where they lived permanently from 1827 onwards\nWords: [onwards, in, from, family, Bloomsbury, lived, London, marriage, his, they, central, to, where, In, permanently]\n", "label": {"final": "Following Maria Bicknell 1816 Constable in before his settled in Hampstead lived 1827", "init": "Following his marriage to Maria Bicknell In 1816 Constable lived in Bloomsbury in central London before his family settled in Hampstead where they lived permanently from 1827 onwards", "intermediate": ["Following his marriage to Maria Bicknell In 1816 Constable lived in Bloomsbury in central London before his family settled in Hampstead where they lived permanently from 1827", "Following his marriage to Maria Bicknell In 1816 Constable lived Bloomsbury in central London before his family settled in Hampstead where they lived permanently from 1827", "Following his marriage to Maria Bicknell In 1816 Constable lived Bloomsbury in central London before his family settled in Hampstead where they lived permanently 1827", "Following his marriage to Maria Bicknell In 1816 Constable lived Bloomsbury in central London before his settled in Hampstead where they lived permanently 1827", "Following his marriage to Maria Bicknell In 1816 Constable lived in central London before his settled in Hampstead where they lived permanently 1827", "Following his marriage to Maria Bicknell In 1816 Constable in central London before his settled in Hampstead where they lived permanently 1827", "Following his marriage to Maria Bicknell In 1816 Constable in central before his settled in Hampstead where they lived permanently 1827", "Following his to Maria Bicknell In 1816 Constable in central before his settled in Hampstead where they lived permanently 1827", "Following to Maria Bicknell In 1816 Constable in central before his settled in Hampstead where they lived permanently 1827", "Following to Maria Bicknell In 1816 Constable in central before his settled in Hampstead where lived permanently 1827", "Following to Maria Bicknell In 1816 Constable in before his settled in Hampstead where lived permanently 1827", "Following Maria Bicknell In 1816 Constable in before his settled in Hampstead where lived permanently 1827", "Following Maria Bicknell In 1816 Constable in before his settled in Hampstead lived permanently 1827", "Following Maria Bicknell 1816 Constable in before his settled in Hampstead lived permanently 1827"]}, "config": {"num_remove_word": 15, "num_sentences": 43652, "sentence": "Following his marriage to Maria Bicknell In 1816 Constable lived in Bloomsbury in central London before his family settled in Hampstead where they lived permanently from 1827 onwards", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["onwards", "in", "from", "family", "Bloomsbury", "lived", "London", "marriage", "his", "they", "central", "to", "where", "In", "permanently"]}, "task_name": "task20", "example_name": "0135", "problem_name": "task20_0135"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAfter taking testimony they sent a written report to the pope along with procurators of the named parties where they were dealt with by Cardinal Benedetto of Santa Susanna on the pope s behalf\nWords: [on, written, behalf, to, a, along, procurators, Susanna, testimony, of, report, named, s, Benedetto, After]\n", "label": {"final": "taking they sent the pope with the parties where they were dealt with by Cardinal of Santa the pope", "init": "After taking testimony they sent a written report to the pope along with procurators of the named parties where they were dealt with by Cardinal Benedetto of Santa Susanna on the pope s behalf", "intermediate": ["After taking testimony they sent a written report to the pope along with procurators of the named parties where they were dealt with by Cardinal Benedetto of Santa Susanna the pope s behalf", "After taking testimony they sent a report to the pope along with procurators of the named parties where they were dealt with by Cardinal Benedetto of Santa Susanna the pope s behalf", "After taking testimony they sent a report to the pope along with procurators of the named parties where they were dealt with by Cardinal Benedetto of Santa Susanna the pope s", "After taking testimony they sent a report the pope along with procurators of the named parties where they were dealt with by Cardinal Benedetto of Santa Susanna the pope s", "After taking testimony they sent report the pope along with procurators of the named parties where they were dealt with by Cardinal Benedetto of Santa Susanna the pope s", "After taking testimony they sent report the pope with procurators of the named parties where they were dealt with by Cardinal Benedetto of Santa Susanna the pope s", "After taking testimony they sent report the pope with of the named parties where they were dealt with by Cardinal Benedetto of Santa Susanna the pope s", "After taking testimony they sent report the pope with of the named parties where they were dealt with by Cardinal Benedetto of Santa the pope s", "After taking they sent report the pope with of the named parties where they were dealt with by Cardinal Benedetto of Santa the pope s", "After taking they sent report the pope with the named parties where they were dealt with by Cardinal Benedetto of Santa the pope s", "After taking they sent the pope with the named parties where they were dealt with by Cardinal Benedetto of Santa the pope s", "After taking they sent the pope with the parties where they were dealt with by Cardinal Benedetto of Santa the pope s", "After taking they sent the pope with the parties where they were dealt with by Cardinal Benedetto of Santa the pope", "After taking they sent the pope with the parties where they were dealt with by Cardinal of Santa the pope"]}, "config": {"num_remove_word": 15, "num_sentences": 43652, "sentence": "After taking testimony they sent a written report to the pope along with procurators of the named parties where they were dealt with by Cardinal Benedetto of Santa Susanna on the pope s behalf", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["on", "written", "behalf", "to", "a", "along", "procurators", "Susanna", "testimony", "of", "report", "named", "s", "Benedetto", "After"]}, "task_name": "task20", "example_name": "0136", "problem_name": "task20_0136"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn 1796 a year before leaving his post as equerry he was elected Member of Parliament for New Windsor holding the constituency for ten years\nWords: [year, post, ten, Windsor, the, elected, In, was, constituency, he, Parliament, for, Member, leaving, equerry]\n", "label": {"final": "1796 a before his as of New holding for years", "init": "In 1796 a year before leaving his post as equerry he was elected Member of Parliament for New Windsor holding the constituency for ten years", "intermediate": ["In 1796 a before leaving his post as equerry he was elected Member of Parliament for New Windsor holding the constituency for ten years", "In 1796 a before leaving his as equerry he was elected Member of Parliament for New Windsor holding the constituency for ten years", "In 1796 a before leaving his as equerry he was elected Member of Parliament for New Windsor holding the constituency for years", "In 1796 a before leaving his as equerry he was elected Member of Parliament for New holding the constituency for years", "In 1796 a before leaving his as equerry he was elected Member of Parliament for New holding constituency for years", "In 1796 a before leaving his as equerry he was Member of Parliament for New holding constituency for years", "1796 a before leaving his as equerry he was Member of Parliament for New holding constituency for years", "1796 a before leaving his as equerry he Member of Parliament for New holding constituency for years", "1796 a before leaving his as equerry he Member of Parliament for New holding for years", "1796 a before leaving his as equerry Member of Parliament for New holding for years", "1796 a before leaving his as equerry Member of for New holding for years", "1796 a before leaving his as equerry Member of New holding for years", "1796 a before leaving his as equerry of New holding for years", "1796 a before his as equerry of New holding for years"]}, "config": {"num_remove_word": 15, "num_sentences": 43652, "sentence": "In 1796 a year before leaving his post as equerry he was elected Member of Parliament for New Windsor holding the constituency for ten years", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["year", "post", "ten", "Windsor", "the", "elected", "In", "was", "constituency", "he", "Parliament", "for", "Member", "leaving", "equerry"]}, "task_name": "task20", "example_name": "0137", "problem_name": "task20_0137"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nNo Manches Frida 2 was first announced in October 2016 following the box office success of the first film\nWords: [of, 2, announced, No, box, film, following, October, Manches, the, was, first, 2016, Frida, success]\n", "label": {"final": "in office the first", "init": "No Manches Frida 2 was first announced in October 2016 following the box office success of the first film", "intermediate": ["No Manches Frida 2 was first announced in October 2016 following the box office success the first film", "No Manches Frida was first announced in October 2016 following the box office success the first film", "No Manches Frida was first in October 2016 following the box office success the first film", "Manches Frida was first in October 2016 following the box office success the first film", "Manches Frida was first in October 2016 following the office success the first film", "Manches Frida was first in October 2016 following the office success the first", "Manches Frida was first in October 2016 the office success the first", "Manches Frida was first in 2016 the office success the first", "Frida was first in 2016 the office success the first", "Frida was first in 2016 office success the first", "Frida first in 2016 office success the first", "Frida in 2016 office success the first", "Frida in office success the first", "in office success the first"]}, "config": {"num_remove_word": 15, "num_sentences": 43652, "sentence": "No Manches Frida 2 was first announced in October 2016 following the box office success of the first film", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["of", "2", "announced", "No", "box", "film", "following", "October", "Manches", "the", "was", "first", "2016", "Frida", "success"]}, "task_name": "task20", "example_name": "0138", "problem_name": "task20_0138"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nDebate with Mare Pare is a Philippine television public affairs debate show broadcast by GMA Network\nWords: [with, Mare, television, Pare, show, Debate, GMA, is, broadcast, Philippine, a, public, by, Network, debate]\n", "label": {"final": "affairs", "init": "Debate with Mare Pare is a Philippine television public affairs debate show broadcast by GMA Network", "intermediate": ["Debate Mare Pare is a Philippine television public affairs debate show broadcast by GMA Network", "Debate Pare is a Philippine television public affairs debate show broadcast by GMA Network", "Debate Pare is a Philippine public affairs debate show broadcast by GMA Network", "Debate is a Philippine public affairs debate show broadcast by GMA Network", "Debate is a Philippine public affairs debate broadcast by GMA Network", "is a Philippine public affairs debate broadcast by GMA Network", "is a Philippine public affairs debate broadcast by Network", "a Philippine public affairs debate broadcast by Network", "a Philippine public affairs debate by Network", "a public affairs debate by Network", "public affairs debate by Network", "affairs debate by Network", "affairs debate Network", "affairs debate"]}, "config": {"num_remove_word": 15, "num_sentences": 43652, "sentence": "Debate with Mare Pare is a Philippine television public affairs debate show broadcast by GMA Network", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["with", "Mare", "television", "Pare", "show", "Debate", "GMA", "is", "broadcast", "Philippine", "a", "public", "by", "Network", "debate"]}, "task_name": "task20", "example_name": "0139", "problem_name": "task20_0139"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nKarel van Mander looked for an applicable meaning to the work that constructed a moral concept to the classical literature\nWords: [an, Mander, Karel, applicable, classical, moral, that, concept, constructed, work, a, van, to, the, meaning, looked]\n", "label": {"final": "for to the literature", "init": "Karel van Mander looked for an applicable meaning to the work that constructed a moral concept to the classical literature", "intermediate": ["Karel van Mander looked for applicable meaning to the work that constructed a moral concept to the classical literature", "Karel van looked for applicable meaning to the work that constructed a moral concept to the classical literature", "van looked for applicable meaning to the work that constructed a moral concept to the classical literature", "van looked for meaning to the work that constructed a moral concept to the classical literature", "van looked for meaning to the work that constructed a moral concept to the literature", "van looked for meaning to the work that constructed a concept to the literature", "van looked for meaning to the work constructed a concept to the literature", "van looked for meaning to the work constructed a to the literature", "van looked for meaning to the work a to the literature", "van looked for meaning to the a to the literature", "van looked for meaning to the to the literature", "looked for meaning to the to the literature", "looked for meaning the to the literature", "looked for meaning to the literature", "looked for to the literature"]}, "config": {"num_remove_word": 16, "num_sentences": 43652, "sentence": "Karel van Mander looked for an applicable meaning to the work that constructed a moral concept to the classical literature", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["an", "Mander", "Karel", "applicable", "classical", "moral", "that", "concept", "constructed", "work", "a", "van", "to", "the", "meaning", "looked"]}, "task_name": "task20", "example_name": "0140", "problem_name": "task20_0140"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAs a player he played defence for six teams in the NHL during a thirteen year professional career\nWords: [thirteen, a, during, professional, for, the, year, player, in, As, career, NHL, six, teams, defence, he]\n", "label": {"final": "played a", "init": "As a player he played defence for six teams in the NHL during a thirteen year professional career", "intermediate": ["As a player he played defence for six teams in the NHL during a year professional career", "As player he played defence for six teams in the NHL during a year professional career", "As player he played defence for six teams in the NHL a year professional career", "As player he played defence for six teams in the NHL a year career", "As player he played defence six teams in the NHL a year career", "As player he played defence six teams in NHL a year career", "As player he played defence six teams in NHL a career", "As he played defence six teams in NHL a career", "As he played defence six teams NHL a career", "he played defence six teams NHL a career", "he played defence six teams NHL a", "he played defence six teams a", "he played defence teams a", "he played defence a", "he played a"]}, "config": {"num_remove_word": 16, "num_sentences": 43652, "sentence": "As a player he played defence for six teams in the NHL during a thirteen year professional career", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["thirteen", "a", "during", "professional", "for", "the", "year", "player", "in", "As", "career", "NHL", "six", "teams", "defence", "he"]}, "task_name": "task20", "example_name": "0141", "problem_name": "task20_0141"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThat dredge Dredge No 4 is open as a National Historic Site of Canada on Bonanza Creek\nWords: [of, Site, Creek, No, a, open, Historic, That, 4, as, Dredge, on, Canada, National, Bonanza, dredge]\n", "label": {"final": "is", "init": "That dredge Dredge No 4 is open as a National Historic Site of Canada on Bonanza Creek", "intermediate": ["That dredge Dredge No 4 is open as a National Historic Site Canada on Bonanza Creek", "That dredge Dredge No 4 is open as a National Historic Canada on Bonanza Creek", "That dredge Dredge No 4 is open as a National Historic Canada on Bonanza", "That dredge Dredge 4 is open as a National Historic Canada on Bonanza", "That dredge Dredge 4 is open as National Historic Canada on Bonanza", "That dredge Dredge 4 is as National Historic Canada on Bonanza", "That dredge Dredge 4 is as National Canada on Bonanza", "dredge Dredge 4 is as National Canada on Bonanza", "dredge Dredge is as National Canada on Bonanza", "dredge Dredge is National Canada on Bonanza", "dredge is National Canada on Bonanza", "dredge is National Canada Bonanza", "dredge is National Bonanza", "dredge is Bonanza", "dredge is"]}, "config": {"num_remove_word": 16, "num_sentences": 43652, "sentence": "That dredge Dredge No 4 is open as a National Historic Site of Canada on Bonanza Creek", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["of", "Site", "Creek", "No", "a", "open", "Historic", "That", "4", "as", "Dredge", "on", "Canada", "National", "Bonanza", "dredge"]}, "task_name": "task20", "example_name": "0142", "problem_name": "task20_0142"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAfter the outbreak of the Russian Revolution in late 1917 La Follette supported the Bolsheviks whom he believed to be struggling to establish an industrial democracy\nWords: [he, Follette, democracy, Revolution, industrial, an, be, struggling, 1917, outbreak, establish, in, Russian, supported, late, Bolsheviks]\n", "label": {"final": "After the of the La the whom believed to to", "init": "After the outbreak of the Russian Revolution in late 1917 La Follette supported the Bolsheviks whom he believed to be struggling to establish an industrial democracy", "intermediate": ["After the outbreak of the Russian Revolution in late 1917 La Follette supported the Bolsheviks whom believed to be struggling to establish an industrial democracy", "After the outbreak of the Russian Revolution in late 1917 La supported the Bolsheviks whom believed to be struggling to establish an industrial democracy", "After the outbreak of the Russian Revolution in late 1917 La supported the Bolsheviks whom believed to be struggling to establish an industrial", "After the outbreak of the Russian in late 1917 La supported the Bolsheviks whom believed to be struggling to establish an industrial", "After the outbreak of the Russian in late 1917 La supported the Bolsheviks whom believed to be struggling to establish an", "After the outbreak of the Russian in late 1917 La supported the Bolsheviks whom believed to be struggling to establish", "After the outbreak of the Russian in late 1917 La supported the Bolsheviks whom believed to struggling to establish", "After the outbreak of the Russian in late 1917 La supported the Bolsheviks whom believed to to establish", "After the outbreak of the Russian in late La supported the Bolsheviks whom believed to to establish", "After the of the Russian in late La supported the Bolsheviks whom believed to to establish", "After the of the Russian in late La supported the Bolsheviks whom believed to to", "After the of the Russian late La supported the Bolsheviks whom believed to to", "After the of the late La supported the Bolsheviks whom believed to to", "After the of the late La the Bolsheviks whom believed to to", "After the of the La the Bolsheviks whom believed to to"]}, "config": {"num_remove_word": 16, "num_sentences": 43652, "sentence": "After the outbreak of the Russian Revolution in late 1917 La Follette supported the Bolsheviks whom he believed to be struggling to establish an industrial democracy", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["he", "Follette", "democracy", "Revolution", "industrial", "an", "be", "struggling", "1917", "outbreak", "establish", "in", "Russian", "supported", "late", "Bolsheviks"]}, "task_name": "task20", "example_name": "0143", "problem_name": "task20_0143"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe group or some of its members were also responsible for the bombing of some tourist hotels in the 1980s\nWords: [for, tourist, The, bombing, responsible, 1980s, were, group, also, its, members, some, of, the, hotels, or]\n", "label": {"final": "of some in the", "init": "The group or some of its members were also responsible for the bombing of some tourist hotels in the 1980s", "intermediate": ["The group or some of its members were also responsible the bombing of some tourist hotels in the 1980s", "The group or some of its members were also responsible the bombing of some hotels in the 1980s", "group or some of its members were also responsible the bombing of some hotels in the 1980s", "group or some of its members were also responsible the of some hotels in the 1980s", "group or some of its members were also the of some hotels in the 1980s", "group or some of its members were also the of some hotels in the", "group or some of its members also the of some hotels in the", "or some of its members also the of some hotels in the", "or some of its members the of some hotels in the", "or some of members the of some hotels in the", "or some of the of some hotels in the", "or of the of some hotels in the", "or the of some hotels in the", "or of some hotels in the", "or of some in the"]}, "config": {"num_remove_word": 16, "num_sentences": 43652, "sentence": "The group or some of its members were also responsible for the bombing of some tourist hotels in the 1980s", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["for", "tourist", "The", "bombing", "responsible", "1980s", "were", "group", "also", "its", "members", "some", "of", "the", "hotels", "or"]}, "task_name": "task20", "example_name": "0144", "problem_name": "task20_0144"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn late June 1830 Smith Emma Cowdery and John and David Whitmer visited Colesville and baptized Joseph Knight Sr many of his family and several others in the area\nWords: [In, Cowdery, Smith, Colesville, family, Knight, area, David, late, Joseph, of, Sr, his, the, baptized, and]\n", "label": {"final": "June 1830 Emma John and Whitmer visited and many and several others in", "init": "In late June 1830 Smith Emma Cowdery and John and David Whitmer visited Colesville and baptized Joseph Knight Sr many of his family and several others in the area", "intermediate": ["late June 1830 Smith Emma Cowdery and John and David Whitmer visited Colesville and baptized Joseph Knight Sr many of his family and several others in the area", "late June 1830 Smith Emma and John and David Whitmer visited Colesville and baptized Joseph Knight Sr many of his family and several others in the area", "late June 1830 Emma and John and David Whitmer visited Colesville and baptized Joseph Knight Sr many of his family and several others in the area", "late June 1830 Emma and John and David Whitmer visited and baptized Joseph Knight Sr many of his family and several others in the area", "late June 1830 Emma and John and David Whitmer visited and baptized Joseph Knight Sr many of his and several others in the area", "late June 1830 Emma and John and David Whitmer visited and baptized Joseph Sr many of his and several others in the area", "late June 1830 Emma and John and David Whitmer visited and baptized Joseph Sr many of his and several others in the", "late June 1830 Emma and John and Whitmer visited and baptized Joseph Sr many of his and several others in the", "June 1830 Emma and John and Whitmer visited and baptized Joseph Sr many of his and several others in the", "June 1830 Emma and John and Whitmer visited and baptized Sr many of his and several others in the", "June 1830 Emma and John and Whitmer visited and baptized Sr many his and several others in the", "June 1830 Emma and John and Whitmer visited and baptized many his and several others in the", "June 1830 Emma and John and Whitmer visited and baptized many and several others in the", "June 1830 Emma and John and Whitmer visited and baptized many and several others in", "June 1830 Emma and John and Whitmer visited and many and several others in"]}, "config": {"num_remove_word": 16, "num_sentences": 43652, "sentence": "In late June 1830 Smith Emma Cowdery and John and David Whitmer visited Colesville and baptized Joseph Knight Sr many of his family and several others in the area", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["In", "Cowdery", "Smith", "Colesville", "family", "Knight", "area", "David", "late", "Joseph", "of", "Sr", "his", "the", "baptized", "and"]}, "task_name": "task20", "example_name": "0145", "problem_name": "task20_0145"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe Street Vendors Club was established on Percy Street close to the head office which at the time was located where the Eldon Square Shopping Centre stands today\nWords: [Shopping, at, was, Percy, close, today, office, Club, established, Eldon, The, which, the, Square, located, Street]\n", "label": {"final": "Vendors on Street to head the time was where the Centre stands", "init": "The Street Vendors Club was established on Percy Street close to the head office which at the time was located where the Eldon Square Shopping Centre stands today", "intermediate": ["The Street Vendors Club was established on Percy Street close to the head office which at the time was located where the Eldon Square Centre stands today", "The Street Vendors Club was established on Percy Street close to the head office which the time was located where the Eldon Square Centre stands today", "The Street Vendors Club established on Percy Street close to the head office which the time was located where the Eldon Square Centre stands today", "The Street Vendors Club established on Street close to the head office which the time was located where the Eldon Square Centre stands today", "The Street Vendors Club established on Street to the head office which the time was located where the Eldon Square Centre stands today", "The Street Vendors Club established on Street to the head office which the time was located where the Eldon Square Centre stands", "The Street Vendors Club established on Street to the head which the time was located where the Eldon Square Centre stands", "The Street Vendors established on Street to the head which the time was located where the Eldon Square Centre stands", "The Street Vendors on Street to the head which the time was located where the Eldon Square Centre stands", "The Street Vendors on Street to the head which the time was located where the Square Centre stands", "Street Vendors on Street to the head which the time was located where the Square Centre stands", "Street Vendors on Street to the head the time was located where the Square Centre stands", "Street Vendors on Street to head the time was located where the Square Centre stands", "Street Vendors on Street to head the time was located where the Centre stands", "Street Vendors on Street to head the time was where the Centre stands"]}, "config": {"num_remove_word": 16, "num_sentences": 43652, "sentence": "The Street Vendors Club was established on Percy Street close to the head office which at the time was located where the Eldon Square Shopping Centre stands today", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Shopping", "at", "was", "Percy", "close", "today", "office", "Club", "established", "Eldon", "The", "which", "the", "Square", "located", "Street"]}, "task_name": "task20", "example_name": "0146", "problem_name": "task20_0146"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn 2022 he was honored by the International Academy of Comparative Law in Paris as one of the world s great comparatists\nWords: [as, In, Comparative, of, world, s, in, International, Law, Academy, Paris, by, comparatists, great, he, 2022]\n", "label": {"final": "was honored the one of the", "init": "In 2022 he was honored by the International Academy of Comparative Law in Paris as one of the world s great comparatists", "intermediate": ["In 2022 he was honored by the International Academy of Comparative Law in Paris one of the world s great comparatists", "2022 he was honored by the International Academy of Comparative Law in Paris one of the world s great comparatists", "2022 he was honored by the International Academy of Law in Paris one of the world s great comparatists", "2022 he was honored by the International Academy Law in Paris one of the world s great comparatists", "2022 he was honored by the International Academy Law in Paris one of the s great comparatists", "2022 he was honored by the International Academy Law in Paris one of the great comparatists", "2022 he was honored by the International Academy Law Paris one of the great comparatists", "2022 he was honored by the Academy Law Paris one of the great comparatists", "2022 he was honored by the Academy Paris one of the great comparatists", "2022 he was honored by the Paris one of the great comparatists", "2022 he was honored by the one of the great comparatists", "2022 he was honored the one of the great comparatists", "2022 he was honored the one of the great", "2022 he was honored the one of the", "2022 was honored the one of the"]}, "config": {"num_remove_word": 16, "num_sentences": 43652, "sentence": "In 2022 he was honored by the International Academy of Comparative Law in Paris as one of the world s great comparatists", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["as", "In", "Comparative", "of", "world", "s", "in", "International", "Law", "Academy", "Paris", "by", "comparatists", "great", "he", "2022"]}, "task_name": "task20", "example_name": "0147", "problem_name": "task20_0147"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn 1960 Dr McCormick began 12 years at the University of Illinois at Urbana Champaign where he was a professor of physics computer science and bioengineering\nWords: [University, physics, 1960, Champaign, Dr, McCormick, professor, a, computer, Illinois, at, of, In, where, the, 12]\n", "label": {"final": "began years at Urbana he was of science and bioengineering", "init": "In 1960 Dr McCormick began 12 years at the University of Illinois at Urbana Champaign where he was a professor of physics computer science and bioengineering", "intermediate": ["In 1960 Dr McCormick began 12 years at the of Illinois at Urbana Champaign where he was a professor of physics computer science and bioengineering", "In 1960 Dr McCormick began 12 years at the of Illinois at Urbana Champaign where he was a professor of computer science and bioengineering", "In Dr McCormick began 12 years at the of Illinois at Urbana Champaign where he was a professor of computer science and bioengineering", "In Dr McCormick began 12 years at the of Illinois at Urbana where he was a professor of computer science and bioengineering", "In McCormick began 12 years at the of Illinois at Urbana where he was a professor of computer science and bioengineering", "In began 12 years at the of Illinois at Urbana where he was a professor of computer science and bioengineering", "In began 12 years at the of Illinois at Urbana where he was a of computer science and bioengineering", "In began 12 years at the of Illinois at Urbana where he was of computer science and bioengineering", "In began 12 years at the of Illinois at Urbana where he was of science and bioengineering", "In began 12 years at the of at Urbana where he was of science and bioengineering", "In began 12 years the of at Urbana where he was of science and bioengineering", "In began 12 years the at Urbana where he was of science and bioengineering", "began 12 years the at Urbana where he was of science and bioengineering", "began 12 years the at Urbana he was of science and bioengineering", "began 12 years at Urbana he was of science and bioengineering"]}, "config": {"num_remove_word": 16, "num_sentences": 43652, "sentence": "In 1960 Dr McCormick began 12 years at the University of Illinois at Urbana Champaign where he was a professor of physics computer science and bioengineering", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["University", "physics", "1960", "Champaign", "Dr", "McCormick", "professor", "a", "computer", "Illinois", "at", "of", "In", "where", "the", "12"]}, "task_name": "task20", "example_name": "0148", "problem_name": "task20_0148"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn 2019 Chris worked with groups in the Mid Rhondda to make work investigating attitudes to disabled people\nWords: [In, work, the, disabled, in, 2019, worked, groups, Rhondda, people, Mid, with, investigating, attitudes, Chris, make]\n", "label": {"final": "to to", "init": "In 2019 Chris worked with groups in the Mid Rhondda to make work investigating attitudes to disabled people", "intermediate": ["2019 Chris worked with groups in the Mid Rhondda to make work investigating attitudes to disabled people", "2019 Chris worked with groups in the Mid Rhondda to make investigating attitudes to disabled people", "2019 Chris worked with groups in Mid Rhondda to make investigating attitudes to disabled people", "2019 Chris worked with groups in Mid Rhondda to make investigating attitudes to people", "2019 Chris worked with groups Mid Rhondda to make investigating attitudes to people", "Chris worked with groups Mid Rhondda to make investigating attitudes to people", "Chris with groups Mid Rhondda to make investigating attitudes to people", "Chris with Mid Rhondda to make investigating attitudes to people", "Chris with Mid to make investigating attitudes to people", "Chris with Mid to make investigating attitudes to", "Chris with to make investigating attitudes to", "Chris to make investigating attitudes to", "Chris to make attitudes to", "Chris to make to", "to make to"]}, "config": {"num_remove_word": 16, "num_sentences": 43652, "sentence": "In 2019 Chris worked with groups in the Mid Rhondda to make work investigating attitudes to disabled people", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["In", "work", "the", "disabled", "in", "2019", "worked", "groups", "Rhondda", "people", "Mid", "with", "investigating", "attitudes", "Chris", "make"]}, "task_name": "task20", "example_name": "0149", "problem_name": "task20_0149"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAlthough religious education for children is officially forbidden by law in China the Communist party allows Hui Muslims to violate this law and have their children educated in religion and attend mosques while the law is enforced on Uyghurs\nWords: [this, in, China, mosques, violate, law, is, and, education, Communist, to, officially, forbidden, the, Uyghurs, by, have]\n", "label": {"final": "Although religious for children party allows Hui Muslims law their children educated in religion and attend while the law is enforced on", "init": "Although religious education for children is officially forbidden by law in China the Communist party allows Hui Muslims to violate this law and have their children educated in religion and attend mosques while the law is enforced on Uyghurs", "intermediate": ["Although religious education for children is officially forbidden by law in China the Communist party allows Hui Muslims to violate law and have their children educated in religion and attend mosques while the law is enforced on Uyghurs", "Although religious education for children is officially forbidden by law China the Communist party allows Hui Muslims to violate law and have their children educated in religion and attend mosques while the law is enforced on Uyghurs", "Although religious education for children is officially forbidden by law the Communist party allows Hui Muslims to violate law and have their children educated in religion and attend mosques while the law is enforced on Uyghurs", "Although religious education for children is officially forbidden by law the Communist party allows Hui Muslims to violate law and have their children educated in religion and attend while the law is enforced on Uyghurs", "Although religious education for children is officially forbidden by law the Communist party allows Hui Muslims to law and have their children educated in religion and attend while the law is enforced on Uyghurs", "Although religious education for children is officially forbidden by the Communist party allows Hui Muslims to law and have their children educated in religion and attend while the law is enforced on Uyghurs", "Although religious education for children officially forbidden by the Communist party allows Hui Muslims to law and have their children educated in religion and attend while the law is enforced on Uyghurs", "Although religious education for children officially forbidden by the Communist party allows Hui Muslims to law have their children educated in religion and attend while the law is enforced on Uyghurs", "Although religious for children officially forbidden by the Communist party allows Hui Muslims to law have their children educated in religion and attend while the law is enforced on Uyghurs", "Although religious for children officially forbidden by the party allows Hui Muslims to law have their children educated in religion and attend while the law is enforced on Uyghurs", "Although religious for children officially forbidden by the party allows Hui Muslims law have their children educated in religion and attend while the law is enforced on Uyghurs", "Although religious for children forbidden by the party allows Hui Muslims law have their children educated in religion and attend while the law is enforced on Uyghurs", "Although religious for children by the party allows Hui Muslims law have their children educated in religion and attend while the law is enforced on Uyghurs", "Although religious for children by party allows Hui Muslims law have their children educated in religion and attend while the law is enforced on Uyghurs", "Although religious for children by party allows Hui Muslims law have their children educated in religion and attend while the law is enforced on", "Although religious for children party allows Hui Muslims law have their children educated in religion and attend while the law is enforced on"]}, "config": {"num_remove_word": 17, "num_sentences": 43652, "sentence": "Although religious education for children is officially forbidden by law in China the Communist party allows Hui Muslims to violate this law and have their children educated in religion and attend mosques while the law is enforced on Uyghurs", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["this", "in", "China", "mosques", "violate", "law", "is", "and", "education", "Communist", "to", "officially", "forbidden", "the", "Uyghurs", "by", "have"]}, "task_name": "task20", "example_name": "0150", "problem_name": "task20_0150"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nLoss of the ileocecal valve leads to small intestinal bacterial overgrowth SIBO as bacterial flora normally found in the large intestines migrate proximally and colonize the small intestines leading to further malabsorption\nWords: [to, leading, valve, the, intestines, overgrowth, leads, bacterial, as, intestinal, colonize, ileocecal, normally, flora, malabsorption, small, large]\n", "label": {"final": "Loss of SIBO bacterial found in the migrate proximally and the small intestines to further", "init": "Loss of the ileocecal valve leads to small intestinal bacterial overgrowth SIBO as bacterial flora normally found in the large intestines migrate proximally and colonize the small intestines leading to further malabsorption", "intermediate": ["Loss of the ileocecal valve leads small intestinal bacterial overgrowth SIBO as bacterial flora normally found in the large intestines migrate proximally and colonize the small intestines leading to further malabsorption", "Loss of the ileocecal valve leads small intestinal bacterial overgrowth SIBO as bacterial flora normally found in the large intestines migrate proximally and colonize the small intestines to further malabsorption", "Loss of the ileocecal leads small intestinal bacterial overgrowth SIBO as bacterial flora normally found in the large intestines migrate proximally and colonize the small intestines to further malabsorption", "Loss of ileocecal leads small intestinal bacterial overgrowth SIBO as bacterial flora normally found in the large intestines migrate proximally and colonize the small intestines to further malabsorption", "Loss of ileocecal leads small intestinal bacterial overgrowth SIBO as bacterial flora normally found in the large migrate proximally and colonize the small intestines to further malabsorption", "Loss of ileocecal leads small intestinal bacterial SIBO as bacterial flora normally found in the large migrate proximally and colonize the small intestines to further malabsorption", "Loss of ileocecal small intestinal bacterial SIBO as bacterial flora normally found in the large migrate proximally and colonize the small intestines to further malabsorption", "Loss of ileocecal small intestinal SIBO as bacterial flora normally found in the large migrate proximally and colonize the small intestines to further malabsorption", "Loss of ileocecal small intestinal SIBO bacterial flora normally found in the large migrate proximally and colonize the small intestines to further malabsorption", "Loss of ileocecal small SIBO bacterial flora normally found in the large migrate proximally and colonize the small intestines to further malabsorption", "Loss of ileocecal small SIBO bacterial flora normally found in the large migrate proximally and the small intestines to further malabsorption", "Loss of small SIBO bacterial flora normally found in the large migrate proximally and the small intestines to further malabsorption", "Loss of small SIBO bacterial flora found in the large migrate proximally and the small intestines to further malabsorption", "Loss of small SIBO bacterial found in the large migrate proximally and the small intestines to further malabsorption", "Loss of small SIBO bacterial found in the large migrate proximally and the small intestines to further", "Loss of SIBO bacterial found in the large migrate proximally and the small intestines to further"]}, "config": {"num_remove_word": 17, "num_sentences": 43652, "sentence": "Loss of the ileocecal valve leads to small intestinal bacterial overgrowth SIBO as bacterial flora normally found in the large intestines migrate proximally and colonize the small intestines leading to further malabsorption", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["to", "leading", "valve", "the", "intestines", "overgrowth", "leads", "bacterial", "as", "intestinal", "colonize", "ileocecal", "normally", "flora", "malabsorption", "small", "large"]}, "task_name": "task20", "example_name": "0151", "problem_name": "task20_0151"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe Talmudical Academy of Central New Jersey Adelphia is an Orthodox Jewish yeshiva high school and rabbinical college in Howell Township New Jersey United States\nWords: [New, Orthodox, The, rabbinical, Talmudical, Jewish, college, is, high, of, Academy, yeshiva, an, Township, Adelphia, Central, school]\n", "label": {"final": "Jersey and in Howell New Jersey United States", "init": "The Talmudical Academy of Central New Jersey Adelphia is an Orthodox Jewish yeshiva high school and rabbinical college in Howell Township New Jersey United States", "intermediate": ["The Talmudical Academy of Central Jersey Adelphia is an Orthodox Jewish yeshiva high school and rabbinical college in Howell Township New Jersey United States", "The Talmudical Academy of Central Jersey Adelphia is an Jewish yeshiva high school and rabbinical college in Howell Township New Jersey United States", "Talmudical Academy of Central Jersey Adelphia is an Jewish yeshiva high school and rabbinical college in Howell Township New Jersey United States", "Talmudical Academy of Central Jersey Adelphia is an Jewish yeshiva high school and college in Howell Township New Jersey United States", "Academy of Central Jersey Adelphia is an Jewish yeshiva high school and college in Howell Township New Jersey United States", "Academy of Central Jersey Adelphia is an yeshiva high school and college in Howell Township New Jersey United States", "Academy of Central Jersey Adelphia is an yeshiva high school and in Howell Township New Jersey United States", "Academy of Central Jersey Adelphia an yeshiva high school and in Howell Township New Jersey United States", "Academy of Central Jersey Adelphia an yeshiva school and in Howell Township New Jersey United States", "Academy Central Jersey Adelphia an yeshiva school and in Howell Township New Jersey United States", "Central Jersey Adelphia an yeshiva school and in Howell Township New Jersey United States", "Central Jersey Adelphia an school and in Howell Township New Jersey United States", "Central Jersey Adelphia school and in Howell Township New Jersey United States", "Central Jersey Adelphia school and in Howell New Jersey United States", "Central Jersey school and in Howell New Jersey United States", "Jersey school and in Howell New Jersey United States"]}, "config": {"num_remove_word": 17, "num_sentences": 43652, "sentence": "The Talmudical Academy of Central New Jersey Adelphia is an Orthodox Jewish yeshiva high school and rabbinical college in Howell Township New Jersey United States", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["New", "Orthodox", "The", "rabbinical", "Talmudical", "Jewish", "college", "is", "high", "of", "Academy", "yeshiva", "an", "Township", "Adelphia", "Central", "school"]}, "task_name": "task20", "example_name": "0152", "problem_name": "task20_0152"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nBoth the previous track Do My Thing and Everything Remains Raw have been said to provide no distractions and illuminate how Busta s humor and knowledge can seep through a track while simultaneously highlighting his great rhyming\nWords: [and, can, knowledge, Raw, track, Remains, rhyming, the, to, through, highlighting, seep, simultaneously, humor, Do, Busta, how]\n", "label": {"final": "Both previous My Thing Everything have been said provide no distractions and illuminate s and a track while his great", "init": "Both the previous track Do My Thing and Everything Remains Raw have been said to provide no distractions and illuminate how Busta s humor and knowledge can seep through a track while simultaneously highlighting his great rhyming", "intermediate": ["Both the previous track Do My Thing Everything Remains Raw have been said to provide no distractions and illuminate how Busta s humor and knowledge can seep through a track while simultaneously highlighting his great rhyming", "Both the previous track Do My Thing Everything Remains Raw have been said to provide no distractions and illuminate how Busta s humor and knowledge seep through a track while simultaneously highlighting his great rhyming", "Both the previous track Do My Thing Everything Remains Raw have been said to provide no distractions and illuminate how Busta s humor and seep through a track while simultaneously highlighting his great rhyming", "Both the previous track Do My Thing Everything Remains have been said to provide no distractions and illuminate how Busta s humor and seep through a track while simultaneously highlighting his great rhyming", "Both the previous Do My Thing Everything Remains have been said to provide no distractions and illuminate how Busta s humor and seep through a track while simultaneously highlighting his great rhyming", "Both the previous Do My Thing Everything have been said to provide no distractions and illuminate how Busta s humor and seep through a track while simultaneously highlighting his great rhyming", "Both the previous Do My Thing Everything have been said to provide no distractions and illuminate how Busta s humor and seep through a track while simultaneously highlighting his great", "Both previous Do My Thing Everything have been said to provide no distractions and illuminate how Busta s humor and seep through a track while simultaneously highlighting his great", "Both previous Do My Thing Everything have been said provide no distractions and illuminate how Busta s humor and seep through a track while simultaneously highlighting his great", "Both previous Do My Thing Everything have been said provide no distractions and illuminate how Busta s humor and seep a track while simultaneously highlighting his great", "Both previous Do My Thing Everything have been said provide no distractions and illuminate how Busta s humor and seep a track while simultaneously his great", "Both previous Do My Thing Everything have been said provide no distractions and illuminate how Busta s humor and a track while simultaneously his great", "Both previous Do My Thing Everything have been said provide no distractions and illuminate how Busta s humor and a track while his great", "Both previous Do My Thing Everything have been said provide no distractions and illuminate how Busta s and a track while his great", "Both previous My Thing Everything have been said provide no distractions and illuminate how Busta s and a track while his great", "Both previous My Thing Everything have been said provide no distractions and illuminate how s and a track while his great"]}, "config": {"num_remove_word": 17, "num_sentences": 43652, "sentence": "Both the previous track Do My Thing and Everything Remains Raw have been said to provide no distractions and illuminate how Busta s humor and knowledge can seep through a track while simultaneously highlighting his great rhyming", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["and", "can", "knowledge", "Raw", "track", "Remains", "rhyming", "the", "to", "through", "highlighting", "seep", "simultaneously", "humor", "Do", "Busta", "how"]}, "task_name": "task20", "example_name": "0153", "problem_name": "task20_0153"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe Oberburg at Kobern also called the Oberburg or Altenburg is a hill castle above the municipality of Kobern Gondorf in the county of Mayen Koblenz in the German state of Rhineland Palatinate\nWords: [Oberburg, Koblenz, the, Altenburg, a, at, in, or, is, municipality, hill, castle, county, state, of, above, also]\n", "label": {"final": "The Kobern called Oberburg the Kobern Gondorf the of Mayen in the German of Rhineland Palatinate", "init": "The Oberburg at Kobern also called the Oberburg or Altenburg is a hill castle above the municipality of Kobern Gondorf in the county of Mayen Koblenz in the German state of Rhineland Palatinate", "intermediate": ["The at Kobern also called the Oberburg or Altenburg is a hill castle above the municipality of Kobern Gondorf in the county of Mayen Koblenz in the German state of Rhineland Palatinate", "The at Kobern also called the Oberburg or Altenburg is a hill castle above the municipality of Kobern Gondorf in the county of Mayen in the German state of Rhineland Palatinate", "The at Kobern also called Oberburg or Altenburg is a hill castle above the municipality of Kobern Gondorf in the county of Mayen in the German state of Rhineland Palatinate", "The at Kobern also called Oberburg or is a hill castle above the municipality of Kobern Gondorf in the county of Mayen in the German state of Rhineland Palatinate", "The at Kobern also called Oberburg or is hill castle above the municipality of Kobern Gondorf in the county of Mayen in the German state of Rhineland Palatinate", "The Kobern also called Oberburg or is hill castle above the municipality of Kobern Gondorf in the county of Mayen in the German state of Rhineland Palatinate", "The Kobern also called Oberburg or is hill castle above the municipality of Kobern Gondorf the county of Mayen in the German state of Rhineland Palatinate", "The Kobern also called Oberburg is hill castle above the municipality of Kobern Gondorf the county of Mayen in the German state of Rhineland Palatinate", "The Kobern also called Oberburg hill castle above the municipality of Kobern Gondorf the county of Mayen in the German state of Rhineland Palatinate", "The Kobern also called Oberburg hill castle above the of Kobern Gondorf the county of Mayen in the German state of Rhineland Palatinate", "The Kobern also called Oberburg castle above the of Kobern Gondorf the county of Mayen in the German state of Rhineland Palatinate", "The Kobern also called Oberburg above the of Kobern Gondorf the county of Mayen in the German state of Rhineland Palatinate", "The Kobern also called Oberburg above the of Kobern Gondorf the of Mayen in the German state of Rhineland Palatinate", "The Kobern also called Oberburg above the of Kobern Gondorf the of Mayen in the German of Rhineland Palatinate", "The Kobern also called Oberburg above the Kobern Gondorf the of Mayen in the German of Rhineland Palatinate", "The Kobern also called Oberburg the Kobern Gondorf the of Mayen in the German of Rhineland Palatinate"]}, "config": {"num_remove_word": 17, "num_sentences": 43652, "sentence": "The Oberburg at Kobern also called the Oberburg or Altenburg is a hill castle above the municipality of Kobern Gondorf in the county of Mayen Koblenz in the German state of Rhineland Palatinate", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Oberburg", "Koblenz", "the", "Altenburg", "a", "at", "in", "or", "is", "municipality", "hill", "castle", "county", "state", "of", "above", "also"]}, "task_name": "task20", "example_name": "0154", "problem_name": "task20_0154"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn 1988 Irving and his son and vice president Mike Herman made the decision to retire leaving Kenneth and his children in control of the corporation\nWords: [his, corporation, control, In, children, to, Kenneth, Herman, retire, vice, made, in, Irving, and, of, 1988, president]\n", "label": {"final": "son and Mike the decision leaving and his the", "init": "In 1988 Irving and his son and vice president Mike Herman made the decision to retire leaving Kenneth and his children in control of the corporation", "intermediate": ["In 1988 Irving and son and vice president Mike Herman made the decision to retire leaving Kenneth and his children in control of the corporation", "In 1988 Irving and son and vice president Mike Herman made the decision to retire leaving Kenneth and his children in control of the", "In 1988 Irving and son and vice president Mike Herman made the decision to retire leaving Kenneth and his children in of the", "1988 Irving and son and vice president Mike Herman made the decision to retire leaving Kenneth and his children in of the", "1988 Irving and son and vice president Mike Herman made the decision to retire leaving Kenneth and his in of the", "1988 Irving and son and vice president Mike Herman made the decision retire leaving Kenneth and his in of the", "1988 Irving and son and vice president Mike Herman made the decision retire leaving and his in of the", "1988 Irving and son and vice president Mike made the decision retire leaving and his in of the", "1988 Irving and son and vice president Mike made the decision leaving and his in of the", "1988 Irving and son and president Mike made the decision leaving and his in of the", "1988 Irving and son and president Mike the decision leaving and his in of the", "1988 Irving and son and president Mike the decision leaving and his of the", "1988 and son and president Mike the decision leaving and his of the", "1988 son and president Mike the decision leaving and his of the", "1988 son and president Mike the decision leaving and his the", "son and president Mike the decision leaving and his the"]}, "config": {"num_remove_word": 17, "num_sentences": 43652, "sentence": "In 1988 Irving and his son and vice president Mike Herman made the decision to retire leaving Kenneth and his children in control of the corporation", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["his", "corporation", "control", "In", "children", "to", "Kenneth", "Herman", "retire", "vice", "made", "in", "Irving", "and", "of", "1988", "president"]}, "task_name": "task20", "example_name": "0155", "problem_name": "task20_0155"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThree days later she began taking on stores at Hampton Roads for delivery to the ships already off Wilmington and apparently arrived later in the month to take up her duties\nWords: [stores, Three, she, to, off, ships, days, take, arrived, at, the, Roads, duties, Hampton, already, month, and]\n", "label": {"final": "later began taking on for delivery Wilmington apparently later in the to up her", "init": "Three days later she began taking on stores at Hampton Roads for delivery to the ships already off Wilmington and apparently arrived later in the month to take up her duties", "intermediate": ["Three days later she began taking on at Hampton Roads for delivery to the ships already off Wilmington and apparently arrived later in the month to take up her duties", "days later she began taking on at Hampton Roads for delivery to the ships already off Wilmington and apparently arrived later in the month to take up her duties", "days later began taking on at Hampton Roads for delivery to the ships already off Wilmington and apparently arrived later in the month to take up her duties", "days later began taking on at Hampton Roads for delivery the ships already off Wilmington and apparently arrived later in the month to take up her duties", "days later began taking on at Hampton Roads for delivery the ships already Wilmington and apparently arrived later in the month to take up her duties", "days later began taking on at Hampton Roads for delivery the already Wilmington and apparently arrived later in the month to take up her duties", "later began taking on at Hampton Roads for delivery the already Wilmington and apparently arrived later in the month to take up her duties", "later began taking on at Hampton Roads for delivery the already Wilmington and apparently arrived later in the month to up her duties", "later began taking on at Hampton Roads for delivery the already Wilmington and apparently later in the month to up her duties", "later began taking on Hampton Roads for delivery the already Wilmington and apparently later in the month to up her duties", "later began taking on Hampton Roads for delivery already Wilmington and apparently later in the month to up her duties", "later began taking on Hampton for delivery already Wilmington and apparently later in the month to up her duties", "later began taking on Hampton for delivery already Wilmington and apparently later in the month to up her", "later began taking on for delivery already Wilmington and apparently later in the month to up her", "later began taking on for delivery Wilmington and apparently later in the month to up her", "later began taking on for delivery Wilmington and apparently later in the to up her"]}, "config": {"num_remove_word": 17, "num_sentences": 43652, "sentence": "Three days later she began taking on stores at Hampton Roads for delivery to the ships already off Wilmington and apparently arrived later in the month to take up her duties", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["stores", "Three", "she", "to", "off", "ships", "days", "take", "arrived", "at", "the", "Roads", "duties", "Hampton", "already", "month", "and"]}, "task_name": "task20", "example_name": "0156", "problem_name": "task20_0156"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nBolt is an Estonian mobility company that offers ride hailing micromobility rental food and grocery delivery via the Bolt Food app and car sharing services\nWords: [sharing, car, micromobility, rental, the, food, Food, ride, app, is, and, Bolt, that, offers, hailing, via, mobility]\n", "label": {"final": "an Estonian company grocery delivery Bolt and services", "init": "Bolt is an Estonian mobility company that offers ride hailing micromobility rental food and grocery delivery via the Bolt Food app and car sharing services", "intermediate": ["Bolt is an Estonian mobility company that offers ride hailing micromobility rental food and grocery delivery via the Bolt Food app and car services", "Bolt is an Estonian mobility company that offers ride hailing micromobility rental food and grocery delivery via the Bolt Food app and services", "Bolt is an Estonian mobility company that offers ride hailing rental food and grocery delivery via the Bolt Food app and services", "Bolt is an Estonian mobility company that offers ride hailing food and grocery delivery via the Bolt Food app and services", "Bolt is an Estonian mobility company that offers ride hailing food and grocery delivery via Bolt Food app and services", "Bolt is an Estonian mobility company that offers ride hailing and grocery delivery via Bolt Food app and services", "Bolt is an Estonian mobility company that offers ride hailing and grocery delivery via Bolt app and services", "Bolt is an Estonian mobility company that offers hailing and grocery delivery via Bolt app and services", "Bolt is an Estonian mobility company that offers hailing and grocery delivery via Bolt and services", "Bolt an Estonian mobility company that offers hailing and grocery delivery via Bolt and services", "Bolt an Estonian mobility company that offers hailing grocery delivery via Bolt and services", "an Estonian mobility company that offers hailing grocery delivery via Bolt and services", "an Estonian mobility company offers hailing grocery delivery via Bolt and services", "an Estonian mobility company hailing grocery delivery via Bolt and services", "an Estonian mobility company grocery delivery via Bolt and services", "an Estonian mobility company grocery delivery Bolt and services"]}, "config": {"num_remove_word": 17, "num_sentences": 43652, "sentence": "Bolt is an Estonian mobility company that offers ride hailing micromobility rental food and grocery delivery via the Bolt Food app and car sharing services", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["sharing", "car", "micromobility", "rental", "the", "food", "Food", "ride", "app", "is", "and", "Bolt", "that", "offers", "hailing", "via", "mobility"]}, "task_name": "task20", "example_name": "0157", "problem_name": "task20_0157"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nA keen fundraiser and campaigner Pinkham is on the board of trustees for Access Sport and is an ambassador for her mother s charity KidsAid and the Motor Neurone Disease Association\nWords: [Sport, and, Neurone, campaigner, is, charity, board, Association, Pinkham, ambassador, keen, an, fundraiser, on, of, Motor, trustees]\n", "label": {"final": "A the for Access and is for her mother s KidsAid and the Disease", "init": "A keen fundraiser and campaigner Pinkham is on the board of trustees for Access Sport and is an ambassador for her mother s charity KidsAid and the Motor Neurone Disease Association", "intermediate": ["A keen fundraiser and campaigner Pinkham is on the board of trustees for Access and is an ambassador for her mother s charity KidsAid and the Motor Neurone Disease Association", "A keen fundraiser campaigner Pinkham is on the board of trustees for Access and is an ambassador for her mother s charity KidsAid and the Motor Neurone Disease Association", "A keen fundraiser campaigner Pinkham is on the board of trustees for Access and is an ambassador for her mother s charity KidsAid and the Motor Disease Association", "A keen fundraiser Pinkham is on the board of trustees for Access and is an ambassador for her mother s charity KidsAid and the Motor Disease Association", "A keen fundraiser Pinkham on the board of trustees for Access and is an ambassador for her mother s charity KidsAid and the Motor Disease Association", "A keen fundraiser Pinkham on the board of trustees for Access and is an ambassador for her mother s KidsAid and the Motor Disease Association", "A keen fundraiser Pinkham on the of trustees for Access and is an ambassador for her mother s KidsAid and the Motor Disease Association", "A keen fundraiser Pinkham on the of trustees for Access and is an ambassador for her mother s KidsAid and the Motor Disease", "A keen fundraiser on the of trustees for Access and is an ambassador for her mother s KidsAid and the Motor Disease", "A keen fundraiser on the of trustees for Access and is an for her mother s KidsAid and the Motor Disease", "A fundraiser on the of trustees for Access and is an for her mother s KidsAid and the Motor Disease", "A fundraiser on the of trustees for Access and is for her mother s KidsAid and the Motor Disease", "A on the of trustees for Access and is for her mother s KidsAid and the Motor Disease", "A the of trustees for Access and is for her mother s KidsAid and the Motor Disease", "A the trustees for Access and is for her mother s KidsAid and the Motor Disease", "A the trustees for Access and is for her mother s KidsAid and the Disease"]}, "config": {"num_remove_word": 17, "num_sentences": 43652, "sentence": "A keen fundraiser and campaigner Pinkham is on the board of trustees for Access Sport and is an ambassador for her mother s charity KidsAid and the Motor Neurone Disease Association", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Sport", "and", "Neurone", "campaigner", "is", "charity", "board", "Association", "Pinkham", "ambassador", "keen", "an", "fundraiser", "on", "of", "Motor", "trustees"]}, "task_name": "task20", "example_name": "0158", "problem_name": "task20_0158"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe course featured quizzes and graded programming assignments and became one of the first and most successful massive open online courses MOOCs created by a Stanford professor\nWords: [professor, one, and, courses, MOOCs, course, quizzes, by, open, successful, programming, the, became, online, massive, The, Stanford]\n", "label": {"final": "featured graded assignments and of first and most created a", "init": "The course featured quizzes and graded programming assignments and became one of the first and most successful massive open online courses MOOCs created by a Stanford professor", "intermediate": ["The course featured quizzes and graded programming assignments and became one of the first and most successful massive open online courses MOOCs created by a Stanford", "The course featured quizzes and graded programming assignments and became of the first and most successful massive open online courses MOOCs created by a Stanford", "The course featured quizzes graded programming assignments and became of the first and most successful massive open online courses MOOCs created by a Stanford", "The course featured quizzes graded programming assignments and became of the first and most successful massive open online MOOCs created by a Stanford", "The course featured quizzes graded programming assignments and became of the first and most successful massive open online created by a Stanford", "The featured quizzes graded programming assignments and became of the first and most successful massive open online created by a Stanford", "The featured graded programming assignments and became of the first and most successful massive open online created by a Stanford", "The featured graded programming assignments and became of the first and most successful massive open online created a Stanford", "The featured graded programming assignments and became of the first and most successful massive online created a Stanford", "The featured graded programming assignments and became of the first and most massive online created a Stanford", "The featured graded assignments and became of the first and most massive online created a Stanford", "The featured graded assignments and became of first and most massive online created a Stanford", "The featured graded assignments and of first and most massive online created a Stanford", "The featured graded assignments and of first and most massive created a Stanford", "The featured graded assignments and of first and most created a Stanford", "featured graded assignments and of first and most created a Stanford"]}, "config": {"num_remove_word": 17, "num_sentences": 43652, "sentence": "The course featured quizzes and graded programming assignments and became one of the first and most successful massive open online courses MOOCs created by a Stanford professor", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["professor", "one", "and", "courses", "MOOCs", "course", "quizzes", "by", "open", "successful", "programming", "the", "became", "online", "massive", "The", "Stanford"]}, "task_name": "task20", "example_name": "0159", "problem_name": "task20_0159"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe Yukon River is navigable when not frozen and historically was travelled by commercial riverboats to Whitehorse and downstream into Alaska and the Bering Sea\nWords: [when, historically, Yukon, to, commercial, Sea, was, and, Alaska, not, downstream, The, River, Whitehorse, Bering, the, frozen, travelled]\n", "label": {"final": "is navigable by riverboats and into and", "init": "The Yukon River is navigable when not frozen and historically was travelled by commercial riverboats to Whitehorse and downstream into Alaska and the Bering Sea", "intermediate": ["The Yukon River is navigable not frozen and historically was travelled by commercial riverboats to Whitehorse and downstream into Alaska and the Bering Sea", "The Yukon River is navigable not frozen and was travelled by commercial riverboats to Whitehorse and downstream into Alaska and the Bering Sea", "The River is navigable not frozen and was travelled by commercial riverboats to Whitehorse and downstream into Alaska and the Bering Sea", "The River is navigable not frozen and was travelled by commercial riverboats Whitehorse and downstream into Alaska and the Bering Sea", "The River is navigable not frozen and was travelled by riverboats Whitehorse and downstream into Alaska and the Bering Sea", "The River is navigable not frozen and was travelled by riverboats Whitehorse and downstream into Alaska and the Bering", "The River is navigable not frozen and travelled by riverboats Whitehorse and downstream into Alaska and the Bering", "The River is navigable not frozen travelled by riverboats Whitehorse and downstream into Alaska and the Bering", "The River is navigable not frozen travelled by riverboats Whitehorse and downstream into and the Bering", "The River is navigable frozen travelled by riverboats Whitehorse and downstream into and the Bering", "The River is navigable frozen travelled by riverboats Whitehorse and into and the Bering", "River is navigable frozen travelled by riverboats Whitehorse and into and the Bering", "is navigable frozen travelled by riverboats Whitehorse and into and the Bering", "is navigable frozen travelled by riverboats and into and the Bering", "is navigable frozen travelled by riverboats and into and the", "is navigable frozen travelled by riverboats and into and", "is navigable travelled by riverboats and into and"]}, "config": {"num_remove_word": 18, "num_sentences": 43652, "sentence": "The Yukon River is navigable when not frozen and historically was travelled by commercial riverboats to Whitehorse and downstream into Alaska and the Bering Sea", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["when", "historically", "Yukon", "to", "commercial", "Sea", "was", "and", "Alaska", "not", "downstream", "The", "River", "Whitehorse", "Bering", "the", "frozen", "travelled"]}, "task_name": "task20", "example_name": "0160", "problem_name": "task20_0160"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nOn 1 April 2019 a new regulation requiring religious venues to have legal representatives and professional accountants went into effect\nWords: [legal, venues, accountants, requiring, into, religious, went, to, have, On, 2019, a, effect, regulation, April, and, 1, new]\n", "label": {"final": "representatives professional", "init": "On 1 April 2019 a new regulation requiring religious venues to have legal representatives and professional accountants went into effect", "intermediate": ["On 1 April 2019 a new regulation requiring religious venues to have representatives and professional accountants went into effect", "On 1 April 2019 a new regulation requiring religious to have representatives and professional accountants went into effect", "On 1 April 2019 a new regulation requiring religious to have representatives and professional went into effect", "On 1 April 2019 a new regulation religious to have representatives and professional went into effect", "On 1 April 2019 a new regulation religious to have representatives and professional went effect", "On 1 April 2019 a new regulation to have representatives and professional went effect", "On 1 April 2019 a new regulation to have representatives and professional effect", "On 1 April 2019 a new regulation have representatives and professional effect", "On 1 April 2019 a new regulation representatives and professional effect", "1 April 2019 a new regulation representatives and professional effect", "1 April a new regulation representatives and professional effect", "1 April new regulation representatives and professional effect", "1 April new regulation representatives and professional", "1 April new representatives and professional", "1 new representatives and professional", "1 new representatives professional", "new representatives professional"]}, "config": {"num_remove_word": 18, "num_sentences": 43652, "sentence": "On 1 April 2019 a new regulation requiring religious venues to have legal representatives and professional accountants went into effect", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["legal", "venues", "accountants", "requiring", "into", "religious", "went", "to", "have", "On", "2019", "a", "effect", "regulation", "April", "and", "1", "new"]}, "task_name": "task20", "example_name": "0161", "problem_name": "task20_0161"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn January 1943 he accompanied his squadron to England and completed a combat tour of duty as a flight commander\nWords: [to, completed, he, commander, his, combat, In, accompanied, England, squadron, of, tour, duty, 1943, and, as, January, flight]\n", "label": {"final": "a a", "init": "In January 1943 he accompanied his squadron to England and completed a combat tour of duty as a flight commander", "intermediate": ["In January 1943 he accompanied his squadron England and completed a combat tour of duty as a flight commander", "In January 1943 he accompanied his squadron England and a combat tour of duty as a flight commander", "In January 1943 accompanied his squadron England and a combat tour of duty as a flight commander", "In January 1943 accompanied his squadron England and a combat tour of duty as a flight", "In January 1943 accompanied squadron England and a combat tour of duty as a flight", "In January 1943 accompanied squadron England and a tour of duty as a flight", "January 1943 accompanied squadron England and a tour of duty as a flight", "January 1943 squadron England and a tour of duty as a flight", "January 1943 squadron and a tour of duty as a flight", "January 1943 and a tour of duty as a flight", "January 1943 and a tour duty as a flight", "January 1943 and a duty as a flight", "January 1943 and a as a flight", "January and a as a flight", "January a as a flight", "January a a flight", "a a flight"]}, "config": {"num_remove_word": 18, "num_sentences": 43652, "sentence": "In January 1943 he accompanied his squadron to England and completed a combat tour of duty as a flight commander", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["to", "completed", "he", "commander", "his", "combat", "In", "accompanied", "England", "squadron", "of", "tour", "duty", "1943", "and", "as", "January", "flight"]}, "task_name": "task20", "example_name": "0162", "problem_name": "task20_0162"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nDuring his reign he fell in love with an named Tamba no tsubone who became one of his secondary wives\nWords: [his, an, love, wives, became, During, of, secondary, named, in, no, with, tsubone, he, reign, one, fell, Tamba]\n", "label": {"final": "who his", "init": "During his reign he fell in love with an named Tamba no tsubone who became one of his secondary wives", "intermediate": ["During reign he fell in love with an named Tamba no tsubone who became one of his secondary wives", "During reign he fell in love with named Tamba no tsubone who became one of his secondary wives", "During reign he fell in with named Tamba no tsubone who became one of his secondary wives", "During reign he fell in with named Tamba no tsubone who became one of his secondary", "During reign he fell in with named Tamba no tsubone who one of his secondary", "reign he fell in with named Tamba no tsubone who one of his secondary", "reign he fell in with named Tamba no tsubone who one his secondary", "reign he fell in with named Tamba no tsubone who one his", "reign he fell in with Tamba no tsubone who one his", "reign he fell with Tamba no tsubone who one his", "reign he fell with Tamba tsubone who one his", "reign he fell Tamba tsubone who one his", "reign he fell Tamba who one his", "reign fell Tamba who one his", "fell Tamba who one his", "fell Tamba who his", "Tamba who his"]}, "config": {"num_remove_word": 18, "num_sentences": 43652, "sentence": "During his reign he fell in love with an named Tamba no tsubone who became one of his secondary wives", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["his", "an", "love", "wives", "became", "During", "of", "secondary", "named", "in", "no", "with", "tsubone", "he", "reign", "one", "fell", "Tamba"]}, "task_name": "task20", "example_name": "0163", "problem_name": "task20_0163"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nColgate Palmolive s chief manufacturing plant is located in Burlington New Jersey producing all of the fragrance and flavor oils for the company s facilities around the world\nWords: [in, for, producing, is, oils, all, chief, flavor, plant, located, and, s, the, company, Burlington, fragrance, facilities, Jersey]\n", "label": {"final": "Colgate Palmolive manufacturing New of the s around the world", "init": "Colgate Palmolive s chief manufacturing plant is located in Burlington New Jersey producing all of the fragrance and flavor oils for the company s facilities around the world", "intermediate": ["Colgate Palmolive s chief manufacturing plant is located Burlington New Jersey producing all of the fragrance and flavor oils for the company s facilities around the world", "Colgate Palmolive s chief manufacturing plant is located Burlington New Jersey producing all of the fragrance and flavor oils the company s facilities around the world", "Colgate Palmolive s chief manufacturing plant is located Burlington New Jersey all of the fragrance and flavor oils the company s facilities around the world", "Colgate Palmolive s chief manufacturing plant located Burlington New Jersey all of the fragrance and flavor oils the company s facilities around the world", "Colgate Palmolive s chief manufacturing plant located Burlington New Jersey all of the fragrance and flavor the company s facilities around the world", "Colgate Palmolive s chief manufacturing plant located Burlington New Jersey of the fragrance and flavor the company s facilities around the world", "Colgate Palmolive s manufacturing plant located Burlington New Jersey of the fragrance and flavor the company s facilities around the world", "Colgate Palmolive s manufacturing plant located Burlington New Jersey of the fragrance and the company s facilities around the world", "Colgate Palmolive s manufacturing located Burlington New Jersey of the fragrance and the company s facilities around the world", "Colgate Palmolive s manufacturing Burlington New Jersey of the fragrance and the company s facilities around the world", "Colgate Palmolive s manufacturing Burlington New Jersey of the fragrance the company s facilities around the world", "Colgate Palmolive manufacturing Burlington New Jersey of the fragrance the company s facilities around the world", "Colgate Palmolive manufacturing Burlington New Jersey of fragrance the company s facilities around the world", "Colgate Palmolive manufacturing Burlington New Jersey of fragrance the s facilities around the world", "Colgate Palmolive manufacturing New Jersey of fragrance the s facilities around the world", "Colgate Palmolive manufacturing New Jersey of the s facilities around the world", "Colgate Palmolive manufacturing New Jersey of the s around the world"]}, "config": {"num_remove_word": 18, "num_sentences": 43652, "sentence": "Colgate Palmolive s chief manufacturing plant is located in Burlington New Jersey producing all of the fragrance and flavor oils for the company s facilities around the world", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["in", "for", "producing", "is", "oils", "all", "chief", "flavor", "plant", "located", "and", "s", "the", "company", "Burlington", "fragrance", "facilities", "Jersey"]}, "task_name": "task20", "example_name": "0164", "problem_name": "task20_0164"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThere has been a bridge at Battlesbridge since at least 1372 and possibly a little earlier since the Batailesbregge mentioned in 1351 suggests the presence of a bridge there\nWords: [has, since, a, Battlesbridge, presence, bridge, 1372, There, there, suggests, 1351, at, and, earlier, the, Batailesbregge, in, little]\n", "label": {"final": "been at least possibly a since mentioned the of a bridge", "init": "There has been a bridge at Battlesbridge since at least 1372 and possibly a little earlier since the Batailesbregge mentioned in 1351 suggests the presence of a bridge there", "intermediate": ["There been a bridge at Battlesbridge since at least 1372 and possibly a little earlier since the Batailesbregge mentioned in 1351 suggests the presence of a bridge there", "There been a bridge at Battlesbridge at least 1372 and possibly a little earlier since the Batailesbregge mentioned in 1351 suggests the presence of a bridge there", "There been bridge at Battlesbridge at least 1372 and possibly a little earlier since the Batailesbregge mentioned in 1351 suggests the presence of a bridge there", "There been bridge at at least 1372 and possibly a little earlier since the Batailesbregge mentioned in 1351 suggests the presence of a bridge there", "There been bridge at at least 1372 and possibly a little earlier since the Batailesbregge mentioned in 1351 suggests the of a bridge there", "There been at at least 1372 and possibly a little earlier since the Batailesbregge mentioned in 1351 suggests the of a bridge there", "There been at at least and possibly a little earlier since the Batailesbregge mentioned in 1351 suggests the of a bridge there", "been at at least and possibly a little earlier since the Batailesbregge mentioned in 1351 suggests the of a bridge there", "been at at least and possibly a little earlier since the Batailesbregge mentioned in 1351 suggests the of a bridge", "been at at least and possibly a little earlier since the Batailesbregge mentioned in 1351 the of a bridge", "been at at least and possibly a little earlier since the Batailesbregge mentioned in the of a bridge", "been at least and possibly a little earlier since the Batailesbregge mentioned in the of a bridge", "been at least possibly a little earlier since the Batailesbregge mentioned in the of a bridge", "been at least possibly a little since the Batailesbregge mentioned in the of a bridge", "been at least possibly a little since Batailesbregge mentioned in the of a bridge", "been at least possibly a little since mentioned in the of a bridge", "been at least possibly a little since mentioned the of a bridge"]}, "config": {"num_remove_word": 18, "num_sentences": 43652, "sentence": "There has been a bridge at Battlesbridge since at least 1372 and possibly a little earlier since the Batailesbregge mentioned in 1351 suggests the presence of a bridge there", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["has", "since", "a", "Battlesbridge", "presence", "bridge", "1372", "There", "there", "suggests", "1351", "at", "and", "earlier", "the", "Batailesbregge", "in", "little"]}, "task_name": "task20", "example_name": "0165", "problem_name": "task20_0165"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe peak wartime employment at Hill Field was reached in 1943 with a total of just over 22 000 military and civilian personnel\nWords: [Hill, 1943, Field, total, The, and, military, with, 000, 22, was, employment, over, civilian, personnel, peak, at, reached]\n", "label": {"final": "wartime in a of just", "init": "The peak wartime employment at Hill Field was reached in 1943 with a total of just over 22 000 military and civilian personnel", "intermediate": ["The peak wartime employment at Field was reached in 1943 with a total of just over 22 000 military and civilian personnel", "The peak wartime employment at Field was reached in with a total of just over 22 000 military and civilian personnel", "The peak wartime employment at was reached in with a total of just over 22 000 military and civilian personnel", "The peak wartime employment at was reached in with a of just over 22 000 military and civilian personnel", "peak wartime employment at was reached in with a of just over 22 000 military and civilian personnel", "peak wartime employment at was reached in with a of just over 22 000 military civilian personnel", "peak wartime employment at was reached in with a of just over 22 000 civilian personnel", "peak wartime employment at was reached in a of just over 22 000 civilian personnel", "peak wartime employment at was reached in a of just over 22 civilian personnel", "peak wartime employment at was reached in a of just over civilian personnel", "peak wartime employment at reached in a of just over civilian personnel", "peak wartime at reached in a of just over civilian personnel", "peak wartime at reached in a of just civilian personnel", "peak wartime at reached in a of just personnel", "peak wartime at reached in a of just", "wartime at reached in a of just", "wartime reached in a of just"]}, "config": {"num_remove_word": 18, "num_sentences": 43652, "sentence": "The peak wartime employment at Hill Field was reached in 1943 with a total of just over 22 000 military and civilian personnel", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Hill", "1943", "Field", "total", "The", "and", "military", "with", "000", "22", "was", "employment", "over", "civilian", "personnel", "peak", "at", "reached"]}, "task_name": "task20", "example_name": "0166", "problem_name": "task20_0166"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe basis for the assumption is that Luciano s early works are very close in style to those of Codazzi to the point of often being confused with works of his presumed master\nWords: [basis, s, of, are, Luciano, very, his, close, assumption, point, to, The, that, works, style, often, confused, master]\n", "label": {"final": "for the is early in those Codazzi to the of being with works of presumed", "init": "The basis for the assumption is that Luciano s early works are very close in style to those of Codazzi to the point of often being confused with works of his presumed master", "intermediate": ["The for the assumption is that Luciano s early works are very close in style to those of Codazzi to the point of often being confused with works of his presumed master", "The for the assumption is that Luciano early works are very close in style to those of Codazzi to the point of often being confused with works of his presumed master", "The for the assumption is that Luciano early works are very close in style to those Codazzi to the point of often being confused with works of his presumed master", "The for the assumption is that Luciano early works very close in style to those Codazzi to the point of often being confused with works of his presumed master", "The for the assumption is that early works very close in style to those Codazzi to the point of often being confused with works of his presumed master", "The for the assumption is that early works close in style to those Codazzi to the point of often being confused with works of his presumed master", "The for the assumption is that early works close in style to those Codazzi to the point of often being confused with works of presumed master", "The for the assumption is that early works in style to those Codazzi to the point of often being confused with works of presumed master", "The for the is that early works in style to those Codazzi to the point of often being confused with works of presumed master", "The for the is that early works in style to those Codazzi to the of often being confused with works of presumed master", "The for the is that early works in style those Codazzi to the of often being confused with works of presumed master", "for the is that early works in style those Codazzi to the of often being confused with works of presumed master", "for the is early works in style those Codazzi to the of often being confused with works of presumed master", "for the is early in style those Codazzi to the of often being confused with works of presumed master", "for the is early in those Codazzi to the of often being confused with works of presumed master", "for the is early in those Codazzi to the of being confused with works of presumed master", "for the is early in those Codazzi to the of being with works of presumed master"]}, "config": {"num_remove_word": 18, "num_sentences": 43652, "sentence": "The basis for the assumption is that Luciano s early works are very close in style to those of Codazzi to the point of often being confused with works of his presumed master", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["basis", "s", "of", "are", "Luciano", "very", "his", "close", "assumption", "point", "to", "The", "that", "works", "style", "often", "confused", "master"]}, "task_name": "task20", "example_name": "0167", "problem_name": "task20_0167"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nSubsequent research has examined the effects of self concealment on subjective well being and coping finding that high self concealment is associated with psychological distress and self reported physical symptoms anxiety and depression shyness negative self esteem loneliness rumination trait social anxiety social anxiety and self silencing ambivalence over emotional expressiveness maladaptive mood regulation and acute and chronic pain\nWords: [physical, regulation, on, being, shyness, loneliness, depression, finding, ambivalence, that, effects, Subsequent, distress, associated, symptoms, pain, esteem, psychological]\n", "label": {"final": "research has examined the of self concealment subjective well and coping high self concealment is with and self reported anxiety and negative self rumination trait social anxiety social anxiety and self silencing over emotional expressiveness maladaptive mood and acute and chronic", "init": "Subsequent research has examined the effects of self concealment on subjective well being and coping finding that high self concealment is associated with psychological distress and self reported physical symptoms anxiety and depression shyness negative self esteem loneliness rumination trait social anxiety social anxiety and self silencing ambivalence over emotional expressiveness maladaptive mood regulation and acute and chronic pain", "intermediate": ["Subsequent research has examined the effects of self concealment on subjective well being and coping finding that high self concealment is associated with psychological distress and self reported symptoms anxiety and depression shyness negative self esteem loneliness rumination trait social anxiety social anxiety and self silencing ambivalence over emotional expressiveness maladaptive mood regulation and acute and chronic pain", "Subsequent research has examined the effects of self concealment on subjective well being and coping finding that high self concealment is associated with psychological distress and self reported symptoms anxiety and depression shyness negative self esteem loneliness rumination trait social anxiety social anxiety and self silencing ambivalence over emotional expressiveness maladaptive mood and acute and chronic pain", "Subsequent research has examined the effects of self concealment subjective well being and coping finding that high self concealment is associated with psychological distress and self reported symptoms anxiety and depression shyness negative self esteem loneliness rumination trait social anxiety social anxiety and self silencing ambivalence over emotional expressiveness maladaptive mood and acute and chronic pain", "Subsequent research has examined the effects of self concealment subjective well and coping finding that high self concealment is associated with psychological distress and self reported symptoms anxiety and depression shyness negative self esteem loneliness rumination trait social anxiety social anxiety and self silencing ambivalence over emotional expressiveness maladaptive mood and acute and chronic pain", "Subsequent research has examined the effects of self concealment subjective well and coping finding that high self concealment is associated with psychological distress and self reported symptoms anxiety and depression negative self esteem loneliness rumination trait social anxiety social anxiety and self silencing ambivalence over emotional expressiveness maladaptive mood and acute and chronic pain", "Subsequent research has examined the effects of self concealment subjective well and coping finding that high self concealment is associated with psychological distress and self reported symptoms anxiety and depression negative self esteem rumination trait social anxiety social anxiety and self silencing ambivalence over emotional expressiveness maladaptive mood and acute and chronic pain", "Subsequent research has examined the effects of self concealment subjective well and coping finding that high self concealment is associated with psychological distress and self reported symptoms anxiety and negative self esteem rumination trait social anxiety social anxiety and self silencing ambivalence over emotional expressiveness maladaptive mood and acute and chronic pain", "Subsequent research has examined the effects of self concealment subjective well and coping that high self concealment is associated with psychological distress and self reported symptoms anxiety and negative self esteem rumination trait social anxiety social anxiety and self silencing ambivalence over emotional expressiveness maladaptive mood and acute and chronic pain", "Subsequent research has examined the effects of self concealment subjective well and coping that high self concealment is associated with psychological distress and self reported symptoms anxiety and negative self esteem rumination trait social anxiety social anxiety and self silencing over emotional expressiveness maladaptive mood and acute and chronic pain", "Subsequent research has examined the effects of self concealment subjective well and coping high self concealment is associated with psychological distress and self reported symptoms anxiety and negative self esteem rumination trait social anxiety social anxiety and self silencing over emotional expressiveness maladaptive mood and acute and chronic pain", "Subsequent research has examined the of self concealment subjective well and coping high self concealment is associated with psychological distress and self reported symptoms anxiety and negative self esteem rumination trait social anxiety social anxiety and self silencing over emotional expressiveness maladaptive mood and acute and chronic pain", "research has examined the of self concealment subjective well and coping high self concealment is associated with psychological distress and self reported symptoms anxiety and negative self esteem rumination trait social anxiety social anxiety and self silencing over emotional expressiveness maladaptive mood and acute and chronic pain", "research has examined the of self concealment subjective well and coping high self concealment is associated with psychological and self reported symptoms anxiety and negative self esteem rumination trait social anxiety social anxiety and self silencing over emotional expressiveness maladaptive mood and acute and chronic pain", "research has examined the of self concealment subjective well and coping high self concealment is with psychological and self reported symptoms anxiety and negative self esteem rumination trait social anxiety social anxiety and self silencing over emotional expressiveness maladaptive mood and acute and chronic pain", "research has examined the of self concealment subjective well and coping high self concealment is with psychological and self reported anxiety and negative self esteem rumination trait social anxiety social anxiety and self silencing over emotional expressiveness maladaptive mood and acute and chronic pain", "research has examined the of self concealment subjective well and coping high self concealment is with psychological and self reported anxiety and negative self esteem rumination trait social anxiety social anxiety and self silencing over emotional expressiveness maladaptive mood and acute and chronic", "research has examined the of self concealment subjective well and coping high self concealment is with psychological and self reported anxiety and negative self rumination trait social anxiety social anxiety and self silencing over emotional expressiveness maladaptive mood and acute and chronic"]}, "config": {"num_remove_word": 18, "num_sentences": 43652, "sentence": "Subsequent research has examined the effects of self concealment on subjective well being and coping finding that high self concealment is associated with psychological distress and self reported physical symptoms anxiety and depression shyness negative self esteem loneliness rumination trait social anxiety social anxiety and self silencing ambivalence over emotional expressiveness maladaptive mood regulation and acute and chronic pain", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["physical", "regulation", "on", "being", "shyness", "loneliness", "depression", "finding", "ambivalence", "that", "effects", "Subsequent", "distress", "associated", "symptoms", "pain", "esteem", "psychological"]}, "task_name": "task20", "example_name": "0168", "problem_name": "task20_0168"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe first episode depicts Elizabeth from her imprisonment in the Tower of London by the Queen her sister Mary I accused with plotting the Queen s demise to her accession to the throne following Mary s death and her coronation\nWords: [and, with, Queen, of, Mary, by, her, depicts, The, throne, demise, London, following, the, episode, in, accession, Elizabeth]\n", "label": {"final": "first from imprisonment Tower the her sister I accused plotting the Queen s to her to the Mary s death her coronation", "init": "The first episode depicts Elizabeth from her imprisonment in the Tower of London by the Queen her sister Mary I accused with plotting the Queen s demise to her accession to the throne following Mary s death and her coronation", "intermediate": ["The first episode depicts Elizabeth from her imprisonment in the Tower of London by the Queen her sister Mary I accused with plotting the Queen s demise to her accession to the throne following Mary s death her coronation", "The first episode depicts Elizabeth from her imprisonment in the Tower of London by the Queen her sister Mary I accused plotting the Queen s demise to her accession to the throne following Mary s death her coronation", "The first episode depicts Elizabeth from her imprisonment in the Tower of London by the her sister Mary I accused plotting the Queen s demise to her accession to the throne following Mary s death her coronation", "The first episode depicts Elizabeth from her imprisonment in the Tower London by the her sister Mary I accused plotting the Queen s demise to her accession to the throne following Mary s death her coronation", "The first episode depicts Elizabeth from her imprisonment in the Tower London by the her sister I accused plotting the Queen s demise to her accession to the throne following Mary s death her coronation", "The first episode depicts Elizabeth from her imprisonment in the Tower London the her sister I accused plotting the Queen s demise to her accession to the throne following Mary s death her coronation", "The first episode depicts Elizabeth from imprisonment in the Tower London the her sister I accused plotting the Queen s demise to her accession to the throne following Mary s death her coronation", "The first episode Elizabeth from imprisonment in the Tower London the her sister I accused plotting the Queen s demise to her accession to the throne following Mary s death her coronation", "first episode Elizabeth from imprisonment in the Tower London the her sister I accused plotting the Queen s demise to her accession to the throne following Mary s death her coronation", "first episode Elizabeth from imprisonment in the Tower London the her sister I accused plotting the Queen s demise to her accession to the following Mary s death her coronation", "first episode Elizabeth from imprisonment in the Tower London the her sister I accused plotting the Queen s to her accession to the following Mary s death her coronation", "first episode Elizabeth from imprisonment in the Tower the her sister I accused plotting the Queen s to her accession to the following Mary s death her coronation", "first episode Elizabeth from imprisonment in the Tower the her sister I accused plotting the Queen s to her accession to the Mary s death her coronation", "first episode Elizabeth from imprisonment in Tower the her sister I accused plotting the Queen s to her accession to the Mary s death her coronation", "first Elizabeth from imprisonment in Tower the her sister I accused plotting the Queen s to her accession to the Mary s death her coronation", "first Elizabeth from imprisonment Tower the her sister I accused plotting the Queen s to her accession to the Mary s death her coronation", "first Elizabeth from imprisonment Tower the her sister I accused plotting the Queen s to her to the Mary s death her coronation"]}, "config": {"num_remove_word": 18, "num_sentences": 43652, "sentence": "The first episode depicts Elizabeth from her imprisonment in the Tower of London by the Queen her sister Mary I accused with plotting the Queen s demise to her accession to the throne following Mary s death and her coronation", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["and", "with", "Queen", "of", "Mary", "by", "her", "depicts", "The", "throne", "demise", "London", "following", "the", "episode", "in", "accession", "Elizabeth"]}, "task_name": "task20", "example_name": "0169", "problem_name": "task20_0169"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nSimilar to radioactive tracers used in hydrology and materials testing fallout and the neutron activation of nitrogen gas served as a radioactive tracer that was used to measure and then help model global circulations in the atmosphere by following the movements of fallout aerosols\nWords: [Similar, global, tracers, tracer, following, then, movements, model, materials, served, fallout, circulations, measure, atmosphere, in, and, used, testing, neutron]\n", "label": {"final": "to radioactive hydrology and the activation of nitrogen gas as a radioactive that was used to and help in the by the of fallout aerosols", "init": "Similar to radioactive tracers used in hydrology and materials testing fallout and the neutron activation of nitrogen gas served as a radioactive tracer that was used to measure and then help model global circulations in the atmosphere by following the movements of fallout aerosols", "intermediate": ["to radioactive tracers used in hydrology and materials testing fallout and the neutron activation of nitrogen gas served as a radioactive tracer that was used to measure and then help model global circulations in the atmosphere by following the movements of fallout aerosols", "to radioactive tracers used in hydrology and materials testing fallout and the neutron activation of nitrogen gas served as a radioactive tracer that was used to measure and then help model circulations in the atmosphere by following the movements of fallout aerosols", "to radioactive used in hydrology and materials testing fallout and the neutron activation of nitrogen gas served as a radioactive tracer that was used to measure and then help model circulations in the atmosphere by following the movements of fallout aerosols", "to radioactive used in hydrology and materials testing fallout and the neutron activation of nitrogen gas served as a radioactive that was used to measure and then help model circulations in the atmosphere by following the movements of fallout aerosols", "to radioactive used in hydrology and materials testing fallout and the neutron activation of nitrogen gas served as a radioactive that was used to measure and then help model circulations in the atmosphere by the movements of fallout aerosols", "to radioactive used in hydrology and materials testing fallout and the neutron activation of nitrogen gas served as a radioactive that was used to measure and help model circulations in the atmosphere by the movements of fallout aerosols", "to radioactive used in hydrology and materials testing fallout and the neutron activation of nitrogen gas served as a radioactive that was used to measure and help model circulations in the atmosphere by the of fallout aerosols", "to radioactive used in hydrology and materials testing fallout and the neutron activation of nitrogen gas served as a radioactive that was used to measure and help circulations in the atmosphere by the of fallout aerosols", "to radioactive used in hydrology and testing fallout and the neutron activation of nitrogen gas served as a radioactive that was used to measure and help circulations in the atmosphere by the of fallout aerosols", "to radioactive used in hydrology and testing fallout and the neutron activation of nitrogen gas as a radioactive that was used to measure and help circulations in the atmosphere by the of fallout aerosols", "to radioactive used in hydrology and testing and the neutron activation of nitrogen gas as a radioactive that was used to measure and help circulations in the atmosphere by the of fallout aerosols", "to radioactive used in hydrology and testing and the neutron activation of nitrogen gas as a radioactive that was used to measure and help in the atmosphere by the of fallout aerosols", "to radioactive used in hydrology and testing and the neutron activation of nitrogen gas as a radioactive that was used to and help in the atmosphere by the of fallout aerosols", "to radioactive used in hydrology and testing and the neutron activation of nitrogen gas as a radioactive that was used to and help in the by the of fallout aerosols", "to radioactive used hydrology and testing and the neutron activation of nitrogen gas as a radioactive that was used to and help in the by the of fallout aerosols", "to radioactive used hydrology testing and the neutron activation of nitrogen gas as a radioactive that was used to and help in the by the of fallout aerosols", "to radioactive hydrology testing and the neutron activation of nitrogen gas as a radioactive that was used to and help in the by the of fallout aerosols", "to radioactive hydrology and the neutron activation of nitrogen gas as a radioactive that was used to and help in the by the of fallout aerosols"]}, "config": {"num_remove_word": 19, "num_sentences": 43652, "sentence": "Similar to radioactive tracers used in hydrology and materials testing fallout and the neutron activation of nitrogen gas served as a radioactive tracer that was used to measure and then help model global circulations in the atmosphere by following the movements of fallout aerosols", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Similar", "global", "tracers", "tracer", "following", "then", "movements", "model", "materials", "served", "fallout", "circulations", "measure", "atmosphere", "in", "and", "used", "testing", "neutron"]}, "task_name": "task20", "example_name": "0170", "problem_name": "task20_0170"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nRaonaid was stabbed four times in the side chest and shoulder with a one and a half inch sharp knife while in Silchester Crescent\nWords: [while, Crescent, half, chest, the, with, one, sharp, stabbed, a, four, times, side, inch, was, in, knife, Raonaid, shoulder]\n", "label": {"final": "and and a in Silchester", "init": "Raonaid was stabbed four times in the side chest and shoulder with a one and a half inch sharp knife while in Silchester Crescent", "intermediate": ["Raonaid was stabbed four times in the side chest and shoulder with a one and a half inch sharp knife in Silchester Crescent", "Raonaid was stabbed four times in the side chest and shoulder with a one and a half inch sharp knife in Silchester", "Raonaid was stabbed four times in the side chest and shoulder with a one and a inch sharp knife in Silchester", "Raonaid was stabbed four times in the side and shoulder with a one and a inch sharp knife in Silchester", "Raonaid was stabbed four times in side and shoulder with a one and a inch sharp knife in Silchester", "Raonaid was stabbed four times in side and shoulder a one and a inch sharp knife in Silchester", "Raonaid was stabbed four times in side and shoulder a and a inch sharp knife in Silchester", "Raonaid was stabbed four times in side and shoulder a and a inch knife in Silchester", "Raonaid was four times in side and shoulder a and a inch knife in Silchester", "Raonaid was four times in side and shoulder and a inch knife in Silchester", "Raonaid was times in side and shoulder and a inch knife in Silchester", "Raonaid was in side and shoulder and a inch knife in Silchester", "Raonaid was in and shoulder and a inch knife in Silchester", "Raonaid was in and shoulder and a knife in Silchester", "Raonaid in and shoulder and a knife in Silchester", "Raonaid and shoulder and a knife in Silchester", "Raonaid and shoulder and a in Silchester", "and shoulder and a in Silchester"]}, "config": {"num_remove_word": 19, "num_sentences": 43652, "sentence": "Raonaid was stabbed four times in the side chest and shoulder with a one and a half inch sharp knife while in Silchester Crescent", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["while", "Crescent", "half", "chest", "the", "with", "one", "sharp", "stabbed", "a", "four", "times", "side", "inch", "was", "in", "knife", "Raonaid", "shoulder"]}, "task_name": "task20", "example_name": "0171", "problem_name": "task20_0171"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nForest School Canada is focused on being a network for support education and accreditation for concepts associated with the FS movement in Canada\nWords: [with, being, a, for, associated, FS, concepts, Forest, Canada, is, network, and, focused, movement, education, the, School, in, accreditation]\n", "label": {"final": "on support for Canada", "init": "Forest School Canada is focused on being a network for support education and accreditation for concepts associated with the FS movement in Canada", "intermediate": ["Forest School Canada is focused on being a network for support education and accreditation for concepts associated the FS movement in Canada", "Forest School Canada is focused on a network for support education and accreditation for concepts associated the FS movement in Canada", "Forest School Canada is focused on network for support education and accreditation for concepts associated the FS movement in Canada", "Forest School Canada is focused on network support education and accreditation for concepts associated the FS movement in Canada", "Forest School Canada is focused on network support education and accreditation for concepts the FS movement in Canada", "Forest School Canada is focused on network support education and accreditation for concepts the movement in Canada", "Forest School Canada is focused on network support education and accreditation for the movement in Canada", "School Canada is focused on network support education and accreditation for the movement in Canada", "School is focused on network support education and accreditation for the movement in Canada", "School focused on network support education and accreditation for the movement in Canada", "School focused on support education and accreditation for the movement in Canada", "School focused on support education accreditation for the movement in Canada", "School on support education accreditation for the movement in Canada", "School on support education accreditation for the in Canada", "School on support accreditation for the in Canada", "School on support accreditation for in Canada", "on support accreditation for in Canada", "on support accreditation for Canada"]}, "config": {"num_remove_word": 19, "num_sentences": 43652, "sentence": "Forest School Canada is focused on being a network for support education and accreditation for concepts associated with the FS movement in Canada", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["with", "being", "a", "for", "associated", "FS", "concepts", "Forest", "Canada", "is", "network", "and", "focused", "movement", "education", "the", "School", "in", "accreditation"]}, "task_name": "task20", "example_name": "0172", "problem_name": "task20_0172"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nPseudoboehmite is essentially finely crystalline boehmite which consists of the same or similar octahedral layers in the xz plane but lacks three dimensional order because of a restricted number of unit cells in y direction\nWords: [same, dimensional, layers, is, restricted, finely, unit, which, a, octahedral, Pseudoboehmite, direction, crystalline, essentially, lacks, similar, consists, order, because]\n", "label": {"final": "boehmite of the or in the xz plane but three of number of cells in y", "init": "Pseudoboehmite is essentially finely crystalline boehmite which consists of the same or similar octahedral layers in the xz plane but lacks three dimensional order because of a restricted number of unit cells in y direction", "intermediate": ["Pseudoboehmite is essentially finely crystalline boehmite which consists of the or similar octahedral layers in the xz plane but lacks three dimensional order because of a restricted number of unit cells in y direction", "Pseudoboehmite is essentially finely crystalline boehmite which consists of the or similar octahedral layers in the xz plane but lacks three order because of a restricted number of unit cells in y direction", "Pseudoboehmite is essentially finely crystalline boehmite which consists of the or similar octahedral in the xz plane but lacks three order because of a restricted number of unit cells in y direction", "Pseudoboehmite essentially finely crystalline boehmite which consists of the or similar octahedral in the xz plane but lacks three order because of a restricted number of unit cells in y direction", "Pseudoboehmite essentially finely crystalline boehmite which consists of the or similar octahedral in the xz plane but lacks three order because of a number of unit cells in y direction", "Pseudoboehmite essentially crystalline boehmite which consists of the or similar octahedral in the xz plane but lacks three order because of a number of unit cells in y direction", "Pseudoboehmite essentially crystalline boehmite which consists of the or similar octahedral in the xz plane but lacks three order because of a number of cells in y direction", "Pseudoboehmite essentially crystalline boehmite consists of the or similar octahedral in the xz plane but lacks three order because of a number of cells in y direction", "Pseudoboehmite essentially crystalline boehmite consists of the or similar octahedral in the xz plane but lacks three order because of number of cells in y direction", "Pseudoboehmite essentially crystalline boehmite consists of the or similar in the xz plane but lacks three order because of number of cells in y direction", "essentially crystalline boehmite consists of the or similar in the xz plane but lacks three order because of number of cells in y direction", "essentially crystalline boehmite consists of the or similar in the xz plane but lacks three order because of number of cells in y", "essentially boehmite consists of the or similar in the xz plane but lacks three order because of number of cells in y", "boehmite consists of the or similar in the xz plane but lacks three order because of number of cells in y", "boehmite consists of the or similar in the xz plane but three order because of number of cells in y", "boehmite consists of the or in the xz plane but three order because of number of cells in y", "boehmite of the or in the xz plane but three order because of number of cells in y", "boehmite of the or in the xz plane but three because of number of cells in y"]}, "config": {"num_remove_word": 19, "num_sentences": 43652, "sentence": "Pseudoboehmite is essentially finely crystalline boehmite which consists of the same or similar octahedral layers in the xz plane but lacks three dimensional order because of a restricted number of unit cells in y direction", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["same", "dimensional", "layers", "is", "restricted", "finely", "unit", "which", "a", "octahedral", "Pseudoboehmite", "direction", "crystalline", "essentially", "lacks", "similar", "consists", "order", "because"]}, "task_name": "task20", "example_name": "0173", "problem_name": "task20_0173"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAn article in the San Francisco Examiner described an 18th century Indian painting of Vishnu and his consort Laksmi riding the great mythical bird Garuda as Avatar prequel due to its resemblance with the film s scene in which the hero s blue skinned avatar flies a gigantic raptor\nWords: [described, in, gigantic, skinned, Garuda, with, bird, a, mythical, Francisco, film, blue, Indian, flies, century, Laksmi, resemblance, Vishnu, to]\n", "label": {"final": "An article the San Examiner an 18th painting of and his consort riding the great as Avatar prequel due its the s scene in which the hero s avatar raptor", "init": "An article in the San Francisco Examiner described an 18th century Indian painting of Vishnu and his consort Laksmi riding the great mythical bird Garuda as Avatar prequel due to its resemblance with the film s scene in which the hero s blue skinned avatar flies a gigantic raptor", "intermediate": ["An article in the San Francisco Examiner an 18th century Indian painting of Vishnu and his consort Laksmi riding the great mythical bird Garuda as Avatar prequel due to its resemblance with the film s scene in which the hero s blue skinned avatar flies a gigantic raptor", "An article the San Francisco Examiner an 18th century Indian painting of Vishnu and his consort Laksmi riding the great mythical bird Garuda as Avatar prequel due to its resemblance with the film s scene in which the hero s blue skinned avatar flies a gigantic raptor", "An article the San Francisco Examiner an 18th century Indian painting of Vishnu and his consort Laksmi riding the great mythical bird Garuda as Avatar prequel due to its resemblance with the film s scene in which the hero s blue skinned avatar flies a raptor", "An article the San Francisco Examiner an 18th century Indian painting of Vishnu and his consort Laksmi riding the great mythical bird Garuda as Avatar prequel due to its resemblance with the film s scene in which the hero s blue avatar flies a raptor", "An article the San Francisco Examiner an 18th century Indian painting of Vishnu and his consort Laksmi riding the great mythical bird as Avatar prequel due to its resemblance with the film s scene in which the hero s blue avatar flies a raptor", "An article the San Francisco Examiner an 18th century Indian painting of Vishnu and his consort Laksmi riding the great mythical bird as Avatar prequel due to its resemblance the film s scene in which the hero s blue avatar flies a raptor", "An article the San Francisco Examiner an 18th century Indian painting of Vishnu and his consort Laksmi riding the great mythical as Avatar prequel due to its resemblance the film s scene in which the hero s blue avatar flies a raptor", "An article the San Francisco Examiner an 18th century Indian painting of Vishnu and his consort Laksmi riding the great mythical as Avatar prequel due to its resemblance the film s scene in which the hero s blue avatar flies raptor", "An article the San Francisco Examiner an 18th century Indian painting of Vishnu and his consort Laksmi riding the great as Avatar prequel due to its resemblance the film s scene in which the hero s blue avatar flies raptor", "An article the San Examiner an 18th century Indian painting of Vishnu and his consort Laksmi riding the great as Avatar prequel due to its resemblance the film s scene in which the hero s blue avatar flies raptor", "An article the San Examiner an 18th century Indian painting of Vishnu and his consort Laksmi riding the great as Avatar prequel due to its resemblance the s scene in which the hero s blue avatar flies raptor", "An article the San Examiner an 18th century Indian painting of Vishnu and his consort Laksmi riding the great as Avatar prequel due to its resemblance the s scene in which the hero s avatar flies raptor", "An article the San Examiner an 18th century painting of Vishnu and his consort Laksmi riding the great as Avatar prequel due to its resemblance the s scene in which the hero s avatar flies raptor", "An article the San Examiner an 18th century painting of Vishnu and his consort Laksmi riding the great as Avatar prequel due to its resemblance the s scene in which the hero s avatar raptor", "An article the San Examiner an 18th painting of Vishnu and his consort Laksmi riding the great as Avatar prequel due to its resemblance the s scene in which the hero s avatar raptor", "An article the San Examiner an 18th painting of Vishnu and his consort riding the great as Avatar prequel due to its resemblance the s scene in which the hero s avatar raptor", "An article the San Examiner an 18th painting of Vishnu and his consort riding the great as Avatar prequel due to its the s scene in which the hero s avatar raptor", "An article the San Examiner an 18th painting of and his consort riding the great as Avatar prequel due to its the s scene in which the hero s avatar raptor"]}, "config": {"num_remove_word": 19, "num_sentences": 43652, "sentence": "An article in the San Francisco Examiner described an 18th century Indian painting of Vishnu and his consort Laksmi riding the great mythical bird Garuda as Avatar prequel due to its resemblance with the film s scene in which the hero s blue skinned avatar flies a gigantic raptor", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["described", "in", "gigantic", "skinned", "Garuda", "with", "bird", "a", "mythical", "Francisco", "film", "blue", "Indian", "flies", "century", "Laksmi", "resemblance", "Vishnu", "to"]}, "task_name": "task20", "example_name": "0174", "problem_name": "task20_0174"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn 2007 City Lit was the first adult education college to be given the Queen s Anniversary Prize to mark its international reputation in stammering therapy\nWords: [education, therapy, first, Queen, In, Lit, was, Prize, in, to, college, international, the, mark, 2007, adult, its, given, City]\n", "label": {"final": "be the s Anniversary to reputation stammering", "init": "In 2007 City Lit was the first adult education college to be given the Queen s Anniversary Prize to mark its international reputation in stammering therapy", "intermediate": ["In 2007 City Lit was the first adult college to be given the Queen s Anniversary Prize to mark its international reputation in stammering therapy", "In 2007 City Lit was the first adult college to be given the Queen s Anniversary Prize to mark its international reputation in stammering", "In 2007 City Lit was the adult college to be given the Queen s Anniversary Prize to mark its international reputation in stammering", "In 2007 City Lit was the adult college to be given the s Anniversary Prize to mark its international reputation in stammering", "2007 City Lit was the adult college to be given the s Anniversary Prize to mark its international reputation in stammering", "2007 City was the adult college to be given the s Anniversary Prize to mark its international reputation in stammering", "2007 City the adult college to be given the s Anniversary Prize to mark its international reputation in stammering", "2007 City the adult college to be given the s Anniversary to mark its international reputation in stammering", "2007 City the adult college to be given the s Anniversary to mark its international reputation stammering", "2007 City the adult college be given the s Anniversary to mark its international reputation stammering", "2007 City the adult be given the s Anniversary to mark its international reputation stammering", "2007 City the adult be given the s Anniversary to mark its reputation stammering", "2007 City adult be given the s Anniversary to mark its reputation stammering", "2007 City adult be given the s Anniversary to its reputation stammering", "City adult be given the s Anniversary to its reputation stammering", "City be given the s Anniversary to its reputation stammering", "City be given the s Anniversary to reputation stammering", "City be the s Anniversary to reputation stammering"]}, "config": {"num_remove_word": 19, "num_sentences": 43652, "sentence": "In 2007 City Lit was the first adult education college to be given the Queen s Anniversary Prize to mark its international reputation in stammering therapy", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["education", "therapy", "first", "Queen", "In", "Lit", "was", "Prize", "in", "to", "college", "international", "the", "mark", "2007", "adult", "its", "given", "City"]}, "task_name": "task20", "example_name": "0175", "problem_name": "task20_0175"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe change to a singular map was facilitated by the Board of Transportation and later the New York City Transit Authority taking over and managing the subway system as a singular entity\nWords: [by, to, York, Transportation, subway, a, was, Transit, Authority, City, entity, system, managing, The, facilitated, the, singular, taking, later]\n", "label": {"final": "change map Board of and the New over and the as a singular", "init": "The change to a singular map was facilitated by the Board of Transportation and later the New York City Transit Authority taking over and managing the subway system as a singular entity", "intermediate": ["The change to a singular map was facilitated the Board of Transportation and later the New York City Transit Authority taking over and managing the subway system as a singular entity", "The change a singular map was facilitated the Board of Transportation and later the New York City Transit Authority taking over and managing the subway system as a singular entity", "The change a singular map was facilitated the Board of Transportation and later the New City Transit Authority taking over and managing the subway system as a singular entity", "The change a singular map was facilitated the Board of and later the New City Transit Authority taking over and managing the subway system as a singular entity", "The change a singular map was facilitated the Board of and later the New City Transit Authority taking over and managing the system as a singular entity", "The change singular map was facilitated the Board of and later the New City Transit Authority taking over and managing the system as a singular entity", "The change singular map facilitated the Board of and later the New City Transit Authority taking over and managing the system as a singular entity", "The change singular map facilitated the Board of and later the New City Authority taking over and managing the system as a singular entity", "The change singular map facilitated the Board of and later the New City taking over and managing the system as a singular entity", "The change singular map facilitated the Board of and later the New taking over and managing the system as a singular entity", "The change singular map facilitated the Board of and later the New taking over and managing the system as a singular", "The change singular map facilitated the Board of and later the New taking over and managing the as a singular", "The change singular map facilitated the Board of and later the New taking over and the as a singular", "change singular map facilitated the Board of and later the New taking over and the as a singular", "change singular map the Board of and later the New taking over and the as a singular", "change singular map Board of and later the New taking over and the as a singular", "change map Board of and later the New taking over and the as a singular", "change map Board of and later the New over and the as a singular"]}, "config": {"num_remove_word": 19, "num_sentences": 43652, "sentence": "The change to a singular map was facilitated by the Board of Transportation and later the New York City Transit Authority taking over and managing the subway system as a singular entity", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["by", "to", "York", "Transportation", "subway", "a", "was", "Transit", "Authority", "City", "entity", "system", "managing", "The", "facilitated", "the", "singular", "taking", "later"]}, "task_name": "task20", "example_name": "0176", "problem_name": "task20_0176"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nShani s unique presentations twists on famous dishes and street food and colorful even pretentious language have drawn both praise and criticism\nWords: [twists, have, street, praise, and, criticism, dishes, food, unique, presentations, s, language, both, famous, even, on, pretentious, drawn, Shani]\n", "label": {"final": "and colorful and", "init": "Shani s unique presentations twists on famous dishes and street food and colorful even pretentious language have drawn both praise and criticism", "intermediate": ["Shani s unique presentations on famous dishes and street food and colorful even pretentious language have drawn both praise and criticism", "Shani s unique presentations on famous dishes and street food and colorful even pretentious language drawn both praise and criticism", "Shani s unique presentations on famous dishes and food and colorful even pretentious language drawn both praise and criticism", "Shani s unique presentations on famous dishes and food and colorful even pretentious language drawn both and criticism", "Shani s unique presentations on famous dishes food and colorful even pretentious language drawn both and criticism", "Shani s unique presentations on famous dishes food and colorful even pretentious language drawn both and", "Shani s unique presentations on famous food and colorful even pretentious language drawn both and", "Shani s unique presentations on famous and colorful even pretentious language drawn both and", "Shani s presentations on famous and colorful even pretentious language drawn both and", "Shani s on famous and colorful even pretentious language drawn both and", "Shani on famous and colorful even pretentious language drawn both and", "Shani on famous and colorful even pretentious drawn both and", "Shani on famous and colorful even pretentious drawn and", "Shani on and colorful even pretentious drawn and", "Shani on and colorful pretentious drawn and", "Shani and colorful pretentious drawn and", "Shani and colorful drawn and", "Shani and colorful and"]}, "config": {"num_remove_word": 19, "num_sentences": 43652, "sentence": "Shani s unique presentations twists on famous dishes and street food and colorful even pretentious language have drawn both praise and criticism", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["twists", "have", "street", "praise", "and", "criticism", "dishes", "food", "unique", "presentations", "s", "language", "both", "famous", "even", "on", "pretentious", "drawn", "Shani"]}, "task_name": "task20", "example_name": "0177", "problem_name": "task20_0177"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThey discerned the best valued ticket by using an analytical engine that compared a seat s distance from the action to the price of the ticket\nWords: [by, price, seat, to, from, a, compared, valued, an, using, s, distance, analytical, ticket, engine, They, action, best, that]\n", "label": {"final": "discerned the the the of the ticket", "init": "They discerned the best valued ticket by using an analytical engine that compared a seat s distance from the action to the price of the ticket", "intermediate": ["They discerned the best valued ticket using an analytical engine that compared a seat s distance from the action to the price of the ticket", "They discerned the best valued ticket using an analytical engine that compared a seat s distance from the action to the of the ticket", "They discerned the best valued ticket using an analytical engine that compared a s distance from the action to the of the ticket", "They discerned the best valued ticket using an analytical engine that compared a s distance from the action the of the ticket", "They discerned the best valued ticket using an analytical engine that compared a s distance the action the of the ticket", "They discerned the best valued ticket using an analytical engine that compared s distance the action the of the ticket", "They discerned the best valued ticket using an analytical engine that s distance the action the of the ticket", "They discerned the best ticket using an analytical engine that s distance the action the of the ticket", "They discerned the best ticket using analytical engine that s distance the action the of the ticket", "They discerned the best ticket analytical engine that s distance the action the of the ticket", "They discerned the best ticket analytical engine that distance the action the of the ticket", "They discerned the best ticket analytical engine that the action the of the ticket", "They discerned the best ticket engine that the action the of the ticket", "They discerned the best engine that the action the of the ticket", "They discerned the best that the action the of the ticket", "discerned the best that the action the of the ticket", "discerned the best that the the of the ticket", "discerned the that the the of the ticket"]}, "config": {"num_remove_word": 19, "num_sentences": 43652, "sentence": "They discerned the best valued ticket by using an analytical engine that compared a seat s distance from the action to the price of the ticket", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["by", "price", "seat", "to", "from", "a", "compared", "valued", "an", "using", "s", "distance", "analytical", "ticket", "engine", "They", "action", "best", "that"]}, "task_name": "task20", "example_name": "0178", "problem_name": "task20_0178"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nTwo significant flash points on specific interpretations of Scripture were the introduction of instrumental music into the previously a cappella worship services and participation in para church institutions such as missionary societies\nWords: [cappella, instrumental, church, into, a, and, previously, flash, such, Scripture, introduction, significant, para, music, were, in, societies, as, interpretations]\n", "label": {"final": "Two points on specific of the of the worship services participation institutions missionary", "init": "Two significant flash points on specific interpretations of Scripture were the introduction of instrumental music into the previously a cappella worship services and participation in para church institutions such as missionary societies", "intermediate": ["Two significant flash points on specific interpretations of Scripture were the introduction of instrumental music into the previously a worship services and participation in para church institutions such as missionary societies", "Two significant flash points on specific interpretations of Scripture were the introduction of music into the previously a worship services and participation in para church institutions such as missionary societies", "Two significant flash points on specific interpretations of Scripture were the introduction of music into the previously a worship services and participation in para institutions such as missionary societies", "Two significant flash points on specific interpretations of Scripture were the introduction of music the previously a worship services and participation in para institutions such as missionary societies", "Two significant flash points on specific interpretations of Scripture were the introduction of music the previously worship services and participation in para institutions such as missionary societies", "Two significant flash points on specific interpretations of Scripture were the introduction of music the previously worship services participation in para institutions such as missionary societies", "Two significant flash points on specific interpretations of Scripture were the introduction of music the worship services participation in para institutions such as missionary societies", "Two significant points on specific interpretations of Scripture were the introduction of music the worship services participation in para institutions such as missionary societies", "Two significant points on specific interpretations of Scripture were the introduction of music the worship services participation in para institutions as missionary societies", "Two significant points on specific interpretations of were the introduction of music the worship services participation in para institutions as missionary societies", "Two significant points on specific interpretations of were the of music the worship services participation in para institutions as missionary societies", "Two points on specific interpretations of were the of music the worship services participation in para institutions as missionary societies", "Two points on specific interpretations of were the of music the worship services participation in institutions as missionary societies", "Two points on specific interpretations of were the of the worship services participation in institutions as missionary societies", "Two points on specific interpretations of the of the worship services participation in institutions as missionary societies", "Two points on specific interpretations of the of the worship services participation institutions as missionary societies", "Two points on specific interpretations of the of the worship services participation institutions as missionary", "Two points on specific interpretations of the of the worship services participation institutions missionary"]}, "config": {"num_remove_word": 19, "num_sentences": 43652, "sentence": "Two significant flash points on specific interpretations of Scripture were the introduction of instrumental music into the previously a cappella worship services and participation in para church institutions such as missionary societies", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["cappella", "instrumental", "church", "into", "a", "and", "previously", "flash", "such", "Scripture", "introduction", "significant", "para", "music", "were", "in", "societies", "as", "interpretations"]}, "task_name": "task20", "example_name": "0179", "problem_name": "task20_0179"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe practice has allowed private equity to purchase larger and more expensive companies than each firm could acquire through its own private equity funds\nWords: [acquire, expensive, each, The, purchase, could, practice, own, through, to, private, than, allowed, funds, companies, has, its, larger, more, firm]\n", "label": {"final": "equity and private equity", "init": "The practice has allowed private equity to purchase larger and more expensive companies than each firm could acquire through its own private equity funds", "intermediate": ["The practice has allowed private equity to purchase larger and more expensive companies than each firm could through its own private equity funds", "The practice has allowed private equity to purchase larger and more companies than each firm could through its own private equity funds", "The practice has allowed private equity to purchase larger and more companies than firm could through its own private equity funds", "practice has allowed private equity to purchase larger and more companies than firm could through its own private equity funds", "practice has allowed private equity to larger and more companies than firm could through its own private equity funds", "practice has allowed private equity to larger and more companies than firm through its own private equity funds", "has allowed private equity to larger and more companies than firm through its own private equity funds", "has allowed private equity to larger and more companies than firm through its private equity funds", "has allowed private equity to larger and more companies than firm its private equity funds", "has allowed private equity larger and more companies than firm its private equity funds", "has allowed equity larger and more companies than firm its private equity funds", "has allowed equity larger and more companies firm its private equity funds", "has equity larger and more companies firm its private equity funds", "has equity larger and more companies firm its private equity", "has equity larger and more firm its private equity", "equity larger and more firm its private equity", "equity larger and more firm private equity", "equity and more firm private equity", "equity and firm private equity"]}, "config": {"num_remove_word": 20, "num_sentences": 43652, "sentence": "The practice has allowed private equity to purchase larger and more expensive companies than each firm could acquire through its own private equity funds", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["acquire", "expensive", "each", "The", "purchase", "could", "practice", "own", "through", "to", "private", "than", "allowed", "funds", "companies", "has", "its", "larger", "more", "firm"]}, "task_name": "task20", "example_name": "0180", "problem_name": "task20_0180"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nJK Haru is a Sex Worker in Another World won an award in the doujinshi or private publication category at the BookWalker Grand Prix Awards 2019 from digital publisher BookWalker\nWords: [Prix, Grand, BookWalker, Sex, award, private, publication, at, the, Haru, an, Another, 2019, publisher, World, in, a, is, doujinshi, Awards]\n", "label": {"final": "JK Worker won in or category the from digital BookWalker", "init": "JK Haru is a Sex Worker in Another World won an award in the doujinshi or private publication category at the BookWalker Grand Prix Awards 2019 from digital publisher BookWalker", "intermediate": ["JK Haru is a Sex Worker in Another World won an award in the doujinshi or private publication category at the BookWalker Grand Awards 2019 from digital publisher BookWalker", "JK Haru is a Sex Worker in Another World won an award in the doujinshi or private publication category at the BookWalker Awards 2019 from digital publisher BookWalker", "JK Haru is a Sex Worker in Another World won an award in the doujinshi or private publication category at the Awards 2019 from digital publisher BookWalker", "JK Haru is a Worker in Another World won an award in the doujinshi or private publication category at the Awards 2019 from digital publisher BookWalker", "JK Haru is a Worker in Another World won an in the doujinshi or private publication category at the Awards 2019 from digital publisher BookWalker", "JK Haru is a Worker in Another World won an in the doujinshi or publication category at the Awards 2019 from digital publisher BookWalker", "JK Haru is a Worker in Another World won an in the doujinshi or category at the Awards 2019 from digital publisher BookWalker", "JK Haru is a Worker in Another World won an in the doujinshi or category the Awards 2019 from digital publisher BookWalker", "JK Haru is a Worker in Another World won an in doujinshi or category the Awards 2019 from digital publisher BookWalker", "JK is a Worker in Another World won an in doujinshi or category the Awards 2019 from digital publisher BookWalker", "JK is a Worker in Another World won in doujinshi or category the Awards 2019 from digital publisher BookWalker", "JK is a Worker in World won in doujinshi or category the Awards 2019 from digital publisher BookWalker", "JK is a Worker in World won in doujinshi or category the Awards from digital publisher BookWalker", "JK is a Worker in World won in doujinshi or category the Awards from digital BookWalker", "JK is a Worker in won in doujinshi or category the Awards from digital BookWalker", "JK is a Worker won in doujinshi or category the Awards from digital BookWalker", "JK is Worker won in doujinshi or category the Awards from digital BookWalker", "JK Worker won in doujinshi or category the Awards from digital BookWalker", "JK Worker won in or category the Awards from digital BookWalker"]}, "config": {"num_remove_word": 20, "num_sentences": 43652, "sentence": "JK Haru is a Sex Worker in Another World won an award in the doujinshi or private publication category at the BookWalker Grand Prix Awards 2019 from digital publisher BookWalker", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Prix", "Grand", "BookWalker", "Sex", "award", "private", "publication", "at", "the", "Haru", "an", "Another", "2019", "publisher", "World", "in", "a", "is", "doujinshi", "Awards"]}, "task_name": "task20", "example_name": "0181", "problem_name": "task20_0181"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nCall to Arms is a real time tactics and strategy video game developed by German company Digitalmindsoft as the spiritual successor to the Men of War series\nWords: [spiritual, real, a, successor, Arms, company, game, series, by, video, War, the, to, developed, tactics, Men, of, is, as, Digitalmindsoft]\n", "label": {"final": "Call time and strategy German to the", "init": "Call to Arms is a real time tactics and strategy video game developed by German company Digitalmindsoft as the spiritual successor to the Men of War series", "intermediate": ["Call to Arms is a real time tactics and strategy video game developed by German company Digitalmindsoft as the successor to the Men of War series", "Call to Arms is a time tactics and strategy video game developed by German company Digitalmindsoft as the successor to the Men of War series", "Call to Arms is time tactics and strategy video game developed by German company Digitalmindsoft as the successor to the Men of War series", "Call to Arms is time tactics and strategy video game developed by German company Digitalmindsoft as the to the Men of War series", "Call to is time tactics and strategy video game developed by German company Digitalmindsoft as the to the Men of War series", "Call to is time tactics and strategy video game developed by German Digitalmindsoft as the to the Men of War series", "Call to is time tactics and strategy video developed by German Digitalmindsoft as the to the Men of War series", "Call to is time tactics and strategy video developed by German Digitalmindsoft as the to the Men of War", "Call to is time tactics and strategy video developed German Digitalmindsoft as the to the Men of War", "Call to is time tactics and strategy developed German Digitalmindsoft as the to the Men of War", "Call to is time tactics and strategy developed German Digitalmindsoft as the to the Men of", "Call to is time tactics and strategy developed German Digitalmindsoft as to the Men of", "Call is time tactics and strategy developed German Digitalmindsoft as to the Men of", "Call is time tactics and strategy German Digitalmindsoft as to the Men of", "Call is time and strategy German Digitalmindsoft as to the Men of", "Call is time and strategy German Digitalmindsoft as to the of", "Call is time and strategy German Digitalmindsoft as to the", "Call time and strategy German Digitalmindsoft as to the", "Call time and strategy German Digitalmindsoft to the"]}, "config": {"num_remove_word": 20, "num_sentences": 43652, "sentence": "Call to Arms is a real time tactics and strategy video game developed by German company Digitalmindsoft as the spiritual successor to the Men of War series", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["spiritual", "real", "a", "successor", "Arms", "company", "game", "series", "by", "video", "War", "the", "to", "developed", "tactics", "Men", "of", "is", "as", "Digitalmindsoft"]}, "task_name": "task20", "example_name": "0182", "problem_name": "task20_0182"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nCRC discussed with the community current design market and financing constraints that have held them back from initiating construction of their portion commercial of MetroWest\nWords: [construction, MetroWest, and, CRC, current, constraints, design, from, with, held, their, initiating, financing, of, them, portion, that, the, commercial, community]\n", "label": {"final": "discussed market have back of", "init": "CRC discussed with the community current design market and financing constraints that have held them back from initiating construction of their portion commercial of MetroWest", "intermediate": ["CRC discussed with the community current design market and financing constraints that have held them back from initiating of their portion commercial of MetroWest", "CRC discussed with the community current design market and financing constraints that have held them back from initiating of their portion commercial of", "CRC discussed with the community current design market financing constraints that have held them back from initiating of their portion commercial of", "discussed with the community current design market financing constraints that have held them back from initiating of their portion commercial of", "discussed with the community design market financing constraints that have held them back from initiating of their portion commercial of", "discussed with the community design market financing that have held them back from initiating of their portion commercial of", "discussed with the community market financing that have held them back from initiating of their portion commercial of", "discussed with the community market financing that have held them back initiating of their portion commercial of", "discussed the community market financing that have held them back initiating of their portion commercial of", "discussed the community market financing that have them back initiating of their portion commercial of", "discussed the community market financing that have them back initiating of portion commercial of", "discussed the community market financing that have them back of portion commercial of", "discussed the community market that have them back of portion commercial of", "discussed the community market that have them back portion commercial of", "discussed the community market that have back portion commercial of", "discussed the community market that have back commercial of", "discussed the community market have back commercial of", "discussed community market have back commercial of", "discussed community market have back of"]}, "config": {"num_remove_word": 20, "num_sentences": 43652, "sentence": "CRC discussed with the community current design market and financing constraints that have held them back from initiating construction of their portion commercial of MetroWest", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["construction", "MetroWest", "and", "CRC", "current", "constraints", "design", "from", "with", "held", "their", "initiating", "financing", "of", "them", "portion", "that", "the", "commercial", "community"]}, "task_name": "task20", "example_name": "0183", "problem_name": "task20_0183"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nTandra imbibes deep hatred in little Koyel s mind against her parents especially Joba for prioritizing Sarthak than Koyel 12 years later\nWords: [parents, Koyel, mind, especially, against, years, Tandra, her, for, prioritizing, hatred, s, deep, Sarthak, in, later, than, Joba, 12, little]\n", "label": {"final": "imbibes Koyel", "init": "Tandra imbibes deep hatred in little Koyel s mind against her parents especially Joba for prioritizing Sarthak than Koyel 12 years later", "intermediate": ["Tandra imbibes deep hatred in little Koyel s mind against her especially Joba for prioritizing Sarthak than Koyel 12 years later", "Tandra imbibes deep hatred in little s mind against her especially Joba for prioritizing Sarthak than Koyel 12 years later", "Tandra imbibes deep hatred in little s against her especially Joba for prioritizing Sarthak than Koyel 12 years later", "Tandra imbibes deep hatred in little s against her Joba for prioritizing Sarthak than Koyel 12 years later", "Tandra imbibes deep hatred in little s her Joba for prioritizing Sarthak than Koyel 12 years later", "Tandra imbibes deep hatred in little s her Joba for prioritizing Sarthak than Koyel 12 later", "imbibes deep hatred in little s her Joba for prioritizing Sarthak than Koyel 12 later", "imbibes deep hatred in little s Joba for prioritizing Sarthak than Koyel 12 later", "imbibes deep hatred in little s Joba prioritizing Sarthak than Koyel 12 later", "imbibes deep hatred in little s Joba Sarthak than Koyel 12 later", "imbibes deep in little s Joba Sarthak than Koyel 12 later", "imbibes deep in little Joba Sarthak than Koyel 12 later", "imbibes in little Joba Sarthak than Koyel 12 later", "imbibes in little Joba than Koyel 12 later", "imbibes little Joba than Koyel 12 later", "imbibes little Joba than Koyel 12", "imbibes little Joba Koyel 12", "imbibes little Koyel 12", "imbibes little Koyel"]}, "config": {"num_remove_word": 20, "num_sentences": 43652, "sentence": "Tandra imbibes deep hatred in little Koyel s mind against her parents especially Joba for prioritizing Sarthak than Koyel 12 years later", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["parents", "Koyel", "mind", "especially", "against", "years", "Tandra", "her", "for", "prioritizing", "hatred", "s", "deep", "Sarthak", "in", "later", "than", "Joba", "12", "little"]}, "task_name": "task20", "example_name": "0184", "problem_name": "task20_0184"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nOn 22 and 23 June 2019 Norman was invited by the Malaysian Embassy in The Hague to run cooking demonstrations for the Malaysian Food Fair\nWords: [June, for, The, Hague, by, 22, Norman, demonstrations, 2019, Fair, On, to, Malaysian, the, in, run, 23, invited, Embassy, and]\n", "label": {"final": "was cooking the Malaysian Food", "init": "On 22 and 23 June 2019 Norman was invited by the Malaysian Embassy in The Hague to run cooking demonstrations for the Malaysian Food Fair", "intermediate": ["On 22 and 23 2019 Norman was invited by the Malaysian Embassy in The Hague to run cooking demonstrations for the Malaysian Food Fair", "On 22 and 23 2019 Norman was invited by the Malaysian Embassy in The Hague to run cooking demonstrations the Malaysian Food Fair", "On 22 and 23 2019 Norman was invited by the Malaysian Embassy in Hague to run cooking demonstrations the Malaysian Food Fair", "On 22 and 23 2019 Norman was invited by the Malaysian Embassy in to run cooking demonstrations the Malaysian Food Fair", "On 22 and 23 2019 Norman was invited the Malaysian Embassy in to run cooking demonstrations the Malaysian Food Fair", "On and 23 2019 Norman was invited the Malaysian Embassy in to run cooking demonstrations the Malaysian Food Fair", "On and 23 2019 was invited the Malaysian Embassy in to run cooking demonstrations the Malaysian Food Fair", "On and 23 2019 was invited the Malaysian Embassy in to run cooking the Malaysian Food Fair", "On and 23 was invited the Malaysian Embassy in to run cooking the Malaysian Food Fair", "On and 23 was invited the Malaysian Embassy in to run cooking the Malaysian Food", "and 23 was invited the Malaysian Embassy in to run cooking the Malaysian Food", "and 23 was invited the Malaysian Embassy in run cooking the Malaysian Food", "and 23 was invited the Embassy in run cooking the Malaysian Food", "and 23 was invited Embassy in run cooking the Malaysian Food", "and 23 was invited Embassy run cooking the Malaysian Food", "and 23 was invited Embassy cooking the Malaysian Food", "and was invited Embassy cooking the Malaysian Food", "and was Embassy cooking the Malaysian Food", "and was cooking the Malaysian Food"]}, "config": {"num_remove_word": 20, "num_sentences": 43652, "sentence": "On 22 and 23 June 2019 Norman was invited by the Malaysian Embassy in The Hague to run cooking demonstrations for the Malaysian Food Fair", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["June", "for", "The", "Hague", "by", "22", "Norman", "demonstrations", "2019", "Fair", "On", "to", "Malaysian", "the", "in", "run", "23", "invited", "Embassy", "and"]}, "task_name": "task20", "example_name": "0185", "problem_name": "task20_0185"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHer most important works of this type are a ceramic mural at the Tribunal de Cuentas in Havana 1953 and the facade of the Habana Hilton hotel 1957\nWords: [are, hotel, a, at, Habana, most, 1957, type, Cuentas, mural, Her, important, ceramic, 1953, facade, this, Tribunal, Havana, in, works]\n", "label": {"final": "of the de and the of the Hilton", "init": "Her most important works of this type are a ceramic mural at the Tribunal de Cuentas in Havana 1953 and the facade of the Habana Hilton hotel 1957", "intermediate": ["Her most important works of this type a ceramic mural at the Tribunal de Cuentas in Havana 1953 and the facade of the Habana Hilton hotel 1957", "Her most important works of this type a ceramic mural at the Tribunal de Cuentas in Havana 1953 and the facade of the Habana Hilton 1957", "Her most important works of this type ceramic mural at the Tribunal de Cuentas in Havana 1953 and the facade of the Habana Hilton 1957", "Her most important works of this type ceramic mural the Tribunal de Cuentas in Havana 1953 and the facade of the Habana Hilton 1957", "Her most important works of this type ceramic mural the Tribunal de Cuentas in Havana 1953 and the facade of the Hilton 1957", "Her important works of this type ceramic mural the Tribunal de Cuentas in Havana 1953 and the facade of the Hilton 1957", "Her important works of this type ceramic mural the Tribunal de Cuentas in Havana 1953 and the facade of the Hilton", "Her important works of this ceramic mural the Tribunal de Cuentas in Havana 1953 and the facade of the Hilton", "Her important works of this ceramic mural the Tribunal de in Havana 1953 and the facade of the Hilton", "Her important works of this ceramic the Tribunal de in Havana 1953 and the facade of the Hilton", "important works of this ceramic the Tribunal de in Havana 1953 and the facade of the Hilton", "works of this ceramic the Tribunal de in Havana 1953 and the facade of the Hilton", "works of this the Tribunal de in Havana 1953 and the facade of the Hilton", "works of this the Tribunal de in Havana and the facade of the Hilton", "works of this the Tribunal de in Havana and the of the Hilton", "works of the Tribunal de in Havana and the of the Hilton", "works of the de in Havana and the of the Hilton", "works of the de in and the of the Hilton", "works of the de and the of the Hilton"]}, "config": {"num_remove_word": 20, "num_sentences": 43652, "sentence": "Her most important works of this type are a ceramic mural at the Tribunal de Cuentas in Havana 1953 and the facade of the Habana Hilton hotel 1957", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["are", "hotel", "a", "at", "Habana", "most", "1957", "type", "Cuentas", "mural", "Her", "important", "ceramic", "1953", "facade", "this", "Tribunal", "Havana", "in", "works"]}, "task_name": "task20", "example_name": "0186", "problem_name": "task20_0186"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe end of the papacy in Late Antiquity is usually placed in 472 in the beginning of the Middle Ages when Germanic tribes invaded and caused the collapse of the Western Roman Empire turning the Roman provinces into a series of small kingdoms administered by the Visigoths Vandals and Franks\nWords: [in, into, Late, the, administered, collapse, Empire, Middle, when, tribes, invaded, of, is, Western, 472, caused, end, provinces, papacy, Antiquity]\n", "label": {"final": "The usually placed in in the beginning of the Ages Germanic and the of the Roman turning the Roman a series of small kingdoms by the Visigoths Vandals and Franks", "init": "The end of the papacy in Late Antiquity is usually placed in 472 in the beginning of the Middle Ages when Germanic tribes invaded and caused the collapse of the Western Roman Empire turning the Roman provinces into a series of small kingdoms administered by the Visigoths Vandals and Franks", "intermediate": ["The end of the papacy Late Antiquity is usually placed in 472 in the beginning of the Middle Ages when Germanic tribes invaded and caused the collapse of the Western Roman Empire turning the Roman provinces into a series of small kingdoms administered by the Visigoths Vandals and Franks", "The end of the papacy Late Antiquity is usually placed in 472 in the beginning of the Middle Ages when Germanic tribes invaded and caused the collapse of the Western Roman Empire turning the Roman provinces a series of small kingdoms administered by the Visigoths Vandals and Franks", "The end of the papacy Antiquity is usually placed in 472 in the beginning of the Middle Ages when Germanic tribes invaded and caused the collapse of the Western Roman Empire turning the Roman provinces a series of small kingdoms administered by the Visigoths Vandals and Franks", "The end of papacy Antiquity is usually placed in 472 in the beginning of the Middle Ages when Germanic tribes invaded and caused the collapse of the Western Roman Empire turning the Roman provinces a series of small kingdoms administered by the Visigoths Vandals and Franks", "The end of papacy Antiquity is usually placed in 472 in the beginning of the Middle Ages when Germanic tribes invaded and caused the collapse of the Western Roman Empire turning the Roman provinces a series of small kingdoms by the Visigoths Vandals and Franks", "The end of papacy Antiquity is usually placed in 472 in the beginning of the Middle Ages when Germanic tribes invaded and caused the of the Western Roman Empire turning the Roman provinces a series of small kingdoms by the Visigoths Vandals and Franks", "The end of papacy Antiquity is usually placed in 472 in the beginning of the Middle Ages when Germanic tribes invaded and caused the of the Western Roman turning the Roman provinces a series of small kingdoms by the Visigoths Vandals and Franks", "The end of papacy Antiquity is usually placed in 472 in the beginning of the Ages when Germanic tribes invaded and caused the of the Western Roman turning the Roman provinces a series of small kingdoms by the Visigoths Vandals and Franks", "The end of papacy Antiquity is usually placed in 472 in the beginning of the Ages Germanic tribes invaded and caused the of the Western Roman turning the Roman provinces a series of small kingdoms by the Visigoths Vandals and Franks", "The end of papacy Antiquity is usually placed in 472 in the beginning of the Ages Germanic invaded and caused the of the Western Roman turning the Roman provinces a series of small kingdoms by the Visigoths Vandals and Franks", "The end of papacy Antiquity is usually placed in 472 in the beginning of the Ages Germanic and caused the of the Western Roman turning the Roman provinces a series of small kingdoms by the Visigoths Vandals and Franks", "The end papacy Antiquity is usually placed in 472 in the beginning of the Ages Germanic and caused the of the Western Roman turning the Roman provinces a series of small kingdoms by the Visigoths Vandals and Franks", "The end papacy Antiquity usually placed in 472 in the beginning of the Ages Germanic and caused the of the Western Roman turning the Roman provinces a series of small kingdoms by the Visigoths Vandals and Franks", "The end papacy Antiquity usually placed in 472 in the beginning of the Ages Germanic and caused the of the Roman turning the Roman provinces a series of small kingdoms by the Visigoths Vandals and Franks", "The end papacy Antiquity usually placed in in the beginning of the Ages Germanic and caused the of the Roman turning the Roman provinces a series of small kingdoms by the Visigoths Vandals and Franks", "The end papacy Antiquity usually placed in in the beginning of the Ages Germanic and the of the Roman turning the Roman provinces a series of small kingdoms by the Visigoths Vandals and Franks", "The papacy Antiquity usually placed in in the beginning of the Ages Germanic and the of the Roman turning the Roman provinces a series of small kingdoms by the Visigoths Vandals and Franks", "The papacy Antiquity usually placed in in the beginning of the Ages Germanic and the of the Roman turning the Roman a series of small kingdoms by the Visigoths Vandals and Franks", "The Antiquity usually placed in in the beginning of the Ages Germanic and the of the Roman turning the Roman a series of small kingdoms by the Visigoths Vandals and Franks"]}, "config": {"num_remove_word": 20, "num_sentences": 43652, "sentence": "The end of the papacy in Late Antiquity is usually placed in 472 in the beginning of the Middle Ages when Germanic tribes invaded and caused the collapse of the Western Roman Empire turning the Roman provinces into a series of small kingdoms administered by the Visigoths Vandals and Franks", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["in", "into", "Late", "the", "administered", "collapse", "Empire", "Middle", "when", "tribes", "invaded", "of", "is", "Western", "472", "caused", "end", "provinces", "papacy", "Antiquity"]}, "task_name": "task20", "example_name": "0187", "problem_name": "task20_0187"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nChina has learned from the European Union whose carbon trading market is currently twice as big along with California in the United States to implement mechanisms such as cap and trade\nWords: [trade, from, States, implement, along, the, European, twice, and, with, learned, has, whose, carbon, such, cap, is, trading, California, to]\n", "label": {"final": "China Union market currently as big in the United mechanisms as", "init": "China has learned from the European Union whose carbon trading market is currently twice as big along with California in the United States to implement mechanisms such as cap and trade", "intermediate": ["China has learned from the European Union whose carbon trading market is currently twice as big along with California in the United States to implement mechanisms such as cap and", "China has learned the European Union whose carbon trading market is currently twice as big along with California in the United States to implement mechanisms such as cap and", "China has learned the European Union whose carbon trading market is currently twice as big along with California in the United to implement mechanisms such as cap and", "China has learned the European Union whose carbon trading market is currently twice as big along with California in the United to mechanisms such as cap and", "China has learned the European Union whose carbon trading market is currently twice as big with California in the United to mechanisms such as cap and", "China has learned European Union whose carbon trading market is currently twice as big with California in the United to mechanisms such as cap and", "China has learned Union whose carbon trading market is currently twice as big with California in the United to mechanisms such as cap and", "China has learned Union whose carbon trading market is currently as big with California in the United to mechanisms such as cap and", "China has learned Union whose carbon trading market is currently as big with California in the United to mechanisms such as cap", "China has learned Union whose carbon trading market is currently as big California in the United to mechanisms such as cap", "China has Union whose carbon trading market is currently as big California in the United to mechanisms such as cap", "China Union whose carbon trading market is currently as big California in the United to mechanisms such as cap", "China Union carbon trading market is currently as big California in the United to mechanisms such as cap", "China Union trading market is currently as big California in the United to mechanisms such as cap", "China Union trading market is currently as big California in the United to mechanisms as cap", "China Union trading market is currently as big California in the United to mechanisms as", "China Union trading market currently as big California in the United to mechanisms as", "China Union market currently as big California in the United to mechanisms as", "China Union market currently as big in the United to mechanisms as"]}, "config": {"num_remove_word": 20, "num_sentences": 43652, "sentence": "China has learned from the European Union whose carbon trading market is currently twice as big along with California in the United States to implement mechanisms such as cap and trade", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["trade", "from", "States", "implement", "along", "the", "European", "twice", "and", "with", "learned", "has", "whose", "carbon", "such", "cap", "is", "trading", "California", "to"]}, "task_name": "task20", "example_name": "0188", "problem_name": "task20_0188"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe Kingdom of England and the Duchy of Normandy remained in personal union until John Lackland Henry II s son and fifth generation descendant of William I lost the continental possessions of the Duchy to Philip II of France in 1204\nWords: [union, Philip, until, in, to, s, continental, William, Henry, possessions, personal, descendant, fifth, I, of, the, remained, 1204, son, and]\n", "label": {"final": "The Kingdom England Duchy of Normandy John Lackland II and generation of lost the of the Duchy II of France in", "init": "The Kingdom of England and the Duchy of Normandy remained in personal union until John Lackland Henry II s son and fifth generation descendant of William I lost the continental possessions of the Duchy to Philip II of France in 1204", "intermediate": ["The Kingdom of England and the Duchy of Normandy remained in personal until John Lackland Henry II s son and fifth generation descendant of William I lost the continental possessions of the Duchy to Philip II of France in 1204", "The Kingdom of England and the Duchy of Normandy remained in personal until John Lackland Henry II s son and fifth generation descendant of William I lost the continental possessions of the Duchy to II of France in 1204", "The Kingdom of England and the Duchy of Normandy remained in personal John Lackland Henry II s son and fifth generation descendant of William I lost the continental possessions of the Duchy to II of France in 1204", "The Kingdom of England and the Duchy of Normandy remained personal John Lackland Henry II s son and fifth generation descendant of William I lost the continental possessions of the Duchy to II of France in 1204", "The Kingdom of England and the Duchy of Normandy remained personal John Lackland Henry II s son and fifth generation descendant of William I lost the continental possessions of the Duchy II of France in 1204", "The Kingdom of England and the Duchy of Normandy remained personal John Lackland Henry II son and fifth generation descendant of William I lost the continental possessions of the Duchy II of France in 1204", "The Kingdom of England and the Duchy of Normandy remained personal John Lackland Henry II son and fifth generation descendant of William I lost the possessions of the Duchy II of France in 1204", "The Kingdom of England and the Duchy of Normandy remained personal John Lackland Henry II son and fifth generation descendant of I lost the possessions of the Duchy II of France in 1204", "The Kingdom of England and the Duchy of Normandy remained personal John Lackland II son and fifth generation descendant of I lost the possessions of the Duchy II of France in 1204", "The Kingdom of England and the Duchy of Normandy remained personal John Lackland II son and fifth generation descendant of I lost the of the Duchy II of France in 1204", "The Kingdom of England and the Duchy of Normandy remained John Lackland II son and fifth generation descendant of I lost the of the Duchy II of France in 1204", "The Kingdom of England and the Duchy of Normandy remained John Lackland II son and fifth generation of I lost the of the Duchy II of France in 1204", "The Kingdom of England and the Duchy of Normandy remained John Lackland II son and generation of I lost the of the Duchy II of France in 1204", "The Kingdom of England and the Duchy of Normandy remained John Lackland II son and generation of lost the of the Duchy II of France in 1204", "The Kingdom England and the Duchy of Normandy remained John Lackland II son and generation of lost the of the Duchy II of France in 1204", "The Kingdom England and Duchy of Normandy remained John Lackland II son and generation of lost the of the Duchy II of France in 1204", "The Kingdom England and Duchy of Normandy John Lackland II son and generation of lost the of the Duchy II of France in 1204", "The Kingdom England and Duchy of Normandy John Lackland II son and generation of lost the of the Duchy II of France in", "The Kingdom England and Duchy of Normandy John Lackland II and generation of lost the of the Duchy II of France in"]}, "config": {"num_remove_word": 20, "num_sentences": 43652, "sentence": "The Kingdom of England and the Duchy of Normandy remained in personal union until John Lackland Henry II s son and fifth generation descendant of William I lost the continental possessions of the Duchy to Philip II of France in 1204", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["union", "Philip", "until", "in", "to", "s", "continental", "William", "Henry", "possessions", "personal", "descendant", "fifth", "I", "of", "the", "remained", "1204", "son", "and"]}, "task_name": "task20", "example_name": "0189", "problem_name": "task20_0189"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nA visitor would have needed to circle the Great Tower and the moat before coming in through the gatehouse into the Pitched Stone Court around the edge of the communal hall before reaching the previously hidden and more refined inner Fountain Court\nWords: [A, Fountain, would, Pitched, to, Great, edge, previously, inner, circle, Court, needed, coming, and, hidden, gatehouse, of, into, Tower, before, visitor]\n", "label": {"final": "have the the moat in through the the Stone around the the communal hall before reaching the and more refined Court", "init": "A visitor would have needed to circle the Great Tower and the moat before coming in through the gatehouse into the Pitched Stone Court around the edge of the communal hall before reaching the previously hidden and more refined inner Fountain Court", "intermediate": ["visitor would have needed to circle the Great Tower and the moat before coming in through the gatehouse into the Pitched Stone Court around the edge of the communal hall before reaching the previously hidden and more refined inner Fountain Court", "visitor would have needed to circle the Great Tower and the moat before coming in through the gatehouse into the Pitched Stone Court around the edge of the communal hall before reaching the previously hidden and more refined inner Court", "visitor have needed to circle the Great Tower and the moat before coming in through the gatehouse into the Pitched Stone Court around the edge of the communal hall before reaching the previously hidden and more refined inner Court", "visitor have needed to circle the Great Tower and the moat before coming in through the gatehouse into the Stone Court around the edge of the communal hall before reaching the previously hidden and more refined inner Court", "visitor have needed circle the Great Tower and the moat before coming in through the gatehouse into the Stone Court around the edge of the communal hall before reaching the previously hidden and more refined inner Court", "visitor have needed circle the Tower and the moat before coming in through the gatehouse into the Stone Court around the edge of the communal hall before reaching the previously hidden and more refined inner Court", "visitor have needed circle the Tower and the moat before coming in through the gatehouse into the Stone Court around the of the communal hall before reaching the previously hidden and more refined inner Court", "visitor have needed circle the Tower and the moat before coming in through the gatehouse into the Stone Court around the of the communal hall before reaching the hidden and more refined inner Court", "visitor have needed circle the Tower and the moat before coming in through the gatehouse into the Stone Court around the of the communal hall before reaching the hidden and more refined Court", "visitor have needed the Tower and the moat before coming in through the gatehouse into the Stone Court around the of the communal hall before reaching the hidden and more refined Court", "visitor have needed the Tower and the moat before coming in through the gatehouse into the Stone around the of the communal hall before reaching the hidden and more refined Court", "visitor have the Tower and the moat before coming in through the gatehouse into the Stone around the of the communal hall before reaching the hidden and more refined Court", "visitor have the Tower and the moat before in through the gatehouse into the Stone around the of the communal hall before reaching the hidden and more refined Court", "visitor have the Tower the moat before in through the gatehouse into the Stone around the of the communal hall before reaching the hidden and more refined Court", "visitor have the Tower the moat before in through the gatehouse into the Stone around the of the communal hall before reaching the and more refined Court", "visitor have the Tower the moat before in through the into the Stone around the of the communal hall before reaching the and more refined Court", "visitor have the Tower the moat before in through the into the Stone around the the communal hall before reaching the and more refined Court", "visitor have the Tower the moat before in through the the Stone around the the communal hall before reaching the and more refined Court", "visitor have the the moat before in through the the Stone around the the communal hall before reaching the and more refined Court", "visitor have the the moat in through the the Stone around the the communal hall before reaching the and more refined Court"]}, "config": {"num_remove_word": 21, "num_sentences": 43652, "sentence": "A visitor would have needed to circle the Great Tower and the moat before coming in through the gatehouse into the Pitched Stone Court around the edge of the communal hall before reaching the previously hidden and more refined inner Fountain Court", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["A", "Fountain", "would", "Pitched", "to", "Great", "edge", "previously", "inner", "circle", "Court", "needed", "coming", "and", "hidden", "gatehouse", "of", "into", "Tower", "before", "visitor"]}, "task_name": "task20", "example_name": "0190", "problem_name": "task20_0190"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAfter Aramudi who is mentioned in the Kashmirian chronicle the Rajatarangini of Kalhana 1150 CE many Thakuri kings ruled over parts of the country up to the middle of the 12th century CE\nWords: [mentioned, kings, chronicle, to, middle, in, 12th, many, Kashmirian, Aramudi, Thakuri, up, over, ruled, is, who, Kalhana, country, parts, of, Rajatarangini]\n", "label": {"final": "After the the 1150 CE of the the of the century CE", "init": "After Aramudi who is mentioned in the Kashmirian chronicle the Rajatarangini of Kalhana 1150 CE many Thakuri kings ruled over parts of the country up to the middle of the 12th century CE", "intermediate": ["After Aramudi who is in the Kashmirian chronicle the Rajatarangini of Kalhana 1150 CE many Thakuri kings ruled over parts of the country up to the middle of the 12th century CE", "After Aramudi who is in the Kashmirian chronicle the Rajatarangini of Kalhana 1150 CE many Thakuri ruled over parts of the country up to the middle of the 12th century CE", "After Aramudi who is in the Kashmirian the Rajatarangini of Kalhana 1150 CE many Thakuri ruled over parts of the country up to the middle of the 12th century CE", "After Aramudi who is in the Kashmirian the Rajatarangini of Kalhana 1150 CE many Thakuri ruled over parts of the country up the middle of the 12th century CE", "After Aramudi who is in the Kashmirian the Rajatarangini of Kalhana 1150 CE many Thakuri ruled over parts of the country up the of the 12th century CE", "After Aramudi who is the Kashmirian the Rajatarangini of Kalhana 1150 CE many Thakuri ruled over parts of the country up the of the 12th century CE", "After Aramudi who is the Kashmirian the Rajatarangini of Kalhana 1150 CE many Thakuri ruled over parts of the country up the of the century CE", "After Aramudi who is the Kashmirian the Rajatarangini of Kalhana 1150 CE Thakuri ruled over parts of the country up the of the century CE", "After Aramudi who is the the Rajatarangini of Kalhana 1150 CE Thakuri ruled over parts of the country up the of the century CE", "After who is the the Rajatarangini of Kalhana 1150 CE Thakuri ruled over parts of the country up the of the century CE", "After who is the the Rajatarangini of Kalhana 1150 CE ruled over parts of the country up the of the century CE", "After who is the the Rajatarangini of Kalhana 1150 CE ruled over parts of the country the of the century CE", "After who is the the Rajatarangini of Kalhana 1150 CE ruled parts of the country the of the century CE", "After who is the the Rajatarangini of Kalhana 1150 CE parts of the country the of the century CE", "After who the the Rajatarangini of Kalhana 1150 CE parts of the country the of the century CE", "After the the Rajatarangini of Kalhana 1150 CE parts of the country the of the century CE", "After the the Rajatarangini of 1150 CE parts of the country the of the century CE", "After the the Rajatarangini of 1150 CE parts of the the of the century CE", "After the the Rajatarangini of 1150 CE of the the of the century CE", "After the the Rajatarangini 1150 CE of the the of the century CE"]}, "config": {"num_remove_word": 21, "num_sentences": 43652, "sentence": "After Aramudi who is mentioned in the Kashmirian chronicle the Rajatarangini of Kalhana 1150 CE many Thakuri kings ruled over parts of the country up to the middle of the 12th century CE", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["mentioned", "kings", "chronicle", "to", "middle", "in", "12th", "many", "Kashmirian", "Aramudi", "Thakuri", "up", "over", "ruled", "is", "who", "Kalhana", "country", "parts", "of", "Rajatarangini"]}, "task_name": "task20", "example_name": "0191", "problem_name": "task20_0191"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAs required by Spanish law it is managed and operated by the Sociedad Rectora de la Bolsa de Valores de Madrid S A a corporation organized under the laws of the Kingdom of Spain\nWords: [S, a, organized, A, law, Kingdom, by, operated, Bolsa, under, la, the, managed, Spain, Rectora, laws, As, required, is, and, de]\n", "label": {"final": "Spanish it by Sociedad de Valores de Madrid corporation the of the of", "init": "As required by Spanish law it is managed and operated by the Sociedad Rectora de la Bolsa de Valores de Madrid S A a corporation organized under the laws of the Kingdom of Spain", "intermediate": ["As required by Spanish law it is managed and operated by the Sociedad Rectora de la Bolsa de Valores de Madrid A a corporation organized under the laws of the Kingdom of Spain", "As required by Spanish law it is managed and operated by the Sociedad Rectora de la Bolsa de Valores de Madrid A corporation organized under the laws of the Kingdom of Spain", "As required by Spanish law it is managed and operated by the Sociedad Rectora de la Bolsa de Valores de Madrid A corporation under the laws of the Kingdom of Spain", "As required by Spanish law it is managed and operated by the Sociedad Rectora de la Bolsa de Valores de Madrid corporation under the laws of the Kingdom of Spain", "As required by Spanish it is managed and operated by the Sociedad Rectora de la Bolsa de Valores de Madrid corporation under the laws of the Kingdom of Spain", "As required by Spanish it is managed and operated by the Sociedad Rectora de la Bolsa de Valores de Madrid corporation under the laws of the of Spain", "As required Spanish it is managed and operated by the Sociedad Rectora de la Bolsa de Valores de Madrid corporation under the laws of the of Spain", "As required Spanish it is managed and by the Sociedad Rectora de la Bolsa de Valores de Madrid corporation under the laws of the of Spain", "As required Spanish it is managed and by the Sociedad Rectora de la de Valores de Madrid corporation under the laws of the of Spain", "As required Spanish it is managed and by the Sociedad Rectora de la de Valores de Madrid corporation the laws of the of Spain", "As required Spanish it is managed and by the Sociedad Rectora de de Valores de Madrid corporation the laws of the of Spain", "As required Spanish it is managed and by Sociedad Rectora de de Valores de Madrid corporation the laws of the of Spain", "As required Spanish it is and by Sociedad Rectora de de Valores de Madrid corporation the laws of the of Spain", "As required Spanish it is and by Sociedad Rectora de de Valores de Madrid corporation the laws of the of", "As required Spanish it is and by Sociedad de de Valores de Madrid corporation the laws of the of", "As required Spanish it is and by Sociedad de de Valores de Madrid corporation the of the of", "required Spanish it is and by Sociedad de de Valores de Madrid corporation the of the of", "Spanish it is and by Sociedad de de Valores de Madrid corporation the of the of", "Spanish it and by Sociedad de de Valores de Madrid corporation the of the of", "Spanish it by Sociedad de de Valores de Madrid corporation the of the of"]}, "config": {"num_remove_word": 21, "num_sentences": 43652, "sentence": "As required by Spanish law it is managed and operated by the Sociedad Rectora de la Bolsa de Valores de Madrid S A a corporation organized under the laws of the Kingdom of Spain", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["S", "a", "organized", "A", "law", "Kingdom", "by", "operated", "Bolsa", "under", "la", "the", "managed", "Spain", "Rectora", "laws", "As", "required", "is", "and", "de"]}, "task_name": "task20", "example_name": "0192", "problem_name": "task20_0192"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThis was instituted with W J van der Merwe and Cecily Norden as inaugural chairman and Secretary with its own constitution regulations short courses and examinations to aid the judges at agricultural Horse Shows in their tasks and its own council independent of the Judges Association\nWords: [Secretary, Judges, Norden, der, This, the, examinations, agricultural, independent, to, their, inaugural, aid, short, judges, constitution, own, chairman, with, was, J]\n", "label": {"final": "instituted W van Merwe and Cecily as and with its regulations courses and at Horse Shows in tasks and its own council of the Association", "init": "This was instituted with W J van der Merwe and Cecily Norden as inaugural chairman and Secretary with its own constitution regulations short courses and examinations to aid the judges at agricultural Horse Shows in their tasks and its own council independent of the Judges Association", "intermediate": ["This was instituted with W J van der Merwe and Cecily Norden as inaugural chairman and with its own constitution regulations short courses and examinations to aid the judges at agricultural Horse Shows in their tasks and its own council independent of the Judges Association", "This was instituted with W J van der Merwe and Cecily Norden as inaugural chairman and with its own constitution regulations short courses and examinations to aid the judges at agricultural Horse Shows in their tasks and its own council independent of the Association", "This was instituted with W J van der Merwe and Cecily as inaugural chairman and with its own constitution regulations short courses and examinations to aid the judges at agricultural Horse Shows in their tasks and its own council independent of the Association", "This was instituted with W J van Merwe and Cecily as inaugural chairman and with its own constitution regulations short courses and examinations to aid the judges at agricultural Horse Shows in their tasks and its own council independent of the Association", "was instituted with W J van Merwe and Cecily as inaugural chairman and with its own constitution regulations short courses and examinations to aid the judges at agricultural Horse Shows in their tasks and its own council independent of the Association", "was instituted with W J van Merwe and Cecily as inaugural chairman and with its own constitution regulations short courses and examinations to aid judges at agricultural Horse Shows in their tasks and its own council independent of the Association", "was instituted with W J van Merwe and Cecily as inaugural chairman and with its own constitution regulations short courses and to aid judges at agricultural Horse Shows in their tasks and its own council independent of the Association", "was instituted with W J van Merwe and Cecily as inaugural chairman and with its own constitution regulations short courses and to aid judges at Horse Shows in their tasks and its own council independent of the Association", "was instituted with W J van Merwe and Cecily as inaugural chairman and with its own constitution regulations short courses and to aid judges at Horse Shows in their tasks and its own council of the Association", "was instituted with W J van Merwe and Cecily as inaugural chairman and with its own constitution regulations short courses and aid judges at Horse Shows in their tasks and its own council of the Association", "was instituted with W J van Merwe and Cecily as inaugural chairman and with its own constitution regulations short courses and aid judges at Horse Shows in tasks and its own council of the Association", "was instituted with W J van Merwe and Cecily as chairman and with its own constitution regulations short courses and aid judges at Horse Shows in tasks and its own council of the Association", "was instituted with W J van Merwe and Cecily as chairman and with its own constitution regulations short courses and judges at Horse Shows in tasks and its own council of the Association", "was instituted with W J van Merwe and Cecily as chairman and with its own constitution regulations courses and judges at Horse Shows in tasks and its own council of the Association", "was instituted with W J van Merwe and Cecily as chairman and with its own constitution regulations courses and at Horse Shows in tasks and its own council of the Association", "was instituted with W J van Merwe and Cecily as chairman and with its own regulations courses and at Horse Shows in tasks and its own council of the Association", "was instituted with W J van Merwe and Cecily as chairman and with its regulations courses and at Horse Shows in tasks and its own council of the Association", "was instituted with W J van Merwe and Cecily as and with its regulations courses and at Horse Shows in tasks and its own council of the Association", "was instituted W J van Merwe and Cecily as and with its regulations courses and at Horse Shows in tasks and its own council of the Association", "instituted W J van Merwe and Cecily as and with its regulations courses and at Horse Shows in tasks and its own council of the Association"]}, "config": {"num_remove_word": 21, "num_sentences": 43652, "sentence": "This was instituted with W J van der Merwe and Cecily Norden as inaugural chairman and Secretary with its own constitution regulations short courses and examinations to aid the judges at agricultural Horse Shows in their tasks and its own council independent of the Judges Association", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Secretary", "Judges", "Norden", "der", "This", "the", "examinations", "agricultural", "independent", "to", "their", "inaugural", "aid", "short", "judges", "constitution", "own", "chairman", "with", "was", "J"]}, "task_name": "task20", "example_name": "0193", "problem_name": "task20_0193"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe musicians were mostly from Ian Hunter s touring band for his 1979 album You re Never Alone with a Schizophrenic with the addition of Australian musician Kerryn Tolhurst on slide guitar\nWords: [re, Ian, touring, band, his, slide, addition, were, of, for, a, mostly, Hunter, musician, guitar, Never, musicians, s, Alone, the, You]\n", "label": {"final": "The from 1979 album with Schizophrenic with Australian Kerryn Tolhurst on", "init": "The musicians were mostly from Ian Hunter s touring band for his 1979 album You re Never Alone with a Schizophrenic with the addition of Australian musician Kerryn Tolhurst on slide guitar", "intermediate": ["The musicians were mostly from Ian Hunter s touring band for his 1979 album You Never Alone with a Schizophrenic with the addition of Australian musician Kerryn Tolhurst on slide guitar", "The musicians were mostly from Hunter s touring band for his 1979 album You Never Alone with a Schizophrenic with the addition of Australian musician Kerryn Tolhurst on slide guitar", "The musicians were mostly from Hunter s band for his 1979 album You Never Alone with a Schizophrenic with the addition of Australian musician Kerryn Tolhurst on slide guitar", "The musicians were mostly from Hunter s for his 1979 album You Never Alone with a Schizophrenic with the addition of Australian musician Kerryn Tolhurst on slide guitar", "The musicians were mostly from Hunter s for 1979 album You Never Alone with a Schizophrenic with the addition of Australian musician Kerryn Tolhurst on slide guitar", "The musicians were mostly from Hunter s for 1979 album You Never Alone with a Schizophrenic with the addition of Australian musician Kerryn Tolhurst on guitar", "The musicians were mostly from Hunter s for 1979 album You Never Alone with a Schizophrenic with the of Australian musician Kerryn Tolhurst on guitar", "The musicians mostly from Hunter s for 1979 album You Never Alone with a Schizophrenic with the of Australian musician Kerryn Tolhurst on guitar", "The musicians mostly from Hunter s for 1979 album You Never Alone with a Schizophrenic with the Australian musician Kerryn Tolhurst on guitar", "The musicians mostly from Hunter s 1979 album You Never Alone with a Schizophrenic with the Australian musician Kerryn Tolhurst on guitar", "The musicians mostly from Hunter s 1979 album You Never Alone with Schizophrenic with the Australian musician Kerryn Tolhurst on guitar", "The musicians from Hunter s 1979 album You Never Alone with Schizophrenic with the Australian musician Kerryn Tolhurst on guitar", "The musicians from s 1979 album You Never Alone with Schizophrenic with the Australian musician Kerryn Tolhurst on guitar", "The musicians from s 1979 album You Never Alone with Schizophrenic with the Australian Kerryn Tolhurst on guitar", "The musicians from s 1979 album You Never Alone with Schizophrenic with the Australian Kerryn Tolhurst on", "The musicians from s 1979 album You Alone with Schizophrenic with the Australian Kerryn Tolhurst on", "The from s 1979 album You Alone with Schizophrenic with the Australian Kerryn Tolhurst on", "The from 1979 album You Alone with Schizophrenic with the Australian Kerryn Tolhurst on", "The from 1979 album You with Schizophrenic with the Australian Kerryn Tolhurst on", "The from 1979 album You with Schizophrenic with Australian Kerryn Tolhurst on"]}, "config": {"num_remove_word": 21, "num_sentences": 43652, "sentence": "The musicians were mostly from Ian Hunter s touring band for his 1979 album You re Never Alone with a Schizophrenic with the addition of Australian musician Kerryn Tolhurst on slide guitar", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["re", "Ian", "touring", "band", "his", "slide", "addition", "were", "of", "for", "a", "mostly", "Hunter", "musician", "guitar", "Never", "musicians", "s", "Alone", "the", "You"]}, "task_name": "task20", "example_name": "0194", "problem_name": "task20_0194"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe label released singles from bands such as Daniel Johnston Grant Lee Buffalo Moby Mojo Nixon Morphine Nikki Sudden and R Stevie Moore from 1989 to 1994\nWords: [1989, Daniel, bands, released, Nikki, Sudden, singles, Mojo, as, Buffalo, Grant, Johnston, R, Moby, Lee, 1994, The, Nixon, Stevie, label, to]\n", "label": {"final": "from such Morphine and Moore from", "init": "The label released singles from bands such as Daniel Johnston Grant Lee Buffalo Moby Mojo Nixon Morphine Nikki Sudden and R Stevie Moore from 1989 to 1994", "intermediate": ["The label released singles from bands such as Daniel Johnston Grant Lee Buffalo Moby Mojo Nixon Morphine Nikki Sudden and R Stevie Moore from to 1994", "The label released singles from bands such as Johnston Grant Lee Buffalo Moby Mojo Nixon Morphine Nikki Sudden and R Stevie Moore from to 1994", "The label released singles from such as Johnston Grant Lee Buffalo Moby Mojo Nixon Morphine Nikki Sudden and R Stevie Moore from to 1994", "The label singles from such as Johnston Grant Lee Buffalo Moby Mojo Nixon Morphine Nikki Sudden and R Stevie Moore from to 1994", "The label singles from such as Johnston Grant Lee Buffalo Moby Mojo Nixon Morphine Sudden and R Stevie Moore from to 1994", "The label singles from such as Johnston Grant Lee Buffalo Moby Mojo Nixon Morphine and R Stevie Moore from to 1994", "The label from such as Johnston Grant Lee Buffalo Moby Mojo Nixon Morphine and R Stevie Moore from to 1994", "The label from such as Johnston Grant Lee Buffalo Moby Nixon Morphine and R Stevie Moore from to 1994", "The label from such Johnston Grant Lee Buffalo Moby Nixon Morphine and R Stevie Moore from to 1994", "The label from such Johnston Grant Lee Moby Nixon Morphine and R Stevie Moore from to 1994", "The label from such Johnston Lee Moby Nixon Morphine and R Stevie Moore from to 1994", "The label from such Lee Moby Nixon Morphine and R Stevie Moore from to 1994", "The label from such Lee Moby Nixon Morphine and Stevie Moore from to 1994", "The label from such Lee Nixon Morphine and Stevie Moore from to 1994", "The label from such Nixon Morphine and Stevie Moore from to 1994", "The label from such Nixon Morphine and Stevie Moore from to", "label from such Nixon Morphine and Stevie Moore from to", "label from such Morphine and Stevie Moore from to", "label from such Morphine and Moore from to", "from such Morphine and Moore from to"]}, "config": {"num_remove_word": 21, "num_sentences": 43652, "sentence": "The label released singles from bands such as Daniel Johnston Grant Lee Buffalo Moby Mojo Nixon Morphine Nikki Sudden and R Stevie Moore from 1989 to 1994", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["1989", "Daniel", "bands", "released", "Nikki", "Sudden", "singles", "Mojo", "as", "Buffalo", "Grant", "Johnston", "R", "Moby", "Lee", "1994", "The", "Nixon", "Stevie", "label", "to"]}, "task_name": "task20", "example_name": "0195", "problem_name": "task20_0195"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn 1973 the Lakeland Florida newspaper The Ledger obtained a high school diploma from Washington High Academy for Kitty O Malley a cat also known as Spanky\nWords: [Academy, O, from, a, Lakeland, school, the, Florida, In, diploma, Kitty, Spanky, Ledger, high, also, Malley, 1973, obtained, as, Washington, The]\n", "label": {"final": "newspaper High for a cat known", "init": "In 1973 the Lakeland Florida newspaper The Ledger obtained a high school diploma from Washington High Academy for Kitty O Malley a cat also known as Spanky", "intermediate": ["In 1973 the Lakeland Florida newspaper The Ledger obtained a high school diploma from Washington High for Kitty O Malley a cat also known as Spanky", "In 1973 the Lakeland Florida newspaper The Ledger obtained a high school diploma from Washington High for Kitty Malley a cat also known as Spanky", "In 1973 the Lakeland Florida newspaper The Ledger obtained a high school diploma Washington High for Kitty Malley a cat also known as Spanky", "In 1973 the Lakeland Florida newspaper The Ledger obtained high school diploma Washington High for Kitty Malley a cat also known as Spanky", "In 1973 the Florida newspaper The Ledger obtained high school diploma Washington High for Kitty Malley a cat also known as Spanky", "In 1973 the Florida newspaper The Ledger obtained high diploma Washington High for Kitty Malley a cat also known as Spanky", "In 1973 Florida newspaper The Ledger obtained high diploma Washington High for Kitty Malley a cat also known as Spanky", "In 1973 newspaper The Ledger obtained high diploma Washington High for Kitty Malley a cat also known as Spanky", "1973 newspaper The Ledger obtained high diploma Washington High for Kitty Malley a cat also known as Spanky", "1973 newspaper The Ledger obtained high Washington High for Kitty Malley a cat also known as Spanky", "1973 newspaper The Ledger obtained high Washington High for Malley a cat also known as Spanky", "1973 newspaper The Ledger obtained high Washington High for Malley a cat also known as", "1973 newspaper The obtained high Washington High for Malley a cat also known as", "1973 newspaper The obtained Washington High for Malley a cat also known as", "1973 newspaper The obtained Washington High for Malley a cat known as", "1973 newspaper The obtained Washington High for a cat known as", "newspaper The obtained Washington High for a cat known as", "newspaper The Washington High for a cat known as", "newspaper The Washington High for a cat known", "newspaper The High for a cat known"]}, "config": {"num_remove_word": 21, "num_sentences": 43652, "sentence": "In 1973 the Lakeland Florida newspaper The Ledger obtained a high school diploma from Washington High Academy for Kitty O Malley a cat also known as Spanky", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Academy", "O", "from", "a", "Lakeland", "school", "the", "Florida", "In", "diploma", "Kitty", "Spanky", "Ledger", "high", "also", "Malley", "1973", "obtained", "as", "Washington", "The"]}, "task_name": "task20", "example_name": "0196", "problem_name": "task20_0196"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAlthough the family spent some time living in Marietta during the Northwest Indian War and during a winter after their farm was destroyed by fire they typically lived on a property several miles up the Muskingum River from its mouth at Marietta\nWords: [they, its, Although, fire, by, farm, at, was, some, War, time, and, Muskingum, typically, destroyed, Northwest, family, on, winter, several, Marietta]\n", "label": {"final": "the spent living in during the Indian during a after their lived a property miles up the River from mouth Marietta", "init": "Although the family spent some time living in Marietta during the Northwest Indian War and during a winter after their farm was destroyed by fire they typically lived on a property several miles up the Muskingum River from its mouth at Marietta", "intermediate": ["Although the family spent some time living in Marietta during the Northwest Indian War and during a winter after their farm was destroyed by fire typically lived on a property several miles up the Muskingum River from its mouth at Marietta", "Although the family spent some time living in Marietta during the Northwest Indian War and during a winter after their farm was destroyed by fire typically lived on a property several miles up the Muskingum River from mouth at Marietta", "the family spent some time living in Marietta during the Northwest Indian War and during a winter after their farm was destroyed by fire typically lived on a property several miles up the Muskingum River from mouth at Marietta", "the family spent some time living in Marietta during the Northwest Indian War and during a winter after their farm was destroyed by typically lived on a property several miles up the Muskingum River from mouth at Marietta", "the family spent some time living in Marietta during the Northwest Indian War and during a winter after their farm was destroyed typically lived on a property several miles up the Muskingum River from mouth at Marietta", "the family spent some time living in Marietta during the Northwest Indian War and during a winter after their was destroyed typically lived on a property several miles up the Muskingum River from mouth at Marietta", "the family spent some time living in Marietta during the Northwest Indian War and during a winter after their was destroyed typically lived on a property several miles up the Muskingum River from mouth Marietta", "the family spent some time living in Marietta during the Northwest Indian War and during a winter after their destroyed typically lived on a property several miles up the Muskingum River from mouth Marietta", "the family spent time living in Marietta during the Northwest Indian War and during a winter after their destroyed typically lived on a property several miles up the Muskingum River from mouth Marietta", "the family spent time living in Marietta during the Northwest Indian and during a winter after their destroyed typically lived on a property several miles up the Muskingum River from mouth Marietta", "the family spent living in Marietta during the Northwest Indian and during a winter after their destroyed typically lived on a property several miles up the Muskingum River from mouth Marietta", "the family spent living in Marietta during the Northwest Indian during a winter after their destroyed typically lived on a property several miles up the Muskingum River from mouth Marietta", "the family spent living in Marietta during the Northwest Indian during a winter after their destroyed typically lived on a property several miles up the River from mouth Marietta", "the family spent living in Marietta during the Northwest Indian during a winter after their destroyed lived on a property several miles up the River from mouth Marietta", "the family spent living in Marietta during the Northwest Indian during a winter after their lived on a property several miles up the River from mouth Marietta", "the family spent living in Marietta during the Indian during a winter after their lived on a property several miles up the River from mouth Marietta", "the spent living in Marietta during the Indian during a winter after their lived on a property several miles up the River from mouth Marietta", "the spent living in Marietta during the Indian during a winter after their lived a property several miles up the River from mouth Marietta", "the spent living in Marietta during the Indian during a after their lived a property several miles up the River from mouth Marietta", "the spent living in Marietta during the Indian during a after their lived a property miles up the River from mouth Marietta"]}, "config": {"num_remove_word": 21, "num_sentences": 43652, "sentence": "Although the family spent some time living in Marietta during the Northwest Indian War and during a winter after their farm was destroyed by fire they typically lived on a property several miles up the Muskingum River from its mouth at Marietta", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["they", "its", "Although", "fire", "by", "farm", "at", "was", "some", "War", "time", "and", "Muskingum", "typically", "destroyed", "Northwest", "family", "on", "winter", "several", "Marietta"]}, "task_name": "task20", "example_name": "0197", "problem_name": "task20_0197"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn February 2017 Elia declined to immediately suspend Paladino from the board as the State Education Department continued to review the petitions seeking Paladino s permanent removal\nWords: [to, from, declined, Elia, seeking, Paladino, s, review, continued, State, February, board, In, removal, as, suspend, immediately, the, 2017, Department, petitions]\n", "label": {"final": "the Education to the Paladino permanent", "init": "In February 2017 Elia declined to immediately suspend Paladino from the board as the State Education Department continued to review the petitions seeking Paladino s permanent removal", "intermediate": ["In February 2017 Elia declined immediately suspend Paladino from the board as the State Education Department continued to review the petitions seeking Paladino s permanent removal", "In February 2017 Elia declined immediately suspend Paladino the board as the State Education Department continued to review the petitions seeking Paladino s permanent removal", "In February 2017 Elia immediately suspend Paladino the board as the State Education Department continued to review the petitions seeking Paladino s permanent removal", "In February 2017 immediately suspend Paladino the board as the State Education Department continued to review the petitions seeking Paladino s permanent removal", "In February 2017 immediately suspend Paladino the board as the State Education Department continued to review the petitions Paladino s permanent removal", "In February 2017 immediately suspend the board as the State Education Department continued to review the petitions Paladino s permanent removal", "In February 2017 immediately suspend the board as the State Education Department continued to review the petitions Paladino permanent removal", "In February 2017 immediately suspend the board as the State Education Department continued to the petitions Paladino permanent removal", "In February 2017 immediately suspend the board as the State Education Department to the petitions Paladino permanent removal", "In February 2017 immediately suspend the board as the Education Department to the petitions Paladino permanent removal", "In 2017 immediately suspend the board as the Education Department to the petitions Paladino permanent removal", "In 2017 immediately suspend the as the Education Department to the petitions Paladino permanent removal", "2017 immediately suspend the as the Education Department to the petitions Paladino permanent removal", "2017 immediately suspend the as the Education Department to the petitions Paladino permanent", "2017 immediately suspend the the Education Department to the petitions Paladino permanent", "2017 immediately the the Education Department to the petitions Paladino permanent", "2017 the the Education Department to the petitions Paladino permanent", "2017 the Education Department to the petitions Paladino permanent", "the Education Department to the petitions Paladino permanent", "the Education to the petitions Paladino permanent"]}, "config": {"num_remove_word": 21, "num_sentences": 43652, "sentence": "In February 2017 Elia declined to immediately suspend Paladino from the board as the State Education Department continued to review the petitions seeking Paladino s permanent removal", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["to", "from", "declined", "Elia", "seeking", "Paladino", "s", "review", "continued", "State", "February", "board", "In", "removal", "as", "suspend", "immediately", "the", "2017", "Department", "petitions"]}, "task_name": "task20", "example_name": "0198", "problem_name": "task20_0198"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nEarly c 10th century dedications of churches to St George are noted in England for example at Fordingham Dorset at Thetford Southwark and Doncaster\nWords: [Southwark, Dorset, for, Early, at, churches, England, century, c, and, to, Thetford, Doncaster, in, example, 10th, Fordingham, are, St, noted, dedications]\n", "label": {"final": "of George at", "init": "Early c 10th century dedications of churches to St George are noted in England for example at Fordingham Dorset at Thetford Southwark and Doncaster", "intermediate": ["Early c 10th century dedications of churches to St George are noted in England for example at Fordingham Dorset at Thetford and Doncaster", "Early c 10th century dedications of churches to St George are noted in England for example at Fordingham at Thetford and Doncaster", "Early c 10th century dedications of churches to St George are noted in England example at Fordingham at Thetford and Doncaster", "c 10th century dedications of churches to St George are noted in England example at Fordingham at Thetford and Doncaster", "c 10th century dedications of churches to St George are noted in England example Fordingham at Thetford and Doncaster", "c 10th century dedications of to St George are noted in England example Fordingham at Thetford and Doncaster", "c 10th century dedications of to St George are noted in example Fordingham at Thetford and Doncaster", "c 10th dedications of to St George are noted in example Fordingham at Thetford and Doncaster", "10th dedications of to St George are noted in example Fordingham at Thetford and Doncaster", "10th dedications of to St George are noted in example Fordingham at Thetford Doncaster", "10th dedications of St George are noted in example Fordingham at Thetford Doncaster", "10th dedications of St George are noted in example Fordingham at Doncaster", "10th dedications of St George are noted in example Fordingham at", "10th dedications of St George are noted example Fordingham at", "10th dedications of St George are noted Fordingham at", "dedications of St George are noted Fordingham at", "dedications of St George are noted at", "dedications of St George noted at", "dedications of George noted at", "dedications of George at"]}, "config": {"num_remove_word": 21, "num_sentences": 43652, "sentence": "Early c 10th century dedications of churches to St George are noted in England for example at Fordingham Dorset at Thetford Southwark and Doncaster", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Southwark", "Dorset", "for", "Early", "at", "churches", "England", "century", "c", "and", "to", "Thetford", "Doncaster", "in", "example", "10th", "Fordingham", "are", "St", "noted", "dedications"]}, "task_name": "task20", "example_name": "0199", "problem_name": "task20_0199"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nParaway Pastoral Company Paraway is a privately owned operating entity of the Macquarie Pastoral Fund and runs a total of 27 stations across Queensland Northern New South Wales Central and Victoria Southern\nWords: [Central, operating, Paraway, Queensland, entity, stations, total, New, Northern, privately, Fund, Wales, owned, is, the, Southern, 27, Pastoral, Company, across, Macquarie, a]\n", "label": {"final": "Paraway of Pastoral and runs a of South and Victoria", "init": "Paraway Pastoral Company Paraway is a privately owned operating entity of the Macquarie Pastoral Fund and runs a total of 27 stations across Queensland Northern New South Wales Central and Victoria Southern", "intermediate": ["Paraway Pastoral Company Paraway is a privately owned operating entity of the Macquarie Pastoral Fund and runs a total of 27 stations across Queensland Northern New South Wales and Victoria Southern", "Paraway Pastoral Company Paraway is a privately owned entity of the Macquarie Pastoral Fund and runs a total of 27 stations across Queensland Northern New South Wales and Victoria Southern", "Pastoral Company Paraway is a privately owned entity of the Macquarie Pastoral Fund and runs a total of 27 stations across Queensland Northern New South Wales and Victoria Southern", "Pastoral Company Paraway is a privately owned entity of the Macquarie Pastoral Fund and runs a total of 27 stations across Northern New South Wales and Victoria Southern", "Pastoral Company Paraway is a privately owned of the Macquarie Pastoral Fund and runs a total of 27 stations across Northern New South Wales and Victoria Southern", "Pastoral Company Paraway is a privately owned of the Macquarie Pastoral Fund and runs a total of 27 across Northern New South Wales and Victoria Southern", "Pastoral Company Paraway is a privately owned of the Macquarie Pastoral Fund and runs a of 27 across Northern New South Wales and Victoria Southern", "Pastoral Company Paraway is a privately owned of the Macquarie Pastoral Fund and runs a of 27 across Northern South Wales and Victoria Southern", "Pastoral Company Paraway is a privately owned of the Macquarie Pastoral Fund and runs a of 27 across South Wales and Victoria Southern", "Pastoral Company Paraway is a owned of the Macquarie Pastoral Fund and runs a of 27 across South Wales and Victoria Southern", "Pastoral Company Paraway is a owned of the Macquarie Pastoral and runs a of 27 across South Wales and Victoria Southern", "Pastoral Company Paraway is a owned of the Macquarie Pastoral and runs a of 27 across South and Victoria Southern", "Pastoral Company Paraway is a of the Macquarie Pastoral and runs a of 27 across South and Victoria Southern", "Pastoral Company Paraway a of the Macquarie Pastoral and runs a of 27 across South and Victoria Southern", "Pastoral Company Paraway a of Macquarie Pastoral and runs a of 27 across South and Victoria Southern", "Pastoral Company Paraway a of Macquarie Pastoral and runs a of 27 across South and Victoria", "Pastoral Company Paraway a of Macquarie Pastoral and runs a of across South and Victoria", "Company Paraway a of Macquarie Pastoral and runs a of across South and Victoria", "Paraway a of Macquarie Pastoral and runs a of across South and Victoria", "Paraway a of Macquarie Pastoral and runs a of South and Victoria", "Paraway a of Pastoral and runs a of South and Victoria"]}, "config": {"num_remove_word": 22, "num_sentences": 43652, "sentence": "Paraway Pastoral Company Paraway is a privately owned operating entity of the Macquarie Pastoral Fund and runs a total of 27 stations across Queensland Northern New South Wales Central and Victoria Southern", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Central", "operating", "Paraway", "Queensland", "entity", "stations", "total", "New", "Northern", "privately", "Fund", "Wales", "owned", "is", "the", "Southern", "27", "Pastoral", "Company", "across", "Macquarie", "a"]}, "task_name": "task20", "example_name": "0200", "problem_name": "task20_0200"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe change was made to improve the station s financial position and because management felt the market was ready for a second Spanish language station on the United States side of the border\nWords: [a, border, to, of, ready, language, was, station, side, financial, management, felt, second, position, States, the, s, made, for, market, and, Spanish]\n", "label": {"final": "The change improve because the was station on the United the", "init": "The change was made to improve the station s financial position and because management felt the market was ready for a second Spanish language station on the United States side of the border", "intermediate": ["The change was made to improve the station s financial position and because management felt the market was ready for second Spanish language station on the United States side of the border", "The change was made to improve the station s financial position and because management felt the market was ready for second Spanish language station on the United States side of the", "The change was made improve the station s financial position and because management felt the market was ready for second Spanish language station on the United States side of the", "The change was made improve the station s financial position and because management felt the market was ready for second Spanish language station on the United States side the", "The change was made improve the station s financial position and because management felt the market was for second Spanish language station on the United States side the", "The change was made improve the station s financial position and because management felt the market was for second Spanish station on the United States side the", "The change made improve the station s financial position and because management felt the market was for second Spanish station on the United States side the", "The change made improve the s financial position and because management felt the market was for second Spanish station on the United States side the", "The change made improve the s financial position and because management felt the market was for second Spanish station on the United States the", "The change made improve the s position and because management felt the market was for second Spanish station on the United States the", "The change made improve the s position and because felt the market was for second Spanish station on the United States the", "The change made improve the s position and because the market was for second Spanish station on the United States the", "The change made improve the s position and because the market was for Spanish station on the United States the", "The change made improve the s and because the market was for Spanish station on the United States the", "The change made improve the s and because the market was for Spanish station on the United the", "The change made improve s and because the market was for Spanish station on the United the", "The change made improve and because the market was for Spanish station on the United the", "The change improve and because the market was for Spanish station on the United the", "The change improve and because the market was Spanish station on the United the", "The change improve and because the was Spanish station on the United the", "The change improve because the was Spanish station on the United the"]}, "config": {"num_remove_word": 22, "num_sentences": 43652, "sentence": "The change was made to improve the station s financial position and because management felt the market was ready for a second Spanish language station on the United States side of the border", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["a", "border", "to", "of", "ready", "language", "was", "station", "side", "financial", "management", "felt", "second", "position", "States", "the", "s", "made", "for", "market", "and", "Spanish"]}, "task_name": "task20", "example_name": "0201", "problem_name": "task20_0201"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe critical consensus states Its plot hinges on typically implausible horror movie behavior and recycles countless genre cliches but Sinister delivers a surprising number of fresh diabolical twists\nWords: [fresh, The, hinges, recycles, surprising, consensus, delivers, behavior, horror, diabolical, countless, and, typically, but, Sinister, critical, movie, cliches, of, a, genre, number]\n", "label": {"final": "states Its plot on implausible twists", "init": "The critical consensus states Its plot hinges on typically implausible horror movie behavior and recycles countless genre cliches but Sinister delivers a surprising number of fresh diabolical twists", "intermediate": ["The critical consensus states Its plot hinges on typically implausible horror movie behavior and recycles countless genre cliches but Sinister delivers a surprising number of diabolical twists", "critical consensus states Its plot hinges on typically implausible horror movie behavior and recycles countless genre cliches but Sinister delivers a surprising number of diabolical twists", "critical consensus states Its plot on typically implausible horror movie behavior and recycles countless genre cliches but Sinister delivers a surprising number of diabolical twists", "critical consensus states Its plot on typically implausible horror movie behavior and countless genre cliches but Sinister delivers a surprising number of diabolical twists", "critical consensus states Its plot on typically implausible horror movie behavior and countless genre cliches but Sinister delivers a number of diabolical twists", "critical states Its plot on typically implausible horror movie behavior and countless genre cliches but Sinister delivers a number of diabolical twists", "critical states Its plot on typically implausible horror movie behavior and countless genre cliches but Sinister a number of diabolical twists", "critical states Its plot on typically implausible horror movie and countless genre cliches but Sinister a number of diabolical twists", "critical states Its plot on typically implausible movie and countless genre cliches but Sinister a number of diabolical twists", "critical states Its plot on typically implausible movie and countless genre cliches but Sinister a number of twists", "critical states Its plot on typically implausible movie and genre cliches but Sinister a number of twists", "critical states Its plot on typically implausible movie genre cliches but Sinister a number of twists", "critical states Its plot on implausible movie genre cliches but Sinister a number of twists", "critical states Its plot on implausible movie genre cliches Sinister a number of twists", "critical states Its plot on implausible movie genre cliches a number of twists", "states Its plot on implausible movie genre cliches a number of twists", "states Its plot on implausible genre cliches a number of twists", "states Its plot on implausible genre a number of twists", "states Its plot on implausible genre a number twists", "states Its plot on implausible genre number twists", "states Its plot on implausible number twists"]}, "config": {"num_remove_word": 22, "num_sentences": 43652, "sentence": "The critical consensus states Its plot hinges on typically implausible horror movie behavior and recycles countless genre cliches but Sinister delivers a surprising number of fresh diabolical twists", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["fresh", "The", "hinges", "recycles", "surprising", "consensus", "delivers", "behavior", "horror", "diabolical", "countless", "and", "typically", "but", "Sinister", "critical", "movie", "cliches", "of", "a", "genre", "number"]}, "task_name": "task20", "example_name": "0202", "problem_name": "task20_0202"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nRanging lock Falaniko joined the Hurricanes for one season in 1999 from the Highlanders where he had played 24 super 12 games between 1996 1998\nWords: [1999, joined, for, games, 12, Hurricanes, had, season, from, Ranging, 24, between, super, played, Falaniko, in, Highlanders, lock, one, 1996, he, the]\n", "label": {"final": "the where 1998", "init": "Ranging lock Falaniko joined the Hurricanes for one season in 1999 from the Highlanders where he had played 24 super 12 games between 1996 1998", "intermediate": ["Ranging lock Falaniko joined the Hurricanes for one season in from the Highlanders where he had played 24 super 12 games between 1996 1998", "Ranging lock Falaniko the Hurricanes for one season in from the Highlanders where he had played 24 super 12 games between 1996 1998", "Ranging lock Falaniko the Hurricanes one season in from the Highlanders where he had played 24 super 12 games between 1996 1998", "Ranging lock Falaniko the Hurricanes one season in from the Highlanders where he had played 24 super 12 between 1996 1998", "Ranging lock Falaniko the Hurricanes one season in from the Highlanders where he had played 24 super between 1996 1998", "Ranging lock Falaniko the one season in from the Highlanders where he had played 24 super between 1996 1998", "Ranging lock Falaniko the one season in from the Highlanders where he played 24 super between 1996 1998", "Ranging lock Falaniko the one in from the Highlanders where he played 24 super between 1996 1998", "Ranging lock Falaniko the one in the Highlanders where he played 24 super between 1996 1998", "lock Falaniko the one in the Highlanders where he played 24 super between 1996 1998", "lock Falaniko the one in the Highlanders where he played super between 1996 1998", "lock Falaniko the one in the Highlanders where he played super 1996 1998", "lock Falaniko the one in the Highlanders where he played 1996 1998", "lock Falaniko the one in the Highlanders where he 1996 1998", "lock the one in the Highlanders where he 1996 1998", "lock the one the Highlanders where he 1996 1998", "lock the one the where he 1996 1998", "the one the where he 1996 1998", "the the where he 1996 1998", "the the where he 1998", "the the where 1998"]}, "config": {"num_remove_word": 22, "num_sentences": 43652, "sentence": "Ranging lock Falaniko joined the Hurricanes for one season in 1999 from the Highlanders where he had played 24 super 12 games between 1996 1998", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["1999", "joined", "for", "games", "12", "Hurricanes", "had", "season", "from", "Ranging", "24", "between", "super", "played", "Falaniko", "in", "Highlanders", "lock", "one", "1996", "he", "the"]}, "task_name": "task20", "example_name": "0203", "problem_name": "task20_0203"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHis thesis is that the practice of unearthing supposedly historically informed practices is actually a 20th century practice influenced by modernism and ultimately we can never know what music sounded like or how it was played in previous centuries\nWords: [know, practice, influenced, how, 20th, was, the, music, practices, can, or, of, informed, played, unearthing, actually, we, thesis, historically, modernism, is, centuries]\n", "label": {"final": "His that supposedly is a century practice by and ultimately never what sounded like it in previous", "init": "His thesis is that the practice of unearthing supposedly historically informed practices is actually a 20th century practice influenced by modernism and ultimately we can never know what music sounded like or how it was played in previous centuries", "intermediate": ["His thesis is that the practice of unearthing supposedly historically informed practices is actually a 20th century practice influenced by modernism and ultimately we can never what music sounded like or how it was played in previous centuries", "His thesis is that the of unearthing supposedly historically informed practices is actually a 20th century practice influenced by modernism and ultimately we can never what music sounded like or how it was played in previous centuries", "His thesis is that the of unearthing supposedly historically informed practices is actually a 20th century practice by modernism and ultimately we can never what music sounded like or how it was played in previous centuries", "His thesis is that the of unearthing supposedly historically informed practices is actually a 20th century practice by modernism and ultimately we can never what music sounded like or it was played in previous centuries", "His thesis is that the of unearthing supposedly historically informed practices is actually a century practice by modernism and ultimately we can never what music sounded like or it was played in previous centuries", "His thesis is that the of unearthing supposedly historically informed practices is actually a century practice by modernism and ultimately we can never what music sounded like or it played in previous centuries", "His thesis is that of unearthing supposedly historically informed practices is actually a century practice by modernism and ultimately we can never what music sounded like or it played in previous centuries", "His thesis is that of unearthing supposedly historically informed practices is actually a century practice by modernism and ultimately we can never what sounded like or it played in previous centuries", "His thesis is that of unearthing supposedly historically informed is actually a century practice by modernism and ultimately we can never what sounded like or it played in previous centuries", "His thesis is that of unearthing supposedly historically informed is actually a century practice by modernism and ultimately we never what sounded like or it played in previous centuries", "His thesis is that of unearthing supposedly historically informed is actually a century practice by modernism and ultimately we never what sounded like it played in previous centuries", "His thesis is that unearthing supposedly historically informed is actually a century practice by modernism and ultimately we never what sounded like it played in previous centuries", "His thesis is that unearthing supposedly historically is actually a century practice by modernism and ultimately we never what sounded like it played in previous centuries", "His thesis is that unearthing supposedly historically is actually a century practice by modernism and ultimately we never what sounded like it in previous centuries", "His thesis is that supposedly historically is actually a century practice by modernism and ultimately we never what sounded like it in previous centuries", "His thesis is that supposedly historically is a century practice by modernism and ultimately we never what sounded like it in previous centuries", "His thesis is that supposedly historically is a century practice by modernism and ultimately never what sounded like it in previous centuries", "His is that supposedly historically is a century practice by modernism and ultimately never what sounded like it in previous centuries", "His is that supposedly is a century practice by modernism and ultimately never what sounded like it in previous centuries", "His is that supposedly is a century practice by and ultimately never what sounded like it in previous centuries", "His that supposedly is a century practice by and ultimately never what sounded like it in previous centuries"]}, "config": {"num_remove_word": 22, "num_sentences": 43652, "sentence": "His thesis is that the practice of unearthing supposedly historically informed practices is actually a 20th century practice influenced by modernism and ultimately we can never know what music sounded like or how it was played in previous centuries", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["know", "practice", "influenced", "how", "20th", "was", "the", "music", "practices", "can", "or", "of", "informed", "played", "unearthing", "actually", "we", "thesis", "historically", "modernism", "is", "centuries"]}, "task_name": "task20", "example_name": "0204", "problem_name": "task20_0204"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nFollowing an in depth investigation on raster data formalizations in imaging in particular the AFATL Image Algebra he established a database model for multi dimensional arrays including a data model and declarative query language pioneering the field of Array Databases\nWords: [a, particular, data, Image, established, declarative, Array, formalizations, dimensional, of, raster, language, investigation, database, field, multi, an, in, on, pioneering, Algebra, including]\n", "label": {"final": "Following depth in imaging in the AFATL he model for arrays a data model and query the Databases", "init": "Following an in depth investigation on raster data formalizations in imaging in particular the AFATL Image Algebra he established a database model for multi dimensional arrays including a data model and declarative query language pioneering the field of Array Databases", "intermediate": ["Following an in depth investigation on raster data formalizations in imaging in particular the AFATL Image Algebra he established database model for multi dimensional arrays including a data model and declarative query language pioneering the field of Array Databases", "Following an in depth investigation on raster data formalizations in imaging in the AFATL Image Algebra he established database model for multi dimensional arrays including a data model and declarative query language pioneering the field of Array Databases", "Following an in depth investigation on raster formalizations in imaging in the AFATL Image Algebra he established database model for multi dimensional arrays including a data model and declarative query language pioneering the field of Array Databases", "Following an in depth investigation on raster formalizations in imaging in the AFATL Algebra he established database model for multi dimensional arrays including a data model and declarative query language pioneering the field of Array Databases", "Following an in depth investigation on raster formalizations in imaging in the AFATL Algebra he database model for multi dimensional arrays including a data model and declarative query language pioneering the field of Array Databases", "Following an in depth investigation on raster formalizations in imaging in the AFATL Algebra he database model for multi dimensional arrays including a data model and query language pioneering the field of Array Databases", "Following an in depth investigation on raster formalizations in imaging in the AFATL Algebra he database model for multi dimensional arrays including a data model and query language pioneering the field of Databases", "Following an in depth investigation on raster in imaging in the AFATL Algebra he database model for multi dimensional arrays including a data model and query language pioneering the field of Databases", "Following an in depth investigation on raster in imaging in the AFATL Algebra he database model for multi arrays including a data model and query language pioneering the field of Databases", "Following an in depth investigation on raster in imaging in the AFATL Algebra he database model for multi arrays including a data model and query language pioneering the field Databases", "Following an in depth investigation on in imaging in the AFATL Algebra he database model for multi arrays including a data model and query language pioneering the field Databases", "Following an in depth investigation on in imaging in the AFATL Algebra he database model for multi arrays including a data model and query pioneering the field Databases", "Following an in depth on in imaging in the AFATL Algebra he database model for multi arrays including a data model and query pioneering the field Databases", "Following an in depth on in imaging in the AFATL Algebra he model for multi arrays including a data model and query pioneering the field Databases", "Following an in depth on in imaging in the AFATL Algebra he model for multi arrays including a data model and query pioneering the Databases", "Following an in depth on in imaging in the AFATL Algebra he model for arrays including a data model and query pioneering the Databases", "Following in depth on in imaging in the AFATL Algebra he model for arrays including a data model and query pioneering the Databases", "Following depth on in imaging in the AFATL Algebra he model for arrays including a data model and query pioneering the Databases", "Following depth in imaging in the AFATL Algebra he model for arrays including a data model and query pioneering the Databases", "Following depth in imaging in the AFATL Algebra he model for arrays including a data model and query the Databases", "Following depth in imaging in the AFATL he model for arrays including a data model and query the Databases"]}, "config": {"num_remove_word": 22, "num_sentences": 43652, "sentence": "Following an in depth investigation on raster data formalizations in imaging in particular the AFATL Image Algebra he established a database model for multi dimensional arrays including a data model and declarative query language pioneering the field of Array Databases", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["a", "particular", "data", "Image", "established", "declarative", "Array", "formalizations", "dimensional", "of", "raster", "language", "investigation", "database", "field", "multi", "an", "in", "on", "pioneering", "Algebra", "including"]}, "task_name": "task20", "example_name": "0205", "problem_name": "task20_0205"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nWhen humans and merpeople secretly mated over the centuries they produce children with a varied blend of bloodlines from one eighth to one quarter to half of both species\nWords: [one, secretly, bloodlines, species, merpeople, the, over, both, and, from, blend, a, centuries, When, eighth, of, to, with, produce, children, they, half]\n", "label": {"final": "humans mated varied one quarter to of", "init": "When humans and merpeople secretly mated over the centuries they produce children with a varied blend of bloodlines from one eighth to one quarter to half of both species", "intermediate": ["When humans and merpeople secretly mated over the centuries they produce children with a varied blend of bloodlines from eighth to one quarter to half of both species", "When humans and merpeople mated over the centuries they produce children with a varied blend of bloodlines from eighth to one quarter to half of both species", "When humans and merpeople mated over the centuries they produce children with a varied blend of from eighth to one quarter to half of both species", "When humans and merpeople mated over the centuries they produce children with a varied blend of from eighth to one quarter to half of both", "When humans and mated over the centuries they produce children with a varied blend of from eighth to one quarter to half of both", "When humans and mated over centuries they produce children with a varied blend of from eighth to one quarter to half of both", "When humans and mated centuries they produce children with a varied blend of from eighth to one quarter to half of both", "When humans and mated centuries they produce children with a varied blend of from eighth to one quarter to half of", "When humans mated centuries they produce children with a varied blend of from eighth to one quarter to half of", "When humans mated centuries they produce children with a varied blend of eighth to one quarter to half of", "When humans mated centuries they produce children with a varied of eighth to one quarter to half of", "When humans mated centuries they produce children with varied of eighth to one quarter to half of", "When humans mated they produce children with varied of eighth to one quarter to half of", "humans mated they produce children with varied of eighth to one quarter to half of", "humans mated they produce children with varied of to one quarter to half of", "humans mated they produce children with varied to one quarter to half of", "humans mated they produce children with varied one quarter to half of", "humans mated they produce children varied one quarter to half of", "humans mated they children varied one quarter to half of", "humans mated they varied one quarter to half of", "humans mated varied one quarter to half of"]}, "config": {"num_remove_word": 22, "num_sentences": 43652, "sentence": "When humans and merpeople secretly mated over the centuries they produce children with a varied blend of bloodlines from one eighth to one quarter to half of both species", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["one", "secretly", "bloodlines", "species", "merpeople", "the", "over", "both", "and", "from", "blend", "a", "centuries", "When", "eighth", "of", "to", "with", "produce", "children", "they", "half"]}, "task_name": "task20", "example_name": "0206", "problem_name": "task20_0206"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nDuring World War II as civil service alongside then student Dick Feynman and others he worked in the Princeton facility of the Manhattan Project assisting in producing uranium 235\nWords: [assisting, Project, World, Feynman, civil, worked, in, Dick, he, producing, others, Princeton, service, alongside, of, student, and, then, the, as, uranium, During]\n", "label": {"final": "War II facility the Manhattan in 235", "init": "During World War II as civil service alongside then student Dick Feynman and others he worked in the Princeton facility of the Manhattan Project assisting in producing uranium 235", "intermediate": ["During World War II as civil service alongside then student Dick Feynman and others he worked in the Princeton facility of the Manhattan Project in producing uranium 235", "During World War II as civil service alongside then student Dick Feynman and others he worked in the Princeton facility of the Manhattan in producing uranium 235", "During War II as civil service alongside then student Dick Feynman and others he worked in the Princeton facility of the Manhattan in producing uranium 235", "During War II as civil service alongside then student Dick and others he worked in the Princeton facility of the Manhattan in producing uranium 235", "During War II as service alongside then student Dick and others he worked in the Princeton facility of the Manhattan in producing uranium 235", "During War II as service alongside then student Dick and others he in the Princeton facility of the Manhattan in producing uranium 235", "During War II as service alongside then student Dick and others he the Princeton facility of the Manhattan in producing uranium 235", "During War II as service alongside then student and others he the Princeton facility of the Manhattan in producing uranium 235", "During War II as service alongside then student and others the Princeton facility of the Manhattan in producing uranium 235", "During War II as service alongside then student and others the Princeton facility of the Manhattan in uranium 235", "During War II as service alongside then student and the Princeton facility of the Manhattan in uranium 235", "During War II as service alongside then student and the facility of the Manhattan in uranium 235", "During War II as alongside then student and the facility of the Manhattan in uranium 235", "During War II as then student and the facility of the Manhattan in uranium 235", "During War II as then student and the facility the Manhattan in uranium 235", "During War II as then and the facility the Manhattan in uranium 235", "During War II as then the facility the Manhattan in uranium 235", "During War II as the facility the Manhattan in uranium 235", "During War II as facility the Manhattan in uranium 235", "During War II facility the Manhattan in uranium 235", "During War II facility the Manhattan in 235"]}, "config": {"num_remove_word": 22, "num_sentences": 43652, "sentence": "During World War II as civil service alongside then student Dick Feynman and others he worked in the Princeton facility of the Manhattan Project assisting in producing uranium 235", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["assisting", "Project", "World", "Feynman", "civil", "worked", "in", "Dick", "he", "producing", "others", "Princeton", "service", "alongside", "of", "student", "and", "then", "the", "as", "uranium", "During"]}, "task_name": "task20", "example_name": "0207", "problem_name": "task20_0207"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIdeally the urethral obstruction is removed or temporarily bypassed with urethral flushing urohydropulsion and the placement of an in dwelling urinary catheter prior to surgery\nWords: [of, urohydropulsion, in, to, with, placement, or, is, surgery, flushing, and, prior, dwelling, temporarily, bypassed, obstruction, removed, an, catheter, urethral, urinary, Ideally]\n", "label": {"final": "the urethral the", "init": "Ideally the urethral obstruction is removed or temporarily bypassed with urethral flushing urohydropulsion and the placement of an in dwelling urinary catheter prior to surgery", "intermediate": ["Ideally the urethral obstruction is removed or temporarily bypassed with urethral flushing urohydropulsion and the placement an in dwelling urinary catheter prior to surgery", "Ideally the urethral obstruction is removed or temporarily bypassed with urethral flushing and the placement an in dwelling urinary catheter prior to surgery", "Ideally the urethral obstruction is removed or temporarily bypassed with urethral flushing and the placement an dwelling urinary catheter prior to surgery", "Ideally the urethral obstruction is removed or temporarily bypassed with urethral flushing and the placement an dwelling urinary catheter prior surgery", "Ideally the urethral obstruction is removed or temporarily bypassed urethral flushing and the placement an dwelling urinary catheter prior surgery", "Ideally the urethral obstruction is removed or temporarily bypassed urethral flushing and the an dwelling urinary catheter prior surgery", "Ideally the urethral obstruction is removed temporarily bypassed urethral flushing and the an dwelling urinary catheter prior surgery", "Ideally the urethral obstruction removed temporarily bypassed urethral flushing and the an dwelling urinary catheter prior surgery", "Ideally the urethral obstruction removed temporarily bypassed urethral flushing and the an dwelling urinary catheter prior", "Ideally the urethral obstruction removed temporarily bypassed urethral and the an dwelling urinary catheter prior", "Ideally the urethral obstruction removed temporarily bypassed urethral the an dwelling urinary catheter prior", "Ideally the urethral obstruction removed temporarily bypassed urethral the an dwelling urinary catheter", "Ideally the urethral obstruction removed temporarily bypassed urethral the an urinary catheter", "Ideally the urethral obstruction removed bypassed urethral the an urinary catheter", "Ideally the urethral obstruction removed urethral the an urinary catheter", "Ideally the urethral removed urethral the an urinary catheter", "Ideally the urethral urethral the an urinary catheter", "Ideally the urethral urethral the urinary catheter", "Ideally the urethral urethral the urinary", "Ideally the urethral the urinary", "Ideally the urethral the"]}, "config": {"num_remove_word": 22, "num_sentences": 43652, "sentence": "Ideally the urethral obstruction is removed or temporarily bypassed with urethral flushing urohydropulsion and the placement of an in dwelling urinary catheter prior to surgery", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["of", "urohydropulsion", "in", "to", "with", "placement", "or", "is", "surgery", "flushing", "and", "prior", "dwelling", "temporarily", "bypassed", "obstruction", "removed", "an", "catheter", "urethral", "urinary", "Ideally"]}, "task_name": "task20", "example_name": "0208", "problem_name": "task20_0208"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe party opposed the deflationary lowering of prices paid to producers that was entailed by a return to a bullion based monetary system the policy favored by the Republican and Democratic parties\nWords: [system, based, opposed, the, parties, Republican, Democratic, The, that, monetary, policy, by, favored, party, bullion, was, a, entailed, deflationary, producers, return, lowering]\n", "label": {"final": "of prices paid to to a the by the and", "init": "The party opposed the deflationary lowering of prices paid to producers that was entailed by a return to a bullion based monetary system the policy favored by the Republican and Democratic parties", "intermediate": ["The party opposed the deflationary lowering of prices paid to producers that was entailed by a return to a bullion based monetary the policy favored by the Republican and Democratic parties", "The party opposed the deflationary lowering of prices paid to producers that was entailed by a return to a bullion monetary the policy favored by the Republican and Democratic parties", "The party the deflationary lowering of prices paid to producers that was entailed by a return to a bullion monetary the policy favored by the Republican and Democratic parties", "The party deflationary lowering of prices paid to producers that was entailed by a return to a bullion monetary the policy favored by the Republican and Democratic parties", "The party deflationary lowering of prices paid to producers that was entailed by a return to a bullion monetary the policy favored by the Republican and Democratic", "The party deflationary lowering of prices paid to producers that was entailed by a return to a bullion monetary the policy favored by the and Democratic", "The party deflationary lowering of prices paid to producers that was entailed by a return to a bullion monetary the policy favored by the and", "party deflationary lowering of prices paid to producers that was entailed by a return to a bullion monetary the policy favored by the and", "party deflationary lowering of prices paid to producers was entailed by a return to a bullion monetary the policy favored by the and", "party deflationary lowering of prices paid to producers was entailed by a return to a bullion the policy favored by the and", "party deflationary lowering of prices paid to producers was entailed by a return to a bullion the favored by the and", "party deflationary lowering of prices paid to producers was entailed a return to a bullion the favored by the and", "party deflationary lowering of prices paid to producers was entailed a return to a bullion the by the and", "deflationary lowering of prices paid to producers was entailed a return to a bullion the by the and", "deflationary lowering of prices paid to producers was entailed a return to a the by the and", "deflationary lowering of prices paid to producers entailed a return to a the by the and", "deflationary lowering of prices paid to producers entailed return to a the by the and", "deflationary lowering of prices paid to producers return to a the by the and", "lowering of prices paid to producers return to a the by the and", "lowering of prices paid to return to a the by the and", "lowering of prices paid to to a the by the and"]}, "config": {"num_remove_word": 22, "num_sentences": 43652, "sentence": "The party opposed the deflationary lowering of prices paid to producers that was entailed by a return to a bullion based monetary system the policy favored by the Republican and Democratic parties", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["system", "based", "opposed", "the", "parties", "Republican", "Democratic", "The", "that", "monetary", "policy", "by", "favored", "party", "bullion", "was", "a", "entailed", "deflationary", "producers", "return", "lowering"]}, "task_name": "task20", "example_name": "0209", "problem_name": "task20_0209"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nAt the time many media outlets portrayed homeless people as being all criminals and drug addicts and suggested that homelessness was a result of laziness rather than societal or political factors\nWords: [societal, portrayed, addicts, At, rather, of, time, drug, all, a, or, political, media, homeless, laziness, than, and, people, as, many, the, that, outlets]\n", "label": {"final": "being criminals and suggested homelessness was result factors", "init": "At the time many media outlets portrayed homeless people as being all criminals and drug addicts and suggested that homelessness was a result of laziness rather than societal or political factors", "intermediate": ["At the time many media outlets portrayed homeless people as being all criminals and drug addicts and suggested that homelessness was a result of laziness rather than or political factors", "At the time many media outlets homeless people as being all criminals and drug addicts and suggested that homelessness was a result of laziness rather than or political factors", "At the time many media outlets homeless people as being all criminals and drug and suggested that homelessness was a result of laziness rather than or political factors", "the time many media outlets homeless people as being all criminals and drug and suggested that homelessness was a result of laziness rather than or political factors", "the time many media outlets homeless people as being all criminals and drug and suggested that homelessness was a result of laziness than or political factors", "the time many media outlets homeless people as being all criminals and drug and suggested that homelessness was a result laziness than or political factors", "the many media outlets homeless people as being all criminals and drug and suggested that homelessness was a result laziness than or political factors", "the many media outlets homeless people as being all criminals and and suggested that homelessness was a result laziness than or political factors", "the many media outlets homeless people as being criminals and and suggested that homelessness was a result laziness than or political factors", "the many media outlets homeless people as being criminals and and suggested that homelessness was result laziness than or political factors", "the many media outlets homeless people as being criminals and and suggested that homelessness was result laziness than political factors", "the many media outlets homeless people as being criminals and and suggested that homelessness was result laziness than factors", "the many outlets homeless people as being criminals and and suggested that homelessness was result laziness than factors", "the many outlets people as being criminals and and suggested that homelessness was result laziness than factors", "the many outlets people as being criminals and and suggested that homelessness was result than factors", "the many outlets people as being criminals and and suggested that homelessness was result factors", "the many outlets people as being criminals and suggested that homelessness was result factors", "the many outlets as being criminals and suggested that homelessness was result factors", "the many outlets being criminals and suggested that homelessness was result factors", "the outlets being criminals and suggested that homelessness was result factors", "outlets being criminals and suggested that homelessness was result factors", "outlets being criminals and suggested homelessness was result factors"]}, "config": {"num_remove_word": 23, "num_sentences": 43652, "sentence": "At the time many media outlets portrayed homeless people as being all criminals and drug addicts and suggested that homelessness was a result of laziness rather than societal or political factors", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["societal", "portrayed", "addicts", "At", "rather", "of", "time", "drug", "all", "a", "or", "political", "media", "homeless", "laziness", "than", "and", "people", "as", "many", "the", "that", "outlets"]}, "task_name": "task20", "example_name": "0210", "problem_name": "task20_0210"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe report proposes a design for the one off wealth tax arguing that it makes the levy economically efficient reduces tax avoidance and administrative costs and raises substantial amounts of revenue in a progressive way\nWords: [proposes, off, that, raises, economically, makes, the, costs, way, efficient, avoidance, revenue, reduces, in, it, arguing, of, for, substantial, amounts, administrative, and, one]\n", "label": {"final": "The report a design wealth tax the levy tax and a progressive", "init": "The report proposes a design for the one off wealth tax arguing that it makes the levy economically efficient reduces tax avoidance and administrative costs and raises substantial amounts of revenue in a progressive way", "intermediate": ["The report a design for the one off wealth tax arguing that it makes the levy economically efficient reduces tax avoidance and administrative costs and raises substantial amounts of revenue in a progressive way", "The report a design for the one wealth tax arguing that it makes the levy economically efficient reduces tax avoidance and administrative costs and raises substantial amounts of revenue in a progressive way", "The report a design for the one wealth tax arguing it makes the levy economically efficient reduces tax avoidance and administrative costs and raises substantial amounts of revenue in a progressive way", "The report a design for the one wealth tax arguing it makes the levy economically efficient reduces tax avoidance and administrative costs and substantial amounts of revenue in a progressive way", "The report a design for the one wealth tax arguing it makes the levy efficient reduces tax avoidance and administrative costs and substantial amounts of revenue in a progressive way", "The report a design for the one wealth tax arguing it the levy efficient reduces tax avoidance and administrative costs and substantial amounts of revenue in a progressive way", "The report a design for one wealth tax arguing it the levy efficient reduces tax avoidance and administrative costs and substantial amounts of revenue in a progressive way", "The report a design for one wealth tax arguing it the levy efficient reduces tax avoidance and administrative and substantial amounts of revenue in a progressive way", "The report a design for one wealth tax arguing it the levy efficient reduces tax avoidance and administrative and substantial amounts of revenue in a progressive", "The report a design for one wealth tax arguing it the levy reduces tax avoidance and administrative and substantial amounts of revenue in a progressive", "The report a design for one wealth tax arguing it the levy reduces tax and administrative and substantial amounts of revenue in a progressive", "The report a design for one wealth tax arguing it the levy reduces tax and administrative and substantial amounts of in a progressive", "The report a design for one wealth tax arguing it the levy tax and administrative and substantial amounts of in a progressive", "The report a design for one wealth tax arguing it the levy tax and administrative and substantial amounts of a progressive", "The report a design for one wealth tax arguing the levy tax and administrative and substantial amounts of a progressive", "The report a design for one wealth tax the levy tax and administrative and substantial amounts of a progressive", "The report a design for one wealth tax the levy tax and administrative and substantial amounts a progressive", "The report a design one wealth tax the levy tax and administrative and substantial amounts a progressive", "The report a design one wealth tax the levy tax and administrative and amounts a progressive", "The report a design one wealth tax the levy tax and administrative and a progressive", "The report a design one wealth tax the levy tax and and a progressive", "The report a design one wealth tax the levy tax and a progressive"]}, "config": {"num_remove_word": 23, "num_sentences": 43652, "sentence": "The report proposes a design for the one off wealth tax arguing that it makes the levy economically efficient reduces tax avoidance and administrative costs and raises substantial amounts of revenue in a progressive way", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["proposes", "off", "that", "raises", "economically", "makes", "the", "costs", "way", "efficient", "avoidance", "revenue", "reduces", "in", "it", "arguing", "of", "for", "substantial", "amounts", "administrative", "and", "one"]}, "task_name": "task20", "example_name": "0211", "problem_name": "task20_0211"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nRecent work has relied on cyclostratigraphy to correlate the underlying marl beds which appear to have given way to gypsum at exactly the same time in both basins\nWords: [cyclostratigraphy, to, marl, Recent, relied, exactly, basins, same, beds, correlate, at, gypsum, time, both, the, have, in, given, has, which, underlying, appear, work]\n", "label": {"final": "on to way to the", "init": "Recent work has relied on cyclostratigraphy to correlate the underlying marl beds which appear to have given way to gypsum at exactly the same time in both basins", "intermediate": ["Recent work has relied on to correlate the underlying marl beds which appear to have given way to gypsum at exactly the same time in both basins", "Recent work has relied on correlate the underlying marl beds which appear to have given way to gypsum at exactly the same time in both basins", "Recent work has relied on correlate the underlying beds which appear to have given way to gypsum at exactly the same time in both basins", "work has relied on correlate the underlying beds which appear to have given way to gypsum at exactly the same time in both basins", "work has on correlate the underlying beds which appear to have given way to gypsum at exactly the same time in both basins", "work has on correlate the underlying beds which appear to have given way to gypsum at the same time in both basins", "work has on correlate the underlying beds which appear to have given way to gypsum at the same time in both", "work has on correlate the underlying beds which appear to have given way to gypsum at the time in both", "work has on correlate the underlying which appear to have given way to gypsum at the time in both", "work has on the underlying which appear to have given way to gypsum at the time in both", "work has on the underlying which appear to have given way to gypsum the time in both", "work has on the underlying which appear to have given way to the time in both", "work has on the underlying which appear to have given way to the in both", "work has on the underlying which appear to have given way to the in", "work has on underlying which appear to have given way to the in", "work has on underlying which appear to given way to the in", "work has on underlying which appear to given way to the", "work has on underlying which appear to way to the", "work on underlying which appear to way to the", "work on underlying appear to way to the", "work on appear to way to the", "work on to way to the"]}, "config": {"num_remove_word": 23, "num_sentences": 43652, "sentence": "Recent work has relied on cyclostratigraphy to correlate the underlying marl beds which appear to have given way to gypsum at exactly the same time in both basins", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["cyclostratigraphy", "to", "marl", "Recent", "relied", "exactly", "basins", "same", "beds", "correlate", "at", "gypsum", "time", "both", "the", "have", "in", "given", "has", "which", "underlying", "appear", "work"]}, "task_name": "task20", "example_name": "0212", "problem_name": "task20_0212"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIt received favorable reviews by music critics and debuted at number 52 on the Billboard 200 selling approximately 8 500 copies in its first week of release\nWords: [It, release, favorable, number, debuted, week, first, of, copies, and, 200, its, by, 500, critics, music, 52, at, 8, Billboard, the, received, reviews]\n", "label": {"final": "on selling approximately in", "init": "It received favorable reviews by music critics and debuted at number 52 on the Billboard 200 selling approximately 8 500 copies in its first week of release", "intermediate": ["received favorable reviews by music critics and debuted at number 52 on the Billboard 200 selling approximately 8 500 copies in its first week of release", "received favorable reviews by music critics and debuted at number 52 on the Billboard 200 selling approximately 8 500 copies in its first week of", "received reviews by music critics and debuted at number 52 on the Billboard 200 selling approximately 8 500 copies in its first week of", "received reviews by music critics and debuted at 52 on the Billboard 200 selling approximately 8 500 copies in its first week of", "received reviews by music critics and at 52 on the Billboard 200 selling approximately 8 500 copies in its first week of", "received reviews by music critics and at 52 on the Billboard 200 selling approximately 8 500 copies in its first of", "received reviews by music critics and at 52 on the Billboard 200 selling approximately 8 500 copies in its of", "received reviews by music critics and at 52 on the Billboard 200 selling approximately 8 500 copies in its", "received reviews by music critics and at 52 on the Billboard 200 selling approximately 8 500 in its", "received reviews by music critics at 52 on the Billboard 200 selling approximately 8 500 in its", "received reviews by music critics at 52 on the Billboard selling approximately 8 500 in its", "received reviews by music critics at 52 on the Billboard selling approximately 8 500 in", "received reviews music critics at 52 on the Billboard selling approximately 8 500 in", "received reviews music critics at 52 on the Billboard selling approximately 8 in", "received reviews music at 52 on the Billboard selling approximately 8 in", "received reviews at 52 on the Billboard selling approximately 8 in", "received reviews at on the Billboard selling approximately 8 in", "received reviews on the Billboard selling approximately 8 in", "received reviews on the Billboard selling approximately in", "received reviews on the selling approximately in", "received reviews on selling approximately in", "reviews on selling approximately in"]}, "config": {"num_remove_word": 23, "num_sentences": 43652, "sentence": "It received favorable reviews by music critics and debuted at number 52 on the Billboard 200 selling approximately 8 500 copies in its first week of release", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["It", "release", "favorable", "number", "debuted", "week", "first", "of", "copies", "and", "200", "its", "by", "500", "critics", "music", "52", "at", "8", "Billboard", "the", "received", "reviews"]}, "task_name": "task20", "example_name": "0213", "problem_name": "task20_0213"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nOriginally the CAB only allowed a single fare to be charged for a flight but after they started to slowly allow different fares in 1952 the airlines first offered different fare levels but still in one cabin style and then in 1955 TWA came up with the concept of different service standards for the different fares\nWords: [one, in, first, concept, allow, flight, up, after, came, then, airlines, of, slowly, the, a, but, CAB, started, style, and, standards, TWA, fare]\n", "label": {"final": "Originally only allowed single to be charged for a they to different fares 1952 the offered different fare levels but still in cabin in 1955 with the different service for the different fares", "init": "Originally the CAB only allowed a single fare to be charged for a flight but after they started to slowly allow different fares in 1952 the airlines first offered different fare levels but still in one cabin style and then in 1955 TWA came up with the concept of different service standards for the different fares", "intermediate": ["Originally the CAB only allowed a single fare to be charged for a flight but after they started to slowly allow different fares in 1952 the airlines first offered different fare levels but still in cabin style and then in 1955 TWA came up with the concept of different service standards for the different fares", "Originally the CAB only allowed a single fare to be charged for a flight but after they started to slowly allow different fares 1952 the airlines first offered different fare levels but still in cabin style and then in 1955 TWA came up with the concept of different service standards for the different fares", "Originally the CAB only allowed a single fare to be charged for a flight but after they started to slowly allow different fares 1952 the airlines offered different fare levels but still in cabin style and then in 1955 TWA came up with the concept of different service standards for the different fares", "Originally the CAB only allowed a single fare to be charged for a flight but after they started to slowly allow different fares 1952 the airlines offered different fare levels but still in cabin style and then in 1955 TWA came up with the of different service standards for the different fares", "Originally the CAB only allowed a single fare to be charged for a flight but after they started to slowly different fares 1952 the airlines offered different fare levels but still in cabin style and then in 1955 TWA came up with the of different service standards for the different fares", "Originally the CAB only allowed a single fare to be charged for a but after they started to slowly different fares 1952 the airlines offered different fare levels but still in cabin style and then in 1955 TWA came up with the of different service standards for the different fares", "Originally the CAB only allowed a single fare to be charged for a but after they started to slowly different fares 1952 the airlines offered different fare levels but still in cabin style and then in 1955 TWA came with the of different service standards for the different fares", "Originally the CAB only allowed a single fare to be charged for a but they started to slowly different fares 1952 the airlines offered different fare levels but still in cabin style and then in 1955 TWA came with the of different service standards for the different fares", "Originally the CAB only allowed a single fare to be charged for a but they started to slowly different fares 1952 the airlines offered different fare levels but still in cabin style and then in 1955 TWA with the of different service standards for the different fares", "Originally the CAB only allowed a single fare to be charged for a but they started to slowly different fares 1952 the airlines offered different fare levels but still in cabin style and in 1955 TWA with the of different service standards for the different fares", "Originally the CAB only allowed a single fare to be charged for a but they started to slowly different fares 1952 the offered different fare levels but still in cabin style and in 1955 TWA with the of different service standards for the different fares", "Originally the CAB only allowed a single fare to be charged for a but they started to slowly different fares 1952 the offered different fare levels but still in cabin style and in 1955 TWA with the different service standards for the different fares", "Originally the CAB only allowed a single fare to be charged for a but they started to different fares 1952 the offered different fare levels but still in cabin style and in 1955 TWA with the different service standards for the different fares", "Originally CAB only allowed a single fare to be charged for a but they started to different fares 1952 the offered different fare levels but still in cabin style and in 1955 TWA with the different service standards for the different fares", "Originally CAB only allowed single fare to be charged for a but they started to different fares 1952 the offered different fare levels but still in cabin style and in 1955 TWA with the different service standards for the different fares", "Originally CAB only allowed single fare to be charged for a they started to different fares 1952 the offered different fare levels but still in cabin style and in 1955 TWA with the different service standards for the different fares", "Originally only allowed single fare to be charged for a they started to different fares 1952 the offered different fare levels but still in cabin style and in 1955 TWA with the different service standards for the different fares", "Originally only allowed single fare to be charged for a they to different fares 1952 the offered different fare levels but still in cabin style and in 1955 TWA with the different service standards for the different fares", "Originally only allowed single fare to be charged for a they to different fares 1952 the offered different fare levels but still in cabin and in 1955 TWA with the different service standards for the different fares", "Originally only allowed single fare to be charged for a they to different fares 1952 the offered different fare levels but still in cabin in 1955 TWA with the different service standards for the different fares", "Originally only allowed single fare to be charged for a they to different fares 1952 the offered different fare levels but still in cabin in 1955 TWA with the different service for the different fares", "Originally only allowed single fare to be charged for a they to different fares 1952 the offered different fare levels but still in cabin in 1955 with the different service for the different fares"]}, "config": {"num_remove_word": 23, "num_sentences": 43652, "sentence": "Originally the CAB only allowed a single fare to be charged for a flight but after they started to slowly allow different fares in 1952 the airlines first offered different fare levels but still in one cabin style and then in 1955 TWA came up with the concept of different service standards for the different fares", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["one", "in", "first", "concept", "allow", "flight", "up", "after", "came", "then", "airlines", "of", "slowly", "the", "a", "but", "CAB", "started", "style", "and", "standards", "TWA", "fare"]}, "task_name": "task20", "example_name": "0214", "problem_name": "task20_0214"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nNational anarchism has critics on both the left and right of the political spectrum as they both look upon their politics with skepticism if not outright hostility mainly because of the multifaceted threat they conclude it represents\nWords: [multifaceted, with, left, skepticism, conclude, both, if, upon, on, threat, represents, look, they, outright, of, has, right, not, their, politics, the, and, it]\n", "label": {"final": "National anarchism critics the political spectrum as both hostility mainly because of the they", "init": "National anarchism has critics on both the left and right of the political spectrum as they both look upon their politics with skepticism if not outright hostility mainly because of the multifaceted threat they conclude it represents", "intermediate": ["National anarchism has critics on both the left and right of the political spectrum as they both look upon their politics with skepticism if not outright hostility mainly because of the threat they conclude it represents", "National anarchism has critics on both the left and right of the political spectrum as they both look upon their politics skepticism if not outright hostility mainly because of the threat they conclude it represents", "National anarchism has critics on both the and right of the political spectrum as they both look upon their politics skepticism if not outright hostility mainly because of the threat they conclude it represents", "National anarchism has critics on both the and right of the political spectrum as they both look upon their politics if not outright hostility mainly because of the threat they conclude it represents", "National anarchism has critics on both the and right of the political spectrum as they both look upon their politics if not outright hostility mainly because of the threat they it represents", "National anarchism has critics on the and right of the political spectrum as they both look upon their politics if not outright hostility mainly because of the threat they it represents", "National anarchism has critics on the and right of the political spectrum as they both look upon their politics not outright hostility mainly because of the threat they it represents", "National anarchism has critics on the and right of the political spectrum as they both look their politics not outright hostility mainly because of the threat they it represents", "National anarchism has critics the and right of the political spectrum as they both look their politics not outright hostility mainly because of the threat they it represents", "National anarchism has critics the and right of the political spectrum as they both look their politics not outright hostility mainly because of the they it represents", "National anarchism has critics the and right of the political spectrum as they both look their politics not outright hostility mainly because of the they it", "National anarchism has critics the and right of the political spectrum as they both their politics not outright hostility mainly because of the they it", "National anarchism has critics the and right of the political spectrum as both their politics not outright hostility mainly because of the they it", "National anarchism has critics the and right of the political spectrum as both their politics not hostility mainly because of the they it", "National anarchism has critics the and right the political spectrum as both their politics not hostility mainly because of the they it", "National anarchism critics the and right the political spectrum as both their politics not hostility mainly because of the they it", "National anarchism critics the and the political spectrum as both their politics not hostility mainly because of the they it", "National anarchism critics the and the political spectrum as both their politics hostility mainly because of the they it", "National anarchism critics the and the political spectrum as both politics hostility mainly because of the they it", "National anarchism critics the and the political spectrum as both hostility mainly because of the they it", "National anarchism critics and the political spectrum as both hostility mainly because of the they it", "National anarchism critics the political spectrum as both hostility mainly because of the they it"]}, "config": {"num_remove_word": 23, "num_sentences": 43652, "sentence": "National anarchism has critics on both the left and right of the political spectrum as they both look upon their politics with skepticism if not outright hostility mainly because of the multifaceted threat they conclude it represents", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["multifaceted", "with", "left", "skepticism", "conclude", "both", "if", "upon", "on", "threat", "represents", "look", "they", "outright", "of", "has", "right", "not", "their", "politics", "the", "and", "it"]}, "task_name": "task20", "example_name": "0215", "problem_name": "task20_0215"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nOn March 4 1869 Wells took his seat in the United States House of Representatives where he would remain for eight years during the presidency of Ulysses S Grant\nWords: [would, United, the, Wells, years, House, 4, where, in, of, Grant, he, Representatives, took, S, 1869, presidency, for, his, States, seat, remain, Ulysses]\n", "label": {"final": "On March eight during the of", "init": "On March 4 1869 Wells took his seat in the United States House of Representatives where he would remain for eight years during the presidency of Ulysses S Grant", "intermediate": ["On March 4 1869 Wells took his seat in the United States House of Representatives where he remain for eight years during the presidency of Ulysses S Grant", "On March 4 1869 Wells took his seat in the States House of Representatives where he remain for eight years during the presidency of Ulysses S Grant", "On March 4 1869 Wells took his seat in States House of Representatives where he remain for eight years during the presidency of Ulysses S Grant", "On March 4 1869 took his seat in States House of Representatives where he remain for eight years during the presidency of Ulysses S Grant", "On March 4 1869 took his seat in States House of Representatives where he remain for eight during the presidency of Ulysses S Grant", "On March 4 1869 took his seat in States of Representatives where he remain for eight during the presidency of Ulysses S Grant", "On March 1869 took his seat in States of Representatives where he remain for eight during the presidency of Ulysses S Grant", "On March 1869 took his seat in States of Representatives he remain for eight during the presidency of Ulysses S Grant", "On March 1869 took his seat States of Representatives he remain for eight during the presidency of Ulysses S Grant", "On March 1869 took his seat States Representatives he remain for eight during the presidency of Ulysses S Grant", "On March 1869 took his seat States Representatives he remain for eight during the presidency of Ulysses S", "On March 1869 took his seat States Representatives remain for eight during the presidency of Ulysses S", "On March 1869 took his seat States remain for eight during the presidency of Ulysses S", "On March 1869 his seat States remain for eight during the presidency of Ulysses S", "On March 1869 his seat States remain for eight during the presidency of Ulysses", "On March his seat States remain for eight during the presidency of Ulysses", "On March his seat States remain for eight during the of Ulysses", "On March his seat States remain eight during the of Ulysses", "On March seat States remain eight during the of Ulysses", "On March seat remain eight during the of Ulysses", "On March remain eight during the of Ulysses", "On March eight during the of Ulysses"]}, "config": {"num_remove_word": 23, "num_sentences": 43652, "sentence": "On March 4 1869 Wells took his seat in the United States House of Representatives where he would remain for eight years during the presidency of Ulysses S Grant", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["would", "United", "the", "Wells", "years", "House", "4", "where", "in", "of", "Grant", "he", "Representatives", "took", "S", "1869", "presidency", "for", "his", "States", "seat", "remain", "Ulysses"]}, "task_name": "task20", "example_name": "0216", "problem_name": "task20_0216"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nCommissioned by the Boston publisher Ginn and Company Old Indian Legends 1901 was a collection of stories including some that she learned as a child and others she had gathered from various tribes\nWords: [Company, she, the, Commissioned, publisher, 1901, various, and, Indian, had, child, collection, some, others, gathered, including, was, tribes, Legends, Old, Boston, learned, that]\n", "label": {"final": "by Ginn a of stories as a and she from", "init": "Commissioned by the Boston publisher Ginn and Company Old Indian Legends 1901 was a collection of stories including some that she learned as a child and others she had gathered from various tribes", "intermediate": ["Commissioned by the Boston publisher Ginn and Old Indian Legends 1901 was a collection of stories including some that she learned as a child and others she had gathered from various tribes", "Commissioned by the Boston publisher Ginn and Old Indian Legends 1901 was a collection of stories including some that learned as a child and others she had gathered from various tribes", "Commissioned by Boston publisher Ginn and Old Indian Legends 1901 was a collection of stories including some that learned as a child and others she had gathered from various tribes", "by Boston publisher Ginn and Old Indian Legends 1901 was a collection of stories including some that learned as a child and others she had gathered from various tribes", "by Boston Ginn and Old Indian Legends 1901 was a collection of stories including some that learned as a child and others she had gathered from various tribes", "by Boston Ginn and Old Indian Legends was a collection of stories including some that learned as a child and others she had gathered from various tribes", "by Boston Ginn and Old Indian Legends was a collection of stories including some that learned as a child and others she had gathered from tribes", "by Boston Ginn Old Indian Legends was a collection of stories including some that learned as a child and others she had gathered from tribes", "by Boston Ginn Old Legends was a collection of stories including some that learned as a child and others she had gathered from tribes", "by Boston Ginn Old Legends was a collection of stories including some that learned as a child and others she gathered from tribes", "by Boston Ginn Old Legends was a collection of stories including some that learned as a and others she gathered from tribes", "by Boston Ginn Old Legends was a of stories including some that learned as a and others she gathered from tribes", "by Boston Ginn Old Legends was a of stories including that learned as a and others she gathered from tribes", "by Boston Ginn Old Legends was a of stories including that learned as a and she gathered from tribes", "by Boston Ginn Old Legends was a of stories including that learned as a and she from tribes", "by Boston Ginn Old Legends was a of stories that learned as a and she from tribes", "by Boston Ginn Old Legends a of stories that learned as a and she from tribes", "by Boston Ginn Old Legends a of stories that learned as a and she from", "by Boston Ginn Old a of stories that learned as a and she from", "by Boston Ginn a of stories that learned as a and she from", "by Ginn a of stories that learned as a and she from", "by Ginn a of stories that as a and she from"]}, "config": {"num_remove_word": 23, "num_sentences": 43652, "sentence": "Commissioned by the Boston publisher Ginn and Company Old Indian Legends 1901 was a collection of stories including some that she learned as a child and others she had gathered from various tribes", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Company", "she", "the", "Commissioned", "publisher", "1901", "various", "and", "Indian", "had", "child", "collection", "some", "others", "gathered", "including", "was", "tribes", "Legends", "Old", "Boston", "learned", "that"]}, "task_name": "task20", "example_name": "0217", "problem_name": "task20_0217"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nDuring the Dutch Revolt the chambers of rhetoric were closed altogether by the Spanish Governor of the Netherlands the Duke of Alba but in 1578 the Eglantier was re established as a result of the Alteration of Amsterdam in which the Catholic city government was overthrown\nWords: [a, Amsterdam, in, of, city, Dutch, Netherlands, but, Duke, Alba, Alteration, During, by, altogether, re, Revolt, established, overthrown, closed, were, the, rhetoric, Spanish]\n", "label": {"final": "the chambers the Governor of the the of 1578 the Eglantier was as result of the of in which the Catholic government was", "init": "During the Dutch Revolt the chambers of rhetoric were closed altogether by the Spanish Governor of the Netherlands the Duke of Alba but in 1578 the Eglantier was re established as a result of the Alteration of Amsterdam in which the Catholic city government was overthrown", "intermediate": ["During the Dutch Revolt the chambers of rhetoric were closed altogether by the Spanish Governor of the Netherlands the Duke of Alba but in 1578 the Eglantier was re established as result of the Alteration of Amsterdam in which the Catholic city government was overthrown", "During the Dutch Revolt the chambers of rhetoric were closed altogether by the Spanish Governor of the Netherlands the Duke of Alba but in 1578 the Eglantier was re established as result of the Alteration of in which the Catholic city government was overthrown", "During the Dutch Revolt the chambers of rhetoric were closed altogether by the Spanish Governor of the Netherlands the Duke of Alba but 1578 the Eglantier was re established as result of the Alteration of in which the Catholic city government was overthrown", "During the Dutch Revolt the chambers rhetoric were closed altogether by the Spanish Governor of the Netherlands the Duke of Alba but 1578 the Eglantier was re established as result of the Alteration of in which the Catholic city government was overthrown", "During the Dutch Revolt the chambers rhetoric were closed altogether by the Spanish Governor of the Netherlands the Duke of Alba but 1578 the Eglantier was re established as result of the Alteration of in which the Catholic government was overthrown", "During the Revolt the chambers rhetoric were closed altogether by the Spanish Governor of the Netherlands the Duke of Alba but 1578 the Eglantier was re established as result of the Alteration of in which the Catholic government was overthrown", "During the Revolt the chambers rhetoric were closed altogether by the Spanish Governor of the the Duke of Alba but 1578 the Eglantier was re established as result of the Alteration of in which the Catholic government was overthrown", "During the Revolt the chambers rhetoric were closed altogether by the Spanish Governor of the the Duke of Alba 1578 the Eglantier was re established as result of the Alteration of in which the Catholic government was overthrown", "During the Revolt the chambers rhetoric were closed altogether by the Spanish Governor of the the of Alba 1578 the Eglantier was re established as result of the Alteration of in which the Catholic government was overthrown", "During the Revolt the chambers rhetoric were closed altogether by the Spanish Governor of the the of 1578 the Eglantier was re established as result of the Alteration of in which the Catholic government was overthrown", "During the Revolt the chambers rhetoric were closed altogether by the Spanish Governor of the the of 1578 the Eglantier was re established as result of the of in which the Catholic government was overthrown", "the Revolt the chambers rhetoric were closed altogether by the Spanish Governor of the the of 1578 the Eglantier was re established as result of the of in which the Catholic government was overthrown", "the Revolt the chambers rhetoric were closed altogether the Spanish Governor of the the of 1578 the Eglantier was re established as result of the of in which the Catholic government was overthrown", "the Revolt the chambers rhetoric were closed the Spanish Governor of the the of 1578 the Eglantier was re established as result of the of in which the Catholic government was overthrown", "the Revolt the chambers rhetoric were closed the Spanish Governor of the the of 1578 the Eglantier was established as result of the of in which the Catholic government was overthrown", "the the chambers rhetoric were closed the Spanish Governor of the the of 1578 the Eglantier was established as result of the of in which the Catholic government was overthrown", "the the chambers rhetoric were closed the Spanish Governor of the the of 1578 the Eglantier was as result of the of in which the Catholic government was overthrown", "the the chambers rhetoric were closed the Spanish Governor of the the of 1578 the Eglantier was as result of the of in which the Catholic government was", "the the chambers rhetoric were the Spanish Governor of the the of 1578 the Eglantier was as result of the of in which the Catholic government was", "the the chambers rhetoric the Spanish Governor of the the of 1578 the Eglantier was as result of the of in which the Catholic government was", "the chambers rhetoric the Spanish Governor of the the of 1578 the Eglantier was as result of the of in which the Catholic government was", "the chambers the Spanish Governor of the the of 1578 the Eglantier was as result of the of in which the Catholic government was"]}, "config": {"num_remove_word": 23, "num_sentences": 43652, "sentence": "During the Dutch Revolt the chambers of rhetoric were closed altogether by the Spanish Governor of the Netherlands the Duke of Alba but in 1578 the Eglantier was re established as a result of the Alteration of Amsterdam in which the Catholic city government was overthrown", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["a", "Amsterdam", "in", "of", "city", "Dutch", "Netherlands", "but", "Duke", "Alba", "Alteration", "During", "by", "altogether", "re", "Revolt", "established", "overthrown", "closed", "were", "the", "rhetoric", "Spanish"]}, "task_name": "task20", "example_name": "0218", "problem_name": "task20_0218"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHe made his conducting debut at the NYCO with the first professional production of Mark Bucci s Tale for a Deaf Ear on April 6 1958\nWords: [a, April, made, with, He, production, NYCO, at, Deaf, debut, 1958, Bucci, for, his, on, conducting, 6, s, first, of, professional, Tale, Mark]\n", "label": {"final": "the the Ear", "init": "He made his conducting debut at the NYCO with the first professional production of Mark Bucci s Tale for a Deaf Ear on April 6 1958", "intermediate": ["He made his conducting debut at the NYCO with the first professional production of Mark Bucci s Tale for Deaf Ear on April 6 1958", "He made his conducting debut at the NYCO with the first professional production of Mark Bucci s Tale for Deaf Ear on 6 1958", "He his conducting debut at the NYCO with the first professional production of Mark Bucci s Tale for Deaf Ear on 6 1958", "He his conducting debut at the NYCO the first professional production of Mark Bucci s Tale for Deaf Ear on 6 1958", "his conducting debut at the NYCO the first professional production of Mark Bucci s Tale for Deaf Ear on 6 1958", "his conducting debut at the NYCO the first professional of Mark Bucci s Tale for Deaf Ear on 6 1958", "his conducting debut at the the first professional of Mark Bucci s Tale for Deaf Ear on 6 1958", "his conducting debut the the first professional of Mark Bucci s Tale for Deaf Ear on 6 1958", "his conducting debut the the first professional of Mark Bucci s Tale for Ear on 6 1958", "his conducting the the first professional of Mark Bucci s Tale for Ear on 6 1958", "his conducting the the first professional of Mark Bucci s Tale for Ear on 6", "his conducting the the first professional of Mark s Tale for Ear on 6", "his conducting the the first professional of Mark s Tale Ear on 6", "conducting the the first professional of Mark s Tale Ear on 6", "conducting the the first professional of Mark s Tale Ear 6", "the the first professional of Mark s Tale Ear 6", "the the first professional of Mark s Tale Ear", "the the first professional of Mark Tale Ear", "the the professional of Mark Tale Ear", "the the professional Mark Tale Ear", "the the Mark Tale Ear", "the the Mark Ear"]}, "config": {"num_remove_word": 23, "num_sentences": 43652, "sentence": "He made his conducting debut at the NYCO with the first professional production of Mark Bucci s Tale for a Deaf Ear on April 6 1958", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["a", "April", "made", "with", "He", "production", "NYCO", "at", "Deaf", "debut", "1958", "Bucci", "for", "his", "on", "conducting", "6", "s", "first", "of", "professional", "Tale", "Mark"]}, "task_name": "task20", "example_name": "0219", "problem_name": "task20_0219"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nJFMS is headed by a Special Education Principal with the assistance of three Assistant Principals for Grade School Junior High School and Senior High School all of whom are designated by the Schools Division Office\nWords: [Grade, whom, Division, and, Principals, are, Senior, the, Assistant, for, Principal, all, three, assistance, High, designated, a, of, is, Schools, School, Junior, Special, by]\n", "label": {"final": "JFMS headed Education with School High School of by the Office", "init": "JFMS is headed by a Special Education Principal with the assistance of three Assistant Principals for Grade School Junior High School and Senior High School all of whom are designated by the Schools Division Office", "intermediate": ["JFMS is headed by a Special Education Principal with the assistance of three Assistant Principals for School Junior High School and Senior High School all of whom are designated by the Schools Division Office", "JFMS is headed by a Special Education Principal with the assistance of three Assistant Principals for School Junior High School and Senior High School all of are designated by the Schools Division Office", "JFMS is headed by a Special Education Principal with the assistance of three Assistant Principals for School Junior High School and Senior High School all of are designated by the Schools Office", "JFMS is headed by a Special Education Principal with the assistance of three Assistant Principals for School Junior High School Senior High School all of are designated by the Schools Office", "JFMS is headed by a Special Education Principal with the assistance of three Assistant for School Junior High School Senior High School all of are designated by the Schools Office", "JFMS is headed by a Special Education Principal with the assistance of three Assistant for School Junior High School Senior High School all of designated by the Schools Office", "JFMS is headed by a Special Education Principal with the assistance of three Assistant for School Junior High School High School all of designated by the Schools Office", "JFMS is headed by a Special Education Principal with assistance of three Assistant for School Junior High School High School all of designated by the Schools Office", "JFMS is headed by a Special Education Principal with assistance of three for School Junior High School High School all of designated by the Schools Office", "JFMS is headed by a Special Education Principal with assistance of three School Junior High School High School all of designated by the Schools Office", "JFMS is headed by a Special Education with assistance of three School Junior High School High School all of designated by the Schools Office", "JFMS is headed by a Special Education with assistance of three School Junior High School High School of designated by the Schools Office", "JFMS is headed by a Special Education with assistance of School Junior High School High School of designated by the Schools Office", "JFMS is headed by a Special Education with of School Junior High School High School of designated by the Schools Office", "JFMS is headed by a Special Education with of School Junior School High School of designated by the Schools Office", "JFMS is headed by a Special Education with of School Junior School High School of by the Schools Office", "JFMS is headed by Special Education with of School Junior School High School of by the Schools Office", "JFMS is headed by Special Education with School Junior School High School of by the Schools Office", "JFMS headed by Special Education with School Junior School High School of by the Schools Office", "JFMS headed by Special Education with School Junior School High School of by the Office", "JFMS headed by Special Education with Junior School High School of by the Office", "JFMS headed by Special Education with School High School of by the Office", "JFMS headed by Education with School High School of by the Office"]}, "config": {"num_remove_word": 24, "num_sentences": 43652, "sentence": "JFMS is headed by a Special Education Principal with the assistance of three Assistant Principals for Grade School Junior High School and Senior High School all of whom are designated by the Schools Division Office", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Grade", "whom", "Division", "and", "Principals", "are", "Senior", "the", "Assistant", "for", "Principal", "all", "three", "assistance", "High", "designated", "a", "of", "is", "Schools", "School", "Junior", "Special", "by"]}, "task_name": "task20", "example_name": "0220", "problem_name": "task20_0220"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nA woman sleeps in a bed with a monitor on her wrist and an electronic device placed around her head with several doctors monitoring her through the glass wall watching what appears to be a simulation being created for her through the device on a screen and tapping a button marked days to reset on another as it counts down and cycles through the days of the week\nWords: [what, counts, week, created, doctors, a, the, appears, an, it, of, sleeps, marked, monitoring, with, as, and, watching, her, being, to, simulation, through, tapping]\n", "label": {"final": "A woman in bed a monitor on wrist electronic device placed around her head with several her glass wall be a for her through the device on a screen and a button days to reset on another down and cycles through the days the", "init": "A woman sleeps in a bed with a monitor on her wrist and an electronic device placed around her head with several doctors monitoring her through the glass wall watching what appears to be a simulation being created for her through the device on a screen and tapping a button marked days to reset on another as it counts down and cycles through the days of the week", "intermediate": ["A woman sleeps in a bed with a monitor on her wrist and an electronic device placed around her head with several doctors monitoring her through the glass wall watching appears to be a simulation being created for her through the device on a screen and tapping a button marked days to reset on another as it counts down and cycles through the days of the week", "A woman sleeps in a bed with a monitor on her wrist and an electronic device placed around her head with several doctors monitoring her through the glass wall watching appears to be a simulation being created for her through the device on a screen and tapping a button marked days to reset on another as it down and cycles through the days of the week", "A woman sleeps in a bed with a monitor on her wrist and an electronic device placed around her head with several doctors monitoring her through the glass wall watching appears to be a simulation being created for her through the device on a screen and tapping a button marked days to reset on another as it down and cycles through the days of the", "A woman sleeps in a bed with a monitor on her wrist and an electronic device placed around her head with several doctors monitoring her through the glass wall watching appears to be a simulation being for her through the device on a screen and tapping a button marked days to reset on another as it down and cycles through the days of the", "A woman sleeps in a bed with a monitor on her wrist and an electronic device placed around her head with several monitoring her through the glass wall watching appears to be a simulation being for her through the device on a screen and tapping a button marked days to reset on another as it down and cycles through the days of the", "A woman sleeps in bed with a monitor on her wrist and an electronic device placed around her head with several monitoring her through the glass wall watching appears to be a simulation being for her through the device on a screen and tapping a button marked days to reset on another as it down and cycles through the days of the", "A woman sleeps in bed with a monitor on her wrist and an electronic device placed around her head with several monitoring her through glass wall watching appears to be a simulation being for her through the device on a screen and tapping a button marked days to reset on another as it down and cycles through the days of the", "A woman sleeps in bed with a monitor on her wrist and an electronic device placed around her head with several monitoring her through glass wall watching to be a simulation being for her through the device on a screen and tapping a button marked days to reset on another as it down and cycles through the days of the", "A woman sleeps in bed with a monitor on her wrist and electronic device placed around her head with several monitoring her through glass wall watching to be a simulation being for her through the device on a screen and tapping a button marked days to reset on another as it down and cycles through the days of the", "A woman sleeps in bed with a monitor on her wrist and electronic device placed around her head with several monitoring her through glass wall watching to be a simulation being for her through the device on a screen and tapping a button marked days to reset on another as down and cycles through the days of the", "A woman sleeps in bed with a monitor on her wrist and electronic device placed around her head with several monitoring her through glass wall watching to be a simulation being for her through the device on a screen and tapping a button marked days to reset on another as down and cycles through the days the", "A woman in bed with a monitor on her wrist and electronic device placed around her head with several monitoring her through glass wall watching to be a simulation being for her through the device on a screen and tapping a button marked days to reset on another as down and cycles through the days the", "A woman in bed with a monitor on her wrist and electronic device placed around her head with several monitoring her through glass wall watching to be a simulation being for her through the device on a screen and tapping a button days to reset on another as down and cycles through the days the", "A woman in bed with a monitor on her wrist and electronic device placed around her head with several her through glass wall watching to be a simulation being for her through the device on a screen and tapping a button days to reset on another as down and cycles through the days the", "A woman in bed a monitor on her wrist and electronic device placed around her head with several her through glass wall watching to be a simulation being for her through the device on a screen and tapping a button days to reset on another as down and cycles through the days the", "A woman in bed a monitor on her wrist and electronic device placed around her head with several her through glass wall watching to be a simulation being for her through the device on a screen and tapping a button days to reset on another down and cycles through the days the", "A woman in bed a monitor on her wrist electronic device placed around her head with several her through glass wall watching to be a simulation being for her through the device on a screen and tapping a button days to reset on another down and cycles through the days the", "A woman in bed a monitor on her wrist electronic device placed around her head with several her through glass wall to be a simulation being for her through the device on a screen and tapping a button days to reset on another down and cycles through the days the", "A woman in bed a monitor on wrist electronic device placed around her head with several her through glass wall to be a simulation being for her through the device on a screen and tapping a button days to reset on another down and cycles through the days the", "A woman in bed a monitor on wrist electronic device placed around her head with several her through glass wall to be a simulation for her through the device on a screen and tapping a button days to reset on another down and cycles through the days the", "A woman in bed a monitor on wrist electronic device placed around her head with several her through glass wall be a simulation for her through the device on a screen and tapping a button days to reset on another down and cycles through the days the", "A woman in bed a monitor on wrist electronic device placed around her head with several her through glass wall be a for her through the device on a screen and tapping a button days to reset on another down and cycles through the days the", "A woman in bed a monitor on wrist electronic device placed around her head with several her glass wall be a for her through the device on a screen and tapping a button days to reset on another down and cycles through the days the"]}, "config": {"num_remove_word": 24, "num_sentences": 43652, "sentence": "A woman sleeps in a bed with a monitor on her wrist and an electronic device placed around her head with several doctors monitoring her through the glass wall watching what appears to be a simulation being created for her through the device on a screen and tapping a button marked days to reset on another as it counts down and cycles through the days of the week", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["what", "counts", "week", "created", "doctors", "a", "the", "appears", "an", "it", "of", "sleeps", "marked", "monitoring", "with", "as", "and", "watching", "her", "being", "to", "simulation", "through", "tapping"]}, "task_name": "task20", "example_name": "0221", "problem_name": "task20_0221"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn 2007 the 107 ARW was advised that it would change missions again to that of theater airlift sharing C 130 Hercules aircraft as an ANG Associate unit to the 914 AW and re designating as the 107th Airlift Wing 107 AW in 2008\nWords: [of, again, in, missions, 2008, airlift, an, sharing, 130, and, unit, 107th, as, ARW, 2007, aircraft, re, Airlift, Associate, the, 914, Hercules, C, In]\n", "label": {"final": "107 was advised that it would change to that theater ANG to the AW designating as the Wing 107 AW", "init": "In 2007 the 107 ARW was advised that it would change missions again to that of theater airlift sharing C 130 Hercules aircraft as an ANG Associate unit to the 914 AW and re designating as the 107th Airlift Wing 107 AW in 2008", "intermediate": ["In 2007 the 107 ARW was advised that it would change missions again to that theater airlift sharing C 130 Hercules aircraft as an ANG Associate unit to the 914 AW and re designating as the 107th Airlift Wing 107 AW in 2008", "In 2007 the 107 ARW was advised that it would change missions to that theater airlift sharing C 130 Hercules aircraft as an ANG Associate unit to the 914 AW and re designating as the 107th Airlift Wing 107 AW in 2008", "In 2007 the 107 ARW was advised that it would change missions to that theater airlift sharing C 130 Hercules aircraft as an ANG Associate unit to the 914 AW and re designating as the 107th Airlift Wing 107 AW 2008", "In 2007 the 107 ARW was advised that it would change to that theater airlift sharing C 130 Hercules aircraft as an ANG Associate unit to the 914 AW and re designating as the 107th Airlift Wing 107 AW 2008", "In 2007 the 107 ARW was advised that it would change to that theater airlift sharing C 130 Hercules aircraft as an ANG Associate unit to the 914 AW and re designating as the 107th Airlift Wing 107 AW", "In 2007 the 107 ARW was advised that it would change to that theater sharing C 130 Hercules aircraft as an ANG Associate unit to the 914 AW and re designating as the 107th Airlift Wing 107 AW", "In 2007 the 107 ARW was advised that it would change to that theater sharing C 130 Hercules aircraft as ANG Associate unit to the 914 AW and re designating as the 107th Airlift Wing 107 AW", "In 2007 the 107 ARW was advised that it would change to that theater C 130 Hercules aircraft as ANG Associate unit to the 914 AW and re designating as the 107th Airlift Wing 107 AW", "In 2007 the 107 ARW was advised that it would change to that theater C Hercules aircraft as ANG Associate unit to the 914 AW and re designating as the 107th Airlift Wing 107 AW", "In 2007 the 107 ARW was advised that it would change to that theater C Hercules aircraft as ANG Associate unit to the 914 AW re designating as the 107th Airlift Wing 107 AW", "In 2007 the 107 ARW was advised that it would change to that theater C Hercules aircraft as ANG Associate to the 914 AW re designating as the 107th Airlift Wing 107 AW", "In 2007 the 107 ARW was advised that it would change to that theater C Hercules aircraft as ANG Associate to the 914 AW re designating as the Airlift Wing 107 AW", "In 2007 the 107 ARW was advised that it would change to that theater C Hercules aircraft ANG Associate to the 914 AW re designating as the Airlift Wing 107 AW", "In 2007 the 107 was advised that it would change to that theater C Hercules aircraft ANG Associate to the 914 AW re designating as the Airlift Wing 107 AW", "In the 107 was advised that it would change to that theater C Hercules aircraft ANG Associate to the 914 AW re designating as the Airlift Wing 107 AW", "In the 107 was advised that it would change to that theater C Hercules ANG Associate to the 914 AW re designating as the Airlift Wing 107 AW", "In the 107 was advised that it would change to that theater C Hercules ANG Associate to the 914 AW designating as the Airlift Wing 107 AW", "In the 107 was advised that it would change to that theater C Hercules ANG Associate to the 914 AW designating as the Wing 107 AW", "In the 107 was advised that it would change to that theater C Hercules ANG to the 914 AW designating as the Wing 107 AW", "In 107 was advised that it would change to that theater C Hercules ANG to the 914 AW designating as the Wing 107 AW", "In 107 was advised that it would change to that theater C Hercules ANG to the AW designating as the Wing 107 AW", "In 107 was advised that it would change to that theater C ANG to the AW designating as the Wing 107 AW", "In 107 was advised that it would change to that theater ANG to the AW designating as the Wing 107 AW"]}, "config": {"num_remove_word": 24, "num_sentences": 43652, "sentence": "In 2007 the 107 ARW was advised that it would change missions again to that of theater airlift sharing C 130 Hercules aircraft as an ANG Associate unit to the 914 AW and re designating as the 107th Airlift Wing 107 AW in 2008", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["of", "again", "in", "missions", "2008", "airlift", "an", "sharing", "130", "and", "unit", "107th", "as", "ARW", "2007", "aircraft", "re", "Airlift", "Associate", "the", "914", "Hercules", "C", "In"]}, "task_name": "task20", "example_name": "0222", "problem_name": "task20_0222"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe second episode shows Elizabeth from several months to a year after her coronation establishing herself as Queen to the emergence of Mary Queen of Scots as her political rival\nWords: [year, as, political, herself, Scots, Queen, a, second, shows, months, Mary, to, Elizabeth, coronation, emergence, from, rival, of, the, episode, after, The, her, establishing]\n", "label": {"final": "several to Queen of as her", "init": "The second episode shows Elizabeth from several months to a year after her coronation establishing herself as Queen to the emergence of Mary Queen of Scots as her political rival", "intermediate": ["The second episode shows Elizabeth from several months to a after her coronation establishing herself as Queen to the emergence of Mary Queen of Scots as her political rival", "The second episode shows Elizabeth from several months to a after her coronation establishing herself Queen to the emergence of Mary Queen of Scots as her political rival", "The second episode shows Elizabeth from several months to a after her coronation establishing herself Queen to the emergence of Mary Queen of Scots as her rival", "The second episode shows Elizabeth from several months to a after her coronation establishing Queen to the emergence of Mary Queen of Scots as her rival", "The second episode shows Elizabeth from several months to a after her coronation establishing Queen to the emergence of Mary Queen of as her rival", "The second episode shows Elizabeth from several months to a after her coronation establishing to the emergence of Mary Queen of as her rival", "The second episode shows Elizabeth from several months to after her coronation establishing to the emergence of Mary Queen of as her rival", "The episode shows Elizabeth from several months to after her coronation establishing to the emergence of Mary Queen of as her rival", "The episode Elizabeth from several months to after her coronation establishing to the emergence of Mary Queen of as her rival", "The episode Elizabeth from several to after her coronation establishing to the emergence of Mary Queen of as her rival", "The episode Elizabeth from several to after her coronation establishing to the emergence of Queen of as her rival", "The episode Elizabeth from several after her coronation establishing to the emergence of Queen of as her rival", "The episode from several after her coronation establishing to the emergence of Queen of as her rival", "The episode from several after her establishing to the emergence of Queen of as her rival", "The episode from several after her establishing to the of Queen of as her rival", "The episode several after her establishing to the of Queen of as her rival", "The episode several after her establishing to the of Queen of as her", "The episode several after her establishing to the Queen of as her", "The episode several after her establishing to Queen of as her", "The several after her establishing to Queen of as her", "The several her establishing to Queen of as her", "several her establishing to Queen of as her", "several establishing to Queen of as her"]}, "config": {"num_remove_word": 24, "num_sentences": 43652, "sentence": "The second episode shows Elizabeth from several months to a year after her coronation establishing herself as Queen to the emergence of Mary Queen of Scots as her political rival", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["year", "as", "political", "herself", "Scots", "Queen", "a", "second", "shows", "months", "Mary", "to", "Elizabeth", "coronation", "emergence", "from", "rival", "of", "the", "episode", "after", "The", "her", "establishing"]}, "task_name": "task20", "example_name": "0223", "problem_name": "task20_0223"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nSeveral did for a time successfully integrate back into the villages of Buku Mara and Bazartete given the job of being a servant to the other villagers chopping and gathering firewood or cleaning\nWords: [did, of, for, successfully, villages, servant, the, and, Bazartete, Several, Mara, into, chopping, given, gathering, back, firewood, villagers, job, Buku, integrate, time, to, a]\n", "label": {"final": "the of being a the other and or cleaning", "init": "Several did for a time successfully integrate back into the villages of Buku Mara and Bazartete given the job of being a servant to the other villagers chopping and gathering firewood or cleaning", "intermediate": ["Several for a time successfully integrate back into the villages of Buku Mara and Bazartete given the job of being a servant to the other villagers chopping and gathering firewood or cleaning", "Several for a time successfully integrate back into the villages Buku Mara and Bazartete given the job of being a servant to the other villagers chopping and gathering firewood or cleaning", "Several a time successfully integrate back into the villages Buku Mara and Bazartete given the job of being a servant to the other villagers chopping and gathering firewood or cleaning", "Several a time integrate back into the villages Buku Mara and Bazartete given the job of being a servant to the other villagers chopping and gathering firewood or cleaning", "Several a time integrate back into the Buku Mara and Bazartete given the job of being a servant to the other villagers chopping and gathering firewood or cleaning", "Several a time integrate back into the Buku Mara and Bazartete given the job of being a to the other villagers chopping and gathering firewood or cleaning", "Several a time integrate back into Buku Mara and Bazartete given the job of being a to the other villagers chopping and gathering firewood or cleaning", "Several a time integrate back into Buku Mara Bazartete given the job of being a to the other villagers chopping and gathering firewood or cleaning", "Several a time integrate back into Buku Mara given the job of being a to the other villagers chopping and gathering firewood or cleaning", "a time integrate back into Buku Mara given the job of being a to the other villagers chopping and gathering firewood or cleaning", "a time integrate back into Buku given the job of being a to the other villagers chopping and gathering firewood or cleaning", "a time integrate back Buku given the job of being a to the other villagers chopping and gathering firewood or cleaning", "a time integrate back Buku given the job of being a to the other villagers and gathering firewood or cleaning", "a time integrate back Buku the job of being a to the other villagers and gathering firewood or cleaning", "a time integrate back Buku the job of being a to the other villagers and firewood or cleaning", "a time integrate Buku the job of being a to the other villagers and firewood or cleaning", "a time integrate Buku the job of being a to the other villagers and or cleaning", "a time integrate Buku the job of being a to the other and or cleaning", "a time integrate Buku the of being a to the other and or cleaning", "a time integrate the of being a to the other and or cleaning", "a time the of being a to the other and or cleaning", "a the of being a to the other and or cleaning", "a the of being a the other and or cleaning"]}, "config": {"num_remove_word": 24, "num_sentences": 43652, "sentence": "Several did for a time successfully integrate back into the villages of Buku Mara and Bazartete given the job of being a servant to the other villagers chopping and gathering firewood or cleaning", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["did", "of", "for", "successfully", "villages", "servant", "the", "and", "Bazartete", "Several", "Mara", "into", "chopping", "given", "gathering", "back", "firewood", "villagers", "job", "Buku", "integrate", "time", "to", "a"]}, "task_name": "task20", "example_name": "0224", "problem_name": "task20_0224"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHe was appointed United States attorney for the southern district of Ohio from May 1944 until March 1946 when he was appointed by President Truman to fill a vacancy on the United States Tax Court\nWords: [of, President, a, when, the, Ohio, was, 1946, May, March, to, he, appointed, from, by, He, United, district, Truman, for, Tax, Court, southern, 1944]\n", "label": {"final": "States attorney until was appointed fill vacancy on the United States", "init": "He was appointed United States attorney for the southern district of Ohio from May 1944 until March 1946 when he was appointed by President Truman to fill a vacancy on the United States Tax Court", "intermediate": ["He was appointed United States attorney for the southern district Ohio from May 1944 until March 1946 when he was appointed by President Truman to fill a vacancy on the United States Tax Court", "He was appointed United States attorney for the southern district Ohio from May 1944 until March 1946 when he was appointed by Truman to fill a vacancy on the United States Tax Court", "He was appointed United States attorney for the southern district Ohio from May 1944 until March 1946 when he was appointed by Truman to fill vacancy on the United States Tax Court", "He was appointed United States attorney for the southern district Ohio from May 1944 until March 1946 he was appointed by Truman to fill vacancy on the United States Tax Court", "He was appointed United States attorney for southern district Ohio from May 1944 until March 1946 he was appointed by Truman to fill vacancy on the United States Tax Court", "He was appointed United States attorney for southern district from May 1944 until March 1946 he was appointed by Truman to fill vacancy on the United States Tax Court", "He appointed United States attorney for southern district from May 1944 until March 1946 he was appointed by Truman to fill vacancy on the United States Tax Court", "He appointed United States attorney for southern district from May 1944 until March he was appointed by Truman to fill vacancy on the United States Tax Court", "He appointed United States attorney for southern district from 1944 until March he was appointed by Truman to fill vacancy on the United States Tax Court", "He appointed United States attorney for southern district from 1944 until he was appointed by Truman to fill vacancy on the United States Tax Court", "He appointed United States attorney for southern district from 1944 until he was appointed by Truman fill vacancy on the United States Tax Court", "He appointed United States attorney for southern district from 1944 until was appointed by Truman fill vacancy on the United States Tax Court", "He United States attorney for southern district from 1944 until was appointed by Truman fill vacancy on the United States Tax Court", "He United States attorney for southern district 1944 until was appointed by Truman fill vacancy on the United States Tax Court", "He United States attorney for southern district 1944 until was appointed Truman fill vacancy on the United States Tax Court", "United States attorney for southern district 1944 until was appointed Truman fill vacancy on the United States Tax Court", "States attorney for southern district 1944 until was appointed Truman fill vacancy on the United States Tax Court", "States attorney for southern 1944 until was appointed Truman fill vacancy on the United States Tax Court", "States attorney for southern 1944 until was appointed fill vacancy on the United States Tax Court", "States attorney southern 1944 until was appointed fill vacancy on the United States Tax Court", "States attorney southern 1944 until was appointed fill vacancy on the United States Court", "States attorney southern 1944 until was appointed fill vacancy on the United States", "States attorney 1944 until was appointed fill vacancy on the United States"]}, "config": {"num_remove_word": 24, "num_sentences": 43652, "sentence": "He was appointed United States attorney for the southern district of Ohio from May 1944 until March 1946 when he was appointed by President Truman to fill a vacancy on the United States Tax Court", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["of", "President", "a", "when", "the", "Ohio", "was", "1946", "May", "March", "to", "he", "appointed", "from", "by", "He", "United", "district", "Truman", "for", "Tax", "Court", "southern", "1944"]}, "task_name": "task20", "example_name": "0225", "problem_name": "task20_0225"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe Lindsey State Jail formally the John R Lindsey State Jail is a privately operated minimum and medium security prison for men located in Jacksboro Jack County Texas\nWords: [a, medium, is, Lindsey, privately, the, State, formally, operated, for, The, County, Jacksboro, and, in, Texas, minimum, security, men, John, R, located, Jack, Jail]\n", "label": {"final": "Lindsey State Jail prison", "init": "The Lindsey State Jail formally the John R Lindsey State Jail is a privately operated minimum and medium security prison for men located in Jacksboro Jack County Texas", "intermediate": ["The Lindsey State Jail formally the John R Lindsey State Jail is privately operated minimum and medium security prison for men located in Jacksboro Jack County Texas", "The Lindsey State Jail formally the John R Lindsey State Jail is privately operated minimum and security prison for men located in Jacksboro Jack County Texas", "The Lindsey State Jail formally the John R Lindsey State Jail privately operated minimum and security prison for men located in Jacksboro Jack County Texas", "The State Jail formally the John R Lindsey State Jail privately operated minimum and security prison for men located in Jacksboro Jack County Texas", "The State Jail formally the John R Lindsey State Jail operated minimum and security prison for men located in Jacksboro Jack County Texas", "The State Jail formally John R Lindsey State Jail operated minimum and security prison for men located in Jacksboro Jack County Texas", "The Jail formally John R Lindsey State Jail operated minimum and security prison for men located in Jacksboro Jack County Texas", "The Jail John R Lindsey State Jail operated minimum and security prison for men located in Jacksboro Jack County Texas", "The Jail John R Lindsey State Jail minimum and security prison for men located in Jacksboro Jack County Texas", "The Jail John R Lindsey State Jail minimum and security prison men located in Jacksboro Jack County Texas", "Jail John R Lindsey State Jail minimum and security prison men located in Jacksboro Jack County Texas", "Jail John R Lindsey State Jail minimum and security prison men located in Jacksboro Jack Texas", "Jail John R Lindsey State Jail minimum and security prison men located in Jack Texas", "Jail John R Lindsey State Jail minimum security prison men located in Jack Texas", "Jail John R Lindsey State Jail minimum security prison men located Jack Texas", "Jail John R Lindsey State Jail minimum security prison men located Jack", "Jail John R Lindsey State Jail security prison men located Jack", "Jail John R Lindsey State Jail prison men located Jack", "Jail John R Lindsey State Jail prison located Jack", "Jail R Lindsey State Jail prison located Jack", "Jail Lindsey State Jail prison located Jack", "Jail Lindsey State Jail prison Jack", "Jail Lindsey State Jail prison"]}, "config": {"num_remove_word": 24, "num_sentences": 43652, "sentence": "The Lindsey State Jail formally the John R Lindsey State Jail is a privately operated minimum and medium security prison for men located in Jacksboro Jack County Texas", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["a", "medium", "is", "Lindsey", "privately", "the", "State", "formally", "operated", "for", "The", "County", "Jacksboro", "and", "in", "Texas", "minimum", "security", "men", "John", "R", "located", "Jack", "Jail"]}, "task_name": "task20", "example_name": "0226", "problem_name": "task20_0226"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThis is also compared to the ROC with PRC s strong neglect of human rights protections state sanctioned discrimination and generally low regard for freedom of religion or belief\nWords: [ROC, freedom, strong, PRC, for, compared, the, generally, also, human, with, low, of, discrimination, regard, or, is, state, protections, neglect, belief, sanctioned, religion, and]\n", "label": {"final": "This to s rights of", "init": "This is also compared to the ROC with PRC s strong neglect of human rights protections state sanctioned discrimination and generally low regard for freedom of religion or belief", "intermediate": ["This is also compared to the with PRC s strong neglect of human rights protections state sanctioned discrimination and generally low regard for freedom of religion or belief", "This is also compared to the with PRC s strong neglect of human rights protections state sanctioned discrimination and generally low regard for of religion or belief", "This is also compared to the with PRC s neglect of human rights protections state sanctioned discrimination and generally low regard for of religion or belief", "This is also compared to the with s neglect of human rights protections state sanctioned discrimination and generally low regard for of religion or belief", "This is also compared to the with s neglect of human rights protections state sanctioned discrimination and generally low regard of religion or belief", "This is also to the with s neglect of human rights protections state sanctioned discrimination and generally low regard of religion or belief", "This is also to with s neglect of human rights protections state sanctioned discrimination and generally low regard of religion or belief", "This is also to with s neglect of human rights protections state sanctioned discrimination and low regard of religion or belief", "This is to with s neglect of human rights protections state sanctioned discrimination and low regard of religion or belief", "This is to with s neglect of rights protections state sanctioned discrimination and low regard of religion or belief", "This is to s neglect of rights protections state sanctioned discrimination and low regard of religion or belief", "This is to s neglect of rights protections state sanctioned discrimination and regard of religion or belief", "This is to s neglect rights protections state sanctioned discrimination and regard of religion or belief", "This is to s neglect rights protections state sanctioned and regard of religion or belief", "This is to s neglect rights protections state sanctioned and of religion or belief", "This is to s neglect rights protections state sanctioned and of religion belief", "This to s neglect rights protections state sanctioned and of religion belief", "This to s neglect rights protections sanctioned and of religion belief", "This to s neglect rights sanctioned and of religion belief", "This to s rights sanctioned and of religion belief", "This to s rights sanctioned and of religion", "This to s rights and of religion", "This to s rights and of"]}, "config": {"num_remove_word": 24, "num_sentences": 43652, "sentence": "This is also compared to the ROC with PRC s strong neglect of human rights protections state sanctioned discrimination and generally low regard for freedom of religion or belief", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["ROC", "freedom", "strong", "PRC", "for", "compared", "the", "generally", "also", "human", "with", "low", "of", "discrimination", "regard", "or", "is", "state", "protections", "neglect", "belief", "sanctioned", "religion", "and"]}, "task_name": "task20", "example_name": "0227", "problem_name": "task20_0227"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThis spontaneous action was followed shortly by banks in other states suspending payment on their own banknotes and the U S Treasury itself suspending redemption of its own Treasury notes\nWords: [by, Treasury, the, other, on, own, suspending, followed, payment, banknotes, their, notes, spontaneous, of, S, and, redemption, states, U, This, was, its, itself, banks]\n", "label": {"final": "action shortly in suspending own Treasury", "init": "This spontaneous action was followed shortly by banks in other states suspending payment on their own banknotes and the U S Treasury itself suspending redemption of its own Treasury notes", "intermediate": ["This spontaneous action was followed shortly banks in other states suspending payment on their own banknotes and the U S Treasury itself suspending redemption of its own Treasury notes", "This spontaneous action was followed shortly banks in other states suspending payment on their own banknotes and the U S itself suspending redemption of its own Treasury notes", "This spontaneous action was followed shortly banks in other states suspending payment on their own banknotes and U S itself suspending redemption of its own Treasury notes", "This spontaneous action was followed shortly banks in states suspending payment on their own banknotes and U S itself suspending redemption of its own Treasury notes", "This spontaneous action was followed shortly banks in states suspending payment their own banknotes and U S itself suspending redemption of its own Treasury notes", "This spontaneous action was followed shortly banks in states suspending payment their banknotes and U S itself suspending redemption of its own Treasury notes", "This spontaneous action was followed shortly banks in states payment their banknotes and U S itself suspending redemption of its own Treasury notes", "This spontaneous action was shortly banks in states payment their banknotes and U S itself suspending redemption of its own Treasury notes", "This spontaneous action was shortly banks in states their banknotes and U S itself suspending redemption of its own Treasury notes", "This spontaneous action was shortly banks in states their and U S itself suspending redemption of its own Treasury notes", "This spontaneous action was shortly banks in states and U S itself suspending redemption of its own Treasury notes", "This spontaneous action was shortly banks in states and U S itself suspending redemption of its own Treasury", "This action was shortly banks in states and U S itself suspending redemption of its own Treasury", "This action was shortly banks in states and U S itself suspending redemption its own Treasury", "This action was shortly banks in states and U itself suspending redemption its own Treasury", "This action was shortly banks in states U itself suspending redemption its own Treasury", "This action was shortly banks in states U itself suspending its own Treasury", "This action was shortly banks in U itself suspending its own Treasury", "This action was shortly banks in itself suspending its own Treasury", "action was shortly banks in itself suspending its own Treasury", "action shortly banks in itself suspending its own Treasury", "action shortly banks in itself suspending own Treasury", "action shortly banks in suspending own Treasury"]}, "config": {"num_remove_word": 24, "num_sentences": 43652, "sentence": "This spontaneous action was followed shortly by banks in other states suspending payment on their own banknotes and the U S Treasury itself suspending redemption of its own Treasury notes", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["by", "Treasury", "the", "other", "on", "own", "suspending", "followed", "payment", "banknotes", "their", "notes", "spontaneous", "of", "S", "and", "redemption", "states", "U", "This", "was", "its", "itself", "banks"]}, "task_name": "task20", "example_name": "0228", "problem_name": "task20_0228"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nVirginia Tech showed much interest and nearly agreed to the proposal but UT on the other hand showed little or no interest and in fact avoided the offer which made this possibility ultimately fall by the wayside\nWords: [the, to, wayside, Tech, much, fall, other, agreed, UT, nearly, no, avoided, this, which, or, possibility, interest, showed, made, ultimately, fact, and, on, Virginia]\n", "label": {"final": "proposal but the hand showed little interest and in the offer by the", "init": "Virginia Tech showed much interest and nearly agreed to the proposal but UT on the other hand showed little or no interest and in fact avoided the offer which made this possibility ultimately fall by the wayside", "intermediate": ["Virginia Tech showed much interest and nearly agreed to proposal but UT on the other hand showed little or no interest and in fact avoided the offer which made this possibility ultimately fall by the wayside", "Virginia Tech showed much interest and nearly agreed proposal but UT on the other hand showed little or no interest and in fact avoided the offer which made this possibility ultimately fall by the wayside", "Virginia Tech showed much interest and nearly agreed proposal but UT on the other hand showed little or no interest and in fact avoided the offer which made this possibility ultimately fall by the", "Virginia showed much interest and nearly agreed proposal but UT on the other hand showed little or no interest and in fact avoided the offer which made this possibility ultimately fall by the", "Virginia showed interest and nearly agreed proposal but UT on the other hand showed little or no interest and in fact avoided the offer which made this possibility ultimately fall by the", "Virginia showed interest and nearly agreed proposal but UT on the other hand showed little or no interest and in fact avoided the offer which made this possibility ultimately by the", "Virginia showed interest and nearly agreed proposal but UT on the hand showed little or no interest and in fact avoided the offer which made this possibility ultimately by the", "Virginia showed interest and nearly proposal but UT on the hand showed little or no interest and in fact avoided the offer which made this possibility ultimately by the", "Virginia showed interest and nearly proposal but on the hand showed little or no interest and in fact avoided the offer which made this possibility ultimately by the", "Virginia showed interest and proposal but on the hand showed little or no interest and in fact avoided the offer which made this possibility ultimately by the", "Virginia showed interest and proposal but on the hand showed little or interest and in fact avoided the offer which made this possibility ultimately by the", "Virginia showed interest and proposal but on the hand showed little or interest and in fact the offer which made this possibility ultimately by the", "Virginia showed interest and proposal but on the hand showed little or interest and in fact the offer which made possibility ultimately by the", "Virginia showed interest and proposal but on the hand showed little or interest and in fact the offer made possibility ultimately by the", "Virginia showed interest and proposal but on the hand showed little interest and in fact the offer made possibility ultimately by the", "Virginia showed interest and proposal but on the hand showed little interest and in fact the offer made ultimately by the", "Virginia showed and proposal but on the hand showed little interest and in fact the offer made ultimately by the", "Virginia and proposal but on the hand showed little interest and in fact the offer made ultimately by the", "Virginia and proposal but on the hand showed little interest and in fact the offer ultimately by the", "Virginia and proposal but on the hand showed little interest and in fact the offer by the", "Virginia and proposal but on the hand showed little interest and in the offer by the", "Virginia proposal but on the hand showed little interest and in the offer by the", "Virginia proposal but the hand showed little interest and in the offer by the"]}, "config": {"num_remove_word": 24, "num_sentences": 43652, "sentence": "Virginia Tech showed much interest and nearly agreed to the proposal but UT on the other hand showed little or no interest and in fact avoided the offer which made this possibility ultimately fall by the wayside", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["the", "to", "wayside", "Tech", "much", "fall", "other", "agreed", "UT", "nearly", "no", "avoided", "this", "which", "or", "possibility", "interest", "showed", "made", "ultimately", "fact", "and", "on", "Virginia"]}, "task_name": "task20", "example_name": "0229", "problem_name": "task20_0229"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nShe later took private lessons from two local artists before attending classes at the Royal Academy of Art from 1897 to 1901 where she studied with Ferdinand Hart Nibbrig\nWords: [Art, 1897, the, two, she, of, Nibbrig, later, Hart, Ferdinand, with, from, studied, lessons, classes, Royal, She, to, local, at, where, artists, before, Academy, private]\n", "label": {"final": "took attending from 1901", "init": "She later took private lessons from two local artists before attending classes at the Royal Academy of Art from 1897 to 1901 where she studied with Ferdinand Hart Nibbrig", "intermediate": ["She later took private lessons from two local artists before attending classes at the Royal Academy of from 1897 to 1901 where she studied with Ferdinand Hart Nibbrig", "She later took private lessons from two local artists before attending classes at the Royal Academy of from to 1901 where she studied with Ferdinand Hart Nibbrig", "She later took private lessons from two local artists before attending classes at Royal Academy of from to 1901 where she studied with Ferdinand Hart Nibbrig", "She later took private lessons from local artists before attending classes at Royal Academy of from to 1901 where she studied with Ferdinand Hart Nibbrig", "She later took private lessons from local artists before attending classes at Royal Academy of from to 1901 where studied with Ferdinand Hart Nibbrig", "She later took private lessons from local artists before attending classes at Royal Academy from to 1901 where studied with Ferdinand Hart Nibbrig", "She later took private lessons from local artists before attending classes at Royal Academy from to 1901 where studied with Ferdinand Hart", "She took private lessons from local artists before attending classes at Royal Academy from to 1901 where studied with Ferdinand Hart", "She took private lessons from local artists before attending classes at Royal Academy from to 1901 where studied with Ferdinand", "She took private lessons from local artists before attending classes at Royal Academy from to 1901 where studied with", "She took private lessons from local artists before attending classes at Royal Academy from to 1901 where studied", "She took private lessons local artists before attending classes at Royal Academy from to 1901 where studied", "She took private lessons local artists before attending classes at Royal Academy from to 1901 where", "She took private local artists before attending classes at Royal Academy from to 1901 where", "She took private local artists before attending at Royal Academy from to 1901 where", "She took private local artists before attending at Academy from to 1901 where", "took private local artists before attending at Academy from to 1901 where", "took private local artists before attending at Academy from 1901 where", "took private artists before attending at Academy from 1901 where", "took private artists before attending Academy from 1901 where", "took private artists before attending Academy from 1901", "took private before attending Academy from 1901", "took private attending Academy from 1901", "took private attending from 1901"]}, "config": {"num_remove_word": 25, "num_sentences": 43652, "sentence": "She later took private lessons from two local artists before attending classes at the Royal Academy of Art from 1897 to 1901 where she studied with Ferdinand Hart Nibbrig", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Art", "1897", "the", "two", "she", "of", "Nibbrig", "later", "Hart", "Ferdinand", "with", "from", "studied", "lessons", "classes", "Royal", "She", "to", "local", "at", "where", "artists", "before", "Academy", "private"]}, "task_name": "task20", "example_name": "0230", "problem_name": "task20_0230"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nMeanwhile Geisser found himself called before a disciplinary council by the CRNS under circumstances which according to one side in the debate threatened his right to free speech\nWords: [speech, debate, which, by, free, one, Geisser, found, a, according, called, before, his, threatened, the, circumstances, under, right, to, council, in, himself, CRNS, side, Meanwhile]\n", "label": {"final": "disciplinary the to", "init": "Meanwhile Geisser found himself called before a disciplinary council by the CRNS under circumstances which according to one side in the debate threatened his right to free speech", "intermediate": ["Meanwhile Geisser found himself called before a disciplinary council by the CRNS under circumstances which according to one side in the debate threatened his right to free", "Meanwhile Geisser found himself called before a disciplinary council by the CRNS under circumstances which according to one side in the threatened his right to free", "Meanwhile Geisser found himself called before a disciplinary council by the CRNS under circumstances according to one side in the threatened his right to free", "Meanwhile Geisser found himself called before a disciplinary council the CRNS under circumstances according to one side in the threatened his right to free", "Meanwhile Geisser found himself called before a disciplinary council the CRNS under circumstances according to one side in the threatened his right to", "Meanwhile Geisser found himself called before a disciplinary council the CRNS under circumstances according to side in the threatened his right to", "Meanwhile found himself called before a disciplinary council the CRNS under circumstances according to side in the threatened his right to", "Meanwhile himself called before a disciplinary council the CRNS under circumstances according to side in the threatened his right to", "Meanwhile himself called before disciplinary council the CRNS under circumstances according to side in the threatened his right to", "Meanwhile himself called before disciplinary council the CRNS under circumstances to side in the threatened his right to", "Meanwhile himself before disciplinary council the CRNS under circumstances to side in the threatened his right to", "Meanwhile himself disciplinary council the CRNS under circumstances to side in the threatened his right to", "Meanwhile himself disciplinary council the CRNS under circumstances to side in the threatened right to", "Meanwhile himself disciplinary council the CRNS under circumstances to side in the right to", "Meanwhile himself disciplinary council CRNS under circumstances to side in the right to", "Meanwhile himself disciplinary council CRNS under to side in the right to", "Meanwhile himself disciplinary council CRNS to side in the right to", "Meanwhile himself disciplinary council CRNS to side in the to", "Meanwhile himself disciplinary council CRNS side in the to", "Meanwhile himself disciplinary CRNS side in the to", "Meanwhile himself disciplinary CRNS side the to", "Meanwhile disciplinary CRNS side the to", "Meanwhile disciplinary side the to", "Meanwhile disciplinary the to"]}, "config": {"num_remove_word": 25, "num_sentences": 43652, "sentence": "Meanwhile Geisser found himself called before a disciplinary council by the CRNS under circumstances which according to one side in the debate threatened his right to free speech", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["speech", "debate", "which", "by", "free", "one", "Geisser", "found", "a", "according", "called", "before", "his", "threatened", "the", "circumstances", "under", "right", "to", "council", "in", "himself", "CRNS", "side", "Meanwhile"]}, "task_name": "task20", "example_name": "0231", "problem_name": "task20_0231"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe suppression is characterised by a multifaceted propaganda campaign a program of enforced ideological conversion and re education and a variety of extralegal coercive measures such as arbitrary arrests forced labor and physical torture sometimes resulting in death\nWords: [as, coercive, of, arrests, suppression, re, in, a, labor, extralegal, sometimes, variety, torture, and, propaganda, arbitrary, enforced, ideological, characterised, multifaceted, forced, death, resulting, campaign, measures]\n", "label": {"final": "The is by a program conversion education and a of such and physical", "init": "The suppression is characterised by a multifaceted propaganda campaign a program of enforced ideological conversion and re education and a variety of extralegal coercive measures such as arbitrary arrests forced labor and physical torture sometimes resulting in death", "intermediate": ["The suppression is characterised by a multifaceted propaganda campaign a program of enforced ideological conversion and re education and a variety of extralegal coercive measures such arbitrary arrests forced labor and physical torture sometimes resulting in death", "The suppression is characterised by a multifaceted propaganda campaign a program of enforced ideological conversion and re education and a variety of extralegal measures such arbitrary arrests forced labor and physical torture sometimes resulting in death", "The suppression is characterised by a multifaceted propaganda campaign a program enforced ideological conversion and re education and a variety of extralegal measures such arbitrary arrests forced labor and physical torture sometimes resulting in death", "The suppression is characterised by a multifaceted propaganda campaign a program enforced ideological conversion and re education and a variety of extralegal measures such arbitrary forced labor and physical torture sometimes resulting in death", "The is characterised by a multifaceted propaganda campaign a program enforced ideological conversion and re education and a variety of extralegal measures such arbitrary forced labor and physical torture sometimes resulting in death", "The is characterised by a multifaceted propaganda campaign a program enforced ideological conversion and education and a variety of extralegal measures such arbitrary forced labor and physical torture sometimes resulting in death", "The is characterised by a multifaceted propaganda campaign a program enforced ideological conversion and education and a variety of extralegal measures such arbitrary forced labor and physical torture sometimes resulting death", "The is characterised by multifaceted propaganda campaign a program enforced ideological conversion and education and a variety of extralegal measures such arbitrary forced labor and physical torture sometimes resulting death", "The is characterised by multifaceted propaganda campaign a program enforced ideological conversion and education and a variety of extralegal measures such arbitrary forced and physical torture sometimes resulting death", "The is characterised by multifaceted propaganda campaign a program enforced ideological conversion and education and a variety of measures such arbitrary forced and physical torture sometimes resulting death", "The is characterised by multifaceted propaganda campaign a program enforced ideological conversion and education and a variety of measures such arbitrary forced and physical torture resulting death", "The is characterised by multifaceted propaganda campaign a program enforced ideological conversion and education and a of measures such arbitrary forced and physical torture resulting death", "The is characterised by multifaceted propaganda campaign a program enforced ideological conversion and education and a of measures such arbitrary forced and physical resulting death", "The is characterised by multifaceted propaganda campaign a program enforced ideological conversion education and a of measures such arbitrary forced and physical resulting death", "The is characterised by multifaceted campaign a program enforced ideological conversion education and a of measures such arbitrary forced and physical resulting death", "The is characterised by multifaceted campaign a program enforced ideological conversion education and a of measures such forced and physical resulting death", "The is characterised by multifaceted campaign a program ideological conversion education and a of measures such forced and physical resulting death", "The is characterised by multifaceted campaign a program conversion education and a of measures such forced and physical resulting death", "The is by multifaceted campaign a program conversion education and a of measures such forced and physical resulting death", "The is by campaign a program conversion education and a of measures such forced and physical resulting death", "The is by campaign a program conversion education and a of measures such and physical resulting death", "The is by campaign a program conversion education and a of measures such and physical resulting", "The is by campaign a program conversion education and a of measures such and physical", "The is by a program conversion education and a of measures such and physical"]}, "config": {"num_remove_word": 25, "num_sentences": 43652, "sentence": "The suppression is characterised by a multifaceted propaganda campaign a program of enforced ideological conversion and re education and a variety of extralegal coercive measures such as arbitrary arrests forced labor and physical torture sometimes resulting in death", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["as", "coercive", "of", "arrests", "suppression", "re", "in", "a", "labor", "extralegal", "sometimes", "variety", "torture", "and", "propaganda", "arbitrary", "enforced", "ideological", "characterised", "multifaceted", "forced", "death", "resulting", "campaign", "measures"]}, "task_name": "task20", "example_name": "0232", "problem_name": "task20_0232"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nFrom his title of Butler pincerna in medieval Latin to King Henry I of England he was called William d Aubigny Pincerna to distinguish him from other men of the same name\nWords: [medieval, King, I, of, d, was, title, other, his, William, pincerna, the, Pincerna, name, from, same, in, to, England, Butler, men, him, Henry, called, he]\n", "label": {"final": "From Latin of Aubigny to distinguish of", "init": "From his title of Butler pincerna in medieval Latin to King Henry I of England he was called William d Aubigny Pincerna to distinguish him from other men of the same name", "intermediate": ["From his title of Butler pincerna in Latin to King Henry I of England he was called William d Aubigny Pincerna to distinguish him from other men of the same name", "From his title of Butler pincerna in Latin to Henry I of England he was called William d Aubigny Pincerna to distinguish him from other men of the same name", "From his title of Butler pincerna in Latin to Henry of England he was called William d Aubigny Pincerna to distinguish him from other men of the same name", "From his title Butler pincerna in Latin to Henry of England he was called William d Aubigny Pincerna to distinguish him from other men of the same name", "From his title Butler pincerna in Latin to Henry of England he was called William Aubigny Pincerna to distinguish him from other men of the same name", "From his title Butler pincerna in Latin to Henry of England he called William Aubigny Pincerna to distinguish him from other men of the same name", "From his Butler pincerna in Latin to Henry of England he called William Aubigny Pincerna to distinguish him from other men of the same name", "From his Butler pincerna in Latin to Henry of England he called William Aubigny Pincerna to distinguish him from men of the same name", "From Butler pincerna in Latin to Henry of England he called William Aubigny Pincerna to distinguish him from men of the same name", "From Butler pincerna in Latin to Henry of England he called Aubigny Pincerna to distinguish him from men of the same name", "From Butler in Latin to Henry of England he called Aubigny Pincerna to distinguish him from men of the same name", "From Butler in Latin to Henry of England he called Aubigny Pincerna to distinguish him from men of same name", "From Butler in Latin to Henry of England he called Aubigny to distinguish him from men of same name", "From Butler in Latin to Henry of England he called Aubigny to distinguish him from men of same", "From Butler in Latin to Henry of England he called Aubigny to distinguish him men of same", "From Butler in Latin to Henry of England he called Aubigny to distinguish him men of", "From Butler Latin to Henry of England he called Aubigny to distinguish him men of", "From Butler Latin Henry of England he called Aubigny to distinguish him men of", "From Butler Latin Henry of he called Aubigny to distinguish him men of", "From Latin Henry of he called Aubigny to distinguish him men of", "From Latin Henry of he called Aubigny to distinguish him of", "From Latin Henry of he called Aubigny to distinguish of", "From Latin of he called Aubigny to distinguish of", "From Latin of he Aubigny to distinguish of"]}, "config": {"num_remove_word": 25, "num_sentences": 43652, "sentence": "From his title of Butler pincerna in medieval Latin to King Henry I of England he was called William d Aubigny Pincerna to distinguish him from other men of the same name", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["medieval", "King", "I", "of", "d", "was", "title", "other", "his", "William", "pincerna", "the", "Pincerna", "name", "from", "same", "in", "to", "England", "Butler", "men", "him", "Henry", "called", "he"]}, "task_name": "task20", "example_name": "0233", "problem_name": "task20_0233"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThe committee had initially considered purchasing Constable s Salisbury Cathedral from the Meadows but this work was rejected after it was thought to be too boldly executed\nWords: [too, the, Salisbury, Constable, purchasing, boldly, had, considered, to, Cathedral, s, rejected, was, after, it, thought, initially, but, Meadows, executed, The, this, work, from, be]\n", "label": {"final": "committee was", "init": "The committee had initially considered purchasing Constable s Salisbury Cathedral from the Meadows but this work was rejected after it was thought to be too boldly executed", "intermediate": ["The committee had initially considered purchasing Constable s Salisbury Cathedral from the Meadows but this work was rejected after it was thought to be boldly executed", "The committee had initially considered purchasing Constable s Salisbury Cathedral from Meadows but this work was rejected after it was thought to be boldly executed", "The committee had initially considered purchasing Constable s Cathedral from Meadows but this work was rejected after it was thought to be boldly executed", "The committee had initially considered purchasing s Cathedral from Meadows but this work was rejected after it was thought to be boldly executed", "The committee had initially considered s Cathedral from Meadows but this work was rejected after it was thought to be boldly executed", "The committee had initially considered s Cathedral from Meadows but this work was rejected after it was thought to be executed", "The committee initially considered s Cathedral from Meadows but this work was rejected after it was thought to be executed", "The committee initially s Cathedral from Meadows but this work was rejected after it was thought to be executed", "The committee initially s Cathedral from Meadows but this work was rejected after it was thought be executed", "The committee initially s from Meadows but this work was rejected after it was thought be executed", "The committee initially from Meadows but this work was rejected after it was thought be executed", "The committee initially from Meadows but this work was after it was thought be executed", "The committee initially from Meadows but this work after it was thought be executed", "The committee initially from Meadows but this work it was thought be executed", "The committee initially from Meadows but this work was thought be executed", "The committee initially from Meadows but this work was be executed", "The committee from Meadows but this work was be executed", "The committee from Meadows this work was be executed", "The committee from this work was be executed", "The committee from this work was be", "committee from this work was be", "committee from work was be", "committee from was be", "committee was be"]}, "config": {"num_remove_word": 25, "num_sentences": 43652, "sentence": "The committee had initially considered purchasing Constable s Salisbury Cathedral from the Meadows but this work was rejected after it was thought to be too boldly executed", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["too", "the", "Salisbury", "Constable", "purchasing", "boldly", "had", "considered", "to", "Cathedral", "s", "rejected", "was", "after", "it", "thought", "initially", "but", "Meadows", "executed", "The", "this", "work", "from", "be"]}, "task_name": "task20", "example_name": "0234", "problem_name": "task20_0234"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nHe owned a seven storey tenement in Edinburgh s Royal Mile at the head of Blackfriars Wynd where he lived with his family and at the southern end of this wynd where it joined the Southgait later renamed Cowgate he and Androw Myllar established their printworks in 1507\nWords: [Royal, where, owned, tenement, this, Wynd, seven, later, head, joined, Edinburgh, wynd, 1507, it, he, at, Mile, and, Southgait, a, lived, his, of, s, their]\n", "label": {"final": "He storey in the Blackfriars with family at the southern end of where the renamed Cowgate he and Androw Myllar established printworks in", "init": "He owned a seven storey tenement in Edinburgh s Royal Mile at the head of Blackfriars Wynd where he lived with his family and at the southern end of this wynd where it joined the Southgait later renamed Cowgate he and Androw Myllar established their printworks in 1507", "intermediate": ["He owned a seven storey tenement in Edinburgh s Mile at the head of Blackfriars Wynd where he lived with his family and at the southern end of this wynd where it joined the Southgait later renamed Cowgate he and Androw Myllar established their printworks in 1507", "He owned a seven storey tenement in Edinburgh s Mile at the head of Blackfriars Wynd he lived with his family and at the southern end of this wynd where it joined the Southgait later renamed Cowgate he and Androw Myllar established their printworks in 1507", "He a seven storey tenement in Edinburgh s Mile at the head of Blackfriars Wynd he lived with his family and at the southern end of this wynd where it joined the Southgait later renamed Cowgate he and Androw Myllar established their printworks in 1507", "He a seven storey in Edinburgh s Mile at the head of Blackfriars Wynd he lived with his family and at the southern end of this wynd where it joined the Southgait later renamed Cowgate he and Androw Myllar established their printworks in 1507", "He a seven storey in Edinburgh s Mile at the head of Blackfriars Wynd he lived with his family and at the southern end of wynd where it joined the Southgait later renamed Cowgate he and Androw Myllar established their printworks in 1507", "He a seven storey in Edinburgh s Mile at the head of Blackfriars he lived with his family and at the southern end of wynd where it joined the Southgait later renamed Cowgate he and Androw Myllar established their printworks in 1507", "He a storey in Edinburgh s Mile at the head of Blackfriars he lived with his family and at the southern end of wynd where it joined the Southgait later renamed Cowgate he and Androw Myllar established their printworks in 1507", "He a storey in Edinburgh s Mile at the head of Blackfriars he lived with his family and at the southern end of wynd where it joined the Southgait renamed Cowgate he and Androw Myllar established their printworks in 1507", "He a storey in Edinburgh s Mile at the of Blackfriars he lived with his family and at the southern end of wynd where it joined the Southgait renamed Cowgate he and Androw Myllar established their printworks in 1507", "He a storey in Edinburgh s Mile at the of Blackfriars he lived with his family and at the southern end of wynd where it the Southgait renamed Cowgate he and Androw Myllar established their printworks in 1507", "He a storey in s Mile at the of Blackfriars he lived with his family and at the southern end of wynd where it the Southgait renamed Cowgate he and Androw Myllar established their printworks in 1507", "He a storey in s Mile at the of Blackfriars he lived with his family and at the southern end of where it the Southgait renamed Cowgate he and Androw Myllar established their printworks in 1507", "He a storey in s Mile at the of Blackfriars he lived with his family and at the southern end of where it the Southgait renamed Cowgate he and Androw Myllar established their printworks in", "He a storey in s Mile at the of Blackfriars he lived with his family and at the southern end of where the Southgait renamed Cowgate he and Androw Myllar established their printworks in", "He a storey in s Mile at the of Blackfriars lived with his family and at the southern end of where the Southgait renamed Cowgate he and Androw Myllar established their printworks in", "He a storey in s Mile the of Blackfriars lived with his family and at the southern end of where the Southgait renamed Cowgate he and Androw Myllar established their printworks in", "He a storey in s the of Blackfriars lived with his family and at the southern end of where the Southgait renamed Cowgate he and Androw Myllar established their printworks in", "He a storey in s the of Blackfriars lived with his family at the southern end of where the Southgait renamed Cowgate he and Androw Myllar established their printworks in", "He a storey in s the of Blackfriars lived with his family at the southern end of where the renamed Cowgate he and Androw Myllar established their printworks in", "He storey in s the of Blackfriars lived with his family at the southern end of where the renamed Cowgate he and Androw Myllar established their printworks in", "He storey in s the of Blackfriars with his family at the southern end of where the renamed Cowgate he and Androw Myllar established their printworks in", "He storey in s the of Blackfriars with family at the southern end of where the renamed Cowgate he and Androw Myllar established their printworks in", "He storey in s the Blackfriars with family at the southern end of where the renamed Cowgate he and Androw Myllar established their printworks in", "He storey in the Blackfriars with family at the southern end of where the renamed Cowgate he and Androw Myllar established their printworks in"]}, "config": {"num_remove_word": 25, "num_sentences": 43652, "sentence": "He owned a seven storey tenement in Edinburgh s Royal Mile at the head of Blackfriars Wynd where he lived with his family and at the southern end of this wynd where it joined the Southgait later renamed Cowgate he and Androw Myllar established their printworks in 1507", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["Royal", "where", "owned", "tenement", "this", "Wynd", "seven", "later", "head", "joined", "Edinburgh", "wynd", "1507", "it", "he", "at", "Mile", "and", "Southgait", "a", "lived", "his", "of", "s", "their"]}, "task_name": "task20", "example_name": "0235", "problem_name": "task20_0235"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nThis could be explained as a result of high self fertilization rate due to harsh environmental conditions that affect successful cross fertilization such as limited seed dispersal range and browsing from predators\nWords: [as, successful, range, such, high, affect, and, explained, environmental, from, limited, a, due, cross, self, seed, fertilization, could, that, be, This, of, dispersal, browsing, result]\n", "label": {"final": "rate to harsh conditions fertilization as predators", "init": "This could be explained as a result of high self fertilization rate due to harsh environmental conditions that affect successful cross fertilization such as limited seed dispersal range and browsing from predators", "intermediate": ["This could be explained a result of high self fertilization rate due to harsh environmental conditions that affect successful cross fertilization such as limited seed dispersal range and browsing from predators", "This could be explained a result of high self fertilization rate due to harsh environmental conditions that affect cross fertilization such as limited seed dispersal range and browsing from predators", "This could be explained a result of high self fertilization rate due to harsh environmental conditions that affect cross fertilization such as limited seed dispersal and browsing from predators", "This could be explained a result of high self fertilization rate due to harsh environmental conditions that affect cross fertilization as limited seed dispersal and browsing from predators", "This could be explained a result of self fertilization rate due to harsh environmental conditions that affect cross fertilization as limited seed dispersal and browsing from predators", "This could be explained a result of self fertilization rate due to harsh environmental conditions that cross fertilization as limited seed dispersal and browsing from predators", "This could be explained a result of self fertilization rate due to harsh environmental conditions that cross fertilization as limited seed dispersal browsing from predators", "This could be a result of self fertilization rate due to harsh environmental conditions that cross fertilization as limited seed dispersal browsing from predators", "This could be a result of self fertilization rate due to harsh conditions that cross fertilization as limited seed dispersal browsing from predators", "This could be a result of self fertilization rate due to harsh conditions that cross fertilization as limited seed dispersal browsing predators", "This could be a result of self fertilization rate due to harsh conditions that cross fertilization as seed dispersal browsing predators", "This could be result of self fertilization rate due to harsh conditions that cross fertilization as seed dispersal browsing predators", "This could be result of self fertilization rate to harsh conditions that cross fertilization as seed dispersal browsing predators", "This could be result of self fertilization rate to harsh conditions that fertilization as seed dispersal browsing predators", "This could be result of fertilization rate to harsh conditions that fertilization as seed dispersal browsing predators", "This could be result of fertilization rate to harsh conditions that fertilization as dispersal browsing predators", "This could be result of rate to harsh conditions that fertilization as dispersal browsing predators", "This be result of rate to harsh conditions that fertilization as dispersal browsing predators", "This be result of rate to harsh conditions fertilization as dispersal browsing predators", "This result of rate to harsh conditions fertilization as dispersal browsing predators", "result of rate to harsh conditions fertilization as dispersal browsing predators", "result rate to harsh conditions fertilization as dispersal browsing predators", "result rate to harsh conditions fertilization as browsing predators", "result rate to harsh conditions fertilization as predators"]}, "config": {"num_remove_word": 25, "num_sentences": 43652, "sentence": "This could be explained as a result of high self fertilization rate due to harsh environmental conditions that affect successful cross fertilization such as limited seed dispersal range and browsing from predators", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["as", "successful", "range", "such", "high", "affect", "and", "explained", "environmental", "from", "limited", "a", "due", "cross", "self", "seed", "fertilization", "could", "that", "be", "This", "of", "dispersal", "browsing", "result"]}, "task_name": "task20", "example_name": "0236", "problem_name": "task20_0236"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nIn 1896 and 1898 she sang in the Promenade Concert under the baton of Henry Wood while in 1897 and 1900 she was at the Birmingham Festival and appeared frequently with the Royal Philharmonic Society and Royal Choral Society\nWords: [under, Festival, in, Birmingham, sang, with, 1896, and, Choral, of, Wood, Society, Henry, 1900, Concert, at, the, 1897, appeared, Promenade, baton, 1898, while, was, In]\n", "label": {"final": "she the in and she the and frequently the Royal Philharmonic and Royal Society", "init": "In 1896 and 1898 she sang in the Promenade Concert under the baton of Henry Wood while in 1897 and 1900 she was at the Birmingham Festival and appeared frequently with the Royal Philharmonic Society and Royal Choral Society", "intermediate": ["In 1896 and 1898 she sang in the Promenade Concert the baton of Henry Wood while in 1897 and 1900 she was at the Birmingham Festival and appeared frequently with the Royal Philharmonic Society and Royal Choral Society", "In 1896 and 1898 she sang in the Promenade Concert the baton of Henry Wood while in 1897 and 1900 she was at the Birmingham and appeared frequently with the Royal Philharmonic Society and Royal Choral Society", "In 1896 and 1898 she sang the Promenade Concert the baton of Henry Wood while in 1897 and 1900 she was at the Birmingham and appeared frequently with the Royal Philharmonic Society and Royal Choral Society", "In 1896 and 1898 she sang the Promenade Concert the baton of Henry Wood while in 1897 and 1900 she was at the and appeared frequently with the Royal Philharmonic Society and Royal Choral Society", "In 1896 and 1898 she the Promenade Concert the baton of Henry Wood while in 1897 and 1900 she was at the and appeared frequently with the Royal Philharmonic Society and Royal Choral Society", "In 1896 and 1898 she the Promenade Concert the baton of Henry Wood while in 1897 and 1900 she was at the and appeared frequently the Royal Philharmonic Society and Royal Choral Society", "In and 1898 she the Promenade Concert the baton of Henry Wood while in 1897 and 1900 she was at the and appeared frequently the Royal Philharmonic Society and Royal Choral Society", "In 1898 she the Promenade Concert the baton of Henry Wood while in 1897 and 1900 she was at the and appeared frequently the Royal Philharmonic Society and Royal Choral Society", "In 1898 she the Promenade Concert the baton of Henry Wood while in 1897 and 1900 she was at the and appeared frequently the Royal Philharmonic Society and Royal Society", "In 1898 she the Promenade Concert the baton Henry Wood while in 1897 and 1900 she was at the and appeared frequently the Royal Philharmonic Society and Royal Society", "In 1898 she the Promenade Concert the baton Henry while in 1897 and 1900 she was at the and appeared frequently the Royal Philharmonic Society and Royal Society", "In 1898 she the Promenade Concert the baton Henry while in 1897 and 1900 she was at the and appeared frequently the Royal Philharmonic and Royal Society", "In 1898 she the Promenade Concert the baton while in 1897 and 1900 she was at the and appeared frequently the Royal Philharmonic and Royal Society", "In 1898 she the Promenade Concert the baton while in 1897 and she was at the and appeared frequently the Royal Philharmonic and Royal Society", "In 1898 she the Promenade the baton while in 1897 and she was at the and appeared frequently the Royal Philharmonic and Royal Society", "In 1898 she the Promenade the baton while in 1897 and she was the and appeared frequently the Royal Philharmonic and Royal Society", "In 1898 she Promenade the baton while in 1897 and she was the and appeared frequently the Royal Philharmonic and Royal Society", "In 1898 she Promenade the baton while in and she was the and appeared frequently the Royal Philharmonic and Royal Society", "In 1898 she Promenade the baton while in and she was the and frequently the Royal Philharmonic and Royal Society", "In 1898 she the baton while in and she was the and frequently the Royal Philharmonic and Royal Society", "In 1898 she the while in and she was the and frequently the Royal Philharmonic and Royal Society", "In she the while in and she was the and frequently the Royal Philharmonic and Royal Society", "In she the in and she was the and frequently the Royal Philharmonic and Royal Society", "In she the in and she the and frequently the Royal Philharmonic and Royal Society"]}, "config": {"num_remove_word": 25, "num_sentences": 43652, "sentence": "In 1896 and 1898 she sang in the Promenade Concert under the baton of Henry Wood while in 1897 and 1900 she was at the Birmingham Festival and appeared frequently with the Royal Philharmonic Society and Royal Choral Society", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["under", "Festival", "in", "Birmingham", "sang", "with", "1896", "and", "Choral", "of", "Wood", "Society", "Henry", "1900", "Concert", "at", "the", "1897", "appeared", "Promenade", "baton", "1898", "while", "was", "In"]}, "task_name": "task20", "example_name": "0237", "problem_name": "task20_0237"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nOn 2 March 1935 Prince Ananda Mahidol was elected by the National Assembly and the Thai government to succeed his uncle King Prajadhipok as the eighth king of the Chakri dynasty\nWords: [eighth, as, 2, Ananda, government, Assembly, the, Prince, elected, On, Mahidol, 1935, dynasty, Prajadhipok, king, to, was, King, succeed, Thai, and, National, March, uncle, Chakri]\n", "label": {"final": "by the his the of the", "init": "On 2 March 1935 Prince Ananda Mahidol was elected by the National Assembly and the Thai government to succeed his uncle King Prajadhipok as the eighth king of the Chakri dynasty", "intermediate": ["On 2 March 1935 Prince Ananda Mahidol was elected by the National Assembly and the Thai government to succeed his uncle King Prajadhipok as the king of the Chakri dynasty", "On 2 March 1935 Prince Ananda Mahidol was elected by the National Assembly and the Thai government to succeed his uncle King Prajadhipok the king of the Chakri dynasty", "On March 1935 Prince Ananda Mahidol was elected by the National Assembly and the Thai government to succeed his uncle King Prajadhipok the king of the Chakri dynasty", "On March 1935 Prince Mahidol was elected by the National Assembly and the Thai government to succeed his uncle King Prajadhipok the king of the Chakri dynasty", "On March 1935 Prince Mahidol was elected by the National Assembly and the Thai to succeed his uncle King Prajadhipok the king of the Chakri dynasty", "On March 1935 Prince Mahidol was elected by the National and the Thai to succeed his uncle King Prajadhipok the king of the Chakri dynasty", "On March 1935 Prince Mahidol was elected by National and the Thai to succeed his uncle King Prajadhipok the king of the Chakri dynasty", "On March 1935 Mahidol was elected by National and the Thai to succeed his uncle King Prajadhipok the king of the Chakri dynasty", "On March 1935 Mahidol was by National and the Thai to succeed his uncle King Prajadhipok the king of the Chakri dynasty", "March 1935 Mahidol was by National and the Thai to succeed his uncle King Prajadhipok the king of the Chakri dynasty", "March 1935 was by National and the Thai to succeed his uncle King Prajadhipok the king of the Chakri dynasty", "March was by National and the Thai to succeed his uncle King Prajadhipok the king of the Chakri dynasty", "March was by National and the Thai to succeed his uncle King Prajadhipok the king of the Chakri", "March was by National and the Thai to succeed his uncle King the king of the Chakri", "March was by National and the Thai to succeed his uncle King the of the Chakri", "March was by National and the Thai succeed his uncle King the of the Chakri", "March by National and the Thai succeed his uncle King the of the Chakri", "March by National and the Thai succeed his uncle the of the Chakri", "March by National and the Thai his uncle the of the Chakri", "March by National and the his uncle the of the Chakri", "March by National the his uncle the of the Chakri", "March by the his uncle the of the Chakri", "by the his uncle the of the Chakri", "by the his the of the Chakri"]}, "config": {"num_remove_word": 25, "num_sentences": 43652, "sentence": "On 2 March 1935 Prince Ananda Mahidol was elected by the National Assembly and the Thai government to succeed his uncle King Prajadhipok as the eighth king of the Chakri dynasty", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["eighth", "as", "2", "Ananda", "government", "Assembly", "the", "Prince", "elected", "On", "Mahidol", "1935", "dynasty", "Prajadhipok", "king", "to", "was", "King", "succeed", "Thai", "and", "National", "March", "uncle", "Chakri"]}, "task_name": "task20", "example_name": "0238", "problem_name": "task20_0238"}
+{"prompt": "Remove words in a give list from a given sentence step by step; at each step remove a single word starting from the first element of the list.\nProvide the final sentence along with the intermediate states after each step in the form of a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nSentence:\nConsequently it was often borne by the princes sent to govern semi autonomous appanages and only later came to be associated with these territories as the practice became regularized aside from Epirus the Despotate of the Morea is the most notable case\nWords: [practice, to, be, often, autonomous, and, is, sent, the, aside, became, came, from, semi, most, was, of, as, with, Epirus, appanages, only, associated, princes, govern]\n", "label": {"final": "Consequently it borne by later to these territories the regularized the Despotate the Morea the notable case", "init": "Consequently it was often borne by the princes sent to govern semi autonomous appanages and only later came to be associated with these territories as the practice became regularized aside from Epirus the Despotate of the Morea is the most notable case", "intermediate": ["Consequently it was often borne by the princes sent to govern semi autonomous appanages and only later came to be associated with these territories as the became regularized aside from Epirus the Despotate of the Morea is the most notable case", "Consequently it was often borne by the princes sent govern semi autonomous appanages and only later came to be associated with these territories as the became regularized aside from Epirus the Despotate of the Morea is the most notable case", "Consequently it was often borne by the princes sent govern semi autonomous appanages and only later came to associated with these territories as the became regularized aside from Epirus the Despotate of the Morea is the most notable case", "Consequently it was borne by the princes sent govern semi autonomous appanages and only later came to associated with these territories as the became regularized aside from Epirus the Despotate of the Morea is the most notable case", "Consequently it was borne by the princes sent govern semi appanages and only later came to associated with these territories as the became regularized aside from Epirus the Despotate of the Morea is the most notable case", "Consequently it was borne by the princes sent govern semi appanages only later came to associated with these territories as the became regularized aside from Epirus the Despotate of the Morea is the most notable case", "Consequently it was borne by the princes sent govern semi appanages only later came to associated with these territories as the became regularized aside from Epirus the Despotate of the Morea the most notable case", "Consequently it was borne by the princes govern semi appanages only later came to associated with these territories as the became regularized aside from Epirus the Despotate of the Morea the most notable case", "Consequently it was borne by princes govern semi appanages only later came to associated with these territories as the became regularized aside from Epirus the Despotate of the Morea the most notable case", "Consequently it was borne by princes govern semi appanages only later came to associated with these territories as the became regularized from Epirus the Despotate of the Morea the most notable case", "Consequently it was borne by princes govern semi appanages only later came to associated with these territories as the regularized from Epirus the Despotate of the Morea the most notable case", "Consequently it was borne by princes govern semi appanages only later to associated with these territories as the regularized from Epirus the Despotate of the Morea the most notable case", "Consequently it was borne by princes govern semi appanages only later to associated with these territories as the regularized Epirus the Despotate of the Morea the most notable case", "Consequently it was borne by princes govern appanages only later to associated with these territories as the regularized Epirus the Despotate of the Morea the most notable case", "Consequently it was borne by princes govern appanages only later to associated with these territories as the regularized Epirus the Despotate of the Morea the notable case", "Consequently it borne by princes govern appanages only later to associated with these territories as the regularized Epirus the Despotate of the Morea the notable case", "Consequently it borne by princes govern appanages only later to associated with these territories as the regularized Epirus the Despotate the Morea the notable case", "Consequently it borne by princes govern appanages only later to associated with these territories the regularized Epirus the Despotate the Morea the notable case", "Consequently it borne by princes govern appanages only later to associated these territories the regularized Epirus the Despotate the Morea the notable case", "Consequently it borne by princes govern appanages only later to associated these territories the regularized the Despotate the Morea the notable case", "Consequently it borne by princes govern only later to associated these territories the regularized the Despotate the Morea the notable case", "Consequently it borne by princes govern later to associated these territories the regularized the Despotate the Morea the notable case", "Consequently it borne by princes govern later to these territories the regularized the Despotate the Morea the notable case", "Consequently it borne by govern later to these territories the regularized the Despotate the Morea the notable case"]}, "config": {"num_remove_word": 25, "num_sentences": 43652, "sentence": "Consequently it was often borne by the princes sent to govern semi autonomous appanages and only later came to be associated with these territories as the practice became regularized aside from Epirus the Despotate of the Morea is the most notable case", "sentence_file_path": "./sentence_data/sentences.txt", "th_num_words": 5, "words": ["practice", "to", "be", "often", "autonomous", "and", "is", "sent", "the", "aside", "became", "came", "from", "semi", "most", "was", "of", "as", "with", "Epirus", "appanages", "only", "associated", "princes", "govern"]}, "task_name": "task20", "example_name": "0239", "problem_name": "task20_0239"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Add 5, Multiply 2]\n", "label": {"final": 24, "init": 7, "intermediate": [12]}, "config": {"num_operations": 2, "operations": ["Add 5", "Multiply 2"]}, "task_name": "task21", "example_name": "0000", "problem_name": "task21_0000"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Add 4, Add 7]\n", "label": {"final": 15, "init": 4, "intermediate": [8]}, "config": {"num_operations": 2, "operations": ["Add 4", "Add 7"]}, "task_name": "task21", "example_name": "0001", "problem_name": "task21_0001"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Multiply 2, Multiply 4]\n", "label": {"final": 48, "init": 6, "intermediate": [12]}, "config": {"num_operations": 2, "operations": ["Multiply 2", "Multiply 4"]}, "task_name": "task21", "example_name": "0002", "problem_name": "task21_0002"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Add 0, Multiply 5]\n", "label": {"final": 20, "init": 4, "intermediate": [4]}, "config": {"num_operations": 2, "operations": ["Add 0", "Multiply 5"]}, "task_name": "task21", "example_name": "0003", "problem_name": "task21_0003"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Add 5, Multiply 4]\n", "label": {"final": 28, "init": 2, "intermediate": [7]}, "config": {"num_operations": 2, "operations": ["Add 5", "Multiply 4"]}, "task_name": "task21", "example_name": "0004", "problem_name": "task21_0004"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Add 8, Add 3]\n", "label": {"final": 13, "init": 2, "intermediate": [10]}, "config": {"num_operations": 2, "operations": ["Add 8", "Add 3"]}, "task_name": "task21", "example_name": "0005", "problem_name": "task21_0005"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Multiply 4, Add 1]\n", "label": {"final": 29, "init": 7, "intermediate": [28]}, "config": {"num_operations": 2, "operations": ["Multiply 4", "Add 1"]}, "task_name": "task21", "example_name": "0006", "problem_name": "task21_0006"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Multiply 5, Multiply 5]\n", "label": {"final": 75, "init": 3, "intermediate": [15]}, "config": {"num_operations": 2, "operations": ["Multiply 5", "Multiply 5"]}, "task_name": "task21", "example_name": "0007", "problem_name": "task21_0007"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Multiply 5, Multiply 2]\n", "label": {"final": 90, "init": 9, "intermediate": [45]}, "config": {"num_operations": 2, "operations": ["Multiply 5", "Multiply 2"]}, "task_name": "task21", "example_name": "0008", "problem_name": "task21_0008"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Multiply 4, Add 9]\n", "label": {"final": 41, "init": 8, "intermediate": [32]}, "config": {"num_operations": 2, "operations": ["Multiply 4", "Add 9"]}, "task_name": "task21", "example_name": "0009", "problem_name": "task21_0009"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Add 1, Add 3, Add 4]\n", "label": {"final": 14, "init": 6, "intermediate": [7, 10]}, "config": {"num_operations": 3, "operations": ["Add 1", "Add 3", "Add 4"]}, "task_name": "task21", "example_name": "0010", "problem_name": "task21_0010"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Multiply 3, Multiply 1, Add 4]\n", "label": {"final": 16, "init": 4, "intermediate": [12, 12]}, "config": {"num_operations": 3, "operations": ["Multiply 3", "Multiply 1", "Add 4"]}, "task_name": "task21", "example_name": "0011", "problem_name": "task21_0011"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Add 8, Add 2, Multiply 1]\n", "label": {"final": 17, "init": 7, "intermediate": [15, 17]}, "config": {"num_operations": 3, "operations": ["Add 8", "Add 2", "Multiply 1"]}, "task_name": "task21", "example_name": "0012", "problem_name": "task21_0012"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Multiply 2, Add 6, Multiply 1]\n", "label": {"final": 20, "init": 7, "intermediate": [14, 20]}, "config": {"num_operations": 3, "operations": ["Multiply 2", "Add 6", "Multiply 1"]}, "task_name": "task21", "example_name": "0013", "problem_name": "task21_0013"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Add 3, Multiply 2, Multiply 1]\n", "label": {"final": 16, "init": 5, "intermediate": [8, 16]}, "config": {"num_operations": 3, "operations": ["Add 3", "Multiply 2", "Multiply 1"]}, "task_name": "task21", "example_name": "0014", "problem_name": "task21_0014"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Add 0, Add 8, Add 7]\n", "label": {"final": 21, "init": 6, "intermediate": [6, 14]}, "config": {"num_operations": 3, "operations": ["Add 0", "Add 8", "Add 7"]}, "task_name": "task21", "example_name": "0015", "problem_name": "task21_0015"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Add 7, Add 3, Add 2]\n", "label": {"final": 20, "init": 8, "intermediate": [15, 18]}, "config": {"num_operations": 3, "operations": ["Add 7", "Add 3", "Add 2"]}, "task_name": "task21", "example_name": "0016", "problem_name": "task21_0016"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Multiply 2, Add 9, Add 0]\n", "label": {"final": 19, "init": 5, "intermediate": [10, 19]}, "config": {"num_operations": 3, "operations": ["Multiply 2", "Add 9", "Add 0"]}, "task_name": "task21", "example_name": "0017", "problem_name": "task21_0017"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Multiply 1, Multiply 5, Add 0]\n", "label": {"final": 20, "init": 4, "intermediate": [4, 20]}, "config": {"num_operations": 3, "operations": ["Multiply 1", "Multiply 5", "Add 0"]}, "task_name": "task21", "example_name": "0018", "problem_name": "task21_0018"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Multiply 5, Multiply 2, Multiply 1]\n", "label": {"final": 60, "init": 6, "intermediate": [30, 60]}, "config": {"num_operations": 3, "operations": ["Multiply 5", "Multiply 2", "Multiply 1"]}, "task_name": "task21", "example_name": "0019", "problem_name": "task21_0019"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Multiply 5, Multiply 5, Add 7, Add 7]\n", "label": {"final": 164, "init": 6, "intermediate": [30, 150, 157]}, "config": {"num_operations": 4, "operations": ["Multiply 5", "Multiply 5", "Add 7", "Add 7"]}, "task_name": "task21", "example_name": "0020", "problem_name": "task21_0020"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Add 4, Multiply 5, Multiply 1, Add 4]\n", "label": {"final": 54, "init": 6, "intermediate": [10, 50, 50]}, "config": {"num_operations": 4, "operations": ["Add 4", "Multiply 5", "Multiply 1", "Add 4"]}, "task_name": "task21", "example_name": "0021", "problem_name": "task21_0021"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Multiply 2, Multiply 3, Multiply 5, Multiply 3]\n", "label": {"final": 90, "init": 1, "intermediate": [2, 6, 30]}, "config": {"num_operations": 4, "operations": ["Multiply 2", "Multiply 3", "Multiply 5", "Multiply 3"]}, "task_name": "task21", "example_name": "0022", "problem_name": "task21_0022"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Multiply 4, Multiply 2, Add 3, Multiply 2]\n", "label": {"final": 118, "init": 7, "intermediate": [28, 56, 59]}, "config": {"num_operations": 4, "operations": ["Multiply 4", "Multiply 2", "Add 3", "Multiply 2"]}, "task_name": "task21", "example_name": "0023", "problem_name": "task21_0023"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Add 4, Add 0, Multiply 4, Multiply 4]\n", "label": {"final": 96, "init": 2, "intermediate": [6, 6, 24]}, "config": {"num_operations": 4, "operations": ["Add 4", "Add 0", "Multiply 4", "Multiply 4"]}, "task_name": "task21", "example_name": "0024", "problem_name": "task21_0024"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Multiply 3, Multiply 4, Multiply 5, Add 2]\n", "label": {"final": 62, "init": 1, "intermediate": [3, 12, 60]}, "config": {"num_operations": 4, "operations": ["Multiply 3", "Multiply 4", "Multiply 5", "Add 2"]}, "task_name": "task21", "example_name": "0025", "problem_name": "task21_0025"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Multiply 1, Add 6, Add 8, Add 3]\n", "label": {"final": 24, "init": 7, "intermediate": [7, 13, 21]}, "config": {"num_operations": 4, "operations": ["Multiply 1", "Add 6", "Add 8", "Add 3"]}, "task_name": "task21", "example_name": "0026", "problem_name": "task21_0026"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Multiply 5, Multiply 4, Add 9, Add 9]\n", "label": {"final": 58, "init": 2, "intermediate": [10, 40, 49]}, "config": {"num_operations": 4, "operations": ["Multiply 5", "Multiply 4", "Add 9", "Add 9"]}, "task_name": "task21", "example_name": "0027", "problem_name": "task21_0027"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Add 1, Multiply 4, Multiply 3, Multiply 3]\n", "label": {"final": 108, "init": 2, "intermediate": [3, 12, 36]}, "config": {"num_operations": 4, "operations": ["Add 1", "Multiply 4", "Multiply 3", "Multiply 3"]}, "task_name": "task21", "example_name": "0028", "problem_name": "task21_0028"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Multiply 2, Add 6, Add 5, Add 2]\n", "label": {"final": 15, "init": 1, "intermediate": [2, 8, 13]}, "config": {"num_operations": 4, "operations": ["Multiply 2", "Add 6", "Add 5", "Add 2"]}, "task_name": "task21", "example_name": "0029", "problem_name": "task21_0029"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Add 7, Multiply 2, Add 5, Add 1, Multiply 2]\n", "label": {"final": 44, "init": 1, "intermediate": [8, 16, 21, 22]}, "config": {"num_operations": 5, "operations": ["Add 7", "Multiply 2", "Add 5", "Add 1", "Multiply 2"]}, "task_name": "task21", "example_name": "0030", "problem_name": "task21_0030"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Multiply 5, Add 2, Multiply 5, Multiply 3, Add 2]\n", "label": {"final": 707, "init": 9, "intermediate": [45, 47, 235, 705]}, "config": {"num_operations": 5, "operations": ["Multiply 5", "Add 2", "Multiply 5", "Multiply 3", "Add 2"]}, "task_name": "task21", "example_name": "0031", "problem_name": "task21_0031"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Add 0, Multiply 2, Multiply 4, Add 8, Add 6]\n", "label": {"final": 86, "init": 9, "intermediate": [9, 18, 72, 80]}, "config": {"num_operations": 5, "operations": ["Add 0", "Multiply 2", "Multiply 4", "Add 8", "Add 6"]}, "task_name": "task21", "example_name": "0032", "problem_name": "task21_0032"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Multiply 3, Multiply 1, Multiply 3, Multiply 4, Multiply 3]\n", "label": {"final": 540, "init": 5, "intermediate": [15, 15, 45, 180]}, "config": {"num_operations": 5, "operations": ["Multiply 3", "Multiply 1", "Multiply 3", "Multiply 4", "Multiply 3"]}, "task_name": "task21", "example_name": "0033", "problem_name": "task21_0033"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Add 6, Add 5, Multiply 3, Add 6, Add 9]\n", "label": {"final": 63, "init": 5, "intermediate": [11, 16, 48, 54]}, "config": {"num_operations": 5, "operations": ["Add 6", "Add 5", "Multiply 3", "Add 6", "Add 9"]}, "task_name": "task21", "example_name": "0034", "problem_name": "task21_0034"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Add 0, Multiply 5, Multiply 4, Add 6, Add 6]\n", "label": {"final": 112, "init": 5, "intermediate": [5, 25, 100, 106]}, "config": {"num_operations": 5, "operations": ["Add 0", "Multiply 5", "Multiply 4", "Add 6", "Add 6"]}, "task_name": "task21", "example_name": "0035", "problem_name": "task21_0035"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Add 2, Multiply 2, Add 3, Multiply 3, Multiply 1]\n", "label": {"final": 51, "init": 5, "intermediate": [7, 14, 17, 51]}, "config": {"num_operations": 5, "operations": ["Add 2", "Multiply 2", "Add 3", "Multiply 3", "Multiply 1"]}, "task_name": "task21", "example_name": "0036", "problem_name": "task21_0036"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Multiply 3, Add 4, Multiply 2, Multiply 3, Multiply 2]\n", "label": {"final": 84, "init": 1, "intermediate": [3, 7, 14, 42]}, "config": {"num_operations": 5, "operations": ["Multiply 3", "Add 4", "Multiply 2", "Multiply 3", "Multiply 2"]}, "task_name": "task21", "example_name": "0037", "problem_name": "task21_0037"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Multiply 3, Add 3, Multiply 2, Add 4, Add 8]\n", "label": {"final": 24, "init": 1, "intermediate": [3, 6, 12, 16]}, "config": {"num_operations": 5, "operations": ["Multiply 3", "Add 3", "Multiply 2", "Add 4", "Add 8"]}, "task_name": "task21", "example_name": "0038", "problem_name": "task21_0038"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Multiply 5, Add 0, Multiply 2, Multiply 4, Add 8]\n", "label": {"final": 328, "init": 8, "intermediate": [40, 40, 80, 320]}, "config": {"num_operations": 5, "operations": ["Multiply 5", "Add 0", "Multiply 2", "Multiply 4", "Add 8"]}, "task_name": "task21", "example_name": "0039", "problem_name": "task21_0039"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Multiply 3, Add 0, Multiply 2, Add 7, Add 5, Multiply 1]\n", "label": {"final": 54, "init": 7, "intermediate": [21, 21, 42, 49, 54]}, "config": {"num_operations": 6, "operations": ["Multiply 3", "Add 0", "Multiply 2", "Add 7", "Add 5", "Multiply 1"]}, "task_name": "task21", "example_name": "0040", "problem_name": "task21_0040"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Multiply 2, Multiply 1, Add 6, Add 1, Multiply 1, Add 0]\n", "label": {"final": 15, "init": 4, "intermediate": [8, 8, 14, 15, 15]}, "config": {"num_operations": 6, "operations": ["Multiply 2", "Multiply 1", "Add 6", "Add 1", "Multiply 1", "Add 0"]}, "task_name": "task21", "example_name": "0041", "problem_name": "task21_0041"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Add 0, Multiply 5, Multiply 2, Multiply 5, Multiply 4, Multiply 2]\n", "label": {"final": 3200, "init": 8, "intermediate": [8, 40, 80, 400, 1600]}, "config": {"num_operations": 6, "operations": ["Add 0", "Multiply 5", "Multiply 2", "Multiply 5", "Multiply 4", "Multiply 2"]}, "task_name": "task21", "example_name": "0042", "problem_name": "task21_0042"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Multiply 5, Add 5, Multiply 1, Add 5, Add 2, Add 4]\n", "label": {"final": 26, "init": 2, "intermediate": [10, 15, 15, 20, 22]}, "config": {"num_operations": 6, "operations": ["Multiply 5", "Add 5", "Multiply 1", "Add 5", "Add 2", "Add 4"]}, "task_name": "task21", "example_name": "0043", "problem_name": "task21_0043"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Multiply 3, Multiply 4, Multiply 3, Add 5, Add 9, Add 6]\n", "label": {"final": 308, "init": 8, "intermediate": [24, 96, 288, 293, 302]}, "config": {"num_operations": 6, "operations": ["Multiply 3", "Multiply 4", "Multiply 3", "Add 5", "Add 9", "Add 6"]}, "task_name": "task21", "example_name": "0044", "problem_name": "task21_0044"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Add 4, Multiply 5, Multiply 5, Multiply 2, Add 8, Add 7]\n", "label": {"final": 465, "init": 5, "intermediate": [9, 45, 225, 450, 458]}, "config": {"num_operations": 6, "operations": ["Add 4", "Multiply 5", "Multiply 5", "Multiply 2", "Add 8", "Add 7"]}, "task_name": "task21", "example_name": "0045", "problem_name": "task21_0045"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Add 8, Add 2, Add 9, Multiply 5, Multiply 5, Add 4]\n", "label": {"final": 654, "init": 7, "intermediate": [15, 17, 26, 130, 650]}, "config": {"num_operations": 6, "operations": ["Add 8", "Add 2", "Add 9", "Multiply 5", "Multiply 5", "Add 4"]}, "task_name": "task21", "example_name": "0046", "problem_name": "task21_0046"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Add 1, Add 2, Multiply 5, Multiply 4, Multiply 2, Multiply 3]\n", "label": {"final": 1080, "init": 6, "intermediate": [7, 9, 45, 180, 360]}, "config": {"num_operations": 6, "operations": ["Add 1", "Add 2", "Multiply 5", "Multiply 4", "Multiply 2", "Multiply 3"]}, "task_name": "task21", "example_name": "0047", "problem_name": "task21_0047"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Multiply 1, Multiply 5, Add 5, Add 8, Multiply 1, Multiply 5]\n", "label": {"final": 115, "init": 2, "intermediate": [2, 10, 15, 23, 23]}, "config": {"num_operations": 6, "operations": ["Multiply 1", "Multiply 5", "Add 5", "Add 8", "Multiply 1", "Multiply 5"]}, "task_name": "task21", "example_name": "0048", "problem_name": "task21_0048"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Multiply 2, Add 4, Add 1, Add 3, Add 3, Multiply 2]\n", "label": {"final": 42, "init": 5, "intermediate": [10, 14, 15, 18, 21]}, "config": {"num_operations": 6, "operations": ["Multiply 2", "Add 4", "Add 1", "Add 3", "Add 3", "Multiply 2"]}, "task_name": "task21", "example_name": "0049", "problem_name": "task21_0049"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Multiply 4, Multiply 4, Multiply 4, Add 6, Multiply 3, Add 4, Multiply 2]\n", "label": {"final": 1580, "init": 4, "intermediate": [16, 64, 256, 262, 786, 790]}, "config": {"num_operations": 7, "operations": ["Multiply 4", "Multiply 4", "Multiply 4", "Add 6", "Multiply 3", "Add 4", "Multiply 2"]}, "task_name": "task21", "example_name": "0050", "problem_name": "task21_0050"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Multiply 4, Multiply 3, Add 2, Multiply 1, Multiply 1, Multiply 3, Add 6]\n", "label": {"final": 192, "init": 5, "intermediate": [20, 60, 62, 62, 62, 186]}, "config": {"num_operations": 7, "operations": ["Multiply 4", "Multiply 3", "Add 2", "Multiply 1", "Multiply 1", "Multiply 3", "Add 6"]}, "task_name": "task21", "example_name": "0051", "problem_name": "task21_0051"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Multiply 1, Add 2, Multiply 1, Add 7, Add 1, Add 8, Add 4]\n", "label": {"final": 26, "init": 4, "intermediate": [4, 6, 6, 13, 14, 22]}, "config": {"num_operations": 7, "operations": ["Multiply 1", "Add 2", "Multiply 1", "Add 7", "Add 1", "Add 8", "Add 4"]}, "task_name": "task21", "example_name": "0052", "problem_name": "task21_0052"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Add 2, Add 3, Multiply 4, Add 8, Add 4, Multiply 5, Multiply 3]\n", "label": {"final": 720, "init": 4, "intermediate": [6, 9, 36, 44, 48, 240]}, "config": {"num_operations": 7, "operations": ["Add 2", "Add 3", "Multiply 4", "Add 8", "Add 4", "Multiply 5", "Multiply 3"]}, "task_name": "task21", "example_name": "0053", "problem_name": "task21_0053"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Add 7, Add 1, Multiply 4, Add 9, Add 8, Add 2, Multiply 5]\n", "label": {"final": 275, "init": 1, "intermediate": [8, 9, 36, 45, 53, 55]}, "config": {"num_operations": 7, "operations": ["Add 7", "Add 1", "Multiply 4", "Add 9", "Add 8", "Add 2", "Multiply 5"]}, "task_name": "task21", "example_name": "0054", "problem_name": "task21_0054"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Add 8, Add 7, Add 8, Add 8, Add 6, Add 8, Multiply 1]\n", "label": {"final": 54, "init": 9, "intermediate": [17, 24, 32, 40, 46, 54]}, "config": {"num_operations": 7, "operations": ["Add 8", "Add 7", "Add 8", "Add 8", "Add 6", "Add 8", "Multiply 1"]}, "task_name": "task21", "example_name": "0055", "problem_name": "task21_0055"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Add 3, Multiply 3, Add 6, Multiply 3, Multiply 5, Multiply 4, Multiply 5]\n", "label": {"final": 6300, "init": 2, "intermediate": [5, 15, 21, 63, 315, 1260]}, "config": {"num_operations": 7, "operations": ["Add 3", "Multiply 3", "Add 6", "Multiply 3", "Multiply 5", "Multiply 4", "Multiply 5"]}, "task_name": "task21", "example_name": "0056", "problem_name": "task21_0056"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Multiply 1, Multiply 1, Multiply 1, Multiply 2, Add 1, Add 9, Add 2]\n", "label": {"final": 18, "init": 3, "intermediate": [3, 3, 3, 6, 7, 16]}, "config": {"num_operations": 7, "operations": ["Multiply 1", "Multiply 1", "Multiply 1", "Multiply 2", "Add 1", "Add 9", "Add 2"]}, "task_name": "task21", "example_name": "0057", "problem_name": "task21_0057"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Multiply 4, Multiply 1, Add 2, Multiply 3, Multiply 4, Add 9, Multiply 4]\n", "label": {"final": 1284, "init": 6, "intermediate": [24, 24, 26, 78, 312, 321]}, "config": {"num_operations": 7, "operations": ["Multiply 4", "Multiply 1", "Add 2", "Multiply 3", "Multiply 4", "Add 9", "Multiply 4"]}, "task_name": "task21", "example_name": "0058", "problem_name": "task21_0058"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Multiply 1, Multiply 5, Multiply 3, Add 5, Multiply 3, Add 1, Add 9]\n", "label": {"final": 385, "init": 8, "intermediate": [8, 40, 120, 125, 375, 376]}, "config": {"num_operations": 7, "operations": ["Multiply 1", "Multiply 5", "Multiply 3", "Add 5", "Multiply 3", "Add 1", "Add 9"]}, "task_name": "task21", "example_name": "0059", "problem_name": "task21_0059"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Add 9, Add 8, Add 5, Add 2, Multiply 1, Multiply 3, Multiply 2, Add 8]\n", "label": {"final": 176, "init": 4, "intermediate": [13, 21, 26, 28, 28, 84, 168]}, "config": {"num_operations": 8, "operations": ["Add 9", "Add 8", "Add 5", "Add 2", "Multiply 1", "Multiply 3", "Multiply 2", "Add 8"]}, "task_name": "task21", "example_name": "0060", "problem_name": "task21_0060"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Multiply 3, Add 0, Multiply 4, Multiply 2, Multiply 3, Multiply 3, Multiply 3, Add 0]\n", "label": {"final": 3888, "init": 6, "intermediate": [18, 18, 72, 144, 432, 1296, 3888]}, "config": {"num_operations": 8, "operations": ["Multiply 3", "Add 0", "Multiply 4", "Multiply 2", "Multiply 3", "Multiply 3", "Multiply 3", "Add 0"]}, "task_name": "task21", "example_name": "0061", "problem_name": "task21_0061"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Multiply 2, Add 8, Add 3, Add 7, Add 8, Add 6, Add 5, Multiply 2]\n", "label": {"final": 86, "init": 3, "intermediate": [6, 14, 17, 24, 32, 38, 43]}, "config": {"num_operations": 8, "operations": ["Multiply 2", "Add 8", "Add 3", "Add 7", "Add 8", "Add 6", "Add 5", "Multiply 2"]}, "task_name": "task21", "example_name": "0062", "problem_name": "task21_0062"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Multiply 5, Add 1, Add 5, Add 7, Add 7, Add 8, Add 1, Add 6]\n", "label": {"final": 70, "init": 7, "intermediate": [35, 36, 41, 48, 55, 63, 64]}, "config": {"num_operations": 8, "operations": ["Multiply 5", "Add 1", "Add 5", "Add 7", "Add 7", "Add 8", "Add 1", "Add 6"]}, "task_name": "task21", "example_name": "0063", "problem_name": "task21_0063"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Multiply 3, Add 9, Multiply 2, Multiply 1, Add 3, Multiply 4, Add 7, Multiply 2]\n", "label": {"final": 326, "init": 3, "intermediate": [9, 18, 36, 36, 39, 156, 163]}, "config": {"num_operations": 8, "operations": ["Multiply 3", "Add 9", "Multiply 2", "Multiply 1", "Add 3", "Multiply 4", "Add 7", "Multiply 2"]}, "task_name": "task21", "example_name": "0064", "problem_name": "task21_0064"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Multiply 2, Multiply 3, Add 8, Multiply 5, Multiply 5, Add 3, Multiply 5, Multiply 3]\n", "label": {"final": 14295, "init": 5, "intermediate": [10, 30, 38, 190, 950, 953, 4765]}, "config": {"num_operations": 8, "operations": ["Multiply 2", "Multiply 3", "Add 8", "Multiply 5", "Multiply 5", "Add 3", "Multiply 5", "Multiply 3"]}, "task_name": "task21", "example_name": "0065", "problem_name": "task21_0065"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Add 8, Add 2, Add 3, Multiply 4, Multiply 5, Multiply 2, Add 0, Add 0]\n", "label": {"final": 560, "init": 1, "intermediate": [9, 11, 14, 56, 280, 560, 560]}, "config": {"num_operations": 8, "operations": ["Add 8", "Add 2", "Add 3", "Multiply 4", "Multiply 5", "Multiply 2", "Add 0", "Add 0"]}, "task_name": "task21", "example_name": "0066", "problem_name": "task21_0066"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Add 1, Multiply 5, Add 2, Multiply 3, Add 1, Multiply 2, Multiply 4, Multiply 1]\n", "label": {"final": 896, "init": 6, "intermediate": [7, 35, 37, 111, 112, 224, 896]}, "config": {"num_operations": 8, "operations": ["Add 1", "Multiply 5", "Add 2", "Multiply 3", "Add 1", "Multiply 2", "Multiply 4", "Multiply 1"]}, "task_name": "task21", "example_name": "0067", "problem_name": "task21_0067"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Multiply 5, Add 2, Add 7, Add 9, Multiply 1, Add 6, Add 6, Add 5]\n", "label": {"final": 60, "init": 5, "intermediate": [25, 27, 34, 43, 43, 49, 55]}, "config": {"num_operations": 8, "operations": ["Multiply 5", "Add 2", "Add 7", "Add 9", "Multiply 1", "Add 6", "Add 6", "Add 5"]}, "task_name": "task21", "example_name": "0068", "problem_name": "task21_0068"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Multiply 4, Multiply 3, Add 0, Add 1, Multiply 1, Multiply 4, Add 0, Multiply 2]\n", "label": {"final": 392, "init": 4, "intermediate": [16, 48, 48, 49, 49, 196, 196]}, "config": {"num_operations": 8, "operations": ["Multiply 4", "Multiply 3", "Add 0", "Add 1", "Multiply 1", "Multiply 4", "Add 0", "Multiply 2"]}, "task_name": "task21", "example_name": "0069", "problem_name": "task21_0069"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Add 2, Add 9, Multiply 4, Multiply 2, Multiply 4, Multiply 3, Multiply 5, Add 4, Add 3]\n", "label": {"final": 5767, "init": 1, "intermediate": [3, 12, 48, 96, 384, 1152, 5760, 5764]}, "config": {"num_operations": 9, "operations": ["Add 2", "Add 9", "Multiply 4", "Multiply 2", "Multiply 4", "Multiply 3", "Multiply 5", "Add 4", "Add 3"]}, "task_name": "task21", "example_name": "0070", "problem_name": "task21_0070"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Add 1, Add 9, Add 5, Multiply 4, Multiply 1, Multiply 3, Multiply 4, Multiply 3, Add 5]\n", "label": {"final": 2453, "init": 2, "intermediate": [3, 12, 17, 68, 68, 204, 816, 2448]}, "config": {"num_operations": 9, "operations": ["Add 1", "Add 9", "Add 5", "Multiply 4", "Multiply 1", "Multiply 3", "Multiply 4", "Multiply 3", "Add 5"]}, "task_name": "task21", "example_name": "0071", "problem_name": "task21_0071"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Add 9, Add 0, Add 3, Add 4, Add 1, Add 0, Add 2, Multiply 1, Multiply 3]\n", "label": {"final": 84, "init": 9, "intermediate": [18, 18, 21, 25, 26, 26, 28, 28]}, "config": {"num_operations": 9, "operations": ["Add 9", "Add 0", "Add 3", "Add 4", "Add 1", "Add 0", "Add 2", "Multiply 1", "Multiply 3"]}, "task_name": "task21", "example_name": "0072", "problem_name": "task21_0072"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Multiply 2, Add 2, Add 2, Add 7, Add 5, Multiply 4, Multiply 1, Multiply 2, Multiply 2]\n", "label": {"final": 416, "init": 5, "intermediate": [10, 12, 14, 21, 26, 104, 104, 208]}, "config": {"num_operations": 9, "operations": ["Multiply 2", "Add 2", "Add 2", "Add 7", "Add 5", "Multiply 4", "Multiply 1", "Multiply 2", "Multiply 2"]}, "task_name": "task21", "example_name": "0073", "problem_name": "task21_0073"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Add 2, Add 8, Add 6, Add 6, Add 1, Multiply 3, Multiply 1, Multiply 1, Multiply 4]\n", "label": {"final": 300, "init": 2, "intermediate": [4, 12, 18, 24, 25, 75, 75, 75]}, "config": {"num_operations": 9, "operations": ["Add 2", "Add 8", "Add 6", "Add 6", "Add 1", "Multiply 3", "Multiply 1", "Multiply 1", "Multiply 4"]}, "task_name": "task21", "example_name": "0074", "problem_name": "task21_0074"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Multiply 5, Add 3, Multiply 5, Multiply 4, Multiply 4, Multiply 2, Multiply 2, Add 9, Multiply 1]\n", "label": {"final": 13769, "init": 8, "intermediate": [40, 43, 215, 860, 3440, 6880, 13760, 13769]}, "config": {"num_operations": 9, "operations": ["Multiply 5", "Add 3", "Multiply 5", "Multiply 4", "Multiply 4", "Multiply 2", "Multiply 2", "Add 9", "Multiply 1"]}, "task_name": "task21", "example_name": "0075", "problem_name": "task21_0075"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Multiply 2, Add 9, Multiply 1, Add 2, Add 7, Multiply 5, Multiply 4, Add 3, Add 9]\n", "label": {"final": 652, "init": 7, "intermediate": [14, 23, 23, 25, 32, 160, 640, 643]}, "config": {"num_operations": 9, "operations": ["Multiply 2", "Add 9", "Multiply 1", "Add 2", "Add 7", "Multiply 5", "Multiply 4", "Add 3", "Add 9"]}, "task_name": "task21", "example_name": "0076", "problem_name": "task21_0076"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Multiply 2, Add 0, Multiply 5, Multiply 1, Multiply 2, Multiply 5, Add 4, Add 6, Add 9]\n", "label": {"final": 519, "init": 5, "intermediate": [10, 10, 50, 50, 100, 500, 504, 510]}, "config": {"num_operations": 9, "operations": ["Multiply 2", "Add 0", "Multiply 5", "Multiply 1", "Multiply 2", "Multiply 5", "Add 4", "Add 6", "Add 9"]}, "task_name": "task21", "example_name": "0077", "problem_name": "task21_0077"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Add 8, Multiply 5, Add 8, Multiply 1, Multiply 2, Add 3, Multiply 5, Multiply 1, Multiply 1]\n", "label": {"final": 595, "init": 2, "intermediate": [10, 50, 58, 58, 116, 119, 595, 595]}, "config": {"num_operations": 9, "operations": ["Add 8", "Multiply 5", "Add 8", "Multiply 1", "Multiply 2", "Add 3", "Multiply 5", "Multiply 1", "Multiply 1"]}, "task_name": "task21", "example_name": "0078", "problem_name": "task21_0078"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Add 6, Add 1, Multiply 3, Multiply 5, Multiply 3, Multiply 4, Add 8, Add 3, Add 6]\n", "label": {"final": 1997, "init": 4, "intermediate": [10, 11, 33, 165, 495, 1980, 1988, 1991]}, "config": {"num_operations": 9, "operations": ["Add 6", "Add 1", "Multiply 3", "Multiply 5", "Multiply 3", "Multiply 4", "Add 8", "Add 3", "Add 6"]}, "task_name": "task21", "example_name": "0079", "problem_name": "task21_0079"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Add 0, Add 1, Add 9, Multiply 2, Multiply 4, Multiply 4, Multiply 3, Add 1, Add 8, Add 6]\n", "label": {"final": 1839, "init": 9, "intermediate": [9, 10, 19, 38, 152, 608, 1824, 1825, 1833]}, "config": {"num_operations": 10, "operations": ["Add 0", "Add 1", "Add 9", "Multiply 2", "Multiply 4", "Multiply 4", "Multiply 3", "Add 1", "Add 8", "Add 6"]}, "task_name": "task21", "example_name": "0080", "problem_name": "task21_0080"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Add 3, Multiply 5, Add 6, Add 9, Add 9, Add 2, Add 1, Multiply 1, Add 6, Add 0]\n", "label": {"final": 93, "init": 9, "intermediate": [12, 60, 66, 75, 84, 86, 87, 87, 93]}, "config": {"num_operations": 10, "operations": ["Add 3", "Multiply 5", "Add 6", "Add 9", "Add 9", "Add 2", "Add 1", "Multiply 1", "Add 6", "Add 0"]}, "task_name": "task21", "example_name": "0081", "problem_name": "task21_0081"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Multiply 3, Add 1, Add 0, Add 2, Multiply 3, Multiply 5, Multiply 5, Multiply 5, Multiply 4, Add 2]\n", "label": {"final": 18002, "init": 3, "intermediate": [9, 10, 10, 12, 36, 180, 900, 4500, 18000]}, "config": {"num_operations": 10, "operations": ["Multiply 3", "Add 1", "Add 0", "Add 2", "Multiply 3", "Multiply 5", "Multiply 5", "Multiply 5", "Multiply 4", "Add 2"]}, "task_name": "task21", "example_name": "0082", "problem_name": "task21_0082"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Multiply 5, Add 6, Multiply 3, Multiply 1, Multiply 2, Add 4, Add 7, Add 2, Multiply 4, Add 4]\n", "label": {"final": 560, "init": 3, "intermediate": [15, 21, 63, 63, 126, 130, 137, 139, 556]}, "config": {"num_operations": 10, "operations": ["Multiply 5", "Add 6", "Multiply 3", "Multiply 1", "Multiply 2", "Add 4", "Add 7", "Add 2", "Multiply 4", "Add 4"]}, "task_name": "task21", "example_name": "0083", "problem_name": "task21_0083"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Add 1, Multiply 3, Add 6, Add 7, Add 8, Multiply 2, Add 3, Add 5, Multiply 4, Multiply 2]\n", "label": {"final": 784, "init": 7, "intermediate": [8, 24, 30, 37, 45, 90, 93, 98, 392]}, "config": {"num_operations": 10, "operations": ["Add 1", "Multiply 3", "Add 6", "Add 7", "Add 8", "Multiply 2", "Add 3", "Add 5", "Multiply 4", "Multiply 2"]}, "task_name": "task21", "example_name": "0084", "problem_name": "task21_0084"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Add 2, Multiply 5, Multiply 2, Multiply 5, Multiply 2, Add 3, Add 9, Multiply 5, Add 5, Add 0]\n", "label": {"final": 1565, "init": 1, "intermediate": [3, 15, 30, 150, 300, 303, 312, 1560, 1565]}, "config": {"num_operations": 10, "operations": ["Add 2", "Multiply 5", "Multiply 2", "Multiply 5", "Multiply 2", "Add 3", "Add 9", "Multiply 5", "Add 5", "Add 0"]}, "task_name": "task21", "example_name": "0085", "problem_name": "task21_0085"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Multiply 1, Multiply 3, Multiply 5, Multiply 2, Add 8, Add 6, Multiply 4, Add 6, Multiply 4, Multiply 5]\n", "label": {"final": 15640, "init": 6, "intermediate": [6, 18, 90, 180, 188, 194, 776, 782, 3128]}, "config": {"num_operations": 10, "operations": ["Multiply 1", "Multiply 3", "Multiply 5", "Multiply 2", "Add 8", "Add 6", "Multiply 4", "Add 6", "Multiply 4", "Multiply 5"]}, "task_name": "task21", "example_name": "0086", "problem_name": "task21_0086"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Add 7, Add 0, Add 5, Multiply 5, Multiply 5, Multiply 2, Multiply 4, Add 8, Add 5, Multiply 2]\n", "label": {"final": 6026, "init": 3, "intermediate": [10, 10, 15, 75, 375, 750, 3000, 3008, 3013]}, "config": {"num_operations": 10, "operations": ["Add 7", "Add 0", "Add 5", "Multiply 5", "Multiply 5", "Multiply 2", "Multiply 4", "Add 8", "Add 5", "Multiply 2"]}, "task_name": "task21", "example_name": "0087", "problem_name": "task21_0087"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Multiply 1, Multiply 2, Add 8, Add 6, Multiply 4, Add 4, Multiply 1, Multiply 2, Add 6, Add 7]\n", "label": {"final": 213, "init": 5, "intermediate": [5, 10, 18, 24, 96, 100, 100, 200, 206]}, "config": {"num_operations": 10, "operations": ["Multiply 1", "Multiply 2", "Add 8", "Add 6", "Multiply 4", "Add 4", "Multiply 1", "Multiply 2", "Add 6", "Add 7"]}, "task_name": "task21", "example_name": "0088", "problem_name": "task21_0088"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Multiply 4, Add 8, Multiply 1, Multiply 5, Multiply 2, Multiply 4, Add 7, Add 6, Add 9, Add 6]\n", "label": {"final": 988, "init": 4, "intermediate": [16, 24, 24, 120, 240, 960, 967, 973, 982]}, "config": {"num_operations": 10, "operations": ["Multiply 4", "Add 8", "Multiply 1", "Multiply 5", "Multiply 2", "Multiply 4", "Add 7", "Add 6", "Add 9", "Add 6"]}, "task_name": "task21", "example_name": "0089", "problem_name": "task21_0089"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Multiply 5, Multiply 5, Multiply 1, Add 6, Multiply 4, Multiply 3, Multiply 1, Multiply 2, Multiply 1, Add 0, Multiply 3]\n", "label": {"final": 4032, "init": 2, "intermediate": [10, 50, 50, 56, 224, 672, 672, 1344, 1344, 1344]}, "config": {"num_operations": 11, "operations": ["Multiply 5", "Multiply 5", "Multiply 1", "Add 6", "Multiply 4", "Multiply 3", "Multiply 1", "Multiply 2", "Multiply 1", "Add 0", "Multiply 3"]}, "task_name": "task21", "example_name": "0090", "problem_name": "task21_0090"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Add 8, Multiply 1, Add 4, Multiply 1, Multiply 4, Add 5, Add 9, Multiply 2, Add 8, Multiply 1, Add 5]\n", "label": {"final": 209, "init": 9, "intermediate": [17, 17, 21, 21, 84, 89, 98, 196, 204, 204]}, "config": {"num_operations": 11, "operations": ["Add 8", "Multiply 1", "Add 4", "Multiply 1", "Multiply 4", "Add 5", "Add 9", "Multiply 2", "Add 8", "Multiply 1", "Add 5"]}, "task_name": "task21", "example_name": "0091", "problem_name": "task21_0091"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Multiply 3, Add 6, Multiply 2, Multiply 1, Multiply 5, Add 7, Add 8, Multiply 3, Multiply 4, Add 8, Multiply 4]\n", "label": {"final": 7952, "init": 3, "intermediate": [9, 15, 30, 30, 150, 157, 165, 495, 1980, 1988]}, "config": {"num_operations": 11, "operations": ["Multiply 3", "Add 6", "Multiply 2", "Multiply 1", "Multiply 5", "Add 7", "Add 8", "Multiply 3", "Multiply 4", "Add 8", "Multiply 4"]}, "task_name": "task21", "example_name": "0092", "problem_name": "task21_0092"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Multiply 2, Add 1, Add 9, Multiply 3, Multiply 2, Multiply 1, Multiply 3, Add 0, Multiply 5, Add 9, Multiply 1]\n", "label": {"final": 1449, "init": 3, "intermediate": [6, 7, 16, 48, 96, 96, 288, 288, 1440, 1449]}, "config": {"num_operations": 11, "operations": ["Multiply 2", "Add 1", "Add 9", "Multiply 3", "Multiply 2", "Multiply 1", "Multiply 3", "Add 0", "Multiply 5", "Add 9", "Multiply 1"]}, "task_name": "task21", "example_name": "0093", "problem_name": "task21_0093"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Add 8, Add 7, Add 8, Add 1, Multiply 5, Multiply 5, Add 6, Multiply 3, Multiply 5, Add 9, Multiply 2]\n", "label": {"final": 22698, "init": 6, "intermediate": [14, 21, 29, 30, 150, 750, 756, 2268, 11340, 11349]}, "config": {"num_operations": 11, "operations": ["Add 8", "Add 7", "Add 8", "Add 1", "Multiply 5", "Multiply 5", "Add 6", "Multiply 3", "Multiply 5", "Add 9", "Multiply 2"]}, "task_name": "task21", "example_name": "0094", "problem_name": "task21_0094"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Add 9, Add 1, Multiply 3, Multiply 3, Multiply 3, Multiply 1, Multiply 3, Add 3, Multiply 5, Multiply 3, Add 8]\n", "label": {"final": 18278, "init": 5, "intermediate": [14, 15, 45, 135, 405, 405, 1215, 1218, 6090, 18270]}, "config": {"num_operations": 11, "operations": ["Add 9", "Add 1", "Multiply 3", "Multiply 3", "Multiply 3", "Multiply 1", "Multiply 3", "Add 3", "Multiply 5", "Multiply 3", "Add 8"]}, "task_name": "task21", "example_name": "0095", "problem_name": "task21_0095"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Add 0, Add 1, Multiply 5, Multiply 4, Add 0, Add 8, Multiply 3, Add 3, Multiply 3, Add 9, Add 1]\n", "label": {"final": 811, "init": 3, "intermediate": [3, 4, 20, 80, 80, 88, 264, 267, 801, 810]}, "config": {"num_operations": 11, "operations": ["Add 0", "Add 1", "Multiply 5", "Multiply 4", "Add 0", "Add 8", "Multiply 3", "Add 3", "Multiply 3", "Add 9", "Add 1"]}, "task_name": "task21", "example_name": "0096", "problem_name": "task21_0096"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Add 3, Add 1, Multiply 3, Add 6, Multiply 1, Add 1, Add 4, Add 7, Multiply 4, Multiply 2, Multiply 1]\n", "label": {"final": 360, "init": 5, "intermediate": [8, 9, 27, 33, 33, 34, 38, 45, 180, 360]}, "config": {"num_operations": 11, "operations": ["Add 3", "Add 1", "Multiply 3", "Add 6", "Multiply 1", "Add 1", "Add 4", "Add 7", "Multiply 4", "Multiply 2", "Multiply 1"]}, "task_name": "task21", "example_name": "0097", "problem_name": "task21_0097"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Add 4, Add 2, Multiply 5, Multiply 2, Add 5, Add 3, Multiply 5, Add 3, Multiply 3, Add 0, Multiply 4]\n", "label": {"final": 9516, "init": 9, "intermediate": [13, 15, 75, 150, 155, 158, 790, 793, 2379, 2379]}, "config": {"num_operations": 11, "operations": ["Add 4", "Add 2", "Multiply 5", "Multiply 2", "Add 5", "Add 3", "Multiply 5", "Add 3", "Multiply 3", "Add 0", "Multiply 4"]}, "task_name": "task21", "example_name": "0098", "problem_name": "task21_0098"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Multiply 2, Add 8, Multiply 3, Add 3, Add 1, Multiply 1, Add 3, Add 8, Add 2, Multiply 5, Add 5]\n", "label": {"final": 390, "init": 6, "intermediate": [12, 20, 60, 63, 64, 64, 67, 75, 77, 385]}, "config": {"num_operations": 11, "operations": ["Multiply 2", "Add 8", "Multiply 3", "Add 3", "Add 1", "Multiply 1", "Add 3", "Add 8", "Add 2", "Multiply 5", "Add 5"]}, "task_name": "task21", "example_name": "0099", "problem_name": "task21_0099"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Add 2, Add 9, Add 2, Multiply 3, Add 4, Multiply 1, Add 1, Add 1, Add 8, Add 4, Add 9, Multiply 4]\n", "label": {"final": 372, "init": 9, "intermediate": [11, 20, 22, 66, 70, 70, 71, 72, 80, 84, 93]}, "config": {"num_operations": 12, "operations": ["Add 2", "Add 9", "Add 2", "Multiply 3", "Add 4", "Multiply 1", "Add 1", "Add 1", "Add 8", "Add 4", "Add 9", "Multiply 4"]}, "task_name": "task21", "example_name": "0100", "problem_name": "task21_0100"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Add 3, Multiply 2, Add 2, Add 6, Add 4, Multiply 1, Multiply 2, Multiply 5, Add 6, Add 2, Multiply 5, Multiply 5]\n", "label": {"final": 6200, "init": 3, "intermediate": [6, 12, 14, 20, 24, 24, 48, 240, 246, 248, 1240]}, "config": {"num_operations": 12, "operations": ["Add 3", "Multiply 2", "Add 2", "Add 6", "Add 4", "Multiply 1", "Multiply 2", "Multiply 5", "Add 6", "Add 2", "Multiply 5", "Multiply 5"]}, "task_name": "task21", "example_name": "0101", "problem_name": "task21_0101"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Multiply 4, Add 2, Multiply 3, Add 4, Add 8, Add 1, Multiply 5, Add 4, Multiply 1, Add 0, Multiply 3, Add 2]\n", "label": {"final": 659, "init": 2, "intermediate": [8, 10, 30, 34, 42, 43, 215, 219, 219, 219, 657]}, "config": {"num_operations": 12, "operations": ["Multiply 4", "Add 2", "Multiply 3", "Add 4", "Add 8", "Add 1", "Multiply 5", "Add 4", "Multiply 1", "Add 0", "Multiply 3", "Add 2"]}, "task_name": "task21", "example_name": "0102", "problem_name": "task21_0102"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Multiply 1, Multiply 3, Multiply 1, Add 3, Multiply 2, Multiply 4, Add 2, Add 5, Add 2, Add 0, Multiply 4, Add 8]\n", "label": {"final": 620, "init": 5, "intermediate": [5, 15, 15, 18, 36, 144, 146, 151, 153, 153, 612]}, "config": {"num_operations": 12, "operations": ["Multiply 1", "Multiply 3", "Multiply 1", "Add 3", "Multiply 2", "Multiply 4", "Add 2", "Add 5", "Add 2", "Add 0", "Multiply 4", "Add 8"]}, "task_name": "task21", "example_name": "0103", "problem_name": "task21_0103"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Multiply 2, Add 7, Multiply 5, Multiply 2, Multiply 4, Add 1, Add 2, Multiply 2, Add 5, Add 5, Multiply 2, Add 0]\n", "label": {"final": 1792, "init": 2, "intermediate": [4, 11, 55, 110, 440, 441, 443, 886, 891, 896, 1792]}, "config": {"num_operations": 12, "operations": ["Multiply 2", "Add 7", "Multiply 5", "Multiply 2", "Multiply 4", "Add 1", "Add 2", "Multiply 2", "Add 5", "Add 5", "Multiply 2", "Add 0"]}, "task_name": "task21", "example_name": "0104", "problem_name": "task21_0104"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Multiply 2, Add 4, Multiply 1, Add 5, Multiply 5, Multiply 1, Multiply 5, Add 8, Multiply 5, Add 0, Add 5, Multiply 5]\n", "label": {"final": 15850, "init": 8, "intermediate": [16, 20, 20, 25, 125, 125, 625, 633, 3165, 3165, 3170]}, "config": {"num_operations": 12, "operations": ["Multiply 2", "Add 4", "Multiply 1", "Add 5", "Multiply 5", "Multiply 1", "Multiply 5", "Add 8", "Multiply 5", "Add 0", "Add 5", "Multiply 5"]}, "task_name": "task21", "example_name": "0105", "problem_name": "task21_0105"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Add 7, Multiply 2, Add 0, Add 4, Multiply 1, Add 2, Add 8, Add 1, Add 6, Add 7, Multiply 4, Multiply 2]\n", "label": {"final": 352, "init": 1, "intermediate": [8, 16, 16, 20, 20, 22, 30, 31, 37, 44, 176]}, "config": {"num_operations": 12, "operations": ["Add 7", "Multiply 2", "Add 0", "Add 4", "Multiply 1", "Add 2", "Add 8", "Add 1", "Add 6", "Add 7", "Multiply 4", "Multiply 2"]}, "task_name": "task21", "example_name": "0106", "problem_name": "task21_0106"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Multiply 2, Add 0, Add 9, Multiply 1, Add 8, Add 4, Multiply 5, Multiply 4, Multiply 1, Multiply 2, Multiply 5, Multiply 2]\n", "label": {"final": 10000, "init": 2, "intermediate": [4, 4, 13, 13, 21, 25, 125, 500, 500, 1000, 5000]}, "config": {"num_operations": 12, "operations": ["Multiply 2", "Add 0", "Add 9", "Multiply 1", "Add 8", "Add 4", "Multiply 5", "Multiply 4", "Multiply 1", "Multiply 2", "Multiply 5", "Multiply 2"]}, "task_name": "task21", "example_name": "0107", "problem_name": "task21_0107"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Multiply 5, Add 3, Add 5, Multiply 5, Multiply 4, Multiply 2, Multiply 4, Add 0, Multiply 2, Add 1, Add 2, Add 9]\n", "label": {"final": 7372, "init": 3, "intermediate": [15, 18, 23, 115, 460, 920, 3680, 3680, 7360, 7361, 7363]}, "config": {"num_operations": 12, "operations": ["Multiply 5", "Add 3", "Add 5", "Multiply 5", "Multiply 4", "Multiply 2", "Multiply 4", "Add 0", "Multiply 2", "Add 1", "Add 2", "Add 9"]}, "task_name": "task21", "example_name": "0108", "problem_name": "task21_0108"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Add 1, Multiply 3, Multiply 1, Multiply 5, Multiply 3, Multiply 2, Multiply 3, Multiply 2, Add 2, Add 0, Add 7, Add 6]\n", "label": {"final": 4875, "init": 8, "intermediate": [9, 27, 27, 135, 405, 810, 2430, 4860, 4862, 4862, 4869]}, "config": {"num_operations": 12, "operations": ["Add 1", "Multiply 3", "Multiply 1", "Multiply 5", "Multiply 3", "Multiply 2", "Multiply 3", "Multiply 2", "Add 2", "Add 0", "Add 7", "Add 6"]}, "task_name": "task21", "example_name": "0109", "problem_name": "task21_0109"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Add 7, Multiply 2, Multiply 2, Add 4, Multiply 2, Add 6, Multiply 3, Add 4, Add 3, Add 4, Add 8, Multiply 3, Multiply 4]\n", "label": {"final": 4188, "init": 5, "intermediate": [12, 24, 48, 52, 104, 110, 330, 334, 337, 341, 349, 1047]}, "config": {"num_operations": 13, "operations": ["Add 7", "Multiply 2", "Multiply 2", "Add 4", "Multiply 2", "Add 6", "Multiply 3", "Add 4", "Add 3", "Add 4", "Add 8", "Multiply 3", "Multiply 4"]}, "task_name": "task21", "example_name": "0110", "problem_name": "task21_0110"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Add 4, Multiply 1, Multiply 4, Multiply 3, Add 9, Multiply 4, Multiply 3, Multiply 5, Add 8, Multiply 2, Add 6, Multiply 2, Add 6]\n", "label": {"final": 39650, "init": 9, "intermediate": [13, 13, 52, 156, 165, 660, 1980, 9900, 9908, 19816, 19822, 39644]}, "config": {"num_operations": 13, "operations": ["Add 4", "Multiply 1", "Multiply 4", "Multiply 3", "Add 9", "Multiply 4", "Multiply 3", "Multiply 5", "Add 8", "Multiply 2", "Add 6", "Multiply 2", "Add 6"]}, "task_name": "task21", "example_name": "0111", "problem_name": "task21_0111"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Add 1, Add 0, Add 3, Add 9, Multiply 2, Add 0, Multiply 4, Add 1, Multiply 3, Add 5, Add 8, Add 5, Multiply 3]\n", "label": {"final": 1575, "init": 8, "intermediate": [9, 9, 12, 21, 42, 42, 168, 169, 507, 512, 520, 525]}, "config": {"num_operations": 13, "operations": ["Add 1", "Add 0", "Add 3", "Add 9", "Multiply 2", "Add 0", "Multiply 4", "Add 1", "Multiply 3", "Add 5", "Add 8", "Add 5", "Multiply 3"]}, "task_name": "task21", "example_name": "0112", "problem_name": "task21_0112"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Multiply 1, Add 3, Add 5, Add 3, Add 6, Multiply 4, Multiply 5, Add 6, Add 1, Multiply 2, Add 5, Add 3, Multiply 2]\n", "label": {"final": 1724, "init": 4, "intermediate": [4, 7, 12, 15, 21, 84, 420, 426, 427, 854, 859, 862]}, "config": {"num_operations": 13, "operations": ["Multiply 1", "Add 3", "Add 5", "Add 3", "Add 6", "Multiply 4", "Multiply 5", "Add 6", "Add 1", "Multiply 2", "Add 5", "Add 3", "Multiply 2"]}, "task_name": "task21", "example_name": "0113", "problem_name": "task21_0113"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Add 7, Multiply 1, Multiply 1, Multiply 3, Multiply 1, Add 3, Multiply 5, Multiply 5, Multiply 3, Multiply 1, Add 9, Add 3, Add 3]\n", "label": {"final": 2715, "init": 4, "intermediate": [11, 11, 11, 33, 33, 36, 180, 900, 2700, 2700, 2709, 2712]}, "config": {"num_operations": 13, "operations": ["Add 7", "Multiply 1", "Multiply 1", "Multiply 3", "Multiply 1", "Add 3", "Multiply 5", "Multiply 5", "Multiply 3", "Multiply 1", "Add 9", "Add 3", "Add 3"]}, "task_name": "task21", "example_name": "0114", "problem_name": "task21_0114"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Add 7, Multiply 3, Add 8, Add 9, Add 1, Multiply 1, Add 9, Multiply 4, Multiply 2, Multiply 4, Add 5, Multiply 4, Multiply 1]\n", "label": {"final": 8852, "init": 7, "intermediate": [14, 42, 50, 59, 60, 60, 69, 276, 552, 2208, 2213, 8852]}, "config": {"num_operations": 13, "operations": ["Add 7", "Multiply 3", "Add 8", "Add 9", "Add 1", "Multiply 1", "Add 9", "Multiply 4", "Multiply 2", "Multiply 4", "Add 5", "Multiply 4", "Multiply 1"]}, "task_name": "task21", "example_name": "0115", "problem_name": "task21_0115"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Multiply 2, Multiply 1, Add 1, Multiply 1, Multiply 2, Add 8, Add 9, Multiply 2, Add 6, Multiply 3, Add 1, Multiply 2, Multiply 3]\n", "label": {"final": 1806, "init": 7, "intermediate": [14, 14, 15, 15, 30, 38, 47, 94, 100, 300, 301, 602]}, "config": {"num_operations": 13, "operations": ["Multiply 2", "Multiply 1", "Add 1", "Multiply 1", "Multiply 2", "Add 8", "Add 9", "Multiply 2", "Add 6", "Multiply 3", "Add 1", "Multiply 2", "Multiply 3"]}, "task_name": "task21", "example_name": "0116", "problem_name": "task21_0116"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Add 2, Add 6, Add 1, Add 3, Multiply 1, Add 3, Multiply 1, Add 4, Multiply 2, Add 9, Add 1, Add 4, Multiply 4]\n", "label": {"final": 240, "init": 4, "intermediate": [6, 12, 13, 16, 16, 19, 19, 23, 46, 55, 56, 60]}, "config": {"num_operations": 13, "operations": ["Add 2", "Add 6", "Add 1", "Add 3", "Multiply 1", "Add 3", "Multiply 1", "Add 4", "Multiply 2", "Add 9", "Add 1", "Add 4", "Multiply 4"]}, "task_name": "task21", "example_name": "0117", "problem_name": "task21_0117"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Multiply 3, Multiply 4, Add 1, Add 9, Multiply 1, Multiply 4, Add 4, Multiply 5, Add 0, Add 1, Add 5, Add 2, Multiply 5]\n", "label": {"final": 4740, "init": 3, "intermediate": [9, 36, 37, 46, 46, 184, 188, 940, 940, 941, 946, 948]}, "config": {"num_operations": 13, "operations": ["Multiply 3", "Multiply 4", "Add 1", "Add 9", "Multiply 1", "Multiply 4", "Add 4", "Multiply 5", "Add 0", "Add 1", "Add 5", "Add 2", "Multiply 5"]}, "task_name": "task21", "example_name": "0118", "problem_name": "task21_0118"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Add 5, Add 7, Multiply 1, Add 5, Multiply 2, Add 7, Multiply 2, Add 8, Multiply 5, Multiply 5, Multiply 1, Add 2, Multiply 3]\n", "label": {"final": 7956, "init": 4, "intermediate": [9, 16, 16, 21, 42, 49, 98, 106, 530, 2650, 2650, 2652]}, "config": {"num_operations": 13, "operations": ["Add 5", "Add 7", "Multiply 1", "Add 5", "Multiply 2", "Add 7", "Multiply 2", "Add 8", "Multiply 5", "Multiply 5", "Multiply 1", "Add 2", "Multiply 3"]}, "task_name": "task21", "example_name": "0119", "problem_name": "task21_0119"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Multiply 4, Multiply 4, Add 5, Add 6, Multiply 2, Add 3, Add 3, Multiply 3, Add 4, Add 0, Add 9, Add 5, Add 6, Multiply 2]\n", "label": {"final": 984, "init": 4, "intermediate": [16, 64, 69, 75, 150, 153, 156, 468, 472, 472, 481, 486, 492]}, "config": {"num_operations": 14, "operations": ["Multiply 4", "Multiply 4", "Add 5", "Add 6", "Multiply 2", "Add 3", "Add 3", "Multiply 3", "Add 4", "Add 0", "Add 9", "Add 5", "Add 6", "Multiply 2"]}, "task_name": "task21", "example_name": "0120", "problem_name": "task21_0120"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Add 8, Add 1, Multiply 4, Multiply 4, Multiply 2, Multiply 5, Multiply 5, Multiply 1, Multiply 3, Multiply 1, Multiply 2, Add 1, Add 6, Add 2]\n", "label": {"final": 81609, "init": 8, "intermediate": [16, 17, 68, 272, 544, 2720, 13600, 13600, 40800, 40800, 81600, 81601, 81607]}, "config": {"num_operations": 14, "operations": ["Add 8", "Add 1", "Multiply 4", "Multiply 4", "Multiply 2", "Multiply 5", "Multiply 5", "Multiply 1", "Multiply 3", "Multiply 1", "Multiply 2", "Add 1", "Add 6", "Add 2"]}, "task_name": "task21", "example_name": "0121", "problem_name": "task21_0121"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Multiply 2, Add 0, Multiply 3, Multiply 5, Multiply 2, Add 6, Multiply 5, Multiply 2, Add 1, Add 0, Multiply 1, Multiply 4, Add 7, Multiply 3]\n", "label": {"final": 15153, "init": 2, "intermediate": [4, 4, 12, 60, 120, 126, 630, 1260, 1261, 1261, 1261, 5044, 5051]}, "config": {"num_operations": 14, "operations": ["Multiply 2", "Add 0", "Multiply 3", "Multiply 5", "Multiply 2", "Add 6", "Multiply 5", "Multiply 2", "Add 1", "Add 0", "Multiply 1", "Multiply 4", "Add 7", "Multiply 3"]}, "task_name": "task21", "example_name": "0122", "problem_name": "task21_0122"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Multiply 3, Add 2, Multiply 4, Add 4, Multiply 1, Add 2, Multiply 1, Multiply 5, Add 1, Add 0, Add 7, Multiply 1, Add 3, Add 2]\n", "label": {"final": 563, "init": 8, "intermediate": [24, 26, 104, 108, 108, 110, 110, 550, 551, 551, 558, 558, 561]}, "config": {"num_operations": 14, "operations": ["Multiply 3", "Add 2", "Multiply 4", "Add 4", "Multiply 1", "Add 2", "Multiply 1", "Multiply 5", "Add 1", "Add 0", "Add 7", "Multiply 1", "Add 3", "Add 2"]}, "task_name": "task21", "example_name": "0123", "problem_name": "task21_0123"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Add 1, Add 1, Add 4, Add 5, Add 1, Multiply 1, Multiply 3, Add 3, Multiply 2, Add 0, Multiply 2, Add 1, Add 3, Multiply 2]\n", "label": {"final": 344, "init": 1, "intermediate": [2, 3, 7, 12, 13, 13, 39, 42, 84, 84, 168, 169, 172]}, "config": {"num_operations": 14, "operations": ["Add 1", "Add 1", "Add 4", "Add 5", "Add 1", "Multiply 1", "Multiply 3", "Add 3", "Multiply 2", "Add 0", "Multiply 2", "Add 1", "Add 3", "Multiply 2"]}, "task_name": "task21", "example_name": "0124", "problem_name": "task21_0124"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Multiply 5, Multiply 5, Add 7, Multiply 5, Add 5, Add 9, Multiply 4, Add 1, Add 1, Add 3, Add 1, Multiply 1, Add 1, Multiply 2]\n", "label": {"final": 5406, "init": 5, "intermediate": [25, 125, 132, 660, 665, 674, 2696, 2697, 2698, 2701, 2702, 2702, 2703]}, "config": {"num_operations": 14, "operations": ["Multiply 5", "Multiply 5", "Add 7", "Multiply 5", "Add 5", "Add 9", "Multiply 4", "Add 1", "Add 1", "Add 3", "Add 1", "Multiply 1", "Add 1", "Multiply 2"]}, "task_name": "task21", "example_name": "0125", "problem_name": "task21_0125"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Multiply 1, Multiply 3, Multiply 3, Add 3, Multiply 2, Add 1, Add 9, Add 8, Multiply 3, Multiply 4, Add 3, Multiply 1, Add 1, Multiply 4]\n", "label": {"final": 7216, "init": 7, "intermediate": [7, 21, 63, 66, 132, 133, 142, 150, 450, 1800, 1803, 1803, 1804]}, "config": {"num_operations": 14, "operations": ["Multiply 1", "Multiply 3", "Multiply 3", "Add 3", "Multiply 2", "Add 1", "Add 9", "Add 8", "Multiply 3", "Multiply 4", "Add 3", "Multiply 1", "Add 1", "Multiply 4"]}, "task_name": "task21", "example_name": "0126", "problem_name": "task21_0126"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Multiply 3, Multiply 2, Multiply 1, Multiply 3, Multiply 1, Add 3, Add 4, Add 6, Multiply 5, Add 2, Multiply 2, Add 6, Add 6, Add 2]\n", "label": {"final": 1228, "init": 6, "intermediate": [18, 36, 36, 108, 108, 111, 115, 121, 605, 607, 1214, 1220, 1226]}, "config": {"num_operations": 14, "operations": ["Multiply 3", "Multiply 2", "Multiply 1", "Multiply 3", "Multiply 1", "Add 3", "Add 4", "Add 6", "Multiply 5", "Add 2", "Multiply 2", "Add 6", "Add 6", "Add 2"]}, "task_name": "task21", "example_name": "0127", "problem_name": "task21_0127"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Add 3, Multiply 1, Multiply 1, Multiply 3, Multiply 2, Add 8, Add 0, Multiply 2, Add 4, Add 4, Multiply 4, Multiply 1, Multiply 4, Multiply 3]\n", "label": {"final": 4608, "init": 3, "intermediate": [6, 6, 6, 18, 36, 44, 44, 88, 92, 96, 384, 384, 1536]}, "config": {"num_operations": 14, "operations": ["Add 3", "Multiply 1", "Multiply 1", "Multiply 3", "Multiply 2", "Add 8", "Add 0", "Multiply 2", "Add 4", "Add 4", "Multiply 4", "Multiply 1", "Multiply 4", "Multiply 3"]}, "task_name": "task21", "example_name": "0128", "problem_name": "task21_0128"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Multiply 2, Multiply 2, Multiply 1, Add 1, Multiply 4, Add 6, Add 1, Multiply 5, Multiply 3, Multiply 4, Multiply 3, Multiply 5, Multiply 1, Multiply 4]\n", "label": {"final": 385200, "init": 6, "intermediate": [12, 24, 24, 25, 100, 106, 107, 535, 1605, 6420, 19260, 96300, 96300]}, "config": {"num_operations": 14, "operations": ["Multiply 2", "Multiply 2", "Multiply 1", "Add 1", "Multiply 4", "Add 6", "Add 1", "Multiply 5", "Multiply 3", "Multiply 4", "Multiply 3", "Multiply 5", "Multiply 1", "Multiply 4"]}, "task_name": "task21", "example_name": "0129", "problem_name": "task21_0129"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Multiply 3, Add 4, Add 4, Add 5, Add 1, Add 4, Multiply 4, Multiply 1, Add 4, Multiply 5, Add 2, Add 9, Multiply 5, Multiply 1, Multiply 1]\n", "label": {"final": 3455, "init": 5, "intermediate": [15, 19, 23, 28, 29, 33, 132, 132, 136, 680, 682, 691, 3455, 3455]}, "config": {"num_operations": 15, "operations": ["Multiply 3", "Add 4", "Add 4", "Add 5", "Add 1", "Add 4", "Multiply 4", "Multiply 1", "Add 4", "Multiply 5", "Add 2", "Add 9", "Multiply 5", "Multiply 1", "Multiply 1"]}, "task_name": "task21", "example_name": "0130", "problem_name": "task21_0130"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Multiply 4, Add 7, Multiply 5, Add 3, Add 1, Multiply 2, Add 0, Multiply 3, Multiply 1, Multiply 3, Multiply 3, Multiply 4, Add 4, Multiply 1, Add 2]\n", "label": {"final": 21390, "init": 3, "intermediate": [12, 19, 95, 98, 99, 198, 198, 594, 594, 1782, 5346, 21384, 21388, 21388]}, "config": {"num_operations": 15, "operations": ["Multiply 4", "Add 7", "Multiply 5", "Add 3", "Add 1", "Multiply 2", "Add 0", "Multiply 3", "Multiply 1", "Multiply 3", "Multiply 3", "Multiply 4", "Add 4", "Multiply 1", "Add 2"]}, "task_name": "task21", "example_name": "0131", "problem_name": "task21_0131"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Add 2, Add 8, Add 0, Multiply 3, Add 8, Add 4, Add 3, Add 7, Add 0, Add 9, Multiply 1, Multiply 4, Multiply 3, Multiply 5, Multiply 2]\n", "label": {"final": 8400, "init": 3, "intermediate": [5, 13, 13, 39, 47, 51, 54, 61, 61, 70, 70, 280, 840, 4200]}, "config": {"num_operations": 15, "operations": ["Add 2", "Add 8", "Add 0", "Multiply 3", "Add 8", "Add 4", "Add 3", "Add 7", "Add 0", "Add 9", "Multiply 1", "Multiply 4", "Multiply 3", "Multiply 5", "Multiply 2"]}, "task_name": "task21", "example_name": "0132", "problem_name": "task21_0132"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Add 7, Multiply 1, Multiply 3, Multiply 3, Multiply 2, Multiply 2, Multiply 1, Add 8, Multiply 1, Add 3, Add 5, Multiply 1, Add 2, Multiply 4, Add 0]\n", "label": {"final": 1512, "init": 3, "intermediate": [10, 10, 30, 90, 180, 360, 360, 368, 368, 371, 376, 376, 378, 1512]}, "config": {"num_operations": 15, "operations": ["Add 7", "Multiply 1", "Multiply 3", "Multiply 3", "Multiply 2", "Multiply 2", "Multiply 1", "Add 8", "Multiply 1", "Add 3", "Add 5", "Multiply 1", "Add 2", "Multiply 4", "Add 0"]}, "task_name": "task21", "example_name": "0133", "problem_name": "task21_0133"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Add 8, Multiply 2, Add 0, Multiply 3, Add 9, Multiply 2, Add 3, Multiply 2, Multiply 2, Add 3, Add 4, Add 7, Add 6, Multiply 3, Multiply 5]\n", "label": {"final": 13080, "init": 8, "intermediate": [16, 32, 32, 96, 105, 210, 213, 426, 852, 855, 859, 866, 872, 2616]}, "config": {"num_operations": 15, "operations": ["Add 8", "Multiply 2", "Add 0", "Multiply 3", "Add 9", "Multiply 2", "Add 3", "Multiply 2", "Multiply 2", "Add 3", "Add 4", "Add 7", "Add 6", "Multiply 3", "Multiply 5"]}, "task_name": "task21", "example_name": "0134", "problem_name": "task21_0134"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Multiply 5, Multiply 5, Add 1, Add 2, Add 2, Add 3, Multiply 2, Multiply 2, Multiply 4, Multiply 5, Multiply 3, Add 9, Add 7, Add 6, Add 5]\n", "label": {"final": 49947, "init": 8, "intermediate": [40, 200, 201, 203, 205, 208, 416, 832, 3328, 16640, 49920, 49929, 49936, 49942]}, "config": {"num_operations": 15, "operations": ["Multiply 5", "Multiply 5", "Add 1", "Add 2", "Add 2", "Add 3", "Multiply 2", "Multiply 2", "Multiply 4", "Multiply 5", "Multiply 3", "Add 9", "Add 7", "Add 6", "Add 5"]}, "task_name": "task21", "example_name": "0135", "problem_name": "task21_0135"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Multiply 2, Multiply 3, Multiply 1, Add 3, Multiply 3, Add 1, Add 1, Multiply 3, Add 5, Add 7, Multiply 5, Multiply 3, Add 9, Multiply 1, Add 5]\n", "label": {"final": 7169, "init": 8, "intermediate": [16, 48, 48, 51, 153, 154, 155, 465, 470, 477, 2385, 7155, 7164, 7164]}, "config": {"num_operations": 15, "operations": ["Multiply 2", "Multiply 3", "Multiply 1", "Add 3", "Multiply 3", "Add 1", "Add 1", "Multiply 3", "Add 5", "Add 7", "Multiply 5", "Multiply 3", "Add 9", "Multiply 1", "Add 5"]}, "task_name": "task21", "example_name": "0136", "problem_name": "task21_0136"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Multiply 2, Multiply 3, Multiply 5, Multiply 3, Add 2, Add 2, Multiply 1, Multiply 3, Multiply 3, Multiply 5, Add 9, Add 3, Multiply 1, Add 4, Multiply 4]\n", "label": {"final": 146584, "init": 9, "intermediate": [18, 54, 270, 810, 812, 814, 814, 2442, 7326, 36630, 36639, 36642, 36642, 36646]}, "config": {"num_operations": 15, "operations": ["Multiply 2", "Multiply 3", "Multiply 5", "Multiply 3", "Add 2", "Add 2", "Multiply 1", "Multiply 3", "Multiply 3", "Multiply 5", "Add 9", "Add 3", "Multiply 1", "Add 4", "Multiply 4"]}, "task_name": "task21", "example_name": "0137", "problem_name": "task21_0137"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Multiply 1, Add 3, Add 6, Add 7, Multiply 3, Multiply 1, Multiply 3, Multiply 2, Add 5, Multiply 5, Add 4, Add 0, Add 1, Multiply 4, Add 1]\n", "label": {"final": 6601, "init": 2, "intermediate": [2, 5, 11, 18, 54, 54, 162, 324, 329, 1645, 1649, 1649, 1650, 6600]}, "config": {"num_operations": 15, "operations": ["Multiply 1", "Add 3", "Add 6", "Add 7", "Multiply 3", "Multiply 1", "Multiply 3", "Multiply 2", "Add 5", "Multiply 5", "Add 4", "Add 0", "Add 1", "Multiply 4", "Add 1"]}, "task_name": "task21", "example_name": "0138", "problem_name": "task21_0138"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Multiply 1, Add 5, Add 9, Multiply 2, Add 6, Multiply 5, Add 6, Multiply 1, Multiply 4, Add 6, Add 3, Add 9, Multiply 4, Add 8, Multiply 4]\n", "label": {"final": 14784, "init": 5, "intermediate": [5, 10, 19, 38, 44, 220, 226, 226, 904, 910, 913, 922, 3688, 3696]}, "config": {"num_operations": 15, "operations": ["Multiply 1", "Add 5", "Add 9", "Multiply 2", "Add 6", "Multiply 5", "Add 6", "Multiply 1", "Multiply 4", "Add 6", "Add 3", "Add 9", "Multiply 4", "Add 8", "Multiply 4"]}, "task_name": "task21", "example_name": "0139", "problem_name": "task21_0139"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Add 4, Add 6, Add 9, Multiply 3, Multiply 1, Add 4, Add 6, Add 4, Add 8, Add 7, Add 9, Add 7, Add 3, Add 8, Add 2, Add 7]\n", "label": {"final": 125, "init": 1, "intermediate": [5, 11, 20, 60, 60, 64, 70, 74, 82, 89, 98, 105, 108, 116, 118]}, "config": {"num_operations": 16, "operations": ["Add 4", "Add 6", "Add 9", "Multiply 3", "Multiply 1", "Add 4", "Add 6", "Add 4", "Add 8", "Add 7", "Add 9", "Add 7", "Add 3", "Add 8", "Add 2", "Add 7"]}, "task_name": "task21", "example_name": "0140", "problem_name": "task21_0140"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Add 8, Multiply 4, Add 3, Add 2, Add 8, Add 0, Multiply 2, Multiply 1, Multiply 2, Multiply 5, Add 7, Multiply 4, Multiply 1, Multiply 2, Multiply 4, Add 1]\n", "label": {"final": 34145, "init": 2, "intermediate": [10, 40, 43, 45, 53, 53, 106, 106, 212, 1060, 1067, 4268, 4268, 8536, 34144]}, "config": {"num_operations": 16, "operations": ["Add 8", "Multiply 4", "Add 3", "Add 2", "Add 8", "Add 0", "Multiply 2", "Multiply 1", "Multiply 2", "Multiply 5", "Add 7", "Multiply 4", "Multiply 1", "Multiply 2", "Multiply 4", "Add 1"]}, "task_name": "task21", "example_name": "0141", "problem_name": "task21_0141"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Add 7, Add 4, Multiply 4, Multiply 1, Multiply 1, Multiply 3, Multiply 2, Add 8, Add 9, Add 5, Multiply 3, Add 7, Multiply 1, Add 8, Add 6, Multiply 4]\n", "label": {"final": 4092, "init": 2, "intermediate": [9, 13, 52, 52, 52, 156, 312, 320, 329, 334, 1002, 1009, 1009, 1017, 1023]}, "config": {"num_operations": 16, "operations": ["Add 7", "Add 4", "Multiply 4", "Multiply 1", "Multiply 1", "Multiply 3", "Multiply 2", "Add 8", "Add 9", "Add 5", "Multiply 3", "Add 7", "Multiply 1", "Add 8", "Add 6", "Multiply 4"]}, "task_name": "task21", "example_name": "0142", "problem_name": "task21_0142"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Multiply 2, Add 7, Multiply 4, Multiply 2, Multiply 1, Multiply 3, Add 9, Add 2, Add 5, Multiply 5, Multiply 4, Multiply 5, Add 9, Multiply 3, Multiply 3, Multiply 4]\n", "label": {"final": 1872324, "init": 7, "intermediate": [14, 21, 84, 168, 168, 504, 513, 515, 520, 2600, 10400, 52000, 52009, 156027, 468081]}, "config": {"num_operations": 16, "operations": ["Multiply 2", "Add 7", "Multiply 4", "Multiply 2", "Multiply 1", "Multiply 3", "Add 9", "Add 2", "Add 5", "Multiply 5", "Multiply 4", "Multiply 5", "Add 9", "Multiply 3", "Multiply 3", "Multiply 4"]}, "task_name": "task21", "example_name": "0143", "problem_name": "task21_0143"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Add 5, Add 7, Add 3, Add 2, Add 7, Add 9, Multiply 5, Multiply 2, Multiply 1, Add 9, Add 9, Multiply 2, Add 5, Add 4, Multiply 4, Add 4]\n", "label": {"final": 2904, "init": 1, "intermediate": [6, 13, 16, 18, 25, 34, 170, 340, 340, 349, 358, 716, 721, 725, 2900]}, "config": {"num_operations": 16, "operations": ["Add 5", "Add 7", "Add 3", "Add 2", "Add 7", "Add 9", "Multiply 5", "Multiply 2", "Multiply 1", "Add 9", "Add 9", "Multiply 2", "Add 5", "Add 4", "Multiply 4", "Add 4"]}, "task_name": "task21", "example_name": "0144", "problem_name": "task21_0144"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Multiply 4, Multiply 1, Multiply 3, Multiply 4, Add 1, Multiply 4, Multiply 2, Add 4, Multiply 4, Add 6, Multiply 3, Add 5, Multiply 1, Multiply 5, Multiply 1, Multiply 2]\n", "label": {"final": 416390, "init": 9, "intermediate": [36, 36, 108, 432, 433, 1732, 3464, 3468, 13872, 13878, 41634, 41639, 41639, 208195, 208195]}, "config": {"num_operations": 16, "operations": ["Multiply 4", "Multiply 1", "Multiply 3", "Multiply 4", "Add 1", "Multiply 4", "Multiply 2", "Add 4", "Multiply 4", "Add 6", "Multiply 3", "Add 5", "Multiply 1", "Multiply 5", "Multiply 1", "Multiply 2"]}, "task_name": "task21", "example_name": "0145", "problem_name": "task21_0145"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Add 5, Multiply 5, Multiply 4, Multiply 4, Multiply 1, Add 1, Multiply 4, Multiply 1, Add 4, Multiply 5, Multiply 3, Add 7, Multiply 5, Add 1, Add 9, Add 6]\n", "label": {"final": 264651, "init": 6, "intermediate": [11, 55, 220, 880, 880, 881, 3524, 3524, 3528, 17640, 52920, 52927, 264635, 264636, 264645]}, "config": {"num_operations": 16, "operations": ["Add 5", "Multiply 5", "Multiply 4", "Multiply 4", "Multiply 1", "Add 1", "Multiply 4", "Multiply 1", "Add 4", "Multiply 5", "Multiply 3", "Add 7", "Multiply 5", "Add 1", "Add 9", "Add 6"]}, "task_name": "task21", "example_name": "0146", "problem_name": "task21_0146"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Add 3, Add 6, Add 6, Multiply 5, Multiply 5, Add 4, Add 6, Add 4, Add 5, Multiply 3, Multiply 5, Multiply 2, Multiply 3, Add 5, Add 5, Add 1]\n", "label": {"final": 51221, "init": 7, "intermediate": [10, 16, 22, 110, 550, 554, 560, 564, 569, 1707, 8535, 17070, 51210, 51215, 51220]}, "config": {"num_operations": 16, "operations": ["Add 3", "Add 6", "Add 6", "Multiply 5", "Multiply 5", "Add 4", "Add 6", "Add 4", "Add 5", "Multiply 3", "Multiply 5", "Multiply 2", "Multiply 3", "Add 5", "Add 5", "Add 1"]}, "task_name": "task21", "example_name": "0147", "problem_name": "task21_0147"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Add 1, Multiply 1, Multiply 4, Add 1, Add 2, Add 2, Add 5, Multiply 5, Multiply 3, Multiply 1, Add 2, Add 5, Add 7, Multiply 4, Add 6, Add 0]\n", "label": {"final": 2102, "init": 5, "intermediate": [6, 6, 24, 25, 27, 29, 34, 170, 510, 510, 512, 517, 524, 2096, 2102]}, "config": {"num_operations": 16, "operations": ["Add 1", "Multiply 1", "Multiply 4", "Add 1", "Add 2", "Add 2", "Add 5", "Multiply 5", "Multiply 3", "Multiply 1", "Add 2", "Add 5", "Add 7", "Multiply 4", "Add 6", "Add 0"]}, "task_name": "task21", "example_name": "0148", "problem_name": "task21_0148"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Multiply 1, Multiply 5, Multiply 2, Multiply 4, Multiply 3, Add 0, Add 7, Add 0, Multiply 3, Add 6, Multiply 3, Add 9, Multiply 1, Add 8, Multiply 1, Multiply 3]\n", "label": {"final": 29454, "init": 9, "intermediate": [9, 45, 90, 360, 1080, 1080, 1087, 1087, 3261, 3267, 9801, 9810, 9810, 9818, 9818]}, "config": {"num_operations": 16, "operations": ["Multiply 1", "Multiply 5", "Multiply 2", "Multiply 4", "Multiply 3", "Add 0", "Add 7", "Add 0", "Multiply 3", "Add 6", "Multiply 3", "Add 9", "Multiply 1", "Add 8", "Multiply 1", "Multiply 3"]}, "task_name": "task21", "example_name": "0149", "problem_name": "task21_0149"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Multiply 4, Multiply 2, Multiply 4, Multiply 1, Multiply 3, Add 8, Multiply 2, Multiply 1, Multiply 2, Add 4, Multiply 1, Add 0, Multiply 4, Multiply 4, Multiply 1, Add 2, Multiply 4]\n", "label": {"final": 100616, "init": 4, "intermediate": [16, 32, 128, 128, 384, 392, 784, 784, 1568, 1572, 1572, 1572, 6288, 25152, 25152, 25154]}, "config": {"num_operations": 17, "operations": ["Multiply 4", "Multiply 2", "Multiply 4", "Multiply 1", "Multiply 3", "Add 8", "Multiply 2", "Multiply 1", "Multiply 2", "Add 4", "Multiply 1", "Add 0", "Multiply 4", "Multiply 4", "Multiply 1", "Add 2", "Multiply 4"]}, "task_name": "task21", "example_name": "0150", "problem_name": "task21_0150"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Multiply 5, Multiply 1, Multiply 2, Multiply 4, Multiply 4, Add 6, Add 6, Multiply 4, Multiply 3, Add 3, Add 3, Multiply 5, Add 8, Multiply 5, Multiply 1, Add 0, Multiply 1]\n", "label": {"final": 195790, "init": 4, "intermediate": [20, 20, 40, 160, 640, 646, 652, 2608, 7824, 7827, 7830, 39150, 39158, 195790, 195790, 195790]}, "config": {"num_operations": 17, "operations": ["Multiply 5", "Multiply 1", "Multiply 2", "Multiply 4", "Multiply 4", "Add 6", "Add 6", "Multiply 4", "Multiply 3", "Add 3", "Add 3", "Multiply 5", "Add 8", "Multiply 5", "Multiply 1", "Add 0", "Multiply 1"]}, "task_name": "task21", "example_name": "0151", "problem_name": "task21_0151"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Add 1, Multiply 1, Multiply 5, Add 7, Multiply 3, Add 8, Multiply 3, Add 5, Add 9, Add 9, Add 5, Multiply 1, Multiply 3, Add 9, Add 8, Add 0, Add 4]\n", "label": {"final": 1581, "init": 8, "intermediate": [9, 9, 45, 52, 156, 164, 492, 497, 506, 515, 520, 520, 1560, 1569, 1577, 1577]}, "config": {"num_operations": 17, "operations": ["Add 1", "Multiply 1", "Multiply 5", "Add 7", "Multiply 3", "Add 8", "Multiply 3", "Add 5", "Add 9", "Add 9", "Add 5", "Multiply 1", "Multiply 3", "Add 9", "Add 8", "Add 0", "Add 4"]}, "task_name": "task21", "example_name": "0152", "problem_name": "task21_0152"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Multiply 3, Multiply 4, Add 1, Add 4, Multiply 1, Add 1, Multiply 1, Add 9, Multiply 5, Multiply 1, Multiply 1, Add 4, Add 3, Multiply 3, Multiply 1, Add 1, Multiply 3]\n", "label": {"final": 4521, "init": 7, "intermediate": [21, 84, 85, 89, 89, 90, 90, 99, 495, 495, 495, 499, 502, 1506, 1506, 1507]}, "config": {"num_operations": 17, "operations": ["Multiply 3", "Multiply 4", "Add 1", "Add 4", "Multiply 1", "Add 1", "Multiply 1", "Add 9", "Multiply 5", "Multiply 1", "Multiply 1", "Add 4", "Add 3", "Multiply 3", "Multiply 1", "Add 1", "Multiply 3"]}, "task_name": "task21", "example_name": "0153", "problem_name": "task21_0153"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Add 4, Multiply 4, Add 0, Add 0, Add 5, Multiply 5, Multiply 2, Multiply 4, Add 2, Multiply 3, Add 9, Add 3, Add 5, Multiply 3, Add 9, Add 3, Add 4]\n", "label": {"final": 14845, "init": 5, "intermediate": [9, 36, 36, 36, 41, 205, 410, 1640, 1642, 4926, 4935, 4938, 4943, 14829, 14838, 14841]}, "config": {"num_operations": 17, "operations": ["Add 4", "Multiply 4", "Add 0", "Add 0", "Add 5", "Multiply 5", "Multiply 2", "Multiply 4", "Add 2", "Multiply 3", "Add 9", "Add 3", "Add 5", "Multiply 3", "Add 9", "Add 3", "Add 4"]}, "task_name": "task21", "example_name": "0154", "problem_name": "task21_0154"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Multiply 1, Multiply 2, Add 6, Add 7, Add 5, Add 3, Multiply 3, Add 7, Multiply 4, Multiply 4, Add 7, Multiply 1, Multiply 5, Add 4, Add 0, Add 0, Multiply 5]\n", "label": {"final": 40195, "init": 5, "intermediate": [5, 10, 16, 23, 28, 31, 93, 100, 400, 1600, 1607, 1607, 8035, 8039, 8039, 8039]}, "config": {"num_operations": 17, "operations": ["Multiply 1", "Multiply 2", "Add 6", "Add 7", "Add 5", "Add 3", "Multiply 3", "Add 7", "Multiply 4", "Multiply 4", "Add 7", "Multiply 1", "Multiply 5", "Add 4", "Add 0", "Add 0", "Multiply 5"]}, "task_name": "task21", "example_name": "0155", "problem_name": "task21_0155"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Add 2, Add 4, Add 5, Multiply 2, Add 0, Add 3, Multiply 2, Add 3, Add 5, Add 1, Multiply 2, Multiply 4, Add 4, Add 5, Multiply 4, Add 8, Multiply 2]\n", "label": {"final": 4120, "init": 1, "intermediate": [3, 7, 12, 24, 24, 27, 54, 57, 62, 63, 126, 504, 508, 513, 2052, 2060]}, "config": {"num_operations": 17, "operations": ["Add 2", "Add 4", "Add 5", "Multiply 2", "Add 0", "Add 3", "Multiply 2", "Add 3", "Add 5", "Add 1", "Multiply 2", "Multiply 4", "Add 4", "Add 5", "Multiply 4", "Add 8", "Multiply 2"]}, "task_name": "task21", "example_name": "0156", "problem_name": "task21_0156"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Multiply 3, Multiply 5, Multiply 1, Multiply 3, Multiply 3, Add 4, Multiply 3, Add 7, Add 1, Multiply 3, Multiply 2, Multiply 5, Multiply 5, Add 3, Add 7, Multiply 3, Add 2]\n", "label": {"final": 191282, "init": 1, "intermediate": [3, 15, 15, 45, 135, 139, 417, 424, 425, 1275, 2550, 12750, 63750, 63753, 63760, 191280]}, "config": {"num_operations": 17, "operations": ["Multiply 3", "Multiply 5", "Multiply 1", "Multiply 3", "Multiply 3", "Add 4", "Multiply 3", "Add 7", "Add 1", "Multiply 3", "Multiply 2", "Multiply 5", "Multiply 5", "Add 3", "Add 7", "Multiply 3", "Add 2"]}, "task_name": "task21", "example_name": "0157", "problem_name": "task21_0157"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Add 4, Multiply 5, Multiply 3, Add 9, Add 6, Add 3, Add 6, Multiply 2, Multiply 4, Add 4, Add 5, Add 7, Multiply 5, Add 8, Add 5, Add 8, Multiply 2]\n", "label": {"final": 16522, "init": 8, "intermediate": [12, 60, 180, 189, 195, 198, 204, 408, 1632, 1636, 1641, 1648, 8240, 8248, 8253, 8261]}, "config": {"num_operations": 17, "operations": ["Add 4", "Multiply 5", "Multiply 3", "Add 9", "Add 6", "Add 3", "Add 6", "Multiply 2", "Multiply 4", "Add 4", "Add 5", "Add 7", "Multiply 5", "Add 8", "Add 5", "Add 8", "Multiply 2"]}, "task_name": "task21", "example_name": "0158", "problem_name": "task21_0158"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Add 8, Add 5, Add 2, Multiply 5, Add 3, Add 4, Multiply 3, Multiply 1, Add 7, Multiply 4, Multiply 2, Multiply 4, Multiply 1, Multiply 4, Multiply 4, Multiply 4, Add 6]\n", "label": {"final": 794630, "init": 9, "intermediate": [17, 22, 24, 120, 123, 127, 381, 381, 388, 1552, 3104, 12416, 12416, 49664, 198656, 794624]}, "config": {"num_operations": 17, "operations": ["Add 8", "Add 5", "Add 2", "Multiply 5", "Add 3", "Add 4", "Multiply 3", "Multiply 1", "Add 7", "Multiply 4", "Multiply 2", "Multiply 4", "Multiply 1", "Multiply 4", "Multiply 4", "Multiply 4", "Add 6"]}, "task_name": "task21", "example_name": "0159", "problem_name": "task21_0159"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Add 9, Add 0, Multiply 2, Multiply 3, Add 6, Multiply 1, Add 2, Add 7, Add 7, Multiply 4, Add 9, Multiply 1, Multiply 2, Add 3, Multiply 2, Add 8, Add 1, Multiply 4]\n", "label": {"final": 7756, "init": 7, "intermediate": [16, 16, 32, 96, 102, 102, 104, 111, 118, 472, 481, 481, 962, 965, 1930, 1938, 1939]}, "config": {"num_operations": 18, "operations": ["Add 9", "Add 0", "Multiply 2", "Multiply 3", "Add 6", "Multiply 1", "Add 2", "Add 7", "Add 7", "Multiply 4", "Add 9", "Multiply 1", "Multiply 2", "Add 3", "Multiply 2", "Add 8", "Add 1", "Multiply 4"]}, "task_name": "task21", "example_name": "0160", "problem_name": "task21_0160"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Multiply 3, Multiply 5, Multiply 3, Add 1, Add 9, Add 5, Add 0, Multiply 5, Multiply 5, Multiply 4, Multiply 1, Multiply 1, Add 5, Add 0, Multiply 1, Multiply 3, Multiply 2, Add 7]\n", "label": {"final": 90037, "init": 3, "intermediate": [9, 45, 135, 136, 145, 150, 150, 750, 3750, 15000, 15000, 15000, 15005, 15005, 15005, 45015, 90030]}, "config": {"num_operations": 18, "operations": ["Multiply 3", "Multiply 5", "Multiply 3", "Add 1", "Add 9", "Add 5", "Add 0", "Multiply 5", "Multiply 5", "Multiply 4", "Multiply 1", "Multiply 1", "Add 5", "Add 0", "Multiply 1", "Multiply 3", "Multiply 2", "Add 7"]}, "task_name": "task21", "example_name": "0161", "problem_name": "task21_0161"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Multiply 5, Add 7, Multiply 1, Add 2, Multiply 2, Multiply 2, Add 2, Multiply 2, Add 7, Multiply 5, Add 1, Multiply 4, Multiply 3, Add 6, Multiply 4, Add 9, Add 0, Multiply 2]\n", "label": {"final": 212802, "init": 9, "intermediate": [45, 52, 52, 54, 108, 216, 218, 436, 443, 2215, 2216, 8864, 26592, 26598, 106392, 106401, 106401]}, "config": {"num_operations": 18, "operations": ["Multiply 5", "Add 7", "Multiply 1", "Add 2", "Multiply 2", "Multiply 2", "Add 2", "Multiply 2", "Add 7", "Multiply 5", "Add 1", "Multiply 4", "Multiply 3", "Add 6", "Multiply 4", "Add 9", "Add 0", "Multiply 2"]}, "task_name": "task21", "example_name": "0162", "problem_name": "task21_0162"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Add 0, Add 4, Multiply 3, Multiply 4, Add 2, Add 4, Add 4, Multiply 1, Add 8, Add 8, Multiply 4, Multiply 1, Multiply 3, Multiply 2, Multiply 3, Multiply 3, Add 2, Add 1]\n", "label": {"final": 18579, "init": 1, "intermediate": [1, 5, 15, 60, 62, 66, 70, 70, 78, 86, 344, 344, 1032, 2064, 6192, 18576, 18578]}, "config": {"num_operations": 18, "operations": ["Add 0", "Add 4", "Multiply 3", "Multiply 4", "Add 2", "Add 4", "Add 4", "Multiply 1", "Add 8", "Add 8", "Multiply 4", "Multiply 1", "Multiply 3", "Multiply 2", "Multiply 3", "Multiply 3", "Add 2", "Add 1"]}, "task_name": "task21", "example_name": "0163", "problem_name": "task21_0163"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Multiply 4, Multiply 3, Multiply 5, Add 6, Add 0, Add 1, Multiply 2, Add 2, Multiply 5, Multiply 1, Multiply 3, Multiply 3, Add 5, Add 0, Multiply 1, Add 9, Add 6, Add 9]\n", "label": {"final": 33149, "init": 6, "intermediate": [24, 72, 360, 366, 366, 367, 734, 736, 3680, 3680, 11040, 33120, 33125, 33125, 33125, 33134, 33140]}, "config": {"num_operations": 18, "operations": ["Multiply 4", "Multiply 3", "Multiply 5", "Add 6", "Add 0", "Add 1", "Multiply 2", "Add 2", "Multiply 5", "Multiply 1", "Multiply 3", "Multiply 3", "Add 5", "Add 0", "Multiply 1", "Add 9", "Add 6", "Add 9"]}, "task_name": "task21", "example_name": "0164", "problem_name": "task21_0164"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Multiply 2, Multiply 2, Add 2, Add 8, Add 2, Add 0, Multiply 2, Add 2, Add 3, Add 8, Add 2, Multiply 2, Multiply 3, Add 1, Add 3, Multiply 1, Add 4, Add 1]\n", "label": {"final": 531, "init": 6, "intermediate": [12, 24, 26, 34, 36, 36, 72, 74, 77, 85, 87, 174, 522, 523, 526, 526, 530]}, "config": {"num_operations": 18, "operations": ["Multiply 2", "Multiply 2", "Add 2", "Add 8", "Add 2", "Add 0", "Multiply 2", "Add 2", "Add 3", "Add 8", "Add 2", "Multiply 2", "Multiply 3", "Add 1", "Add 3", "Multiply 1", "Add 4", "Add 1"]}, "task_name": "task21", "example_name": "0165", "problem_name": "task21_0165"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Add 6, Multiply 2, Multiply 3, Add 1, Add 7, Add 4, Multiply 5, Multiply 2, Add 1, Multiply 5, Add 1, Add 1, Multiply 5, Add 3, Multiply 5, Multiply 2, Add 0, Add 8]\n", "label": {"final": 255388, "init": 9, "intermediate": [15, 30, 90, 91, 98, 102, 510, 1020, 1021, 5105, 5106, 5107, 25535, 25538, 127690, 255380, 255380]}, "config": {"num_operations": 18, "operations": ["Add 6", "Multiply 2", "Multiply 3", "Add 1", "Add 7", "Add 4", "Multiply 5", "Multiply 2", "Add 1", "Multiply 5", "Add 1", "Add 1", "Multiply 5", "Add 3", "Multiply 5", "Multiply 2", "Add 0", "Add 8"]}, "task_name": "task21", "example_name": "0166", "problem_name": "task21_0166"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Multiply 3, Add 1, Multiply 2, Add 9, Add 5, Multiply 5, Multiply 2, Multiply 2, Multiply 2, Multiply 1, Add 4, Add 2, Multiply 3, Add 1, Multiply 1, Add 6, Add 7, Multiply 5]\n", "label": {"final": 27760, "init": 5, "intermediate": [15, 16, 32, 41, 46, 230, 460, 920, 1840, 1840, 1844, 1846, 5538, 5539, 5539, 5545, 5552]}, "config": {"num_operations": 18, "operations": ["Multiply 3", "Add 1", "Multiply 2", "Add 9", "Add 5", "Multiply 5", "Multiply 2", "Multiply 2", "Multiply 2", "Multiply 1", "Add 4", "Add 2", "Multiply 3", "Add 1", "Multiply 1", "Add 6", "Add 7", "Multiply 5"]}, "task_name": "task21", "example_name": "0167", "problem_name": "task21_0167"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Add 3, Multiply 2, Add 7, Multiply 4, Multiply 3, Multiply 5, Multiply 2, Multiply 5, Multiply 2, Add 8, Multiply 3, Add 1, Add 5, Add 8, Multiply 1, Add 1, Add 8, Multiply 4]\n", "label": {"final": 331388, "init": 5, "intermediate": [8, 16, 23, 92, 276, 1380, 2760, 13800, 27600, 27608, 82824, 82825, 82830, 82838, 82838, 82839, 82847]}, "config": {"num_operations": 18, "operations": ["Add 3", "Multiply 2", "Add 7", "Multiply 4", "Multiply 3", "Multiply 5", "Multiply 2", "Multiply 5", "Multiply 2", "Add 8", "Multiply 3", "Add 1", "Add 5", "Add 8", "Multiply 1", "Add 1", "Add 8", "Multiply 4"]}, "task_name": "task21", "example_name": "0168", "problem_name": "task21_0168"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Add 0, Multiply 3, Add 5, Multiply 2, Multiply 3, Multiply 3, Multiply 3, Multiply 4, Multiply 1, Add 9, Multiply 5, Multiply 4, Multiply 1, Add 5, Multiply 1, Add 2, Multiply 2, Add 2]\n", "label": {"final": 276856, "init": 9, "intermediate": [9, 27, 32, 64, 192, 576, 1728, 6912, 6912, 6921, 34605, 138420, 138420, 138425, 138425, 138427, 276854]}, "config": {"num_operations": 18, "operations": ["Add 0", "Multiply 3", "Add 5", "Multiply 2", "Multiply 3", "Multiply 3", "Multiply 3", "Multiply 4", "Multiply 1", "Add 9", "Multiply 5", "Multiply 4", "Multiply 1", "Add 5", "Multiply 1", "Add 2", "Multiply 2", "Add 2"]}, "task_name": "task21", "example_name": "0169", "problem_name": "task21_0169"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Add 1, Multiply 5, Multiply 2, Add 2, Multiply 5, Multiply 4, Multiply 5, Multiply 4, Add 1, Multiply 5, Add 1, Add 3, Multiply 2, Multiply 4, Multiply 3, Add 3, Add 7, Multiply 4, Multiply 4]\n", "label": {"final": 32259616, "init": 3, "intermediate": [4, 20, 40, 42, 210, 840, 4200, 16800, 16801, 84005, 84006, 84009, 168018, 672072, 2016216, 2016219, 2016226, 8064904]}, "config": {"num_operations": 19, "operations": ["Add 1", "Multiply 5", "Multiply 2", "Add 2", "Multiply 5", "Multiply 4", "Multiply 5", "Multiply 4", "Add 1", "Multiply 5", "Add 1", "Add 3", "Multiply 2", "Multiply 4", "Multiply 3", "Add 3", "Add 7", "Multiply 4", "Multiply 4"]}, "task_name": "task21", "example_name": "0170", "problem_name": "task21_0170"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Multiply 5, Add 3, Multiply 3, Multiply 1, Add 6, Multiply 1, Multiply 4, Multiply 4, Multiply 2, Add 6, Add 0, Multiply 5, Add 8, Add 4, Add 3, Multiply 5, Multiply 4, Multiply 1, Add 0]\n", "label": {"final": 336900, "init": 6, "intermediate": [30, 33, 99, 99, 105, 105, 420, 1680, 3360, 3366, 3366, 16830, 16838, 16842, 16845, 84225, 336900, 336900]}, "config": {"num_operations": 19, "operations": ["Multiply 5", "Add 3", "Multiply 3", "Multiply 1", "Add 6", "Multiply 1", "Multiply 4", "Multiply 4", "Multiply 2", "Add 6", "Add 0", "Multiply 5", "Add 8", "Add 4", "Add 3", "Multiply 5", "Multiply 4", "Multiply 1", "Add 0"]}, "task_name": "task21", "example_name": "0171", "problem_name": "task21_0171"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Multiply 4, Multiply 3, Add 4, Multiply 5, Multiply 1, Multiply 1, Add 4, Multiply 4, Multiply 1, Add 8, Multiply 1, Add 5, Add 4, Multiply 1, Multiply 4, Add 2, Add 7, Add 2, Add 8]\n", "label": {"final": 9111, "init": 9, "intermediate": [36, 108, 112, 560, 560, 560, 564, 2256, 2256, 2264, 2264, 2269, 2273, 2273, 9092, 9094, 9101, 9103]}, "config": {"num_operations": 19, "operations": ["Multiply 4", "Multiply 3", "Add 4", "Multiply 5", "Multiply 1", "Multiply 1", "Add 4", "Multiply 4", "Multiply 1", "Add 8", "Multiply 1", "Add 5", "Add 4", "Multiply 1", "Multiply 4", "Add 2", "Add 7", "Add 2", "Add 8"]}, "task_name": "task21", "example_name": "0172", "problem_name": "task21_0172"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Add 2, Add 4, Multiply 1, Add 7, Add 4, Multiply 3, Add 3, Multiply 4, Add 2, Add 8, Add 0, Multiply 2, Add 8, Multiply 3, Multiply 5, Multiply 4, Multiply 2, Add 0, Multiply 5]\n", "label": {"final": 405600, "init": 9, "intermediate": [11, 15, 15, 22, 26, 78, 81, 324, 326, 334, 334, 668, 676, 2028, 10140, 40560, 81120, 81120]}, "config": {"num_operations": 19, "operations": ["Add 2", "Add 4", "Multiply 1", "Add 7", "Add 4", "Multiply 3", "Add 3", "Multiply 4", "Add 2", "Add 8", "Add 0", "Multiply 2", "Add 8", "Multiply 3", "Multiply 5", "Multiply 4", "Multiply 2", "Add 0", "Multiply 5"]}, "task_name": "task21", "example_name": "0173", "problem_name": "task21_0173"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Add 3, Multiply 5, Add 7, Multiply 5, Multiply 4, Multiply 3, Multiply 1, Add 2, Add 8, Add 1, Multiply 3, Multiply 4, Multiply 4, Multiply 5, Add 5, Multiply 1, Multiply 1, Multiply 3, Multiply 3]\n", "label": {"final": 7411005, "init": 7, "intermediate": [10, 50, 57, 285, 1140, 3420, 3420, 3422, 3430, 3431, 10293, 41172, 164688, 823440, 823445, 823445, 823445, 2470335]}, "config": {"num_operations": 19, "operations": ["Add 3", "Multiply 5", "Add 7", "Multiply 5", "Multiply 4", "Multiply 3", "Multiply 1", "Add 2", "Add 8", "Add 1", "Multiply 3", "Multiply 4", "Multiply 4", "Multiply 5", "Add 5", "Multiply 1", "Multiply 1", "Multiply 3", "Multiply 3"]}, "task_name": "task21", "example_name": "0174", "problem_name": "task21_0174"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Multiply 3, Add 0, Add 5, Add 0, Multiply 4, Multiply 4, Add 4, Add 0, Multiply 4, Add 6, Multiply 2, Add 4, Add 4, Multiply 1, Multiply 2, Add 0, Multiply 2, Multiply 2, Add 4]\n", "label": {"final": 27044, "init": 7, "intermediate": [21, 21, 26, 26, 104, 416, 420, 420, 1680, 1686, 3372, 3376, 3380, 3380, 6760, 6760, 13520, 27040]}, "config": {"num_operations": 19, "operations": ["Multiply 3", "Add 0", "Add 5", "Add 0", "Multiply 4", "Multiply 4", "Add 4", "Add 0", "Multiply 4", "Add 6", "Multiply 2", "Add 4", "Add 4", "Multiply 1", "Multiply 2", "Add 0", "Multiply 2", "Multiply 2", "Add 4"]}, "task_name": "task21", "example_name": "0175", "problem_name": "task21_0175"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Multiply 4, Multiply 2, Add 8, Multiply 1, Multiply 2, Add 1, Multiply 4, Multiply 3, Add 7, Add 1, Add 2, Multiply 2, Multiply 5, Add 0, Add 1, Multiply 2, Add 7, Multiply 2, Add 8]\n", "label": {"final": 62346, "init": 7, "intermediate": [28, 56, 64, 64, 128, 129, 516, 1548, 1555, 1556, 1558, 3116, 15580, 15580, 15581, 31162, 31169, 62338]}, "config": {"num_operations": 19, "operations": ["Multiply 4", "Multiply 2", "Add 8", "Multiply 1", "Multiply 2", "Add 1", "Multiply 4", "Multiply 3", "Add 7", "Add 1", "Add 2", "Multiply 2", "Multiply 5", "Add 0", "Add 1", "Multiply 2", "Add 7", "Multiply 2", "Add 8"]}, "task_name": "task21", "example_name": "0176", "problem_name": "task21_0176"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Add 9, Add 6, Multiply 1, Multiply 1, Multiply 2, Multiply 1, Add 6, Multiply 1, Add 7, Add 8, Add 5, Multiply 2, Multiply 3, Multiply 1, Add 0, Multiply 4, Multiply 5, Multiply 1, Multiply 2]\n", "label": {"final": 13920, "init": 1, "intermediate": [10, 16, 16, 16, 32, 32, 38, 38, 45, 53, 58, 116, 348, 348, 348, 1392, 6960, 6960]}, "config": {"num_operations": 19, "operations": ["Add 9", "Add 6", "Multiply 1", "Multiply 1", "Multiply 2", "Multiply 1", "Add 6", "Multiply 1", "Add 7", "Add 8", "Add 5", "Multiply 2", "Multiply 3", "Multiply 1", "Add 0", "Multiply 4", "Multiply 5", "Multiply 1", "Multiply 2"]}, "task_name": "task21", "example_name": "0177", "problem_name": "task21_0177"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Add 7, Add 1, Add 9, Multiply 4, Multiply 5, Add 1, Multiply 5, Multiply 4, Multiply 1, Multiply 2, Multiply 4, Add 8, Add 6, Add 2, Add 6, Multiply 4, Multiply 2, Multiply 1, Multiply 5]\n", "label": {"final": 2311280, "init": 1, "intermediate": [8, 9, 18, 72, 360, 361, 1805, 7220, 7220, 14440, 57760, 57768, 57774, 57776, 57782, 231128, 462256, 462256]}, "config": {"num_operations": 19, "operations": ["Add 7", "Add 1", "Add 9", "Multiply 4", "Multiply 5", "Add 1", "Multiply 5", "Multiply 4", "Multiply 1", "Multiply 2", "Multiply 4", "Add 8", "Add 6", "Add 2", "Add 6", "Multiply 4", "Multiply 2", "Multiply 1", "Multiply 5"]}, "task_name": "task21", "example_name": "0178", "problem_name": "task21_0178"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Add 2, Add 2, Multiply 3, Multiply 5, Multiply 2, Multiply 1, Add 2, Add 8, Add 3, Multiply 4, Multiply 5, Add 8, Add 2, Multiply 1, Add 6, Multiply 3, Multiply 4, Add 3, Multiply 5]\n", "label": {"final": 412575, "init": 7, "intermediate": [9, 11, 33, 165, 330, 330, 332, 340, 343, 1372, 6860, 6868, 6870, 6870, 6876, 20628, 82512, 82515]}, "config": {"num_operations": 19, "operations": ["Add 2", "Add 2", "Multiply 3", "Multiply 5", "Multiply 2", "Multiply 1", "Add 2", "Add 8", "Add 3", "Multiply 4", "Multiply 5", "Add 8", "Add 2", "Multiply 1", "Add 6", "Multiply 3", "Multiply 4", "Add 3", "Multiply 5"]}, "task_name": "task21", "example_name": "0179", "problem_name": "task21_0179"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Add 3, Multiply 4, Multiply 3, Add 5, Multiply 1, Add 0, Multiply 1, Add 6, Add 5, Multiply 2, Multiply 3, Multiply 4, Multiply 4, Multiply 4, Add 0, Add 1, Multiply 3, Add 8, Multiply 5, Add 8]\n", "label": {"final": 437823, "init": 2, "intermediate": [5, 20, 60, 65, 65, 65, 65, 71, 76, 152, 456, 1824, 7296, 29184, 29184, 29185, 87555, 87563, 437815]}, "config": {"num_operations": 20, "operations": ["Add 3", "Multiply 4", "Multiply 3", "Add 5", "Multiply 1", "Add 0", "Multiply 1", "Add 6", "Add 5", "Multiply 2", "Multiply 3", "Multiply 4", "Multiply 4", "Multiply 4", "Add 0", "Add 1", "Multiply 3", "Add 8", "Multiply 5", "Add 8"]}, "task_name": "task21", "example_name": "0180", "problem_name": "task21_0180"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Add 5, Multiply 3, Add 6, Multiply 4, Multiply 2, Add 9, Add 1, Add 3, Multiply 4, Multiply 1, Multiply 2, Multiply 2, Multiply 2, Multiply 2, Multiply 2, Add 7, Multiply 3, Multiply 3, Add 4, Multiply 5]\n", "label": {"final": 2287055, "init": 9, "intermediate": [14, 42, 48, 192, 384, 393, 394, 397, 1588, 1588, 3176, 6352, 12704, 25408, 50816, 50823, 152469, 457407, 457411]}, "config": {"num_operations": 20, "operations": ["Add 5", "Multiply 3", "Add 6", "Multiply 4", "Multiply 2", "Add 9", "Add 1", "Add 3", "Multiply 4", "Multiply 1", "Multiply 2", "Multiply 2", "Multiply 2", "Multiply 2", "Multiply 2", "Add 7", "Multiply 3", "Multiply 3", "Add 4", "Multiply 5"]}, "task_name": "task21", "example_name": "0181", "problem_name": "task21_0181"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Add 7, Multiply 1, Multiply 2, Add 2, Add 0, Multiply 5, Multiply 2, Add 6, Multiply 5, Multiply 5, Add 0, Multiply 1, Add 2, Add 9, Multiply 2, Multiply 1, Multiply 3, Multiply 1, Add 3, Multiply 2]\n", "label": {"final": 61938, "init": 2, "intermediate": [9, 9, 18, 20, 20, 100, 200, 206, 1030, 5150, 5150, 5150, 5152, 5161, 10322, 10322, 30966, 30966, 30969]}, "config": {"num_operations": 20, "operations": ["Add 7", "Multiply 1", "Multiply 2", "Add 2", "Add 0", "Multiply 5", "Multiply 2", "Add 6", "Multiply 5", "Multiply 5", "Add 0", "Multiply 1", "Add 2", "Add 9", "Multiply 2", "Multiply 1", "Multiply 3", "Multiply 1", "Add 3", "Multiply 2"]}, "task_name": "task21", "example_name": "0182", "problem_name": "task21_0182"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Multiply 3, Add 7, Multiply 5, Multiply 4, Multiply 1, Add 5, Add 5, Multiply 2, Multiply 3, Multiply 3, Add 3, Add 2, Add 8, Multiply 2, Multiply 5, Multiply 4, Add 9, Multiply 2, Multiply 2, Multiply 4]\n", "label": {"final": 7957264, "init": 9, "intermediate": [27, 34, 170, 680, 680, 685, 690, 1380, 4140, 12420, 12423, 12425, 12433, 24866, 124330, 497320, 497329, 994658, 1989316]}, "config": {"num_operations": 20, "operations": ["Multiply 3", "Add 7", "Multiply 5", "Multiply 4", "Multiply 1", "Add 5", "Add 5", "Multiply 2", "Multiply 3", "Multiply 3", "Add 3", "Add 2", "Add 8", "Multiply 2", "Multiply 5", "Multiply 4", "Add 9", "Multiply 2", "Multiply 2", "Multiply 4"]}, "task_name": "task21", "example_name": "0183", "problem_name": "task21_0183"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Multiply 4, Add 2, Add 7, Add 8, Add 0, Multiply 4, Add 5, Add 2, Multiply 5, Multiply 1, Add 3, Add 0, Multiply 2, Multiply 3, Multiply 4, Multiply 2, Add 2, Add 3, Multiply 4, Multiply 4]\n", "label": {"final": 536144, "init": 4, "intermediate": [16, 18, 25, 33, 33, 132, 137, 139, 695, 695, 698, 698, 1396, 4188, 16752, 33504, 33506, 33509, 134036]}, "config": {"num_operations": 20, "operations": ["Multiply 4", "Add 2", "Add 7", "Add 8", "Add 0", "Multiply 4", "Add 5", "Add 2", "Multiply 5", "Multiply 1", "Add 3", "Add 0", "Multiply 2", "Multiply 3", "Multiply 4", "Multiply 2", "Add 2", "Add 3", "Multiply 4", "Multiply 4"]}, "task_name": "task21", "example_name": "0184", "problem_name": "task21_0184"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Add 2, Multiply 5, Multiply 5, Multiply 3, Multiply 3, Add 4, Multiply 4, Add 7, Multiply 4, Multiply 2, Add 7, Multiply 5, Multiply 3, Multiply 5, Add 4, Add 1, Add 9, Multiply 5, Add 0, Multiply 2]\n", "label": {"final": 48743390, "init": 7, "intermediate": [9, 45, 225, 675, 2025, 2029, 8116, 8123, 32492, 64984, 64991, 324955, 974865, 4874325, 4874329, 4874330, 4874339, 24371695, 24371695]}, "config": {"num_operations": 20, "operations": ["Add 2", "Multiply 5", "Multiply 5", "Multiply 3", "Multiply 3", "Add 4", "Multiply 4", "Add 7", "Multiply 4", "Multiply 2", "Add 7", "Multiply 5", "Multiply 3", "Multiply 5", "Add 4", "Add 1", "Add 9", "Multiply 5", "Add 0", "Multiply 2"]}, "task_name": "task21", "example_name": "0185", "problem_name": "task21_0185"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Multiply 1, Multiply 1, Multiply 2, Multiply 3, Multiply 4, Multiply 2, Multiply 3, Add 3, Add 6, Multiply 5, Add 0, Add 5, Multiply 4, Add 9, Multiply 3, Add 6, Add 2, Multiply 4, Multiply 3, Multiply 1]\n", "label": {"final": 111300, "init": 1, "intermediate": [1, 1, 2, 6, 24, 48, 144, 147, 153, 765, 765, 770, 3080, 3089, 9267, 9273, 9275, 37100, 111300]}, "config": {"num_operations": 20, "operations": ["Multiply 1", "Multiply 1", "Multiply 2", "Multiply 3", "Multiply 4", "Multiply 2", "Multiply 3", "Add 3", "Add 6", "Multiply 5", "Add 0", "Add 5", "Multiply 4", "Add 9", "Multiply 3", "Add 6", "Add 2", "Multiply 4", "Multiply 3", "Multiply 1"]}, "task_name": "task21", "example_name": "0186", "problem_name": "task21_0186"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Multiply 1, Multiply 3, Multiply 4, Multiply 3, Multiply 3, Add 2, Add 6, Add 0, Add 3, Multiply 3, Multiply 3, Multiply 3, Multiply 1, Multiply 2, Add 7, Add 7, Add 4, Multiply 5, Multiply 1, Multiply 3]\n", "label": {"final": 359100, "init": 4, "intermediate": [4, 12, 48, 144, 432, 434, 440, 440, 443, 1329, 3987, 11961, 11961, 23922, 23929, 23936, 23940, 119700, 119700]}, "config": {"num_operations": 20, "operations": ["Multiply 1", "Multiply 3", "Multiply 4", "Multiply 3", "Multiply 3", "Add 2", "Add 6", "Add 0", "Add 3", "Multiply 3", "Multiply 3", "Multiply 3", "Multiply 1", "Multiply 2", "Add 7", "Add 7", "Add 4", "Multiply 5", "Multiply 1", "Multiply 3"]}, "task_name": "task21", "example_name": "0187", "problem_name": "task21_0187"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Multiply 4, Multiply 5, Add 4, Multiply 2, Multiply 2, Multiply 1, Add 0, Multiply 3, Add 7, Add 8, Multiply 1, Add 0, Multiply 2, Multiply 2, Multiply 4, Add 1, Add 6, Multiply 2, Multiply 1, Multiply 1]\n", "label": {"final": 32750, "init": 4, "intermediate": [16, 80, 84, 168, 336, 336, 336, 1008, 1015, 1023, 1023, 1023, 2046, 4092, 16368, 16369, 16375, 32750, 32750]}, "config": {"num_operations": 20, "operations": ["Multiply 4", "Multiply 5", "Add 4", "Multiply 2", "Multiply 2", "Multiply 1", "Add 0", "Multiply 3", "Add 7", "Add 8", "Multiply 1", "Add 0", "Multiply 2", "Multiply 2", "Multiply 4", "Add 1", "Add 6", "Multiply 2", "Multiply 1", "Multiply 1"]}, "task_name": "task21", "example_name": "0188", "problem_name": "task21_0188"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Add 8, Add 4, Add 4, Add 9, Multiply 5, Add 2, Add 4, Add 4, Add 6, Multiply 2, Add 8, Multiply 2, Add 6, Multiply 2, Add 4, Add 5, Add 7, Multiply 1, Multiply 4, Add 3]\n", "label": {"final": 5715, "init": 6, "intermediate": [14, 18, 22, 31, 155, 157, 161, 165, 171, 342, 350, 700, 706, 1412, 1416, 1421, 1428, 1428, 5712]}, "config": {"num_operations": 20, "operations": ["Add 8", "Add 4", "Add 4", "Add 9", "Multiply 5", "Add 2", "Add 4", "Add 4", "Add 6", "Multiply 2", "Add 8", "Multiply 2", "Add 6", "Multiply 2", "Add 4", "Add 5", "Add 7", "Multiply 1", "Multiply 4", "Add 3"]}, "task_name": "task21", "example_name": "0189", "problem_name": "task21_0189"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Add 5, Add 2, Add 3, Add 8, Add 6, Multiply 1, Multiply 2, Multiply 5, Add 5, Add 7, Add 4, Add 0, Multiply 5, Add 3, Add 4, Multiply 3, Add 1, Multiply 1, Multiply 3, Add 1, Multiply 3]\n", "label": {"final": 45561, "init": 8, "intermediate": [13, 15, 18, 26, 32, 32, 64, 320, 325, 332, 336, 336, 1680, 1683, 1687, 5061, 5062, 5062, 15186, 15187]}, "config": {"num_operations": 21, "operations": ["Add 5", "Add 2", "Add 3", "Add 8", "Add 6", "Multiply 1", "Multiply 2", "Multiply 5", "Add 5", "Add 7", "Add 4", "Add 0", "Multiply 5", "Add 3", "Add 4", "Multiply 3", "Add 1", "Multiply 1", "Multiply 3", "Add 1", "Multiply 3"]}, "task_name": "task21", "example_name": "0190", "problem_name": "task21_0190"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Add 6, Add 4, Multiply 5, Multiply 1, Add 8, Add 3, Multiply 1, Add 3, Multiply 4, Multiply 5, Add 5, Multiply 2, Multiply 4, Multiply 3, Multiply 5, Add 6, Multiply 1, Add 1, Multiply 2, Add 4, Add 5]\n", "label": {"final": 332423, "init": 1, "intermediate": [7, 11, 55, 55, 63, 66, 66, 69, 276, 1380, 1385, 2770, 11080, 33240, 166200, 166206, 166206, 166207, 332414, 332418]}, "config": {"num_operations": 21, "operations": ["Add 6", "Add 4", "Multiply 5", "Multiply 1", "Add 8", "Add 3", "Multiply 1", "Add 3", "Multiply 4", "Multiply 5", "Add 5", "Multiply 2", "Multiply 4", "Multiply 3", "Multiply 5", "Add 6", "Multiply 1", "Add 1", "Multiply 2", "Add 4", "Add 5"]}, "task_name": "task21", "example_name": "0191", "problem_name": "task21_0191"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Multiply 2, Multiply 3, Add 9, Add 2, Add 6, Multiply 2, Add 6, Add 0, Add 0, Add 7, Multiply 1, Add 7, Add 8, Multiply 2, Add 9, Multiply 4, Multiply 2, Multiply 4, Multiply 3, Multiply 4, Multiply 2]\n", "label": {"final": 157440, "init": 3, "intermediate": [6, 18, 27, 29, 35, 70, 76, 76, 76, 83, 83, 90, 98, 196, 205, 820, 1640, 6560, 19680, 78720]}, "config": {"num_operations": 21, "operations": ["Multiply 2", "Multiply 3", "Add 9", "Add 2", "Add 6", "Multiply 2", "Add 6", "Add 0", "Add 0", "Add 7", "Multiply 1", "Add 7", "Add 8", "Multiply 2", "Add 9", "Multiply 4", "Multiply 2", "Multiply 4", "Multiply 3", "Multiply 4", "Multiply 2"]}, "task_name": "task21", "example_name": "0192", "problem_name": "task21_0192"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Add 0, Multiply 3, Add 3, Add 9, Multiply 1, Multiply 5, Add 7, Multiply 2, Multiply 5, Add 5, Multiply 2, Multiply 5, Multiply 1, Multiply 3, Add 2, Multiply 3, Add 0, Multiply 4, Add 5, Multiply 4, Multiply 5]\n", "label": {"final": 14580580, "init": 9, "intermediate": [9, 27, 30, 39, 39, 195, 202, 404, 2020, 2025, 4050, 20250, 20250, 60750, 60752, 182256, 182256, 729024, 729029, 2916116]}, "config": {"num_operations": 21, "operations": ["Add 0", "Multiply 3", "Add 3", "Add 9", "Multiply 1", "Multiply 5", "Add 7", "Multiply 2", "Multiply 5", "Add 5", "Multiply 2", "Multiply 5", "Multiply 1", "Multiply 3", "Add 2", "Multiply 3", "Add 0", "Multiply 4", "Add 5", "Multiply 4", "Multiply 5"]}, "task_name": "task21", "example_name": "0193", "problem_name": "task21_0193"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Add 6, Multiply 3, Add 0, Add 7, Add 6, Multiply 1, Multiply 5, Add 3, Multiply 4, Add 0, Add 8, Multiply 1, Add 5, Multiply 2, Add 2, Multiply 3, Add 3, Add 3, Add 9, Multiply 2, Multiply 3]\n", "label": {"final": 38466, "init": 7, "intermediate": [13, 39, 39, 46, 52, 52, 260, 263, 1052, 1052, 1060, 1060, 1065, 2130, 2132, 6396, 6399, 6402, 6411, 12822]}, "config": {"num_operations": 21, "operations": ["Add 6", "Multiply 3", "Add 0", "Add 7", "Add 6", "Multiply 1", "Multiply 5", "Add 3", "Multiply 4", "Add 0", "Add 8", "Multiply 1", "Add 5", "Multiply 2", "Add 2", "Multiply 3", "Add 3", "Add 3", "Add 9", "Multiply 2", "Multiply 3"]}, "task_name": "task21", "example_name": "0194", "problem_name": "task21_0194"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Multiply 5, Add 0, Multiply 4, Multiply 3, Add 1, Multiply 3, Multiply 3, Multiply 1, Add 9, Multiply 4, Multiply 1, Multiply 3, Add 0, Multiply 2, Add 0, Multiply 1, Add 1, Add 9, Multiply 3, Multiply 4, Multiply 4]\n", "label": {"final": 3753696, "init": 6, "intermediate": [30, 30, 120, 360, 361, 1083, 3249, 3249, 3258, 13032, 13032, 39096, 39096, 78192, 78192, 78192, 78193, 78202, 234606, 938424]}, "config": {"num_operations": 21, "operations": ["Multiply 5", "Add 0", "Multiply 4", "Multiply 3", "Add 1", "Multiply 3", "Multiply 3", "Multiply 1", "Add 9", "Multiply 4", "Multiply 1", "Multiply 3", "Add 0", "Multiply 2", "Add 0", "Multiply 1", "Add 1", "Add 9", "Multiply 3", "Multiply 4", "Multiply 4"]}, "task_name": "task21", "example_name": "0195", "problem_name": "task21_0195"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Multiply 4, Add 8, Multiply 1, Multiply 5, Add 0, Multiply 3, Multiply 5, Add 6, Multiply 5, Multiply 5, Add 7, Add 6, Multiply 1, Multiply 4, Multiply 5, Add 6, Add 9, Multiply 2, Add 2, Add 4, Multiply 1]\n", "label": {"final": 3006556, "init": 8, "intermediate": [32, 40, 40, 200, 200, 600, 3000, 3006, 15030, 75150, 75157, 75163, 75163, 300652, 1503260, 1503266, 1503275, 3006550, 3006552, 3006556]}, "config": {"num_operations": 21, "operations": ["Multiply 4", "Add 8", "Multiply 1", "Multiply 5", "Add 0", "Multiply 3", "Multiply 5", "Add 6", "Multiply 5", "Multiply 5", "Add 7", "Add 6", "Multiply 1", "Multiply 4", "Multiply 5", "Add 6", "Add 9", "Multiply 2", "Add 2", "Add 4", "Multiply 1"]}, "task_name": "task21", "example_name": "0196", "problem_name": "task21_0196"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Multiply 1, Add 9, Add 9, Add 6, Multiply 5, Add 8, Multiply 2, Multiply 2, Multiply 5, Add 4, Add 2, Multiply 5, Multiply 2, Add 3, Add 0, Multiply 1, Add 7, Multiply 3, Add 5, Multiply 5, Multiply 5]\n", "label": {"final": 2225375, "init": 4, "intermediate": [4, 13, 22, 28, 140, 148, 296, 592, 2960, 2964, 2966, 14830, 29660, 29663, 29663, 29663, 29670, 89010, 89015, 445075]}, "config": {"num_operations": 21, "operations": ["Multiply 1", "Add 9", "Add 9", "Add 6", "Multiply 5", "Add 8", "Multiply 2", "Multiply 2", "Multiply 5", "Add 4", "Add 2", "Multiply 5", "Multiply 2", "Add 3", "Add 0", "Multiply 1", "Add 7", "Multiply 3", "Add 5", "Multiply 5", "Multiply 5"]}, "task_name": "task21", "example_name": "0197", "problem_name": "task21_0197"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Multiply 4, Add 8, Multiply 2, Multiply 1, Multiply 4, Add 1, Multiply 5, Add 1, Multiply 1, Add 4, Multiply 3, Add 0, Add 5, Multiply 2, Add 1, Multiply 3, Multiply 2, Multiply 3, Multiply 2, Multiply 5, Multiply 4]\n", "label": {"final": 6271920, "init": 7, "intermediate": [28, 36, 72, 72, 288, 289, 1445, 1446, 1446, 1450, 4350, 4350, 4355, 8710, 8711, 26133, 52266, 156798, 313596, 1567980]}, "config": {"num_operations": 21, "operations": ["Multiply 4", "Add 8", "Multiply 2", "Multiply 1", "Multiply 4", "Add 1", "Multiply 5", "Add 1", "Multiply 1", "Add 4", "Multiply 3", "Add 0", "Add 5", "Multiply 2", "Add 1", "Multiply 3", "Multiply 2", "Multiply 3", "Multiply 2", "Multiply 5", "Multiply 4"]}, "task_name": "task21", "example_name": "0198", "problem_name": "task21_0198"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Add 6, Multiply 1, Add 2, Add 7, Add 9, Add 5, Add 0, Add 7, Multiply 2, Multiply 5, Add 7, Multiply 1, Add 3, Multiply 5, Multiply 4, Multiply 5, Add 5, Multiply 2, Multiply 3, Add 9, Multiply 2]\n", "label": {"final": 540078, "init": 8, "intermediate": [14, 14, 16, 23, 32, 37, 37, 44, 88, 440, 447, 447, 450, 2250, 9000, 45000, 45005, 90010, 270030, 270039]}, "config": {"num_operations": 21, "operations": ["Add 6", "Multiply 1", "Add 2", "Add 7", "Add 9", "Add 5", "Add 0", "Add 7", "Multiply 2", "Multiply 5", "Add 7", "Multiply 1", "Add 3", "Multiply 5", "Multiply 4", "Multiply 5", "Add 5", "Multiply 2", "Multiply 3", "Add 9", "Multiply 2"]}, "task_name": "task21", "example_name": "0199", "problem_name": "task21_0199"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Add 1, Multiply 4, Multiply 2, Multiply 3, Add 1, Multiply 2, Multiply 5, Add 4, Add 1, Add 5, Multiply 5, Add 5, Multiply 3, Add 7, Add 2, Multiply 2, Multiply 5, Add 9, Add 1, Add 1, Multiply 1, Multiply 2]\n", "label": {"final": 366502, "init": 4, "intermediate": [5, 20, 40, 120, 121, 242, 1210, 1214, 1215, 1220, 6100, 6105, 18315, 18322, 18324, 36648, 183240, 183249, 183250, 183251, 183251]}, "config": {"num_operations": 22, "operations": ["Add 1", "Multiply 4", "Multiply 2", "Multiply 3", "Add 1", "Multiply 2", "Multiply 5", "Add 4", "Add 1", "Add 5", "Multiply 5", "Add 5", "Multiply 3", "Add 7", "Add 2", "Multiply 2", "Multiply 5", "Add 9", "Add 1", "Add 1", "Multiply 1", "Multiply 2"]}, "task_name": "task21", "example_name": "0200", "problem_name": "task21_0200"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Add 2, Add 2, Multiply 3, Add 6, Add 8, Add 8, Add 1, Add 8, Multiply 5, Multiply 2, Add 0, Multiply 5, Add 8, Add 9, Multiply 4, Add 8, Add 9, Add 1, Multiply 4, Multiply 1, Add 2, Add 2]\n", "label": {"final": 46748, "init": 5, "intermediate": [7, 9, 27, 33, 41, 49, 50, 58, 290, 580, 580, 2900, 2908, 2917, 11668, 11676, 11685, 11686, 46744, 46744, 46746]}, "config": {"num_operations": 22, "operations": ["Add 2", "Add 2", "Multiply 3", "Add 6", "Add 8", "Add 8", "Add 1", "Add 8", "Multiply 5", "Multiply 2", "Add 0", "Multiply 5", "Add 8", "Add 9", "Multiply 4", "Add 8", "Add 9", "Add 1", "Multiply 4", "Multiply 1", "Add 2", "Add 2"]}, "task_name": "task21", "example_name": "0201", "problem_name": "task21_0201"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Add 3, Multiply 5, Multiply 4, Add 5, Multiply 4, Multiply 3, Multiply 5, Add 7, Multiply 4, Add 7, Multiply 5, Multiply 4, Add 9, Multiply 4, Add 2, Multiply 4, Multiply 3, Multiply 5, Multiply 5, Add 8, Multiply 3, Add 5]\n", "label": {"final": 1816954229, "init": 2, "intermediate": [5, 25, 100, 105, 420, 1260, 6300, 6307, 25228, 25235, 126175, 504700, 504709, 2018836, 2018838, 8075352, 24226056, 121130280, 605651400, 605651408, 1816954224]}, "config": {"num_operations": 22, "operations": ["Add 3", "Multiply 5", "Multiply 4", "Add 5", "Multiply 4", "Multiply 3", "Multiply 5", "Add 7", "Multiply 4", "Add 7", "Multiply 5", "Multiply 4", "Add 9", "Multiply 4", "Add 2", "Multiply 4", "Multiply 3", "Multiply 5", "Multiply 5", "Add 8", "Multiply 3", "Add 5"]}, "task_name": "task21", "example_name": "0202", "problem_name": "task21_0202"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Multiply 5, Add 2, Multiply 4, Multiply 2, Multiply 5, Multiply 1, Multiply 2, Add 1, Multiply 3, Multiply 3, Add 1, Multiply 4, Add 4, Add 4, Add 1, Add 7, Multiply 1, Multiply 3, Multiply 1, Multiply 4, Multiply 3, Add 0]\n", "label": {"final": 3319776, "init": 6, "intermediate": [30, 32, 128, 256, 1280, 1280, 2560, 2561, 7683, 23049, 23050, 92200, 92204, 92208, 92209, 92216, 92216, 276648, 276648, 1106592, 3319776]}, "config": {"num_operations": 22, "operations": ["Multiply 5", "Add 2", "Multiply 4", "Multiply 2", "Multiply 5", "Multiply 1", "Multiply 2", "Add 1", "Multiply 3", "Multiply 3", "Add 1", "Multiply 4", "Add 4", "Add 4", "Add 1", "Add 7", "Multiply 1", "Multiply 3", "Multiply 1", "Multiply 4", "Multiply 3", "Add 0"]}, "task_name": "task21", "example_name": "0203", "problem_name": "task21_0203"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Multiply 5, Add 7, Multiply 4, Add 8, Add 7, Add 4, Add 9, Multiply 4, Add 3, Add 2, Multiply 1, Multiply 5, Multiply 2, Add 0, Multiply 4, Multiply 4, Multiply 3, Multiply 5, Add 6, Multiply 3, Add 4, Multiply 2]\n", "label": {"final": 4449644, "init": 1, "intermediate": [5, 12, 48, 56, 63, 67, 76, 304, 307, 309, 309, 1545, 3090, 3090, 12360, 49440, 148320, 741600, 741606, 2224818, 2224822]}, "config": {"num_operations": 22, "operations": ["Multiply 5", "Add 7", "Multiply 4", "Add 8", "Add 7", "Add 4", "Add 9", "Multiply 4", "Add 3", "Add 2", "Multiply 1", "Multiply 5", "Multiply 2", "Add 0", "Multiply 4", "Multiply 4", "Multiply 3", "Multiply 5", "Add 6", "Multiply 3", "Add 4", "Multiply 2"]}, "task_name": "task21", "example_name": "0204", "problem_name": "task21_0204"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Multiply 3, Multiply 2, Add 6, Multiply 5, Multiply 3, Add 3, Multiply 5, Add 9, Add 7, Multiply 4, Add 9, Add 3, Add 0, Add 7, Multiply 1, Multiply 3, Multiply 2, Add 9, Multiply 2, Multiply 3, Add 6, Multiply 2]\n", "label": {"final": 658416, "init": 4, "intermediate": [12, 24, 30, 150, 450, 453, 2265, 2274, 2281, 9124, 9133, 9136, 9136, 9143, 9143, 27429, 54858, 54867, 109734, 329202, 329208]}, "config": {"num_operations": 22, "operations": ["Multiply 3", "Multiply 2", "Add 6", "Multiply 5", "Multiply 3", "Add 3", "Multiply 5", "Add 9", "Add 7", "Multiply 4", "Add 9", "Add 3", "Add 0", "Add 7", "Multiply 1", "Multiply 3", "Multiply 2", "Add 9", "Multiply 2", "Multiply 3", "Add 6", "Multiply 2"]}, "task_name": "task21", "example_name": "0205", "problem_name": "task21_0205"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Multiply 2, Add 6, Multiply 4, Multiply 5, Add 6, Multiply 1, Multiply 1, Add 1, Add 1, Multiply 3, Add 6, Add 8, Add 6, Multiply 3, Multiply 2, Add 4, Multiply 5, Multiply 3, Add 1, Multiply 5, Multiply 4, Multiply 3]\n", "label": {"final": 6721260, "init": 7, "intermediate": [14, 20, 80, 400, 406, 406, 406, 407, 408, 1224, 1230, 1238, 1244, 3732, 7464, 7468, 37340, 112020, 112021, 560105, 2240420]}, "config": {"num_operations": 22, "operations": ["Multiply 2", "Add 6", "Multiply 4", "Multiply 5", "Add 6", "Multiply 1", "Multiply 1", "Add 1", "Add 1", "Multiply 3", "Add 6", "Add 8", "Add 6", "Multiply 3", "Multiply 2", "Add 4", "Multiply 5", "Multiply 3", "Add 1", "Multiply 5", "Multiply 4", "Multiply 3"]}, "task_name": "task21", "example_name": "0206", "problem_name": "task21_0206"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Multiply 1, Add 2, Add 5, Multiply 4, Multiply 2, Multiply 1, Multiply 4, Add 4, Add 6, Multiply 2, Add 6, Multiply 5, Multiply 5, Add 5, Add 6, Add 6, Multiply 4, Multiply 4, Add 9, Add 6, Multiply 5, Add 6]\n", "label": {"final": 1333441, "init": 3, "intermediate": [3, 5, 10, 40, 80, 80, 320, 324, 330, 660, 666, 3330, 16650, 16655, 16661, 16667, 66668, 266672, 266681, 266687, 1333435]}, "config": {"num_operations": 22, "operations": ["Multiply 1", "Add 2", "Add 5", "Multiply 4", "Multiply 2", "Multiply 1", "Multiply 4", "Add 4", "Add 6", "Multiply 2", "Add 6", "Multiply 5", "Multiply 5", "Add 5", "Add 6", "Add 6", "Multiply 4", "Multiply 4", "Add 9", "Add 6", "Multiply 5", "Add 6"]}, "task_name": "task21", "example_name": "0207", "problem_name": "task21_0207"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Add 0, Multiply 3, Add 5, Multiply 3, Multiply 1, Add 3, Add 2, Multiply 2, Add 2, Multiply 5, Multiply 1, Add 7, Multiply 2, Add 6, Add 8, Multiply 4, Multiply 2, Multiply 4, Add 6, Multiply 3, Add 4, Add 3]\n", "label": {"final": 163993, "init": 7, "intermediate": [7, 21, 26, 78, 78, 81, 83, 166, 168, 840, 840, 847, 1694, 1700, 1708, 6832, 13664, 54656, 54662, 163986, 163990]}, "config": {"num_operations": 22, "operations": ["Add 0", "Multiply 3", "Add 5", "Multiply 3", "Multiply 1", "Add 3", "Add 2", "Multiply 2", "Add 2", "Multiply 5", "Multiply 1", "Add 7", "Multiply 2", "Add 6", "Add 8", "Multiply 4", "Multiply 2", "Multiply 4", "Add 6", "Multiply 3", "Add 4", "Add 3"]}, "task_name": "task21", "example_name": "0208", "problem_name": "task21_0208"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Add 8, Multiply 4, Add 4, Multiply 2, Multiply 5, Add 5, Add 2, Multiply 5, Multiply 1, Multiply 1, Multiply 3, Multiply 5, Multiply 1, Multiply 2, Add 0, Add 2, Add 8, Add 2, Multiply 3, Add 3, Add 5, Multiply 2]\n", "label": {"final": 546388, "init": 6, "intermediate": [14, 56, 60, 120, 600, 605, 607, 3035, 3035, 3035, 9105, 45525, 45525, 91050, 91050, 91052, 91060, 91062, 273186, 273189, 273194]}, "config": {"num_operations": 22, "operations": ["Add 8", "Multiply 4", "Add 4", "Multiply 2", "Multiply 5", "Add 5", "Add 2", "Multiply 5", "Multiply 1", "Multiply 1", "Multiply 3", "Multiply 5", "Multiply 1", "Multiply 2", "Add 0", "Add 2", "Add 8", "Add 2", "Multiply 3", "Add 3", "Add 5", "Multiply 2"]}, "task_name": "task21", "example_name": "0209", "problem_name": "task21_0209"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Multiply 5, Multiply 1, Multiply 3, Add 3, Multiply 2, Multiply 5, Add 6, Add 7, Multiply 2, Multiply 3, Multiply 2, Multiply 4, Multiply 1, Multiply 4, Multiply 2, Add 5, Add 3, Multiply 1, Add 3, Multiply 3, Add 0, Add 7, Add 9]\n", "label": {"final": 913585, "init": 5, "intermediate": [25, 25, 75, 78, 156, 780, 786, 793, 1586, 4758, 9516, 38064, 38064, 152256, 304512, 304517, 304520, 304520, 304523, 913569, 913569, 913576]}, "config": {"num_operations": 23, "operations": ["Multiply 5", "Multiply 1", "Multiply 3", "Add 3", "Multiply 2", "Multiply 5", "Add 6", "Add 7", "Multiply 2", "Multiply 3", "Multiply 2", "Multiply 4", "Multiply 1", "Multiply 4", "Multiply 2", "Add 5", "Add 3", "Multiply 1", "Add 3", "Multiply 3", "Add 0", "Add 7", "Add 9"]}, "task_name": "task21", "example_name": "0210", "problem_name": "task21_0210"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Add 1, Multiply 1, Add 2, Multiply 5, Multiply 5, Multiply 5, Add 9, Add 7, Multiply 1, Add 7, Multiply 1, Multiply 2, Add 3, Add 0, Add 8, Add 4, Add 0, Multiply 3, Multiply 5, Multiply 3, Add 8, Add 5, Multiply 3]\n", "label": {"final": 345774, "init": 7, "intermediate": [8, 8, 10, 50, 250, 1250, 1259, 1266, 1266, 1273, 1273, 2546, 2549, 2549, 2557, 2561, 2561, 7683, 38415, 115245, 115253, 115258]}, "config": {"num_operations": 23, "operations": ["Add 1", "Multiply 1", "Add 2", "Multiply 5", "Multiply 5", "Multiply 5", "Add 9", "Add 7", "Multiply 1", "Add 7", "Multiply 1", "Multiply 2", "Add 3", "Add 0", "Add 8", "Add 4", "Add 0", "Multiply 3", "Multiply 5", "Multiply 3", "Add 8", "Add 5", "Multiply 3"]}, "task_name": "task21", "example_name": "0211", "problem_name": "task21_0211"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Add 9, Multiply 4, Add 5, Multiply 3, Add 2, Multiply 1, Multiply 3, Add 2, Multiply 5, Multiply 5, Multiply 1, Multiply 5, Add 2, Add 6, Multiply 5, Multiply 5, Add 1, Multiply 4, Add 8, Multiply 3, Add 1, Multiply 3, Add 6]\n", "label": {"final": 66719817, "init": 6, "intermediate": [15, 60, 65, 195, 197, 197, 591, 593, 2965, 14825, 14825, 74125, 74127, 74133, 370665, 1853325, 1853326, 7413304, 7413312, 22239936, 22239937, 66719811]}, "config": {"num_operations": 23, "operations": ["Add 9", "Multiply 4", "Add 5", "Multiply 3", "Add 2", "Multiply 1", "Multiply 3", "Add 2", "Multiply 5", "Multiply 5", "Multiply 1", "Multiply 5", "Add 2", "Add 6", "Multiply 5", "Multiply 5", "Add 1", "Multiply 4", "Add 8", "Multiply 3", "Add 1", "Multiply 3", "Add 6"]}, "task_name": "task21", "example_name": "0212", "problem_name": "task21_0212"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Multiply 5, Multiply 3, Add 5, Multiply 4, Add 1, Multiply 5, Add 4, Multiply 3, Multiply 2, Multiply 4, Multiply 3, Add 0, Multiply 4, Add 8, Multiply 1, Multiply 2, Multiply 2, Multiply 5, Multiply 5, Multiply 1, Add 2, Add 0, Multiply 3]\n", "label": {"final": 139020006, "init": 5, "intermediate": [25, 75, 80, 320, 321, 1605, 1609, 4827, 9654, 38616, 115848, 115848, 463392, 463400, 463400, 926800, 1853600, 9268000, 46340000, 46340000, 46340002, 46340002]}, "config": {"num_operations": 23, "operations": ["Multiply 5", "Multiply 3", "Add 5", "Multiply 4", "Add 1", "Multiply 5", "Add 4", "Multiply 3", "Multiply 2", "Multiply 4", "Multiply 3", "Add 0", "Multiply 4", "Add 8", "Multiply 1", "Multiply 2", "Multiply 2", "Multiply 5", "Multiply 5", "Multiply 1", "Add 2", "Add 0", "Multiply 3"]}, "task_name": "task21", "example_name": "0213", "problem_name": "task21_0213"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Multiply 2, Add 0, Add 6, Multiply 5, Add 6, Multiply 5, Add 3, Add 7, Add 6, Add 5, Multiply 4, Add 0, Add 7, Add 7, Add 7, Multiply 4, Multiply 3, Multiply 2, Add 1, Multiply 4, Add 0, Add 0, Multiply 3]\n", "label": {"final": 640812, "init": 7, "intermediate": [14, 14, 20, 100, 106, 530, 533, 540, 546, 551, 2204, 2204, 2211, 2218, 2225, 8900, 26700, 53400, 53401, 213604, 213604, 213604]}, "config": {"num_operations": 23, "operations": ["Multiply 2", "Add 0", "Add 6", "Multiply 5", "Add 6", "Multiply 5", "Add 3", "Add 7", "Add 6", "Add 5", "Multiply 4", "Add 0", "Add 7", "Add 7", "Add 7", "Multiply 4", "Multiply 3", "Multiply 2", "Add 1", "Multiply 4", "Add 0", "Add 0", "Multiply 3"]}, "task_name": "task21", "example_name": "0214", "problem_name": "task21_0214"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Add 6, Multiply 1, Multiply 1, Multiply 3, Add 3, Add 6, Multiply 5, Add 6, Add 4, Multiply 3, Multiply 2, Add 4, Add 4, Multiply 3, Multiply 3, Multiply 3, Add 8, Multiply 2, Multiply 1, Multiply 4, Multiply 5, Multiply 3, Multiply 1]\n", "label": {"final": 4012080, "init": 4, "intermediate": [10, 10, 10, 30, 33, 39, 195, 201, 205, 615, 1230, 1234, 1238, 3714, 11142, 33426, 33434, 66868, 66868, 267472, 1337360, 4012080]}, "config": {"num_operations": 23, "operations": ["Add 6", "Multiply 1", "Multiply 1", "Multiply 3", "Add 3", "Add 6", "Multiply 5", "Add 6", "Add 4", "Multiply 3", "Multiply 2", "Add 4", "Add 4", "Multiply 3", "Multiply 3", "Multiply 3", "Add 8", "Multiply 2", "Multiply 1", "Multiply 4", "Multiply 5", "Multiply 3", "Multiply 1"]}, "task_name": "task21", "example_name": "0215", "problem_name": "task21_0215"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 9\nOperations: [Multiply 5, Add 9, Multiply 3, Multiply 5, Add 2, Multiply 1, Multiply 1, Add 8, Add 0, Add 5, Add 3, Multiply 2, Add 9, Multiply 5, Add 3, Multiply 2, Multiply 4, Multiply 5, Multiply 1, Multiply 3, Add 7, Multiply 5, Multiply 5]\n", "label": {"final": 24984175, "init": 9, "intermediate": [45, 54, 162, 810, 812, 812, 812, 820, 820, 825, 828, 1656, 1665, 8325, 8328, 16656, 66624, 333120, 333120, 999360, 999367, 4996835]}, "config": {"num_operations": 23, "operations": ["Multiply 5", "Add 9", "Multiply 3", "Multiply 5", "Add 2", "Multiply 1", "Multiply 1", "Add 8", "Add 0", "Add 5", "Add 3", "Multiply 2", "Add 9", "Multiply 5", "Add 3", "Multiply 2", "Multiply 4", "Multiply 5", "Multiply 1", "Multiply 3", "Add 7", "Multiply 5", "Multiply 5"]}, "task_name": "task21", "example_name": "0216", "problem_name": "task21_0216"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 2\nOperations: [Add 1, Add 1, Multiply 4, Add 1, Multiply 5, Multiply 4, Multiply 3, Add 9, Add 4, Add 4, Multiply 4, Add 8, Multiply 2, Multiply 3, Add 0, Multiply 5, Add 3, Multiply 3, Multiply 1, Multiply 5, Add 3, Add 6, Add 7]\n", "label": {"final": 1870261, "init": 2, "intermediate": [3, 4, 16, 17, 85, 340, 1020, 1029, 1033, 1037, 4148, 4156, 8312, 24936, 24936, 124680, 124683, 374049, 374049, 1870245, 1870248, 1870254]}, "config": {"num_operations": 23, "operations": ["Add 1", "Add 1", "Multiply 4", "Add 1", "Multiply 5", "Multiply 4", "Multiply 3", "Add 9", "Add 4", "Add 4", "Multiply 4", "Add 8", "Multiply 2", "Multiply 3", "Add 0", "Multiply 5", "Add 3", "Multiply 3", "Multiply 1", "Multiply 5", "Add 3", "Add 6", "Add 7"]}, "task_name": "task21", "example_name": "0217", "problem_name": "task21_0217"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Multiply 1, Multiply 5, Multiply 5, Add 0, Multiply 2, Add 8, Add 9, Multiply 3, Multiply 1, Multiply 2, Multiply 3, Add 8, Multiply 5, Multiply 3, Multiply 2, Add 7, Add 4, Add 0, Multiply 4, Multiply 4, Multiply 5, Multiply 3, Add 9]\n", "label": {"final": 28183449, "init": 4, "intermediate": [4, 20, 100, 100, 200, 208, 217, 651, 651, 1302, 3906, 3914, 19570, 58710, 117420, 117427, 117431, 117431, 469724, 1878896, 9394480, 28183440]}, "config": {"num_operations": 23, "operations": ["Multiply 1", "Multiply 5", "Multiply 5", "Add 0", "Multiply 2", "Add 8", "Add 9", "Multiply 3", "Multiply 1", "Multiply 2", "Multiply 3", "Add 8", "Multiply 5", "Multiply 3", "Multiply 2", "Add 7", "Add 4", "Add 0", "Multiply 4", "Multiply 4", "Multiply 5", "Multiply 3", "Add 9"]}, "task_name": "task21", "example_name": "0218", "problem_name": "task21_0218"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Add 2, Add 5, Multiply 4, Add 7, Multiply 3, Multiply 4, Multiply 1, Add 2, Add 9, Add 8, Add 9, Add 7, Multiply 4, Multiply 1, Add 6, Add 5, Multiply 3, Multiply 4, Multiply 5, Add 8, Add 8, Add 0, Add 2]\n", "label": {"final": 167478, "init": 5, "intermediate": [7, 12, 48, 55, 165, 660, 660, 662, 671, 679, 688, 695, 2780, 2780, 2786, 2791, 8373, 33492, 167460, 167468, 167476, 167476]}, "config": {"num_operations": 23, "operations": ["Add 2", "Add 5", "Multiply 4", "Add 7", "Multiply 3", "Multiply 4", "Multiply 1", "Add 2", "Add 9", "Add 8", "Add 9", "Add 7", "Multiply 4", "Multiply 1", "Add 6", "Add 5", "Multiply 3", "Multiply 4", "Multiply 5", "Add 8", "Add 8", "Add 0", "Add 2"]}, "task_name": "task21", "example_name": "0219", "problem_name": "task21_0219"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Add 8, Add 7, Add 1, Add 1, Add 0, Add 4, Add 0, Multiply 1, Multiply 3, Multiply 4, Add 2, Add 2, Multiply 1, Multiply 2, Multiply 4, Multiply 3, Add 3, Multiply 5, Add 2, Add 4, Multiply 4, Multiply 2, Multiply 3, Multiply 3]\n", "label": {"final": 2317032, "init": 1, "intermediate": [9, 16, 17, 18, 18, 22, 22, 22, 66, 264, 266, 268, 268, 536, 2144, 6432, 6435, 32175, 32177, 32181, 128724, 257448, 772344]}, "config": {"num_operations": 24, "operations": ["Add 8", "Add 7", "Add 1", "Add 1", "Add 0", "Add 4", "Add 0", "Multiply 1", "Multiply 3", "Multiply 4", "Add 2", "Add 2", "Multiply 1", "Multiply 2", "Multiply 4", "Multiply 3", "Add 3", "Multiply 5", "Add 2", "Add 4", "Multiply 4", "Multiply 2", "Multiply 3", "Multiply 3"]}, "task_name": "task21", "example_name": "0220", "problem_name": "task21_0220"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Multiply 5, Multiply 2, Multiply 5, Multiply 4, Multiply 1, Add 3, Add 4, Multiply 4, Multiply 2, Add 8, Add 5, Add 6, Add 9, Multiply 5, Multiply 3, Multiply 3, Multiply 5, Multiply 1, Multiply 2, Add 4, Multiply 1, Multiply 4, Add 4, Add 1]\n", "label": {"final": 17431221, "init": 6, "intermediate": [30, 60, 300, 1200, 1200, 1203, 1207, 4828, 9656, 9664, 9669, 9675, 9684, 48420, 145260, 435780, 2178900, 2178900, 4357800, 4357804, 4357804, 17431216, 17431220]}, "config": {"num_operations": 24, "operations": ["Multiply 5", "Multiply 2", "Multiply 5", "Multiply 4", "Multiply 1", "Add 3", "Add 4", "Multiply 4", "Multiply 2", "Add 8", "Add 5", "Add 6", "Add 9", "Multiply 5", "Multiply 3", "Multiply 3", "Multiply 5", "Multiply 1", "Multiply 2", "Add 4", "Multiply 1", "Multiply 4", "Add 4", "Add 1"]}, "task_name": "task21", "example_name": "0221", "problem_name": "task21_0221"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 7\nOperations: [Multiply 2, Add 0, Add 6, Multiply 2, Multiply 1, Add 4, Add 6, Add 8, Multiply 2, Add 2, Multiply 4, Add 2, Multiply 3, Add 2, Add 8, Multiply 4, Add 4, Multiply 1, Multiply 2, Multiply 1, Multiply 1, Add 6, Multiply 2, Add 1]\n", "label": {"final": 22941, "init": 7, "intermediate": [14, 14, 20, 40, 40, 44, 50, 58, 116, 118, 472, 474, 1422, 1424, 1432, 5728, 5732, 5732, 11464, 11464, 11464, 11470, 22940]}, "config": {"num_operations": 24, "operations": ["Multiply 2", "Add 0", "Add 6", "Multiply 2", "Multiply 1", "Add 4", "Add 6", "Add 8", "Multiply 2", "Add 2", "Multiply 4", "Add 2", "Multiply 3", "Add 2", "Add 8", "Multiply 4", "Add 4", "Multiply 1", "Multiply 2", "Multiply 1", "Multiply 1", "Add 6", "Multiply 2", "Add 1"]}, "task_name": "task21", "example_name": "0222", "problem_name": "task21_0222"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Multiply 3, Multiply 5, Multiply 2, Add 4, Multiply 5, Multiply 2, Multiply 1, Multiply 2, Add 5, Multiply 5, Add 0, Multiply 1, Multiply 3, Multiply 5, Add 1, Multiply 3, Add 2, Multiply 5, Add 3, Add 2, Add 9, Multiply 1, Add 8, Add 3]\n", "label": {"final": 5495675, "init": 8, "intermediate": [24, 120, 240, 244, 1220, 2440, 2440, 4880, 4885, 24425, 24425, 24425, 73275, 366375, 366376, 1099128, 1099130, 5495650, 5495653, 5495655, 5495664, 5495664, 5495672]}, "config": {"num_operations": 24, "operations": ["Multiply 3", "Multiply 5", "Multiply 2", "Add 4", "Multiply 5", "Multiply 2", "Multiply 1", "Multiply 2", "Add 5", "Multiply 5", "Add 0", "Multiply 1", "Multiply 3", "Multiply 5", "Add 1", "Multiply 3", "Add 2", "Multiply 5", "Add 3", "Add 2", "Add 9", "Multiply 1", "Add 8", "Add 3"]}, "task_name": "task21", "example_name": "0223", "problem_name": "task21_0223"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Add 8, Add 7, Add 1, Multiply 3, Multiply 2, Add 3, Multiply 2, Add 4, Multiply 4, Multiply 5, Multiply 4, Add 0, Multiply 3, Add 0, Add 9, Add 7, Multiply 4, Add 6, Add 5, Add 6, Multiply 1, Multiply 4, Add 7, Add 2]\n", "label": {"final": 960333, "init": 4, "intermediate": [12, 19, 20, 60, 120, 123, 246, 250, 1000, 5000, 20000, 20000, 60000, 60000, 60009, 60016, 240064, 240070, 240075, 240081, 240081, 960324, 960331]}, "config": {"num_operations": 24, "operations": ["Add 8", "Add 7", "Add 1", "Multiply 3", "Multiply 2", "Add 3", "Multiply 2", "Add 4", "Multiply 4", "Multiply 5", "Multiply 4", "Add 0", "Multiply 3", "Add 0", "Add 9", "Add 7", "Multiply 4", "Add 6", "Add 5", "Add 6", "Multiply 1", "Multiply 4", "Add 7", "Add 2"]}, "task_name": "task21", "example_name": "0224", "problem_name": "task21_0224"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Multiply 4, Add 7, Multiply 4, Add 5, Add 3, Add 6, Add 1, Add 8, Multiply 1, Multiply 1, Multiply 1, Multiply 2, Add 0, Multiply 5, Add 5, Add 0, Add 2, Add 9, Add 5, Multiply 5, Multiply 2, Add 2, Multiply 1, Add 4]\n", "label": {"final": 13316, "init": 5, "intermediate": [20, 27, 108, 113, 116, 122, 123, 131, 131, 131, 131, 262, 262, 1310, 1315, 1315, 1317, 1326, 1331, 6655, 13310, 13312, 13312]}, "config": {"num_operations": 24, "operations": ["Multiply 4", "Add 7", "Multiply 4", "Add 5", "Add 3", "Add 6", "Add 1", "Add 8", "Multiply 1", "Multiply 1", "Multiply 1", "Multiply 2", "Add 0", "Multiply 5", "Add 5", "Add 0", "Add 2", "Add 9", "Add 5", "Multiply 5", "Multiply 2", "Add 2", "Multiply 1", "Add 4"]}, "task_name": "task21", "example_name": "0225", "problem_name": "task21_0225"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Add 4, Add 6, Multiply 4, Multiply 4, Multiply 2, Add 6, Add 5, Multiply 3, Add 2, Multiply 4, Multiply 1, Add 7, Multiply 2, Multiply 3, Add 8, Add 4, Multiply 5, Multiply 5, Add 4, Multiply 5, Add 6, Add 7, Add 4, Multiply 5]\n", "label": {"final": 22158935, "init": 5, "intermediate": [9, 15, 60, 240, 480, 486, 491, 1473, 1475, 5900, 5900, 5907, 11814, 35442, 35450, 35454, 177270, 886350, 886354, 4431770, 4431776, 4431783, 4431787]}, "config": {"num_operations": 24, "operations": ["Add 4", "Add 6", "Multiply 4", "Multiply 4", "Multiply 2", "Add 6", "Add 5", "Multiply 3", "Add 2", "Multiply 4", "Multiply 1", "Add 7", "Multiply 2", "Multiply 3", "Add 8", "Add 4", "Multiply 5", "Multiply 5", "Add 4", "Multiply 5", "Add 6", "Add 7", "Add 4", "Multiply 5"]}, "task_name": "task21", "example_name": "0226", "problem_name": "task21_0226"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Add 2, Add 3, Add 5, Add 8, Multiply 2, Add 4, Multiply 2, Multiply 4, Multiply 5, Multiply 3, Add 4, Multiply 5, Add 1, Multiply 3, Add 7, Multiply 3, Multiply 4, Add 4, Multiply 4, Multiply 2, Add 4, Add 0, Add 4, Add 3]\n", "label": {"final": 8992363, "init": 6, "intermediate": [8, 11, 16, 24, 48, 52, 104, 416, 2080, 6240, 6244, 31220, 31221, 93663, 93670, 281010, 1124040, 1124044, 4496176, 8992352, 8992356, 8992356, 8992360]}, "config": {"num_operations": 24, "operations": ["Add 2", "Add 3", "Add 5", "Add 8", "Multiply 2", "Add 4", "Multiply 2", "Multiply 4", "Multiply 5", "Multiply 3", "Add 4", "Multiply 5", "Add 1", "Multiply 3", "Add 7", "Multiply 3", "Multiply 4", "Add 4", "Multiply 4", "Multiply 2", "Add 4", "Add 0", "Add 4", "Add 3"]}, "task_name": "task21", "example_name": "0227", "problem_name": "task21_0227"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Multiply 3, Multiply 5, Add 3, Add 0, Add 8, Add 6, Multiply 4, Add 3, Add 4, Multiply 2, Add 5, Multiply 3, Multiply 5, Multiply 5, Multiply 1, Add 2, Add 7, Multiply 1, Multiply 4, Multiply 2, Multiply 3, Multiply 2, Add 5, Multiply 2]\n", "label": {"final": 1980874, "init": 1, "intermediate": [3, 15, 18, 18, 26, 32, 128, 131, 135, 270, 275, 825, 4125, 20625, 20625, 20627, 20634, 20634, 82536, 165072, 495216, 990432, 990437]}, "config": {"num_operations": 24, "operations": ["Multiply 3", "Multiply 5", "Add 3", "Add 0", "Add 8", "Add 6", "Multiply 4", "Add 3", "Add 4", "Multiply 2", "Add 5", "Multiply 3", "Multiply 5", "Multiply 5", "Multiply 1", "Add 2", "Add 7", "Multiply 1", "Multiply 4", "Multiply 2", "Multiply 3", "Multiply 2", "Add 5", "Multiply 2"]}, "task_name": "task21", "example_name": "0228", "problem_name": "task21_0228"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 6\nOperations: [Multiply 5, Multiply 3, Multiply 4, Add 4, Add 8, Multiply 1, Multiply 1, Add 7, Multiply 4, Add 8, Multiply 5, Multiply 5, Multiply 4, Multiply 3, Multiply 4, Multiply 1, Multiply 3, Multiply 1, Add 0, Multiply 2, Multiply 4, Multiply 5, Add 7, Add 7]\n", "label": {"final": 219456014, "init": 6, "intermediate": [30, 90, 360, 364, 372, 372, 372, 379, 1516, 1524, 7620, 38100, 152400, 457200, 1828800, 1828800, 5486400, 5486400, 5486400, 10972800, 43891200, 219456000, 219456007]}, "config": {"num_operations": 24, "operations": ["Multiply 5", "Multiply 3", "Multiply 4", "Add 4", "Add 8", "Multiply 1", "Multiply 1", "Add 7", "Multiply 4", "Add 8", "Multiply 5", "Multiply 5", "Multiply 4", "Multiply 3", "Multiply 4", "Multiply 1", "Multiply 3", "Multiply 1", "Add 0", "Multiply 2", "Multiply 4", "Multiply 5", "Add 7", "Add 7"]}, "task_name": "task21", "example_name": "0229", "problem_name": "task21_0229"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Add 2, Add 6, Multiply 5, Add 8, Add 4, Add 1, Add 4, Multiply 2, Add 5, Add 2, Multiply 4, Add 4, Add 2, Multiply 4, Add 2, Multiply 1, Add 2, Add 4, Multiply 1, Multiply 3, Add 2, Multiply 1, Add 2, Multiply 4, Add 9]\n", "label": {"final": 29401, "init": 3, "intermediate": [5, 11, 55, 63, 67, 68, 72, 144, 149, 151, 604, 608, 610, 2440, 2442, 2442, 2444, 2448, 2448, 7344, 7346, 7346, 7348, 29392]}, "config": {"num_operations": 25, "operations": ["Add 2", "Add 6", "Multiply 5", "Add 8", "Add 4", "Add 1", "Add 4", "Multiply 2", "Add 5", "Add 2", "Multiply 4", "Add 4", "Add 2", "Multiply 4", "Add 2", "Multiply 1", "Add 2", "Add 4", "Multiply 1", "Multiply 3", "Add 2", "Multiply 1", "Add 2", "Multiply 4", "Add 9"]}, "task_name": "task21", "example_name": "0230", "problem_name": "task21_0230"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Multiply 2, Multiply 4, Multiply 3, Add 9, Add 7, Add 9, Multiply 4, Add 9, Multiply 2, Add 6, Multiply 5, Add 8, Multiply 3, Add 0, Multiply 3, Multiply 4, Multiply 1, Multiply 4, Add 1, Multiply 4, Multiply 2, Multiply 5, Add 9, Add 2, Add 1]\n", "label": {"final": 50734132, "init": 8, "intermediate": [16, 64, 192, 201, 208, 217, 868, 877, 1754, 1760, 8800, 8808, 26424, 26424, 79272, 317088, 317088, 1268352, 1268353, 5073412, 10146824, 50734120, 50734129, 50734131]}, "config": {"num_operations": 25, "operations": ["Multiply 2", "Multiply 4", "Multiply 3", "Add 9", "Add 7", "Add 9", "Multiply 4", "Add 9", "Multiply 2", "Add 6", "Multiply 5", "Add 8", "Multiply 3", "Add 0", "Multiply 3", "Multiply 4", "Multiply 1", "Multiply 4", "Add 1", "Multiply 4", "Multiply 2", "Multiply 5", "Add 9", "Add 2", "Add 1"]}, "task_name": "task21", "example_name": "0231", "problem_name": "task21_0231"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Multiply 3, Add 7, Multiply 4, Multiply 1, Add 5, Multiply 1, Add 7, Multiply 3, Add 3, Add 0, Multiply 3, Add 0, Add 4, Multiply 4, Multiply 3, Add 1, Multiply 3, Multiply 1, Add 3, Add 4, Multiply 2, Add 8, Multiply 3, Multiply 4, Multiply 4]\n", "label": {"final": 2410176, "init": 3, "intermediate": [9, 16, 64, 64, 69, 69, 76, 228, 231, 231, 693, 693, 697, 2788, 8364, 8365, 25095, 25095, 25098, 25102, 50204, 50212, 150636, 602544]}, "config": {"num_operations": 25, "operations": ["Multiply 3", "Add 7", "Multiply 4", "Multiply 1", "Add 5", "Multiply 1", "Add 7", "Multiply 3", "Add 3", "Add 0", "Multiply 3", "Add 0", "Add 4", "Multiply 4", "Multiply 3", "Add 1", "Multiply 3", "Multiply 1", "Add 3", "Add 4", "Multiply 2", "Add 8", "Multiply 3", "Multiply 4", "Multiply 4"]}, "task_name": "task21", "example_name": "0232", "problem_name": "task21_0232"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 8\nOperations: [Add 9, Add 6, Multiply 5, Add 9, Add 6, Multiply 4, Multiply 1, Multiply 1, Add 5, Add 2, Multiply 5, Add 8, Add 3, Add 9, Add 2, Add 2, Add 9, Add 4, Multiply 1, Add 5, Multiply 5, Multiply 3, Multiply 1, Multiply 4, Add 7]\n", "label": {"final": 160627, "init": 8, "intermediate": [17, 23, 115, 124, 130, 520, 520, 520, 525, 527, 2635, 2643, 2646, 2655, 2657, 2659, 2668, 2672, 2672, 2677, 13385, 40155, 40155, 160620]}, "config": {"num_operations": 25, "operations": ["Add 9", "Add 6", "Multiply 5", "Add 9", "Add 6", "Multiply 4", "Multiply 1", "Multiply 1", "Add 5", "Add 2", "Multiply 5", "Add 8", "Add 3", "Add 9", "Add 2", "Add 2", "Add 9", "Add 4", "Multiply 1", "Add 5", "Multiply 5", "Multiply 3", "Multiply 1", "Multiply 4", "Add 7"]}, "task_name": "task21", "example_name": "0233", "problem_name": "task21_0233"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Add 7, Add 6, Add 8, Multiply 4, Multiply 1, Add 2, Add 2, Multiply 1, Multiply 1, Add 7, Add 0, Multiply 3, Multiply 4, Multiply 5, Add 6, Add 8, Multiply 2, Add 6, Multiply 1, Add 4, Multiply 5, Add 1, Multiply 3, Multiply 4, Add 7]\n", "label": {"final": 715099, "init": 1, "intermediate": [8, 14, 22, 88, 88, 90, 92, 92, 92, 99, 99, 297, 1188, 5940, 5946, 5954, 11908, 11914, 11914, 11918, 59590, 59591, 178773, 715092]}, "config": {"num_operations": 25, "operations": ["Add 7", "Add 6", "Add 8", "Multiply 4", "Multiply 1", "Add 2", "Add 2", "Multiply 1", "Multiply 1", "Add 7", "Add 0", "Multiply 3", "Multiply 4", "Multiply 5", "Add 6", "Add 8", "Multiply 2", "Add 6", "Multiply 1", "Add 4", "Multiply 5", "Add 1", "Multiply 3", "Multiply 4", "Add 7"]}, "task_name": "task21", "example_name": "0234", "problem_name": "task21_0234"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 1\nOperations: [Multiply 5, Add 4, Multiply 5, Add 1, Add 5, Add 3, Add 5, Add 8, Add 4, Add 6, Multiply 3, Multiply 3, Multiply 3, Multiply 3, Add 4, Multiply 3, Add 6, Add 7, Multiply 2, Multiply 2, Multiply 5, Add 2, Add 7, Multiply 4, Add 7]\n", "label": {"final": 1498923, "init": 1, "intermediate": [5, 9, 45, 46, 51, 54, 59, 67, 71, 77, 231, 693, 2079, 6237, 6241, 18723, 18729, 18736, 37472, 74944, 374720, 374722, 374729, 1498916]}, "config": {"num_operations": 25, "operations": ["Multiply 5", "Add 4", "Multiply 5", "Add 1", "Add 5", "Add 3", "Add 5", "Add 8", "Add 4", "Add 6", "Multiply 3", "Multiply 3", "Multiply 3", "Multiply 3", "Add 4", "Multiply 3", "Add 6", "Add 7", "Multiply 2", "Multiply 2", "Multiply 5", "Add 2", "Add 7", "Multiply 4", "Add 7"]}, "task_name": "task21", "example_name": "0235", "problem_name": "task21_0235"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Add 1, Multiply 2, Add 7, Add 9, Add 3, Multiply 3, Multiply 3, Add 4, Multiply 5, Add 4, Multiply 4, Multiply 2, Add 0, Add 1, Add 5, Add 5, Multiply 1, Add 7, Add 4, Add 9, Add 5, Add 2, Multiply 1, Multiply 3, Multiply 2]\n", "label": {"final": 59700, "init": 3, "intermediate": [4, 8, 15, 24, 27, 81, 243, 247, 1235, 1239, 4956, 9912, 9912, 9913, 9918, 9923, 9923, 9930, 9934, 9943, 9948, 9950, 9950, 29850]}, "config": {"num_operations": 25, "operations": ["Add 1", "Multiply 2", "Add 7", "Add 9", "Add 3", "Multiply 3", "Multiply 3", "Add 4", "Multiply 5", "Add 4", "Multiply 4", "Multiply 2", "Add 0", "Add 1", "Add 5", "Add 5", "Multiply 1", "Add 7", "Add 4", "Add 9", "Add 5", "Add 2", "Multiply 1", "Multiply 3", "Multiply 2"]}, "task_name": "task21", "example_name": "0236", "problem_name": "task21_0236"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 3\nOperations: [Add 8, Add 9, Multiply 2, Add 2, Add 4, Add 8, Multiply 5, Multiply 3, Add 9, Multiply 3, Add 6, Add 2, Add 9, Add 0, Multiply 1, Add 9, Multiply 2, Multiply 3, Multiply 4, Multiply 5, Add 6, Multiply 1, Multiply 1, Add 7, Add 0]\n", "label": {"final": 297973, "init": 3, "intermediate": [11, 20, 40, 42, 46, 54, 270, 810, 819, 2457, 2463, 2465, 2474, 2474, 2474, 2483, 4966, 14898, 59592, 297960, 297966, 297966, 297966, 297973]}, "config": {"num_operations": 25, "operations": ["Add 8", "Add 9", "Multiply 2", "Add 2", "Add 4", "Add 8", "Multiply 5", "Multiply 3", "Add 9", "Multiply 3", "Add 6", "Add 2", "Add 9", "Add 0", "Multiply 1", "Add 9", "Multiply 2", "Multiply 3", "Multiply 4", "Multiply 5", "Add 6", "Multiply 1", "Multiply 1", "Add 7", "Add 0"]}, "task_name": "task21", "example_name": "0237", "problem_name": "task21_0237"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 4\nOperations: [Add 0, Add 9, Add 1, Add 1, Multiply 2, Add 6, Multiply 1, Add 0, Add 4, Multiply 3, Add 3, Add 1, Add 5, Add 5, Multiply 1, Multiply 4, Multiply 4, Multiply 5, Add 1, Multiply 4, Add 8, Add 3, Multiply 3, Add 6, Add 0]\n", "label": {"final": 128691, "init": 4, "intermediate": [4, 13, 14, 15, 30, 36, 36, 36, 40, 120, 123, 124, 129, 134, 134, 536, 2144, 10720, 10721, 42884, 42892, 42895, 128685, 128691]}, "config": {"num_operations": 25, "operations": ["Add 0", "Add 9", "Add 1", "Add 1", "Multiply 2", "Add 6", "Multiply 1", "Add 0", "Add 4", "Multiply 3", "Add 3", "Add 1", "Add 5", "Add 5", "Multiply 1", "Multiply 4", "Multiply 4", "Multiply 5", "Add 1", "Multiply 4", "Add 8", "Add 3", "Multiply 3", "Add 6", "Add 0"]}, "task_name": "task21", "example_name": "0238", "problem_name": "task21_0238"}
+{"prompt": "Add or multiply numbers to an initial number N following a given list specifying the operations.\nProvide the final calculation result along with the intermediate results of each operation in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nN = 5\nOperations: [Add 0, Multiply 1, Add 2, Add 7, Add 8, Multiply 1, Multiply 5, Multiply 4, Multiply 1, Multiply 2, Add 3, Add 5, Multiply 3, Add 9, Multiply 1, Multiply 2, Add 3, Multiply 2, Add 3, Multiply 2, Add 0, Add 0, Multiply 1, Multiply 4, Add 8]\n", "label": {"final": 85616, "init": 5, "intermediate": [5, 5, 7, 14, 22, 22, 110, 440, 440, 880, 883, 888, 2664, 2673, 2673, 5346, 5349, 10698, 10701, 21402, 21402, 21402, 21402, 85608]}, "config": {"num_operations": 25, "operations": ["Add 0", "Multiply 1", "Add 2", "Add 7", "Add 8", "Multiply 1", "Multiply 5", "Multiply 4", "Multiply 1", "Multiply 2", "Add 3", "Add 5", "Multiply 3", "Add 9", "Multiply 1", "Multiply 2", "Add 3", "Multiply 2", "Add 3", "Multiply 2", "Add 0", "Add 0", "Multiply 1", "Multiply 4", "Add 8"]}, "task_name": "task21", "example_name": "0239", "problem_name": "task21_0239"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---x-\nOperations: [\n (left, 5),\n (left, 2)\n]\n", "label": {"final": "-x---", "init": "---x-", "intermediate": ["---x-"]}, "config": {"height": 1, "num_operations": 2, "operations": [["left", 5], ["left", 2]], "width": 5}, "task_name": "task22", "example_name": "0000", "problem_name": "task22_0000"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------x---\nOperations: [\n (right, 6),\n (left, 5)\n]\n", "label": {"final": "-------x--", "init": "------x---", "intermediate": ["--x-------"]}, "config": {"height": 1, "num_operations": 2, "operations": [["right", 6], ["left", 5]], "width": 10}, "task_name": "task22", "example_name": "0001", "problem_name": "task22_0001"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------x----\nOperations: [\n (left, 12),\n (right, 9)\n]\n", "label": {"final": "-------x-------", "init": "----------x----", "intermediate": ["-------------x-"]}, "config": {"height": 1, "num_operations": 2, "operations": [["left", 12], ["right", 9]], "width": 15}, "task_name": "task22", "example_name": "0002", "problem_name": "task22_0002"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\nx-------------------\nOperations: [\n (right, 15),\n (left, 6)\n]\n", "label": {"final": "---------x----------", "init": "x-------------------", "intermediate": ["---------------x----"]}, "config": {"height": 1, "num_operations": 2, "operations": [["right", 15], ["left", 6]], "width": 20}, "task_name": "task22", "example_name": "0003", "problem_name": "task22_0003"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------x--------------\nOperations: [\n (right, 2),\n (right, 3)\n]\n", "label": {"final": "---------------x---------", "init": "----------x--------------", "intermediate": ["------------x------------"]}, "config": {"height": 1, "num_operations": 2, "operations": [["right", 2], ["right", 3]], "width": 25}, "task_name": "task22", "example_name": "0004", "problem_name": "task22_0004"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------------x-------------\nOperations: [\n (left, 22),\n (left, 26)\n]\n", "label": {"final": "----------------------------x-", "init": "----------------x-------------", "intermediate": ["------------------------x-----"]}, "config": {"height": 1, "num_operations": 2, "operations": [["left", 22], ["left", 26]], "width": 30}, "task_name": "task22", "example_name": "0005", "problem_name": "task22_0005"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----x-----------------------------\nOperations: [\n (right, 4),\n (right, 6)\n]\n", "label": {"final": "---------------x-------------------", "init": "-----x-----------------------------", "intermediate": ["---------x-------------------------"]}, "config": {"height": 1, "num_operations": 2, "operations": [["right", 4], ["right", 6]], "width": 35}, "task_name": "task22", "example_name": "0006", "problem_name": "task22_0006"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------------------x------------\nOperations: [\n (left, 8),\n (left, 9)\n]\n", "label": {"final": "----------x-----------------------------", "init": "---------------------------x------------", "intermediate": ["-------------------x--------------------"]}, "config": {"height": 1, "num_operations": 2, "operations": [["left", 8], ["left", 9]], "width": 40}, "task_name": "task22", "example_name": "0007", "problem_name": "task22_0007"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------------------------------x----------\nOperations: [\n (left, 40),\n (right, 45)\n]\n", "label": {"final": "---------------------------------------x-----", "init": "----------------------------------x----------", "intermediate": ["---------------------------------------x-----"]}, "config": {"height": 1, "num_operations": 2, "operations": [["left", 40], ["right", 45]], "width": 45}, "task_name": "task22", "example_name": "0008", "problem_name": "task22_0008"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---x----------------------------------------------\nOperations: [\n (right, 33),\n (right, 26)\n]\n", "label": {"final": "------------x-------------------------------------", "init": "---x----------------------------------------------", "intermediate": ["------------------------------------x-------------"]}, "config": {"height": 1, "num_operations": 2, "operations": [["right", 33], ["right", 26]], "width": 50}, "task_name": "task22", "example_name": "0009", "problem_name": "task22_0009"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----x\nOperations: [\n (left, 5),\n (left, 4),\n (left, 5)\n]\n", "label": {"final": "x----", "init": "----x", "intermediate": ["----x", "x----"]}, "config": {"height": 1, "num_operations": 3, "operations": [["left", 5], ["left", 4], ["left", 5]], "width": 5}, "task_name": "task22", "example_name": "0010", "problem_name": "task22_0010"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\nx---------\nOperations: [\n (right, 4),\n (left, 6),\n (left, 7)\n]\n", "label": {"final": "-x--------", "init": "x---------", "intermediate": ["----x-----", "--------x-"]}, "config": {"height": 1, "num_operations": 3, "operations": [["right", 4], ["left", 6], ["left", 7]], "width": 10}, "task_name": "task22", "example_name": "0011", "problem_name": "task22_0011"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------x----\nOperations: [\n (left, 2),\n (left, 4),\n (left, 6)\n]\n", "label": {"final": "-------------x-", "init": "----------x----", "intermediate": ["--------x------", "----x----------"]}, "config": {"height": 1, "num_operations": 3, "operations": [["left", 2], ["left", 4], ["left", 6]], "width": 15}, "task_name": "task22", "example_name": "0012", "problem_name": "task22_0012"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------x--------\nOperations: [\n (right, 1),\n (left, 14),\n (right, 17)\n]\n", "label": {"final": "---------------x----", "init": "-----------x--------", "intermediate": ["------------x-------", "------------------x-"]}, "config": {"height": 1, "num_operations": 3, "operations": [["right", 1], ["left", 14], ["right", 17]], "width": 20}, "task_name": "task22", "example_name": "0013", "problem_name": "task22_0013"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\nx------------------------\nOperations: [\n (right, 22),\n (left, 2),\n (left, 7)\n]\n", "label": {"final": "-------------x-----------", "init": "x------------------------", "intermediate": ["----------------------x--", "--------------------x----"]}, "config": {"height": 1, "num_operations": 3, "operations": [["right", 22], ["left", 2], ["left", 7]], "width": 25}, "task_name": "task22", "example_name": "0014", "problem_name": "task22_0014"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------------------x-----\nOperations: [\n (right, 25),\n (right, 6),\n (right, 23)\n]\n", "label": {"final": "------------------x-----------", "init": "------------------------x-----", "intermediate": ["-------------------x----------", "-------------------------x----"]}, "config": {"height": 1, "num_operations": 3, "operations": [["right", 25], ["right", 6], ["right", 23]], "width": 30}, "task_name": "task22", "example_name": "0015", "problem_name": "task22_0015"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------------x-----------------\nOperations: [\n (right, 28),\n (left, 32),\n (left, 4)\n]\n", "label": {"final": "---------x-------------------------", "init": "-----------------x-----------------", "intermediate": ["----------x------------------------", "-------------x---------------------"]}, "config": {"height": 1, "num_operations": 3, "operations": [["right", 28], ["left", 32], ["left", 4]], "width": 35}, "task_name": "task22", "example_name": "0016", "problem_name": "task22_0016"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------------------------------x-------\nOperations: [\n (left, 24),\n (right, 22),\n (left, 30)\n]\n", "label": {"final": "x---------------------------------------", "init": "--------------------------------x-------", "intermediate": ["--------x-------------------------------", "------------------------------x---------"]}, "config": {"height": 1, "num_operations": 3, "operations": [["left", 24], ["right", 22], ["left", 30]], "width": 40}, "task_name": "task22", "example_name": "0017", "problem_name": "task22_0017"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------------------------x--------------\nOperations: [\n (left, 16),\n (right, 30),\n (left, 12)\n]\n", "label": {"final": "--------------------------------x------------", "init": "------------------------------x--------------", "intermediate": ["--------------x------------------------------", "--------------------------------------------x"]}, "config": {"height": 1, "num_operations": 3, "operations": [["left", 16], ["right", 30], ["left", 12]], "width": 45}, "task_name": "task22", "example_name": "0018", "problem_name": "task22_0018"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------x-------------------------------------\nOperations: [\n (right, 39),\n (right, 18),\n (left, 12)\n]\n", "label": {"final": "-------x------------------------------------------", "init": "------------x-------------------------------------", "intermediate": ["-x------------------------------------------------", "-------------------x------------------------------"]}, "config": {"height": 1, "num_operations": 3, "operations": [["right", 39], ["right", 18], ["left", 12]], "width": 50}, "task_name": "task22", "example_name": "0019", "problem_name": "task22_0019"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x---\nOperations: [\n (right, 5),\n (right, 2),\n (right, 3),\n (right, 1)\n]\n", "label": {"final": "--x--", "init": "-x---", "intermediate": ["-x---", "---x-", "-x---"]}, "config": {"height": 1, "num_operations": 4, "operations": [["right", 5], ["right", 2], ["right", 3], ["right", 1]], "width": 5}, "task_name": "task22", "example_name": "0020", "problem_name": "task22_0020"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----x----\nOperations: [\n (left, 2),\n (right, 9),\n (left, 8),\n (left, 5)\n]\n", "label": {"final": "---------x", "init": "-----x----", "intermediate": ["---x------", "--x-------", "----x-----"]}, "config": {"height": 1, "num_operations": 4, "operations": [["left", 2], ["right", 9], ["left", 8], ["left", 5]], "width": 10}, "task_name": "task22", "example_name": "0021", "problem_name": "task22_0021"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------x----\nOperations: [\n (left, 15),\n (right, 8),\n (left, 10),\n (right, 5)\n]\n", "label": {"final": "-------------x-", "init": "----------x----", "intermediate": ["----------x----", "---x-----------", "--------x------"]}, "config": {"height": 1, "num_operations": 4, "operations": [["left", 15], ["right", 8], ["left", 10], ["right", 5]], "width": 15}, "task_name": "task22", "example_name": "0022", "problem_name": "task22_0022"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------x---------\nOperations: [\n (left, 7),\n (left, 17),\n (left, 1),\n (right, 1)\n]\n", "label": {"final": "------x-------------", "init": "----------x---------", "intermediate": ["---x----------------", "------x-------------", "-----x--------------"]}, "config": {"height": 1, "num_operations": 4, "operations": [["left", 7], ["left", 17], ["left", 1], ["right", 1]], "width": 20}, "task_name": "task22", "example_name": "0023", "problem_name": "task22_0023"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----x--------------------\nOperations: [\n (left, 14),\n (right, 8),\n (right, 14),\n (left, 2)\n]\n", "label": {"final": "----------x--------------", "init": "----x--------------------", "intermediate": ["---------------x---------", "-----------------------x-", "------------x------------"]}, "config": {"height": 1, "num_operations": 4, "operations": [["left", 14], ["right", 8], ["right", 14], ["left", 2]], "width": 25}, "task_name": "task22", "example_name": "0024", "problem_name": "task22_0024"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------------x------------\nOperations: [\n (left, 25),\n (right, 14),\n (left, 19),\n (right, 29)\n]\n", "label": {"final": "----------------x-------------", "init": "-----------------x------------", "intermediate": ["----------------------x-------", "------x-----------------------", "-----------------x------------"]}, "config": {"height": 1, "num_operations": 4, "operations": [["left", 25], ["right", 14], ["left", 19], ["right", 29]], "width": 30}, "task_name": "task22", "example_name": "0025", "problem_name": "task22_0025"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------------------------x---------\nOperations: [\n (right, 23),\n (left, 25),\n (right, 2),\n (right, 2)\n]\n", "label": {"final": "---------------------------x-------", "init": "-------------------------x---------", "intermediate": ["-------------x---------------------", "-----------------------x-----------", "-------------------------x---------"]}, "config": {"height": 1, "num_operations": 4, "operations": [["right", 23], ["left", 25], ["right", 2], ["right", 2]], "width": 35}, "task_name": "task22", "example_name": "0026", "problem_name": "task22_0026"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--x-------------------------------------\nOperations: [\n (right, 27),\n (right, 25),\n (right, 23),\n (right, 20)\n]\n", "label": {"final": "-----------------x----------------------", "init": "--x-------------------------------------", "intermediate": ["-----------------------------x----------", "--------------x-------------------------", "-------------------------------------x--"]}, "config": {"height": 1, "num_operations": 4, "operations": [["right", 27], ["right", 25], ["right", 23], ["right", 20]], "width": 40}, "task_name": "task22", "example_name": "0027", "problem_name": "task22_0027"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------------x---------------------------\nOperations: [\n (left, 40),\n (right, 14),\n (left, 38),\n (right, 5)\n]\n", "label": {"final": "---x-----------------------------------------", "init": "-----------------x---------------------------", "intermediate": ["----------------------x----------------------", "------------------------------------x--------", "-------------------------------------------x-"]}, "config": {"height": 1, "num_operations": 4, "operations": [["left", 40], ["right", 14], ["left", 38], ["right", 5]], "width": 45}, "task_name": "task22", "example_name": "0028", "problem_name": "task22_0028"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------------------------x-----------------------\nOperations: [\n (left, 21),\n (right, 44),\n (left, 10),\n (right, 47)\n]\n", "label": {"final": "------------------------------------x-------------", "init": "--------------------------x-----------------------", "intermediate": ["-----x--------------------------------------------", "-------------------------------------------------x", "---------------------------------------x----------"]}, "config": {"height": 1, "num_operations": 4, "operations": [["left", 21], ["right", 44], ["left", 10], ["right", 47]], "width": 50}, "task_name": "task22", "example_name": "0029", "problem_name": "task22_0029"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--x--\nOperations: [\n (left, 2),\n (left, 3),\n (right, 1),\n (right, 4),\n (left, 4)\n]\n", "label": {"final": "---x-", "init": "--x--", "intermediate": ["x----", "--x--", "---x-", "--x--"]}, "config": {"height": 1, "num_operations": 5, "operations": [["left", 2], ["left", 3], ["right", 1], ["right", 4], ["left", 4]], "width": 5}, "task_name": "task22", "example_name": "0030", "problem_name": "task22_0030"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--x-------\nOperations: [\n (right, 10),\n (left, 8),\n (right, 6),\n (right, 4),\n (right, 6)\n]\n", "label": {"final": "x---------", "init": "--x-------", "intermediate": ["--x-------", "----x-----", "x---------", "----x-----"]}, "config": {"height": 1, "num_operations": 5, "operations": [["right", 10], ["left", 8], ["right", 6], ["right", 4], ["right", 6]], "width": 10}, "task_name": "task22", "example_name": "0031", "problem_name": "task22_0031"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----x---------\nOperations: [\n (left, 14),\n (right, 12),\n (left, 5),\n (right, 9),\n (right, 9)\n]\n", "label": {"final": "-x-------------", "init": "-----x---------", "intermediate": ["------x--------", "---x-----------", "-------------x-", "-------x-------"]}, "config": {"height": 1, "num_operations": 5, "operations": [["left", 14], ["right", 12], ["left", 5], ["right", 9], ["right", 9]], "width": 15}, "task_name": "task22", "example_name": "0032", "problem_name": "task22_0032"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------x---------\nOperations: [\n (right, 17),\n (left, 13),\n (right, 15),\n (left, 2),\n (right, 14)\n]\n", "label": {"final": "-x------------------", "init": "----------x---------", "intermediate": ["-------x------------", "--------------x-----", "---------x----------", "-------x------------"]}, "config": {"height": 1, "num_operations": 5, "operations": [["right", 17], ["left", 13], ["right", 15], ["left", 2], ["right", 14]], "width": 20}, "task_name": "task22", "example_name": "0033", "problem_name": "task22_0033"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------------x-------\nOperations: [\n (left, 17),\n (left, 22),\n (right, 4),\n (left, 12),\n (right, 11)\n]\n", "label": {"final": "------x------------------", "init": "-----------------x-------", "intermediate": ["x------------------------", "---x---------------------", "-------x-----------------", "--------------------x----"]}, "config": {"height": 1, "num_operations": 5, "operations": [["left", 17], ["left", 22], ["right", 4], ["left", 12], ["right", 11]], "width": 25}, "task_name": "task22", "example_name": "0034", "problem_name": "task22_0034"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------------------x-----\nOperations: [\n (left, 29),\n (left, 21),\n (left, 6),\n (right, 16),\n (right, 26)\n]\n", "label": {"final": "----------x-------------------", "init": "------------------------x-----", "intermediate": ["-------------------------x----", "----x-------------------------", "----------------------------x-", "--------------x---------------"]}, "config": {"height": 1, "num_operations": 5, "operations": [["left", 29], ["left", 21], ["left", 6], ["right", 16], ["right", 26]], "width": 30}, "task_name": "task22", "example_name": "0035", "problem_name": "task22_0035"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------------------------------x\nOperations: [\n (right, 17),\n (left, 3),\n (left, 24),\n (left, 27),\n (left, 25)\n]\n", "label": {"final": "-------x---------------------------", "init": "----------------------------------x", "intermediate": ["----------------x------------------", "-------------x---------------------", "------------------------x----------", "--------------------------------x--"]}, "config": {"height": 1, "num_operations": 5, "operations": [["right", 17], ["left", 3], ["left", 24], ["left", 27], ["left", 25]], "width": 35}, "task_name": "task22", "example_name": "0036", "problem_name": "task22_0036"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------------------------------------x-\nOperations: [\n (left, 10),\n (right, 17),\n (right, 39),\n (left, 27),\n (left, 40)\n]\n", "label": {"final": "-----------------x----------------------", "init": "--------------------------------------x-", "intermediate": ["----------------------------x-----------", "-----x----------------------------------", "----x-----------------------------------", "-----------------x----------------------"]}, "config": {"height": 1, "num_operations": 5, "operations": [["left", 10], ["right", 17], ["right", 39], ["left", 27], ["left", 40]], "width": 40}, "task_name": "task22", "example_name": "0037", "problem_name": "task22_0037"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------------------------------------x--\nOperations: [\n (left, 22),\n (left, 25),\n (left, 25),\n (left, 12),\n (right, 14)\n]\n", "label": {"final": "-----------------x---------------------------", "init": "------------------------------------------x--", "intermediate": ["--------------------x------------------------", "----------------------------------------x----", "---------------x-----------------------------", "---x-----------------------------------------"]}, "config": {"height": 1, "num_operations": 5, "operations": [["left", 22], ["left", 25], ["left", 25], ["left", 12], ["right", 14]], "width": 45}, "task_name": "task22", "example_name": "0038", "problem_name": "task22_0038"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------------x---------------------------------\nOperations: [\n (right, 18),\n (right, 42),\n (left, 48),\n (left, 50),\n (right, 20)\n]\n", "label": {"final": "------------------------------------------------x-", "init": "----------------x---------------------------------", "intermediate": ["----------------------------------x---------------", "--------------------------x-----------------------", "----------------------------x---------------------", "----------------------------x---------------------"]}, "config": {"height": 1, "num_operations": 5, "operations": [["right", 18], ["right", 42], ["left", 48], ["left", 50], ["right", 20]], "width": 50}, "task_name": "task22", "example_name": "0039", "problem_name": "task22_0039"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x---\nOperations: [\n (right, 5),\n (left, 1),\n (right, 2),\n (right, 2),\n (right, 3),\n (right, 2)\n]\n", "label": {"final": "----x", "init": "-x---", "intermediate": ["-x---", "x----", "--x--", "----x", "--x--"]}, "config": {"height": 1, "num_operations": 6, "operations": [["right", 5], ["left", 1], ["right", 2], ["right", 2], ["right", 3], ["right", 2]], "width": 5}, "task_name": "task22", "example_name": "0040", "problem_name": "task22_0040"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----x-----\nOperations: [\n (right, 10),\n (right, 6),\n (left, 9),\n (right, 8),\n (right, 9),\n (right, 3)\n]\n", "label": {"final": "-x--------", "init": "----x-----", "intermediate": ["----x-----", "x---------", "-x--------", "---------x", "--------x-"]}, "config": {"height": 1, "num_operations": 6, "operations": [["right", 10], ["right", 6], ["left", 9], ["right", 8], ["right", 9], ["right", 3]], "width": 10}, "task_name": "task22", "example_name": "0041", "problem_name": "task22_0041"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------x--\nOperations: [\n (left, 9),\n (left, 11),\n (left, 8),\n (left, 11),\n (left, 14),\n (left, 15)\n]\n", "label": {"final": "----x----------", "init": "------------x--", "intermediate": ["---x-----------", "-------x-------", "--------------x", "---x-----------", "----x----------"]}, "config": {"height": 1, "num_operations": 6, "operations": [["left", 9], ["left", 11], ["left", 8], ["left", 11], ["left", 14], ["left", 15]], "width": 15}, "task_name": "task22", "example_name": "0042", "problem_name": "task22_0042"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------------x---\nOperations: [\n (right, 9),\n (right, 5),\n (left, 12),\n (right, 14),\n (left, 20),\n (left, 3)\n]\n", "label": {"final": "---------x----------", "init": "----------------x---", "intermediate": ["-----x--------------", "----------x---------", "------------------x-", "------------x-------", "------------x-------"]}, "config": {"height": 1, "num_operations": 6, "operations": [["right", 9], ["right", 5], ["left", 12], ["right", 14], ["left", 20], ["left", 3]], "width": 20}, "task_name": "task22", "example_name": "0043", "problem_name": "task22_0043"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----x--------------------\nOperations: [\n (left, 2),\n (right, 4),\n (left, 3),\n (right, 1),\n (right, 1),\n (right, 22)\n]\n", "label": {"final": "--x----------------------", "init": "----x--------------------", "intermediate": ["--x----------------------", "------x------------------", "---x---------------------", "----x--------------------", "-----x-------------------"]}, "config": {"height": 1, "num_operations": 6, "operations": [["left", 2], ["right", 4], ["left", 3], ["right", 1], ["right", 1], ["right", 22]], "width": 25}, "task_name": "task22", "example_name": "0044", "problem_name": "task22_0044"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------------x--------\nOperations: [\n (right, 19),\n (right, 19),\n (left, 21),\n (right, 15),\n (left, 14),\n (left, 26)\n]\n", "label": {"final": "-------------x----------------", "init": "---------------------x--------", "intermediate": ["----------x-------------------", "-----------------------------x", "--------x---------------------", "-----------------------x------", "---------x--------------------"]}, "config": {"height": 1, "num_operations": 6, "operations": [["right", 19], ["right", 19], ["left", 21], ["right", 15], ["left", 14], ["left", 26]], "width": 30}, "task_name": "task22", "example_name": "0045", "problem_name": "task22_0045"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------x-------------------\nOperations: [\n (left, 6),\n (left, 4),\n (left, 10),\n (left, 8),\n (left, 9),\n (left, 1)\n]\n", "label": {"final": "------------x----------------------", "init": "---------------x-------------------", "intermediate": ["---------x-------------------------", "-----x-----------------------------", "------------------------------x----", "----------------------x------------", "-------------x---------------------"]}, "config": {"height": 1, "num_operations": 6, "operations": [["left", 6], ["left", 4], ["left", 10], ["left", 8], ["left", 9], ["left", 1]], "width": 35}, "task_name": "task22", "example_name": "0046", "problem_name": "task22_0046"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------x---------------------------\nOperations: [\n (right, 8),\n (left, 28),\n (left, 26),\n (left, 22),\n (left, 32),\n (left, 13)\n]\n", "label": {"final": "-------------------x--------------------", "init": "------------x---------------------------", "intermediate": ["--------------------x-------------------", "--------------------------------x-------", "------x---------------------------------", "------------------------x---------------", "--------------------------------x-------"]}, "config": {"height": 1, "num_operations": 6, "operations": [["right", 8], ["left", 28], ["left", 26], ["left", 22], ["left", 32], ["left", 13]], "width": 40}, "task_name": "task22", "example_name": "0047", "problem_name": "task22_0047"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------------------------------x-----\nOperations: [\n (left, 5),\n (right, 22),\n (left, 18),\n (right, 35),\n (left, 18),\n (left, 22)\n]\n", "label": {"final": "---------------------------------x-----------", "init": "---------------------------------------x-----", "intermediate": ["----------------------------------x----------", "-----------x---------------------------------", "--------------------------------------x------", "----------------------------x----------------", "----------x----------------------------------"]}, "config": {"height": 1, "num_operations": 6, "operations": [["left", 5], ["right", 22], ["left", 18], ["right", 35], ["left", 18], ["left", 22]], "width": 45}, "task_name": "task22", "example_name": "0048", "problem_name": "task22_0048"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------------------------x-----------------------\nOperations: [\n (right, 8),\n (left, 12),\n (left, 36),\n (right, 39),\n (left, 25),\n (left, 20)\n]\n", "label": {"final": "------------------------------x-------------------", "init": "--------------------------x-----------------------", "intermediate": ["----------------------------------x---------------", "----------------------x---------------------------", "------------------------------------x-------------", "-------------------------x------------------------", "x-------------------------------------------------"]}, "config": {"height": 1, "num_operations": 6, "operations": [["right", 8], ["left", 12], ["left", 36], ["right", 39], ["left", 25], ["left", 20]], "width": 50}, "task_name": "task22", "example_name": "0049", "problem_name": "task22_0049"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--x--\nOperations: [\n (left, 3),\n (left, 1),\n (right, 5),\n (left, 2),\n (left, 5),\n (left, 5),\n (left, 2)\n]\n", "label": {"final": "----x", "init": "--x--", "intermediate": ["----x", "---x-", "---x-", "-x---", "-x---", "-x---"]}, "config": {"height": 1, "num_operations": 7, "operations": [["left", 3], ["left", 1], ["right", 5], ["left", 2], ["left", 5], ["left", 5], ["left", 2]], "width": 5}, "task_name": "task22", "example_name": "0050", "problem_name": "task22_0050"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----x-----\nOperations: [\n (left, 6),\n (left, 1),\n (left, 9),\n (right, 9),\n (right, 5),\n (right, 8),\n (right, 5)\n]\n", "label": {"final": "-----x----", "init": "----x-----", "intermediate": ["--------x-", "-------x--", "--------x-", "-------x--", "--x-------", "x---------"]}, "config": {"height": 1, "num_operations": 7, "operations": [["left", 6], ["left", 1], ["left", 9], ["right", 9], ["right", 5], ["right", 8], ["right", 5]], "width": 10}, "task_name": "task22", "example_name": "0051", "problem_name": "task22_0051"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--x------------\nOperations: [\n (left, 4),\n (left, 2),\n (right, 4),\n (right, 5),\n (right, 11),\n (right, 10),\n (right, 8)\n]\n", "label": {"final": "----x----------", "init": "--x------------", "intermediate": ["-------------x-", "-----------x---", "x--------------", "-----x---------", "-x-------------", "-----------x---"]}, "config": {"height": 1, "num_operations": 7, "operations": [["left", 4], ["left", 2], ["right", 4], ["right", 5], ["right", 11], ["right", 10], ["right", 8]], "width": 15}, "task_name": "task22", "example_name": "0052", "problem_name": "task22_0052"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------x----------\nOperations: [\n (left, 5),\n (left, 13),\n (left, 15),\n (left, 12),\n (left, 7),\n (right, 19),\n (left, 17)\n]\n", "label": {"final": "-------------------x", "init": "---------x----------", "intermediate": ["----x---------------", "-----------x--------", "----------------x---", "----x---------------", "-----------------x--", "----------------x---"]}, "config": {"height": 1, "num_operations": 7, "operations": [["left", 5], ["left", 13], ["left", 15], ["left", 12], ["left", 7], ["right", 19], ["left", 17]], "width": 20}, "task_name": "task22", "example_name": "0053", "problem_name": "task22_0053"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------------x---\nOperations: [\n (left, 12),\n (left, 10),\n (right, 1),\n (right, 22),\n (left, 13),\n (left, 16),\n (right, 23)\n]\n", "label": {"final": "----------------x--------", "init": "---------------------x---", "intermediate": ["---------x---------------", "------------------------x", "x------------------------", "----------------------x--", "---------x---------------", "------------------x------"]}, "config": {"height": 1, "num_operations": 7, "operations": [["left", 12], ["left", 10], ["right", 1], ["right", 22], ["left", 13], ["left", 16], ["right", 23]], "width": 25}, "task_name": "task22", "example_name": "0054", "problem_name": "task22_0054"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------------------------x---\nOperations: [\n (left, 19),\n (left, 6),\n (left, 14),\n (left, 27),\n (right, 5),\n (right, 15),\n (right, 17)\n]\n", "label": {"final": "---------------------------x--", "init": "--------------------------x---", "intermediate": ["-------x----------------------", "-x----------------------------", "-----------------x------------", "--------------------x---------", "-------------------------x----", "----------x-------------------"]}, "config": {"height": 1, "num_operations": 7, "operations": [["left", 19], ["left", 6], ["left", 14], ["left", 27], ["right", 5], ["right", 15], ["right", 17]], "width": 30}, "task_name": "task22", "example_name": "0055", "problem_name": "task22_0055"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------------------x---------------\nOperations: [\n (right, 11),\n (right, 8),\n (left, 33),\n (left, 20),\n (right, 13),\n (right, 15),\n (left, 34)\n]\n", "label": {"final": "--------------x--------------------", "init": "-------------------x---------------", "intermediate": ["------------------------------x----", "---x-------------------------------", "-----x-----------------------------", "--------------------x--------------", "---------------------------------x-", "-------------x---------------------"]}, "config": {"height": 1, "num_operations": 7, "operations": [["right", 11], ["right", 8], ["left", 33], ["left", 20], ["right", 13], ["right", 15], ["left", 34]], "width": 35}, "task_name": "task22", "example_name": "0056", "problem_name": "task22_0056"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------------x-----------------------\nOperations: [\n (left, 13),\n (right, 14),\n (right, 16),\n (left, 3),\n (left, 7),\n (left, 40),\n (right, 37)\n]\n", "label": {"final": "--------------------x-------------------", "init": "----------------x-----------------------", "intermediate": ["---x------------------------------------", "-----------------x----------------------", "---------------------------------x------", "------------------------------x---------", "-----------------------x----------------", "-----------------------x----------------"]}, "config": {"height": 1, "num_operations": 7, "operations": [["left", 13], ["right", 14], ["right", 16], ["left", 3], ["left", 7], ["left", 40], ["right", 37]], "width": 40}, "task_name": "task22", "example_name": "0057", "problem_name": "task22_0057"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------------------------------------x---\nOperations: [\n (right, 28),\n (left, 2),\n (left, 25),\n (left, 26),\n (right, 5),\n (left, 36),\n (left, 35)\n]\n", "label": {"final": "----------------------------------------x----", "init": "-----------------------------------------x---", "intermediate": ["------------------------x--------------------", "----------------------x----------------------", "------------------------------------------x--", "----------------x----------------------------", "---------------------x-----------------------", "------------------------------x--------------"]}, "config": {"height": 1, "num_operations": 7, "operations": [["right", 28], ["left", 2], ["left", 25], ["left", 26], ["right", 5], ["left", 36], ["left", 35]], "width": 45}, "task_name": "task22", "example_name": "0058", "problem_name": "task22_0058"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\nx-------------------------------------------------\nOperations: [\n (left, 27),\n (right, 2),\n (left, 5),\n (left, 20),\n (right, 20),\n (left, 18),\n (left, 34)\n]\n", "label": {"final": "------------------x-------------------------------", "init": "x-------------------------------------------------", "intermediate": ["-----------------------x--------------------------", "-------------------------x------------------------", "--------------------x-----------------------------", "x-------------------------------------------------", "--------------------x-----------------------------", "--x-----------------------------------------------"]}, "config": {"height": 1, "num_operations": 7, "operations": [["left", 27], ["right", 2], ["left", 5], ["left", 20], ["right", 20], ["left", 18], ["left", 34]], "width": 50}, "task_name": "task22", "example_name": "0059", "problem_name": "task22_0059"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\nx----\nOperations: [\n (right, 3),\n (left, 3),\n (left, 1),\n (right, 1),\n (right, 2),\n (right, 5),\n (right, 2),\n (right, 2)\n]\n", "label": {"final": "-x---", "init": "x----", "intermediate": ["---x-", "x----", "----x", "x----", "--x--", "--x--", "----x"]}, "config": {"height": 1, "num_operations": 8, "operations": [["right", 3], ["left", 3], ["left", 1], ["right", 1], ["right", 2], ["right", 5], ["right", 2], ["right", 2]], "width": 5}, "task_name": "task22", "example_name": "0060", "problem_name": "task22_0060"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------x-\nOperations: [\n (left, 4),\n (left, 1),\n (right, 5),\n (left, 10),\n (left, 6),\n (right, 5),\n (right, 5),\n (left, 7)\n]\n", "label": {"final": "-----x----", "init": "--------x-", "intermediate": ["----x-----", "---x------", "--------x-", "--------x-", "--x-------", "-------x--", "--x-------"]}, "config": {"height": 1, "num_operations": 8, "operations": [["left", 4], ["left", 1], ["right", 5], ["left", 10], ["left", 6], ["right", 5], ["right", 5], ["left", 7]], "width": 10}, "task_name": "task22", "example_name": "0061", "problem_name": "task22_0061"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---x-----------\nOperations: [\n (right, 1),\n (left, 6),\n (left, 2),\n (left, 6),\n (left, 6),\n (left, 1),\n (left, 9),\n (right, 5)\n]\n", "label": {"final": "---------x-----", "init": "---x-----------", "intermediate": ["----x----------", "-------------x-", "-----------x---", "-----x---------", "--------------x", "-------------x-", "----x----------"]}, "config": {"height": 1, "num_operations": 8, "operations": [["right", 1], ["left", 6], ["left", 2], ["left", 6], ["left", 6], ["left", 1], ["left", 9], ["right", 5]], "width": 15}, "task_name": "task22", "example_name": "0062", "problem_name": "task22_0062"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------------------x\nOperations: [\n (left, 5),\n (right, 11),\n (right, 18),\n (right, 4),\n (right, 3),\n (right, 14),\n (left, 9),\n (right, 14)\n]\n", "label": {"final": "---------x----------", "init": "-------------------x", "intermediate": ["--------------x-----", "-----x--------------", "---x----------------", "-------x------------", "----------x---------", "----x---------------", "---------------x----"]}, "config": {"height": 1, "num_operations": 8, "operations": [["left", 5], ["right", 11], ["right", 18], ["right", 4], ["right", 3], ["right", 14], ["left", 9], ["right", 14]], "width": 20}, "task_name": "task22", "example_name": "0063", "problem_name": "task22_0063"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------x-----------------\nOperations: [\n (left, 11),\n (left, 2),\n (left, 22),\n (left, 7),\n (right, 20),\n (right, 4),\n (left, 16),\n (right, 17)\n]\n", "label": {"final": "---------------x---------", "init": "-------x-----------------", "intermediate": ["---------------------x---", "-------------------x-----", "----------------------x--", "---------------x---------", "----------x--------------", "--------------x----------", "-----------------------x-"]}, "config": {"height": 1, "num_operations": 8, "operations": [["left", 11], ["left", 2], ["left", 22], ["left", 7], ["right", 20], ["right", 4], ["left", 16], ["right", 17]], "width": 25}, "task_name": "task22", "example_name": "0064", "problem_name": "task22_0064"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------x-----------------------\nOperations: [\n (left, 18),\n (left, 23),\n (left, 7),\n (right, 19),\n (right, 17),\n (left, 23),\n (left, 5),\n (right, 7)\n]\n", "label": {"final": "---x--------------------------", "init": "------x-----------------------", "intermediate": ["------------------x-----------", "-------------------------x----", "------------------x-----------", "-------x----------------------", "------------------------x-----", "-x----------------------------", "--------------------------x---"]}, "config": {"height": 1, "num_operations": 8, "operations": [["left", 18], ["left", 23], ["left", 7], ["right", 19], ["right", 17], ["left", 23], ["left", 5], ["right", 7]], "width": 30}, "task_name": "task22", "example_name": "0065", "problem_name": "task22_0065"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------------------------x--------\nOperations: [\n (right, 12),\n (left, 5),\n (left, 31),\n (left, 34),\n (right, 28),\n (left, 13),\n (right, 12),\n (right, 6)\n]\n", "label": {"final": "-x---------------------------------", "init": "--------------------------x--------", "intermediate": ["---x-------------------------------", "---------------------------------x-", "--x--------------------------------", "---x-------------------------------", "-------------------------------x---", "------------------x----------------", "------------------------------x----"]}, "config": {"height": 1, "num_operations": 8, "operations": [["right", 12], ["left", 5], ["left", 31], ["left", 34], ["right", 28], ["left", 13], ["right", 12], ["right", 6]], "width": 35}, "task_name": "task22", "example_name": "0066", "problem_name": "task22_0066"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------------------------------x-----\nOperations: [\n (right, 21),\n (right, 3),\n (right, 31),\n (left, 9),\n (right, 6),\n (left, 39),\n (right, 10),\n (left, 10)\n]\n", "label": {"final": "-------x--------------------------------", "init": "----------------------------------x-----", "intermediate": ["---------------x------------------------", "------------------x---------------------", "---------x------------------------------", "x---------------------------------------", "------x---------------------------------", "-------x--------------------------------", "-----------------x----------------------"]}, "config": {"height": 1, "num_operations": 8, "operations": [["right", 21], ["right", 3], ["right", 31], ["left", 9], ["right", 6], ["left", 39], ["right", 10], ["left", 10]], "width": 40}, "task_name": "task22", "example_name": "0067", "problem_name": "task22_0067"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------------x---------------------------\nOperations: [\n (right, 34),\n (left, 17),\n (right, 26),\n (right, 36),\n (left, 35),\n (right, 28),\n (right, 29),\n (right, 13)\n]\n", "label": {"final": "-----------------------------------------x---", "init": "-----------------x---------------------------", "intermediate": ["------x--------------------------------------", "----------------------------------x----------", "---------------x-----------------------------", "------x--------------------------------------", "----------------x----------------------------", "--------------------------------------------x", "----------------------------x----------------"]}, "config": {"height": 1, "num_operations": 8, "operations": [["right", 34], ["left", 17], ["right", 26], ["right", 36], ["left", 35], ["right", 28], ["right", 29], ["right", 13]], "width": 45}, "task_name": "task22", "example_name": "0068", "problem_name": "task22_0068"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------------------------------------x---------\nOperations: [\n (left, 50),\n (right, 44),\n (right, 44),\n (right, 1),\n (right, 47),\n (right, 26),\n (left, 36),\n (right, 6)\n]\n", "label": {"final": "----------------------x---------------------------", "init": "----------------------------------------x---------", "intermediate": ["----------------------------------------x---------", "----------------------------------x---------------", "----------------------------x---------------------", "-----------------------------x--------------------", "--------------------------x-----------------------", "--x-----------------------------------------------", "----------------x---------------------------------"]}, "config": {"height": 1, "num_operations": 8, "operations": [["left", 50], ["right", 44], ["right", 44], ["right", 1], ["right", 47], ["right", 26], ["left", 36], ["right", 6]], "width": 50}, "task_name": "task22", "example_name": "0069", "problem_name": "task22_0069"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---x-\nOperations: [\n (right, 5),\n (right, 3),\n (right, 2),\n (left, 1),\n (left, 1),\n (right, 1),\n (right, 1),\n (left, 3),\n (left, 3)\n]\n", "label": {"final": "--x--", "init": "---x-", "intermediate": ["---x-", "-x---", "---x-", "--x--", "-x---", "--x--", "---x-", "x----"]}, "config": {"height": 1, "num_operations": 9, "operations": [["right", 5], ["right", 3], ["right", 2], ["left", 1], ["left", 1], ["right", 1], ["right", 1], ["left", 3], ["left", 3]], "width": 5}, "task_name": "task22", "example_name": "0070", "problem_name": "task22_0070"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----x----\nOperations: [\n (right, 10),\n (right, 8),\n (right, 7),\n (left, 6),\n (left, 6),\n (right, 2),\n (left, 5),\n (right, 6),\n (left, 8)\n]\n", "label": {"final": "---x------", "init": "-----x----", "intermediate": ["-----x----", "---x------", "x---------", "----x-----", "--------x-", "x---------", "-----x----", "-x--------"]}, "config": {"height": 1, "num_operations": 9, "operations": [["right", 10], ["right", 8], ["right", 7], ["left", 6], ["left", 6], ["right", 2], ["left", 5], ["right", 6], ["left", 8]], "width": 10}, "task_name": "task22", "example_name": "0071", "problem_name": "task22_0071"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------x-------\nOperations: [\n (left, 1),\n (right, 2),\n (left, 1),\n (right, 4),\n (left, 15),\n (left, 11),\n (left, 15),\n (left, 12),\n (right, 2)\n]\n", "label": {"final": "-----x---------", "init": "-------x-------", "intermediate": ["------x--------", "--------x------", "-------x-------", "-----------x---", "-----------x---", "x--------------", "x--------------", "---x-----------"]}, "config": {"height": 1, "num_operations": 9, "operations": [["left", 1], ["right", 2], ["left", 1], ["right", 4], ["left", 15], ["left", 11], ["left", 15], ["left", 12], ["right", 2]], "width": 15}, "task_name": "task22", "example_name": "0072", "problem_name": "task22_0072"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----x--------------\nOperations: [\n (left, 6),\n (left, 10),\n (left, 8),\n (right, 1),\n (right, 11),\n (left, 13),\n (left, 6),\n (right, 3),\n (left, 5)\n]\n", "label": {"final": "------------x-------", "init": "-----x--------------", "intermediate": ["-------------------x", "---------x----------", "-x------------------", "--x-----------------", "-------------x------", "x-------------------", "--------------x-----", "-----------------x--"]}, "config": {"height": 1, "num_operations": 9, "operations": [["left", 6], ["left", 10], ["left", 8], ["right", 1], ["right", 11], ["left", 13], ["left", 6], ["right", 3], ["left", 5]], "width": 20}, "task_name": "task22", "example_name": "0073", "problem_name": "task22_0073"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--x----------------------\nOperations: [\n (left, 13),\n (right, 11),\n (left, 9),\n (left, 3),\n (left, 11),\n (left, 1),\n (right, 11),\n (left, 8),\n (left, 7)\n]\n", "label": {"final": "----------------------x--", "init": "--x----------------------", "intermediate": ["--------------x----------", "x------------------------", "----------------x--------", "-------------x-----------", "--x----------------------", "-x-----------------------", "------------x------------", "----x--------------------"]}, "config": {"height": 1, "num_operations": 9, "operations": [["left", 13], ["right", 11], ["left", 9], ["left", 3], ["left", 11], ["left", 1], ["right", 11], ["left", 8], ["left", 7]], "width": 25}, "task_name": "task22", "example_name": "0074", "problem_name": "task22_0074"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x----------------------------\nOperations: [\n (left, 5),\n (right, 30),\n (right, 24),\n (right, 10),\n (right, 2),\n (right, 1),\n (left, 18),\n (right, 12),\n (right, 6)\n]\n", "label": {"final": "---x--------------------------", "init": "-x----------------------------", "intermediate": ["--------------------------x---", "--------------------------x---", "--------------------x---------", "x-----------------------------", "--x---------------------------", "---x--------------------------", "---------------x--------------", "---------------------------x--"]}, "config": {"height": 1, "num_operations": 9, "operations": [["left", 5], ["right", 30], ["right", 24], ["right", 10], ["right", 2], ["right", 1], ["left", 18], ["right", 12], ["right", 6]], "width": 30}, "task_name": "task22", "example_name": "0075", "problem_name": "task22_0075"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------------------x-------\nOperations: [\n (right, 6),\n (right, 23),\n (left, 12),\n (right, 12),\n (left, 22),\n (left, 7),\n (right, 10),\n (left, 29),\n (right, 4)\n]\n", "label": {"final": "------------x----------------------", "init": "---------------------------x-------", "intermediate": ["---------------------------------x-", "---------------------x-------------", "---------x-------------------------", "---------------------x-------------", "----------------------------------x", "---------------------------x-------", "--x--------------------------------", "--------x--------------------------"]}, "config": {"height": 1, "num_operations": 9, "operations": [["right", 6], ["right", 23], ["left", 12], ["right", 12], ["left", 22], ["left", 7], ["right", 10], ["left", 29], ["right", 4]], "width": 35}, "task_name": "task22", "example_name": "0076", "problem_name": "task22_0076"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x--------------------------------------\nOperations: [\n (left, 4),\n (right, 33),\n (right, 21),\n (right, 20),\n (right, 35),\n (left, 27),\n (right, 22),\n (right, 3),\n (left, 7)\n]\n", "label": {"final": "-----------------x----------------------", "init": "-x--------------------------------------", "intermediate": ["-------------------------------------x--", "------------------------------x---------", "-----------x----------------------------", "-------------------------------x--------", "--------------------------x-------------", "---------------------------------------x", "---------------------x------------------", "------------------------x---------------"]}, "config": {"height": 1, "num_operations": 9, "operations": [["left", 4], ["right", 33], ["right", 21], ["right", 20], ["right", 35], ["left", 27], ["right", 22], ["right", 3], ["left", 7]], "width": 40}, "task_name": "task22", "example_name": "0077", "problem_name": "task22_0077"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---x-----------------------------------------\nOperations: [\n (left, 42),\n (left, 38),\n (left, 42),\n (left, 32),\n (left, 38),\n (right, 36),\n (left, 26),\n (right, 41),\n (right, 38)\n]\n", "label": {"final": "-----------------------------------x---------", "init": "---x-----------------------------------------", "intermediate": ["------x--------------------------------------", "-------------x-------------------------------", "----------------x----------------------------", "-----------------------------x---------------", "------------------------------------x--------", "---------------------------x-----------------", "-x-------------------------------------------", "------------------------------------------x--"]}, "config": {"height": 1, "num_operations": 9, "operations": [["left", 42], ["left", 38], ["left", 42], ["left", 32], ["left", 38], ["right", 36], ["left", 26], ["right", 41], ["right", 38]], "width": 45}, "task_name": "task22", "example_name": "0078", "problem_name": "task22_0078"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\nx-------------------------------------------------\nOperations: [\n (left, 50),\n (left, 11),\n (right, 31),\n (left, 34),\n (right, 14),\n (right, 12),\n (right, 11),\n (left, 36),\n (left, 15)\n]\n", "label": {"final": "----------------------x---------------------------", "init": "x-------------------------------------------------", "intermediate": ["x-------------------------------------------------", "---------------------------------------x----------", "--------------------x-----------------------------", "------------------------------------x-------------", "x-------------------------------------------------", "------------x-------------------------------------", "-----------------------x--------------------------", "-------------------------------------x------------"]}, "config": {"height": 1, "num_operations": 9, "operations": [["left", 50], ["left", 11], ["right", 31], ["left", 34], ["right", 14], ["right", 12], ["right", 11], ["left", 36], ["left", 15]], "width": 50}, "task_name": "task22", "example_name": "0079", "problem_name": "task22_0079"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----x\nOperations: [\n (left, 4),\n (right, 2),\n (left, 5),\n (left, 3),\n (right, 4),\n (right, 1),\n (right, 2),\n (left, 4),\n (left, 4),\n (left, 4)\n]\n", "label": {"final": "----x", "init": "----x", "intermediate": ["x----", "--x--", "--x--", "----x", "---x-", "----x", "-x---", "--x--", "---x-"]}, "config": {"height": 1, "num_operations": 10, "operations": [["left", 4], ["right", 2], ["left", 5], ["left", 3], ["right", 4], ["right", 1], ["right", 2], ["left", 4], ["left", 4], ["left", 4]], "width": 5}, "task_name": "task22", "example_name": "0080", "problem_name": "task22_0080"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------x---\nOperations: [\n (right, 10),\n (right, 2),\n (right, 9),\n (right, 3),\n (right, 9),\n (right, 1),\n (right, 7),\n (left, 8),\n (right, 10),\n (left, 7)\n]\n", "label": {"final": "--x-------", "init": "------x---", "intermediate": ["------x---", "--------x-", "-------x--", "x---------", "---------x", "x---------", "-------x--", "---------x", "---------x"]}, "config": {"height": 1, "num_operations": 10, "operations": [["right", 10], ["right", 2], ["right", 9], ["right", 3], ["right", 9], ["right", 1], ["right", 7], ["left", 8], ["right", 10], ["left", 7]], "width": 10}, "task_name": "task22", "example_name": "0081", "problem_name": "task22_0081"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\nx--------------\nOperations: [\n (right, 6),\n (right, 4),\n (left, 2),\n (left, 11),\n (left, 7),\n (right, 11),\n (left, 4),\n (left, 4),\n (right, 15),\n (right, 4)\n]\n", "label": {"final": "------------x--", "init": "x--------------", "intermediate": ["------x--------", "----------x----", "--------x------", "------------x--", "-----x---------", "-x-------------", "------------x--", "--------x------", "--------x------"]}, "config": {"height": 1, "num_operations": 10, "operations": [["right", 6], ["right", 4], ["left", 2], ["left", 11], ["left", 7], ["right", 11], ["left", 4], ["left", 4], ["right", 15], ["right", 4]], "width": 15}, "task_name": "task22", "example_name": "0082", "problem_name": "task22_0082"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------x----\nOperations: [\n (left, 7),\n (right, 4),\n (right, 3),\n (right, 14),\n (left, 12),\n (right, 17),\n (left, 20),\n (left, 20),\n (left, 2),\n (right, 5)\n]\n", "label": {"final": "-----------------x--", "init": "---------------x----", "intermediate": ["--------x-----------", "------------x-------", "---------------x----", "---------x----------", "-----------------x--", "--------------x-----", "--------------x-----", "--------------x-----", "------------x-------"]}, "config": {"height": 1, "num_operations": 10, "operations": [["left", 7], ["right", 4], ["right", 3], ["right", 14], ["left", 12], ["right", 17], ["left", 20], ["left", 20], ["left", 2], ["right", 5]], "width": 20}, "task_name": "task22", "example_name": "0083", "problem_name": "task22_0083"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------x----------------\nOperations: [\n (left, 15),\n (right, 22),\n (left, 10),\n (right, 7),\n (right, 23),\n (left, 20),\n (right, 3),\n (right, 13),\n (right, 17),\n (left, 10)\n]\n", "label": {"final": "-------------x-----------", "init": "--------x----------------", "intermediate": ["------------------x------", "---------------x---------", "-----x-------------------", "------------x------------", "----------x--------------", "---------------x---------", "------------------x------", "------x------------------", "-----------------------x-"]}, "config": {"height": 1, "num_operations": 10, "operations": [["left", 15], ["right", 22], ["left", 10], ["right", 7], ["right", 23], ["left", 20], ["right", 3], ["right", 13], ["right", 17], ["left", 10]], "width": 25}, "task_name": "task22", "example_name": "0084", "problem_name": "task22_0084"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------x----------------------\nOperations: [\n (right, 2),\n (right, 20),\n (left, 25),\n (left, 2),\n (left, 4),\n (right, 6),\n (left, 19),\n (left, 6),\n (right, 27),\n (left, 12)\n]\n", "label": {"final": "------------------------x-----", "init": "-------x----------------------", "intermediate": ["---------x--------------------", "-----------------------------x", "----x-------------------------", "--x---------------------------", "----------------------------x-", "----x-------------------------", "---------------x--------------", "---------x--------------------", "------x-----------------------"]}, "config": {"height": 1, "num_operations": 10, "operations": [["right", 2], ["right", 20], ["left", 25], ["left", 2], ["left", 4], ["right", 6], ["left", 19], ["left", 6], ["right", 27], ["left", 12]], "width": 30}, "task_name": "task22", "example_name": "0085", "problem_name": "task22_0085"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--x--------------------------------\nOperations: [\n (right, 30),\n (left, 21),\n (left, 15),\n (left, 21),\n (right, 15),\n (left, 31),\n (right, 26),\n (left, 10),\n (right, 15),\n (right, 13)\n]\n", "label": {"final": "---x-------------------------------", "init": "--x--------------------------------", "intermediate": ["--------------------------------x--", "-----------x-----------------------", "-------------------------------x---", "----------x------------------------", "-------------------------x---------", "-----------------------------x-----", "--------------------x--------------", "----------x------------------------", "-------------------------x---------"]}, "config": {"height": 1, "num_operations": 10, "operations": [["right", 30], ["left", 21], ["left", 15], ["left", 21], ["right", 15], ["left", 31], ["right", 26], ["left", 10], ["right", 15], ["right", 13]], "width": 35}, "task_name": "task22", "example_name": "0086", "problem_name": "task22_0086"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------x------------------------------\nOperations: [\n (left, 8),\n (left, 8),\n (right, 18),\n (left, 31),\n (right, 16),\n (left, 27),\n (right, 28),\n (right, 12),\n (right, 17),\n (left, 19)\n]\n", "label": {"final": "-------x--------------------------------", "init": "---------x------------------------------", "intermediate": ["-x--------------------------------------", "---------------------------------x------", "-----------x----------------------------", "--------------------x-------------------", "------------------------------------x---", "---------x------------------------------", "-------------------------------------x--", "---------x------------------------------", "--------------------------x-------------"]}, "config": {"height": 1, "num_operations": 10, "operations": [["left", 8], ["left", 8], ["right", 18], ["left", 31], ["right", 16], ["left", 27], ["right", 28], ["right", 12], ["right", 17], ["left", 19]], "width": 40}, "task_name": "task22", "example_name": "0087", "problem_name": "task22_0087"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------------------------x---------------\nOperations: [\n (left, 32),\n (right, 18),\n (right, 34),\n (right, 34),\n (right, 13),\n (left, 1),\n (right, 37),\n (right, 30),\n (left, 12),\n (left, 31)\n]\n", "label": {"final": "-----------------------------x---------------", "init": "-----------------------------x---------------", "intermediate": ["------------------------------------------x--", "---------------x-----------------------------", "----x----------------------------------------", "--------------------------------------x------", "------x--------------------------------------", "-----x---------------------------------------", "------------------------------------------x--", "---------------------------x-----------------", "---------------x-----------------------------"]}, "config": {"height": 1, "num_operations": 10, "operations": [["left", 32], ["right", 18], ["right", 34], ["right", 34], ["right", 13], ["left", 1], ["right", 37], ["right", 30], ["left", 12], ["left", 31]], "width": 45}, "task_name": "task22", "example_name": "0088", "problem_name": "task22_0088"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------------------------------------------x--\nOperations: [\n (right, 20),\n (right, 33),\n (left, 47),\n (left, 27),\n (left, 37),\n (left, 21),\n (left, 30),\n (left, 42),\n (left, 40),\n (right, 30)\n]\n", "label": {"final": "------------------------------------x-------------", "init": "-----------------------------------------------x--", "intermediate": ["-----------------x--------------------------------", "x-------------------------------------------------", "---x----------------------------------------------", "--------------------------x-----------------------", "---------------------------------------x----------", "------------------x-------------------------------", "--------------------------------------x-----------", "----------------------------------------------x---", "------x-------------------------------------------"]}, "config": {"height": 1, "num_operations": 10, "operations": [["right", 20], ["right", 33], ["left", 47], ["left", 27], ["left", 37], ["left", 21], ["left", 30], ["left", 42], ["left", 40], ["right", 30]], "width": 50}, "task_name": "task22", "example_name": "0089", "problem_name": "task22_0089"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x---\nOperations: [\n (left, 4),\n (right, 3),\n (right, 4),\n (left, 2),\n (right, 5),\n (left, 1),\n (left, 2),\n (right, 3),\n (left, 5),\n (left, 1),\n (right, 2)\n]\n", "label": {"final": "---x-", "init": "-x---", "intermediate": ["--x--", "x----", "----x", "--x--", "--x--", "-x---", "----x", "--x--", "--x--", "-x---"]}, "config": {"height": 1, "num_operations": 11, "operations": [["left", 4], ["right", 3], ["right", 4], ["left", 2], ["right", 5], ["left", 1], ["left", 2], ["right", 3], ["left", 5], ["left", 1], ["right", 2]], "width": 5}, "task_name": "task22", "example_name": "0090", "problem_name": "task22_0090"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------x-\nOperations: [\n (left, 8),\n (left, 2),\n (right, 7),\n (left, 5),\n (left, 6),\n (right, 9),\n (right, 10),\n (left, 9),\n (right, 3),\n (left, 2),\n (left, 8)\n]\n", "label": {"final": "-------x--", "init": "--------x-", "intermediate": ["x---------", "--------x-", "-----x----", "x---------", "----x-----", "---x------", "---x------", "----x-----", "-------x--", "-----x----"]}, "config": {"height": 1, "num_operations": 11, "operations": [["left", 8], ["left", 2], ["right", 7], ["left", 5], ["left", 6], ["right", 9], ["right", 10], ["left", 9], ["right", 3], ["left", 2], ["left", 8]], "width": 10}, "task_name": "task22", "example_name": "0091", "problem_name": "task22_0091"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------x------\nOperations: [\n (right, 15),\n (right, 8),\n (left, 14),\n (left, 10),\n (left, 4),\n (right, 15),\n (right, 12),\n (left, 5),\n (left, 12),\n (left, 10),\n (right, 13)\n]\n", "label": {"final": "-x-------------", "init": "--------x------", "intermediate": ["--------x------", "-x-------------", "--x------------", "-------x-------", "---x-----------", "---x-----------", "x--------------", "----------x----", "-------------x-", "---x-----------"]}, "config": {"height": 1, "num_operations": 11, "operations": [["right", 15], ["right", 8], ["left", 14], ["left", 10], ["left", 4], ["right", 15], ["right", 12], ["left", 5], ["left", 12], ["left", 10], ["right", 13]], "width": 15}, "task_name": "task22", "example_name": "0092", "problem_name": "task22_0092"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------x-------\nOperations: [\n (left, 11),\n (right, 7),\n (right, 1),\n (left, 3),\n (right, 17),\n (right, 17),\n (right, 2),\n (left, 20),\n (right, 18),\n (left, 18),\n (right, 9)\n]\n", "label": {"final": "-----------x--------", "init": "------------x-------", "intermediate": ["-x------------------", "--------x-----------", "---------x----------", "------x-------------", "---x----------------", "x-------------------", "--x-----------------", "--x-----------------", "x-------------------", "--x-----------------"]}, "config": {"height": 1, "num_operations": 11, "operations": [["left", 11], ["right", 7], ["right", 1], ["left", 3], ["right", 17], ["right", 17], ["right", 2], ["left", 20], ["right", 18], ["left", 18], ["right", 9]], "width": 20}, "task_name": "task22", "example_name": "0093", "problem_name": "task22_0093"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\nx------------------------\nOperations: [\n (left, 12),\n (right, 17),\n (right, 11),\n (left, 2),\n (right, 12),\n (left, 15),\n (left, 1),\n (left, 14),\n (left, 13),\n (right, 1),\n (left, 18)\n]\n", "label": {"final": "----------------x--------", "init": "x------------------------", "intermediate": ["-------------x-----------", "-----x-------------------", "----------------x--------", "--------------x----------", "-x-----------------------", "-----------x-------------", "----------x--------------", "---------------------x---", "--------x----------------", "---------x---------------"]}, "config": {"height": 1, "num_operations": 11, "operations": [["left", 12], ["right", 17], ["right", 11], ["left", 2], ["right", 12], ["left", 15], ["left", 1], ["left", 14], ["left", 13], ["right", 1], ["left", 18]], "width": 25}, "task_name": "task22", "example_name": "0094", "problem_name": "task22_0094"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------------------x---------\nOperations: [\n (left, 27),\n (left, 17),\n (left, 22),\n (right, 30),\n (left, 18),\n (left, 20),\n (right, 18),\n (right, 12),\n (right, 2),\n (left, 17),\n (left, 8)\n]\n", "label": {"final": "-------------x----------------", "init": "--------------------x---------", "intermediate": ["-----------------------x------", "------x-----------------------", "--------------x---------------", "--------------x---------------", "--------------------------x---", "------x-----------------------", "------------------------x-----", "------x-----------------------", "--------x---------------------", "---------------------x--------"]}, "config": {"height": 1, "num_operations": 11, "operations": [["left", 27], ["left", 17], ["left", 22], ["right", 30], ["left", 18], ["left", 20], ["right", 18], ["right", 12], ["right", 2], ["left", 17], ["left", 8]], "width": 30}, "task_name": "task22", "example_name": "0095", "problem_name": "task22_0095"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------x----------------------------\nOperations: [\n (left, 11),\n (right, 21),\n (right, 34),\n (right, 9),\n (left, 25),\n (right, 5),\n (left, 24),\n (left, 7),\n (right, 17),\n (left, 33),\n (right, 33)\n]\n", "label": {"final": "-------------------------x---------", "init": "------x----------------------------", "intermediate": ["------------------------------x----", "----------------x------------------", "---------------x-------------------", "------------------------x----------", "----------------------------------x", "----x------------------------------", "---------------x-------------------", "--------x--------------------------", "-------------------------x---------", "---------------------------x-------"]}, "config": {"height": 1, "num_operations": 11, "operations": [["left", 11], ["right", 21], ["right", 34], ["right", 9], ["left", 25], ["right", 5], ["left", 24], ["left", 7], ["right", 17], ["left", 33], ["right", 33]], "width": 35}, "task_name": "task22", "example_name": "0096", "problem_name": "task22_0096"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------------------------------x\nOperations: [\n (left, 24),\n (right, 21),\n (left, 4),\n (left, 3),\n (left, 35),\n (left, 40),\n (right, 1),\n (left, 37),\n (right, 23),\n (left, 17),\n (right, 19)\n]\n", "label": {"final": "-----------------------x----------------", "init": "---------------------------------------x", "intermediate": ["---------------x------------------------", "------------------------------------x---", "--------------------------------x-------", "-----------------------------x----------", "----------------------------------x-----", "----------------------------------x-----", "-----------------------------------x----", "--------------------------------------x-", "---------------------x------------------", "----x-----------------------------------"]}, "config": {"height": 1, "num_operations": 11, "operations": [["left", 24], ["right", 21], ["left", 4], ["left", 3], ["left", 35], ["left", 40], ["right", 1], ["left", 37], ["right", 23], ["left", 17], ["right", 19]], "width": 40}, "task_name": "task22", "example_name": "0097", "problem_name": "task22_0097"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------------------------------------x--\nOperations: [\n (right, 36),\n (left, 36),\n (left, 27),\n (right, 26),\n (left, 42),\n (left, 7),\n (left, 6),\n (left, 7),\n (right, 1),\n (left, 30),\n (right, 5)\n]\n", "label": {"final": "x--------------------------------------------", "init": "------------------------------------------x--", "intermediate": ["---------------------------------x-----------", "------------------------------------------x--", "---------------x-----------------------------", "-----------------------------------------x---", "--------------------------------------------x", "-------------------------------------x-------", "-------------------------------x-------------", "------------------------x--------------------", "-------------------------x-------------------", "----------------------------------------x----"]}, "config": {"height": 1, "num_operations": 11, "operations": [["right", 36], ["left", 36], ["left", 27], ["right", 26], ["left", 42], ["left", 7], ["left", 6], ["left", 7], ["right", 1], ["left", 30], ["right", 5]], "width": 45}, "task_name": "task22", "example_name": "0098", "problem_name": "task22_0098"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------------------------------x-----------------\nOperations: [\n (left, 49),\n (right, 36),\n (left, 42),\n (right, 22),\n (right, 49),\n (right, 31),\n (right, 29),\n (left, 31),\n (left, 48),\n (left, 12),\n (left, 2)\n]\n", "label": {"final": "---------------x----------------------------------", "init": "--------------------------------x-----------------", "intermediate": ["---------------------------------x----------------", "-------------------x------------------------------", "---------------------------x----------------------", "-------------------------------------------------x", "------------------------------------------------x-", "-----------------------------x--------------------", "--------x-----------------------------------------", "---------------------------x----------------------", "-----------------------------x--------------------", "-----------------x--------------------------------"]}, "config": {"height": 1, "num_operations": 11, "operations": [["left", 49], ["right", 36], ["left", 42], ["right", 22], ["right", 49], ["right", 31], ["right", 29], ["left", 31], ["left", 48], ["left", 12], ["left", 2]], "width": 50}, "task_name": "task22", "example_name": "0099", "problem_name": "task22_0099"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----x\nOperations: [\n (right, 5),\n (right, 2),\n (right, 3),\n (left, 1),\n (right, 3),\n (left, 4),\n (right, 1),\n (left, 4),\n (left, 3),\n (left, 1),\n (right, 3),\n (right, 2)\n]\n", "label": {"final": "x----", "init": "----x", "intermediate": ["----x", "-x---", "----x", "---x-", "-x---", "--x--", "---x-", "----x", "-x---", "x----", "---x-"]}, "config": {"height": 1, "num_operations": 12, "operations": [["right", 5], ["right", 2], ["right", 3], ["left", 1], ["right", 3], ["left", 4], ["right", 1], ["left", 4], ["left", 3], ["left", 1], ["right", 3], ["right", 2]], "width": 5}, "task_name": "task22", "example_name": "0100", "problem_name": "task22_0100"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------x-\nOperations: [\n (left, 9),\n (left, 3),\n (right, 6),\n (right, 10),\n (right, 6),\n (right, 7),\n (right, 1),\n (right, 3),\n (left, 9),\n (left, 5),\n (left, 8),\n (left, 4)\n]\n", "label": {"final": "---x------", "init": "--------x-", "intermediate": ["---------x", "------x---", "--x-------", "--x-------", "--------x-", "-----x----", "------x---", "---------x", "x---------", "-----x----", "-------x--"]}, "config": {"height": 1, "num_operations": 12, "operations": [["left", 9], ["left", 3], ["right", 6], ["right", 10], ["right", 6], ["right", 7], ["right", 1], ["right", 3], ["left", 9], ["left", 5], ["left", 8], ["left", 4]], "width": 10}, "task_name": "task22", "example_name": "0101", "problem_name": "task22_0101"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------x------\nOperations: [\n (left, 4),\n (right, 13),\n (right, 15),\n (right, 15),\n (right, 14),\n (left, 6),\n (left, 7),\n (right, 7),\n (right, 10),\n (right, 8),\n (left, 14),\n (right, 8)\n]\n", "label": {"final": "-------x-------", "init": "--------x------", "intermediate": ["----x----------", "--x------------", "--x------------", "--x------------", "-x-------------", "----------x----", "---x-----------", "----------x----", "-----x---------", "-------------x-", "--------------x"]}, "config": {"height": 1, "num_operations": 12, "operations": [["left", 4], ["right", 13], ["right", 15], ["right", 15], ["right", 14], ["left", 6], ["left", 7], ["right", 7], ["right", 10], ["right", 8], ["left", 14], ["right", 8]], "width": 15}, "task_name": "task22", "example_name": "0102", "problem_name": "task22_0102"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------x-----------\nOperations: [\n (left, 5),\n (right, 19),\n (left, 15),\n (right, 19),\n (right, 11),\n (left, 4),\n (right, 4),\n (left, 20),\n (left, 18),\n (right, 12),\n (right, 17),\n (right, 6)\n]\n", "label": {"final": "--------------x-----", "init": "--------x-----------", "intermediate": ["---x----------------", "--x-----------------", "-------x------------", "------x-------------", "-----------------x--", "-------------x------", "-----------------x--", "-----------------x--", "-------------------x", "-----------x--------", "--------x-----------"]}, "config": {"height": 1, "num_operations": 12, "operations": [["left", 5], ["right", 19], ["left", 15], ["right", 19], ["right", 11], ["left", 4], ["right", 4], ["left", 20], ["left", 18], ["right", 12], ["right", 17], ["right", 6]], "width": 20}, "task_name": "task22", "example_name": "0103", "problem_name": "task22_0103"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------------------x-\nOperations: [\n (left, 23),\n (left, 10),\n (left, 19),\n (right, 7),\n (right, 14),\n (left, 4),\n (right, 24),\n (left, 24),\n (right, 17),\n (right, 17),\n (left, 15),\n (left, 5)\n]\n", "label": {"final": "--x----------------------", "init": "-----------------------x-", "intermediate": ["x------------------------", "---------------x---------", "---------------------x---", "---x---------------------", "-----------------x-------", "-------------x-----------", "------------x------------", "-------------x-----------", "-----x-------------------", "----------------------x--", "-------x-----------------"]}, "config": {"height": 1, "num_operations": 12, "operations": [["left", 23], ["left", 10], ["left", 19], ["right", 7], ["right", 14], ["left", 4], ["right", 24], ["left", 24], ["right", 17], ["right", 17], ["left", 15], ["left", 5]], "width": 25}, "task_name": "task22", "example_name": "0104", "problem_name": "task22_0104"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------x--------------\nOperations: [\n (right, 1),\n (left, 1),\n (right, 2),\n (left, 7),\n (left, 25),\n (left, 24),\n (left, 6),\n (left, 10),\n (right, 21),\n (left, 22),\n (right, 1),\n (left, 6)\n]\n", "label": {"final": "-----------------------------x", "init": "---------------x--------------", "intermediate": ["----------------x-------------", "---------------x--------------", "-----------------x------------", "----------x-------------------", "---------------x--------------", "---------------------x--------", "---------------x--------------", "-----x------------------------", "--------------------------x---", "----x-------------------------", "-----x------------------------"]}, "config": {"height": 1, "num_operations": 12, "operations": [["right", 1], ["left", 1], ["right", 2], ["left", 7], ["left", 25], ["left", 24], ["left", 6], ["left", 10], ["right", 21], ["left", 22], ["right", 1], ["left", 6]], "width": 30}, "task_name": "task22", "example_name": "0105", "problem_name": "task22_0105"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------x----------------------------\nOperations: [\n (left, 35),\n (right, 32),\n (left, 20),\n (right, 18),\n (right, 33),\n (left, 18),\n (right, 29),\n (right, 1),\n (left, 7),\n (right, 13),\n (left, 9),\n (left, 10)\n]\n", "label": {"final": "---------------------------------x-", "init": "------x----------------------------", "intermediate": ["------x----------------------------", "---x-------------------------------", "------------------x----------------", "-x---------------------------------", "----------------------------------x", "----------------x------------------", "----------x------------------------", "-----------x-----------------------", "----x------------------------------", "-----------------x-----------------", "--------x--------------------------"]}, "config": {"height": 1, "num_operations": 12, "operations": [["left", 35], ["right", 32], ["left", 20], ["right", 18], ["right", 33], ["left", 18], ["right", 29], ["right", 1], ["left", 7], ["right", 13], ["left", 9], ["left", 10]], "width": 35}, "task_name": "task22", "example_name": "0106", "problem_name": "task22_0106"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---x------------------------------------\nOperations: [\n (left, 34),\n (left, 39),\n (right, 15),\n (left, 11),\n (right, 4),\n (right, 16),\n (left, 9),\n (right, 6),\n (left, 13),\n (left, 35),\n (right, 25),\n (right, 12)\n]\n", "label": {"final": "--------------------x-------------------", "init": "---x------------------------------------", "intermediate": ["---------x------------------------------", "----------x-----------------------------", "-------------------------x--------------", "--------------x-------------------------", "------------------x---------------------", "----------------------------------x-----", "-------------------------x--------------", "-------------------------------x--------", "------------------x---------------------", "-----------------------x----------------", "--------x-------------------------------"]}, "config": {"height": 1, "num_operations": 12, "operations": [["left", 34], ["left", 39], ["right", 15], ["left", 11], ["right", 4], ["right", 16], ["left", 9], ["right", 6], ["left", 13], ["left", 35], ["right", 25], ["right", 12]], "width": 40}, "task_name": "task22", "example_name": "0107", "problem_name": "task22_0107"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------------------------------------------x-\nOperations: [\n (right, 23),\n (left, 14),\n (right, 42),\n (right, 35),\n (right, 23),\n (left, 27),\n (left, 11),\n (right, 41),\n (right, 15),\n (right, 29),\n (right, 42),\n (left, 6)\n]\n", "label": {"final": "----------x----------------------------------", "init": "-------------------------------------------x-", "intermediate": ["---------------------x-----------------------", "-------x-------------------------------------", "----x----------------------------------------", "---------------------------------------x-----", "-----------------x---------------------------", "-----------------------------------x---------", "------------------------x--------------------", "--------------------x------------------------", "-----------------------------------x---------", "-------------------x-------------------------", "----------------x----------------------------"]}, "config": {"height": 1, "num_operations": 12, "operations": [["right", 23], ["left", 14], ["right", 42], ["right", 35], ["right", 23], ["left", 27], ["left", 11], ["right", 41], ["right", 15], ["right", 29], ["right", 42], ["left", 6]], "width": 45}, "task_name": "task22", "example_name": "0108", "problem_name": "task22_0108"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------------------x---------------------------\nOperations: [\n (right, 35),\n (right, 21),\n (left, 5),\n (left, 9),\n (right, 17),\n (left, 23),\n (left, 8),\n (left, 11),\n (right, 46),\n (left, 40),\n (left, 48),\n (left, 10)\n]\n", "label": {"final": "-------------------------------------x------------", "init": "----------------------x---------------------------", "intermediate": ["-------x------------------------------------------", "----------------------------x---------------------", "-----------------------x--------------------------", "--------------x-----------------------------------", "-------------------------------x------------------", "--------x-----------------------------------------", "x-------------------------------------------------", "---------------------------------------x----------", "-----------------------------------x--------------", "---------------------------------------------x----", "-----------------------------------------------x--"]}, "config": {"height": 1, "num_operations": 12, "operations": [["right", 35], ["right", 21], ["left", 5], ["left", 9], ["right", 17], ["left", 23], ["left", 8], ["left", 11], ["right", 46], ["left", 40], ["left", 48], ["left", 10]], "width": 50}, "task_name": "task22", "example_name": "0109", "problem_name": "task22_0109"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\nx----\nOperations: [\n (left, 1),\n (right, 5),\n (right, 4),\n (left, 4),\n (right, 1),\n (right, 2),\n (right, 3),\n (left, 3),\n (left, 3),\n (right, 2),\n (right, 5),\n (right, 5),\n (left, 5)\n]\n", "label": {"final": "-x---", "init": "x----", "intermediate": ["----x", "----x", "---x-", "----x", "x----", "--x--", "x----", "--x--", "----x", "-x---", "-x---", "-x---"]}, "config": {"height": 1, "num_operations": 13, "operations": [["left", 1], ["right", 5], ["right", 4], ["left", 4], ["right", 1], ["right", 2], ["right", 3], ["left", 3], ["left", 3], ["right", 2], ["right", 5], ["right", 5], ["left", 5]], "width": 5}, "task_name": "task22", "example_name": "0110", "problem_name": "task22_0110"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------x--\nOperations: [\n (right, 3),\n (right, 2),\n (left, 6),\n (left, 6),\n (left, 7),\n (left, 2),\n (left, 4),\n (left, 5),\n (left, 10),\n (right, 6),\n (left, 3),\n (left, 1),\n (right, 2)\n]\n", "label": {"final": "------x---", "init": "-------x--", "intermediate": ["x---------", "--x-------", "------x---", "x---------", "---x------", "-x--------", "-------x--", "--x-------", "--x-------", "--------x-", "-----x----", "----x-----"]}, "config": {"height": 1, "num_operations": 13, "operations": [["right", 3], ["right", 2], ["left", 6], ["left", 6], ["left", 7], ["left", 2], ["left", 4], ["left", 5], ["left", 10], ["right", 6], ["left", 3], ["left", 1], ["right", 2]], "width": 10}, "task_name": "task22", "example_name": "0111", "problem_name": "task22_0111"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------x----\nOperations: [\n (right, 13),\n (right, 2),\n (right, 11),\n (right, 13),\n (right, 7),\n (left, 14),\n (right, 6),\n (right, 4),\n (left, 11),\n (left, 3),\n (right, 6),\n (right, 10),\n (left, 3)\n]\n", "label": {"final": "------x--------", "init": "----------x----", "intermediate": ["--------x------", "----------x----", "------x--------", "----x----------", "-----------x---", "------------x--", "---x-----------", "-------x-------", "-----------x---", "--------x------", "--------------x", "---------x-----"]}, "config": {"height": 1, "num_operations": 13, "operations": [["right", 13], ["right", 2], ["right", 11], ["right", 13], ["right", 7], ["left", 14], ["right", 6], ["right", 4], ["left", 11], ["left", 3], ["right", 6], ["right", 10], ["left", 3]], "width": 15}, "task_name": "task22", "example_name": "0112", "problem_name": "task22_0112"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------x-----------\nOperations: [\n (right, 6),\n (right, 15),\n (left, 16),\n (right, 13),\n (left, 20),\n (left, 1),\n (left, 5),\n (left, 5),\n (right, 19),\n (right, 11),\n (right, 2),\n (right, 17),\n (left, 11)\n]\n", "label": {"final": "-------------x------", "init": "--------x-----------", "intermediate": ["--------------x-----", "---------x----------", "-------------x------", "------x-------------", "------x-------------", "-----x--------------", "x-------------------", "---------------x----", "--------------x-----", "-----x--------------", "-------x------------", "----x---------------"]}, "config": {"height": 1, "num_operations": 13, "operations": [["right", 6], ["right", 15], ["left", 16], ["right", 13], ["left", 20], ["left", 1], ["left", 5], ["left", 5], ["right", 19], ["right", 11], ["right", 2], ["right", 17], ["left", 11]], "width": 20}, "task_name": "task22", "example_name": "0113", "problem_name": "task22_0113"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------x---------\nOperations: [\n (right, 8),\n (left, 8),\n (left, 9),\n (left, 24),\n (right, 9),\n (left, 24),\n (left, 9),\n (left, 9),\n (right, 23),\n (right, 15),\n (left, 25),\n (right, 24),\n (left, 13)\n]\n", "label": {"final": "-----------------------x-", "init": "---------------x---------", "intermediate": ["-----------------------x-", "---------------x---------", "------x------------------", "-------x-----------------", "----------------x--------", "-----------------x-------", "--------x----------------", "------------------------x", "----------------------x--", "------------x------------", "------------x------------", "-----------x-------------"]}, "config": {"height": 1, "num_operations": 13, "operations": [["right", 8], ["left", 8], ["left", 9], ["left", 24], ["right", 9], ["left", 24], ["left", 9], ["left", 9], ["right", 23], ["right", 15], ["left", 25], ["right", 24], ["left", 13]], "width": 25}, "task_name": "task22", "example_name": "0114", "problem_name": "task22_0114"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------------x--------\nOperations: [\n (right, 19),\n (left, 2),\n (left, 12),\n (left, 9),\n (right, 14),\n (right, 13),\n (left, 16),\n (right, 18),\n (right, 23),\n (left, 4),\n (right, 22),\n (left, 3),\n (right, 7)\n]\n", "label": {"final": "-x----------------------------", "init": "---------------------x--------", "intermediate": ["----------x-------------------", "--------x---------------------", "--------------------------x---", "-----------------x------------", "-x----------------------------", "--------------x---------------", "----------------------------x-", "----------------x-------------", "---------x--------------------", "-----x------------------------", "---------------------------x--", "------------------------x-----"]}, "config": {"height": 1, "num_operations": 13, "operations": [["right", 19], ["left", 2], ["left", 12], ["left", 9], ["right", 14], ["right", 13], ["left", 16], ["right", 18], ["right", 23], ["left", 4], ["right", 22], ["left", 3], ["right", 7]], "width": 30}, "task_name": "task22", "example_name": "0115", "problem_name": "task22_0115"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x---------------------------------\nOperations: [\n (left, 17),\n (left, 6),\n (right, 14),\n (right, 4),\n (left, 7),\n (left, 22),\n (left, 18),\n (left, 10),\n (left, 9),\n (right, 26),\n (right, 5),\n (left, 24),\n (left, 15)\n]\n", "label": {"final": "---------------------------x-------", "init": "-x---------------------------------", "intermediate": ["-------------------x---------------", "-------------x---------------------", "---------------------------x-------", "-------------------------------x---", "------------------------x----------", "--x--------------------------------", "-------------------x---------------", "---------x-------------------------", "x----------------------------------", "--------------------------x--------", "-------------------------------x---", "-------x---------------------------"]}, "config": {"height": 1, "num_operations": 13, "operations": [["left", 17], ["left", 6], ["right", 14], ["right", 4], ["left", 7], ["left", 22], ["left", 18], ["left", 10], ["left", 9], ["right", 26], ["right", 5], ["left", 24], ["left", 15]], "width": 35}, "task_name": "task22", "example_name": "0116", "problem_name": "task22_0116"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------x-----------------------------\nOperations: [\n (right, 26),\n (right, 16),\n (left, 13),\n (left, 29),\n (left, 8),\n (right, 24),\n (right, 10),\n (right, 26),\n (right, 12),\n (left, 36),\n (right, 35),\n (right, 10),\n (left, 17)\n]\n", "label": {"final": "--------------------------x-------------", "init": "----------x-----------------------------", "intermediate": ["------------------------------------x---", "------------x---------------------------", "---------------------------------------x", "----------x-----------------------------", "--x-------------------------------------", "--------------------------x-------------", "------------------------------------x---", "----------------------x-----------------", "----------------------------------x-----", "--------------------------------------x-", "---------------------------------x------", "---x------------------------------------"]}, "config": {"height": 1, "num_operations": 13, "operations": [["right", 26], ["right", 16], ["left", 13], ["left", 29], ["left", 8], ["right", 24], ["right", 10], ["right", 26], ["right", 12], ["left", 36], ["right", 35], ["right", 10], ["left", 17]], "width": 40}, "task_name": "task22", "example_name": "0117", "problem_name": "task22_0117"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------------------------x--------------\nOperations: [\n (right, 4),\n (left, 8),\n (right, 36),\n (left, 4),\n (right, 13),\n (right, 18),\n (right, 3),\n (right, 24),\n (left, 4),\n (right, 41),\n (left, 29),\n (left, 31),\n (left, 36)\n]\n", "label": {"final": "------------x--------------------------------", "init": "------------------------------x--------------", "intermediate": ["----------------------------------x----------", "--------------------------x------------------", "-----------------x---------------------------", "-------------x-------------------------------", "--------------------------x------------------", "--------------------------------------------x", "--x------------------------------------------", "--------------------------x------------------", "----------------------x----------------------", "------------------x--------------------------", "----------------------------------x----------", "---x-----------------------------------------"]}, "config": {"height": 1, "num_operations": 13, "operations": [["right", 4], ["left", 8], ["right", 36], ["left", 4], ["right", 13], ["right", 18], ["right", 3], ["right", 24], ["left", 4], ["right", 41], ["left", 29], ["left", 31], ["left", 36]], "width": 45}, "task_name": "task22", "example_name": "0118", "problem_name": "task22_0118"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------------------------------------x---------\nOperations: [\n (right, 2),\n (left, 46),\n (right, 27),\n (left, 28),\n (right, 28),\n (left, 35),\n (left, 26),\n (right, 19),\n (right, 35),\n (left, 7),\n (right, 39),\n (right, 2),\n (right, 7)\n]\n", "label": {"final": "-------x------------------------------------------", "init": "----------------------------------------x---------", "intermediate": ["------------------------------------------x-------", "----------------------------------------------x---", "-----------------------x--------------------------", "---------------------------------------------x----", "-----------------------x--------------------------", "--------------------------------------x-----------", "------------x-------------------------------------", "-------------------------------x------------------", "----------------x---------------------------------", "---------x----------------------------------------", "------------------------------------------------x-", "x-------------------------------------------------"]}, "config": {"height": 1, "num_operations": 13, "operations": [["right", 2], ["left", 46], ["right", 27], ["left", 28], ["right", 28], ["left", 35], ["left", 26], ["right", 19], ["right", 35], ["left", 7], ["right", 39], ["right", 2], ["right", 7]], "width": 50}, "task_name": "task22", "example_name": "0119", "problem_name": "task22_0119"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x---\nOperations: [\n (right, 4),\n (left, 1),\n (right, 3),\n (left, 1),\n (right, 1),\n (left, 2),\n (left, 5),\n (left, 1),\n (right, 1),\n (right, 4),\n (right, 2),\n (left, 4),\n (right, 5),\n (right, 4)\n]\n", "label": {"final": "-x---", "init": "-x---", "intermediate": ["x----", "----x", "--x--", "-x---", "--x--", "x----", "x----", "----x", "x----", "----x", "-x---", "--x--", "--x--"]}, "config": {"height": 1, "num_operations": 14, "operations": [["right", 4], ["left", 1], ["right", 3], ["left", 1], ["right", 1], ["left", 2], ["left", 5], ["left", 1], ["right", 1], ["right", 4], ["right", 2], ["left", 4], ["right", 5], ["right", 4]], "width": 5}, "task_name": "task22", "example_name": "0120", "problem_name": "task22_0120"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x--------\nOperations: [\n (right, 1),\n (right, 1),\n (left, 3),\n (right, 5),\n (left, 4),\n (right, 8),\n (left, 7),\n (left, 3),\n (left, 10),\n (right, 4),\n (right, 2),\n (right, 6),\n (right, 5),\n (left, 7)\n]\n", "label": {"final": "---------x", "init": "-x--------", "intermediate": ["--x-------", "---x------", "x---------", "-----x----", "-x--------", "---------x", "--x-------", "---------x", "---------x", "---x------", "-----x----", "-x--------", "------x---"]}, "config": {"height": 1, "num_operations": 14, "operations": [["right", 1], ["right", 1], ["left", 3], ["right", 5], ["left", 4], ["right", 8], ["left", 7], ["left", 3], ["left", 10], ["right", 4], ["right", 2], ["right", 6], ["right", 5], ["left", 7]], "width": 10}, "task_name": "task22", "example_name": "0121", "problem_name": "task22_0121"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x-------------\nOperations: [\n (right, 8),\n (left, 9),\n (right, 2),\n (left, 11),\n (right, 9),\n (right, 7),\n (left, 9),\n (left, 9),\n (left, 6),\n (right, 12),\n (right, 15),\n (left, 6),\n (right, 6),\n (left, 2)\n]\n", "label": {"final": "--------x------", "init": "-x-------------", "intermediate": ["---------x-----", "x--------------", "--x------------", "------x--------", "x--------------", "-------x-------", "-------------x-", "----x----------", "-------------x-", "----------x----", "----------x----", "----x----------", "----------x----"]}, "config": {"height": 1, "num_operations": 14, "operations": [["right", 8], ["left", 9], ["right", 2], ["left", 11], ["right", 9], ["right", 7], ["left", 9], ["left", 9], ["left", 6], ["right", 12], ["right", 15], ["left", 6], ["right", 6], ["left", 2]], "width": 15}, "task_name": "task22", "example_name": "0122", "problem_name": "task22_0122"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------x---------\nOperations: [\n (right, 15),\n (right, 17),\n (right, 5),\n (left, 7),\n (left, 18),\n (left, 3),\n (left, 13),\n (right, 20),\n (right, 13),\n (left, 4),\n (right, 7),\n (left, 11),\n (left, 16),\n (left, 11)\n]\n", "label": {"final": "----x---------------", "init": "----------x---------", "intermediate": ["-----x--------------", "--x-----------------", "-------x------------", "x-------------------", "--x-----------------", "-------------------x", "------x-------------", "------x-------------", "-------------------x", "---------------x----", "--x-----------------", "-----------x--------", "---------------x----"]}, "config": {"height": 1, "num_operations": 14, "operations": [["right", 15], ["right", 17], ["right", 5], ["left", 7], ["left", 18], ["left", 3], ["left", 13], ["right", 20], ["right", 13], ["left", 4], ["right", 7], ["left", 11], ["left", 16], ["left", 11]], "width": 20}, "task_name": "task22", "example_name": "0123", "problem_name": "task22_0123"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------------x-----------\nOperations: [\n (right, 8),\n (right, 11),\n (left, 22),\n (right, 20),\n (left, 22),\n (left, 6),\n (right, 4),\n (right, 4),\n (right, 9),\n (left, 8),\n (right, 5),\n (left, 23),\n (left, 17),\n (right, 15)\n]\n", "label": {"final": "----------------x--------", "init": "-------------x-----------", "intermediate": ["---------------------x---", "-------x-----------------", "----------x--------------", "-----x-------------------", "--------x----------------", "--x----------------------", "------x------------------", "----------x--------------", "-------------------x-----", "-----------x-------------", "----------------x--------", "------------------x------", "-x-----------------------"]}, "config": {"height": 1, "num_operations": 14, "operations": [["right", 8], ["right", 11], ["left", 22], ["right", 20], ["left", 22], ["left", 6], ["right", 4], ["right", 4], ["right", 9], ["left", 8], ["right", 5], ["left", 23], ["left", 17], ["right", 15]], "width": 25}, "task_name": "task22", "example_name": "0124", "problem_name": "task22_0124"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------x-----------------\nOperations: [\n (right, 30),\n (right, 25),\n (left, 2),\n (right, 4),\n (left, 30),\n (right, 16),\n (right, 15),\n (left, 28),\n (left, 28),\n (left, 19),\n (left, 12),\n (right, 19),\n (right, 17),\n (right, 5)\n]\n", "label": {"final": "------------------------x-----", "init": "------------x-----------------", "intermediate": ["------------x-----------------", "-------x----------------------", "-----x------------------------", "---------x--------------------", "---------x--------------------", "-------------------------x----", "----------x-------------------", "------------x-----------------", "--------------x---------------", "-------------------------x----", "-------------x----------------", "--x---------------------------", "-------------------x----------"]}, "config": {"height": 1, "num_operations": 14, "operations": [["right", 30], ["right", 25], ["left", 2], ["right", 4], ["left", 30], ["right", 16], ["right", 15], ["left", 28], ["left", 28], ["left", 19], ["left", 12], ["right", 19], ["right", 17], ["right", 5]], "width": 30}, "task_name": "task22", "example_name": "0125", "problem_name": "task22_0125"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--x--------------------------------\nOperations: [\n (left, 11),\n (left, 15),\n (right, 4),\n (right, 32),\n (left, 17),\n (right, 31),\n (right, 8),\n (right, 14),\n (left, 17),\n (left, 24),\n (left, 23),\n (right, 32),\n (left, 10),\n (left, 18)\n]\n", "label": {"final": "-----------------------x-----------", "init": "--x--------------------------------", "intermediate": ["--------------------------x--------", "-----------x-----------------------", "---------------x-------------------", "------------x----------------------", "------------------------------x----", "--------------------------x--------", "----------------------------------x", "-------------x---------------------", "-------------------------------x---", "-------x---------------------------", "-------------------x---------------", "----------------x------------------", "------x----------------------------"]}, "config": {"height": 1, "num_operations": 14, "operations": [["left", 11], ["left", 15], ["right", 4], ["right", 32], ["left", 17], ["right", 31], ["right", 8], ["right", 14], ["left", 17], ["left", 24], ["left", 23], ["right", 32], ["left", 10], ["left", 18]], "width": 35}, "task_name": "task22", "example_name": "0126", "problem_name": "task22_0126"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------x-------------------------------\nOperations: [\n (left, 18),\n (right, 11),\n (right, 36),\n (right, 1),\n (left, 6),\n (right, 12),\n (left, 31),\n (right, 19),\n (right, 22),\n (right, 2),\n (left, 1),\n (right, 18),\n (right, 36),\n (right, 1)\n]\n", "label": {"final": "------------------------------x---------", "init": "--------x-------------------------------", "intermediate": ["------------------------------x---------", "-x--------------------------------------", "-------------------------------------x--", "--------------------------------------x-", "--------------------------------x-------", "----x-----------------------------------", "-------------x--------------------------", "--------------------------------x-------", "--------------x-------------------------", "----------------x-----------------------", "---------------x------------------------", "---------------------------------x------", "-----------------------------x----------"]}, "config": {"height": 1, "num_operations": 14, "operations": [["left", 18], ["right", 11], ["right", 36], ["right", 1], ["left", 6], ["right", 12], ["left", 31], ["right", 19], ["right", 22], ["right", 2], ["left", 1], ["right", 18], ["right", 36], ["right", 1]], "width": 40}, "task_name": "task22", "example_name": "0127", "problem_name": "task22_0127"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------------------------------------x------\nOperations: [\n (right, 41),\n (left, 6),\n (right, 20),\n (left, 7),\n (right, 22),\n (right, 11),\n (right, 9),\n (right, 13),\n (right, 43),\n (right, 42),\n (right, 21),\n (left, 3),\n (right, 18),\n (left, 15)\n]\n", "label": {"final": "----------------------x----------------------", "init": "--------------------------------------x------", "intermediate": ["----------------------------------x----------", "----------------------------x----------------", "---x-----------------------------------------", "-----------------------------------------x---", "------------------x--------------------------", "-----------------------------x---------------", "--------------------------------------x------", "------x--------------------------------------", "----x----------------------------------------", "-x-------------------------------------------", "----------------------x----------------------", "-------------------x-------------------------", "-------------------------------------x-------"]}, "config": {"height": 1, "num_operations": 14, "operations": [["right", 41], ["left", 6], ["right", 20], ["left", 7], ["right", 22], ["right", 11], ["right", 9], ["right", 13], ["right", 43], ["right", 42], ["right", 21], ["left", 3], ["right", 18], ["left", 15]], "width": 45}, "task_name": "task22", "example_name": "0128", "problem_name": "task22_0128"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------x-------------------------------------\nOperations: [\n (left, 4),\n (left, 39),\n (left, 38),\n (left, 9),\n (right, 33),\n (left, 38),\n (left, 37),\n (left, 5),\n (right, 13),\n (right, 8),\n (right, 12),\n (left, 37),\n (right, 41),\n (right, 18)\n]\n", "label": {"final": "------------------------------x-------------------", "init": "------------x-------------------------------------", "intermediate": ["--------x-----------------------------------------", "-------------------x------------------------------", "-------------------------------x------------------", "----------------------x---------------------------", "-----x--------------------------------------------", "-----------------x--------------------------------", "------------------------------x-------------------", "-------------------------x------------------------", "--------------------------------------x-----------", "----------------------------------------------x---", "--------x-----------------------------------------", "---------------------x----------------------------", "------------x-------------------------------------"]}, "config": {"height": 1, "num_operations": 14, "operations": [["left", 4], ["left", 39], ["left", 38], ["left", 9], ["right", 33], ["left", 38], ["left", 37], ["left", 5], ["right", 13], ["right", 8], ["right", 12], ["left", 37], ["right", 41], ["right", 18]], "width": 50}, "task_name": "task22", "example_name": "0129", "problem_name": "task22_0129"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--x--\nOperations: [\n (right, 4),\n (left, 2),\n (left, 5),\n (right, 5),\n (right, 3),\n (right, 3),\n (left, 2),\n (right, 1),\n (left, 4),\n (right, 1),\n (right, 4),\n (left, 2),\n (left, 4),\n (right, 1),\n (left, 3)\n]\n", "label": {"final": "--x--", "init": "--x--", "intermediate": ["-x---", "----x", "----x", "----x", "--x--", "x----", "---x-", "----x", "x----", "-x---", "x----", "---x-", "----x", "x----"]}, "config": {"height": 1, "num_operations": 15, "operations": [["right", 4], ["left", 2], ["left", 5], ["right", 5], ["right", 3], ["right", 3], ["left", 2], ["right", 1], ["left", 4], ["right", 1], ["right", 4], ["left", 2], ["left", 4], ["right", 1], ["left", 3]], "width": 5}, "task_name": "task22", "example_name": "0130", "problem_name": "task22_0130"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------x---\nOperations: [\n (right, 6),\n (left, 7),\n (right, 7),\n (left, 4),\n (right, 5),\n (right, 4),\n (left, 7),\n (right, 4),\n (left, 7),\n (right, 6),\n (right, 9),\n (left, 9),\n (left, 6),\n (right, 6),\n (left, 5)\n]\n", "label": {"final": "--------x-", "init": "------x---", "intermediate": ["--x-------", "-----x----", "--x-------", "--------x-", "---x------", "-------x--", "x---------", "----x-----", "-------x--", "---x------", "--x-------", "---x------", "-------x--", "---x------"]}, "config": {"height": 1, "num_operations": 15, "operations": [["right", 6], ["left", 7], ["right", 7], ["left", 4], ["right", 5], ["right", 4], ["left", 7], ["right", 4], ["left", 7], ["right", 6], ["right", 9], ["left", 9], ["left", 6], ["right", 6], ["left", 5]], "width": 10}, "task_name": "task22", "example_name": "0131", "problem_name": "task22_0131"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------x----\nOperations: [\n (left, 3),\n (right, 9),\n (right, 2),\n (right, 12),\n (left, 15),\n (right, 9),\n (right, 3),\n (left, 15),\n (left, 8),\n (right, 8),\n (left, 12),\n (right, 12),\n (right, 4),\n (left, 6),\n (left, 4)\n]\n", "label": {"final": "------x--------", "init": "----------x----", "intermediate": ["-------x-------", "-x-------------", "---x-----------", "x--------------", "x--------------", "---------x-----", "------------x--", "------------x--", "----x----------", "------------x--", "x--------------", "------------x--", "-x-------------", "----------x----"]}, "config": {"height": 1, "num_operations": 15, "operations": [["left", 3], ["right", 9], ["right", 2], ["right", 12], ["left", 15], ["right", 9], ["right", 3], ["left", 15], ["left", 8], ["right", 8], ["left", 12], ["right", 12], ["right", 4], ["left", 6], ["left", 4]], "width": 15}, "task_name": "task22", "example_name": "0132", "problem_name": "task22_0132"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------------x------\nOperations: [\n (left, 20),\n (right, 6),\n (right, 3),\n (left, 13),\n (right, 19),\n (left, 15),\n (left, 20),\n (right, 16),\n (left, 19),\n (left, 11),\n (right, 12),\n (right, 4),\n (left, 10),\n (right, 5),\n (right, 12)\n]\n", "label": {"final": "--x-----------------", "init": "-------------x------", "intermediate": ["-------------x------", "-------------------x", "--x-----------------", "---------x----------", "--------x-----------", "-------------x------", "-------------x------", "---------x----------", "----------x---------", "-------------------x", "-----------x--------", "---------------x----", "-----x--------------", "----------x---------"]}, "config": {"height": 1, "num_operations": 15, "operations": [["left", 20], ["right", 6], ["right", 3], ["left", 13], ["right", 19], ["left", 15], ["left", 20], ["right", 16], ["left", 19], ["left", 11], ["right", 12], ["right", 4], ["left", 10], ["right", 5], ["right", 12]], "width": 20}, "task_name": "task22", "example_name": "0133", "problem_name": "task22_0133"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------x-------------\nOperations: [\n (left, 1),\n (left, 19),\n (left, 18),\n (left, 10),\n (left, 12),\n (right, 21),\n (left, 23),\n (left, 3),\n (left, 17),\n (right, 19),\n (right, 2),\n (left, 22),\n (left, 16),\n (left, 8),\n (right, 10)\n]\n", "label": {"final": "--------------x----------", "init": "-----------x-------------", "intermediate": ["----------x--------------", "----------------x--------", "-----------------------x-", "-------------x-----------", "-x-----------------------", "----------------------x--", "------------------------x", "---------------------x---", "----x--------------------", "-----------------------x-", "x------------------------", "---x---------------------", "------------x------------", "----x--------------------"]}, "config": {"height": 1, "num_operations": 15, "operations": [["left", 1], ["left", 19], ["left", 18], ["left", 10], ["left", 12], ["right", 21], ["left", 23], ["left", 3], ["left", 17], ["right", 19], ["right", 2], ["left", 22], ["left", 16], ["left", 8], ["right", 10]], "width": 25}, "task_name": "task22", "example_name": "0134", "problem_name": "task22_0134"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------------x-----------\nOperations: [\n (left, 23),\n (right, 21),\n (right, 20),\n (left, 23),\n (right, 9),\n (left, 17),\n (right, 7),\n (left, 22),\n (left, 15),\n (right, 4),\n (right, 25),\n (right, 9),\n (right, 22),\n (left, 23),\n (left, 14)\n]\n", "label": {"final": "----------------------------x-", "init": "------------------x-----------", "intermediate": ["-------------------------x----", "----------------x-------------", "------x-----------------------", "-------------x----------------", "----------------------x-------", "-----x------------------------", "------------x-----------------", "--------------------x---------", "-----x------------------------", "---------x--------------------", "----x-------------------------", "-------------x----------------", "-----x------------------------", "------------x-----------------"]}, "config": {"height": 1, "num_operations": 15, "operations": [["left", 23], ["right", 21], ["right", 20], ["left", 23], ["right", 9], ["left", 17], ["right", 7], ["left", 22], ["left", 15], ["right", 4], ["right", 25], ["right", 9], ["right", 22], ["left", 23], ["left", 14]], "width": 30}, "task_name": "task22", "example_name": "0135", "problem_name": "task22_0135"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------------x----------------\nOperations: [\n (right, 9),\n (right, 23),\n (right, 18),\n (right, 13),\n (right, 24),\n (right, 26),\n (left, 1),\n (right, 27),\n (right, 13),\n (left, 23),\n (left, 34),\n (left, 20),\n (right, 34),\n (right, 19),\n (left, 15)\n]\n", "label": {"final": "--------------------------x--------", "init": "------------------x----------------", "intermediate": ["---------------------------x-------", "---------------x-------------------", "---------------------------------x-", "-----------x-----------------------", "x----------------------------------", "--------------------------x--------", "-------------------------x---------", "-----------------x-----------------", "------------------------------x----", "-------x---------------------------", "--------x--------------------------", "-----------------------x-----------", "----------------------x------------", "------x----------------------------"]}, "config": {"height": 1, "num_operations": 15, "operations": [["right", 9], ["right", 23], ["right", 18], ["right", 13], ["right", 24], ["right", 26], ["left", 1], ["right", 27], ["right", 13], ["left", 23], ["left", 34], ["left", 20], ["right", 34], ["right", 19], ["left", 15]], "width": 35}, "task_name": "task22", "example_name": "0136", "problem_name": "task22_0136"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------------------------x----------\nOperations: [\n (right, 40),\n (right, 27),\n (left, 35),\n (right, 12),\n (left, 19),\n (right, 34),\n (right, 22),\n (left, 27),\n (left, 7),\n (left, 4),\n (left, 7),\n (left, 8),\n (left, 18),\n (right, 15),\n (right, 34)\n]\n", "label": {"final": "--------x-------------------------------", "init": "-----------------------------x----------", "intermediate": ["-----------------------------x----------", "----------------x-----------------------", "---------------------x------------------", "---------------------------------x------", "--------------x-------------------------", "--------x-------------------------------", "------------------------------x---------", "---x------------------------------------", "------------------------------------x---", "--------------------------------x-------", "-------------------------x--------------", "-----------------x----------------------", "---------------------------------------x", "--------------x-------------------------"]}, "config": {"height": 1, "num_operations": 15, "operations": [["right", 40], ["right", 27], ["left", 35], ["right", 12], ["left", 19], ["right", 34], ["right", 22], ["left", 27], ["left", 7], ["left", 4], ["left", 7], ["left", 8], ["left", 18], ["right", 15], ["right", 34]], "width": 40}, "task_name": "task22", "example_name": "0137", "problem_name": "task22_0137"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x-------------------------------------------\nOperations: [\n (right, 22),\n (right, 9),\n (left, 3),\n (right, 27),\n (left, 10),\n (left, 31),\n (right, 36),\n (left, 7),\n (left, 17),\n (left, 4),\n (right, 25),\n (left, 34),\n (right, 3),\n (left, 40),\n (right, 15)\n]\n", "label": {"final": "-------------------------------------x-------", "init": "-x-------------------------------------------", "intermediate": ["-----------------------x---------------------", "--------------------------------x------------", "-----------------------------x---------------", "-----------x---------------------------------", "-x-------------------------------------------", "---------------x-----------------------------", "------x--------------------------------------", "--------------------------------------------x", "---------------------------x-----------------", "-----------------------x---------------------", "---x-----------------------------------------", "--------------x------------------------------", "-----------------x---------------------------", "----------------------x----------------------"]}, "config": {"height": 1, "num_operations": 15, "operations": [["right", 22], ["right", 9], ["left", 3], ["right", 27], ["left", 10], ["left", 31], ["right", 36], ["left", 7], ["left", 17], ["left", 4], ["right", 25], ["left", 34], ["right", 3], ["left", 40], ["right", 15]], "width": 45}, "task_name": "task22", "example_name": "0138", "problem_name": "task22_0138"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------x----------------------------------\nOperations: [\n (right, 41),\n (right, 19),\n (left, 25),\n (left, 39),\n (left, 42),\n (right, 49),\n (right, 32),\n (right, 10),\n (right, 41),\n (right, 8),\n (left, 50),\n (left, 10),\n (right, 21),\n (right, 14),\n (right, 32)\n]\n", "label": {"final": "----------------x---------------------------------", "init": "---------------x----------------------------------", "intermediate": ["------x-------------------------------------------", "-------------------------x------------------------", "x-------------------------------------------------", "-----------x--------------------------------------", "-------------------x------------------------------", "------------------x-------------------------------", "x-------------------------------------------------", "----------x---------------------------------------", "-x------------------------------------------------", "---------x----------------------------------------", "---------x----------------------------------------", "-------------------------------------------------x", "--------------------x-----------------------------", "----------------------------------x---------------"]}, "config": {"height": 1, "num_operations": 15, "operations": [["right", 41], ["right", 19], ["left", 25], ["left", 39], ["left", 42], ["right", 49], ["right", 32], ["right", 10], ["right", 41], ["right", 8], ["left", 50], ["left", 10], ["right", 21], ["right", 14], ["right", 32]], "width": 50}, "task_name": "task22", "example_name": "0139", "problem_name": "task22_0139"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--x--\nOperations: [\n (right, 2),\n (right, 2),\n (right, 2),\n (left, 5),\n (left, 5),\n (left, 4),\n (left, 4),\n (right, 5),\n (right, 3),\n (left, 2),\n (right, 4),\n (left, 5),\n (right, 2),\n (right, 2),\n (left, 1),\n (right, 3)\n]\n", "label": {"final": "-x---", "init": "--x--", "intermediate": ["----x", "-x---", "---x-", "---x-", "---x-", "----x", "x----", "x----", "---x-", "-x---", "x----", "x----", "--x--", "----x", "---x-"]}, "config": {"height": 1, "num_operations": 16, "operations": [["right", 2], ["right", 2], ["right", 2], ["left", 5], ["left", 5], ["left", 4], ["left", 4], ["right", 5], ["right", 3], ["left", 2], ["right", 4], ["left", 5], ["right", 2], ["right", 2], ["left", 1], ["right", 3]], "width": 5}, "task_name": "task22", "example_name": "0140", "problem_name": "task22_0140"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x--------\nOperations: [\n (right, 5),\n (left, 8),\n (left, 10),\n (right, 6),\n (left, 9),\n (right, 4),\n (left, 6),\n (left, 10),\n (left, 7),\n (left, 7),\n (right, 7),\n (right, 5),\n (left, 3),\n (right, 1),\n (left, 6),\n (right, 1)\n]\n", "label": {"final": "----x-----", "init": "-x--------", "intermediate": ["------x---", "--------x-", "--------x-", "----x-----", "-----x----", "---------x", "---x------", "---x------", "------x---", "---------x", "------x---", "-x--------", "--------x-", "---------x", "---x------"]}, "config": {"height": 1, "num_operations": 16, "operations": [["right", 5], ["left", 8], ["left", 10], ["right", 6], ["left", 9], ["right", 4], ["left", 6], ["left", 10], ["left", 7], ["left", 7], ["right", 7], ["right", 5], ["left", 3], ["right", 1], ["left", 6], ["right", 1]], "width": 10}, "task_name": "task22", "example_name": "0141", "problem_name": "task22_0141"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------x---\nOperations: [\n (left, 14),\n (left, 9),\n (right, 4),\n (right, 3),\n (right, 8),\n (right, 13),\n (right, 14),\n (right, 5),\n (left, 6),\n (left, 2),\n (left, 14),\n (right, 6),\n (right, 4),\n (left, 12),\n (left, 6),\n (right, 14)\n]\n", "label": {"final": "----x----------", "init": "-----------x---", "intermediate": ["------------x--", "---x-----------", "-------x-------", "----------x----", "---x-----------", "-x-------------", "x--------------", "-----x---------", "--------------x", "------------x--", "-------------x-", "----x----------", "--------x------", "-----------x---", "-----x---------"]}, "config": {"height": 1, "num_operations": 16, "operations": [["left", 14], ["left", 9], ["right", 4], ["right", 3], ["right", 8], ["right", 13], ["right", 14], ["right", 5], ["left", 6], ["left", 2], ["left", 14], ["right", 6], ["right", 4], ["left", 12], ["left", 6], ["right", 14]], "width": 15}, "task_name": "task22", "example_name": "0142", "problem_name": "task22_0142"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------x----------\nOperations: [\n (right, 11),\n (left, 1),\n (right, 15),\n (right, 4),\n (left, 4),\n (left, 14),\n (right, 13),\n (right, 10),\n (right, 2),\n (left, 19),\n (right, 6),\n (left, 7),\n (right, 15),\n (right, 11),\n (right, 14),\n (left, 2)\n]\n", "label": {"final": "---x----------------", "init": "---------x----------", "intermediate": ["x-------------------", "-------------------x", "--------------x-----", "------------------x-", "--------------x-----", "x-------------------", "-------------x------", "---x----------------", "-----x--------------", "------x-------------", "------------x-------", "-----x--------------", "x-------------------", "-----------x--------", "-----x--------------"]}, "config": {"height": 1, "num_operations": 16, "operations": [["right", 11], ["left", 1], ["right", 15], ["right", 4], ["left", 4], ["left", 14], ["right", 13], ["right", 10], ["right", 2], ["left", 19], ["right", 6], ["left", 7], ["right", 15], ["right", 11], ["right", 14], ["left", 2]], "width": 20}, "task_name": "task22", "example_name": "0143", "problem_name": "task22_0143"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------------x-----------\nOperations: [\n (left, 8),\n (left, 17),\n (left, 10),\n (right, 7),\n (right, 5),\n (right, 22),\n (left, 17),\n (right, 16),\n (right, 6),\n (left, 16),\n (left, 2),\n (left, 16),\n (right, 11),\n (left, 20),\n (left, 21),\n (right, 24)\n]\n", "label": {"final": "--x----------------------", "init": "-------------x-----------", "intermediate": ["-----x-------------------", "-------------x-----------", "---x---------------------", "----------x--------------", "---------------x---------", "------------x------------", "--------------------x----", "-----------x-------------", "-----------------x-------", "-x-----------------------", "------------------------x", "--------x----------------", "-------------------x-----", "------------------------x", "---x---------------------"]}, "config": {"height": 1, "num_operations": 16, "operations": [["left", 8], ["left", 17], ["left", 10], ["right", 7], ["right", 5], ["right", 22], ["left", 17], ["right", 16], ["right", 6], ["left", 16], ["left", 2], ["left", 16], ["right", 11], ["left", 20], ["left", 21], ["right", 24]], "width": 25}, "task_name": "task22", "example_name": "0144", "problem_name": "task22_0144"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------x---------------------\nOperations: [\n (left, 20),\n (left, 30),\n (right, 9),\n (left, 24),\n (left, 18),\n (left, 19),\n (left, 7),\n (right, 15),\n (right, 2),\n (right, 17),\n (left, 27),\n (right, 14),\n (left, 6),\n (right, 15),\n (left, 18),\n (left, 13)\n]\n", "label": {"final": "------------------x-----------", "init": "--------x---------------------", "intermediate": ["------------------x-----------", "------------------x-----------", "---------------------------x--", "---x--------------------------", "---------------x--------------", "--------------------------x---", "-------------------x----------", "----x-------------------------", "------x-----------------------", "-----------------------x------", "--------------------------x---", "----------x-------------------", "----x-------------------------", "-------------------x----------", "-x----------------------------"]}, "config": {"height": 1, "num_operations": 16, "operations": [["left", 20], ["left", 30], ["right", 9], ["left", 24], ["left", 18], ["left", 19], ["left", 7], ["right", 15], ["right", 2], ["right", 17], ["left", 27], ["right", 14], ["left", 6], ["right", 15], ["left", 18], ["left", 13]], "width": 30}, "task_name": "task22", "example_name": "0145", "problem_name": "task22_0145"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------x-----------------------\nOperations: [\n (left, 18),\n (left, 16),\n (right, 35),\n (right, 14),\n (right, 11),\n (left, 27),\n (right, 14),\n (left, 7),\n (right, 16),\n (right, 6),\n (left, 21),\n (left, 2),\n (right, 32),\n (right, 17),\n (left, 19),\n (right, 29)\n]\n", "label": {"final": "-----x-----------------------------", "init": "-----------x-----------------------", "intermediate": ["----------------------------x------", "------------x----------------------", "------------x----------------------", "--------------------------x--------", "--x--------------------------------", "----------x------------------------", "------------------------x----------", "-----------------x-----------------", "---------------------------------x-", "----x------------------------------", "------------------x----------------", "----------------x------------------", "-------------x---------------------", "------------------------------x----", "-----------x-----------------------"]}, "config": {"height": 1, "num_operations": 16, "operations": [["left", 18], ["left", 16], ["right", 35], ["right", 14], ["right", 11], ["left", 27], ["right", 14], ["left", 7], ["right", 16], ["right", 6], ["left", 21], ["left", 2], ["right", 32], ["right", 17], ["left", 19], ["right", 29]], "width": 35}, "task_name": "task22", "example_name": "0146", "problem_name": "task22_0146"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------------x---------------------\nOperations: [\n (left, 5),\n (right, 24),\n (right, 34),\n (left, 19),\n (left, 8),\n (left, 28),\n (right, 6),\n (right, 38),\n (right, 1),\n (right, 21),\n (left, 21),\n (left, 12),\n (left, 36),\n (right, 15),\n (right, 16),\n (left, 26)\n]\n", "label": {"final": "------------------x---------------------", "init": "------------------x---------------------", "intermediate": ["-------------x--------------------------", "-------------------------------------x--", "-------------------------------x--------", "------------x---------------------------", "----x-----------------------------------", "----------------x-----------------------", "----------------------x-----------------", "--------------------x-------------------", "---------------------x------------------", "--x-------------------------------------", "---------------------x------------------", "---------x------------------------------", "-------------x--------------------------", "----------------------------x-----------", "----x-----------------------------------"]}, "config": {"height": 1, "num_operations": 16, "operations": [["left", 5], ["right", 24], ["right", 34], ["left", 19], ["left", 8], ["left", 28], ["right", 6], ["right", 38], ["right", 1], ["right", 21], ["left", 21], ["left", 12], ["left", 36], ["right", 15], ["right", 16], ["left", 26]], "width": 40}, "task_name": "task22", "example_name": "0147", "problem_name": "task22_0147"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------x-----------------------------------\nOperations: [\n (right, 42),\n (left, 44),\n (right, 22),\n (left, 33),\n (left, 22),\n (left, 44),\n (left, 20),\n (right, 14),\n (right, 34),\n (left, 33),\n (right, 1),\n (left, 11),\n (left, 11),\n (left, 2),\n (left, 25),\n (left, 40)\n]\n", "label": {"final": "-----------------x---------------------------", "init": "---------x-----------------------------------", "intermediate": ["------x--------------------------------------", "-------x-------------------------------------", "-----------------------------x---------------", "-----------------------------------------x---", "-------------------x-------------------------", "--------------------x------------------------", "x--------------------------------------------", "--------------x------------------------------", "---x-----------------------------------------", "---------------x-----------------------------", "----------------x----------------------------", "-----x---------------------------------------", "---------------------------------------x-----", "-------------------------------------x-------", "------------x--------------------------------"]}, "config": {"height": 1, "num_operations": 16, "operations": [["right", 42], ["left", 44], ["right", 22], ["left", 33], ["left", 22], ["left", 44], ["left", 20], ["right", 14], ["right", 34], ["left", 33], ["right", 1], ["left", 11], ["left", 11], ["left", 2], ["left", 25], ["left", 40]], "width": 45}, "task_name": "task22", "example_name": "0148", "problem_name": "task22_0148"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------x---------------------------------------\nOperations: [\n (right, 9),\n (right, 42),\n (left, 30),\n (right, 12),\n (left, 40),\n (right, 6),\n (right, 21),\n (left, 42),\n (left, 17),\n (right, 8),\n (left, 44),\n (right, 43),\n (right, 32),\n (left, 34),\n (right, 31),\n (left, 20)\n]\n", "label": {"final": "-------------------------------------x------------", "init": "----------x---------------------------------------", "intermediate": ["-------------------x------------------------------", "-----------x--------------------------------------", "-------------------------------x------------------", "-------------------------------------------x------", "---x----------------------------------------------", "---------x----------------------------------------", "------------------------------x-------------------", "--------------------------------------x-----------", "---------------------x----------------------------", "-----------------------------x--------------------", "-----------------------------------x--------------", "----------------------------x---------------------", "----------x---------------------------------------", "--------------------------x-----------------------", "-------x------------------------------------------"]}, "config": {"height": 1, "num_operations": 16, "operations": [["right", 9], ["right", 42], ["left", 30], ["right", 12], ["left", 40], ["right", 6], ["right", 21], ["left", 42], ["left", 17], ["right", 8], ["left", 44], ["right", 43], ["right", 32], ["left", 34], ["right", 31], ["left", 20]], "width": 50}, "task_name": "task22", "example_name": "0149", "problem_name": "task22_0149"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---x-\nOperations: [\n (right, 3),\n (left, 5),\n (left, 1),\n (left, 4),\n (right, 4),\n (right, 3),\n (left, 4),\n (left, 3),\n (right, 5),\n (right, 2),\n (right, 3),\n (left, 5),\n (left, 1),\n (right, 1),\n (right, 1),\n (left, 2),\n (left, 4)\n]\n", "label": {"final": "-x---", "init": "---x-", "intermediate": ["-x---", "-x---", "x----", "-x---", "x----", "---x-", "----x", "-x---", "-x---", "---x-", "-x---", "-x---", "x----", "-x---", "--x--", "x----"]}, "config": {"height": 1, "num_operations": 17, "operations": [["right", 3], ["left", 5], ["left", 1], ["left", 4], ["right", 4], ["right", 3], ["left", 4], ["left", 3], ["right", 5], ["right", 2], ["right", 3], ["left", 5], ["left", 1], ["right", 1], ["right", 1], ["left", 2], ["left", 4]], "width": 5}, "task_name": "task22", "example_name": "0150", "problem_name": "task22_0150"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----x----\nOperations: [\n (left, 8),\n (right, 2),\n (left, 2),\n (left, 9),\n (left, 8),\n (right, 10),\n (left, 10),\n (left, 6),\n (right, 1),\n (right, 2),\n (left, 3),\n (left, 8),\n (left, 8),\n (left, 5),\n (left, 8),\n (left, 4),\n (right, 8)\n]\n", "label": {"final": "---------x", "init": "-----x----", "intermediate": ["-------x--", "---------x", "-------x--", "--------x-", "x---------", "x---------", "x---------", "----x-----", "-----x----", "-------x--", "----x-----", "------x---", "--------x-", "---x------", "-----x----", "-x--------"]}, "config": {"height": 1, "num_operations": 17, "operations": [["left", 8], ["right", 2], ["left", 2], ["left", 9], ["left", 8], ["right", 10], ["left", 10], ["left", 6], ["right", 1], ["right", 2], ["left", 3], ["left", 8], ["left", 8], ["left", 5], ["left", 8], ["left", 4], ["right", 8]], "width": 10}, "task_name": "task22", "example_name": "0151", "problem_name": "task22_0151"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---x-----------\nOperations: [\n (left, 15),\n (left, 12),\n (left, 7),\n (left, 6),\n (left, 10),\n (right, 6),\n (left, 6),\n (right, 7),\n (left, 9),\n (right, 11),\n (left, 6),\n (left, 2),\n (left, 1),\n (right, 11),\n (left, 10),\n (right, 10),\n (left, 1)\n]\n", "label": {"final": "--------x------", "init": "---x-----------", "intermediate": ["---x-----------", "------x--------", "--------------x", "--------x------", "-------------x-", "----x----------", "-------------x-", "-----x---------", "-----------x---", "-------x-------", "-x-------------", "--------------x", "-------------x-", "---------x-----", "--------------x", "---------x-----"]}, "config": {"height": 1, "num_operations": 17, "operations": [["left", 15], ["left", 12], ["left", 7], ["left", 6], ["left", 10], ["right", 6], ["left", 6], ["right", 7], ["left", 9], ["right", 11], ["left", 6], ["left", 2], ["left", 1], ["right", 11], ["left", 10], ["right", 10], ["left", 1]], "width": 15}, "task_name": "task22", "example_name": "0152", "problem_name": "task22_0152"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---x----------------\nOperations: [\n (left, 5),\n (left, 8),\n (left, 8),\n (right, 2),\n (left, 4),\n (right, 6),\n (left, 19),\n (left, 1),\n (right, 11),\n (left, 15),\n (left, 1),\n (left, 20),\n (left, 19),\n (left, 1),\n (right, 1),\n (left, 9),\n (right, 13)\n]\n", "label": {"final": "------x-------------", "init": "---x----------------", "intermediate": ["------------------x-", "----------x---------", "--x-----------------", "----x---------------", "x-------------------", "------x-------------", "-------x------------", "------x-------------", "-----------------x--", "--x-----------------", "-x------------------", "-x------------------", "--x-----------------", "-x------------------", "--x-----------------", "-------------x------"]}, "config": {"height": 1, "num_operations": 17, "operations": [["left", 5], ["left", 8], ["left", 8], ["right", 2], ["left", 4], ["right", 6], ["left", 19], ["left", 1], ["right", 11], ["left", 15], ["left", 1], ["left", 20], ["left", 19], ["left", 1], ["right", 1], ["left", 9], ["right", 13]], "width": 20}, "task_name": "task22", "example_name": "0153", "problem_name": "task22_0153"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------x-------------\nOperations: [\n (right, 10),\n (right, 16),\n (right, 23),\n (right, 25),\n (right, 16),\n (left, 2),\n (left, 1),\n (left, 14),\n (left, 24),\n (right, 18),\n (right, 9),\n (right, 9),\n (right, 7),\n (left, 23),\n (left, 14),\n (right, 3),\n (right, 22)\n]\n", "label": {"final": "----------------x--------", "init": "-----------x-------------", "intermediate": ["---------------------x---", "------------x------------", "----------x--------------", "----------x--------------", "-x-----------------------", "------------------------x", "-----------------------x-", "---------x---------------", "----------x--------------", "---x---------------------", "------------x------------", "---------------------x---", "---x---------------------", "-----x-------------------", "----------------x--------", "-------------------x-----"]}, "config": {"height": 1, "num_operations": 17, "operations": [["right", 10], ["right", 16], ["right", 23], ["right", 25], ["right", 16], ["left", 2], ["left", 1], ["left", 14], ["left", 24], ["right", 18], ["right", 9], ["right", 9], ["right", 7], ["left", 23], ["left", 14], ["right", 3], ["right", 22]], "width": 25}, "task_name": "task22", "example_name": "0154", "problem_name": "task22_0154"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\nx-----------------------------\nOperations: [\n (right, 28),\n (right, 12),\n (right, 14),\n (right, 27),\n (left, 4),\n (left, 18),\n (right, 28),\n (right, 24),\n (right, 10),\n (right, 1),\n (left, 13),\n (right, 6),\n (left, 23),\n (right, 30),\n (right, 22),\n (left, 28),\n (right, 2)\n]\n", "label": {"final": "----------------------------x-", "init": "x-----------------------------", "intermediate": ["----------------------------x-", "----------x-------------------", "------------------------x-----", "---------------------x--------", "-----------------x------------", "-----------------------------x", "---------------------------x--", "---------------------x--------", "-x----------------------------", "--x---------------------------", "-------------------x----------", "-------------------------x----", "--x---------------------------", "--x---------------------------", "------------------------x-----", "--------------------------x---"]}, "config": {"height": 1, "num_operations": 17, "operations": [["right", 28], ["right", 12], ["right", 14], ["right", 27], ["left", 4], ["left", 18], ["right", 28], ["right", 24], ["right", 10], ["right", 1], ["left", 13], ["right", 6], ["left", 23], ["right", 30], ["right", 22], ["left", 28], ["right", 2]], "width": 30}, "task_name": "task22", "example_name": "0155", "problem_name": "task22_0155"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------------x---------------------\nOperations: [\n (left, 32),\n (left, 23),\n (right, 4),\n (left, 8),\n (right, 33),\n (right, 13),\n (left, 25),\n (left, 26),\n (left, 20),\n (right, 16),\n (right, 3),\n (right, 16),\n (right, 33),\n (right, 15),\n (left, 24),\n (left, 32),\n (right, 11)\n]\n", "label": {"final": "--x--------------------------------", "init": "-------------x---------------------", "intermediate": ["----------------x------------------", "----------------------------x------", "--------------------------------x--", "------------------------x----------", "----------------------x------------", "x----------------------------------", "----------x------------------------", "-------------------x---------------", "----------------------------------x", "---------------x-------------------", "------------------x----------------", "----------------------------------x", "--------------------------------x--", "------------x----------------------", "-----------------------x-----------", "--------------------------x--------"]}, "config": {"height": 1, "num_operations": 17, "operations": [["left", 32], ["left", 23], ["right", 4], ["left", 8], ["right", 33], ["right", 13], ["left", 25], ["left", 26], ["left", 20], ["right", 16], ["right", 3], ["right", 16], ["right", 33], ["right", 15], ["left", 24], ["left", 32], ["right", 11]], "width": 35}, "task_name": "task22", "example_name": "0156", "problem_name": "task22_0156"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\nx---------------------------------------\nOperations: [\n (right, 2),\n (left, 40),\n (left, 8),\n (right, 1),\n (left, 20),\n (left, 24),\n (left, 4),\n (left, 40),\n (right, 18),\n (left, 14),\n (left, 34),\n (right, 36),\n (left, 27),\n (right, 1),\n (left, 40),\n (right, 13),\n (right, 35)\n]\n", "label": {"final": "---------------x------------------------", "init": "x---------------------------------------", "intermediate": ["--x-------------------------------------", "--x-------------------------------------", "----------------------------------x-----", "-----------------------------------x----", "---------------x------------------------", "-------------------------------x--------", "---------------------------x------------", "---------------------------x------------", "-----x----------------------------------", "-------------------------------x--------", "-------------------------------------x--", "---------------------------------x------", "------x---------------------------------", "-------x--------------------------------", "-------x--------------------------------", "--------------------x-------------------"]}, "config": {"height": 1, "num_operations": 17, "operations": [["right", 2], ["left", 40], ["left", 8], ["right", 1], ["left", 20], ["left", 24], ["left", 4], ["left", 40], ["right", 18], ["left", 14], ["left", 34], ["right", 36], ["left", 27], ["right", 1], ["left", 40], ["right", 13], ["right", 35]], "width": 40}, "task_name": "task22", "example_name": "0157", "problem_name": "task22_0157"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------------------------------------------x-\nOperations: [\n (right, 16),\n (right, 40),\n (left, 20),\n (left, 7),\n (left, 6),\n (right, 1),\n (right, 4),\n (left, 13),\n (left, 6),\n (right, 42),\n (left, 26),\n (left, 11),\n (left, 20),\n (left, 32),\n (right, 38),\n (right, 39),\n (left, 6)\n]\n", "label": {"final": "-------------------------------x-------------", "init": "-------------------------------------------x-", "intermediate": ["--------------x------------------------------", "---------x-----------------------------------", "----------------------------------x----------", "---------------------------x-----------------", "---------------------x-----------------------", "----------------------x----------------------", "--------------------------x------------------", "-------------x-------------------------------", "-------x-------------------------------------", "----x----------------------------------------", "-----------------------x---------------------", "------------x--------------------------------", "-------------------------------------x-------", "-----x---------------------------------------", "-------------------------------------------x-", "-------------------------------------x-------"]}, "config": {"height": 1, "num_operations": 17, "operations": [["right", 16], ["right", 40], ["left", 20], ["left", 7], ["left", 6], ["right", 1], ["right", 4], ["left", 13], ["left", 6], ["right", 42], ["left", 26], ["left", 11], ["left", 20], ["left", 32], ["right", 38], ["right", 39], ["left", 6]], "width": 45}, "task_name": "task22", "example_name": "0158", "problem_name": "task22_0158"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------------------x----------------------\nOperations: [\n (left, 33),\n (left, 29),\n (left, 1),\n (left, 17),\n (left, 3),\n (right, 22),\n (right, 28),\n (right, 17),\n (right, 23),\n (left, 40),\n (right, 19),\n (left, 33),\n (right, 28),\n (left, 26),\n (left, 32),\n (right, 13),\n (left, 38)\n]\n", "label": {"final": "-------------------------x------------------------", "init": "---------------------------x----------------------", "intermediate": ["--------------------------------------------x-----", "---------------x----------------------------------", "--------------x-----------------------------------", "-----------------------------------------------x--", "--------------------------------------------x-----", "----------------x---------------------------------", "--------------------------------------------x-----", "-----------x--------------------------------------", "----------------------------------x---------------", "--------------------------------------------x-----", "-------------x------------------------------------", "------------------------------x-------------------", "--------x-----------------------------------------", "--------------------------------x-----------------", "x-------------------------------------------------", "-------------x------------------------------------"]}, "config": {"height": 1, "num_operations": 17, "operations": [["left", 33], ["left", 29], ["left", 1], ["left", 17], ["left", 3], ["right", 22], ["right", 28], ["right", 17], ["right", 23], ["left", 40], ["right", 19], ["left", 33], ["right", 28], ["left", 26], ["left", 32], ["right", 13], ["left", 38]], "width": 50}, "task_name": "task22", "example_name": "0159", "problem_name": "task22_0159"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x---\nOperations: [\n (left, 2),\n (right, 5),\n (right, 5),\n (left, 4),\n (right, 1),\n (right, 4),\n (left, 3),\n (right, 3),\n (left, 4),\n (left, 4),\n (right, 5),\n (left, 1),\n (right, 5),\n (left, 2),\n (right, 2),\n (right, 4),\n (right, 1),\n (left, 4)\n]\n", "label": {"final": "--x--", "init": "-x---", "intermediate": ["----x", "----x", "----x", "x----", "-x---", "x----", "--x--", "x----", "-x---", "--x--", "--x--", "-x---", "-x---", "----x", "-x---", "x----", "-x---"]}, "config": {"height": 1, "num_operations": 18, "operations": [["left", 2], ["right", 5], ["right", 5], ["left", 4], ["right", 1], ["right", 4], ["left", 3], ["right", 3], ["left", 4], ["left", 4], ["right", 5], ["left", 1], ["right", 5], ["left", 2], ["right", 2], ["right", 4], ["right", 1], ["left", 4]], "width": 5}, "task_name": "task22", "example_name": "0160", "problem_name": "task22_0160"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----x-----\nOperations: [\n (left, 2),\n (right, 3),\n (right, 9),\n (left, 10),\n (left, 3),\n (left, 1),\n (right, 3),\n (right, 9),\n (left, 3),\n (left, 6),\n (right, 1),\n (right, 4),\n (right, 6),\n (right, 3),\n (left, 5),\n (left, 7),\n (right, 1),\n (right, 6)\n]\n", "label": {"final": "--x-------", "init": "----x-----", "intermediate": ["--x-------", "-----x----", "----x-----", "----x-----", "-x--------", "x---------", "---x------", "--x-------", "---------x", "---x------", "----x-----", "--------x-", "----x-----", "-------x--", "--x-------", "-----x----", "------x---"]}, "config": {"height": 1, "num_operations": 18, "operations": [["left", 2], ["right", 3], ["right", 9], ["left", 10], ["left", 3], ["left", 1], ["right", 3], ["right", 9], ["left", 3], ["left", 6], ["right", 1], ["right", 4], ["right", 6], ["right", 3], ["left", 5], ["left", 7], ["right", 1], ["right", 6]], "width": 10}, "task_name": "task22", "example_name": "0161", "problem_name": "task22_0161"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------x--\nOperations: [\n (right, 14),\n (right, 5),\n (left, 3),\n (left, 12),\n (right, 12),\n (left, 5),\n (right, 10),\n (left, 6),\n (right, 5),\n (left, 12),\n (left, 6),\n (left, 15),\n (right, 5),\n (right, 9),\n (right, 12),\n (left, 5),\n (right, 11),\n (right, 4)\n]\n", "label": {"final": "-----x---------", "init": "------------x--", "intermediate": ["-----------x---", "-x-------------", "-------------x-", "-x-------------", "-------------x-", "--------x------", "---x-----------", "------------x--", "--x------------", "-----x---------", "--------------x", "--------------x", "----x----------", "-------------x-", "----------x----", "-----x---------", "-x-------------"]}, "config": {"height": 1, "num_operations": 18, "operations": [["right", 14], ["right", 5], ["left", 3], ["left", 12], ["right", 12], ["left", 5], ["right", 10], ["left", 6], ["right", 5], ["left", 12], ["left", 6], ["left", 15], ["right", 5], ["right", 9], ["right", 12], ["left", 5], ["right", 11], ["right", 4]], "width": 15}, "task_name": "task22", "example_name": "0162", "problem_name": "task22_0162"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------------x-\nOperations: [\n (left, 14),\n (right, 7),\n (right, 9),\n (right, 2),\n (right, 2),\n (right, 19),\n (left, 5),\n (right, 10),\n (left, 18),\n (right, 8),\n (left, 9),\n (left, 20),\n (left, 8),\n (left, 5),\n (left, 9),\n (left, 16),\n (left, 17),\n (right, 15)\n]\n", "label": {"final": "---------x----------", "init": "------------------x-", "intermediate": ["----x---------------", "-----------x--------", "x-------------------", "--x-----------------", "----x---------------", "---x----------------", "------------------x-", "--------x-----------", "----------x---------", "------------------x-", "---------x----------", "---------x----------", "-x------------------", "----------------x---", "-------x------------", "-----------x--------", "--------------x-----"]}, "config": {"height": 1, "num_operations": 18, "operations": [["left", 14], ["right", 7], ["right", 9], ["right", 2], ["right", 2], ["right", 19], ["left", 5], ["right", 10], ["left", 18], ["right", 8], ["left", 9], ["left", 20], ["left", 8], ["left", 5], ["left", 9], ["left", 16], ["left", 17], ["right", 15]], "width": 20}, "task_name": "task22", "example_name": "0163", "problem_name": "task22_0163"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------x------------------\nOperations: [\n (right, 8),\n (right, 21),\n (left, 25),\n (right, 8),\n (right, 19),\n (right, 12),\n (left, 22),\n (right, 17),\n (right, 20),\n (left, 25),\n (left, 5),\n (left, 22),\n (right, 24),\n (right, 10),\n (left, 4),\n (left, 25),\n (left, 6),\n (left, 1)\n]\n", "label": {"final": "----------x--------------", "init": "------x------------------", "intermediate": ["--------------x----------", "----------x--------------", "----------x--------------", "------------------x------", "------------x------------", "------------------------x", "--x----------------------", "-------------------x-----", "--------------x----------", "--------------x----------", "---------x---------------", "------------x------------", "-----------x-------------", "---------------------x---", "-----------------x-------", "-----------------x-------", "-----------x-------------"]}, "config": {"height": 1, "num_operations": 18, "operations": [["right", 8], ["right", 21], ["left", 25], ["right", 8], ["right", 19], ["right", 12], ["left", 22], ["right", 17], ["right", 20], ["left", 25], ["left", 5], ["left", 22], ["right", 24], ["right", 10], ["left", 4], ["left", 25], ["left", 6], ["left", 1]], "width": 25}, "task_name": "task22", "example_name": "0164", "problem_name": "task22_0164"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------------x---------------\nOperations: [\n (left, 16),\n (left, 18),\n (right, 12),\n (left, 19),\n (right, 3),\n (right, 12),\n (left, 24),\n (right, 2),\n (left, 4),\n (left, 28),\n (left, 5),\n (right, 1),\n (right, 7),\n (left, 14),\n (right, 6),\n (left, 24),\n (left, 16),\n (right, 8)\n]\n", "label": {"final": "-----------------x------------", "init": "--------------x---------------", "intermediate": ["----------------------------x-", "----------x-------------------", "----------------------x-------", "---x--------------------------", "------x-----------------------", "------------------x-----------", "------------------------x-----", "--------------------------x---", "----------------------x-------", "------------------------x-----", "-------------------x----------", "--------------------x---------", "---------------------------x--", "-------------x----------------", "-------------------x----------", "-------------------------x----", "---------x--------------------"]}, "config": {"height": 1, "num_operations": 18, "operations": [["left", 16], ["left", 18], ["right", 12], ["left", 19], ["right", 3], ["right", 12], ["left", 24], ["right", 2], ["left", 4], ["left", 28], ["left", 5], ["right", 1], ["right", 7], ["left", 14], ["right", 6], ["left", 24], ["left", 16], ["right", 8]], "width": 30}, "task_name": "task22", "example_name": "0165", "problem_name": "task22_0165"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------x-------------------\nOperations: [\n (right, 5),\n (left, 26),\n (right, 33),\n (left, 13),\n (right, 18),\n (right, 29),\n (left, 3),\n (right, 12),\n (right, 11),\n (left, 28),\n (left, 12),\n (left, 34),\n (left, 8),\n (left, 2),\n (left, 7),\n (right, 24),\n (right, 6),\n (left, 16)\n]\n", "label": {"final": "----x------------------------------", "init": "---------------x-------------------", "intermediate": ["--------------------x--------------", "-----------------------------x-----", "---------------------------x-------", "--------------x--------------------", "--------------------------------x--", "--------------------------x--------", "-----------------------x-----------", "x----------------------------------", "-----------x-----------------------", "------------------x----------------", "------x----------------------------", "-------x---------------------------", "----------------------------------x", "--------------------------------x--", "-------------------------x---------", "--------------x--------------------", "--------------------x--------------"]}, "config": {"height": 1, "num_operations": 18, "operations": [["right", 5], ["left", 26], ["right", 33], ["left", 13], ["right", 18], ["right", 29], ["left", 3], ["right", 12], ["right", 11], ["left", 28], ["left", 12], ["left", 34], ["left", 8], ["left", 2], ["left", 7], ["right", 24], ["right", 6], ["left", 16]], "width": 35}, "task_name": "task22", "example_name": "0166", "problem_name": "task22_0166"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------------------------x-----------\nOperations: [\n (right, 36),\n (right, 40),\n (left, 2),\n (left, 30),\n (left, 11),\n (left, 27),\n (left, 14),\n (right, 10),\n (left, 16),\n (right, 22),\n (left, 13),\n (left, 38),\n (left, 33),\n (left, 2),\n (right, 9),\n (right, 9),\n (right, 32),\n (right, 32)\n]\n", "label": {"final": "--------------------------------x-------", "init": "----------------------------x-----------", "intermediate": ["------------------------x---------------", "------------------------x---------------", "----------------------x-----------------", "--------------------------------x-------", "---------------------x------------------", "----------------------------------x-----", "--------------------x-------------------", "------------------------------x---------", "--------------x-------------------------", "------------------------------------x---", "-----------------------x----------------", "-------------------------x--------------", "--------------------------------x-------", "------------------------------x---------", "---------------------------------------x", "--------x-------------------------------", "x---------------------------------------"]}, "config": {"height": 1, "num_operations": 18, "operations": [["right", 36], ["right", 40], ["left", 2], ["left", 30], ["left", 11], ["left", 27], ["left", 14], ["right", 10], ["left", 16], ["right", 22], ["left", 13], ["left", 38], ["left", 33], ["left", 2], ["right", 9], ["right", 9], ["right", 32], ["right", 32]], "width": 40}, "task_name": "task22", "example_name": "0167", "problem_name": "task22_0167"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------------------x---------------------\nOperations: [\n (left, 31),\n (right, 15),\n (right, 9),\n (left, 43),\n (right, 11),\n (left, 11),\n (right, 41),\n (right, 25),\n (left, 22),\n (right, 42),\n (left, 41),\n (right, 37),\n (right, 2),\n (right, 1),\n (left, 22),\n (left, 10),\n (left, 18),\n (right, 34)\n]\n", "label": {"final": "------------------------------------------x--", "init": "-----------------------x---------------------", "intermediate": ["-------------------------------------x-------", "-------x-------------------------------------", "----------------x----------------------------", "------------------x--------------------------", "-----------------------------x---------------", "------------------x--------------------------", "--------------x------------------------------", "---------------------------------------x-----", "-----------------x---------------------------", "--------------x------------------------------", "------------------x--------------------------", "----------x----------------------------------", "------------x--------------------------------", "-------------x-------------------------------", "------------------------------------x--------", "--------------------------x------------------", "--------x------------------------------------"]}, "config": {"height": 1, "num_operations": 18, "operations": [["left", 31], ["right", 15], ["right", 9], ["left", 43], ["right", 11], ["left", 11], ["right", 41], ["right", 25], ["left", 22], ["right", 42], ["left", 41], ["right", 37], ["right", 2], ["right", 1], ["left", 22], ["left", 10], ["left", 18], ["right", 34]], "width": 45}, "task_name": "task22", "example_name": "0168", "problem_name": "task22_0168"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------------------------------x--------------\nOperations: [\n (left, 2),\n (left, 11),\n (left, 20),\n (right, 6),\n (right, 42),\n (left, 47),\n (right, 26),\n (right, 31),\n (left, 12),\n (left, 10),\n (left, 41),\n (left, 21),\n (right, 39),\n (left, 1),\n (left, 25),\n (left, 24),\n (left, 4),\n (right, 12)\n]\n", "label": {"final": "-----------------------x--------------------------", "init": "-----------------------------------x--------------", "intermediate": ["---------------------------------x----------------", "----------------------x---------------------------", "--x-----------------------------------------------", "--------x-----------------------------------------", "x-------------------------------------------------", "---x----------------------------------------------", "-----------------------------x--------------------", "----------x---------------------------------------", "------------------------------------------------x-", "--------------------------------------x-----------", "-----------------------------------------------x--", "--------------------------x-----------------------", "---------------x----------------------------------", "--------------x-----------------------------------", "---------------------------------------x----------", "---------------x----------------------------------", "-----------x--------------------------------------"]}, "config": {"height": 1, "num_operations": 18, "operations": [["left", 2], ["left", 11], ["left", 20], ["right", 6], ["right", 42], ["left", 47], ["right", 26], ["right", 31], ["left", 12], ["left", 10], ["left", 41], ["left", 21], ["right", 39], ["left", 1], ["left", 25], ["left", 24], ["left", 4], ["right", 12]], "width": 50}, "task_name": "task22", "example_name": "0169", "problem_name": "task22_0169"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x---\nOperations: [\n (right, 3),\n (left, 3),\n (right, 1),\n (left, 5),\n (left, 3),\n (right, 4),\n (left, 4),\n (left, 4),\n (right, 1),\n (right, 2),\n (left, 1),\n (left, 3),\n (right, 3),\n (right, 3),\n (left, 4),\n (right, 4),\n (right, 2),\n (right, 5),\n (right, 1)\n]\n", "label": {"final": "---x-", "init": "-x---", "intermediate": ["----x", "-x---", "--x--", "--x--", "----x", "---x-", "----x", "x----", "-x---", "---x-", "--x--", "----x", "--x--", "x----", "-x---", "x----", "--x--", "--x--"]}, "config": {"height": 1, "num_operations": 19, "operations": [["right", 3], ["left", 3], ["right", 1], ["left", 5], ["left", 3], ["right", 4], ["left", 4], ["left", 4], ["right", 1], ["right", 2], ["left", 1], ["left", 3], ["right", 3], ["right", 3], ["left", 4], ["right", 4], ["right", 2], ["right", 5], ["right", 1]], "width": 5}, "task_name": "task22", "example_name": "0170", "problem_name": "task22_0170"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---x------\nOperations: [\n (right, 4),\n (right, 4),\n (left, 2),\n (right, 1),\n (left, 2),\n (left, 5),\n (right, 8),\n (right, 8),\n (left, 7),\n (right, 6),\n (left, 4),\n (left, 10),\n (right, 6),\n (right, 1),\n (left, 2),\n (right, 7),\n (right, 5),\n (right, 8),\n (left, 10)\n]\n", "label": {"final": "---------x", "init": "---x------", "intermediate": ["-------x--", "-x--------", "---------x", "x---------", "--------x-", "---x------", "-x--------", "---------x", "--x-------", "--------x-", "----x-----", "----x-----", "x---------", "-x--------", "---------x", "------x---", "-x--------", "---------x"]}, "config": {"height": 1, "num_operations": 19, "operations": [["right", 4], ["right", 4], ["left", 2], ["right", 1], ["left", 2], ["left", 5], ["right", 8], ["right", 8], ["left", 7], ["right", 6], ["left", 4], ["left", 10], ["right", 6], ["right", 1], ["left", 2], ["right", 7], ["right", 5], ["right", 8], ["left", 10]], "width": 10}, "task_name": "task22", "example_name": "0171", "problem_name": "task22_0171"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---x-----------\nOperations: [\n (right, 10),\n (right, 2),\n (right, 14),\n (right, 12),\n (right, 9),\n (right, 4),\n (right, 5),\n (right, 14),\n (left, 14),\n (left, 14),\n (right, 7),\n (right, 10),\n (right, 4),\n (left, 3),\n (left, 4),\n (left, 5),\n (right, 4),\n (left, 14),\n (right, 4)\n]\n", "label": {"final": "---x-----------", "init": "---x-----------", "intermediate": ["-------------x-", "x--------------", "--------------x", "-----------x---", "-----x---------", "---------x-----", "--------------x", "-------------x-", "--------------x", "x--------------", "-------x-------", "--x------------", "------x--------", "---x-----------", "--------------x", "---------x-----", "-------------x-", "--------------x"]}, "config": {"height": 1, "num_operations": 19, "operations": [["right", 10], ["right", 2], ["right", 14], ["right", 12], ["right", 9], ["right", 4], ["right", 5], ["right", 14], ["left", 14], ["left", 14], ["right", 7], ["right", 10], ["right", 4], ["left", 3], ["left", 4], ["left", 5], ["right", 4], ["left", 14], ["right", 4]], "width": 15}, "task_name": "task22", "example_name": "0172", "problem_name": "task22_0172"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------x-------------\nOperations: [\n (right, 10),\n (right, 9),\n (right, 1),\n (left, 16),\n (left, 9),\n (right, 13),\n (right, 13),\n (left, 18),\n (left, 13),\n (right, 3),\n (right, 8),\n (right, 19),\n (right, 7),\n (right, 6),\n (left, 14),\n (left, 17),\n (right, 19),\n (right, 18),\n (left, 4)\n]\n", "label": {"final": "-x------------------", "init": "------x-------------", "intermediate": ["----------------x---", "-----x--------------", "------x-------------", "----------x---------", "-x------------------", "--------------x-----", "-------x------------", "---------x----------", "----------------x---", "-------------------x", "-------x------------", "------x-------------", "-------------x------", "-------------------x", "-----x--------------", "--------x-----------", "-------x------------", "-----x--------------"]}, "config": {"height": 1, "num_operations": 19, "operations": [["right", 10], ["right", 9], ["right", 1], ["left", 16], ["left", 9], ["right", 13], ["right", 13], ["left", 18], ["left", 13], ["right", 3], ["right", 8], ["right", 19], ["right", 7], ["right", 6], ["left", 14], ["left", 17], ["right", 19], ["right", 18], ["left", 4]], "width": 20}, "task_name": "task22", "example_name": "0173", "problem_name": "task22_0173"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------------------x--\nOperations: [\n (left, 17),\n (right, 3),\n (left, 9),\n (right, 1),\n (left, 13),\n (left, 23),\n (left, 20),\n (left, 19),\n (right, 23),\n (left, 11),\n (left, 19),\n (left, 18),\n (right, 13),\n (right, 14),\n (right, 7),\n (left, 1),\n (left, 12),\n (right, 9),\n (left, 11)\n]\n", "label": {"final": "-------------------x-----", "init": "----------------------x--", "intermediate": ["-----x-------------------", "--------x----------------", "------------------------x", "x------------------------", "------------x------------", "--------------x----------", "-------------------x-----", "x------------------------", "-----------------------x-", "------------x------------", "------------------x------", "x------------------------", "-------------x-----------", "--x----------------------", "---------x---------------", "--------x----------------", "---------------------x---", "-----x-------------------"]}, "config": {"height": 1, "num_operations": 19, "operations": [["left", 17], ["right", 3], ["left", 9], ["right", 1], ["left", 13], ["left", 23], ["left", 20], ["left", 19], ["right", 23], ["left", 11], ["left", 19], ["left", 18], ["right", 13], ["right", 14], ["right", 7], ["left", 1], ["left", 12], ["right", 9], ["left", 11]], "width": 25}, "task_name": "task22", "example_name": "0174", "problem_name": "task22_0174"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------------------x------\nOperations: [\n (left, 30),\n (right, 20),\n (left, 2),\n (left, 1),\n (right, 21),\n (right, 6),\n (left, 9),\n (left, 6),\n (right, 30),\n (left, 23),\n (right, 22),\n (right, 8),\n (right, 23),\n (right, 17),\n (left, 18),\n (right, 7),\n (left, 12),\n (left, 23),\n (right, 18)\n]\n", "label": {"final": "-----------x------------------", "init": "-----------------------x------", "intermediate": ["-----------------------x------", "-------------x----------------", "-----------x------------------", "----------x-------------------", "-x----------------------------", "-------x----------------------", "----------------------------x-", "----------------------x-------", "----------------------x-------", "-----------------------------x", "---------------------x--------", "-----------------------------x", "----------------------x-------", "---------x--------------------", "---------------------x--------", "----------------------------x-", "----------------x-------------", "-----------------------x------"]}, "config": {"height": 1, "num_operations": 19, "operations": [["left", 30], ["right", 20], ["left", 2], ["left", 1], ["right", 21], ["right", 6], ["left", 9], ["left", 6], ["right", 30], ["left", 23], ["right", 22], ["right", 8], ["right", 23], ["right", 17], ["left", 18], ["right", 7], ["left", 12], ["left", 23], ["right", 18]], "width": 30}, "task_name": "task22", "example_name": "0175", "problem_name": "task22_0175"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------x-------------------------\nOperations: [\n (right, 34),\n (left, 34),\n (left, 5),\n (right, 14),\n (right, 31),\n (left, 15),\n (left, 25),\n (left, 10),\n (right, 13),\n (right, 32),\n (right, 7),\n (right, 9),\n (left, 33),\n (left, 28),\n (left, 17),\n (left, 16),\n (left, 1),\n (left, 4),\n (left, 31)\n]\n", "label": {"final": "x----------------------------------", "init": "---------x-------------------------", "intermediate": ["--------x--------------------------", "---------x-------------------------", "----x------------------------------", "------------------x----------------", "--------------x--------------------", "----------------------------------x", "---------x-------------------------", "----------------------------------x", "------------x----------------------", "---------x-------------------------", "----------------x------------------", "-------------------------x---------", "---------------------------x-------", "----------------------------------x", "-----------------x-----------------", "-x---------------------------------", "x----------------------------------", "-------------------------------x---"]}, "config": {"height": 1, "num_operations": 19, "operations": [["right", 34], ["left", 34], ["left", 5], ["right", 14], ["right", 31], ["left", 15], ["left", 25], ["left", 10], ["right", 13], ["right", 32], ["right", 7], ["right", 9], ["left", 33], ["left", 28], ["left", 17], ["left", 16], ["left", 1], ["left", 4], ["left", 31]], "width": 35}, "task_name": "task22", "example_name": "0176", "problem_name": "task22_0176"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------x----------------------------\nOperations: [\n (left, 1),\n (left, 14),\n (left, 4),\n (right, 23),\n (left, 4),\n (right, 34),\n (left, 31),\n (right, 5),\n (left, 22),\n (left, 33),\n (right, 27),\n (right, 24),\n (left, 25),\n (right, 13),\n (left, 24),\n (left, 39),\n (right, 3),\n (left, 27),\n (right, 34)\n]\n", "label": {"final": "------------------------------x---------", "init": "-----------x----------------------------", "intermediate": ["----------x-----------------------------", "------------------------------------x---", "--------------------------------x-------", "---------------x------------------------", "-----------x----------------------------", "-----x----------------------------------", "--------------x-------------------------", "-------------------x--------------------", "-------------------------------------x--", "----x-----------------------------------", "-------------------------------x--------", "---------------x------------------------", "------------------------------x---------", "---x------------------------------------", "-------------------x--------------------", "--------------------x-------------------", "-----------------------x----------------", "------------------------------------x---"]}, "config": {"height": 1, "num_operations": 19, "operations": [["left", 1], ["left", 14], ["left", 4], ["right", 23], ["left", 4], ["right", 34], ["left", 31], ["right", 5], ["left", 22], ["left", 33], ["right", 27], ["right", 24], ["left", 25], ["right", 13], ["left", 24], ["left", 39], ["right", 3], ["left", 27], ["right", 34]], "width": 40}, "task_name": "task22", "example_name": "0177", "problem_name": "task22_0177"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------x--------------------------------------\nOperations: [\n (left, 42),\n (left, 6),\n (left, 12),\n (left, 10),\n (right, 29),\n (right, 32),\n (left, 27),\n (right, 35),\n (left, 4),\n (left, 35),\n (left, 29),\n (left, 28),\n (right, 33),\n (right, 19),\n (right, 30),\n (left, 21),\n (right, 32),\n (right, 33),\n (right, 13)\n]\n", "label": {"final": "---x-----------------------------------------", "init": "------x--------------------------------------", "intermediate": ["---------x-----------------------------------", "---x-----------------------------------------", "------------------------------------x--------", "--------------------------x------------------", "----------x----------------------------------", "------------------------------------------x--", "---------------x-----------------------------", "-----x---------------------------------------", "-x-------------------------------------------", "-----------x---------------------------------", "---------------------------x-----------------", "--------------------------------------------x", "--------------------------------x------------", "------x--------------------------------------", "------------------------------------x--------", "---------------x-----------------------------", "--x------------------------------------------", "-----------------------------------x---------"]}, "config": {"height": 1, "num_operations": 19, "operations": [["left", 42], ["left", 6], ["left", 12], ["left", 10], ["right", 29], ["right", 32], ["left", 27], ["right", 35], ["left", 4], ["left", 35], ["left", 29], ["left", 28], ["right", 33], ["right", 19], ["right", 30], ["left", 21], ["right", 32], ["right", 33], ["right", 13]], "width": 45}, "task_name": "task22", "example_name": "0178", "problem_name": "task22_0178"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------------------------x----------------\nOperations: [\n (left, 35),\n (left, 10),\n (right, 36),\n (right, 43),\n (left, 14),\n (right, 39),\n (left, 36),\n (right, 13),\n (left, 22),\n (left, 34),\n (left, 37),\n (right, 49),\n (left, 24),\n (left, 13),\n (right, 38),\n (right, 39),\n (left, 39),\n (left, 48),\n (left, 2)\n]\n", "label": {"final": "--------------------------x-----------------------", "init": "---------------------------------x----------------", "intermediate": ["------------------------------------------------x-", "--------------------------------------x-----------", "------------------------x-------------------------", "-----------------x--------------------------------", "---x----------------------------------------------", "------------------------------------------x-------", "------x-------------------------------------------", "-------------------x------------------------------", "-----------------------------------------------x--", "-------------x------------------------------------", "--------------------------x-----------------------", "-------------------------x------------------------", "-x------------------------------------------------", "--------------------------------------x-----------", "--------------------------x-----------------------", "---------------x----------------------------------", "--------------------------x-----------------------", "----------------------------x---------------------"]}, "config": {"height": 1, "num_operations": 19, "operations": [["left", 35], ["left", 10], ["right", 36], ["right", 43], ["left", 14], ["right", 39], ["left", 36], ["right", 13], ["left", 22], ["left", 34], ["left", 37], ["right", 49], ["left", 24], ["left", 13], ["right", 38], ["right", 39], ["left", 39], ["left", 48], ["left", 2]], "width": 50}, "task_name": "task22", "example_name": "0179", "problem_name": "task22_0179"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x---\nOperations: [\n (right, 3),\n (left, 4),\n (left, 1),\n (right, 3),\n (left, 4),\n (left, 5),\n (left, 3),\n (left, 1),\n (right, 3),\n (right, 3),\n (right, 4),\n (left, 5),\n (right, 5),\n (right, 3),\n (right, 3),\n (right, 4),\n (left, 3),\n (right, 4),\n (left, 2),\n (left, 3)\n]\n", "label": {"final": "x----", "init": "-x---", "intermediate": ["----x", "x----", "----x", "--x--", "---x-", "---x-", "x----", "----x", "--x--", "x----", "----x", "----x", "----x", "--x--", "x----", "----x", "-x---", "x----", "---x-"]}, "config": {"height": 1, "num_operations": 20, "operations": [["right", 3], ["left", 4], ["left", 1], ["right", 3], ["left", 4], ["left", 5], ["left", 3], ["left", 1], ["right", 3], ["right", 3], ["right", 4], ["left", 5], ["right", 5], ["right", 3], ["right", 3], ["right", 4], ["left", 3], ["right", 4], ["left", 2], ["left", 3]], "width": 5}, "task_name": "task22", "example_name": "0180", "problem_name": "task22_0180"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\nx---------\nOperations: [\n (right, 1),\n (right, 3),\n (left, 7),\n (left, 1),\n (right, 10),\n (left, 1),\n (left, 5),\n (right, 3),\n (right, 8),\n (left, 10),\n (right, 3),\n (left, 1),\n (right, 7),\n (right, 9),\n (right, 3),\n (right, 8),\n (left, 8),\n (right, 3),\n (right, 9),\n (right, 2)\n]\n", "label": {"final": "------x---", "init": "x---------", "intermediate": ["-x--------", "----x-----", "-------x--", "------x---", "------x---", "-----x----", "x---------", "---x------", "-x--------", "-x--------", "----x-----", "---x------", "x---------", "---------x", "--x-------", "x---------", "--x-------", "-----x----", "----x-----"]}, "config": {"height": 1, "num_operations": 20, "operations": [["right", 1], ["right", 3], ["left", 7], ["left", 1], ["right", 10], ["left", 1], ["left", 5], ["right", 3], ["right", 8], ["left", 10], ["right", 3], ["left", 1], ["right", 7], ["right", 9], ["right", 3], ["right", 8], ["left", 8], ["right", 3], ["right", 9], ["right", 2]], "width": 10}, "task_name": "task22", "example_name": "0181", "problem_name": "task22_0181"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---x-----------\nOperations: [\n (left, 12),\n (right, 14),\n (left, 7),\n (left, 6),\n (right, 11),\n (right, 11),\n (right, 3),\n (right, 5),\n (right, 15),\n (right, 13),\n (left, 4),\n (left, 10),\n (left, 2),\n (right, 4),\n (right, 7),\n (right, 15),\n (left, 9),\n (left, 4),\n (left, 12),\n (right, 1)\n]\n", "label": {"final": "------x--------", "init": "---x-----------", "intermediate": ["------x--------", "-----x---------", "-------------x-", "-------x-------", "---x-----------", "--------------x", "--x------------", "-------x-------", "-------x-------", "-----x---------", "-x-------------", "------x--------", "----x----------", "--------x------", "x--------------", "x--------------", "------x--------", "--x------------", "-----x---------"]}, "config": {"height": 1, "num_operations": 20, "operations": [["left", 12], ["right", 14], ["left", 7], ["left", 6], ["right", 11], ["right", 11], ["right", 3], ["right", 5], ["right", 15], ["right", 13], ["left", 4], ["left", 10], ["left", 2], ["right", 4], ["right", 7], ["right", 15], ["left", 9], ["left", 4], ["left", 12], ["right", 1]], "width": 15}, "task_name": "task22", "example_name": "0182", "problem_name": "task22_0182"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------x----\nOperations: [\n (right, 8),\n (right, 3),\n (left, 10),\n (right, 14),\n (left, 17),\n (left, 3),\n (left, 14),\n (right, 3),\n (right, 18),\n (left, 16),\n (right, 20),\n (left, 19),\n (right, 19),\n (left, 4),\n (right, 14),\n (left, 5),\n (left, 13),\n (right, 3),\n (right, 9),\n (left, 10)\n]\n", "label": {"final": "---------------x----", "init": "---------------x----", "intermediate": ["---x----------------", "------x-------------", "----------------x---", "----------x---------", "-------------x------", "----------x---------", "----------------x---", "-------------------x", "-----------------x--", "-x------------------", "-x------------------", "--x-----------------", "-x------------------", "-----------------x--", "-----------x--------", "------x-------------", "-------------x------", "----------------x---", "-----x--------------"]}, "config": {"height": 1, "num_operations": 20, "operations": [["right", 8], ["right", 3], ["left", 10], ["right", 14], ["left", 17], ["left", 3], ["left", 14], ["right", 3], ["right", 18], ["left", 16], ["right", 20], ["left", 19], ["right", 19], ["left", 4], ["right", 14], ["left", 5], ["left", 13], ["right", 3], ["right", 9], ["left", 10]], "width": 20}, "task_name": "task22", "example_name": "0183", "problem_name": "task22_0183"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------------x---\nOperations: [\n (right, 17),\n (left, 3),\n (right, 9),\n (left, 12),\n (left, 15),\n (left, 14),\n (right, 5),\n (right, 25),\n (left, 6),\n (right, 6),\n (left, 17),\n (right, 2),\n (right, 17),\n (right, 14),\n (right, 4),\n (left, 10),\n (left, 8),\n (left, 15),\n (right, 24),\n (left, 1)\n]\n", "label": {"final": "------------------x------", "init": "---------------------x---", "intermediate": ["-------------x-----------", "----------x--------------", "-------------------x-----", "-------x-----------------", "-----------------x-------", "---x---------------------", "--------x----------------", "--------x----------------", "--x----------------------", "--------x----------------", "----------------x--------", "------------------x------", "----------x--------------", "------------------------x", "---x---------------------", "------------------x------", "----------x--------------", "--------------------x----", "-------------------x-----"]}, "config": {"height": 1, "num_operations": 20, "operations": [["right", 17], ["left", 3], ["right", 9], ["left", 12], ["left", 15], ["left", 14], ["right", 5], ["right", 25], ["left", 6], ["right", 6], ["left", 17], ["right", 2], ["right", 17], ["right", 14], ["right", 4], ["left", 10], ["left", 8], ["left", 15], ["right", 24], ["left", 1]], "width": 25}, "task_name": "task22", "example_name": "0184", "problem_name": "task22_0184"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------------------------x---\nOperations: [\n (right, 11),\n (left, 4),\n (left, 26),\n (right, 25),\n (left, 18),\n (left, 24),\n (right, 7),\n (left, 13),\n (right, 29),\n (left, 18),\n (right, 15),\n (left, 11),\n (right, 1),\n (right, 13),\n (left, 5),\n (left, 21),\n (left, 15),\n (left, 1),\n (right, 23),\n (left, 18)\n]\n", "label": {"final": "------x-----------------------", "init": "--------------------------x---", "intermediate": ["-------x----------------------", "---x--------------------------", "-------x----------------------", "--x---------------------------", "--------------x---------------", "--------------------x---------", "---------------------------x--", "--------------x---------------", "-------------x----------------", "-------------------------x----", "----------x-------------------", "-----------------------------x", "x-----------------------------", "-------------x----------------", "--------x---------------------", "-----------------x------------", "--x---------------------------", "-x----------------------------", "------------------------x-----"]}, "config": {"height": 1, "num_operations": 20, "operations": [["right", 11], ["left", 4], ["left", 26], ["right", 25], ["left", 18], ["left", 24], ["right", 7], ["left", 13], ["right", 29], ["left", 18], ["right", 15], ["left", 11], ["right", 1], ["right", 13], ["left", 5], ["left", 21], ["left", 15], ["left", 1], ["right", 23], ["left", 18]], "width": 30}, "task_name": "task22", "example_name": "0185", "problem_name": "task22_0185"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------------------------------x--\nOperations: [\n (right, 30),\n (left, 30),\n (left, 19),\n (right, 20),\n (right, 31),\n (left, 15),\n (right, 2),\n (left, 14),\n (right, 12),\n (left, 20),\n (left, 29),\n (right, 5),\n (right, 26),\n (right, 10),\n (right, 9),\n (right, 11),\n (left, 20),\n (left, 17),\n (right, 26),\n (left, 33)\n]\n", "label": {"final": "-----------------x-----------------", "init": "--------------------------------x--", "intermediate": ["---------------------------x-------", "--------------------------------x--", "-------------x---------------------", "---------------------------------x-", "-----------------------------x-----", "--------------x--------------------", "----------------x------------------", "--x--------------------------------", "--------------x--------------------", "-----------------------------x-----", "x----------------------------------", "-----x-----------------------------", "-------------------------------x---", "------x----------------------------", "---------------x-------------------", "--------------------------x--------", "------x----------------------------", "------------------------x----------", "---------------x-------------------"]}, "config": {"height": 1, "num_operations": 20, "operations": [["right", 30], ["left", 30], ["left", 19], ["right", 20], ["right", 31], ["left", 15], ["right", 2], ["left", 14], ["right", 12], ["left", 20], ["left", 29], ["right", 5], ["right", 26], ["right", 10], ["right", 9], ["right", 11], ["left", 20], ["left", 17], ["right", 26], ["left", 33]], "width": 35}, "task_name": "task22", "example_name": "0186", "problem_name": "task22_0186"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------x--------------------------------\nOperations: [\n (right, 3),\n (right, 37),\n (right, 2),\n (left, 5),\n (left, 21),\n (left, 28),\n (left, 37),\n (right, 29),\n (left, 4),\n (right, 11),\n (right, 34),\n (right, 27),\n (right, 8),\n (right, 38),\n (right, 6),\n (left, 4),\n (right, 14),\n (right, 3),\n (right, 7),\n (left, 17)\n]\n", "label": {"final": "------------------------------x---------", "init": "-------x--------------------------------", "intermediate": ["----------x-----------------------------", "-------x--------------------------------", "---------x------------------------------", "----x-----------------------------------", "-----------------------x----------------", "-----------------------------------x----", "--------------------------------------x-", "---------------------------x------------", "-----------------------x----------------", "----------------------------------x-----", "----------------------------x-----------", "---------------x------------------------", "-----------------------x----------------", "---------------------x------------------", "---------------------------x------------", "-----------------------x----------------", "-------------------------------------x--", "x---------------------------------------", "-------x--------------------------------"]}, "config": {"height": 1, "num_operations": 20, "operations": [["right", 3], ["right", 37], ["right", 2], ["left", 5], ["left", 21], ["left", 28], ["left", 37], ["right", 29], ["left", 4], ["right", 11], ["right", 34], ["right", 27], ["right", 8], ["right", 38], ["right", 6], ["left", 4], ["right", 14], ["right", 3], ["right", 7], ["left", 17]], "width": 40}, "task_name": "task22", "example_name": "0187", "problem_name": "task22_0187"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------------x-----------------------\nOperations: [\n (right, 35),\n (left, 17),\n (right, 6),\n (left, 30),\n (left, 29),\n (right, 34),\n (left, 37),\n (left, 45),\n (right, 17),\n (left, 40),\n (left, 42),\n (right, 24),\n (left, 14),\n (left, 24),\n (right, 12),\n (right, 38),\n (left, 39),\n (right, 12),\n (left, 33),\n (right, 25)\n]\n", "label": {"final": "---------x-----------------------------------", "init": "---------------------x-----------------------", "intermediate": ["-----------x---------------------------------", "---------------------------------------x-----", "x--------------------------------------------", "---------------x-----------------------------", "-------------------------------x-------------", "--------------------x------------------------", "----------------------------x----------------", "----------------------------x----------------", "x--------------------------------------------", "-----x---------------------------------------", "--------x------------------------------------", "--------------------------------x------------", "------------------x--------------------------", "---------------------------------------x-----", "------x--------------------------------------", "--------------------------------------------x", "-----x---------------------------------------", "-----------------x---------------------------", "-----------------------------x---------------"]}, "config": {"height": 1, "num_operations": 20, "operations": [["right", 35], ["left", 17], ["right", 6], ["left", 30], ["left", 29], ["right", 34], ["left", 37], ["left", 45], ["right", 17], ["left", 40], ["left", 42], ["right", 24], ["left", 14], ["left", 24], ["right", 12], ["right", 38], ["left", 39], ["right", 12], ["left", 33], ["right", 25]], "width": 45}, "task_name": "task22", "example_name": "0188", "problem_name": "task22_0188"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------x-------------------------------------\nOperations: [\n (right, 8),\n (left, 20),\n (left, 4),\n (right, 10),\n (right, 40),\n (left, 6),\n (right, 28),\n (right, 47),\n (right, 44),\n (left, 16),\n (left, 48),\n (left, 11),\n (left, 36),\n (right, 25),\n (left, 9),\n (right, 13),\n (right, 10),\n (left, 29),\n (right, 42),\n (right, 50)\n]\n", "label": {"final": "x-------------------------------------------------", "init": "------------x-------------------------------------", "intermediate": ["--------------------x-----------------------------", "x-------------------------------------------------", "----------------------------------------------x---", "------x-------------------------------------------", "----------------------------------------------x---", "----------------------------------------x---------", "------------------x-------------------------------", "---------------x----------------------------------", "---------x----------------------------------------", "-------------------------------------------x------", "---------------------------------------------x----", "----------------------------------x---------------", "------------------------------------------------x-", "-----------------------x--------------------------", "--------------x-----------------------------------", "---------------------------x----------------------", "-------------------------------------x------------", "--------x-----------------------------------------", "x-------------------------------------------------"]}, "config": {"height": 1, "num_operations": 20, "operations": [["right", 8], ["left", 20], ["left", 4], ["right", 10], ["right", 40], ["left", 6], ["right", 28], ["right", 47], ["right", 44], ["left", 16], ["left", 48], ["left", 11], ["left", 36], ["right", 25], ["left", 9], ["right", 13], ["right", 10], ["left", 29], ["right", 42], ["right", 50]], "width": 50}, "task_name": "task22", "example_name": "0189", "problem_name": "task22_0189"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x---\nOperations: [\n (left, 4),\n (right, 4),\n (left, 5),\n (left, 1),\n (left, 5),\n (left, 3),\n (right, 2),\n (right, 4),\n (left, 2),\n (left, 3),\n (left, 2),\n (right, 5),\n (left, 2),\n (right, 5),\n (left, 3),\n (left, 4),\n (left, 4),\n (right, 4),\n (left, 5),\n (left, 1),\n (right, 2)\n]\n", "label": {"final": "---x-", "init": "-x---", "intermediate": ["--x--", "-x---", "-x---", "x----", "x----", "--x--", "----x", "---x-", "-x---", "---x-", "-x---", "-x---", "----x", "----x", "-x---", "--x--", "---x-", "--x--", "--x--", "-x---"]}, "config": {"height": 1, "num_operations": 21, "operations": [["left", 4], ["right", 4], ["left", 5], ["left", 1], ["left", 5], ["left", 3], ["right", 2], ["right", 4], ["left", 2], ["left", 3], ["left", 2], ["right", 5], ["left", 2], ["right", 5], ["left", 3], ["left", 4], ["left", 4], ["right", 4], ["left", 5], ["left", 1], ["right", 2]], "width": 5}, "task_name": "task22", "example_name": "0190", "problem_name": "task22_0190"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------x---\nOperations: [\n (right, 9),\n (left, 3),\n (right, 3),\n (right, 10),\n (right, 9),\n (right, 6),\n (right, 7),\n (right, 4),\n (right, 1),\n (right, 5),\n (left, 3),\n (left, 4),\n (left, 9),\n (right, 6),\n (left, 10),\n (left, 7),\n (right, 7),\n (left, 1),\n (right, 8),\n (left, 10),\n (left, 5)\n]\n", "label": {"final": "---------x", "init": "------x---", "intermediate": ["-----x----", "--x-------", "-----x----", "-----x----", "----x-----", "x---------", "-------x--", "-x--------", "--x-------", "-------x--", "----x-----", "x---------", "-x--------", "-------x--", "-------x--", "x---------", "-------x--", "------x---", "----x-----", "----x-----"]}, "config": {"height": 1, "num_operations": 21, "operations": [["right", 9], ["left", 3], ["right", 3], ["right", 10], ["right", 9], ["right", 6], ["right", 7], ["right", 4], ["right", 1], ["right", 5], ["left", 3], ["left", 4], ["left", 9], ["right", 6], ["left", 10], ["left", 7], ["right", 7], ["left", 1], ["right", 8], ["left", 10], ["left", 5]], "width": 10}, "task_name": "task22", "example_name": "0191", "problem_name": "task22_0191"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x-------------\nOperations: [\n (left, 4),\n (right, 10),\n (right, 11),\n (left, 9),\n (left, 9),\n (left, 6),\n (right, 13),\n (left, 9),\n (right, 1),\n (left, 7),\n (left, 6),\n (right, 7),\n (right, 4),\n (left, 15),\n (left, 6),\n (right, 3),\n (left, 12),\n (left, 11),\n (left, 9),\n (right, 5),\n (right, 11)\n]\n", "label": {"final": "--------x------", "init": "-x-------------", "intermediate": ["------------x--", "-------x-------", "---x-----------", "---------x-----", "x--------------", "---------x-----", "-------x-------", "-------------x-", "--------------x", "-------x-------", "-x-------------", "--------x------", "------------x--", "------------x--", "------x--------", "---------x-----", "------------x--", "-x-------------", "-------x-------", "------------x--"]}, "config": {"height": 1, "num_operations": 21, "operations": [["left", 4], ["right", 10], ["right", 11], ["left", 9], ["left", 9], ["left", 6], ["right", 13], ["left", 9], ["right", 1], ["left", 7], ["left", 6], ["right", 7], ["right", 4], ["left", 15], ["left", 6], ["right", 3], ["left", 12], ["left", 11], ["left", 9], ["right", 5], ["right", 11]], "width": 15}, "task_name": "task22", "example_name": "0192", "problem_name": "task22_0192"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------------x--\nOperations: [\n (left, 6),\n (right, 18),\n (right, 20),\n (left, 11),\n (left, 11),\n (right, 3),\n (right, 20),\n (left, 6),\n (right, 16),\n (right, 13),\n (left, 17),\n (left, 8),\n (right, 3),\n (right, 9),\n (left, 18),\n (right, 1),\n (right, 6),\n (left, 4),\n (left, 5),\n (right, 4),\n (right, 9)\n]\n", "label": {"final": "-------------x------", "init": "-----------------x--", "intermediate": ["-----------x--------", "---------x----------", "---------x----------", "------------------x-", "-------x------------", "----------x---------", "----------x---------", "----x---------------", "x-------------------", "-------------x------", "----------------x---", "--------x-----------", "-----------x--------", "x-------------------", "--x-----------------", "---x----------------", "---------x----------", "-----x--------------", "x-------------------", "----x---------------"]}, "config": {"height": 1, "num_operations": 21, "operations": [["left", 6], ["right", 18], ["right", 20], ["left", 11], ["left", 11], ["right", 3], ["right", 20], ["left", 6], ["right", 16], ["right", 13], ["left", 17], ["left", 8], ["right", 3], ["right", 9], ["left", 18], ["right", 1], ["right", 6], ["left", 4], ["left", 5], ["right", 4], ["right", 9]], "width": 20}, "task_name": "task22", "example_name": "0193", "problem_name": "task22_0193"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------x-------------\nOperations: [\n (right, 2),\n (right, 3),\n (right, 17),\n (right, 15),\n (right, 2),\n (left, 4),\n (left, 14),\n (left, 10),\n (right, 18),\n (right, 12),\n (left, 12),\n (right, 24),\n (left, 15),\n (right, 18),\n (left, 9),\n (right, 9),\n (left, 25),\n (left, 6),\n (right, 23),\n (left, 8),\n (left, 11)\n]\n", "label": {"final": "---------------x---------", "init": "-----------x-------------", "intermediate": ["-------------x-----------", "----------------x--------", "--------x----------------", "-----------------------x-", "x------------------------", "---------------------x---", "-------x-----------------", "----------------------x--", "---------------x---------", "--x----------------------", "---------------x---------", "--------------x----------", "------------------------x", "-----------------x-------", "--------x----------------", "-----------------x-------", "-----------------x-------", "-----------x-------------", "---------x---------------", "-x-----------------------"]}, "config": {"height": 1, "num_operations": 21, "operations": [["right", 2], ["right", 3], ["right", 17], ["right", 15], ["right", 2], ["left", 4], ["left", 14], ["left", 10], ["right", 18], ["right", 12], ["left", 12], ["right", 24], ["left", 15], ["right", 18], ["left", 9], ["right", 9], ["left", 25], ["left", 6], ["right", 23], ["left", 8], ["left", 11]], "width": 25}, "task_name": "task22", "example_name": "0194", "problem_name": "task22_0194"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------------------------x-\nOperations: [\n (left, 30),\n (right, 15),\n (right, 11),\n (left, 24),\n (left, 7),\n (left, 19),\n (left, 28),\n (right, 9),\n (left, 4),\n (right, 7),\n (right, 4),\n (right, 2),\n (right, 16),\n (left, 30),\n (left, 3),\n (left, 25),\n (left, 1),\n (left, 21),\n (left, 27),\n (right, 7),\n (left, 1)\n]\n", "label": {"final": "-----------------------------x", "init": "----------------------------x-", "intermediate": ["----------------------------x-", "-------------x----------------", "------------------------x-----", "x-----------------------------", "-----------------------x------", "----x-------------------------", "------x-----------------------", "---------------x--------------", "-----------x------------------", "------------------x-----------", "----------------------x-------", "------------------------x-----", "----------x-------------------", "----------x-------------------", "-------x----------------------", "------------x-----------------", "-----------x------------------", "--------------------x---------", "-----------------------x------", "x-----------------------------"]}, "config": {"height": 1, "num_operations": 21, "operations": [["left", 30], ["right", 15], ["right", 11], ["left", 24], ["left", 7], ["left", 19], ["left", 28], ["right", 9], ["left", 4], ["right", 7], ["right", 4], ["right", 2], ["right", 16], ["left", 30], ["left", 3], ["left", 25], ["left", 1], ["left", 21], ["left", 27], ["right", 7], ["left", 1]], "width": 30}, "task_name": "task22", "example_name": "0195", "problem_name": "task22_0195"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------------x--------------------\nOperations: [\n (left, 30),\n (left, 4),\n (right, 18),\n (left, 6),\n (right, 20),\n (right, 21),\n (left, 23),\n (right, 26),\n (right, 22),\n (right, 1),\n (right, 24),\n (left, 23),\n (right, 26),\n (right, 7),\n (left, 28),\n (right, 23),\n (right, 23),\n (left, 18),\n (right, 33),\n (right, 6),\n (right, 31)\n]\n", "label": {"final": "-----------------------x-----------", "init": "--------------x--------------------", "intermediate": ["-------------------x---------------", "---------------x-------------------", "---------------------------------x-", "---------------------------x-------", "------------x----------------------", "---------------------------------x-", "----------x------------------------", "-x---------------------------------", "-----------------------x-----------", "------------------------x----------", "-------------x---------------------", "-------------------------x---------", "----------------x------------------", "-----------------------x-----------", "------------------------------x----", "------------------x----------------", "------x----------------------------", "-----------------------x-----------", "---------------------x-------------", "---------------------------x-------"]}, "config": {"height": 1, "num_operations": 21, "operations": [["left", 30], ["left", 4], ["right", 18], ["left", 6], ["right", 20], ["right", 21], ["left", 23], ["right", 26], ["right", 22], ["right", 1], ["right", 24], ["left", 23], ["right", 26], ["right", 7], ["left", 28], ["right", 23], ["right", 23], ["left", 18], ["right", 33], ["right", 6], ["right", 31]], "width": 35}, "task_name": "task22", "example_name": "0196", "problem_name": "task22_0196"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------------------------------x-------\nOperations: [\n (left, 12),\n (left, 21),\n (left, 6),\n (right, 14),\n (left, 21),\n (right, 33),\n (right, 13),\n (left, 29),\n (left, 14),\n (left, 16),\n (left, 2),\n (right, 24),\n (left, 4),\n (left, 22),\n (left, 16),\n (left, 40),\n (left, 22),\n (right, 7),\n (right, 24),\n (right, 28),\n (right, 27)\n]\n", "label": {"final": "-----------------x----------------------", "init": "--------------------------------x-------", "intermediate": ["--------------------x-------------------", "---------------------------------------x", "---------------------------------x------", "-------x--------------------------------", "--------------------------x-------------", "-------------------x--------------------", "--------------------------------x-------", "---x------------------------------------", "-----------------------------x----------", "-------------x--------------------------", "-----------x----------------------------", "-----------------------------------x----", "-------------------------------x--------", "---------x------------------------------", "---------------------------------x------", "---------------------------------x------", "-----------x----------------------------", "------------------x---------------------", "--x-------------------------------------", "------------------------------x---------"]}, "config": {"height": 1, "num_operations": 21, "operations": [["left", 12], ["left", 21], ["left", 6], ["right", 14], ["left", 21], ["right", 33], ["right", 13], ["left", 29], ["left", 14], ["left", 16], ["left", 2], ["right", 24], ["left", 4], ["left", 22], ["left", 16], ["left", 40], ["left", 22], ["right", 7], ["right", 24], ["right", 28], ["right", 27]], "width": 40}, "task_name": "task22", "example_name": "0197", "problem_name": "task22_0197"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x-------------------------------------------\nOperations: [\n (right, 32),\n (right, 30),\n (right, 38),\n (left, 13),\n (left, 44),\n (left, 25),\n (right, 9),\n (right, 33),\n (right, 19),\n (right, 35),\n (left, 36),\n (left, 8),\n (left, 37),\n (right, 11),\n (right, 33),\n (right, 20),\n (right, 22),\n (right, 44),\n (right, 20),\n (right, 38),\n (right, 35)\n]\n", "label": {"final": "--------------------------------x------------", "init": "-x-------------------------------------------", "intermediate": ["---------------------------------x-----------", "------------------x--------------------------", "-----------x---------------------------------", "-------------------------------------------x-", "--------------------------------------------x", "-------------------x-------------------------", "----------------------------x----------------", "----------------x----------------------------", "-----------------------------------x---------", "-------------------------x-------------------", "----------------------------------x----------", "--------------------------x------------------", "----------------------------------x----------", "x--------------------------------------------", "---------------------------------x-----------", "--------x------------------------------------", "------------------------------x--------------", "-----------------------------x---------------", "----x----------------------------------------", "------------------------------------------x--"]}, "config": {"height": 1, "num_operations": 21, "operations": [["right", 32], ["right", 30], ["right", 38], ["left", 13], ["left", 44], ["left", 25], ["right", 9], ["right", 33], ["right", 19], ["right", 35], ["left", 36], ["left", 8], ["left", 37], ["right", 11], ["right", 33], ["right", 20], ["right", 22], ["right", 44], ["right", 20], ["right", 38], ["right", 35]], "width": 45}, "task_name": "task22", "example_name": "0198", "problem_name": "task22_0198"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------------------------x-------------------\nOperations: [\n (right, 34),\n (left, 42),\n (right, 43),\n (right, 43),\n (left, 10),\n (left, 2),\n (left, 23),\n (left, 36),\n (left, 48),\n (right, 13),\n (right, 24),\n (right, 26),\n (left, 16),\n (right, 16),\n (left, 10),\n (right, 30),\n (left, 22),\n (right, 25),\n (right, 29),\n (left, 20),\n (left, 37)\n]\n", "label": {"final": "-----------------------------------------------x--", "init": "------------------------------x-------------------", "intermediate": ["--------------x-----------------------------------", "----------------------x---------------------------", "---------------x----------------------------------", "--------x-----------------------------------------", "------------------------------------------------x-", "----------------------------------------------x---", "-----------------------x--------------------------", "-------------------------------------x------------", "---------------------------------------x----------", "--x-----------------------------------------------", "--------------------------x-----------------------", "--x-----------------------------------------------", "------------------------------------x-------------", "--x-----------------------------------------------", "------------------------------------------x-------", "----------------------x---------------------------", "x-------------------------------------------------", "-------------------------x------------------------", "----x---------------------------------------------", "----------------------------------x---------------"]}, "config": {"height": 1, "num_operations": 21, "operations": [["right", 34], ["left", 42], ["right", 43], ["right", 43], ["left", 10], ["left", 2], ["left", 23], ["left", 36], ["left", 48], ["right", 13], ["right", 24], ["right", 26], ["left", 16], ["right", 16], ["left", 10], ["right", 30], ["left", 22], ["right", 25], ["right", 29], ["left", 20], ["left", 37]], "width": 50}, "task_name": "task22", "example_name": "0199", "problem_name": "task22_0199"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\nx----\nOperations: [\n (left, 3),\n (right, 4),\n (left, 1),\n (right, 4),\n (right, 5),\n (right, 3),\n (right, 2),\n (left, 2),\n (right, 5),\n (right, 3),\n (left, 5),\n (left, 3),\n (right, 2),\n (right, 5),\n (right, 4),\n (left, 3),\n (left, 2),\n (right, 4),\n (left, 5),\n (left, 3),\n (right, 5),\n (right, 4)\n]\n", "label": {"final": "---x-", "init": "x----", "intermediate": ["--x--", "-x---", "x----", "----x", "----x", "--x--", "----x", "--x--", "--x--", "x----", "x----", "--x--", "----x", "----x", "---x-", "x----", "---x-", "--x--", "--x--", "----x", "----x"]}, "config": {"height": 1, "num_operations": 22, "operations": [["left", 3], ["right", 4], ["left", 1], ["right", 4], ["right", 5], ["right", 3], ["right", 2], ["left", 2], ["right", 5], ["right", 3], ["left", 5], ["left", 3], ["right", 2], ["right", 5], ["right", 4], ["left", 3], ["left", 2], ["right", 4], ["left", 5], ["left", 3], ["right", 5], ["right", 4]], "width": 5}, "task_name": "task22", "example_name": "0200", "problem_name": "task22_0200"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----x----\nOperations: [\n (right, 6),\n (left, 2),\n (left, 1),\n (left, 1),\n (right, 1),\n (right, 2),\n (left, 7),\n (left, 6),\n (left, 8),\n (right, 3),\n (left, 2),\n (right, 2),\n (left, 6),\n (right, 3),\n (right, 1),\n (left, 1),\n (left, 9),\n (right, 10),\n (right, 5),\n (left, 9),\n (left, 7),\n (right, 7)\n]\n", "label": {"final": "------x---", "init": "-----x----", "intermediate": ["-x--------", "---------x", "--------x-", "-------x--", "--------x-", "x---------", "---x------", "-------x--", "---------x", "--x-------", "x---------", "--x-------", "------x---", "---------x", "x---------", "---------x", "x---------", "x---------", "-----x----", "------x---", "---------x"]}, "config": {"height": 1, "num_operations": 22, "operations": [["right", 6], ["left", 2], ["left", 1], ["left", 1], ["right", 1], ["right", 2], ["left", 7], ["left", 6], ["left", 8], ["right", 3], ["left", 2], ["right", 2], ["left", 6], ["right", 3], ["right", 1], ["left", 1], ["left", 9], ["right", 10], ["right", 5], ["left", 9], ["left", 7], ["right", 7]], "width": 10}, "task_name": "task22", "example_name": "0201", "problem_name": "task22_0201"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------x------\nOperations: [\n (left, 14),\n (right, 3),\n (left, 11),\n (right, 13),\n (left, 13),\n (left, 8),\n (right, 5),\n (left, 4),\n (left, 6),\n (left, 2),\n (right, 13),\n (right, 8),\n (right, 7),\n (left, 10),\n (right, 1),\n (left, 1),\n (left, 13),\n (right, 3),\n (left, 3),\n (right, 4),\n (right, 2),\n (left, 12)\n]\n", "label": {"final": "x--------------", "init": "--------x------", "intermediate": ["---------x-----", "------------x--", "-x-------------", "--------------x", "-x-------------", "--------x------", "-------------x-", "---------x-----", "---x-----------", "-x-------------", "--------------x", "-------x-------", "--------------x", "----x----------", "-----x---------", "----x----------", "------x--------", "---------x-----", "------x--------", "----------x----", "------------x--"]}, "config": {"height": 1, "num_operations": 22, "operations": [["left", 14], ["right", 3], ["left", 11], ["right", 13], ["left", 13], ["left", 8], ["right", 5], ["left", 4], ["left", 6], ["left", 2], ["right", 13], ["right", 8], ["right", 7], ["left", 10], ["right", 1], ["left", 1], ["left", 13], ["right", 3], ["left", 3], ["right", 4], ["right", 2], ["left", 12]], "width": 15}, "task_name": "task22", "example_name": "0202", "problem_name": "task22_0202"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------x--------\nOperations: [\n (left, 17),\n (right, 1),\n (left, 8),\n (right, 6),\n (left, 7),\n (left, 3),\n (right, 14),\n (right, 20),\n (right, 13),\n (left, 12),\n (right, 16),\n (right, 4),\n (left, 4),\n (right, 2),\n (left, 10),\n (right, 12),\n (right, 3),\n (left, 6),\n (left, 6),\n (left, 13),\n (right, 15),\n (right, 5)\n]\n", "label": {"final": "----------------x---", "init": "-----------x--------", "intermediate": ["--------------x-----", "---------------x----", "-------x------------", "-------------x------", "------x-------------", "---x----------------", "-----------------x--", "-----------------x--", "----------x---------", "------------------x-", "--------------x-----", "------------------x-", "--------------x-----", "----------------x---", "------x-------------", "------------------x-", "-x------------------", "---------------x----", "---------x----------", "----------------x---", "-----------x--------"]}, "config": {"height": 1, "num_operations": 22, "operations": [["left", 17], ["right", 1], ["left", 8], ["right", 6], ["left", 7], ["left", 3], ["right", 14], ["right", 20], ["right", 13], ["left", 12], ["right", 16], ["right", 4], ["left", 4], ["right", 2], ["left", 10], ["right", 12], ["right", 3], ["left", 6], ["left", 6], ["left", 13], ["right", 15], ["right", 5]], "width": 20}, "task_name": "task22", "example_name": "0203", "problem_name": "task22_0203"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----x--------------------\nOperations: [\n (left, 9),\n (right, 6),\n (left, 10),\n (right, 5),\n (left, 19),\n (right, 12),\n (right, 16),\n (right, 23),\n (right, 19),\n (right, 5),\n (right, 10),\n (right, 16),\n (left, 3),\n (right, 16),\n (left, 1),\n (left, 6),\n (left, 25),\n (right, 23),\n (right, 19),\n (left, 17),\n (left, 5),\n (left, 20)\n]\n", "label": {"final": "---------x---------------", "init": "----x--------------------", "intermediate": ["--------------------x----", "-x-----------------------", "----------------x--------", "---------------------x---", "--x----------------------", "--------------x----------", "-----x-------------------", "---x---------------------", "----------------------x--", "--x----------------------", "------------x------------", "---x---------------------", "x------------------------", "----------------x--------", "---------------x---------", "---------x---------------", "---------x---------------", "-------x-----------------", "-x-----------------------", "---------x---------------", "----x--------------------"]}, "config": {"height": 1, "num_operations": 22, "operations": [["left", 9], ["right", 6], ["left", 10], ["right", 5], ["left", 19], ["right", 12], ["right", 16], ["right", 23], ["right", 19], ["right", 5], ["right", 10], ["right", 16], ["left", 3], ["right", 16], ["left", 1], ["left", 6], ["left", 25], ["right", 23], ["right", 19], ["left", 17], ["left", 5], ["left", 20]], "width": 25}, "task_name": "task22", "example_name": "0204", "problem_name": "task22_0204"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----x------------------------\nOperations: [\n (left, 2),\n (left, 9),\n (right, 28),\n (left, 11),\n (right, 25),\n (left, 12),\n (right, 23),\n (right, 24),\n (left, 20),\n (left, 21),\n (right, 12),\n (right, 10),\n (right, 2),\n (right, 28),\n (left, 5),\n (left, 26),\n (right, 27),\n (right, 24),\n (left, 4),\n (left, 18),\n (left, 12),\n (left, 6)\n]\n", "label": {"final": "--x---------------------------", "init": "-----x------------------------", "intermediate": ["---x--------------------------", "------------------------x-----", "----------------------x-------", "-----------x------------------", "------x-----------------------", "------------------------x-----", "-----------------x------------", "-----------x------------------", "---------------------x--------", "x-----------------------------", "------------x-----------------", "----------------------x-------", "------------------------x-----", "----------------------x-------", "-----------------x------------", "---------------------x--------", "------------------x-----------", "------------x-----------------", "--------x---------------------", "--------------------x---------", "--------x---------------------"]}, "config": {"height": 1, "num_operations": 22, "operations": [["left", 2], ["left", 9], ["right", 28], ["left", 11], ["right", 25], ["left", 12], ["right", 23], ["right", 24], ["left", 20], ["left", 21], ["right", 12], ["right", 10], ["right", 2], ["right", 28], ["left", 5], ["left", 26], ["right", 27], ["right", 24], ["left", 4], ["left", 18], ["left", 12], ["left", 6]], "width": 30}, "task_name": "task22", "example_name": "0205", "problem_name": "task22_0205"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------x------------------------\nOperations: [\n (right, 7),\n (right, 13),\n (right, 17),\n (left, 23),\n (right, 25),\n (right, 22),\n (left, 21),\n (right, 34),\n (right, 19),\n (right, 14),\n (right, 11),\n (right, 16),\n (left, 35),\n (right, 18),\n (left, 2),\n (right, 21),\n (right, 12),\n (right, 23),\n (left, 33),\n (right, 35),\n (right, 4),\n (left, 6)\n]\n", "label": {"final": "------x----------------------------", "init": "----------x------------------------", "intermediate": ["-----------------x-----------------", "------------------------------x----", "------------x----------------------", "------------------------x----------", "--------------x--------------------", "-x---------------------------------", "---------------x-------------------", "--------------x--------------------", "---------------------------------x-", "------------x----------------------", "-----------------------x-----------", "----x------------------------------", "----x------------------------------", "----------------------x------------", "--------------------x--------------", "------x----------------------------", "------------------x----------------", "------x----------------------------", "--------x--------------------------", "--------x--------------------------", "------------x----------------------"]}, "config": {"height": 1, "num_operations": 22, "operations": [["right", 7], ["right", 13], ["right", 17], ["left", 23], ["right", 25], ["right", 22], ["left", 21], ["right", 34], ["right", 19], ["right", 14], ["right", 11], ["right", 16], ["left", 35], ["right", 18], ["left", 2], ["right", 21], ["right", 12], ["right", 23], ["left", 33], ["right", 35], ["right", 4], ["left", 6]], "width": 35}, "task_name": "task22", "example_name": "0206", "problem_name": "task22_0206"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------------------------x-----------\nOperations: [\n (right, 9),\n (right, 17),\n (left, 14),\n (left, 12),\n (right, 24),\n (left, 30),\n (left, 17),\n (left, 20),\n (right, 15),\n (left, 22),\n (right, 37),\n (right, 33),\n (left, 13),\n (left, 15),\n (left, 13),\n (left, 24),\n (left, 19),\n (left, 27),\n (left, 34),\n (left, 37),\n (left, 10),\n (left, 19)\n]\n", "label": {"final": "-------------------------------------x--", "init": "----------------------------x-----------", "intermediate": ["-------------------------------------x--", "--------------x-------------------------", "x---------------------------------------", "----------------------------x-----------", "------------x---------------------------", "----------------------x-----------------", "-----x----------------------------------", "-------------------------x--------------", "x---------------------------------------", "------------------x---------------------", "---------------x------------------------", "--------x-------------------------------", "-----------------------------------x----", "--------------------x-------------------", "-------x--------------------------------", "-----------------------x----------------", "----x-----------------------------------", "-----------------x----------------------", "-----------------------x----------------", "--------------------------x-------------", "----------------x-----------------------"]}, "config": {"height": 1, "num_operations": 22, "operations": [["right", 9], ["right", 17], ["left", 14], ["left", 12], ["right", 24], ["left", 30], ["left", 17], ["left", 20], ["right", 15], ["left", 22], ["right", 37], ["right", 33], ["left", 13], ["left", 15], ["left", 13], ["left", 24], ["left", 19], ["left", 27], ["left", 34], ["left", 37], ["left", 10], ["left", 19]], "width": 40}, "task_name": "task22", "example_name": "0207", "problem_name": "task22_0207"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------------------------------------x-------\nOperations: [\n (left, 23),\n (right, 32),\n (left, 40),\n (right, 44),\n (right, 18),\n (right, 30),\n (right, 7),\n (right, 8),\n (left, 32),\n (right, 37),\n (left, 45),\n (left, 35),\n (left, 21),\n (right, 30),\n (right, 35),\n (right, 9),\n (right, 19),\n (left, 5),\n (left, 18),\n (left, 7),\n (left, 4),\n (left, 7)\n]\n", "label": {"final": "------------------------x--------------------", "init": "-------------------------------------x-------", "intermediate": ["--------------x------------------------------", "-x-------------------------------------------", "------x--------------------------------------", "-----x---------------------------------------", "-----------------------x---------------------", "--------x------------------------------------", "---------------x-----------------------------", "-----------------------x---------------------", "------------------------------------x--------", "----------------------------x----------------", "----------------------------x----------------", "--------------------------------------x------", "-----------------x---------------------------", "--x------------------------------------------", "-------------------------------------x-------", "-x-------------------------------------------", "--------------------x------------------------", "---------------x-----------------------------", "------------------------------------------x--", "-----------------------------------x---------", "-------------------------------x-------------"]}, "config": {"height": 1, "num_operations": 22, "operations": [["left", 23], ["right", 32], ["left", 40], ["right", 44], ["right", 18], ["right", 30], ["right", 7], ["right", 8], ["left", 32], ["right", 37], ["left", 45], ["left", 35], ["left", 21], ["right", 30], ["right", 35], ["right", 9], ["right", 19], ["left", 5], ["left", 18], ["left", 7], ["left", 4], ["left", 7]], "width": 45}, "task_name": "task22", "example_name": "0208", "problem_name": "task22_0208"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------------------------------x------------------\nOperations: [\n (left, 4),\n (left, 35),\n (left, 9),\n (left, 48),\n (right, 34),\n (left, 19),\n (right, 30),\n (left, 39),\n (right, 43),\n (right, 39),\n (left, 41),\n (left, 35),\n (right, 27),\n (right, 47),\n (left, 38),\n (left, 18),\n (right, 12),\n (left, 40),\n (left, 42),\n (left, 26),\n (left, 19),\n (left, 13)\n]\n", "label": {"final": "-------------------------------------x------------", "init": "-------------------------------x------------------", "intermediate": ["---------------------------x----------------------", "------------------------------------------x-------", "---------------------------------x----------------", "-----------------------------------x--------------", "-------------------x------------------------------", "x-------------------------------------------------", "------------------------------x-------------------", "-----------------------------------------x--------", "----------------------------------x---------------", "-----------------------x--------------------------", "--------------------------------x-----------------", "-----------------------------------------------x--", "------------------------x-------------------------", "---------------------x----------------------------", "---------------------------------x----------------", "---------------x----------------------------------", "---------------------------x----------------------", "-------------------------------------x------------", "---------------------------------------------x----", "-------------------x------------------------------", "x-------------------------------------------------"]}, "config": {"height": 1, "num_operations": 22, "operations": [["left", 4], ["left", 35], ["left", 9], ["left", 48], ["right", 34], ["left", 19], ["right", 30], ["left", 39], ["right", 43], ["right", 39], ["left", 41], ["left", 35], ["right", 27], ["right", 47], ["left", 38], ["left", 18], ["right", 12], ["left", 40], ["left", 42], ["left", 26], ["left", 19], ["left", 13]], "width": 50}, "task_name": "task22", "example_name": "0209", "problem_name": "task22_0209"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x---\nOperations: [\n (right, 5),\n (right, 1),\n (left, 4),\n (left, 5),\n (left, 3),\n (left, 2),\n (right, 5),\n (left, 2),\n (left, 5),\n (left, 1),\n (left, 2),\n (left, 5),\n (right, 1),\n (left, 5),\n (right, 1),\n (left, 4),\n (right, 4),\n (right, 4),\n (left, 3),\n (right, 4),\n (left, 2),\n (left, 4),\n (right, 1)\n]\n", "label": {"final": "x----", "init": "-x---", "intermediate": ["-x---", "--x--", "---x-", "---x-", "x----", "---x-", "---x-", "-x---", "-x---", "x----", "---x-", "---x-", "----x", "----x", "x----", "-x---", "x----", "----x", "-x---", "x----", "---x-", "----x"]}, "config": {"height": 1, "num_operations": 23, "operations": [["right", 5], ["right", 1], ["left", 4], ["left", 5], ["left", 3], ["left", 2], ["right", 5], ["left", 2], ["left", 5], ["left", 1], ["left", 2], ["left", 5], ["right", 1], ["left", 5], ["right", 1], ["left", 4], ["right", 4], ["right", 4], ["left", 3], ["right", 4], ["left", 2], ["left", 4], ["right", 1]], "width": 5}, "task_name": "task22", "example_name": "0210", "problem_name": "task22_0210"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------x--\nOperations: [\n (right, 5),\n (right, 10),\n (right, 5),\n (left, 4),\n (right, 2),\n (left, 5),\n (right, 1),\n (left, 6),\n (left, 7),\n (right, 5),\n (right, 9),\n (left, 10),\n (left, 6),\n (left, 9),\n (left, 5),\n (right, 7),\n (left, 10),\n (left, 2),\n (right, 2),\n (right, 6),\n (left, 9),\n (left, 6),\n (right, 5)\n]\n", "label": {"final": "-----x----", "init": "-------x--", "intermediate": ["--x-------", "--x-------", "-------x--", "---x------", "-----x----", "x---------", "-x--------", "-----x----", "--------x-", "---x------", "--x-------", "--x-------", "------x---", "-------x--", "--x-------", "---------x", "---------x", "-------x--", "---------x", "-----x----", "------x---", "x---------"]}, "config": {"height": 1, "num_operations": 23, "operations": [["right", 5], ["right", 10], ["right", 5], ["left", 4], ["right", 2], ["left", 5], ["right", 1], ["left", 6], ["left", 7], ["right", 5], ["right", 9], ["left", 10], ["left", 6], ["left", 9], ["left", 5], ["right", 7], ["left", 10], ["left", 2], ["right", 2], ["right", 6], ["left", 9], ["left", 6], ["right", 5]], "width": 10}, "task_name": "task22", "example_name": "0211", "problem_name": "task22_0211"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------x------\nOperations: [\n (left, 11),\n (right, 15),\n (left, 13),\n (left, 15),\n (left, 10),\n (left, 2),\n (right, 9),\n (left, 11),\n (right, 12),\n (left, 5),\n (left, 1),\n (right, 11),\n (right, 4),\n (left, 15),\n (right, 10),\n (left, 6),\n (right, 6),\n (left, 2),\n (right, 8),\n (right, 12),\n (right, 3),\n (left, 7),\n (right, 1)\n]\n", "label": {"final": "-x-------------", "init": "--------x------", "intermediate": ["------------x--", "------------x--", "--------------x", "--------------x", "----x----------", "--x------------", "-----------x---", "x--------------", "------------x--", "-------x-------", "------x--------", "--x------------", "------x--------", "------x--------", "-x-------------", "----------x----", "-x-------------", "--------------x", "-------x-------", "----x----------", "-------x-------", "x--------------"]}, "config": {"height": 1, "num_operations": 23, "operations": [["left", 11], ["right", 15], ["left", 13], ["left", 15], ["left", 10], ["left", 2], ["right", 9], ["left", 11], ["right", 12], ["left", 5], ["left", 1], ["right", 11], ["right", 4], ["left", 15], ["right", 10], ["left", 6], ["right", 6], ["left", 2], ["right", 8], ["right", 12], ["right", 3], ["left", 7], ["right", 1]], "width": 15}, "task_name": "task22", "example_name": "0212", "problem_name": "task22_0212"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------x----\nOperations: [\n (left, 14),\n (right, 13),\n (left, 13),\n (left, 14),\n (left, 20),\n (left, 17),\n (left, 6),\n (left, 14),\n (right, 17),\n (right, 11),\n (right, 11),\n (left, 14),\n (right, 15),\n (left, 11),\n (left, 6),\n (left, 8),\n (left, 11),\n (right, 10),\n (left, 10),\n (right, 7),\n (right, 8),\n (right, 17),\n (right, 16)\n]\n", "label": {"final": "--x-----------------", "init": "---------------x----", "intermediate": ["-x------------------", "--------------x-----", "-x------------------", "-------x------------", "-------x------------", "----------x---------", "----x---------------", "----------x---------", "-------x------------", "------------------x-", "---------x----------", "---------------x----", "----------x---------", "-------------------x", "-------------x------", "-----x--------------", "--------------x-----", "----x---------------", "--------------x-----", "-x------------------", "---------x----------", "------x-------------"]}, "config": {"height": 1, "num_operations": 23, "operations": [["left", 14], ["right", 13], ["left", 13], ["left", 14], ["left", 20], ["left", 17], ["left", 6], ["left", 14], ["right", 17], ["right", 11], ["right", 11], ["left", 14], ["right", 15], ["left", 11], ["left", 6], ["left", 8], ["left", 11], ["right", 10], ["left", 10], ["right", 7], ["right", 8], ["right", 17], ["right", 16]], "width": 20}, "task_name": "task22", "example_name": "0213", "problem_name": "task22_0213"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----x--------------------\nOperations: [\n (left, 22),\n (left, 8),\n (left, 14),\n (left, 23),\n (left, 8),\n (left, 10),\n (right, 3),\n (right, 23),\n (left, 6),\n (right, 4),\n (right, 11),\n (right, 19),\n (left, 22),\n (left, 9),\n (left, 22),\n (left, 16),\n (right, 14),\n (right, 14),\n (left, 18),\n (left, 9),\n (right, 20),\n (left, 6),\n (right, 2)\n]\n", "label": {"final": "---------------------x---", "init": "----x--------------------", "intermediate": ["-------x-----------------", "------------------------x", "----------x--------------", "------------x------------", "----x--------------------", "-------------------x-----", "----------------------x--", "--------------------x----", "--------------x----------", "------------------x------", "----x--------------------", "-----------------------x-", "-x-----------------------", "-----------------x-------", "--------------------x----", "----x--------------------", "------------------x------", "-------x-----------------", "--------------x----------", "-----x-------------------", "x------------------------", "-------------------x-----"]}, "config": {"height": 1, "num_operations": 23, "operations": [["left", 22], ["left", 8], ["left", 14], ["left", 23], ["left", 8], ["left", 10], ["right", 3], ["right", 23], ["left", 6], ["right", 4], ["right", 11], ["right", 19], ["left", 22], ["left", 9], ["left", 22], ["left", 16], ["right", 14], ["right", 14], ["left", 18], ["left", 9], ["right", 20], ["left", 6], ["right", 2]], "width": 25}, "task_name": "task22", "example_name": "0214", "problem_name": "task22_0214"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------x---------------------\nOperations: [\n (right, 23),\n (right, 1),\n (right, 18),\n (right, 9),\n (right, 12),\n (right, 12),\n (right, 30),\n (left, 11),\n (left, 16),\n (right, 23),\n (left, 18),\n (right, 28),\n (left, 22),\n (right, 17),\n (left, 14),\n (right, 29),\n (right, 16),\n (left, 25),\n (left, 3),\n (left, 24),\n (right, 26),\n (right, 26),\n (left, 21)\n]\n", "label": {"final": "----x-------------------------", "init": "--------x---------------------", "intermediate": ["-x----------------------------", "--x---------------------------", "--------------------x---------", "-----------------------------x", "-----------x------------------", "-----------------------x------", "-----------------------x------", "------------x-----------------", "--------------------------x---", "-------------------x----------", "-x----------------------------", "-----------------------------x", "-------x----------------------", "------------------------x-----", "----------x-------------------", "---------x--------------------", "-------------------------x----", "x-----------------------------", "---------------------------x--", "---x--------------------------", "-----------------------------x", "-------------------------x----"]}, "config": {"height": 1, "num_operations": 23, "operations": [["right", 23], ["right", 1], ["right", 18], ["right", 9], ["right", 12], ["right", 12], ["right", 30], ["left", 11], ["left", 16], ["right", 23], ["left", 18], ["right", 28], ["left", 22], ["right", 17], ["left", 14], ["right", 29], ["right", 16], ["left", 25], ["left", 3], ["left", 24], ["right", 26], ["right", 26], ["left", 21]], "width": 30}, "task_name": "task22", "example_name": "0215", "problem_name": "task22_0215"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------------x--------------------\nOperations: [\n (right, 34),\n (left, 29),\n (right, 23),\n (right, 30),\n (right, 28),\n (right, 22),\n (right, 3),\n (right, 21),\n (right, 30),\n (left, 26),\n (left, 32),\n (left, 10),\n (left, 18),\n (left, 29),\n (right, 22),\n (left, 1),\n (right, 12),\n (left, 14),\n (left, 23),\n (left, 15),\n (left, 19),\n (left, 32),\n (right, 27)\n]\n", "label": {"final": "------------------x----------------", "init": "--------------x--------------------", "intermediate": ["-------------x---------------------", "-------------------x---------------", "-------x---------------------------", "--x--------------------------------", "------------------------------x----", "-----------------x-----------------", "--------------------x--------------", "------x----------------------------", "-x---------------------------------", "----------x------------------------", "-------------x---------------------", "---x-------------------------------", "--------------------x--------------", "--------------------------x--------", "-------------x---------------------", "------------x----------------------", "------------------------x----------", "----------x------------------------", "----------------------x------------", "-------x---------------------------", "-----------------------x-----------", "--------------------------x--------"]}, "config": {"height": 1, "num_operations": 23, "operations": [["right", 34], ["left", 29], ["right", 23], ["right", 30], ["right", 28], ["right", 22], ["right", 3], ["right", 21], ["right", 30], ["left", 26], ["left", 32], ["left", 10], ["left", 18], ["left", 29], ["right", 22], ["left", 1], ["right", 12], ["left", 14], ["left", 23], ["left", 15], ["left", 19], ["left", 32], ["right", 27]], "width": 35}, "task_name": "task22", "example_name": "0216", "problem_name": "task22_0216"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------x------------------------------\nOperations: [\n (right, 8),\n (right, 36),\n (left, 1),\n (left, 7),\n (right, 16),\n (right, 36),\n (left, 4),\n (left, 33),\n (left, 35),\n (left, 17),\n (left, 15),\n (right, 27),\n (left, 13),\n (right, 13),\n (left, 4),\n (left, 33),\n (right, 33),\n (left, 23),\n (left, 22),\n (left, 25),\n (right, 24),\n (left, 15),\n (left, 40)\n]\n", "label": {"final": "-----------------------------------x----", "init": "---------x------------------------------", "intermediate": ["-----------------x----------------------", "-------------x--------------------------", "------------x---------------------------", "-----x----------------------------------", "---------------------x------------------", "-----------------x----------------------", "-------------x--------------------------", "--------------------x-------------------", "-------------------------x--------------", "--------x-------------------------------", "---------------------------------x------", "--------------------x-------------------", "-------x--------------------------------", "--------------------x-------------------", "----------------x-----------------------", "-----------------------x----------------", "----------------x-----------------------", "---------------------------------x------", "-----------x----------------------------", "--------------------------x-------------", "----------x-----------------------------", "-----------------------------------x----"]}, "config": {"height": 1, "num_operations": 23, "operations": [["right", 8], ["right", 36], ["left", 1], ["left", 7], ["right", 16], ["right", 36], ["left", 4], ["left", 33], ["left", 35], ["left", 17], ["left", 15], ["right", 27], ["left", 13], ["right", 13], ["left", 4], ["left", 33], ["right", 33], ["left", 23], ["left", 22], ["left", 25], ["right", 24], ["left", 15], ["left", 40]], "width": 40}, "task_name": "task22", "example_name": "0217", "problem_name": "task22_0217"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------------------------x------------------\nOperations: [\n (left, 21),\n (right, 2),\n (left, 11),\n (right, 37),\n (right, 25),\n (right, 25),\n (left, 5),\n (left, 25),\n (left, 45),\n (right, 20),\n (left, 44),\n (right, 19),\n (left, 13),\n (right, 28),\n (right, 42),\n (left, 17),\n (right, 43),\n (right, 1),\n (right, 29),\n (left, 37),\n (left, 44),\n (left, 43),\n (left, 6)\n]\n", "label": {"final": "-------------------------------x-------------", "init": "--------------------------x------------------", "intermediate": ["-----x---------------------------------------", "-------x-------------------------------------", "-----------------------------------------x---", "---------------------------------x-----------", "-------------x-------------------------------", "--------------------------------------x------", "---------------------------------x-----------", "--------x------------------------------------", "--------x------------------------------------", "----------------------------x----------------", "-----------------------------x---------------", "---x-----------------------------------------", "-----------------------------------x---------", "------------------x--------------------------", "---------------x-----------------------------", "-------------------------------------------x-", "-----------------------------------------x---", "------------------------------------------x--", "--------------------------x------------------", "----------------------------------x----------", "-----------------------------------x---------", "-------------------------------------x-------"]}, "config": {"height": 1, "num_operations": 23, "operations": [["left", 21], ["right", 2], ["left", 11], ["right", 37], ["right", 25], ["right", 25], ["left", 5], ["left", 25], ["left", 45], ["right", 20], ["left", 44], ["right", 19], ["left", 13], ["right", 28], ["right", 42], ["left", 17], ["right", 43], ["right", 1], ["right", 29], ["left", 37], ["left", 44], ["left", 43], ["left", 6]], "width": 45}, "task_name": "task22", "example_name": "0218", "problem_name": "task22_0218"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------------------------------------x------------\nOperations: [\n (left, 48),\n (left, 16),\n (left, 18),\n (right, 32),\n (right, 12),\n (right, 39),\n (right, 45),\n (right, 4),\n (left, 37),\n (left, 35),\n (left, 22),\n (left, 41),\n (right, 2),\n (left, 27),\n (left, 12),\n (right, 32),\n (left, 31),\n (right, 4),\n (left, 16),\n (right, 43),\n (right, 8),\n (right, 35),\n (right, 19)\n]\n", "label": {"final": "---------x----------------------------------------", "init": "-------------------------------------x------------", "intermediate": ["---------------------------------------x----------", "-----------------------x--------------------------", "-----x--------------------------------------------", "-------------------------------------x------------", "-------------------------------------------------x", "--------------------------------------x-----------", "---------------------------------x----------------", "-------------------------------------x------------", "x-------------------------------------------------", "---------------x----------------------------------", "-------------------------------------------x------", "--x-----------------------------------------------", "----x---------------------------------------------", "---------------------------x----------------------", "---------------x----------------------------------", "-----------------------------------------------x--", "----------------x---------------------------------", "--------------------x-----------------------------", "----x---------------------------------------------", "-----------------------------------------------x--", "-----x--------------------------------------------", "----------------------------------------x---------"]}, "config": {"height": 1, "num_operations": 23, "operations": [["left", 48], ["left", 16], ["left", 18], ["right", 32], ["right", 12], ["right", 39], ["right", 45], ["right", 4], ["left", 37], ["left", 35], ["left", 22], ["left", 41], ["right", 2], ["left", 27], ["left", 12], ["right", 32], ["left", 31], ["right", 4], ["left", 16], ["right", 43], ["right", 8], ["right", 35], ["right", 19]], "width": 50}, "task_name": "task22", "example_name": "0219", "problem_name": "task22_0219"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----x\nOperations: [\n (right, 1),\n (left, 5),\n (left, 5),\n (right, 4),\n (left, 3),\n (left, 1),\n (left, 4),\n (left, 4),\n (left, 2),\n (right, 4),\n (right, 1),\n (left, 5),\n (left, 4),\n (left, 1),\n (right, 3),\n (right, 5),\n (right, 1),\n (left, 1),\n (left, 5),\n (right, 2),\n (left, 2),\n (right, 2),\n (right, 2),\n (right, 5)\n]\n", "label": {"final": "--x--", "init": "----x", "intermediate": ["x----", "x----", "x----", "----x", "-x---", "x----", "-x---", "--x--", "x----", "----x", "x----", "x----", "-x---", "x----", "---x-", "---x-", "----x", "---x-", "---x-", "x----", "---x-", "x----", "--x--"]}, "config": {"height": 1, "num_operations": 24, "operations": [["right", 1], ["left", 5], ["left", 5], ["right", 4], ["left", 3], ["left", 1], ["left", 4], ["left", 4], ["left", 2], ["right", 4], ["right", 1], ["left", 5], ["left", 4], ["left", 1], ["right", 3], ["right", 5], ["right", 1], ["left", 1], ["left", 5], ["right", 2], ["left", 2], ["right", 2], ["right", 2], ["right", 5]], "width": 5}, "task_name": "task22", "example_name": "0220", "problem_name": "task22_0220"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-x--------\nOperations: [\n (right, 10),\n (right, 7),\n (right, 1),\n (left, 4),\n (left, 9),\n (left, 5),\n (left, 3),\n (left, 5),\n (left, 5),\n (left, 9),\n (right, 1),\n (left, 10),\n (left, 2),\n (right, 10),\n (right, 8),\n (right, 8),\n (left, 3),\n (left, 1),\n (left, 4),\n (right, 7),\n (right, 4),\n (right, 10),\n (right, 10),\n (left, 2)\n]\n", "label": {"final": "-----x----", "init": "-x--------", "intermediate": ["-x--------", "--------x-", "---------x", "-----x----", "------x---", "-x--------", "--------x-", "---x------", "--------x-", "---------x", "x---------", "x---------", "--------x-", "--------x-", "------x---", "----x-----", "-x--------", "x---------", "------x---", "---x------", "-------x--", "-------x--", "-------x--"]}, "config": {"height": 1, "num_operations": 24, "operations": [["right", 10], ["right", 7], ["right", 1], ["left", 4], ["left", 9], ["left", 5], ["left", 3], ["left", 5], ["left", 5], ["left", 9], ["right", 1], ["left", 10], ["left", 2], ["right", 10], ["right", 8], ["right", 8], ["left", 3], ["left", 1], ["left", 4], ["right", 7], ["right", 4], ["right", 10], ["right", 10], ["left", 2]], "width": 10}, "task_name": "task22", "example_name": "0221", "problem_name": "task22_0221"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------x-----\nOperations: [\n (left, 15),\n (left, 14),\n (left, 10),\n (right, 2),\n (right, 14),\n (right, 6),\n (right, 3),\n (right, 4),\n (left, 14),\n (right, 14),\n (left, 8),\n (right, 2),\n (right, 14),\n (right, 1),\n (right, 12),\n (right, 1),\n (right, 12),\n (left, 14),\n (left, 4),\n (right, 2),\n (right, 5),\n (left, 9),\n (left, 12),\n (left, 10)\n]\n", "label": {"final": "------x--------", "init": "---------x-----", "intermediate": ["---------x-----", "----------x----", "x--------------", "--x------------", "-x-------------", "-------x-------", "----------x----", "--------------x", "x--------------", "--------------x", "------x--------", "--------x------", "-------x-------", "--------x------", "-----x---------", "------x--------", "---x-----------", "----x----------", "x--------------", "--x------------", "-------x-------", "-------------x-", "-x-------------"]}, "config": {"height": 1, "num_operations": 24, "operations": [["left", 15], ["left", 14], ["left", 10], ["right", 2], ["right", 14], ["right", 6], ["right", 3], ["right", 4], ["left", 14], ["right", 14], ["left", 8], ["right", 2], ["right", 14], ["right", 1], ["right", 12], ["right", 1], ["right", 12], ["left", 14], ["left", 4], ["right", 2], ["right", 5], ["left", 9], ["left", 12], ["left", 10]], "width": 15}, "task_name": "task22", "example_name": "0222", "problem_name": "task22_0222"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------x------------\nOperations: [\n (right, 2),\n (right, 9),\n (right, 3),\n (left, 4),\n (left, 9),\n (left, 9),\n (left, 18),\n (right, 11),\n (right, 17),\n (right, 10),\n (right, 20),\n (right, 13),\n (left, 4),\n (right, 8),\n (right, 15),\n (right, 15),\n (left, 2),\n (left, 17),\n (right, 1),\n (left, 5),\n (right, 2),\n (right, 14),\n (right, 20),\n (right, 1)\n]\n", "label": {"final": "x-------------------", "init": "-------x------------", "intermediate": ["---------x----------", "------------------x-", "-x------------------", "-----------------x--", "--------x-----------", "-------------------x", "-x------------------", "------------x-------", "---------x----------", "-------------------x", "-------------------x", "------------x-------", "--------x-----------", "----------------x---", "-----------x--------", "------x-------------", "----x---------------", "-------x------------", "--------x-----------", "---x----------------", "-----x--------------", "-------------------x", "-------------------x"]}, "config": {"height": 1, "num_operations": 24, "operations": [["right", 2], ["right", 9], ["right", 3], ["left", 4], ["left", 9], ["left", 9], ["left", 18], ["right", 11], ["right", 17], ["right", 10], ["right", 20], ["right", 13], ["left", 4], ["right", 8], ["right", 15], ["right", 15], ["left", 2], ["left", 17], ["right", 1], ["left", 5], ["right", 2], ["right", 14], ["right", 20], ["right", 1]], "width": 20}, "task_name": "task22", "example_name": "0223", "problem_name": "task22_0223"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------------x--------\nOperations: [\n (right, 6),\n (left, 3),\n (right, 11),\n (left, 5),\n (left, 10),\n (right, 23),\n (left, 14),\n (left, 20),\n (right, 3),\n (left, 24),\n (left, 3),\n (right, 8),\n (left, 1),\n (right, 1),\n (right, 14),\n (right, 9),\n (left, 17),\n (left, 5),\n (left, 22),\n (left, 23),\n (left, 4),\n (left, 2),\n (left, 10),\n (left, 25)\n]\n", "label": {"final": "---x---------------------", "init": "----------------x--------", "intermediate": ["----------------------x--", "-------------------x-----", "-----x-------------------", "x------------------------", "---------------x---------", "-------------x-----------", "------------------------x", "----x--------------------", "-------x-----------------", "--------x----------------", "-----x-------------------", "-------------x-----------", "------------x------------", "-------------x-----------", "--x----------------------", "-----------x-------------", "-------------------x-----", "--------------x----------", "-----------------x-------", "-------------------x-----", "---------------x---------", "-------------x-----------", "---x---------------------"]}, "config": {"height": 1, "num_operations": 24, "operations": [["right", 6], ["left", 3], ["right", 11], ["left", 5], ["left", 10], ["right", 23], ["left", 14], ["left", 20], ["right", 3], ["left", 24], ["left", 3], ["right", 8], ["left", 1], ["right", 1], ["right", 14], ["right", 9], ["left", 17], ["left", 5], ["left", 22], ["left", 23], ["left", 4], ["left", 2], ["left", 10], ["left", 25]], "width": 25}, "task_name": "task22", "example_name": "0224", "problem_name": "task22_0224"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----x------------------------\nOperations: [\n (left, 28),\n (left, 27),\n (left, 11),\n (left, 24),\n (right, 5),\n (left, 13),\n (right, 30),\n (left, 11),\n (left, 16),\n (right, 24),\n (right, 25),\n (left, 13),\n (right, 16),\n (left, 14),\n (left, 2),\n (right, 12),\n (right, 29),\n (right, 12),\n (right, 21),\n (right, 10),\n (left, 10),\n (left, 13),\n (right, 10),\n (right, 13)\n]\n", "label": {"final": "x-----------------------------", "init": "-----x------------------------", "intermediate": ["-------x----------------------", "----------x-------------------", "-----------------------------x", "-----x------------------------", "----------x-------------------", "---------------------------x--", "---------------------------x--", "----------------x-------------", "x-----------------------------", "------------------------x-----", "-------------------x----------", "------x-----------------------", "----------------------x-------", "--------x---------------------", "------x-----------------------", "------------------x-----------", "-----------------x------------", "-----------------------------x", "--------------------x---------", "x-----------------------------", "--------------------x---------", "-------x----------------------", "-----------------x------------"]}, "config": {"height": 1, "num_operations": 24, "operations": [["left", 28], ["left", 27], ["left", 11], ["left", 24], ["right", 5], ["left", 13], ["right", 30], ["left", 11], ["left", 16], ["right", 24], ["right", 25], ["left", 13], ["right", 16], ["left", 14], ["left", 2], ["right", 12], ["right", 29], ["right", 12], ["right", 21], ["right", 10], ["left", 10], ["left", 13], ["right", 10], ["right", 13]], "width": 30}, "task_name": "task22", "example_name": "0225", "problem_name": "task22_0225"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\nx----------------------------------\nOperations: [\n (left, 31),\n (right, 8),\n (right, 20),\n (right, 3),\n (left, 27),\n (right, 9),\n (right, 11),\n (left, 20),\n (right, 12),\n (left, 30),\n (right, 22),\n (left, 1),\n (right, 3),\n (left, 19),\n (right, 16),\n (right, 31),\n (right, 6),\n (left, 23),\n (left, 3),\n (left, 1),\n (left, 33),\n (right, 11),\n (left, 31),\n (left, 9)\n]\n", "label": {"final": "-----------------------------x-----", "init": "x----------------------------------", "intermediate": ["----x------------------------------", "------------x----------------------", "--------------------------------x--", "x----------------------------------", "--------x--------------------------", "-----------------x-----------------", "----------------------------x------", "--------x--------------------------", "--------------------x--------------", "-------------------------x---------", "------------x----------------------", "-----------x-----------------------", "--------------x--------------------", "------------------------------x----", "-----------x-----------------------", "-------x---------------------------", "-------------x---------------------", "-------------------------x---------", "----------------------x------------", "---------------------x-------------", "-----------------------x-----------", "----------------------------------x", "---x-------------------------------"]}, "config": {"height": 1, "num_operations": 24, "operations": [["left", 31], ["right", 8], ["right", 20], ["right", 3], ["left", 27], ["right", 9], ["right", 11], ["left", 20], ["right", 12], ["left", 30], ["right", 22], ["left", 1], ["right", 3], ["left", 19], ["right", 16], ["right", 31], ["right", 6], ["left", 23], ["left", 3], ["left", 1], ["left", 33], ["right", 11], ["left", 31], ["left", 9]], "width": 35}, "task_name": "task22", "example_name": "0226", "problem_name": "task22_0226"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------------------------------x\nOperations: [\n (left, 4),\n (right, 20),\n (left, 15),\n (left, 26),\n (left, 19),\n (right, 15),\n (left, 2),\n (left, 19),\n (right, 24),\n (right, 4),\n (left, 16),\n (right, 3),\n (left, 30),\n (right, 29),\n (right, 36),\n (left, 25),\n (right, 16),\n (left, 19),\n (right, 1),\n (right, 34),\n (left, 24),\n (right, 14),\n (left, 13),\n (right, 26)\n]\n", "label": {"final": "---------x------------------------------", "init": "---------------------------------------x", "intermediate": ["-----------------------------------x----", "---------------x------------------------", "x---------------------------------------", "--------------x-------------------------", "-----------------------------------x----", "----------x-----------------------------", "--------x-------------------------------", "-----------------------------x----------", "-------------x--------------------------", "-----------------x----------------------", "-x--------------------------------------", "----x-----------------------------------", "--------------x-------------------------", "---x------------------------------------", "---------------------------------------x", "--------------x-------------------------", "------------------------------x---------", "-----------x----------------------------", "------------x---------------------------", "------x---------------------------------", "----------------------x-----------------", "------------------------------------x---", "-----------------------x----------------"]}, "config": {"height": 1, "num_operations": 24, "operations": [["left", 4], ["right", 20], ["left", 15], ["left", 26], ["left", 19], ["right", 15], ["left", 2], ["left", 19], ["right", 24], ["right", 4], ["left", 16], ["right", 3], ["left", 30], ["right", 29], ["right", 36], ["left", 25], ["right", 16], ["left", 19], ["right", 1], ["right", 34], ["left", 24], ["right", 14], ["left", 13], ["right", 26]], "width": 40}, "task_name": "task22", "example_name": "0227", "problem_name": "task22_0227"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------------x-----------------------------\nOperations: [\n (right, 17),\n (left, 33),\n (right, 12),\n (left, 10),\n (left, 12),\n (left, 18),\n (right, 16),\n (right, 6),\n (left, 14),\n (right, 27),\n (left, 15),\n (right, 23),\n (left, 28),\n (right, 30),\n (left, 16),\n (left, 42),\n (left, 44),\n (left, 7),\n (right, 22),\n (right, 37),\n (left, 6),\n (left, 31),\n (left, 43),\n (left, 10)\n]\n", "label": {"final": "-----------x---------------------------------", "init": "---------------x-----------------------------", "intermediate": ["--------------------------------x------------", "--------------------------------------------x", "-----------x---------------------------------", "-x-------------------------------------------", "----------------------------------x----------", "----------------x----------------------------", "--------------------------------x------------", "--------------------------------------x------", "------------------------x--------------------", "------x--------------------------------------", "------------------------------------x--------", "--------------x------------------------------", "-------------------------------x-------------", "----------------x----------------------------", "x--------------------------------------------", "---x-----------------------------------------", "----x----------------------------------------", "------------------------------------------x--", "-------------------x-------------------------", "-----------x---------------------------------", "-----x---------------------------------------", "-------------------x-------------------------", "---------------------x-----------------------"]}, "config": {"height": 1, "num_operations": 24, "operations": [["right", 17], ["left", 33], ["right", 12], ["left", 10], ["left", 12], ["left", 18], ["right", 16], ["right", 6], ["left", 14], ["right", 27], ["left", 15], ["right", 23], ["left", 28], ["right", 30], ["left", 16], ["left", 42], ["left", 44], ["left", 7], ["right", 22], ["right", 37], ["left", 6], ["left", 31], ["left", 43], ["left", 10]], "width": 45}, "task_name": "task22", "example_name": "0228", "problem_name": "task22_0228"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------------------------------------x------------\nOperations: [\n (left, 33),\n (right, 17),\n (right, 6),\n (right, 21),\n (right, 5),\n (left, 33),\n (right, 44),\n (left, 9),\n (right, 9),\n (right, 36),\n (right, 29),\n (right, 17),\n (right, 37),\n (right, 45),\n (right, 16),\n (right, 29),\n (right, 39),\n (left, 9),\n (left, 45),\n (left, 11),\n (left, 39),\n (right, 50),\n (left, 43),\n (left, 23)\n]\n", "label": {"final": "------------------------------------------x-------", "init": "-------------------------------------x------------", "intermediate": ["----x---------------------------------------------", "---------------------x----------------------------", "---------------------------x----------------------", "------------------------------------------------x-", "---x----------------------------------------------", "--------------------x-----------------------------", "--------------x-----------------------------------", "-----x--------------------------------------------", "--------------x-----------------------------------", "x-------------------------------------------------", "-----------------------------x--------------------", "----------------------------------------------x---", "---------------------------------x----------------", "----------------------------x---------------------", "--------------------------------------------x-----", "-----------------------x--------------------------", "------------x-------------------------------------", "---x----------------------------------------------", "--------x-----------------------------------------", "-----------------------------------------------x--", "--------x-----------------------------------------", "--------x-----------------------------------------", "---------------x----------------------------------"]}, "config": {"height": 1, "num_operations": 24, "operations": [["left", 33], ["right", 17], ["right", 6], ["right", 21], ["right", 5], ["left", 33], ["right", 44], ["left", 9], ["right", 9], ["right", 36], ["right", 29], ["right", 17], ["right", 37], ["right", 45], ["right", 16], ["right", 29], ["right", 39], ["left", 9], ["left", 45], ["left", 11], ["left", 39], ["right", 50], ["left", 43], ["left", 23]], "width": 50}, "task_name": "task22", "example_name": "0229", "problem_name": "task22_0229"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---x-\nOperations: [\n (right, 4),\n (left, 5),\n (left, 1),\n (left, 2),\n (right, 2),\n (left, 4),\n (left, 1),\n (left, 1),\n (left, 4),\n (left, 3),\n (left, 1),\n (left, 4),\n (right, 2),\n (right, 3),\n (left, 2),\n (right, 5),\n (right, 1),\n (right, 5),\n (right, 1),\n (left, 2),\n (right, 2),\n (left, 5),\n (left, 4),\n (right, 1),\n (left, 3)\n]\n", "label": {"final": "--x--", "init": "---x-", "intermediate": ["--x--", "--x--", "-x---", "----x", "-x---", "--x--", "-x---", "x----", "-x---", "---x-", "--x--", "---x-", "x----", "---x-", "-x---", "-x---", "--x--", "--x--", "---x-", "-x---", "---x-", "---x-", "----x", "x----"]}, "config": {"height": 1, "num_operations": 25, "operations": [["right", 4], ["left", 5], ["left", 1], ["left", 2], ["right", 2], ["left", 4], ["left", 1], ["left", 1], ["left", 4], ["left", 3], ["left", 1], ["left", 4], ["right", 2], ["right", 3], ["left", 2], ["right", 5], ["right", 1], ["right", 5], ["right", 1], ["left", 2], ["right", 2], ["left", 5], ["left", 4], ["right", 1], ["left", 3]], "width": 5}, "task_name": "task22", "example_name": "0230", "problem_name": "task22_0230"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n---------x\nOperations: [\n (right, 9),\n (right, 9),\n (left, 3),\n (left, 8),\n (left, 6),\n (right, 7),\n (right, 9),\n (right, 2),\n (right, 4),\n (right, 9),\n (left, 1),\n (right, 10),\n (left, 10),\n (right, 3),\n (right, 5),\n (left, 1),\n (right, 5),\n (right, 3),\n (right, 3),\n (left, 6),\n (right, 3),\n (left, 10),\n (right, 1),\n (right, 10),\n (right, 2)\n]\n", "label": {"final": "--------x-", "init": "---------x", "intermediate": ["--------x-", "-------x--", "----x-----", "------x---", "x---------", "-------x--", "------x---", "--------x-", "--x-------", "-x--------", "x---------", "x---------", "x---------", "---x------", "--------x-", "-------x--", "--x-------", "-----x----", "--------x-", "--x-------", "-----x----", "-----x----", "------x---", "------x---"]}, "config": {"height": 1, "num_operations": 25, "operations": [["right", 9], ["right", 9], ["left", 3], ["left", 8], ["left", 6], ["right", 7], ["right", 9], ["right", 2], ["right", 4], ["right", 9], ["left", 1], ["right", 10], ["left", 10], ["right", 3], ["right", 5], ["left", 1], ["right", 5], ["right", 3], ["right", 3], ["left", 6], ["right", 3], ["left", 10], ["right", 1], ["right", 10], ["right", 2]], "width": 10}, "task_name": "task22", "example_name": "0231", "problem_name": "task22_0231"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------x-------\nOperations: [\n (left, 9),\n (left, 11),\n (right, 10),\n (right, 11),\n (left, 14),\n (left, 4),\n (right, 11),\n (left, 7),\n (left, 8),\n (right, 11),\n (left, 6),\n (left, 3),\n (left, 2),\n (left, 3),\n (left, 9),\n (left, 9),\n (left, 13),\n (left, 11),\n (left, 5),\n (left, 7),\n (left, 6),\n (left, 10),\n (left, 15),\n (left, 7),\n (right, 10)\n]\n", "label": {"final": "------x--------", "init": "-------x-------", "intermediate": ["-------------x-", "--x------------", "------------x--", "--------x------", "---------x-----", "-----x---------", "-x-------------", "---------x-----", "-x-------------", "------------x--", "------x--------", "---x-----------", "-x-------------", "-------------x-", "----x----------", "----------x----", "------------x--", "-x-------------", "-----------x---", "----x----------", "-------------x-", "---x-----------", "---x-----------", "-----------x---"]}, "config": {"height": 1, "num_operations": 25, "operations": [["left", 9], ["left", 11], ["right", 10], ["right", 11], ["left", 14], ["left", 4], ["right", 11], ["left", 7], ["left", 8], ["right", 11], ["left", 6], ["left", 3], ["left", 2], ["left", 3], ["left", 9], ["left", 9], ["left", 13], ["left", 11], ["left", 5], ["left", 7], ["left", 6], ["left", 10], ["left", 15], ["left", 7], ["right", 10]], "width": 15}, "task_name": "task22", "example_name": "0232", "problem_name": "task22_0232"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------------x-----\nOperations: [\n (right, 20),\n (left, 8),\n (right, 11),\n (left, 19),\n (left, 19),\n (left, 18),\n (left, 10),\n (left, 4),\n (right, 5),\n (right, 12),\n (right, 10),\n (right, 16),\n (left, 10),\n (right, 9),\n (left, 11),\n (left, 9),\n (left, 7),\n (left, 2),\n (left, 7),\n (left, 17),\n (left, 8),\n (right, 3),\n (left, 17),\n (left, 16),\n (left, 19)\n]\n", "label": {"final": "-------------------x", "init": "--------------x-----", "intermediate": ["--------------x-----", "------x-------------", "-----------------x--", "------------------x-", "-------------------x", "-x------------------", "-----------x--------", "-------x------------", "------------x-------", "----x---------------", "--------------x-----", "----------x---------", "x-------------------", "---------x----------", "------------------x-", "---------x----------", "--x-----------------", "x-------------------", "-------------x------", "----------------x---", "--------x-----------", "-----------x--------", "--------------x-----", "------------------x-"]}, "config": {"height": 1, "num_operations": 25, "operations": [["right", 20], ["left", 8], ["right", 11], ["left", 19], ["left", 19], ["left", 18], ["left", 10], ["left", 4], ["right", 5], ["right", 12], ["right", 10], ["right", 16], ["left", 10], ["right", 9], ["left", 11], ["left", 9], ["left", 7], ["left", 2], ["left", 7], ["left", 17], ["left", 8], ["right", 3], ["left", 17], ["left", 16], ["left", 19]], "width": 20}, "task_name": "task22", "example_name": "0233", "problem_name": "task22_0233"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n----------------------x--\nOperations: [\n (right, 6),\n (right, 21),\n (right, 13),\n (left, 21),\n (left, 8),\n (right, 21),\n (left, 20),\n (right, 1),\n (left, 15),\n (right, 9),\n (right, 12),\n (left, 20),\n (right, 6),\n (left, 3),\n (left, 24),\n (right, 12),\n (right, 24),\n (left, 21),\n (right, 1),\n (right, 23),\n (right, 25),\n (left, 6),\n (left, 7),\n (left, 19),\n (left, 1)\n]\n", "label": {"final": "------x------------------", "init": "----------------------x--", "intermediate": ["---x---------------------", "------------------------x", "------------x------------", "----------------x--------", "--------x----------------", "----x--------------------", "---------x---------------", "----------x--------------", "--------------------x----", "----x--------------------", "----------------x--------", "---------------------x---", "--x----------------------", "------------------------x", "x------------------------", "------------x------------", "-----------x-------------", "---------------x---------", "----------------x--------", "--------------x----------", "--------------x----------", "--------x----------------", "-x-----------------------", "-------x-----------------"]}, "config": {"height": 1, "num_operations": 25, "operations": [["right", 6], ["right", 21], ["right", 13], ["left", 21], ["left", 8], ["right", 21], ["left", 20], ["right", 1], ["left", 15], ["right", 9], ["right", 12], ["left", 20], ["right", 6], ["left", 3], ["left", 24], ["right", 12], ["right", 24], ["left", 21], ["right", 1], ["right", 23], ["right", 25], ["left", 6], ["left", 7], ["left", 19], ["left", 1]], "width": 25}, "task_name": "task22", "example_name": "0234", "problem_name": "task22_0234"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n------------x-----------------\nOperations: [\n (left, 21),\n (right, 19),\n (left, 13),\n (right, 19),\n (right, 12),\n (right, 5),\n (right, 14),\n (left, 16),\n (left, 18),\n (right, 1),\n (left, 16),\n (left, 30),\n (left, 13),\n (right, 27),\n (left, 1),\n (right, 6),\n (left, 20),\n (left, 27),\n (left, 12),\n (left, 16),\n (left, 7),\n (left, 2),\n (left, 17),\n (right, 4),\n (right, 23)\n]\n", "label": {"final": "---x--------------------------", "init": "------------x-----------------", "intermediate": ["---------------------x--------", "----------x-------------------", "---------------------------x--", "----------------x-------------", "----------------------------x-", "---x--------------------------", "-----------------x------------", "-x----------------------------", "-------------x----------------", "--------------x---------------", "----------------------------x-", "----------------------------x-", "---------------x--------------", "------------x-----------------", "-----------x------------------", "-----------------x------------", "---------------------------x--", "x-----------------------------", "------------------x-----------", "--x---------------------------", "-------------------------x----", "-----------------------x------", "------x-----------------------", "----------x-------------------"]}, "config": {"height": 1, "num_operations": 25, "operations": [["left", 21], ["right", 19], ["left", 13], ["right", 19], ["right", 12], ["right", 5], ["right", 14], ["left", 16], ["left", 18], ["right", 1], ["left", 16], ["left", 30], ["left", 13], ["right", 27], ["left", 1], ["right", 6], ["left", 20], ["left", 27], ["left", 12], ["left", 16], ["left", 7], ["left", 2], ["left", 17], ["right", 4], ["right", 23]], "width": 30}, "task_name": "task22", "example_name": "0235", "problem_name": "task22_0235"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--x--------------------------------\nOperations: [\n (right, 14),\n (left, 30),\n (left, 5),\n (left, 21),\n (left, 3),\n (left, 8),\n (left, 8),\n (left, 20),\n (left, 13),\n (left, 1),\n (right, 10),\n (left, 17),\n (right, 17),\n (right, 22),\n (right, 26),\n (left, 11),\n (left, 11),\n (right, 9),\n (left, 2),\n (left, 9),\n (right, 12),\n (left, 11),\n (left, 5),\n (right, 14),\n (left, 5)\n]\n", "label": {"final": "----------------x------------------", "init": "--x--------------------------------", "intermediate": ["----------------x------------------", "---------------------x-------------", "----------------x------------------", "------------------------------x----", "---------------------------x-------", "-------------------x---------------", "-----------x-----------------------", "--------------------------x--------", "-------------x---------------------", "------------x----------------------", "----------------------x------------", "-----x-----------------------------", "----------------------x------------", "---------x-------------------------", "x----------------------------------", "------------------------x----------", "-------------x---------------------", "----------------------x------------", "--------------------x--------------", "-----------x-----------------------", "-----------------------x-----------", "------------x----------------------", "-------x---------------------------", "---------------------x-------------"]}, "config": {"height": 1, "num_operations": 25, "operations": [["right", 14], ["left", 30], ["left", 5], ["left", 21], ["left", 3], ["left", 8], ["left", 8], ["left", 20], ["left", 13], ["left", 1], ["right", 10], ["left", 17], ["right", 17], ["right", 22], ["right", 26], ["left", 11], ["left", 11], ["right", 9], ["left", 2], ["left", 9], ["right", 12], ["left", 11], ["left", 5], ["right", 14], ["left", 5]], "width": 35}, "task_name": "task22", "example_name": "0236", "problem_name": "task22_0236"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-----------------------------------x----\nOperations: [\n (right, 27),\n (right, 35),\n (right, 11),\n (right, 20),\n (left, 35),\n (right, 23),\n (right, 10),\n (right, 1),\n (right, 27),\n (left, 40),\n (left, 40),\n (left, 40),\n (right, 26),\n (left, 1),\n (left, 26),\n (right, 31),\n (right, 28),\n (right, 33),\n (right, 5),\n (left, 21),\n (right, 33),\n (right, 5),\n (right, 39),\n (right, 30),\n (left, 20)\n]\n", "label": {"final": "------------------------------------x---", "init": "-----------------------------------x----", "intermediate": ["----------------------x-----------------", "-----------------x----------------------", "----------------------------x-----------", "--------x-------------------------------", "-------------x--------------------------", "------------------------------------x---", "------x---------------------------------", "-------x--------------------------------", "----------------------------------x-----", "----------------------------------x-----", "----------------------------------x-----", "----------------------------------x-----", "--------------------x-------------------", "-------------------x--------------------", "---------------------------------x------", "------------------------x---------------", "------------x---------------------------", "-----x----------------------------------", "----------x-----------------------------", "-----------------------------x----------", "----------------------x-----------------", "---------------------------x------------", "--------------------------x-------------", "----------------x-----------------------"]}, "config": {"height": 1, "num_operations": 25, "operations": [["right", 27], ["right", 35], ["right", 11], ["right", 20], ["left", 35], ["right", 23], ["right", 10], ["right", 1], ["right", 27], ["left", 40], ["left", 40], ["left", 40], ["right", 26], ["left", 1], ["left", 26], ["right", 31], ["right", 28], ["right", 33], ["right", 5], ["left", 21], ["right", 33], ["right", 5], ["right", 39], ["right", 30], ["left", 20]], "width": 40}, "task_name": "task22", "example_name": "0237", "problem_name": "task22_0237"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n--------------------x------------------------\nOperations: [\n (right, 7),\n (left, 5),\n (left, 41),\n (right, 44),\n (right, 18),\n (right, 40),\n (left, 13),\n (left, 25),\n (right, 40),\n (left, 43),\n (right, 32),\n (left, 32),\n (left, 44),\n (right, 21),\n (right, 32),\n (left, 14),\n (right, 24),\n (right, 17),\n (left, 41),\n (left, 8),\n (left, 7),\n (right, 18),\n (right, 44),\n (left, 30),\n (left, 12)\n]\n", "label": {"final": "------------------------------------------x--", "init": "--------------------x------------------------", "intermediate": ["---------------------------x-----------------", "----------------------x----------------------", "--------------------------x------------------", "-------------------------x-------------------", "-------------------------------------------x-", "--------------------------------------x------", "-------------------------x-------------------", "x--------------------------------------------", "----------------------------------------x----", "------------------------------------------x--", "-----------------------------x---------------", "------------------------------------------x--", "-------------------------------------------x-", "-------------------x-------------------------", "------x--------------------------------------", "-------------------------------------x-------", "----------------x----------------------------", "---------------------------------x-----------", "-------------------------------------x-------", "-----------------------------x---------------", "----------------------x----------------------", "----------------------------------------x----", "---------------------------------------x-----", "---------x-----------------------------------"]}, "config": {"height": 1, "num_operations": 25, "operations": [["right", 7], ["left", 5], ["left", 41], ["right", 44], ["right", 18], ["right", 40], ["left", 13], ["left", 25], ["right", 40], ["left", 43], ["right", 32], ["left", 32], ["left", 44], ["right", 21], ["right", 32], ["left", 14], ["right", 24], ["right", 17], ["left", 41], ["left", 8], ["left", 7], ["right", 18], ["right", 44], ["left", 30], ["left", 12]], "width": 45}, "task_name": "task22", "example_name": "0238", "problem_name": "task22_0238"}
+{"prompt": "Move \"x\" in a given array consisting of \"x\" and \"-\" following a list of operations, where the operation is given as a pair of the direction, left or right, and the amount of movement.\nIf \"x\" reaches the beginning of the array, move it to the end, and vice versa. \n\nProvide the final state of the array and the intermediate states after each movement in a list.\nDo not include the initial state and final state in the list of intermediate states. \n\n[Question]\nInitial array:\n-------------------x------------------------------\nOperations: [\n (right, 7),\n (right, 27),\n (left, 3),\n (right, 49),\n (right, 13),\n (right, 40),\n (right, 26),\n (right, 9),\n (right, 32),\n (right, 20),\n (left, 10),\n (left, 43),\n (left, 18),\n (right, 43),\n (right, 3),\n (left, 33),\n (left, 27),\n (right, 2),\n (left, 10),\n (right, 40),\n (right, 9),\n (left, 42),\n (right, 42),\n (left, 46),\n (left, 48)\n]\n", "label": {"final": "-x------------------------------------------------", "init": "-------------------x------------------------------", "intermediate": ["--------------------------x-----------------------", "---x----------------------------------------------", "x-------------------------------------------------", "-------------------------------------------------x", "------------x-------------------------------------", "--x-----------------------------------------------", "----------------------------x---------------------", "-------------------------------------x------------", "-------------------x------------------------------", "---------------------------------------x----------", "-----------------------------x--------------------", "------------------------------------x-------------", "------------------x-------------------------------", "-----------x--------------------------------------", "--------------x-----------------------------------", "-------------------------------x------------------", "----x---------------------------------------------", "------x-------------------------------------------", "----------------------------------------------x---", "------------------------------------x-------------", "---------------------------------------------x----", "---x----------------------------------------------", "---------------------------------------------x----", "-------------------------------------------------x"]}, "config": {"height": 1, "num_operations": 25, "operations": [["right", 7], ["right", 27], ["left", 3], ["right", 49], ["right", 13], ["right", 40], ["right", 26], ["right", 9], ["right", 32], ["right", 20], ["left", 10], ["left", 43], ["left", 18], ["right", 43], ["right", 3], ["left", 33], ["left", 27], ["right", 2], ["left", 10], ["right", 40], ["right", 9], ["left", 42], ["right", 42], ["left", 46], ["left", 48]], "width": 50}, "task_name": "task22", "example_name": "0239", "problem_name": "task22_0239"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 9a\nCommand: ['9', '2']\n", "label": {"final": "9", "init": ["9", "2"], "intermediate": [["a", "1"]]}, "config": {"command": ["9", "2"], "length": 2, "string": "9a"}, "task_name": "task23", "example_name": "0000", "problem_name": "task23_0000"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: e6\nCommand: ['6', '2']\n", "label": {"final": "6", "init": ["6", "2"], "intermediate": [["e", "1"]]}, "config": {"command": ["6", "2"], "length": 2, "string": "e6"}, "task_name": "task23", "example_name": "0001", "problem_name": "task23_0001"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: xyt\nCommand: ['x', '2']\n", "label": {"final": "t", "init": ["x", "2"], "intermediate": [["y", "1"]]}, "config": {"command": ["x", "2"], "length": 3, "string": "xyt"}, "task_name": "task23", "example_name": "0002", "problem_name": "task23_0002"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 5wd\nCommand: ['d', '2']\n", "label": {"final": "w", "init": ["d", "2"], "intermediate": [["5", "1"]]}, "config": {"command": ["d", "2"], "length": 3, "string": "5wd"}, "task_name": "task23", "example_name": "0003", "problem_name": "task23_0003"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: nvs\nCommand: ['v', '2']\n", "label": {"final": "n", "init": ["v", "2"], "intermediate": [["s", "1"]]}, "config": {"command": ["v", "2"], "length": 3, "string": "nvs"}, "task_name": "task23", "example_name": "0004", "problem_name": "task23_0004"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: s7qbaw\nCommand: ['s', '2']\n", "label": {"final": "q", "init": ["s", "2"], "intermediate": [["7", "1"]]}, "config": {"command": ["s", "2"], "length": 6, "string": "s7qbaw"}, "task_name": "task23", "example_name": "0005", "problem_name": "task23_0005"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 8myg\nCommand: ['y', '2']\n", "label": {"final": "8", "init": ["y", "2"], "intermediate": [["g", "1"]]}, "config": {"command": ["y", "2"], "length": 4, "string": "8myg"}, "task_name": "task23", "example_name": "0006", "problem_name": "task23_0006"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: t9l1xf\nCommand: ['t', '2']\n", "label": {"final": "l", "init": ["t", "2"], "intermediate": [["9", "1"]]}, "config": {"command": ["t", "2"], "length": 6, "string": "t9l1xf"}, "task_name": "task23", "example_name": "0007", "problem_name": "task23_0007"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: xrm\nCommand: ['m', '2']\n", "label": {"final": "r", "init": ["m", "2"], "intermediate": [["x", "1"]]}, "config": {"command": ["m", "2"], "length": 3, "string": "xrm"}, "task_name": "task23", "example_name": "0008", "problem_name": "task23_0008"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: xs0y\nCommand: ['0', '2']\n", "label": {"final": "x", "init": ["0", "2"], "intermediate": [["y", "1"]]}, "config": {"command": ["0", "2"], "length": 4, "string": "xs0y"}, "task_name": "task23", "example_name": "0009", "problem_name": "task23_0009"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: lknq\nCommand: ['l', '3']\n", "label": {"final": "q", "init": ["l", "3"], "intermediate": [["k", "2"], ["n", "1"]]}, "config": {"command": ["l", "3"], "length": 4, "string": "lknq"}, "task_name": "task23", "example_name": "0010", "problem_name": "task23_0010"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 8upzf9\nCommand: ['f', '3']\n", "label": {"final": "u", "init": ["f", "3"], "intermediate": [["9", "2"], ["8", "1"]]}, "config": {"command": ["f", "3"], "length": 6, "string": "8upzf9"}, "task_name": "task23", "example_name": "0011", "problem_name": "task23_0011"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 5vmxehk\nCommand: ['x', '3']\n", "label": {"final": "k", "init": ["x", "3"], "intermediate": [["e", "2"], ["h", "1"]]}, "config": {"command": ["x", "3"], "length": 7, "string": "5vmxehk"}, "task_name": "task23", "example_name": "0012", "problem_name": "task23_0012"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: xwv\nCommand: ['v', '3']\n", "label": {"final": "v", "init": ["v", "3"], "intermediate": [["x", "2"], ["w", "1"]]}, "config": {"command": ["v", "3"], "length": 3, "string": "xwv"}, "task_name": "task23", "example_name": "0013", "problem_name": "task23_0013"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: elzn\nCommand: ['z', '3']\n", "label": {"final": "l", "init": ["z", "3"], "intermediate": [["n", "2"], ["e", "1"]]}, "config": {"command": ["z", "3"], "length": 4, "string": "elzn"}, "task_name": "task23", "example_name": "0014", "problem_name": "task23_0014"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: rmp\nCommand: ['p', '3']\n", "label": {"final": "p", "init": ["p", "3"], "intermediate": [["r", "2"], ["m", "1"]]}, "config": {"command": ["p", "3"], "length": 3, "string": "rmp"}, "task_name": "task23", "example_name": "0015", "problem_name": "task23_0015"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: ot0\nCommand: ['t', '3']\n", "label": {"final": "t", "init": ["t", "3"], "intermediate": [["0", "2"], ["o", "1"]]}, "config": {"command": ["t", "3"], "length": 3, "string": "ot0"}, "task_name": "task23", "example_name": "0016", "problem_name": "task23_0016"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 1nk\nCommand: ['1', '3']\n", "label": {"final": "1", "init": ["1", "3"], "intermediate": [["n", "2"], ["k", "1"]]}, "config": {"command": ["1", "3"], "length": 3, "string": "1nk"}, "task_name": "task23", "example_name": "0017", "problem_name": "task23_0017"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 0wu\nCommand: ['0', '3']\n", "label": {"final": "0", "init": ["0", "3"], "intermediate": [["w", "2"], ["u", "1"]]}, "config": {"command": ["0", "3"], "length": 3, "string": "0wu"}, "task_name": "task23", "example_name": "0018", "problem_name": "task23_0018"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 1vrc9h\nCommand: ['r', '3']\n", "label": {"final": "h", "init": ["r", "3"], "intermediate": [["c", "2"], ["9", "1"]]}, "config": {"command": ["r", "3"], "length": 6, "string": "1vrc9h"}, "task_name": "task23", "example_name": "0019", "problem_name": "task23_0019"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 5k6m3ry7\nCommand: ['r', '4']\n", "label": {"final": "k", "init": ["r", "4"], "intermediate": [["y", "3"], ["7", "2"], ["5", "1"]]}, "config": {"command": ["r", "4"], "length": 8, "string": "5k6m3ry7"}, "task_name": "task23", "example_name": "0020", "problem_name": "task23_0020"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: eu427\nCommand: ['e', '4']\n", "label": {"final": "7", "init": ["e", "4"], "intermediate": [["u", "3"], ["4", "2"], ["2", "1"]]}, "config": {"command": ["e", "4"], "length": 5, "string": "eu427"}, "task_name": "task23", "example_name": "0021", "problem_name": "task23_0021"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: whk2g\nCommand: ['2', '4']\n", "label": {"final": "k", "init": ["2", "4"], "intermediate": [["g", "3"], ["w", "2"], ["h", "1"]]}, "config": {"command": ["2", "4"], "length": 5, "string": "whk2g"}, "task_name": "task23", "example_name": "0022", "problem_name": "task23_0022"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: q48vad\nCommand: ['q', '4']\n", "label": {"final": "a", "init": ["q", "4"], "intermediate": [["4", "3"], ["8", "2"], ["v", "1"]]}, "config": {"command": ["q", "4"], "length": 6, "string": "q48vad"}, "task_name": "task23", "example_name": "0023", "problem_name": "task23_0023"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: zgr9\nCommand: ['r', '4']\n", "label": {"final": "r", "init": ["r", "4"], "intermediate": [["9", "3"], ["z", "2"], ["g", "1"]]}, "config": {"command": ["r", "4"], "length": 4, "string": "zgr9"}, "task_name": "task23", "example_name": "0024", "problem_name": "task23_0024"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: iztjewyh\nCommand: ['z', '4']\n", "label": {"final": "w", "init": ["z", "4"], "intermediate": [["t", "3"], ["j", "2"], ["e", "1"]]}, "config": {"command": ["z", "4"], "length": 8, "string": "iztjewyh"}, "task_name": "task23", "example_name": "0025", "problem_name": "task23_0025"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: qts3\nCommand: ['s', '4']\n", "label": {"final": "s", "init": ["s", "4"], "intermediate": [["3", "3"], ["q", "2"], ["t", "1"]]}, "config": {"command": ["s", "4"], "length": 4, "string": "qts3"}, "task_name": "task23", "example_name": "0026", "problem_name": "task23_0026"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: mua6\nCommand: ['m', '4']\n", "label": {"final": "m", "init": ["m", "4"], "intermediate": [["u", "3"], ["a", "2"], ["6", "1"]]}, "config": {"command": ["m", "4"], "length": 4, "string": "mua6"}, "task_name": "task23", "example_name": "0027", "problem_name": "task23_0027"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 60afo\nCommand: ['o', '4']\n", "label": {"final": "f", "init": ["o", "4"], "intermediate": [["6", "3"], ["0", "2"], ["a", "1"]]}, "config": {"command": ["o", "4"], "length": 5, "string": "60afo"}, "task_name": "task23", "example_name": "0028", "problem_name": "task23_0028"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: qgny4i2o\nCommand: ['i', '4']\n", "label": {"final": "g", "init": ["i", "4"], "intermediate": [["2", "3"], ["o", "2"], ["q", "1"]]}, "config": {"command": ["i", "4"], "length": 8, "string": "qgny4i2o"}, "task_name": "task23", "example_name": "0029", "problem_name": "task23_0029"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 035b87\nCommand: ['b', '5']\n", "label": {"final": "5", "init": ["b", "5"], "intermediate": [["8", "4"], ["7", "3"], ["0", "2"], ["3", "1"]]}, "config": {"command": ["b", "5"], "length": 6, "string": "035b87"}, "task_name": "task23", "example_name": "0030", "problem_name": "task23_0030"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: iaxnd9qjh\nCommand: ['a', '5']\n", "label": {"final": "q", "init": ["a", "5"], "intermediate": [["x", "4"], ["n", "3"], ["d", "2"], ["9", "1"]]}, "config": {"command": ["a", "5"], "length": 9, "string": "iaxnd9qjh"}, "task_name": "task23", "example_name": "0031", "problem_name": "task23_0031"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: yd5c1r\nCommand: ['5', '5']\n", "label": {"final": "d", "init": ["5", "5"], "intermediate": [["c", "4"], ["1", "3"], ["r", "2"], ["y", "1"]]}, "config": {"command": ["5", "5"], "length": 6, "string": "yd5c1r"}, "task_name": "task23", "example_name": "0032", "problem_name": "task23_0032"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: qdso9\nCommand: ['s', '5']\n", "label": {"final": "s", "init": ["s", "5"], "intermediate": [["o", "4"], ["9", "3"], ["q", "2"], ["d", "1"]]}, "config": {"command": ["s", "5"], "length": 5, "string": "qdso9"}, "task_name": "task23", "example_name": "0033", "problem_name": "task23_0033"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: hwg6b0fxk\nCommand: ['0', '5']\n", "label": {"final": "w", "init": ["0", "5"], "intermediate": [["f", "4"], ["x", "3"], ["k", "2"], ["h", "1"]]}, "config": {"command": ["0", "5"], "length": 9, "string": "hwg6b0fxk"}, "task_name": "task23", "example_name": "0034", "problem_name": "task23_0034"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: jaubi67l\nCommand: ['b', '5']\n", "label": {"final": "j", "init": ["b", "5"], "intermediate": [["i", "4"], ["6", "3"], ["7", "2"], ["l", "1"]]}, "config": {"command": ["b", "5"], "length": 8, "string": "jaubi67l"}, "task_name": "task23", "example_name": "0035", "problem_name": "task23_0035"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: lpro1ivj\nCommand: ['o', '5']\n", "label": {"final": "l", "init": ["o", "5"], "intermediate": [["1", "4"], ["i", "3"], ["v", "2"], ["j", "1"]]}, "config": {"command": ["o", "5"], "length": 8, "string": "lpro1ivj"}, "task_name": "task23", "example_name": "0036", "problem_name": "task23_0036"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 4gdxh\nCommand: ['g', '5']\n", "label": {"final": "g", "init": ["g", "5"], "intermediate": [["d", "4"], ["x", "3"], ["h", "2"], ["4", "1"]]}, "config": {"command": ["g", "5"], "length": 5, "string": "4gdxh"}, "task_name": "task23", "example_name": "0037", "problem_name": "task23_0037"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: d7e420\nCommand: ['0', '5']\n", "label": {"final": "2", "init": ["0", "5"], "intermediate": [["d", "4"], ["7", "3"], ["e", "2"], ["4", "1"]]}, "config": {"command": ["0", "5"], "length": 6, "string": "d7e420"}, "task_name": "task23", "example_name": "0038", "problem_name": "task23_0038"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 183zcjsrh\nCommand: ['h', '5']\n", "label": {"final": "c", "init": ["h", "5"], "intermediate": [["1", "4"], ["8", "3"], ["3", "2"], ["z", "1"]]}, "config": {"command": ["h", "5"], "length": 9, "string": "183zcjsrh"}, "task_name": "task23", "example_name": "0039", "problem_name": "task23_0039"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: v0kopz7i\nCommand: ['v', '6']\n", "label": {"final": "7", "init": ["v", "6"], "intermediate": [["0", "5"], ["k", "4"], ["o", "3"], ["p", "2"], ["z", "1"]]}, "config": {"command": ["v", "6"], "length": 8, "string": "v0kopz7i"}, "task_name": "task23", "example_name": "0040", "problem_name": "task23_0040"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: kng97xt\nCommand: ['7', '6']\n", "label": {"final": "9", "init": ["7", "6"], "intermediate": [["x", "5"], ["t", "4"], ["k", "3"], ["n", "2"], ["g", "1"]]}, "config": {"command": ["7", "6"], "length": 7, "string": "kng97xt"}, "task_name": "task23", "example_name": "0041", "problem_name": "task23_0041"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: ghin417r\nCommand: ['1', '6']\n", "label": {"final": "n", "init": ["1", "6"], "intermediate": [["7", "5"], ["r", "4"], ["g", "3"], ["h", "2"], ["i", "1"]]}, "config": {"command": ["1", "6"], "length": 8, "string": "ghin417r"}, "task_name": "task23", "example_name": "0042", "problem_name": "task23_0042"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: mkdieg\nCommand: ['k', '6']\n", "label": {"final": "k", "init": ["k", "6"], "intermediate": [["d", "5"], ["i", "4"], ["e", "3"], ["g", "2"], ["m", "1"]]}, "config": {"command": ["k", "6"], "length": 6, "string": "mkdieg"}, "task_name": "task23", "example_name": "0043", "problem_name": "task23_0043"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: ve9zsuj\nCommand: ['e', '6']\n", "label": {"final": "v", "init": ["e", "6"], "intermediate": [["9", "5"], ["z", "4"], ["s", "3"], ["u", "2"], ["j", "1"]]}, "config": {"command": ["e", "6"], "length": 7, "string": "ve9zsuj"}, "task_name": "task23", "example_name": "0044", "problem_name": "task23_0044"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: s3ud5wk9n8\nCommand: ['u', '6']\n", "label": {"final": "n", "init": ["u", "6"], "intermediate": [["d", "5"], ["5", "4"], ["w", "3"], ["k", "2"], ["9", "1"]]}, "config": {"command": ["u", "6"], "length": 10, "string": "s3ud5wk9n8"}, "task_name": "task23", "example_name": "0045", "problem_name": "task23_0045"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: ns9d28a\nCommand: ['s', '6']\n", "label": {"final": "n", "init": ["s", "6"], "intermediate": [["9", "5"], ["d", "4"], ["2", "3"], ["8", "2"], ["a", "1"]]}, "config": {"command": ["s", "6"], "length": 7, "string": "ns9d28a"}, "task_name": "task23", "example_name": "0046", "problem_name": "task23_0046"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 2bc5i0\nCommand: ['c', '6']\n", "label": {"final": "c", "init": ["c", "6"], "intermediate": [["5", "5"], ["i", "4"], ["0", "3"], ["2", "2"], ["b", "1"]]}, "config": {"command": ["c", "6"], "length": 6, "string": "2bc5i0"}, "task_name": "task23", "example_name": "0047", "problem_name": "task23_0047"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: ten80qb\nCommand: ['t', '6']\n", "label": {"final": "b", "init": ["t", "6"], "intermediate": [["e", "5"], ["n", "4"], ["8", "3"], ["0", "2"], ["q", "1"]]}, "config": {"command": ["t", "6"], "length": 7, "string": "ten80qb"}, "task_name": "task23", "example_name": "0048", "problem_name": "task23_0048"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: bojm43w\nCommand: ['o', '6']\n", "label": {"final": "b", "init": ["o", "6"], "intermediate": [["j", "5"], ["m", "4"], ["4", "3"], ["3", "2"], ["w", "1"]]}, "config": {"command": ["o", "6"], "length": 7, "string": "bojm43w"}, "task_name": "task23", "example_name": "0049", "problem_name": "task23_0049"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 6ldhvy4\nCommand: ['6', '7']\n", "label": {"final": "6", "init": ["6", "7"], "intermediate": [["l", "6"], ["d", "5"], ["h", "4"], ["v", "3"], ["y", "2"], ["4", "1"]]}, "config": {"command": ["6", "7"], "length": 7, "string": "6ldhvy4"}, "task_name": "task23", "example_name": "0050", "problem_name": "task23_0050"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: kxspltoywz\nCommand: ['w', '7']\n", "label": {"final": "t", "init": ["w", "7"], "intermediate": [["z", "6"], ["k", "5"], ["x", "4"], ["s", "3"], ["p", "2"], ["l", "1"]]}, "config": {"command": ["w", "7"], "length": 10, "string": "kxspltoywz"}, "task_name": "task23", "example_name": "0051", "problem_name": "task23_0051"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: s12qzyrhl\nCommand: ['s', '7']\n", "label": {"final": "h", "init": ["s", "7"], "intermediate": [["1", "6"], ["2", "5"], ["q", "4"], ["z", "3"], ["y", "2"], ["r", "1"]]}, "config": {"command": ["s", "7"], "length": 9, "string": "s12qzyrhl"}, "task_name": "task23", "example_name": "0052", "problem_name": "task23_0052"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: l5v0ormb\nCommand: ['r', '7']\n", "label": {"final": "o", "init": ["r", "7"], "intermediate": [["m", "6"], ["b", "5"], ["l", "4"], ["5", "3"], ["v", "2"], ["0", "1"]]}, "config": {"command": ["r", "7"], "length": 8, "string": "l5v0ormb"}, "task_name": "task23", "example_name": "0053", "problem_name": "task23_0053"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: zlt7ae1\nCommand: ['e', '7']\n", "label": {"final": "e", "init": ["e", "7"], "intermediate": [["1", "6"], ["z", "5"], ["l", "4"], ["t", "3"], ["7", "2"], ["a", "1"]]}, "config": {"command": ["e", "7"], "length": 7, "string": "zlt7ae1"}, "task_name": "task23", "example_name": "0054", "problem_name": "task23_0054"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 62f8c0e7ip\nCommand: ['8', '7']\n", "label": {"final": "6", "init": ["8", "7"], "intermediate": [["c", "6"], ["0", "5"], ["e", "4"], ["7", "3"], ["i", "2"], ["p", "1"]]}, "config": {"command": ["8", "7"], "length": 10, "string": "62f8c0e7ip"}, "task_name": "task23", "example_name": "0055", "problem_name": "task23_0055"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: rjzqp23\nCommand: ['p', '7']\n", "label": {"final": "p", "init": ["p", "7"], "intermediate": [["2", "6"], ["3", "5"], ["r", "4"], ["j", "3"], ["z", "2"], ["q", "1"]]}, "config": {"command": ["p", "7"], "length": 7, "string": "rjzqp23"}, "task_name": "task23", "example_name": "0056", "problem_name": "task23_0056"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: zunsr8c6o\nCommand: ['8', '7']\n", "label": {"final": "s", "init": ["8", "7"], "intermediate": [["c", "6"], ["6", "5"], ["o", "4"], ["z", "3"], ["u", "2"], ["n", "1"]]}, "config": {"command": ["8", "7"], "length": 9, "string": "zunsr8c6o"}, "task_name": "task23", "example_name": "0057", "problem_name": "task23_0057"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 6f5jyv3qm0h\nCommand: ['q', '7']\n", "label": {"final": "j", "init": ["q", "7"], "intermediate": [["m", "6"], ["0", "5"], ["h", "4"], ["6", "3"], ["f", "2"], ["5", "1"]]}, "config": {"command": ["q", "7"], "length": 11, "string": "6f5jyv3qm0h"}, "task_name": "task23", "example_name": "0058", "problem_name": "task23_0058"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: jvocnkb\nCommand: ['c', '7']\n", "label": {"final": "c", "init": ["c", "7"], "intermediate": [["n", "6"], ["k", "5"], ["b", "4"], ["j", "3"], ["v", "2"], ["o", "1"]]}, "config": {"command": ["c", "7"], "length": 7, "string": "jvocnkb"}, "task_name": "task23", "example_name": "0059", "problem_name": "task23_0059"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 2ax6f4715\nCommand: ['1', '8']\n", "label": {"final": "7", "init": ["1", "8"], "intermediate": [["5", "7"], ["2", "6"], ["a", "5"], ["x", "4"], ["6", "3"], ["f", "2"], ["4", "1"]]}, "config": {"command": ["1", "8"], "length": 9, "string": "2ax6f4715"}, "task_name": "task23", "example_name": "0060", "problem_name": "task23_0060"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: uzrsh5wi1\nCommand: ['u', '8']\n", "label": {"final": "1", "init": ["u", "8"], "intermediate": [["z", "7"], ["r", "6"], ["s", "5"], ["h", "4"], ["5", "3"], ["w", "2"], ["i", "1"]]}, "config": {"command": ["u", "8"], "length": 9, "string": "uzrsh5wi1"}, "task_name": "task23", "example_name": "0061", "problem_name": "task23_0061"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: kzsavwxm\nCommand: ['z', '8']\n", "label": {"final": "z", "init": ["z", "8"], "intermediate": [["s", "7"], ["a", "6"], ["v", "5"], ["w", "4"], ["x", "3"], ["m", "2"], ["k", "1"]]}, "config": {"command": ["z", "8"], "length": 8, "string": "kzsavwxm"}, "task_name": "task23", "example_name": "0062", "problem_name": "task23_0062"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: erf8m54uswh\nCommand: ['w', '8']\n", "label": {"final": "4", "init": ["w", "8"], "intermediate": [["h", "7"], ["e", "6"], ["r", "5"], ["f", "4"], ["8", "3"], ["m", "2"], ["5", "1"]]}, "config": {"command": ["w", "8"], "length": 11, "string": "erf8m54uswh"}, "task_name": "task23", "example_name": "0063", "problem_name": "task23_0063"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: dlmjo7xfe\nCommand: ['m', '8']\n", "label": {"final": "l", "init": ["m", "8"], "intermediate": [["j", "7"], ["o", "6"], ["7", "5"], ["x", "4"], ["f", "3"], ["e", "2"], ["d", "1"]]}, "config": {"command": ["m", "8"], "length": 9, "string": "dlmjo7xfe"}, "task_name": "task23", "example_name": "0064", "problem_name": "task23_0064"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: ipetcvhwjq\nCommand: ['i', '8']\n", "label": {"final": "j", "init": ["i", "8"], "intermediate": [["p", "7"], ["e", "6"], ["t", "5"], ["c", "4"], ["v", "3"], ["h", "2"], ["w", "1"]]}, "config": {"command": ["i", "8"], "length": 10, "string": "ipetcvhwjq"}, "task_name": "task23", "example_name": "0065", "problem_name": "task23_0065"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 3dike284nsm7\nCommand: ['e', '8']\n", "label": {"final": "3", "init": ["e", "8"], "intermediate": [["2", "7"], ["8", "6"], ["4", "5"], ["n", "4"], ["s", "3"], ["m", "2"], ["7", "1"]]}, "config": {"command": ["e", "8"], "length": 12, "string": "3dike284nsm7"}, "task_name": "task23", "example_name": "0066", "problem_name": "task23_0066"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: sh1c6e9rbow\nCommand: ['h', '8']\n", "label": {"final": "o", "init": ["h", "8"], "intermediate": [["1", "7"], ["c", "6"], ["6", "5"], ["e", "4"], ["9", "3"], ["r", "2"], ["b", "1"]]}, "config": {"command": ["h", "8"], "length": 11, "string": "sh1c6e9rbow"}, "task_name": "task23", "example_name": "0067", "problem_name": "task23_0067"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: u37setc5\nCommand: ['3', '8']\n", "label": {"final": "3", "init": ["3", "8"], "intermediate": [["7", "7"], ["s", "6"], ["e", "5"], ["t", "4"], ["c", "3"], ["5", "2"], ["u", "1"]]}, "config": {"command": ["3", "8"], "length": 8, "string": "u37setc5"}, "task_name": "task23", "example_name": "0068", "problem_name": "task23_0068"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: jfvbiyh0sw2z\nCommand: ['h', '8']\n", "label": {"final": "v", "init": ["h", "8"], "intermediate": [["0", "7"], ["s", "6"], ["w", "5"], ["2", "4"], ["z", "3"], ["j", "2"], ["f", "1"]]}, "config": {"command": ["h", "8"], "length": 12, "string": "jfvbiyh0sw2z"}, "task_name": "task23", "example_name": "0069", "problem_name": "task23_0069"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 6h9luxrta\nCommand: ['h', '9']\n", "label": {"final": "h", "init": ["h", "9"], "intermediate": [["9", "8"], ["l", "7"], ["u", "6"], ["x", "5"], ["r", "4"], ["t", "3"], ["a", "2"], ["6", "1"]]}, "config": {"command": ["h", "9"], "length": 9, "string": "6h9luxrta"}, "task_name": "task23", "example_name": "0070", "problem_name": "task23_0070"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: wqrxzl0ds\nCommand: ['l', '9']\n", "label": {"final": "l", "init": ["l", "9"], "intermediate": [["0", "8"], ["d", "7"], ["s", "6"], ["w", "5"], ["q", "4"], ["r", "3"], ["x", "2"], ["z", "1"]]}, "config": {"command": ["l", "9"], "length": 9, "string": "wqrxzl0ds"}, "task_name": "task23", "example_name": "0071", "problem_name": "task23_0071"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: a21euipysfh73\nCommand: ['s', '9']\n", "label": {"final": "u", "init": ["s", "9"], "intermediate": [["f", "8"], ["h", "7"], ["7", "6"], ["3", "5"], ["a", "4"], ["2", "3"], ["1", "2"], ["e", "1"]]}, "config": {"command": ["s", "9"], "length": 13, "string": "a21euipysfh73"}, "task_name": "task23", "example_name": "0072", "problem_name": "task23_0072"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 4amrzqsjl68nh\nCommand: ['m', '9']\n", "label": {"final": "n", "init": ["m", "9"], "intermediate": [["r", "8"], ["z", "7"], ["q", "6"], ["s", "5"], ["j", "4"], ["l", "3"], ["6", "2"], ["8", "1"]]}, "config": {"command": ["m", "9"], "length": 13, "string": "4amrzqsjl68nh"}, "task_name": "task23", "example_name": "0073", "problem_name": "task23_0073"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: tjnplf8i5sqo\nCommand: ['t', '9']\n", "label": {"final": "s", "init": ["t", "9"], "intermediate": [["j", "8"], ["n", "7"], ["p", "6"], ["l", "5"], ["f", "4"], ["8", "3"], ["i", "2"], ["5", "1"]]}, "config": {"command": ["t", "9"], "length": 12, "string": "tjnplf8i5sqo"}, "task_name": "task23", "example_name": "0074", "problem_name": "task23_0074"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: wg9e682py\nCommand: ['p', '9']\n", "label": {"final": "p", "init": ["p", "9"], "intermediate": [["y", "8"], ["w", "7"], ["g", "6"], ["9", "5"], ["e", "4"], ["6", "3"], ["8", "2"], ["2", "1"]]}, "config": {"command": ["p", "9"], "length": 9, "string": "wg9e682py"}, "task_name": "task23", "example_name": "0075", "problem_name": "task23_0075"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: vfb0dzp9s8w6i\nCommand: ['w', '9']\n", "label": {"final": "p", "init": ["w", "9"], "intermediate": [["6", "8"], ["i", "7"], ["v", "6"], ["f", "5"], ["b", "4"], ["0", "3"], ["d", "2"], ["z", "1"]]}, "config": {"command": ["w", "9"], "length": 13, "string": "vfb0dzp9s8w6i"}, "task_name": "task23", "example_name": "0076", "problem_name": "task23_0076"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 1v84ju9sq305p\nCommand: ['3', '9']\n", "label": {"final": "u", "init": ["3", "9"], "intermediate": [["0", "8"], ["5", "7"], ["p", "6"], ["1", "5"], ["v", "4"], ["8", "3"], ["4", "2"], ["j", "1"]]}, "config": {"command": ["3", "9"], "length": 13, "string": "1v84ju9sq305p"}, "task_name": "task23", "example_name": "0077", "problem_name": "task23_0077"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: d2ogelf5s3m\nCommand: ['d', '9']\n", "label": {"final": "3", "init": ["d", "9"], "intermediate": [["2", "8"], ["o", "7"], ["g", "6"], ["e", "5"], ["l", "4"], ["f", "3"], ["5", "2"], ["s", "1"]]}, "config": {"command": ["d", "9"], "length": 11, "string": "d2ogelf5s3m"}, "task_name": "task23", "example_name": "0078", "problem_name": "task23_0078"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: hkem7l1zivg\nCommand: ['g', '9']\n", "label": {"final": "i", "init": ["g", "9"], "intermediate": [["h", "8"], ["k", "7"], ["e", "6"], ["m", "5"], ["7", "4"], ["l", "3"], ["1", "2"], ["z", "1"]]}, "config": {"command": ["g", "9"], "length": 11, "string": "hkem7l1zivg"}, "task_name": "task23", "example_name": "0079", "problem_name": "task23_0079"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: lpdxs7zgmeo\nCommand: ['s', '10']\n", "label": {"final": "x", "init": ["s", "10"], "intermediate": [["7", "9"], ["z", "8"], ["g", "7"], ["m", "6"], ["e", "5"], ["o", "4"], ["l", "3"], ["p", "2"], ["d", "1"]]}, "config": {"command": ["s", "10"], "length": 11, "string": "lpdxs7zgmeo"}, "task_name": "task23", "example_name": "0080", "problem_name": "task23_0080"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: taofyszm8g\nCommand: ['z', '10']\n", "label": {"final": "z", "init": ["z", "10"], "intermediate": [["m", "9"], ["8", "8"], ["g", "7"], ["t", "6"], ["a", "5"], ["o", "4"], ["f", "3"], ["y", "2"], ["s", "1"]]}, "config": {"command": ["z", "10"], "length": 10, "string": "taofyszm8g"}, "task_name": "task23", "example_name": "0081", "problem_name": "task23_0081"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: nij498r5a6\nCommand: ['a', '10']\n", "label": {"final": "a", "init": ["a", "10"], "intermediate": [["6", "9"], ["n", "8"], ["i", "7"], ["j", "6"], ["4", "5"], ["9", "4"], ["8", "3"], ["r", "2"], ["5", "1"]]}, "config": {"command": ["a", "10"], "length": 10, "string": "nij498r5a6"}, "task_name": "task23", "example_name": "0082", "problem_name": "task23_0082"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: su0zxrf97i\nCommand: ['7', '10']\n", "label": {"final": "7", "init": ["7", "10"], "intermediate": [["i", "9"], ["s", "8"], ["u", "7"], ["0", "6"], ["z", "5"], ["x", "4"], ["r", "3"], ["f", "2"], ["9", "1"]]}, "config": {"command": ["7", "10"], "length": 10, "string": "su0zxrf97i"}, "task_name": "task23", "example_name": "0083", "problem_name": "task23_0083"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 0b2vlkdy3nza\nCommand: ['k', '10']\n", "label": {"final": "v", "init": ["k", "10"], "intermediate": [["d", "9"], ["y", "8"], ["3", "7"], ["n", "6"], ["z", "5"], ["a", "4"], ["0", "3"], ["b", "2"], ["2", "1"]]}, "config": {"command": ["k", "10"], "length": 12, "string": "0b2vlkdy3nza"}, "task_name": "task23", "example_name": "0084", "problem_name": "task23_0084"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: tp83zq6e7b0\nCommand: ['q', '10']\n", "label": {"final": "z", "init": ["q", "10"], "intermediate": [["6", "9"], ["e", "8"], ["7", "7"], ["b", "6"], ["0", "5"], ["t", "4"], ["p", "3"], ["8", "2"], ["3", "1"]]}, "config": {"command": ["q", "10"], "length": 11, "string": "tp83zq6e7b0"}, "task_name": "task23", "example_name": "0085", "problem_name": "task23_0085"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: wm7ibpha6rfq0d\nCommand: ['r', '10']\n", "label": {"final": "p", "init": ["r", "10"], "intermediate": [["f", "9"], ["q", "8"], ["0", "7"], ["d", "6"], ["w", "5"], ["m", "4"], ["7", "3"], ["i", "2"], ["b", "1"]]}, "config": {"command": ["r", "10"], "length": 14, "string": "wm7ibpha6rfq0d"}, "task_name": "task23", "example_name": "0086", "problem_name": "task23_0086"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: qldpoxei59k7f\nCommand: ['k', '10']\n", "label": {"final": "i", "init": ["k", "10"], "intermediate": [["7", "9"], ["f", "8"], ["q", "7"], ["l", "6"], ["d", "5"], ["p", "4"], ["o", "3"], ["x", "2"], ["e", "1"]]}, "config": {"command": ["k", "10"], "length": 13, "string": "qldpoxei59k7f"}, "task_name": "task23", "example_name": "0087", "problem_name": "task23_0087"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: tgefrm1c7vu\nCommand: ['r', '10']\n", "label": {"final": "f", "init": ["r", "10"], "intermediate": [["m", "9"], ["1", "8"], ["c", "7"], ["7", "6"], ["v", "5"], ["u", "4"], ["t", "3"], ["g", "2"], ["e", "1"]]}, "config": {"command": ["r", "10"], "length": 11, "string": "tgefrm1c7vu"}, "task_name": "task23", "example_name": "0088", "problem_name": "task23_0088"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: w8ypkbi9jgf2\nCommand: ['2', '10']\n", "label": {"final": "g", "init": ["2", "10"], "intermediate": [["w", "9"], ["8", "8"], ["y", "7"], ["p", "6"], ["k", "5"], ["b", "4"], ["i", "3"], ["9", "2"], ["j", "1"]]}, "config": {"command": ["2", "10"], "length": 12, "string": "w8ypkbi9jgf2"}, "task_name": "task23", "example_name": "0089", "problem_name": "task23_0089"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: tdb6afv1qnx\nCommand: ['b', '11']\n", "label": {"final": "b", "init": ["b", "11"], "intermediate": [["6", "10"], ["a", "9"], ["f", "8"], ["v", "7"], ["1", "6"], ["q", "5"], ["n", "4"], ["x", "3"], ["t", "2"], ["d", "1"]]}, "config": {"command": ["b", "11"], "length": 11, "string": "tdb6afv1qnx"}, "task_name": "task23", "example_name": "0090", "problem_name": "task23_0090"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: pk7l3z95vdo8ej4\nCommand: ['l', '11']\n", "label": {"final": "4", "init": ["l", "11"], "intermediate": [["3", "10"], ["z", "9"], ["9", "8"], ["5", "7"], ["v", "6"], ["d", "5"], ["o", "4"], ["8", "3"], ["e", "2"], ["j", "1"]]}, "config": {"command": ["l", "11"], "length": 15, "string": "pk7l3z95vdo8ej4"}, "task_name": "task23", "example_name": "0091", "problem_name": "task23_0091"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 1pq5lz9r8vnw\nCommand: ['1', '11']\n", "label": {"final": "w", "init": ["1", "11"], "intermediate": [["p", "10"], ["q", "9"], ["5", "8"], ["l", "7"], ["z", "6"], ["9", "5"], ["r", "4"], ["8", "3"], ["v", "2"], ["n", "1"]]}, "config": {"command": ["1", "11"], "length": 12, "string": "1pq5lz9r8vnw"}, "task_name": "task23", "example_name": "0092", "problem_name": "task23_0092"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: dfzjxbavi8y\nCommand: ['8', '11']\n", "label": {"final": "8", "init": ["8", "11"], "intermediate": [["y", "10"], ["d", "9"], ["f", "8"], ["z", "7"], ["j", "6"], ["x", "5"], ["b", "4"], ["a", "3"], ["v", "2"], ["i", "1"]]}, "config": {"command": ["8", "11"], "length": 11, "string": "dfzjxbavi8y"}, "task_name": "task23", "example_name": "0093", "problem_name": "task23_0093"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 6e1u73jnm5s4yca\nCommand: ['a', '11']\n", "label": {"final": "s", "init": ["a", "11"], "intermediate": [["6", "10"], ["e", "9"], ["1", "8"], ["u", "7"], ["7", "6"], ["3", "5"], ["j", "4"], ["n", "3"], ["m", "2"], ["5", "1"]]}, "config": {"command": ["a", "11"], "length": 15, "string": "6e1u73jnm5s4yca"}, "task_name": "task23", "example_name": "0094", "problem_name": "task23_0094"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: gau5bowxnszt9\nCommand: ['5', '11']\n", "label": {"final": "a", "init": ["5", "11"], "intermediate": [["b", "10"], ["o", "9"], ["w", "8"], ["x", "7"], ["n", "6"], ["s", "5"], ["z", "4"], ["t", "3"], ["9", "2"], ["g", "1"]]}, "config": {"command": ["5", "11"], "length": 13, "string": "gau5bowxnszt9"}, "task_name": "task23", "example_name": "0095", "problem_name": "task23_0095"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: rtdnvi0ex2z\nCommand: ['r', '11']\n", "label": {"final": "r", "init": ["r", "11"], "intermediate": [["t", "10"], ["d", "9"], ["n", "8"], ["v", "7"], ["i", "6"], ["0", "5"], ["e", "4"], ["x", "3"], ["2", "2"], ["z", "1"]]}, "config": {"command": ["r", "11"], "length": 11, "string": "rtdnvi0ex2z"}, "task_name": "task23", "example_name": "0096", "problem_name": "task23_0096"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: bmth8j1xngcluai\nCommand: ['t', '11']\n", "label": {"final": "a", "init": ["t", "11"], "intermediate": [["h", "10"], ["8", "9"], ["j", "8"], ["1", "7"], ["x", "6"], ["n", "5"], ["g", "4"], ["c", "3"], ["l", "2"], ["u", "1"]]}, "config": {"command": ["t", "11"], "length": 15, "string": "bmth8j1xngcluai"}, "task_name": "task23", "example_name": "0097", "problem_name": "task23_0097"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: aj6iflzo43cun\nCommand: ['6', '11']\n", "label": {"final": "a", "init": ["6", "11"], "intermediate": [["i", "10"], ["f", "9"], ["l", "8"], ["z", "7"], ["o", "6"], ["4", "5"], ["3", "4"], ["c", "3"], ["u", "2"], ["n", "1"]]}, "config": {"command": ["6", "11"], "length": 13, "string": "aj6iflzo43cun"}, "task_name": "task23", "example_name": "0098", "problem_name": "task23_0098"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: ey85m7fo4jxk\nCommand: ['x', '11']\n", "label": {"final": "j", "init": ["x", "11"], "intermediate": [["k", "10"], ["e", "9"], ["y", "8"], ["8", "7"], ["5", "6"], ["m", "5"], ["7", "4"], ["f", "3"], ["o", "2"], ["4", "1"]]}, "config": {"command": ["x", "11"], "length": 12, "string": "ey85m7fo4jxk"}, "task_name": "task23", "example_name": "0099", "problem_name": "task23_0099"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: scj8yh24zwq5vr\nCommand: ['5', '12']\n", "label": {"final": "w", "init": ["5", "12"], "intermediate": [["v", "11"], ["r", "10"], ["s", "9"], ["c", "8"], ["j", "7"], ["8", "6"], ["y", "5"], ["h", "4"], ["2", "3"], ["4", "2"], ["z", "1"]]}, "config": {"command": ["5", "12"], "length": 14, "string": "scj8yh24zwq5vr"}, "task_name": "task23", "example_name": "0100", "problem_name": "task23_0100"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 4ejaz95iqcrtfymd\nCommand: ['e', '12']\n", "label": {"final": "y", "init": ["e", "12"], "intermediate": [["j", "11"], ["a", "10"], ["z", "9"], ["9", "8"], ["5", "7"], ["i", "6"], ["q", "5"], ["c", "4"], ["r", "3"], ["t", "2"], ["f", "1"]]}, "config": {"command": ["e", "12"], "length": 16, "string": "4ejaz95iqcrtfymd"}, "task_name": "task23", "example_name": "0101", "problem_name": "task23_0101"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 9g1kwvndmazrtsl\nCommand: ['m', '12']\n", "label": {"final": "v", "init": ["m", "12"], "intermediate": [["a", "11"], ["z", "10"], ["r", "9"], ["t", "8"], ["s", "7"], ["l", "6"], ["9", "5"], ["g", "4"], ["1", "3"], ["k", "2"], ["w", "1"]]}, "config": {"command": ["m", "12"], "length": 15, "string": "9g1kwvndmazrtsl"}, "task_name": "task23", "example_name": "0102", "problem_name": "task23_0102"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: ut96byl0zc1dqas\nCommand: ['l', '12']\n", "label": {"final": "6", "init": ["l", "12"], "intermediate": [["0", "11"], ["z", "10"], ["c", "9"], ["1", "8"], ["d", "7"], ["q", "6"], ["a", "5"], ["s", "4"], ["u", "3"], ["t", "2"], ["9", "1"]]}, "config": {"command": ["l", "12"], "length": 15, "string": "ut96byl0zc1dqas"}, "task_name": "task23", "example_name": "0103", "problem_name": "task23_0103"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 0c561m2xlwdq3og\nCommand: ['6', '12']\n", "label": {"final": "0", "init": ["6", "12"], "intermediate": [["1", "11"], ["m", "10"], ["2", "9"], ["x", "8"], ["l", "7"], ["w", "6"], ["d", "5"], ["q", "4"], ["3", "3"], ["o", "2"], ["g", "1"]]}, "config": {"command": ["6", "12"], "length": 15, "string": "0c561m2xlwdq3og"}, "task_name": "task23", "example_name": "0104", "problem_name": "task23_0104"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 3hoavinqtgbfz2\nCommand: ['z', '12']\n", "label": {"final": "b", "init": ["z", "12"], "intermediate": [["2", "11"], ["3", "10"], ["h", "9"], ["o", "8"], ["a", "7"], ["v", "6"], ["i", "5"], ["n", "4"], ["q", "3"], ["t", "2"], ["g", "1"]]}, "config": {"command": ["z", "12"], "length": 14, "string": "3hoavinqtgbfz2"}, "task_name": "task23", "example_name": "0105", "problem_name": "task23_0105"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: am2xyu1cb78sko\nCommand: ['m', '12']\n", "label": {"final": "o", "init": ["m", "12"], "intermediate": [["2", "11"], ["x", "10"], ["y", "9"], ["u", "8"], ["1", "7"], ["c", "6"], ["b", "5"], ["7", "4"], ["8", "3"], ["s", "2"], ["k", "1"]]}, "config": {"command": ["m", "12"], "length": 14, "string": "am2xyu1cb78sko"}, "task_name": "task23", "example_name": "0106", "problem_name": "task23_0106"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: ztvp6dqwlmjfb\nCommand: ['w', '12']\n", "label": {"final": "q", "init": ["w", "12"], "intermediate": [["l", "11"], ["m", "10"], ["j", "9"], ["f", "8"], ["b", "7"], ["z", "6"], ["t", "5"], ["v", "4"], ["p", "3"], ["6", "2"], ["d", "1"]]}, "config": {"command": ["w", "12"], "length": 13, "string": "ztvp6dqwlmjfb"}, "task_name": "task23", "example_name": "0107", "problem_name": "task23_0107"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: qpc902ixvkr541f\nCommand: ['0', '12']\n", "label": {"final": "p", "init": ["0", "12"], "intermediate": [["2", "11"], ["i", "10"], ["x", "9"], ["v", "8"], ["k", "7"], ["r", "6"], ["5", "5"], ["4", "4"], ["1", "3"], ["f", "2"], ["q", "1"]]}, "config": {"command": ["0", "12"], "length": 15, "string": "qpc902ixvkr541f"}, "task_name": "task23", "example_name": "0108", "problem_name": "task23_0108"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 6ujaw7t2ir1db\nCommand: ['1', '12']\n", "label": {"final": "r", "init": ["1", "12"], "intermediate": [["d", "11"], ["b", "10"], ["6", "9"], ["u", "8"], ["j", "7"], ["a", "6"], ["w", "5"], ["7", "4"], ["t", "3"], ["2", "2"], ["i", "1"]]}, "config": {"command": ["1", "12"], "length": 13, "string": "6ujaw7t2ir1db"}, "task_name": "task23", "example_name": "0109", "problem_name": "task23_0109"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 21dzmvexkca7p6nj\nCommand: ['1', '13']\n", "label": {"final": "n", "init": ["1", "13"], "intermediate": [["d", "12"], ["z", "11"], ["m", "10"], ["v", "9"], ["e", "8"], ["x", "7"], ["k", "6"], ["c", "5"], ["a", "4"], ["7", "3"], ["p", "2"], ["6", "1"]]}, "config": {"command": ["1", "13"], "length": 16, "string": "21dzmvexkca7p6nj"}, "task_name": "task23", "example_name": "0110", "problem_name": "task23_0110"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 8h9vr50pw7egaf\nCommand: ['0', '13']\n", "label": {"final": "5", "init": ["0", "13"], "intermediate": [["p", "12"], ["w", "11"], ["7", "10"], ["e", "9"], ["g", "8"], ["a", "7"], ["f", "6"], ["8", "5"], ["h", "4"], ["9", "3"], ["v", "2"], ["r", "1"]]}, "config": {"command": ["0", "13"], "length": 14, "string": "8h9vr50pw7egaf"}, "task_name": "task23", "example_name": "0111", "problem_name": "task23_0111"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: bahmfuvn6xzpot\nCommand: ['z', '13']\n", "label": {"final": "x", "init": ["z", "13"], "intermediate": [["p", "12"], ["o", "11"], ["t", "10"], ["b", "9"], ["a", "8"], ["h", "7"], ["m", "6"], ["f", "5"], ["u", "4"], ["v", "3"], ["n", "2"], ["6", "1"]]}, "config": {"command": ["z", "13"], "length": 14, "string": "bahmfuvn6xzpot"}, "task_name": "task23", "example_name": "0112", "problem_name": "task23_0112"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: eorzq8aijx6mg5b\nCommand: ['i', '13']\n", "label": {"final": "8", "init": ["i", "13"], "intermediate": [["j", "12"], ["x", "11"], ["6", "10"], ["m", "9"], ["g", "8"], ["5", "7"], ["b", "6"], ["e", "5"], ["o", "4"], ["r", "3"], ["z", "2"], ["q", "1"]]}, "config": {"command": ["i", "13"], "length": 15, "string": "eorzq8aijx6mg5b"}, "task_name": "task23", "example_name": "0113", "problem_name": "task23_0113"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: ics8z6bajqlmyu\nCommand: ['l', '13']\n", "label": {"final": "q", "init": ["l", "13"], "intermediate": [["m", "12"], ["y", "11"], ["u", "10"], ["i", "9"], ["c", "8"], ["s", "7"], ["8", "6"], ["z", "5"], ["6", "4"], ["b", "3"], ["a", "2"], ["j", "1"]]}, "config": {"command": ["l", "13"], "length": 14, "string": "ics8z6bajqlmyu"}, "task_name": "task23", "example_name": "0114", "problem_name": "task23_0114"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: sq4k01ac2eotlg\nCommand: ['1', '13']\n", "label": {"final": "0", "init": ["1", "13"], "intermediate": [["a", "12"], ["c", "11"], ["2", "10"], ["e", "9"], ["o", "8"], ["t", "7"], ["l", "6"], ["g", "5"], ["s", "4"], ["q", "3"], ["4", "2"], ["k", "1"]]}, "config": {"command": ["1", "13"], "length": 14, "string": "sq4k01ac2eotlg"}, "task_name": "task23", "example_name": "0115", "problem_name": "task23_0115"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: gkf78yxjmcolaw5hz\nCommand: ['a', '13']\n", "label": {"final": "m", "init": ["a", "13"], "intermediate": [["w", "12"], ["5", "11"], ["h", "10"], ["z", "9"], ["g", "8"], ["k", "7"], ["f", "6"], ["7", "5"], ["8", "4"], ["y", "3"], ["x", "2"], ["j", "1"]]}, "config": {"command": ["a", "13"], "length": 17, "string": "gkf78yxjmcolaw5hz"}, "task_name": "task23", "example_name": "0116", "problem_name": "task23_0116"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: wucimok8n427dse\nCommand: ['e', '13']\n", "label": {"final": "d", "init": ["e", "13"], "intermediate": [["w", "12"], ["u", "11"], ["c", "10"], ["i", "9"], ["m", "8"], ["o", "7"], ["k", "6"], ["8", "5"], ["n", "4"], ["4", "3"], ["2", "2"], ["7", "1"]]}, "config": {"command": ["e", "13"], "length": 15, "string": "wucimok8n427dse"}, "task_name": "task23", "example_name": "0117", "problem_name": "task23_0117"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: aipb18d23c5fmhg\nCommand: ['3', '13']\n", "label": {"final": "d", "init": ["3", "13"], "intermediate": [["c", "12"], ["5", "11"], ["f", "10"], ["m", "9"], ["h", "8"], ["g", "7"], ["a", "6"], ["i", "5"], ["p", "4"], ["b", "3"], ["1", "2"], ["8", "1"]]}, "config": {"command": ["3", "13"], "length": 15, "string": "aipb18d23c5fmhg"}, "task_name": "task23", "example_name": "0118", "problem_name": "task23_0118"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: b6oxf87ecn2ws0\nCommand: ['7', '13']\n", "label": {"final": "8", "init": ["7", "13"], "intermediate": [["e", "12"], ["c", "11"], ["n", "10"], ["2", "9"], ["w", "8"], ["s", "7"], ["0", "6"], ["b", "5"], ["6", "4"], ["o", "3"], ["x", "2"], ["f", "1"]]}, "config": {"command": ["7", "13"], "length": 14, "string": "b6oxf87ecn2ws0"}, "task_name": "task23", "example_name": "0119", "problem_name": "task23_0119"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: w890u3fpbo7sxy415l\nCommand: ['w', '14']\n", "label": {"final": "4", "init": ["w", "14"], "intermediate": [["8", "13"], ["9", "12"], ["0", "11"], ["u", "10"], ["3", "9"], ["f", "8"], ["p", "7"], ["b", "6"], ["o", "5"], ["7", "4"], ["s", "3"], ["x", "2"], ["y", "1"]]}, "config": {"command": ["w", "14"], "length": 18, "string": "w890u3fpbo7sxy415l"}, "task_name": "task23", "example_name": "0120", "problem_name": "task23_0120"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: xz3w5tlgom60f8b\nCommand: ['w', '14']\n", "label": {"final": "3", "init": ["w", "14"], "intermediate": [["5", "13"], ["t", "12"], ["l", "11"], ["g", "10"], ["o", "9"], ["m", "8"], ["6", "7"], ["0", "6"], ["f", "5"], ["8", "4"], ["b", "3"], ["x", "2"], ["z", "1"]]}, "config": {"command": ["w", "14"], "length": 15, "string": "xz3w5tlgom60f8b"}, "task_name": "task23", "example_name": "0121", "problem_name": "task23_0121"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: zkfgtypsrh0u241a7\nCommand: ['g', '14']\n", "label": {"final": "z", "init": ["g", "14"], "intermediate": [["t", "13"], ["y", "12"], ["p", "11"], ["s", "10"], ["r", "9"], ["h", "8"], ["0", "7"], ["u", "6"], ["2", "5"], ["4", "4"], ["1", "3"], ["a", "2"], ["7", "1"]]}, "config": {"command": ["g", "14"], "length": 17, "string": "zkfgtypsrh0u241a7"}, "task_name": "task23", "example_name": "0122", "problem_name": "task23_0122"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: qvgszn18023dl6bkow\nCommand: ['b', '14']\n", "label": {"final": "3", "init": ["b", "14"], "intermediate": [["k", "13"], ["o", "12"], ["w", "11"], ["q", "10"], ["v", "9"], ["g", "8"], ["s", "7"], ["z", "6"], ["n", "5"], ["1", "4"], ["8", "3"], ["0", "2"], ["2", "1"]]}, "config": {"command": ["b", "14"], "length": 18, "string": "qvgszn18023dl6bkow"}, "task_name": "task23", "example_name": "0123", "problem_name": "task23_0123"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: fvdl2iq01kxt5wzhj\nCommand: ['f', '14']\n", "label": {"final": "z", "init": ["f", "14"], "intermediate": [["v", "13"], ["d", "12"], ["l", "11"], ["2", "10"], ["i", "9"], ["q", "8"], ["0", "7"], ["1", "6"], ["k", "5"], ["x", "4"], ["t", "3"], ["5", "2"], ["w", "1"]]}, "config": {"command": ["f", "14"], "length": 17, "string": "fvdl2iq01kxt5wzhj"}, "task_name": "task23", "example_name": "0124", "problem_name": "task23_0124"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: am9pzyq8h7bgc0swe\nCommand: ['0', '14']\n", "label": {"final": "b", "init": ["0", "14"], "intermediate": [["s", "13"], ["w", "12"], ["e", "11"], ["a", "10"], ["m", "9"], ["9", "8"], ["p", "7"], ["z", "6"], ["y", "5"], ["q", "4"], ["8", "3"], ["h", "2"], ["7", "1"]]}, "config": {"command": ["0", "14"], "length": 17, "string": "am9pzyq8h7bgc0swe"}, "task_name": "task23", "example_name": "0125", "problem_name": "task23_0125"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: omg25iz0cqytrns\nCommand: ['q', '14']\n", "label": {"final": "c", "init": ["q", "14"], "intermediate": [["y", "13"], ["t", "12"], ["r", "11"], ["n", "10"], ["s", "9"], ["o", "8"], ["m", "7"], ["g", "6"], ["2", "5"], ["5", "4"], ["i", "3"], ["z", "2"], ["0", "1"]]}, "config": {"command": ["q", "14"], "length": 15, "string": "omg25iz0cqytrns"}, "task_name": "task23", "example_name": "0126", "problem_name": "task23_0126"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: e3hm6bjpxy2zgow\nCommand: ['m', '14']\n", "label": {"final": "h", "init": ["m", "14"], "intermediate": [["6", "13"], ["b", "12"], ["j", "11"], ["p", "10"], ["x", "9"], ["y", "8"], ["2", "7"], ["z", "6"], ["g", "5"], ["o", "4"], ["w", "3"], ["e", "2"], ["3", "1"]]}, "config": {"command": ["m", "14"], "length": 15, "string": "e3hm6bjpxy2zgow"}, "task_name": "task23", "example_name": "0127", "problem_name": "task23_0127"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: o76y9fpcx8bms34h\nCommand: ['9', '14']\n", "label": {"final": "6", "init": ["9", "14"], "intermediate": [["f", "13"], ["p", "12"], ["c", "11"], ["x", "10"], ["8", "9"], ["b", "8"], ["m", "7"], ["s", "6"], ["3", "5"], ["4", "4"], ["h", "3"], ["o", "2"], ["7", "1"]]}, "config": {"command": ["9", "14"], "length": 16, "string": "o76y9fpcx8bms34h"}, "task_name": "task23", "example_name": "0128", "problem_name": "task23_0128"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: tsnz6ybka3u2qw0\nCommand: ['a', '14']\n", "label": {"final": "k", "init": ["a", "14"], "intermediate": [["3", "13"], ["u", "12"], ["2", "11"], ["q", "10"], ["w", "9"], ["0", "8"], ["t", "7"], ["s", "6"], ["n", "5"], ["z", "4"], ["6", "3"], ["y", "2"], ["b", "1"]]}, "config": {"command": ["a", "14"], "length": 15, "string": "tsnz6ybka3u2qw0"}, "task_name": "task23", "example_name": "0129", "problem_name": "task23_0129"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: q2089bjmyovfzr7k\nCommand: ['9', '15']\n", "label": {"final": "8", "init": ["9", "15"], "intermediate": [["b", "14"], ["j", "13"], ["m", "12"], ["y", "11"], ["o", "10"], ["v", "9"], ["f", "8"], ["z", "7"], ["r", "6"], ["7", "5"], ["k", "4"], ["q", "3"], ["2", "2"], ["0", "1"]]}, "config": {"command": ["9", "15"], "length": 16, "string": "q2089bjmyovfzr7k"}, "task_name": "task23", "example_name": "0130", "problem_name": "task23_0130"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 7318finoxtbpz9eamgr\nCommand: ['o', '15']\n", "label": {"final": "8", "init": ["o", "15"], "intermediate": [["x", "14"], ["t", "13"], ["b", "12"], ["p", "11"], ["z", "10"], ["9", "9"], ["e", "8"], ["a", "7"], ["m", "6"], ["g", "5"], ["r", "4"], ["7", "3"], ["3", "2"], ["1", "1"]]}, "config": {"command": ["o", "15"], "length": 19, "string": "7318finoxtbpz9eamgr"}, "task_name": "task23", "example_name": "0131", "problem_name": "task23_0131"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: c8h24aoqy36lrbf\nCommand: ['h', '15']\n", "label": {"final": "h", "init": ["h", "15"], "intermediate": [["2", "14"], ["4", "13"], ["a", "12"], ["o", "11"], ["q", "10"], ["y", "9"], ["3", "8"], ["6", "7"], ["l", "6"], ["r", "5"], ["b", "4"], ["f", "3"], ["c", "2"], ["8", "1"]]}, "config": {"command": ["h", "15"], "length": 15, "string": "c8h24aoqy36lrbf"}, "task_name": "task23", "example_name": "0132", "problem_name": "task23_0132"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: b6tfpv854z9lmrx\nCommand: ['v', '15']\n", "label": {"final": "v", "init": ["v", "15"], "intermediate": [["8", "14"], ["5", "13"], ["4", "12"], ["z", "11"], ["9", "10"], ["l", "9"], ["m", "8"], ["r", "7"], ["x", "6"], ["b", "5"], ["6", "4"], ["t", "3"], ["f", "2"], ["p", "1"]]}, "config": {"command": ["v", "15"], "length": 15, "string": "b6tfpv854z9lmrx"}, "task_name": "task23", "example_name": "0133", "problem_name": "task23_0133"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: g0zpkn8io2ehbcs\nCommand: ['o', '15']\n", "label": {"final": "o", "init": ["o", "15"], "intermediate": [["2", "14"], ["e", "13"], ["h", "12"], ["b", "11"], ["c", "10"], ["s", "9"], ["g", "8"], ["0", "7"], ["z", "6"], ["p", "5"], ["k", "4"], ["n", "3"], ["8", "2"], ["i", "1"]]}, "config": {"command": ["o", "15"], "length": 15, "string": "g0zpkn8io2ehbcs"}, "task_name": "task23", "example_name": "0134", "problem_name": "task23_0134"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: svi4r0fmzek8p9j\nCommand: ['z', '15']\n", "label": {"final": "z", "init": ["z", "15"], "intermediate": [["e", "14"], ["k", "13"], ["8", "12"], ["p", "11"], ["9", "10"], ["j", "9"], ["s", "8"], ["v", "7"], ["i", "6"], ["4", "5"], ["r", "4"], ["0", "3"], ["f", "2"], ["m", "1"]]}, "config": {"command": ["z", "15"], "length": 15, "string": "svi4r0fmzek8p9j"}, "task_name": "task23", "example_name": "0135", "problem_name": "task23_0135"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: q20huyb9o1npgfkm\nCommand: ['n', '15']\n", "label": {"final": "1", "init": ["n", "15"], "intermediate": [["p", "14"], ["g", "13"], ["f", "12"], ["k", "11"], ["m", "10"], ["q", "9"], ["2", "8"], ["0", "7"], ["h", "6"], ["u", "5"], ["y", "4"], ["b", "3"], ["9", "2"], ["o", "1"]]}, "config": {"command": ["n", "15"], "length": 16, "string": "q20huyb9o1npgfkm"}, "task_name": "task23", "example_name": "0136", "problem_name": "task23_0136"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: v31eci8t46ak0ofyqs\nCommand: ['t', '15']\n", "label": {"final": "c", "init": ["t", "15"], "intermediate": [["4", "14"], ["6", "13"], ["a", "12"], ["k", "11"], ["0", "10"], ["o", "9"], ["f", "8"], ["y", "7"], ["q", "6"], ["s", "5"], ["v", "4"], ["3", "3"], ["1", "2"], ["e", "1"]]}, "config": {"command": ["t", "15"], "length": 18, "string": "v31eci8t46ak0ofyqs"}, "task_name": "task23", "example_name": "0137", "problem_name": "task23_0137"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: ckjilthp7e9b2zqu4\nCommand: ['k', '15']\n", "label": {"final": "4", "init": ["k", "15"], "intermediate": [["j", "14"], ["i", "13"], ["l", "12"], ["t", "11"], ["h", "10"], ["p", "9"], ["7", "8"], ["e", "7"], ["9", "6"], ["b", "5"], ["2", "4"], ["z", "3"], ["q", "2"], ["u", "1"]]}, "config": {"command": ["k", "15"], "length": 17, "string": "ckjilthp7e9b2zqu4"}, "task_name": "task23", "example_name": "0138", "problem_name": "task23_0138"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: lgz1qrdxe56hn32py\nCommand: ['z', '15']\n", "label": {"final": "l", "init": ["z", "15"], "intermediate": [["1", "14"], ["q", "13"], ["r", "12"], ["d", "11"], ["x", "10"], ["e", "9"], ["5", "8"], ["6", "7"], ["h", "6"], ["n", "5"], ["3", "4"], ["2", "3"], ["p", "2"], ["y", "1"]]}, "config": {"command": ["z", "15"], "length": 17, "string": "lgz1qrdxe56hn32py"}, "task_name": "task23", "example_name": "0139", "problem_name": "task23_0139"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 80wrptl3xkbs5i6quy\nCommand: ['x', '16']\n", "label": {"final": "l", "init": ["x", "16"], "intermediate": [["k", "15"], ["b", "14"], ["s", "13"], ["5", "12"], ["i", "11"], ["6", "10"], ["q", "9"], ["u", "8"], ["y", "7"], ["8", "6"], ["0", "5"], ["w", "4"], ["r", "3"], ["p", "2"], ["t", "1"]]}, "config": {"command": ["x", "16"], "length": 18, "string": "80wrptl3xkbs5i6quy"}, "task_name": "task23", "example_name": "0140", "problem_name": "task23_0140"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 60e2hinzl5y8as7md4\nCommand: ['h', '16']\n", "label": {"final": "e", "init": ["h", "16"], "intermediate": [["i", "15"], ["n", "14"], ["z", "13"], ["l", "12"], ["5", "11"], ["y", "10"], ["8", "9"], ["a", "8"], ["s", "7"], ["7", "6"], ["m", "5"], ["d", "4"], ["4", "3"], ["6", "2"], ["0", "1"]]}, "config": {"command": ["h", "16"], "length": 18, "string": "60e2hinzl5y8as7md4"}, "task_name": "task23", "example_name": "0141", "problem_name": "task23_0141"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: ujl9cvr0zdtaibmf76k\nCommand: ['r', '16']\n", "label": {"final": "9", "init": ["r", "16"], "intermediate": [["0", "15"], ["z", "14"], ["d", "13"], ["t", "12"], ["a", "11"], ["i", "10"], ["b", "9"], ["m", "8"], ["f", "7"], ["7", "6"], ["6", "5"], ["k", "4"], ["u", "3"], ["j", "2"], ["l", "1"]]}, "config": {"command": ["r", "16"], "length": 19, "string": "ujl9cvr0zdtaibmf76k"}, "task_name": "task23", "example_name": "0142", "problem_name": "task23_0142"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: uhmwt8lzqa0isc6jvp\nCommand: ['c', '16']\n", "label": {"final": "i", "init": ["c", "16"], "intermediate": [["6", "15"], ["j", "14"], ["v", "13"], ["p", "12"], ["u", "11"], ["h", "10"], ["m", "9"], ["w", "8"], ["t", "7"], ["8", "6"], ["l", "5"], ["z", "4"], ["q", "3"], ["a", "2"], ["0", "1"]]}, "config": {"command": ["c", "16"], "length": 18, "string": "uhmwt8lzqa0isc6jvp"}, "task_name": "task23", "example_name": "0143", "problem_name": "task23_0143"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: xc0ruhs5leaqy2mj\nCommand: ['h', '16']\n", "label": {"final": "h", "init": ["h", "16"], "intermediate": [["s", "15"], ["5", "14"], ["l", "13"], ["e", "12"], ["a", "11"], ["q", "10"], ["y", "9"], ["2", "8"], ["m", "7"], ["j", "6"], ["x", "5"], ["c", "4"], ["0", "3"], ["r", "2"], ["u", "1"]]}, "config": {"command": ["h", "16"], "length": 16, "string": "xc0ruhs5leaqy2mj"}, "task_name": "task23", "example_name": "0144", "problem_name": "task23_0144"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: vyz6nop4t3dwj17bsf02\nCommand: ['s', '16']\n", "label": {"final": "j", "init": ["s", "16"], "intermediate": [["f", "15"], ["0", "14"], ["2", "13"], ["v", "12"], ["y", "11"], ["z", "10"], ["6", "9"], ["n", "8"], ["o", "7"], ["p", "6"], ["4", "5"], ["t", "4"], ["3", "3"], ["d", "2"], ["w", "1"]]}, "config": {"command": ["s", "16"], "length": 20, "string": "vyz6nop4t3dwj17bsf02"}, "task_name": "task23", "example_name": "0145", "problem_name": "task23_0145"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 32iqdbgwxkym9ajp8unh\nCommand: ['k', '16']\n", "label": {"final": "b", "init": ["k", "16"], "intermediate": [["y", "15"], ["m", "14"], ["9", "13"], ["a", "12"], ["j", "11"], ["p", "10"], ["8", "9"], ["u", "8"], ["n", "7"], ["h", "6"], ["3", "5"], ["2", "4"], ["i", "3"], ["q", "2"], ["d", "1"]]}, "config": {"command": ["k", "16"], "length": 20, "string": "32iqdbgwxkym9ajp8unh"}, "task_name": "task23", "example_name": "0146", "problem_name": "task23_0146"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: lxwekoifs9jmqyb64\nCommand: ['4', '16']\n", "label": {"final": "6", "init": ["4", "16"], "intermediate": [["l", "15"], ["x", "14"], ["w", "13"], ["e", "12"], ["k", "11"], ["o", "10"], ["i", "9"], ["f", "8"], ["s", "7"], ["9", "6"], ["j", "5"], ["m", "4"], ["q", "3"], ["y", "2"], ["b", "1"]]}, "config": {"command": ["4", "16"], "length": 17, "string": "lxwekoifs9jmqyb64"}, "task_name": "task23", "example_name": "0147", "problem_name": "task23_0147"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 4g8kbq5hvxy9cfpw\nCommand: ['b', '16']\n", "label": {"final": "b", "init": ["b", "16"], "intermediate": [["q", "15"], ["5", "14"], ["h", "13"], ["v", "12"], ["x", "11"], ["y", "10"], ["9", "9"], ["c", "8"], ["f", "7"], ["p", "6"], ["w", "5"], ["4", "4"], ["g", "3"], ["8", "2"], ["k", "1"]]}, "config": {"command": ["b", "16"], "length": 16, "string": "4g8kbq5hvxy9cfpw"}, "task_name": "task23", "example_name": "0148", "problem_name": "task23_0148"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 0vjlkzw7fasm4utp6\nCommand: ['s', '16']\n", "label": {"final": "a", "init": ["s", "16"], "intermediate": [["m", "15"], ["4", "14"], ["u", "13"], ["t", "12"], ["p", "11"], ["6", "10"], ["0", "9"], ["v", "8"], ["j", "7"], ["l", "6"], ["k", "5"], ["z", "4"], ["w", "3"], ["7", "2"], ["f", "1"]]}, "config": {"command": ["s", "16"], "length": 17, "string": "0vjlkzw7fasm4utp6"}, "task_name": "task23", "example_name": "0149", "problem_name": "task23_0149"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 3pxnh42qsayez9u6tmkbw\nCommand: ['w', '17']\n", "label": {"final": "t", "init": ["w", "17"], "intermediate": [["3", "16"], ["p", "15"], ["x", "14"], ["n", "13"], ["h", "12"], ["4", "11"], ["2", "10"], ["q", "9"], ["s", "8"], ["a", "7"], ["y", "6"], ["e", "5"], ["z", "4"], ["9", "3"], ["u", "2"], ["6", "1"]]}, "config": {"command": ["w", "17"], "length": 21, "string": "3pxnh42qsayez9u6tmkbw"}, "task_name": "task23", "example_name": "0150", "problem_name": "task23_0150"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: sbjz50ol4xpkn97d3y2r8\nCommand: ['y', '17']\n", "label": {"final": "9", "init": ["y", "17"], "intermediate": [["2", "16"], ["r", "15"], ["8", "14"], ["s", "13"], ["b", "12"], ["j", "11"], ["z", "10"], ["5", "9"], ["0", "8"], ["o", "7"], ["l", "6"], ["4", "5"], ["x", "4"], ["p", "3"], ["k", "2"], ["n", "1"]]}, "config": {"command": ["y", "17"], "length": 21, "string": "sbjz50ol4xpkn97d3y2r8"}, "task_name": "task23", "example_name": "0151", "problem_name": "task23_0151"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: y93xt2kadps6158qou\nCommand: ['a', '17']\n", "label": {"final": "k", "init": ["a", "17"], "intermediate": [["d", "16"], ["p", "15"], ["s", "14"], ["6", "13"], ["1", "12"], ["5", "11"], ["8", "10"], ["q", "9"], ["o", "8"], ["u", "7"], ["y", "6"], ["9", "5"], ["3", "4"], ["x", "3"], ["t", "2"], ["2", "1"]]}, "config": {"command": ["a", "17"], "length": 18, "string": "y93xt2kadps6158qou"}, "task_name": "task23", "example_name": "0152", "problem_name": "task23_0152"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 1hup9wrfzamstdx2iy0c\nCommand: ['0', '17']\n", "label": {"final": "2", "init": ["0", "17"], "intermediate": [["c", "16"], ["1", "15"], ["h", "14"], ["u", "13"], ["p", "12"], ["9", "11"], ["w", "10"], ["r", "9"], ["f", "8"], ["z", "7"], ["a", "6"], ["m", "5"], ["s", "4"], ["t", "3"], ["d", "2"], ["x", "1"]]}, "config": {"command": ["0", "17"], "length": 20, "string": "1hup9wrfzamstdx2iy0c"}, "task_name": "task23", "example_name": "0153", "problem_name": "task23_0153"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 5gtverusn0cwdiam37x\nCommand: ['x', '17']\n", "label": {"final": "3", "init": ["x", "17"], "intermediate": [["5", "16"], ["g", "15"], ["t", "14"], ["v", "13"], ["e", "12"], ["r", "11"], ["u", "10"], ["s", "9"], ["n", "8"], ["0", "7"], ["c", "6"], ["w", "5"], ["d", "4"], ["i", "3"], ["a", "2"], ["m", "1"]]}, "config": {"command": ["x", "17"], "length": 19, "string": "5gtverusn0cwdiam37x"}, "task_name": "task23", "example_name": "0154", "problem_name": "task23_0154"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 140xu5zne8o9vpfag\nCommand: ['a', '17']\n", "label": {"final": "a", "init": ["a", "17"], "intermediate": [["g", "16"], ["1", "15"], ["4", "14"], ["0", "13"], ["x", "12"], ["u", "11"], ["5", "10"], ["z", "9"], ["n", "8"], ["e", "7"], ["8", "6"], ["o", "5"], ["9", "4"], ["v", "3"], ["p", "2"], ["f", "1"]]}, "config": {"command": ["a", "17"], "length": 17, "string": "140xu5zne8o9vpfag"}, "task_name": "task23", "example_name": "0155", "problem_name": "task23_0155"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 1du6cx8b9kwj5marzvs\nCommand: ['r', '17']\n", "label": {"final": "m", "init": ["r", "17"], "intermediate": [["z", "16"], ["v", "15"], ["s", "14"], ["1", "13"], ["d", "12"], ["u", "11"], ["6", "10"], ["c", "9"], ["x", "8"], ["8", "7"], ["b", "6"], ["9", "5"], ["k", "4"], ["w", "3"], ["j", "2"], ["5", "1"]]}, "config": {"command": ["r", "17"], "length": 19, "string": "1du6cx8b9kwj5marzvs"}, "task_name": "task23", "example_name": "0156", "problem_name": "task23_0156"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 46bmqjok13i50xdegf\nCommand: ['0', '17']\n", "label": {"final": "5", "init": ["0", "17"], "intermediate": [["x", "16"], ["d", "15"], ["e", "14"], ["g", "13"], ["f", "12"], ["4", "11"], ["6", "10"], ["b", "9"], ["m", "8"], ["q", "7"], ["j", "6"], ["o", "5"], ["k", "4"], ["1", "3"], ["3", "2"], ["i", "1"]]}, "config": {"command": ["0", "17"], "length": 18, "string": "46bmqjok13i50xdegf"}, "task_name": "task23", "example_name": "0157", "problem_name": "task23_0157"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 1mdr4js2eqcpbxfl0n6\nCommand: ['n', '17']\n", "label": {"final": "l", "init": ["n", "17"], "intermediate": [["6", "16"], ["1", "15"], ["m", "14"], ["d", "13"], ["r", "12"], ["4", "11"], ["j", "10"], ["s", "9"], ["2", "8"], ["e", "7"], ["q", "6"], ["c", "5"], ["p", "4"], ["b", "3"], ["x", "2"], ["f", "1"]]}, "config": {"command": ["n", "17"], "length": 19, "string": "1mdr4js2eqcpbxfl0n6"}, "task_name": "task23", "example_name": "0158", "problem_name": "task23_0158"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: jxthr2k63e7zplfyo\nCommand: ['2', '17']\n", "label": {"final": "2", "init": ["2", "17"], "intermediate": [["k", "16"], ["6", "15"], ["3", "14"], ["e", "13"], ["7", "12"], ["z", "11"], ["p", "10"], ["l", "9"], ["f", "8"], ["y", "7"], ["o", "6"], ["j", "5"], ["x", "4"], ["t", "3"], ["h", "2"], ["r", "1"]]}, "config": {"command": ["2", "17"], "length": 17, "string": "jxthr2k63e7zplfyo"}, "task_name": "task23", "example_name": "0159", "problem_name": "task23_0159"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 9phzvdqe7malo46jgr\nCommand: ['a', '18']\n", "label": {"final": "a", "init": ["a", "18"], "intermediate": [["l", "17"], ["o", "16"], ["4", "15"], ["6", "14"], ["j", "13"], ["g", "12"], ["r", "11"], ["9", "10"], ["p", "9"], ["h", "8"], ["z", "7"], ["v", "6"], ["d", "5"], ["q", "4"], ["e", "3"], ["7", "2"], ["m", "1"]]}, "config": {"command": ["a", "18"], "length": 18, "string": "9phzvdqe7malo46jgr"}, "task_name": "task23", "example_name": "0160", "problem_name": "task23_0160"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: ohz0nmk3xfprb641cgdq\nCommand: ['p', '18']\n", "label": {"final": "x", "init": ["p", "18"], "intermediate": [["r", "17"], ["b", "16"], ["6", "15"], ["4", "14"], ["1", "13"], ["c", "12"], ["g", "11"], ["d", "10"], ["q", "9"], ["o", "8"], ["h", "7"], ["z", "6"], ["0", "5"], ["n", "4"], ["m", "3"], ["k", "2"], ["3", "1"]]}, "config": {"command": ["p", "18"], "length": 20, "string": "ohz0nmk3xfprb641cgdq"}, "task_name": "task23", "example_name": "0161", "problem_name": "task23_0161"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: rto4z5nkigesp93v0f1ac\nCommand: ['f', '18']\n", "label": {"final": "3", "init": ["f", "18"], "intermediate": [["1", "17"], ["a", "16"], ["c", "15"], ["r", "14"], ["t", "13"], ["o", "12"], ["4", "11"], ["z", "10"], ["5", "9"], ["n", "8"], ["k", "7"], ["i", "6"], ["g", "5"], ["e", "4"], ["s", "3"], ["p", "2"], ["9", "1"]]}, "config": {"command": ["f", "18"], "length": 21, "string": "rto4z5nkigesp93v0f1ac"}, "task_name": "task23", "example_name": "0162", "problem_name": "task23_0162"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: frx57vuk4ob2wjgsi691c\nCommand: ['c', '18']\n", "label": {"final": "6", "init": ["c", "18"], "intermediate": [["f", "17"], ["r", "16"], ["x", "15"], ["5", "14"], ["7", "13"], ["v", "12"], ["u", "11"], ["k", "10"], ["4", "9"], ["o", "8"], ["b", "7"], ["2", "6"], ["w", "5"], ["j", "4"], ["g", "3"], ["s", "2"], ["i", "1"]]}, "config": {"command": ["c", "18"], "length": 21, "string": "frx57vuk4ob2wjgsi691c"}, "task_name": "task23", "example_name": "0163", "problem_name": "task23_0163"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 4z3udvfcblm2ea8qt0s\nCommand: ['3', '18']\n", "label": {"final": "z", "init": ["3", "18"], "intermediate": [["u", "17"], ["d", "16"], ["v", "15"], ["f", "14"], ["c", "13"], ["b", "12"], ["l", "11"], ["m", "10"], ["2", "9"], ["e", "8"], ["a", "7"], ["8", "6"], ["q", "5"], ["t", "4"], ["0", "3"], ["s", "2"], ["4", "1"]]}, "config": {"command": ["3", "18"], "length": 19, "string": "4z3udvfcblm2ea8qt0s"}, "task_name": "task23", "example_name": "0164", "problem_name": "task23_0164"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 3wq5t0bh7fcxsojli1\nCommand: ['c', '18']\n", "label": {"final": "c", "init": ["c", "18"], "intermediate": [["x", "17"], ["s", "16"], ["o", "15"], ["j", "14"], ["l", "13"], ["i", "12"], ["1", "11"], ["3", "10"], ["w", "9"], ["q", "8"], ["5", "7"], ["t", "6"], ["0", "5"], ["b", "4"], ["h", "3"], ["7", "2"], ["f", "1"]]}, "config": {"command": ["c", "18"], "length": 18, "string": "3wq5t0bh7fcxsojli1"}, "task_name": "task23", "example_name": "0165", "problem_name": "task23_0165"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 4lsge30r72fvuq86hzx5tw\nCommand: ['l', '18']\n", "label": {"final": "5", "init": ["l", "18"], "intermediate": [["s", "17"], ["g", "16"], ["e", "15"], ["3", "14"], ["0", "13"], ["r", "12"], ["7", "11"], ["2", "10"], ["f", "9"], ["v", "8"], ["u", "7"], ["q", "6"], ["8", "5"], ["6", "4"], ["h", "3"], ["z", "2"], ["x", "1"]]}, "config": {"command": ["l", "18"], "length": 22, "string": "4lsge30r72fvuq86hzx5tw"}, "task_name": "task23", "example_name": "0166", "problem_name": "task23_0166"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: afxg0si6lr8pzytwd73b\nCommand: ['p', '18']\n", "label": {"final": "r", "init": ["p", "18"], "intermediate": [["z", "17"], ["y", "16"], ["t", "15"], ["w", "14"], ["d", "13"], ["7", "12"], ["3", "11"], ["b", "10"], ["a", "9"], ["f", "8"], ["x", "7"], ["g", "6"], ["0", "5"], ["s", "4"], ["i", "3"], ["6", "2"], ["l", "1"]]}, "config": {"command": ["p", "18"], "length": 20, "string": "afxg0si6lr8pzytwd73b"}, "task_name": "task23", "example_name": "0167", "problem_name": "task23_0167"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 4t57gaxuqkisfobmdl\nCommand: ['k', '18']\n", "label": {"final": "k", "init": ["k", "18"], "intermediate": [["i", "17"], ["s", "16"], ["f", "15"], ["o", "14"], ["b", "13"], ["m", "12"], ["d", "11"], ["l", "10"], ["4", "9"], ["t", "8"], ["5", "7"], ["7", "6"], ["g", "5"], ["a", "4"], ["x", "3"], ["u", "2"], ["q", "1"]]}, "config": {"command": ["k", "18"], "length": 18, "string": "4t57gaxuqkisfobmdl"}, "task_name": "task23", "example_name": "0168", "problem_name": "task23_0168"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: bizl0us1ymd89rhtwv76nq\nCommand: ['u', '18']\n", "label": {"final": "i", "init": ["u", "18"], "intermediate": [["s", "17"], ["1", "16"], ["y", "15"], ["m", "14"], ["d", "13"], ["8", "12"], ["9", "11"], ["r", "10"], ["h", "9"], ["t", "8"], ["w", "7"], ["v", "6"], ["7", "5"], ["6", "4"], ["n", "3"], ["q", "2"], ["b", "1"]]}, "config": {"command": ["u", "18"], "length": 22, "string": "bizl0us1ymd89rhtwv76nq"}, "task_name": "task23", "example_name": "0169", "problem_name": "task23_0169"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 5d72z0t3lxgyqhpbki4co\nCommand: ['h', '19']\n", "label": {"final": "y", "init": ["h", "19"], "intermediate": [["p", "18"], ["b", "17"], ["k", "16"], ["i", "15"], ["4", "14"], ["c", "13"], ["o", "12"], ["5", "11"], ["d", "10"], ["7", "9"], ["2", "8"], ["z", "7"], ["0", "6"], ["t", "5"], ["3", "4"], ["l", "3"], ["x", "2"], ["g", "1"]]}, "config": {"command": ["h", "19"], "length": 21, "string": "5d72z0t3lxgyqhpbki4co"}, "task_name": "task23", "example_name": "0170", "problem_name": "task23_0170"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: f5syvlqbeixknadpohzu3\nCommand: ['i', '19']\n", "label": {"final": "b", "init": ["i", "19"], "intermediate": [["x", "18"], ["k", "17"], ["n", "16"], ["a", "15"], ["d", "14"], ["p", "13"], ["o", "12"], ["h", "11"], ["z", "10"], ["u", "9"], ["3", "8"], ["f", "7"], ["5", "6"], ["s", "5"], ["y", "4"], ["v", "3"], ["l", "2"], ["q", "1"]]}, "config": {"command": ["i", "19"], "length": 21, "string": "f5syvlqbeixknadpohzu3"}, "task_name": "task23", "example_name": "0171", "problem_name": "task23_0171"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 3sa62bpulvnq4f0yc9omzdk\nCommand: ['a', '19']\n", "label": {"final": "d", "init": ["a", "19"], "intermediate": [["6", "18"], ["2", "17"], ["b", "16"], ["p", "15"], ["u", "14"], ["l", "13"], ["v", "12"], ["n", "11"], ["q", "10"], ["4", "9"], ["f", "8"], ["0", "7"], ["y", "6"], ["c", "5"], ["9", "4"], ["o", "3"], ["m", "2"], ["z", "1"]]}, "config": {"command": ["a", "19"], "length": 23, "string": "3sa62bpulvnq4f0yc9omzdk"}, "task_name": "task23", "example_name": "0172", "problem_name": "task23_0172"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: f0ewvzx9qoiplgckyanj4s6\nCommand: ['p', '19']\n", "label": {"final": "9", "init": ["p", "19"], "intermediate": [["l", "18"], ["g", "17"], ["c", "16"], ["k", "15"], ["y", "14"], ["a", "13"], ["n", "12"], ["j", "11"], ["4", "10"], ["s", "9"], ["6", "8"], ["f", "7"], ["0", "6"], ["e", "5"], ["w", "4"], ["v", "3"], ["z", "2"], ["x", "1"]]}, "config": {"command": ["p", "19"], "length": 23, "string": "f0ewvzx9qoiplgckyanj4s6"}, "task_name": "task23", "example_name": "0173", "problem_name": "task23_0173"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: sr1g2o5ht8z3c6yqavem\nCommand: ['g', '19']\n", "label": {"final": "1", "init": ["g", "19"], "intermediate": [["2", "18"], ["o", "17"], ["5", "16"], ["h", "15"], ["t", "14"], ["8", "13"], ["z", "12"], ["3", "11"], ["c", "10"], ["6", "9"], ["y", "8"], ["q", "7"], ["a", "6"], ["v", "5"], ["e", "4"], ["m", "3"], ["s", "2"], ["r", "1"]]}, "config": {"command": ["g", "19"], "length": 20, "string": "sr1g2o5ht8z3c6yqavem"}, "task_name": "task23", "example_name": "0174", "problem_name": "task23_0174"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: uao80gbexzqrfwtlmhn9jk7\nCommand: ['f', '19']\n", "label": {"final": "x", "init": ["f", "19"], "intermediate": [["w", "18"], ["t", "17"], ["l", "16"], ["m", "15"], ["h", "14"], ["n", "13"], ["9", "12"], ["j", "11"], ["k", "10"], ["7", "9"], ["u", "8"], ["a", "7"], ["o", "6"], ["8", "5"], ["0", "4"], ["g", "3"], ["b", "2"], ["e", "1"]]}, "config": {"command": ["f", "19"], "length": 23, "string": "uao80gbexzqrfwtlmhn9jk7"}, "task_name": "task23", "example_name": "0175", "problem_name": "task23_0175"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: oqw36f0x5ur4pzy1tsnhec\nCommand: ['r', '19']\n", "label": {"final": "x", "init": ["r", "19"], "intermediate": [["4", "18"], ["p", "17"], ["z", "16"], ["y", "15"], ["1", "14"], ["t", "13"], ["s", "12"], ["n", "11"], ["h", "10"], ["e", "9"], ["c", "8"], ["o", "7"], ["q", "6"], ["w", "5"], ["3", "4"], ["6", "3"], ["f", "2"], ["0", "1"]]}, "config": {"command": ["r", "19"], "length": 22, "string": "oqw36f0x5ur4pzy1tsnhec"}, "task_name": "task23", "example_name": "0176", "problem_name": "task23_0176"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: i83vourbyhes54mzkx7g\nCommand: ['g', '19']\n", "label": {"final": "7", "init": ["g", "19"], "intermediate": [["i", "18"], ["8", "17"], ["3", "16"], ["v", "15"], ["o", "14"], ["u", "13"], ["r", "12"], ["b", "11"], ["y", "10"], ["h", "9"], ["e", "8"], ["s", "7"], ["5", "6"], ["4", "5"], ["m", "4"], ["z", "3"], ["k", "2"], ["x", "1"]]}, "config": {"command": ["g", "19"], "length": 20, "string": "i83vourbyhes54mzkx7g"}, "task_name": "task23", "example_name": "0177", "problem_name": "task23_0177"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 4e2wy8n9rsitp5b3kqcuv\nCommand: ['5', '19']\n", "label": {"final": "t", "init": ["5", "19"], "intermediate": [["b", "18"], ["3", "17"], ["k", "16"], ["q", "15"], ["c", "14"], ["u", "13"], ["v", "12"], ["4", "11"], ["e", "10"], ["2", "9"], ["w", "8"], ["y", "7"], ["8", "6"], ["n", "5"], ["9", "4"], ["r", "3"], ["s", "2"], ["i", "1"]]}, "config": {"command": ["5", "19"], "length": 21, "string": "4e2wy8n9rsitp5b3kqcuv"}, "task_name": "task23", "example_name": "0178", "problem_name": "task23_0178"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: yen4kx27sa1o9gqrjzlt6\nCommand: ['6', '19']\n", "label": {"final": "l", "init": ["6", "19"], "intermediate": [["y", "18"], ["e", "17"], ["n", "16"], ["4", "15"], ["k", "14"], ["x", "13"], ["2", "12"], ["7", "11"], ["s", "10"], ["a", "9"], ["1", "8"], ["o", "7"], ["9", "6"], ["g", "5"], ["q", "4"], ["r", "3"], ["j", "2"], ["z", "1"]]}, "config": {"command": ["6", "19"], "length": 21, "string": "yen4kx27sa1o9gqrjzlt6"}, "task_name": "task23", "example_name": "0179", "problem_name": "task23_0179"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 8y6ipvlfg7rou5923nsc1t\nCommand: ['y', '20']\n", "label": {"final": "t", "init": ["y", "20"], "intermediate": [["6", "19"], ["i", "18"], ["p", "17"], ["v", "16"], ["l", "15"], ["f", "14"], ["g", "13"], ["7", "12"], ["r", "11"], ["o", "10"], ["u", "9"], ["5", "8"], ["9", "7"], ["2", "6"], ["3", "5"], ["n", "4"], ["s", "3"], ["c", "2"], ["1", "1"]]}, "config": {"command": ["y", "20"], "length": 22, "string": "8y6ipvlfg7rou5923nsc1t"}, "task_name": "task23", "example_name": "0180", "problem_name": "task23_0180"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: vybjqp9o1nhiauc5gm23r\nCommand: ['y', '20']\n", "label": {"final": "v", "init": ["y", "20"], "intermediate": [["b", "19"], ["j", "18"], ["q", "17"], ["p", "16"], ["9", "15"], ["o", "14"], ["1", "13"], ["n", "12"], ["h", "11"], ["i", "10"], ["a", "9"], ["u", "8"], ["c", "7"], ["5", "6"], ["g", "5"], ["m", "4"], ["2", "3"], ["3", "2"], ["r", "1"]]}, "config": {"command": ["y", "20"], "length": 21, "string": "vybjqp9o1nhiauc5gm23r"}, "task_name": "task23", "example_name": "0181", "problem_name": "task23_0181"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: s49qebluhifdmjvrpwg8n\nCommand: ['j', '20']\n", "label": {"final": "m", "init": ["j", "20"], "intermediate": [["v", "19"], ["r", "18"], ["p", "17"], ["w", "16"], ["g", "15"], ["8", "14"], ["n", "13"], ["s", "12"], ["4", "11"], ["9", "10"], ["q", "9"], ["e", "8"], ["b", "7"], ["l", "6"], ["u", "5"], ["h", "4"], ["i", "3"], ["f", "2"], ["d", "1"]]}, "config": {"command": ["j", "20"], "length": 21, "string": "s49qebluhifdmjvrpwg8n"}, "task_name": "task23", "example_name": "0182", "problem_name": "task23_0182"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: qzsl3yb2fagn5hmx9vik\nCommand: ['i', '20']\n", "label": {"final": "i", "init": ["i", "20"], "intermediate": [["k", "19"], ["q", "18"], ["z", "17"], ["s", "16"], ["l", "15"], ["3", "14"], ["y", "13"], ["b", "12"], ["2", "11"], ["f", "10"], ["a", "9"], ["g", "8"], ["n", "7"], ["5", "6"], ["h", "5"], ["m", "4"], ["x", "3"], ["9", "2"], ["v", "1"]]}, "config": {"command": ["i", "20"], "length": 20, "string": "qzsl3yb2fagn5hmx9vik"}, "task_name": "task23", "example_name": "0183", "problem_name": "task23_0183"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: qxo6kbri2zhc10s5ej8a9p\nCommand: ['h', '20']\n", "label": {"final": "2", "init": ["h", "20"], "intermediate": [["c", "19"], ["1", "18"], ["0", "17"], ["s", "16"], ["5", "15"], ["e", "14"], ["j", "13"], ["8", "12"], ["a", "11"], ["9", "10"], ["p", "9"], ["q", "8"], ["x", "7"], ["o", "6"], ["6", "5"], ["k", "4"], ["b", "3"], ["r", "2"], ["i", "1"]]}, "config": {"command": ["h", "20"], "length": 22, "string": "qxo6kbri2zhc10s5ej8a9p"}, "task_name": "task23", "example_name": "0184", "problem_name": "task23_0184"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: hd6c2we5rn3xamjt7ufvpbk\nCommand: ['u', '20']\n", "label": {"final": "j", "init": ["u", "20"], "intermediate": [["f", "19"], ["v", "18"], ["p", "17"], ["b", "16"], ["k", "15"], ["h", "14"], ["d", "13"], ["6", "12"], ["c", "11"], ["2", "10"], ["w", "9"], ["e", "8"], ["5", "7"], ["r", "6"], ["n", "5"], ["3", "4"], ["x", "3"], ["a", "2"], ["m", "1"]]}, "config": {"command": ["u", "20"], "length": 23, "string": "hd6c2we5rn3xamjt7ufvpbk"}, "task_name": "task23", "example_name": "0185", "problem_name": "task23_0185"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 9bd5eivs8hktrf3q0ow62np4\nCommand: ['k', '20']\n", "label": {"final": "v", "init": ["k", "20"], "intermediate": [["t", "19"], ["r", "18"], ["f", "17"], ["3", "16"], ["q", "15"], ["0", "14"], ["o", "13"], ["w", "12"], ["6", "11"], ["2", "10"], ["n", "9"], ["p", "8"], ["4", "7"], ["9", "6"], ["b", "5"], ["d", "4"], ["5", "3"], ["e", "2"], ["i", "1"]]}, "config": {"command": ["k", "20"], "length": 24, "string": "9bd5eivs8hktrf3q0ow62np4"}, "task_name": "task23", "example_name": "0186", "problem_name": "task23_0186"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: ht6ok4i3ensv0gmyjquf7\nCommand: ['k', '20']\n", "label": {"final": "o", "init": ["k", "20"], "intermediate": [["4", "19"], ["i", "18"], ["3", "17"], ["e", "16"], ["n", "15"], ["s", "14"], ["v", "13"], ["0", "12"], ["g", "11"], ["m", "10"], ["y", "9"], ["j", "8"], ["q", "7"], ["u", "6"], ["f", "5"], ["7", "4"], ["h", "3"], ["t", "2"], ["6", "1"]]}, "config": {"command": ["k", "20"], "length": 21, "string": "ht6ok4i3ensv0gmyjquf7"}, "task_name": "task23", "example_name": "0187", "problem_name": "task23_0187"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: h08bdxpui36lc7459jny\nCommand: ['7', '20']\n", "label": {"final": "7", "init": ["7", "20"], "intermediate": [["4", "19"], ["5", "18"], ["9", "17"], ["j", "16"], ["n", "15"], ["y", "14"], ["h", "13"], ["0", "12"], ["8", "11"], ["b", "10"], ["d", "9"], ["x", "8"], ["p", "7"], ["u", "6"], ["i", "5"], ["3", "4"], ["6", "3"], ["l", "2"], ["c", "1"]]}, "config": {"command": ["7", "20"], "length": 20, "string": "h08bdxpui36lc7459jny"}, "task_name": "task23", "example_name": "0188", "problem_name": "task23_0188"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 3pwkmntbyrx8u5ghe46o7\nCommand: ['e', '20']\n", "label": {"final": "h", "init": ["e", "20"], "intermediate": [["4", "19"], ["6", "18"], ["o", "17"], ["7", "16"], ["3", "15"], ["p", "14"], ["w", "13"], ["k", "12"], ["m", "11"], ["n", "10"], ["t", "9"], ["b", "8"], ["y", "7"], ["r", "6"], ["x", "5"], ["8", "4"], ["u", "3"], ["5", "2"], ["g", "1"]]}, "config": {"command": ["e", "20"], "length": 21, "string": "3pwkmntbyrx8u5ghe46o7"}, "task_name": "task23", "example_name": "0189", "problem_name": "task23_0189"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 35ecvtzak480lfsphbu1di\nCommand: ['5', '21']\n", "label": {"final": "3", "init": ["5", "21"], "intermediate": [["e", "20"], ["c", "19"], ["v", "18"], ["t", "17"], ["z", "16"], ["a", "15"], ["k", "14"], ["4", "13"], ["8", "12"], ["0", "11"], ["l", "10"], ["f", "9"], ["s", "8"], ["p", "7"], ["h", "6"], ["b", "5"], ["u", "4"], ["1", "3"], ["d", "2"], ["i", "1"]]}, "config": {"command": ["5", "21"], "length": 22, "string": "35ecvtzak480lfsphbu1di"}, "task_name": "task23", "example_name": "0190", "problem_name": "task23_0190"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: jl08f9xgtyodem1hacbvqnr\nCommand: ['n', '21']\n", "label": {"final": "v", "init": ["n", "21"], "intermediate": [["r", "20"], ["j", "19"], ["l", "18"], ["0", "17"], ["8", "16"], ["f", "15"], ["9", "14"], ["x", "13"], ["g", "12"], ["t", "11"], ["y", "10"], ["o", "9"], ["d", "8"], ["e", "7"], ["m", "6"], ["1", "5"], ["h", "4"], ["a", "3"], ["c", "2"], ["b", "1"]]}, "config": {"command": ["n", "21"], "length": 23, "string": "jl08f9xgtyodem1hacbvqnr"}, "task_name": "task23", "example_name": "0191", "problem_name": "task23_0191"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: y7owx2zjpi59m4nls6a3vf\nCommand: ['l', '21']\n", "label": {"final": "n", "init": ["l", "21"], "intermediate": [["s", "20"], ["6", "19"], ["a", "18"], ["3", "17"], ["v", "16"], ["f", "15"], ["y", "14"], ["7", "13"], ["o", "12"], ["w", "11"], ["x", "10"], ["2", "9"], ["z", "8"], ["j", "7"], ["p", "6"], ["i", "5"], ["5", "4"], ["9", "3"], ["m", "2"], ["4", "1"]]}, "config": {"command": ["l", "21"], "length": 22, "string": "y7owx2zjpi59m4nls6a3vf"}, "task_name": "task23", "example_name": "0192", "problem_name": "task23_0192"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: tlbcmfqxs5e7ayvnpug08r\nCommand: ['n', '21']\n", "label": {"final": "v", "init": ["n", "21"], "intermediate": [["p", "20"], ["u", "19"], ["g", "18"], ["0", "17"], ["8", "16"], ["r", "15"], ["t", "14"], ["l", "13"], ["b", "12"], ["c", "11"], ["m", "10"], ["f", "9"], ["q", "8"], ["x", "7"], ["s", "6"], ["5", "5"], ["e", "4"], ["7", "3"], ["a", "2"], ["y", "1"]]}, "config": {"command": ["n", "21"], "length": 22, "string": "tlbcmfqxs5e7ayvnpug08r"}, "task_name": "task23", "example_name": "0193", "problem_name": "task23_0193"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: tcn5w6kgmiahvyl87zpexo\nCommand: ['8', '21']\n", "label": {"final": "l", "init": ["8", "21"], "intermediate": [["7", "20"], ["z", "19"], ["p", "18"], ["e", "17"], ["x", "16"], ["o", "15"], ["t", "14"], ["c", "13"], ["n", "12"], ["5", "11"], ["w", "10"], ["6", "9"], ["k", "8"], ["g", "7"], ["m", "6"], ["i", "5"], ["a", "4"], ["h", "3"], ["v", "2"], ["y", "1"]]}, "config": {"command": ["8", "21"], "length": 22, "string": "tcn5w6kgmiahvyl87zpexo"}, "task_name": "task23", "example_name": "0194", "problem_name": "task23_0194"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: akuv725iywzmpe94s836q\nCommand: ['i', '21']\n", "label": {"final": "i", "init": ["i", "21"], "intermediate": [["y", "20"], ["w", "19"], ["z", "18"], ["m", "17"], ["p", "16"], ["e", "15"], ["9", "14"], ["4", "13"], ["s", "12"], ["8", "11"], ["3", "10"], ["6", "9"], ["q", "8"], ["a", "7"], ["k", "6"], ["u", "5"], ["v", "4"], ["7", "3"], ["2", "2"], ["5", "1"]]}, "config": {"command": ["i", "21"], "length": 21, "string": "akuv725iywzmpe94s836q"}, "task_name": "task23", "example_name": "0195", "problem_name": "task23_0195"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 1nlwzqm56xsha49u27tybg\nCommand: ['t', '21']\n", "label": {"final": "7", "init": ["t", "21"], "intermediate": [["y", "20"], ["b", "19"], ["g", "18"], ["1", "17"], ["n", "16"], ["l", "15"], ["w", "14"], ["z", "13"], ["q", "12"], ["m", "11"], ["5", "10"], ["6", "9"], ["x", "8"], ["s", "7"], ["h", "6"], ["a", "5"], ["4", "4"], ["9", "3"], ["u", "2"], ["2", "1"]]}, "config": {"command": ["t", "21"], "length": 22, "string": "1nlwzqm56xsha49u27tybg"}, "task_name": "task23", "example_name": "0196", "problem_name": "task23_0196"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 91dbnic0jrfaykuwphxs2qm\nCommand: ['u', '21']\n", "label": {"final": "y", "init": ["u", "21"], "intermediate": [["w", "20"], ["p", "19"], ["h", "18"], ["x", "17"], ["s", "16"], ["2", "15"], ["q", "14"], ["m", "13"], ["9", "12"], ["1", "11"], ["d", "10"], ["b", "9"], ["n", "8"], ["i", "7"], ["c", "6"], ["0", "5"], ["j", "4"], ["r", "3"], ["f", "2"], ["a", "1"]]}, "config": {"command": ["u", "21"], "length": 23, "string": "91dbnic0jrfaykuwphxs2qm"}, "task_name": "task23", "example_name": "0197", "problem_name": "task23_0197"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: iwny92m86erv7jq1gtazx\nCommand: ['w', '21']\n", "label": {"final": "w", "init": ["w", "21"], "intermediate": [["n", "20"], ["y", "19"], ["9", "18"], ["2", "17"], ["m", "16"], ["8", "15"], ["6", "14"], ["e", "13"], ["r", "12"], ["v", "11"], ["7", "10"], ["j", "9"], ["q", "8"], ["1", "7"], ["g", "6"], ["t", "5"], ["a", "4"], ["z", "3"], ["x", "2"], ["i", "1"]]}, "config": {"command": ["w", "21"], "length": 21, "string": "iwny92m86erv7jq1gtazx"}, "task_name": "task23", "example_name": "0198", "problem_name": "task23_0198"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 4d2bazi8sucke6gy1lq95of3r\nCommand: ['k', '21']\n", "label": {"final": "8", "init": ["k", "21"], "intermediate": [["e", "20"], ["6", "19"], ["g", "18"], ["y", "17"], ["1", "16"], ["l", "15"], ["q", "14"], ["9", "13"], ["5", "12"], ["o", "11"], ["f", "10"], ["3", "9"], ["r", "8"], ["4", "7"], ["d", "6"], ["2", "5"], ["b", "4"], ["a", "3"], ["z", "2"], ["i", "1"]]}, "config": {"command": ["k", "21"], "length": 25, "string": "4d2bazi8sucke6gy1lq95of3r"}, "task_name": "task23", "example_name": "0199", "problem_name": "task23_0199"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: bf40matc6nh8jlzkge73ui\nCommand: ['3', '22']\n", "label": {"final": "3", "init": ["3", "22"], "intermediate": [["u", "21"], ["i", "20"], ["b", "19"], ["f", "18"], ["4", "17"], ["0", "16"], ["m", "15"], ["a", "14"], ["t", "13"], ["c", "12"], ["6", "11"], ["n", "10"], ["h", "9"], ["8", "8"], ["j", "7"], ["l", "6"], ["z", "5"], ["k", "4"], ["g", "3"], ["e", "2"], ["7", "1"]]}, "config": {"command": ["3", "22"], "length": 22, "string": "bf40matc6nh8jlzkge73ui"}, "task_name": "task23", "example_name": "0200", "problem_name": "task23_0200"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: sa02fkp4ytqcmlj6u3nz1vh\nCommand: ['q', '22']\n", "label": {"final": "t", "init": ["q", "22"], "intermediate": [["c", "21"], ["m", "20"], ["l", "19"], ["j", "18"], ["6", "17"], ["u", "16"], ["3", "15"], ["n", "14"], ["z", "13"], ["1", "12"], ["v", "11"], ["h", "10"], ["s", "9"], ["a", "8"], ["0", "7"], ["2", "6"], ["f", "5"], ["k", "4"], ["p", "3"], ["4", "2"], ["y", "1"]]}, "config": {"command": ["q", "22"], "length": 23, "string": "sa02fkp4ytqcmlj6u3nz1vh"}, "task_name": "task23", "example_name": "0201", "problem_name": "task23_0201"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: emi42a8rywpxflz5jdghvs\nCommand: ['f', '22']\n", "label": {"final": "f", "init": ["f", "22"], "intermediate": [["l", "21"], ["z", "20"], ["5", "19"], ["j", "18"], ["d", "17"], ["g", "16"], ["h", "15"], ["v", "14"], ["s", "13"], ["e", "12"], ["m", "11"], ["i", "10"], ["4", "9"], ["2", "8"], ["a", "7"], ["8", "6"], ["r", "5"], ["y", "4"], ["w", "3"], ["p", "2"], ["x", "1"]]}, "config": {"command": ["f", "22"], "length": 22, "string": "emi42a8rywpxflz5jdghvs"}, "task_name": "task23", "example_name": "0202", "problem_name": "task23_0202"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: lko2a4suzy6nxqmfvwc19r75ht\nCommand: ['s', '22']\n", "label": {"final": "o", "init": ["s", "22"], "intermediate": [["u", "21"], ["z", "20"], ["y", "19"], ["6", "18"], ["n", "17"], ["x", "16"], ["q", "15"], ["m", "14"], ["f", "13"], ["v", "12"], ["w", "11"], ["c", "10"], ["1", "9"], ["9", "8"], ["r", "7"], ["7", "6"], ["5", "5"], ["h", "4"], ["t", "3"], ["l", "2"], ["k", "1"]]}, "config": {"command": ["s", "22"], "length": 26, "string": "lko2a4suzy6nxqmfvwc19r75ht"}, "task_name": "task23", "example_name": "0203", "problem_name": "task23_0203"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: gnfh7ep4j925srxud0lvq83oc\nCommand: ['v', '22']\n", "label": {"final": "d", "init": ["v", "22"], "intermediate": [["q", "21"], ["8", "20"], ["3", "19"], ["o", "18"], ["c", "17"], ["g", "16"], ["n", "15"], ["f", "14"], ["h", "13"], ["7", "12"], ["e", "11"], ["p", "10"], ["4", "9"], ["j", "8"], ["9", "7"], ["2", "6"], ["5", "5"], ["s", "4"], ["r", "3"], ["x", "2"], ["u", "1"]]}, "config": {"command": ["v", "22"], "length": 25, "string": "gnfh7ep4j925srxud0lvq83oc"}, "task_name": "task23", "example_name": "0204", "problem_name": "task23_0204"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 2xuwlfhz7nd56icy4sp1jak30\nCommand: ['u', '22']\n", "label": {"final": "0", "init": ["u", "22"], "intermediate": [["w", "21"], ["l", "20"], ["f", "19"], ["h", "18"], ["z", "17"], ["7", "16"], ["n", "15"], ["d", "14"], ["5", "13"], ["6", "12"], ["i", "11"], ["c", "10"], ["y", "9"], ["4", "8"], ["s", "7"], ["p", "6"], ["1", "5"], ["j", "4"], ["a", "3"], ["k", "2"], ["3", "1"]]}, "config": {"command": ["u", "22"], "length": 25, "string": "2xuwlfhz7nd56icy4sp1jak30"}, "task_name": "task23", "example_name": "0205", "problem_name": "task23_0205"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: jig9doflwmbn13ur2ch5xz6a\nCommand: ['h', '22']\n", "label": {"final": "2", "init": ["h", "22"], "intermediate": [["5", "21"], ["x", "20"], ["z", "19"], ["6", "18"], ["a", "17"], ["j", "16"], ["i", "15"], ["g", "14"], ["9", "13"], ["d", "12"], ["o", "11"], ["f", "10"], ["l", "9"], ["w", "8"], ["m", "7"], ["b", "6"], ["n", "5"], ["1", "4"], ["3", "3"], ["u", "2"], ["r", "1"]]}, "config": {"command": ["h", "22"], "length": 24, "string": "jig9doflwmbn13ur2ch5xz6a"}, "task_name": "task23", "example_name": "0206", "problem_name": "task23_0206"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: jeci4tz68r52aolu0swpbyhx\nCommand: ['6', '22']\n", "label": {"final": "t", "init": ["6", "22"], "intermediate": [["8", "21"], ["r", "20"], ["5", "19"], ["2", "18"], ["a", "17"], ["o", "16"], ["l", "15"], ["u", "14"], ["0", "13"], ["s", "12"], ["w", "11"], ["p", "10"], ["b", "9"], ["y", "8"], ["h", "7"], ["x", "6"], ["j", "5"], ["e", "4"], ["c", "3"], ["i", "2"], ["4", "1"]]}, "config": {"command": ["6", "22"], "length": 24, "string": "jeci4tz68r52aolu0swpbyhx"}, "task_name": "task23", "example_name": "0207", "problem_name": "task23_0207"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 35devhfbl01jzqmrsuxcn6k7p\nCommand: ['m', '22']\n", "label": {"final": "j", "init": ["m", "22"], "intermediate": [["r", "21"], ["s", "20"], ["u", "19"], ["x", "18"], ["c", "17"], ["n", "16"], ["6", "15"], ["k", "14"], ["7", "13"], ["p", "12"], ["3", "11"], ["5", "10"], ["d", "9"], ["e", "8"], ["v", "7"], ["h", "6"], ["f", "5"], ["b", "4"], ["l", "3"], ["0", "2"], ["1", "1"]]}, "config": {"command": ["m", "22"], "length": 25, "string": "35devhfbl01jzqmrsuxcn6k7p"}, "task_name": "task23", "example_name": "0208", "problem_name": "task23_0208"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: krb87vmgqhnj50wceftiaou\nCommand: ['u', '22']\n", "label": {"final": "o", "init": ["u", "22"], "intermediate": [["k", "21"], ["r", "20"], ["b", "19"], ["8", "18"], ["7", "17"], ["v", "16"], ["m", "15"], ["g", "14"], ["q", "13"], ["h", "12"], ["n", "11"], ["j", "10"], ["5", "9"], ["0", "8"], ["w", "7"], ["c", "6"], ["e", "5"], ["f", "4"], ["t", "3"], ["i", "2"], ["a", "1"]]}, "config": {"command": ["u", "22"], "length": 23, "string": "krb87vmgqhnj50wceftiaou"}, "task_name": "task23", "example_name": "0209", "problem_name": "task23_0209"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 2ko18cpj9n6ezuhlawvtxs7m\nCommand: ['1', '23']\n", "label": {"final": "o", "init": ["1", "23"], "intermediate": [["8", "22"], ["c", "21"], ["p", "20"], ["j", "19"], ["9", "18"], ["n", "17"], ["6", "16"], ["e", "15"], ["z", "14"], ["u", "13"], ["h", "12"], ["l", "11"], ["a", "10"], ["w", "9"], ["v", "8"], ["t", "7"], ["x", "6"], ["s", "5"], ["7", "4"], ["m", "3"], ["2", "2"], ["k", "1"]]}, "config": {"command": ["1", "23"], "length": 24, "string": "2ko18cpj9n6ezuhlawvtxs7m"}, "task_name": "task23", "example_name": "0210", "problem_name": "task23_0210"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: mwzkpr57gnsf3yoxdl6hujiqt\nCommand: ['x', '23']\n", "label": {"final": "y", "init": ["x", "23"], "intermediate": [["d", "22"], ["l", "21"], ["6", "20"], ["h", "19"], ["u", "18"], ["j", "17"], ["i", "16"], ["q", "15"], ["t", "14"], ["m", "13"], ["w", "12"], ["z", "11"], ["k", "10"], ["p", "9"], ["r", "8"], ["5", "7"], ["7", "6"], ["g", "5"], ["n", "4"], ["s", "3"], ["f", "2"], ["3", "1"]]}, "config": {"command": ["x", "23"], "length": 25, "string": "mwzkpr57gnsf3yoxdl6hujiqt"}, "task_name": "task23", "example_name": "0211", "problem_name": "task23_0211"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: hxfla9si1bm2krnoqv30epuwy\nCommand: ['e', '23']\n", "label": {"final": "3", "init": ["e", "23"], "intermediate": [["p", "22"], ["u", "21"], ["w", "20"], ["y", "19"], ["h", "18"], ["x", "17"], ["f", "16"], ["l", "15"], ["a", "14"], ["9", "13"], ["s", "12"], ["i", "11"], ["1", "10"], ["b", "9"], ["m", "8"], ["2", "7"], ["k", "6"], ["r", "5"], ["n", "4"], ["o", "3"], ["q", "2"], ["v", "1"]]}, "config": {"command": ["e", "23"], "length": 25, "string": "hxfla9si1bm2krnoqv30epuwy"}, "task_name": "task23", "example_name": "0212", "problem_name": "task23_0212"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: p18yadwqfl6tb4s3c2urom5v9j\nCommand: ['u', '23']\n", "label": {"final": "3", "init": ["u", "23"], "intermediate": [["r", "22"], ["o", "21"], ["m", "20"], ["5", "19"], ["v", "18"], ["9", "17"], ["j", "16"], ["p", "15"], ["1", "14"], ["8", "13"], ["y", "12"], ["a", "11"], ["d", "10"], ["w", "9"], ["q", "8"], ["f", "7"], ["l", "6"], ["6", "5"], ["t", "4"], ["b", "3"], ["4", "2"], ["s", "1"]]}, "config": {"command": ["u", "23"], "length": 26, "string": "p18yadwqfl6tb4s3c2urom5v9j"}, "task_name": "task23", "example_name": "0213", "problem_name": "task23_0213"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: kdj5y1qc4fn7mpwhsb2xv89li\nCommand: ['4', '23']\n", "label": {"final": "q", "init": ["4", "23"], "intermediate": [["f", "22"], ["n", "21"], ["7", "20"], ["m", "19"], ["p", "18"], ["w", "17"], ["h", "16"], ["s", "15"], ["b", "14"], ["2", "13"], ["x", "12"], ["v", "11"], ["8", "10"], ["9", "9"], ["l", "8"], ["i", "7"], ["k", "6"], ["d", "5"], ["j", "4"], ["5", "3"], ["y", "2"], ["1", "1"]]}, "config": {"command": ["4", "23"], "length": 25, "string": "kdj5y1qc4fn7mpwhsb2xv89li"}, "task_name": "task23", "example_name": "0214", "problem_name": "task23_0214"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: nuyt93jvzsdgwhf0kexomq2\nCommand: ['f', '23']\n", "label": {"final": "f", "init": ["f", "23"], "intermediate": [["0", "22"], ["k", "21"], ["e", "20"], ["x", "19"], ["o", "18"], ["m", "17"], ["q", "16"], ["2", "15"], ["n", "14"], ["u", "13"], ["y", "12"], ["t", "11"], ["9", "10"], ["3", "9"], ["j", "8"], ["v", "7"], ["z", "6"], ["s", "5"], ["d", "4"], ["g", "3"], ["w", "2"], ["h", "1"]]}, "config": {"command": ["f", "23"], "length": 23, "string": "nuyt93jvzsdgwhf0kexomq2"}, "task_name": "task23", "example_name": "0215", "problem_name": "task23_0215"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: yavc1tb09f748ir2we6pnxsdquo\nCommand: ['v', '23']\n", "label": {"final": "u", "init": ["v", "23"], "intermediate": [["c", "22"], ["1", "21"], ["t", "20"], ["b", "19"], ["0", "18"], ["9", "17"], ["f", "16"], ["7", "15"], ["4", "14"], ["8", "13"], ["i", "12"], ["r", "11"], ["2", "10"], ["w", "9"], ["e", "8"], ["6", "7"], ["p", "6"], ["n", "5"], ["x", "4"], ["s", "3"], ["d", "2"], ["q", "1"]]}, "config": {"command": ["v", "23"], "length": 27, "string": "yavc1tb09f748ir2we6pnxsdquo"}, "task_name": "task23", "example_name": "0216", "problem_name": "task23_0216"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: d9ginp2u7ltbwh8qaey3jrvfcz\nCommand: ['b', '23']\n", "label": {"final": "7", "init": ["b", "23"], "intermediate": [["w", "22"], ["h", "21"], ["8", "20"], ["q", "19"], ["a", "18"], ["e", "17"], ["y", "16"], ["3", "15"], ["j", "14"], ["r", "13"], ["v", "12"], ["f", "11"], ["c", "10"], ["z", "9"], ["d", "8"], ["9", "7"], ["g", "6"], ["i", "5"], ["n", "4"], ["p", "3"], ["2", "2"], ["u", "1"]]}, "config": {"command": ["b", "23"], "length": 26, "string": "d9ginp2u7ltbwh8qaey3jrvfcz"}, "task_name": "task23", "example_name": "0217", "problem_name": "task23_0217"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: dhxw3ozrjpnv65te2f78lycm9\nCommand: ['5', '23']\n", "label": {"final": "v", "init": ["5", "23"], "intermediate": [["t", "22"], ["e", "21"], ["2", "20"], ["f", "19"], ["7", "18"], ["8", "17"], ["l", "16"], ["y", "15"], ["c", "14"], ["m", "13"], ["9", "12"], ["d", "11"], ["h", "10"], ["x", "9"], ["w", "8"], ["3", "7"], ["o", "6"], ["z", "5"], ["r", "4"], ["j", "3"], ["p", "2"], ["n", "1"]]}, "config": {"command": ["5", "23"], "length": 25, "string": "dhxw3ozrjpnv65te2f78lycm9"}, "task_name": "task23", "example_name": "0218", "problem_name": "task23_0218"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: ywm3coq6u7kesd1g02rptlvbf\nCommand: ['d', '23']\n", "label": {"final": "e", "init": ["d", "23"], "intermediate": [["1", "22"], ["g", "21"], ["0", "20"], ["2", "19"], ["r", "18"], ["p", "17"], ["t", "16"], ["l", "15"], ["v", "14"], ["b", "13"], ["f", "12"], ["y", "11"], ["w", "10"], ["m", "9"], ["3", "8"], ["c", "7"], ["o", "6"], ["q", "5"], ["6", "4"], ["u", "3"], ["7", "2"], ["k", "1"]]}, "config": {"command": ["d", "23"], "length": 25, "string": "ywm3coq6u7kesd1g02rptlvbf"}, "task_name": "task23", "example_name": "0219", "problem_name": "task23_0219"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: zhpqmjta708rv6d5sl2ne9byc\nCommand: ['q', '24']\n", "label": {"final": "p", "init": ["q", "24"], "intermediate": [["m", "23"], ["j", "22"], ["t", "21"], ["a", "20"], ["7", "19"], ["0", "18"], ["8", "17"], ["r", "16"], ["v", "15"], ["6", "14"], ["d", "13"], ["5", "12"], ["s", "11"], ["l", "10"], ["2", "9"], ["n", "8"], ["e", "7"], ["9", "6"], ["b", "5"], ["y", "4"], ["c", "3"], ["z", "2"], ["h", "1"]]}, "config": {"command": ["q", "24"], "length": 25, "string": "zhpqmjta708rv6d5sl2ne9byc"}, "task_name": "task23", "example_name": "0220", "problem_name": "task23_0220"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: umyae5x071f38bropwqnz9jvtsg\nCommand: ['p', '24']\n", "label": {"final": "b", "init": ["p", "24"], "intermediate": [["w", "23"], ["q", "22"], ["n", "21"], ["z", "20"], ["9", "19"], ["j", "18"], ["v", "17"], ["t", "16"], ["s", "15"], ["g", "14"], ["u", "13"], ["m", "12"], ["y", "11"], ["a", "10"], ["e", "9"], ["5", "8"], ["x", "7"], ["0", "6"], ["7", "5"], ["1", "4"], ["f", "3"], ["3", "2"], ["8", "1"]]}, "config": {"command": ["p", "24"], "length": 27, "string": "umyae5x071f38bropwqnz9jvtsg"}, "task_name": "task23", "example_name": "0221", "problem_name": "task23_0221"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 6xc80dotlq4yvh2znakjs3fi\nCommand: ['y', '24']\n", "label": {"final": "y", "init": ["y", "24"], "intermediate": [["v", "23"], ["h", "22"], ["2", "21"], ["z", "20"], ["n", "19"], ["a", "18"], ["k", "17"], ["j", "16"], ["s", "15"], ["3", "14"], ["f", "13"], ["i", "12"], ["6", "11"], ["x", "10"], ["c", "9"], ["8", "8"], ["0", "7"], ["d", "6"], ["o", "5"], ["t", "4"], ["l", "3"], ["q", "2"], ["4", "1"]]}, "config": {"command": ["y", "24"], "length": 24, "string": "6xc80dotlq4yvh2znakjs3fi"}, "task_name": "task23", "example_name": "0222", "problem_name": "task23_0222"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: h5o940caurlsn1yxwpvejzif\nCommand: ['n', '24']\n", "label": {"final": "n", "init": ["n", "24"], "intermediate": [["1", "23"], ["y", "22"], ["x", "21"], ["w", "20"], ["p", "19"], ["v", "18"], ["e", "17"], ["j", "16"], ["z", "15"], ["i", "14"], ["f", "13"], ["h", "12"], ["5", "11"], ["o", "10"], ["9", "9"], ["4", "8"], ["0", "7"], ["c", "6"], ["a", "5"], ["u", "4"], ["r", "3"], ["l", "2"], ["s", "1"]]}, "config": {"command": ["n", "24"], "length": 24, "string": "h5o940caurlsn1yxwpvejzif"}, "task_name": "task23", "example_name": "0223", "problem_name": "task23_0223"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: lcek6yg81m54fvqidath72w309b\nCommand: ['2', '24']\n", "label": {"final": "t", "init": ["2", "24"], "intermediate": [["w", "23"], ["3", "22"], ["0", "21"], ["9", "20"], ["b", "19"], ["l", "18"], ["c", "17"], ["e", "16"], ["k", "15"], ["6", "14"], ["y", "13"], ["g", "12"], ["8", "11"], ["1", "10"], ["m", "9"], ["5", "8"], ["4", "7"], ["f", "6"], ["v", "5"], ["q", "4"], ["i", "3"], ["d", "2"], ["a", "1"]]}, "config": {"command": ["2", "24"], "length": 27, "string": "lcek6yg81m54fvqidath72w309b"}, "task_name": "task23", "example_name": "0224", "problem_name": "task23_0224"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: m9yfgnxboa0l86pu21thwj5q\nCommand: ['f', '24']\n", "label": {"final": "f", "init": ["f", "24"], "intermediate": [["g", "23"], ["n", "22"], ["x", "21"], ["b", "20"], ["o", "19"], ["a", "18"], ["0", "17"], ["l", "16"], ["8", "15"], ["6", "14"], ["p", "13"], ["u", "12"], ["2", "11"], ["1", "10"], ["t", "9"], ["h", "8"], ["w", "7"], ["j", "6"], ["5", "5"], ["q", "4"], ["m", "3"], ["9", "2"], ["y", "1"]]}, "config": {"command": ["f", "24"], "length": 24, "string": "m9yfgnxboa0l86pu21thwj5q"}, "task_name": "task23", "example_name": "0225", "problem_name": "task23_0225"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 4y6d2o9tgupmi8c3k5vsfeab1\nCommand: ['m', '24']\n", "label": {"final": "p", "init": ["m", "24"], "intermediate": [["i", "23"], ["8", "22"], ["c", "21"], ["3", "20"], ["k", "19"], ["5", "18"], ["v", "17"], ["s", "16"], ["f", "15"], ["e", "14"], ["a", "13"], ["b", "12"], ["1", "11"], ["4", "10"], ["y", "9"], ["6", "8"], ["d", "7"], ["2", "6"], ["o", "5"], ["9", "4"], ["t", "3"], ["g", "2"], ["u", "1"]]}, "config": {"command": ["m", "24"], "length": 25, "string": "4y6d2o9tgupmi8c3k5vsfeab1"}, "task_name": "task23", "example_name": "0226", "problem_name": "task23_0226"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: zufmqbr4xyeck8igs03aw15hnj72\nCommand: ['s', '24']\n", "label": {"final": "k", "init": ["s", "24"], "intermediate": [["0", "23"], ["3", "22"], ["a", "21"], ["w", "20"], ["1", "19"], ["5", "18"], ["h", "17"], ["n", "16"], ["j", "15"], ["7", "14"], ["2", "13"], ["z", "12"], ["u", "11"], ["f", "10"], ["m", "9"], ["q", "8"], ["b", "7"], ["r", "6"], ["4", "5"], ["x", "4"], ["y", "3"], ["e", "2"], ["c", "1"]]}, "config": {"command": ["s", "24"], "length": 28, "string": "zufmqbr4xyeck8igs03aw15hnj72"}, "task_name": "task23", "example_name": "0227", "problem_name": "task23_0227"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: f895bzeyngk1phlu24xcaomq\nCommand: ['l', '24']\n", "label": {"final": "l", "init": ["l", "24"], "intermediate": [["u", "23"], ["2", "22"], ["4", "21"], ["x", "20"], ["c", "19"], ["a", "18"], ["o", "17"], ["m", "16"], ["q", "15"], ["f", "14"], ["8", "13"], ["9", "12"], ["5", "11"], ["b", "10"], ["z", "9"], ["e", "8"], ["y", "7"], ["n", "6"], ["g", "5"], ["k", "4"], ["1", "3"], ["p", "2"], ["h", "1"]]}, "config": {"command": ["l", "24"], "length": 24, "string": "f895bzeyngk1phlu24xcaomq"}, "task_name": "task23", "example_name": "0228", "problem_name": "task23_0228"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: kxvrldcz07f4g38phjnowuaqe\nCommand: ['w', '24']\n", "label": {"final": "o", "init": ["w", "24"], "intermediate": [["u", "23"], ["a", "22"], ["q", "21"], ["e", "20"], ["k", "19"], ["x", "18"], ["v", "17"], ["r", "16"], ["l", "15"], ["d", "14"], ["c", "13"], ["z", "12"], ["0", "11"], ["7", "10"], ["f", "9"], ["4", "8"], ["g", "7"], ["3", "6"], ["8", "5"], ["p", "4"], ["h", "3"], ["j", "2"], ["n", "1"]]}, "config": {"command": ["w", "24"], "length": 25, "string": "kxvrldcz07f4g38phjnowuaqe"}, "task_name": "task23", "example_name": "0229", "problem_name": "task23_0229"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: qw0e42d71g9apzsjknm5utcrb3flo\nCommand: ['f', '25']\n", "label": {"final": "c", "init": ["f", "25"], "intermediate": [["l", "24"], ["o", "23"], ["q", "22"], ["w", "21"], ["0", "20"], ["e", "19"], ["4", "18"], ["2", "17"], ["d", "16"], ["7", "15"], ["1", "14"], ["g", "13"], ["9", "12"], ["a", "11"], ["p", "10"], ["z", "9"], ["s", "8"], ["j", "7"], ["k", "6"], ["n", "5"], ["m", "4"], ["5", "3"], ["u", "2"], ["t", "1"]]}, "config": {"command": ["f", "25"], "length": 29, "string": "qw0e42d71g9apzsjknm5utcrb3flo"}, "task_name": "task23", "example_name": "0230", "problem_name": "task23_0230"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: viwenbtka8x3d21o9fgulhy7mz4pq\nCommand: ['u', '25']\n", "label": {"final": "o", "init": ["u", "25"], "intermediate": [["l", "24"], ["h", "23"], ["y", "22"], ["7", "21"], ["m", "20"], ["z", "19"], ["4", "18"], ["p", "17"], ["q", "16"], ["v", "15"], ["i", "14"], ["w", "13"], ["e", "12"], ["n", "11"], ["b", "10"], ["t", "9"], ["k", "8"], ["a", "7"], ["8", "6"], ["x", "5"], ["3", "4"], ["d", "3"], ["2", "2"], ["1", "1"]]}, "config": {"command": ["u", "25"], "length": 29, "string": "viwenbtka8x3d21o9fgulhy7mz4pq"}, "task_name": "task23", "example_name": "0231", "problem_name": "task23_0231"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 9x4tkfpeo0wq7uhlcg5nsmrb138j6\nCommand: ['3', '25']\n", "label": {"final": "m", "init": ["3", "25"], "intermediate": [["8", "24"], ["j", "23"], ["6", "22"], ["9", "21"], ["x", "20"], ["4", "19"], ["t", "18"], ["k", "17"], ["f", "16"], ["p", "15"], ["e", "14"], ["o", "13"], ["0", "12"], ["w", "11"], ["q", "10"], ["7", "9"], ["u", "8"], ["h", "7"], ["l", "6"], ["c", "5"], ["g", "4"], ["5", "3"], ["n", "2"], ["s", "1"]]}, "config": {"command": ["3", "25"], "length": 29, "string": "9x4tkfpeo0wq7uhlcg5nsmrb138j6"}, "task_name": "task23", "example_name": "0232", "problem_name": "task23_0232"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: ex03hsj9z2y81c5oqfiug6l4dr\nCommand: ['o', '25']\n", "label": {"final": "5", "init": ["o", "25"], "intermediate": [["q", "24"], ["f", "23"], ["i", "22"], ["u", "21"], ["g", "20"], ["6", "19"], ["l", "18"], ["4", "17"], ["d", "16"], ["r", "15"], ["e", "14"], ["x", "13"], ["0", "12"], ["3", "11"], ["h", "10"], ["s", "9"], ["j", "8"], ["9", "7"], ["z", "6"], ["2", "5"], ["y", "4"], ["8", "3"], ["1", "2"], ["c", "1"]]}, "config": {"command": ["o", "25"], "length": 26, "string": "ex03hsj9z2y81c5oqfiug6l4dr"}, "task_name": "task23", "example_name": "0233", "problem_name": "task23_0233"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: wxoi281fpja9u6h5yzed4r3tlgqbk\nCommand: ['t', '25']\n", "label": {"final": "d", "init": ["t", "25"], "intermediate": [["l", "24"], ["g", "23"], ["q", "22"], ["b", "21"], ["k", "20"], ["w", "19"], ["x", "18"], ["o", "17"], ["i", "16"], ["2", "15"], ["8", "14"], ["1", "13"], ["f", "12"], ["p", "11"], ["j", "10"], ["a", "9"], ["9", "8"], ["u", "7"], ["6", "6"], ["h", "5"], ["5", "4"], ["y", "3"], ["z", "2"], ["e", "1"]]}, "config": {"command": ["t", "25"], "length": 29, "string": "wxoi281fpja9u6h5yzed4r3tlgqbk"}, "task_name": "task23", "example_name": "0234", "problem_name": "task23_0234"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 985wvb3hj27melxtgnuqkfi60\nCommand: ['k', '25']\n", "label": {"final": "k", "init": ["k", "25"], "intermediate": [["f", "24"], ["i", "23"], ["6", "22"], ["0", "21"], ["9", "20"], ["8", "19"], ["5", "18"], ["w", "17"], ["v", "16"], ["b", "15"], ["3", "14"], ["h", "13"], ["j", "12"], ["2", "11"], ["7", "10"], ["m", "9"], ["e", "8"], ["l", "7"], ["x", "6"], ["t", "5"], ["g", "4"], ["n", "3"], ["u", "2"], ["q", "1"]]}, "config": {"command": ["k", "25"], "length": 25, "string": "985wvb3hj27melxtgnuqkfi60"}, "task_name": "task23", "example_name": "0235", "problem_name": "task23_0235"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 2h09fqe6imuzcpgbs8l4yvrndaj3\nCommand: ['g', '25']\n", "label": {"final": "z", "init": ["g", "25"], "intermediate": [["b", "24"], ["s", "23"], ["8", "22"], ["l", "21"], ["4", "20"], ["y", "19"], ["v", "18"], ["r", "17"], ["n", "16"], ["d", "15"], ["a", "14"], ["j", "13"], ["3", "12"], ["2", "11"], ["h", "10"], ["0", "9"], ["9", "8"], ["f", "7"], ["q", "6"], ["e", "5"], ["6", "4"], ["i", "3"], ["m", "2"], ["u", "1"]]}, "config": {"command": ["g", "25"], "length": 28, "string": "2h09fqe6imuzcpgbs8l4yvrndaj3"}, "task_name": "task23", "example_name": "0236", "problem_name": "task23_0236"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: cnt1g2k76rlbohdymafjs8vu953\nCommand: ['2', '25']\n", "label": {"final": "1", "init": ["2", "25"], "intermediate": [["k", "24"], ["7", "23"], ["6", "22"], ["r", "21"], ["l", "20"], ["b", "19"], ["o", "18"], ["h", "17"], ["d", "16"], ["y", "15"], ["m", "14"], ["a", "13"], ["f", "12"], ["j", "11"], ["s", "10"], ["8", "9"], ["v", "8"], ["u", "7"], ["9", "6"], ["5", "5"], ["3", "4"], ["c", "3"], ["n", "2"], ["t", "1"]]}, "config": {"command": ["2", "25"], "length": 27, "string": "cnt1g2k76rlbohdymafjs8vu953"}, "task_name": "task23", "example_name": "0237", "problem_name": "task23_0237"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: bgo2ktvz1r7dh8l4fpy9a50xuse\nCommand: ['p', '25']\n", "label": {"final": "4", "init": ["p", "25"], "intermediate": [["y", "24"], ["9", "23"], ["a", "22"], ["5", "21"], ["0", "20"], ["x", "19"], ["u", "18"], ["s", "17"], ["e", "16"], ["b", "15"], ["g", "14"], ["o", "13"], ["2", "12"], ["k", "11"], ["t", "10"], ["v", "9"], ["z", "8"], ["1", "7"], ["r", "6"], ["7", "5"], ["d", "4"], ["h", "3"], ["8", "2"], ["l", "1"]]}, "config": {"command": ["p", "25"], "length": 27, "string": "bgo2ktvz1r7dh8l4fpy9a50xuse"}, "task_name": "task23", "example_name": "0238", "problem_name": "task23_0238"}
+{"prompt": "Find a letter in a given string step by step that is a specified number of positions to the right of a given letter.\nThe characters in the given string can be digits and lower alphabets.\nAt each step, move one letter to the right and decrease the number by one starting from the given letter and number, wrapping around to the beginning of the string if necessary. \nRepeat the step until the number gets to zero.\n\nProvide the found state as the found letter only, and provide the intermediate states in a list, which are defined by pairs of the letter and the number at the step including the given pair.\nTHe format of the intermediate states is [character in the string, number indicating step].\nDo not include the initial state and final state in the list of intermediate states.\n\n[Question]\nString: 1t27rjq50bi8oalzwpdhsvug49c3x\nCommand: ['t', '25']\n", "label": {"final": "c", "init": ["t", "25"], "intermediate": [["2", "24"], ["7", "23"], ["r", "22"], ["j", "21"], ["q", "20"], ["5", "19"], ["0", "18"], ["b", "17"], ["i", "16"], ["8", "15"], ["o", "14"], ["a", "13"], ["l", "12"], ["z", "11"], ["w", "10"], ["p", "9"], ["d", "8"], ["h", "7"], ["s", "6"], ["v", "5"], ["u", "4"], ["g", "3"], ["4", "2"], ["9", "1"]]}, "config": {"command": ["t", "25"], "length": 29, "string": "1t27rjq50bi8oalzwpdhsvug49c3x"}, "task_name": "task23", "example_name": "0239", "problem_name": "task23_0239"}